LOCUS       SEQF2637|AYYD01000001.1  230 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..230
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             40..195
                     /locus_tag="SEQF2637_00001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKMVLDQNADIPAVYIVGGLYLSEEWRADRLSENGEHKVTVRR
                     IIKEKGS"
ORIGIN      
        1 ccccacaacc gggacggggc tacggaggag cagatcgcga tggcgaagat ggtgcttgat
       61 caaaacgcgg acatcccggc cgtctatatc gtgggcgggc tctacctctc cgaggaatgg
      121 cgcgccgaca gattgtccga gaatggcgaa cacaaagtga ccgtccgccg tatcatcaaa
      181 gagaaaggtt cttaattaat tagtggggcc gacagaggcc gcacgacagg
//
LOCUS       SEQF2637|AYYD01000002.1  298 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aacatgatga gtcggtagcc agccgcacgg agggctgcct gttgagcggg ggtgagtcga
       61 ccgtgcgggg ggcggaagag ggggctgtcg atcagctcgg cggccaggcg gacgtcggcc
      121 atgtagtccg acgcgggcag acggaagccg cggatgtggt gataggtgtg gttgccgacg
      181 gtgtgtccgg aggcgaggat ggcgcggtag gcttcggggt aacggcggac gttgtcgccg
      241 acgcagaaga aggtggcggg gacggcgagc tggtccagca cgtggagcag gcgggggg
//
LOCUS       SEQF2637|AYYD01000003.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atgaagtcgt ttttcaagag gcggttgaaa tgaataagaa aaagggcgga tctttcatca
       61 aggaagtgcg aagcaagcaa gaaaaagtgg ggatttacga tcaaatagat cacccacttt
      121 tttcctttaa gtacttacag gaagactcca tcggagctca tgcgaaacgc ggcgggaaag
      181 cctattacga cttattgatg cgcctcaaaa agctctcaga attgggttgg aaagagattc
      241 gcatcgctc
//
LOCUS       SEQF2637|AYYD01000004.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggtataacgt gtccaacttt tgtgagcttc ttagaaagta tgggaactca gttatgttac
       61 aagacgacaa atctagtaac ttaagttgag gccaggtgtt gttactcaaa tggttgaagc
      121 tcaaggatag atgattaaag gaaagattaa gaagcgtgag acttcggagt ttggaaaact
      181 tttcaaactc caaatttcca cccaagttat tggatgataa actaaggtac tggagattct
      241 gaagttcata gattgatct
//
LOCUS       SEQF2637|AYYD01000005.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtattattta ttgcacaaat ctcagagctt agggtataat cctcaggtta ttctctctgg
       61 gcggaatgtc aatgacaaaa taggaggttt tatcgctcaa aaagtgatca aactcatgat
      121 ccaaaaacaa attcggatag ctggaagtaa agtcctcatt ttaggtttta cgtttaagga
      181 aaactgttca gatacacgca atacaaaagt cgttgatgtt gtgcgtgaat tacttgagta
      241 taatgtatct gttgatgtat atgatccc
//
LOCUS       SEQF2637|AYYD01000006.1  698 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..698
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             163..621
                     /locus_tag="SEQF2637_00002"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILNPSLPAPSLPDAGRPFVDSCTFDAATRNVKVRARNAQAGEV
                     KTPEGEVQEFPISNVLQGNGWFINKVRYQLLVDNKSSSVRQIRNNLSNELYSIQPGEE
                     KVIDVYTDARSGTPLALYTFIGGLVSHVIHPTSGLLTIAIAVKYTDAIEL"
ORIGIN      
        1 gggcgtcacg gacactaata cggtcatcgt cactccagcg ccagagtcga tcggaactta
       61 tgggaagtgc ggggtctatg ccgccgcaca gggagaaggc agcctgacgt tcgtatgtgc
      121 caagcagccc gaagagtcac tcaccgttaa tatgttgatc gtatgatact gaacccatcg
      181 ttacccgccc cgtccctgcc agacgccggg cggccctttg tagactcttg caccttcgat
      241 gccgccaccc ggaatgttaa ggtgcgcgct cgcaacgccc aagccggcga ggtgaaaacg
      301 ccggaaggag aggtgcagga gtttccgatc agtaatgtac tgcaaggcaa tggctggttc
      361 attaacaagg tccgctacca actgttggtt gacaacaaat ccagcagcgt taggcagatc
      421 cgtaataatt taagcaatga gctatatagc attcagcccg gagaggagaa agtaatagat
      481 gtctatacag atgcccgttc aggcaccccg cttgctctgt acacattcat tggagggctt
      541 gttagtcacg ttattcatcc aaccagtgga ttactgacta tcgccattgc cgtgaagtat
      601 accgacgcga tcgagctcta accctcatgt tattgtctcc ttcatagggg cgaacctccg
      661 tttgccccta ccttctcttt ccgcccccga aacccctc
//
LOCUS       SEQF2637|AYYD01000007.1  549 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..549
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tggcgcattc ctggagatcg ctccgggcgt cgagggtctg atccacgtct cggagatgag
       61 ctggacgcaa cacctgcgca gcgcacaaga cttcatgaag gtaggcgacg aggtggaagc
      121 agtcgtcctg acgctcgacc gcgaagaccg caagatgtcg ctcggcgtga agcagctccg
      181 cgaagatccg tgggagaaga tcgagatcaa gtatccggtc ggatcgaagc acacggctcg
      241 cgtacgcaac ttcaccaact tcggtgtctt tgtggagatc gaagagggcg tagacggatt
      301 gatccacatc tccgacctct cttggacgaa gaaggtcaag cacccgagcg agttcacaca
      361 gatcggcgcc aacatcgatg tacaggtgct cgagatcgac aaggagaacc gtcgcctcag
      421 cctcggccac aagcagctgg aggagaaccc gtgggatgtg ttcgagacga tcttcaccgt
      481 cggctccgtg catgacggca cgatcatcga aatgctggac aagggcaccg tggtatcgct
      541 gccctacgg
//
LOCUS       SEQF2637|AYYD01000008.1  402 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..402
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgaggtaca ggctgcgctg tggcccgaag tgatggtggc ccgttgcgcc gaggctggcg
       61 tcacgctgcg gtaactcatg actgggcttt catccgtggc aagggtggca tctatctttg
      121 ccgccctttg aaaatgacag acagatgatg tattacgaag aagatattgc ggaggcactg
      181 gccgggcaac ccttcccgat gatcggggag gaagccgaca ggctggggct ggagacgtat
      241 gtgatcggtg gctatgtgcg cgacttgatc cttaggcgac cgtcgaagga tatcgacgtg
      301 gtgaccgtcg gcagtggcat cgagctggca aaggccgtag cgcgaaggct gggacggggg
      361 gcacacctct ccgtgttcaa gaacttcggc acggcacggg tg
//
LOCUS       SEQF2637|AYYD01000009.1  362 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaaatgaaac ctatcgaatc gaccctgccc cgggtcatga aatttgaggg cgacaacaga
       61 aagatgtaca acctttcgct tcacgcacag ttccacttcc tgcaatacgg gctggtgaag
      121 gccgcggatc aggcgaagct caagatccca gccgcggtga tgaccacctg ggaggctgcg
      181 aacaaatcgg agacgcagct cgatcaggag tcgaccgcct ccgagcacac cgccaaactg
      241 ctggccctcg acaatgagcg cgacaatatc ctgtcgaaca ttttctacgt tgtccgtgga
      301 taccgatact cttccgaggc ctcgaaaaaa gaggccgctc tgcgtctctc tgctactgtc
      361 tc
//
LOCUS       SEQF2637|AYYD01000010.1  376 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..376
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tctttataca aatcatacaa atatctcccc ttccataagg aagtttgagt gattcgaaaa
       61 tcctcgctct tacagtctaa tgtaatcgta tcaggtgtat aagtttgtag cttgactgca
      121 tcagctcctg ctctggccgc agccttaatc gtctcaatag caatccgctt actcccatta
      181 tgattagctg aaagttcagc gacaatttgc gtatgcagtg cacttgtagc actcttcacc
      241 ttacagttta acgcttccat ccttttaata tgaaaatatt atggagtgaa tttataccat
      301 tatacgcaag cagtcgtata tcgttaaacg aacacaaaaa aatatatata ttgaactatg
      361 ttgatgtaaa taatat
//
LOCUS       SEQF2637|AYYD01000011.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgctgaaga gtaggtgtcg gtcgtcttct cttcgcccgt tgtcttgtcg gtatagtacc
       61 acagcgattt gccttcggac gagacaccgg cgtagcgccg catataccat gtatttattg
      121 gcagatcttg accgtagaag cggttggtgc ctaaatagcc cttgtagccg tctatgtcgt
      181 acactttctt ctcttcgggc aggtaagtaa tcttgttcta cagtaaagcg tcgtatgaaa
      241 aatttccctc tcagttctac ct
//
LOCUS       SEQF2637|AYYD01000012.1  376 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..376
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtacacgggt ggaggtgtcg tagatgtcga cgagcgggac gtcggccagc tcgctgttct
       61 tcaaactgcc gatcgcttcc acggtttcct cgcagccatc ggcgcgatgg atcgtgccat
      121 actgccggtc ttgcccgaag tgcaacaagt agatggttgc cgtggtaggc ttcgtagcga
      181 tctccaactg cttggagtcg gtcaaggcgt tgatcaggct cgtcttacct gagctgaact
      241 cgcccacgag cgtgagggtc agcgcgacat tgctgtcttg cagccgctga tccaatttcc
      301 gaagctcgtt cgccacactc tccgacttga gatactcggc gatctcaatc aatgatttcc
      361 ttgcgccggt aaacgt
//
LOCUS       SEQF2637|AYYD01000013.1  575 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..575
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atagtagccc aaatcaccca ttctatccgt tgtaacaaca tctccggggg aacctccact
       61 gggagcaact aaatccattg aggcgccacg ttgactgtaa ttacgaataa cacctcgatt
      121 gtcgattgct ccgacggtaa taaccccgtc tacattgcct gggaaagaaa cgtcttttat
      181 gcttggatag ccatttccag aggcgaaaac aacgacacat cccttcccat tgcgaccata
      241 tcttcttgcg ttgtttatgg ctgaagtgat atcgttagag gcaggtcctc ctccccaaga
      301 acaactaaga atgtccgctc gttgccatgc ccatttaatg gcctctgcaa tttcaatatt
      361 agaaccaaaa cctccggaaa caacacggtt ttggtaatcc aaagtgacat aatccggtac
      421 gatgtttaca gggagtatat tgatattact cgctacacct cttattccaa tagaattgtt
      481 tgtggcgcct attattccgg cacaagccat tccgtggcct ttacatgtag atgatatatt
      541 cccagcattt tgtggaactc catatccatt tggat
//
LOCUS       SEQF2637|AYYD01000014.1  440 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..440
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgcccgccat ctcggcccgc tcctccgggg tgtaatcctc cacgacctgt ttctctttct
       61 tggcgggcac ggggaagatg cgctggttaa ccacgaaaat aatcagtgag ataagcatgg
      121 cggccacaga agcgatgaag gaatagtgga tgccggtgtt gaagatatcg aggtagtgct
      181 cacagaaagc acgaatagat tcgggggaat tagcgtcaac cgagccgcca actttaccaa
      241 tcagttcgag caagtttttc attgaatcgc cggtcactgc ggctgtattc gtaatgtaat
      301 tgtggcagtc cgcaggcagg gctgcgttgt aaatcagtcc atgcgtattg agccaccatt
      361 cgcggagcaa tggagccaca aagggcgcga tgagtccgcc gacattgata aagacgtaga
      421 agatctggaa tcccgagtcg
//
LOCUS       SEQF2637|AYYD01000015.1  920 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..920
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgtgaggta gagcacaagc tgttagtaaa aataggaagt tatacgtagg ccgaaatttg
       61 tgaatcgttt ttggttgact ctaacgcagg gcggacaaga cgtctgtctc tgcataaaag
      121 aacaatgagt aacagccgtg taccggcaag atactctatc ggcaactact ccgagatctt
      181 ggaaaggata aaaattccgt ctcttctatc ttgatgtggt tgcttatgcg atttcccatc
      241 tgttttattg atcaagaatt aaacaacaac acgatgaaga ccctttttat tgcagctgtt
      301 ttaatgttag gtgcattgac gagtaattgc accaaggatg tacccccaac gcctcatcct
      361 cgagagaata acaagcccgg aaaccaaagc catgagaata ataagccagg gcgctccccg
      421 aaggtggata agctgatggc gcagggactt acggaaaagg aggccatgct ctatcttttg
      481 atcagtgagt atcgtacgag tcttggactg ccggttctcc ccctctccaa atcattgaca
      541 gaggttgcaa gagctcatgt aaaggattcc aacgctaatc accccgaaaa ccaagtgaat
      601 gccgacgggg tgaagggtaa tcttcacagc tggtcagcca aaggcaattg gactcctgtc
      661 atatacacgt cagaccataa gcaggcgaaa ggcatgtgga gtaagccttc ggaactcacc
      721 gcttacaagg gatacggata tgaaatttcc gttggaggaa cgggtacact ctctccacag
      781 atggctctaa attcatggaa aggctccccg gctcataatt cggttatact aacgagcggt
      841 gattggaact ttttggaagt tatcggagta ggcattgatg gcgattacgc ccacgtatgg
      901 tttgggaagg aggcagatcc
//
LOCUS       SEQF2637|AYYD01000016.1  454 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..454
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcaaaaagtg atcaagctca tgatttgcaa aaagatccaa ttaatcggat gcaaactaac
       61 cgatgaaata aatttatcat ccctaaatac ggaccaatac aaacgcgatc tatccattct
      121 gagtgtctta ataaaaagca aatgtctttc gaaagaaaat ggagcagaat gaatcataaa
      181 tcttcttact atatccagat ttcgaattat ccagacctcc ctctgtctct cctccgataa
      241 atctatgtaa tcgacaaatt gaagattgtt ttccttaaat gtattcgtgc tcataagcat
      301 gtattactaa ttattttatg caaaatatat cggcagtcag cctttgagtg aaaaagaaga
      361 agacatctca ctttgacaaa aatcagaata gtagaaccag gggtgacgca ttaaaattgt
      421 attgtgatta gttgttgtgg gttcattcga gcaa
//
LOCUS       SEQF2637|AYYD01000017.1  322 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..322
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             118..303
                     /locus_tag="SEQF2637_00003"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEANKLIIGARYIYRTMDGKDVEVTHTGDNGDGRYVFHTRRRMY
                     RFVFGPDTVKDRVSECE"
ORIGIN      
        1 cttcgagggc gtacgggagg gaggacggat ctacgtcttc gacctcccgc gcccccgggt
       61 agggcaaatg atgctgggcc ggccgcatgt ggaacgagcc atccggagga ttgagtcatg
      121 gaggcaaaca aactgatcat cggcgcgcgg tatatctacc ggacgatgga tgggaaggac
      181 gtggaagtga cgcatacggg tgacaacggt gacgggcgct acgtgtttca cacccgaagg
      241 cggatgtatc ggttcgtgtt tgggccggat acggtgaagg acagggtgtc ggaatgcgaa
      301 tgacggacat acaacgatct gt
//
LOCUS       SEQF2637|AYYD01000018.1  346 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..346
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             8..226
                     /locus_tag="SEQF2637_00004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDQKAASRAVVMVAIENDGKGDTDSTGVIGGNEEQLLRMFKAM
                     WHDKNTGRFMRMAAFFEMGKVVLNDGRK"
ORIGIN      
        1 gcttgagatg gtcgaccaaa aggccgcatc tcgtgcggtc gtaatggttg cgatagagaa
       61 cgatggcaag ggcgacaccg atagtaccgg tgtcatagga ggaaacgaag agcagttgct
      121 gaggatgttc aaggccatgt ggcacgataa aaataccggc cgatttatga ggatggccgc
      181 attctttgag atgggaaaag ttgtattgaa cgatggacgc aagtgaattg gtgccgggcg
      241 aggagtatat ctacctcggc aaggacgggc gcacaggccc gctgcgcttc gagggcgtac
      301 gggagggagg acggactgtc tctatacaca tctctgatgg cgcgag
//
LOCUS       SEQF2637|AYYD01000019.1  263 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacggtgctt gtttggctcg gtctagcggg gcggacattg ctgcacgagg tgcgcgaagt
       61 gttttacgct tgcagtcgat caacgaacga aggccggagg caggttgccc gcatcgtagg
      121 acgcgacacg agtcagctct cggcccgtga agtgcgtgcg gctgcgctcg aaacgttggc
      181 cgagaacctc agcgacggtg tggttgcacc acttttttgg tacgccttcc tcggcgtgcc
      241 gggcatgatg ggaggggatg agg
//
LOCUS       SEQF2637|AYYD01000020.1  457 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..457
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             24..446
                     /locus_tag="SEQF2637_00005"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRWLYDFHESLPEDVAVSYFMEANFMQDIILDEFAREGDLRGY
                     QLPIMPDRRKKPDKLQRIEAVSPLWERGLVYYNEAKRNDTDMKTGIDQTLSLARGSRA
                     HDDAPDADEGAIYKLQKASREERFEPIFGERPAPKGAW"
ORIGIN      
        1 tccggcagga caccgtggcg ggcatggtgc gctggctcta cgacttccac gaatcgctac
       61 cggaagacgt cgccgtgtcg tacttcatgg aggccaactt catgcaggac attatcctcg
      121 atgagtttgc ccgcgaaggc gacctgcgcg gctaccagct gcctatcatg cccgaccgtc
      181 ggaagaagcc cgacaagttg caacgcatcg aagccgtctc tcccctctgg gagcgcggac
      241 tggtctacta caatgaggcc aagcgcaacg acacagacat gaagacgggc atcgatcaga
      301 ccctctcgct ggcccgtggc agccgggcgc atgacgacgc gccggatgcc gacgaaggcg
      361 cgatctacaa acttcagaag gcctcccgtg aggagcgctt tgaacccatc ttcggcgaac
      421 gccccgcccc caaaggggcg tggtaaccca attaaac
//
LOCUS       SEQF2637|AYYD01000021.1  301 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggccggagat gagagccgtc tcgcggtcgg ccgcctcggt gcgggcgccg ctgtagacgc
       61 tgacggtggg catgagcgcg gcggcggctt tctgtacagc ttcgtcgggc gagagtcggg
      121 cggcacggac atcatcaata tccgaatggt agacatccgc cgccccgacc ccaagcggga
      181 ctttgctgag ggcgtttcgg tctggccgga aaagaatacg gaggcgatga tcgacgaagt
      241 actcgcgcag gtgtcggccg cctcagcgca aaaggaatgc ttcaacaacc cagtggttga
      301 a
//
LOCUS       SEQF2637|AYYD01000022.1  504 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..504
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             135..434
                     /locus_tag="SEQF2637_00006"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSGTDNDKLTPGGVVKISGTRLKISGKDTKVGLWFVAANGTET
                     KADHLVRNMPSELTAIIPSLAAGKYHIKLVTQYSGGTKELKTTKSLTYDMELTVS"
ORIGIN      
        1 cctacgagcc cggccgccat cgcctcaaca tcaccgtaca aaagggcaaa ctgctcaagc
       61 gcacacaaca ggagatccac ctgcaaaagg tcgacttcaa ccctgcgcag gcacatatct
      121 atcgcgtaac ggacgtggtc agtgggacgg acaacgacaa gctcaccccc ggtggcgtgg
      181 tgaaaatctc gggcacaagg ctgaagatct ccggcaagga caccaaagtg ggcctctggt
      241 tcgtggccgc gaacggcacc gagaccaagg ccgatcatct ggtccgcaac atgccctccg
      301 aactcaccgc catcatcccc agcctcgccg cgggcaagta tcacatcaag ctcgtgacgc
      361 agtactcagg cggcacaaaa gagctgaaaa caaccaagag cctaacctac gacatggaac
      421 tgaccgtctc ctgacccttc ggatatggta cttcgatctc gaacctatgg acggcttgct
      481 catacttatg acgcaagccg tccg
//
LOCUS       SEQF2637|AYYD01000023.1  315 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaatagaatg gagaaagagc tgcccaaaca gtttctgaga caatgagccg acaaccgttt
       61 ctcagaggtg attgtacgtc gaactcacat taaaaaaggg cagccacgat gggccgcccc
      121 tatgatgtat tgaaaagttg ccggtgttcc tatcggagct caaatgcatc cccatcttct
      181 aagacgggga acttccgccg gaaggcggcg agacgctcca ggtcgagcac ggcttcggct
      241 gcgctgacgt ggtggtcctc gcacgtggcg acggtgcggc cgtagggatc gatgacgacc
      301 gacgcgccgc tgtac
//
LOCUS       SEQF2637|AYYD01000024.1  317 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..317
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatctatgct aagctcgtgg agaagtgtgg cgaacgcctc tattgggaga attgggcggc
       61 agaggtgggc gagattgcca agaagtacat cgctcgtatc tctcgacttg tattgggcaa
      121 caatgacaag ctctccactg aatttgagat attcgtgaag acccttcaga agagcctcaa
      181 tccaggcgtc aatgcggagc aatgtatcga gatgttggcg cagcacctta tcacgcgccc
      241 cgtctttgat gctttatttg ccgactatca attcgtcagc aacaactcta tttcttcctc
      301 tatgcagagg atggtag
//
LOCUS       SEQF2637|AYYD01000025.1  422 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..422
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(285..383)
                     /locus_tag="SEQF2637_00007"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPTNKTVEIYYLVDEFGALKTKCPKGNGGKD"
ORIGIN      
        1 cccgtcagca accaccttca caccccccca aaatcctctc aaacccgcct cacaagcggt
       61 ttttgacccc ttcctcgtcc ctttccccct cacccattca aacgcccctc aaacggcgct
      121 taaacgccct tcaaacccgc atcagtaaag cgtttgcaag cagatgtcgc gttcgggcac
      181 aaaaaaaggc cctccgcagg cccaaaacgt aaagcagatg taaagcaaac gtcaagctct
      241 tggacaattc gttttgcacc cctttttctg tatctcccta tctctcagtc ttttccccca
      301 ttcccctttg gacacttcgt tttgagggcc ccaaattcgt ctacgagata gtagatctct
      361 acagttttat tggtgggaat cattattggg tttgctcctt gttttcaacg cattaaagat
      421 ac
//
LOCUS       SEQF2637|AYYD01000026.1  619 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..619
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acatacatct gcgcggtgaa gtcggcgtaa tccttgtcgc ggatgtcgcc gttttcgctg
       61 aggagcgcca tcgtttcgac ggggaaggtg agcaccgtct tggtgcgttc gcggttaaac
      121 caagtcatga atcgacgttg caaccagtcg agcgactccc attgcgggcg ggtaccgtcg
      181 gggaagatga actctccgaa gaggctgtcg aaataatagc ggtcgtagta ggagatgttc
      241 cagaagacgg cttgaaagtt gcgtgcaccg gtgggctggt tgatggaata gacgacttgc
      301 tcgaagcagt cggtgatgac cttatcgatg ctgcgccgct tgagggagag gtcggcgtcg
      361 cgatggacgt tccggtggta atcatcgccg tattcccgac ggacaaagta gtccatatac
      421 atcaggaact ccggcgtggc gcatgcgccg gagagcatgc tcgagacgat aaagaccatg
      481 ttgacgaagc cgccgcagaa ggacttgagg ttggtcggtg ccgtggagtt gccgtcgata
      541 gactttgtgc ctccgatcag ccacgggtac attgtgatgc tggcgcagta gttggctaag
      601 ctggtctcgt cgttcttat
//
LOCUS       SEQF2637|AYYD01000027.1  494 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..494
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             44..376
                     /locus_tag="SEQF2637_00008"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERISIKDVVGTDVRSRISLDAVKALMTHGGEYVIDMEGVTSIS
                     RSVADELYNLQQDYGAVRFEHQTEFVQRMMSILWDGRSKKRVREEEDVEMMDMTSIED
                     FSRYLLSI"
ORIGIN      
        1 gagttttatg actatgtaga ataagataag gagaactgta acgatggaaa gaatcagtat
       61 aaaagacgtg gttggcacag atgtgcgctc gcgcatttcg ctcgatgccg tgaaggcttt
      121 gatgacacac ggcggcgagt atgtgatcga catggagggg gtgacctcta tctctcgctc
      181 tgtggccgat gagttgtata acctgcaaca ggattatggc gcagtgcgat ttgagcatca
      241 gacggagttt gtgcaacgca tgatgagtat cttgtgggat gggcgaagta agaagcgcgt
      301 cagggaagag gaagacgtag aaatgatgga tatgacttcg atagaagact tctctcgata
      361 tctcctctcc atctaaaagg cgaggtaagc agacgaggaa agaggggcgg caagggcgaa
      421 ctgtcgctcc tttttgttgc gggggttgcc ggtttatctt tgccgcccat aacatattac
      481 tcactataac acac
//
LOCUS       SEQF2637|AYYD01000028.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctatcagggg tttacccggg ctggttattt ccaatcggcc ttgaaacact tcaatcacag
       61 gagaggttcc gcttatcgaa aaatcttgat ggattaaggc attcgcaaca aattcccgaa
      121 tggcaatcgg tggataaacg ggcgtctctt ttcgttgtga tcttcctatt tcctcattta
      181 ctggcaagct ctcacttaaa taatcgacta cgctttgaaa gcctatagca tatcctttcc
      241 attcaaccag ttctttcatt gc
//
LOCUS       SEQF2637|AYYD01000029.1  362 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atcttgcgca gggcctgcga catgagcctg gcctgaacgc ccatctgact ctcgcccatg
       61 ttgccctcca gctcagactt cggcgtgagg gcggccacgg agtcgatgac gatgatgtct
      121 accgcagccg agcggatcag ttgctcggcg atttcgagcg cctgttcacc gttgtcgggc
      181 tgcgagatga gcaggttgtc cgtatcgacg cctaacttct tggcgtagat gctgtcgaag
      241 gcgtgttcgg cgtcaatgaa agcggcgata ccgcctccct tctgtgcctc ggcgatcata
      301 tgcagggcga tggtcgtctt accggacgat tcggggccga agacctccac gatgcgtccg
      361 cg
//
LOCUS       SEQF2637|AYYD01000030.1  290 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtggagaggc ctgcgcggac agtgatgccg tgtcggtcac gggccttgac gaggttgcgg
       61 cggatgtttt ggctcatccg ttcgcgcaat gcatgtgtat cgtggatggt gtgcaggagg
      121 taggtatagc gtgtggtttg tgtgtagccc gcccagtaga agggcagcca atcggtgaca
      181 gcgtgatgaa agttttgctg gaaggcacgg cgaccgtcga ttcgttccag cagcatcgtc
      241 ataagctctt ggcggcgcgc caacgcagag gcatacttcg tgtcggcagc
//
LOCUS       SEQF2637|AYYD01000031.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atatatatag gtccaccgac cttcttcaga tcgttcttcc aatacgtttc ttattaggca
       61 agacattctt atgtagaata atttacacac taggccgagg ttttagctac acactgctct
      121 ctcggctgtg ctcgacatgg gtagcgtcta atgctgaaaa ccccgaatag actcttgttg
      181 taatgaatcg cataagcccc aaccagttat tagattaata aattatatta tgaaaaggtg
      241 ttatgttt
//
LOCUS       SEQF2637|AYYD01000032.1  381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacctcgacg tcgcggtaga cattgtagag gcgaaggcgg gagggattct ccacatcgag
       61 tgcctgctgc cagccggagc gccacgagtc gatctcttgc cgggtgagcg attcggcctg
      121 tcgttgcact tcggctatga cggccttcac gcgtcgagcg tcggccttct tggcgagatc
      181 aaagtggcca tagggggtgt tgacggtggt cagctcggga gccgtccgcc gcctgaaaaa
      241 gtcggtgatg ttcattgtcg ggagttgttg ggggttacca gatatagttg ctgtgctgct
      301 cggagcccca tttgaggtta taaggctggg gatcgctgtt ggggtcgtcc ggggtgtcga
      361 gatcggggac gatcttgcca c
//
LOCUS       SEQF2637|AYYD01000033.1  635 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..635
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgtacagca cgcctcctat tctgtccgaa ttgtccatgc aagtccaacg tattgatttc
       61 ttacagagca gacaaggaaa tcttggtttg aaacgacagg tcaactacta caatgcgcta
      121 gcatttagct acactcacaa aaaaaacaac tttggtcttt acctaaacca tacttaccag
      181 acagctccca tcatggaggt aacacgaata aaacagaata gagtagttcg aagctatgag
      241 aatcatcgca attatcaact ctgcaatgcc gaagcatctt acaatggacg tttatttaat
      301 gatatattct ctttcaaagc ctatgttggc ttgaaatatt ttatcagtaa tggtaatgac
      361 tacatgcatc gtcgctccat accttatttt ggagggaagg tcgaaataaa ttaccgacat
      421 atcaccttga cgtggtttgc cgaatataat acacaggaca atttccgtgg agagaccctt
      481 tctcaaagcg gggatgatgg ccacatgtta gtattagcct atcatacaaa caggtatcgt
      541 ttctcaatag atgccatcaa tctactaaca tctgcacaca tcggtgctaa aaaaaactat
      601 tcagccgttg ccccatatat acgttatgaa tacct
//
LOCUS       SEQF2637|AYYD01000034.1  301 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggaaacgacg aggagaggga gagagaacag agcgtcttcc aaaaaatcaa acagggcgtc
       61 tgaccagtgg ggcccaaatg tcagcaacaa aaacaaaaag aaagaagatc agcggtcggt
      121 ggacagatcc agccacagat cacaaaaacg acggccagaa aattcgtgtg agcagaggcc
      181 acggattgcg tgggtgaagt ttagcccata tattcattcc agtacctcac aagttcaaga
      241 tcatcatttt gtttcttaat aaaccatgta atactgggca aacacttgca tcatcatagg
      301 c
//
LOCUS       SEQF2637|AYYD01000035.1  366 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..366
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatagctta ctattcttcc gaaagtataa agcaatccgt ttataaatat ccggtgatag
       61 tttgaaaaag aggactaaag gcggttgggg ggctatgcta ttgggtattt tatttgccct
      121 tgctttttgt cctaccagtg gagtatttta tttcggtatg cttatgcctt tgtcagcagc
      181 ggaaacgggc gggtatctct tacctataat ttacgctatt gctacgggat tacccgtaat
      241 ccttgttgca tggattttag cgtatagtgt tgccgggctg ggtaagtttt ataaccggat
      301 gcaaatattt gagaaatggt ttcgtaaaaa agttgccatc ctctttattg cggtaggaat
      361 ttatta
//
LOCUS       SEQF2637|AYYD01000036.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggaaagtatt atccgcgatt taaccgagtt ggcgatgaaa aaaatccgtg ctgaagcgat
       61 tgagaaaaat cggttaaaag cacaaaaagc agcggaagat agaattttaa atgctctgtt
      121 acccagtgct aaatcagcag gttttgccga tgagccgcag caggaggaag aaaacaatac
      181 gcgccataaa ttgcgtgata aattgcgcaa aggtgaattg gacgataaag aaattacttt
      241 gtctgtttc
//
LOCUS       SEQF2637|AYYD01000037.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacttatgat ttcattcttc cgaagtttta tttggttcat ccgagattct gtgtgatgac
       61 ttaactgtgg aacagggaaa aaagctggct ctatctttag tgcctttgaa aaagtcaacc
      121 attactattt tggtgcttat gatagaaacc agcttcctat atcacagttt tggagtacga
      181 gacgttatct gtactcgttg tgagtacaca ggtaacaaaa caatcataca cgtacgcccc
      241 acacg
//
LOCUS       SEQF2637|AYYD01000038.1  933 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..933
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(364..687)
                     /locus_tag="SEQF2637_00009"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFEDWQTHRPEEISKALLWEYDTDAPTWDWEYMKPLVVERVIER
                     GNISDYYALLQRYGGFGPVRDVVRRLPRLSPIDQNWVCRLFHLNKEELACYTRNQSRA
                     ERLKR"
ORIGIN      
        1 cgtctacaaa gtccttgaga cgcgtgcctg agtcggcgat ggcggagagc ttcatggcgg
       61 cgatgtcccg aaggctacat agcctgattc cgccctcttc gtgcacacgt tcgaggagcg
      121 gataggcgta ggtgatacag tcgatcttga tttcggcgat ggtgcccttc acagtgtctt
      181 tgcgcacaaa agcgtttgaa aggccatacc tgtccgtcag gtaggcgcgc atccttgggg
      241 cgtcaaagga gtggagggta aagaggtcga ggtcgatgct tttgcgatga cccatgtaga
      301 gcgccagagc tgtgccgccg acgaggaaga agtcttgcag cgtctcgtcg cgcatcagct
      361 gctttagcgt ttcaagcgtt ctgctcgtga ttgattccgt gtgtagcatg cgagttcttc
      421 tttgttgagg tgaaagaggc ggcagaccca gttctgatcg atgggtgaga gacggggtag
      481 acggcgcacg acgtcgcgca cggggccgaa gccgccgtaa cgctgaagca gggcgtagta
      541 gtcgctgatg ttgccgcgct cgatgacgcg ttctacgacg aggggcttca tatattccca
      601 gtcccacgtg ggagcgtcgg tgtcgtactc ccagagcaac gccttggaga tctcttcggg
      661 gcggtgggtt tgccagtctt cgaacatgag ggtagagggg tatggccaat tggcggtgtg
      721 gtttgaaacg cgtttcgcat cccatttccg attgcgaatg gtcggcctgt taaatatttt
      781 aagagatcac tcattgacaa ctgtcagagg catgcaaaat gcgttttacg gctcattgac
      841 ggtagtcagc ggcatctaaa acgcgtttta agcctcattg actactgtca gaggtataaa
      901 aaacgcgttt cgcataccat tgactactgt cag
//
LOCUS       SEQF2637|AYYD01000039.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctaacaaaca gaaaggacaa aataaaagac gctcaaaatg agttttttgc aatctattaa
       61 cagcactcaa tcatcgttgg taatcaggaa ttactttccg atgcatactc tcatctaata
      121 aagttgggca atatgaatag ttagaactac aatgttggct ccacgtcagc cgtttcaatc
      181 atattgaagt gtcaattcaa ttaaggcacg ctatttctac agtgttttca caagcttcgc
      241 aggggctcgt tgtgcat
//
LOCUS       SEQF2637|AYYD01000040.1  286 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgtatgca atacgcccct acacgggtac ataatctata tgccggatgg ctatatccac
       61 tttctacgta taaaagggaa tgattttcac catctcagac gtttcacaat ggaataaccg
      121 gaaacaaaaa ggggcagacg acaatgtcta cccctcttcg ttgatgtatt ggacggttcg
      181 ctatatatct gaacacagac tatctcatag actatctaaa tatcgattaa gttcctcaag
      241 ggtttttagt cgaatgcatt tcccagcacg ataatctgct tctgct
//
LOCUS       SEQF2637|AYYD01000041.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agatagagga gaatgaaaca gaaatggatc accttctagg gaaaggaggc tatcgtcaag
       61 taataaaaga aacagcctca caaggtgtat ctaaaccaat attgatagat gctattaggt
      121 caatgaggga taatcccaat gagtggagag ctaaactccc atgtttattg aacgcaaatg
      181 ccgagagatg gaagagcgta cttttcctta cgatgccttt attaaggaag atgaagcata
      241 ttcaagg
//
LOCUS       SEQF2637|AYYD01000042.1  290 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctccgtattg aaaagaatac ggtacagacg ctcgtacttg taattcaagt ccttgctgtg
       61 tcgatttaag ctgtttaata cttttgatga atctctcata atgtctctca catcatccat
      121 taatcgtatt aaaaatctct gctgtccccc ttcgccatgt acaagccatt aacttgctcg
      181 gactacttgc ggggactccg ttaccatgtc ggaaattcgg gaactgcttc ccatagccct
      241 tgcgggctcc gatttaggta atcccagttt actatatctt aactgttggc
//
LOCUS       SEQF2637|AYYD01000043.1  325 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatcagacaa cgttttcacg gctgccttgt gcgcatcgtc cttttgtcga attagcactt
       61 tcgtttggtc gtccgcgtta gagagcacgt tctcttcatt ctcttttagt ctttgctgcg
      121 cttgttgtag ttcggacttt aagtgatcag ccgacgcagt aatgcgttcg atttcatttc
      181 gtgccgcaat caactcctgc ttggaagcat cttgcgctgc gctaccggcc gccttgctct
      241 ctgtcttctt cctgcgtcgg aagaggttgg cgcacaaaac gccaaccaga aatccggcca
      301 agatatagag gtacatctcc atatc
//
LOCUS       SEQF2637|AYYD01000044.1  284 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgcaaggtc gctccgtgtc tttagaaacc atcttgaaca agaccattgg attgaaagtc
       61 gggcagaccg gtggcttggg tagcagttcg agaattatcg tccacggttt ggaggggaac
      121 cgcattcaaa ttctttggga tggtataccg atgaatactt cggatggtgc cttttcgctt
      181 gatgagatac cgatagatat tatcgaacga atagaggttt acaaaagcat tattccttca
      241 agtttggtcg catttgaata aatctcatat cgtaagagta ttcc
//
LOCUS       SEQF2637|AYYD01000045.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcctcgtcat tggctccgac atccaccaag gacacctcga ccagcttcga ctttgtgatc
       61 gtctcccgag tctgcccggg caggaggtgc tttttgtctg cactcatctc cacgatgtcg
      121 atccccacac tggacatgcg taggctcccg aactccaatt gctttttgca acggatgctg
      181 cactccgggg cttcgtcaaa caccggttcg cccgtgatgt cgtcgccctc caccttcaga
      241 tccttcatct tcccaatgat gtttccccgc tcatgcatgt agagcagcac cgggttgcgt
      301 tc
//
LOCUS       SEQF2637|AYYD01000046.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttccggccg gcgacccgcc tcgtggctgg cgtgcaggcc gatctcgacg tcgtaatcgc
       61 ggcagagttt gagcaggcag ccgatgtcgc gcccgtgaag gtcgtagtgt gggcgatcct
      121 ccacgtcatt tccacctgca cggaagaaga ggatcggccg acagtggtca gcgccgaaga
      181 tggtgcgcat gcggtcgtcc tgctgcagca tccagggaaa agtgtagtaa gggtcgtcct
      241 ccagt
//
LOCUS       SEQF2637|AYYD01000047.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtaaggatgg cgctgctggc aagagtgtct accaaagctg gctcgactcg ggtcagaccg
       61 gcagcgaggc ggacttcgtg gaggacatga agggtgaacc gggcaagaag ggcgacaccg
      121 gtaagagtgc ctacgatctg tggaaggagc agggtaacga gggtaccgtc acggacttct
      181 tcgagtcgat gcgcggcccg aagggtgacc cgctgaaggc ctcgacgcga acagttacgt
      241 tggacgttgc gggctggccg tccgaccggc atcgcat
//
LOCUS       SEQF2637|AYYD01000048.1  641 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..641
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cacgtcttct gtacactgat ctaaagtgtc cagccgcgca tgaatggcat catcatagag
       61 cgatactttg gcgctatcga tatagaatcg gattccgtag aggtaggcct cgtaatacgt
      121 tttcgattcg tcgaaatacg ttaaggtctt aggcctacgc aggcgcttac tgataaggat
      181 gaatgtgttg ggcgccaaat aggcggtcgg gccttcaaat agcctgtaag aggagctgtc
      241 gtttaccttg ctaccgatct cagcgggtgc tgactgggtc ttgcctaaaa tgaaggtgaa
      301 actgaagggg aagtcgcttg acgaggtgtc cgccgtggcc gactcttgtg cgtggagtaa
      361 ggcgggggta agagtcagta tcagaagaag ccgtcggctt atggtttcaa gggaatgaat
      421 gaaggcagtt gttgtcgttc gcatgattgt cttttatgtt aaatgaactg gtttgaatag
      481 ctttggctgc atgttttgaa tcactttgga cttataggcc caatctgttt gggcctataa
      541 gtcccgattt gtttgggcgc ataggtccaa tcgttttggg cttatagtgt ggatcacttt
      601 ggacttatat atacggacgg cttgcgtcat aagtatgagc a
//
LOCUS       SEQF2637|AYYD01000049.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agacaatacg ccatccctcc gacgcataaa catcgaactc tcgaagggaa ctaacaacta
       61 aaaacgaaaa acgaaaaatg gccaggtact ccgcatcggg agatcgccat cgggtacccg
      121 gtcacttttc acttttcact tttagatttt agcttatgaa aagagcattg acggcgcgca
      181 atgtgctgac cacaaagttc aacaccctcg ggttcgacgg tgtatggcgt gatgcggtgg
      241 gcgagcccga actgacggg
//
LOCUS       SEQF2637|AYYD01000050.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgtctatgc agctgactgc cgtaaagacc ggtcgcccac aaggcgcgca ggaataagct
       61 ccataatcgt gcagcacggt ggcatttccg gctgcgttga gatcaggatg cggcggaaaa
      121 gaggagttta cccagtgagg ttcatcataa tcgctgtaat tgttcttatt gaaggagaat
      181 tcaatcagct tcagcgggtt tgttccggga ggtgatttta gaaaacgctt cggagctgtg
      241 ttcgcatcca accccgcgag tgggggatag gtcggaacat ctgtctc
//
LOCUS       SEQF2637|AYYD01000051.1  451 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..451
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agagaagaag agggtggggg agggccgaga gcgggggaag gtcgatcggg attcctcgcg
       61 tatctttgcc ctaccaccaa ataccccctg catgtatgcc cacacgattc gacaaaccac
      121 gataaacaaa atggatatgc tacacattga aaagatctgg ctgaccgacg acgccatatg
      181 gatacgcact gcggacggac gcgaggccgc cgaacgcttt gtcgactacc cgcgactggc
      241 ccgcgctacc gccgacgagc gcgcccgtta cctggccgac ggggcgggga tacactggcc
      301 ggagctggat gaagacctct gttacgaggg attctttgcg cctaagacgc acagcccgct
      361 gtacgatttc ttcatggcgc acccggagct ggacgcctcg gctgtagccc ggcggatgaa
      421 aatgccgcag agcctcctcg cccagtacct c
//
LOCUS       SEQF2637|AYYD01000052.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(3..116)
                     /locus_tag="SEQF2637_00010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLIYNNQRRYFFLFQWITINYACGFFYFIYLLIDHF"
ORIGIN      
        1 cctcagaagt gatcaattaa aagataaatg aaatagaaga aaccacaggc gtagttgatc
       61 gtaatccact ggaataagaa aaagtatctg cgttgattat tataaatcag ttgcattgcg
      121 atcacacacg cacgacgata tacaaaatca aagatgaaac caatccacta atacctccta
      181 ttatgcaaaa cgaagatgat ttaagaggcc tcgccaagac gatggacctc atgcgagcga
      241 tcgcaatc
//
LOCUS       SEQF2637|AYYD01000053.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ataatattga tgacgagttt aggaaaatag agaatgacat aaaaacagat atttttaatg
       61 gatttaatgc atctattatg aaaatggcat gtaataacag tattcctgat ttccttttaa
      121 atttgacgga aaatgaacga tagtagttat cctgaagaat atgagattaa agaagtttgt
      181 tcaaacttta taaagcgtcg tattcttaat gctttcatgc aagagcgtgg tgtcttcgcg
      241 att
//
LOCUS       SEQF2637|AYYD01000054.1  319 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..319
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcttattgta ggtgtgcttt ctgctggcga taaatacgct gttgacagct gtagtacctt
       61 tgtgtcatca ggaggtactg ctggctattg catgattgct ttgccagaag attcgccata
      121 ttcaatctac tatttgcagg ctattcttaa ctgtaagtat ctggaatgga ttagctcgct
      181 ttatggtgag atatttggag gtggtttcat agcacgtgga acaaaggtgc tgaaacaact
      241 tcctattcgc aaaattgact ttgagaacaa tgatgagcgt ttggctcacg atagtattag
      301 tgacttgcaa aaacagttg
//
LOCUS       SEQF2637|AYYD01000055.1  595 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..595
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgccattct taggcgcctc gaggatgaac ttgagggcga cgttgcgcag ctgctgcctg
       61 acctgtaagc ctacgttgaa gtccaccatc tgcgaacgcc cgtcaaggtt gacagtcgac
      121 cgctgtcggg tgagggccgt cagattgagg taaggattca tcaagtcgcc ctgccactct
      181 acgtagctgc cgtcttgaat cgtgaagtcc gtcagcggga tcacggggat gctgtagcga
      241 atcaatccgc cagagagggt gtatcgcccg ctcatgttca tatccccgag cggggtgtaa
      301 tggaacgaca gatcgccgcc gccacgcagc tcgatacggt tcgagcgttc gccggcgccg
      361 cccatatcca cctttaggcg cgccgtggga tccacgcgca gcgtgagctg ggcgtccagt
      421 ccgcctatcg aactcgtacg cgcagcgttc tgccgctcta tgtcacgaat gcgttgcggg
      481 acggtgtcgg agaagtaggt gaaggagacc agcccggcga agttgtcttg cagctcgtcg
      541 ttggcgtcgg gcatgacata cgtgacgttc gtaccactgc gcacgtgcac tccac
//
LOCUS       SEQF2637|AYYD01000056.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgacaagt ggcatctctc gtccgatccg cgtggcggca caccgggcga ggagaactcg
       61 gagggtgcac ctgacaagcc tgacaaaccc gagagggaaa aatcttcccc cggtgacgtg
      121 ctgatcaatg aagtgatggc tgatccacgc ggactgacga agctctctgc cacggagtac
      181 gtagagctgc ataacacgac cgatcacggg ataaacctcg aaggctgggc ctttgtgtat
      241 gacaagacat ctattccgct tcccgacgct gaactccctg ctggcggt
//
LOCUS       SEQF2637|AYYD01000057.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aatcgctgat gtgtatctgt tggggggtat gcataacggc ggacaaatgt agggcgtaca
       61 gcttcagatt caccgcctac ttttgccggc catcatatcc catcagataa atatccacac
      121 acgatgaaga ctaaaacacg aaacacccgt gcgcgactgc tgactgtcgc tgccggactg
      181 atcctcctga cggccgaagc tggcgcacag gatttgaaca acgacgctcg catccgcgct
      241 cgcatggagc gggccatgcg acgcgattcc gtcgccc
//
LOCUS       SEQF2637|AYYD01000058.1  289 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttaaaaaac atccccagtt cctccactat agcatcgatg atggactgct gcccaggatc
       61 aatttcctta ggagtattgg gatgtgtaat gctgccatct tgaaagtctt aactagtctg
      121 acacaggtct gcttactttc ttttatgccc atcagagtac ttttacattg tttctaattg
      181 cttgggattt atttgtactt gtgtcacaag aaatagtttt tctttccata tgcatgttag
      241 tgtgagtttc tacttctttt actgaaatat cttgttctta agaagaaaa
//
LOCUS       SEQF2637|AYYD01000059.1  381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgcaggtgg gcccgcagat cgctgaacaa ctcgatctgc cacaagtatc ctatgtggaa
       61 tcggtcgctt tgcaaagcga cggccgcacc ctgcatgtgc gcaaagccac ggaggaaggc
      121 taccaacgtc tcgaggcacc gctgccctgt ttgctcactg tactggcttc ggccaacaag
      181 ccccgctaca tgtcggtccg cggcatcatg gagacattcg accgcgaaat agaatgctta
      241 ggcctggccg acgtggacgt ggacgagacc aagatcgggc tcaaaggatc gcccacacgg
      301 gtaatgaaat cctttaccaa aggagctaaa gccaaggggc aactgtatga agtggatgcc
      361 gaagaagcgg ccgacattat t
//
LOCUS       SEQF2637|AYYD01000060.1  389 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtttatcact ctagcgtgtg caagtacgtg atgagtttgt ttcatggaaa atcagcaagc
       61 aaacaagcag cttttggaaa attttgcaac caaggctttg atttgatatt tggtgtttgg
      121 tcttggaagt caaaagttgt ccaaatatga ttcacattct gtgtgtagac caaatatgat
      181 tcacatttgc cctccccttc acgctgattc ttccatctct gtgcttctgc taactttgtc
      241 tctgccccta agcatttgcc aggccttagg ccttttgtcc aatctgtgaa tcaactttca
      301 tagcaaattc atacaggtta aaaaaaacat ctgcagcttt gcattctcat ttaggatcac
      361 cttcagaaaa ggatggcata accatatag
//
LOCUS       SEQF2637|AYYD01000061.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     misc_RNA        134..266
                     /locus_tag="SEQF2637_00011"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gtgcaaatgt cccctcaata ggggaaggaa aaattcaaat gagaagcatc tgggaatcaa
       61 cctcttgtgt tttatacaca aaagattgca gaaaaatttc tctatttcct tggttgtatt
      121 tcggatttcg ttttacgttt gcggccgagt tggtgatccg atcgccaatg ttcggaagga
      181 tcggattgaa aagggaaccc ggtgcgaatc cgggactgcg tcctcagctg taagttctta
      241 gcaaagtgat tccgcatccg caagtg
//
LOCUS       SEQF2637|AYYD01000062.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggctataat gtgggttatg ctgagggaat gagagaagtt catgtagtgc atcaagtcca
       61 agtagaaaca aatgtaacaa cgaataacaa taacaatcaa gcaaacacaa ctgccatgtc
      121 acagacagcg caagacttcg ttaaagagct acaagctctc aaagatttgc atgagttctt
      181 ggtgagcttt tgtaaccacg atattatgga taaaataaac ctctatcacg gctctataca
      241 gggtt
//
LOCUS       SEQF2637|AYYD01000063.1  289 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctattttccc gaaaactcat aggttcttca tcggtactta tctgtgcttt aactaaaaaa
       61 agagcgcaga taaaaagacc tataaaaaaa cagtacgtct cattgttgtt ttcttttgaa
      121 cagtaagtaa ttcttatctt cattatagta caacctaagt tgttcagaag ctatttcgta
      181 gtggaaagct ttgcacatgg cttcgacata ttgaggtcca tctaatatct cattcacctc
      241 agtaccgccc caattcgtga tgcgaaatac gcctccattt gccgtatat
//
LOCUS       SEQF2637|AYYD01000064.1  424 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..424
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtgtataaa gagaagaaga aagaagacaa cactacggct gtgaaggagc agcaggcgta
       61 tgtgaaagag agcttgagaa gagcttataa agagcagcag gcggctgaaa aggcagggcg
      121 accgctgcaa tccgttgatg aatttatccg agagctggag gaggcgagat gatggtggat
      181 attcgtttgg gcacggaatt taaaagacag ttcaagcgat tgatgaagaa gtatccatca
      241 cttctggaag acctcaaaac attcaagcag gatctggaga taaatccgca gcaaggggtt
      301 gctctcggcg ctcacttata taaagtccgt atggcgatag cgtcaaaggg caagggaaaa
      361 agtgcgggcg cgcgagtgat cacttaccgg atacttgtta agcaggagtg tatagagata
      421 acct
//
LOCUS       SEQF2637|AYYD01000065.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tagtagatct ctacagtttt attagtggaa atcgttgtgt ggtatgctcc ttattatcag
       61 caacttaaag atataaactt tcttttaact cccgcttttt ttcctttttc ttacgtcaaa
      121 ttcacgttcc ataaggtgaa aacatcacca caggcagagg ctttctgaga gtgagaggca
      181 tcagccggca taccgcatac ttctcgtcca agggtcaaat cctatgcgac agcattccgt
      241 cattcgcata ggacatc
//
LOCUS       SEQF2637|AYYD01000066.1  304 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..304
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctggaggcgt tgcgcatcgt cacaccgcgc gacccggacg tgaccttcag cgacgacccg
       61 ctgcgcatga tgcgcgccgt gcgattcgcc tcgcaactgg gcttcgacct cgacccggag
      121 accttcgacg ccatcgcccg caaccgcgaa cgcatcgcca tcatatccaa ggagcgcatc
      181 gccgacgagc tgaacaagat catgctctcg cccaagcctt cgatcggctt cgacctgctc
      241 gacaagtgcg gcctgctgga gctgatcttc cccgagctat gtgcactgaa aggggcggag
      301 acgc
//
LOCUS       SEQF2637|AYYD01000067.1  355 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 actctatgga tagaccacat agacagaaat attgatgttg gaacagtgta cttgcaaccc
       61 gcatctattg aattagaaat ggtaacggtt acagcacata acgtaattac gaaagatggc
      121 gtcaaacaca tttttccttc atcttatcat ttaaagaata gcaccgacgc attcatgatg
      181 ttgggaaaga tgtacttacc tcgcattact acagatggat taaccaaaac tatccgtcta
      241 aacggcggcg gaacagtgag agtctttata aatggacgtg aggcaagtga aaaagagatc
      301 agctcattac ccatagaaga tatcaaacgt attgaatacc atgacacccc ggaag
//
LOCUS       SEQF2637|AYYD01000068.1  352 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccacagctcg aatggctgtt gttgtattga gccacacgat tcaagcccga gatccactcc
       61 atcgcaaagc cattaccggt ataggcatgt atcacggtgt tttttacacc acccaattga
      121 atgtcaggag gagagaccgc aagagcatgc gtaaaagttc cactataaga tgtgggagta
      181 tctgatgcat caggagcgga gtgataggta aacgttcgtg gcaaagccca tggcgcacgt
      241 acctgttgag ccacattatt ccctggacca ataaacgaag attcaccggc accaaaggca
      301 ttattgataa ctgctgaacc tgtctcttaa cacatctctg atggcgcgag gg
//
LOCUS       SEQF2637|AYYD01000069.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaattgaact ggaacaattg gaactacacc acctttattc gggtggacga cgcggccaac
       61 ctcccgacca ttgaagagaa cttcaaaaag cattttacga atgtcttgaa ggaacaattc
      121 ggagcggaag gtgtcgcgga gtgggaagcg gtaggtgccg acctgcgttt tactcccctg
      181 ccggatgtgc acttcgtttc taatgtgcag tttgacaaca tgccgaaagc caacgcccaa
      241 gccctgcatg tgttgacggc catcgcattc gtcgtg
//
LOCUS       SEQF2637|AYYD01000070.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 attgttgttt tgtttttaat aaatctagtc gttaaaaaga aggagtagag aaaatataag
       61 cctacttgcg tctgctctgt tgcaattttg taattgcaga aaagctaaaa acactccaaa
      121 atgcaaacat atagcatttt ggagtgtttt ttaaatgttt gcttttgccg atagtcggta
      181 tttctcttct ttagcacaca gaacattccc agcaaacaaa agaatggaga tttaagtaat
      241 tgtcagc
//
LOCUS       SEQF2637|AYYD01000071.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatcgtgtcc gtgtcgggca ggacaggcgt atcgaaggcc agcgtgttct ctacgatgcg
       61 gcggagatcg ctctgcggca tatcgtcgcc aaagaaggcg ctggccacgt ggagggcgat
      121 ctcgtgaaag gtcatgtgct tcatcccgtc gatgaacgcg cggtcgagcg tggggatgca
      181 ttcgggcatg aatagcccgc ggtcggcggc aagcccgcgg actacggcct cctcaaggct
      241 ggcgggcgat acttggtgat tggtgctgta atatttcatc ttgatagggg gagttatgcg
      301 cctgcggcgc ggtagtcagg ggggctacgc ccccggtagt tagaaaggag ttatgcgcct
      361 acggcgcggt ag
//
LOCUS       SEQF2637|AYYD01000072.1  434 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..434
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(211..411)
                     /locus_tag="SEQF2637_00012"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDISKKENEAIADKYEVTWSSLFVNGWKDGKENVNNMTEFSFS
                     NAKNTPDKFKEGIKSKIDELLK"
ORIGIN      
        1 gtatagctta ctattcttcc gaaagtataa agcaatccgt ttataaatat ccggtgatgg
       61 ttttctatgt ccttactaat aaatcctatt gccgttatgt tagtcgctaa cggacacggg
      121 ctgaccgccg ttaaaatccc caatataaaa gctgtaatag caggaataga actgttatct
      181 aatagcgatt gaagaaaatc catcttacaa ctattttaac aattcgtcaa tcttgctttt
      241 aattccctct ttaaacttgt ccggtgtatt tttcgcattg gaaaagctaa actcggtcat
      301 gttgtttaca ttctccttgc cgtctttcca gccgttaaca aacaaagacg accatgtaac
      361 ttcgtacttg tctgcaatcg cttcattttc tttctttgaa atatctatca ctttatagac
      421 aattttaccg tctg
//
LOCUS       SEQF2637|AYYD01000073.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..309
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctccgatata tcatgcgaga cgtcatccga tacagccgcc cgaacgatct cattattttg
       61 atgcctgagt acgaattttt ctacaataaa ggaggtgggg aatgtcccac actgtccatg
      121 ctgctttatt acaaccatat gcacggttgg atggacatga gcttttatga atgggccaat
      181 gcattgcatg gctttctatg gattcccggc aattatttga gaggatttat aaggagaaat
      241 atgtcaatac acacctatac ttattcttgt ttcggattta accaatacgg agatgaatct
      301 actcatagg
//
LOCUS       SEQF2637|AYYD01000074.1  335 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggtatagac gatcctgtca aactcctgga tgtattcgct acttatgatt gctgggtctg
       61 caaaccatgt gggagagtca ggatagaggg ttgagacgtg gtacgtcagg aaagtcttga
      121 agttgatttc tatccggttg aggtacttca tcaacatatt cctcaggttg aagtcgaagt
      181 agtagagttt tactacgtgg tcgaatcggg ctccctcgcg aaactcgtgt gttcgcgggc
      241 gcttttgcgg atacgttttc tcgaaagcga accagtagaa gcccaatcgg taatagccaa
      301 tgtcgagcaa gacctctttt gccttacgct catca
//
LOCUS       SEQF2637|AYYD01000075.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             43..234
                     /locus_tag="SEQF2637_00013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIPRNQIIPQKPLPPFITPDVEALHVLRSKGDNTALVGWQME
                     KVFYIFYIELKHGEIYSHS"
ORIGIN      
        1 ggttggaaag agattcgcat cgctccccgc cacggctttg gcatggagaa aataccacgc
       61 aaccaaatca ttcctcaaaa accccttcct ccattcatta cgcccgatgt ggaagctctt
      121 catgtgcttc gatccaaggg agacaatacc gcattggtcg ggtggcagat ggaaaaagtc
      181 ttttacatct tctacatcga gctcaaacac ggtgagatct actcccactc ttaaaaaagc
      241 gaggaggaag ccatagtccg tcacaaatga aatggg
//
LOCUS       SEQF2637|AYYD01000076.1  201 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..201
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agatgtgtta agagacagtc gatgcaccgc cgagctcgat ttctattttg tgtcccttgt
       61 aattaaagtc actcagcgat gaagcgccgc ttaaggtgat ctccaatgat tctccacgga
      121 aaagtccatc actaagcaca cgtgcagcgc ctgatgcttt gatgcgcgtt atgtccggca
      181 ggcttacgac ggctttcaga c
//
LOCUS       SEQF2637|AYYD01000077.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ataatgaaaa cgaaagccat cggcaacctt gatgtagctg gagcgcttat caacaaacaa
       61 gaagagaaca gctgtacggc aagcatacat tgttcctatt acgccgtgct tcaatatatg
      121 aagtacacac tggcacacac ggataaagag ccgctcacgt acgaggaaca agacgaacag
      181 tcaaaaggga agagctcgca cgaatacatc atcgtgcaga tcaagcagcg gattgaccgc
      241 cccaaggcgg cgcaagagtt tgtacagacc c
//
LOCUS       SEQF2637|AYYD01000078.1  281 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..281
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cctcatcgac cgcacggctg agaacctgat cagcgagctt gatccgcact ccgtgctcat
       61 cccggccgag agtgtggagg ccgttaacga cgatctcgag gggtcgttcg gcggcatcgg
      121 cgtttctttc agtctgcgaa acgacacgat cctcatcacc ggcatcatct ccggtgggcc
      181 cgctgagaag gccggtctcc gccccttcga tcgcatcata gcgatcaacg acacgacgtt
      241 cgccggcaag ggcttcgagc aggccaagat catgcgcacc c
//
LOCUS       SEQF2637|AYYD01000079.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttcaaggcgg aggaggtcga tcctcgagag gcgactgcac atgtggctcc ggtaacaaca
       61 acaagtcttc ggacggcagc agtgcagatg actgcacatg cggatcggcc aacaacaata
      121 tttcttcctc aaggagtatt gatgctcgaa aattacaatt tggataagta aatttttcga
      181 cttctcagaa accacccaag attttttacg agcaaggagt tcgtgaacga ttttgggtgg
      241 gtattcttta ttttccaccc cccccc
//
LOCUS       SEQF2637|AYYD01000080.1  340 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..340
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttatgtaca tatatggtgg ccacagtcag gtctgacgtc accgctcaat atatgttcca
       61 cagcgtgggt tgacgagctt tctgaggggg tttcctcgaa ttcaaagcaa gtataaaaat
      121 tcgattctcc gacctttcca cggaggatcg aacagggctt ttattagtat aataactcca
      181 cactgttatc aaatagtcaa tgtgatctag attcttcgtt aattttttcc acctgactga
      241 ttgtttacaa ttttattttt caccgtcaca aatttatacc atttacgcga ttccctggat
      301 ttcatttttc tttaatgttg actctacgag gcaataggac
//
LOCUS       SEQF2637|AYYD01000081.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..309
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcgatggcc gtacgactga aaagcagcat catctcagcg agtaaaacca accaaacgaa
       61 accaatgtct ttcccttgaa ttcctgtatc aacgatggcc tgtgtcagga atgggaaaac
      121 aagttgtaac aagctcccga taagcagccc aagtatcaat tggctaaaga agcggcggta
      181 gcgaagcagg tatttccaaa ggaagcggat gcgattttct gacggtcgcc ggtctccctc
      241 ctgttcgtaa aacaactgcg taggctccat cagcaaggcg atgcctttta cttcgccggt
      301 ggtacgggc
//
LOCUS       SEQF2637|AYYD01000082.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(146..271)
                     /locus_tag="SEQF2637_00014"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVLWMMVEMNSGALVIPEKLAALENGSRIPRSGRMPSCSW"
ORIGIN      
        1 gtatgatcgt catgctgccc gatgagggtc ggacgacacg cgacatgatt acggcgatga
       61 acagtaatcg gtgggaggcc acgataaagc gcatgagtcc gaaggcgatc gcattaatcc
      121 tgccgcgctt caaagcggag tgcgactacc agctgcagga gggcatcctg cccgacctcg
      181 gtatgcggct accgttctcc aacgcggcca acttctccgg tatcaccaat gcgccgctgt
      241 tcatctcgac catcatccat aagacgttca tcgacgtgaa cgagtatggg gcagagg
//
LOCUS       SEQF2637|AYYD01000083.1  223 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..223
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cctatttcca ttttagagga tagagggtag agggtagagg gtaggagcac acctatgctc
       61 agtagtcaga ggtagtgccc cctcggggtt ttacttttcg tttttggctg ttagctcttt
      121 gtacaggttc atcaggtggg ccacgatggt aggctccggg gcgtcggcgg ggaggccgta
      181 gaggcggagc acggcggcgt cgttacgcga gtgggcgcgg cgc
//
LOCUS       SEQF2637|AYYD01000084.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttgataagt acgccgcgga tgcgctgcct gtcctccggg gtttggagca tgatggagcc
       61 gtagacggag gcgaagacgc cgccgcgatc aatgtcggcc accagcaaga cggaggcgtc
      121 agcatagcgc gccatgggga ggttgacaag gtctacgtcg cgaaggttca gctcagagat
      181 gctgcctgca ccctccatga cgatggggtt gtaacgcgca gccagtcggt cgaaagcggc
      241 atgcacctc
//
LOCUS       SEQF2637|AYYD01000085.1  368 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccatcaaaca ctgctataga acttatttca tataatctct caaagaaggt gaatcagttt
       61 attagtgagc atgatttcga catttggaca ccatggataa tgaaaacgcg aaatgatgta
      121 aagaatcctg ttggtcagta tgctcaacaa tataaccttg ggaactatgc ccttatagat
      181 aaatatgcta tgcttctgct tattagcaga cttttgactt gttataatgg gagaaatgaa
      241 gaattgacag agggtgactt gtcgaacctg ttcttggcat atatgctctg ttgcgatgag
      301 cgtctagcaa tgaatgagaa gctgcctaac aacaatatga aggcagaaga gtttgtagag
      361 tcctatat
//
LOCUS       SEQF2637|AYYD01000086.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accatcccct tagccaagct gctcggactg aaagttgtgg ccacccatca cggcccagac
       61 tacgaccgca agaagtgggg acggctggcc aagttcattc tgcgtgccgg cgagagcttc
      121 gccgcccgat gggcggacga ggtgatcgtc atctccaccg tgatccaaga catcctcgaa
      181 aagaaatacg gccgcaccaa cgtccatctg atctataacg gagtcacgcg accgccacat
      241 atcacgtcaa ccgaccagat ccgcgcgtgg gggttgacac ccaagcga
//
LOCUS       SEQF2637|AYYD01000087.1  377 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..377
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             27..374
                     /locus_tag="SEQF2637_00015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEDRGATSAEAFEGGEDVGREPPWRGEKRPLDVRRQPTERISS
                     QHSDVRAQKKRERIKELIRPLGVGYPNAVAAIGVPKWEGFEVVRHPARGGVGGIVGLA
                     DPDGRLVSRIETV"
ORIGIN      
        1 agcgtacgga gggcgtcgcg ccaggcatgg acgaggatcg gggcgccacg tcggcggagg
       61 cgttcgaagg cggcgaggac gtcgggcgag agcccccatg gcgtggcgag aagcggcccc
      121 tggacgtccg ccgacagccg acagagcgca tcagcagcca gcattcggac gtccgggcgc
      181 aaaaaaagag ggagcgaatc aaggaattga tccgccccct cggtgtgggt tatccaaacg
      241 ctgtcgccgc tatcggcgta ccaaagtggg agggtttcga ggtcgtccgc catccggcga
      301 gaggcggcgt cgggggtata gttggcttgg ccgatcccga cggccgtctc gtgtcccgga
      361 ttgaaacggt gtagacg
//
LOCUS       SEQF2637|AYYD01000088.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagcatggcc acgatgacgg actgcggctc gcgacgacgg aggcgggcga tgcgcacggc
       61 gagggtgtcg atggtacatt cgcagacgct gggtcggtcg ggcaggtagg cccagttctc
      121 tgacgggaca cgcagcgagg tgaagaccca gacgcggcgg ggcgactcgg ccaggagcag
      181 ggggcggcag gcggcgtcgg cggtggcgtc catgccgaag ggcgtcatgc tgtggcggag
      241 cacctgctgg cgggtg
//
LOCUS       SEQF2637|AYYD01000089.1  265 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatagagga gagggcgcat ggcgttatcg tctctcgatt ggaggcagac ggcatcgccg
       61 aaaaggccgg acttaccttg ggcgatgtgg tgctggagtt agacggacat gcgcccaaag
      121 ccttacttac cagccaagat ttcatccgat atacagccga taagaaggag atccgcttac
      181 gaatcaaggg taagggagag atgcagctgg cgctgtgagg tcttgtttcc ccagagtaaa
      241 ttcgtccaac cgatctcttt tgaag
//
LOCUS       SEQF2637|AYYD01000090.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttctgacgt gtagccttgc aggtactatc cctatcactg gaggagaatt tgaaacccaa
       61 gtacaagttg atgtagaaca gcccgtgggt ttagagtaaa cactggagca atagagcagg
      121 gaaaataagg gatcgaagag aagatttaga gatcgaagag acgaagggaa agggaaggaa
      181 tcagagagtt taaagtaagg aaatttatca ttaatcaagt ctgccttaaa agattacaaa
      241 tagctctatt tatag
//
LOCUS       SEQF2637|AYYD01000091.1  364 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcttcggact gcggtgggcc catcgtaatg actgtgactg tggcgccatg ctggtctttg
       61 aggcgcagcg ccagttccag tccgccttta tcgtcggggt tcatgatgct gggtacgcct
      121 tctcggatga gggtgccctt gacgggatct aacttaattt ccgtcgtgtc gggaacttgt
      181 ttgatgcaaa cgatgatgtt catgtctctt ctctattaat gcataggggt tacttcaata
      241 aactcgacgc gatgaccatg cgttgcactt cagatgtccc ttcatagatc tccgtgatct
      301 tggcgtcgcg catcatgcgc tcgatgggat attcacgtgt gtagccgtat ccgccgtgaa
      361 actg
//
LOCUS       SEQF2637|AYYD01000092.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caatgatccc gtgcagatcg agcgctatac gttgtatgcc gacaatgtaa agaacacctg
       61 gtctgcgtcg atccatgcgg gcagcaacat caatgttcgc tcgtggtggc attcgcagct
      121 ctctgcttcg ttctcttaca gccccgtgac ggtcgtcgac gacggggtgg agtatacttt
      181 caaattcccc gcctactacc tcaattgtat caaccgattt tcattgcctc gcgg
//
LOCUS       SEQF2637|AYYD01000093.1  295 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgcttggca tcggccgcat cacgcatctt ctggttcagt gcatcgatgg catccagtgg
       61 ccccttgagg tcatcagcca cactgtgccc ccagctgggg aggttgaaca ggcggcggaa
      121 cgtgtcgatc agcgtacgga tggcgccgat ggccttctcg atggacttaa tgaccagctc
      181 gtagatccac ttagcccact tcgcaatagc ttgaaacgtc tccgtggagg ccagccatcg
      241 ggagaactgc atcaccgcct gcgaggcctc acggaattgg gtgataacct tcccc
//
LOCUS       SEQF2637|AYYD01000094.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcaagggat aacgtttgtt cttgttgtta tataatccgc aaaacgattt gtccgaagat
       61 tggggtgaca ccaccgcttt tttcggacgc gtcgtttttg ggtggtttgt atatccttaa
      121 cggttcgccc ggtggggcgt cggtgcactg ctgtccagat acggttgacc ccgcatctcc
      181 tctgcctatg gctggggggg gtgcgggggt tttcctcttc atggccgcct tggatgatgg
      241 gcgggtgtta tg
//
LOCUS       SEQF2637|AYYD01000095.1  318 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgtcattac actcccaaat acaacttgta ttaccggaaa catgcgctct ataatattca
       61 gcccctggag caggcaacga ttcatatcca tcaatacccc aaatatccgg ctctccaacc
      121 caaatacctg ttttttctgt attaatcgta tttccattga tgattacttg ggctctaatt
      181 gcacattgtc ccttgctcct ttttgaaaat acggctgttc ttgtcccttg cccggagact
      241 aattgcagat tattgttgct tgctccccat tgtacacgta cagaagttcc tgaaggtaga
      301 ttttgaatgg tatacatc
//
LOCUS       SEQF2637|AYYD01000096.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atttaacgcg ggcaaagata tacgcccctc tgaggggaca aggttaatct tgtgttagat
       61 ttaagctgac gtcgcaagga ggcgaagaga tgaatgaggt gtattcaaat cggggcatgc
      121 cacttcggat cactccgcaa ttcccattgc ggttaaaaaa agcacctcag gccacgcgtc
      181 aacttctatc gtaatcgcaa aaaggccctc cggaatgtcc ggaaataaga acgggcgcga
      241 accgaggggt tc
//
LOCUS       SEQF2637|AYYD01000097.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaatcctaaa aaaaaggggg acattgtcgt ctatgaatct acggtttatc cgggctgtac
       61 agaggaagaa tgtgtgcctc tatttggagt cagaatctag tttgaattac aaccaagatt
      121 tcttctatgg atattctcca gaacgaatta atccagggga caaaaagcat acgctgacta
      181 cgattaagaa ggtgatttct gcctccactc caacgacgct ggatgagttg gaagaattat
      241 acggatcaat agttaaagct aggacacata gcgcatcatc gattaaagtt gcagaggcct
      301 ctaaagcaat ag
//
LOCUS       SEQF2637|AYYD01000098.1  236 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcagaccgcg gcgcaccttc ttctccaagt agtccgtggc catcagtacg atgccgcaat
       61 agtcctctaa cttgttgtag aaggtgatga agaagaacat cacctggtcg ctcagcttgt
      121 cggcctcgtc gaggatgatc agcgggttct cgcgccgctt gagcgccatg acgacgtcgt
      181 ccaccatgtc gcccaccgta tcgcccgcag ggttcttacc catcacccga agcagc
//
LOCUS       SEQF2637|AYYD01000099.1  274 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgaaggtgta gaaggattct tcggccggga agtcggcggc gttgcccggg atacccgccc
       61 agtatagtgt cgccgcgtcg accgtgttgt gtcgtgggcg gcattccatg agcgccaagg
      121 ccgaaccgac gtcgttcttg atttggcgca gctcctccgc atcgtcgctc cacgcgagga
      181 cgttaaagtg tgcacggata gaagtcagcc cttgcgaccg cgcgaggttg agatactcct
      241 gaatccacgc ctcgttgatc tgattgctcc ggga
//
LOCUS       SEQF2637|AYYD01000100.1  364 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agttcagctg gtagcgcacg aagaagacga ggttctccgc gaaggtgggc ttcatggccg
       61 tcttcgtctc gcccatcagc tgatacttga tcggcgtacc cttcacgttg ccccaagact
      121 tatacgcctc cacgtggcgc gggtcggagc tgtacatgcg ggggaagagc atttcggtct
      181 cgctgacgta ttcataatcc ggggtgacgt aggaaacgta atagcgatcc ttctccgtgg
      241 ggcttttctt gatcacgcgg ctccacgtct tggggccgtc cttcgatgca gccgtgccgt
      301 cattgttgcg agccacctcg gagacgtacg tcgggccgta gagcaggggc acgctgccgt
      361 attg
//
LOCUS       SEQF2637|AYYD01000101.1  267 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cacgatgccc atcttcccat tcgaggatcg tcgttgcaat cttctcgttt attccaacat
       61 tcaaaaagac tcttatcatg tagtaggaga gacctgttcc ttgaggcgag agcagcaata
      121 tccctgctgg tgcttgagcc atgctttgat agaaaagctc ttctctgcct tcttttacat
      181 agtaaatttt gagtttggag acattcactg ttttaggtga ttgaatctcc ggattcagca
      241 ggtcatttcc ttgtgcatct attaccc
//
LOCUS       SEQF2637|AYYD01000102.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaaagataga ccatgctgta aaaaccgaat gcactgagag cgttcaggag tcttattcaa
       61 agatagaact cggcgatgct cctttagata atgaacgact tccgaaaggc tctggcgaca
      121 atgacgcgtt tacctggata aacaagggtg agaatgctta tagggatgga aatatgacag
      181 aggcatggaa atgtgctgaa aaggctatca gactgtcaag ttcatcgggc tggataaagt
      241 tctacgatgg tggca
//
LOCUS       SEQF2637|AYYD01000103.1  326 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctcttggga acgcatcacg gacgctttcg agcgcgacga ggtgctcaag ggctatgtgc
       61 gcggacggac aaagggcggc atgatcgtag acatctacgg tatcgacacc ttccttccgg
      121 gctcgcagat cgatgtgaag ccgatccgcg attacgatgt gttcgtcggc aaaacgatgg
      181 agttcaaggt cgtcaagatc aacaaggaat accgcaacgt ggttgtttcg cacaaggccc
      241 tcatcgaggc cgaactggaa cagcagaagc gcgagatcat ctctcgactg gagaagggtc
      301 aagtgctcga gggtacggtc aagaac
//
LOCUS       SEQF2637|AYYD01000104.1  455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             50..145
                     /locus_tag="SEQF2637_00016"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERYAKVTPQKLFEEFDRFRSFTDDMQLAI"
ORIGIN      
        1 atgaagactt gttctgataa cgcaaatgta cttatctccc catataagca tgaccgaacg
       61 ctacgcaaag gtaacaccac aaaaactctt tgaggaattt gaccgtttcc gttctttcac
      121 cgatgatatg cagttggcta tataagtctt atcaaatcac tttattactt attcattcaa
      181 tcaaaatatt aagacaataa gaagtgcatt taagatgctg ttctatatta acagacagaa
      241 aacaaaggcg gacggaaaga caggtatcct ctgctgtatc accatagacg gaaaaagcgc
      301 agtcattagc acaggcgaag agtgtaagcc ctccgagtgg aacgccaaac agggcttgac
      361 gccagacagg aaaatcaatc aaagactcca tgagttcagg gagcttgtgg aaaagaccta
      421 tcgggatata ctgacagggg acggagtggt aagtg
//
LOCUS       SEQF2637|AYYD01000105.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttttagatg ttgatcagtc gactacggga ctttcgccgg atgcgatgct tgagtggctt
       61 tccagaaacg cggagattaa ggattcgcag tgctttaaca aaaacactca acgtcggata
      121 aaagcttgcg tgcggatgca tacatttggg catcctgcaa gaatcgatga aatcgcttca
      181 gtttgtaaag aatatcatat cgaattagtt gaagatgcgg cagaaagcct tggtagtcta
      241 tataaagg
//
LOCUS       SEQF2637|AYYD01000106.1  311 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catcaggtcg aagcgcttct tcatctcgat aatatcgtga cgtgtcaagc gcttgcgacc
       61 cgtcgcgccg ccatcttcca cctcgcccgt ggtcttgatc accggtgtgg tagccgtatt
      121 cgaggccggt gccagcgcgt ggatggcctt cttcagcttc gcctccagga tagccagccc
      181 gtggcgctcc tttacagaag ccatcttgtc gtaggagagc gcatacagct catcgtccgt
      241 gatcggtgtg gcttccgttt gaaacttatc cagcttgaac acggcatcgg tatctgtgat
      301 gaccgtgatc t
//
LOCUS       SEQF2637|AYYD01000107.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tatatacgtt atgaatacct tgatgaggta aagaatctta ttcgcatcaa cctgattttt
       61 aatctatcat ttggcaaacg ctacaaagac tctcgacaac acattggtga tagcatttca
      121 gaagagtcga caattttgaa gggtgaaaaa taagcggaat tcacattcct gatgataaaa
      181 gaatagccta agtctattta ttcagacagc gttttcatga atttcccttt cgtcaagcag
      241 cccgatgcga tggactgcgg tccggcaagc c
//
LOCUS       SEQF2637|AYYD01000108.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctttgcaca cgtggcaact tatttggaat ggctacggca aagagtgtca cgcaaaagag
       61 cttcgatgat gcaagccgaa aactgcttga ttacctcgtg acagcaacat cagagtagtc
      121 ccaacttctt ttgggcaact caggagtaaa tgggattggt cgaaagatca gtcccatttt
      181 gcgtttatag cgttaccctt tttttggcag attcatccca gcaccctctc tttaacactc
      241 tccgagt
//
LOCUS       SEQF2637|AYYD01000109.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccttattgt gcgcatagac aggcaagcat cggctgatgc ttcggaatat gaatcaccca
       61 aactgttttg tgagtatcct ccgttacaaa ctgctcaata tccagcccct cactcgaaag
      121 gttagcacac agattcgtca attgaagtgt tgcttgttga gttgtatagt tgtatgtgtc
      181 cattccgata atttttaagg tcttatcctc aacaccgata accagatgcc taccctccat
      241 gttagccaat gccgaaa
//
LOCUS       SEQF2637|AYYD01000110.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggcagagaa gactcactat gtttttttga aatacggcgc actgcttctt tttgccatca
       61 tgctggctgc cggctgctct tcgagcaaaa aggcgctcaa gcatggtgac tacgagaagg
      121 cgacgctgga ggccgcacaa tatttacgaa agcatccggg cagcaagacg tcgcaagatg
      181 tacttcggca ggcttatccc atggcgcgcg aaagcgatct tcgacacctc cgaccggccg
      241 aagactccgg cgcatcg
//
LOCUS       SEQF2637|AYYD01000111.1  242 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..242
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgtgtcaaag acgcggaatt gtcgtatcca aaagcataaa atctttctcc aaaatgataa
       61 atcgaaagag taaggacttg aatcggaccg taaaataggg ctcagagaca cattcggatt
      121 gtaaatcgta agcagagaag agtcgcatta aaaacgctaa aaacgctcgt aaaccgcccg
      181 tctatcaatt gtttcgggtt cagtcttggt tcgaaccttg ctggaagaga tctattcaac
      241 gc
//
LOCUS       SEQF2637|AYYD01000112.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagattagca acctaacgca gggcatgttt gtcggcgccg tgtccgacaa cttcgacgaa
       61 cgtatcgagc agaaaatctt ccatgctgag atcgttgtgg atgttgccaa ggtctctgct
      121 gaaacgaaag cttaccagcc tattcctttg atagcggact tcacaaacga aaatggctcc
      181 gacagtctgc gtgagactat tgaagccaat tatcgccaag tcaagcaaga ggtgctatcc
      241 cttgtggact ctgagactg
//
LOCUS       SEQF2637|AYYD01000113.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttccaatcga atcaaacctt tccttaacca tcttcgcagc aggcaaaatt acctcagcac
       61 tggagtcaga agatacgctg gaatcttctg cgctagaatc aagaccatac ggcctaccgg
      121 ttgtgagaga ttccatgggc cttatgacat atcctggaaa gagtagctca tcagacttac
      181 gtttactctc tatatcaata tctacatcag gagcaatcat ttcaataaac agccgacata
      241 catcc
//
LOCUS       SEQF2637|AYYD01000114.1  455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cagctataca gtaacgccgc gatcaagatc attatcgacg tcttctccat gatcgccaag
       61 cagggcgagt cgagccgctt cgaatgcttg ggcgacatgc tgacggcgag caactacgcc
      121 ggcatcgcgt ttggcaacgc cggagttggc gccgtgcacg ccctgtcgta tccgctcggc
      181 gggacatatc acgtgcccca cggcgaggcc aactatcagt tctttaccga gatcttcaag
      241 ctctaccagc tcaaggcgcc ccacggaaag attgaggagc tcaatcgcat cctctccgaa
      301 tcactccaat ccaacggttg gggcggggtc tacgaacagc tggacgagct gctgtctcat
      361 ctgctcaaga ggaaacccct ccgggaatac ggcatgaagg aggctgatat cgatggcttc
      421 acgcaaaatg tgatcaagac gcagcagcgc ttgct
//
LOCUS       SEQF2637|AYYD01000115.1  440 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..440
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcctagcatt gatctcaaaa gagtagtaga aagccccaaa ttacaaaatc tacaaagtac
       61 cagattatac aaacctgaga tcaaacaaaa ttaatctaca taccaggcat ccaagcattt
      121 atttgcaagc tattgttgaa aaccccgtaa agcaacacca atgatatata tacaccacaa
      181 aaacaaactc ccaaatgata cgaactttca aataagcctc agacagtttg ccatataatc
      241 atttgatctt gaacttggag cttaaggaaa aaaacagata aaccaaaccc cacatcaatc
      301 acagcaaaca aaaggaaatg aaggtgttca agaaacacgc caaaaggaga attgcagggg
      361 tgacatctag caaacagatg acataatcaa cggcccgcga atcacagctg atagggggag
      421 gagcagatgc ggggccaaac
//
LOCUS       SEQF2637|AYYD01000116.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgttgacgt cttcgatcag gttattgatg gccaccagta gtttattgac cagctccggg
       61 cgcgtgatac tccgcgcggc gcgcagttcc ttccatccgt tcttgttgat ccatgccgag
      121 acgctttggc gagagacccc cacccgttcg gcaatctcag ccacctcgct gccaccgaca
      181 tagagcatct tggccagctc ccgcttgttt tcgttgtcct ttttcgtacc catttgaaat
//
LOCUS       SEQF2637|AYYD01000117.1  426 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..426
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(33..278)
                     /locus_tag="SEQF2637_00017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPIFRFNLPKIKEVTWVLPTKCRSYFPSVELSIGDNSCFAICL
                     KHGLCFRTKIPNFGLSEKASLRSIDLDFDRCPLVGTL"
ORIGIN      
        1 tcaaaatcat tcacaggccg gatgtttgga agctacaatg tgcctaccaa ggggcaacgg
       61 tcaaaatcga ggtcaatgga acgaagcgag gccttctcgg agagtccgaa gttcgggatc
      121 tttgtccgaa agcacaggcc gtgtttcaag caaattgcaa agcacgagtt gtctcctata
      181 ctcagctcta cggagggaaa atagctgcgg cacttagtcg gcagcaccca cgtgacctct
      241 ttgatttttg gcagattaaa gcggaagatt gggcgcatgt gaagaaagga ctgcttctca
      301 atctctgtgg tagcgacaag ccgatcatag aatcccttgc acctcacgag atcagccagg
      361 aagaagccct cgaaagtcaa ttcaagggga tgacggaaat cccttacacc tacgcggatt
      421 atgaac
//
LOCUS       SEQF2637|AYYD01000118.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acttagaatt ctttgcaatc catattcttc aagctgaaat actagtggtg gaagaaatag
       61 atttgatacc tttgttatga atggagttat atctacatca caaaggagta tacgcttaga
      121 aatcacattg atgctacgta gtaaagacac gaagttaaag ctaacaagct tctcaaattc
      181 aaaataatct tcgatggaga tttcatctga aatgaccgta gaaactctac gacatcgaga
      241 actacctcta t
//
LOCUS       SEQF2637|AYYD01000119.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..275
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaataggtca ggctgccttc gtatccgcgg gcgtagagct cccgcatcag ctggcggggc
       61 gtgaaggcct tcagatccgg attgaggggc acgtccgggc gctgccgaac gactccgagg
      121 cgttcggccg aggcttcgtc cagcgcgtcc tcgaaggttt ggcgggcgtc tctcagccga
      181 cgtttgctgt cgcggaggcg gcgttccttg gcgatccgaa ggcgataata agccttgctg
      241 gaggccttgg agcaggcttt gcagctgttc tgcag
//
LOCUS       SEQF2637|AYYD01000120.1  299 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             32..196
                     /locus_tag="SEQF2637_00018"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVFWTFVEVIMRWQILHEIWVHPLEYRNEMLIILVAFIVLLGV
                     IIYRSWRRKG"
ORIGIN      
        1 gggctacgcc atccgctatg ccatccccac ggtgatcgtc ttctggacct tcgtggaggt
       61 gatcatgcgc tggcagatcc tgcacgagat ctgggtgcac ccgctggagt atcgcaacga
      121 aatgctgatc atcctcgtgg cttttatcgt gctgctgggg gtaatcatct atcgttcgtg
      181 gcggcggaag ggctgatcgg tggataccag atcccgtccc cccaagggga taggagctat
      241 tttcaggatg acacccccat cccctggagg ggataggccg taatttcagg ataacaccc
//
LOCUS       SEQF2637|AYYD01000121.1  282 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..282
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cctaaagata tggatttcgg gggcaaagat aaggcggctt tgcccaatgc aaaaggaagg
       61 cacacagtgc gattggcatg cttatccact ttttcagccc tataatcccc ataattcgga
      121 attgtgggcg gaaatgctcc cccatacttt ttcggccgta atcaaatgat gaaaatgaac
      181 agtggtttac gtctccttat gggagctctc gcaggactgc tctcagcctc aggatttgct
      241 caaaaaaatg actcgatttg gaaatcagtc gcacttcaga ac
//
LOCUS       SEQF2637|AYYD01000122.1  326 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcttaagtcg ttaatcagtt tgttaaattg ctctttgccc tgtcttactc tcgttgattt
       61 ttcagccaaa tcagaaacct ctgttgaagc tcgtccacat ataagggcat tttctttaag
      121 ggaaactatc ctcgatgcta ggatacttat caagctctcc tgttcatccg tatcaagggc
      181 tatggaataa agcaggccaa aaaagttaga ggcttcttct tccgtcatta catatttatt
      241 ggagcctaac cccaaaaagg cttcttttct ttgtggtagt ttagacatct ctttacagca
      301 gtcaaataag cgattcagaa tatgtt
//
LOCUS       SEQF2637|AYYD01000123.1  314 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catacacact ttgcgggaga cgtggagctg aactttggct ctaataaagg cttcctgctc
       61 ttagagggcg gcaagatcac gttcgataag aagtacacct acaaccgtgg aggggtttcg
      121 tctgttacag gccaacccaa tgccagcatc ggatcgcacc aagtgctgat ggctctcggc
      181 gactgtgtgg actcggccaa catcaaggcc atcggcgatg tgtcgtctgt cagcggaagc
      241 ctattgccag tgctctggtg ggcaaaccaa gacattcaga cctattcgga tgtgctcttc
      301 aatcagagta atgg
//
LOCUS       SEQF2637|AYYD01000124.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggccgtcgc cgggggtagg ccgggtcggg tgtggagggc gacggcttac gccgctcagg
       61 cagacgcgga cacctccaac tcgatcatgg tctggggttc ctcggcaatt gccgacgggt
      121 cgtagttcat cgtgagcacc tcgaccttac gtccaccacc ggccgatcgc tgttgctcca
      181 cctcgacggt gtaccagccg tgtgcctcag tgaactccga gagcagctcg gagg
//
LOCUS       SEQF2637|AYYD01000125.1  455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             223..345
                     /locus_tag="SEQF2637_00019"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSFAHPTFLTAPVPYRNYTLSRKARTLEGVDIQPLKAGK"
ORIGIN      
        1 gacataaagc accggaactt cctgcccgtc gatacgctct gcgccgataa cgactcggag
       61 atcgcctact cctggagcaa caacgggcgc tggatcgtct acaccacgcg cagcatcgac
      121 ggcctctacg aataccccgt catcgcccat ctctcggccg acgggcgccc ctcgaagccc
      181 ttcctgctgc cgctcgagga ggccaatggc tatcggcgca cgatgcaatc gttcgcccac
      241 cccacgttcc tcactgcccc cgtgccctac cgcaactaca cgctcagtcg caaggcccgc
      301 accctcgaag gcgtggacat ccagccgctc aaggccggga agtgaatccc tccttcggga
      361 gaggtcattt ccgcatcgag gaaatgggtc aaaccttcgg gagaggtcat ttcccgagtc
      421 aggaaatggg cccaaccttc gggagaggcc atttc
//
LOCUS       SEQF2637|AYYD01000126.1  263 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(114..263)
                     /locus_tag="SEQF2637_00020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPVTTKATMSVTASGTPVYQRQTALHFVPHAMAAAKRTITAPT
                     TVFTG"
ORIGIN      
        1 gtgtggcaac atccctggca ctggaaagag agtatcgctt tcgtgtcagg gattcttctg
       61 accgggctgc tattgcagct cacggtcggc gagttcgact tcgaactgct gcgttatccg
      121 gtgaacaccg tcgtgggtgc cgtgatcgtc ctcttagccg ccgccatcgc gtggggcacg
      181 aaatgcagcg ccgtctgtcg ttggtatacg ggtgtgccgc tggctgtgac gctcatcgtc
      241 gccttcgtag tgacgggtat cat
//
LOCUS       SEQF2637|AYYD01000127.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggtcgagcca gctttggtag acactcttgc cggcggcgcc atctttaccc ttcagggagg
       61 tgaggaagtc gtcctcactg ccgcccatcg ggttcttctc cagccagagc tggtaggccg
      121 acttgccatc ctttcccttt acagagtcga ggaagtcctg cacactgcct tcgttgccct
      181 gctccttcca caggtcgtag gcgctcttgc ccgggtcgcc cggttcaccg ggatcacccg
      241 gtttgccctt catgtccttc acaaagtccg cctcggtacc ggtgtgtccg ggctgacgca
      301 taatcgcttt tcgagg
//
LOCUS       SEQF2637|AYYD01000128.1  521 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..521
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cagtcgtatg cctgcaagat gggtgtgggc gatgtgttga tcggggcggc agccttggcg
       61 gccgattata acggtgtgcc aaaagcgagc catatcaaag acaaactgat cgagatgatt
      121 catctgaatg agacactatg gtgttgcgcc gtagcctgct cggcaatggg acgcgcgatg
      181 cccgcgggga actttatggt ggacttgctg ttggcgaatg tgaataagca aaacgttaca
      241 cggttcccgt acgagatcgc tcggttagct gaagatatcg cgggtggatt gatggtgacg
      301 atgccggcgg agcaggattt gcgccacaaa gaaatcggcc catacgtccg caaatatttg
      361 cagggagccg tgggtaaaga cacggaaaac cgtatgcgtg tgctccgcct cattgagaac
      421 atcacacttg ggacggctgc cgtgggctac cgcaccgagt caatgcatgg tgcgggatcg
      481 ccgcaggcac agcgcatcat gatctctcga cagggtaatc t
//
LOCUS       SEQF2637|AYYD01000129.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(54..242)
                     /gene="msrB"
                     /locus_tag="SEQF2637_00021"
                     /EC_number="1.8.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:E6ESW1"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide methionine sulfoxide reductase MsrB"
                     /translation="MRSKTGNAHLGHVFTDGPKERGGLRYCINSAALRFVPRDRMEAE
                     GYADYLKLVPEAEAEKKE"
ORIGIN      
        1 tacttgctgt ttagtgtatg ggggacgggc ccaacgccca tcccccactt ggcttactcc
       61 ttcttttcgg cctcggcttc gggcacgagc ttcaggtagt cggcatagcc ctcggcttcc
      121 atgcggtcgc gcgggacgaa ccgtagcgcg gcactgttga tgcagtagcg caggccgccg
      181 cgttccttcg ggccgtcggt gaagacgtgc cccagatgcg cgttgcccgt cttgctacgc
      241 acctcggtgc gctc
//
LOCUS       SEQF2637|AYYD01000130.1  622 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..622
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(196..423)
                     /locus_tag="SEQF2637_00022"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCFSKSVLTNLCAIMDAYEEEQRKAFYIKVAKYAGIAAAVLIVL
                     CLYFFAPLYFWILVGIVGIVVFVLAAIIQKR"
ORIGIN      
        1 agctagtcat ctgaaccaaa gacatagagg acaaagccta caacaaggac gagtgcaatc
       61 ccaaatgcta tttggaacac atggtagagc atgattaaag caacgatgcc cccaacgata
      121 catcccccca tccttactcc cgattttgga tataaaaaag tcgttctttg ccatattctt
      181 attattagtc atcagttatc ttttctggat aatagctgct agtacaaaaa ccacaatccc
      241 cacaatccct accaagatcc agaagtacag aggggcaaag aaatagaggc atagcactat
      301 gagaacagca gctgctatcc ctgcatactt agcgaccttg atgtaaaaag ctttgcgctg
      361 ctcctcttcg taggcatcca taatagcaca gagattggtc aatactgatt tagagaaaca
      421 catactctta agattctgta tatccttaga aaagtgagct tttgtttcat cctgatacct
      481 cttcagctct tgctctatct catacttttt acgctgctct tctctacgcc agttggtgtc
      541 ggagtcttgt ccgcttcaac aaggaagagg aactcagata gagccaaggc tatcaacttc
      601 agcagtgcag gcattactta ac
//
LOCUS       SEQF2637|AYYD01000131.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagagcgtgg tgtcttcgcg attaacgcta ccgcagaaga tatgggtgaa attctatccc
       61 attgtgtttg ggaaaggatt tcaatagagg aacttcgtac taatgcatat caactttcaa
      121 ccaaatcttc tcttagtggt tttgttatgc gttcttcttc aactttattc tcattgaatg
      181 atatatatga aaaagcacga gataataatc gtgctctatt atcaaaaggg cacttgccat
      241 ctatgccaag atcgctttta agcggttctt cagtccccaa tac
//
LOCUS       SEQF2637|AYYD01000132.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caaccgcaga caccgatgtt cgagagtttg gtgatgtctg ctatcagagc caagaagagc
       61 aagctaccct tcatcttttc tacatcgact ggatcacgca tatcgatgtc accatgacgc
      121 gtgcggaacg ttgcattgcc cgtcttgtct tggaactcga tctgggcacc tcggttcata
      181 atgatgttac cacggcgacc agcatccaag atcaggttgc cctcattacc gtgataaa
//
LOCUS       SEQF2637|AYYD01000133.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atccagcgcg ggggcgcgta cggggcatgc gctgcccact gcgctgaatc attgtccgga
       61 tagatggcca gcacctgcag ccgtccttca tcaatgaggc ggttgatcgg ctcagagctt
      121 gccagtcgac gggtcagcgc ctcacagtcc tcgcacgtcg ggtcgtagaa gtagaccagc
      181 acgcgcggtg ccgtgagtgc gtgtagggta gctgtggcgc cggaggcctg cgcgtaggtg
      241 aaatcgccag ctatagccgt cgaatcattc gttccgctgt ccgccctcag tccgccccag
      301 gcc
//
LOCUS       SEQF2637|AYYD01000134.1  345 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctttattgct atggcagctt ataatgctat agcaaatcac ccgacctttc tgacggtcac
       61 caatattcag agtagggatt cccaatgaag gaacttcaat aattccactc gatgagtttc
      121 caataacagc tgcgacatgg gacatcgcag acaaatatcg ttttactccc aatgaagtaa
      181 aagcgatagc gcgttcttta tttctggtaa caaactcgtt gatcttctct gagatgtatg
      241 cacttcccgt gtcagaattc ggcattgtaa aaagaatacg tatgtttttt tcttcatcta
      301 atgccgtaag aaattcgtct atttctgttc gattgtttcc ttttg
//
LOCUS       SEQF2637|AYYD01000135.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatggaaga tcagcattat gatggtgaca tatggaatcg cgaagctttt gccctcttga
       61 agaagtttgg gtgggataga attggcgatt atgacatgga tgttaaagag gaagatggaa
      121 agaaaatggg tattaatact attgtaaaat ttgagactcc attgaaagcc aaacctcagc
      181 ttgctgtatt ggaagccaaa cgttatgaaa caaaaagttt caataaagct cttctccaag
      241 attg
//
LOCUS       SEQF2637|AYYD01000136.1  435 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..435
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agaggcccga gccatctacc gttcccctga gggacactct cccgtccgcc gcgcatgggc
       61 cgtgtggacg ctctcacacc agtccttcta cgccattctc gacaatactt ggaaatgcgg
      121 catgacgcat aatgtggccg ggcagatcca aggtcgcaag gcgtccttca cagccgacta
      181 cacccgccga ctcgagcaca cgtccatctt cagccgtgac gccctgaccg tcatccgacg
      241 ggccgaccgc ccggagacat tcttctatgt cgacccgccc tacttcaact ccgacatgag
      301 aaactatggc ggctacaccg aggaggactt cgggcgcctg cttgaggtgc tctctgaggt
      361 caagggtcga ttcatgcttt cctcttaccc ctctgagttg ctcaccgagc gtaccgcaac
      421 gcacggctgg tacac
//
LOCUS       SEQF2637|AYYD01000137.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacagaaagt tgttttcggc ttcgtgggat gggcgatgta acgaaacgga atccattttt
       61 tgattcgtgg agtgtccgga gattgagata gagagttgtt ttcggcttcg tggggtgccc
      121 gaggtaacga aacgagatcc gttttttgat tcgcggagta ccggagattg aggtagagag
      181 ttgtttttgg ctccgtggaa tgggcgggat agctcattgg aatctctttt tgctttcc
//
LOCUS       SEQF2637|AYYD01000138.1  587 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..587
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatcgagggt gccctccgtc gatggggggt ggtcagcatc gaacctaagc tggacaaaac
       61 ggcagacttc gccttggagt ttcacagcga cggccacggt tgcgtcacct acgccggcct
      121 ctccgtcttc gacacacacc cccgcggagc cttcaccggc gcccggctcg gagaccccaa
      181 ccggctccga gggcagttgc ccgacatcct ccgcggcccc cttttcgacc gcctccgcac
      241 ggccgtcacc gacaccctct gcgacaccgt cggccgcatc tacagcggct tcctcggcgt
      301 cgacatgctc gtctaccgcc ggccggacgg ctccgcggcc gtccacccct tcatcgagct
      361 caacctccgc tacacgatgg gcctcgtggc cgtcgagctc agccgccgcg tggtgcaccc
      421 cgacgccatc ggccgcctcc tcatcgcgcg ctgccccgcc cccggcgacg ccctccgcgc
      481 ccatcaggcc gacaatcggc gcctccccgc ccacttcgcc gacggtcgcc tgcgcgcggg
      541 ctacctcagc ctcgtgcccg tcacgccggc cagcctcttc cgcgcct
//
LOCUS       SEQF2637|AYYD01000139.1  356 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atattataga gcgcatgttt ccggtaatac aagttgtatt tgggagtgta atgacaaaac
       61 gtggtgtgaa ataacccctt tccaaacaag tgcagtattt gattttaaga gagcgggcac
      121 ttatatcata tccgcaaccg gtgtgaatga ttgcgggcgt tcaaatacgg tgtactatac
      181 tgtaagagta tataatcgcc gcacattctc tcttttcccc aaccccgcta cggatgtagt
      241 gacactcaaa ctgacagaat cggacgatgg cattttgtct tcccaaggtc aaggctcttt
      301 ggctacaagg ggcgttacga gtacgtatga gattcagctt tggaatgggc tgacga
//
LOCUS       SEQF2637|AYYD01000140.1  313 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             77..244
                     /locus_tag="SEQF2637_00023"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYENSFMQPAIPRFDGHYDHWSMLMENFLHSKEYWNLVEIGIT
                     VAPWGSDSSEA"
ORIGIN      
        1 catctggtat cagagctctg ctacggagcc tgatcaaaag cttgcaacct agctactaga
       61 gtgaataaac aaaaacatgg cgtatgagaa tagtttcatg caaccagcca ttccaaggtt
      121 tgatggacac tacgaccatt ggagtatgct aatggagaac tttcttcatt ccaaagagta
      181 ttggaacctg gtggagattg ggatcactgt tgcaccatgg ggatcggatt ccagtgaagc
      241 atagaagaag attttagatt aactaaagct gaaggatttg aaggccaaga actatttgtt
      301 ccaagccaca gat
//
LOCUS       SEQF2637|AYYD01000141.1  720 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..720
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             24..653
                     /gene="fieF"
                     /locus_tag="SEQF2637_00024"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P69380"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferrous-iron efflux pump FieF"
                     /translation="MLLFVGIGIFWEGAAKIHAVLFLGYELEAPGHIALIAALVSIVV
                     KELLYRVTLSAGRRRGSPTVIANAWHHRSDALSSVGTALGIGGAIFLGHGWTVLDPIA
                     AVVVSILIVRVAIKLTVPAVNDLLEKSLPEEVERDILTTILEDHRISNPHHLQTRRIG
                     NDYAIDVHIRVDGHMTVAEAHEIMCHAERRLRQKYGPGTQITLHAEPVK"
ORIGIN      
        1 tggccacgtc catcatcggc atcgtgctgc tcttcgtcgg tatcggtatc ttctgggagg
       61 gggcggctaa gatccacgcc gtccttttcc tcggctacga gctcgaagcg ccgggccaca
      121 tcgcactcat cgctgccctc gtctcgatcg tagtcaagga gctgctctat cgtgtcacac
      181 tctcagccgg ccgacggcgc ggcagcccca cggtcattgc caacgcctgg caccaccgct
      241 cggacgccct ctcatccgtc ggcacagcgt taggcatcgg cggcgccatc ttcctcggac
      301 acggctggac ggtgctcgac cccattgcgg ccgtcgtcgt cagcatcctc atcgtgcgtg
      361 tggccatcaa gctgaccgtc cccgccgtga acgacctcct agagaagtcc ctacccgaag
      421 aggtagagcg cgacatcctc accacgatcc tcgaggacca tcgcatcagc aatccgcacc
      481 atctacagac gcgccgcatc ggcaacgact acgccatcga cgtgcacatc cgcgtagacg
      541 gccacatgac ggttgctgag gcgcacgaga tcatgtgtca cgcagagcgc cgcctgcgcc
      601 agaagtacgg ccccggcact cagatcacac tgcacgccga gccggtgaaa taatgattcg
      661 gaacaaacca ccaacgcccc gtctccctcg gaaggatcgg ggtctaactg cttagaaagt
//
LOCUS       SEQF2637|AYYD01000142.1  470 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..470
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgacccattt tttctgatct actacccatt gatccaaaat gacaagaaga attttctgcg
       61 ctctgctcat gcttctgggg ctctgtggcc cgtggacgac acggacgctg gcgcaacaca
      121 cggtacacgt cgagggtatc gtaaaagact ccgtcacagg tgaggcgctg ccggccgtcg
      181 ccgtgatgct gaaaggaacg accatcggta ccgtcaccga caacgacggc cgcttcactc
      241 ttgaggctga atccgccgca cggaccctca gcgtctcgta tttgggatac gaaacttatg
      301 agcgccccct taccggcaca aaccgcctca ccatccggct tcagcccacg gcctacacgc
      361 tgaatgatgt tgtggtgcgg cccggacacg agcgttactc ccgccgcaac caggcggtgg
      421 actttgtccg aaacgagatc gaacgccccg agcttaatgc ccctcgcaac
//
LOCUS       SEQF2637|AYYD01000143.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgctgcgct tgttgtagtt cggacttcaa gtactcagcc gacgcaggaa tgtgttcatt
       61 ttcatttcgt gccgcaatca actcttgttt ggaagcatct tgcgctgcgt taccggcctc
      121 cttgtttttg gccttctttc tatgccggaa aaggttggcg cacaaaacgc caaccaaaaa
      181 tccggccagg atatagaggt acatctccat attcaatcct tattcttcaa cgattccaac
      241 tcgagtttgc aagcctggag cgcacccttg tattcgtaca aggtctgctt c
//
LOCUS       SEQF2637|AYYD01000144.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaaaacagat gtaatgttcg aaagagcatc gttgcagcat gtgacattaa aaaaggagac
       61 gtctttacag aagagaatct cactgtgaag cgtccgggag acggtatttc gccgatgcaa
      121 tgggagcatg tattaggtaa agaagcgaag caagactttg cgacggatga tttaattgta
      181 ttatgaggaa ggtttgcgtt gttacaggaa cccgtgccga atatggcctg ttaagtcgct
      241 tgatgtggct tatccgggcg gatcatgatt c
//
LOCUS       SEQF2637|AYYD01000145.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagacagctg tgtaacggag ggtgtaggac ttcccctgat tcgagacgga ttcaaaacgg
       61 gaaagcgact ttacgcggaa gcgttgcaag gtctttgtgt cgataccgta acgtccccaa
      121 aaggccaatt cttccatcct gtacggttgt tcgacaatgc taaatcgccc tttattccag
      181 ggtgtattct cgtgctctga cggttggggt aaagcaaccg atccggaatt gggagctttt
      241 cttacaggcg cagcac
//
LOCUS       SEQF2637|AYYD01000146.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgactggag gaaacgcacg aggaagtttt gttccgctac ataatcgtcc caaaacggga
       61 tgttgtccgc gaaatgtcca acaagagcaa agtaggccac ggccaccaca gctgcaagcg
      121 catagaagac gcgtgctgtt ctaccttcca tcacgccccg catatatcct cgatccatgc
      181 ttcaagtaat ggcagctcgc gcccgtcgat cagctgcatg tcgaccaact cacgatagca
      241 gtggcggag
//
LOCUS       SEQF2637|AYYD01000147.1  782 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..782
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             66..296
                     /locus_tag="SEQF2637_00025"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMFYSESPMQSTVWALTEAFEDSEEEIYDLIERSFTERISECQK
                     EAASLYDALVADRMRDSDDLDGGHNVELFDYE"
     CDS             289..588
                     /locus_tag="SEQF2637_00026"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNYIQHVPGEPLRRPQTPPSEEKTIYPSKRAHGMETNNETKSP
                     SRHERITAEYRAAVANPNNQIDVMRFSRDVMEATVTFRIRFGYGVITPNDFTDDE"
ORIGIN      
        1 atcagtgccg cagattcgga gaggcgacca gacctttcat gtttttccct gatggtgatg
       61 gcttcatgat gttttacagc gaaagtccta tgcaatccac tgtttgggct ttgacggaag
      121 cctttgaaga cagcgaagag gagatatacg atctcataga gcgcagcttc actgaaagaa
      181 tctctgaatg tcaaaaggag gcggcttcgc tttacgatgc gctcgtcgct gaccgcatgc
      241 gcgactctga tgatttggac ggagggcaca atgtagagct gtttgactat gaataactat
      301 atccagcacg taccgggtga acctctccgg cgtccgcaga cgcccccatc ggaggagaag
      361 acgatctacc cttctaaacg cgcacacgga atggaaacaa acaatgaaac gaaatccccc
      421 agccggcacg aaaggatcac ggcggaatac cgcgcggctg tggccaaccc caacaaccaa
      481 atagacgtga tgcggttctc ccgcgacgtg atggaggcca ccgtgacctt tcggatccgg
      541 ttcgggtacg gcgtcataac cccgaatgat tttacagatg atgaatgaaa atacagcgaa
      601 acagatcgta gtcgccgtgt ccgaatgtcg tgcggtgttt gccgccaaac tgacggatta
      661 cggcgcggca tggagagtga tgcgtccggc ctctgtgacg gatcagctcc ttataaaagt
      721 caaacgaatc cgaaccttgg agatgatcgg agaggacagc gcactcgtca acgactgtct
      781 ct
//
LOCUS       SEQF2637|AYYD01000148.1  307 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..307
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaaatagagt ctgcgtaaag tcccaagcta cggcatccgc ggcggaatca gtctggtgaa
       61 tgatgggaaa cagatgattg aaggcgctgc cgatccgctc gtcgcgtggc acgtggggga
      121 taaggatagg tgtcatcttt tgatgaggat tttgcagggc aaaggtgaag cgatttctca
      181 caagcccttg ctctccctca atcttgatcg tctttatggg ccaaccacaa gggccgcccg
      241 gactatcttt gtcgcccata aagcgaaagg gggcaccctc gggctactta ttgctgcccc
      301 tcacgct
//
LOCUS       SEQF2637|AYYD01000149.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             79..267
                     /locus_tag="SEQF2637_00027"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKSVSLLSKEVSDIATEKILKSPLFHSQSFGNTQGFGCLKRCW
                     KFSKKLLLLLSELNTCNL"
ORIGIN      
        1 ttttgtacac tttcgggtta ataagggata tagaaatgct gataatgcag aaagtgcgct
       61 gggttaagca ttgagtttat ggtaaagtcc gtgtcgctcc ttagcaaaga ggtgtccgat
      121 attgcgactg agaaaatcct taaaagccct ctctttcatt cccaatcgtt cggcaacact
      181 cagggcttcg gctgtctgaa aagatgctgg aagttcagca agaagttgct gctgttgctg
      241 agtgagctga acacctgcaa tctctgagtg cacttgc
//
LOCUS       SEQF2637|AYYD01000150.1  396 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..396
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atcctgtagc ttgttattct cgatgtagtt gtaaatcgtc gtacggccgc ggacgtaatc
       61 cttttggtag tagtaccaat tgacgaactc atcattggtg acatggtcga ggaaggccgt
      121 aatgacgtat aggcggccat ccaaaatgcc caaaagcacg ttcgacataa acgatccgag
      181 cgctttcacg cccttgcggt gcgtcgtacg attggagggc gccgggtcgc cataactaat
      241 gaggaaagga aacttattaa gcgggggcac ggagccccat gtgatctctt tgaagtacgt
      301 cccttcaacc accgggttgt tgaagcattc cttttgcacc gaggcggccg acacctgagc
      361 gagtacttca tcgatcatcg cctccgtatt cttttc
//
LOCUS       SEQF2637|AYYD01000151.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggcggagcg atgtcgctcc caagccttac tgtctacaag gatgatttgc atggtgtttc
       61 gataagtatg aggttgtgta attggattga agcaagcaag cgcgactgct cgcgcttgct
      121 gtttcttttg acggcaaaag tcggcgagag gacacgcgga accatggatc aatggaacat
      181 cgaggatacc aatggaacac tgaggataag gagggaaaac gctggaaaca ggtgggctta
      241 atcgtgagaa aatctccggc aggccgcctg ccagcatcac tttttctc
//
LOCUS       SEQF2637|AYYD01000152.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cagattcagg cctatttccg cccttttgtc ccatcttttt cgtcacatag ctcgctatgc
       61 tccttaaaag atggcacaaa atcctcggaa atattctctg aatatcctcc gaaataaatt
      121 caaaacagct tcttagtcgt ggctccgccg cctcatcagt cggcccacgg cattttcaaa
      181 cgactccgtc ggctcaatga tattatagcc gtccgaagat ggcggaagag tcggtcgaaa
      241 gcggaactat cc
//
LOCUS       SEQF2637|AYYD01000153.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agtcgtaacg atactcggcg cgtaggtaat ggaaggggaa ctccttgcgg aagttgcgct
       61 tcttgttgaa ggaatattcg gccaaaatgt cacccttcag cttcctgtcg cccgccccgt
      121 aggccgcgta accatcgatg aagaagcggt tgctgagggc cgtggtcgtt gttccaccga
      181 agcgatagcg ggcaccctcg aggtcgttgc cactgaggaa ggtgttgacc gggccgaact
      241 ccacggggct attcttctc
//
LOCUS       SEQF2637|AYYD01000154.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taccttttgt cacagtccaa gtcgcatctc cgttaaagcg tacatgattg agcgcctgaa
       61 tctgtaaggg gccatgcccg tttccagtga aagcatttcc aatagcattt gcagaagtgt
      121 tatggaacaa cagatgtgca gcacacgaat tcgatccgtt attaccgaag tttacgatat
      181 acagcgtgtc gctagtattg attttaaaca ccggagtatt accataaccg gtaccgaagt
      241 tcatcgcaaa gttgttgatg ggcgtattac agctctgt
//
LOCUS       SEQF2637|AYYD01000155.1  321 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..321
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acttcctaaa ccatcgggca atcttgcatc atccgcaagc agacctcggg ggcatacctt
       61 atatatacag ccggctggcg ccatctcatt cttgcgccta cttttgccgc caaaccataa
      121 tattctgaca gatgagaatt attgtattag ctaagcaggt gccggacacg cgcaacgtcg
      181 ggaaggacgc gatgaaggcg gacggcacca tcaatcgcgc agcgctgccg gccatcttca
      241 accccgaaga cctcagcgcg ctggagcagg cgctgcgact gaaagaacgc tatcccggat
      301 cgaccgtcac gctcctcacc a
//
LOCUS       SEQF2637|AYYD01000156.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccgcccccg cccgagctgc tcgcctcgcc gtctgacgcc tcgtcagatc tgcccttcta
       61 aagccgcgca cgtagtgcat ccaccttcgg ggcctgtctc tcggaaacat caagagaggc
      121 aggccccgat tgcgtgggtg taaaggcgcg tcctccccaa gccgaggcgc ccctttcatc
      181 caaccacctg gtttgaccct ttccgcgggt cggttttctc tcatatatat aaggtaaggg
      241 cgggcgtcaa ttggcagcca tgacagcc
//
LOCUS       SEQF2637|AYYD01000157.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatgtgtata aggacaggtt cgatggggaa tacatcccta tgccacccac ctctggatgg
       61 cttgagctct ccatcggcaa cacgttcagg acgatcgagc atgatttcga catctcgacc
      121 atccactggt tcctcctcaa aaaggtggaa ctgaagctga ctacacccta cggcaaggag
      181 ttggagaaaa gcgacatcgt cctgcgtgca tgggtggaga aaagtgcccg agagacgctg
      241 aagctggaca ccgtctgcgg caccctgccc
//
LOCUS       SEQF2637|AYYD01000158.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..275
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gattgataat ctggagggca agcagaccat cattaagaac ctctatgaga agttctttaa
       61 gcgagccttc cctttaacag ttgagaagtt ggggacagtg tacaccccag ttgaatgtgt
      121 tgactttatc atccactcgg ttgacgatgt attgaagagt gagtttggat ctgccctaac
      181 aaatgagcat gtgcacatac ttgacccctt tattggtacg ggcacattca tcacacgcct
      241 tttgcaatcg gagcttattc gccctgagga tatgg
//
LOCUS       SEQF2637|AYYD01000159.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..406
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atcatagaag ccacaacagg catcatctcc cagtcgatgg gcttggtcgc agacagtttg
       61 gatatgttgg cagatgcttt ggtttacggc atgagtctga tggctgttgg aacaactata
      121 gcccgtcagc aaaaagtagc aaaactcagt ggctaccttc aaatttcact ggctgtattg
      181 gggctcatcg aagttatcaa acgctttatg ggcctcgaaa cgcccccaga ctttttagtt
      241 atgattgtca tctcgttcat tgcactaatc gccaatacag cctctctatg gttgttgcag
      301 cgcacaaaga gcaaggaggc ccacatacaa gccagtgtta ttttctcagc caacgatgtc
      361 attgtcaata taggagtcat cgttgcaggg ctgttggttg gactat
//
LOCUS       SEQF2637|AYYD01000160.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttattgttt ctatactgtc agttatcatc ttctcattat aaagacgatt gaattttcca
       61 tttagggaga ttcctgacaa actgaatgct aacagttgtc tttctccaat tgaatactgc
      121 gcatagatcc ttgcataagg tgcattgtta tggctggagg aattgtcaat catgtggggt
      181 gctacagttc gatctgaacg tcgtatctca ctttcccagt ctcgatgctg tctcttaaca
      241 catctctgag cgggctggca ag
//
LOCUS       SEQF2637|AYYD01000161.1  654 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..654
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(208..600)
                     /locus_tag="SEQF2637_00028"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNVYTEAKALLKSGFCYWFDDEDIEDIAELYKESEDFQVQTAE
                     MELSLRCFEKPTEDNPHSSYMTTTEIITYLGYYTHHPLSLKHMGEALKRAGFEKVSRR
                     RDGSSPVYVYKIRKILPCPLLDSYSSLM"
ORIGIN      
        1 taccacaaac ttctactagt tggataattc ttgtttgagt aataatagtt ggtttaaatg
       61 atatttgaat gcagtttgaa tgaaatcctt ttttctaaag tttttccctc caaacttttt
      121 catctttctt cttactgcat gctattttgt tgtaagttgt tgataatcaa tactgcattg
      181 tagtacatga caatactaca caccctacta catcagacta ctataactgt caagcaaagg
      241 acagggcagt atcttcctta tcttatacac atagacagga ctgctgccgt cacgccttct
      301 gctcactttc tcaaagcctg ctcttttaag ggcttcgccc atatgcttta aggataatgg
      361 gtgatgcgta tagtagccta aataggtgat tatctctgtt gtggtcatat aggagctgtg
      421 gggattgtcc tccgttggct tttcaaaaca acggagcgac agttccatct ctgcggtctg
      481 tacttggaaa tcctcgcttt ctttgtaaag ctcagctata tcttctatat cttcatcgtc
      541 aaaccaataa cagaaacctg actttaacag ggctttggct tcggtataga cgttatccat
      601 tgagattgcc tttgctctgt tgatgtctat ggacagcacc tcaaaggcag gaac
//
LOCUS       SEQF2637|AYYD01000162.1  445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcattagccg catcctttgt cagtaaaata tcagcagcgg gcgtagggaa agtgccttgc
       61 ttaaagaaca gattggctgc cggtacagac gttgccgtgt tccgctgcgc catgtttata
      121 ctgtcgatat tacctctgac acgcagtgta aaacgaccgc cggagctgac atctgggaac
      181 accataatag catccgtctt atcgttcggg ttagctgttc cgtcgtgtgc agaagctcta
      241 tctgtagtgg catccttcac atcgttttct acacagaccc aagcattggg ctgcaaaaca
      301 atagcaccat cgaccaaggt ctcacccgta tagggaggat cacttgtcca agctaccgtc
      361 caaggataag ccttcgactt tcctgaacaa cagcttgaca attggatacc cgtccctgga
      421 gttgcagaaa cagagtctac taagt
//
LOCUS       SEQF2637|AYYD01000163.1  373 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..373
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttatcttct tcaccaaaag ggagggccta gagcaaaccg tatcaagatc gaaaccacga
       61 cgatttgaac ttttcactgc tttgatgtgg ttgtcccgca caagggatcc tttccttgat
      121 gggccactcc cgcccataaa caagaaaaat ctccgataca acccacttga aggtgttagc
      181 cgtaccggaa aatctatttg gggtatgagg caagagcaat tgatcatccg ctccccacgg
      241 gatctatgct tggatcgtta cttcatcaga acaatctttg aggatgacgt gaatgtagat
      301 catcttgctg tgcgactaga tgactgtgtc cgccctggtg acaacgaaca cgtggccata
      361 gatccacagc tgg
//
LOCUS       SEQF2637|AYYD01000164.1  528 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..528
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcttagcaac cttatcaaca taagcatctg acgttttaat gatgcgctgt tttttttctt
       61 ttttcagcag ccttatctca tctggaagaa ttcttctctc tatacgagag acaaaattca
      121 tattaatggt ctcctccata gcagatttgc ttgtgtaacg tttgaggtcg ttgatcttag
      181 aaactacgct cctatgaaga tcatctattt tctctttgat attcccggtt ctctcttcat
      241 aaagatcatc aagctctgac gtcaaatctt gcagatacgt attagtccgc tttttaagtc
      301 tacgttgtaa gcactctaaa tcagactgct tctctttgca ttggctctct gacaaattca
      361 gattgtgcac cttctctttt gtctttacaa tctcttgatc caaatccaag ccgactttcg
      421 agatggcagc cttgatggcg ttgcgtgatt tattgaaaag gatttcgccc ttctctttca
      481 tcacaatctc ttgcacacgg ttcgagaggt cgctgaagtg actgaact
//
LOCUS       SEQF2637|AYYD01000165.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agcgatgtag agcttgggtc gcacggtgac gcccgtctgt ccgatctgcc gatcgtggtc
       61 ggtgaagccc gcgtcgacgg cggcgcgtga ggcgcctacc tcggcgtgca gctccttggc
      121 caggtcgaag agcagctgga agttctcctt cgatcccacg ccgtagccgc cggccacaac
      181 gatgggcgag cccttgaggt tgttcttcgc cttctccacg tgtcgctcga tgaccttcac
      241 cacgcagtcc tcgtc
//
LOCUS       SEQF2637|AYYD01000166.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             13..216
                     /locus_tag="SEQF2637_00029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALRNEFGFVDGSQSIVILYHEMLWDVLAQLEQAGLVKRPAVLA
                     DPEHARPEEFGKVIFLTRSEAER"
ORIGIN      
        1 catatagaca cagtggcgct gcggaacgag ttcggttttg ttgacggctc gcagtcgatc
       61 gtcatccttt atcacgagat gctgtgggat gtcctcgcgc agctggaaca ggcgggtctc
      121 gtcaagcggc cggccgtctt ggccgatccg gagcatgccc ggccggaaga gttcgggaag
      181 gtgatctttc tgacaaggag cgaggcggag aggtgagaag ctgatcggac ataaggcata
      241 acgaaaaatc ccccggacgt tgggcagtga gccttcgttc agaggatttt tagacaa
//
LOCUS       SEQF2637|AYYD01000167.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acctacccga ggaaacctta tctttttcca gcagggtagg ggcgtattgc atacgcctca
       61 ccaaacgccc tgcgaggggc aaaggggtag acgataaacg cgtatggggc gtattcaata
      121 cgcccctacc cgggtaccta tctgacaact gattagacat ggagaaatga aatacgtatt
      181 tatccgccat tgtccgagac aatagaaaac acatacccga ggaaacctta tctttttcca
      241 gtag
//
LOCUS       SEQF2637|AYYD01000168.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cacaagaagc aagtcaggct gccatagatt tgatgctaca gaataacaag ctgttagaca
       61 atagaaagca actatacaaa tctattgcta taataatagg aagattgccc gagaaagaca
      121 agaagagagc taccgaaatg ctcatgagaa aaatggattg tacccagtta ttagtcccac
      181 cagctccaac ggaagaagat gttatgaagc tcgtaagcgt cgttacccaa ttgcttactt
      241 tagttccacc agatcgtcaa gctgctttaa taggtgattt attcatcccg gaat
//
LOCUS       SEQF2637|AYYD01000169.1  386 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcttgcagc acgttttgcc cccattcgag ccatgccccg gccgtaccgc cgaccgctcg
       61 tcccagattg cccatcacgt ctgccacgcc gttcaggcct ttggagactt tcttgtaata
      121 ctccgcctcg ggaaacatct tctccatccg atccttgatc tctcgcgaca cgcgcttgag
      181 ctcgccgggg tcgaacttga ggggaaggtt cagcttgggg ccatccttgc tgccatcttt
      241 gaggatccgc tgcttctccc acggcatcgg cccggtgcgc ttcagcggct tgttctcgga
      301 ctcgattaga gcctcgcgca tagccagctg cgtcttgagc agactgatct gcttctgaag
      361 ctgcatggcg tgctgttcgt cagctg
//
LOCUS       SEQF2637|AYYD01000170.1  696 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..696
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tataacttag catacctttt gagcagtaga caaatagaac agcaggtagc accaactaac
       61 aactaataac acaaaatctt caatccgaac acaaattaat aattaaacat attgcacaca
      121 agtcttataa gctctagaaa gagcgacaca ggtttgatac cgccacaagt ttggtaaaaa
      181 ctaaaggttc accacagatt gaaacacaca ctgaaactta aaagtagttg ataatttgat
      241 gctgcaatca ctggagctct aaaaaggacc tgcacacaaa caagtataaa gtaaggaaaa
      301 aatgacatgc aaatatcaaa aagaattata tataaacaga catatataac cactaattaa
      361 caatgcatgt attaccgtac catgaaactt catatcttgc gcttcttgga gccaacagct
      421 tcagcaccat cgcttgaccc gccagcttca aaggctgcag cagaggagcc agcttcaacg
      481 tcaacatcag gagggctagc aactttggct tcagattcaa cagcagcatc agcttcagca
      541 acagcttcag caacaacttg tactaatgct tcagcttgcc cagcttcatc atcctcaaca
      601 ggcaaaccca gaatcctgtt catctccctc tgatgatctt gaacagtctt cgccagctta
      661 aattcatccc agtttgcatc acggatggct ttagat
//
LOCUS       SEQF2637|AYYD01000171.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..309
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gataaagaag gggtatggta gggaaagtga aacatagcga agtgagaagt gtaaggattt
       61 ttgttactgt tcgttccgtt gtgtttttca aggtaaggtc agtgcgcttt gtcatcgggg
      121 tagcggcttt accgattcaa aaggtgggtg aacagactga gaaacggcgg gattggcaat
      181 caaaaatgtg tctttcagtc ggtgattttt taacgttcca acgacagttt acaaggaatt
      241 aattgtgttt cagcgacaga accatgacca ataatatgga ccattatgga tatacagtaa
      301 gctgagagg
//
LOCUS       SEQF2637|AYYD01000172.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atgacgatta gtaagcagga atggcatcac aggtttttct ttgccctgtt gaatgcgttt
       61 ccagcttttt gctatatcta ctaccaattc tttgaaatcg gtgatgctca taatagcatc
      121 tttgtctatc gaccacttta tctggtaagc gaaaattgca ttccttgtct caaagaatat
      181 atcatcaagt ttccctactt catcagaagc cacactgatc ctgacgagat tgttgtttat
      241 catctcgtca tatatgcgtt gagcgaacaa gtcatattga tgcttatatc c
//
LOCUS       SEQF2637|AYYD01000173.1  387 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..387
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggatcgttct atgccttctg catttggatc ggactgggcg tcggagccat cgcacgggcg
       61 atagagaaat atggcaagct gccgggcatt gcagccggag ccatcgccac ggtgctctgc
      121 gtgctcgtac cgttgcaaat ggccggacag aactgggacg accacgaccg ctcgggccgc
      181 tacatgtgcc gcgactttgg cgccaactac ctcgagtcgt gcgagccgaa cgccgtgatc
      241 ttcaccaacg gcgacaacga caccttcccg ctttggtatg cccaagaggt ggaaggcatt
      301 cgcaccgatg tgcgcgtctg caacaccagc tacctgcaaa cagactggta cacggatcag
      361 atgaagcgtc aggcttacaa ctccgat
//
LOCUS       SEQF2637|AYYD01000174.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             12..206
                     /locus_tag="SEQF2637_00030"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYTQIVHQWLSRDLRGETFERERSFDELLDILKDHVVNTEYICP
                     HTYLHIFAHRTSLIRASKEP"
ORIGIN      
        1 aattgcgcca aatgtacact caaatcgttc atcagtggct ttcaagggat ttgcgagggg
       61 agacgtttga gcgggagcgg agtttcgacg agttattgga tatactaaaa gatcatgtcg
      121 tgaataccga atacatctgc ccgcacactt acctgcacat cttcgctcat cgtacttcgc
      181 tcattcgagc ctcaaaagag ccttaaggta gccgtatgtt tttccgctcg cacctccctc
      241 caacataccc gtcaagccag ccaccgaacc ttcgcggtcc ccgcttcggg gcggtcaccc
      301 cta
//
LOCUS       SEQF2637|AYYD01000175.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaacaaagag gagggtttgg agcacgggcg cattgaacat aggcagatga aaagcgtagt
       61 cttgagcccg gaattgctcg atgattccta cgcctttaaa gagagaaact atggagagag
      121 gcttgtgaac tttcggatat accaatctat aaaatggagg aaacggcatg aatacgagca
      181 ataaaccaaa aacaatgact ggcacagaga atcatcgcag ttaccttgat tggagcagga
      241 atatgcaggt tgtccgcaag ggtaaaggcg agattgcc
//
LOCUS       SEQF2637|AYYD01000176.1  313 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             5..271
                     /locus_tag="SEQF2637_00031"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGLCTIYIPSSFLFGVIFLSINKVSWEPLEGFPFPLLSLDWGS
                     EGGSFGSIKTIAQHLRVSAQIFPTRYSEHLGRVECLIYLPFFPL"
ORIGIN      
        1 cgatatgaga gggctctgca caatctacat accctcctca ttccttttcg gagttatttt
       61 tttaagtatc aataaggtga gttgggagcc ccttgagggg ttccctttcc cccttctgag
      121 ccttgattgg ggctcggaag ggggaagttt tggctctata aagaccatcg cacaacatct
      181 ccgcgtcagt gcccagatct ttccgactcg atattcagag catttaggcc gagttgagtg
      241 cttgatctac cttccctttt tccctcttta gaggaggaag acctcctcta aagaggggca
      301 tgagggctat ttg
//
LOCUS       SEQF2637|AYYD01000177.1  488 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..488
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgatgtggcc aagctccttg tggatgctgt ccacggagcg cttgcccttg atgttcatca
       61 gtgtctcgat gcggtggcgc acctgtttct ctgcttcttc aaactcgggt agatcggtgt
      121 ggaagtgagg cacctggatt tggtcggcca gatagttctg gatcgtgtag gggagcacga
      181 agtatccgtc ggccaagcct tgcatcagcg ccgaggcgcc gaggcgattg gcaccgtggt
      241 cggagaagtt tgcctcgccg atggcgaaga ggcccggtat gctggtcatc agttcgtagt
      301 ctacccaaat gccgcccatg gtgtaatgga gcgcggggaa gatcatcatc ggggtctcgt
      361 agggattctc gtcgacgatc ttctcataca tctggaagag gttgccgtat ttctgctcta
      421 ctacgtcacg accgaggcgc ttgatggcgt cagcgaagtc gaggtagacg gccagacccg
      481 tattgttc
//
LOCUS       SEQF2637|AYYD01000178.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtctcgacct cgatcaacac gcaaatggac agcctgatcc cggcctcaaa gattagcaat
       61 ctgacgcagg gcatgtttgt cggcgccgtc tccgacaact tcgacgaacg catcgagcag
      121 aagattttcc atgcggagat tgtggtcgat accgccaaag tgtccgctga gatgaagtct
      181 taccgcccga ttcctatcat cgctgacttc cgcgacgctg caggtaacga cacgctgaaa
      241 gtctccatcg acgcgaacta tcgccaaa
//
LOCUS       SEQF2637|AYYD01000179.1  333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..333
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acgcctacct catcaagcgc gtggagcaga tggatctcaa tcaggccctc gagtggctcc
       61 gcagcgacga cccacgtacg aagaccgtcc ccggcgtcaa tgagccgatc gactatctgc
      121 cggccgagaa gttcgtctac ccgatcgact ccaacgctgt gcgtcagaac aacgccatcg
      181 atccgcaaga cgccccgatg atggcccgag agctcctcat cgacctctcc ggcaagcagg
      241 ccatcggtaa ggaagccatc accatcctcg acatggtggt gaccaacaac tggaagcgcc
      301 ccatctactt cgccatcacc gtcgacccga act
//
LOCUS       SEQF2637|AYYD01000180.1  352 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..352
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgctgagacc atccacgccg ccaatcgcgg ggaaaacatc gtcatcatct tcgtcaacaa
       61 cgccatctac ggcatgacgg gcggacagat ggcccccacc acgctgatcg gtatgcctac
      121 cgccacctgc ccctacggcc gcgacgtggc cctgaatggc tacccgctca agattggtaa
      181 catcctggct caactcgatg gcacctgcct cgtgactagc cagagcgttc agacacccgc
      241 cgctgtaagg aagacgaaga agatgctccg actggctttc gagaactcga tggccggcaa
      301 aggcacctcc gttgtggaag tcgtttcgac ttgctcctca ggctggaagc tg
//
LOCUS       SEQF2637|AYYD01000181.1  531 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..531
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgccactct gcacgccttg gagccactcg atggcacggc ggtagcggat ctcacgaatc
       61 tcgtagccca tcttctgcgg gagccacgag gccagatggt aaagggtgat gtcgcagagg
      121 aacatcacga tctgcatgtt acgctgctca ccgcgtcgag cgaagatgcg ttcgacgtcg
      181 tagcggggcc ggaggtagcc agccatctct tcacgggcca tctcctcggc gcgccggcgg
      241 ttctcctcat ccgattgctg aatgaggtcg aaggcacgct ggccgatcat cacttgatag
      301 tcgagattgt tcaaaaacat gggagctaaa aacgaaaagt gaaaaacgga aagtcctacc
      361 ggctggaggg ccgtgggaga gctacgtgga gggcatgggc ttcgatgttg gctgccgtga
      421 tgccgcgatg gaagtatcca cggcggacga gcagcgtgag ctcttgcttg gagaaggtca
      481 caaggctgcc gcctacgtta atcacgaggt atttgcggcc gtatcggcgg g
//
LOCUS       SEQF2637|AYYD01000182.1  348 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..348
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctttacttct accccaagga taacaccagc ggatgcaccg ccgaggcctg tagcctgcgc
       61 gacggctatg ccgatctgca agcagccggc tacgacgtga tcggtgtcag caaagacagc
      121 gctcgctcgc accgcggatt catcgaaaag caaagcctgc ccttccggct cattgccgac
      181 acagacacca cgctgcagca gcagttcggt gtctgggccg agaagaagct ctacggacgc
      241 acctacatgg gtaccctccg ccagacgttt ctcatcaacg gcgagggtgt ggtggagcgc
      301 gtgatcgagc gtgtgaatac gaaagatcac gcccgccaga tcctctct
//
LOCUS       SEQF2637|AYYD01000183.1  394 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atccgcgcag gcctctccac cgacgtcctc ctcaccgtgc aggagcaaac atttgaacgg
       61 cagggtgtcg ccaacaaaca agatccacgc gcacttcgtc gcctcgtaga ggcagcgcgg
      121 agccgcggcc aaggcgaaat cttcggcggt tacgacgtcg agggccgact gcatgcggcc
      181 gtcttcgtcg tgtggcaacc gagcggcgcg agctacatcg ccggcggtag cgaccccgcc
      241 ctacgcgcct ctggcgctca cgcgctcacc ctttgggaag ccgtctgcca cacggctcaa
      301 tacaccgact ccttcgacct ggaaggctcc atgctgcgcg gcgtagagcg ctttttccgt
      361 gagtttggcg gcgtgcagac gccttacttc tgcg
//
LOCUS       SEQF2637|AYYD01000184.1  237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cctgaatccg cagttcttta cacgccgatt tgcggggcgt ctgggcgccc ttcacctttg
       61 ccgccgaaca acgaaccaac taacaactaa caactaaaca aaccaacaac caacggggct
      121 ttagccccca acaacaaaca tcagtatgga caaagaactt gagatcaaaa ccgtcgggca
      181 gacgaagctc gacaacgcga tgcacgtgac ctatcacacc gcgatgcacg gcatccc
//
LOCUS       SEQF2637|AYYD01000185.1  342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(32..187)
                     /locus_tag="SEQF2637_00032"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYLFVHHTGFCDSQFIQVCQYRILHDASRSIVGGKKLFLQNGIQ
                     SLWSQFH"
ORIGIN      
        1 caataaggca tggcagcgga tagaggactc tttagtggaa ctgactccag agcgactgaa
       61 tgccattttg gaggaacaac tttttgcccc cgacgattga tctgctggca tcgtgcagaa
      121 tgcgatattg gcagacttgg atgaactggc tgtcgcaaaa gcccgtgtga tgtacaaaaa
      181 ggtacattca aagattcctg ctaatgagat agatggttgg tccgttgaag agttgctgag
      241 caacagcggt gtgatgattg aaggcaaact tactcgtgct gccatcattt tgttaggtaa
      301 acctacggcc gtattcaagt tgagacctgc agtagtggaa gt
//
LOCUS       SEQF2637|AYYD01000186.1  296 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgctcactct gcggaatacc cacgccattg tccgacactt gaatgctcgc ctgagcctca
       61 tcgtgggcgt aagcaatggc gatatgcacc gtctggccgg agtatttctc ggcgttctcg
      121 acgaggttgc ttaaacactc tgtgagatgt gacggatcgg catagacgac agcatcgtca
      181 gggacatcga cgctgaacgt gaccgttttt ttcgaccgca acgggtattt ctccatcaac
      241 tcatctacca tcggctttgc tgcctggggg ttgtattatc aggtgaagat catctt
//
LOCUS       SEQF2637|AYYD01000187.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcataatagt cggagtattc gtgtgtgtat aggcgtcatg tgtttgcgat gtctaatcgg
       61 ccacaaaggt gggggaaatg ggcgggagga gaatgccccg aatacgttcg gaggtggttg
      121 gaatacgttc ggaacctatt tcgaccacct ccccaacgta ttccaatagg ttcggaacca
      181 actattcccc tcaaaagcag aagtcccgat gtcggagtaa gtggactgat aattaggcag
      241 aaaggggtca atatgcttcc gattgcatcg agcgtaaaag gcagaaa
//
LOCUS       SEQF2637|AYYD01000188.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgccattaa gtacaacggc accgccatca acaagtttta catcgaaggt aaagacatgc
       61 tcggcggacg ctacggcatc gccacgaaca acatccatcc ggcggacgtg ggcagtgtgg
      121 aggtcatgga gaatcaccag ccggtgaagg cactcgagaa catctccttc tcgcacaacc
      181 cggccatcaa catccgcctc aaggaggacg ccaaggcgcg ttgggtgggc tcgatccggg
      241 ccgcggtggg cggcagtccc ctgttgtggg a
//
LOCUS       SEQF2637|AYYD01000189.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catctacatg gcgagccgaa atatgcacaa cgcccgtttg ctcctcttgt gacagactgt
       61 cgttgtagat gtcggagatc tttggcagta cggttgcgat gtttttagaa gttcctggct
      121 cgttgacacg ccctatcttg tgcgtgaaag caatggctcg gcgcattaag cgaggggcag
      181 catcccaagt aatcccctta tcgcctaaga tctttttcga taagccgttg atgactccga
      241 tcaatcgc
//
LOCUS       SEQF2637|AYYD01000190.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             16..162
                     /locus_tag="SEQF2637_00033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDGKEVEVTHTHTGNDGDERYVFRTRRRMYRFVFVPDTVKDRV
                     SECE"
ORIGIN      
        1 cggtatatct accagatgca ggacgggaag gaagtggaag tgacacatac acacacggga
       61 aacgacggtg acgaacgcta tgtatttcgc acccgaagga ggatgtatcg gttcgtgttt
      121 gtgccggata cggtgaaaga cagggtgtcg gaatgcgaat gacggacata caaaaatcgg
      181 cgagaattat atacaaaaat cgatcggaat tacatatgaa agcaagagat cagccgggaa
      241 aacgacaaaa gagctttggt actctcgacg aactgcttgt cgggcag
//
LOCUS       SEQF2637|AYYD01000191.1  534 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..534
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             178..435
                     /gene="recA"
                     /locus_tag="SEQF2637_00034"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00268"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein RecA"
                     /translation="MVKNKVAPPFRKAEFDMIYGEGISHTGELVDMGVELGLIAKNGS
                     WFNFGEIRLGQGRDSAKQFFKDNPEAAADLEAKISEKMKNQ"
ORIGIN      
        1 atcttcatca accagctgag agagaagatc ggtgcgccgt cgtatggcag tggccctccc
       61 gaaacgacga cgggtggcaa cgcgctgaag ttctacgcct ctgtccgcct ggacatccgc
      121 cgcagcacac cgatcaagga tggcgatgtc atcatcggca acctgacgcg cgtcaaagtg
      181 gtcaagaaca aggtggcgcc gcccttccgc aaagcagagt tcgacatgat ctacggtgag
      241 ggcatctccc acaccggcga gctcgttgac atgggcgtcg agctgggact gatcgccaag
      301 aatggctcat ggttcaactt cggcgagata cgcctcggtc aaggtcgcga ttcggcgaag
      361 cagttcttca aggataaccc cgaggctgcc gccgatctgg aggcaaagat ctcggagaag
      421 atgaagaacc aataacagaa ggaggggagc cgtaccgccg tggctttatc tgaaaaagag
      481 atctaccgcg cactctgccg cacggaagac ggtctccccc tcttctctcg cgac
//
LOCUS       SEQF2637|AYYD01000192.1  509 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..509
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttggtgatg gagacgaact gtccgtcggc gccgacgtat tcgatcagct tatccaacgt
       61 gtcggagcgc ttcgtgccga gcagttccga caggcggctg cctatgcggg cggacttttc
      121 gacgagttct tgggcggctt gcaccttcga cttttcagcc tcgctactgt ccggggtcaa
      181 ctctcgctgc gccgtgagtc gctgctcgtc ccactcctca cgggtataga actctacttc
      241 aattttctcc tccgggccat acgtgatgac ggtcagtgcg gccgtcatcg gcgtagtggc
      301 ggcgggaagc acgtcgcgct caaacacaaa cgcgttgagg aaggtagatt taccagcctt
      361 catctgcccg attacgccga tggtcagcac atcgttgtcg agtttttgct caaactccct
      421 tcgctgctcg tcagtgataa atctgttgtc agcggcttgc ttaatcagcg ttcgctgcgt
      481 ctctttctct tgattgaatt gttcaaata
//
LOCUS       SEQF2637|AYYD01000193.1  845 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..845
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(194..808)
                     /locus_tag="SEQF2637_00035"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKSEEIISLLYCHHVFIGTKAKQSSFLLRLLHNIISKIDHLIH
                     DVINCFFITIYFQPGILYVGLGLFIFLPHRPFELLQCILGVLDVVVHGLTSCDSVDHI
                     HYLLDVFLYGEANDTLTGYALVRKCFLDLTHHLIHFRLGLTIHLIHDDIKRLFEFLLD
                     YGKRALVDRATVYIDHPKQGVAFVDNFQGALFVFGIVGAEARCI"
ORIGIN      
        1 tatcagtagc gttggaaata gcactcgccc cctctacact tttatagcca aggatgaaag
       61 tcagaaggca cttgaaggca aaatggtgga agaaatgagt aaggagacgc tggacgaggt
      121 gcgcggtatg gatcagctga tcaattatgt ggtaagggaa gaagccaatg cctccttgaa
      181 cggattcagc atattagata caccgggctt cagctccaac gatgccaaag acaaagagcg
      241 caccttggaa gttgtcaacg aatgcgacgc cttgttttgg gtggtcgatg taaacagtgg
      301 cacgatcaac caaagctctc ttgccgtaat caagaaggaa ctcaaaaagc cgctttatat
      361 cgtcgtgaat aaggtggata gtaaggccaa gtctgaagtg gataaggtgg tgcgtaagat
      421 cgaggaaaca cttgcgaaca agggcgtacc ctgtcaaagt atcattcgct tctccataaa
      481 ggaagacatc aagcagataa tgaatgtgat ccacgctgtc acaagaagta agcccgtgga
      541 caactacatc aagaactccc aagatgcatt gaaggagctc gaaggggcga tgtggaagaa
      601 atatgaagag acccaagccc acataaagaa ttcccggttg gaaatagata gtgatgaaga
      661 agcaattaat gacatcatga ataagatggt cgatcttgct aatgatatta tggagaagcc
      721 tcagaagaaa ggaactttgt ttggccttgg tgccgataaa tacgtgatga cagtagagca
      781 ggctaatgat ttcttcagac ttatccatga aatggtcgat tttaatattt cagacagtct
      841 actta
//
LOCUS       SEQF2637|AYYD01000194.1  356 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atgaaagtgt aatcggcctc ctctgcattt ggattgtcac tgatatacgt tggaatcgct
       61 gtagttgctt tactgctggt tggaagagag atcgctttcg gattaccagc cgtcaggatg
      121 cgatttacga tagaagtttt gccagatgag aactcaccaa taaaagcaat ggtcgtctta
      181 cctttaatcc acatcttttt ttggttggcc acaaatcgct ccaactccgt ccgattgtga
      241 ttcaccagcc tgttgttttc gcgcatcaat agcgtaaaat catccttgat aaaggcagcc
      301 acttggtcta ctaagtttag cttcttcgac gatcgctccc ctttatcgtc taatct
//
LOCUS       SEQF2637|AYYD01000195.1  480 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..480
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             9..440
                     /gene="acr3"
                     /locus_tag="SEQF2637_00036"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A6TP80"
                     /codon_start=1
                     /transl_table=11
                     /product="Arsenical-resistance protein Acr3"
                     /translation="MVIRRKGVEYFNNVFIKKFNNYMVCGLLLTLIILFSFQGETILN
                     NPLHILLIAVPLVLQTVLIFFVAYGWAKWWKLPHDVAAPAGMIGASNFFELAVAVAIS
                     LFGLQSGAALATVVGVLVEVPVMLMLVRIANNTRSWFPATK"
ORIGIN      
        1 cccgaataat ggttatccgc cgcaaaggtg tggagtattt caataacgta tttattaaga
       61 aatttaataa ttatatggta tgtggattgc tattaacgct tattatcctg ttttcatttc
      121 aaggagaaac gatactgaac aatcccctgc atatcttatt gattgcagtt ccgcttgtgt
      181 tgcaaacggt tctgatattc ttcgttgctt atggttgggc gaaatggtgg aaattacccc
      241 atgatgttgc cgcacctgcc ggaatgattg gggcaagtaa tttctttgaa ttggcggttg
      301 ctgtggctat ttctcttttt ggtttacaat ccggggctgc attggctacg gtggtgggcg
      361 tgctggtcga agttccggtg atgttaatgt tagtaaggat tgccaataac acacgaagct
      421 ggtttccggc tacaaaataa caatagggca aaagtcctaa tctaacttta tcctaaaaag
//
LOCUS       SEQF2637|AYYD01000196.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcacccgta tcgccgctgc cgttggcgtt tctcttgcag atgacagtca aaacgctttg
       61 gagcaagagt ttccaacact ttatggaaag tacgcagaag atgtcggaag accttttgga
      121 gtatgtggcc acgattccgg tcattaaggc attcagccac gaagaaaccc ggacagagca
      181 ggttctctgc ggcatgcgcg attatatccg ccgggtaacg cggagtatgt tcagcgtgac
      241 cgtgccgatg
//
LOCUS       SEQF2637|AYYD01000197.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaccggtaat agccaatgtc gagcaagact tcttttgcct tacactcatc atctattgtc
       61 attcctcgct gcctcaataa ggcgatttgt tctgacaggg tggttgctct tttgctactc
      121 atacttcatc ctttcgtctt ttcgccccct tacaaatcgt tgagcagctc gatcttcttg
      181 tcgcggacga gtttgacgat tagctcgccg aagaggctgt tctggcgggc aaaccaggag
      241 cgggtgt
//
LOCUS       SEQF2637|AYYD01000198.1  310 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(11..235)
                     /locus_tag="SEQF2637_00037"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRVITIGHGQTASVYSNIMDFHTGADNHGAGFEANFPNTYDPL
                     ALSFKSQDRLSRTSEGYLLIEKLVTVSRPW"
ORIGIN      
        1 cgccgaggct ttaccacggg cgtgagacag ttaccaattt ctcgatcagt agatagccct
       61 ctgaagtgcg tgagaggcga tcttgactct taaaggagag cgccagcggg tcgtaggtgt
      121 tcggaaagtt cgcctcgaag cccgcgccgt ggttgtcggc cccggtgtgg aagtccatga
      181 tgttggagta gaccgatgcg gtctgtccgt gaccgatggt gattacacgt ggcacctgtt
      241 gaccgttgac aatgatgtcc gagtcgccgg aggtggctat gcggacgtca tagcccgcat
      301 tgttcgttac
//
LOCUS       SEQF2637|AYYD01000199.1  523 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..523
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaacgcattg atgatgtccg tttcattcgg cttatccgta aattcctgaa tgcagggtac
       61 atcgaagatt gggaatattt tcacacatat aacgggacac cgcaaggtgg catcatcagc
      121 cctgtacttg ccaacatcta tcttgataaa ttagacaagt atatagcgga gtatgaagca
      181 aaattcaaca agaatgtccg caaagaagtg aacccacagt acagacacta ccaacgtaag
      241 aaagaacgag ctagaaaggc gttgaaatca gcagtaaatc ttgaagaaag aaaactgctg
      301 gtagagcaga tacgggaata tgataatctt atgttgcaga ccccagctaa gaatgatatg
      361 gactgcaatt ataagagatt gaaatacgtg agatatgcgg atgattttct gtgtggagtt
      421 ataggcagta aagaagatgc gatgacaatc aaatcggaca taaagaattt tatttccgac
      481 aaactaaaat tggaattgtc tgatgaaaag acactgataa cct
//
LOCUS       SEQF2637|AYYD01000200.1 1514 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1514
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcacaacttt acctaaatct ttttcattaa tcccgacctc ctcaaccaag tatctcacgg
       61 tgggtttcat tgaattctca acactataag agaagaggga tggagcagca gcaataatct
      121 gcccaactct ggaacttgga atacccaaac tcatgatgaa agcaaaatgg gacttcaaat
      181 tgttctcaat tgtatattcg aggatttgtg gctgcctcaa aagcattctt cttacatctc
      241 tttgtttgac ccccaacact caacaaatat tccaaccttt cctttgcaga gcacacattt
      301 atttgaagag aaggcatatg cctctcatac atttgaataa agtgtgattc cttaagccca
      361 aatgtgctaa ggtaatcaat aagaggtaac cacttttcat ccaattcaac ctcttctgat
      421 agctgaggaa atctactctc caaagctttc cttgtagaca tctgcatcaa agaaaataaa
      481 taagcacttc ccgaaaaaat agtatagttg atgacagaat ttgacagctc gtcatatcac
      541 tttacaagat acctttccct tgcgaggtac atccaaggaa ttgacaccat ttgtttgatt
      601 agaactattg tagcagtttg ctgcattact tttctctaga gtgtgcttac tgtttctgcc
      661 atccgaatgg acaaatccct tgtgtgattt ggacctcttt ctactaacat caaactctga
      721 aatttctgca aagtcatcct ggagaaaccc acaagaaaag ccagatgatg tttcaaacga
      781 cggaaaccca aggtagttgt gtcacagaaa cacttatacc aaactaatct ttccatgtaa
      841 ataaattacc acaagtccaa gaatcaattt tgcaatgtta tcaataatga aatgcaaaaa
      901 gaaaacggat aaagcttgaa ctcttaatct ttctttgcac attgctatgt atatcagaaa
      961 gaaactggca tgaacttctt acattgaaaa agacccacaa acaaatattt acctcaaacc
     1021 cctaagcaac caaatgaagg gtacaatcaa gaattccaca tagaaaaact acaaattaac
     1081 gtatttcaaa acatgggtac ctcacagtga gcataattgt accattgtta ctatccatgc
     1141 ctcatattaa agttcaaatt ttaataaaaa ctgaaaaacc aaatgttact gcattcacaa
     1201 aagtcaaggt acttcaaatt ccaagtagaa ctttaactat taaaaaaccc aattttctgc
     1261 tttcaaaagc aagaaaaaca cttgcccaaa ggacaaccac caagtccagc agcccaagca
     1321 caacttagcc agaacagaaa ctcacattga gcaaccaatc gtcatccgac acatcactag
     1381 cacgagaaac ctcttcgtcg tcatcttggt cgtagggaga cagaggctgg ccatagcgcg
     1441 acctccgatt ggacttgaga attttggggt tggagtgggt tgagagcacc acgagacggc
     1501 agctggaacc ggac
//
LOCUS       SEQF2637|AYYD01000201.1  345 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcatgcgca tggccatgcc gcgccgctac ggcgggctga acttccccat cgtgccctac
       61 atcatggccg ccgacattgt ctcgcgcgcc gatgcaggct tcgagaacct ctggggcttg
      121 caggactgcg ccgagacgct ctacgagttc ggcaacgagg atcagcacag ccgctacatc
      181 ccgcgcgtct gcgccggcga aacgatgtcg atggacctca ccgagcccga cgccggcagc
      241 gacctgcagt ccgtcatgct caaggccacc tacgacgagg cctcgcagtg ctggcgactg
      301 aacggcgtga agcgcttcat caccaacggc gactcggaca tccac
//
LOCUS       SEQF2637|AYYD01000202.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtaatacgtt ggtgaggtgg ttgtaatacg ttccgaggtg gttagaatac gttagggagg
       61 tggtcgtaat acgttccgag gtggttagaa tacgttggtg aggtggttct aataggttcg
      121 ggagaaaatt atcagcaaat atcctcctga aaaagaagaa gttactcaat cgtaagcatt
      181 ggataggtaa cgaagtggaa acgagcgaag cgcttgaggt tgctggaatc tgcacaaaca
      241 aaggg
//
LOCUS       SEQF2637|AYYD01000203.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctccttctt gaccgtcacc tgacaggtcg ctcttgcact gccgcagctg gccgtgagcg
       61 tcgctttacc ggggcctttg cccaacacct cgccaccgtt tgtcactgtg gccacattct
      121 cattgctact cttccaactt acgatcttga ctgaagcgtt ggacggctct acttcggcct
      181 tgatcacggc ccgctcgccg accttgagcg taagctccgt ccggtccagc ttgatcgact
      241 tcgcctcgcc gcccggg
//
LOCUS       SEQF2637|AYYD01000204.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gggataggca taggcagtat agagtacatt cttattctca gccgaatccg ctctcagatg
       61 tgccatgttg gccttgaaat tcccaaatgt gcgcaacgtg aagcggcttg aatggggaac
      121 cacaataagt gcattggtct taagattgcc tccgtctccg gatgctgcat ctccgatatt
      181 ccccgtggca tcatctacat ttcctgtgac gcatacacgg gcattattca agagttggac
      241 agccgcgtcg acctgagtgt cttgtcctt
//
LOCUS       SEQF2637|AYYD01000205.1 1625 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1625
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(306..971)
                     /locus_tag="SEQF2637_00038"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKNDFSHEVAQNGADKCFCILVLDTSGSMYGEPITELNNGLKQ
                     FQSDILNDTDALTKLEVSIITFGSTVQQIQAPAAIDRFEMPHLTANGTTPMISAIDEA
                     IVLAEDRKNWYKDQGLGYYRPWIVLMTDGEPDEISEVSDMAAKLRDLSAGKKINFTAI
                     GIGDDVNMEVLGELSPNPARLKDMNFSGFFRWLSNSIEGIAKVNPGEKAVIDEPVWAD
                     FSF"
     CDS             complement(1018..1620)
                     /locus_tag="SEQF2637_00039"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKINLYHRSIQGLIDSGLPKQQYEYYINNNYPENKDRYKRLLD
                     HIVSIDLPRIRTYMQHIDEQMQAATGTSVGSFNLSQPDTSERPKLHRNIHSYTGGLAD
                     LEVQADAICDFGAFLKETIEELHQSLGSYESYCDGLLGAGAPRQMHQDYMQNCAREDV
                     QLIYQIVGNIEHVDIPYLNKVLQQITASIGALGGNYGRSI"
ORIGIN      
        1 ttcattggct tgtgccagac tatctcgctc atgctttagc tgtttgatca ttgcgtctgc
       61 ttgctctttt gcctgctttg tcttgtctag ttcgcccttg agttgtttgt tagattgctc
      121 cagcttctct tgccctttgg gttcttctgc gccagcaata gatgcggtga gaagactagt
      181 aaacaataga gccaaaccca tatatctctt atgcgctatc attgctggtc tttgatattt
      241 tatgaggtat ctactgcaca gtcctctgta cagtagacac ctcatcacat gatattacac
      301 ttgttttaga aagagaaatc agcccataca ggctcatcaa tcacagcttt ttctccagga
      361 ttgacctttg caataccttc aatactatta gacagccacc ggaagaagcc cgagaagttc
      421 atgtctttta gacgagcggg gtttggagag agttcgccca acacttccat attgacgtca
      481 tctccaatac caatagctgt aaagtttatt ttcttccctg cagatagatc tcggagctta
      541 gcagccatat ccgacacctc tgatatttca tcgggctcac catcagtcat cagcacaatc
      601 caaggacgat aatatcctag tccctgatcc ttataccagt ttttgcgatc ttctgcgagt
      661 acgatggctt catcaatagc gctaatcata ggtgtagtac cattagcggt aaggtgaggc
      721 atctcaaatc tgtcaatcgc tgcaggagct tgtatctgct gtacagtgga gccaaatgta
      781 atgatagaga cctcaagctt cgtcagagca tcagtgtcat tgagaatgtc actttgaaat
      841 tgcttcaagc cattattgag ttcggtaata ggctctccat acatagagcc tgatgtatct
      901 aggactagga tacagaaaca cttgtctgcg ccattctgcg ccacctcatg cgaaaagtcg
      961 ttctttgcca taatgttttt gcttttagat atgaataaat taaatgtgga ttatagtcta
     1021 gatgcttcgt ccgtagttac cgccaagagc acctatgctt gctgtaatct gctgtagtac
     1081 tttattgaga tagggaatat ccacatgctc aatatttcct acaatctgat aaatcagctg
     1141 tacatcttct cgagcgcaat tctgcatata gtcttgatgc atctgacgag gcgcacctgc
     1201 acccaatagc ccatcgcaat agctctcata gctacccaag ctctgatgta actcttcaat
     1261 cgtttctttg agaaatgcgc cgaagtcgca gatagcatca gcctgaacct ccaaatctgc
     1321 taagccacca gtatatgagt ggatattgcg atgaagcttg ggacgctcgc tcgtatcggg
     1381 ctgcgataag ttgaacgaac caaccgaagt accggtggcc gcctgcatct gttcgtcaat
     1441 atgttgcata tacgtacgta tacgaggcaa gtctatactc acgatatgat ctagtagacg
     1501 cttatatcta tccttatttt cgggatagtt attgttgata tagtactcgt actgctgctt
     1561 gggcaaaccc gaatcaatca aaccctgtat agagcggtga tagaggttta ttttatccat
     1621 aatat
//
LOCUS       SEQF2637|AYYD01000206.1  335 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttggtaatct gctggctcca tgtctttttt ccctgcgggt cctttcttga tcggtcgagg
       61 tagggcaaga tcataaagga cacctccatg ggcacaatga ttcctgatat ccagaaggac
      121 tttcatatag ctgtcaaaga tcttttgctg tcttatcccg aaatgcccac agatcatgat
      181 tcgagttgat tgatccaaga gcgcttggaa gaggtggatg acagctccaa aggtcatgta
      241 ttcgatcgtt ttccatgccg gtgcatacct gtcattttta tgaatctgat ggtggcgctt
      301 gatgacggga tgactctttt tgaacttctc ggtat
//
LOCUS       SEQF2637|AYYD01000207.1  656 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..656
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(294..482)
                     /locus_tag="SEQF2637_00040"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFFFPVKLCSTLLLRHQTLTTQDAFFLSRDRNFFIEWRLSLVA
                     LLQKGVGEPEIFSCERKE"
ORIGIN      
        1 cgtctgcaca gatcgatttg caaactttta ttgtgtgggg ggggtatttt taacggcttc
       61 caaaactgac agcgcttgag gcataccgat acgatgcaaa cgggcggacg ggtggccccc
      121 ccggttcgta tatcgcttca attcgatcat cacttgcggc atggcgtcgt aatttctgtt
      181 taattctgga tctgttttat tgccttgaaa ccgtagcaaa gataaagatt taacgttaaa
      241 gcaagtcggt tcagaaaaat cacagcagtg accggctagg aatatgggag atgttactct
      301 ttcctttcac aagaaaagat ttccggttct ccaacaccct tctgtaagag tgccacgagc
      361 gacagacgcc attctatgaa gaaatttcga tcacgggaga ggaaaaaagc gtcttgcgtg
      421 gtcaaagttt ggtgacgtaa caacaatgta gaacatagct ttacggggaa gaagaaactc
      481 atatcgtgtt atgtagttgg aaggtagtat gaaggggttg gggcttctac gacattctaa
      541 cttctatttc ctcaagctgt tatccccgtt gtagtcatgt ggtaagaact attcgatgaa
      601 agggaaaagg tctaccgcct cacgttggaa tagctgtcag gggatcacac tgacgc
//
LOCUS       SEQF2637|AYYD01000208.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacggagaag catctatccg gtgtgctcta tgaacatggc gtcgatagca aggggtttgc
       61 catgatcaga tcgaaaggcg ataaggcgct ttttcatttg gatacgtcgc agatgaaacg
      121 aaagttgggt gtgccggcga atcgtccggt agccgatttc ttacctacca tcagtatcaa
      181 ggcgaaagac tttgcggccg aaatgaccca tgtgaacgtg cagcaaaaag cactctacgg
      241 ggaatcggag atcagtcgtg aacctgtc
//
LOCUS       SEQF2637|AYYD01000209.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggatgattt gcatggtgtt tttgaaatat gaggttgtat aattggattg gagcaatcga
       61 gttgccagct cactttcgac ccagcggacc ggcaaccgac ttgtcagcgc cactttcgat
      121 ccagcggccc cggcaatcga gttgccagcg tcacttttga gccagcggcc tcggcaatcg
      181 agttgccggc gtcatttttt tctcgagcgt cctcttcctc ggcggacaaa tccgcagggc
      241 acggcgtagc ctctgcgtct gctcgctgcc catcagtgga cgaagctctt g
//
LOCUS       SEQF2637|AYYD01000210.1  419 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..419
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gataataagc gtgttgtgag gagttgcagg ctgtatgttt ctacatctat cacgcctttc
       61 ttttttgatc agcgaaaaaa aagttgcaga aaaatttggt ggaatggaag gtgtgattgt
      121 atccttggag acaaaaaaga aagattaact gtagaggcag ttcaagaatt gagaggtaac
      181 gaaataatat agtggagtta gtttggcatg cattgcttcc tatagctttg gttacgaagt
      241 tttacgggtt ggcgggttgc aatgacaact cctagaaaaa ttccctgtat ggcttttgag
      301 agatgtggtt tgtattatca agtgtggcgg ctgtattggt gcccctcccc cgaagaagat
      361 ggttctttaa cgattagata gaatgaatcg aggaggtttt atggcgatga actctaatg
//
LOCUS       SEQF2637|AYYD01000211.1  408 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             74..265
                     /locus_tag="SEQF2637_00041"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYLSHGAAVTTPRDDVDYIVTEYGIAHLKGKTLKERARLLINI
                     AHPYFRDNLEEEFRKRFKK"
ORIGIN      
        1 ggctctcgcc gacgatggca agtcgatttt agccatgcct tcgaccgcag ccaagggaac
       61 tatctcacgc atcatgccct acctctctca cggagcggct gtaacgaccc cacgtgatga
      121 cgtggactac atcgtgaccg aatatggcat tgctcacctc aaaggcaaga cgctaaaaga
      181 gcgtgccaga ctcttgatca atattgccca cccctacttc agggacaact tagaggagga
      241 gtttcggaag cgattcaaga aataaggtaa cgggctgaca cggcccctct cccccccgaa
      301 aaaacattga taaaaagagc acacggacgg acaccgaagt tccgccccag catccaactt
      361 accctcaaac tacattttac tacctattta ttatgcaatt gttcaaac
//
LOCUS       SEQF2637|AYYD01000212.1  434 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..434
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggataagtt tgtgtttcat gaggattggg gggattaaaa agttgcgcca tcagcgcgtg
       61 ttcattgggt ttctctgagg ggtttgcgca ggtcgcgcaa gtctcgaggt atttgccgag
      121 acgtttgcgc aggctgcgca agtctcgagg tatttgccga gacgtttgcg caggtcgcgc
      181 aagtcccgcg gcatttgccg agacatttgc gcaggccgcg caagtctcga ggtatttgcc
      241 gaagcgtttg cgcaggtcgc gcaagcagta aaatcttcgt cggggcgtgt ctgtttgtcg
      301 acaacgatcg gccggcttac ggatcgccac gcgccaatct gctaatggcc tgttcgatgt
      361 ctccgccgag gcggtcggcc agccgcatga cctcgacctt ctccgtctcc tcggtcgtgt
      421 acgcgagata ctcc
//
LOCUS       SEQF2637|AYYD01000213.1  627 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..627
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaacgtttat gcaaatcctc tctcacattg cagatgtatt cgctggagta aggaatggcg
       61 atcgtcgtgt tgtgcttctt cattggcgtc agcactgggt tgatacgtgt gaagtaaata
      121 ttaccgccct ccataccttc cgtctgggtc attgtcgttt gggtatcatc ccaaccggcc
      181 ataaagttca gatctccatt atctgccgtg gcagtgtaga tgaagtcgtt gttatcggcc
      241 ggggaggaag aggttgcact atagcccaaa tagagatcac ccttgcggga taagatattc
      301 gtcgtgtcgt tatccgcatt agtgctggtg aatctcgctg tacggatgtt gtgctgagca
      361 atgacgtttg tctgtgtagg gtcagaattt gcacgcgtaa tctctatggc accgttgagg
      421 tagatgctgc cgctttcact attacgattg gccgtagtgg ccgtacagct attggcaacg
      481 tttgcacccg cagccataaa gttgatcaag ccgcgcgatt cacctcccac actatcactt
      541 gcgatggtca gcccttgcgt agagatatta ccagcgtcag acagcacata gatgttatta
      601 ccttttgtca cagtccaagt cctgtct
//
LOCUS       SEQF2637|AYYD01000214.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..382
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             80..379
                     /locus_tag="SEQF2637_00042"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNKCPSADIRPAEHLSMPCDLCFAFYSRYAIHLGPFVHLSLSA
                     DISHPTDTGVVVHSCVFSDTRIITDMGLAIHTGVVEHTGLAIHTGEATHVGMAEH"
ORIGIN      
        1 ctccattctt ttcgcggaag gccgtgatct gacaaaattt ccactggccg aagccctgaa
       61 acacgcagta gtctccgatg tgctcaacaa gtgcccgtcg gccgatattc gcccagccga
      121 acatctgagc atgccctgtg acctctgctt cgccttctat tctcgttatg ccatacacct
      181 cggcccgttc gtgcacctca gcttgtccgc cgacataagc catcccaccg acacaggcgt
      241 tgtcgtacac tcgtgcgtct tttccgacac acgcataatc accgatatgg gccttgccat
      301 acacacgggc gttgtcgagc acacgggcct tgccatacac acaggcgagg ccacccacgt
      361 aggcatggca gaacactaag gc
//
LOCUS       SEQF2637|AYYD01000215.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cacggggggc tcaccgggtt tctgtgcgcg cacgttctcg gtgtgcgcca cgctgaagca
       61 ggtgtacttc ttacctgaaa actctttcac ttcggcatcc tttccgaggt tgccaatgac
      121 ttcgatttgt agcatagtcg ttttatcgtt ttgggggtta aataattcgt tttcaccgct
      181 tgcaggcggc tatgtttatg cggtgaacaa cctgctcgga ataggtcagg ctgccttcgt
      241 atccgcg
//
LOCUS       SEQF2637|AYYD01000216.1  547 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..547
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctcacgccc tgcgcaccgg tctcttcgta ggcggcgcgg tggctacagt tgttgtagac
       61 gtagtacgtc tgctcgcgac cgtccttcaa cccgcggatg cggcagccga tcgacgtctc
      121 gcccgtgtag ttctctccca gctcgccggg atcgggcagg acggccttga ggaactggat
      181 gggcacgatc tccacgcctt tgtagaggat cggcttgatg ctcgtcatac cgatgttttg
      241 catcacgcgc aggtgcgtca ggtattcctg gccgaaggtc atccagaagc gtgcgcggcg
      301 cagcgtgggg taattcttga cgaggctctc cagctcttcg tgatacatga ggtacgactc
      361 gcgcggcccg acattcgggt agttcaacgc ctggtgtacg gagagcggct ccgtctcgtg
      421 ccactttcca tcttcataat agcggccctt ttgagtgatc tcgcggatgt tgatctcggg
      481 attgaagttg gtggcgaaag ccttgtgatg gtcgccggcg ttacagtcga cgatgtcgag
      541 cgtgtga
//
LOCUS       SEQF2637|AYYD01000217.1  542 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..542
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(111..347)
                     /locus_tag="SEQF2637_00043"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLFCDMSCHYTPKYNLYDLGLGLYKFLLLERIKMRIHQYPIYP
                     VSNPNAPHLFQFRTFQSANTSIFWQLVCHLSNTQ"
ORIGIN      
        1 agtgtattgc tcttgatgct gtgcaaaaag gacatcagat taacaaagac acagcaaagg
       61 aattattaga caaagggttg ataaagagag aatatcccaa ttaccaaatc tcattgggtg
      121 ttgctaagat gacacaccaa ttgccagaat atactcgtgt tagcagactg gaacgttcta
      181 aactgaaaca aatggggggc atttgggttg gaaaccggat atatggggta ttgatggata
      241 cgcatcttta tccgctccag gagcagaaat ttataaagcc caagtccaag gtcatacaag
      301 ttgtatttgg gagtgtaatg acaagacata tcgcaaaata accccattca aatcaagtgc
      361 tgtatttgat tttaagagag ctggaatcta taccatatct gcaactggag tgaacgattg
      421 cggacgttct aaaaccgtgt cttatactgt aaaagttgat aatcgtcgca cattttccct
      481 cttccccaac cccgccacgg atgttgtgac actcaaactg acggaaccgg acgatggcat
      541 tc
//
LOCUS       SEQF2637|AYYD01000218.1  385 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..385
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttttcacgct ctacaccacc cgtatgcccg gttattccgt gcaactcccc taccagagtc
       61 ccaacagccc cgcgctgatc tatcaaagca caaactttga ctacaagcgc accatgggga
      121 tcagtttttc tgcccccata cgtccctttc ccaacgtgaa cacccgtctt accctcaaca
      181 cattcaccga ccgcgtccgg catagtcatt ttcacgacct cacgttcgac cgtcgccgca
      241 tgatcctcta tgctcgcctc gacaacacca tccatctcgg ccgttccctc actcttgagc
      301 taaacgcatc ggccatcacc ccgagcatgc agggtatagc cgacatcaac ggcctctggc
      361 gcatcgatac gggtctaaaa tggac
//
LOCUS       SEQF2637|AYYD01000219.1  442 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..442
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agctggatcg gaagatcgcg ctctcacttg caccaccgac gccgccggaa aaagaggagc
       61 aggcagaaag caagaaacag gtatccgctc aattgtatgt ccctgccccg ctccaacaca
      121 aggctgcatc cccttcttcc gcaagcctgc aagaagaacg agatgtcgcc aatcatctcg
      181 ttgtggctaa accgaagtgg aggtaatacc gagaaaggct gcgagcttct tcatgccttc
      241 ttggtgcttt aagggatttc cattgcacag ccgggaaaga gctaaaacaa ccgtccaaaa
      301 gagacatagt aagttattct atcacttctt tctcctgagg atctatgtgt gaaaaaatct
      361 ccaataaaaa tacttccttg ctcttggctt atgattgata gaaaaagcga cgggtcagtg
      421 tatgtattta tcagatagac at
//
LOCUS       SEQF2637|AYYD01000220.1  497 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..497
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttcatcggcc cttccgagac tctcaataag cagatcaagg acatgatcgt cgaagacctc
       61 gacaagctcc tgaagaaggt gagaaaagga gatctgatca tttgtagcga gctttcccgc
      121 ctcgggcgca acctctttat gattatggag atcctgaata tctgcatgcg gaaagagtgc
      181 cgcgtatgga cgatcaaaga caattaccgc ttaggcgacg acatctcgag caaggtctta
      241 gcctttgcct ttggcctctc ggccgagatc gagcgtaacc tgatcagcca acgcacccgt
      301 gaggcgctgg cccgtaaaaa ggccgaaggc gttgtgctcg gacggccgaa gtatactcgc
      361 aactcacagc ttaattcggt ttgcacaagg cggcacaagc acatccttac tttacttgaa
      421 gagggcgaga gcattcctcg gatcgcaggc aagattggtg tcgctcgagg tacactctat
      481 cgctacttgg cttatac
//
LOCUS       SEQF2637|AYYD01000221.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acagcccgta ggtagcgacg ggtgagggta aatcttgttt tcatattctt gattgaggcc
       61 tttgtagagt aatgcagatg caaggcgcca aggccgaagg tgagggagtg tacataaagt
      121 acatgaccga acctgagtgc cgaaggcaac gccgcagatg cgctgttata cgaaggactc
      181 agcgcttgta ggtttggata tccctgttct cccttacgag aaagtgctcc atgaggaaac
      241 cttgcgggtt gttgtc
//
LOCUS       SEQF2637|AYYD01000222.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgtgggcgtc gacggggatg tggtcgaaga gctgaaaggc gaaggctagc ccgatgcaag
       61 gcaaggtgag gtcggagagc aggcggtcgt agtatccgcg gccacgaccg aggcgattca
      121 gctggcggtc gaaggcgatg ccgggcacga cgatgaggtc gggccgtggt gcgtcagtgg
      181 cggaggtgtc gacggacggt tcccagatgt cgtaggcgcc tttgtgcagg ctgtccggac
      241 ccgcataggg actgtc
//
LOCUS       SEQF2637|AYYD01000223.1  311 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tactaataat aatatacctc agaccttgaa cccatgaaag aagaacccat gaacactccg
       61 cccggttgcc cgatccggat cggcttcggg tcgctcaaag gcggcacggg caaaagcacg
      121 ctggcggaga tcacggccag ctacctctgt tacactgaag ggctgcgcct cttcgtcgtc
      181 gattgcgact actcgcaata ctctttcttc ggactgcgcg aacgcgacaa acaaaccata
      241 cagaacggtg agccggcgtt gcaggcacgg atgaagaagc actttgaagc gctcggccgg
      301 gaggcttacc g
//
LOCUS       SEQF2637|AYYD01000224.1  485 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..485
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             20..343
                     /locus_tag="SEQF2637_00044"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIADQAQIGNGKDGRELVLIDSDDVIRLFHAGQMLDGTGDAES
                     KIDVGADSFARLAHLTFVADDTGIDHRTRRRDFGADRFGQLGEHAESFVGAYAAPAGD
                     EHMCL"
ORIGIN      
        1 tcagggcggg cacgatcttg tgcagatcgc cgaccaagcc cagatcggca acggaaaaga
       61 tgggcgcgaa cttgtcctta ttgacagcga tgatgtaatc agactcttcc atgccggcca
      121 aatgctggat ggcaccggag atgccgaaag caaaatagac gtcggggcgg acagttttgc
      181 ccgtttggcc cacctgacgt tcgtggccga tgacaccggc atcgaccatc gcacgagacg
      241 acgagacttc ggcgccgatc gtttcggcca acttggtgag catgccgaat ccttcgtggg
      301 tgcctacgcc gcgcccgccg gagacgagca catgtgcctc tgatatgtcg accatggctc
      361 gctcaacgct cactttttcg aggagtttga tgcgaaactt ggagcggtcg aagtgaatcg
      421 tcatgcgttc gacttcgccg gagcgggtgt agtcgcgcgg cttttgacgc attacgcccg
      481 ggcgg
//
LOCUS       SEQF2637|AYYD01000225.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accgatggct gcttatatcg ataatattct ccgtgaacat ctccgaacgc atcgggatct
       61 gctgaacaat gccgcggcca gacaaagacg taaaacgacc gtttcactat gaacgtcatg
      121 gaaacctttc ttcttaacct gctcctcctc ttgggtgtga tatggatgct gcttgggatc
      181 ggtcacttcg gttatcaggt atggcaatcc cgaggccaaa aacagaatcc gtccgacacc
      241 tctgga
//
LOCUS       SEQF2637|AYYD01000226.1  522 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..522
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctatggtgta gataaggatt tcaatgcagc agaggcatgc aaatttgggt tgttgttgaa
       61 gttgctggag aatgaggatt ctgcaagttt gataaacgag caccccattc tgccagactt
      121 ggcaaagaac atcttctttg gcaatagtct gctatcaagt tgcgacatta aagctacaga
      181 tgccagtgat attaatccgt ttgattttgg caccatgcgc ttcgatgcca tcattggtaa
      241 tccgccctat ctgacgacgg aaggtatgaa gaatgtcact cccaaggaac ttcctttgta
      301 caaacagaaa tatacgagtg cctacaagca atttgataaa tacattgttt tcgtggaacg
      361 agcaatggat ttgctgaatg acaacggcct acttggctat attgtcccat taaagtttat
      421 gaaggttgga gcaggtcagg aacttcgccg tcttatctca atacgaaaat ctcttgaagc
      481 tattacagct ttcggtgctt gcaaggtatt ccccggaaag tc
//
LOCUS       SEQF2637|AYYD01000227.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gattcagcgt gtgcaaatag gtggcctcaa gcaacgtaaa gctgtaatcc gtccgctgct
       61 tatcagtgat ccgactgtcg taagtctcgt tccggccttt cagaatcaac tcattcaatt
      121 gatagtccgt ggctggaacg gattcgtcac ccatacggat ataggcggtg tggtggttgt
      181 catggacgta gtaaaaaggc gtcagtttcc cggaatcgac ccggacggcc aacgcgctct
      241 tgccatcatg tgcgatcggt atacactcga ag
//
LOCUS       SEQF2637|AYYD01000228.1  335 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acgtcgtatc tcactttccc agtctcgatg tggcctatgg ttacaatttg tgcctatagc
       61 tgtatttatt aataattttt cattctgata attgtaattt agtcgtaagc tatggttgtc
      121 atatttgaac ttagccggaa ctcccaattc agttcgcata atagtttcat ttgtaaagtg
      181 gaatatttca ttattctcac gccacaattt atgccagttt ctataagcta aataatagtc
      241 cactgaaaac tgtgaatgtc catgatttat cttcgctacg acgttatctt cgccaaaaga
      301 tgtagcaatc ccctgccatg cggaaagata tagga
//
LOCUS       SEQF2637|AYYD01000229.1  489 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..489
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atctcagata ttggtattat tgctatatgg ttctccgata catgcaatta cagggggttt
       61 tatacgaaat ttaatgaggc tttaagtcag gtctcagtgt caactcgtac acgtcgtgcg
      121 ggtgtcaata gtatatatgt gttagataac acgagattca tgagattatt tgctttgcaa
      181 aatgcaatag ataatataaa gaaagaagat ggggagtata attttatata ttcgccaagg
      241 tatataagtg gcctccctct aactagacaa aaagcgttaa ctattgagag tgttttctcc
      301 gatataatat ttgcagaatt taaacgtaga ggcgaaacga cttcttacat attttatttt
      361 gggcaattag accttaatag tttccgattt ctgagaaatg cttattcgaa aacatcatta
      421 tggtataaaa gtataaaaat tattttatat gtatataata ttgatgacga gttttggaaa
      481 atagagact
//
LOCUS       SEQF2637|AYYD01000230.1  371 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctttgtatcc cctcaggtag agcttgaggg cgtagaaggc tttgtcgcgg gccgcatcgg
       61 cggccatgat ctcgtcgccc cgcccgctgt aggtgagctt aacgtagagc ttgtcgtaag
      121 cggctgattc gcgtgcgagg gccttgagga actcgtgctc ctcggccatc ttgtacttac
      181 cactccttga agagttcaca atgcgctgcg ccaaggcgcc cagattcttt gttccgagtc
      241 ttgataatga tattgccatc gtttttactg tttaagatgt gtcttttctg tttgctgtct
      301 cttgtcttgg tgatccttcc gcccgcccag gcgagccgtc ccgccgcacg ctccgcgtac
      361 cgacctgccc c
//
LOCUS       SEQF2637|AYYD01000231.1  400 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acggtacgtc tccaccatgt cgatcagttc ctcgtgatcg tggtttgtct ccgagcctac
       61 ccgctggagc gcccggaacg actgcccgca gaggttgtgc agcgcccata gcacctcgtc
      121 aatcaggtcg aacacctcgc ccagtccctc ctcggaagca tccggccccg gccattcggt
      181 aatgatgtgc agccgcacct cctgattcgt tttataggaa ccgttgtcca catgcgtcca
      241 gtccgtcgga ctgaactcga tgaacactgc cggaagccga aagggcatct cttgctccaa
      301 gaagctcata tgctggttcc acagatcgat gtgggcgatg ggctgcggcc ggtcgatgcg
      361 ccctaaggca tcccggatca cttgatacag ttcttttctc
//
LOCUS       SEQF2637|AYYD01000232.1  507 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..507
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgtatggttt gggaaggagg cagatccggc cggatattac accgtggatt agcggtattc
       61 tcccatagga tgcatttgag tattacgttg tatgctaatc gttagcagtc gggtatatgt
      121 tcggatcttc ctcaacatgt acccgacatt tccatgactt tgaagtgaca cgtttaatgt
      181 atgggtagcc acttgtttgg aggaaaagtg gcacacgcca atcgtcctcc acacattgaa
      241 agtttttact tattgaatgc aatcatcatg acaaagagat tttacctcag ccatttgctt
      301 ccggcgctat ggctgctttt cacgctgttt gcgtgcgaaa agccggaaga agtaatcaac
      361 aagcccggca aaccgaatca gggacagacc gtcacgccca gcaatcccaa tcagacagag
      421 aatctgccca aggtggatgt ggttgtcacc accctccaaa aggcgactat aggcaaggga
      481 tacaacattg tactgatggg cataggc
//
LOCUS       SEQF2637|AYYD01000233.1  337 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..337
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atataaaggt agacttgatt atgaaataag gaaacctgga agaatccaat ttatggaaaa
       61 agagcaaggc cattgtgatt tttttatgtt tgagaacaaa aagggggaat ggcaagttga
      121 agtagactgt acacgttctg ccgatggcaa ggaagtccaa aaattatttt cacagtttgt
      181 caataaagag acaataagaa tatcttcatt aaacatagac accttgagcg ataaacagac
      241 aataggattt ttttgacact ttgatcgatt atggaattac agaaggggag attacacaat
      301 ctatgtggca gatccgggaa aaggtcttct cacatat
//
LOCUS       SEQF2637|AYYD01000234.1  738 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..738
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             22..645
                     /locus_tag="SEQF2637_00045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVVDESAIKADLHHAALRSEGADAVVVQVAAMVAEGAAGGMGG
                     DDGASAEANNIVESGISSVRYVDHHADAVHFSHHLAPEGTEAAPLALSGGRVAEFVVS
                     VVTECHVRHTHALECVQSGEVAADGVTVFDGGDDGASALALEAAEVIRGASDVEEVRV
                     ADGLLLDVCESLDGIVESAAVSLVVAFALRQVGGHDDGVEPSLAHER"
ORIGIN      
        1 accgagagtg gcgccgtcgg gatggacgtg gttgatgaat ccgccataaa ggcagatttg
       61 catcacgccg ccttgcgcag cgagggcgcg gatgcggtcg tcgtccaggt tgcggcgatg
      121 gtcgcagagg gcgcggcagg aggaatgggt ggcgacgatg gggcgtcggc tgaggcgaat
      181 aacatcgtcg aaagtggcat cagcagcgtg cgatacgtcg atcatcatgc cgatgcggtt
      241 catttcagtc accacctcgc gcccgaaggg actgaggccg ccccactcgc cttgtccggc
      301 ggcagagtcg cagagttcgt tgtctccgtt gtgacagagt gtcatgtacg ccacacccat
      361 gcgcttgaat gcgtgcagtc gggagaggtc gcggccgatg gcgtaaccgt tttcgacggc
      421 ggggatgatg gcgcgtcggc cctcgcgctt gaggcggcgg aggtcatccg tggagcgagc
      481 gatgtcgagg aggttagggt agcggatggc ctgctcctcg acgtgtgtga gtcgctcgac
      541 ggcatagtcg aaagcgcggc ggtgagcctc gtcgttgcgt tcgccctgag gcaggtaggc
      601 ggccatgacg acggcgtcga gccgtccctc gcgcatgagc ggtaggttga cgcggccacc
      661 ctctttgcgt ccgaggtcga aagcgtcgaa gagcatcggc gtgtcggtgt gcgagtcgag
      721 ggtgatcatg gtgttgtc
//
LOCUS       SEQF2637|AYYD01000235.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagacaagta catgaagcag gccaagggca agcagggcga ccccggcgac cccggtaaat
       61 cggcctacca gctgtggctg gaggagggac actccggcag tcaggccgag ttcctcgctt
      121 cactcaaggg ggagaagggt gacccgatgc aggtcgtggc acggacggtg gcactcgatg
      181 cctccggctg gtcacccgat aagcgtcgca cagtgactgt ggaaggtgtc acagcctcga
      241 accacatcat cgttagcccc gctccggaat caatggaagc cgccggtaag gctggcctct
      301 atgccgtcgc ac
//
LOCUS       SEQF2637|AYYD01000236.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..430
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(212..427)
                     /locus_tag="SEQF2637_00046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECKRINHPKVILAEKGMTNKQLSEILDKNPAVISKWRTNAAQP
                     NDEMFIQLAKVLGVSVDDLLWTSGENG"
ORIGIN      
        1 caatattacg tcatcttcaa tgtggacata agtaaaacct acgcccgcat tttcagtata
       61 tttcttagac tcaaaaacac gagctatact ttctatgtca gaatcgagac caattattct
      121 gttaaatact atagttttct ttgtttccat attgtcatta cttgtgtcaa tatattttct
      181 atccatacac ttatgcttat atcctaacat attaaccatt ttcgccactg gtccacaata
      241 aatcatctac gctgacacct aaaaccttag ccaactggat gaacatctca tcattaggtt
      301 gggcagcatt agtcctccat ttggaaataa cagcagggtt tttatcaagg atttccgaca
      361 attgtttatt ggtcattcct ttctctgcaa gtatcacctt tgggtggttg attcttttac
      421 actccattcg
//
LOCUS       SEQF2637|AYYD01000237.1  348 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..348
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aatatgatct ttcatagaac ccacgtgtaa acctccatcc attggcaatg acttgtatac
       61 cgaatcaagc attcagaagc tgtttggaat ttatatcagg gctatcctga gggggcgttt
      121 ctggtctttg tccatcatcc atcctcacac tagtcttctc aaggcttgtc taatgatgca
      181 acggaatacc cagaaacatc ctctgaatgt tctccgaaat agacgccaaa caggctctca
      241 aaaggccacc atagcacctt cggcagtaat gcgatagagg cgctgattgg tggtaggaga
      301 gaagagcggg ccgaggcgat cgatgtaagg cccgagcttg atgtagtg
//
LOCUS       SEQF2637|AYYD01000238.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             50..274
                     /locus_tag="SEQF2637_00047"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQLVGRGACGIIATHDLQLGALANEFPDAVENGCFEADMTADT
                     LTFSYRLRPGVAQNMNACFLMKRMGIIMGS"
ORIGIN      
        1 cctcaagggg accaactcgg aggacaagcg gaagggttcg ctggcactga tgaagcagct
       61 cgttggccgt ggagcgtgcg gcatcatcgc cacgcacgac ttgcaactcg gtgccttggc
      121 caacgagttt cccgatgccg tcgagaacgg ttgcttcgag gccgatatga cggccgacac
      181 gctcaccttc tcctaccgcc tgcgccccgg cgtggcccaa aacatgaacg cctgcttcct
      241 gatgaagcgg atgggaatca tcatgggtag ttagaggt
//
LOCUS       SEQF2637|AYYD01000239.1  417 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..417
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             91..300
                     /locus_tag="SEQF2637_00048"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVSYRTLNDILNERRSLTTRTAMRFEAALNVPADSLMRLQLKY
                     DLHMAQTDKKLSGTLARIRQAAAIL"
ORIGIN      
        1 ggctacggct ataccccgac gcatccaggg gaagtgttgc gggatgagat cgaatgccgg
       61 ggcatctcgc tttcacgctt agcacgacag atgggcgtct cctatcggac gctgaatgat
      121 atactgaacg agcggcggtc gcttacgaca cggacagcca tgcgctttga ggcagcgcta
      181 aacgtgccag ccgattcgct gatgcgcctg caattgaagt acgatctgca catggcgcag
      241 accgacaaga agcttagtgg tacgttggca cggatacgtc aggcagccgc tattctctga
      301 gaagcgcagt cgctcctcct cattttttcc cttttccctt cttttgcgcg ccgtttaact
      361 gcggcacaaa catcatttaa tcactaatta attatgaaca gaaagagaca cctgaac
//
LOCUS       SEQF2637|AYYD01000240.1  473 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..473
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             44..277
                     /locus_tag="SEQF2637_00049"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAKKEAIYLENAVAGLVVRAGVSGIFRMNHRFALTMMGYAPNH
                     CAAGYERILRTVCLMMKSKKLSAAPINDSTKKP"
ORIGIN      
        1 acagaacatc aagggggctg ggctgaatgt gaacagcaag aaaatggcag cgaagaagga
       61 agccatctac ttggagaatg cagtagctgg acttgtagtc cgcgcgggtg tttccgggat
      121 tttccgaatg aatcaccggt tcgcactgac gatgatggga tatgccccga atcactgcgc
      181 cgccggatac gagcggattt tgcggactgt ctgtctgatg atgaaatcga agaagctatc
      241 cgccgcgccg ataaacgatt caacgaagaa gccctaagag ctgccggcaa cgcgattgtc
      301 ccgcaagtgg cttatgagat tatacgaggg atcgtagaga tagagcgggg ggagcatttt
      361 cctgacgtca ggaaagaagc agacaaggta taagagtaag atgttataaa tttcttttga
      421 taggggcggc cggagtccgg gatggatagg ccgcctttgc tgtatatagg cgg
//
LOCUS       SEQF2637|AYYD01000241.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acacaattct gtatttccac tatatgaatc attttcaaat gtatcaaatt gcttgccatg
       61 aggtatgggc cccacaagtt gattttttga aacattgaac tttgatagtg acgtcaaatt
      121 tgccaattgc tccggaatat caccaacaag tttgtttgaa gatagatcta accattcaag
      181 attgctcatt tcaccaaatg atggtggaat tttacctgta agctcattat gagaaaagtt
      241 aagccccttc aatgatttaa gcttaccgat tac
//
LOCUS       SEQF2637|AYYD01000242.1  462 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..462
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cagccgtacg ctcgtgttgc tggccaacgg cgtccatgga tcgctgagag ggtagctgaa
       61 gagggagggg gaatcatttt tttatagcgg ttcttcgtag cgcagagaca gatttttatt
      121 cgtctctgcc ggtgatgggt gtacgtttgt tgctattgaa aacgttgaga gtaggtctga
      181 gaggtgatcc taaatatatg cggaagaaaa aaagtgatcg tttgtttcga tggatcttca
      241 ttgcatgaaa aaataagcgc caatctgctt gagtgggcgc tatttcatac ctaaatgatc
      301 acgtatctcg aggaagtata atcagaaacg ctgcaatcgg aagtgctcct cacaggagca
      361 cggctattga cgttgcaatc gggtatgctc ctcacgggag catggctgtt gatggtgcaa
      421 tcggcggcgc tcctcgcggg agcatagcta ttgatctgtc tc
//
LOCUS       SEQF2637|AYYD01000243.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..382
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagatcacct tgacatactt cccgtcggcc gtacgaacga cgaagacgtg atcgttgagg
       61 gtgtacgtcg ggggcgggcc ggagaagcgg acggctttat tgagcgccac gttgccggac
      121 gtcttgctcg tcgtcacctt accattggca aagccgttca tggtgatctc cacatccgtc
      181 acgtagccat cagcgggtgc ttcagccacg tcggagaagt tcgccttgtc cgtctctacg
      241 gcgccaccct tgcctttgcc cgaaaggccg ctgttggtgc gcatatagaa gcggttgaag
      301 gcgatgtccc agtcggtacg tgtcgcacga ttctcctccg tcacgcctga cacttcggcg
      361 ccggtggcaa aggagaagta ga
//
LOCUS       SEQF2637|AYYD01000244.1  902 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..902
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggatgtatgc cgaggggcac tgcttcttta cctacgtcag cgacaacgcc gactcccttt
       61 ccagctgctg ccgattgcgc aacgagatcc aagacaatgg cttcagctac acgctcggag
      121 ccggcggtgt ctccactgga tcgaaaagcg tgctgacgat caacctcaat cgctgcatac
      181 agcatgcgag ccgcgaaaac atcccctaca tgaccttcct tgaagacgtg atcgacttgg
      241 tgcacaaagt gcaactcggc tacaatgaga atctgaagat gctccatgcg aaaggtatgc
      301 tccccctttt cgatgccgga tacatcaaca tgagccggca atacctcacc atcggtgtta
      361 acggcttggt cgaagccgca gaatacctcg gcatagagat cagcgacaac ccgcagtatg
      421 ccgcctttgc cggcagtgtg ctcggtttga ttgagcgata caacaagcaa taccgcacca
      481 aagacgtgat gttcaactgc gagatgatcc cagccgaaaa cgtcggcgtc aagcatgcca
      541 agtgggatcg cgaagacggc tacatcgtcc ctcgcgactg ctacaacagc tacttctaca
      601 tcgtcgagga cgattcgctg aacctcatcg acaaattccg cctccatgga cgccaataca
      661 ttgagcacct taccggcgga tcggctctgc acgccaacct gagcgagcac ctctctcaag
      721 tgcaataccg gcaactcctg cgcgtagccg ccatcgaggg ttgcaattat ttcaccttca
      781 atatccccaa cacgctctgc cgcgactgcg gacacatcga caagcgctac ctcaaggctt
      841 gccccgaatg ccacagtgcg aatgtcgact acctcactcg agtcatcgga tacatgaagc
      901 ga
//
LOCUS       SEQF2637|AYYD01000245.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agggagtgga caatgtggtc gacgccttcg agcgcaagat cccgttagtg gaggataagc
       61 agctcatcat cctgcccacg acgtgcggca cagggagcga agtgaccaac atttcgatcg
      121 ccgaaatcaa gtcgaagcag acgaagatgg gtctggctga cgatgtgctt ttcgctgacg
      181 acgccgtgtt gatccccgag ttgttgcagg ggctgccgta ccgtttctac gtggcaagct
      241 ccatcgatgc gctgatccac ggcatggagt cctacct
//
LOCUS       SEQF2637|AYYD01000246.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gggggatgtc gttcggactt tctgtcagtt cctccaccgc agccgcccgt tcttctttct
       61 cttttggcca gccttcatct atgaacggat tcgcgccgcc cacgaaatag gcattgaaca
      121 cattcgccgc gaagcccttt ccgaggcgcg aaccattgac cgcgatgccg tttgcatcgt
      181 caatgaaggt gatgccgtac aggcgtccgg cagcgttgat tcgggtcacg gtttcgatgc
      241 cgtgccc
//
LOCUS       SEQF2637|AYYD01000247.1  325 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttaaggagta aactgagtct taacttctag aataatgcat tgaaggaggt gtttggcctg
       61 cacactttgc atagaagatc cgtcgactaa tgaatcatgc ataaaaaaga aaagaaacga
      121 aaccgaaaaa aaagtgtaca gacaatgcaa attacatttg ttaaaccctt atagagacac
      181 atggttggaa gtaattcaat tcacttcaca ttctgtgaaa aaaaattagc tcattaatac
      241 aaatgaatgc gatgtgaaat gcaatgactt atcatttttg gctgagccaa gatgccccca
      301 gagatctaat ggagggaatg aattg
//
LOCUS       SEQF2637|AYYD01000248.1  802 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..802
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(122..757)
                     /locus_tag="SEQF2637_00050"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEEERSKQAIGLLVTGVYLAQSGTGNEHLDVGTAISSLLQREI
                     NNMLGSLGGDVPFSFDVNTYDGTDGKGRRIDYLGRFYMGFLKERIYTTLGMRYSTNDP
                     VMGNRLYLDEASLEYRLDADGSRFVKVYNQTDYENLFEGEIRKTGVSAIFRRKVKRLA
                     DLFDFRKRRNRTVVTEPEPAAPDTNETETDSTEGAPAEDTTRRDADPSPND"
ORIGIN      
        1 tgacggtgta gagcacttca cccgggggaa gcattttcgt cgtggagcag gatgcgctga
       61 gcagaagaac aaagaaaaaa agggggagga ggggggagtg gttcggcttc atctttcttt
      121 tttagtcgtt aggggaaggg tcggcgtccc gacgcgtcgt atcctcggcg ggagcgcctt
      181 cggtggagtc cgtttccgtc tcgttcgtat cgggggcggc aggctcgggc tcggtcacta
      241 ccgtgcgatt gcgacgtttg cggaagtcga agaggtcggc caagcgcttc accttacgtc
      301 tgaagatggc gctcacgccc gtcttgcgga tctcgccctc gaagagattc tcgtagtccg
      361 tctgattgta caccttgacg aagcgcgaac cgtcggcgtc gaggcgatac tccagcgagg
      421 cctcgtcgag atagagccgg ttgcccatca cggggtcgtt ggtcgagtaa cgcataccga
      481 gagtggtgta aatgcgctcc ttgaggaagc ccatatagaa gcgaccgagg taatcgatac
      541 gccgaccctt gccgtcagtg ccgtcgtagg tgtttacgtc gaacgagaag gggacgtcgc
      601 cgcccaagct gccgagcatg ttattgatct cgcgttggag taggctactg atggccgttc
      661 ccacatccag atgctcgttg ccagtgccgc tctgggccag atagacaccc gtgacaagga
      721 ggccgatggc ctgcttgctg cgctcctctt cgcccatggc ggccagctgc gtctgcacgg
      781 tgccattctt aggcgcctcg gg
//
LOCUS       SEQF2637|AYYD01000249.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cataccttct actttcactg ctttgccctc cactagatct ttgtattgtt gatcagagag
       61 aatgacgcct ttgatctctt gaggaatgct tacacggtcg gcacgcaagg cgataatctc
      121 attggtctgt gggtcgatgg agacgtaggc tgcaaaaggc tctccgctct tgggtgttac
      181 ttcgatggtt ttgccgagat tgccggttgc gagtagttgt tccttctctt caggtgtagc
      241 ggatcgtggt ggcgtcgtac tccggattgc cgccgaggga gacggtgtag acg
//
LOCUS       SEQF2637|AYYD01000250.1  510 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..510
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcccagagct gatcggcatc gtgaattacg gtgcagtcgc gctcaatcag tgctttcatg
       61 gcgtagccga cgagccagac atagacgccg acgtggcgct tcagatcttc gacaatgtcc
      121 tcgcgaacgc cgtcgaagtg atacgcgaaa agaaccacga ctacggggag gcatggcgcc
      181 tgatgcggcc cacgtcctac acggatctca ttctgatgaa gctcaatcgg atccgaaata
      241 ttgaagatca ccactatctg gtagaagcgt ctgagaatgt cgagtcgcac tattacgact
      301 gcataaacta cgcccttttt cgccgtttgc agggtctgct tctcggtgtg cttgaagact
      361 gttttgagcg tgtcatcttt cccgagttca gactcagcgg cggccgcctg cttctgaatc
      421 gctccccgtc ggaggcgttc agcctcgttg gtgcgtcctt ccttttcggc gtcttcgatc
      481 ttacgggcgt attcgcgtgc gatggcggct
//
LOCUS       SEQF2637|AYYD01000251.1  275 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..275
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taacaataca agtagcgttc caaacagtgc aacgaaggaa cagatctgta aggctttcgt
       61 ctgtgaaaga tacttaggaa taagaataat acctgcgata tatcctatac tgatgctgat
      121 tggggtaatc catgagtacg tatgaggatg aggaagacct aattcacttg cataatctat
      181 aagtgtaccc aagacgatgg tctctgaacc aacataaaag aatatggcaa ttgctccaag
      241 aacaagatgt gggaactgga agacagaatg cttac
//
LOCUS       SEQF2637|AYYD01000252.1  557 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..557
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taccattcag cataacccag ttatacgggg atactacgct caacggacag aagtggagaa
       61 ttgtcaatat aaacaaggac gctaagggac ttgttcgcac tgaaaataag agagtgatgt
      121 ttaagcccta ccctggatat gagagaatgg tacatccaga atatctgaaa ctggaagagg
      181 cagtgatcta tgatttctct ttagaaatag gagatagcgt tgcaccaatt ggccttgctc
      241 catttggtaa agtggataaa attgattcag tcgaattaga ggatggttgt aagcataaga
      301 gaatccatat tggaaattat aggtatatcg aaggatttgg gaatgaaatt agttctccat
      361 ttttcatgat atctcgagct tatccaacaa tgcctagtat accaactttc gtgtgctgtc
      421 atgtcaatga taaattgctt taccgaaatc cgaaatattc ggattgtaat ggaagtggaa
      481 ttcataatga gttagttgta gagccgaaaa caaagctgca attttccgat ggacgaatta
      541 ccgtgtcact tgaggac
//
LOCUS       SEQF2637|AYYD01000253.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacctgctgg tgttgcaagt tggaccgcgc gtgtcgaagt gttacagtta ctacaccgcc
       61 caaaacgact cgctgcatcg cacgcccgag gggcaaaagg cgtggagcga gatgttcaat
      121 cgtgcgctgg cggacttacg caagcaccgc aaccgcgagc agttcctcaa cagcttcccg
      181 cacggccgca cctccaccat cgtgtacaag aaccatcccg cgggcgccat caccgtgac
//
LOCUS       SEQF2637|AYYD01000254.1  545 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..545
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(340..540)
                     /gene="carE"
                     /locus_tag="SEQF2637_00051"
                     /EC_number="1.3.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:H6LGM8"
                     /codon_start=1
                     /transl_table=11
                     /product="Caffeyl-CoA reductase-Etf complex subunit CarE"
                     /translation="MRPKLYIACGISGQIQHIAGMQESAIIISINSDPEAPINAIADY
                     VITGTVESVLPRMIKYYKKNSK"
ORIGIN      
        1 cggcatggcc atgcgcatga ctccggcacg gcgcacggcg tcgaggttct cctgcgtgcc
       61 cggtgcgtag gtcacgcgac cgtccgccac cgtcgggccg tcgcggtcga cgccctcggc
      121 gttgggggcg atgacgtcgg cgctgatctc gccgaccatc tccagcacgc gttcgtagct
      181 gtccatcgcg tcgtcaaagt cgaccggcgc gtagtcgtac gtgtctttat ctctgaagtt
      241 acgctccttc agctccacga tgcggcgcat gagcgggtgg tgcaggtggt ggcggagcga
      301 gggcgtatcg gtataaaagt ttgccatgat gcttccttat tatttgctgt tcttcttgta
      361 atacttgatc atgcgcggca ggacgctctc cacggtgccc gtgatcacgt agtccgcgat
      421 ggcattgatc ggcgcctcgg ggtcgctgtt gatggagatg atgatggcgc tctcttgcat
      481 gccggcgatg tgctggatct ggcccgagat gccgcaggcg atgtagagct tgggtcgcac
      541 ggtga
//
LOCUS       SEQF2637|AYYD01000255.1  756 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..756
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             51..206
                     /locus_tag="SEQF2637_00052"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKLSFLELAEILGGGSNFCDRMQEIASTAKDWSDEDWDKWADS
                     YERHCMS"
ORIGIN      
        1 cggaatcgaa atgcgaatag agtagaacct aactcaaaaa aacttcacta atggaaaaat
       61 tgagtttttt agagctggct gaaatcttag gtggtgggtc taatttctgt gatagaatgc
      121 aggaaatagc cagtaccgct aaagattggt ccgatgaaga ttgggacaaa tgggctgact
      181 cctacgagag gcattgtatg agttgatttg gtgctatatc aaccaacagt cgagggtgtg
      241 cttaatgtaa aatgaaaaga ttaaaagcat ggcttttatc aaagctacaa acatttattc
      301 tgatgttcag ctttagtcct tgcattttat ccattaatgc acaccctttt taatctcatt
      361 ttatttattc aaggaagtgc cgatgtgttg ttttttctta ttttttagag gcggattggt
      421 gtggatgaaa ggcgcctttc tcttttgtct ttctatttgt aactcgccca caatatttgc
      481 tcagaatcac ctaataattg gagcgacaaa gatggaggtg cattatcgcc actcgatgca
      541 gcgcgacacg gtgcggcgcc cgggcgtgga gacagactcc atgatcctcc gcatcggcgc
      601 cacggcgagc cagttcttca gccgccacac cttctacaac gactcgctct ggagcgaccc
      661 cgacggccgc gcgctggccg aggagctcac gctcgaggcc ttccgcacgg gcaatcacgc
      721 gaagatgccg caggtgccga ccacgcacga ctacct
//
LOCUS       SEQF2637|AYYD01000256.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..382
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agtttcttcc tggcaacccc caagcgcttg gaagtgcttg gaagtttctt ccagacaacc
       61 cccaagagca tttaggtgct tggaagaaac ttccacggga ctaaaagcac cgggggactc
      121 tctggaagaa acttccacgg ggctaaaagc accgggggac cctctggaag aaacttccac
      181 gggactaaaa gcgccggggg atcctctgga agaaacttcc acgaggctaa aagcaccatg
      241 gaatcctctg gaagaaactt ccatgggact aatagcactc ggaggctctc cagaagaaac
      301 ttccacggga gcctccgagg ttcaggcatt gagtgtgcgg atgcgttcgg ccacctcttc
      361 catgagccac ttgggcgtgg ag
//
LOCUS       SEQF2637|AYYD01000257.1  460 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..460
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttgccagcc cgctcagaga tgtgtataag agacggccac tggccacagc ggccgatctc
       61 taccggttcc ttgtcgcaaa gcaggcgaac aagcatacgt gatcttattt gaattcattg
      121 gtttttcaga aatgacagaa ggagccgctg gggttcgtga gaataggcga ctttgcaatt
      181 gtaaacaacg atggggcgat gcccctgcat tatatacatg agttttttcg tttcagcttt
      241 tgactatttc agtagtgagg cggccgccct tccgtgatgg acaggcggcc gtcaacatgt
      301 aaaaaggccc ggtagagaca cgctctgccg ggccttgctg ttgctgtggg ataagccccg
      361 aaagccgtca taaaaatcga actcggggcg gctgaacacc ccgcaaaccc acatgagtag
      421 cggtttttgc tcgtctcata aataagacga gcaaactttg
//
LOCUS       SEQF2637|AYYD01000258.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcgatgagt ggcggcctgc tgttcttggg cggtgtactg ttcgcgtttc agatctacgg
       61 cgacttctct ggctattcgg acattgcaat cggcaccgcg cgcctcttcg gaatcgactt
      121 gatgcgcaac ttcaacatcc cctacttctc acgcaacatc tctgagttct ggtcgcgatg
      181 gcatatctcg ctcaccactt ggtttcgtga ctatatctac atccccttgg gaggaaatcg
      241 tgaaggccgt cttagagcag tacgcaatac gc
//
LOCUS       SEQF2637|AYYD01000259.1  392 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggactgatct tccgatcagt cccagggccg gggtcttcgg acgaatctta tttcaatcct
       61 ctgaccgccc caaaggtaac tcaactattc aaacaccgat caaacggcat tcaaacagcg
      121 cataaatcat gaccgacaag caatttttcc acaaactggc ggctgttcgt ggagacatcg
      181 acaagctggt gtccgataag tggccgcgca aggccggtgt gatggccgtc agcctcttcg
      241 atgagaactt ccgcaagggt ggcttcttga acaaggtaca cgtggcttgg aggcgcacca
      301 agcggcagaa caacccccgc atgacgaaag ccggcaagac cactgccgcc tcgtcctacg
      361 gcccgctgct cagctcccgc cgacacctct cc
//
LOCUS       SEQF2637|AYYD01000260.1  438 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..438
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttacctcgcc ttcccacttc tgcatggcca cttcggggat cttcagtttc gttttgtcga
       61 cgccttttac cagatcgagc tggttgcgat ggaactgtgc gtggtggatg gcgttgtaat
      121 tccggcaata actgcccttg atcttgacgg ttttcggtaa ttgtttctct tctgatgcca
      181 taagtaatac gtttttagag ggttgatata gttagaatgc gctgggaaac gcgggcgcaa
      241 ggtgtaaaaa aagatcgtgt aagccttgca cgaccctttc acagtgtgtg aaacggccgt
      301 gcaggccttg cgtggtccgt cgcagtgtgt gagatgatcg tgcaacacct gcacagcgtc
      361 gtcgcagtgt gtgaaacgac catgcaaccc ttgcacagtc tcgtcgcagt gtgtgaaaca
      421 gccatgcaac ccttgcac
//
LOCUS       SEQF2637|AYYD01000261.1  400 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcatagaac gatccggcgt aggcatagtc gcgctcacgc gtctggtagg gcgtctggtt
       61 cagataaagc acgatggcga tgccggtcat gaagaagagc aggaaggtga tccagaacga
      121 ctgcatgccg cggcgtccgc tgcccagctg atagaagata ccgaggatac cgagcagcag
      181 cgggagcatg tagtagacgt tgtggccctt gttgttgatg atgtcgttcg gcatattgtc
      241 ctgcgggcca accatgaggg cgtcgatggg tttgatgccc gtgatccagt tgccgttcag
      301 gatctcgccg gcgccttgga tgtcattctg tcggccggag aagttccaca tgaagtagcg
      361 ccagtacatg aagttcagct gggagcgcac gaagaagacg
//
LOCUS       SEQF2637|AYYD01000262.1  410 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..410
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(190..402)
                     /locus_tag="SEQF2637_00053"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGIKVVIMRTEGIKNIPNSRKRGAFIQCLFRAGALRDNNGNDDI
                     AILLFVNLPSMKRTHHTPYPLHHIYL"
ORIGIN      
        1 gttgtgcata tctcggctcg ccatgtagat ggtagtatgg gggcaatgga acgaaacgct
       61 gctttagcat ggttagcaga ggttacagat gatcctcaag agtgccgtgt tgtgaccaat
      121 gtgcgctgtc tatccgaggg tgtagacgtc ccggctctgg acgccgtgct tttcctctcg
      181 gcgcgcaact cacaggtaga tgtggtgcaa agggtatggc gtgtgatgcg ttcttttcat
      241 cgagggcagg ttgacgaaaa gaagtatggc tatatcatca ttcccgttat tgtccctgag
      301 ggcaccagcc ctgaagaggc attgaatgaa agcacctctt tttctgctgt ttgggatatt
      361 cttaatgccc tccgttcgca tgatgaccac tttaatgccc atgtcaatac
//
LOCUS       SEQF2637|AYYD01000263.1  481 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..481
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(171..359)
                     /locus_tag="SEQF2637_00054"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLGKYTKEGSSLMTMGLIGGAAITVLFGLIKDVSNIQYAYGIC
                     FVSFSYILFYAFKGYKLR"
ORIGIN      
        1 gatatacagt aagctgagag gctacttaat agattcagct cgcacgctct atgtcctcct
       61 ttaaaaagga caaagagctt cacgagctgt agaaggagaa gttttcaatt caacttatat
      121 cacttctcaa atagattacc gatatcctta tgctatagaa gaagaagttt ttatctcaac
      181 ttatagccct tgaatgcata gaaaaggata taagagaagc tgacaaaaca gatcccatac
      241 gcatattgaa tgttgctaac atccttaata agtccgaaca acacagtgat agcagcacca
      301 ccgataagtc ccattgtcat tagtgatgag ccctccttgg tatatttacc taagtccata
      361 agagccaaag gccagaatgc tggccacatc aatgagcagc ctaatgccat gatacctaca
      421 gcataaatac tataaacacc cgggagtaac aatacaagta gcgtcccaaa cagtgcaacg
      481 a
//
LOCUS       SEQF2637|AYYD01000264.1  464 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..464
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(136..450)
                     /locus_tag="SEQF2637_00055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDGKEQLFYRGNLTAARGYLVYTPKETGERYYSLRLFFNIESK
                     EEVTTTIVDWGDGHRDVFKVAFIRKENRISQRSIWLNDSLIFDLQKKIDSTTDYIFEI
                     KR"
ORIGIN      
        1 acccgggtag gggcgtatcg catacgccct cagggtacca gaaagaagag aggcgacggg
       61 gggcgaccca ctgctgggtt accctcccga cgcctctctt ggtcttatac cgacctctgt
      121 atcggtgtgc agcgcttagc gcttgatctc gaagatgtaa tcggtggtgg agtcgatctt
      181 cttctgaaga tcaaaaatca gcgagtcgtt cagccaaatg ctccgctgag agatcctgtt
      241 ctccttgcgg ataaatgcca ccttgaacac gtcgcgatgg ccatctcccc aatcgacgat
      301 ggttgtcgtc acctcctctt tcgactcgat gttgaagaag agcctcaggg aatagtagcg
      361 ctcaccggtc tctttggggg tgtacacgag gtagcctctg gccgcggtca gattgccgcg
      421 gtagaagagc tgctcctttc cgtcgagcac atagtagacc ttga
//
LOCUS       SEQF2637|AYYD01000265.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agataggccg atgccgtagg gccgatcgag acagacagcc tcaaacaggt gcctgtttgg
       61 ggcactccag ataatcgcac ctttgcggtt ggaatatttc aatgcaaata caccgtggat
      121 atatctacag agagcaaaat caaccgactg ctaaagtccg ggcagaaggg agggctatac
      181 ttctccggct ggcttagccg gcaaggctac tccccccagc tgatcgaccg ctatcgctcc
      241 tcgggttggt tatccgcttt gtcgagatac tgtctc
//
LOCUS       SEQF2637|AYYD01000266.1  344 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcatgcatg atatcatcga gaggaatcat ttccagctta tcattgtcat tcttcctata
       61 aggaaatatc acacatgcat ttggtttaaa tgtgcgataa gtattcaggg catcatcacc
      121 agttgaagtt tggaaatatg gccttgtaac ctccttctct actttccaat cttgaccatc
      181 tttctcgaag gtataaatgc cattcctttc tgacttaggc tggaacacat atactttgtt
      241 ggcacttgtt tggatgccat taaagatatt atcctcacca gtaattgcaa gaagtgtagt
      301 gctatttgac aggatagtat catacgctcc cctaagctgt tcag
//
LOCUS       SEQF2637|AYYD01000267.1  722 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..722
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttaccgtaa tgccagcctg aacagccagg ttataattca gatggtttgc cggatcagtc
       61 gtggtaagat gcacctttgc tcccagtttt gttaatttca gggctatttc agtggctaaa
      121 gtggtttttc ccacgccgcc ttttcccata gtaaaaacaa ccctttttcc tgattgatag
      181 aggtcgttta ccagttcatc catccctttg gcatcggtaa tccgctgata gttcgcatca
      241 tttgttaaat tatcattgta aagcatccgg cggatattcg caacattaga taaattgtat
      301 gaccgtaaag gaacataata agacggatat tccagcagtt ccgcaggaat ctgtttcagg
      361 gcattttgct gcctgtcata tatctgtttc gatacgttat cggcttcatc taattgcagc
      421 aaaagcccgt tgattaccaa tagctggttt ctaattccca gtaattgcaa ttcatgtgaa
      481 gaacgggcgg cttcttttaa tggtgcgatt tcaggacggc taaccaatac taagcgggtt
      541 gcgtttgcat ccgaaagtgt ttcaactgcc tgcttataga tacctttccg ttcttccaaa
      601 ccggataatt gacctaagca agatgcaccg tgcgtactct cactaataaa tgtactccac
      661 gctgatggta gttgtaacat tcgtaacgtg tgtcccgtgg gggctgtatc aaagataata
      721 tg
//
LOCUS       SEQF2637|AYYD01000268.1 1414 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1414
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(352..1083)
                     /locus_tag="SEQF2637_00056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGELIEAQLQILRAFGGILPLAIVQERIDGGIRGCDGRLQLVRH
                     IIRQVILHLLECALLHHGANQETKRQRQQDHKEEGRKQDPSHLANDDARKGREKDTVG
                     IVSLRIERISSHMPEGRALHVARRGGLQDVSGLLVHDFSTQHTERHAADAEFGVYQAI
                     QGLKIDGIRGIQLLMDRSAHLASQLLEFDVRRFRRDDRHHRGMPLSDRSITHRHDGVV
                     VFFLLDQDGTVLCARISAAFLQTQL"
ORIGIN      
        1 gccccgcaag tgtctcgaag aactttttgg tgtttgcgga acttccgcaa gtgtctcgaa
       61 gaactttttg gtgtttgcgg aacttccgca agcatttcca aaggcacttt ggccgttacg
      121 acatgctgtc agagacatgc tctatgaata agggaatctc attcttttgt cgaactcacg
      181 ttatctacga tggacatccg aaaattcaaa cgcgccgtgg ccgccatcct cttgggtatt
      241 actgcgctct tcgtcttcaa cctcttttat ctcaagggac tcgctgatgc gctgcacgac
      301 gaggccgcac gcgtcgtgat ggcctgtatc gagagcgccg atagcaagga gctacaactg
      361 cgtctgcaaa aacgccgcgc tgatccgagc gcaaagcaca gtgccatcct gatcgagaag
      421 aaaaaagaca acgactccat cgtgacgatg cgtaatgctt cgatcggaga gaggcatacc
      481 acggtggtga cggtcgtccc tgcggaatcg ccttacatcg aactcgagca actggctcgc
      541 gaggtgcgca cttctatcca tcaacagttg gatgcctcgt atcccgtcga tcttcagacc
      601 ttggatagct tgatagacgc cgaactccgc gtccgcggca tggcgctccg tgtgttgcgt
      661 gctgaaatcg tggaccagaa ggccggacac gtcttgcaag ccacctctcc gggcgacatg
      721 aagcgcccga ccttcaggca tgtggctact tattcgttca atccggagcg acactatgcc
      781 taccgtgtct ttttcccgtc ccttacgggc gtcatcgttc gccagatggc tgggatcttg
      841 ttttctacct tcctccttat ggtcttgctg gcgctgtctt ttcgtttcct gattcgcacc
      901 gtgatgcagc agcgcacact cgaggagatg aaggatgact tgacgaataa tatgacgcac
      961 gagctgaaga cgcccatcgc agccgcgtat tccgccgtcg atgcgctcct gaactatcgc
     1021 caaggggagg atccctccaa acgcgcgcag tatttgcagc tgtgcctcga tcaactcgcc
     1081 catttgagcg gattggtgga gcaaatcctc aacatgagcc tcgaaagacg gcgcgatcaa
     1141 gacttgcacc gcgagtccgt ccccatccgc gcactcttgg agcggctgac ccggctgtac
     1201 agcctccgtg ccggccgtcc cgtacgcttc cgcacggagg tagcgcctga cgatctgacc
     1261 tttcaggccg accccgagca gctgagccaa gccatcggca atttgataga caacgccatc
     1321 aagtattccc ccggcgagcc ggaaatcacc ctctgggccg ggtgtgaggg ggctttttac
     1381 gccgtcacgg tgagcgatcg cggctgtggc atcc
//
LOCUS       SEQF2637|AYYD01000269.1  342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             82..339
                     /locus_tag="SEQF2637_00057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIIGDVRPRWVIGENVAGILSMVQPPHVATLESEPDLFGAGN
                     ELQTKCGQYTVHRICKDFEAIGYTIRPVVIPAPSRRGTPPT"
ORIGIN      
        1 accgggggct tcccctgtca gccattcagt tcaacaggga agcgccgtgg agcggcggat
       61 gaccgttacc tctggccaga aatgctgcgc attattggtg acgtccgacc gcgctgggtt
      121 attggtgaaa acgttgctgg catcctctcg atggtacaac cgcctcacgt cgctacgctg
      181 gaaagcgagc ccgatctgtt cggagcgggt aacgagcttc aaacgaaatg cgggcaatac
      241 accgtccacc ggatctgcaa agactttgaa gccatcggat ataccatccg gccggtggtt
      301 attccggccc caagccgtcg gggcacccca ccgacgtgac cg
//
LOCUS       SEQF2637|AYYD01000270.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagacaggaa tagaccatcg tacccgcata gtggttctta tcgcccgtga ggcggaacga
       61 cagcgagggg cccatcgcga taaagggggc agtgctgggg aaggggaagc ggaacttcaa
      121 cgacatgggc aggtcgatgt aatcgttgcg gaaatctcta ttgtgtccgt agccctcgcc
      181 gatgccacgc tggctgaaga gcagcgcacc gtcgacgtat agccccgggg cgggcagatg
      241 gatctccat
//
LOCUS       SEQF2637|AYYD01000271.1  715 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..715
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             38..496
                     /locus_tag="SEQF2637_00058"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGKRFIDFSKVTDLTVALLCDNMNVRTELTPGEHFRVSGDRL
                     TVLLDKTLTVRVGKYKVLVRGKYEGQWIAFDPYAFVIVRTPVPSVYEATRYGMTGHFE
                     ISVAFGDSAGEEVDPVFQNSPAGNIRQEDIDEWNTPPSTLSDAEIDAICK"
ORIGIN      
        1 gatcaaccaa ggcgcatcgg ccaccttcga cctgaacttg aagaaaggca agcgcttcat
       61 cgacttctcc aaggtgactg acctcaccgt ggccctgctc tgcgacaaca tgaacgtccg
      121 cacagagctg acccccggag aacatttccg cgtgagtggt gaccgcctga cggtgctctt
      181 ggacaagacg ctgactgtcc gcgtggggaa atacaaagtg ctcgtgcgtg gcaagtatga
      241 gggacagtgg atcgctttcg atccctacgc cttcgtcatc gttcgtactc ccgtaccctc
      301 cgtctacgag gccacgcgtt acggcatgac gggccatttc gagatcagtg tggccttcgg
      361 cgacagcgct ggtgaagagg tcgaccccgt cttccagaac tctcccgccg gcaacattcg
      421 gcaagaggac atcgacgagt ggaacacacc gcccagcacc ctctctgacg ccgagatcga
      481 cgcgatatgt aagtaacaac aaaccattaa caattcaaca acattctggc ttaagggtca
      541 aatatgttcc tgcggggtgc aataacacac tgtgagtcat gtatatgtgg tatcttatag
      601 tattatgaga gaacaaactt gaaaaaaaag tgccctcgtt gcgggtcgaa agaggtgatt
      661 cgcaagggca cacgcaatgg tgcatcttat tggttctgcc atagctgtaa acact
//
LOCUS       SEQF2637|AYYD01000272.1  790 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..790
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(210..644)
                     /gene="ribBA"
                     /locus_tag="SEQF2637_00059"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5U2B7"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibBA"
                     /translation="MTGDIFGSLRCDCGEQLHMAMRMIEKEGRGVVVYLNQEGRGIGL
                     MDKIHAYKLQDEGMDTVEANLHLCHKADERDYGVGAQILSRIGVTKMRLITNNPVKRV
                     GLEAYGLEVVENVPVEVAPNEYNAFYMRTKKERMGHTLTNVE"
ORIGIN      
        1 ggtagttatg cgccttgcgg cgcggtagtt acggccttgc ggccgggtag ttacagggta
       61 gttatgcgcc ttcggcgcgg tagtgatagg gtagttatgc ctcctttgga ggcggtagtt
      121 agggggggag ttatgaggct acttctaact acctctaact tccttctaac tacccggccg
      181 aaggccgtaa ctacctgagg gcacagccct cattctacgt tcgttagcgt gtgccccatg
      241 cgttccttct tggtgcgcat gtagaaggcg ttgtattcgt tgggagcgac ttcgacaggc
      301 acgttctcca ccacctccag cccgtaggct tcgagtccga cgcgcttgac ggggttgttg
      361 gtgatgaggc gcattttggt gacgccgatg cggctgagga tctgtgcgcc cacgccgtag
      421 tcgcgttcgt cggctttatg gcagaggtgc aggttggcct cgacggtgtc cataccttcg
      481 tcttgcagct tgtaggcgtg gatcttgtcc atcagcccga tgccgcggcc ctcttggttg
      541 aggtagacca ccacgccgcg cccttctttt tcgatcatgc gcatagccat gtggagctgt
      601 tcgccgcagt cgcagcgcag ggagccgaag atgtcgcccg tcatgcagga ggagtgtaca
      661 cgcaccagca cgggttcgtc ggggcgttcg ccgatgttgc ctttgatcag cgccgcgtgc
      721 tccagaccgt tgctcttctg acggaagggg atgatgcgga aggggccgta ttcagtgggc
      781 agcttggcct
//
LOCUS       SEQF2637|AYYD01000273.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgttagtttc gtacgaggct ttacagcttg aacacccagt tcctaatact ttaattttca
       61 ttgtcattct actttaaagt taatataata atcgtagttc gtagaactac gaacgtttat
      121 tccaacaaaa aggtactgct attcacagca cgatgtatct ttacatttac agtcccctac
      181 aaaagctgca aacaattttc gggcaagttc ccagttctcc cggttgatac aataccgcat
//
LOCUS       SEQF2637|AYYD01000274.1  338 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..338
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgaatggc attcgcccca cgtgtaccgg ggggcgcaac ggcatacgga cggctacgga
       61 cgccaccaaa cgaggcccgc cccactggac tcttcttcgg gattagcccc ccccctgctc
      121 gcggttgcat tttttacctc atggagagtc tgaatccttt ttggcgacgc ccatactatt
      181 tgaattggaa ccagtctctt tagaagtgtt atcggccgac tccccgcatg tttactcgct
      241 tttaggccta ctggtgaaat aaaaaacggg atttgtaggc ttttctgtaa aatctaatct
      301 acatttgccc gcagttagaa gaataaacgg agtaaaga
//
LOCUS       SEQF2637|AYYD01000275.1  509 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..509
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(20..292)
                     /locus_tag="SEQF2637_00060"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSVSGWDMLYNDLNEMVKAAAAAYKNDPSPSKPKTPRQPSDPK
                     KPKDPKDPKDPKKPGGGTGEQPKKPGEEPKPKPGGDGNPDIHLPEE"
ORIGIN      
        1 gagcggagcg gaggggacgt tattcctcag gcagatggat gtccgggttg ccgtcgccgc
       61 cgggtttcgg cttgggctcc tccccgggtt tcttgggctg ttcgcccgtg ccgccgccgg
      121 gtttcttcgg gtccttcggg tctttgggat ccttgggttt cttcgggtcg gagggttggc
      181 gtggggtctt gggtttggag gggctcggat cgttcttgta ggctgcggct gcggccttga
      241 ccatctcgtt gaggtcgttg tagagcatgt cccaaccgga cacggagcgc atggctacga
      301 cgaggctgag gtaggtgcgc agggcctgct cgaggcgtgc acgggcggac gaggccgagg
      361 gctgagcgcg cagctcggcg ttcgcttcgg cctgttcggc atagaggtct tcgaaggctt
      421 tctgcttggc cttgaggtcg tcgtacgagg ttttgagctt gagcgtagtg aggcgggcgg
      481 tgtgctccgg cttgtcgagc tcggtgagg
//
LOCUS       SEQF2637|AYYD01000276.1  506 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..506
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gattggggca gttgaacgat agaaatatca ttaaattcta tcaacttaat ctcgggacgt
       61 gttgccttta ttcctcgcct ccttttgctg gtgatgtcaa agagagccgt atccttgcca
      121 agtacgatat gagccggagt gtatctttca agaaactcaa aaatgccccc aggggagcgt
      181 gtattgagca aggtgaacca agcttccctc aagccttggc aaatacaggc gaaaccatct
      241 accaaatgag cgatggcaca taccgaaaga ccaagctcaa gcaaagtacg aatatgagcc
      301 gagacattct ctttgtagag cgtaatctcg attttctcaa gccgggcggt cgtatggcta
      361 tcgtcttgcc tcaaggtcgt ttcaataata gtagcgacaa agctctgcgt gagtatatcg
      421 cagaccgctg tcgcatcttg gctgtagttg ggttgcacgg caatgtgttt aagcctcata
      481 cggggacaaa gacgagtgtt cctgtc
//
LOCUS       SEQF2637|AYYD01000277.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             12..167
                     /locus_tag="SEQF2637_00061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYQRKILLICSNIIIGFLKNNALFREIIKDLIREILDEREVHK
                     SEKGEEA"
ORIGIN      
        1 accgagagct gatgaagtat cagcggaaga tcctattgat atgttccaac atcatcatcg
       61 gctttctgaa gaacaacgcg ctttttcgag agatcataaa ggatctcatc cgggagatat
      121 tagacgaaag ggaggtgcac aagtcagaga aaggagaaga agcatgaaag agaaagcatt
      181 gatcttgcat gccacagatg gcggattgca ggtatttcgc cattacatcc ccttcgccat
      241 cacaccaggg aagaa
//
LOCUS       SEQF2637|AYYD01000278.1  359 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagacagtta ttataggaag taccccaacc ccacgctgaa gggcacactg acggcactgc
       61 ttatctcgtt cgccctcgtg gccgtgatga tgtatggcgt ggtgcagggt ctggtggaag
      121 tatgcggact cttcgagctg ttcttcgtca acgcgatggg tatgccgtac aatacgggcg
      181 tctatgctta cgtcatcatc gtggccgctg tgctggcatg ggccatctgg gagacgatgc
      241 gcgacgagcc caatgcactc cgcgtgcgtc tctcgttcct actctcgatc gtactgctgg
      301 gtatcccctt cattggcgaa ggctacgtgc tcggcgtgct gctgatcgca gcgctgggt
//
LOCUS       SEQF2637|AYYD01000279.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctcgagacc gtcggcggtg acgaaggagt tcagcgccat gttttgcgcc ttgaagggcg
       61 cgggatggta gccgtcctgg aggaagatgc gacagagtgc ggcggcgatc acgctcttgc
      121 cgacgtcgct gcccgtaccc gcgagcatga tggggcggag gggggaatgc attggaatca
      181 tgtgtaatga agggggatta agaagagtaa gtatgcttcc ataaggataa ggattgtat
//
LOCUS       SEQF2637|AYYD01000280.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(92..250)
                     /locus_tag="SEQF2637_00062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSKTEVMLVMIPFHGSGYRCFIETVNDELKNISQVEHSIHRYF
                     DRFIINLL"
ORIGIN      
        1 gacggattca gaacgatgta aggggagtgt aaatgaggct ttgtgcattg atagacggct
       61 tctttggaaa caggaaatag gtggtaattg cctataataa gttgatgatg aagcggtcaa
      121 agtatctatg tatggagtgt tccacctgcg aaatgttctt aagttcatca ttcaccgttt
      181 caataaagca gcgataacca gaaccgtgga aaggaatcat taccagcata acttctgtct
      241 ttgacatcat agaatcacga cgatgctttc gttttccggt agg
//
LOCUS       SEQF2637|AYYD01000281.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctcctcgtt gagcagcccg ttcagcagcg tcgacttgcc cacgttgggc cggccgatga
       61 tggccacagg caatccgtgc ttgagcgcgt tgccggcggc gaacgagtca gccagcgtgt
      121 cgatgcgtcg ggcgatgcgg tcggccagtt cgccgaggcg tgtgcggtca gcaaactcca
      181 gttcctcgtg atcgccaaag tccagctcca gctccacgag tgaggcaaac tcgaggagtt
      241 gtgcgc
//
LOCUS       SEQF2637|AYYD01000282.1  672 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..672
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             340..561
                     /locus_tag="SEQF2637_00063"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYWTLELASKLEDAPWPASKDELIDYAQRSGAPLEVIENLQEME
                     DEGEVYESIEDIWPDYPSKEDFFFNEEEY"
ORIGIN      
        1 cgacacgatg gcgtctcaat ggccattttg gcctcgtcat gcgacacgat ggcgtctcaa
       61 cggccatttt ggtctcgtca tgcggcatga cggcgcctca atggccattt tggtctcgtc
      121 atgcgacatg acggcgtctc aacggccatt ttggcctcgt catgcggcat gatgacaggg
      181 acgcatccga catttttcgc ttttcgtttt ccattcctcg cttatggctt gcaagtgatt
      241 atattaagtc tacttttgcg cgcctttcac gtgggggcac ttcgcctgca cggagagaag
      301 gataaatgac aatctaaaca gtataaaaaa ggagacttca tgtattggac attagagttg
      361 gcttccaaac tggaagatgc cccttggcct gcctccaagg acgagttgat tgactacgcg
      421 caacgttccg gcgccccgct cgaggtgatc gagaacctgc aagaaatgga ggatgaaggc
      481 gaggtctacg aaagcataga ggacatatgg ccggattacc ccagtaagga agatttcttc
      541 ttcaacgaag aggaatattg aaaccgagag aaaatgatgg agctgcaggc caatgcgcgc
      601 ttgcagctct tttttcgttt gtccggatac aattttaccc gcctgtgatg agttgtatta
      661 tacgcatacc cc
//
LOCUS       SEQF2637|AYYD01000283.1  613 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..613
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacaggatca cattcgtggt gtccctgttg gtgttgttga tttcaaactt gaactctgcc
       61 gtacggacgt tattggcagc aatcacgttc gtctcggtag agctggcacc tgcgccacgc
      121 gtcacggaga ctttatcgtt catatagaca ttgccgcgct ggctgttccg atttcctgca
      181 ttgttatcgc aagaactaac agtggcacct gccggtttgt aatcctctgc ccagaaggtc
      241 agcaggcctt cagcaatatt gtctgcgtat tgacccgtat aatcaatctt ttgagagatc
      301 acgtttcctg catcagacag aatcaacatg ttgttcttct ttgccggtgt ccatgtttcg
      361 tccgtaagga actccacatc actcagggcc tgaatgcgaa gcggtccctt accggaagcg
      421 ccattgattg cattctgcac cgtgtcgttt ccggagtagt ggaaacggat atgagctgca
      481 caaccatcac catcgtcgtt accatagttc ataatgtaca aggtggagtc cgagttgata
      541 tcaaagttgg gcgtgccaaa gccaccaccg aagttcagag caaagttggc aagcgtcgta
      601 cagctactgt ctc
//
LOCUS       SEQF2637|AYYD01000284.1  594 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..594
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctattacact catcgcagcc gtgctcctgc ttatgatggc aggatgcacg cagtctaaag
       61 agaaaaaaga agaggtacca gcagatgcac gttacccgtt taagtcggcg atcatcaaaa
      121 aaaacattcc agagaaaaca tatcctgaca tcatttatat tgatgactat ggcgctaagg
      181 aggccattga gacaacagag gaatatgtat cgggaaagat tattcaaata ctccagattc
      241 gtataccggg tggaggggtt gcaattcatg tcaatctggt tgataagaca gcctctctca
      301 tgtcgtccga ggctatggac gggatcactt tcatgaatgc agaggatttg aaagattaca
      361 aggaggtcgg cgaggagatg gtggctgata aaccttgcaa gatctatagg cgcaatccat
      421 cggagctcga tccctcgggt cctgatgagg aagattcttt atggatttgg aatggcatac
      481 tgatgcagca gtttacctca tttggagaaa ttcgcacagg acgttggatt gagtcctttc
      541 aagagaacgt ccccatcccg cctgaaaaat tcgagatccc caagggaatc aaga
//
LOCUS       SEQF2637|AYYD01000285.1  557 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..557
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acaccgggcg aggaaaactc tgtggcgcca tctgttccca cgcctaagcc ggacgatccg
       61 gctacgccgc cagatacacc gtcagaacca ccctcgtcac catccgatac ggtcaagtcc
      121 ggcgacatag tgatcaacga ggttatggcc tcgccgaagg gagccaaagg attaccagag
      181 acggattacg tggagttgta caacacaacg gatcacacga tctcactcaa gggctggagt
      241 tttatctatg acgggactgt gatccgcttg cctgacgtgc cccttgctgc gaatcgttac
      301 gccgtgcttt atcgcaaagg gaaaagtctg ccattgagca agaaggcgtt gggattgggg
      361 tttagtaact tcccgctcaa tatgtctgac gagggaaaac agctgacctt gaaagattca
      421 tcgggtacag tgatccatag ctacacctat ccgaaagcca aggctgggca atccatcgag
      481 cgcggtgaag gcgacaagtg gcatctctcg actgatccgc gtagcggcac accgggcgag
      541 gaaaactctg tggcgcc
//
LOCUS       SEQF2637|AYYD01000286.1  309 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..309
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cctttgtcgg ctgtacgatt gcaaccgacc acgagaaggc tcgcggcgat gcagcatagg
       61 gtaaggagtt tcttcattct ctctcttgtt gattctcttt tcgtgaaacg cgggcaaagg
      121 taaagtcaaa tcattcttta ggccattgca actttttcgt ccgctcaagt cggcctacgg
      181 aggcgggtgt gcccctgccc tactggcgga aaaatcgatc tgggtgtctt ggtttcttct
      241 gccccttgag taagggccaa accaatggtt tggggcaaaa ccgacccccg aaaagggtca
      301 aaccaatgg
//
LOCUS       SEQF2637|AYYD01000287.1  439 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..439
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgcccgcct cggcataatg ccgcaggccg tgggcctctg cgaggccgcc tggcgcgaag
       61 ccgacaagta tgccaacgaa cgccgacagt tcggccgcgc catcatcgag ttccccgccg
      121 tctacgagat gctcgccctc atgcgtgccc gcgccgacgc cacccgcgcc atgctctacg
      181 agacggcccg ctacgtggac atctacaagg ccctcgacga catcgcccgc gagcgcaagc
      241 tgacgcccga ggagcgcaag gagcagaagc gctacgccaa gctggccgac gccttcacgc
      301 cgatgggcaa gggcatgtcg acggagtttg ccaaccgcaa cacgtacgac gccatccagg
      361 tgcacggcgg atcgggcttc atgaaggatt acacctgcga acgcctctac cgcgacgccc
      421 gcagcacgaa catctacgt
//
LOCUS       SEQF2637|AYYD01000288.1  574 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..574
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcccacacc tgctcgcgac gctcccaatc gaagcccacg ttgcgcgcct tgtcctgcat
       61 gcggtaggcc ttgatgagcg cgggcaacga cgtcggcaca ccgtccagca cggtgcggtt
      121 gccgtccttt tccttcagct tcagctgttc ccagttctgc tccacgcggc tcgtgctgcc
      181 ctggacgtcg gtcgtgccgt agacgtgcgg atggcgatag atcagcttct cgcagagggc
      241 gtcgcagacg tccttgatgt cgtactcgcc tttctcttgg ccgatcttgg cgtaaaaaac
      301 gatgtggagc agcaggtcgc ccagctcctt tttgatctcc tcggggtgat ctttgaggat
      361 ggcctcgctc agttcgaagg tctcctcgat ggtgtttgtg cggaggctct cgcgcgtctg
      421 ctcgcggtcc cacgggcatt tctcccgcag gtcgtccatg atgtcgagca gtcggccgaa
      481 ggcctccatc ttttcttctt tcgtatgcat aatagagggt agaggataga gggtagagga
      541 tagagggtag aggatagagg gtgaagagta tagg
//
LOCUS       SEQF2637|AYYD01000289.1  779 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..779
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(315..779)
                     /locus_tag="SEQF2637_00064"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METQPGTRLNRIASRRDFHFTVRALRGQSLRYVTITADHPAWTE
                     HGGGIERTMISDSLMTVRVRQVTHNLQIRIGGVSPTANAVVDDATRRAWTHKGQLYLR
                     VDRPQSVRLFTVAGALYREQSLPVGLTVTDRLPAGFYLVRFSDGHVEKVQVE"
ORIGIN      
        1 gggataacgt ttgttcttgt tgttacggcg gtcatcaatc agggtgagac tccggataag
       61 gctgggcagt tccatttttg tcatgtatag tttgatggga cgaagctaaa cgaaatcccg
      121 gacctcgaaa agcgattatg cgtcagccct gcgataaatt ctatcctttt tccgctctct
      181 tttacctctt agtgagagac tctctcaata cttcatccag taaattcaaa acagcttctc
      241 agcatagcaa aaggccgccg aatgcgggga tgactcctcg cgtccggcgg ccttacacat
      301 ttatatatag ggggctactc gacctgcacc ttctcgacgt ggccgtcgga gaagcgaacg
      361 aggtagaagc ccgcgggcag acggtccgtg acggtcaggc cgacgggcag cgactgctcg
      421 cgatagagtg caccggcaac ggtgaaaagt cgcaccgact gcgggcggtc gacgcggagg
      481 tacagctgcc ccttatgcgt ccaggcgcgg cgcgtggcgt cgtccaccac cgcgttggcg
      541 gtcgggctga cgccgccgat acgaatctgg aggttgtgcg tcacctgccg cacacgcacc
      601 gtcatgaggc tgtccgagat catcgtgcgt tcgatgcctc cgccatgctc cgtccacgcc
      661 ggatggtcgg ccgtgatggt gacgtagcgg agcgactgtc cgcggagggc acgcacggtg
      721 aagtggaagt cgcggcggct ggcgatgcgg ttcaggcgcg tgccgggctg tgtctccat
//
LOCUS       SEQF2637|AYYD01000290.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgcgatcag agtaatccag ggtgaaatcg tagagaatac cgtcggtcat gacctgattg
       61 taatacgagg tgatgcgctg cgtatcgcga gggataaaga tgtcaggcat gatgccgccg
      121 ccgccataga cggtacgccc gccgcgagtc ttgtaggcgg ccgacttgtc gaaggtgatg
      181 ctgtcggccg tgtcgaactc gccgtggagg tagcgccgat aaagatcttg ctcgtattcg
      241 tcggtcttgc ccatctcgta catcttctgg atgcaacgac cggagggcgt gtagtaa
//
LOCUS       SEQF2637|AYYD01000291.1  315 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..315
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtctagcctt tgctgagtct cgtcagagac gtagaccgcc ttgcggtggc tgatgcgcgc
       61 gggttggagg tacgtctctc ggaacgccgc taaatcctcc ttgtggttct tgagcttgcc
      121 gactctttga ggagccggag cgggtggagt ggtccctata actccctcct ttggcttatc
      181 cgcctccgtc tgaggatgaa tgactgcctc cttagcctcc tcctccgttg cctggggagg
      241 cggaggcgta ctttttgccg gcgcaacctc tacgggcgga tcgcagaagg gcgactcttc
      301 taccgtgcgc cgttt
//
LOCUS       SEQF2637|AYYD01000292.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgtaccgcc acgcggatcg gacgagagat gccacttgtc gccttcaccg cgctcgatgg
       61 atcggccagc cttagctttc ggataggtgt agctatggat caccgtaccc gatggatctt
      121 tcaaggccaa cggcttaccc gcgttaatca tgttggccgg gaaacgcttc accgctacct
      181 ccgcagcacc gtcagccaca ctgatctcac gccccgcttt atacaaaaca gcgtaaccgc
      241 cagcagggag ttcagc
//
LOCUS       SEQF2637|AYYD01000293.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcatcgttct atctcgtttt tattttagaa gctgttctga atttattgga tgattgtttt
       61 caaggagctg tttgggcgga cgattcgact ctttctattt cgaggctcca agtctgtttt
      121 caaaccttgt ttcatcatca atcctcacat aggctcgctg tgcccgtgga gagatgatga
      181 aaacaaaata acccggaaac atcctccgaa ataatcacca aacagcttct tattcacttg
      241 tatcggaatg atatccgacc
//
LOCUS       SEQF2637|AYYD01000294.1  647 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..647
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             494..634
                     /locus_tag="SEQF2637_00065"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLKQFILFCLASVIKCLVHHLHNVGVIGYQNGMTDTLKVASNE
                     RA"
ORIGIN      
        1 gtcgtaatcc gtacacctat tgatttcccg ccaaatttac accctcccct attttcttgg
       61 ctctataacg cattatatgg ggcagtcgaa tttgagtttt ccgcaaacgg ggagtatgcc
      121 atttcgataa tgtttagaat gttggcaaat cccctgaccg gccgtttagt taatcgaatc
      181 ttttgattgt ggaattcaag tatacagcta ttgacacttg gggaaagtga agttggtgat
      241 gatctcagcc caatgagtcc ttagtttggc gacaaactta tttatctagg tgagtaaaag
      301 tctataacca cttacactat cgttcaagat aggcgattga ttcttcggaa tttcagaaaa
      361 tgaaatgcag cgaaaaaact ctccttatac tgataggctt tacccagagg ttgaggtaag
      421 gcaatagcta cgtttctagc tcctccagct tgtcctttct aaagttgact ttgcactaaa
      481 gaaaagtaga ccgatgcccc ttaaacagtt cattcttttc tgccttgcga gtgtcatcaa
      541 gtgtctggtt caccatcttc acaatgtggg agttattgga taccaaaatg gcatgactga
      601 tacgcttaaa gtagccagca acgaacgcgc atagataagt ctatgct
//
LOCUS       SEQF2637|AYYD01000295.1  704 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..704
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             59..628
                     /gene="yvqK_1"
                     /locus_tag="SEQF2637_00066"
                     /EC_number="2.5.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34899"
                     /codon_start=1
                     /transl_table=11
                     /product="Cob(I)yrinic acid a,c-diamide
                     adenosyltransferase"
                     /translation="MKKSIIYTGGGDKGTTALVGGFRVPKTHPRLEAYGTIDELNSHI
                     GLLMAETDDPETLDTLRFVQHKLFTVGSYLATDPTKTDFRIESRVTPEAIQRIESAID
                     RIDGQLPRLNAFVLPGGNRASAQAHVCRTVCRRAERCIYRLTETGAEVEEPVLIFMNR
                     LSDLLFVIGRNECVRRGDDEIIWDSKEGV"
ORIGIN      
        1 agatgtgtat atgataggtg cccccaccca tcaaccatca tcccaaaaac aaaacgaaat
       61 gaagaaaagt atcatctaca ccggcggtgg cgacaaaggc accaccgcac tcgtgggcgg
      121 ctttcgcgtg cccaagaccc atccgcggct cgaagcctat ggcaccatcg acgagcttaa
      181 ttcgcacatc ggcctgctta tggccgagac ggacgacccc gagacgctcg acacgctccg
      241 cttcgtgcaa cacaaactct tcaccgtcgg ctcctacctg gccaccgacc ccaccaagac
      301 cgacttccgg atcgagagtc gcgtcacacc cgaggccatc caacgcatcg agtcggccat
      361 cgaccgcatc gacggccagc tgccccgcct gaacgccttc gtgctgcccg gtggcaaccg
      421 cgcctcggcc caggcgcacg tttgccgcac cgtctgccgc cgtgccgagc gttgcatcta
      481 tcgactgacc gagaccggcg ccgaggtcga ggagcccgtc ctcatcttca tgaaccgcct
      541 ttcggatttg ctcttcgtca tcggccgcaa cgagtgcgtc cgccgtggcg acgacgaaat
      601 catctgggac agtaaggaag gcgtctgagg cggcgggatc aactgtcgat cgccttcccc
      661 cgtcccgcgg cgggatggcg tctcaatggc cattttggtc tcgt
//
LOCUS       SEQF2637|AYYD01000296.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aattcaacaa ttgaattctt tcaaaaacct tttccggcga gcaatctaca tttttaaata
       61 ctacttttga attaaaacaa tttctcagca aagacttggc tttggaaaac tttgttgaag
      121 aggatgttga atatattaat ccatattgga aatccataag aagttctatt tcttcatata
      181 cattcacgat tttttttcaa taatattttc ttgcgagttg taattttgta aatatgacgg
      241 tgtccttatt agcacttttg tcaatattac gt
//
LOCUS       SEQF2637|AYYD01000297.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggatcagtct taccgcatgg tgcttcgccc cacggagaag gccaaaggat aaggcatgaa
       61 aaaaaagtgc tccaaaaagg gtctaaagaa gtaagacatg aataaaaagt gcgccaaaaa
      121 ggctctcaag aagtaaggca cgagaaaaaa gttgcctcaa aaagatctca agaagtagag
      181 catgaataaa aagtgctcca aaaagactct caagaagtaa tgcacgaata aaaagttgcc
      241 t
//
LOCUS       SEQF2637|AYYD01000298.1  471 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             246..353
                     /locus_tag="SEQF2637_00067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSVGSLKTIIPKKCLTLLGGWNFALRFSTDEFLF"
ORIGIN      
        1 gccgcgaata cgctcattga agcccgcgcc aacttgctac aaaaacaact ctcgtacgaa
       61 attaaacgcc gcttagtggc atactataat cagggagagc taattagtga aaacgaaaaa
      121 tgaacagcgt cgggtgcttg aaaatgatta tcccgaaaaa gtgcttgact gtttttgggc
      181 gttgaaattt cgttttgcgc ttctccacag acgattttta gagagctaat cagtgaaaac
      241 gaaaaatgaa cagcgtcggg agcttgaaaa cgattatccc gaaaaagtgc ttgacccttt
      301 tgggcggttg gaatttcgct ttgcgcttct ccacagacga atttctgttt taggtttttg
      361 aattaaggtt ttgatcatgg atatactgtt agaaaaaaag aaaggaatac ggaagaaaca
      421 ccttccatac attgcgggcg gggctgctgt cgttttgctg ctgtcgtgga t
//
LOCUS       SEQF2637|AYYD01000299.1  324 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..324
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aatttatggc gtgggatctg aaagttcagg ccgacctgta cttccacaat ctgaaatttg
       61 atggtgcgtt cattatcaac tggctggaac gtaatggctt taaatggagc gccgatggtc
      121 tgccgaacac ctataatacg attatctctc gtatgggcca atggtatatg attgatatct
      181 gcctgggcta caaaggtaaa cgcaaaattc ataccgtgat ctatgacagc ctgaaaaaac
      241 tgccgtttcc ggtgaagaaa attgcgaaag atttcaaact gaccgtcctg aaaggcgata
      301 ttgactatca caaagaacgt ccgg
//
LOCUS       SEQF2637|AYYD01000300.1  356 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..356
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggatacagtg tttccggtat gccctattct ctagtgctag ccatttgcct gatacttgct
       61 tttctgctaa tacagatttt atcctgttta tcacctccat ctgttgattt gatttctaag
      121 agagtagact tacatctgca aatgtacaac attaaagcca tacaccgaag taaaccaatg
      181 cctctgtatg agagcagaca aaatcattct atttcagctg ctttttactg ggtattgcat
      241 acctttgctg agcaggaaac aaagtcgatt gtatctacgc aaaacaacga aagtaagaga
      301 gcttcgctcg tttcctattc gttctctttg ggtgagtaga gctatcagca tccact
//
LOCUS       SEQF2637|AYYD01000301.1  476 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..476
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgcctgcat cagcctccca attggctgtc agcttggctt cagagaagat gtcttgccca
       61 gcttcccaaa gtatgttgcc cgtgttggac gtacttttcg tttcccagtt ggccgttacc
      121 gtagagcctg acgggaattt aatatccttc ccagccagcc atctcatggc tttagttacg
      181 cctgcatcag cctcccaatt agcggtcagc gtatttgtgc cttttacctc gatattattt
      241 ccagcctgcc aataggcttc gtcagagctt gatccagact tcttccaagt gatgatgcct
      301 tgcggataga tatccgttcc tgcagcccac cacatttttc cacttccgtt gcttgtccag
      361 ttgaacgtgc tgccggcgac gtcgatatta atatgacgcg cagcctgcca acgggcagtg
      421 ctgctggcac ttgcgcttaa cgtcaccgta cttgtaatcg tagccgtatc cataat
//
LOCUS       SEQF2637|AYYD01000302.1  767 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..767
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaccgtgaca cgcttcatcc tcgccctgat attgagcgga ctgttctcgt cctcctttgc
       61 caaactggcc acgttccagc atttccgaat tgtctatggg cagtcgctgg cgagggtccg
      121 gtcgattacc gaagtgcccg taaaggatac ggcagaccgg gatacggacg ctatgcagag
      181 cgatgtcagc tttgagcacg ttacgtttgc ctacccgaat aagaaagacc gtgcattatc
      241 cgatgtcagt ctgcaattcc ctaagggcag tcatacggct attgtgggcg aatcggggtc
      301 aggcaaaagt acattggcaa gtctaatgat gggtttttgg caaccgcagt cgggaaccgt
      361 tcgactgggt ggagaaaatc ttgcggaact ctccgagcgc aatattgccg atttcttctc
      421 gatagtgcag caggaggtgt tccttttcaa tacgagcatt cgggacaata tccgtatcgg
      481 caagccctcc gctacacaac gggaggtgga aacggcggca cgaaaggcac gcatacacga
      541 ctttatcgtg ggactgccca gtggttacga tacgtcggca ggtgaagtgg gtgtaaaatt
      601 ctctggcgga gagaagcagc gcatttccat tgcgcgtatg ttgctcaaag actcgccgat
      661 tgtcattctc gatgaagcca ctgccgcatt ggacggggag aatgagaaac ttatccaaga
      721 ggctttggac gaattacaac gcaacaagac cgtcttcacc atcgctc
//
LOCUS       SEQF2637|AYYD01000303.1  462 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..462
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acatcccgaa cggagagaga atgtccttct tttgtttctt ccgtataagt gttttgtgtg
       61 cgtgcagcat tctcttcctc tgtttccgta tggatctcgt tcatgcggtc aaggctgatg
      121 ctcacatcct gccatgagta gataaattgg atcaattgct ccacggggct gttgagttgt
      181 ccgatgatat attggacggc caacatcata cctaaagtca tgttaccgtg gattacggaa
      241 gtagcggcca gtacggtgat gagaatattc ttcacctcgt taatcgtgac actcccggcc
      301 tgttgtacct gttgaaggtt cagtgcttgc agattaacct tgaacagatc ggcctgcacg
      361 tcttcccact cccaacgctt gcgttgttcg cagccttgta atttgatctc ctgcatcccg
      421 ttgacaagct gataggtcac attgcgatta cgcccggcct gc
//
LOCUS       SEQF2637|AYYD01000304.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 attcaatacg cccctaccct gccgacagaa aaagctatcc ctaatgactg attcagggtg
       61 atagccctcc gccattttag cgacctatcc gctacaccaa gtgatagctc tctgcaattc
      121 ccttagccta tctgctacac cgaacaaaag ccctccgaat cacggaaggc ctattcgtta
      181 ctccgggtga tagtccatcg attgttcgag gagtattcag gggcggtgtg caaaagcata
      241 cgcttcatag aatgcacttt gcgaggggtg tatgat
//
LOCUS       SEQF2637|AYYD01000305.1  626 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..626
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcagaagtgg gaaggcgagg taaacgaaga agttgacctc aacgagaagg cagcaaggtc
       61 ggtgcacacc aaagcgctgc tggagaaaga cgaagaacgc gataagctgc tgacacacct
      121 ctttggcatc atccgtttca atcactattc gcccgtgcag gctacagccc aagcggccga
      181 aaagctggat tccatctttg gaaagtatat cgccgcaaac attcaacgcg aaggcttcga
      241 agacgaaagc ggacacatcg tggggctctt gaacgacgcc gccccctaca ccgccgaaat
      301 agccgccctg gggctcaccg acaccatcac gcaactcaaa acggtcaacg acgcctacga
      361 ggcgctacgc aaagagcgcc gctccgagac cgtcacggcc aagaccgaag cactcaaagt
      421 gctacgcccc aagacggacg cctcatacga gtacatctgc agctacatcg aggccgccta
      481 catcacagcc accagcgacg atgtaaaaac cctcatcgag cgccttgtct cagatatgaa
      541 tcaggtgatc accgacttca aaggctccca caaatccagc ctcgcccaga agaaggccgc
      601 taaggatccg aaggaaccca aggaac
//
LOCUS       SEQF2637|AYYD01000306.1  342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accatatgca ggtaatcgtg tccgcagttg gttccatcgc acggtgtggg gcaagtcggc
       61 gtattctcga agatattcgt atcccagttg cccttgttgg cctgtgtctt cataaagaga
      121 ccgtagccac tgactccctc tccgtgcagc gtgcctgtag tcggtacggt acccataccg
      181 gagccgctac cgccgtagta cgcaaacttt ttatacacgt caatgtaatc cgaagccact
      241 gcaccgaaac caccgctggt gattgccgtg ccgttggcat ccttatcaaa cttcatcaag
      301 aacgtacgtg ccttgttctc atttgaatct gcatcgcaat gg
//
LOCUS       SEQF2637|AYYD01000307.1 2220 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2220
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             441..1751
                     /locus_tag="SEQF2637_00068"
                     /EC_number="2.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25240"
                     /codon_start=1
                     /transl_table=11
                     /product="Modification methylase Eco57IB"
                     /translation="MGFVIPSELLQVTYAQQLRKYLATSFYKINIISFENLVFEGVQQ
                     EVVLLLCERTGTGEHLIEHIEVKDAEALQQLDPHRLKLPTKQIDFHADKWTYYFLDKE
                     ELDFLNKVRVDNMPKIGTYADVEVGITTGSNGYFTVTQGVVDMYQLHEYARPMVGRSV
                     QVNSLCFTKADWQQNLENGAKANLLVFTPGAKKNGNEGTKAYIENGEQQGINKGYKTS
                     IRDDWYVIPSIKISDALFLRRNNLYPKFVLNDAQAYTTDTMHRVFIKEGVNREAFVVS
                     YYNSLSFAFAEILGRNFGGGVLELMPSEVEGVYLPYREENAKLFEKVDQMVRDKKTAD
                     EILDFTDKEMLQKGMGFFETETKMARSIWYKLMGRRLNRETLEKAVPEEKGEIKKTVA
                     RVKQLNFFDVLQQYPENIVENAPVVQPAKKQDPDGKWIKTCSSA"
     CDS             1829..2074
                     /locus_tag="SEQF2637_00069"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALNKLYYFIPYIKRKGIRDLYLIKIARIGTRKEGQPNYAPNDF
                     RLVFEIEFVKKLFKDYRPVDLEIWHTFTYTMMFNILK"
ORIGIN      
        1 gaggagcgta ttacacacct cctgcaattg cttcgtttat actccattgg ggcataaatg
       61 gtagcacgga tgctgacata ttggagccga gttgtggtgc tggtgtcttt ttggagcaga
      121 tggcaacaga acacatgttg ttccatcatg ctacagctgt tgaatacgaa gccgtagaag
      181 cagagaaggc tcgtgcaata ggacttcatg attcagaggt aataaactct gatttccatc
      241 gtttctgttt agatacggat cagagattca atctcgttgt tggaaaccca ccatttatcc
      301 gctatcaata ttatgatgaa gaacagcagg cgttggcagg agagatattc aagaaagcgg
      361 gtttaaagag atctaggctt accaatgcgt gggtaacgtt tgtcgttgga ggtagtttgc
      421 tactgaaaga aacaggaaag atggggttcg ttattccatc tgaactcctt caagttactt
      481 atgcacaaca actgaggaaa tatctggcca catcattcta taagataaat atcatatcgt
      541 ttgagaatct ggtatttgag ggggtccagc aagaggtagt gcttttgcta tgtgaacgta
      601 ctggaacagg agagcatctg atagaacata tcgaggtgaa agatgcagaa gcattgcagc
      661 agcttgaccc tcatcgcctg aaactcccca ccaaacagat agatttccat gcagacaaat
      721 ggacttacta cttccttgac aaagaggaat tggatttcct gaataaagtc agggttgata
      781 atatgccaaa gattggaacg tatgcagatg tcgaggttgg tatcacgaca ggttccaatg
      841 gttattttac tgtgacacag ggagtggtgg atatgtatca gttgcatgag tatgctcgtc
      901 ctatggtggg tcgtagcgtt caggtgaata gcttgtgctt cacgaaagct gattggcagc
      961 agaatcttga aaatggtgca aaggctaatt tgctagtgtt tactcctggt gctaaaaaaa
     1021 atggcaacga gggtaccaag gcatatattg agaatggcga acagcaggga atcaacaagg
     1081 gctataaaac aagtatccgt gatgattggt atgtgattcc gtcaatcaaa atatcagatg
     1141 cgctcttcct tcgtcgcaat aatctctatc ccaagtttgt actgaatgat gctcaggcct
     1201 acactacgga caccatgcat cgtgtcttta tcaaggaagg tgtgaaccgc gaggcctttg
     1261 tggtaagcta ttacaattct ctctcttttg cttttgcaga gattcttgga cgcaattttg
     1321 gtggcggtgt cttggaactg atgcccagcg aggtggaggg cgtttatctg ccttatcgcg
     1381 aagaaaacgc caaattgttt gagaaggtcg atcaaatggt tcgtgataag aaaacggctg
     1441 atgaaatact cgacttcaca gacaaggaga tgcttcaaaa gggaatggga ttctttgaaa
     1501 cagaaaccaa gatggcccgc tctatctggt ataaactgat gggacgcagg ttgaaccgcg
     1561 aaacgctgga gaaagcggta ccagaagaga aaggtgaaat aaaaaaaact gtagcgagag
     1621 tcaagcaact caatttcttc gatgtgctcc aacaatatcc tgagaatatc gtggaaaacg
     1681 ctcccgttgt tcagcctgcc aaaaagcaag atcctgacgg gaaatggata aaaacatgct
     1741 catcagctta gtgaagaacg ataacattga gcgctatctt gactagtcgg caaagatata
     1801 ttacacaggt aagagattcc catcaactgt ggctctgaac aaactatact acttcattcc
     1861 gtatatcaaa cgcaagggca tccgcgattt atacttgata aagatagccc gtataggtac
     1921 tcgcaaggaa ggccagccaa actatgcccc caatgacttc cgtttggtat tcgagataga
     1981 gtttgtaaag aagctcttca aggactacag acctgttgac ttggagattt ggcatacgtt
     2041 tacatataca atgatgttta acattctaaa ataaattata caataatatc ccatcaggca
     2101 atactcgaaa gaggacgagg gttgcgagtg gaagaagttc aagaatctga agaatgactt
     2161 cagcggtcat gaaaaggatg atgtcatttc ctacgtttcg gcattggcta acatggaggg
//
LOCUS       SEQF2637|AYYD01000308.1  560 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..560
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(359..505)
                     /locus_tag="SEQF2637_00070"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERIVVMDKGQVLATGTHGELMDSCPLYRNMTETQERVNRWQLK
                     EEET"
ORIGIN      
        1 ttgtggatga tggtgcttat ctcacccagc cgctcattgg tgtagaaacc aagcgagaac
       61 ttctttagct tcaaaatgat tttctcgcgg atacgctcca caaggtcgaa gccggcaaag
      121 tgcttactca tatcggctat agcattggag atggttttca aaaccagcag accgccaagc
      181 atccacgctg cggaaacgag cgaaatgctt tcgcccgata tataacgatc gataagaagc
      241 aggacggtaa gcataatcgc cgtgccacag agggcataaa ccacaaaaaa cagtgcggag
      301 acaatcaggt gccgcactcc gcgggcggtc aattcattca atatgttgcg taccatcgtt
      361 atgtctcctc ttctttcagt tgccatctgt tcacacgctc ctgcgtttct gtcatgttgc
      421 ggtacagcgg gcagctgtcc atcaattctc cgtgcgttcc cgtcgccaag acctgacctt
      481 tgtccatcac aacaatacgc tccacatcct gaatgatgtt gagccgatga gcgatggtga
      541 tgacggtctt gttgcgttgt
//
LOCUS       SEQF2637|AYYD01000309.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(18..254)
                     /locus_tag="SEQF2637_00071"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVIGAVLRDEQVTLVSRTGHAIEPHVGLAKDRLQTVVCGRLQEY
                     RGVFGEEDLDQIRVGDGVQIDLEAAVNVSETHLQ"
ORIGIN      
        1 gcggcatgct ggtcgcccta ctggagatgt gtttcgctaa cgttgacggc ggcctcgagg
       61 tcgatctgga cgccatcccc gacccggatc tggtcaagat cctcttctcc gaaaaccccg
      121 cggtactctt gcaagcgccc gcagacgact gtctggaggc gatccttcgc gaggccgacg
      181 tgcggttcta tcgcgtggcc cgtccgactg acgagcgtca cctgctcatc acgaaggacg
      241 gcgccgatta ccacttcggc atcgattata
//
LOCUS       SEQF2637|AYYD01000310.1  465 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..465
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(107..328)
                     /locus_tag="SEQF2637_00072"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLYNFDGAPFLPTDRLTFLRAQRDYLSGYGDVYEIDLIREIVR
                     SGRRKTYMQRSPHRLLYDFLERDYGANDE"
ORIGIN      
        1 gggtagaggg gagttttcat atgtcattca attgtcaatg tttaacggtc aatgattatc
       61 gggtacacga acggggtcgg tacccggcat aaccattgat aattgatcat tcatcattgg
      121 cgccataatc tcgttcgagg aagtcgtaga gcaggcggtg ggggctgcgc tgcatgtagg
      181 ttttgcggcg gccggagcgg acgatctcac ggatcagatc gatctcgtag acgtcaccgt
      241 agccagagag gtagtcgcgc tgcgcgcgga gaaaggtcag gcgatcggtg ggcaggaagg
      301 gcgcgccatc gaagttgtag agcgtcacgg gcggcaggtc gcgctcctgc cggatgcgcg
      361 tggctgtgta gtgggaatcg tcgttgcggt cgtacgcctc gaggatgagt ccgggcagtc
      421 cgccgagctt ccacggcccg tcgctgacgg ggatgtcggg cgcga
//
LOCUS       SEQF2637|AYYD01000311.1  392 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(148..282)
                     /locus_tag="SEQF2637_00073"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFIGKYDSSAISAESGIGSSFFSISFKLSSFDPRQAFRISSFT
                     "
ORIGIN      
        1 gctctatgcc ggccgcccct tcgacaccac tgaccgcgaa atcgtcttca agcacctttc
       61 acagtgcggc atcggcaaag tggtcattgg gatcaataag tacgacatcc cccgtgagaa
      121 cggcgagacg gagagcgaga tcaaagccta tgtaaaggaa gagattcgga acgcctgtcg
      181 gggatcgaac gacgagagct tgaaggagat gctgaagaag gaggagccga tcccgctctc
      241 ggccgaaatg gcgctgctgt cgtatttgcc gatgaaagac atttcctgca acgacagcta
      301 caagcacgca tttcatcggt atggcgaagc gtttggcctc acttctcaag ctgaactgag
      361 ggagttcagt cacttcagcg acctctcgaa cc
//
LOCUS       SEQF2637|AYYD01000312.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gggcggcgga tgtctaccat tcggatattg atgatgtccc aattccccag cggcttattc
       61 cgcccggcca gctcacgggc acgcgcaccg gctcgggcaa tacagcaatc gcgggcgatg
      121 atgttgccgc accaaataac caacaggggc tcgctgaatg agcgtgtaaa gtagagggct
      181 tgctctggtc cagttccatt tgtcggcgat gatttcggga ttacggcatt cttcatccgt
      241 gtcgaaatcg tcgggggcgg ctgcggccgc cagcgaagct acagccgggt acacgcacag
      301 cc
//
LOCUS       SEQF2637|AYYD01000313.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..292
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(3..263)
                     /locus_tag="SEQF2637_00074"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDTYEGLVARVTEPKDAELLDFMARRLVEAATHCVFGYLLLQS
                     ANTDDSFTPSARVYIVYGAAEIAQIRSFIEGFCPESLSDYKA"
ORIGIN      
        1 gtttatgcct tgtaatccga gagcgactcc gggcagaagc cctcgatgaa gctgcggatc
       61 tgggcgatct cggcggcgcc gtagacgatg tagacgcgcg ccgagggcgt gaacgagtcg
      121 tccgtgttgg cgctctggag gagcaggtag ccgaagacgc aatgcgtggc ggcctccact
      181 aagcggcgcg ccatgaagtc gagcagctcc gcatccttag gctccgtgac gcgggccacg
      241 agcccttcgt acgtgtcggt catctcccgg agctgcgcgt gcaggttgga ga
//
LOCUS       SEQF2637|AYYD01000314.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(117..236)
                     /locus_tag="SEQF2637_00075"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLIPMDDTRQKGFVGQFVESQSSADSTESDFFSGFANT"
ORIGIN      
        1 atgcgatgga ctgcggcccg gcaagccttg tcacgatcgc acaacattac gggcgccatt
       61 acacgctgga gcatttgcgt gagcgatcct cccttgcgcg cgacggcgta tcgctgttag
      121 gtattagcaa agccgctgaa gaaatcggat tccgtactgt cggcggacga ctgactttcg
      181 acaaattggc cgacaaagcc cttttgcctt gtatcgtcca ttggaatcag gagcatttcg
      241 tggtggtgta tgc
//
LOCUS       SEQF2637|AYYD01000315.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcatatcct gacccaatcg caagtagact tcttgcgtac caatactgat aaggcactca
       61 cgaagctgtg ggcaggctgt aacacgttct cgacggcgaa taacatcgac attgagaatg
      121 tcttcaatta caaggagaca ggtggacaag caactgatgg cgctttggta catctctatg
      181 ctgagaatga cattcgctcg aattgggttt gcgacagcga tcgccctgct ccaattctgt
      241 ttgatctgtc agcagcaggg agctctatga cacgcaccct ttggg
//
LOCUS       SEQF2637|AYYD01000316.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(61..189)
                     /locus_tag="SEQF2637_00076"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTVQCHQIAIGRTGITGEKKHIAGGFHILVQTVKTQRLQLV"
ORIGIN      
        1 acaaatgtac atgtggacaa gggagaccgc cgattaccca aggcgcttga taaggatgca
       61 ttagacaagt tgaagacgct gcgttttgac ggtttggacg aggatatgga aacctcccgc
      121 gatgtgtttc ttttcgcctg ttataccggt gcggcctatt gcgatctgat ggcactgaac
      181 cgtgagcatc ttgttcgcga cgatgagggc aatctttggc tgaagttcag caggcagaag
      241 acaggcgtcc tctgccgtgt aaagctgttg cccgaagctc ttcgattgtt ggagcagcta
      301 ca
//
LOCUS       SEQF2637|AYYD01000317.1 1024 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1024
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(14..814)
                     /locus_tag="SEQF2637_00077"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASTEWNEVDSQQYQFENYYCVFLDILGYKDKLARFFRGEYNLC
                     GRVQRAMHYAEVRIHDSPDGIKTRTFSDSIILTAPEKVEIGLLINYTAAIVAWFSYEG
                     LFLRGGISAGRLLENDADGFLASEGLVNAYKMETEATYPMIVIDTTLVSKIDKKYIVK
                     FGEEHSGCKYILNYARYVINEFAKNENDVVSELKDISKMIIKPGRDTNNSTNPTNEDE
                     RVRRKYKWILSYYLWFIEMCNKDNASFDMDKFLQFNRERDDRFIFMSI"
ORIGIN      
        1 gtgtatgtat ttatcagata gacataaata taaacctatc gtctctctct ctgttgaatt
       61 gaagaaattt atccatatcg aacgacgcat tatccttgtt gcacatttca ataaaccata
      121 gataataact taaaatccat ttatactttc gcctcactct ttcatcctcg ttagttggat
      181 tggttgaatt gtttgtgtct cttcctggct taataatcat tttgctgata tcttttaact
      241 cagaaactac atcattttca tttttcgcaa actcattgat cacgtacctt gcgtaattca
      301 atatgtactt acacccacta tgctcttctc cgaattttac aatgtatttt ttatcaatct
      361 tggaaacaag ggtggtatcg atgacaatca ttggatacgt tgcttccgtt tccattttat
      421 atgcgttcac aagcccttcg gatgcaagga atccgtcagc atcattttcc aacaaccttc
      481 ccgcggatat acctcctcgt aaaaacaggc cttcatagct aaaccatgca actatcgccg
      541 cagtataatt tatcaaaaga cctatttcca ctttttcagg cgctgtcaat atgatactgt
      601 ctgaaaatgt gcgtgttttg ataccatccg ggctatcatg aattcgtacc tccgcataat
      661 gcatagctct ttgaacacgt ccacacaaat tgtattcacc tcgaaaaaaa cgagccaatt
      721 tatctttata gcccaatata tccaagaata cacagtaata attctcaaat tgatactgtt
      781 gtgaatctac ctcgttccat tctgttgatg ccataataaa ataatatcac ctgtgcaata
      841 tcgcatatat gaagttttca aaactatgtc tttaattaat cctgatagga atttcgcgaa
      901 atgctgtcgg ctaaaaaata gaagctattg ccccttcata aaaccgaata tatagcttta
      961 cattgtctat tatgtctatc caattactat tactatacag acttccccct gcgtttgaaa
     1021 cctt
//
LOCUS       SEQF2637|AYYD01000318.1  413 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..413
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgagttctc caccaccggc ggcgtcaagt ggttcgccgt cggccgggga cagtcgcccc
       61 gtggactcaa gaagcaggag caacgaccgg actacatcgt catcgacgac ctcgacgacg
      121 acgagatgag ccacaatgaa gagcgtatcc ggcaagctac cgactgggtc aagcaggcgc
      181 tcttcggcgc cttggatgtc ggccgtggcc gcttcctcat ggtcggtaat ggctttgcca
      241 agcacatggt gctgaagaat atcgccgata tacccagtgt gaaggtctcc aaggtctacg
      301 ccgtcgacag caacggatcc cccgtcaggg ctgacaaatg gacgaaggcc gaggccgaag
      361 cctatgccga ctttgtgggc tatgcctcgt ggcaacgcga gatgatgcac aac
//
LOCUS       SEQF2637|AYYD01000319.1  484 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..484
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             43..363
                     /locus_tag="SEQF2637_00078"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTAWVLLILRRGMMRCVLELFTRIEERNVYPKVGFRVHIDENM
                     YPKVGFRVHVAEESGRGDITKRVHKSHIRHKSNFLIFGVVDNEYSRLITLPSHKIYTQ
                     TGTY"
ORIGIN      
        1 taccagagga gcatgtagac caaaaggaac cacagaaaaa ggatgcacac ggcttgggtg
       61 ttgctgatct tgcgacgggg catgatgagg tgcgttttgg agttgtttac gaggatcgaa
      121 gagaggaatg tgtaccctaa agtgggcttt cgggtacata tcgatgagaa tatgtacccc
      181 aaagtgggtt ttcgggtaca tgttgcggag gaatcggggc gaggagacat cacaaagagg
      241 gtgcataaat cacatataag gcataaaagc aacttcctga tatttggcgt agtagataac
      301 gaatacagcc gtttaatcac tctgccatca cataagattt acacccaaac aggtacatat
      361 tgagcatact tacgagaacg ggtcgcatca tcgagtttta tcaatccggc accaaccgta
      421 tcagatatga tccttgatgc ggtagaatag tttgaagggg taatattcaa ccttactctc
      481 agac
//
LOCUS       SEQF2637|AYYD01000320.1  983 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..983
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             16..753
                     /gene="cysS"
                     /locus_tag="SEQF2637_00079"
                     /EC_number="6.1.1.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83BL7"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine--tRNA ligase"
                     /translation="MDLIFPHHECEIAQAVAAEGEEMVRWWVHNNMITYNGQKMGKSL
                     GNAITLEEFFTGSHPLLAQAYRPETIRFFILQAHYRSTVDFSNEALQASEKGLERLFE
                     AAERLAKLTPSDGPSTIDVNGLRTRCEEAMCDDMNTPIVISHLFDAAKAINTVHDGRA
                     TLSADDLAELQSAFRLFMDDILGLRSAAPSDEKDEAYRRAVDLLLSVRQQAKQNKDWA
                     TSDRIRNELSALGFVVKDTKDGAEWSL"
ORIGIN      
        1 atccacggcg gtggcatgga cctcatcttc ccccaccacg agtgcgagat cgcgcaggcc
       61 gtcgccgccg agggcgagga aatggtgcgc tggtgggtgc acaacaacat gatcacttac
      121 aacgggcaga agatgggcaa gtcgctcggc aacgccatca ccctggagga gttcttcacc
      181 ggtagccatc cgctgttggc gcaggcttat cgcccggaga cgatccgctt cttcatcctt
      241 caggcacact atcgcagcac ggtggacttc agcaacgagg ccttgcaagc ctccgagaag
      301 ggcctcgagc gactctttga agccgccgaa cggctcgcca agctcacacc ctccgacggc
      361 ccctcgacca tcgacgtcaa cgggttgcgc acgcgctgcg aggaggccat gtgcgacgac
      421 atgaacacgc ccatcgtcat ctctcacctc ttcgacgccg cgaaggccat caacaccgtg
      481 cacgacggtc gtgcgacgct ctcggcggac gacctcgcgg agctgcaatc cgccttccgt
      541 ctcttcatgg acgacatcct cggtctgcgt agcgccgccc cgtctgacga gaaagacgag
      601 gcctatcgcc gcgctgtcga cctgctgctc tccgtccgtc agcaggccaa gcaaaacaag
      661 gattgggcta cgagcgaccg catccgcaac gagttgtccg ccctcgggtt tgtggtcaag
      721 gacacgaagg acggcgccga atggagcctg tagccatgcg agttgttatc ctgcaacaag
      781 acattgcctg ggccgatccg gcggagaacg tgcggcaagc ggaggcggcc atcgaccgtc
      841 ggccgggcgc cgacctctac gtgctgccgg agatgttcgc caccggtttc gcgacgcatc
      901 ccgaaggcgt ggccgaaccg gccgacagcg agacgctccg ctggatggtg cgtaaggcgg
      961 cggcgtgccg tgctgctgtg gcc
//
LOCUS       SEQF2637|AYYD01000321.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctttttgag gctcaaaatg gagcccaaat gcttttgagg tgctttttga ggctcaaaat
       61 ggagtgaaag cgtttttgag gtctatcttt tgcgtaagat gggagataaa gaaacggccg
      121 ggcaccttct tttggggtgt ccggccgtta agcaatcgtt ttgagtccta catgggactc
      181 aaaacacagt tggaggctat ttgctactca tcgatacttc gatgcggttg ccttgagaga
      241 gcagttgatt ggcagaatcg cgga
//
LOCUS       SEQF2637|AYYD01000322.1  441 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             91..408
                     /locus_tag="SEQF2637_00080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEITFDKAYLKELYETGKTGDKKHRFQPQTVRKYRKTIDLLESV
                     SVVEDLFRYNSPHYEVLRGDKAGLESVRVDDRYRIEFKTERVASETVVTICNIIELSN
                     HYQ"
ORIGIN      
        1 ctctcgcaac gtcgtgcccg ccgccaaaaa gctacggggg aggagccgaa ggaggtatct
       61 ttgcccacga attaggcgag cgaaggagag atggagatca cgtttgataa ggcgtatctg
      121 aaagaactct acgagacggg aaagacgggc gacaaaaagc atcggttcca gccgcagacc
      181 gttcggaagt atcgtaagac gatcgacctc ttggagtctg tctctgttgt cgaggacttg
      241 ttccgataca acagcccgca ttacgaagtg ctacgtggtg ataaagcggg attggagtcg
      301 gtgcgcgtgg atgatcgata ccgcatcgag ttcaagacag agcgagtcgc ctccgagacg
      361 gtcgtcacga tctgcaacat catagaattg tcgaatcatt atcaataaca gcaatgggaa
      421 atttaggcta cggctatacc c
//
LOCUS       SEQF2637|AYYD01000323.1  694 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..694
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(331..459)
                     /locus_tag="SEQF2637_00081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYYSKPIVLVFNLQRAFHLNGGVNIQLAMIFIFVRPKKRPF"
ORIGIN      
        1 atacagcacc tactctattc ttcactttta gcttcttata aagactcttt tggtatagct
       61 taacagtgtc ttctgctcta tacagcttct gggcgattcc ttttattgtc tccctctgca
      121 ctaacaagta taccacatct tgttctcttt tagttagaat aatttgctct tctttccact
      181 ggttgtttct atacgcccaa agcctttcat tccggaagtt agtcacctct atattgccgg
      241 atgaaggtgc tgccgataat gaagcgatac agaatgctag ccatagatgt ccatccgaag
      301 acatctttaa aggcgtaatc ttatgattga tcagaatggg cgtttttttg ggcggacaaa
      361 tatgaaaatc atagctaatt gtatattcac tccaccgttc aggtggaatg ctctctgcaa
      421 attgaaaacc agcacaattg gcttcgagta gtagttcatg ttctgattcg ggcacgaatt
      481 tcaaataaaa gtcatatccc aattcttgca cttcttctgc agtcatgcca cagagataaa
      541 atggattatc ggacacatac aggaagtttt gtctatgata atcgattaca tatatgcttt
      601 tgtatgtagt acgtgctaca gcatcaaaag cctctataaa tgggggcaat tttgcatatt
      661 cgtcttccga aacacaagtt gcacagttca cccc
//
LOCUS       SEQF2637|AYYD01000324.1  544 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..544
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(289..522)
                     /locus_tag="SEQF2637_00082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSSNLHPDERGAGQKEVIKKGEAVGYSPLYPLPIIISLSFLLD
                     SMEAYLFRKYISRRLQTETAIVPSIFLLGNTKN"
ORIGIN      
        1 tctatggaca gcacctcaaa ggcaggaacc gtctgcttcc tgtggggctg taagaaagtc
       61 gttgccaaaa gcgtgcttca gaggattgtc aggcaaataa caaataacat ataatcttcc
      121 ttttaaccat aataaagcag tgaaagaaga aaggtaaatg tagttactgc gtagtacaat
      181 tattttaagc actcaactac agattagtcc tttctctttc attgctttaa ctcttattgt
      241 ggtaatgtgg taagatataa tcagtgaaag aaaaaggata tatattcatc agttcttggt
      301 attgcccaac aggaagattg acggtacaat ggcagtctct gtctgcaatc ttctacttat
      361 gtactttctg aacaaatacg cttccatgct gtccaacaga aaggacaggg agatgataat
      421 agggagggga taaagtggtg aatagcctac tgcctctccc ttcttgataa cttctttttg
      481 acctgcaccc ctttcatcgg gatgcaagtt ggaagatttc ataatcgtct ggagtctatg
      541 attg
//
LOCUS       SEQF2637|AYYD01000325.1  380 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..380
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(101..358)
                     /locus_tag="SEQF2637_00083"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARATEHAAELKAMAEEPSKGRTMLVCAGEESEDGQLRFAFSYT
                     GPRGILTEMLDGLLDDDDLREVLEQAMARREEEDNSETTPE"
ORIGIN      
        1 gccatatcca tcagcacgtc ggacatttcg tcagcacgtt ggataaagtc gctcttcgtt
       61 gcctcggagg ctgcttctac gttttccttc ttcgcttcca tcactccggc gttgtttctg
      121 agttatcctc ttcctctcta cgtgccatcg cctgttcaag cacctcgcgg aggtcgtcgt
      181 cgtccaatag cccatccagc atttccgtca gtatccctcg ggggcccgtg tagctgaagg
      241 caaaccgcag ttgaccgtcc tccgattctt cgcctgcaca gaccagcatc gtgcgacctt
      301 tcgacggctc ctcggccatc gctttcaact cagcggcatg ctccgtggcg cgcgccaaaa
      361 atggcagccc ggtcagcgcg
//
LOCUS       SEQF2637|AYYD01000326.1  859 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..859
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agcaagtgat gactaccgcc aacgcattgg cagccgtggg ggtgaagatc tttcgcgcgc
       61 aaagcctcag caactaacaa gagagagaaa gacaagcatt acttatgtgt aggtgtgacg
      121 catagaaaca cctcatttat tattcggaaa tcatcatggc agaaatcaat tccaaaatac
      181 cggaaggccc attagccgac aaatggacca attataaaga ccatcagaag ttagtcaacc
      241 ccgccaacaa gcgccgcctc gacgtcatca tcgtcggcac cggattggct ggcgcatcag
      301 ccgcagcttc gctcgccgag atgggcttca acgtactcaa cttctgtatt caggactccc
      361 cgcgccgcgc acactccatc gccgcacagg gtggtatcaa cgcagccaag aactatcaga
      421 acgacggcga ctccgtctat cgcctcttct acgacaccat caaaggcggt gactatcgtg
      481 cccgcgaagc caacgtctat cgtctggctg aagtctcgaa cgccatcatc gaccaatgcg
      541 tagcacaagg cgtacccttc gcccgcgaat acggcggctt gctcgacaac cgctccttcg
      601 gtggcgcaca ggtatcgcga accttctacg cccgcggcca aacggggcag cagctcctac
      661 tgggtgccta ttcggccctc agccgtcagg tgggcaaagg caaagtgaag atgtttacgc
      721 gccacgaaat gctcgacctc gttatcgttg acggccgtgc acgcggcatc atcgtccgca
      781 acctcgtcac cggcgccatc gagcgttacg cagcccacgc cgtagtgata gccacgggcg
      841 gttacgccaa cgtcttctt
//
LOCUS       SEQF2637|AYYD01000327.1  705 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..705
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctgttggtt ggactattga acagcaacgc ccctgatttg atcataggca tcattgtctt
       61 tctcatcgtc attagaggcg cgatacgcat actgaaactc tcaaagtaaa actagaacat
      121 atggaaaaga aacaagggat tggatttttt gaaaaatacc tgactatctg ggttgccttg
      181 tgcatcatta ttggaattgc cgtgggacaa tggctcccgg caattccgca aacattaagc
      241 aaatttgaat atgccaacgt gtctataccc gtggcaatcc tgatttggtt aatgatttat
      301 ccgatgatgc taaaagtaga ttttcaaagt gttaagaatg tcggcaagcg tccgaaagga
      361 attatagtca cttgtgttac aaattggctg ataaagccat ttaccatgtt cggaatagct
      421 tatttcttct tctatgtggt tttcaaagcc tttatacctg ccggattagc cgaagaatat
      481 ttagccgggg cggtattatt gggggctgca ccttgtacag caatggtgtt cgtgtggagt
      541 taccttacta aaggggatgc cgcttataca ctggtacaag tggcagtgaa cgatttaatc
      601 atattggtag cgtttgcccc tatcgttgct ttcttgctgg gagttggcgg cgtatctatc
      661 ccgtgggata ctctgttgct atccgtaggg atgtttgttg taata
//
LOCUS       SEQF2637|AYYD01000328.1 1161 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1161
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             67..795
                     /locus_tag="SEQF2637_00084"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALTTADAEKVVYAGLKYRKQIFCVMQNRYSPPSIWIKNLIKSG
                     RLGCIYMAQLNCYWNRGIRYYRLGDWHGTADMDGGTLFTQFSHFIDILYWLFGDITDI
                     QARFADFNHERLTDFEDSGIVSFRFTNGGLGSLNYSTSVWDKNQESSLTIIAENGSVK
                     IGGQYLDKVEYCHVKDYLMPNLPPTNPGNDYGSYKGSAQNHHYVIRNVVNVLSENATD
                     TITTNVLEGMKVVDIIRRIYANKK"
ORIGIN      
        1 ggattgcatg ctggcatggc gattcaggca atcgaggcag gtcatcacgt tgtcatcgaa
       61 gaaccaatgg cgcttactac agctgacgcc gaaaaggtgg tttatgccgg gttgaagtac
      121 cgcaagcaga tcttctgtgt aatgcagaat cgctattctc ctccttctat ctggattaag
      181 aatttgatta aatcaggtcg gttgggatgt atatatatgg cgcaacttaa ctgctactgg
      241 aaccgtggca tacgatatta ccgtcttggt gattggcatg gtacagcaga catggacggc
      301 gggacactct tcactcagtt ctctcacttc atagatatcc tctactggct ttttggtgat
      361 atcacagata tacaggcgcg ttttgctgat tttaaccacg agcgccttac cgattttgag
      421 gattctggta tcgtcagttt tcgatttacg aacggcggtc tcggttctct taattattca
      481 acgtcggtat gggataagaa ccaagagagt agtctgacga tcattgctga aaacgggagt
      541 gtcaagattg gtgggcaata tcttgataag gttgaatatt gtcacgttaa agactaccta
      601 atgccgaatc tcccacctac caaccctggc aatgattatg gttcatacaa agggtctgca
      661 cagaatcatc actatgtcat tcgtaatgtg gtaaatgttc tttcggagaa tgcaactgat
      721 acaattacaa cgaacgttct cgaagggatg aaagtcgtag atattataag acggatttat
      781 gcaaataaaa aatgaacaac attaccatgt gaaggtcttt tcaagactta aaagcgggga
      841 gggggcaggc atatagaggc gattttgtca aatactacag tcgaacggaa aagggttacg
      901 aataaatatg gtaaaacaag aatgtcttct tggttaaaag aaaaatattc cgcaacgagc
      961 aaatgacata tgtccggtca cctctcggat aagaaaatta cacagatcaa taatatcaag
     1021 caaagatata ctaaaaatct atattgggct taggttttaa ccctcttttg ggagaggttg
     1081 ggaaagtgga gcttttgaaa aaaagaattg gatggaagca agacgctcta tttcatatcg
     1141 atttctggaa aggctgagag a
//
LOCUS       SEQF2637|AYYD01000329.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttgcaattc gcttccctca aaaagtaagg gctgtcgacg gcttgcaatt gacttccctc
       61 aaaaagtttt tgccgttgac ggcttgcaat tggcttccct caaaaagttt ttgctgttga
      121 cggcttacaa ttggctttcc ccgaaaagtt tttgctgttg acggcttgca attggcttcc
      181 ctcaaaaagt aagggctgtc gacggtctgc aatgggcttc cctcaaaaag tttttgctat
      241 tgacggc
//
LOCUS       SEQF2637|AYYD01000330.1  477 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..477
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             27..335
                     /locus_tag="SEQF2637_00085"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAYLKGAAPANGYNPEKPYTIEVIVDPATPYQASSIFQTTVLN
                     LRVKSKGRSTGSDLVSVMKTKKPGEPGEKGTYFIVQSSTGLVSQVAPISFDYDFNGLE
                     "
ORIGIN      
        1 actcaaatta taaccgtcct taccagatgg cagcctacct gaaaggtgcc gccccagcca
       61 atggctataa cccggagaag ccgtacacga tcgaagtaat cgtagacccg gccacgccgt
      121 atcaagcatc gagcatcttc cagaccacgg tgctgaacct gcgcgtcaag agcaagggcc
      181 gctccacagg ctccgatttg gtgtccgtga tgaagactaa gaagccgggc gaaccgggtg
      241 aaaaaggcac gtacttcatc gtacagagca gcacgggctt agtttcgcag gtggcaccaa
      301 tttcgttcga ctatgacttc aatggactcg aataaaccct attgacgatc tgattgattg
      361 ttgatgtctt cttcatcctt ccccctcccc tgacaccccc tcgattcttt gtcggggtga
      421 aaggtgggga gggggattcc ctcaccacaa gttcaagaac ctcaatcgag cctcctc
//
LOCUS       SEQF2637|AYYD01000331.1  441 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agctgcgacc ttaaaccttc tatttctgct tctaatgtcc gattccgttc tatcagtatt
       61 tcagcttggt tttcctgctt cctatttgga gtgttctcca cctttcttcg ctccatctgg
      121 ttagtcaagg ggtctctgtc atacatattc gatgctccca atgaaacgtt gctcacattc
      181 acatctccta taccattgct atggatgtct ccgttgacgc cttgccctac aaggattcta
      241 ttctgcgtgc tttttaagta gttctctcgt agcatggagc cttttcctga tatcagccaa
      301 tcaggcgata tatcgggaaa agcgtcgagt atttttgacg ccttatctaa acctatggta
      361 ccacacttgc ttatgttgct caagttgcct cttttaagtt gacaagcaga ttccatctgt
      421 cttatcgaaa cctccttata c
//
LOCUS       SEQF2637|AYYD01000332.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggatctaatg tctatcgtat ataagaggct ctcagattaa aaggaggtta tgcatgctgt
       61 acatagtatg cttttagatt aaaaggatgc gatctctcat gtatatgtca gcctcttata
      121 ttgaaaggat gtaatagtca atgcatattc tatcctttta gattaaaagg aggatgcgca
      181 tgccgtatat agtttgcttt cagattaaaa ggatacaatc tctcatgtat atagtatcct
      241 tttatattga aagtatagta tagtcggtgc
//
LOCUS       SEQF2637|AYYD01000333.1  358 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..358
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgtaataca cttcccaatc acgacctcga tagtgtgtcg tagcccgttt gcatacataa
       61 cctaacacca tcatcgtatc ttcatgcaat atccattccg gcatcgccat tggctcctca
      121 tacgtatatc cattatgtaa aaacacagta gaaacctgtg ttttcttttt gctgtaccac
      181 tgataataaa cagtctccgt accccaggga atcccacgtc ttttatcttg aatatctgcc
      241 atggataatt tattcttgaa tccctcactt gctatagaat cccgcatttg ggtataatga
      301 ctgtagaatt ttgttagcct atctcccata tcgagaagca tgcgatcacg ctcatcaa
//
LOCUS       SEQF2637|AYYD01000334.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accgactaac ttcttctttt acagagggat atttgctgat aattttctcc cgaaccattg
       61 tatggaagtt ccggacggaa gatcttggat ggtatatgtc tcctgactac aaacgacaaa
      121 gggaccagag atagcaaata ctgaattaac agccttgtat gcgtcaataa gaccataacc
      181 gtaagtgtga tcaaatccag gagctcccaa atccttggcc gtattctgta gaattgttcg
      241 cacttgtgcc t
//
LOCUS       SEQF2637|AYYD01000335.1  583 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..583
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             107..322
                     /locus_tag="SEQF2637_00086"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEHVSSPITITATTILEWEDGHRDVIDMEYLSPGNGNASRFQQ
                     KAWVNGRLIWDPANKIGGTQPIYEIKR"
ORIGIN      
        1 ctataatccc ctatccgacc ctccgcaggc ttttcactta gtcaagccgc aggcagacct
       61 aaaccattac gcactgatcg tttacacgga caatggcaaa attgaaatga aggagcacgt
      121 atcgagccca atcacaataa ccgcaacgac catactcgaa tgggaagatg ggcatcgtga
      181 cgtgatcgat atggagtatc tgtctccggg caatggcaat gcttcgagat tccagcaaaa
      241 agcctgggtg aatggtcggc tgatttggga tccggcaaat aagatcggcg gcactcagcc
      301 gatatacgag atcaagcgct aaaacaagaa aggaattgag tcatgaagaa gttacttacg
      361 cttttactgt tccccctgct gatggcggcc tgcacaaagg gcggcggcag cgaggatgtc
      421 gtcacctcgg aggagcctca gactgccgag gcggataacc cgaatcaagg tggatccccg
      481 agcgatctgc ccccaagagg cactatcata tcggcccact tggatctgcg gctcttggac
      541 atgcagggga acgaccacct gaaccccgcc tcgcccgggg ccg
//
LOCUS       SEQF2637|AYYD01000336.1 2028 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2028
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agccgtgggt aacattgagg ctttaggtcc gaagacgttt acgaacagct caactggtac
       61 aggtaatccg ggcaccggtg gtaagactat ttggaatgca cgtggacata tcatcacggg
      121 caacggcaca ggaaaccctg ttccgcaaat cgtgagattc gagcgcacaa cgcctaacgc
      181 tggcttgatg gcttggcaat ctggtttaga catccagact ggtagcaaga ctcagtttga
      241 gaacaacgct gcggcaaata tttccaacat ggaatggttt gcttgcaata acatctttac
      301 tcattttgga gctacaagtg gagatacaaa caatgattac gaggtcatct tcaccaacga
      361 tggtaaagga agtatgattt ggcatgccaa tgcgggtaac attgaaaccc gcagtaaaac
      421 gtcattcaac aactccggag acggccatat gacatggtat gccaagaaga atatcaagac
      481 atacttcggt aaatatacgg atccggatca actgaccgat ggtgtcatct tcacgcagac
      541 cggaaagggt cgcaccgtat ggtttgcagc ggaagaagac atcgaaacca ataacccggt
      601 gcatttcgat tggtcgagtg cgggtgaaga taccacaagt atcatgtggt gggcaggtcg
      661 acacattgag atcggacata acttcgatcc gaataatccg caccgtagcc gcgcgatgtt
      721 tgatacgaat aagaacgata cgatacagct gaagtcgaag aacggccata tcctcactaa
      781 ttcgcaggtg gacattgagc gtagtaacaa tggctcatct cttacccaat tgcgggccgg
      841 ttgtaataca ttcaatgacg ctcattttaa tggtatctct aataatatcg atatcgagaa
      901 tgtcttcaat tttacagaaa agacgaatgg gcaaggaggt ggcgccttgg tacgtttcta
      961 tgctgagaat gacattctct cgaattgggt gtgcgataac aaccgtccgg caccgattac
     1021 gttcacgtct cacactggat cgaagacaac gactctctgg gaggctgagc gtaatattaa
     1081 tctgagaggg cgtgtagact ttgtgtatgg tggtgcagcg aatatgggcc cgctgaaatg
     1141 gctttctcgc gctggctaca ttctgacgga gcgccccgta acggttactt atgagagtga
     1201 tagtacgatt tcatttcttg cagagaatga attcaataat tattctccag ctagatcacc
     1261 aaaggtgcat accaatgcaa ataacactcg ccgccgtggt aatatccatt tctacgattc
     1321 agttgatatc aatcgcaata acatggctgg cggtttgacg cagctcaaag ccagaagaca
     1381 catctggaca gcaatgttga actacgtcga tcagcgttcg actggcgata cgatggatat
     1441 tatctctcac gagggtgata tataccttgg atataatgat ggcagagcga atcacttgct
     1501 accatcattc ccagatcagc ggtatgtgtc atttattgac gacgatgcta ttttccagca
     1561 gagcgcgaca ggtttatata gcaccaattg tcaatatcct ccggccagcg acgtctctta
     1621 cgatttgaac cgttttacct acagtatccc gggcagcaac aagaaggggc atttgtggat
     1681 caaagctggt tgggaagaga agacagatcg taacattgtg ccggacgatg gatcgagaaa
     1741 ggcaggtggt aatatctact tcacgcatat tgatgtaaag caggccaccg gtagcatcca
     1801 cccgacggaa attaccattc cgttctccgg tctctggcgc tgcggcaatg caggaacgca
     1861 agacagctcg ctgtacaacc gtgcaggagg ttctcgtcag cgttatgaga actcaggtat
     1921 catctccggt gttgctcggt gcttcctccc ctatccaggc aatgccactc aaaacaccgt
     1981 agcgagagac accggcctta tttatcgcgg tgcaataggc aacttgac
//
LOCUS       SEQF2637|AYYD01000337.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             6..230
                     /gene="serC_1"
                     /locus_tag="SEQF2637_00087"
                     /EC_number="2.6.1.52"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q59196"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoserine aminotransferase"
                     /translation="MAVEDRSLMNVCFVMNDEYKELEKEFADFAAAAGMVGIKGHRSV
                     GGFRASLYNAMPIESVKALVQTMQEFEKKH"
ORIGIN      
        1 gaacggtggc tgtcgaagac cgctcgctga tgaacgtttg cttcgtgatg aacgacgagt
       61 acaaggagct ggagaaagag ttcgcagact ttgccgctgc tgctggcatg gtcggcatca
      121 agggccaccg ttcggtgggc ggtttccgcg cttcgctcta caacgctatg ccgatcgaaa
      181 gcgtgaaggc actggttcaa acgatgcagg aattcgaaaa gaagcactga tcatgaaggt
      241 cctcgttgca acagagaagc cctttgcagc cgttgctg
//
LOCUS       SEQF2637|AYYD01000338.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcaatacgcc cctaccctga cggtcgaaaa atgatcgcgg tcggggtgtg ttctgcggtg
       61 gaatatgaaa aacgcggcgc catgccggca ttttactacc tgacatggcg ccgctcatat
      121 gcgtgcgagc tattctattt aggtcgtgtg ggggttagcg cgttggttgc gcttatcgtg
      181 taaccgtata agtagggata ccacctccga ttttattagg agcatcccaa agcagtttgt
      241 catttaccca aattctttgc tgaatgatcg aagatgtatt cgcgggacga tcatattcta
      301 cct
//
LOCUS       SEQF2637|AYYD01000339.1  411 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..411
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cattttcgcc cattcggaac ttcccgaaag tattgaccca actatttcaa tcattcggaa
       61 atctccgatc ctatatacac atatatatca ttcgctcgga ttttcccgaa gcattctacc
      121 tttatgatac aaaccttcgg gaatctccga tccaattaaa ttgcttattt tatccattcg
      181 gataaatccg aacctttaga tcatcaattt tatccatttc ggattcttcc gaaccgttga
      241 tatcgagtat cctattcttt cggaagattc cgaatcccgt aaatagacgg ttctagtcga
      301 tcggaaactt ccggagactc ataattagat gaataatcct ctcggaagtt cccgaattta
      361 tataacacat attcaatagg cttcggaaag ttccgattga taggatcaat a
//
LOCUS       SEQF2637|AYYD01000340.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttactcctt gcatgccgtg cgagtaccaa aatgaccctc attttgcccc ttgcatgccg
       61 tgcgagtacc aaaatgaccc tcattttgcc ctttgcatgc cgtgcgagca ttcaaacgtg
      121 attcaaatag cgattaaacg agcctccgcc cgcggcagcg gcgacaaatg tagaacgatt
      181 cggctacccc cacacccgcc cccggccgcc gatcattcat ccctgcggga tgtctggagg
      241 gcgtattcga tacgccccta catgtacccg gcaaacttcg ccggcgt
//
LOCUS       SEQF2637|AYYD01000341.1  659 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..659
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctataaaagt gtagaggggg cgagtgttat ttccaacgct actgatataa gtggggatag
       61 ccgtggtggc tttgctgctg gtgggaagaa gggttgcgtt cggattgccc gccttgagga
      121 tgcgattcac aatagacgtc tttccggaag agaactcgcc gataaaggca acagccgttt
      181 tgccggtgat ccacgtcttc ttttggttgg ccacgaatcg ttccaaatct tcctggtttt
      241 gatttaccga ccaattgttc tctcgcatta acaatgtgaa gtcgtccttg ataaaggccg
      301 ctacttgatc caccaaattc aactgccgcg acgagcgttc cgaacggtta gccaccggcg
      361 cactcaagat gtggcttaca aactcgatgg ccttcttccg cttctcgctg agcgcttctg
      421 aatccgtgta tttttcttcc acgcctttca gtctttgaag ctctaattgt gcgtgctgca
      481 tatcgccaaa gagcttatcg aactcttcct tttgcgcctt tagcttcttt tccactgatt
      541 tcttgtcgtc ctcggcgtct tccacatcgt tttccaagtc ttcgactttc cgctttagcg
      601 acttcaactc cttctgttga gcttcaatct gatcagacaa cgttttcacg gctgccttg
//
LOCUS       SEQF2637|AYYD01000342.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             35..220
                     /locus_tag="SEQF2637_00088"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKASSKGDETMDLEDDLDEAKRKVSKQEREIEQLKRSLDEYK
                     GALQACELELESLKNKD"
ORIGIN      
        1 ggagaatgct gaactacatc aggagattac agacttgaag cggaaggcat cgagtaaggg
       61 agacgaaacg atggacttgg aagatgattt ggacgaggcg aagcgtaagg tgtccaaaca
      121 ggaacgtgag atagagcaac tgaagcgcag cttggatgaa tacaagggcg cgcttcaggc
      181 ctgcgaactc gaattggaat cattgaagaa taaggactga tatggagatg tacctctata
      241 tct
//
LOCUS       SEQF2637|AYYD01000343.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..308
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaagagaacc tttgcaaaag ccccatcaat acagggaagt agaccccaaa tgaagccttg
       61 cgaaaggggg atattcggcc gtcggtgcgg ggataccgtc catgatggca aagagctcgc
      121 caaccgtttc ggcacgaagc atggccacac gcgtcggctt gaagtctggg atgcccttaa
      181 agagtggtgt ggcggccagg tggcgacgga tatgcaggat gccacgacgc tcgtcaagac
      241 gctctacact ctgcaaaacc tgctgcttaa gtacgtcgag ataccacgcg aacggctctg
      301 gctctgtc
//
LOCUS       SEQF2637|AYYD01000344.1  607 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..607
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(197..553)
                     /locus_tag="SEQF2637_00089"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILNIATDRGSTGGETFTGIVHKYNVKNNNPRGPIEVTTGTGNA
                     PTVNGVSVPLSANIAKGASATIFSPVAKFELNATLGGGSFSVNYYKLSFGEAVTLSRT
                     TEGYLLIEREVVVVTP"
ORIGIN      
        1 gccttgtgca gatcgctggc gaggtggagc atcatggcca gcaggacgaa tagggcacac
       61 acgcaggcga tggccagcat ggggcgggtg ccctcaaata gtacttccat tgtttgttgt
      121 tagttgttgt aggtgttaga aaaacaggga gctccgcccc ggttatggtc agggtgggac
      181 acccccaagg cagtggctac ggtgtaacca ccaccacctc gcgttcgatc agcaaatacc
      241 cctcagtggt acgggagagc gtgaccgctt caccgaaaga gagtttgtag taattcacac
      301 tgaaacttcc tccaccaagc gtggcgttca gctcaaactt ggctaccggt gaaaagattg
      361 tcgccgatgc gccctttgca atattcgcag agagcggaac agagacacca ttcaccgttg
      421 gagcattccc cgtgcctgta gtgacttcaa tgggcccacg cggattgttg ttcttcacgt
      481 tgtatttgtg gacgatgccg gtgaaggtct ctcctccagt gctgccgcga tctgttgcta
      541 tgtttaatat catgtcagtt gttgtctttt gagtgatgca gcggggcgga cgtgatgtcc
      601 tcacagt
//
LOCUS       SEQF2637|AYYD01000345.1  524 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..524
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcccttacc gtaggagcgc cgaccgatga tgagtccgcg gtcgttgtcc tggatggcgc
       61 cggcgaagat ctcgctggcc gagccagaca tctcgtcggt gaggacaacc aacggggcgt
      121 cctggcaggt gccgcgacca tctgcaaaga actcctgccg agggtaagcc ttgccctgca
      181 catagacgat catctcgcca ccgggaatga actcgttgag catggtcacg gccgcgtcca
      241 agagtccgcc ggcattgtcg cgcaggtcga tgatgaactt ggtgcagccc tctttcttct
      301 ctttggcgat ggcggtgatg aactcgttat aggtggagcg ggtgaagctg cgcaccttga
      361 tgtagccgat gtcacgcccg atcttatagg cagcgtcgac ggagcggttg ggcacttcgc
      421 cacgggtaac gacaaagtca gtcagcttcg aggcatggtt gcgctgcaca ccgagcttca
      481 cccttgtgcc cttcttgccg cgcagggtgc gcatgatctt ggcc
//
LOCUS       SEQF2637|AYYD01000346.1  375 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..375
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 actcagccgc aagtatgggc tgaccatcgc caacgaagtc cgatccgcgc gactacatcg
       61 gaaagcccaa gccgatccga gaagagagcg gacaaagctg caggttcgga gcatctgcta
      121 cgccctgctc gagaagcaca aagggaaagg cctgtcgggt cactccatgt tcctctatga
      181 actccaccga agtggcgtca cgatcgaccg catgaagaac aagcagggga aagtctacgg
      241 gctgaagttt acctacgacg gccacagttt caaggcctcc gagatcggcc gtgagttcgg
      301 tttccgcacc ctgccgaaac agttcgagtc cggcaacaca ctgaagccaa tcattattcc
      361 atcaagccat tcctc
//
LOCUS       SEQF2637|AYYD01000347.1 1018 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1018
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(329..832)
                     /locus_tag="SEQF2637_00090"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVLFEGTGAMFPVATACFLFVLTAIVVDLISGIRKAKESGQKI
                     RSKPLSRTATKFVTYEGAVIIAAMIDYMLHFSHLFVLMKLHPIVGFPVITCLMSVFLC
                     IIEILSVRETADEKTRRRSEAIVQAVIKALGNDNLAEILRDKVEDTLHGHQAPPQHIN
                     NSTHQQQ"
ORIGIN      
        1 gtgtagttgg catacggatc gaggctgccc tctacctcgt ctttcccaaa gcgtccgctt
       61 tgcccgcggc gtgccttgac gttacagtaa ttgtggtctc cgacgggaat catgcctgcg
      121 ccggtgtcca gcatatccat ggcgatcagc agctggcgca tagcgtcgct gagcgtgtta
      181 tctgcctcga agtaggcgcg atcgctggcc ttaacaaagg ccggccgggt gttggggcca
      241 aaggcgccct tgacgggctg tcctttgtag ctgtagggaa cataagtcgg gacaaactcc
      301 ggcgggatgg tggtttttgt tggagtgttc attgttgttg atgggttgaa ttgttgatgt
      361 gttgaggggg cgcttggtgg ccgtgcaggg tgtcctcgac cttatcccgt agaatctcgg
      421 cgaggttgtc attcccgagg gctttaatca cggcttgcac gatagcctca gagcggcggc
      481 gggtcttttc gtctgccgtc tcgcgcacgc tgaggatctc gatgatgcag agaaagacac
      541 tcatcaggca agtaatgacg gggaagccga cgatggggtg cagcttcatc agcacaaaga
      601 ggtgcgagaa gtgcagcatg taatcaatca tggccgcaat gattacggca ccctcgtagg
      661 tgacgaattt ggtcgcggta cggctgagcg gcttagagcg gatcttttgc ccgctctctt
      721 tggccttgcg tatgccgctg atgaggtcga ccacgatagc ggttaagacg aataagaaac
      781 atgcggtagc cacgggaaac atggccccgg tgccttcaaa aagtacttcc attgtttgtt
      841 gttagttgtt ggatgttggt gggtaggcct acgggcccac catagatgtt tatctgttta
      901 tgcatcgttg aatgtggccc cgaaatgacc ctcgccgcgg gctccaaatc ggtttttggt
      961 gcaatccgag gctcattttg ggctccaaat cggtttttgg tcaaatccga ggctcatt
//
LOCUS       SEQF2637|AYYD01000348.1  492 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..492
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tatattaagt ggtggtacac ctagcaaaaa agaagctatc tattgggata atggaactat
       61 tcctttcttt gcaccaacag actatagtgg caacattttc caaatatcta cggaagaaca
      121 gataacggaa gaaggattag tacattgtgc ttcctcatta tttgagaaag gcgttataat
      181 cattactgcc aggggttcaa taggcaaact cgtagtagta ggcactccaa tggcaatgaa
      241 tcagtcgtgt tatgccctgc aatcaaagac ggaagaattt gaatacttgt actttcttac
      301 acgccagctt atagaaagtc tcaaagctaa aggaagtggc tctgtattca agtcgataat
      361 agcctctgat atagaaaatt catggctatg tataggcagc gatgaagttg taagcgtttt
      421 ctgcaacaag gttaagccaa ttttcgaaag catcaaagaa aacaccttag agatagccgt
      481 cctcactaag ca
//
LOCUS       SEQF2637|AYYD01000349.1  750 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..750
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tggatatagc cgataattct actgtaatct cctaattcat tccagcattt atacatttct
       61 ccacgagggc caataaggta agaatttaca tgtgtagcgc tgcatccctt ttttcgtaga
      121 tggggataga aattcacctt atcgttgagg ctataaaaca attctctaat atcttcatgt
      181 aacaatgact cacagcccat acatttattg ttcttatcct ctatgcgaag gattccagga
      241 tatacttcta tcctctgatc attattccat ctctgtagta atccacttct tatttgatta
      301 aaatcatcag cattttttct atcgagatta acccttatgg atatttttgt ttcatcgaaa
      361 ttcgacagaa gaatgtctat atttcttaat ataacattat aggatccttt ttctgaatta
      421 ttaaacgcac gcattcgatt gtgtcgtttt tcatctccat ctaatgttat ttgtatggca
      481 ttcagcttat attttcgaaa taaatctata gcttttctac taatcaatga tccatttgta
      541 atgaggaaat gatggcaaat ttcgatttga gtttcggagg aaagtctatc taatattttt
      601 tcgattacgt ctattgccaa taaaggctct cccccatacc aagttaaata tagcctgtcc
      661 gactttttga attttttaat aaaaaatata aggttatcaa ttgtttcgtt agacattttg
      721 tagaaaatct tattatcctc gaagcaatac
//
LOCUS       SEQF2637|AYYD01000350.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..251)
                     /locus_tag="SEQF2637_00091"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTTANAQPLRKEQPIFRQAASRPSISRSSTATNCHECAFFDVG
                     ATSAAFSNSCT"
ORIGIN      
        1 gatagcacaa tggaaagttt caatgaattg atgatgcgcc gccgcagctc gcggaagttt
       61 acggccgaac cgatcgcacc ggatcaggtg caggaattac tgaaagcagc gctcgtggcg
      121 ccgacgtcga agaatgcaca ttcgtggcag tttgtggccg tggaggatcg cgagatgctg
      181 ggccgactgg ccgcttgccg gaagatgggt tgctccttcc tcagcggctg cgcgttggcc
      241 gtggtggtca tgggcgacgt gaccgtgacg gatgtgtggg tggaggacgc ttcg
//
LOCUS       SEQF2637|AYYD01000351.1 1361 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             138..839
                     /gene="afsQ1"
                     /locus_tag="SEQF2637_00092"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q04942"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein AfsQ1"
                     /translation="MMKLLLVEDDATLRYMIRNSLEVVIGGYEMAEAANGAEGLELWK
                     TFRPDIIVADVEMPVMDGYEMVAKIRETDRLQPIVFASGMEDPSHVMRGYEVDVNNYI
                     KKPYLPEELDAHVRALLRNINLGGRMENNTETYPIGRWKFNAEKASLSDTEGKNVSLT
                     LLESQILRLLCRSMGETVGRDTILETLWPDVDYFYASRRLDVFITKLRKLLSADPAIT
                     ISTIRGVGLRLDVEN"
ORIGIN      
        1 gatgaaggag cacggcggga gtgtgacggt gtcgagtgaa cccggccgcg gcagtacgtt
       61 taccctgacc tttcccgttc cgtcggagac ataaaaagaa taggtacaca cagataaaac
      121 aaggagaaaa cggagacatg atgaagttgc tattggtaga agacgatgcc acgctgcgct
      181 atatgattcg caacagcttg gaggttgtga tcggcggata tgagatggcc gaagccgcca
      241 acggcgcgga aggattggaa ctgtggaaga cgttccggcc agatatcatc gtggccgacg
      301 tggaaatgcc tgtcatggat ggctacgaga tggtggccaa gatccgggag acggatcgcc
      361 tgcagcccat cgtgtttgcc tccggtatgg aggatccgtc gcatgtgatg cggggctatg
      421 aggtggatgt gaacaactac atcaagaagc cttacctgcc cgaggagttg gacgcacacg
      481 tccgggcgct gcttcggaat atcaatttgg gcgggcggat ggagaacaac acggaaacgt
      541 atcctatcgg ccgatggaag ttcaacgccg agaaggcgtc gctcagcgat acggagggga
      601 aaaacgtctc tctgacgctt ttggaatcgc agatcctccg cctgctttgc cgcagcatgg
      661 gagagacagt cggccgagat acaatcttgg agactttgtg gcccgacgtg gattatttct
      721 acgcctctcg ccgcctggat gtctttatca cgaagctacg taagctgctt tctgccgatc
      781 ctgccatcac catctccacc ataaggggag tggggctgcg gttggacgtg gagaactaat
      841 agctaagaac taccgactaa aaacgaagcc gggtacacga gcggaagagc tcttatgtac
      901 ccggctttcg tctttcccgg ctccatcctc ctctctcgta tgacgggaga ctttctatag
      961 ctgtagaagg ggaagacgag tgttcttttc ggaccaaaaa ctacggcaag acgagacacg
     1021 ggtccccgcc ttcggcgaaa agccccttat ttcgcccccg attctccgag cctcggataa
     1081 ccaccaacca ttcaccctac acacatctta ctcgttatga aaaagaactt cgtcttagac
     1141 accaacgtca tcctgcacga ctacagttgc atcgaccatt tcgaggacaa cgacatctat
     1201 ctgcccatca ccgtgcttga ggagctggac cgattcaaga agggcagcga acagatccat
     1261 tacaacgccc gcgccttcgt ccgtcggctc gacgaactga cctccaacga actgcacctg
     1321 cgcggcgcat cgctcggccc gggacgcggc atgctctacg t
//
LOCUS       SEQF2637|AYYD01000352.1  236 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagtgactcc agaagctgag cttccagcac tcctttttga aaagtgactc cggaagtgca
       61 gcttccagcg ctactttttg aaaagtgact ccagaagcgc agcttccagc actccatttt
      121 gaaaagtgag tccggaagtg cagattccag cgttgctttt tgaaaagtga ctccagaagc
      181 tgagcttcca gcgctgcttt ttgaaaagta gagcagaatc ctccaaggtt caggac
//
LOCUS       SEQF2637|AYYD01000353.1  274 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaaacttttt cggctcattt cctcaggaaa tcgctgggat gggcttccac tcatttcctc
       61 aggaaatcgt aggatggcct acatcgaact cacgttaagc aacgggccta aatcgggaaa
      121 tacggcgaag ttttcgcata gagaaaggcc tgtcgcaagt ggtgcggcag gcctttcttg
      181 tcagaaatgg accgggggcg tcaactcttc ttgagatcgg ggtagctgat gcgggtgtgg
      241 tacatcgttt tgagcttttc cacgaaggtg gtct
//
LOCUS       SEQF2637|AYYD01000354.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atatattttc tgtccctttc gcaataaacc aggtgacaag aatcgagaag atagcggtgg
       61 ctgcatacgg gaatatgtct ttcacaactg tgtttagtcg tatcttaatt gatttataag
      121 caaaatgatg tcttgcccaa atactgagta tacgaatcaa aatatagatt atgatcatgg
      181 cgagtatccc gaattgggat acaatgctaa taccagctat ctggaaaata cacatcacaa
      241 tatcaatata acgattttct gcaggc
//
LOCUS       SEQF2637|AYYD01000355.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaggttagct ctctaagaga ctaagagagt gcctttgcac aatcttgtcc aatggtctcc
       61 ttcccttttc atgtcttcat gcgaccgcac tgagatgtat gatggcatgt gaacctagcc
      121 tatctcacct cctttgtaaa atgcaatgga aacgagatgt ttggcttcaa ttcagttgaa
      181 agaagtccac cagattacag tttgtgacga actgcaagtc tggtggactt ctttgttttc
      241 cccctcctct acaaaagcag gattagtggg tctttactcc aagcacctgc acttcaagcc
      301 tctcggagcc ctgtct
//
LOCUS       SEQF2637|AYYD01000356.1  963 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..963
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(59..808)
                     /gene="tcdA_1"
                     /locus_tag="SEQF2637_00093"
                     /EC_number="6.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46927"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine dehydratase"
                     /translation="MEERYSRNRIYVGVEEQEQIRRFRVFLGGAGIGSIIAECALRFG
                     FETLTIVDGDKVEESNLNRQNYRICDIGRPKVEALKERLLSINPSANITAMNTFIDKD
                     NMVELLEGHSAAVNALDFSSNVPFLFDAHCRQCKIPVLHPYNLGWGGLVMAVSPDGSQ
                     LSDLSDDYHNFEARLVQCRIIDYFRFWGRPKRWLEDIMARYKAEKGQTPPPQLSVASW
                     IVGGLCTNLLFCLATGYRVKWYPDFYLSSIV"
ORIGIN      
        1 gtattgtgta tccttaacaa aaggataata tgagttcgca gcttacttat caacaatctc
       61 agacgattga agagagataa aagtccggat accatttcac tcggtatccg gtggcaaggc
      121 agaatagcag attggtgcaa agtcccccaa ctatccacga agcgacagat aactgaggcg
      181 gaggagtctg gcccttttct gctttgtagc gtgccattat atcctcaagc catcgtttgg
      241 gtctccccca aaaacggaaa tagtcaatga tcctacattg aactaatcgt gcttcaaaat
      301 tgtgataatc gtctgataga tcactcaatt gcgagccatc tggtgacaca gccattacca
      361 atccacccca accaaggttg taagggtgca ataccggtat tttgcattgc cgacaatgcg
      421 catcgaacag aaacggcaca tttgacgaga aatcaagtgc attcacggcc gcggaatgtc
      481 cttccagtaa ttcaaccatg ttgtctttat ctatgaaggt attcatggct gtgatatttg
      541 cgcttgggtt gatgcttagc aacctctctt tcaacgcttc aacctttggt cttccaatgt
      601 cgcatatccg ataattctgt cggttcagat ttgattcttc caccttatct ccatccacaa
      661 tggttagcgt ttcaaatcca aatctaagtg cgcattcggc aatgatactg ccaataccgg
      721 ctccacccaa aaacactcga aacctgcgaa tttgttcttg ctcctccaca cctacgtaga
      781 tgcgatttct actgtatctc tcttccattt ttctctgatt tgtttccgca aaggtccaca
      841 agatcgggga atccaaccat gcgaatgtgc acttcttcta agaaaagcgc tcaccccttc
      901 atcagcccct gtaacttcgg gtcggatttg atgcgggcga tttcggagtc cacgagcgag
      961 agg
//
LOCUS       SEQF2637|AYYD01000357.1  254 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..254
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tggtaagcca ctcatagatc atttgatgaa tgacgaccta cgcatggtct atgagcaggc
       61 acagacggag gcggtgcgcc gaacagctat cacgccgacg ttcttgcgga tgctgaatgg
      121 gatactgatg cggcgcaccg ggagtgtgca ccacgtcgct gcggacacgt tcgactcgtc
      181 gcgaggtgac taccgcctgt gcggcgtcac ggcgggtgtc ggcggacggt cgtatctgaa
      241 ctatcaaaag gtgc
//
LOCUS       SEQF2637|AYYD01000358.1  327 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..327
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggctggtggg acttttcgca gggtatcgac ccaaagccga aggccgtctg gagctgtact
       61 ttttcgggtt atcgcagcgg gtcgcttgag tggttttccg cagaggatcg actaaaagcc
      121 gaaggctacc tgacgtgaac gttttttcgg ggcacatttc cgaaggctga cagaaatttt
      181 cgctgagtat tgaccaaaag ccggaggtta tttggagcta ctctttttcg ggtcatcgca
      241 gcgagctact tggggagcct cgcgatcggt gggaaaaggc agccgaaagc ggacggacgt
      301 aaacattttt tcggggcata tctccga
//
LOCUS       SEQF2637|AYYD01000359.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catacgagat aggaatttgg ggtaatacgg gcagaggtat ttcagagcat ttctctgtac
       61 taaaatcagt ggatcttatt actgggacat ttagtaagac atttggaagt ggcggagggt
      121 atgccgttgg aaataaagaa atcatcaatc tgctaaaata tttctccaat gagaatattt
      181 tttcagcggc agcaacgcct caatctgttg gatctattat gaaagctatc gatttaatcg
      241 atgaagaacc tatttggaga tcacggattt gggataatat caatcacttt aaaataggtc
      301 tggagagtat tggtat
//
LOCUS       SEQF2637|AYYD01000360.1 4419 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4419
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             12..446
                     /locus_tag="SEQF2637_00094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFSGQVVGETAKTLSERFGKVLQKRQSVSINRQDVSTSINTQMD
                     SLIPASKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVVDTAKVSAEMKSYRPIPVIA
                     EFLNGDGSDNLRETIEASYRMVKQDILSLLPARWSELRMTQI"
     CDS             843..1004
                     /locus_tag="SEQF2637_00095"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAIQAFDKSSMSDKELKRMQSENQCLLQKVGQFAIDCDFFAKA
                     CEASGLKVR"
     CDS             1116..1883
                     /locus_tag="SEQF2637_00096"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENLELMRLIDDAYYRDHPTAGVLHVQGMLRLQGYHVNVKRVRR
                     LMRLMNLHAIYPKPCLSKGGVPSYIHPYLLRGLAIDKPNQVWSTDISYIPMNGEFMYL
                     YAVMDVYSRYVPGWCLSNTLSAINACELMEECIRWHGKPEIVNSDQGVQYTGHRWQSL
                     LQGRGIQISRDGRGRCKDNIWIERFWRTIKQEYNYRNPTGVSASGRYRGVYPLLQPRT
                     ATPEPASPAPGACLWHRRGGVKETSDRSRTFPPKNSE"
     CDS             complement(1916..2683)
                     /locus_tag="SEQF2637_00097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQNNKRLLVWWQEVGIVLGAILLLGGGYYLYQLYQQKQLLDKV
                     GSGDTMYTFMDKKTYVYEEPDTSIFGGFADLDEFYPITVLGTSDDDKFYKVIATDSDG
                     NVREGYILKSRLISYNEMEHLQRLIKSLDEYDSSGLSSLAGVRLGFLTAIRSYSTKLS
                     EIYCFLHDIQDDTFYFGFALDEGDYIVFSSKLRGESTTIEVERVESIPDRCYPSGLML
                     GGDGKVHVDWGYPSVGALDWMLAADSAAVEYSDYTTP"
     CDS             complement(2700..4208)
                     /gene="yhaH"
                     /locus_tag="SEQF2637_00098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64590"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YhaH"
                     /translation="MKLFTEEGEQVTTSQQPFSSGGEGGVYHVHTSPFGRGYCAKIYH
                     NSNQKQQAKLKGIEAKLRYMLEHQPSELMGNMWALSWPVSLLYTAKQEFRGFVMPLAF
                     DGSVKLTELISSIDTPSPLKKSFWDHWSQDDWDRFSLRSKEGLLNRLKLIVNICMPIN
                     KVHQVGSYVFVDMKPSNILVNGKGQITLCDMDSLQISDKGKLIFPSPVNTPDYTPPDT
                     IRKIKIQMYDGQQQDVPVFDESWDRYSLGVIIYQMLFMMHPFACTAMDDSLTTTTEKV
                     AKGLYVHGTLKGQIKKAHPYHDNLKRCPKIVQDLFFKTFDPSKGLKHPIQRTSANDWG
                     LNLYAEIQKLSLNSQPIDGGSKPIPPKPNPKPKPNPRPNPRPNPNPTPISQPLSLWGY
                     FWRCVTNKFADFKGRARRKEYWGFVLYNNLFSGLALWLAYNGIVPNVAIFILPILFFL
                     PRLSVTARRLHDIGIPAWGLLVLLVPILNLYYVYMLMFAESAGDNKYGPSPK"
     CDS             complement(4212..4373)
                     /locus_tag="SEQF2637_00099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGLVEVIRTNVQENTSAEVLGQKWTKFLTDGAPAIAIEPDDRT
                     LLLAVNTKI"
ORIGIN      
        1 cggtcgggaa tgtgttttcg gggcaggttg tcggcgaaac tgccaagacg ctctccgaac
       61 ggtttggcaa agtcctgcaa aaacggcagt ccgtatccat caatcggcag gacgtatcga
      121 cctccatcaa cacgcagatg gacagcctaa ttccggcgtc gaagattagc aacctgacgc
      181 agggcatgtt tgtcggcgct gtgtctgaca actttgatga gcgcatcgag cagaagatct
      241 tccacgcgga gattgtggtc gataccgcca aagtgtccgc cgagatgaag tcttaccgcc
      301 cgatccccgt catcgcagag ttcctaaacg gagatggctc cgacaatctc cgtgagacta
      361 tcgaagccag ttatcgaatg gtgaagcagg acatcctatc cttgttacca gcgagatgga
      421 gcgaattaag aatgacccaa atctaaaagg gctgattaaa gagtaggatt ataaatatac
      481 caactgaatc cgtctatgct atcatcaaat ccatcgggta caataactcc aagaatataa
      541 cgaggtcggg ttactgtcac ataaagtttc gcgagcacta tatccgattt tgctttttct
      601 tctcctcgca ataatatgtc aagtatactg gaaggatact actcccgcag atttagacat
      661 tgatagagat atgttgtctt cgcggcatag aaccaacaga agtaggatta tgggacgtcc
      721 caataagtac agcagtagct tcagccctag aagccctccg agggcatcag actctccaga
      781 acctagctca gaagtatggg ctagcaccaa gtaagaccag ctcctggctt caagagctcg
      841 agatgaacgc aatccaagcc ttcgacaagt ctagcatgag cgataaggag ctcaaacgga
      901 tgcagagcga gaaccagtgc ttgctacaga aggtcggtca gttcgctatc gactgtgatt
      961 tttttgccaa agcctgcgag gcatcgggac tcaaagtgag atagtagcct tagaagccac
     1021 tcgccccgca ggcatgagcc gtaagcgctt ctgtgcatat atgcagctta atcgctcctc
     1081 cttctactat aaacccaagg aagaaagggg aaagtgtgga gaacctagag cttatgcgcc
     1141 tgatagacga cgcatactac cgagaccatc cgacggcagg agttctgcat gtacagggta
     1201 tgcttcggct ccagggctat cacgtgaatg tcaagcgtgt acgtcgcttg atgcgtctga
     1261 tgaacctgca tgcgatctat cctaaaccct gcttgtcgaa gggcggtgta cccagttaca
     1321 tccatcctta tctgcttaga ggtttagcga tagacaagcc caatcaggta tggagtacag
     1381 acatctccta catccctatg aatggggaat ttatgtatct ctatgctgtg atggatgtgt
     1441 atagtaggta tgtgccgggc tggtgtctga gcaacaccct ctcagcgatc aatgcttgtg
     1501 aactgatgga ggaatgcatc cgctggcatg gcaagcctga gatcgtcaac tccgaccaag
     1561 gagtgcagta tacggggcac cgctggcaga gcctgctaca aggtcgtggt attcagatta
     1621 gtagggatgg gcgtgggcgt tgcaaagaca acatctggat agagcgcttc tggcgcacca
     1681 tcaagcagga gtacaactac cgcaatccca caggtgtaag tgcttcggga aggtataggg
     1741 gagtatatcc gctactacaa ccacgaacgg ccacaccaga gcctgcctca cctgctcccg
     1801 gcgcgtgcct atggcatcgt cgcggtggcg taaaggaaac ctccgataga agtcgtacct
     1861 ttcctccaaa aaacagcgaa taagtagaac ccgcctcgaa actagttgtc gaaatctagg
     1921 gagtagtata atctgaatac tctacggcgg cagaatctgc tgctagcatc cagtctagag
     1981 cacccacact aggatatccc caatcgacat gtactttgcc atcaccacca agcattaagc
     2041 ctgaggggta acatctatcg gggatacttt caacacgttc aacttcaata gtcgtacttt
     2101 ctcctctcaa ctttgatgaa aacacaatat aatccccttc atctaaggca aaaccaaaat
     2161 aaaacgtatc atcctgtata tcatgcagaa aacaatatat ctcactaagc tttgttgaat
     2221 agctacgtat agcagtaaga aagccaagac gtacgcccgc caaagaactc aaaccagaag
     2281 aatcatactc atctaggctc tttatcagac gttgtaaatg ctccatctca ttatagctaa
     2341 ttagccttga ctttaagatg tagccttctc gtacattccc atctgagtct gttgctatga
     2401 ctttatagaa tttatcatca tcactcgtcc caagaacagt tatagggtaa aattcatcta
     2461 aatccgcaaa accaccaaag atacttgtat caggctcttc atagacgtaa gttttcttat
     2521 ccataaaggt gtacatcgta tctccagacc ctactttgtc caacagctgt ttctgttggt
     2581 agagctgata gaggtagtac ccaccgccta agaggaggat cgcacctaaa acgataccta
     2641 cttcttgcca ccacacgagt agcctcttat tattctgtgc cataaaattt gattatcgtt
     2701 tatttcggag atggaccata cttattatca ccagcactct ctgcaaacat cagcatatac
     2761 acatagtata aatttagaat cggtaccagt aacaccaata gaccccaagc tggtattcct
     2821 atatcatgta ggcgacgtgc tgtcacactt aatcttggca agaaaaagag aataggcaag
     2881 ataaaaatcg ccacattggg cacaatccca ttataggcca gccatagtgc cagcccacta
     2941 aacaggttat tatacaagac aaaaccccag tactctttgc gtctagcacg ccccttgaag
     3001 tcggcaaact tgtttgttac acatcgccag aaatagcccc ataggctcaa cggctgacta
     3061 atcggcgttg ggttcggatt aggacgtgga ttaggacgtg gattaggctt aggcttaggg
     3121 ttgggtttag gtgggatagg ctttgaacca ccgtcaatag gctgtgaatt aagagagagc
     3181 ttctgtatct ctgcatacag atttaagccc caatcattag ccgaagtacg ctggatagga
     3241 tgcttcaagc ccttagatgg atcaaaggtc ttgaagaata ggtcctggac gattttagga
     3301 catcgcttca gattatcatg gtagggatgc gctttcttga tctgtccttt gagtgtacca
     3361 tgcacataca gtcccttagc aaccttttct gttgtcgtcg tcagactatc atccatagcc
     3421 gtacaagcaa aaggatgcat cataaagagc atctgataga tgatgacccc aagactatat
     3481 ctatcccaag attcatcaaa gactggaaca tcctgctgtt gcccatcata catctgtatc
     3541 ttgatcttac gtattgtatc gggaggtgta tagtcgggtg tattgacggg tgaggggaat
     3601 atcagttttc ccttatcact aatctgcaaa ctatccatat cacagagtgt aatctgcccc
     3661 ttaccattga ccaagatatt actaggcttc atatccacga agacatacga gccaacttga
     3721 tgcaccttgt taatcggcat acagatattc actataagct ttaagcgatt gagtagaccc
     3781 tcttttgagc gcaagctaaa acgatcccaa tcatcttgtg accaatgatc ccaaaagctt
     3841 ttctttaggg gtgatggggt atctatactg cttattagtt cggttagctt cacactacca
     3901 tcaaaagcta ggggcatcac gaagcctcta aattcctgct tagcggtata aagtaaggaa
     3961 acaggccaag agagcgccca catattaccc atcagttcgc tgggctgatg ttccagcata
     4021 taacgaagct tggcttctat acccttgagc ttggcttgtt gcttctgatt ggaattgtga
     4081 tatatcttgg cacaatagcc acgcccaaag ggggaggtat gtacatgata aacacctccc
     4141 tctccaccac tgctaaatgg ttgctgagac gttgttactt gctctccttc ttctgtaaat
     4201 agcttcatgt tttagatctt agtatttacg gcaagcagca gggtgcgatc atcgggctct
     4261 atcgcaatag caggagcacc atccgttagg aatttggtcc acttctgccc aagcacttct
     4321 gctgacgtgt tttcctggac attagtacga atgacctcaa caagtccgtt cataaccttg
     4381 cgtgtaggtc tattgaggtc tctatactta cctgtagtc
//
LOCUS       SEQF2637|AYYD01000361.1  326 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggtcgcataa ccgacgcgat cgagcttctt aacgactact tagccactca ccccaacagt
       61 gacgaggcgc tttacctccg cggtcgtgcc caccgcaagg cgggacgtat ccgcgaggcc
      121 atcaacgact atctggcatc cgcggccatc aatcccgacg gccccgcagc ccgtgcttac
      181 cgcatggaga tcgaaatcat ggacttctac gaccgcaatc tctataaccc gtaatcgccc
      241 cccctgccga cgccggggga agttagccgg gtacatgagg gcgggttcgt caatgcacta
      301 cccttcgacg acgagcttat acccta
//
LOCUS       SEQF2637|AYYD01000362.1  790 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..790
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             329..559
                     /locus_tag="SEQF2637_00100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAVSTWFWMSSTDMPFVICTCPSIDVRSSSVGKQPTERKAFRT
                     AFLILSMEKSTFFPFRFVMYVSILCWCSVYVY"
ORIGIN      
        1 gctggtctcg tcgttcttat agataaagtg atggttgagc agcgagaggt atttgtcaga
       61 tagctctttg ccatacattt ctttcagacg gtcggtgagt agccggcgat tcaggcggat
      121 gaagttttgc ttgggcagct cgccaatgag cgtggcgatg ttcttgtgct ccacgttagc
      181 gttggcgtcg aacttgctgc cggttgctgc attcttcgcg tcgcagtagt tcatgaggaa
      241 ggtcaacttg tcgcgcacct cgcgatcctc gaggtgcttc tgtcgataaa ggatgtacga
      301 cttggccacg cgatagtaac gttcggacat gagcgccgtc tccacttggt tttggatgtc
      361 ttctaccgac atgccgttcg tgatctgcac atgcccgagt atcgacgtca gatcgtcttc
      421 tgtcgggaag caaccgaccg agagaaaggc tttccgcacg gcgttcttga tcttgtcgat
      481 ggagaagagc accttcttcc catttcgctt tgtgatgtat gtctccattt tgtgttggtg
      541 tagtgtgtat gtatattgag tgaaacgttt tgtgcaactt ccggatctac ctgactttat
      601 tgtgatggca cttattaaat gcctttccgc ctttattcaa gccattttcg agctgtattg
      661 caggggacaa aagtagacga aagtgggaaa ttccttctgt catgtacgag aataaagttt
      721 tcgactccgg aaaacattgc gtcttatatc tttccggaaa gttctccatt agagagagca
      781 tgctctgtct
//
LOCUS       SEQF2637|AYYD01000363.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taatttcctc caaacttgtc tcccgaggtg caattgggat ataggttaca tcgatatcca
       61 ccgaatatcg tggcatgttt tgatgaaaca gattgatggc ggtacctccg tgcacggcaa
      121 aatcttggat ccgaaagacc gcgggcataa tgcgaataag cagtgcgatt tgacgccgat
      181 attgttcgtt attcatagtt atgcaatgct tgggggacgg tcattttgta tttggagaca
      241 tagacgccgg acttgatcaa ttgcagtttg tgtgtcccaa gattgatg
//
LOCUS       SEQF2637|AYYD01000364.1  692 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..692
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             109..222
                     /locus_tag="SEQF2637_00101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLMRVDCPRLVRLGSTDYDTIRAYIHHVYIHVRIFLL"
ORIGIN      
        1 cgactggcgt ccatagacca tgatcacccc ttcggcatca cccgggacag caaacgatac
       61 ggcataagcc ttatccgctt ccttcaaagc aatagtcggc atgatcaaat gctcatgcga
      121 gttgactgcc cccgtttggt gcgccttggc tccacggact acgataccat ccgggcgtac
      181 atccaccacg tgtacataca tgtccggatc ttcctgttgt gagggggcca gagagcggtc
      241 tcccttggga tcggtcatgg caccgtccac tacaaggtcg ccttcctgta cctgtttcat
      301 gtattccacg aatcgccgat gataatccgt gccatgagcg gcatcgatct cgtaagtcga
      361 ggcgtaaatc gcgttgaaag cgtctaaccc tacgcaacgc tggaaacatg aggccgtttt
      421 ctgtcccatc aggcgttgca tcttgatctt cttcaccaaa tcatcggtgc tttggtgcaa
      481 gtgcgtaaag cgattgatcg ttttcccagt aaggttggag gttgcagtca tcaggtctct
      541 gtattcgtcc tgttctgcca gttcataagt caaggctact gaattcatgg acgggcggat
      601 catgggatga tccactgggt tctcgatttt ctcacccatg tagtagacgt tcaatttcat
      661 tttgcgaagg ctcgcaatgt actcatctcg tg
//
LOCUS       SEQF2637|AYYD01000365.1  344 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgctccccc ggtgcatcgg tttttcactg atagacaaag cagggcttgc gattcgacat
       61 cgcaggccct gctttttttg tgtctatccc cgcgttatgg ccaaaaatcg aacatcaaaa
      121 ggggggaaat cacttttgga aatgcttggg ggagtcccgc aaaggccatt tttcccattt
      181 tgatgcttgc ggaagtcccg caaaggccat tttctccatt ttgacgcttg cggaagttcc
      241 gcaaaggcca tttttcccgt tttgacgctt gcggaagttc cgcaagggcc atttcttcca
      301 ttttgatgct tgcggaagtt ccgcaaaggc catttcctcc attt
//
LOCUS       SEQF2637|AYYD01000366.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(22..180)
                     /locus_tag="SEQF2637_00102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVHLRKVSCNLREMFVDLRKAQTLEEIQFHPISCDPSRYKYDY
                     IIEEDYGF"
ORIGIN      
        1 gtctttatct tattctctct cctaaaagcc ataatcctct tctattatat agtcgtattt
       61 gtatcgcgat gggtcgcatg aaatggggtg aaactgaatc tcctcgagtg tttgggcctt
      121 ccgtaggtct acgaacatct cccgcaagtt gcaggagacc ttccgtaggt gtacgaacat
      181 ctcctgcaag ttgcagggga tcactgtagg tctacgaaca tctcccgcaa gttgcaggag
      241 accttccgta ggtgtacgaa cctgtctc
//
LOCUS       SEQF2637|AYYD01000367.1  287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttctcgcca tagtagcgga tcttgacgtt gtccaccgtg tagggattga tccggctgag
       61 gtgcttgtaa tagacctcgg acgagagttt gaagttgcgg ccacccacct tgaagctata
      121 gtcgccaccg aggatgaagt ggatggagcg ctgggctttc aaatcgctgt tgaggcgcac
      181 gacggtattg ccgccggcat cttgttcctc cacacgcagt tccttataga agggcgactg
      241 cgaatagagt ccggtggcca ggcgtagcgt gatgtcttgg ttggctg
//
LOCUS       SEQF2637|AYYD01000368.1  617 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..617
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgatgcagg atctcgcgct tctccggacg gtcaatgccg atgtccttgg ccgtgcggaa
       61 atcgcaaatc tccccataaa acaaaagagt tagggatcaa gtatcgggta ccgtttacca
      121 atatcattgc tacagcattc ttttccttct gtcagctttg tcgttccgaa cagtttacat
      181 ttacttgaca acttcccgat gaacctaaat ctcttgctgt catattactg ggcaattcaa
      241 tgtatctgta gccctgtact acgtaagcta tggaaattat agcctgttcg gcgacctgtc
      301 tcggttggta atactccagc gtaatctaat ccccatacag tagccctgtg gcaaagccct
      361 gcacattgtc tcggccgcct ttattattca tagaagtaaa ggcaccgagc gagtattttc
      421 ggtcagtcgt ataaataaag aacttccccc cctccggaat ccaaaaccta tcataaagta
      481 ggtttatgga aagagcctgt gggcagcgta tggtcaattg ccataatcta tctccgttag
      541 atagttcttg ccatcgaccg gaatttccca gattgaggct aaccttgtga ggataaccga
      601 agcgaggcgg aagtccg
//
LOCUS       SEQF2637|AYYD01000369.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtttgaatcc atagaaccag cccagtgtac ttttcccttt ccgggcaaat ttcttgaagg
       61 ttttatgctg tttttctctt ttgatatggc tgcttcggat aggagtagaa tcgataaaag
      121 agataccggt gcattgtccc aagactctca ttttaaggaa gacagcaaga ggaacacata
      181 ctttccgctc caactctaca aatcgattgt aggatatggt atgtggaaaa tccttcttca
      241 tatgtgttcg aacgaagaga tagaaatgct tcagatcccg aaaagaggag gagtaaaaga
      301 ggataaggat cg
//
LOCUS       SEQF2637|AYYD01000370.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccccggcct cggcaggggc cttgattttc ttttgcttct tttcttgcat caaggcaaga
       61 aaagaaggcc ccctcaaggc aagatcaaga caagaaaaga agccccccag agaaaagaag
      121 aatcgatcaa agaaagaacc aggcaggcac aaagcccgcc cccacaccta tcacatcacc
      181 ttcatggcaa aagaattaaa ggaactcacc agtaaagacg cgaactacgc gcagtggtat
      241 caagacc
//
LOCUS       SEQF2637|AYYD01000371.1  445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(48..227)
                     /locus_tag="SEQF2637_00103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFVRTTSGFLPEKVALKPNLPRAGLGQMPAPGSVVTPDTLGIV
                     TVWVNGGGTSSPTQT"
ORIGIN      
        1 ggagtggaat atccactgca cctgaacatc ggaacggacg gtgttgtcta tgtctgcgta
       61 ggcgacgagg ttccgccgcc attgacccac acggtaacga tccccaacgt atcgggcgtg
      121 acgaccgatc cgggcgcagg catctggccg agacctgcac gtggcaaatt cggcttcaaa
      181 gccaccttct cgggtaagaa gccgctcgtt gtacgcacga accgcatggt gaacggccag
      241 caggaggtgc tcaacggcgt gaagaacgca aacggtgagt acgagtacgt tattctgaat
      301 atacagcagg aagtgacgct gaccttcggc ccagatgtcg tatcgaacga gcttctgacg
      361 gctggcccgg ctgtttggtc gcacggcgag atgatctaca tccgcgttga tcgtgctgac
      421 atcgccagca tctactccgt agctg
//
LOCUS       SEQF2637|AYYD01000372.1  410 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..410
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             52..327
                     /locus_tag="SEQF2637_00104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVFIDSVQFMDLKYSEYRRLRLDFPRTLFVFISHVKNNRGTSPD
                     GSVATKIMRDSDVIFSVRGFKAFVTSRFGGNGEFVISEEMAAKFYLE"
ORIGIN      
        1 gagttctttc aggatctggt gtaccgtctc aaacatagcc gcacggtgcg ggtggtcttc
       61 atcgactcgg tgcagttcat ggatctgaag tactcggaat accgtcggct caggcttgat
      121 tttccccgca cgcttttcgt ctttatcagc cacgtaaaga acaaccgggg caccagtccg
      181 gacggcagtg tagccacgaa aatcatgcga gactcggacg tgatcttctc cgtgcgaggt
      241 tttaaggcct tcgtcacaag ccgcttcgga ggcaatggag agttcgtgat ctcggaagag
      301 atggccgcga agttttactt agaatgatca atcacaacca atcaaaaacg aagtatggaa
      361 acaacattca tggaaagaga gaagaagcgc ttggtgaagc gctttcacac
//
LOCUS       SEQF2637|AYYD01000373.1  236 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..236
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcgtaagcc tgataagtat tcttgcggtt gtgaagcaat tcaccgctca catgtgcatc
       61 acggatgtat tcgcttgagt aggggatcgt aataaatgtc ggatacttac ccgtagcgat
      121 cagatcggtt ttaatgcctg taaagtagac gttaccacct tccatgcccg gggtcgccgt
      181 catcgtcggc ttggcatcgt cccaaccggc tttgatattc aactcaccgt cgttcg
//
LOCUS       SEQF2637|AYYD01000374.1  923 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..923
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(94..216)
                     /locus_tag="SEQF2637_00105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQMVSKSSNHFQKTQFPNSDLNTLQENCPKMPNWLVWAR"
ORIGIN      
        1 gttatgttct tcgcgccgtt ttagctttgg ttttagtgtt attttgtctg tcttccgtta
       61 aggcgcaatt attttatcaa gacagtcatt tatttatcgg gcccaaacca accaattggg
      121 catcttcggg caattctcct ggagtgtatt taggtccgaa ttggggaatt gagttttctg
      181 aaaatggttt gaacttttgg agaccatttg gttcatctaa ttggggtaac tacaagctat
      241 ttattgacca aagcggaaag attggtattg gtcgtaagcc gatcacgcat gctctcgaag
      301 taaacggaag agtttggaca actcagggat tgctgattac ctcagatgaa agattgaaga
      361 gaaacgttgt tgatatcaat ggcatgtgct tgagtaagct ggcaaaactc aatggtaaat
      421 tctacgagaa acagatctca tctgagacag atcgacgaaa gaacgtgatg aaaatgctct
      481 cagaaggcaa gattagcaat gaggagtctc aggccgcatt gtcatcattg tcgagggtag
      541 cagatggaga cagttacaaa aaggagtttg gcttcatggc acaagaagtc aaggatcttt
      601 ttcccgaatt ggtggagcag gatgctgatg gaatatatgc tgtgaattac acaggtttta
      661 taccgatact tgttgaagca attaaagaac ttcaagttaa gatcaaggcg ctggaaaata
      721 acgggcaagt atcacttaga agtggagaaa aatcggtatc ttcatatgga gacaatatcg
      781 ttggagaaga gtacttgtct caaaatgccc ccaatccaat agagaacagt tccaaaataa
      841 attattcctt accagaaggg acaacaagtg ctgcgatatc attttattca ataaacggcg
      901 cagaggtgaa gaacgttcca ctc
//
LOCUS       SEQF2637|AYYD01000375.1  652 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..652
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             244..405
                     /locus_tag="SEQF2637_00106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPQPITITVRASVSSRFPSLRIMRRAMCVMLQKRKRMVRALKRA
                     DIELTILAT"
ORIGIN      
        1 taatatacga gtaccatggc ggggatacag agcaagttca ggaggtgcac cccgacgctg
       61 acccccatga agtaggcgat gagcacgatc cagcgatcgg catgcggccg gtcggccacc
      121 tcctcccatt tcaggatcag ccaaaagaca agggccgtga agagcgacga agaggcgtaa
      181 acctcaccct cgacggcgct aaaccagaac gtatcgctga acgtgtaagc cagcgcgccc
      241 acaatgccac agcccatcac catcacggtg cgtgccagcg tcagctcgcg cttcccttcc
      301 ttgaggataa tgcgccgcgc catgtgcgtg atgctccaaa agaggaagag gatggtcagg
      361 gcgctgaaga gggccgacat cgagttgacc atcttggcca cctgagccgt gtccgaggtt
      421 agctgcgtga agaggttagc catgagcata aaaaatgggg ctccgggcgg gtgtcccact
      481 tctaatttga aggccgacga gatgaactcg ccgcaatccc agaaactacc cgtcggctcg
      541 atggtcgaca gatacgtgaa cgccgcgacg aggaaaacga gccatcccgt gacgttgtcg
      601 attagcttga aatgcttcat aaaacgatga tattgtatgc ttttagatgt gt
//
LOCUS       SEQF2637|AYYD01000376.1  382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..382
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctatgaaaa tcatttccca taagagaact atctcatata ccatataata actttatatt
       61 atccgaacaa catctctcat cgtctataaa aaatatactt cgtataaata ctcctcacct
      121 atgcgataac ttatcgatta catataaaga cgcattctca tagtctataa aagtagatat
      181 ccaattgaga atgaactatc atagcctata aaaatagatt tccgattgtt catttactct
      241 catagcatat aaaagtccta tttctcatgg aaaaatactc tcctcgcagt cctattgggc
      301 ttcgacgggc aacaatcggc tgtcggaggc gctgccgtca ttttgacgaa atgaaaagcc
      361 ccgcctgcag atgcagacgg gg
//
LOCUS       SEQF2637|AYYD01000377.1  995 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..995
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctattgaggt ctctatactt acctgtagtc tcatctttaa taacacagtc aaagactttc
       61 ttctccatgc catcactcat gaggcaaacg acatcaatag tgccgagcac aaccttgctc
      121 tcgggtactc ctagaccacc gaaagtacct agatttaacc aaggcatcgt gataaagagt
      181 gtctgattgg cctcttcgcc actatgaggg gtaaagagtg gtagccatac atctagatcc
      241 ttatcatgat agcccccacg accatcacca atatgagttg tgaggacacc atgagggcta
      301 tagatcgcta ccatacaagt agcagcaaag tctttgatgt cgcattgctc cttttgtgct
      361 ttaagagcta gctcctttgc tatcaagcct aataccccct tagcttgctt gctccattcg
      421 ccttgtgtag gtaggctctg acgctccata aactgttgct cggtaatcca cttcgagaat
      481 agtgctatcg cgtgctgaca cacaagagcc gaaccatcct gactacgctt agccgaaccc
      541 gcaccatccg agatcacgca tataccccaa ccatgaccta ggtcttgata ggcattgcta
      601 tcctgacaag gcatattatt cttggtatgc cctacaccaa taacagagtc agctacgatg
      661 gtccaactgc ccgactgatt gatataggca ggctttactt gaggcttcgt ggcttcttct
      721 gtttgctctt gtggttcttc tgtctttgat acttcttgtt tggcgtctat aggctttacc
      781 tcttttacta gtatggtttg aggtgcttct gcttgtgtat tagcttggtc ttttacatgc
      841 tcattcattt gcacttcgtt ttgagaggtc ttagacctct taatgatggc atctgcctct
      901 tttctgcgtt taggcttcca aatccatact gctaaagccc ctagagccac aagagccaag
      961 ccatacatcg cccaactact tgtagatggc ttatc
//
LOCUS       SEQF2637|AYYD01000378.1  227 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caaacacctt tcgcaatgcg gcatcggcaa agtggtcatt ggcattaaca agtatgatat
       61 ccctcgcgag aacggcgaga cagagagtga gatcaaggag tacgtaaagg ctgagatcaa
      121 gaatgcctgc aaggcatcga acgacgaagg cctgaaggaa atgctgaagc acgaggagcc
      181 aataccgctg tcggccgaga tggcactgtt gtcgtatctg ccaatga
//
LOCUS       SEQF2637|AYYD01000379.1  537 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..537
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcagggaag ctgctgccgg gtacccggcc aaacttcgcc ggcgtccgca gacgccctcg
       61 gccagcgtcg ccgccttctc ctcctcggtg ccgaacttca agatctgctc ttgcgcctcg
      121 ctgaaggtgt agccgtagcg actcagcgcg gaggtctgcc cggcgaacac cttacccatc
      181 atcgtggcga tgttcacggc cgactcctgc gtagcattga agccgtactg ctgggcgatc
      241 atgtcgttca tcaccgggat gagcgtctcg agcgacgact tcttcgaggc gtaggtagcc
      301 agctcctgca cgccggccag ctgcacctca tcgccgatca cacccagctc ctgctgggcc
      361 gagcagaggt ctttgatgga ctgcacctcg gcgtcagagg cgttcatcgt gttgcgcatc
      421 acggtttgca gcttagtctc tgcctccacc tgtgcggcat agaactgcgt cataccgctg
      481 acggcgctcg agacctgact gaaggccgcg gctacgtttt gaatcgcccc cacggct
//
LOCUS       SEQF2637|AYYD01000380.1  608 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..608
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tctctctctc acgcctctct ctctcacgcc tgatcgggcg cccccggcgg ggggatctct
       61 ccccctttgc cgacgtgcga tcgatcggat ttttcaaaat acgaactaac cgcgctccct
      121 ctctctcaat tgtggtgtgc gctatgatgt gtggtgtacg ccctccccag agatggggga
      181 gcgctttttt ctcactctaa aaacaagtat caaatgaaaa agagaagact acgtttagta
      241 actatcgcag ccctcctggc ggccctcttc ggctcaggcg gcggaatagc gtgggggcag
      301 acggttccgg attgtaataa tgactttgga gctggagagt cagccaccct tagttcttcg
      361 acgattgcta tgggaagcat cgggcgtatt acactgggga cagctcaaaa tttagtgctc
      421 tatgcaacga ataaagcctc agcgggacag atcgtatgtt caaacaatca ttgttacata
      481 tgtgctggta ctgcgacaat atatcccact tggactcttc ctaacgtgtg cggtgtaatt
      541 ccaggagctt atgtggtacc tggatcttct tccggaaatt tggctattac accgtatgag
      601 tatataag
//
LOCUS       SEQF2637|AYYD01000381.1  862 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..862
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(3..860)
                     /gene="irtA"
                     /locus_tag="SEQF2637_00107"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WQJ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron import ATP-binding/permease protein IrtA"
                     /translation="MCIRDSYKPFINMESHWLNYIKVKDSYGRISRLLDAPFIANPGQ
                     PKTVERFDLSFEGVGFYYEEESFEMKDLTFSVPEQTVTALVGSSGSGKTTLTNLLLRF
                     WEPQAGNIRIGEVDIREMDYDYLLSKISVVMQNVILFSDTIANNIKVGDRNATQAEIE
                     EAARRAMIHDFIVGLPDGYETKIGENGLGLSGGQKQRLSIARASLKDAPILLLDEITS
                     NIDPVNEYKIQQAMSALIRNRTVLVIAHHLQTIRNAHQIIVMDKGRFIESGTHAELEA
                     KDGVYRKLL"
ORIGIN      
        1 ggttacagca gttttcggta caccccatct ttcgcttcaa gttcggcgtg ggtaccactc
       61 tctataaacc gtcccttgtc catcacgata atctgatgag cgttgcggat ggtctgcaga
      121 tggtgggcaa tgaccaaaac cgtgcggttg cggataaggg cagacatggc ctgctgtatc
      181 ttgtactcat tgacgggatc aatgttgctc gttatttcgt ccaacaggag gatgggagcg
      241 tctttgaggg acgcacgggc gatggagagg cgttgcttct gtccacccga cagccccaag
      301 ccgttctctc cgattttcgt ttcgtaacca tcaggtaggc cgacgatgaa gtcgtgtatc
      361 atcgcccgac gtgcggcttc ctcgatttcc gcttgcgtgg cattgcgatc acccaccttg
      421 atgttgttgg cgatggtatc agaaaagagg atgacgttct gcatcaccac actgatttta
      481 ctgagcagat aatcatagtc catctcccga atatccacct ctccaatgcg gatattaccc
      541 gcctgcggtt cccaaaagcg gagcaacaga ttggtgaggg tcgtcttgcc ggagcctgat
      601 gagccgacaa gtgccgttac agtctgttcg gggacgctga acgtgagatc cttcatctca
      661 aagctttctt cctcatagta gaagccgaca ccctcgaatg agaggtcgaa gcgttcaact
      721 gttttcggtt ggccgggatt ggcgatgaag ggtgcatcta acaagcggga gatgcgtccg
      781 tagctgtcct ttaccttgat gtagttcagc cagtggctct ccatgttgat aaagggcttg
      841 tagctgtctc ttatacacat ct
//
LOCUS       SEQF2637|AYYD01000382.1  381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgtgaagaag gtggagcgtc gattggccgc tgagaagaag aaagcgctca gcaacaaaac
       61 gaaataaaag agcctagccg gacatctcgt ccaaggcgag gctttttctc atagataccc
      121 agccgtgcgg ggcaactttg tgatgagcgt ctgcttgagc tgttgcacac gtagggcttg
      181 ccctttggac cctataaatt cagaatcccc gccccattga cagtgtaggt cggggctttt
      241 caagtccgga aagccgaatc gacagtgtag gtcggcattt ttcaagtccg gaaagccgga
      301 ttgacagtgt aggtcggggc ttttcaagtc cggaaagccg gatcgacagt gtaggtcggg
      361 gttaacaggc cagggtagac c
//
LOCUS       SEQF2637|AYYD01000383.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctcatagag tatctcttga tatttcttga acaactgtgg attggacttc atccattttc
       61 taatcacctt atccgcgcga ttcgaaataa ctactcgata tctcatagac tgtctaaata
      121 tcgatcgata tcctcacgag tttccagaac aatgcatttc ccagcacgat aatctgcttc
      181 tgcttgttca atctcggcct gaagctcagg tgtgatctcc attttttctt cttgaatggg
      241 ggtgattgta tacgccttct tatttccacg gcgaataatc acc
//
LOCUS       SEQF2637|AYYD01000384.1 1098 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1098
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             55..792
                     /locus_tag="SEQF2637_00108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVAEVLAAHRGAFAVPAGEALAPLGGPAHDVLRCGAFPEGEVDG
                     VTLLRLPVQLAGGVEQLVHVAVGEDAVAVVLVVSRHVEVDRSFALVGVAVGQDAVDEL
                     HLFDDVARGLRFDAGREHVQQIHRAVVATRVVLHDLHRLELLDACTLGDLVFALVGVV
                     LEVAHVGDVADVAHLVSEVGEVAKEDVEGNGRPGVAEVRIAVDGGSADIHAHMWRVEG
                     LKLRLPAREGVIQNEFLLLLIHITIHY"
     CDS             complement(885..1088)
                     /locus_tag="SEQF2637_00109"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMQLREIEKDKYDVDALLDEVLGREGSPERERNRALAWEEYLAQ
                     VKHDAQATRLPKTVAEPAMSDEW"
ORIGIN      
        1 cgatacaacc aagaccaccg ctacggcatc ctctccaccg ccgtggatgt cgaaatggtc
       61 gccgaggtac ttgcggccca tcgcggtgca ttcgcagtgc cagccgggga agccctcgcc
      121 ccactgggag ggccagcgca tgatgtgctc cggtgcggcg cgtttccaga gggcgaagtc
      181 gacggggtta cgcttctccg tctgcccgtc cagctcgcgg gtggtgttga gcagctcgtc
      241 cacgttgcgg ttggagagga tgccgtagcg gtggtcttgg ttgtatcgcg ccacgtcgaa
      301 gtagaccgat ccttcgctct cgtaggcgta gccgttggcc aggatgcggt tgacgagctc
      361 catctgttcg atgatgtggc ccgaggcctg cggttcgatg ctgggcggga gcacgttcag
      421 cagatccatc gcgcggtggt agcgacgcgt gtagtgttgc acgacctcca tcggctcgag
      481 ttgctcgatg cgtgcacgct tggcgatctt gtcttcgccc tcgtcggcgt cgtgctcgag
      541 gtggcccacg tcggtgatgt tgcggacgta gcgcaccttg tatccgaggt gggtgaggta
      601 gcgaaagagg atgtcgaagg taatggccga ccgggcgtgg ccgaggtgcg gatcgccgta
      661 gacggtgggt ccgcagacat acatgcccac atgtggcgcg tggaggggct caaactccgc
      721 cttccggcgc gtgagggtgt tatacaaaac gagtttctgt tgttgcttat ccatattact
      781 atccattatt gatgcattgt tcggtgaggc cgcaaaagta gggaggcgca tgcagcaccg
      841 tgcaaacgcc tcccaatctc tttttcggtt cccaacgtcg ggccttacca ttcgtcactc
      901 atcgctggtt cggcgaccgt cttaggcagc ctcgtcgctt gggcgtcgtg cttcacctgc
      961 gccaggtatt cctcccacgc caaggcccta ttcctttctc tttcgggcga tccttcgcgc
     1021 cctaatactt cgtcaagcaa tgcgtcgacg tcgtacttat ccttttcgat ctctcttagt
     1081 tgcatcatat tcctttgt
//
LOCUS       SEQF2637|AYYD01000385.1  546 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..546
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttttcgtcg tcggtggcga ggtagtaatc ggtataagag aggacattgt agaggctcag
       61 gcgattgaat cggccgttgt agatggcgta ggcgaagtcg cgcgagaagc cgtatttgga
      121 gtacacatcg gcgccggcca tggcatagcc gtagtatccg ccatccagct ctttgcggag
      181 tgtgatgcgg atcacggcgc cgcgtgtgga agcaaattca ctgctgccgg gcgtgtaatc
      241 cacctgcaca cgacggatgc ggtcggcggg cagggcagcc aggtccttga tgtcggtcag
      301 ccggatgccg tccacgtaga ccgttccgac ggcttgcccg agcacttgca gctctccatc
      361 acggcgcgtc acgccgggca gcaatgccag tatctcgtcc gtctgtcggc cctgcgtcac
      421 ggtcgagccg agcaggttgg ccgtgtatcc gcctgcactg cgacgaatgc gatcggccgt
      481 caccgtgacc tcgccgagcg ctgccgcctc gggtcgtaag gtgacgacga cgcccggccg
      541 tgcctc
//
LOCUS       SEQF2637|AYYD01000386.1  362 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(43..147)
                     /locus_tag="SEQF2637_00110"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAIQVGDRVPDLLGTDQDGKEVRMSDYRGRRVAL"
     CDS             complement(162..338)
                     /locus_tag="SEQF2637_00111"
                     /EC_number="1.5.1.43"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KRL3"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxynorspermidine synthase"
                     /translation="MSYTTGVPAMIGAKMFLEGQWRRPGVWNVEEFDPDPFMKELNVQ
                     GLPWHEIFGGDLEL"
ORIGIN      
        1 ggcctcggcg gtgcatccgg tggtgttatc cttggggtag aactaaagtg cgacgcgacg
       61 accgcgataa tcgctcatgc gcacttcctt tccgtcttga tccgtcccga gcaggtcggg
      121 cacgcgatcg cctacttgta tagccataaa acgacggggg attagagttc caaatcgcca
      181 ccgaagatct catgccacgg caagccctgc acgttgagtt ccttcatgaa gggatcggga
      241 tcgaactcct ccacattcca cacgcccggc cgacgccact gcccctcgag aaacatcttg
      301 gcgccaatca tggcgggcac gcccgtggtg tagctcacgc cctgcgcacc ggtctcttcg
      361 ta
//
LOCUS       SEQF2637|AYYD01000387.1  426 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..426
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcttcggtct ccgcgctgca cgggccggca acgatcgcta tgcggtcaac acccgtccgg
       61 cgggcgtaag ctgggcatcg caaaacatgt tcgccatcgg cgtggttgtg atcggcttca
      121 tgtgccttca cctgtgtcag ttctggcaca agatgatgtt cgctgaactc accggacacc
      181 atgaagtggc gttggccggc cagatggtct ctccgcaaga cggagccgcc ttcatccgct
      241 actacttcag ccagcccctc gtggttctgg gctatctgat ctggtacgta gccctgtggt
      301 tccacctcac gcacggcttc tggagcgcca tccacaccat cggctggaac aaccaacaat
      361 ggttcaaccg ttggaaatgt atctccacca tcgtggctac gctcatctgc gtaggcttcg
      421 ccctgt
//
LOCUS       SEQF2637|AYYD01000388.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggccgtcaaa ccgctccaaa agcatagttc gactttgcac gctgccttgg aaatgttcct
       61 tgatatccgt tgcgtcaaat ggtgatccct tggcaagcaa ggattgatag gaggactgaa
      121 cggcgagaag gaggtggtcc aacttggtat taaccccgac cgcctcgcgg ctcttcccgt
      181 tcatccgact ttcgcgcggg ttccacaagt caggattgca gaacagcttg caactaaact
      241 gtgcgatgga acgccccagc gt
//
LOCUS       SEQF2637|AYYD01000389.1  950 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..950
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             213..440
                     /locus_tag="SEQF2637_00112"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLFPKNPAWILHTRNGDIAKSDPEVEKRDYYCESQEPRAEAP
                     DERTVTAVRGENHAGVKNKRQKFIACYNMFF"
ORIGIN      
        1 attgatgccg acaaaaagtg ctgatcgtgg ggccatgaag aggagatgat atgccatgca
       61 ggcagtggtt aaatgatcgt aaaacacacc aatccaagac tgggcagctc aacgattttg
      121 ctacttaggc gttacattta caacgggaaa gagattccaa gcgtggattt atcacctccc
      181 actaacatct aatttcttaa attgtcagag cgatgaaaac attattcccg aagaatcccg
      241 cgtggattct acacacacgt aacggagaca tcgcaaagag tgaccctgaa gtagaaaaga
      301 gggattacta ctgcgagagt caggagcccc gggcggaagc gcccgacgaa cggacggtga
      361 cagcagtccg tggagagaat catgcaggcg taaaaaacaa gagacaaaag tttatcgcgt
      421 gctacaacat gttcttttag ctacggtcta ttctgaccgt ggatggttcg tggcagcatc
      481 gatagccatt gcacgatgaa gaagtacgaa ctgatcacca ttttagggcc cacggcttgc
      541 ggcaagacac attttgctgc ggcgtgggcc ttccgtttgc atacggagat catcagcgcc
      601 gattcgcggc aggtctaccg acggatggat atcggaacgg gtaaggatct ggccgagtat
      661 gtcgtcgagg gacagcgggt gccctgtcac cttgtcgaca tctgtgagcc gggcacgcgt
      721 tacaatgttt ttcgttatca gcacgatttc ttcgacgttt ttcggcagct acgagaaggc
      781 ggattggtgc cgattctctg tggcggaacg gggatgtata tcgaggcggt gctgaagggg
      841 tatcgcctgt tggatgtgcc gccaaacgag gcgctccggg agcggctgaa agacgtgcca
      901 ctggctgagc tggagcggat cttggcgtcg tataagacgc tgcacaacaa
//
LOCUS       SEQF2637|AYYD01000390.1 1752 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1752
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             486..767
                     /locus_tag="SEQF2637_00113"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNQWLRNRLQLRAVLGHEVYKRLVELAKEANGIPIQETGAKW
                     FKTWQSSGRLPARSATYLALANKPIANAEESQMLKKIKLVASERSIVAY"
     CDS             1058..1255
                     /locus_tag="SEQF2637_00114"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQSLYYRHLYLIPGEEGQFKVLSSYEINKIDIFKRGHRGDRGS
                     QYLLRLEPVVRLQVVECQIRV"
ORIGIN      
        1 cgcccccccc cccaaaaaaa agcaattaat gctggtgaaa aaaaacttga tgagagcaag
       61 tatttcgcct aatcctgatc aggcggtaat tatgaggaat tttttcacat agatacaact
      121 aaccgataat gggtgttagc ttagaaatcc cacagtgaaa attcaatgtt agagactgaa
      181 gagcatgtct aaaaattaga cttttatatt ttgatgcggt tttcctgtga tcccgattgc
      241 ttgaggctcc tttaagaatc gctaaaccct cctctaagac taattattcg gtttcgatag
      301 tcactacaag tacatccttt gtgagccgca cagtttgggt tacaagttta ccccctccca
      361 ttcttttagg taaaaagaac ctcaaaagcg gatcttcgct ttcgagtact gaagatggag
      421 tagtagaaca aagaatcgat tcttcatagc tttccaggca agttcggaac caagcatgct
      481 cgactatgaa agataaccaa tggctccgca accgcctgca gctgcgagcc gttctcggac
      541 acgaagtcta taagcggctg gtagagcttg ccaaagaagc caacggtatt ccgatacaag
      601 aaactggagc caagtggttt aagacttggc aaagtagtgg aaggcttcct gcgcgctctg
      661 cgacttactt ggctttggcc aacaagccta ttgcaaacgc cgaggaatcc cagatgctca
      721 aaaagataaa gctagtagct tcggagcgtt ctattgttgc ttattgatat ttaaagtatc
      781 atccgaaagg ctggccggag gttagttggt acgaactctc tgtactctgc gaacagaggc
      841 ttggagacac ctccgtccta tgacaagatt gcagctgatg cgactcaaag tcgcttcaat
      901 tctcaattga ctctcggcgc aacttcaggt gttattttga cttggtcaat acgttataag
      961 ctcacctcta cgaggcctag gccgctaata gtagccgact taacccctat cgcctgcagc
     1021 tgtggcaaga gttttaccta tctctcactt gtgagagatg cggcagtcgc tatattatag
     1081 acacctctat ctgatccctg gagaggaggg ccaattcaaa gtattgagct cctatgaaat
     1141 aaataaaata gatattttta agcgcggtca cagaggtgac cgcggctcgc agtatttgct
     1201 tcgtttggag cctgtggtac gcctacaggt cgtggaatgc caaatcagag tatgacgcgg
     1261 atagactttt gctgcacaac gttcttttta gagcgcataa gagacatttt cggaaacttt
     1321 tggtttctct ctgatgagaa gcgttccttt gccttaggtt tgctggttga acaagttgtg
     1381 tctatgaaca atggagcgca gccgcatcaa tcagtaggtt acagactctg atgcaagcag
     1441 tcaagtctga taagttcgga tctactcgtt cagcaagcac ctaagctttt gctgctcaca
     1501 ccttgttgtt aaaaagttac acttttcccg aaggtgtact tttgtttcct gaaaatggat
     1561 tctgtcctta gctcaaggac atagtcagcc ctatcgctaa ctaccgcctc gactgtaaac
     1621 tcttttcagt acggacattc cagctccaga tactctttat ccgtcagttc tactatcagg
     1681 gctgacgcat aaaaaacagc tttctcggta cttttacaga cattaaaact ccgttagttg
     1741 tgtatcattc tc
//
LOCUS       SEQF2637|AYYD01000391.1  538 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..538
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(258..377)
                     /locus_tag="SEQF2637_00115"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDGRTVYVTAVDFERRQVKFYNEKDVPYWVNLDKISAIV"
ORIGIN      
        1 acacagggca accgcatcaa attttgagta gctttttgag gtagtcgtat atcgtttaaa
       61 ttctattttt gcggcatccc aagcgcataa aaataggtgc gacaacaccg ataaggctat
      121 aaaagcctct gtcgtggtgt tgtcgcacct ttgcttttcc gggacgcttg ggaaattgac
      181 ccggagagga gacaggggct tcttttttgc ccctacagtt agccgtctcc cttgtttgtt
      241 tgtatttagt tgattggtta cacgatggct gagatcttgt ccagattcac ccagtagggg
      301 acgtctttct cgttgtaaaa cttcacttgt cggcgctcga agtcgacggc cgttacatag
      361 actgtccgcc catccatcag ccgcgctctg gtctttcgcg tgaaagctaa gacgtcgaac
      421 gcttcggggg tgatcggcgt ggggccttgc accaacgtcg gctgaggagg cacggccggg
      481 gcacccggag cggctggccg aatagacgga ataaccggcg gctctacggg tgtagggc
//
LOCUS       SEQF2637|AYYD01000392.1  257 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..257
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcctgcggg gcgatgccga tttcgatgcg caggaacttg tttttgcagc ggctgttgta
       61 gttgttgatc agcctcatct cctcgtgaat ttcctttggc gtttcgccgc acaggttgtg
      121 gagggcgaga atccggccga gtttgccttc gcgaaaaaca tactccagtg cgttacttcc
      181 gtgcgcgatg gccttacact ttgcgatcat gatcttcgat atttaagcgc ttaaatacct
      241 cctcggggac ctgatag
//
LOCUS       SEQF2637|AYYD01000393.1  421 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..421
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             62..415
                     /locus_tag="SEQF2637_00116"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISSPVTGGWKLRTRSFSSITAIFSRTRRKLFRKRRTFSGFLLV
                     MSASQSFIRLSTSSPASKSRRRTAESVTSSSARLIGRMWSSTIFCTNFIFSFIGNFIR
                     RKMRGTMRSPTSSWL"
ORIGIN      
        1 gttcttgatc gcgttcttga gcacacccac ggggcgcgac ggcgcgagtc cgaacgccgc
       61 catgatctcc tcgcccgtga cgggcggctg gaagttgcgc acgcggtcct tctcctcgat
      121 cacggccatc ttctcgcgca ccaggcggaa gttgttcagg aagcggcgca ccttctccgg
      181 gttcttgctc gtgatgtccg cttcgcagag cttcatcagg ttgtccacat cgtcgcccgc
      241 ctcgaagagc aggcgccgca cggccgaatc cgtcacctcg tcgtccgcca ggctgatcgg
      301 ccgcatgtgg agcagcacca tcttttgcac aaacttcatc ttctcgttca tcggcaactt
      361 cattcgtcgg aagatgcgcg gcaccatgcg ctcgcccacc agctcgtggt tgtgaaacgt
      421 c
//
LOCUS       SEQF2637|AYYD01000394.1  432 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..432
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(289..420)
                     /locus_tag="SEQF2637_00117"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKMRLVKQDLFPVYYLIHFELGDIHSLRRRGSWIQEIIPLLI"
ORIGIN      
        1 atttctgggt atctggttga agaataaaca aatcggtttg aaagccgaga tctatcgtaa
       61 tggtagcatt gtccatctac acaaggtttg ggtcaacgac tcactgattt gggatccgac
      121 aaataagatc ggcggcggag agcctattta taaggtcaca cgctaaaaca agaaaggaat
      181 tgagtcatga agaagttact tatgctttta ctgcttcccc tgcttttgca gggttgtacg
      241 aaggacgggg aagcagatat tattcacgct ggtataggct tgcttgtatc agatgagcaa
      301 gggaatgatc tcttggatcc agcttccacg tcgcctaagg ctgtgaatgt ctccaagctc
      361 aaaatgtatg aggtaataga cgggaaagag gtcttgtttt acaagccgca tcttgatcat
      421 cccaatggaa ta
//
LOCUS       SEQF2637|AYYD01000395.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgcaaagcg acgttaggca accgctgaca gacagtggac tctcggcact gctcgatcac
       61 tacggcgcta ccatcacctg cgtatgcttc atgggcggcg acggggagcc ggacgaagtg
      121 gcacggctgg ccacccttat ccggaggacg acaagtctga aagtcggttg gtattccggc
      181 cgtgtcgcct tgccccccaa ctttcccttg cacctcttcc actacatcaa gctcgggcct
      241 taca
//
LOCUS       SEQF2637|AYYD01000396.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccttatatac ctcccgttac aacctcggct attcaagtat tggaagatga tggggtaaat
       61 ttgttccaat atgccgggaa tagtgccata gagccgaacc attttacaac acccagtcat
      121 gtcggagctg ctccgaccac aagcacaggc ggcaataatg tattagtgaa atacaaacga
      181 ccgacaacgg ttgcaataag tgggatatcc aatgactttc atcaaatctc attcaagacg
      241 attgattggt ggtatcaaac tttttctgca catgtaggta ctgctgctgg ctttcaaagt
      301 gctagacata cgggacgctg tcatatgaac ggaattagag gtacagctaa tgatgcatcg
      361 ctgtctctta taacactctg atggtgcgag ggagg
//
LOCUS       SEQF2637|AYYD01000397.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggccatattc gtccaatcct cgccgggttt tcggtgaata tggccatatc tgtccaatcc
       61 tttccgggtt tcacgtgcat tcatacaatt tttaatggtt acttgtcgag gtttgcgtgg
      121 cattgatcac acccatccga tcctcggcgg gttttacatg ctcccataca aattttaatg
      181 gtttcccgcc gagatggagt tggtcgcaaa gacatacacc caaaaacctg ccaagtttca
      241 gagacactca ataaatggga atcaaatttt tgatccgtat aggta
//
LOCUS       SEQF2637|AYYD01000398.1  861 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..861
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             3..443
                     /gene="cobD_1"
                     /locus_tag="SEQF2637_00118"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WP93"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalamin biosynthesis protein CobD"
                     /translation="MMAYKMINTLDSMIGYRNARYLRFGRIAARIDDVANYIPARLTA
                     YLMLAVSGRRSLIPFVRRYGRCHKSPNSGYPEAALAGILDCRFGGTHTYFGQPVEKPY
                     IGTNPRPLTMDDYRNSAFVAQRTEAMAVMLTAIAGIAYLFFIIP"
     CDS             complement(419..850)
                     /gene="cobQ"
                     /locus_tag="SEQF2637_00119"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00028"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobyric acid synthase"
                     /translation="MEGDIERLPGLGLLPVSTRLTKEKTTRQVSFRMVHDPRTCRGYE
                     IHMGETRLEAGASDVLPLTEGDGVDTGWRVGERCMGSYIHGILDNAPAIDCLLRPVIG
                     RIDTRRTFDYAAFKEEQYDRLADHVRRHVDMAQIYGMMKKR"
ORIGIN      
        1 gcatgatggc gtataagatg atcaacacgc tcgactcgat gattggctat cgcaacgcac
       61 gctatctgcg cttcggacgt atcgccgcac gcatcgacga tgtggccaac tacatccccg
      121 cccgattgac tgcctacctc atgctggccg tcagcggtcg gcgatcgctc attccctttg
      181 tgcgacgcta tgggcgctgc cataagagtc cgaactcggg ctatccggag gcggcactgg
      241 cgggcattct cgattgtcga ttcggcggca cgcacaccta cttcggtcaa cctgtggaga
      301 agccttacat cggcaccaac ccccgaccgc tgacgatgga cgactatcgt aactcggcct
      361 tcgtagccca acgcaccgag gcgatggccg tcatgctgac tgcgatagcc ggcatcgcct
      421 acctcttctt catcatcccg tagatctgcg ccatgtccac gtggcggcgc acatgatcgg
      481 ccaggcggtc gtattgctcc tctttgaagg ccgcgtaatc gaacgtgcgg cgcgtatcaa
      541 tgcggccgat gacggggcgg agcaagcaat cgatggccgg agcgttgtcg agtatgccgt
      601 ggatatatga gcccatgcaa cgctcgccca cgcgccaacc cgtatcgacg ccatcgccct
      661 cagtcagcgg aagcacatcc gatgcgccag cctcgaggcg cgtctccccc atatgaatct
      721 catagccgcg acacgtacgc ggatcatgga ccatgcggaa actaacctgc cgcgtggtct
      781 tttcttttgt caggcgggtc gagacgggca ggagcccgag gccgggcaag cgctcgatgt
      841 cgccctccac gtgatccggg t
//
LOCUS       SEQF2637|AYYD01000399.1  679 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..679
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1..303)
                     /locus_tag="SEQF2637_00120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCSIGSLLFAAMCFLICSLSDAGFVSHLVTIKYTLRPASLVSST
                     KRSKECVICWLQSTAISMASAFGRKPISASFCRASGDDSPGVSTKTKSRGTRVEVS"
     CDS             complement(242..514)
                     /locus_tag="SEQF2637_00121"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFMSGEFFLKSFGRARLLQQFADAFLQLLLQDFQSSTDGSAQD
                     LLLVLGELGDEVVELGEVVLLCRHARNVLHRQLAVRGDVLLDLLPV"
ORIGIN      
        1 ctacgacacc tccacccgtg taccgcgtga cttggtcttg gtggacaccc cggggctgtc
       61 gtctccggac gcacggcaaa aggacgcgct gatcggcttc ctgccgaagg ctgatgccat
      121 actaatggct gtggactgca accagcaaat cacgcattct ttgctacgct ttgttgatga
      181 gaccaaactg gccggccgta aggtgtattt gatcgtcacc aagtgcgata cgaagccggc
      241 gtcagacagg gagcagatca agaagcacat cgccgcgaac agcaagctgc cgatggagca
      301 cattgcgtgc gtgtcggcac aacaggacga cctcaccgag ttctacgacc tcatcgccaa
      361 gctctcccaa aacaagaagg agatcttggg cactgccatc cgtggacgat tggaaatcct
      421 gaaggaggag ctgaagaaaa gcgtcagcga attgctgaag cagccgagct ctaccgaagg
      481 acttgagaaa gaactctccg gacatgaacg tcatgttgag gagctagagc gggaggttaa
      541 acacctgatc tcatcggtga ggtacgctgt tgaggatgtg tcggacgaga tcagccggta
      601 ctatcagaac ttgcttttcc aacgtttgga tgccctggtc aatcaacgtg cagacaacct
      661 aaacaccgag gcaaccaca
//
LOCUS       SEQF2637|AYYD01000400.1 1003 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1003
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agcaccacga gacggcagct ggaaccggac cttcttttac gaccacatag attggagaga
       61 gtggttacag tgaattggga cttgtggtag agtttgaaag aaggaggata ggaggaggag
      121 gggcagagag agaaaggtac catttttaga gagagaaaga atatacccca aaacccttat
      181 acggaattat ttattatcag tatcattatc ttcttcttct tcttcttctg ctttccaaaa
      241 atatctttat cttttctttt tatgagtttc agacacagaa tatctgtgtc taagtctttg
      301 tgtcctaatt atataattaa ctaactggta tttttttacc ccctaaaaaa aactggcttt
      361 ttgctcgtgg gaaaagaacg acaggtcgtt ttacaaaaaa tgacaacttt cattggcttg
      421 gaattattta aaatgaaaat atattttatg ttttaaacaa taaagcaatc accaacaata
      481 gaaattagct gctacatagc ataattaaca attacaaaat aaaacaagat ttttattaat
      541 ttatgaggga tattcaattt tattatgaaa ggcagggccg gttcttaact ctcaaaggcc
      601 caaggcgaaa gtctaaagtg tgctcattta cacacacgtt aataagtaaa attgtagttt
      661 gtttatttta ttttataaac taatcatttg tttttttttt aaatattaat ccaaagatct
      721 ttttatagca atgtcttctt tttctttttt gtctttttaa ggtttccaga gttttaaaat
      781 tttataataa aacgcaacta ataacaataa aaatctcaac tttatttgag atttctggct
      841 ctttttttca attcactata ggaaagcaaa tggtgttgca cactgacttg cttgattcgg
      901 tctgcataat gtggacatct ttatttggtt tgatgatctt atttagaaca ccctattatt
      961 tgattttttt agtcggagtc aggcttcttg tcctcctccc ccc
//
LOCUS       SEQF2637|AYYD01000401.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagacaggct gaggggtggg gactgccaat acggcaggta ttttgaacta ctgaggagtg
       61 gtgactgaaa atacggcagg tattttggac tcctgagggg tggagcatga caatacggca
      121 ccgaattttg cactcctatc actcggtact tcaaaatacc tgccgtattg gcagtcatga
      181 gggcttggta gttgtaaata cggacgtgtt aagggtactc cgacccctca ggagttcaaa
      241 atacg
//
LOCUS       SEQF2637|AYYD01000402.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggttctatgg attcaaactg cacttgatca tcaatgacaa gggggaatta cttgattttc
       61 ttcttactcc gggcaacgtg gacgatagag cgcccttgaa acatatgagc ttccacaaac
      121 gaatcttcgg caagctcttc ggagacaggg ggtataatct cgaaaaatct cttcgaacaa
      181 ctctttattg acggagtcca ccttgcggac acgcctaaag aatggccagt gaaaaatgcc
      241 ttaatgtttc aacatgacaa gattatgatc cggaaaag
//
LOCUS       SEQF2637|AYYD01000403.1  492 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..492
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgaggtact tgcaacaccg ttgcaaacgc cggaaagttt ttcgaggcac ttgcaacacc
       61 gttgcaaaca ccagaaagtt tttcgaggta cttgcaacac cgttgcaaac gccaaaaaat
      121 ttctcgaagc atttgcaaca ccgttgcaag cgccaaaaag tttttcgcag catttgcaac
      181 accgttgcaa acacccaaaa aaatctcggg gcatttgcaa caccgttgca aacacccaaa
      241 aaaatctcgg ggcatttgca acactgttgc aaacgttttc ttttcagaga accaagctct
      301 ttacaaagag ccttgccccc gatccgttat taaccccttt ttaagctaag catcaaccat
      361 gccagaatca gaacaaaaag tgcccgtagg cacacccaca gcaaaagaaa tagccggtat
      421 caactgcgtg caaatgaata acggtgcgca tttcggcttt atccaaaccg tctgcgaacg
      481 catcgagaag ga
//
LOCUS       SEQF2637|AYYD01000404.1  351 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atccagtgta ttgaggtgca aggcattcgt ctgtccgtca ccggcaatta ggtttagcgt
       61 acgagagaca cgcacagcct tttcatcaaa gtcaatagca aagacattat cattgacata
      121 gtccgtacac tcggcaggtt tctgctccaa ggtgaagagg tggctacgtt ccaagccctt
      181 gcttttgagt atttgctccc acacataaaa tatcgtatgc acagggaaac cacagctacc
      241 cgaagcagta tcaatcattc gttcactagc tttggggttg agcattttga cgcacatatc
      301 gatgacatat cgaggcgtaa agtattgtcc cttttctccc ttactgctct t
//
LOCUS       SEQF2637|AYYD01000405.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtttatcggc gcggtggggc gcctgcgggc gccggcgaag tctgccgggt accagtgtct
       61 ctacccttga gacaaaagac tcccgcgaga ttcatgtacc cggccaaact tcgccggcgt
      121 ccgcagacgc cttgttgttc acattcagcc ccgcggcctc gaggcttgct cgtggcgttg
      181 gaagcaggcg cggaggcagg gttacagtgt gtcctccaat catcaccatc cgcggcggca
      241 t
//
LOCUS       SEQF2637|AYYD01000406.1  353 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..353
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcgtggatc acttgcgtga gcgcctgcgc ataaggctcg gtcaggtagt cgtctaattc
       61 ggcgtgatcc aagtaaagca cacggtcggc gccagcggcg atcagttctc gggcggcctc
      121 gtcaaggtgc tgcccacaga ggacggccaa gacatcctcg ccgagcacat cggccagttc
      181 aggcgctttc ccgagcagtt caaaagcgat gggctgaatc gtcccttccc gttgttcagc
      241 aaagacgcag acccctttat attcttcttt attcattgtt tctcggttgt tcagatgatg
      301 aatttctctt tcagtttctg cacaataatg tcggccgctt cttcggcatc cac
//
LOCUS       SEQF2637|AYYD01000407.1  415 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..415
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(27..191)
                     /locus_tag="SEQF2637_00122"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIYASVDETLSETFNTGTNKELIPNAKPQVKNMKARKSIGVMK
                     LFLPFTCKLF"
ORIGIN      
        1 ggctagatga cttcaatttt ttttaactaa aaaagtttac acgtgaaagg taaaaacaac
       61 ttcattacac caatgctttt ccttgctttc atgttcttta cttgtggctt tgcattggga
      121 atcaattcct tattagtacc agtattgaag gtttcgctaa gcgtttcgtc cacagaagca
      181 tatatgctca taggtgctac gttcttacca ttccttatct ttggttatcc agcaggctta
      241 ttgataagta aaattggata taagcgtacg atggctgcag cttttgccat gtttgctata
      301 gccttcggag tgtttattct ctctgcagct gaaaggagtt tcattatctt tttattggca
      361 tctttccttt gtggaacagc taatacgttc ctacatgctg ccataaatcc ttatg
//
LOCUS       SEQF2637|AYYD01000408.1  513 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..513
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggccacaccg agtgggcttc gggtcacgtc aaggaggcct acgcctacta cttgcaagcc
       61 gccgcgggga aggactttgc cttcttcgcc aacctcttcg acgccgaccg ccccgcgctg
      121 ctccgcgccg gcattgatcc cgaggagatc gccctcatgc gcgatgagat gcagttcgtc
      181 cttcctgagg aagagatgta acccgaccat taagaggaag ctgtgcagaa ccgccatcct
      241 acgctgcctg cccgaagtag gggctgcatg cctctcatag ttgtagaata gccccgtaag
      301 cagaagatta ttctaaatcg aagccgacga tgtcagtaga tacactgcat cgccggcttt
      361 ctctcttctt tatatctact tttgcgccgt tttcaagaac gaacgcatat acatatacag
      421 taaacgaaga atgaagaagc aaacccaagc tatccacacc caatttcagc gcccggacgc
      481 ctacagctcc ctgagcatgc ccgtctatca cac
//
LOCUS       SEQF2637|AYYD01000409.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atggcgcagc gagtcctttc gccgactttt gctgccaaaa atttgattcc ccattaaaac
       61 aacctacccg caacgaccca tttttcgtgt acccgtgtag gggcgtattg catacgcccc
      121 acaaacggcc ccgtcagggg acgaatgaat ctatttgcca tccatttttt gaatacacgt
      181 aatctattga atcacccgcc cgatacgtat tggttaaata cgtattcatt gaatcctata
      241 c
//
LOCUS       SEQF2637|AYYD01000410.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgtagaagc aacgtacaag tgaattatcg ggcagaccga ggagatgaaa gttccttggc
       61 ctgcccgatt ttcgtataga cgaacgcccc actctcttca ttgtccctct ttaacgtgaa
      121 ttcgatgtaa gaaagggggc aaaaagaggt gaaaatcaaa ggagagtttg tatcttgaca
      181 tgctgataac aaagagcaaa ctacacaatg attcccgcca ataaaactgt agagatctat
      241 atatcgtcga cga
//
LOCUS       SEQF2637|AYYD01000411.1  234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttgccacct acgccaagat cgcttttaag cgattcttca gctcccgcta tcgggtcccc
       61 gaggaggtat ttaagcgctt aaatattaaa gaccatgatc gcaaagtgta aagccattgc
      121 acacggaagc aacgcgctgg agtacatttt tcgcgaggga aagctcggcc ggcttctcgc
      181 cctccacaac ctgtgtagcg aaacgccgaa ggagattcac gaggaaatga ggct
//
LOCUS       SEQF2637|AYYD01000412.1  444 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..444
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 attgtaagcc gtcgacagtc cttacttttt gagggaagcc aattgcaagc cgtcaatagc
       61 gtttactttt tgaggaaagc caattgtaag ccgtagacag cgcaaccttt ttgagggaag
      121 ctcattgcaa gccgtagaca gtgcaaactt tttggaggaa actcattgca cgtcagcgac
      181 gccatctgct ttttaataaa aggcctaccc actcttatct ataccactta tttttcaagg
      241 aaaatatgcc tgacattcgt ttttaacgta tccaaaaaca aagagaaggc atatatttgc
      301 ggcaaaccta caaaatgaat gagatgaaaa caatcgtttc tatccttctc ctcacctcta
      361 tcgccgtaca gactgccgcg cgagagccgg tgctcgatcg ggcgtacatg aagtgcctct
      421 accgttatgt ttacaccttc gaca
//
LOCUS       SEQF2637|AYYD01000413.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtttatccc tttcctatta gttctcgcaa aaatacgact ttgccagatt ataaatagct
       61 actttccctt cctgaaaaat ttactcaggt tataaaccgt ggcttcctga ttctgataaa
      121 atctttcggc ttatagctgt ttacccatcc gatctgaaaa taaatctcag gttatatcag
      181 gtcacttttt gtagatgaga atctacttac agcatcaaaa agtgactttt tataggtgtc
      241 attacttgta cagaaacaaa cagccagttt ttctaactgt aaatc
//
LOCUS       SEQF2637|AYYD01000414.1  965 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..965
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             76..783
                     /gene="ltrA_1"
                     /locus_tag="SEQF2637_00123"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="METKRDSLGRKKRSRNKTVEIKIPQDTVKKKLLAYDVVEIKKHN
                     GKEIWKPKARPELNFNDNLEILRRYNSEIRGLYNYFGIAVNCADQLSNFGYIMEYSMY
                     KTFAAKYRSKVKKICKKYKHNGIFCVKYQNKAGKQKEEYFYKGGFKRQKPSKDNKIDI
                     LPKFIMHTSTTSLMDRLKAEKCELCGAEGHLEMHHVRKLKNLQNKEPWERHMIARKRK
                     TIALCGTCHKKIHYGTI"
     misc_RNA        800..896
                     /locus_tag="SEQF2637_00124"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 gatgaaaaga cactgataac ccattcggaa acacctgcaa aatttcttgg atttcatatc
       61 agaaaccgca agtgcatgga aaccaaacgg gattccctcg gtcgtaaaaa gagaagtcgg
      121 aacaagacgg tggaaataaa aattccccaa gatacggtca agaagaaact tcttgcgtat
      181 gatgtcgtag aaataaagaa acacaacggc aaggaaatat ggaaaccgaa agcaagaccc
      241 gaactgaact tcaacgataa tttggaaatc ctgcgcaggt ataattctga aattagaggc
      301 ttgtacaatt atttcggcat agctgttaat tgcgcagacc agctctccaa tttcggttat
      361 atcatggagt atagtatgta caaaacattt gcagccaagt atcgaagcaa agtaaagaag
      421 atatgcaaaa aatacaagca taacggaata ttctgcgtca agtatcagaa caaagcaggc
      481 aaacaaaagg aagagtactt ctataaagga ggtttcaaac gccaaaagcc atcaaaggat
      541 aacaaaatag acatactccc caaattcata atgcacacca gcacaaccag tcttatggac
      601 aggttgaaag cagaaaagtg tgaattatgt ggtgctgagg ggcatttgga aatgcatcat
      661 gtacgtaaac tcaagaatct tcaaaataaa gagccttggg aacgacacat gattgcacgg
      721 aaaaggaaaa ccattgcact ttgtggaact tgtcataaaa agattcatta tggaacgatt
      781 tgaactgcat atcgaagcgg agagccggat acgctggaag gtgtacgtcc ggttcggagg
      841 cgagttttcg aaaaccgacc atagtaatat ggcacggcgt cggctactta gcctacatta
      901 taaatttcct gacctgtccg aaatcgccta caatcatctg cgccagcacc tcgatgcgta
      961 ccccg
//
LOCUS       SEQF2637|AYYD01000415.1  296 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..296
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgtaggcc gtgtgacgtt gcctggcctc ggcctcgaga tcggtggccc ggccatcaat
       61 cgcacgccgc gcgagatgat cacccgcgag ctgacggcgc tctgcgatac ccccttggac
      121 gtgacgatcg ccgtgcccga tggggagaag atcgctcggc agacgttcaa cccgaagctc
      181 ggcatcgtgg acggtatctc catcgtcggt acgtcaggca tcgtcatgcc tttctcgtca
      241 gacgccttcg tccgctccat ccgccgcgaa gtggaagtct gccgtgccct cagtcc
//
LOCUS       SEQF2637|AYYD01000416.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcattgtata gtttattctt tattatcagc atattaaaga tacgaacttt ctcttgattt
       61 ccgcctcttt ttgccctttt tcttacgtcg aactcacgtt ttcaaaggtc tcatgtagta
      121 agatctaatc gatgaaagga aaaaagcata ccgcctcacg ttggaacagc cgtccgggga
      181 tcacgctgac gccgcttgtt gcttccggat cagcttgtcc atgtcttccg agatcttttt
      241 gtccgtcacc tgtgcataga
//
LOCUS       SEQF2637|AYYD01000417.1  476 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..476
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             3..431
                     /locus_tag="SEQF2637_00125"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCLRDRARTDRLLSARTPDLDRLQLSDQAVQRALEPALNFEAPD
                     LLEMARLIYLYLRPEPEEWREVKKKSLDKFRAPVGIVACKSDCLFPGDEVVKHARRVV
                     PFMEMSRVVDLGCHCGLFADTDVAHEAIAVVSDFLLRGTD"
ORIGIN      
        1 agatgtgttt aagagacaga gcgcgcaccg atcgtctgct cagcgcccga acgcccgatc
       61 tggaccgtct gcagctatcg gatcaggccg tgcaacgcgc cttagagcca gccctgaact
      121 ttgaagctcc cgatttgctt gagatggcac gcctcattta tctctacctc cggcctgagc
      181 ccgaggagtg gcgcgaggtg aagaagaaaa gtctggataa gtttcgtgca ccagtcggca
      241 tcgtggcctg caagtcggac tgcctcttcc cgggcgatga ggtggtgaag catgcgcggc
      301 gtgtggtgcc gttcatggag atgtcgcgtg ttgtcgacct cggctgccac tgcggactct
      361 tcgccgacac cgatgtcgcg cacgaggcca tcgctgtcgt gtccgacttc ctgctccgag
      421 gcacggattg accgcctgta cttaccgggc caaccttccc gctctcggtg agggga
//
LOCUS       SEQF2637|AYYD01000418.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taagaagaaa cttgggcgga attctcgatt taggcgtgtt gctcggaaga aattcgccgt
       61 aattctggat ttagggccgt ttcttcagaa gagatacccc agatatccga gttgaggtct
      121 gtttcttcag aagaaatgcg gcgtttttcg ggattgaggg cccgtttccg tcaaaaagaa
      181 tccccgccag agagatcgcg aacgatcttc cgacggggat tcaccgacaa aatcaagcaa
      241 ctatatca
//
LOCUS       SEQF2637|AYYD01000419.1  442 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..442
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gataatagac ctcaatcttc aacgaaaaag atttgcatgt ctcatttgta ttttcttatc
       61 tttggggcga acaaaaaggt tatcctcaaa ggcgagcgag gtgctatatc agatgaggat
      121 aacaagatat agcgccatgc gtttagatcg atgtctcata taggcggaga tcgaagcgaa
      181 cattgatgaa agacgcgtgc ttatctatta acaatggaat agcgtgtcta tgacgaaaat
      241 gtttaacccc aaacacaacg gcctaaggaa ccgttagtat acaggaatag agacaagcga
      301 aaatacgagt ctgccgaaag cgaagtatag taacgaatat ggcagtgtag caacttccaa
      361 ccgacctatc ataataaatg aattgtgtcg ggaaactgca tgaaaaaatg gacgcggaat
      421 cgaaaagcga atagagtaga ac
//
LOCUS       SEQF2637|AYYD01000420.1  390 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..390
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagacagcgt cttcttcctt tctacgaacg ccatggcctc gaacggttcg gccgcatggc
       61 agtgctacaa gaagggcgcc tacttcgcca acccctgtat ggcgcagatc cacccgacct
      121 gtatccccgt tcacggcgag ttccagtcga aactgacgct gatgtccgag tcgctccgta
      181 acgatggccg tatctgggtg cctaaaaaac tcgaggatgc acaagccatc cgcgctggca
      241 aactgaaacc gacgcagatc aaagaggaag accgcgacta ctacctcgag cgccgctatc
      301 cggccttcgg taacctcgta ccgcgtgacg tagcttcgcg tgccgccaag gaacgttgcg
      361 acgcaggctt cggcgtgaac aatacgggtc
//
LOCUS       SEQF2637|AYYD01000421.1  720 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..720
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctttagggc tttacctaaa gttctttcac ctgttttctc tcgacagtag gcttctacag
       61 cagagatgga ttcttttatg gaattgcgat aatcaccttc aggccgtctt gcaagaaggg
      121 ctaatgcatt cgtgagatgc tttctgatgt tctccgaaga atcttctatc gctttttcta
      181 tttcggcaat ttctccttca gatgttatct cgacaatctt tccttcgata atgcgatagg
      241 caaaattgag acgctcaaat tcggaattta attgctctat gaaggatttt atcagagttt
      301 gttctctctt tatttccgat aggtgcttta ttgttgcttc aagcaaatct aatttcttat
      361 accagggatt tttgtcattc tttaagtatg gagagaaaac aaaaaaacat cccccttcac
      421 agaaacgcct cttgtcttca ttcaaaaaat acacccaaag tctttcttca atcttagact
      481 gaagagaata gccgtaccta ctacccgata cacacaagtc ataaaagcaa ctgcatatag
      541 cgttttggat ttcaggggta atcttttctc tgacaagtac gtttgagggc tttacatagc
      601 catttcgtat agaaaacaga ggttcattca tggaagaagt agataaaagc cccgataact
      661 atcgtgttac cggggctgga tttataccta taattacttc acttcttcaa agtctacatc
//
LOCUS       SEQF2637|AYYD01000422.1  547 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..547
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggactgtaaa acaagacctc ttttccgttc attacgtaat acaagttgag tttagaggta
       61 tccacggcct taggtgacgc ggaagacgga tccagcaggt cattccctag ctcgtctgac
      121 acccagatac tcatgccgtt gctaatatca acacactttt cctccttcgt gcgggcttgc
      181 atgaggattg gaagtagcag tagtagtaac ttcttcatga ctcaattcct ttcttgtttt
      241 tgatgtaaat aattctatgt gtgcgatcct attttcctgg gatcgcggga gcaaagttaa
      301 tgaatgcaag tattggatgt accgtttttt acacttcgcg tttggtggat tcaaatcttc
      361 gtattgcgag aatgaagcag cttgtttttt gaggcagata acaatccttt tttacgttcc
      421 acatcccctg ttacctttgc ccacatcaac tctaaaatag aaatgatccc caatgatacc
      481 ctctaagtta ttcgatcctc gttttacccg agcgagaaaa tgcgccgaga atgtcacccc
      541 ctcattg
//
LOCUS       SEQF2637|AYYD01000423.1  741 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..741
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtctcacaga gctgcagcgc aatgcgtgct ccctgcgacc aagccagaac ggtgcatcca
       61 cgcagcccca gcgcctccat cacttgcagc gcccatcgcc catactcccc cttcgaggca
      121 ctcaatcggc gccccagact gaagccgaca gctccgggca catcgggcac aagaagtcgc
      181 acccgctcca gatccagccc ctcgatgaaa gggcgcatag ccagcgggcc ggtgaggtat
      241 tcgccatgaa aacaaaggat gggcgtagcg tcgtgtcgcc cataagtcac aacatgcgta
      301 tcgcccagct ccgtagccac catgcattcg gagagaggca cgtcgagctc ggccaggtgt
      361 cggcggtata aatcgtgtat aagtcggcgt ccgcccgccg accgatagat gtcatccata
      421 atcagtgaaa aatgagaaac taaaaacggg ctgtcacccc gcgtggggag tcagcggcgc
      481 aaatatagac gcagtgggga gctccggtgg ggtgaagttt ttcgcctcca gctgcctgct
      541 ccatccgcgt ttggggcctg agaggtaaaa aacctgtccg gagacgtcta gaacctctcg
      601 ggagaggtcc ggaacctctc gcgagacatt ttttacctct cacgacacgt ctagaacctc
      661 tcggaagagg tccgaaacct ctcgggagac gctttttacc tctcacggca cataaaaaac
      721 ctctcccgag aggttctaga c
//
LOCUS       SEQF2637|AYYD01000424.1  566 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..566
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catcatgttt tccgttaatc acaaactccg cattcggatc gatttatctc gctgcgcctc
       61 cggggtgcgg ttcctaaggg cgccctgaca agtctggcgg agtattatct atggttttca
      121 tacgactgac ccgttgaata ttcgacgcaa atatagtgga tatgattgca atacgaaagc
      181 ttctttctgc aattctggtt gttttatcca taaaagagct ctttacccta caagtcaaac
      241 ttttcaatcg atgaaaaact ttgttctccc ctattatcgc ttcttgtatc ctataaaact
      301 tgcagagaga aagaactttc tgataagtga tcatttgtca ggcgcccgtc aagcccgata
      361 tgaacgcaag aggaaatgcc cttcgccatc gatagcattt cgataaggaa cggctatccg
      421 atcatcgagg gatgagtctt cgtaaccgtt gcggggcttt cgcaggttcc caaacttttg
      481 ctgtgacgtt tcttgaagat tttggcgtcc tttgcgggcg agaaatgaga tgtcttatga
      541 ctacagcaaa gagacaaaag caggag
//
LOCUS       SEQF2637|AYYD01000425.1  252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgtcgggga ttcggtgttt ttggatggga ggtgtacttc cttctctatc taccatcttt
       61 tttcgccttg gatacaaaaa aatcagggcc tcaccgaggc tggagagttt gaccggatac
      121 gtgattattt atcctcgtcg tatgtatccg gccaacttgg cgggtatccc tgatgccttt
      181 ttagtttttg gcttcaaaca gccactcgag gaagtctggg cggcggaagg cgttgtacca
      241 actgccatgg cc
//
LOCUS       SEQF2637|AYYD01000426.1 1146 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1146
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(94..1074)
                     /locus_tag="SEQF2637_00126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKGEILFNKSRNAIKAAVDKIGSDLAQAITRTKELKKNSELP
                     DDELEEKRDKLDRAKRRLEEQLEVYLIDLKAGIRGVRYKRKEETEKEVDTLCNNIITG
                     VEAFGRTVSEETIRQKVRTDLDQLETRIIPRQLEKLKKDKARCIVNVSEESVRKFLRI
                     LNRMDSEHELLKAKLRELCDEDQIDNFLEKEEAAIVEEIIPIGKLVGGMVGSFIKGLL
                     LVPVWLKAGDMILGNKDVKANYKEELTKFKNRFNIDELIERLTNIEPIKDRVKKLMFD
                     DFIDPIDKDLKQIIENREGREKQRAEAAAKLEALQKQEKEYKEKRAMMAL"
ORIGIN      
        1 tcttaaaggc ttctcgtgaa ggggtttgca gaggtcgcaa gatgtgattt ctataagaaa
       61 aaaaatgtct ggaatccgga tacggtggcg gggctataac gccatcatgg ctctcttctc
      121 tttgtactct ttctcctgct tttgcaaagc ctcgagcttg gccgcggctt ccgcgcgctg
      181 cttctcgcga ccttcccgat tctcgatgat ttgcttgaga tccttatcaa tcggatcgat
      241 gaaatcatca aacatcaatt tcttgacgcg gtctttgatc ggctcgatgt tggtcaggcg
      301 ctcgatcaac tcatcgatat tgaagcggtt cttgaactta gtaagctctt ccttgtagtt
      361 cgctttgacg tctttatttc ccaaaatcat atcacccgct tttaaccaaa caggaacgag
      421 taatagccct ttgatgaaac ttccaaccat gcctccaaca agttttccaa tcggaattat
      481 ttcctctacg atagcagcct cttctttctc taagaaattg tcgatctgat cttcatcgca
      541 cagttccctt agcttcgctt tcaaaagctc atgctctgag tccatcctat tcaaaatcct
      601 caagaacttc ctgacagatt cttccgacac attgacgatg caacgcgcct tatctttctt
      661 gagcttttct aattgccgag gaataattcg ggtctctaat tgatcgagat cggttctgac
      721 cttttgccgt attgtctctt cactaactgt gcgtccgaag gcctcgactc ccgtaataat
      781 attattgcag agagtatcga cttctttctc tgtttcctct tttcgtttat agcgcactcc
      841 acggattcca gctttcaggt cgatcagata gacttccaat tgttcttcta accgcctttt
      901 ggccctatcc aatttgtccc gcttctcttc cagctcgtcg tcgggtagtt ccgagttctt
      961 cttcagctcc ttggttcggg tgatggcctg agctaaatca gagccgatct tatcgaccgc
     1021 agcctttatg gcgttacgcg atttattgaa gaggatttcg cccttctctt tcatcacaat
     1081 ctcttgcaca cgcttggcga ggtcgctgaa atggctgaac tccctcaggt catcttgtga
     1141 ttcgag
//
LOCUS       SEQF2637|AYYD01000427.1  298 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgaagcgta atcccaagga gacgatcgcc ttcgatcctc cggaagaaga agaggaacct
       61 ccagctgaaa ttcgagtgca aaccaaagag caatctcccg aagcgaaacc tcccctccaa
      121 aggaaaacag aagaagcacc gatcacgctc gacgattatc gtttcaccta tatgcatccc
      181 gtccgcattc gtgagaagac cgcattcacg atgaatgtgg agactttgca gatcctgcgg
      241 aacgtgctgc aggatttggg ggtgcgacta ccgatggctg cttatatcga taatattc
//
LOCUS       SEQF2637|AYYD01000428.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggggaaggca tatcttcctt attgtttggg cccaacacga acgaagacct cctcccaagg
       61 atcccttttg cgatcaccga agaacaggtg gatgattttt tatctgatct tatcgagtat
      121 ccgcgtgcgc cagatgacgt ggaacgatgg agtcgctacg tcgtccagat cgaccccaca
      181 cgaactgaag agttttatgc atgctgtcgt gaaggagggc tgccgatcaa tacacagata
      241 tcgaag
//
LOCUS       SEQF2637|AYYD01000429.1  363 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..363
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttgggaggt gaaataaccc ctcccacgca cgcggtcgca tgatagctcg tgcgtacaca
       61 aaaaagaaag ccccgccgat cggatctgtt cggtggggct ttcggtgttt tggtgggggg
      121 cgagaggaat tttatttgaa agcctttcct ctctgttgat gttgtggatt ttcctgaagc
      181 cgacgaatat ctcgtataag tcttcgagtg ttcatctgta ctccggcata gttcaaatga
      241 tacggcgtat caaaataggc gctgtcaggg aatatgcttt gttcgattga tgaagcatat
      301 gagagcctat gtcgcttaaa gaaggcttcg cagcctttta tcttccccat cctatttcca
      361 tca
//
LOCUS       SEQF2637|AYYD01000430.1  607 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..607
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acaagttgca cagttcaccc cagtgaagaa atcctccttt tttaccatat agtcatatat
       61 ttctttcgag tgcaaaggta aggaatctca agtattatga gcgacctcgt tgcaaacaat
      121 acaagaccat aagtagcgca tcataattta gttgacactt caataccagt tgatatggct
      181 gatgtagagc cagcatcata atgtcaactg attacaatga cctacttaga atacgaaacc
      241 aatcatagtt ttgtccccac aaacataaaa aggaatgata tgaatcgact tatttcgact
      301 tacggtgggt atgccatttg gcagctctca gtgcattctt tgtaccagtt agccgagttc
      361 gtggtctgcc aaaaccacga acatcacaca agaagaatcg gagataactt tcaaagtgaa
      421 gtgcttgctg tatataaaga agaactgcaa tattacgaac gctctcaaac cttgatagcc
      481 acaactgtcg atggccaaat tatcggttcg atccgactaa tgaattggga tagagagcaa
      541 ccgcttccta tgcaaacata tttcaacttg ccatccttca agaaaacttt acctttcagt
      601 actaata
//
LOCUS       SEQF2637|AYYD01000431.1  264 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..264
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcctgttaa atattcggcg caaatatagt gtgtgtagtt gtaatacgaa agccatttcc
       61 tgcgattctt gatgatttac ccctgaaaaa tctgtttttc ttacaaatca aactttatat
      121 tcgatgaaag actttgctcc gccttattct tgcttctcgt atcccatgaa acttgcagag
      181 agggaaaact ttctgataag tgatcattcg tcaggcgccc gtcaagtctg atatgaacgc
      241 aagaggaaat accctccgcc atcg
//
LOCUS       SEQF2637|AYYD01000432.1  289 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtacccgggg gtgccctgca cgttgccgtt cgctgggttg tagttgacgc tcgtcttgac
       61 ctccggaatc gcacccgtgc ggaggttgcc gtcacgatcg acaaaggaga atccttgcag
      121 tacggtgtcg gggcgggccg tcacgccatc caagttgccc ggcccgccac ctgcgaattg
      181 attcagtatc ataagatcag cacgttgatg ttgacgaacc cttcaggcac cttggagcag
      241 gcgaaggtga ggctgcccgc agcctgtggg acggcataga ggccagcct
//
LOCUS       SEQF2637|AYYD01000433.1 1322 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1322
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             364..1104
                     /gene="ppm1_1"
                     /locus_tag="SEQF2637_00127"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QZ12"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyprenol monophosphomannose synthase"
                     /translation="MIFSYAIVVPMANEEDDFEAFVAVLREALDRIGSGAVYFVVDGV
                     SKDATRRLCEELSAADERFVTVWAPENRNVVDAYLRGYREAYAGGYEYIIEMDGGLSH
                     DPRALPMFLRVLNEGNECAFGSRFMNGGSICDSNPRRTFLSRSGTILSNILLGTKLHD
                     MTSGYQGFHRSVVASFMNYPLLSKAHFYQTELRYLLRKTRYAEVPIHYRAPSPRVSRN
                     AIRNSFAVLFHYFFRRLRFQSTFIKQPS"
ORIGIN      
        1 tgctcaagca gatgaagatg tacgccgtag ccttccaagc gaagggggaa tagccaaggg
       61 gcaccccgct ttttccttca tctttgcccg ccgaaagaag ggaacgacat ataaacgaat
      121 gacagaacag atacgatcat aaggcataac gaaaagccat cttcaacttc gttctacccc
      181 ccggatgttt ggtgactata gatgagtaca gtggaatagg tttggcaagc ctgcgcctta
      241 cggcgtggga tcaacctatt tcgtttatac tctgaataac gccaaacgcc caatagaacg
      301 agagcgaatt ggcttcatgc tcttttttat gccgttacgt acagtgcaga gtttttttgg
      361 attatgatat tcagctatgc catcgtcgtc ccgatggcca atgaagagga cgattttgaa
      421 gcgtttgtcg ccgtcttacg cgaagcgctg gatcgcatcg gttcgggcgc ggtctatttt
      481 gtggtagacg gtgtctcgaa agatgccacc cggcggctct gtgaagaact atcggccgca
      541 gacgagcgct ttgtcacggt ctgggcgcca gagaaccgta acgtcgtgga tgcctatctg
      601 cgtggctatc gcgaggcgta tgccggaggc tatgaataca tcattgagat ggacggaggg
      661 ctgtcgcacg atccgcgtgc gctgcccatg ttcctgcgcg tgctcaacga gggcaacgag
      721 tgtgccttcg gcagccgctt catgaacggc ggctccatct gcgactccaa tccacgacgc
      781 acgttcctct cccgctcggg gacgatcctt tccaacatcc tcttaggcac aaaactgcac
      841 gacatgacgt cgggctatca aggcttccac cgcagtgttg tggccagttt tatgaactac
      901 ccgctgctct ccaaagccca tttttaccag acagagttac gctacctgct gcgcaagacg
      961 cgctatgcgg aggtgcccat ccattaccgt gctccctcgc ctcgcgtctc gcggaacgcc
     1021 atccgcaact cctttgccgt cctcttccac tacttctttc ggcgccttcg ttttcaatcg
     1081 acatttatca aacaaccctc atgaacgata cttacttaat catcacctcc atcgccccgg
     1141 acacacatcc ggtgctaaat ctttacgccc gcgaagcctc gaaagcgggt gtgcctttcc
     1201 ttgtaatcgg cgatcggaag agcccacggt tccacctcga cggctgtgat ttttactccg
     1261 tcgaacgtca ggcggagttg ccataccaac tagcccgatt attaccctac ggacattatg
     1321 ct
//
LOCUS       SEQF2637|AYYD01000434.1  429 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..429
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgtcgaggt tctcttaaaa aaaaaactat caacaatcac cacatcaaga tagagacaat
       61 atcaataaag aaactaaaaa tatgatcaat tacattcaag catgaaagat tcaactttaa
      121 taatttaatt aataaacaga gaaataacac ctgaattttg ggggtttttt ccccttcaaa
      181 tataatcata taaaactaaa ttaaacattc aaagcactta taaaaattat tgaaaaaaat
      241 tcaaagctta tataaaataa aattaaaaac attcaaagca acttaaaata taaaaaagtt
      301 tagaaaatta agggcatgtt ttgttgaagt tgttggaatc tctagctatt actgatatgg
      361 tttactgcta ggatttctag tttttagggt tgttaatcat gtaggagtcc aataatccct
      421 atacttgag
//
LOCUS       SEQF2637|AYYD01000435.1  706 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..706
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatcagttt cctttacttt aatagaggtg tcataaatca tcaggtactc gaagttagat
       61 agtacagaga ttttcaggtt ggctgtatat ccataacgac gagcctgacg cgcaggcgca
      121 tcaacatcgt taatatgcac acacggtttc ttcgcttcaa ggaagaattt gcgttctgca
      181 aacaaacgga aagtataatc tggcttcttg gtgttttcgg atgcacctgc ctttagcggt
      241 tcctccaaaa tcacctcacg ctcattagtg gatcttcctg ccttgttctt gatatcccaa
      301 cccaacaact caaacaacgg gtcaaggaaa tcactcctca cctgcgtctc attgtaatgg
      361 tcggttagat agatgtttct atctgactca tactttctaa ttaatttctc tatcgcagtc
      421 attgtttttt gcttttttgc aatcatccac taactatttt accagttacc cactaagtgt
      481 attgtagtta cccaccaact caactatcgt ttttctctga tacaacttcc gcaaatatcc
      541 tacgtgcttg attccaaaaa gcagaacgga tttctagatt ctttttaagt ggtaaagatg
      601 atacttcgcg ttttgcatcc ggtccttttg tttcaaaaga atctactata gatacttcaa
      661 agactttagg actgccttta aattctgctc taatatggat tacttc
//
LOCUS       SEQF2637|AYYD01000436.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggcgtcaga gagtgcggcg gcgtcgaaga gcaggcgcat cttctctcgg tcgaacgacg
       61 cttgcaagcc gagcagaaga gcggagacga ggagggtttt cacgtcggta gggaacgaac
      121 gactggacag tgcttcacgt atggcagacg cggtgtcggc gtcgataaat tcagttgtcc
      181 agagcgcatc gaagagacga ttggccgcgg actcgccgtg ctcacggtcg ccggcctcag
      241 cgtaaagcgc cacctgacgc aggatggacg tgatgc
//
LOCUS       SEQF2637|AYYD01000437.1  406 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..406
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             136..252
                     /locus_tag="SEQF2637_00128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQITLRLLAEGLSDADIANIWGGNFMRVMDAQRLPLA"
ORIGIN      
        1 ctaccaagac cttccctcag cgatgccgtc cgccacatcc tgcacgtcgt ccggctcgtc
       61 ggcccaaatc acgtcggcat cggctccgac ttcgacggcg gcggcggcct catcggctgc
      121 caatcggccg gcgagatgat ccaaatcacc ctccgcctac ttgccgaagg cctctccgac
      181 gccgacattg ccaacatctg gggcggcaac ttcatgcgcg tcatggacgc tcagcgcctg
      241 cccctcgcat aatgatttcg gcacctcgga agtcttctga aatacagaat cactgattcc
      301 agcacttcgg aagacttcct aagccatcgc gggcaatggg cgatcttgca tcatccgcac
      361 gcagacctcg ggggttggga actgcgaggg aaggtcttgg tagagc
//
LOCUS       SEQF2637|AYYD01000438.1  476 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..476
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             290..388
                     /locus_tag="SEQF2637_00129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTRVECLPAAIDHTSLDKIDSAIGKHFGVQP"
ORIGIN      
        1 gcgcgatgcc cgcggggaac tttatggtgg acttgccatc gtcggcgaga gccgctccac
       61 gcacgtagtc cacctgtccg cccgtgccgc tgaactgcgt ctgcccgatg cattctgacg
      121 tcacttggcc catcaggtcg acctcgatgc aggagttgat gcttaccatc ttctcatttt
      181 tcatgatcac acaggggttg ttgacgtagt ctactggccg catttcgacg tctggattgt
      241 tgtttacaaa gtcgtagaac cgacgactgc ccatgaggaa ggtcgccaca tgcttacccg
      301 ggtggagtgt cttccggctg ccattgatca cacctcgctc gataagatcg atagcgccat
      361 cggcaaacat ttcggtgtgc agccctaggt cttttttgtc ggataggcat ttcagcacag
      421 cgtcgggtat ggcgccgatg ccgagttgca aagtcgatcc gtcctccacc aattcg
//
LOCUS       SEQF2637|AYYD01000439.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tacccgccat caagctgggt aatggtttgg taactgaaca tttgctcgga tccgcacttt
       61 tctgcctttt ccgctcgacg caatcggaag catatcgacc cctttccgcc taacaatcag
      121 tccacttgct ccgacatcgg ggcttctgct tttgagggga atagttggtc tttgcaggaa
      181 tgctgcaaat gccccgagaa actttttggt gtttgcagga acgctgcaaa tggcacgaaa
      241 aactttttgg cgtttgcagg aatgctgcaa atgccccg
//
LOCUS       SEQF2637|AYYD01000440.1  847 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..847
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggatcgccg cccgtacccg gtttcttcgg cgtgtccggc ttcttcgggt cggcaggctt
       61 tttcgggtcg gcgggttgct ttgggtcggc aggcttgttg ggatcgtctt tcgacttctt
      121 gtttggacgc tcgtagcgct tactcatctc agctacaagg gctttcacgg cagcgttctt
      181 accgctggcc gatttcaagt actcataaac ctcgtctgcg gcctttatcg cgtcggccga
      241 tgcgccatag atggtatcgt caatcttctc aagcagcgag gccacgtcta cacggatctt
      301 ccacagcttg ttaatcaact cgatgtcctt tgccatctca gccttgttga aggaagagag
      361 cagatactcc gaaaaagatt cagcgccgtt caatgccagg ttgacaaatt cgacactctt
      421 atgtcccatc actctcgtcc tccttctttc ttccgcactc aatacgatta agaatggaag
      481 agcggttgcg atgtctccaa gacccttctt tacagcggtc attgcttcat ccgttatgga
      541 tgctgatact aaatttttcc gtgccatata atctatgatt tttagatggc gtaaagataa
      601 tgcttcattt tttacgggaa aggtgtccgc atatccacga gacgtttttt acctctccgg
      661 agaccttcag aacctctcgt gagacctttt ctacctctcc ggacacgttc agaacctctc
      721 gcgagacctt ttttacctct ccggagacgt tcagaacctc tcagcccatt tttcacgcct
      781 ttctgacatg aaaagtcacc tcggaaatca caaatgcgga cactttgtca cccttcaccc
      841 ctcctac
//
LOCUS       SEQF2637|AYYD01000441.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcccgccgta gcccactgcg agtgcgaacc gtcgacgaac tggtcgccgt tagcgaggtt
       61 gaactccggc atacccgcag ccagcaggtc gttgcgtgta gagctgtgca tatcgagttc
      121 gccactctcc gcgttggcgc cgagcatgaa gttgaagtgg tgtgcatcct gcacgtcgag
      181 caggtagttg ccgtagaggt tgaagacgta ggagcggtcg acgatcgatc gctcttcgag
      241 tttcgatggg g
//
LOCUS       SEQF2637|AYYD01000442.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..430
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtaccgacac gttgcgcacg cagatgcgct ccaccggcga cctgtatcaa ggtatgagcc
       61 gcgccatccc caacggccga atggtcgttc catacggtct cgaggtgacg tttgacaaga
      121 cgacgcatct catttttcct gctgcgatct gctacgtcga cttaggtagc aacaacctga
      181 tcgcgggcaa agccgaaggc gccgagaacg tgctccgcgt caaggcagcc gtgcgcgact
      241 ttgagacgga gacgaacctt tccgtcatct gcgatgatgg ctcactatac tctttcaacg
      301 taaagtatgc cgacgaacct gagaaactgt ctgtcgagat ggcggacttt ctctcgcagt
      361 ccgatggccg tctgccagcc aaccgctccg acatttattt caaggaactg ggccgcgaat
      421 cgcccatgct
//
LOCUS       SEQF2637|AYYD01000443.1 1476 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1476
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(385..603)
                     /locus_tag="SEQF2637_00130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMATPGKSTMLRSGRMGSVSPTLSIPSEKSSSLSQSISMGITA
                     PIDSSMSCVSDMYNLSLAFLLILFFSFL"
ORIGIN      
        1 gaaacttgcc gggttttact actcgcacgc cgtgcaaggc cccaaactcg ccgggttttg
       61 catctcgcat gccgtgcaag gcccgaaact tgccgggttt tactacttgc acgccgtgca
      121 ggccccaaac tcgccgggtt ttactactcg cacgccatgc aagccccaaa actcgccggg
      181 ttttgcatct cgcatgccat gcaagggcaa aatgggatca tcgagagaga tggttacccg
      241 tgttgcccat aaagatctat cgctgacatg aatcatggca cgggctttgt aagcctcgcg
      301 ggcgcgctgc gatgacatat acctatataa taggtcgacg ctccggccgt gatcggggca
      361 cggcgttatc tttgccagcc atttttacag gaaagaaaag aacaggatga gtaagaaagc
      421 aagagagagg ttatacatgt cggacacgca cgacatagac gaatcaatgg gtgctgtgat
      481 gcccatactg atggattgcg ataaggatga agatttctcg gaaggtatgg acaaggtggg
      541 cgagacgctc cccatcctgc cgctacgcaa catggtgctc ttccccggcg tggccatgcc
      601 catcttcgtg gggcggccga agtcgatgcg cctgatccga gaggcttcac agcggaagat
      661 cttagtcggt gtcgtctgcc aaaaagatgc ggaggtggag gaacccggct tggacgacct
      721 ctacccgatc ggcaccgtgg ccgaggtgtt gcgtgtgctg gagatgcccg acggatcgac
      781 gacggccatc ctgcagggac gcaaacgcat ggccctgcac agcctggtcg acacggagcc
      841 ttacctaaac ggcgccatct cgctgctcga cgatcagccc gcgggcaaag acgaccgcga
      901 gtatgaagcc ctcatctcta ccatcaagga tctcacgata aagatgatcg aagcggccgg
      961 cgatccgccc cgcgagctgg tcttttccat ccgcaacatg cagaacacga tgtacatgct
     1021 cggctttgcc tgctgccaca tcgtggctaa cccggacgag aagcaggagc tgctggccat
     1081 cggcgatgtg aagaaccgtg cctaccgcct ccttttcatc ctcaaccgcg aatatcagct
     1141 gattgagctc aaggcgtcga tccaaatgaa gacgcatgag gacatcaaca agcagcagaa
     1201 ggagtacttc ctgcagcagc agatgaaggc catccaggag gagctgggcg gcaacatgaa
     1261 cgacatcgag atccgcgaac tgcgcgcgca agccaagaag aaaaagtggc ccaaggaggt
     1321 cggcgagacg ttcgaaaagg agctggccaa gctggagcgc atccacccac agtcgcccga
     1381 ctactccatc cagtcgcaat acgtgcagac gatcgtcggc ctaccgtggg gcaccgaata
     1441 ttacgatatt gaacatagtg ctatagagat tagagt
//
LOCUS       SEQF2637|AYYD01000444.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaggtgacgg ggatggttgc gagtagtgtc cacagggagc ccaagagcgc gggaaggccg
       61 atgaaggcgc cgacgaggag ggtgagaagc aggctgaaga gcagcacacg caccgatcgc
      121 ccaacgagtc gaccgagggg agcacgcaac tcatcgaacg tgactcccac gagcccgcct
      181 tcgcgtcgct cgtaagtctg catcagactg taaagcaagg ccgagaggag gatgtagcca
      241 gcgatgtaac agcagtaaac ccccaccgca tgcgcaa
//
LOCUS       SEQF2637|AYYD01000445.1  710 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..710
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             72..467
                     /locus_tag="SEQF2637_00131"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGVVLRQSNRIKMLFLGDLEKFEEITSALDPRVKGRCKHKVSDI
                     IIIAIATYLCGGDDYVSMYELCRERGEDLKPLVELPNGCLSVDTFERVISRIDPKAFG
                     ACLSVFGDTLIEDLKGKHVSIDGKRIRGS"
ORIGIN      
        1 gacgtgtatt cgtcagtgga ttacggcaca aactctatca gtccttcata atcctccata
       61 aattatgaag gatgggggtg gttttgcgcc agagcaaccg catcaaaatg ttgttcttag
      121 gggacctgga aaaatttgaa gagatcacat cagcactcga tccacgggtg aaaggacgtt
      181 gtaagcataa agtgagtgac ataatcatta ttgccatagc cacctatctc tgcggtggtg
      241 atgattacgt ctctatgtat gaactctgtc gagaacgagg cgaggaccta aaacctttgg
      301 tggaactacc caatggttgt ctgagcgtgg acactttcga aagagtaatt tctcgaattg
      361 atccgaaggc ttttggagcg tgtttatcgg tcttcgggga tacgcttata gaagacctta
      421 aagggaaaca cgtctctatt gatggcaaac gaatacgcgg atcataatcc tcgtaagtga
      481 ttagcatgct tccttctcaa ttacctcctt gatgtatcgc gccaatgtgt ttcggtcgca
      541 cttgcagatt ttagcgatct gccgtttgga gaccttctcc gcgagtaagc cccggatcag
      601 ctcacgctta ggatagagct tgtgcttttc tggggcagtc ttgcgccctt tcggcctccc
      661 gagcacgacc ccttcggcct ttttacgtgc cagcgcttcg cgggtgcgtt
//
LOCUS       SEQF2637|AYYD01000446.1 2239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     tRNA            complement(217..291)
                     /locus_tag="SEQF2637_00132"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(ggc)"
     CDS             367..681
                     /locus_tag="SEQF2637_00133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVFYTTFHFSNQTYEDGLNYLRTTLLPAIGQHPEFHTLRLQRI
                     LHEVEDSNGRSVSMQFCVPDETTLHRWLEASGDELLQAVAKRYGTEVAYFSTLLEELA
                     LQ"
     CDS             678..1256
                     /gene="ruvC"
                     /locus_tag="SEQF2637_00134"
                     /EC_number="3.1.22.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A814"
                     /codon_start=1
                     /transl_table=11
                     /product="Crossover junction endodeoxyribonuclease RuvC"
                     /translation="MKLPEQTAERVIIGIDPGTVVMGYGVLIVRGRTTALVTMGVLKL
                     DRYENHYLRLHRIYQKVLALMDEYHPDEMAIEAPFFGKNVQSMLKLGRAQGAAIAAAL
                     NREIPIFEYAPLKIKMAITGNGQASKEQVAGMLQRILHIPEADMLPQLDATDGLAAAY
                     CHYMQTTRPMHEKAYAGWKDFIAKNPGKVRGL"
     CDS             complement(1274..2191)
                     /gene="gdhB"
                     /locus_tag="SEQF2637_00135"
                     /EC_number="1.4.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94316"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD-specific glutamate dehydrogenase"
                     /translation="MRFCQSFMLELWRNIGPDTDVPAGDIGVGAREVGYLYGMYKKLA
                     REHTGTLTGKGMEFGGSILRPEATGFGGLYFVNQMLREHGHDIKGKNVAVSGFGNVAW
                     GAVTKATELGAKVVTISGPDGYIYDPAGVSGEKINYMLELRASGNDIVAPYADKFKEA
                     TFTAGKRPWEQKVDIALPCATQNELNADDARALINNKTLCVAEISNMGCTAEAVDLFL
                     ENQQLFAPGKAVNAGGVATSGLEMTQNAMHLSWTAAEVDERLHQIMSSIHEQCVVHGR
                     EGKYINYVKGANIAGFMKVARAMMAQGIV"
ORIGIN      
        1 aagggcggtg cagacttcgt attccgcgga cgtagcgatg ctgaagtcat gcgattctgt
       61 cagtcgttca tgctcgagct ctgaaccctg agggtttggc ccttggacgg tcgtcggagc
      121 ataagcgtag gcccatatga aaagcgcccg gccttacatc ttgcatgtaa agtcgggcgt
      181 cttctttttg tgtaagctgt tattggaata attcgtgtgg agcatagcgg actcgaaccg
      241 ctcacctcga cactgccagt gtcgcgctct agccagatga gctaatgccc cttcggttaa
      301 gacggcgcaa atatagatct ttccttcaga cgccctaatt ttgatccaaa attcattcga
      361 atagatatgc ttgttttcta caccacgttc catttctcaa accagaccta tgaggatgga
      421 ctgaactatt tgcgaacaac ccttttgcct gccatcgggc agcacccaga gttccacacg
      481 ctgcgtttgc agcgcatcct gcacgaagtc gaggacagca acggccgatc cgtgtccatg
      541 cagttttgtg tcccagacga aaccacattg catcgttggt tagaggcctc cggcgacgaa
      601 ttgctacagg ccgtcgcaaa gcgatatggc acagaggttg cctatttctc cacccttttg
      661 gaggagttgg cgctgcaatg aaacttccgg aacagaccgc ggagcgcgtc atcatcggca
      721 tcgacccggg tacagtcgtg atgggctatg gcgtgctcat cgtccgaggc cgcacgacgg
      781 ccttagtgac gatgggggtg ctgaagctcg accgctacga gaatcattac ctccgcctgc
      841 accgcatcta tcagaaagtg ctcgctctga tggacgagta tcaccccgac gagatggcga
      901 tcgaggcgcc cttcttcggg aagaacgtgc agagtatgct caagctcggg cgtgcgcagg
      961 gtgcggctat cgcggcggcc ctgaatcgcg agatccccat ctttgaatat gccccgctga
     1021 agatcaaaat ggccatcacc ggcaatggcc aggcgtccaa ggagcaagtg gcaggcatgc
     1081 tgcagcgcat cctacacatc cccgaggccg acatgcttcc ccagttggac gctacggatg
     1141 gcctcgccgc cgcctattgc cactatatgc aaaccacccg gcccatgcat gaaaaagcat
     1201 acgccgggtg gaaagatttt atcgccaaga atccgggtaa agtccgcgga ttataggcgg
     1261 gagactgaca ggcttagaca ataccttgcg ccatcattgc gcgggctacc ttcatgaagc
     1321 cagcgatgtt ggcacccttt acatagttga tgtatttgcc ttcacgtccg tgaacaacac
     1381 actgttcgtg gatgctgctc atgatctggt gcagacgttc gtctacttct gcagccgtcc
     1441 aagagaggtg catagcgttc tgtgtcattt cgaggccaga ggtagctacg ccaccggcat
     1501 tgacagcctt acccggcgca aacagctgct ggttctccag gaacaggtcg acagcctcag
     1561 cggtgcatcc catgttagag atctcggcta cgcagagcgt cttgttgttg atcaaggcgc
     1621 gagcgtcgtc ggcgttgagc tcgttctggg tggcgcaagg cagcgcgatg tctaccttct
     1681 gctcccacgg acgtttgcct gcggtgaaag tagcttcctt gaacttgtca gcgtacggag
     1741 ctacgatgtc gttacccgat gcgcggagct ccagcatata gttgattttc tcacccgaaa
     1801 cgccagccgg atcgtagata tatccgtcag gaccggagat ggtaaccacc tttgcgccca
     1861 gctcagtagc cttcgttacg gcaccccaag ccacgttacc aaagcctgaa acggctacgt
     1921 tcttgccctt gatgtcgtgt ccgtgctcgc ggagcatctg gttgacgaaa tagagaccgc
     1981 cgaagcccgt agcttccgga cggaggatcg atccgccgaa ctccatgccc ttgccggtga
     2041 gtgttccggt gtgttcgcgg gcgagcttct tatacatgcc atagagatag cctacttcac
     2101 gtgcgccaac gccgatgtca ccagcgggga cgtcggtgtc ggggccaata ttacgccaga
     2161 gctcgagcat gaacgactga cagaatcgca tgacttcagc atcgctacgt ccgcggaata
     2221 cgaagtctgc accgccctt
//
LOCUS       SEQF2637|AYYD01000447.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caatagtagc ggctgcttag ggctcccatt caatttagtg gtaagtatta aacctctacc
       61 aatagttccg gatattagta attcagtttg tagcggggtt aattttacgc aaacacctgc
      121 tagcaattta tccggaacat tatatacttg gccaacccct gtacaaaatc ctacaggatc
      181 ggttattggt gcattagaaa gaactacctc tgtgcaaaat ataagtcaaa cattaacaaa
      241 taataccaat tctcctgcaa ctgtaactta tat
//
LOCUS       SEQF2637|AYYD01000448.1  854 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..854
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             42..326
                     /locus_tag="SEQF2637_00136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFGWDKQQDMHVYRGEKSKEDKERRKADELIAVVKEIFLHTSK
                     LSYKNLSELLIQEMEIKDRTAKRYIAYMREQGILSQDTAGNYQKGERCRT"
     CDS             314..619
                     /locus_tag="SEQF2637_00137"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFDKWQKQLLDSLARMEGKLDRLLVLREQTIDTTVHPP
                     LKPEYLDIIDISKLLKVEQKTIYNWVSSGKIPYLKANGRLLFRRKEIDEMLRKQTAE"
ORIGIN      
        1 ccctgaaggt acgcgacagc agtccgctcg acgtcccgat catgctcttt ggttgggaca
       61 agcagcagga catgcacgtc taccgcggtg agaaatcgaa agaggacaag gagcgacgaa
      121 aggctgacga attgatcgcc gtggtcaaag aaatcttctt gcatacctcc aaactgtcct
      181 acaaaaacct gagcgaacta ctcattcagg agatggagat caaggatcgc acagccaagc
      241 gatacatcgc ttacatgagg gagcagggca tcctgtcgca ggacaccgcg ggtaactatc
      301 aaaagggaga gcgatgtcgt acgtagaaga gccttttgac aagtggcaaa agcagctgct
      361 tgacagtctg gcgcggatgg aggggaagct cgaccgcctg ttggtattgc gcgaacagac
      421 gattgatacg acagtccacc caccgctgaa gcccgaatac ctggacatca tcgacatctc
      481 caaactcctg aaggtggagc agaaaacgat ctacaattgg gtgtcgtcag ggaagattcc
      541 ctatctcaag gccaacggtc ggctgctgtt tcgacggaag gagatcgatg agatgttgcg
      601 caaacaaaca gcagaatgac agccccaccg caggtcaaga tttcggcaat ccgccagcga
      661 cgctgccgag atcttagttt tctcattctg ccgatattgg atcaagggct aacacccctc
      721 tgttcggaac cagttcttta cgacgaaaag aaaaagactt atttttgcaa cgaaaatgaa
      781 tacgtcgcgc acgaaaaatg tgcgcttcaa tgataacagt acctgcttgg catcccgtaa
      841 gatctgccag cggg
//
LOCUS       SEQF2637|AYYD01000449.1  421 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..421
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccataaggaa gtacaacgta cacaaggcga cactcccgct tccgtaagaa agctgttacc
       61 acgtttaaga aacccacagg aaacagaaat tgttattgtg accctgcccg aagcaacacc
      121 cgtatttgaa gccgaacgtt tgcaaatgga cttacaacgt gccgggatta ataataaatg
      181 gtgggtcgtg aatgcttgct tgtcattaac aggcaccgaa aattctttct tgcgggcaaa
      241 ggcgcaaaat gaattggctt ggattaagaa agtagaagaa ttatcaaagg gaaatgctgc
      301 cctgatagct tggaaaaaca actaaaaaca tggagatttt aattctttgt acaggaaata
      361 gctgccgcag ccaaatggca catggctttt tgcaatcatt tgacaataaa ccggatgtct
      421 t
//
LOCUS       SEQF2637|AYYD01000450.1  438 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..438
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatatcaga accagaagca tagatataga tctggagaag cagggtgttg gcggtgggct
       61 ttccgtaatt tgcttaagcg ccttccatac gggtgtggcg gtgtaggcga tcttcgatct
      121 cttgggaaca gtgatgtcgg taattgccaa caggcactga aagcgtctgc tcatttgatc
      181 tcttttacgc ttgcagaaaa cgccattgga gttaatctca tacaagcaaa gaatgcgcta
      241 ttctctatcc gcccccccct ccagaaagat gactgttctt aatctatagc actgactgaa
      301 tgcataatcc gctatttttt ctgtccctac gagaacaatc taagctgcat cgttgctgct
      361 ttcaggatga cgggtcgctg ccttcttttc cttgtcaaac aaagcactgt caatcgagga
      421 gttagccgtg ttgacacc
//
LOCUS       SEQF2637|AYYD01000451.1 1506 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1506
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(113..1108)
                     /locus_tag="SEQF2637_00138"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPIKRVLQQLFDRYDYIRYKRRIVIGDADYHWCNIPVPVGYPK
                     QSQTHPSIRFFSEKWRGYSYWMATTPYPGERVEYENPCIYRSNDSIVFSPINQNPILK
                     HPGGAAYNSDPELFLFEDILYCIVRENENGRYLREIKLLNSIDGQIWSKPFTIYTSNE
                     EDRQLLSPSYVRRLDKHLIYFLNGDAGIGRNGKCTGIEIAEADDLNMLFRFSSNGCFL
                     NQEEVGIEPWHFDLFEYEHRLYMVLCARDRNKRTLRNPMYTYLAVSDDYINFSIYKNP
                     IVRYLKSYRPSAYVDDSGIFHLYFSIIGSFLKDHSDRNIARTSIPFDYLLNMISK"
ORIGIN      
        1 ggccgcgcct acggcctgct catccccgac accgccagcc gcgactggct cctcgcccaa
       61 tagacaatct tcgcaaagct taattttacg aaacaatttg ctcgtccatt gttcatttag
      121 agatcatgtt caataaataa tcaaatggaa tgcttgtcct cgcaatgtta cgatctgaat
      181 gatcctttaa gaagctgcca atgatagaga aatacaaatg aaaaataccg ctatcgtcta
      241 catatgcaga tggacggtat gattttaaat agcgaacaat tggatttttg taaatagaaa
      301 aattaatata atcatcagaa actgctaggt aggtatacat cggattcctc aaggtcctct
      361 tattccgatc tcgggcacat aataccatat ataacctgtg ctcgtattca aacaagtcga
      421 aatgccacgg ctcaattccc acctcttctt ggttcaaaaa acacccatta gaggagaagc
      481 gaaacaacat attcagatca tctgcctctg cgatttcaat accggtacat ttcccatttc
      541 gaccgattcc agcatctcca ttcaaaaaat aaatcaagtg tttatctaga cgtctcacat
      601 aagaaggtga taataattgg cggtcctctt cattgctcgt ataaatcgta aatggcttac
      661 tccatatctg cccatcgata gaattcaata gctttatttc tcgcaaataa cgaccattct
      721 cattttctcg aacaatacag tataatatgt cttcaaaaag aaaaagttcc ggatcagaat
      781 tatatgcagc tccacctgga tgttttagta ttggattttg gtttattgga gaaaaaacta
      841 tcgaatcatt tgatcgataa atacatggat tttcatattc gacccgttcg cctgggtagg
      901 gagttgtcgc catccaataa gagtaacccc gccatttctc cgaaaagaac cgtattgatg
      961 ggtgtgtctg gctctgcttg ggataaccaa caggtacagg aatgttgcac cagtgataat
     1021 ctgcatcccc aattacgata cgcctcttgt atcggatata atcgtatcga tcaaacagct
     1081 gctgaagtac tcgctttata ggcttcatcg aacagcacgt attcccagtg ttacctgata
     1141 atctgggtca tttacatcaa gaagagattt atcttcgaca tcctcaaatg ctatcccttg
     1201 aagaaatgca tttgctgcaa aaacatttcc aaatgtctga atggttatat tcgactctcc
     1261 aaaatactca gcaaagagtc tcttcaatga cagatctgta aatcgccaat aatctcccca
     1321 tcgattcata tcataccgag atatctgaga gattccacta actgtaccca gaaaaacacc
     1381 accatctttc agcaatctaa agcatccctc cacagctcgt cttacatcaa atataaaatt
     1441 caaggtctgt gtgcaaataa aacaatccac agcactctcg ggaagagtct taggctgagt
     1501 caaatc
//
LOCUS       SEQF2637|AYYD01000452.1  261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtacttctta ttctttctgt actacatctt gtatacatgt aaatcttaca aagatcgctc
       61 tttcgctgat agaggaatct attattgact ctccccattc tagcattttt tctttcttcc
      121 ggcctgctgt ctcttgcagg tttcggggtg caaagataaa accctttatt tcattccacc
      181 aaatttttcg agaaaaattt ttgagtggat tctcttgttg aacggtgctt gcttttttac
      241 tcacatttga gtggataact c
//
LOCUS       SEQF2637|AYYD01000453.1  471 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(50..274)
                     /locus_tag="SEQF2637_00139"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEILNMFLGALRMTSAGMWLRFGCLGVLLSCSPTADCHPVVESA
                     LYAALIAVAWLIYRCDRKRFKRIADYLEKY"
     CDS             complement(309..419)
                     /locus_tag="SEQF2637_00140"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRYRYKELDRYLFDSDEGQSVSLTADRVERYLQGA"
ORIGIN      
        1 gggcagaccg atataggccg gcccgtgtac gcctcgaaca aaaaagcaat cagtatttct
       61 ctaagtagtc cgcgattcgt ttgaatcgct tccggtcgca tcgataaatc agccatgcca
      121 cagcgatcaa agccgcatac agggccgatt cgaccaccgg atggcagtcc gccgtgggac
      181 tgcacgaaag cagcaccccg aggcacccga accgtagcca catccccgca ctggtcatgc
      241 gcagcgcacc caaaaacatg ttcagtattt ccatcgtcta agtcgctctt tgtttttagt
      301 aagtgtctct acgctccttg gaggtatcgt tccacccggt cggccgtcag gctgaccgac
      361 tgcccctcgt ccgagtcgaa gagatacctg tccaactcct tatagcggta gcgcagcatt
      421 tcgcgccgcc ctcgacccgt gtaccaatag cacgcacccg gtctcaattg t
//
LOCUS       SEQF2637|AYYD01000454.1  380 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..380
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcaggagatg tttgtagggg tacgatagtc tcccgcagat tgcaggagat gtttgtaggg
       61 gtacgatagt ctcccgcaga ttgcaggaga tggttcgtag aggtacgaag gtctcccgca
      121 gattgcagga gatgtttgta ggggtacgat agtctcccgc agattgcagg agatgtttgc
      181 caaatggcga tgatcgcacg cgacttgcat ggcctggggc gctctccccg tcctaacctc
      241 tttttgggat ttttgagagg ttgtcgtccc tctatttttg ccgccgataa tcaggacaag
      301 tcattcaatg aacatcacac aaaaacgaac ccacaggaga tggcctctcc tataccttat
      361 attatacatc tgtgtagcac
//
LOCUS       SEQF2637|AYYD01000455.1  898 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..898
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 attatattgg gattagacca atataaattt ggaaggtctt tatgcctaaa acgcttggtt
       61 tctaatggat tcgaaagaaa tctgagcctt gagtgacata acccatttcc tatcttttca
      121 tttgggagcc agtcgaaaat tcttggatat agctttactg cttcttcggg aatttttata
      181 tcatctggcc ctgatagatc cttcatcctt acctctagtt ctgctgcctc ctcaaattgc
      241 ttttggagat gaagatcaag ggatcttctt ttatctatca gaagaatgta gaaggaggag
      301 tagttactaa tgtcttgact tccgggagat atactctgca tgtgctccat tgcgaaaaat
      361 agggcggctc ttggagctgt cgtaaaatct aatagcggac taggtgctcc gtaatgttgc
      421 aagaaggaga gaagaagcat atcatttaag gcgatctcca tagatcggaa atagtcttta
      481 atgaatttcg tcttcatgta gatgagttgc cgaccaacga agtcagaaaa ggtaatccct
      541 tgccgtcccc attcgtttgt caaccattct cgctgagctg aggtgtagag cttgtatttt
      601 gcttcactga cgcctctgaa agcaaagatg gagttatctt tctgtagtcc ctttactaca
      661 ttctttatgt caatcaggca attatctaca tctttaattg tatcaatctt atgataccta
      721 acccccttct ctctattctt tactccgaag aattcctctt tctcttccaa tgatctgtat
      781 gtctctaatg tcatcttatt atccatttga tatccgttaa aatgtctcgc aaatatagat
      841 ccagtcctca ccccatctcc tgtcggcgct gctgttcggc aaggaggcgg tagcggcg
//
LOCUS       SEQF2637|AYYD01000456.1  517 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..517
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(47..511)
                     /locus_tag="SEQF2637_00141"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGPQVAEKLGLSQITYAEEIVGVTDGRITVRRKIPGGVETVEGP
                     LPIVVTVNGSAAACRPRNARLVQKYKHALGAQEKAERTKGGEPLPYAELYDSRPYLNL
                     VEWSVADVGGDVAQCGLSGSPTKVKTIENIVFQAKESRSLTDSDADIEELMK"
ORIGIN      
        1 accatagacc gaaagggcgt catccgatcg tgtggttact aattaattat ttcatcagct
       61 cctcgatgtc agcgtcggag tccgtcagcg agcgactctc tttggcttgg aagacgatgt
      121 tttcgatcgt tttcaccttc gtcggtgagc ctgagaggcc gcactgggcc acgtcgccgc
      181 ccacgtccgc cacggaccac tcgacgaggt tcaggtacgg gcgcgagtcg taaagctcgg
      241 cgtaggggag gggctcgcca ccctttgtgc gctcggcttt ttcctgcgca cccagtgcgt
      301 gcttgtactt ctgcactaat cgtgcgttac gcggcctgca tgctgcggcc gatccgttca
      361 ccgtgactac gatgggcagc ggcccttcga ccgtctccac gcctccgggg atcttgcgtc
      421 gcaccgtgat gcgtccgtcc gtgacgccga caatctcctc cgcatacgtg atctgtgaca
      481 gcccgagttt ctccgccacc tgcggaccca cctgggc
//
LOCUS       SEQF2637|AYYD01000457.1  645 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..645
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctatacggcc accctaacat gcctttttcc ctttcaccga atagatctta ctacgtaact
       61 acaatgggaa aacgatttga ggataaggga gttcctgcgt agtcagaaaa ccgcatgctt
      121 catactatag atcccttgtg gtctcgtttt cctatatgtc aagagaagaa cagattgaca
      181 taaaaacact ggatggctca attgtaaggt gacttctcat actttctccg gttcgggata
      241 aggtgcattc taagggtcag aatcatgtta cgaatcccct gccccccact tgttcaaaag
      301 aaccgtcatt acttaccagc aagttgcgtt tctaaagcct tcttgtagaa cggcttgccg
      361 agatctcatt atcgccttag cgcaacaagc ctttgtatta tggagtcaca agcgatagat
      421 cttcgatttg tccggctatc gggtaatttc ctccggaaaa cacttgatga tactcgataa
      481 taggagctat tatttatgta gctaaaaaag aatagggcat cacttatccg aaaatcctct
      541 ttccaaatag taaggatacg aagaagtagg gataagagga gagcaaagct ttcttcaatt
      601 gataagttac gacctctgca aaccccttca cgagaagaat ttaag
//
LOCUS       SEQF2637|AYYD01000458.1  546 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..546
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttttcgtcg tcggtggcga ggtagtaatc ggtataagag aggacattgt agaggctcag
       61 gcgattgaat cggccgttgt agacagcgta ggcaaagtcg cgcgagaagc cgtatttgga
      121 atacacatcg gcgccggcca tggcataacc gtagtatccg ccatccagct ctttgcggag
      181 tgtgatgcgg atcacggcgc cgcgtgtgga ggcaaattca ctgctgccgg gcgtgtaatc
      241 cacctgcaca cgacggatgc ggtcggcggg cagggcggcc agttccttgg tgctggtcag
      301 ccggatgccg tccacgtaga ccgttccgac ggcttgcccg agcacttcga gcgctccatc
      361 acgacgcgtc acgccgggca gtaatgccag tatctcgtcc gtctgtcggc cctgcgtcac
      421 ggtcgagccg agcaggttgg ccgtgtatcc gcctgcactg cggcgaatgc gatcggccgt
      481 caccgtgacc tcgccgagcg ctgccgcctc gggtcgtaag gtgacgacga cgcccggccg
      541 tgcctc
//
LOCUS       SEQF2637|AYYD01000459.1  328 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..328
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgctacaaa acgccttgcc cccggagcag cctccgcggc ggttcggctc caaagtcgcc
       61 acctgatctt atatgaaaaa tcaaccccat gaatcgaccc aagaaaacac ccgttcgctc
      121 ctcgaaatgg gacgctagca tcaaagccga cccaaaaaga gggcaatgaa agggaagtga
      181 agggggcgat gccgttcgtc catacgaaaa tcgggcagac ccgagggact ttcatccttt
      241 cggtctgccc gatagcagtt cgtttgcacg cagcttttac acggtgagcc ttcgaggcta
      301 attcttgatc aacttctcgg tataggtc
//
LOCUS       SEQF2637|AYYD01000460.1  437 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..437
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(103..372)
                     /locus_tag="SEQF2637_00142"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDVTIVTSVTIVRVRPELSRSYISATAPGSVQSRRSISKSAVV
                     WIACSIAHLRSSGMSGCFSSRSMVRKLSIIIPCPTLTPSSRSISR"
ORIGIN      
        1 ggccgacttc gaccccgagc aggcggacat gttcacggtc gtgctgatcg gcaactcgca
       61 atcgtacgcc gtaggcaaca tcttcgtcac gccgcgcgga tactatcgcg agatggaacg
      121 cgaggagggc gtcaatgtgg ggcaggggat tatgatcgag agcttccgta ccatcgagcg
      181 tgagctaaag catcctgaca tcccgctcga ccgcaaatgg gcgatgctgc acgctatcca
      241 cacgacggcc gacttcgata tggagcgcct gctctggact gatccgggcg ccgtggccga
      301 gatgtacgag cgactcagct cggggcgcac gcgcacgatc gtgactgacg tgacgatggt
      361 gacgtccggc atccgcaagg gcgcgctgca acgtatgggc atcgaggcca agtgctatct
      421 ctccgacgaa cgcgccg
//
LOCUS       SEQF2637|AYYD01000461.1 3068 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3068
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             104..844
                     /gene="novP"
                     /locus_tag="SEQF2637_00143"
                     /EC_number="2.1.1.285"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9L9F2"
                     /codon_start=1
                     /transl_table=11
                     /product="Demethyldecarbamoylnovobiocin
                     O-methyltransferase"
                     /translation="MMINIFLKRIRLRRDLILNRKWSDINYILSRKEEFSRDFLGRHK
                     NIQEIEHQVGRYLNMKDIANEILANNYSGDVVEFGTYQGLGLIYLSELIRKKDVLFIG
                     LDSFEGLPIDSTIWKQGMFNETSTETVYKNLHKYSKQSRFLLIKGWYNLPTVREQLYQ
                     ATKDVVLVHFDADLKVSTYDALVCMTPFLEKRREPMYLLFDDWGCHPDEVPEAFYEWI
                     RHYQVECRFNVDRLSSTRFTRYYRLTPR"
     CDS             857..1411
                     /gene="hxlB"
                     /locus_tag="SEQF2637_00144"
                     /EC_number="5.3.1.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42404"
                     /codon_start=1
                     /transl_table=11
                     /product="3-hexulose-6-phosphate isomerase"
                     /translation="MYRNNVKRILLEITSVLGQVQEGHVQNFIDEIFSAKTIVVHGAG
                     RVGYAVRGFGMRLGHLGFHAYTLGDSVVPPIKEGDLLIIASGSGETQTVYDIASIGKK
                     NNAKIAVITGNSRSRIGQLADCIIEMRAPSKKNKVQGMRSIQPMSTLNEQCLQLLFDA
                     VVLDIMERTGETDNTLWLRHSNLE"
     CDS             1434..2117
                     /gene="rpe_1"
                     /locus_tag="SEQF2637_00145"
                     /EC_number="5.1.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74061"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribulose-phosphate 3-epimerase"
                     /translation="MRKKFYYLSASLICANMLELGNAVRDIEKSGCDMIHYDVMDGVF
                     VPRYGLLPEALESVKTITRLPVSVHMMTIEPEKYLPAFIDAGADCLVVHAEVCTHLHR
                     TLSLIKDRGKKAGVALNITTPLSVLDYVLDNIDTITLMAINPGIVGHKIIPIVYKKIE
                     ELNRMLMRYGKQNILIEIDGGVTFESAPLMLESGADILVCGSSTLFKKEGSVEDSMRD
                     LREILELPK"
ORIGIN      
        1 agacagttat attactccat ctaattccgg agaaggagct gtgctcgatg cctgtttgaa
       61 gataagagaa cttttatgta tttagagaat accttaattg aatatgatga tcaatatatt
      121 tctaaaaaga attcgtttaa gaagagatct tattttgaat agaaaatggt cggatatcaa
      181 ttacatccta tcaaggaaag aggagtttag tagagacttt ttaggaagac ataaaaatat
      241 ccaggagata gagcaccaag tcggtcgtta tctaaatatg aaagatattg ccaatgaaat
      301 tcttgcaaat aactactccg gtgatgttgt ggaatttggt acatatcagg gactcggact
      361 tatttattta tcagaattaa taaggaagaa ggatgttttg ttcattggtc tcgactcttt
      421 tgagggatta ccaatagata gtactatttg gaaacaggga atgtttaacg aaacatccac
      481 agaaactgtt tacaagaacc tacataaata tagtaaacag tcgagattcc tcttaattaa
      541 ggggtggtat aatcttccta cagttagaga acaactatat caggcaacta aggatgttgt
      601 tcttgttcat tttgatgcag atttgaaggt atcgacatat gatgctcttg tatgcatgac
      661 tccttttttg gaaaaaagaa gggaaccaat gtatctcttg tttgatgatt ggggatgtca
      721 tccggatgaa gtacctgaag ctttttatga gtggataaga cattatcagg tagagtgtag
      781 atttaatgta gacagacttt cttctacaag attcacaaga tactatagat taacaccgcg
      841 ttaagagggc tacgatatgt ataggaataa tgtaaaacga attttattag agataacctc
      901 tgttttaggg caagtccagg aaggtcatgt gcaaaatttt atagacgaaa ttttttcagc
      961 caaaacaata gttgtacatg gggctggccg tgttgggtac gctgttcgtg ggtttgggat
     1021 gcgacttggc catttgggtt ttcatgcgta tacattaggg gattcggttg ttcctccaat
     1081 aaaggagggg gatctcctaa ttattgcatc cggatctggt gaaacacaga ctgtatatga
     1141 tattgcatct atcggtaaga agaacaatgc aaagatagct gtaataacgg ggaattcgag
     1201 gtcaagaata ggccagctcg cagattgtat aatagagatg agagctcctt ctaaaaagaa
     1261 taaagtgcaa ggaatgagat ccatccagcc gatgtcaaca ttaaatgaac agtgtttgca
     1321 gctcttgttt gatgcagtcg tcttagatat tatggagaga acgggagaaa cagataacac
     1381 cttatggctt agacatagta atttagaata acgtatatag atacatagtt tgcatgagga
     1441 aaaagtttta ttatttgtct gcatcattga tttgtgcaaa tatgcttgaa ttaggaaatg
     1501 cggttagaga tatagaaaag agtggatgtg acatgatcca ttatgacgtt atggatggag
     1561 tatttgtccc aagatatgga ctactaccgg aggcgttaga atccgtcaaa actataacaa
     1621 ggttgcccgt atctgttcat atgatgacta tagagcctga gaagtatctt ccagctttta
     1681 tcgatgcagg tgcagattgt ctggttgttc atgctgaagt ctgtacgcat ctacatagaa
     1741 ctctgagtct gattaaagat agagggaaaa aagcaggtgt tgcacttaat attacgacgc
     1801 ctctgtctgt tttggattat gtattggata atattgatac gatcacacta atggcgatta
     1861 atccgggaat tgtggggcat aagattattc ccatagtcta caagaagata gaagaactta
     1921 acaggatgtt gatgcggtat ggtaagcaaa atattctcat agagatagac gggggagtta
     1981 cttttgagag tgcgcctctg atgttggaaa gcggagccga tattttggta tgtggttctt
     2041 ctactctttt caaaaaagag gggagtgtag aggatagcat gagagatctg agagaaatat
     2101 tagaacttcc caagtagaag ttggaaataa ttatggaata caaagttatc attcctacgg
     2161 ctggattagg aagtagattg gggaagatat cgagaaatat caacaagtca ttggtctcga
     2221 ttgctcagaa accctctata tcatatataa tcgagaagtt cccagaggaa atggaatttg
     2281 tcatacctat aggctataaa aaagagatgg tagtcgaatt tttgactatt gcttatccat
     2341 atcgtaactt tacttttgtt gaggtggaac cctttgacgg taagggggct ggattaggat
     2401 ttaccatgct tttatgtagg gactatttgc aatgcccttt cattttttgc tcgaatgata
     2461 ctattgtact cgaagatatt ccggctcctt catgcaactg gatgggatat gcagatgttg
     2521 aaaatcagga gcaatacaga gggatccgtt ttgatctcta tggtaaggtt accgatatat
     2581 gctcaaaagg gtctattggt aatgtaaaac cgtacattgg attatctggg gttcatgatt
     2641 ttgaaacatt ttgggatgca atggaagtgg ggcaagctta cggtgcaatt gagataggag
     2701 aaagttatgg catgagagct ttactacaca agaaagctat agaatcagtc caatttacat
     2761 ggtttgacac aggcaatttg gataggctaa aggaaagccg ggattatttt caatcaataa
     2821 acaaagaagc tccgaatgtt ttggagaagg aaggtgaatc aatctggttc atagatgata
     2881 aagttgtaaa attcaatatt gacaccagtt ttatcagtaa tagagttgaa agatctaaat
     2941 tgctggatca ctatattccc aagataacgg ctttttccga gcatatgtat tcttataaaa
     3001 aaatagatgg agtaatcttc tctaagagtc caacgctgcc attatttaag tctttcctag
     3061 attggatg
//
LOCUS       SEQF2637|AYYD01000462.1 1191 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1191
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             3..125
                     /locus_tag="SEQF2637_00146"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSQGGSSVPELLSTHPSDETRIAAIRRYLPEMEKYKRRKN"
     CDS             complement(266..1189)
                     /gene="mutS2_1"
                     /locus_tag="SEQF2637_00147"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O25338"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease MutS2"
                     /translation="MSQGGSSVPELLSTHPSDETRIAAIRRREKQLEELVARYEQDLE
                     AVNSQRKAIIGEAKEAAQRIVGEANARIENTIREIREAQAEKERTRAARRELDAFKET
                     VSQTNEDDERIARKMEQVRQRQERHKERKSKKQSPTANDLSAAQPKAERPLATGDAVR
                     MKGQTAVGSVLEIQGKQAVVAFGTIKSTVATERLERVDQAALKRATARSATFLSAHTA
                     DAMHEKRLHFRQEIDLRGMRGDEALQAVAYFIDDAIQVGADRVRILHGTGNGILRQLI
                     RQYLPTVPGVAHFADEDIRLGGAGITVVDLE"
ORIGIN      
        1 gcatgtctca gggtgggtcg agcgtgcccg agctgcttag cacacacccg agcgacgaga
       61 cgcgtatcgc tgccatccgc cgctatctgc cagaaatgga gaaatacaag cggagaaaga
      121 actgagaaac gaaaaacgaa aaatgaaaag tcctccgagc gcaagacttt aaggtctcgt
      181 cgtccggagg acttttcgtt ttatggtgtg tgcccggtcg gctaatgacc gattggggct
      241 ggtcggaaat cgtttttcgt ttcccctact cgagatccac gacggtgatg ccggcgccac
      301 cgaggcggat gtcttcgtcg gcaaaatggg ccacaccggg gacggtcggg aggtactggc
      361 ggatcagctg gcggaggatg ccgttgcccg tgccgtgaag gatgcggacg cggtcggcgc
      421 cgacttggat ggcgtcgtcg atgaagtagg cgacggcttg cagcgcctcg tcgccacgca
      481 tgccgcggag gtcgatctcc tggcggaaat gcaggcgttt ctcgtgcatg gcatcggccg
      541 tgtgtgcact gaggaaggtg gcactgcgcg ctgtggcacg cttcagggcg gcctggtcga
      601 cgcgctccaa acgctccgtg gcgacggtgc tcttgatcgt cccgaaggct acgacagcct
      661 gcttgccttg tatttccaag acgcttccga cggccgtctg gcccttcatg cgcaccgcgt
      721 cgcccgtggc cagcggacgc tcggcctttg gctgagcggc agagagatcg tttgctgtgg
      781 gcgactgctt cttgcttttg cgctccttgt gccgctcttg acgttggcgc acctgctcca
      841 tcttgcgggc gatgcgttcg tcgtcttcgt tcgtttggct gacggtctct ttgaacgcgt
      901 ccagttcgcg gcgtgcggca cgcgtgcgtt ctttctcagc ctgcgcctcg cggatctcgc
      961 ggatcgtgtt ctcgatgcgg gcattggcct cgccgacgat gcgttgtgcg gcctctttgg
     1021 cctcgccgat aattgccttc cgttggctgt tcacggcctc gagatcttgt tcgtaacgtg
     1081 cgaccagctc ctcgagttgc ttctctcggc ggcggatggc agcgatacgc gtctcgtcgc
     1141 tcgggtgtgt gctaagcagc tcgggcacgc tcgacccacc ctgagacatg c
//
LOCUS       SEQF2637|AYYD01000463.1 1501 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1501
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             40..414
                     /locus_tag="SEQF2637_00148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARDAAGLKEAIEKLKVLKKEFWSNVRIPGKPYDLNVELEKALR
                     LADFIETGALMAHDALDREESCGGHFRSEHQTEEGEALRHDDKFMYVSCWEYRGEDKD
                     PVMQKEMLNYQFVVPQTRNYKK"
     CDS             441..1196
                     /gene="frdB"
                     /locus_tag="SEQF2637_00149"
                     /EC_number="1.3.5.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17596"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate reductase iron-sulfur subunit"
                     /translation="MDKNINITLKVWRQKGPKEKGAFETYQLKDISQGSSFLEMLDVL
                     NEQLVNEGREPVFFDHDCREGICGMCSLYINGHPHGPDSAITTCQLHMRKFHDGETIT
                     IEPWRSAGFPIIRDLTVDRQAYDKIMQAGGFVSVNTGGVPDANAIPIPKKDADLAMDA
                     AACIGCGACAAACKNGSAMLFVSAKVSQLALLPQGRVEATRRAKAMVAKMDELGFGNC
                     TNTRACEAECPKSISVLNIARLNREFISAKLKD"
ORIGIN      
        1 cacaaggagc ttggacacat catgtgggaa catgtcggta tggcacgcga tgctgccggc
       61 ttgaaggaag ccatcgaaaa gctgaaagtg ctgaaaaagg agttctggtc aaacgtccgc
      121 atcccgggta agccttacga cctgaacgta gagctcgaga aagctctccg tctggccgac
      181 ttcatcgaga cgggtgccct tatggcacac gatgcgctcg accgcgagga gtcttgcggc
      241 ggacacttcc gcagcgaaca ccagacagag gaaggtgagg ctctgcgtca cgacgacaaa
      301 ttcatgtacg tctcctgctg ggaataccgc ggcgaggaca aggatcccgt catgcagaaa
      361 gagatgctga actatcagtt tgtggtaccg cagacacgta actacaagaa gtaacccccc
      421 tactcaaata cgaccgaatc atggataaga atatcaatat aacattgaaa gtctggcgcc
      481 agaaaggacc gaaagagaag ggcgcctttg aaacctacca actgaaggac atctcgcagg
      541 gcagctcgtt cctcgagatg cttgacgtac ttaacgagca acttgtcaac gaaggccgcg
      601 agcctgtctt cttcgatcac gattgtcgtg agggtatctg tggcatgtgc tcgctctaca
      661 tcaatggcca cccgcacggc cccgacagcg ccatcaccac ctgccagctc cacatgcgca
      721 aattccacga cggcgaaacg atcaccatcg agccgtggcg ctcggccggc ttccccatca
      781 ttcgcgacct cacggtggat cgtcaagcgt acgacaagat tatgcaggct ggcggcttcg
      841 tatcggtcaa cactggcggc gtccctgacg ccaacgccat accgatcccg aagaaggatg
      901 ccgacctcgc aatggatgcc gccgcttgta tcggctgtgg cgcctgcgcc gccgcttgta
      961 agaacggctc ggccatgctc ttcgtatcgg ccaaagtcag tcagttggca ctcctcccac
     1021 agggaagagt tgaggctaca cgccgcgcta aggcgatggt ggccaagatg gacgagctcg
     1081 gcttcggtaa ctgtacgaat acgcgtgcct gtgaggccga atgtccgaag agtatctctg
     1141 tcctgaacat cgcgcgcctc aaccgcgagt tcatctcagc aaagctcaaa gactgatctc
     1201 tacgttgcac tcggatgtcc gagtagcacg acaatacgca ctgagggcgt cggaacttgt
     1261 tttcggcgcc ctcttctcat atccatctga gattaaacgt aatctttacc tttgtccaca
     1321 tcacacaaaa accaaaagac atgattgaca atgaacgaat ctgcatgatg gctctggcga
     1381 tgacagaagg catcaacaac gccaaggcgc acatactatt agatcatttt ggaacggcaa
     1441 ctgaagtctt tgcggcccgc agtcatccgt gggagattgc gcgtggattg ggcagcggat
     1501 a
//
LOCUS       SEQF2637|AYYD01000464.1  423 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..423
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(94..420)
                     /locus_tag="SEQF2637_00150"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKCSPTPLQYQNDRPQGGCGAATGRLRPPAKFAGYGLLRCSA
                     GVPDGLCRGKEVFLVPGQTWQASLTPSEASETFSGVFWSFRGLGNVQRRVLMLSEPSE
                     TFSGVF"
ORIGIN      
        1 tcggcagagg ccgtcaggga cgccggccaa gtctggccgg gtaccaggaa aacttcgctg
       61 gcggccgcag ccgccccgag ggctcggaaa gcatcaaaac acgccgctga acgtttccga
      121 gggctcggaa agcatcaaaa cgcgccgctg aacgtttccg aggcctcgga agctccaaaa
      181 cacgccgctg aaggtttccg aggcctcgga aggcgtcagg gacgcctgcc aagtctgacc
      241 gggtaccagg aaaacttcct tgcctcggca gaggccgtca gggacgccgg ctgaacatct
      301 caaaagcccg tacccggcaa acttcgcagg cggccgcagc cgccccgtag ccgccccgca
      361 gccgccttgg ggcctatcgt tttgatactg gagaggggtg ggcgagcatt tcaaattcat
      421 ttc
//
LOCUS       SEQF2637|AYYD01000465.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgtaatcaa atagaataga ggcaatgaat aaggaactgt ttatcgcttt atgcgaccga
       61 atcgggcagt gtgtgcccga gattcgtttt atagacttcg accgcgggca gctgagcgca
      121 tccggcgaac gcccgcccgt ggaatggcct tgctgtctgc tgagcatcga ctacacgaat
      181 tgccgtgacc tcgccgtgga agtgaatacg caattggtga tggctgacat taccctacgc
      241 gtggcctttc cgccggctgg cgaaacgc
//
LOCUS       SEQF2637|AYYD01000466.1  400 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgaccgagat aggacagcat gcggtactcg ctgatggaac tggaagattt ggtgatagct
       61 gcattttcaa tctccggctt cggatcgtcc atagccgcat aattactacc gttggcatag
      121 gtgttttcat tcttgtatgc ctccgtttcg tagccaagta agagactcag attgtgcact
      181 cggtcaaacg agcgatcata agtcagctgg gtttgcgagt tgaacttgga ggtattaatc
      241 atgtatttct gaaatacacc attggccgta tgtccatcgt tggattgcgg tccccaccat
      301 gcaaagtata ctgaaggtaa atcggatgct gaggctaagg cttatgccga tgctaatatt
      361 gaaacgtatg cgccgaaacc ttggtcgggc tggacagact
//
LOCUS       SEQF2637|AYYD01000467.1  441 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgtacaacc aagccgtccg cgccatccat agctaccatt ctgaccaagt agcgcgcgtg
       61 ctacttgaga gattggagcg ttactctgcc cgaatcgtcc tcttgctgga agaggccgtc
      121 cgcctgacca tagactttcg cagccgatga ttgccaagat ttcgtcctcc aacagtctcg
      181 ctacgacgtt aggatacaac ttcaaaaagg tggaaaaaca cgaggcctcc gtgctgcttg
      241 tgcaagggct ttttcaagat cggaacggga ggtatagccg tgcacaggtt ctcgccgaca
      301 tgctgcggac gatccctgcg cagtgccgca caaagaagac agttttccac tgttcactca
      361 atccgcaccc ggacgaaaag ctgtccgacg aggcactttc tcgaatcgcc gccgagtaca
      421 tggaagcgct tgggtacggt g
//
LOCUS       SEQF2637|AYYD01000468.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcatatgtgc gtgaacacac ggagaatggc aaagcaagcc ttgggcctgt cgattcggac
       61 ttaatacgtc tgtggatcgc atcattgatg gatggacgta tgtctccaac gtcagtgaat
      121 cgaaagctga gcgcattaaa gtcgtatttt aagtacttga tgaagcaggg attggtcttg
      181 aacaatccgg cgtttttagt tattggtccc aaattcttcc gtccgttacc tcagattatg
      241 aaggaagatg agttggcaga
//
LOCUS       SEQF2637|AYYD01000469.1  431 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..431
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(72..326)
                     /locus_tag="SEQF2637_00151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEELLIVDAVKRQRVVHPEFRRGVTLVPEEMQADVRVGVVPAAH
                     FVLKALIEHIAEDVIPFRGLQVEHLASEERRHDHNAFPGA"
ORIGIN      
        1 ttcgtctgca caccctgctg acgggcatcg gcgccacgaa gctcctggcc ctatccttct
       61 atccgatgaa gtcatgcgcc agggaacgca ttgtggtcgt gccgccgctc ctcagacgcg
      121 aggtgctcga cctgcaagcc acggaagggg attacatcct cggctatatg ctcaatcagg
      181 gctttgagaa cgaagtgcgc cgctggcacg acgcccaccc ggacgtccgc ctgcatttct
      241 tctgggacaa gcgtgacgcc ccggcggaac tccgggtgga cgacacgctg acgcttcacc
      301 gcatcgacga tgagcaattc ctccattaca tggctggctg ccgcggttac atcaccacgg
      361 ccggattcga gtcggtctgc gaagcgctct atctgaataa gcccgtgatg ctcatccccg
      421 cgcacctgga a
//
LOCUS       SEQF2637|AYYD01000470.1  594 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..594
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catcaaaagc gagaaagtgc ggcccatgca tggtcattct cataagagca ttacttttac
       61 gtcaccattt ttaacacgat tgatatatgg caagagcaaa gaatttgatt tccgccgcac
      121 tgacggcaga gaacatcacg aagacgaaaa ctcacatcgg tgagatcgag acagaactcc
      181 cttttcttat cgcattacca gcggaagaaa agaggcgaat gaatgccatg gggcagataa
      241 gcgtagagta cgtcaacctg gcactgacag gcgcagagag ctttccgcag tatctgctgc
      301 catcgtttaa gaaagacgag ttcaagaaag acgttacgct gatccgtgat ttacagggga
      361 tccgcacatc cgtagcctct ctacttgaaa aacttgatga cacgatctac ggcgcatcgg
      421 tcgatgccat gcaggccgca aatgaggtct atgattacct gaaaacagca ggagaaaagg
      481 acgccgctgt gaaggcttta gtcagtgaaa tgcgcaagcg ttacgaccac aaggacaaaa
      541 agcctgctga tcccaacaag cccgctgatc cgaagaagcc cgccgacccg caga
//
LOCUS       SEQF2637|AYYD01000471.1  448 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..448
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 attttgatgt gacggaaggc gataccgtct atacaatgag caggtttact gcggatttca
       61 aagaaaaaca tgactcaatc cgtcatatag taaaaaagac aggtacgatt agaataaatg
      121 acagggacta tagacgaata atcgttgaat ctacttatat aggtatgtca ggtaccagtc
      181 attactcttt tgagaatgag tggattgagg ggataggtag taagaaagga cttttcagta
      241 tatacgttat gctacccggt tctttcaatg aaacactttt agcattttac catgacggta
      301 agctggtgta taaatcaccg gaatataagg acgtgtttat ttgggagacg gtcggaaacg
      361 aatctattgg agatatgcag atatttgtct ctccggatgg ccgcatattg catctcggta
      421 acgcaggttt tgcctcaccc tgtacagt
//
LOCUS       SEQF2637|AYYD01000472.1  310 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggtcgagcag gatcttgcag tcggaattgt tgatgatcga ctccttgacg atgggcgacg
       61 agatgatgtc gtcgacctcc tgcgtcacca cgattgcctc gccgaaatac ttgcggacgg
      121 tcttgtagag gtacttgatg tagtctgcca tattggccga cgcaatcgcc ttttttcgct
      181 ccgctcaaca acacgtcacg cctcttcaat aaggatcatt tttccgtacg cccttcagcc
      241 ttcgcatctt gttgatgaag gcctccatga tgatgatcgt caccacgggg aagaggtctt
      301 tgttgtcctt
//
LOCUS       SEQF2637|AYYD01000473.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atgatcaggc cgctgtaacc cgcgctgtgg aagaagaagg cgaagagctt gaggtagtcg
       61 taccagttat cgtccgtgat gggcacgttc acacccagat cggcgcgcgc ctcggactta
      121 ttggcgtatt cgccgcggaa ccagttcagc accttcccct tcagcacgtc gtcaccctcg
      181 gcaaaggcac gatagtaaag gctgagcaga cgggcaaagt cgaagccgtg caccaagtcg
      241 tgcat
//
LOCUS       SEQF2637|AYYD01000474.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatacactc gaaggacggg cgcggggtga tgcgcgccac gatcagctcc gtgatttttc
       61 cgatggtcgt ttgcagatca tccagcccga tgatccggtg cgtttgatct tccacacgga
      121 aataaagcgt cccgccgata ccatttgcaa aggcgctcac gctcttcagc cagctcttgg
      181 cattcttcgt ttccaagcgc tccttaaaat cactgtcgct cgattcggct atcgcaatgt
      241 ctttgactct tttcatctgt caccctgttt ga
//
LOCUS       SEQF2637|AYYD01000475.1  339 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..339
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttgtctgac ggtacgcggc caaagaattt tccttgatgt ctacaccgac gtgatccttc
       61 ctttcctcga tcaggccatc gaaccgttcc aaaagcatag ttcgactttg cacgctgcct
      121 tggaaatgtt ccttgatatc cgttgcgcca aatggtgatc ccttggcgag caaggattga
      181 taggaggctt gaacggcaag aagcaggttg tccaaccgcc tattaacctc gaccgcctcg
      241 cgactctttc catccatccg gctttcgcgc gggttccaca aatcgggatt gcagaacagc
      301 ttgcaactga actgtgcaat ggaacgtccc agcgtgatg
//
LOCUS       SEQF2637|AYYD01000476.1  876 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..876
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagttatatt atggcacata ttgcctagtt ttactttata gctatatcag taattttctt
       61 gtatttatgg ttgtaacttt tcacgtggtt tcagtgtaat ctatgacagt tttgccctgg
      121 tggtttattt cccttcccct gtatttatcc aagtaagttt tgatacacca aggtatgttt
      181 ttgaagaatc tgttagtatt tttttggtgt tttatgtttt aataatctgg atttctcttc
      241 ttttctcttc ctctgatttt tgcaaggtaa gttgccatgc ctatgatgat gcaattgttt
      301 gcctagtatt atatgatttt ctataaaaag aaatgatgat cttgaacttg tgaggtactg
      361 gaatgaataa caatgctatc ccccctgcta ttgtcctttt ggacctgttt ctggcatgtg
      421 atcttttctc ttctccattc tcatctgcat gctctaccgt attctctttg caaggtagtt
      481 cttgtttctt tcattactat ctgcttctca tttctctgta gatttcatct cctcctatat
      541 ttgctgttct tttatctcct cctccgttca ttttccttaa gctccaagtt caagacaact
      601 gatcatatgg caaactgtct gaggcttttt cataaacttt ttgttcaaat ttttgttgtt
      661 ctctaagtga aattcagcaa tctttgattt gtagtgtctc aatttcatct atagttacag
      721 agaattcagc aatcatttct tttatctcgg ctgcttgtat gttctattgt ataccaatgc
      781 tgcagttgct tagccatctt ccttgtttag ccccagttac aaattgtttt cttctctttc
      841 tctaattttt tgcaaggtaa gttgcctatg atgatg
//
LOCUS       SEQF2637|AYYD01000477.1  489 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..489
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagccataaa gagcggcgac cacgttgtct tttcgcacgc tgccggtgcg ccgcaggaga
       61 tccaccgtgc gctggtgaga cacaaagagg attattcggg cgtggagatt tttcatctca
      121 tctgcctcgg cagtggagat tatatggctc cggagatgga gggacacttt cgccattgtg
      181 ccgccttcgt aggggccaat tcgcgtcgcg ctgtggccga agatcgggcc gacttcatcc
      241 cttgcttctt ctttgaagtg ccgggattct tccgccgcaa actgtggccg gtagacgtgg
      301 ctgtgatcca tgtttccccg ccggacttga tgggtaattg cagcttcggc gtgtcgtgcg
      361 actacacgaa gcctgcggct gaggctgcgc gcatcgtcat tgccgagatg aacgaccaaa
      421 tgccgtacat cggtggagac aacttcatcc acgtgtcgca gatcgactac atcgtgccct
      481 gctccaacc
//
LOCUS       SEQF2637|AYYD01000478.1  503 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..503
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             95..403
                     /gene="higA_1"
                     /locus_tag="SEQF2637_00152"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="MKHHVCARPIHPGELLKEEIEYRGIRQAQLAKQMGVSATLLNDI
                     LNERRALTPTTALLFEAALGVSSDLLMGMQTDYAMRLIKEDRSLATRLARIRESAALL
                     "
ORIGIN      
        1 cccccacggc tgccaatgcg ttggcggtag tcatcacttg ctcttcggtc tccgcgctgc
       61 acgggccggc aaaccactac aaatgacgac gacgatgaaa caccacgtat gtgcccgccc
      121 gatccaccct ggcgaactgc tgaaggagga gattgaatat cgcgggatcc gtcaggccca
      181 gctggccaag cagatgggcg tatcagctac actactgaac gacatcctca acgagcgtcg
      241 tgcactaacc ccgaccacag ccctgctctt tgaggcagct cttggcgtat catccgatct
      301 tttgatgggt atgcagacag attacgcgat gcgcttaatc aaagaagacc gaagcctggc
      361 cacacgcttg gctcggatac gtgagtcggc cgcactgctc tgatctctca cccggttctg
      421 cactcggggc ccgcggtttt cgttttcaga tcacgcatgt acctttgcgc gcgttttttt
      481 agacacatct aaaagcatac aat
//
LOCUS       SEQF2637|AYYD01000479.1  304 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..304
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcctcgtcg gcgtcagtcg gcccgtcagg tacgggcgca tacgtccggc ggccgttgat
       61 cttcacgcca tacttctcct cgaagtagcc tgcatccacg tcgaaattgt tcagcagcat
      121 ggtctcgatg gccgtcatct gttccggcgt gtagtcctcc tcgtagtccc actcgaagga
      181 cgcccctttg agggggaagc cgtgagctac catgcggggg atgagctggc cgttgaccat
      241 gtcgcgtagg ccgtcggcaa tctcctcgat caggttctta agcacttcca ggtgtacctc
      301 cgac
//
LOCUS       SEQF2637|AYYD01000480.1  455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtagccgaat agcggctcgt gggtgctgct catgaagccg taacgcttcc cttcggccgt
       61 ctcgctgcgg aagctgcgga gcgatcggac gccatagcgc tgcaacacat gtggtgtaat
      121 cccgtactgc ctccaatagg cgcattcgct ttcgtcgaag gccttttcct cgatgcggta
      181 aggcctgccg gtagactccg caagcgtcgg tgttgagtgg agtacctgcg tgctgtcaat
      241 tccgaactga gctgtttcgg aagcactctc cggcagggag atggacaggg atagatcgcg
      301 gatgatcttc tccaagatgc gagggaagtc cttttgtaaa tccatgccgt gcagcgccgc
      361 cacgaaccaa aagcagtcgc ccgagcaggt atgatccccg aagtcgttca tgcggtaaat
      421 gcccgtttgc ggcaccttgt agatgaagca cgacg
//
LOCUS       SEQF2637|AYYD01000481.1  237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaaggctgac gaccgctgat tggccatgcg acaagaagaa gctgtccggg agagatgatc
       61 ccgggtagct tcttcttatt gtcaaacggc aaggagcaat cgtcagctga agtataaaac
      121 gcatcgaaga tggagctcca actgacgttt aggcgactca caagtcacgt ttgacgtcta
      181 atgcttgaag cctcagacac gcctcattgg cccctctaca atcatagaat gctctga
//
LOCUS       SEQF2637|AYYD01000482.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccgacccgt cgtcggcaat caccacctcg aagcgccgat ccgtctgcgc ctcgtaaccc
       61 cagagcactt tctcgagcca ctcgggctgg ttgtaggtgg aaaggatcac ggacaacttt
      121 ttccggtggc cctccgccgc cacatcatcc agggcgatag gcagcggacg cttacgggcg
      181 aagcgtcgcc agaaagcccg tcgggccgag agcatccacg ccgtgcattg cacctcgtct
      241 gcttcgcgtg cctcggcata cactttggcc aat
//
LOCUS       SEQF2637|AYYD01000483.1  379 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..379
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttctatacc gaggcgctgt tttaagttta tcggtgaggt tttttaagga gggtttggca
       61 gaaagagagc tgcaatatga cttctgcaga ttcactggtt ctctcgtaat tgacggtcat
      121 tctcctgtag ttttcgagaa ggttctttct acgatccatc tgaggtaaat taccataagt
      181 taaagaagct atctggaatt tatttcggag aatatacaga agatatttcc ggaaatttta
      241 tttttgtctt ttttttgaaa gatacaacag gctgtatggt gaaaaagatg gaacaaaatt
      301 cccagaaata gatttggata gctccgacta aacggcccct taaaataatc acttaatcac
      361 ctgtctctta tacacatct
//
LOCUS       SEQF2637|AYYD01000484.1  341 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..341
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aacacactga gggtgcccgt gcccgtgcgg tcttctttca ccgttccctc tcggagcaca
       61 tcgtcgagta gatccaaata ttgcttcatg tcggagtctc tattataaat gataggagag
      121 cgcaaagaaa aggcatggca gtgagcccag atagaaggcg cttggggaga cgcctctccg
      181 cggcattcgc ccccgccacg gccacgtgcc aaagtcgttt gccaaacctt ctattccctt
      241 tttctcagcc gatcaaacct taaaagactc caaaaactgg cttccctatg aaccttcacc
      301 attcgggagc gttttatgtt cgaaggtcgg gcggttaacc c
//
LOCUS       SEQF2637|AYYD01000485.1  274 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagtacatct ttcgcgaggg aaagctcggc cagatcctct ctccgctata tcaattgatt
       61 atcagcaatt tgtaggattc gcgcctgatt ttacatccca aaatacataa ttaacgtgag
      121 ttcgacgtaa gaaaagggat aaaaagaagt gggagtcaag agtgagattt gtatctttaa
      181 tgcgttgaaa acaaagagca aacccaacaa tgattcccac caataaaact gtagagatct
      241 actatctcgt cgacgaattc ttgaaagaat acga
//
LOCUS       SEQF2637|AYYD01000486.1 1144 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1144
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(21..1040)
                     /locus_tag="SEQF2637_00153"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKVNRRHQEHFEVIRAREEENLQAKTALCETVESVVYDDLKTH
                     RDWEKKAAEIIELQQKWRTIGFAARKQNQKIYDRFHAACDEFFKRRNEFFKEIRKDFD
                     ENLRQKKALLEKAEALKESTDWKETTQAFIELQNQWKAVGPTQRRQSDAVWKRFNAAC
                     DYFFERKNTAFSGQRNEEKANLDAKNEIVRKIQNLDESLSADESITTLKALISEWNAI
                     GYVPFRDKENAYNAFRTAVDKQYDRLNVAQADRRMQAFRSGLSEMAEQGKGRIHSERD
                     RLMRTYERMKSEVQTYENNLGFLNISSKGGSGLLKEMERKLERLREEMALVVKKIEAI
                     DENLE"
ORIGIN      
        1 gattgaaacg gtgtagacgc ttactcgagg ttctcatcga tggcttcgat cttcttgacc
       61 acgagtgcca tctcttcgcg caggcgttcg agcttacgct ccatctcttt gaggaggcca
      121 ctgccgccct tggacgagat gttgaggaag ccgaggttgt tttcgtaggt ctggacctcg
      181 cttttcatgc gctcataggt gcgcatgagg cgatcgcgct cgctgtggat gcggcctttg
      241 ccctgctcag ccatctcgga gaggccggag cggaaggcct gcatgcgacg gtcggcctgg
      301 gccacattga ggcggtcgta ctgtttgtcg acggcggtgc ggaaggcgtt gtaggcgttc
      361 tctttgtcgc ggaagggcac gtagccgatg gcgttccatt cgctgatgag cgccttaagc
      421 gtggtgatgg actcgtcggc ggaaaggctc tcgtcgagat tctggatctt acgaacgatc
      481 tcgtttttgg cgtcgagatt agccttctct tcgttacgct ggccggagaa ggcggtgttc
      541 ttacgctcga agaagtagtc gcaggcggcg ttgaagcgct tccaaacggc gtcagactgg
      601 cggcgctgcg taggcccaac ggccttccac tggttctgca actcgatgaa ggcttgggta
      661 gtttccttcc agtcggtgct ttccttgagc gcctcagcct tctcgagcag ggccttcttc
      721 tggcggaggt tctcgtcgaa gtccttgcgg atctccttga agaactcgtt gcggcgcttg
      781 aagaactcgt cgcaggcggc gtggaagcgg tcgtaaatct tctggttctg cttccgggcg
      841 gcaaagccga tggtgcgcca tttctgttgc agctcgatga tttctgcggc cttcttctcc
      901 cagtcgcggt gggtcttcag gtcgtcatat acgacgcttt cgacggtctc acagagggcg
      961 gttttggctt gcagattctc ttcctcacgg gcacgaatga cctcgaaatg ctcttggtgg
     1021 cgtcggttga ccttcgtcat gagttccttg aagtggttcc aaacctcgtc acgctgttcg
     1081 cgaagagatg gcactcgtgg tcaagaagat cgaagccatc gatgagaacc tcgagtaagc
     1141 gtct
//
LOCUS       SEQF2637|AYYD01000487.1  778 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..778
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcgatgacc ttcaccacgc agtcctcgtc ggtgatgtag tcgctcgtgt tgtgacggat
       61 cacttggccg ggatagttcg cgtcgcgcac ctccttcttc atcacgccct cgcgcacggt
      121 ggccatctgt ggccggtggt cggggttgat gatggtggcg acgatgttgc cgccgaatgc
      181 ggggcggatt tggtagagca gattctcgta ggtgcggccg gccttgcggt cttcgtacgt
      241 gccgatctcc agggctgtac agtcggcggt gagtccgctg gtgagggccg acgagacgcg
      301 tggcccaagg tcgcgaccga tgacggtggc gcccatcagg gcgatctgcg gctgttcctc
      361 acggaagagt ttgatgagta cggccgtgtg gggcagtgag gtgtagggag ccagacgggc
      421 gtcgtcaaag acgtgcaaca cgtcgacgcc gtaaggcacg atctgtcgtt cgatgccatc
      481 cagtccgctc ccggcggcca cggcctcgag gcggcaatgg agcttgtcgg ccagtgcgcg
      541 ccccttggtg agcagctcct gactgacgtc ggctacagtt ccttcttcta tttcgcagta
      601 gacaaaaacg ttattcatag tgctatttct ctttatggat tatggaatcc tctcatcggt
      661 catccggcac attcgatttc gtatccggcc aagttggccg gcctccccga ggccttgatt
      721 ttcttttcgc ttccttttct tgcatcaagg caagaaaagg aagaaaggaa tgcaccat
//
LOCUS       SEQF2637|AYYD01000488.1  367 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..367
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aatttagggt ggcaaatgta atggcgggaa aacgtaaagg gcgccccgcc attcttgggt
       61 gggatgccct ttaatcattc cgaggcggct gctgttgcgc ccctacctgt gtatgatcgc
      121 cgccatagcg atcccttgtg gctgcttctt tctggtggcg attctcagca gccccttttc
      181 cggcttgtgg tggcggatca cctctgctgt gggtgacagc ttgaagagcc tctcctcgta
      241 acagaacaaa ggcgccttca gtccgtcgta ctgctcattg atccgatcct cgaatgcaga
      301 cgactctacg acgaaacgtt cgtcttcatc agctttcgat tcaggggagt aagagatgag
      361 ataagcg
//
LOCUS       SEQF2637|AYYD01000489.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtacattcaa gatcctgttt tacatcaaca gacagaagac gaagacagac ggcaagacag
       61 ccatcttttg ccgtatcacc atcgatggta agagtacggt catggcaacc ggagaagaat
      121 gtctgccaga tgaatggaac agtagacagg gtataaccgg cgaaaagaaa atcaatcaac
      181 gcctcgcagc gttcagggaa cttgtggaaa agacctacgc ggaaatgctg acgaaggacg
      241 gcgtggtcag cgctgaactc ctcaagaatc gcttacag
//
LOCUS       SEQF2637|AYYD01000490.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgaaaagag gagaagtgga aaaggatgag aatcgtcatc acctcactac tggacatggt
       61 gaatttgcgg ttcccccgtt tctttgggac tccttcttcc aaggtatgac ttttgattac
      121 ggtgtcgtat tctttgaaga attcgtcgac gagatagtag attctacggt tatattggcg
      181 agaatagttg tatagtttac tctttgttat cagcacatta agatgcaacc catacctaga
      241 tttccacctc tttttacccc cttttcttac atagacctta cgttacgtag ttttgcccgc
      301 cgatctggga tc
//
LOCUS       SEQF2637|AYYD01000491.1  708 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..708
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             105..692
                     /locus_tag="SEQF2637_00154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYAAAQLAHKRRLGKGTLSIGLQVGMVNSTYQCSKARPVPEGAD
                     GSADHASEDDAIPKEDLTAKGLDLAAGVMYSTDRYYIGLASTHLTAPTLQLNDNFGRK
                     VMREYNLMAGYNIALRNPLVELRPSLLVRSDLHMSVGDVTLRAIYKKMFNGGLGVRVT
                     DSGTTNGILYLGADIAGFRVSYAYEYPFSALSRTL"
ORIGIN      
        1 agggatattt gttctcgctc ttgcccgcgc gggcagcgta ttcccactcg ccctcagtcg
       61 gtatcatcct cttcaacgac gacaaaagca ccctctataa agatatgtat gctgctgcgc
      121 agctggctca caagcgacgc cttggcaagg gcacactcag cattggcctg caagtaggca
      181 tggtcaacag tacctaccaa tgctccaaag cgcggcccgt gcccgaaggt gcggacggca
      241 gtgcggacca tgcgtccgag gacgacgcca tccctaagga agaccttacg gccaagggcc
      301 tcgacctggc cgccggagtg atgtactcca ccgacagata ctacatcggt ctggcctcga
      361 cccatctcac ggcacccaca ctgcagctga acgacaactt cggacgtaag gtgatgcgcg
      421 aatacaattt gatggcagga tacaatatcg ctctgcgcaa cccgttggtg gaattgcgtc
      481 cgtcgctgct ggtgcggtct gatctgcaca tgtcagtcgg cgacgtgacc ctcagagcca
      541 tttataagaa gatgttcaac ggggggctcg gcgtgcgtgt cacggacagc ggtacgacaa
      601 atggcatcct ctacttgggc gccgacattg ccggctttcg cgtcagctac gcgtatgaat
      661 atcccttttc agcgctctcc cgcacgctgt gagcagccat gccgccac
//
LOCUS       SEQF2637|AYYD01000492.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggggcaaaa gtagatagat attcgtccta cacaaccggc gtccggagca agggtcaggg
       61 gtcaaatccc cctgattacg ggtgtgcgca acggcttacc cggcatcgcc atttccgttg
      121 tcctacaatc accctgcgcc gctcccgaag cgcctcattt tacccgatag gcacccagcg
      181 cggcgcccga agcgagtcat tttgccccac aacttccccg ctcagcccta aaaagagcca
      241 tatat
//
LOCUS       SEQF2637|AYYD01000493.1  510 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..510
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccttcgacgt agtagtgcaa catatatcta tatgtgttct gtagctcctc gactcgggag
       61 gtgaaggcgt gttggccggt gaccgtgatg aagatggtga gcaggtcgaa agcctctttc
      121 atctggccgt tgtcgagtcg cttgacaaga ttcttatacg tgtaagtaag ctcttggaga
      181 gtcattggtt gggggtctat attggagtga tggggtattt cggatgaaat aaaatgccat
      241 caggatttac aaatgccatg ccaaaaggcg ggtcgtttcg ctgctgatca accgtgtatc
      301 tgcgtgccac cgcctctttg tgtgccaact gggagggagg ggctgacaga tgggcaaccc
      361 ctctcggatg gcggatagta taggctcccc cacgttcgtt tttcgcgcct tcattttccg
      421 cttttcccat tcggcctact tttgccgcgc gttgaggagg ggagattact cctcaacgaa
      481 cgaaagtggt atccaagtga ttttttatcc
//
LOCUS       SEQF2637|AYYD01000494.1  699 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..699
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(2..634)
                     /locus_tag="SEQF2637_00155"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTLHVIALNIPYPPNYGGVIDIYYKLLALHRLGVRLILHCYEY
                     ERPRAPELERICAEVHYYPRRTGLLANLTLEPYNVAGRRNERLVQRLLQDDAPILFEG
                     LHTCFCIDDPRLAGRVKVFRSCNIEHDYYRAIGQAERHPLRRLFYRLEAWRFRRYLPH
                     AAAADLVAAVSTTDTDALRRLLPASRVAFIPCFLSEYGLTTADIIESFYR"
ORIGIN      
        1 gctatcggta gaagctctcg atgatgtcgg ccgttgtcag accgtattcg ctgaggaagc
       61 aggggatgaa ggcgacgcgc gaggcgggca acaggcggcg cagggcgtcg gtgtcggtgg
      121 tagagacggc cgcgacgagg tcggccgcgg cggcgtgggg cagatagcgg cggaagcgcc
      181 acgcctcaag acggtagaag agtcggcgga gcggatggcg ctcggcctgg ccgatggcgc
      241 ggtaataatc gtgctcgatg ttgcacgagc gaaagacttt gacgcgcccc gccaggcgtg
      301 gatcgtcgat gcagaaacac gtgtgcaggc cctcgaagag gatcggcgcg tcgtcctgca
      361 agaggcgttg cacgagtcgt tcgttgcggc gcccggccac gttgtaaggc tccagcgtaa
      421 ggttcgcaag cagccccgtg cgacgcgggt aatagtgcac ctcggcgcag atgcgctcca
      481 gctccggggc gcgcgggcgc tcgtattcgt agcagtgcag gatgagccgc acgccgagcc
      541 ggtggagcgc caggagctta taatagatat cgatgacgcc gccgtaattc ggggggtacg
      601 ggatgttgag ggcgatgacg tggagggtga gcatagaggg tggagggtag agggtagagg
      661 gtagagagta gagggtagag agtagagggt agagagtag
//
LOCUS       SEQF2637|AYYD01000495.1  262 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..262
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgtacttca gttctacgaa gcagatccat gactcctcat cgccctcttt cgggtagatc
       61 acgcattcgc attgggaggc gaactgtccg tcggcccttc tgaaactctt ttggctgaag
      121 ggtagcccgg tgatgatcac gcccggaggg ttgttcagcg tgaaatgctc gatagagacc
      181 tgagatggat cgtcgacgag ctcgacgttt ctatcgcctt gagtcgccag agagtgatcg
      241 gctacgtaga tggacttttc gg
//
LOCUS       SEQF2637|AYYD01000496.1  621 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..621
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             106..324
                     /locus_tag="SEQF2637_00156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKEKTGAVSIICLDIHKSLAPYIREKYLKPKGITKESLFPDFN
                     AIANGAYAAFQRDPLGKSLQPDLPDSKG"
ORIGIN      
        1 aatttatatt ggtctaatcc caatataatt gctcaaaggg gctgcttcct atttcagaca
       61 aacgaagaaa aacctttgga taaaataatc atagaagagc cagatgtgga aaaagaaaaa
      121 actggagctg tgagtatcat ctgtctcgac attcacaaat ccctcgcccc ctatatccgc
      181 gaaaagtatt tgaaaccaaa agggatcacg aaagagagcc tcttccccga cttcaatgct
      241 atcgccaacg gcgcttacgc ggccttccaa cgcgaccctc tcggcaaatc tttgcagccc
      301 gatttgcccg attcaaaggg ctgacctact ttcggcggcg ttaacaaaac agtaataacc
      361 ctcaaacaat cactacttat tatggttgaa tacagtttaa ccgagaacac gctcacaagc
      421 gccaaaggcg actttcgagc acagatcaat gacgtacgct cctatgacaa ggaagcactc
      481 atcaaccgaa tcctgcaacg aggcacaatg ctcacccgca ccgacatcat ggccgttatc
      541 aacgccgtgg aagagaccgt tgtcgacatc cacaaagagg gtggcacggt gactctgccg
      601 ctcttcagca ccggattcag c
//
LOCUS       SEQF2637|AYYD01000497.1  330 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..330
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atcgtcagcc cattccaaag ctgaatctca tacgcacttg taacgccctt tgtggtcaaa
       61 gagccttgac cttggggaga cagaatgcca tcgtccggtt ccgtcagttt gagtgtcact
      121 acatccgtgg cggggttggg ggagagagaa aacgtgcggc gattatcaac tcttacagta
      181 taagatacgg ttttagaacg gccacaatca ttcacaccgg ttgcagatat aatatagata
      241 ccggctctct taaaatcata tactgcactt gatttaaaag gggtaatttc acaccacgtt
      301 ttgtcattac actcccaaat acaacaaggg
//
LOCUS       SEQF2637|AYYD01000498.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggttgtaacg ggaggtatat aaggcgtccc aactctcgat gtcgtcgtat aaggtgacca
       61 tccatattca tgtctaaaat agaaaggatc caatatgtta ccatgcaaag gtgttatctg
      121 aaccttaacc tgtgtcggac tcacttctga tgcagttcca cttaccagca aagaattaat
      181 aggaggtgtg ttaaaagagc caccgacccc ggttagcatg acaagtccat tgctatac
//
LOCUS       SEQF2637|AYYD01000499.1 1350 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(41..1189)
                     /locus_tag="SEQF2637_00157"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKHPFAELGIFLFTNFLFIFKYLSRYSASSPLLSGLVYIVFV
                     LGLFFLFTRLRNRFSEQTFKVLSWIMIAGAFFAIGLALWKIDPLSVRVDRWSATSYFL
                     DALFDGRYPYGVHTHVPPTTHSYPSPFPFWQYVNIPFWLMGDVGYGLFFFLLLPFLTI
                     KWFTNSYKSTFLFFLLLFLSPAYWWEVAVRSDGLSNATLIFCLILYLEKKHITFSTHF
                     WTLVLLCGCVAATRLSAVIPLALYLLLPYTRQSSVGRLILFPIGVLLVAGCFFLPYIF
                     WDTETWIFFSRNPFMEQMRQGNSLVTLTILLLGIGLALRSKTFMQRIRTISWIVFLFI
                     LLTQIVRFAGDGIPGFLFNDDCDISYFTLAFPYCLFSLSASMRNGEDE"
ORIGIN      
        1 aatccggagt gcgaaacaga aagaatctat ttgaggatgt ttattcatcc tcgccattac
       61 gcatggacgc gcttagcgag aataaacagt aggggaaggc aagcgtgaag taagaaatgt
      121 cgcaatcgtc gttgaataaa aatccgggga tgccatctcc ggcaaagcgt acaatctgcg
      181 tcaaaaggat gaacaaaaaa acgatccatg aaatggtgcg gatgcgttgc atgaaggttt
      241 tgcttcgcag ggccagcccg atgccaagca gaaggatcgt cagcgtgacg agagaattac
      301 cctgccgcat ttgttccata aaaggatttc gggagaaaaa gatccatgtt tctgtatccc
      361 aaaaaatata gggcaaaaag aagcatccgg ctaccagcaa gacaccaatg gggaataaaa
      421 taagtctgcc gacagacgac tgacgtgtgt atgggagcaa aagatataag gcgagcggta
      481 tcacggccga taaacgcgtg gcagcgacgc agccgcacaa cagcacgagt gtccaaaaat
      541 gcgtggaaaa ggtgatgtgc tttttctcga ggtaaagaat cagacaaaaa atgagcgtgg
      601 cattgctcag cccatcactt ctcaccgcaa cttcccacca gtaggccggc gagaggaata
      661 acaggaggaa aaaaaggaag gtgcttttgt acgagttcgt aaaccactta atggtaagga
      721 aggggagtaa tagaaaaaag aataaaccgt agccgacatc acccattaac cagaacggga
      781 tatttacata ttgccaaaat ggaaaggggg aaggatagct gtgagtcgtt ggcggaacat
      841 gggtatgcac gccatatgga tagcgtccgt caaagagagc atctaagaag taggaagttg
      901 cagaccagcg atctacgcgg acggaaaggg ggtcaatttt ccataaggct aaaccgatcg
      961 caaaaaaggc tcccgcaatc atgatccaag aaagcacttt gaaagtttgc tctgaaaacc
     1021 tgttgcgcag cctcgtaaaa aggaaaaaca agcctaaaac aaaaacgata tagaccaatc
     1081 cgctaagaag aggggatgat gcagaatatc gggataagta cttgaaaata aaaaggaagt
     1141 tcgtaaagag gaagataccc agctcggcga acggatgctt tgttttcata atgaatgagc
     1201 gaataagtga caaaataaat ggtggaggag agcaaaaaaa gtcctgccag agggagaaaa
     1261 tgaagctcca catctggcag gacggtcatt ttttagctat atttcttcac gccgtatagg
     1321 ttgaggccga tgtgtcgcca ccttttcctg
//
LOCUS       SEQF2637|AYYD01000500.1  416 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..416
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctcttattg atgaggtact caaaggcttc atctacaaca tcaagattag agttaaagag
       61 cttgacatct tgcagagatg ccacacagac cgagaggtgt gatggggtaa gtaagatttt
      121 agcatcggga ctaaatactc cttcccattt gctacgagcc ttatcgaaaa gggcttggat
      181 gcggtctcgc agttcagtct ccgtatcgcc ataattgcga aactcaaggt tgcggtcttt
      241 attgcgtccg ctctccattt cgtcaaagag cttggtgaag ataagcttga agacctcctc
      301 aaacacatcg accccagcac cagccaagac ctcgtcctcc atctcaagga taagatcttt
      361 aagcgactta cgctcctgtc tctttataca catctctgag tgggctggca aggcag
//
LOCUS       SEQF2637|AYYD01000501.1  741 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..741
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(501..737)
                     /locus_tag="SEQF2637_00158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKECTYPPKTKQGHVKEPMAEYEVDTRADEDDIAPFLLHSLDDL
                     REEIYRRDDEWQRGEVRGYTMDEVRKMAAEWMKK"
ORIGIN      
        1 attatatagt tagggattgt atgtgatacg tttgaaatca gaatagtctc ctgtcgtttt
       61 gcagcagttc gtttttgccc gtgggcagag gggcgacgtt ttcatccatc ccctttgggg
      121 cgttaaaaag accggtgtca cgagtcgaaa ctttagaagc gagagtaaat tgatgtatcg
      181 taaaatcgct catccgttaa atgaggacat aaattgagga tctcttttgc agggccatat
      241 accttgtatg ataacaagtg ttccgttgtt ccctattcga tagatcaact tataacgttt
      301 atctaccaca atggatcgat aagttttttc ggcacgttgc aaatgtgatt caatgcgccc
      361 ggccgtaggg aagacggaaa gcgtatctgc cgtagtgaat atacgcttta acagccgatt
      421 agcgccttgt tgactatgga ctgagtgcca attgtaaata cgttcaatat ctgcaaatgc
      481 ttttggcagc catatgagct ttattttttc atccattcgg ctgccatctt tcgtacttca
      541 tccatggtat aaccgcgcac ttctccgcgt tgccattcat cgtctcttct gtagatctct
      601 tctctgagat cgtctaaaga gtgaagcaga aaaggggcga tgtcatcttc atcggctctc
      661 gtatccactt catattcagc catgggttct ttcacgtggc cttgttttgt ctttggagga
      721 taggtgcact ctttcattgt g
//
LOCUS       SEQF2637|AYYD01000502.1  235 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..235
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtaatatcca tccccgatat aaaccacatt tgacatacca tatcgagcct cgataaaatc
       61 gtatcgttca tcctcgctga caaggcacaa cttttgtccc atatcatcaa caatccttct
      121 ttccgttatt ggatatcctc ttttatcagc tgtaacaaac aaaatttcga caatgcctct
      181 aatcatttta attccgtcat tatcgtgcgg gccaaaaatc ttatattctt tccca
//
LOCUS       SEQF2637|AYYD01000503.1  433 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..433
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtactacaac tacgcctccg gacgtatctc catgctttac ggcttcgagg tgtatgagta
       61 tgcagccggc ccggtctaca acctgaccgg cgccaagcag gcactcggca cggctccggt
      121 agtgggcagc atctatcagg cctcggtagc cttccgttat attctccgca accgcacctt
      181 caaggctgtc ttcatgtggc cgcgcggcca tgccaagtcc acacacctcg acatcttcat
      241 tcccatcaac ctcatggtgc gcggcggtgg agagatccac tgcggcatca tcgtcaacaa
      301 gtcagaggat ggcgctaaga ccctgctggc cgacttacag gccgaactgg agtataacca
      361 gcgactcatt gccgacttcg gcacgcagaa gaacgtgggc gactggcagc agggcgagtt
      421 ctccaccacc ggc
//
LOCUS       SEQF2637|AYYD01000504.1  417 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..417
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accgcgataa acctttacgg ttccctgaga ttgaattagt tcctttagta tatgatacaa
       61 gacacttttg aactttgtac gacgaatttt gaggttcgcc atcctctggc tatttccaat
      121 tatcctgtcg gctattatct ccgcctcagt ttgatcttcc gcttcagact gccatttttc
      181 acataatgaa tctatttcac cccacaatcc ttcatccgcc tccgcatctt gttccgttaa
      241 actattgact tcatgttgta cattgtttag ttcacgagaa gggtcctctt caggcggtag
      301 ctcctgatct cctatatgac ctttatcctg ttctctttcc acaaacttag aaatgtattc
      361 atgaattatg gagcacctaa taacattctt caaggcggag aagtttgggc cagatgc
//
LOCUS       SEQF2637|AYYD01000505.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agttgcagga gatcttcgta cacctacaat aagctcccgc aaattgctgg agatcttcgt
       61 acgcctacaa taagctcccg caaattgctg gagatcttcg tacgcctaca ataagcttcc
      121 gcaaattgct ggagatcttc gtacgcctac aataagctcc cgcaagttgc aggagatctt
      181 cgtacaccta caataagctc ccgcaaattg ctggagatct tcgtacgcct acaataagct
      241 cccgc
//
LOCUS       SEQF2637|AYYD01000506.1  205 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..205
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttaagaggg gagtattgga tcgcaaaatg ggttatacta atcttcggtc gtttttaggt
       61 gaggagttct cggaacggtt cttcttttat gcattgatga aaagatgttt tggtttgaat
      121 tatgtgaatt atagtggaga agaactggaa aaggctcagg ggaagggaat gccagactat
      181 tatctgactg tctcttataa catct
//
LOCUS       SEQF2637|AYYD01000507.1  557 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..557
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 attggatttc ccatgtaggg gcgtattgca tacgccccac aaatacccat gattataggc
       61 aaatgattga tccacctgat acattcttgg gcgtatgcaa tacgccccta cccataccat
      121 ataaacacat gataaatacg tatttattga atcctattcc cggtagggat tgaatcgttc
      181 gtgtaggggc gtattgcata cgccctacaa atgcccatga tcatgggcaa atgattgatc
      241 cgtccgatac gtgctgtggt gtatgcaata tgcccctacc cataccgtat aaatatctga
      301 taaatacgta tttattgaat cctattccca gaaaggatta gatagtgtgc gtagaagcgt
      361 ctttcatacg cctcacaaat gcccatgacc atagtcaaat gattaatccg cccgacacgt
      421 gctggggtgt atgcaatacg ccccgatcta taccggataa atacctaaca aatacgtatt
      481 tgttaaatca tattctcgac aaggattgaa tcgtccgtat aaggtcgtat tacatacgcc
      541 cacgaatgcc cataatc
//
LOCUS       SEQF2637|AYYD01000508.1 1374 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1374
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             157..1137
                     /gene="pchR"
                     /locus_tag="SEQF2637_00159"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40883"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulatory protein PchR"
                     /translation="MTIEFCAINKPEDWMEMVAEQFGTSVTNNGFTVPVSVGRGFFKQ
                     YYPLPWLTLTYISFMSYEPMTMVRRSVENSKWIPVMFYVNEHKHEQIIGTSTKTVGVD
                     TLDGIFMPSSNIPTEWTFDPKRKYENITLTFNKDWIERIDAAHETYISRLLQSDKSFY
                     LFETITPAMQQTLCSIKSIVGNNAPLSPLHLHGKAIELLTMFLEKLERRSEVKPFANL
                     NLHDVESVFRIRRLILRNLNNTPSLPELAREANMSSSKLQKCFKQVIGSAIAEYALSE
                     KMEWAKRLLSTRLYSVSEVGYEIGYTNLSHFTEAFHKHHKIKPKQYLDSL"
ORIGIN      
        1 gtttgcggga ctcccgcaag tctcgcggca aatgctttgg cgtttgcggg actcccgcgg
       61 ggcatttcca aaaacgtttt tgccctcgcg tggcttccgt agaagttctc tgcttacatc
      121 gaactcacgt gtatttatat agagagatac aatggtatga ccatagagtt ttgtgctatc
      181 aacaagcccg aagattggat ggagatggtc gccgaacaat ttggcacatc ggtgacgaat
      241 aacggtttta ccgttccggt ttcagtgggt cgcggatttt tcaaacaata ttatccgttg
      301 ccgtggctca cattgaccta tatcagtttc atgtcatacg aaccgatgac aatggtgcgt
      361 cgctcggtag aaaactcaaa atggattccc gtgatgttct atgtcaacga gcataaacac
      421 gagcagatta tcggcacaag cacgaaaacg gtcggggtgg acacgctcga cggtatcttt
      481 atgccttcga gcaatattcc tacggaatgg acattcgatc ctaagcggaa gtacgaaaat
      541 atcacattga ctttcaacaa ggattggata gagcgaatag atgcggctca cgaaacctac
      601 atcagtaggt tgctccagtc agacaagtct ttttatctgt ttgagaccat tacgccggcc
      661 atgcagcaga ctctatgcag catcaagtca atagtcggaa acaatgcgcc tctctccccg
      721 ctccatctgc atggaaaagc aatagagcta ctgacaatgt ttctcgaaaa actcgaaagg
      781 cgttctgaag taaaaccttt tgccaacttg aatttacacg atgtggagtc tgtattccgt
      841 atccgacgtc tgattttgcg gaatttgaac aacacaccga gtctccctga attggcacgt
      901 gaggccaata tgagcagttc caaattacag aagtgtttca agcaggtcat cggtagcgcg
      961 atagccgaat atgccctatc tgaaaagatg gaatgggcaa aacggctgtt gtccactcgc
     1021 ctttattctg tatccgaggt ggggtatgaa atcggataca ccaatcttag ccacttcacg
     1081 gaggctttcc acaagcatca caagataaag ccaaagcaat acctcgactc tttgtaagtt
     1141 ggatcaaagt cgagcggaca atagctggtt gtatagcgac tacacctgac tacaccccaa
     1201 ttcttcttct ttcactgtat tacccccgtt gtagtcatgt agtaagatct attcgatgaa
     1261 agggaaaaag cataccgcct cacgttagga cagccgtgcg gggatcactc tgacgccgct
     1321 tgttgcttcc ggatcagctt gtccatgtct tctgagatct ttttgtccgt cacc
//
LOCUS       SEQF2637|AYYD01000509.1  371 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..371
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtctgtcga gatggcagac ttcctttccc agtctgatgg ccgtctgcct gccaaccgcg
       61 ccgacatcta tttcaaggaa ctgggccgtg aatcgcccat gcttgtcaag ttgctgatga
      121 aaacgatcaa gcagagtaac cgccgcacga tccgccatat cggcgcgcgg cagtttggcc
      181 tcgagttcct gcttcgcggc ctgtacgtcc acaacaacct cgtctacttc cacctctcgg
      241 tgaaaaacga aaccgacctg ccttacccaa tcgacatgat ctccttcaaa gtcgtcgaca
      301 agaaagtggt caaacgaaca gccattcagg aacgcgtgct gcttccgctg cgtgcctaca
      361 accagccgat g
//
LOCUS       SEQF2637|AYYD01000510.1  344 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgtcaccct tcacccctcc taccgttagg gtagaggcgt aaaagcatac gtcgagcacc
       61 ctcccaaaaa cgcattcgac atgtttcacg ccctcgcaaa atccaaagga tcacgatcaa
      121 tcccaccata aaaaaagcct cccgccgtcc gaatgcgctc aaaagagagg atccgaacgg
      181 cgggaggcgg ggaataagga agaagttatt ggagagggat agtaaatgtt ttggggtcac
      241 ctatgggtga ccaagacgat gtgtcgtttg gggctttgat tgaatcagaa ggtggtaccg
      301 gcatctgaac ttcttggact tgtggttctt gttgtggcaa gttc
//
LOCUS       SEQF2637|AYYD01000511.1  360 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(35..307)
                     /locus_tag="SEQF2637_00160"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELTLKHPMWDGEFWTLYPKRDFYCGTNKSTLGEFSISLNWSEK
                     AFQKMIPLFKNSYLVPRMFDDLSKSDRVSDAEVIAGLSPFGLVDGK"
ORIGIN      
        1 tcgtgtcctc cctgatcacg ggcacagtcg ggcgctactt gccgtcaact aagccgaagg
       61 gcgacagccc cgctatcact tctgcatcgc tcacccgatc cgatttcgac aaatcatcaa
      121 acatgcgcgg aaccagatag gagttcttga aaagcggaat catcttttga aacgccttct
      181 cagaccaatt gagagagata ctgaattctc caagggtcga tttgttcgtc ccgcagtaga
      241 agtcgcgctt cggatagagc gtccagaact caccgtccca catcggatgt ttgagcgtca
      301 gctccatctt gcggacacgt ccgtcagcct caagccgctt ccaagtcagc ccgtcagtca
//
LOCUS       SEQF2637|AYYD01000512.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggtctcatct tccacgacga ctttgtcaag attggcaaaa agatcaagct ctccacatgg
       61 agtggcctga agaacgacaa gccgatcatg aagtttggcc acatgcgcca cacgcctccg
      121 ttccgcgagc tgaaaaagga cgactgcaat acagaggaag agtgcgaacc ttgccactac
      181 tacatccgtg gcagcaagga tccggtccac atgctggaca cgatcacgat caagtttggc
      241 gacgaggctt acttggagcg cctcaacacg gtcatcttcg gtcacaccgt gctgacctgc
      301 cc
//
LOCUS       SEQF2637|AYYD01000513.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacggcattg cgcgcatcac cggccggcgc cccaccttct ccaccttccg ataggtccat
       61 acgaaacacc ttgcatggct tgccagctac ggtctctgtc ccagcctttg tgatcttgaa
      121 tcgcttgatc tcctcaggtg tcagatgacg ataatcgcgc ggttcattat gctgtatacg
      181 gctggctgtt ttcccatcta aatcaataac gatcgtcttt cctcctgcct cgcgaatagc
      241 tagcgtatgt tgctgtattt gctcctgtct
//
LOCUS       SEQF2637|AYYD01000514.1 3622 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3622
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(324..1415)
                     /gene="rsxG"
                     /locus_tag="SEQF2637_00161"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00479"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxG"
                     /translation="MQLLCLVTCFLMMMSIALLRGGKLFGHDFTAQKSTSTEAPKDTV
                     PTIRTSSDGTTVINTTALGADLVGYAGPVPIELHLRDGRIERLEVLPNSETPSFLEAV
                     TDELPARWVGRTPEEAATMEVDVVSGATFTSRALIGNVRRAAAYATDHPAAPSLWDTL
                     DLSPGSIAALLVVLLAAILPLFVHNRTYQTVQQVLNVAVLGFWSGSFLSYTLFLGYLT
                     NGAQLLLSIVPIVMLVTAFIYPLFGRPQYYCTHICPLGSLQQLAGRVNRRKWHLSSRT
                     VRLLERFRKGLWVALMICLWTGVLADWIDWELFPAFLVRTAPVVLIILTGVVTLLSAF
                     IPRPYCRFVCPTGTLFKMSEGMKPKRAFR"
     CDS             2059..3018
                     /gene="prfB"
                     /locus_tag="SEQF2637_00162"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P07012"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor RF2"
                     /translation="MKVVKDLKKWIELYRAVHDATEELSLAFEYVKEGVTTEDEVDAA
                     YARTKELVENLEFRNMLRGEADAMNCVLKINSGAGGTESQDWASMLMRMYMRWGEANG
                     YKVTVSNLQEGDEAGIKTVTMNIEGDYAYGYLKGENGVHRLVRVSPYNAQGKRMTSFA
                     SVFVTPLVDDTIEVNVEQARISWDTFRSGGAGGQNVNKVESGVRLRYQYKDPYTGAEE
                     EILIENTETRDQPKNRENALRQLRSILYDREMQHRMEEQNKVEAGKKKIEWGSQIRSY
                     VFDDRRVKDHRTNFQTSDVGGVMDGKIDGFIKAYLMEFAAVEN"
ORIGIN      
        1 ggctttgcca ctcgacatgg agcaaaaccc ggcgggtttt ggactttgcc acgtgtcgga
       61 gtgaaacccg ccgggtttta ctcaaacttg tggcaaaacg aatgcgaaac ctatcaggta
      121 tcaagctgta ggggcgtatt gcatacgccc cttgggcggc cacgcaaggg gacgtttgtc
      181 ccaatgaccc tatttatttt gaaatgattc ggacaactgt ttccggtcgg aaacatccaa
      241 ggaacgtatt ggatacgccc ctacacagac gcacgctatc tgttttcgga tcctcgataa
      301 ctgtcgcctc aaatccttgc ctcttatcgg aaggcacgct tcggcttcat tccctcggac
      361 atcttgaaaa gggtgcctgt cggacagaca aatcgacaat agggacgggg tatgaaggcc
      421 gaaaggaggg tcactacgcc ggtgaggatg atcagaacca cgggcgcggt gcggacaagg
      481 aaggcgggga agagttccca gtcgatccag tcggccagta cgccggtcca gaggcaaatc
      541 atcagcgcca cccaaagccc tttgcgaaaa cgctccaata ggcggacggt acggctgctg
      601 aggtgccact tgcgtcgatt gacgcgcccg gccaattgtt gcagcgatcc gagggggcag
      661 atgtgggtgc agtagtactg cggccgaccg aaaagggggt agatgaaggc ggtgacgagc
      721 atcacgatcg gaacgatcga caggagcagc tgggcgccgt tggtgaggta tcccaaaaag
      781 agcgtgtagg agagaaagga gccgctccag aagccgagca cagccacgtt aagcacctgc
      841 tgcacggtct gatacgtgcg attgtgcacg aaaaggggca ggatggcggc caggagtacg
      901 accaagagcg cggcgatcga cccgggcgag aggtcgagcg tgtcccagag cgagggtgcg
      961 gcgggatggt ctgtcgcata ggcggcggcg cggcgaacgt ttccgatcag tgcgcgcgag
     1021 gtgaacgtgg cgccggagac gacatccacc tccatcgtgg ccgcctcttc cggggtgcgc
     1081 ccgacccagc gcgcgggcag ctcatcggtc accgcctcga ggaacgaggg cgtctcgctg
     1141 ttcggtagca cctcgaggcg ctcaatgcgc ccgtcacgca gatggagttc gatcggcacc
     1201 gggccggcgt agccgacaag gtcggccccc agcgcggtgg tgttgatcac tgtcgtgccg
     1261 tcggacgagg tgcgtatcgt gggcacggtg tccttcggtg cctccgtcga ggtggatttt
     1321 tgggccgtaa aatcatgccc gaaaagtttg ccaccgcgca acagggcgat ggacatcatc
     1381 atcaaaaagc aggtcaccaa acaaaggagc tgcatccatt ttcttctatt cattgggtct
     1441 aaaattcgat agggaaagcg atcgatctgc ccgccatcct ctcggaaagg gcaaaaaaag
     1501 aaggtagggc atccggggtt ttggagattc attgcgtaaa tgaaaaaaga tatggtcccg
     1561 gacgccccca cctaaagata tggatttcgg ggacaaagat aaggcgctgg cgtcattttt
     1621 ttgacagcga caactgacaa agtccctccc ctgccacgct gcacaccaag taaatatgcc
     1681 gactgcccaa cctgccccgc ggagcatctc ccccactcga tcgattgccc caagcatcac
     1741 ttttttcagc cctacatttt tcggaaagca tcccccgcca cgtcgcaaac acggataata
     1801 ggccgccccg acgccgtggc gttttggacg gagattctac atttgcgacc gcttcgaacg
     1861 aggcttttta ttcacagaat gaacgaacaa gatttacgaa catgattacg atagaccaac
     1921 tgaaggatat gttggaacgc gagcaggcgt tgaggaggtt tctttgacgt cgatgcgaaa
     1981 accgttcaat tagaggaaga agagctgcgc acgcgcgacc cggccttctg ggaagacgcc
     2041 caacgggcgg aggcgcagat gaaagtggtc aaggatctga agaaatggat tgagctatac
     2101 cgcgctgtcc acgatgcgac tgaggagcta agtctggctt tcgaatacgt caaggagggc
     2161 gtgacgaccg aagacgaggt cgacgccgcc tatgcgcgca cgaaggaact ggtggagaat
     2221 ctcgaatttc gcaacatgtt gcgcggcgag gccgacgcga tgaactgcgt gctcaagatt
     2281 aactccggcg ccggtggtac cgaaagccaa gactgggctt cgatgcttat gcgcatgtat
     2341 atgcgttggg gcgaggccaa tggatacaag gtgaccgtca gcaacctaca agaaggcgac
     2401 gaggcaggca taaaaacagt cacgatgaat atcgaaggcg actatgcgta cggctatctc
     2461 aagggcgaga atggcgtcca ccgcttggtg cgcgtctcac cctacaacgc gcaaggaaaa
     2521 cgcatgacgt cgttcgcctc cgtgtttgtc acaccgctcg tcgacgacac gatcgaggtc
     2581 aacgtggagc aggcacgcat ttcgtgggac actttccgct ccggcggcgc gggaggtcag
     2641 aacgtcaaca aggtggagtc gggcgtccgc ctgcgctatc agtacaaaga cccgtacaca
     2701 ggtgccgagg aggagatcct catcgaaaac accgagacgc gcgatcagcc gaagaaccgc
     2761 gagaacgccc tccgtcaact ccgatccatc ctttacgatc gcgaaatgca gcatcggatg
     2821 gaggagcaaa acaaggtgga ggccggaaaa aagaagatcg aatggggatc gcaaatccgc
     2881 agctacgtct ttgacgaccg ccgcgtgaag gatcaccgga cgaacttcca aacctccgac
     2941 gtgggcggcg tgatggacgg taagattgat ggatttatta aggcttactt gatggagttc
     3001 gcagccgtag agaattaggc gggatcgtct atcagacgcc caaacaggtc tacgactcac
     3061 tacttcgact acctccgaac tacttctgac tccctactcc aatgaatgaa gcaacccgcc
     3121 cactgcggtt cctgtttatt gtccaaggtg aggggcgcgg ccacctgacg caagcgctct
     3181 cactcgccga tatgttgcgg cgccacggcc acgaggtcgt ggaggtgctg atcggtaaga
     3241 gtcatgggcg cgaggtgcct cccttctttc gcgccaagat caaagcgccg gtgcgtgcct
     3301 acgaggcccc gtcgctgatc tataagaagg atcataagcg tctcgacaag ctccgcacag
     3361 ctttctataa cggcaacccg cgtaagctcc ggcagtacgg ccaaagcatt gagatgattc
     3421 accgacgcat caagaagcag cagccggacg tggtggtgaa cttttacgag atgcttcccg
     3481 ccttggcgca gctgcgcttc cgcacggaca tcccctttgt caacatcgcc caccaatacc
     3541 tgctgcgcca ccccgattat cggcatggca cgggcgacgc acagagcctc ctgatccttc
     3601 gtctgcacac cctgctgacg gg
//
LOCUS       SEQF2637|AYYD01000515.1  467 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..467
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgcatgcat gcaggagatt acgtctcttt cggtctggcg gcagaggatg ggcggctgac
       61 tcatgcgggg ctgttgtttg ccgatcaatg tccgctgccc gacagtcgtg tcttctgtac
      121 gcgttggaac ggcctgcagc ggggatcggt gtttgaagat gccgcggacg acgcggagta
      181 cagcggtaat ttgatctacc tgctgcaaag tgcgaccgag tttatccgcc gcaacacgcg
      241 gaaagggtgg acgaaaacgg cgaccgggag ggtagaaaag ccggattatg ccgagcgggc
      301 gtattttgaa ggtatcgtca atgcgctcat ccatcggacg tatgatttcc gcggaacgga
      361 ggtgcacgtg gagatgtacg acgatcgatt ggtgatctcc tctcccggcg gcatttatgg
      421 aggcggcgag ttggagcctt tagaggacgg ttcctatatc tccaaac
//
LOCUS       SEQF2637|AYYD01000516.1  389 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tatgtgatag gctttcggaa gattccgaac ggataaaaat gagggcgttt aggcctgaga
       61 gagaaagaga gggtatgtcg gagaggtgct taaggccttc acgaacggat tgggggctgc
      121 ggagttgtgg ttgggatgtt cggtgagtcg aaaaagggct acggggatgg cgttgggggc
      181 ttcggtgagc cgaaaaaggc tggcggagtt gtggttggga ccctcgatga gtcgaaaata
      241 ggccgaggag atgtggttgg gatgttgggt gagtcgaaaa agggccgagg agttggcgtt
      301 ggggccttcg atgagtcgaa aaagggctgc ggagttgtgg ttggggtgtt tggtgagtcg
      361 aaaaagagtt acggagatgt ggttgggat
//
LOCUS       SEQF2637|AYYD01000517.1  688 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..688
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cccctacagc taccggggac aacccgtcaa gggcgccttt ggagccaata cccggccggc
       61 attcatcaaa gccagcgacc gcgcctactt cgaggccgac aacacactca gcgacgccat
      121 gcgccagttg ttgatcgcca tggacgtgct ggacaccggc gcaggcatga gacccgtagg
      181 cgaccacaat tactgcaaca tcaaggcacg ccgtgggcaa agcggccgat tgggagatga
      241 caaagtagag ggaagtctcg acccgtatgc caactattcc aaccatgtag actttgcccg
      301 ggccaaattg cagctcattc agcacccccg ctggggcgtg aatctcaaga cggacacccc
      361 ttcggaggtg atcgacaaaa tcgagggcac gcccgtcgtt tggggcaccc tcttcagccc
      421 cgccgcgcag cgtgctcttg agacgggcga aggcattgat gacttgaagc tcgactatga
      481 gaaggccacc gtaaagcgtt accgcgccct cggaatcacg gacatccaca gcgcccgcaa
      541 gaagtattac tgcgaaaaga tgaccaccat cggtcggcag gtggcccttt acatggccgg
      601 cggcgatcca aacgtgacct acacgcccga cttcgagcgt aaagccgtgc ccgttccacc
      661 acagagccct acacccgtag agctgtct
//
LOCUS       SEQF2637|AYYD01000518.1  368 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caacagtcct ttcgattcaa gggaagcggt attgtttcac agcgacagcc cttttttttt
       61 gagggaggag ctattttttt atgacaacag tcctttcgat tcaagggaag cggtattgtt
      121 tcacagcgac agcccttttt ttttgaggga ggagttattt tttcatgaca acagtcctct
      181 actctcgaaa agagaggtgt aaacgcaaaa aagcgccccg atcaccaaag aggtgacaga
      241 ggcgcctttc gttatgatcg agcgaccgta gacgttagaa gtcaaaatgc agcgcgatac
      301 ggaagccgtg gcgctggatg tcggagtgat tgaggttgaa gacggagctc ttgcccaggc
      361 gactgtta
//
LOCUS       SEQF2637|AYYD01000519.1  590 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..590
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(36..440)
                     /locus_tag="SEQF2637_00163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGLIGLQTTPWSKLFNPSWIRRRKKTNKKENLKSPKTEKVKE
                     NLIGGRITTKATITTTISKDVAIKTTRMVTLSLNVVFVRRLGTKVQIVGIGVPDAEYP
                     TILKEIADIRKIMKPISQKIMTLQSNYFIHVS"
ORIGIN      
        1 taagaaatcc tttaccaaga aggaaccttt aagagttagg agacatgtat aaaatagttg
       61 ctctggagag tcattatttt ctgtgaaatt ggcttcatta tttttctgat atctgcaatc
      121 tctttgagaa tggttgggta ttctgcatcg ggtacaccta taccaacaat ctgcactttt
      181 gtgcccagtc ttcttacaaa cacgacattc agggacaagg ttaccattct ggttgttttg
      241 atggctacgt ccttgctgat tgttgttgtt atagttgcct ttgttgtgat tcttccgcca
      301 atgagattct cctttacttt ttctgttttg ggacttttga gattctcctt tttgtttgtc
      361 ttctttctcc ttcgaatcca acttggattg aaaagcttgc tccaaggagt ggtctgtaga
      421 cctattaatc cttttttcat gtgcttccaa tgaaccaatt agttcatgga gcgaaagtgc
      481 agtgagatct tttgactcct ctattgctgc aacaacatga tcgaactttg gcggtagact
      541 acgtagagtt ttctctacaa ttttcttgtc tagaattgta tccccataat
//
LOCUS       SEQF2637|AYYD01000520.1 1167 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1167
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             13..1065
                     /locus_tag="SEQF2637_00164"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIA3"
                     /codon_start=1
                     /transl_table=11
                     /product="PhoH-like protein"
                     /translation="MANSFPERIPDHRILSAAVTVAERHPDMLTILVTKDINMRMKAR
                     ALGIPVEDYFTDKVTDFVPFSENETVYEGIDPELIDRLYATPEGVEADLFGLPKRPEP
                     NACFILKSHRNSVPARYVPFTERFHRVDKGAAVGLGIRPRNVEQSFAFEVLNDPEVKL
                     VGITGRAGTGKTLLALASALRQMDDYKQILLARPIVALANKDIGYLPGSGKDKVAPYM
                     QPLFDNLNVIHAQLAPGSKDLRRLDELQKSDRLVIEALAFIRGRSLSETFCIVDEAQN
                     LTPHEIKTIITRTGEGTKMVFTGDIEQIDSPYLDAQSNGLAYMIDKMRGERLFAHVNL
                     VKGERSALAELASERL"
ORIGIN      
        1 taccagaggc gcgtggccaa ctccttcccc gagcgtatcc ccgaccaccg catcctctcc
       61 gcagccgtga ccgtggccga gcgacacccg gatatgctca ccatccttgt caccaaagac
      121 atcaacatgc gtatgaaggc ccgcgcgctg ggcataccgg tcgaggatta tttcacggac
      181 aaggtgacgg atttcgtgcc cttcagtgaa aatgagaccg tctacgaggg catcgacccg
      241 gagcttatcg accgcctcta cgccacgccc gagggcgtcg aggccgacct tttcgggcta
      301 cccaaacgcc ccgaaccgaa cgcctgcttt atcctcaaga gtcaccggaa ctctgtcccc
      361 gcgcgctatg tgcccttcac cgagcgcttc caccgtgtgg acaagggcgc ggccgtgggc
      421 cttggcatcc ggccccgcaa cgtggagcag agcttcgcct tcgaggtgct caacgacccg
      481 gaggtgaagc tcgtcggcat caccggtcgc gcaggcacgg gcaagacgct tctggcgctg
      541 gcttcggctc tccgacagat ggacgactat aagcagatcc tcctggcgcg ccccatcgtg
      601 gcgctggcta acaaagacat tggctacctg cccgggtcgg gcaaagacaa ggtggcgcct
      661 tacatgcagc cgctcttcga caaccttaac gtgatccatg cccaactcgc ccccgggtcg
      721 aaggatctgc gccggctgga tgagctccag aagagcgacc ggctcgtgat cgaggcgctg
      781 gccttcatcc gcggacggag tctctcggag accttctgca tcgtcgacga ggcgcagaac
      841 ctgacgccgc acgagatcaa gaccatcatc acccgcaccg gcgagggtac caagatggtc
      901 ttcaccggcg acatcgagca gatcgattca ccctacctcg acgcccagag caacggcctg
      961 gcttacatga tcgataaaat gcgtggcgag cgactctttg cgcacgtgaa tctggtcaaa
     1021 ggcgagcgta gtgccctggc cgaactggct tcggagcgcc tctgacgatg gctgagatca
     1081 ctccaaacac cgcctgcggc gagccgacag acagcgcacg tgaacgggcc ctcgtcggca
     1141 tcatcgccgc tggggcggcg gtcaatc
//
LOCUS       SEQF2637|AYYD01000521.1  426 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..426
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gactttatcc gccgtaagat cctgctgcac atcagcacgc gtatcagcac taaacatgcc
       61 accttcttca atgaccatca ttgtcattct ttcattttct ttcataatct tacgtttata
      121 aataaatcta ttaatttcat ccatattcga tacaacattt tgataagaga agagggggaa
      181 ttcactgccc caccatactc attaccaaac cagctctctc tatcttgttc gccgcatacc
      241 gctgccatca atacctgata acgctgtttt gatattcgat cgattagtcg taatattcct
      301 cctttaagac aagactaaga cgctctcgat gagaaactcc ttcttcaaca ctcgtttatc
      361 ttttatttcc accgcaaaga tggagcggtt atttctttcc cacaataacc caaatgggta
      421 tttttt
//
LOCUS       SEQF2637|AYYD01000522.1  595 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..595
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acctgcagta gtggaagtaa catggacgct gtgcgacgca aaagaggatg ttgttgatta
       61 cgagcatttc acagctccat tcatattgac agtagacgag attcttagta agatccgtaa
      121 tctgactatg cgtgaattgc taggtggaac gttgtttcct gacacaatga aacagtacga
      181 cgactatagc attcgtgaag cattacataa cgccattacc catcaggatt atacattgca
      241 ggagtatatc aacttcgttg agaatcctgg caacgtgtat tatgagaatg gtggcagttt
      301 cattcctagt actttgcaga aagcattggc aattcgtggc cctcagcgtc attttaggga
      361 tgagtgtctc tgtaaggcaa tggtacattt caatatgata gataccgtaa gccgtggtat
      421 taagaacatt tccaacgagc aatggcgacg ttatttccca atgctagact atgagattga
      481 tgcagcaaac aaagttgtag gtgtgaggct ctatggcaat gccattaacg agaaatacac
      541 caagatactg aaagagaaca agacccttac tttgcaagag tgtattgctc ttgat
//
LOCUS       SEQF2637|AYYD01000523.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctctctcagc attacgcatt ccgatacaac accgtttggg gacgggcgga atatcgcggc
       61 cgggaggaca cccgattcgt aaaagtcggt cactctgaga tcaacacgct gcgccgtgaa
      121 ctcgacaatg aggccgggat cacgacctcc ccagacaacc tctactcgat catcgaaagc
      181 gacttttctc cacgcatcaa tcccatacag gagtatttca aagccttgcc cgccgctgca
      241 ctggatgact caaatacgca cgccatccgt g
//
LOCUS       SEQF2637|AYYD01000524.1  369 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgtattgc atacgcccca caaatgatat cacagtggac aaacagatag acctatatga
       61 agcgataggc cgatgtgcct ttttgttcta acccaataaa gacccgaatt atttatatca
      121 aacgattttc gatccctcac ggaatcatcc ttgtagcgta tgcaatacgc ccctacccta
      181 ccggatgaaa aaagaaggtc tcaaaatgtt tttgtgatgc tttttgaaga tcaaaatcga
      241 gccaaaatgt ttttgcgatg ctttttgagg ctcaaaattg agttcaaatg tttttgaggt
      301 actttttgag actcaaaatc aagtcaaaat gttcttgagg tgctttttga tgctcaaaat
      361 tgagtccaa
//
LOCUS       SEQF2637|AYYD01000525.1  399 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..399
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tagtaagctt gggcttgctt gaggtggttg gttttattga gtaaatttcc caagttattt
       61 agagttgtag ccacatctgg attgtacgcc tctggattct gcttggctaa ctctcgacgt
      121 atctctagtg cctcctcgta gtaagcttgg gcttgcttga ggtggttggt gttattgagt
      181 aaatttccca agttatttag agttgtagcc acatctggct tgtatgcctc tggattctgc
      241 ttagccaact ttcgacgtat ctctagtgcc tcctcgaagt gagcttgggc ttgcttaaag
      301 tcgttggtga cgcagagtaa atttcccaag ttatttagag ttgtagccac atatggattg
      361 tacgcctctg gattctgctt ggccaactct cgatatatc
//
LOCUS       SEQF2637|AYYD01000526.1 2626 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2626
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(158..1675)
                     /gene="pqqE"
                     /locus_tag="SEQF2637_00165"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00660"
                     /codon_start=1
                     /transl_table=11
                     /product="Coenzyme PQQ synthesis protein E"
                     /translation="MKGEVVLNPDYYFIRDEDRVSLRSGRYVNKISNSSWLSFIHPFQ
                     AYILSLFAEGEKISNVSALVSEKYNVDKSAIEEILASYVNNETPIYTIFKSQNIQFPK
                     NVLVDCSRISSDKKNSYSHKRSVRLNEYLDREVDLETDRIKTAPRSLLYMITQKCRTK
                     CNYCYADILRKNTGLSIEQIRHFILDAKNAGVEYIDIIGGEIFCHEKWDEILSLLVEL
                     DMCPSYISTKIPLTEDEVVRLKHTGFNGQFQISLDSTDSDKLSKIICAPLDYFNRMKN
                     FIYHLTRYDFNPQINTVLTSVNTSLADMDSLYEFISTIDQVAYWEIRVPEVSIYNLTS
                     YLKTRPSRKVLIECLEYVRKTIVPKSKFEILVSDSALHTNLRCYDENCTTFPGGSCGA
                     LKENMFILPDGKVSICEQLYWLNDFIIGDVKYQSIQEIWSSEKATNLYDNVISLYKKS
                     EICSRCSSLQWCAKNKRKCWVKILKAYNTMSINHPDPRCIYAPRLDKDYLTYSNK"
ORIGIN      
        1 gagaggatca gggcggcctg cgccacgggc tggccggcgg cgttggtcag tcggccggtg
       61 atgccctgtt gcgcacgggc gataaacgaa aacaaacaca aaaatataaa aatcaacaaa
      121 tattgacaca agcgaaagcg aactcttgtt ttcatgatca tttgtttgaa taagtaagat
      181 aatctttatc cagccgtggg gcgtatatac atcttgggtc ggggtggttt atactcattg
      241 tgttataagc tttgaggatt ttcacccagc attttcgttt attctttgcg caccattgca
      301 gcgaagaaca tcgagaacat atctcacttt ttttgtatag tgagattaca ttgtcatata
      361 gattagtggc tttttctgaa gaccaaatct cttggataga ttgatattta acatctccta
      421 taataaagtc gttcaaccaa tatagttgct cacagatact gaccttccca tcaggcagga
      481 taaacatatt ttcttttagt gcgccacagc taccccccgg gaaagttgta cagttttcat
      541 catagcatct aagattagta tgcagggcgg aatcactaac taatatttca aatttagatt
      601 taggaacgat agtcttccgt acatattcca aacattcaat taatactttc cggctcggtc
      661 gtgtttttag ataggatgtc aaattgtaaa ttgatacctc tgggacacga atttcccaat
      721 aagctacttg atcaatagta cttataaatt cgtagagcga atccatatct gccagactgg
      781 tattgacact ggttagaaca gtatttattt gcggattgaa gtcatacctc gttagatgat
      841 aaataaaatt tttcatgcga ttgaaataat ccaagggcgc gcaaatgatc tttgaaagtt
      901 tatcgctatc tgttgaatct aatgaaatct gaaattgtcc attaaatcct gtatgtttta
      961 accggacaac ctcatcttcc gtcagaggaa tttttgtcga aatatagctg ggacacatat
     1021 ctaattcgac cagaagagaa agtatttcgt cccatttttc atggcaaaag atttctcctc
     1081 caataatatc aatatactca accccggcat tttttgcatc taaaataaaa tgtcgtattt
     1141 gctcaattga aagtcctgtg ttttttctta aaatatcagc atagcagtag ttgcatttag
     1201 ttctacactt ttgcgtaatc atatacaaca agctgcgtgg agccgttttt attctatctg
     1261 tttcaagatc tacttctcta tcaagatact cattgagtct aacacttctt ttatgagagt
     1321 aagagttctt tttgtctgat gaaattctac tacaatcaac aagtacattt ttagggaatt
     1381 gaatattctg acttttgaat attgtatata taggggtttc attattcacg taagaagcca
     1441 gaatttcctc tatcgcgctt ttgtctacat tatacttttc agaaaccaac gcgctaacat
     1501 tgctaatttt ttcaccctca gcaaacaacg acagtatata ggcttgaaat ggatgaataa
     1561 aactaagcca agatgaattg cttattttat ttacatacct tcccgaacgc aatgagacac
     1621 gatcttcatc tcttataaaa taataatcgg gattaagaac aacctcgccc ttcataatta
     1681 caatgttttt gatgttaatt tcttaaattg cgcgctcgct tttttgagca tttagggatt
     1741 acacctatat ctttggctta gagctagtgt tttgatagag tgtggtagca acattgtttc
     1801 acgaacaagt cacccaaata tatttgaaaa agtccgcatg gcaaaatgag aaaaaggtgg
     1861 gacgatatcc cctgtggaaa tcatcccacc taaattacag caaatagcgg ctgctagctt
     1921 actaagagat agataagatt gtaatcgccg ctattagaca gctcattcca atgattaaca
     1981 gagttatgat atgagcacga cgcccttcat tcctccttaa tcatagaatt catcagtctc
     2041 tgcgaacaat tcctgaaccc tgagcagtgc atgttacagc actcgcccca tgcgcacaaa
     2101 taacaatgat aggtgatgca ggaccaccgc cacctttcac ttccataaga tccaggaggt
     2161 caataacttc caatttcatc ttatcgtttt ttttaagttc aacactgaat tattccagtg
     2221 aagttttttg ataccatggc aagtttccca tgccgttttg tgttctaccg cgaataaaaa
     2281 cactctacag aaagaaggga acacgtcccc caattcgagc tgtatcataa ctctatatca
     2341 tgttgtgcac tatatgatat tcacacgtat ctcacaccta tagtaaaaca ttccatgcag
     2401 gaatctcccc cgttctccaa aacaaaaagg ccttacctcc tctctataac ctcttgcgct
     2461 tatcaactca ctcgatgcaa accttcggct ggcaagcatg ctgtttaccc accagcattt
     2521 cgccccccct atcacctttc acctaaactc cttgtctgtt tttttagacg accgtcgggt
     2581 gtaacttaga catgacagac atacacatta gagttcatcg ccataa
//
LOCUS       SEQF2637|AYYD01000527.1  329 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             30..293
                     /locus_tag="SEQF2637_00166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLSGSVIAVPPMGDNEREALAILRQTALFYAHISNLIKVKDSS
                     WVDATIALATYAKIAFKRFFSPRYQVPEEVFKRLNIEDHDRKV"
ORIGIN      
        1 acaggaagta ctccgactac tgccgcgaga tgttgctcag cggatccgtc attgccgtcc
       61 ctccgatggg cgacaacgag agggaggcgc tcgccatcct tcgtcagaca gcgctgttct
      121 acgcgcacat ttctaatttg atcaaggtca aggactcctc ttgggtagac gcaacgatag
      181 ccctcgccac ctatgccaag atcgctttta agcggttctt cagccctcgc tatcaggtcc
      241 ccgaggaggt atttaagcgc ttaaatatcg aagatcatga tcgcaaagtg taaggccatc
      301 gcgcacggag gcaacgcgct ggagtacgt
//
LOCUS       SEQF2637|AYYD01000528.1 1223 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1223
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             105..692
                     /locus_tag="SEQF2637_00167"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKFILWFSVLFLLLMVATGCEKEHSVSMPKTDKVAAIFELSY
                     GQHKKITYGKNEKIEISLQNVIDSVTVNCALADFQKPEDMLSVRTHAYLRINKSAELV
                     KVSSKPCGAIDYRKDGDDIQDVVHYINEEIIETPAYKSDPSYFLQPFVMLFGEGTSIQ
                     NTSLRIYMAKSYPNLFEMRNAQLKDYKFIFILTRQ"
     CDS             complement(531..1082)
                     /locus_tag="SEQF2637_00168"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHIVCFLILLTTLPLGEVFGKDEYKYTTLLAGNKQWNVLEERS
                     EEGRWTYIYKLDGDTIINGRKYWILYHTVDKQAKKWRKQGYLYEDTAQKKVWFHSLQN
                     NHDGLIYNFDVTEGDNDTDRNIFLMTDYLLTGQYKDEFVVFELSVAHLKQIGIRLCHV
                     NPQRRILYRRSFAEKHDERLQEV"
ORIGIN      
        1 ccgccagact cgtcaaggcg cccttaggaa ccgcaccccg gaggcgcagc gagataaatc
       61 gatccggaag cgaagtttgt gattaacgaa aaacatgatg agaaatgaag gcgaaattca
      121 ttttatggtt tagtgtcctc ttcctactac tgatggtagc gacggggtgc gagaaagagc
      181 attcggtgtc gatgccgaaa acggataagg tggccgccat ctttgaatta tcctacggcc
      241 aacacaagaa aattacctat ggcaagaacg agaagattga aatatcactc caaaacgtga
      301 tagacagtgt tacggtaaat tgtgccttgg ccgattttca aaaaccggag gatatgctgt
      361 cggtaagaac gcatgcttat ttgagaatca ataaaagcgc agagcttgtt aaagtctcgt
      421 cgaagccttg cggagcaatc gattatagaa aagacgggga cgatatacaa gacgttgttc
      481 actatattaa tgaagaaatc atagagaccc cggcttataa aagtgaccca tcatacttct
      541 tgcaaccttt cgtcatgctt ttcggcgaag gaacgtctat acaaaatacg tctctgagga
      601 tttacatggc aaagtcgtat cccaatctgt ttgagatgcg caacgctcaa ctcaaagact
      661 acaaattcat ctttatactg acccgtcaat aaataatcgg tcatgagaaa aatatttcta
      721 tctgtgtcat tatcgccttc tgtcacatca aaattatata ttaatccgtc gtgattattt
      781 tgcaaggagt gaaaccatac ttttttttgg gcagtatctt catatagata gccttgtttg
      841 cgccattttt ttgcttgctt atcaactgta tgataaagga tccaatattt tcgtccattg
      901 attattgtgt cgccgtctaa tttatatata taggtccacc gaccttcttc agatcgttct
      961 tccaatacgt tccattgctt attacctgct aacaaggtgg tgtatttata ttcatctttt
     1021 ccaaatactt cccctagtgg caaagttgta agcaaaatca aaaaacagac tatgtgtctc
     1081 atggtgttta tttgctgatt aatttcttaa atcctaataa gacaccatta gcaatcaact
     1141 tgtagacata taatccaggg gcaaaatcag cggacgtaac agttatcgat ccgctccgaa
     1201 cattcacatc gagtggaacg ttc
//
LOCUS       SEQF2637|AYYD01000529.1  492 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..492
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(144..314)
                     /locus_tag="SEQF2637_00169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNVLTFYLNRKMVMQNGILGISVEAYCIRPIKASSKGTYDQKS
                     MYMWGVCNTPIP"
     CDS             337..486
                     /locus_tag="SEQF2637_00170"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPILFRITLFQIKKRIIPFCIIPKLILEIDPFYRQGRGVLHTPH
                     MYIDF"
ORIGIN      
        1 aaaggtcgat acatttcgca taggtctctg tctgatcaaa aaaaggtcat gccatttcgc
       61 ataactcttt ttcagatcaa aaaaagggtc attccatttc tcataacccc aaaattgatc
      121 ttagggatag accctttctg ccgtcagggt atgggcgtat tgcatacgcc ccacatgtac
      181 atagatttct gatcatacgt tccttttgag gatgccttga tggggcgtat gcaatacgcc
      241 tctacagaaa tacccaatat gccattttgc atgaccattt ttcgattcaa ataaaaggtc
      301 aatacatttt gcataacaat ttctcaattc aaaaatatgc ctatactatt tcgcataacc
      361 cttttccaga tcaaaaaaag gatcattcca ttttgcataa tcccaaaatt gatcttagaa
      421 atagatcctt tctaccgtca gggtaggggc gtattgcata cgccccacat gtacatagat
      481 ttctaatcat ac
//
LOCUS       SEQF2637|AYYD01000530.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aatgggtgtc ttcgtgtcca tgtttatttc cataagtcat ttagggggtg atgatgtttg
       61 atgtacttac ttgattccct ctttggggct cttcctacag cgccggcgcg tgtcggccgc
      121 ggttatggcc tgcggggtgg tgcacgcaga acgacgacgt caagcgatca atggttcgtg
      181 cttcggtacc gcaatatttg caggtgtaga ccgtcttttc tgtcccttcg tagagcttgt
      241 gtttccctcg gacggcaccg ttggggtggc gcgcacacag tcctgcct
//
LOCUS       SEQF2637|AYYD01000531.1  386 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaactttccg gcgtttgcaa cggtgttgca agtacctcga aaaactttct ggcgtttgca
       61 acggtgttgc aaacacttcc gaaaaacgaa ggatagggac atgacgagtc gaccgcccac
      121 acggaaaatg cggggcggcg tgactcggca tgagggcaaa aacgtgcgct cggacggcgg
      181 ggtaatttgc aacctctcac cacgcgtgtg gacgcggcca cgacgtgcga cagacggcgt
      241 aagcgggttg cggcgtcgat gtgccgcctc ttcgctggga tgtggtgagt ggtgatatgc
      301 ataaagcgtt cccccttgtc aatcataacg gaacggccgc aaaggtaaaa acctcgcgtg
      361 gaatgaaaac tttcctgttt acttgg
//
LOCUS       SEQF2637|AYYD01000532.1  484 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..484
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cccaggcgtt accgccctcc acgaaggcca ggccatagat cgtagatgtc ggctcgagga
       61 taagtggata gcgcaattcc atcgataggc gggagtaggc gtaggcgtag gggatagcgt
      121 tttggccact gcgtccggca atggaattgt tctcatagcc gcgcagggca attagttctg
      181 tagggtagtc atagttggtg tatccagaca tgccgtcgcc acccatttga aaagactcaa
      241 agggggagac tttatgccgg ttgtagtagc cgaggaaacc gtactctacg cgagtcatga
      301 gcaccggtgt gcgcttggga ccgttgtttt gcggcagggg tgtgaggggg aagaacatct
      361 tgccttggaa cttccacttg tggtactcga tcagcttgtg gcgctcggcc gggtcgttga
      421 tcttggagta gtccttgcca tcgatgagcg agtagggcgg cgtgaacgag acggaagcta
      481 ggaa
//
LOCUS       SEQF2637|AYYD01000533.1  867 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..867
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacgaataca cgtcctactt ctcgactatt cacccaactg aggggtgggg gaaaattgct
       61 gcgataaaac accctatttt gagcatccct gcttcctttg cgcttatgat caacgaaaat
      121 agagagatgg atgagctgct gtatgagccg gaaaaactga gtaacaccct tatcgataat
      181 accgataagc tgaagatggc tgcctacttg aggcggtgca tcaaagagaa agacatcaac
      241 acgattcaaa tagccacggg atactgggat gtgccgggta tggcactcgt cgttgataag
      301 ctggcgacct tcttggagcg cgacggcacg cagctgcaaa tcctgatcgg ccaagagcct
      361 tatgtctacg ccggccaagt aaaggagcca acctatagaa ggaacttccc agacgattat
      421 atcaagaagg atctcgaaga gctggagctc aaagaggaat acaagggcgt ggtcgacttg
      481 ctgctgacgc attgcggcaa gaagatgcag gtgaggaagt acacgaagac cttcctgcat
      541 gccaagtgct acatcttttc aaagactttt atgaaggacg gaagctggaa atactacaac
      601 gctatggcca ttatgggtag ctccaacttc acctataaag ggctcttggg caatgcagaa
      661 ttgaattatc tcgagacggt cagcagtact gtcggcgcta actatgaaga gataagggta
      721 aaggggcata tctattggtt caatgaaatg tgggagcagg cggaagattg gactccgacg
      781 ttcctcgagc aagtcgtgaa gccctccccc atcggccagg aggtgaaccg ggagcggaag
      841 cagcggcaga aggaggaaga ggtggcg
//
LOCUS       SEQF2637|AYYD01000534.1  633 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..633
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             48..464
                     /locus_tag="SEQF2637_00171"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKHQSLRIRNEKDKTEVVVDFSERTVNIGGWESKRQINYRHLK
                     LGELERYGLTEAGTKVLLGKTCRVYKQNTWLKSYMVTVTHYVWEGINLKSDLKYDEVP
                     GWEEREEVKSIQVNVDVPQEKFQIPRGFKVKDWRGR"
ORIGIN      
        1 acagctatat agatgattac ggggccaggg aggccgaaga ggatagaatg ggcaagcatc
       61 aatcgctgag aatccgcaat gaaaaagaca agacagaggt cgtagtggat ttcagcgagc
      121 gtaccgtcaa tatcggtggg tgggagtcga agcgtcagat caactatcgc cacctcaagc
      181 tcggggaatt ggaacgctat ggcctgacgg aggccggtac gaaggtgttg ttaggcaaga
      241 cctgtcgggt gtacaagcaa aatacgtggt tgaagagcta catggtaacg gtcacgcact
      301 acgtttggga gggtatcaat ctgaagtcag atctcaagta tgatgaagtc cccgggtggg
      361 aagagcgaga agaagtgaag tcgatccagg tgaatgttga cgtcccacaa gagaaattcc
      421 aaatcccccg gggctttaag gtcaaagatt ggagaggtag gtagctggga aatgaaggac
      481 taacaacagt cagatacatg tgtggcgtgt caaggccgta gatactccgc ctcgttttta
      541 gcttttcgtt tttagctttt catttgccac cctcatttta tacgataaac gatatgaaga
      601 caacactttt gattcttgcg tcgctcttgc tta
//
LOCUS       SEQF2637|AYYD01000535.1  385 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..385
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atccttacgc gatccgtgta gggcgtatgc aatatgcccc tactgcctaa cggatgattt
       61 tttctgttct gtatctttgt ttctatcctt tcttcccgag aatttattgg aaacaacgtc
      121 tcctgccggc aggttgtagg gcgcaaaagc atacgcccaa tcaaatgacc ccaaaggggg
      181 caaaaaatcc tgtcttgtat cttctgttca tctcttccga gatgtttggg gggcgtattc
      241 ttttgcgccc tacagcctaa cggacgattt ttttgatcct gcatcttcgt ttctgtcctt
      301 tcttcccgag aatttattgg aaacaacgtc tcctgccggc agtttgtagg ggcgtattgc
      361 atacgcccaa ccgaatgacc ccgaa
//
LOCUS       SEQF2637|AYYD01000536.1 1988 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1988
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             70..1455
                     /gene="lon1"
                     /locus_tag="SEQF2637_00172"
                     /EC_number="3.4.21.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37945"
                     /codon_start=1
                     /transl_table=11
                     /product="Lon protease 1"
                     /translation="MLDRDHYGMEKVKERIIEHLAVLKLKRDLRSPILCLYGPPGVGK
                     TSLGRSVAEALGRKYVRVSLGGLHDEAEIRGHRRTYIGAMMGRILQNLQKAGTSNPVF
                     VLDEVDKVGSDFKGDPASALLEVLDPEQNTTFHDNYLDIDYDLSKILFIATANNLNTI
                     SQPLLDRMELIEVSGYILEEKIEIAMRHLIPKQMEAHGITKGTVRFHRNTVRAIIDSY
                     TRESGVRALEKKIAKIMRRLARKIASDEAVPAVLKVDHLREYLGPVEYTRDKYQDNRY
                     AGVVTGLAWTAVGGEILFVESSLSRGKSAKLTITGNLGDVMKESAILALEYVHSHAAQ
                     LGIEESLFENWNVHIHVPEGAIPKDGPSAGITMVTSLVSTFTRRKVKSNLAMTGEITL
                     RGKVLPVGGIKEKILAAKRAGIREIVLCEENRKDVEEINQTYVEGLTFHYVADIMQVI
                     DTALLDEKVKD"
     CDS             complement(1686..1973)
                     /gene="mazG"
                     /locus_tag="SEQF2637_00173"
                     /EC_number="3.6.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEY3"
                     /codon_start=1
                     /transl_table=11
                     /product="Nucleoside triphosphate pyrophosphohydrolase"
                     /translation="MWDKVSEELGELRAELDRADADASEAEMGDFLFSVINAARLYGI
                     NPDNALERTNAKFRRRFDYLEAQTIRRGRSLKDMTLAEMDAIWDEAKRQGM"
ORIGIN      
        1 cagacgatcg tcggcctgcc gtggggcact tacagccgcg acaacttcag cctcccgcac
       61 gcccaacgtg tgctcgaccg cgatcattac ggcatggaga aggtcaagga gcgcatcatc
      121 gaacatctgg ctgtgctcaa gctcaagcgc gacctacgct cgcccatcct ctgcctctac
      181 ggccctccgg gcgtcggcaa gacgtcgctc ggacgatccg tagccgaagc gctggggcgc
      241 aaatacgtgc gcgtctcgct gggcggccta cacgacgagg ccgagatccg aggccaccga
      301 cgcacctaca tcggcgccat gatgggccgc atcctgcaaa acctgcaaaa ggcgggcacg
      361 tcgaaccccg tcttcgtgct cgacgaggtg gataaggtgg gcagcgactt taagggcgac
      421 ccggcatcgg ccctcctcga agtgctcgac ccggagcaga acaccacctt ccacgacaac
      481 tacctcgaca tcgattacga cctgagtaag atcctcttca tcgccacggc caacaacctg
      541 aacacgatct cgcagcccct gctcgaccgc atggagctga tcgaggtcag cggctacatc
      601 ctggaggaga agatcgagat cgccatgcgt cacctgatcc ccaaacagat ggaggcacac
      661 ggcatcacga agggcaccgt gcgcttccac cgaaacacgg tgcgcgccat catcgactcc
      721 tacacgcggg agagcggcgt cagggcgttg gagaagaaga tcgccaagat catgcggcgg
      781 ttggcgcgca agatcgcctc ggacgaggcc gtgccggcgg tgctcaaggt ggaccacctc
      841 cgggagtatc tcgggccggt ggagtacacc cgcgacaagt atcaagacaa ccgttacgcg
      901 ggcgtcgtca cggggttggc ctggacggcc gtcgggggcg agatcctctt cgtggagtcg
      961 agcctgagcc gcggcaagag cgccaagctg accatcacag gcaacctggg cgacgtgatg
     1021 aaggagtcgg ccatcttggc cctagaatac gtccactcgc acgccgcaca gctcggcatc
     1081 gaggagtcgc tgtttgagaa ttggaacgtg cacatccacg tgcccgaggg cgccatcccg
     1141 aaagacggcc cgagcgcggg aatcaccatg gtgacgtcgc tcgtctccac cttcacgcgc
     1201 cgcaaggtga agagcaacct ggccatgacg ggcgagatca cgctccgcgg caaggtgctc
     1261 cccgtgggcg ggatcaagga gaagatcctt gcagccaagc gggccggcat ccgcgagatc
     1321 gtgctctgcg aggagaatcg caaagacgtg gaggagatca accagacgta cgtcgaaggc
     1381 ttgacgttcc actacgtggc cgacatcatg caggtgatcg acacagcgct gctcgacgag
     1441 aaagtgaagg attgatcagg gttttcagcc gcctccgcac ttttggaaat gtctgcggaa
     1501 cttccgcggg gcatttccaa aacctcttcg gacacaaaaa aatctccggg agagccattt
     1561 atcggtgctc tctcggagat ttttggtttt acggggtaag ggtatgccat acgcgccccg
     1621 acctttcctg tactcggtaa actctaaggg ggggcggggg cattcctgat acccgtccgg
     1681 gggacttaca tcccctgccg cttggcctcg tcccagatgg cgtccatctc ggccagtgtc
     1741 atgtccttga gcgagcggcc gcggcggatg gtctgcgcct cgaggtagtc gaagcgacgg
     1801 cggaacttgg cgttcgtgcg ttccaacgcg ttatccggat tgatgccgta gaggcgcgcg
     1861 gcgttgatga cgctgaagag gaagtcgccc atctccgcct ctgaggcgtc ggcgtcagca
     1921 cgatccagct cggcgcgcag ctcgcccagc tcctcgctga ccttgtccca cacctgctcg
     1981 cgacgctc
//
LOCUS       SEQF2637|AYYD01000537.1  412 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..412
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 actaaagaat atctgtcaga tagagcttga cccggcatcg ttgcttccca aatttcatta
       61 tcaatctgtt atcggctttg gccgctttct ccttcttcga caaaaaacct tccatcaaca
      121 ccgctgagga gattgtacac acctctttcc taccggttgc ttaggtcgaa ctcgcgtgaa
      181 ttaagttttt tctatttggc tagccacaag tatagcttca attgtaaaaa ggagtggtgg
      241 accatattcc ttctctgagc gagtttcact cattacagcc ctctcctgtc cattattttc
      301 aaatcctcaa ggactttatc aaaccaacgc gtctttttcg actcataccc agcatttctt
      361 gcttccctaa atatgtattt attgaaagga agcacttgat ttaactcaga ct
//
LOCUS       SEQF2637|AYYD01000538.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agttcgttcc gtactaccat atcgaaaagc ccaagccgat ccctcaagag agcggacaaa
       61 gcagcaggtt cggaacatct gctacgccct cctcgacagg caccgcggga aaggtctgtc
      121 gggccattcc atgttcctct acgagctctt ccgaagcggc gtcacgatcg agcgcatgaa
      181 gaacaagcaa ggaacggtct acgggatgaa gtttacctac gacggacaca gtttcaagac
      241 tgt
//
LOCUS       SEQF2637|AYYD01000539.1  745 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..745
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcgtagttc gcgtcggaga tgacgaccac ctgcgggtga cgcgccagga cgtcggccag
       61 ggcctccagc tcgtcgtggc tgtagacgct gcccgtgggg ttcgagggcg tgcagaggat
      121 gagcgccttg gtcttgggcg tgatggcggc ctcgagctgc tcgggcgtga tcttgaagtt
      181 ctgatcgatg ccggcgggca ggatcacgtt cgtgccctcg gccagcttga ccatctccac
      241 gtagctcacc cagtaggggg cgggcacgat gacttcgtcg cccgggtcga cgaggcagag
      301 cagggtgttg cagatggact gcttggcgcc gttggagacg atgatctgat cgacggtgta
      361 gtcgaggccg ttctcccgct tgagtttggc gacgatggcc ttccgcaggt ctaagaagcc
      421 cgggacgggg ctgtagaacg agaagttgtt gtcgatggcc ttcttcgccg cggccttgat
      481 ggggtcgggg gtgaagaaat cgggctcgcc gacgctcagg ttgatgacgt cgacgccttg
      541 tgccttcagc tcattgcttt tctgcgacat ggccagtgtg gcagacgacg agagactcgt
      601 caggcgaaca gaaagatgtt ccattgttga ttctatttat ggttggttgt tgtatagggt
      661 agttatgcct ccttcggagg cggtagttat gcgccttgcg gcgcggtagt tacggccttg
      721 cggcagggta gttagagggt agtta
//
LOCUS       SEQF2637|AYYD01000540.1 5415 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5415
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             308..457
                     /locus_tag="SEQF2637_00174"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNIAVEKYIVLVCGLQISAIFASEYDIIKVKYFFGSQVLIVDG
                     KEKFL"
     CDS             695..1483
                     /locus_tag="SEQF2637_00175"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKIEELPWRSVKIEPGTQKTFDAASHAVFINSQYTLLKEFGE
                     ERLHFPEGLMKALGEMADLETGALVERKKSTLTEQLKAKDAERDKALRYIFGMIRTQL
                     HSPHTAEREAAEELDIKLRNFRYIRHQGYDVESGNIDSMLMDAERLKKEIGTLHLEES
                     FDCLREANKAYERLVKERDAERLANNRPSMRNLRPRADKLYELACQYVQASYLFAQTA
                     EERNKIEELVARLNQRVRNIKTSHRKSASQRRRRGKEDEAAEGA"
     CDS             1515..3047
                     /gene="zwf"
                     /locus_tag="SEQF2637_00176"
                     /EC_number="1.1.1.49"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54547"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-6-phosphate 1-dehydrogenase"
                     /translation="MEDKSIVSVIFGASGDLTWRKLVPALYDMYYRGLLPGGFKVLGV
                     GRAQLTDESFREKMKEGLDRFVPASFVDQQRMAHFLQQLHYHAMDTNAAKDYEGLRRR
                     LGELSQTADRDDYLYYFAMPPFMYAPVASYLHTVGLTRRTSAQSGFRRVIIEKPFGHD
                     APSAANLNRELLRYFSEDQIYRIDHYLGKEAVQNMLVMRFSNGIFEPLWNRNYVEYVE
                     ITSSEALGVGSRAGYYESAGALRDMVQNHLLQLLAIGAMDPPVSSDANAIRNEMLKVF
                     LSLRRMTPEQVPEYVIRGQYTGAVRRGEPLRAYREEKGVAPESKTETFVAMKCYIDNW
                     RWSGVPFYIRTGKCLPTRVTEVVVHFRPNPHHIFARRSGMENVGNQLVLRIQPDEGIL
                     LRFGMKVPGAGFHVDQVSMDFHYSSLGEKHIPDAYERLLSDCMMGDATLYQRGDAVEA
                     TWQYVQPILDAWASDPTIPLYGYPAGSWGPEQADTLLATDGHAWRYPCKNLTSDDGYC
                     EL"
     CDS             3072..3782
                     /gene="pgl"
                     /locus_tag="SEQF2637_00177"
                     /EC_number="3.1.1.31"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74618"
                     /codon_start=1
                     /transl_table=11
                     /product="6-phosphogluconolactonase"
                     /translation="MRQIQIYENADILCAELAEALPIPASISEPIHIALSGGSTPTLL
                     FEKMTAVDDPDAFKNTHFYWVDERHVPEDDPESNYAVFRRLLVDTGIVSAENVHPIKY
                     HPDIHQMTVNYEQELRKHVPFEDGYPLFDEIVLGVGEDGHTASIFPDRLDLFETTDIV
                     ATTRHPVTGQGRVTLTGNTINNAYGVTVLCTGEKKRRILDEVLRENKPEYPISHVKLR
                     PFASVIFKLDLAASHYSA"
     CDS             complement(3883..4611)
                     /gene="rsmE"
                     /locus_tag="SEQF2637_00178"
                     /EC_number="2.1.1.193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44627"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase E"
                     /translation="MKLTNGMTLPIFYAPLIDTDPVLPEEESAHCTKVLRLGHGAELI
                     VTDGHGAFYRVMIEEAHPRHCRVTVVERTVAPPLWTYGLHVAVAPTKNIDRTEWFLEK
                     AAEVGIDSVTLLRCRYSERREVKMERLQRVLVAAMKQSGQARLPQLTGMTDFADFIAR
                     PAAADCRLIAHCRASELPTMSTCYPRGSDVLILIGPEGDFSAEEVAMAESAGYRGVSL
                     GRTRLRTETAALAACHAIHVLNDE"
     CDS             complement(4608..5225)
                     /locus_tag="SEQF2637_00179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNKVELTVQGVANSRVQSNAYALILKDDGTRRLPVIIGLPEAQ
                     SIAVALEGMATPRPMTHDLIVGMTHAFRLKLKEVFIYRFEDGVFFSELVFQESDGTEA
                     RIDSRTSDAVALALRLRCPIYTFESLLQRCAITPVAEAEEGMPPDDTDPEEIHDPQLL
                     RKWLKRQEAYEIEAMLERAVGEEKYELAKIYQDELMRREPADHPK"
     CDS             complement(5244..5411)
                     /locus_tag="SEQF2637_00180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYKRQGYDRDLTIMPADGFLFRSLPALYVLDESKRFLLTEATAD
                     EVERVLTLFAN"
ORIGIN      
        1 ctcaaacccc cggaataccc ctcgccacgc tttgcatgcc gtggacgagg gttgtttcgt
       61 ttatgaacgg ctatgaaaat aatttagata tactgtttgt gatacgaacg aagactctaa
      121 atgctattcc atctattcct gattatagac aagctgcaga aatagattta catcttgtat
      181 gttctaaaaa cagcatgtaa aatagacttt tctatctgtt tttgatagat atagatatcg
      241 aaatatgtat atatactgtc gataatatgg atgatatatg aagtgttttt gagatactgt
      301 ttagactatg aacaatattg ctgtggaaaa atatatcgtt ttagtttgcg gtttacagat
      361 aagcgctatt tttgcctccg aatatgacat aatcaaggta aaatactttt ttggatcgca
      421 ggttttgatc gtagacggga aagagaagtt tttgtagcca atgcttatga tgtgaataag
      481 ctgatcaagc gtttgagata ctgatgttgc gatataaaca ggggtataag gatttttgac
      541 atcccgttta tggtcgaaac gacggtttga tatatttgta taatgtgttt atagaaaaaa
      601 cagaagatac agacttttgg atagcgcgtt caggaaagaa acggctcttc tatggaggct
      661 gtaaagcgca gagaatgatc tgacaagaga tactatgaag gaaaagatag aagagttacc
      721 ctggcgctcg gttaagatcg agccgggaac gcaaaaaacg ttcgacgcgg cgagtcatgc
      781 ggtcttcatc aactcgcagt acacgctgct gaaagagttt ggggaggagc ggttgcattt
      841 ccccgagggg ctgatgaagg cgctgggcga gatggccgat ttggagacgg gcgcgctggt
      901 tgagaggaaa aagtcaacgc tcacggagca gctgaaggcc aaggatgcgg agcgcgacaa
      961 ggcgctgcgc tacatttttg gcatgatccg cacgcagtta cattcgcctc acacggcgga
     1021 gcgcgaggcg gcggaggagc tcgacataaa gctgcggaac ttccgataca tccgccacca
     1081 gggctacgac gtggagagtg gaaatatcga cagcatgctc atggatgccg agcggctcaa
     1141 gaaggagatc ggcacgctgc acctcgagga gtcgttcgac tgcctgaggg aggccaataa
     1201 ggcgtacgag aggctggtga aggagcgcga tgcggagcgg ttggcgaaca accggccgag
     1261 catgcgcaat ctgcggccca gggctgacaa gctgtacgaa ttggcctgcc aatatgtcca
     1321 ggcgtcatac ctcttcgccc agacggcgga ggagcggaat aagatcgaag agctggtggc
     1381 acggctgaat cagcgggtgc gaaacatcaa gacgtcgcac cgcaaaagcg ccagccaacg
     1441 gcggcggcgc gggaaggagg acgaggccgc ggagggagca tgaaccatac attataataa
     1501 gtaacgagga acagatggaa gataaaagca tcgtgtcggt gatcttcggc gcgtcgggcg
     1561 acctgacgtg gcgcaagctc gtgccggcac tttatgatat gtattaccgc gggctgttgc
     1621 cgggcggatt taaggtgctc ggcgtgggcc gggcgcagct gacggacgag tcgttccggg
     1681 agaagatgaa ggaggggctt gaccgcttcg tgccggccag ctttgtggat cagcagcgga
     1741 tggcgcactt cctccagcag ctgcattatc acgcgatgga cacgaacgcg gcgaaggatt
     1801 acgaggggct gcggcggcgc ctcggcgagc tgtcccagac ggccgaccgc gacgattacc
     1861 tctactactt cgccatgccg cccttcatgt acgcgcccgt ggcgtcgtac ttgcacacgg
     1921 tcgggctcac gcgtcgcaca tcggcccaga gcggcttccg gcgcgtgatc atcgagaaac
     1981 cgttcggcca cgacgcgccc agtgcggcca atctcaaccg cgaactgttg cgctacttca
     2041 gcgaagatca gatctatcgc atcgaccatt acttgggcaa ggaggcggtg caaaatatgc
     2101 tcgtgatgcg cttttcgaac ggcatcttcg agccgctctg gaataggaat tacgtggagt
     2161 acgtcgagat cacctcgtcc gaggcgctcg gcgtcggatc acgggccgga tactacgagt
     2221 cggccggggc actgcgcgac atggtgcaga accacctgct gcagctgctg gccatcgggg
     2281 cgatggatcc gcccgtgtcg tccgatgcaa acgccatccg caacgagatg ctgaaggtgt
     2341 tcctctccct gcgtcggatg acgcccgagc aggtgccgga gtacgtcatc cgcgggcagt
     2401 acacgggtgc cgtgcgtcgc ggcgagccac tccgggccta tcgcgaggag aaaggcgtgg
     2461 caccagagtc gaagacggag acattcgtgg ccatgaagtg ctacatcgac aattggcgct
     2521 ggagcggcgt gccgttctac atccgtacgg gcaaatgtct gccgacgcgc gtgacggagg
     2581 tggtggtaca cttccgaccc aatccgcacc acatcttcgc ccgtcgcagt ggcatggaaa
     2641 acgtgggcaa tcagctcgtc ctgcgcatcc agcccgacga gggcatcctg ttgcggttcg
     2701 ggatgaaggt gcccggcgcc ggcttccatg tcgatcaggt gagcatggac tttcactact
     2761 cgtcgctggg tgagaagcat atccccgacg cctacgagcg cctgctctcc gactgcatga
     2821 tgggcgatgc gacgctctat cagcgcggtg acgccgtgga ggccacctgg cagtacgtgc
     2881 agcccatcct cgacgcttgg gccagcgatc ccaccattcc gctctatggc taccccgccg
     2941 gctcgtgggg gccggagcag gccgacacgc ttctggccac cgacgggcac gcgtggcgtt
     3001 acccctgcaa gaacctcacc tccgacgacg gttattgcga gctgtagaca agacattata
     3061 cacaccgaat tatgcgacag atacagatct acgaaaacgc agacatcctc tgcgcagaac
     3121 tggccgaagc gctgccgata cccgcgtcca tctccgagcc gattcacatc gccctctctg
     3181 gaggctccac gcctacactc ttgtttgaga agatgacggc agtcgacgat ccggacgcgt
     3241 ttaagaacac ccacttctac tgggtcgatg aacggcatgt gccggaggat gatccggaga
     3301 gtaactacgc cgtcttccgc cgcctcttgg tcgacaccgg catcgtctcc gcggagaacg
     3361 tccaccccat caagtatcac ccggacatcc accaaatgac ggtgaactat gagcaggaac
     3421 tgcgcaagca cgtgcccttc gaggacggct atcccctgtt cgacgagatc gtcctcggtg
     3481 tcggtgagga cggccacacg gcctccatct tccccgaccg cctcgacctc tttgagacga
     3541 cggacatcgt ggccactacg cgtcaccccg tgaccggcca ggggcgcgtc accctgaccg
     3601 gcaacacgat caacaacgcc tacggggtga cggtgctctg caccggggag aagaagcgcc
     3661 gcatcctcga tgaagtgctt cgggagaaca aacccgagta tcccatttcg cacgtcaagc
     3721 tgcgaccctt tgcgtcagtc atcttcaagc tggatctcgc ggcctcgcac tacagcgcat
     3781 agcgggtcgg cccccgattg tttaatggta aaaagaagcc cggagacgtt tcagttcgtc
     3841 ttcgggcttc ttcgttttcc gagcaatgcg tttaagcgcc gtttattcgt cgtttagcac
     3901 atggatagcg tgacaggctg ccagcgccgc cgtctccgtg cggaggcgtg tgcgccccag
     3961 tgagacaccg cggtagccgg ccgattcggc catggccacc tcctccgcgc tgaaatcgcc
     4021 ctccggcccg atgaggatca gcacatcgct gccgcgaggg tagcacgtgc tcatcgtcgg
     4081 tagctccgac gcccgacagt gcgcgatcag gcggcagtcc gccgccgcag gacgtgcgat
     4141 gaagtcggca aagtccgtca tgcccgtgag ctgtggcagt cgtgcctgtc cagattgctt
     4201 catggcggct accagcacac gttgcaggcg ctccatcttc acctcccgcc gctccgaata
     4261 acgacagcgg aggagggtca cactgtcgat acccacctcc gctgctttct ccaagaacca
     4321 ctccgtgcgg tcgatatttt tcgttggcgc cacggccaca tgtaggccgt atgtccatag
     4381 cggcggcgcc acggtgcgct ctaccaccgt cacgcgacag tggcgcgggt gcgcctcctc
     4441 aatcattacc cggtagaatg ccccgtggcc gtccgtcacg atcagttccg cgccatgccc
     4501 gaggcgcagc accttcgtgc agtgcgctga ctcctcctcg ggcagcacgg gatccgtgtc
     4561 gatcagcggg gcgtaaaaga tgggcagcgt catgccgttg gtcagcttca tttcgggtga
     4621 tcggccggct cgcggcgcat gagctcgtcc tgatagattt tagccagctc gtatttctct
     4681 tcgccgacgg ctcgctccag catggcctcg atctcgtagg cctcttgccg cttgagccat
     4741 ttgcgcagca gctgcgggtc gtggatctcc tccggatccg tgtcgtccgg tggcatgccc
     4801 tcttccgcct cggctacggg cgtgatggcg cagcgttgca gcaggctctc gaacgtgtag
     4861 atgggacacc tcaaccgcaa agccagcgct acggcgtccg acgtacgcga gtcgatacga
     4921 gcttccgtcc catcagactc ctgaaataca agctcagaaa agaacacccc gtcttcaaaa
     4981 cgatagatga acacctcttt cagcttcagc cgaaaggcgt gcgtcatgcc cacaatcaag
     5041 tcgtgtgtca tggggcgcgg tgtggccatc ccctccagtg cgacggcgat ggactgcgct
     5101 tcgggcagcc cgatgatcac cggtagcctt cgcgtcccat cgtcctttaa gatgagcgca
     5161 taagcgttcg actgcacgcg cgagttggcc acgccttgta cggtcaattc cactttgttg
     5221 tccacgatat atcttctcct tattcaatta gcgaatagtg tcaacaccct ttccacctcg
     5281 tcggctgtgg cctccgtgag caggaagcgc ttcgactcgt ccagcacata aagcgcgggc
     5341 agggagcgaa agaggaagcc gtcggccggc atgatggtca ggtcgcggtc gtagccttgt
     5401 ctcttataca catct
//
LOCUS       SEQF2637|AYYD01000541.1  697 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..697
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttccacgacg atgcctatat cgaagcgcac aaccaagagg tgatgctttg gtcaccggta
       61 atagagacgt ttggtctgat gacgctcaac acggagaaag atgccggtgg taacacggaa
      121 atcaccttga aggcggatag tttgatcttc catgacgact tcatcaagaa gggtaaccat
      181 gtgaagctct ccacttggag tggtcttcac aaagacttgc cgattatgaa gttcggccac
      241 atgcgtaaga cacctccgtt catcgaagca aagaagtccg attgccagac gtacaccgag
      301 tgtgcacctt gctatcgcta catccgctac agcaaggatc cgctgcatat gttggatacg
      361 atcacgatca agtttggcga cggtgcttat ttggagcgcc tcaatacggt ggtcttcgat
      421 cataccgtcc tcacctgcct taccgactcg ttcgatcacg tgaaaggtgg agcagtacag
      481 catgcacaaa ttcgcaccga tacgtttaag atccgcaatc aggtagacct ttttgccgac
      541 gagaagcacg agcgggacgc acacctcgag ttgatctctg aagaacagat gggatcgaag
      601 gattatgcag gtatctacac taagcacctg cacatggagc cgatcggcgc gtgcggtacc
      661 ccgtatagtg agctctggac ttcggacgac ttggctc
//
LOCUS       SEQF2637|AYYD01000542.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taatcaacca ctgaagtatg taatcgcaaa tcatttgtat gctaatcaac caccggagtg
       61 tgtaattgca tatcatttgt attacgatca acctccgaag tgtgtaatcg gaaatcaatt
      121 gtaatcctaa tcaaccattg gagtgtgtaa tcacaaatca tttgcactct aatcaaacac
      181 cggagtgtgt aatcgcaaat catttgcact ctaatcaacc accgaattgt tttattagag
      241 gtcaattgat ttgcaattaa cctcagaag
//
LOCUS       SEQF2637|AYYD01000543.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcctttact gcgctctatg aaagacattc tctatggatt agaaacctca ttctttcgtc
       61 gaactcacgt cgcgaataat cgttccaatc gattgttagg agatatccgg ggtagggacc
      121 agggctgacg cataatcggt tttcgaggtc cgggattccg tttagcttcg tcccatcaaa
      181 ctatacatga caataatgga actgcccagc cttatccgga gtctcaccct gattgatgac
      241 cgccgtaaca acaagaaca
//
LOCUS       SEQF2637|AYYD01000544.1  338 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..338
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagaagaaca aaaaggacga gaaaaacttt gaactccgca gtgagaaagt gcgcagcatc
       61 gtgggacaga tcccttcttc attagtacga tatggtatta cgattatcgg cattgtattg
      121 cttttcctct tcgtgatcgc gtatttcctt ccctacaaac aagtgtattc gggtgttgca
      181 actatccgcg aaatgaagtc ggaaagtcct gcggacagcg tcgaaacaac cgtactactt
      241 aagtttgaga caaaacgaat gaatgaagca gaggatgaac agattgatct acaaacgccg
      301 aaaggctcaa tagagggaca actcatggct ctttcatc
//
LOCUS       SEQF2637|AYYD01000545.1  333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..333
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             26..304
                     /locus_tag="SEQF2637_00181"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAGEMQAVVSALRRVRERIREVSETHRPLFGGEHFLTGKEVCE
                     RLYISPRTLQDYRDRKIIPYMQFAGKILYKASDLERILEENYKGGGKR"
ORIGIN      
        1 gacggaagcg attcaagact tgagtatgga ggcgggcgaa atgcaggcag tagtctccgc
       61 cttgcgacgc gtaagagaaa ggattcggga agtatccgag acgcacaggc cgctctttgg
      121 cggcgagcat tttctcacgg gcaaagaagt ttgcgaacgg ctctacatca gcccccgcac
      181 gttgcaagac tatcgcgacc ggaagatcat cccctacatg cagttcgccg gcaagatcct
      241 ttacaaggcg tcggatctcg aaaggatctt ggaggagaat tacaagggag gcgggaagcg
      301 gtagggcaat cacgctttca tgaattgaaa acg
//
LOCUS       SEQF2637|AYYD01000546.1  351 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atacaggagg gacgatcggg taggggcgca aaagcatatg cctcccttcc gggggaacat
       61 cccgcagggg aggacggaaa agacgaaggg acgtcgatcc gtgaggggtg ttagcctgca
      121 actggaaggg catttagggg tgcggcgtcg tgtgaggggc aaaagcgacg gcctttcgga
      181 ctgtttccgg gtggcgggct gccccagcgt ccccattcga aactcctccc cgctgcgtgg
      241 ccttaaatgg aggtgtatat cagatgcttt taatatgata ggatgaaata tcacacgtat
      301 attctatgct tttaatttga aaggatataa tatatactgc aagtttgatt g
//
LOCUS       SEQF2637|AYYD01000547.1  575 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..575
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1..558)
                     /locus_tag="SEQF2637_00182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFSTRAEGARPINTEKMYDNVMNRFKWGGADKPGVYLEENTMR
                     MCKSYRMYVFGELAQALIREGKRDKALAVADKAMKVLPAVNVPLDYSAIAIGETYMAL
                     GKKDKGEPILDAIVENSLRNIRWYVRLKPAQFASIREDLQRDMAIVQNVIGVGKHYDP
                     NYGAKYVDEFTKFYNTRALKLGNKQ"
ORIGIN      
        1 tcattgctta ttgcccagct tcagggcgcg ggtgttgtag aacttggtga actcgtcgac
       61 gtacttggcg ccatagttcg ggtcgtaatg cttgccgaca ccgatgacgt tctgcacgat
      121 ggccatgtcg cgctggagat cttcgcgtat gctggcgaac tgggccggtt tgaggcggac
      181 gtaccagcgg atgttgcgca gggagttctc aacgatggcg tcgaggatgg gttcgccctt
      241 gtccttcttg ccgagcgcca tgtaggtctc gccgatggcg atggcgctgt agtcaagcgg
      301 gacgttgacg gccgggagca ccttcatggc cttgtccgct acggccagcg ccttgtcgcg
      361 tttgccttcg cggatgaggg cttgggccaa ctcgccgaag acgtacatac ggtagctctt
      421 gcacatgcgc atcgtgttct cctcgaggta aacaccgggc ttgtcggcac cgccccactt
      481 gaagcggttc atgacgttgt cgtacatctt ttccgtgttg atcgggcggg caccctcggc
      541 acgtgtcgag aagggcacga ggccataggc caggc
//
LOCUS       SEQF2637|AYYD01000548.1 1786 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1786
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1151..1519)
                     /locus_tag="SEQF2637_00183"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFISLKMMNTSVVLHVIIGNTMNKSEDRFQVSVNKLSTLMAKN
                     HHKQIDLLKMDKEGSEYVVINDLIEENVPVTQICIEFHHCFKGIGLQKTMVDIESLNK
                     NGFDIVAISDSKEEYTFVYR"
ORIGIN      
        1 gccttattca gtacccaatc aatcccagtc gcaagatcgg ctgcatcttt atatgcggcg
       61 acgtaaccat tctccttatg gtctatcatt tctggtatac ctccgacctg gaaaccaaca
      121 caaggaactc cacaagccat agcttccata attgtattcg gcaaattctc ttccaacgaa
      181 gacgtcacaa aaacatcaat cgcattatat aaggttacga tctgagtaat atcagacaca
      241 tagcccagcg gatatacagg aattttgact agactgacaa actcagcctt cgcctcgcca
      301 aaaacaacaa tccccatctt ttcagcaagg cgtggctcga cagtgagcaa ttgattgatt
      361 gcatcaatca gataataaat tccctttcgt ttatccgtga catttgcagc tccgaataag
      421 atcaattgtc tctgctccgg caggcctaat cgtctacagc atcccttctt atctgaagaa
      481 ggtctgaatt gctgagtatc aattggattt ggaattgaga taacacgatg ttttttagtc
      541 aaagcacttg tttttgcctt tcctgccagc caattactgc accccaccat tgtgatattc
      601 tcattagaga aaatccactg ctgttttttt ttgaacaccg cagtagataa atcatctgct
      661 ttttttgatt gtaagaaaaa gcaggtaccg cattgacttg taaaagacac gcagtctcta
      721 gcatgatggc aaatgcctgt acaaggccac atatcatgca tcgtccacac aataggctta
      781 cccatggcaa tcaatcgatg aatgtctctc aaggaaagaa atccctgatt aatccaatga
      841 aggtggataa tatctgcaca tttaacctcg ctgtatcgtg agatgtttac ccctgtattc
      901 gcttgtgata cggcaaaaag attttttcgg ttaaacccat tataaatgaa gatccccaaa
      961 cgctcaccta aaaaacgtac tttattcaac aatccagagg atcctatttt aatgatcgcc
     1021 ggatcatcag tcgctttatc tctcactatc atcgagacat ctattccatc ttttcgcaaa
     1081 gtatccatca aacgttttgc agcaattgca gctccacctt tcgtctctga tgtgttaaga
     1141 aataggactc tcatcgataa acgaacgtat attcttcttt tgaatcagag atcgcaacaa
     1201 tatcgaaacc attcttatta aggctctcta tatcgaccat agtcttttgt aatccgatac
     1261 ccttaaaaca atgatggaac tcgatacaaa tttgagtgac cggcacattt tcctctatca
     1321 aatcattaat cacgacatat tcacttccct ctttgtccat tttcaacaag tcgatttgct
     1381 tatgatgatt cttcgccatc aatgtagaca acttattgac agaaacctga aatcggtctt
     1441 cgctcttgtt catcgtattc ccaatgatta catgcagaac aactgacgta ttcatcattt
     1501 tcagggaaat aaaagtcatc gttccattaa aatcagaaat accgacatta agaaaagcgt
     1561 aataataaag acagcttttt ttcttttaaa gaaaatcctt taacctcgac attggattat
     1621 aagcaaacac cccaccatga aagttctcta ttagaccctc atcaaaagaa atgccctccc
     1681 cgactccaaa agaatatact cttgtcgttc aaaagctttg ggacaatgta aaaaaccaca
     1741 attgcaattt cccgcccttt gtatttcatc tctcaccgta ctgccc
//
LOCUS       SEQF2637|AYYD01000549.1  505 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..505
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             78..416
                     /locus_tag="SEQF2637_00184"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTGYNLRLHACTGPNFAALRSHPDLCDAYQASFTYPTPVSAPK
                     SASFPQPTRLQALKRAVCVNLPIETDHLYIVHVNHFIESPQINPVYFCRTIQANRIDT
                     VYLTQLIEAG"
ORIGIN      
        1 gctatccttt caattaaacg ctgattaaat acggtttgaa atctctctcg tttctgtttg
       61 ccctatggac gcaagggatg gacacaggtt acaatcttcg cctccacgcc tgcaccggac
      121 caaacttcgc tgccctccgc agccaccccg acctgtgtga cgcctatcag gcctcgttta
      181 cctatccgac gccagtgtca gccccaaaaa gtgcctcgtt tccccagccg acacgcttgc
      241 aagccctaaa aagagccgtt tgtgtaaatc tccccataga aacggatcat ttatatatcg
      301 tacatgtaaa tcacttcata gaatcgcctc aaataaaccc cgtgtatttc tgtcgcacta
      361 ttcaagcgaa tcgaatagac acagtgtatt taactcaact catagaagcg ggttaaatat
      421 acgctgtgaa tataagccga tttatataag cgacaggact atacggcgta tatctgagcc
      481 gatttgttaa cttgattcta atata
//
LOCUS       SEQF2637|AYYD01000550.1  753 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..753
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctatctcct ttttagtttg attgtgtggg ttggtttggt tgtgattggt gcttgttctt
       61 gtaggcgacg gatgcggttg acatgaaact cattgagatc cttgcatcct tggtagtgca
      121 cagacatatc ttccatctgg aacccggctt cgatgaacgt gctcaatgtt cgccttccgg
      181 cctcatcgtt gtcgaggaag gcgcggagga tgatgctccc accacgcccc ttcggcgtag
      241 tcaatccaca ggttcttttc ggtgtctacc ttgaagctcg gatgatgctc atactgcagt
      301 ggtgagcggc acatcacatt cttcgtcaac cttcggacgg gtatgagatg gataataaat
      361 cactccgata ctttatctga atgcaattga tctagaataa attaatcagg tactttcttt
      421 gaactcggtt gtttggggat aaatcactcc agtactttat ttgaatgcaa gcgatttgat
      481 acaaattact ccagtacttt atttgaatac aattaatttg tgataaatca ctttggtact
      541 ttctctgaat gcgaatgatt tgatataaat taccttggtg ctttctatga atgcagatga
      601 ttgggaataa attacccaga tactttgttt gagagcaagt gatttagaat aaattaccac
      661 aatactctat tggaatgcaa gtgatttaag atcaaacgcc cgtacttttt ggcttcttct
      721 tactacaaac tacaatcgcc ataatcgatt gtt
//
LOCUS       SEQF2637|AYYD01000551.1  324 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..324
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttgattctg atatacgatg aatatgggat ccgatttata cagtggataa atctatacga
       61 cgtatatttg gtccgatttg atggtgcgga tccgatatac tccgtatata agcagggact
      121 gatagacggc ttttccaaaa acgcctcttt ttggggcgtg caggcgtgtc ggatcggtaa
      181 acgaggcact ttctggaact aacatcggtg tcgggtaggg aaacgaggca cttttcgggg
      241 ctgacaccgg cgtcggatag ggaaacgggg cctgattggc gtcgcactgg tcggggtggc
      301 tgcggaggct ggcgcggttt ggcc
//
LOCUS       SEQF2637|AYYD01000552.1  597 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..597
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atggaggata atggcctctg ctatttggtg cagtggcaca atgaactcca cctttgtctt
       61 ttgacgttcc ttgcggatat acttcctccc gtctgctgtc gtttggatat gcccatattg
      121 cagagtttcc atatcagcga tagccaaccc tgtgaaacag gagaaaatga atatcagccg
      181 tgcctgttct gcttccctgt cattcatcgt cattgacatg agtttggcga catcgctctt
      241 ctgcagaaag cgtattttct tttctttttc ctcatacctg gcatgctcaa agggattgca
      301 tcggataatc ctttgattga gcgcacggaa catcagtcgg cttagccagc agagatagtt
      361 atttatagtt atccctttca atccacgctt tttgagaaag aaacggtatt cttcaaacaa
      421 ttcctccgta atggtggaaa tgggtatatc cagcaatctt ttatcttcca caaactcacg
      481 gagaatcctg tcagaatggg acagattatg ataggtgctt tctgtccttg acctgcccac
      541 actctccttg acagttcgca gttccgccct gctcatggca agaagtgttg tcggatg
//
LOCUS       SEQF2637|AYYD01000553.1  374 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..374
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcctccacgt tcatatcaga cttgacgggc gcctgacgaa tgatcactta tcagaaagtt
       61 ttctctctct gcaagtttca taggacacga gaagcgagaa tcgagggaaa gcgaagcatt
      121 tctttgatta aaaagtttga tttatagaaa aaaaagagat ctttttgggg tgaaatatca
      181 agaattacag gaaatagctt tcgtattaca actacacaca ctatatttgc gccgaatatt
      241 taacaggaca gtcgtatgaa aaccataaat gacactccgc cagactcgtc aaggcaccct
      301 taggaaccgc accctggagg cgcagcgaga taaatcgatc cgaatgcgga gtttgtgatt
      361 aacggaaaac atga
//
LOCUS       SEQF2637|AYYD01000554.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgtggcatc gagacggtcg tatcgtgtga gatcggcgca tttggttccg acgtgctggc
       61 ctccctgttc cccgccgcct atcatcataa agacatccgt acactgacaa aaacgatcat
      121 cgatgaaaga cttattccac gattcggcgc cgactacggc cgccgtacga tactcaccgg
      181 ggggggagcc atttggcttg tacccggcag acttcgccgg cgcccgcagg cgccccgtta
      241 cct
//
LOCUS       SEQF2637|AYYD01000555.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatagccctc accgtggggc gtttctgggt tgggcgttac gccgtagcca cacgcgccat
       61 gcagcctgcg ctccgtccgg gcgaccgtgt ggcggtggat aaacgcggca caccgattcg
      121 tcgtggggcc atcgtcctct atcgcagccc ccgaccacag gatggcgacg ccctgcactt
      181 cggtcgttgc gtgggcctgc ccggcgacac cgtcaccgtc acccccgacg gctacctcat
      241 ccacggccgt ctctaccccg cacccgcaga c
//
LOCUS       SEQF2637|AYYD01000556.1  235 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..235
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 actctaactt tacacatatg tacaacatcg gagatagact tagagaggag cgactgagta
       61 gaggttattc tatggagtat gtcgctggaa aattgcaagt taatccaacc acgatctatc
      121 ggatggaaaa taaggcgaag agctttcgta cggcgcttct cgtcggttat tgcgagctat
      181 tggagatcga tccggcagag ctttttgcgg attctgcaat ggaagggaag taccg
//
LOCUS       SEQF2637|AYYD01000557.1  335 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..335
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgcgaaggct tccccgacga cacgctccag gtgacagccg aaagccccga cggctacatc
       61 atggccctac gccatcgcac ctaccccgtg cacggcatac agttccatcc cgaatccatc
      121 ctgacacccg tcggagaaaa gatcatccgc aactttttag cccaatgatt aggcgaggcc
      181 tgcctctcct gccgcgatac acgtacccgg ataaacttgg ccggcgtccc tgacgcctct
      241 tgcatcaagg caagaaaaga aggtcccaat ccccccaact actcaccctt atgaaagata
      301 tcctcaacaa gctcaccgag caccgctgcc tcagc
//
LOCUS       SEQF2637|AYYD01000558.1  332 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgatatatct ctagtgcctc ctcgaagtga gattgggctt gcttgaagtc gttggcgacg
       61 cggagtaaac ttcccaagtt atttagggtc agcgccatat gtggcttgta cgcctctgaa
      121 ttctgcttgg ccaactctcg acatgtctct agcgcctcct cgaagtaagc ttgggcttgc
      181 ttaaagtcgt tggtgacgcg gagtaaattt cccaagttat ttagggtcag cgccacatct
      241 ggcttgtacg cctctggatt ctgcttggcc aactctcgac gtatctctag cgcctcctcg
      301 aagtgagctt gggcttgctt aaagtcgttg gt
//
LOCUS       SEQF2637|AYYD01000559.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatgcaaatg gaacagtaag gatatggctg gtgtagcatg gacgcagttt ccgttcattc
       61 ggaaaacagc cgcaacggaa agcagattgc aaccttccca tagtttccct tatctttttc
      121 tttcactgcc attctgtctt atcagaggaa cgaattactt ccttgtaaag cctattctct
      181 gaagaaatcg gccgcaaacg gatgcaacat tatgccggaa tacactgcat gcttggatgc
      241 tggggatgcc tatcacacc
//
LOCUS       SEQF2637|AYYD01000560.1  289 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccaagcaag tcaatacctg tctccatttg gataaaagaa ttggaatcca tcaggaatct
       61 ccgctccata cggaggaaat ccaggcgatt cgttggctca aaacgacggt tgcggccatc
      121 ctgttgatta aaaatgatcg gttcatcctt cacccgttct aagccgacgg cagtaaacac
      181 atgttgctgt ccctcatcat acgccttgag gatcagcccc ggcagtccgc cgagcttcca
      241 cgggccgtcg ctgacgggga tgtccgtcgt gaaccaagcc gtccaatgg
//
LOCUS       SEQF2637|AYYD01000561.1  798 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..798
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgtatgccc acggacagcc aaacctgttg gggtagatag cacgggagga aggtctatcg
       61 gcgagaacac ggtcggatac tcaaggttac ccgtcgtagt ccatgttctt gggttaatac
      121 gcagggcacc gtcgccacca atggtggggg cgaacttgcc attgaaattc agagcggcgc
      181 attgtgtgtt ctcgattgtc atatcacccg tactgttcag gttgaaggtg atatgcgtac
      241 ctccggaagt accggagata ttgacgtcgt gcaccacagc atccgtggtt gtgatgcttt
      301 cgttgctcca gccgcccggg cgaggctccg tgttcgtgtg gtagtagtag ttggccagcg
      361 taccgccatt cgtacctgag tttagcgtca gctgattttg aaactgcgtg gcattaccaa
      421 tcaggaaggt accgccgaca cctccatcgg tctttgcggg cttattgaca cccgtccata
      481 aacccaaaac agcttgctgc gccatacttg gatcgagacc tgtaatattt ccatttggaa
      541 acgaagcggc atcaaacagc tcttttactt gtaatgtata ggcatttgca cccgtaggaa
      601 gatccaattt tgaagcagtg gcatcacctc cactcgcatt cgtagtgtgt ggatatgtct
      661 gattacaatt cggatcattt ttgataccaa taggcgtaga gccttttcca gtcaaagaaa
      721 tccgtgtccc agcatgaacg gtaatatgcc cgtctatata accaccgagg tgagggccgg
      781 attggctatg aacagagg
//
LOCUS       SEQF2637|AYYD01000562.1  255 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..255
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaaaactttc tgataagtga tcattcgtca ggcgcccgtc aagtctgata tgaacgtgga
       61 ggaaataccc tccgccatcg acagcatttc gacgaggaac tgctatctga tcatcgaagg
      121 atgagccttc gtagccattg caggattttc gcatgccttc aaacttttgc tgtgacgttt
      181 gccgaagatt ttggcacctt tgcgggcgag aaatgagatg tcttatgact acagcaaaga
      241 gacgaaagca ggcgc
//
LOCUS       SEQF2637|AYYD01000563.1  284 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..284
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttccacttc gttacctatc caatgcttac aaccgagtaa cttcttcttt tgcagaggga
       61 tattttctga caattttctc ccgaacctat tacaaccacc tcagaacgta ttacaacacg
      121 gttccggaga aaattatcag caaatatccc tctgcaaaag aagaagttac tcggttgtaa
      181 gcattggata ggtaacgaag tggaaacgag cgaagcgctt gaggttgccg gaatctgtgc
      241 aaacaaaggg cgcttgtcat ttgagggcgc aatgttacta tgac
//
LOCUS       SEQF2637|AYYD01000564.1  659 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..659
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatagttgct ttttggggat aggggtgttg tttttggtcg gtgatagttg ctttttaggg
       61 ggtggggcgt tggtggttat cggtgtggta tttttttagg ggagagtggt atcgggaggc
      121 agcgagggta gttgcttttt gaagtgagga atattatttg tggttggtaa tagtcgcttt
      181 ttaggaatag agtcgtcgat ggtaatcggt gaggtatttt tttagagggg aggggtatcg
      241 ggaggcagcg agggtaatca ctttttgaag taagggctat tatttgcggt cggtgatagt
      301 cgttttttag gagtagagtc gtcgatgggc attggtgaga cactttttta ggggggagag
      361 gtgtcgtgaa aagttttgag agtactcttt tagaaggtag tattatcagc gggtagcgga
      421 tatatacttt ttgataggat agagctgtcg atagctatcg gatggtcact tttttataga
      481 gtagagatgc cgatgattat cgaggatcct ctatttttgt gatttagttt ttagcttttt
      541 attgtccccc ttactcctga ttatagagat atgaatcgaa tcatcgaagt ctgcgccaac
      601 tcggcgcaaa gctgcgtgga ggccgaagcc ggcggagccg cacgtgtgga actctgcgc
//
LOCUS       SEQF2637|AYYD01000565.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(127..237)
                     /locus_tag="SEQF2637_00185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQDTQLCEKTSKTMEKHMRRINESLKKGAKVTSDY"
ORIGIN      
        1 ttttcacata gttgggtatc ctacaacatg tactaaccaa gtggtccaaa tatgattcga
       61 atttgtgtat tgaagaagcc ggaacgagta ttcataaatt gaccatcaaa attattcttg
      121 tcttcactag tagtcactag tgacttttgc ccccttcttc aagctttcat taattcttct
      181 catatgcttc tccatggttt tgcttgtctt ctcacatagt tgggtgtcct gcaacatgta
      241 ctaatc
//
LOCUS       SEQF2637|AYYD01000566.1 2646 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2646
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1461..2423)
                     /locus_tag="SEQF2637_00186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHKIALLVLYNHRYSQNISQIEKLYKNRFSHLYHVIPFYEGDKS
                     NVLPVYESPYQFQSYIAQAYQQIKKANDEKYSHYFIVADDMIVNPDITEENLFEATGI
                     DEKSCYITDFKDLRENMNIPLFHSIEKKGVEVNGILPSCKEAVEKIRTYGLLTMPYKK
                     AFILRYIFYWSFFLNLKKALKGVYYLIWGRSKRRRGLYPILWGYSDILIIEESAMMKF
                     CTYCGCFAACDVFVEQAIPTALLLSAEKITTGAQIKKKMIPQLSIEMKSDIEKKIRFK
                     YKMLNGQFPIKFIFYPSHKAFSMEMTRKVAVIGSGVSGSLSFGA"
ORIGIN      
        1 ctcaatcctc tgcaactctt cgaactgggg ctatagttcg gattatgcgt cagccctgca
       61 tttcatctat gcatttgcat gtaatccgtc ttttatctgt agaaaggatt ttatatattg
      121 acagaatcag ctttattcta cgatctagaa atccgagtat taccgatgtg ctttctccct
      181 caaaatggtt atcaatatca aattgcagat tattaaaaag gcagtatgtc ataaaatcaa
      241 tggcatacag agtatgcata gaaagaaata gagcttacaa gcgtatcacc ggctcctact
      301 ttttttctat tcataaacag aaaggatctc gatataaaaa aataaagccc atcaaatatg
      361 gaggaatacg acttttaatc ctccatatcc catactattc tcatcctgag tgcattctgt
      421 ttgtttttcg aacataaaaa aacaccttcc aacacaggat atactactga ttgattttca
      481 tatacattcc tgcatttctg atgtgcaaga tatttcggtg atagcagcac tttctttagc
      541 tcgtcaagaa taacatcctt atgcaagaag ttcgtaaact caactacccc agtatttcgt
      601 ccttctacat tatttgaaga tgcgaaattc ccagttcaaa taatatggtg cgatgaacat
      661 tgatattgat gagtgggcaa atatatccag ctataaggat tatcatctat ctcacacaaa
      721 accgatgttg taccatgaga agcaaatcca tcgataaatc gtttgtattt agagatatcg
      781 catcctatca ataaagaaaa taggtgttta acatctctag agaaaacaac gataccatat
      841 ccggtcacat tgatatatta caactctttc atctaatcaa caatgcaaaa tgattatatt
      901 caacagttgg attaaaaaaa acaattcgca atgaagtgag aatctccatt tggggggata
      961 aagaagagaa ctatgcgcca tccccgcttc cttagttcgc ttgaaattat tgaatataat
     1021 ctcctcaatg ttaggtattg gtagtttact ttctagccga ggaagtgaaa tcttttccct
     1081 tgtgcttttt cgtcatatga cttaaggtat attatatggt acaacacaaa gcctttaaaa
     1141 aatctagatt tctagatata ggggtgtctg tcgcttaaca tgtatgaatt atataataat
     1201 cttttataca cctgacatgc gatatgatct cctattggat atccgactta tgatcatttg
     1261 agatggcgga gtggcacatg accttgtcgg atttatattt tcgattgaaa aaaattcaaa
     1321 accacatcaa agtatcaaga cgaagaaaaa tttaatcata tgccctctac tttatgatat
     1381 aaaaactatc caccttatcg caacaaacga atccaccaaa tgtagattct ttctcgaaac
     1441 agttatttcg tatttgtctt tcaagcaccg aacgacagag agcccgaaac accactacca
     1501 attaccgcta cctttcttgt catttccatt gagaaagctt tatgggatgg ataaaaaata
     1561 aatttgatgg gaaattgtcc attaagcatt ttatatttaa atcgtatttt tttttctatg
     1621 tctgacttca tttcaattga gagttgcggt atcatttttt tcttgatttg ggctccagta
     1681 gtaatctttt ctgcactcag cagaagagca gtcggaattg cttgttcgac aaatacatca
     1741 caggcagcaa aacaaccaca gtatgtgcaa aacttcatca tagcagactc ctcaattatc
     1801 aaaatatcac tatatcccca tagtatagga tatagccccc tccttctctt gctcctcccc
     1861 caaatcaaat aatacacacc ctttagtgcc ttttttaaat tcaaaaaaaa agaccaatag
     1921 aaaatatacc tcaaaataaa cgcctttttg taaggcattg taagcaaacc gtaagttcga
     1981 attttttcta cggcctcctt acaagagggc aaaatcccat taacctcaac accttttttt
     2041 tctattgagt gaaacaatgg aatattcata ttttctctca agtccttgaa atctgtaata
     2101 taacagcttt tctcatcaat acctgtagcc tcaaaaagat tttcctctgt aatatctgga
     2161 ttaacaatca tatcgtcggc aactataaag taatgagaat acttctcatc atttgctttt
     2221 tttatttgct gataagcttg tgctatataa gattgaaatt gatatggaga ctcgtaaaca
     2281 ggtaagacat tcgatttatc cccttcgtaa aaaggtatga catgatacaa atgagagaat
     2341 ctattcttgt acaacttctc tatctgagaa atattctgac tatacctatg attatataaa
     2401 accaagagcg ctattttatg cataattatc ggagttagtt ttagcgagat tgacttaaga
     2461 ataaaaaagg aggattatat atccgtttta ccgctttatg taaaaagcta tacaaaaaca
     2521 aatcttttcc aaatcagata accacaggag ccttacctct tacaagacaa ccacatcaaa
     2581 tttgaggagc tctttgggat agtcgatatt gagtgccgcg gtaaataatc tctttcggat
     2641 ggatag
//
LOCUS       SEQF2637|AYYD01000567.1 1066 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1066
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             96..365
                     /locus_tag="SEQF2637_00187"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDLDDVVETFGLDLVVVPKFLDVLLRYGVVLFPFLLDFAELVV
                     SPVEVVRAFDEGFHTVDEVQLLEVVLLTHTRPLFLQFGTTLLVSV"
ORIGIN      
        1 gacacgacgt ctggctcctc gaccagtttt tcagcggcct cggtgagctc cagcttacgt
       61 tcgaggttct tcttgaagtc gtaatcgcgc agctgatggt tgatcttgac gatgtcgtag
      121 aaacgttcgg cttggatctg gtagttgttc caaagttcct tgacgtgctc ctgcggtacg
      181 gggtcgtact ctttccattt ctgctggatt tcgcggaact cgttgtatcg ccggttgaag
      241 tcgtccgtgc tttcgacgag ggctttcata cggtcgatga ggttcaactt cttgaggtag
      301 ttctcctcac gcacacgcgt cctctctttc tccagttcgg cacgacgctc cttgtatcgg
      361 tttagtaggt ctttgacgac gggcagcgtc tcgtcggacg gattctcgaa atcgtcctcg
      421 ttaccgccac cttcgacaaa gacgcgcttg agctcgtccg cctcggcctt gaggatgcga
      481 tagtaggact gtcgcagtcg atcgatctcg tcgcgcggcg cactctccgc acggtcgacc
      541 gcctctttga gtttctcgat gatttcgtgc ttgttgagca taccgactgc acccgtctca
      601 atagcctcct gcaactctcc gcagtagtcg tcgggcgtgg tgggcagctc cttcatttgc
      661 ggatcctgct gcaccgtggc ttcattgacg acgatctcgc gtaccgtctc agcgggtacc
      721 tcttgctggg cgggagcttc ggctgttgta gcgggctcgg gctgctcggt ggtcggttca
      781 ggtgttgacg cagcgggcgg ctccggagcc gtttctgggg cgggctctgt tgcgattacg
      841 ttttgttcgg gtgtggtttc tacgttttgt gcttccacgt tttcagacag attgtccgaa
      901 agttgctcgg gcgtccgatc catttccggc atgcccgtct cattggtgtc ttttgtcaat
      961 tccatttcgc tgttctaatt actacaggag ggccttccct ccgttatcct cggtggacaa
     1021 aggaaacagt tttcggggga ttaactattg atgccgacaa aaagtg
//
LOCUS       SEQF2637|AYYD01000568.1 2596 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2596
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(298..759)
                     /locus_tag="SEQF2637_00188"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTPTHRGDYIRLLLLVHVRRVYYDMSRMCAFGIVNMTLFRAKI
                     FFYCLDKPFLILCISLKRYLCVLLVEGAIYLQRSTTIPVKGYILFRRSSLTPSHTLYF
                     ISISGKAERFVGDTPVRSKKVLWRGRHLAPLQLLPALVLSLLPCIAHYDVQ"
ORIGIN      
        1 tccctttggt tgcgaagatg agacgatggg catccagata tctacaaaaa ttgagtagta
       61 tatttgtgcc tttctcggct tggtccctca tctgctccga tctggtagat ctcagggaag
      121 gttgttcgtg ctttcttact taaccctgtg atggaatatg aaccaaatac acagaacagt
      181 ttcttggtgc cttcctctga tatgctcgca tgccacgagc atcttcatat tcacctcaaa
      241 aacagcatga atctgccctt cgggcgaacc cacgggactt ctagcatttt gtttttatca
      301 ttggacatcg taatgcgcga tacacggcaa tagagatagt actaatgctg gaagaagttg
      361 aagtggcgct agatggcgtc cgcgccacaa gaccttttta ctccttaccg gagtgtcacc
      421 gacaaatctc tcagcctttc cagaaatcga tatgaaatag agcgtgtggc tcggggtgag
      481 ggaggatctt cggaatagta tatatccctt cacagggatg gtggtagatc tttgaagata
      541 tatagctcct tctacaagaa ggacacaaag ataccttttt aggctaatgc agaggattaa
      601 aaagggttta tctaaacaat aaaaaaatat tttagcccta aaaagggtca tgtttactat
      661 tccgaaagcg cacattctac tcatatcata atatactctc cttacatgga caagcagaag
      721 caaacgtatg tagtctcccc ggtgagtagg cgtgaccata tcaacgtgct aattaatgca
      781 catgatgtga cgggcgttag gttcatgact tctcttgtgt caatagtgat tccacgatat
      841 cactattgat acaaggacat tctgcagaaa tatcccaagg tcgaaaacat ctatttatca
      901 caaaataata tccgctctta tccataataa gaagttcgaa tagtagtggg cataagatac
      961 ggaaattaag cagatttcct actaatctaa tcgatgatgg ctacctaaaa gtttctccta
     1021 aagaaagaag atcattaaca caaagttctg tcgaaccaag cgtagatttt aatatttaaa
     1081 tctaaatacg ctttgtgtca catcgcttct tatcaatggc agaagtagag atgcataatt
     1141 ctaaaatctc gcatacttaa ttcgtagttt atttttgatt gactataatg tccgagttga
     1201 cactgaaaga gaaaacagca actggattct tctggggtgg aattagtaat ttagtccagc
     1261 aagtgatagg tatgagtttt ggcatagtca ttgcccgaat cctatcacca gacgattatg
     1321 gattgcttgc aatgttgaca atcttcacgg ctatggcaaa tactattatg gatagtggtt
     1381 tctccattgc attgataaac caacaaaaca ctgagaataa ggactataat gctgtttttt
     1441 ggtttaatat atttatggcc ctcgggatgt acatcatact tttcttttct gcgccatgga
     1501 tcgctcaatt ttacaatcag ccaatcctta tccctctttc tcgtgtattg tttttgacct
     1561 ttattttttc agctactggt atagttcaca atgccctact tgtaaaaaag attatggcaa
     1621 aacagcgtgg aattattgat atggcagctg tttttggatc agggattatt gggttgattt
     1681 tggcgctaaa tggtttggct ttttggagtc tagtcatcca acaacttgtt caagtactgg
     1741 tcgctatctt attacgttgg tatttttctc cttggcgtcc gactttagat ctgaacttag
     1801 ctccgttgaa aggaatgtat agatttagtt ttacaatgtt gttgacagat tttgtgtcgc
     1861 agtttactca caacatgctt tctgtagttc taggccataa ttatggacag gaacagactg
     1921 ggtattacat ccaagggcat aaatggtctt ctttggggta tacagtcttt tctaatatgt
     1981 tagttggtgt tgcgcagccg gtacttttag aggcaaaatg cgacaatgat gaaagacaga
     2041 agaaggtttt ccgcaagatg cttcgcttcg gcacctttct catcactcca ataatgctgg
     2101 gatttgcttt tattggaagg gattttatta tcatttttct tggagaaaaa tggctgaaca
     2161 gtttgccttt ccttcagtta ttctgttttt tcgcaggtgt tagtcacttg agtatcttgt
     2221 gtatgcagtt gctgataaca cggaggagaa caaaagaaat aacgctaata atatttacaa
     2281 caagtgttat tactattttt tctatgcttc ttctaagttc gcatggtatt ttctttttgt
     2341 ctatttcgta tgtaatagta caactaatta gcctggttgg ctggtttttt tctgttagaa
     2401 ggtgtatcaa tattacagga ttaaccatag tgaaagatgt ggctccatat ttaatagcga
     2461 ctttcattgt attgcttctc acatatatac taacatacag aatagagtgc gtaggcgtaa
     2521 ggtttatctt gagaatcgta gttgctttgt ctctttacct cgcagtaatg cgttatggaa
     2581 attccgttgt ttatag
//
LOCUS       SEQF2637|AYYD01000569.1  616 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..616
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(382..603)
                     /locus_tag="SEQF2637_00189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDSIRCDFDRYPYEVTTYARQFIVRPSNVTERNLITTCTLQN
                     AVRSDNNPQGFLMEHFLVRENRDIQTYKR"
ORIGIN      
        1 gtcgaaggcg gagagcttga cggcgaggat gcgaccggcg tgttctacac tcgtaacatg
       61 gagcttcatc cgattgccgt cgatcgtgga ctgcgcaata agcaccgtgt tagggagcag
      121 cgtcatgccc tcgatgcggg ccgattctgc gagacggagg cgggcgggga acgccccgcg
      181 gcgaagtttg ccagaccctc gatctatgtt agttatcgac cattaaaacc ttgggaaacg
      241 ccggggcgcg ctactgtaca cgatgcaaag cccgaagaca atccgcttct gccacttggg
      301 actgaggcgg tcgcattgtc tgtggagcca tacgtgtgcc tgcaagtagc gacgggtgag
      361 ggtgaatctt gtactcatgg cctatctctt atatgtctga atgtcccggt tttccctcac
      421 aaggaagtgc tccatgagga agccctgtgg gttgttgtct gagcggacgg cgttttgcag
      481 tgtgcatgtc gtgatcaggt tgcgctctgt cacgttgctt ggacggacga tgaactgacg
      541 ggcgtaggtc gtcacctcat acgggtagcg atcgaagtcg cagcggatcg agtccacctc
      601 cacgcgctgg ttgatg
//
LOCUS       SEQF2637|AYYD01000570.1 3153 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3153
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             518..2869
                     /gene="topA"
                     /locus_tag="SEQF2637_00190"
                     /EC_number="5.99.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A5Y5"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA topoisomerase 1"
                     /translation="MQKNLVIVESPAKAKTIEKFLGKDYRVMSSYGHIRDLSTKELGI
                     DVAHDFKPQYVVPEEKKKLVAELKKASQDAREVLLASDEDREGEAIAWHLSEALELSP
                     DRTQRIVFHEITKPAILHALDTPRGIDINLVNAQQARRVLDRIVGFELSPVLWRKVKP
                     ALSAGRVQSVAVRLIVEREREIARFVSEASFRVVASFLLPDGKTLLKAELNRRLKDRD
                     EAEAFLRACQRPEAAFTIEDTTKRPVKKTPAPPFTTSTLQQEAARKLGFSVAQTMMVA
                     QRLYESGFITYMRTDSFNLSDMALTASRQAITEEYGERYHRLRHYHTKSKGAQEAHEA
                     IRPTNMQAPTISAGAQEMKLYDLIYKRTLACQMADAELERTTVSIGIGGLTDKFVAVG
                     EVIKFDGFLRVYRESTDDEPDTPEQETKLLPTVNVGDRLTAREIIATERFTQRPPRYT
                     EAGLVHRMEELGIGRPSTYAPTIQTIQNREYVVRGDKPGEERKFCVLTLADGQIAEEV
                     KRETVGADRNKLLPTDVGTVVNDFLTESFPEVIDYHFTANVEKEFDAIAEGTMEWTEA
                     MDRFYKFFHPIVEKTLAMRTDHRAGERQLGTDPKSGQPVSVKIGRYGPVAQIGQPDPD
                     NKSAAKPRFASLMKTQSIETITLEEALELFKLPRVIGEYEGKEMVAATGRFGPFVRFD
                     GLFVSIPKPLEPTSITPDEAIALIEEKRTKESQRHIKTFAEEPGLEILNGRYGAYIAF
                     EGSNYRLPKDVVPADLTLEDCRRIIAEAADKPKRRVPRRRSNG"
ORIGIN      
        1 cgccaaagta aatgccggga gacttgcggg agtacccgca aacgccaagg caaacgccgc
       61 gagacttgcg ggagtacccg caaacgccaa ggcaaacgcc gcgagacttg cgggagtacc
      121 cgcaaacacc cagaagttct tcgaggcact tgcaacagtg ttgtaggcat ttccaaaaac
      181 gttttggtcg ggcttccgta gaaactctct gcgggcttta ttcttacact gaactcacgt
      241 tacgtaagcg atcctcccgt tgagcggctc actggcttgc ctgtgaccca gcggctccac
      301 ccgagcggat cgttggaaaa tagagagcgt gagcgggcgg gttgttgggc tcgcacggat
      361 gattgctgcg tcgaaagggc gtgaaaagtg gctcgaatga gggcttagat ggggcttgat
      421 aggccatcgt ctgcgcgcct ttcccctctg cgaagcgcgt ctatctttgc ggccgatttt
      481 ttcggagttg aactacagaa acataattga gaggaacatg cagaagaatt tggtgatcgt
      541 agagtcgcca gcgaaggcca aaacgatcga gaaatttttg gggaaagact accgggtgat
      601 gtccagctat gggcacatcc gcgatctgag cacgaaggag ctgggtatcg acgtggcaca
      661 cgatttcaag ccgcagtatg tggtgcctga ggagaagaag aaattagtgg cggagctgaa
      721 gaaggcgtcg caggatgcgc gtgaggtgtt gctcgcatcc gatgaggacc gcgaggggga
      781 ggccatcgcg tggcacctca gtgaggcgct cgaactgtcg cccgaccgca cgcagcgcat
      841 cgtctttcac gagatcacga agccggccat cctgcatgcg ctcgacacgc cgcgaggcat
      901 cgacatcaac ctcgtcaatg cccaacaggc gcggcgtgtg ctggatcgga tcgtgggctt
      961 tgaactctcg ccggtgctgt ggcgcaaggt caagccggcg ctgtcggccg gacgtgtgca
     1021 gtccgtggcc gtgcgactga tcgtggagcg ggagcgcgag attgcgcggt tcgtgtccga
     1081 ggcgtcgttt cgtgtcgtgg cctcgtttct gttgcccgac gggaagacgc tgctgaaggc
     1141 cgagctgaac cgtaggctga aggatcgcga cgaggccgaa gccttcctcc gcgcctgtca
     1201 gcgtcccgag gcggcgttca cgatcgaaga caccacgaag cgcccggtga agaagacgcc
     1261 ggcgccaccc ttcaccacct ctacgctgca gcaggaggcg gcccgcaagc tgggcttctc
     1321 cgtggcgcag acgatgatgg tggctcagcg actgtatgaa tccgggttca tcacctacat
     1381 gcgtaccgac tcgtttaacc tcagcgacat ggcgctcacg gcctcgcgcc aagccatcac
     1441 cgaggagtac ggcgaacgtt atcaccgcct gcgccactac cacaccaaga gcaagggcgc
     1501 gcaggaggcg cacgaggcca ttcgccccac caacatgcag gcgccaacga tcagtgccgg
     1561 cgcacaggag atgaagctgt acgacctgat ctataaacgc accttggcct gccagatggc
     1621 cgacgccgaa ctggagcgca cgacggtctc gatcggcatc ggaggactca cggacaagtt
     1681 cgtggccgtg ggcgaggtga tcaagttcga cggcttcttg cgcgtctatc gcgagagtac
     1741 ggacgacgag cccgatacgc cggagcagga gacgaagctg ctgcccacgg tgaacgttgg
     1801 cgaccgcctc acggctcgcg agatcatcgc cacggagcgc tttacgcagc ggccgcctcg
     1861 atacaccgag gccgggctgg tgcaccgcat ggaggagctt ggcatcggcc gcccctcgac
     1921 gtatgcgccg acgatccaga cgatccagaa ccgcgagtat gtggtgcgtg gcgataagcc
     1981 gggtgaggag cggaagttct gcgtgctgac gctcgcagac ggccagatcg cggaggaggt
     2041 gaaacgagaa acggtaggcg ccgaccgcaa caaactgctg ccgacggacg tgggcacggt
     2101 ggtcaacgac ttcctcaccg agtccttccc cgaggtgatc gattaccact tcacggccaa
     2161 cgtggagaag gagtttgacg ccattgcgga gggcacgatg gaatggaccg aggcgatgga
     2221 tcgcttctac aaattcttcc acccgatcgt ggagaagacg ctggccatgc gcacggatca
     2281 tcgggcgggc gagcggcagt taggcaccga tcccaagagc ggacagccgg tctcagtcaa
     2341 gatcgggcgc tacggccccg tggcgcagat cgggcagccg gatccggaca acaagtcggc
     2401 cgcgaagccg cgtttcgctt cactgatgaa gacgcagtcc atcgaaacta tcacgctcga
     2461 ggaggcactg gagctgttca agttgccgcg cgtcatcggc gaatatgagg gcaaagagat
     2521 ggtggccgcc acggggcgct tcgggccttt tgttcgcttc gacggcctct tcgtttccat
     2581 ccccaagccg ctcgaaccga cctccatcac gcccgacgag gccatcgcgc tgatcgaaga
     2641 gaaacgcacg aaggagtcgc agcggcacat caaaacgttc gccgaagagc cggggctgga
     2701 gatcctcaac ggtcgctatg gcgcgtacat cgccttcgag gggtcgaact atcggcttcc
     2761 gaaagatgtt gtcccggctg acctcacgct ggaggattgc cgtcggatca ttgccgaggc
     2821 ggccgacaag cccaagcggc gtgtgccgcg acgtcggtcg aacggctgac agagaaacga
     2881 aaagcggagt taggccggag gcggcttcgg ccgtcagcga agttaaaccg ggtacatgtt
     2941 gggggacgtt cccattatgt acccggcttt gtttttatgg cccatcaaga atgacggaca
     3001 aatcattcct gatgggccat aaatttcaga cggaaggctg cacccgctgc ttgttattcc
     3061 ccgtcatgcg gcatgacggg ctcgctggca cgcaggctcc ccaaaatgtc gcatgacggg
     3121 ctcgctggca cgcaggctcc ccaaaatgtc gca
//
LOCUS       SEQF2637|AYYD01000571.1  400 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             37..147
                     /locus_tag="SEQF2637_00191"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLRRFVLEPLAEIAPTIVHPTLGRTVSELLEQCPE"
ORIGIN      
        1 ctcgacacgc cccgcctaac cctgccccac ccactgatgc acctgcgacg cttcgtcctc
       61 gagccgctcg cagagatcgc ccccacgatc gtccacccca cgctcggtcg cacagtcagc
      121 gaactgctgg agcagtgccc ggagtaatcc cctgaggggg gcgtaaacct ccgttcaccc
      181 cttgcgcagg ccggcgcagt gtgtgaaacg agtgtgcaac acctgcgcag cccttccaca
      241 gtgtgcgaaa tgaccatgca acacctgcac agccctttca cagtgtgcga aatgaccatg
      301 caacacctgc acagcccttt cacagtgtgc agcgagtcta tgcaacacct gcacagcatc
      361 gtcgcagtgt gcggcgtaac tatgcaacac ttgctcgacc
//
LOCUS       SEQF2637|AYYD01000572.1  570 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..570
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             33..413
                     /locus_tag="SEQF2637_00192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQLVQQGKEVAANYEAIDSKVAPKMKGFVEGIVSTFTDRMAKP
                     RRLRIMHDFIEQQLAPVFAEQMQQNGSDILSDLQAAIGDSCKEIVAERTAQITDLMNA
                     IKAQKGEYQQKIAKLKAYYTTLNS"
ORIGIN      
        1 ggtctactcg taagctgaga aagtctctca gaatggcaca gctcgtacaa cagggtaaag
       61 aagtcgcagc caattatgag gccattgaca gcaaagtggc acctaaaatg aagggctttg
      121 tggaaggcat tgtaagcaca ttcactgatc gcatggccaa gcccagacgg cttaggatca
      181 tgcatgactt catcgaacag caacttgctc ccgtctttgc cgagcaaatg cagcagaacg
      241 gcagcgacat attgtccgat ttacaggcgg cgatcggtga ctcgtgcaaa gagattgtgg
      301 ccgaacggac ggctcaaatc acagatttga tgaacgcgat caaagcgcaa aagggcgagt
      361 atcagcagaa aatcgccaag ctgaaagcat actacacgac acttaattca taacttaaat
      421 aatggacaaa atggaattta tcattgcatt agcattgggt gccgccgcag gtgccggagt
      481 gatgtacgta aagaactcgt cgaaggcgaa ggattctgat ctcgcccagc gcgaggtgag
      541 ccgattggac agcgagttag agaaccagca
//
LOCUS       SEQF2637|AYYD01000573.1  910 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..910
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(430..900)
                     /locus_tag="SEQF2637_00193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIIETFVINLKPVNMLSSKRCPYLIFLGFTQHGKGLYVCGVLS
                     SLTPYYIEEDNCLYIKFEDDSILKLQTKTGNFALDGTYNPSTGLTAFGVPNLYPATMD
                     DVATFLEKKAVKVRIETSKGYYEEELTKKSSALLMETAKCFLYESRGIVEDDAN"
ORIGIN      
        1 acatgtgtat aagagacagc gcatggggct gaataagggc ctcaggcgcg ctcccttatg
       61 cacttattcg actgataaac agggaggaat ggaggctgag agagacaccc agaaaggccg
      121 aaaaaggccc ccaaacgcct gaatgttcaa aaccgccacg gacccgttca aaaagtcgca
      181 tgtttttcaa actggggtca aactggggtc aaactggggt caaaatcgcg tcgcgagttt
      241 ggttaaacac ccgttgcaaa aggtcaaaaa cgatttggcg cgtgttaaat cagtgttaaa
      301 catgggtgcc aaaatatggt gctctgcact gtgaattaac gatttacgcc cagaaaccgc
      361 cgatttttgc gacttgtcca acggggagga acggaaaagt gggtgtttgt ggacaaatag
      421 ggactgtact caatttgcat cgtcttctac gatccctctt gattcataca agaaacactt
      481 tgccgtttcc atcagtaagg cgctgctctt tttcgtgagt tcttcttcat aatagccctt
      541 cgaggtctct atcctaactt tgacagcttt cttctcaaga aaagtggcaa cgtcatccat
      601 cgttgcagga tataaattgg gtacgccaaa agctgtaagt cctgttgaag gattatacgt
      661 cccatccaaa gcgaaattcc ccgtttttgt ttgaagtttt aggatagagt cgtcctcaaa
      721 ttttatatac aagcaattat cctcttcaat ataataaggg gtcagactgc taagaacccc
      781 acagacatat aaccctttcc catgttgagt aaaacctaaa aaaatcaggt atgggcacct
      841 tttagaagag agcatattta ctggtttaag gttgataacg aaggtctcta taatgcgcat
      901 cccagtaaat
//
LOCUS       SEQF2637|AYYD01000574.1  933 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..933
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcccaaggtc gcgaccgatg acggtggcaa aagagaatta tcaatcaagt ttttaatcaa
       61 ccaatcattt acacctacac atggaagaat tcatagacgt caatcccatc gggatgacaa
      121 agctcgacaa cgggctgcac gtgggtttcc acagagacgc gtacgatttg gtcaacgcct
      181 gtgaggtcgc caaaatcggc atcacggaag ccaggaaaca ggaatggaaa gagaatctcg
      241 acctcgaagg cgacatcaac caagagtcaa cggctgatta catcaccaaa gagatcgaca
      301 aaaaggacga ggcgcgcgac aagctcatct ccttcctctt tgccatgatc cgcgattatc
      361 ggctgtcgcc cgagaacgac gaggctatcg ctgccgaaaa gctggtcctc ctcatcaagc
      421 cttacagcaa gctgcagcgc gaatcgctcc gccgcgaaac ggatcacatc gacggcctca
      481 tcacagacct gaagaagccg gaaaatgcag cgctcatcac caccctacgg ctcacgccga
      541 tcgtgacgaa attggaggcc gcaaacacag ctttccgcaa cctctttatg cagaacgtga
      601 agaaggatcg ccgcagcaac ctgcccacgg ccgccgaggt acgtcccaag accgacgccg
      661 cctacgaccg catcatcttt atgatccgcg ccgcctatct ctccggcgcc acccccgtgg
      721 atcgggctgt aatcaagact ttgattcacg acctgaacaa tttggtggat aggacagata
      781 cggagtatcg ccagagcctc gcccagcgta aggccgccgg ggacaagaag ccgaaggaac
      841 cgaagactcc caaggatccg aaagagccca aacagcccga cacgcccaag aaccctaagg
      901 atccgaagca gccggagaag cccggtggtg gcc
//
LOCUS       SEQF2637|AYYD01000575.1  545 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..545
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(220..348)
                     /locus_tag="SEQF2637_00194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRSNELLQSRSRLTIQDQRLSFDVYSDVLLHVLDQAVEPFQ"
ORIGIN      
        1 cagttcagtt gcaagctgtc ttgcaacccc gatctatgga acccgcgcga aagtcggatg
       61 aacgggaaga gtcgcgaggc cgttgaggtc aatgccaagt tggataacct ccttctcgcc
      121 gttcagtctt cctatcagtc cttgcttgcc aagggatctc cgtttgacgc aaccgacatc
      181 aaggagcatt tccaaggctg cgtgcaaagt cgaaccatgc tattggaacg gttcgacggc
      241 ctgatcgagg acatggagga gcacgtcgga gtagacatca aaagagagtc tttggtcttg
      301 tatcgtcaga cgagagcgcg attgcaacag ttcattcgag cgaagcataa cgcttccgac
      361 ttaacctttt cgcagctgac ggaggacttc gtcaagcagt tcgagcagtt cgctactgga
      421 gaggtggggc tgaaacaaag tacttgctac aacatggtca tccttgttaa aaaggtctgc
      481 aagctggcgt accgagaggg cgcggcagac tccttgctat tcgacaatgt gcatgtagac
      541 aaggg
//
LOCUS       SEQF2637|AYYD01000576.1  520 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..520
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(183..437)
                     /locus_tag="SEQF2637_00195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAKLAGYFKRDKWTSAKLHVSGQNSLAAEAALIFFCLLFFYQE
                     KKGRDAFCEKEETSAKLQEIIMHSKKVLGKLFGSRFEAFS"
ORIGIN      
        1 ctccttttct ttcatcaagg aaaggccctc tgccgaggga ggggaagttt gccgggtact
       61 ttttccggac gcattattat ctcctgcaac ttccccggcc tcggtgaggc cttgattttc
      121 ttttgcctcc ttttctttca tcaaggaaag aaaaggagaa agaagagcct ccattttgcg
      181 catcaagaaa aagcctcaaa tcgagagccg aacagtttgc cgagtacttt tttcgagtgc
      241 atgattatct cctgcaactt ggcagaggtc tcttctttct cacaaaaagc gtcccttcct
      301 ttcttctctt gatagaagaa aagaaggcaa aagaagatca aggcggcttc ggccgccaac
      361 gaattttggc cggatacatg caacttggca gaggtccatt tgtcgcgttt gaagtacccg
      421 gctaacttgg ccggcatccc tgatgccttg attttctttt gcctcctttt ctttcatcaa
      481 ggaaagaaaa ggagaaagag gagcctccat ttctcacatc
//
LOCUS       SEQF2637|AYYD01000577.1  401 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..401
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgcagcccga cgccgtactg taggcgtttg ccgatagggc cttgcacctc ggcatagatg
       61 gcgggcattt gtccctcggc gtagggcaag gtgcggaggt gacgctcgtt ggtgagatcg
      121 taatccacgg tgatgcgacg gtaagccagg ccgccattga tggcgaggcc ggaggcaaaa
      181 ttcttgttga gcgacgtgcg agcctcgagc atgttcgtcg tctcctcgga gcgattcgaa
      241 agggtgtcta aatcgggcga ggggaggagg cgcagggtct gcatgcgatt gcgggcgtac
      301 tggcggagat agtcggcgcc gatgttgaag gtgctaccct gatcgtccag ctcgcggtcg
      361 aagcggaggg tgccctggta cgtgcgatag gtgtagggcg g
//
LOCUS       SEQF2637|AYYD01000578.1  298 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttaaattttc ctcgcatggg caatccatat ttggaacatt gaacttagag atatattggt
       61 gcattattct tgttttcctt ggatatggtc gatgtagaac tgatagaagc gggcttttat
      121 ttcatcccgt acccgatgaa attcactgtt tataaactcc ggcgttccgg ttgcttctga
      181 tgggtcgtca aatcctatat gcagcctgtt ccttacttca cccgtaaaca tcgggcagct
      241 ttcgtttgcc ccaccgcaga ccgtaataac atagtcccat tcctgtccta tatatagg
//
LOCUS       SEQF2637|AYYD01000579.1  478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..478
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             4..429
                     /locus_tag="SEQF2637_00196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYQKVPVRIEALCERLQEQMKMTGVNTLRAQYELSFTAHLELA
                     TIHPWVDGNGRTARLLMHYIQFYYGLFPVKILREDRGAYIASLRQSQEVENVDCTPFL
                     TFMTDRLRASLKSEIERAAASAEAEKLVGNTQGRMHIPQ"
ORIGIN      
        1 tatatgaact atcaaaaggt gccggtacgg atagaggcgc tctgcgaacg acttcaggaa
       61 caaatgaaaa tgaccggcgt caacaccctc cgcgcgcagt atgagttgag tttcacggcc
      121 catttggagc tggccactat ccacccgtgg gtggacggca acggccgtac ggcacgcctg
      181 ctgatgcact acatccagtt ctactacggc cttttccccg tgaagattct tcgtgaagat
      241 cgtggcgcat acatcgcatc cttgcgacaa tcgcaagagg tggaaaatgt ggactgcacg
      301 cccttcctca cctttatgac cgaccggctg cgggcgtcgc tcaaaagtga gatagagcgg
      361 gctgcggcct cggccgaggc tgagaagtta gtcgggaaca cgcaggggcg aatgcacata
      421 ccgcagtaga ggcacaaagg aatatgatgc aactaagaga gatcgaaaag gataagta
//
LOCUS       SEQF2637|AYYD01000580.1  357 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcgcgcagg ccatccgcag tttgtcgcgg gcccgctttt ttctgctcaa gtctcaaacc
       61 atagtccggc aagtcctcat tttctttctc aggtctaaac gcccccgttt tcactcattc
      121 ggaacttccc gaaagtcctt actcatctat tccaattatc cgggaacctc cgatcctata
      181 tcagtgcatg tatcaattat tcggaatatc ccgaagcatt ctacatctat gatacaagcc
      241 ttcgggaatc tccgatccaa ttaaagcgct cattttatct attcggatag atccgaatct
      301 ttatatcatt gattttatcc atttcggatt cttccgaatt attattatca agtactc
//
LOCUS       SEQF2637|AYYD01000581.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggtacgccct gttccaaggt gacgagcgta gcgaaggtgt gtcgggccgt gtgcgtggtg
       61 atcggcaaag acagtccggc ccttagcgag atcgctttca gacaagataa ataggtggca
      121 taattcatat aaggaagcag tgtttctctg gcatcgctgt gtagctgctc caacaatcga
      181 agagcttcgg gcaacagctt tacacggcag aggacgcccg ttttctgtct gttgaacttc
      241 agccaaagag cgccctcgtc gtcacggata agatgctcac ggttcagcgc catcagatcg
      301 caataggcgg taccgg
//
LOCUS       SEQF2637|AYYD01000582.1  393 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..393
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(185..370)
                     /locus_tag="SEQF2637_00197"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTISTLVTAAASVPLSVTSTNVLWTTPETRSGFKAMPEKSASG
                     EKAAFMPIPGRTSLARS"
ORIGIN      
        1 tctgccgcta cctggagatg agttacggca atggggcctt cggcatggtc gtcatgctgc
       61 cccaagaggg aaagacgaca cgcgacgtgc tggcctcgct cagcggtgag cgttggaagc
      121 agatgcgtca gatgaacaac gaggaggtac agctctacct gccgcgcttc cgtgccgaat
      181 gcacctacga cctggccaag gacgtcctgc ccggaatggg catgaaggct gccttctcgc
      241 ctgaggcaga cttctcgggc atcgccttga agccgctgcg cgtctcgggc gtcgtccata
      301 agacgttcgt cgaggtgacg gaaagtggca ccgaggctgc ggccgtcaca agcgtagaga
      361 tggtgctcat gtccctgccc gttgacaaga aag
//
LOCUS       SEQF2637|AYYD01000583.1  299 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgctacgcct ccctgcccgg catgcgcgct ggccaaacct aagggcgaga acgaactgcc
       61 tatcgacatg gagaagtgcc tcgagcaggc actgaaagac ctctacaata aagaggtcga
      121 cctgaacaaa gtgcctgacc tatctctttg ggaaggtttc cacaaaacgt tcaatcatgc
      181 cgtcatccaa tcctttcctc ctaccaaaga caagaaacta tcggagtttg ccggtagatt
      241 gaagtccagc aacgaggtct ttgccgtctt ccgtgcggag ccactgccgg acgtggtga
//
LOCUS       SEQF2637|AYYD01000584.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatccgcgct acgactacaa cagccagttg cagcccatcg acacctcgtg gtgggagacc
       61 ttggtcagtc gactcgcacg cctgctgcaa cgtctttttc acggccttga cgcggagcgt
      121 gccagcggca ttgtgacctg gtcgctcgtt gcattcttcg tccttgccct gatcgccgtc
      181 atctggttta tctggaagaa gaggcccagc ctctttctgc gcaataaaaa gctgggcatg
      241 gattacgaag aggtcacgga
//
LOCUS       SEQF2637|AYYD01000585.1  655 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..655
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(270..482)
                     /locus_tag="SEQF2637_00198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQLLNIDWIETRINELMFENFLNPIEADLKQIIENREGREKQR
                     ADAAAKLDSLQKQKQEYDAKVAAMAL"
ORIGIN      
        1 agtttgccgg aaagatcctt tacaaggcct cggatctcga aaggatcttg gaggaaaact
       61 acaggggagg cggaaaacgg taaggcaatc acacatttgt cctgttctga aaaaacttga
      121 cagccggaga caatgaaaag aacttcatta tgagcaaaca gctcaccgac tcagggttca
      181 gcgctgtttt ttgaaaagtg aagccgctcc ctgaaggttc agtgctactt tttgaaaagt
      241 gaggctgaac cttccagggt tttgcgccgt tacagagcca ttgcggcgac cttcgcgtcg
      301 tactcctgct tctgcttttg cagggagtcg agcttggctg cggcatcggc gcgctgcttc
      361 tcacgacctt cccgattctc gatgatttgc ttcaagtctg cctctatcgg attgaggaag
      421 ttctcgaaca tcagctcatt gatgcgcgtt tcaatccaat caatattcag caattgcttc
      481 atttgatctt caatcttaga attgagctca tcaacataaa ctgatagttt gtctttaaca
      541 tcctccttga tctccttatt tccaaagacg gcccagtcaa ctgcttttaa agtctctccg
      601 aataatctag caggtaaaac cagtacatca attactatat caccgatggt tacgt
//
LOCUS       SEQF2637|AYYD01000586.1 2726 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2726
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     misc_RNA        159..298
                     /locus_tag="SEQF2637_00199"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             776..2446
                     /gene="ltrA_2"
                     /locus_tag="SEQF2637_00200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MNENKTSCAPADNQQTLWDSIDWTKAELSVRKLQARIVKAQKDG
                     KHNKVKSLQWTLTHSFYAKALAVKRVTSNGGGNTPGVDMETWEKPETKMQAINDLRRR
                     GYQPKPLRRVHIKKSNGKLRPLGIPTLKDRAMQALYLMALEPVAETTADTRSYGFRKE
                     RRCMDAVTQCHNILRKGYSPEWILEGDIKGCFDHISHEWLLANIPMDKAMLRKWLKCG
                     YIFNKQMFPTEEGTPQGGIISPTLANMTLDGLQKVLAERYKRRTIKGEHYSPMVNLVR
                     YADDFIITCENRETLENEIKPLVAEFMAERGLTLSEEKTVITNIRDGFDFLGFNIRKY
                     GNEILTKPTKKAEKRFMENIRKVIKGNKGCKQESLIRMLNAKIRGWRAYYQHGATRDS
                     FHRIDHQIFLSLWQWAKRRHSKKGERWIKDRYWHNIRGNSWTFAAKFKKSNGKDDQLT
                     LLTLSSSFPFLPYTQIKGDMNPFDTDCRLYFNKRMKSKMLVSPKGRKSLLHLWEKQGR
                     ICPICGEPIDTHKAWNVQPTVQKGRKCNILVHDECFKISLKSNDNRKK"
     misc_RNA        2488..2564
                     /locus_tag="SEQF2637_00201"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 ggcgacatcc gtatcgtctt cggctcgaca tccatgctcg gcacgggcgt gaacgcccaa
       61 caacgagcga tagcgatcca tcatcttgat gtgccctggg tgcgacatga agtcgcatag
      121 ataattgtta aaatgatact tacgagtatc agctttaacc cgctgttccg tcagcggtag
      181 cctaccgacc aatgcacctt aatgctgtat taagcggttg ggataaagta cactttcgta
      241 agacgagaca gcaccgtgag ggaaagtcaa gtacggttag tattataccg tagagtggcg
      301 aggctggata gcatggttag cgtaagcgaa ctgttagtaa acttcgtaat gtcacgaaag
      361 agtgtaagat actgatacac tctccccaaa ggggaagcgg tcggctaatc ctctccatgg
      421 taggattaca cggacacaag caccgccgga ggatgagaca gaacctaacc tatcagtcag
      481 ttatctatgt ggaacatagt aagcctgtat atctcctgtc atacagattg ataggtaagc
      541 agacagtaat gaacgctgaa tggtatgcag gtataagata acagaaaaag cgaatgccgt
      601 tctgtaatgg aacggatacg gattgagtcg acatcacgag ctggtgcaga caacatcatc
      661 cgacacgaaa gtgggcagac ttctgtgacg acattcggaa ggcaagcaag tcaagtgttg
      721 tcaaatgata attctttaca attaactttt agaactttca aaagaaggaa agcaaatgaa
      781 cgagaacaaa acatcgtgtg cacctgctga caatcagcaa acgctttggg acagcattga
      841 ctggactaag gcagagctgt ctgttagaaa gctacaagca cgtattgtaa aggctcaaaa
      901 ggacggcaaa cacaacaagg tgaaatcctt gcagtggacg ctgacccact ctttttacgc
      961 aaaagcctta gccgtaaaga gggttacttc taacggaggg ggtaataccc ctggggttga
     1021 catggaaaca tgggagaaac ccgaaacaaa aatgcaagca ataaacgacc tcagacgcag
     1081 aggctatcag ccgaagccct tgagaagagt tcacatcaaa aagagtaatg gcaaactgcg
     1141 cccattggga atacctacat taaaagacag agccatgcaa gcactctacc tcatggcatt
     1201 ggaaccagta gctgagacga cagccgatac tcgttcatac ggattccgta aggaacgtcg
     1261 ttgtatggat gcagtaacgc aatgtcataa tatccttcga aaaggctatt ctcccgaatg
     1321 gattttggaa ggggatataa aagggtgctt tgaccatatc agccatgaat ggttactcgc
     1381 caacattccg atggataagg cgatgctccg aaaatggttg aaatgtggct atatctttaa
     1441 taaacagatg ttcccgacag aggagggtac acctcaaggt ggtataatct ctcccacgct
     1501 tgccaatatg acattagacg gattgcagaa agttctcgca gagagatata aaagaagaac
     1561 cataaaaggg gaacattatt ctccaatggt gaatctggta cgttatgccg atgactttat
     1621 catcacttgt gagaacagag aaacgcttga aaacgaaatc aagcctttgg tagccgagtt
     1681 catggcggaa agagggctta ccctgtctga agaaaagacg gtgataacca acattcgtga
     1741 cgggttcgat tttcttggtt ttaatatccg caaatacggc aatgaaatat tgaccaagcc
     1801 gaccaagaaa gccgaaaaac gctttatgga gaatatccgt aaggtgataa aaggcaataa
     1861 gggttgtaag caggagtctt taatcagaat gttgaacgct aaaatccgag gttggagagc
     1921 ttattatcag catggtgcaa cacgtgattc ttttcacaga attgaccatc aaatattcct
     1981 ctccctatgg caatgggcta aacgtcgcca ttccaagaaa ggggagcgat ggattaaaga
     2041 ccgttattgg cataacatcc gaggtaatag ttggacattt gctgccaagt tcaagaagtc
     2101 aaatgggaag gatgaccagc taacattgct gacgctctcg tcttcattcc ctttcctgcc
     2161 atatacgcag attaaaggag atatgaatcc atttgacacg gattgtcgtt tatacttcaa
     2221 caagagaatg aagtcgaaaa tgcttgtatc accaaaagga cgtaaatctt tgcttcacct
     2281 atgggaaaag caagggagaa tatgtccaat atgtggagag ccgatagata cgcacaaggc
     2341 atggaatgta cagccaaccg ttcaaaaagg aagaaagtgc aatatattgg ttcatgacga
     2401 atgtttcaaa atatccctca aatccaatga caacagaaag aagtagtatg agccggtctc
     2461 tatataagaa tagagattta gaaaagcttg agccgtatga ggggaaactc tcacgtacgg
     2521 ttctgagggg ggaagagggc agtaatgccc ttgacctacc cgatcgccca tccgatctcg
     2581 agcagcgcaa cggtcgagcc gtccgcaaag gcaacgaggt agccaaacag tttgccgata
     2641 acaaagtaga cgtgatcatc tacgccgtgg agcgctcgct cgacagttac aagttcaact
     2701 tgctacacaa caaacagctc ttcatc
//
LOCUS       SEQF2637|AYYD01000587.1  897 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..897
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agtgttcgac cagacccacg gcggcgcact cggtgcctcg ggctccacct cgacggatca
       61 caaaccggtg tatcgggatt tgatagagag ggattataag taatataact atgcgcaatg
      121 ataattatct catgccatta atttgtgaat ttttggcctg ctacgacatt cgtccaagta
      181 aaaaggaatt gcaattaata ttacaatcga ctccttcctt tccttctatg ttatccataa
      241 tacagacctg tctgcattat gaattaaaaa caaatggata taaggcaaat tataatgccc
      301 ttctaaagag tgagataccg gttattgctc atttgaaaac agacgaagat gaaagattcg
      361 ttctaatcac acggacaaca gaagaaaatg tgagatatgt ggattatagc gcggggtatc
      421 atacgataaa tgagacgaaa gaacaatttt gcacacaatg gacgggtgtg ctgattgtat
      481 cagatagagg ttcaatgata gatcgtaaaa ggagagaagg taaatctact aaatatattg
      541 cgccatgcgg cttgtgcata ttagcagttc tatttgccat ccttccaaga ttcatacagc
      601 accctccttc tgagatctca ttctttgcca tcagtctgtt cttactaaaa ggtttgggca
      661 cttggataac atcgcaattg atccgttatg aagtaagtct atactattct ccatttgatc
      721 aattctgcca tctctataag tcattcgatt gtggggaagt tcttcgttct aaagcatcaa
      781 agctactgaa cgccatacca ttatctgata ctggttttat ctattttgtt gcaggccttt
      841 caacacttgt attaagcgtt ctattagaac gggagaatga catccttccc actcctg
//
LOCUS       SEQF2637|AYYD01000588.1 2929 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2929
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(371..1513)
                     /locus_tag="SEQF2637_00202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLASSIGLTSCGKHDDPKPTPNEVQQHFAFVHYVDKSAYVGTFS
                     DLTPQATDNKKAFEFGFGCYLFAKGNTVLVSEGKFGDKVHKFTRGAHGELIKAGTITF
                     EQMAQPGEINFIDEQHAYVPLHGRGKIALINTATLQKEDEIDLSPYAVQDNNPDPGCN
                     VIRDGKMYVALNQLNSPHTSVPGTGAEVAVIDLKTKKIEVIKDNRTSVVGLFRHSDAF
                     IDERGDIYFYSAGNNFNVADKEGFLRIRKGSDKWDTDYLFNLSKTTIKGIGKTGQYMI
                     KSYYAGNGIVYSCLKVTDTEFGILKKDFQPVRIDIWNKTIEKLDLPMTDSNGSFAITK
                     YKDFIVFGMTCNNGTGYYTYNTRTGECSQTPIVTAVGVPSSLVAFE"
     CDS             complement(1571..2842)
                     /gene="btuB_1"
                     /locus_tag="SEQF2637_00203"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MLNNCLDFESHFSLSHTTNNFVDTARVNHDFEGNIYPSPNGQGE
                     TGDVPHNSNDKGLEINERINFDYRLSANHNLNLNTLINYARRQPNDDIASRHAGFVIG
                     GFPSKKTGVVSGLTWEAKLLDRKLTNMLSVKYFHLHSEIEDLTSYEMIEAPKKKSNTT
                     SQIGWIEAMKYEPFKGFHLKASYQRAIRLPNSQELFGDGIITFPAAGLKPEKSHNFNL
                     GFLIDKNNVLGLSRLQFEVNGFYMQVSDMIKLMKQHMAAGYVNAERVHIKGIETELKL
                     DISPTVYAYGNLTYQDVRDVLEHLPGTQAPNPTKGLRLPNIPYLFANFGAEYHSDQLL
                     KNWYVKAFWDGKFTEEFFYFWELTELQKRRIPRSFVNDIGLLLTYKNRYSIALECHNL
                     MNKEVWDQYRRPLAGRTFHLKFRYVFSKGIL"
ORIGIN      
        1 tcccaaagca tttgccgcga cacttgcggg agtacccgca aacaccaaag catttgccgc
       61 gagatttgcg ggagtacccg caaacgccaa ggcatttgcc gcaagacttg cgggagtatt
      121 cgcaaacgcc caaacgttct ttttccccgt ggcgagattc ccgcggggca tttccaaagg
      181 cgttttggcc atcgcgtggc ttccgtagtg gctctctaag ggccttattc ttacgtcgaa
      241 ctcacgttaa atacaaatag acaagggtga aaagaggttc tcctatgctt ttatccttgt
      301 tgagttatac cttctgttga aagagaacaa gagtattccc tcaaaaagga atactcttac
      361 gatatgagat ttattcaaat gcgaccaaac ttgaaggaac tcccacggct gtaacaatgg
      421 gtgtttgcga acattcgcct gtcctggtat tataggtata gtaacccgtt ccattattac
      481 atgtcattcc aaagacaatg aagtccttgt actttgttat tgcgaaagaa ccattgctgt
      541 cggtcatcgg caaatcgagt ttttcaatgg ttttgttcca aatatcgatt cttacgggct
      601 ggaagtcttt cttcagtatt ccgaattctg tatccgttac tttcaaacag ctatatacaa
      661 tgccattacc tgcataataa gactttatca tatactgtcc tgtctttcct attcccttga
      721 tggtcgtttt cgataagttg aacagataat cggtatccca tttgtcgctc cccttgcgaa
      781 tgcgcaggaa accttcctta tcggcaacat tgaaattgtt gcctgcactg taaaagtaga
      841 tgtcgccccg ctcgtctata aaggcatcgg agtgacggaa caatccgacc acacttgttc
      901 ggttgtcctt gatgacctcg atctttttcg ttttaagatc aataacagcc acctctgcac
      961 ccgttcctgg tacagaagtg tggggcgaat tgagctggtt gagggctaca tacatctttc
     1021 catcacgaat gacattgcag ccgggatcgg gattattgtc ctgaacagca taaggcgaga
     1081 ggtcgatttc atcctctttt tgcaatgtgg cagtattgat taacgcaatc ttgccccttc
     1141 cgtgcaatgg gacgtatgcg tgctgttcgt cgatgaagtt gatttctccg ggctgcgcca
     1201 tctgttcaaa ggttatcgta cctgctttta taagttcacc gtgcgcccct cttgtgaact
     1261 tgtgcacttt gtctccgaat ttcccttcgg atacaagtac cgtgtttcct tttgcgaaga
     1321 gataacaccc gaaaccgaat tcaaatgctt tcttattgtc agtcgcttga ggtgtcaaat
     1381 cactgaaagt gcccacatat gcacttttgt ccacataatg tacaaacgcg aaatgttgtt
     1441 gcacctcatt aggcgtaggt ttggggtcat cgtgcttacc acaagatgtc agtcctatgg
     1501 agctggccag catagcagaa aaagctatgt acttcaatgt tgttgttctc attcttattc
     1561 gtgtttagag ttataaaatt ccttttgaaa agacgtatct gaatttcaag tggaatgtcc
     1621 gccctgccaa cggtcgacga tactgatccc aaacttcttt gttcatcaga ttgtggcatt
     1681 ccaaagcaat ggaatatctg ttcttgtagg tcaatagcaa gcctatgtca ttgacaaaac
     1741 tgcgagggat gcgccgtttc tgtaattcgg taagttccca gaagtagaaa aactcttccg
     1801 tgaactttcc gtcccaaaat gccttgacat accaattctt gagtaattgg tcactgtgat
     1861 attctgctcc gaagttggcg aacaagtagg gaatattcgg cagtcgcagc ccttttgttg
     1921 gattgggggc ttgggtgccc ggcaaatgct ccaagacatc gcggacatcc tgataagtca
     1981 gattcccata ggcatagact gtcggcgata tatccaattt caactcggtc tctatgccct
     2041 taatatgtac cctttcagca ttcacatatc cggccgccat atgctgcttc atcagcttta
     2101 tcatgtcgct tacctgcatg taaaagccgt ttacctcaaa ctgtaatcgc gaaagtccga
     2161 gtacgttgtt tttgtctatc aagaatccca gattgaagtt gtggcttttc tcaggtttca
     2221 atccggcagc aggaaaagtt atgatgccgt caccgaacaa ctcttgcgaa ttagggagac
     2281 gtattgctcg ttgataggaa gccttcagat gaaagccttt gaacggttca tatttcattg
     2341 cttctatcca tccgatttgc gatgtcgtat tgctcttttt cttcggagcc tcaatcatct
     2401 cgtatgaagt caaatcctct atctcagaat ggagatggaa atactttaca gagagcatat
     2461 tcgtcagttt cctgtctaag agtttcgctt cccaagtcaa acctgagaca acgccggtct
     2521 ttttgctggg aaatcctcca atgacaaaac cggcatgtcg gcttgctatg tcgtcatttg
     2581 gctgtctgcg ggcgtagtta ataagcgtat tcaggttcag gttgtggtta gcggacaatc
     2641 tgtaatcgaa attgatgcgc tcgttgattt ccaaaccttt gtcgttcgag ttatgaggca
     2701 catctcccgt ctctccctgt ccgttcgggc tcggatatat gttcccctca aaatcatgat
     2761 tcactcgtgc cgtatccaca aaattgttcg tcgtatgcga gagggagaaa tgagactcga
     2821 agtcaaggca gttgtttagc atttactttc tatcccccaa tcgtccattt tcttaggtta
     2881 cagcagtttt cggtacaccc catctttcgc ttcaagttcg gcgtgggta
//
LOCUS       SEQF2637|AYYD01000589.1  263 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..263
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acataagacg cgcgaatcgt acagttctat catttcggcc ctataggccc aaactgattt
       61 gcattatacg cccaaacaaa tcggacctat agacccagaa cgattggggc tatgcgccca
      121 aacagatcca atcattagct atggatccgc aatgctgtag tcaccgaagt ggatgtagcg
      181 attgaagcga gattaaaagt cggaataggc cgagatgaag cgcttcatct cgttaccggg
      241 cctttgagaa ctactcggtt ttc
//
LOCUS       SEQF2637|AYYD01000590.1  739 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..739
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tatctacccc tttccaccta attatcagcc tacttactct gacatcgtgg cttctgcttt
       61 tgaggggaat agttggagta caagcaatgg aaacttacaa ttggtttccg ggcagggaac
      121 gagaactgct gtgttcagga aaaacggttc gggagaatgt acgataaggg caaccttacg
      181 ctcagcccat ctgaatataa ccctcccctt agaggtctgg gcaggagctg tcaagacgtt
      241 tgtacgagcc aagggagaag atcatgacac accatttagt ccctcaacat cgttgcacat
      301 cgacctgctc ggaggtctgg gattaaataa caccgtcgaa tttgccgcga tgagaggaag
      361 taaacacgtg atggatgtta cctgggaatt gcataatgaa acgccagatg ttatttcctt
      421 aagagggcat gccccacttg taatcgtcag tcccataaag cagggggttg gcagcttccg
      481 catgacggca atagatcagt gtggcagggg aacgacagca catgtcagtg ttcatatctc
      541 gtcaaaatac catttcaccc tctcccctaa cccggccgtg gatgtggtga cgctcaaact
      601 gacaggggtg gaaggcgaac agcgcgcccc aggatcgccc tcggcaatgg gcacgacgag
      661 cacgtatgaa atccaacttt ggagcgggct ggcgatgctg agatcattcc agacgaatca
      721 gctgaccttc caaatcccg
//
LOCUS       SEQF2637|AYYD01000591.1  500 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..500
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(275..460)
                     /locus_tag="SEQF2637_00204"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGRKKLSDYFSDRKFSLLDKTNAWILCDASERILWIVGHRTDN
                     RFRITSKTRRALIVTQR"
ORIGIN      
        1 ctggaaaagt catttcgtgt cacatgaaac cgcatttccg actggaaaag tcatttcgtg
       61 tcacatgaaa ccgcatttcc gactggaaaa gtcatttcat gtcgcatgac ggggcatttt
      121 cgacaggaaa agccatttca tgtcgcatga cggggcattt ccgattggaa aagtcatttc
      181 gtgtcgcatg acggggcttc gagcattgtt cccaccgact ttttcggatg aaaacgactt
      241 caaacgacga cggaggcggg agcatgaggc gcgttcagcg ttgcgtgacg atcagtgcgc
      301 ggcgcgtctt tgaggtgatc cggaagcggt tgtcggtgcg atggcccacg atccaaagga
      361 tccgctccga ggcgtcgcaa agaatccaag cgttggtttt gtcgaggagg ctgaatttgc
      421 ggtcggagaa atagtcgctc agcttcttgc gacctgtcat tccgaagggc acaaagctgt
      481 cgccagcgcg ccaacgccgg
//
LOCUS       SEQF2637|AYYD01000592.1 2007 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2007
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             264..1766
                     /gene="tuaB"
                     /locus_tag="SEQF2637_00205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32273"
                     /codon_start=1
                     /transl_table=11
                     /product="Teichuronic acid biosynthesis protein TuaB"
                     /translation="MGRRKIIRVDPEVVQSAVAQEEPSLKEKTARGLFWGGISNFVQQ
                     VIGMAFGIAIARILSPDDYGLVAMLAIFTAIANTVMDSGFTTALINKKTVKHRDYNAV
                     FWFNVFAAIGMYVILFFVAPLIAHFYKQPILTDLSRILFLSFIIAAVGIAHNAYLLKK
                     IMAKQRGIIDMAAVFCSGTVGLILALNGFAFWGLVAQQLTQISVAVLLRCYYSPWRPT
                     LEFDFTPLKEMFGFGVKIFTTNIFYQVTGNLFPVVLGRYYGKTLTGYYAQGNKWSILS
                     SSVVLTGFNNVAQPVLVEARDDIRRQLKIFRKMLRFGAFLTFPTLLGLAFISKEFIWI
                     VLGEKWMESVFFMQIFCVWGVNSFFVSLYSMLLLSYGRSNIYMVLMSLLFFSQLLCLF
                     IFSRYDIRFLLAFYVGIYLLSTLGWQYFAHQLIRIRLRDVMKDLFPYIGATVAAIATA
                     WFVSSGISNYYVSLFVKITITAAVYIILLWMMRSVLLKETILFLKIKIGS"
ORIGIN      
        1 gacacacgga atacaaaagt ggttgatgtt gtgcgtgaat tacttgagta taatgtatct
       61 gttgatgtat atgatcccta tgcgtgtcgt gataagacag aggctgaata tggcattgat
      121 ttaatgcaga atgaacctga tttacgacaa tatgatggga ttatactggc cgtagggcac
      181 gatgagtttg cgcagatgga tttttctttt atgaaagatc aggatgctat cttatttgac
      241 gtgaggggcg ttttgcctcg tctatgggtc gacggaagat tataagagtg gatccagaag
      301 ttgtacagag cgcggtggct caagaagaac cttcactgaa agagaagacg gcaagaggtc
      361 tgttttgggg tggaatcagc aactttgtcc agcaagtgat cggtatggct tttggtatag
      421 ccatcgctcg aatcctttcc cctgatgatt atggactcgt tgcgatgctt gccattttta
      481 ccgctatcgc gaatacagtt atggatagtg gttttactac agcattgatc aataaaaaga
      541 cggtgaaaca tcgcgattat aacgcagtct tttggttcaa tgtgtttgca gcaattggga
      601 tgtatgtcat tctgtttttt gttgcaccgc taattgcaca tttttacaag cagccgatct
      661 taaccgatct gtctcggatt ctttttctca gttttattat tgctgctgtt ggaattgcgc
      721 ataatgcata tctactaaag aaaatcatgg ccaagcagcg cggtattatt gatatggctg
      781 cggtgttttg ctcgggaacg gtggggttga tcttggcatt aaatggcttt gccttttggg
      841 ggttagttgc ccaacaattg actcaaatat ccgttgctgt attgttgcgt tgctattatt
      901 caccatggag acctacatta gaatttgatt tcacaccgct gaaagagatg ttcgggtttg
      961 gagtaaagat atttacaaca aatatattct atcaagttac gggtaattta tttccagttg
     1021 tattagggcg ctattatggt aaaacactta cgggatatta tgcacaaggg aataaatggt
     1081 ctatattgag tagctctgtt gtgttgactg gatttaataa tgtggctcaa ccggtattgg
     1141 tagaagctag agatgatata agaaggcaat tgaagatttt tcgtaagatg cttcgttttg
     1201 gggcttttct tacatttccg acattgttag gattggcgtt tattagtaag gaatttattt
     1261 ggatcgtcct gggagagaaa tggatggagt ccgtcttttt tatgcagatt ttttgtgtat
     1321 ggggggtgaa tagttttttt gtttcgcttt attccatgct tttgttgtcg tatggccgat
     1381 cgaatatcta tatggtattg atgtcattgt tgttcttttc tcaattattg tgcctattta
     1441 tcttctctcg ttatgatata aggtttctat tagcttttta tgtagggatt tatttgttga
     1501 gtactctcgg ttggcaatat tttgctcatc aacttatccg aatacgccta cgagatgtga
     1561 tgaaggatct gttcccttat attggggcta cggttgcggc tattgcaacg gcttggtttg
     1621 tctcgagtgg aataagtaat tactatgtta gtctttttgt gaaaatcacc attacagcag
     1681 ctgtatacat aattctacta tggatgatga gatcagtttt attaaaagag acaatccttt
     1741 tcctcaaaat aaagattgga tcgtgaagaa gaatgtctaa ataaatcggc agaatgtttg
     1801 caacgcttta tcgaaaaatt gtttcacaaa gaactcggga aaatatatat caggcttttc
     1861 tcggggaatg gctccttttt atacgtaata atatcacaga acccattaag gcgaaatatt
     1921 atattgtttt gtttagtctg cgtaagccac gtaacgcacg agaacaatca ctgaaagaat
     1981 gggggcttgt agggccatgt ccatatc
//
LOCUS       SEQF2637|AYYD01000593.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tagagcaaca ccttcatttt catgtcatcc atacgctttg aaaactgtgg gcaaaattac
       61 ccggttcaaa gcgcccgtta cctatgcaga tccctgtata tcaatgcaaa agaaccatgt
      121 gcaagaaaga ctcagttacc tgcttttgca ccctcgttac ctgtcgcggg gcggggtaat
      181 gctttggtaa ctgaacttct gcctaaaatc gcacttttct gccttttacg ctcgatgcaa
      241 tcggaagcat atcgacccct ttctgcct
//
LOCUS       SEQF2637|AYYD01000594.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgaagcaaa accgaccccc gattggggcc aaaccaggtg gtttgaagca aaaccgacct
       61 ccgattgggg tcaaaccagg tggtttgaag caaaaccgac ctccgattgg ggtcaagcca
      121 ggtggtttga agcaaacccg accccgattg gggccaaacc aggtggtttg aagcaaaacc
      181 cgaccccgat ttaggccaaa ccaggtggtt tgaagcaaaa ccgacccacg atttgagcca
      241 aaccaatggt ttgaagcaaa acccgacccc gattcgggcc aaaccaatgg tttgaagcaa
      301 aac
//
LOCUS       SEQF2637|AYYD01000595.1 4653 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4653
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             347..2152
                     /gene="argS"
                     /locus_tag="SEQF2637_00206"
                     /EC_number="6.1.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q54869"
                     /codon_start=1
                     /transl_table=11
                     /product="Arginine--tRNA ligase"
                     /translation="MTSIKMIEQQLSAAVRAAIEALYNHTVAPEQTALQKTKKEFEGH
                     LTLVVFPFLRISRKSPEETAREIGQYLREHEPAVADFNVIKGFLNLTIAGSRWVEALG
                     AIHADDAFGTRPITAESPLVMVEYSSPNTNKPLHLGHVRNNLLGYSLSRILEANGNRV
                     VKTNIVNDRGIHICKSMLAWKKWGEGATPESTGKKGDHLVGDFYVLFDKHYREELRTL
                     EATGLTREEAEAQSPLMAEAREMLRRWEAGDEEVRALWATMNSWVYAGFDETYRRLGV
                     GFDKIYYESQTYLEGRDKVLEGLSRGLFYRRPDGSVWADLTADGLDEKLLLRADGTSV
                     YMTQDIGTAKLRYDDYPIDRMIYVVGNEQNYHFQVLSLLLDKLGFAFGRGLIHFSYGM
                     VELPEGKMKSREGTVVDADDLMDEMIATARDISNELGKLDGLSREEADDIIRIIGLGS
                     LKYFILKVDPRKNMTFNPKESIDFNGNTGSFIQYTYARIRSVLRKAAEQGLTVPATLP
                     ADTPINVKEQALVQSLADFSDVVREAGETYSPACIANYTYDLVREFNQFYHDYSILGE
                     ADERVRALRLTLSAETAKVILTAMSLLGIEMPERM"
     CDS             2156..3295
                     /gene="wbpI"
                     /locus_tag="SEQF2637_00207"
                     /EC_number="5.1.3.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD61"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2,3-diacetamido-2,3-dideoxy-D-glucuronate
                     2-epimerase"
                     /translation="MKLITILGARPQFIKAATVSRALIEYNRSVTDPAQRIDEKILHT
                     GQHYDANMSDVFFRALEIPQPAWNLHCGGIGSHAEATARMMTGIERVLLDERPDRVLV
                     YGDTDSTLAGALTAAKLHIPVAHVEAGLRSFNRRMPEEINRVLTDHLADRLFCPTRAA
                     VEHLRREGITDGVMHTGDVMYDAALIFGRLAAGRSTVIESLGLTPKSFYLATVHRAEN
                     TDDVTRLTAIVRALIEASTPTCPVVWPLHPRTRSRLEAYGLLAPLSDAVRLTDPVDYW
                     DMVRLEQSAAAILTDSGGIQKEAYFHRTPCVTLRDETEWTETVEAGWNILTGSDTDRI
                     LHALRNPSPTRHEIADFGDGHAAEHIVRALIKNVPSQLGRHPMVP"
     CDS             3416..4618
                     /locus_tag="SEQF2637_00208"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSVLILCDLFPPAFGPRMGYLCKYLAGEGWTPVVVTEQVPGDT
                     FEFLCKGVDVTYVPASRMASLTDVFFGRKTARLERAAERKLAERPCDVVLCSTYREFP
                     LDAARRIARRHRLPLVVDLRDIIEQYAGDEYLSHPLPRLFGVERIVARLFRARSLAIR
                     NRALEEAKAVTTISPWHVEVLRQRNPHVHLIYNGYDPELFAPRTVRTPQFRVTYTGRL
                     LSTAMRNPELLLRAVARLVAEGEITPETFRTRWFTDDASRRIIEEEATRYACTPFMDY
                     PGMVPATAVPDVLNESSVLLLLTNRAAPDGPQGIMTTKFFEALAVEKPILCVRGDEGC
                     LEQTIAETRSGLSAHNEEEVHRFLLHHYRRWQTVGFTTADPDREAVRRFSRRAQAGQF
                     ARIIEGRE"
ORIGIN      
        1 tccttagtcg ggaaatggcc tctcccgaag gttggcccca tttccttagt cgggaaatgg
       61 cctctcccga aggttagacc catttccgag cctcggaagt ggcctctccc gaagattgga
      121 tccctttccg agcctcggga gcgccctctc ccgaagagcg tcggcgaaag taaaaagatt
      181 cggcagtcct cctttcatgt gcccgcccca acttcgcagc ccccgcctcc gcccgccttg
      241 gactgcgtaa accgcggact tacctttgcc cccgtcaaaa aaggagcggc tggcgctcgt
      301 tgaacgccta cttctccctc cttttgacta ctcctaacta cattatatga cctctataaa
      361 gatgatcgaa caacaactct cggcggccgt acgggctgcc atcgaggcgc tctacaacca
      421 caccgtggcg cccgaacaaa ccgcgctgca aaagacaaag aaggagtttg agggccacct
      481 caccctcgtc gtcttcccct tcctgcgcat atcccggaag tcgcccgaag agacggcccg
      541 cgagatcggc caatacctcc gcgagcacga gcccgccgta gccgacttca acgtgatcaa
      601 aggcttcctc aacctcacca tcgccggcag ccgctgggtg gaggcactcg gcgcgatcca
      661 tgccgacgac gccttcggca cgcggcccat cacggccgag tcgccgctcg tcatggtcga
      721 atactcgtcg ccgaacacta acaagccgct ccacctcggc cacgtgcgca acaacctgct
      781 cggctatagc ctctcccgca tcctcgaggc caacggcaat cgggtggtca agacgaacat
      841 cgtcaacgat cgcggcatcc acatctgcaa gtccatgctg gcgtggaaga agtggggcga
      901 aggcgccacg ccggagtcga ccggcaagaa gggcgaccac ctcgtgggcg atttctacgt
      961 gctcttcgac aagcattacc gcgaggagct gcgcacgctc gaggccacgg ggctgacccg
     1021 cgaggaggcc gaagcccagt cgccgctcat ggccgaggcg cgcgagatgc tgcgccgttg
     1081 ggaggccggc gacgaggagg tgcgcgccct ttgggccacg atgaatagct gggtctacgc
     1141 cggctttgac gagacgtatc gccggcttgg cgtcggcttc gacaagatct attacgagtc
     1201 gcagacttac ctcgaggggc gcgacaaagt gctcgagggc ctctcgcgcg gactcttcta
     1261 ccgtcgcccc gacggctccg tttgggccga cctcaccgcc gacggcctcg acgagaagct
     1321 cctcctgcgc gccgatggca cgtcggtcta catgacgcaa gacatcggca ccgccaagct
     1381 ccgctacgac gattacccga tcgaccgcat gatctacgtc gtcggcaacg agcagaacta
     1441 ccacttccaa gtcctctccc tcttgctcga caagctcggg ttcgccttcg gtcgcgggct
     1501 gatccacttc tcctacggca tggtggagct gcccgagggc aagatgaaaa gccgcgaggg
     1561 caccgtcgtc gatgcggacg acctgatgga cgagatgatc gccacagcgc gcgacatctc
     1621 caacgagctg ggcaagctcg acggcctcag ccgcgaagag gcggacgaca tcatccgcat
     1681 catcggcctc ggctcgttga aatactttat cctgaaggtc gacccgcgga agaatatgac
     1741 cttcaacccc aaggagtcga tcgatttcaa cggcaacact ggctcgttca ttcagtacac
     1801 ctacgcgcgc atccgttccg tcttgcgtaa ggccgccgag caagggctca ccgtccccgc
     1861 cacgctgccc gccgatacgc cgatcaacgt caaggagcaa gccttggtgc agtcgctggc
     1921 cgacttttcc gacgtggtgc gtgaggcggg cgagacgtac agcccggcct gcatcgccaa
     1981 ctacacgtac gatctggtgc gggagttcaa tcagttctat cacgattact cgatcctcgg
     2041 cgaggccgac gaacgtgtgc gtgccttgcg cctgacgctg tcggctgaga cggcgaaggt
     2101 gatcctcacc gccatgtcgc tcctcggaat cgaaatgccc gaacggatgt aagccatgaa
     2161 gctcatcacc atcctcgggg cacgtcccca gttcatcaaa gccgcgaccg tcagccgcgc
     2221 cctcatcgag tataaccgca gcgtcacaga cccggcccag cgtatcgatg aaaagatcct
     2281 gcacaccggc cagcattacg acgcgaacat gagcgacgtc ttctttcgtg cgctcgagat
     2341 tccacaaccc gcatggaacc tgcactgcgg cggcatcggc agtcacgccg aggccacggc
     2401 acgcatgatg acgggcatcg agcgcgtgct cctcgacgag cgccccgacc gcgtccttgt
     2461 ctatggcgac accgattcca cgcttgccgg tgcactgacc gctgccaagc tgcatatccc
     2521 cgtggcgcac gtcgaggccg gtctgcgcag cttcaaccga cgcatgcccg aggagatcaa
     2581 tcgcgtgctc acggaccact tggccgaccg cctcttctgc cccacgcgtg cggccgtcga
     2641 gcacctccgc cgcgagggca tcaccgatgg cgtcatgcac acgggcgatg tgatgtatga
     2701 cgccgccctc atcttcggcc gcttggctgc tggtcgctcg accgtcatcg aatcgcttgg
     2761 cctcacgccg aagtcgttct acttggccac cgtccatcgg gcggagaata cggacgacgt
     2821 cacgcgcctc acggccatcg ttcgtgccct catcgaggcg tccacgccca cgtgccccgt
     2881 cgtttggccg ttgcatccgc gcacacggtc gcgcctcgaa gcctacgggt tgctcgcccc
     2941 cttgagcgac gcggtacgcc tgacggatcc ggtcgattac tgggatatgg tgcggttgga
     3001 acagtccgcc gccgccatcc tcaccgactc gggcgggata cagaaagaag cctacttcca
     3061 ccgcacgccc tgcgtcacgt tgcgcgacga gacagagtgg acggagacgg tcgaggccgg
     3121 ttggaacatc ctcaccggca gcgacaccga ccgcatcctc cacgccctac gcaatccatc
     3181 gcccacacgc cacgagatcg ccgactttgg cgacggccac gcggcggagc acattgttcg
     3241 agcactcatc aaaaatgtac ccagccagct tggccggcac cccatggtgc cttgactttc
     3301 ttttcgcctc cttttcttgt gtcaagacaa gaaaaggagg taggggtcag gggacaaagt
     3361 ccccccaaag cccggccatg acgccggaat atccccgata tcatttcatc cattcatgaa
     3421 atccgtattg attctttgcg accttttccc ccccgccttt gggccacgta tgggctacct
     3481 ctgcaagtac ctcgcgggtg agggctggac gcctgtcgta gtgaccgagc aggtgccggg
     3541 cgacacgttc gagttcctgt gcaaaggcgt agacgtgacc tatgtccctg cgtcacgcat
     3601 ggccagcctg accgacgtct tcttcggccg taagacggct cggctggagc gtgcggcgga
     3661 gcgaaagctg gcggagcggc cgtgcgacgt cgtgctgtgc agcacctatc gcgagttccc
     3721 cttagatgct gcccgacgca tcgcgcgccg tcatcgcctg ccgctcgtcg tcgacctgcg
     3781 cgacatcatc gagcagtatg cgggcgacga atacttgtcg cacccgctgc cccgactctt
     3841 cggcgtggag cggatcgtcg cccgactctt ccgcgcgcgc agcctcgcta tccgcaaccg
     3901 agcgctggag gaggcgaagg ccgtgacgac catctcgccg tggcatgtgg aggtgctccg
     3961 ccaacgcaac ccgcacgtgc acctcatcta taatggctac gaccccgaac tcttcgcccc
     4021 gcgcaccgtc cgcacgccgc agttccgcgt cacgtacacc ggccgactgc tgagcacggc
     4081 catgcgtaac cccgagctgc tgctgcgcgc tgtcgcccga cttgtggcag agggtgagat
     4141 cacgcccgag acgttccgca cccgctggtt caccgacgac gcctcgcggc gcatcatcga
     4201 agaggaggcc acgcgctacg cttgcacgcc cttcatggac taccccggca tggtgcccgc
     4261 cacggctgtg cccgatgtgc tcaacgagag ctccgtcctg ctgctgctca ccaatcgcgc
     4321 cgcgcccgac ggtccgcagg gcattatgac gacgaagttt ttcgaggcct tggccgtaga
     4381 gaagcccatc ctctgcgttc gtggcgacga ggggtgtctg gagcagacca tcgccgagac
     4441 gcgctccggg ctgtcggccc acaacgagga ggaggtgcac cgcttcctgc tccaccatta
     4501 ccgccgctgg cagacggtcg gctttaccac ggccgatccc gaccgggagg ccgtccgccg
     4561 cttctcccgc cgcgcacaag ccggacagtt cgcacggatt atagagggta gagagtagag
     4621 ggtagagggt agatccgggt agctcatttg tct
//
LOCUS       SEQF2637|AYYD01000596.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agcttcatgg aacgcatcgt gcgcgcccat ttggaggact acgccgatga gatcgaggaa
       61 tggcgaaagc tgtaatccaa gcacacggat ccatcaaaga gtccacgaac gatatgcata
      121 cctaacaagc agtaaccgcc tgaatgcatg gtatgcagtg attgtaagaa atacagcggg
      181 tacgtaacgg agcgtgacga cggtaatgca agacgtcagt ttgttcccac aaactgcgct
      241 tgctcccccg cccctgtcgg tcggtg
//
LOCUS       SEQF2637|AYYD01000597.1  306 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..306
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tctaagatgc gcgcacggat gtactccgtt ttcgtgcggg cgccggagcg tttgaagagt
       61 tcgatcagcc gaagctggtc gcggctgtcg ggcaggcgga agtggaaggc gtcccatttc
      121 ggggagcgaa cgggtgtttt cttcggtcga ttcatagggc tctggttttt catataagat
      181 caggtggcga ctttggagcc gaaccgccgc ggaggccgct ccgggggcaa ggcgttttgt
      241 agcacaaaac ggtttttgta gcacaaaaac acaccttgcc cggcctttgg gccgtgtgtc
      301 tgagaa
//
LOCUS       SEQF2637|AYYD01000598.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcatcggaat ttcccgcatt ccgacaggct tcttttgcct tttcaatcac tttgaagaag
       61 ttctcccact tactatagcc caataaaggc tgaagatctc ttgcactcca gcactccacg
      121 ccgtccactt cgatggcggc cgcttcgaag ccttggtata actccgatat gatttctctt
      181 ttcatctaat gagggattat tgttgaccgc cccaaacaag gagcgatcaa acagaagggc
      241 acacatgggg
//
LOCUS       SEQF2637|AYYD01000599.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             33..218
                     /locus_tag="SEQF2637_00209"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVTREEKEARRLWEEHCKRVQSLTELSPEAERETRAQRDARIR
                     RLLANLRTNSSQSLPPI"
ORIGIN      
        1 agacagggct aacgtaaagg agtaagcgcg gaatggctgt cacacgcgaa gagaaagaag
       61 cccgccgcct gtgggaggag cactgcaaac gggtgcaaag tctcacggag ctctcccccg
      121 aagcagagag ggagacacgc gcccagcgag acgcccgtat ccgccgcctg ttggcgaact
      181 tgaggactaa ctcatcccag tccctccccc cgatataaag cacaccaagg tgagggggga
      241 caa
//
LOCUS       SEQF2637|AYYD01000600.1  489 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..489
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atgacgaagc gttcgtcttc atcagctttc gattcggggg agtaagagat gagataagcg
       61 cgtcgcttct cgttgtattc aaatcgaatc gtcagccagg tgtaacgctt gaccatgtcc
      121 tcggcccatt gccgcagggt cttttctaat tcaagatctc tcataggttt ccaaggttgc
      181 cgatggcttt cgttttcatt attcgctatt tgtcgatgta tatcccacgg ggtacccggc
      241 attcgttttt cgtttgggta ggggcgtatt gaatacgccc cccaaacatc ccgcaaggga
      301 tgaatgatcg tcaccttatt ggatcgttcg gcccctttcg ggcccgtgta gtggggcgta
      361 tgcaatacgc ccctacaact gggtacccta ttcctccggc aacgtgatgt cggggttgcc
      421 gtcgtcgggt ttcttcggat ccttcggttt ctcgcccagc gtaaggccgc taaggagccg
      481 aaggaaccc
//
LOCUS       SEQF2637|AYYD01000601.1  314 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..314
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccccatgat atgggcaccc tcggacgggc gtaggtggcc ctaatggctt ctgtttatta
       61 agtcgcaagt gctttcattt aataggaaga atcttcctgt taagtcgcaa gtgctttcat
      121 ttagtaggaa gaatctgctt attaaatcac aggtgctttg acttagcagg aagaatctgc
      181 ttattaaatt gcaggtgctt tgatttaata atcagcctat gttttgcccc taaaagcact
      241 cggaggttcc taatcagctt atgttttgcc cctaaaagca ctcggaggtt cctaagcaga
      301 acctgttttt gcac
//
LOCUS       SEQF2637|AYYD01000602.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gggtatgaga ctgcagagaa aaagagattg cgtgatttga aaagagaagc atcttttttg
       61 tgttcagaat acggtttaca tttgctctca gttagacgaa caaacggagt aaaaagacat
      121 ggaaaaagca agtgtttata cgggctggaa catttcccct gacctatctg atcaacggga
      181 tagacaaggc caattcattt ggcttcggca gttgtacctg tattctcttc tcttttttca
      241 attattaaga gctgtacttc ctgtgtattt acaaccccca tatgagtgaa gtgctcactc
      301 tgtttgtacg tggatgcttt tgcacgtatg cgaaggttag ctctctaaga gactaagaga
      361 gtgcctttgc ac
//
LOCUS       SEQF2637|AYYD01000603.1  596 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..596
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(42..464)
                     /locus_tag="SEQF2637_00210"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNQSPMNRPKKTPVHPPKWDAFHFRLPDSRDQLRLIELFKRSG
                     ARTKTEYIRARILDEHFRVVTVDKSREDFARRLTEFSAALNKIGVLYNQAVRAINTYH
                     SSKTAIVMLRKLEGYAADIHRLQERVIALTESFRTIDR"
ORIGIN      
        1 cgttttcatc aggtctttgg agggcggcga gatcttcgca atcatcgatc aatcgtgcga
       61 aaggattcgg ttaaggcgat gactcgctcc tgcagccggt ggatgtcggc cgcgtatccc
      121 tccaacttac gaagcatgac gatggccgtt ttcgaagagt gataggtatt gatggcacgg
      181 acggcttggt tgtacagcac gccgattttg ttcagcgcgg cggagaactc ggttagcctg
      241 cgagcgaagt cctcgcggct cttgtcgacg gtcacgacgc ggaaatgttc atctaagatg
      301 cgcgcacgga tgtactccgt tttcgtgcgg gcgccggaac gtttgaagag ttcgatcagc
      361 cgaagctgat cgcggctgtc ggggaggcgg aagtggaagg cgtcccattt cggggggtga
      421 acgggtgttt tcttcggtcg attcatgggg ctctggtttt tcatataaga tcaggtggcg
      481 actttggagc cgaaccgccg cggaggccac tccggggcaa ggcgttttgt agcacaaaac
      541 ggtttttgta gcacaaaaac acaccttgcc cggcctttgg gccgtgtgtc tgagaa
//
LOCUS       SEQF2637|AYYD01000604.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatacctat tatatatggg cgcccacaag gctccctcct actacgtata aatcccgggg
       61 ccaagcccca taactaccct acaaacaatg agcgagaaaa aatattcgat caacaacatg
      121 ctactggcct tcatcgcagt cgtcatcgtg ataggcttag tgtcattggc aggcttcttc
      181 ctgcttactc tccccgacga catcatcatg ggccaggcag aggccactca ggtacgcatc
      241 tctggcaagg tgcccggacg catcgaggc
//
LOCUS       SEQF2637|AYYD01000605.1  361 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaactaaaag tgggagagta ggtagctgcc gttttttgaa agggaagtcc ctctgttgat
       61 cgattaagat cggcggagag acttcttttt ttgctgttat cccatgtgct tacccttgaa
      121 ggaagaaaga gaagagggcg aaggggaatc aagatctcct ctgggagctg aacagggggc
      181 atttagggat tgcttcggat tgaggtgggc caagaagaca gctacctctg tcggtggcgg
      241 agagggacgt attgcatacg cctcatgtgt acccagatcc cgggctgacg cataatccga
      301 actatagccc cagttcgaag agttgcagag gattgatctt ggctaagaac atctgcactc
      361 g
//
LOCUS       SEQF2637|AYYD01000606.1  419 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..419
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcttggcta aggaacggat catgacgcgt accaatgttt tgcagaccgc catagttcag
       61 cttgatgtta ttgtccgcag caataaacac gctaccgctt gagccgtgtg ccttgtattc
      121 gaagtcttgc aggtagacgt tgttacgctc ctcttcacag ctacagtatg ccttctcgcc
      181 tttcagtttc gacaggtcag cgagattctc gatctgtgcc aagaaagcca agctaccgcg
      241 cagtgtgtct acattgaacg gattacgcat atcaatgtca ccaaaacgtg tgcggaagac
      301 tacatcgcct gtagagctcg gatcctcgaa gctcaggtaa gcgcctttgt tgaagatgat
      361 gttaccgcga ttaccggcat ccaccgtcag atcgccaata gctccacgat agatcagac
//
LOCUS       SEQF2637|AYYD01000607.1  312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(15..239)
                     /locus_tag="SEQF2637_00211"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRSTLEAYKQTFLVPAKLTDRRAVYLSRDTQERADFVVRRLGN
                     RGANLSSFVERIVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 tctgtatgct cggattatag cttccgccat tcctcgatct cctcggcgta gtcctccaaa
       61 tgggcgcgca cgatgcgctc cacgaagctc gagaggttgg cgccccgatt acccaatcga
      121 cggacaacaa agtcggcacg ctcctgtgtg tctctactca aatagaccgc ccggcgatct
      181 gtcagcttgg cggggacgag gaaggtttgc ttgtaagcct ccagcgtgct ccgtctcatt
      241 ttggcgctga tgcgtttcgg tgtaggtgca ctctcggcat gcacggcctg ctcggatggc
      301 tctgcttcct gt
//
LOCUS       SEQF2637|AYYD01000608.1  331 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gataggattt gcgcgtaaaa acaccatcaa aaagcaaact atagattgca attttatgct
       61 tcctgttcgg ttgccgatcc ctgattggtg tttacgatca ctcgaaagta tgcgcctgac
      121 cagatgtcct aagatatagc ttgaatcaaa atggctttac acgatcatgc ttgcgacctc
      181 atctaaaata gacttttttt ttgatcggat cgcctaagat tcgccatcat ttaaatttga
      241 atgcgaccgt atggcgtaca atctgatcca atacaaaatt gtttcgcttc atatggcatg
      301 caaaatgatg aaattcaatt tagatataga c
//
LOCUS       SEQF2637|AYYD01000609.1  537 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..537
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1..216
                     /locus_tag="SEQF2637_00212"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIPAHLEQEINAADASSIPGAATVGDSFDLSRLLDFMHTPRTF
                     DHDTFRGWLLSAEETFVRELTSVVDRE"
     CDS             complement(284..529)
                     /locus_tag="SEQF2637_00213"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLLYRTDNRRVQAGMLATCRAHSFSFNTQWELSLKISRHANQY
                     LFFQYYNGYGENLLDYDRFKSVLRLGMVIKPEGFSIY"
ORIGIN      
        1 atgctcatcc ccgcgcacct ggaacaagag atcaatgccg ccgacgcctc gtcgatcccc
       61 ggcgccgcca cggtaggtga ctcgttcgac ctctcccgcc tgctggactt catgcacact
      121 ccgcgcacgt tcgatcacga caccttccgt ggctggctgc tctcggccga agagactttc
      181 gtccgcgaac tgacgtccgt ggtcgatcgg gagtagcgcg tggagagagg cgcgttgagg
      241 ggtagatgac tcttcgccca gccccaagcg ctatcctccg gcctcagtaa atggagaagc
      301 cttcgggctt gatcaccatc cctaggcgga ggacactctt gaaacggtcg tagtcgagga
      361 ggttttcgcc gtagccgttg tagtactgaa agaagaggta ctgattggcg tgacggctga
      421 tcttgaggct aagctcccat tgggtgttga agctgaagga gtgcgcccgg caagtggcca
      481 gcatgcccgc ctgcacacgc cgattgtccg tgcgatagag cagtcccatc ctgtctc
//
LOCUS       SEQF2637|AYYD01000610.1 1312 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1312
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             19..1140
                     /gene="relA"
                     /locus_tag="SEQF2637_00214"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHG9"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional (p)ppGpp synthase/hydrolase RelA"
                     /translation="MKEERGLDEFLSDVRAMLETQSADPMDLIKEFRTDLYQDEIYVF
                     TPTGEVIKLGKGATVLDFAFAIHSKIGCGCISGKVNGKNVPIRHTLQNGDSVEVVTSP
                     TQSPKRDWLTFVKTSKARSKIKQALREESAKAAEYAKELLQRRFKNRKIEVEEALLMR
                     YIKKCGYKTVTDFYVDMAEGRRDANTVIEEYLELERREHGETSEHAEIRSAEEFVAPS
                     EPVESRSDVLVIDKNLTGVEYHLAKCCNPIFGDPIFGFVSTRGIKIHRTNCPNAQDML
                     SRFGYRTIQARWSGKGTDGYAVTLHIVGNDDLGIVTNITSVISKESGVMLRSINIDSV
                     DGLFQGNFTVTVKDTASLSVLTKKLQAVRGVKNIERLNT"
ORIGIN      
        1 cattggaagt ataaaggagt gaaggaggag cgtgggctgg acgagttcct gagcgacgtc
       61 cgcgctatgc tcgagaccca gtcggccgac ccgatggact tgattaagga gttccgcacg
      121 gacctctatc aggacgagat ctacgtcttc acgcccaccg gcgaggtgat caagctgggc
      181 aagggcgcca ccgtgctcga ctttgccttc gccatccact ccaagatcgg ctgtggctgc
      241 atttcgggta aagtgaacgg caagaatgtg cccatccgac acacgctcca aaacggcgac
      301 tcggtggagg tcgtcacctc gcccacgcaa tcgcccaagc gcgactggct gacgttcgtc
      361 aagacctcca aggcgcgatc gaagatcaag caggcgctgc gcgaggagtc ggccaaggcg
      421 gcggagtacg ccaaggagct gctgcaacgg cgcttcaaga accgtaagat cgaggtcgag
      481 gaagcgctgc tgatgcgtta catcaagaag tgtggctaca agacggtgac ggatttctat
      541 gtcgacatgg ccgagggccg tcgcgacgcg aacacggtga tcgaggagta cctcgagctg
      601 gagcgccgcg agcacggcga gacgtcggaa cacgcagaga tccgcagcgc cgaggagttt
      661 gtggcgccgt cggaaccggt cgagtcgcgc agcgatgtgc tcgtgatcga caagaacctg
      721 acgggcgtgg agtaccacct ggccaaatgc tgcaacccca tcttcggcga ccccatcttc
      781 ggcttcgtct ccacacgcgg catcaagatc caccgcacga actgccccaa cgcgcaagac
      841 atgctcagcc gcttcggcta tcgcaccatc caggcgcgct ggagcggcaa gggcacggac
      901 ggttacgccg tcacgctcca catcgtcggc aacgatgatc tcggcatcgt caccaacatc
      961 acgtccgtga tcagtaaaga gtcgggcgtc atgctccgct ccatcaatat cgattccgtg
     1021 gatgggcttt tccaaggcaa cttcaccgtc acggtcaagg acacggcctc gctcagcgtc
     1081 ctgacgaaga agctccaggc ggtgcggggc gtgaagaata tcgagcgact aaacacgtga
     1141 ttcggctgcg cttgcctgtt gagtcgtttg cctgttgagt tgttgagtcg tttgggtcgt
     1201 ttatccgttg aggtgttaga ttgttgagag attgagtagt cgtttgcctt cgcgcagatt
     1261 gcgcagcctc aaacaggcgc ctgtttagct tcgcgcagat tgcaggacat ca
//
LOCUS       SEQF2637|AYYD01000611.1  386 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggaatttggg gtaatacggg cagaggtatt tcagagcatt tctctgtact aaaatcagta
       61 agttcctcca ttgaattttt ggaagaaagc tgagcaatat tactcctaac tatcatgtcg
      121 ataagttctc ttccaacaac actctggcag tctatgtatt ccaaattgcc aaaagatgaa
      181 cttatatttt taagaacatc ggaagagatt tgtttatttt gaaagcgcat tctacaggta
      241 tgtctatttt taatctccat gagattatac tcgtattccc ttttctctct aatataatct
      301 aataaattca aatatacaac tgtgtctttt attgttatat ctattgagag accgtgtaaa
      361 ggtgctgcaa ggacgcagtt ttggat
//
LOCUS       SEQF2637|AYYD01000612.1  545 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..545
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             141..395
                     /locus_tag="SEQF2637_00215"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNFERIPESVVRPILYIHHKDGPKGDYKGAEYKKVSKKTYIQY
                     EKAYHEDVNAFREFEFGHKVFTPDGSPLPITKTDYIPLEK"
ORIGIN      
        1 ctacgacgca ttatcgaggt cgtgattggg aagtgtatta cacttccgac attccgctaa
       61 gccgcgggcc atggaaactt tggggtttac caggtttgat cgtccatgcg acagatgcag
      121 atggctattt tctttttgag atgaccaact ttgagcgcat accagagtcc gtggtacgtc
      181 cgatcttgta tatccatcat aaagatggac ccaagggcga ctacaaagga gctgagtata
      241 aaaaggtctc caagaaaacc tatatacagt atgaaaaagc ctatcatgaa gatgtaaatg
      301 cctttagaga gtttgaattc gggcacaagg ttttcactcc tgacggcagc ccattgccca
      361 taacaaaaac ggattatatc ccactggaga aatagctttt acttttcaag aagtacttta
      421 cagacctcag tttgtgcttt tctttagacg aaagacacat tctgaggttt tttgattact
      481 cactttagtg taagaatgac ctatgatgaa tcgtggacta cttttttgga caatactttt
      541 tatgc
//
LOCUS       SEQF2637|AYYD01000613.1  403 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..403
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcgcagaac tgcagccgtg ttcagtttta tcttctccac attgttttgg ccctccctca
       61 tgcgctactt gtatatttaa atatgtgtat tgatcggatt ctgctctatc gtaatcgtat
      121 tttaggggga caaagctatg acatatttcc tactcctttc ctagtaaaag tctctgttag
      181 gcgtagagat cagcatagtt gcttacaaca gctatgatac tcggacaagt gtctttttgc
      241 ctctcgaatc gcctatctca ataaaaaaca gctctactcg tttctgtaca gtgcctgtaa
      301 atcagaaatc aagcataatt taacatgtgg gatatggtgg taaaatttgg atgagaagaa
      361 agtccatgta cttttgcacc cgctttcgag agagggagcg acg
//
LOCUS       SEQF2637|AYYD01000614.1 1824 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1824
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(388..960)
                     /locus_tag="SEQF2637_00216"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRALLLLIGMVATALTAHAQRLLPRQTGVEITAGVPVIQNEKL
                     IQPETFTVGVSFTRYLKAENYTFLSAVYEQQNLPYGKSNVPLSDALLLAGYMHPLLSD
                     GGKNAFVYAGCSALAGYEELNRGKSVLPDGAELFDRSRLVGGVGVHLAVELFLSYHLL
                     FVVGGRGLFLFGSDVYPFRPAISAGFRINL"
     CDS             complement(957..1145)
                     /locus_tag="SEQF2637_00217"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVRGNGSERMVFAFEGFSLPDDKQLEVTIHERNGGRTLSFRVQ
                     NEDLLRARRIDHLKLQWR"
     CDS             1191..1337
                     /locus_tag="SEQF2637_00218"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDTETPDLRLVKANRSHEQYFGLSLSYSFSGGCSVDVKQTEDC
                     NSLE"
     CDS             complement(1329..1817)
                     /locus_tag="SEQF2637_00219"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGIITNRNKFILGPSGSGKSFFTNHMVRQYYEQGAHVLLVDT
                     GNSYEGLCGLINRKTKGADGIYFTYTDARPISFNPFYTDDYVFDVEKRESICTLLLTL
                     WKSADEPVTKTEAKRCHTFLPLRCAGPQTRVFFAPCVAQGPKQRSFSLRALCRAPKDS
                     LF"
ORIGIN      
        1 ggtcacgatc tcgagcgact gtcgctcggc aaagagtgaa tggtaataga ggctgaaatg
       61 ccccggcgcg atggcatagc gatcgttcgg cgtgagcgat ttactgcgtc ggccgccgat
      121 gcgcagcgcc cctctgccgt catactggaa atagcgcaac gtgtagcgcg tgcctttcac
      181 gatgcgttcg ggcgcgagcg tgcagcggat ctcgacttct tcgcccagcg tgagggtttt
      241 cgggatgggc atcgtggtga cttggaacgg ataaaccgtt cgcacgtcca gacggcgatc
      301 acagccgacc cagcaaaacc cggctaggag caggacgcct atcgcccatg ccgcattacg
      361 gatgttcgtt ttcatgattc attagggtta gaggttgatg cggaaacctg ccgagatagc
      421 aggtcggaaa ggatacacgt ccgatccgaa gaggaacagc ccgcggccgc caacgacaaa
      481 gagcagatga tacgacagga acagttctac agcgagatgc acgcccacac ctccgacaag
      541 gcgcgaacgg tcgaatagct ccgcaccgtc gggcaacaca gatttgccgc ggttaagctc
      601 ctcgtagccg gccaatgcgg agcaccccgc atagacaaag gcattcttcc caccgtccga
      661 gagcagcggg tgcatgtatc cggccagcag gagcgcgtca ctcagcggca cgttcgactt
      721 cccgtaaggc agattttgct gttcatacac ggccgatagg aaggtgtaat tctctgcttt
      781 gaggtagcgg gtgaacgata cgcccacggt gaaagtctcg ggttggatca gcttttcgtt
      841 ctgaatcacc gggacgcccg ccgtgatttc gacgcccgtc tgccgaggaa gaaggcgctg
      901 tgcatgcgct gtgagggctg ttgcaaccat accgataagc agaagtagtg cccgtttcat
      961 cgccattgga gtttgaggtg atcgatgcgg cgggcgcgga ggagatcctc gttttgcacg
     1021 cggaaagaga gcgtccgacc gccgtttcgt tcgtggatcg tgacctctaa ttgcttgtcg
     1081 tcgggcagcg agaaaccctc aaaggcgaag accatgcgct ccgacccgtt gccgcgcaca
     1141 cgcatcgact ggcgctgcgt ctcaacttca agctcttccg ttagggccgc gtgatcgaca
     1201 ccgagacgcc cgacctccgc ctcgtcaagg ccaaccgctc gcacgagcaa tacttcggtc
     1261 tctcgctctc gtactccttc agcggtggat gcagcgtgga cgtcaagcag acggaggatt
     1321 gcaatagcct agaataggct gtctttcgga gccctgcaca acgcgcggag cgaaaaagac
     1381 ctttgtttcg ggccctgcgc aacgcaggga gcaaaaaaga ccctcgtttg gggccctgcg
     1441 caacgcaggg gcaaaaaagt atggcatcgc ttggcctctg tctttgtgac aggttcgtcg
     1501 gcacttttcc aaagcgtaag gagcagcgtg cagatgcttt cgcgcttctc cacgtcgaac
     1561 acgtagtcgt cggtgtagaa ggggttgaag gagatcggcc gggcgtcagt gtatgtgaaa
     1621 tagatgccgt ctgcgccctt cgtctttcgg ttgatcaggc cacaaagccc ctcgtaggag
     1681 ttgcccgtgt cgacgagcag cacgtgcgcg ccttgctcgt aatactgccg caccatgtgg
     1741 ttcgtgaaga acgacttgcc gctgcccgag ggcccaagga tgaacttgtt gcggttcgtg
     1801 atgatgccct ttttcatcgg caga
//
LOCUS       SEQF2637|AYYD01000615.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaataggtgg cataattcat ataagggagc agtgtctctc ttgcatcgct gtgtagctgc
       61 tccagcaatc gaagggcttc gggcaagagc tttacacgac agaggacgcc tgtcttctgc
      121 ctgctgaact tcagccaaag attgccctca tcgtcacgaa taagatgctt atggttcagc
      181 gccatcagat cgcaataggc ggcaccggtg taacaggcga aaagaaacac atcgcgggag
      241 gtttccatat cctcgtccaa accgtcaaaa cgc
//
LOCUS       SEQF2637|AYYD01000616.1  343 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..343
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgacgggcac acgctcgact cggccgtctt catccgcttc atcgacctca cgaccgaccc
       61 cttcacctac cagagtggcg gcggcatcac cgcccgcagt cgcatgcatg acgagtacga
      121 ggaggtcatc caaaaggtct atctcccctt ctaatgatca actccaatca gtgtacccgg
      181 ccagcttggc cggcgcccct ggcgccttga ccttcttttg ctccttttct tgtgtcaaga
      241 caagaaaagg agatcccatc aaaggagaag atcccaacca catcactccc ccatgttcat
      301 agaaaccata cgcattcaag acggccacgt gtgtcacctc agc
//
LOCUS       SEQF2637|AYYD01000617.1  616 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..616
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctattttcgt atctgtttca tcttaaaatc agatactact atggaagaca attcggatcg
       61 ctatgtgctc gtactggagg atcggagcga gactaaatcg ccgactgatc ccggctgcct
      121 gtccgtcatt tcggggcagg acgagaaggg gaagatcaaa accgtagaac caaccgagga
      181 gaatcggtcg gctttcttgg tgttcaagaa gaacgatgga ctgctgaaga actttatgac
      241 gaacctccgt cgacagttca atgacccgac gcatttcggc gtttatcgga tcgtagccga
      301 tcggttcgtc gagtctgtgg aggcgctgaa gagcatgctc gccgcgcgtg aaatgcctca
      361 aaataaggct gcattagaca gcattcgcgt cagctcggac gagtctccgg ctcaaaagct
      421 gtctgccatc gatcccgaaa aggtggattg gaaggagctg gagcgcctcg gcgtgagtcg
      481 ggagaagctc aaggcgggcg ggaacttaga tcgactgcta aattggcaga aaacgggact
      541 tgttagcctc gctgtaccct tcggagacac tacgatttat accgaagcac ggctggctct
      601 ccgtacaggg gcagac
//
LOCUS       SEQF2637|AYYD01000618.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atgcaatacg cccctacaca ggtacacgaa aaatgggtcg ttatgggtag gcggttttaa
       61 tggggaaccc aatttttgac gggtatagga ttcaatggga tgtggtgaat ccaatccttt
      121 tcggaaaaag gattcaacga atacgtattt aatagatacg tatcggacgg atgaatcatt
      181 tgcctattgt catgggcatt tgtggggcat atgcaatacg cccctacacc ggtaccctaa
      241 aaatgggtta ttacctgtc
//
LOCUS       SEQF2637|AYYD01000619.1  546 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..546
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttttatgact gatgtagagg ctatatctta gtgtaatcca attaaataga ctgcttatta
       61 atacgtgctt acaaaaagta taaacccacg aacttgagcg gcttcgtcat cttcgtccat
      121 actacgccag ctaacgtctc ggacatcaca gagttaaaga tgctgatgga gaaaaccgag
      181 gtgccgcaat aggtgaaggt ttatgtcgat aaaggatatc cgtcggcaac caatcatgcg
      241 gtcttaaaag aaaagaagtt caaattgatt tcaaagtctc gttgggtcgt tggacgcatc
      301 ttcgaaagta ttcaaaaatg gtttgacgac ggacgatgta ggtacctcgg cctaacaata
      361 acacatttcc aaaacgtcct tgaatcgttg gtatacaatc tctatcgtgt gcgggagctc
      421 gtcatgcccc aacctgccaa atgagagaaa cttggcgcca taatatgaat cgtatgggta
      481 gctaaatagg cagaaaagct aattagagat tgtcgcacgg tcatttgttt ggagtctatt
      541 gttatg
//
LOCUS       SEQF2637|AYYD01000620.1  268 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..268
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtatataaga ggctctcaga ttaaaaggta gctatgcata ctgcatatag catactttca
       61 gattaaaagg atacgatctc tcatgtatat ggtatccttt tatattgaaa gcatagtaca
      121 gtcagtgcat attcttccct tttagatcaa aattgcgtga tagataaaga ttgtaagtgt
      181 atttcagatc aatagccaat aacttgctgt gcctattata ggctttcaga ttaaaagcct
      241 atgatataca ttcagcctaa ggccgcgg
//
LOCUS       SEQF2637|AYYD01000621.1  349 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..349
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttcgatctc ggcggcgaag tcggcccagg tgtccgcgcg gtagcagttt acgctggcga
       61 tcacggggat cacgtggcag gcagctttgc tgtcgcggat caactggaga tactcttcgc
      121 gtccgttcgc gcggacgtag gcgcggacgt aatcttcggc ctccgggtag tcgcttgcgc
      181 cttccattaa taggtcacct tgcgcctcga tctgttcttc gaagagcgat ttgaggacca
      241 cggcccccgc acctgcttct tcccatttgc cgtttttatc agccttgctc gtaagtcccg
      301 aactgccgac gatcaacggg ttacgcagcg tcaagccggc atcttttgt
//
LOCUS       SEQF2637|AYYD01000622.1  479 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..479
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccagacgcta taagctgtac ttgcttttac cgtcagattc ttggctgttt caatgtcgtc
       61 gattttggtt ttcttttacc agtattgttc gtttgataat gtattcttgc ttattacatt
      121 ataaaatctg tgcagatcac acgtcaaaac aactttttat cacaagatag taccgcaaaa
      181 cgaacctgcg ggccgtctaa aaattaagga aaagcagcaa aggtgcattt ttaaaatatg
      241 aaatgaagat accgcagtac caattatttt cgcagtacaa ataatgcgcg gccggtgcat
      301 ttttcgaaag aacgcgagac aaacaggaca attaaagtta gtttttcgag ttagcgtgtt
      361 tgaatactgc aagatacaag ataaatagag tagttgaaac tagatatcaa ttgcacacaa
      421 gatcggcgct aagcatgcca caatttgata tattatgtaa aacaccacct aaggtgctt
//
LOCUS       SEQF2637|AYYD01000623.1  458 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..458
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tggagattct gaagttcata gattgatctt ggaaacaaca aaattcaaga cacattccca
       61 aattggctgg aatctctttc gaagttgcaa gttcttatct tgaggtccaa taaattctgt
      121 ggtgaaatag gcattccaga aactaagttt ccattccaaa aattgcgtat catggacctc
      181 tcctacaatc ggtttagcgg tcacttgcca acaaaatatt ttgaacattt gacggccatg
      241 aaaaactctc aagaacttgg actgaaatat atgggggagg gctactatca ggatactatg
      301 gcagttacaa ttaaaggctt tgaaattgaa atggagaaga tcctgacgtt cttcaccact
      361 attgattttt caaacaacaa tttcagagga gagatttcaa gtgtaatcag taagcttaaa
      421 tcattgaagg ggcttaactt ttctcataat gagcttac
//
LOCUS       SEQF2637|AYYD01000624.111494 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11494
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             155..658
                     /locus_tag="SEQF2637_00220"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEYDELGDEVTLLDIGAAEGIFTLDVINNIKQAYLFESEEPWI
                     EALEATFEPWKEKVTIVKKYVSDTDDEQNIRLDTFFYDKSTDDLFVKMDIEGYERKAL
                     AGAYNLLAMAKNIRGSVCIYHKKDDPEVISRLLTNANLTIEQTPNWLYMSRELRPAIL
                     RFHRKEE"
     CDS             689..1735
                     /locus_tag="SEQF2637_00221"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIDDLLNREEVLSNYIKLNKSFRRTLVFRMGDSGGFFSEYNGM
                     ILAMLYCLTHQTRFILHSYKGNFAREKGWEDFFLPFCTIIQDKPDVYVHTYANFRPFG
                     LHGKIQMQDGVWKWQLKKRVLNVLARGYNLFYPRTYLTQDLWDQFFYSQPHYDIPELG
                     INGNIVQACHRLAQMTWHFNGKTGEEIQVLEEGLKLPQRYVSCHIRGGDKFMETKLLT
                     IDPYMERIKEQPYKDIFVLTDDYTVIDQLATQYPTYKWYTLCEETERGYFHQNFSKSD
                     RELKYRSLLKLLASVDIMARSQRFIGTTTSNPSIFMDICRPDISESVDGDKNMLYYLL
                     YPETRLRSSPPYRT"
     CDS             complement(1681..1800)
                     /locus_tag="SEQF2637_00222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIPSLLFTLVIGEAYFINRKTYVRYGGEDLNRVSGYNK"
     CDS             2062..3192
                     /locus_tag="SEQF2637_00223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYLLFVYEDDGSVMRSVPRIHFLDELKRAGHTLIIFNPLEYPDV
                     EQFNEALAKAAGTVPVDLMVSLHGDELVRPETVVQFKRRGIPTLLFCFDNLQAPYMQR
                     QIASLFDLVWLSSFETMPLFKSWGCTCIFLPYAANPYVFQPRFTTEIPTVGFIGTPYG
                     TRVMKINDLLKGGVPCSLYSDYLLSNSSSEIIRTTSKNKRLVRIDPNDWNLIRFPIGR
                     RILWSKVKKKITPHPQLLESDLLHIHSSVSLEEMNCLYSNFALSLGITEVWDTYLLRT
                     PVHKIHLRTFEIPMCGGLQFAPYLDELAGYFEDGKEIVLYRTKEEYIDKAKFYLRSNK
                     GSERRIMKINARKRAEQEHTWTNRFNNVFKIIFPHHSTRARS"
     CDS             3189..4139
                     /locus_tag="SEQF2637_00224"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLLSNTWNGYTRLKWTKAEAVCYFLRRMAEKTKIAHPFFEERL
                     RRAKHQSVMRYFDPEERCFNFNGAKIPDISHDPEKLDVLRHVYEDVLLFSCHYGENYH
                     RHLVEKLDKSMVEGPYGYTDGVFDVTVKPGDIVIDAGAWIGDFSAYAASKRATCYAFE
                     PTDSTYTWLCETARLNSPYIIPVKSGLGDKKEELQINICDQNSGSNSLVSEKFDIQRQ
                     VVYTDRYETVQITTLDAFVEANDIKKIDYIKSDIEGFERNLLKGAQQTLRRLAPKLAI
                     CTYHFPDDPQVLESLILEANPNYTVVHLRHKLFAAAVKKQ"
     CDS             4136..5035
                     /locus_tag="SEQF2637_00225"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIFEKIRRNLFCASKLNVLVKTYLSIQQYRQCALQGDKTGIDA
                     SGTVIVSLTTYNKRIHEVYLTIESLFQQTQKAKRIILWLAKDEFSKEEIPLILQKQQS
                     RGLEIRFCEDVRQYKKLIPSLKLFPNDPIITVDDDYIYPIDFIERLLNGQRRYPACVC
                     YYIGARIEFQNSGTIKPYIQWGHDEEKEYTPSVLNFSTGAGGVLYPPQCFHEDITNTS
                     LFSKYAPKGDDIWFKAMTLKKDVQYVRIPIECDFSDKFLLLENGQDIALYLSNVKCGE
                     NDIQIKDTFEQYGLMEKLRCAAQ"
     CDS             5080..6291
                     /gene="wecC"
                     /locus_tag="SEQF2637_00226"
                     /EC_number="1.1.1.336"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27829"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-mannosamine dehydrogenase"
                     /translation="MTVNKVICMGLGYIGFPTAAMLAGKGLTVVGVDINERVVESVNR
                     GETHIVEPGLPEMVGQVVRSGHLRATMQPEEGDVYLIVVPTPFRGNHEPDISYVETAI
                     RSVIALLKKGNLLIIESTSPVGTTDKMKQLVCAERPDLEGAVYIAYCPERVLPGNLLY
                     ELEYNDRVIGGIDEASTQKAMEFYTLFVKGNLHKTNAKTAEMCKLTENSSRDVQIAFA
                     NELSLICDKAGINVWELIELANKHPRVNILQPGCGVGGHCIAVDPYFLTSEFPVESQL
                     IAKSRELNNYKAFWCAEKIKNTILEYEMKHSRKPVVAIMGLAFKPNIDDLRESPAKYI
                     TQKVMQSEPKNLLIVEPNIREHPIFKLTDYQAAYERADVVVFLVAHKEFKTLAWNEEK
                     VILDFCGIFKK"
     CDS             6308..7453
                     /gene="wecB"
                     /locus_tag="SEQF2637_00227"
                     /EC_number="5.1.3.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27828"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine 2-epimerase"
                     /translation="MLVFGTRPEAIKMAPLVQEFRKHPDQYETLVCVTGQHREMLDQV
                     LNIFGIVPDYDLNIMKPGQDLYDVTVRILSGMRDILTRTRSDVVLVHGDTTTSMTVAL
                     AAFYQQIPVGHVEAGLRTHNIYSPWPEEMNRQITGRIATYHFSPTSLSRENLLCEGID
                     KNRILVTGNTVIDALYAVVNKIKDDLPLQLSLGKELKAAGYDTGRLVTEEGRRLVLIT
                     GHRRENFGDGFLHICRAIKMLSKKYLDVDFVYPMHLNPNVRKPIKEVFGENCQSNLFF
                     IEPLEYLPFVYLMEKSHIVLTDSGGIQEEAPGLGKPVLVMRDTTERPEALEAGTVKLV
                     GTDYDKIVSEVSSLLSDIQYYRKMSQAVNPYGDGRACRRIVDALRSI"
     CDS             7450..8646
                     /gene="kanE"
                     /locus_tag="SEQF2637_00228"
                     /EC_number="2.4.1.301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q65CC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Alpha-D-kanosaminyltransferase"
                     /translation="MKVLITDVALTPYTHAQYEKISSKGCEILVLLPRIRSSVGKNVK
                     ECELRSCIYRLCYSRVKKKWYGKHALIDLKDILMKEKPDVLVLVWPYLLHLFFDRTIL
                     YVMNRNNIRLVIREIPFQTPPFGKLDYFAHHPAYDEDLNLLSTGFLFKVRAWSTMYIR
                     RFIYQRAHAYIAYYSQAKNIVLSYGLSSTAFFYGNTTDTDSLLSIREVLIGKPLLMDK
                     RRRILHIGRLVKWKKVDLLIKAFSLIVERYRDSELVIVGDGPEKDALIKRAIDLGLRD
                     KIIFTGAVYDLIELAQYMNESSVYVLAGMGGLSINDAMCFSLPIICSVCDGTEKDLVF
                     EGENGFFFREDDVADLTEKLIWILSDLPKAVQMGKKSLQIIKERANLDVFSNMYKKAL
                     SYAVQH"
     CDS             8672..9349
                     /locus_tag="SEQF2637_00229"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYLRYLTQAIRQPIIWDRISTTPISNDFGLSRGTPIDRYYIES
                     FLKENEVDIKGTALEIAENTYTKQFGCGVTSFEVLHVDKSNRKATIIGDLARPDTLPE
                     KIVDCFICTQTLNFIFDVRRAIEGCFKLLKDGGVFLGTVSGISQVSRYDMDRWGDYWR
                     FTDLSLKRLFAEYFRESNIAIRTFGNVFAANAFLQGIALEDIEDRSLLNVRDPDYQVT
                     LGIRAVR"
     CDS             9346..10341
                     /locus_tag="SEQF2637_00230"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPIKRLLQQLFDRYDYIRYKKRIVIGNAEYCWCDIPVPIDYPK
                     QSQTHPSICFFPEKWQGYSYWLATTPYPDERVEYENPCIYRSNDPTVFSPIDRNPILR
                     RPDGVAYNSDPELFHFENKLYCIIRENENGCYLREIKLLNSSDGRDWSEPITIYTSNE
                     ENRQLLSPSYIRRQDKHLIYFLNGDAGVGRNGKCVGIEIAESDNLNTLFCFSSMGDFL
                     NKKDVKIEPWHFDLFEYGCKLYMVLCGRDRSCPTFRNPMYTYLAISEDYVNFYIYKRP
                     IVRYLKSYRPSAYVDDRGIFHLYFSVIGSFLEDHSDRNIAKTEMEFDKLLSKISM"
ORIGIN      
        1 taaatccgtc tcgatacaat gccaaaacgg attaccatat atatggcatc aggataagag
       61 attatttttc agaagaggaa ctaaggagaa ggatatattg agtaattatc ttgggctatt
      121 gattgagcag gataaacgtt ctgcacatcg gtatgtgaaa gaatatgatg aattagggga
      181 tgaggtcaca cttcttgata ttggcgctgc agagggaata tttactctcg atgtgataaa
      241 taatatcaaa caagcatacc tctttgagag cgaagaacct tggatcgaag cattagaggc
      301 tacgtttgaa ccatggaaag agaaggttac gattgtaaag aagtatgtca gcgatacgga
      361 tgatgagcaa aatattagac ttgacacatt cttttacgac aaatctacgg atgatctgtt
      421 tgtgaagatg gatatagaag gatatgagcg caaggctctt gcaggagcct ataatctgtt
      481 ggctatggca aaaaacatca ggggctcagt ctgtatctat cataagaagg atgatccaga
      541 agtaattagc cgtttattga ccaatgcgaa tctcacaata gagcagacgc cgaattggtt
      601 atatatgagt cgagaactgc ggccggctat tttgcgtttt cacagaaagg aagagtgatt
      661 ttcttagagt agagatcgtg tagaattaat gataatagat gatttattga atcgggaaga
      721 agtattaagc aactatataa agttaaataa gtcgtttagg cgaaccttgg tctttcggat
      781 gggagatagt ggaggctttt tttcagaata taacggtatg attctagcca tgctctattg
      841 tttaactcat cagacacgct ttattcttca ttcttataag ggaaattttg ctcgagagaa
      901 agggtgggag gatttttttc ttccattttg tacaataatt caggataagc cagatgttta
      961 tgtacataca tacgctaatt ttcgcccatt tgggctccac ggtaaaattc aaatgcaaga
     1021 cggagtgtgg aaatggcaac tcaagaaacg tgttcttaat gtactggctc gtggatacaa
     1081 tttattttat cctcgcactt atctcaccca agatttatgg gatcagttct tttactccca
     1141 gcctcactat gatattccag agcttggaat aaatggtaat attgtccagg cttgccatag
     1201 actagcacaa atgacatggc atttcaatgg taaaacggga gaagagattc aagtattgga
     1261 ggaaggtttg aagctcccgc aaaggtatgt gagttgtcac attcggggtg gagataaatt
     1321 catggaaacc aaattactga ctatagatcc ttatatggag cgaattaaag aacaaccata
     1381 taaggatata tttgttttga cagacgatta tactgtaata gatcagttgg ccactcaata
     1441 tccgacttat aagtggtaca cattgtgtga agaaacagag cgaggctatt ttcatcagaa
     1501 tttctcaaag agtgaccgcg agttaaaata tagatctctg ctcaaattgc tagcttctgt
     1561 agatattatg gcccgatcgc aacgatttat tggaacgact acgtctaatc ctagtatctt
     1621 catggatata tgtcgcccgg atatatctga gagtgtggat ggtgataaaa atatgctcta
     1681 ctacttatta tatcctgaga cgcggttgag atcctcccct ccataccgaa cgtaagtttt
     1741 acggttgata aaataagctt caccaatcac tagagtgaat aagagggagg gaattttcat
     1801 tgaaaaagag agtagtagta aaaaggctct ttataatgat acgtcttacc ctgttcggag
     1861 tagattatag tcaactagaa atggattgcg aattgagcac gcggaagttt agagttagaa
     1921 gagactccga ccgatgagaa gagatgctgt caaagaatat gagcaccgaa tttcggaccg
     1981 aaactcccat accgtagaaa aacgtaaaaa agagaggatg aagtcatctc ccccacagat
     2041 ataaagacac ggcaacaaga aatgtatctg ttatttgtct acgaagacga cgggtctgtt
     2101 atgcgttcgg ttccacgtat tcattttctg gacgaattga aacgtgccgg gcacaccctt
     2161 attatcttca atccactcga atatcccgat gtagagcaat tcaatgaagc acttgcaaaa
     2221 gctgctggta cagtaccggt tgacctaatg gttagtcttc atggggatga gctagtgaga
     2281 cccgagaccg tcgtgcaatt caaacggcga ggtataccga ccctattgtt ttgcttcgat
     2341 aatctgcaag cgccctatat gcaacggcaa atagcttctc ttttcgactt ggtctggctt
     2401 agctcatttg aaaccatgcc tttgtttaaa agctggggct gtacgtgcat ctttctgcct
     2461 tacgctgcta atccgtatgt ttttcagccc cgtttcacga ccgaaatccc caccgtaggc
     2521 tttattggta caccttatgg aacacgggtg atgaaaatca acgatctgct gaaaggcggc
     2581 gttccgtgca gcctctattc agactatttg ctgagtaatt cctcgtctga aatcattcga
     2641 acgacgagta aaaacaagcg tcttgtccga atcgatccga acgattggaa tttgataaga
     2701 ttcccaatcg gccgacgaat tctttggagt aaagtgaaaa aaaaaattac acctcatccg
     2761 caattgcttg aatcagacct tttacacatt cattcgtccg tttcgctcga agagatgaat
     2821 tgtctttact ccaacttcgc gctctcactg ggaattactg aggtgtggga cacctatcta
     2881 ctgcgcacac cggtacacaa aatccatctg cgcacatttg aaatacccat gtgcggaggc
     2941 ctgcagttcg ccccttatct ggatgaattg gctgggtatt ttgaggatgg gaaagaaatt
     3001 gtactctacc gtacaaaaga agaatatatt gataaggcta aattttatct acgcagcaac
     3061 aaaggctctg aaaggaggat tatgaagata aatgcgagaa aaagagctga acaagaacat
     3121 acatggacta atcgctttaa caatgtgttt aaaattatat ttccacatca ttccacacgt
     3181 gcaagatcat gaaacttctg tcaaatactt ggaacggata tactcgtttg aaatggacaa
     3241 aggctgaagc cgtttgctat tttttgcgca gaatggctga gaagacaaag attgcacacc
     3301 ctttctttga ggaacggctt cgtagggcta agcatcaatc ggttatgaga tattttgatc
     3361 cggaagaaag atgctttaat tttaacggcg ccaagattcc tgacatctct cacgatcctg
     3421 aaaaattaga cgtgttgcgt catgtatacg aagatgtatt attgttttcc tgtcattatg
     3481 gcgagaacta tcatagacat ctcgttgaaa agctcgataa aagcatggtc gaaggcccat
     3541 acggatatac cgacggagtt tttgatgtta ccgtaaaacc gggcgatatc gttatcgatg
     3601 ccggcgcatg gattggtgat ttcagtgctt atgcagcctc gaaacgagct acatgctatg
     3661 ctttcgaacc aaccgatagc acctatactt ggctttgcga aacagcccgc ctaaacagtc
     3721 cgtatattat ccccgttaaa tctggattag gcgataaaaa agaagaactg caaattaata
     3781 tttgtgatca gaattctgga tctaattcgt tggtgagtga aaaattcgat attcaaagac
     3841 aagtcgtata taccgatcgt tacgaaactg ttcaaatcac aaccttggac gcctttgtcg
     3901 aagcaaatga tataaagaaa atcgactata tcaaatccga tattgaaggt tttgagcgaa
     3961 atttactcaa gggtgcacaa caaacactga ggagactggc gcctaaactc gctatttgta
     4021 catatcattt cccggacgac ccgcaagtgc tcgaatcact gatattggaa gctaatccta
     4081 attacacggt cgttcatctt aggcacaaac tatttgctgc agccgtgaaa aaacaatgaa
     4141 aatatttgaa aaaataagac gaaacctttt ctgtgcgtct aaattaaacg tattggtaaa
     4201 gacttatttg agtatccagc aatatagaca atgcgcttta caaggtgata aaacaggtat
     4261 agatgctagc ggtacggtaa tagtctcgtt gactacatat aacaaacgaa ttcatgaggt
     4321 gtatttgacg atagagagtt tatttcaaca gacacaaaag gcaaagcgaa ttattctatg
     4381 gttggctaaa gatgaatttt ctaaagaaga gattcctctg attctacaaa aacaacaaag
     4441 tcgcggtctg gaaatacgct tctgtgagga tgttagacaa tacaagaaat taataccatc
     4501 cctaaaactt tttcccaatg atcctataat aacggttgac gacgattata tatatccaat
     4561 tgattttatt gaaagactct tgaatggtca gcggagatac cctgcatgtg tctgttatta
     4621 tataggagca cgaatagaat ttcaaaatag tggcactatt aaaccttata tccaatgggg
     4681 gcatgatgaa gaaaaggagt atacaccatc tgttctaaac ttttcgacag gtgcgggagg
     4741 ggtcttatat ccaccccaat gctttcatga agatataact aacacctctc tatttagcaa
     4801 atatgcacct aaaggtgatg atatttggtt taaggcaatg actctaaaaa aagatgtcca
     4861 gtatgtgaga atcccaatag aatgtgactt ttcagataaa tttctcttat tagagaatgg
     4921 gcaggatatc gcactttatc tttctaatgt aaaatgtggc gaaaatgata tacaaataaa
     4981 agacactttc gaacaatacg ggttaatgga aaaactacga tgtgcggctc aataaccgaa
     5041 ttgagtcgag atttaaagaa ggaaatatga ggtggtgaga tgacagtaaa taaggttatt
     5101 tgtatggggc tggggtatat cggctttccg acagcagcga tgctggccgg aaagggactg
     5161 actgtggtcg gagtcgatat taatgaacgg gtggtcgaat cggtgaatag gggtgagacg
     5221 cacatcgtag agccgggatt gccggaaatg gttggacagg tcgtgcgaag cggacatttg
     5281 cgtgcaacaa tgcagccgga agagggcgat gtatatctga tagttgttcc gacacctttt
     5341 agaggcaacc acgagccgga tatttcgtat gtcgaaacgg caatacgttc ggttattgcc
     5401 ctgttgaaga aaggcaatct gctgattatc gaatcgacct caccggtagg gacaaccgat
     5461 aaaatgaaac agcttgtttg cgccgaacgt ccggatttgg aaggagccgt ttatatagct
     5521 tattgtccgg aaagagtact gcccggtaac ctcctttatg agctggaata taacgaccgg
     5581 gtgattgggg gaattgatga ggcttcgacg caaaaggcta tggagtttta tacgctcttc
     5641 gtgaaaggta atctgcataa gacgaatgcc aagactgccg agatgtgtaa gctgacggaa
     5701 aactcgtcgc gcgatgtaca gatcgctttt gccaatgaac tgtctctaat ttgcgacaag
     5761 gccggaatca atgtttggga gctgattgag ctggccaata aacatcctcg ggtgaatatc
     5821 ctgcagccgg gttgtggtgt cggcggacat tgtatcgcgg tcgatccgta ctttctgact
     5881 tctgagtttc ctgtagaatc acagttaatc gccaaatcac gggagctcaa taactataaa
     5941 gctttctggt gtgcggaaaa aatcaaaaac accatattgg aatatgagat gaaacactcg
     6001 cgtaagcctg tcgtggcgat tatgggactg gcctttaagc cgaatatcga tgacttgcga
     6061 gaaagtccgg caaagtatat tactcaaaaa gtcatgcaat ccgagccgaa aaatctgctg
     6121 attgtagaac ccaacatacg cgaacatccg atctttaagt tgacagacta tcaagcggct
     6181 tatgagcggg cggacgttgt cgttttcctt gttgcgcaca aagaattcaa gacgttggca
     6241 tggaacgaag agaaagtgat acttgatttt tgcgggatat tcaaaaagta aggcgatgaa
     6301 aagagtaatg ttagtcttcg ggacacgtcc cgaggcgatt aagatggctc cgctcgtgca
     6361 ggagtttcga aaacatccag atcaatacga aacattagtt tgcgtaactg gtcaacatcg
     6421 ggagatgttg gaccaggtac taaacatctt cgggattgtc ccggattacg atctgaacat
     6481 tatgaagccg ggacaggatt tgtatgatgt cacagttcga atcctttccg gtatgcgtga
     6541 tatcttaacc cggacccgat cggatgtggt gttggtacat ggcgatacaa ccacttcgat
     6601 gaccgttgct ttggcagcat tctatcagca aataccggta ggacatgtgg aagcaggact
     6661 gcggacacat aacatttaca gtccgtggcc cgaagagatg aaccggcaga ttacgggccg
     6721 gattgcaaca taccacttct ctcctacatc attaagccgg gagaacctgc tgtgcgaagg
     6781 catcgacaag aaccgtatcc tcgtcaccgg taatacggtg attgatgcac tctatgccgt
     6841 agtcaataag atcaaagacg atcttccttt acaattatca cttgggaaag agctgaaggc
     6901 tgcgggttat gatacaggcc gattggtgac ggaagaaggg cgtcgccttg ttcttatcac
     6961 cgggcaccgg cgcgaaaact tcggtgatgg atttctacat atctgccgag cgattaaaat
     7021 gttgagcaag aaatatttgg atgtcgattt cgtttatccg atgcatctga atcccaatgt
     7081 tcggaaaccg atcaaagagg ttttcggaga gaattgtcaa tccaacttat tctttatcga
     7141 accgctggaa tacctgccat tcgtatatct gatggaaaaa agccatattg tcctgaccga
     7201 cagcggaggc atacaggagg aggctcctgg gctaggtaaa ccggtactcg ttatgcgtga
     7261 tacgacagag cgtcctgagg cgttagaggc cggaaccgtc aagctggtcg gtacggatta
     7321 tgataagatt gtctctgaag tctcgtcatt gctgagtgac attcaatatt atagaaaaat
     7381 gagtcaggcg gtcaatccat atggagatgg tagagcttgt aggcgtattg ttgatgcact
     7441 aagatctata tgaaagtttt gataacggat gtggcattaa caccatacac acatgcgcag
     7501 tatgagaaaa tctcatcaaa aggatgtgag attctcgtac ttttaccgag aatacgtagt
     7561 agtgttggga aaaatgtcaa ggaatgtgag ctgagatcct gtatctatag attatgttat
     7621 agcagagtga aaaaaaaatg gtacggaaaa catgctttga ttgatttgaa agatatatta
     7681 atgaaggaaa agccggacgt attagttctt gtttggccct atttgttaca tctgtttttc
     7741 gacagaacta tactttacgt tatgaatagg aataacatac gtttggttat aagggagata
     7801 ccttttcaga cgcctccatt tggaaaattg gactacttcg ctcaccatcc ggcttatgac
     7861 gaagacttga atctgcttag tacgggattt ttatttaagg tcagagcttg gtcaacaatg
     7921 tatatccgcc ggtttattta tcagagggca catgcttaca tcgcctatta ttctcaggct
     7981 aaaaacatag tgttatctta tggattatct tcgacagctt tcttttatgg taatacgact
     8041 gatacagatt cactgctttc tattcgagag gttttgattg gtaagccttt gcttatggat
     8101 aagagacggc gtattttgca tatagggcgt ttggtgaaat ggaaaaaagt agacttacta
     8161 ataaaggctt tcagtttaat agttgagagg tatagagata gtgagttggt aattgtagga
     8221 gacggaccag agaaagatgc ccttatcaaa agagctatag atttaggtct cagagataag
     8281 attatattta ccggtgcagt gtatgacctt atagagcttg ctcaatatat gaatgaatca
     8341 tctgtatatg ttttagcagg catggggggg ctgtccataa atgacgcaat gtgtttctcc
     8401 ttacccatta tttgttctgt ttgtgatgga acagaaaaag acttagtgtt tgaaggagag
     8461 aatggtttct ttttcagaga ggacgatgtg gccgatttaa ctgaaaagtt aatttggata
     8521 ttgtctgatt tgcctaaggc tgtgcaaatg ggaaaaaaat cccttcagat aataaaagaa
     8581 agagccaacc ttgacgtttt ttctaatatg tacaaaaagg cgcttagtta tgctgtacag
     8641 cactgataca cttgccttct gatatttttt aatgagatac ttgcgctatt taactcaagc
     8701 tattcgtcag ccaattattt gggaccgtat ttctacaaca ccgatttcaa atgattttgg
     8761 tttgtcgcgc ggtactccca tcgatcggta ctatatagaa tcctttctta aagaaaatga
     8821 ggttgacata aaggggactg ctcttgaaat cgcggaaaac acttatacaa aacagttcgg
     8881 ttgcggtgta acttcatttg aagtgctgca tgttgacaaa tcgaatcgta aagctactat
     8941 tattggggat ttagctcggc ctgatactct tcctgagaaa atagtggatt gttttatttg
     9001 cacgcaaact ttaaatttca tttttgatgt aagacgggca atagaaggat gttttaaatt
     9061 gctaaaagac ggtggggttt ttctaggtac ggtaagcgga atttctcagg tttctcggta
     9121 tgatatggat cgatgggggg attattggcg atttacagat ctatcattga agagactttt
     9181 cgctgaatat tttagagagt cgaatatagc cattcggaca tttggaaatg tttttgcggc
     9241 aaatgcgttt cttcaaggga tagcgcttga ggatattgaa gatagatctc ttcttaatgt
     9301 aagagatccg gactatcagg taacgctagg aatacgtgca gttcgatgag gcctataaag
     9361 cgattgcttc agcagttatt tgatcgatat gattatatcc ggtataagaa gcgtatcgtg
     9421 attgggaatg cagaatattg ctggtgtgat attccggtgc ctattgatta tcccaagcaa
     9481 agtcaaacac acccatcaat atgttttttt ccggaaaaat ggcaagggta ctcttattgg
     9541 ttggctacga ctccttatcc ggacgaaagg gttgaatatg aaaatccatg tatttatcgc
     9601 tcgaatgatc cgacagtttt ttccccgata gatagaaatc cgatactaag acgtccggat
     9661 ggagttgcat ataactccga tccagaactt tttcatttcg agaataaatt atactgtatc
     9721 atacgagaaa atgagaatgg atgctattta agggagataa agttgttgaa ttccagtgat
     9781 gggcgagatt ggagtgaacc tattacaatt tatacgagta atgaagagaa tcgccaattg
     9841 ctatcgcctt cttatataag acggcaagat aaacatttga tttatttctt gaatggggat
     9901 gctggggttg gtcgaaatgg gaaatgtgtt ggtattgaaa tagcagagtc ggataaccta
     9961 aatacattgt tttgtttttc ctctatgggg gatttcttga ataaaaagga tgtaaaaatt
    10021 gagccttggc actttgactt atttgaatat ggatgtaaat tatatatggt gttatgcggt
    10081 cgggatcgaa gttgtccaac cttcagaaat ccaatgtata cctatttagc gatctccgag
    10141 gattatgtca atttttacat ctacaaaaga ccgatagttc gttatttgaa gtcttatcgt
    10201 ccatctgcat atgtagatga tcgcggtatt tttcatttgt atttctccgt tataggcagt
    10261 tttttagagg atcattcaga tcgtaatata gcaaaaacag agatggagtt cgataaatta
    10321 ctatctaaga tctcaatgtg acgatgagaa ttgtacatct tagcacatct gattcttttg
    10381 gtggggcagc tattgctgca actagattga tgagagcctt aaggaaagag ggagaggatg
    10441 ttaagatgat ggtccgggac cgagaactaa aggatcctga tattatatct atagacggtt
    10501 cccctctttc taagagaatt aatcagcttc gatttgtctg ggaacgcctt gtaatctata
    10561 tccagaatgg attagatcgc agtaatctat ttaaagtttc tattgctaat acgggaattg
    10621 atctaagtcg ccgctctatt attcagaagt cagacattat tcatttgcat tggattaatc
    10681 agggatttct ttcgctggag agtattaaaa aactacaaaa aacaggtaaa ccaattgttt
    10741 ggacaatgaa tgatatgtgg ccctttacag gaatatgcca tcatgcttgg gagtgtgaaa
    10801 gatatagcca tgaatgtggt aaatgtcctc tactgaattc cctcaagcgt tttgatttat
    10861 cttttctcac gttgaggaaa aaaagtgcga ttaattctaa tattaggatg gtttccgtaa
    10921 gctcatggtt aagggggaag gcactaatga gttcgatcgc acaaagcaaa gacataaaag
    10981 taatacctaa tgttattgat ttagaggtgt tccatccgtc ggacaagctt gctgcgcgaa
    11041 gaaaatattc cctacctatt gaaaaaaaga tcattctcat gggggccgtc cgaatcgatg
    11101 accctgtaaa ggggttcttt tttctaaaag aagcgttgaa taatcttcac atggagtgtg
    11161 gggatatctt gctggtattg ctgggggagg ttaaggatag caaaatattg ggcgacgtct
    11221 catttcccat tatacaattg ggatttcgat cggatctctt cgaggtagcc caactttact
    11281 ctgctgtgga tgtgaatgtt gttccttctt tttatgagac atttggtcag accattatag
    11341 aggcgatggc gtgtggatgc ccttcggtta gttttaataa tagcgggcaa gttgacgtta
    11401 tagatcacaa aaaaaatgga tatcttgccg catataaaga tgcagccgat cttgcgactg
    11461 ggattgattg ggtactgaat aaggccgatc ggaa
//
LOCUS       SEQF2637|AYYD01000625.1  389 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtggagttac cctacatgac ctccctgctg cccgacatgg aggagagcga catcctcgcc
       61 gcactcgagg ggcgcatctt cttcaatccg ctcgcagacg cctacgagat cgcggatcag
      121 ttcatctcgg gcaatgtgat cgagaaggcc gaacggatcg acgcgtggct gctcgatcac
      181 ccggggcacg agatggcaaa gcaaagtctc gcggcactcc gtgcggctat cccgacgccc
      241 atcccctttg ccgacttgga cttcaatctc ggtgaacgct ggatcccggc taaggtctac
      301 gcccgcttcg cctccgacct gttcggcacg gacgttggcg tgtcttacct ccccgacatg
      361 gacgagtata tcctctcctg cgatcggaa
//
LOCUS       SEQF2637|AYYD01000626.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggtctgaagt cgacggacta cgagcctgta tatatggatc tgatagaaag agattaccgg
       61 tgatgagaca ctttcatcgc agcgcatctg ctgcgttacc tgcgacactc tggctcggtc
      121 atgtgcgtaa gcacactccc atcgccatcg gtctgggata ccttgcatct gcactacgct
      181 gcaaggtcgc ttttcgtacg ctcctgattt cgttagccct catgacgggc gtcgcggcta
      241 cggcccagcg ggtgacgctc tcgggaatgg tgaccgacgg cgctaacggc caacccatag
      301 cgggtgtgct cgtcac
//
LOCUS       SEQF2637|AYYD01000627.115311 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             157..387
                     /locus_tag="SEQF2637_00231"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRLMTREEREAGVYAFYKSRLEAGVGKMRSVYDTMGKFSIAAP
                     ITVYRIKSRVEKRLEAAAANGRTAEAAEGQEP"
     CDS             384..650
                     /locus_tag="SEQF2637_00232"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDDTRAMLDELLLRRLTWRDRWVAVYFALSLAAIIITAEAPIW
                     VMIAMMLNFFNAARVVQTIDLPPEEDEATGEDNEDETEVEASKP"
     CDS             647..1075
                     /locus_tag="SEQF2637_00233"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRAISRGNMPTGDTRLIDLSVDELEDVITRTVKRALAAELPQA
                     LTEAERRTEDGLLKVGRERYDFGIDGIARTFGVSRTTARRIKRSGVIDEAISQCGRSI
                     TINQTRALELTRGTRLGAMATAACREMDKSEKRTAKQEAL"
     CDS             1117..1419
                     /locus_tag="SEQF2637_00234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATNKYGKEIITKERAAHDLAELLGCLPFEQRQNGRNFCSEQPD
                     KDGVYTLFIDKRQTNYHEARRIAVEYFDDKVLEEGGCKVENCLVLFTLISIGVPVN"
     CDS             1451..1813
                     /locus_tag="SEQF2637_00235"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METEKVNTGETAPDKDFLDRVDEIADELRDMAQKDRKNRFVLLI
                     AGDGNLTTRLLQGHAGRLTNISGRSLAADEEGSAIMLGIIISWLGSIDPRFAPGIVRA
                     LFEMVVKKEEVSRPKAEA"
     CDS             1844..3859
                     /gene="smc_1"
                     /locus_tag="SEQF2637_00236"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P51834"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosome partition protein Smc"
                     /translation="MKRITIEELRLLNFRGARDVRVSFTAGTNIVCGDNGTGKSTLMD
                     AFLWVLFGKDAEDRKDCEIKRIEAGKTLRRTDATVECRLSVDGRQHTLRRSFREVWSK
                     PRGATEPVFKGNETEYSINDVPKKMSEFDAWVAEHMAPADVFRMLTDADCFPRLRWEK
                     QREKLFELAGGVDEEAVQDGVDGLADLLARLSDKSLEDYKRELAARKRKLRKALDEIT
                     PRTDQTRLMIPTTDARDVWERRLAEADQKLAELNREAADFAAQERARGAEARRRVEEV
                     EALKTRMARRTAELRRAAIEEAERLNEGRRQVEVRLQDLQAAEATATRRLKDATAEVD
                     ELALRINQKEEACERLRAAWYVESARPYTGDNVCPHCLQPLPEEMQRDNRRRFEESKN
                     ERLSQIQTDGHRTKAEITRLEEEMKAAEARVDKAAAEVFEAEKRAETLREELAALPAA
                     VAPAAVDPMADEAYRAMAEELERLEADAPQTSPAPEPNGGAAITARLAALNKERDAVR
                     AGLQLCDTADNLRAEIRRLDEESRTLAQQLSDADRDEDTMRRYTRARIEALERRVNSL
                     FRTVRFRLFAYTQEGGEVEVCVPLVGADGVPYPVANTAAQVLAGLEIIHVLQQHAGVS
                     APVFVDGAERLTHFPRMDHQAILLKVAQGVRPMRVECAEAQKEEERA"
     CDS             3856..4782
                     /gene="Int-Tn_1"
                     /locus_tag="SEQF2637_00237"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P22886"
                     /codon_start=1
                     /transl_table=11
                     /product="Transposase from transposon Tn916"
                     /translation="MKTFKELAHAWLEDKRKYVKPSTIGTYALQMNKHILPAFGDHES
                     VSENDVQAFILDKLHSGMNIKSVRDIVVTTKSIVYFREKQLGLPHVGMRLVYPTHAMK
                     QDRVSTLSRQQQKVITDYVIANFTFRNLGLLICLNTGLRIGELCALRWSDIDVKEGVI
                     RVQRTIQRVPSVDRDLRLKGTKLMETDPKTINSVRDIPFGGKLAQQLRKLNHIVCPEY
                     YVLTNEPKPTEPRVYRTYYNALIEQLGLPHLKFHGLRHTFATRCIEVGCDYKTVSALL
                     GHADISTTLNLYVHPDMDQKRRCVEKMNKELR"
     CDS             4800..5492
                     /locus_tag="SEQF2637_00238"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTLELSHELKMANANVADTINKALERYNAGLPDRREHIVLHRT
                     ATPSHLLRAVYELPDPVMRMLYTYKATCGRFWRRIYELHPEWVPDDRTRAELTPASMR
                     LEREELLEARRRLHGAYTPQMLIEARLYGFERAARKLRFADGYALRAWLRDLRLLHRR
                     YTLWVLLPPYDARGYTQTVTMAAGRKGEEKTPIEVTVWTERGLQFLARLKRKHPPQNV
                     PDSYGTNPLPTR"
     CDS             5464..5643
                     /locus_tag="SEQF2637_00239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQIPFQHGEQYVYTNGPMGPEYVTFVYPGINHYNFMDADGRTI
                     RLSHSEAVSFIQPIQ"
     CDS             5656..5973
                     /locus_tag="SEQF2637_00240"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVTEQITRGTIEVPAAGGNVTVEISVERNPEGAPVELTASFRR
                     TAKDGSTQYFGSAQAGPDGSVGLYLSATSTPLPDGLKGSLLAAVLKEAAAVFQPETKE
                     AAE"
     CDS             6095..6841
                     /locus_tag="SEQF2637_00241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIHTAPAMQPQGTQPERNVTSYEVSGLEVKLTIDYVKKYIAR
                     GVAELTDEEAYSFIGFCKYNCLNPFLNEAFLIKYKKGDAPTYIIGKYAFMKRAEACPD
                     FDGFEAGLILKRGDMIVEEVGSLMLPGDTLLGGWSKAYRKSCKYPFVARVALSEYSTG
                     QALWASKPSTMIRKVAIVHALREAFPTQLGGLYVPEEMPEPEDATYEDVTQRLEREKA
                     AEANRTPLSIDNVPPAAGPASPAPAAAPGF"
     CDS             6888..8522
                     /locus_tag="SEQF2637_00242"
                     /EC_number="2.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q89Z59"
                     /codon_start=1
                     /transl_table=11
                     /product="putative type I restriction enzymeP M protein"
                     /translation="MFAKDRQTLGKALWTVSEELRGSMNADDFRDHILAFLFLRYLSG
                     RYEQAARDVLGDAYPSPDSLLSGQTPLKVWYELHPQDTDEFEDKMRSRIHYVIHPMYL
                     WSHIAELAHTQSGDLLRTLEDGFQHIEEHSFQTSFRGLFSEVDLHSDKLGKGLAAKND
                     MLCTIIRKIHEGIADYSTDADDLGDAYEYLIAQFASGAGKKAGEFYTPQTASTILARI
                     VVLDSQDPSSGPRQHLPRVLDFACGSGSLLLNVRRQMPNPNSVGTFYGQEQNITTYNL
                     ARMNMLLNGIKDDAFKIFHGNTLTNEWREVFAPDDPNKAIRFDAIVANPPFSLKWAPR
                     EELAYDARFCNYGLAPKKAADMAFLLHGLHYLKEDGTMAIILPHGVLFRGGVEGSIRS
                     KLIEDGHIDAVIGLPEKLFFSTGIPVCILVLKKCARPDDVLFIDASREYAKDKKQNRL
                     RMGQNGEPDDVGHIVDTYSHRREEPRYSRRVPIQEIRENDYNLNIPRYIDTYEEEEPI
                     DLHDVMHRIRNLEARRTELDRQIAACFAELGITNIQ"
     CDS             8532..9266
                     /gene="yycJ_1"
                     /locus_tag="SEQF2637_00243"
                     /EC_number="3.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:C0SP91"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative metallo-hydrolase YycJ"
                     /translation="MRLTILGSSSAANGYVLDNGREALVLECGCPLIDLQRAVDFDLR
                     RVAGVLLTHEHGDHARHAKKYIKSALPLYASEGTLMKLPEEALASTFSNPVRPPKPFR
                     VGGFRVLPFDVKHDAAEPLGFMVAHPEMGALVFATDTRFLPYTFDGVKTWLLECNYDT
                     ALLAENARRGEVSEAQRVRVIESHMSLDTCRETLQANDLSETRRIILIHLSDRNSDAV
                     QFKKTIARATGREVITADRGQTIELT"
     CDS             9300..9740
                     /locus_tag="SEQF2637_00244"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAWYECKVTHTVISEDGWKTVTEPYLVEALSVTEAATRITAELE
                     GDGDVTIEGVTRKRFQEVFLEEGEWEHPFYLAKVALTTLDEKSGTEREQTFCYLIEAE
                     TLKDAMQRLEAELRGGVSDWELLSLSKSPIVEVVTAEKKAEGAA"
     CDS             9913..10266
                     /locus_tag="SEQF2637_00245"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDCCTAKSVIVFGETGGDSLSFFIHPYFSFMPKTMKIALEVKHS
                     SHTCTPTERNTVSRAAFLTEKNAKNKAYAFILQHGLLEDFRHFINSLPDGTDPHGLCV
                     DILTRKFNTHNHGKK"
     CDS             10253..11059
                     /locus_tag="SEQF2637_00246"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERNNQIQLFDSPQFGRIRVATNENGAPLFAATDVASALGYTNP
                     PKAVADHCKSGNITKRYVAHSNGIGGVNVLFIPESEVYRLVMRSCLPDAEKFQDWVCE
                     EVLPAIHHTGGYIAAKEDESPAEIMARALKVADATLKRQAQRVQMLEGRVEVQQEHIR
                     VLEPKAEYTDEVLQSPNTYTFTQMAKELDFRTVAHLTAYLKKKGIIFRQSGRWMTTAD
                     HSGKGYTKTRTVAFDHSDGRPDTTVYTVWTEPGRQFLHRICNTHKLEVAI"
     CDS             11056..11511
                     /locus_tag="SEQF2637_00247"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSEKVWLQWVRHGKAYTITKSRREKVRRERLRAVIILMDYTIG
                     VRSAQSEEWKQAYRSTLENDFNISDIDSLCLSIIREKEDDWEEFCFARKVINTVFYYN
                     ESSQSEYMSRKIHETFIRKLMADAQTPYAGATVRRVFKEIETKLIEAAR"
     CDS             11508..11990
                     /locus_tag="SEQF2637_00248"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKESHDRARAEYIKHHGWSARLQLAWRLAGRIYFDDKYIGYAQ
                     AFCKAYDRYFASYGYDTKQIDAFCESVKSGITCKTTQRYSRFCLDMLRVTADYARWEN
                     VERFREESRRYMNNSNAPECNPQMVLRAAFRELEHALITLPRTTISKMETVADATHSS
                     "
     CDS             12064..12471
                     /locus_tag="SEQF2637_00249"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELHITPKEQILRELEVIQACEEETISEEVSKVIEYGQTLAPYI
                     SRSGKLLADAKHHLNTRMKEDTFDALRKTAKQGGATAKAINAIVDSLCAEERYLVDFA
                     ERVNRCGVHRLDWCRTLISKAKEDMRLSGMQPT"
     CDS             12524..13528
                     /locus_tag="SEQF2637_00250"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCKKTYFNHDSNARNDEKIVALRIRYGAEGYGVYFMLIEMLQAA
                     PGCTLEKDYKALAFDLRVSARRIKSIVEDFDLFTPTDGGNSFYSERLIKYASDVDESY
                     ERYAEAGRKGMKARWKKSEPITMLSEKHNDVIDFDNDVIQATPDAEIKEENEREKETF
                     PPITPYKEKEKAKEDSPKSAPPAPPYGEVVDMWNSVCRTLPRVVKLTDVRRMKIRQRL
                     SEWGGTPTEQLATLRALLERVEASPFLHGASGRGGWTASFDWFFANESNWVKVSEGNY
                     DARPELLTNANTEPNGTYQNRMDRERAENAERKRQLAEMAANACAKADALNAARFGNP
                     "
     CDS             13503..14066
                     /locus_tag="SEQF2637_00251"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRVSETRKRYGDAQTFLKLLNPGVQPLVVRYPERAYMGTSPTL
                     SVVRAAYTEEVAELWLMAQVENLNDFCGVSRKMTFPQMQELARMMLVEVPYLKTAELM
                     MFFHRFKAGHYGEFFGVVDPQRVLSGLQAYLCDRRSELDRYQREKVARQRDAAREASS
                     ARAITYAEYCQLKAADAISRQAEAQTA"
     CDS             14078..14833
                     /locus_tag="SEQF2637_00252"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEMTTDRRQKTGAYYTPRPWAELAVRYLRGVLPEFDRCIFYDPA
                     AGEGALLEALPAHVEKYATTLEPDDVDILRAKGFTAWPFDFLHGDTDHLPKVLFDAAQ
                     MGRLVIFTNPPFVTVTNGLLREAYCTNNAAALFVYRAFEGLGAQVYAGFNKADLWMAP
                     MLGRFRGDMVVDYCMEIPAAFATPSYMWPGLKGQWPLLFNILTPIYSNIQGGFRRYKG
                     EADSVHCFSSHSTPGFFIPADVYEQYPETAKTA"
     CDS             14847..15203
                     /locus_tag="SEQF2637_00253"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIYISGRITGLPFHIAAGRFAIAACRLRDLGHHPVNPIDNGLP
                     RDATWAEHMRADLATLKACDGVCMLRGWEQSRGAQIERRAALKRGMPIYTFSEDRQLI
                     PLTDATNRNPITTTHR"
ORIGIN      
        1 cgcattgtta taccatataa gagaccgaca aaaagagact cttttgttaa atatcccaaa
       61 acatacacat aactgtttct atacacggat tcgtgtatat ctttgccacc gatttcaatg
      121 caaacttaca atgaaagaac gaaaggaaaa gaagaaatga cacgactaat gacgagagag
      181 gaaagagaag ccggcgtata tgccttctac aagagtagac tggaggccgg cgtggggaag
      241 atgagatccg tgtacgacac gatgggtaag ttcagtattg ccgcgccgat cacggtctac
      301 aggataaaga gccgtgtaga gaagcgcctc gaggccgccg cggccaatgg acgcactgct
      361 gaagccgcgg aggggcaaga accatgagcg acgacacacg ggccatgctg gacgagttgc
      421 tcctccggcg cctcacatgg cgcgaccgat gggtggcggt ctacttcgcc ctctcactgg
      481 cggccatcat catcacggcc gaagcaccga tatgggtgat gatagcgatg atgctgaact
      541 tcttcaacgc cgcgcgggtg gtgcagacca tcgatctgcc ccctgaggaa gacgaggcaa
      601 cgggtgagga caacgaagac gagacggagg tggaggcctc caagccatga tacgggctat
      661 cagtcggggt aacatgccca cgggcgatac acgcctgatc gacctctcgg tggacgaact
      721 cgaggacgtg atcactcgca cggtcaaacg ggccctcgcc gccgagctgc ctcaagctct
      781 caccgaagcc gagcggcgga cggaggacgg actcctaaag gtcggccgtg agcggtatga
      841 cttcgggatc gacggtatcg cacggacgtt tggcgtatcc cgcaccacgg cccgaaggat
      901 caagcggagc ggtgtcatcg atgaggccat ctcgcagtgc gggcgatcga tcaccatcaa
      961 ccagacccgc gccttggagc ttactcgagg tactcgactg ggagcaatgg ccaccgccgc
     1021 gtgccgtgag atggacaagt ccgagaaacg aaccgccaaa caagaggcgc tgtaacacaa
     1081 cacacaacag taatcacaca caaacacaac gaaataatgg caacgaataa gtacggtaaa
     1141 gagattatca ccaaagagcg cgcggcgcat gatttagccg agctcttggg gtgcctccct
     1201 ttcgagcaaa ggcagaacgg gcgaaacttc tgcagcgagc agcccgataa agatggcgtc
     1261 tacacgcttt tcatcgataa gcggcagacg aactatcacg aagcgcggcg aatagcagtg
     1321 gagtacttcg acgacaaagt cctcgaggag ggcggctgca aggttgagaa ctgcttggtg
     1381 cttttcacac tgataagcat cggcgtaccg gtaaactgag gatcacacac acaaacacga
     1441 atagaaagaa atggaaaccg agaaagtaaa cacgggcgaa acggcgcctg acaaagattt
     1501 tttagacaga gtagacgaaa tagcagatga actgcgagac atggcgcaga aggaccgtaa
     1561 aaacaggttc gttttactga tcgctggaga tgggaacctt acaacaagac tcctccaagg
     1621 ccatgcaggt cgtcttacaa acatctcggg gcggtctttg gcggcagacg aagaggggag
     1681 cgctatcatg cttggaatca ttattagctg gttgggatcg atagacccgc gcttcgcacc
     1741 gggtattgta agagcgctct ttgaaatggt agtgaaaaaa gaagaagtat cccgcccgaa
     1801 ggctgaggca taaagacgaa tccacacaaa cacgaacaca acaatgaaaa gaataacgat
     1861 tgaagagctg cgcctcctga acttccgcgg agcgcgggac gttagggtca gcttcacggc
     1921 tgggacgaac atcgtctgcg gcgataacgg cacgggcaag tctacgctga tggacgcctt
     1981 cctctgggtg cttttcggca aggatgcgga agacaggaaa gactgcgaaa ttaaacgtat
     2041 cgaggccggc aagacactcc gacgcacgga cgcgacggtg gagtgtcggc tcagcgtgga
     2101 cggccgacag cacacgctgc ggcgctcgtt ccgggaggtc tggagtaagc cgcgcggcgc
     2161 cacggagccc gtcttcaagg gcaacgagac ggagtactcg atcaacgatg tgcccaagaa
     2221 gatgagcgag tttgacgcct gggtggcgga gcacatggcg cctgcggacg tcttccgcat
     2281 gttgaccgac gccgactgct tcccccgcct gaggtgggag aaacagcgcg agaagctctt
     2341 tgagctggcc ggcggcgtgg acgaagaggc cgtgcaggac ggtgtggacg gcctcgcgga
     2401 tctgctcgca cgcctctcgg acaagtcgct cgaggattac aagcgggagc tggccgcccg
     2461 aaagaggaag ctccggaagg cgctcgacga gatcacgccg cgcaccgatc agacgcgcct
     2521 gatgatcccc accaccgacg cccgcgacgt ctgggagcgt cggctggccg aggccgacca
     2581 aaagctggcc gagctgaacc gggaggctgc cgactttgcc gcccaggagc gtgcgcgggg
     2641 cgccgaggcc cgtcgccggg tggaggaggt cgaggcgctc aagacccgca tggcccgccg
     2701 cacggccgag ctaaggcgtg cagccatcga agaggccgaa cggctgaacg aggggcgccg
     2761 gcaggtcgag gtgcgccttc aagacctcca agcggcggag gccaccgcca cgcgcaggct
     2821 caaggacgcc acggcggagg tggacgagct ggccctacgg atcaaccaga aggaagaggc
     2881 ctgcgagcgg ctgcgcgccg cgtggtacgt cgagagtgcc cggccttaca cgggcgacaa
     2941 cgtgtgcccg cactgccttc agccgctgcc ggaggagatg cagcgagaca atcgccggcg
     3001 gttcgaggag tcgaaaaacg agcgcctcag ccagatccag accgacggcc accggacgaa
     3061 ggcggagatc acccggctgg aggaggagat gaaggccgcc gaggcgcggg tggacaaggc
     3121 cgccgccgag gtcttcgagg ccgaaaagcg tgcagagacg ctccgggagg agctggccgc
     3181 gctgcccgcc gcggtggcgc ccgctgcggt ggatccgatg gcggatgagg cgtaccgcgc
     3241 catggccgaa gagctggagc ggctggaggc ggatgccccg cagacctcgc cggcgcccga
     3301 accgaatggc ggcgcggcca tcaccgcccg actggcggcc ctcaataagg agcgcgacgc
     3361 cgtccgcgcc ggcctccagc tgtgcgacac cgccgacaac ctccgcgcgg agatccggcg
     3421 cttggacgaa gagagccgca cgctggccca gcagctctcg gacgccgaca gggacgagga
     3481 caccatgcgc cgctacaccc gcgcccgcat cgaggccctg gagcggcggg tgaacagcct
     3541 cttccgcacg gttcgcttcc gcctctttgc gtacacccag gaggggggcg aggtggaggt
     3601 ctgcgtgccg ctcgtgggcg ccgacggcgt gccgtatccg gtggccaaca cggccgcgca
     3661 ggtgctggcg ggtctggaga tcatccacgt cttgcaacag cacgccggcg tctcggcccc
     3721 cgtgttcgtg gacggcgccg agcgcctgac ccacttcccc cggatggatc atcaggccat
     3781 cctgctcaag gtggcgcaag gcgtccggcc gatgcgggta gaatgcgcgg aggcgcaaaa
     3841 agaggaggag agggcatgaa aaccttcaaa gaactcgccc acgcatggtt ggaggataag
     3901 aggaaatacg tcaagccctc cacgataggc acctatgcat tgcagatgaa caaacacatt
     3961 ctgccggcat tcggagatca cgagtctgtc tcggagaacg acgtgcaggc gttcattttg
     4021 gataagctgc atagcgggat gaacatcaaa agcgtcaggg atattgtggt cacgactaag
     4081 tccatcgtct acttccgaga gaagcagctg gggctcccac atgtaggcat gcggctcgtt
     4141 taccccacgc atgccatgaa gcaggatcgg gtaagcacgc tctcacgcca gcaacagaaa
     4201 gtgatcacgg actacgtgat agccaacttc acgtttcgca acctcggtct cctcatctgc
     4261 ctaaacacag gcctgcgcat cggcgaactg tgtgccctcc gatggtcgga tatcgacgtc
     4321 aaggaaggcg tgattcgcgt gcagcgcacc atccagcgcg tcccttcggt ggacagagat
     4381 ctccgcctga aggggacaaa gctgatggag actgacccca agacgatcaa ctccgtccga
     4441 gacatcccct ttggcggcaa gctggcgcaa cagcttcgga agctcaatca tatcgtctgc
     4501 cccgaatact acgtgctcac caacgaacct aagcccaccg agccacgtgt ctatcggacg
     4561 tattacaacg ccctgatcga gcagctcggc cttccccacc tgaagttcca cgggcttcgc
     4621 cacacgttcg ccacgcgctg cattgaggtg gggtgcgact ataagacggt cagcgccctg
     4681 ctcggacacg ccgacataag caccacgctc aacctctacg tccatccgga tatggatcaa
     4741 aagcggcggt gcgtcgagaa gatgaataag gaactgagat aaccagcccc gccgcaccca
     4801 tgaccaccct cgaactatcc cacgagctca agatggcaaa cgccaacgtg gccgacacga
     4861 tcaataaggc gctggagcgc tacaacgcag gtctgccgga tcggcgcgag cacatcgtct
     4921 tgcatcgcac ggcgacgccg tcccacctgc ttcgggccgt ctacgagctg cccgaccctg
     4981 tgatgcgcat gctctacacc tacaaggcca cgtgcggacg gttctggcga cgcatctacg
     5041 agctgcaccc cgaatgggtg cccgacgatc gcacacgggc cgaactgacg cccgccagca
     5101 tgcgcctcga acgcgaggag ctgctcgaag cccggcgccg ccttcacggg gcctacacgc
     5161 cccagatgct catcgaggcc cgtctgtacg gcttcgaacg cgccgcccgg aagctccgct
     5221 ttgccgatgg gtatgcgctc cgagcgtggc tccgcgacct gcgactgctc catcgccgct
     5281 atacgctttg ggtgctcctc ccgccctacg atgcccgagg gtacacccag acggtgacga
     5341 tggccgccgg tcgtaagggc gaggagaaga ccccgatcga ggtcaccgtc tggacggagc
     5401 gcggcctcca gttcctcgcc cgactcaaac gcaaacatcc accccaaaac gtacccgatt
     5461 cctatggcac aaatcccctt ccaacacggt gagcaatacg tctacaccaa cggcccgatg
     5521 ggcccagagt acgtgacctt cgtgtatccc gggatcaatc actacaactt catggacgcc
     5581 gacggccgca cgatccggct cagccattcc gaggccgtgt cctttatcca acccattcaa
     5641 taaacctcaa acaaaatgaa cgtaacagag caaatcaccc gtggcacgat cgaggtgccc
     5701 gcagccggcg gcaatgtgac cgtcgagatc agtgtagaac gcaatccaga aggcgcgcct
     5761 gttgaactca cggccagctt tcggcgcacc gccaaagacg gcagcacgca gtatttcggc
     5821 agcgcacagg ccgggccaga cggatccgtg ggcctctatt tgagcgctac cagcaccccg
     5881 ttgcccgacg gcctaaaggg ttccctcctg gccgccgtac tgaaagaggc cgccgccgtt
     5941 ttccaacccg aaacgaagga agcggccgaa tgaccaacca cagtgagggc ggctgggcca
     6001 catgtccacc gccccaccca aacctctcaa cacctcaaca aataaacggg ccttcaggcc
     6061 ccaacacata ccccccccca acacacaaac agaaatggaa accatccaca ccgccccggc
     6121 catgcagccg cagggcacac agccagagag gaacgtaacc tcttacgagg tgagcgggct
     6181 cgaggtcaaa ctcacaattg actacgtaaa gaagtatatc gcacgcggag tcgcagaact
     6241 cacggatgaa gaggcttaca gctttatagg attctgtaaa tacaactgcc tgaacccctt
     6301 cctgaatgag gcctttttga tcaaatacaa gaagggggat gcccccacct acatcatagg
     6361 aaagtacgcc tttatgaaac gtgccgaggc gtgcccggat tttgacggct tcgaggcggg
     6421 tctgattctc aaacgcggcg atatgatcgt agaggaggtt ggctcactca tgctcccggg
     6481 cgacacgcta ttagggggct ggtcgaaggc ttaccgaaag agctgcaagt accccttcgt
     6541 agcccgcgtg gcactcagcg aatacagcac aggccaagcc ctatgggcct ccaaaccctc
     6601 cacgatgatc cgcaaagtgg cgatcgttca cgcattgcgc gaagccttcc ctacgcagct
     6661 cggaggcctg tatgtccccg aggagatgcc ggaacccgaa gacgccacct acgaagacgt
     6721 cacccagcgc ctcgagcgcg aaaaggccgc cgaggccaac cgcaccccgc tcagtatcga
     6781 caacgtacca ccggccgccg gcccagcttc gccggcgccc gcagccgccc cgggattctg
     6841 atctacagtc atgcgatgca ccctcaatac acaacccgcc aaccgtcatg ttcgcaaaag
     6901 atagacaaac cctcggcaaa gcactctgga ctgtgtccga agagctgaga ggctcgatga
     6961 atgctgacga cttccgagat cacatcctcg ccttcctctt cctgcgctac ctctccggac
     7021 gctacgagca ggccgcacgc gatgtcctcg gtgacgcata tccttcgcca gacagtctac
     7081 tcagtgggca gaccccactg aaagtctggt atgagcttca cccccaagac accgacgaat
     7141 ttgaagacaa gatgcgcagc cgcatccatt acgtcatcca tcccatgtac ctctggagtc
     7201 acattgccga actcgcccac acgcaaagcg gtgatctgct ccggacgctg gaggatggct
     7261 tccaacacat cgaagagcat tcgtttcaga ccagtttccg tggactcttc tctgaggtcg
     7321 accttcactc cgacaaactg gggaaaggcc tcgcggccaa gaacgacatg ctctgcacca
     7381 tcatccgtaa gatccacgag ggcatagctg actactccac cgacgcagac gatcttggcg
     7441 atgcttacga ataccttatc gcccagttcg cctctggggc gggcaagaag gccggcgagt
     7501 tctacacccc gcaaaccgcc tctaccattc tggcgcgcat cgtggtgctt gacagccaag
     7561 acccatcgag cggcccacgc cagcatttgc ctcgcgtgct tgatttcgcc tgcggttctg
     7621 gttctctcct gctcaatgtt cgccggcaga tgccaaaccc caacagcgtc ggcacattct
     7681 atgggcagga gcagaacatc accacctaca atctggcccg tatgaatatg cttctgaacg
     7741 gcatcaagga cgacgccttc aagatcttcc acggcaatac gctgaccaac gaatggcggg
     7801 aggtttttgc acccgacgat ccgaataagg ccatccgctt cgacgctatt gtggccaatc
     7861 cacccttcag cctcaaatgg gcgccacgcg aagagttggc ctacgacgcc cgtttctgca
     7921 actacggtct cgcccccaag aaggctgccg atatggcctt cctgctccac ggcttacatt
     7981 atctcaagga ggacggcacg atggccatca tcctgcccca cggcgtgctc tttcgtggcg
     8041 gcgtagaggg gagtatccgc agcaaactga tcgaagacgg ccatatcgac gccgtcatcg
     8101 gcctgcccga gaaactcttc ttctcgaccg ggatccctgt ttgcatcctt gtgctcaaga
     8161 agtgcgcccg ccccgacgat gtgctcttta tcgatgccag ccgagagtat gccaaagaca
     8221 agaagcagaa ccgcctgcgc atggggcaga atggcgagcc ggacgacgtt gggcacatcg
     8281 tcgacactta tagccaccgc cgcgaagagc cgcgatactc gcgccgtgtg ccgatccaag
     8341 aaatccgcga gaatgactac aacctcaaca tcccgcgcta tatcgacacc tacgaagagg
     8401 aagagccaat tgatctgcac gacgtcatgc accgcatccg taatctcgag gcacgtcgta
     8461 cagagctcga tcgccaaatc gccgcctgct tcgccgaact gggtataact aacatccaat
     8521 aattccaccc tatgcgcctc accatattag gaagcagctc cgccgccaac ggctacgtgt
     8581 tggataatgg ccgcgaggca ctcgtgctcg aatgcggctg cccactcatc gacctccagc
     8641 gcgccgtcga cttcgacctc cgtcgtgtgg ccggcgtctt gctcacccat gagcacggcg
     8701 accatgcccg gcacgcaaag aagtacatca agtccgccct gccgctctac gcctccgagg
     8761 gcacactgat gaagctcccc gaagaggcac ttgcctcgac gttttcgaac cccgtgcgcc
     8821 cgcccaagcc tttccgtgta ggtggtttcc gggtgctccc cttcgacgtg aagcacgacg
     8881 ctgccgaacc gctgggcttc atggtggcgc accccgagat gggtgctttg gtctttgcca
     8941 ccgacacgcg cttcctaccc tacacgttcg acggcgtaaa gacatggctc ctcgagtgta
     9001 actacgacac cgccctactg gctgagaacg cccgccgggg tgaagtctcc gaggcgcagc
     9061 gcgtgcgcgt catcgaaagc cacatgagcc tcgacacctg tcgcgagacg cttcaggcca
     9121 acgatctcag cgagacgcgc cgcatcattc ttatacacct atccgaccgc aactctgacg
     9181 cggtccaatt caagaaaaca attgcccgcg ccaccggccg cgaggtcatc accgccgacc
     9241 gtgggcaaac tatcgaactc acttaatcac aacacataaa caaataggag aacagaatca
     9301 tggcatggta tgaatgcaaa gtcacacaca cagtaattag cgaagacggc tggaagaccg
     9361 tcacagagcc ctacctcgtc gaagcgctat ccgtcacgga ggctgccacg agaatcaccg
     9421 cggagcttga aggcgacggc gacgtcacca ttgagggcgt cacccgcaag cgctttcagg
     9481 aagtcttcct cgaggagggc gaatgggagc accctttcta tttagccaaa gtagccctga
     9541 ccaccctcga tgagaaatca ggtacagagc gcgaacagac cttctgctac ctcattgagg
     9601 cggagacctt gaaggacgcc atgcagcgcc tcgaggcgga gcttcgcggc ggcgtctcgg
     9661 actgggagct gctttcgctc tccaagtccc ccatcgtgga agtagtaacg gctgaaaaga
     9721 aggcggaggg agctgcctaa gttcaactta gggagcggga ttttttcaat ggcaatagaa
     9781 agaatgaata atacgggtac ttttgcagcg tcttcgccaa agacgatcat aacgacttct
     9841 gtaagtgtag catttttcgt tgctgcaatt acggcgctat acgctacaac aagtataggc
     9901 tgtcaaatcc cgatggattg ctgcactgca aagtcagtaa tcgtctttgg cgagacggga
     9961 ggcgacagcc tttccttttt catacacccg tatttttcat tcatgccaaa gacgatgaaa
    10021 attgcgcttg aggtgaagca tagtagccac acgtgcacgc caacggagcg aaacaccgta
    10081 tcccgcgccg cgttcctgac cgaaaagaac gcaaagaaca aagcctacgc ttttatcctt
    10141 caacacggac tgcttgaaga cttcaggcat ttcatcaaca gcctccccga cggtacagat
    10201 ccgcacgggc tgtgcgttga catccttacc cgaaaattca acactcacaa tcatggaaag
    10261 aaataatcag atccaattat tcgacagccc gcaattcggg cgaatcagag ttgccaccaa
    10321 cgaaaacggt gccccgttat tcgctgcaac cgatgtagcc tcggcgctgg gatacacaaa
    10381 cccaccaaag gccgtcgcag atcactgtaa atcaggcaat ataacgaagc gatatgtcgc
    10441 gcactccaat ggcatagggg gtgttaatgt gcttttcatt ccggagtctg aagtctatag
    10501 actcgttatg cgttcctgcc ttccggacgc cgagaaattt caagactggg tgtgcgagga
    10561 ggtacttccc gccatccatc acaccggagg ctacatcgca gctaaagagg acgagagccc
    10621 ggcagagatc atggcgcgcg ccttgaaagt agccgacgct acactcaaac ggcaagccca
    10681 gcgcgtacag atgctcgagg ggcgtgtaga ggtgcagcaa gagcacatcc gcgtgctcga
    10741 gccgaaagcc gaatacaccg acgaggtact tcaatcaccc aacacgtaca cgtttacgca
    10801 gatggccaaa gagttggatt tccgtaccgt tgcccacctc acagcctatc tgaagaagaa
    10861 gggcatcatc ttccgccaaa gcggccgctg gatgaccacc gccgaccatt ccggcaaagg
    10921 ctacaccaag acgcgcaccg ttgccttcga tcacagcgac ggccgcccag acaccaccgt
    10981 ctacaccgtt tggacggagc ccggccgcca gttcctgcac cgcatctgca acactcataa
    11041 actggaggtg gcaatatgaa tagcgaaaaa gtttggcttc aatgggtacg ccacggcaag
    11101 gcgtacacca tcactaagag ccgacgagag aaagtacggc gagagcgatt gagggcagtt
    11161 atcattctta tggattacac catcggtgta aggagtgcac aaagtgaaga atggaagcaa
    11221 gcataccgat ccacacttga gaatgatttc aatatatcag acattgacag cttatgcctt
    11281 tcgattatta gagagaaaga ggacgactgg gaagaatttt gttttgcgcg aaaagtcatc
    11341 aatacagtat tttattacaa tgagagcagc caaagcgagt atatgtcgcg caaaatacat
    11401 gaaacattca tccgtaaact gatggcagac gcgcaaacgc cgtacgcggg cgcaaccgta
    11461 cgccgtgtat tcaaggagat agagacgaaa ctaatagagg cagcacgatg agaaaagaat
    11521 cacacgaccg cgcccgcgcg gagtacataa agcaccacgg ctggtcggca cggttgcagc
    11581 tcgcatggag gctggcaggg cggatctatt tcgacgataa atatatcgga tacgcacagg
    11641 cgttttgtaa agcctatgat agatattttg catcgtacgg atacgatacc aaacagatag
    11701 acgccttttg cgaatcggtt aagagtggaa tcacatgcaa aacgacacaa cgatatagta
    11761 gattctgcct tgacatgctg agagtgactg cagattatgc aagatgggag aacgtggaaa
    11821 gattcaggga agaaagcagg cgatatatga ataacagcaa cgccccggaa tgcaacccgc
    11881 aaatggtatt acgcgcggcc tttcgagagt tggagcacgc gcttatcact ttaccacgaa
    11941 cgactatttc caaaatggaa acagtcgccg acgcaaccca ttcttcataa tctatgaagg
    12001 attaggaagg attatgaatc atgtagccgg gggtgagtga agcccccggc atataccctc
    12061 acaatggaat tacatataac gccaaaagag caaatccttc gagagctgga ggtgatacag
    12121 gcgtgcgaag aagaaaccat ctccgaggag gtctccaagg tgatcgagta cggacagacg
    12181 ctcgctccgt atatatcgag atccggaaag ctccttgccg acgctaagca tcacctgaac
    12241 acgcgcatga aggaggacac gttcgacgcc ctccgaaaga cggctaagca gggcggagcc
    12301 actgcgaaag cgataaacgc catcgtggac agcctctgcg ccgaggagcg ctatttggtg
    12361 gacttcgccg aacgcgtgaa ccgttgcggc gtgcaccgcc tcgattggtg ccgcacgctc
    12421 atcagtaagg ccaaagagga tatgcgcctc tcgggcatgc aacccacata acacagataa
    12481 ataaggaacg cgcacacgcg tacaattata tatacccata gccatgtgca agaaaactta
    12541 cttcaaccac gacagcaacg cccgcaacga cgaaaagatc gtcgccctgc gcatccgata
    12601 cggcgccgag ggatatggcg tctacttcat gctcatagag atgctacaag ccgccccggg
    12661 ctgcacgctc gagaaagatt ataaggcgct ggctttcgat ctgcgcgtga gtgcacgccg
    12721 gatcaagtct atcgtcgaag atttcgatct gttcactcct accgacggcg gaaatagctt
    12781 ctactccgag cgactgatca agtacgcaag tgatgtagat gaatcctacg aacggtatgc
    12841 agaggccgga agaaagggga tgaaagcccg ctggaagaag tcagaaccta taacgatgtt
    12901 atccgaaaag cataacgacg ttatcgattt tgataacgat gttatccaag ccacccccga
    12961 tgcagaaatc aaagaagaaa acgaaagaga aaaagaaacc tttcccccta taacccccta
    13021 taaagaaaaa gagaaagcaa aagaagactc tcccaaaagt gcgcccccgg cgccacccta
    13081 tggggaggtt gtcgacatgt ggaactccgt atgccgtacg ctgcctcggg tggttaagct
    13141 cacagacgtc cgccggatga agatccggca gcggctctcg gaatggggcg gcacgccgac
    13201 ggagcagctg gccaccctac gcgccctgct cgaacgcgtg gaggcgtcgc ccttcctgca
    13261 cggcgccagc ggcagaggcg gctggacggc ctcgttcgac tggttttttg ccaatgaatc
    13321 gaactgggtg aaggtctccg agggcaacta tgacgcccgc cctgaattac tcacaaacgc
    13381 aaacactgaa cccaatggaa cgtatcaaaa ccgaatggat agagagcgcg ctgaaaacgc
    13441 tgagcgaaag cgacagctcg ccgaaatggc tgccaacgcc tgcgccaaag ccgacgccct
    13501 taatgcagcg cgtttcggaa acccgtaaac ggtacggcga tgcgcagact ttcctgaagc
    13561 tgcttaaccc cggcgtgcag ccgctggtcg tgcgctatcc agagcgcgct tacatgggca
    13621 catcccccac gctctcggtc gttcgagccg cctatacgga ggaggttgcc gaattgtggc
    13681 tgatggcaca ggtcgaaaac ttgaacgact tctgcggggt cagccgcaaa atgacttttc
    13741 cgcagatgca ggagctggct cgcatgatgc tggtcgaggt gccctacttg aaaacggccg
    13801 agctgatgat gttcttccat cgcttcaagg cggggcatta cggcgagttt ttcggcgtgg
    13861 tcgaccctca gcgggtgctt tctggcctgc aagcctacct ctgcgaccgc cgctcggagc
    13921 tggatcgcta tcagcgcgaa aaggtcgccc gacagcgtga cgccgcccgc gaggcttcct
    13981 ctgcccgagc catcacctac gccgaatact gccaactgaa agccgccgac gctatcagtc
    14041 ggcaggctga agcccaaacc gcataacacc ccaaggcatg gaaatgacca ccgaccgccg
    14101 gcaaaagacc ggcgcctatt ataccccacg gccgtgggcc gaattggctg tgcgatacct
    14161 ccgaggggta cttccggagt tcgaccggtg catattctac gatccggccg ccggtgaagg
    14221 cgcactgctc gaggcgctgc cggcgcacgt agagaaatac gccaccacat tagaacccga
    14281 tgatgtggac atcctgcgcg caaagggttt taccgcatgg ccgttcgact tcctacacgg
    14341 agacacggat catttgccca aggtgctctt cgatgctgcg cagatgggtc gcttggtgat
    14401 cttcaccaac ccacccttcg tcaccgtcac caacggtctg ctacgagagg cgtattgcac
    14461 aaacaatgca gccgcgctct tcgtttaccg tgccttcgag gggctcggag cgcaggtcta
    14521 tgccggcttc aacaaggcgg atctctggat ggcgcccatg ctggggcgtt tccgcggaga
    14581 catggtagtg gactactgca tggagatccc cgccgccttc gccacaccct cctacatgtg
    14641 gccggggctg aaaggtcagt ggccgctctt gttcaacatc cttacgccga tctacagcaa
    14701 tatccaaggc ggctttcgtc gctacaaagg cgaggctgac agtgtccact gcttttcatc
    14761 ccacagcacg cccggctttt tcatcccggc cgacgtctac gagcaatacc cagaaactgc
    14821 aaaaaccgca taatccacac cccgaaatga tcatctacat cagcggccgg atcaccggcc
    14881 tgcctttcca tatcgccgca ggacgcttcg ctattgccgc ctgtcgactc cgcgatctcg
    14941 gacaccaccc agtgaaccca atcgacaacg gattgccaag agacgccacg tgggcggagc
    15001 atatgcgcgc cgatttggcc accctcaaag cctgtgacgg cgtttgcatg ctccgcgggt
    15061 gggaacagtc acgcggtgca cagatcgaac ggcgtgcggc cttaaaacgc ggcatgccca
    15121 tctacacctt ttcggaggat cgccagctga tccctctcac cgacgccacc aatagaaacc
    15181 ccataaccac aacccacaga tgaaagtgaa aatcgtcaac acatcgcgcc acccgttgcc
    15241 cagctacgct acgccattct ccgcaggggt ggatctccac gcctcgctcg aggcccccgt
    15301 aacgctcgca c
//
LOCUS       SEQF2637|AYYD01000628.1 5342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             66..809
                     /locus_tag="SEQF2637_00254"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METEQERISEVIAHFCKSKAEFARRMDVRPQVVSNWVARGAGKQ
                     VLSKILTKFPEVNANWLLTGEGEMLRKKEEDALSRIGANRDKGDKENFVSEVTEQSSK
                     EFRIVEFVDLHASAGPLGMNNIDILPDTNRRLIPREYESGNLLVVRVDGDSMNDGTPR
                     SLYDGDEVLIVERTYNHWYDLPIRKNLFVICSRGGNVLKQISEINRIKGYIVCHSFNP
                     SHADYRIAFEDIYQVFVVLHVVYRKISLD"
     CDS             849..1433
                     /locus_tag="SEQF2637_00255"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLLLALIALVAAACSKEEEDKSLEPASADDIITPEKTLGLI
                     GGTINEVKAAFQGFKPSSEYNTDVAYDLKMDDYKVGNGRAHILYRTGDDGRIRYIEVM
                     YYNAYEYLLPNYIEQVQKVYPSTTESFFGFVNPGRYAYGLCRSIEDFNATITDQSKIY
                     SLVSKFNFPEKSVKATVSYLADTSLDPTFILRIE"
     CDS             1464..1778
                     /locus_tag="SEQF2637_00256"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLLFANSQIEKLCTSPERAVMKYGARCARILLDRMRQMRLAEN
                     LRELSQQAGHFHALTGERKGQWACRLQGGLRLVFVPGAHGEMVLKEITYLTITEIVDY
                     HK"
     CDS             1782..2147
                     /locus_tag="SEQF2637_00257"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METRKEYLSPVVIHPGELVKDWMEEKGVTASEMATLGNTSEASV
                     RSIADCWEDITPVSAAALERATGISANFWMRAQRLYEEDLERLYDDKSARHFARLTGQ
                     VWIMRGRPVSKAALAPAGV"
     CDS             2495..2758
                     /locus_tag="SEQF2637_00258"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRVHVYTINVNEERAIGIDGLDLSRVPVIGDKLCICQKEHDQE
                     VVNVYKVVDVHLADQGFTDVVVAFVSEYNAYMKYLRTHPLPNT"
     CDS             complement(2748..2960)
                     /locus_tag="SEQF2637_00259"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDPKTDVCSDKSFKEILSKVEKGCLPCLIGYTFNMVQAAEFKE
                     AVIRAQDMYFKGVVDAHTINTGRPKC"
     CDS             3097..3450
                     /locus_tag="SEQF2637_00260"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELKEFVTDVLQQITDGVVDAQKRGVFVNPRKKHHGVKQSFYYT
                     IDGENYEESLQTVDFEVGLTNEEGSGGGKIGVSLASIISFDVNGGGKTSNSSVTRIRF
                     SIPMLLPVYKSHEKD"
     CDS             complement(3447..3662)
                     /locus_tag="SEQF2637_00261"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIFKRLYITWLTQKIAFKVWRSMSFHNTGDMKEYVDPISMIDA
                     TVDRVLHMYRYNKKLRARFDKEENLVD"
     CDS             3771..5024
                     /gene="xerC_1"
                     /locus_tag="SEQF2637_00262"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MLIRYSIRFLLRPKPSADGRVGLRMRVHIYGVGSVDIETGAAVL
                     PSDWDKDARRAHTDRAVNRAIDEYTAVAKEVFGRFEFVEKRVPTQDEFRALFLELSGR
                     GGRALSDERPRLADLYEEYIRTVCVQNSWTQATLRKVQTVGRHLMASRPPRYINDLTE
                     ESLQRFISRLLRAGMRNTTVAKDYAFVRWFLSWASKRGYYTGNLHQTFKPRLKGTDGN
                     AREIIYLTIPEMDRLRACQIPDNQKHLEQTRDVFLFCCYTSLRYSDVAALKVEDVKEG
                     YITVVTQKTSDGLKIELNRHAQAIIDKYHGKRFRGDRALPVISNQKMNDYLKELGRMA
                     GIDAPTRVVYFRGEQRFDEYHPKWELLTTHCARRTFVVTALQLGIPVEVIIRWTGHSS
                     YEAMKPYVAIVDDLKKKEMDKFNAL"
ORIGIN      
        1 cttatatggt ataacaatgc gtactacctg ctacatgttg gcagcacgaa aacgattttg
       61 tttatatgga aacagagcaa gaaagaatat ccgaggtgat cgcccatttc tgcaaatcaa
      121 aagcagagtt tgctagaaga atggatgtcc gcccgcaagt agtcagcaac tgggtcgccc
      181 ggggtgctgg aaaacaggtg ttgagtaaga tcttgacaaa gttcccagaa gtaaacgcca
      241 actggcttct cacgggcgag ggcgagatgc tacgcaagaa ggaggaggat gcgctgtcga
      301 gaatcggagc aaaccgtgat aagggggaca aagagaattt tgtcagcgag gtgaccgagc
      361 agtcttccaa ggaatttagg atagttgagt tcgtagacct gcacgcctcc gccggtccgc
      421 tggggatgaa taacattgac atcctccctg acacgaatcg ccgccttatc ccgagggaat
      481 acgaaagcgg taacctctta gtcgtccgtg tagacggcga ctcgatgaac gacggtacgc
      541 cgcgctctct ttatgatggc gatgaggtgc tcatcgtgga aagaacctac aaccactggt
      601 acgatctgcc tattcgaaag aaccttttcg tgatctgctc acggggtggg aatgtgttga
      661 agcagatcag tgagatcaat cgcatcaagg gatacatcgt ttgtcactcc ttcaatccat
      721 cacacgcaga ttatcggata gccttcgagg acatctatca agtctttgtc gtcctgcacg
      781 tggtttaccg caaaatctct ttggattgac agcaacgaat cgaaacgaac tatttataca
      841 ataacaaaat gaagaagtat ttactattgg cgcttatcgc gcttgtggct gcggcgtgca
      901 gcaaggaaga agaagacaaa agcctcgaac cggcaagcgc tgatgatata atcacacccg
      961 agaaaacgct tgggcttatc ggaggaacga taaacgaggt aaaggccgcg tttcaaggat
     1021 tcaagccttc ttctgagtac aacacagatg tcgcatacga tctcaaaatg gatgactaca
     1081 aggtggggaa tgggagggcc catattctct accgcaccgg agatgatggg cgtattagat
     1141 atatcgaggt aatgtattat aacgcgtacg aatacttgct gcctaactac atcgaacagg
     1201 ttcagaaggt ttatccgtcg acaaccgaga gtttctttgg gtttgtgaac cctgggagat
     1261 atgcttatgg gttgtgccgg tctattgaag atttcaacgc cacaataaca gatcaatcga
     1321 aaatatacag cttagtaagt aagttcaact ttccagagaa gtctgttaaa gcgacagtct
     1381 cctatctcgc ggatacatca ttagacccaa cattcattct tcggattgag tgaacatcaa
     1441 aaaggagaat catattccct tgaatgcaac tcctctttgc caacagccag atagaaaagc
     1501 tctgcacctc gcctgagaga gccgtaatga agtacggggc gcgctgcgcg cggatactcc
     1561 tcgataggat gaggcaaatg agattggccg aaaatttaag ggagctatcg cagcaagccg
     1621 ggcacttcca tgccctcacg ggtgaaagga aggggcaatg ggcttgccgc ctacagggtg
     1681 gccttcgatt agtctttgtc cccggtgccc acggggagat ggtacttaaa gagattactt
     1741 acctgacgat tacagaaatc gtcgactatc ataaatgaat tatggaaaca agaaaggaat
     1801 acctctcacc cgtggttata cacccaggcg aattggttaa agattggatg gaggagaagg
     1861 gcgttacggc gtccgaaatg gctactcttg gaaacacctc cgaggcttcc gtacgtagca
     1921 ttgctgactg ctgggaggat attacgcccg tatcagctgc cgccctcgaa agggctaccg
     1981 gcatctctgc caacttttgg atgcgtgcgc aaaggctcta tgaggaagac ttggagcgcc
     2041 tctacgacga taaatccgcc cgccattttg cccgcctgac cgggcaagtg tggatcatgc
     2101 gggggcgccc cgtgtcgaag gcagcgcttg ccccggccgg cgtgtgaccc ggggagtctc
     2161 gaaatgaccc tcgcccgaga ccaaaaacgg aatttaagcc cgcagcgacc ctcgttttgg
     2221 gccaaaaatc gatttgaagc ccgcggcgag ggtcatttcg cgccaaaaac aggatttagg
     2281 tccgcggcga ccctcgtttc acgtcaaaaa caggatttta cacccaaccg aggcacgttt
     2341 cgctggtttc gggtacacgt cggcctcgat aggggcagca aacggcgctt tcgggtacac
     2401 gtcacccaca aaaacattcc ggggctgctt ctacgcagaa aagcagcccc gaaaacaaat
     2461 caaggaaata tcacatatca aataatagga tcatatggta agagtacatg tctatacgat
     2521 aaacgtcaat gaagagagag caatcggtat tgatggccta gatctctcaa gagtccccgt
     2581 tattggtgac aagctatgta tatgtcaaaa agagcacgac caagaggtcg tcaacgtata
     2641 caaagtggtc gatgttcacc tcgcagacca aggatttacg gatgtggttg ttgcttttgt
     2701 cagtgagtac aacgcataca tgaagtatct caggacgcat cctctgccta acacttagga
     2761 cgccccgtgt ttatcgtgtg agcatctacg acgcccttga aatacatgtc ttgggctcga
     2821 atgactgcct ccttaaactc cgcggcctgc accatattaa atgtgtaacc tataaggcac
     2881 ggcaaacagc ccttctctac tttcgacaaa atctctttga atgatttgtc tgaacataca
     2941 tctgtttttg gatctatcat agttgtcagg gggattgatt tagtacccgc aaagataggg
     3001 agcacagacg gagaccccca ctaaaacacg ccgggcgacc acgtagctct caccctacac
     3061 ggccgcccgg tcacacaaac aagaaatcaa agaataatgg aactcaaaga gtttgtaact
     3121 gatgtgctac agcaaataac agatggcgtc gtcgacgccc aaaagagagg ggtattcgtc
     3181 aaccctcgca aaaagcatca tggtgtaaaa caaagcttct actatacaat cgacggagag
     3241 aattatgaag aaagtctaca aaccgtcgac tttgaagtcg gcctgacgaa tgaagaaggg
     3301 agcggtggag gaaagatcgg cgtttcgttg gctagtatta ttagtttcga tgtaaacggc
     3361 ggaggtaaaa cctcaaactc gtctgtcact cgcattcggt tttcaatacc tatgctccta
     3421 cccgtctata agagtcacga gaaagactaa tcgacaaggt tctcttcctt gtcgaatcgc
     3481 gctctcagct tcttgttata tcgatacatg tgcaataccc gatcgactgt agcatcaatc
     3541 atcgagatcg gatcgacgta ttctttcatg tcccctgtgt tgtggaaaga catactccgc
     3601 cacactttga aggcgatctt ttgagtaagc catgtgatgt ataggcgctt gaaaatattc
     3661 ataggagaat gggctatcgg gttggttcca acttgttgat ttgacgccgg caaaagtatg
     3721 actgacagcg ccgcgcaccc actcatccgt ttcaaataga cttttctgac atgcttatcc
     3781 gatacagtat tcgcttccta ttgcgcccca aaccgtccgc ggacgggcgg gtcggcctgc
     3841 gtatgagggt gcatatctac ggcgtggggt cggtggacat cgagaccggc gctgccgtgc
     3901 tcccctccga ctgggacaaa gacgcccgac gggctcacac cgacagggcc gtgaaccgcg
     3961 ccattgacga gtataccgcc gtggccaaag aggtctttgg gcgcttcgag ttcgtggaaa
     4021 agcgcgtccc tacgcaggac gaattccggg ccctcttcct cgagctctcc ggacgtggtg
     4081 gcagagcgct ctccgacgag cggccacgcc tggctgacct ctacgaggaa tacatccgta
     4141 cggtctgcgt gcagaacagc tggacgcagg ccaccctgcg caaagtccag accgtcggcc
     4201 gtcacctcat ggccagccgc ccaccgcgct acatcaacga cctgaccgag gagtctctgc
     4261 aacgcttcat cagccgcctg ctccgagcgg gcatgcgcaa cacgaccgtg gctaaggatt
     4321 acgccttcgt ccgctggttc ctctcctggg cctcgaagcg gggatactac acgggcaacc
     4381 tacatcagac cttcaagccc cgcctgaagg gcacggacgg caacgcgcgt gagatcatct
     4441 acctcaccat cccggaaatg gatcggctgc gggcctgcca gatcccggac aaccagaaac
     4501 acctcgagca aacgcgtgac gtctttctct tttgctgcta cacctccctg cgctattccg
     4561 acgtggccgc cctgaaggta gaggacgtca aagagggcta catcacggtc gtgacacaga
     4621 agacatccga cggcctcaaa atcgagctca accgacacgc gcaagcgatc atcgacaagt
     4681 atcacggcaa acgtttccgt ggcgatcggg cgctccccgt gatcagcaac caaaagatga
     4741 atgactacct gaaagagttg ggtcgcatgg cgggcatcga tgcgcccacg cgggtcgtct
     4801 atttcagggg cgaacagcgg ttcgacgaat accacccgaa atgggagctt ctgaccacgc
     4861 attgcgcccg gcgcacgttc gtcgtcacgg ccttgcagct gggcattccg gttgaggtca
     4921 ttattcgttg gacgggtcac tcgagctacg aggccatgaa gccctatgtg gccatcgtag
     4981 acgatctaaa gaagaaggag atggataagt tcaacgcgct atgacgccca cgcctatgct
     5041 ccccatttct gccacgccat tgccacaccg aggcaaatct ctgtggcctt ttgcggcgct
     5101 ttacgcgtcc gcaaaaccgc cccaaaaccc gcccaaaacc cgcatgaata gcgcaatctt
     5161 gaactctcgc gtccttctaa ggctctataa gcatgggact ctccaggatc tacatagagt
     5221 ttcttcgatt tgaacgtaag caggttatta cctgacatgt aagcgcggat tctgtcgaag
     5281 cctacctttt tggatagttt ggccggcagg gtgaatccta aggtaagatt cttcaagcgc
     5341 ac
//
LOCUS       SEQF2637|AYYD01000629.1  557 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..557
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             165..353
                     /locus_tag="SEQF2637_00263"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKILREPGAVTELAKAFQVTPQTVRLALNGVTQSDLAKRIRKR
                     ALDMGLKEKGTEQAIVLN"
ORIGIN      
        1 tccttatact tagcgacttc ttcaattctt tctttgagtt gctccatttc ttgtcgaaaa
       61 tatttggcga ttaatttggt gtgtcgaaaa tacgtgtcat atttgcagtg cttttcgaaa
      121 cgaaaagcgc gctaaaaata aggattaagt aaacgaacga agaaatggga aagattctaa
      181 gagaacccgg ggcagtaacg gaattggcta aggccttcca agtaaccccc caaacggtga
      241 gattagcctt gaacggcgta acgcagagcg acctggccaa gcggatccgg aaacgggcgc
      301 tggatatggg cctgaaagag aaaggaaccg aacaagcaat cgtattgaac taagtaacca
      361 acaaacccaa acagaaagaa agatggaaag gtatttcaaa ctaacagaag agacgatcgt
      421 aaatgaggcc ggcgtcacgc tacaccggat cgtggccaca cgcgactcac ggcacgccaa
      481 ggcgggcgag aagggcggct tcgtagcagg aacgtataac gtgattgacg aggcgtgggt
      541 ggctgacgaa gcagagg
//
LOCUS       SEQF2637|AYYD01000630.1 1056 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1056
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             66..590
                     /locus_tag="SEQF2637_00264"
                     /EC_number="2.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P23034"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate aminotransferase"
                     /translation="MLRDRVAVINGVSKAYAMTGWRIGFLAAPLWLARAASKLQGQYT
                     SGPSSIAQKAACEAFSGDQTCVEEMRVAFKRRRDLICRLCREIPDVRLAVPDGAFYIF
                     PDVSRYFGRSAGDRKVYDSADLAMYLLETAHVATVGGHAFGAPDCIRLSYAASDEAIT
                     EAMRRIAKALSELK"
     CDS             complement(518..1024)
                     /locus_tag="SEQF2637_00265"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQNRVLREMQGVQRPKTGFYGNCRACNGPKPGFMRISGHAMAQ
                     NRVLRGLQGVQCPKTGFYGNCRACNGPKPGFTRIEGCAMAQNRVLEELQGVQWPKTGF
                     YEDCRTCKGPKTKSGGRDRIPHPRYIQVCVMKTLRYAAKPPRFYLSSDSALAMRRMAS
                     VIASSEAA"
ORIGIN      
        1 tctccgacga gatctacgag cacatcaact acgtcggtcg ccacgccagc atcgcctcct
       61 tccccgtgct gcgcgaccgc gtggccgtca tcaatggcgt ctccaaagcc tacgccatga
      121 ccggctggcg cattggcttc ctggccgccc cgctgtggct ggcccgggcc gccagcaagc
      181 tgcaaggaca gtatacctcg gggcccagca gcattgcgca gaaagccgcc tgcgaagcct
      241 tctccggcga ccagacgtgt gtcgaagaga tgcgcgtggc cttcaagcgt cggcgcgacc
      301 tgatctgccg cctctgccgc gagatccccg acgtgcgtct ggctgtgccc gacggcgcct
      361 tctacatctt ccccgacgtc agccgttact tcggccgcag cgccggcgat cgcaaagtct
      421 acgactcggc cgacctggcc atgtacctcc tagagacggc ccacgtggcc accgtcggcg
      481 gtcatgcctt cggcgccccg gactgcatcc gcctctccta cgccgcctct gacgaggcaa
      541 tcaccgaggc catgcgtcgc atcgccaaag cgctgtctga actcaaatag aaccgtgggg
      601 gctttgccgc gtagcggagg gtcttcatta cacacacttg tatgtagcgg gggtgcggga
      661 tacggtcccg gcccccgctc tttgtttttg ggcctttgca tgtcctgcaa tcctcataaa
      721 acccggtttt gggccattgc acgccctgca attcctctaa aacccggttt tgggccattg
      781 cacacccttc aatcctcgta aaacccggtt ttggaccatt gcatgcccta caattcccgt
      841 aaaacccggt tttgggacat tgcacaccct gcaatcctcg taaaacccgg ttttgggcca
      901 ttgcatgccc tgaaatcctc ataaaacccg gtttggggcc attgcatgcc ctgcaattcc
      961 cgtaaaaccc ggttttgggc ctttgcacac cctgcatttc tcgtaaaacc cggttttggg
     1021 ccattgcacg acttgcaacg cgtctaaaac ccggtc
//
LOCUS       SEQF2637|AYYD01000631.1  290 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctttgaaaa ctgtgggcaa aattacccgg ttcaaagcgc ccgttacctg tgcagattcc
       61 tctatatcaa tgcaaaagaa ccgtgcgcga aagggcctca gttacctatc actgcatcgt
      121 cgttacctat caccagacag ggtaatggtt tggtaactga acttttgctc ggatccgcac
      181 ttttctgcct tttccgctcg acgcaaccgc aagcatatcg acccctttcc gcctaacaat
      241 cagtccactt gcttcgacat cgggacttct gcttttgaga ggattaatac
//
LOCUS       SEQF2637|AYYD01000632.1 4304 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4304
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             284..1222
                     /locus_tag="SEQF2637_00266"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENIRPKIALLVIYNHRYDENISRIERIYSCRFTYLYHVMPFYD
                     GDKSNVLSVYESSYQYQSYVAQAYQQIKRSEAKCVYSHFFVVADDMIINPNITEDNLF
                     EYTGIGVDECYIISVRDISKEKYPMSQFHTISSFNVKIGGDKIPTYDEAIERMRVYGC
                     IEHFAFRWSQLAQHLAHLLISLFGAKKKYQVKMIFKVLKMFFLRKKFSYPIVWGGCDC
                     LLLTESVMSTFCTYCGVFAASELFVEFAIPTALILSTRKIITSDDIRLSCIAQLYMVN
                     EAAFCEKYRYSLTSLLEDYPKDVFFIHPIKLSKWIK"
     CDS             1210..2373
                     /gene="pseC"
                     /locus_tag="SEQF2637_00267"
                     /EC_number="2.6.1.92"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0P8W3"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-4-amino-4,
                     6-dideoxy-N-acetyl-beta-L-altrosamine transaminase"
                     /translation="MDKIVPFIPYGKQNITDEDIQAVVDVLKSDLLTQGPKIQEFERA
                     FADYVGAKYAVAVNNATAGLHLSSKALGVKINDRVIVTPITFAASANCIRYCGGNVIF
                     CDIDKHSYLLDTGLLREKLNSSPPNTYQGIVAVDFAGYPINLEELKSIADDYGLWILE
                     DACHALGGYFIDSKGETQHCGNGKFADIAVFSFHPVKHITTGEGGMITTNNDLLYEKI
                     CLYRTHGITRTPTIMCEKGAWYNEMIDLGYNYRLTDFQAALGISQLKRAKVSLLHRRR
                     IAQKYDQAFKSIKGIIIPHVADGYYHAYHLYVILVEDRRGMYDFLRKNNIFTQVHYIP
                     LHWMPYYRNINNADGLLPTSEAYYQYCLSLPMFPTLTNDEQDLVIQKILEFLR"
     CDS             2370..3080
                     /gene="neuA"
                     /locus_tag="SEQF2637_00268"
                     /EC_number="2.7.7.82"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5ZXI0"
                     /codon_start=1
                     /transl_table=11
                     /product="CMP-N,N'-diacetyllegionaminic acid synthase"
                     /translation="MKHVAIIPARGGSKRLFKKNIRFFEGKPVIAYSIEAALQSNLFD
                     EVMVSTEDADIAEISIRYGAKVPFMRSAKAADDFASTTDVILEVLDMYQALGLFFDMV
                     TCIYSTAPFVTPQKLRTSFGIMKNKGFDSIFTVVAFSYPVQRGLEIHDGKMRMIYPKY
                     KNIRSQDLSTIYHDAGQFYISKVDSFRKSHSFWGDNTGGIILSELEVQDLDTETDWIL
                     AEMKYRLMRENEATKNYI"
     CDS             3055..4002
                     /gene="pseG"
                     /locus_tag="SEQF2637_00269"
                     /EC_number="3.6.1.57"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0P8U5"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2,4-diacetamido-2,4,
                     6-trideoxy-beta-L-altropyranose hydrolase"
                     /translation="MRRRRIIFRADAGPNIGYGHFIRTLALADMLKYDFECMFYTQRP
                     TDYQIREITNICEYVPLPTNGSKFPLFIEALTGDEIVVLDNYFYTTYYQTLIKKKGCR
                     LVCIDDMHDKHYVSDVVINFGSNNPLLFDIEPYTQLCLGLEWALLRRPFLQAIPFKNR
                     IKGNIAISFGGVDSSNLTEMHVKRLSISDSIDKITAIVGDGFRFSEDLKLIEKVNVEK
                     NISAFRIADLFCKVEFAILSASSICIEAIACGCPVYIGWYTENQREMYDFLIKNKYAK
                     KTDEIPLFAGGYHDRSLNTSIFSEIEGRYNSLFHVIAEL"
ORIGIN      
        1 gtctcacaga gaaaagacaa gctatccatc cgaaagagat tatttaccgc ggcactcaat
       61 atcgactatc ccaaagagct cctcaaaatt tgatgtggtt tccctatgga ggggtagact
      121 caattaagaa agaccatccg attcttttaa tattgatcta tcatacggaa aaggattttt
      181 ttgagattcc ttcggtgatt aaagcgcatg caccaggcta tggatttaag ttttcaagat
      241 ctattatctt attagtcatt gggtgataaa gttgtagttt gttatggaaa atataagacc
      301 aaagattgca ttgttggtta tatataatca tcgatatgat gagaatattt ctcgtataga
      361 aaggatttat tcatgcagat ttacttattt gtaccatgtc atgccgtttt atgatgggga
      421 taaatcaaat gttctatctg tttatgagtc atcttatcaa tatcagtctt atgtagcaca
      481 ggcatatcaa cagataaaga ggtcggaggc gaagtgtgta tattctcatt tctttgtggt
      541 agctgatgat atgatcatta atccaaatat tacagaagac aatcttttcg aatatacggg
      601 aataggggta gatgagtgtt atattataag tgtacgagat atatcaaagg aaaagtatcc
      661 gatgtctcag tttcatacga taagctcctt taatgtgaaa ataggggggg acaagattcc
      721 aacatatgat gaagccattg agcgaatgag ggtatatgga tgtatagagc acttcgcttt
      781 taggtggagt cagttggctc aacatttagc acatctacta atatccttgt ttggagctaa
      841 aaaaaaatat caagtaaaga tgatattcaa agtgttaaag atgttttttc ttcgcaaaaa
      901 attcagctac ccaattgtgt ggggcggttg tgactgcttg ttgttgacgg aatcggttat
      961 gtcgaccttt tgcacttatt gcggggtgtt tgctgcttcg gagttgtttg tagagtttgc
     1021 aatccctaca gcccttattt tatcgactag aaaaatcata acaagtgacg atataaggct
     1081 tagttgtatc gctcaacttt atatggttaa cgaagcggca ttttgtgaga aatataggta
     1141 tagcttgacc agcctgttag aggattatcc caaggacgta tttttcattc acccaatcaa
     1201 actttcaaaa tggataaaat agttcccttt attccatatg ggaaacagaa tattacagat
     1261 gaggatattc aagctgtagt agatgtttta aaatcggact tactcacaca gggccctaag
     1321 atacaggaat ttgagagagc ctttgccgat tatgtaggtg cgaaatatgc tgtagcagtg
     1381 aataatgcga ccgccggcct tcacttatcg tcaaaagcct taggcgttaa aattaatgac
     1441 agagtaattg ttacaccgat aacttttgct gcaagtgcta actgtattcg ttattgtgga
     1501 ggaaatgtca ttttttgcga tatagacaaa cattcgtatt tattagacac gggtttattg
     1561 agagaaaaat tgaatagttc tcctccaaat acatatcaag gtatcgttgc tgttgatttc
     1621 gcaggatatc cgatcaattt agaagagttg aaaagtattg cggatgacta tggcttgtgg
     1681 atattggaag atgcctgcca tgctttgggt gggtatttta ttgacagcaa aggggagaca
     1741 caacattgtg gcaatggaaa atttgcagat atcgcggtgt tttcatttca tccggttaag
     1801 catattacga cgggagaagg tggtatgatt acgacaaata atgatctctt atatgaaaag
     1861 atttgccttt atcgtacaca cggtataaca aggaccccga caattatgtg cgagaaagga
     1921 gcttggtata atgaaatgat agatttggga tataattatc ggttgacaga ttttcaggcg
     1981 gctttgggta tttctcaatt gaaaagagct aaggttagtt tgctacacag gaggcgaatt
     2041 gctcaaaaat acgatcaggc ctttaaatcg ataaaaggaa ttattattcc tcatgttgca
     2101 gatggatatt accatgcata tcatctctat gttatactgg tcgaggatag acgaggaatg
     2161 tatgattttc tgcggaaaaa caatatattc acccaagtgc attatatacc cctacactgg
     2221 atgccatatt atcgaaatat aaacaacgcc gacggattat tgccaacttc tgaggcgtat
     2281 tatcaatatt gtttaagttt gccaatgttc ccgactctaa caaacgatga gcaggatctc
     2341 gttatccaaa agattctgga gtttttgaga tgaaacacgt agcaattatt cccgcaagag
     2401 ggggaagtaa gcgtctattt aagaagaata taagattctt tgaaggaaag cccgtcatag
     2461 catactcaat agaagctgct cttcagtcaa acttatttga tgaagtaatg gtttctacag
     2521 aagatgccga tatagcggag atttccatac gatatggagc taaagtccca tttatgcgtt
     2581 cagccaaggc tgctgatgat tttgcctcta ctacagatgt tatactcgag gtcttagata
     2641 tgtatcaagc attaggtcta ttctttgata tggtcacttg tatttattcg acagcgccat
     2701 ttgtaactcc acaaaaactt cgtacttctt tcggtataat gaaaaataag ggatttgatt
     2761 ctatatttac ggtagttgct ttttcgtacc cggtgcagcg tggtttggaa attcacgatg
     2821 gaaagatgag aatgatatac cctaaatata aaaatatccg ctcacaagat ctatctacaa
     2881 tttatcatga tgcagggcaa ttttatattt ctaaggttga ttcctttcgt aagtcccaca
     2941 gtttttgggg agataatacg gggggaataa tattgtccga attagaggtt caggatttgg
     3001 atacggagac agattggata ttggcagaga tgaaatacag attgatgaga gaaaatgagg
     3061 cgacgaagaa ttatatttag agccgatgca gggcctaata tcggatatgg ccattttatt
     3121 cgtaccctgg ctttagcaga catgctcaaa tacgattttg aatgtatgtt ttatacgcag
     3181 aggccgacag attatcaaat aagagaaatt accaatatat gcgaatatgt gccactccct
     3241 accaatggga gcaaattccc cttatttata gaggcgctta caggtgatga aattgttgtc
     3301 ctggataatt atttttacac aacatactat cagactctga taaagaagaa ggggtgcaga
     3361 ttagtttgta ttgatgatat gcacgacaaa cattatgtat cagatgttgt aattaatttt
     3421 ggatcaaata atcctctttt gtttgacatt gaaccgtaca cccaactttg tttaggtttg
     3481 gaatgggcct tgttacgccg gccttttttg caagctatac cgtttaaaaa tcgcataaag
     3541 ggaaatatcg caatatcttt tggtggagtg gactcttcta atcttacgga gatgcatgta
     3601 aaacggcttt caattagtga tagtatagat aaaataacag cgattgtagg agacggattt
     3661 agattctccg aggatttaaa gttgatagaa aaggttaatg tggagaaaaa cataagtgca
     3721 ttccgtattg cagacctatt ttgcaaggtt gagtttgcta ttctttctgc aagtagtata
     3781 tgtattgagg caatagcgtg cggatgccca gtatatatag gatggtatac ggagaaccaa
     3841 agagagatgt atgactttct aattaaaaac aaatacgcaa aaaaaacaga tgaaattcct
     3901 ttgtttgctg gtggatatca cgatagaagt ttaaatacat ctatattttc agagatagaa
     3961 gggcgctaca actcgctttt tcatgtaata gcggaattat aggtcgtttc tagttctatg
     4021 gacattgtga cgaattgtgt agatcccgat tacaaaatga gcaaatactt attttacgcg
     4081 ataagaggtt gtttttttga tttatttcct aaaatattag gaatatatct ctaatgattt
     4141 cgtttcgtca tttaatgagc ggaatgagtt atgtgaaagt gaataaagta aataatggaa
     4201 taaaggcgga agccggtttc gattgttcta taccgagaga agtacgaagt ttttgtggag
     4261 ttacaaatgg cgctgtcgaa taaatacaag tgaccatatc aaag
//
LOCUS       SEQF2637|AYYD01000633.1  418 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..418
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgttgctt gttggccttc ttcagctctg tctgctcgcg gcaggcgttg atcatgcggt
       61 ctacggcagc cgtcttcttt tcgatatacg ctacaatggc gcgctgctca gagaggggag
      121 ggagggggat ctttgcattg cgagcaaagg caggagaaac cctctttaat cctcctgttc
      181 ccgtcatact cgcggtacca gcactgacaa aaccagcgga ttggaagtag taaaagagca
      241 gcttcggagc cagcttatcc ttgcatctat agacgaatag ttcagagctc ccaaagccgc
      301 aatagtgaat cattcttggg atgatagcga catttccatt ttcaaagcag ggtgtgactt
      361 tcgctaaaac aacatctcct tcctgtctct tatacacatt ctgatggcgc gagggagg
//
LOCUS       SEQF2637|AYYD01000634.1 5625 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5625
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             99..1256
                     /gene="nspC"
                     /locus_tag="SEQF2637_00270"
                     /EC_number="4.1.1.96"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A8FNH9"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxynorspermidine/carboxyspermidine
                     decarboxylase"
                     /translation="MSTLYPLPSTLYPSPCYVIEESLLRRNLSLIREVKERAGVEIIL
                     ALKASALWHVFPIVREYIPCATASSVWEARLVLDEMGTPAHTYSPAYTEADFPELLRC
                     SSHITFNSLTQYERFRPMVEADGARVSCGLRINPEYSEVGTALYNPCAPGSRMGITAD
                     KLPDRLPAGVEGLHFHTLCESSAEDLVQTLRAVEERFGRWLPQVRWLNMGGGHLMTRA
                     GYDVDLLVDTLRRFRAAHPNLSLILEPGSAFFWQTGYLQTTVVDIVENGGITTAIIDA
                     SFTCHMPDCLEMPYKPVIRGATEPIEGRPTYRIGGCSCLSGDFMGDWSFERPLRVGDP
                     IIFEDMIHYTTVKTTMFNGIRHPSLAIVPLGADRPEVFRTFTYADYRSRMS"
     CDS             1830..2603
                     /locus_tag="SEQF2637_00271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEIIQIQKLSLYRLDNASHTDFHTTIGGRIAEVGAEKLGIPAA
                     LAAEYQQCIQEAIEMIKETRTSRRTKALQQKDAECDRLVSFILAVVRAMRLSPRAEAV
                     ESAEDLYLQLRVGKRIQAEGIGIKPARIEALLHDLRKPEHAVHITRLGLDEAVGLLDK
                     VKEEVRALMNERSEERIEKKRPSLTHLRPKTDEVYGRIVQHLQMSHFVGKPPVDREAI
                     AQFASYINERVSQTRMTHKQSQSHRKALRKPKAAPTSTP"
     CDS             complement(2931..4376)
                     /locus_tag="SEQF2637_00272"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLGAEGEEVEVVVDDGGRLALHARFGDPHRGARHHDGKVVDLD
                     PVEAIDRDADRREGLAEDGHVGRVDSCGAHHLVLQPTEREVGLGQEIARAASGVEEAQ
                     FGYARLEGQQFGAAAARFGDGLEVVKLIAQPVEEERVDDAVNVLHRGVVHAARATRFG
                     VEGALKHGAEDGGRDVAPVESLRGVDHQRMNGFGTEHRYLPGVGLRGRDVEKSAVDIG
                     QLGERTFIGVALVMRRVEDTEETDQFETEDLGHFDQRLEVAKEESPLAEESGVVGIET
                     EDDAHAEHVEIAERLGRCGVDVVRQEQVVDLPDQLAGTDGQRFLLPADALHLGIDEEV
                     EAVELLGEVGQGDDAWRRLGCLHVVDADTSKVADDDPSGPLGVGQHGVVARCLAEGGQ
                     QRAVALTLRRVEVYAEAFLLDQHVGRRDEGVHKRLVSELDGALEADQLKGVGCTEHLA
                     KHFEPEGLRVALLVALSGPSLGEGAGGVWVV"
     CDS             complement(4500..4850)
                     /locus_tag="SEQF2637_00273"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDLHKVPLVVVDAREVIGRRRAEADDHAMHMRLFGHLAIPAEG
                     AIGKVDMDAETIDERLPNSRNLFALRDGIRGDKRGADGCPLHHLTRFEIPASDIISHA
                     RVLVGLAHLIHINR"
ORIGIN      
        1 ctctaccctc taccctctac cctctaccct ctaccctcta ccctctaccc tccaccctcc
       61 accctctacc ctccaccctc taccctctac cttctattat gtctaccctc taccctctac
      121 cctctaccct ctacccttcc ccctgctacg tcattgaaga atccctgctc cgccgcaacc
      181 tctcgcttat ccgtgaggtc aaggagcgcg ccggcgtgga gatcatcctc gccctgaaag
      241 cctccgccct gtggcacgtc ttccccatcg tccgcgaata catcccgtgc gccacggcca
      301 gctccgtttg ggaggcgcgc ctcgtcctcg acgagatggg cacccccgcc cacacctatt
      361 cgccggccta caccgaggcc gacttccccg agctgctccg ctgtagcagc cacatcacct
      421 tcaactccct cacgcagtac gagcgcttcc gcccgatggt cgaagccgac ggcgcacggg
      481 tctcgtgcgg cctgcgcatc aaccccgaat attccgaggt cggcacggcg ctctacaacc
      541 cctgcgcccc cggatcgcgc atgggcatca ccgccgacaa gttgcccgac cgactgcccg
      601 cgggcgtcga ggggctgcac ttccacaccc tctgcgaatc gtcggccgag gatctcgtgc
      661 agacgctccg tgccgtcgag gagcgcttcg ggcgctggct gcctcaggtg cgttggctga
      721 acatgggcgg cggccacctg atgacgcgcg ccggctacga cgtcgacctg ctcgtcgaca
      781 ccctccgccg tttccgcgcc gcccacccga acctctcgct catcctcgag cccggctcgg
      841 ccttcttctg gcagacgggc tacctgcaaa cgaccgtcgt ggacatcgtc gaaaacggcg
      901 gcatcaccac ggccatcatc gacgcctcct tcacgtgcca catgcccgac tgcctcgaaa
      961 tgccctacaa gcccgtcatc cgcggcgcca cggagccgat cgagggtcgc cccacgtacc
     1021 gcatcggcgg gtgcagctgc ctgagcggtg acttcatggg cgactggtcg ttcgagcggc
     1081 cgctccgcgt tggcgatccg atcatcttcg aggacatgat ccactacacg accgtcaaaa
     1141 cgaccatgtt caacggcatc cgccacccgt cgctggccat cgtgcccctc ggcgccgatc
     1201 gcccggaggt cttccgcacg ttcacttacg cggattaccg tagccgcatg tcgtaagccg
     1261 tggaaaatcg gccagcgcag ccttcagtac acccggcaag ccccgaaacg tgttccgtgc
     1321 agccattcgt ctgccggcga caaggaaaaa cggaagtaga tcggatcgtg ttaatgtaaa
     1381 aggatctaat atgcagtgca tgtttttatg cttctaatgt gagaggattt gatagtatat
     1441 gcaagttata tgcttttgaa gtaaaaggat agtatatgac acgtatatcc catgcttttc
     1501 gtgtaaaagg atagaatttg catggtatat tccatgcttt tgatgtaaaa cacaggaata
     1561 gtcgatgaag gattgtgtcc ttttactata aaagcaaggc ttagtcaggt gacatgcgat
     1621 gcttttactg taaaagcaag gtatatacat gagacgaagg ttccttttat ggtaaaagca
     1681 tataaccggc catgcaagtc agatgctttc aatgtaaaag catgccatat acaatcgatt
     1741 tttacctttg cgcgcactgg ggtggggtag gagagacttg aaagggcgcc gacttcaccg
     1801 gattacattc aaatgagata agcacagtca tggaagagat tatccaaata caaaaactca
     1861 gtctgtacag gctggacaac gcctcgcata ccgatttcca caccacgatc ggcggtcgca
     1921 tcgcggaggt gggcgcggaa aagctcggga taccggcggc gttggctgcg gagtaccagc
     1981 aatgcattca ggaggcgatc gagatgatca aggagacgcg cacgagtcgc cggacgaagg
     2041 cgctccagca gaaagacgcc gaatgcgacc gcctggtgtc gttcatcctg gccgtggtgc
     2101 gcgccatgcg cctctcgccc cgggcggagg cggtggagtc ggccgaagat ctgtacctcc
     2161 agctgcgcgt cggcaagcgc atccaggccg aagggatcgg catcaagccc gcgcgtatcg
     2221 aagcgctact gcacgacctg aggaagccgg aacacgcggt gcacatcacc cgactgggcc
     2281 tcgacgaagc cgtcgggctg ctggataagg tcaaagagga ggtgcgcgcg ctgatgaacg
     2341 agcggtcgga ggagcggatc gagaaaaagc ggccgtcgct cacccacctc cgcccgaaga
     2401 cggacgaggt ctacggccgc atcgtccagc acctacagat gtcgcacttc gtcggcaagc
     2461 cgcccgtcga tcgggaggcg atcgcccaat tcgccagcta tatcaacgaa cgcgtgagcc
     2521 agacccgcat gacgcacaag cagagccaat cccatcgcaa ggccctccgc aagcccaagg
     2581 cagcgccaac atccaccccc taactccccg gccacataac caccggggcg cagcccctga
     2641 ctaccgcgcc gcaaggcgca taactccccc tgactaccgc gccgcaaggc cgcataacta
     2701 ccggagcgca gcccccacta ccgcggccgt aaggccgcat aactacttct gactaccggg
     2761 gcatagcccc taactaccgc ggccaaaggc cgcataactc cctctgacta ccgcgccgca
     2821 aggcgcataa ctaccggggc atagccccta actaccgcgg ccaaaggccg cataactccc
     2881 tctgactccc gcgccgcaag gcgcataact acttgatgac tatgcaaccc ctatacaacc
     2941 cagacgccgc ccgcgccttc gcccagcgat gggccggaaa gggcgacgag aagagcgaca
     3001 cgcagacctt ctggctcgaa atgcttggcc aggtgctcgg tgcacccaac ccctttgagt
     3061 tgatccgctt cgagcgctcc gtcaagctcg gacacaagtc ttttatggac gccttcatct
     3121 cgtcgaccca cgtgctgatc gagcagaaaa gcctcggcgt agacctcgac acgccgcaac
     3181 gtcagagcga cggcacgctg ctgaccccct tccgccaggc agcgcgctac aactccatgc
     3241 tgccctactc cgagcgggcc cgatggatcg tcatcagcga ctttgctcgt atccgcgtct
     3301 acgacatgga gacacccgag gcgccgccac gcgtcgtcac cctggccaac ctcgccgagg
     3361 agctcgaccg cctcgacttc ctcgtcaatc ccaaggtgga gagcatccgc cggcaggagg
     3421 aagcgctgtc catccgtgcc ggcgagctga tcgggaaggt ctacgacttg ctcttgccga
     3481 actacatcga ccccacatcg gccgagacgc tccgctatct caacatgctc tgcgtgcgca
     3541 tcgtcttctg tctctatgcc gacgacgccg gactcttcgg caagcgggga ttcttctttc
     3601 gctacttcga gccgctgatc aaaatgcccg agatcttccg tctcgaactg atccgtctct
     3661 tccgtgtcct caacacgccg catgacgagc gcgaccccta tgaacgtgcg ttcgccaagc
     3721 tgccctatgt caacggcgga cttttcgaca tcgcgtccgc ggaggcctac gcctggcagg
     3781 tacctatgtt cagtcccgaa gccattcatg cgctgatgat cgacgcctcg gagggattcg
     3841 actggagcga catctcgccc accatcttcg gcgccgtgtt tgagagcacc ctcaaccccg
     3901 aaacgcgtcg cacgggcggc atgcactaca cctcggtgga gaacattcac cgcgtcatcg
     3961 acccgctctt cctcgaccgg ctgcgcgatg agtttgacaa cctcaaggcc atcaccgaac
     4021 cgcgccgccg ccgcgccgaa ctgttggcct tccaagcgcg catagccgaa ctgcgcttct
     4081 tcgaccccgc ttgcggctcg ggcaatttcc tgaccgagac ctacctctcg ctccgtcggt
     4141 tggagaacga ggtggtgcgc gccgcagctg tcgacacggc cgacatggcc gtcctcggcg
     4201 aggccttcac gccgatccgc gtctcgatcg atcgcttcta cgggatcgag atcaacgact
     4261 ttgccgtcgt ggtggcgcgc accgcgatgt ggatcgccga aacgagcatg aagcgcgaga
     4321 cggcctccat cgtccaccac gacctcgact tcttccccct ccgctccgag gcgcatatcg
     4381 ccgagggcaa cgccctgcgc ctcgactggc gcaccgtctg ccccacgccg gactacatca
     4441 tcggcaaccc gccgtttgtg ggagcgtacc tgatgagtcc agagcagaag gaagaccttc
     4501 tatcggttta tgtggatgag gtgggcaagc cctacaagga cacgcgcatg gctgattatg
     4561 tcgctggctg gtatttcaaa gcgggtgaga tgatgcaagg gacagccatc cgcgccgcgc
     4621 ttgtctccac gaattccatc acgcaaggcg aacaggttcc tgctatttgg aagccgctcg
     4681 tcgatcgttt cggcatccat atcgactttg cctatcgcac cttccgctgg gatagcgaga
     4741 tggccgaaaa ggcgcatgtg cattgcgtga tcatcggctt cagcacggcg cctgccgatc
     4801 acctcccgcg catctacgac gacaaggggg actttgtgga ggtcagtcat ctcaatttct
     4861 acctgatgga ggttgaagac gtctttgtgg aaagtaggac gaaggcgctt tgcgatgtgc
     4921 cagaaatggt ttacggaaat aaaccggtcg atgatgggaa ttacctcttt accctagagg
     4981 agcgcaacac ctttatcaag ctcgagcccc aagcggcgaa gtatttccgt ccgtggtatg
     5041 gagcgcatga gtttatcaac aacaagccgc gctattgtct gtggttgggt gattgcagtc
     5101 cggctgaact gcgccgcatg ccgcatgcta tgaagcgggt ggaagccgta cgacagttcc
     5161 gccttgtcag taaaagtccc agtacgcgaa aaatggcgga taatccaacg cagttctatt
     5221 tcaagagtat gcctgacacg ccctacttgt tggtgccaag tacctcttct gaacgcagac
     5281 aatacattcc tatcggattt atgcaaccag aggcaataag ttctaatctg gttcatatca
     5341 tcccctccgc taggctgtat cacttcggcc tactcacctc ctcggtgcac aacgcctgga
     5401 tgcgtgccgt ctgcggacga ctgaaaagcg actaccgcta ttcaaacacg attgtctaca
     5461 acaatttccc ctggcccaca gtcacggacg ctgaccgcgc gaagatcgag gccacggctc
     5521 aggccatcct gaacgcccgc gaggcctacc ccgatagctc gctggccgac ctctacgatg
     5581 ccgcggccat gccgcccgac ctgcgccgcg cccactcgcg taacg
//
LOCUS       SEQF2637|AYYD01000635.1  923 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..923
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             23..253
                     /locus_tag="SEQF2637_00274"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAENMAFMMVTAMLKNFYLYLVRHISDKVKPLKKTSRLKAFILH
                     FVSVPAKWVRTGRQNVLNLYTNKNYYAEVFIE"
ORIGIN      
        1 ggcacatctg cccttttcct ttatggctga gaacatggct tttatgatgg ttactgccat
       61 gctgaagaac ttctacctct atctcgtccg tcatatcagc gataaggtca agccattgaa
      121 aaagacaagt aggctgaaag cctttatcct acatttcgtc agcgtaccag caaaatgggt
      181 gcgcactgga aggcagaacg ttctgaacct atatacaaat aaaaactact acgctgaggt
      241 cttcattgaa taaacatcat tttttgtggt ttttcatact tccccattgg tttgggcggg
      301 ggattttatg cttagaaaag acccaaaaaa caccgaagcg cctcatatca aaatatagag
      361 cccccaaaag acatctcaac atataaaatt ttctcacaag aaaaaatact gcggaattaa
      421 ggtcatgatc aatttgctga ttgttggata aaagacctgt ctatacataa aattggaaga
      481 tcagagatcg catactcttt tggaagcgct tttccatcta cccaaatagc gggaaccttg
      541 cttatttcca ttagcttatt ctcatgacat tgtattgaaa agtcagcgat tgtgtccgat
      601 gaaatcttgt caatcggata ttttttagag aaccattgag gagattgcct actaaaccag
      661 tcgtttatga tttgcagctt aatacgatca tccatttctt ttctacataa ctcccatagg
      721 taaagttgca cttggttcat tgggtggtac tcttccgttt caatgccatc gaaacgaatt
      781 tgccacaaaa aacgagctgg aaatttcttc atcatgcgta tgacttcagt tgcaacttcc
      841 ttacaaggaa tacatttagg gttcaacaat gttgtgatag tcatcgtatc agatctaaga
      901 tttcctatgg taatactatg agc
//
LOCUS       SEQF2637|AYYD01000636.1 1415 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1415
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             3..362
                     /locus_tag="SEQF2637_00275"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVSSQLSLLSRPRLTFTTDGYYYSGGRQGILKSDASWGVNAGL
                     QLALLRDESLLIGLNVNDLFESTTPIARTRYQSQWSDYDYFGGINRSVMLRLTYRFSR
                     YKEKQRRETDRSRIGIL"
     CDS             complement(682..915)
                     /locus_tag="SEQF2637_00276"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTKLLFIVCKKSFPRICHIDCAISPSVLLDFIYDNKVILIPMS
                     YAWKWSFRRKCFKGNPPSNCLETDLFCRLADSK"
ORIGIN      
        1 gtatgaacgt cagcagccag ctcagcctcc tctcccgccc ccgcctgacc ttcaccaccg
       61 acggctatta ctattctggc ggccgacaag gcatcctaaa gtccgatgcg agctggggtg
      121 tcaatgcggg tctgcaattg gcgctgcttc gggatgagtc gctgctgatc ggcctgaacg
      181 taaacgatct cttcgagagc accacgccga tagcccgcac ccgatatcag tctcagtgga
      241 gcgactacga ctacttcggc ggtatcaatc gctctgtcat gctccgcctc acctatcgct
      301 tcagccgtta caaggagaag cagcgtcgtg aaacagatcg ctcgaggata gggattctat
      361 aagtcatccc ccaaaggact tttttttaag taatcctcgc gttaaacttc cacagttaca
      421 cccatctcgt aaaaaagcgc caaactgtat aaaacttcta aataggtaga tgcgtttagg
      481 caaaatccga gaatatgcga gatcgttccc tgttgtgtta taaaacaaat tgctaccaaa
      541 ccaatgatac gttgcattag gcaaagagat gctatggatt gcggtccatc gtgtttagct
      601 acgatagcag ggtactacaa attacgtgta gatatagatg cgttacgaag ggcttgtgct
      661 attggtaaag aaggcgtaac tttatttgga atcagcaagg cggcagaaga gatcggtttc
      721 aagacaattg gagggaggat tacctttgaa acactttctg cggaagctcc acttccatgc
      781 atagctcatt gggatcaaaa tcactttgtt gtcatatata aaatccaaaa gcacagaagg
      841 ggagattgca caatctatgt ggcagatccg gggaaaggac ttcttacata cgataaagag
      901 gagttttgtg agcattgggc aagcacgaag accaatggcg aagagaaagg cattgtttta
      961 cttttagagc tcacagaaaa agtctatgca caaaaccgaa ccaaacaaac gtcgaaaagc
     1021 aatcgcctca aattcctttg ggggtacctt agaaagtaca agcgtttttt cgttcagctg
     1081 attttgggct tgttgctcgg ttctttgcta cagcttattt tcccgttcct gacacaggcg
     1141 attgttgata ccggcatcgg aggtaaagac attggtttcg tatggcttgt tttattggcc
     1201 gagatgatgc tgcttttcag tcgtacagcg attgacttta tccgctcaaa gatactgcta
     1261 cacatttcca cccgtatcaa tatctcactt atctctgatt tcttcatcaa gttgatgaaa
     1321 cttccgatga agttcttcga caccaaactg atgggagatc tcctacagcg tatcgaagac
     1381 cacagaaggg tggaacagtt tctcacctcc agtag
//
LOCUS       SEQF2637|AYYD01000637.110146 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10146
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             542..3247
                     /gene="hsdR_1"
                     /locus_tag="SEQF2637_00277"
                     /EC_number="3.1.21.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A801"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-1 restriction enzyme R protein"
                     /translation="MHPEEQARVVIDRMFEEAGWKVVDRSGYAPNMTAVAVKEGMMKG
                     NREADYLLFLNGKAIGILEAKRAEIAINADGVQEQAVIYTRSCPSWCQAWFPTLPIAY
                     VSNSKDLMFYNSRQGNPEFEFCNRIHTPKEIAQILELYDEYVGLPTLSPKGLRDCQFE
                     AITELEKSFRAGESRALMVLATGAGKTYTACLAAYRMLSFTPMRHILFLVDRNNLGKQ
                     AENEFGTFRLTETGDPFNTIFTVNRLKSSKIPNDSNVLISTIQRLFSLLNGEEIEDND
                     EDDENIKDRDIELPENPNLPSDFFDMIVIDECHRSIYGNWRKVLDYFSKAKLIGLTAT
                     PIPETKAFFNNNIIVNYTLEKSIVDGVNVDSRVYRIKTQVTENGGAILEGENVKKETR
                     YTGQVQTVNNKETKNYTREELNRSIVNPAQIKLILETYRDAVYTEMFTDSQREPNMDY
                     LPKTLIFALNESHATNIVQIAKEVFCRKDNRFVQKITYSSGDSNELIRQFRNDKDFRI
                     AVTCTLVATGTDIKPLEVVMFMRDVASESLYIQMKGRGVRTIGDEQLRNVTPNAYSKD
                     CFFLIDAVGVTEHEKTIVSPPDGPSTKLISLKELLEKIAHGNVSDDYLRLLASRLSRI
                     NHKCEEKERAEFTRLANQSMMEIASNIFTALENNALPTYINVNEPNTERKALVRSITN
                     HPDARTYLLILNAGFVETLMPGEDTLISKGFSQEEAKSTTSAFENYCKEHKDEIEALR
                     LIYNNNGEPITYAMLKDLENKLKWVNSKFNKSLLWNSYTIINPQSVKRYSTRDEKEAL
                     TNIIQLVRFAFHQIEKLESLYPSAGQRFNLWCGQIQRPLSSKQIELMHEIQNFIASNG
                     YCAITEIKENDKSLAAQLIKAFAGKEMANEALSSLAQFIIYRKVA"
     CDS             3249..4670
                     /locus_tag="SEQF2637_00278"
                     /EC_number="2.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q89Z59"
                     /codon_start=1
                     /transl_table=11
                     /product="putative type I restriction enzymeP M protein"
                     /translation="MTTNISTEQALTKEVWKLATTLAGQGVGYTDYVTQLTYLLFLKM
                     DAENEELFEEESSIPEGYRWINLKEMDGLDLLSHYEKTLKILSEQDNLIGTIFTKAQN
                     KIDKPVYLKKVISMIDEQQWLVMDGDVKGAIYEGILEKNGQDKKSGAGQYFTPRPLIQ
                     AMVDCLQPQIGETVCDPACGTGGFLLAAYDYMKEQSQDKGKRDFLNNNALHGVDNTPL
                     VVTLASMNLYLHGIGTNRSPIACEDSLEKEPDTMVDVILANPPFGTRPAGSVDINRPD
                     FYVETKNNQLNFLQHMMLMLKNGGRAAVVLPDNVLFEGGAGEIIRKKLLIDFNLHTIL
                     RLPTGIFYAQGVKANVLFFSKGQPTKDIWFYDYRTGVKHTLATNKLHRHHLDDFVACY
                     NASPRVETYNETSKTAGRWRKYTIDNILTRDKTSLDITWIKAGGEEEEYSLQELMESI
                     TTQSNTISQAVIELQKLMAEIKE"
     CDS             4679..5833
                     /locus_tag="SEQF2637_00279"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQHIKVSQEQQFNEVVHIIQQHRSKASQALNQEVLLTAWHIGG
                     YVSAKLKSEEWGSKVVSQLSEFIRSHHPEIKGYSRSSIYNMVMLYDEYSSSSFQSTVQ
                     KYLRSEFVQPVAGQLKAYPKEDIDSTIRSPSIIVQPLATQLPKILTYTTLTNLMEITC
                     RCQSDEERLFYILYAHKEQLTKRELQRCISNQTYTTLLGNKKNMFKGLLATYPNAPVL
                     FKDTLFVDFLDLPQKHSEIRLKSGLIDHMKQFILELGKDFIFMDQEYFLNVGASSFKA
                     DLLFYHRGLQALVAVELKKKKFHPRDFGQLEFYLEALDRDVKRSNENPSIGILLCPEA
                     DKVVVEYAMSRSMSPTMIAEYKRILIPQERMQQQLNEYCNLFLEDKTDVE"
     CDS             5849..7303
                     /locus_tag="SEQF2637_00280"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTKKLRQKILDLAIHGKLVSQAPADEPASALLQRIRVEKERLI
                     KEGKIKRSRKSTKTSDTPHYPQDVPFEVPEGWEWVTIGKLCSFLSRGKSPKYSEERKY
                     PVFAQKCNLYDGDISLEQARFLDPETISKWSDEYKLIDGDILVNSTGTGTVGRTRLFH
                     SDILGDYPFVVPDSHVSVVRTLEEIESKFVLAFLSSDYGQTYIEDNLAGSTNQKELYI
                     GILENMQFPLPPHEEQLRIVTAVDKWFALIDTIDQGKVDLQTAIKQTKSKILDLAIHG
                     KLVPQDPNDEPGSELLKRINPKAEITCDNEHSEKLPQNWTLAKGKNIFAPMKSTKPKD
                     KEFQYIDIDSIDNRRQIIRKIKTIQTKNTPSRASRFTQKNDVVFSMVRPYLRNIAKVA
                     NDNCIASTGFYVCSSIPQILNSDYCYYLMTSDYVVNGLNQFMKGDNSPSINKGHIDNW
                     LFALPPLVEQQRIVQKIETLFSVLDNIQEALEVS"
     CDS             complement(7331..8134)
                     /gene="xerC_2"
                     /locus_tag="SEQF2637_00281"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8P6"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MVTRFQKHLAKTNLAKNTIASYVWTVNYFLNHYKEVNKKNLLAY
                     KGYLVENFKPQTVNLRLQGINKYLEFTKQDKLKVKFVKVQQKNFLENVISDSDYKFLK
                     TRLKADGYDEWYFVVWFMAATGARVSELLHIKAEHVQIGYLDLYSKGGKIRRLYIPKN
                     LREEARKWIHEKGLTSGYIFLNRFGQRITTRGIAQQLKHFAEKYGLNRDVVYPHSFRH
                     RFAKNFLDRFNDLALLADLMGHESIETTRIYLRRTASEQQKIVDKVVNW"
     CDS             8363..8668
                     /locus_tag="SEQF2637_00282"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILVDGENSGEVFQTSTEGYQGSTFKQLNINENMNEKFVLHIIN
                     LHRKSLRENKVGSAIPHLNKKLFKAIPMPIPPYAEQERIIDAINAAYALLTVIEENL"
     CDS             complement(8663..9832)
                     /gene="hsdS_1"
                     /locus_tag="SEQF2637_00283"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05719"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-1 restriction enzyme EcoKI specificity
                     protein"
                     /translation="MPFEVPEGWAWTTVNNISKSIIYGVSESAKSEGKYKLLRITDIQ
                     NNKVDWETVPFTDFDDDKVASYILYDGDIVFARTGATAGKSYLIKGLSQKAIYASYLI
                     RVQTFDLILPEYVKLFFESGYYWEQIELTSVGIGQPNVNGTILGSLNIPLPPFAEQKR
                     IVIEIDRWLSLLEQIEQGKANLQIAIKQTKSKILDLAIHGKLVPQDLNDEPASELLKR
                     INPKAEITCDNEHYPQLPKGWSICRLGDVVKYEQPTAYIVQSIAYSDAYPIPVLTAGK
                     SFIIGHTKETEGIYNRLPCIIFDDFTTDSRLVDFPFKVKSSAMKILQVHYGVEVEYVS
                     LFMSITRLVGDTHKRYWISEYSKLEIPIPPQEEQKRIIGKVRLLFEVLDVIEESL"
     CDS             complement(9889..10092)
                     /locus_tag="SEQF2637_00284"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVDKSREDFVRRLTEFTAALNKIGVLYNQAVRAINAYHSVATA
                     KRMLGKLETIPKFSSDCNSKPCN"
ORIGIN      
        1 agtgaatact gattgctcta ctcacccaaa gggaacgaat aagaaacgag caaatttccc
       61 tttctctctt cattctgcaa tgtttcaaaa aaagccctgt ttcgatattg caaagatgat
      121 cattctcaga agagaaataa ttaaaatata atttttttca atcattccgc ataataaatt
      181 ccggttttgc ttggaacaat aaccttaaat gtgtaccttt gtacttgttg tattctacaa
      241 agaagagaag aaaatcaaca gatgaaggca ataaatagga ttaaagcagt cttagcagaa
      301 aagcaagtat caggcaaatg gtggcaaacg aaataggtcg cacagagaat gccgtttctc
      361 gatggtgttc taataaagta caaccatctc ttgaaaatct acttgaaatc gcagaaacat
      421 tgagggtaga tgtaagagaa tgacttaggt caaacaaaga gtaacaacaa ctagttgtcg
      481 tacaaagatt ttcttttaca acagaactac tcataatgca aaactataag aacataacgt
      541 tatgcatcca gaagaacagg cacgagtcgt tatagataga atgtttgaag aagcaggttg
      601 gaaagtcgta gataggagcg gttatgctcc taatatgact gccgtggctg taaaagaggg
      661 gatgatgaaa ggtaatcgag aagccgatta tctactgttt ctcaatggaa aagctatcgg
      721 gatattggaa gccaaacgag cagagattgc tataaacgct gatggcgttc aggaacaagc
      781 cgtaatatat actcgcagtt gtccttcttg gtgtcaggcg tggtttccta cccttcctat
      841 cgcatacgtt tctaatagca aggacttgat gttttacaac tctcgtcaag gtaatcccga
      901 gtttgaattt tgcaatcgta ttcatactcc caaggaaatc gcccaaatat tagaactgta
      961 cgatgagtat gtaggtctac caacacttag tccgaaagga ttacgtgatt gtcagtttga
     1021 agctatcaca gaattagaga agagttttcg tgcgggagaa tcacgagcgt tgatggtgct
     1081 tgccacaggt gcaggaaaaa cctatacggc ttgtcttgcc gcctaccgta tgctctcttt
     1141 tacgccgatg agacatattc tgtttttggt ggacagaaat aatttaggca agcaagccga
     1201 gaatgagttt ggcactttta gacttacaga aactggagat cctttcaata ctatctttac
     1261 ggtgaatcgt ttgaagtcct caaaaatccc taatgatagc aacgttttga tttctacgat
     1321 acaacgcctt ttctctttac tcaatggaga agaaatagag gataatgacg aggatgatga
     1381 aaacataaag gatagagata tagaacttcc tgaaaatccc aatttaccct cagacttctt
     1441 tgatatgatt gtcattgatg agtgccaccg ctccatctat ggaaattgga gaaaagtact
     1501 tgattatttc tcaaaagcaa aattgatagg tttgacggct acccctatac cagaaacaaa
     1561 ggctttcttc aacaacaata tcatcgtaaa ctacacattg gaaaagtcta ttgtagatgg
     1621 agtgaatgtt gatagtcgtg tttatcgcat caaaacacag gttaccgaaa atggcggagc
     1681 tatccttgaa ggtgaaaatg taaaaaagga aacgcgctat acaggacagg ttcaaactgt
     1741 caataataaa gaaactaaaa actacacacg tgaggaatta aatagaagta ttgtcaatcc
     1801 tgcacagata aaactcattt tggaaaccta tcgagatgca gtgtacacag aaatgttcac
     1861 agactctcag cgtgagccta atatggatta tctgccaaag acgcttatat tcgcactgaa
     1921 tgagagccat gctactaata tagtgcagat tgccaaagaa gtgttttgtc gtaaagacaa
     1981 tcgttttgtg cagaaaatca cttattcttc aggagatagt aatgaactga tacgccaatt
     2041 ccgaaatgat aaggatttcc gtattgctgt aacttgtact ttagtggcta caggaacaga
     2101 catcaagcca cttgaagtag taatgtttat gcgtgatgta gcttctgagt ctctgtatat
     2161 ccaaatgaaa gggcgtggtg tgcgtactat tggggatgaa cagctgcgca atgttactcc
     2221 caatgcttat agcaaggatt gcttcttctt gatagatgcc gtaggagtaa ctgagcatga
     2281 aaaaacgata gtatctcctc ctgatggacc atcaaccaaa ctgatttctt tgaaagaact
     2341 tctggagaag attgcacatg gtaatgtaag cgatgactat ttacgcttat tggcaagcag
     2401 actatctcgt atcaaccata agtgtgagga gaaagaacga gccgaattta cccgccttgc
     2461 aaatcaaagt atgatggaga tagcttcaaa tatcttcaca gcccttgaga ataacgcatt
     2521 gcctacatac atcaacgtaa atgagcctaa tacagagcgt aaggctttgg tacgaagtat
     2581 tactaatcat cctgatgcac gtacatacct actaatattg aatgctggtt ttgttgaaac
     2641 cttgatgcct ggcgaagaca cgcttatatc taaaggtttc tcacaagagg aagcaaaatc
     2701 tacgacctct gctttcgaaa actattgcaa ggagcacaag gatgaaatag aagctctgcg
     2761 actaatttac aacaacaacg gagagccaat tacgtatgct atgttgaaag acttggagaa
     2821 caagctaaaa tgggtaaata gtaaattcaa taaatctttg ctttggaact cgtacaccat
     2881 cataaatccg cagtcagtga aacggtattc tacaagggat gagaaagaag ctttgaccaa
     2941 catcatacaa cttgttcgct ttgcttttca tcaaatagaa aaacttgaga gtctatatcc
     3001 atcggcagga cagcgattca atctttggtg cggacagatt cagcgtccgt tatcctctaa
     3061 gcagatagaa ttgatgcacg aaatacaaaa cttcattgca tctaatggat actgtgcgat
     3121 cacagaaatc aaggaaaacg ataagtcttt ggctgcacaa ctcataaaag cctttgccgg
     3181 taaagaaatg gccaatgaag cgttatcttc attggctcaa tttatcatct atagaaaagt
     3241 agcgtaatat gacaactaat atatcaacag aacaagcttt aaccaaagag gtttggaaat
     3301 tggcaacgac attggctgga cagggtgtcg gctatacaga ttatgtaacg caacttacct
     3361 atctgctatt cctcaagatg gatgcagaaa acgaagaact attcgaggag gaatcatcta
     3421 ttccggaagg ctataggtgg attaacctaa aagaaatgga tggtttagat ttgctcagtc
     3481 actacgagaa gacactcaaa atacttagcg agcaagataa cttgataggc acgatattca
     3541 caaaagctca gaataagata gacaaacctg tctatctgaa aaaagtgatt tccatgattg
     3601 atgagcaaca gtggctcgta atggatggcg atgtgaaagg tgcaatctat gagggaatct
     3661 tggaaaagaa cggacaagat aagaagagtg gtgccggaca atacttcacc ccccgtccgt
     3721 taatacaggc tatggttgat tgcctccaac cacaaatagg cgaaacggta tgtgaccctg
     3781 cttgtggtac aggcggtttt cttttagctg catacgacta tatgaaagag cagtctcaag
     3841 ataaaggaaa gcgtgatttc ttgaataaca atgctttgca tggtgtggac aacacgcctt
     3901 tggtcgttac gttagcttcg atgaacttgt atttgcacgg cattggtaca aatcgaagcc
     3961 caatagcatg cgaagactct ctggaaaaag agccagatac aatggtagat gtcattcttg
     4021 ccaatcctcc atttggtact cgccctgcag gatcagtaga catcaaccgt cccgacttct
     4081 atgtagaaac caagaacaac cagcttaact tcctacaaca catgatgctg atgttgaaga
     4141 atggaggacg tgctgccgtt gtgttaccag ataatgtact ctttgaaggt ggagctggtg
     4201 aaattattcg taaaaaattg ctaatcgatt tcaatctaca taccatcctg agattaccta
     4261 ccggtatttt ttatgcacaa ggtgtaaagg caaatgtact attcttctcc aaagggcaac
     4321 caacgaagga tatttggttt tatgactatc ggacaggtgt aaaacataca ttggcaacca
     4381 acaaattaca tcgccatcat cttgacgact ttgttgcttg ctacaatgct tctccacgag
     4441 tggaaaccta caatgagaca tcgaaaacag ctggtcgctg gaggaaatac acaattgaca
     4501 atattctgac gcgagataag accagtcttg acatcacttg gataaaagca ggaggagagg
     4561 aagaggaata ctccttgcaa gagttaatgg aaagcatcac gactcagagc aatactatca
     4621 gccaagctgt aattgagttg caaaagctaa tggcagagat caaagaatag gtatcaaaat
     4681 gaaacagcat attaaggtta gccaagagca gcaatttaat gaagtcgtcc acatcattca
     4741 acagcaccgg agcaaggctt cccaagccct caatcaggaa gttttgctca cggcttggca
     4801 tattggtggc tacgtgtcag caaaactgaa aagcgaggaa tggggaagca aggtggtcag
     4861 tcagctctca gagttcattc gttcacacca tcctgaaatt aaaggatata gtcgaagtag
     4921 tatctataac atggtaatgc tttacgatga atattcttcc tcatcttttc aaagtacagt
     4981 gcagaaatat ctccgctcgg aatttgtcca accagtggct ggacaattga aagcataccc
     5041 taaagaagat atagacagca caattaggtc tccatctata attgtgcagc cattagctac
     5101 acaattaccc aagatactga cgtataccac gctaacgaat ctgatggaaa ttacttgtcg
     5161 atgccaaagt gatgaggaac gcctattcta tatcctttat gctcataaag agcaattgac
     5221 aaaaagagaa ttacagcgtt gcatttccaa tcagacctat accactctgt taggcaataa
     5281 aaagaatatg tttaaggggt tgttggcaac ttaccccaac gctcctgttt tattcaagga
     5341 cacgctcttt gtcgattttc ttgatcttcc tcaaaagcat agtgaaataa ggctgaaaag
     5401 tggactaatt gaccacatga agcagtttat tcttgaatta ggtaaagact ttatcttcat
     5461 ggatcaagaa tacttcctca atgtaggagc ttcaagtttc aaagccgatt tgttgtttta
     5521 tcatcgtggt ttgcaagctc ttgttgcagt agaactgaaa aagaaaaaat tccatccacg
     5581 agactttgga caattggagt tttatcttga agcccttgat cgcgatgtca agcgaagtaa
     5641 cgaaaacccc tctatcggta ttcttctctg ccctgaagca gataaggtgg tagtggaata
     5701 tgctatgagt cgcagtatga gcccaacgat gatcgcggag tacaaacgta tccttattcc
     5761 gcaagaacgt atgcaacaac aactcaatga gtattgcaac ctctttttgg aggataaaac
     5821 tgatgtggaa taatcccaac caaacacaat gaacacgaag aaattacgac aaaagatact
     5881 cgaccttgcc attcatggca aacttgtctc ccaagcccct gctgatgaac cagcctctgc
     5941 gcttctccaa cgtattcgtg tagagaaaga acgcttgata aaagaaggga aaatcaagcg
     6001 tagtcgaaaa tctaccaaga cttccgatac gccccattat ccgcaggacg tgccgtttga
     6061 agtacccgag gggtgggaat gggtaacgat aggcaaactc tgttcgtttc tttctcgggg
     6121 aaaatctccg aagtattcag aggaaaggaa ataccctgta tttgcccaga aatgtaattt
     6181 gtatgacgga gatatttcgc tggagcaagc tcgcttctta gatccagaaa cgattagtaa
     6241 atggagtgat gaatacaaat taatagatgg tgacatcctt gtaaattcaa cagggacagg
     6301 aaccgtggga agaacaagat tatttcatag tgatattctt ggtgattatc cttttgttgt
     6361 tcccgattct catgtatcag ttgtccgaac attagaagaa atagaatcta aattcgtgct
     6421 ggcttttctt tcttcagatt atggacaaac atatatcgaa gataatcttg caggctctac
     6481 aaatcaaaaa gaattataca ttggtatatt agaaaatatg cagttccctt taccaccgca
     6541 tgaggaacaa cttcgcatag ttacagctgt agataaatgg tttgctctca ttgatacgat
     6601 tgatcaagga aaggtggact tgcaaacagc catcaagcaa accaagagca aaatccttga
     6661 ccttgccatt cacggcaagc tcgtacccca agaccccaat gatgagcctg gatcagaact
     6721 gctcaagcgc atcaatccca aggctgaaat cacttgtgat aacgagcata gtgagaagtt
     6781 accacaaaat tggactttgg caaaaggaaa gaacatcttt gcaccgatga agtcgacaaa
     6841 gcctaaggat aaagaatttc aatatataga tattgattcc attgataata gacgacagat
     6901 aatcaggaaa attaaaacaa tacaaacgaa aaatactcca agtagagcca gccgtttcac
     6961 tcaaaagaat gacgttgtgt tttcaatggt tcgtccatat ttacgcaata tagcaaaggt
     7021 agctaatgat aattgtatag cgtcaacagg attttacgta tgtagttcta ttccgcaaat
     7081 tctcaattct gactattgct attatcttat gacctctgat tatgtggtaa atggattaaa
     7141 ccaatttatg aaaggagata actcaccttc tatcaataaa gggcacattg ataattggct
     7201 atttgcgtta cctccgcttg tcgaacaaca acggattgtt caaaagatag aaacactatt
     7261 ttctgtttta gataatattc aagaagcctt agaagtgtca tgaattgcac ttctaaggct
     7321 tctgtttagt ttaccaattc actactttat ccacaatctt ctgttgttcg ctcgctgtcc
     7381 tgcgtagata gatacgagta gtttcgatgc tttcgtgtcc catcaagtct gcaagtaaag
     7441 cgaggtcgtt aaagcgatca agaaagtttt ttgcaaagcg gtggcggaac gaatgaggat
     7501 ataccacatc acgatttaag ccgtacttct ctgcaaaatg cttcagttgt tgtgctatgc
     7561 cacgtgtggt aatacgttgt ccaaagcggt tgagaaaaat ataaccagaa gttagccctt
     7621 tctcatgaat ccattttctc gcttcttctc gcaagttctt agggatgtat aagcgtctta
     7681 tctttcctcc tttgctataa aggtcaagat aaccgatttg tacatgctct gccttgatat
     7741 gcagcaattc gctcacacga gcaccagtcg cagccataaa ccaaactacg aaataccatt
     7801 catcgtagcc atcagccttg agccttgttt ttaggaactt ataatcagaa tcactgatta
     7861 cattctccaa gaagttcttt tgttgcacct tcacaaactt tactttgagc ttatcctgct
     7921 ttgtaaactc aagatattta ttgatacctt gcaaacgcag gttcactgtc tgtggcttga
     7981 agttttctac taaataccct ttgtaagcca ataggttctt cttgttcact tctttgtagt
     8041 gattaagaaa atagttcacc gtccacacgt aagaagcgat ggtgtttttt gccaaatttg
     8101 ttttggcaag atgtttttga aatcttgtta ccatattaca ttgatttata atgaataaag
     8161 taacaatata ataaagcata tcgagcatta tccgcagttg cctaagggat ggagcattac
     8221 ttctatgcag gaagtgtgtg gtttgtttga tggagaaagg caagaagaca ggttgctgac
     8281 caacttagac gcaaagtttt taagagggtt ttctgatggg aaagttataa aagctggcag
     8341 atatgttcca gccaacacat atatgatatt agttgatgga gagaactcgg gagaagtgtt
     8401 ccaaacttca actgagggct atcaaggcag tactttcaag cagctaaata tcaatgaaaa
     8461 tatgaatgaa aagtttgtct tacacatcat caatttgcat agaaagtctt tgagagagaa
     8521 taaagtaggc tctgctattc cacacttgaa caaaaaactg tttaaggcga tccctatgcc
     8581 gataccgcct tatgcagaac aagaaagaat tattgatgca ataaatgctg cgtatgcatt
     8641 gcttactgta attgaggaga acttataaac tctcctcaat tacatctaaa acctcaaaga
     8701 gtagacgcac tttccctata atccgtttct gttcttcttg tggaggaata ggtatttcca
     8761 actttgaata ttctgaaatc caatatcgtt tatgcgtgtc accgacaagt cttgttatgc
     8821 tcataaacaa tgatacatat tccacttcga cgccataatg cacttgtaat attttcattg
     8881 cagacgattt aaccttaaaa gggaaatcca ccaatcgaga gtcagttgta aaatcgtcga
     8941 agataataca aggtagtctg ttatagattc cttccgtctc tttcgtatgc ccaataataa
     9001 atgatttccc tgccgttaga acaggaatag gataagcatc actatatgca attgattgta
     9061 caatatatgc tgttggctgt tcatatttta caacatctcc aagcctgcat atgctccatc
     9121 ccttaggcaa ctgcggataa tgctcgttat cacaagtaat ttcagccttg ggattgatgc
     9181 gcttgagcag ttccgatgct ggctcgtcgt tcaggtcttg gggtacgagt ttgccgtgaa
     9241 tggcaaggtc aagtatcttg ctctttgtct gcttgatggc tatttgcaag ttcgcctttc
     9301 cttgctcaat ttgctcaagc agagatagcc atcggtctat ttctatcact attctttttt
     9361 gctcagcaaa aggaggtaat ggaatattta gacttccaag aattgttcca tttacatttg
     9421 gttgtcctat gcctacagaa gtcaattcaa tttgttccca ataataacca gactcaaaaa
     9481 atagtttcac atattctggc aaaatcaaat cgaatgtttg tactcgaatt aaatacgatg
     9541 cataaattgc cttttgacta agccctttta ttaaatatga ttttcctgca gttgcgccag
     9601 ttcgtgcaaa tacaatatct ccatcatata aaatgtatga agctacttta tcatcatcga
     9661 aatctgtaaa tggaacagtt tcccaatcta ctttattatt ttgaatgtct gtaatgcgca
     9721 ataatttgta tttaccttct gatttcgcag actcacttac accatatata attgattttg
     9781 aaatattgtt tactgttgtc cacgcccacc cctcgggtac ttcaaacggc acgtcctgcg
     9841 gataatgggg cgtatcggaa gattatcctt tttcctgata ttcttctgtc aattgcatgg
     9901 cttgctgttg cagtctgacg agaacttggg aatagtttcg agtttgccga gcattcgttt
     9961 agcagtggcg acagaatgat aggcattgat ggcacggacg gcttggttgt acagcacgcc
    10021 gattttgttc agcgcggcgg tgaactcggt tagcctgcgg acaaagtcct cacggctctt
    10081 gtcgacggtc acgacgcgga aatgctcatc taagatgcgc gcacggatgt actccgtttt
    10141 cgtgcg
//
LOCUS       SEQF2637|AYYD01000638.112146 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12146
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             355..864
                     /gene="cobP"
                     /locus_tag="SEQF2637_00285"
                     /EC_number="2.7.1.156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29931"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional adenosylcobalamin biosynthesis
                     protein CobP"
                     /translation="MTHITLITGGQRSGKSSYAERVALSLSARPVYMATARVWDDEFR
                     RRVERHQASRGPQWTNIEEEKALSRHDVAGRVVVVDCVTLWCTNFFFDLDSDVQAALA
                     AAREEFDRLTAQDATFLFVTNEIGLGGVSENKIQRRFTDLQGWMNQYIAERADEVVLM
                     VSGIPVKVK"
     CDS             893..1939
                     /gene="cobT"
                     /locus_tag="SEQF2637_00286"
                     /EC_number="2.4.2.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7SIC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate-nucleotide--dimethylbenzimidazole
                     phosphoribosyltransferase"
                     /translation="MHPFDIRKPDDAIRPALQQKIDNLTKPKGALGRLEELALQAGLV
                     QQTLSPSLSHPHNLIFAADHGITAEGVSFSPREVTWQQCIHFATSTGGGVNYLCRQHG
                     FTLRIIDVGVDYDFPPELPIIPRKVGRGTRNFLHEPAMTTDELDACIAHGAEAVRAVH
                     EAGCNVVSLGEMGIGNTSASSIWMACLANIPLERCVGAGSGLSDEGVRRKLSVLSRAL
                     DHYTGDRTDPRSVMRHFGGYEMVAAVGAILQAAELGMLILVDGFILTNCMLAARALCP
                     DVMAYAIFGHCGSESGHQLVLDALHARPLLNLGMRLGEGTGAICAYPIVDSAVRMINE
                     MDTFEGGRVTKYFK"
     CDS             1995..2399
                     /locus_tag="SEQF2637_00287"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNRDLGLLIIRLSVGLLMLPHGINKLANAEAFGYIVSLLTERG
                     LPTVLGYGVYLGEILAPLMVALGYRTRLGALVMIGTGLFVLFLAYSDSLFSLTPHGGW
                     APELPGLYLFGALGLFFTGGGKFALSTRSRWD"
     CDS             2498..3295
                     /gene="cobV"
                     /locus_tag="SEQF2637_00288"
                     /EC_number="2.7.8.26"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29936"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylcobinamide-GDP ribazoletransferase"
                     /translation="MIDDMFAALTFFTRLPWWRIHRVPADSFKRLVAYWPLTGWITGG
                     VMAGVFWLIATADLPFIFGLICALAARLLLTGALHEDGLADFIDGFGGGRTRERTLAI
                     MKDSHIGTYGVLSLVVYVALWLCTATILADYMEGYLFFILLLGDIWAKWCASQVINLL
                     PYVRREDECKIRAVYDPMSTASLTAGLLFAFVPLMAGSAWLFWEGFEFLIGGLWVAAA
                     TSVGTMLLLVWYMRHRLGGYTGDCCGATFLLCELSFLFTLNIVWMFF"
     CDS             3280..3807
                     /gene="pspA"
                     /locus_tag="SEQF2637_00289"
                     /EC_number="3.1.3.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D3DFG8"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoserine phosphatase 1"
                     /translation="MDVFLIRHTSVDVPAGTCYGHTDVALRPTFPEEAARVKQQLDAH
                     TFDAVYTSPLSRCTRLAAYCGYPDALRDDRLKEMNMGEWEMQLFDAITDPRIQEWYDD
                     YLHVAPTGGESYPDMQRRISAFLDELRETGHSRVALFAHGGVLMCARVHAGQLPPAEA
                     LRQLTPFGGIVRITL"
     CDS             3931..4422
                     /gene="fldA"
                     /locus_tag="SEQF2637_00290"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZQX1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavodoxin 1"
                     /translation="MGKTAIIYGSTTGTTEDIAGRIASKLNIAQGDIYEISKVTADTV
                     AGYDTLLLGSSTWGSGDLQDDWYDGIETLKGADLAGKKIALFGCGDSSSYSDTFCSAL
                     GTIYNDLKDSGATFVGSVDPSDYTFDGSDAVVDGQFVGLPIDEVNESDKTDERISNWV
                     ASL"
     CDS             4435..4803
                     /locus_tag="SEQF2637_00291"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVAETKQIVGSAEIKVLYNHIYEYKKGVRNLILYTLNEQYVSHA
                     CERLDKQRIPYLIQRAGKNNINIYFGQPECIETIRSFVSRPLNTLTPEEDFILGALLG
                     YNICEQCKRFCTKKKTACRA"
     CDS             5143..6423
                     /gene="eno"
                     /locus_tag="SEQF2637_00292"
                     /EC_number="4.2.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DTS9"
                     /codon_start=1
                     /transl_table=11
                     /product="Enolase"
                     /translation="MKIEKITAREVLDSRGNPTVEVDVRLESGFVGRASVPSGASTGE
                     HEALELRDGDKKRYGGKGVLKAVENVNNVIAPALIGMSALEQRAIDHKMLALDGTPTK
                     SKLGANAILGVSLAVAKAAANYLELPLYRYIGGTNTYVMPVPMMNIINGGSHSDAPIA
                     FQEFMIRPVGAPSFREGLRMGAEVFHALKKVLHDRGLSTAVGDEGGFAPALNGTEDAL
                     DSILAAIKAAGYEPGKDIRIGMDCASSEFYKDGVYDYTKFEGAKGKKRTADEQIAYLE
                     ELISKYPIDSIEDGMSENDWEGWKKLTERIGNRCQLVGDDLFVTNVEFLSKGIAQGCA
                     NSILIKVNQIGSLSETLDAIEMAHRHGYTTVTSHRSGETEDATIADIAVATNSGQIKT
                     GSLSRSDRMAKYNQLLRIEEELGALAVYGYKRVK"
     CDS             complement(6544..7302)
                     /gene="rlmB"
                     /locus_tag="SEQF2637_00293"
                     /EC_number="2.1.1.185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44906"
                     /codon_start=1
                     /transl_table=11
                     /product="23S rRNA (guanosine-2'-O-)-methyltransferase
                     RlmB"
                     /translation="MLSKAKIKQVHALELKKHRDEQQAFVAEGTKTVIDLMGTFACEW
                     VAARPEWFDAHADQLSDGERIEADRDELHRASLLKSPPEVIAIFHRREDDLRGADPTQ
                     EWVIALDGVQDPGNLGTVIRTADWLGYTHLVCSPDTADAFGPKAIQSAMGSTARIHIH
                     YTDLPAFIRSHSEAMIYGTFADGTPLYDLPSPLTAGLLVMGSEGRGIRPEVAALVTHR
                     IGIPRYPTDRYGAESLNVAVATAIVCAEIRRRAH"
     misc_RNA        7407..7616
                     /locus_tag="SEQF2637_00294"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             7705..9681
                     /gene="btuB_2"
                     /locus_tag="SEQF2637_00295"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01531"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MLCAWASIVVVTAQERDTTLERRIDEVTVTATPTPRRLTATIPV
                     QVVTGEAIRTLGLQNMADAVRRFAGTTVRDYGGIGGMKTVSVRSLGAHHTAISYDQVA
                     MSNTQAGQIDIGRLSLDNVAMLTLSVGQEEDLLQSARMSASAAVLSIRTEAPQFTSKR
                     RHSLQAHIRAGSFGFVNPYLRLATRWNAHTALSVDANLLRADGVYPFTLVNGSERTRE
                     KRYNSDIRSWHSEANLYHTTDRSELRAKVYAFRSERGLPGSVVLYRTGNSERLWDENF
                     FAQANYRWKANDRWTVQAQGKYNYSWNKYEDTDPKYEGGRQTDLNTQHEYYASLAAMG
                     QITDRFKLSLAQDGAINTLNNNVNDNPAPIRFTSLTALRARYRLGRVTMVGTALATLI
                     TERVKRGDRPADRSQFTPSFSLTYRPLSDLDLNLRALYKKTFRVPTFNDLYYLRIGNT
                     GLRPELADEYNIGLTWTAAPARLIDQITLTWDGYYNEVRDKIVAFPSTYVWRMVNFGR
                     VRIFGFDVALTAGVPLTHGVRVDLQANYTYQRATDVTSPEAKNYRDQIPYTPLHSGSG
                     SAALRTPWIDAAYTVVAVGDRYYMSQNLPENRVNGYAEHTIALSRTFHIRHPGGCRIR
                     VQAECVNWMDAQYDIIKYYPMPGRSLRATVAVTL"
     CDS             9720..10808
                     /locus_tag="SEQF2637_00296"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKQSLFSVWCMLAIALAFTACSKDDDPKPNDDGTKLTLPASR
                     VFILNEGSFEKNNAGITFYAPNKDGSFIADVYRMQNEKGLGDTGQDMIIHGDYIYVTV
                     YNSGLLLKLNTAGVEQKRLAFNKEDGLPRHLFALDGKLYVTLYSGKVAKVDAETLTIE
                     GYANVGENPEGIAYANGYLCVANSGMGKGTTVTIIDANSMLVTNNITVAQNPEKVLVS
                     EGKFFVQGYGGSYPNYTYPVQLVDISTGAVKTIAKATNFCEYRGTIYMVYSDTDWKTY
                     KTTNTFSSYDVRTGTLNSSNFLNNMPDALGSTSVYMMEVNPNNGDIYIGTSDYKTNGD
                     IYRFDRNGKLIEKFSSGGINPNNAVFFN"
     CDS             10903..12012
                     /locus_tag="SEQF2637_00297"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLCLTFSCNVGQRSSMPQASDAGASVDSLRYARGLTITRHTDFT
                     VVELRDPWNEGRLLHRYLLVPRSAAALPEGMPEGTVVRTPLRRMVVYTSVHCALLNEL
                     GASDGIAGVCEAQYVHVEPVLNGLRNGTVADLGEATSPDIEGMIRIGADAILASPFQN
                     AGYGPAEKIGLPIIECADYMEADPLGRAEWIRFLGLLTDREATADSLFRSTEAAYLRV
                     RALTDTISKRPTLLVGKKYGSAWHVPNGASYMARMYQDAGADYVFRDLPGSGSTPLTF
                     EAVIDRAQHADLWLIQYNADMNMTYASLRAEYTPYASFDAFAGRHIYGCNTHNSHYYE
                     EIPLHPDRLLSDLIAIIHPRLLPGHKLHYFAPLGE"
ORIGIN      
        1 gcgggaaatg gggaaaaatc tccgaaaaac gccttcccgc ggcgggaaat gggaaaaatt
       61 ctcagaaaaa cggtttcccg ccgcgggaaa ggggaaaaat cgctcgaaaa acggtttcgt
      121 gcggcgggaa ggcggtaaaa tttgctggag atcggtttcc cgccacggga aatggggcct
      181 tttttgccga aaaacgcttt ccgccgcggg aagagggaaa tctccgcctg tggcctcccg
      241 ccgcgggaag gatgagacct cacaggagac cctcgtccaa cttcgccggc agccgcagac
      301 gcccccgcgt gccaacgccc acagccgccc aaaaggccta cttttgcccg cgagatgaca
      361 catattacat tgatcacagg cggacaacgg tccgggaaaa gcagttacgc agagcgggtg
      421 gcgctatcgc tgtccgctcg tcctgtttat atggccacgg cgcgcgtgtg ggacgatgag
      481 ttccgccggc gggtggagcg acatcaggcc tcgcgcgggc cacagtggac gaatatcgaa
      541 gaggagaagg cgctcagtcg gcatgatgtc gcggggcgtg tcgtcgttgt ggactgcgtc
      601 acgctttggt gcaccaactt ctttttcgac cttgattccg acgttcaggc cgccctcgct
      661 gccgcccgcg aggagttcga ccggctcacg gcacaagacg ccaccttcct cttcgtcacc
      721 aatgagatcg gccttggcgg cgtgtcagaa aacaagatcc aacgccgctt caccgatctg
      781 caaggctgga tgaaccaata catcgccgag cgggccgacg aggttgtcct catggtcagc
      841 ggcatccccg tgaaggtgaa ataatccccc ccgacactac acatttatat atatgcatcc
      901 tttcgatatc cgaaagccgg acgacgcgat ccgcccggcg ctgcaacaaa agattgacaa
      961 cctgaccaag cccaagggag cgcttgggcg gctcgaggag ctggccctgc aagcgggcct
     1021 cgtgcagcaa accctcagcc cctcgctcag ccatccgcac aacctcattt tcgctgccga
     1081 tcatggcatt acggccgagg gcgttagctt ctcgccgcgc gaagtgacgt ggcagcagtg
     1141 catccacttc gccacctcga ccgggggcgg cgtcaattat ctctgccgcc aacacggctt
     1201 cacgctccgc atcatcgacg tcggcgtgga ctatgatttc ccgcccgaac tccccatcat
     1261 cccccggaag gtgggccgcg gcacacgcaa cttcctccac gagcccgcca tgacgaccga
     1321 cgaactggac gcttgtatag cgcatggcgc cgaagccgtc cgggccgtcc acgaggcggg
     1381 ttgcaacgtc gttagcttgg gcgagatggg catcggcaac acctctgcgt cgtcgatatg
     1441 gatggcctgc cttgcgaaca ttccgctgga gcgctgcgtg ggtgccgggt cggggctatc
     1501 ggacgagggc gtgcgccgca agctcagtgt cctcagccgc gctttggacc attacaccgg
     1561 cgatcggacg gatccacgga gcgtcatgcg ccattttggg ggctacgaga tggtggccgc
     1621 cgtcggggcg atcctgcaag cggccgaact gggtatgctc atcctcgtcg acggattcat
     1681 cctcaccaac tgcatgctgg ccgcccgtgc gctctgccca gacgtgatgg catacgccat
     1741 cttcggccac tgcggcagcg agtcgggcca tcagctcgtc cttgacgccc tccacgcgcg
     1801 ccccctgctc aacctcggca tgcggctcgg cgagggcacc ggtgccatct gcgcctatcc
     1861 cattgtcgac tccgccgtcc gaatgatcaa tgagatggac accttcgaag gcggacgcgt
     1921 cacgaagtat ttcaagtaag aacctctata catacccctt gcggtaaagc cgcacaacta
     1981 ccccccctat aaatatgaag aatcgagatt taggattact catcatccgc ctctccgtgg
     2041 gcctgctcat gctgccgcac gggatcaaca aactggccaa cgccgaggct ttcggctaca
     2101 tcgtgtcgct gctcacggag cgtggcctgc ccaccgtcct gggttacggc gtctacttag
     2161 gcgagatcct cgccccgctc atggtggccc tcggctaccg cacccgcctc ggtgcgctcg
     2221 ttatgattgg cacaggcctc tttgtgctct tcttggccta ctccgacagc ctcttcagcc
     2281 tcacgcccca cggcggttgg gcgcccgagt tgcccggcct ctacctcttt ggcgcgctgg
     2341 gcctcttctt tactggcggc ggcaagtttg ccctctccac ccgcagccgg tgggactgac
     2401 accttctccc atgcagtcgg agggttaccc attgttcgtt gttcgttgtt cgttgcccat
     2461 tgttcgttgc ccattgttcg tttttagctt ttagattatg atagatgaca tgtttgcggc
     2521 gctgacgttc ttcacgcggc tgccgtggtg gcggatacat cgcgtgcccg ccgacagttt
     2581 caagcggctc gtcgcctact ggccccttac cggatggatc accggcggcg tgatggctgg
     2641 cgtcttttgg ctaatcgcca ccgccgacct gcccttcatc ttcggcctca tctgcgcctt
     2701 ggccgcacgc ctgctcctca ccggcgccct gcacgaggac ggtctggctg actttatcga
     2761 cggcttcggc ggcggtcgca cccgtgaacg cacgctggcc attatgaaag actcccacat
     2821 cggcacttat ggcgtgttga gtctcgtcgt ctacgtcgct ctctggctct gcacggccac
     2881 gatcttggcc gactacatgg aggggtacct cttcttcatc cttcttttgg gcgacatctg
     2941 ggccaaatgg tgcgcctcgc aggtgatcaa cctcctgcct tacgtgcgcc gtgaggatga
     3001 gtgtaagatc cgagccgtct acgaccccat gtccaccgcc tctctcaccg ccgggctgct
     3061 tttcgccttt gtgccactga tggccggatc ggcgtggctt ttctgggaag gcttcgagtt
     3121 cctcatcggc ggactctggg tggccgctgc cacctcggtt ggcaccatgt tgttgctcgt
     3181 gtggtacatg cgacatcgcc tcggcggtta cacgggcgac tgttgcggcg ccaccttcct
     3241 actctgcgaa ctctctttcc ttttcacgct gaatatcgta tggatgtttt tctgattcgc
     3301 cacacctccg tcgatgtccc cgccggcacc tgctacggtc ataccgatgt agccctccgc
     3361 ccgactttcc ccgaggaggc cgcccgcgtc aagcaacagc tcgacgccca caccttcgac
     3421 gccgtttata ccagtccgct cagccgttgc acacgcttgg ctgcctattg cggctatcca
     3481 gacgccctcc gcgacgaccg actgaaggag atgaatatgg gcgaatggga aatgcagctc
     3541 ttcgacgcca tcaccgaccc ccgcattcag gagtggtacg acgactacct gcatgtggcg
     3601 cccaccgggg gcgaatccta ccccgacatg cagcgccgta tctccgcctt tctcgacgag
     3661 ctacgggaga cgggtcacag tcgagtagcc ctctttgccc acggcggtgt gctaatgtgc
     3721 gctcgtgtac acgccggcca gcttcctccc gctgaggcac tccgccaact cacacccttc
     3781 ggcggcatcg tccgtatcac cttgtaaacc cgtcggaaat tcccaactaa tggggactca
     3841 tgccttcttt ttatccatag tattagggat tgccctcgcc tcagcccgct cctacttttg
     3901 cccccgcaaa ttttttaata caagaaagaa atgggaaaga cagccatcat ttacggttcg
     3961 accacgggta cgaccgaaga catcgcaggc cgcatcgcct cgaaattgaa tatcgctcaa
     4021 ggagacattt acgagatctc taaagttacc gccgacaccg tagccggcta cgacaccctg
     4081 ctgctgggta gctccacttg gggcagtggc gacctgcagg acgactggta cgacggcatt
     4141 gagaccctca agggtgccga cttggccggc aagaagattg ccctctttgg ctgcggcgat
     4201 tcatcctctt actctgacac cttctgcagc gcgctgggaa cgatctacaa cgacctgaag
     4261 gattcgggcg ccacgttcgt aggcagcgta gatccttcgg actacacctt cgatggctct
     4321 gacgccgttg ttgacggaca gttcgttggt ctcccgatcg acgaggtgaa cgagtcggac
     4381 aaaaccgacg agcgcatcag caactgggta gcatcgcttt aatgagatag cgtcatggtc
     4441 gccgagacga agcagatagt gggatcggcc gagatcaaag tcttgtacaa tcacatctat
     4501 gagtacaaga aaggcgttcg aaacctgatc ctttacacgt tgaacgagca atatgtgtcc
     4561 cacgcctgtg agcgattgga caagcagcgt atcccctacc tcattcagcg cgcgggaaag
     4621 aacaacatca atatctactt cggacaaccg gaatgcatcg aaacgatccg aagtttcgtc
     4681 tcccgaccac tgaatacgct tacgcctgaa gaggatttca tcctcggcgc actattggga
     4741 tacaacattt gcgaacagtg caagcgcttc tgcacaaaga agaagactgc ttgccgagct
     4801 taacgccccc caaaaagaga ggtgcctctc cccaaaagga ggcacctcct tttttttcgt
     4861 gagctctcta cgtgagtaaa cctcgttttt cggctctgtg gcaagttgct tttcggtcca
     4921 ctggcataaa aattggctgg aaagtcgctt tttgaggccg ctggctcaaa agtgttgcta
     4981 gaaagtcgct tgccgggaat acgggaataa gtgacacagc gcaaatacac gcttttatcc
     5041 tcctatccgc tggaggccac ttccaacgca ggctccgcct ttgcaggttg gcataaattc
     5101 cgacctttgg ccccggttga agaacccatt aatcaagtca atatgaaaat agaaaagatt
     5161 accgcccgcg aggtattgga ctcgcgtggc aaccccaccg ttgaagtgga tgtgagatta
     5221 gaatctggat ttgttggacg tgccagtgtg ccctcgggcg cctcgactgg tgagcatgaa
     5281 gccctcgaat tgcgcgatgg agacaagaag cgctatggtg gcaaaggcgt gctcaaggcc
     5341 gtggagaatg tcaacaatgt gattgctcct gccttgatcg gcatgtctgc actcgaacag
     5401 cgtgccatcg atcataagat gctcgccctc gacggtacac cgaccaagtc gaagctcggt
     5461 gctaacgcca tcctcggcgt atcgttggcc gtagccaagg ccgccgccaa ctatctggag
     5521 ctgcccctct atcgctacat cggtggaacg aacacttatg tcatgccggt gccgatgatg
     5581 aacatcatca acggaggctc gcacagtgac gccccgatcg ctttccaaga gttcatgatc
     5641 cgtcccgtgg gcgctccttc tttccgcgaa ggtttgcgga tgggcgcgga ggtgttccat
     5701 gcgctgaaga aagtgctgca tgatcgcgga ctgagcaccg ccgtcggtga cgagggaggc
     5761 tttgcccccg cactgaatgg caccgaggac gccctcgatt cgattcttgc cgccattaaa
     5821 gctgctggtt acgaaccggg taaggacatc cgtatcggta tggactgcgc ctcgtcagag
     5881 ttttacaagg acggcgtcta tgattatacc aagttcgagg gcgccaaggg caagaagcgt
     5941 acggcagacg agcaaatcgc ttatctcgag gagctgatca gcaaatatcc tatcgactcg
     6001 atcgaggacg gtatgagcga gaacgattgg gagggctgga agaagctcac cgagcgcatc
     6061 ggcaaccgtt gccagttggt gggcgacgat cttttcgtga ccaatgttga gttcctctcg
     6121 aaaggtatcg cgcaaggttg cgccaactcg atcttgatca aggttaacca gatcggatcg
     6181 ctgagcgaaa cgcttgatgc gatcgaaatg gctcaccgtc acggttacac gaccgttaca
     6241 agccaccgct cgggcgagac agaggacgca acgatcgctg acattgccgt ggctaccaac
     6301 agtggacaga tcaaaaccgg ttcgctcagc cgtagcgacc gcatggccaa gtacaatcag
     6361 ctgcttcgta tcgaagagga gttgggcgca ctggctgtat atggctacaa gcgcgtgaag
     6421 tgagaatggc tcccgatcgg attgtcgatc ggagccgctg ttataggtaa ttcgagagag
     6481 gtgtccccat aggatggggg cgcctctttt tttcgggcga aagtgggcgg tgatgcgtcg
     6541 ggatcagtgg gcgcggcgac gaatctcagc gcagacgata gccgtggcca cggccacgtt
     6601 gagggattca gcgccgtagc ggtcggtggg atagcggggg ataccgattc gatgagtgac
     6661 gagtgctgct acttcaggac ggatgccacg tccttcgctg cccatcacga gtaagccagc
     6721 cgtgagaggt gacggtaggt cgtagagagg cgtgccgtcg gcaaaggtgc cgtatatcat
     6781 ggcctcagag tggctgcgga taaaggcggg gaggtctgtg tagtggatgt ggatgcgtgc
     6841 cgtagagccc attgcggatt ggatggcctt gggaccgaat gcgtcggccg tgtcagggct
     6901 gcaaacgagg tgcgtatagc ctaaccagtc ggcggtgcgg atcacggtgc cgaggttacc
     6961 gggatcttgc acaccgtcga gggcaatcac ccactcctga gtgggatcgg cgccacggag
     7021 atcgtcttca cggcggtgga agatggcaat cacctcgggc ggtgacttta ataggctggc
     7081 acgatgcagt tcgtcgcgat cggcctcgat tcgttcgccg tcggatagct gatcggcgtg
     7141 cgcatcaaac cattccggtc gtgcagctac ccattcgcag gcaaaagtgc ccatgagatc
     7201 gattacggtt ttggttccct cggccacgaa agcctgttgc tcgtcgcggt gtttcttcaa
     7261 ctccagcgcg tgcacctgtt tgatcttcgc tttactcaac atcttttcgg tttgttgcca
     7321 tttatacggg caaaagtagt ctgtgcgtgg ggatggaggt ccttccgcac gcgattactc
     7381 ccgccgaaag ttcagaagct gcttctattt ttgtccgcga tttcggtcta accggtgggg
     7441 caaccgcttt tcggttagta aaagggaagc cggtgaaagg tcggcgctgt acccgcagcc
     7501 gtatgttctg tatccttggc catctacaca cttgccactg gctcgcatga gctgggaagg
     7561 ctgccaacaa aaaggaggaa cgagccggaa gacctgccga cgtcaaattt caatctcccc
     7621 tcatggtctc gggtgaagac gagggctcag atatgtattc aaatgtctat cggatctatc
     7681 tacatacgta agactacgac actcatgctc tgcgcatggg cctccattgt cgtggtcacg
     7741 gctcaggagc gcgatacaac cttagaacgt cgcatcgatg aggttaccgt caccgctaca
     7801 cctacgccac ggcgactgac agccactatc cccgtacaag tagtcacggg cgaggccatt
     7861 cgtacccttg gattgcaaaa tatggccgat gccgtacgcc gttttgcagg aaccaccgtc
     7921 cgtgactacg gcggaattgg cggcatgaaa acagtctccg tgcgtagcct cggcgcccat
     7981 cacacggcga tcagttacga ccaagtggca atgagtaaca cgcaggccgg acagatagat
     8041 atcggtcgtt tatccctcga caacgtggcc atgctcaccc tctcagtcgg tcaagaggag
     8101 gatctgctgc aatccgcccg catgtcagcg tcagcagctg tgctcagcat ccgcaccgag
     8161 gcacctcaat tcacatcaaa gcgccgccac agtctgcaag cccacatccg agctggatct
     8221 tttggcttcg tcaaccctta cctgcgactt gccactcgat ggaatgccca taccgcgctc
     8281 tcggtcgacg ctaatctgct ccgagctgat ggcgtctatc cgtttacgtt agtcaatggc
     8341 tctgagcgca cccgagaaaa acggtataac tcagacattc gttcttggca ctccgaagcc
     8401 aacctctatc acaccacgga ccgcagtgag cttcgcgcca aagtctacgc tttccgatcc
     8461 gaacgtggat tgcctggtag cgtcgtcctc tatcgcacag gaaatagtga acgattgtgg
     8521 gatgaaaatt tctttgccca agctaattat cgatggaagg ccaacgatcg atggaccgta
     8581 caggcgcaag gcaaatacaa ctactcctgg aataaatatg aggacaccga tccgaaatat
     8641 gaaggcggcc gccagacgga tctcaacacc caacatgaat attatgcctc tcttgccgca
     8701 atgggccaga ttacggaccg attcaagctc tcgctggccc aagatggcgc catcaatacg
     8761 ctgaacaata acgtaaacga caatcccgcg cccatccgat tcacttccct cacggccctg
     8821 cgcgcgcggt accgactcgg acgcgttacc atggtcggaa cggccctggc tacgctgatc
     8881 acggagcgtg tcaagcgtgg cgatcgcccc gccgaccgaa gtcaattcac accctctttc
     8941 tccctgacct accgacccct atctgatctt gacctcaacc tccgcgcgct ctacaagaag
     9001 accttccgcg tgcctacgtt caacgatctg tactacctcc gcataggtaa caccggattg
     9061 aggcccgaac tggccgacga atacaacatc ggcctcacat ggactgccgc gcccgctcgc
     9121 ctgatcgacc aaatcacgct tacatgggat ggatattaca atgaagtgcg tgacaagatc
     9181 gtggctttcc cctccacgta cgtgtggcgg atggtcaact tcggacgggt acgcatcttc
     9241 ggcttcgacg tcgctctcac ggccggtgta ccccttaccc acggcgtgcg cgtcgatctt
     9301 caggccaatt acacctatca gcgcgccacg gatgtgactt cgcccgaagc aaagaactac
     9361 cgcgaccaaa ttccctacac tcccctccat tcaggaagtg gttctgcggc cctgcgcacg
     9421 ccttggatcg atgcggctta taccgtcgtg gccgtgggag atcgttacta catgagccaa
     9481 aacctacccg aaaatcgcgt caacggttac gccgaacata cgattgctct ctcgcgtacg
     9541 tttcatatac gtcaccccgg tggatgtcgc atccgcgtgc aggcggagtg tgtcaattgg
     9601 atggatgcac aatacgacat catcaaatac taccccatgc ccggtcggag ccttcgcgcc
     9661 accgtggcgg tcacactcta aacattttga agtactaacc ccaataaaac aagacagaaa
     9721 tgaaaatcaa acaatctctt ttcagtgtat ggtgcatgct tgccatcgcg ttggcattca
     9781 ccgcgtgtag caaagacgac gatccgaagc ccaatgatga cggcaccaaa ctcacgttgc
     9841 ccgcttctcg cgtctttatt cttaacgaag gctcgtttga aaagaacaat gccggcatta
     9901 ccttctatgc cccgaacaag gatggcagct tcatcgctga tgtatatagg atgcagaacg
     9961 agaagggcct gggtgataca gggcaggaca tgattatcca cggcgattac atctatgtaa
    10021 ccgtctacaa ctcgggtctg ctgctcaagc tcaatactgc tggcgtggag cagaagcgac
    10081 tcgccttcaa taaggaggat ggattgccga gacacctctt tgccctcgac gggaagctct
    10141 atgtcaccct ctacagtggc aaggtggcca aggtggacgc agaaacattg accattgaag
    10201 gctatgccaa cgtgggcgaa aaccctgaag gcattgctta tgccaacggc tatctctgcg
    10261 tagccaactc tgggatggga aaaggcacca ccgtgaccat tattgacgct aattccatgc
    10321 ttgtaacgaa caacatcacc gtggcacaga accctgagaa ggtgcttgtt tccgaaggca
    10381 aattctttgt gcagggatac ggcggtagtt atcccaacta cacttatcct gtgcagctcg
    10441 ttgacatttc tactggtgcc gtcaagacca tagccaaggc taccaacttt tgtgagtatc
    10501 gcggcacgat ttatatggtt tacagcgaca cggattggaa gacttacaag acgaccaaca
    10561 ccttctccag ctatgatgtc cgcactggca cgttgaacag cagtaacttc ttgaacaata
    10621 tgcccgacgc gctcggctca acgagtgtct acatgatgga agtgaacccc aacaacggcg
    10681 acatctacat cggaacgtct gattataaga ccaacggcga catctaccgc ttcgatcgta
    10741 atggtaagct catcgaaaag ttcagctccg gaggtattaa cccgaacaac gccgtctttt
    10801 tcaattgatg tctcttccct cttggggata agccgcttct tgtccccaag agttacataa
    10861 aaacctgtga tacgcacttt cttctgccta tttgcatggt tcatgctctg cctcacgttc
    10921 agctgtaacg tggggcagcg ctcttctatg cctcaggctt ccgacgccgg cgcgtcagtg
    10981 gactccctgc gctatgcaag gggtctcacc atcacgcgcc acactgattt taccgtagta
    11041 gagctgcgcg atccttggaa cgagggtcgg ttgttgcatc gttacctgct cgtgccgcgt
    11101 tccgcagctg cgttgcctga aggaatgcct gagggcaccg tggtacgcac tcctctccgc
    11161 cgtatggtgg tctatacgtc cgtccattgc gcacttctca acgaattagg ggcctccgac
    11221 ggcatcgcgg gcgtatgcga ggcccaatat gtgcacgtcg agcccgtgct caacggattg
    11281 cgcaacggta cagtggccga cttgggcgag gctacctcac ccgacatcga ggggatgatc
    11341 cgcattggcg cggacgccat cctcgcctcg ccatttcaga acgccggcta tgggccagcc
    11401 gaaaaaatcg gtcttccgat catcgaatgt gccgattata tggaggccga cccgttagga
    11461 agggccgaat ggatccgttt cctcggactc ctgaccgata gagaggccac ggccgacagc
    11521 cttttccgct ccaccgaagc agcatacctc cgcgtgcgcg cgctgacgga cactatttcg
    11581 aagcgtccca cacttttggt ggggaagaag tatggttccg cctggcatgt gcctaacggg
    11641 gcgagttaca tggctcgcat gtaccaagat gcaggtgcgg actatgtttt tcgtgatctg
    11701 cccggctcgg gaagcactcc gctgacgttt gaggccgtta tcgaccgtgc gcaacatgct
    11761 gatttatggc ttattcagta taatgctgat atgaatatga cctacgcgtc gctccgagcc
    11821 gaatacacac cttatgcgag cttcgacgcc ttcgcaggta gacatatcta cggctgcaac
    11881 acccacaatt cgcactatta cgaagagatc cccctccatc cagaccgtct cctgagcgat
    11941 ctcatcgcca tcatccaccc cagactcctg cccggccata agctccacta cttcgcaccg
    12001 ttaggagagt gaaaacttgg cccaaggcct ccactccatc tatcatgtac ctggccaact
    12061 tccccggcct cggcagaggc cttgattttc ttttgcttct tttcttgcat caaggcaaga
    12121 aaagaagaat agggtaggag caaagc
//
LOCUS       SEQF2637|AYYD01000639.1  279 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..279
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggcggctcg tcctgcgggg cgatgccgat ctcgatgcgc aggaacttgt ttttgcagcg
       61 gctattgtag tcgccgatga gcttcatctc ctcgtgaatc tccttcggcg tttcgccgca
      121 cagattgtgg agggcgagga gtcggccgag ctttccctcg cgaaaaatgt actccagcgc
      181 attgcctccg tgtgcgatgg ccttacactt tgcgatcatg gtcttcaata tttaagcact
      241 taaacacctc ctcattgacc cggtagcgag ggttgaaga
//
LOCUS       SEQF2637|AYYD01000640.1  395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1..201
                     /locus_tag="SEQF2637_00298"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRRVRSSATSASQRVTRSIVPSVDPPSITRYSISPYVCTPTLC
                     NVRSSAFRALYVTVMMEKRRGI"
ORIGIN      
        1 atgccacgcc gcgtgcgttc gtccgccacc tccgcctccc aacgtgtgac tcgctccatc
       61 gttccgtcag tcgatccccc gtcaatcacg aggtactcca tctcgccata cgtctgcacc
      121 ccgacgctct gcaacgtccg ctcgagcgcc ttccgagcat tgtatgtgac tgtgatgatg
      181 gagaaaagga ggggcatcta gatcttattt cagcaaacta cgatatagct ctatgtattg
      241 tttcgcaact actgcttcac tgtagttctc ctcgaccttt ttgcgggcat tgaacgaaag
      301 ctttttccga tcggccttat tcagtaccca atcaatccca gtcgcaagat cggctgcatc
      361 tttatatgcg gcgacgtaac cattctcctt atggt
//
LOCUS       SEQF2637|AYYD01000641.1  451 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..451
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgaaaaggt ctcctgtaaa acggtttacc tcttgctcgg cctgaaaata ttaaactgaa
       61 tgaatcttat ttagttgctc gactgaagca attaagccgc aagaatgttt cttagttgct
      121 tcattagagc aattaagccg taaaaatgtc tcttagttgc tcggctgaag caattaagcc
      181 gtgaaaatgt ctcttagttg ctcggctgaa gcaattaagc cgcaaaaatg tctcttaatt
      241 gctctgatag agcaactaaa gaagatttat acggattact attttctccg gaaatcctca
      301 tttgaaatct ttcgtgtgaa gatttctcct ccaagtgcct gtctcgccaa atggcaacac
      361 gcgctctctg ctccaaaaaa gtatctcgcc aaacggcgtc tctctttcct tggcgcataa
      421 agggcgtatg ccattcggcg ccactatcta t
//
LOCUS       SEQF2637|AYYD01000642.1 2382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2382
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             186..1106
                     /locus_tag="SEQF2637_00299"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMILWKDVIHACVPVSSARNWCNGNPVAITFASKQTHMTVRE
                     WIRKREIGGMPTLTFGEVRQAFPNASEQVVKNELFRLSAQKIIVSVYRGFYVIIPPHY
                     ASQGVVPPHYYIDRLMAHQNKPYYISLLSAAALLGAAHQRPQKFFVTTVLPKPSVSPS
                     KNNLLMWSYRKEIPSDFLLTKNSETGTLRYSNAELTAIDLIQYEQYIGGLSEAATVLA
                     ELSERLDFRRVSRRLFDYTSQATLQRLGYVLEEVLLQTEVADALYEKLRAYAGRLRYV
                     PLSTRSTEAMAAKNDRWKIDINMTIEPDDL"
     CDS             1103..1897
                     /locus_tag="SEQF2637_00300"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDRASITQWAGRVPWNDPAQVEQDLIISRALVAIFSDEFLTSQ
                     LAFRGGTALHKLYLSPQPRYSEDIDLVQIHPGPIKPILFRLGEVLDFLPDRVTQQKRY
                     NNTMLFRMESEVPPVVPIRLKIEINCVEHFNELGLVKMPFAVESHWFTGQCAITTYAL
                     NELLGTKLRALYQRKKGRDLFDLYVALTEAEVNTSEILQCYNRYMAFSVQQPPTYKQF
                     VANMEAKMADPDFLGDTRVFLRPERPFDPQAGYEAVRAQLIDGLKK"
ORIGIN      
        1 aaccaaacca gatgaaccga aatattacga cgcctttgac gtggctcgta tcctgcgtat
       61 ccaccacaag acggccctaa tttggggaaa gaggggtatg ctgccctccg tcaagatcgg
      121 caaccgccgc tactttcccg ctgagggcat cttggcgttc aaaaagcagg agaagtgagc
      181 tgtcgatgaa aagaatgatc ctttggaagg atgtgatcca tgcctgtgtc cccgtctctt
      241 ctgcgcggaa ttggtgcaac ggtaatccgg tcgcgattac ctttgcctca aaacaaaccc
      301 atatgacagt cagagaatgg atcagaaagc gggagatcgg cgggatgccc acgctcactt
      361 tcggggaggt gcgccaagcc tttcccaacg cttcggagca agtcgtcaag aacgaattgt
      421 tccggttgtc tgcgcagaaa atcatcgtat ccgtatatcg tggattttat gtgatcatac
      481 cgccgcacta tgccagtcag ggcgttgtcc cgccgcatta ctacatcgat cggctgatgg
      541 cccatcaaaa caagccttac tacatcagcc tgctcagcgc ggcggcattg ctgggggctg
      601 cgcaccaacg gccgcagaag tttttcgtca ccaccgtttt accgaagcct tcggtatccc
      661 cttccaaaaa caacctgctg atgtggtcgt atcgcaaaga gattccgtcg gactttttgc
      721 tgacgaagaa ctcggagacc ggcacactcc gctactccaa tgccgaactg acggccatcg
      781 atctgataca atacgagcaa tatatcggcg gtttgtctga ggcggcgacg gtcttggccg
      841 agctttcgga gaggctggac ttccgtcgtg tctcgaggcg gctgttcgac tacacctcgc
      901 aagccaccct gcaacgattg gggtatgtct tagaagaagt tttgctgcag acggaagtgg
      961 ccgacgcgct gtatgagaag ctacgtgcgt atgccggaag gctgcggtat gtaccgctgt
     1021 ccacgcgcag cacggaggcg atggcggcaa aaaacgatcg ctggaagatc gacatcaata
     1081 tgactatcga gccggacgac ctatgataga ccgcgcatcc atcacgcaat gggccggccg
     1141 ggtgccctgg aacgatcccg ctcaagtgga gcaagatctg atcatctccc gcgcactggt
     1201 ggccatcttc agcgacgagt tcttgacctc gcagcttgcc tttcgcggag gcacggcgct
     1261 gcacaaactg tacctctcgc cccagccgag atacagcgaa gacattgatt tggtacagat
     1321 tcaccccggc ccgattaagc cgattctctt ccgcctcggg gaggtgttgg acttcctgcc
     1381 cgatcgtgtc acccagcaaa agcgatacaa taacacgatg ctctttcgga tggagtcgga
     1441 ggtgcctccg gtcgtcccca tacgattgaa aatcgagatc aattgtgtcg agcatttcaa
     1501 cgaactgggg ctggtgaaga tgccgttcgc ggtggagagt cattggttta ctgggcaatg
     1561 tgcgatcacg acgtatgcgc tgaatgagtt gttgggcacg aagctccgcg cgctgtatca
     1621 gcgcaaaaag gggcgcgacc tcttcgatct gtacgtggct ctgacggaag ccgaagtgaa
     1681 cacttccgaa atcttacagt gctacaaccg ctacatggct ttctctgtgc agcagccccc
     1741 gacctataag cagtttgtgg cgaacatgga ggcgaaaatg gccgatccag attttctcgg
     1801 cgatacgcgc gtctttctgc gccccgagcg gccgttcgac ccccaagccg gatatgaagc
     1861 ggtgcgagca cagttgatag atgggctgaa gaaatagggc ggatgaagac aatctcaaac
     1921 aggcgcctgt ttgagtcact ccagtctgcg cgaagctaaa caggtgcctg tttaggtcac
     1981 tccagcaaac ttcccagcct cggcagaggc cggccgccgg cgaagtttgg ccgggtacaa
     2041 ggcaatttcc accctcttct tgtatcaggc aaacttccct gcctcggcag aggcctgcgc
     2101 gaaggcaaac aagtgcctgt ttatctccat cccaccttcc caatcaccac acgactcgct
     2161 acgtcctgct ccaccttgtc cgtttgatga aagcgggcat tattcccttg cccgaccacg
     2221 ctcttatccg ctgcctgctc ctctttttcc ggcggcgtcg gtggtgcaag tgagagcgca
     2281 atcttccgat ccagctccgc cgcgttcctc ttcagcgtac gcagctcgtc ctctttccgc
     2341 cagacgcctg aggctgcggc ctcgaaggct gggatctgct cc
//
LOCUS       SEQF2637|AYYD01000643.1  394 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(33..392)
                     /locus_tag="SEQF2637_00301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNKQGKVYGLKFTYGEHSFKASEIGREFGFRTLPKQFEIGNAQ
                     KPIIQSSMIPTKDSALIAQVAGAAVDVALDTAGSLLSETGEVTALQTHGTDYAEISWQ
                     RRLRNQAVKKKRRGRGI"
ORIGIN      
        1 tcgggatgga tggagtggat gaacgtcgaa catcatatcc cccttcctct cctcttcttc
       61 ttcacggctt ggtttcttaa gcgtcgctgc catgagattt cggcatagtc ggtgccgtgt
      121 gtctgtagag ctgtgacctc tccagtctcc gaaagaaggc ttcctgcagt gtctaaagct
      181 acgtccacag cggcgcctgc gacttgtgcg ataagagcac tgtctttcgt agggatcatg
      241 gaggattgga tgatgggctt ctgcgcattg ccgatctcga actgtttcgg cagggtgcga
      301 aaaccaaact cacggccgat ctcggaggcc ttgaaactgt gctcgccgta ggtgaacttc
      361 agcccgtaga ctttgccctg tttgtttttc atgc
//
LOCUS       SEQF2637|AYYD01000644.1 2167 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2167
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             291..521
                     /gene="rsxB_1"
                     /locus_tag="SEQF2637_00302"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00463"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxB"
                     /translation="MARVKGMVVVNTERCKGCDLCVVACPSDVLELHPREVNNKGYHY
                     VYMKTPKACTGCCSCGWVCPDACLTIYRAKVG"
     CDS             529..1605
                     /gene="korA_1"
                     /locus_tag="SEQF2637_00303"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53182"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorA"
                     /translation="MEDVRLMKGNEAIAHAAIRSGADGYFGYPITPQSEVMETLMAEK
                     PWETTGMVVLQAESEVSSINMVYGAAGSGKRVMTSSSSPGMSLMQEGVSYIAGAELPC
                     LLVNVMRGGPGLGTIQPSQADYFQTVKGGGHGDYRLITLAPSSVQEMADFVALGFDLA
                     FKYRTPAMVLSDGMIGQLMEKVVLPPFRPRKTDEEIEKESPWATTGRKGGREPNIITS
                     LELDPSIMEKRNLHLLEKYRQIEENEVRYEEIGCEDADYLLVAFGSSARICQKAMEVA
                     RGEGLKLGLLRPITLWPFPTKAISDRADKVKGILSVELNAGQMVEDVRLAVNGRVKVE
                     HFGRLGGIVFTPDEIIAAVKEKLM"
     CDS             1643..1819
                     /locus_tag="SEQF2637_00304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRGDRWDELFTLLFMLLAIAAGILYFTVKGNRLPFMLCGGAAI
                     LLRLVQYFLRMGGR"
ORIGIN      
        1 ccgtaggggt acagacatta gaaccacgcg tggttttgat ctccgtagag gtacagacat
       61 taaaaccacg cgctgggagt ggctccctat tccttgatat cggagatacg caagagggat
      121 cggcgcacgg atccaccgtc ggatggcctt cgttagaggt tttcactctg ttccgtctgc
      181 tcctatgtag atgtaagcaa aggcctgcgt ggtaaagaaa atttgaaagt tatttgctgc
      241 tgtgataagc ttttctattt ttgcgacgga tacctaaaaa acaatagctt atggcaagag
      301 taaaaggaat ggtagtcgta aacaccgaaa ggtgtaaagg ctgcgactta tgtgtagtag
      361 cgtgtcccag tgacgtcttg gagttgcatc cgcgagaggt caacaacaag ggataccatt
      421 atgtgtacat gaagacgcct aaggcgtgca ctggctgctg tagctgcggc tgggtgtgcc
      481 cagacgcctg tctgacgatt tacagggcta aagtaggatg aacgagccat ggaagatgtc
      541 agattaatga agggaaacga agcgatcgca catgctgcga tacgctccgg agcggacggc
      601 tatttcggtt atccgatcac gccacagtcc gaggtgatgg agacattgat ggctgagaag
      661 ccttgggaaa cgaccggtat ggtcgtcctg caggctgaga gcgaggtctc ctcgatcaac
      721 atggtgtatg gtgctgcggg gtcgggcaaa cgagtgatga cctcttcgtc cagcccgggc
      781 atgagcttga tgcaggaggg cgtctcttac atcgcgggtg ccgagctgcc ctgtttgctg
      841 gtgaacgtta tgcgtggcgg cccgggtctg ggaacgatcc agccgagtca ggcagactat
      901 ttccaaaccg tcaaaggcgg cgggcatggc gattaccgcc tcatcacact ggcaccctcg
      961 tcggtgcagg agatggccga cttcgtggcg ctgggctttg acctggcgtt caagtatcgg
     1021 acgccggcca tggtgctttc tgacggtatg atcgggcagc tgatggagaa ggtggtgctg
     1081 ccgcctttcc gcccacgcaa gacggacgaa gaaatcgaga aagaatcgcc ttgggccacg
     1141 acgggtcgca agggcgggcg cgagccgaac atcatcacgt cgctcgagct cgatccgtcc
     1201 atcatggaga agcgcaacct gcacctgtta gagaagtatc gccagatcga agagaacgag
     1261 gtgcgctacg aagaaatcgg ctgtgaggat gccgactatc tattggtcgc cttcggttcg
     1321 tcggctcgta tttgccagaa ggccatggaa gtggcgcgtg gcgagggact gaagctgggt
     1381 ctgcttaggc ccatcaccct gtggccgttc cccacgaagg ccatctcaga ccgtgcggac
     1441 aaagtcaagg gcatcctctc cgtcgagctc aacgcgggcc agatggtaga agacgttcgg
     1501 ctggccgtca acggacgcgt gaaagtggaa cacttcggcc gcttgggcgg aattgtcttc
     1561 acaccggacg agatcatcgc cgcggtgaag gagaaactga tgtgacgctt ataccgtaaa
     1621 cattgaaagg agaccagaca agatgagacg cggagaccga tgggacgaac tattcacgtt
     1681 actattcatg ctgctcgcca tcgcggccgg catcctctat tttacggtaa aaggaaatcg
     1741 cctgcccttc atgctgtgcg gtggcgcggc tatcctgctg cgactggtgc agtatttcct
     1801 acgaatgggc gggcgataag tcgataatca taaaagacac ctgcataaaa tggaaacatt
     1861 agaattgatc gaaaccgaaa ctgagttagt ggaaacgctg accgaaccca atgagataga
     1921 ctttgatatc atcaaaccgg aaaacctcgt ctacacgaag ccggcgctga tgaacgatac
     1981 ccccatgcac tactgccccg gctgtagcca cggcgtgatc cacaaactgg tcgcggaagt
     2041 gatcggcgag atgggcatgg aggataagac ggtggccgtg tcgcctgtgg gctgcgccga
     2101 ggatgagatc ggcgtcggtg tgagccacga cggcatcatt gtcctgcccg ctgacacgcc
     2161 cgtgggc
//
LOCUS       SEQF2637|AYYD01000645.1  547 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..547
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gttccgagat cggagaagac gaattgcgtg cccttctgct cgtcatactt tcgatagtac
       61 tcgctgagca gcttggcgca atggctggct ttgttgtcga tgtgatccga gtatttcatc
      121 ggatcgatca tccgcatatc gaggctcatt ttcctcgcga gatctgtggc gataagcatc
      181 ttcgccttct cctccttttc actcagcggg gcacgatcta agattgtagc atcgcctgtc
      241 ttagcaaact ccatcagctt accgatgaac acctcttgct cgggcgtggg tgggatgtga
      301 tgcaggatct cgtgcttctc cgggcggtcg atgccgatat ccttggccgt gcggaaatcg
      361 cgaatctccc cataaaacaa aagaaggggg atttaagtgc ttgccagtga gtggatacgg
      421 attgctctac tcacccaaag ggaacgaata ggaaacgagc gagattctcc tgctttcgtc
      481 actttgctgt agtcataaga catctcattt ctcgcccgca aaggacgcca aaatcttcga
      541 aaaacgt
//
LOCUS       SEQF2637|AYYD01000646.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             16..273
                     /locus_tag="SEQF2637_00305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELLLRCFELPITDSDCSYLTTTEILTYLGAYTRQPLTAKRMGE
                     ALKKAGYIKVSRRRNGGSPLYVYKVRKILPCPLLQICSSNM"
ORIGIN      
        1 gtgcagactg cagagatgga gcttctacta cgatgcttcg agctaccgat caccgacagt
       61 gattgctcct acctgacaac gactgaaatc ttgacttacc tcggcgccta cacgcgccaa
      121 ccgctcacgg ccaaacgtat gggagaggcg ctgaaaaagg ccggatacat caaggtcagc
      181 cggcggcgga acggcggcag cccgctgtat gtctacaaag tccgaaagat cctcccctgt
      241 ccgctccttc aaatctgtag tagcaacatg tagtcagctg tgtag
//
LOCUS       SEQF2637|AYYD01000647.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcttgtccg gcgcaggcgg cgaattttcc tcgcccggtg taccgccacg cggatcagat
       61 gagagatgcc acttatcacc ttcaccgcgc tcgatggatc ggccagcctt ggctttcggg
      121 taggtatagc tatggatcac cgtaccagac ggatctttta gggccaatgg cttacccgcg
      181 ttgaccatat tggccggaaa gcgcttcacc gcgacctccg ctgcaccgtc agccacactg
      241 atctcacgcc ccgctttata caagacagcg taaccg
//
LOCUS       SEQF2637|AYYD01000648.1  420 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..420
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             21..299
                     /locus_tag="SEQF2637_00306"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSVANVGRCIRYLRERHITALRAFLDNDDAGRRTLSAFIDAGF
                     QVEDMSVHYRGCKDLNEFHVSRVCRLRGQQGQAPITTKPTHTIKLKRR"
ORIGIN      
        1 tcggtagcca ttgccttgta atgaactccg tggctaatgt cgggcggtgc atccgttacc
       61 tgcgcgagcg gcacatcacg gccctccgtg cgttcctcga taacgacgac gctggaaggc
      121 gaaccctgag cgcattcatc gacgccgggt tccaggtgga agacatgtcc gtgcactacc
      181 gcggatgcaa ggatctcaac gagtttcatg ttagccgtgt ctgtcgccta cgaggacaac
      241 aaggacaagc tcctatcaca accaaaccaa cccacacaat caaactaaaa aggagatagc
      301 aaccatgaaa gagaaagaca ccaacaaagc ggaccgggcg ttccttgacg tctatccggg
      361 agaaacgcat ccacaggaag cagagccatc cgagcaagcc gtgcataccg agagtacact
//
LOCUS       SEQF2637|AYYD01000649.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgcgcaccg ataaatttga ggagctcttt gggatagtcg atattgagtg ccgcggtaaa
       61 taatctcttt cggatggata gcttgtcttt cctctgtgag acaatggcta aggctagttt
      121 cctgatcgtg ttgaggttct gagcagcgca tgctttgcgt gcccgacaat gatcttctct
      181 gaaggttacg tcaagatgcc aatgcaatct gttttctatt ccccaatgac cacggatata
      241 agtaccgatc ctctccacag cctcggctgg taagctgctc aaa
//
LOCUS       SEQF2637|AYYD01000650.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atggcttgaa gcaaaacccg accccgattc gggccaaacc aatggtttga agcaaaaccc
       61 acctccgatt tgggtcaaac caatggtttg aagcaaaacc cgaccccgat ttaggccaaa
      121 ccaatggttt gaagcaaaac ccgaccccga tttaggccaa accaatggtt tgagactttc
      181 tatagctgta gaaggggaag acgagtgttc ttttcggacc aaaaactacg gcaagacgag
      241 acacggg
//
LOCUS       SEQF2637|AYYD01000651.1  427 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..427
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             34..234
                     /locus_tag="SEQF2637_00307"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRVLGSSIAESPKMDRVLGSSIAESPKMDHVLGSSIAESPKMD
                     LVLGSSIAESPKMDRVLRLHLL"
ORIGIN      
        1 gttttggggt catccatcgc ggagagtccc aaaatggatc gcgttttggg gtcatccatc
       61 gcggagagtc ctaaaatgga tcgcgttttg gggtcatcca tcgcagaaag tcccaaaatg
      121 gatcacgttt tggggtcatc catcgcggag agtcccaaaa tggacctcgt tttggggtca
      181 tccatcgcgg agagtcccaa aatggatcgc gttttgaggt tgcacctgct gtaggggcgt
      241 attgcatacg ccccacaaac gatccccacg ggatcgaatc aaaaaatgcg gcacgttttc
      301 cagatatacc cgttgtaggg cgcaacagca tacgcctcac aaacgatccc cacgggatcg
      361 aattaggaaa tgcggcacgt tttccagata cacccgctgt agggcgcaac agcatacgcc
      421 ccacagg
//
LOCUS       SEQF2637|AYYD01000652.1 1395 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1395
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             74..1366
                     /locus_tag="SEQF2637_00308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKKKAAATQARKEEEARRYNVYKKRVFNLLRELGYSEAIQYI
                     DRSMLRVLYSARPTLLRINAADMTIFNKEDLDIIKSEFYYYMDFDKMPFTLREGEKRT
                     ISALDFYDIWMPLSLYLLREPKYPEDKIYARIVDIIEAGGFSMRGINNPYEFSAEFDR
                     VLVRMEYQYTSTLMTYIFQLSNPCMHLLWFKKRNFEMLRNRVGRTVDFSSCKPQSIWG
                     TDRKGERRLLFRVGFPDILNDGLRWLSACIPHNPYIPELDPDRPYDVYIQEHAIKRMF
                     ERVDGLSPNVVNTYMNFCFTSFDVDWYKGSLLISFSVFSFRVGYFFADFTRDRKIVIR
                     TFYFITYDHTPEGEILSSYAGLKALDKRYLCIDRLSTFFASKIDQRSRLASLFREAGC
                     EHLLRLNEMRELADREEKLTSISNEFIEKYLSSLDDDV"
ORIGIN      
        1 cccacaaata gcgccttccg ggggttcacc cgaaagcgca agtttcacct attcagaaaa
       61 cagatatata gtcatggcga aaaagaaaaa agcggctgct acccaagccc gaaaagaaga
      121 agaggcacga cgatacaacg tctacaagaa acgcgtcttc aacctgctcc gcgagctggg
      181 gtatagtgaa gccatacagt acatcgaccg ttccatgttg cgcgtcctct actccgctcg
      241 accgacgctg ctccgcatca acgccgcgga tatgaccatc ttcaacaagg aagacttgga
      301 catcatcaag agcgagttct actactacat ggacttcgac aagatgccct tcaccctgcg
      361 cgagggcgag aaacgcacca tctcggccct cgacttctac gacatttgga tgcccctctc
      421 gctctacctc ctgcgcgagc ccaagtatcc ggaggacaag atctacgccc gcattgtaga
      481 catcatcgag gcgggcggat tctccatgcg cggcatcaac aacccctacg agttctcggc
      541 cgagttcgac cgcgtgctgg tgcgcatgga gtatcagtac accagcacgc tgatgaccta
      601 catcttccag ctctccaacc cctgcatgca cctcttgtgg ttcaagaagc gcaacttcga
      661 gatgttgcgt aaccgcgtcg ggcgcacggt cgacttctcc tcctgcaagc cgcaatccat
      721 ctggggcacc gaccgcaagg gcgagcgacg gctactcttc cgcgtcggct ttccggacat
      781 cctcaacgac ggcctccgct ggctctcggc ctgcatcccc cacaatccct acatccccga
      841 gctggacccc gaccgcccct acgacgtcta catccaggag cacgccatca agcgcatgtt
      901 cgagcgcgtc gacggcctct cgcccaacgt ggtcaatacg tacatgaact tctgcttcac
      961 ctccttcgac gtggattggt acaagggttc gctgctgatc tccttcagcg tcttcagctt
     1021 ccgggtgggg tatttctttg ccgacttcac gcgtgaccgt aagatcgtca tccgcacctt
     1081 ctacttcatc acctacgacc acacgcccga gggtgagatc ctctccagct acgccggcct
     1141 caaggccctc gacaagcgtt acctctgcat cgaccgcctc agcaccttct ttgcctccaa
     1201 gatcgaccag cgttcgcgtc tggcgagtct cttccgcgag gccggctgtg agcacctgct
     1261 ccgcctcaac gagatgcgcg agctggccga ccgcgaagag aagctgacca gcatctccaa
     1321 cgagttcatc gagaaatacc tctcctcact cgacgacgac gtctgaccgc aagcgaaaac
     1381 gtggggggct gtctc
//
LOCUS       SEQF2637|AYYD01000653.1 1893 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1893
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             202..1347
                     /locus_tag="SEQF2637_00309"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSESNSWDKVMNLALSMPMVKVDRNTFLMNEFSMYDNADQLRDK
                     RPIDLFDAEAIERAARGIINSHLAKATVASTAAGIPGGLVMAATMPADIAQYYWHVLV
                     VAQKLGYLYGWPDLLDEKGQITEGTRNVLTLFVGVMFGAQAASKLVGEIAKQVSLQAA
                     KRLPQQALTKTMYYPVVKQVAKWIGVKMTKDTFGKGVGKAIPILGGVLSGAITAFSFK
                     PMAEKLQKHLREEMPMMRSLNENVFFDENNIEDVAFEEQDMQETPENLEKIKIQACIN
                     IAKIDFDFSQEEKDFITEMIDNSDELRNREKKELLEQLNDEKLVDINFNRLRGNILYA
                     TALLESLIAVVKVDNIVRPAEKIYLFKIAHDLGFDKDTIKEMLEESK"
ORIGIN      
        1 gggcgcaccc ttgggctcct cccctcccct attgtgtgcc cggctttcgt gtattgttgc
       61 cccggggagg tgctttattt tcactacaaa aaggcacgtc tatatttgtg gccgcaagag
      121 aaaaacaaat cgtcccccta acgaaaaata gaatcctcca taaagcaaca tacataaccc
      181 ccagaataaa aatcgaacaa tatgagtgaa tctaattctt gggacaaggt gatgaatctc
      241 gccttatcca tgccgatggt gaaagtggac aggaacactt tcttgatgaa tgagttttcc
      301 atgtatgaca acgccgatca gctgcgcgac aagcggccga ttgacctctt cgacgccgag
      361 gccatcgagc gcgccgcacg gggcatcatc aattcgcatt tggccaaagc tacggtcgcc
      421 tcgaccgctg ccggcatccc cggcggactg gtcatggcag ccaccatgcc ggccgacatt
      481 gcgcagtatt actggcatgt gttggtggta gcacagaagt taggctacct ctacggctgg
      541 cccgacctgc tggatgaaaa ggggcagatc accgaaggca cgcgcaacgt gctgacgctc
      601 ttcgtgggcg tcatgtttgg cgctcaggcc gccagcaagc tggttggaga aatcgccaaa
      661 caagtctccc tgcaagccgc caagcgactg ccgcaacaag cgctcaccaa gacgatgtat
      721 taccccgtcg tcaagcaagt ggccaagtgg atcggcgtta agatgaccaa ggacacgttt
      781 gggaaaggtg tgggcaaggc tatccccatc ttgggcggcg tactttcagg cgccatcacg
      841 gccttctcct tcaaaccgat ggccgagaag ctgcaaaagc atttgcgcga agagatgccc
      901 atgatgcggt cgctgaacga gaacgtcttc ttcgacgaaa acaacatcga agacgtcgcc
      961 tttgaagagc aagacatgca ggagacaccc gagaatctgg agaaaatcaa gatccaagcc
     1021 tgcatcaaca tcgccaagat cgacttcgat ttcagccaag aagagaagga tttcatcaca
     1081 gagatgatcg ataattctga tgagctgagg aatagagaaa agaaagagct cctcgagcag
     1141 ctgaacgacg aaaagctcgt ggacatcaac ttcaaccgcc tccgcgggaa catactctac
     1201 gccaccgcgc tgcttgagag cctgattgct gtcgtgaagg tcgacaacat cgtccgcccc
     1261 gctgagaaga tctacctctt caagatcgcc cacgatctgg gcttcgataa ggacacgatc
     1321 aaggaaatgc tcgaagagag caagtgacac cgcagagagg agtcaggcgc ccccgcttga
     1381 ctccttcatt aatggtgcgc attcgttggc tccccccgaa tctttccaca ttctggccct
     1441 cgctgcgggg cgagagagct tctggaagaa acttccacgg tacccccaac ggctgcgaac
     1501 cctctggaag aaacttccac ggtacctcca acagctgcaa accctctgga agaaacttcc
     1561 acggtacccc caacggctac gaaccctctg gaagaaactt ccacagtacc cccaacggct
     1621 acgaaccctc tggaagaaac ttccacggta cttcaacctg ctgcaagccc tctggaagaa
     1681 acttccacgg tacttcaacc tgctgcaagc tctctggaag aaacttccac ggtacttcaa
     1741 ccggctgcga gccctctgga agaaacttcc acggtttgac tcgctgtgcc cgccgtccat
     1801 tcacattacg tttttcataa agagataacc cacatccact tgatcaatta aaaactgaac
     1861 cagatgaaac gagctaaacc cattgacacc atc
//
LOCUS       SEQF2637|AYYD01000654.1 2498 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2498
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             18..2249
                     /gene="bamA_1"
                     /locus_tag="SEQF2637_00310"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01430"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamA"
                     /translation="MLYTGIERIVVNDPANQRHRGADEVMGKVEEALAYAPNNALLGS
                     STTRTPLPIGLWVYNAHVGKKGRFHQWMYRWLAARPVTLTTVKPANRALAAQNVLHEN
                     GFFRGAARYEIIPDHKDSLKARVRYLVTLGEPYVIDSVRFRRMQDRSDTTIKWRDEER
                     LLHRGDLFTLDRLEAERQRIATIMRNNGYYYFRPEYIEVQADSTKGDHLVDLRVRVRR
                     DIPRDFIRKPWFMGRTAIRLIGYDGEEPTDSLTYGPVTIHYEGRLRLRPHVLLNALRY
                     ERGDRYSLAAQEETLAAMNKLRTFRFVDMQYTPTDTSATCDTMNLRIRATYDYPLNSR
                     LEVKGTLNDNHYAGPGFNLALTRMNLFHGGENLSATVFGSYEWQTGARTAGHTGLVNN
                     YEIGARGSLTFPRLVLPKFGHKDRDLIATTRLEAQATVMNRARFFNQLSFSGSLSYDF
                     VPNPIRRHTFTPLRLTYSRLIGTTAAFDSITSRNPSIRQSLQDQFIPVVEYTYTLDNS
                     TVREERSKTRWYFSIAEAGNLLSATNLLFGRRWDEKGKTVFKNPYSQFLKMTTELRYN
                     HYIDRHQRLAFRIGGGIIYSYGNASEAPYSEQFYVGGANSIRAFTIRSVGPGRFAPDR
                     NDPYAYIDQIGDIKLEANTEYRFRLVGDLAGAVFLDVGNVWLLRDDPARPGGQFAWRH
                     LLTDLATGTGIGFRYDINLLVFRFDIGYALHFPYDTGRRGYLNAPNLRDALGFHLALG
                     YPF"
ORIGIN      
        1 tgcttccccc gggtgaagtg ctctacaccg gcatcgagcg catcgtagtc aacgaccccg
       61 ccaatcagcg ccaccgcggc gcggacgagg tgatgggcaa ggtggaagag gctctggcct
      121 atgcgccgaa taacgccctc ctgggcagtt ccaccacacg cacgccgctg cctatcgggc
      181 tctgggtcta taacgcccac gtcgggaaaa aggggcgctt ccaccagtgg atgtaccgat
      241 ggctcgcggc gcggccggtg acgctcacca ccgtaaagcc tgccaaccgg gcgctggcag
      301 cgcagaacgt actccacgaa aacggtttct tccgcggcgc ggcccgctat gagatcatcc
      361 ccgaccacaa ggattcgctc aaagcccggg tgcgatacct cgtcaccctg ggcgagcctt
      421 acgtgatcga ctccgtccgc tttcgtcgca tgcaagatcg gagcgatacc accatcaagt
      481 ggcgcgacga agagcgtctg cttcaccgag gcgacctctt caccctcgat cgcctcgaag
      541 cggaacgcca gcgcatcgcc accatcatgc gcaacaacgg ctattattac ttccgaccgg
      601 agtacatcga ggtgcaagcc gactcgacga agggagacca cctcgtagac ctacgcgtac
      661 gtgtccggcg cgacattccc cgcgacttca tccgtaagcc gtggttcatg ggacgcacag
      721 ccatccgcct gatcggttac gacggcgagg agccaacgga tagcctcacc tacggccccg
      781 tcaccattca ttacgagggc aggctgcgcc tccgccccca cgtcctcctc aacgccttgc
      841 gctatgagcg tggcgaccgc tatagcctcg ccgctcagga ggagacgctg gcggcgatga
      901 acaagctgcg caccttccgc tttgtggata tgcaatacac gcccaccgac acctccgcca
      961 cgtgcgacac catgaacctg cgcatccgtg ccacctacga ctatccgctc aatagtcgcc
     1021 tcgaggtcaa gggtaccctc aacgataatc actatgccgg gcctgggttc aatctggccc
     1081 tgacccggat gaacctcttc cacggcggcg agaatctctc cgccaccgtg tttggctcgt
     1141 acgagtggca gacgggtgcg cgcaccgccg ggcatacggg gctggtgaac aactacgaga
     1201 tcggcgcacg cggctcgctg acctttcctc gcctcgtctt accgaaattt ggtcacaaag
     1261 accgggatct gatcgctacc acccgcctcg aggcgcaggc gacagtcatg aaccgtgcgc
     1321 gattcttcaa ccagctcagt ttcagtggca gcctctcgta cgacttcgtt cccaacccca
     1381 tccgccgaca cacgttcacg ccgctacgcc tcacttactc gcggctcata ggcaccacgg
     1441 ccgcctttga cagcatcacc tcaagaaacc catccatccg ccagagtctt caggatcaat
     1501 ttattcccgt cgtagagtac acctacacgc ttgacaactc caccgtgcgt gaggagcgca
     1561 gcaagacgcg ctggtatttc tcgatcgcgg aggccggtaa cctgctctca gccactaacc
     1621 tcctcttcgg gcgacggtgg gacgagaagg gcaagactgt cttcaagaac ccgtattcgc
     1681 agttcctgaa gatgaccact gagctacgtt acaatcatta catagaccgc caccagcgcc
     1741 ttgccttccg catcgggggc ggcatcatct acagctacgg caatgcctcg gaagccccgt
     1801 acagcgagca gttctacgtc ggcggagcca acagcatccg ggccttcacc atccgcagcg
     1861 tcggccccgg tcgcttcgcc ccggatcgga atgaccccta cgcctacatt gatcagattg
     1921 gcgacatcaa gctggaggcc aacaccgagt atcgtttccg tctcgtgggc gacctggccg
     1981 gcgccgtctt cctcgacgtc ggcaacgtgt ggctgctgcg cgacgacccc gcgcgtcccg
     2041 gcggacagtt cgcgtggaga cacctcctca ccgacctcgc caccggcacc ggcataggct
     2101 ttcgttacga catcaacctc ctcgtcttcc gtttcgacat cggttacgcc ctccacttcc
     2161 cctacgacac cggtcggcgc ggctatctca acgcccccaa cctacgcgac gccctcgggt
     2221 tccacttagc cctcggctac cccttctaaa tccccgtcac atttcggatt catcccgtac
     2281 ccggccaact tccccggcct cggtagagac cttgatcttc ttttgccttc ttttcttcca
     2341 tcaagggaag ggcggctgcg gccgccggcg aagtttgccc cgtcacgttt cggattcatc
     2401 ccgtacccgg ccaacttccc cggcctcggc agaggccttg atcttctttt gccttctttt
     2461 cttccatcaa gggaagggcg gctgcggccg ccggcgaa
//
LOCUS       SEQF2637|AYYD01000655.1  726 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..726
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctatatatct gttttctgaa taggtgaaac ttgcgctttc gggtgaaccc ccggaaggcg
       61 ctatttgtgg gcctccggtg gctgcccacg ctcgctgtgg gggcatcgtg gctacgtttg
      121 ccacctgtaa aaccttgccc cctgtttatg aattacgttt atctcttatc ccttttgctt
      181 ctggccctgc cgacggccac gcatgcgcaa caagacgtgt cggccttcaa gcgtggccgc
      241 atgcgtggcg acagcctccg cacgagctcc tgcgccgcat cgaggatgca cgcccggact
      301 acaatgccga cagcgtgcgg gcggtcatcg agagcgggcc atacttcggc atcttccgcg
      361 acaactactt catcggcggc attccgattg gcgggcctgt ccgccgcgac aacgccaacg
      421 tgaagtttca gatcagcatc atccatcgcc tgaccaagag ccgcctgcct ttcgacacgt
      481 atctcttcct gcaattcacg cagaagacga tctggaacgt cttagaggag tcgctcccga
      541 tgcgagatct gaacttcaat cccggcgtag gcttaggcca cctcatcgtc taccacaaca
      601 agtacatcgg tcacgccctc ttcatgttgg agcatgagtc gaacggcaag gacggctccg
      661 cgtcacgcag ttggaacaaa gtctcgctca gcagcaccct cctcctcaat cgccacatgg
      721 aaatgc
//
LOCUS       SEQF2637|AYYD01000656.1  718 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..718
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgcagcccga cgccgtactg taggcgtttg ccgatagggc cttgcacctc ggcatagatg
       61 gcgggcattt gtccctcggc gtaaggcaag gtgcggaggt ggcgctcgtt ggtgaggtcg
      121 taatccacgg tgatgcgacg ataagccaga ccgccgttga tggcgaggcc ggaggcgaag
      181 ttcttgttga gcgacgtgcg agcctcgagc atgttcgtcg tctcttcgga gcgattcgaa
      241 agggtgtcta aatcgggcga ggagaggagg cgcagggtct gcatgcgatt gcgggcgtac
      301 tggcggaggt agtcggcgcc gatgttgaag gtgctaccct gatcgtccag ctcgcggtcg
      361 aagcggaggg tgccttgata cgtgcgatag gtgtagggcg tctcgatgcg tgtggtgtag
      421 agcgccgtgt cggcccagcc cgacggggtg cgcacgaacg tggccacgtc ggtgcggggt
      481 ttggcgtggt cggtggagaa gtatagcgag gtgccgaggg tgttacgcgg ggtgaggtcg
      541 taggtcaggc tgaggcggtc gtagaggcgg tgcgtccagc cgcgagactg tacgtcggtg
      601 cgctgcgcgc gtcccgtgcg gaggaagtcg tacgtgtttt cgtcgtcggt ggcgaggtag
      661 taatcggtat aagagaggac attgtagagg ctcaggcgat tgaatcggcc gttgtaga
//
LOCUS       SEQF2637|AYYD01000657.1 1886 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1886
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(277..660)
                     /locus_tag="SEQF2637_00311"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEEQRRRRIAERIQQMAGDDAPPITPEETPLKSDLSSIQTLF
                     ADESLSTYRDRFFAHRSSESRTTLSCDRTLIDCLRRVLNALDARTSLAAYIGNILADH
                     IDRHRALLSEAIERNRKNPFNSSLP"
     CDS             complement(657..1463)
                     /locus_tag="SEQF2637_00312"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEPMNTPPGRPIRIGFGSLKGGTGKSTLAEITASYLCYTEGL
                     RLFVVDCDYSQYSFFGLRERDKQTVQNGEPALQARMKKHFEALGREAYRVIKSTAARA
                     EEDVRRFIAERAGETFDLILFDLPGRADDPGLVELTLGMDYLISPIEPDRQSLVASMT
                     YAPAIRDLGVSDDRCRIKEIYLVWNKIDRRVRTDVIAFYNEAIKREGLGLFDTQLPRS
                     ARFKKELTADGRSAFRSTYLPPDKSLIEGSGIESFVKELIEKCNLKTARP"
ORIGIN      
        1 taacctctgg ttcgtccgcc tgttcatctt cggcgacggc gtttcgatag gcaaaactat
       61 cgtcagattc cgtccctccg caagccgatt ccccggcttc cttcacactt ccctccaatg
      121 gtaaaaccgt acgcgttgcc ccgaccaaac cgtcgtccga ggtgtcctcc gaagtattat
      181 cggaagggac atcttctcga gtcggttgct ctgtccgata gagatcacgc agcaagacac
      241 ctaaaaggat cgcccaagtg atgagcagaa aaagtgtcat ggcaaggagg aattaaaggg
      301 gttctttctg ttgcgctcga tggcctcgga gaggagcgca cggtggcggt cgatgtgatc
      361 ggcgaggatg ttcccgatgt aggccgcgag agaagtcctt gcatcgaggg cgttcagcac
      421 gcgtcgcaaa cagtcgataa gcgtccgatc gcaggagagg gtcgtccgac tttccgacga
      481 acggtgagca aagaatcgat ctcgataagt cgatagcgat tcgtctgcaa acagtgtttg
      541 aatactgctt aaatcgcttt tcaacggtgt ttcttcgggc gtgatgggcg gcgcatcgtc
      601 gcctgccatt tgctgaatcc gctcggcgat tcgcctacgg cgctgttctt cgatggtcat
      661 gggcgagcgg ttttcaggtt gcatttctcg atgagctcct tcacgaacga ctcgatgccg
      721 ctaccctcaa tcagactttt gtctggtggc aggtaggtgg atcggaaggc ggaccggccg
      781 tctgcggtga gttccttttt gaagcgggcg gagcgcggca gctgcgtgtc gaacaatccc
      841 aagccttcgc gcttgatcgc ctcgttgtag aacgcgatga catccgtccg cacccgtcgg
      901 tcgatcttgt tccaaacgag gtagatctct ttgatacggc acctatcgtc cgacacgccg
      961 aggtcacgga tggccggcgc gtaggtcatg gaagctacca gcgattggcg gtcgggctcg
     1021 atcggcgaga tgagataatc catgccaagg gtgagctcga caagtccggg atcgtccgcg
     1081 cggccgggca ggtcgaaaag gatcaggtcg aacgtttcac ccgcacgctc ggctataaaa
     1141 cggcggacat cttcctccgc acgtgcagcg gtgcttttga tgacacggta agcctcccgg
     1201 ccgagcgctt caaagtgctt cttcatccgt gcctgcaacg ccggttcacc gttctgtaca
     1261 gtttgtttgt cccgttcgcg cagtccgaag aaggagtatt gcgagtagtc gcaatcgacg
     1321 acgaagaggc gcagcccttc ggtgtaacag aggtagctgg ccgtgatctc cgctagcgtg
     1381 cttttgcccg tgccgccttt gagcgacccg aagccgatcc ggatcgggcg gccgggcgga
     1441 gtgttcatgg gttcttcttt catgggttca aggtctgagg tatattatta atagtacgcg
     1501 cgtacattat atatagacgc acttgtgagt agctgtgtaa gtatattcat atactcactc
     1561 acttatatgc ttatgcagtt actcactcat gcagttactc actcatgtag ttactcactt
     1621 atacagttac atgtgagtaa gtgagtaacc acacaaataa acagctgcac aaacacagct
     1681 atatataaag gctttcgggg gcttccctgg cgtggcttcc gattgaaaac aaacgtttta
     1741 cccacgaaaa gcgctgccct agctttgccg ccgaattgaa agactttggg gagccgaacc
     1801 ttcttctcag acacacggcc caaaggccgg gcaaggtgtg tttttgtgct acaaaaaccg
     1861 ttttgtgcta caaaacgcct tgcccc
//
LOCUS       SEQF2637|AYYD01000658.1 6246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1241..3673
                     /locus_tag="SEQF2637_00313"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEAIKKGWPHVVVVILFFALAAIYFAPELFDGKGLVQGDVNSA
                     QGWGKDIADHYLKTGEHAYWSARMFGGMPHNYTNSAPIVNIFDYLSRFLAYTLPGNAL
                     LVLLYLVGFYVFMIALGCRPGLAAVGAVAYAFASYNLIIIEAGHVNKCLVMSTMAPIL
                     GGVILCYRGRLLWGSLVTLFFTGLNVLWSHQQISYYLLIMMLVLALTYLIFAIRNHTL
                     GAYLKSSAVLLVVGLLAVAPAAGQLISSADYVKESMRGGAVLKNNAEGQKESSGLEID
                     YAYMWSYGRGETMTLLIPNFYGSDSHHNIGTDSHTYRFFSDHGQADQGRQFTRFAPMY
                     WGDQPFTSGPVYVGAIICFLFVLGLLIVKGPERWWLLAVTLISILLSWGKNAGINEFF
                     FYHLPLYNKFRTPSMALVVAEVSMATLAILAVKRILEADDKRALLRPLYIAAGLTGGL
                     CLLYALLGGGLMSFSGPADEQFKQYPDLLMALVADRQGMLSADAWRSFGFIAAVAALL
                     FIYLKKPFNANYVVAVIGLLVFADLWAVDKRFLNYEDFVPQRQAREIVATEADKQILQ
                     DKDPNYRVLNLTKSTFNESETSYFHKSVGGYSPAKLRRYQDIIDYHFAAKGINPNVLN
                     MLNTRYVIVPTDQGPQVQRNPGAPGCVWFVNEIRWVNSPDEEIVALNDFNPVRTAVID
                     KAWQADLPSWQQLASSDSAATIRLTDYPAPDRLLYESQSASPRLAVFSEVFYKTWHAY
                     IDGREVKPIRVDYILRGLEIPAGTHKIEFRCVDDVYLRSARISLIASIVVGVVFLALL
                     GMAVRNAVVRKA"
     CDS             complement(3910..4305)
                     /locus_tag="SEQF2637_00314"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WML3"
                     /codon_start=1
                     /transl_table=11
                     /product="putative HIT-like protein"
                     /translation="MATVFSKIVAGEIPCHKIAEDSEFFAFLDIHPVATGHTLVIPKE
                     EVDYLFAIDDAKLGRMMAFAKRIARAQEQAIPCRRIGVTVIGLEVPHAHIHLVPITHE
                     SDMYFDRPKGTPTNDELAATAAAIREKLA"
     CDS             complement(4332..4802)
                     /gene="greA"
                     /locus_tag="SEQF2637_00315"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6W5"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription elongation factor GreA"
                     /translation="MAVTYMTEEGYNKILAEINYLESVKRPEISAQIAEARDKGDLSE
                     NAEYDAAKEAQGILEGKIAQLKGLIANARLIDEKQIKTDVVQIMNKVKLKNVANGAVM
                     TYTLVSDSEANLKENKLAISTPIAQGLMGKKVGDVAEIKVPSGILKFEIMEISI"
     CDS             complement(4984..5928)
                     /locus_tag="SEQF2637_00316"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNAPQASRYAGYVYILVAVLCLTPWVTPPVALFAGLVFAFFL
                     GSPFPAFNRRASRYLLQVSVVGLGFGMNLSESLRAGADGIVFTIFSVVGVMAVGILIG
                     RLFRVDRQTAYLISSGTAICGGSAIAATGPIAKANEAQMSVSLATIFVLNAVALFLFP
                     PLGHLLGLTQQQFGTWAAIAIHDTSSVVGAGAAYGDEALRIATTVKLTRALWIIPLSL
                     YTAFHFHARNERISIPWFILCFVLAMTANTYLGIPAEVGSTIVRVARQCLTLTLFFIG
                     AGLSRATLRTVGVRPFMQGIALWFFIGAISLTFVCLYY"
ORIGIN      
        1 agaggcggca aagataggtc tgatttgaga agcgttttgc ctgtcgccat tgatgggggt
       61 aagaacgccc gacccgccac gtcttccgaa acacgtaccc gtcaaaaacg cacccgattt
      121 caccctctcc aataaggata cacccaaacc ctgcccggtt ttaggcgcaa accttcggcg
      181 aggggttttt cggggcgtat gcaatatgcc cctacacggg cacgtgcaaa atttggcggg
      241 tttcacattt ccgcacacgg atgcgccaaa aacgcacccg attttaccct tcccaataag
      301 gatacgccca aaacctgccc ggtttcaccc atcccaataa ggatataccc aaatcctgcc
      361 caattttaga cccaaacctt tggcgaggaa catttggggg cgtatgcttt tgcgccccta
      421 cacgggtaca cacaaaattt ggcgggtttc atatttccac acccggatgc acccaaaacc
      481 tgcccagttt tacccttccc aatagggata cacccaaaac ccgaccgatt ttaggcgcaa
      541 accttcggcg caggacattt cggggcgtat gcttttgcgc ccctacacgg gtacgtgcaa
      601 aacctgctcg gttccatatt cccgcacacg acatagcacg aaacccggcg ggttttggac
      661 tttgccacac gacatggcgc aaaacccgac gggttttgga ctttgccaca cgacatggcg
      721 cgaaacccgg caggttttgg actttgccac tcgacatggc acgaaacccg gcgggttttg
      781 ggctttgcca ctcgacatgg cgcgaaaccc ggcgggtttt ggactttgcc actcgacata
      841 gcgcgaaacc cggcgggttt tggactttgc cactcgacat ggcacgaaac ccggcgggtt
      901 tttaactttg ccacacgttt gagtgaaacc cggcgggttt cactcacccc aaaatcaaaa
      961 ttgactctac tagagaggcg ggaatcgcac gccgcacagg atcgaaaggc ggccgaggct
     1021 acttttttcg ccccctcaca gggccgaccc gaaaaacgct ccgacgaata gaccccgaca
     1081 ggcgctggcg ggcgaaaagg gtcgcggttt tttacctacg tttgcgcccc aaaaccaaac
     1141 aaataggccg gggaatccgc ctctgaatcg cgcccacagc gggccgcttt tctgaccgaa
     1201 tccgacgaca tttatacgac atcaaattag tttttcaaat atgaatgagg caatcaagaa
     1261 gggatggccg cacgtggtgg tggtgatcct gtttttcgcg ctcgcagcga tctatttcgc
     1321 acctgaactg ttcgacggta aggggctggt gcaaggcgac gtaaacagcg ctcagggctg
     1381 gggaaaagac atcgcggatc actatctgaa aaccggcgag cacgcctact ggtcggcgcg
     1441 catgttcggc ggcatgccgc ataactacac gaatagcgcg ccgatagtaa acatctttga
     1501 ctatctgagc cgcttcctgg cgtacaccct gccgggcaac gcgctgcttg tgctgctcta
     1561 tttggtaggg ttttacgtgt ttatgatcgc gctggggtgt cgcccgggcc tggccgcggt
     1621 gggagctgtg gcctacgcct tcgcgtcgta caatctgatc atcattgagg ccggccacgt
     1681 caataagtgc ctcgtcatgt cgacgatggc gccgatcctg ggcggcgtga tcctctgcta
     1741 tcgcgggcgg ctgctctggg gcagcttagt gaccctgttt ttcaccgggc tcaacgtcct
     1801 gtggagtcat cagcagatca gctattacct attgattatg atgctcgttt tggccctcac
     1861 ctacctgatc tttgcgattc gcaaccacac gttgggcgcc tacctcaagt cgtccgccgt
     1921 gctcctcgtg gtgggcctgc tggccgtggc accagccgcc ggacagctca tcagctcagc
     1981 cgactatgtg aaggaatcca tgcgcggggg ggcggtgctg aagaacaatg cggagggtca
     2041 aaaagaaagc tcgggactcg agatcgacta tgcctacatg tggagctacg gccggggcga
     2101 gaccatgacg ctgctcatcc ccaacttcta cggctcggat tcgcatcata acatcggcac
     2161 cgactcgcac acgtaccgct tcttttccga tcatgggcag gcggatcagg ggcgccagtt
     2221 tacgcgcttc gccccgatgt actggggcga tcaacccttc acgagcgggc cggtgtatgt
     2281 cggggccatc atctgcttcc ttttcgtgct cggactcttg atcgtgaagg ggcctgagcg
     2341 ctggtggctg ctggccgtga cgctcatttc gattctcctc tcgtggggca aaaatgcagg
     2401 catcaacgag ttcttcttct atcatttgcc gctctacaac aagttccgaa cgccttccat
     2461 ggcgcttgtg gtggccgaag tttcgatggc gaccctggcc atcctggccg tcaagcgcat
     2521 cctcgaggcg gatgacaaac gcgccctgtt gcgcccgctc tacatcgccg ctggcctcac
     2581 cgggggcctt tgcctactct acgccctgct tgggggcgga ctgatgagct tttcgggccc
     2641 agccgacgag cagtttaagc aataccccga cttgctgatg gcgctcgtgg ccgatcggca
     2701 aggcatgctc tcggccgatg cctggcgttc gtttgggttc atcgctgcgg tggctgcgct
     2761 gctattcatt tatctgaaga agccttttaa cgcgaattac gtggtggccg tgatcgggct
     2821 gctcgttttt gccgatctct gggccgtgga taagcgcttt ttgaattatg aggactttgt
     2881 gccgcagcgc caagcacgcg aaatcgtggc cacggaggcg gacaagcaaa tcctgcagga
     2941 taaggacccg aattaccggg ttttgaacct aaccaagagt acgtttaacg aatccgagac
     3001 gtcgtacttt cataagtccg tcggaggtta tagccccgcc aagttgcgcc gctatcagga
     3061 tattatcgac tatcattttg cggctaaagg gatcaatccg aacgttttga acatgctcaa
     3121 cacgcgttac gtgatcgtcc ccaccgacca agggccgcag gtgcagcgta accccggcgc
     3181 ccccggctgc gtttggttcg tcaacgagat tcgctgggtt aactcgcccg acgaggaaat
     3241 cgtggccctg aacgacttca accccgtgcg cacggccgtc atcgataagg cgtggcaggc
     3301 cgacctgccg tcgtggcagc aactggcctc gagcgacagc gccgccacga ttcgcctgac
     3361 ggattacccg gcgcccgacc gcctgctcta tgagagccag agcgcctcgc cgcgtttggc
     3421 agtcttctcg gaggtgttct acaaaacgtg gcacgcctac atcgacggcc gcgaggtgaa
     3481 gcccatccgt gtggattaca tcctgcgcgg gctggaaatc cccgcgggca cgcacaagat
     3541 tgagttccgc tgcgtggacg atgtctatct gcgcagcgca cggatctcgc tcatcgcatc
     3601 gattgtagtc ggcgtcgtct ttctggccct gctcgggatg gccgtccgca acgcggtggt
     3661 tcggaaggcc tgacggaaaa tcaggtcgcc caatcggtgg gcgtcggggc gcaacggccg
     3721 acgcacccaa cacctcgccg aggcggaagg cctgacgggc agcacgattc ggaaaatcat
     3781 cacgaaaacc acccgacacg atgggtggca tacaaaaagt cctgccggat gaaggggaac
     3841 gaattccctt tcgtccggca ggactctttt ttgaggccac accgcgtgca gccagcttgg
     3901 cgcgaccggt taggccagct tttcgcgaat cgcagccgcg gtggcggcca gttcgtcatt
     3961 cgtcggtgtg cccttgggcc gatcgaagta catatcggac tcgtgcgtga tgggcaccag
     4021 gtgaatgtgc gcatgcggca cctcaagccc gatgaccgtc acgccaatgc gccggcaggg
     4081 gatggcctgc tcttgcgccc gtgcgatccg tttggcgaaa gccatcatgc ggccgagctt
     4141 cgcgtcgtcg atggcgaaga ggtagtccac ctcctctttc ggaatgacca acgtgtgccc
     4201 cgtagctacg ggatgaatgt cgagaaaggc gaagaactcg ctgtcctccg cgatcttgtg
     4261 gcagggtatc tcgcccgcca cgattttgct gaatacagtt gccatgatgc gtaaatgggt
     4321 gagttagggg ttcagatcga aatctccatg atctcgaatt tgaggatgcc agagggcacc
     4381 ttgatttcag ccacatcgcc gacctttttt cccatcaagc cttgggcgat gggggtactg
     4441 atggcgagtt tgttttcctt gaggttggcc tccgagtccg acacgagggt gtaggtcatc
     4501 acggcgccgt tggctacgtt tttgagcttc actttgttca tgatctgcac tacgtctgtc
     4561 ttgatttgct tctcatcgat cagacgcgcg ttggcgatga gccctttgag ctgggcgatc
     4621 tttccttcga gtattccttg cgcctccttg gcggcgtcat actctgcatt ctcggagagg
     4681 tctcctttgt cccgagcctc ggctatctgc gctgagatct ccggacgttt tacgctctcc
     4741 aggtagttga tttcggccaa aatcttattg tagccttctt ctgtcatgta cgtaacagcc
     4801 atgtcttaca gtctccttct ttttgggttg atgatttgtt cagtaaaaaa aagaatcccg
     4861 gccgaggcgt tgttcaacca gccggaatcc cttgttgtca gtcaaaatgt ttcgggggca
     4921 aagatagatt gataatcgag gcgccgcgga gggtggtgca agtggcgtca caccgtacgc
     4981 caatcaataa tagagacata cgaacgtcaa gctaatggcg ccgatgaaga accagagtgc
     5041 gatgccctgc atgaagggac ggacgcccac ggtccgcagt gtggcgcgcg agaggcctgc
     5101 gccaatgaag aaaagcgtca gtgtgaggca ctgtcgggct acacgcacga tggtcgagcc
     5161 cacctccgcc gggataccga ggtaagtatt ggccgtcatg gccagtacga agcagaggat
     5221 gaaccacgga atcgagatgc gttcgttgcg ggcatggaaa tgaaaggcgg tgtagagcga
     5281 aaggggaatg atccacaggg cgcgagtcag tttcacggtg gttgcgatac gcagggcctc
     5341 gtcgccatag gccgccccgg caccgactac ggagctggtg tcgtggatgg cgatggcggc
     5401 ccaggtgccg aactgctgct gggtgagccc aagcaaatgg cccagcggcg ggaagaggaa
     5461 aagtgccaca gcgttcaaca cgaagatggt ggctaaggag acggacatct gggcctcgtt
     5521 cgccttggca atcggacccg tggcggcgat ggcactgcct ccgcagatgg ctgtgccact
     5581 ggagatgagg taggctgtct gacgatcgac ccgaaaaagg cgcccgatga ggatgccaac
     5641 ggccatcacg cccacgacgg agaagatagt gaagacgata ccgtctgccc cggcccggag
     5701 cgactcgctc aggttcatgc caaagccaag ccccacgaca gagacttgca gcagatagcg
     5761 cgatgctcga cggttaaagg cggggaaagg tgagccgagg aagaaggcaa aaacaagccc
     5821 ggcaaagagc gctaccggtg gcgtaaccca cggcgtgagg caaaggacag cgaccaagat
     5881 gtagacatac ccggcgtaac gggaggcttg aggtgcattt gttttcatgc gtaaatcgta
     5941 ttgtttgcgt aaaaaatgat ggggccaaaa gtagcccatc ccccttttac ctttgcgcgc
     6001 gaatagcggg cggcgcttga ggccgcccct actcctagct cctcatccct aattataact
     6061 acccccaaac tacttgtaga caatgaacct ctacctcccc cccgactatc gccccatgct
     6121 gcccacggaa ggcatggagg acgccatcaa gctgctcaag cagaccttcc aagccgaact
     6181 cgccgaggcc ctcagcctcc gacgcgtcac ggcgcccctc ttcgtcactg ccgatcgata
     6241 ttggca
//
LOCUS       SEQF2637|AYYD01000659.1 6595 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6595
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             104..802
                     /locus_tag="SEQF2637_00317"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSLRAYFNVYAVRSKEQETLLNNYAKGFGIEGSKESKIDPNPR
                     ALAIASSVPGFKKENSMISVIVNTKNFLGLTYMTDPVLAYAYSALSSSSTHFRGIILH
                     ETVGHGIGKLADEYSILSSCGSKDYIAEEHMKNWGVNISLTNDPEKVPWAGFLKDKRY
                     AKEGLGIFEGGGGCFKEGVWRSTRGSIMGGEDKLVRFNAPSRRAIYDHIIQVTTGRTP
                     TFEEFVQFDLAHRK"
     CDS             866..1879
                     /locus_tag="SEQF2637_00318"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKRFHLSHLLPALWLLFALFACEKPEEITNKPNRPNQGQTVTP
                     SNPNQTEDLSKVDVVVTTLQKATIGKGYNIVLMGIGFSEDYVREGHYEKLMEQSYKYL
                     FSVEPMNSLRPYFNVYAVRTKVQDTLLYAYIRDFSGQEYQQSKHASTAHRRALAMASS
                     ISGFTKDNSVISVIVNTKVFLGLTYMTDQVLAYAYSALSSSSTHFRGIILHETVGHGI
                     GKLADEYSILSSCGSKDYIAEGHKKNWYMNISLTNDPEKVPWAQFLKDKRYVTEDIGI
                     YEGGGGCFKEGVWRSAKGGDDTPIGFNAPSRRAIYDHVMQVTTGRTPTYEEFVQFDLA
                     HRK"
     CDS             1900..3525
                     /locus_tag="SEQF2637_00319"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNKRIHLIWIAILFCLVNGNSSYAQTKTSGKVGALSWTYDTGT
                     LTLSGKGDMPEFNWLYEPPWKGLKSNIKTVVVKEGVTSISDEAFKEANLTTLTLPVGL
                     RRIGNSAFTSCGNLTAVKFQTGLIEIGDNAFSSCSKLTTVTLPAGLKEIGDKAFNACK
                     ALTSINFPTGVSRIGNDAFSSCSKLTTIMLPAGLKKLGGGSFAYCWELTSVSIPADVD
                     TVGDCPFISTKLVSVSVEKGNTNYVSINGVLLDRSKKSLIQYPAGSSNKVYVLPPEVT
                     RIGYCAFYGAHNLVSVTLPTGLKEIGGWSFMYCGMPSITIPSMVEKLGNAPFSLCKNL
                     SQIIVESGNTHYTSVDGVLFNKAKTFLIQYPNGNKRSTYDVPSGVTTIGYSAFWGNSA
                     LMSITLPAKLTTIENSAFEDCSGLKSIIVKSKNPPAVDGSSFNGIKLSEVTLYIPKGS
                     RAAYATAPVWKEFKQIVESTVANIVLPEARIYTTKGRLCLSLPHTVLTQVYNLSGGLV
                     HTFRASAGDNSVPLAAGVYIIRAGEYTQKIIVN"
     CDS             4090..4215
                     /locus_tag="SEQF2637_00320"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMKKINYPDSPSTDICIPTPEQIVRKDLLQQEKDIPPPPR"
     CDS             4272..6116
                     /locus_tag="SEQF2637_00321"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATAICFYALITLLPSCTSSASREKNEAEALAHVTSLMKQADAL
                     QCSNTDSAIRLQYRALNILQPFLANDSLRTALWIKLGVSYSIKGELERSDSCYAKAEE
                     VAAIFPKLLVELLIGRGFNQDKRGHTEAAIALYEQAYTLAAEAVLPDETALRRIDNNR
                     AVSYQHRAQYDSAMICLQRALLVAEKQGESKAAADALMSMGYVRTRMRDDEQADSLFR
                     LADSIYTLTNDVRKRIDIKNDRIITLNRLGLYDKALAISLEAERLADSLGDTKALSVI
                     YNNRGNIYFEWKDYSRALDMTHRSLEQMELTGDTVGIIASLNSSASIHIETKDYAEAI
                     RESMRALQLSDEKHVLIYLQDIYENIATACIRSGDFRAGVEYLEKRNALKDSVFTREK
                     YAVIEEVKTRYETEKQQQRLQIAMLRLKKNRQGIFAMAAFSVLISIAFVYVYTEQRRK
                     LQQYILIARQGERVEELTEQTLAPQCDSDQSERSATGLSEEKSKELLRVLQDCMENRM
                     LYKDPSLSLEALAEAVGTNRSYLSILINSRMKKGFTEYVNFYRIREGKRLLKETDCKI
                     ITISQEVGYGSPQSFYTAFRNATQLTPAQYRKAIRTANEAEEKAESEK"
     CDS             complement(6152..6481)
                     /locus_tag="SEQF2637_00322"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLIPASKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVVDTA
                     KVSAEMKSYRPIPVIADFRDASGGDTMKASIDANYRQIKQEILSLVDSEIARIKADPK
                     LQGLMKG"
ORIGIN      
        1 cattgtactg atgggcatag gctttcctga agactacgtt cgagaaggtc attatgacag
       61 actgatgaaa cagtcataca actatctttt ttccgtagaa ccgatgaatt ctctgcgggc
      121 ttattttaat gtttatgcag ttcggagtaa agagcaggaa accctactaa acaactatgc
      181 gaaaggattt ggtattgagg gatcaaagga atccaagatt gatcccaatc ctagagctct
      241 tgccatagct tcatctgtac ccggattcaa aaaagagaat tcaatgatta gtgtgatcgt
      301 aaacacaaaa aatttccttg gacttactta catgacagat ccggtactgg cttatgctta
      361 ttcggcttta tcaagtagca gtacacactt ccgcggtata attttacatg aaacagtagg
      421 gcacggaatt ggtaagttgg cagatgaata cagcattttg tcttcttgtg gatcaaagga
      481 ctatatcgca gaggagcaca tgaaaaattg gggagtgaat atttctctaa cgaatgatcc
      541 ggaaaaagtg ccatgggcag gatttctcaa agacaaacgc tatgcaaagg agggtttagg
      601 catatttgaa ggaggtggag gctgcttcaa agaaggtgta tggcgatcca cgagagggag
      661 tattatggga ggagaggaca agttggttcg gttcaatgcc ccttctcggc gagccattta
      721 cgaccatatt atacaggtaa cgacaggtcg tacacccacc tttgaagagt ttgtccaatt
      781 tgatttggca catagaaagt aacatcgaca cccactctct atacctatac actgaaagtt
      841 ttttacccat taaatagcaa tcctcatgac aaaaagattt cacctcagcc atttgctccc
      901 ggcgctatgg ttgcttttcg cgctgtttgc gtgcgaaaag ccggaagaaa taactaataa
      961 gcccaataga ccgaaccagg ggcagactgt cacgcccagt aatcccaatc agacagagga
     1021 tctgtctaag gttgacgttg ttgtcactac gctccaaaaa gcgactatag gcaaggggta
     1081 caacatcgta ctgatgggta taggtttttc tgaagactac gttcgagaag gccattatga
     1141 aaaactgatg gaacaatctt acaagtatct tttttccgta gagccgatga attctctgcg
     1201 gccttatttc aatgtctatg ccgtccgaac gaaagtacag gatactttgc tgtacgcata
     1261 catccgagat tttagtggtc aagaatatca acaatcgaag catgcatcca ctgctcatcg
     1321 tagagccctc gctatggctt catctatatc gggattcacg aaagacaatt ctgtgatcag
     1381 cgttatcgta aacacgaagg tctttctcgg acttacttac atgacagatc aggtactggc
     1441 ttatgcttat tcggctttat caagtagcag tacacacttt cgcggtataa ttttacatga
     1501 aacagtaggg cacggtattg gtaagttggc agatgaatac agcattttgt cttcttgcgg
     1561 atcaaaggac tatatcgcag agggacataa gaaaaattgg tatatgaata tttcattaac
     1621 taatgatccg gaaaaagtgc cttgggctca atttcttaaa gacaaacgct atgtaacaga
     1681 agatatagga atatatgaag gaggcggtgg atgcttcaaa gaaggtgtat ggcgttcagc
     1741 taaaggtgga gacgatacac ctattggatt caacgcccct tcccggagag ctatttacga
     1801 ccatgtcatg caggtgacaa cgggcagaac tcccacctat gaagagtttg tccaatttga
     1861 tttggcgcat agaaagtaac acggtaatga gatgaaatca tggataataa aagaatacac
     1921 cttatatgga ttgcgatcct tttctgtttg gtaaatggaa acagctccta tgcacagaca
     1981 aaaacaagcg gtaaagtggg tgcgctatcg tggacatacg ataccggcac ccttaccctc
     2041 tccggaaagg gagacatgcc ggaatttaac tggctatatg agccgccctg gaaagggttg
     2101 aaatcaaaca taaagactgt ggttgtgaag gaaggggtga caagtattag tgatgaagcc
     2161 tttaaggaag cgaatcttac cacattaact cttcctgtcg gactgaggcg aatcgggaat
     2221 agtgcattta cgtcatgtgg gaatctgacc gctgtcaagt ttcaaacggg gctgatagaa
     2281 attggagata acgctttttc gtcgtgtagt aagttgacta cagtcacgct cccggctgga
     2341 ctgaaagaaa tcggagataa ggcttttaac gcatgtaaag cattaacctc tatcaatttt
     2401 cctacgggtg tttctcggat tggaaatgat gccttttcgt cttgtagcaa attgaccact
     2461 atcatgcttc cagccggact gaaaaaatta ggtggaggct ctttcgctta ttgctgggaa
     2521 ttgacgtcag tttctatccc tgcagatgta gacactgtcg gagactgtcc ttttatttca
     2581 acaaaactag tttctgtttc cgttgagaag ggtaatacta actatgtatc aataaatggt
     2641 gtactgctag atagaagtaa gaaaagcctg attcagtatc cagccggatc atcgaacaag
     2701 gtgtatgttc ttccgcctga agtaacaaga attggatatt gtgctttcta tggcgctcac
     2761 aatctagtat ctgtaacgct tccaacagga ctgaaagaga ttggaggatg gtcttttatg
     2821 tattgtggaa tgccgtcgat cacaatacca tcaatggtgg aaaaactggg gaacgcacca
     2881 ttctctttgt gtaaaaactt atcgcagatc atagtagagt ccggcaatac gcattacacc
     2941 tctgttgacg gtgtactttt taataaagca aaaacctttc ttatccaata tcccaatggg
     3001 aataagagat cgacgtatga cgttccttcc ggagtaacaa caattggata cagtgctttt
     3061 tggggtaatt cagctctgat gtctattacg ctccctgcaa agctgacaac aattgaaaac
     3121 agtgcctttg aggattgttc tggtctgaag agcataatag tgaaaagcaa aaacccgccg
     3181 gctgtagatg gaagctcctt taacgggata aagctctcgg aagtaacact ctacattccc
     3241 aagggatcga gagcggctta tgcaacggca cctgtatgga aagagtttaa gcagatcgtc
     3301 gagtcaactg tggccaacat cgtcctacct gaggcacgca tctataccac caaaggacga
     3361 ctctgcctct cgttgccgca cactgtatta actcaggttt ataatctaag cggcggactt
     3421 gtacacacct tccgtgcttc ggcgggcgat aactccgttc ctcttgctgc cggcgtctat
     3481 attatacggg caggagagta tacccaaaag attatagtaa actgagaaat aatatcacta
     3541 ctatccaata aaactttcag gaagcgggtg aaaatggagc cgagtatttg ttgaaaagaa
     3601 tcggccataa ggcaattata ttcttgcaag agagattcgc tctaattcta atggcggtca
     3661 ttagagctaa aacgcgaatt cctctaatga caaactgttt ggatttgcaa gaaatgcaaa
     3721 aaaggtagtg tcagaacgtc ataccataca cgctaaggag ggcgtatgtc tcagaagctg
     3781 tttggaattt atttcagagg atatacagca gatatttccg ggaatcttgt ttcatctttt
     3841 aaggagcttg agcgagctat ggacgaaaaa gataggacag aagggcggaa ataggcctca
     3901 aataggcccg aaatagatat agagaagatc cgcccaaaca gctccttaaa aacaatcact
     3961 caataaattc aaattagctt ctcagcacat caaaaaaact ctcatggctt gttttgttca
     4021 cctctctgtg tatgtgcgag cctatatatc cttatctttg gcatatcacg acattttaac
     4081 gatcaggata tgaacatgaa gaagatcaat taccccgatt ctccctccac agacatctgc
     4141 atcccaacac cggagcaaat tgtccgaaaa gacttgcttc aacaagaaaa ggacattccc
     4201 cccccccccc gttaactaaa agaaacaatt accgctgtgt aaggacgtgt gacacaagag
     4261 actctcttgt aatggccacg gccatatgct tttatgcgct catcacactg ctaccctcct
     4321 gcacgtcctc cgcgagcagg gagaagaacg aagccgaagc acttgcacac gtcacgtcgc
     4381 tcatgaagca ggccgacgcc ttgcaatgtt cgaacacgga ttcggcgatc cggctgcagt
     4441 atcgggcact caacatatta caacctttcc tcgcgaacga ttcgctgcgc accgcgttat
     4501 ggattaaact aggtgtctcc tactccatca agggcgagtt ggaacgcagc gacagctgtt
     4561 acgctaaggc cgaagaagtg gcagccatct tcccaaagct ccttgtcgag ctgcttatcg
     4621 gcagaggctt caaccaagat aaacgcgggc ataccgaagc agcaatcgcg ctttacgaac
     4681 aggcctacac gctggccgca gaagccgtat tgccggacga aacggccctg cgacgcattg
     4741 ataacaaccg cgccgtatcc tatcagcatc gggcgcaata cgactcggcc atgatctgtc
     4801 tccaacgagc tttgctggta gcggaaaagc agggtgaaag caaagccgca gctgacgctc
     4861 tgatgagcat ggggtatgtt cgcacccgca tgcgcgatga tgaacaggcc gactcgctct
     4921 tccggctggc ggactccatc tatacattaa ccaacgatgt gagaaaacgg atcgacatca
     4981 aaaacgatcg cataatcacg ttgaaccgac tcgggctgta tgacaaggcc ttggccatct
     5041 cactcgaggc cgaacgactg gctgactctc tcggcgacac caaggcgtta agtgtcattt
     5101 acaacaaccg aggaaatatc tatttcgagt ggaaagatta cagccgcgcc cttgacatga
     5161 cgcaccgctc actggagcag atggagctga cgggtgacac cgttggcatc atcgcctcac
     5221 tcaactcttc ggcctccatc catatcgaga cgaaagacta tgccgaagcc atccgtgaga
     5281 gcatgagggc cttgcaactc tcggatgaga aacacgtgct catttacctc caagacatct
     5341 atgagaatat cgccaccgcc tgcatccgct caggcgactt tcgtgcagga gtcgaatatc
     5401 tcgaaaagcg gaacgcgctg aaggattccg tctttacgcg ggagaaatac gccgtgatcg
     5461 aggaggtgaa aacgcgctac gaaacggaga agcaacagca gcggctgcaa atcgctatgc
     5521 tccgactcaa gaaaaatcgt caagggatct ttgcaatggc cgcgttttcg gtactgattt
     5581 cgatcgcttt cgtttacgtc tataccgaac agcgccgtaa actgcagcaa tacatcctga
     5641 tcgcccgaca aggggaacgg gtagaggaac tgacggagca gacactggct ccgcaatgtg
     5701 acagcgacca atcggagcgg agtgccacgg gactatccga ggagaaaagt aaggagctgc
     5761 tgcgcgtcct acaagactgt atggagaatc gcatgctcta taaggatccc tctctctcac
     5821 tcgaggccct agccgaagcc gttggtacga accgtagcta tctctctatc ctcatcaaca
     5881 gccgcatgaa gaagggcttt acggaatacg taaacttcta tcgtatcaga gagggtaaac
     5941 gcttactgaa agagacagac tgtaaaatca tcaccatctc tcaagaggtc ggatacggct
     6001 ccccacaatc gttctacaca gcctttcgta acgccacaca gctcacccct gcgcagtatc
     6061 gcaaggctat acggacggcg aacgaggcag aggagaaggc tgaaagtgaa aaatgaagta
     6121 agcaccgaca agtgtgcatg accacgcatc ttcacccctt catcagcccc tgtagtttcg
     6181 ggtcggcttt gatacgggcg atttcggagt ctacgagcga gaggatctcc tgtttgattt
     6241 ggcgatagtt cgcatcgatg gaagccttca tcgtgtcgcc tcccgaggcg tcgcggaagt
     6301 cggctatgac ggggattggg cggtaagact tcatctcggc tgacactttg gcggtatcga
     6361 ccacaatctc cgcatggaag atcttttgtt cgatacgctc gtcgaagttg tcggacacgg
     6421 cgccgacaaa catgccctgt gtcaggttgc tgatcttcga ggcgggaatc aggctgtcca
     6481 tttgcgtgtt gatggaggta gaaacgtcct gccgattgat ggatacggac tgccttcttt
     6541 gcaggacttt gccgaaccgt tcggagagcg tcttggcagt ttctcccgcc acctg
//
LOCUS       SEQF2637|AYYD01000660.1 3854 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3854
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             16..969
                     /locus_tag="SEQF2637_00323"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAIYAEVQGPIGKRLQYGVGLRVQESRIAYRPDAAADLIVHDD
                     WDAYSSFNLLWMINEARKISATLNYTEAVDDIPYSALTTHREYTDDHSYTTGNPDLVP
                     CKSHTLTAALDLYDHLSFNTIYIYNETPIYYATRVDPALPSVTYTKPMNAKYERFLGL
                     SAEARFDPLPWWKLKSMVMYTLFGSKSEDFDVSGQQKYYFSLSNTFRFTPHMGASLDG
                     YYEPTFHFTDRIYRTVYEMSGSVYHTFLRDRLALRLNFKLFRHGRVIDTETPDLRLVE
                     ANRSHEQYFGLSLSYSFSGGRSVDVKQTEEIQSYEKIRDKR"
     CDS             1088..3256
                     /gene="apxIB_1"
                     /locus_tag="SEQF2637_00324"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26760"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RTX-I translocation ATP-binding protein"
                     /translation="MDCGPASLAMIAQHYGRHYTLEHLRERCALARDGVSLLGISKAA
                     EEIGFRTVGGRLTFEKLADKALLPCIVHWNQEHFVVVYAVRKQRKGYTIFVADPGKGL
                     LTYSREDFCEHWVSTRTNGEEKGIALLMEPTQLFYEQEGDQQPSENRIRFLWKYLLRY
                     RRFFGQLILGLFIGSLLQLVFPFLTQAIVDTGIQGKDIGFVWLVLLAEMMLLFSRTAI
                     DFIRRKILLHISTRINVSLISDFFIKLMKLPMKFFDTKLTGDLLQRIEDHRRIENFLT
                     NQTISIIFSAFTFVIFSVVLCIYHIPIFLVFLAGSILYGIWIRVFLKKRRQLDYKMFE
                     QLGINRNVVYQLITGMQEIKLQGCEQRKRWEWEDVQADLFDVNMQALNLSQNQEAGGI
                     FINELKNVLVTALAAAAVINGSLTLGMMLSIQYIIGQLNSPVEQLMNFIYQWQDVSIS
                     LDRMNEIHTQQNEEDADRHVKALPENNTNIHIHDLCFKYDGARPDYVLEGIDLHIPQG
                     KVTAIVGASGSGKTTLVKLLLGFYAPNEGEIRIGDENLSTFNLSWWRTQCGAVMQEGY
                     LFSDTIARNIAISDDEIDLDRLRQAARVANIAEYVEKLPLGYNTKIGQDGQGVSQGQR
                     QRILIARVVYKNPRFIFLDEATNSLDANNERAIVENLSAFYKGKTVIVVAHRLSTVKH
                     ADQIVVLDGGKIAETGTHAELTARHGKYYELVKNQLELGG"
     CDS             3265..3735
                     /locus_tag="SEQF2637_00325"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEERPIELRSEKVRNIIGRMPSALIRYGTMIIGAALLMLCVVS
                     AFIPYRETVPVTITIKQTDSGLQGLALVPKDRLPQIHPGSKVTIDDPLAGFIEATVSE
                     TSREPASADGRQREATIRFTSAGRLHSGDVMDGRIILSDIPILQRFLQSVGIGR"
ORIGIN      
        1 tacgccgagg gacaaatgcc cgccatctat gccgaggtgc aaggccctat cggcaaacgc
       61 ctacagtacg gcgtcgggct gcgcgtgcag gagagccgca tcgcctatcg cccggatgca
      121 gccgccgacc tcatcgtgca cgacgattgg gacgcttact cctccttcaa cctgctgtgg
      181 atgatcaacg aggcgcgtaa gatctccgcc accctgaact acaccgaagc cgtcgacgac
      241 atcccctaca gcgccctcac gactcaccgc gagtacaccg acgaccacag ctacacgacc
      301 ggcaaccccg acctcgtccc ctgcaagtcg cacaccctca cggccgccct tgacctctac
      361 gaccatctct ccttcaacac gatctacatc tacaacgaga ccccgatcta ctacgccacg
      421 cgggtggatc ctgccctgcc gtccgtgact tacacgaaac ccatgaacgc caaatatgaa
      481 cgcttcctcg gcctcagcgc cgaggcacgc ttcgatcccc tgccgtggtg gaagctaaag
      541 agcatggtga tgtacacgct tttcggatcc aagtcggagg atttcgacgt cagcggtcag
      601 cagaaatact atttctcgct ctcgaacacg ttccgtttca caccacacat gggcgcttcg
      661 ctcgatggct attacgagcc tacgttccac ttcaccgacc gtatctaccg caccgtctat
      721 gagatgtcgg gtagcgtcta ccacaccttc ctgcgcgatc ggctggcact ccggctcaac
      781 ttcaagctct tccgccacgg ccgcgtgatc gacaccgaga cgcccgacct tcgcctcgta
      841 gaggccaacc gctcgcacga gcaatacttc ggcctctcgc tctcgtactc cttcagcggc
      901 ggccgcagcg tggacgtcaa gcagacggag gagatccagt cctacgaaaa gatccgcgac
      961 aaacggtgag acaagatgag gctatatgct aaccaacatt aaaaacacct ttaaggtgga
     1021 tgttttattg ggataactaa atcggattcc tttgaaaaaa tttttcttcg tcaaacagcc
     1081 tgatgcgatg gactgcggtc cggcaagcct tgccatgatt gcgcagcatt atgggcgtca
     1141 ttacacgcta gagcatttgc gcgagcgatg cgcccttgct cgagacggcg tgtcattgtt
     1201 aggtatcagc aaagctgctg aagagatcgg attccgtact gtcggcgggc gattgacttt
     1261 cgagaaattg gccgacaaag cccttttgcc ctgtatcgtt cactggaatc aggagcattt
     1321 cgtggtggtg tatgccgtac gaaagcagcg gaaaggctat accattttcg tcgccgaccc
     1381 gggtaaagga cttctcacgt actcccgtga ggacttttgc gagcattggg tcagcacccg
     1441 taccaacgga gaagaaaaag gcatcgcctt gctgatggag cccacgcagt tgttttacga
     1501 acaggagggg gaccagcaac cgtcagaaaa tcgcattcgc tttctttgga aatacctgct
     1561 tcgctaccgt cgcttcttcg gccaattgat acttgggctg tttatcggga gcttgttgca
     1621 actcgttttc ccattcctga cacaggccat cgttgataca gggattcaag gaaaagacat
     1681 tggtttcgtt tggttggttt tacttgctga gatgatgctg cttttcagcc gtacggccat
     1741 cgactttatc cgccgtaaga tcctgctgca catcagcacg cggatcaacg tgtcgcttat
     1801 ctccgacttc ttcatcaaac taatgaagct accgatgaag tttttcgaca ccaagctgac
     1861 aggcgacctc ttacaacgca tcgaagacca tcgacgcatc gagaacttcc tcaccaatca
     1921 aacgatctcc atcatctttt cggccttcac gttcgtcatc ttctccgtcg tactgtgcat
     1981 ctatcatatc cccattttcc ttgtcttcct tgccggaagc atcctttatg gcatttggat
     2041 acgagtattt ctaaagaagc gtcgccaatt ggactacaag atgtttgagc agctgggcat
     2101 caaccgtaat gtggtgtacc agcttatcac gggtatgcag gagatcaaat tgcaagggtg
     2161 tgagcaacgc aaacggtggg aatgggaaga tgtgcaggcc gacctgttcg acgtgaacat
     2221 gcaggcactc aatctgtcgc agaatcaaga agccgggggc atctttatca atgagctgaa
     2281 gaatgtcctt gtgaccgcat tggctgccgc ggctgtaatc aatggcagcc tgacactggg
     2341 catgatgcta tctatccaat acatcatcgg acagctgaac agccccgtcg agcagttgat
     2401 gaatttcatc taccaatggc aggacgtcag tatcagcctc gatcgcatga atgagattca
     2461 cacgcagcag aacgaagaag atgcggatcg tcacgtcaaa gcgttgcctg agaacaacac
     2521 aaacatccat atccatgact tgtgtttcaa atatgacggt gcccgaccgg attatgtgct
     2581 cgaaggcatc gacctgcata ttcctcaagg aaaggtgacg gccatcgtgg gcgccagtgg
     2641 aagtggtaag acgacgctgg tgaaactgct gttgggtttc tatgcaccca atgaggggga
     2701 gattcgcatt ggcgatgaaa acctctcgac attcaacctc tcatggtggc gtacacagtg
     2761 cggagcagtg atgcaagaag ggtatttgtt ctcggatacg atcgcgcgaa acatcgccat
     2821 atcggacgac gaaatcgacc tcgatcgctt gcgtcaggcg gctcgggtgg caaacattgc
     2881 cgagtatgtg gagaagttgc cacttggtta taacacgaag atcgggcagg acgggcaggg
     2941 cgtcagtcag ggacagcggc aacgcatatt gattgctcgt gtagtgtata agaatccccg
     3001 attcatcttt ttggacgaag ccaccaattc actcgatgca aataatgagc gggccatcgt
     3061 ggagaacctg tcggcctttt acaaagggaa gacggttatc gtggtggcgc accgcctgag
     3121 taccgtcaaa cacgccgatc agatcgtggt attggacggc ggaaagattg ctgaaacagg
     3181 tacgcatgcc gaactcaccg cccgacatgg caagtactac gaattagtca agaaccaatt
     3241 ggaactggga ggataacgta gacgatgaaa gaagagagac ccatcgaact gcggagcgag
     3301 aaagtccgca acatcatcgg gcgcatgccg tcggcgttga tccgttatgg gacgatgatt
     3361 atcggagccg cattgctgat gctttgcgtc gtttcggcct ttatccccta ccgggaaacg
     3421 gtacccgtaa ccataaccat aaagcaaact gacagcgggc tgcaaggcct cgcccttgtg
     3481 ccaaaggatc ggcttccaca gattcatccg ggaagcaagg tgacgattga cgacccgctg
     3541 gcgggcttta tcgaagcgac cgtcagcgaa acctcaagag agccggcatc agccgatggt
     3601 cggcaaaggg aggccacgat ccggttcact tctgccggac ggctgcattc gggcgacgtg
     3661 atggacggcc gaatcatctt gtccgacatc cctatcttac aacgctttct acagtcggtg
     3721 gggatagggc gttaatctcc atcagcggag agcacctcct tttctcctcc atccatttcc
     3781 cgccttctcc ctcccaagcc atacagagtc attccacata gccatcccgg atcggggtgg
     3841 ctattttcgt atct
//
LOCUS       SEQF2637|AYYD01000661.1 1191 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1191
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aattcagttc atccaccagt tttgcaccac ctacgcccag cagtataaac tgtgcgatct
       61 tcgttgacac gtttgcatca tacgaagaaa aaagagccaa aaacttctgc gaaaaagaaa
      121 taaacttgag caaatctccc aatcttccct aaatatttaa ggttctatga cgaattgtat
      181 gagtaaaata gccatgacct tcaggtcaat atcatctagt taagcctgaa aggcttcaat
      241 ttgaatagcc acaggtgaaa cctgtggaag ctggagaata aatgaaatca accctgaaag
      301 ggttgactaa caataagtga ttgtattcaa ccacttcgtg gttgtttgtt tatttttcgt
      361 ttttccccat gggttaacac ccatggctat tcaaatttta ccctttcagg gtaatttact
      421 ccttaactaa atgacattga cctgaaggtc gtggcaacca tactatctgg caagccatac
      481 tgtctgtaat agaacataat ttaaatacct caggatcttc tgcaacaaaa actttttata
      541 ttattttttc ctgatcagct tttgacaacg tgtaattttc agaaatagct attatgaaat
      601 taatggttga aaaataaact taaatatttt ccgttaatat tgcactcgct ttttgaaaga
      661 aaattataat tatgaatttt agaaattatt ctgtccctta tcctgttgac gaacgttata
      721 caaaacgtgt agcttatttt tcaatggaat ttgccattca ccaaccatta aaaatataca
      781 gtggtggtct tggcttttta gcaggctcgc atttgcgcag cgcctacgaa ctgcggcaaa
      841 accttatcgg cataggaata ttatggaagt atggatatta cgaccaggca cgcaaccagg
      901 atcaaaccct gaatgtgacc tggatggaaa aaatctacag ctacctggaa gataccggcg
      961 tgaaatacca gatcttgatt cacgactcgc cggtgtgggt gaaagcttat tatcttccgc
     1021 ctacgatatt tggcaatgct cccctgtttc tgttgtcaac cgaccttccg gaaaacgatt
     1081 atatatcgca aactatttgt cacaggctgt atgatgcaaa cgtgtcaacg aagatcgcac
     1141 agtttatact gctgggcgta ggtggtgcaa aactggtgga tgaactgaat t
//
LOCUS       SEQF2637|AYYD01000662.1  342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accgtgctct cagtcttcac catgaccggg aaaccgtaga tctcaccgat cttgttgtac
       61 tcgccttcgg tgcgcgcttt ctccgcgatc tcctgcaagc gcgcagcgat cgtcttgacg
      121 tctgccccct ctgccacacc ttttatcgac agcttattga ccggcacgcc gtcagtgtca
      181 cgctccactc gactttcaaa gtgcgcctga tccgcccgcg cttcccggat cttgtctgaa
      241 tgaaaaacga cagagccctt gatctcctcg agcttggccg cggccgtgtc gcgctcttta
      301 aggaagccct ttcgctccga ttccaaagtg acgatcttct tc
//
LOCUS       SEQF2637|AYYD01000663.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(56..268)
                     /locus_tag="SEQF2637_00326"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSETHRPLFGGEHFLTGKEGCERLYISPRTLQDYRDRKVIPYTQ
                     FAGKILYKVSDLERILEKNYKGGGKR"
ORIGIN      
        1 gatctacctc tgcttccaag tgccgttttt aattcgatca tacgcctttc gcgttttatc
       61 gtttcccgcc tcccttgtaa ttcttctcta gtatcctttc gagatccgaa accttgtaaa
      121 ggatcttgcc ggcgaactgc gtgtagggga taacctttcg gtcgcgatag tcctgcaagg
      181 tgcgggggct gatgtaaagc cgttcgcaac cctccttgcc cgtgagaaag tgttcaccgc
      241 cgaagagcgg ccggtgagtc tcggacactt ctcgaattcg ttccctgacg cgt
//
LOCUS       SEQF2637|AYYD01000664.1  883 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..883
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttaatgagta aacccttgat ccgtccgccg gcattgccga gtgcggcacc cgttccggcc
       61 atcgtcacct tgccgccggt gtacgcgcct tgcacaccac gctgcgccgt ctgattgaca
      121 ttgcgaccgt agttgccgat accgccgccg gcctcgatga tccagcccgc gaccgtcggc
      181 acgcagaaga agcccacaat gccgatgagg aagaagacga tgtagtacca gtcgccggag
      241 tcggggacgt agcccggatt ttgcagttcg gcgatgtcct tgctgatcat cagcacctgt
      301 attttggtca ggagtgcggt gaggatcgag ctgacgggca gccagaggta gaccgagatg
      361 taccgtgcaa accacgcgct gagtgacccg ccgaggccat cccacacggc gatgccgaag
      421 acgatcggcc cgaggatgga gaggacgatg aggatgaacg tgcggagcgt gtcaatgaca
      481 agtgaggcgg cgttgtagac gagttcgagc gcttggtaga tcttcttcac gaaccaccgc
      541 ttggtgttga aggccgtgcg ttcggcgtac ataccggcca gtgtgatggc gtcctccgga
      601 ccgatgaagc ccatctcctg caccttctcg tcccacgctg catcgtcgac taagtaagcc
      661 cgcgacttgt cgcgtcggta ggcctcttct tcgagtttgt cgcgctggtc gcgcagcgat
      721 tggaggtcgt tttgctgcac gtgaacgagc ttctcggtgc cttgcacgac gggcgaaagc
      781 acggcgttga cggtgcctaa gacgaccgac gggaagaaca tgatgcagaa gccgaggacg
      841 aaggggcgga ggagcgggaa gacgtcgatg ggttcggcgc ggg
//
LOCUS       SEQF2637|AYYD01000665.1 2509 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2509
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(128..2416)
                     /locus_tag="SEQF2637_00327"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHYFLFLIAWLSLSLSVVHAQHHAFSGRVTDTQRQPLVGVRVL
                     LSRGDSLMAACLTDAKGRFALSDLPADTFRLQMIFPGFTTIEETCPLTRDLHTTFVMN
                     EEMTGRLDEVTVTASASGVVRRTATGEVFRLSDSARASGDPYRALREIPRLAVNESLQ
                     TVSMIDGSQLLVLIDGRMVNSGITPIDPKDIETVELIDAVGARYVQMGVRHILNIRLK
                     KKRDPYLFFETATRHDIPRRHSFGVVYFEVGNPKASLYGRAVAEGTHHDDSRIDSRQS
                     DVRYLKTYNGQTRSNDGSLIGELLFKWSMSPRDYWALHAYGWKKHKTSESNGQGELRM
                     NTPGAFTYEGYDKNDAYVLTSSLYYLHDFSDRRRFEATLDYNRNSDTDKGDRREVYVA
                     PHPFITDYSYDNRRTSAGLNADYSASWGEASSLNVGTTLRGVSDRVEKFSYPPVPVFR
                     HREWNGYVYASFSSRLGRLYYMASAGLEAIRLTAGDATNAYLKPRISTSATLNLGAGH
                     STRLSYTLTNRAPSIGQLNPYNTSTDPLVITRGNPALQPEQWHNLALSHTYGRGGLYL
                     MPAVYVDLASELIQAHAYNDVSHFVRTYRNAGRYATLSAGGMIQYRFKNNRGSAYISA
                     YHIENYFEGLSPRRSLSLGAGAWYTWGRWYVGGDISYRNYTYTPFSRTRQLTPEYSQV
                     QVNYNFTKDFYIALALPYFIGRLATETNTRADSYSAYFRQEMISQSFRPWVLLRYTIR
                     RNVKSKIRLDNVVHSREEGISL"
ORIGIN      
        1 ccctacaaca cctccaccga cccgcctgtg caataccgtg gcgaaaatgg gtgaatctcc
       61 ctcagaaaat aggtgcgacc gatggctacg ggatggtcat cggctgcacc tcgctttgat
      121 gagaggccta taacgagatc ccctcctcgc gactgtgaac gacgttgtcg agtcggatct
      181 tcgacttgac gttgcggcgg atcgtatagc gcagcagcac ccacgggcgg aaggattggc
      241 tgatcatctc ttggcggaag taggccgagt agctgtccgc ccgcgtgttg gtctcggtcg
      301 cgagccggcc gatgaagtag ggcagggcca gggcgatgta gaagtccttc gtgaagttgt
      361 agttcacctg tacttgcgag tattcaggcg tcagctggcg ggtgcgcgag aaaggcgtgt
      421 aggtgtagtt gcggtaggag atgtcgccgc ccacgtacca gcggccccac gtgtaccatg
      481 cgccggcacc gagcgaaagg ctccggcggg gcgagaggcc ctcgaagtag ttctcgatgt
      541 ggtaggcgct gatgtaggcg ctgccgcggt tgttcttgaa gcgatactga atcatgccgc
      601 cggccgagag tgtggcgtaa cgtccggcat tgcggtaggt gcggacgaag tggctgacgt
      661 cgttgtaggc gtgggcctgg atgagttccg aggccagatc gacatagacg gcgggcatga
      721 ggtagaggcc gccgcggccg taggtgtgcg aaagggcgag gttgtgccac tgttcgggct
      781 gcaacgcggg gttgccacgg gtgatgacga gcgggtcggt ggaggtgttg taggggttga
      841 gttgcccgat cgacggggcg cggttggtga gcgtgtagga gaggcgtgtg gagtgtccgg
      901 cgccgaggtt gagcgtggcg ctggtggaga tgcgcggctt gaggtaggcg ttcgttgcgt
      961 cgccggcggt cagtcggatg gcctcgaggc cggctgaagc catgtagtag agtcggccca
     1021 gtcggctgct gaaggaggcg tatacgtagc cgttccactc gcggtggcgg aagacgggca
     1081 cgggcggata gctgaacttc tccacgcggt cgctgacgcc gcgcagcgtg gtgccgacgt
     1141 tcaggctgct ggcctcgccc caagaggcgg aatagtcggc attgaggccg gccgaggtgc
     1201 gtcggttgtc gtagctatag tcggtgatga agggatgggg ggcgacgtac acctcgcggc
     1261 gatcgccttt gtccgtgtcg ctgttgcggt tatagtcgag ggtcgcctcg aagcgtcggc
     1321 ggtcggagaa gtcgtgcagg tagtagaggc tcgaggtgag gacataggcg tcgttcttgt
     1381 cgtacccttc atacgtgaag gcaccgggcg tgttcatacg tagctccccc tgcccattcg
     1441 actcggaagt cttgtgcttc ttccacccgt aggcatgcag cgcccaatag tcccgcggcg
     1501 acatactcca tttgaagagc agttcgccga tcagggagcc atcgttgctg cgcgtttggc
     1561 cgttgtacgt cttgaggtac ctcacgtcgc tctggcggga gtcgatgcgg ctgtcgtcgt
     1621 ggtgcgtgcc ttcggctacg gcgcgtccgt agagcgaggc cttgggattg ccgacttcga
     1681 aatagaccac gccgaagctg tggcgccgcg ggatgtcgtg gcgtgtggcg gtctcgaaga
     1741 agaggtacgg gtcgcgtttc ttcttgaggc ggatgttgag gatgtggcgg acgcccatct
     1801 gtacgtagcg ggcgccgacg gcgtcgatca gctccaccgt ttcgatgtct ttcggatcga
     1861 tcggcgtgat gcccgaattg accatgcggc cgtcgatgag cacgagcagc tggctgccgt
     1921 ctatcatgct gacggtctgt agcgactcgt tgacggcgag gcgggggatc tcgcggaggg
     1981 cacggtaggg gtcgcccgag gcgcgggcag agtcggagag gcggaacacc tcgccggtgg
     2041 ctgtgcgacg aacgacgccc gaggccgagg cggtgaccgt cacttcgtcc agccgcccgg
     2101 tcatctcctc gttcatgaca aacgtcgtgt ggaggtcgcg cgtcaggggg cacgtctcct
     2161 cgatcgtcgt aaagccggga aaaatcatct gcaagcgaaa cgtgtcggcc ggcagatcgg
     2221 acaatgcgaa gcgccccttt gcgtccgtca ggcaggcggc catgagtgaa tcgccgcggg
     2281 agagcagcac gcgcacgcca accaagggct gacgctgcgt gtccgtcact cggccgctga
     2341 aggcgtggtg ttgggcgtga accaccgaga gcgagaggct cagccatgca ataaggaaaa
     2401 gaaagtagtg cttcattgta gtgatgtttt tagcgtaaat gatggcccaa atatcgcccc
     2461 ccccccgcct gtgcaatacc gtggcgaaaa ggggtgcaaa tcgggcgac
//
LOCUS       SEQF2637|AYYD01000666.1  883 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..883
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttaatgagta aacccttgat ccgtccgccg gcattgccga gtgcggcacc cgttccggcc
       61 atcgtcacct tgccgccggt gtaggcgcct tgcacaccac gttgcgccgt ctgattgaca
      121 ttgcgaccgt agttgccgat gccgccgccg gcctcgatga tccagcccgc gaccgtcggc
      181 acgcagaaga agcccacgat gccgatcagg aaaaagacga tgtagtacca gtcgcccgag
      241 tcggggacgt agcccggatt ctgcagttcg gcgatatcct tactgatcat cagcacttgg
      301 attttggtca ggagtgcggt gaggatcgag ctgacgggca gccagaggta gaccgagatg
      361 taccgcgcga accacgcgct gagcgacccg ccgaggccgt cccacacggc aatgccgaag
      421 acgatcggcc cgaggatgga gaggacgatg agaataaacg tgcggagcgt gtcgatgaca
      481 agcgaggcgg cgttgtaaac gagttcgagc gcttgataga tcttcttcac gaaccaccgc
      541 ttggtgttga aggccgtgcg ttcggcgtac atgcccgcca gcgtgatcgc gtcctccggg
      601 ccgatgaagc ccatctcctg caccttctcg tcccacgccg catcgtcgac taagtaggct
      661 cgcgacttgt cgcgccggta ggcttcttct tcgagtttgt cgcgctggtc gcggagcgat
      721 tggaggtcgt tttgctgcac gtgaacgagc ttttcggtgc cttgcacgac gggcgaaagc
      781 acggcgttga ccgtgcccag gacgaccgac gggaagaaca tgatgcagaa gccgaggacg
      841 aaggggcgga ggagcgggaa gacgtcgatg ggttcggcgc ggg
//
LOCUS       SEQF2637|AYYD01000667.1 6106 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6106
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             6..1202
                     /gene="purL"
                     /locus_tag="SEQF2637_00328"
                     /EC_number="6.3.5.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15254"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylformylglycinamidine synthase"
                     /translation="MLVALLEMCFANVDGGLEVDLDAIPDSDLVKILFSENPAVLLQV
                     PADDRLEAILREAGVRFYRVARPTDERHLLITKDGADYHFGIDYMRDVWYHSSYLLDR
                     LQSGEECAATRYEQYKMQPLRFRIPDTFVGSTASLGLSTTRTERSGVRAAILRDKGTN
                     GEREMAYALYLAGFDVKDVHLTDLATGRETLDDIDFAVFCGGFSNSDVLGSAKGWAAG
                     ILHNDRARSAINRFYDRPDTLSLGICNGCQLMAHLGLLYPDHTERHALLHNRSHKFES
                     SFVTLDIPQNDSVMLGSLSGARIGVWVAHGEGRFDFPYEESRYRIAARYSYDSYPANP
                     NGSQWGVAALTSADGRHLAMMPHPERSIFPWQCAHYPADRRQDEITPWMQAFVNARRW
                     VESKRR"
     CDS             complement(1350..1754)
                     /locus_tag="SEQF2637_00329"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSRVVKVIFDTNVWISFLIGKRLSGIRPYISDGRIQIVTTDLL
                     LWEIKEVTGRKKLRKYFAPQSVDELMELLELIAEKVHIPTPVHTICRDPKDNFLLDLI
                     DFSQADFLVTGDADLLALNPFMTARILVTLRI"
     CDS             complement(1735..1965)
                     /locus_tag="SEQF2637_00330"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLLHVDLTFDQVLDIVKQLPPQQKLLLTEALEKEAVDNRLSR
                     LLQSFRTDELDWDTLTQEVESVRQELYEKQSC"
     CDS             2073..4325
                     /gene="pnp"
                     /locus_tag="SEQF2637_00331"
                     /EC_number="2.7.7.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FZ20"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyribonucleotide nucleotidyltransferase"
                     /translation="MNDLSVHLAQFFEVNKIVKRTNKMNVIQKTIDLGDGRSITIETG
                     KLAKQADGSVTVRMGNTVLLAAVCAAKDAVPGTDFMPLQVDYKEKYAAFGRFPGGFTR
                     REGKPSDYEILTSRLVDRVLRPLFPDNYHAEVYVNVILLSSDGVDMPDALAGLAASSA
                     LAVSDIPFGGPISEVRVARIDGRFVINPTFEQLEKADIDIMVGATYENIMMVEGEMDE
                     VQEAEMLEAIRVAHEAIKQHCLVQKELEAACGKTVKREYCHEENDEELRQKVHDELYA
                     KAYAISVSGQGKQERAEAFEKIVEDFKANYTEEELEEKAALIDRYYHDVEKEAMRRAI
                     LDEGKRLDGRRTTDIRPIWIEPDYLPGPHGSAVFTRGETQSLTTVTLGTKSDEKIVDD
                     VLNQGRDRFLLHYNFPPFSTGEAKSQRGVGRREIGHGNLAHRALKRMIPKDYPYVLRV
                     VSDILESNGSSSMATVCAGTLALMDAGVPIRKPVSGIAMGLISENKGTNYAILSDILG
                     DEDHLGDMDFKVTGTRDGITATQMDIKVDGLSYEILERALAQAKEGRLHILNKIVEAQ
                     PEPRVELKPHAPRIETFTIGKEFIGAVIGPGGKIIQGIQEKSGATISIDEVDNVGIVE
                     VAATNKESIDAALRAIRAIVAVPEVGETYEGKISSIMPYGAFVEFMPGKDGLLHISEI
                     DWKRLETVEEAGLKEGDRVVVKLVDIDPKTGKFKLSRRALMPKPEGYTEPAARGSRPP
                     RQGGNGGGRR"
     CDS             complement(4731..5537)
                     /gene="kdsA"
                     /locus_tag="SEQF2637_00332"
                     /EC_number="2.5.1.55"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66496"
                     /codon_start=1
                     /transl_table=11
                     /product="2-dehydro-3-deoxyphosphooctonate aldolase"
                     /translation="MNINDLTSTKQFFLLAGPCVIEGEEMALRIAERVAEITARLGIP
                     YVFKGSYRKANRSRIDSFTGIGDERALGILGKVRERLGIPTVTDIHETHEAALAAEFV
                     DVLQIPAFLCRQTDLLIAAARTGRIVNIKKGQFLAPDAMRFAAQKVVDAGNPNVMLTE
                     RGTTFGYTDLVVDFRGIPRMQAFSHPVVTDITHSLQQPNLASGVAGGLPELIETIGRA
                     AVAVGTDGIFLETHPDPASALSDAANMLPLDRLEGLLTRLVRIREAILAQ"
     CDS             complement(5615..6073)
                     /gene="miaA_1"
                     /locus_tag="SEQF2637_00333"
                     /EC_number="2.5.1.75"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KAC3"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA dimethylallyltransferase"
                     /translation="MDSAQRAIRAIEIEEYYRSQSPERTEFAPINSLIIGLDIDRELR
                     RERISRRLVARLDEGLIDEVRGLLDEGIAAEDLMYYGLEYRFVTEYVTGLRSRDEMIS
                     GLETAIHQFAKRQMTWFRGMERRGFTIHWIDATLPVGEMIQRAEGLIYKV"
ORIGIN      
        1 gcggcatgct ggtcgcccta ctggagatgt gtttcgctaa cgttgacggc ggcctcgagg
       61 tcgatctgga cgccatcccc gactcggatc tggtcaagat cctcttctcc gaaaaccccg
      121 cggtactctt gcaggtgccc gcagacgacc gtctggaggc gatccttcgc gaggcgggcg
      181 tgcggttcta tcgcgtggcc cgtccgactg acgagcgcca cttgctcatc acgaaggacg
      241 gcgccgatta ccacttcggc atcgattata tgcgagacgt ctggtaccac tcctcctacc
      301 tgctcgaccg tcttcagagc ggcgaggagt gcgcagctac ccgttacgaa cagtataaga
      361 tgcagccgct gcgtttccgt atccctgaca cattcgtcgg atcgaccgcc agcctcggac
      421 tctccaccac ccgcaccgaa cggagcggcg tccgtgcagc catcctccgc gataaaggca
      481 cgaacggcga gcgcgagatg gcctacgccc tctatctggc cgggttcgac gtgaaggacg
      541 tccacctgac cgacctcgcc acgggccgcg agacactcga cgacatcgat tttgccgtct
      601 tctgtggcgg tttctccaac tccgacgtcc tcggatccgc caagggctgg gcggcaggca
      661 tactccataa cgaccgcgct cgctctgcca tcaaccgctt ctacgaccgt ccggacacgc
      721 tcagccttgg catctgcaac ggttgccaac tcatggccca cctcggtctc ctctaccccg
      781 accatacgga acgtcacgcc ctgctccaca accgctcaca caagtttgaa tcgagcttcg
      841 tcacgctcga cattccgcag aacgattccg tcatgttagg ctcactctcc ggcgctcgga
      901 tcggcgtatg ggtcgcccac ggtgagggcc gtttcgactt cccctatgag gagtcgcgtt
      961 accgcatagc ggcgcgttac agttacgata gctaccccgc caatcccaac ggctcacagt
     1021 ggggcgttgc cgcgctgacc tccgccgacg gccgtcacct ggccatgatg ccccatccgg
     1081 agcggtcgat cttcccctgg cagtgcgccc attaccccgc cgaccgtcgt caagacgaga
     1141 tcacgccctg gatgcaagcc tttgtcaatg cccgccgctg ggtagagagc aagcggcgtt
     1201 agccgtcagc cttcccgctg agaacaacag cgtcctgccg gatgaggggc catgatcgcc
     1261 tcttcatccg gcaggacgct ttggtagggg tgaccgcccc gaagcgggga ccgcggatta
     1321 gttgagctta cagggtcttc agcagctctt caaattcgga gggtgactaa gatccgtgcg
     1381 gtcataaaag gattgagtgc caataggtcg gcgtctcctg tcactaagaa atcggcttgg
     1441 gagaagtcta tcagatctaa taggaagttg tctttaggat ctctgcaaat cgtatgcact
     1501 ggagtcggaa tgtgtacttt ttcagctatc agctctaaga gctccatcag ttcatctacg
     1561 ctttgaggag cgaaatactt ccggagtttc ttccgtcctg tcacctcctt aatctcccag
     1621 agcaggaggt cggtggtgac aatctgtatt cgcccgtcgg agatatatgg ccttatcccg
     1681 gacagccgtt taccgataag gaagctgatc catacgttcg tgtcaaagat gaccttaaca
     1741 actctgcttt tcatagagtt cttgccttac actctccacc tcttgtgtca aggtgtccca
     1801 gtccagttca tcggttcgga aagattggag caagcgagat agcctattgt caacagcttc
     1861 tttttccaaa gcttctgtta gcaggagctt ctgttgcggg ggcaattgct tgacgatatc
     1921 aagcacctgg tcgaaagtca gatcgacgtg tagcaaggtt ttcatatgcg atgttgggtt
     1981 tacttgattg tcattccgag ttctacttgt agagacaaag gtaaacgctc ccgctcaaac
     2041 gtcttccctc gcaaatccct tgaaagccac tgatgaacga tttgagtgta catttggcgc
     2101 aattttttga agtaaataag atagtaaaaa gaacgaacaa gatgaatgtg attcaaaaga
     2161 cgattgatct gggtgacgga cgaagcatca ccatcgaaac ggggaaattg gctaagcagg
     2221 ccgacggatc cgtgaccgta cgcatgggca acacggtgtt gctggctgcg gtgtgtgccg
     2281 cgaaagatgc ggtgccgggc acggatttca tgccccttca ggtggactac aaagagaagt
     2341 atgcggcttt cgggcgtttc cccggtggct ttacgcgcag agagggtaag ccctctgact
     2401 acgagattct gacttctcgc ttggtggacc gcgtactgcg ccccctcttc ccggacaatt
     2461 atcacgcgga ggtgtacgtc aacgtcatcc tgctctcgtc tgacggcgtc gatatgcccg
     2521 acgcgctggc tggactagca gcatcgtcgg cgctggctgt ctccgacatt cccttcggcg
     2581 gaccgatctc ggaggtgcgc gtggcacgca tcgacggacg gtttgtcatc aaccccacct
     2641 ttgagcagct ggagaaggct gacatcgaca tcatggtggg tgcaacgtac gagaacatta
     2701 tgatggtgga aggcgaaatg gacgaagtgc aggaggccga aatgctcgag gcaatccgcg
     2761 tggcccatga agccatcaag cagcactgct tggtgcaaaa ggagctggaa gcagcttgcg
     2821 gcaagacggt gaagcgtgaa tattgccacg aagagaacga cgaggagctg cgccaaaagg
     2881 tgcacgatga gctttacgcc aaggcgtacg ctatctctgt atccggacag ggcaagcagg
     2941 agcgtgccga ggccttcgaa aagatcgtgg aggactttaa ggcgaactac accgaggaag
     3001 agctggagga aaaggcagcc ctcattgatc gctactatca cgacgtggag aaagaggcca
     3061 tgcgccgcgc catcctcgac gagggcaagc gcctcgacgg ccgtcgcacg acggacatcc
     3121 gacccatatg gatcgagccg gactacctgc cgggaccgca cggatcggcc gtctttaccc
     3181 gcggcgagac gcagtcgctg acgaccgtca cgctgggcac gaagagcgat gagaagatcg
     3241 tggacgatgt gctcaatcag ggtcgcgacc gcttcctgct gcattacaac ttcccgccct
     3301 tctccaccgg cgaggccaag tcgcagcgcg gtgtaggccg tcgcgagatc ggtcacggaa
     3361 acctggctca ccgcgccctc aagcgcatga tcccgaagga ctacccgtac gtactgcgcg
     3421 tcgtatctga catcctcgag tcgaacggct cctcgtcgat ggccaccgtt tgtgctggca
     3481 cactggcgct gatggacgct ggcgtaccca tccgcaaacc ggtgtcgggc atcgccatgg
     3541 ggctgatctc cgaaaacaag ggaacgaact atgccatcct gtcagacatc ctcggcgatg
     3601 aggatcactt gggcgacatg gacttcaaag tgaccggcac gcgtgacggc atcaccgcca
     3661 cacagatgga catcaaggtg gacggcctct cgtacgagat cctcgagcgc gccctggcac
     3721 aagccaagga gggacgcctg cacatcctta ataagatcgt tgaggcgcaa cccgaaccgc
     3781 gcgtcgagct taaaccgcac gctccgcgca tcgaaacctt caccatcggc aaggagttca
     3841 tcggcgccgt catcggcccg ggcggaaaga tcatccaggg cattcaggag aagtctggcg
     3901 ccacgatctc catcgacgag gtagacaacg tcggcatcgt cgaggtggcc gccacgaaca
     3961 aggaatcgat cgacgcagcc ctgcgcgcca tccgcgccat cgtcgctgtg cctgaggtcg
     4021 gtgagacgta cgagggtaag atctcgtcca tcatgcctta cggcgccttc gttgagttca
     4081 tgcccggcaa ggacggcctg ctgcacatct cggagatcga ttggaagcgc ctcgagacgg
     4141 tcgaagaggc cggcctcaag gagggcgacc gcgttgtggt gaagctcgta gacatcgatc
     4201 cgaagacggg caagttcaag ctctcgcgtc gtgcgctcat gccgaaaccc gaaggctaca
     4261 cggagcctgc ggcccgtggc agtcgtccgc ctcgccaagg tggcaacggc ggcggtcgtc
     4321 ggtaagccgc gccgactgtc gatcgcatga aaaagtcccc cgggcatgga tggtaggtcc
     4381 attgctcggg ggacttcttt ttgggggaga ttatggtgct tgatatactg tatatcggag
     4441 ccatgcaagc ctactcgggg ctgatatact gtatatcgga gccatgcaag cctgcttgaa
     4501 gctgatttac ggtaaatcgg agccatgcaa gcctgcttga agctgattta cggtaaatcg
     4561 aatccatgca agcctgcttg aagctaattt acggtaaatc gagtccatgc aagcctgttt
     4621 gaagctgatt tacggtaaat cgagtccatg caagcctgtt tgaagctgat ttaccgtaaa
     4681 tcggagccct gtaaatatgg aggcaacaga caggcaggat caggcagcgc tcactgcgca
     4741 aggatcgcct cgcggatgcg caccaaccgc gtgagcagtc cctccagccg gtcgagcggc
     4801 agcatgttcg cggcgtccga cagcgccgag gccgggtcgg ggtgcgtctc aaggaagatc
     4861 ccatccgtcc caacggccac ggccgctcgc ccgatggtct cgatcagctc cggcagtccg
     4921 cccgccacac ccgacgccag attcggctgc tgcagcgagt gcgtgatgtc cgtcaccacc
     4981 gggtgactaa aggcctgcat gcgtgggatg ccgcggaagt cgactacaag gtcggtgtac
     5041 ccaaaagtcg tcccgcgctc cgtcagcatc acgttcgggt tgcccgcgtc gaccaccttt
     5101 tgcgccgcaa aacgcatcgc gtccggcgcc agaaactgcc ccttcttgat gttcacgatc
     5161 cgccccgtac gcgccgccgc gatcagcagg tccgtctgtc ggcagaggaa ggccgggatt
     5221 tgcaacacgt ccacaaactc cgccgctaag gccgcctcat gcgtctcgtg aatatccgtc
     5281 acggtcggaa tgcccagccg ctcgcgcacc ttgccgagaa taccgagcgc ccgctcgtca
     5341 ccgatgcccg tgaaggaatc aatgcgcgat cgattcgcct tgcgatacga ccccttgaag
     5401 acatacggga tacccagccg ggccgtaatt tccgccacac gctccgcaat gcgcagcgcc
     5461 atctcctcgc cctcaatcac gcacgggccg gccagcagga agaactgttt tgtgcttgtc
     5521 aaatcattga tgttcattgt ttatctcatt cgtttgatgg tttgtctaaa atcatatcta
     5581 tgtcccccgg gcccgacttc cccgccccca ttccctatac cttatatata agcccctcgg
     5641 cgcgttggat catctccccc acgggtagcg tggcgtcgat ccaatggatc gtgaagcccc
     5701 gccgttccat gccgcgaaac cacgtcatct gccgcttggc aaactggtgg atggccgtct
     5761 ccagcccgct gatcatttcg tcgcgcgatc gtagccccgt cacatattcc gtcacgaagc
     5821 gatattccag cccgtagtac atcaaatcct ccgccgcgat cccctcatcc agcagcccgc
     5881 gcacctcatc gataagcccc tcgtctaacc gcgcaacgag ccgccgcgag atgcgttcac
     5941 gccgcagctc tcggtcgatg tccagcccga tgatcaggct gttgatgggc gcaaactccg
     6001 tccgctccgg cgactgacta cggtagtact cctcgatctc gatcgcgcgg atggcacgct
     6061 gcgcactgtc cacgtccgtc ttgttgtgca gcgtcttata cgacgc
//
LOCUS       SEQF2637|AYYD01000668.1  290 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..290
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacaggctct gttcatcaac tccacgctga cgcaactcgg atgcaacagc ctttggaaga
       61 tgttccgcca cggcatgata gagcatcatg ggctatatct caatctggcc acgatgaaag
      121 cgaatccgat aatagtacga cttattccta aactatacac gaaacataca aaacaaggct
      181 taaatgtaat attattatgg tagttaagaa aactctttac gcgaaaataa cgcctatttt
      241 tgtgcattcc acactttacg tggaatagat ttgtgtactg caataaatac
//
LOCUS       SEQF2637|AYYD01000669.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agggggatgt ggcacatccg gcccgtcttt acgcgcggct tgcggatcca agtcattccg
       61 ccctcctcaa tcagatggtc acgcgtcaag tgataaatgt ccgtgtaaga gaggcccgtg
      121 aagcaagaaa agaggaacat atctcgggat acaagctcgt aactccccag ctgcgagtcg
      181 tccaaatcga tgatgtgccg cagctcgtcc ttggtgatgt agcgcggtgt gcctacgtcc
      241 catcgg
//
LOCUS       SEQF2637|AYYD01000670.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taggaagaat ctgcttatta agttgcaagt gatttgattt aataatcagc atatgttttt
       61 gcccctaaaa gcactccggg gttcctaagc agaagctgtt ttgcccttaa aagcacccgg
      121 aggttccaaa tcagcatatg tttttgcccc tgaaagcact ccgaggttcc caagcagaag
      181 ctgtttttgc acccgaaagc catccgaggg acgcggattt cttgggatgg gtatacaaaa
      241 tccattcgca cctcgttcta cttttgtgtt tagaaccaac ccccatacga tatg
//
LOCUS       SEQF2637|AYYD01000671.1 4670 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4670
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(98..262)
                     /locus_tag="SEQF2637_00334"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIDYFSSVPDPRVKGRCKHKLSDILIIAIATYLCGGDDYASM
                     YEFLNIEVSR"
     CDS             complement(598..1617)
                     /gene="pseB"
                     /locus_tag="SEQF2637_00335"
                     /EC_number="4.2.1.115"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0P8W4"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine 4,6-dehydratase
                     (inverting)"
                     /translation="MLNGKSVLITGGTGSFGNAFVKTILRDYPDVKRIVVYSRGELKQ
                     YNMQQVYPQSIYRQMRYFIGDVRDAERIKQACEGIDIIIHAAAMKQVDTAEYNPEECI
                     KTNVGGAQNVIHAALHCGVKHVVALSTDKACAPINLYGATKLTSDKLFIAANNIRGSR
                     DVRFSVVRYGNVMGSRGSVIPFFLEKKRDGADYLPITDRRMTRFNISLEEGVALVMYA
                     IKHHIGGEIFVPKIPSYRIIDIARAIAPEMPIKEIGIRPGEKLHEEMITVTDAENTLD
                     IGNYYAILPTISYGYMKEEYIAHHGAMFMPTGFHYSSDNNIKWETVESIREKIKKFID
                     PNFCV"
     CDS             complement(1687..3183)
                     /locus_tag="SEQF2637_00336"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLIIRQSIKGAIVSYVGSGVGFLITMFVVTKCLTPEIFGLTVI
                     LYEVAALVSSFAQLGISSSALRFFPSFKDPKNGDNGFFFYLLLLPSVGLLIFIPIFLL
                     SRSLIVSLWSQNAVLIIDYYYWIIPLIVFCTYWVVFETYSTLQMRIVIPKFIREVGVR
                     IMLLFVYVFFSLDILNVRGLVGGVIIVYGMAMLFTFAYICLITSISLDHNHSFINKSL
                     RKQVLNYTVFLVLGSLSGSLLNQLDLFMISSRIGLSSAGIYRIAFYISVVIDIPYRSI
                     SSISSPIAAKALQDENMEVANSLYQKVALNQFIVGSCIFVLLWVNIDNLFSIIPNGVI
                     YAQGKWVVFFLALARIISTTLAFGAILISFSRFYYWNLFFSLFLSCIGIGANLLLIPR
                     LGITGAAVATLITCLLSYVVQQGVVLFKIKANPFTAGFIKQIILVFLLFLLNGILPDW
                     SYNPIVDGFYRTLIIGTVTVGGLYWLQVSEEFSVLINKYIFRRGLYKE"
ORIGIN      
        1 gacaggcact ccgcaaaagc cgtaggatca atttgagaaa tcaccctttc tgttgtgtcc
       61 acactcggac tgccattggg tagttctaac aacggcttca gcgactcacc tcgatgttta
      121 aaaactcata catagatgcg taatcgtctc cgccacagag ataggtggct atagcgatga
      181 ttaatatgtc gctcaacttg tgcttgcaac gtcccttcac gcgaggatcc gggacagaag
      241 agaaatagtc gatcttttcc atatctcaaa actaatgtct ttttgatgcg gttgccctgt
      301 taacccttat cctcgttctt cggaaataga caccaattcg ggagaacatt aatgagcatg
      361 acggcgcgca aaaatattta catctagcct atgcgtgcgc tttattatca atcatattac
      421 atattaaaag acatggttcc accgacagta aataacataa gacaccgctc tcaaatgaga
      481 tcaacagcaa acattgatca ggaacaatag taaccttccg gcataggatg catgttttaa
      541 cttatgctga attttgacag cagaatcaag gctttccgta aacaatttta catactacta
      601 cacgcaaaaa ttaggatcta taaacttttt gattttttct cgtatcgatt caacagtctc
      661 ccatttaata ttattatccg aactgtaatg aaagccagta ggcataaaca ttgcgccatg
      721 atgcgctata tattcttctt tcatatagcc atatgagata gtaggaagaa ttgcgtaata
      781 attccctata tctagggtgt tctccgcatc cgtaacagta atcatttcct catgtaattt
      841 ctcccctggc cttattccaa tctcttttat aggcatttcc ggggctattg ctcgagctat
      901 atcaatgatc ctatatgacg gtattttagg aacaaaaatc tcccctccta tatgatgttt
      961 tatcgcatac ataaccaatg caactccttc ttctaaggaa atattaaatc tcgtcattct
     1021 tctatcagtg atgggaagat aatcagctcc gtccctcttc ttttcgagaa aaaacgggat
     1081 aacagaccct ctagaaccca taacattacc gtatcgaaca acagaaaatc ttacatcacg
     1141 agatcctctt atattatttg ccgcaataaa caatttatca gaagtgagct ttgtggctcc
     1201 atacaaatta atcggtgcgc aagccttatc tgtcgaaaga gctacgacat gcttaacacc
     1261 acaatgcagg gcagcatgaa taacattttg agccccccca acatttgttt ttatacattc
     1321 ttcgggatta tattcagccg tatcaacttg tttcatcgca gcggcatgaa taataatatc
     1381 aataccctca catgcctgtt taatgcgttc agcatctcta acatcaccaa taaaataccg
     1441 catttgtcga tatatcgatt gggggtatac ctgctgcata ttatactgct ttaactctcc
     1501 tctcgaatat accacaatcc tcttcacatc tggataatct ctaagtatcg ttttaacaaa
     1561 tgcattgcca aaggaaccag ttcctcctgt tatcaaaaca gatttcccat tcaacataaa
     1621 tagatagttg taattgtgtt aatattcaac aacgcccgcc atcaaactaa aggcaatttc
     1681 tatttgctat tctttgtaca ggccgcgtct gaatatatat ttatttataa gcactgaaaa
     1741 ctcttccgag acttgcaacc aatataatcc tcccacggta accgtaccaa taatcaaggt
     1801 cctatagaat ccatctacaa taggattata actccaatct ggcagaattc catttagcaa
     1861 gaatagcaga aaaactaaaa ttatctgttt aataaaccct gctgtaaatg gatttgcttt
     1921 tattttaaac agaacaaccc cttgctgaac cacgtacgat aacagacaag taatcagcgt
     1981 tgcaacggca gcaccagtaa ttcccaatcg cggaataaga agaaggttgg ctcctatacc
     2041 tatacaggat aagaaaagtg aaaaaaatag gttccaataa tagaatcgtg aaaaagaaat
     2101 caatattgca ccaaaagcaa gagttgtaga tattattcta gctaatgcta gaaaaaagac
     2161 aacccactta ccttgtgcat atattactcc attcggtatg attgaaaata aattatcgat
     2221 attaacccaa agaagaacaa aaatacaact tcctacaata aattggttta atgcgacctt
     2281 ctggtaaaga ctgtttgcta cctccatatt ctcatcctga agtgcctttg cagcaatcgg
     2341 cgaagaaatt gaggatatgg aacgatatgg aatatctata acgacagata tataaaaagc
     2401 aatgcgataa atcccggcag aactaagccc aattcgggaa cttatcataa ataggtctaa
     2461 ttgattcagc aaacttccgc ttaatgaccc caatactaaa aagacggtat agttaaggac
     2521 ttgttttctt aatgacttat taatgaaaga gtgattatga tctaatgata tagaagtaat
     2581 taggcagatg tatgcaaatg taaatagcat tgccattcca tacacaatga taacaccacc
     2641 aactagtcct cttacattta atatatcaag cgaaaaaaaa acatagacaa atagaagcat
     2701 tatacgaaca cctacttcac gaataaattt cggaatgaca atgcgcattt gcaaagttga
     2761 atatgtctca aataccaccc aatacgtaca gaaaacaatt aaaggaataa tccaatagta
     2821 ataatcgatt attaatacag cattctgtga ccataaactt acaatgagac ttcttgagag
     2881 taggaaaatc ggaataaaaa tcaacaatcc cactgaaggg agcaatagca aataaaaaaa
     2941 gaatccgtta tctccattct taggatcttt aaaagatggg aagaacctta aggccgatga
     3001 agatatgcct aattgagcaa acgacgagac taatgcagca acctcatata atatgacagt
     3061 taacccaaaa atctccggag taagacactt cgttacaaca aacatagtta tcaggaaacc
     3121 aactcctgag cctacgtaac taacaatggc cccctttata ctttggcgaa ttatgagtcc
     3181 catcctttat atttccttgt caaatctata aaaacaaggg atatatacat aattccgaaa
     3241 taagcgacat ctgtacacat ctcttcttca tggaaaggga gtatactccc acatagatac
     3301 cttttagttg ttacatagct gtagttacgt tgaatcaatc ttcttcaaaa tcagaaggtt
     3361 tgatatatca cacgtgagcg caacttcgga tatccgtttt tacgttgatc ttgtgctttt
     3421 ttcttataca ggggacgtgc caaataaatc acgtcgagta ttactatagt tcaaagacgc
     3481 agagtagttt aacaaaggga gcacgcaatt agaaaatggg agagtaactc aaaacgcacg
     3541 ttcttgcggc tgaatctaca acctctattt accttcttct ctaatacgtt tcaacctcga
     3601 ttcgtattgg tgaccttctt tttagagaga cgtccatagc cgatctcaat caagttcaaa
     3661 tccagaaaat agagagtaga cgatcttttg attttcgtgc atttcgtcct cttccaaaac
     3721 tttttattat agcaatagta gattcaataa ttctatacct tgaggatatc cttccaaagt
     3781 ggccttataa agagcgatgg taaaatcgtt atggttgtaa cgtgcaccat atgtgtatat
     3841 taagcggtcc gttaatattg atgctattta tcctcccttc cctcactgta aacatttgtc
     3901 taatacctat ccatgtataa gtagagcatc cgttgtgagt atcatcgacg taagacgtaa
     3961 tatgtcgccc cgactgcttc acaaagtagg ctaatctgca caccatcgga ccctccaata
     4021 attcttacag gagtcttctg aaaaattgtc gttttttgga gtggatgtgt tcctgtgccg
     4081 ataggcggta gcaatcttct aagccttaga agatgttttg aatttattgg atgaagccct
     4141 gagagattct ctcactaaga gagaaaaggg agtgggaaaa gaatcggatc tatatcggtc
     4201 tgccgatcgg aaaattcttt ctaactctat ggttggcaat atcaaagtga tgagagaata
     4261 cccaaccaac ctgaccgata aacagtggaa aagtatgaaa aatctatttg aaccacggga
     4321 aagacaccga aaaaaatcct ctccgaagga ttttgtatac cctactgtac ataacaaaaa
     4381 cggggtgcca atggcgaatg ctccccagag atttcactcc gtggcaaaca gtctactttt
     4441 attttcgaaa ttagaaataa gaagaagtct ttgaagagct gatgtattgg ctaagagatt
     4501 cggttcgaaa atcctattgg cagaaaatct tcgagtcttg gtatcataga ctcagagaag
     4561 cgtacgaacc tctcaccaaa acggtaagga atgcggaatt gatggaggta agaagatcaa
     4621 aggaaggaaa gaacatatcg ttgtagatat acgcttggac ttcctgtggc
//
LOCUS       SEQF2637|AYYD01000672.1 4940 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4940
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             406..1143
                     /gene="mtrR_1"
                     /locus_tag="SEQF2637_00337"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39897"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional regulator MtrR"
                     /translation="MLRFGAKAMTRRRGPLPTTGSELVICNYLFVYFCAQINRKCAVS
                     VSISVSKTREVLVDVARQLFARMGFQNTTMNDIAQASQKGRRTLYTYFKSKDDVFDAV
                     VEAELDKLVDSLLEVAARRLPADRKLITYIYMRLHAVKAIVFRNGTLRAAFFRDIWRV
                     EKARKKFDLRETEILRDILNDGVNEGLFSITDIDMTAYIIHHALKGLEVPYIRGHING
                     WGKSKGIERQNVLNIIFNGIKVKHNVY"
     CDS             1133..2077
                     /gene="fabH_1"
                     /locus_tag="SEQF2637_00338"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /translation="MYINTTGYYIPKQRIPNSYYTEKTGLTDDWIVQRTGIHTRSRAA
                     ADENINTMGLEAIHDALPRLPYDIREVDLLIAATYSPYDTVGTAAHVAQHHYAIPHAK
                     AFTLSSACSSFINALEVVEGYFAMGKAHRALIIGGDKNTAYSNEDDPKSGHLWGDAAV
                     AFFLSNERIADTDAEVLEVYTEALGTIGKGPESIQLRPRDGGIRMPEGKDVFLQACTY
                     MPQNALRLLTHHGYTFDDLSYFIGHQANMRILKNIATSNSIPEEKILSNIAELGNTGS
                     ASSALVYAQNRERFQAGDLVCLSVFGGGYSAGATLIKI"
     CDS             2102..2200
                     /locus_tag="SEQF2637_00339"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPVNFPGPGGALIFFCFFPSIKGRKEGSHYD"
     CDS             2222..2968
                     /gene="fabG_1"
                     /locus_tag="SEQF2637_00340"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0H9"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase FabG"
                     /translation="MKLLEGKVALVTGAARGIGKAIALRYASEGADIAFTDLAIDDNG
                     RATEEEIRALGVRVKGYASNAANFDEAHKTVEEVVKDFGGLDILVNNAGITKDGLMLR
                     MSEAQWDAVIAVNLKSAFNFVHACVPVMMRRRGGSIINMASVVGVHGNAGQANYAASK
                     AGMIALAKSVAQEMGPKGIRANAIAPGFIETAMTEALPDSVREEWKKKIPLRRGGTPD
                     DVADVAVFLASNLSSYVSGQVIQVDGGMNM"
     CDS             3065..4822
                     /locus_tag="SEQF2637_00341"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKLNIDQKTVIELFSDKRSDFLIPDYQRPYAWNESECQTLWDD
                     LFAFAIPDNNIERFNDDSDEYYLGPIVTFENRQGKQEVIDGQQRLTTLLLLLRAFYER
                     SFNQEDQQTKKMREMIEQCIWKTNAFKEANKNALKIDSEVATDEDKDEFLEILKSGQA
                     NDNYKSRYAENYRFFEKKIDAFLSNYPSYFRYLPVRILNNCILLPIEADNQDSALQIF
                     STLNDRGKPLSDADIFKAQCYKHYAAMGLKDVFIERWKRLEEFASSTFKESVDGSPMD
                     ELFTRYMYYLRARQHNTNTSTEGLRKFYERNNYALLKKEQTLERIEALADFWSDVRTQ
                     NKERFSDKILRRLFVLSYAPNGMWTYLTSVYFLHHRQPDGLLEEVPFFQFLEQITAFI
                     WACTLNNLNVSGLRKPAFLKMVQIIRGEEVTFSDFSFKREDFIRVFRNYQFSNQRQIT
                     KSMLAWWAFQFDKQELLDLGCDLHTEHIYARKRAEKEPSATIQPKLELLGNKSLLEQC
                     INIRASDYHFADKAALYEGRQTGKGKTSKGKNGTRIYELLEMADQQTDFTEDDIVLRN
                     ERILNGFIDYLDRCGLLKG"
ORIGIN      
        1 cgcttaagaa accaagccgt gaagaagaag aggagaggaa gggggatatg atgttcgacg
       61 ttcatccact ccatccatcc cgaccttccc caagccgaaa gccaaatcga gagaatcgca
      121 tcaaaaacgc ctgtttttca aatagtcata gtaacattgc agcctcaaac gacaagcgcc
      181 ctttgtttgt gcagattcta gcaattccaa gcgcctcgct cgtttctact tcgttaccta
      241 tccaatgcct acgaccgagt aacttcttct ttttcaggag aatatttctg aatagttttc
      301 tatgtcatca aaattcgatc actcgagagg taaaaaagct cgcgcgtgaa caaaatttga
      361 tcacgaatga cctgacgtat gtttcgcttg cgcctcgcac tctgaatgct gcgctttggc
      421 gctaaagcaa tgactcgtcg gcgcggtcct ttgcccacga cgggctcgga gttggtgatc
      481 tgtaactacc tttttgtcta cttttgcgca caaatcaatc gaaagtgtgc agtgtccgtg
      541 tctatttctg tctccaaaac gcgtgaagta ttggttgacg tagcccgtca actctttgcc
      601 cgcatgggct ttcaaaacac cacgatgaac gatattgccc aagcctcgca aaagggccgc
      661 cgcacacttt acacctactt caaaagcaaa gacgacgtct tcgacgccgt cgtcgaggcc
      721 gagctcgaca agctcgtcga ctccctcctc gaggtggccg cgcgccgact gccagccgac
      781 agaaagctga tcacatacat ctatatgcgt ctccacgccg tcaaggccat cgtctttcgc
      841 aacggcacgc tccgcgctgc tttctttcgc gacatctggc gcgtggagaa ggcccgcaag
      901 aaattcgacc tccgagagac ggaaatcctg cgcgacatcc tcaacgacgg cgtcaacgag
      961 ggcctcttct ccatcaccga catcgacatg acggcctaca tcatccatca cgccctcaaa
     1021 ggcctcgaag taccctacat ccgcggtcac atcaacgggt ggggcaagag taaaggcatc
     1081 gagcggcaga acgttctgaa catcatcttc aatggcatca aagtcaagca caatgtatat
     1141 taacacgacc gggtactaca tccccaaaca acggataccc aactcgtatt acaccgaaaa
     1201 gaccggcctc acggacgact ggatcgtcca gcgcaccggc atccacacac gctcccgcgc
     1261 tgcggccgat gaaaacatta acacaatggg gctcgaggcc atccacgacg ccctgccccg
     1321 tctcccctac gacatccgcg aggtagacct cctcatcgcc gccacctact ccccctacga
     1381 caccgtcggc accgccgccc acgtcgccca gcaccactac gccatccccc acgccaaagc
     1441 cttcacgctc tcctccgctt gttcatcgtt tatcaatgcg ctcgaggtcg tcgaaggcta
     1501 ttttgcaatg ggcaaggccc accgtgcgct catcatcggc ggcgataaga acacggccta
     1561 cagcaacgag gacgatccta agtcgggcca cctctggggc gatgctgccg tcgccttttt
     1621 cctctccaac gaacgcatag cggacacaga cgccgaagtc ctcgaggtct acaccgaagc
     1681 cctcggcacc atcggcaaag gccccgaaag catccagctt cggccccgcg acggcggcat
     1741 acgcatgccc gaaggcaagg acgtcttcct gcaagcctgc acctacatgc cgcagaacgc
     1801 cctccgcctg ctcacgcacc acggctacac gttcgacgac ctcagctact tcatcggcca
     1861 ccaagccaac atgcgtatcc tcaagaacat cgccaccagc aacagtatcc ccgaggagaa
     1921 gatcctcagc aacattgctg aactcggcaa caccggctcg gccagctccg ccctcgtcta
     1981 cgcccaaaac cgcgaacgct tccaggcggg cgacctcgtc tgcctcagcg tcttcggtgg
     2041 cggatactcc gccggcgcca cgctgatcaa aatatgatcc cgtgcacccg ggtataatcc
     2101 tatgtacccg gtcaacttcc ccggccccgg tggggccttg atcttctttt gcttctttcc
     2161 ttccatcaag ggaagaaaag aaggatccca ctacgattaa cccccaaaac gacgtataac
     2221 aatgaaatta ttagaaggaa aagtcgccct cgtcacgggc gccgcacgcg gcattggtaa
     2281 agccatcgcc ctgcgttacg cttcggaagg agcagacatc gcattcaccg acctcgccat
     2341 cgacgacaac ggtcgcgcca cagaagaaga gatccgtgcc ctcggcgtac gcgtaaaagg
     2401 ctacgcatcg aacgccgcca acttcgacga agcccataag accgtcgagg aagtggtgaa
     2461 ggacttcggc ggtctcgaca tcctcgtcaa caacgccggc atcaccaaag acggcctgat
     2521 gctgcgcatg agcgaggccc agtgggacgc cgtgatcgcc gtcaacctca agtcagcctt
     2581 caactttgtc cacgcctgtg tacccgtgat gatgcgtcgt cgcggcggca gcatcatcaa
     2641 tatggcctct gtcgtaggcg tccacggcaa cgccggccaa gccaactatg ccgcctcgaa
     2701 agccggaatg atcgccctgg ccaagtccgt agcccaagag atgggtccga agggcatccg
     2761 cgccaacgcc atcgctccgg gctttatcga gacagccatg acggaagccc tgcccgacag
     2821 tgtacgtgaa gaatggaaga agaagatccc gcttcgtcgc ggcggcaccc cggacgatgt
     2881 cgccgacgtg gctgtgttcc tcgcctccaa tctttcgtcc tacgtctctg gtcaggtgat
     2941 ccaggtcgat ggcggcatga acatgtaaga agccgcaggc attgtatgta ataaagagag
     3001 ggggggaaag ccgtagcggc tccgctccct ctcttgcgtt attcatacac gtagcagtag
     3061 aaatatgtcc aagctcaaca ttgaccaaaa gacggtcatc gaactgttct ctgacaagcg
     3121 gtcggacttt ttgatccccg actatcagcg cccctatgcc tggaacgaaa gcgaatgtca
     3181 gaccctatgg gacgacctct tcgccttcgc cattccggac aacaacatcg agcgctttaa
     3241 tgatgattcc gacgaatact acctcggccc catcgtaacc tttgaaaaca gacaaggaaa
     3301 acaagaggtc atcgacggac agcagcgcct caccactttg ctgctcctgt tgcgtgcctt
     3361 ttatgaaaga tctttcaacc aagaggatca gcagacgaag aagatgcggg aaatgatcga
     3421 gcagtgcata tggaagacca atgcgtttaa ggaggcgaac aaaaacgcac tcaagatcga
     3481 ttccgaggtg gccacggatg aagacaagga cgagttcctt gagatcttga aaagtggtca
     3541 ggccaacgac aactataaaa gccgctatgc ggagaactac cgcttctttg agaagaagat
     3601 cgatgccttt ttgagcaact atccgagcta tttccgctac ctgcctgtgc gtattctgaa
     3661 taactgcatc ctgctgccca ttgaggccga taaccaggac tccgcgttac agatcttctc
     3721 cacactcaac gatcgcggca aaccactctc ggacgccgat attttcaaag cgcagtgcta
     3781 caaacactac gcggccatgg ggttgaagga cgtctttatc gaacgatgga aacggttgga
     3841 ggagttcgcc tcatctacct tcaaggagtc tgtcgacgga tcgccgatgg atgaactctt
     3901 cacgcgctac atgtattatc tgcgtgccag gcagcacaac acgaacacgt cgacggaagg
     3961 cctccgcaag ttctacgagc ggaacaatta cgccctcctc aaaaaggagc agacgctcga
     4021 gcgcatcgaa gccctggctg acttctggag cgacgtgcgc acccaaaaca aggagcgctt
     4081 ctcggacaag atccttcgcc gcctcttcgt gttgagctat gcccccaatg gaatgtggac
     4141 ctacctcacc tcagtctact tcttgcatca ccgtcagcct gacggcctac tggaggaggt
     4201 accgttcttc caatttctcg agcagattac ggcctttatc tgggcttgca cgctgaacaa
     4261 cttgaatgtg agcggactcc gtaagccggc ctttctgaag atggtgcaga ttatccgcgg
     4321 cgaggaagta acgttttccg acttcagctt caagcgcgag gacttcatcc gcgtgttccg
     4381 caattaccag ttcagcaacc agcgacagat tacgaaatcg atgcttgcat ggtgggcatt
     4441 ccagttcgat aagcaagagt tgttagactt gggttgcgat ctccatactg aacacatcta
     4501 tgctcgaaaa cgggcagaga aggagccctc agcgacgata caacccaagc tcgaactgct
     4561 cggaaataag tcgttgctgg agcaatgtat caacatccga gcctcggact atcactttgc
     4621 tgacaaagcc gccctctacg aaggtcggca gacaggtaaa ggcaagacga gtaaaggcaa
     4681 aaacggtacg cggatctatg agctgctcga gatggctgat caacagacgg acttcaccga
     4741 ggacgatatt gtcctccgta acgaacgcat cttaaacggc ttcatcgact atcttgatcg
     4801 gtgcggccta ttgaagggat gatctgagtt attcgcggtt gagcttatcg ccaaacggcg
     4861 aagatctcct gcaatttgcg ggagcttatt gtaggcgtac gaagatctcc agcaatttgc
     4921 gggagcttat tgtaggctgt
//
LOCUS       SEQF2637|AYYD01000673.1 3631 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3631
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(75..188)
                     /locus_tag="SEQF2637_00342"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNTTRAPFGVKEWVNGLGVRRGLKVLRDVIVSHDET"
     CDS             complement(307..807)
                     /locus_tag="SEQF2637_00343"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRVKPTRCRSSRSAVIRQRLTVVSVVSEGGIESITSATSASAS
                     STLSNFSSSFLAQRPTSAVASRPNVPSSCMPSIICLLCTSALSNSSRDTNTSPRSRGH
                     GRTLTESPRTLSSVSHTESRTETSRSVRSNGYDSRICPTVISMPTRSDTCRSTTFSTA
                     FCTGGT"
     CDS             complement(779..979)
                     /locus_tag="SEQF2637_00344"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIEAHGAWPLTGIVGRIGTANVKPSGRVTLRFQVGRYACHAC
                     IAQVGRDAERILRHAQGEAYAL"
     CDS             complement(3484..3621)
                     /locus_tag="SEQF2637_00345"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAPGAPSGASISSMSCATSRKSAVSFIDLLKSTVPLITNGLPPV
                     V"
ORIGIN      
        1 cattgtgtga cacgatggcg tctctcgcaa cttttaggtc tcattgtgtg acacgatggc
       61 gtctctcgca acttttaggt ctcgtcgtgc gacacgatga cgtctctcag aacttttagc
      121 cccctcctca cccctaaacc attaacccac tcctttacgc cgaagggggc gcgggtggta
      181 tttcccatat ttttgcccgc cgtaatagac agacggttca aacacgatgg ctaaatggat
      241 caaacgcaca gtcaagacgt gcctgctggc gcccgtgggg gcggtagcgg tgggcgcggt
      301 gttgctctat gtgccgccgg tgcagaatgc ggtgctgaag gtcgtgctgc ggcatgtatc
      361 tgagcgcgtc ggcatggaga tcaccgtggg gcatatgcgg ctatcgtatc cgttagacct
      421 cacgctgcgc gacgtctcgg tgcgcgactc ggtgtgcgac acactgctca atgtccgcgg
      481 gctctccgtc agcgtgcggc cgtggcccct gctgcgaggc gaggtgttcg tatcacggct
      541 tgagttagac agcgcactcg tacacagcaa gcagatgatc gagggcatgc agctcgacgg
      601 cacgttcggg cgactggcta cggccgacgt tggtctttgg gccaagaagg aggagctgaa
      661 gttcgacaac gtactgctgg ctgatgcgga ggtggcgctg gtgatcgact cgatcccccc
      721 ctcggacacg accgacacga ccgttaaccg ctggcggatc acggccgaac gactcgacct
      781 acagcgcgta ggcttcaccc tgcgcatgcc taaggatacg ctcggcgtca cgacctacct
      841 gggcgatgca cgcgtgacag gcatatcggc caacttggaa gcgcagcgtt acgcggccgg
      901 acggcttgac attcgcggtg cctatgcggc ctacgatgcc agtgagcggc cacgcaccgt
      961 gggcctcgat ccgcaacata tctcggcctc aaacatccgc ctgctggtcg actcggtgcg
     1021 ctaccatgcg ggcgacctgc gcgtggcgct tcgtgaggcg tcgctcgacg aacggtcagg
     1081 gctttcggtg gaatcgctgt cggcttatgt gcacctggat agcacgggcg tctccgtctc
     1141 ggagggcatg ctacggacga cgcgttcgtg gatcgacctg caagcgcgtg tgccgtgggc
     1201 cgcgctgtcg gatagaccga cggccgatct ccaagcggaa tggtcggcgg gcattgacgg
     1261 gcaggacgtg ctgacggcta tgggcgaaca ggggccgcga ctgatgcgag ccataccgga
     1321 ctcgttgctg tatctctcgg gactggtgga gggcaacttg gagcggatgc gggtgcacga
     1381 tctgatgggt ggtttgcccg gtgccttcac gtttgaagcc tacggatcgg ctgagcatgt
     1441 catggacgag cggcggcgca cggggcagat caacctaagg ctacagaccg aaagccgaca
     1501 gtacctcagc cattggatcc cggagatttc gggtggacgg gtacggatgc ctgaacgcat
     1561 gcgggtggag ttggaggcgt cgctcaaagg gggcgaatat caagggcgat tgaaggctga
     1621 ggagtcgggc ggacgcgtgg agctgacagg tcgctaccac acactgcggg atgagtacgc
     1681 cgtcgatgta cgtgtagaca gcctccgacc ggtgcacttc ctgccgaaag attcgctcta
     1741 ccgcctcaca gccgtactac atgccgaagg gcgaggcacg gacatctttt caccccgcac
     1801 acgcatcacc ctgcgcggtt ccgtagccga tgtgcattac ggatcctacc gcctctccgg
     1861 cctctcgctc gacggttcac tgctcagtca tcaggcgcag gccacactga gcagcgcgtc
     1921 gccttatata aaaggtaagg tcatgctgga cggtgtcgtt cggcgcgacc gcatggcggg
     1981 cgtggtggcc atcgacatgg atacgctcga tctgatgggg ctcaagctga cgaaggatcc
     2041 gctctccggc tccttccaac tcttctccga gatggagacc gacctcaagc ggcgccatcg
     2101 gttagacctc accctgggca actgggccat ctcaaccgat caacagacgt atcgcccgaa
     2161 gatgctcacc ctgcacgccg tcagcgacga cgacacgaca cgcctatcct tccacgccgg
     2221 cgacatggcg ctggtcgcca ccggcaacgc tgacgcgccc acgctcctcc agcgactcgg
     2281 caacctctcc gatgccttca tgggactgat ggcacgcgac agtgcagccc acatcgaacg
     2341 cctcacgccg ctcctgccca cgctcaacat acagctggag gccgcgcaag acaatccgct
     2401 ctacaactac ctccaagagc agaacatctt cttcgatcga ctcaccgtcc acgcctccac
     2461 ctctcccacc gatgggctac aggccaacgc cctgctgctc tccgtgatga aggatacgat
     2521 gcggctcgac accatctgcc tcgacatccg ccacgattcg atcgagggcc tgacttacgc
     2581 tgtcgacgtg atcaagaacc gctttcgcgg acaagacgcc tttaccgctg ggttacgtgg
     2641 gcacctgctg aacggtgtag cggaggcgaa cgcgctctat cgtgacagtc gtggcgaaac
     2701 gggcctccaa ctgggcgtgc aggccgagca acgtggcaag gcgtaccgtt tccacttcat
     2761 ccccgacgag cctgtgctgg ccttcatgcc gttcaaactg aaccccgaga actacgtgga
     2821 gatgcgcagc ctaaagagca tctccgccga tctgaagctg accggacctg ataatgccgc
     2881 gctgtggatg cactccagtg aggactctac ggagctggct gtcgagatca accaactcga
     2941 tctccagcaa ctgtcacgct tcgccgctat cccagatatg caggggcggg tcaacgtggc
     3001 actgcgctat gtgccctccg acgtgtcgtt cctcattgct gccgacgcca acatcgacaa
     3061 cctcatcttc cgcggacagc ctgtcggcga actcctgctc aacggtgtct acctgcctct
     3121 cgacaacaat cgccaccgct tcgacgccca cttctaccac aacgagtcgg agttggccac
     3181 cgtctcggcc ttctatcgac agccgcaaca gaagcaggca cagggtgcga tcgacggcac
     3241 catgcagttc gatcgcattc cgttgagcga gctgaacccc ttctttggcg gtgccgtaga
     3301 tatgcagggc gtattgcgtg gccagttgac gttagaaagt cgcgatcggg gtccgatttg
     3361 gaacggctat ttgcagctcg actcgacctc gatgtacgta agggctgtag gcacgcgctt
     3421 ccgcttcgac gatcaggagg tggacatcaa ggacagtaag ctgcgcctca ccaagtatgg
     3481 catctacacc acgggcggca atccgttcgt gatcagtggc acggtggact tcagcaagtc
     3541 gatgaaggaa acggccgatt tgcgactggt ggcgcaagac atgctgctga tcgacgcccc
     3601 cgacggcgca cccggagcca tgctctacgg c
//
LOCUS       SEQF2637|AYYD01000674.110810 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10810
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(217..1797)
                     /locus_tag="SEQF2637_00346"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METRTTLRGLITLLLFALVWAACNDDPTPTPTPNPNPPTPQTPT
                     PGRNPIEDTWRLVAIRYLSEYASETIDTAIYTLTFRPDSTFYGRDVSGRYTLTDSTLH
                     ITLADINEATLPQLSRRLRNALRHIERFEIDTAYHSLRIYYAGGRRYLYFSNLPPDPD
                     PDPMPRPERPVTSFLLHHWRLAGFGRTSDGSLTPVAPTGDDRFSLIFLEERTWTGCAS
                     VHRLSGTFRTDGPLVTLTFDAEPTTAGESALGRRYIDALRQVQWYRAATEQDSLRLYY
                     SDNDDYLLFIRSDMFLPGAFSEKLFNTWKLIAFGRTADGSQYLPELHSTIPENKSSRF
                     LIQFLSSGEVHITLAFNRGFGRYHANGDRIRITYIGGTEMSETDDGYKYRNALNRSER
                     FKLTADGTRLKIFYNEGRSYLLFRTAPELIGKTPPAALLGRWTLVKRDYGRARPTIYP
                     PGQHVLTLRADGIAELTGLTFFGEGNTLHYIFHPWNKREYITIGGTEYRYILNADELW
                     LSNHYESDGGPAYSFRRM"
     CDS             2222..4615
                     /locus_tag="SEQF2637_00347"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILLRRLLKSKSLRMVNVAGLAVVFACMLLSYAYVAYECSYDRF
                     HTKADRIYRLSLRTEGESVDVRIHGFETADARTAGVSGIESVVRMYKADGCEIRHEGH
                     IDLPGLFYFVSGSFLDVFDLRLIDGDPRTALDTPDKVILSRSYARRLFGEAPAVGREL
                     TLAGGRLYADRRVFVGGVYEDLPETSHFHSDLFVRLPDEDAGMFTYVYLLLSPGTRPD
                     DVARGIAANMRRLGATDDPRPESPMLFPLTDIHLRSHFQREHEPNGNILYLYLIVGAN
                     ILLLVIVLFNLWLNAGLIFAFNRRYYQLLRLNGASSRRVLVDEMMIAGVVGGVAVAAG
                     WGLAQVVAARWAGAVPVGVVAGMSAAFVAIVVGVSVVPVVARMSSTRFLSMRADPRGG
                     GVALSGVKYMLIGQYAIVLFVTIVSVCISRQVGRIRSSQVGGREPAVLVMQSQPIDVT
                     RRFGLLRSELLKQPGIEAVTTAMQLPGSAIRDGVMVQKEGESEDNVRRLAVLVVGDDF
                     LPFFRLRPVAGEAFGRLRHTADEEERMLVAAAEGHRTDNGSEQYIVNRSAAEMLGFRT
                     PDEAIGQQLRIRTGNGGLDYIDRGTIVGVTDDFNYTTSFEATQPLLIVHRAFFQHCLM
                     VRLDPDRRDEALDSFRRVWAAVNPGYPAQYTYLSDVYDGVYASERYAERLTRIFAALC
                     LAVATLGLVIVMAFVVRRRTKEIGIRKINGARPSDIVRMLNYRFVLWIGVAFLLAAPA
                     AYLLMTRWLENFAAPAPLDWWLFGLTGLGVLVISVAAVSWQSWRAATINPVDTLKLE"
     CDS             4652..5677
                     /locus_tag="SEQF2637_00348"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNFTMGVSEQKDASLESPFGMSEQKDASLESPTRVSEQKDAPL
                     ESPLGASEQKDAPLESPTRVSEQKDASLESPFEAPEPKSLSLESPTTVSLHQRPQKCF
                     PTTAPSGYPPIKWFPTAAPSGQRPQKCFPTVALSGHWLLKCFPTAAPSGHLLPKWFPT
                     AANEWRSPLSTGRVGAYCIRLQMFLTRNGGVWLKGALVCNYPCRGIGWGVCNTPLLLG
                     TPLGHPPIKWFPTRANEWKLPLSAVRVGAYCIRPRCSKQETAARGWKVPLYGIAPAGA
                     LGGAYAIRPYPDGRQRADTPKMFSDDGAFGSFAPKMVSNDSAFGSAAPIIFFRENCNK
                     RRASASQ"
     CDS             5705..6499
                     /locus_tag="SEQF2637_00349"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESRTVKISLVAAAALLVTTGCIARGLRREKGPSVEQTREVAAY
                     TAIQTGGGIDVVLSDELKAGQIVVVASEKMQDQILTEVEGGELNIRLRPSLLGWFGPG
                     PMKVIVPNTGTLTRLRASGGSDIWADQVMLRGRSLEIGCSGGSDFKGKVTVDELDVAC
                     SGGSDFKGEVTATTCRFEASGGSDLALSGSAKECQVDLSGGSDMDAKRFEVGDYELSA
                     SGGSDATVLCTGHLTASASGGSDVRYSGDCQATTSDDVSSSVKRRR"
     CDS             6535..7809
                     /gene="sdaB"
                     /locus_tag="SEQF2637_00350"
                     /EC_number="4.3.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P30744"
                     /codon_start=1
                     /transl_table=11
                     /product="L-serine dehydratase 2"
                     /translation="MGGFARGDGQLPDKALLLSLPPFMKSLRELYKIGNGPSSSHTMG
                     PQRAARAFAADSPGAHAFRVTLYGSLAATGRGHLTDQAILQVLQPLAPTEIVWRPDVV
                     LPFHPNGMRFEALEADGETVALSRTVYSIGGGALSDGHSRAETTPDIYPLTTIADILA
                     RCEREGSTYWEYVEECEGAGIWDYLREVWQVMCEGIERGLNNEGVLPGGIGVRRKAAT
                     YYVKAKGYIGSLNSRGHIYAYALATSEENASGGRIVTAPTCGSSGVLPAVLYHIAKAH
                     EFREVRILRALATAGLFGNIAKENASISGAEVGCQGEVGVACAMAAAAACQLFGGTPG
                     QIEYAAEMALEHHLGLTCDPVCGLVQVPCIERNAVAAARALDANVYAVYSDGKHRVSY
                     DRVVEVMKETGHDIPSLYKETSEGGLAKNAIL"
     CDS             7819..9099
                     /gene="corC"
                     /locus_tag="SEQF2637_00351"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AE78"
                     /codon_start=1
                     /transl_table=11
                     /product="Magnesium and cobalt efflux protein CorC"
                     /translation="MEIILILGLILLSGLLSMAEISLVSARKARLESQVKKGKRSAQK
                     ALDLAQKPDQFLSTTQIGITLIGILTGLFSGEAFARDLAGVLARVPGLEPYAVGISKL
                     TIVVIVTYLTLVLGELAPKRIGMNFAEQVAELVARPMDILSKVASPIVWVLSKSTQGV
                     ILLLGLNRTGENKVTEEEIRAVVQEGFDSGEVQDVEQDIVERVFTLGDRDVGSIMTHR
                     SDLIWLNMQDGMDAIRRKVKENLYNVYPVASERFDNIVGVVFLKDLFGRIDQPDFTLQ
                     QVLRPAQFVPESQSVYNALEQFKQARVKYGIVTDEFGGVQGLVTLADIVEALIGQLPD
                     VDEELEIKQRADGSWLVDGQYSFYNFLEYFDMEDLYADYDYNTLSGLILELLERVPKT
                     GDTFSWQCFDFEIVDMDRARIDKVLVKKHPVANT"
     CDS             9152..10084
                     /gene="rluD_1"
                     /locus_tag="SEQF2637_00352"
                     /EC_number="5.4.99.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33643"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     D"
                     /translation="MKSNRTFRPHRGAQPDDRQPRGQRVTVREASPLLPFLFAHLTDR
                     SRSAVKSLLRHGQIWVNGRVTTHFDMPLRPGDTVLISHERGRPAFNSPYLRIVWEDES
                     LIVIDKRDGLLSVSDSVAQERTAWAILSAYVREQDPRNRIFVLHRLDRGTSGLMMFAR
                     NKGVQEKMREGWADIVTRRSYVAVVEGVPEPAEDTLRNFLAENSRMKVYCTDALHGKE
                     AVTHYRVLKAASDCSLVEFTLETGRKNQIRAQMEAFGHPIAGDPKYGAQTDPAERLML
                     HACRLWFIHPETGREMRFDTPIPAVFSAQVRDRE"
ORIGIN      
        1 gacgggctcg ctggcacgca ggctcctcaa aatgtcgcat gacgggcccg ctggcacgca
       61 ggctccccag aatgtcgcat gacgggcccg ctggcacgca ggctccccag aatgtcgcat
      121 gacgggcccg ctggcacgca ggctcctcaa aatgtcgcat gacggggagg cttacttcgg
      181 gcggatgcta aagtgatgcg atgatggtgg gcgtggctac atccgccgga aagaatacgc
      241 cgggccgccg tccgattcgt agtggttcga cagccaaagc tcgtcggcat tcaagatgta
      301 gcggtattcc gtgccgccga tggtgatgta ctcccgcttg ttccacgggt ggaagatgta
      361 gtgcaacgta ttaccctctc cgaagaacgt cagacctgtc agctcggcga tgccgtcggc
      421 gcggagggtg aggacgtgtt gccccggcgg atagatggtg ggtctggcgc ggccataatc
      481 tcgtttgacg agtgtccacc gaccgagtag ggcggcgggt ggcgttttgc cgatcagctc
      541 gggtgcggtg cggaagagca agtagctgcg cccctcgtta tagaagatct tcagccgcgt
      601 cccgtcggcg gtcagcttga agcgctcgga gcggttgagg gcgttgcggt acttatagcc
      661 gtcgtctgtt tcgctcattt ccgtgcctcc gatataggtg atgcgaatac gatcgccgtt
      721 ggcgtgatag cgaccaaagc ctcgattgaa ggccaaggtg atatgcacct ctccgctgct
      781 caaaaactga attaagaacc tcgatgattt gttctccgga atggtactat gaagctcggg
      841 caaatactgc gagccgtcgg cagtgcggcc aaaggcgatg agcttccaag tgttgaacag
      901 cttttccgag aacgcaccgg gcaggaacat gtctgagcgg atgaagagca ggtagtcgtc
      961 attgtcgcta tagtagagtc ggagcgagtc ttgctcagta gcggcgcggt accactggac
     1021 ctgtcgcagg gcgtcgatgt agcgacggcc aagggcgctc tcgccagcgg tcgttggctc
     1081 ggcgtcgaag gtgagcgtca cgagaggtcc gtcggtgcgg aacgtaccgg agaggcgatg
     1141 cacggaggca cagcccgtcc acgtccgttc ctcgaggaag atcaggctga agcggtcgtc
     1201 gccggtgggt gcgacgggcg tcagcgagcc atcggaggtg cggccaaagc cagccagtcg
     1261 ccagtgatgg agcaggaacg atgtgacggg gcgctcgggt cggggcatgg gatcagggtc
     1321 gggatcgggc ggaaggttgg agaaatagag atagcgccga ccgccggcgt agtagatcct
     1381 cagcgagtgg taggccgtgt cgatctcgaa gcgctcgatg tgacggaggg cgttgcggag
     1441 gcgtcgggag agctggggca gggtggcctc gttgatgtcg gcgagggtga tgtggagcgt
     1501 ggagtcggtc agtgtgtagc ggccgctgac gtcgcgtccg tagaaggtgc tgtcggggcg
     1561 gaaggtcagc gtgtagatgg ccgtatcgat cgtctctgaa gcgtactctg ataggtagcg
     1621 gatagccacc aggcgccaag tgtcctcgat ggggttacgg ccaggcgtcg gcgtctgcgg
     1681 ggtcggggga ttcgggttcg gcgtcggggt gggcgtcggg tcgtcgttgc aggctgccca
     1741 aaccagggcg aagagcagca gggtgatcag cccgcggagg gtagttcttg tttccattat
     1801 cgtgcattgt ttagtgtgaa gcatgtatgc gtagggaatc gtccaaatgt tggacgccgt
     1861 tgtctacatc ttggacaaca aaggaagggc attcgctgcg taaccggttg agaataatac
     1921 gttgggcgcc ggtggcaccg ttgttggata aaacatggag ggtaggccgc gggcttcacg
     1981 ctccatcttc cacctattaa aaccgattga gaagctgttt ggaatttatt tcggaggcta
     2041 tcgggagtat gtttctgatg attttgtttc atcattagac gagcatagcg agctatgtga
     2101 ggattaatga tgggacaaaa gggcagaaac aggcctcgat aggcccgaaa tagaagaggg
     2161 aaagctccga ccaaatggct tcttaaaatg aacactcaat aaattcaaaa cagcttctca
     2221 tatgatcctt ctgagacgat tactgaaaag caagtccctg cgcatggtga acgtggcggg
     2281 gctggcggtg gtctttgctt gcatgctctt atcgtatgcc tacgtggctt acgaatgcag
     2341 ttacgatcgc ttccacacga aggccgaccg catctatcgg ctctcgctgc gcacggaggg
     2401 cgagtccgtc gacgtgcgta ttcatggctt tgagacggcc gacgcgcgga cggcgggcgt
     2461 cagcggcatt gagtccgtgg tgcggatgta caaggccgac ggctgcgaga tccgccacga
     2521 gggccatatc gacctgcccg gactcttcta cttcgtgagc gggagcttcc tcgacgtctt
     2581 cgacctccga ctgatcgacg gcgatccccg cacggcgctc gacacgcccg acaaggtgat
     2641 cctcagtcgc agctatgccc gccgactctt cggcgaggcg ccggccgtgg ggcgtgagtt
     2701 gacgctggcc ggcggacgac tgtatgccga ccgccgagtg ttcgtgggcg gtgtgtatga
     2761 agatctgcct gagacgtcgc acttccactc tgacctgttc gtgcggctgc cggacgagga
     2821 tgcgggcatg ttcacctacg tctacctgct gcttagcccc ggcacacgcc cggacgacgt
     2881 cgcccgaggc atcgccgcca acatgcgccg gctgggcgct acggacgatc cgcggcccga
     2941 gagcccgatg ctcttccccc tcaccgacat ccacctgcgc agccacttcc aacgcgaaca
     3001 cgagcccaac ggcaacatcc tttacctcta cctcatcgtc ggcgctaaca tcctgctgct
     3061 cgtgatcgtc ctcttcaact tgtggcttaa cgccggactg atcttcgcct tcaaccgacg
     3121 ctattaccaa ctgctgaggc tgaacggcgc ctcgtcgcgt cgggtgctcg tcgacgagat
     3181 gatgatcgcc ggtgttgtcg gaggggtggc ggtggccgcc ggatggggat tggcgcaggt
     3241 cgtggcggcg cgatgggccg gagcggtgcc tgtcggtgtg gtcgcgggga tgagcgcggc
     3301 gttcgtggcg atcgtcgtag gcgtctccgt ggtgccagtc gttgcgcgga tgtcgtccac
     3361 gcggttcctg agcatgcggg ccgatccgcg cggtgggggc gtggcgctgt cgggcgtcaa
     3421 atacatgctt atcggacaat acgccatcgt ccttttcgtg acgatcgtca gtgtgtgcat
     3481 ctcgcggcag gtggggcgga tacgcagctc gcaagtgggc ggacgggagc cggccgtgct
     3541 cgtcatgcag tcgcaaccga tcgacgtcac acggcgcttc gggctcttgc gctccgaact
     3601 gctgaagcaa ccgggcatcg aggccgtgac gacggccatg cagctgcccg gatcggccat
     3661 ccgtgacggg gtgatggtgc aaaaagaagg cgagagcgag gacaacgtgc gccgcctcgc
     3721 tgtgctggtg gtgggcgacg acttcctgcc cttcttccga ctccgccccg tggccggcga
     3781 agccttcggg cgactgcgcc acacggccga tgaggaggag cgcatgctgg tcgccgccgc
     3841 cgagggccac cgcacagaca acggatcgga gcagtatatc gtgaaccgca gcgcggccga
     3901 gatgctcggc ttccgcacgc ccgacgaggc catcggccag cagctgcgca ttcgaaccgg
     3961 caacggcggg ctggactata ttgaccgcgg cacgatcgtg ggcgtcacgg acgacttcaa
     4021 ctacaccacc tcgttcgagg ccacccagcc gctgctgatc gtccaccggg cttttttcca
     4081 gcattgcctc atggtgcggc tcgatccgga ccgcagggac gaggcgctcg acagctttcg
     4141 gcgcgtctgg gcggccgtga atccgggcta ccccgcgcag tacacctacc tcagcgacgt
     4201 ctacgacggc gtctatgcca gcgaacgcta cgccgagcgc ctcacgcgga tcttcgcggc
     4261 gctctgcctg gccgtcgcaa cgctggggct ggtcatcgtc atggcgtttg tcgtccgccg
     4321 gcggacgaag gagatcggca tccgcaagat caacggcgcg cgaccgtcgg acatcgtccg
     4381 catgctcaac taccggttcg tcctctggat cggcgtggcc ttcctcctgg ccgcacccgc
     4441 cgcctacctg ctgatgacgc gctggctgga gaacttcgcc gctccggcgc ccctcgactg
     4501 gtggctcttt gggctcacgg gcctcggcgt gctggtcatt tcggtggccg ccgtctcgtg
     4561 gcagagctgg cgcgccgcta cgatcaaccc cgtggacacg ctgaagctcg aataggggga
     4621 tattttgaag gcgaataagg ggccactgat gatgaaaaat tttacgatgg gggtgtctga
     4681 gcaaaaagac gcttcgttgg agagtccatt tgggatgtct gagcaaaaag acgcctcgtt
     4741 ggagagtccg acgagggtgt ctgagcaaaa agacgccccg ttggagagtc cattgggggc
     4801 gtctgagcaa aaagacgccc cgttggagag tccgacgagg gtgtctgagc aaaaagacgc
     4861 ttcgttggag agtccattcg aggcgcctga gcccaagtcg ctctcgttgg agagtccgac
     4921 gacagtgtct ttgcatcagc ggccccaaaa atgttttcca acgacagcgc cttcgggtta
     4981 tccgcccata aaatggtttc caacagcagc gccttcgggt cagcggcccc aaaaatgttt
     5041 tccgacggta gcgctttcgg gtcattggct cttgaaatgt tttccaacgg cagcgccttc
     5101 gggtcatttg ctcccaaaat ggtttccaac ggcagcgaat gaatggaggt cgcctctatc
     5161 gactggtagg gtaggggcgt attgcatacg cctccagatg ttcctaacaa gaaacggcgg
     5221 cgtgtggctg aaaggcgctc ttgtatgtaa ttacccctgc cggggcattg ggtggggcgt
     5281 atgcaatacg cccctactct tggggacacc tttgggtcat ccgcccataa aatggttccc
     5341 gacgagggcg aatgaatgga agttgcctct gtcggccgtc agggtagggg cgtattgcat
     5401 acgcccccga tgttccaaac aagaaacggc agcgcgtggc tggaaggtgc ccttatatgg
     5461 aattgcccct gccggggcat tgggtggggc gtatgcaata cgcccctacc ctgacggccg
     5521 acagcgggcc gataccccta aaatgttttc cgacgatggc gccttcgggt catttgctcc
     5581 caaaatggtt tccaacgata gcgccttcgg gtcagcggcc cctataattt ttttcagaga
     5641 aaactgtaac aaacgacgcg caagtgcgtc tcaatgagta gaaacaatct aacgtataac
     5701 gaatatggaa tcaagaacag tgaagatcag cttggtggct gcggctgcct tacttgtgac
     5761 aacgggatgc atcgcccgcg gactgcgacg cgaaaagggc ccgtccgtgg aacaaacgcg
     5821 cgaggtggct gcctacacgg ccatccaaac gggcggcggc atcgatgtgg ttctctccga
     5881 cgaactgaag gcgggccaaa tcgtggtcgt ggccagtgaa aagatgcaag atcagatcct
     5941 cacggaggtg gagggtggcg aactgaatat ccgtctgcgg ccctcactcc tcgggtggtt
     6001 cggtccggga ccgatgaagg tcatcgtgcc caacacgggc accctcacgc ggctccgggc
     6061 gtcgggtggc agcgacattt gggccgatca ggtcatgctg cgcggccgct cgctggagat
     6121 cggatgctcc ggcggatcgg attttaaggg caaggtcacg gtcgatgagc ttgacgtggc
     6181 ttgcagcggc ggctcggact tcaagggcga agtgaccgct acgacctgcc gcttcgaggc
     6241 ttcgggcggc tccgacctcg cgctctccgg cagcgccaag gagtgccaag tggacctctc
     6301 cggcggatca gacatggacg ccaagcgctt cgaggtcggc gactatgagc tctcagccag
     6361 cggcgggagc gacgccacgg tgctctgcac gggccatctg accgcctcag cctcgggcgg
     6421 ctccgacgtg cgctactcgg gggactgcca ggcgacgacg tcggacgacg tctcgtccag
     6481 tgtcaagcgc cggcgctgaa gaagcagccg ataggatgac ccttcggggg ccgcatgggg
     6541 ggctttgctc gtggcgacgg acagttgccc gacaaagccc tcctcctatc tttgccgccc
     6601 tttatgaaat cgctcagaga actttacaag attggtaacg ggccctccag cagccatacg
     6661 atgggccccc aacgggccgc ccgagccttc gccgcggact cgcccggcgc acacgccttt
     6721 cgcgtcaccc tctacggcag cctggctgcc accggacgcg gtcacttgac cgaccaagcc
     6781 atcctccaag tgcttcaacc cctcgcgccg acggagatcg tttggcgccc ggacgtcgta
     6841 ctccccttcc acccgaacgg catgcgcttc gaggccctcg aggccgacgg agagaccgtt
     6901 gcgctcagcc gcaccgtcta cagcatcggc ggcggagccc tctccgacgg ccattcgcgc
     6961 gccgaaacga cgcccgacat ctaccccctg accaccatcg ccgacatcct ggcccgctgc
     7021 gaacgcgagg gcagcaccta ttgggagtac gtcgaggaat gtgagggcgc gggcatctgg
     7081 gactacctcc gggaggtctg gcaggtcatg tgcgagggca tcgaacgggg cctgaacaac
     7141 gagggcgtcc tgcccggcgg catcggtgtg cgccgcaaag ccgccacgta ctacgtcaag
     7201 gccaagggct acatcggcag cctcaattcg cgcggccaca tctatgctta cgccctggcc
     7261 acgtccgaag agaacgcctc gggcggccgc atcgtcactg cgcccacgtg cggctccagc
     7321 ggcgtgctgc ccgccgtgct ctatcacatc gctaaggcac acgaattccg ggaagtccgc
     7381 atcctgcggg ccttagcgac ggccggcctg tttggtaaca tcgccaaaga gaacgcctcg
     7441 atctccggtg cggaggtggg ttgccagggg gaggtcggcg tggcctgcgc catggccgcc
     7501 gcagccgcct gtcagctctt cggcggcacc ccgggacaga tcgaatatgc ggctgagatg
     7561 gccctcgaac atcacctcgg cctcacctgc gaccctgtct gcggcctcgt gcaagtgccc
     7621 tgcatcgagc gcaacgccgt ggccgctgcg cgagccctcg acgcgaacgt ctatgcggtc
     7681 tactccgacg gcaaacaccg cgtcagctac gaccgcgtgg tggaagtcat gaaagagacg
     7741 ggccacgaca tccccagcct ctacaaagag acctccgagg gtgggctggc caagaacgca
     7801 atcctctaac cctgccttat ggaaatcatt ctcatcctcg gactcatcct cctcagcgga
     7861 ctgctttcga tggccgagat ctcgctcgta tcggcccgca aagccagact cgaatcgcag
     7921 gtcaagaagg gcaagcgctc agcgcagaag gccctcgacc tggcccagaa gcccgatcag
     7981 ttcctctcca ccacccagat cggcattacg ctcatcggca tcctcacggg tcttttctct
     8041 ggcgaggctt tcgcccgaga tctggccggt gtgctcgccc gtgtgccggg gcttgagcct
     8101 tatgcggtcg ggatatccaa gctgacgatc gttgtcattg tcacctacct cacgcttgtg
     8161 ctcggtgagc ttgcgccgaa gcgtatcggg atgaatttcg ctgaacaggt ggccgaactt
     8221 gtggctcggc cgatggacat cctctccaag gtggcttcgc cgatcgtgtg ggtgctctcg
     8281 aagagtacgc agggcgtgat cctcctgctc gggctcaacc gcacgggcga gaataaggtg
     8341 accgaggagg agattcgggc cgtcgtgcaa gaaggcttcg acagcggcga ggtgcaagac
     8401 gtggagcagg acatcgtgga gcgcgtcttc accctcggcg accgcgacgt cggctcgatc
     8461 atgacccatc gcagcgacct catttggctc aacatgcagg acggcatgga cgccatccgt
     8521 cggaaggtca aggagaacct ttacaacgtc taccccgtag cctcggaacg cttcgacaac
     8581 atcgtcggcg tggtcttcct caaggattta ttcgggcgca ttgatcagcc cgacttcacg
     8641 ctgcagcagg tgctccgtcc ggcacagttc gtccccgaga gccagagcgt ctacaacgcc
     8701 ctcgaacagt tcaaacaggc gcgagtgaag tacggcatcg tcaccgatga atttggtggc
     8761 gtgcaggggc tcgtcacact ggccgatatt gtggaggcgc tcattggtca attgcccgac
     8821 gtggacgagg agttagagat caagcagcgc gccgatggca gttggctcgt cgacggacaa
     8881 tactccttct acaacttcct cgagtatttc gacatggagg atctctatgc cgactacgac
     8941 tacaacaccc tcagcggcct gatcctcgag ctgcttgagc gcgtgcccaa aacgggcgac
     9001 acgttcagct ggcagtgctt cgacttcgag attgtcgaca tggatcgcgc ccgcatcgac
     9061 aaagtgctgg tcaagaagca tcccgtggcg aacacctgat ggtctccgcg cataactaca
     9121 cccataacat cctcaaacgc cctctcatcg aatgaaatcg aaccgaacct tccgccccca
     9181 ccggggtgcc cagcccgacg accgccaacc gcgtggccaa cgcgtcaccg tacgcgaggc
     9241 ttcgcccctc ttacccttcc tttttgccca cctcaccgac cgcagccgga gcgccgtcaa
     9301 gagcctcctg cgccacgggc agatctgggt caacggacgg gtcacgaccc atttcgacat
     9361 gccgctccgt cccggcgata cggtcctcat tagccatgag cgcggccgcc ctgccttcaa
     9421 tagcccctac ctcaggatcg tctgggagga cgaatcgctc atcgtcatcg acaagcgtga
     9481 cggcttgctc tccgtctccg actccgtggc gcaggagcgc accgcctggg ccatcctctc
     9541 ggcctacgtc cgcgagcaag acccgaggaa ccgaatcttt gtcctccacc gcctcgaccg
     9601 cggtacgtcc ggcctgatga tgttcgcccg caacaaaggc gtgcaggaga agatgcggga
     9661 gggatgggcc gacatcgtca cacggcgctc gtacgtggcc gttgtcgagg gtgtgccaga
     9721 gcctgcggag gacacgctgc ggaacttcct cgctgaaaac agtcgcatga aggtctattg
     9781 caccgacgcc ctgcatggca aggaggccgt cacgcactat cgcgtcctca aggccgcgag
     9841 tgactgttcc ttagtagagt tcacgctcga gactggccgc aagaatcaga tccgtgcgca
     9901 gatggaagcc ttcggtcacc ccattgctgg cgacccgaag tatggcgccc agaccgatcc
     9961 cgcggagcgc ctcatgctac acgcctgtcg gctgtggttc attcaccccg agacgggtcg
    10021 tgagatgcgt ttcgatacgc ccattcccgc cgtcttttcc gcccaagtgc gcgatcgcga
    10081 gtaagaagtc gtttaggcac cccatgcggt gtgttttacg cctaaatgtc agttttgagg
    10141 tgacaagatt gcagaggagt tgcgcctaat tgtcagtcga agcccactct gcgatgcgtt
    10201 taggactcca gctgacgatt agacagacga acgtgcccca gtgtgggtac ccgcttacgg
    10261 ttaacgtgag tccgatgtaa gcagagagct tccacggaag tcacgcgagg gccaaaacgt
    10321 ttttggaaat gcttgcagcg ttcctgcaaa ctccagaaag tttttcgagg cctttgcagc
    10381 attcctgcaa actccagaaa gttttccgtg gcctttgcag cattcctgca aactccagaa
    10441 agtttttcga ggcctttgca gcgttcctgc aaacgccaaa aagtttttcg aggtctttgc
    10501 agcgttcctg caaactccaa aaagtttttc gaggcctttg cagcattcct gcaaacgcaa
    10561 aaaagttttt cgaggccttt gcagcgttcc tgcaaactcc aaaaagtttt tcgagggact
    10621 tgcaacagtg ttgcaaacgc caaaaagttt ttcgtgggac ttgcaacagt gttgcaaacg
    10681 ccgaaaagct cttcgtgaga cttgcaacag tgttgcaaac gccgaaaagt tcttcgtgag
    10741 acttgcaaca gtgttgcaaa cgccagaaag tttttcgtgg gacttgcaac agtgctgcaa
    10801 acgccagaaa
//
LOCUS       SEQF2637|AYYD01000675.1  473 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..473
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             22..453
                     /gene="xerC_3"
                     /locus_tag="SEQF2637_00353"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MALNSEHLVRDDEGALWLKFSRQKTGVLCRVKLLPEALQLMNKL
                     HDESRDTLLPHINYMAYQSHLKALRLRAGIVLPFTTHTARHTFATLITLEQGVPIETV
                     SKMLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 agacagacct attgcgatct aatggcgcta aactctgagc atcttgttcg cgacgacgaa
       61 ggcgcccttt ggctgaagtt cagcaggcag aagacgggcg tcctttgccg tgtaaaactg
      121 ttgcccgaag cccttcaact gatgaacaaa ttgcatgatg aatcgaggga cacgttgctt
      181 cctcacatca attacatggc ctatcaatcc cacctgaaag ccctccgact gcgggctggt
      241 atcgtgctgc ccttcaccac gcacaccgcc cgacacacct tcgctacgct cattaccttg
      301 gaacagggcg tgcccatcga gaccgtcagc aagatgcttg ggcatagcac ggtgcgcatg
      361 accgagcgat atgcgaaagt tacccctcag aaactattcg aggagttcga tcgcttgatc
      421 gccttcaccg aagacttaca cctgaccatt taaccacaaa gcactatgag aag
//
LOCUS       SEQF2637|AYYD01000676.1 4874 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4874
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             112..624
                     /gene="sglT_1"
                     /locus_tag="SEQF2637_00354"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96169"
                     /codon_start=1
                     /transl_table=11
                     /product="Sodium/glucose cotransporter"
                     /translation="MVWMGRFVIVIAMILAIAFTWNDLLGIGGSGGYTFIQKYTGYIS
                     PGVFSCFILGMFWKRTTGAAALAGIITGFVMSIFFGQFAVKVLGTETLLYTAFPNGAG
                     GYEIPFLVCMGWSFVTTIIVMVVISLAGPKINAKAISLYPDMFRIRPSSIALIAAILL
                     MLSALYIRFW"
     CDS             859..1440
                     /locus_tag="SEQF2637_00355"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7DDR9"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosine monophosphate-protein transferase
                     NmFic"
                     /translation="MHDNTNWTPSPEDNLLNLTDKDAINEQEAKGIALAELYVLRLET
                     DTPISTTLLLDIHKIAFGHLYDWAGKWRTTNIVVGQLVPPAPHQIIQLMYHFVDNLNF
                     KISVATKRDEHMECLLYAHYEFIRIHPFNNGNGRTGRILMNLIAMKFGYKPLILYHRE
                     GESRKVYIAAMKAADKGHLEPLRDLISVELSSF"
     CDS             complement(1402..1596)
                     /locus_tag="SEQF2637_00356"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYEKYPQLQEKAFLTQMLTETVFTTMSLEDQQVPKDKIQKIV
                     VSLLSDEELERAKLNGNQVS"
     CDS             complement(1749..1838)
                     /locus_tag="SEQF2637_00357"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSHDEQGLPLLGYLKNVSRQLKSNIFKS"
     CDS             1870..3303
                     /locus_tag="SEQF2637_00358"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYSSIILITICLVSNSSYGQTCNCEQNFSWVKKTFEENDAGYQ
                     DIIALKGKQAYTTHTDSFIQKIKGAKTTTACASLMNEWIHFFRKGHIGVFPADDQDDN
                     DTNAHWEKTNINLQDFKNHLYAEKTPGYEGIWDLNNDTIGIIKEKNQYTGFIIKSGNI
                     SWKQNEVKLKFTKSTDGDRLLFYTGNRSTEEYKNVELIGNNYLQAGGYVLKRVFPEFK
                     KDDKGIEAYYKRMTAKQPYAELLNDKTVYFRIPSFNPKYKKSIDSVILKCKSKILTTE
                     TLIIDLLDNGGGVDESYQELLPILYTNPLRNIAVARRSSKLNNQALLDGYNNPEYGFS
                     AEDKKWAKQAYDKLESQLGKFVNLGDSTIYIEKRDSVYPYPKNVGILINEHNGSTAEQ
                     FLLDAKQSKKVKLFGRMTFGALDMSNLNFAKSPSNCIVLVYAMSRSFRIPEMPVDDIG
                     IQPDYYLDKTIPLFKWVEYVNEILNTK"
     CDS             complement(3496..4404)
                     /gene="folP_1"
                     /locus_tag="SEQF2637_00359"
                     /EC_number="2.5.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AC13"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydropteroate synthase"
                     /translation="MTSSPMTLLTYWPNDLLITFVKNKANKAMFTFNCKGRMLVIDKP
                     VVMGIINATPDSFYSGSRRQGVDEVLRQAEKMINEGAAIIDIGGQSTRPGSEHIGIDE
                     ELSRVIPAIEAICQRFPESFVSVDTYYSKVAAEAVSAGASIVNDISSGMLDEQMIPVV
                     ASLHVPYIAMHMKGTPATMQQHANYENVTLEVLDFFIKKTEECRKAGIHDVIVDAGFG
                     FAKTIAHNFTLLKNLLILKMLEKPLLAGLSRKATVYKTLGITPEEALNGTTVLNTIAL
                     LDGADILRVHDVKEAMEAVALVGKMK"
ORIGIN      
        1 cttacggctg ccattgtagc ttcccttgcg ggaaagtcca acagtatttc caccattttt
       61 acccttgata tatataaaaa atacttcaat aaagacgcct ctgaaacaaa gatggtgtgg
      121 atgggaaggt ttgtaattgt aatagcgatg atacttgcca tcgcctttac ctggaacgac
      181 cttttaggca tcggcggcag cggcggttat actttcattc aaaaatatac gggctacata
      241 agtccaggtg ttttttcctg ttttatttta ggtatgtttt ggaagcgaac aacaggagcc
      301 gcagcgcttg caggcatcat taccggcttt gttatgtcca tatttttcgg acagtttgcg
      361 gtaaaggttt taggcaccga aacgttgcta tatacagcct tcccaaatgg agcgggcggt
      421 tatgaaattc cttttttagt ctgcatgggc tggtcttttg ttacaacgat aatagtcatg
      481 gtagtgatta gccttgccgg gccaaaaata aatgcaaaag ccatttcatt gtatcctgat
      541 atgtttcgca tacgtccttc atccattgct ctgatagctg ccattttgtt gatgttgtca
      601 gcactgtata ttaggttttg gtgagtgaat gttttataag gaagaatgat atttttaatt
      661 gttttttaga gaccatgaag caatttgaaa cagtgaatat ttcagaaatc ttgttacaaa
      721 aaagaaaagg ggaaaagtat aattcaggtt tataaaggga gtaggttttt ttaaagaagt
      781 gttgagggac tcgtctattt tcgtgttggc tgagatgcga tgtgaaagtt caaaactttg
      841 aagagttatc tttgagtaat gcacgacaac acgaattgga ctccttctcc agaagataat
      901 ctcctcaatc ttactgataa agacgctatc aatgaacagg aagcaaaggg aatagcctta
      961 gccgaacttt acgtattaag acttgaaacc gataccccca tttctacaac tcttttactt
     1021 gacattcaca aaattgcttt tggacatctt tatgattggg caggaaagtg gagaacaaca
     1081 aacattgtag ttggacaact tgtgccaccc gcgccgcatc agattataca actcatgtat
     1141 cattttgttg acaaccttaa ctttaaaata tcagtggcta caaaacgaga tgagcatatg
     1201 gaatgtctgt tatatgctca ttatgaattt atacgcatcc acccttttaa caatggcaat
     1261 ggcaggacag ggagaattct tatgaactta atagcaatga agtttgggta caagccattg
     1321 atactttatc atcgtgaagg tgagagccga aaagtttata ttgccgcaat gaaagcggct
     1381 gataaaggac accttgagcc attaagagac ttgatttccg ttgagcttag ctctttctaa
     1441 ttcttcatca gaaagcaaag acacaacaat tttctgaatc ttgtcttttg ggacttgttg
     1501 gtcttccaga gacattgtag tgaaaacagt ttctgtaagc atttgcgtaa gaaatgcctt
     1561 ttcttgtaac tgcggatatt tttcgtaaaa cgtcattgag aacaaagata ctaaacttca
     1621 aagacatcag cacttctgcc aacaaggagt ttggcgttat tggggcagga cgttggcagc
     1681 ttcggctgta gtttgttatc agtttcagtt tcaacttgac gttaataatt tagctttagt
     1741 tcataccttc aacttttaaa aatattggac ttcagttgtc ggctgacgtt tttcaaatat
     1801 cccaacaacg gcaagccctg ttcgtcgtgc gacagcataa tttaacaatt ttgatatatt
     1861 tgtctaaata tgaaatattc ttcaataata cttattacga tctgcttagt ttcaaattca
     1921 agttatggac aaacttgtaa ttgcgagcaa aacttcagct gggtaaaaaa aacttttgaa
     1981 gagaatgatg caggttatca ggatataatt gctctcaaag gtaaacaggc atataccaca
     2041 cacacggatt cttttattca aaaaataaaa ggggcaaaaa caactacggc atgtgcatcg
     2101 ctcatgaacg aatggattca ttttttcaga aaggggcata ttggcgtatt tcccgctgat
     2161 gatcaggacg acaatgatac aaacgcgcac tgggaaaaaa caaacatcaa tttacaagat
     2221 tttaaaaatc atctgtatgc tgaaaaaact cctggttatg aaggaatttg ggatcttaat
     2281 aatgatacaa tcggcattat aaaggaaaag aaccaataca ctgggttcat aattaagtcc
     2341 ggcaatatat cttggaaaca aaatgaagta aaactaaagt ttacgaaaag caccgatggg
     2401 gatcgtttac tgttttatac gggtaacaga tcaacggaag aatataaaaa tgtggagctt
     2461 attggtaata attatcttca ggcaggcggt tacgttttga aaagagtgtt cccggaattt
     2521 aaaaaagatg acaaaggaat tgaagcgtat tacaaacgca tgacagccaa acaaccttat
     2581 gccgagctgt taaacgacaa aacggtatat tttagaattc cttctttcaa cccaaaatat
     2641 aagaaaagca ttgacagtgt cattctaaaa tgtaaaagta aaatcttaac taccgaaact
     2701 ttaataattg accttttgga taatggcggc ggtgtggatg agagctacca ggaactttta
     2761 cccattcttt atacaaaccc attacgaaac atagcagtag ctcgcagatc atcaaagttg
     2821 aataatcaag ctctgttaga tggctacaat aacccggaat atggatttag tgcggaagac
     2881 aaaaaatggg caaagcaagc gtatgataaa ctggaaagcc agttaggcaa attcgttaac
     2941 ttgggagata gcacaatata tattgaaaag cgggatagcg tttacccata tccaaaaaat
     3001 gtaggcatcc tgatcaatga acataatgga agtacagcgg aacaattttt actggatgct
     3061 aaacagagca aaaaagtaaa attatttgga agaatgacat ttggtgcctt ggatatgtcg
     3121 aatctgaatt tcgcaaaatc tccttctaat tgtattgttt tagtttatgc aatgtccaga
     3181 agttttagaa ttccggaaat gcctgttgac gatattggta ttcaaccgga ctattacctt
     3241 gataaaacta ttccattatt taagtgggta gaatatgtaa atgaaatatt aaacacgaaa
     3301 tagaatgccg aacgcacaac atgccatttt gcgttagcgg gacggaataa caatcacctt
     3361 aaactcacta tcaactaata tcgcgcggat gaatatctat ttggcttttt gctaggttca
     3421 tatatggacg atattcttag aagggcaaat acctcaaccg tcgcagtttt ttaaacatat
     3481 cttgaatgcg tatatttatt tcattttacc aaccagcgca acagcttcca tcgcttcctt
     3541 tacatcatgc accctcaata tatcggctcc gtccagcagg gcaattgtat ttaagactgt
     3601 ggttccgttc agggcttctt ccggtgtaat tccgagcgtt ttgtacacag tcgcttttct
     3661 tgaaagcccg gctaataaag gtttttcaag catttttaaa attaaaagat tttttaataa
     3721 agtaaaatta tgcgctatgg ttttggcaaa gccaaatccc gcatcaacaa ttacatcatg
     3781 tattcctgcc ttgcggcatt cttctgtttt cttaataaaa aaatcaagca cttccagcgt
     3841 tacgttttca tagtttgcat gttgctgcat cgttgcaggc gttcctttca tgtgcatggc
     3901 aatatacggc acatgcaaag atgcaacaac aggtatcatt tgttcgtcca gcattccgct
     3961 gctgatgtcg tttacaatag atgcacctgc acttacggct tcagcagcca cctttgaata
     4021 gtaagtatca actgaaacaa agctttcggg aaaacgttgg catattgcct caattgccgg
     4081 aattaccctt gataattctt catcaatacc aatatgttcg cttcccggcc tggtgctttg
     4141 tccgccaata tcaataattg ccgctccttc gtttatcatt ttttcagcct ggcgcaatac
     4201 ctcatccaca ccttgtcttc tgctgccact ataaaaagaa tccggggtcg cgtttataat
     4261 gcccatcaca acaggtttgt caatcaccag cattctgcct ttacaattga acgtaaacat
     4321 tgctttgttt gctttatttt tgacgaaggt aattagtaag tcattaggcc aataagtcaa
     4381 taaagtcatt ggggaagaag tcattgcttc atcaggtcat tggaaaaaaa gttacggttg
     4441 tcaattaccg gtaaattgac aatcacaatt cacaattcac cattgaccac tcaccattca
     4501 ccattgctta tgtaccattg ccaaataaaa aatctatgaa aattgcactt tctgtaatac
     4561 gaataattgt cggggtttta tttatttttt ccggtcttat caaggctaac gaccctgtgg
     4621 ggctaagcta taagatgcag gaattttttg aggtctgggg attgcaggtc ttggataatt
     4681 acacgctggc tcttgcagtg gtgatgaacg cttttgagat tgttgccggt gtagctgtcc
     4741 tgttgggctg gcggatgaaa ttatttagct ggctgttatt gctgctgatc atatttttta
     4801 tatatatcaa gggtaaaaat ggtggaaata ctgttggact ttcccgcaag ggaagctaca
     4861 atggcagccg taag
//
LOCUS       SEQF2637|AYYD01000677.1 6020 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6020
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(423..1535)
                     /locus_tag="SEQF2637_00360"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRIGFLALLAGVWMMLFTPAMQAQEDGGRPARRSPQMGRSSER
                     NRQNDSDGDLPELTVRAQHLNDQLTQEVGNARWMRIIYRELNMLEDKNAPLYYPVTPI
                     NGTQNLFTTIFRLVADGKLPAYEYLDGYEAFDDAHLVDFKSVLDRFSIMFQTSSGRDG
                     RTRYVINDSDVPSGEVRAFYVKEAWYFDQNNSVFDVKTLAISPIIFYEGDMGTERTPM
                     FWVLYEEVRPYVSNTYIMTSNMNNAKTFTIDDYFRRRMFDGKIIKTENLLNVPLQAYC
                     PTPDSMAHEQQKIEDQLQAFNKNLWFQPDTTAQVAATSKTKKSARRGSSVKKSDSSDK
                     ESTAKPKAEKAAKAPKAPKVKAEKSAGATRSVRRRR"
     CDS             complement(1666..3192)
                     /locus_tag="SEQF2637_00361"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MINLMYLVFIAMMAMNDTSSEVLSGFELVEKSLRESAATAADRN
                     RKTLEELEAANRVNPTKVGEWYKKGVEVKKQSDELFEYIQQLKLRIIRQADGKDANVD
                     QLQHKEDLDAASEIMLSPMGSEAAKLKKRLEAYRAAMSRMVDDPEKRAMLERAIDTKV
                     PGKSGLNLRSWETALFENMPMASAVTILTKYQNDIRYVEGEALASIARSVDVGDYRVN
                     KIVAQVVPKSQIVMSGTPYEAAIVLSAIDSTQRPQLFIGPRGSEREVVGYDGTYTVGT
                     GATGTFPVQGYLKVPGKDPYYFSSEYSVSAKTATVASALMRVLYAGRVRENEIEIAVP
                     GVASGDVTATMTNGQIRTENGKRYAVPNMGAREAVISVSAKIGGVSAKIGDFTFKVRQ
                     LPKAQPYILYKDANGTTRKFTGGRISKRALLDAVGLQSAIDDGILDIECRVKQFTLTY
                     SDSMGNSLMEVSQGGSFTERQKNYIRNLQRGKQFYIKSVSVTPEGVEQEPIVFDVIVQ
                     "
     CDS             complement(3272..4429)
                     /locus_tag="SEQF2637_00362"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKYRRYKNRMEMFLSSENGKRTLNFVYSWGASIVIIGALFKIL
                     HHPLGSPILSVAMVTEALVFFISAFERPSNEYHWEEVFPVLKSKNPLDRPEFGGSGNG
                     GSNGSGSIVVGDLSGLQGLGGSDNSQGLGGSSIVLGDLSGLQGGGSAPLTGNARAARS
                     AEIGMAAMGLNVSEEDTRSLSESIKKLGDAAEQIAHMADLTEATKTYIEQITGVSANL
                     ERFSTVTQSLSDVSDTIVNSYRSIAAATTTEGTEEQTVGYVQQMEQLNRSLSGMNEFY
                     SAHLDGLRAQMDTIRQINDGLGRIRDMYNNSVMDSTAFRNENERMAQLLSQLNQVYGR
                     LLQAMTINMGAPGGNMYPPQQPMYPPQGAPAAYPPQGGYAQQPPYTQQPIR"
     CDS             complement(4465..5922)
                     /gene="pkn1"
                     /locus_tag="SEQF2637_00363"
                     /EC_number="2.7.11.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O84147"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine/threonine-protein kinase pkn1"
                     /translation="MIKKIAIMGVAAWLLTACGKMLSGDGGELVGARMASYNEPSPYG
                     MVLIKRGSFEMGPSDRDSLWGFEPDTRGVSFESFWMDETEITNAQYRQFVYWVRDSII
                     RTRLADPAYGGNELFMITEDKFGDPVTPHLDWSRPIPWKRANEDERRAIESVYYTHPV
                     TGDRSLDARQMNYKYEWFDYTAAALRRNRIDPAERERNTDYQVDPNEVVMISKDTAFF
                     DAEGRPVNQTITRPLSSPFDFLNTRIVNIYPDETSWVNDFKNAHNEPYLKMYFTHPGY
                     DDYPVVGVSWEQAEAFCVWRTEYYKKSANLPPGTVIEPFRLPTEGEWEYAARAGKSEN
                     KYPWSTNELQNAKGCFMANFKPGDGNYTEDGHLITSRVATFAPNEFGLYDMAGNVAEW
                     TSSVYTESGLSQTSDLNPDLHYHAAKEDPYEMKKKVVRGGSWKDVAEFIRSDRRTFEY
                     QNETRSYIGFRCVRTQVGFSNAKGKGNSNKSKKKK"
ORIGIN      
        1 gaacaagaag aagcccaagg atccgaagga acccaagctg cccaaagagc cgaaggaacc
       61 gaagactccc aaggatccga aagagcccaa acagcccgac acgccgaagg atccaaagga
      121 tccgaagcag ccggagaagc ccggtggtgg ctcgggcgag cagcctaagc agcccgagaa
      181 gccgaaggat ccgaagaaac ccgacgacgg caaccccgac atcaagctgc cggaggaata
      241 ggcgtcaggg acgccagcca agtttgccgg gtacatgtag gggcgtatgc aatacgcccc
      301 taccgcggta catcgaaaat ctaacagcta aaaactaaag ccgggtacac gtagggattt
      361 ccccatcatg tacccggctt ttaactcgcc ggcgtccgta aacatccgcc cgccagacgc
      421 ccctaacgtc tgcgacggac gctgcgagta gctccggccg acttctccgc cttcaccttg
      481 ggagcctttg gcgccttggc ggccttctcg gccttcggct tggcggtcga ttccttatcg
      541 gatgaatctg acttcttgac agacgatccg cggcgggcgc tcttcttcgt cttgctcgtg
      601 gcggccacct gcgccgtggt gtccggctgg aaccagaggt tcttgttgaa ggcctgcagc
      661 tggtcctcga tcttctgctg ctcatgcgcc atcgagtcgg gcgtcgggca gtaggcctgc
      721 agcggtacgt tgagcaggtt ttcggtcttg atgatcttgc cgtcgaacat gcggcgacgg
      781 aagtagtcgt cgatggtgaa cgtcttggcg ttgttcatgt tcgaggtcat gatgtacgtg
      841 ttcgagacgt acggccgcac ctcttcgtag agcacccaga acatcggcgt gcgctccgtg
      901 cccatgtcgc cctcatagaa gatgatgggg ctaatggcga gcgttttcac gtcaaagaca
      961 gagttgtttt gatcgaaata ccacgcctct ttgacgtaaa aggcgcgcac ttcgccagag
     1021 ggcacgtcgc tgtcgttgat cacataacgc gtgcggccgt ctcgtccgga tgaggtttga
     1081 aacatgatcg agaagcgatc caggacagac ttgaaatcga ccaaatgcgc gtcgtcgaag
     1141 gcctcgtaac cgtccaaata ctcgtaggct ggcagcttgc catcggccac aagtcggaag
     1201 atggtcgtga agaggttttg cgtgccattg atcggcgtga cgggataata aagcggcgcg
     1261 tttttgtcct ccagcatgtt cagctcgcgg tagatgatgc gcatccagcg ggcgttgccc
     1321 acctcttgcg tcagctgatc gttgaggtgc tgggcgcgga cggtaagctc gggcagatcg
     1381 ccgtcgctgt cattttgtcg gttacgttcg ctgctacgcc ccatctgtgg cgatcggcgc
     1441 gcgggccgtc cgccgtcttc ctgcgcctgc atggcgggcg tgaagagcat catccaaacg
     1501 cccgcgagga gcgctaaaaa gccaatccga ttcatgtctt cgtttatctg tttatgcgtt
     1561 tatctgtttg agccacgttg aagcctactt ctaactaccc tcttactact tctaactacc
     1621 ctcttactac ttctaactac cctcttacta cttctaacta ccctcttact gcacaatgac
     1681 gtcgaagacg atcggctctt gctctacgcc ctcgggcgtg acggagacgg acttgatgta
     1741 gaactgcttg ccgcgttgca ggttgcggat gtagttcttc tgccgctcgg tgaaggagcc
     1801 gccctgcgac acctccatga gcgagttgcc catcgagtcg gagtaggtga gtgtgaactg
     1861 cttcacgcgg cactcaatgt cgaggatgcc gtcgtcgatg gccgattgca ggccgacggc
     1921 gtcgagcagg gcgcgcttgg agatgcgtcc gccggtgaac ttacgtgtgg tgccgttggc
     1981 atccttatat aagatgtagg gctgggcctt gggcagctgg cgcaccttga aggtgaagtc
     2041 gccgatcttg gccgacacgc cgccgatctt ggccgatacg gagatcacgg cctcgcgagc
     2101 gcccatgttg ggcacggcgt agcgcttgcc gttctcggtg cggatctggc cgttagtcat
     2161 cgtggccgtc acgtcgccac tggccacgcc cggcacagcg atctcgatct cgttctctcg
     2221 cacgcggcca gcgtaaagca cacgcatcag ggcggatgcc acggtggccg tcttggccga
     2281 tacggagtat tcgctgctga agtaatacgg gtcctttccg ggcaccttga ggtagccctg
     2341 gacggggaac gtgccggtgg ctccggtgcc gacggtgtac gtgccgtcgt agccgaccac
     2401 ctcgcgctcg ctgccgcgcg gaccgatgaa gagttgcggg cgctgcgtgg agtcgatggc
     2461 cgagaggacg atagccgctt cgtagggggt gccgctcatg acaatctgac tcttgggcac
     2521 cacctgcgcc acgatcttat tcacgcgata gtcgcccaca tccacgctgc gagcgatgga
     2581 cgcgagagcc tctccctcga cgtagcggat gtcgttctga tacttcgtca gtatggtgac
     2641 agccgacgcc atgggcatgt tctcaaagag cgccgtctcc cacgagcgta ggttgaggcc
     2701 cgacttgccg ggcaccttcg tgtcgatcgc ccgctccaac atggcgcgtt tctcggggtc
     2761 gtccaccatg cgactcatcg ccgcgcggta agcctccagt cgcttcttca gcttagcggc
     2821 ctcgctgccc atcggtgaga gcataatctc cgacgcggcg tcgaggtctt ccttgtgttg
     2881 taattggtcc acgttcgcat cctttccgtc ggcttggcga atgatgcgga gcttgagttg
     2941 ctggatgtac tcgaagagtt cgtcggactg cttcttgacc tccacgcctt tcttgtacca
     3001 ctcgccgacc ttggtcgggt tcacccgatt ggcggcctcc aattcctcca gcgtcttgcg
     3061 gttgcgatcg gcggccgtag cggcggattc gcgcaggctt ttctccacca gctcgaaccc
     3121 gctgagcacc tctgacgatg tatcgttcat ggccatcatg gcaatgaaaa cgaggtacat
     3181 cagattgatc atcttctggc gcggagaatt gggattgttt gatattcctg acattatact
     3241 gtggggtaga tcggtctctg ttcgtcgact attatcttat cggctgttgt gtgtagggcg
     3301 gctgctgcgc gtagccaccc tgcggcggat aggcggccgg tgcaccttgg ggcggataca
     3361 tgggctgctg cgggggatac atgttgccac ccggagctcc catattaatc gtcatggcct
     3421 gcaagagtcg gccgtagacc tgattcagct gcgaaagcag ttgcgccata cgctcgttct
     3481 cgttgcggaa ggcggtgctg tccatcacgg agttgttgta catgtcgcgg atgcgaccca
     3541 agccgtcgtt gatctgtcgg atggtgtcca tctgcgcacg gagaccgtcg aggtgggccg
     3601 aatagaactc gttcatgccc gagaggctgc ggttgagttg ctccatctgc tgcacatagc
     3661 cgactgtctg ctcctctgta ccctcggtcg tcgtggccgc agcgatggaa cgatacgaat
     3721 tgacgatcgt gtcggatacg tcgctcagcg attgcgtcac ggtgctgaag cgctccaagt
     3781 tggccgatac gcccgtgatc tgctcgatgt aggtctttgt ggcctccgtc aggtcggcca
     3841 tgtgagcgat ctgctcggcg gcgtcaccca gcttcttaat gctctcacta aggctgcgcg
     3901 tatcctcctc ggaaacattc agccccatcg ccgccatacc gatctcagcg ctacgagccg
     3961 cgcgtgcatt gcctgtgagc ggcgcactgc ctccgccctg caagcccgac aaatcgccaa
     4021 gcacaatcga gctgccaccc agtccctggc tattgtcgct accaccaagg ccttgcagcc
     4081 cggataagtc gccgactacg atcgatccgc tgccattgct cccgccattg ccactgccgc
     4141 cgaactcggg tcggtcgagt ggattcttgg acttcaacac ggggaagacc tcttcccaat
     4201 ggtattcgtt ggacggtcgc tcaaaggctg aaatgaagaa cacgagggcc tccgtaacca
     4261 tcgccacgga caggatgggg ctgcccagcg ggtggtgcag gatcttgaac aatgcaccga
     4321 tgatgacgat ggatgcgccc cagctataga caaagttcaa cgtccgtttg ccgttttcgg
     4381 acgagaggaa catctccatc cggttcttat atcttctata tttacccata tcgctgatta
     4441 attattggag ggggggataa gtgtttactt cttctttttg ctcttgttgc tgttgccctt
     4501 gcctttggca ttggagaatc cgacctgtgt gcgaacgcag cggaagccga tgtaggagcg
     4561 cgtctcgttc tgatactcaa acgtgcgacg gtcggaacgg ataaactcgg ccacgtcttt
     4621 ccacgatcca ccgcggacca ccttcttctt catctcgtag gggtcttctt tggcagcgtg
     4681 atagtgcagg tcggggttga gatcgctcgt ctgactgagg cctgattcgg tgtagaccga
     4741 tgaggtccat tcggccacgt tgccggccat gtcatagagt ccgaactcgt tcggggcgaa
     4801 ggtggctacg cgtgaagtga tcaggtgacc gtcctcggtg tagttgccat cgcccggctt
     4861 gaagttggcc ataaagcagc ccttggcgtt ctgcaattcg ttggtcgacc agggatattt
     4921 gttctcgctc ttgcccgcgc gggcagcgta ttcccactcg ccctcagtcg gcagtcggaa
     4981 aggttcgatc acggtgcccg gcggcaggtt agccgacttc ttatagtact ccgtacgcca
     5041 tacgcaaaag gcctcggcct gctcccacga tacgcccacg acggggtaat cgtcgtagcc
     5101 cggatgcgtg aaatacatct tcagatacgg ttcgttatgg gcattcttga agtcgttcac
     5161 ccagctcgtc tcgtcggggt agatattgac gatgcgcgta ttgaggaagt cgaacgggct
     5221 actgaggggg cgcgtgatgg tctgattgac ggggcgccct tcggcgtcaa agaaggcggt
     5281 gtctttggag atcatcacca cctcgttcgg atcgacttga tagtccgtgt tgcgctcgcg
     5341 ttcggctgga tcgatgcgat tgcgacgcag cgcggcagcg gtatagtcaa accattcata
     5401 tttatagttc atctgtcggg cgtcgaggct gcgatcgccc gtcacgggat gtgtgtagta
     5461 gacactctcg atggcgcggc gctcgtcttc gttagcgcgc ttccagggga tggggcgcga
     5521 ccagtcgagg tgcggtgtga cggggtctcc gaacttatcc tcggtgatca taaagagctc
     5581 gttgccacca taagctggat cggccagacg ggtgcggatg atggagtcgc gcacccagta
     5641 aacgaattgg cgatactggg cgttggtgat ttccgtctcg tccatccaaa aagattcgaa
     5701 cgagacgccg cgcgtatccg gctcgaatcc ccacaaactg tctctgtcag aaggtcccat
     5761 ctcaaaggat ccgcgtttga tgagcaccat tccgtaaggg ctcggctcgt tgtaggaggc
     5821 cattctggcg ccgaccagtt cgccaccgtc accggaaagc attttcccgc acgctgtgag
     5881 cagccatgcc gccacgccca tgatcgctat cttctttatc atcgtctcta tgtgtctata
     5941 ttctctgtct tacaatattc tgatgctctt gttgctgttg cccttgcctt tggcattgga
     6001 gaatccgacc tgtgtgcgaa
//
LOCUS       SEQF2637|AYYD01000678.1 1311 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             609..707
                     /locus_tag="SEQF2637_00364"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVAIEARWQSLSKNLDGILKLYFAPKNLLSSL"
     CDS             704..859
                     /locus_tag="SEQF2637_00365"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLPLRWIVERTFSWIENYRRMTIDYERCSESAEAMLHLSFCQI
                     LLKKLHR"
ORIGIN      
        1 cattctacag cgtctaaaag caaagctcgg caagtcgatt ccacgagtgc agatgttctt
       61 agccaagctc aatccgctgc aactcttcga actggggcta tagttcggat tatgcgtcag
      121 ccctggaatt tatcggccga tcagagattt cttcgtaact ttatggtaga catcctaaaa
      181 gtgaagagag aatacctaac ctgaccgata aagagtggca aagtatgaaa gatctattcg
      241 aacctcgaga aagacgttaa aaaatccttt ccgagggatc gtaaatgccc tactgtacat
      301 aataaaaacg aggtgccaat ggtgaatggg ctaagagatt cgattcgaaa atcctatggc
      361 agaaaatctc cgagtttggt atcatagact cagagaagcg tacggacctc ttaacatgta
      421 aacagtaagg aatgtggagt tgatggaggt aaggatcaaa ggaaggaaag aacatatcgt
      481 tgtagatacg cttggacttc ctgtggcaat ggtaatccat ccggcaatta tccatgattc
      541 taaaggcgca gtacctgtta taaaacgact tataggtaga ttttccgacc ttaaaaagcg
      601 acctgctgat ggtggctatc gaggcccgtt ggcagagttt gtcaaaaaac ttggatggga
      661 ttttgaagtt gtacttcgcc cccaaaaatc tgctctcaag tttatgacac ttcccctcag
      721 atggatcgta gaaaggacgt tctcttggat agaaaactac aggagaatga ccatcgatta
      781 cgagcgatgc agtgaatccg cagaagccat gttgcacctc tctttctgcc aaatcctcct
      841 aaaaaaactc caccgataaa ttcaaaacag cttctcaaag gtaataatat tttgatgcgg
      901 ttgccttgcg ttttcctttc tgttttgatg gaggagatag actcctgttt tgccccacaa
      961 aagtatccga atgaagcggg ggcacacctc gcaagaggaa tggccgaagg tcaacggggc
     1021 ggttcgccta tacctatata tatagtggcg cggcagttga cgcgggggca ctccgtcttt
     1081 cgatcgctgg cgactcgctt actggactcg ctggatcaaa agtgctcccc aaaatgtcgc
     1141 atgacggagc cgctggcacg caggcgcctc aaaatgtcgc atgacgggct cgctggcacg
     1201 caggctcctc aaaatgtcgc atgacggagc cgctggcacg caggcgcccc aaaatgtcgc
     1261 atgacggcgc cgctggcacg caggcgcccc aaaatgtcgc atgacggcgc c
//
LOCUS       SEQF2637|AYYD01000679.1 3541 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3541
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             10..162
                     /locus_tag="SEQF2637_00366"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILPIYTYGQAVLREETKPIDSSYPERHHKLIPVNEEAIRKGME
                     LIRKVG"
     CDS             complement(863..2965)
                     /gene="yrrB"
                     /locus_tag="SEQF2637_00367"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34452"
                     /codon_start=1
                     /transl_table=11
                     /product="TPR repeat-containing protein YrrB"
                     /translation="MRRALTYLFFLLAIAVHMQAQVNTDRVMAIGRNALYFEDYVLSI
                     QYFNQVIKAKPWMAEPYFYRAVAKLNLDDFQGAEEDCTLSLERNPFLAQAYYARGIAR
                     QSLEKYAGAIEDYTKGLEFKPGDRAMMSNKAIAYVQKKDFTDAEQVFEELIRAHPKQS
                     LGYLTRAAMYLEKGDTAKALSDYDRAIALDSFYAPCYANRALTLYQSGRYAEALKDLN
                     QAIRLNTREPGYYINRGLVRYELNDLRGAMADYDQVIEMDADNRIARFNRGLLRAQVG
                     DDNRAIEDFDVVLRLEPDNDIARYNRATLLFKTGDYRATIRDLDAVLRRYPDFVQGYY
                     YRADVKRRLNDLKGADRDYIAAMKIEEDRRRGRRSLASTAAKDSTRSGANDRTREESD
                     RNIEKFSRLVVYDRKEEQKSKYRSEIRGRVQDRNVQVELEPMFILTYYERQADVRERV
                     FYDRLVERFNDRRVLAWRLLLTNREAALTEEQIAAHFASIDSYSKRIERTPSNADLHF
                     GRALDYLLVQDFTEALRDLDRTIELAPDAAPLAYFARAVVRYKQLESARSQQPDVTSA
                     AASPFRFGAATRPSTSADARDPSPADEARRHEHELILRDYDQVIRLAPDFAFAYFNRG
                     NLRCTGRDFRAAIADYDEAIRRDPELAEAYFNRGLAELSMGNAARGIADLSKAGELGL
                     PSAYSIIRRMTEESKSNE"
     CDS             complement(2972..3532)
                     /gene="def"
                     /locus_tag="SEQF2637_00368"
                     /EC_number="3.5.1.88"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96113"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide deformylase"
                     /translation="MILPIYTYGQAVLREETKPIDSSYPELQQLIADMFETMYNADGI
                     GLAAPQIGRSIKLLVIDGTPLVNDHLDCKDFKRVLINPEIVEESPERVTYEEGCLSFP
                     GVHERVTRAERIRVKYLNERFEPVEEALGGFAARIVEHECEHLAGELFIDNISPIRRQ
                     LNKAKLNNIIKGKASCRYRIKPANKK"
ORIGIN      
        1 ttactactaa tgatactacc gatttatacc tacggccaag ccgtactaag agaagaaacg
       61 aagcccatcg acagcagcta tcccgagcgg catcacaagc tgatccccgt caatgaggag
      121 gctatccgca agggcatgga gctgattcgt aaggtcggct aaggccggcc gcacttgatg
      181 cgatttttct ttttcataag tcatcaacat tagacgtgag ccgtcgcctt cagagtgctt
      241 aactcgggcg gcggctcttt ttttgcccgg acgggatgcg tatcgggaag cgcatctttt
      301 gaaaagacgt cggtgatctc cggagccgcg tcatgtcgca tgaaatggta tttccgaccg
      361 tcgaagccgt tttatgtcgc atgaaatgac atttccggtc gtcgaagccg tttcatgtcg
      421 catgaaatga tatttccggt cgtcgaagcc gtttcatgtc gcatgaaatg gcatttccga
      481 ccgtcggagc cgtttcgtgt cacatgaaat ggcatttccg gtcgtcggag ccgtttcatg
      541 tcgcatgaaa tggcctttcc agccctcgaa accgttaact ggtgacccga aatggccgca
      601 aactactttt tggtcgcttc tggtcacccg aaatggctgc aaactacttt ttggtcgttt
      661 ctggcgaccc gaaatggcta aaaacctctt tttggtcgtt tctggtgacc cgaaatggcc
      721 acaaactact ttttagccgt ttcgggcgaa aagatgcgct ttcgaggggg gcgatacgtc
      781 tgtccaaaaa gcagaaaggc cgttcgacac ttcgtcaaac ggtctttttt cgtggatatg
      841 agggggggca ccgaacgggc ggctactcgt tgctcttgct ttcctccgtc atgcgacgga
      901 tgatgctgta ggcgctcggc agacccaact cgccggcctt gctcaggtcg gcgatgccgc
      961 gcgcggcgtt gcccatcgag agctcggcca gcccacggtt gaaataggcc tcggccagct
     1021 cgggatcgcg gcggatggcc tcgtcatagt cggcgatggc ggcacggaag tctcggcccg
     1081 tgcagcgcag gttgccgcgg ttgaagtagg caaaggcgaa gtccggagcg aggcggatga
     1141 cctggtcata gtcgcgtaag atcagctcgt gctcatgccg tcgggcctcg tcggcggggg
     1201 aggggtcgcg ggcgtcggcc gaggtggacg gtcgcgtggc ggcgccgaat cggaagggcg
     1261 aggcggcggc agatgtgacg tcaggctgtt gcgaacgcgc ggactcgagc tgcttgtaac
     1321 gcaccacggc gcgggcgaag taggcaaggg gggcagcgtc cggggccagc tcaatcgtgc
     1381 ggtcgagatc gcgcaaggcc tcggtgaaat cctgcacgag caggtagtcc agggcgcgcc
     1441 cgaagtgcag atcggcgttg ctgggcgtgc gttcgatgcg cttggaatag ctgtcgatgg
     1501 aggcgaagtg ggccgcgatc tgttcttcgg tcagggccgc ctcgcggttg gttaggagca
     1561 gtcgccaggc cagcacccga cggtcgttga agcgctccac aagccggtcg tagaagacgc
     1621 gctcgcggac gtcggcctgc cgttcgtagt acgtgaggat gaacatcggc tccagttcca
     1681 cctgcacgtt gcggtcctgc actcggccgc ggatctcgct tcgatacttg cttttctgct
     1741 cctccttgcg gtcgtagacg acgaggcggc tgaacttttc gatgttgcgg tccgactcct
     1801 cgcgcgtgcg atcgttggcg cccgaccggg tgctgtcctt cgcggcggtg gaggcgaggc
     1861 tgcggcgtcc acgccggcga tcctcctcga tcttcatcgc cgcgatatag tcgcgatcgg
     1921 cgcccttgag gtcgttcagg cgtcgcttca cgtcggcgcg gtaatagtag ccctggacaa
     1981 agtcggggta gcgacggagc acggcgtcga ggtcgcggat cgtggcccga tagtcgcccg
     2041 ttttgaagag caacgtggcg cggttatagc gggcgatatc gttgtcaggc tccagtcgga
     2101 gcacgacgtc gaagtcctcg atggcgcggt tgtcgtcgcc cacctgcgcc cggagcagtc
     2161 cacgattgaa gcgggcgatg cggttgtcgg cgtccatttc gatcacctga tcatagtcgg
     2221 ccatcgcgcc gcgcaggtcg ttcagctcgt agcgcaccag tccgcggttg atgtaataac
     2281 cgggctcccg cgtgttgagt cggatggctt ggttgagatc cttgagcgcc tcggcgtagc
     2341 ggccggattg gtaaagcgtc agggcgcggt tggcgtagca cggtgcatag aacgaatcga
     2401 gggcgatggc ccgatcgtag tccgaaagcg ccttcgccgt gtcgcccttt tcgagataca
     2461 tggcagcgcg cgtgaggtag cccagcgact gcttcgggtg cgcgcggatc agttcctcga
     2521 agacctgctc ggcatccgtg aaatccttct tctgtacgta tgcgatggct ttgttcgaca
     2581 tcatcgcccg gtcgcccggc ttgaactcca gccccttcgt gtaatcctcg atcgctccgg
     2641 catacttctc gaggctctgc cgggcgatgc cgcgcgcata gtaggcctgc gccaggaaag
     2701 ggttgcgctc gaggctgagc gtgcaatcct cctcggcgcc ctggaagtcg tccaagttca
     2761 gcttcgccac agcgcggtag aagtacggct cagccatcca tggcttggcc ttgatcacct
     2821 ggttgaagta ctggatggac aggacataat cctcgaaata gagcgcatta cggccgatgg
     2881 ccatcacccg gtcggtgttg acctgcgcct gcatgtgcac cgcgatcgcg agcaggaaga
     2941 agaggtatgt cagtgcccgt ctcatggcga cttacttttt gttggccggc ttgatgcggt
     3001 agcggcacga cgctttgccc ttgatgatgt tgttcagctt ggccttgttc agctgccggc
     3061 ggatgggcga gatgttgtcg atgaagagct ctccagccaa gtgttcgcac tcgtgctcta
     3121 cgatgcgcgc tgcgaatcca cccagcgcct cctcgaccgg ctcgaagcgt tcgttcaggt
     3181 acttcacgcg gatgcgctcg gcccgcgtca cgcgctcatg cacgccgggg aagctgaggc
     3241 agccctcctc atacgtcacg cgttccggac tctcctccac gatctcgggg ttgatcagca
     3301 cgcgtttgaa gtctttgcag tccaggtgat cgttaaccag cggtgtgccg tcgatcacaa
     3361 gcagcttgat ggagcgccct atctgaggcg cggccagccc gatgccgtca gcattgtaca
     3421 tcgtctcaaa catgtcggcg atcagctgtt gcagctcagg atagctgctg tcgatgggct
     3481 tcgtttcttc tcttagtacg gcttggccgt aggtataaat cggtagtatc attagtagta
     3541 a
//
LOCUS       SEQF2637|AYYD01000680.1  377 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..377
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggagaagaat gtctgccgac cgaatggaat agcggacagg gaacaaccgg cgaaaagaaa
       61 atcaatcaac gcctcgcagc attcagggag cttgtggaaa agacttacgc ggaaatgctt
      121 acgaaagacg gcgtggtcag cgcagaactg ctcaagaacc gcttgcaggg tgttgccgct
      181 gcaccgacca cccttttggc catgagcgag gcagaactgc aatccgttaa ggcatgcgta
      241 ggcaagtcaa aggcagaaag tacttaccaa aaccttactt attcggacaa gttgcttcga
      301 gagttcgtga aggaaaacgg agggcgggac atccctcttg caggcattac ggaagatctg
      361 tttgaagact tccgctt
//
LOCUS       SEQF2637|AYYD01000681.1  671 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..671
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgcggtcttc aagaaagcac tttcttcgga acggcctccc tgctgaaaac ggtatgcaga
       61 ctggcttacc gcgaagggct gacggacgtc ttactgttta ataaggtacg cgtagagcga
      121 ggggacaaga aaacgcctaa ggcactcgac aaggctgcga tggagaagct gaaagcgctc
      181 tattttgaca gtttggaaga ggatatggag acctcccgcg atgtgtttct ttttgcctgt
      241 tacacaggcg ccgcctattg cgatctgatg gcgctgcgcc ctgagcatct tgtccgcgac
      301 gacgaaggcg ccctttggct gaagttcagc aggcagaaga cgggtgtcct ttgccgcata
      361 aagctgttgc ccgaggcgct ccgattgatg aacaggctgt ctgatgagag aaggaacacg
      421 ttacttcctc acatccatta cacaacctat caatcgcacc tgaaagccct ccgactgcgg
      481 gccggtatca cgctgccctt cacgacgcac accgcccggc ataccttcgc tacgctcatc
      541 accttggagc agggagtgcc catcgagacc gtcagcaaga tgcttggaca tagcacggtg
      601 cgcatgaccg aacgatatgc gaaagttacc cctcagaaac tattcgagga gtttgatcgc
      661 ttgatcgcct t
//
LOCUS       SEQF2637|AYYD01000682.114247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     misc_RNA        309..534
                     /locus_tag="SEQF2637_00369"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             571..2967
                     /gene="susC_1"
                     /locus_tag="SEQF2637_00370"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MFHTYEIHRRCLSDVALRRALMLLAGLLYLLDAASQGTVRGTVR
                     DAAGRPVVAATVAAGAQRGTSTDDRGAYALELPAGRTTLTVSSVGYKTVKAEVDAART
                     PTQNFVLEEDAVTLNVVEVYAKSPAQRLRESAFAAAAPDVKAQLSQLHDLNTLVGRTA
                     GVKVREEGGVGSDFELSINGLSGNSIRYFMDGLPLATKGSGVSPANLPVNLIERVEIY
                     KGVVPAYLGADALGGAINIITRREQRNYLDASYGIGSFHTHKADLFAQVVDRRTGIIV
                     RPAAGFNFSKNDYRVRGVELWDEAAQEFRLTDRRRFHDDYLSALMQLEAGVSRRTWAD
                     ELFVSASYSTTRKQLQTGAMQTIVYGAAERQTEAWNIAARYAKKALFLPGLNVSLSAS
                     HTWDHAQTIDTTFRKYRWDGSYIESARSEILGRDRMHRHYRRPLMLVRLGLDYHFNPH
                     HTLNLNYLMNRTGNRRTDEVDSDFAPSDDIFAKHTLGLSYSQLLVEDRWQNTFFVKNY
                     TNYLKVGQQELPWITGSGEVQGPSTKNHTGYGLATRYAFPSDAFAVKASYEHSLRLPM
                     SRELLGNGTTVYANLRLRPENSHNINLGFFGAVRPAAGHRLDYELNAFYRDVKDYIRL
                     VVSETEGTSQYDNVPGVGIRGLEGELRYAYSDLLQVVANGSWEDARSMTRYYPDGKEM
                     ITYRNRIPNRPWLFAHVEATLKRRDVLIPRSTVRLTYNFDFVRSFFLTWEGYGSLDSK
                     SRIPTQYRHDVALSVSLADERYNISLSCNNLFDRTLYDNYKLQKPGRAFFCKFRVFIN
                     "
     CDS             3091..4356
                     /locus_tag="SEQF2637_00371"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAIKCYAWALIMALTTAVFTACNDDPEPTPNPGPTQKAHFDLW
                     VAVGEEGGMGSTAALLVKSTQSLDAQTQLDFKGSGVDVTKKLYQETIIRGKYYYQIPQ
                     EKDRFGKYQIVDAGGTHQIAIVKEVSFKKNTLKDRRYTHAWINDHTLVLIGSNGKSDK
                     ILWIKIDTENMTILGEGELDLPAPPDKDKFNTSGIANYRDGKILYAFVYNNERSYFQL
                     AFINAADMKTEKVVKETRAEFMAGTAYGELLQHKSFFTPNGDYYLACNSVNAGAKSNT
                     QQHGALLRIKKGATEFDKSYRGYNHPKGKIVTADCLSSTKALLYIQDPEHTGAKGWGA
                     DYNCYYAILDLTTDQLTEIQYNGTNLPFSSGTFSQRSLVLGNKAYIGVNPKDAPTCIY
                     IYDIPSGQVTKGMTIAKGYHFERIVGIEE"
     CDS             4381..5838
                     /locus_tag="SEQF2637_00372"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKWLFRIHRWVGAVVGLFFLMWCLSGLVLVYHPFPNVDERDLQ
                     ARMEPLPDSLPAVDSVAKRLPEGAAAKVRTVTVRRFQGQTLFDFETKDTTYTLCADSA
                     EVRRPVTAETIRNVARRWVDAPIARIDTLHSRDQWIMYSRYLDEMPIAKCYFDDAAGH
                     ELYISIRTGEVLQFTDRSSRLWAYVGAIPHKFYLPILRRDNDVWIRSLTTGGVVALIA
                     VLTGIIVGLIMLRRNRKARGKLGSPYKKAWLKAHHVTGLTFGLVLIGFAFSGAMALQR
                     IPEWIIRTHGDYRVSDTKMRGKSLPLSAYTDYRAVRQLHPEVRQIVWNHFRDVPIYDV
                     TTDTASFSLDASTPELHPLQLSPATVEKAISALHKDESFTVSQIDRYEEYYISRWTAL
                     PLPAYKVMVDNADRTRYYVDPATGNFRHLNRARMAKKWVFSGLHYFNIRWLVERPTLW
                     TIAIWVACLGGAFVSFSGVWINLKRLRRKSKKRRA"
     CDS             5894..6811
                     /gene="cbiK"
                     /locus_tag="SEQF2637_00373"
                     /EC_number="4.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05592"
                     /codon_start=1
                     /transl_table=11
                     /product="Sirohydrochlorin cobaltochelatase"
                     /translation="MKTYFIAFLLMITAISYAHDGENFVASDMLKSMQPGDKAAIVMV
                     YFGSTHDDTRALTIDALTREVRAAYPKLEVREAYTSRIVRRRLRDRGIETSAPLEVLK
                     QLKADGFTHLVIQSANIIEGVEMEALRREVASIADDFKEIRIGTPLLYMPEDYAAVIS
                     ALAPAPADGAADVWVGHGSYDPATAQYAMLGYMLAAEGRARCFVTTIEGYPTFDDLRA
                     KLKQSGVRSVTLRPFMFVAGEHAKNDIATDLKQSLEQEGYRVNVLSEGLGQSDAIRKL
                     YLAHIRFALNHRMFDILSKKKHYETNDRD"
     CDS             7465..9819
                     /gene="bfrD_1"
                     /locus_tag="SEQF2637_00374"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81549"
                     /codon_start=1
                     /transl_table=11
                     /product="putative TonB-dependent receptor BfrD"
                     /translation="MKLPLTLFFGLGLTLTTTLHAQDGQPKREYTNFQDTTFQLSEIS
                     VTAKRPMQVEVMKLGVPAAYLPVTTNTLPSRLLANHGITNIQDAARFLPGVRVQTSYG
                     AFQQISIRGFDHSIIMVDGVRDERSSINNSYPFMDLTSVERIELLKGPASVLYGQSAV
                     GGVLNIVRKAPTAQQHVNARVAYGSYQNLQTTLGFGGRLFGPINYSANFNYQTQDGWR
                     DNAMRRLSGYLALGGKLSEADELDIRIGALRDFYPTEIGLPDVMPADIYRTADDTKAY
                     DRGDMLPGLDKKARYNSESDFMYNRNFNASVMWRHTFGEAARLTDKLSYTYDDIDYFG
                     TEDLAYLTSDKPIYKHYYKSGNRKVYINLDSLRYDFPLRFEHIARTWNNQLELNGRFA
                     TGSVKHNYLGGYSLIGLYRNSFSGYDLGQDVYGPGLTGQGSVYNPHSIGWMDTRFSKA
                     FVSRIYMHGFYLQDLLELNEKLKVLLAGRYDLYSYKRLSGVPTIDGRAEFDMPADSLF
                     THTATGAFSFRTGLVYIPVQPLSLFASVGSYFKPDNTTYSEDTRYFDRNGQEFFPNKD
                     SRKIFDPERGIQVEAGARYELSEMLSADFSLFYINRENERRYMADKGDVINGETLDKD
                     VVGQVGRMDSRGFDVELTYRPVRGLSLTAGYGYTDARLRKIATNPYLDGENLVGKRYA
                     YSPLHSFYVYADYTIREGVLRGLGFNFDVTYQDEVYRNFSNTSTFPSYWMTDASISYR
                     LPNRVRLRLNVNNVFNTDYYNQALGSQYVPGMPRNFLISAAYSL"
     CDS             9956..12331
                     /gene="pupA_1"
                     /locus_tag="SEQF2637_00375"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25184"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric-pseudobactin 358 receptor"
                     /translation="MKLPLTLLLGLALCPMLHAQDGHTKREYTNFQDTTFRLDEVSVT
                     ATRQRPMSITKLGVPNAYLPVSGSVIPTSMLTDRGIVNLQDAVKFLPGTRMRTTYGAY
                     QQFQVRGFDHTPVMIDGVRDERTSINNSAPMGDLASVERIELLKGPASVLYGHSTVGG
                     ILNIIRKSPTARTTLNTRLTYGSWNDRRAMIDIGGRLIGPFNYRAVLNWQDVEGYRYA
                     NDRRFSGYAAIGARWENQELDIRGGFNRDSYGTDIGLPKLMANDIFNADGTPYLAKGE
                     SQPGLNPRWRYNNESDFMLHHGSNVSVKYNYRFSPAFKLENRLAYTYDNIDYFSTEEL
                     SYPTSDEPIYKHYYMAGGKKKFIDLDTVQLTYPLRFAYTVHTVNEQLEASGSVSLGRG
                     MKYNYLAGYNYVYFFRDTYRGYGGGYKLSDLIEGPGLYSKVPVYNPHSMGYMEPYFNA
                     GTSTRNYTHSLYLQNLLELSEKFKVMVSGRFDQFIFKTATAKINRLKTREYSELPDYD
                     QTSTSAFTYRIGAVYLPTPGLSLYGSFANFFQPYRNIVNTATTVYIGADGNRFYPTSG
                     EEAFKAQKGYQGEIGARYNLTSRLQATASLFYIRRENENKTLNSRYVDPTDGKTKSVV
                     GQVAGSDSEGLEVEVAYTPTDGLSLLAGYGYTDSRIRKFSFSPERLIEDGFMDKGTQV
                     QDGMRQAGIPMNTFYLAASYTFTRGPLQGLGLNATANYMDNVYRDLNKTLIYGAYWDT
                     DLGIAYRLKNGIRLQVNINNVLDDRTFTQSLGTQITPRTPRSYLFTIGYSL"
     CDS             12464..13981
                     /locus_tag="SEQF2637_00376"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFTRFMFTRFMFTLHRVTGTLLSLLFVVWFVSGIVMMYHGFPRV
                     TADDRMARLEPLDTADLPPVESVLRRVPDSLGHIDGLSVSRYLGQTVFEVHAGDETLR
                     LPADSTQSLPTIDAAYLRRVATAWCDAPIAAVDTLRDLDQWIPFGRLREELPILRFRF
                     ADADHTQLYVASRTGEVLQRTTLKERIWAWLGPIPHWVYFTRLRQDADLWRRTVIWLS
                     GIGCIMVIAGLYVGIYTTVQARRRRQKRFIPYKKRWYYWHHLTGLVFGLFTLTWAFSG
                     MMSLADPPEWFMPQHAPSAARDTIEALTPAPQSYPVDYRELFATDNSSINGSIVQIRW
                     THFFGRPAYEVRLQDEKEGQTLDATTLRPLALTREQVTEAVRRLHASDAQLSTESMVD
                     YDTYYFDRKGRLPLPVYRIRVADADHTTYYINPANGQLRDYSNHRRAGFWMYKGLHSL
                     RFPFLIDHPALWTVVMWVLLLGGTAVSVSGFVLGLRYIGRLFRRKRRGKRKTDSL"
ORIGIN      
        1 catcacgttg ccggaggaat agggtacccg gttgtagggg cgaattgcat tcgccccacg
       61 gacactccgg aatgattaaa gggtatcccc aaacagatgg ggatgccctt ttttgtgccc
      121 gttcggcccc gcggggccgt gtggtggggc gtatgcgata cgcccctaca tgtacccggc
      181 atttttgtgt ccgggtgtgt gcattcatcc ctgcgggatg tttggtgggc gtatgcgata
      241 cgcccctaca ggtaccaggc caaacttccc tgccccggca ggggctttct gctttgcttt
      301 ctgattctat ttttgccgcc gttttcggtg acgccaggtc ggacggtccc gtccgcgacg
      361 tgaaaaggga atccagtgaa agactggaac agtgcccgct actgtaacac cccgcctatc
      421 gaacgaagga gagcacccgc aagacgtgcc actgccgcca ctgaggcggt gggaaggccc
      481 acagccctcc ttcagggtga agtcaggaaa cctgccggaa acaacacgta taccgcccct
      541 cggggtcaag ggtcggaggt tacaaaagga atgtttcaca catacgagat acatagaaga
      601 tgcctgtcgg acgtcgcact gcggcgcgcc ctgatgctgc ttgccggcct gctttacctt
      661 ctcgacgccg cctcacaggg cacggtgcga ggcacggtgc gcgacgctgc gggtagaccc
      721 gtcgtggccg ccacggtcgc cgccggtgca cagcgtggca catccaccga cgaccgcggc
      781 gcctatgccc tcgagctgcc cgccggacgc acgacgctca ccgtctcgtc cgtcggttac
      841 aagaccgtta aggccgaggt ggacgcagcg cgaaccccca cgcagaactt tgtgctcgag
      901 gaagacgccg tcacactcaa cgttgtcgag gtctacgcca aaagccccgc acagcgtctc
      961 cgcgagagcg ccttcgccgc cgcagccccc gacgtcaagg cgcagctgag tcagctgcac
     1021 gacctcaaca ccctcgtcgg ccgcaccgcc ggcgtcaagg tgcgcgagga gggtggcgtc
     1081 ggctccgact tcgagctttc gatcaacgga ctctcgggca actccatccg ctacttcatg
     1141 gacggcctgc cgctcgccac gaagggcagc ggcgtatcgc ccgccaacct gcccgtcaac
     1201 ctcatcgagc gcgtggagat ctacaaaggc gtcgtcccgg cctacctcgg cgccgacgcg
     1261 ctggggggcg ccatcaatat catcacccgc cgcgagcagc gcaactacct cgacgcctcc
     1321 tatggcatcg gctccttcca cacgcataag gccgacctct tcgcgcaggt cgtcgaccgt
     1381 cgcacgggga ttatcgtgcg acctgcggca ggcttcaact tctccaagaa cgactaccga
     1441 gtgcgcggcg tggagctgtg ggacgaggcc gcgcaggagt tccgcctcac cgatcggcgt
     1501 cgcttccacg acgattacct ctccgccctg atgcagctcg aggccggcgt cagccgccgc
     1561 acctgggccg acgagctgtt cgtctctgcc tcctactcca ccacccgcaa gcaactccag
     1621 acgggcgcca tgcagaccat cgtctacggc gccgccgaac gtcagacgga ggcctggaac
     1681 atcgccgcgc ggtatgccaa gaaggccctc ttcctgcccg gcctcaacgt ctcactctcg
     1741 gcctcccaca cctgggatca cgctcagacg atcgacacca ccttccgcaa ataccgctgg
     1801 gacggctcct acatcgagtc cgcccgcagc gagatcttag gccgcgaccg catgcaccga
     1861 cactatcgcc gccccttgat gctcgtccgc ctcgggctgg attaccattt caacccgcat
     1921 cacacgctga acctgaacta cctcatgaac cgcaccggca accgtcgcac ggacgaggtg
     1981 gattcggact tcgcgccctc ggacgacatc ttcgccaagc ataccctcgg cctctcctat
     2041 agccagctgc tcgtcgaaga ccgttggcag aacacgttct tcgtcaagaa ctacacaaac
     2101 tacctgaagg ttgggcagca ggaactcccc tggatcaccg gctcgggcga ggtgcagggc
     2161 ccttcgacaa agaatcatac gggctacggc ctggccacgc gttacgcctt cccctccgac
     2221 gccttcgctg tgaaagcctc ctacgaacac agtctgcgtc tacccatgtc gcgcgagctg
     2281 ctcggcaacg gcaccacggt ctatgccaac ctacgtctgc gtccggagaa cagtcacaac
     2341 atcaacctcg gcttcttcgg tgccgtccgc cccgccgccg gtcaccggtt ggattacgag
     2401 ctgaacgcct tctatcgcga cgtgaaggat tacatccgcc tcgtcgtctc cgagaccgaa
     2461 ggcacgagcc aatacgacaa cgtgcccggc gtgggcatcc ggggcctcga gggcgaactc
     2521 cgctatgcct actccgacct gctgcaggtc gtggccaacg gcagctggga ggacgcccgc
     2581 agcatgaccc gctactatcc cgacggcaag gagatgatca cctatcgcaa ccgcatcccc
     2641 aatcgcccgt ggctctttgc ccacgtcgag gcgacgctga agcggcgcga cgtcctcatc
     2701 ccccgcagca cggtgcggct gacgtacaac ttcgactttg tccgcagctt cttcctcacc
     2761 tgggagggct acggcagcct cgacagcaag tcgcgcatcc ccacgcagta tcgccacgac
     2821 gtcgccctct ccgtctccct ggccgatgag cgctacaaca tctcgctctc ctgcaacaac
     2881 ctcttcgacc gcacgctcta cgacaactat aaactccaga agcccggccg agccttcttc
     2941 tgcaaattcc gtgtgttcat taattagagg gtagagggta gagaatagag ggtagagggt
     3001 agagagtaga gtagagtaga gggcagaggg ttgactgaag cccttcgatt aagaatgaca
     3061 attgacttac accaataaat agacacagag atgaaagcaa tcaaatgtta cgcttgggcg
     3121 ctgatcatgg cgctaacgac agccgttttc acggcatgta atgatgatcc ggaaccgaca
     3181 ccgaatccgg gtcctacgca gaaagcccac ttcgaccttt gggtggctgt gggcgaagag
     3241 ggtggcatgg gctcgaccgc agcgctgctg gtcaagagta cccagtcgct tgacgcacaa
     3301 acgcagctcg acttcaaagg ctcgggcgta gacgtgacga agaagctcta tcaagagacc
     3361 atcatccgcg gcaagtatta ctaccagatt ccgcaggaga aggatcgctt cggcaagtat
     3421 cagattgtcg atgccggagg gacgcaccag atcgccatcg tcaaggaggt tagtttcaaa
     3481 aagaacacgc tgaaggaccg tcgctacacg cacgcttgga tcaacgacca cactttggtg
     3541 ctgatcggct cgaacggcaa gtcggacaag atcctttgga ttaagatcga caccgagaac
     3601 atgacgatcc tcggcgaagg cgagctcgac ctgcctgcac cgccagacaa agacaagttc
     3661 aacacctccg gcatcgccaa ctatcgcgac ggcaagatcc tctacgcctt cgtctacaac
     3721 aacgaacgct cttacttcca gctggccttc atcaacgcgg cggacatgaa gacggagaag
     3781 gtggtcaagg agacgcgcgc cgagttcatg gccggcacgg cttacggcga actgctccag
     3841 cacaagagct tcttcacccc caacggcgac tattatctgg cttgcaacag tgtgaacgcc
     3901 ggcgccaaga gcaacaccca acagcacggt gccctgctgc gcatcaagaa gggggcgacg
     3961 gagttcgaca agagctaccg cggctacaat caccccaaag gcaagatcgt taccgccgac
     4021 tgtctctcct caaccaaggc gctgctctac atccaagatc cggagcacac cggagccaag
     4081 ggttggggcg ctgactacaa ctgctactac gccatccttg acttgacgac ggatcagctg
     4141 accgagatcc aatacaacgg caccaacctg cccttcagca gcggtacctt ctcgcagcgc
     4201 tcactcgtcc tcggtaacaa ggcctacatc ggtgtcaacc cgaaggacgc acctacgtgt
     4261 atctacatct acgacatccc gtcgggccag gtgaccaagg gcatgaccat cgccaagggt
     4321 taccacttcg aacgcatcgt gggcatcgag gaataaacgg tatcaacgct ctgagaattg
     4381 atgaataagt ggctgtttcg gatacaccgc tgggtgggcg cagtcgtcgg actgttcttt
     4441 ctgatgtggt gcttgtcggg attggtgctc gtctaccatc ccttccccaa cgtagacgag
     4501 cgcgacctgc aagcgcgcat ggagccgctg cccgactccc ttcccgccgt cgactcggta
     4561 gccaaacggc tacccgaggg tgcggcggcg aaggtgcgga cggtcacggt gcggcgcttc
     4621 caaggccaaa cgctcttcga ctttgagacg aaggacacga cctacaccct ctgcgccgac
     4681 tccgccgagg tccggcggcc cgtcaccgcg gagaccatcc gcaacgtggc ccgccgctgg
     4741 gtcgacgctc ccatcgcacg catcgacacg ctacacagcc gtgatcagtg gatcatgtac
     4801 tcccgctacc tggatgagat gcccatcgcc aagtgttact tcgacgatgc cgcgggccat
     4861 gagctctaca tctccatccg cacgggcgaa gtgctccagt tcaccgaccg tagcagccgc
     4921 ctctgggcct acgtcggcgc cattccgcac aagttctacc tgcccatcct gcgccgcgac
     4981 aacgacgtct ggatccgcag cctgaccacg ggcggcgtcg tggcgctcat cgcagtgctc
     5041 accggtatca ttgtcggcct catcatgctc cggcgtaacc ggaaggcgcg gggtaagctc
     5101 ggcagccctt ataagaaggc ctggttgaag gcgcaccacg tcaccggact cacgttcgga
     5161 ctcgtcctca tcggctttgc cttcagcggc gcaatggccc tgcaacgtat ccccgaatgg
     5221 atcatccgga cacatggcga ctatcgcgtg tctgacacca aaatgcgcgg caaatcgctg
     5281 cccctctcgg cctacacgga ctatcgcgcc gtccgtcagt tgcaccccga ggtgcggcaa
     5341 atcgtctgga accacttccg cgacgtgccc atctacgacg tgacgaccga cacggcctcc
     5401 ttcagcctcg atgcctccac acccgaattg catccgcttc agctctctcc ggccacggta
     5461 gagaaagcga tcagtgcact gcacaaggat gagtctttca ctgtctcgca gatcgaccgc
     5521 tacgaggaat attacatctc gcgctggaca gcactcccgc tcccagccta caaagtgatg
     5581 gtggacaacg ccgaccggac ccgttactac gtcgatccgg ccacgggcaa cttccgccac
     5641 ctcaaccgtg cgcgcatggc caagaagtgg gtcttcagcg gcctgcacta cttcaacatc
     5701 cgctggctcg tagagcgtcc cacgctctgg accatcgcca tttgggtggc ctgcctcggc
     5761 ggcgccttcg tctccttctc cggcgtatgg atcaacctca agcgactccg ccgcaaaagc
     5821 aaaaagcgga gagcttgagg ctgtttgact actttgacta ccacttctta ttacccccta
     5881 actgcttatt cgaatgaaaa cctatttcat cgcctttcta ctgatgatta ccgcaatcag
     5941 ctacgcgcat gacggagaga atttcgtcgc ctccgacatg ctcaagtcca tgcagcccgg
     6001 cgacaaagcc gccattgtca tggtctactt cggatccacg cacgacgaca cccgcgccct
     6061 aaccatcgac gccctcaccc gcgaggtacg cgccgcctac cccaagctgg aggtgcgcga
     6121 agcctacacc tcacgcatcg tgcgccgccg gctccgcgat cgcggtatcg aaacatcggc
     6181 tccgcttgaa gtcctaaagc agctcaaagc cgacggcttc acccacctcg tcatccaatc
     6241 cgccaacatc atcgaaggcg tagagatgga ggccttgcgt cgcgaggtgg catccatagc
     6301 cgacgacttt aaggagatcc gtatcggcac cccactgctc tacatgccgg aggattacgc
     6361 ggccgtgatc agcgccctcg cccctgcacc cgctgatggc gccgccgacg tctgggtggg
     6421 ccacggcagt tacgaccccg ccacggcgca gtatgccatg ctcggttaca tgctcgccgc
     6481 cgagggtcgt gcacgctgct tcgtgaccac catcgagggc tatcccacgt tcgacgacct
     6541 ccgggcaaag ctcaagcaga gcggtgtgcg gagcgtcacc ctgcgcccct tcatgttcgt
     6601 cgccggtgag cacgccaaga acgacatcgc caccgacctc aaacagtcgc ttgagcagga
     6661 aggctaccgc gtcaacgtcc tctccgaagg cctcggccag agcgacgcca tccgcaagct
     6721 ctacctggcc catatccgct ttgcactgaa ccaccgcatg ttcgacatcc tctccaaaaa
     6781 gaaacattac gagacgaacg atcgcgacta agacgctgac acaaatgcgg ggacggattc
     6841 tccccctctt agaacaacac tacacaattt acacccatcc gtccccgcac acttatggta
     6901 cgcatcgaat ctgtcctccc tcgtcatcga ttgaatcgac gaggctattt cgatttgaaa
     6961 agagccgtcg actgaatcga cgaggccatc tcaccaatta agtaacgtga gttcgacgaa
     7021 agcatgaggc gtcttgtctc tggagaaggt cttttgcagg aatgctgcaa gtgccccgaa
     7081 aaacttttca gtgtttgcaa caccgttgca agtctcacga aaaacttttc agcgtttgca
     7141 acactgttgc aagtgccccg aaaaactttt tggcgtttgc aacaccgttg caagtcccac
     7201 gaaaaacttt ccggcgtttg caacaccgtt gcaagtccca cgaaaaactt tccggcgttt
     7261 gcaacaccgt tgcaagtctc acgaaaaact ttttggcgtt tgcaacaccg ttgcaagtct
     7321 tacgaaaaac tttttggcgt ttgcaacatt gttgcaagcg tttccaaaag cgttttggct
     7381 atcgcgtggc ttccgtaaag agtctctgct gattttatgc ttacatcgaa ctcacattaa
     7441 gtatcaccca aacattatat cagaatgaaa ttacccctta cccttttctt cggcctcggc
     7501 cttaccctca ccaccacact tcacgcgcag gacggtcagc ccaaacgcga gtacaccaac
     7561 tttcaggaca ccaccttcca gctctccgaa atttctgtca ccgccaagcg ccccatgcaa
     7621 gtggaggtga tgaagctggg tgtccctgcg gcttacctgc ccgtcaccac caacaccctg
     7681 ccctcacggc tgcttgccaa ccacggcatc acgaacattc aagacgccgc acgcttcctg
     7741 cccggcgtac gcgtacagac cagctacggc gccttccaac agatctccat ccgtggtttt
     7801 gaccactcta tcatcatggt cgacggcgtg cgcgacgagc gttcgtccat caacaattcc
     7861 taccccttca tggatctgac ttccgtggag cgtattgaac tgctcaaagg cccggcatcg
     7921 gtgctctacg gacaatcggc cgtgggcggc gtgctcaaca tcgtgcgtaa ggcacccacc
     7981 gcacagcaac acgtcaatgc acgcgtggct tacggcagct atcagaacct gcaaacgacg
     8041 ctcggcttcg gcggacgcct ctttggccca atcaactact ccgccaactt caactatcaa
     8101 acgcaagatg gctggcgaga caacgccatg cgacgcctct cgggctacct cgccttgggt
     8161 ggtaaactct ctgaagcgga cgaattagat atccgtatcg gcgccctccg cgacttttac
     8221 ccgacggaga tcggtctgcc cgacgtcatg cccgctgaca tctatcgcac ggccgacgac
     8281 acaaaggctt acgaccgtgg cgacatgttg cccggcctcg acaagaaagc gcgctacaac
     8341 agcgagtcgg acttcatgta caaccgcaac ttcaacgcct ccgtcatgtg gcggcacacc
     8401 ttcggcgaag cggctcgcct gaccgacaag ctctcctaca cctacgacga cattgactac
     8461 ttcggcaccg aggacttggc ctacctcacc agcgataagc ccatctataa gcactactac
     8521 aagtctggca accgcaaggt ctacatcaac ctcgactccc tgcgctacga ctttcccctg
     8581 cgcttcgagc acatcgcccg cacttggaac aaccagttag agctgaacgg acgtttcgcc
     8641 accggatctg tcaagcacaa ctacctcggc ggctattcgc tcatcggtct ctaccgcaac
     8701 tccttcagcg gctatgacct cgggcaggat gtttacggcc ccggacttac aggccaaggc
     8761 tcggtctaca acccgcacag catcggctgg atggatacgc gcttcagcaa agccttcgtg
     8821 tcacgcatct acatgcacgg cttctacctg caagacctgc tcgaactgaa tgagaaactg
     8881 aaggtgttgc tcgccggacg ttacgatctc tattcctaca agcgcctctc cggtgtcccc
     8941 accattgacg gccgcgcgga gttcgacatg ccagctgaca gtctcttcac ccataccgct
     9001 acgggcgcct tctccttccg caccggattg gtttacatcc ccgtccaacc gttgtccctc
     9061 ttcgcctcag ttggctccta cttcaagccc gacaacacga cttacagcga ggacacccgc
     9121 tacttcgacc gaaacggtca ggaattcttc cccaacaaag acagccgcaa gatcttcgac
     9181 cccgaacgcg gtatacaggt ggaagctggg gcgcgttacg aactgagcga aatgctgagc
     9241 gcagacttca gcctcttcta catcaaccgc gaaaacgaac gccgatacat ggctgataaa
     9301 ggcgacgtca tcaacggcga gacactcgac aaagacgtcg taggtcaagt gggacgcatg
     9361 gattcgcgcg gtttcgacgt agagctgacc tatcgccccg ttcgcggtct ttcgcttacg
     9421 gctggctatg gctacaccga cgcccgcctg cgtaagatcg ccaccaatcc ttacttggac
     9481 ggcgaaaatc tggtcggtaa gcgctacgcc tattcgccac tccactcttt ctacgtctac
     9541 gccgactata cgattcgcga aggcgtgttg cgcggtctgg gcttcaactt cgacgtcacg
     9601 tatcaggatg aggtctaccg caacttctcc aacacctcca ccttcccctc gtattggatg
     9661 acggatgcca gcatctctta ccgcctgccc aaccgtgtcc ggctgcgttt gaacgtcaac
     9721 aacgtcttca acacagacta ctacaaccaa gccctcggca gccagtacgt tcccggcatg
     9781 cctcgcaact tcctcatctc cgctgcgtac agcctgtagt ctcatccgtt aaggatatgg
     9841 gggcgaatca cactacaccc tattcaccga ttcgcccccg ctaccctaag catgcattta
     9901 cctattgcag aaataatcgc ataaaacatt tgtcacaatc aaacactaca cgagaatgaa
     9961 attacccctt acccttctcc tcggccttgc cctgtgcccg atgcttcacg cgcaggacgg
    10021 ccacaccaaa cgcgagtaca ccaacttcca ggacaccacc ttccgactcg acgaggtatc
    10081 cgtcaccgcc acgcgccagc ggccaatgtc gatcaccaag ctcggcgtac ccaatgctta
    10141 cctgcccgta tcgggctccg tgatccccac ctccatgctc acagaccgcg gcatcgtcaa
    10201 cctgcaagac gctgtcaagt tcctgcccgg cacccgcatg cgcactactt atggcgccta
    10261 ccaacagttc caagtgcgcg gcttcgacca caccccggtg atgatcgacg gtgtgcgtga
    10321 cgagcgcacc tcgatcaaca actccgcgcc gatgggcgac ttggcttccg tggagcgcat
    10381 cgagctgctc aaaggccctg cctccgtgct ctatggccac tcgaccgtcg gcggcatcct
    10441 caacatcatc cgcaaatcgc cgaccgcccg cacgacgctc aacacacgcc tcacctacgg
    10501 ctcatggaac gaccgtcgcg ccatgatcga cataggcgga cgactcatcg gaccgttcaa
    10561 ctaccgcgcc gtcctcaact ggcaagacgt ggagggttat cgctacgcca acgatcgccg
    10621 cttctcgggc tacgccgcca tcggtgcccg ctgggagaat caggagctgg acatccgcgg
    10681 cggcttcaac cgtgacagtt atggcacgga tatcggtctg ccgaagctca tggctaacga
    10741 catcttcaac gccgacggca caccgtatct ggccaagggc gaaagccaac cgggactcaa
    10801 tcctcgctgg cgctacaata atgaatcgga cttcatgctg catcacggct cgaacgtatc
    10861 ggtgaagtat aactaccgct tctcgcccgc tttcaagctc gagaatcgat tggcgtacac
    10921 ctacgacaac attgactact tcagcaccga ggagctcagc tatcccacca gcgatgagcc
    10981 gatctacaag cattactata tggctggcgg caagaagaag ttcatcgacc tcgacaccgt
    11041 gcaactgacc taccccctgc gattcgccta caccgtgcac accgttaacg agcagctcga
    11101 ggcttcgggt agcgtctcgc tcggccgcgg catgaagtac aattacctcg cgggctacaa
    11161 ctatgtctat ttcttccgtg acacctatcg cggctatggc ggcggttaca agctctccga
    11221 cctgatcgaa ggcccgggcc tgtactctaa agtgcccgtc tacaacccgc acagcatggg
    11281 ttacatggag ccgtatttta acgccggcac atctacgcgc aactatacgc acagcctcta
    11341 cctacaaaac ctcttggagc tctctgagaa gttcaaagtg atggtctccg gccgcttcga
    11401 tcagttcatc ttcaagacgg ccacggccaa gatcaaccgc ctcaaaacgc gcgaatacag
    11461 cgaactgccg gactacgacc agacgtctac ctcggccttc acctaccgca tcggcgccgt
    11521 ctacctgcct acgccgggcc tctccctcta tggctcgttt gccaacttct tccagcccta
    11581 ccgcaacatc gtgaataccg ccactacggt ctacatcggc gccgacggta accgcttcta
    11641 tcccacctcg ggcgaagaag cattcaaggc gcagaaggga taccagggtg agatcggtgc
    11701 ccgttacaac ctcacgtctc gcctccaagc cacggccagc ctcttctaca tccgccgcga
    11761 aaacgagaac aagacgctca acagtcgcta cgtcgatccc acggacggga aaacgaagag
    11821 cgtcgtaggt caggtggccg gatcagactc tgagggcctt gaggtggaag tggcttacac
    11881 gccgacggac ggcctttcac tcctggcggg ctacggctac accgactccc gtatccgcaa
    11941 gttcagcttc agccccgaac gcctgatcga agacggattc atggacaaag gcacccaggt
    12001 gcaggacggc atgcgccagg ccggtatccc catgaacacg ttctacctcg cagccagcta
    12061 caccttcact cgcggaccac ttcaaggcct cgggctgaac gccacggcca actacatgga
    12121 taacgtctac cgcgacctga acaagaccct catctacggc gcctattggg acaccgatct
    12181 cggcatcgct tatcgcctga agaatggtat tcgtctgcaa gtgaacatca acaacgtcct
    12241 cgacgaccgc accttcacgc agtcgctcgg cacacagatc acgccccgca caccgcgcag
    12301 ctacttgttt acgatcggat acagtctgta atctgttctt tttatgcctg agggcgaatc
    12361 agcaatggtt cgcccctgta ttctctattc tctattctct atcctctact ctccaccctc
    12421 taccctctac cctctaccct ctaccctcta ccctctaccc tctatgttca cccgcttcat
    12481 gttcacccgc tttatgttca ccctgcatcg tgtcacaggc acgctgctca gcctgctctt
    12541 cgtcgtctgg ttcgtctccg ggatcgtaat gatgtaccac ggcttcccac gcgtcacagc
    12601 cgacgaccgc atggcccgac tcgagccctt agacacggcc gatctgcctc cggtcgagtc
    12661 cgtgctccgc cgcgtgcctg actcgctcgg ccacatcgac ggactttccg tcagccgtta
    12721 tctcgggcag acggtctttg aggtgcacgc cggcgacgag acgctccgcc tcccggccga
    12781 cagcacccag tcgctgccca ccatcgacgc ggcctacctc cgccgcgtag ccaccgcctg
    12841 gtgcgacgca cccatcgccg ccgtcgacac cctccgcgac ctcgaccagt ggatcccctt
    12901 cggccgactg cgcgaggagc tgcccatcct ccgcttccgc tttgccgacg ccgaccatac
    12961 gcagctctac gtcgcctcac gcaccggcga agtgctccaa cgcaccaccc tcaaagagcg
    13021 catctgggct tggctcgggc ccatcccgca ttgggtctac ttcacccgcc tcaggcagga
    13081 cgccgacctc tggcgccgca ccgtcatctg gctctccggc atcggttgca tcatggtcat
    13141 cgccggcctc tacgtcggca tctacaccac cgtccaagcg cgtcgccgcc ggcagaaacg
    13201 attcatcccg tacaagaagc ggtggtatta ctggcaccat ctgacggggc ttgtcttcgg
    13261 cctcttcacc ctcacgtggg ccttcagcgg catgatgtcg ctggccgatc cgcccgaatg
    13321 gttcatgccg caacacgccc cctcggccgc ccgcgatacg atcgaggccc tcacccccgc
    13381 tccccagtcg tacccggtgg actatcgcga gcttttcgcg acggataaca gctctatcaa
    13441 tggatccatc gtgcagatcc gctggacgca cttcttcggc cgccccgctt atgaggtgcg
    13501 tctacaagac gaaaaagagg gacagacctt ggacgccact acgctccgtc cgctggctct
    13561 cacccgcgag caagtgaccg aagccgttcg gcgactccac gcttcagacg cccaactcag
    13621 cacggaatcg atggtggact atgacaccta ttacttcgac cgcaagggac gcctcccgct
    13681 gcccgtctac cgcattcgcg tagccgacgc cgatcatacc acgtactaca tcaaccccgc
    13741 gaacggccag ctgcgcgact acagcaacca ccgccgcgcg ggcttttgga tgtacaaggg
    13801 gctgcacagc ctacggttcc cgttcctgat cgatcatccc gcgctgtgga cggtcgtcat
    13861 gtgggtgtta ctgcttggcg gcacggccgt ttcggtcagc ggctttgtcc tcggcctgcg
    13921 ttacatcggc cgtctcttcc gccgtaagcg acgggggaaa cgaaaaaccg acagtctgta
    13981 ggggggcgtc tgcagacggc ccctgcgggg gcagcgaaca tgtaggggcg tattgcatac
    14041 gggcgtctgc ggacgcctgc gaatttggcc gggtacatgt aggggcgtat cgcatacgcc
    14101 ccaccacacg gccccgcggg gccgaacggg tacaaaaaag ggcaccccca tctgtttggg
    14161 gatgcccttt aatcattccg gagtgtccgt ggggcgaatg caattcgccc ctacaaccgg
    14221 gtaccctatt cctccggcaa cgtgatg
//
LOCUS       SEQF2637|AYYD01000683.1 1215 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1215
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             42..815
                     /locus_tag="SEQF2637_00377"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRDEALVDGLREGRPAAARFELVGRDEERFARGDVHIDAGAEL
                     AAVGVREGAFGGAVLRHVVLLFGERAAERGVVLAAVTRCGVGLACHLEEGRRDVAVSG
                     RVLDEVVLMILLGGVEVPERALLYGYGFAQLHGQGGDGAVDDIGVGLVRVVDARAIAC
                     ALVVALPVEARRVDGLEVELDELIEGDHRRIVGHADRLDEARRLGRHLLIGRCRVRLA
                     VRIAHLGAHHATDLLEEVLCAPEASAGKADGLRSRLVVR"
ORIGIN      
        1 ctacgcacct cggtgcgctc caagccgtgc gaatggtcgg catgctccgt gatgaggctc
       61 ttgtcgatgg gcttcgagaa ggccggccag ccgcagcccg attcgaactt gtcggtcgag
      121 acgaagagcg gttcgcccgt ggtgacgtcc acatagatgc cggggcggaa ctcgccgcag
      181 taggcgttcg tgaaggggcg ttcggtggcg ctgttttgcg tcacgtcgta ctgctcttcg
      241 gtgagcgtgc ggcggagcgt ggcgtcgtcc ttgcggctgt aacgcggtgc ggggttggcc
      301 ttgcgtgcca tctcgaagag ggccggcgag atgtggcagt atccggtcgg gtgcttgacg
      361 aggtagtcct gatgatactc ctcggcgggg tagaagttcc ggagcgggcc ctcctctacg
      421 gctacgggtt tgcccagctt cacggccagg gcggcgatgg cgcggtggat gacatcggcg
      481 tcggactcgt ccgtgtagta gatgcccgtg cgatagcgtg tgccttggtc gttgccctgc
      541 cggttgaggc tcgtcgggtc gatggtttgg aagtagagtt ggatgagctg atcgagggtg
      601 atcaccgccg gatcgtaggt cacgcggacc gtctcgacga agcccgtcgt ctcggtcgac
      661 acctcctcat aggtcggtgc cgtgtccgtc ttgccgttcg catagcccac ctcggtgctc
      721 accacgccac ggatctgctt gaagaagtgc tctgtgcccc agaagcatcc gccggcaaag
      781 cagatggtct tcgttcccgt ctcgttgttc gttagggtgg cggcattggc gcgcccacgt
      841 gccacggcgc tccttccggc gaagaagagc gcaacgacac cggccgcagc cgatgcccac
      901 agtaggatct gtttctttct cattgtcgta ttcgtttaat atggtagggc aaagataggg
      961 gcgtgggggt taccggggtg cacgatttcc tgacgaaatc ggttgggcaa aatgtcgagc
     1021 gacaagggcc aactaaggat caagggaggc gtttctttga gtaattttca ccgacgacct
     1081 gccaacggtg aaaattactc aaggaaattc ctccaaaaga gatcggttgg aggaatttac
     1141 tcggagaaat tccttcaaaa gagatcggtt ggaagaattt actcggagaa attccttcaa
     1201 aagagatcgg ttgga
//
LOCUS       SEQF2637|AYYD01000684.1 3370 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3370
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(141..1760)
                     /gene="susD_1"
                     /locus_tag="SEQF2637_00378"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G2"
                     /codon_start=1
                     /transl_table=11
                     /product="Starch-binding protein SusD"
                     /translation="MKYLLRPLFFFSILTLTGCLDENCKDCLDTQHVYTTDNDVYINA
                     VATLYNYIGGDKDSEGLQGTYRGVYDYNTFTTDEAIIPVRGGDWYDGGFWVDLYRHNW
                     AVDSKPLYDTWKYLYKVIVFSNEALATIDKNRQLLTDNQYKAYRAEVRAIRALYYYYL
                     MDMFGNIPLVTTVSEDTENTKQTSRPEVYKFIVKELQEAMPLLSTGHSNLAGTDYGRV
                     TRSVANFLLAKLMLNGEVYSDSDWTDSQQPNGKQIYFTVDGQQMNIWQACKYYCDKVT
                     ADGFTLAPDYLSNFSVHNETSPENIFIIPVDKHLYKNQFQYLFRSRHYAHGSALGTGA
                     ENGACATISTVNTFGYGTNNVDTRYAYNLYSDTVRVDGNVVYLENGKPLVYMPLAVEI
                     NLTNSSYIKTAGARMAKYEVDRTSYNDGKNPNNDIVLFRYADVLLMKAEAAVRNGENG
                     NTELNLVRSRSGMGNRTATLENILNERIMELMWEGWRRNDLIRFNRFHKSYDIRTAPA
                     TEADRHTIVFPIPSRALDLNKNLKQNKGYKR"
     CDS             complement(1793..2821)
                     /gene="susC_2"
                     /locus_tag="SEQF2637_00379"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MGTLRNSNPDLRWETRSTFNIGADLGFFKNRLLFTAEYYYSKTT
                     DMLYEYDVPVPTFAFDKLLANIGSMSNSGFELGIGIVPISKKDMELNVNINMAWQKNK
                     LLSLNGKLNGRDMTASDITPIGGMNGAGFHGGYNDIIYQIVGQPLGVFYLPHCKGIVD
                     NGHGHNKYDIADLNNDNVIDLSDHGDRYVAGQATPKMTLGSNISFRYKDFDVSLQMNG
                     AFGHKIFNGTALSYLNMSNFPDYNVLAEAPARNIVDQNVTDYWLERGDYLNFDYLTIG
                     WNTPVRNKYISSLRVSFSINNLATITSYSGLTPIINSYVVDNTLGIDDKRTYPPYRTY
                     SFGVSIKF"
ORIGIN      
        1 tttctgacat atccaagtgt tttgagaact ttgtttctca gacacttgga gttcttacaa
       61 gaatttatgc tgcggaatta agggagacta tacttatagc ttggaagtta tttgtcgttt
      121 gacaagcctt catctaatcg ctaccgctta tagcctttat tttgctttag gttcttattg
      181 aggtctaatg cacgtgatgg gatagggaag acgatagtat gtcggtcggc ttccgttgcg
      241 ggtgctgtac ggatgtcgta agacttatga aatcggttga aacggatgag gtcattacga
      301 cgccagcctt cccacattag ttccataata cgttcgttta ggatattctc taatgttgct
      361 gttctatttc ccattccact acggctacga acaaggttca gttctgtgtt gccattctct
      421 ccgttacgca cagccgcttc tgccttcata agtaaaacat cagcataacg gaagagaaca
      481 atgtcattgt taggattttt tccatcattg tatgaggtgc ggtctacctc atatttcgcc
      541 attctcgcac ctgcagtctt aatatatgaa ctgttggtaa ggtttatctc tacggcaagc
      601 ggcatataga caagtggctt cccattctct aaatatacaa cattcccatc tactcgaact
      661 gtgtctgaat aaaggttata ggcatatcga gtgtcaacat tattcgtccc atacccaaag
      721 gtattgacag tagatatcgt tgcacaagcc ccgttctcag cccctgtacc taaagcgctt
      781 ccgtgtgcat agtgacgaga gcggaagaga tattggaatt ggttcttata aaggtgcttg
      841 tcaacaggaa tgataaatat attctctggt gaggtctcgt tgtgaactga gaagttactg
      901 aggtaatctg gtgctaacgt aaatccatca gcagtgactt tatcgcagta gtatttgcaa
      961 gcctgccata tattcatttg ctgaccatca acggtaaagt aaatttgttt accattaggt
     1021 tgctgactat ctgtccaatc tgaatcagaa taaacctcac cattcagcat taacttggca
     1081 agtaagaagt tagccacaga gcgcgttaca cgtccatagt ctgtgcctgc aaggttgcta
     1141 tgcccagtgg aaagcagtgg cattgcctct tgtagttcct ttacaataaa cttatatacc
     1201 tccgggcgac ttgtttgttt cgtgttctca gtatcttcgc ttactgttgt taccaatggt
     1261 atgttaccaa acatatccat tagataatag tagtataagg cgcggattgc tctgacttca
     1321 gcccgataag ccttgtattg attgtcggtc agtagctgtc tgttcttgtc gattgtagca
     1381 agtgcttcat tactgaaaac aatgacctta tagagatact tccatgtgtc gtaaagtggt
     1441 ttactatcta ctgcccagtt gtgtctgtat aagtctaccc agaagcctcc gtcataccaa
     1501 tcaccaccac ggaccggtat gatagcttca tctgttgtga acgtattata gtcgtacaca
     1561 ccacgataag taccttgtag cccctcgcta tctttgtcac ctcctatgta gttatacaag
     1621 gtagcgacag cattaatata aacgtcattg tctgttgtat agacatgctg tgtatcgaga
     1681 caatctttgc agttctcgtc caggcagcca gttaacgtga ggatgctaaa aaaaaataga
     1741 ggtcgaagta agtatttcat ttagaatagt atgctttgtt gtaatcaatt gcttagaact
     1801 taatgcttac tccgaaagag taagtacgat aagggggata ggtgcgcttg tcgtcaatgc
     1861 ctaacgtgtt gtcaactaca tagctattaa taatcggtgt caaaccacta tagcttgtaa
     1921 ttgttgcgag gttattgatg ctgaaagata cacgtaatga actgatatat ttgtttctaa
     1981 cgggtgtgtt ccaaccgatt gtaagataat cgaagttcag ataatcacca cgttccaacc
     2041 aatagtcagt cacgttttgg tcaacgatat tccgtgctgg agcttctgca aggacgttat
     2101 agtctgggaa attcgacata ttcagataag acagggctgt gccgttaaat atcttatgcc
     2161 cgaaagcacc attcatctgt aaggagacat cgaagtcttt gtatctaaaa ctgatgtttg
     2221 accccaacgt catctttggt gtagcctgtc ctgcaacata tctgtcacca tgatcactga
     2281 ggtcgattac gttatcatta ttcaaatctg caatgtcgta tttgttgtgt ccatgtccgt
     2341 tgtcaacgat tcctttgcaa tgaggaagat agaaaacacc taacggttga cctactatct
     2401 gataaataat atcattataa ccgccatgga aaccggcacc attcatgcca ccgataggag
     2461 taatatctga tgctgtcata tcccttccat tgagtttgcc attgagggag aggagtttat
     2521 tcttttgcca tgccatatta atgttaacat tgagctccat gtctttcttt gagataggaa
     2581 cgatgcctat gcccaactca aaaccactat tagacattga accgatattt gccagcagct
     2641 tatcaaaggc gaaagttggt actggtacgt catattcata aagcatatca gttgtcttag
     2701 aatagtaata ctctgctgtg aacaataatc gatttttgaa gaaaccaagg tcagcaccaa
     2761 tattaaaggt gctacgtgtt tcccaacgta ggtcaggatt actatttcgt aaggtaccca
     2821 ttgtgaccgt tggtgttcca ttatatgaga ttaaaccaac cggaatatac tgttttaaag
     2881 tcagataaga actgattcca ccaaggtttc ctgactgacc atagcctgtt cgtaggtcca
     2941 taagactaac cgtattgtta tcacgaagaa aacgttcttt cttaatattc catgttgctg
     3001 agatcgaagg gaagaaaccc caagtatggt ctttaccaac cattgacgaa ccatctgcac
     3061 gtgttgtcag attaagtgtg tatcgattga gcaatgtata ggtaagtgta cccataaaag
     3121 aggcaagact tgggtcggca taactgctcc ccgtacctcc gtaaggacga tctgaagcta
     3181 caccaaggtt gttataacca aagtaattgt tggctaatcc ctttacttgt gtccaaaagg
     3241 cagccatctt cttcttctga tattcggcaa gaatggtggc agagaggttg tttgcacccc
     3301 aacgatgctt ccaatcaaga gagatattac ctaatatttc ctctgccttt cgttctcctc
     3361 tataagctaa
//
LOCUS       SEQF2637|AYYD01000685.1  854 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..854
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             101..835
                     /locus_tag="SEQF2637_00380"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLVGALGGSEDTKVKDFLQSLLADKSLNLKIRQKATEMYGNGY
                     SGQDKLMTLVAAKKLPAELDTTAQKALLKAWRSDVKLKAMAFYNKGQSNTTLAPVGTL
                     VRLTGNAGNGETIFTNVCSSCHRVNNDGTNFGPDLSEIGAKYGKEGLYQNILNPDAGI
                     AFGYDGYLIKTKDGNQLLGYISAETKEDLSVKGMGGTITKIKKSDVVSKKPYEHSLMP
                     TGLLSTMKQQDAVDLIEYVSSLKKKS"
ORIGIN      
        1 cttccctcct tcctcacaat cagcttttct ttttcaggct tgaaacatat tcgatcaggt
       61 ctactgcatc ctgctgcttc attctgatac cgctgcggca atgactctgg taggcgcatt
      121 aggcggatct gaggatacga aagtcaagga cttccttcaa tcgcttttgg cagataaaag
      181 tctcaatctg aaaataagac aaaaagccac agaaatgtat ggcaatggct attccgggca
      241 agacaagcta atgactttgg tagctgctaa aaagctgccc gcagaactgg ataccacagc
      301 acaaaaagca ttattaaaag cctggagatc tgacgtaaag ttaaaggcaa tggctttcta
      361 taacaaagga caaagcaata caactctggc gcctgttggc acattggtaa ggctcacagg
      421 aaatgcaggc aatggtgaaa ctatctttac taacgtgtgc tcttcctgtc atagggttaa
      481 taatgacggc actaattttg gcccagatct gtcagaaata ggagctaaat acggaaaaga
      541 aggtttgtat cagaatattt tgaatcctga tgccggtatt gcttttggtt acgacggata
      601 tcttatcaaa acaaaagatg ggaatcaact gctgggttat atcagtgctg aaacaaaaga
      661 agacctttct gtaaaaggca tgggtggaac aataactaaa attaaaaaaa gcgacgttgt
      721 ttcgaaaaaa ccatacgaac actcattgat gccaactggc ttgctcagca caatgaagca
      781 gcaggatgca gtagacctga tcgaatatgt ttcaagcctg aaaaagaaaa gctgattgtg
      841 aggaaggagg gaag
//
LOCUS       SEQF2637|AYYD01000686.1 6594 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6594
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1533..2414)
                     /locus_tag="SEQF2637_00381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTTLSPVEINPLSSLDVWEDDLLDRYPDPETIAEGKTAEEFRN
                     YETPARESVREFYRLNHTYQTYDFVVEKKKDYLKFDKKEMPVWKAFDFLNTLVDDSDP
                     DTDLDQFQHLLQTSEAIRADGHPDWMVLAGLFHDMGKVLCLFGEPQWAVVGDTFPVGC
                     AYSDKIVFSEFFSKNPDFYNPEYNTKYGVYSPNCGLRNVQLSWGHDEYIYHMMKDYLP
                     EPALYMLRYHSFYSQHREHAYDHLMDDHDQEMFKWVNLFNPYDLYSKSPVAPDWNQLK
                     PYYHQLVKKYLPETLKF"
     CDS             2555..3562
                     /gene="cytR"
                     /locus_tag="SEQF2637_00382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACN7"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional repressor CytR"
                     /translation="MENINLKTLAAQLHLSTATVSKALRDSHEISDETKQRVRALAAA
                     LNYIPNPYASSLRKKSSKTIAVVIPEVADSFFAEAINGIEAVAQSKGYHVLIYLTHES
                     FEKEKAILMDFQSGRVDGVLLSVSAETVNTNHILTLQSHQIPIVVFDRICDEIKTAKV
                     STDDYNSGYKAAQHLIDRGYKKIAYLSISKTLSISRKRMNGYMQAMKENNFLPAEFYI
                     CECTTDDEYNNAVIENLLNNENRPDGIIASVEKLTTSVYSACRRLQLKIPEDVGVISF
                     SNLKTAAILNPSLTTITQPAFDIGNAAASLLFKSFEKKSFQLDAESQSFPSVLHIRNS
                     T"
     CDS             complement(3679..5277)
                     /locus_tag="SEQF2637_00383"
                     /EC_number="3.2.1.158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A1IGV8"
                     /codon_start=1
                     /transl_table=11
                     /product="Alpha-agarase"
                     /translation="MKKLTHFLLALFLFVSFSPLLAQKSSIGFHVKATEYVGDLNNHN
                     YSLFKFKYFKTGAGVSLQQYLNSSFNLYEMASYDRVQYQTPDKSAGVDADFLTLNVML
                     KYKLNNGYLLSENAAVAPFLIGGLGISHVKSKQFVPNNSSKIIDGETKPQLAIGTGVF
                     FRFNDMVGLEYAGIFNRPFYDAWDGKIKGGNDIYLAHSVGLIFSLKKPVDTDKDGVPD
                     KKDKCPETPPGVQVDAKGCPIDTDGDGVADYIDKCAQQPGSAEMNGCPDTDKDGVADI
                     DDKCPAVPGLAKFAGCPDTDGDGVEDSKDKCPNTAAGTPVDASGCPLDSDGDGVSDNL
                     DKCPNTPKGMAVNATGCPADADGDKVPDNLDKCPNTPKGVEVDATGCPADTDGDGVPN
                     NVDKCPNSAGPASNSGCPEVKEAVKKRLNFATRGIYFNTGKATLKPASFPMLNEIVSI
                     INEYPDYNLRLGGHTDAVGSDASNLVLSQGRVDAVKAYLVSKGVAQERLEATGYGETK
                     PIATNKTAAGRAKNRRVELELFLK"
     CDS             complement(6018..6443)
                     /locus_tag="SEQF2637_00384"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKKKPEVDIVNEVLEECILAYPVSSFVISLYKQYGERGSLSKK
                     QLQGLHGKASKIKDIQPGKLATLEAIINKMQTRDKDPLPQPKPLFEKDENAGQLIEEI
                     LAKYPQHKRVLFLKSKYDNNEVLSVAETDDLKRFKQLLK"
ORIGIN      
        1 tattttttat atatatcaag ggtaaaaatg gtggaaatac tgttggactt tcccgcaagg
       61 gaagctacaa tggcagccgt aagcgccgcg atagataatc ccctgaggcc gttgggtaaa
      121 aaagtaagta tggcagaata agcgccgtct ttaccattta ccaactgagg caaatgtcca
      181 tttttgtaca atacataagc aacaataccg ggcaacatta caataacggg catcatcatt
      241 tttaaaaaac cggcaaagaa aatacctgtg cgggcagtat gcaaatcagc gccaagtgcg
      301 cgttgtgtga tgtactgatt gcatccgaaa taatttagat tgttaatcca tactccggcg
      361 aaatacatag ttattcccgg caggatcaaa tacttattta tctgctcctg cggagcatta
      421 agggcaggct ttttgaatat catgtgaaag tgatcaggag cttcacgaag caggacttta
      481 aaacctgcaa ccacacttgt tcccaatcca aacttttcac ttgtcatcgt tagcgccatg
      541 tatgttgtag ccagtccgcc cagcaccagc acggttacct gtatcacgtc tgtatagccg
      601 attaccttca ttccgccaag ggtaatgatc aatgcgaaaa tggcaagccc gatcataacg
      661 gtgtgaaaat attgcccgcc taacaacccg ttgatggcca gagcgcctaa atataaaata
      721 gaagtgagat tgacaaatac atacaaaaac aaccagaata ttgacatgat caaggctact
      781 gtagcattgt accgcgtttg aagaaactgc ggcatcgtgt atatcttatt ttttagatat
      841 accggtataa accatacagc tacaataatc agcgctaatg cgcccatcca ttcgtacatt
      901 gctactgcta tcccggcaaa aaatccatca ccgctcattc ctataaattg ttctgctgat
      961 atattggaag caatgataga cgcgccgata gcccaccagg tgagcgagcc ttctgcaaga
     1021 aaaaaatctt tggtgtcggt tgcttttttc ttttttcgtt tgtaaatcca tactccgtaa
     1081 aaagcaacaa ataaaaaata aaggatgcaa acaatgtagt caataaaagc aagctgattg
     1141 ttcataagca atcgttgaaa ataaattgat ttaggaaatg ctgtgtaaaa taaagcatta
     1201 gaagggatat tctaaaaaac agcagttttt ttgacgcagg cagcaacgac ctaaacatat
     1261 aatgacagga agtaaaaagg ttggaagttc tatatcttca aagaaaagac atatacttcc
     1321 cgctttattg agatatagaa tgcagtgatt gatattgaag atagctggct taaaaaagca
     1381 gaagacaaaa tagctctaat tataaagcca taataaaaaa aggcagttaa aagcgattag
     1441 tgttaacaat tgcttcctac tgcctgcaac gagggatttg gttttgctta attattgcct
     1501 atctatataa aaagaaaagt accttaagat ttctaaaact tcaatgtctc cggtaaatat
     1561 ttttttacca gttggtgata atacggcttc agttggttcc agtcaggcgc aaccgggctt
     1621 ttcgaatata aatcataagg attaaaaagg ttaacccact taaacatctc ctggtcgtgg
     1681 tcatccatca ggtggtcgta ggcatgctcg cggtgctgcg aataaaatga atgataccgc
     1741 aacatataca aagcaggctc gggcaaataa tctttcatca tgtgataaat atattcgtca
     1801 tgcccccacg acaattgtac atttcttaaa ccgcaattcg gtgaatacac accatacttt
     1861 gtattatatt cgggattata aaaatcagga ttttttgaaa aaaattcact aaaaactatt
     1921 ttgtctgaat aagcacaacc aacaggaaat gtgtcgccca ctacagccca ttgaggttct
     1981 ccaaaaaggc acaacacttt acccatatca tgaaatagtc cggccagcac catccagtcg
     2041 ggatgtccgt ctgcgcgtat ggcttcagat gtctgtagca ggtgctgaaa ctggtcaagg
     2101 tctgtatcag ggtcggagtc gtcaaccaat gtgtttaaaa agtcaaaagc tttccaaacc
     2161 ggcatttctt tcttatcgaa ttttaagtag tcttttttct tttctacaac aaaatcatac
     2221 gtctggtaag tgtgattcag cctgtaaaat tcccgcacgc tttcacgtgc aggtgtctca
     2281 taatttctaa attcttctgc ggtttttcct tcggcaatgg tctccggatc aggatagcga
     2341 tcaagcagat cgtcttccca cacatccagg gaggataatg gatttatttc aacggggcta
     2401 agagttgtgc tcatggcgtt tatttgttat cttaaagcaa tttttcaaca ggattttttg
     2461 atttagtgaa tttcaggcat tttttacagg aaacatacga tattgttgct tttatttact
     2521 taaccgattt cgtaattatc tcagttggtt taacatggaa aatataaatc ttaaaacttt
     2581 ggctgcgcag cttcatcttt ccactgcaac tgtgtcgaaa gctttaagag acagccatga
     2641 aataagtgat gaaacaaaac agcgcgtgcg ggcgcttgct gctgcgctta actatatccc
     2701 taacccgtat gccagcagct taagaaaaaa atcaagcaaa acaatagctg ttgtaatacc
     2761 tgaagtggca gacagttttt ttgcggaagc aattaacggc atagaggcgg tcgctcaaag
     2821 caaaggttat catgtgctca tatatcttac gcatgaaagt tttgaaaaag aaaaggctat
     2881 tttaatggat tttcaaagcg gaagagttga tggtgttttg ttatccgtga gcgctgagac
     2941 ggtaaacaca aatcacattc tcactttgca aagtcatcag atcccgattg ttgttttcga
     3001 cagaatatgt gatgaaatta aaacagcaaa agtttctaca gatgattata actcgggcta
     3061 caaggccgca cagcatctta tagacagagg ctacaaaaag atcgcttatt tatccatttc
     3121 gaaaacattg tctatatcaa gaaaaagaat gaatggatat atgcaggcaa tgaaggagaa
     3181 taatttttta cctgcagaat tttatatttg tgaatgcaca acagatgatg aatataacaa
     3241 cgctgttatt gaaaatcttc tcaacaatga aaacaggccc gacggaatta tagcaagtgt
     3301 tgaaaaacta actaccagtg tgtacagtgc atgccggcgg cttcaattaa aaattccgga
     3361 agatgtagga gtaataagct tttccaattt aaaaacagca gctattttaa atccatcgct
     3421 cactactatt acccagcccg ctttcgatat aggcaacgct gccgcttcac tgctttttaa
     3481 atcttttgag aaaaaatctt ttcaacttga tgctgaaagt caatcctttc cttctgttct
     3541 tcatatcagg aattcaacat agaaaagaac ttttttaata agtatttaca aaagaagaat
     3601 caaaagattc attttataaa aaaaagagca ttggcagatg taccaatgct ctttgatgtt
     3661 atcgcttttt tgaacagatt attttagaaa caattcaagt tctacacgcc tgttttttgc
     3721 tcttcctgca gcagttttat tagttgctat tggttttgtt tcaccatagc ctgttgcttc
     3781 cagtctttcc tgagctactc ctttacttac caggtaagct tttacagcat ctacacgtcc
     3841 ctggctaagc accagattac ttgcatcgct gcctacagca tctgtatgac cgcccaatct
     3901 taaattataa tccggatatt catttatgat acttactatt tcatttaaca tcgggaatga
     3961 tgcaggtttc aaagttgctt tacctgtgtt aaaatatatg ccccgtgttg caaaatttaa
     4021 acgctttttc actgcttctt tcacttcagg acagccgctg ttgcttgccg gtccggcaga
     4081 gttaggacat ttgtcaacgt tgtttggaac cccatcgcca tcagtgtctg caggacaacc
     4141 tgtggcgtca acttcaactc ccttaggtgt gttaggacat ttgtcgagat tgtcgggtac
     4201 tttatctccg tctgcatcag caggacaacc tgttgcatta actgccattc ctttaggagt
     4261 gttaggacac ttgtcaagat tatcagacac tccatcaccg tcgctgtcaa gcgggcagcc
     4321 tgaagcatct accggagtac ctgcagcagt attaggacat ttatcttttg agtcttccac
     4381 gccatcaccg tctgtatccg ggcatcctgc aaatttagcc aggccaggca cggcaggaca
     4441 tttgtcgtca atatcggcaa caccgtcttt atctgtatca gggcatccgt tcatttctgc
     4501 agagccgggc tgttgcgcac atttgtctat ataatctgcc acaccatcac cgtccgtatc
     4561 tatcgggcat cctttggcat ctacctgaac gccgggagga gtttcaggac atttatcttt
     4621 tttatccggc acgccgtctt tatctgtatc aacaggtttt ttaagagaaa atataagccc
     4681 gacactatgc gccaggtaaa tatcatttcc accttttatt ttaccatccc atgcatcata
     4741 aaacggcctg ttgaaaatac cggcatactc aagcccaacc atatcgttaa agcgaaagaa
     4801 gacacccgta cctattgcaa gctgcggctt cgtttcgccg tcaatgattt tagacgaatt
     4861 attcggaaca aattgtttgg attttacatg agatatgccc aaacctccaa taagaaaagg
     4921 tgcaactgca gcgttttcac tcagcaggta accattgtta agcttatatt tcagcattac
     4981 attcagtgta agaaagtcag catccacgcc ggcagattta tcgggcgtct ggtattgtac
     5041 tctgtcataa gaagccattt cgtacaggtt aaaagaagaa ttaaggtact gctgcaatga
     5101 aacaccggca cctgttttga aatacttgaa cttaaataaa gaatagttgt gattattgag
     5161 atcgcctaca tattctgttg ctttaacgtg aaagcctatt gagctttttt gcgccagcaa
     5221 tggagaaaaa gatacaaaaa gaaatagagc aagaagaaaa tgggtaagtt ttttcatttt
     5281 aataatttaa attttccttg ttttttatca ggttataacg tcaattgtga agagcttttt
     5341 ttaaagcaag cagttgattg cattacccaa aaagctgatt attaaaacgt aaaaagcaat
     5401 ttattattgc aatagaaagt ttttgttcct taggaaaaga agtcagcgct taagaacaaa
     5461 attcaactta taaaataaaa gaagcgattc atctaaaaaa aaagagtgtt gtttttcaac
     5521 agcactcttt cctgttattt aaaaaaatat ttataaggct gaagatttgc tcttgtaaaa
     5581 gttaagcctt gaatttttaa agaattacaa aaaaagattt taatgagttt ttttgtgtta
     5641 agcaactttt tcaaaatgac ttcggcattt gcttctattc attttttgtt tttttgtggg
     5701 ccaggcattt gttctctgat taaagatcgt tgcgtcgccc tcttgtacgg caaaccatcg
     5761 cgcagctttt ctcacatttt cttaaaaaaa agcagtttta tttgccttaa attattttga
     5821 aactttcact aagaagctgt ttataaatta ttttgagaag taacttaatc atattttctc
     5881 tgcggcgctt tgcgaaaact tttgtatttc tctgcggtta actttttctt aaacgcagac
     5941 aacacagaga aaagacaacg cagaggagcg cgagtaaaaa aaataacttt tattagattt
     6001 tagctgccag aaatgcttta tttcaacaac tgtttaaatc tttttagatc gtctgtttca
     6061 gcgacagaaa gcacctcgtt gttatcatat ttcgatttaa gaaataacac tcttttatgc
     6121 tgcggatatt ttgccaaaat ttcttctatc aactgcccgg cgttttcatc tttttcaaat
     6181 aacggctttg gctgcggcaa tggatcttta tcgcgtgtct gcattttatt tatgatagcc
     6241 tctaatgttg caagcttgcc cggctgtata tcttttattt tcgaagcttt gccatgcaat
     6301 ccctgcaact gttttttact gaggctacct cgttcaccgt attgtttata caaacttata
     6361 acgaacgaag aaaccgggta agctaaaatg cattcctcca atacttcatt cacaatatct
     6421 acctcaggtt ttttcttaat cattttattt tataagctaa agtttaaatc cttcgacttt
     6481 tgtattctaa ctcctaactc ctatctccta tcttccctcc ttcctcacaa tcagcttttc
     6541 tttttcaggc ttgaaacata ttcgatcagg tctactgcat cctgctgctt catt
//
LOCUS       SEQF2637|AYYD01000687.111041 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11041
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             285..1247
                     /locus_tag="SEQF2637_00385"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEIIEIDPIGMKKLDNGQHVHFHSRAYDLVNEYEPAKIGLPEP
                     LKTEWKGNIDTEEDIGKEVVAETLTKTMNKKNEERDRILTYIFRLIRACVFSPEDAEE
                     KAASELALVINSYGRVQRESFDRQSSHIDGLLVDLKKTENAAHVTTLRLTSALAKLEA
                     ANGECKKLYLQSVKNPHRSNLPTAAEVRPKTDAIYNRVVFMLKAAYVSGVASVDKAAL
                     KQLAEHLNSLVDRTDKAYHQSLAQKKSAADKKKKKPDTPPQPKEPKPKKPKEGDKPDI
                     HLPEPEAPKKPEGSGEGKKPDTGSGGGGGAPGGGSSPEITLPEE"
     CDS             1340..1582
                     /locus_tag="SEQF2637_00386"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTTGKVEIALHLDKGLIDQLEKEAKRENKSLNGYVEKMLRKLI
                     RRQPNPETMEAIREARENDNLEVLDVDHFKEFVASL"
     CDS             1678..2544
                     /gene="ytnP"
                     /locus_tag="SEQF2637_00387"
                     /EC_number="3.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34760"
                     /codon_start=1
                     /transl_table=11
                     /product="putative quorum-quenching lactonase YtnP"
                     /translation="MTIQLFNAGLFYADGGAMFGAVPRTAWGRRYEADHLNRCVLAMQ
                     IGLVRVEDRILLIDTGVGTKHLERLSRSYYAFHQLTDPAVTLTRLGIRPDDVTDVILT
                     HLHFDHCGGTTRMDDLGRIVATYPRARVHVSRAQLDACAAPNALEKDSFSTEHIDAIR
                     HAGLLSPIDTFETLIHPLVRLTLHDGHTDGQIAVRIQRPDGGPGVLFPGDIIPTAAHL
                     SPTWISAYDIRPLDSYRERCLLLDEAARDHLRVVFCHDAYRPSALVRKTNDFYTASPT
                     PSPTAQPEIFSI"
     CDS             2867..3637
                     /gene="soj"
                     /locus_tag="SEQF2637_00388"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37522"
                     /codon_start=1
                     /transl_table=11
                     /product="Sporulation initiation inhibitor protein Soj"
                     /translation="MGKVIALANQKGGVGKTTTTINLAASLAALEKRVLVIDADPQAN
                     ASSGLGVDIKNLPTSLYECLINGDEPQEAIVRTELDGLEVLPSHIDLVGAEIEMLNME
                     RREQILKRVVQPLRDSYDFILIDCSPSLGLITVNALTAADAVIIPVQCEYFALEGISK
                     LLNTIKIIKSKLNPSLEIEGFLITMYDARLRVANQIYEEVKRPFQDLVFKTVIRRNVK
                     LVEASSFGRPILLYDAESQGSTNHMQLAQEIIEKNTTA"
     CDS             3651..4553
                     /gene="parB"
                     /locus_tag="SEQF2637_00389"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83AH2"
                     /codon_start=1
                     /transl_table=11
                     /product="putative chromosome-partitioning protein ParB"
                     /translation="MAKATRNRLGRGLDALLAPPDEIVTSGSSSINEIELDRIEPNPG
                     QPRSIFEEESLEELAQSLRTYGVIQPIILKEKGDGHYLIIAGERRYRAAERIGLDKIP
                     AYIKTAEDENIAELALIENIQREDLNAIETALAYQRLIDANGFTQEQLSERVGKKRAT
                     VANYLRLLKLPAEIQVGLKDKRIDMGHARALLSVEDPEVQLALYEQILTQGLSVRTVE
                     ELARNASAEVKHQRAEADPERRPHKLLPDEFKILKEHLAAFFQTKVRLTYDERNGKGK
                     ITIPFTSEQELEGIMRLLDGMKQS"
     CDS             4561..5325
                     /locus_tag="SEQF2637_00390"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHRVSKVSQTLSRLLVCAAVWTALPAVVRAQQPDTLGTTLPDPA
                     DTLLRVDGLLVDSLTARELWHRADSATAPIGRTASSPLPAPFRPNPTRAVIYSAVFPG
                     LGQIYNRKYWKLPIVYGGFMGFVYAITWNNKNYRDYSEAYLHIMTDDVNSPSTWHQSW
                     QNFVPRNRDPKDYISNANFRSNLKSGKDYYRRYRDLSVILTVAWYFLCMADAYVDAQL
                     FDFDISPDLSLHLTPTVTPLTNRSSAAFGLACSIHF"
     CDS             5384..6940
                     /gene="mltD_1"
                     /locus_tag="SEQF2637_00391"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase D"
                     /translation="MKKLFFTVLGAASLIAPSTLFAQDDDDHNTQIIGEDYSILSTDS
                     TYEDVGLIPEVLDENVRALLQSWHAKYFSQSDPYCIDHDENAPVSDDVYRDRLSRMAT
                     IIPMDYNPIVRNCISIYADRRRELVRYVMAMADLYFPLFEQVLDQYDLPLELKYLAII
                     ESNLNPRAYSRAGAAGIWQFMLPTGKLFGLEINSLIDQRLDPIASTHAACKYFKQMYA
                     TFGDWYLVLASYNCGPGNVNKAIRRAGGRTSFWEIYPYLPRETRSYVPFFIAATYIMT
                     YHCEHNICPMRTSLSVATDTVMVDRLMHLRQVADVLNVDIEMLRTFNPQYKREIIPGH
                     IKPCVLKLPVAATYAYIDKKDTISAYRADELLAAYLPKRYTEPSSDDQEDKPSEPKTE
                     MIRYTVKSGENLYTIANKYGVTAQNIRKWNNLRTNRVPRGKRLTIYVDTGGVTYDGKR
                     ADGSEAGENTYTARPASRRTAMSTRARTAAARKAAARKKATAQKKSKKGATTKKGAAG
                     KKTTKARKRR"
     CDS             7000..9261
                     /gene="spoT"
                     /locus_tag="SEQF2637_00392"
                     /EC_number="3.1.7.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KNM2"
                     /codon_start=1
                     /transl_table=11
                     /product="Guanosine-3',5'-bis(diphosphate)
                     3'-pyrophosphohydrolase"
                     /translation="MNAQDDRPESENQMIQDEFNRLIDDYCHSNHRRKIERITKAFNF
                     ANQAHKGVRRRSGEPYIMHPLAVARIVCNEMGLGSTSICCALLHDVVEDTEYTVENIR
                     DMFDDKIAQIVDGLTKISGVVFDEHASAQAENFRKLLLTMSSDIRVILIKLADRLHNM
                     RTLSSMLPAKQYKIAGETLYLYAPLAHRLGLFAIKTELENLSFKYEHPREYELINQKL
                     AATEGARNRLFEHFAKPVDEKLQAMGLHYEMRARVKSAFSIWNKMNAKSVPFEDIYDI
                     FAVRIVFEPKEGIDEKNLCWDIYSAITDIYRIRPDRLRDWVSRPKSNGYQALHLTVMG
                     PDGQWIEIQIRSRRMDEIAEKGFAAHWKYKEKHVEEDTELDKWLATITEILENPNPDS
                     LDFLDTVKMNLFSSEIFVFTPKGELKTLPQGATALDFAYALHSDVGDTCIGAKVNHRL
                     VPLSHKLSSGDQVEVLTSRSQKPSADWLAFVVTAKARSKVEAYLKRVRREASKAGEAK
                     LLAALHKSGFEAPASSLLDKIAVYYGFPTRDGLFYAIEKGEVTLPDNLKKIVQEKTDN
                     VLFKYLKQALRMGKKREMMTILPTPAGPKKELPKFDRKKPYYLCEDEFNRNYVIAGCC
                     KPIPGDEALGFINDDGNVVVHKISCPIALRLKSSFGERILSTVWSNHINTSFEATLEV
                     KGIDSIGLLNTITRTISESFNVNITKLTIEAKDGVFEGKIKMMVHNVEDIQNICVTLA
                     KNTHIKSVARVAD"
     CDS             complement(9700..10932)
                     /gene="murF"
                     /locus_tag="SEQF2637_00393"
                     /EC_number="6.3.2.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11880"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramoyl-tripeptide--D-alanyl-D-
                     alanine ligase"
                     /translation="MTPGSLFFALKGDTFDGNAFALQALSDGCAYAIVDDPALPDDPR
                     LLRVDSVLEALQGLARLHRETLRTLIVGITGTNGKTTTKELVAAVLARRFRTLCTEGN
                     FNNHIGVPLTLLRLTKAHELAVVEMGANHPGEIRDLCAIARPDCGLITNVGRAHLEGF
                     GSFEGVVRTKGELYDFIRTTGGRIFIDEDNEHLTAIAGGTDSVGYGCAMRPATFIAGQ
                     TVDGPPPFLAFAWQERGDDRQHTVTTRLVGGYNLKNALAAVAVGRTFGVPADDISRAI
                     ADYTPTNNRSQWMETSRNRLLIDAYNANPSSMRAAIDNFAAWTVAPKAVILGDMYELG
                     EESPSLHAEVVRRLESCGFDRVILCGPRFAAVGGPFTCYPTVDSLSAALAESPLSGYH
                     ILIKGSHGMHLERLIAAL"
ORIGIN      
        1 cccgccgggt tttgggcttt gccactcgac atggagcgaa acccgccggg ttttgggctt
       61 tgccactcga catgaagcaa aacccgccgg gttttgggct ttgccacaag tttgaatgaa
      121 acccggcggg ttttactcgg atctgtggca aacgcagacc gttcgccgat cggtcgtggg
      181 gcgcagcgca cgtcccggat ccgaaaagtg acgcgtattt cttgcatcta tctgatctat
      241 gcttattttt gatcgttttt atacccattc aaattaatga cacaatggac gaaatcattg
      301 aaattgatcc catagggatg aaaaagctcg acaacgggca acacgtacat tttcacagca
      361 gggcttacga tttagtcaac gaatacgagc ctgcaaaaat cggtctcccg gagccgctca
      421 aaacggagtg gaaaggcaac atcgataccg aagaagacat cggtaaggag gtggtcgcag
      481 agacgctaac caaaacgatg aacaaaaaga acgaggagcg tgatcgcatt ctgacttaca
      541 tcttccggct gattcgtgct tgcgtcttct caccggaaga tgccgaggag aaggctgcgt
      601 cggagttggc gctggtaatc aacagctacg gacgggtgca gcgcgagtcg ttcgaccgcc
      661 aatcgtcgca tatcgatggc ctgctggtcg acctgaagaa aaccgagaac gctgcgcacg
      721 tgaccacgtt gcgcctcacg tctgccctcg cgaaattgga ggcggccaac ggggaatgca
      781 aaaagctcta tctgcagagt gtcaagaacc cgcaccgaag taatttgccg acggcggctg
      841 aagtgcgacc gaagacggat gccatttata accgcgtggt cttcatgctc aaagcggcct
      901 atgtctccgg cgtcgcgtcg gtcgataaag cggcactcaa gcagctcgcc gagcacctga
      961 acagcctcgt cgaccggacc gataaggctt accaccagag tctggctcag aaaaaatcgg
     1021 cggcggacaa aaagaagaag aaaccggaca ccccgcccca accgaaagag ccgaagccca
     1081 agaaaccgaa ggagggcgac aagccggata tccatctccc cgagccggag gcgccgaaga
     1141 agcccgaagg tagcggcgaa ggcaagaaac cggacacggg tagtggcggc ggcggtggcg
     1201 cgccgggtgg cggaagcagc ccggagatca ctttgccgga agagtgaaaa aacggaaggt
     1261 gaacccctaa aaaggcccgg tacccggcgg gttttccccc aggtatcggg cgctaatttt
     1321 tagattgatt gagatcatca tgggaacgac agggaaagta gaaattgccc ttcatctgga
     1381 taaaggtctg atcgaccaac tggaaaaaga ggcgaagagg gagaacaaaa gcctgaacgg
     1441 ctatgtagaa aagatgcttc ggaagctaat ccgtcgtcag cctaatcccg agacgatgga
     1501 agccattcgt gaagcccgcg agaacgacaa tttggaggtg ctcgatgtcg atcatttcaa
     1561 agaattcgtc gcctcgttgt agatcttaaa gtgtcgacag ttcccatttc atttctcacc
     1621 gaatgacgca cccacgcagc gaaaccattg accatccctc atcaatcatc ccacgccatg
     1681 actatccaac tttttaacgc aggacttttt tatgccgacg ggggtgccat gttcggcgcc
     1741 gtgccacgta cggcttgggg acgacgttac gaggcggatc acctgaaccg ttgtgtgctg
     1801 gccatgcaga tcggtctggt ccgtgtcgag gatcgcatcc tgctgattga cacaggcgtc
     1861 ggcacgaaac atctggaacg gctcagccga tcgtattacg cttttcatca attgacggac
     1921 cccgccgtta cgctgactcg cctcggcatc cggcctgacg acgtgacgga cgtcatcctc
     1981 acccacctgc actttgatca ctgcggcggc acgacccgaa tggacgactt ggggcgcatc
     2041 gtagccacct acccgcgcgc tcgcgttcac gtcagccgtg cccagctcga cgcctgcgcc
     2101 gctccaaacg ccctcgagaa agactccttt tccaccgaac atatcgacgc catccgccac
     2161 gccggcctcc tctcccccat cgacacgttc gagacgctca tccatccact cgtccgcctg
     2221 accctacacg atggccacac ggatgggcag atcgccgtcc gcatccaacg ccccgacggt
     2281 gggccgggcg tgctcttccc cggcgacatc atccccacgg cggcccacct atcccccacg
     2341 tggatctcgg cctacgacat ccgccccctg gactcctacc gcgagcgctg cctcctgctc
     2401 gacgaggccg ccagagatca cctccgcgta gttttctgtc acgacgccta tcgcccctcc
     2461 gccctcgtcc gcaaaacgaa cgacttctat accgcctccc ccaccccatc gccgacagcg
     2521 caacccgaga ttttttccat ctgacacgca tggaggaatc cgtttccttt cagtagatcc
     2581 ccgtcgaccc ttaggtaggt gccggcgtag gggcgtattg aatacgtccc ttgggacgct
     2641 tcgcaagagg cgtagattag gcgttaggtg catgcggagc gtctgttttt ccctcccaac
     2701 gaggctcccc caccctatca ccgacagcac ttcccgccac gttagggccg ttccacgcat
     2761 ggacgtattc caataaacac aaaacagaac tacctttgcg ccgaacaaag gccgacgcag
     2821 aacgtggaac aagccgacct ttgacttgtc tcaaagccaa tattcaatgg gaaaagttat
     2881 cgcattagcc aatcaaaaag gcggcgtggg aaagaccacg acaacgatca atctggctgc
     2941 ctcgctggct gcgctggaga agcgcgtgct cgtcatcgac gccgatccgc aggccaacgc
     3001 ctcctccgga ttgggtgtcg acattaagaa tttacccacc tcgctctacg aatgccttat
     3061 caatggcgac gagccgcagg aggccatcgt gcgcaccgaa ctcgatggac tcgaggtgct
     3121 cccctcgcac atcgatctgg tcggcgccga gatagaaatg ctcaacatgg agcggcggga
     3181 acagattttg aagcgcgtcg tccagcccct ccgcgacagc tacgacttca tcctcatcga
     3241 ttgctcgccc tcactcggac tgatcaccgt caacgccctc acggccgcag acgcagtcat
     3301 catccccgtg caatgcgaat attttgccct tgagggcatt agcaagctgc tgaacacgat
     3361 caaaatcatc aagtcgaagc tcaacccatc cctcgagatc gaaggttttt tgatcaccat
     3421 gtatgacgca cgcctccgcg tggccaatca gatctacgaa gaggtcaagc gccccttcca
     3481 agacctggtt ttcaagaccg tcatccgccg caacgtcaaa ctggtcgagg cctccagctt
     3541 cggccgaccc atcctcctct acgacgccga gtcgcagggc tcgacgaacc acatgcagct
     3601 cgcccaggag attatcgaaa agaacaccac cgcataaata cgcacctctt atggccaaag
     3661 ccacacgcaa cagattaggt cgcggactcg acgcactgct cgccccgcca gacgaaatcg
     3721 tgacgagcgg atcgtcgtcc attaacgaaa tagagcttga tcgcatcgag cccaaccccg
     3781 gacagccacg ctccattttc gaagaagaat cactcgagga attggcccag tccctccgca
     3841 catacggcgt catacagccg atcatactca aagaaaaagg cgatggccat tacttgatca
     3901 tcgcgggcga gcgccgctat cgggctgccg aaaggatcgg gttagacaag atccccgcct
     3961 acatcaagac cgccgaagac gagaatatcg ctgagctggc cctcattgag aacatccagc
     4021 gcgaagatct gaacgccatc gaaacggccc tcgcttatca gcggctcatc gacgccaacg
     4081 gatttacgca agagcaactc agcgagcgcg tgggcaagaa gcgcgccacg gtggctaact
     4141 acctgcgttt gcttaagctc ccggcggaga ttcaggtcgg actcaaggat aagcgcatcg
     4201 acatggggca cgctcgcgcc ctgctctcgg tggaggatcc ggaggtgcaa ttggccctct
     4261 acgagcagat tttgacgcag ggactctcgg tgcgcaccgt cgaagagctg gctcgcaacg
     4321 cctccgccga ggtcaagcac caacgggccg aggccgaccc cgagcgccgt ccccacaagc
     4381 tcctcccgga tgaatttaag atcctcaagg agcatctggc cgcttttttt cagacgaaag
     4441 tgcgcctcac ttacgacgaa cgaaacggca aggggaagat caccatcccc tttacctcag
     4501 agcaagaatt ggaaggcatc atgcgcctac tggacggcat gaagcagagt taaacgagat
     4561 gtgcaccgcg tgagtaaggt cagtcaaacc ctcagccgac ttttggtctg cgccgccgtc
     4621 tggaccgcgc tacccgccgt ggtgcgggcc cagcagccag acacgctcgg cacaacccta
     4681 cccgatccgg ccgataccct gctccgagtc gacggcctgc tcgtcgacag cctcaccgcc
     4741 cgcgagcttt ggcaccgcgc cgattcggcc accgcgccca tcggacgcac cgcctcctcg
     4801 ccactccccg cccccttccg cccgaaccct acacgcgccg tgatctattc ggccgtcttc
     4861 cccgggctgg gtcagatcta caaccggaaa tactggaaat tgcccatcgt ctatggcggc
     4921 ttcatgggtt tcgtctacgc cattacgtgg aataacaaaa actaccgcga ttattctgag
     4981 gcctatctgc acattatgac ggacgacgtg aattcgccct ccacctggca tcagagttgg
     5041 caaaacttcg tgcctcgcaa ccgcgacccg aaggactata tttccaacgc caattttcga
     5101 agcaacctca agagtggcaa ggattattac aggcgttatc gagaccttag cgtgatcctg
     5161 accgtcgctt ggtactttct ctgcatggcc gatgcgtacg tcgacgcgca gctcttcgat
     5221 ttcgacatct cccccgatct gtctctgcac ctcaccccga ccgtcacccc actaacgaac
     5281 cgatcgtccg ccgcgtttgg tttggcgtgc agtatccact tctgatagcc gtatgctcca
     5341 ctttttccac ccgaacacat agactattta ttcaacgcac gatatgaaga agctcttttt
     5401 tacagtcctc ggcgcggcgt ccctcatcgc cccgtcaacc ctttttgcgc aggacgatga
     5461 cgaccataac acgcagataa tcggtgaaga ctattcgatc ctctccaccg attcgaccta
     5521 tgaggacgtc ggacttatcc ccgaagtgct cgatgagaat gtgcgcgcac tcctccaaag
     5581 ctggcacgcc aaatatttct ctcagtcgga cccctactgt atcgaccacg acgagaatgc
     5641 ccctgtatcg gacgatgtat accgcgaccg gctctcgcgc atggccacca ttataccgat
     5701 ggactataac ccgatcgttc gcaactgtat cagtatttat gcagaccgac gccgcgagct
     5761 ggtgcgttat gtcatggcga tggctgatct ctatttccca cttttcgagc aggtgctcga
     5821 ccaatacgat ctcccgctgg aattgaagta cctcgccatc atcgaaagca atctcaaccc
     5881 ccgagcgtat tcgcgcgcag gtgccgcggg catttggcag ttcatgttgc ccaccggcaa
     5941 gttgttcggt ctcgagatca acagtctgat cgatcaacgc ctcgacccga tcgcctccac
     6001 acacgcggct tgcaagtact tcaagcagat gtatgccacg tttggcgact ggtacttggt
     6061 gctggcctcc tacaactgcg gcccgggcaa cgtgaataag gccattcggc gcgcaggcgg
     6121 acgcacgagc ttttgggaga tctaccccta tctgccccgc gaaactcgct cgtatgtgcc
     6181 tttcttcatc gcggcgactt acatcatgac ctaccattgc gagcataata tttgccccat
     6241 gcgcaccagc ctttcggtgg ctacggacac ggtgatggtg gacagattga tgcacctccg
     6301 acaggtggcc gacgtgctga atgtggatat tgagatgctg cgcaccttca acccgcagta
     6361 caaacgcgaa atcatccccg gacacattaa gccctgcgta ctgaagctgc ccgtggctgc
     6421 tacgtacgcc tatatcgata agaaggatac catcagcgcc tatcgagccg acgagctgct
     6481 ggccgcctac ctgccgaagc gctatacaga gccttcttcc gacgaccagg aggacaaacc
     6541 ttccgagcca aagaccgaga tgattcgcta caccgtcaaa tcaggcgaga atctctatac
     6601 gatcgccaac aaatacggcg tcacggcgca gaacattcgc aaatggaaca acctgcgaac
     6661 gaaccgggtg ccgcgtggca agcgcctgac gatctacgtg gataccggtg gcgtaacgta
     6721 tgacggtaag cgcgccgatg gatccgaggc cggcgaaaac acctacaccg cccgcccagc
     6781 ttcaagacgc accgctatgt ccactcgtgc acgcaccgca gctgcccgca aggccgcagc
     6841 tcgcaagaag gccaccgcac aaaagaaatc caagaagggc gcgacgacca agaagggcgc
     6901 cgcaggcaaa aagacgacca aggcacgcaa gcgccgctaa tcacctatgg gcgggccgat
     6961 ggcccgccca ttccacctca ctacctcata ttccccgtta tgaatgcaca ggatgatcgg
     7021 cccgagtccg aaaaccaaat gatccaggac gaattcaatc gcctgatcga tgactattgc
     7081 cactctaacc accgacgcaa aatcgagcgt atcacgaagg ccttcaactt cgccaaccaa
     7141 gcccataagg gcgtacgccg tcggtccggg gagccctaca tcatgcaccc gctggccgtc
     7201 gcccgtatcg tctgcaacga gatgggcctc ggctcgacct ccatctgctg cgctttgcta
     7261 cacgatgtgg tggaggacac cgagtacacg gtggagaaca tccgcgacat gttcgacgat
     7321 aagatcgctc agatcgtcga cggcctgacc aagatcagcg gcgtcgtttt cgacgaacat
     7381 gcctcagcgc aggcggagaa cttccgcaaa ctgctcctaa ccatgagcag cgatatccgc
     7441 gtgatcctca ttaagctggc tgaccgtctg cacaacatgc gcacgctcag ctccatgctc
     7501 cccgccaagc aatacaagat agccggcgag acgctctacc tctacgctcc gctggcccac
     7561 cgtctgggcc tctttgccat caaaacggag ttagagaacc tcagcttcaa gtacgaacac
     7621 ccccgagaat acgagctgat caaccaaaag ctcgccgcca ctgagggcgc tcgcaaccgc
     7681 ctcttcgagc acttcgctaa acccgtcgac gagaagttgc aggccatggg gctgcattac
     7741 gaaatgcgtg cccgggtcaa gtcggccttc tccatctgga acaagatgaa cgccaagagt
     7801 gtccccttcg aagacatcta cgacatcttc gccgtgcgca tcgtcttcga gccgaaggag
     7861 ggtatcgacg agaagaacct ctgttgggac atctactccg ccatcaccga catctaccgc
     7921 atccgccccg accgtctgcg cgactgggtg agccgcccca aatcgaacgg ctaccaggcg
     7981 ctccacctca ccgtcatggg gcccgacggc caatggatag agatccagat ccgtagccgc
     8041 cgcatggacg agatcgccga gaagggcttc gcggcgcact ggaaatacaa ggaaaagcac
     8101 gtggaggagg acacggaatt agacaagtgg ctggctacga tcaccgagat tctcgaaaac
     8161 ccgaaccccg attcgctcga ctttctcgac acggtgaaga tgaacctctt ctcgtccgag
     8221 atcttcgtct tcacccccaa aggcgagctc aaaacgttgc cccaaggcgc cacagcgctc
     8281 gactttgcct acgccctcca ctccgacgtg ggcgacacct gcatcggcgc caaggtgaac
     8341 catcgcctcg tgcccctgag ccacaaactc tccagcggcg accaggtgga ggtgctcacc
     8401 tcccgctcgc agaagccatc ggccgactgg ctcgccttcg tggtaacagc caaggcccgc
     8461 agtaaggtcg aggcctacct gaagcgtgtc cgccgcgagg cctccaaagc cggcgaagcg
     8521 aagctgttgg ccgccctcca caagtctggc ttcgaggcgc ccgcctcgtc actgctagac
     8581 aaaatcgccg tctactacgg cttccccacc cgcgacggcc tcttttacgc catcgaaaag
     8641 ggcgaagtca ccctgcccga taacctcaaa aagatcgtgc aagagaagac ggacaacgtg
     8701 ctcttcaagt acctcaaaca ggcgctgcgc atgggtaaga agcgcgagat gatgaccatc
     8761 ctgcctaccc cagccggccc caaaaaggag ctgccgaagt tcgaccgcaa gaagccctac
     8821 tacctctgcg aggacgagtt caaccgcaac tacgtcatcg ccggctgctg caaaccgatc
     8881 cccggcgacg aggccttagg cttcatcaac gacgacggca acgtggtcgt ccataagatc
     8941 tcctgcccca tcgccctcag gctgaagagc agcttcggtg agcgcatcct ctccaccgtc
     9001 tggagcaacc acatcaacac ctccttcgag gctacactcg aggtgaaggg tatcgactcc
     9061 atcggcctgc tcaacaccat cacgcgcacc atttccgaga gcttcaacgt gaacatcacc
     9121 aagctcacga tcgaggccaa ggatggcgtc ttcgaaggca aaatcaagat gatggtgcac
     9181 aacgtggagg acatccaaaa catctgtgtc acactggcta agaacaccca catcaagtcc
     9241 gtggcacgcg tggcggactg acccagagat cacaaacaac cagacagccc catcgatacc
     9301 tatcggtggg gctgtctgct gtatatccat gagcctggcg tgattattcg tcggcctgtt
     9361 gctcggggag acgcttcgga atacccgggc gaaaacggtg gcaggccgcc tgccaggact
     9421 atcggagact ctggtaacgg tggcaggccg cctgccagga ctatcggaga ctccggtgac
     9481 ggtggcaggc cacctgctag gactatcgaa cactccggta acgctgtcag gccgcctgcc
     9541 agggccatcg gacacttcgg tgatggtgtc aggccgcctg ccagagtcgc cgaacactcc
     9601 gacgatgttg gcaggcggcc tgccagcgtc gccaagtcaa aataagccgc ccattcgcgc
     9661 accggagtcg ccgcaagcct attccaataa agaggcccgt cacagcgccg cgatgaggcg
     9721 ctcgaggtgc atgccgtgag agcctttgat gaggatgtgg tagccgctca aggggctttc
     9781 ggctagggcg gcggagaggg agtcgacggt gggataacac gtgaacggac caccgacagc
     9841 ggcaaagcgt gggccgcaga ggatgacgcg gtcgaagccg caggactcga gccgacgcac
     9901 cacttcggcg tgtagcgacg ggctctcttc gccgagctca tacatgtcgc cgaggatgac
     9961 ggccttcggg gcgaccgtcc atgcggcgaa gttgtcgatg gccgcgcgca tgctgctcgg
    10021 gttggcgttg taggcgtcga tgagcaggcg gttgcggctc gtctccatcc actgcgaacg
    10081 gttgttcgtc ggcgtgtagt cggcgatcgc gcgactgatg tcgtcggccg ggacaccgaa
    10141 cgtgcgcccc acagccacgg ccgccagtgc gttcttcagg ttatacccgc cgacgagtcg
    10201 agtcgtcacc gtgtgctgtc ggtcgtcgcc acgctcctgc caagcgaaag cgaggaaagg
    10261 cggtgggccg tccactgtct gcccggcgat gaacgtcgcg gggcgcatgg cgcagccgta
    10321 acctacgctg tccgtcccgc ctgcgatagc cgtgaggtgc tcattgtcct cgtcgatgaa
    10381 gatgcgcccg cccgtagtgc ggataaagtc gtagagctcg cctttggtgc ggacgacacc
    10441 ctcgaacgat ccgaagcctt cgaggtgtgc ccggccgacg ttcgtgatca ggccgcagtc
    10501 cggtcgggcg atagcgcaga ggtcgcgtat ctcgccgggg tggttcgcgc ccatctcgac
    10561 gacggctagc tcgtgcgcct tcgtgaggcg aagcagcgtg aggggcacgc cgatgtggtt
    10621 gttgaagttg ccctccgtgc agagcgtgcg gaagcgtcgg gcgaggacag cggccacgag
    10681 ctcctttgtc gtcgtcttgc cgttcgtgcc ggtgatgcca acgatgagcg tgcggagcgt
    10741 ttcgcgatgc agccgagcga ggccttgcag ggcctcgagg acgctgtcga cgcggaggag
    10801 tcggggatcg tcaggcagcg ccgggtcgtc gacgatggcg taagcacagc cgtcgctgag
    10861 ggcttgcagg gcaaaggcgt taccgtcgaa ggtgtcgcct ttgagtgcga aaaagaggct
    10921 gccgggcgtc acgcgtcggc tgtcggtcgt gacggctggg tgacgcaaaa agagggggcg
    10981 gtgaggctgt cgacgagcag gccgtcgact cggagcaggg tatcggccgg atcgggtagg
    11041 g
//
LOCUS       SEQF2637|AYYD01000688.117040 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..17040
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             10..138
                     /gene="tnaA"
                     /locus_tag="SEQF2637_00394"
                     /EC_number="4.1.99.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00544"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophanase"
                     /translation="MDVVAAALKNVFDRRERITRGYRITKEHPIMRHFTVELAPAE"
     CDS             238..852
                     /locus_tag="SEQF2637_00395"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVKIFMGMALLMAAVLTLTSCGKDESFASKQRAERKAVEKFIK
                     ERGIEVLHRYPANGVFGKNQYYLIDDGLNEGKVYLHVIDSGNGNRAVMGRTDVLMRCS
                     GEDFFKRDTAIPFNLFVNEEAPIEFIYGTAQYVSSRGFYVHGDKKFYTASGFFLSPGV
                     ESALRYVGENATVSLIVCFVDGSAEQLEQYKPIFYDRVTFRFGD"
     CDS             complement(1544..2422)
                     /gene="nikMN"
                     /locus_tag="SEQF2637_00396"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D5AQY8"
                     /codon_start=1
                     /transl_table=11
                     /product="Fused nickel transport protein NikMN"
                     /translation="MLHGSICPVTATIAIAGVAAATLFARKSDTRPSASRFALVSGTV
                     FALQMLNYPIGGGLSGHALGGLLASSLLGTPFGILSVSLVLLLQTLLFADGGLLMLGA
                     NTLNMALIGAGLGGALHARLQAHVSRSVSLVASAGLSVMAAVGALVAELSAAGVGSPA
                     LYTSLAIHHIPVALGEGLVTLLLYRLLSAVPLTDAAKGASPVTRSAVWTVYGALLIGA
                     LLLAPLASASPDALEGTLSSFHLLPDAPNFAHAPWADYQFTADGGYLSTFLAALAGLG
                     ATLLSAMLLRRAISRA"
     CDS             complement(2568..3353)
                     /gene="cmpC"
                     /locus_tag="SEQF2637_00397"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55107"
                     /codon_start=1
                     /transl_table=11
                     /product="Bicarbonate transport ATP-binding protein CmpC"
                     /translation="MYIEIDHLCKRVVARDTDGVRREHVILDDITLSIDRGEFVCLLG
                     FSGCGKSTLLNLLAGFDQPTSGCITVDGQPVTRPSSSRVMIFQQYGLLPWRTVEQNVM
                     LGLEAQRLPRVDRQRLAEEHLRLVGLSDQASNFPARLSGGQQQRVALARGLAVNPQVL
                     FMDEPFAALDPITRHRLQDDLLRIVSERSKTVVFVTHDIHEAIYLADRIVVLSSSPGR
                     VRRVLTIDSPRPRSRDSGAFARQYDLLYHELYSLSKQPIEYYI"
     CDS             complement(3439..4209)
                     /gene="cmpB"
                     /locus_tag="SEQF2637_00398"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55106"
                     /codon_start=1
                     /transl_table=11
                     /product="Bicarbonate transport system permease protein
                     CmpB"
                     /translation="MKGKAFLKALYYTVASFTMVIVLWQVAIMVWRPSDFLLPSPLAV
                     LRALVAWVVDGTLALGLRDSLGRFVMGYSAAVAVGVAFGLLLGLCNSLFRYAYPLIQL
                     VRPIAPVAWMPFIVLLLGIGDAPAIVIIFLAGFFPVLLTTASATHRIDPIYAKVAANY
                     GMARSAYVFRIVLPAIFPQIANSLHIALGTSWIFLVSGEMMGTQTGLGYMIIDARNNM
                     RTDQLLATMIVIGAAGFALDLLVGRLTSSVLKRWGAAA"
     CDS             complement(4212..5132)
                     /gene="ssuA"
                     /locus_tag="SEQF2637_00399"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40400"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative aliphatic sulfonates-binding protein"
                     /translation="MGRVAALLLTLSLMALTASCRKSGAADEHTIRLAYLPISHALPV
                     IETASDPELRVELIRYGSWPELMDALITGRVDGASVLIELAMKARERGAPLTAVALGH
                     RRGNVIVAGAGVASAEALRGRVFAIPHRNSSHYLLFRSLLEQHGLQPSEVQVVELSPS
                     EMPSALFTGQIGGYCVAEPFGAVGIARSGGHVIGESDALWPDGLCCALVLNNRMIEQR
                     PSLAARLVKAYHAAGNRLSDPNVALRTLKQISRQPDDVLRASLRWIDFSQLTITETAY
                     RDLAERMRRYGLSEAPPEYADFVNPIVDQQ"
     CDS             complement(5120..7174)
                     /gene="cooS2"
                     /locus_tag="SEQF2637_00400"
                     /EC_number="1.2.7.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9F8A8"
                     /codon_start=1
                     /transl_table=11
                     /product="Carbon monoxide dehydrogenase 2"
                     /translation="MSPHSSHDHVHTHEEQAHTHGISYAHSHTHSHGHGHPHVHGGTE
                     DYMAAVNAYRKTFSNKQRVIEQTPDPAVREMLLHMQEMGLETVFDRFDAQQPQCNFGL
                     AGTCCKNCFMGPCRITKKAPRGVCGADADLISARNLLRHVAAGTAAHGARGRESMLAL
                     KMAAEGKAPIAIEGEEKIRAVCKTFGIEQEGRSLNELAGEVADILLADLSRTVPDKHR
                     TLYAFAPKERIEAWEKAGIMPLGPYHEAFESLHRTSTGTDGDWRNCMHQFLRTGVSFA
                     WSSCLGSSIAMDSLYGLPQRSTSKINLGALRMGYVNIAVHGHSPLLVSEIVRVGRSDE
                     MVELAKSKGAKGIQFYGICCSGLSAMYRYGGVIPLSNAVGSELVLGTGAIDLWVADVQ
                     DVFPSIMDVAYCFRTTVVTTSDSARLPGAEHYGFDHEHSNIGEINSIARKIVTRGIES
                     FVDRRDIPVKIPQYEVEAEMGFSVEWAGKHFERGLRDLADALRSGKIRGIVNLVGCNN
                     PRLVYEKAIVEVAQILLKNDILIFTNGCASFGLLKLGFCSKKALDWCGDGLREFLVDQ
                     PPVWHLGECLDNARASAFFSGIAAAAGAAIKDMPYAFTSPEWSNEKGICAALAFRLLG
                     INSYHSVYAPVQGSPGVAEFMATGTKEPLGSEMVVDVDHISLANKIVEHISNKRQALW
                     GE"
     CDS             complement(7897..8439)
                     /locus_tag="SEQF2637_00401"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGIVIPFGFPRLSAKQNRDSFLRLRTLREAKSRFIFASPDTPGS
                     EIAIRFCVSGHSGKQNRNSFWAFGDSGKRNRNSFWASGDSGKRNRNSFWPSGDSGKRN
                     RNSFLASRGLGNANRNSFLASRSLENANRNSFLASRSLGNANRNSFFASLSLRRAKSQ
                     FILGFMDTPSMLIEDYFMLH"
     CDS             8955..11942
                     /locus_tag="SEQF2637_00402"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative FAD-linked oxidoreductase"
                     /translation="MDTKNYEAFLAEIGSYLDKDQVYTDELRTLGWGTDAGFYRLIPK
                     VVVRARDEEDVSRIVRACHKHKLPFTFRAAGTSLSGQSVSDSVLIVAGKHWEKYEISD
                     DRNSIRLQPGIVGSQVNRVLKPYGRVFPPDPASIGSAMVGGIVCNNASGMNCGVHANS
                     DRMLISARIILPDGTLVDTGNEASKASFRRTHSEMIRRIENLRDRVRADKKLAERIRY
                     KYSIKNVTGLNLRPLIAYDDPFEIMAHCMVGSEGTLAFLSEVTMRTLYDYRFRASAMV
                     YFHTMEESCRAVVAMKGMKATEKDIEMSAEDLVVKSAEMLDYLSLGSVNDPVFLQYKK
                     DVDAGLVPGVQPGDYHNLTAILTETKAVTHEELLSKIDRVKQCLANFNLYQQPEFTDD
                     PQIYGKYWAIRSGIFPSVGGTRPEGTTCLIEDVAFHLEDLPVATVKLQKLIADYGYSD
                     ACIYGHAFEGNYHFILNQSFHTEAEVKRYESMMRDVARLVVEEFDGSLKAEHGTGRNM
                     APFVKYEWGEAAYAAMKELKQIFDPENLLNRGVIFNDDPQCFIKNFKPLPVLDFRFDN
                     IPDGGQFLTLAEGSRSSTKDMVEGVRRANKCIECGFCEVNCVSCGFTISSRMRIVVQR
                     EIRDLENRGADPERVARLRKLYEYYGDATCAADGLCATSCPMKINTGDLTHLIRQLNM
                     MQNPTGYRVGKFAADHLGGLKSNLRLVLGAANLGHTLLGTSLMSGICSGAHRVGLPLW
                     TSAMPRSFRQPKPGTHVGHGDLKVVYFPSCINQTMGVAKGSPVKNTVVEEMCSLINKA
                     GYEVIFPRNMDRMCCGQIWESKGMMDIADRKSGELEESLWEASEHGRYPILCDQSPCL
                     HRMRKVISRMKLYEPVEFIMTYLVDRLTFHKTDRRVAVHVTCSTKEMGLGSQLLELAR
                     LCSDNVVEPEGIGCCAFAGDRGFTYPESNRYALRKLRPQIEKMQVVTGYSNSRTCEIG
                     LQSNSGIPYMSIAYLVNECTEAR"
     CDS             12335..16813
                     /locus_tag="SEQF2637_00403"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCPIIGQASYTRYTDIKTLKYIFIALLAVALLLYGLPVVLVHVP
                     AVQRRLAKGASHLLTAKLGAPVKLGEVDITWPDGLTLRKVAIDDLSGRPLLRADRLSG
                     GIDLGALLLGQVRFTSARLIGFDIQLRKANPDSPLNAQFIFDALASKDTTSTGGIDLA
                     IRGIRLSRGRMSYDVGHGQPLAGRFDATHLRADDIDAKATLHELHGDRLRVEVHRLRF
                     RERSGLEIRHLSGNLRKLGKQLELRHLLLHLPRTYLHIAVATTRLPLDSDDTPIRLNL
                     QPSEVCLADLGALVPALSDLPETLRVAATVSGTLNNPVLDELSVSQGEALSLTARAML
                     RDVRYAQRLYVDGRVSRLQVTTAGAGMLLRRLGGDPSAALPSVIERLGTLHFSGEISG
                     FLDKLVAYGTLNSDVGRLAMDIMIGRDRSQRIATSLQGRIESSDLDMHRLFDEGNAFG
                     NAHFSAELDASEPIGGEWAGIVRARIDRLEYNQYGYENIELDGSFRPREFRGSVRMDD
                     PNGSIQADGLFLSDGASSAFDFTATVHHLRPDRLRLTDRYEEPDLSFAIRSNITGNSP
                     DNFRGTVCIDAPLFRTRTDSLALRSVCIEADGQSSDRRIAVRSELLDGELRGTFAVAD
                     LPAAFREVMHTCLPSVFEAPPKRTTTAGEPPRFALNASVRNTEVLSRLLGLPVTVVEP
                     ATIAADYDGRTGRVHLTADLPHFLAAGSTFRAGKLAADNADGPVRVQIEADRLQQEGN
                     QSHIHVEAEAESDRLKTRLAFRYPEAGVDLALSAATHFSMHTGADGRQALLADIDLEP
                     NRLVIRDSTWQTEPASVTIDGRDITIRNIHLANGSQYLRINGRLSERDPQETLLLDLN
                     DLELRDIFRIVDIPVLQFGGRATGTVRLNDLYGSHIISTDLDIRDFAFNDVVQGRLNL
                     FSAWDNARNGILMRGTIFKDSTTFTDVNGYIFPVGDSAGLALQFDAHNLDVGLLRPYL
                     DAFTHTLDGRATGRMRLYGTFSEINFEGSAMIRDGRIGVDFLNTVYSFNDSVRLTPTA
                     IEGRAITLTDRNGHTGTLDFTVRHNHLENFAFQADIAARNLLLYDVPRKMNPRIYGSV
                     SGTGTARLRGTEQLIDIDAAVTTDRQTAMSFDFNSASSAEDYGFIRFLPPVLTDTALA
                     LRPPLIVPTADDDATEIRINITTDITPDATFELVMDPIAGDRIRGNGTGNLQIKYSTN
                     ADLGLYGTYTIREGNYNFSLEQVLRKEFRIREGSRIDFRGNPTDALLDLSAVYALKAD
                     IEDLDERLASESGSQRTIPVNCILRLNGRLTSPAIAFDMEFPNSTGELARQVRAFIGT
                     EDMMTRQIIYLLAIGRFYTPGYSGNGFRAGELNAVASSALSAQLSGILSSLTDKVRIG
                     TNIRTQQDGTSDSDTEMEMLLSGRLLNNRLLFNGNFGYRGNYIQRNAFIGEFDLEYLL
                     GPTGDIRLKAYSHANDLYRYNFKLLTRQGVGILFHRDFTSPAELIRRRSPRPVQSK"
ORIGIN      
        1 gacaaccaca tggacgtcgt agccgccgca ctgaagaacg tcttcgaccg ccgcgaacgc
       61 atcacccgtg gctaccgcat cacgaaggag caccccatca tgcgtcactt caccgtcgag
      121 ctcgcgccgg cggaatagac cgtctgagaa acctcggaag cagtgaccgg tgcgtcgcaa
      181 tgccatgtct gcgtctattt ttgccgcccg tacaaaaccc ataagtagtt atacaagatg
      241 agagtaaaga ttttcatggg catggcgttg ctgatggcgg ctgtgctgac cctgacctcg
      301 tgcggcaagg atgagtcgtt cgccagcaaa cagcgggctg agcgtaaggc cgtcgagaag
      361 tttatcaaag aacgcggcat tgaggtgctg caccgctatc ccgccaatgg cgtcttcggc
      421 aagaaccagt attacttgat cgacgacggc ctgaacgaag gcaaagtcta tctgcatgtg
      481 atcgactccg ggaatggcaa ccgcgccgtg atgggccgca cggatgtgct gatgcgttgc
      541 agcggcgaag acttcttcaa gcgcgacacg gcgatcccct tcaacctctt tgtcaacgag
      601 gaagcgccga tcgaatttat ctacggcacg gcgcagtatg tctcctcgcg aggcttttac
      661 gtacacgggg ataagaagtt ctacaccgcg tctggtttct tcctcagccc cggcgtggag
      721 tctgctctgc gctacgtggg cgagaacgcc accgtcagcc tgatcgtctg ctttgtcgat
      781 ggcagcgcgg aacagttgga gcaatacaag ccgatcttct atgaccgggt gactttccgc
      841 ttcggtgatt gaccctcacg cgtcgggatt ggatcatgca aagactcgga gccagatgga
      901 aacagccatc ggttccgagt ctttgtatct catgcgagca gcccgccccg tcatgcgaca
      961 ttttgaggag cctgcgtgcc agcggccccg tcatgcgaca ttctgaggag cctgcgtgcc
     1021 agcggccccg tcatgcgaca ttttgaggag cctgcgtgcc agcggccccg tcatgcgaca
     1081 ttttgaggag cctgcgtgcc agcggccccg tcatgtgaca ttctgaggag cctgcgtgcc
     1141 agcggccccg tcatgcgaca ttctgaggag cctgcgtgcc agcggcaccg tcaagcgact
     1201 ttttcacgcc gctgcgtgcc agcggctccg tcaagcgact ttttcgtgtc gctgcgtgcc
     1261 agcgacgccg tcaagcgact ttttcacgcc gctgcgtgcc agcggagccg tcaagcgact
     1321 ttttcacgcc gctgcgtgcc agcgacaccg tcaagcgact ttttcacgcc gctgcgtgcc
     1381 agcgggcccg tcaagcgact ttttcgtgtc gctgcgtgcc agcgacaccg tcaagcgact
     1441 tttttacgtc gctgcgtacc agcgacgccg tcaagcgact ttttcgcgtc gctgggtgcc
     1501 agcggccccg tcaagcgact tgacggcccg atcgcatacc ttattacgct cggctgatgg
     1561 ctcgacggag cagcatagca gaaagcaacg tggcacctaa gcctgccaga gccgcaagga
     1621 aggtagacag atagcccccg tccgctgtga actgataatc tgcccaaggg gcatgcgcaa
     1681 agttcggtgc gtcgggcagt aggtggaaac tgctcagtgt gccctccaat gcgtcgggag
     1741 aggcggacgc caacggtgcc aaaaggaggg cgccgatcaa cagggctccg taaaccgtcc
     1801 acacagccga acgggtgacg ggagaggctc ccttcgcagc gtccgtcagg ggaactgcgg
     1861 agagaaggcg gtagagcagc agtgtaacga ggccctcacc cagagccacc gggatatggt
     1921 ggatggccag tgaagtgtaa agcgcgggcg atccgactcc ggctgcggag agttcagcga
     1981 caagtgcgcc tacggcagcc atcacagaca gtccggcgga ggcaaccagc gacaccgatc
     2041 ggctcacgtg cgcctggagt cgagcgtgga gtgcgccgcc cagacccgct ccgatgagcg
     2101 ccatgttcag cgtgttcgca ccgagcatca gcagtccgcc gtcggcaaag aggagagttt
     2161 gcagaaggag cacgagcgac acactcagta tcccgaaggg tgtaccgagc agactcgagg
     2221 cgaggagtcc gccgagggca tggccagaca ggccgcctcc gatcggatag ttcagcattt
     2281 gaagggcgaa gacggtgcca ctgacaagcg caaaccgtga ggcggacggg cgcgtgtcgg
     2341 acttacgtgc gaaaagggtg gccgcggcca ctccggcgat ggcgattgtt gccgttacgg
     2401 ggcaaatgct gccatgaagc atttctgatg gaaggtgcat aatgatgtga tgttgttgtg
     2461 cggctatgcc gcggttagga atatatgagt tgggcggcct actggccgcg gttgttagtg
     2521 actttgcggg gcgcgtaagg gcgagtcgtc ggcccctgcg cataccttta tatatagtac
     2581 tctatgggtt gcttcgacag ggagtagagc tcgtgataga ggagatcgta ctgtcgggcg
     2641 aaggcacccg agtcgcggct tcggggtcgg gggctgtcga tggtgagtac tcgccgaaca
     2701 cgtccgggag aggaggatag gacgacgatg cggtcggcca gatagatcgc ttcgtggatg
     2761 tcgtgcgtga cgaagacgac cgttttgctc cgttcactca cgatgcgcag cagatcgtct
     2821 tgcaagcggt ggcgtgtgat cggatcgagc gccgcaaagg gttcgtccat gaagagcact
     2881 tggggattca ccgccagtcc gcgggccagt gccacacgtt gttgttgccc ccctgaaagc
     2941 cgggcaggaa agttgctcgc ctggtcagac agacccacca ggcggaggtg ttcctctgcc
     3001 aaacgctgcc ggtcgactcg cgggagtcgc tgggcctcca gaccgagcat gacgttctgc
     3061 tccaccgtgc gccagggtag caatccgtat tgttggaaga tcatcacgcg gctactggat
     3121 ggacgtgtca cgggctgacc gtcgactgtg atgcatccgg acgtgggttg atcgaatccg
     3181 gcgagcaggt tcagcagcgt ggacttcccg caaccggaga agccaagcaa acaaacgaac
     3241 tctccgcggt cgatgctgag cgtgatgtcg tccaagatga catgctcacg gcgtacgcca
     3301 tccgtgtcac gcgccacaac ccgcttgcat aagtggtcta tctcgatata catgtagtgg
     3361 aagctgaaga acgaaagact aagaacaaag aacgaaaaga gcgcacccgg gtgtggaggc
     3421 acctgttgct ccgcagactc atgcggcagc cccccagcgt ttgagtaccg aggacgttag
     3481 ccgcccgaca agtaagtcga gggcgaaccc tgcggcaccg atcacgatca tcgtggccag
     3541 cagttggtcc gttcgcatgt tgttacgtgc atcgatgatc atgtagccca gccctgtctg
     3601 tgtacccatc atctcacccg agacgaggaa gatccaggat gtgcctaagg caatgtgcaa
     3661 gctattggcg atctgcggga agatggctgg caggacaatg cgaaagacgt atgccgagcg
     3721 agccattccg tagttggccg ccactttggc atagattggg tcgatccgat gcgttgcaga
     3781 ggccgtcgtc agaagtacgg ggaagaaccc cgccaggaaa atgatcacga tagcgggggc
     3841 gtcgccaata ccaagaagca agacgatgaa gggcatccaa gccaccggcg ctatgggtcg
     3901 caccaactga atcagcgggt aagcatagcg gaagaggctg ttgcataaac cgagcagtaa
     3961 tccgaaggcg acgcccacgg ctacagccgc ggagtatccc ataacgaaac gccctaagct
     4021 gtcgcgtaag cctaacgcca gtgtaccgtc gaccacccat gcgaccaacg cccgaagaac
     4081 cgccagtggc gagggcaaca gaaagtcgct aggtcgccaa accatgatgg caacctgcca
     4141 caggacgatc accatcgtga acgatgccac cgtatagtaa agtgccttga gaaaagcctt
     4201 gcctttcatc cttattgctg atctactatg gggttcacaa agtccgcata ctccggcggc
     4261 gcctccgaca atccataccg acgcatacgc tcggcgagat cacggtaagc agtctccgtg
     4321 atggtcagtt gagaaaaatc gatccaacga agcgatgccc gcagcacgtc gtccggttga
     4381 cgactgattt gcttcaaggt gcgcaaggcc acattagggt cgctcagccg attgcccgca
     4441 gcgtggtaag ccttcactaa gcgtgcagcc agcgacgggc gttgctcgat catccgattg
     4501 ttgagcacca gtgcgcagca aagcccgtcg ggccagagcg catcagactc gccgatgacg
     4561 tgtccgccac tcctggcgat accgaccgca ccaaacggtt ctgccacaca gtacccgccg
     4621 atctggccag taaacaaggc ggaaggcatt tcggaaggcg atagctccac cacctgcact
     4681 tcggacggct gcaagccatg ttgctccagc agcgagcgga acaggagata gtgcgatgag
     4741 ttacggtgcg gtatggcgaa tacacgccca cgcagcgcct cggccgatgc gaccccagca
     4801 cccgccacga tcacgttgcc gcgacgatgg cccagcgcca ccgccgttag cggtgcgccg
     4861 cgttcacgcg ccttcatggc cagttcgatg agcaccgacg cgccgtccac gcgacctgtg
     4921 atcagtgcgt ccatcagctc gggccacgat ccatagcgaa taagctccac gcgcagttcg
     4981 ggatccgagg ccgtctcaat aactggcaag gcgtgcgaga tgggcagata agccaggcga
     5041 atcgtgtgct catccgccgc acctgacttg cggcacgacg cggtcaaggc catcagcgac
     5101 agagtaagca gtaaggcggc tactcgcccc ataaggcctg ccgcttgttc gagatatgct
     5161 ccacgatttt attggccagc gagatgtgat ctacgtcgac gaccatttca gacccgagcg
     5221 gctccttcgt gcctgtggcc ataaactccg ccacaccagg tgaaccctgc acgggggcgt
     5281 agacactgtg ataggagttg atgcccaaca agcggaaagc aagggcggcg cagatgcctt
     5341 tctcattgct ccattccggc gatgtgaacg catagggcat atccttaatg gctgcccctg
     5401 cggcggctgc tatcccactg aagaaagccg aggcgcgcgc gttgtcaaga cactcgccga
     5461 ggtgccacac gggaggctgg tcgactagga attcacgtaa cccgtcgcca caccaatcta
     5521 acgccttttt ggagcagaat cccagtttca gtaatccgaa cgacgcgcat ccgttggtaa
     5581 agatgaggat gtcgttcttg aggagtatct gcgccacctc cacgatggcc ttttcgtaaa
     5641 caagccgggg gttattgcag ccaactaagt tgacaatgcc gcgaatctta ccgctgcgca
     5701 gcgcgtctgc caaatcacgc agtccacgct cgaagtgctt accggcccac tctaccgaga
     5761 atcccatttc agcctctacc tcgtactgcg gtatcttgac cggaatgtcc cgacgatcaa
     5821 caaagctctc gatgccccgg gtgacaatct tccgcgcaat ggagttgatc tcgccgatat
     5881 tagagtgttc gtgatcgaag ccgtaatgct cggcgcccgg cagtcgggct gaatcgctcg
     5941 tcgtgacgac cgtcgtccgg aagcagtacg ctacatccat gatggacggg aagacgtcct
     6001 gcacgtcagc tacccaaagg tcgatcgcac ccgtacccag cactaactcc gatcccactg
     6061 cattggagag cggaatgact ccgccgtaac gatacatggc cgacaggccc gagcagcaga
     6121 tgccatagaa ctggataccc ttcgcgccct tagatttagc caactccacc atctcgtcag
     6181 atcggccgac gcgtacgatt tcactaacca gcagcggcga gtgtccatgc accgcgatgt
     6241 tcacgtaacc catgcgcagg gcgcccaggt tgatcttcga ggtgcttcgc tggggcaggc
     6301 cgtacagact atccatggcg atcgacgatc cgagacacga cgaccaagcg aacgagacgc
     6361 ccgtacgaag gaactgatgc atacagttac gccagtcgcc atccgtaccg gtggaggtgc
     6421 ggtgcaggct ctcgaaggct tcgtgatacg gcccgagcgg catgatgcca gccttctccc
     6481 atgcctcaat ccgttccttc ggggcaaagg cgtagagcgt gcggtgcttg tccgggactg
     6541 ttcgcgagag gtccgcgagc aagatatctg ccacttcacc tgccaattcg tttagtgacc
     6601 gcccttcctg ctcgatgcca aatgtcttgc agacggcccg gatcttctcc tcaccttcga
     6661 tggcgatcgg tgctttgccc tcagcggcca tcttgagtgc cagcatactc tcccgcccgc
     6721 gagcgccgtg ggccgccgtt cctgctgcca catgccgcaa gagattccgc gccgagatga
     6781 ggtcggcgtc cgcaccgcaa acaccgcggg gcgccttctt ggtaattcgg caggggccca
     6841 taaaacagtt cttacaacac gtacccgcta agccaaaatt acactgcggc tgttgtgcgt
     6901 cgaagcgatc gaagactgtt tcgagtccca tctcctgcat atgcagcaac atctctcgca
     6961 cggcggggtc gggtgtctgc tcaatgacgc gctgcttgtt ggaaaacgtc ttccgataag
     7021 cattcacggc cgccatatag tcctccgtac cgccgtgtac atgcgggtgc ccgtggccat
     7081 gactatgggt gtgggaatgg gcatacgaaa taccgtgggt atgcgcctgc tcttcgtgcg
     7141 tgtgcacgtg atcgtgtgat gaatgaggtg acatgtgatg aaactgtttt aggatgtgaa
     7201 tttttacggc gacaaaggtc cgggttcctg tcgaggcagg aaataccaca gtcatggtag
     7261 attgcagacc ctaacaatgg gaccgcccgc caatcgccct ccgcgatatg atcaagtata
     7321 gccgaccctc cgcggcatag cctacgcctt acctatctat tgatccgaag tcggtcattc
     7381 aggaggtaat cggcgcgtga atgtatggcg taccccccgc gtctaccggt tctttctgat
     7441 tccatgtcta ttcttcctcg gacgtcttga ggtgcgtatg cttttgcgcc cctaccctac
     7501 cggtagaaaa ggatacttca agtaacggat ctgtcaccag aaggcgcatg cataggcgat
     7561 tcttttgcgg ggtatgtcat cgggaggcat gtgcataggt gattctctta cggggtatgt
     7621 catcagaagg cgcatgcata ggcgatgctt ttgcggggta tgtcatcggg aggcatgtgc
     7681 acaggcgatt ctcttgctgg acgtgtatag acaactactt taagccatgg atgcctataa
     7741 cgacacgctg agggctacta ctatacgtat aggaagctca aaatgaatgg ctaagccgag
     7801 ctaccatctg cgcaggatag cccaaatgac tcactttaga cagctccttt gtctcattga
     7861 tgggtaagac gaatatgatt cgtaaactac tgattatcag tgaagcataa agtaatcttc
     7921 gatgagcatg ctcggagtgt ccatgaagcc caaaatgaat tgcgattttg ctctccggag
     7981 actcagtgaa gcgaaaaatg aattacgatt tgcgtttccg aggctccggg aagccaaaaa
     8041 tgaattacga tttgcatttt cgaggctccg ggaagccaaa aatgaattgc gatttgcgtt
     8101 tccgaggcct cgggaagcca aaaatgaatt gcgatttcgc ttcccagagt ctccggaagg
     8161 ccaaaatgaa ttacgatttc gcttcccgga gtctccggaa gcccaaaatg aattacgatt
     8221 tcgcttcccg gagtctccga aagcccaaaa tgaattacga ttttgcttcc cggagtgtcc
     8281 ggagacgcaa aaacgaattg cgatttcgct tcccggagtg tctggagacg caaaaatgaa
     8341 tcgcgatttt gcttcccgga gtgtccggag acgcaaaaag gaatcacgat tttgcttcgc
     8401 cgagagacga ggaaacccga aaggaattac gatacccatg caatgcgtct cttaaattgg
     8461 ggagataagt tgtgacgagg cttcatggat cggtggggat agccgaaaag acttacgatt
     8521 cctatgcagc gtgtcttcta tgttcgagag acgagttacg gtgtggcttc atggagcggc
     8581 aggggtatcc gaaagagtat gctgtggagc ttcatggaga gggggaggta agaagaggga
     8641 tcacggagag gcatgcgtcg gcgtagggcg atagcgatcc gaaaggcggg gacggatacg
     8701 ggcacagccg gaggtagggc gataccttat atataggcgt gcgcgcacat acgataatta
     8761 gtcaccgcat ggagtacgag ctatccaaaa gcgccgtata tttgccacgc aagtaccaaa
     8821 caggtatcac attcgttcga cgataaagaa atttagactt ccgtggcggt ccgtgtttgt
     8881 ccgccatacc tcgcagtaat taggttttgc cactccagat ggtttccagt tctaactaaa
     8941 catatcacac ctctatggac accaaaaatt atgaggcctt cctcgccgag attggcagtt
     9001 atctcgacaa agaccaagtg tataccgacg aattgcgcac cctcggatgg ggcacagatg
     9061 ccggttttta tcgattgatc cctaaggtcg tcgtccgcgc aagggacgaa gaagacgtat
     9121 cgcgaatcgt ccgcgcctgc cacaagcaca aactaccttt taccttccgt gccgcgggca
     9181 catcgctatc cggacagagc gtcagcgact ctgtgctgat tgtcgccggt aagcattggg
     9241 aaaagtatga gattagcgat gaccgcaata gcatccgctt acaacccggt attgtgggct
     9301 cccaagtcaa tcgggtactc aaaccgtacg gccgcgtctt tccgcccgat cccgcctcaa
     9361 tcggaagtgc gatggtgggc ggtatcgtct gcaacaatgc atcgggcatg aattgtggtg
     9421 tgcacgcaaa cagcgaccga atgcttatca gcgcgcgaat cattttgcct gacggcaccc
     9481 tggtcgatac cggaaacgaa gccagtaagg catccttccg gcgcacgcac tcggagatga
     9541 ttcgtcggat tgagaacctc cgagaccggg tccgagccga taagaagctc gctgagcgta
     9601 tccgctataa atacagtatc aaaaatgtga cgggtctgaa tctccggcca ctcattgcat
     9661 acgacgaccc gttcgaaatc atggctcatt gcatggttgg atcggaaggg acactggctt
     9721 tcctatccga ggtcactatg cgaacgctct acgattatcg ttttcgcgcc tccgcgatgg
     9781 tctacttcca caccatggaa gagagttgcc gtgcggtggt agccatgaaa gggatgaagg
     9841 caaccgaaaa ggatatcgaa atgagcgcgg aggacctcgt cgtaaagagt gccgagatgc
     9901 tcgactactt atcgcttggc tccgtgaatg atcccgtctt tctccagtac aaaaaggatg
     9961 tcgacgcagg tctcgttccg ggagtccagc cgggcgacta tcacaacttg acggccattt
    10021 tgacagagac taaggccgtg actcacgaag aattgctttc gaagatcgat cgcgtgaagc
    10081 aatgccttgc caactttaat ctctatcagc aaccggagtt cacggatgat ccccaaatct
    10141 atggtaaata ctgggccatc cgctccggga tattcccctc cgtgggcggg acgcgtcctg
    10201 agggcaccac atgcctcatc gaagacgttg cttttcactt agaggacctg cccgtggcta
    10261 ccgttaagct ccaaaagttg attgcggatt atggctacag tgacgcgtgc atttatgggc
    10321 acgccttcga gggcaactac cacttcatcc tcaaccaaag ttttcacaca gaggcagagg
    10381 tgaagcgata cgaaagcatg atgcgcgacg ttgcccggtt ggtggttgaa gagttcgacg
    10441 gatcgctgaa ggcagagcat ggcaccgggc gcaacatggc accgtttgtg aaatacgagt
    10501 ggggagaggc cgcgtatgcc gccatgaaag agttgaagca aatattcgat ccggagaatc
    10561 tgctcaaccg aggcgtgatc tttaacgacg accctcagtg cttcatcaaa aacttcaagc
    10621 cgctgccggt ccttgacttc cgctttgaca acatacccga cggcgggcaa ttcctgaccc
    10681 tggccgaagg ctcgcggtcg tccacgaagg atatggtgga gggcgtacga agggcaaaca
    10741 aatgtattga gtgcgggttc tgtgaggtga actgtgtctc ctgcggattt acgatctcgt
    10801 cacggatgcg gatagttgtc caacgcgaga tccgcgacct tgagaatcgt ggcgccgatc
    10861 cggaacgcgt agcccgattg cgaaagctct acgagtacta tggggacgcc acatgtgctg
    10921 cggacggtct ctgcgccacg tcctgcccca tgaagatcaa cacaggcgat ttgacgcacc
    10981 tcatccgtca gctaaacatg atgcagaacc ctaccggcta ccgcgtgggc aagttcgcag
    11041 ccgatcattt gggcggtctc aagagcaatt tgcgactcgt tctgggcgcc gcgaaccttg
    11101 gccacacact ccttggtacc tcgctgatga gcggaatctg tagcggcgca caccgcgtag
    11161 gccttccgct gtggacttcg gctatgcccc gcagctttcg acagcccaaa ccaggtactc
    11221 acgtgggtca cggagacctc aaggttgtct atttccccag ctgtatcaat cagacgatgg
    11281 gcgtcgcaaa gggatcgcca gtcaaaaaca cagtcgttga ggaaatgtgc tcgctaatca
    11341 ataaagcggg atacgaagtc atcttcccca ggaatatgga tcggatgtgc tgcgggcaaa
    11401 tctgggagag caagggaatg atggacatag ccgatcggaa aagcggcgag ctcgaggagt
    11461 cgctgtggga agcctcggag cacggtcgct accccatact ctgtgaccaa agtccttgct
    11521 tacaccgtat gcggaaggtc atcagtcgca tgaagctcta cgaaccggta gagttcatca
    11581 tgacttactt ggtcgaccga cttacttttc acaagaccga ccgccgggtg gctgtccacg
    11641 tgacttgctc gaccaaagag atgggcctcg gcagtcagct actggaactc gcacggctat
    11701 gctccgacaa cgtcgtagag ccagaaggaa tcggatgctg tgccttcgcg ggcgatcgcg
    11761 gcttcactta tcctgagtcg aaccgttatg cgctgcgtaa gctccgtcca cagatcgaga
    11821 aaatgcaagt cgtgaccggc tactctaaca gtcgcacgtg cgaaatcggt ctccagagca
    11881 actcggggat accgtacatg agtattgcgt acttagtcaa cgagtgtaca gaagcccgtt
    11941 gatgttgctg cggcccttca cccagccgca gtgaatgcct ccaccagatc gttttcccta
    12001 tcccagagac gaaatggttg cctctccctt atcgcatccc ctatcccggg cgcggtaagg
    12061 gagaactttt gaatacctct tccccttcgt ccagtctcgg caattgccta taccttatat
    12121 atagggctat cggagaggtg gagggatagg tattcggaac ctcttttccc cttcatccag
    12181 tcgccgcggt tggctacgct ttgttctatt tctgatcact cggtcgaggc gatcgcctat
    12241 accttatata tagggcaatc gggggcgcag cgggatagat gtttgaaggg gttagcgctg
    12301 agtaccgtat ttttgcacta ctcaaaacag gacagtgtgc ccaatcatcg ggcaagcctc
    12361 ctacacacga tacacggata ttaagaccct caagtacata ttcattgccc tactggccgt
    12421 cgcgttgcta ctctacggac tccccgtagt gctcgtgcat gtgcctgcgg ttcagcgacg
    12481 cctcgccaaa ggggcctcac acctgctgac ggctaagctc ggggcaccgg tgaagctcgg
    12541 cgaggtcgat atcacctggc ccgacgggct gacgcttcgc aaggtcgcca tcgacgacct
    12601 atcgggccgt ccgctgcttc gtgccgaccg actctcgggc ggtatcgatc tgggtgcgct
    12661 cttgctcggg caagtccgtt ttacctccgc ccgactcatc ggcttcgaca tccaactccg
    12721 gaaagcgaac cccgacagcc cgctgaatgc ccaattcatc ttcgacgcgc ttgcctcgaa
    12781 agacactact tcgaccggcg gcatcgattt ggctatccgc ggcatccgac tctcccgcgg
    12841 acgaatgagt tacgacgtag gtcacggcca accacttgcc ggccgattcg atgccaccca
    12901 cctccgcgcc gacgacatcg acgcaaaagc tacgcttcac gaactacacg gcgaccggct
    12961 tcgtgtcgaa gtgcaccgtt tgcggttccg cgagcgatcg ggattggaga tccgccatct
    13021 gtcgggcaac ctccgcaagc tcgggaagca gctcgagctt cgccatctcc tactccacct
    13081 accgcgcact tacctacaca tcgccgtagc gacaacccgc ctgcctctcg actcggacga
    13141 cacaccgatc cgcctcaacc tccagccctc ggaagtttgc ctcgcagacc tcggagcgtt
    13201 agtgcccgca ctcagcgatt tacctgagac attgcgcgtg gcagccaccg tgtccgggac
    13261 attaaacaat cccgtgctcg acgagctatc ggtgagtcag ggtgaagcgc tatcgctcac
    13321 cgcgcgggct atgctccgcg acgtacgcta tgcacaacga ctctatgtcg acggtcgcgt
    13381 atcgcggctg caagtcacca cggccggtgc cggcatgctg ttgcggcggt taggtggcga
    13441 tccgtccgcc gcgctccctt cggtcatcga acggttaggc acgctacact tctcggggga
    13501 aatctccggc tttctggaca agctcgtcgc atacggtacg ctgaactccg acgtgggccg
    13561 acttgccatg gacatcatga tcgggcgaga ccggagccaa cggatagcca cgtcgctaca
    13621 agggcggata gagtcgtccg atctggacat gcatcgcctc ttcgatgagg gcaatgcatt
    13681 cggcaacgcg catttcagcg ccgaactcga cgcgtctgag cccataggcg gcgaatgggc
    13741 gggcatcgtc cgcgcgcgaa tcgaccggct ggagtacaac caatacggat acgagaacat
    13801 cgagctcgac ggcagcttcc gtccgcgcga gtttcgtggc agcgtacgca tggacgatcc
    13861 caatggcagc atacaggccg acggcctatt cctcagcgac ggtgcctcgt ccgcgttcga
    13921 tttcacagcg actgtccacc atctacgccc cgatcgactt cgtctgaccg accgctacga
    13981 agagcccgac ctcagctttg ccatccgcag caacatcacg ggcaacagtc cggacaactt
    14041 tcgcggtaca gtttgcatcg atgctcccct cttccgcacc cgcacagaca gcctcgcgct
    14101 ccgatccgtc tgcattgagg ctgacggcca gtcgtccgac cgacgtatcg cggtgcgctc
    14161 ggaactctta gatggggagc tgcgcggcac ctttgccgtg gctgacctac cggcagcatt
    14221 ccgtgaggtg atgcacacct gcctgccgtc cgtcttcgag gcgcccccca aacgaactac
    14281 caccgccggc gagccgccac gcttcgcttt gaatgcgtcg gtgcgaaaca cggaagtact
    14341 ctcgcgccta ctcggactgc ccgtcacggt ggtggagcct gccaccattg cagcggatta
    14401 tgacggccgc acggggcgtg tacatctcac ggcagacttg ccccactttc tggcggctgg
    14461 atccaccttc cgcgccggga agctggcagc tgacaatgcc gacggcccag tacgcgtgca
    14521 gatcgaagca gatcggctgc agcaagaggg caaccagagc catatccacg tagaagcgga
    14581 ggcggaaagc gaccggttga agacgcgctt ggctttccgc tacccggagg ccggcgtaga
    14641 tctggcgcta tcggccgcca cgcatttcag catgcacact ggcgcggacg gtcggcaggc
    14701 attgctggcc gacatcgatc tggagccgaa tcgcctcgtc atccgcgact ccacctggca
    14761 gacggagccg gcttccgtga ccatcgacgg ccgcgacatc acgatccgca acatccactt
    14821 agccaacggc tcgcaatact tgcgcatcaa cggtcgactc tccgaacgcg atccacagga
    14881 gacgctccta ctcgacctca acgacctcga gctgcgcgac atcttccgca tcgtcgacat
    14941 ccccgtccta cagttcggag gccgcgccac gggtactgtc cgcctgaacg acctctacgg
    15001 aagccacatc atcagcaccg acctggacat tcgtgacttc gccttcaacg acgtcgtaca
    15061 gggccgcctt aatctcttca gcgcgtggga caacgcccga aacggtatcc tcatgcgcgg
    15121 tacgatcttc aaagactcca ccaccttcac cgacgtcaac ggctacatct tccccgtggg
    15181 cgacagcgcc ggtctggcgc tccaattcga cgcccacaac ctcgacgtgg gcctactccg
    15241 tccctatctc gacgccttca cccacaccct cgacggacgc gccacggggc gcatgcgcct
    15301 ctacggcacc ttctccgaaa tcaacttcga gggtagcgcc atgatccgtg atggacgtat
    15361 cggcgtggac ttcctcaaca cggtctacag cttcaacgac tccgtacgcc tcaccccgac
    15421 cgcaattgaa ggccgcgcta tcaccctcac agaccgcaac ggacacaccg gcacgctgga
    15481 cttcaccgtc cgacacaacc acttggagaa cttcgccttc caagccgaca tcgccgcccg
    15541 caacctgctc ctctacgacg tgccccgcaa gatgaacccc cgcatttatg gctccgtcag
    15601 cggcactgga acggctcgcc tccgcggcac agagcagctg atcgacatcg acgccgccgt
    15661 caccaccgac cgtcagacgg ccatgagctt cgactttaac tccgcctcct cggctgaaga
    15721 ttacggcttc atccgcttcc tcccccccgt cctgacggac accgcccttg ccctccgccc
    15781 cccgctcatc gtgcccacag cggacgacga cgccaccgag atccgtatca acatcaccac
    15841 cgacatcacc cccgacgcca ccttcgaact cgtcatggac cccatcgcag gcgatcgcat
    15901 ccgcggtaac ggcaccggaa acctgcaaat caagtattcc accaacgccg acttgggcct
    15961 gtacggcacc tacactatcc gcgagggcaa ctacaacttc agcctcgagc aagtgctccg
    16021 caaggagttc cgcatccgcg agggcagccg catcgacttc cgcggcaacc ccaccgatgc
    16081 cctgctcgac ctcagcgccg tctacgccct caaggccgac atcgaggacc tggacgagcg
    16141 gctggccagc gaaagtggtt cccagcgcac catccccgtc aactgcatcc tgcgcctcaa
    16201 cggccgcctc acctcgcccg ccatcgcctt cgacatggag ttccccaact ccaccggcga
    16261 gctggcccga caggtgcgcg ccttcatcgg caccgaggac atgatgacgc gacaaatcat
    16321 ctacctcctc gccatcggcc gcttctacac gcccggctat tccggcaacg gcttccgcgc
    16381 cggcgagctc aacgccgtgg cctcgtccgc cctctcggcg cagctttcgg gcatcctcag
    16441 cagcctgacc gacaaagtcc gcatcggcac caacatccgc acccagcaag acggcaccag
    16501 cgacagcgac acggaaatgg aaatgctcct ctccggccgc ctgctcaaca atcgcctcct
    16561 cttcaatggc aacttcggct accgcggcaa ctacatccag cgcaacgcct tcatcggcga
    16621 gttcgacctc gaatacctgc tgggccccac cggcgacatc cgcctcaagg cctacagcca
    16681 cgccaacgat ctctatcgtt acaacttcaa attgctcacc cgccagggcg tcggcatcct
    16741 cttccaccgc gacttcacct cgcccgcgga gctgatccgc cgccgttcac cgcgccccgt
    16801 tcagtcgaag taggcgcccc tcagtgtatc gtgagtttga cacggaggcg atccacatcc
    16861 catcgatttc ctcaaggaaa tgagtggaag cccatcccag cgatttcctg aggaaatgag
    16921 ccgaaaaagt tttgtggcgg ctgatttcct gaggaaatga gctgaaaaag tttgtggcgg
    16981 ccgatttcct gaggaaatga gccgaaaaag ttttgtggcg gccgatttcc tgaggaaatg
//
LOCUS       SEQF2637|AYYD01000689.1 4789 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4789
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             258..563
                     /locus_tag="SEQF2637_00404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEDTFGVDEDSVTAGGALVGDAVLVETVGQVLHLSDACLEIVE
                     LRALVEAHSQGVHVAAAHAAVGDEAFVHDAEHLAAAPKLLGAEGYEAAHVHNRVLLR"
     CDS             complement(1436..1957)
                     /locus_tag="SEQF2637_00405"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPPLLIRKANSRDLSAILNLFETARRFMAANGNPSQWDEGYPN
                     ADIVRTDIAHGNCYVCTPADRPTIVGTFVFILGEEPTYRLIEQGHWHADRPYGTIHRI
                     ASDGHTHGIARATFDYCAAQTDYLRIDTHADNRPMLRAITRYGFRPCGIIYVRDGSPR
                     LSFDLERPSAGRP"
     CDS             complement(1969..3108)
                     /locus_tag="SEQF2637_00406"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTKLYTAIIYFLLPLCSLAQTHFRVSENLQTRLPDTLRERIVG
                     SFDHLLASIDCGEPDTMRIDSEDVELNRTFFRYLKGLERKDTIPKYYRPQLIGLYAIA
                     SDRYLLTLACVRDDEIGRILTFLARNDGHSIVFSCPLKYNTRHWKTTTVGTLTYHFQD
                     TIDMDRAQNFDRKNHSMARTLGLPVRQWVVYMCANYQEVLRLQGCLYESMSNGKVNSG
                     DIIDPNTLFSVMNDEDFSHDILHIYASKIRGKNRNRSAECGLAYYWGNAYYPGATGKA
                     PELTELLPVLRRYLQSRPDARLLGLFEKDPDVLAPYGYPKPVQVARVISAVICREVER
                     QKGADGIIELLRCGSGDENFFKCIKKLVGIDRDNFEEKVRRLILE"
     CDS             3643..4728
                     /locus_tag="SEQF2637_00407"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHIIILGDGMADEPIAELGGLTPLQYAPTPAMDRLAQLGASGR
                     LHTVPDGFHPGSEVANLSILGYDLPTVYEGRGVLEAASMGVDLRPGELGLRCNLICID
                     GDRIKNHSAGHISSEESDVLIRYLNEQLGSDDVTFHHGVSYRHLLVLRGGDRRLDCTP
                     PHDIPLHPFRPALVKARVPEAEATADRLNDLILRSQQLLADHPINVKRRAEGKDPANS
                     IWPWSPGVRPAMKTLRELYGIGSSAVISAVDLIRGIGVYAGMDVINVEGATGLYDTNY
                     EGKAAAAIEALRTHDFVYLHIEASDEAGHEGDVELKVRTIEYLDRRIVDPVFRAVSQW
                     DEPVAIAVLPDHPTPCAIRTQTTTWTS"
ORIGIN      
        1 gtgatgcggt agccacgggt gatgcgttcg cggcggtcga agacgttctt cagtgcggcg
       61 gctacgacgt ccatgtggtt gtccgtgtac gtgcggcggg ggatagccag gcggagcagc
      121 tcgagcttcg ggtaacggtt ctcgcgcgtc ttcgggtcgc gatcggccag gatggcgccg
      181 atctccacgc cgcggatgcc ggcctcgagg tacagctcca cgccgagcgt ctgggcgatg
      241 aactcctcct taggcacatg ggtgaggaca cgtttggcgt cgatgaagac agcgtgaccg
      301 ccggcggggc gttggtaggg gatgccgtac tcgtcgagac ggtgggccag gtgctccacc
      361 tgtcggatgc gtgtctcgag atagtcgaac tccgtgccct cgtcgaggcc cacagccagg
      421 gcgttcatgt cgcggccgct catgccgccg taggtgatga agccttcgtt catgatgcag
      481 aacatctggc agcggcgcca aagctcctcg gagcggaagg ctacgaagcc gcccatgttc
      541 acaatcgcgt ccttcttcga tgacatggtc atgatgtcgg cgtaggagaa gatctcacgc
      601 acgatctctt tgatcgactt gtcggcgtaa ccctcctcac gcgtcttgat gaagtaggcg
      661 ttttcggcga agcgggccga gtcgatttgc agcttcacgc cgtagcggcg gcagagggcc
      721 gaaacctcgc gaatgttctg catcgacacg ggctgaccgc cggcggtgtt gttcgtgatc
      781 gtgagcacga cgcagggaat gcgttcggcg gggtaggagc ggagcacgcg ctcgagcttc
      841 tcgacgtcca tgttgccttt gaagggcagc tcgagctgtg tgtcggcggc ggcgtcgatg
      901 gtgcaatcga gggcggtggc gcggcgaaac tcgatgtgcc ctttggtggt gtcgaaatgg
      961 gagttgccgg gcaggatgtc gccctcgtgg acgatggcgg agtagagcac gttctcagcc
     1021 gcgcgaccct gatgggtggg caggaagaag tcgaagccga ggatacggcg gatggcctcg
     1081 cgcatgttct cgtaggagcg tgcgccggca tagctctcgt cgccgagcat gagggccgac
     1141 cattggcggt cgctcatggc gccggtgccg gagtcggtca ggaggtcgat gaagacttcg
     1201 tcgcttttca gcatgaagag gttgtacttc gcgtccgcca tccagccttc gcgctctgtg
     1261 cgcgtgctct tgcggatcgg ctctaccatt ttaatgcggt aggattcaga aaaagggagt
     1321 tccatgatgt ttggtgtttg atggatttat gcggcattcg ccgcggtagt tataagtagt
     1381 tacggccttg cggccgggta gttatgcgcc tgcggcgcgg tagtaggggc accccttatg
     1441 ggcgcccggc cgaaggtcgc tcaagatcga acgataagcg cgggctgccg tcgcggacgt
     1501 agatgatgcc gcagggacgg aaaccgtaac gggtgatggc gcggagcata gggcgattgt
     1561 cggcgtgggt atcgatgcgg agatagtccg tttgggcggc gcagtagtcg aacgtggcgc
     1621 gggcgatgcc gtgcgtgtgg ccgtcggagg ctatgcggtg gatggtgccg taggggcgat
     1681 cggcgtgcca gtggccctgc tcgatgaggc gatacgtggg ctcctcgccg aggatgaaga
     1741 cgaacgtgcc gacgatcgtt gggcggtctg ccggcgtgca gacgtagcaa ttgccgtggg
     1801 cgatgtccgt ccgtacaata tctgcgttgg gatagccttc gtcccattgc gacgggttgc
     1861 cgttggcggc catgaagcgg cgcgccgtct caaagagatt taagatggcg ctgaggtcgc
     1921 ggctgttggc cttacgaata agtagaggtg gggtcatggt atatgagttt attccaagat
     1981 cagacggcgc accttctcct caaaattgtc tcgatcgatc ccgactaatt tcttgatgca
     2041 cttaaaaaag ttttcatccc cactgccaca cctcagcaac tcgatgatac cgtccgcacc
     2101 tttttgtctc tccacctctc gacaaataac ggcactgata acccgtgcca cctgcacggg
     2161 cttcggatag ccgtaaggcg cgagcacgtc aggatccttc tcgaagagac cgagcaggcg
     2221 ggcgtctgga cgcgactgca agtaacgcct aagtacaggc agcaactctg tcagctcagg
     2281 agccttaccc gtcgcccctg ggtagtatgc attcccccaa tagtatgcca acccacattc
     2341 agccgagcga ttgcggttct tcccccgaat tttcgaggcg tagatatgta atatatcatg
     2401 cgaaaaatcc tcgtcgttca tcaccgagaa aagcgtgttc ggatcaatga tatccccgct
     2461 gttgacctta ccgttgctca tcgattcata aaggcagcct tgcaggcgaa gcacctcctg
     2521 atagtttgcg cacatataaa ccacccactg cctgacgggt agccccagtg tgcgcgccat
     2581 cgagtggttt ttccgatcga agttctgcgc ccgatccatg tcgatggtgt cttggaaatg
     2641 gtaagtcagc gtgcctaccg ttgtcgtctt ccaatgccgc gtattatact tcagcggaca
     2701 agaaaacacg atgctatgcc cgtcgttacg agcaagaaag gtcaggatac gcccgatttc
     2761 gtcgtctcgg acgcaggcaa gggtcagtag gtagcggtcg gaggcgatgg cgtagaggcc
     2821 tatcagctgc gggcggtaat acttgggtat ggtgtctttt ctctcaagac ctttcaaata
     2881 gcggaaaaac gtgcggttca gttcgacatc ttctgaatcg atgcgcatcg tgtctggctc
     2941 tccgcagtcg atgcttgcca gcagatgatc aaacgatccg acaatccgtt cccgcaacgt
     3001 gtccgggagc ctcgtctgaa gattttcaga cacccggaaa tgcgtctggg ccaagctaca
     3061 taacggaaga agaaagtaga taatggcggt gtagagtttt gtattcatga agggtgttct
     3121 tttaagcgca ggcaaagata gaagcgcgcg ccacttctgg cggaaatgtg tgtctgatgg
     3181 atgagatttc cccagaggga ggcccagatg acatgctttg ggaggtacgg cgaggcgtcc
     3241 cgcggcggga cggggcccaa atgacggttg agatgccatc ccgcggcggg acggggccaa
     3301 aatgacggtt gagacgccat cccgcggcgg gacaagaccc aaatggccgt tgagatgccg
     3361 tcccgtggcg ggacgagatc aaaatggccg ttgagatgcc gtcccgtggc gggacgagac
     3421 caaaatgacc gttgagacgc catcccgcgg cgggacgaga tcaaaatgac ggttgagacg
     3481 ccatcccgtg gcgggacggg aagaacggat ggcgggacct acttgtaccg atctctgctg
     3541 atcaggcatc gtgcgtccgc ccctacgttt acttttgccg cccctacaac agatcgaaat
     3601 ccccgggctg cactgcgagg tgcgcccaca tacgtattat atatgaagca tatcatcatt
     3661 ttgggagacg gcatggccga tgagccgatt gccgaactgg gcggactgac gcccttgcaa
     3721 tacgcaccta cgcctgcgat ggatcggctg gcccagctcg gagcttctgg ccgactgcac
     3781 acggtgcccg acggattcca cccgggcagt gaggtggcca acctttcgat tctcggttac
     3841 gacctgccca ccgtctacga ggggcgcggc gtgctcgagg ctgccagcat gggggtcgac
     3901 ctccgacccg gtgagctggg cctgcgctgc aacctcatct gcatcgacgg cgaccggatc
     3961 aagaaccact ccgcgggaca tatttcttcg gaggagtccg acgtcttgat tcgctatctc
     4021 aacgaacagc ttgggtcgga cgatgtcact tttcaccacg gcgtctccta ccgccatctg
     4081 cttgtgctcc gtggcggcga tcggcgcttg gattgcaccc cgccgcacga catcccgctg
     4141 caccccttcc gtccagcgct cgtcaaggcg cgtgtacccg aggctgaggc tacggccgac
     4201 cgcctgaacg acctcatcct ccgctcgcag cagttgctgg ccgatcaccc gatcaatgtg
     4261 aagcgtcgtg ccgagggcaa ggatcctgcg aacagcatct ggccgtggtc gcccggcgtg
     4321 cgtccggcca tgaagacgct ccgcgaactg tatggcatag gctcttcggc cgtcatctcg
     4381 gccgtcgatc tgatccgcgg tatcggcgtt tatgccggca tggacgtgat caacgtggag
     4441 ggcgccacgg ggctttacga cacgaattac gagggcaagg cagccgcggc catcgaggcc
     4501 ctccgcacgc acgacttcgt ctatctgcac atcgaagcca gcgacgaggc cggtcacgag
     4561 ggcgacgtgg agctgaaggt gcgcaccatt gagtacctcg accgccgcat cgtcgacccc
     4621 gtcttccgtg ccgtcagtca gtgggacgag ccggtggcca tcgccgtcct gcccgaccac
     4681 cccacgccct gcgccatccg tacacagaca accacatgga cgtcgtagcc gccgcactga
     4741 agaacgtctt cgaccgccgc gaacgcatca cccgtggcta ccgcatcac
//
LOCUS       SEQF2637|AYYD01000690.1 4651 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4651
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             61..393
                     /locus_tag="SEQF2637_00408"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYEEVTEEELYGTDFDRALSDALARGDHRAAVRLIYLQTLRQI
                     ADLEWVSFQIFKTPTEYVYELKPQSLRPPFRNLTNIFLHVRYGNYRATPELCHQMRDL
                     QQQILKGA"
     CDS             397..1680
                     /locus_tag="SEQF2637_00409"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSRIVFFVLIAVFFVAVFLVQYNTPRPFIWKPTYLHDDRQPF
                     GCYVFDDVLASSFDDYRVEQKSLYKVRMEYPDTGILPRSERRTYLLIQDVYSPPDSGL
                     LDIRSLLRQGHNVVICASDFSEEMMETFGFSVEYNERDLINAFDQAVRLDPVRDTIYY
                     GTSIDDDYHLYRVFPQLHPVYLKLQECELDRNMAFLARDNHDQPLALIMSLYSNDAED
                     DMDAESRWDYGSLLIVSTPLLFTNYGILDGDNASYIFRLLYFPDNYPIVRLEESHSVA
                     SPSLLKAIFDSPALKAAFYSLLLLVLLLMTNAAQRKQRPIPVVTPPANEMLRFTRLIG
                     NLFYQKRDYQDLLRKKYLYFRTELRRRYATDPETEPDPKAAAERLAARTGLPVEEVTA
                     DFVRLKHLLSDGTRVSEADMRRAIDGINHWKRKLK"
     CDS             1742..2713
                     /gene="ravA_1"
                     /locus_tag="SEQF2637_00410"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01625"
                     /codon_start=1
                     /transl_table=11
                     /product="ATPase RavA"
                     /translation="MEQRTTSLDLTDFTEKINRIRAAISDVVVGQERVADLLLAAILA
                     RGHILIEGVPGVAKTLTARLLAALIDADFSRIQFTPDLMPSDVLGTSVFNMKTSEFDF
                     HRGPIFADIVLADEINRAPAKTQAALFEVMEERQATIDGTTYPMSPIYTILATQNPVE
                     HEGTYKLPEAQLDRFLMKITMQYPTLDEEVRILERHHANRRLTTLESVQPVITKDELL
                     RLIDYVGHVYVEPAILRYIALIVARTRTARTVYLGASPRASVAMMQVAKSLALLHGRD
                     FITPEDVKSVAIPVLQHRITLTAEAEMEGHNPVKIIGRLVEQVEVPK"
     CDS             2723..4195
                     /locus_tag="SEQF2637_00411"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFFTRRFFVVLAAVFVLFVVGYIFPVCFEAARWLICILLSLLAI
                     DSSYWFGSRFREGRRGVLVLFVLYNLLFGYLVSRLATRPIAIVHIIGILIWLILLWPS
                     IKRSETITARRSCSDRFSNGDENEVRITVENRLPTPVHVDIIDELPDIFQRRDVRFPV
                     ELKRGEKREIVYRLRPVRRGVYHFGRIRLFVTSPLGLVTTRITDGQPQEVKVYPSYLM
                     LNQYELLAAHHNLTELGIKRVRRLGHHTEFEHIKEYVRGDDYRTINWKASARRHQIMV
                     NTYQDERSQQVYSVIDKGRIMQSAFRGMTLLDYAINASLVLSYVALRREDKVGLATFS
                     NHFETFLPASQQAGQMQQLLESLYRQATDFGESDYSALSVHLNKHITKRSLLILYTNF
                     DSVVGMERQLESLKFLSNRHVVLAVFFENASLTTFAERKPRHLSDYFDQTLADKFIAE
                     KQHVVNLLQRHGIYALLTAPERLSVDVINRYLEMKARHVI"
ORIGIN      
        1 gtcatctggt ttatctggaa gaagaggccc agcctctttc tgcgcaataa aaagctgggc
       61 atggattacg aagaggtcac ggaagaagag ctttacggca ccgactttga tcgtgccctc
      121 tccgacgccc tcgcccgagg cgatcatcgg gccgctgtcc gcctcattta cttgcaaacg
      181 ctccgccaga tagccgacct cgagtgggtc agctttcaga tcttcaagac gcccaccgaa
      241 tacgtctacg agctgaagcc ccagtcgctt cgccctccct tccgcaacct gacgaacatc
      301 ttcctgcacg tccgctatgg caactaccgt gcgacacccg aactctgcca tcagatgcgc
      361 gatctgcaac aacaaatact gaaaggagct tgacgaatga aacgcagtcg cattgtcttt
      421 ttcgtgctca tagccgtctt cttcgttgcg gtcttcttgg tgcagtacaa cacaccgcgc
      481 cctttcattt ggaagcccac ctatctccac gacgaccgcc aaccgttcgg ctgctacgtc
      541 tttgacgacg tactcgccag ctccttcgac gactatcggg tcgagcagaa gtccctctac
      601 aaagtgcgca tggaataccc cgacaccggc atcctgcccc gatccgaacg gcgcacctac
      661 ctccttatcc aagacgtcta ctccccgcca gactcaggtc tcctcgacat tcgcagcctg
      721 ctccgacagg gccacaacgt tgtgatctgc gcctccgact tctctgagga gatgatggag
      781 acctttggct tctctgtcga gtataacgag cgggacctaa tcaacgcctt cgatcaagcc
      841 gtgcgactcg accccgtccg cgacaccatc tactacggca cttccattga cgacgactac
      901 cacctctatc gcgtcttccc gcagctccat cccgtctact tgaagctcca agagtgcgag
      961 ctggatcgca acatggcctt cttggctagg gataaccacg accaacccct cgcactcatc
     1021 atgtctcttt actctaatga cgctgaggat gatatggacg cggagtctcg ctgggattac
     1081 ggttcccttc tcatcgtctc cacaccgctg ctcttcacca actacggcat tttggacggt
     1141 gacaatgcct cgtacatctt ccgcctcctc tacttccccg ataactaccc gatcgtgcgg
     1201 cttgaggaga gccatagcgt cgccagcccg agcttgctga aggccatctt cgacagtccc
     1261 gcgctcaagg cagcctttta cagccttctc ctgctcgtcc tcctgctgat gacgaacgct
     1321 gcgcagcgca aacagcgccc cattcccgtc gtcacacccc cggccaatga gatgctccgc
     1381 tttacgcgcc tcatcggcaa ccttttctat cagaagcgcg actatcagga cttgctccgc
     1441 aaaaagtatc tctatttccg caccgaactc cgtcggcgct acgccaccga tcccgaaact
     1501 gagcccgatc cgaaagccgc agcagaaaga ctggctgcac gcaccgggtt acccgtcgaa
     1561 gaagtgacgg ccgacttcgt ccgtctcaag catctcctta gcgatggcac acgcgtctcc
     1621 gaagctgaca tgcgccgcgc catagatggc atcaatcact ggaaacgtaa actcaaatag
     1681 gtggcccgaa agtgcgccta cccctaacac cccccactaa tcctaactac tcatcatccc
     1741 aatggaacaa agaaccacat cccttgacct gaccgatttc acagagaaaa tcaaccgcat
     1801 acgtgctgcc atttccgacg tcgtagtcgg acaggagcgc gtggccgatc tcctgcttgc
     1861 cgccatcctc gcccgcggac acatcctcat cgagggagtg cccggcgtag ccaaaacgct
     1921 caccgcccga ctcctcgcgg cactgatcga cgccgacttc tcccgtatcc agttcacccc
     1981 cgaccttatg ccctcggacg tgctcgggac gtcggtcttc aacatgaaga ccagcgaatt
     2041 tgacttccac cgcggtccca tctttgccga catcgttctg gccgacgaga tcaaccgtgc
     2101 cccggccaaa acgcaggccg ccctcttcga ggtcatggag gagcgacagg ccacgatcga
     2161 cggaaccacc tatcccatga gtcccatcta caccatcctc gccacccaga accccgtcga
     2221 gcatgaaggt acctacaagc tccccgaagc ccagctcgac cgcttcctga tgaagatcac
     2281 catgcagtat cccaccctgg acgaggaagt ccgcatcctg gagcgccacc acgccaaccg
     2341 tcgcctgacc accctggagt ccgtccagcc cgtcatcacc aaggacgagc tgctccgact
     2401 catcgactac gtcggacacg tctatgtcga gcccgccata ctgcgttaca tcgccctcat
     2461 cgtcgctcgc acccgtaccg cccgcactgt ctacctcggc gcctccccgc gcgcctctgt
     2521 cgccatgatg caggtagcca aatccttagc cttgctccat ggccgcgact ttatcacccc
     2581 cgaagacgtc aagtccgtag ccatccccgt ccttcagcac cgcatcaccc tcacggccga
     2641 ggctgaaatg gaggggcaca acccggtgaa gatcatcggt cgactggtcg agcaagttga
     2701 agtccccaaa taagcccgcg ttatgttttt cactcggcgc ttcttcgtcg tcctcgccgc
     2761 cgttttcgtg ctcttcgtcg tgggctacat cttccccgtc tgcttcgagg ctgcccggtg
     2821 gttgatctgc atcctccttt ccctattagc catcgacagc tcatattggt ttggatctcg
     2881 atttcgggaa gggcgtcgcg gagtccttgt tcttttcgtc ctctacaacc ttttgtttgg
     2941 ctatctggtg tctcgcttag ccacacggcc aatcgccatc gtgcatatta tagggatcct
     3001 gatttggttg attctcttgt ggccctctat aaagcgatcc gaaacgatca cggcgcgccg
     3061 tagctgctca gaccgcttct ctaacggcga tgagaatgag gtgcgcatca cggtggagaa
     3121 ccgccttccc acccccgttc acgtagacat catcgacgag ttgcccgaca tcttccagcg
     3181 ccgcgatgtc cgcttccccg tggagctgaa acgcggcgaa aaacgggaaa tcgtctaccg
     3241 actacgcccc gtccgccgcg gcgtctatca ctttggccgc atccgactct ttgttacctc
     3301 tcctcttggc ctcgtgacaa ctcgcatcac cgacggccag ccgcaagagg taaaggtcta
     3361 cccgtcctac ctcatgctca accagtacga gctgctcgcc gcccatcaca acctcaccga
     3421 gctcgggatt aagcgtgtcc gtcgcctggg gcaccacacc gagttcgagc acatcaaaga
     3481 gtacgtccgc ggcgacgact atcgcaccat caattggaaa gccagtgccc gccgccacca
     3541 aatcatggtc aacacctacc aagacgagcg ctcccagcag gtttacagcg tcattgacaa
     3601 gggtcgcatc atgcaatcgg ccttccgcgg catgacgctt ctcgattacg ccatcaacgc
     3661 cagcctcgtc ctctcctacg tggcccttcg ccgcgaggat aaggtcggcc ttgccacctt
     3721 ttccaaccat ttcgagacct tcctgcccgc ctcccaacag gccgggcaaa tgcagcagct
     3781 cctcgaaagc ctttaccgac aggccaccga cttcggcgag agtgattata gcgcgctctc
     3841 ggtccatctc aacaagcaca tcaccaagcg cagcctgctc atcctctaca ccaacttcga
     3901 cagcgtcgtc ggcatggagc gccagctcga gtcgctcaaa ttcctctcca acaggcacgt
     3961 cgtcctcgcc gtttttttcg aaaacgcatc cctaacgacc tttgccgagc gtaagccgcg
     4021 ccatctctcg gactattttg atcaaaccct tgccgataaa ttcattgccg agaagcaaca
     4081 cgtggtcaac ctgctccagc gccacggcat ctacgccctt ttgaccgctc ccgagcgtct
     4141 atccgtcgat gtaatcaacc gttacctcga aatgaaggcc cggcatgtga tctaaaaaac
     4201 gaacgactac aatcgaacaa ccccaaacgc ccttccgggg atgactatcc atgctattcc
     4261 cggccatttt tgtcttcatc ggataaaaac gaaccaaaaa cccgataaat tttcgtccga
     4321 cagggtaggg gcgtattgca tacgccctac agacggccac gccggtggtc gaacggaaag
     4381 aaaaatcgcc atttttcagg tcgcccgtgt agggcgcaac agcatacgcc ctacaaatgg
     4441 ccacgccagt ggtcgaacga atagaaaaat cgccattttt taggccaacc gtgtaggggc
     4501 gtattgcata cgccctacaa acggccacgc cagaggccga atgaaattaa ttccgatccg
     4561 atttttgatt catcggataa aaacgaacca aaaaccagcc cggttttcgt ctgtccgtgt
     4621 aggggcgtat tgcatacgcc ccacaagcgg c
//
LOCUS       SEQF2637|AYYD01000691.1 1597 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1597
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             128..586
                     /locus_tag="SEQF2637_00412"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIETIVAPRSFATPHLFSRDQTLPATFTATMPSTLLMAPRESVF
                     RLISEEPYLLKNFLHVSGNCNHCTSVRLRILTQRTVRNRFVAYLLDRPTSPDGWFTAE
                     HNTSQLAHYLCVTRPALSKEISKMVREGLIAVEGRRYRLLAEQQLRQEMG"
ORIGIN      
        1 ggcggcgccg tcggggacgg ggaggctgcc agtgatgaag tcgttttgga tgtcgactaa
       61 aaggagggct gttttcatat ttaggcgtgt gcgaaccgac ctcgtcgatg aatggggcaa
      121 tcgggtgatg attgaaacga tcgtagcacc gcgttccttc gccacgcccc acctcttcag
      181 ccgcgaccaa acgctgccgg ccactttcac agctaccatg ccctccacac tactcatggc
      241 cccgcgcgaa tccgtctttc gactcatcag cgaggagccc tacctgctga agaactttct
      301 gcatgtctcg ggcaactgca accattgcac ttccgtccgc ctacgcatac tcacgcagcg
      361 caccgtccgc aaccgcttcg tagcctacct gctggatcgc ccgaccagcc ccgacggatg
      421 gttcacggcc gagcacaata cctcgcaact ggcgcactac ctctgcgtca cccgccccgc
      481 actctcaaaa gagatcagta aaatggtacg cgagggactt atcgccgtcg aaggtcgccg
      541 ctaccgcctc cttgccgaac agcagctccg acaggagatg gggtgagggc tatctttcta
      601 gaaaaacatc tccgacagcc gtcctgtcaa gcaaagaatc cccgcaaagc cctgtaaaca
      661 tcatccggca ggccttcttt tttttcggga agggctgccc cgcaccaccg tctatgtctt
      721 cttttttcgg gtaggactgc cccgcaccac cgtccatgcc gtttttttcg gagaagaccg
      781 cccgcgcagc tctttcagag atatatttca aaatgcacaa ctattcaagg ccttatctca
      841 ttccatatct cgaaatacga ttccacccga cctccatctt agagcatatc tcaaaataca
      901 tagctatccg aagctcattc tagtatcatt cctcaaaata tacaattatc cacggatcat
      961 ctcgcaccat tcctcgaaat atatagttat ccgaagatca tttcggtatc gcttcttgaa
     1021 atatacatct atccgaatct cattttagta tctttcctcg agatatacag atatatgtgg
     1081 cttattttgt accatatctc gaaatatata gctatccgaa gctcatttca gaaccatttc
     1141 tcggaatata taactatcca aacctcattt cagctccatt tctcgaaata tgtagctatc
     1201 cgaatcccat ttcagttcca tttctcgaga tatatagcta tatgaacctc atttcagtag
     1261 tttttctcga aataaagagc ctatcgaggt ccgtgacagt gcttcttccc ccaaaaatgt
     1321 atagctgcgg gggagtgtcg gctcctccga aacaaaaaag agggcagata acttcggtga
     1381 gcaacccttt tgggcagaaa atcggctgcc ccagccacga gatgtaacgt cacgcgctcc
     1441 agagcttgga aaaacggctt gggcagctac tttcgccccc gatttctcat ttaccccaac
     1501 ctcacacaca cgcataaata tgaaaacagc cctcctttta gtcgacatcc aaaacgactt
     1561 catcactggc agcctccccg tccccgacgg cgccgcc
//
LOCUS       SEQF2637|AYYD01000692.1 2338 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2338
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             227..1543
                     /gene="pepD_1"
                     /locus_tag="SEQF2637_00413"
                     /EC_number="3.4.13.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15288"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytosol non-specific dipeptidase"
                     /translation="MGNVLIRKPATPGYEGRQTVVLQAHVDMVPQKNAGVAHDFLRDP
                     IDAYIDGEWVTARDTTLGADNGMGVSLAMAALTDKTIKHGPLEGLFTIDEEVGMDGAV
                     GLKPGFLKGTIMINGDSEEEGRLFVGCAGGVDMNITFHYRDGEPTPEGDVALRLTLAG
                     LKGGHSGVDIHLGRANANKLFFRFLKKAISHYDVRLATVEGGSLRNAIPREVSALVTV
                     PADRVADVEQLVREYEALYRAEYKGVEGDIRFTAERTPELPATLIPEEIQDDLINAVE
                     GCPNGPISMLHDFPGTVESSSNLAIVQSDDAAGRIDVKILVRSSSESRKDALCSSIES
                     VFSLAGAKVELSNPYGGWQPNIDSPILRTMEKAYESLFGRKPDVTVMHAGLECGIIQE
                     AYPDMDMISFGPDIKHPHSPDEAVGIASVEKSWRLLVATLEAVPEK"
ORIGIN      
        1 aagagcttac tgaagattcg tttgtgggag ctcatatatt ttaaggaggc tctgtcgtca
       61 acattacccg gagtaagaag aaatcaagag actggcccca gaggccgtct ggggttattt
      121 ctatgacctc acacagatcc cgcgtccgac gggtcacacg aaacaagtaa ccgattacct
      181 caaggccttc ggagagaagc atggcctgga gacgcaccag gacgaggtgg gcaatgtgct
      241 catccgcaaa cccgccacgc cgggctacga agggcggcag acggtcgtgc tgcaagcgca
      301 cgtcgacatg gtgccgcaga agaacgccgg cgtagcgcac gacttcctcc gcgacccgat
      361 cgacgcctac atcgacggcg agtgggtcac ggcgcgcgac acgaccctcg gcgctgacaa
      421 cggcatgggc gtctcgctgg ccatggccgc cctgaccgac aagacgatca agcacggccc
      481 cctggagggc ctcttcacga tcgacgagga ggtgggcatg gacggcgccg tgggcctcaa
      541 gcccggcttc ctgaagggca cgatcatgat caatggcgac tctgaagagg aggggcgcct
      601 cttcgtaggc tgcgccggcg gcgtggacat gaacatcacc ttccactatc gcgacggcga
      661 gccgacgccg gagggcgacg tggcgctgcg cctcaccctg gccggactca agggcggcca
      721 ctcgggtgtc gacatccacc tcggccgcgc caacgccaac aagctcttct tccgcttcct
      781 caagaaggcc atcagccact acgatgtgcg cctggccacg gtcgagggcg gctcgctccg
      841 caacgccatc ccgcgcgagg tctcggccct cgtcacagtg ccggctgacc gcgtggccga
      901 cgtcgagcag ctcgtccgcg agtacgaggc gctctaccgc gcggagtaca agggcgtgga
      961 gggcgacatc cgcttcaccg ccgagcgcac gcccgagctg cccgccacgc tcatccccga
     1021 agagattcag gacgacctga tcaacgccgt cgagggttgc ccgaacggcc cgatcagcat
     1081 gctgcacgac ttcccgggga cggtcgaatc gtcgtccaac ctggccatcg tccagtctga
     1141 cgacgctgcc ggccggatcg atgtcaagat cctcgtccgc agctcgtccg agagtcgcaa
     1201 ggacgcgctc tgctcgtcga tcgaaagcgt cttctcgctg gccggcgcca aggtggagct
     1261 gtccaacccc tacggcggct ggcagcccaa catcgactcg cccatcctgc ggacgatgga
     1321 gaaggcctac gagtcgctct tcggccgtaa gccggacgtg accgtcatgc acgccggcct
     1381 ggagtgtggc atcattcagg aggcctaccc agacatggac atgatctcct tcggccccga
     1441 catcaagcac ccgcactcgc ccgacgaggc cgtcggcatc gcctcggtcg agaagtcgtg
     1501 gcgcctgctc gtggccaccc tcgaggccgt gccggagaag taatgaatca ccccggagat
     1561 tatctccgga tcatccctcc cggcgaaaag gcggccaatc cactcttcgc cgggggattt
     1621 tccttttgaa taatgtgagt tcgacgaaaa aatggggccc tttatctcct gagaatatct
     1681 ttgataacgt gagttcgacg taagaaaaag gacaaaaaga ggcgggaatc aagagaaagt
     1741 tcgtatcttt aatgtgctga taataaagaa taaactatac aatgattccc gccaataaaa
     1801 ctgtaggaat atactatctt gtcgacgaat tcttgaaaga atacgacgcc gtaatcaaaa
     1861 gtcattcttt ggaagaggga accccaaaga aaaggaggaa cggcaaattc accatgtcca
     1921 atagcgagaa catgacgatt cttatcctct tccattcctc ctcttttcga aacttaaagc
     1981 atttctatat ctttatcttt gtccgagcac atatgcagaa ggatttccca catactgcgt
     2041 cttacaaccg cttcgtagaa cttcaacgaa aggtttggga caaatgcact ggtatttctt
     2101 ttatcgattc tacacccatt cgaagctgcc atatcaaaag agaaaagcag cataaaacct
     2161 tcgaggaatt tgctggaaaa atgaaaagta cactgggctg gttctatgga ttcaaactgc
     2221 acttgatcat taacgacaaa gggaggctac ttgattttct tcttactccg ggtaatgttg
     2281 acgacagagc ctccttaaaa tatatgagct cccacaaacg aatcttcagt aagctctt
//
LOCUS       SEQF2637|AYYD01000693.1 4897 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4897
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             179..1066
                     /locus_tag="SEQF2637_00414"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLTNEYKEKIRAALAARRANFDGSDARFAATLGIGSAQYSRIK
                     RGETVGVLADEKWISIARRLGVGLTDAPAWQTAETPVFKYITAQLEMCQQNGLSAMLC
                     DLTDIGKTYTARQYVKTHRNAVYVDCSQVKTRQKLLRGIAREFGVGSTGRLADVYNDL
                     VFYLKTLDRPLVILDEAGDLSYEAFLEIKALWNATEHCCGYYMMGADGLSEKIRRAID
                     NKKVGYAEIFGRFGKRYGKVVPTARKEAESFLQLTATMIIKANAGADTDVNRLLRRLM
                     GEDNTPSLRRINIELSKRA"
     CDS             1072..1707
                     /locus_tag="SEQF2637_00415"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGLTARNVLATKFNTLGFDGVWRDAVGDPQLTGSWIIYGDTK
                     NGKTTFAMMLSKYLSGFGRVAYNSVEEGNSRTIQMAVDRAGLLEAGARWMLLDRESKD
                     ELCERLRRQRSADIVFIDSVQFMDLKFSEYKDLKRRFPTKLFVYISHVDGRRPSTPTA
                     LRILRDANVAFRIEGFKAFPTSRYGGGRPVVIWDKGADEYWGREVNGKTKS"
     CDS             1795..2292
                     /locus_tag="SEQF2637_00416"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIDNDHRKRQLLKRFHMLLNRARIDEDGKREILASYGVEHSS
                     EMDCAGLADVCSKLAVAMTPRASEADRWRKRVMAAVFGYCQAMDYEADVNRVKAIACR
                     AAGATNFNRIPLDRLRSLYNAFMQRVKDIEKVGRMADTPQGGGGFLYVMFPDGRKEIP
                     GRINR"
     CDS             2330..2962
                     /locus_tag="SEQF2637_00417"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTAEERQEFEAYKLAKEKKAAEAKRKSDREAYTELVDETIAAVM
                     PELTNISEAIAQKKTAAAEAFRGALEMKAELFGVKDDQQSHTFTNSEGTMRITIGHYM
                     LDNYRDTVNEGIAMVKTYIESQARDDASRALVKAILRLLSRDEAGNLKASRVLQLQKM
                     AEETGDERFIEGVRIIQESYQPTPSKDYIRAAVRDESGAWVAVPLSMTDV"
     CDS             2959..3417
                     /locus_tag="SEQF2637_00418"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIAVDFDGTIHDGQWPRIGEAMPGAREAINALRAEGHYIIIWT
                     CREGRQQTEMVNWLLEKGIGFDRINDHQPDQVVAYGSDARKVYAHCYVDDKNVGGMLP
                     WKDIAAWIRRQEEAYRAAASTEAGKFGRGNLRMPANLAGYPCRGELHSPH"
     CDS             4013..4318
                     /locus_tag="SEQF2637_00419"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGQNQTKETEGNPSMCLTRVERREARRRLLAARFYYWTEVRRR
                     RFDDVMHILSEHEFFVDERSIMDVLRGVSHYLSDLHTRRETAAALRRAYPSWNWDSQ"
     CDS             complement(4472..4849)
                     /locus_tag="SEQF2637_00420"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSHKRIFSKLFGDREYISKDLFKQLFIDGVHLVTRLKKGMKNA
                     LMLQHDKIMIRKRSLIETVNDQLKNICQIEHTRHRFFPNFIINLLSALAAFSFFDKKP
                     SINTAEEFIHPSFLTIAEIELAL"
ORIGIN      
        1 accaatagtt ttccccttgc acctgccggc aagggcattt catcagccgg gaaaacgaca
       61 aaagagcttt ggtactctcg acgaactgct tgtcgggcag ctcgtcaggg atcatgcatt
      121 caagcaaata atactcagtc ataagcaagt aagaataacg ttaaaaacac gcgaatatat
      181 gagcctcacg aacgaataca aagagaaaat ccgggctgcg ctggcggcgc gtcgggccaa
      241 tttcgacggc tcggacgccc gctttgccgc cacgcttggc ataggcagcg cgcaatacag
      301 ccgcatcaag cggggcgaga cggtcggggt gctggccgac gaaaagtgga tcagcatcgc
      361 ccgccgcttg ggcgtcggcc tgaccgatgc gccggcatgg cagacggccg aaacgcccgt
      421 cttcaaatac atcacggcgc agctcgaaat gtgccagcag aacggcctct cggccatgct
      481 gtgcgacctg accgacatcg gaaagaccta caccgcccgg caatatgtca aaacgcatcg
      541 caatgccgtc tacgtggatt gctcgcaggt caaaacgcgg caaaagctgc tgcggggcat
      601 cgcccgggag tttggcgtgg gtagcacggg acggctggcg gacgtctaca acgacctcgt
      661 gttctacctc aaaacgctcg atcggccgct ggtcatcctc gatgaagcgg gcgacctcag
      721 ctatgaggct ttcctcgaga tcaaagccct gtggaacgcc acggagcact gctgcgggta
      781 ttacatgatg ggcgcggatg gcctcagcga aaagatccgc cgggccatcg acaacaagaa
      841 ggtgggctac gccgaaatct tcggccgctt tggcaagcgc tacggcaagg tcgtgcccac
      901 ggcccgcaaa gaggccgaga gcttcctgca actgacggcc acgatgatca tcaaagccaa
      961 cgccggggcg gatacggatg tgaatcgcct gcttcgccgt ctgatgggcg aagacaatac
     1021 gccatccctc cgacgcataa acatcgaact gtcaaaaagg gcataacgac gatgaagaag
     1081 ggactgacag cgcgcaatgt gttggccacg aagttcaaca cgctcgggtt tgatggcgtg
     1141 tggcgcgatg cggtgggtga tccccagctg acgggcagct ggatcattta cggggatacg
     1201 aaaaacggca aaacgacctt cgcgatgatg ctatccaaat acctctctgg gttcggtcgg
     1261 gtggcttaca acagcgtgga ggagggcaat tcgcggacga tccaaatggc tgtcgaccgc
     1321 gccggcttgc tcgaggcggg cgcccgctgg atgttactcg accgcgaaag caaggacgag
     1381 ctttgcgaaa ggctgcggcg gcaacgcagt gcggacatcg tctttatcga ttccgtgcaa
     1441 ttcatggatc tgaagttttc ggaatacaaa gacctcaaac gacgctttcc cacgaagctg
     1501 ttcgtctaca tcagtcacgt ggacggccgt cgcccatcga cgcccacggc cctgcgcatc
     1561 ctacgcgatg ccaacgtggc cttccgcatc gaagggttca aagccttccc cacgagccgt
     1621 tacggcggcg gtcgcccggt ggtgatctgg gacaaaggcg cggacgaata ctgggggcgg
     1681 gaggtaaacg gaaaaacgaa aagctaaaaa tgaaaagttg ccgggtaccc gaccggcccc
     1741 ctcccgccgg taggactttt agtttttacc ttttagattt tagttcaaag aatgatgaaa
     1801 acaatagaca acgatcaccg gaagcggcaa ctgctgaagc gcttccacat gctgctaaac
     1861 agggcgcgga tcgacgagga cggtaagcgc gagatcctcg cctcgtatgg cgtagagcat
     1921 tcctcggaaa tggattgcgc gggactggct gacgtgtgta gtaaactggc cgtggcgatg
     1981 accccgcggg cgtccgaggc agaccgctgg cgcaagcgag tgatggccgc cgtgttcggc
     2041 tactgccaag caatggacta tgaggcggat gtgaatcggg taaaggccat tgcctgccgg
     2101 gctgccgggg cgacgaactt caaccgcatc ccgctggatc gtttacgcag cctttacaac
     2161 gcctttatgc agcgtgtaaa agacattgaa aaggtcggcc gaatggcgga cacacctcag
     2221 ggcggcgggg gcttcctcta tgtgatgttc cccgacggac ggaaagagat ccctgggcgc
     2281 ataaacagat aaacacctaa acgcataaac agaaatgaca acagtagaaa tgacggccga
     2341 ggagcgccaa gagtttgagg cctacaaact ggccaaagag aagaaagcgg cggaggccaa
     2401 acggaagtcc gatcgcgaag cctacacgga attggtggat gagacgatcg cggccgtaat
     2461 gcccgagctg acgaatatca gcgaggctat cgcccagaaa aagacggccg cagcggaggc
     2521 cttccgcggg gcattagaga tgaaggcgga gctgttcggc gtgaaagacg atcagcagtc
     2581 gcacacgttc accaactccg agggcacgat gcgcatcacc atcgggcact acatgctcga
     2641 caattaccgc gacacggtga acgagggtat cgcgatggtc aaaacgtaca tcgaatcgca
     2701 ggcccgcgac gatgccagcc gcgcgctggt caaggccatc ctgcggctgc tgtcgcgcga
     2761 cgaggcgggc aatctgaagg cctcccgcgt gctacaactg caaaagatgg ctgaggaaac
     2821 gggcgacgaa cgctttatag agggcgtgcg catcatccaa gagagctacc aacccacgcc
     2881 ctcgaaagac tacatccgcg cggcggtacg tgacgagtcg ggcgcctggg tggctgtccc
     2941 cttaagcatg acggacgtat gatcatcgca gtagactttg acggaacgat ccacgacggc
     3001 cagtggccga ggatcggcga ggcgatgcct ggggcgcgtg aggcgatcaa cgctttgcgc
     3061 gccgaagggc actacatcat tatctggaca tgccgcgaag ggcgccagca aacggagatg
     3121 gtgaactggc tgcttgaaaa gggcatcggc ttcgatcgca tcaatgatca tcagccggat
     3181 caggtggtgg cctatggtag cgacgcgcgc aaggtgtatg cgcattgcta cgtggacgat
     3241 aagaacgtag gcgggatgct cccgtggaaa gatattgccg cgtggatccg ccgccaggaa
     3301 gaggcctacc gggcggcagc ctctaccgag gcagggaagt ttggccgggg gaatcttcgg
     3361 atgccggcga atttggccgg gtacccgtgt aggggcgaat tgcattcgcc ccattagacg
     3421 atccccagcg gggccgaatg aatatgtctg gcgcccgtcc ctattgggac gtctgtaggg
     3481 cgtatgcaat acgcccctac acacgggtac cataaaatga gggtcgccgc aggcctaaat
     3541 ccagtttttg gcgtgaaatg accctcgccg caggcttcaa atcgattttt ggtgcgaaac
     3601 gagggtcgcc gcgggcttca atcctgtttt tggcgtgaaa tgagggtcgc cgcaggccta
     3661 aatcctgttt ttggtgcgaa atgaccctcg ccgcaggctt caaatcggtt tttggtgcga
     3721 aacgagggtc gccgcgggct tcaaatcgat ttttggccca aaatgagggt cgccgcaggc
     3781 ctaaatcctg tttttggtgc gaaatgaccc tcgccgcgga cttcaaatcg atttttggcc
     3841 caaaatgagg gtcgccgcag gctccaaatc gatttttggc gtgaaatgag gatcgccgcg
     3901 ggcctaaatc ctgtttttgg tgcgcggcga ccctcatttg gagtgcgaga cgccgcttcc
     3961 cctcatgggg gcttttgttt actttgcata ccaactaaag acgttagctg taatgaccgg
     4021 acagaaccag acgaaagaga cggagggaaa tccttccatg tgtttgacac gggtggagcg
     4081 tcgcgaggcg cgccgccggt tgctggcagc gcgtttctat tactggacag aggtacgccg
     4141 tcgccgcttc gatgatgtga tgcacattct gtctgagcat gagtttttcg tagacgaacg
     4201 gtctattatg gacgtgctgc gtggggtcag ccactacctg tccgacctac atacccgccg
     4261 cgaaacggcg gccgccctcc gccgtgctta cccctcgtgg aactgggaca gtcaatgacc
     4321 cgcgaaaagg cttacgacaa gcaatcaaag agttcccctg ctggaaatat ctttgcgggc
     4381 gtaatttcaa taagacagac atgtacaagg gatttaaaat tagccccatc ttccttaaga
     4441 aacttcagaa caagatcgat attgatgatt actataacgc gagttcgatc tcagcaatag
     4501 taaggaaaga gggatgtata aactcctcgg cagtgttgat ggaaggtttt ttgtcgaaga
     4561 aagagaaagc agccaaagcc gataacagat tgatgatgaa gttcgggaag aatcgatggc
     4621 gggtatgttc tatctgacag atattcttta gttgatcgtt aacggtctcg atcagagatc
     4681 ttttccggat cataatcttg tcatgttgaa gcattaaggc attcttcata cccttcttta
     4741 aacgtgtaac aaggtggact ccgtcaatga aaagttgttt aaagaggtct ttcgagatat
     4801 actccctgtc tccgaagagc ttactgaaga ttcgtttgtg ggagctcata tattttaagg
     4861 aggctctgtc gtcaacatta cccggagtaa gaagaaa
//
LOCUS       SEQF2637|AYYD01000694.116644 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16644
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             336..614
                     /locus_tag="SEQF2637_00421"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGIGVVCALSLWVNVAQWQSKRQYADDALKFRTIRSWGGCNAND
                     ILWLNKVFDLHRDEKAIEWVRKQADGYDTSLKTVADSLMQESVKSESD"
     CDS             616..855
                     /locus_tag="SEQF2637_00422"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLQAVINQLENSHVKYTADDVNSTFHKSTDEQSLFNFMQTTI
                     ARFKQMGKIRTAENYSYALKSFAQFRQDKDIPLPE"
     CDS             complement(1229..1954)
                     /locus_tag="SEQF2637_00423"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNLDLPCRASNEDLHMLCDIVVKDKDGNFRVTESLSGTYIFKK
                     NYPHDIKGMLQPLVEEFKEFGGNSFANFFRGGRSEYAEILRDVAKRNKVNFNRKSTDE
                     QVEQYLLQKLFNDSLINASDEDLKKMMTELGCPTTNFSRQAAISTLMIAWKAGGFQSY
                     ILLVSVVNAVMKFLVGRGLSLAANAGLTRMASIMMGPIGWILTAVWTLIDIAGPAYRV
                     AIPAVIQIAYIRQSANHPSHLLA"
     CDS             complement(1962..2429)
                     /locus_tag="SEQF2637_00424"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFATKEEAIRFLKYNADDIEHETGKRPVRTYYCTACGGWHITS
                     KLQSSDYHSLVKRCGETDGKKIFDEVSAIKGRRHGIKEGLCRKIKDLRHIMRFETIDL
                     ERCQSLINELIGYFETVMGNGLEEETSVMKLFSKFSHLCIQFIEKKRLQAQIV"
     CDS             complement(2564..2695)
                     /locus_tag="SEQF2637_00425"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTECPFCGMDNAYCDGVEYVCPDCDSTWLCNEIPNDDYDWDD"
     CDS             2751..3347
                     /locus_tag="SEQF2637_00426"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAATPPTTGIAARTVAPAAIPPPPAASAPPPSHAVAAFVAAHPV
                     SVLIAVPVEAVPNVVAIPIAAACPPRTVAVPVAIPAPLLILSDVFIFFYFFDTANLDT
                     FDEYFFCPLPSVVYYIILILILQRYSIIANILFVSHMVAHLSLSYGDLCTIKRSILSL
                     ILLYISVLFRILALQDDTKLWQDKENRPTTKSHLQTLC"
     CDS             3290..4372
                     /locus_tag="SEQF2637_00427"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARQGKSTNDEVSFADVMLEKRYRKAQNVFLNQVDRLIDWRPIR
                     TLINKKYTKRQNAAGAPAYDVILLFKMLLLQTWYGLSDCALEERVNDSVTFSRFLGLS
                     MEAVSPDHSTISRFRTALTESGLMDKLLKAFNKQLSAHHISIKEGVLIDASIVDTPDR
                     PDGTLRITVADDREDTRSDDEKDEEEAYHKFLLQERKGTDSEARWVKKKVYRYGCKKH
                     ALTNREGIIRQVITTPDNRNDLKELIPLLREEDLPADTPVYADKGYATEENRAFLAMH
                     HLRDCIMHRAYRNRPLSQAQHLCNRSISPIRSVIERTFGSIRRWFDGGRCRYRGLAKT
                     HTQNILESIAFNLYRTPGLIISKCVK"
     CDS             4700..5758
                     /locus_tag="SEQF2637_00428"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEETINWELVNSLGYKRANRLRKIEHVLASCPLGITPEDLCDK
                     IGLQGRARIRTLQNDLNELRSLYTCQWITSAPYRLELRGGDLAFPEAEFHTKDRKQLN
                     SICRLIAFFDGAIPIRDFLKVSLGDVDAALNDMSENIDIPTTISELRYIKDIYDAIEN
                     KVPIDMIYPRINGGRRFILSPYMLKRFNGKWFVLGRISEENPFDWTVIPLAAIEMMSP
                     NMDNVKYSPAKNYELQSLKNKIRRYYSNVLGFYVPTNETDKAKVSRELNPDKLQIEEV
                     KLKVNKQIIRFLKENPIHSTQNIKGDTGEVTLKLVLNPLLKQKLLGFGADLEVVSPIS
                     LRNELYNVAQQMLTLYAK"
     CDS             5806..6105
                     /locus_tag="SEQF2637_00429"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQQQIYEPKWCYDYWADIERVYPIGSTITCKVTSIKPNYAFFK
                     TKEGLTCFLGKDKISSPWRITNLTQVLSSDIEYECSVSGYNFEKRGLVIALNLNH"
     CDS             6118..6555
                     /locus_tag="SEQF2637_00430"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLGQLAQELGKSVNSLANTLRQVGLADRLLYESDIITRDQETR
                     LRNGNSKKIYNQVSSQPSGNAAYPTNSIGAWSKKLNRQLDDVINIVKKNYLTEGIDIT
                     EFTVLDEEVWKKLEIKLNDPRIRIHKLAASLETNKKSLAEKLF"
     CDS             6563..12739
                     /gene="rpsA"
                     /locus_tag="SEQF2637_00431"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83E09"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S1"
                     /translation="MIDTPNWNQRIDAPLEEWLRSVLSKAADKEKTLTELHAADLKKN
                     NSAGELSSQLWNSEQDEHSEENWLEPEVDINVENTLVDFDNKLEDNDIESEDSDSDDS
                     TGSSNFTLKKLSHKLGISSVRVRHILLSLFPQLSNAFLEDDTYIDDEKSERLIFVYEN
                     MADDNVLKVFENEFLGDITQRWQSHTILLNNVSGTCRPGSIKEGEVIDFDDDNRFVTI
                     KFTGTRTWLFNRPFEGSVPQIGKVPYDEWDWEVFGERPFGVKVGQTFSFLILSNNGGI
                     IASRRQITESPIPERTDSALIIKRYPEKHFTVIRTSGGAIGYISYASLILSKTGESVL
                     EPNRNSLEVRLKQVHKREYNNKTFRFGEYVPNESDFTSEVIIETRKKSLLGLSSITWS
                     NVSIADVKDRKDFVQAYNDQMYIRAKVTNVNSGGYIMHPLGSKDIELFCFYKNGPTWI
                     DAADADHIIGSEWLVKIEQDPEDTDSSNTKVQAKLPVSEYIKLINNHDCYEAIVVNIN
                     DSGANLLINGCIPAFMPNTLVSWDKTVTAKACLNVGNIVIASVRKDQKRLICSQRDAN
                     VDPWVQVRELFSKGTVVSGHVVSKKETGLLLSLGIYQAWLPANEISWLEKIDDCQNLS
                     LPDDLRLLVKGYDEKRKTIKVSLRDLIPDPWSELDKHLPEDAIVSATITGLTNSGALL
                     KVGNLGFKGYLSFRDVDWTHYTDKDSFRYAPGDKITVKVTHRNKERRQLTCSIKALMP
                     NPWMELDGKTSVNGFVLSVDSEKAIVRLESGIECTCYETLDPSDEGNVLQFDILHLNV
                     ATQQIIISHRKQEIVELTTLAVGDMFKEYRSLSSSYKDLVMEDSEDEETEVYRDFIVK
                     NISSTGRITAEYAEDDDEFENGILLPSSLTINGYPVNVIFARHIIKEHFAVGETYNFR
                     ITHRYQEFNYAVLSIDAADLLDINNIATDDMSMLVSREGVEAMILDNISTDRNLFVQW
                     RGYFGYIPRQEVTLAEGEILDTLRLRAIVAPEHPAQMIRFTIVNEAEDEEDEGPLSTH
                     DATEDLDPDLLDCYRDIQDLPGFNPKLPDYYPFALQVRYEPDKHIELAELLSSDPAYF
                     STQTFFIDCYRAKDENGYILTIFNNRISISTFCREKEDGDEIRVTSCELDLSLSSKKS
                     SHFGKPIRIAGENIQLVPLNSSALPPNLQDVDVVMVLLKYNREVLPELRKLNRCNQEK
                     RGEHYLTLQELLMMDLDREVALCSEDVKIQASEISETAGSLGGYGIEFEAIPEAFNSI
                     ISGDDSNDGLQVLVKPNDNERFEDRHPSGVLRYLGSNKWIVELYANRDIDIEGLRKSG
                     IQIKRFPNIRHIKQQIRAIESFVYERNGLDIFSKIARNKLHPINPPKVEEIEANQYFN
                     LEDDSDSQAKALKMALGGSQITLIQGPPGTGKSTVIVDIIRNLVKLHKKVLVCTQSVA
                     PVEELYYKLSGRRGGKVLSSPREVNESPLRCAYLRDDESIEISGSVEEHRQAIKDMML
                     LVNQLKCVNVSSSENALEELKKVRESFDPRHKVECSEVSRKFAKDILPLYDNVIDILN
                     EYHTALDKEDVENFASEHRTLNLEAVDVVFGTCVGVGVNPILKDLHFDTLIIDEAGKA
                     NYAESLVSMMMADEYILVGDDKQLPPYTNSELVKELAEKRRLNLEQANEDENCELPSI
                     EALTEDIMEDVGKSLFGDLKPRLPESHQIMLSKQFRMHPEIGDFVSKLFYEGKVQSVP
                     KAADRTLNIEGLEHPILFIDTSGMGKEARESRQGMSLYNDGEIQVIEEKLLPMLEAAL
                     DAGKSVGILSPYGAQVQRMKNRFSKLSHHIFTIDSIQGEEYDIVVFSFVRNTRFGSLN
                     FVDDLRRLNVSFSRAKCNLIMVGHLDTLQNESLHKVDRDAVVAVYEEIMNKKVELVVH
                     RGAMQYLFDDYPPEKSPLIKNLDNPYYVFEDCPRLKNGQFTSLYHGKRLTLFNPVLKD
                     SLYEPSPKQMRAALIGYHDGKPCTMVQPMGLWLSRQKTLNEFEFSAVVYSGGQSPLIV
                     ELNDNSLITLDVPSALCYPKGTKVKINVRNNRFFIIKPLQNE"
     CDS             12732..13967
                     /locus_tag="SEQF2637_00432"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNKAFLEYAENQGLAPLIWFDISYPTFAVKVKYSYPTSNPADF
                     RDRALLQLIDLGMSYATACGILMVNDPHQTILERFKSDTPGPQLVHFDKILNRLALTP
                     MGRHKVERIELAKDGVACCFIDGFSGKPFPIDVVNGLSDRFNCSDIKSNPGGLYPFDP
                     NMEQRLVELNAKLNDNKGRKYSFRLGIPEKSKETSMSLLSSKWMRNLSIGIFLDEHKV
                     VRKIFCDNSANPVSPFGWLENLSAFKLTGNGRNRRFSYVKEDEINTNVFTQVSASSLR
                     QLYEYSMEKEYGAEFLQNLNLSVDTETGQCTIVIQHLDATTRNRSKILSFIEKGIMPI
                     PLPGLVGTAFVKVQATPEINNLGRLRNAINQSNVNWHQIIKRLQNEYPNNWRQILIAI
                     DRHDLLFRCDVGNYIKYGK"
     CDS             13964..14992
                     /locus_tag="SEQF2637_00433"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYIFYNNLNERNLTQEVVRQIRETKTWIKACNLLFDDSDIRVA
                     LIDALSRGVALFILTNLEGATGEVFINKFSGKRKSAEQTTQDLLHSSSIKSLYDAGAH
                     ISGLDGLHAKFLLTDANCGIITSLNFTPNSINKISELGVKLGGEEYDELEEVFDYIFL
                     RPDRYRFASYDSHFTYERPSEEIDCDQLSRMSRIKMTLAKTSRGKSEALADCDIHDLR
                     SEIFDIIKSTESGEDLYLATYSLEPNAKDADGVSLGKHLLDAKRRGVRLHIVMREEKK
                     QVIKGIHINYHKDNHAKAVLTPRRGIIFTGNLTTESFESGFDLGVCLTPDQITDTITF
                     INKLKTQS"
     CDS             14995..15597
                     /locus_tag="SEQF2637_00434"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQLDQHIEQWIQDTGNPAKHDEAKKFYAEKIMPQLLEHLKDID
                     IVGKQLRENGGVDTLFSVLGMTPAPIVITQHLLQPKNHVIFYDKNIKVKDDKILAHLD
                     SNPTYVMFEDESFGTIYETMKEMLIVSEGGNMVIDITGGKKSMTAAAAIFAKDFDFNI
                     VYVDMSSPGSYIPAIHQTRPGSERLNLVYSPLRDLPELFH"
     CDS             complement(15735..16364)
                     /locus_tag="SEQF2637_00435"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSDHNEVRKLHFQAFNGHKIYILHKPFTRCIAKGKAHKQYEFG
                     NKVGMITTGRKGRKIITAIKAFLGNPYDGDTIDPLLAQMEAGWLRLPQELIYDRGGKG
                     RKQIRGVSIIIPGKPKAKDTPCQKRQKRNKCRARAAIEPIFGHLKKDFRMEQNYLWGE
                     KGIQINAYLAATAWNLKKMMEELKEKFLYFIFDWFFGWIKYILWHNLIL"
     CDS             complement(16306..16608)
                     /gene="ltrA_3"
                     /locus_tag="SEQF2637_00436"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MTKGVDGKTVDGFSVSHIEQLIDTLKNETYQPNPSQRVYIPKKN
                     GEEEAALGIPSLMDKLLQEVVRMILEAIYEGSFEYTSHGFRPQRSPQTALSSIQRS"
ORIGIN      
        1 caatgcggaa gaggcaaaga gaaaggatca actccgaagc ggaaactccg tcctgtttct
       61 ccaatgacag acgagataac agatgaccga tgccagactt gccaaaaaga tgaaacaaat
      121 catcactcat tcggctttta acactcaaaa gtttggacaa ctcgcttatt ttctctattt
      181 gtgcttccat aacagttttg ttgttttgtc tttaaaatca gctgtttggt gattgctaat
      241 ttgcaaagaa aattaaaaca aactgttatt ttcctatcta tttattaggg tgggaaactt
      301 tagatattaa gtcaggcaaa gtcttttctt tcgttgtggg tattggcgtg gtatgtgccc
      361 tatcattgtg ggtcaatgtt gcgcaatggc agtccaaaag gcaatatgcc gatgatgcgc
      421 tgaagttcag aaccatccgc tcttggggcg gatgcaatgc caatgatata ctttggctga
      481 acaaagtgtt tgacctgcac agggacgaga aagccattga atgggtacgg aaacaggcgg
      541 acgggtacga cacatcgctg aaaaccgttg cagacagtct gatgcaggaa agtgtaaaat
      601 ctgaatcgga ctgatatgaa acggttgcaa gccgtcatca accaattaga aaacagtcat
      661 gtcaaatata ctgccgatga tgtaaattct acctttcata aatctacgga tgaacaatcg
      721 ctattcaact ttatgcaaac cacgatagct cgtttcaaac agatggggaa gatacgcaca
      781 gctgagaact attcttatgc cctgaaaagc tttgcgcagt tcagacaaga caaggatatt
      841 ccattgccag agtgaatgag gatttgatgc aatttgaggc ctatctacat agcaaagagg
      901 cagtatgtaa cagtagttcg ttttatctgc gtattttccg tgccatgtat aatcgagcat
      961 tggaaaaagg tttgacggag tagcgcaatc cttttagaca cgtgtacaca ggagtggaca
     1021 aggctatcaa acgtgttatt cttttgttgg caataaaaaa gataaagaac cttgaccttt
     1081 cattgtagcc caatcttaaa tttgcaaggg atatgttcct tttcggtcat tatcgctcat
     1141 ttttagtata acatactgat aaaacacttt taatgtagag tgcgttttgt gaacaccaaa
     1201 ataaagttaa aaacaaatgt ttgatatatc aagccagaag atgtgacgga tgatttgcac
     1261 tttgtcgaat gtaggcgatt tgaatgactg ccggaattgc aactcgatat gccggtcctg
     1321 caatatcaat caacgtccat actgcggtga gtatccatcc tatcggtccc atcataatag
     1381 atgccattct ggttaaccca gcatttgcag caagggataa ccctctacct acaagaaatt
     1441 tcattaccgc gttgactacg gagaccaaaa ggatgtagct ttggaaccct ccagctttcc
     1501 atgcgatcat caatgtggaa attgcagcct gacgagaaaa gtttgtggta gggcatccga
     1561 gttccgtcat catttttttc aaatcctcat ctgatgcgtt aatcagtgaa tcattgaata
     1621 acttctggag aagatactgc tcaacctgtt catctgttga tttgcggttg aaatttacct
     1681 tgttacgttt agcaacatca cgaagtattt ctgcatattc ggatctccct cctcggaaga
     1741 aattagcgaa actatttcct ccgaactcct tgaactcctc tacaagtggt tggagcatgc
     1801 ccttgatgtc gtgaggatag ttctttttga agatatatgt tccagataga ctctcagtca
     1861 cacggaagtt tccatctttg tctttgacaa cgatgtcaca gagcatatgc aaatcctcgt
     1921 tggatgcacg gcaaggtaaa tctaaatttt tcataatcat gtcatactat ttgggcttga
     1981 agtcgtttct tttctataaa ttggatgcag aggtgggaga atttcgagaa gagtttcatg
     2041 accgatgtct cttcttctag tccgttaccc ataaccgtct cgaaatagcc tatgagttcg
     2101 ttgattaacg attgacatct ttcgaggtcg atcgtttcaa acctcattat gtggcgtaaa
     2161 tcttttattt tacgacacag tccctcttta attccatgcc tacgcccctt gatggctgac
     2221 acttcatcaa atattttctt tccgtcagtc tcaccgcatc ttttaaccaa agaatgataa
     2281 tcactggact gaagttttga cgtaatatgc catcccccac aagcggtgca ataataggta
     2341 cgtaccggcc gttttccggt ttcgtgctcg atgtcatccg cgttgtattt caagaagcgg
     2401 attgcctcct ccttggtggc aaatagcatc tttgtatgtt ggcacgccgg gaagcggaat
     2461 ttgttatttt attggcttca taaaaattaa atttataggt gaaataaaaa ctggaggaga
     2521 gagggagaat taagactgcg aggaggagag ttgcattctt tgattagtca tcccagtcgt
     2581 aatcatcatt cgggatttcg ttacacagcc atgtgctgtc gcaatcagga cacacatatt
     2641 ctacaccgtc gcagtaggca ttgtccatgc cgcagaaggg acattctgtt gtcatcgcag
     2701 ttctgtttta agagttaaac catttgtata ttccgtatcc gagtgctcca atggcagcca
     2761 cgccccctac tacaggaata gcagcaagga cagttgcacc agctgccatt ccaccgccac
     2821 cagcggcaag tgctcctcct ccgagccatg ctgtggcagc gtttgtcgcc gcacatccgg
     2881 tcagtgtact aatcgccgtt ccggtagagg cagttccgaa tgttgttgcg atacccattg
     2941 ctgcagcctg tcctccaagg acagttgctg tgccagttgc tattccggct ccgcttttga
     3001 ttttgtctga tgtcttcatc ttcttctatt tttttgatac tgcaaatcta gacacttttg
     3061 acgaatattt tttttgtccg ttgccatctg ttgtttacta tatcattttg attttaatac
     3121 tgcaaagata ttctattata gcgaatattc ttttcgtatc acatatggtt gctcatcttt
     3181 ctttatcata tggagacctt tgcacaataa agcggtctat tttatcactt atcctattgt
     3241 atattagcgt gttatttcgt atattagcac tacaagatga cacgaaacta tggcaagaca
     3301 aggaaaatcg accaacgacg aagtctcatt tgcagacgtt atgttagaga agagatacag
     3361 gaaagctcag aatgtatttt tgaatcaagt cgacaggctt atcgattggc gacctattcg
     3421 cacgctgatc aacaagaagt acaccaagcg gcaaaatgcg gcaggagctc cggcctatga
     3481 tgtcatcctg cttttcaaga tgcttcttct acagacatgg tatggattga gtgactgtgc
     3541 cttggaagag cgtgtcaatg actcggtgac gttttctcga tttctaggtc tgagtatgga
     3601 agccgtctct ccggatcaca gtacgatcag ccgtttcagg acagccctga cagagtcggg
     3661 actcatggac aagttactga aagccttcaa caaacaattg agcgcccatc atatctctat
     3721 caaggaaggc gttctgatcg atgcgagcat tgtcgatacc cctgaccgcc ctgatggaac
     3781 gttgcgcatc actgtggctg atgatcgtga ggatacacgt agtgatgacg aaaaggatga
     3841 agaggaggct taccataagt tccttttaca ggaacgcaaa gggacagaca gtgaagcccg
     3901 gtgggtaaag aagaaagtct atcgatatgg ttgcaagaaa catgcattaa caaacaggga
     3961 ggggatcatt cggcaagtca tcaccacccc ggacaatcgt aacgatctga aggagttgat
     4021 cccattgttg agagaagagg atctccctgc cgatacccct gtctatgcgg ataagggcta
     4081 tgcaacggag gagaaccgag cctttttagc catgcatcac ttacgggatt gtatcatgca
     4141 cagggcgtat cgtaaccggc ccttgagcca ggcacaacac ctctgtaacc gctccataag
     4201 tcctattcgc agtgtcatag aacgcacctt tggcagcatc cgtcggtggt ttgatggtgg
     4261 acgttgccga tatcgaggcc ttgccaagac tcatacacag aacatcctcg aaagcatagc
     4321 ctttaatcta tatcgaacac cggggctcat tatatccaaa tgtgtcaaat aagcaaagat
     4381 ttcctcggtc gggcttggtt ttgaggccca accgggggaa aggggaacct catcatcctc
     4441 gatagttctc ctccttcaat caaaaatgat cctgaaaagg gagagattta ttgtccgctc
     4501 catttttcaa aggtctcata tgtactacag tggtataatt tattattaaa gatatgttct
     4561 ttgcaaacat tcatcatacc tctttgatgt caataaaatc ataaatagac aaaaacgaag
     4621 aataagtttc gctaaagttg agcagagtgt tttttttgat tatctttgta cttcaacttt
     4681 tcacttccag acaaaatcta tgaaagaaga aactataaat tgggagctcg tgaactccct
     4741 cggatacaag agagctaaca ggctacgtaa aattgaacat gtccttgcat cctgtccatt
     4801 aggaattacc ccggaagacc tttgtgacaa aatagggctt caaggtcgtg ctaggatacg
     4861 aacgctccag aacgatttaa acgaattgag atctctctat acctgtcaat ggataacttc
     4921 tgctccttac cgattagaac tcagaggagg tgatctggct tttccggagg ctgaatttca
     4981 caccaaggat cggaaacagt taaattccat ttgtcgactc attgcctttt tcgatggggc
     5041 aatccctatc agagattttc ttaaagttag cctgggtgat gtagacgctg cattgaatga
     5101 catgtcggaa aatatagata ttcccaccac aatatcggaa cttagatata taaaggatat
     5161 ctacgatgcc attgagaata aggttccaat tgacatgatc tacccacgaa ttaatggagg
     5221 aagacgtttc atcttatctc cctacatgct taaacgattc aatggaaaat ggtttgtgct
     5281 tggtcgcatt tcagaggaaa acccatttga ttggacagta attccgttgg ccgctataga
     5341 gatgatgtcc ccaaacatgg acaatgtcaa atactcgcca gctaaaaatt atgaattgca
     5401 gtctctcaaa aataaaatcc gaagatacta tagtaatgta ttgggatttt acgtgcctac
     5461 caatgagacc gataaagcaa aagtttctcg tgaactgaat cccgacaaat tacaaataga
     5521 agaagtcaaa ctaaaagtga acaaacagat tattcgtttc ttaaaagaga atcctataca
     5581 ttcaacgcag aacatcaagg gtgataccgg ggaagtgaca ttgaaattgg ttctgaaccc
     5641 actgctcaaa caaaagcttc tcggctttgg ggccgacctt gaggttgtat ctcctataag
     5701 tctaagaaac gaattatata atgtggcaca gcaaatgcta accttatacg cgaaataaac
     5761 attcgttaca agatattaat tttacatcaa taaatgataa cgacaatgaa tcagcagcaa
     5821 atatatgagc caaaatggtg ctacgactat tgggcagata tcgaaagggt ttaccctatt
     5881 ggcagtacaa taacctgtaa ggttacgtcc attaaaccaa attatgcctt ctttaagaca
     5941 aaggaaggat taacttgctt tcttggcaaa gacaaaattt cctccccgtg gagaattaca
     6001 aatttaacac aggtcctttc ttcagacatt gagtatgagt gctccgtctc gggttacaat
     6061 ttcgaaaaga gagggttggt aatagcactg aatttaaacc attaacgcta tgctcttatg
     6121 acactgggac aattagcaca ggaattaggg aaatctgtga actcgcttgc caacacattg
     6181 cgacaagttg gtctagcaga ccgtcttcta tacgaatctg atattataac tagagatcag
     6241 gagacccgac ttagaaatgg taattcaaag aagatatata atcaagtctc ctcccaacca
     6301 tcagggaatg cagcctatcc gacaaacagc attggagctt ggtcaaaaaa actaaatcgc
     6361 caactagacg atgtgataaa cattgtcaaa aagaattatt taacagaagg tattgatata
     6421 accgagttta cagtgctgga cgaagaagtt tggaagaaat tggaaattaa actcaatgat
     6481 ccacgtataa ggattcacaa actagcggca tccctagaga ctaataaaaa atctttagca
     6541 gagaaacttt tttgaactcg gtttgattga tactccaaac tggaatcaga gaatcgatgc
     6601 tccattagaa gaatggttgc gctcggttct atcaaaagcc gcagacaaag aaaaaacttt
     6661 gaccgaatta cacgcagcag atctcaagaa aaataacagc gcaggagagt tgagtagtca
     6721 actatggaat tcagaacaag atgagcattc cgaggaaaat tggttagaac ctgaggtaga
     6781 tataaacgtt gaaaatacgc ttgttgactt tgacaataag ttagaggata atgatataga
     6841 atcagaggat tccgatagtg atgattctac gggcagctcc aattttacat tgaagaagct
     6901 ttctcacaaa cttggaatat cctcagtgcg tgtacgccat attctgttgt ctttattccc
     6961 tcaattgtca aacgccttct tggaggacga cacatatatc gatgacgaga aaagcgaaag
     7021 acttattttc gtctatgaga atatggcgga tgacaatgtg ctcaaggttt ttgaaaacga
     7081 atttcttggt gatataacgc aaagatggca atctcatact attttgctaa ataacgtctc
     7141 tggtacttgt cgacccggat ccattaaaga gggtgaagtc atagactttg atgatgataa
     7201 tcgttttgtg acgataaaat ttacaggtac tcgaacgtgg ttattcaatc gtccatttga
     7261 aggttcagtt cctcagatag gaaaagtgcc gtatgacgag tgggactggg aagtatttgg
     7321 agaacggcct tttggagtaa aagttggcca gacttttagc tttcttattc tcagcaacaa
     7381 tgggggcatt atcgccagta ggagacagat tacagagtct cccattcctg aaaggacaga
     7441 ttcagcctta ataataaagc gctaccccga aaagcacttt acagtaataa gaacctcggg
     7501 gggggccata ggttatatct cttatgcatc gcttattctc agtaaaactg gagagagtgt
     7561 acttgaaccc aatcgaaata gtctggaagt gcggctcaag caagtacaca aacgagagta
     7621 taataacaaa actttccgtt ttggtgaata cgttccgaac gaatcggatt tcacatctga
     7681 ggttataata gagactcgta agaaatcgct cctaggactc tcaagtataa cttggtctaa
     7741 tgtatccatt gcagacgtga aggaccggaa agactttgtg caagcatata atgatcagat
     7801 gtatatacgt gcaaaagtta ccaatgtcaa ttccggagga tatataatgc atccgttagg
     7861 gagcaaagac attgagcttt tttgctttta taaaaatggg cctacatgga tagacgcggc
     7921 agatgcagac catataattg gttctgaatg gcttgtgaag atagagcaag accctgaaga
     7981 caccgattcc agcaatacaa aagtccaggc aaaacttcct gtttctgagt acataaagtt
     8041 aattaacaat catgattgct atgaggcaat tgtggttaat atcaatgatt cgggagccaa
     8101 tctattaatc aatggatgca ttcctgcatt tatgcctaac actctggttt cctgggataa
     8161 aacagtaacg gcaaaagctt gtctaaatgt tggaaacata gttattgcat ctgtgcgaaa
     8221 ggatcagaaa agactcatct gtagtcaacg ggatgccaat gtggatcctt gggtacaagt
     8281 aagagaactc ttttcgaaag gcacagtggt gtctggtcat gttgtgtcca aaaaagaaac
     8341 aggattatta ttatcgttgg gcatatatca agcatggctt ccggcaaatg aaatatcctg
     8401 gttggaaaaa attgatgatt gccaaaattt atcacttcct gacgatttac gtcttcttgt
     8461 gaagggttat gatgaaaagc gaaagacaat aaaggtaagt ttgcgtgatt taatccctga
     8521 tccgtggagc gaacttgata aacatctgcc tgaagacgcc attgtatctg ctacaataac
     8581 aggtctgacc aatagtggcg cactattgaa agtcgggaat ttaggattta agggctattt
     8641 gagctttaga gatgttgact ggactcatta taccgacaaa gacagtttcc gttatgctcc
     8701 cggtgataaa atcacagtga aggtgaccca tcgcaacaag gaacgtagac aactaacatg
     8761 ttctataaaa gcacttatgc caaatccttg gatggaactg gatgggaaaa cctcagtgaa
     8821 tggttttgta ctctccgtgg attctgagaa agccatagtt cgtttagagt caggcatcga
     8881 gtgtacctgt tacgaaacgc ttgatcccag tgatgagggg aatgtgctac agtttgacat
     8941 tctgcattta aacgtagcta ctcaacagat tataataagt catcgcaaac aagagatagt
     9001 tgaacttact actctggcgg tcggagacat gtttaaggag tatcgaagct tatcttcctc
     9061 ctataaggac ctagtcatgg aggatagcga ggatgaagaa actgaagttt accgagattt
     9121 catcgtaaag aatattagtt ctaccggtcg cattacagcc gagtatgcag aagatgatga
     9181 cgagtttgag aatggtatcc ttcttccgag ctccctcact ataaatgggt atccagttaa
     9241 tgtaatattt gctaggcata taatcaaaga acattttgcc gttggggaaa cgtacaactt
     9301 tcggattacc catagatatc aagaatttaa ttatgctgtt ctatcaattg atgcagcaga
     9361 tttacttgac ataaacaata tagctacaga cgatatgtca atgctggtct ccagagaagg
     9421 ggttgaagcc atgatactgg ataatatcag cactgacaga aatctctttg ttcagtggag
     9481 agggtatttc ggctatatac cccgtcaaga agtgacttta gcagaaggag aaatactaga
     9541 taccttgcgc cttcgcgcaa tagtagcacc tgaacatccc gcacaaatga taagattcac
     9601 tattgttaat gaggcagagg atgaagagga tgagggaccg ctctcaactc atgatgcaac
     9661 agaagatctt gatcctgatt tgctggattg ttacagagac attcaagacc ttccaggatt
     9721 caatcctaaa ctaccagact attatccgtt tgctttgcaa gttcggtatg aacctgacaa
     9781 acatatagaa ttggctgaat tactttcctc tgacccagct tacttttcaa ctcaaacctt
     9841 tttcatagac tgttatagag ctaaagatga aaatgggtat atactaacga ttttcaataa
     9901 tagaatatcg atatccacat tctgtcgtga aaaagaggac ggtgacgaga ttcgtgttac
     9961 cagctgtgaa cttgatcttt ccttatcctc aaagaaaagc tcccacttcg gcaaacccat
    10021 aaggattgcc ggagaaaata ttcagcttgt tccgctcaat tccagcgcat tgcctccaaa
    10081 ccttcaggat gttgacgttg taatggtgct tctaaaatac aatcgagaag tgctacctga
    10141 attaagaaaa cttaatcgat gcaaccagga aaagagaggg gagcactact tgacattaca
    10201 agaactcctt atgatggatc ttgatcgtga agtagctctt tgtagtgaag atgtcaaaat
    10261 ccaagcatcc gaaatatctg aaacagcagg ctctttgggc ggatatggca tagaatttga
    10321 agccatcccc gaggcattta atagtatcat cagcggggat gactcaaatg atgggttaca
    10381 agttcttgtc aagccaaatg ataatgagcg tttcgaagac cgccacccca gcggtgtact
    10441 tagatatctt ggctcaaaca agtggattgt ggaactttat gccaaccgag atatagatat
    10501 cgaaggattg agaaagtcgg gcattcaaat taaacgattc cctaatattc gtcatataaa
    10561 gcagcagatt agggccatcg agagttttgt ttacgaacga aacggattgg atatctttag
    10621 caaaatcgca agaaataaat tgcaccctat caatccacca aaggttgaag agattgaggc
    10681 caatcagtat ttcaatcttg aggatgattc cgattcacaa gctaaggcac ttaagatggc
    10741 tcttggcggc tcccaaatta ctctgattca aggtcctccg ggcacaggta aatctaccgt
    10801 gattgttgat atcattcgca atctcgttaa actccataaa aaagttctgg tgtgcactca
    10861 atcggttgca ccagttgagg agttatacta taaactgtcg ggacgtagag gtgggaaagt
    10921 cctcagctct ccgcgtgagg ttaatgaatc ccctttacgt tgtgcctacc ttcgtgacga
    10981 tgaatcaata gaaatttctg gcagtgtgga agagcatcga caagccatca aagacatgat
    11041 gttgttagtc aaccaactca aatgtgtcaa cgtatcttcc tcagagaatg ccttagaaga
    11101 attaaagaag gttcgtgagt cattcgatcc acggcataag gttgagtgca gtgaagtgtc
    11161 tcgaaaattt gcaaaagaca ttcttccctt atacgacaac gtcatagata ttttaaatga
    11221 gtaccacact gcgttggaca aagaagatgt ggagaatttc gcgtcagaac atcggacatt
    11281 aaatcttgaa gccgtagacg tagttttcgg tacatgcgtt ggtgttggag ttaatccgat
    11341 actgaaggat ctccattttg ataccctcat aatagatgaa gcaggtaaag caaactacgc
    11401 tgagtcctta gtgtccatga tgatggcaga tgagtatatt ttggtaggag atgacaaaca
    11461 gctcccacct tatactaatt ccgaacttgt taaggagttg gcagaaaaac gtcgcttaaa
    11521 tcttgagcaa gcgaatgaag atgaaaattg cgaacttcct agcatagagg ctctcacaga
    11581 ggatataatg gaagatgtgg gaaaatctct attcggagac ctaaaaccta gactcccaga
    11641 atcccaccag attatgctct cgaagcaatt tcgcatgcac ccggagatcg gtgattttgt
    11701 ttccaagctc ttctatgaag ggaaagttca gtcagttccc aaagctgcag acaggacctt
    11761 gaatatagaa ggacttgagc atcccattct attcatcgac acttccggga tgggaaaaga
    11821 ggcgcgtgaa agtcgtcaag gaatgagctt gtataatgac ggagaaatcc aagttataga
    11881 agaaaaacta cttccgatgt tggaagcggc ccttgatgca ggtaaatcgg tggggattct
    11941 ctccccgtat ggcgctcaag tacagagaat gaaaaatcgt ttttccaagt taagtcatca
    12001 tattttcact atcgattcaa ttcaaggaga agaatacgat attgtggtat tctcgtttgt
    12061 tcgaaacacc agattcggtt cccttaattt tgtggatgat ctccgccgcc taaacgtatc
    12121 cttcagtaga gcgaagtgta acttaatcat ggtaggacat cttgacacac ttcagaacga
    12181 gtcgttacac aaagtggata gggacgctgt cgtggccgta tacgaagaga taatgaacaa
    12241 gaaggtagaa cttgttgtac atcgtggggc aatgcaatat ttgttcgatg attatccccc
    12301 cgaaaagtct ccgttaatca aaaatctgga caatccttac tatgtgtttg aagattgccc
    12361 aagattgaag aatggtcagt tcacaagtct atatcatggg aaacgcctga ctctatttaa
    12421 tcccgttttg aaggactctc tttacgagcc cagtccaaaa cagatgcgtg ctgcactcat
    12481 tggataccat gatgggaaac cttgcacaat ggttcagcca atgggccttt ggctgagtcg
    12541 gcagaaaact cttaatgaat ttgaattcag cgccgtggtt tattcgggag ggcaatctcc
    12601 tttaatcgtg gaattgaatg acaattcact tatcactctt gatgttccat cggctttgtg
    12661 ctatcccaaa ggcaccaaag tcaagataaa tgtgagaaat aatcgctttt tcatcattaa
    12721 gccactccaa aatgaataat aaagccttcc ttgaatacgc cgaaaaccaa gggcttgcgc
    12781 ctttgatttg gtttgacata agctatccga catttgccgt aaaagtaaaa tacagctacc
    12841 caacatccaa tccagctgat tttcgtgata gagcacttct tcagctaata gatttaggaa
    12901 tgtcgtatgc gaccgcttgt ggcatactaa tggtaaatga cccccatcaa actatacttg
    12961 aacggtttaa atcggatact ccgggtccgc aacttgttca ttttgacaag atccttaaca
    13021 gactggcact tactcctatg gggaggcata aagtggaaag aatagagctt gctaaagacg
    13081 gggttgcctg ctgctttata gatggtttct ctggaaagcc gttcccgatt gatgtagtca
    13141 atggactatc cgacagattc aattgctcag atatcaaaag caatcctgga ggtctatatc
    13201 catttgaccc taatatggag caacggctag tggaattgaa tgcaaaactt aatgacaata
    13261 agggtcggaa atattcgttt agactcggca ttcccgaaaa atccaaggaa acttcaatga
    13321 gtctactatc ttccaaatgg atgaggaacc tttcaattgg aattttcttg gatgaacata
    13381 aggtagttcg caaaattttc tgtgacaact cagcgaatcc agtttctcct tttggctggt
    13441 tggaaaattt gagtgcattt aaactaactg gtaatgggcg caaccgacgt ttttcttatg
    13501 taaaagaaga tgagatcaat acgaatgttt tcactcaagt ttcagcttct tctttgcgtc
    13561 aattgtacga atactctatg gagaaagaat atggggcaga attccttcag aatctcaatt
    13621 tgtcggtaga cacagaaacg ggccaatgca ccatcgtaat tcagcatctt gatgctacaa
    13681 cacgaaaccg atcaaaaata ctttccttta ttgagaaagg cattatgccc attcccttac
    13741 ccggattagt aggcactgct tttgttaagg ttcaggctac tccggaaata aacaatctgg
    13801 ggcgtcttcg taatgcaatc aatcagtcga atgttaactg gcaccagata ataaaacgtc
    13861 ttcaaaatga gtatcctaat aattggcgtc aaattcttat cgcgattgac cgtcacgacc
    13921 tcttatttag gtgtgatgtt ggaaattata taaaatacgg aaaatgagct acatattcta
    13981 caacaatctg aatgaaagaa atcttaccca agaggtggta agacaaattc gtgaaactaa
    14041 gacttggatc aaagcgtgca atctcctctt cgacgattct gacatacgag ttgcgcttat
    14101 tgatgcattg tctcgtggag ttgcgctctt cattcttacc aatctagagg gggctactgg
    14161 agaagtcttt ataaataaat tttctggtaa gagaaaatct gcggaacaaa ctactcaaga
    14221 tcttctacat tcttcctcta tcaaaagtct ttatgatgcc ggagcacata tttccggact
    14281 tgatggtctt cacgccaagt ttctcttgac tgatgcaaat tgtggtatta tcacaagcct
    14341 caatttcacc ccgaacagca tcaacaaaat ctctgaattg ggagtcaaac tgggcgggga
    14401 ggaatatgat gaacttgaag aagtgtttga ctacattttt ttacgtccag accgatatcg
    14461 tttcgccagt tacgattcgc actttactta tgaacgtcca tcagaagaaa ttgattgcga
    14521 tcaactctca agaatgtcac gaattaagat gactcttgca aagacatcca gaggtaaaag
    14581 tgaagccttg gcagactgcg atattcacga ccttcgcagt gagatttttg atattataaa
    14641 atctacagaa tctggcgagg atctgtactt ggctacatat tccttagaac ctaatgcaaa
    14701 ggatgctgac ggtgtgtcgt tagggaaaca cttgcttgat gccaaaagaa gaggtgtcag
    14761 acttcacatc gtcatgagag aagaaaaaaa gcaggtcata aaaggtattc atatcaatta
    14821 tcataaagac aatcacgcaa aagctgtctt gacacctcgg cgaggtatta tatttactgg
    14881 taaccttact accgagtctt ttgaaagcgg tttcgaccta ggcgtgtgcc ttactcctga
    14941 tcagataaca gatacaataa cttttatcaa taaactaaaa acacagagct aaatatgaca
    15001 cagcttgatc aacatatcga acaatggata caagatacag gtaatccagc caagcatgac
    15061 gaggcgaaga aattctatgc cgagaaaata atgccacaac tcttggagca cttaaaggac
    15121 atcgatattg tcgggaaaca attaagagag aacggtggtg tcgataccct tttctctgta
    15181 ttgggtatga ctcctgcccc tatcgttata acccaacatt tgcttcagcc taaaaaccat
    15241 gtcatctttt atgataaaaa cataaaggtg aaagatgaca aaattcttgc gcatcttgat
    15301 tcaaatccca catatgtcat gtttgaagat gagtcttttg gcacaattta tgaaacaatg
    15361 aaggaaatgc tcatcgtgag cgagggcggc aatatggtga tcgacattac aggtggaaaa
    15421 aagtctatga cagctgctgc tgcaattttt gctaaagatt tcgatttcaa catagtgtat
    15481 gtcgatatga gttctccagg atcttatatt ccggcaatcc atcaaacacg tcctggtagc
    15541 gaacgcctca atctcgttta ttcacctttg cgagatttac cggaactctt tcattgaaaa
    15601 aatattttca aagtttgttt agagagttgt gatagttacc ggcagataaa tttgtctaca
    15661 gataaaactt tctttcaaaa gtttcatctg tatgctatgg cgacacgcta atttcagcac
    15721 catatagtcg ttctttataa aatcaaatta tgccacaaaa tatattttat ccatccgaaa
    15781 aaccaatcga aaataaaata taaaaatttt tctttcaact cttccatcat tttcttcaag
    15841 ttccaagccg tagctgccag gtaggcgttg atttgtatgc ctttttcgcc ccacaagtaa
    15901 ttctgttcca tgcggaagtc ctttttaaga tgtccgaaaa taggctctat tgccgctctg
    15961 gctctgcatt tgtttcgttt ctgccgtttt tgacaagggg tatctttggc tttgggttta
    16021 ccgggaatga tgatgcttac accccttatt tgtttgcgcc cctttccgcc ccgatcataa
    16081 atcaactctt ggggtaatct caaccaaccg gcttccatct gtgcaagtag tggatctatg
    16141 gtatcaccgt cgtaagggtt tcccaaaaat gcttttatag ccgtgataat tttccgccct
    16201 tttctacccg tggttatcat ccccacttta ttgccgaact catattgctt gtgcgccttt
    16261 cccttagcaa tacagcgggt aaagggttta tgtagaatgt agattttatg accgttgaat
    16321 gcttgaaagt gcagtttgcg gacttcgttg tggtctgaaa ccatgcgaag tgtattcaaa
    16381 actgccctcg taaatagctt ctaagatcat tctgacaacc tcctgaagaa gtttgtccat
    16441 caatgaggga atgcctagag cggcctcttc ttccccgttt ttcttcggga tgtaaactcg
    16501 ctgtgagggg ttcggctgat acgtctcatt tttaagcgta tcaatcaact gctcaatatg
    16561 ggacacactg aagccgtcaa cggttttccc gtcaactccc tttgtcatat tgccttgttt
    16621 ggcatatatg tgctggtagg ctat
//
LOCUS       SEQF2637|AYYD01000695.1  300 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cacaccgggt atgtaacgga gcgtgacgac ggtaatgcaa gacgtcagtt tgttcccaca
       61 aactgcgctt gctccccgcc cttagcggac ggaggagagg gccgtaatca catccgttct
      121 catcggctcc aaccatagta taagcaccac aaaaaagacc tatccacatg aaaagacacc
      181 ccaaaaagga aaacaagaag acgaacaaga cggtctttat caaggtccga tgcacggctg
      241 aggaaaagga gcagatccgc tcgagaacta cgaacgcagg acggaagtat tccgactact
//
LOCUS       SEQF2637|AYYD01000696.1 2534 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2534
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             137..973
                     /locus_tag="SEQF2637_00437"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYNDAKNKAIEQLKAREKDYKELGQHANDYALRLYDTRKSAVM
                     AIDRIETYVNTLAHSPKEFAKEIADTKVNIREFSEAIHIEKQNASDKIKGAGFTASGV
                     ATGGAIASLGPTAAMAVATTFGTASTGTAIASLSGAAATNAALAWLGGGALAAGGGGM
                     TAGSAFLAMAGPVGWALAGVSILGGSAFVIHKNKEAAKKANDASWTLIKLIAALKPKL
                     RELICLYDETSKLKSTLKVDTMINLYPKDYLAFDDSQKKALAALINNVRSMGVLINKR
                     IS"
     CDS             973..2463
                     /locus_tag="SEQF2637_00438"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDASLYTDQLSSALIQEGIDRVEWLKNQRLLEIIQEAAEKEVSA
                     REALSTSLQHIENVRDFVSDPRAILGSIQTKHGEIAEHIEVEIRNARDVLNHIKPSAT
                     FEGVGRTAPEDYLIGASQVQSKFINGAGKSLDHVLEHLSHYPGFANEGFYHIPKDQFT
                     MIEKVYKGEDVGELSGRTVRKLQELIKQIEQETGKPFTQVVQPSTSTYDEVQLGRVGK
                     TLDGYEKEFHETSDKEIAGIRKERTEQEASAQHITDASWSQALKYGAVSAAITGATSA
                     SMKIYIKIKSGKKLTAFTLSDWKEVGYDFTKGSVKGGISGIGIYGLTKVAGTPAPLAG
                     AIVSTAVGFSSLYYSYKKGDITQSEYADAACTLSVEAGLAAIGSALGQALIPIPALGA
                     IIGAAVTQSALKIVKQVMGAREEAFVQEMRNKYNTLQSELDAQCKAIIDRISAYYDKL
                     GGLVEAALSPEVNRRLSGSITLCEYVGVPKNKIIHNTSELDDFMLT"
ORIGIN      
        1 ggcttcgact tcgagctgac gcacgccttc tttatccccg accccctcca ccagacggag
       61 gtgcgattca acttcttttg atgacaactt ctacctttgc gactagaaaa aacattcaaa
      121 caaacactta tacatcatgt tttacaacga cgcaaagaat aaggccatcg agcagcttaa
      181 agctcgagaa aaagattata aagagctggg acaacatgcc aatgactacg ctcttagact
      241 gtatgacacc agaaaatcgg ccgtcatggc cattgaccgg atagaaacct acgtcaacac
      301 tttagcccat agtccgaaag agtttgccaa agagattgcc gacacaaaag tcaacatcag
      361 ggagttctct gaggctattc atatagagaa acaaaatgca tccgataaaa tcaaaggtgc
      421 aggatttact gccagcggtg tagcgactgg tggcgcgatt gcctctctgg gaccgacggc
      481 ggcaatggcc gtggccacca cctttggcac ggcatccact ggtacagcta tagcctcgct
      541 ttccggcgca gccgcaacga atgcggcatt ggcatggctc ggaggtggcg ctttagcagc
      601 cggaggtgga ggtatgacgg ccggatcggc ctttctagcg atggccggac ccgtcggatg
      661 ggccttggcg ggcgtatcta ttctcggagg cagtgcattc gttatccaca agaacaaaga
      721 ggctgccaag aaggccaatg acgcttcatg gactctgata aaactcattg cagcactcaa
      781 acccaagctc cgagaattga tttgcttata tgatgaaaca agcaagctga agtcgacatt
      841 gaaagtggat actatgatca acttgtaccc caaagactac ctcgcgtttg acgacagcca
      901 gaaaaaagct cttgccgcat tgatcaacaa tgtgcgatca atgggggtac tcataaataa
      961 gcgcatcagc taatggatgc ctcactgtat accgatcaac tttccagtgc actcatccaa
     1021 gagggaattg atcgggtcga gtggctcaag aatcaaaggc tgctagagat cattcaagag
     1081 gccgccgaga aagaggtcag cgcaagggag gccttgtcga caagtctaca acacatcgaa
     1141 aatgttcgag attttgtttc agatccccgg gccatcctcg gcagcataca aactaagcat
     1201 ggggagattg cggagcatat tgaagtcgag attcgcaacg cgcgcgacgt actgaatcac
     1261 atcaaaccat ctgccacctt cgagggtgtc ggccgtaccg cgccagaaga ctatctgatc
     1321 ggggcctctc aggtacaatc caagttcatt aacggtgccg ggaaaagttt agatcatgta
     1381 ttggagcatc tgagccacta tcccggcttt gcgaatgagg gcttctacca catccccaaa
     1441 gaccagttca ccatgataga gaaggtctat aaaggggaag atgtgggaga gctatcaggg
     1501 cgcactgtcc gaaaactcca agagctcatc aaacaaattg agcaagagac aggcaagcct
     1561 tttacccaag tagttcaacc cagcacatcg acttatgatg aggtgcaatt ggggcgcgtc
     1621 gggaagacgc tcgatggcta tgagaaggag ttccatgaaa cgagtgataa agagatcgca
     1681 gggataagaa aagagcggac tgaacaagaa gcctcagctc aacacatcac agatgcctca
     1741 tggagtcaag cactaaaata tggggccgtt tccgcagcta tcaccggcgc gacgtcggcc
     1801 agcatgaaaa tctacatcaa aatcaagagt ggtaaaaaac tcacagcctt cactctctct
     1861 gattggaaag aggttgggta tgattttacc aagggatcgg ttaagggggg aatctcagga
     1921 ataggtatct acggcttgac aaaagtcgcc ggaacaccgg cacccttagc cggagcaatt
     1981 gttagtacag ctgtgggatt ctcatccctc tattacagtt ataaaaaagg agacatcacg
     2041 cagtcggaat acgctgacgc tgcatgtacc ctcagcgtcg aagccggatt ggccgccata
     2101 ggttcagcat tagggcaagc tctgatacct atacccgcgc tgggagccat catcggtgcc
     2161 gccgtgaccc aatcggcact aaagatcgtc aagcaagtaa tgggggcaag agaagaagcg
     2221 tttgtccaag aaatgcggaa caaatacaat acactccagt ctgaactaga tgcgcaatgc
     2281 aaagccatta ttgatcggat cagtgcgtac tacgacaaac tgggaggact cgtcgaagcg
     2341 gcattatcgc cggaggtcaa tcgacggctt tcgggcagta tcactctttg cgaatatgtc
     2401 ggtgtgccga aaaataagat catacataac acctcggagc tcgatgactt catgcttacc
     2461 tgacttttgc ggccatgaga aatgcatctg atgtagtgcg cgacatgaac cgggccggag
     2521 cggcgggccg accg
//
LOCUS       SEQF2637|AYYD01000697.1 5020 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5020
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(352..870)
                     /locus_tag="SEQF2637_00439"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYDNTSVRRQDRLLDEARALQILHEGEYGFLALVETRADVVAG
                     YGIPISYVFEPSTDRIYLHCGPEGHKLRCLDLRPLVTFTVVGHTRVVPAGFTTAYESV
                     LLRGRALRGLPPEERMHALELLIDKYSPNDKVVGLKYAEKSFHRTEIIRIDIDCASGK
                     QKVIRPTGATPD"
     CDS             1032..1430
                     /gene="glpE"
                     /locus_tag="SEQF2637_00440"
                     /EC_number="2.8.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6V5"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiosulfate sulfurtransferase GlpE"
                     /translation="MIKLLMSLFSVWLSMACAPSEGAEGGITSLTAAEFEALLARDQA
                     VQLVDVRRPDEFAAGHINGAQLIDVTAPDFLDRAQKSLDPQRPVAVYCRSGKRSMRAA
                     QMLQKAGFRVIYNLDTGYLGWVEYQAGKKR"
     CDS             complement(1475..2128)
                     /gene="lolD"
                     /locus_tag="SEQF2637_00441"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75957"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system ATP-binding protein
                     LolD"
                     /translation="MIQTHAITKRFDRLQILKGIDIEVHDREIVAIVGPSGAGKTTLL
                     QIVGTLDRPDSGHVIIDGVDPFTLNERRMAAFRNQHIGFVFQFHRLLPEFTALENVMI
                     PALIARDSAAEAERKARELLDFLHLSDRITHKPAELSGGEKQRVAVARALINRPSVVL
                     ADEPSGSLDSHSKDELHRLFFDLRRDLGQTFVIVTHDEALAAQADRTIRMRDGVIID"
     CDS             complement(2162..2602)
                     /locus_tag="SEQF2637_00442"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYILISIVVLGLVAAGLGQWDRRRRRQRFERGEIASMEDETPQ
                     TVIPEGCCGQHETCERDSLLAAVAAGRKAEYYDDEELDAYRGTPSDAYAEPVVEEFRE
                     VLYTLRQDEVPGWIRSLQLRDIALPDALKAETLLIVEELRDSRG"
     CDS             complement(2661..3899)
                     /gene="aroA"
                     /locus_tag="SEQF2637_00443"
                     /EC_number="2.5.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KRB0"
                     /codon_start=1
                     /transl_table=11
                     /product="3-phosphoshikimate 1-carboxyvinyltransferase"
                     /translation="MQYNLKAPDRLQTTVTLPASKSISNRVSILSALAPEAAPLINLA
                     DSDDGRALQHALRSADETVDIGAAGTAMRFLTAYFAARPGHTRLLTGSARMRQRPIGL
                     LVDALRGLGADITYTEREGYPPLRIVGQRLRGGEVTMDSGVSSQFLSALLMVAPTMER
                     GLQLRLTGATVSETYLRMTVGLMRRFGVVVEESDGGRTFRVAPQPIRAVPFTVEADWS
                     AASYWYEMVALARDTTAAVELLGLTPDSLQGDAAIAALFERLGVRTTFTDRGLRLDRL
                     PSHHLPERFTCDCVLIPDMAQTLVVTCAALGLPFRFDGLQSLRIKETDRLAALQTELR
                     RFGFVLTEHDGRTLQWDGTRCPPEAAPTVATYDDHRMAMAFAPLALVRPGGVTIAHPE
                     VVTKSYPRFWDDLRAAGFRF"
     CDS             complement(3993..4544)
                     /locus_tag="SEQF2637_00444"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFDFLQAYPWALPLVIFFGRICDVTLGTLRIIFVSKGEKMKAPI
                     VGFFEVFIWVVVISQIFSHANDLTAYLAYAGGYATGNFVGILVENKIALGYFLIRIYT
                     KKGSAALIHELNTNGFGSTHIRGEGAISEVSIIETVVSRKSERRVVNLVTTFDPNAFY
                     VITDIRSKRKGFFSAAGAPRLGK"
ORIGIN      
        1 ggatatgggt aaatacaatc tgtcatagac tatggatata gtttttcaaa gaaggaagaa
       61 tattcatagc ctatgaaagt tgttcttcat atgaaatacg attttcatag ctgatgaatt
      121 atcgtataga gatagagtca attcgtcata gactatggcc atagcttttc aaagaaggag
      181 tgatatttat agtctatgaa agttgttctt catatgaaat acgattttca tagctgatga
      241 aagtcgtttt tcgattgaaa gaatggtttt atagcagtat ctggccaatg gaaaaaagaa
      301 aaagcctcga ctccgggcgg agacgaggct tcgacagtta taaaaggggc gtcaatcggg
      361 ggtggcgcct gtgggacgga tcactttctg cttgcccgag gcgcagtcga tgtcgatacg
      421 gatgatctcg gtgcggtgga aggacttttc ggcgtacttc agtccgacga ccttgtcgtt
      481 ggggctgtac ttatcgatga ggagctcgag ggcgtgcatg cgctcctcgg gcgggaggcc
      541 acggagggcg cggccgcgca ggaggacgct ctcgtaggcc gtggtgaagc cggcggggac
      601 gacgcgcgtg tggccgacga cggtgaaggt gactaatgga cggaggtcga ggcagcggag
      661 cttgtggccc tcggggccgc agtgcaggta gatgcggtcg gtggagggtt cgaagacgta
      721 gctgatgggg atgccgtagc cagcgacgac gtcggcacgg gtttcgacga gggccagaaa
      781 gccgtattcg ccttcgtgaa ggatttgcag ggcgcgggcc tcgtcgagga ggcggtcttg
      841 gcgccggacg gatgtgttgt cgtaacgcat aatgggtgat ggttttaatg aggtgaatga
      901 atgtcttcct tttcttgcct tgatgcaagg gcctctaccg aggccggaga agctggccgg
      961 gcgccgggca aaacttggcg ggcggccttg acgccttatt tttggcgccg atatttttaa
     1021 tgcaaacact aatgatcaag ttacttatgt cattattctc ggtatggctc tcgatggcgt
     1081 gcgcgccgtc ggaaggggcc gaaggtggaa tcacgtcgct gacggcggcg gagtttgagg
     1141 cactgctggc acgcgatcag gcggtacagt tggtggatgt gcgtcggccg gacgagttcg
     1201 cggcgggcca tatcaatggg gcgcagctga tcgacgtgac ggcgccggac ttccttgacc
     1261 gtgcgcaaaa gtcgctcgac ccgcagcgtc cggtggccgt ctattgccgc agcggaaagc
     1321 gaagcatgcg ggcggcgcag atgctgcaaa aggcgggctt ccgggtgatc tacaatctgg
     1381 acacgggcta cttaggctgg gtcgaatatc aggccgggaa gaagcgctga acgccggctg
     1441 cggcctgtgt ttttaatcgt aacgaggggt ggtgtcaatc gataatgacg ccatccctca
     1501 ttcgtatcgt gcggtcggct tgggcggcga gggcttcgtc gtgggtgacg atgacgaagg
     1561 tctggcccag gtcgcgacgg agatcgaaga agagacggtg aagctcgtcc ttgctgtgcg
     1621 agtcgaggct gcccgagggc tcgtcggcca agacgacgct gggccggttg atgagggcgc
     1681 gggccacggc gacgcgttgc ttttcgccgc cggagagctc ggccggctta tgggtgatgc
     1741 ggtcggagag gtggaggaag tcgagcagtt cgcgcgcctt acgttcggcc tcggcggcag
     1801 agtcgcgggc gatgagggcg gggatcatga cgttttcgag ggccgtgaac tcgggtagga
     1861 gtcggtggaa ctggaagacg aatccgatgt gttggttgcg gaaggcggcc atgcgccgtt
     1921 cgttgagggt gaaggggtcg acaccgtcga tgatgacgtg gcccgagtcg ggtcggtcga
     1981 gcgtgccgac gatctgtagg agggttgttt tgccggcgcc gctgggtccg acgatggcga
     2041 cgatctcgcg gtcatgcacc tcgatgtcga tgcctttgag gatctgtagc cggtcgaagc
     2101 gcttggtgat ggcgtgggtt tggatcatgt tgtctcgata tgaatggaag ttttcagcgt
     2161 ctcaccctcg actgtcgcgc agctcttcga cgatgagtag ggtctcggct ttgagggcgt
     2221 cgggcagggc gatgtcgcgg agttggaggc tgcgtatcca gccgggcacc tcgtcctggc
     2281 ggagggtgta gagcacttcg cgaaactcct ctacgacggg ttcggcatag gcatcggagg
     2341 gtgtgccacg gtaggcgtca agctcttcgt cgtcgtaata ctcggccttt cgaccggccg
     2401 caacggcagc caggagactg tcgcgctcgc acgtctcgtg ctgtccacag cagccctcgg
     2461 gaatgacggt ctgaggcgtt tcatcctcca tcgaggcgat ctcgccccgc tcgaatcgtt
     2521 gccgacgacg gcggcgatcc cattgcccca ggccggcggc cacgaggcct aacactacga
     2581 tactgatcag gatataccac atggtgaaac aaatttctaa gaagcggaaa gtgaaatatg
     2641 aggggggcga aacgagggcg tcagaaccgg aagccggcgg cgcggaggtc gtcccagaaa
     2701 cgggggtaac tcttggtgac tacttcgggg tgtgcgatgg tgacgccacc cggacggacg
     2761 agcgcaaggg gtgcgaaggc catggccatg cggtggtcat cgtaggtggc gaccgtgggc
     2821 gcggcttcgg gcggacaacg cgtgccgtcc cactggaggg tgcggccgtc gtgctcggtg
     2881 aggacgaagc cgaagcggcg gagctcggtt tgcaaggcgg ccagccgatc cgtctccttg
     2941 atgcgcaggc tttgcaggcc gtcgaagcgg aagggcaggc cgagcgcggc gcaggtgacg
     3001 acgagcgttt gggccatgtc ggggatcagg acgcagtcgc acgtgaagcg ctcgggcagg
     3061 tgatggctgg gcagccggtc gaggcgtagg ccgcggtcgg tgaaggtggt gcgtacgccg
     3121 aggcgctcga atagcgcagc aatggcggcg tcgccctgca gactgtccgg cgtgaggccc
     3181 aacagctcta ccgcggctgt ggtatcccga gcgagagcca ccatctcgta ccaatacgag
     3241 gccgcgctcc agtcggcctc tacggtgaag ggcacggcgc ggatcggctg cggcgccacg
     3301 cggaacgtcc gcccgccatc ggactcctct accacaacgc cgaagcgacg catcagcccg
     3361 acggtcatcc tgagataagt ctccgacacg gtggcacccg tgagccgaag ctgcaggccg
     3421 cgttccatcg tgggcgccac catcagcagg gcggagagga actgcgaact gacgccgcta
     3481 tccatcgtca cctcgccgcc gcgcagcctc tggccgacga tccggagcgg cggatagccc
     3541 tcgcgctcgg tgtaggtgat gtcggccccg agccctcgaa gggcgtcgac caagaggccg
     3601 atggggcgct gacgcatgcg ggcgctgcct gtcagcaggc gggtgtggcc gggtcgggcg
     3661 gcgaagtagg cggtgaggaa gcgcatggcg gtaccggcgg cgccgatgtc gacggtctcg
     3721 tctgccgacc gaagcgcatg ttgcagggcg cggccgtcgt cgctgtcggc cagattgatg
     3781 aggggcgcag cctcgggggc gagtgcactg agtatcgaga cgcgattgct gatgctcttc
     3841 gaggcgggca gcgtgacggt ggtttgcagg cggtcggggg ctttgaggtt gtattgcata
     3901 gagggtatag agggtagaga atagagggta gagaatagag ggtagagaat agagggtaga
     3961 gagtagaggg tagagggtgg agggtggacc ggttatttgc ccagtcgggg tgctccggcg
     4021 gcggagaaga agcctttgcg tttggagcgg atgtcggtga ttacgtagaa ggcgttcggg
     4081 tcgaaggtgg tgacgaggtt gactacacgg cgctcggatt tccgactgac gacggtttcg
     4141 atgatcgaga cttcggaaat ggcgccttca ccgcggatat gagtcgagcc gaagccgttc
     4201 gtgttcagct cgtggatcag cgcggcgctg cccttcttgg tgtagatgcg aatgaggaag
     4261 tagccgaggg cgatcttgtt ttcgaccagt atgccgacga agttgcccgt cgcatagccg
     4321 ccggcgtaag ccaagtaggc ggtgaggtcg ttggcgtgcg aaaagatctg cgagatgacc
     4381 acgacccaga tgaagacctc gaaaaatccg acgatgggcg ccttcatctt ctcgcccttc
     4441 gatacgaaaa tgatgcgcag cgtacccagt gtcacgtcgc agatacgccc gaagaagatc
     4501 acgagcggca gtgcccaggg gtaggcttgt aggaaatcaa acatgatgga tggttttgga
     4561 tgtgaataat cgaatgaaag caacgtctcg ttcgggagac gcggacaaaa gtacgccaaa
     4621 gacctgcgga ggggctctgg tgggcgattg actcagtcaa acggccgaaa aagttttttt
     4681 cgtgcgattg tacgatacaa tgggccgaaa gggtttctcg cgattgtacg atacaatggg
     4741 ctgaaaaagt ttttttctcg cgattgtacg atacaatggg ctgaaaaagt ttttttcatg
     4801 tgattgtacg gtacaatggg ccgaaaaagt ttttttcgtg cgattgtacg atacaatgag
     4861 ccgaaaaagt ttttttcaag cgattgtacg atacaatggg ctgaaaaagt ttttttctcg
     4921 tgattgtacg atacaatggg ccgaaaaagt ttttttcgtg cgattgtacg atacaatgag
     4981 ccggaaaagt ttttttcaag cgattgtacg atacaatggg
//
LOCUS       SEQF2637|AYYD01000698.1  277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctctggtagg ggagttgcac ggaataaccg ggcatacggg tggtgtagag cgtgaaaatg
       61 aacttcccac tgatgatgta gctcaggcga ctggcgtaag agcgataggg gcggaggagc
      121 ggattgccgt gaacctcagc gtaggcgttg agaaaggtct tcccgccgtg actctcccag
      181 taagcgggat ataccttatc tgacgtgagg gaggcttgca ggatttgacc gggggacaag
      241 gcccacgtga cgctaaattc agggaagagg gtacggt
//
LOCUS       SEQF2637|AYYD01000699.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagcaactcc tcactcgggg taacctcggt cggactgtcg aattatcccc taagaagggc
       61 gagccgttcc gcgcttatgt gtccgtcgac cggctgacaa acgaactcgt ttcgctgcgg
      121 gctgaccgag ttcaaatccc gcacgaaatc aagggcgtcc ggctctccga ggagcagcac
      181 cgcgcgctca ccgagggacg ccccgtgcag gtggagggca tgctttcgcg tcacggcaaa
      241 ccgttcgacg ccacgctaca ggtaaacgc
//
LOCUS       SEQF2637|AYYD01000700.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaatgaaccg ctgcaattgc actcttgtct gacggtacgc ggccaaagaa ttttccttga
       61 tgtctacacc gacgtgatcc ttcatttcct cgatcaggcc atcaaaccgc tccaatagca
      121 tagttcgact ctgtatgcta ccttggaaat gttccttgat gtcggttgcg tcaaacgacg
      181 atcctttggc gagcagcgat tgataagagg actgaacggc gagaagcagg ttgtccaacc
      241 tggcattgac atcgaccgct tcacggcttt tcccgtccac ccgactttcg cgcgggttcc
      301 acaaatcggg attacagaac agcttgcaac tgaactgtgc aatggaacgc cctagtgtga
      361 tgcgtcccat ga
//
LOCUS       SEQF2637|AYYD01000701.1  566 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..566
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggatatagac ccgtctgcaa gcagaaagtc ggcggataac acgcctaaag aggcaggcaa
       61 tctctttagg catcattcgg ggaaagggac gtctccccaa aggggccatt cccccgtaag
      121 gtaaaaacac ctccacaggt ggataccctc cgataatacg gtagcaggca gcatgtgcag
      181 gttttgtgcc taaaggcaga aacctatccc cgtaaggtaa aaacatcacc acaggcagag
      241 atcctccaag atggcggcag caggtttgca ggctttacga ccaaggtcaa aacctgtgcg
      301 acaacattcc gtcattcgca cagagcacag ggatgacaga cctcatcctg atttttgcct
      361 tcatcttggg ggtgcagtat tcaaacccct tctgggtgca cgggcacgtc cccccttaaa
      421 gggggacgtg caccgtgaca catgaagagg ggtatgagac tgcagagaaa aagagattgc
      481 gtgatttgaa aagagaagca tcccgcacag atcaattaac agctttacta tcaatacatt
      541 acgtggtaaa atagagataa tcctgt
//
LOCUS       SEQF2637|AYYD01000702.1 1111 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1111
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(521..724)
                     /locus_tag="SEQF2637_00445"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFHIGVSVTVLTSDYDSPNGSPTRKIAKVLLIRILSIELVGWN
                     ELVVKVQVNMAAHLYKPHSPYHP"
ORIGIN      
        1 gtatagtctc ccttaattcc gcagcataaa ttcttgtaag aactccaagt gcctgagaaa
       61 caaagttctc aaaacacttg gatatgtcag aaatttcacc tatcttggtg ctgcaaacat
      121 aacaagtaag caaatatctg acatgacaaa ggtagcaatt aaaaacgaga atgtcacttc
      181 ttttggtgga atttatcaca ttatggacgt tttctcaaag ttgggctttg aaaaacttac
      241 cgaatccgta ttgggcaaac gtggaagtag cggcaaggca ttcagccatg gaagtatttt
      301 cggctctctc ttcttcagct acctttgtgg tggagaatgc cttgaggaca tcaatgcact
      361 tatagggcag ttcaagcaga gacctgatac gctgttaccc ggtgccgaca ctgtggggcg
      421 cggactaaag gaacttgctg aagagaacat tatttacaag agcgaaatct ccggcaagtc
      481 ttacagtttc aacacggcag agaagctgaa caccttacta ttacggatga tacggagaat
      541 ggggcttata aaggtgggca gccatgttga cctggacttt gaccaccagt tcgttccagc
      601 ccacaagttc gatgctaagt attcttataa gcaggacctt ggctattttc ctggttgggc
      661 ttccattggg ggaatcatag tcggaggtga gaaccgtgac ggaaacacca atgtgaaatt
      721 ccatcaggag gacacgctcc gtcgcattat ggatcgtgta acctcagaac ttggtgtggt
      781 aatagagcgt ttccgtgctg actgcgggtc gttctcaaag gaaatcatcc aaaccgtaga
      841 gcagcgctgc aacacgttct acattcgtgc tgccaactgc ggcagtcgct acgagaattt
      901 ccaacagttg aaggaatgga aagacgttga ggttggctat gagaaatgcg atgtcacatc
      961 catcagcata gacagcttga tagaaggaaa gtcatacagg ctcgtcgtac agcgtagtcc
     1021 tttgaaaggc aaggatggca gtgagcagac ggatatgttc ggagtaatat acacataccg
     1081 ctgtatcctc accaacgact gggtgtctac c
//
LOCUS       SEQF2637|AYYD01000703.1  370 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..370
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagtgattgt tcgcctcata atcgtagagc cgatggtaac tctcgcggat ctcgacgtat
       61 gccttgaggc gcgtgatgcg cgaaagcggc agatccatcg ggtgaaacgt cgggctgaga
      121 ttgaggttag agaggtagcc gatctgccca ccttgcacga cgatggagcc gtcgcgtaga
      181 tgagagtcgg gctgtgaaag gaaagggcgc gggctggcgt cgaacgtccg tcggacttca
      241 gggacgggtg caggcggggg ctcctcggta tcactcagca ggtcgagaaa cgacagctgg
      301 tgcttgtctg acggggtggc tttaccggct ttgcgtgccg tgcgatgggg cgtcgaccct
      361 gcggccgacc
//
LOCUS       SEQF2637|AYYD01000704.1  301 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atgcaatacg cccctacacg gggacctgaa aaatcgatac gtttttgggt aacacggtag
       61 gggcgtattg catacgccct cacaaacgtt ccatctatgg aacgaataac ctgaaaatgt
      121 gatgcgtttt cagattgtac gatcgttata atctgaaaaa ttgacgcgtt tcgtgcattc
      181 accatcatta aaatggcgtt cgatggggcg tatgcaatac gcccctacac agagacctga
      241 aaaatcgata cgtttttggg taacacggta ggggcgtatt gcatacgccc tacagacgtt
      301 c
//
LOCUS       SEQF2637|AYYD01000705.1 1484 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1484
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             11..967
                     /locus_tag="SEQF2637_00446"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYSRLLPYGEPIVFEGKYVWDEDYPLHIQHIRCEFELKEGYIPT
                     IQIKRSRFYKGNEYLKSSGGEIADLWLSNVDLELMKEHYDLYNVEYISGLKFKATTGL
                     FKDFIDKWTYIKTTSEGAIKQLAKLMLNSLYGKFASNPDVTGKVPYLKENGALGFRLG
                     EEETKDPVYTPMGVFITAWARYTTITAAQACYDRIIYCDTDSIHLTGTEIPDVIKDIV
                     DPKKLGYWAHESTFKRAKYLRQKTYIQDIYMKEVDGKLVEGSPDDYTDIKFSVKCAGM
                     TDKIKKEVTFENFKVGFSRKMKPKPVQVPGGVVLVDDTFTIK"
     CDS             1003..1476
                     /locus_tag="SEQF2637_00447"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIAKDFKLTVLKGDIDYHKERPVGYKITPEEYAYIKNDIQII
                     AEALLIQFKQGLDRMTAGSDSLKGFKDIITTKKFKKVFPTLSLGLDKEVRYAYRGGFT
                     WLNDRFKEKEIGEGMVFDVNSLYPAQMYSRLLPYGEPIVFWRRYLARLKVDSCAQ"
ORIGIN      
        1 tccggctcag atgtactccc gcctgctgcc gtatggcgaa ccgatcgttt tcgagggtaa
       61 atatgtctgg gatgaagact acccgctgca tattcagcac atccgttgtg aatttgaact
      121 gaaagaaggc tatattccga ccattcaaat caaacgtagc cgcttctata agggtaacga
      181 atacctgaaa agctctggcg gtgaaatcgc agacctgtgg ctgagtaacg tcgatctgga
      241 actgatgaaa gaacattacg atctgtacaa cgttgaatac atctccggcc tgaaatttaa
      301 agccaccacg ggtctgttta aagatttcat tgacaaatgg acctacatca aaaccacgtc
      361 tgaaggtgca atcaaacagc tggctaaact gatgctgaac agcctgtatg gcaaatttgc
      421 atctaatccg gatgttaccg gtaaagtccc gtacctgaaa gaaaatggcg ctctgggttt
      481 tcgcctgggc gaagaagaaa ccaaagatcc ggtgtatacg ccgatgggtg ttttcattac
      541 cgcgtgggca cgttacacca cgatcacggc agcacaagcg tgctatgacc gcattatcta
      601 ctgtgatacc gactcaattc atctgaccgg cacggaaatc ccggatgtga ttaaagatat
      661 cgttgacccg aaaaaactgg gttattgggc acacgaatcg acctttaaac gtgctaaata
      721 cctgcgccag aaaacgtaca tccaagacat ctacatgaaa gaagtcgatg gcaaactggt
      781 ggaaggttca ccggatgact ataccgacat taaattttcg gtgaaatgcg ccggcatgac
      841 cgataaaatc aaaaaagaag tcacgttcga aaatttcaaa gtgggtttca gtcgcaaaat
      901 gaaaccgaaa ccggtgcaag ttccgggcgg cgttgtcctg gtggatgata ccttcacgat
      961 taaataagct tgcggccgca ctcgagcacc accacgtttc cggtgaagaa aattgcgaaa
     1021 gatttcaaac tgaccgtcct gaaaggcgat attgactatc acaaagaacg tccggttggt
     1081 tacaaaatca cgccggaaga atatgcgtac attaaaaacg atatccagat tatcgcagaa
     1141 gctctgctga ttcagtttaa acaaggcctg gatcgcatga ccgccggcag tgactccctg
     1201 aaaggtttca aagatatcat caccacgaaa aaattcaaaa aagtgttccc gaccctgagc
     1261 ctgggtctgg ataaagaagt tcgttatgca taccgcggcg gttttacgtg gctgaacgac
     1321 cgtttcaaag aaaaagaaat tggcgagggt atggtctttg atgtgaatag tctgtatccg
     1381 gctcagatgt actcccgcct gctgccgtat ggcgaaccga tcgttttctg gcgcaggtat
     1441 ttagcacgtt taaaggtcga ttcgtgtgcc caataaccca gttt
//
LOCUS       SEQF2637|AYYD01000706.1  680 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..680
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcacgtggac ttcatgcctt cggcggaaag ccggttgtgt gatcaaaatt tgatgactcg
       61 cgagcaacaa caagctggtg tgtgatcaaa atttgatgac tcgcgagcaa caagaagctg
      121 gcgcgtgatc aaaatttgat gacgcgcgag caacaacaag ctggcgtgtg atcaaatttt
      181 gatgacacac gagcaataag aagctggcac gtgatcaaaa tttgatgacg cacgagcaac
      241 aagaagctag cacgtgatca aaatttgatg acgcacgagc aacaagaagc tggcacgtga
      301 tcaaattttg ttcacgtgtg atcgaatttt gatgacacac gagtaagatg aagctggtgt
      361 gtgatcaaaa tttgatgaca cgcgagcttt tttatctctc acgtgatcga attttgatga
      421 cacgagaggt tgctagcctc tcacatgatc gaattttgat cataatgggc tgagagaagt
      481 gcataggtga ggtagaaagt gtggcgcaag aggggcggag agtagccgcc cagccgtatt
      541 cgttcgcctg tttacatttg cggccaattg atcaaggaag ataaatcgca gtgaaagaga
      601 ttgtattcat ccggcagaac atcgagaagt ggaaagacct ggagcgggtg gtcgaccagc
      661 ccgcgaagga ggaccccgag
//
LOCUS       SEQF2637|AYYD01000707.1 1052 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1052
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             13..201
                     /locus_tag="SEQF2637_00448"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPAVKVEISYLSMKEPFEVKEITTLISDAFPHADRDTSAVIPI
                     VLPSRTFLEKAFLLCEEF"
     CDS             226..540
                     /locus_tag="SEQF2637_00449"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRHPYDLERLMDTKFGMQALADAELYKAIVEHRRKFYHVSYAD
                     YDKNYPDRIAFYPPERSLKTWESDYKALQDAFVYGNKLPFRQLLLRIEELQRRFREVD
                     IK"
ORIGIN      
        1 gcctccgact atgtgcggcc ggcagtcaaa gtggaaatca gctacctctc catgaaggaa
       61 ccttttgaag taaaggagat tacaaccttg atcagcgatg cgttcccaca cgccgaccga
      121 gacacctcgg ccgtcattcc catcgtgctt ccctccagaa cattcttgga aaaggccttc
      181 ctgctctgcg aagaatttta gaaagaagcg cctcgcagct tgcggatgag ccgacaccca
      241 tatgacttgg agcgattgat ggataccaaa tttggcatgc aggcactggc cgatgcagag
      301 ctttacaaag ctatcgtcga acatcgcagg aagttctatc acgtttctta tgcagactac
      361 gacaagaatt atccggatcg aatcgctttc tatcctcccg agaggagcct gaaaacgtgg
      421 gaaagcgact ataaggcact gcaagacgcg tttgtctacg ggaataaatt gccttttcgc
      481 caattgctgc ttcgtataga ggagttgcag aggcggttcc gagaggtgga catcaaatga
      541 aaaagatcga aaggtccggg agctcaaaaa gattaggagt ccgatgagta actgaccgga
      601 atcacacctg ctcttctgca caaaaatggt gcaatgataa tcagatcacg ataacctttg
      661 cctcaaaacc aaccttagtt tggtgtcctg cagtctgcac gaagctaaac aggtgcctgt
      721 ttgggggcgg ctgcggccgc ctgcgaagtt tggccgggta ctggataaat cgccgctatt
      781 tcttgtatca ggcaaacttc ccagcctcgg cagaggcctg cacaagggta aacagggcct
      841 gtttatctcc atcccacctt cacaatcacc acacgactcg ctacgtcctg ctccaccttg
      901 tccgcttgac gaagactggc accgtttcct ttttcgacca cgttcttgtc cgctgcctgc
      961 tcctcttttt ccggcggcgt cggtggtgca agtgagagtg caatcttccg atccagctcc
     1021 gccgcgttcc tcttcagtgt acgtagctcg tc
//
LOCUS       SEQF2637|AYYD01000708.1  675 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..675
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggatgatat aagtgggcgt tgttaccaca tcacgatcct cattctcagg cttcttgact
       61 atttgcaatt ttccatcctt taccgccagc ttctcggcaa taaaaatttc gtagatgcga
      121 cccaagatat cagatgagaa tacactgaat gaatatggac tttcagggaa gtacaactga
      181 cgaatgatag tccagaaagc tgaactggca ttgcatacca ctcgctctga aagtgcctga
      241 ttaaacaaac ctgagttata tttcgtatcg gcctttctga atttctccag aagtttgaca
      301 aaattaccgc catctgctat tgccaacaaa tccttgtagg tctcgatatt tctgtcctca
      361 caaacacgaa ggaagagaat cttgttgata taactttgca cttcatcacc cagcagttcc
      421 atatctattg taggttcagc attaagaatc tctttgccaa gcaacaagcg ccattcatta
      481 atctgcttca agaactgttt atcaacagac cactgtttca ggcggacctc aatatccttc
      541 cactcttcat caaactggcc agaatacacg gagtcttttc caagcaaacg ctgtagttcc
      601 tcaaatttgt cttcgtattc tgtgtagtgg tactacttga taagggcctt ttggttggta
      661 tcagtttcct ctact
//
LOCUS       SEQF2637|AYYD01000709.1  801 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..801
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             35..532
                     /locus_tag="SEQF2637_00450"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTMRSGITPTIPSAPRSSAPPRAGCCVSTLRPKPATPAVDSTL
                     TPIISITTAIRPSRSKTEAPIAPRRISFAWKQTSSSPSKAVSGWSIPPDSSPDVAPSE
                     SQRDRSALPVVTLRTNGPRSSITPSSTSAQGSAYILAPNTRATKSACSNILPTKTRSV
                     IPRST"
ORIGIN      
        1 accgggaaag acggcggatg gcagggccag atcaatgccg actatgcgca gcggcattac
       61 gccaactata ccctcggcgc cgcgctcgtc cgcaccgccc cgcgctggat gctgcgtctc
      121 aacgcttcgt ccgaagccag ccacacccgc agtggactcg acattgacgc cgatcatttc
      181 tatcacaacc gccatcaggc cgtcacgcag caagacagaa gcacccatcg cgcccagacg
      241 catctcattc gcatggaaac agacctccag ctctccaagc aaagccgtct cgggctggtc
      301 tataccaccc gactcgtcac cggacgtcgc tccgagcgaa tcgcagcggg atcgctcggc
      361 ccttcccgta gttacacttc gaacgaacgg cccacgcagc tccataacgc cctcctcgac
      421 ctcagcacag ggttcggcct acatcttggc gccgaataca cgcgctacga agagcgcctg
      481 cagcaacatt ttgcctacga aaacacgctc agtcatacct cgatcgactt gacgactcgc
      541 aatgctcaaa aaattgatcg cctgcgcgta tttgtggacc agtctcaccc gctcagcaag
      601 gccttgaaag tgaattatgg cgccgaatac ctctacgcaa cggaccacag cgcacagcga
      661 tatacctccg acaacgctgc cggcccatac cttccggaca tcgataatcg cctgaccgaa
      721 cgcaccgccc gcctctatct gggcaccgag ttcgcgctca catcccactt ctccctatcg
      781 gcgtccctca ccggcgagga t
//
LOCUS       SEQF2637|AYYD01000710.1  849 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..849
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(277..660)
                     /locus_tag="SEQF2637_00451"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEEQRRRRIAERIQQMAGDDAPPIAPEETPLKSDLSSVQTPF
                     ADESLSTYRDRFFAHRSSESRTTLSCDRALIDCLRRVLNALDARTSLAAYIGNILADH
                     IDRYRTLLSEAIERNRKNPFNSSLP"
ORIGIN      
        1 taacctctgg ttcgtccgcc tgttcatctt cggcgacggc gtttcgatag gcaaaactat
       61 cgtcagattc cgtccctccg caaaccgatt ccccagcttc cttcacactt ccctccaatg
      121 gtaaaaccgt acgcgtagcc ccgactaaac cgtcctccaa ggtgtcatcc gaagtattat
      181 cggaagggac atcttctcga gtcggttgct ctgtccgata gaaatcacgc agcaagacac
      241 ctaaaaggat cgcccaagtg atgagcagaa aaagggtcat ggcaaggagg aattaaaggg
      301 gttctttctg ttgcgctcga tggcctcgga gaggagcgtg cggtagcggt cgatgtgatc
      361 ggcgaggatg ttcccgatgt aggctgcgag ggaagtcctt gcatcgaggg cgttcagcac
      421 gcgtcgcaaa cagtcgataa gcgctcgatc gcaggagagg gtcgtccgac tttccgacga
      481 acggtgagca aagaatcggt ctcgataagt cgatagcgat tcgtctgcaa acggtgtttg
      541 aacactgctt aaatcgcttt tcaacggtgt ttcttcgggc gcgatgggag gcgcatcgtc
      601 gcctgccatt tgctgaatcc gctcggcgat tcgcctacga cgctgttctt cgatggtcat
      661 gggcgggcgg ttttcaggtt acatttctcg atgaactcct tcacgaacga ctcgatgccg
      721 ctaccctcga tcagactttt gtctggtggc aggtaggtgg atcggaaggc gggccggccg
      781 tctgcggtga gttccttttt gaagcgggcg gagcgcggca gctgcgtgtc gaacaatccc
      841 aagccttcg
//
LOCUS       SEQF2637|AYYD01000711.1  983 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..983
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cccaaacgcg gcgcgtattc atcttcccaa gtaggggcgt attgcatacg ccccacaaac
       61 gactctttgg gccgaaaatc atcttacatt tttgatcatc gcaagtcttt cttttacccc
      121 taatgtggta tatgtggggc gtatgcaata cgcccctaca tggagacacc taaacgcggc
      181 gcgttttgta cttcctactt agtagaaaca tcgaaacgcg gcgcgttttg cacttccatc
      241 ttaggtggaa caccgaaacg cggcgcgttt tacacttcca tcttagatgg acgttttgaa
      301 tcgcttgcat ttttcagatg attccttaat gtgatataaa aacgcatttc ggaatggagg
      361 tgtatgctgc tacgaataaa aaatccctca aaacgaaggg cttccatgcg tccttcattt
      421 tgggggatga tctattttgg ggaatggata aatatttctg tcgtcagagg cggcgctttg
      481 ctcctaccct attcttcttt tcttgccttg atgcaagaaa agaagcaaaa gaaaatcaag
      541 gcatcaggga tgccagccag gtttttcata atctcaggta ggggcgtatg gcatacgccc
      601 catcagacgc catcccacgg atggcgaatg cgcaaaccgt gccaattatc ataactcatc
      661 gttccataaa tggaacgtct gtagggcgta tgcaatacgc ctctacatgg ggacacctaa
      721 acgcggcgcg ttttgtactt cctacctagt agcaacacct aaacgcggcg cgttttgcac
      781 ttccatctta gatggaacac cgaaacgcgg cgcgttttac acttccatct taggtggaac
      841 actgaaacgc ggcgcgtttt gcacttccat cttaggtgga acaccgaaac gcggcgcgtt
      901 ttacacttcc atcttaggtg gaacaccgaa acgcggcgcg ttttacactt ccatcttaga
      961 tggacgtttt gaatcgcttg cat
//
LOCUS       SEQF2637|AYYD01000712.1 2449 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2449
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1015..2301)
                     /gene="wbpA_1"
                     /locus_tag="SEQF2637_00452"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /translation="MEKKAIAVVGLGYVGLPLAIEFSRKYKVVGYDINEQRIAELSAG
                     IDRTAEVESSLLKERLSSDHVLEGRLFLTSNLEDIRLCQIYIVTVPTPISKLKTPDLS
                     FLLDATKSIAQILKKGDIVVYESTVYPGCTEEECVPVLEDESGLNYNQDFFCGYSPER
                     INPGDKKHTLTTIKKVVSASTSMVLDELEELYGSIVKAGIHRASSIKVAEASKAIENA
                     QRDVNISFVNELALIFDKMGIDTREVLDAASTKWNFLKFTPGLVGGHCIGVDPYYLLH
                     KSQSLGYNPQVILSGRNINDKMGGFIAQKVIKLMICKKIQVIGSKVLILGFTFKENCS
                     DIRNTKVIDVVRELLEYNISVDVYDPYACRDKTEVEYGISLMQCEPDFRQYSGIILAV
                     GHDKFTQIDFSFTRNQPIVLFDVKGVLPPEWVDGAM"
ORIGIN      
        1 aagaacatat cgttgtagat atacgcttgg acttcctata gcaacggtga ttcatccagc
       61 aaatatccat gattctaaag gcgcagtacc tgttataaag cgacttgcag gtagattttc
      121 cgagcttaaa atactccttg ctgatggtgg atatcgaggt ccgttggcag agtttgtcaa
      181 agggacttgg atgggatttt gaagttgtac tttgctccca agaacctgct cgcaagtctg
      241 tggcatttcc cctcagatag atcatagaaa ggacattctt ttagatagaa aactacagga
      301 gaatgactat cgattacgag cgaagcagtg aatccgcaga agccatgttg tacccctctt
      361 tctgccaaat cctccttgaa aaaaacttac cgatagattc aaaacagctt gtagaattac
      421 aagagacata gcctatacgt ccgctgactt ttgtactaaa gtctacacag cccccttatt
      481 tcttgctcca gtagtttgaa ctggccataa aaatgtttgt gttttgtcat tttttagcct
      541 cctccaattt gactgtataa acacgcattt cacaaataca aagaggttaa tctgatgata
      601 gattgaattt atttcaggcc gtcgtctctc tttgggtgca tttttattac aatcaaaaca
      661 agtatttgct gtaaaatcaa gttaaaccca ccatagctgg cactacctat ccttaaaaca
      721 taagaaaaat agctttctgt cagagagtga tggtggacca ctatcagcac gtgtattcaa
      781 tctaagcaac aggcaaaaag ggatgtataa atcttcttag ctatatttgc aataagaggc
      841 ctatcaaaga atatgtgagg tacgcgtggc cgaatgagct gaattgacaa aaggatacat
      901 cattactata ggacattgct tgggaaagca gtcttcatat gtgcttagat gaagaagtgg
      961 aaatagataa tgtctatttt aatagaaaag cacacgctgt gcctcctaac aatttcacat
     1021 tgccccatcc acccattcag gaggtaatac accttttaca tcaaaaagaa ctatgggctg
     1081 gtttcttgta aacgagaaat caatctgagt aaatttatca tgccctacgg ccagtatgat
     1141 tccgctatat tgtcgaaaat caggttcaca ttgcattaga ctgatgccat attcaacctc
     1201 cgtcttatca cgacacgcat agggatcata tacatcaaca gatatattat actcaagtaa
     1261 ttcacgcaca acatcaataa ctttcgtatt gcgaatatct gaacaatttt ccttaaacgt
     1321 aaaacctaaa ataaggactt tgcttccaat tacttggatc tttttgcaaa tcatgagctt
     1381 gatcactttt tgagcgataa aacctcccat tttgtcattg atattccgcc cagagagaat
     1441 aacctgagga ttatacccta agctctgaga tttgtgcaat aaataatacg gatcaacacc
     1501 aatgcaatgt ccaccgacta atcctggagt gaattttaaa aaattccact tggtagatgc
     1561 cgcatctaag acctcacgcg tatcaatccc catcttatca aagattagtg ccaactcatt
     1621 tacaaatgaa atattaacat ctcgctgagc attctctatt gctttagagg cctctgcaac
     1681 tttaatcgat gatgccctat gtatcccagc tttaactatc gatccgtata attcttccaa
     1741 ctcatccagc accattgaag tggaggcaga aacaaccttc ttaatcgtgg tcagtgtatg
     1801 ctttttgtcc ccaggattaa tgcgctctgg agaatatcca caaaaaaagt cttgattata
     1861 attcaagccg gactcatctt ccagtacagg cacacattct tcttctgtac aacccggata
     1921 aaccgtagat tcatagacga caatgtctcc tttttttagg atttgagcaa ttgattttgt
     1981 cgcatccaac aagaaagaaa gatcgggtgt tttgagttta gaaattggtg ttggaaccgt
     2041 gacaatataa atttgacaga gacgaatatc ttcaagattc gaagtcaaaa acaacctccc
     2101 ttcaagaacg tgatcagaag agagacgttc tttcaacaag gaggattcca cttcagcggt
     2161 tcgatctata ccagcagaaa gctcggcaat gcgttgttca ttgatgtcat atccaacgac
     2221 tttatactta cggctaaatt caatggctag tggcaagcca acgtaaccta atccaactac
     2281 cgcaatcgct ttcttttcca ttcgaacttt gccttcttac tctttctccg catacatccg
     2341 cccaataatg tccacaacct tcataccttc aagaacgttc gttgtgattg tgtccgaact
     2401 gttttcagag aggacattga ttacgttacg gataacatag tgatgattc
//
LOCUS       SEQF2637|AYYD01000713.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(164..358)
                     /locus_tag="SEQF2637_00453"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPTKDSTPTAQVASSALDTAESLLSEVGEVTILQTHGTDYAEI
                     AWQRRLRNQAGKKKKRGRGI"
ORIGIN      
        1 gcgcttgagg ttgctggaat ctacacaaac aaagggcgct tgtcatttga gagtgcaatg
       61 ttactatgac tatttgaaaa acaggcgttt ttgatgcgat tctctcgatt tggctttcgg
      121 tttgggaaag gtcgggatgg atggagcgga tgaacgtcta acattatatt ccccgccccc
      181 gcttcttctt tttcccggct tggtttctta agcgtcgctg ccatgcgatc tcagcgtagt
      241 ctgtgccgtg ggtctgtagg attgttactt cgcccacctc tgaaaggagg ctttccgcag
      301 tgtctaaagc ggagcttgcg acttgtgcgg taggtgtact gtctttcgta gggatcatgg
      361 aggattggat ga
//
LOCUS       SEQF2637|AYYD01000714.122646 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..22646
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(87..2204)
                     /gene="dsbD"
                     /locus_tag="SEQF2637_00454"
                     /EC_number="1.8.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36655"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol:disulfide interchange protein DsbD"
                     /translation="MEKIKRSVRWFGLLMLIAASVQAQILTPVKWKINLEDSEEAEKT
                     LTFTATINRGWHIYDMNLPKGGPISTSIKYEKLKGAELVGKPTASVRPTVTRDEVSYP
                     GLELRWYSNSVTFTQKIRVTDPKAFKMVGEVEFMACNDESCLPPETESFTFDRKHVAR
                     TKQAAEPSATDGNTDAGSEVDNADTATDDASSDASGADSSEGIASGGSQSTTPKGMLT
                     DRPEWWTPVIDNLKSFGDATVSASDTSWIYIFLAGLAGGLIALLTPCVWPMIPMTVSF
                     FLKRNKSRRKAIGDALIYGASIIIIYVAMGLLITGIFGASALNDLSTNAVFNILFFAL
                     LVLFAVSFFGAFELVLPASWTNRMDSKADTTSGILSIFFMAFTLALVSFSCTGPIIGT
                     LLVEAASQGKTIGPAVGMFGFALALAIPFALFAIFPNMLQNMPKSGGWLNSVKVVLGF
                     LELALALKFLSVADLAYGWRLLDREVFLVLWIVIFALLGFYLLGKIRFSHDSELRHVS
                     VPRLFMAIVSLAFSVYMIPGLWGAPLKAVSAFAPPLYTQDFNLYKDEVHAVFEDYEAG
                     MAYAKRVKKPVLIDFSGYGCVNCRKMEAAVWTDARVKKLLEEKYVLITLMVDDKTKLP
                     EALTITENEKERRLKTIGDKWSYLQRSKFGANAQPFYVILDNEGRPLAPSYAFDEDAS
                     KYVRFLEDGLTRYKQQGETSNNE"
     CDS             complement(2360..2926)
                     /gene="ahpC"
                     /locus_tag="SEQF2637_00455"
                     /EC_number="1.11.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AE08"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkyl hydroperoxide reductase subunit C"
                     /translation="MLPIINQQVPEFKVQAFHNGEFKTVTNKDIEGKWVVFFFYPADF
                     SFVCPTELLDLQNKYNDFKVAGVEVYAVSTDSHFVHKAWHDASDSIRQITYPMLADTT
                     GALSRAFGVMIEESGMAYRGTFVVNPEGQIKVAEIQDNSIGRNAEELFRKVEAAQFVA
                     GHDGEVCPANWKKGNKTLKPSIDLVGKI"
     CDS             3479..3682
                     /locus_tag="SEQF2637_00456"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLIHLILCTSKSLYDYPLYVQAINHKIIYFISKCMDVIEKTIL
                     YTSFCVHMDKYKYISDDHSRISS"
     CDS             complement(4007..5191)
                     /gene="patB_1"
                     /locus_tag="SEQF2637_00457"
                     /EC_number="4.4.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08432"
                     /codon_start=1
                     /transl_table=11
                     /product="Cystathionine beta-lyase PatB"
                     /translation="MSTYNFDKVIDRRGTGALKLEALQPRYGNAHLLPLWVADMDFET
                     PHFITDALRRRLEHSLFGYTVEPPDYRPTIIRWINEHHHWDVRPEWLAYIPGIVKGIG
                     MAINVFLRPDEKVVIQPPVYHPFRLTPEGNDREVVYNPLLPLEDGRYAMDLDGLDRLL
                     DADPKCRMLLLSNPHNPAGIVWSPETLRRLADICHRRGVLVISDEIHADMTLYGHRHT
                     PFAIVSDAAAACSITFGAPSKTFNIAGIVSSYAIVPNDTLRRRFYRWLSANELDEPTL
                     FAPIATIAAYRYGEPWRRAMLSYVEANIDYLIDYFARHLPAIRPLRPEASFLVWLDCR
                     GLNLDHDALIDLFVRRAHLALNDGQMFGPGGEGYMRINVGTPRAILSEALERLRRAVD
                     SQ"
     CDS             complement(5256..6431)
                     /gene="mdeA"
                     /locus_tag="SEQF2637_00458"
                     /EC_number="4.4.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13254"
                     /codon_start=1
                     /transl_table=11
                     /product="L-methionine gamma-lyase"
                     /translation="MKKQTQAIHTQFQRPDAYSSLSMPVYHTAAYEFGDAVSMTDAFC
                     GRTDDPDYSRVMNPTVTFFENKVRALTGATDVIALSSGMAAISNALLAVAEAGQKIVT
                     SRHLFGNTYSLITGTLRRFGIEPVLCDLTDLHAVEQAVDDRTCALFLEIITNPQMEVA
                     DLRALSRITRSRGVPLMADTTLIPFTCFDARALGIDVEIVSTTKYLSGGATSIGGLVA
                     DYGTTPDFGRRMRTEMLFNFGAYMTPHVAYMQTIGLETLDARYRVQAASALRLAERLR
                     ELPAVRAVNYVGLPDNPYHDLARQQFGDTAGAMLTIELADRDACFRFIDRLQLVRRAT
                     NLFDNKSLAIHPASTIFGNFTEAQRRDMDIKEDLIRLSIGLEDPDDLFDDLKQAVSD"
     CDS             complement(6659..8827)
                     /locus_tag="SEQF2637_00459"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLQELTNRYKNLVRRIDNGQMKEAFDLLTHFITVTGQHTFTSR
                     VEELQNTYRYMLHYYVEGSNDPTRHRIRADIRRRAYELADAVRHATFGDISPATYYSV
                     RRSVRYAGIGITSILRQVALYTEAGDREHGESAANRLFDALWTTEFIDADTASALREA
                     LSSHSFPTDVKTLLVSALLLGLQASFDREKMRLLFDAAALSDADTVNVSLQALVAICL
                     TLYTYSDRLELYPEVQERLEMLAETPDFRRRLSSVIVRFILTRETEKVAHRLKDEILP
                     EIMKLTTQGGKGPTTDFLKEIAGEEMNPEWMERMVGSSDKLSAWMREYGELQEEGIDM
                     LHTTFGPLKRFPFFHETGNWFLPFTPRHTALRDHNGDSFADGILSLAAFMCDSDKYSF
                     CFSILHLPDAQRRALGEQLRGDFSQLREQEAAELGDRGKHEERLIGLYIRNLYRFYKL
                     HPGRADFDDIFERGLDFHRLPILRPYLSDAETLLRIAEVYLRKGYPDDARPIYEELLQ
                     RGEGDSEMLHQKLGYCLQSIGDVDGALREYLRAELINPDSKWLLRRIAACYRAIKQPT
                     RALEFLLRHERLEPDNLSVLLHIGHCYLEQKMYDEALKYYFKVDYLDPTNAKGGRGVA
                     WCSFVLGKYDQARASYRKLIAEQPQPEDYLNAGHTEWASGHVKEAYAYYLQAAAGKDF
                     DFFANLFDADRSALIRAGIDPEEIALMRDEMQYVLPEEVM"
     CDS             8995..9186
                     /locus_tag="SEQF2637_00460"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKLKKNKIVMRTIIVKKKPTQPRWVIDPETGEKISRTGLAMR
                     ECRRRGGLLEVVDMDAVLK"
     CDS             9316..9606
                     /locus_tag="SEQF2637_00461"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVELLQLYRIGKIRSKHKTIDAILRILIDQFSLEVLPFGDRQIK
                     TLKNLHIANDHNDPFDHMVISHAITDRLILISSDRKFERYVSQRLDFVFNVR"
     CDS             9808..10476
                     /gene="ppa"
                     /locus_tag="SEQF2637_00462"
                     /EC_number="3.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WI55"
                     /codon_start=1
                     /transl_table=11
                     /product="Inorganic pyrophosphatase"
                     /translation="MYNKLNDTITRLMGLRYRSHPWHGIEVGKEAPQVITAFIEMVPT
                     DTVKYELNKVNGFLCIDRPQRYSNVVPALYGFIPQSYCGEGFAKYCMDQLKRENIMGD
                     HDPLDICILTEKDIAHGDIIASVRPIGGLRMLDGNAADDKIIAVLQNDATYDSYNDIG
                     DLPKIVLERLKHYFLTYKDMPGEKKKNVEIANEYGREEAYEVIRHCLEDYKVYLDEMH
                     DILR"
     CDS             10491..11651
                     /gene="pncB2"
                     /locus_tag="SEQF2637_00463"
                     /EC_number="6.3.4.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HW26"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate phosphoribosyltransferase 2"
                     /translation="MIIRDFTDNDLYKFSVMNAIQKKFPDAEVVYRFVNRGETPFPEG
                     FGEALRREVDAMRTLFLTDTAEAFMRRRCYYFDNVFFDLLKGFRFNPAEVTVVQEGGR
                     LEVEVRGLWYRTVLWEVPLMAMISELYYRMTGATPAADADDRARAKARRFEELGAELS
                     EFGTRRRFSFEVQDRVIGILKECMPRVLNGTSNVYLAMLHDLIPMGTHPHEWFMYHGA
                     HYGYRVANEMAMENWVDVYDGYLGIALPDTFTSTDFFKSFSTKYAKLFDGLRCDSGDP
                     FEFTERALSYYERHRIDPKKKTVVYSDSLDLEAIARIKGHVAGRLHDVYGVGTFLTND
                     VGVQPLNIVIKLFEVKPKGETDFLPVVKLSDSPGKHTGDPDEIDLCKRMLKL"
     CDS             11805..12521
                     /locus_tag="SEQF2637_00464"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEHELFLLEHELFLLEHELFLLVHEQKKLVRRPPIPVHHPHVS
                     PRNASTPNLHFPADMIVAEQKRQENIVEYLLYMWQVEDLIRANALDSDRIRRTLVARY
                     DVADDVRERIAQWYDNLADMMRSEGVAEHGHLQINRNVVILLNDLHLSLLRNPQETTY
                     GALYYKALPSIVRLRAKSGGAEMTEIETCLTALYGYLMLRLQGAPVSPETLEAVREIN
                     LMLTFLAEKYKEERDITHPH"
     CDS             12531..13421
                     /gene="rmlD"
                     /locus_tag="SEQF2637_00465"
                     /EC_number="1.1.1.133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66251"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-4-dehydrorhamnose reductase"
                     /translation="MNHSLDMIPVLVTGARGQLGDAIRRRIYRHPNYAFTLTDIDELD
                     LCDSKAVADFVRRGRYAYIINCAAYTAVDRAESDAERCLQINRDAVGHLATAAREVGA
                     RMIHISTDYVFDGRAHRPYREDDTPSPTSVYGRTKLAGEHVLLEALPTDAAILRTAWL
                     YSEVGNNFVKTMLRLGAERPEIRVVNDQIGSPTYAGDLAEAVLHILTAPTFHPGVYHY
                     TNEGTCSWYDFACHILRVAHPACIVLPISTADYPTPAARPAYSVLDKTLIRTVYGLSI
                     PRWQDSLDRCLHHFMDAASL"
     CDS             13467..15044
                     /gene="prfC"
                     /locus_tag="SEQF2637_00466"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83DC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor 3"
                     /translation="MTLQDEIRRRRTFAIISHPDAGKTTLTEKLLLFGGAIHVAGAVK
                     SNKIRRTATSDWMEIEKQRGISVATSAMAFDYEGYKINILDTPGHQDFAEDTYRTLTA
                     VDSVIIVIDAAKGVETQTRKLMEVCRMRKTPVIVFVNKLDREGKAPFDLLDEIESELQ
                     ITVRPLSWPIEMGDRFKGVYNLYERKLDLYRPDKQVVTESVAFSDLTDPDLERRIGES
                     SAAQLREDIELIEGVYPPLDVQTYLSGDVAPVFFGSALNNFGVRELLNCFVRIAPPPQ
                     PVQTVERLVQPEEPTFTGFVFKIHANMDPNHRSCIAFVKVCSGRFERNANYRHVRLDK
                     MMRFSSPTAFMAQKKEVVDEAFAGDIVGLPDTGNFKIGDSLTEGELLHFKGLPRFSPE
                     LFKYIENADPMRAKQLNKGIDQLMDEGVAQLFTNRFNGRKIIGAVGQLQFEVIQYRLL
                     HEYGAQCRWDPLPLYKACWIESDDKAALDSFMRRKAQYMASDHEGRDVYLADSAYVLT
                     MAQQDFPDVRFHFTSEF"
     CDS             complement(15224..15394)
                     /locus_tag="SEQF2637_00467"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEFMRMIADKQCLRELAMLQYQAERYRLAGNGFMTQHLYSRIR
                     KIQEQLANSDKN"
     misc_RNA        16162..16388
                     /locus_tag="SEQF2637_00468"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             16447..18621
                     /gene="cirA_1"
                     /locus_tag="SEQF2637_00469"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MKKKYIGMLLAWLCGVMTLSAQTGVSGRVINADTNEPVVGANIR
                     VDHSLTGDVTNTRGEFTISNLPEGPHTLNVSHLNYTTEAREVRSGETGVVIRMRESMV
                     QLGQVVVTGTGTHHLMKNSPVPVNVITSRELSNAGISTLDEALQKLTPSFSNMTNGMG
                     TTLSLNGLPEKYFVFLENGRRMGGDNTYERIDVSRIKRIEILSGASSALYGTNAVGGV
                     VNIITNDVKHAVNLSSDTRYTSHGRFTQSIAADVNTGRFGSYTSYRRSQAESWQLSPY
                     ERNKKDSLVETKKVASAGFHSDNVNQRFTYDATDRLSFQLRGGYFRNITRRPPAAYDY
                     DLQHRTYSWGAGVKYLLSPDAYITADYQADFFSSRYNFLNASKTYKTQPGDELVRKRT
                     RNQQANVKGIFNLGERNKVSVGVEYLADMLSSPTENISHKTAYTAAIFAQDEITITRQ
                     LRALAGVRYLYHEFFKSYATPNVALMYGQGGLNLRASYAAGFRAPTLSELYASETTKA
                     VDRITIGNLNLKPEKSDYFSLNAEYAHSRFTVSTNFFYNRIRDMIDYRTIATGEEAKK
                     QYGHEEVRQRDNVYKAEVRGINVAAQAYLGAGFRIGAGYTHLDTKDDETGRPIDKSLR
                     NAANVNAQWTRTWGGYTMNVYLNGRINSERFSKTYGYAPAYQVWDLNTRHTFSLRSVI
                     LEPGVGIENLFNYTDDRPYNFNYATLTPGRSVYVSLSIKFRR"
     CDS             18678..20822
                     /gene="pfeA_1"
                     /locus_tag="SEQF2637_00470"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05098"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric enterobactin receptor"
                     /translation="MALATALLWAAQAASAQDSTRLHPNEAMKNIALDEVVVTATGTE
                     HTLKSVPVQTEIISGRALKNFAGRSIEDILSGLTASFAFGEDDMGSHIQMNGLGNNYI
                     LILIDGKRIHGDVGGQNELSLIDPNNIERVEIVRGASSALYGSDAMAGVINIITKKHD
                     EGVLLENTSRFGSYGDVRQHTGVGFNIGRFSSWTNFQLQHSDGWQNTSVEDPNQTEFL
                     ITDSRNKTVNRHTNWQLSERLGFSPTRDLELYAAGSIYGKRIYRPSGKYPSVDVKTYD
                     LQYGNASAAVGGKWKLNRTDLLTLDVSWDRHAYYYNFTDTTLIDGYINGRYTPYYPYF
                     PGQTDLQSDQQRTLAALKGVFRLPFENTLSAGLEWRYDWLKAPMRVIDGKASDQTAAV
                     FVQDEFGLLDPLQITAGLRVDRNSRFGRFKLTPKIAAMLSLGDYRLRAVWSRGFKTPT
                     PKELFYRYIREMAGTHLYLGNTDLRPQTSDYFSLGAEYLGSRGLSLSVTGYFNRLDQM
                     ITLVTIPTSQAPGDLVARYDPVKVRQYKNLESAKTYGVDVSLRYAVRAFTIGAGYSYL
                     NTDANLYDATHDRMKSVIIDGTAHHKANAFVTWTHDFSPAYHFTAGLYGRASSKRYYQ
                     INGDGKGFQIWRLSTTHDLGRSRHMAYRLEAGVDNLFNYCDRTPHGLHLGTMTPGRTV
                     YASLTVRFAKGKKVKHEKDTITNLNSNDYEEN"
     CDS             20809..21903
                     /gene="cbiKp"
                     /locus_tag="SEQF2637_00471"
                     /EC_number="4.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72EC8"
                     /codon_start=1
                     /transl_table=11
                     /product="Sirohydrochlorin cobaltochelatase CbiKP"
                     /translation="MKRIKTWILAAMAIVLAVSLNSCDKSEEPITNVERYQQSVDNTV
                     KTGKKHDKVILLVAFGSTWQRAFLAFDNTVAEYKKAFPDYDVFLSFSSAICINRAAAG
                     EHAKDEGEAKAEVRHYYSPNFWLEAFGRVQYSEIIVQSLQVIPGEEYGRVINYMKDFA
                     NNSLGDLDDAYLKKVTLRLGLPLMADADKDVKALAKALDANYANYAKQGVVAFMGHGN
                     PDSYDIYKANIRYTQLEEALQKINKNYYVGTVDMKDNFKTFVRDRMVKAGVSKGRVYC
                     TPLMSISGDHAHNDMAGNDVAKTPFQPNEEGEVEDTSWKMYFKTMGYDCSNETQIMNG
                     LLERENVRQLWMNHTKNAEKVDYYHSKNPE"
ORIGIN      
        1 ggatagaggg tagaggatag agggtagagg atagagggtg aagagtatag gcatctaaat
       61 tctttcctct accctctctc cgatgtttat tcgttgttcg atgtttcgcc ttgttgcttg
      121 taccgcgtca agccgtcctc aaggaagcgg acgtacttcg aggcatcctc atcgaaggcg
      181 tacgacgggg cgagcggccg accctcgttg tcgaggatca cgtagaaagg ctgcgcgttg
      241 gcgccaaact tcgagcgttg caggtagctc cacttgtcgc cgatcgtttt cagtcggcgc
      301 tccttctcgt tttccgtaat ggtgagcgct tcgggcagct tcgtcttgtc gtccaccatg
      361 agggtgatca ggacgtactt ctcttcgagc aacttcttca cgcgggcatc cgtccatacg
      421 gccgcctcca tcttccgaca gttcacgcag ccgtagcccg agaagtcgat cagcaccggc
      481 ttcttcacgc gtttggcgta agccataccc gcctcgtaat cctcaaacac ggcgtgcacc
      541 tcatccttat acaagttgaa atcttgcgtg tagagcggcg gagcaaaggc gctgacagcc
      601 ttcagcggcg cgccccagag gccggggatc atgtagacgg aaaaggcgag cgagacgatg
      661 gccatgaaga gccgcggcac agacacgtgg cgcaactcgc tgtcgtggct gaagcggatc
      721 ttgcccaaga ggtagaaccc gagcagggcg aagatgacga tccacagcac gaggaacacc
      781 tcacggtcga gcaaccgcca accgtaagcc aggtcggcca cggagaggaa cttcagcgcc
      841 agcgccagct ccaagaagcc cagcaccacc ttcaccgagt tcaaccagcc gcccgacttg
      901 ggcatgtttt gcagcatatt cgggaagatg gcaaacagcg cgaaggggat ggccagcgcc
      961 agcgcgaagc caaacatccc gacggccggc ccgatcgtct tgccctgcga tgcagcctcg
     1021 acgagcagtg tgccaatgat cggtcccgtg cacgagaacg acacaagcgc cagcgtgaag
     1081 gccatgaaga agatgctcaa gatgcccgac gtggtgtccg ccttgctgtc catgcggttc
     1141 gtccacgacg ccggcagcac cagctcaaac gctccgaaga acgacacggc gaacagcacc
     1201 agcagcgcaa agaagaggat gttgaacacc gcgttcgtcg acaggtcgtt cagcgcacta
     1261 gccccgaaga tccccgtgat gagcagcccc atcgctacgt aaataatgat gatcgaggca
     1321 ccgtagatca gcgcgtcgcc gatggctttg cggcgactct tgttacgctt gaggaagaag
     1381 ctgaccgtca tcgggatcat cggccatacg cacggcgtga gtagtgcgat gagtccgccc
     1441 gcgaggccgg ccaagaagat gtagatccac gacgtatcgg aggccgacac ggtcgcgtcg
     1501 ccgaaggatt tcaagttgtc gatcaccggc gtccaccatt ccgggcgatc cgtcagcatc
     1561 cccttgggcg tcgtcgactg cgatccgcct gacgcgatcc cctcggaact gtccgcgccc
     1621 gaagcgtcgg atgaggcatc gtccgtagcc gtgtcggcgt tgtccacctc cgagccagcg
     1681 tccgtgttgc catccgtcgc agagggttcg gccgcctgct tggtgcgcgc cacgtgtttg
     1741 cgatcgaagg tgaacgactc cgtctcaggc ggcagacacg actcgtcgtt gcaggccata
     1801 aactccactt cgcccaccat cttgaacgcc ttcgggtcgg tcacgcggat cttctgcgtg
     1861 aacgttaccg aattggagta ccaccgcaac tcaaggcccg ggtacgacac ctcgtcacgc
     1921 gtcacggtcg gccgcaccga ggccgtgggc ttgcccacca gctcggcgcc cttcagcttt
     1981 tcgtatttga tcgacgtgga gatcggccca cccttgggca gattcatgtc ataaatgtgc
     2041 cacccccgat tgattgtggc cgtgaaggtc aacgtcttct cagcctcctc ggagtcttcc
     2101 aaattgattt tccacttcac cggcgtcagg atctgcgcct gcaccgatgc tgcgataagc
     2161 attaacagtc cgaaccagcg gacacttcgt tttatctttt ccatgcgatg aatgaatgtg
     2221 tttgtttttc cggggcacaa aactaaacgt ttcgttttca cacaaaaatg cgccggaaag
     2281 gtgtggaatc gaaatccctc ctaccctccg gcgcacattc ccatgcgtag cgctgtgcgc
     2341 gctttactcc agaccggcct taaatcttac cgaccaagtc gatgctcggc ttgagcgtct
     2401 tgttgccctt cttccagttt gcggggcaca cctcgccgtc gtgtccggca acgaactgcg
     2461 cagcctccac cttgcggaag agctcctcgg cgttacggcc gatgctgttg tcttggatct
     2521 cggccacctt gatttggcct tcgggattca ccacgaacgt gccgcggtaa gccatgcccg
     2581 actcctcgat catcacgccg aaagcgcgtg agagggcgcc tgtcgtgtcg gccagcatcg
     2641 ggtaggtgat ctgacggatg ctatccgatg cgtcgtgcca tgccttgtga acgaagtgcg
     2701 agtctgtgct cacggcgtac acctctacgc cagcgacctt gaagtcgttg tacttgttct
     2761 gcagatcgag cagctcggtg gggcacacga acgagaagtc ggcgggatag aaaaagaata
     2821 cgacccactt gccttcgatg tccttgttgg tcactgtttt gaactctccg ttatggaatg
     2881 cctgaacctt aaattcaggt acttgctgat tgatgatagg tagcatgaaa tatgactgtt
     2941 ttgatgatgt tttacttgcg gaaattgtaa ctgttacaaa tccgacgcaa atgtaagcgc
     3001 atttctcaat tctgcaatat cgagattgca aaatcgaagc cgcaaagccc tctcgagaag
     3061 tgggcgaaag ggatcaagag atgagatctg atgccgggag ttggggggac gccattgttc
     3121 tcaagagatg gcctcacgcg atcgtctgcg aagccttttt cgagtcgaga agcattcatc
     3181 gcctatcgaa cggacgaatt atccctgaga gagggcttcg attcatgctc cgcggaacta
     3241 tttctcaccc gagatccctt ctcggccttc aaatggaggg tagaatcaat cgaagagaga
     3301 atgtcgggaa gtattttcag ttcttcgtgc tatcacatga attaaagcaa tattttatac
     3361 atagattcgt gcatacacat agatatataa ttagtcctta tatatcatcc tgcacacacg
     3421 tgaatatgaa taactactct atcactattt cgtgcacaca cgtatatatg atagatatat
     3481 gcatctgatc catcttatcc tgtgtacaag taagagctta tacgattatc cgttatacgt
     3541 gcaagcaata aatcataaga tcatctattt catatcgaaa tgtatggatg taatagagaa
     3601 aacaatctta tacacctctt tctgcgtcca catggataag tacaagtata tttcagatga
     3661 tcattcgcgc atatcctctt gaaataagta tgtaccatta tcagtgcatg cacattattg
     3721 cctgaatata actgatctat ttttcgtgca cacacgaaaa tccaaacaaa acaccggaga
     3781 gtggtttgca atgtgttttg gagatgccga gaaaggcggc gggagctttg cgaggtgttt
     3841 cttgtacgct tcgatatgaa aagggcctcg aacgatctgt ttcttgtcgc aacagaaagc
     3901 ccgaggcctg tttgtatcct tcttttcttg ccttgatgca agaaaagaag caaaagaaaa
     3961 tcaaggcgtc agggacgccg accgattttg tcgggtgccc gagagatcat tgactgtcta
     4021 cggcgcggcg gaggcgctcg agggcctcgc tgaggatggc gcggggggtg ccgacgttga
     4081 tgcgcatgta gccttcgcca ccggggccga acatctggcc gtcgttgagg gcgaggtggg
     4141 cacggcggac gaagaggtcg ataagggcgt cgtgatcgag gttgaggccg cggcagtcga
     4201 gccagacgag gaaggaggct tcggggcgca gcgggcggat ggcgggcagg tggcgcgcga
     4261 agtagtcgat caggtagtcg atgttggcct ccacgtagct gagcatggcg cggcgccagg
     4321 gctcgccgta gcggtaggcg gcgatggtgg cgatgggcgc gaagagggtc ggctcgtcaa
     4381 gctcgttggc cgagagccag cggtagaagc ggcggcggag ggtgtcgttc ggcacgatgg
     4441 cgtaggagct gacgatgccg gcgatgttga acgtcttcga gggggcgccg aaggtgatgc
     4501 tgcacgccgc ggccgcgtcg gagacgatgg cgaagggcgt gtggcggtgg ccgtagaggg
     4561 tcatgtcggc gtggatctcg tcggagatga caaggacgcc gcggcggtgg cagatgtcgg
     4621 ccaagcggcg gagtgtctcg gggctccaga cgatgccggc ggggttgtgc gggttgctga
     4681 gcaggagcat gcggcacttg ggatcggcgt ctaagaggcg gtccaggccg tcgaggtcca
     4741 tggcgtaacg accgtcctcg agcgggagga gtgggttgta gaccacctcg cggtcgttgc
     4801 cctcgggggt gaggcggaag gggtggtaga cgggcggctg gatgacgact ttctcgtcgg
     4861 gtcggaggaa gacgttgatg gccataccga tgcccttgac gatgccgggg atgtaggcga
     4921 gccactcagg gcgaacgtcc cagtggtggt gttcgttgat ccagcggatg atggtggggc
     4981 gatagtcggg cggctcgacg gtgtagccga agagggagtg ctcgaggcgc cggcggaggg
     5041 cgtcggtgat gaagtgcggg gtctcgaagt ccatgtcggc cacccaaagg ggcagcaggt
     5101 gggcgttgcc gtagcgcggt tggagggctt cgagtttgag tgcgccggtg ccacggcggt
     5161 cgatgacttt gtcgaaattg taggtggaca tctgttacga gttataagtt acgagtgagg
     5221 gcggatcacc cagtgtccgc tcgttgagtt attagttagt cggacacggc ttgcttgaga
     5281 tcgtcgaaaa ggtcgtcggg gtcttcgagg ccgatggaga ggcggatgag gtcctccttg
     5341 atgtccatgt cgcggcgttg cgcttcggtg aagttgccga agatggtgct ggccgggtgg
     5401 atagcgagcg atttattgtc gaagaggttc gtggcgcggc ggacgagctg gaggcggtcg
     5461 atgaagcgga agcaagcgtc gcggtcggcg agctcgatgg tgagcatggc gccggcggtg
     5521 tcgccaaact gttggcgagc caggtcgtgg taggggttgt cgggcagacc gacgtagttc
     5581 actgcgcgga cggcagggag ctcgcggagg cgttcggcca gacggagggc gctggcggcc
     5641 tggacgcgat aacgggcgtc gagcgtctcg agtccgatgg tctgcatgta ggccacgtga
     5701 ggcgtcatgt aggcgccgaa gttgaagagc atctcggtgc gcatgcggcg gccaaagtcg
     5761 ggcgtggtgc cgtagtcggc cacgagtccg ccgatggagg tggcgccgcc ggagagatat
     5821 ttggtggtgg agacgatctc gacgtcgatg ccgagtgcgc gggcgtcgaa gcaggtgaag
     5881 gggatgagcg tggtgtcggc catgagaggc acgccacggc tacgggtgat gcgcgagagg
     5941 gcgcggaggt cggccacctc catctgcgga ttggtgatga tctcgagaaa gagggcgcag
     6001 gtgcggtcat cgacagcctg ctccacggcg tggaggtcgg tcaggtcgca gagtacgggc
     6061 tcgatgccaa accgccggag tgtgccggtg atgagggagt aggtgttccc gaaaaggtgg
     6121 cgcgaggtga caatcttctg tccagcctcg gcgacagcca ggagggcgtt gctgatggcg
     6181 gccatgccgg agctgagcgc gatgacgtcg gtggcgccgg tgagtgcgcg gaccttattc
     6241 tcgaagaagg tcacggtggg gttcatgacg cgcgaatagt ccgggtcgtc ggtgcggccg
     6301 cagaaggcat cggtcatgct gacggcgtcg ccaaactcgt aggctgcggt gtgatagacg
     6361 ggcatgctca gggagctgta ggcgtccggg cgctgaaatt gggtgtggat ggcttgcgtt
     6421 tgtttcttca ttcttcgttc gctgtatatg tatctgcttt tattcttgaa atcggcgcaa
     6481 aagtagagat aaataagaga gaaagccgac aatgtagtat tcacacttac atcatcggct
     6541 ttaatttgga aaaatcttct gctttcgggg ctattctcgg actataaaaa gcatgcagct
     6601 cctgcctcgg gcgggcggag tagaatggcg gttctgcata gccgccttaa tggtctggtt
     6661 acatcacctc ctcaggaagg acatactgca tctcgtcacg catgagggcg atctcctcgg
     6721 gatctatacc agcgcgaatc aacgcggaac ggtcggcgtc gaaaaggttg gcgaagaagt
     6781 cgaagtcctt acctgcggcg gcttgcaagt agtaggcgta ggcctccttg acgtgacccg
     6841 aagcccactc cgtatggccg gcattgagat agtcctccgg ctgcggctgc tcggcgatga
     6901 gcttgcgata gctggcgcgc gcctgatcgt acttgccaag aacgaatgag caccaggcca
     6961 caccgcgccc tcccttggcg ttggtcgggt cgaggtagtc gaccttgaaa tagtatttca
     7021 gcgcctcgtc gtacatcttc tgctccaggt agcagtggcc aatgtggagc agtacggaca
     7081 ggttgtcagg ctccagccgc tcgtggcgga gcaggaactc gagggcacgg gtgggctgct
     7141 tgattgcgcg atagcaggca gcgatacgcc ggaggagcca tttgctgtcg gggttgatca
     7201 gctcggcacg gaggtattcg cgcagggcgc catccacgtc gccgatcgac tggaggcagt
     7261 agccgagctt ctggtggagc atctcgctgt cgccctcgcc tcgctgaagc aactcctcgt
     7321 agatgggtcg ggcgtcgtcg gggtatccct tgcggaggta gacctcggcg atgcggagga
     7381 gcgtctcggc gtcgctgagg tagggccgaa ggatggggag gcggtggaag tcgaggccgc
     7441 gctcgaagat gtcgtcgaag tcggcacggc cgggatggag cttgtagaaa cggtagaggt
     7501 tacggatgta gaggccgatg agtcgctcct cgtgcttgcc gcgatcgccc agttcggcgg
     7561 cttcctgctc tcggagttgg gagaagtcgc cacggagctg ctcgcccagc gcgcgccgtt
     7621 gtgcgtcggg caggtgaagt atgctgaagc agaaggaata cttgtcagag tcgcacatga
     7681 aggcggccaa gctcagtatg ccgtcggcaa agctgtcgcc gttgtggtcg cggagggccg
     7741 tgtggcgagg ggtgaaaggg aggaaccagt tgcccgtctc gtggaagaag gggaagcgct
     7801 tgagcggtcc gaaggtggtg tgaagcatgt cgataccctc ctcttgcagc tcgccatatt
     7861 cacgcatcca ggctgacagc ttgtcgctac tgccgaccat gcgctccatc cattcggggt
     7921 tcatctcctc gccggcaatc tccttgagga agtccgtcgt aggacccttg ccgccttgtg
     7981 tggtcagctt cataatctcg ggcaggatct cgtctttgag tcgatgggcc accttctccg
     8041 tttcgcgggt gaggatgaag cggacgatga cggaggagag tcggcggcgg aagtcgggcg
     8101 tctcggccag catctcgagt cgctcctgca cctcgggata gagctccaat cggtcgctgt
     8161 acgtgtaaag cgtgaggcag atggccacga gggcttgcag gctgacgttg accgtgtcgg
     8221 cgtcagagag tgcggcggcg tcgaagagta ggcgcatctt ctctcgatcg aacgacgctt
     8281 gcaaaccgag caggagggct gagacgagaa gcgtcttcac gtcagtaggg aacgaatggc
     8341 tggacagcgc ttcacgtagg gcggacgcgg tgtcggcgtc gataaattcg gtcgtccaga
     8401 gcgcgtcgaa gagacgattg gcagcggact cgccgtgctc acggtcgccg gcctcagtgt
     8461 aaagcgccac ctgccgcagg atggacgtga tgccaatgcc cgcatagcgg acggagcgac
     8521 ggacggagta ataagtggcg ggcgagatgt cgccaaaggt tgcgtgacgg acggcgtcgg
     8581 ccagctcata agcacggcga cggatgtcgg cacggatgcg gtgacgcgtc gggtcgttgg
     8641 agccttcgac gtagtagtgc aacatatatc tatatgtgtt ctgtagctcc tcgactcggg
     8701 aggtgaaggt gtgttggccg gtgacggtga tgaaatgagt gagcaggtcg aaagcctctt
     8761 tcatctggcc gttgtcgatt cgcctgacga gatttttata cctgttggta agctcttgga
     8821 gagtcattgg ttgggggtct atattggagt gatggggtat ttcgtgtgaa ataaaatgcc
     8881 agttgatttt acaaatgcca tgccaaaagg cggataaaca tctcacctcc agacatggct
     8941 cgaggccatc ggccgcgcat atctttgcgg cgcaaatcat aagcgagtca tacaatgaag
     9001 cgtaagttga aaaagaacaa gatcgtcatg cgtacgatta tcgtaaagaa gaagcccacg
     9061 cagccgcgct gggtgatcga cccggaaaca ggagagaaga tctcaagaac aggccttgcg
     9121 atgcgagaat gtcggagacg cggcggactg cttgaggttg ttgatatgga tgccgtgtta
     9181 aagtgaagcg ccgtgagata tttgttggat acgaacatct tgatcttttt ggcattggac
     9241 caagaggaac tctctcgaga agtccgtgat attgtagaga gctactccaa tacactttgc
     9301 acaagcgcga tctgtatggt tgagctactc cagctctatc gcattggcaa gatccgctca
     9361 aagcataaaa cgatcgatgc catactccgc attctgattg accagttctc gttagaggtt
     9421 ttgccttttg gagataggca gataaagacc ttgaaaaatc tgcacatcgc caacgaccac
     9481 aacgacccgt tcgaccacat ggtaatctca cacgccatca cggatcgact gattctgatt
     9541 agttccgaca gaaagttcga acgatacgta tcccagcggc tcgattttgt cttcaatgtg
     9601 agatgaggag atgaatggac gccgtgagga gcaatgaacg tgggggaact tacttgaggt
     9661 agtttcctcc acgttcgttt ttcgcgcctt cattttccgc ttttcgcatt cggcctactt
     9721 ttgccgcgcg ttgaggaggg aagattactc ctcaacgaac gaaagtggta tccaagtgat
     9781 tttttatccc tatttatttc gacagatatg tacaacaaac tgaacgacac catcaccaga
     9841 ctgatggggc tgcgctaccg ctcgcatccg tggcacggca ttgaggtggg caaggaggcc
     9901 ccgcaagtga tcacggcatt tattgaaatg gtgcccacgg acacggtgaa gtatgaactg
     9961 aacaaggtga acggcttcct ctgcatcgac cgtccgcagc gctactcgaa cgtcgtgccg
    10021 gcgctctacg gcttcattcc gcagagttat tgcggagagg gcttcgccaa gtactgcatg
    10081 gaccagctca agcgagagaa tatcatgggc gaccatgacc ccttggacat ctgtatcctg
    10141 accgagaagg acatcgccca cggcgacatc atcgcctccg tgcgacccat cggcggactg
    10201 cgcatgctgg acggtaacgc ggcggacgac aagatcatcg ccgtgctgca gaacgacgct
    10261 acgtatgatt catacaacga catcggcgac ctgcccaaga ttgtcttgga gcgactcaag
    10321 cactacttcc ttacctataa ggacatgccg ggcgagaaga aaaagaacgt cgagatagcc
    10381 aacgaatacg gccgcgagga ggcctacgaa gtgatccgac actgcctcga ggactacaag
    10441 gtctacctcg acgaaatgca cgacatctta cgataaacca gactatagat atgatcattc
    10501 gcgattttac ggacaacgat ctgtacaaat tcagcgtcat gaacgctatc caaaagaagt
    10561 tccccgacgc ggaggtcgtc tatcgcttcg tcaaccgtgg cgagacgccc ttccccgagg
    10621 gcttcggcga ggccctgcgc cgcgaggtgg acgccatgcg cacgctcttc ttgacggaca
    10681 cggccgaggc cttcatgcgc cgccgatgct actacttcga caatgtcttt ttcgacctcc
    10741 tcaagggctt ccgcttcaac cccgccgaag tcacggtggt gcaagaaggc gggcgactgg
    10801 aggtcgaagt gcgcggactg tggtatcgca cggtgctctg ggaggtgccc ctcatggcca
    10861 tgatctccga actctattac cgcatgacgg gcgccacgcc cgcggccgac gccgacgatc
    10921 gcgcacgcgc caaagcgcgt cgcttcgagg agctgggcgc tgagctgtcg gagttcggca
    10981 cccgaaggcg cttctcgttc gaggtgcagg accgcgtcat cggcatcctc aaggagtgca
    11041 tgccgcgcgt gctcaacggc acatcgaacg tctacctggc catgctccac gacctcatcc
    11101 ccatgggcac ccacccgcac gaatggttca tgtatcacgg cgcccactac ggctaccgcg
    11161 tggccaacga gatggcgatg gagaactggg tcgacgtcta cgacggttac ctcggcatcg
    11221 ccctgcccga caccttcacc tcgaccgact ttttcaagag cttctccacc aaatacgcca
    11281 agctcttcga cggcctgcgc tgcgacagcg gcgacccctt cgagttcacc gagcgcgccc
    11341 tcagctacta tgagcgccac cgcatcgacc cgaaaaagaa gaccgtcgtc tacagcgaca
    11401 gcctcgacct cgaagccatc gcccgcatca agggccacgt ggccggccgc ctgcacgacg
    11461 tctacggcgt cggcaccttc ctcaccaacg acgtcggcgt gcagcccctc aacatcgtca
    11521 tcaagctctt cgaggtcaag cccaagggcg aaacggactt cctgcccgtg gtcaagctct
    11581 ccgactcacc cggcaagcac accggcgatc cggacgagat cgacctctgc aagcgcatgc
    11641 tgaaactctg atctgatgcg cgccgcagac cccgaatcgc cttccccaac gagtgatttt
    11701 tgctggtgca tgagtgattt ttgctcacgc accagctttt tttgctcgcg cgcgagcttt
    11761 ttttactcgt ccacgagtga tttttactcg tccgcgagct ttttttgctc gagcacgagc
    11821 tttttttact cgagcacgag ctttttttgc tcgagcatga gcttttttta ctcgtccatg
    11881 agcaaaaaaa gctcgtccgt cggcccccca tcccggttca tcacccccac gtttcgccgc
    11941 gaaacgcctc aacccccaac ctccatttcc ccgcagatat gatcgtagcc gaacagaaga
    12001 gacaagagaa catcgtcgag tacctattat atatgtggca ggtggaagac ctgatccggg
    12061 ccaacgccct cgacagcgac cgcatccgcc gcaccctcgt ggcccgttac gacgtggccg
    12121 acgatgtgcg cgaacgcatc gcccagtggt atgacaatct ggcagacatg atgcgcagcg
    12181 aaggcgtcgc cgagcacggc cacctgcaga tcaaccgcaa cgtcgttatc ctcctcaacg
    12241 acctccacct ctccctcctc cgcaatccgc aagagaccac ctacggcgcg ctctattaca
    12301 aggctctgcc ctccatcgtc cgcctccgcg ccaagtctgg cggcgccgag atgaccgaga
    12361 tcgagacctg cctcaccgct ctctacggct atctgatgct ccgcctccaa ggcgcacccg
    12421 tcagccccga aacgctcgag gccgtccgcg aaatcaacct catgctgaca tttctggcag
    12481 agaaatacaa ggaggagcgc gacatcaccc accctcatta atcattcact atgaatcatt
    12541 cactcgacat gatccccgta ctcgtcaccg gcgcccgcgg ccagttgggc gacgccatcc
    12601 gccgccgcat ctaccgccac ccgaactacg ccttcaccct gaccgacatc gacgaactcg
    12661 acctctgcga cagtaaggcc gtcgccgact ttgtccgccg cggtcgctac gcctacatca
    12721 tcaattgcgc cgcctacacc gccgtcgatc gcgccgagag cgacgccgaa cgctgcctcc
    12781 agatcaaccg cgacgccgtc ggccacctcg ccacggccgc ccgtgaggtc ggcgcacgca
    12841 tgattcacat ctccaccgat tacgtcttcg acggccgcgc ccatcgcccc taccgcgagg
    12901 acgacacccc gtcgcccacc tccgtctacg gccgcacgaa gctcgccggc gagcacgtcc
    12961 tgctcgaggc actacccacc gacgccgcca tcctccgcac cgcgtggctc tactccgaag
    13021 tcggcaacaa cttcgtcaag accatgctcc gcctcggcgc cgagcgcccc gagatccgcg
    13081 tcgtgaacga tcaaatcggc tcgcccacct acgccggcga cctggctgag gccgtgctcc
    13141 acatcctcac cgcgcccacc ttccatcccg gcgtctatca ttacaccaac gagggcacct
    13201 gcagctggta cgacttcgct tgccacatcc tccgcgtcgc ccaccccgcg tgcatcgtcc
    13261 tccccatctc cacggcggac tatcccacgc ccgccgcgcg ccccgcctac agtgtcctcg
    13321 acaagaccct gatccgcacc gtctacggcc tgtccatccc ccgctggcaa gacagcctcg
    13381 accgctgcct ccatcatttc atggacgccg cctccctcta actactactc acttcatctg
    13441 actacttcaa actcccctct ccccttatga ccctccaaga cgaaatccgc cgccgccgca
    13501 ccttcgccat catcagccac cccgacgccg gcaagaccac cctcaccgag aagctcctcc
    13561 tcttcggtgg cgccatccac gtagccggcg ccgtgaagtc gaacaagatc cgccgcaccg
    13621 ccacctccga ctggatggag atcgagaagc agcgcggcat ctccgtggcc acctccgcca
    13681 tggccttcga ttatgaaggc tacaagatca acatcctcga cacccccggc caccaagact
    13741 tcgccgagga cacctatcgc accctcaccg ccgtcgatag cgtcatcatc gtcatcgacg
    13801 ccgccaaagg tgtcgagaca cagacccgca aactgatgga agtctgccgc atgcgcaaga
    13861 cacccgtcat cgtcttcgtc aataagctcg accgcgaggg caaggctccc ttcgacctcc
    13921 tcgacgagat cgagagtgag cttcaaatca ccgtccgccc cttgagctgg cccatcgaaa
    13981 tgggcgaccg cttcaaaggc gtctacaacc tctacgagcg caagctcgat ctctaccgcc
    14041 ccgacaagca ggtggtcacg gagagcgtag ccttcagcga cctcaccgat cccgacctcg
    14101 agcgccgcat tggcgaatcg tccgccgcgc agctccgcga agacatcgag ctgatcgagg
    14161 gcgtctatcc cccgctcgac gtccagacct acctcagtgg cgacgtcgcc ccggtcttct
    14221 tcggctccgc gctgaacaac tttggcgtcc gcgagctgct caactgcttc gtccgcatcg
    14281 ccccgccgcc gcaacccgtg cagaccgtcg agcgactcgt ccagccggag gagcccacgt
    14341 tcaccggctt cgtcttcaag attcacgcga acatggaccc caatcaccgc agctgcattg
    14401 ccttcgtcaa ggtctgctcc ggccgcttcg aacgcaacgc caactatcgc cacgtccgcc
    14461 tcgacaagat gatgcgcttc agcagtccca cggccttcat ggcccagaaa aaggaggtcg
    14521 tcgacgaagc cttcgccggc gacatcgtcg gcctaccgga cacgggcaac ttcaagatcg
    14581 gcgacagcct gactgagggc gagctactcc acttcaaagg cctcccacgc ttctcgcccg
    14641 agcttttcaa gtacatcgaa aacgccgacc cgatgcgcgc caagcagctg aacaaaggca
    14701 tcgatcagct gatggacgag ggcgtagcgc agctcttcac caatcgcttc aacggtcgca
    14761 agatcatcgg cgccgtcggt caattgcagt tcgaggtcat ccagtaccgc ctgctgcacg
    14821 agtacggtgc gcaatgccgt tgggatccgc tccccctcta caaagcctgc tggatcgaga
    14881 gcgacgacaa ggctgcgctc gacagcttca tgcgccgcaa agcccaatac atggcctccg
    14941 atcacgaggg ccgcgacgtc tacctggccg actccgccta tgtcctcacc atggcgcagc
    15001 aggacttccc cgacgtacgt ttccacttca cctctgagtt ctgatcggct cgcgaccgat
    15061 tgttcgccca caagaccata aaaaagaggg tttgcgtctc gctcgttcgg acgcaaaccc
    15121 ccgtaaaatg acagcagcgg aaaggattac tccctccgct gcttctcgat aaccactttt
    15181 acaatcactt ataccccgca tgtttcatca gggctatgtc ttctcaattt ttgtcactgt
    15241 tggccagctg ttcctgtatt ttgcggatcc gcgaatacag gtgctgggtc ataaagccat
    15301 tgcctgccag acggtacctt tctgcctgat attgcagcat ggccaattca cgtaagcact
    15361 gcttatctgc aatcattctc ataaactcct tcattgaata accgccgcaa agatagagct
    15421 actccccgaa aacatgttgt agaacatgct ttcaaccctg ttttcagttc atttttaaca
    15481 gaaacaagcg tgtttacacc ccattcctaa cgttttcaca caggaaatcg cctgcgaaga
    15541 acggattctc tgcggtgcgt tttcaaacac agaatccctt gaatgacgac acccagcgcg
    15601 ctcccaacta cgggctacat ccgtcggaaa atctccgcga gctgccccct gatggcaaac
    15661 tgcgatctgc cgccatgctg gatagggtca gatggcaagt aatcttaccc gataccgttc
    15721 cctctcccct tattatgcag aacctatgca ttaaagccat tctgatttac accgtatgtc
    15781 gtgcaatctg aagtgaatcc attttgtatt acatcggatt gcacgacatc tgaactgaat
    15841 caaaattgat ttgctccata tagcgtgcaa tctgacacga atcaattttg ttttgcaccg
    15901 gattgcacag catttcgtgt gaaacagatt tgatttactc cgtatggcat gcaatctgac
    15961 gtgaatccat tttgtattgc ttcggattgc agggcatttt gtatcaaaca aattggattc
    16021 gcactgtatt tcatgcaatc tgataaaaaa cacaatctgc cctactaata tttccagatc
    16081 aaagaccagc cgacggacgg gggccgaccg taaacgcgaa tcgatgtgag ggtgcggtat
    16141 gggaattata aaaacagcac ctaattttgc ccgcgttttg gtgatgcagc gatcggcgtc
    16201 cgtcgcgctg catgaaaagg gaatccggtg agagtccgga acagtgcccg ctactgtaac
    16261 ccccctcgtt caaagcaaaa agaagagcca tccgcaatgc cactgtcggc gtgcacagac
    16321 acgcgatggg aaggccctcg gttctttagg gggaagtcag gaaacctgcc aggacacagc
    16381 ttgatgtcgc acgccccggg gccagggcgg cggaggactg acgatggata tattcaatag
    16441 tcacatatga agaaaaagta cataggaatg ctcctcgcat ggctgtgcgg ggtgatgacg
    16501 ctcagcgcac aaacgggcgt gagtggacga gtgattaatg cagacacgaa cgagcctgtg
    16561 gtgggcgcca acatccgcgt ggaccacagt ctgacgggcg acgtgaccaa tacgcgcggc
    16621 gagtttacga tcagcaacct gcccgagggc ccacacacgc tgaacgtgtc gcacctgaac
    16681 tatacgaccg aagcgcgtga ggtgcggagc ggcgaaacgg gcgtcgtgat ccgcatgcgc
    16741 gagagtatgg tgcagctcgg acaggtggtg gtgacgggca ccggaacgca tcacctgatg
    16801 aagaatagcc ccgtgcccgt gaacgtgatc acgtcgcgtg aactgagcaa cgccggcatc
    16861 tcaaccctcg acgaagccct gcaaaaactg accccctcct tctcgaacat gaccaacggt
    16921 atgggcacga cgctcagcct gaacgggctg ccggagaaat acttcgtctt cctcgaaaac
    16981 ggtcgtcgga tgggtggcga caacacctac gaacgcatcg acgtctcgcg tatcaagcgc
    17041 attgagatcc tcagcggcgc ctcctcggca ctctacggca cgaacgctgt cggcggcgtg
    17101 gtgaacatca tcacgaacga cgtaaagcat gccgtcaacc tctcttccga cacgcgctac
    17161 acctcgcacg gacgcttcac tcagtcgatc gcggccgacg tcaacacggg ccgattcggc
    17221 tcctacacct cctatcgccg cagccaagcc gaaagctggc aactcagtcc gtacgagcga
    17281 aacaagaagg atagccttgt ggagaccaag aaggtagcct ccgccggctt ccactccgac
    17341 aacgtcaacc aacgattcac ctacgacgcc accgatcgcc tctccttcca gctgcgaggc
    17401 ggctacttcc gcaacatcac gcgtcgcccc cccgcggcgt acgattacga cctccagcac
    17461 cgcacttatt cctggggcgc aggcgtcaaa tacctcctct cgcccgatgc ctatatcacg
    17521 gcggactatc aggccgactt cttttcgtcg cgctacaact tcctgaacgc aagcaagacg
    17581 tacaaaaccc aaccaggcga cgaattggtg cgcaaacgca cgcgcaatca gcaggccaac
    17641 gtgaagggga tcttcaacct gggcgaacgg aataaggtat cggtcggggt ggagtacttg
    17701 gccgacatgc tcagcagtcc caccgaaaat atcagccaca aaacggccta caccgcggcc
    17761 atcttcgcac aagatgagat cacaatcacg cgccaactgc gagccttagc cggggtgcgt
    17821 tacctctacc acgaattttt caagagctac gccacgccaa acgtcgccct catgtatggc
    17881 cagggaggtc tgaacctccg agcctcctat gccgccggat ttcgcgctcc cacactctcg
    17941 gaactctacg cctccgagac gaccaaggcc gtggaccgca ttacgatcgg caacctcaac
    18001 ctcaaacccg agaagagcga ctatttctcc ctcaatgccg agtacgctca cagccgcttc
    18061 acggtgagca cgaacttctt ctacaatcgt atccgtgata tgatcgatta ccgcaccatc
    18121 gccacgggtg aggaggctaa aaagcagtac ggacacgagg aagtgcggca gcgcgacaat
    18181 gtctacaagg cggaagtccg cggcatcaac gtggcggccc aagcctacct cggagcaggc
    18241 ttccgcatcg gcgcgggata cactcacctc gacacgaaag acgatgaaac gggtcggccc
    18301 atcgataaga gtctccggaa tgccgccaac gtcaacgcgc aatggacgcg cacatggggc
    18361 ggatacacga tgaatgtcta cctgaacggt cgcatcaaca gcgaacgctt ctccaagacc
    18421 tacggttacg ctcccgccta ccaagtttgg gatctcaata cccgccacac gttctccctc
    18481 cgttccgtga tcctcgaacc gggcgtgggc atcgaaaacc tcttcaatta caccgacgac
    18541 aggccctaca atttcaacta cgccacgctg acacccggcc gctcggtcta cgtaagccta
    18601 tccatcaagt ttagacgatg aaacggagac acttgcatca catcacatcg gcaccacgct
    18661 gcaaaactgc cggacggatg gcccttgcca ccgccttact ttgggctgcg caggccgctt
    18721 cggcacaaga ttcgacgagg ctgcacccta acgaggcgat gaagaacatt gcactcgacg
    18781 aggtagtcgt caccgcgaca ggtacggaac atacactgaa gtctgtaccc gtacagacgg
    18841 agattatctc gggtcgggcg ctcaagaact tcgccggacg gagcatcgag gacatcttat
    18901 cgggattgac tgcctccttc gccttcggag aggatgacat gggcagccat atccagatga
    18961 atggcttggg caataactac atcctgatcc tgatcgacgg aaaacgtatt cacggcgatg
    19021 tcggcgggca aaatgagctc tcgctcatcg atccgaacaa catcgagcgg gtggagatcg
    19081 tccgcggcgc ctcgtccgcg ctctacggga gcgatgcaat ggccggcgtg atcaacatca
    19141 tcaccaagaa gcacgatgaa ggggtcttac tcgaaaatac ttcgcgcttc gggtcgtatg
    19201 gagatgtccg ccaacacacc ggcgtgggct tcaacatcgg cagattcagc agctggacca
    19261 actttcagct tcagcactcc gatggatggc agaacacgtc tgtcgaagac cctaaccaaa
    19321 cggaattcct catcaccgac tcccgcaata agacagtcaa ccgtcacacg aactggcaac
    19381 tttccgagcg actcggcttc tctccgacgc gcgacctcga actttacgcc gccggaagca
    19441 tctatggcaa acgcatctac cgcccgagcg ggaaataccc ctccgtagac gtgaagacct
    19501 acgatcttca gtacggcaac gcctccgcag ccgtcggggg taaatggaag ctgaaccgaa
    19561 cggacctcct cacgcttgac gtgagctggg atcgccacgc ttactactac aatttcactg
    19621 acaccaccct catcgatggc tatatcaatg gtcgatacac gccgtactac ccctatttcc
    19681 ccgggcagac ggatcttcag agcgatcagc agcgcacctt ggccgctctg aagggtgtct
    19741 tccgcttacc cttcgaaaac acgctcagtg cgggccttga atggcgctac gactggctca
    19801 aggcgccgat gcgcgtcatt gacggtaagg cgtcagacca aaccgcggcc gttttcgtac
    19861 aagatgagtt cgggctgctc gatccgctgc aaatcacggc gggtctacgc gtagatcgta
    19921 actcccgctt cgggcgtttc aagctcacac cgaaaatagc tgccatgctc agcctcggag
    19981 actaccgcct gcgcgcggta tggagtcgcg gattcaagac gcccactccc aaggagcttt
    20041 tttaccgcta catccgcgag atggccggca cccacctcta tttaggtaac accgacctcc
    20101 gtccgcagac ctcggactac ttttctctcg gtgccgaata tctaggaagc cgtggcctct
    20161 ccctgtcagt caccggatac ttcaaccgac tggaccagat gatcacctta gtgaccatcc
    20221 ccacctcgca agcccctggc gacctggtgg cgaggtacga ccccgtcaaa gtgcgccagt
    20281 ataagaacct cgaaagcgcc aaaacgtacg gcgtagacgt gagtcttcga tatgcagtcc
    20341 gcgcctttac catcggagcc ggatacagct acctcaatac cgacgccaat ctctacgacg
    20401 ccactcacga ccgcatgaaa tccgtcatca tcgacggcac agcccaccac aaggccaatg
    20461 cgttcgtcac ctggacccac gatttctctc ccgcctatca ttttaccgcc ggactttacg
    20521 ggcgagcctc atccaagcga tattatcaga tcaacggcga cgggaaaggc ttccaaatct
    20581 ggcgactttc taccacccac gacctcggac gctcacgcca catggcttac cgcctcgagg
    20641 ccggcgtgga caacctcttc aattattgcg accgtacccc gcacggcctc catttgggca
    20701 ccatgacgcc cgggcggacg gtttacgcct cgctcaccgt acgctttgct aaaggcaaga
    20761 aggtgaagca cgaaaaagac acgattacca acctaaatag taacgattat gaagagaatt
    20821 aagacatgga tcttggctgc aatggccatc gtcctcgcag tgagcctcaa ctcctgcgac
    20881 aagagtgaag aacccatcac gaacgtggag cgctaccaac aatcggtaga caacaccgtc
    20941 aagacgggta agaaacacga caaagtgatc ctgctcgtgg ccttcgggtc cacatggcag
    21001 cgcgcctttc tggccttcga caacaccgta gccgagtaca agaaggcatt ccccgactac
    21061 gacgtcttcc tttccttctc ctccgccatt tgtatcaacc gcgccgccgc gggcgagcac
    21121 gccaaggacg agggagaggc caaagccgag gtgcgccact actactcgcc caacttttgg
    21181 ctcgaagcct tcgggcgcgt gcagtacagc gagattattg tccagtctct gcaagtgatt
    21241 ccgggcgaag agtacggccg agtgatcaac tacatgaagg atttcgctaa caacagtctg
    21301 ggagacctcg acgacgccta tttgaagaag gtcaccctcc gtttaggcct tcccctcatg
    21361 gccgacgccg ataaggacgt caaggcactc gccaaagcgc tcgatgccaa ctacgctaac
    21421 tacgccaagc agggcgtcgt agccttcatg ggccacggta accccgattc atacgacatc
    21481 tacaaggcga acatccgtta cacccagtta gaagaggcac tccagaagat caacaagaac
    21541 tactatgtcg gtacggtcga catgaaggac aatttcaaga ccttcgttcg cgatagaatg
    21601 gtcaaagcag gcgtcagcaa gggccgcgtc tactgcacac ccctcatgtc catctccggc
    21661 gaccatgccc acaacgatat ggctggcaac gacgtcgcca agaccccatt ccagcccaat
    21721 gaagagggtg aagtggaaga cacgagctgg aaaatgtact tcaagaccat gggctacgac
    21781 tgctcaaacg agactcagat catgaatggc ctcctcgagc gcgagaatgt ccgtcaatta
    21841 tggatgaacc acaccaaaaa tgcggaaaag gtagactact atcactctaa gaacccggaa
    21901 taaaggtgcc tttgccccac gtacatctgt tgcgtgaggc aagcctcacc cctttaggaa
    21961 ctccctctca gagagaagat taaacacgct cttttttcat aactatttct gactgtggac
    22021 ggcccgcccg tccgaatgac tgtgcagccc ggcatgtgta agcatgtcgg gctgtttcgt
    22081 tttgggggta cccggtggag acatgccgca aacgcggcgc atattcatat tatcaggtag
    22141 gggcagatcg aatattttca aggtacccag acaatttggc cggcagcctc taccgaggca
    22201 gggaagtttg cctgatacat cacaaaaata tctacctcat ctatcaggta cccggataaa
    22261 ttggctggcg tccctgacgc cttgattttc ttttgcctcc ttttctttca tcaaggaaag
    22321 aaaaggagat aaagaacaga ccatcactta gaaacatcct ccaaactcat caataaaaac
    22381 atctcctact tagtagcaac acccaaacgt ggcgcgtttt gcacttccta cctagtagca
    22441 acacctaaac gcggcgcgtt ttgtacttcc tacttagtag caacactaaa acgtgctgcg
    22501 ttttcatctt cccaagtagg ggcgtattgc atacgcccca caaacgaccc tttgggccga
    22561 aaatcatctt acacatttga tcatcgaagg cctttctttt acccctaacg gggtatatgt
    22621 ggggcgtatg caatacgccc ctacag
//
LOCUS       SEQF2637|AYYD01000715.1  386 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcatctgggc ttgcagggag agggcgacga agaggaggaa gagggtgaag agaaaggcgc
       61 ggcgtcgcag caggttgcgg gtcgttgtcg atttcataag gaaggggtgt tacgcgtgat
      121 gaaactgccg caaaggtctc acataaaccg aaatcaatga tcgaggcacc tgccgcgtat
      181 cgcacggacc gaaacgcgct gtttttcact ccctgcgttg cgcagggctc cgaaagacac
      241 ccttttttgc tccctgcgtt gcgcgtgggg ccgaaaatca tggcttttca ctttcgagcg
      301 ctgcgaatag tcccctgaac cggccgccga ttcgtcgctg cgctttcgcc tctggtcgca
      361 ctgtctatat ttgcgcacca atcata
//
LOCUS       SEQF2637|AYYD01000716.1  840 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..840
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agcctgtacc tcgccgatgt gggcgcagcg cagcaaatac atacagaggc gtgactgacc
       61 gatgccaccg cccactgcgg ggggcatttc gccggctgcc agggcgcggt ggaagggcag
      121 ctcgaggcga tccatgcagc cggtcatctc caattgacgg agcagcgccg caggatcgac
      181 acggataccc atcgaggata gctccagcgg cgcctcgagc acagcgttcc aaaccaggat
      241 gtcgccattg aggccaagga gaccgtcggg cgtgggggca gaccaatcgt cgtagtcagg
      301 agcgcggcca tcgtgacgcg atccgtcggc cagggggccg ccgatgccgc gaatgaagac
      361 ggcgccgtag cgtcgggcgg cctcacgctc gcgctccttg gggctgagat cggggaactc
      421 cgcgcgaagt tcctcggcgt gcacaaaggt gatctcgcgg ggtagcgtgg gcgggatgtg
      481 tgggaaggcc tgatgcgtca cggcctcggt agccagcagg gcgccgtaga tgcggcggac
      541 gatgtccgag aggaactcca ccgtgcgatc ctccgggcgg atggtgcgct cccagtccca
      601 ttgatcgacg tagagcgagt ggatgttgtc cagctcttcg tcggcgcgga tggcgttcat
      661 atccgtgtag agtccgtggc cagccgggat gcgataagca gccagcttca tgcgcttcca
      721 cttggccaac gagtgcacca cctcggcacg tcggtcgccc atgtctttga tggggaacga
      781 tacggggcgc tccacgccgt tgaggttgtc gttcaggccc gaatcggcaa agacgaagag
//
LOCUS       SEQF2637|AYYD01000717.1  755 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..755
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtctgctcgt gcgtttcgta agccacatgc tgcacgatga ggcggtacgt gtcgcgttcg
       61 ttcggggtag catcgatgtg aaaggccccg atggagtccg tgatggcgga ggttacatag
      121 ctggagtcgg ccgtttgcag gatgatggcg gcttgcgcca cgggtcggcc gtcactgtcg
      181 gtgacgcgac cgccaagccg catttgtgca tcggctccgt gcgtgatcag cagggccgca
      241 aggagggtca ggagggtaaa aatcgttctc atgatgaatc gtttgatgag tgtgaatctt
      301 tttcgcggca aaggtgggcg tgctattcga gctggatgct tatcaccgac ttacgaagtc
      361 ttacttagtc ttatcggccc cagttgctgc gcccgggagg cctatttttg tcggtgagat
      421 ggcagttgga cgtgttgcaa atgcttcgga gaactttttg gcgtttgcgg gagttccgca
      481 agtgtctcaa agaacttttt ggtgtttgcg gaacttccgc aagtgtcacg aagagctttt
      541 tggtgtttgc ggaacttccg caagtgcttc gaagaacttt ttggcgtttg cggaacttcc
      601 gcaagtgctt cgaagaactt tttggtgttt gcggaacttc cgcaagtgtc tcgaagaact
      661 ttttggcgtt tgcggaactt ccgcaagtgt ctcgaagaac tttttggcgt ttgcggaact
      721 tccgcaagtg cttcgaagaa ctttttggcg tttgc
//
LOCUS       SEQF2637|AYYD01000718.1 4077 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4077
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             179..2275
                     /gene="lolC"
                     /locus_tag="SEQF2637_00472"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ADC3"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system transmembrane
                     protein LolC"
                     /translation="MNLPLFIARRYLLAKKSHNAINIISMISVCSVAVATVALVCVLS
                     VFNGFHDLVASMFGHFDPDLKITAVEGKVFIPNTDAMRSVRALPQVEAATEVLQENVL
                     LRYGGRQQIAVAKGVDSAFERTVDLGSVLIDGRYALNEGGTDYAIPGIGLASTLGVNA
                     SFTDPIEIYAPKREGRVSASQAATSFQIEYAYVSGVFCIDRPEYDANYLILPIDLVRN
                     MLHYDAGEVSALELKLKPGARVGDLKQQIQQRLGQGFRIEDRFEQQEASFRMMQIEKW
                     MTFLILAFILTIALFNVVSSLSMLIIEKEDDVQMLRSMGASQRLIRRIFLYEGCMIPL
                     LGAVVGIAIGVALCLVQQTFGLIRLGETGAFVSDQYPVRVSPWDLLAIFVTVVAIGGL
                     TSWYPVRSAARRWAVTMPKAAAASLLLFGLLATASCSGGGGQSADDSHRVSVTIEAQR
                     YFAERIGGAHFTIHTVVPPGQSPETFDPTPQEMMAVARSRAYLRVGRIGFEQVWMPTI
                     VEQNPHLQVFDLSQGIRWIDSDPSAHDQHAHGGGDPHIWNAPATARQMAENTLRAFCL
                     LDTAHTAVYRAAHALLVAEIDSTDAALHAMLDTLTHRTFIIYHPALTYFAQAYHLKQL
                     AIETDGKEPSAASMKKLIDEARAQHVRVVFVQREFDRKHAESVAREIGARVVVIDPLS
                     AQWKDEMLKIGQALTK"
     CDS             2320..3063
                     /locus_tag="SEQF2637_00473"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAGAPGALIFFRPPFIHQKQTGANKVTPTDNPIPSHFEYPEKL
                     AGASGALIFFCLLFFHQKQTGANKVRVVRHQLLSSCSVPSGVPCQGDACRGVLHTPSY
                     HSRRECLRVGGSFVPFRGTYKGAYSIRPYPAGRKKNLCPSSLPIPISFKKTYTSHQPI
                     PIKKINQCPSGLPLPISFKKTYTSHCPIPIKKINLCPSDLPLPISFKKTYTSYQPIPI
                     KKINLCPSGLPLPIHFSNLAHHTLCFSFK"
     CDS             3045..3749
                     /gene="znuC"
                     /locus_tag="SEQF2637_00474"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34946"
                     /codon_start=1
                     /transl_table=11
                     /product="High-affinity zinc uptake system ATP-binding
                     protein ZnuC"
                     /translation="MLLVQINHVTAGYDSKKDVLIDVSLQIAERDFLCIVGPNGGGKT
                     TLLRVLLGLLKPRIGAVNFYRDSQPIPKLPVGYLPQVNAIDRRFPISVAEVVASGFLA
                     ETRGRRCSAEQRQRVEAVIDRMGLNDLARRPIGELSGGELQRTMLGRAIVAHPRLLVL
                     DEPNTYMDRRFGDTLGDLLSEINRETAVVLVSHDPGALRPLIKNMAFVRRQLRYVPGN
                     ELSAVSLDSEESESMD"
ORIGIN      
        1 ggattatggg gcgtatgcaa tacgccccta ccttgctgga aggaagaaag aaccatcctt
       61 gggctttctc gctcttggcg aggagggcga ggggcggata tttttgcgac ctgtccttac
      121 tcatttttag tgaccattac ccccagactt acttttcatt tttagttttt cgaaacccgt
      181 gaacctacct ctcttcatcg ccaggcgcta tctgttggct aagaagtcgc acaacgccat
      241 caacatcatt tctatgattt ctgtttgcag cgtggctgtg gccaccgtcg cgctggtctg
      301 tgtgctgtcc gtcttcaatg gatttcacga tctcgtggcc tccatgtttg gccactttga
      361 tcctgatctt aagattacgg ccgtagaggg taaggtgttc attcccaaca ccgacgcgat
      421 gcgctcggtg cgtgccctgc cccaggtgga agccgccacg gaggtgttgc aagagaacgt
      481 gctcctccgc tacggcggtc gtcaacagat agccgtggcc aagggcgtag acagcgcctt
      541 cgagcgcacc gtagaccttg gatcggtgct tatcgacggg cgttatgcgc tgaatgaggg
      601 ggggacggac tatgccatcc ccggcattgg actggcgtcc accctgggcg tcaatgcgtc
      661 cttcaccgat ccgatcgaga tctatgcccc caagcgtgaa ggacgcgtca gcgcgtccca
      721 ggctgcgacc tcgttccaga tcgaatacgc ctacgtcagc ggagtcttct gcatcgaccg
      781 tccggagtac gacgcgaatt acctgatcct gcctatcgac ttagtgcgca acatgttgca
      841 ctacgatgcg ggcgaggtgt cggctctcga acttaaactg aaacccgggg cccgggtcgg
      901 cgacctcaag cagcagatcc agcagaggct gggccaaggc ttccgcattg aagatcgttt
      961 cgagcagcag gaagcgtcgt tccgcatgat gcaaatcgag aaatggatga cctttctcat
     1021 cctcgccttc atcctcacca tcgccctgtt taacgtagtc agctcgctct ccatgctcat
     1081 catcgagaag gaagacgatg tgcagatgct gcgcagtatg ggcgccagcc agcgtttgat
     1141 tcgccgcatc ttcctctacg aaggatgtat gattccgctc ttgggcgccg tcgtgggcat
     1201 agctatcggc gtcgcgcttt gccttgtgca gcagacgttt ggtctcatcc ggctcgggga
     1261 gacgggggcc tttgtcagcg accagtatcc cgtgcgcgtg tcgccctggg atctgctggc
     1321 catcttcgtc accgtggttg cgatcggtgg gctcacgtcg tggtaccccg ttcgctcggc
     1381 cgctcgacgg tgggccgtga ccatgcccaa ggccgccgcg gcgagtctgc tgttgttcgg
     1441 gctactggct acggcgagct gctcgggcgg cggagggcag tcggccgacg atagccatcg
     1501 cgtgtccgta acgatagagg cgcagcgcta ctttgccgag cgcatcggcg gcgcgcattt
     1561 cacgatccac accgtagtgc cgcccgggca aagtccggaa acgttcgacc ccacgcctca
     1621 ggaaatgatg gccgtggccc gtagccgcgc ctatctgcgt gtcggacgca tcgggtttga
     1681 gcaagtctgg atgccgacca ttgtggagca aaatccgcat ttgcaagtct tcgacctctc
     1741 ccaaggcatt cgttggatcg atagcgatcc ctccgcgcac gaccagcacg cacacggcgg
     1801 gggcgacccg cacatctgga acgcgcctgc caccgcacgt cagatggccg aaaacaccct
     1861 tcgcgccttc tgcctcctcg acacggcgca caccgcagtc taccgagcgg cccacgcctt
     1921 gctcgtggcc gaaatcgact ccaccgacgc cgccctgcac gcgatgctgg acacactcac
     1981 ccaccgcacg ttcatcattt accacccggc gctgacctac ttcgcccagg cgtaccacct
     2041 caagcagctg gcgatagaaa ccgacggcaa ggagccctcg gccgcctcga tgaaaaaact
     2101 catcgatgaa gcccgggccc agcacgtgcg agtcgttttt gtacagcgcg agttcgaccg
     2161 caagcacgcc gaatccgttg ccagagagat cggtgcccgc gtagtcgtta tcgaccccct
     2221 ttcagcccag tggaaagacg agatgctcaa aatcggacag gcgctaacaa agtgacccca
     2281 acagacaatc ccattcccag tcattttgag tatctcgaaa tgttagccgg cgcccctggc
     2341 gccttgattt tctttcgccc tcctttcatt catcagaaac aaaccggcgc taacaaagtg
     2401 accccaacag acaatccaat tcccagtcat tttgagtatc ccgaaaagtt ggccggcgcc
     2461 tctggcgcct tgattttctt ttgccttctt ttctttcatc aaaaacaaac cggcgctaac
     2521 aaagtacgag tggttcgcca tcaattatta agcagttgtt cggtacccag tggcgttccc
     2581 tgtcaagggg acgcctgtag gggcgtattg catacgccct cctatcattc ccgcagggaa
     2641 tgtttgagag taggtggatc cttcgtcccc ttccggggta cgtataaggg ggcgtattca
     2701 atacgcccct accctgccgg caggaaaaag aatctgtgcc cctcaagcct tcccatccct
     2761 attagtttta agaaaacata cacctcccac caacccatcc ccatcaaaaa aatcaatcag
     2821 tgcccctcag gccttcccct ccctattagt tttaagaaaa catacacctc ccactgccct
     2881 atccccatca aaaaaatcaa tctgtgcccc tcagaccttc ccctccccat tagttttaag
     2941 aaaacataca cctcctacca acccatcccc atcaaaaaaa tcaatctgtg cccctcaggc
     3001 cttcccctcc ctatccattt ttcgaattta gctcatcaca ccctatgctt ctcgttcaaa
     3061 taaaccatgt aacggccggt tacgactcca aaaaagacgt gctaatcgat gtctctctcc
     3121 agattgcaga gcgcgacttc ctctgcatcg taggccccaa cggcggcggc aaaacaaccc
     3181 tcctgcgcgt cctgctcggg ctgctcaagc cacgcatcgg cgccgtgaat ttctatcgcg
     3241 acagccaacc cattcccaaa ctccccgtgg gctacctgcc tcaggtcaac gctatcgatc
     3301 gccgattccc gatctcagtc gccgaggtcg tcgcctccgg attcctggcc gagacacgtg
     3361 ggcggcgctg ttcggccgag caacgccaac gcgtggaggc agtcatcgac cgtatgggac
     3421 tcaacgactt agcccgccga cctatcggag agctctccgg cggcgaactc caacgcacaa
     3481 tgcttgggcg cgccatcgtg gcccacccgc gcttgctcgt tttggatgag ccgaacacat
     3541 atatggaccg tcgctttggc gatacgttag gcgacctgct gtcggagatc aatcgcgaga
     3601 cggctgtcgt actcgtctcg cacgaccccg gcgccctccg gccactgatc aaaaacatgg
     3661 ccttcgtacg tcgccaactc cgctacgttc ctggcaacga actctccgcc gttagcctcg
     3721 acagcgaaga atctgaatct atggattagc cgctctcaaa aattcaccca gtttgtggaa
     3781 cacgcaagcc ggacgaatcc catccccacc aaggacagga ttcgcccggc tttcttattt
     3841 cccgtcctca ataagtatat agaaaacacg cacttcatca tttccttacc cgccaaggaa
     3901 gagaaagctg tgactatatt tatcccatcc tcggcgagtt ttcgatagct gtggccatat
     3961 tcatcccatt cccgccgggt tttcgataga tatggccata ttcatccaat cctcgccggg
     4021 ttttcaatag atatggccat attcatccaa tcctcgccgg gttttcgacg aatatgg
//
LOCUS       SEQF2637|AYYD01000719.1 9868 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9868
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(643..1014)
                     /locus_tag="SEQF2637_00475"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSVVPIRDKYVLNMYLLNPIPEKEWIVWIMMPIKPDTFRDVCN
                     TPLPIRDKYLINMYLLNQILGENWIVRVVAYCIRPTNAHDHWQMIDPPDTFLGVCNMP
                     IPIRIKNLIPIWTMNLKLGTS"
     CDS             1015..3195
                     /gene="recG"
                     /locus_tag="SEQF2637_00476"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P24230"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecG"
                     /translation="MLPIFVAFLIHLLDRIRLHVSIMSLDEQNIMYLPGVGPRRAEIL
                     KKEIDVTTYDDLLHYFPYRYVDRSRIYTVSELERIVSGHSDRVPFVQLRGRITGYQAS
                     EEGRAKRLVARFADSTGAVDLVWFHGQKFILDKYPPGREYLIFGQPKEYMHEFSFIHP
                     EIDPADRAARVSGGLVPMYHTTELMKRATLHSRAIRDLIYTLLNTVSGGLPETLPAWI
                     LEERALAPLTESMRQIHFPESAEKLRAAQHRLKFEELFYIQLNILRTATLRRNKLRGI
                     PCPRVGKAFNAFYANRLPFALTGAQKRVVHEIHDDMRSGRQMNRLLQGDVGSGKTLVA
                     LMAMLLAVDNGCQACLMAPTEILAGQHFATLQELLGDIGVRVELLTGSTTKRRRSALL
                     PAVASGEVDILIGTHALIEDAVVFHRLGLSVIDEQHRFGVEQRSKLWVKSTYVPHVLI
                     MTATPIPRTLAMTVYGDLDVSVIDELPPGRKPVKTVHRYDAKKAELYTFLRTEIGRGR
                     QVYVVYPLIEENETMDYKALEQGYETFCEVFPECTVCMVHGKMKAKEKEAEMQKFIRG
                     EAQILVATTVIEVGVNVPNASVMVIESAERFGLSQLHQLRGRVGRGAEQSYCILVTGY
                     KLSEVTRKRLGIIVSTSDGFRIAEEDLKLRGAGDMEGTQQSGDGLSLRIADLAQDGGI
                     LRTARDVASRILDADPNLSSPENALLNARLNALFRRRMNWGLIS"
     CDS             3950..4435
                     /gene="ybaK"
                     /locus_tag="SEQF2637_00477"
                     /EC_number="4.2.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AAR3"
                     /codon_start=1
                     /transl_table=11
                     /product="Cys-tRNA(Pro)/Cys-tRNA(Cys) deacylase YbaK"
                     /translation="MKTEKKTNAARLLDKAGVIYETVPYEVDENDLAATHVAEQLHED
                     IAQVFKTLVLRGDRNGLFVCVIPGDAEVDLKKAARVSGNKHVSMLPMKELLPATGYIR
                     GGCSPIGMKKPLPTYIHESCAHHPHIYVSAGRRGLQLKLSPNDLTTFVGATLADLVED
                     R"
     CDS             complement(4547..6049)
                     /locus_tag="SEQF2637_00478"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MKRISIKNIALFAATALLLNACSGDWLDLEPSDGIGTENALTDL
                     GKLNAARVGMYDGLQGDGTYNQYYAARMLYYGDVRGDDMQARVSGKRTAPMYEMRYTA
                     TNADDIWFTPYRVLRRANNIIAAVEGSVVKPKVESEQANIDRIYSEALVVRALIHFDL
                     VRVYGYPYTMDGGASLGVPIVLKPLATSALPQRNTVKEVYEQVVKDLRKAIDDNKLNK
                     TMTNGYINHWTAKALLARVYLYMGDNANARKEAVEVIDNSPYKLWTNEEYAANVWDKT
                     SGAHNKEMIFELLNTSTDDYTDREGIAYLYNEYGYNDAIATKSFCELLQADPNDVRLT
                     AMMETRDPDRKQMYGTDKVWINKFPENSQGEMRLNNVPLLRLSETYLIAAEASAKLND
                     KAAAAKYLNAIVQRANPKATPVSEADATVDRILVERRKELVGEGHRFFDAMRNNQTIV
                     RYTDEAKKGYHYTLTTPDSRKFDRTYFRIVLPIPRGETNVNRKIQQNPGY"
     CDS             complement(6075..9122)
                     /gene="susC_3"
                     /locus_tag="SEQF2637_00479"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKRKLFMLMALFLIGIGVAMAQTQVQGTIVDEQGEPVIGASVLV
                     KGTTTGTVTNIDGEFALSAPSNGTLVISYVGMQTMEVAVSPRIRVILRSDAELLDEVV
                     VTGYGTFKKSSFTGSAATVSTDKLKDVPVTSVSDKLAGNVAGVQINSVSGQPGATESI
                     RIRGMGSINAGNNPLYVIDGVPVLSGDMSGFNYADAGTSILSTLNSSDIENITVIKDA
                     AAASLYGSRAANGVVVITTKKGKAGKTVFSVKANWGFSNMAVDYRPTLDGDARRELLH
                     LGLVNYAKYTEGKSDAEAKAYADENIDTYAPKPWSGWTDWRKILIRNGQYQNYDVSAQ
                     GGNEKTKFYSSISYAKQEGIYENSGFDRITGSVNVSHQASDKLTLDVSSLFSYSDQSS
                     VSEGYSYSSPIMAMASMVSPSSYPYNEDGTLGRYFPAIGDDWANPLRAIKYTSNKNKL
                     TRTFNTLSGTYTITKGLKLKEVLSYDFTQNASIAWWGPQSNDGRTANGVFQKYMINTS
                     KFNSQTQLTYDRSFDRVHNLSFLLGYETEAYKHENVYGTGSNYAAMDDPKPEIQNAAI
                     TKSSSSISEYRMLSYLGRADYNYDSKYYVSASYRRDGSSRLAKANRWGDFWSLSGSWR
                     LTNEPFMESIREKVTDTKIRASYGVNGTQPWRYYDFMPVYSFGYNYDNQVGTSESTPG
                     NANLKWEKNYAFNAGIDLTFLNRFTLTVEWYTRKTQDLLLERPISGTIGFVDEYNHAN
                     ELVNVGAMRNSGIELELRSTNVQKKDFTWNTTLTLAHNQNKILQLNKDQDEIISYESI
                     HRVGQPYNSFYAYEYAGVDPQTGKELYYKNTNDEHARETTTDETKANRTIIGSADPKV
                     TGGLTNTLTWKFIDLNFTFTYSFGGKVYDGVSWLHSNGGIDLFYGAVPSHYKKEDMWR
                     NPGDNAKLPMFANGNVDVPSSRWLLPSDHVRLKNLTLGFTLPAKLSKKVGFDRIRAYM
                     SGNNLLTFKSKKLYVDPENTASGFVYFRAPAMRTVTFGVELGF"
ORIGIN      
        1 cctataatca tgggtatttg tggggcgtat gcaatacgcc cctacatggg aaatccaatc
       61 ctttccggga ataagattca ataaatacgt atttgtcaga tatttattca gaatatgtag
      121 gggcgtattg cacacgactc gaaatgtatc gggcggatca atcatttgcc tataatcatg
      181 ggcatttgtg gggcgtatgc aatacgcccc tacatgggca atctaatcct tgccgggaat
      241 aagattcaat aaatacgtat ttatcaggta tttatccggt atggataggg gcgtattgca
      301 tacgctccgg cacgcatcgg gcggatcaat catttgccca taatcatggg catttgtggg
      361 gcgtatgtaa cacgccccta cgcagacggt tcaatccttt ccgggaatag gattcaataa
      421 atacgtattt atcagatatt tatctcgtat tggtaggggc gtattgcata cgccccgaaa
      481 cgtaccgggc gaatcaatca ttttcctata atcatgggta tttgtggggc gtatgcaata
      541 cgcccctaca tgggaaatcc aatcctttcc gggaatataa ttcaataaat acatatttgt
      601 cagatattta tcccgtatag gtagggctgt attgtatacg cctcaggacg taccgagttt
      661 gagattcatc gtccaaattg gaattaaatt tttgatccgt atcggtatgg gcatattgca
      721 tacgcccaag aatgtatcag gtggatcaat catttgccaa tgatcatggg catttgtggg
      781 gcgtatgcaa tacgccacta cacggacaat ccaattttcg ccgagaattt gattcaataa
      841 atacatattt atcagatatt tatcccgtat aggtaggggt gtattgcata cgtccctaaa
      901 tgtatcgggt ttgatgggca tcatgatcca tacaatccat tctttttcgg gaataggatt
      961 caataaatac atatttaaga cgtacttatc ccgaatggga accaccgaat ccatatgtta
     1021 ccgatctttg tcgcgtttct gattcatcta cttgaccgca tcaggctaca cgtatcgatt
     1081 atgagcttag acgaacaaaa catcatgtat ctgcccggcg tcgggccgcg gcgcgccgag
     1141 atcctcaaaa aggagatcga cgtgacgacc tacgacgacc tgctccatta ttttccttat
     1201 cggtatgtgg atcgcagtcg catctacacc gtgagcgagc tcgagcgtat cgtgtccgga
     1261 cacagcgacc gggtgccctt cgtccagctt cgggggcgca tcacgggtta ccaagcctcc
     1321 gaggaggggc gagcgaagcg actcgtggcc cgctttgccg acagtaccgg cgcggtggat
     1381 ctggtttggt tccacggcca aaaatttatc ctcgataagt atccgccggg gcgggagtat
     1441 ctcatttttg gtcagccgaa ggagtacatg cacgagttct cattcatcca tcccgagatc
     1501 gacccggccg accgtgccgc gcgagtctcc ggcggcctcg ttccgatgta ccacaccacc
     1561 gagcttatga aacgtgccac gcttcactcg cgtgcgatcc gtgatctcat ctacacgctc
     1621 ttgaacacag tcagtggggg cctgcccgag acgctcccgg cgtggatcct tgaggagcgc
     1681 gcgctggcac cgctcactga gtctatgcgg cagatccact tccccgaatc agccgaaaag
     1741 ctccgagcgg cacagcacag gctcaaattt gaagagcttt tttacattca actcaatatc
     1801 ctgcgcacgg cgactctccg ccgcaacaag ttgcggggaa tcccttgccc acgcgtaggc
     1861 aaagccttca atgcgttcta tgccaaccgc ctaccctttg ccttaaccgg cgcgcaaaag
     1921 cgggtcgtgc atgagatcca cgatgacatg aggagcggaa ggcagatgaa tcgcctgctc
     1981 caaggcgacg tgggtagcgg gaagacgctc gtcgccctca tggctatgct cctagccgtg
     2041 gacaacggtt gccaggcctg cctcatggcg cccacggaaa ttttggcggg gcagcacttt
     2101 gccactttgc aagaattgct cggcgacata ggcgtgcggg tggagcttct caccggctcg
     2161 acgacgaagc gacggcggtc ggcactgctt ccggccgtgg cctcaggcga ggtagacatc
     2221 ctcatcggca ctcacgcact catcgaggac gccgtagtct tccaccggct tggtctctcc
     2281 gtcatcgacg agcagcatcg ttttggtgtc gagcaacgtt ccaagctctg ggtgaagagc
     2341 acctacgtgc cgcacgtact catcatgacc gcgacgccca taccgcgcac cctggccatg
     2401 actgtctacg gcgatctcga cgtgtccgtc atcgacgagc taccgcccgg ccgcaagcct
     2461 gtcaagaccg tccaccgcta cgacgccaaa aaggccgagc tgtacacctt cctccgcacc
     2521 gagattggtc gcgggcgtca ggtttacgtg gtctatcctc tgatcgagga aaacgaaacg
     2581 atggattaca aggccctcga gcagggctac gagacttttt gcgaggtttt cccagagtgc
     2641 accgtctgca tggtgcacgg gaagatgaaa gcgaaggaga aggaggccga gatgcagaaa
     2701 tttatccgcg gagaggcgca gatcctcgtc gccacaaccg tcatcgaggt gggcgtgaat
     2761 gtaccgaacg catctgtcat ggtcatcgag agtgcggaac ggtttgggct gtcgcaactc
     2821 catcagctcc ggggacgcgt aggtcggggt gccgaacagt cgtattgcat cctggtgacg
     2881 ggttacaaac tgagcgaggt tacgcgtaaa cggctcggaa tcattgtctc tacgtccgat
     2941 ggtttccgca tcgccgagga agacctgaaa ctacgcggcg cgggtgatat ggagggcacg
     3001 cagcagagtg gcgacggcct atcgcttcgc atcgccgatc tggctcagga tggcggcatc
     3061 ctccgcaccg cccgcgacgt cgcgtctcgc attctcgacg ccgacccgaa tctctcctcg
     3121 cccgagaacg ccctgctcaa cgcccgcctg aatgccctct ttcgtcgtcg catgaattgg
     3181 ggcctcatct cctaagcgat tcgtggcaag gatcggagtc atcctccgcc cgtgaatcct
     3241 ttcctgatcc attttcttga gatcggataa acgaattctc tttttcggag atattttttc
     3301 gagggggatc aaattgggaa tctttctcgg gagtattttt tcgagggaga tgtaaagggg
     3361 aatccttttc tggggtattt ttttgaggag tagtcaaggg agaatcattt ttggagatgt
     3421 tttttcgagg ggaagtcgag ggggaatcac tttccctgat acttttttga gagctgaaaa
     3481 aagggggatc cttttcggga atactttttc gagaggtact caaagggaaa tgcttttcgg
     3541 agatactttt tcaaaggaca ttccaaggga aatcattttc agggatgttt tttcaagggg
     3601 tattcaaggg gatatccttt tcaggggtac tttttcaaag gacattccaa gaggaatcct
     3661 tttcgaaggc atttttttga ggaggatcca atggggaatc cttctctggg atattttttc
     3721 aagggtgagc cgaaggggat tcctttttgg agatacttta tcgagggata ttcaagggag
     3781 aatcattttt ggagatgctt tttcgaaggt ggggcaaagg ggaatccttt ttggagatgt
     3841 tttatcgagg gtgggggaaa ggggaatcct ttttggagat gttttatcga gggtggggga
     3901 aaggtggtat gttttttgaa tggtcttatc acagagcaat ttacgaacaa tgaaaactga
     3961 gaagaagaca aatgccgcca gactattgga caaggcgggc gtgatctatg agacagtccc
     4021 ttacgaggtg gacgagaacg atttggcggc gacacatgtg gccgagcaac tgcacgagga
     4081 catcgcgcaa gttttcaaga cgctcgtcct ccgtggcgac cgaaacggac tctttgtctg
     4141 tgtcatccct ggcgatgccg aggtagactt gaaaaaggcg gcacgcgtgt cgggcaataa
     4201 gcacgtatcc atgctaccaa tgaaagagtt gctccccgcc acgggctata tccgcggtgg
     4261 atgctcgccc atcggcatga agaaacccct cccgacctac attcacgagt cctgcgccca
     4321 ccacccacac atctacgtca gtgcgggccg tcgcggcctg caactcaagc tctcccccaa
     4381 cgatcttacg actttcgtcg gcgccaccct agccgatctc gtcgaggatc ggtaaccacc
     4441 caaacgtaac aaaggcagcc gagggacatc gctgtctctc tgctgccttt cgattgcttc
     4501 aagcggagcc gacgcaacgc atcagccccc gccgaatggc ttccggtcaa tagccggggt
     4561 tctgctggat cttccgattc acattcgtct cacctctggg aatgggcagg acaatacgga
     4621 aataggtgcg atcaaatttg cgagaatccg gggtggtcag cgtgtagtga tagccctttt
     4681 tcgcctcatc tgtatagcgt acaatcgtct gattgttacg catggcgtcg aagaaacgat
     4741 gaccctcgcc aaccagctcc ttacgacgct cgacaaggat ccgatctacc gtagcatcag
     4801 cctctgacac aggcgtagcc ttcgggtttg cacgctgtac gatggcgttc agatactttg
     4861 cggccgccgc cttatcattc agcttggctg aagcctcggc agcaatcaga taagtctccg
     4921 aaagacgaag tagggggacg ttattcagac gcatttctcc ctgactattt tctggaaact
     4981 tattgatcca gaccttatcc gttccataca tctgcttacg atccgggtca cgcgtctcca
     5041 tcatggccgt caggcgcaca tcgttaggat cggcctgtag caactcacag aacgattttg
     5101 tagcgatagc gtcgttgtat ccgtattcgt tgtacaggta ggcaataccc tcgcggtctg
     5161 tatagtcgtc cgtgctggtg ttgagcaact cgaagatcat ttccttgtta tgcgcccccg
     5221 aggttttgtc ccacacgtta gcagcatact cttcgttcgt ccagagttta tacggcgagt
     5281 tgtcgattac ctccacggct tctttgcgtg cattcgcatt gtcgcccata tagagatata
     5341 ccctcgccaa gagggccttg gctgtccaat gattgatgta accgttcgtc atcgtcttgt
     5401 tgagcttgtt gtcatcgata gccttgcgta gatctttgac cacttgctca tagacttcct
     5461 tcacggtgtt tctctgtggc agggcacttg ttgccagggg cttcaaaacg atgggaacac
     5521 cgaggctggc accgccatcc atcgtataag gatagccgta aacgcggact aaatcgaagt
     5581 ggatgagggc acgcaccacg agggcttcgc tatagatcct atcaatatta gcctgttcac
     5641 tctccacttt gggcttcacc acactgcctt ccacagcagc aatgatgttg ttggcacgcc
     5701 gaaggacacg gtaaggcgtg aaccagatgt catccgcatt ggtagccgtg taacgcatct
     5761 catacatagg agctgtacgc ttacccgaga cacgtgcctg catatcgtcg ccacgcacat
     5821 caccgtagta gagcatacga gcagcataat actgattata tgtaccgtca ccctgcaacc
     5881 catcgtacat accgacccgg gctgcattca gtttccctaa atccgtcagg gcattctcgg
     5941 taccgatacc atccgatggc tccagatcga gccagtcgcc cgagcaagcg ttcaacaaca
     6001 gtgcggtggc cgcaaagagg gcgatattct ttatcgaaat ccttttcatg ttggtattct
     6061 attttactga ttgattaaaa acctaattcc acaccgaaag ttactgtgcg catggcaggc
     6121 gctctgaagt agacaaagcc actggctgta ttctctggat ccacatagag tttcttcgat
     6181 ttgaacgtaa gcaggttatt acctgacatg taagcgcgaa ttctgtcgaa gcccaccttt
     6241 ttggatagtt tggccggcag ggtgaatcct aaggtgagat tcttcaagcg cacatgatca
     6301 gacggaagta accagcgcga agagggaaca tccacattgc cattggcgaa catcggcagc
     6361 ttggcattat ctcccgggtt gcgccacata tcttccttct tataatgcga cggaactgca
     6421 ccataaaaca gatcaatacc accgttagag tggagccagc ttacaccgtc atacaccttg
     6481 ccgccaaagg agtaggtgaa ggtaaagttc aagtcgatga acttccaagt cagggtattg
     6541 gtcaaaccgc cagttacttt cggatcggca ctgccgatga tcgttctatt cgctttagtt
     6601 tcgtccgtag tcgtctcacg agcatgctcg tcgttggtgt ttttatagta taactccttt
     6661 cctgtctgcg gatctacgcc ggcgtattcg taggcataga atgaattata gggctgacct
     6721 acacgatgaa tagactcata acttatgatc tcatcttgat ccttatttag ctgcaagatc
     6781 ttattctgat tgtgggccaa agtcagtgtc gtattccatg taaagtcctt cttctgcacg
     6841 ttagtcgaac gcaactctaa ttcgatacca ctgtttcgca tagcaccaac attcacgagc
     6901 tcgttggcat ggttgtattc atccacaaaa ccgatagttc cagaaatggg gcgttcgaga
     6961 agcaagtcct gcgtcttgcg agtgtaccac tctacggtta gggtgaagcg attgagaaac
     7021 gtaagatcaa taccagcgtt gaaggcatag ttcttttccc atttcaggtt tgcattaccc
     7081 ggcgtcgatt cgcttgttcc cacttgattg tcataattat aaccgaagct ataaaccggc
     7141 atgaagtcgt agtagcgcca cggctgcgta ccattcacac catacgaggc acgaattttt
     7201 gtatccgtca ccttctcacg gatcgactcc atgaaaggtt cgttcgtcag gcgccatgat
     7261 cctgagagcg accagaagtc accccagcgg ttggcttttg ctagacgtga ggagccatcg
     7321 cgacgatagc ttgcgctcac ataatacttg gaatcatagt tgtaatccgc acgaccgaga
     7381 taggacagca tgcggtactc gctgatggaa ctggaagatt tggtgatagc tgcattctga
     7441 atctccggct tcgggtcgtc catcgcagcg tagttactac cagtgccata gacattctca
     7501 tgtttgtacg cctccgtctc ataaccgagc aggaaactca ggttatgtac ccggtcgaac
     7561 gagcgatcgt aagtcagctg tgtctgcgag ttgaatttag aggtattgat catgtatttc
     7621 tggaacacac cgttggccgt acgtccatca ttggattgtg gcccccacca tgcgatgctg
     7681 gcattctgcg tgaagtcata actgagaact tccttcagct ttagcccctt ggtgatggta
     7741 tatgtaccgg agagggtgtt gaaggtacga gtcagtttat tcttattcga ggtgtattta
     7801 atagcgcgaa gcggattggc ccaatcatca ccgatagcag gaaaataacg gcccaacgtc
     7861 ccgtcttcat tgtaaggata tgacgacgga gataccatcg aggccatagc cataatcgga
     7921 ctggagtagc tgtagccctc actgacggag ctctgatcgc tataggaaaa gagtgagctg
     7981 acatcgagcg tcagcttgtc actggcctga tgcgatacat tcacgctacc cgtgatgcga
     8041 tcaaatccgg agttctcata gataccttcc tgtttagcat aggaaatgga gctataaaac
     8101 ttcgtctttt cgttaccgcc ctgtgcgctg acgtcatagt tctggtactg gccgttacga
     8161 atcaagatct tgcgccagtc tgtccagccc gaccaaggtt tcggagcata cgtatcgatg
     8221 ttttcatctg cataagcttt ggcctcggca tccgatttgc cttcggtata cttggcatag
     8281 ttcaccagac cgaggtgcag caattcacga cgtgcatcgc cgtccaatgt tgggcgataa
     8341 tccacggcca tgttagagaa gccccagtta gcttttacgc tgaaaacagt cttgccggcc
     8401 ttacccttct tcgtggtaat cacaaccaca ccgttggcag cgcgcgatcc gtagagcgaa
     8461 gcggcggcag catccttgat tacagtgata ttctcaatat cgctgctgtt cagcgtggag
     8521 aggatactcg ttccagcgtc ggcataattg aaaccagaca tgtctcctga gagcaccggc
     8581 acaccgtcga tgacatagag cggattgttg cctgcattga tagaacccat accgcgaatg
     8641 cgtatgctct ccgtggcacc gggctgacca gacacagaat tgatctgcac accggctaca
     8701 ttaccggcca gcttgtccga cacgctcgtc acgggcacgt ccttcagctt gtccgtgctc
     8761 accgtcgctg ccgagcccgt gaaggagctc ttcttaaacg taccgtagcc ggtgacgacg
     8821 acttcgtcca gcagttcggc gtctgatctc aggatcactc ggatacgcgg actgacagcg
     8881 acttccatcg tctgcatgcc cacatacgag atcaccaacg ttccgttgga cggtgccgac
     8941 agtgcaaact ctccatcgat gtttgtcacc gtccctgtgg tggtgccttt caccagcaca
     9001 gaagcgccga tcacgggttc tccctgctca tccacgatag tgccttgcac ctgtgtctga
     9061 gccatcgcaa ctcctattcc gatcaggaat agagccatca gcataaataa cttccttttc
     9121 atacttccgt ttttaattga ttggtattat ctgttgatta gtgccttgaa ggtatggtag
     9181 agcataggct gacggcccgc gtatggtttc ggctccgtcc cttcttgctc tgcttagtca
     9241 acctattttt cattttcacg tattctacat gtttatgcta tcgattcttt gcctttgcgc
     9301 ggccaaagat atacgctttt acacataggc aactttctgt tcgagaaatt gaaatttgtc
     9361 aacctcgcgc gcggttttca gccattttta ccgtccatcc aagtgttttt ggtctatcaa
     9421 cgacgatccg gccatcgttt agcgggtatt atgcctcgtt tcatgctgtc ggaagcgcat
     9481 tatccccagt tgacagccgt tcctctttcg tcgaagactt actgcgatga attacggtct
     9541 ctctcctttc gtatacctct ttttatctgc tatgaaaatc attgtacact cgaataagag
     9601 ctttcatagc ctatgaaaat cattatacac tcgaataaga gctttcatag tatatgaaaa
     9661 taattataca cttaaatagg aactctcata gcctatgacg gtcattatac atttggataa
     9721 tagctttcat agactatgaa aattattata cacttgaaca gaaactttca tagcctatga
     9781 agatctatat tcaaaggaaa aattcttctc atagcaggtg tcactcgatt ttcaggcggg
     9841 gatcggtcgg attcggacgg agtgaacg
//
LOCUS       SEQF2637|AYYD01000720.1  266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cagcgatacc gcgtggtcag cgtcaagcaa cgcgacatgg gccgcggtat ccccaaccag
       61 cgggcctaag ggcgccggat cggtgaccgt gaccgtagct gccaacacga cctcttcttc
      121 gcgtacagcc acaatcgagg tttacgccac ggatagcact gccttgaagc agacgattac
      181 gattaaccag aaggcccaag cgccggccaa caaaccgatc acagctttga ctatcagcaa
      241 ggaaaaggat acggtggata tcggag
//
LOCUS       SEQF2637|AYYD01000721.1  267 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..267
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gattttaggt aatgccttaa attctttctt catcgaataa tggattaatg cgttgatata
       61 tcatgtggta aactcttagt tttttctctt cggggatttc ggcagaatgt ctgccggcat
      121 actcatgggg tgtgatagtc ccggcagaat gtctgccggc acactcatgg ggtgtggtag
      181 cctcggcaga atgtctgccg acatactcat ggggtgtgat agccccggca gaatgtctgc
      241 cggcatactc atggggtgtg gtagccc
//
LOCUS       SEQF2637|AYYD01000722.1  530 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..530
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgaagtcgc agcggatcga gtccacctcc acgcgctggt tgatgttgcc cgagatgatg
       61 cgattgaagt agcccttctc ggcgaggtcg cggtagtagt cgtatgccgt tttgtcgcac
      121 aagaggaagg cgcgctccat gttcttctcg atggcatcct tgtcgggtgc gacggtgaag
      181 aagagttcgt ggaagcggcg gacgtgctcg cgcgcctcca cgggacggtt cgcagcggcg
      241 tcctgactga gggcgaggat gagtgacttg ccgttgtcca agacgtagat cttctcccgc
      301 tgacggttgg caaaggcgta cgacgaatag acgacgatgc ctgtaataac tatgcacaac
      361 accacgaaag cggcggcgta gagccggatc tgcttgaacg aggtctctat attggtgagt
      421 gatctgaact ccataatacg ttatcattta atgagtaaac ccttgatccg tccgccggca
      481 ttgccgagtg cggcacccgt tccggccatc gtcaccttgc cgccggtgta
//
LOCUS       SEQF2637|AYYD01000723.1  393 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..393
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             40..261
                     /locus_tag="SEQF2637_00480"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDSIRCDFDRYPYEVTTYARQFIVRPSNVTERNLITTCTLQN
                     AVRSDNNPQGFLMEHFLVRENRDIQTYKR"
ORIGIN      
        1 tacttcaatc gcatcatctc gggcaacatc aaccagcgcg tggaggtgga ctcgatccgc
       61 tgcgacttcg atcgctaccc gtatgaggtg acgacctacg cccgccagtt catcgtccgc
      121 ccgagcaacg tgacggagcg caacctgatc acgacatgca cactccaaaa cgccgtccga
      181 tcagacaaca atccgcaggg cttcctgatg gagcacttcc tcgtaaggga gaatagggat
      241 attcagacat ataagagata ggccatgagc acaagattta ccctcacccg ccgctacttg
      301 cgggcacacg tatggctgca cagacaatgc gaccgcctca gtcccatgtg gcagaagcgg
      361 attgtcttcg ggctttgcat cgtgtacagt agc
//
LOCUS       SEQF2637|AYYD01000724.1  345 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgatgacgg gtaacgattt cacgctcgac atcaacaatc ccgcgtcgcc gaagatctta
       61 gtcgtgggca acaatcccga ccggcagaac atttactcgg ccgccctcgg gctgtataac
      121 tcgcgcattg tgaagctgat caacaagaag aaacagctca aaagttcggt tatcatcgac
      181 gagctaccga cgatctactt ccgcggtctc gacaacctga tcgccacggc gcgcagcaac
      241 aaggtggctg tctgtctcgg ttttcaggac ttctcacaac tcacacgcga ctacggtgaa
      301 aaggaaagtc gggtgattca gaacacggtc gggaatgtgt tttcg
//
LOCUS       SEQF2637|AYYD01000725.1  737 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..737
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(361..597)
                     /locus_tag="SEQF2637_00481"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKEGFEMPPKNPKELVPAFATIHPHPLPKASEVFLQMIKQALA
                     VAPKSEDEGLDLLGGHSLALLLPQVLIGSADADL"
ORIGIN      
        1 cagttaccta atcgttcccc tttttgcctt tcggcaagag gacgcaaaat gaggtaacta
       61 aaccgaggct ttttctcttg cattcagtgt tttgcgtagc gacaagtatc tcttttaagg
      121 ttccactttg taagccacaa aacgatgaaa gaaaaaacgt tgaagctgct cttttacctc
      181 aaacggggtg caaagagcaa ggcgggcaaa agcccgatta tggcgcgcct cagtgtaggg
      241 cgaacgatgg tgcaattcag ttataagacg gcctgctccc cgtcgctttg ggacagccgc
      301 aagcacaggc tcgtcgggaa aagcaccgag gccgtggccg taaatgccga gctggacagc
      361 ctacaagtca gcgtctgccg agcctatgag gacttgcgga agaagcaagg cgaggctgtg
      421 accgccgagg aggtcaaggc cctcgtcttc ggacttcgga gcgactgcca aggcctgctt
      481 tatcatttgg aggaatacct cgctcgcttt cgggagcggg tgggggtgga tcgtagcgaa
      541 cgccggtaca agttccttcg ggtttttcgg gggcatctca aagccttcct tcggcatcgc
      601 taccgagtga gcgacttccc cgtgcacaag gcgaacaagg cctttatcga ggatctcgag
      661 gcctacttcg cgcaggagaa agccttcaag ctcaacacca ccgccggcta tctcaccgtg
      721 ctggcgtcgc tcctcaa
//
LOCUS       SEQF2637|AYYD01000726.1  319 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..319
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atctggccct gccatccgcc gtctttcccg gtggcgtcgc gggtgacaag gaggatggcg
       61 gccccgcgaa cgtggtattg tgggggagca ctatacatca cctcggccga gcggatgtca
      121 cgggcaggga tcgcacggag cacggtccga agtgcctcgc cggagaggga cgtcttgcgc
      181 ccatcgatca aaatagccag gctgggggcg ccggccaacg tgagggcatc accctcatcg
      241 cgcacgccgg gaagtagcag cagcgcctca taggcgttgg cggccacgcg acccgcgatc
      301 aggcggggca gatcataaa
//
LOCUS       SEQF2637|AYYD01000727.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..308
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgcctttac ggacggcacg cccgttgcgc tgctcgagat cggaaggcct ccaagctata
       61 tcgaggtgat ggactgccac cgcgcgctgc tgggcattca cgcccgtgcc gagcatggat
      121 gtcgagccga agacgatacg gatgtcacca cggttcacag cctctaccat cgctttcttg
      181 gctttctcat tcttgcattc ttggataaag cgaatctctg acgacgggat gccgtaatcc
      241 tccacgagct tgcgtttgat ttccgagtac acgttccatt cgcccggctt gtatgttccg
      301 agatcgga
//
LOCUS       SEQF2637|AYYD01000728.1  376 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..376
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             10..189
                     /gene="xerD_1"
                     /locus_tag="SEQF2637_00482"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01807"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKIS
                     EDMDKLIQKQQAASA"
ORIGIN      
        1 tcttttcata tggcgcgcca cacgttcgga accctgtcgc tcagcgcagg catcccgata
       61 gagagcatcg ccaagatgat ggggcacgcg tccatatcca gcacgcagat ctatgcgcag
      121 gtgacggaca aaaagatctc ggaggatatg gacaagctga tccaaaagca acaagcggct
      181 tcagcgtgat ccctgtacgg ctgtcttaac atgccttttt ccccttcacc gattagatct
      241 tactacataa ctacaacagg acgtaacaga ttgagaaaat aggagttaga atgtcgtaga
      301 agctcgaaat ccttcatgct accttcctaa ctacataaca cgatttgaga gggctctgca
      361 caatctacat atcctc
//
LOCUS       SEQF2637|AYYD01000729.1  419 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..419
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(246..416)
                     /locus_tag="SEQF2637_00483"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWFVKNDLPLPEGPRMNLLRFVMMPFFIGRSEMSRWIGRPERRS
                     AILMPKGESESR"
ORIGIN      
        1 ctgacctcta tccgtgcgca cttcaacgtg ctggcgtgga gcgacgacgc ggaggagctg
       61 cgccaaatca agaatgacgt cggtagtgct ctcgcgctca tggaatgtcg cccgcgacac
      121 aacacggtcg acgcggcgac gctctattgg gcgggtatcc cgggcaacgc cgccgacttc
      181 ccggccgaag aatccttcta caccttcatc gatccggcgc tctgcttctt taccgccgaa
      241 acgaactacc gtgactcgct ctcccccttc ggcatcaaaa tggccgaccg cctctccggc
      301 cgcccgatcc atctcgacat ctccgatctg ccgatgaaaa agggcatcat cacgaaccgc
      361 aacaagttca tcctcgggcc ctcgggcagc ggcaagtcgt tcttcacgaa ccacatggt
//
LOCUS       SEQF2637|AYYD01000730.1 1043 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1043
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgacctcta tccgtgcgca cttcaacgtg ctggcgtgga gcgacgacgc ggaggagctg
       61 cgccaaatca agaatgacgt cggatcggcc ttggcgctca tggaatgtcg cccacggcat
      121 aacacggtcg acgcggcaac gctctattgg gcgggcatcc ccggcaacgc cgccgacttc
      181 ccggccgaag aatcctttta caccttcatc gacccggcgc tctgtttctt caccgccgaa
      241 acgaactacc gcgactcgct ctcccccttc ggcatcaaaa tggctgaccg cctctccggc
      301 cgcccgatcc atctcgacat ctccgatctg ccgatgaaga aaggcatcat cacgaaccgc
      361 aacaagttca tccttgggcc ctcgggcagc ggcaaatcgt tcttcacgaa ccacatggtg
      421 cggcagtatt acgagcaggg cgcgcacgtg ttgctcgtcg acacaggcaa ctcctacgag
      481 gggctttgcg gtctaatcaa ccgaaagaca aagtgtgcag acgggattta tttcacatac
      541 accgacgccc ggccgatcgc cttcaacccc ttctacaccg acgactacgt gttcgacgtg
      601 gagaagcgcg aaagcatctg cacgctactg cttacgctgt ggaaaagtgc cgacgaacct
      661 gtcacaaaga cagaggcggg cgagctgggt tcggccgtca atgcgtacat cgaaacgatc
      721 cgatcaaacc ggaaaatcac gccctgcttc aacacgtttt acgagtacct gcgcgacgtc
      781 taccgcccgg agatgggccg ccgggagatc cgcgtcaccc tctccgactt caacatcgac
      841 aatctactga cgaccctcaa acagtactat gtaggagggc gttacgactt cctgctcaac
      901 tccgatcgca acatcgacct gctctccaaa cgcttcatcg tcttcgagat cgacgcggtg
      961 aaggacaaca aagacctctt ccccgtggtg acgatcatca tcatggaggc cttcatcaac
     1021 aagatgcgaa ggctgaaggg cgt
//
LOCUS       SEQF2637|AYYD01000731.1  565 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..565
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctactcaaaa tcaagggcac gctgccccga cgtcgcgaga cgattgacta tggacactac
       61 cgttttcgcg tgcttgaggc caacgaacgt cgtgtgctca aggtgaaatt ctatcgcctc
      121 cccttgtcac ctgctgagaa cacgaaagcg tgatgcacaa gggggcatcc acatcccatt
      181 ctctctcaag aaaaacaagc gcataatgaa ctttgcagta caccaggccg aaaacaaaaa
      241 aatcgccgag atacaggctt ccgagatcgt catacatagc acggaagatg ccatgaacct
      301 gatgggcgac ctctattatc agggttacga cggactcatt ctgcatgagg agcaagtcac
      361 cccagcgttc ttcgacttaa aaacgaaaat ggctggtgag atcctccaaa aattctcgaa
      421 ctatcgtttc ccattggtct tgattggcga cttttccaag ttcccaagcc agagtttgca
      481 gaattttatc cgagaaagca acaagggacg tcaggtgaac ttcgtccgta cccttccgga
      541 ggcgctccaa ctactgtcca tgtct
//
LOCUS       SEQF2637|AYYD01000732.1  357 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             34..270
                     /locus_tag="SEQF2637_00484"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDHLMDFADKMSPLGNATADDCADYCVTLFSDLTRKVTMQNLFH
                     DGGFSSMGMSLRAMNQYSKSFEEFKDESGKIVYG"
ORIGIN      
        1 acgctcacta cggccggaag cggcattaag gggatggatc acctgatgga cttcgccgac
       61 aagatgagtc ccttaggcaa cgctacggcg gatgactgcg ccgactattg cgtgaccctg
      121 ttctcggatt tgacgcgtaa agtgacgatg cagaacctct tccacgacgg tggcttctcg
      181 agcatgggca tgagcctccg cgccatgaat cagtatagca agagcttcga ggagttcaag
      241 gacgagtcgg ggaagatcgt ttacggctga tggtatagtg ggggaggggc tgacaggagg
      301 tgtctgcccg atcatttacg ggtagagcaa agcaaagagg cgtcccacac actgcgg
//
LOCUS       SEQF2637|AYYD01000733.1  379 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..379
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cttcgactga cgatcctcca tctattgccg agaaacatct cccacccggg ttgatcgcca
       61 tgcaaccggt ttccgatcaa actccgcgtt actttatcgc agcgcagttg catggcgaca
      121 aattaccgcg gtaaatcatc gcaaagcgat tgcattgtaa tcaagtaacg agttcgatga
      181 ttacaaatca ctcgcattgt gacaaattac tgcggtaaat aatcgcaaag taattgcatt
      241 gtaatcaagt aacgagttcg ataattacaa atcactcgca ttgtgacaaa ttacctcggt
      301 aaataatcgc aaagcagttg cattgtaatc aagtaatgag tttgatgatt acaaatcact
      361 cgcattatga caaattaat
//
LOCUS       SEQF2637|AYYD01000734.1 3640 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3640
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             562..1029
                     /gene="dppB"
                     /locus_tag="SEQF2637_00485"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEF8"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptide transport system permease protein
                     DppB"
                     /translation="MTGSLYNIDPFKGRQLQLQNLILPAITLGIRPLAIITQLTRSAM
                     LDVLDQDYIRTAYAKGLTKRMVIFKHALRNALNPVITAITGWFAELLAGAFFVEYIFG
                     WKGIGKITVDALEKLDFPVVMGSVLVTAAFFIIINMLADILYGIVDPRIRKSN"
     CDS             1586..1708
                     /locus_tag="SEQF2637_00486"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRMYKKSVIYYLYFIGIFCNSFSHNRFPNLFYLQSLYAGF"
     CDS             2791..3225
                     /locus_tag="SEQF2637_00487"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSIERNYAYLKDVKNELKSKENELNGQLNTMKNRYMSKVTKFQ
                     QEAQTMTQEKQSAMQQDLMQEQKVIQNKEQAVNGELQDESFKKMQDVNRTIEDFLKEY
                     NKNKEYAYILGYQTGTIYYKDTRYDITSAVLKGLNERYKSKK"
ORIGIN      
        1 aaaaaaagcg gccgttacca aaacgcttcc cattaccaca gggaaatcta atttttccag
       61 cgcatctacc gtgatcctgc caggctggtc ctgggccaga caggagacag cacgaccatt
      121 aaaaatatcc gcaaagaact atacctcgac cagccaaagt ggaagcagtt cgttttttac
      181 ctgaacgatg tttctccttt gtctgtctat acaaaagaag atatcgaaaa caaaaaactc
      241 aggggaattt ttatcggtgg taaaacaaaa gttggtataa aagttcccta tctgaggcgg
      301 tcttatcaaa gcaaaagaga tgtgctggat gtactcgcag acgccttgcc tggtacaatg
      361 ctgcttgcat tttcagctat gcttatcgct actattgtag gaatattgct gggcgtgctg
      421 gcagcggtga atcaaaatac ctggtgggat acatcagcag tttttgcaag tgttttgggc
      481 atttctgcgc cttctttttt catgggtatt gtaatagctt atgtttttgg ttttgtatta
      541 agccattaca ccggccttaa catgaccggc agcctttaca atattgaccc tttcaaaggc
      601 cggcaactgc aattacaaaa tttaatatta cccgcaataa cgttgggcat acgcccactc
      661 gctatcatta cccaacttac ccgcagtgcc atgctcgacg tgctcgacca ggattatatt
      721 cgcacagctt acgcaaaagg gcttaccaaa agaatggtaa tattcaagca tgccttgcgc
      781 aatgctttaa atcctgtaat aacagccatc accggctggt ttgcagagtt gcttgcagga
      841 gcattttttg ttgaatatat ttttggctgg aaaggaattg gcaagatcac ggtagatgcg
      901 ctggaaaaat tagatttccc tgtggtaatg ggaagcgttt tggtaacggc cgcttttttt
      961 attattataa atatgctcgc cgatattttg tacggcattg ttgacccaag gattcgtaaa
     1021 agcaattaat ttttcagcat tagtaagaca agtttcaggc aatttttctt atcaataatt
     1081 tttaaaaaga tcatctcaaa ctttcgtctg ttacttggaa gatagttttt taaacttctc
     1141 gtcaaaggca agaagcaatc ccccaaatgt tcaggttaac gaattgaaga ggattgcttc
     1201 cgcaaagctg gcaatgacag atttggaaag taattgatta taaaagagtt tgtatgagta
     1261 aaaattttag aattaatatg acgaggagct cgttcgtcat tgcgaggctt gcgtagcttg
     1321 ccgaaacaat ctgatgatta aagtttttga aagcatgtta aatgtaagag cagattgctt
     1381 cgttccttgc aatgacggct ggaaaccaaa aattaattaa tcgcaatgat gaacgttcag
     1441 aactatggaa gtgaaatttt aaatgatcag tttttaaaaa ttatttaata acaacttctt
     1501 taatcacttt ttcgcctaag gcttcgttca ccctttcaat tattttttct ttctgataca
     1561 tcagttcctg ccgcagcggg ccaacatgcg tatgtataaa aagagtgtga tttattattt
     1621 gtattttatc ggtatatttt gcaatagttt ttcccataat cgtttcccaa acctgttcta
     1681 tctgcagagc ctgtatgccg gcttttagct tactttttct taaaaatgct tttatagcgt
     1741 cgccaattga tatttcagcc atagatgtta aaggtaaaaa ccaatttcag aagtacggca
     1801 aattgtggat aatgaaaaat aatccgttgc ttttctctta tcaggaatca ggaaaagaac
     1861 agcaagaatc cgcgactttt tttggtcaac cggcatttta tctctgtgag tcatcgttgc
     1921 gacgctccgt tcatcaacat atcttttatg aactttttct gcagtataaa taatgacaaa
     1981 aaccttctct ttttaaattg tttgttggtt ctatgacaga tagtatggct tgccacgacc
     2041 tgagggtcaa tattatttag ttaagcctga aaggcttcaa tttgaatagc cacaggtaaa
     2101 acctgtggaa gctggagaat aaatggaatc aaccctgaaa ggggttgaat atcaacacct
     2161 gattgtattc aaaccactat gtggttgttt gatatttgtc gtttttttct tcgggtttac
     2221 acccgaagct attcaaattt caccctttca gggtacttaa accttaacta aatgacattg
     2281 acttgagggt cgtgggtaag aataataaat attgaaacca ttattactat agaatattaa
     2341 agagaaatag tatcaaaaat aaattttgaa taatttttaa aactcacctt tatttttaaa
     2401 aagagttttg gctaaagcca atactttcat tttatacgat ccacgaccta aaggtcatgg
     2461 ctattttacc catacaaatc gtcatagaat ctgtttgttt ttgccttctc tgtgtgtatt
     2521 ttctctgaaa actccgcgtt tgagttatta ctaattacgt agacacgaga agttactttt
     2581 taacactttt attttcacct ttacttttac tttgccgcca taaacagatg tatgaacaga
     2641 aattttttac ttgcatttaa tgttgtttta ctgatcctgg ttggtatatt attttacctg
     2701 cacttttctt ctgccaaaaa aacagatact gctgcagtaa gcgttcatga tactgctccg
     2761 gcaggttctt ttagaatagc ttattttgat atggatagta ttgaaagaaa ttatgcgtat
     2821 ttgaaagacg taaagaatga gcttaagtcg aaagaaaatg aactgaacgg ccagttgaat
     2881 accatgaaga atcgctacat gagcaaggtg accaaatttc agcaggaagc gcagacaatg
     2941 acgcaggaaa aacaaagcgc catgcagcaa gacctgatgc aggaacagaa agtgatacaa
     3001 aataaggaac aggccgttaa cggagagttg caggatgagt ctttcaaaaa aatgcaggat
     3061 gtgaacagga caattgaaga ttttttaaag gaatataata aaaataaaga atatgcttat
     3121 attcttggtt accaaaccgg cactatttat tataaagata cccgctacga tattaccagt
     3181 gcggttttaa aaggccttaa tgaaaggtat aaaagtaaaa agtagtttcg gaaaggatgc
     3241 tcaggctgtt tgtttaagca tcacctaaag acgcaaagaa atacaatcca aaggaataga
     3301 agttgaattt tgtgcctttg cttctttttc cctttgtgcg aaattttgta gcggcataat
     3361 tttttgaagt attgcattat ggaacaaata attgcattgc ttactttaat actccttgaa
     3421 gttgttttag ggttagacaa cgttattttt atttcgatag ttgcagcaag actacctgta
     3481 catcagcaaa agcgggcaag attgcttgga ttaatccttg ctatgtttat gcggcttgcg
     3541 ctgctggccg ttatttcatt aattctaaag ttgcagggca atctttttac cattttttcc
     3601 atgggcattt ccggcaagga cttaatttta attggcggag
//
LOCUS       SEQF2637|AYYD01000735.1 3228 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3228
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             547..1974
                     /locus_tag="SEQF2637_00488"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKFLLCSILLACTAWITTAQEPQSCRLGFSYEFSNNKNWGKDKP
                     VIMKVYPNSPAEKAGLKQNDIIERINGARIEEISPDDVDSLISDPEVREVRLTIHNFS
                     SNNREVTLEKECTSALSLGEEQLATAFSMYSVESTHDRLFICPFMTKTTDAAVDFSQF
                     TTFDFTDTDDHTISKIESVINNVLKTELTKKGLRQQSIKPDFTIQTYYKFNKNPNFKK
                     KSRETAEQSPTFRYDITRDRVTKFPFYDANTPESEAEYILQFGIRFIDQRYVRGRVLW
                     ECEANELMSSPYAVDEYASIHIPLMCMQFPYVKYERNAQFILTKNSHNYTGIRYSIYE
                     LNKVVDVDYGSPASKAGIQRGDIIDRINGKRMDHTADEFTAAYRQFITNTLKYRDSGT
                     RFTNANGFPNCMFWDKFKYPQIAKIFETDKYMTAFSYLYFFAPYVNPEGTGANVCILH
                     LRRGTEKLEYIIRPELRSEKTIELN"
     CDS             complement(1851..2927)
                     /locus_tag="SEQF2637_00489"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYGLLPVDQRLVLGQRDNGANAFGEAGFGTNEVDDGKKLVGLDD
                     VRHEWAEHVGEGGEDADDLAALLGLEFADAIVGFDDGFGLDVDRLAGGRFIVHDTADS
                     SLEGGGYGDDKSAVAHGGRRVTIHPAFSLRRAEDGLQVAGDAARDGRHVAADTGQLSR
                     GAILRAAVAVEDGVDVAHELWEDGHSAGHCGQHGILRLGVVALVHGPKEARDVDDGLQ
                     RAFEVEQLQLVGEGAFGPYAAEGGTDVYKIICRESTLPLQNADKLACLFQLFGYDCRI
                     GREANRFYLLAAQRTEALRGDQFADLVEAEFMFKVFRINHVVQFSSIVFSERSSGRMM
                     YSNFSVPRRRCRMQTLAPVPSGLT"
ORIGIN      
        1 agccccctct tcatcgttaa cgcgagttcg gcgtgggcaa tcctatcgct tacgatttcc
       61 tgaggaaatg agtgagtaag tgaatggccg atttcctgag gaaatgagtg agtaagtgag
      121 cggccgattt cctgaggaaa tgagtggaag ctcatccagt gatttcctga ggaaatgagt
      181 gagtaagtga gtggccgatt tcctgaggaa atgagccgaa aaagtttgtg gcggccgatt
      241 tcctgaggaa atgagccgaa aaagttttgt ggcggccgat ttcctgagga aatgagctga
      301 aaaagttttg tggcagccga tttcctcaag gcaatgagcc gaaaaagttt tgtggcggcc
      361 gatttccttg aggcaatcgt tcgtcgaact cacgcattat ttgtgctata aaggccaaca
      421 cgcctatccg atacgtagaa aggttcgtgg acgcatttcc gattggctat atctttgccg
      481 ccgttaagcg cgtcgcaaaa cgcagtcaca tttttttatt cccaataaaa caagtagtaa
      541 gtaagtatga agttccttct ctgttcgatc cttttggctt gtaccgcatg gatcaccacg
      601 gcacaagaac cccagagctg ccgcctggga ttcagttacg aattcagcaa caacaaaaac
      661 tgggggaaag acaaacccgt catcatgaaa gtctacccca actcgccggc cgaaaaagca
      721 ggcctaaagc aaaacgacat catcgaacgc atcaatggcg ctcggatcga agagatctca
      781 cccgacgacg tcgactcgct catctccgac cctgaagtgc gcgaagtgcg cctcaccatc
      841 cacaacttca gcagcaacaa ccgcgaggtg accctcgaga aagagtgcac ctccgccctc
      901 tcacttggcg aagaacagct cgccacggcc ttctctatgt acagcgtcga gagtacacac
      961 gaccgcctct tcatctgccc cttcatgacc aaaacgaccg atgccgcagt cgacttttcg
     1021 cagttcacca ccttcgactt caccgacacc gacgaccaca cgatctccaa gatcgaatcc
     1081 gtcatcaaca acgtcctcaa aaccgaactc accaagaagg gactccgcca acaatccatc
     1141 aagcccgact tcaccatcca gacctattac aagttcaaca agaaccccaa ctttaagaag
     1201 aagagccgcg agaccgccga acagtcgccc accttccgct acgacatcac ccgcgaccgc
     1261 gtcaccaaat tccccttcta cgacgccaac acccccgaaa gcgaagctga atacatcctt
     1321 cagttcggta tccgcttcat cgatcagcgc tacgtccgtg gccgcgtcct ctgggagtgc
     1381 gaagccaacg aactgatgag cagcccctac gccgtcgatg agtacgcctc gatccacatc
     1441 cccctcatgt gcatgcagtt cccctacgtc aagtacgagc gcaacgccca gttcatcctc
     1501 accaaaaata gccacaacta caccggcatc cgctacagca tctatgagct gaacaaggta
     1561 gtcgacgtgg actacggatc gcccgcctcc aaagccggca tccagcgcgg agacatcatc
     1621 gaccgcatca acggcaagcg tatggatcac acggccgacg agttcaccgc cgcctatcgc
     1681 cagttcatca ccaacacgct caaatatcgc gacagtggca cccgcttcac caacgccaac
     1741 ggcttcccca actgcatgtt ctgggacaag ttcaagtatc cccagatcgc caagatcttc
     1801 gagaccgata agtatatgac cgccttctcc tacctctact tcttcgcccc ctacgtcaac
     1861 cccgaaggca ccggcgccaa cgtctgcatc ctgcacctgc gccgcggcac ggagaagttg
     1921 gagtacatca tccgtcctga gctgcgctcc gaaaagacga tcgaactgaa ttgaactacg
     1981 tgatttatcc ggaaaacttt gaacataaac tcggcttcga caagatccgc gaactggtcg
     2041 ccgcgcaatg cctcagttcg ctgggccgcg agcaagtaga agcgattcgc ttctcggccg
     2101 atgcgacagt cgtagccgaa gagttggaac aaacaggcga gtttgtccgc attttgcagg
     2161 gggagcgtgc tttccctgca aattatttta tagacgtccg tcccaccctc agccgcatac
     2221 ggcccgaagg caccttcgcc gacgagctgg agctgttcga cctcaaacgc tcgctgcaga
     2281 ccatcgtcga catcacgcgc ttctttcggc ccgtggacaa gagcgacgac gcccagccgg
     2341 agtatcccgt gttggccgca atggccggcc gagtgcccgt cttcccacag ctcgtgcgcg
     2401 acatcgacgc catcctcgac cgctacggcc gcacgaagga tagcgcctcg gctgagctgg
     2461 cccgtatccg ccgcgacatg tcggccgtct cgggcagcat ctcccgcaac ctgcagacca
     2521 tcctccgctc ggcgcaggct gaaggctggg tggatcgtga cacggcgccc accatgcgcg
     2581 acggccgact tgtcatcccc gtagcccccg ccttcaagcg acgaatccgc ggtatcgtgc
     2641 acgatgaatc ggccaccggc aagacggtct acatcgagcc cgaagccgtc gtcgaagcca
     2701 acaatcgcat ccgcgaactc gaggccgagg agcgccgcga gatcgtccgc atcctcaccg
     2761 ccttcaccga cgtgctccgc ccactcgtgc cggacatcat ccagtcctac gagtttcttg
     2821 ccgtcatcga cttcattcgt gccaaagccc gcttcgccga aagcattggc gccattgtca
     2881 cgctgcccca aaacgagccg ctgatcgact ggcaggaggc cgtacacccc ctcctactcc
     2941 ttgcccaccg caaagcgggt aagaccgtcg ttccccttga cctctccctc gatcgcgacc
     3001 gccgactgct catcatctcc ggccccaacg ccggagggaa atccgtctgc ctgaagacgg
     3061 tcggactgct gcaatacatg ctccaatgcg gcatccccat tccgctccac gagcactccc
     3121 gcacgggcat cttcgagcgt atcttcatcg atatcggcga cgagcagagc atcgaaaacg
     3181 acctcagcac ctacagctcg cacctgacga acatgaagta cttcgtcc
//
LOCUS       SEQF2637|AYYD01000736.1  332 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..332
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtattgcaac cacctcccca acgtattcca ataggttcgg aacgtattcc gaccacctcc
       61 ccaacgtatt ccaataggtt cggaacgtat tgcaaccacc tcggaacgta ttccaatagg
      121 ttccgaacgt attacaacca cctcggaacg tattccaata ggttcggaac gtggtgtcgt
      181 cactccttta cagtggctcc gccatcctca aaggccagcg gcaggttgac gaagtagagc
      241 cgccccgtgg cgtgggggtt attgcgtcat ggtcagcgac aacgtctggc cattcttgcg
      301 gataaacatg ccatcgaatc catagctggt gc
//
LOCUS       SEQF2637|AYYD01000737.1  361 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagccttggg cggaaagatt gacttcgtgc tccactccat cggcatgagc cccaatgtgc
       61 gcaagaagcg cacgtacgac gatttggatt acgacctgct ctcgaagacg ctcgacatct
      121 cggccgtctc cttccacaag atgttgcaag tggccaagaa gcaggacgcc atagcggagg
      181 gcgggtcgat cgtggccctg acctatgtgg cctcgcagcg cacattcttt ggctataacg
      241 acatggcaga cgcgaagagt cttctggagt ccatcgcacg cagcttcggt tacatctacg
      301 gccgcgagaa aggtgtacgc atcaacacga tttcgcagtc gccgacgctc actacggccg
      361 g
//
LOCUS       SEQF2637|AYYD01000738.1  832 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..832
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1..525)
                     /locus_tag="SEQF2637_00490"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQTPRWRKGLLQEFCKHQNGEKGACRSSANAKMEKSAFAEVLQ
                     TPKWRKASLQKFCKHQNGEKGACRSSANAKMEKRALAEVLQTPKWRKGRLQEFCKHRN
                     GEKRPCRSSANVKMEKRALAEVLQTPKWRKAPLQKFCKHQNGAKRPCRSSARAPREKA
                     KGPDGMDFRQDLSR"
ORIGIN      
        1 ctatctagaa aggtcttggc ggaagtccat cccgtcaggg cctttcgcct tttctcgtgg
       61 tgcccttgca gaacttctgc aaggacgctt tgccccattt tggtgtttgc agaacttctg
      121 caaaggcgct tttctccatt ttggcgtttg cagaacttct gcaagggccc ttttctccat
      181 tttgacgttt gcagaacttc tgcaaggacg cttttcccca tttcggtgtt tgcagaactc
      241 ctgcaagcgc ccttttctcc attttggcgt ttgcagaact tctgcaagcg cccttttctc
      301 cattttggcg tttgcagaac ttctgcaagc gcccttttcc ccattttggt gtttgcagaa
      361 cttctgcaag gacgcttttc tccattttgg cgtttgcaga acttctgcaa aggcgctttt
      421 ctccattttg gcgtttgcag aacttctgca agcgcccttt tctccatttt ggtgtttgca
      481 gaactcctgc aagagccctt ttctccatct tggcgtttgc agcattcctg cagagaccaa
      541 aaagtttttc gcggcgtttg cagcattcct gcaaagacca aaaaaatctc cgcggcattt
      601 gcagcattcc tgcagaggct aaaaagtttc tcgcggcgtt tgcagcattc ctgcagaggc
      661 taaaaagttt tccgaggcac ttgcgggact cccgcaaacg ccaaaaagtt ttccgagaga
      721 cttgcgggac ttccgcaaac accaaaaagt tctccgaggt acttgcggga ctcccgcaaa
      781 cgccaaaaag ttttccgaga gacttgcggg actcccgcaa acgccaaaaa gt
//
LOCUS       SEQF2637|AYYD01000739.1  357 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..357
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atccgcacca tcctttccat caagcaaatc acggggcaga tcatcttctt cctcgtcccc
       61 ctgatcgtca tcggtttcgt ggccccctcc atcacggccc tgcgccaagg cgccacacga
      121 atgatcttct tcgcctttct tctggcctac gtttcgtccg ttggcgccgc cacgttcgcc
      181 gcgttagtgg gttatcagac catcccgctg ctgaacatac ggccggctga agaaggtctg
      241 cgccagctgc ctgaactcat cttccgtgtc gacataccgc ccgtgatgag cgtcatgtcg
      301 gccctgctac tggccgtctt ccttggcttt ggcgcccttc gcgccagcgc agtggac
//
LOCUS       SEQF2637|AYYD01000740.1  322 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..322
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aacatgacga tgaagatcga cagcagcaag cccatccaag gcacattctc cgccatggtc
       61 aacttcaaga ccgaacacga ggaacttttt gaggtcaaga ccttctcaaa cctcaacatt
      121 ctgatcggta gcaagcgcgt gatcaacctt atgggccgct ttgagttcac cacctacggc
      181 agcaaagtga ccgtcaacga gggtgatctc catgccgagt tccgctacca gctgcagcct
      241 tcttttgagg tctatcccta cgtcgaggcc cagtgggcag gcacgcgcgg cttgattcgc
      301 aaagtatcga ccggtgtaca gg
//
LOCUS       SEQF2637|AYYD01000741.1  936 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..936
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(263..553)
                     /locus_tag="SEQF2637_00491"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITEADWLSLRDEVLSLAACCLKAFGEPSKHTDWLHNGDV
                     CRLLGISKRTLQHYRDTNVLPFAQIGHKCYYKREDVERLLCVKSDKTTNTKA"
ORIGIN      
        1 tcgagatctg aggccttgta aaggatcttt ccggcaaact gcgtgtaggg gataatcttt
       61 cggtcgcgat agtcctgcaa ggtacggggg ctgatgtaga gtcgttcaca tacttcttta
      121 cccgtgagga aatgctctcc acagaagagt ggccggtgcg tctcggacac ttcccgaatc
      181 cttcctctta ctcgttgcaa ggctgagatg accacctgca tctcgcctgc ctctaaactc
      241 aactcttgaa tcgcttccat catcatgctt tcgtgtttgt cgttttgtca gacttcacgc
      301 agagtagtcg ctccacgtcc tcccgcttgt aatagcactt atgcccgatc tgcgcaaaag
      361 gtagcacgtt cgtatcccgg taatgttgca gagtgcgttt gctgatgccg agcagtcggc
      421 agacgtcccc gttgtgtagc cagtccgtgt gtttggatgg ttctccgaaa gccttcaggc
      481 aacatgcggc aaggctcagc acttcatctc gcaggctcag ccaatcggct tctgtaataa
      541 tcaaatactt catggtctca cttattcgtt ttctggttag tattttaggt tttactgttt
      601 tcggcggcaa acgtagtcgt acaaaaaacg ctgcctatgc aatcgggaac aggagggatg
      661 caaatggaac agtaaggaaa cagccggtgt agcatggact ccgcttccgt ccattcggaa
      721 aacagccgca acggaaagca gatagcagcc cgcgaatcat cccccttccc ctttctttca
      781 ccgccattct gtcttatcgg atgggtgaat cacttccttg taaagcctac cctctgacga
      841 ctttggcagc aattggacgc aacatcatgc cggaatgcac tgcatgcttg gatgtcgggg
      901 atgctcatcg cactttcgcc tccgagaacc catcca
//
LOCUS       SEQF2637|AYYD01000742.1  525 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..525
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             33..413
                     /locus_tag="SEQF2637_00492"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVYAEAKSLLQSGYRYWFNDEEIAELYRESEAFQVQTAEMEL
                     LLRCFELPTTDSDYSYLTTTEILTYLGTYTRQPLTAKRMGEALKKAGYLKVSRRRNGG
                     SPLYVYKIRKILPCPLLQICSSNM"
ORIGIN      
        1 ccatcgacat cgatcgggcg agagcagtct cgatggacgc cgtctatgcg gaggcgaaat
       61 cgctgttgca atcgggctat cggtattggt tcaacgacga ggagatcgcg gagttgtacc
      121 gcgaaagtga ggcgttccaa gtgcagactg cggagatgga gctcctgttg cgctgcttcg
      181 agctgccgac cacagacagt gattactcct acctgacaac gaccgaaatc ttgacttacc
      241 tcggcaccta cacgcgccag ccgctcacgg ccaaacgtat gggagaggcg ctgaaaaagg
      301 ccggatacct caaggtcagc cgacggcgaa acggcggtag tccactgtat gtctacaaaa
      361 tccgaaagat cctcccctgt cccctccttc aaatctgtag tagcaacatg tagtcagccg
      421 cgtagtgact tctatttgca tgaatgctat tggaaaacaa tcgattatgg cgattgtagt
      481 ttgtagtaag aagaagccaa aaagtacggg tatttgatct taaat
//
LOCUS       SEQF2637|AYYD01000743.1  415 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..415
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggctacggcg gctcgtgctt ccccaaggac gtcaaggcgc tcatcagcac cgccgctgag
       61 cacggctacc cgatgcgtat cctcaaggcc gtggaggacg tgaacgagga gcagaagacg
      121 atccttttcc gcaaactctc ggcccacttc ggcggcgatc tccaaggccg caaagtggcc
      181 atgtggggcc tggccttcaa gcccgagacg gacgacatgc gcgaggcccc ctcgctcgtc
      241 ctcatcgatc gactgctcga ggccggttgc cagatcacgg cctacgaccc cgtggccatc
      301 cccgaggctc gccgccgcat cggtgatcgc atcgcctaca ccacgaccat tctgaatttc
      361 cgcgacacga agctcgattt cacttacacc gagcacgagc cgctcgagta taacg
//
LOCUS       SEQF2637|AYYD01000744.117013 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..17013
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             73..534
                     /gene="rkpK"
                     /locus_tag="SEQF2637_00493"
                     /EC_number="1.1.1.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O54068"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 6-dehydrogenase"
                     /translation="MRILKAVEDVNEEQKTILFRKLSAHFGGDLRGRKVAMWGLAFKP
                     ETDDMREAPSLVLIDRLLEAGCQVTAYDPVAIPEARRRIGDRIAYAKNIYETVEGADV
                     LMVVTEWKEFRLPAWARIRSLMKTPLILDGRNIYNIAEIEEAGFTYHCIGR"
     CDS             563..1024
                     /gene="nlpE"
                     /locus_tag="SEQF2637_00494"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40710"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein NlpE"
                     /translation="MKKNLLFCGVVAALTLSLASCNSAGKVNDNAEAPTDSTVAVAEA
                     QPESAAFDKAGVYTGVIPCADCGGIETTLELRADGTYSLTEIYKDKKDGRFESSGKFQ
                     WDAANACITVGEGDDMISYIVEGDHLIMLDQDGHRVTGELADHYVLTKQAV"
     CDS             complement(1094..4552)
                     /locus_tag="SEQF2637_00495"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRILTTICCALALWALTATAARADAKLYARSSVLAEGRWVKVR
                     VADDGIYKLTYDQLRAMGFADPAKVSVHGYGGYILDEDFSHGGYVDDLPATPVYRGAD
                     YILFYGRGPIKWTYDRKAGTFTHEVNPYATHGYYFVTDATPTADAGTTSADITAARDV
                     TVFDDHLLHEVDREFLQKLGQTGSGRDLFGESFSSTLSQTFPFSVPGITAEEGKVTLR
                     FVAYTGVTGAGTVTLAIDGTQLLRGTIPFDNETYTKAHEYVGTSSWRGEKSEAPKVTV
                     AYDKAAAANSFLDYIRLQVRRTLRAYDAPFTFFRDLTSMRSASRFVISGATEAMIVLD
                     VTHPQRVNRMATRRDGSALTFSIPASGDTLREFVLIDPTKTFPTPETVGAVTAQNLHA
                     LPQTDMVILSPPAFLSEAERLAAKHRTKRDSISVTIVTPEQVYNEFSSGTPDATAIRR
                     FMKMFYDRRSSESDAPKYLLLFGDGSHDNRQLSSAWKGIDMTNFLLTYQSHFSLGGNW
                     TGGGEEHETFVTDDYFGFLDDGEGARIGTCNLRLGIGRFPVRTVSQARAAVNKVVGYI
                     DNPSFGAWKNNLCFIGDDGNSTDGYKTRHMSDANRLSQFVEQNYPEYINHRLLFDAYK
                     KSSSGGGGSGAYPDVVTALRNLQREGTMLINYNGHGNAQALSDEHVITQSMIQQYTYS
                     HLPLWITASCDFTPFDHTVTSAGEDVFLNEKSGGIALITTSRVAYDEPNFNMNGILLE
                     QLFKRRADGRRATLGEALMGMKNGYLSYLNRCFVLIGDPALTLSFPTYGIRVTEINGK
                     SATEGTVNLRALDRVTIKGEVIGLDSARLTDFNGALTAVVLDSEKEITTLNNNRTGHT
                     YTYTDYPNTIHRGNTVVTNGQFTLSFTVPADISYSNRNGKMSLYAYDAAQQREANGAY
                     RRYTVGGTATQIERDTVGPDIRLLYLNDSTWSEGDKTNETPFFVAHVRDASGINITGS
                     SVGHDITLTIDNNPALSYNLNSYYADRTDVAGEGVVRFSIPRLAEGTHTAEFKVWDIF
                     NNSTTRTFTFQVEKGLRPSITELRAGPVPARDQVTFYLDHNRPESRMEVTIGVYDLAG
                     RLQWQHTEQGSSELFHAYTVTWDLTNGRGARLRPGIYIYRAAIRTAGSSEATRAQKMV
                     ILGTKN"
     CDS             complement(5236..5850)
                     /gene="nagK"
                     /locus_tag="SEQF2637_00496"
                     /EC_number="3.7.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O86042"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarylpyruvate hydrolase"
                     /translation="MKIFAVGMNYADHNKELQHTFFSPEPTIFMKSDPVLKDGKPFFL
                     PDFTDEVHYETELVIKINRLGKNIDERFAARYYDEVTVGIDFTARDRQRDLRSKGLPW
                     ELCKAFDNAAAVGRFVPLQEVGGEIGQITFRLDLNGQTVQLGRTADMLFPVDRIVAFV
                     SRFFTLRMGDLIYTGTPSGVGPVAIGDHLEGFIGDKRLLDFYIK"
     CDS             complement(5847..6503)
                     /gene="rex"
                     /locus_tag="SEQF2637_00497"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O05521"
                     /codon_start=1
                     /transl_table=11
                     /product="Redox-sensing transcriptional repressor Rex"
                     /translation="MTASDERPRHERLPEPTLRRLPWYLAYLKLIRGRGETVVSSTRI
                     GEETGVTPVQVAKDLSYINISGKTRVGYEVDALVGILDDFLGFSHAHRALLFGVGQLG
                     AALMRDAGLGQYGLDIVAGFDVRPELVGTEIEGIPVYHIDDLPDRCPTLDATIAVITV
                     PVEEAQRVTDQVLACGIRALWNFTPFRIRVPHNVVVQNTSIYANLAVMFNRLNSLTTR
                     "
     CDS             complement(6500..7672)
                     /locus_tag="SEQF2637_00498"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METTYPSPAFDDIRPVNDAEVPQAVEDLISSDGLWRALSYIAPD
                     ADRAALIETMRSCRTKAEFKHTISYKTVMAIARRSTFSLTISGRSRLPEGKTPCTFIS
                     NHRDIVLDAAFLNVLLYDVGYDMTQIAIGDNLLIYPWIRLLVRLNNSFIVKRNLSARR
                     LLENSRILSAYIRHTLRQTHESIWIAQREGRAKDSNDQTQTSVLKMLCMAGEGGEGLL
                     DNLMELNIVPIAISYEYDPCDYLKAREFQLRRDDLNYVKSERDDLLSMETGIMGDKGR
                     VHFTIGTPLNDTLRQFDPAMPRHELLAAAATAIDRDIYAHYRFYPSNYVAYDLLHATL
                     RFRMNYDLRDKARFEAYLQRQLDRIDLPQKDEPYLRTKMLEMYANPLKNHWDTKPE"
     CDS             complement(7723..8712)
                     /gene="ddl"
                     /locus_tag="SEQF2637_00499"
                     /EC_number="6.3.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81Q29"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanine--D-alanine ligase"
                     /translation="MKKQIALVAGGYSGEYEVSLKSADGLYSFIDRTRYDLHRVLLTR
                     EAWSVLLADGSQVPIDRNDFSYRTPDGRQVHFDLAYITIHGTPGEDGRLQGYFDMIGL
                     PYSSCGTLASALTFNKYTCTQFLRSQGLRVADAIRLRRGEQASEDTVVKSLGLPVFVK
                     PNAGGSSLGTTKVKVADKIEEAVQRALTCDDEVIIERFVAGTEVTCGCYQANGRMTLL
                     PLTEVVTSNDFFDFDAKYNGQVSEITPARISDEMTRWVQNLTQNIYRLIGAKGIIRVD
                     FILPPDGSEPVVLEVNTTPGMTTTSFIPQQIRAAGLQITEVMTEIIENELNNR"
     CDS             complement(8736..9128)
                     /gene="rluD_2"
                     /locus_tag="SEQF2637_00500"
                     /EC_number="5.4.99.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65836"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     D"
                     /translation="MAVYPPGSEEGKWAATNYRVTERLGYVSLLTCQLETGRTHQIRA
                     HMSHIGHPVFNDARYGGERILKGRPTGSYRQFVQEAFDTCPRQALHAETLGFVHPTTG
                     KELFFTAPLPDDMQGLINKWRTYCANNT"
     CDS             complement(9216..9836)
                     /gene="rluD_3"
                     /locus_tag="SEQF2637_00501"
                     /EC_number="5.4.99.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33643"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     D"
                     /translation="MIPNEVTTDHRPMTLQDAMADGLFDEEDDDEAPEVLYEHFRFTA
                     DPNQSLLRVDKFLIDRMTHTSRNRIQLAADAGYVRVDGVPVKNNYRVKPGDVVTIVMA
                     RPRHAFEVIAEDIPLNIVYEDEDLLVVNKPAGLVVHPGHGNYTGTLVNALAYYLRNLP
                     NYDPNDPRLGLVHRIDKDTSGLLVVAKNIDAKAHLSRQFFEKTTQR"
     CDS             complement(9833..10513)
                     /locus_tag="SEQF2637_00502"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKKKDAEDIREWFMRLPVVVHIFLAAIALWLLSLMVLKSLDVY
                     TRHNESIVVPNVKGKTPEEAHREIRKIGLRYIVLDSIYSKDMAPGAIVEVVPAIGSKV
                     KKDRILYLTINARTAQMAIVPDVTDLSLRQAFALLQSHGFTSIDVVYVSGSYRDLALG
                     VQLRGKTLRAGDRAPIAAKIVLRVSDGGEGGTDSTFWSPRSESEWRASRSSDDSDDEE
                     ERGTDDDE"
     CDS             complement(10643..10798)
                     /gene="rpmH"
                     /locus_tag="SEQF2637_00503"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RSH2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L34"
                     /translation="MKRTFQPSNRKRKNKHGFRLRMSTANGRRVLAARRAKGRKKLTV
                     SDEYPKA"
     CDS             11775..13208
                     /locus_tag="SEQF2637_00504"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRQPIHSAIILLLILFFAPRTAAQYAHYPPAAPDTVTVGGYGM
                     RRMPDSAAFDHRRRMHTIFDHDAMRIGFAPAVFFTASALTWSKREHIRHIRNRYAPGF
                     RNSFDDYLQYAPAVATYGLKLAGVRGRNKWPRTLLSHAASLAITTAVVNSIKYTACVE
                     RPDATARNSFPSGHTATAFTNATFLHKEYGEVNPIYSVSGYAGATFVALGRSLNNRHW
                     VSDILAGAGIGILSTQLGYFFIDKFYHNHGDNLSLFSRFESSGRPSFLSVRVGSAVAM
                     HDLLAYPGTDANASTRPGLEAGFEGAWFTSQHWGVGGECAFVTFAVDPSERMAVDAAR
                     PERGHMRLQAQSVGTMNMSVGPYFAVEPGECWVLMAKANVGLALAAKGTVTAEPAHDT
                     KDLQRELSLYTYEPQTAWMGGVGASMTYKFRDELGVTFYTDYHYARPSVRITYTDPDR
                     PEEQIRSVSQVRTFDYLSAGLRLTAFF"
     tRNA            13299..13381
                     /locus_tag="SEQF2637_00505"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(tag)"
     CDS             complement(13467..14195)
                     /locus_tag="SEQF2637_00506"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O24970"
                     /codon_start=1
                     /transl_table=11
                     /product="putative transcriptional regulatory protein"
                     /translation="MGRAFEFRKARKFKRWGNMARVFTKLGKEITIAVKAGGPDPGSN
                     PRLRVLMQTAKKENMPKDNVDRAIKRASSKDYTDYKEMNYEGYGPFGIAVFVETATDN
                     TTRTVGNVRSYFNKAGGTLGTTGSLEFLFDHKCVFHILKKDGVSLDDLELELIDYGVD
                     ELEEDEGEVILYGDFAQNAAIQKYLEENGYEITSSEFVRIPNDLKDVTPEQRETIDKL
                     IERLEEDEDVQNVFHNMKESEEEE"
     CDS             complement(14241..16709)
                     /gene="pheT"
                     /locus_tag="SEQF2637_00507"
                     /EC_number="6.1.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5LC76"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylalanine--tRNA ligase beta subunit"
                     /translation="MNISYNWLRDYLPFDLTPDEVAAALTSIGLETGSVETVQSVRGG
                     LAGLVTGRVLTCTAHPNSDHLHLTTVDVGGDEPLKIVCGAPNVAAGQMVVVAVIGTKL
                     YDGDKEFVIKKSKIRGEESFGMICAEDEIGVGVSHDGIIVLPADTPVGLPAAEYYKVE
                     TDHVLEVDITPNRVDATSHYGVARDLAAYLQQRGTPVALQRPSTEGFGMDDPSPAIVI
                     KSVDSEGCPRYSGLTIRGVTVRESPEWLRRRLTAIGLRPINNVVDVTNYVLHELGQPL
                     HAFDAAKIAGSRIQVRTMPAGTPFTTLDGIERTLTADDLMICDAEKPMCIGGVFGGLD
                     SGVTASTTDVFLESACFNPTWIRRTARRFGLSTDASFRFERGLDPNGTIEVLKRAALL
                     IREVAGGRITGEIQDVYPNKVEPYAVDITYRKIDETIGQTIPPETVKSILRSLEIEIA
                     HETPEGLSLRVPVYRIDVRRDVDVIEDILRIYGYNNVAFDDRVQSTLSYRTPTDRSQR
                     LESLISEQLCGAGFHEIMNNSLTRRANYEGLATMPADACVTLMNPLSADLNVMRQTLL
                     FGGLQTIAHNINHKQRNLRFFEFGNCYTRRAEGQSAEADTPLKGFEEEHRLGLWLSGT
                     RTENSWLHADEQTSVYELKAYVENILRRLGVDEKKTVRRTFTNEIYSSGMTIETAVGR
                     TLATFGIVDRRIARQADIDTEVSFAELSWTALMKETRRATTVFSEIPKFPEVRRDLAL
                     LIDTAVTFAQIEQTAAETDRKLLRRVVLFDVYEGKNLPAGKKSYAVSFYLQDAERTLT
                     DRRIDDLMAKLRRNLESKLGAQLR"
ORIGIN      
        1 ggctacggcg gctcgtgctt ccccaaggac gtcaaggcgc tcatcagcac cgccgctgag
       61 cacggctacc cgatgcgtat cctgaaagct gtggaggacg tgaacgagga gcagaagacg
      121 atccttttcc gcaaactctc ggcccacttc ggcggtgatc tccgaggccg caaagtggcc
      181 atgtggggcc tggccttcaa gcccgaaacg gacgacatgc gcgaggcccc gtcgctcgtc
      241 ctcatcgacc gactgctcga ggccggttgt caggtcacgg cctacgaccc cgtggccatc
      301 cccgaggctc gccgccgcat cggtgatcgc atcgcctacg ccaagaacat ctacgagacg
      361 gtcgaaggcg ccgacgtgct catggtcgtc accgagtgga aggagttccg cctgcccgcc
      421 tgggcccgca tccgcagcct gatgaagacg cccctcatcc tcgacggccg caacatctac
      481 aacatcgccg agatcgaaga agccggcttt acctatcact gcatcggacg ataatccata
      541 accattatat aatagtaaag atatgaagaa gaacctctta ttctgcggcg tggtcgccgc
      601 gctgacgctg agcttggcgt catgcaattc ggccggaaaa gtgaacgaca acgccgaggc
      661 gccgaccgat agcacggtcg ccgtggccga ggcccaaccg gaatccgcag ccttcgacaa
      721 ggcgggcgtc tacaccggcg tcatcccctg cgccgactgt ggcggcatcg agacaaccct
      781 cgagctgcgt gccgatggca cctacagcct gacggagatc tacaaggaca agaaggacgg
      841 ccgattcgag tccagcggga agttccagtg ggacgccgct aacgcctgca tcacggtggg
      901 cgaaggcgac gatatgatct cttacatcgt cgagggtgac cacctcatca tgctcgatca
      961 ggacggccac cgcgtcaccg gtgagttggc cgaccactac gtgttgacta agcaggccgt
     1021 gtaagcgaaa agctgaaaac tgaagccggg tacacgaggg aacgcatccc atcatgtacc
     1081 cggcttttcg tttttagttt ttcgttccga ggatcaccat cttctgggcg cgggtggcct
     1141 ctgacgagcc cgccgtacgg atggccgcgc ggtagatgta gatgccgggg cgcagacggg
     1201 cgccgcgtcc gttggtcaag tcccacgtga cggtgtaggc gtggaaaagc tccgacgatc
     1261 cctgctcggt gtgctgccat tgcaggcgac ccgccagatc gtagacgccg atcgtgactt
     1321 ccatgcgtga ctccgggcga ttgtggtcga gatagaaggt cacctggtcg cgggctggca
     1381 cggggccggc gcgtagctcg gtgatggacg gtcggagtcc cttctcgact tggaaggtga
     1441 aggtgcgcgt ggtggagttg ttgaagatgt cccacacctt gaactccgcc gtgtgcgtcc
     1501 cctcggcaag gcgcgggatg gagaagcgca ccacgccctc accagcgacg tcggtgcggt
     1561 cggcgtagta gctgttcagg ttgtagctga gggcgggatt gttgtcgatg gtcagcgtga
     1621 tgtcgtgtcc gacgctgctg ccggtgatgt tgattcccga ggcgtctcgg acgtgcgcca
     1681 caaagaaggg cgtctcgttc gtcttgtcgc cctcgctcca ggtgctgtcg ttgaggtaga
     1741 gcaggcggat gtccgggccg acggtgtcgc gttcgatctg ggtggcggtg ccgcccacgg
     1801 tatagcgacg gtaggcgccg tttgcctcgc gctgctgcgc ggcgtcgtag gcgtagaggc
     1861 tcattttccc gttgcgattg gagtaagaga tgtcggcagg gacggtgaag ctgagcgtga
     1921 actggccatt ggtgacgacg gtgttacccc ggtggatggt gttcgggtaa tcggtgtagg
     1981 tgtaggtgtg gcccgtgcgg ttgttgttga gcgtggtgat ctctttctcg ctgtcgagga
     2041 cgacggccgt cagggcgccg ttgaaatctg tgagccgcgc gctgtccaag ccgatcacct
     2101 cgcccttgat cgtcactcgg tcgagggccc ggaggttcac cgtcccctcg gtggcggact
     2161 tgccgttgat ctctgtcaca cggatcccgt aggtggggaa ggagagcgtc agggccgggt
     2221 cgccgatgag gacgaagcag cggttgaggt acgacaagta gccgtttttc atccccatca
     2281 gtgcctcccc gagggtggcc cgacgaccgt ccgcgcggcg tttgaaaagt tgctcgagga
     2341 ggatgccatt catattgaaa ttaggctcat cgtaggccac gcgtgaggtg gtgatcagcg
     2401 caatgccgcc actcttctcg ttgaggaaga catcctctcc ggcagaggtg accgtatgat
     2461 cgaagggcgt gaaatcgcac gaagccgtga tccagagcgg caggtgggag taggtatatt
     2521 gctggatcat gctctgggtg atgacgtgct catcgctcag ggcttgggcg ttaccgtggc
     2581 cattgtagtt gatcagcatg gtgccttcgc gctgcaggtt tcggagggcg gtgaccacgt
     2641 cggggtaggc gccgctgccg cctccgcccg agctgctctt cttataagcg tcgaaaagga
     2701 ggcggtggtt gatgtactcc gggtaattct gctccacgaa ttgcgagagg cggttggcgt
     2761 cgctcatgtg gcgcgtcttg tagccgtcgg tggagttgcc gtcgtcgccg atgaagcaga
     2821 gattgttttt ccaggcgccg aaggaggggt tatcgatgta gccgacgacc ttgttgacgg
     2881 ccgcgcgcgc ctggctgact gtgcggacgg ggaatcggcc gatgccgagt cgcaggttgc
     2941 aggtgccgat gcgagctccc tcgccgtcgt ccagaaaacc gaagtaatca tccgtcacaa
     3001 aggtctcgtg ctcctcgccg ccgcccgtcc aattgccacc taaggagaag tgggactggt
     3061 aagtgaggag gaaattcgtc atgtctatcc ccttccaggc cgaagaaagc tgacggttgt
     3121 cgtgcgaccc atcgccgaag agcaacagat atttcggggc gtcggactcc gaggagcgac
     3181 ggtcgtaaaa catcttcatg aagcgacgga tggcggttgc atctggcgtg ccgctcgaga
     3241 attcgttgta gacctgctcg ggagtaacga tggtgacgct gatcgagtcg cgcttcgtgc
     3301 ggtgcttggc ggccagccgc tcggcttcgc tgaggaaggc cgggggagag aggatcacca
     3361 tgtcggtttg cggaagggcg tgcaggtttt gcgccgtcac ggccccgacg gtctcggggg
     3421 tggggaaggt cttcgtgggg tcgatcagca cgaactcccg gagggtgtcg ccactggcgg
     3481 ggatggagaa cgtgagcgcg gagccgtcgc ggcgtgtcgc catgcggttg acgcgttgag
     3541 ggtgggtgac gtcgaggacg atcatcgcct ccgtggcgcc ggagatgacg aagcgggagg
     3601 cggaacgcat cgaggtcaag tcgcggaaga aggtgaaggg cgcgtcgtag gcgcggagcg
     3661 tgcggcggac ctggaggcgg atgtagtcga ggaagctgtt ggcggccgct gccttgtcgt
     3721 aggccacggt caccttcggc gcctcgctct tttcgccgcg ccaggagctg gtgccgacgt
     3781 attcgtgggc tttggtgtag gtctcgttgt cgaacgggat cgtgccgcgg agcagctgcg
     3841 tgccgtcgat cgcgagcgtg actgtgccgg cgcccgtcac cccggtgtag gccacgaaac
     3901 ggagcgtgac tttgccctct tcggccgtga tgcccggcac ggagaagggg aaagtctgcg
     3961 atagggtgct ggaaaaactc tcgccgaaga ggtcacggcc ggatccggtc tgccctaatt
     4021 tctggaggaa ctcgcgatcc acctcgtgca gcaggtggtc gtcgaagacg gtcacgtcgc
     4081 gtgcggccgt gatgtcggcg gaggtcgtgc ccgcgtcggc ggtgggcgtg gcgtcggtca
     4141 cgaagtagta accgtgcgtg gcgtaggggt tcacctcgtg ggtgaaggtg ccggccttgc
     4201 ggtcgtaggt ccacttgatg gggccgcgcc cgtaaaagag gatgtagtcc gcgcctcggt
     4261 agacgggcgt ggcgggcagg tcgtcgacat agccgccatg cgagaagtcc tcgtcgagga
     4321 tgtagccgcc gtagccgtgg acggagacct tcgccgggtc cgcgaagccc atggcgcgga
     4381 gctggtcgta ggtgagtttg tagatgccgt cgtcagcaac gcggaccttc acccaccgtc
     4441 cctcggccag cacggagctg cgggcataga gcttggcgtc tgcgcgcgcg gccgtggcgg
     4501 taagggccca gagggcgagg gcgcagcata tcgtggtcag tatacgtgtc atatgtagaa
     4561 gttagatgta gacatgagcg aaaaagtggg gcgaatctat ggataacgcg ccatggattc
     4621 aaacgaagga gttcgaaaaa tgtacccatc tcccgctgtt ttgagcaata agaaacacct
     4681 cgcgcctgaa ggtctcattg tccgaaacaa tagaaaacgc cttttgtctg aaggtctcat
     4741 tgtctgagac aacagaaaat accctctgcc cggaggcttc attgcctgaa acaaaagaaa
     4801 acaccttctg cctgaaggtc tcattgtccg agacaataag agaaaacaga cgtatccaag
     4861 aaccgttgtc tcagacaata ctaaatacct gatcaagata ttcgtgattg atcgagacaa
     4921 tactaaacaa tggtcatctc atttatgatt gcctgaggcg atcgtagatt cctgtcgcgc
     4981 acgtttgcta ttgtctgaga cattattgaa tacccggatc aggtatttag tattgtctga
     5041 gacaacggga ttttcctgcg gcgggaatgc gtcattgtcc gagacaataa gagatcccga
     5101 gcgcaggcat aacccattgt tcgagacagt gagaccttca cgcagacgtc atcacccatt
     5161 gtccgagaca atgagagatc ccggccgcag acgtttccca ctgtttgaaa caacgggaga
     5221 tgggggaaaa ccaaattact taatgtagaa atcgagcaac cgcttgtcgc cgatgaagcc
     5281 ctctaaatgg tcgccgatgg ctacggggcc gacgcccgag ggggtgccgg tgtagatcaa
     5341 gtcgcccatg cgcagggtaa agaatcgact gacgaaggca acgatgcggt cgacggggaa
     5401 gagcatgtcg gccgttcggc ccagttgcac tgtctgaccg ttaaggtcga gacggaaggt
     5461 gatttggccg atttcgccgc ccacctcttg caaggggacg aagcggccga cggctgcggc
     5521 gttgtcaaag gccttacaga gctcccaggg cagacctttg gagcgcaggt ctcgctgccg
     5581 atcgcgagcg gtgaagtcta tgccgacggt cacctcgtca tagtatcgag cagcgaaccg
     5641 ttcgtcgatg tttttaccca gcctgttgat cttgatgacg agctccgtct cgtagtgcac
     5701 ctcgtccgta aagtcgggga ggaagaaggg cttgccatct ttcagcacgg gatcggattt
     5761 catgaagatc gtaggctccg gggagaaaaa cgtgtgctgt agttctttat tgtgatcggc
     5821 gtagttcatg ccgacggcga aaatcttcat cgggtggtga ggctgtttag gcgattgaac
     5881 atgacggcga gattggcata gatggaggtg ttctgcacca cgacgttgtg gggtacccgg
     5941 atgcggaagg gggtaaagtt ccagagggcg cggattccgc aggccaggac ttggtcggtg
     6001 actcgctggg cttcctctac cggcacggtg atgacggcaa tggtggcgtc gagcgtgggg
     6061 cagcggtccg ggaggtcgtc gatgtggtag acggggatgc cttcgatctc ggtgcccacc
     6121 agctcggggc ggacatcgaa gccggccaca atgtcgagtc cgtattgccc cagaccggcg
     6181 tcacgcatga gggcggcccc cagctgaccg acgccgaaga gtagggcccg gtgggcgtgc
     6241 gagaagccga ggaagtcgtc gaggatgcct accagggcgt ccacctcgta accgacgcgg
     6301 gttttgcccg atatgttgat gtaggagagg tccttggcca cctgcacggg ggttacgccc
     6361 gtctcctctc cgatgcgggt ggaggagacg accgtttcgc cgcgcccgcg gatcagcttg
     6421 aggtaagcca gataccaggg caggcggcgg agtgtgggtt cgggcaggcg ttcgtggcgg
     6481 ggacgttcgt cggaggcggt cattcgggtt tcgtgtccca gtggttcttg agggggttgg
     6541 cgtacatctc gagcattttg gtgcgcaggt agggctcgtc tttttggggc aggtcgatgc
     6601 ggtcgagttg tcgctggagg taagcctcga agcgggcttt gtcgcggagg tcgtagttca
     6661 tgcggaagcg cagcgtggcg tgtagcagat cgtaggccac gtaattgctt gggtagaagc
     6721 ggtaatgggc gtagatgtcg cggtcgatag ccgttgctgc ggccgcgagg agctcgtggc
     6781 ggggcatggc ggggtcgaac tgtcggaggg tgtcgttcag gggcgtgccg atggtgaaat
     6841 gcacgcgccc tttgtcgccc atgatgccgg tctccatgct cagcaggtcg tcgcgctcgc
     6901 tcttgacgta gttcaggtcg tcgcgcctca gttggaactc tcgggctttg aggtagtcgc
     6961 acgggtcgta ctcgtaggag atggcgatgg gcacgatgtt gagctccatc aggttgtcga
     7021 gtaggccctc gccgccctct ccggccatgc agagcatttt gaggactgag gtctgggtct
     7081 ggtcgttgga gtctttggcg cggccctctc gctgggcgat ccagatggac tcgtgcgtct
     7141 gtcggagggt gtggcggatg taggccgaga ggatgcggct gttttcgagc agtcgccggg
     7201 ccgataggtt gcgcttgacg atgaagctgt tgttgagccg caccaggagt cggatccagg
     7261 gatagatgag gaggttgtcc ccgatggcga tttgggtcat gtcgtagccc acgtcgtaga
     7321 gtaggacgtt gaggaaggcg gcgtcgagga caatgtcgcg gtggttggag atgaaggtgc
     7381 agggtgtttt gccttcgggc agtcggctgc ggccggagat ggtcagcgag aaggtgctcc
     7441 gccgtgcgat ggccatgact gtcttgtagc tgatggtatg cttaaattca gccttggtgc
     7501 gacaggagcg catcgtctcg atgagggctg cgcggtcggc atccggggcg atgtagctga
     7561 gggcgcgcca gagtccgtcg gacgagatca gatcctcgac ggcttggggc acttccgcgt
     7621 cgtttacagg gcggatgtcg tcgaatgcgg gggaggggta ggtcgtttcc attgcgatgt
     7681 ctcggtgttt atgtggatag gaagggtggg gtggggcgtt gttcagcggt tgttcagctc
     7741 gttctcaatg atttccgtca tcacctcggt aatctggaga ccggcggcgc ggatctgctg
     7801 cgggatgaag ctcgttgtgg tcatgcccgg ggtggtgttt acctccagca cgacgggttc
     7861 gctgccgtcc ggggggagaa tgaagtccac gcggatgatt cccttggccc cgatcaggcg
     7921 gtagatgttt tgcgtcaagt tttggaccca ccgggtcatc tcgtctgaga tccgcgcggg
     7981 ggtaatctcg ctcacctgtc cgttgtattt ggcgtcgaag tcgaagaagt cgttgctggt
     8041 cacgacctcc gtcagcggca gcagcgtcat gcgcccattc gcctggtaac agccgcacgt
     8101 cacctcggta ccggccacga agcgctcgat gatcacctcg tcgtcgcagg tgagggctcg
     8161 ctggacagcc tcctcgatct tgtctgccac cttcaccttc gtcgtgccga ggctgctccc
     8221 ccccgcgttg ggtttgacga agacgggcag gccgaggctc ttgacaaccg tgtcctcgga
     8281 ggcctgctcg ccgcgccgca gacggatcgc gtcggcgacg cgtaggcctt gactgcgtag
     8341 gaactgcgtg caggtgtatt tattaaaggt gagggccgag gccaacgtgc cgcaggagga
     8401 gtaggggagg cctatcatgt cgaaatagcc ctgcagccga ccgtcctcgc ctggcgtgcc
     8461 gtggatggtg atgtaggcca agtcgaagtg tacttgtcgg ccgtcggggg tgcggtagct
     8521 gaagtcattg cgatctatgg gcacctggga tccgtcggcc agaagtacgc tccaagcttc
     8581 acgggtcagg aggacgcgat ggaggtcgta gcgcgttcga tcgataaagg aatagaggcc
     8641 gtcggcgctc ttgagcgaga cttcgtactc gccggagtag cccccggcta ccagtgcaat
     8701 ctgctttttc attgttcgtc tatgggtggt aagggttagg tgttgttggc gcagtaggtg
     8761 cgccatttat tgatcagccc ctgcatatcg tcgggcaagg gagccgtgaa aaagagctcc
     8821 tttcccgtgg tgggatgcac gaagcctaac gtctcggcgt gcaaagcctg acgcggacag
     8881 gtgtcgaagg cctcctgcac gaactgtcgg tagctgcccg tggggcgtcc cttgaggatg
     8941 cgttcgccgc cgtagcgggc gtcattgaag acggggtggc cgatgtggct catgtgggcg
     9001 cggatctggt gcgtgcgacc agtctcgagt tggcaagtta ggaggctgac gtatcccagc
     9061 cgttcggtga cgcggtagtt tgtggcggcc cactttccct cctcgctccc gggcggatag
     9121 actgccatgc ggaggcggtc gcgtaggtcg cggccgatgt taccctcgat gtgcccctcg
     9181 tccgctttgg ggatacccca gacgagtgtc tggtatcagc gttgggtagt cttctcgaaa
     9241 aattggcggc tgaggtgggc cttcgcgtcg atgtttttgg ctacgacgag cagtccggac
     9301 gtgtctttgt cgatacggtg cacgagtccc aagcgggggt cgttggggtc gtaattcggc
     9361 aggttgcgga ggtagtaggc cagggcgttg accagcgtgc cggtgtagtt gccgtgcccg
     9421 ggatgcacaa caagacctgc cggcttattg accaccagca ggtcctcgtc ctcataaacg
     9481 atattgaggg gaatatcctc cgcgatgact tcgaaggcgt gccgcggacg cgccatgacg
     9541 atcgtgacca cgtcgcccgg cttcacccgg tagttgttct ttaccggcac cccgtccacc
     9601 cgcacgtagc ctgcatcggc agccagctga atgcggttgc ggctcgtatg cgtcatgcgg
     9661 tcgatgagga acttgtcgac gcggagcaga gattggttcg ggtcggccgt aaaccggaaa
     9721 tgctcataga gcacttcggg agcctcgtcg tcgtcctctt catcgaagag gccgtctgcc
     9781 atggcatctt ggagggtcat aggtcggtgg tcggtagtta cttcgttggg gatcattcgt
     9841 cgtcgtcggt tcctcgttct tcttcgtcgt ctgagtcatc gctgctgcga gaggctcgcc
     9901 attccgattc ggagcgtggc gaccagaatg tggagtctgt gccgccttcg ccgccgtcgc
     9961 ttacccggag cacgatcttg gctgcgatgg gcgcgcgatc gccggccctc agcgtcttac
    10021 cgcgcaactg cacgcccaac gccagatcgc ggtagctgcc actgacgtag acgacgtcga
    10081 tggacgtgaa tccgtgcgat tgcagcaggg cgaaggcttg gcgcagagag aggtcggtga
    10141 cgtccggtac gatggccatc tgtgcggtgc gggcgttgat agtcaggtag aggatgcggt
    10201 ctttcttgac cttcgatccg atggcaggca ccacctcgac gatggctccc ggggccatat
    10261 ccttggaata gatggagtcg agcacgatgt aacgcagccc tatttttcgg atctcccgat
    10321 gggcctcttc gggcgttttc cccttcacgt tgggcacgac gatggactcg ttgtggcggg
    10381 tgtatacgtc cagggacttc agcaccatga gtgaaaggag ccagagtgcg atggcggcca
    10441 ggaagatgtg cactaccacc ggcaggcgca tgaaccattc ccgtatgtct tcggcgtctt
    10501 ttttcttttc cataaggctg cgtgtgcgtt ttgtttgggg cttaaaacga agaaagtaaa
    10561 agtcttttcc ttcaaacttt tactttctca tgtgtggggc caggcagttt tttctgtggc
    10621 tttttattcc cgatgggggc ttttaggcct tcggatattc gtcggatacg gtcagtttct
    10681 tacgtccctt tgcacgacgt gcggccaata cgcggcgtcc gttagcggtc gacattctca
    10741 ggcgaaaacc atgcttattc tttctctttc ggttggaggg ttggaatgtt cttttcattt
    10801 gatctatctg ttattgttat gattatccgt ggattcaggg cgcaaatgta aatccatttt
    10861 tgattgcagc aagccggccg gctgggctgg aaacggccgg tagagccatg aaatgccccc
    10921 tgtttaacgt gagttcggtg taagaataaa gctcgcagag agtttctacg gaagcccgac
    10981 caaaacgttt ttggaaatac ctacaacact gttgcaagtg cctcgaagaa cttttgggcg
    11041 tttgcggggt gtcccgcaag tctcccggca tttgctttgg cgtttgcggg tactcccgca
    11101 agtcccccgg aatttgcttt gacgtttgcg ggtactcccg caagtctccc ggcatttgct
    11161 ttgacgtttg cgggtactcc cgcaagtctc ccggcatttg ctttggcgtt tgcgggagtc
    11221 ccgcaggtct cccggcattt gctttggcgt ttgcggggag ccccgcaagt gcttcggaga
    11281 acttgttggc cgttacaaca tgctatcaat gacattctct atgaataagg gtatctcatt
    11341 ctttcgtcga actcacgtct gtttaccgtc tgctgaagcc ttttgttagc gcccgaatta
    11401 cgctgcttat ccgagtcact gtgcgaagcc gatcgggtgc ttgtttggct ccaaacaggc
    11461 ctctgccgag gccggggaag ttaacttggt acaagaatga gatgggattt gctttgtacc
    11521 cggccaaact tcgctggcgg ccgcagccgc cccaatcgag cgcttgtttc gggccgcgca
    11581 gtgtgcgcga agccggtcga gtgcctgttt gaggccgcgc aggcctccgc cgaggccggg
    11641 gaagtatgct tggtacatga tgaggtggaa ttacacctcg tacccggcca aacttcgctg
    11701 gcggccacgg ccaccccgat cgctgcgaaa agagcccgcc ctatcttcgc gcccacgatt
    11761 tttgactcgt aagcatgaaa agacaaccca tccatagcgc gatcattttg ctgctgattc
    11821 tctttttcgc cccacgtacg gcggcgcaat acgcccatta tccgccagcg gcgcctgaca
    11881 cggtgacagt cggcggctac gggatgcgac gtatgcctga cagtgcggcc ttcgaccatc
    11941 gtcgtcgcat gcacaccatc tttgaccacg acgctatgcg cattggcttc gctccggcgg
    12001 tctttttcac cgcctcggcg ctgacgtgga gcaagcgcga acacatccgg cacatccgca
    12061 atcgctacgc gccgggcttt cgcaactcgt tcgacgacta cctgcaatat gcgcccgcgg
    12121 tggcaactta cgggctgaaa ctggcgggtg ttcgtgggcg taataagtgg cctcggacgc
    12181 tgctttcgca cgctgcgagc ttagccatca cgacggccgt ggtgaactcc atcaagtaca
    12241 ccgcctgcgt ggagcgaccc gacgctacgg cgcgcaactc cttcccatcg ggccacacgg
    12301 ctacggcctt caccaacgcc accttcctgc acaaggagta tggcgaagtg aaccccatct
    12361 acagcgtctc gggctatgcc ggcgccacct tcgtggccct cgggcgcagc ctgaacaacc
    12421 gccattgggt gtctgacatt ctggccggtg ccggtatcgg tatcctctcc acgcagctcg
    12481 gctatttctt catcgacaag ttttaccaca accatggcga caacctcagt ctcttttcgc
    12541 gcttcgagag cagtggccgc ccctcgttcc tctccgtgcg tgtgggtagc gccgtggcca
    12601 tgcacgattt gctggcctat ccgggcacgg acgccaacgc atcgacgcgc cccgggctgg
    12661 aagcgggctt tgaaggcgcg tggtttacga gccagcactg gggagtgggc ggcgagtgtg
    12721 ccttcgtgac gttcgctgtc gatccgtcgg aacggatggc ggtcgatgcc gcgcggcccg
    12781 agcgtggaca catgcggctg caggcgcagt ccgtggggac gatgaacatg agcgtggggc
    12841 cctacttcgc cgtcgagccg ggcgagtgtt gggtgctaat ggccaaggcg aacgtggggc
    12901 tggcccttgc cgccaagggg acggtgacgg ccgaaccggc gcacgacacc aaggatctac
    12961 aacgcgaact ctcgctctac acctacgagc cacagacggc ctggatgggt ggcgtggggg
    13021 cgtcgatgac gtacaaattt cgcgacgagc tgggcgtgac gttttacacc gactaccatt
    13081 acgcccgccc ttcggtgcgc atcacttaca ccgatcccga ccgccccgag gagcaaatcc
    13141 gatccgtcag ccaggtgcgc accttcgatt atctatccgc cggcttgcgc ttgacggcct
    13201 tcttctgatg agaaattgca aactgcttct atatttgccg cccgttaacg catcgcctca
    13261 cctcagggcg gaagttaacc cggataatcc cgaaacaggc ggctgtggtg taattggtag
    13321 ccacgtcaga cttaggatct gatgcctccg ggcgtggggg ttcgagtccc ttcagccgca
    13381 cgcagagaga aagagagagg gggtgtcgac agcagatgtc ggcaccccct cttcgttttc
    13441 cttccggggt aaaggggatg agaggtttac tcctcctctt cgctctcctt catgttgtgg
    13501 aagacgttct gcacgtcctc atcctcctcg agtcgctcga tgagcttgtc gatcgtctcg
    13561 cgctgctcgg gcgtcacgtc cttgaggtca ttggggatgc ggacaaattc gctggaggta
    13621 atctcgtagc cgttctcttc gagatacttc tggatggcgg cgttctgcgc gaagtcgcca
    13681 tagaggatca cctcgccttc gtcttcttcc agctcgtcaa cgccgtagtc gatcagctcc
    13741 agttcgaggt cgtcaagcga cacgccgtcc ttcttgagaa tgtggaacac gcacttatga
    13801 tcgaagagga actccagtga tccggtcgtg cccagtgtgc cgccggcctt gttgaaataa
    13861 ctgcggacgt tgcccacggt gcgtgtggtg ttgtccgtgg cagtctccac gaagacggcg
    13921 atgccgaacg ggccgtagcc ctcgtagttc atctccttgt agtccgtgta atcttttgaa
    13981 ctggctcgtt tgatggccct gtcgacgttg tccttgggca tgttctcctt cttggctgtc
    14041 tgcattagta cgcgaagcct cgggttgctg cccgggtccg gtccaccggc tttgacggcg
    14101 atggtgatct ccttacccaa cttcgtgaat acgcgggcca tgttgcccca acgcttgaat
    14161 ttccgcgctt tgcggaactc gaatgctctt cccatagtct gtttctttta tcttattgtt
    14221 ttacggtttg cagtttacag ttatctcagt tgtgccccca gcttcgactc caagttgcga
    14281 cggagcttgg ccatgaggtc gtctatccgg cggtcggtga gggtgcgttc agcgtcttgc
    14341 aggtagaagc tcacggcgta cgacttcttg ccggccggta gattcttgcc ctcatagaca
    14401 tcgaagagaa cgacgcggcg gagcagtttg cgatccgtct cggcagctgt ttgttcgatc
    14461 tgtgcgaacg tcacggcggt gtcgatgagc agcgccaagt cacgccgcac ttcggggaat
    14521 ttcgggatct cactgaagac ggttgtcgcc cgacgtgtct ctttcatcag tgccgtccac
    14581 gatagttcgg caaagctgac ttccgtgtcg atgtctgcct gtcgagcaat gcgtcggtcg
    14641 acgatgccga aagtggccag tgtgcgtccc acggccgtct cgatggtcat gccggaggag
    14701 taaatctcgt tggtgaatgt gcgtcgcacg gttttcttct catctacgcc gaggcgccgg
    14761 agaatgttct ccacataagc cttcagttca taaacagagg tctgttcgtc ggcgtgtagc
    14821 caactgtttt ccgtgcgtgt gccactcagc caaagcccca gtcgatgctc ctcttcgaag
    14881 cctttaagcg gtgtgtcagc ttccgcagac tgtccctcag cgcggcgcgt gtagcaattg
    14941 ccgaactcga agaagcggag gttgcgctgc ttatggttga tgttgtgcgc gatggtctgc
    15001 aagccgccga agagtagcgt ttggcgcatc acgttgaggt cggcactcag cgggttcatg
    15061 agcgtcacgc aagcgtcggc aggcatcgtt gcgaggcctt cgtagttggc tcggcgcgtg
    15121 agcgaattgt tcatgatctc gtggaagcct gcgccgcaga gctgctcgga gatgagcgac
    15181 tctaagcgtt ggctgcggtc cgtcggcgtg cgatagctca gcgtggactg cacgcggtcg
    15241 tcgaaggcca cgttgttgta tccgtaaatg cggagaatgt cttcgattac gtcgacgtcg
    15301 cggcggacgt cgatgcggta gacgggcaca cgcagcgaga ggccctcggg tgtctcatga
    15361 gcgatctcta tttctaacga gcggaggatg ctcttcactg tctcgggcgg gatggtctgc
    15421 ccgattgtct catcaatctt gcggtaggtg atgtcgaccg cgtacggctc gactttgttc
    15481 ggatagacgt cttgaatctc acccgtgatg cgtccgccag ccacctcgcg gatgagtaac
    15541 gcggcgcgtt tgagcacctc aatcgtgccg ttcggatcca ggccgcgctc gaagcggaag
    15601 gaggcatccg tgctcaaccc gaagcgacgt gctgtgcgac ggatccatgt gggattgaag
    15661 caagccgact cgaggaagac gtccgtcgtg gacgctgtca cgcccgaatc gagtccgcca
    15721 aatacgccgc cgatacacat cggtttctcg gcgtcgcaga tcatcagatc gtcggctgtg
    15781 agtgtgcgtt ctatgccgtc gagcgtcgtg aacggtgtgc ccgcaggcat ggtgcgaacc
    15841 tgaatccggc tgccggcgat cttcgctgcg tcaaaagcgt gcaaaggttg accgagctcg
    15901 tgcaggacgt aattcgtcac gtccaccaca ttgttgatcg gtctgaggcc gatggccgtc
    15961 aatcgacgcc gcagccactc gggactctcg cggacagtca caccgcggat cgtcaagccg
    16021 gagtaacgtg ggcagccctc ggagtcaacg gacttgatga cgatggccgg cgatggatcg
    16081 tccatgccga agccctcggt cgatgggcgt tgcagcgcta cgggtgtacc ccgttgctgg
    16141 aggtaggcgg ccaagtcacg ggccacgccg tagtgcgacg ttgcatcgac gcggttcggc
    16201 gtgatgtcga cctccagcac gtggtccgtc tcgaccttat agtattccgc cgcgggcagg
    16261 cccacgggcg tgtcagcggg caggacaatg atgccgtcgt ggctcacacc gacgccgatc
    16321 tcatcctcgg cgcagatcat gccgaacgac tcctcgccgc gtatcttgct tttcttgatt
    16381 acaaactcct tgtcgccatc atagagcttc gtgccgatca cggccacgac aaccatctgt
    16441 ccggccgcca cattgggcgc accacagacg atcttcagcg gctcgtcgcc gcccacatcg
    16501 accgtagtca ggtgcagatg gtccgaattg gggtgcgccg tgcaggtcag cacgcgaccc
    16561 gtcacgagtc cagctaatcc accacggacg gactgcaccg tctctacgct gcccgtttcg
    16621 agtccgatgg atgtcagcgc cgccgccacc tcgtcaggcg tcaggtcgaa cggcagataa
    16681 tcccttagcc agttgtacga tatattcatt gcttataaat aagtaggtag taaaaatgca
    16741 gcctctgggg gagtgcccgg attccgtatc actatatata ataggtatag gggtaaccga
    16801 ctatatagct aatccccccc ttgaaaatag gcgcgcaaat gtaaactaaa atggacggtg
    16861 gctcttgtga agcagccgcc gcggcagggc aactgcgtca aaaccttgta tccctacgga
    16921 gattaaaacc acgcgtggtt ccgatctccg taggggtaca gacattagaa ccacgcgtgg
    16981 ttctgctttc cgtaggggta cagacattag aac
//
LOCUS       SEQF2637|AYYD01000745.1  345 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..345
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttcatccagg cccatgccgc agaagtagct catattgttg cagagatgaa tatcatgttt
       61 ttcatttcct gcttcctccg gcgcatacac cggtaacgga gatccatgta aacttaattt
      121 caatttcaag ggaagcgaag taaaagtgac cgaaacggga agctgcggca attaccgggg
      181 aattaaatgt ttttttaatg attcttatac gaagaaaaaa gagccaaaaa cttctgcgaa
      241 aaagaaataa acttgagcaa atctccgcca attaaaatta agtccttgcc ggaaatgccc
      301 atggaaaaaa tggtaaaaag attgccctgc aactttagaa ttaat
//
LOCUS       SEQF2637|AYYD01000746.1 5147 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5147
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(185..1459)
                     /gene="wbpA_2"
                     /locus_tag="SEQF2637_00508"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /translation="MDKIKIAVIGLGYVGLPLAKLLSTKYSTIGYDISEERVNSLIRG
                     HDVTLEISSESLRVAIDNGLQCTTNIEDTKDCNVYIVTVPTPIDCGNRPDLGPLLSAS
                     RAVGSVISRNNIVIYESTVYPGMTEEICIPEIERVSGMKFNTDFFAGYSPERINPGDK
                     EYTVEKIKKVTSGSTPHVARIVDDLYNSILVNGTYRASSIRIAEASKIIENTQRDVNI
                     ALMNELAKIFNAMGIDTQEIIDAASSKWNFIKFKPGLVGGHCISVDPYYLIEKAKVYG
                     VLPRIMMDARRLNDGMGYYIGGQVLRLMNKRGILVKNAAILILGITFKENCPDIRNTK
                     VIDVYLALHEYTANIMFLDPWADAKTVEQIYKIKIHSRIDPSWYGAFDVIISAVAHEE
                     FKRIDIQSLLKENGIVYDVKGNLDRKVVSARL"
     CDS             complement(1452..2546)
                     /locus_tag="SEQF2637_00509"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKNRVRLLALYLPQYHPIPENDRWWGKGFTEWTNVGKAKPLFI
                     GHYQPKVPADLGYYDLRLAESRNAQAQLAKQYGIEGFCYWHYWFGNGRQLLERPFNEV
                     LKSGEPDFPFCLAWANHSWEDKQFKKGGSNKLLIEQVYPGEADYVLHFNTLLPAFKDK
                     RYVKVDGKPLFYVYSPFDIPDVERFIVLWNHLSKQHGLSGIHFVTQTHNVDEIDFLRD
                     KGFDAVNIVRLFHFMKEDYSFIEKVYMKTLKNIFRCGQIVDYGRAAKYFSGKEDKLDY
                     CYPTIIPNWDHSPRSGRSGHILINETPEKFRKHVRSVLGSVFSKEKEHRLIFLRSWNE
                     WGEGNYIEPDLRFGRSFLEVLRSEIRDLYG"
     CDS             complement(2539..3219)
                     /gene="vat"
                     /locus_tag="SEQF2637_00510"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26839"
                     /codon_start=1
                     /transl_table=11
                     /product="Virginiamycin A acetyltransferase"
                     /translation="MKIFKRAPLFRSLYRKYDLFRFQKKWRKKNLHNETVAGNIFPIE
                     IVSVGKGGYGLLNIQSLSAHYGEELRIGDFVSIAPGVLFILGGNHQINTITTFPVFSK
                     FIGSNPELDAQSRGAIIIEDEVWIGTNAIILSGVVIGKGAIVGAGAVVTKDVPPYAIV
                     CGNPARIVKYRYSTQIINIVSSFKLSELSSKQIVESIELLYKRIETIDDAIFIKEKLK
                     KYRRNGYE"
     CDS             complement(3216..4484)
                     /locus_tag="SEQF2637_00511"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIVLHNPHISPWYKVGVGDIYNRVRSVQKYSYIFDFLYNRECK
                     VYVYIDNIATSLSCGVVEFWTWVVINKFNPFKFVIITDLQKLTSNDVFITFIYRNFAT
                     IDGKMRKENVRFIESLRACRAYKVAQLSHYGYHTAMGSNNAKEAKIDLLVSESNLSKN
                     SSYFRYHYGWYEKDVYVMPFVPKDRFQVKTDFSLRKRKALATGTLTYPIDDENFTSFF
                     GGRILQPMRKEIYANSELVKEKCDSFISDASEHKREGGAPVKKWRGYNRFSGGVLWEI
                     KKRARLALYILRIYFTRVSQRVYQGDREYMKFDIVGLYNKYMMFVNPEEIIGLPGIGF
                     VEGMACGCAYIGLDSSIYSDIGMKQGVHYIAYDGTLSDLCDKISYYQENEDELEEIAG
                     NGKKFIRDNNDPIKIMESFLQFLSFETQNR"
     CDS             complement(4481..5125)
                     /locus_tag="SEQF2637_00512"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGFWIKKELGKDELDRFRNKCLEFYKDKTLDRVRQYLMRFEML
                     DEEEIINDQKIPPLKKMMESINWDIISKGIPVRFHGDLHFENILICSSSDEEPFALLD
                     WRQDFAGELLYGDIYYDFAKLLHGLIVSHELIAKDFYNVSRKINKVSYEFLQKNSMIE
                     CREYFKKYIIAHGYNWEKVELLTALVFLNIAPLHHYPYTHLLFSLGKMMLHRQI"
ORIGIN      
        1 cgtgcggggg aggcggccat aaacatggag ctcatggcca aaatcgatct tttcatccta
       61 cagcgtctaa aagcaaagct cggaaagtcg attccacgag tgcagatgtt cttagccaag
      121 atcaatcctc tgcaactctt cgaactgggg ctatagttcc gattatgcgt cagccctgtg
      181 cctatcataa cctggcggaa acgactttcc tgtctaaatt acctttgaca tcatacacaa
      241 taccattctc ttttaagagg gattgtatat ctattctctt aaattcctca tgtgcaacag
      301 ccgaaataat tacgtcaaac gcaccatacc atgaaggatc tatacgagaa tggattttta
      361 ttttgtatat ttgttctact gttttcgcgt cggcccaagg atcaagaaac ataatattcg
      421 ctgtgtactc gtgcaaagct aaataaacat ctatcacttt tgtattacgt atatccggac
      481 aattctcctt aaaagtgatt cccaatataa gaatagcggc attctttact aaaattcccc
      541 tcttattcat caatctaagc acctggccac caatataata ccccatccca tcattaagtc
      601 ggcgtgcatc catcatgatg cgaggtaata caccatatac ttttgctttt tcaataagat
      661 aatagggatc aacacttata cagtgtccac caaccagtcc gggtttaaat ttgataaaat
      721 tccactttga agaggctgca tctataattt cttgcgtatc tatccccatc gcattgaata
      781 tttttgccaa ctcattcatc aatgctatat taacatcgcg ctgagtgttt tctataatct
      841 ttgacgcctc agctatacgg atagatgaag ctcgatacgt cccatttaca aggatcgaat
      901 tgtacaaatc atccacaatt ctcgcaacat gcggagtgga tccagaggtt accttcttaa
      961 tcttttcgac agtatactct ttatcccccg gatttatccg ctctggtgaa tatccagcaa
     1021 aaaaatcagt attaaacttc attccagaaa cacgttcaat ctcgggaata cagatctctt
     1081 cagtcattcc tggataaacc gtagattcat atatgacgat attatttcta gagataacag
     1141 agcccacagc cctgctagca gatagcaaag gtcctaaatc cggccgatta ccacaatcaa
     1201 taggagtcgg aacagtcact atatatacat tacaatcctt agtgtcctca atatttgtcg
     1261 tacattgtaa tccattatct atagctaccc taagtgactc ggaagagatt tctaaggtta
     1321 cgtcgtggcc tcttataagc gaatttactc gctcttcact tatatcgtat ccaattgtcg
     1381 aatatttcgt agacaataat ttggctaaag gaagacccac ataccccaag cctataacag
     1441 ctatctttat tttatccata caaatcacgt atttcacttc ttagtacttc cagaaaggac
     1501 ctgccaaatc tcaaatctgg ttctatataa tttccctccc cccattcatt ccacgatctt
     1561 aaaaaaatca atcggtgctc tttctcctta gaaaaaactg atcctaaaac ggagcgaaca
     1621 tgctttctga atttttccgg agtttcattt attagaatat gcccacttct cccagatcga
     1681 ggagaatgat cccagttcgg gattattgtt ggataacaat aatccaactt atcctccttc
     1741 cccgaaaaat atttagccgc acgtccataa tcaacaattt ggccgcacct aaaaatattc
     1801 tttagcgttt tcatgtaaac tttctcgata aaagaataat cttctttcat aaaatgaaaa
     1861 agtcgtacta tgttgactgc atcaaacccc ttgtctctca aaaagtctat ctcatcaaca
     1921 ttatgcgttt gagtgacaaa atgtattcca cttaatccat gttgcttaga cagatgattc
     1981 cataacacta taaaacgttc tacatcaggg atatcgaaag gagagtacac ataaaatagt
     2041 ggtttaccat caacttttac atatcgtttg tctttaaatg ccggcaataa tgtattgaaa
     2101 tggaggacat aatcagcctc tcctggatat acttgctcta taagcaattt attactacca
     2161 ccttttttaa actgtttatc ttcccatgaa tgatttgccc aagccaaaca aaatgggaaa
     2221 tcaggctccc ctgattttaa tacttcatta aacggacgtt ccaataattg tctcccattt
     2281 ccaaaccaat aatgccagta acagaaaccc tctatcccat attgctttgc gagttgagct
     2341 tgtgcattcc gactctcagc gagtctcaga tcatagtatc ctaaatccgc tggaactttc
     2401 ggttgatagt gcccgatgaa taatggcttg gccttaccta catttgtcca ctctgtaaat
     2461 cctttccccc accatctatc attctctgga attggatggt attgaggaag gtatagggca
     2521 agcaatctca cccgattctt attcataccc atttcgtctg tatttcttta atttttcctt
     2581 tataaatatc gcatcatcaa tagtctctat ccttttgtag agaagttcta tagattctac
     2641 aatctgctta cttgagagct ctgacaattt aaatgatgac acgatattaa taatctgggt
     2701 agagtaccta tatttcacaa tgcgagctgg gtttccacag acaatagcat aaggaggaac
     2761 atctttcgtt acaaccgctc cggcaccaac aattgcccct tttcctatta ctacacccga
     2821 tagaataatt gcatttgtgc cgatccacac ttcatcctca ataataatag cgcctcgact
     2881 ttgggcatca agttcaggat tggatccaat aaactttgaa aacactggaa atgttgtaat
     2941 agtatttatc tggtgatttc caccaagaat aaacaataca cccggtgcta tcgatacaaa
     3001 atcacctatc ctgagctctt caccataatg agccgaaaga ctttgtatat tcaataaccc
     3061 atatcctccc ttccccacag agacgatttc tataggaaaa atattcccag cgacagtttc
     3121 attgtgtaaa ttctttttcc tccatttttt ctgaaatcta aaaagatcat actttcggta
     3181 caaagatcta aacagaggtg cgcgtttaaa tattttcatc tattctgagt ctcgaacgat
     3241 agaaattgca ggaaggattc cattattttg atcggatcat tattatcccg aataaacttt
     3301 tttccattac ccgcaatctc ttctagctca tcctcatttt cttggtaata agagatttta
     3361 tcacacaagt cgctaagtgt accgtcataa gctatatagt gaactccctg cttcattcca
     3421 atatctgaat atatcgagct atctaaacca atatacgcac atccgcacgc cataccctct
     3481 acaaaaccga tacctggtaa accaataatc tcctcaggat tgacaaacat catatactta
     3541 ttgtatagac ctacgatgtc aaacttcatg tattctcgat ctccttggta tactctctga
     3601 gaaactcgag taaaatagat ccgcagtata tacaatgcca aacgagctct cttttttatc
     3661 tcccataata ctcctcctga aaacctatta tagcccctcc acttttttac tggcgccccc
     3721 ccctcccgtt tatgttcact cgcatctgat atgaaggaat cacatttttc tttgactagc
     3781 tcagaatttg cataaatctc tttcctcata ggttgcaata tccggccacc aaaaaaagat
     3841 gtaaaatttt catcatcgat gggatacgtt agagtgcccg tagcaagagc ctttcttttt
     3901 ctcagagaaa agtccgtttt cacctgaaat ctatccttag gaacaaaggg catcacatag
     3961 acatccttct cataccatcc atagtgatag cggaaataac tactgttctt cgataaatta
     4021 ctctctgaaa caagaagatc tatttttgcc tcttttgcat tatttgatcc catggccgta
     4081 tgatatccat aatgggacag ctgggcaacc ttataggctc tgcaagccct taaactctct
     4141 ataaaccgta cgttctcttt tctcatcttt ccatcgattg tcgcaaagtt tctataaata
     4201 aatgtaataa aaacatcgtt agatgtcaac ttttgtaagt cagtgataat cacaaacttg
     4261 aatgggttaa atttgttaat aacaacccat gtccagaact caacaacacc acaggataaa
     4321 gaagttgcaa tattatctat atatacatag accttacatt ctctattata gaggaaatcg
     4381 aatatatacg aatatttctg cacgcttctg acacggttat agatatctcc cacgcctact
     4441 ttataccatg gactaatatg tgggttatgt aaaacaatcc tcatatctgt ctatgtaaca
     4501 tcatttttcc taatgaaaat agcaaatggg tatatggata atgatgtaga ggggctatat
     4561 tcaaaaagac taaagctgtc aacaactcaa ccttctccca attataacca tgagcaataa
     4621 tatatttctt aaagtattct cgacactcta tcatggaatt tttctgaaga aattcataac
     4681 taactttgtt gatcttacga ctaacgttgt aaaagtcttt tgctattaat tcatgtgaga
     4741 cgattaggcc atgcaacaat tttgcaaagt cgtagtaaat gtcaccatac aataattctc
     4801 ctgcaaaatc ttgcctccaa tctaaaagag caaaaggctc ttcatcggaa gagctacata
     4861 ttaagatgtt ctcaaaatga aggtctccat gaaatcgcac cggaatcccc ttagagataa
     4921 tatcccaatt aatactctcc atcatcttct ttaatggagg tattttttga tcattaatta
     4981 tttcctcctc atccaacatc tcaaacctca taaggtactg acgaactcta tcgagtgttt
     5041 tgtccttata aaattcaagg catttatttc taaaccgatc taattcatcc ttgcctaatt
     5101 ctttttttat ccaaaagcca ctcatccaat ctaggaaaga cttaaat
//
LOCUS       SEQF2637|AYYD01000747.113934 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13934
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             84..1016
                     /locus_tag="SEQF2637_00513"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFRLVAFTQEVDSFQRRYEQLFALDRSARREAIVAAAAVLLRKL
                     FAEVVQQHFTSADCGLGIGSRLQQQLFTDLLFDDGLALQELLQLLKVFVGVESQASAL
                     ATVTSGTPRLLVIPLETFGYVVMDHIAYVGLVDTHTEGDSGHNDVSLFHQEGVLIPRS
                     RLRIHARMVRQSLDTVGAENVGELLHPFSAEAVDDARLALVGFDVFDDLAIYVLTLRP
                     HLVVEVGAVEGGLEDRGIQHAEILLNVVLHLRRGRSRQGDEGMLADLVDDGSYATVFG
                     SEVVPPLRDTVRLVDGVKRDLHLTQKLDVLLFRQ"
     CDS             1300..1557
                     /locus_tag="SEQF2637_00514"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFWSPLKESNPKCFFRASVTFMSPLDVAPLAGDLVRGVAVAVF
                     LGATPGFLSSDGFLLLSAFGNSSAMLLPFRHIYCHTLFTLV"
     CDS             complement(1563..2792)
                     /gene="clpX"
                     /locus_tag="SEQF2637_00515"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P50866"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent Clp protease ATP-binding subunit
                     ClpX"
                     /translation="MSKGVENTCAFCGKSGKDVGMLITGLSAAICDECATQAYHIVQQ
                     GRAVGSSFLPKGEEVPKPKELTEFLDQYVIGQETAKRYLSVAVYNHYKRLMQKTTADD
                     VEIEKSNIIMVGATGTGKTLLARTVARKLHVPFCIVDATVLTEAGYVGEDIESILTRL
                     LQAADYNVEAAQRGIVFIDEIDKIARKSDNPSITRDVSGEGVQQGLLKLLEGSIVNVP
                     PQGGRKHPEQRMIPVDTRNILFICGGAFDGIEKKIAQRLNTRVVGYAASRDTSVVDRE
                     NLMQYITPTDLKAFGMIPEIIGRLPILTYLDPLDRKALRQILTEPKNSIIKQYIKLFD
                     MDGIKLTFSEEVYEYVVDKAIEFKLGARGLRSIVEAIMMDAMYRLPSENRKKMAVGLS
                     YAKEQFEKMDLSRLQRA"
     CDS             complement(2799..3464)
                     /gene="clpP"
                     /locus_tag="SEQF2637_00516"
                     /EC_number="3.4.21.92"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80244"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent Clp protease proteolytic subunit"
                     /translation="MENEFKKYATKHLGMSSTALESYMNITSSYISPTIIEERQLNVA
                     QMDVFSRLMMDRIIFLGTQIDDYTANVIQAQLLYLDSSDPGKDISIYINSPGGSVYAG
                     LGIYDTMQFIGSKVATICTGIAASMASVLLVAGEKGKRCCLTHSRVLIHQPMSGVQGQ
                     ASDMEIAVREVLKVKDELYRIISEHSGKPYEVIARDSDRDYWMNAQEALEYGMVDEIM
                     KRK"
     CDS             complement(3471..4868)
                     /gene="tig"
                     /locus_tag="SEQF2637_00517"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JZ37"
                     /codon_start=1
                     /transl_table=11
                     /product="Trigger factor"
                     /translation="MNISLTSDDSIRGIITVAIEKKDYEKDVDKNLRLYRRKMTLPGF
                     RKGTAPMGMIRKVYGKRVLADEINRLTSEHLFKYIRDNRLGIMGEPLPKADQEPINFD
                     TQEEFKIQFDVALAPKMTDVKLTKEDHLKWYDIRVDDALLDKQIDAYRQDQGTTETPE
                     TVEREDWLRGKLVEMENGEQKPGGVWVENSVLFPNIIKDEELLAKFIGAKVGDQIVFN
                     PKNAYGNTPRAVASLLNMDQATAEQFTNDCRYEITHISRLKPAEMNQQLFDRVLGPNK
                     VKDEAEFRDEIRKLMKAPLNQRSEVGFERDLRALLIRKVGDVPLADDILKRWLLLTSD
                     KVNPEDLDRDYPILVEDMKYHVAREYFMAENGLKAEDSDIEEVAKLLAHSHFMQYGIL
                     SASDDLVGPFVRDLLKDEAARRNLINRAADRKFAEWAKGQITVETVEVSPEEYEKALA
                     SETANNNDAVKEEGK"
     CDS             5359..5604
                     /locus_tag="SEQF2637_00518"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIYLGNLNYRVQEEDLQKRLEEYGAVDSVRVIKDRETGRSRGY
                     AFAEMPNDEEANRAIAELNDQTFEGRRLVAKVALPRP"
     CDS             5700..5879
                     /locus_tag="SEQF2637_00519"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEAEGFFMPEIWLSLATVCTGANRDVEGEESTCKAVSEDSASP
                     LWMIEDTAPLFFYVS"
     CDS             6541..8148
                     /locus_tag="SEQF2637_00520"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEYSDRNYYTDQPLPQETVPENALTEEESKKRAAILEEVQQEV
                     GRMLGSVSWTPGLEMPSLEDVNKAPEKILELWRICRRTQWSPTRNRDFYSQAIYASDC
                     EDNVSRIELFFAYNPVYQDMNLAQMRSYFTLRAGWRRGEYPQNISISYVYVYVYELLM
                     QVGTWLPDDGLKKLEQIRDNYGPLDAKLLRNMKEWLKDYVTFYGMIDMAETYFAEEQA
                     EDVAVEVLENLDDSDDVELFEAVVPLSAYHIKESRLYKRHEELVTTIGGRIIRKAAPI
                     LEERYGQSIRRVLVGLRKYLPRPMFYSAIFYRRYPYRKRYYPFTENRYFTCIKGSWTK
                     ETFCNALDGERRGEVLGRLMQEMDRQLRARMKGEGKLTKRINDRTLEAVVEREVERYW
                     AEQQEAERQAKLDAVKVDRSRFDRIRSDADVVREALLTDDDRAETAPLTVAHTPSPEP
                     LPQPSPELEPAAVSAFTDQERRFLHLLIEGGDWAGYLRDIRVPMGVMVDGINEKMMEA
                     VQDVVIADRGNGPEVIDDYLDDLVRRI"
     CDS             8255..9589
                     /locus_tag="SEQF2637_00521"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNKPTKIPRRIAQTVVNSLKGGVVPRVGLPYITVGRRQEIEAL
                     LRDVDIVSEGGAAFRFIAGNYGSGKSFLLQTMRNYVMDRNFVVMDADLSPERRLYGNQ
                     GQGLATYRELIKNLSIKTQPEGGALANVLDRWISTVQMQTAETAGCSTDSPEFAERVE
                     QQIFAVVRTMHDLVHGFDFARLLSLYYRAFAEGDDELKGKVLNWFRGEYANKSEARAD
                     LGVNVAITDDNWYDYLKLFAFFFHSAGYSGLIILVDELVNLYKIPNSIARQYNYEKLL
                     AMYNDALQGKARYIGTLMSGTPQSIADPRRGLYSYEALRSRLQEGKFTREQGVSDLLA
                     PVIKLRPLTAEEMTVLTEKIALIHAGLYEYEPRLTDDDLVAFIRTEYARIGADTHITP
                     REVIRDFIELLDLLFTHADLTLDSLLQSETFNYAKPELEEKDIDAEFAEFTL"
     CDS             9593..11872
                     /gene="crhR"
                     /locus_tag="SEQF2637_00522"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55804"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA helicase CrhR"
                     /translation="MDVYARYSPAIRDYIYRSGWDTLRAVQSAAGDVLFGTDAHLLLC
                     ASTASGKTEAALFPIITLMQEQPPTSIGCLYIAPLKALINDQFLRLNDVCAECNIPVW
                     HWHGDVSDREKKRLMRRPSGILQITPESLEAMLFNRHAHVASLFGDLRFIVIDEIHAF
                     LRGDRGGQALCLIERLSRAAGVNPRRVGLSATVGDPDSVGEFLAAGTKRRTIIPRIQS
                     TPIKWRLSMQHFFNNGPQATDTDQSTVDSAPEPAVEASDSTADLLPVDEQPTDTAPVV
                     ADPGLAYIFEHTRGRKCLIFSNSREECETVTATLRRYCEARHEPDRFLIHHGNLSYSI
                     RRQAEERMRQSEAALTVCTTSTLELGIDIGRLERAFQIDAPATVSSFLQRMGRTGRRG
                     APAEMWFVMRENHTEPRALLPETIPWELLQGIAVVQLYLEDRWVEAPHKRRLPYSLLY
                     HQTMATLASGGEMLPPELAARVLTLPPFRNVSQDDFRTLLLHLLEIDHIQRTDRGGLL
                     IGLAGERVVNDYKFYAVFRENEEYTVRCDSEELGTIVKPPPVMSKIAIAGHVWEVEEV
                     DYKHHVVYCHRVGGVVHAYFGEEPGDIDNRVLERMRLLLLQTDNYAYLLPNAVARLAD
                     TRRLAARAGLGLRPLVPLGGDMYSLTPWLGSYAFLALERFLRLRCATRLGLSKDFDSF
                     RPYYMRFTMQVPAADFYRILREEIARPLDPMDLLYPNEMPIFDKYDETLPASLTRKGF
                     AYGVLDVDTMKQWIMALPD"
     CDS             complement(12007..12264)
                     /locus_tag="SEQF2637_00523"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRITLFYLENCPFCNKARAAIDELKKQDRYKDIEIEMIEESKQ
                     PEVADKYDYYYVPTFYIDGRKVHEGGIFPDEVKAVLEQALE"
     CDS             complement(12422..13645)
                     /locus_tag="SEQF2637_00524"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVCAMAGKGQVYETAVRSNRVGALEVRVAGERLSEPYVKLGGE
                     RQIEVTFDMLNPEPGERLAYSVVHCDADGRRSALVPMEYMDGFDGMEVDDASPSFNTT
                     VPYMNYRLRLPNEQVRLKVSGVYAVEIYPEGRRNEVLLTARFNVGEGLVAISGEETAN
                     TDVALNRGVQQVNFAVDTKALTVNFPQRELKVFVEQNRRPDTRVGDLQPTSIGGSRLG
                     YEHDRRLIFEAGNEYRRFECLTYRYAGMGVERIGFHNPYYHIDLRPDGPRRAYVYDED
                     QNGRYFTACNGCGEPAREADYGLVHFSYVSERLPGGEVYVMGDLTQNVFDERSRMQYN
                     EASGCYEAALMLKQGYYNYGYVFVPNGERRGRMPAGDESLFETENEYTVSVFYRPAMG
                     RYDRLVGRLTIGGRR"
ORIGIN      
        1 tgtccgctac cgaattgctc catttcgttt tgctgatagg agacgatgtc ggccgtctct
       61 ttacccatca ggaagtcgac gatgtgttcc gccttgtagc gttcacgcag gaggtcgata
      121 gcttccagcg ccgttacgag caactctttg ccctcgaccg tagtgcgcgg cgtgaggcaa
      181 ttgtcgcagc tgccgcagtt ctcctccgta aactcttcgc cgaagtagtg cagcagcact
      241 ttacgtcggc agactgcgga ctcggcatag gcagccgtct ccagcagcaa ttgtttaccg
      301 atctcctgtt cgatgatggg cttgccttgc aggaacttct ccagcttctg aaggtctttg
      361 taggcgtaga aagccaggca tcggccctcg ccaccgtcac gtccggcacg ccccgtctct
      421 tggtaatacc cctcgagact tttgggtatg tcgtaatgga tcacatagcg tacgtcgggc
      481 ttgtcgatac ccataccgaa ggcgatagtg gccacaatga cgtcagcctc ttccatcagg
      541 aaggcgtcct gattcctcga tcgcgcttgc gaatccatgc ccgcatggta aggcagagcc
      601 ttgataccgt tggcgcagag aatgtcggtg aactcctcca cccgttttcg gctgaggcag
      661 tagacgatgc ccgacttgcc ctcgttggct ttgatgtatt tgatgatctc gcgatctacg
      721 tccttaccct tcggccgcac ctcgtagtag aggttggagc ggttgaagga ggacttgaag
      781 accgtggcat ccagcatgcc gagattcttc tgaatgtcgt gctgcacctt aggcgtggcc
      841 gtagccgtca aggcgatgag gggatgcttg ccgatctcgt tgatgatggg tcgtatgcga
      901 cggtattcgg gtcggaagtc gtgcccccac tccgagatac agtgcgcctc gtcgacggcg
      961 taaaacgaga tcttcacctg acgcagaaac tcgacgttct cctctttcgt caatgattcg
     1021 ggcgccacgt aaagcagttt ggtaagaccg gataggatgt cctgcttcac ctgctcgatg
     1081 gcggtacggt tgagtgacga gttaatgaag tgtgccacgc cgtccgcctc gctgaagttg
     1141 cgcatagcat ccacctgatt cttcatcagt gcgatgaggg gggagatgac gatcgccgta
     1201 ccttccatca tcagcgaggg caactggtaa cagagcgatt ttccgccgcc cgtaggcata
     1261 agcacaaaca catctttacc ggaaagcagc gtctcaatga tggctttctg gtctccctta
     1321 aaggaatcaa atccgaaatg tttttttagg gcctcggtga cgttcatgtc ccctttggac
     1381 gtggcgcctt tggcaggcga cttggtgcgt ggtgtagctg tggcagtttt tctcggcgcc
     1441 actcccggct ttctctcttc tgacggcttt ttgctgcttt cagctttcgg taattcttcg
     1501 gccatgcttc ttccttttag acatatctat tgccatactc tcttcactct cgtgtgacgc
     1561 cctcatgctc gttgcaaacg gctgagatcc atcttttcga actgctcttt ggcgtagctc
     1621 agcccgacgg ccatcttctt cctgttctca gaaggcagcc tgtacatggc gtccatcata
     1681 atagcttcca caatcgacct caatcctcgt gctccgagct tgaactcgat cgccttgtcg
     1741 acgacgtatt cataaacctc ttcgctgaag gtgagtttga tgccgtccat gtcgaacagc
     1801 ttgatgtatt gcttgatgat ggagtttttg ggttcggtca ggatctgccg cagcgccttt
     1861 ctgtccagcg gatcaaggta ggtcaagatg ggtaatcgac cgatgatctc gggaatcata
     1921 ccgaaggcct tgaggtcggt cggtgtgatg tattgcatga ggttttcccg atctacgacg
     1981 gatgtatctc gactggcagc gtaacccacg acgcgtgtgt tgagccgctg ggctattttc
     2041 ttttcgatgc cgtcgaatgc accaccgcag atgaaaagga tgttgcgtgt gtccacgggg
     2101 atcatgcgtt gctcaggatg cttgcgtcca ccttggggcg ggacgttcac gatcgatcct
     2161 tcgagcaatt tcagaagtcc ttgctgcaca ccctcgccac tcacgtcacg cgtgatggaa
     2221 gggttgtcgc tcttgcgggc gatcttatcg atctcatcga tgaaaacaat gcctcgctga
     2281 gcggcctcaa cgttataatc ggccgcttgc agcaggcgtg tcaggatgct ttcaatgtct
     2341 tctcccacat agcccgcttc agtcagtacg gtggcgtcga ctatgcagaa gggcacgtgc
     2401 agcttgcgtg ccacggtacg cgccagcaag gtcttgcccg ttcccgtggc accgaccatg
     2461 atgatgttgg atttctcaat ctccacgtca tcagcagtcg ttttctgcat taatcgttta
     2521 tagtggttgt agacagccac ggacaggtag cgcttggctg tttcctgtcc gatgacatat
     2581 tgatccaaaa actccgtcag ctctttgggt ttaggcactt cctcgccttt aggcaggaag
     2641 ctgcttccca ctgcacgccc ctgttgcacg atgtgatacg cttgtgtcgc acattcgtca
     2701 cagatcgcag cggaaagccc cgtgatcagc atgcctacgt ctttgccact cttgccgcaa
     2761 aaggcacaag tattctctac cccttttgac atcgtctctt acttacgttt catgatttcg
     2821 tcaaccatgc cgtattccag cgcttcctgg gcgttcatcc aatagtcgcg gtcgctgtcg
     2881 cgggcaatta cctcgtaagg cttgcctgaa tgttcggaga tgatgcggta gagttcatcc
     2941 ttcaccttca atacctcgcg tacagcaatt tccatgtctg aagcctgccc ttgcacaccg
     3001 ctcatcggct gatggatcaa cacgcgcgag tgggtcaggc agcaacgttt gcctttctct
     3061 ccagccacca gcagcaccga tgccatagag gccgcaatgc cggtacagat cgtggccacc
     3121 ttactgccga tgaactgcat cgtgtcgtaa atccccagcc cagcatagac agatcctcca
     3181 ggtgagttga tatagatgga gatatcctta cccggatcgc tcgaatccaa gtagaggagc
     3241 tgcgcctgaa taacattggc ggtatagtcg tctatctgtg tgccgaggaa gatgatgcga
     3301 tccatcatca accgcgagaa gacgtccatt tgggcgacat ttaattggcg ctcttcaatg
     3361 attgtcggag agatgtagct gctggtgatg ttcatatagc tctccagcgc tgtagagctc
     3421 atgcccaaat gcttggtagc gtatttcttg aattcgtttt ccatctgcga ttactttcct
     3481 tcttctttta cggcatcgtt gttattagca gtctcgctgg ctaaagcctt ctcatattct
     3541 tcgggcgata cctcgacggt ttcgaccgtg atctgtccct tggcccactc agcgaatttc
     3601 cgatctgcag cacggttgat caagttgcgt cgggccgctt catctttgag gaggtctctg
     3661 acaaatgggc ccaccagatc atccgatgca gagagtatac catactgcat gaaatgcgag
     3721 tgcgccaata gtttggctac ctcctcgatg tcggagtctt ctgcctttaa tccgttttca
     3781 gccatgaagt actctctggc tacgtgatac ttcatatcct ccacgaggat ggggtagtct
     3841 cgatccagat cttcgggatt taccttgtcg ctggtcagca aaagccagcg cttcaagatg
     3901 tcgtcagcca gcggcacgtc tcccactttg cgaatcaaca aggcgcgcag atcacgctcg
     3961 aagcccactt cactccgttg gttgagcgga gccttcatca gctttcttat ttcgtcacgg
     4021 aattccgctt cgtctttcac cttgttgggg cccagcaccc gatcaaacag ctgctgattc
     4081 atctcggccg gtttgagacg tgagatgtgg gtgatttcat agcggcaatc gttcgtgaat
     4141 tgttctgctg ttgcttgatc catgttgagc agtgaggcga cagcacgtgg cgtattgcca
     4201 taggcgtttt tgggattaaa tacgatctgg tcgcccactt tggcgccgat gaatttagcc
     4261 aacagctctt cgtccttaat gatattcgga aagagcacgg agttttccac ccagacaccg
     4321 ccaggtttct gctctccatt ttccatttcc acgagtttgc ctctcagcca atcctcacgc
     4381 tccaccgtct ccggtgtttc tgtcgtccct tgatcctggc gataggcatc gatttgctta
     4441 tccaacagcg cgtcgtccac acggatgtcg taccatttca ggtgatcctc tttggtcagc
     4501 ttgacatccg tcatcttcgg agccagagcc acgtcgaact ggatcttaaa ctcttcctgc
     4561 gtgtcgaaat tgatcggttc ttggtccgcc ttggggagcg gttcgcccat tataccgagt
     4621 cggttgtcac gaatatactt aaagaggtgc tccgacgtga gccgattgat ttcatcggcc
     4681 aacacgcgct tgccgtacac tttacggatc atacccatgg gggccgtgcc ctttcgaaag
     4741 ccgggcaatg tcatcttccg gcggtacaga cgcaggttct tatccacgtc cttctcgtag
     4801 tccttttttt ctattgccac tgtgatgata ccgcggatgg agtcatcgct cgtcaacgaa
     4861 atattcatac tgttctatct taataattaa tctattaggt ctgccctttt attttgcagg
     4921 gtgcaaaatt agactataat ttcaatccaa caaatgagtg cggagggcca taaaaaggcg
     4981 cttaaaacag ctgctgaagc cagttttggg cgttttttac cgctcaattt tccctctatt
     5041 cttagggcgc tcagataccc ctctgctgta cctatataat agggtctctt ccggtggaag
     5101 tctctccctg aaattcgttc cgaaaacgca tcgagtggag gacggagacg ctcttttgct
     5161 ggactaaaat cacggtaaaa aagtcttgca tatatcaatc ttttatccct tcctttgcgg
     5221 ccatgaaaga aagtatatat cgaatgtact taacaaccta ttctgcagct gtcaattagc
     5281 cgatgattgg agtattgtta tgaactcgcg aaattcttgc ctttcattgg ttacgacatt
     5341 ctttttaatt tacaacttat gaatatttac ttgggtaacc tgaattatcg cgttcaggaa
     5401 gaagatttgc agaaacgatt ggaagagtac ggggcagtgg attccgtacg ggtcattaag
     5461 gatcgggaaa cgggccgttc acgcggctat gccttcgctg aaatgccgaa cgacgaagag
     5521 gcgaaccggg caattgccga gctcaatgac cagacgttcg aaggacgtcg gttggtagct
     5581 aaagtggcgc tgcctcgccc ctaaaaatct ccggtggggg cgttcctccg tagcatacgt
     5641 ttcaaacgaa cgctggacac tttaccacaa gatcggatag tacctttcgc ttttccttga
     5701 tgggagaggc ggaaggtttt tttatgccgg aaatctggct gagccttgct accgtgtgca
     5761 caggggccaa ccgcgatgtg gagggcgaag aatcaacctg caaagctgtg tcggaggaca
     5821 gcgcgtcgcc cttatggatg atcgaggaca cggcgccgct ttttttctat gtttcgtgac
     5881 tgcatgatgg agtctatctc tctatgtcgc ctataatttg tgtgagcagg atgtatttcc
     5941 tgcctattcc tattttaata tggcgtacgg gaggatgtga tatgattgta tttgcgttta
     6001 cgtgtgtgca cagaatgctg taaatcatat tttcagatga aaatccatgc acgatctatt
     6061 tatgcataat gtgaaattca tttgtgtggt gatgatgaat tgatagcgta tgattcataa
     6121 gataatgatg acacgtagta ttgtttctaa ttatctatat gaatttgtgc tgtcgggatt
     6181 atttttattt gttagggtgc tctatatgaa atgatggcac aatttaattt gcgtattgtt
     6241 ctttatcatg tgcacgcact ttaatatgat gacaatgagg atagacagga tgtgggtggc
     6301 gtggtgagct gatgattatg ttttcatatc gtcgtgcgag gatttgtgtg tggatacttg
     6361 atgatgatat cttcctgatg tcacgaagaa gcgtaaagcc atctttcctt atgcttgtgg
     6421 aggcaggaag aagtggaaaa atggcggaga ggtcgaaagc cgggggcgaa aggctgaccg
     6481 aaacctcgcg gaggagattt ccggcttatt tttgcgccga tcatccgaaa agggtaagaa
     6541 atggacgagt attcagaccg aaattattac acggatcagc cgctaccgca agaaacggtg
     6601 ccggaaaacg cgttgaccga agaggaatcg aaaaagcggg ccgcgatttt ggaggaggtg
     6661 cagcaggagg tggggcgaat gctggggagc gtgtcgtgga ctccgggact cgagatgccc
     6721 agtctggagg atgtgaataa ggcgccggag aagatccttg agctgtggcg aatctgccga
     6781 cggacacagt ggtcaccgac gcgtaaccgc gatttctaca gccaagccat ctacgcttcc
     6841 gattgcgaag acaacgtgtc gaggatcgag ctctttttcg cttacaaccc tgtttaccaa
     6901 gatatgaacc tggcgcagat gcgcagctat ttcacgctac gggcggggtg gcgccgcggc
     6961 gaataccccc agaatatttc gatatcgtac gtctatgtct acgtctacga gctgctgatg
     7021 caggtgggta catggctgcc ggacgatggg ctgaagaagc tcgaacagat ccgcgacaat
     7081 tatggcccgt tggacgcgaa actgctgcgg aatatgaagg aatggctgaa ggattacgtc
     7141 acgttttacg ggatgatcga catggcggag acgtatttcg ctgaggagca agcggaggac
     7201 gtggcggtgg aagtgctgga gaatctggat gactcggacg acgtggagct gtttgaggcc
     7261 gtggtgccgc tctcggcgta tcacatcaag gaatcgcgcc tttacaagcg gcacgaggag
     7321 ctggtgacaa cgatcggggg gcgcattatc cggaaggcgg cgccgatcct cgaggagcgc
     7381 tatgggcagt cgatccgccg tgtgctggta ggcctgcgga agtatctgcc caggccgatg
     7441 ttctactcgg ctatcttcta tcgtcgctac ccttatcgca agcgctatta tccgttcacg
     7501 gagaaccgct atttcacttg catcaaggga tcgtggacga aggagacgtt ttgcaacgcg
     7561 ctggatggcg agaggcgggg cgaggtgctc gggcggctga tgcaagagat ggatcggcag
     7621 ctgcgagcaa ggatgaaggg ggagggcaag ctcacgaagc gcatcaacga ccggacgctg
     7681 gaggcggtgg tcgaaaggga ggtagagcgt tactgggccg aacagcagga ggctgagcgg
     7741 caggctaagc tcgacgcggt gaaggtggat cgttcgcggt ttgaccggat acgcagcgat
     7801 gccgacgtgg tccgtgaggc gctgttgacg gacgatgatc gcgcggagac ggctccgctg
     7861 acggtggcgc atacgccgtc gcctgaaccg cttcctcagc cgtcgcctga actggagcct
     7921 gcggcagtgt ctgcctttac cgatcaagag cgacgcttcc tgcatctgct gattgagggg
     7981 ggcgactggg cgggttatct gcgcgacatc cgtgtgccta tgggcgtgat ggtggatggg
     8041 atcaacgaga aaatgatgga ggcggtgcag gacgtcgtca ttgccgaccg tggaaacggg
     8101 ccggaggtga tcgacgatta tctggacgac ttggttcgca ggatatgaga agcccgcact
     8161 tcttacctat tatattacga ggacaggcaa gacggccccg aagggctgct tgctatgacc
     8221 acgagcactt ctaactctaa ctacttacat gaatatggat aacaaaccga cgaagattcc
     8281 gcggcgcata gcgcagacgg ttgtgaactc actcaaggga ggcgtggtgc ctcgcgtggg
     8341 actgccctac atcacggtgg ggcgaaggca agagatcgag gcgctgctcc gcgatgtaga
     8401 tattgtcagc gagggcggcg cagcgttccg cttcatcgcg gggaactatg gcagcgggaa
     8461 gtccttcctg ctgcagacga tgcgcaacta tgtgatggac cgaaattttg tggtgatgga
     8521 cgccgacctc tcgcccgagc gacgccttta tggcaatcag ggacagggct tggcgacgta
     8581 tcgcgaactg atcaagaacc tcagcataaa gacgcagccc gagggtggtg cgctggccaa
     8641 tgtgctcgat cgatggatca gcacggtgca gatgcagacg gctgaaacgg cgggctgcag
     8701 cacggacagc ccggagtttg cggagcgtgt agagcaacag atcttcgctg tggtgcgcac
     8761 gatgcacgac ttggtgcacg gcttcgactt tgcccgtctg ctcagccttt actatcgtgc
     8821 ctttgccgag ggtgacgacg agctgaaggg gaaggtgctg aactggttcc gcggcgaata
     8881 cgccaataag tccgaggcgc gcgccgatct gggtgtgaac gtggccatca cggacgataa
     8941 ctggtacgac tacctcaagc tcttcgcctt cttcttccac agcgcgggtt acagcggcct
     9001 gatcatcctc gtggatgagc tggtgaacct ctacaagatc cccaacagca tagcccgcca
     9061 gtataactac gagaagctgc tggctatgta caacgatgcc ctgcaaggca aagcgcgata
     9121 catcggcaca ctgatgagtg gcaccccgca gagcatcgct gatcctcgcc gcgggctata
     9181 cagttacgag gcgctccggt cgcgtctgca agagggcaaa ttcacgcgtg aacagggcgt
     9241 atcggatctc cttgcgcccg tcatcaagct gcggccgctg acggcggaag agatgactgt
     9301 gctcacggag aagatcgccc ttattcacgc cggattgtac gagtatgagc cgcggctcac
     9361 ggacgacgat ctcgtggcct tcatccgcac cgagtacgcc cgcattggcg ctgatacgca
     9421 catcacgccc cgtgaagtga tccgcgactt tatcgagttg ctcgacctgc tctttaccca
     9481 tgccgacttg acgctggaca gcctcctaca gtccgagact ttcaactatg ccaaacctga
     9541 gctggaggag aaggacatcg acgccgaatt tgccgagttt accctgtaac gtatggacgt
     9601 ctacgctcgc tattccccag ccattcgtga ctacatctac cgtagcggct gggacacgct
     9661 ccgcgccgta cagtcggctg ccggtgacgt gctctttggc accgacgccc acctgttgct
     9721 ctgcgcttcc accgcctccg gtaagacgga ggcagccctc ttccccatca tcacgctcat
     9781 gcaagagcag ccgccgacct ccatcggctg tctttacatc gcgccgctca aggccctcat
     9841 caacgaccaa ttcttgcgcc tcaacgacgt ctgtgccgaa tgcaacatcc cggtctggca
     9901 ttggcacggc gacgtctccg accgagagaa gaagcgactc atgcgccgcc catcgggcat
     9961 ccttcagatt acgcccgaat cgctcgaggc catgcttttc aaccgccacg cacacgtggc
    10021 ctccctcttt ggcgatctgc gcttcatcgt catcgatgag atccacgcct tcctgcgtgg
    10081 cgatcgtggt gggcaggcgc tctgtcttat cgagcgactc tcgcgtgcgg ctggggtcaa
    10141 cccgcggcgc gtcggactgt cggccacggt gggcgatccc gattcagtcg gggagttcct
    10201 tgccgcaggc acgaaacggc gcaccatcat tcctcgcata cagagcacgc cgatcaagtg
    10261 gcgcctctcc atgcagcact tcttcaataa cggtccgcag gcgaccgata cggatcagtc
    10321 gacggtcgat tctgcgccgg aacctgcggt agaagcgtcg gatagcacgg ctgacctgct
    10381 ccccgttgac gaacagccca cggacacagc gcccgtggtg gccgaccccg gactggctta
    10441 catcttcgag catacgcgcg gtcgcaagtg cctcatcttt tccaactccc gcgaggagtg
    10501 cgagacggtc acggccacac tgcgccgcta ttgtgaggcg cgccacgagc ccgatcgctt
    10561 cctgatccac cacggcaacc tctcttattc catccgtcgc caggccgaag agcgcatgcg
    10621 acaatcggag gcggcgctga cggtctgcac cacgtctacg ctggagttag gcattgacat
    10681 cggtcggctt gaacgcgctt tccagatcga tgcccccgcc accgtttcct ccttcctcca
    10741 gcgcatgggg cgtacgggtc gcaggggagc accggctgaa atgtggttcg tcatgcggga
    10801 gaatcacacg gagccgcgcg ccctactccc tgagacgatc ccttgggagt tgctccaagg
    10861 cattgctgtg gtgcagctct atctggagga tcgctgggtc gaggcgccgc acaaacgccg
    10921 attgccctac agtctgctct atcatcagac gatggccacg ctggcgtctg gtggcgagat
    10981 gttgccgccc gagctggctg cgcgtgtctt gacgctgccg cccttccgca atgtttcgca
    11041 ggacgacttc cgcaccctgc tcctccacct gctcgagatc gaccacatcc agcgcaccga
    11101 ccgcggtgga ctcctcatcg ggttggctgg cgagcgtgtc gtcaacgact ataagttcta
    11161 cgccgtcttc cgtgagaatg aggaatacac cgtccgctgc gattccgagg agcttggtac
    11221 catcgtcaag ccaccgcccg tgatgagcaa gatcgccatc gccggacacg tctgggaggt
    11281 ggaggaggtg gactataagc accacgtcgt ctattgccat cgtgtcggtg gcgtcgttca
    11341 cgcctacttt ggcgaggaac cgggcgacat cgacaaccgg gtgctcgagc gcatgcgcct
    11401 cctgcttctc cagacggata actacgctta cctcctgccc aacgctgtcg ctcgtttggc
    11461 cgacacccgt cgcttggctg cccgcgctgg ccttggcctc cgcccgctcg tcccgctcgg
    11521 tggcgatatg tacagcctca ccccttggct cggcagctac gccttcctgg ccctcgagcg
    11581 cttcctccgc ctgcgttgtg ccacgcgcct tggcctgtcg aaagacttcg actccttccg
    11641 gccgtactac atgcgcttca ccatgcaagt ccccgcggcg gacttctacc gtatcctgcg
    11701 cgaagagatc gcccgtccgc tcgacccgat ggatctcctt taccccaacg agatgcccat
    11761 cttcgacaag tacgacgaga cactccccgc ctcgctcacc cgcaaaggct ttgcctacgg
    11821 tgtcctcgac gtcgacacca tgaagcaatg gatcatggcg ctacctgatt aacggccaat
    11881 gatccccctg ctcaccccac ggataggggc gaaatacaaa gcgggcagac acatcggtgt
    11941 ccgcccgctt tcattttggc gccttagggt cgcatgtgaa gcgtgatgcc tcttatgcgt
    12001 gctcgctcac tccaacgcct gctctaagac ggccttcacc tcgtcgggga agatgccgcc
    12061 ttcgtgcacc ttgcggccgt cgatgtagaa cgtcggcacg tagtagtaat cgtacttgtc
    12121 ggccacctca ggctgcttcg actcttcgat catttcgatc tcgatgtcct tataccgatc
    12181 ctgctttttc agctcatcga tcgccgcccg cgccttattg cagaacgggc aattctccag
    12241 ataaaacaat gtgatacgtt tcatttctct ctatgatttg aatgatgatt gaatgatgtt
    12301 tgaataacta tggccgagcg ctcatgcccg acttgatttt ccccggcccc ggtgaggcct
    12361 tgattttctt ttggccgact gttctttcat caaggaaaga acagttgggg aggggagact
    12421 tctatctccg tcccccgatc gttagtcgcc ccacgagtcg atcgtagcga cccattgctg
    12481 ggcggtagaa gacggagacg gtgtactcgt tttccgtctc aaacaggctc tcgtcccccg
    12541 ccggcatccg accgcgccgc tcgccgtttg gcacgaacac gtagccgtaa ttgtaatacc
    12601 cctgcttgag catcagcgcc gcctcgtagc agcccgaagc ctcgttgtac tgcatccgac
    12661 tgcgctcatc gaagacgttc tgcgtcaggt cgcccatgac gtagacctcc ccgcccggga
    12721 ggcgctccga gacgtacgaa aagtgtacca agccataatc agcttctcgc gccggctctc
    12781 cgcagccgtt gcacgccgtg aagtagcgcc cgttctgatc ctcgtcgtag acgtacgccc
    12841 gccgcggccc gtctggccgc agatctatgt ggtaatacgg attgtggaag ccgattcgct
    12901 ccacgcccat gcccgcgtag cgatacgtca ggcattcgaa ccgtcgatac tcgttgcccg
    12961 cctcgaagat cagcctccgg tcgtgttcgt agcccagccg cgagcctccg atcgaggtgg
    13021 gttggaggtc gcccacccgt gtgtccggtc gccgattttg ctctacaaac accttcagct
    13081 cccgctgcgg aaagttcacc gtcagcgcct tcgtgtccac tgcgaagttc acctgctgca
    13141 cgcctcggtt cagcgccacg tccgtgtttg ccgtttcctc tccgctgatc gccaccagcc
    13201 cttcgcccac gttgaaacgc gccgtcagca acacctcatt gcgccgcccc tcggggtaga
    13261 tctccaccgc atacaccccc gacaccttca gccgcacctg ctcgttaggc agcctcaggc
    13321 ggtaattcat gtacggcacg gtggtgttga acgaaggcga agcgtcgtcc acctccatcc
    13381 cgtcgaagcc atccatatac tccatcggca ccagcgccga ccgtcggccg tccgcgtcgc
    13441 aatgcaccac cgaataggcc agccgctcgc ccggctccgg gttcagcatg tcgaacgtta
    13501 cctcgatctg ccgctctccg cccagcttca catagggctc cgacagccgt tccccagcca
    13561 ctcgcacctc gagtgccccc acacggttcg accgcacggc cgtctcatac acctgtcctt
    13621 ttcccgccat cgcacacacg atcatcgcag ccgtaatcca tcttttcatc tgtcatcgtt
    13681 tggaatcggc gccaaagata acctccgtcg cagacggctt ctgcctcttc gatacgtgag
    13741 ttcgacgaag gcatgaggcg tcttgcccct ggagaaggtc tttgcagcat ttctgcaaac
    13801 cccaaaaagt tcatcgcggc ccttgcggaa cttccgcaag catgaaaaag gagaaagtgg
    13861 tgtttgcgga acttccgcaa gcatgaaaaa ggagaaagtg gtgtttgcgg aacttccgca
    13921 ggcatcaaaa agta
//
LOCUS       SEQF2637|AYYD01000748.160779 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..60779
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(337..1863)
                     /gene="hutH"
                     /locus_tag="SEQF2637_00525"
                     /EC_number="4.3.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P10944"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine ammonia-lyase"
                     /translation="MRSTKQQTVVKNVYQIGSGELTFEIIERIINENLKLELAPEARE
                     RIQKCRDYLDAKIASSPDPLYGITTGFGSLCNKNISLDELGALQENLIKSHACSVGEE
                     IQPVVVKLMMLLKAHALSLGHSGVQVITVQRILDFFNNDVMPIVYDRGSLGASGDLAP
                     LANLFLPLIGVGDVYYKGKKCEAISVLDEFGWSPVKLMSKEGLALLNGTQFMSANGVF
                     ALLRAFRLSKKADLIAALSLEAFDGRIEPFMDCLHRIRPHKGQIETGEAFRRLLEGSE
                     IIARPKKHVQDPYSFRCVPQVHGATKDTIRYVASVLLTEINSVTDNPTIFPDEDMIIS
                     GGNFHGQPLAVAYDFLAIGLAELGNISERRVAQLIMGLRGLPEFLVANPGLNSGFMIP
                     QYAAASMVNQNKMYCFSASSDSIVSSNGQEDHVSMGANAATKLYKVMNNLELILAIEL
                     MNAAQGIEFRRPLKTSPVLEQVLHDYRKEVPFISDDVVMYKEIHKTVAFLKRMKVDNL
                     "
     CDS             complement(1850..2482)
                     /gene="fchA"
                     /locus_tag="SEQF2637_00526"
                     /EC_number="3.5.4.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q49135"
                     /codon_start=1
                     /transl_table=11
                     /product="Methenyltetrahydrofolate cyclohydrolase"
                     /translation="MELKSLSVKEFIDKVTGNDPVPGGGSVSALNGSLAASLAAMVAN
                     LTVGRKKYAEVNDEMEQISARMTEQSAKLLADVDRDAEAYDRVFAAFKLPKETDEEKA
                     VRKEAIQRETKYAAEVPMEVARTASELLPMIDAAARRGNSNAVTDATVAMMCARTAVI
                     GALLNVRINLTSITDEAFVKTMTEEADRLEAVAVEAEHKLLEYVKAHAFN"
     CDS             complement(2530..2889)
                     /locus_tag="SEQF2637_00527"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNVLQSKSYAFAIRIIRLVQYLEREKREFVLSNQVKRSGTAI
                     GASIREAEFSESRLDFIHKMRISLKEANETMYWLSLLLDTGYINKRMAASIMEDCREL
                     LAMLVSTVKTAKRNMQQ"
     CDS             complement(3008..4267)
                     /gene="hutI"
                     /locus_tag="SEQF2637_00528"
                     /EC_number="3.5.2.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42084"
                     /codon_start=1
                     /transl_table=11
                     /product="Imidazolonepropionase"
                     /translation="MKNLIIKNASQVVTCSGFAGKRGREMNDLHVIEGGTVVVTDGRI
                     SHVLRAGEPLPVDEAGYTVIDATGKALLPGFVDPHTHFVFGGYREEEFSWRMRGDSYM
                     EIMNRGGGIVNTTKATREASEDELFEVGRRRLDAMLRLGITTVEGKSGYGLDRDTEMK
                     QLRVMRRLNEAHPADIVSTFMGAHATPAEWKGREDAFIDFNIREMFPLVAKEGLAEFA
                     DIFCEKDVFTIEQSRRYLQAAREQGFKLKIHADEIVQFGGAELAGELHCASADHLLQA
                     SDAGIRAMADAGVVATLLPLTAFSLRETFARGREMIDAGCMVALATDLNPGSSFSASV
                     PLLFALACIYMKLSPEEAVTAFTINSAAAIDRADRIGSIDVGKQGDLVLLQFPSYKFL
                     PYHVGMNIVDTVIKQGEVVVKNGETKS"
     CDS             complement(4264..4647)
                     /locus_tag="SEQF2637_00529"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQFMTGMILPLILMASACGTTEPLPSDGRLTGVWVHETTGTDT
                     IDFDAHARSDKNAFELKRKPGSLKAGPYWYEVKGDSIQVHWWLSSAMAETYAFKLSAD
                     GRSFRIGAFVPFVEGQTVHTFKKIK"
     CDS             complement(4942..5838)
                     /locus_tag="SEQF2637_00530"
                     /EC_number="2.1.2.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99XR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate formimidoyltransferase"
                     /translation="MNKIMECVPNFSEGRDKEKIEKIVDCFRGKDNVKLLDYSNDEDH
                     NRLVVTVVGEPKPLRDAVLEAIGKAVQLIDLNKHSGQHPRMGAVDVVPFIPIKNTTTE
                     EAVALSKEVAAQVAERYGVPVFLYEKSATAPHRENLAAIRKGEFEGMAEKIKQPEWKP
                     DFGPAERHPTAGTVAIGARMPLVAYNVNLNTADLSIADAIAKKVRFLGGGLRFCKAMG
                     VELKDRGIVQVSMNLTDFTRTAVYRAHEMVRMEAQRYGVSVVGAEVIGLVPMKALIDC
                     AEYYLGIENFSMDQVLESRIME"
     CDS             complement(6059..6538)
                     /locus_tag="SEQF2637_00531"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWKLIDGMSDDQQQATFANEMATAGKEAHWGRDKNLRDVLVHLY
                     EWHRLLVDWISANRSGERRSFLPAPYNWKTYPAMNVEFWKMHQQTPLADAKAWLKESH
                     REVMTLIEAFTNDELFAKGTFDWTGTSTLGAYCVSATSSHYDWAMKKIKLHIKTSKV"
     CDS             complement(6667..8652)
                     /gene="hutU"
                     /locus_tag="SEQF2637_00532"
                     /EC_number="4.2.1.49"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67417"
                     /codon_start=1
                     /transl_table=11
                     /product="Urocanate hydratase"
                     /translation="MNTFLGNTLPDYPAFVEGIRRAPDRGYTLTPAQTATALKNALRY
                     IPTEFHAQLAPEFMEELRTRGRIYGYRFRPAGDLKAKPIDAYKGKCIEGKAFQVMIDN
                     NLCFDIALYPYELVTYGETGQVCQNWMQYNLIKRYLEELTQDQTLVIESGHPLGLFRS
                     HPEAPRVIITNAMMIGQFDNLHDWHIAMQMGVANYGQMTAGGWMYIGPQGIVHGTFNT
                     LLNAGRMKLGVPQDGDLRGHLFVSSGLGGMSGAQPKAAEIAGATAIIAEVDASRIETR
                     HSQGWVGHVAESVAEAFRMAREAMDRREPCSIAYHGNVVDLLEYAEREGILIELLSDQ
                     TSCHAVYEGGYCPVGISFEERTRMLREEPEAFRKLVDQSLRRHFEVIRKLVARGSYFF
                     DYGNSFMKAIYDAGVKEISRNGVDEKDGFIWPSYVEDIMGPELFDYGYGPFRWVCLSG
                     KHEDLIKTDHAAMECIDPNRRGQDMDNYNWIRDAEKNQLVVGTQARILYQDAEGRMNI
                     ALRFNEMVRNGEVGPIMLGRDHHDVSGTDSPFRETSNIKDGSNVMADMAVQCFAGNCA
                     RGMSLVALHNGGGVGIGKAINGGFGMVCDGSERVDRILRSAMLWDVMGGVARRSWARN
                     PNAMSTVREFNHAHADGYQITEPFVADDQIIEQAMKA"
     tRNA            complement(9287..9358)
                     /locus_tag="SEQF2637_00533"
                     /product="tRNA-Gln"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gln(ttg)"
     CDS             complement(9422..10714)
                     /gene="tyrS"
                     /locus_tag="SEQF2637_00534"
                     /EC_number="6.1.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00952"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine--tRNA ligase"
                     /translation="MNFIEELRWRGMIHDMMPGTEECLQQGMTSAYVGIDPTADSLHI
                     GHLVGVMMLRHFQRAGHRPIALVGGATGMIGDPSMKSAERNLLDEPTLRHNQECIKRQ
                     LAKFLDFDSDAPNAAKLVNNYDWMKDYTFLNFIRDIGKHITVNYMMAKDSVKKRLSAD
                     SNVGMSFTEFSYQLLQGYDFMFLYQHENCRLQMGGSDQWGNITTGTELIRRELGGEAY
                     ALTCPLITKADGGKFGKTESGNVWLDPRYTSPYAFYQFWLNVSDADAAKYIKIFTSLT
                     RDEIDALEREQADAPHLRPLQKRLAREITTMVHSAAEYETAVEASNILFGGATSDALR
                     RLDEATLLAVFEGVPQFEIARDALSAGIKAVDLCTSHAAVFTSKGEMRKLVQNGGVSL
                     NKEKLTDPESVVQADALVAGKYLLVQRGKKNYYLLIAK"
     CDS             complement(10853..11737)
                     /locus_tag="SEQF2637_00535"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEILYDIGAKDVVLLVEALHKRGYERLRFSGNMSPSGGAYRVQ
                     ILRKEDMDWTGYLEDYPDKKISQQMEWYSAVGFDDCGKSPEELADIFATCYPELLSAS
                     KGKDPEYAFWFRKVVWLAHRSVFPIGYADYLDCREKGCLPCVGMNDKDWVLPMPPTGE
                     HRHLEPYYRFYKGESANPHAPHTVRHNIWVHEQRFEQLWAMFTKQEWEAYFKGYKALP
                     HIAYQHHPAVGRKEEHFRRYMDIHLPFRLLPLLPRCHYYKGELLNPYPDDDTAKKQRL
                     GWDKKRSEYYLGVKATPC"
     CDS             complement(11741..12973)
                     /gene="yidA"
                     /locus_tag="SEQF2637_00536"
                     /EC_number="3.1.3.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8Y5"
                     /codon_start=1
                     /transl_table=11
                     /product="Sugar phosphatase YidA"
                     /translation="MKYKMIVLDVDGTLLTDEQTISARTRATLVKVQQMGVRVVLASG
                     RPTHGVMPLARALELDKNGGFVLSYNGAQIIHVPTGERVFERRIDPQFMAYLERGARK
                     RGFTIFTYREDRIVTSNAQNAHVQHEAKLSGMRVEEAANWADAVDFSPCKVMLVSDDE
                     AALVGLEEHWRRRLAGVLDVLRSEDYYLEVVSESVDKSNTLTVLLEKEGIDPTDVVAI
                     GDGVRDVPMLQLAGLGVAMGNAQDSVKACADVVTLTNAEDGVAVALEKAILAEIRDTA
                     IPLDKLNESGRHALMGNLGIQYTYAAKGRVEATMPVDERTRQPFGILHGGASLALAET
                     VAGLGSMILCQPDEMMVGMQVSGNHVSSAHEGDTVRAVATVIHQGRSSHVWDVNIYTS
                     TDKLVSSVRVVNSVMKKR"
     CDS             complement(12986..13507)
                     /gene="lrp"
                     /locus_tag="SEQF2637_00537"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACJ0"
                     /codon_start=1
                     /transl_table=11
                     /product="Leucine-responsive regulatory protein"
                     /translation="MEKMGCDGGRKASPVEYFHFMDTLDSTDLQILRALQENSQRTTK
                     ELAQCVNLSSTPVFERLKRLEKKGYIKKYVAVLDAEKLNQGFRVFCTVKMSRINREIA
                     SDFTRRIRAIPEVTECYNIAGDYDYLLKIHAPDMKYYQTFLLNVLGTIDYIGSIHSIF
                     VMDEVKREYGIHI"
     CDS             13537..13680
                     /locus_tag="SEQF2637_00538"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLSYFMQYVGEKCFCWNGYGAKDMPLRLASALYAPADFLVALS
                     PFF"
     CDS             14752..18306
                     /locus_tag="SEQF2637_00539"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLLETYTNGHAFLKMLHASDEQVALFDELAAAVPPHPDADFM
                     PMLNASSVSWIFPFMKALDNACETYQGGWDRAILGLGLYIRIEEFLLEDLRFLTYFPE
                     SRHALIRSRAEQKLRRAQVRREALRMLRSGLAEAFTTDLAEKVETPGILLYQPEEKAD
                     LTTALLLHDPEALTVGITNYLRLIRYFVEQETGLCPPEYWIETCEALIARECEAMDET
                     LLTGLITPEVRQRAEGLVRTAGALFLLCKAADREIDMVRRLMFYRYLCVLDERHLPPL
                     KNLMLSTFLKHNCRPPEYTWEELIGFSLPSFVGKIAYFTENIPEDRRPYTLEGKGLFT
                     LAERRITLAPFDNPLAGRRMHKLLTLWDGSLRINSFQKPTADLSAVAADNELPAKIWA
                     DAAADFKRKKTVFERHETKELPPANALLKIRITALHPAYPSLAFATVEDDMYEGNGAI
                     HLSQVTRIKQLTSLSGIFAVGDLVTARVIEVSENKRLRFSILDEISKSIATRFHPGEY
                     TYARLISKNENSYRWISEKGYPLYTVPSPLDEVEPELDDLYMLRLTHVNRTGYVRAEI
                     EEMAPEDMEIDPQKAIADLVGYYVDERLADYTEEGVADELHEPHAEAPGRLSPDYVRQ
                     LIYLIDLYTESTDDHVLRFNLCQTARLLADMIEEANIVAYYDRRILYLTELHHFINRQ
                     AVTVTVIDAEAIQRFPRLAHARTVLSLLALDKDDPAAIDTLRQGMQSERKLTADLARL
                     LLIRLLAGQTYPDLYAEADAEVRSLLAVEEEEDPDGEAEEIDFGRETNTREFKSTIVF
                     PPNSNGMADIDRQMERILWAICGFLNAEGGVLFIGVNDIGYPKGIEPDLSYLHANVDK
                     YQLIIRNYIVKELGKDINGLIRFDFHVFSGKTVCAISVPAYHEVVFFRDVVWQRQGNS
                     TRPLDLPDIRLLKERRKNLRPALRITTPAFGEAKEEAEREVEKVFPVSIPTYTPTAVA
                     KPRPTAKPERPASLADDEPDRIATSALAPRREQEPTAYFSILRSGRFVITHEEPHRSD
                     ARLTLPIYDDDSDGYLIYVYENGYANRVAVSTLLSKKPDYEYANAMFGQSSLLFAALA
                     RPDDTLYLKVSSKSGEYLRTLSLKTIKLNTDLSLRGTALYTVPFGRIVQIDLLNKEQA
                     REVENIRSETPTTLGIPAQSFSVIRTAMYLSELLNGER"
     CDS             18303..19652
                     /gene="zraR_1"
                     /locus_tag="SEQF2637_00540"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25852"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein ZraR"
                     /translation="MKSMLPATILVVDDNRGILSAAELLLRAHFRRVVTTHNPERIRA
                     LIRDESPDVVLLDMNFHAGINSGNEGLFWLTEIRKLRPAPAVVLFTAYADIDLAVRGI
                     KEGAADFIVKPWDNERLVHTLTEAYRAHVAASKQGAPPAPAMQDAICWGTSPAMQQLR
                     ALVERVAPTDANVLITGENGTGKGMLARELHRLSARSGRPLVTVDMGAVVETLFESEL
                     FGHVRGAFTDARTDRPGKFEAADGGTLFLDEIGNLPPYLQAKLLAALQSRTVTRLGSN
                     RALPVDIRLLTATNRPLDEMVARGDFRQDLLYRINTIRLSLPPLRERPDDILPLAQRF
                     LRRWADAAGRPIPILTEAALRKLRSYSWPGNVRELEHALEKATILSDSPEISPDAFDF
                     TSAIVRPTPTPPTTLEEMEADLIRRTIDSHAGNLSHAATALGISRQTLYNKIKRYGI"
     CDS             20122..20583
                     /locus_tag="SEQF2637_00541"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYAPTLTDQKIDSLSSIKSSTQYILGCMPYAPTLTDQKIDSLS
                     SIKSSTQYILGCMQYAPTLTDQKIDSILSIELQTRYVLGRMQYAPTHTDQKLDSPLSI
                     ESPARYVLGRMQYVPTHTDQKIDSLLKPPTRNDPFFVYRCRGVLHTPHKYT"
     CDS             20794..21417
                     /locus_tag="SEQF2637_00542"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLQSIHSRRGTLKIYMNAPKTRRGLDEYGHFHAKPAEDRTNMA
                     IFTQNPPGMGRIWPYSRKTRRGWDEYGHIHAKPAEDRTNMAISMQNPTRIGRIWPYSR
                     KTRRGFDEYGHIHAKLAGDRMNMAIFAQNPPGMGRIWPYSRETRRGWDKYGHSYQILA
                     GFRIKYVSSFVIFVQDENVCVKIFLKLGKNKKAGGEIHSIRGKKKKV"
     CDS             21514..22551
                     /locus_tag="SEQF2637_00543"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTVIIRKPGMKKLDNSLHSKFHSSAYDLVTAADITKLGIPSE
                     LMTEWDGNNALETDITKVSQASDETRLMKEKNKERDRLVTYIMGTIRNAQFLPDQDMI
                     EASMRLTAVVKPYVGVQNESFDRETADIKGLLADLRKTENSADVTKLGLSPILTKLES
                     ANKAFDALFTKRMTANTGAKLPPASKVRLESDAIYDRVILMLQWNYLFGATPIDPKAI
                     ETLAENLCRLADRIDKGYNQSVAQRRAAAEKKKKPIDPKDPHAPKDPKPGEPKDPKTP
                     KDPQPKKPKDDGKPDIHLPEEDPSKQPGGGGGSGKQPEGGSGKQPEGGGGAGSGDTGG
                     SGNPDIHLPTE"
     CDS             complement(23301..23393)
                     /locus_tag="SEQF2637_00544"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHPAYPIKVIPGMYLLNMYPRVPGGRING"
     CDS             23419..25875
                     /gene="fyuA"
                     /locus_tag="SEQF2637_00545"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46359"
                     /codon_start=1
                     /transl_table=11
                     /product="Pesticin receptor"
                     /translation="MPRLGCIAKSLHVVIAAEGSFAVLCGHEKERMAGRASHAVLTLH
                     LLMTKKIHRLALMLCALCLTEMGWASDGRPQTDGDTIKTYDIDEIVITSSRKETNRTE
                     QLPGALTILSPRQADLRQIGSVKRLSAFIPNLYIPDYGSRGTSAIYIRGVGARSSGQT
                     VGLYVDDVPYPDKGSFDFELPDIRRIEVLRGPQGTLYGRNAMGGIIHVHTFSPLEHQG
                     TRVGVTYGNYGNLGLRASHAMRLGDRTGLQVGGYYRRHTGFFENVFDGTRADGEQTIG
                     GNVKVVRRFSNAFTATLAIVGSYTNQGAFPYGLRNDSTGRIEPVNLNDPSSYRRTTTN
                     SSLTLKYVTPQFVATYTTGWQFLHDRMEMDQDFMPLSLFTLDQRRRHHAFNQELSVTG
                     TVGRYRWTVGACGFYDHLRTNADVTFKEEGIRAAMQKAFDGMRAKNPRMPRLRVTDNR
                     LELPSAFDESSLGMAIYHQSTLDNFLLPGLSLTAGLRMDIERRRLHYEASGKMNLAIL
                     MPPVYPKETDISALYPASSFDEHLSSDEWQVLPRLALRYAWTPRTSLYAAVAKGYKTG
                     GYNVQMSADLMQSRMQNDIMDAFRHIVPTLPHFDKIQPKEALAYRPENAWCYEAGIKS
                     EPIKNRLHTELTVFYMDIRDLQLTHFTASGTGRMLSNAGRAVSCGIEASLSARIASGL
                     TADVNWGYTHATFRNYNDGRTDYRGKFIPYAPRHTVSLGIHYERRLHSRLIDRIFAAA
                     QYNGVGPIHWTEANDIRQPFYHTLDARAGIGRGALTCSLGGQNLTGTDYAAFYFRSFG
                     RSFIQKGRPAQVAIRIEYAF"
     CDS             25903..26223
                     /locus_tag="SEQF2637_00546"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEFLTTYNLWGLVIGVATFLIIGLFHPLVVKAEYYFGAGIWWAF
                     LLAGLVFMGLSVMVHHLILSTIFGVIAFSSFWSILEVRDQEKRVEKGWFPANPKRAAK
                     KKQK"
     CDS             complement(26446..26661)
                     /locus_tag="SEQF2637_00547"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDIGLIAKDDSCLLPDYLISDKYLLNTYLLNPMLGKDGIHPWI
                     GLPAPDKFSIVRVGRKSIRSTNAHDNG"
     CDS             26740..27069
                     /locus_tag="SEQF2637_00548"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTFEKATVIALEPSIDYAPGSVISKQVTINRAGNVTLFSFDKG
                     QGLTEHTANFDALVQILDGEAEIRIDGTPHRLKAGDCIIMPANHPHALQAVERFKMLL
                     TMIKGGE"
     CDS             complement(27171..27830)
                     /gene="gph_1"
                     /locus_tag="SEQF2637_00549"
                     /EC_number="3.1.3.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67359"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglycolate phosphatase"
                     /translation="MNPIHSLIFDLDGTLLNTIADLAHSTNHALEKSGFPTHAIEAYK
                     YFVGNGINKLFERALPEGERTQENIARIRSAFLTYYDAHNADYTAPYPGIPELLSQLQ
                     ADGMALAVASNKYQRATEKLVRQYFPDIRFAAVFGQREGIPTKPDPTVVRDVLQVTGC
                     TAEETLYVGDSGVDMQTAANGGLVSIGVTWGFRPRTELEECGARHIVDSPDEIRRLAV
                     G"
     CDS             complement(28101..31460)
                     /gene="mfd"
                     /locus_tag="SEQF2637_00550"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A7B2"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription-repair-coupling factor"
                     /translation="MDIKDLQNIYAAHPQMVALTSLIDRGDVHSMHWAGLQGSSAAVC
                     LAALFRKRGGCLLCLMNDLEEAGYFYNDLVQLVGEASVSFFPSAYHRHIKYGHTDAAN
                     EVLRTETLATLQSDKPDVIIVSYPDAIAERVLSKNVLKENTLELHVSEKVDPIFVSDV
                     LDNYHFEQTDYVYEPGQYAVRGSILDIFSFSHERPYRVDFFGNEIESIRTFDVETQLS
                     QEKLDAIRIVPEISRYDDADSSLLDLLPKDALVVTHDAMWCRERIASLWDEEPVNKDD
                     EGFADRETMRRKLIGAEAFSVAVARFISIHLMARDGDTAAVFRFDTSPQPLFQKNFDL
                     VSQTFRQYLTDGYTLYLLTDSEKQAARIRDIFKDRGEAIPFTAVSRTLHEGFTDHTLR
                     SCFFTDHQLFGRFHKYNLKSDRTRSGKMALTLKELNQFTPGDFIVHIDHGVGQFGGLV
                     RTEVNGKVQEAVKLIYRNNDILFVSIHALHKLSKYKGKDGGEPPALNKLGSGTWERMK
                     DRTKKKVKDIARDLIRLYATRRGEKGYAFSPDSFMQDELEASFIYEDTPDQMRATAEV
                     KADMERERPMDRLVCGDVGFGKTEVAMRAAFKAVADNKQVAVLVPTTVLAFQHYQTFR
                     ERLKDFPCTIDYISRARSTAEVKDILKRLASGELNILIGTHRIVGRDVKFNDLGLLII
                     DEEQKFGVSVKEKLRQLRTNVDTLTLTATPIPRTLQFSLMGARDLSNITTPPPNRYPV
                     QTELERFNADIIREAIEFEMSRNGQVFFINNRIQNIYEIENLIRREVPGVRVAVGHGQ
                     MEPDKLERIILDFVNYEYDVLVATTIVENGIDVSNANTIIVNNAHQFGLSELHQLRGR
                     VGRSNRKAFCYLLAPPLSTLTAEARRRLQAIESFAELGSGMHIAMQDLDIRGAGNMLG
                     AEQSGFIADLGYETYQKILEEAVDELKTDEFADLYAGGDESAPNTGDNYVRETFVESD
                     LELMFPPTYIPNDSERVGIYRELDTIETDEALSRFVASLQDRFGRIPTEGEELIRVVS
                     LRRMARRLGIEKVVLKRGAMALYLPSDSDSPYYQSIAFGRLLGYIGRHPKSCVLREQN
                     AKRSILIRNVASVAAAVRCLTEVEHIEPDAA"
     CDS             32082..32408
                     /locus_tag="SEQF2637_00551"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIRGAYAIRPYPDGRKIVMISIHSASDMFIRRAYAIHPYPNGR
                     KIVMISIHSASDMFIRGAYAILPYPDGRKIVMILIRPAHNDQKIAMILIRLPHSNLKI
                     ATILIH"
     CDS             complement(32441..32599)
                     /locus_tag="SEQF2637_00552"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQMVFFHIRMIQYALHIYLFYCGRLLYAARNLFFYTKRNVYASG
                     FIFLIAQG"
     CDS             complement(33072..33251)
                     /locus_tag="SEQF2637_00553"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MECKKNAPNFHLPHDSEKPIPAKSAYPRVSSQAILIKYSNPRPS
                     GIPVLGRFFNPNASA"
     CDS             33696..33830
                     /locus_tag="SEQF2637_00554"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRYAPTLTDEKGAVSLFAGGRGKVVLAGMCFMYFMVMFFVMIIG
                     "
     CDS             33827..34612
                     /locus_tag="SEQF2637_00555"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVIEIEKLGQYRLDNSLHTWFHDKVCERIGAADGEKIGVPQT
                     MVEEYRACVDEEFEMLKEVSGEENETKAILKKDAECDRLLSFILGVIRIMRLSPRQEV
                     AEDAQHLYVLTHDKKRIQSEGIGRKPARIDSLLNDLKKPEPAAMITRLGLDEAVGLLK
                     QANEDASRLQRERSNLRVRRKRPSMTQIRPKTDEVYHEVILQLQYAYKNNVPPIDREA
                     IAELVRHLNEHTAHARMTYKKSLAQRRARRRQKSAPTDADNPV"
     CDS             34682..35728
                     /locus_tag="SEQF2637_00556"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAKYLLFLLCTLAVIACQPSGGDDTPAVAFYYWRTTFDLTPTE
                     RRVLEDCDVKHLYIRYFDVKIDPASSMIVPEAPVRFRSLPPKGIRVTPVVFITNRVML
                     RRETNVDTLAANIAAYIRRINRAVGLPEPDEVQIDCDWSTGSRDRFMLFIDTLKRHGG
                     FRNLSATIRLHQAKHHTITRIPGVDRGVLMYYNMGSVETDTVNSIYDRKIAKRYLGSL
                     KVYPLPMDVALPIYAWGVHLSEGRVTELINRIHRADFEQDTNFLVPHGSNLITVKHSL
                     IKGGRYYRTGDEVRIEEVTSKDLLEMARDLSRHMPKRPREVIFFDLDEHHFNKYITNY
                     ESETNFFKDVVRCF"
     CDS             35682..37916
                     /locus_tag="SEQF2637_00557"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKRISLRTWCAVFSAILISTGLAWACFYMDFDPPSNFSPELM
                     MRDAAAYRPLFYDPNTTFYNGHDDQHPRRFNEEVTNDWYDFLDGKLTREQIAAFMLEG
                     KKVAAIANSSSPKVKAFERFVRLAHQVDNYACTPINPWSYYNNPQSDTPQKTSEELVE
                     EAIRDYRAETNAFLKNRYAFQALKALFYAGNRDAFERFFGEVEPNMPRNTLYYRALGY
                     RAGFYIEVKDFCNANLLYAEVFNHVPAMRPVAATSLTLQDEKQWEQCLRAASPEQKTA
                     LWALLAFRTGDNDRAIRSIYQIRPKDPLLSLLVIRFINENEDRRWSLIGPPTEDADPK
                     ANRMKEIPRETFDLIRRIASEEKTENPFLWYAAAGYITSWSGDYDGANSLYDKAAGQM
                     KAGNKEAADQLRLLRLVNALSRITEVKGDNIERLTEELRWLYKQNSYPEYGKGGMRYK
                     TAIEQSATYLSTLYAKAGRPELAEMLDHSSEKIAQPGVVDKLIAVLENPRTPMEKLIV
                     DMYPYTAEEFYFYKALQALHADQLIEAEALMKKAGKQGMTELYTNPFNDYILDPLDAH
                     TRKHIKEAKVKYTPITLIQKMREGEAKIARGEEVYNNSLLVGNAFYNMSFYGTSDIWR
                     VPLLNASIFELVPCYAQEMVMTSPAAKKYYRMALKAATTDEQRAKVVFLSIKCDRNDC
                     YLGPIRGRALCDNQRSMNQSNSPNWLDRDGFGELMRYANTQYYRDVIRECGYFQLYVA
                     KHKR"
     CDS             38164..39324
                     /locus_tag="SEQF2637_00558"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERMKAFSKRAMYGALAGLLWIATPAARAQDNITLTDSAQTLA
                     LVAAANDTSALAPITATSDSVFLKDSSAVLPIKEAIQDGDFRTKAQLREVVEQWNAAL
                     TPATVDRLKQLYHDTEVLYYGGRTTPDECINDKRAYMESHPGYAQTLVGEIVYDSINQ
                     VTYRCSFIKRVKQNDGFFEYPSYLVMMRMPNGWRITAEGDGATDYNRKKSETGSARGS
                     GMNEGDFNGTGTKGYVWLEPPVFAKTDDEDAGCLGGCDGTIRFLNPFIPPIKVRHCID
                     GTPDNLGDLNGDGADEVGLLPIWFNGCWADYHVWTLQNGRWIEAVESFPTHCDQWKTG
                     LKPVEVDPKRPGYVIIRYSENGKNGGIEVKSKSVPIRGGKGAATDPVTFPKL"
     CDS             39321..40250
                     /gene="menA"
                     /locus_tag="SEQF2637_00559"
                     /EC_number="2.5.1.74"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32166"
                     /codon_start=1
                     /transl_table=11
                     /product="1,4-dihydroxy-2-naphthoate
                     octaprenyltransferase"
                     /translation="MSTERPLSSPTPPSAAASVSPLKAWITAARPHTLAASACPVVAA
                     SALAWRADTFRFVPAALCLLVAVLAQVAANLSNDYFDYKKGADTDRRVGHQRAVASGW
                     IAPQTMLRASLVTLGLALVCGLFLLAYGNPFLLLGAGVAIALCVPAYTAGPYPLAYRG
                     WGDVCVLLFYGVIPVCLTYYVQAGTVTATTAWISVALGLLSVNILLVNNVRDQEQDAA
                     AGKRTTVVRFGRRFGTTLYLVCAVLAVACSWPAYFYRGAYTWLLFLIFLAFELVTWHD
                     LRRLSGPDLNRVLGLTARNIWIYTLLLVSLLVF"
     CDS             40254..40787
                     /locus_tag="SEQF2637_00560"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGPLQRSAIRQNQILGRCNGLQSVRIRFWAVATVCKASESDSE
                     PLQRSAILQNQILGRCKGLQFVRIRFWAIATVCNPPKSDSGPSQGSAILQNRILKGLP
                     SMNHPVNPLLSPLFIVQFVSLPSLEMGIAGRRARLHLCRAKKPKQPSIYNEKNSYASL
                     LHGLLCRRHACHECQCD"
     CDS             40738..42954
                     /gene="cirA_2"
                     /locus_tag="SEQF2637_00561"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MVCCAVAMHATNANVTKRTYTVRGTVKDRMNAPVPYATVMVLGT
                     NIGIAADVDGGFRLQLDKGTYRLRFSCTGYEQKIVEVSAEQQPNLEVTLDEAKNGLTE
                     VVVTGTRTERMLKDEPVVTRVITAEEIKKLDPQDFKSLLEYELPGLQFNGAAHGSGLP
                     DISFQGMDSRYLLFLIDGERMAGEGALDNIDFSRLDVDNIERIEVIKGSMSTLYGSNA
                     LGGVVNIITKKANRPFVGNVSARTTSRGDQKYALSVGTRQEKFSSLTSASFSRRNPYT
                     IRDTKPMTSTFKRPDGTDSTAVDTTRRSFNIKGYETFSIAQKFGYDFTDRLSAELTGS
                     FYQNRLLYTEEMKLHERFRDFTFGGKLNYILNENSRLDLSYHYDHYYKNDIFPQAGDL
                     TTVKYRDITNNIRLNYSLLLADRHALTAGTEYNTERMKSNWFRDTTSSRFSNCVIYVQ
                     DDYRVTDRLSLVGGLRMDYHSEYKAHVSPKLSAMYRLGHVTLRGGYAAGFRSPSLREL
                     YAEFDHRGMFKIYGNTDLKPETSHHASLSAEWVAGIFNASATGYYNWFNNRIVRTVRI
                     EDGPAKQYPDYTYQNAEKSKTYGFDVNAQVRLPFDLTLRGTYSYVNDDEKVQGKRSSY
                     IRPHTAVMQADYTRRFGRCRAYIGLNGRWMAATDYWSYSTRSKGMYKMELESRMLWKL
                     NAGCYFPRGIALNIGVDNLFNARDKNIGYDVYSATLTRGTEFIANLSVNIAELIGK"
     CDS             43522..47967
                     /gene="cobN"
                     /locus_tag="SEQF2637_00562"
                     /EC_number="6.6.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29929"
                     /codon_start=1
                     /transl_table=11
                     /product="Aerobic cobaltochelatase subunit CobN"
                     /translation="MKRKIYLWIGIVAVVLAAAFFAYSKWMAPTRVAFVNFQAISLGN
                     IYKANDNSHIKLVEISTDELDKLKDFDMIFISGMGLRIVEEQREQLQRLADKGVPIYT
                     SMATNPDNNICNLDSVVRDSIKTYLDGGSKKNYRSLLNYVRKVIDGKRFFINEPEPAV
                     ERAEDIIYHPNPSGNDRDDDLEFHSVAEYEAWLKKQNLWHEGAHKIVVTGQMADPTGL
                     IDALQKAGMNVYPIYAREKWFDYLNAINPAMVINMAHGRLGDEMVDWLREHNVTMLAP
                     LTVNRLVEDWENDPMGMSGGFMSQSVTMPEIDGAIRTTALFAQYEDKDGYRHSFAVPE
                     RLETFVETVKRFLDLRTKPNSEKRVAIYYLKGQGQGATMTAGGMEVAPSLYNFLKRLK
                     DEGYKVDNLPANHRELEKMIMQQGAVLGVYAEGAIAEFMKTGNPELIKKEDYEAWVKQ
                     ALRPEKYKEVVAANGDFPGQYMATADGRLGVARLQFGNVVVMPQNAAGSGTNAFKILH
                     GTDAAPPHPYIASYLWMRFGFKADALIHFGTHGSLEFTPRKQVALSSNDWPDRLVGPL
                     PHFYVYTIGNVGEGIIAKRRSYATLTSYLTPPFMESSVRGIYRELTEALKIYDHLAED
                     INERREQGKAPDARMEADLKRAAINVKAATVKLGIHRDLELDSIAGKPYSEDEIRRVE
                     NFAEELATEKITGQLYTMGVPYEPARITSSVLAMATDPIAYGVWALDKLKGRTHLDAD
                     RDRVKFTQLYLDPAKELVNRLLTQPTMATDELVCRTAKITPEELAKAREIIADRNAPR
                     GMAAMMMMTGNKKKGGMPAGMPGMPPKGMGGKADAKPAGHPGGMPGGKADAKPAGHPG
                     SMPGGKADAKPAGHPGGMPGGKADAKPAGHPGGMPGGKADAKPAGHPGGMPGGMMGGK
                     KKTYTKDEVHLADAIMEVERTILNVNKYKTYLMESPESELRSNMNALKGGYVAPSPGG
                     DPIANPNTLPTGRNLYSINAEATPSEAAWEKGKRLANATIDLYRKRHNNEYPRKVSYT
                     LWSGEFIETEGATIAQILYMLGVEPVRDAFGRVSDLRLIPSSELGRPRIDVVVQTSGQ
                     LRDLAASRLFLINRAVEMAAAAKDDKFDNQVSEGVTEAQRTLLSKGLSPREAQEMATY
                     RVFGGVNGNYGTGIQGMVESGDRWEKESEIAETYIHNMGAFYGSEKQWELFRQYAFEA
                     ALTRTDVVVQPRQSNTWGALSLDHVYEFMGGMNLSVRHVTGKDPDAYLSDYRNRSNVR
                     MQEVKEAIGVEARTTILNPTYIKEKMKGEASSAGVFAETVRNTYAWNVMKPSSIDDEL
                     WDEIFEVYVKDKYDLKVDEFFREQNPATLEEITAVMMETIRKGMWKATPEQIAELARV
                     HTETVNKYGAACSGFVCDNAKLKDFIASKADASAAAQYKQKIAEAREANLSDKDAKSV
                     VLEKDKQNAVDETADSTGRHVILIAAIALVVAIAAFLIIRRRRKN"
     CDS             48084..48791
                     /locus_tag="SEQF2637_00563"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNIFLLLAFFAVVKSLFMTTLLPDRRYRIAFSLLLGVFVVLSH
                     PYVVELNKLQVQRMLSERSALFDISLVVMVDSLLTVYFCLARLRDREPGQHFAWYTTL
                     VRHMPSLLIFPALFYLHINLLFSLPGVAFTTVTWGLAAGVVAVFVAASLFARSLIGGK
                     DLLIELIMLLTLLLFLLTVCSAVFHPSNTVISHSAPVDWLGCLGTLGLLLGLTLVGWL
                     LTAVRRRLQKKSQPSDG"
     CDS             48971..49183
                     /locus_tag="SEQF2637_00564"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGLHDGGTVCETTMQGLHDDFTVCKKAMQDLHSGFTVCEATVQ
                     DLHSGVTVCEATMQDLHSGFVVITTL"
     CDS             49323..49934
                     /locus_tag="SEQF2637_00565"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYVSNILFWISNGLLVPVIVGLLYFFIRSILMLGGFFNQYLRR
                     TKQAGQLKKQLDTWDGAHLDALLPTIEASAERDFTEAVRRIAATPDSTHVDRILAEYE
                     VRADADLSRCRMLTKFGPILGLMGTLIPMGPALAGLATGDVASMAYNMQIAFATTVVG
                     LFAGAVGYVILQARQRWFVADLASLEFIAGMTAQVSPTNAPQS"
     CDS             49931..50263
                     /locus_tag="SEQF2637_00566"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRRRRLLSASAEDNDPVAMLTNLFDVAMVFAVALMVAMVVKFN
                     MTEIFSKEDYTMVKNPGKDNMEIITKEGQTITRYKPSENQNATGKKGRKVGVAYELEN
                     GEVIYVPE"
     CDS             complement(50363..50638)
                     /gene="yafQ_1"
                     /locus_tag="SEQF2637_00567"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47149"
                     /codon_start=1
                     /transl_table=11
                     /product="mRNA interferase YafQ"
                     /translation="MKTIRYSPQYKKDFKRYRHQPDKVDKLMAVLELLASGERLPPEL
                     YAHKLTGRYKGCLECHIENDFLLIWEDESENCIYVLRLGSHSELFRR"
     CDS             complement(50635..50886)
                     /locus_tag="SEQF2637_00568"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVKRKKQTTFRLSTELRGRLREKAAEEHRSMNDLVEGILLDA
                     LYYEPNEETIAAIEEARAGRYAGTIDLSSREAFIRSCSE"
     CDS             complement(50932..51585)
                     /gene="gph_2"
                     /locus_tag="SEQF2637_00569"
                     /EC_number="3.1.3.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67359"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglycolate phosphatase"
                     /translation="MPIQLIILDFDGTLADTRDNIVRTLQASMHQLDLPVADEAACAS
                     TIGLKLDDACRHLYPDGPADLADRFVETYREIFFRNKESLVPAPFPHVLPTLRQLRER
                     GVVLTIASSRGTGSLHAFIDAMGLRDCISYVLGADSVEHTKPHPEPVLRTLCETGIDA
                     VHTLVVGDMPVDILMGRNAGVQTCGVTYGNATRDQLQAAGADFLIDDFAELLCGISK"
     CDS             complement(51589..52206)
                     /gene="recR"
                     /locus_tag="SEQF2637_00570"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8RDI4"
                     /codon_start=1
                     /transl_table=11
                     /product="Recombination protein RecR"
                     /translation="MNRAYPSTLLENAVDELSALPGVGRKTALRLSLYLLRREPEYAE
                     RLGTALQALRRDVKYCRTCHNICDTDLCDICADTSRDHSTVCVVENVKDVMTVENTAQ
                     FRGLYHVLGGIISPIDGIGPADLEIDSLVKRVAEGEVREVVLALSTTMEGDTTNFFIY
                     RKLSAYPVRVTVIARGVSIGDELEYADEVTLGRSILNRVEFNDAI"
     CDS             complement(52203..53354)
                     /gene="rffG"
                     /locus_tag="SEQF2637_00571"
                     /EC_number="4.2.1.46"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27830"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-glucose 4,6-dehydratase 2"
                     /translation="MHTYLITGGAGFIGANFVKYMLATHADAQLIVLDLLTYAGNVHT
                     IESDIDGVRCHFVKGDIGDRALVESLFEKYPIDCVVNFAAESHVDRSIEDPQLFLVTN
                     ILGTQNLLNAARKAWTTGRDATGYPTWRPGVRFHQVSTDEVYGSLGPDGFFTETTPLA
                     PHSPYSASKTSADLVAMAYHDTYRMPVSITRCSNNYGPYHFPEKLIPLIINNILEGKQ
                     LPVYGDGSNVRDWLYVEDHCKAIDAVIHRGRAGEVYNVGGHNERKNIDIVRTIIRTIR
                     QLMTKQPAYRDALRKRIAGPDGLPTVDWIDDSLITFVTDRLGHDQRYAIDPTKISTEL
                     GWRPETDFETGIVKTVRWNLEHQDWIREVISGDYVGYYERMYAGRELKS"
     CDS             complement(53512..54057)
                     /gene="rfbC"
                     /locus_tag="SEQF2637_00572"
                     /EC_number="5.1.3.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26394"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-4-dehydrorhamnose 3,5-epimerase"
                     /translation="MDYIETHIPGVWILEPKVFHDARGYFMEAYKQPDFEAHIGPTRF
                     IQDNESCSSCGVLRGMHYQLAPYAQAKLVRVIVGTVVDVAVDIRRGSPTFGQYVMVEL
                     SADNHRQFYIPRGFAHGFFVKSETAIFTYKVDNPYMPSHERGFRFDDPDVGIDWSIDE
                     ATSILTSEKDRVLPQLRDAEL"
     CDS             complement(54103..54888)
                     /locus_tag="SEQF2637_00573"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGAIVGDIVGSRFEFNNTHRTDFELFTPECGFTDDTVCTVAVA
                     DALLRGVDFGPTLHSWCRRYPYPTGGYGGHFRQWIASDDPQPYFSFGNGSGMRVSPCG
                     WIDGPMDDVLEAARQSAACTHNHPEGIKGAQCIAECIRTLRDGGGREAVRTIATTRYG
                     YDVSETCDEIRRTNRFDVTCQVTVPQSIVCFLESTDFEQAVRLAISIGGDSDTIAAMT
                     GSLAEAFYGIPDAIARQALACLTQEMRDVVIPFNAQRPIQLIR"
     CDS             complement(56099..56272)
                     /locus_tag="SEQF2637_00574"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGVTSKVYVLPPPPAGVTVGVTAAPFTLKLVSVVVASGVVNEM
                     RAEEALSTVVAFR"
     CDS             complement(58422..59279)
                     /locus_tag="SEQF2637_00575"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVRSLVAARDDDVGAVRFFQLQASRSRGVGRAAKLGNQLRLEW
                     GACRDGDHAAGVSQLGRSREVALMGRHGEVHLRILHGAFGRAGLEGGVDDIAGVAPRV
                     CVLINGREGVLFGRDATQDVGRIVEGDIEGVEGGEVGAVHIERQGGVGPVGVHAEAGV
                     DAHGVLLRAVRSGAVEGVGVEHLIGRRTGDRRIDLHPAVVYALADVGRAAFLQLHVLD
                     GAIEIEPEVGDGYRRLVNDLQRGGGHFRSACGHRPRIDLERIAWAGVGEGDVERIALH
                     SVGHGIAPD"
     CDS             complement(59559..60524)
                     /locus_tag="SEQF2637_00576"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADGQRTVDVIAVDDVLQVFGDDGDLAEDDGARVRRDGLGHRVG
                     DLYVVTPLFTHDEEGVRSAGDRALVLEPLIANVHAATLDAECVLLFADVLEARQVADK
                     PGVDPDLHGEGQATGGRSVIVAVDDGREVVLLFAQSGGVARRLRPSGAGELGMGGGAV
                     GVPGAVEVAAEDRQRVHFAHIEARREGSAGGDHDQAVFVQPVVHLARRTVAEEALDGD
                     GGEDGIHRVVDAIDGVGAGGPVVDHGHMAGDAAMHALVCGSVVSCFRQRDFDVALAVR
                     ADAVAREDAVAQVQRGHRRGESEVVDRVAVHVDLLRHTQQQVIQG"
ORIGIN      
        1 ttctgagaat ttttcccatt tcccgccgcg ggaaggcgtt tttcggagat ttttccccat
       61 ttcccgccgc gggaaggcgt ttttcgaaag ttttgatcgg tttcccgcgg cgggaaggcg
      121 tttttgaagg tcaacgatcg gtttcccgtc tcattttcgc gtttcagcaa tcccgagatc
      181 ggtttcgtgt ctcattttcg cgatacagaa atccggcgat cggtttcgtg ccgtaagatg
      241 acgtttacgg ctacccgcaa cccccaaaaa aatcccccga gcggcggact tgcggtccgt
      301 acccggggga tgtttcgtga ggggcgacgg ggggatttac agattgtcca ccttcatccg
      361 cttgaggaag gcgaccgtct tgtggatctc tttgtacatc accacatcgt cgctgatgaa
      421 gggcacctcc ttgcgatagt cgtgcagcac ttgctccagt acgggcgacg tcttcagcgg
      481 tcggcggaac tcgatgccct gcgcggcgtt catcaactcg atggccagga tcagctccag
      541 gttgttcatc accttataga gcttcgtggc ggcgttggcg cccatgctga cgtggtcctc
      601 ctgcccgttc gacgagacga tggagtcgct cgaagccgag aagcagtaca tcttgttctg
      661 gttcaccatc gacgccgcag cgtattgcgg aatcatgaaa ccggagttca gacccgggtt
      721 ggccacgagg aactcaggca gcccgcgcaa gcccatgatg agctgcgcca cgcgtcgttc
      781 ggagatgttg cccagctcag ccagcccgat ggcgaggaag tcgtaggcta cggccagcgg
      841 ttgcccgtgg aagttgccac cggagatgat catgtcctcg tctgggaaga tggtcggatt
      901 gtccgtcacg gagttgatct cggtcaggag cacagaggcg acatagcgga tcgtgtcttt
      961 cgtggcccca tgcacctgcg gcacacagcg gaacgagtac ggatcctgca cgtgcttctt
     1021 gggccgagcg atgatctcgc taccctctaa aagacggcgg aaagcctcgc ccgtctcgat
     1081 ctggcccttg tgcgggcgga tgcggtgcag gcagtccatg aagggctcga tgcggccatc
     1141 gaaggcctcg agcgaaaggg cggcgatgag gtcggccttc ttcgagaggc ggaaggcacg
     1201 caggagggcg aagacaccgt tggcgctcat gaactgtgtg ccgttgagca gggccaagcc
     1261 ctctttgctc atcagcttaa caggcgacca gccgaactcg tcgagcacgc tgatggcctc
     1321 gcacttcttg cctttataat agacgtcgcc gacgccgatg agcggcagga agaggttggc
     1381 cagcggggcg aggtcgcccg aggcacccag cgagccgcga tcgtagacga tgggcatgac
     1441 gtcgttgttg aagaagtcga ggatacgctg cacggtgatc acctgcacgc cactgtgacc
     1501 cagcgacagg gcgtgggcct tgagcagcat catcagcttg accacgacgg gctgaatctc
     1561 ctcgcctaca ctgcaagcgt gactcttgat caggttttcc tgaagggcac ccagctcgtc
     1621 gagcgagatg ttcttgttgc agagcgaccc gaagccggtg gtgataccgt agagtgggtc
     1681 gggcgaagag gcgatcttgg cgtctaagta gtcgcggcat ttctggatgc gttcgcgcgc
     1741 ctcgggggcc agctccagct tcaggttctc gttgatgatg cgttcgatga tctcgaacgt
     1801 cagctcgccg gagccgatct gatatacatt cttcacgacc gtctgctgct tagttgaacg
     1861 catgggcttt gacatactcc agcagcttgt gttcggcctc cacggcgaca gcctccaggc
     1921 ggtcggcctc ttccgtcatg gttttgacga aagcctcatc cgtgatcgag gtgaggttga
     1981 tacggacgtt cagcagggca ccgatgacag ccgtgcgggc acacatcatg gctactgtgg
     2041 cgtcggtcac ggcgttgcta ttgccacggc gcgcggcagc gtcgatcatc ggcaacagct
     2101 cgctggctgt gcgggctacc tccatcggca cctcggcggc atacttcgtc tcgcgttgga
     2161 tggcctcctt acgcacggcc ttctcttcgt cggtctcttt gggcaacttg aaggcggcaa
     2221 agacgcggtc gtacgcctcg gcgtcacgat cgacgtcggc caacagcttt gccgattgct
     2281 cggtcatacg ggcagagatc tgctccatct cgtcgttcac ctcggcgtac ttcttacggc
     2341 ctacggtgag gttggctacc atggccgcca gcgatgccgc cagcgaaccg ttcaatgcgg
     2401 atacacttcc gcctcccggc acgggatcgt tgccggtcac tttgtcaata aattccttta
     2461 cggataaact cttgagttcc atatgaacta aaatctaaaa actaaaatct aaaaatgacg
     2521 gggacaatcc tattgctgca tgtttctctt cgcagtcttc acggttgaca ccaacattgc
     2581 caaaagctct cgacaatctt ccattatgga tgcggccatg cgtttgttta tatagccagt
     2641 atccaaaagc agcgacagcc aatacattgt ctcgttcgcc tccttcagag agattctcat
     2701 cttatggatg aaatctaacc ggctctcact gaactcagcc tcccgaatgg aagctccgat
     2761 ggctgtaccg cttcttttta cctgattgct caagacaaac tctctctttt cacgttcgag
     2821 atactggaca agtcggataa tcctgattgc aaaggcataa ctcttcgatt gcaagacatt
     2881 gtccttcatc ttttattttt tctcgttaat tcacttcttg aatagatcta aaggctaaaa
     2941 acctaatcgt cctccggctg agcgggctga cattctcggc ctctcctgcc ggcaggactt
     3001 ttagttttta gcttttagtt tccccgttct ttacgactac ctctccctgc ttgatcaccg
     3061 tgtcgacgat gttcataccc acgtgatagg gcaggaactt gtacgacggg aattgcagca
     3121 gcacgaggtc gccttgcttg ccgacgtcga tcgaaccgat gcggtcggca cggtcgatgg
     3181 ctgcggcgct gttgatggtg aaggctgtaa cggcctcctc aggcgacagc ttcatataga
     3241 tgcatgccag cgcgaacagc agcgggacgg acgcggagaa ggagctgccc ggattgaggt
     3301 ccgtggccag tgccaccatg caaccggcgt cgatcatctc ccgaccgcgg gcgaatgtct
     3361 cccgcagcga gaaagccgtg agcggaagca atgtggctac tacgccagcg tcggccatcg
     3421 cacggatgcc cgcgtcggag gcttgcagta ggtggtcggc tgaggcacag tgtagctcgc
     3481 cagccagttc ggcgccgcca aactgcacga tctcgtcggc atggatcttc agcttgaagc
     3541 cttgctcgcg agcggcctgg agataacgcc gcgattgctc gatggtgaag acgtccttct
     3601 cgcagaagat gtcggcaaac tcggccaacc cttccttggc aaccagcggg aacatctcac
     3661 ggatattgaa atcgatgaac gcgtcctcgc gccccttcca ttcggccggt gtggcgtggg
     3721 cgcccatgaa ggtggagaca atgtcagcgg ggtgcgcctc gttcagccga cgcatgacgc
     3781 gcagctgttt catctccgta tcgcgatcga ggccgtagcc actcttgccc tccacggtgg
     3841 tgataccgag gcgcagcatg gcgtcgagtc ggcgacgtcc aacctcgaac agctcgtcct
     3901 ccgatgcctc acgcgtggcc ttggtcgtat tgacgatacc gccgccgcgg ttcatgatct
     3961 ccatataact gtcgccgcgc atacgccacg agaactcctc ctcgcggtat ccgccgaaga
     4021 cgaagtgcgt gtgcggatcg acgaagccag gcagcaaggc cttgcccgtg gcgtcgatga
     4081 cggtgtaacc cgcttcgtcc acaggcaacg gttcgcccgc gcggagcaca tgcgagatgc
     4141 ggccgtcggt cacgaccact gtcccgcctt ctatcacatg caggtcgttc atctcgcgcc
     4201 cccgcttacc cgcgaagccg ctgcatgtca ccacctgcga tgcgttctta ataatcaggt
     4261 tcttcatttg atcttcttga atgtatgtac tgtttgtccc tccacgaagg gcacgaatgc
     4321 tccgatccga aacgaccgcc cgtcggcgct cagcttgaaa gcataggttt cggccatcgc
     4381 gctcgacaac caccaatgca cttggatact gtcgcctttg acttcatacc aataggggcc
     4441 ggcctttaag cttcccggct tccgcttcaa ctcaaacgcg tttttatcgg agcgtgcatg
     4501 cgcgtcgaaa tcgatcgtgt cggttccagt cgtttcgtgc acccagacgc cggtcagtcg
     4561 gccgtccgaa ggcagcggtt ccgtcgttcc gcaagcggat gccatcagta tcagtgggag
     4621 gatcatcccc gtcataaact gcttcatatc tgtcaagttt taagtgtgaa atctatcggt
     4681 gaaaagctcg gataggtaga gctccgacgg tcgtcgaagg ggaaaaccct cagggttcag
     4741 agctccgacg gtcgtcgaag aggtagaccc tcagggttca gggctccgac ggtcgtcgaa
     4801 ggggtaaacc ctcagggttc agagctccga cggtcgtcga agggataaac cctcagggtt
     4861 cagagctccg acggtcgtcg aagacttgcc cttgatacgg ttgtatcctt caaaacagcc
     4921 gcttcgggga gggacaatga tttactccat gatgcgcgac tcgagcacct gatccatcga
     4981 gaagttttcg atgccgaggt aatactccgc acagtcgatg agcgccttca tgggcacgag
     5041 gccgatcacc tcggcgccga ccacgctcac gccgtagcgc tgagcctcca tgcgcaccat
     5101 ctcgtgggca cggtagacgg ccgtccgcgt gaagtcggtc aggttcatcg acacctgcac
     5161 aataccgcga tccttcagct ccacgcccat ggccttgcag aagcgcagac cgccgccgag
     5221 gaaacgcacc ttcttggcga tagcgtcggc gatggagagg tcggccgtgt tgaggttcac
     5281 gttgtaagcc acgagcggca tacgtgcgcc gatggccacg gtgccggctg tcgggtgacg
     5341 ctcagcgggg ccgaagtcgg gcttccactc gggctgcttg atcttctcgg ccatgccttc
     5401 aaactcgcct ttgcggatgg cggcgaggtt ctcgcggtgc ggtgcagtgg ccgacttctc
     5461 atacaggaag acgggcacgc cgtagcgctc agccacctga gcggccactt ctttggagag
     5521 ggcaacggcc tcttcggtcg tcgtgttctt gatcggaatg aacggcacca cgtcgacagc
     5581 gcccatgcgc gggtgctgcc ccgagtgctt gttcaggtcg atcagctgga cggccttgcc
     5641 gatagcctcg agcaccgcgt cacgtagcgg cttcggctct ccgaccacgg tcacgacgag
     5701 gcggttatga tcctcatcat tgctgtagtc cagcagtttc acattgtcct taccgcggaa
     5761 gcaatccacg attttctcga ttttctcttt gtcgcgtccc tcgctaaagt tggggacgca
     5821 ttccatgatt ttgttcattt caaatgggtg taaataagta gttacgggta gtttaagtag
     5881 ttagaggtag tcacatgtag gggctggtgg catgtacccg gccaagttgg ccggcgcccc
     5941 tggcgccttg atcttctttt ggttcctttt cttccatcaa gggaagaaaa ggaagtcgag
     6001 gttcaagggc aacgccccct gcgttgtatt ggttgaggaa gttcatgcga gaggagcttc
     6061 agactttgct cgttttgatg tgcaacttga tcttcttcat cgcccaatcg tagtggctcg
     6121 aagtggccga aacacaatag gcgccgagtg ttgacgtgcc cgtccaatcg aacgtgccct
     6181 tggcaaagag ttcgtcgttg gtgaaagcct cgatcagcgt catgacctcc cgatggcttt
     6241 ctttcaacca tgcctttgca tccgccagcg gtgtctgctg gtgcatcttc caaaactcca
     6301 cattcatcgc cgggtacgtc ttccagttgt acggcgcggg taggaatgat cgacgctcgc
     6361 cgctacggtt cgcgctgatc caatcgacca acaatcgatg ccattcataa agatgaacga
     6421 gcacgtcgcg cagattctta tccctgcccc aatgagcctc cttgcctgcc gtagccattt
     6481 cgttagcaaa cgtggcctgc tgctggtcgt cgctcatccc atcgatgagt ttccacatct
     6541 tctcaaactg tccgttggca gcaaggatta aatctgtttt tgttgttggc cgtgccatga
     6601 tgcggtggtt tatacatgaa acttcctccg atgcaacgag gcaccggagg aaatctcttc
     6661 gaagatttac gccttcatcg cctgttctat gatctgatca tcggccacga agggctcggt
     6721 gatttggtag ccatcggcgt gggcgtggtt gaactcgcgg acggtactca tcgcgttcgg
     6781 attgcgggcc cacgaacgac gtgctacgcc tcccatcacg tcccacaaca tggccgaacg
     6841 caagatgcga tcgacgcgct cgctgccgtc gcagaccatg ccgaagccac cattgatggc
     6901 cttgccgatg cctacaccgc cgccattatg cagcgccacg aggctcatgc cgcgggcaca
     6961 gttgccggcg aagcattgca cggccatatc ggccatcaca ttgctgccgt ccttaatgtt
     7021 cgaagtttcg cggaagggtg agtccgtgcc actgacgtcg tggtggtcgc ggccgagcat
     7081 gatcgggccg acctcgccgt tgcgcaccat ctcgttgaat cggagcgcga tgttcatccg
     7141 gccttcggcg tcttgataga ggatgcgcgc ctgggtgccg accacgagct ggttcttctc
     7201 tgcatcgcgg atccagttgt agttgtccat gtcctgccca cgacggttgg ggtcgatgca
     7261 ttccatcgcc gcgtgatccg tcttgatcag atcctcgtgt ttgccgctca ggcagaccca
     7321 acggaagggt ccgtagccgt agtcaaacag ctcggggccc atgatgtcct ctacgtagct
     7381 gggccagatg aagccgtctt tttcgtccac cccattacgc gaaatctcct tcacgccggc
     7441 atcgtagatg gccttcatga aggagtttcc ataatcgaag aagtaggagc cgcgagccac
     7501 gagcttacgg atcacctcga aatgtcggcg cagcgactgg tcgacgagct tccggaacgc
     7561 ttccggctct tcgcgcagca tgcgggtgcg ctcctcgaag ctgataccaa cggggcagta
     7621 gccgccctcg taaacggcat ggcaggaggt ctggtcggag agcaactcga tgaggatgcc
     7681 ttcgcgctcg gcatactcga gcaggtcgac cacgttgccg tgataggcga tcgagcaggg
     7741 ctcccgccga tccatcgcct cgcgggccat acggaaggct tcggcgacgc tctcggccac
     7801 gtgccccacc caaccctggc tgtggcgcgt ctcgatacgc gaggcgtcca cctcggcgat
     7861 gatggccgta gcgccagcta tctcggctgc cttgggctgt gcgccgctca tcccgccgag
     7921 gccggaggag acgaagagat ggccgcgcag gtcgccgtct tgcggcacac cgagcttcat
     7981 acggccggcg ttgaggagcg tgttgaacgt accgtgcacg atgccctgag gcccgatgta
     8041 catccatccg ccggccgtca tctgtccgta gttggccacg cccatttgca tggcgatgtg
     8101 ccagtcgtgc aggttgtcaa actgcccaat catcatggcg ttggtgatga tcacgcgcgg
     8161 tgcttcgggg tgcgagcgaa agaggccgag cgggtggcca gactcgatga cgagcgtctg
     8221 atcttgggtc agctcttcta agtagcgctt gatgaggtta tactgcatcc agttctggca
     8281 cacctgcccc gtctcgccgt acgtcactaa ttcatacggg tagagcgcga tgtcaaagca
     8341 gaggttgttg tcgatcatca cctggaaggc tttcccctcg atgcatttgc ccttgtaggc
     8401 gtcgatgggc ttggccttca ggtcgcccgc cggacggaaa cgatagccgt agatgcgtcc
     8461 gcgtgtgcgg agctcttcca tgaattcggg ggccagctga gcgtgaaatt cggtggggat
     8521 gtagcgcaag gcgttcttca gcgcggtggc tgtttgcgcc ggggtaagcg tgtacccgcg
     8581 gtctggagcg cggcggattc cctccacgaa ggcggggtaa tccggcagcg tgtttccaag
     8641 gaaagtgttc ataaatcgtt cgtgttatga tgtatatatt tctgtttggg ggcgcaaggt
     8701 agggcaaaaa agcacggcca aacgatgcca cccgttcggc atggggcaac tgcatcaaaa
     8761 gcacatgtgt cccgagcttt ccgctaaccg acggaaatca aaaacacgtg tacttgggac
     8821 ttccgtcaaa cgacggaaat caaaaacacc agtacttgag ctttccgtca aacgacggaa
     8881 atcaaaaaca ccagtacttg ggacttccgt caaccgacgg agatcaaaaa caccagtact
     8941 tgggacttcc gtcaaccgac ggagatcaaa aacaccggta cttgggactt ccgtcaaccg
     9001 acggaaatca aaaataccag tacttgggct ttccgtcaac cgacagaaat caaaaacacc
     9061 agtacttggg acttccgtca ttttgatgca atctacctgc gttcggaaag cttattatct
     9121 cagcccatag ggtgtagaag tgttttaaga ggtacataaa aagaacgctc cgaatgatcc
     9181 ggcttaaggg ggactcaagc gatatggatc atccggagac gttagcctcg gatgggggag
     9241 ggagggatcc gaggttctca cttcaaatga aggaggggga cttgtcgttg tctcaagagg
     9301 attcgaacct ctacaaacag aaccaaaacc tgttgtgcta ccattacacc atgagacaga
     9361 cgtgatgttt aagacgccgc aaaagtatac acacggcgca ttcttgcaag tccccggcct
     9421 gctattttgc gatcaagagg tagtaattct tctttccgcg ctgcacaagg aggtattttc
     9481 cggcgactaa ggcgtcggcc tggaccacgc tctcggggtc ggtgagtttc tctttattga
     9541 ggctcacgcc accgttctgg accagtttgc gcatctcacc cttggaggtg aaaacggcag
     9601 cgtgcgacgt gcagaggtcg acggctttga tgcctgccga gagggcgtcg cgagcgatct
     9661 cgaactgcgg aacgccttcg aagacggcca acagcgtcgc ctcgtcgagg cggcggaggg
     9721 cgtcggaggt ggcgccgccg aagaggatgt tggaagcctc gacggccgtc tcgtattcgg
     9781 cagcggagtg caccatcgtg gtgatctcac gggcgaggcg cttctgaagc gggcgcaggt
     9841 gaggggcgtc ggcctgctcg cgctcgaggg cgtcgatctc gtcgcgggtg agggatgtga
     9901 agattttgat gtacttggcg gcgtcggcgt cgctaacgtt aagccagaac tggtagaagg
     9961 cgtagggcga ggtgtagcgc gggtcgagcc agacgttgcc ggactcggtc ttgccgaact
    10021 taccgccgtc ggccttggtg atcagggggc aggtcagggc gtaagcctcg ccgccgagtt
    10081 cgcgtcggat cagctctgtg ccggtggtga tgttgcccca ctgatcgctg ccacccatct
    10141 gcaggcggca gttttcgtgc tgatagagga acatgaaatc gtaaccctgg agcagctggt
    10201 aggagaactc ggtgaacgac atgcccacgt tcgaatcggc gctgaggcgc ttcttgacgg
    10261 agtctttggc catcatatag ttcacggtga tgtgcttgcc gatgtcgcga atgaagttga
    10321 ggaaggtgta atctttcatc cagtcgtagt tattgaccag cttggcggcg ttgggtgcgt
    10381 cggagtcaaa gtcgaggaac ttggccagct gacgcttgat gcactcttgg ttgtgtcgga
    10441 gggtgggttc gtcaaggagg ttgcgctcgg cggacttcat cgaggggtcg ccgatcatgc
    10501 cggtagcacc gccgacaagg gcgatgggcc ggtgtccagc gcgttggaag tgacggagca
    10561 tcatcacgcc gaccaggtgt ccgatatgca gcgagtcggc tgtgggatca atgccgacgt
    10621 aggccgaggt catgccttgt tgcaaacatt cttccgttcc gggcatcatg tcgtggatca
    10681 tgcccctcca tctcagttct tctataaagt tcatcgtgta tggtttatgt gttatgattc
    10741 aaaacggcgc caaaagtaga gattagaggg tagagggtag agggtagagg gtagagagta
    10801 gagggtagag gatagagggt ggagcttccc cctatacctt tatatatagc gctcagcagg
    10861 gcgtggcttt cactccgaga tagtattcgg agcgtttctt gtcccacccg aggcgctgct
    10921 tcttggccgt gtcgtcgtcg ggataggggt tgaggagttc gcctttgtag taatgacaac
    10981 gcggcaagag gggtagtagg cggaaaggca gatggatgtc catgtagcgc cggaagtgtt
    11041 cctcttttcg gccgacagcg gggtgatgct ggtaggcgat gtgcggcagg gccttgtagc
    11101 ctttgaagta tgcctcccat tcttgcttcg tgaacatggc ccatagctgc tcgaaacgtt
    11161 gctcgtgcac ccagatgttg tgtcggacgg tgtgtggcgc gtgcggattg gccgattcgc
    11221 ctttgtagaa gcggtaataa ggttcgaggt gacggtgctc gcccgtgggc ggcatgggta
    11281 acacccaatc cttgtcgttc atgccgacgc atgggaggca gcctttttcg cggcaatcca
    11341 gataatctgc gtagcctatc gggaagacgc tgcgatgcgc cagccagacg actttccgaa
    11401 accaaaaggc gtattccgga tcctttccct tgctggcgct cagtagctcc ggataacagg
    11461 tcgcaaagat gtcggccaac tcctccggcg acttcccgca gtcatcgaat cccactgcgc
    11521 tgtaccactc catctgctgc gagatcttct tgtcgggata gtcttctaaa taccccgtcc
    11581 aatccatgtc ctccttacgc aggatctgca cgcgataggc ccctccgctc ggcgacatat
    11641 tcccagagaa gcgaaggcgc tcatagccgc gcttgtgcag cgcttcgacg agtagcacca
    11701 cgtctttggc gccgatgtcg tacaggatct ctttcatggc tcagcgcttc ttcatcacgc
    11761 tattgaccac gcggacggag gagacgagct tgtcggtaga ggtgtagatg ttcacgtccc
    11821 agacgtgcga cgagcgacct tgatggatca ccgtggccac ggcgcgcacc gtgtcgccct
    11881 cgtgtgccga ggagacgtgg ttgccgctca cctgcatgcc gaccatcatc tcgtccggct
    11941 gacagaggat catcgacccg aggccagcca ccgtctcggc gagtgccaag gaggcgccgc
    12001 cgtgcaagat gccgaacggt tgccgtgtgc gctcgtcgac cggcatagtg gcttccacgc
    12061 gacccttcgc ggcgtaggtg tattggatgc cgaggttgcc catcagtgca tgccgacccg
    12121 attcgttgag cttatcgagc gggatggccg tgtcgcggat ctcggccagg atggcctttt
    12181 cgagcgccac cgccacaccg tcctcggcgt tcgtcagcgt caccacgtcg gcgcaggcct
    12241 tgaccgaatc ctgcgcgttg cccatcgcca cgcctaggcc cgccagctgg agcatcggca
    12301 cgtcgcggac accgtcgccg atggccacca cgtccgtcgg gtcgatcccc tccttctcca
    12361 gcagcaccgt gagcgtgttc gacttgtcga ccgactcgga caccacctcc aagtaataat
    12421 cctccgaccg cagcacgtcc aggacgcccg ccagccgtcg ccgccaatgc tcctcgaggc
    12481 ccacgagcgc cgcctcatca tcgctaacca gcatcacctt acacggcgaa aaatccaccg
    12541 catcggccca gttcgccgcc tcctccacgc gcatcccact cagcttggcc tcatgctgca
    12601 catgcgcatt ctgggcgttg ctcgtcacga tccgatcctc gcgataggtg aagatggtga
    12661 agccacgctt ccgcgctcca cgctccagat aggccatgaa ttgcggatcg atccgccgtt
    12721 cgaacacccg ctcgccggtc ggcacatgaa tgatctgcgc gccgttgtat gacagcacaa
    12781 agccgccgtt tttatccagt tctaacgccc tcgccagcgg catcacgccg tgcgttggcc
    12841 gccccgaggc cagcaccacg cgcacgccca tctgttgcac cttgaccagc gtggcgcggg
    12901 tgcgtgcgct gatcgtttgt tcatccgtaa gcagtgtgcc gtccacatcg agcacaatca
    12961 tcttatactt cattgtcgtc tgattttata tgtgtatgcc gtattccctt ttcacctcgt
    13021 ccatcacgaa aatgctgtgg atcgaaccga tataatcgat cgttccgagt acgttcagga
    13081 ggaacgtctg atagtacttc atgtccggag catggatctt gagcagatag tcatagtcgc
    13141 cggcgatgtt gtagcactcg gtcacctcgg ggatggcccg gatcctacgc gtaaaatcgg
    13201 acgcaatttc ccggttgatg cggctcatct tcacggtgca aaagacgcgg aagccctgat
    13261 tgagcttctc agcgtcaagc acggccacat actttttgat gtatcccttc ttctcgaggc
    13321 gtttgagtcg ctcaaaaacg ggcgtggagg agaggttgac gcattgggcc agctccttgg
    13381 tggtccgttg cgaattttcc tgcagagcac gcaggatctg caggtctgta ctgtctaacg
    13441 tatccataaa atgaaaatat tctaccggtg aagcctttcg accgccatcg cagcccattt
    13501 tttccataag ggcatgcgaa aatagtagga ttttctttgt tgctctccta tttcatgcaa
    13561 tacgtaggcg aaaaatgctt ttgctggaat ggatatggcg ccaaggatat gcccttgagg
    13621 cttgcgagcg ccctgtatgc tcccgccgac ttcctcgtgg ccctctctcc tttcttctaa
    13681 gcgtataagg ggtatttatt cacccgttcg ggagttcccg agagtatatt caaacttata
    13741 tcaattgttc ggaagttccc gagaaaatat tcaagtatgt atcatctatt cggaaattcc
    13801 cgaaaattct attatatcta tacaaagtct tcggaaagtt ccgaaacact tatcctacat
    13861 ttataagctt ttcgggaatt tccaaatgat ctaatctgat atgtatagcc atttcggaag
    13921 tatccaaaat agtttatctg atagatatat ctattttgga agtatccgag atcttcattc
    13981 agatcgtata atactttcgg gggattccga tcaattgtat caatctgtat atatctatcg
    14041 ggaatttccg atcaaatgat acatcttgta tagtatgctc gggaatctcc gaataagtag
    14101 aacataaaga aaactactct cggaaaattc cgaatctaat aaacgcaaac aaatagctct
    14161 ttatcgacgc ctctcagggg acaaatccat gtccgtaaga ccttcgcaag gcttagcaag
    14221 ggccgaatgg aagtccgcag acagatatcc tgcccgaaaa agcataaaaa gggggcgttt
    14281 catcatttaa cgagcttgaa aaaggcccgt acgagcctcg ttgaagggtt caatgggcag
    14341 aaataaggcc cggatcactc cgaaactcga aaggggaaat gagggagact cgccagagac
    14401 gaccttagtg cataacctcc aagaaaatcc aagccgcttc tcagaagctg cttagaattt
    14461 atttcggaga atattcagag gatatttccg gcgattttgt ttcatctttt gaggagcata
    14521 gcgagctatg tgacgaaaaa gatgggacaa aagggcggaa atagacctga atagacccga
    14581 aatagaaaga ggaagatccg cctaagcggc tccttcaagc aatcactcaa taaattccaa
    14641 gcagcttctg aagttttcac ccgcggcctc tacctttggc aactcaaaaa aaggcctccc
    14701 aatccctctg atttgcgagg agggcggaag gccattgctt tgtgatcttc tatggatagt
    14761 ttattagaaa catatacgaa tgggcacgcc tttctgaaga tgctacacgc ctcggatgag
    14821 caggtggcgc tctttgacga actggccgcg gctgtgcctc cacacccgga tgcggacttt
    14881 atgccgatgc tgaatgccag ctctgtctcg tggatcttcc ccttcatgaa ggcgctggac
    14941 aatgcctgcg aaacctatca gggtggctgg gatcgggcta ttttgggatt ggggctgtat
    15001 atacgcatcg aggagttcct gctggaggat ttgcgcttcc tgacctattt ccccgaaagc
    15061 cgacacgccc ttatccggtc gcgcgcggag cagaagctgc gccgggcaca ggtgcgacgc
    15121 gaggcgctgc ggatgcttcg atccggtctg gcggaggcct tcacgaccga cctggcggag
    15181 aaggtcgaaa cgcccggcat cctgctttat cagccggagg agaaggcgga tctgactaca
    15241 gccctcttgc tgcatgaccc ggaggcgttg accgtgggca tcacgaatta cctacgcctc
    15301 atccgctatt tcgtggagca ggagaccggg ctttgcccac ccgaatactg gatcgagacg
    15361 tgcgaggccc tgatcgctcg ggagtgtgag gcgatggatg agacgctgct cacggggctg
    15421 atcacgcctg aagtccggca acgcgccgag gggctggtgc gtacggcggg tgcactcttc
    15481 ctgctctgca aggcggccga tcgggagatc gacatggtgc gccgactgat gttctaccgc
    15541 tacctctgcg tgctggacga gcgccatctg ccgccgctga aaaaccttat gctaagcacc
    15601 ttcctcaagc ataactgccg cccgccggag tacacgtggg aggagctgat tggcttctcg
    15661 ctgccgtcgt tcgtggggaa gattgcctac ttcacggaga atatccccga agatcgtcga
    15721 ccgtacacgc tggagggcaa aggcctcttc acactggccg aacgacgcat cacgctggcc
    15781 cccttcgaca atccgctggc gggccgtcgc atgcacaagc tgctcacgct ctgggacggc
    15841 agtctgcgca tcaactcctt ccaaaagccg accgcagacc tctcggccgt ggcagcggac
    15901 aatgagctgc cggccaagat atgggcggac gccgcggcgg actttaagcg aaagaagacc
    15961 gtcttcgaac gccacgagac gaaggagctg ccccccgcca atgcgctgct gaagatccgc
    16021 atcacagccc tccacccggc ctatccctcg ctggccttcg ccaccgtcga ggacgacatg
    16081 tacgagggca acggggctat acacctcagc caagtcacac gcatcaagca actcacctcg
    16141 ctaagcggca tcttcgccgt cggcgatctg gtcacagcgc gcgtgatcga agtgagtgaa
    16201 aacaaacgcc taagattctc catcctcgac gagatcagta aatccatcgc cacgcgtttc
    16261 catccgggcg agtacaccta cgcccgactc atctccaaaa acgagaactc ctatcgctgg
    16321 atatcggaaa agggctatcc gctctatacc gtgccctcgc ccctcgacga agtggagccg
    16381 gagttggatg acctctatat gctccgcctg acacacgtca atcgcacggg ttacgtccgc
    16441 gccgagatcg aagaaatggc tccggaagac atggagatcg acccccagaa ggccatcgcc
    16501 gatctggtgg gctattacgt ggacgagcgc ctggccgact ataccgagga gggggtggcg
    16561 gacgagctgc acgagccgca cgccgaagcg ccgggcagac tcagcccgga ctacgtacgc
    16621 cagctgatct atttgatcga tctctacacc gaatcgaccg acgaccacgt cctgcgcttc
    16681 aatctctgcc agacggcccg cctgctggcc gacatgattg aggaggcgaa catcgtggcc
    16741 tactacgacc gacgcattct ctacctcacc gagctgcatc acttcatcaa ccggcaagcg
    16801 gtgacagtca ccgtgatcga cgccgaggct atccagcgct ttccgcgatt ggcccacgcc
    16861 cggacggtcc tctccttgtt ggcgctggat aaggacgacc ccgcggctat cgataccctg
    16921 cgccagggca tgcagtcgga gcggaagctc acggccgact tggcgcggct gctactcatc
    16981 cggctgctgg ctggccagac ttaccccgat ctctacgccg aggccgacgc cgaagtgcgc
    17041 tccctcctgg ccgtcgaaga ggaggaggac ccggatggcg aagccgaaga gattgacttt
    17101 ggccgcgaga cgaacacccg agaatttaag tccaccatcg tgttcccccc caacagcaat
    17161 ggcatggccg acattgatcg gcagatggag cgcatcctct gggccatctg cggctttctc
    17221 aacgcagagg gcggcgtgct cttcatcggc gtgaacgata ttggctatcc caaaggcatc
    17281 gagcctgatc tcagctatct gcacgccaat gtggacaagt accagctcat catccgtaac
    17341 tacatcgtca aagagctggg caaggacatc aacggactca tccggtttga ctttcacgtc
    17401 ttcagcggca agaccgtctg cgccatttct gtcccggcct accatgaggt ggttttcttc
    17461 cgcgacgtgg tttggcagcg ccagggcaac tccactcgtc cgctcgacct acccgacatt
    17521 cgtctgctca aggagcgtcg gaaaaacctc cggcctgccc tgcgcatcac cacaccggcc
    17581 tttggcgagg ccaaggagga ggcagagcgc gaggtggaga aagtcttccc cgtcagcatc
    17641 ccgacctata cgcccactgc ggtcgccaag ccgcggccga cggctaagcc ggagcgaccc
    17701 gcatccctcg ccgacgacga gccggaccgc atcgccacct ccgccctcgc gcctcgacgc
    17761 gagcaggagc ccacggccta tttctccatc ctccgcagcg gccgtttcgt gatcacccac
    17821 gaggagcctc accgcagtga cgcgcgtctg accctaccca tctacgacga cgatagcgac
    17881 ggctatctca tctatgtcta cgagaacggc tatgccaacc gcgtcgccgt ttcgacactc
    17941 ctctccaaga agcccgacta cgaatacgcg aacgccatgt tcggccagtc gtccctcctt
    18001 ttcgccgccc tggcgcgccc ggacgacacg ctctacctca aagtctcctc caagagcggc
    18061 gaatacctcc gcaccctctc tctgaaaacg atcaagctca acacagacct ctccctccgc
    18121 ggtaccgccc tctacaccgt gccctttggc cgcatcgtgc agatcgacct cctcaacaag
    18181 gagcaggcgc gcgaggtgga gaacattcgc agcgaaacgc cgaccacact cggcatcccc
    18241 gcgcaatcct tctccgtgat ccgtaccgca atgtacctga gcgaactctt gaacggcgaa
    18301 cgatgaaaag catgctcccc gccaccatcc ttgtcgtcga cgacaatcgc ggcatactct
    18361 ctgccgctga gcttctcctc cgcgcccatt ttcgccgagt cgtgaccacc cacaatcccg
    18421 aacgcatccg cgcgctcatc cgtgacgagt cgccggatgt cgtcctcctc gatatgaact
    18481 ttcacgccgg catcaacagt ggaaacgagg gtctgttttg gttgaccgag atccggaagc
    18541 tacgccccgc acccgcggtg gtgctgttca ccgcctacgc ggatatcgac ctcgccgtgc
    18601 gtggcataaa ggagggcgcg gcggatttca tcgtcaagcc gtgggacaat gagcgcctcg
    18661 tccacaccct caccgaggcc tatcgcgccc atgtcgccgc ctccaagcag ggcgccccac
    18721 ccgcgcccgc catgcaggac gccatctgct ggggcacatc gcccgccatg cagcagctcc
    18781 gcgccctcgt cgagcgtgtc gcccccacgg atgccaatgt gctcatcacg ggcgagaacg
    18841 gcaccggcaa gggcatgctg gcccgcgagc tgcaccgcct ctccgcacgc agcgggcggc
    18901 cgctcgtgac ggtcgacatg ggcgccgtcg tcgagacgct ctttgagagc gagctcttcg
    18961 gtcacgtccg cggcgcgttc accgatgcgc gcaccgatcg cccaggtaaa tttgaagctg
    19021 ccgacggggg cacgctcttc ctcgacgaga tcggcaacct gccgccctat ctccaggcca
    19081 agctcttagc tgccctgcaa agtcgcaccg tgacccgcct cggcagcaat cgcgccctcc
    19141 ccgtggatat ccgactcctg accgccacca atcgccccct cgacgagatg gtggctcgcg
    19201 gcgacttccg ccaagacctc ctctatcgga tcaacaccat ccgcctctcc ctcccccctt
    19261 tacgcgaacg gccggacgat atcctccccc tcgcccaacg tttcctccgt cggtgggccg
    19321 atgccgccgg tcgccccatc cccatcctca ccgaggcggc tctgcgtaag ctccgcagct
    19381 attcctggcc cggcaatgtt cgcgagctgg agcacgcgct cgagaaagcc accatcctga
    19441 gtgacagtcc cgagatctcc ccggatgctt tcgacttcac gtccgccata gtccgcccca
    19501 cccccactcc accgaccacc ctcgaagaga tggaggccga cctgatccgt cgcaccatcg
    19561 acagtcacgc cggcaatctc tcccacgccg ccaccgcctt gggcatctct cggcagaccc
    19621 tctacaacaa gatcaaacgc tacggcattt gacccatcgc tgtccctaca cgctattcaa
    19681 tccgagcgat ttttcgtgta ccggtgtagg ggcgtatggc atacgcccca caaataccca
    19741 tgacagtagg caaatgattc atcttccttg tacattgtag ggcgtatgca atacgcccct
    19801 acaaaaacct gatacgtatc tattaaatac gtattgattg aatccttttc ctgtcaagaa
    19861 tttgattccc tgtctatcat tgaatcctat acccgtcaaa aattggattc cccattaaaa
    19921 tcacttaccc ataacgaccc attttttgtg taccggtgta gggacgtatt gcatacgccc
    19981 cacaaatgcc catgacaatg ggcgattgaa tcgtccaccc gatacgtatc tattaaatac
    20041 gtattgattg aatcccatac ccgataaaaa tttgattccc atctatctat tgaatcgtcc
    20101 acccggtaca tttttggata tatgcaatac gcccctaccc tgacggatca aaaaatcgat
    20161 tccctctcat ccattaaatc gtccacccaa tacattttag gatgtatgcc atacgcccct
    20221 accctaacgg atcaaaaaat cgattccctt tcatccatta aatcatccac ccaatacatt
    20281 ttgggatgta tgcaatacgc ccctaccctg acggatcaaa aaatcgattc tattttatcc
    20341 attgaattgc aaactcggta cgttttgggg cgtatgcaat acgcccctac acatacggat
    20401 caaaaattgg attcccctct atctattgaa tcgcccgccc gatacgtttt ggggcgtatg
    20461 caatacgtcc ctacacatac ggatcaaaaa attgattctc tattaaaacc acctacccga
    20521 aacgatccat ttttcgtgta ccggtgtagg ggcgtattgc atacgcccca caaatacaca
    20581 tgataatggg caattgaatc gaccgcccga tacgtatata ttaaatacgt attcattgaa
    20641 tcctataccc gataaaaatt tgatccccct ctatccattg aatcgcccgc ccggtacgtg
    20701 ctggggcgta tgcaatacgc ccctaccctg acagatcaaa aattcgattc ccatttatcc
    20761 attgaatcaa aaacccgata cgtttggggt tgcatgcctt tacagtctat tcattcccgg
    20821 cgaggaaccc ttaaaattta tatgaacgcg cccaaaaccc gccgaggatt ggacgaatat
    20881 ggccattttc acgcaaaacc cgccgaggat cggacgaata tggccatatt cacgcaaaac
    20941 ccgccgggga tgggacgaat atggccatat tcacgcaaaa cccgccgagg atgggacgaa
    21001 tatggccata ttcacgcaaa acccgccgag gatcggacga atatggccat atctatgcaa
    21061 aacccgacga ggatcggacg aatatggcca tattcacgca aaacccgccg aggattcgac
    21121 gaatatggcc atattcacgc aaaactcgcc ggggatagga tgaatatggc catattcgcg
    21181 caaaacccgc cggggatggg acgaatatgg ccatattcac gagaaactcg ccgaggatgg
    21241 gacaaatatg gccacagcta tcagatcctc gccgggttta ggataaagta cgtatcgagc
    21301 tttgtcatct ttgtccagga tgagaatgtc tgcgtgaaga tcttccttaa actgggtaag
    21361 aataagaaag cgggtgggga gatccactct attcgtggca agaaaaagaa ggtatgagca
    21421 tggatttttc tcgtcctcgg caaaaaaagt gagccacgtg tatggtggtt agaaaaaacg
    21481 acgtatgttt gcaggcgtat ataaaacaca tctatgaaaa agacggttat tatcagaaag
    21541 cccggaatga agaagttaga caactccttg cattcgaagt tccatagctc cgcgtacgac
    21601 ctcgttaccg cggcagacat taccaagctc ggcatcccct ctgaactgat gacggaatgg
    21661 gatggcaaca acgcgctcga gacggacatt accaaggtgt cgcaagccag cgatgagacg
    21721 cgcctgatga aggaaaagaa taaggagcgc gaccgcctgg tgacttacat catgggcacg
    21781 attcgcaatg cacagttcct cccggatcaa gacatgatcg aggcgtctat gcgtctgacg
    21841 gcagtggtca agccctatgt gggtgtacaa aacgagtcgt tcgaccgcga gacagccgac
    21901 atcaaaggac tattggccga cctgaggaag acggaaaact cggccgacgt tacgaagctg
    21961 gggctatcgc ctatcctcac caagttagaa tcggctaata aggccttcga tgccttgttt
    22021 accaagcgca tgacggctaa taccggcgct aagctaccgc ccgccagcaa ggtgcggctg
    22081 gaatcggacg ctatctacga tcgcgtgatc ttgatgctcc agtggaacta cctctttggc
    22141 gcaaccccga tcgatccgaa agccatcgag acactggcag agaatctttg ccggctggcc
    22201 gaccgcattg acaagggcta taaccaaagc gtcgcgcaaa ggagggccgc ggccgagaag
    22261 aagaaaaagc cgatcgatcc taaggatccc catgcgccca aggatcccaa accgggcgag
    22321 ccgaaggatc ctaagacgcc caaggatccc caaccaaaga agccaaagga tgacgggaag
    22381 cccgacattc atcttcccga agaggatccg tcgaagcagc ccggaggcgg cggtggctcg
    22441 ggcaagcaac ccgaaggcgg tagtggcaag cagcctgaag gtggcggcgg tgcgggtagc
    22501 ggtgacacgg gcggttcggg aaatcccgat attcacttgc cgacagagta agacaagcga
    22561 actaaaagca aggtccccag aggccgtttg tgggcgtatg gcatacgtcc cacaaatggg
    22621 cctatccgag gtcggatgaa tcccatccca acccattttt agggtatcgg tgtaggggtg
    22681 tatggcatac gtcccacgga tgcccatgac aatggacaaa tgattcgccc gccagatacg
    22741 tgcaggggcg tattcaatac gcccctaccc tgacggatca aaaattggat tcccctctat
    22801 ccattgattc gcccgcccgg tacgtgcgag ggcgtatgca atacgcccct accctgacgg
    22861 atcaaaaatt cgattcctct ctattcattg aatcaaaaac ccggtacgtg cgggggcgta
    22921 ttcaatacgc ccctacccat acggatcaaa aattagattc ttctctattc attgaatcaa
    22981 aaactcggta cgttttgggg cgtatgcaat acgcccctac cccgatggat caaaaattgg
    23041 attccttttt atccattgat tcgcccgccc ggtacatttt gggacgtatg caatacgccc
    23101 ctacccatac ggatcaaaaa ttggattctt ctctattcat tgaatcgcct tcccggtacg
    23161 tgcgggggcg tattcaatac acccctaccc ttacggatca aaaaatcgat tcctctttat
    23221 ccattgattc gcccgcccgg tacgcgcggg tacatattta ataggtacat acccttacgg
    23281 atcaaaaatt ggattccatt ttatccattg attcgcccgc ccggtacgcg cgggtacata
    23341 tttaataggt acataccggg aatgaccttg atcgggtagg cggggtgctt catttttctt
    23401 ttttcgtttt ttgtttccat gccccgcctg gggtgcattg caaaatcact acatgtagtg
    23461 attgccgcgg aggggagctt tgccgtcctt tgcggccacg aaaaggaacg aatggcgggc
    23521 cgcgcgtctc acgccgtgct tacgctgcat ttactcatga cgaagaaaat tcaccgattg
    23581 gcgctcatgc tatgcgccct ctgcctaacc gaaatgggct gggcaagcga tggccgcccc
    23641 caaacggatg gcgacacgat caagacgtac gacatcgacg agatcgtgat tacttcctcg
    23701 cgcaaggaaa cgaatcgcac cgagcaactg cccggcgcac tgaccatcct ttcgccgcgg
    23761 caggccgacc tccgacagat cggctccgtg aagcgcctga gcgccttcat accgaatctc
    23821 tacatccccg attatgggtc gcgcggcacc tcggccatct atatccgtgg cgtgggagcc
    23881 agaagcagcg gccagacggt aggcctttac gtcgatgatg tgccgtaccc cgacaagggc
    23941 tctttcgatt ttgaactgcc tgacattcgc cgcatcgagg tcttacgcgg accgcaaggg
    24001 acgctctatg gccgtaacgc gatgggtggt atcattcacg tgcatacctt ctcccccctc
    24061 gagcaccaag gcacacgcgt cggggtgacg tatggcaact acggcaacct cggtctccgc
    24121 gcctcgcatg ccatgcgtct cggcgaccgc accggcctac aggtcggggg atactatcgg
    24181 cggcacacgg gcttcttcga aaacgtcttt gatggcacaa gggccgacgg cgagcagacc
    24241 atcggcggca atgtgaaggt ggtgcgccgc ttctcgaatg ccttcaccgc cacgttggcc
    24301 atagtcggga gctacacgaa tcaaggcgcc ttcccgtatg gcctgcgcaa cgacagcacg
    24361 ggtcgcatcg agcccgtgaa tctgaatgac ccctcgtcgt accgccgcac cacgaccaat
    24421 agcagcctaa cgctcaagta cgtgactccg caatttgtcg ccacatacac caccggatgg
    24481 cagttcctac acgaccgcat ggagatggat caggacttta tgcccctctc tctctttacg
    24541 ctcgatcagc gccgtcgcca ccacgccttc aatcaagaac tttccgtcac gggcacagtc
    24601 gggcgctacc gctggaccgt cggcgcctgc ggtttctatg accatctgcg gacgaatgcc
    24661 gacgtgacct tcaaagagga aggcatccgc gcggccatgc aaaaagcctt cgacggaatg
    24721 cgggccaaga acccgcgcat gcctcgcctg cgtgtgacgg acaatcgtct ggagctgccc
    24781 tctgccttcg acgaatcgtc gctcggaatg gccatctacc accagtctac actcgacaat
    24841 tttctcctgc ccggcctctc gctcaccgcc ggactgcgta tggatatcga gcgccggcgg
    24901 ctgcactacg aagccagtgg caagatgaac ctggctatcc tcatgcctcc cgtatacccg
    24961 aaggagacgg atatcagcgc actctacccc gcctcatcct tcgatgaaca tctctcgtcg
    25021 gacgagtggc aagtgcttcc ccgactggct ttgcgatacg cctggacgcc gcgcacgagc
    25081 ctctatgcgg ctgtggctaa gggctacaag acgggcggct ataacgtgca gatgtcggca
    25141 gacctgatgc agtcacgtat gcaaaacgac atcatggacg cattccgcca catcgtgcct
    25201 acgctccccc acttcgataa gatacagccc aaggaggccc tcgcctatcg cccggaaaac
    25261 gcctggtgct atgaggcggg gattaagtcc gagccgataa aaaaccgatt gcacaccgag
    25321 cttactgtct tctacatgga cattcgcgac ttgcagctga cgcattttac cgccagcggc
    25381 acaggacgta tgctcagcaa cgccggccgt gccgtcagct gcggcatcga ggcgtccctc
    25441 agcgcacgca ttgcctccgg gctcacggcc gacgtaaact ggggctacac gcatgccacc
    25501 tttcgcaact ataacgatgg ccgcacggac taccgcggaa aatttatccc ttatgccccg
    25561 cgccataccg tcagcctcgg tatccattac gagcgacggc tgcacagccg cctgatcgac
    25621 cgtatttttg ccgcggcgca gtataacggt gtcggcccga ttcactggac cgaggcgaac
    25681 gacattcgcc agcccttcta ccacaccctc gacgcccggg ccggcatagg tcgcggcgcc
    25741 ctcacatgct ccctcggcgg ccaaaacttg accgggacgg actatgctgc tttttatttc
    25801 cgttctttcg gtcgcagctt catccagaag ggtcgacccg cccaggtggc cattcgcatc
    25861 gaatacgctt tctaaaaacc catacaagca acaataatca caatggaatt ccttactact
    25921 tacaaccttt ggggcctagt cataggcgtg gccactttcc tcattatcgg gcttttccat
    25981 cccctcgtcg tcaaggctga atattatttc ggcgcaggca tttggtgggc cttcctctta
    26041 gccggactcg tctttatggg cctgtccgtg atggtgcacc acctcattct gtccacgatt
    26101 ttcggagtca tcgccttctc ctccttctgg tcgatcctgg aagtgagaga ccaagagaag
    26161 cgcgtagaaa aaggctggtt cccggccaat cccaagcgcg cagccaagaa aaaacagaag
    26221 tgatcgccca ttcgccatcg ccccgactgt cgtttcctcg gtaagaaccc gatgcacctt
    26281 cgccccgacc tccccatcct tcatccgtca gggtagaggc gtatcgcata cattcctgta
    26341 cgtgccggat ttttgattca atggatagaa tggattcaaa tttttgatcc gtcagggtag
    26401 gggcgtatcg catacacccc agcacgtacc gggtaggcga atcatttacc cattatcatg
    26461 ggcatttgtg gagcgtatgc ttttgcgccc taccctgacg atcgaaaact tatcgggggc
    26521 aggtaggccg atccaaggat gaatcccatc cttaccaagc ataggattca ataaatacgt
    26581 atttaagagg tacttatccg agatcagata gtccggcagg aggcaactgt catccttggc
    26641 aataagacct atgtcaccca tgtgacaatt cgtagactgg tcaaggatta catttgcagc
    26701 gtcatcatta atcgtttcac agtaataatt ttccttctta tgagcacatt tgagaaagca
    26761 accgttattg cccttgagcc gtcgatcgac tatgctcctg gatcagtcat tagcaagcaa
    26821 gtcaccatca accgcgctgg aaacgtcacc cttttctcct ttgacaaagg ccaaggcctg
    26881 actgaacaca ccgcgaattt cgatgccctt gtgcagatcc tcgatggcga ggccgagatc
    26941 cgtattgacg ggacgccgca ccgcctgaaa gctggcgact gcatcatcat gcccgccaat
    27001 cacccccacg ccttgcaagc tgttgagcgc ttcaagatgc tgcttacgat gatcaaaggc
    27061 ggcgaatgat tcgcctgcca ctctgttctg tataaaccga gccgcccctc gaagtccctg
    27121 agaaggactt accgaggggc ggctcatttt gtttggtcgg gcacgcgtcg ttacccaacc
    27181 gcgaggcgtc ggatctcgtc cggcgagtcg actatgtgtc gcgcgccaca ttcctcaagc
    27241 tccgtacgcg gacgaaagcc ccacgtgacg ccgatcgaaa cgagtccgcc gttggccgcc
    27301 gtttgcatgt cgacgccgga gtcgcccacg tagagcgtct cctccgccgt gcaaccggtg
    27361 acctgcaaca cgtctctaac tacggtcgga tcgggctttg tgggtatgcc ctcgcgctgc
    27421 ccaaagacag ccgcgaaacg aatgtctggg aagtactgtc ggactaactt ctccgtggcg
    27481 cgttgatact tgttcgaggc tacggccagc gccatcccgt cggcttgcag ttggctgagc
    27541 agctcgggaa tgccgggata gggagcggtg taatccgcgt tgtgggcgtc atagtacgtc
    27601 aagaaagcgc tgcgaatgcg ggcgatgttc tcctgcgtac gctcgccctc gggcagagcc
    27661 cgttcgaaga gcttattgat accattgcca acgaaatact tgtatgcctc gatggcatgc
    27721 gtcggaaagc cagatttttc taacgcgtgg ttcgtgctat gggcgagatc ggcaatggtg
    27781 ttgagcaacg tcccgtccag atcgaaaata agggagtgaa taggattcat aatgcgtaat
    27841 gaatatcgat ataggggcag gcgttcgatg tctgcccgtc attgtatgcc aaaatgaggg
    27901 ggcaaagtta tgcacgggga ggtgccagca ttcatcttga tcagtgtagc cttcgccttt
    27961 actcgcctct cccttttctt cccttgatag aagaaaagga agcaaaagaa gatcaaggca
    28021 ccgagggtgc cgccatgctt gccggataga cggatcgttt tcacgcctct tctttggatc
    28081 ccctctgtat gaggaatcct ttacgcagca tcgggctcga tgtgctccac ctcggtcagg
    28141 caacgcacgg cggcggcaac actcgccacg ttacggatta agatgctccg cttggcgttt
    28201 tgctcgcgta ggacgcagct tttcggatgt cgaccgatgt aaccgagcag acggccaaag
    28261 gctatgcttt gatagtaggg gctgtcgctg tcggagggta ggtaaagggc catcgcgcca
    28321 cgtttgagga cgactttctc gatgcctaac cgacgtgcca tgcgtctgag actcacgaca
    28381 cgaatcagtt cctcgccctc ggtcgggata cgtccgaaac ggtcttggag cgacgcaaca
    28441 aagcgcgata aagcctcgtc ggtctcgatc gtatccagtt cgcgatagat gccgacgcgc
    28501 tccgagtcgt tgggaatgta cgtcgggggg aacattagct ccagatcgct ctcgacaaac
    28561 gtttcgcgga cgtagttgtc gcccgtgttt ggtgcgctct cgtcgccccc ggcgtagaga
    28621 tcggcgaact cgtctgtttt tagctcatcc acggcttctt cgagaatctt ttggtacgtc
    28681 tcatagccga gatcggcgat gaaaccgctc tgctcggccc cgagcatgtt gcccgcgcca
    28741 cggatgtcga ggtcctgcat ggcgatatgc atgccactgc ccagttcggc aaagctctcg
    28801 atggcctgaa gccgacgacg ggcttccgcc gttagcgtgg agagcggtgg cgccaacaag
    28861 tagcagaacg ccttgcgatt gctccggccg acccgtccgc gcagctggtg cagctccgaa
    28921 aggccgaact gatgggcgtt gttgacgatg atcgtattcg cgttcgatac gtcgatgcca
    28981 ttctcgacga tggtggtagc cacaagcacg tcgtattcgt aattcacgaa gtctaagatg
    29041 atccgttcca gtttgtccgg ctccatctgg ccgtgtccga cggccacgcg cactccgggc
    29101 acctcacgcc ggatcaggtt ctcgatctcg taaatgttct gaatgcgatt gttgatgaaa
    29161 aagacttgcc cgttgcgact catctcaaat tcgatggcct cgcggataat gtcggcgttg
    29221 aagcgctcca attccgtctg caccggatat cggttgggcg gcggcgtagt gatgttgctc
    29281 aggtcgcggg ctcccatgag tgaaaactga agcgtgcgcg ggatgggtgt ggcggtcagg
    29341 gtgagcgtgt ctacgttcgt ccggagctgg cggagcttct ctttgaccga gacaccgaat
    29401 ttctgctcct catcgatgat cagcaagcct aagtcattga atttgacgtc gcggccgacg
    29461 atgcgatgcg ttccgatgag gatgttcagc tcgcccgagg ctaaacgttt gaggatgtct
    29521 ttcacttccg cggtcgatcg ggcgcgactg atgtaatcga tggtgcaagg aaagtccttg
    29581 agacgctccc gaaacgtctg gtaatgctga aacgcgagca cggtggtggg cacaagcact
    29641 gcgacctgct tattatcggc cactgccttg aaagccgccc gcatagccac ctccgtcttg
    29701 ccaaatccga catcgccaca gaccaggcga tccatcggcc gctcacgttc catatcggcc
    29761 ttcacttccg cagtggcgcg catttggtcg ggggtatcct catagataaa gctggcctct
    29821 aactcgtcct gcatgaagct atccggactg aaggcatagc ctttctcgcc gcggcgggtg
    29881 gcgtaaaggc ggattagatc gcgcgctatg tccttgactt tcttcttcgt gcggtccttc
    29941 atccgttccc aggtgccgct gcccagcttg ttcagtgcgg gtggctcgcc gccgtccttg
    30001 cccttgtact tcgagagttt atgcagcgcg tgaatgctga cgaagaggat gtcgttgttg
    30061 cgataaatca gtttcacggc ctcttgcacc ttgccgttca cctcggtacg caccaagccg
    30121 ccaaattgtc ccacgccgtg gtcgatgtgt acgataaaat cgccgggggt gaactggttc
    30181 agctccttga gcgtcagggc catctttccg ctgcgtgtgc ggtcgctctt gagattatat
    30241 ttgtggaagc ggccgaatag ctggtgatcc gtgaaaaaac aactgcgcag cgtatggtct
    30301 gtaaagccct cgtgcagagt ccgactgacg gccgtaaagg gtatcgcctc gccccggtct
    30361 ttgaaaatat cccgaatacg agctgcctgt ttctcgctgt cagtcaataa ataaagggta
    30421 tagccatccg tcagatattg gcgaaaggtt tgactgacaa ggtcgaagtt cttttggaag
    30481 agcggctgcg gagacgtgtc gaatcggaag acagccgccg tgtcgccatc gcgcgccatg
    30541 aggtgaatcg agataaaacg tgctacggct accgaaaaag cctctgcgcc gatcaactta
    30601 cggcgcatag tctcccgatc cgcgaaaccc tcgtcgtcct tatttaccgg ctcctcgtcc
    30661 cagagggagg cgatccgctc gcggcaccac atcgcatcgt gcgtcacgac gagggcgtcc
    30721 ttcggcagca ggtcgagcag cgaactatcg gcatcgtcgt agcgactgat ctccgggaca
    30781 atccggatcg cgtccagttt ttcctgcgac agctgcgtct ctacgtcaaa cgtgcggata
    30841 gactcgatct cgttgccaaa aaagtccacg cgatagggcc gttcgtggga aaaagagaaa
    30901 atgtctaaga tactcccgcg gacggcgtac tgccccggct catagacata gtcagtctgc
    30961 tcaaagtggt aattatcaag tacatcggaa acaaaaatcg ggtccacttt ttcgcttacg
    31021 tgaagctcca gcgtgttctc cttgagcaca tttttcgata gcacacgctc agcgatagcg
    31081 tccggatagg agacgatgat cacgtccggc ttgtctgatt gcagcgtggc caacgtctcc
    31141 gttcgcagca cctcattggc cgcgtccgtg tggccatatt tgatatgtcg gtggtaggcg
    31201 gaggggaaaa agctgacgct agcctcgccc accagttgca ctaagtcatt atagaaatat
    31261 ccggcctcct cgaggtcgtt catcaagcaa agcagacacc cgccacgctt gcgaaagagt
    31321 gccgctaagc acaccgctgc gcttgacccc tgcaaccctg cccaatgcat gctgtgcaca
    31381 tcgcctcgat cgatcagcga cgtcagggca accatttgcg ggtgcgccgc gtaaatattt
    31441 tgtaagtctt taatgtccat gagactgtta atcagtaagt caggaggaga aggaaaggga
    31501 gaatcggaga aaggggagat cgcaacgatc cccccatata aagggccgca aaagtgtacc
    31561 caattcgcga aaaaccgaac atcatcctcg atttattttc gatcacgccc cacatcccca
    31621 agcccccgta tgcctttcta tacaatatct atagataaaa gaagcccacc cccgccaatc
    31681 caccccttcc ccgaccgacg gcggacaaaa aacacgcccc cttttcgtcc gtcagagtag
    31741 gggcgtattg catacgcccc catagttcca tcagaaaata gcgggcggac atatcaatct
    31801 acccgttcct cgttatatga aaatatctac acctaaacat ctacaatttt catcttccca
    31861 acaaataaaa gaagtccatc cccgccaagt cattccttcc ccgaccaacg gcggacaaaa
    31921 aacacgcccc cttttcgtgc gtcagggtag gggcgtattg catacgcccc catagttcca
    31981 tcagaaaaca gcaggcgaac atatcaatcc gcccgttcct cgttatacgt aaacaaatga
    32041 accacagacc cggtcatttt tcgattcatc cggcctccga tatgtccatt cgtggggcgt
    32101 atgccatacg cccctaccct gacggacgaa aaatcgtcat gatttcgatc cattcggcct
    32161 ccgatatgtt cattcgtagg gcgtatgcca tacaccccta ccctaacgga cgaaaaatcg
    32221 tcatgatttc gatccattcg gcctccgata tgttcattcg tggggcgtat gccatactcc
    32281 cctaccctga cggacgaaaa atcgtcatga ttttaattcg tccggcccat aatgatcaaa
    32341 aaatcgccat gattttgatt cgtttaccgc acagcaacct caaaatcgcc acgattttga
    32401 ttcactgaca aaaaatgatc cataaaccca tcgaggcaag ctatccctgg gcaattagga
    32461 agataaatcc cgacgcatat acgtttcttt tcgtataaaa gaagagatta cgcgctgcat
    32521 aaagcaatct cccgcaataa aataagtaga tatgcaacgc atattgaatc attcgaatat
    32581 gaaagaagac catctgcatt gcagattaaa tattcacgga acaaaagaag atgacatgca
    32641 acgcaaatat gatcttcacg aattagggag attctatctg cattgcagat tatatactat
    32701 cataccaata gctatcgata tgcaatgcgc cgactatgct cctactacaa tagaaccgta
    32761 tatgcaatgc atgtagtatc ttttttaccc gtaggaaaag aatatgcggc gcagattata
    32821 tcttctcgaa ataaatgcag actatatgca acgcataaga tcttcttttg agccatgagt
    32881 atagattttg caacgcagat atgcttctat tgggtcgaga agattacatt tgcaacgcgg
    32941 atgagattct tttctatcgg aaggtataga tatgcaatgc agattgtgat ctttcatagt
    33001 gggagattgt gatttgcgtc gggtttttac ctttgtggtg ctcggggatt ggaaatcttg
    33061 gcgggtatga tctacgcgga ggcgtttgga ttgaaaaacc gacctaaaac gggtatcccg
    33121 gacggtcggg gattggaata tttgataaga atggcctgcg atgagacacg gggataggcg
    33181 gacttggcgg ggatgggctt ctctgaatcg tggggaagat gaaaattggg agcgtttttc
    33241 ttgcattcca ttcttctttt cttgtcttga ctgggggaaa gaagacaaaa gaaagtcaag
    33301 cccccacagg gggcagtttc tttgttcatc gtcggtcgag gaaggggtat cttgacgaga
    33361 ataggcttct tttatttgtt gagaaggtga aaattgaagg ttttctgatg tagatatttt
    33421 tacacgataa ggggcgggcg gattgatatg tctgctcgct atttctcaaa gaaactatgg
    33481 gggcgtatgc gatacgcccc taccctgacg gacgaaaagg gggcggtttc tttgttcgtt
    33541 gtcgagcgga gaaggggtat cttgacgaga ataagcttct tttatttgtt gggaaggtga
    33601 aaattgaagg ttttaagcat agatattttt acacgataag gggcgggcgg attgatctgt
    33661 ccgctcgcta tttctcaaag aaactatggg ggcgtatgcg atacgcccct accctgacgg
    33721 acgaaaaggg ggcagtttct ttgttcgccg gtgggcgggg aaaggtagtc ttggcgggga
    33781 tgtgttttat gtattttatg gtgatgtttt ttgtgatgat aataggatga aacgtgtgat
    33841 tgaaattgag aaactggggc agtatcgact ggataattcg ctgcatactt ggttccatga
    33901 taaggtgtgc gagcgtatcg gcgcggctga tggagagaag atcggtgtgc cgcagacgat
    33961 ggtcgaggag tatcgggcgt gtgtcgatga ggagtttgag atgctgaagg aggtgtctgg
    34021 cgaggagaat gaaacgaaag cgatcctgaa aaaggatgcg gaatgtgacc gtttactgtc
    34081 tttcattttg ggcgtgatac gtattatgcg cctttcgccg cgtcaggagg tggccgagga
    34141 tgcgcagcat ttgtacgttt tgactcacga caaaaaacgg atacagtcgg aaggcatcgg
    34201 acgcaaaccg gcacgtatcg attcactgct gaacgacctc aaaaagcctg aaccggcagc
    34261 catgattacg cggctcggcc tcgacgaggc tgtcgggctg ctgaagcagg ctaacgagga
    34321 cgcgagtcgg ctacagcgtg agcggagcaa tctgcgcgta aggcgaaaac ggccttcgat
    34381 gacgcaaatc cgacctaaaa cggacgaggt ttaccatgag gtgatcctcc aattacaata
    34441 tgcttacaaa aataatgttc cgccgatcga ccgcgaagcc atcgccgaac tggtccgcca
    34501 tctgaacgag cacacggcac acgcccgcat gacttataag aagagcttgg cccaacggcg
    34561 ggccagacgt agacaaaaat cggcgcccac ggatgcggac aatcctgtat aatccacggc
    34621 tccgcttcat tttatttatc tttgttgcgc tgaagggaca aacgacctcc accctcgatc
    34681 gatgaacgca aaatacctcc ttttcctgct ctgcacactg gccgtcatcg cctgccagcc
    34741 cagcggcggg gacgacacgc ccgccgtggc cttctattac tggcggacga cgttcgacct
    34801 gacgcctacg gagcggcgcg tgctggagga ttgcgatgtg aaacacctgt atatccgcta
    34861 tttcgacgtc aaaatagatc ccgccagcag catgatcgtg cccgaggccc cggttcgttt
    34921 tcgcagcctg ccgccgaagg gcatccgtgt cacgcccgtg gtctttatca ccaaccgcgt
    34981 catgctccgc cgcgagacaa acgtcgacac actggctgcg aatatcgctg cctacatccg
    35041 acggatcaac cgggcggtgg gtctgcccga acccgacgag gtgcagatcg attgcgactg
    35101 gtcgaccggc agccgcgacc ggtttatgct attcatcgac accttgaagc ggcacggcgg
    35161 cttccgcaac ctttcggcca cgatccgtct gcaccaagct aagcatcaca ccattacgcg
    35221 catccccggg gtcgatcgcg gcgtcctgat gtactataac atgggctccg tggagacgga
    35281 tacggtcaat tcgatctatg accgcaagat tgccaagcgc tacctcggca gcctcaaggt
    35341 ttaccccctg ccgatggacg tcgcactgcc catttatgcc tggggcgtac acctcagtga
    35401 gggtcgcgtg accgagttga tcaatcgtat ccaccgcgct gattttgagc aagacacgaa
    35461 ttttcttgtc ccacatggtt cgaaccttat cacggtcaaa cattccctga tcaaaggcgg
    35521 acgttactac cgcacgggcg atgaagtgag gatagaggaa gtgacatcga aagacttatt
    35581 agaaatggcg cgcgatctca gtcggcatat gccgaaacgg cctcgcgagg ttatcttttt
    35641 tgacttggat gagcatcatt tcaataaata cataacgaac tatgaaagcg aaacgaattt
    35701 ctttaaggac gtggtgcgct gtttttagcg ctatactcat ctcgacgggt ctggcttggg
    35761 catgctttta catggacttc gacccgccgt cgaacttcag cccggagctg atgatgaggg
    35821 atgcggcggc ctatcggccc ctcttttatg accccaacac gacgttttac aacggacacg
    35881 atgaccagca tccccgccga ttcaacgagg aggtaactaa cgattggtat gactttttgg
    35941 atggaaaact cactcgggaa cagattgcag ccttcatgct tgagggtaaa aaggttgcgg
    36001 ccatcgcaaa ctcctcgagt ccgaaggtga aagccttcga gcgcttcgta cgcctggccc
    36061 accaggtaga caactacgcc tgcacaccga tcaatccgtg gtcgtattac aataatccgc
    36121 agtctgatac gcctcaaaag acgtctgagg agctggtcga ggaagctatt cgggattaca
    36181 gagccgaaac gaatgccttc ctcaagaatc gctatgcttt ccaggcactt aaggcgctct
    36241 tttacgctgg aaatcgggat gcgtttgaac gttttttcgg cgaagttgag ccgaatatgc
    36301 cgcgcaatac gctttattat cgtgccctcg gttatcgcgc gggcttctac attgaggtga
    36361 aggacttttg caacgcgaat ttgctttacg cagaggtatt taaccacgtc ccagccatgc
    36421 gaccggtcgc tgccacatcg cttacgctgc aagacgaaaa acaatgggag caatgcctcc
    36481 gcgcagcctc gcccgagcaa aaaacggctc tctgggccct gctggcattc cggacaggcg
    36541 ataacgaccg ggccatccga tccatctatc agatccgccc taaggatccg ctgctcagcc
    36601 tgctcgtgat ccgcttcatc aacgagaatg aggatcgccg atggtcgctg atcggcccac
    36661 cgacggaaga tgccgatccg aaggccaacc gcatgaagga aataccgcgg gaaacgttcg
    36721 atttgatccg gcgaatcgca tcggaggaga agacggaaaa cccgttcctc tggtatgcgg
    36781 cggcgggcta catcacgtct tggtcgggcg actacgatgg cgctaattcg ctctacgata
    36841 aggccgcagg acaaatgaag gccggcaaca aagaggcggc cgatcagctg cgcttactgc
    36901 gcctcgtaaa cgccctgagt cggatcacgg aggtgaaggg cgacaacata gagcgcctca
    36961 cggaggagct ccgatggctt tacaagcaga acagctatcc ggaatatggg aaaggtggca
    37021 tgcgttacaa gacggccatc gaacaaagcg ccacctatct gtccacgctc tacgccaagg
    37081 ccggtcggcc ggagctggca gagatgctgg atcatagcag cgagaagatt gctcagcccg
    37141 gcgtggtgga caagctgatc gccgtgctcg aaaacccgcg cacaccgatg gagaagctca
    37201 tcgtcgacat gtatccgtat acggcggagg agttttactt ctacaaggcc cttcaagccc
    37261 ttcacgccga tcaattgatc gaggccgagg cgctgatgaa gaaagcgggc aagcagggga
    37321 tgacggaact ctacacgaat ccctttaacg actacattct cgatccctta gacgcccata
    37381 cccgcaagca cattaaggaa gcgaaggtga aatacacgcc gatcacgctt atccaaaaga
    37441 tgcgggaggg cgaagccaag attgcgcgcg gtgaggaggt gtataacaac agcttactgg
    37501 tcgggaatgc cttctacaac atgtcgtttt acggcacaag cgacatctgg cgcgttccgt
    37561 tgctgaacgc ttccatcttc gagctcgtcc cctgctatgc ccaagagatg gtcatgacca
    37621 gccccgccgc gaaaaagtat taccgcatgg cgttgaaggc cgctacgacc gatgaacagc
    37681 gtgcaaaagt cgtttttctg tccatcaaat gcgatcgcaa cgactgctac ttggggccga
    37741 tccgaggacg tgccctctgt gacaatcaga ggtctatgaa tcagagcaac tctcccaatt
    37801 ggctcgatcg tgacggcttt ggcgagctga tgcgttacgc gaacacgcag tactatcggg
    37861 atgtgatccg cgaatgcggc tacttccagc tctacgtggc caaacacaag cgatgaccga
    37921 tggaggagct gcttcatttg gagtctcgga agcggagaca cgtcgatttt tcggatcatt
    37981 cggttgctga taaggcgatt cgtggggcgt ataccatacg tccccacacg aatggccgga
    38041 aatttgtcga ggatgatctt cgtttttggt cacggaagcg gaaactcgtc gggcgtgagc
    38101 ttcgaacgta ttcagcttat ctatatgtaa tccatagtat tcaccacttt tcaacagaga
    38161 acaatgaatg aacgaatgaa agccttcagc aagagggcca tgtacggcgc actggccgga
    38221 ctgctctgga tagccactcc ggcagcccga gcgcaagaca acatcacctt gacagactct
    38281 gcgcaaacgc tggcactcgt ggccgccgct aacgatacct ccgccttagc gcccatcaca
    38341 gcgacaagcg atagcgtctt cctcaaggat tcgtcggccg tgctgcccat caaagaggcc
    38401 atacaggacg gtgactttcg caccaaggcc cagctgcgcg aagtggtcga gcaatggaac
    38461 gccgccctga ctccggccac cgtcgaccgc ctcaagcagc tctatcacga caccgaggta
    38521 ctctattacg gcggccgcac cacacccgat gagtgcatca atgacaaacg ggcctacatg
    38581 gagagtcatc ccggatacgc ccaaacgtta gtcggcgaga tcgtctacga ctccattaat
    38641 caggtcacct atcgctgctc cttcatcaaa cgcgtcaagc aaaacgatgg ctttttcgaa
    38701 tatccctcct acctcgtcat gatgcgcatg cccaacggct ggcggatcac ggccgagggc
    38761 gacggcgcca ccgattacaa tcgcaagaag agcgaaacgg gtagcgcacg cggtagcggc
    38821 atgaacgagg gcgacttcaa cggcacgggt acgaaaggct acgtctggct cgagccgcct
    38881 gtgttcgcga aaacggatga cgaggacgcc ggttgcctcg gtggttgcga cggcacgatc
    38941 cgcttcctca accccttcat cccacccatc aaggttcgcc attgcatcga cggcacgccc
    39001 gataacctcg gcgatctgaa cggtgacggc gccgacgagg tcggtttgct gcccatctgg
    39061 ttcaatggct gctgggccga ctaccacgtc tggacgctgc aaaacggtcg ctggatcgag
    39121 gcggtagaga gcttccccac ccattgcgac cagtggaaga cggggctgaa gcccgtcgaa
    39181 gtcgatccca aacgcccggg ctacgtcatc atccgttaca gcgagaatgg caagaacgga
    39241 ggcatcgaag tcaagagcaa gtccgtgccc atccgcggcg gaaagggtgc ggcgaccgat
    39301 cccgtcacgt ttccgaaact atgagcaccg agcgccccct ctcctccccc acgccaccat
    39361 ccgctgccgc ttccgtgagt ccgctgaagg cttggatcac ggcggcaagg ccccacacct
    39421 tggcggcctc ggcctgcccc gtggtcgctg cgtcggcgct ggcctggcgg gcagacacat
    39481 ttcggttcgt gcccgctgcg ctctgtctgc tcgtagccgt gctggcgcag gtggccgcca
    39541 acctctccaa cgactacttc gactataaaa agggagccga caccgatcgg cgtgtggggc
    39601 atcagcgcgc tgtcgcctcg gggtggatag ccccgcagac gatgctccgc gcttcgctcg
    39661 tcacacttgg gctggccctg gtctgcggcc tctttctcct tgcctatggc aacccgttcc
    39721 tgctcctcgg tgcgggtgta gccatcgcgc tctgcgtgcc cgcctacacc gccggcccct
    39781 accccttggc ttatcgcggc tggggcgacg tctgcgtgct gctcttctac ggtgtgatcc
    39841 cggtctgcct cacgtattac gttcaggcgg gcaccgtgac tgccaccact gcgtggatct
    39901 ccgttgccct gggactgctc tccgtcaaca tcctgctcgt caataacgtc cgcgaccaag
    39961 agcaggacgc cgccgctggc aaacgcacca ccgtcgtgcg tttcggccgc cgctttggca
    40021 cgacgctcta cctcgtctgc gccgtgctgg ccgtcgcctg ctcatggccc gcctatttct
    40081 atcgcggcgc ctacacctgg ttgctgttcc tcatcttcct cgccttcgaa ctggtgacgt
    40141 ggcacgatct gcgtcgcctc agcggccccg atctgaaccg tgtgctcgga ctcaccgccc
    40201 gcaatatctg gatctatacc ctgctgctcg tttcgttgct ggtcttctaa tagatgctgg
    40261 ggccattgca acggtctgca atccgtcaga atcagattct gggccgttgc aacggtctgc
    40321 aatccgtcag aatcagattc tgggccgttg caacggtctg caaagcgtca gaatcggatt
    40381 ctgagccatt gcaacggtct gcaatcctcc aaaatcagat tctgggccgt tgcaagggtc
    40441 tgcaattcgt cagaatcaga ttctgggcca ttgcaacagt ctgcaatcct ccaaaatcag
    40501 attctgggcc gtcgcaaggg tctgcaatcc ttcagaatcg gattctgaag ggcctcccga
    40561 gcatgaatca ccctgtaaac cctcttcttt cccctctttt cattgtgcaa ttcgtctcct
    40621 tgccctccct tgaaatgggg attgccgggc gacgcgcacg ccttcatctt tgccgcgcta
    40681 aaaaaccaaa acaaccatcc atatacaatg aaaagaatag ctacgcttct ctgcttcatg
    40741 gtctgctgtg ccgtcgccat gcatgccacg aatgccaatg tgactaaacg aacttacacg
    40801 gtgaggggca ccgtgaagga ccgaatgaac gcccccgtac cctacgccac ggtgatggtg
    40861 ctcggcacca acatcggaat cgctgccgac gtcgacggcg gttttcgcct ccaattagac
    40921 aaaggcacct accgcctgcg cttctcctgc accggatatg agcagaagat cgtcgaggtg
    40981 tcggccgaac agcagcccaa cctcgaggtg acactcgacg aggccaagaa cggcctcacc
    41041 gaggtggtcg tcaccggcac acgaacggag cgcatgctca aggatgagcc cgtcgtcacg
    41101 cgcgtcatca cggccgagga gatcaagaag ctcgacccgc aggacttcaa gtcgctactc
    41161 gagtatgagc tgcccggcct tcaattcaac ggtgcagcac acggctccgg actgcccgac
    41221 atctccttcc agggcatgga ttcccgctac ctactcttcc tcatcgacgg cgaacgcatg
    41281 gccggcgagg gtgcgctgga caacatcgac ttcagccgct tagacgtgga caacatcgag
    41341 cgcatcgagg tgatcaaggg cagcatgtcc accctctacg gctcgaacgc cctgggcggc
    41401 gtggtgaaca tcatcaccaa gaaggctaac cgcccgttcg tgggcaatgt ctccgctcgc
    41461 accaccagcc gcggcgatca gaaatacgcg ctctccgtgg gcacacgtca ggagaagttc
    41521 tcatcgctca cctcagcctc cttcagccgt cgcaacccgt acaccatccg cgacaccaag
    41581 ccgatgacga gcaccttcaa gcgccccgac ggcaccgact ccacagcggt ggataccacc
    41641 cggcgcagct tcaacatcaa gggctacgag accttctcca tcgcccaaaa gtttggctac
    41701 gacttcaccg accgactcag cgctgagttg acaggcagct tctaccagaa ccgactgctc
    41761 tacaccgaag agatgaagct ccacgagcgc ttccgcgact tcaccttcgg cggcaagctg
    41821 aactacatcc tcaacgaaaa cagtcggctg gacctctcct accactacga ccattactat
    41881 aagaacgaca tcttccccca ggctggcgac ctcaccacgg tgaagtatcg cgacatcacc
    41941 aacaacatcc gactcaacta cagcctcctc ctggccgacc gccacgccct caccgccggc
    42001 accgaataca acaccgagcg gatgaagagc aactggtttc gcgacaccac ctcctcccgt
    42061 ttctccaact gcgtgatcta cgtccaggac gactatcgcg tcaccgaccg cctgagcctc
    42121 gtcggcggcc tgcgcatgga ttaccactcg gagtacaagg cccacgtcag cccgaaactc
    42181 tccgccatgt atcgcctcgg gcacgtcacg ctgcgcggtg gttacgcagc cggattccgc
    42241 tcgccgtcgc tccgcgagct gtacgccgag ttcgaccacc gcggcatgtt caagatctac
    42301 ggcaacaccg acctcaagcc cgagaccagt caccacgcct ccctctcggc cgagtgggtc
    42361 gccggcatct tcaacgcctc cgccaccggc tactataact ggttcaacaa ccgcatcgtc
    42421 cggacggtgc gcatcgagga tggccccgcc aaacagtatc ccgactacac ctatcagaac
    42481 gccgaaaagt ccaagaccta cggcttcgac gtcaacgccc aagtgcgcct gcccttcgac
    42541 cttaccctgc gcggcaccta ttcttacgtc aacgacgacg agaaggtgca gggcaaacgc
    42601 agttcctaca tccgccccca cacagccgtc atgcaagccg actacacgcg ccgcttcggc
    42661 cgttgccgcg cctatatcgg cctgaacggg cgctggatgg ccgccacgga ctattggtcg
    42721 tacagcaccc gcagcaaggg catgtacaaa atggagctcg agagccgcat gctctggaag
    42781 ctgaacgccg gatgctactt cccgcgcggc atcgccctca acatcggcgt ggacaacctc
    42841 ttcaacgcaa gggataagaa catcggttat gacgtctact ccgccaccct cacccggggc
    42901 acggagttca tcgccaacct ctccgtcaat attgcagagc tgatcggcaa atgacgggac
    42961 ggacacttgg cacttttttg gggcacgaca cttcttgagg gaggcgtcgt gttcctgttt
    43021 ttttggcccc aagccccgac agatcggagc tatccccaga aaaaagaagg gctaaaccct
    43081 cagggttcag tcttcccaga aaaaaagaag gcccaaaccc tgagggttca gcgtcgcttg
    43141 gaaaaaagaa gagctaaacc ctcagggttc agcgtcgctt gaaaaaaaga aggcctaaac
    43201 cctgagggtt cagcgtcact tgaaaaaaag tagagccaaa ccctcagggt tcagcgtcac
    43261 ttaaaaaaaa gaagggctaa accctgaggg ttcagcgtcg cttgaaaaaa agaagggcta
    43321 aaccctgagg gttcagtctt cccagaaaaa aagtagagcc aaaccctgag ggttcgaggc
    43381 cacctcgaaa aaaactactc ctaactaccg cgccgtaggc gcataactac ccctaactac
    43441 ccctaactac cggggcgaag ccccataact acccctaact acctataact accggggcga
    43501 agccccataa ctacgcatag aatgaaaaga aagatttatc tgtggattgg gatcgtcgca
    43561 gtcgtcttgg ccgcggcgtt ttttgcttat tccaaatgga tggcacccac acgcgtggcc
    43621 ttcgtgaact tccaggccat ctcgcttggc aacatctaca aagccaacga caactcgcac
    43681 atcaaactcg tggaaatctc caccgacgag ctcgacaagc tcaaagactt cgacatgatc
    43741 ttcatcagcg gcatgggcct gcgcatcgtc gaggagcaac gcgaacaact gcaacgcctg
    43801 gccgacaagg gagtgcccat ctacacctcg atggccacaa accccgacaa caacatctgc
    43861 aacctcgact ccgtggtgcg cgactccatc aagacctacc tcgacggcgg cagcaagaag
    43921 aactatcgca gcctgctcaa ctacgtccgc aaggtgatcg acggcaaacg cttcttcatc
    43981 aacgagcctg agccggccgt ggagcgcgcc gaagacatca tctaccaccc caaccccagc
    44041 ggcaacgacc gcgacgacga cctcgagttc cactccgtgg ccgagtatga ggcttggctc
    44101 aagaagcaaa acctctggca cgagggcgcc cataaaatcg tcgtcaccgg acagatggcc
    44161 gaccccaccg gcctgatcga tgcgctgcaa aaggcgggca tgaacgtcta tcccatctac
    44221 gcccgcgaga aatggttcga ctacctcaac gccatcaacc ccgccatggt gatcaacatg
    44281 gcgcacggcc gcttgggcga cgagatggtc gattggctcc gggagcacaa cgtgacgatg
    44341 ctcgcaccgc tcaccgtcaa tcgcctcgtg gaggattggg agaacgaccc gatgggcatg
    44401 tccggcggct tcatgtcgca gagcgtcacc atgcccgaga tcgacggcgc catacgtacc
    44461 acagcactct ttgcccagta tgaagacaag gacggctacc gccactcctt cgccgtgccc
    44521 gaacgcctcg agacgttcgt cgaaaccgtg aagcgcttcc tcgacctccg caccaagccc
    44581 aacagcgaga agcgcgtggc catttattac ctcaaggggc agggccaagg cgcaaccatg
    44641 acggccggcg gcatggaggt cgctccgtcg ctctacaact tcctcaagcg actcaaagac
    44701 gagggctaca aggtggacaa cctgcccgcc aaccatcgcg agttggagaa gatgatcatg
    44761 cagcagggcg ccgtcctcgg ggtctatgcc gagggcgcga tcgctgagtt tatgaagacc
    44821 ggcaacccgg agctgatcaa gaaggaagat tatgaagctt gggtgaagca ggcgctccgc
    44881 ccggagaaat acaaggaagt ggtggccgcc aatggcgact tccccggtca atacatggcc
    44941 acggccgacg gccgactggg cgtggcccga ctacaattcg gcaacgtcgt cgtaatgccg
    45001 cagaacgccg ccggatcggg cacaaatgcc ttcaagatcc tccacggcac agacgccgcg
    45061 ccgccgcatc cttacatcgc ctcctacctc tggatgcgct tcgggtttaa ggccgacgcg
    45121 ctgatccatt tcggtacaca cggcagcctc gagttcacgc cccgcaagca ggtggcactc
    45181 tccagcaacg actggcccga ccgactcgtg ggcccgctac cccacttcta cgtctacacc
    45241 atcggcaacg tcggcgaggg catcatcgcc aaacgccgct cctacgccac gctcacgtca
    45301 tacctcacgc cgcccttcat ggagagcagc gtgcgcggca tataccgcga gctgaccgag
    45361 gcactgaaga tctacgacca cctcgccgag gacatcaacg aacgccgcga gcaaggcaag
    45421 gctccggacg cccgcatgga ggccgacctg aagcgtgccg cgatcaacgt gaaggcggcc
    45481 accgtaaagc tcggcatcca ccgcgacctg gaactggaca gcatcgccgg taagccctat
    45541 tcggaggacg agatccgacg cgtggagaac ttcgccgagg agttggctac ggagaagatc
    45601 accggacagc tctacacgat gggcgtaccc tacgagccgg cccgcatcac atcgtccgtc
    45661 ttggctatgg ccaccgaccc gatcgcgtat ggcgtctggg cactcgacaa gctgaaggga
    45721 cgcacccacc tcgacgccga tcgcgaccgc gtgaagttca cgcagctcta cttagatccg
    45781 gcaaaggagc tggtgaaccg tctgctcacc caaccgacga tggccacgga cgagttggtc
    45841 tgccgcacag ccaagatcac ccccgaggag ctggctaagg cgcgcgagat catcgccgac
    45901 cgcaacgccc cgcggggtat ggcggccatg atgatgatga cgggcaataa gaagaaaggc
    45961 ggtatgccag ccggtatgcc gggaatgcca ccgaaaggca tgggtggtaa agccgacgcc
    46021 aagcccgctg gacatcccgg aggtatgccg ggtggtaaag ccgacgccaa gcctgccgga
    46081 catcccggaa gcatgccggg cggtaaagcc gacgccaagc ctgccggaca tcccggaggc
    46141 atgccgggcg gtaaagccga cgccaagccg gccggacatc ccggaggtat gccgggcggt
    46201 aaagccgacg ccaagccggc cggacatccc ggaggtatgc cgggcggcat gatgggtggc
    46261 aagaagaaga cgtacacgaa ggacgaagtg cacctggctg acgccatcat ggaggtggag
    46321 cgcacgatcc tgaacgtgaa caaatacaag acgtacctca tggagagtcc cgagagcgaa
    46381 ctgcgcagca acatgaacgc actgaagggt ggctacgtgg ctccgtcgcc gggcggcgat
    46441 ccgattgcca acccgaacac actgcccacg ggccgcaacc tctactcgat caacgccgag
    46501 gcgacgccct cggaggcagc ttgggagaag ggtaagcgac tggccaacgc cacgatcgac
    46561 ctctaccgca agcgccacaa caacgagtat ccgcgtaagg tgagctacac gctttggtcg
    46621 ggcgagttca tcgaaacgga aggcgctacc atcgcacaga ttctctacat gctaggcgtg
    46681 gagccggtgc gcgacgcttt cggccgtgtc tccgacctgc gcctgatccc ctcgtctgag
    46741 ctgggtcgcc cgcgcatcga tgtggtggtg cagacctccg gccagttgcg cgacttagcc
    46801 gcctcgcgac tcttcctcat caatcgcgcc gtggagatgg cggctgcggc gaaggatgac
    46861 aagttcgaca accaagtgtc cgagggtgtc accgaagcac aacgcacact gctgtccaag
    46921 ggtctctcgc cacgtgaggc gcaggagatg gccacctatc gcgtctttgg cggtgtcaat
    46981 ggcaactatg gcacgggcat ccaaggcatg gtggagagtg gcgaccgctg ggagaaggag
    47041 tccgagatcg ctgagacgta tatccataac atgggcgcct tctacggcag cgaaaagcag
    47101 tgggagctgt tccgccaata cgccttcgag gccgcgctga cccgcaccga cgtcgtcgta
    47161 cagccgcgcc agagcaacac ctggggcgcc ctcagcctcg atcacgtcta cgagttcatg
    47221 ggcggtatga acctgtccgt ccgccacgtc accggcaagg accccgacgc ctacctcagc
    47281 gactaccgca accgcagcaa tgtgcgcatg caggaggtca aggaggccat cggtgtagag
    47341 gcccgcacga cgatcctcaa cccgacgtat atcaaggaga agatgaaggg tgaagcctcc
    47401 tcggccggcg tctttgccga gaccgtccgc aacacctacg cctggaacgt gatgaagccg
    47461 tcctccatcg atgacgagct gtgggacgag atcttcgagg tctacgtcaa ggacaaatac
    47521 gacctcaagg tcgacgagtt cttccgcgag cagaacccgg ccacgctcga agagatcacg
    47581 gccgtgatga tggaaacgat ccgcaagggc atgtggaaag ccacgccgga gcagatcgcc
    47641 gagctggccc gcgtgcacac cgagacggtg aataagtacg gcgcggcatg ctccggcttc
    47701 gtctgcgaca acgccaagct gaaggacttc atcgcctcga aggccgacgc ctcggccgcc
    47761 gcccagtaca agcagaagat cgccgaggcg cgcgaagcca acctctccga caaggacgcc
    47821 aagagcgtcg tgctcgaaaa ggacaagcag aacgccgtcg acgagacagc cgactccacc
    47881 ggccgccacg tgatcctcat cgcagccatc gcgctggtcg tagccatcgc cgcgttcctc
    47941 atcatccgca gaaggaggaa gaactaaaaa cgaaaagcta aaaacgaaaa gtcctgccgg
    48001 caggaggtgg ggggggcacg cgagttcccc ctctctcccg tacccggctt agcttttagc
    48061 ttttagcttt tcccttttca attatggaca acatcttcct cctgctcgcc ttcttcgctg
    48121 tggtgaagag cctcttcatg accaccctgc tgcccgaccg acgctatcgc attgcgttca
    48181 gtctgctgct cggcgtgttc gtggtgctct cccacccgta cgtcgtcgag ctgaacaagc
    48241 tgcaggtgca gcgcatgctg tcagagcgtt cggccctgtt cgacatctcc ctggtggtga
    48301 tggtcgacag cctgctgacc gtctacttct gcctggcccg cctgcgcgat cgcgagcccg
    48361 ggcagcactt tgcgtggtac accaccctgg tgcgccacat gccttcgctg ctcatcttcc
    48421 ccgcgctctt ctacctccac atcaacctgc tcttctccct gcccggcgtc gccttcacga
    48481 ccgtcacatg ggggctggcc gcgggggtgg tcgccgtgtt cgtggccgcg tcgctctttg
    48541 cccgcagcct catcggcggc aaggatctgc tcatcgagct gatcatgctg ctcacgctgc
    48601 tgctcttcct gctgaccgtc tgcagcgccg tcttccaccc ctccaacacc gtcatctcgc
    48661 acagcgcccc cgtcgactgg ctcggttgcc tcggcaccct cggcctgctc cttgggctca
    48721 cgctcgtcgg atggttgctc actgcggtga ggcggaggct tcagaagaaa tcacagcctt
    48781 cggatggata gtcggggcaa ggctcccacg aggggcgcct ctacctccat cggtgtaacg
    48841 atgactgtgc aagacggctt gatggcggca aagtgtgtga aatgaccgtg caaggcctgc
    48901 atgacgattt cacagtgtgt aaaaaggccg tgcaagacct gcagacggca gcacagtgtg
    48961 tgaaacgacc atgcaaggcc tgcatgacgg cggcacagtg tgtgaaacga ccatgcaagg
    49021 cctgcatgac gatttcacag tgtgtaaaaa ggccatgcag gacctgcaca gtggttttac
    49081 agtgtgtgaa gcgaccgtgc aagacctgca cagtggtgtc acagtgtgtg aagcgaccat
    49141 gcaagacctg cacagtggtt ttgtcgttat aacaaccctt taactaccgg ggcaaagccc
    49201 cataactacc caagggcgta tgcaatacgc ccctactacc cggccaaagg ccgataacta
    49261 ccgcgccgca aggcgcataa ctacccaagg gcgtatgcga tacgccccta cattaaacaa
    49321 caatggaata cgtatcaaac atcctctttt ggatctccaa cgggctgctg gtccccgtca
    49381 tcgtcggcct gctctacttc tttatccgca gcatactcat gctcggcggt ttcttcaacc
    49441 aatacctgcg tcgcaccaag caggcgggcc agctcaagaa gcagctcgac acgtgggacg
    49501 gcgcgcacct cgacgccctc ctgcccacca tcgaagcctc ggccgaacgc gacttcaccg
    49561 aagccgtgcg ccgcatcgct gccacgcccg actcgaccca cgtcgaccgc atcctggccg
    49621 agtacgaagt gcgcgccgac gccgatctga gtcgctgccg catgctcacc aagttcggcc
    49681 ccatcctcgg actcatgggc acactcatcc ccatgggccc cgcgctggcc ggcctcgcca
    49741 cgggcgacgt cgcctcgatg gcctacaaca tgcagatcgc cttcgccacg accgtcgtcg
    49801 gactcttcgc cggggccgtg ggctacgtca tcctgcaagc ccgccagcgg tggttcgtcg
    49861 ccgacctcgc ctcgctcgag ttcatcgccg gcatgacggc ccaagtctca cccactaacg
    49921 ccccccagtc atgagtcgcc gccgcagact gctctcggct tcggccgaag acaacgaccc
    49981 cgtggccatg ctcacgaacc tcttcgacgt ggccatggtc ttcgccgtcg ccctcatggt
    50041 ggccatggtg gtgaagttca acatgaccga gatcttctcc aaggaggatt acaccatggt
    50101 caagaacccc ggcaaggaca acatggagat catcaccaag gagggccaga cgatcacccg
    50161 ctacaaaccc tccgagaacc agaacgccac cggcaagaaa ggccgcaagg tcggcgtagc
    50221 ctacgagctc gaaaacggcg aagtgatcta cgtgccggaa tagccgcgac cctcgttggg
    50281 gttattatac accaagggct gcatcatcga ttgcgtatga tgcagccctt gttcttgtgc
    50341 gacctttatc gatgattgga gatcaacgac ggaataattc ggaatgagat ccgagacgga
    50401 ggacatagat gcagttctcc gactcgtcct cccatatcag caagaagtca ttttcaatat
    50461 ggcattccaa acatcccttg tagcgccccg tcagcttatg tgcataaagc tcgggcggca
    50521 acctctcacc actcgcaagc agttccagaa ccgccattag cttatccacc ttgtcgggct
    50581 gatggcggta tcgtttaaag tcctttttgt actgaggact atagcggatt gtcttcattc
    50641 gctacacgac cgaataaagg cctcccggct actaaggtct atcgtacccg catatcggcc
    50701 ggcacgtgcc tcctcaatag ctgcgatcgt ttcctcgttc ggttcataat agagggcatc
    50761 caataaaatg ccttccacaa ggtcgttcat gctccgatgc tcctccgcgg ccttttctct
    50821 gagacgtccg cgaagctccg tactcaggcg gaaagtggtc tgtttctttc tttttactgc
    50881 gtccattgat gtttcttctt ttgattatcc gaggcaaaag tagcccaggt gctattttga
    50941 aatgccgcac agtagctcgg caaagtcatc gattaggaag tcggcgccgg cggcttgcag
    51001 ctggtcgcgc gtggcattgc cataggtaac gccgcaagtc tggacgccgg cgttgcgccc
    51061 catgaggata tccacgggca tgtcgcccac caccagcgtg tgcaccgcgt cgatgcccgt
    51121 ctcgcagagc gtccggagca cgggctcggg gtggggcttg gtatgctcca cgctgtcggc
    51181 accaagtacg tacgagatgc agtccctcag ccccattgcg tcgataaagg cgtgcagcga
    51241 ccccgtgccc cgcgacgagg cgatggtcag caccacgccc cgctcccgca gctgtcggag
    51301 tgtcggcagg acgtggggga agggggccgg cacgagcgac tccttgttgc ggaagaagat
    51361 ctcgcggtac gtctccacga agcggtcggc gaggtcggcc gggccgtcgg gatagagatg
    51421 ccggcaggcg tcatcgagct tcaggccgat ggtgctggcg caggccgcct cgtcggctac
    51481 gggcagatcg agctgatgca tggaggcttg cagggtgcgg acgatgttgt cacgcgtgtc
    51541 ggccagtgtg ccgtcaaaat caaggatgat cagttggatg ggcataggtc atatcgcatc
    51601 gttgaactct acacggttga ggatggagcg gccgagcgtc acctcgtcgg cgtactccaa
    51661 ttcgtcgccg atggagacgc cgcgcgcgat gaccgtcaca cggacgggat aggccgagag
    51721 cttgcggtag atgaagaagt tcgtcgtgtc gccctccatc gtcgtactga gcgccagcac
    51781 cacctcgcgc acctcgccct ccgccacacg cttcaccaaa ctgtcgatct ccagatcggc
    51841 cggaccgatg ccgtcgatag gcgagatgat accgccgagg acatggtaga gaccacgaaa
    51901 ctgcgccgtg ttctccaccg tcatcacgtc cttcacgttc tccaccacgc agaccgtcga
    51961 gtggtcgcgc gacgtatcgg cgcagatgtc gcagaggtcc gtgtcgcaga tgttgtggca
    52021 cgtgcggcaa tatttcacgt cgcgacgcaa ggcctgaagc gccgtgccga gtcgctcggc
    52081 gtactccggc tcgcggcgga gcaggtaaag cgaaagccgc agcgccgtct tccgaccgac
    52141 gccgggcagc gccgacagct cgtcgacggc gttctcaagg agcgtggagg gataggcgcg
    52201 attcatgact tcagttcgcg gccggcatac atgcgttcgt aataccccac gtaatcgccg
    52261 ctgatgactt cacggatcca gtcttggtgc tcgaggttcc agcgcacggt cttgacgatg
    52321 cccgtctcga agtccgtctc cggccgccag cccagctcgg tggagatctt cgtcggatca
    52381 atggcgtagc gctgatcgtg gccgaggcgg tcggtgacga aggtgatcag gctgtcgtcg
    52441 atccagtcga cggtgggcag tccgtccggg ccggcaatgc gtttgcggag agcgtcgcgg
    52501 taggcgggtt gcttggtcat caattggcga atggtgcgga tgatcgtgcg tacgatgtcg
    52561 atgttcttgc gctcgttgtg tccgcccaca ttgtagacct cacccgcgcg accgcggtgg
    52621 atgacggcgt cgatggcctt gcaatgatcc tcgacgtaga gccagtcgcg aacgttcgac
    52681 ccgtcgccgt agacgggcag ctgcttgccc tcgaggatgt tgtttatgat gagcgggatc
    52741 agcttttcgg ggaagtgata cggcccgtaa ttgttcgagc agcgggtgat gctgacaggc
    52801 atgcggtagg tgtcgtggta ggccatcgcc actaggtcgg cgcttgtctt ggaggcgctg
    52861 taagggctgt gtggagccag cggagtcgtc tcggtgaaga agccgtcggg gccgaggcta
    52921 ccgtagacct cgtcggtaga gacttgatgg aaacgtacgc cagggcgcca cgtcgggtaa
    52981 cccgtcgcat cgcgtccggt ggtccacgcc ttgcgggcgg cgttgaggag gttctgcgtg
    53041 ccgaggatgt tagtcacgag gaagagctgc gggtcttcga tgctacgatc cacatggctc
    53101 tcggcagcga agttgacaac gcagtcgatg gggtacttct caaagaggct ttccacaagc
    53161 gcgcgatcgc cgatgtcgcc tttgacgaaa tggcaacgca ctccgtcgat gtcgctttcg
    53221 atcgtgtgca cgttgccggc ataggtgagt aggtcgagga cgatcagctg tgcgtccgcg
    53281 tgggtggcca acatatactt cacgaagttg gcgccaatga atccggctcc gccggtgatt
    53341 aagtaggtat gcataatagt tagagggtag agggtagagg gtagagggta gagggtgaaa
    53401 ggcggcggac ttctatcttc ttttcttgcc ttgatgcaag aaaagaagca aaagaaaatc
    53461 aaggcctctg ccgaggccgg ggaagttggc cgggtacatc tctgggggga gttatagctc
    53521 tgcgtcgcgg agctggggca gcacgcggtc tttctcggac gtgaggatgg atgttgcctc
    53581 gtcgatgctc caatctatgc ccacgtcggg gtcgtcgaag cggaagccgc gctcatggct
    53641 gggcatgtag gggttgtcga ctttataggt gaagatggct gtctcgctct tgacgaagaa
    53701 gccatgcgca aagccgcgcg ggatgtagaa ctgacgatgg ttgtcggccg atagctccac
    53761 catcacgtat tgcccgaacg tgggcgatcc gcggcggata tccacggcca cgtccactac
    53821 cgtgccgacg atcacgcgca ccagcttagc ctgtgcgtag ggtgccaatt gatagtgcat
    53881 accgcgcagt acgccgcacg aggagcacga ttcgttgtcc tgaatgaagc gtgtcggccc
    53941 gatgtgagcc tcaaagtccg gctgcttgta tgcttccata aaataccccc gcgcgtcgtg
    54001 aaacaccttc ggctccagga tccacacgcc ggggatatgc gtctcgatat agtccattga
    54061 ttcgataaga ttcgatgatt tggggggcaa agaaagcccg gttcaccgga tcagctgaat
    54121 ggggcgctgg gcattgaacg gtatgaccac gtcgcgcatc tcctgcgtca gacacgccag
    54181 ggcctgccgg gcgatggcgt cggggatgcc gtagaaggcc tcggctaggc tgcccgtcat
    54241 ggccgcgatc gtgtcgctgt cgccgccgat ggagatggcc aggcgcacgg cctgctcgaa
    54301 gtcggtgctc tccaagaagc aaacgatgga ctgcggcaca gtgacctgac acgtcacgtc
    54361 gaaacgattc gtccggcgga tctcgtcgca cgtctcgctg acgtcgtagc cgtagcgcgt
    54421 ggtggcgatg gtgcgcaccg cctcacgtcc gccgccgtcg cgcagggtgc ggatgcactc
    54481 ggcaatgcac tgcgcgccct tgatcccctc cgggtggttg tgggtgcagg ccgccgactg
    54541 ccgggccgcc tccagcacat cgtccatcgg cccatcgatc cacccgcagg gcgagacacg
    54601 catgcccgag ccgttgccga aactgaagta cggctgcgga tcgtccgagg ctatccactg
    54661 ccggaagtgg ccgccgtagc cgcccgtggg atacgggtag cggcgacacc agctgtggag
    54721 cgtcggcccg aaatccacgc cgcgcagcaa cgcgtcggcc acggccaccg tgcagaccgt
    54781 gtcgtccgta aatccacact cgggcgtgaa cagctcaaag tccgtccggt gcgtgttatt
    54841 aaactcaaat cgcgacccca cgatgtcgcc tacgatagct cctaacatga ttcgttttcc
    54901 tttctgtctt gatggagggg atggcctcct gttttgcccc gcaaaagtat ccgaatgaag
    54961 cggggcgtta tgaggggtga tggatggcgg gcaaatcccc gtccgcctat acctattata
    55021 tatacgcgca tcgcgccctc tcagcagctg ttttcggccc tgttagcccc gcctggaggc
    55081 gtacatttct atgccccgcc cctgcccgca gggaaacaca accctaaacg ccacttacag
    55141 ccccagtagt atgcccaatc tacaccgtca atcataagca gcaagcttga tggttaataa
    55201 catacactgt cgatattaag cagcaagctt gatggttaat aacatacact gtcgatatta
    55261 agcagcaacc ttgatagtta ataacataca ctgtcgatat taagtagcaa ccttgcggat
    55321 taataatata cactgtcgat attaactcac agtcttgcgg gttaatatcg gaggggtaag
    55381 acagagattt atcaggttag aatctgcgat ttgcgcataa aaagctcaat tgggaaggtt
    55441 gcgatctacc cttttcaagc ataatctatt tgtaagagag ggcgaaggag cgtatgtttg
    55501 tctttgattt aaacacatca agaatgaagc aacagtatac tatgaaccgg agccatgctc
    55561 caaaaatgat gcacctattg atggtgctca gcctattgct cgggggtcag acggcctggg
    55621 cacaaaccgt acactggtcg tcgggatacc cgtcgctcga caacgaccgt gtcgtcacac
    55681 tcgagagtga acgcacgctc cgcatccgcc tcgcggcgct ggggagcgac atcagtaacg
    55741 ccaccatcgt catcaccctg ccggccggaa tcgactatgt agcggggagc gcgacgccca
    55801 cctcgcccgg catcaccctg tcggaaaacc tcgttgggtc agtgcttaca ctcaccgtcg
    55861 gcggcgacgg caaactgccg ctcaaccaag agaaagagtt tcacctgaag gtcaaggccg
    55921 caacgtgcgt ctcgccggcg gccgtatcgt tcggcgtgga ggtacaatcg agcggcacag
    55981 ccgtgcccaa cggcacaaag gcggttcagg ccaacatcgt gcagcccatc ctcacgctca
    56041 caccgcaaca ggccgtggtg aacttcacct cgcagactca aacacagact atcacctatt
    56101 atctgaaagc cacaacggtg gacaaggcct cctcggcccg catctcgttc accacacccg
    56161 acgcaaccac gacgctcacc aacttcaaag tgaagggcgc ggccgtgacg ccgaccgtaa
    56221 cgccggccgg aggcggcgga agcacataca ccttcgacgt cacgcccgcc atgctcgccg
    56281 gcaatcagat cgaccaaacg aacgccaccg tggtcacttt cacaggcgcc tcgacgggcg
    56341 tcggcggaca tatcgtctcc accgccgtgc agttcccctc cggcgccacg tcctgcacgt
    56401 ccaacccggg cagcaccgtg cagctcgtct tccccgtccc caccctgccg catatggtgc
    56461 acgtaagcac gaactacgcc acgccctacc ccgcggatgc ggccatcgct cataaaaaca
    56521 tcaatatgga cggcacgacg gtgacggccc tcaagaccgt cttccgcaac aatggcggcc
    56581 cggccaagga ggcgaagttc gacttcgggt gctacggcag ttacaactac ctcgacctcg
    56641 cgagcaacgt ctacgtgcag atcggcagcg ggccgcgcac ggccgttgcg ctggcaaaca
    56701 ttaagccagt ggaaaacgag aatctctcca acgcccccta ttatcaagaa cggttcggca
    56761 cgaagaaacc cgtcgccgta ggtaaaccga gaaggattga agtgacaatc aaagagacac
    56821 tccccgcggg cgaaacgatc accttctggg tgcccaccat caacggaaac atctacgcca
    56881 acacgacgaa caacgtgtac aataactatg gcacaaacac cgtcaacggc tttacctcga
    56941 acgtgctctc cgtgacagcc ctcgacggca aggcgggtac gatggagacg atgccctcac
    57001 accggttagt ctggctcaat gtgccacact accgagagat cccggctccg ctcaacttgc
    57061 gcggaggaaa gaccaagacg cagaccgtct tcgtggctcc gggcagcacg gacgaagcac
    57121 ccgtagagct gcacgtaaag gcgccggcat ttctgaagat cacagacatg aagctgtcta
    57181 agctggcaga tggttctaat ccgatcgcca cgacgtccca cactatcaat aaccaggaac
    57241 ggtacctcac cgtcagcggt cggggcagct tcggcgaagc ctacctccac gtcacgtatg
    57301 aggcggctac ctgcggcaca ccgaccaaca ccacgggtaa gatccactat tgggccaatc
    57361 ataattggac aggcggcacg atggccttcg tctcgcaagt ctttcaagac gccacgcacc
    57421 tctgcgccgt aaacggcatc ctgctcgaca ccttccacct cgtccgcacc accgtgggcc
    57481 ggaaagactc gaacaacaac ggtgtgcccg acgatgcctc tacccccgcg ctggccaacg
    57541 aaatccgcaa cgacgtctac atcgagggtg accgaggtta tttctattgg aagggcacgg
    57601 tgcagaaccc gggcggtttc gacgttgtcg acatgccgat cgagctggct gaagggatga
    57661 cgttcggtgg catcatccaa atggatccca cgggcacggg caaagtggac aatatggccg
    57721 gaggcacggt cacctttacc caacagtcag acaaccacaa ggggcttgta cgcttccaac
    57781 cggccatgcc gctggccgcc ggacaggtgg tagaggtaga agcgcccttc accatcccca
    57841 acggacgggc tgcaaacaaa tccgtgggtg tggagacgga gatgttcgtc cgcaacacct
    57901 cgctgaacac aaaggagggc gaagacaagg cgtccgcttc gatgggtacc tacgcgatcg
    57961 atccgctgaa ctggtggtat cacgacgggc gcaaccacac cttcacggac aactcggagg
    58021 tgaacttcac gggcagtccc aacctcggct acaccgacat cttccacaac ggttccttcc
    58081 ccccgcccta cttctctaag gaggcgcgcg tggtgcgcta cttggatacg ctcgagttcg
    58141 agctgccgca gggctaccga ctcattccga acattgaagt catgcgcgag ggtaccgcgc
    58201 cccgcgtgac agtcacgccc gacgcctcgt ccaccaagac gcgccgccgc tatgctgtgg
    58261 cagctgccgc ctacgacttc aacttccacg acggctcggg cggatcgcaa ccggccggcg
    58321 gcaagtgggc cgctccggac gaccgctggc gaatccttgc ctacggtaag atccaggcct
    58381 acccctctgc ccggcgtggg ccaagcatca tgaagcgcac gtcagtctgg cgcaatcccg
    58441 tgaccaacgc tgtggagcgc aatacgctcg acgtcacctt cacctactcc ggcccaggca
    58501 atacgctcaa ggtcaatccg gggacggtga ccgcacgcgg accggaaatg gccaccccca
    58561 cgctgcaagt cgttaaccag tcgtcggtag ccatccccaa cctctggttc tatttcgatg
    58621 gccccatcaa ggacgtgaag ctgaaggaag gcggcacgac ctacatcggc gagggcgtag
    58681 acaaccgctg ggtgaaggtc aatccttcga tcaccagttc gccggcctat caaatgctct
    58741 acacctacgc cttcgacagc acccgaacgg actgctcgaa gaaggacacc gtgcgcgtct
    58801 acaccggctt cggcgtgaac gccaactggc ccaacaccgc cctgccgctc gatgtggaca
    58861 gcgccaactt ctccgccctc gactccttct atatcacctt cgacaatacg gcccacatcc
    58921 tgggtagcat cacggccaaa aaggacacct tccctgccgt tgatcagcac gcacacccgg
    58981 ggcgcgactc cagctatgtc gtctacgcca ccttcgaggc cagctcgacc aaaggcgccg
    59041 tgaagaatcc ggagatggac ttcaccgtgc ctccccatca gcgctacctc ccgggatcgg
    59101 ccaagctgag acactccggc cgcgtgatcc ccatcccggc aagctcccca ctcgaggcga
    59161 agttgattgc cgagtttggc agcacgtcca acgccacgcg atcggctcgc ctgaagttga
    59221 aagaagcgta cggcgccgac atcatcatcc ctggcggcaa cgagactccg gacagccacc
    59281 gcaaggacag tctggagatg gtcttcatgg ccgactgcga aacggatttc accggcatac
    59341 actacgctgg aaaggtctac ggatcgaccg cctgcggcgc cacggccgac ggcaacggtg
    59401 cctcgtttac caaacgactc atcccggacg tgacctataa ctatcgcttc ggcaaggtgg
    59461 atatcgccat gaagggcatg cccgccttca acgagttccg cacacgcgac acgctcgtgc
    59521 tgaccttcga gaagatcgtc ggcacggtgg aagccatgtc acccctggat cacctgctgc
    59581 tgcgtgtgcc taagcaaatc gacgtggacg gcgactcgat ccactacctc ggactcaccg
    59641 cgccgatggc ctcgctggac ctgcgcgaca gcatcctctc gcgcgacagc atcggccctg
    59701 acggcgagcg ctacatcaaa atcccgctgc ctaaagcagc ttacgacgga gccacagaca
    59761 agggcgtgca tggccgcatc gcctgccatg tgcccgtgat ctacaaccgg cccaccggcg
    59821 ccgactccat ctatcgcgtc aaccacccgg tggattccat cttcgcctcc gtcaccatcc
    59881 aaggcctctt cggcgactgt ccgccgcgca aggtgcacga cgggttgaac aaagacagcc
    59941 tggtcatgat caccgcccgc ggacccttcc cgccgcgcct ctatgtgggc gaagtggaca
    60001 cgctgacgat cctcagccgc gacttccacg gcacctggta caccgacagc accaccaccc
    60061 atgccgagtt caccggcccc agatggccgc agtcgccgcg cgacaccacc cgactgggcg
    60121 aagagaagta ctacttcacg cccgtcgtca acggccacta ttacggatcg cccgccggtc
    60181 gcctgccctt ccccgtgaag atctggatcc acccctggtt tatccgcaac ctgccgcgct
    60241 tccaatacat ctgcgaagag caagacacac tccgcgtcaa gggtggcggc atggacattc
    60301 gctatcagtg gttccaagac gagagcccga tcgccggcgc tacggacacc ttcctcgtcg
    60361 tgcgtgaaga ggggcgttac tacgtagaga tcaccgacac ggtgcccgag accgtctctt
    60421 cggacacgtg cgccgtcgtc ttccgccaga tccccgtcat caccaaagac ctggaggaca
    60481 tcgtcgactg cgataacgtc taccgtccgc tggccgtccg ccacaccggt cgttacatgc
    60541 tctatcagtg gtatcgcaac ggcctgccca tccccggcgc cacggactcc gtctatcgcg
    60601 cctcggccta cgattcgtcc agcttctatc gcgtcaaggt catgaacccc tgtggcgaca
    60661 gcgtgatgag ccgtcgctgc ttcgtagact tctgcgacgc gaagtgggaa ggccccgtgc
    60721 agaccgtcga gctattcgcg ccggccaccg tggagacaca gcccggcacg cgcctgaac
//
LOCUS       SEQF2637|AYYD01000749.1  523 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..523
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(39..506)
                     /locus_tag="SEQF2637_00577"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHKSQKASGYMVSSMRPEAFCYPLNSSAGGLRSFFHGAPNGCPP
                     SGRNFHGAPTCCWPSGRNFHGAPNGCPPSGRNFHGALICCQPSGRNFHGVRTCCRPSG
                     RNFHGVRTCFYPSGRNFHGALTRCYLSGRNFHGVRTCCQPSGRNFPALQTLRA"
ORIGIN      
        1 cctcagcgag atggaacata aggcggagca ggcgcgagct atgctctgag cgtttgaagc
       61 gctgggaagt ttcttccaga gggctgacag caggtgcgaa ccccgtggaa gtttctgcca
      121 gagaggtaac agcgggtgag agcaccgtgg aagtttctgc cagaggggta aaagcaggtg
      181 cgaacaccgt ggaagtttct tccagagggc cgacagcagg tgcgaacacc gtggaagttt
      241 cttccagagg gctgacagca gatgagagcc ccgtggaagt ttctgccaga gggcgggcag
      301 ccgttgggag caccgtggaa gtttctgcca gagggccaac agcaggtggg agcaccgtgg
      361 aagtttctgc cagagggcgg gcagccgttg ggagcaccgt ggaagaaact tctaagccca
      421 ccagcagacg agttaagagg ataacaaaaa gcctccggac gcatggacga caccatgtat
      481 ccggaggctt tctgcgattt atgcatccga tcagccctcg cgc
//
LOCUS       SEQF2637|AYYD01000750.1 2449 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2449
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             43..522
                     /locus_tag="SEQF2637_00578"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQNTVGNVFSGQVVGETAKTLSERFGKVLQRRQSVSINRQDVS
                     TSINTQMDSLIPASKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVIDTAKVSAEMKS
                     HRPIPVIADFRDASGDDTMKASIDANYRQIKQEILSLVDSEIARIKADPKLQGLMKG"
     CDS             complement(532..1023)
                     /locus_tag="SEQF2637_00579"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKNKKDEKNFELRSEKVRSIVGQIPSSLVRYGITIIGIVLLF
                     LFVIAYFLPYKQVYSGVATIREMEPGNPADSVETTILLRFETKRMNEAEDEQIDIQTP
                     KGSIEGQLMALSSVRDTLERQEARCRFKTTDIHAMEHQTVDFRIVRSSGNLLRKILGD
                     LGR"
     CDS             complement(1025..2431)
                     /gene="apxIB_2"
                     /locus_tag="SEQF2637_00580"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26760"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RTX-I translocation ATP-binding protein"
                     /translation="MGDLLQRIEDHRRVEQFLTSSSLNLLFSFFTFFVFGVVLAVYNT
                     GIFIVFLLGTFLYAGWIILFLKKRRTLDYKYFEQAGRNRNVTYQLVNGMQEIKLQGCE
                     QRKRWEWEDVQADLFKVNLQALNLQQVQQAGSVTINEVKNILITVLAAASVIHGNMTL
                     GMMLAVQYIIGQLNSPVEQLIQFIYSWQDVSISLDRMNEIHMETEEENATRTQNTYTE
                     ETKEGHSLSVRDVSFKYDLYSPKDILSNIDLSIPNGKVTAIVGASGSGKTTLVKLLLG
                     FYEPLKGKIQVGNADLSTYNLTWWRNQCGAVMQEGYLFSDTIARNIAISDDEPDIARI
                     REAARIANIADYIEALPLGYNTMIGQDGQGVSQGQRQRILIARVVYKNPMFVFLDEAT
                     NALDANNERAITENLASFYRGKTVIVVAHRLSTVRDADQIVVLDEGKIAEVGTHEELT
                     AKRGKYFALVKNQLELGN"
ORIGIN      
        1 ttctcgcagc tcacgcgcga ctacggtgaa aaggaaagtc gggtgattca gaacacggtc
       61 gggaatgtgt tttcggggca ggtggtggga gaaactgcca agacgctctc cgaacggttc
      121 ggcaaagtcc tgcaaagaag gcagtccgtc tccatcaatc ggcaggacgt ctcgacctcg
      181 atcaacacgc aaatggacag cctgattccg gcctcaaaga tcagcaacct gacgcagggc
      241 atgtttgtcg gtgccgtctc cgacaacttc gacgaacgca tcgagcagaa gatcttccac
      301 gcggagattg tgatcgatac cgccaaagtg tcagccgaga tgaagtccca ccgcccaatc
      361 cctgtcatcg ccgacttccg cgacgcctcc ggcgacgata cgatgaaggc ctccatcgac
      421 gcaaattatc gccaaatcaa acaggagatc ctctcgctcg tggactccga aattgcccgc
      481 atcaaagccg acccgaagct acaggggctg atgaaggggt gaggttgata tctatcgccc
      541 gaggtcgccg agtattttcc gaagaagatt gcccgatgac cggacaatcc gaaaatctac
      601 ggtttgatgt tccatcgcat ggatgtcagt tgtcttaaaa cggcagcgtg cttcttgtct
      661 ttcaagtgta tcccgaactg atgaaagagc catgagttgt ccctctattg agccttttgg
      721 cgtttgtata tcaatctgtt catcctctgc ttcattcatt cgttttgtct caaatctgag
      781 tagtatggtt gtttcgacac tgtctgcagg atttcctggt tccatttcgc ggatagttgc
      841 aacacctgaa tacacttgct tgtagggaag aaaatacgcg atcacgaaga gaaaaagcaa
      901 tacaatgccg ataatcgtaa taccatatcg tactaatgaa gagggaatct gtcctacaat
      961 gctgcgcact ttctcactgc ggagttcaaa gtttttctcg tcctttttgt tcttctcttc
     1021 catatcaatt ccccagttct aattgatttt tcaccagcgc aaaatacttt cctcgttttg
     1081 cagtgagctc ctcatgggtg cccacttctg ctattttacc ttcatctaat accacaatct
     1141 gatcggcatc tcggacggtg gaaagtcggt gagcgacaac tataaccgtc ttacctcgat
     1201 aaaaggaggc taaattttcg gtaatcgctc gttcgttgtt ggcatcgagt gcattggtgg
     1261 cttcatccaa gaaaacgaac atcggattct tgtacactac tcttgcgata agaatccgct
     1321 gtcgctgtcc ttggcttacc ccttgtccat cttgtccgat catcgtattg tatcccaacg
     1381 gaagcgcttc gatatagtct gcgatgttgg caatacgtgc agcttcacga atacgtgcga
     1441 tatccggctc atcgtctgat atggcaatgt ttcttgcgat agtatcggaa aaaagatacc
     1501 cttcctgcat caccgctcca cattgattgc gccaccaagt aaggttatat gtacttaagt
     1561 cggcattgcc cacttgtatc tttcctttca acggttcata gaatccgagc aggagtttaa
     1621 ccaacgtggt cttaccgctt ccgcttgctc ccacgatggc cgtgaccttt ccgttgggta
     1681 tggaaagatc gatattcgag agtatatcct ttgggctgta cagatcatat ttgaaagaaa
     1741 catcccgaac ggagagagaa tgtccttctt ttgtttcttc cgtataagtg ttttgtgtac
     1801 gtgttgcatt ctcttcctca gtttccatat ggatctcgtt catgcggtca aggctgatgc
     1861 tcacatcctg ccatgagtag atgaattgga tcaattgctc cacggggctg ttgagttgtc
     1921 caatgatata ttggacggcc aacatcatac ctaaagtcat gttaccgtgg attacggaag
     1981 cagcggccaa tacagtgatg aggatattct tcacctcgtt aatcgtgaca ctcccggcct
     2041 gttgcacctg ttgaaggttt agtgcttgca gattgacctt gaacagatcg gcctgcacgt
     2101 cttcccactc ccaacgctta cgttgttcac aaccttgtaa cttgatctcc tgcatcccgt
     2161 tgacaagctg ataggtcaca ttgcgattac gcccggcctg ctcgaaatat ttatagtcca
     2221 atgtcctgcg tttcttaagg aaaaggatga tccacccagc atagaggaat gtccccaaaa
     2281 ggaagacaat gaagataccg gtgttataga cagctaaaac cactccgaaa acaaagaaag
     2341 taaagaagga gaacaatagg ttcagactac tggaggtgag aaactgttcc acccttctgt
     2401 ggtcttcgat acgctgtagg agatctccca tcagtttggt gtcgaagaa
//
LOCUS       SEQF2637|AYYD01000751.1  272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atctcaaaga aagagcagat cttgcagata tggagtattc caattttcta aaagcctgca
       61 aaatgaaaag acacatgaca cttgacactt atcgccgatg tgtcagtgct ttcgacaagg
      121 atgtagtcat tttccattcc ccaaaggggg tgattgacta tttgaagatt gggtataaaa
      181 agaatagggt ctatacgaca attgcaaaag aggatattat tcccttattg tatgctcttc
      241 aaatggaaca agtcgagaaa atgatgctaa at
//
LOCUS       SEQF2637|AYYD01000752.124540 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..24540
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             231..1589
                     /gene="dapE"
                     /locus_tag="SEQF2637_00581"
                     /EC_number="3.5.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JYL2"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinyl-diaminopimelate desuccinylase"
                     /translation="MSTIKEYIKENEPRFVEEWFSLLRIPSVSSQTEHKADMGRCAER
                     WRELLLSSGADRAEVMPTGGNPVVYAERIVSPDLPTVLVYGHYDVMPAEPLELWQSEP
                     FEPTIRDGRVYARGADDDKGQAMIQAKGFETALHAGAVHCNVKFILEGEEEVGSESLI
                     AFCKTHGELLRADVILVSDTSMVSAETPSLTTGLRGLSYWEIEVTGPNRDLHSGHFGG
                     AVANPINALCKLIASVTDADGRITLPHFYDDVEELSADEKAMIARVPFDEEAYKRAID
                     VDEVFGEKGYSTLERNSCRPTFDVCGIWGGYTGEGSKTVLPSKAYAKLSCRLVPHQDP
                     ERITRMMIDYLQAAAPTGVRVKVDFKHSGEPYVCPIDLPAYKAAEAGFTIAFGRQPLA
                     VRRGGSIPVIPAFEKILGLKTVLMGFGLERNAIHSPNESFGLDMFRIGIEAVAEFYNH
                     YK"
     CDS             1601..2878
                     /gene="mtaD"
                     /locus_tag="SEQF2637_00582"
                     /EC_number="3.5.4.28"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X034"
                     /codon_start=1
                     /transl_table=11
                     /product="5-methylthioadenosine/S-adenosylhomocysteine
                     deaminase"
                     /translation="MSSILIRSVEWQGRPTDLFIEGNTIARIAETIDAPGADTVIDGR
                     GKALIPGLINAHTHAAMTLFRGYGDDMPLMQWLEQAIWPNEAKLTHEDVYWGAKLACV
                     EMLRSGTTTFFDMYHKLDATAEAVQEMGLRAVLCEACFDHFRPEEAERSRRHITRRYA
                     TPPPYGPRVRYALGPHAIYTVSGELLQWSADFARDHDTLIHLHLAETTVETEQCLARF
                     GQTPVRYLHSLGILSPRLVIAHGLYVDEEEIRILADHGVKVVHNPASNMKLASGYRFH
                     FDEMRAAGITVGLGTDGCSSSNNLDMVEAMKLASLLGKSWRGDPEAVTCDAIFHTATA
                     AGADILGLRAGRIAEGYLADLCLIDLRQPAFAPNHNFISNLVYAANGSCVDTVICDGR
                     VLMCDKHVPGEEEIMERASRAAYDLMRRGGKQA"
     CDS             complement(2977..3384)
                     /locus_tag="SEQF2637_00583"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYVFLSILIFLASIFLILIVLVQNSKGGGLASGFSSSNQIMGVR
                     KTTDFLEKATWGLAGSVVVLSILIASFIPKGDAQQKNEQESEIQQQVNDAVPVDPNAT
                     GPDFGSQQQPQQSAEQQPAEQQPAQQQQEAPAK"
     CDS             complement(3483..4178)
                     /locus_tag="SEQF2637_00584"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTREEFYRYIDRPALLTAATLPELARIVEAFPCFHAARMLYLKN
                     LALTGDLRLKGELERMAIGVPDRARLFLLLQDEARLKDTADAAPARRPTTDEAHGAFD
                     SSASTDYLRWLTTDTDAEPPAEPAAEPKMRHQDLIDSFIAHGSERLDKRRLQRAVSEP
                     TAPAPAPKPTEQTADSSFFTETLAHVYIRQKRYAKALEIIRSLSEKHPEKNIYFEDQI
                     RFLEKLVEHSKQG"
     CDS             complement(4190..4714)
                     /locus_tag="SEQF2637_00585"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTPISKILAAVVGVILLGGCSISYQFSGTSIDYTQVRSISIKD
                     FSNMAPLVYGPLAQRFTDELKDKFVRQTKLQMLRENGTLDLEGEITGYELTPQAVRDD
                     GNKALAALTRLTVTVRVRYTNRVNPDKDFEQSFSSYKEFENSRTIDQVQEQLCREIID
                     DLVNQIYNATVADW"
     CDS             complement(4855..6054)
                     /gene="nifA"
                     /locus_tag="SEQF2637_00586"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P03027"
                     /codon_start=1
                     /transl_table=11
                     /product="Nif-specific regulatory protein"
                     /translation="MKEESIQQVKQRFGIIGNDATLNRAIDVAMQVAPTDLSVLITGE
                     SGVGKENFPQIIHQNSHRKHGTYIAVNCGAIPEGTIDSELFGHEKGSFTGALADRKGY
                     FEVADGGTIFLDEVGELPIPTQARLLRVLESGEFIKVGSSKVLKTNVRIVAATNVNLV
                     DAVTHNRFREDLYYRLNTVPIVIPPLRDRGDDILLLFRKFASDAAEKYRVPAIRLEDD
                     ARQLLLTYRWPGNVRELKNVTERLSILEPERTINADRLRPYLPNIEATHLPVPVGRPQ
                     EDGKLFSSEREILYQVLFDMKKDVTELKKLVHDIMSGSMPTAAVPVEPQPVPYVAPKP
                     HPVHEAETVEEAEAVEEPMALGDLERQMIRRALERHGGRRKAAAADLGISERTLYRKI
                     KEYGLLD"
     CDS             complement(6246..6368)
                     /locus_tag="SEQF2637_00587"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDISYQYKIIECTMQDSVYQCKRIEYTVQVIAYPYKSLE"
     CDS             complement(6669..6878)
                     /locus_tag="SEQF2637_00588"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRMTVAVRVTTVVIVFVVRMCMHNVDLFLMCIRVDKDKQPARR
                     TSFAFHHSPRPQKVPRLACRQPCKL"
     CDS             6897..7769
                     /gene="czcD"
                     /locus_tag="SEQF2637_00589"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07084"
                     /codon_start=1
                     /transl_table=11
                     /product="Cadmium, cobalt and zinc/H(+)-K(+) antiporter"
                     /translation="MKGRKLLWATALNFSITLVQIVGGLVSNSLSLLSDAVHNLGDSS
                     AIFIAFLAGRHAEKCPDLRKTFGYKRSEILAALFNAVALIVICVFLFVEAYERFRNPE
                     PIRGAVMLIVATFGLLANLIAVVMLHRDREHNLNIRAAYLHLLGDTLSSVAVILGGIA
                     IWIWKLYWLDPLITVAVGVYIIWHTWGIVRQTVDILMQAAPEGVDLHAVQRHTEDMAE
                     VKDMHHLHIWKMDDEHIHLEAHINLCENLPLSDAQAIGRRIEEMLRTEFGISHVTLQL
                     EYEGCHLQCGLIQA"
     CDS             complement(7859..8503)
                     /locus_tag="SEQF2637_00590"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKKMLLIICMTALAFSSDAQSCWRWLGIKPAYKLKNELSISWG
                     LVENPFEMYHDDTPGWPEGRFEGNTPWERYDRSRYSYGDRIYTQALSVGYTQELSRWL
                     ALGVQTSYSGIYQSQRLDGMSVDHLYTHRLAIYPAVRFTYLNRPMVRLYSGLGLGVGM
                     KWEREFFNPDVRYSVFPTGQVTFFGVSVGRALFANWELGYGVKGYLTLGMGYRW"
     CDS             complement(8454..8630)
                     /locus_tag="SEQF2637_00591"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNRPALFEVYRKANPIYRHKAICGGKKGCFTFAPSQIYNYGYD
                     KKDAAYHLHDCLGV"
     tRNA            8673..8745
                     /locus_tag="SEQF2637_00592"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
     CDS             9078..10484
                     /gene="arnC"
                     /locus_tag="SEQF2637_00593"
                     /EC_number="2.4.2.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O52324"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-phosphate
                     4-deoxy-4-formamido-L-arabinose transferase"
                     /translation="MNKQSIIDYYNRTAPERQRHKHMRRYYHRSLERYFSFIIPPGSR
                     VLEIGCGTGELLAAMRPAYGVGIDFSERMIEIARRTFPELRFEVDDIEELRLSETFDY
                     IIMSDLTMSLWDVQRAFEHLPQVCHERTRIVISNYNFLWEPILKLAERLGLKLQQPNQ
                     NWLSVQDIDNLLRLTGFERVKRENKILLPINIPLLTPFCNRFLANLPPFHRLDLVNLI
                     VARPEPRREAPERTVSIIVPARNERGNIENAVRRLPAFGASQEFVFVEGHSEDGTYEE
                     MLRVRDAYPEKRIKVLIQSGRGKGNAVREGFEAATGEMLFILDADLTTPPEDMPKFYE
                     ALRQGKGEFINGCRLVYPMEKQAMRLLNLIANKSFGVLFSYLLGQGLKDTLCGTKVLY
                     KSDYDTLKLGRAYFGDFDPFGDFDLLFGAAKLNLKMTEIIIRYKDREYGSTQISRFKH
                     GWLLIKMCAFAARKIKFI"
     CDS             10494..11252
                     /locus_tag="SEQF2637_00594"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDFNRHNKEINENLTYWQNKPILQTIYNDFYALIGAQVDRSQE
                     GLIVELGSGIGNLKQHIPECICTDVFPNPWIDQVENAYRMSFADESVSNLILFDVFHH
                     LEYPKAALNEFRRVLKPHGRVILFEPCISALGWIVYGAFHKEPVAWFDKINSDGGPIS
                     DDRLGYYAAQGNACRIFRHSRKYRDLIGDFSITKVRRYAALAYVMSGGYSGRQLYPDR
                     LYPLYQKLRKGFEPSTQPLCHSSACSSNEIISKQ"
     CDS             11249..13171
                     /locus_tag="SEQF2637_00595"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKASHTTSFAQRFDAFFDRHRRAFFMLTMALATLMSIVMFDAKV
                     SLSGDDCDYILAADAFWHHFAFPGHHGSLYPIVLSPFVGLFGYRLVLLKFLSVLFTVG
                     AFGFLYKAFERRIPSAVLIPSMLLAAICSYIFFYAGYTYSEPLFMLLQSIYFYFFSRY
                     FWVEGGTPSYTLRKDWKKYLTLGALTLAMGLTREIGFCVIGVVILYFAIKGRWKDLLY
                     TVGAALLMLAAFYLVKAILWPNVAAGHNFANLMAKDYYNPNAGMEDTAGLLSRFWDNS
                     RVYLSAFLCQMMGVMPETPSNRFDMSATRTLIIYGLYFAALVVILVRRDAPLLFAGLY
                     AGVLNFASFVVLQIIWAQDRLITIYYPLILLFLLGALYYAFSSARLRRFFIVYPMVLL
                     ILLGGTLNITRNRVGRTLPVLQQNLLLGDPLYGFTPDWQNFIKASQWVATNAEKDAVI
                     VSRKPSMSKVYTGRDFAGLPASLTVPADTLNYLKGDTSLVAVVADGSKGVMSGEVLRY
                     IITPLSKFMIGDKPSPAACVYTFPRANLAEALREMEQMGVPYTLDLDQTIAQCQTADV
                     RIYDPDMMLRQLKEQHVTYLLLAQLRIDPTRNTGQYINNIHRYAWFISTKYPDSFEII
                     KTFGTSEPCEILRLIR"
     CDS             13280..14116
                     /gene="nfo"
                     /locus_tag="SEQF2637_00596"
                     /EC_number="3.1.21.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5KX27"
                     /codon_start=1
                     /transl_table=11
                     /product="putative endonuclease 4"
                     /translation="MFRIGCHLSASKGFLAMGKAAVSVGANTFQFFTRNPRGGSAKAI
                     DEDDVAAFLQFAAEHDIAQIVAHAPYTLNACAADPNIRRFATETMADDLRRMEYVPGN
                     YYNFHPGSHVKQGVEVGTDLIVEMLNRILRPEQRTTVLLETMAGKGSEVGRTFEELRA
                     IIDRVELNDHLGVCLDTCHIFDGGYDIVHHLDDVLADFDRVIGLDRLRAIHLNDSLNT
                     LGSHKDRHAKIGEGNIGLEALTRVINHPALRSLPFNLETPNELDGYAAEIKLLKSLRT
                     DD"
     CDS             14109..15131
                     /gene="mltG"
                     /locus_tag="SEQF2637_00597"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28306"
                     /codon_start=1
                     /transl_table=11
                     /product="Endolytic murein transglycosylase"
                     /translation="MIKKVVITLLLLLLVIGGGGGAYLLLAPNFAPARGTAYVYIRPD
                     DTFDGLCRQLADSAGCRQMETFRLAARALRYADRRMPTGRYAVRPGMNNLDLLLDLRR
                     GNQSPVRITFQNVRLKHDLSERLADQLMVDAPAIESLLDDSTYCANLGFTPETIKAMF
                     IPNTYEVYWNIPADKLLRRMKREYDAFWTEARRNRAEQIRLTPVEVSILASIVEEESA
                     VPDEYPTIAGLYLNRLYRGMLLQADPTVKYAVGDFALQRILDRHKEVDSPYNTYLYPG
                     LPPGPLRVPSITAIDAVLHHAQHDYIYMCAREDFSGRHNFASTLAEHNQNALRYRQEL
                     NRRGIY"
     CDS             complement(15880..17010)
                     /gene="glgM"
                     /locus_tag="SEQF2637_00598"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R2E2"
                     /codon_start=1
                     /transl_table=11
                     /product="Alpha-maltose-1-phosphate synthase"
                     /translation="MRIVVTGLRGFPGIQGGVETHCEELCPRIAALGGDITVTRRKPF
                     IKESPPYTSYQSVKFKDLNAPQKSGFEAAIHTFRSVWYAYRTQADLVHIQAIGPCIAV
                     PLAKLLGLKVVATHHGPDYDRRKWGRLARFILRAGECFAARWADEVIVISTVIQDILK
                     KKYNRTNVHLIYNGVTRPPRTDSTDQICAWGLTPKRYILAVGRFVEEKNFDKLVSAFS
                     QAHLPADYRLVIAGDADHESPYSKSLKAAAKAHGVVLTGMIKGSPLQELYAHAGLFVL
                     PSSHEGLPITLLEAMSHQIPVLVSDIPANNAVGLPADCYFHYDEAHSIEELTKAIEKK
                     VHHGVAHTYDLRRYDWDHIAQQTYAVYLQTVQREKTTEQTCV"
     CDS             complement(17138..17404)
                     /locus_tag="SEQF2637_00599"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMEVIAIIERGSDGFYSIYSEQEIDGYGFGGYGPSVEAAQADF
                     MLSIEEAKRMIEAETGRVPDEFTGLHVSYRKQRVPNRHLHAVLD"
     CDS             complement(17646..18527)
                     /gene="udp"
                     /locus_tag="SEQF2637_00600"
                     /EC_number="2.4.2.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A1F6"
                     /codon_start=1
                     /transl_table=11
                     /product="Uridine phosphorylase"
                     /translation="MDTKTNPIPPSELIINSDGSIFHLHLRPEQLADRIVLVGDPDRV
                     TMIGKYLSDIECDVCNREFHSITGHYAGKRLTILSHGIGGDNIDIVVNELDALANIDF
                     STRLPRETPRVLTLVRIGTCGGLQPWSPIGTYVAAERAVGFDGVPYFYANTERVRDLP
                     LEAALRSQLSWRIDGLRPYAIPADPELTDRITQDDIVRGITIATCSFYGAQGRSLRLP
                     LADPDLNAKVEAFEFDGRQIGNFEMESASLAALAALLGHRALTVCCVIAGRVAKNMNV
                     DYKASIVGLIEKVLERI"
     CDS             complement(18538..19980)
                     /locus_tag="SEQF2637_00601"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRSILRIIAPTLLFWAGIAGGTRAQSLEQAKQLYNEGRYAEAK
                     PLFEQLVTQSPANTSYNLWYGVCCYETGALDTAERYLTAAYRRKSPDSYRYLADLYTR
                     TYRFDEASTMLRSQMAQLKKKRGADTTPIENQLQALEKMQRMQEKTELVRVIDSMVVD
                     KDRLLSTYFLSDDNGRLVPYATLFPNDANALGTSPVYVSPRGDRATYARIQDGHSALF
                     TQSKLQNEWADDQPLFPNDSADNNYPFVAGDGVTLYFASRGHGSIGGYDLFVTRYNIA
                     ANAYLAPEQLGMPFNSPANDYLMVIDEAKGVGWFATDRNQPAGRVCLYLFVPNEARPR
                     VSEDIDPDRLRTLSALTSLRATWPEGSDYEPLISAARTNADATSKKQAQGVEFIVNDN
                     TVYYSERDFRSADAAEAFEKAATLRKQAEVIEERLRDAYATYEKSSKADRAQLRAAIR
                     TDERTLDDLRTQIKTWEKRARNAENRTIIK"
     CDS             20463..21404
                     /locus_tag="SEQF2637_00602"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKNLLLLSLLALALTACREDDPEPRITALQITAPDTTLYRGDS
                     LRLRLTPTPPDADIRGAVWTSGDSLVAVVTPDGLVRCVGPGRTVITARLEGTSLSAKY
                     DLTVAARATQSIAFSEPTLTLLVGEEQPTALVFTPANADDRQVVYTSSDTAVATVSSQ
                     GVITARGRGKAIVRARTVGGGQTAECQVSVQHFTERISVWLSGTWIYESDNLISACAR
                     MTLRNDSNRDLFVERFIVESDGREIHREEIHSTLSSGSKLACDVTFKNAHDPQFKYQF
                     TVGSEQYEAHYRPHMIGAKTFPADGPRTLPIVVSRRR"
     CDS             21563..24082
                     /locus_tag="SEQF2637_00603"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLPPTPSAGVRAAELAENGYFRTAKAIRRYSTHFFNTYSIMRR
                     SILHLAIVAIAGLSFASAQAQDGSDAPILRDNRVDTAILSRPINPKMDLSRLPLYLLR
                     IYRQIPAAQQGYWIMQQDLNALFSQTDWYYSRAEEAASHGDGEPFRAVLKPDEQAFVD
                     RVQARERELLKQNFTVPKGYRVNLRNLANPYQFEALPAGMQEALARNGFVIVPQNDIQ
                     LFHVYENNDYHNFPSFVTTDLHLQLFHMYFDFVLRQLEQEKLIPMLSTFAGNMYNHMK
                     RQAETAPDAATRAAAEYNQTYYAVGCALLTGRPLQPVPAAYRAMAELEMKHVAAARDE
                     LSEFFGYTEVKYPYSLYRPRGHYTRNKSLERYFRAMMWFQTAPACLDNDRQFRAVVMQ
                     AAVLSDHPEDMKRYDDLMEPIAFLVGEPDNVAVRQVADLLRRGRYVLKALMTDDATLE
                     KFRREVKVIAEAQNRIRPDERFELSCRDKINLMPQRYLADSEVMLGMVDNDSPTTRRG
                     CPRGLDVFAAFGNETAERILLDELKEATRWDQFTARLARAKERMAGLDRSRTVYNRWM
                     EALLEMSRADTRHPYFMQTPLWAKKNLNTSLASWAELRHDVILYGEQPVVAECGAGGL
                     PDPYTVGYVEPNTRYWRRAIELIDLTASVLRKHGLTSERIEAVSQSLREQTEFLLRVS
                     EKELSGQALTEEEYNQIETVGSNVEWITLEFLREGDEPLSGWDDVHGADKSVAVVADV
                     FTANGRNNPEKCVLYEATGYVDHLYVVVEIEGYLYLTRGAVFSYHEFSRAVSDPRMTD
                     EEWQKTLEKKPRHGVPDWMRELILPGAIPADNEKVFYSGGC"
ORIGIN      
        1 ttttgatctc cgtaccccta cggagatctc tcggacaagt gtttttgatc tccgtacccc
       61 tacggagatc tcccggactg gtggttttga tctccgtacc cctacggaga tctatcggac
      121 tggtggtttt gatttgatgc ggttgccctg gcatcgacct gtgccccgct gccgccgctg
      181 gggatttgcc ctatttttac ccccacttaa aaccaacaca taaacacctt atgagtacga
      241 tcaaagagta tatcaaagag aacgagccac gtttcgtcga ggagtggttc agcctgttac
      301 gcatcccgtc cgtcagctcg cagacggagc acaaggccga catgggccgc tgcgccgagc
      361 gttggcgcga actgttgtta tcgtccggag ccgaccgcgc cgaggtgatg cccaccggcg
      421 gcaatccggt ggtctacgcc gagcgcatcg tgtcgcccga cctgcccacg gtgctcgtct
      481 atgggcatta cgacgtcatg cccgccgagc cgctggagct ttggcagagc gagccgttcg
      541 agcccaccat tcgcgacgga cgcgtctatg cccgcggcgc cgacgacgac aaggggcagg
      601 ccatgatcca ggccaagggc ttcgagacgg ccctgcacgc aggcgcggtg cattgcaacg
      661 tgaagttcat cctcgagggc gaggaggagg tcgggtcgga atcgctcatc gccttctgca
      721 agacgcatgg cgagctgctc cgggcggacg tgatcctcgt ctcggacacc agcatggtga
      781 gcgccgagac gccctcgctg accacgggcc tgcgcgggct gtcgtactgg gagatcgaag
      841 tgacgggccc caaccgcgac ctccattcgg gccacttcgg cggcgccgtg gccaacccga
      901 tcaatgcgct ctgcaagctc atcgccagcg ttacggacgc ggacgggcgc atcaccctgc
      961 cgcatttcta tgacgatgta gaggagcttt cggccgacga gaaggcgatg atcgcccgcg
     1021 tgcccttcga cgaggaggcc tacaagcggg ccatcgacgt cgacgaggtg ttcggcgaga
     1081 agggctactc cacgctggag cgcaacagct gccggccgac gttcgacgtc tgcggcatct
     1141 ggggcggcta cacgggcgag ggctcaaaga cggtcctgcc gtcgaaggct tacgccaagc
     1201 tgtcgtgccg ccttgttccg catcaagatc cggagcgcat cacgcgcatg atgatcgatt
     1261 acctgcaagc ggccgccccg acgggcgtcc gggtgaaggt cgacttcaag cacagcggcg
     1321 agccgtacgt ctgccccatc gatctgccgg cttacaaggc cgctgaggct ggtttcacga
     1381 tcgccttcgg gcggcaaccg ctggctgtgc gccgcggcgg cagcatcccc gtcatccccg
     1441 cgtttgagaa gattctcggc ctgaagacgg tcctcatggg cttcggtctg gagcgcaacg
     1501 ccatccactc gcccaacgag agcttcggcc tcgacatgtt ccgcatcggc atcgaggccg
     1561 tggcggagtt ctacaatcat tataagtagc ccctcaaggt atgagcagca tactgatccg
     1621 gtccgtcgaa tggcaaggtc gtccgacgga cctttttata gaaggcaaca ccatcgcgcg
     1681 tatcgccgag acgatcgacg cccccggggc ggacaccgtg atcgacggtc gcggcaaggc
     1741 cctgatcccc ggactcatca acgcccacac gcacgccgcc atgacgctct tccgcggcta
     1801 cggcgacgac atgccgctca tgcagtggct cgagcaggcc atctggccca acgaggcgaa
     1861 gctgacgcac gaggacgtct attggggcgc caaactggcc tgcgtcgaga tgctccgcag
     1921 cggtacgacg accttcttcg acatgtatca caagctcgac gccacggccg aggccgtcca
     1981 agagatgggt ctccgtgccg tgctctgcga ggcctgtttc gatcacttcc gacccgaaga
     2041 ggccgagcgc agccgccgcc acatcacgcg tcgctacgcc acgcctccgc cctatggccc
     2101 acgcgtccgc tacgccctcg gcccgcacgc catctacacc gtctccggcg aactgctgca
     2161 atggtcggcc gactttgccc gcgatcacga cacgctcatc cacctccatc tggccgagac
     2221 gaccgtcgag accgagcaat gccttgcgcg cttcgggcag acgcctgttc gctatctgca
     2281 cagcttgggt atcctttccc cgcgactcgt catcgcgcac ggcctctacg tcgatgagga
     2341 ggagatccgc atcttggccg accacggggt caaggtggtg cacaacccgg cgtcgaacat
     2401 gaagctggcc tcgggctatc gcttccactt cgacgagatg cgcgccgcag gcatcaccgt
     2461 cgggttgggc acggacggct gctcctcgtc gaacaacctc gatatggtcg aggccatgaa
     2521 gctggcgtcg ctgctcggca agtcgtggcg gggcgacccc gaggctgtca cgtgcgacgc
     2581 catctttcac accgccacgg ctgccggtgc cgacatcctc ggcctccgcg ccggtcgcat
     2641 cgccgagggc tacctggccg acctctgtct catcgacctc cgccagcccg ccttcgcccc
     2701 gaaccacaac ttcatctcga acctcgtcta cgccgccaat ggcagctgcg tggatacggt
     2761 catctgcgac ggtcgcgtgc tgatgtgcga caagcatgtg ccgggcgagg aggagatcat
     2821 ggagcgcgcc tcacgtgcgg cctacgatct gatgcgccga ggcggaaagc aggcgtaacc
     2881 tgccccctat tcccccaaaa aagaaggacc ggaagcgcgg cgattatttg cgcttccggt
     2941 cctgttgttt tccggtctgt ggcctctcgg gcgagtttac ttagccgggg cctcttgttg
     3001 ctgttgagca ggctgttgct cggcgggctg ctgctcggcc gactgttgtg gttgctgctg
     3061 cgagccaaag tcggggcctg tggcgttcgg atctacgggc acagcgtcgt tcacctgctg
     3121 ctggatctca gactcctgtt cgttcttctg ctgggcatcg cctttgggga taaacgaagc
     3181 gatgaggatg ctcagcacga ctacactgcc ggccagcccc caagtagcct tctcgaggaa
     3241 gtcggtcgtc ttgcggacgc ccatgatctg gttcgacgag gagaatccgg aggccaatcc
     3301 tccgcctttc gagttttgca ccagcacgat cagaataagg aagatcgatg ccaggaaaat
     3361 caagatggat aaaaatacgt acatgcgatt ctattgtttt gaaatgaata atcggtgagg
     3421 gtctcttttt cgggcggcaa aataaatgta agaaagcggg gcaggcaaca gtcgtccatg
     3481 tctcagccct gtttgctgtg ctcgaccagc ttctctaaga agcggatctg atcctcgaag
     3541 tagatgttct tctccgggtg tttctcgctg aggctgcgga tgatctccag cgccttggcg
     3601 taacgcttct ggcggatata gacgtgcgcc agcgtctcgg tgaagaagga gctgtcggcc
     3661 gtctgctcgg tcggcttggg ggcgggagcg ggcgccgttg gctcgctgac ggcgcgttgc
     3721 aggcgacgct tgtcgaggcg ttcgctaccg tgcgcgatga aggagtcgat gaggtcttgg
     3781 tggcgcatct taggctcggc ggcgggttcg gcgggcggct ccgcgtcggt gtctgtggtg
     3841 agccaacgca gatagtcggt cgaggcggag gagtcgaagg cgccgtgggc ctcgtccgtt
     3901 gtgggacggc gcgcgggggc ggcgtcggcc gtgtccttga gacgggcctc gtcctggagc
     3961 agcaggaaga ggcgcgcgcg gtcgggtacc ccgatggcca tgcgctccag ctcgcccttg
     4021 agtcgaaggt cacccgtgag agcaagattc ttgaggtaaa gcatccgcgc agcgtggaag
     4081 caggggaagg cctccacgat ccgcgccagc tcgggcagcg tggcagccgt gagcagtgcg
     4141 gggcggtcga tgtagcgata gaattcttcg cgggtcatgg gggtgagggt taccagtcgg
     4201 ctacggtggc gttgtagatc tgattgacga ggtcgtcgat gatctcgcga cagagctgct
     4261 cctgcacctg atcgatggtg cgtgagttct caaactcttt gtacgacgag aacgactgct
     4321 cgaaatcctt atcgggattc acgcggttcg tgtagcgcac gcggacggtg acggtcaggc
     4381 gggtcagggc ggccaaggcc ttgttgccat cgtcacgcac ggcctgcggt gtcagttcgt
     4441 agcccgtgat ctcgccctcg agatccagcg taccgttctc gcgcagcatt tgcagcttgg
     4501 tctggcggac gaacttgtcc ttcagctcgt ccgtgaagcg ttgtgccaac ggaccgtaga
     4561 cgaggggcgc catgttggag aaatccttga tggagatgga gcgcacctgc gtataatcga
     4621 tcgacgtgcc actaaactga tacgagatgg agcagccgcc gagcaggatc acccccacga
     4681 cggccgccag tatcttagag ataggtgtgt gcatattcca ttatgaatag agggctttgg
     4741 agagtggcga cagatgcaag gcgtccaaga ccgaggcgga gggagcatac tttagtatgt
     4801 gaccgaacgc caagagtcgc aggcaacgca gcaggtgcgc cgctatacaa ggccctaatc
     4861 cagtagtcca tattccttaa tcttacgata gagcgtccgc tccgagatgc ccagatcagc
     4921 cgccgcagcc ttccgacggc cgccatgtcg ctccagtgcg cggcggatca tctgtcgctc
     4981 cagatcgccg agcgccatcg gctcctccac cgcctcagcc tcctcgaccg tctccgcctc
     5041 atgcaccgga tgcggcttgg gggcgacgta cggcacgggc tgcggctcca cgggcacagc
     5101 cgcggtcggc atgctgccgc tcatgatgtc gtgcaccagc ttcttaagct cggtgacgtc
     5161 tttcttcata tcgaagagca cctgatagag gatctcgcgc tcgctcgaga agagcttgcc
     5221 gtcctcctgc ggccgaccga caggcacagg cagatgcgtg gcctcgatgt tgggtaggta
     5281 ggggcgtagg cgatcggcgt tgatggtgcg ttcaggctca aggatggaga ggcgctcggt
     5341 gacgttcttc agttcgcgca cgttgccggg ccagcggtag gtgaggagca gctggcgggc
     5401 gtcgtcctcc agccggatgg ccggcacgcg atacttctcg gccgcgtcgc tggcgaactt
     5461 gcggaagagc agcaggatgt cgtcgccgcg atcgcgcagt ggcgggatga cgatgggcac
     5521 cgtgttgagg cggtaataca gatcctcgcg aaagcggttg tgggtcacgg catcgaccag
     5581 gttcacgttc gtggcggcca cgatgcggac gttcgtcttg agcactttcg acgatccgac
     5641 cttgatgaat tcgccgctct ccagcacacg cagcaggcgt gcttgggtcg ggatgggcag
     5701 ctcgcccacc tcgtcgagga agatggtgcc tccgtcggcc acttcgaagt accccttgcg
     5761 gtcggccagt gcgccggtga acgatccctt ctcgtgtccg aacagctccg aatcgatcgt
     5821 gccctcgggg atggcgccgc agttgacggc gatgtatgta ccgtgtttgc ggtggctgtt
     5881 ttggtggatg atctgcggga agttttcctt gcccacgccg ctctcgcccg tgatcagcac
     5941 ggagaggtcg gtgggagcca cctgcatggc tacgtcgatg gcacggttga gcgtcgcgtc
     6001 gttaccgatg atcccgaagc gctgcttgac ttgttgtatg gattcttctt tcatatctgg
     6061 tgtgtatatt ctgtcagttt tgcctgacaa aattacaacg ataccctcaa atcgatcgcg
     6121 ttcacccctt cgccgcgccg ataggctccg aaaagcgcct cgtttggccc ttcgcctccc
     6181 ttgcaagccc cgaaatgagc ctcgtttggc cctccccaac tctttagggg actgaatgga
     6241 gatatttatt cgaggctttt atatggatag gctataactt gcaccgtata ttcaattctt
     6301 ttacactgat agactgaatc ctgcatcgtg cattcaatga ttttatactg ataggatata
     6361 tccttcatcg atgatatggt tcttttatgg tgaaagcatg atactttcag tgcaagttgt
     6421 ttgcttttac tataaaagta aactatatgg aatataggcg ataagctttt atatagaaag
     6481 atctaaactt gcagtgcaat gaatcagctt ttatattgag agcaatctac atacatcgaa
     6541 gtttatagtc tctcatatta aaaacattct acttgcggtg caagtgatag gcttttattg
     6601 tgggagcttc taataaatat tcccattggg cgccctgatg ggaggtgaag ggcctaatga
     6661 gccacttttc agagcttgca gggctgccga caggccaaac gaggcacttt ttggggccgc
     6721 ggcgagtgat ggaaggcaaa cgaggtgcgc cgcgcgggct gcttatcttt gtccacgcga
     6781 atacacatta aaaacagatc cacattatgc atacacatcc tcaccacgaa cacgatcacg
     6841 actgtggtca cgcgcacggc cacggtcatg cgcaccatca ccaccacggg gccgacatga
     6901 aggggcgcaa actgctctgg gcaacggcac tgaacttctc gatcacgctc gtgcagatcg
     6961 tcggcggact cgtctcgaac agcctctcgc tactctccga tgcggtccac aatctgggcg
     7021 actcgtcggc catcttcatc gccttcctgg ccggccgaca cgccgagaag tgccccgacc
     7081 tgcgcaagac attcggctac aaacgctccg agatcttggc cgcactcttc aatgccgtgg
     7141 cgctgatcgt gatctgcgtc ttcctcttcg tcgaggccta tgagcgcttc cggaaccccg
     7201 agccaatccg cggcgcagtg atgctcatcg tggccacctt tgggctactg gccaacctga
     7261 tcgcggtcgt catgctgcac cgcgaccggg agcacaacct gaacatccgc gcggcttacc
     7321 tgcatttgct tggtgacacg ctctcgtccg tggctgtcat cctgggcggc atcgccatct
     7381 ggatttggaa gctgtactgg ctcgatccgc tgatcacggt tgccgtgggc gtgtatatca
     7441 tctggcacac gtggggcatc gtccgccaga cggtcgacat cctcatgcag gccgcgcccg
     7501 agggcgtcga tctgcacgcc gtgcagcgtc acacggagga catggccgag gttaaggaca
     7561 tgcaccacct gcacatctgg aagatggacg acgagcatat ccacctcgag gcgcacatca
     7621 acctctgcga aaatctgccg ctctcggacg cgcaagccat cggtcgacgc atcgaggaaa
     7681 tgctgcgtac ggagttcggc atcagccacg tgaccctgca attggaatac gagggctgcc
     7741 acctccagtg cggcctgatc caggcgtagt gaggcggccc aaattgctgg ctacacataa
     7801 gaacgggtga ggactcagat ggatccatct cagcctcacc cgctcgcttt ctgtatcgtt
     7861 accagcggta gcccatgccc agcgtcaggt agcccttcac gccatagccc agctcccagt
     7921 tggcaaacag cgcacgcccc acggagacac cgaagaaggt cacctgccca gtgggaaaga
     7981 cactataccg cacgtctggg ttgaaaaact cccgttccca tttcatgccc acgcccagcc
     8041 caaggcctga atagaggcgg accatcggcc ggttgaggta cgtgaaacgt acggcgggat
     8101 agatggccag gcgatgcgtg taaaggtgat ctaccgacat gccgtcgagg cgttggctct
     8161 ggtagatgcc cgagtaggac gtctgtacgc ccagtgccag ccaacggctc agctcctggg
     8221 tatagcccac cgacagcgcc tgcgtataga tacggtcacc gtagctgtat cggctgcggt
     8281 cgtagcgctc ccacggtgtg ttcccctcga accgtccctc cggccaaccg ggtgtatcgt
     8341 cgtgatacat ctcgaacggg ttctcgacta atccccagct gatcgacagc tcatttttca
     8401 gtttataggc cggtttgatc cccagccaac gccaacatga ctgcgcgtcg gaactaaacg
     8461 ccaaggcagt catgcaaatg ataagcagca tcttttttgt catatccgta attgtagatt
     8521 tgtgaggggg caaatgtaaa gcagcccttc ttgccgccgc agatagcctt gtggcgatag
     8581 atggggtttg ctttccggta cacctcgaaa agagccgggc gattttgcat ttatcggatc
     8641 gtttttacct ttgcggccgt taacaacaag atcgcggagt ggagcagggg tagctcgttg
     8701 ggctcataac ccaaaggtcg taagttcgaa tcttacctcc gcaacagcga taagccccgt
     8761 cggtagtttc ataccggcgg ggctttttcg tgtctattcc ttggctgatg gcttccatgt
     8821 cgagaggcaa tcgttacggg gtggcagaga tgggcgctgc aagggcggag cgtctatcgg
     8881 gtgcgtgtga atagcgcata cttcgagggt actcacacgt ttgcgcaccg cttgacatgc
     8941 gatacttagg actacttgta aagccacacg agccttcgca cctgcttcgg ataaggcttt
     9001 cttctacttt tgcgcgcgca atcagaaaaa ggcgcggacc gtcctcacac gaggcggccg
     9061 atgcgtcttc cccccgaatg aacaagcaat ccatcataga ttattacaac cggacggcgc
     9121 ccgaacggca gcgccacaaa catatgcgcc gttattacca ccgttcgctg gagcgctact
     9181 tctcgtttat catcccaccc ggcagccgtg tgttagagat cggatgtggg acgggcgaac
     9241 tcttagcggc catgcggcca gcctacggcg tgggtatcga cttctcagaa cggatgatcg
     9301 aaatagcccg acgaaccttc ccggagctgc gcttcgaggt ggacgacatc gaggagctac
     9361 gtctcagcga gacgtttgac tatatcataa tgtccgacct gacgatgtcg ctctgggatg
     9421 tgcagcgcgc ctttgagcat ctgccgcaag tatgccacga gcgtacgcgc atcgttattt
     9481 ccaactataa cttcctctgg gagcctatcc tcaagctggc cgagcggctc ggcctgaagc
     9541 tccagcaacc gaaccagaac tggctctcgg tgcaggatat cgacaatctg ctccgtctga
     9601 caggcttcga gcgggtgaag cgtgaaaaca agatcctgct gcccatcaac atcccgctgc
     9661 tgaccccctt ctgcaaccgt ttcttggcga acctgccgcc ctttcaccgc ttggacttgg
     9721 tgaacctaat cgtagcccga cctgagcctc gacgggaagc acccgagcgg acggtgtcca
     9781 tcatcgtccc ggcacgcaat gagcgaggga acattgagaa tgccgtccgg aggttacctg
     9841 ccttcggcgc ctcacaagag tttgtctttg tcgaagggca ctccgaggat gggacgtacg
     9901 aggagatgct ccgtgtgcgc gacgcctatc cagagaagcg gatcaaggtg ctcatccagt
     9961 caggccgtgg caagggcaac gccgtgcgtg aaggtttcga ggcggctacg ggcgagatgc
    10021 tcttcatcct cgacgccgac ctgacgacac cgcctgagga tatgccaaaa ttttacgagg
    10081 cgctccgcca gggtaagggt gagttcatca atggttgcag gctcgtttac ccgatggaaa
    10141 agcaggcgat gcggctcctg aatctgattg ccaacaagag cttcggggta ctcttctcct
    10201 acctgctggg acaggggctg aaggacacgc tctgcggcac gaaggtgctt tacaagtcgg
    10261 actacgacac actcaagtta ggccgcgcct atttcggcga tttcgatccc ttcggcgatt
    10321 ttgacctgct ctttggcgct gccaagctga acctgaagat gacggagatc atcatccgat
    10381 ataaggaccg cgagtatggc tccacgcaga tcagccgctt caagcatggc tggctgctga
    10441 ttaagatgtg cgctttcgcc gcacggaaga ttaagttcat ttgaatgaga agtatggaag
    10501 acttcaatcg ccataacaaa gagattaacg agaacctgac ctattggcag aataagccga
    10561 tactacaaac catctacaat gatttttacg cgctgattgg tgcgcaggtg gatcgttcgc
    10621 aagaggggtt gattgtagag ttgggctcgg ggattggcaa cctcaagcag catattccgg
    10681 agtgcatctg cacggacgtg ttccccaatc cgtggatcga ccaagtggag aacgcctacc
    10741 ggatgagctt tgcggacgag agtgtctcta acctgattct cttcgatgtg tttcaccatt
    10801 tggaataccc caaagcggca cttaacgagt ttcgtcgtgt gctcaaaccc cacggacgtg
    10861 ttatcctctt cgaaccctgt atcagcgcat tgggatggat cgtttacggc gcttttcaca
    10921 aggagcctgt agcatggttc gacaagatca actccgacgg tggccccata tcggacgatc
    10981 gcctcggcta ttatgccgcc caaggcaacg cttgccgcat cttccgacac agccgaaagt
    11041 atcgcgactt gatcggtgac ttttccatta cgaaagttcg gcgctatgcc gcgttggcat
    11101 atgtcatgtc cggcggatac agcggccgac aactctatcc ggatcgcctg tatccccttt
    11161 atcaaaagct gcgaaaaggt tttgaaccat ctacccagcc tctttgccac tcgtctgctt
    11221 gtagttctaa cgaaataatc agcaaacaat gaaagcctct cacactacct ctttcgccca
    11281 acggttcgac gcctttttcg atcgacatcg gcgggctttt ttcatgctca cgatggctct
    11341 ggccacgctg atgagcatcg ttatgtttga cgccaaagtc agcctcagtg gcgacgattg
    11401 cgactatatc cttgccgccg acgccttctg gcaccacttt gccttccctg gccatcacgg
    11461 ctcgctttac cccattgtcc tctcaccctt cgtcggactg ttcggttatc ggctcgtcct
    11521 gcttaagttc ctctccgtcc tcttcaccgt tggcgccttt gggttccttt ataaggcctt
    11581 cgagaggcgg atcccgtcgg ccgtgctgat cccatccatg ctgctggctg ccatctgctc
    11641 ctacatcttt ttttatgccg gctacaccta cagcgaaccg cttttcatgc tccttcagtc
    11701 gatttacttc tacttcttct cccgctattt ctgggtggag ggcggcacac cgagctacac
    11761 gctcagaaag gactggaaga agtacctcac cctcggcgcc ctgacactgg cgatgggact
    11821 gacgcgcgag attggcttct gtgtcatcgg tgtcgttatc ctctattttg cgatcaaggg
    11881 ccggtggaag gatctgctct acaccgtcgg tgcggcgctg ctgatgctcg ctgccttcta
    11941 cttggtcaag gccatcctct ggccgaacgt tgcggcaggc cacaacttcg ccaacctcat
    12001 ggcgaaggat tactacaacc ccaacgcggg tatggaggat accgccggac tcctatctcg
    12061 cttctgggat aactctcggg tctacctctc ggccttcctc tgccaaatga tgggcgtgat
    12121 gcctgagaca cccagcaacc gattcgacat gagcgctaca cggacgctca tcatctacgg
    12181 gctctacttc gctgcactgg tggtcatctt ggtgcgtcgt gatgccccgc tgcttttcgc
    12241 gggactctat gccggggtgc tcaacttcgc cagcttcgtt gtcctgcaaa tcatctgggc
    12301 gcaggatcga ttgattacga tctattatcc actcatcctt ctcttcctgc tcggtgcgct
    12361 ctattacgcc ttcagctcgg cgcgcctgcg acgcttcttc atcgtctacc ccatggtgct
    12421 actcatcttg ctgggcggta cgttgaacat cacccgcaat cgggtgggtc gcacactgcc
    12481 cgtccttcag caaaacctgc tactgggcga tccgctctac ggcttcacac ccgactggca
    12541 aaacttcatc aaggccagcc aatgggtcgc gacgaatgca gagaaggacg ccgtgatcgt
    12601 cagccgtaag ccgtctatgt cgaaggtcta caccggacgc gactttgctg ggttgcccgc
    12661 ctcgctgacc gtccccgccg atacgttgaa ctatctcaag ggcgacactt cgctcgtggc
    12721 tgtcgtggcc gacggatcga agggcgttat gtcgggcgag gtgctccgct acatcatcac
    12781 gcccctaagc aagtttatga tcggcgataa gccgtcaccg gcagcttgcg tctacacctt
    12841 cccacgcgca aacttagcgg aggctctccg cgagatggag cagatgggtg tgccctacac
    12901 gctcgacttg gatcaaacca tcgcccagtg ccaaactgcg gacgttcgta tctacgaccc
    12961 ggacatgatg ctgcgccagc tcaaggagca acatgtcacc tacctgctgc tggctcagct
    13021 gcgtatcgat cccacacgca acacggggca gtacatcaac aatattcacc gctacgcctg
    13081 gtttatatct accaaatacc cggacagctt cgagatcatc aagaccttcg gcacctccga
    13141 accgtgcgag atcctgaggc tgattcggta acagtcttgc gggcgtattc cgtttaacga
    13201 ccgagcgccc gcaagccctc tacaaccctc tatacaaccc gcgcctcagt cgcataactc
    13261 cacatcacga cttgtaatca tgtttcgaat cggttgtcac ctctctgcct ccaaaggctt
    13321 cctcgccatg ggcaaagctg ccgtatctgt cggcgccaac accttccagt tcttcacccg
    13381 taacccacgc ggtggcagtg ccaaagccat cgatgaggac gacgtcgcgg ccttcctgca
    13441 attcgcagct gaacacgaca tcgcccagat cgtcgcccat gcgccttaca cgctcaacgc
    13501 ttgcgctgct gatccgaata tccgtcgctt tgccaccgaa acgatggccg acgatctgcg
    13561 gcgcatggag tatgtgcccg gcaactacta caacttccac cccggcagcc acgtcaagca
    13621 gggcgtcgag gtgggtacag acctcatcgt cgagatgctc aaccggatcc ttcgccccga
    13681 acaacgcacc acggtgctac tcgaaacgat ggccggaaag ggcagcgagg tggggcgcac
    13741 cttcgaggag ctgcgcgcca tcatcgaccg ggtggagctg aacgaccatc ttggcgtctg
    13801 cctcgacacg tgccacatct tcgacggtgg ctacgacata gtccatcacc tcgacgatgt
    13861 cctcgccgac ttcgatcgtg tgatcggact cgaccggctc cgcgccatcc acctcaacga
    13921 tagcctcaac acgctcggta gccacaagga tcgtcacgcc aagatcggcg aggggaacat
    13981 cggccttgag gcgcttacgc gtgtcatcaa tcatccggcc ctgcgcagcc tgcccttcaa
    14041 cctcgagacg cccaacgagc tggacggcta tgcggccgaa atcaaactcc tgaagtctct
    14101 gcgtacggat gattaagaaa gttgttatca ccctcctgct cctcctcctc gtcatcggcg
    14161 gtggaggcgg cgcctacctg ctcctggccc ccaacttcgc cccagcgcgt ggcacggcct
    14221 acgtctacat ccgccccgac gacaccttcg acggcctctg ccgacagctc gctgactcgg
    14281 ccggatgccg ccagatggag acgttccgac tcgccgcacg tgcgctgcgc tacgccgatc
    14341 gccgcatgcc cacgggccgc tacgccgtcc gcccgggcat gaacaacctc gacctgctgc
    14401 tcgatctgcg ccgcggcaac cagtcgcccg tccgcatcac cttccagaac gttcgcctca
    14461 agcacgacct ctccgagcgg ctcgccgatc agctcatggt cgatgccccc gccatcgagt
    14521 cgcttctgga cgatagcacc tactgcgcca acttaggctt cacgccagag accatcaagg
    14581 cgatgttcat ccccaacacc tacgaggtct attggaacat cccggccgac aagctgctgc
    14641 gccgcatgaa gcgcgaatac gacgccttct ggaccgaggc gcgtcgcaac cgcgccgagc
    14701 agatccgcct cacgcccgtg gaagtttcca tcctggcctc catcgtcgag gaggaatcgg
    14761 ccgtcccgga cgagtatccg accatcgccg gcctctacct caaccgcctc taccgcggca
    14821 tgctcctcca ggccgaccct acggtgaagt atgccgtcgg cgactttgcc ctacagcgca
    14881 tcctcgatcg ccacaaggag gtcgattcgc cctacaacac ctacctctac cccggcctgc
    14941 cccccggccc cctgcgcgtg ccgtcgatca cggccatcga cgccgtcctc caccatgccc
    15001 agcacgacta tatctatatg tgtgcccgcg aggacttctc cggccgtcac aacttcgcct
    15061 ccaccctggc cgagcacaac cagaacgccc tccgctaccg tcaggagttg aaccgtcggg
    15121 ggatctactg acggccgcgg ccgacctccg ctgggtcgag gaggtcgttc ctaacaaccg
    15181 actgggaata atccgcagaa tatcctccga aacaagtccc caacggcctc ttatcccgag
    15241 aatgatccag agcgaggcat ccggccccac cgttttgccc ccatatacgg caaccgtcga
    15301 aatcaaccga atctgataca ccccggatcg cacgtcatct atccacaaac ttttctgatt
    15361 gttcccgtat ggcatagact tttatgtcac tccattttgt atccgcctga atggtattcc
    15421 atacgtataa atgcagattt gattctctcc gaatcgcatg aagtctaatc cgaatcaatt
    15481 ttgtatcacg tcggattgcg tacaatctga catgaatcaa ttttgtatcg cattggattg
    15541 cgcgcaatct aatccgaata aattttgtat ggcattggat tgcatgcaat ctgacctgaa
    15601 tcaattttgt atgggatcgg attgcatgct atctgatctg aatcaatttt gtttcgcatt
    15661 ggatcgcgta caatctgaca tgaatcaatt ttgtatgaca ttggattgca tgcaatctaa
    15721 tccgaatcaa ttttatatca cgtcagattg catgccatct ggagtgaatc tactttgcaa
    15781 attacgcgag tttagtgtac gacggctgaa gggaatcggc cgccgcaaac tttttcggtc
    15841 gatttcctca agccatcgta agcgatggga tggcctacgt caaacgcacg tttgctccgt
    15901 ggttttctct cgttgaacgg tttggagata gacggcatag gtctgttggg cgatgtgatc
    15961 ccagtcatag cgcctcaggt cgtaggtgtg ggcaacgcca tgatgcactt tcttctcgat
    16021 ggctttagtc agctcctcga tggagtgggc ttcgtcataa tgaaaataac agtcagcggg
    16081 cagacccaca gcgttgtttg cggggatgtc gctcaccaag acggggatct gatggctcat
    16141 ggcctcgagc aacgtgatgg gtagcccttc gtgtgaggag gggaggacga acagcccggc
    16201 atgcgcatac agttcctgta gtgggctgcc tttgatcatg cctgttagga cgactccgtg
    16261 cgcctttgcg gctgctttga gcgacttgga ataggggctt tcatgatccg catctccggc
    16321 tatcactaag cggtaatctg ccggcagatg ggcttgagag aaggcactca cgagcttgtc
    16381 aaagtttttt tcttccacaa agcgccccac agctaagatg tatctcttgg gcgtcaatcc
    16441 ccaggcgcag atttggtctg tggagtcagt ccgaggaggc cgtgtgacac cgttataaat
    16501 caggtggacg ttggttctat tgtatttctt cttgaggatg tcttggatga cggtggagat
    16561 gacgatcacc tcgtccgccc atcgggccgc aaagcattcg ccagcacgca ggatgaaccg
    16621 agccagtcgt ccccatttcc tccggtcgta gtccgggccg tggtgagtgg ccacgacctt
    16681 cagtccgagc agcttggcca gcgggacggc aatgcagggg ccgatggcct gaatatggac
    16741 caagtcggct tgggtgcgat aggcatacca gacgctgcgg aaggtgtgta tagctgcttc
    16801 aaagccgctt ttctgggggg cgttgaggtc tttgaacttg acgctttgat aggaggtgta
    16861 ggggggagac tccttgatga aaggtttgcg acgcgttacg gtgatgtcgc ctcctaaggc
    16921 ggcaatgcgg gggcataatt cttcgcaatg ggtttctacg ccgccttgta tgccgggaaa
    16981 tcctctaagg ccggtaacaa cgattctcat gtttgtgtct acgataaatg aaagtcagaa
    17041 cgaggatgca cacgcctata aatctctacc cccgcttctc ttagaacaga aagaaggtgc
    17101 tgaggaggag ctccccaaca cccatttgaa tatctcgtta atccaagact gcatgcaagt
    17161 ggcgattagg tacgcgttgc tttcgatagc ttacgtgcag gcccgtaaat tcatcgggca
    17221 cacgcccggt ctcggcctcg atcatacgct tagcctcttc aatgctcagc ataaagtcgg
    17281 cttgggcagc ctcgacgctt ggaccatatc caccgaatcc gtatccgtcg atctcctgct
    17341 ccgagtagat agaataaaat ccatcggaac ctctttcgat gattgctatt acttccatgt
    17401 tcattccttt ttatctgagt ttatatccct gctttctttc taatgctctt ttctgttccg
    17461 ctgggtacct cttgactgtc atgtcgaggg acgacaaact tcttcccagt tatcggtgaa
    17521 aaccaacgat catgattgcc gccatgtgcg atgaaataac agccgttggc cttcaatagt
    17581 cgcttcagct cggatgtttt catctgttct tagtaaggat ctggtgatac cggatgtcca
    17641 gccttctata tccgctccag cactttttcg attagcccga cgatgctggc cttgtagtcc
    17701 acgttcatgt tcttggctac gcgtccggcg atgacacagc acacggttag tgcacggtgg
    17761 cccaacaggg cggccagtgc ggcgagcgag gcgctctcca tctcgaagtt gccgatctgt
    17821 cggccatcga actcgaaggc ctctaccttg gcgttcagat ccgggtcggc cagcgggaga
    17881 cggagcgaac ggccttgtgc accgtagaag ctgcaggtgg cgatggtgat gccgcgcacg
    17941 atgtcgtctt gggtgatgcg gtcggtcagc tccgggtcgg cggggatggc gtaggggcgg
    18001 aggccgtcga tacgccagct gagttgcgag cgaagggcag cttcgagcgg gaggtcgcgg
    18061 acgcgctcgg tgttggcgta gaagtagggc acgccatcaa aacctacggc acgctcggca
    18121 gccacatagg tgccgatcgg agaccagggc tgaagaccgc cgcaggtgcc gatgcgcacc
    18181 aaggtcagca cgcggggagt ctcacgcggc agacgggtgg agaagtcaat gttggcgagg
    18241 gcgtcgagct cgttgacgac gatgtcgatg ttgtcgccgc cgatgccgtg cgagaggatg
    18301 gtgaggcgtt tgccggcgta gtggccggtg atgctgtgga actcacggtt gcagacgtcg
    18361 cactcgatgt cgctgaggta cttcccgatc atggtcacac ggtcggggtc gcccacgagc
    18421 acgatgcggt cggccagttg ttccggtctc aggtgcagat gaaagatgct gccgtcgctg
    18481 ttgatgatca gttccgacgg cgggatgggg ttcgttttcg tatccataat agagtcttca
    18541 tttgatgatt gtgcggttct cggcattgcg agcacgcttt tcccaggtct tgatttgggt
    18601 gcggaggtcg tcgagtgtgc gctcatcggt gcggatggcg gcgcggagct gtgcacggtc
    18661 ggccttgctg cttttctcgt aagtggcgta ggcgtcacgc agacgttcct cgatgacctc
    18721 ggcctgcttg cgcagcgtgg cggctttctc gaaggcttcg gcggcgtcgg cactgcggaa
    18781 gtcgcgctcg gaatagtaga cggtgttgtc gttgacgata aactccaccc cctgcgcttg
    18841 ctttttgctg gtggcgtccg cattggtgcg ggcggcagag atgagaggct cgtagtccga
    18901 accctcaggc caagtggcgc gaagggaggt gagggcggag agggtgcgga ggcggtcggg
    18961 gtcgatgtct tcgctgacgc gtgggcgggc ctcgttggga acgaagaggt agaggcagac
    19021 gcgccctgcg ggctgattgc ggtcggtggc gaaccagcct acacctttgg cctcatcgat
    19081 gaccatgagg tagtcgttcg cgggcgagtt gaagggcatg ccgagctgct cgggggcgag
    19141 gtaggcgttg gcggcgatgt tgtagcgggt gacgaagagg tcgtagccgc cgatggagcc
    19201 gtgtccgcgg gaggcgaagt agagcgtgac gccgtcgcca gccacgaagg ggtagttgtt
    19261 atcggccgag tcgttgggga agagcggctg atcgtcggcc cattcgtttt gcagtttcga
    19321 ctgggtgaag agggcgctgt ggccgtcctg aatgcgggcg taggtggcgc ggtcgccacg
    19381 tgggctgacg tagacgggcg aggtgccgag ggcgttggcg tcgttgggga agagcgtggc
    19441 gtagggcacg aggcggccgt tgtcgtcgct caggaagtag gtggagagca ggcgatcctt
    19501 gtcgaccacc atgctgtcga tcacgcgcac cagctccgtc ttctcctgca ttcgctgcat
    19561 cttctccagc gcctgaagct gattctcgat gggcgttgtg tcggcgccgc gtttcttttt
    19621 cagctgcgcc atttggctgc ggagcatcgt ggaggcctcg tcgaagcggt aggtgcgcgt
    19681 gtagaggtcg gccaagtagc ggtaggagtc gggcgacttg cgtcggtagg cggccgtgag
    19741 gtatcgctcg gccgtgtcga gggcgccggt ctcgtagcag cagacgccgt accagaggtt
    19801 gtaggaggta ttggcgggcg attgggtgac gagctgttcg aagagcggtt tggcctccgc
    19861 atatcggcct tcgttgtaca actgcttagc ctgctccagg ctttgcgccc gtgttccgcc
    19921 ggcgatgccc gcccagaaga ggagggtcgg cgcgatgatt cttaggatgg atcgttgcat
    19981 actgggtgtg ggggttattt tgttgagata gctgctattc gcgcggacaa aaatagagat
    20041 cgattgggga tagcgcgggc agcgggtggt ccctggcaga aacttccacg gtatcctcac
    20101 cggctattag gccgctggca gaaacttcca cggtatcctc accggctatt aggccgctgg
    20161 cagaaacttc cacggtatcc ccaccggctg ttgaccccct ggcagaaact tccacggcat
    20221 ccccatcggc tgttgggcct ctggcagaaa cttccacggc attgcacacg gctgttgggc
    20281 ctctggcaga aacttccacg gcattgcaca cggctgttga tgctctggca gaaacttcca
    20341 cggtgttgca cgcggctgtt gggcccctgg cagaaacttc cacggggcgg cccgacgctc
    20401 ggcggggact ttgccctcta tctttgccgc gcaaatagat tcaccctata taaacgtatc
    20461 gcatgaagaa gaacctcctc ctcctttccc tcctggctct ggcgctgacc gcctgccgtg
    20521 aggacgaccc ggagcctcgc atcacggcgc tccagatcac agcccccgac acgacactct
    20581 atcgcggcga ctcacttcgc cttcgcctca cccccacacc gcccgatgcc gacatccgtg
    20641 gcgcggtctg gacctccggg gattcgctcg tggccgtcgt tacgccggac ggactcgtgc
    20701 gctgcgtcgg ccccggtcgc accgtcatca cggcccggct ggaaggcacg tcgctctcgg
    20761 ccaagtacga cctcaccgtt gcggcacgcg ccacgcagag catcgctttc agtgagccta
    20821 cgctcaccct gctcgttggc gaagagcaac ccacggccct cgtctttacc cccgccaatg
    20881 ccgacgaccg gcaggtggtc tacacctcgt cagacacggc cgtggccacc gtcagcagtc
    20941 agggtgtcat cacagcgcgc ggccgcggta aggccatcgt ccgggcccgg acggtaggcg
    21001 gcggacagac ggccgagtgc caagtcagcg tgcagcactt caccgaacgc atcagcgtct
    21061 ggctctccgg cacctggatc tacgagagcg acaacctgat cagcgcctgc gcccgcatga
    21121 ccctccgcaa tgacagcaac cgtgacctct tcgtggagcg cttcatcgtc gaaagcgacg
    21181 gccgcgagat ccatcgtgaa gagatccata gcacgctctc gagcggcagt aagttggcct
    21241 gcgacgtcac cttcaagaac gcccacgatc cgcagttcaa gtaccagttc accgtcggca
    21301 gcgagcagta cgaggcccac tatcgcccgc acatgatcgg cgccaaaacg ttccccgccg
    21361 acggcccgcg gacgctgccg atcgtcgtct ctcggaggcg gtgatagacg agccatctcc
    21421 cgaatgcgcc gtatcgctga gctgcgacgg cgtgccctac actccccgac atggatatcc
    21481 gttccgtgcc ggggagtgat ttttttgtgc ttctgacgat gctcaacgaa tggcagattc
    21541 accccgtacg aagacgctga ttatggtcct cccgccgact ccatccgccg gtgtgcgtgc
    21601 cgcggagctg gccgaaaacg gctactttcg aaccgcgaaa gcaatccgac gttacagcac
    21661 tcactttttt aatacataca gcatcatgag aagaagcatt ctacacttag ctatcgtggc
    21721 gatcgcgggg cttagcttcg cctccgccca agcgcaggac ggctcggacg cgccgatcct
    21781 acgcgacaac cgagtcgaca cggccatcct cagtcgcccg atcaacccga agatggacct
    21841 ctcccgctta ccgctttacc tgctccgcat ctaccggcag atccccgccg cgcagcaggg
    21901 ctactggatc atgcagcaag acctgaacgc cctcttcagc cagacggact ggtactatag
    21961 ccgcgccgaa gaggctgctt cgcacggaga cggcgagcct ttccgggccg tcctgaagcc
    22021 cgacgagcag gccttcgtcg accgagtgca ggcccgcgag cgcgagctgc tgaagcagaa
    22081 cttcaccgtc cccaaaggct accgcgtgaa cctgcgcaac cttgccaacc cttaccaatt
    22141 cgaggccctt cccgcgggta tgcaggaggc attggcccgc aacggattcg tgatcgtgcc
    22201 ccagaacgac atccagctct ttcacgtcta cgagaacaat gactaccaca acttccccag
    22261 ctttgttacc accgatctcc acctccagct cttccacatg tacttcgatt ttgtccttcg
    22321 gcaactggag caggagaagc tcatccctat gctcagcacc ttcgcgggga acatgtataa
    22381 ccacatgaaa cgtcaggccg agaccgcccc cgacgccgcc acacgtgcgg ctgcggagta
    22441 caatcagacc tactacgccg tgggatgtgc cctcctcacc ggacggcccc tccagcccgt
    22501 ccctgcggct taccgcgcga tggccgagct ggaaatgaag cacgtggcag ccgccagaga
    22561 cgagctctcg gagttcttcg ggtacaccga agtgaagtat ccctacagcc tttaccgacc
    22621 ccggggccac tacacgcgca ataagtcgct ggagcgctac ttccgcgcca tgatgtggtt
    22681 ccaaaccgcc cccgcgtgcc tggacaacga ccggcaattc cgcgctgttg tcatgcaggc
    22741 cgcggtcctc agcgaccacc ccgaggacat gaagcgctac gacgacttga tggagccgat
    22801 agccttcctt gtcggtgagc cggacaatgt ggccgtccga caagtagccg atctgcttcg
    22861 ccgtggtcga tacgtcctga aggcactcat gaccgacgat gcgacgttgg aaaagttccg
    22921 ccgggaggtg aaggtgatcg ccgaggcgca aaataggatc cggccggacg agcgatttga
    22981 gctttcatgc cgggataaga tcaacctcat gccgcaacgg tatttggcag atagtgaggt
    23041 gatgctgggc atggtggaca acgatagccc gacgactcgc cgcggctgcc cgcgcgggtt
    23101 agatgtcttc gcggcttttg gcaacgagac ggccgagcgc atcctgctcg acgaattaaa
    23161 agaagccacc cggtgggacc agttcaccgc ccgcctggct cgagctaagg agcgcatggc
    23221 cggcctggat cgcagccgga cggtctacaa ccgatggatg gaggcgctgt tggagatgtc
    23281 gcgggcggac acccgccacc cctatttcat gcagacgccg ttatgggcca aaaagaacct
    23341 caacacctct ctcgcctcct gggccgagct caggcacgac gtgatcctct acggcgaaca
    23401 gccggtggta gccgaatgtg gcgccggggg actgcccgac ccctacaccg tgggctacgt
    23461 ggagcccaac acgcgctatt ggcgccgcgc cattgagctg atcgacctca cggcatctgt
    23521 gctccgcaag cacgggctga cctcggagcg cattgaagcc gtcagccagt cgctccgtga
    23581 gcaaaccgag ttcctgctgc gggtcagcga aaaagaactt agcggacagg cgctcaccga
    23641 agaggaatac aaccagatcg agaccgtggg tagcaacgtg gaatggatta cgctcgagtt
    23701 ccttcgcgag ggggacgagc cgctaagcgg atgggacgac gtccatggcg ccgacaagtc
    23761 cgtggcagtc gtggccgacg tcttcaccgc caacgggagg aacaacccag agaaatgcgt
    23821 cctctacgag gccacggggt acgtcgacca cctctacgtc gtcgtcgaga tcgagggata
    23881 cctctacctc acccgcggcg ccgtcttctc ctaccacgaa ttcagccgcg ccgtaagcga
    23941 tccgcgcatg accgacgagg aatggcagaa gacgctcgag aaaaagcccc gccacggtgt
    24001 gccggactgg atgcgtgagc tgatcctccc cggcgccatc ccggcggaca acgagaaggt
    24061 gttttacagc ggcggctgct gagcctcccc gcttcatcga ccgcgcacac tgcgtccgct
    24121 cactgtcttc cctatgagac acctttccgc atggctcccg ctcctcgtgg cgggggccat
    24181 ttctttgggt cacagcccgt ccgcgatgcc tccggacacg ctccgggtgg ccttcgtcgg
    24241 cgacgtcatg ctcgaccggg gcgtccggca gtccatcgaa cgccagggcg tggacgccct
    24301 ctttgccccg gaaatcgact ccctcttccg ccgttgcgga cgcgtggtgg ccaacctcga
    24361 atgtcccgcc acgggcatcc gacggcctgt ccataagcgc tttatcttcc gcgccgaacc
    24421 cgaatggctt gccggcctcc gtcgccacgg cgtcacccac ctcaacttag ccaacaacca
    24481 caccatggat caggggcgcg agggcctccg ggacacccgc cagcaggtgc tccgccacag
//
LOCUS       SEQF2637|AYYD01000753.1  206 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..206
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agccacaagg aggatttggc cgcatttcga gagacgtacc tccaacccgt acgcatcagt
       61 caccgcaagg cggtctacgt ctccgacgag acccagcaaa ggctagactt cgttgtccgc
      121 cgaatcggcc tgcgaggcgc cagcatctcg ggctatgtcg agcgtgtgct tcgggagcat
      181 ctcgacgggt acaaggacag catcga
//
LOCUS       SEQF2637|AYYD01000754.134697 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..34697
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(418..1512)
                     /locus_tag="SEQF2637_00604"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WPZ1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative GTPase"
                     /translation="MNHPENDEKYKGLKVNSGTSYAPTVSPYLTARRPRRFTTTEFVE
                     GILRGDTSILSQAVTLVESSRHEHQQQAQEIIERCLPHTGHSVRIGITGVPGAGKSTS
                     IDVFGMHVLKRGHKLAVLAIDPSSERSKGSILGDKTRMEALAREKNAFIRPSPTAGSL
                     GGVARKTRETIILCEAAGFDTVFVETVGVGQSETAVHSMVDFFLLIQLAGTGDELQGI
                     KRGIMEMADGIVINKADGDNIRRAEMAAGHFRNALHLFPPTESGWFPKVLTYSGYYGL
                     GIDEVWAMIDEYIAFTKQNGYFDRKRNRQAKYWMYESIHDMLRDAFYRHPGIEERLPI
                     VEQQVLHNEISSFVAAKEMMDIFLKGTTKN"
     CDS             complement(1642..3063)
                     /locus_tag="SEQF2637_00605"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIGKPHRALSLLVTIGCLFLWQYSAAQKEAKLFIGQTVHDFGRI
                     DEKKGAVKHDFILRNDGQAPLELQRVTCANRSVITRWSRTPIAPGQTARLEVTYNPAG
                     HSGDFSILIDVLSSASSEATALVIKGSVKPNPNAPKQPMADFSPDQWTFDFGKIKEED
                     GFAMHVFRIKNTGTAPLNISHVQSSCGCAEPEWTRTPIPVGGIGDVVITYDPTDRPGP
                     FRKNITVYSDAKGGRHKLTITGEVIAKARSQKILFPDTIGRIGTQQRRFDFYLLRERE
                     IASQEVWIENLSDEDVRLSFSHLPAYVHVDAPRLLAPHKAERIKVTVDAKAIHGKGRT
                     EGYLVWKSEDAKGREIASREIPVAVNVVDDFSTLSQADKDAGPALSLSATVIDFSAKK
                     GATKQQLTITNTGHAPLVFHSITCDASWVKVSGNKKKELRPRESMTLTFTLKDKAHKG
                     ATELYIVCNDPQGPVRIVRIKAE"
     CDS             complement(3071..3472)
                     /locus_tag="SEQF2637_00606"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRILFVLTAILMMTAGALSAQEKSASITATGSATFDFGDIKES
                     AGPASHVFTVMNNGELPLVISRVVASCGCTTPEWTKEPIAPGKTGQIKVTYNPAGRPG
                     KFVKTISVYSNGKADGGNYVLTIRGNVIQNS"
     tRNA            complement(4003..4077)
                     /locus_tag="SEQF2637_00607"
                     /product="tRNA-Asn"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Asn(gtt)"
     CDS             4129..5148
                     /gene="kdgK"
                     /locus_tag="SEQF2637_00608"
                     /EC_number="2.7.1.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q53W83"
                     /codon_start=1
                     /transl_table=11
                     /product="2-dehydro-3-deoxygluconokinase"
                     /translation="MQYFCEKNKRDMRIIGIGNALLDVLLRLESDATLQAMGMKKGVM
                     ELVDESTMRAIQQEQSGLERSDAPGGSVCNTMRALALLGASVGYVGKVGTDANGAFYE
                     QAIRDTGVTPHIVRSEGISGCCTVLMSPDSERTMATFLGPAATLTSDEIMDETLRAYD
                     CIYVEGYLISNASTDRLFLPILRRAKALGKKVALDLSNFNIVNGFSDMLHRAIPEYVD
                     ILFSNETEAEAYTGKSAEEALREIMKEVKYAVVTVGKDGALAGHAGETVHVPAVSNNP
                     VDTTGAGDNFAAGFLYGYSRGATLRQSAEIGALMAGNVVETVGPQIVPERWAQITSKV
                     SSILG"
     CDS             5181..6857
                     /locus_tag="SEQF2637_00609"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A5M9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative CtpA-like serine protease"
                     /translation="MLQVKRAQVFCLAIALSIGGPLWAQKPQTERRFEVSKQLDILNA
                     IVKEVEMFYVDSVETEKVVRRGIDAMLKGLDPYTEYYPEQETDNIKMLVTGEYGGVGA
                     YIRARDGGVIISEPFEGMPAALAGLKAGDRILMIDTADVRKATTERVSELLKGTPNSK
                     VVIKIERPGEKKPRKVEVTRKQVSLKQVVHYGVYGDGTGYIYLEGFKERSADEVREAL
                     EDLKQNHHIKSLILDLRDNGGGLLSSAVQIVNLFVPKGREVLSTRGKMKLWDRTYRTT
                     LDPVDSVIPLAVLINGNSASAAEIVSGALQDMDRAVLIGNRSFGKGLVQTPRDLPYEG
                     QIKITTSKYYIPSGRCIQQLDYSHRNADGSVSAVPDSLTSVFYTASGRPVRDGGGIRP
                     DFEMEEKKTPTMLFYLVNDFAFFDFVTDWVRAHPTIAPAKDFVFPDADYESFKKRLKE
                     ANFTYDRQSEKALKNLREVAEYEGYLAEDSATFVALEARLKPNLDRDLERYKDDIKKL
                     IAAEIVKRYYYQEGAMIENLKDDKTLQKALDVLADRELYRKTLSRPEEKK"
     CDS             6984..7676
                     /gene="cobB"
                     /locus_tag="SEQF2637_00610"
                     /EC_number="3.5.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75960"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD-dependent protein deacylase"
                     /translation="MKKLVILTGAGMSAESGISTFRDSNGLWENYRVEDVATPEGFAR
                     NPQLVLDFYNARRRELLRAEPNDGHRGLAALERDFDVRIVTQNVDNLHERAGSSHVVH
                     LHGELMKACSERNLNRPIDIDPEHPDMRLGDTAPDGGRLRPFIVWFGEPVPMIEEAIR
                     IVSDCDLFAVIGTSLNVYPAAGLLSYVRRGQPIFLIDPKEVAVYRNDVEFIRCGASEG
                     VRILTDRLQAFR"
     CDS             complement(8853..9953)
                     /gene="mnmA"
                     /locus_tag="SEQF2637_00611"
                     /EC_number="2.8.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99TM8"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-specific 2-thiouridylase MnmA"
                     /translation="MEIAALVSGGVDSSVVVHLLKEAGYTPTIFYIRIGMERSDGTID
                     CPAEEDIEITTYIARKYGCRMEVVPLHEEYWDRVVGYTIDAVRRGLTPNPDMMCNRYI
                     KFGCFEEQWGHQFDRIATGHYATTTEIDGQTWLSTAADPVKDQTDFLGQITGLQVAKL
                     LFPLGHLMKHEVRGLAEAAGLPSARRKDSQGICFLGKIRYNDFIERYLGRRDGDIVEW
                     ETGRTVGRHHGFWFHTIGQRKGLGMSGGPWFVVGKDAAANIVYVSNGYDPETQYGRTI
                     RTAGFHFITADPWGAFDDEREITFKIRHTPDFTRGRIRRVEGGYEIDSDDKIQGIAPG
                     QFAVVYDRDHRLCIGSGPIVEGRTEPTAAVAP"
     CDS             complement(10086..11885)
                     /gene="typA"
                     /locus_tag="SEQF2637_00612"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32132"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP-binding protein TypA/BipA"
                     /translation="MQKIRNIAIIAHVDHGKTTLVDKMLLAGKLFREGQAEPDQFLDN
                     NDLERERGITILAKNVSINYKDYKINIIDTPGHADFGGEVERVLNMADGCLLLVDAFE
                     GPMPQTRFVLQKAIGLGLKPIVVINKVDKPNCRPSEVQEMVFDLMFSLDATEDQLDFP
                     TIFGSAKQGWMSDDWQKPTDSIYPLLDAIIKYIPEPETLEGASQMLITSLDYSKYVGR
                     IAVGRVHRGELREGQDIVLCKRDGSAVRSKIKEIDVFEGLGRKKVDAVASGDICAVIG
                     IEGFEIGETIADAATPEALPTIAIDEPTMSMLFTINNSPFFGKDGKFVTSRHVHERLL
                     RELDKNLALRVEATDSADSWNVFGRGVLHLSVLIETMRREGYELQVGQPQVIIKEIDG
                     VKHEPVEQLTVNLPEESASKIIDVVTRRKGEMTSMESKNGRVFLVFNIPSRGIIGLNN
                     LVLTLSAGEAIMAHRFLEFQPWKGDIERRQNGSIIAMETGNAFAYALNNLQSRGRFFI
                     APGEDVYAGQVVGEHTKEGDLVVNVTKSKKLTNMRASGSDDKVSLAPPLVFSLEDALE
                     YIKADEYVEVTPHHMRMRKVILDEIERKRQNRG"
     CDS             12373..12642
                     /gene="rpsO"
                     /locus_tag="SEQF2637_00613"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0PA13"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S15"
                     /translation="MYLDSAKKEEIFEKYGKSKADTGSAESQIALFTYRISHLTEHMK
                     ANHKDFNTSRALKMLVGKRRRLLDYLIKIDIERYRVIIKELGIRK"
     CDS             complement(12827..15145)
                     /locus_tag="SEQF2637_00614"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIQLLIYGLLLSLLTVHAADKNTRWHTYLAMYNTVAVAEAEN
                     NVYAVADGTLYSYGKSDDNIRVYSRQTGLSDSDVRLIRYSASARTLVIAYASGNIDLM
                     TSDGIYNLPFLKNTTNIQDKTLNAIDLSGDRAYLSANFGILVIDLKKREVAETYRLDR
                     RTTATALLAGSIYAATDSGLLSAPTTANLMDVGNWKRVSLNSLDFDDQKIVGLGAFRD
                     RLCFVASGGGLFYRDTDGSIKTLRKQTNLRGLTVVGNRLVAYTAEAMYVFASLEGTGE
                     AVSAGTVNGVTALTEDGRFWVASGRNGLVGLRRRAEGQYEKAISGLKIEGPKRNEDDF
                     MIVDRGRLWVVGGSYTNTARGNRRGTLMSCVDKKWTNFDEETVTRAAGFGVQDYVGVA
                     VDPDDPTHCFVSTFGEGVIEVKDNTFVRLYNHTNTPLRSALPNAKDAQRYVRAIGIGF
                     DKNKNLWMTNCSAQNGIVVRTPDGTWKSLYFEGVANKTFVGRILFTSRGQKWVNVPRD
                     GGLLVFDDNGTPTDGSDDKSHFFSSFSNASGTSLDVSEYYCLAEDRKGDIWVGTNHGP
                     IVCSSAINALRDPARCYWNGIIRNDEDGRPRYFLDSEQINAIAVDGGNRKWIGTAGSG
                     VYLVNADGTETLEHFTTTNSPLLSDNIRCLAIDNASGEVFIGTDKGLVSYRGDATEAP
                     KTYSDVYAYPNPVRPDYDGSVTITGLIADSNVKITDLNGNLIRQGRSAGGQFTWDCRG
                     ANGQPVSSGVYLVLASTPDGSEGVVTKIAVVR"
     CDS             complement(15191..15772)
                     /gene="rdgB"
                     /locus_tag="SEQF2637_00615"
                     /EC_number="3.6.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P52061"
                     /codon_start=1
                     /transl_table=11
                     /product="dITP/XTP pyrophosphatase"
                     /translation="MRTLVFATHNLHKLREVRDMLPHDSIRLVGLTDLGQMEPLPETS
                     ATIEGNALQKARFVKEHYGYDCFADDTGLEVEALDGAPGVYSARYAGEACDSAANVRK
                     LLEALRDTDHRKARFRTVIALITDGEERLFEGEVSGQITTETHGAGGFGYDPIFRPDG
                     FDRTFAELSPDEKNAISHRGRAVRRLVQHLTNR"
     CDS             16165..17013
                     /locus_tag="SEQF2637_00616"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNNEMKWTLRTIVSGAALLLAVACGKEKEARAELERARTLYESR
                     QFPAARNAIDTLRMRYPKELGVMKEALQLMRLVERGESERNIAYCDSLIPVREKEVET
                     LKAGFVLERDARYEEVGRYVRPEHAVERNIGRSYLRCGVNEQGEIFLASVYSGGAPIN
                     HTGLKIAAPDGTYAVTADIPYDGGANYRFKDDGRTTEVVTYSGDKGLDAIRFVDGVAD
                     GTRLRAEYTGGRAFAIGLTEADCRAIRATLRLAEALTDIDALKKERQKATRKVAYIEE
                     REAKGR"
     CDS             17142..18686
                     /gene="glyQS"
                     /locus_tag="SEQF2637_00617"
                     /EC_number="6.1.1.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99129"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine--tRNA ligase"
                     /translation="MARQEDLFKKLIAHCKEYGFVFPSSEIYDGLSAVYDYGQYGVEL
                     KNNLKRYWWDGMTLLHDNIVGIDAAIFMHPTVWKASGHVDAFNDPLIDNRDSKKRYRA
                     DVLIEDHLAKIDEKISREVEKAAKKFGDSFDEAMFRSTNPRVAKHQAERDAIHERFAN
                     AMNANDLAELRQIIIDCEIVCPLSGTRNWTDVRQFNLMFATEMGSTADGAMKVYLRPE
                     TAQGIFVNFLNVQKTGRMKIPFGIAQIGKAFRNEIVARQFIFRMREFEQMEMQFFVRP
                     GEELAWFARWKEARMRWHRNLGLGDEKYRFHDHEKLAHYANAATDIEYEMPFGFKEVE
                     GIHSRTNFDLSQHEKFSGKKIQYFDAELGTSYTPYVIETSIGVDRLFLSILAGAYTEE
                     TLDGGESRVVLKLPPALAPIKLAVLPLVRKDGLAEKAEEILHMLRFDFRCQYDEKDSI
                     GKRYRRQDAIGTPYCITVDYDTMRDNTVTIRFRDTMEQERVSIDRLHEIISDRVSLRS
                     LLEGLK"
     CDS             18683..19291
                     /locus_tag="SEQF2637_00618"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTLHILASLCLAAVLIGVATACSKTEDDSAERWRTANDAAFA
                     AIKRDAAYTEIKSPGHEGSIYYKELKKGTGTKPILFTSTVSLYARGRFVADYPDNKYI
                     RQGAVFQSWQEADGVPFTTLVSSVGKVPKDYRAHILTNGVRVALQYMHEGDRWEVWVP
                     YTLGLGENDGSLFVNVMPSSSATKIPAYSTLVFEIEVVGVHS"
     CDS             19307..20104
                     /locus_tag="SEQF2637_00619"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTYIGLTCLLLLALALFVALSFYGDSLERWHIKTGSFARVLI
                     GDTTHRQRTSSSATDSTRAVSQAPGQDFSQTVDTARKSILFIGDSMLEGLGPRLAAYA
                     EENGHTLVNVIWYSSTTEVWGRTEKLKEYIAEYQPDYIFVSLGGNELFVSNIRDRRQK
                     YLDNMLSQIGDIPFVWIGPPNWKPDTGINEMLAETLRPGQFYLSYTPDQHYDRARDGA
                     HPTRASASAWMDRVCAWVMKSAAHRIVLHRPKAARATCHTVVLAPAK"
     CDS             20823..22325
                     /gene="patA_1"
                     /locus_tag="SEQF2637_00620"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O25526"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan O-acetyltransferase"
                     /translation="MNSLPDLSSLPDRLLALLGPDASHPLMFSSGLFWALFVAFLPVY
                     AWLRNSGRIAAMKIFVSAFSLYFFFHNSGWLFLLLVFTAAIDWGVSHRIASASSVGAR
                     RAWLLFSLILSLGVLVAFKYTNFFIDNLRMLTGDAAFRPVSLTLPLGLSFYTFRTISY
                     VVDVFRRRIDPAQSFLDYLFFLSFFPCLTAGPIVRADHFMPQLTADALRQPVDRARIY
                     GGFFTVLMGVIKKAVIADYLAQYSNIAFGNPSGYSGVELLMGALGYGLQIYCDFSGYS
                     DMAIGLGAILGFDLGINFDFPYRSRNVTEFWRRWHISLSLWLRDYLYIPLGGNRRGAV
                     RQYVNLLVTMLLGGLWHGAAWTFIAWGAGHGVALCLHKRCKVWLDRLPDGGLVGFLSW
                     ALTFAWVIFLFIFFRADSFDTAREMIVGIATRFDPAYFPEFAKVRYVWTALFLSVFAL
                     HFVPTPFYDRLRDLFVRSPWIVKFVLFVAVVQLAISFASADVQPFIYTQF"
     CDS             22335..22706
                     /locus_tag="SEQF2637_00621"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKKTEIGRAGEAVARKYLEQRGYRVLHINWRYGHYELDIVAR
                     RPDLLVVVEVKTRDQRRIMEPEDAVDKAKIRRTVAAADAYVQTFDIDLPVQFDILSLI
                     KCSDGTYHVEHIEDAFYAPVQ"
     CDS             22885..23241
                     /locus_tag="SEQF2637_00622"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIEEVRDYCLKLKNAEESFPFGEDTLVFKVEGKMFLAMSLNDE
                     DPHVAVKCDPDEALLLRDRYKAVVPAHHFNKKHWNDIYLNRDMNDHDIRRWILHSYES
                     VILQLPAAIRRKYEYV"
     CDS             23234..23998
                     /gene="birA"
                     /locus_tag="SEQF2637_00623"
                     /EC_number="6.3.4.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0CI75"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional ligase/repressor BirA"
                     /translation="MSDLQPTPHTPRIIRLRETESTNRYLHERLADDEVPSDGTIVVS
                     DFQSGGRGQPGNSWESEAGQNLTFSLLYEPRAMPANRSFRISEIAALSVKHTLDRYTA
                     GIAVKWPNDVYWHDRKICGMLIENLLEGSAVGRSIIGIGLNLNQTVFHSDAPNPVSLT
                     QITGQRYDPLEILGLWYGHFCDLRDRLEAGTDGEADVHRAYVHALYRRDGFHPYADAD
                     GTFEAVIEAIEPGGHLLLRRSDGRISRYAFKEVRFL"
     CDS             24035..25495
                     /gene="nhaP2"
                     /locus_tag="SEQF2637_00624"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5F4U3"
                     /codon_start=1
                     /transl_table=11
                     /product="K(+)/H(+) antiporter NhaP2"
                     /translation="MNYITSENILLIGSVLLFVSILAGKTGYRFGVPVLLLFLFVGML
                     FGSDGLGLQFSNMESAQFIGMVALTIILFSGGMDTRFADVRPVVAPGAVLSTVGVLLT
                     TVFTGLFVWWLSGMAWTNIHFACVTSLLLAATMSSTDSASVFATLRSQRMNLKHNLRP
                     LLELESGSNDPMAYMLTLVLVQLATADPGAGGADWGHVAGLFAVQFAVGAAVGFAIGH
                     FAVWSLNRLNIDNASLYPILLLSVAFFTFSATGLLHGNGYLAVYLTGMIIGNNRIPYR
                     KEVATFMDGLTWLFQIIMFLMLGLLVNPHEMFRVACVALLIGLFMICIARPASVFLCL
                     LPFRQVNARARLFISWVGLRGAAPIIFAIYPVMAGVEGSDLIFNIVFFITLLSLLTQG
                     TTLAAAARLLGLSAPLEKTGNEFGVELPDEIDSDLRDMTVTRRMLEKADTLKDMNLPT
                     GTLVMLIKRDDEFLIPNGSLRLHEGDKLLLISENKK"
     CDS             complement(25619..26284)
                     /locus_tag="SEQF2637_00625"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGASEQKDAPLECPTGVSEQKDTSLECPTGVSEQKDAPLEYPTG
                     VSEQKDASLECPTGVSEQKDAPLECPTGVSEQKDAPLECPTRVSERKALLLETTVRAT
                     GHKRLLLETTVRATGHKRLLLETTTEATGRKALLLDNQIEATDLKALLLETTTRATGR
                     KALFKWFPAGALCSQGLLSEYPAGAPSRRWLLSENLAHASLSFWRVSNGALPLIPHLL
                     FFP"
     CDS             26395..27405
                     /gene="pfkA2"
                     /locus_tag="SEQF2637_00626"
                     /EC_number="2.7.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9L1L8"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent 6-phosphofructokinase 2"
                     /translation="MKIGILSAGGDCPGINAAIRGVGKTALLHYGMEVVGIHNGFSGL
                     LDRDVELFTERTLSGILGRGGTILGTSREKPFKKSADGYLSHKPQIIYQNYHELGLDA
                     LVCIGGNGTQKTAFKLAKMGLNVVGIPKTIDNDLYGTDFSFGFDTAVSVATDAIDRLH
                     STASSHKRVMVVEVMGHSAGWIALYAGMAGAADIILLPELGYNLDKVNDKVIERAQRG
                     KPYSIIVLAEGLRTGAESPSDYLSHEIEEATGLETRRTVLGYIQRGGSPSPADRNLAT
                     RLGGHATELIVRGEFGRMVGQRNGHMVSVPLQEVAGRTRLVPVDDDLIRCGEKLGISF
                     GH"
     CDS             27807..29099
                     /gene="metK"
                     /locus_tag="SEQF2637_00627"
                     /EC_number="2.5.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66767"
                     /codon_start=1
                     /transl_table=11
                     /product="S-adenosylmethionine synthase"
                     /translation="MSYLFTSESVSEGHPDKVADQISDALLDEFLAYDRDSKVACETL
                     VTTGQVVLAGEVKSSAYIDVQDVARRVIERIGYTKSEYQFEAKSCGVLSAIHEQSGDI
                     NRGVERTDPYNQGAGDQGMMFGYATNETENYMPLALDLAHGLLTELASIRKNELEKMP
                     YLRPDAKSQVTIEYDDNGRPLRIDTIVISTQHDDFIKAEGGRTQEQADAEMQQKIAED
                     VRTILVPRVKAQYPPHVQALFNDEIKYFVNPTGKFVIGGPHGDTGLTGRKIIVDTYGG
                     KGAHGGGAFSGKDPSKVDRSAAYAARHIAKNLVAAGVADEMLVQVSYAIGVAKPMNIF
                     VNTFGRSNVKISDGEIAQKIWDLFDMRPKAIEERLKLRNPIYLETASYGHMGRTPQTV
                     EKVFHSRYSSEPTVCRVELFTWEKLDYVDKVKEAFGLK"
     CDS             29163..30863
                     /gene="sacC"
                     /locus_tag="SEQF2637_00628"
                     /EC_number="3.2.1.80"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05656"
                     /codon_start=1
                     /transl_table=11
                     /product="Levanase"
                     /translation="MAGGFFVLSLAIPPISTSYSPYYVSLLLFLATDMKPLACYALGA
                     LLSLAACTGHKPATADTEAEDFSGPYNEMYRPQIHFSPAEHWMNDPNGLVYYDGEYHL
                     FYQYYPEKSVWGPMHWGHAVSRDLMHWEHLPIALAPDSLGYIFSGSAVVDWENTSGLG
                     TKENPPLLAFFTYHNPDAEQAKKTTVESQALAYSTDRGRTWTKYAGNPILPNPGDARD
                     FRDPKVFWHKASSRWIVSLACGDEIRFYASPDCKSWTYLSSFGRDRGGHGGVWECPDL
                     FQLPVAGTDETKWVLIVNINPGGPAGGSATQYFVGDFDGKTFTSPQRETLWMDHGADN
                     YAGVTWSEAPDGRRILIGWMNNWLYAGDKPCVTWSGAMTLPRELGLVPGPDGKGYLLT
                     STPVRELDGLRGETVMLKGLQVDGTLDLTKRIPFVRSALDLRLTFDLAAAKGSLATRY
                     GVRLSNSKGEHIDIGYDRNRQAFYIDRTHAGSKALPVKEFAAVHTAPFVVKGQTVDWR
                     LVIDRASVEFFAAGGRVSMTDVFYPSELFRTVELFTEKGSIHADGEVTQLQSVWNPSK
                     "
     CDS             30885..31736
                     /gene="scrK_1"
                     /locus_tag="SEQF2637_00629"
                     /EC_number="2.7.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26420"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructokinase"
                     /translation="MNKKPLIIGIGELLWDVLPTGKKAGGAPVNFAYHASRFGAEAYA
                     FSAIGNDPLGDEILTEIDRIRIPYIIERVDYPTGTVIVELRDGIPNYTIMEGVAWDHI
                     PLTDEMKQLASCADAVCFGTLAQRAEESRITIQTLLSHVPERALRVYDINLRQHYYSR
                     ELITASLRHCNVFKINDEELDLLRGLFDLETDTLHDFCRRFVALYNLRYLILTAGADY
                     SAVFTPAGESYIDTPRVEVVDTVGAGDSFTGTFIASVLDGRPLTEAHRLAVDHAAYVC
                     TQAGAWV"
     CDS             31856..32563
                     /locus_tag="SEQF2637_00630"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKRKFGWPLLLIAIGIIFLLKNLGFIDLNFYELLFSWPMILVA
                     IGVVQLVDRSYVSGFILLFLGTVFMLPRLDIIQYDAMRVFWPVVLIVIGTALLFRRRG
                     ISYAASADRYRASAASTSPDADGFVRIDTSFSGSKTLFTEPVFRGAILRSTFGGIDLD
                     LRSARLDDLEIFVDLDCTFSGITLRVPPTWRIDSRIRSTFGGFDDKRPHLPPDALDMA
                     HTVVLRGSATFGGIEVK"
     CDS             complement(32556..33140)
                     /locus_tag="SEQF2637_00631"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKSALAELLQTPKWRKGPLQKFCKRQNGENGLCRSSANVKMEK
                     TAFAEVLQTSKWGKGRLQEFCKRQNGEKGPCGTSANVKTEKRVFAGVPQTSKRRKETL
                     RNFRKRQNGENGSCGSSANIKTEKRALAELPQTSKRRKRSLREFRKHQNGEKDPCGTS
                     ANVKTEKMALAGVPQASKRRKGPLREFRKRQNTT"
     CDS             33298..34371
                     /gene="apbE"
                     /locus_tag="SEQF2637_00632"
                     /EC_number="2.7.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB85"
                     /codon_start=1
                     /transl_table=11
                     /product="FAD:protein FMN transferase"
                     /translation="MMKQNYMTRPRAERKPTGRTIAALCMLLVSAVIASCSGSKGEFY
                     EEEGTVFHTVYHIKYRTTKGPLTDKIAAELQAFDASLNPFNKTSILARVNRNEEVEVD
                     DWFVTVFNRAMEVSERSGGVFDVTAAPLINLWGFGYEQKDSVSPAVIDSMLQFVGYRK
                     VRLDGRRVVKDDPRLELSFSAIAKGYACDVVAALLEREGVEDFMVEIGGEVASRGMNP
                     RGECWRIGINKPEDDTTGVKNETEEIVQLCGRRGMATSGNYRNFHVRDGKKVAHTIDP
                     RTGYPSQQNILSATIVAPDCMTADAYATAFMAMGLEAACRMAESVPEIAYYVIYADES
                     GVHRVKMSPKLEEMIVGKAKNEK"
ORIGIN      
        1 tggtctcgtc atgcgacacg atggcgtctc aacggccatt ttggcctcat catgcgacat
       61 gatggtgtct caacggccat ttttgtttcg tcatgcgaca cgacggcatc tcaatggcca
      121 ttttggtctc gtcatgcgac atgccagcgt ctcaatggcc attttgacct catcatgcga
      181 catgacggcg cctcaatggc cattttggtc tcgtcatgcg acatgccagc gtcacttttg
      241 acccagcggc cccgtcatgc ggcatgacga ggctttcaga ttctgagtga atgatgattc
      301 tcctctacac tccccccctg tgaggtatgg gcataaaaag cgcgcaggca aggagaaacc
      361 ggatgcgttc tcctcgcctg cgctcgatgt atgaccgggg gattctcccc cccgttttta
      421 gtttttcgtt gttcccttca ggaagatatc catcatctcc ttggcggcga cgaaggagct
      481 gatctcgttg tgcagcacct gttgttcgac gatgggcagg cgttcctcga tgccggggtg
      541 gcgatagaag gcgtcgcgga gcatatcgtg gatgctttcg tacatccagt atttggcctg
      601 acggttacgc ttacggtcga agtagccgtt ctgtttggtg aaggcaatgt attcgtcgat
      661 catggcccag acctcgtcga tgccgaggcc gtaatagccg gagtaggtga gcactttggg
      721 gaaccagccg gactccgtcg gggggaagag gtggagagcg ttgcggaagt ggcccgcggc
      781 catctcggca cggcggatgt tgtcaccgtc ggccttgttg atgacgatgc cgtcggccat
      841 ctccatgatg ccgcgcttga tgccttgcag ctcgtcgcct gtgccagcca gctggatgag
      901 caggaagaag tcgaccatcg aatggacggc tgtctcgctc tggcccacgc cgacggtctc
      961 gacgaagacg gtgtcgaagc ctgcggcctc acagaggatg atcgtctcgc gcgtcttacg
     1021 ggccacgcca cctaaggagc cggccgtggg ggagggtcgg atgaaggcgt tcttctcgcg
     1081 tgccaaggcc tccatgcggg tcttgtcgcc taggatactg cccttcgagc gttcgctact
     1141 ggggtcgatg gccagtacgg ccagcttatg gccgcgcttg aggacgtgca tgccgaagac
     1201 gtcgatcgag gtgctcttgc cggcaccggg tacgcccgtg atgccgatgc ggacggagtg
     1261 tccggtgtgt ggcaggcagc gctcgatgat ctcttgggcc tgctgttggt gttcgtggcg
     1321 ggagctctcg accagtgtga cggcttggct gaggatggag gtgtcaccgc ggaggatgcc
     1381 ttcgacaaac tccgtggtgg tgaatctgcg cgggcgtcgg gccgtgaggt agggactgac
     1441 agtcggcgcg taagaggtgc cgctgttcac cttcagccct ttgtatttct cgtcgttctc
     1501 aggatgattc atgtgtgtca gtgattatat gagtgggggg ggtgaatgag gagtagtgag
     1561 agggtggtag ttaggggtag cgggaaatag tgggttctac gcttgaatcc ccacgactac
     1621 ttcctactac ccgctaacta attattcagc cttgatgcgc acgatgcgca ctgggccttg
     1681 aggatcgttg cagacgatgt agagctcggt tgcaccctta tgcgctttgt ctttgagggt
     1741 aaaggtgagc gtcatcgatt cgcgtgggcg aagctccttc ttcttgttac cgctcacctt
     1801 gacccacgat gcgtcgcagg tgatgctgtg aaagacaagg ggggcgtggc ccgtattggt
     1861 gatggtcagc tgttgcttcg tggcgccctt cttggcgctg aagtcgatga cggtggcgga
     1921 gagtgagagc gctggccctg cgtccttatc ggcttgcgag agggtgctga agtcgtccac
     1981 cacgttcacg gccacgggga tctcccgcga ggcgatctcg cggcctttgg cgtcctcaga
     2041 cttccagacc aaatagccct cggtgcggcc cttgccatgg atagccttgg cgtcgacggt
     2101 caccttgatg cgttccgcct tgtgcggtgc cagcagtcgg ggggcatcta cgtgcacata
     2161 ggcgggcaga tggctgaagg agagccggac gtcttcgtcc gagaggttct cgatccatac
     2221 ctcttgcgag gcgatctcgc gctcacggag caggtagaag tcgaagcggc gctgctgggt
     2281 gccgatccgc ccgatggtgt cggggaagag gatcttctgg ctgcgtgcct tggcgatcac
     2341 ttcgccggtg atggtcagct tgtggcggcc acctttggcg tcggagtaga cggtgatgtt
     2401 cttacggaag gggccggggc ggtcggtggg atcgtaggtg atgaccacgt cgcctatgcc
     2461 accgacgggg atcggtgtgc gtgtccactc cggttcggcg cagccgcagg acgactgcac
     2521 gtgggagatg ttcaacggcg ccgtgccggt gttcttgatg cgaaagacgt gcattgcaaa
     2581 gccgtcttcc tccttgatct taccgaagtc gaaggtccac tggtcgggtg agaagtcggc
     2641 catcggctgc ttgggggcgt tcgggttggg cttcacgctg cccttgatga cgagtgcggt
     2701 ggcctcggat gaggcactgc tgagcacgtc gatgaggatg ctgaagtcgc ccgaatggcc
     2761 cgcgggattg taggtcacct ccaggcgagc cgtctgtccg ggtgcgatgg gcgtccggga
     2821 ccagcgggtg atgacgctac ggttggcgca ggtgacgcgt tgcagctcca gcggtgcctg
     2881 tccgtcgttg cgcagaatga agtcgtgctt gacggcgcct ttcttctcgt cgatgcgtcc
     2941 gaagtcgtga accgtctggc ctataaacaa ttttgcctct ttctgggcag ctgagtactg
     3001 ccacagaaag agacatccaa ttgtcaccag taaactaagt gcgcggtgag gtttaccgat
     3061 catccctgtc tcaggagttt tgtatgacat taccgcggat ggtcagcaca tagttgcctc
     3121 cgtcggcttt accattgctg tagactgaga tggtcttgac gaacttaccg gggcgtccag
     3181 cggggttgta ggtcactttg atctgtcccg tcttacccgg agcgatcggt tccttggtcc
     3241 attccggtgt agtacagccg caagaggcta cgacacgcga gatgaccagc ggcagctcgc
     3301 cgttgttcat caccgtaaag acatggctgg cggggccggc cgattctttg atgtcaccaa
     3361 agtcaaacgt cgcactgcct gtagctgtga tcgacgcgct cttctcttga gccgagagag
     3421 ctcctgccgt catcattaag atggctgtca atacaaataa gatacgtttc atttctgtct
     3481 aatgattaat agtaaatacc ggccgcaaaa gtagtacgca aggggagagt agcaagctgg
     3541 cgccccagcc acggccagct catccgccag caacgacaag ctcgcgcgcc agcatggtga
     3601 agctcacgcg ccagcttact aatgctcgtt caccagcaag acgaagctca cgcgccagca
     3661 agacgaagct cacgcgccag cttactgatg ctcattcgcc agcaacgaca agctcgcgca
     3721 ccagcaggac gaagctcacg cgccagctta ctaatgctcg ttcaccagca acgacaagct
     3781 cgcgcaccag caaggggaag ctcgcgcgcc agcttactaa ggctcattca ccagcaacga
     3841 caggctcgtg caccagtgag ataaagctca cgcatcagct cttttcgctc acgttccgcc
     3901 taaaatcggc ttcgatagag ccagagacaa ggctgttgat gtgggtgatt gggttacttc
     3961 gggggataac gaaagaggcg accgaataat cgatcgcctc tcgctcttcc tcttggactt
     4021 gaaccaagga ccctctgatt aacagtcaga tgctctaacc aactgagcta aggaagaagg
     4081 tgtctgttcc tcaaaaagac gccgcaaaga tagaggcaga ttggagacat gcaatacttt
     4141 tgcgaaaaaa ataagcgaga catgagaatt atcggaatcg gaaacgcgtt gctcgatgtg
     4201 ctgttgcgcc tcgagagcga cgctacgctg caagcaatgg gaatgaagaa aggcgtcatg
     4261 gagctggtag acgaatctac gatgcgcgcc atccaacaag aacaatcggg ccttgaacgc
     4321 tcggacgccc cgggcggatc agtctgcaac acgatgcgcg cgctggcatt gctcggcgcc
     4381 tcagtcggct acgtgggcaa ggttgggacg gacgccaatg gcgccttcta tgagcaggcc
     4441 atccgcgata ctggcgtgac gccgcacatc gtgcgctcag aaggcatatc gggctgctgc
     4501 accgtgctga tgtcgccgga cagtgaacgc acgatggcca ccttcctcgg ccccgctgcc
     4561 acgctcacct ctgacgagat catggacgag acactccgcg cctacgattg tatctatgtc
     4621 gagggttacc tgatctccaa cgcctcgacg gatcgcctct tcctccccat cctacgtcgt
     4681 gcgaaggccc tcgggaagaa ggtggcgctc gacctctcga acttcaacat cgtcaacggc
     4741 ttcagcgaca tgctccaccg ggccatcccg gaatacgtcg acatcctctt ctccaacgag
     4801 actgaggcgg aggcctacac cggcaagtcg gccgaggaag cgcttcgtga gatcatgaaa
     4861 gaagtgaagt acgccgtcgt taccgtcggg aaggacgggg cactggccgg tcacgctggc
     4921 gagacggtcc atgtgccggc cgtgagcaac aaccccgttg acactacggg agcgggagac
     4981 aacttcgccg cgggcttcct ttacggctac tcacgcgggg ccaccctccg ccaatcggcc
     5041 gaaatcggtg cattgatggc ggggaacgtc gtcgagaccg tcgggccgca gatcgtgcct
     5101 gaacgatggg cgcaaatcac gtcgaaggtc agcagcatcc tcggctgatc gtagacttac
     5161 taatcataca catcacatac atgttacaag taaagagagc gcaagtcttt tgcctggcta
     5221 ttgcgctaag catcggtggc ccactttggg cgcagaagcc gcagacggag cgccgcttcg
     5281 aagtcagtaa gcaactggac atcctgaacg cgatcgtgaa ggaagtcgaa atgttctacg
     5341 tcgattcggt ggagaccgag aaggtcgtac gccgcggcat cgacgccatg ctcaagggcc
     5401 tcgatcccta caccgaatat tacccggagc aggagacgga caacataaaa atgctcgtca
     5461 ccggcgaata cggcggcgtg ggcgcctata tccgtgcccg cgatggcgga gtgatcatct
     5521 cggagccttt cgaaggcatg cccgccgccc tggccggact gaaggcgggc gaccgcatct
     5581 tgatgatcga cacggccgac gtccgcaagg ctaccaccga gcgcgtcagc gagctgctca
     5641 agggcacgcc caactccaaa gtcgtgatca agatcgagcg cccgggcgag aagaagcccc
     5701 gcaaggtgga agtcacccgt aagcaggtat ccctgaagca agtcgtgcac tacggcgtct
     5761 atggcgacgg cacgggctat atctatctcg agggattcaa ggagcgcagc gccgatgagg
     5821 tgcgcgaagc cttggaagat ctgaagcaga accaccacat caagagtctc atcctcgacc
     5881 tccgcgacaa cggcggcggc ctcctttcga gcgccgtgca gatcgtcaac ctgttcgtcc
     5941 cgaagggtcg cgaagtgctc tccacccgcg gcaagatgaa gctctgggat cgcacctacc
     6001 gcacgacgct cgacccggtc gactccgtca tccccctcgc ggtgctcatc aacggcaact
     6061 ctgcctcggc ggccgagatc gtcagcggcg ccctacagga catggaccgc gccgtcctga
     6121 tcggcaaccg ttccttcggc aaggggctcg tgcagactcc ccgcgacttg ccctacgagg
     6181 gccagatcaa gatcacgacc agtaaatact acatccccag cggccgctgc attcagcagc
     6241 tcgactattc gcaccgcaac gccgatggtt cagtctcggc tgtgcccgat agcctcacgt
     6301 ccgtcttcta caccgccagc gggcggcccg tacgcgacgg cggcggcatc cgcccagact
     6361 tcgagatgga ggaaaaaaag acgcccacga tgctcttcta cctcgtcaac gattttgcat
     6421 tcttcgactt cgtcactgac tgggtgcggg cccaccccac cattgcgccg gccaaagatt
     6481 tcgtcttccc cgacgccgat tatgagtcct tcaagaagcg cctcaaggag gccaatttca
     6541 cttacgaccg ccagagcgag aaggcactca agaaccttcg ggaagtagcc gaatatgagg
     6601 gctatctggc cgaggactcc gccactttcg ttgcacttga ggcgcgtctg aagccgaact
     6661 tagaccgcga cttggagcgt tataaagacg acatcaaaaa gctcatcgcc gctgaaatcg
     6721 tcaagcgcta ctactatcag gagggcgcca tgatcgagaa cctcaaggac gataagacgc
     6781 tccagaaggc cctcgacgtg ctcgccgacc gagagttgta tcgcaagacc ctcagccgac
     6841 ctgaagagaa gaaataagcg taccgggggg tagcataaag ctgtgaaaag agggacgggc
     6901 gtcgccacgc ctacccgctc gccgccgctt tttgctaccc ctcattgtat cgaatcacga
     6961 acacttcaaa ttccacccat cgcatgaaaa agttagtcat ccttaccggc gccggcatga
     7021 gcgccgagag cggcatctct accttccgcg actccaacgg gctgtgggag aattatcgcg
     7081 tcgaagatgt cgccacgccc gagggcttcg cccgtaatcc gcagctcgtc ctcgacttct
     7141 acaacgcccg ccgacgcgaa ctcctccgcg ccgaacccaa cgacggccac cgcggactgg
     7201 cggcgctgga gcgcgatttt gacgtccgca ttgtcacgca aaacgtggat aaccttcacg
     7261 aacgcgccgg cagctcgcac gtcgtccacc tccacggcga actgatgaaa gcctgctccg
     7321 agcgcaacct caatcgcccg atcgacatcg atcccgagca tcccgacatg cgcctgggcg
     7381 acaccgcccc cgatggcggc cgcctgcgcc cgttcatcgt ctggttcggc gagcctgtcc
     7441 ccatgatcga ggaggcgatt cgcatcgtct cggactgcga cctcttcgcc gtgatcggca
     7501 cctcgctcaa cgtctacccc gccgcaggtc tgctcagcta cgttcgccgc ggccagccca
     7561 tcttcctgat cgaccccaag gaggtggccg tttaccgaaa cgacgtcgag ttcatccgct
     7621 gcggcgcctc cgaaggcgtc cgaattttga ccgaccgact gcaagccttc cgctaaatct
     7681 ccgccgatag gcgtgcgcat caacaaaggg ctgtccgaga tgatgtctcg ggcagccctt
     7741 tttgtattcc gataaatgtt tacctcaaaa atcatcttcc tttctggagt cggatcgcca
     7801 ttcttttcat catggattat accccattgc taatcttcct ttttgtctga tatgatagtt
     7861 attcatcagt tcaaagcata gctgattcac aaaggaataa ggaagatttg aggataagta
     7921 tagccgttcc ataaagaaat aagagcgctt ttcagagagg catagccatt ctatgaataa
     7981 aaaacgaagc gctaattaga agtatagtcg tttaatttgt cggtgaaaat catttgggca
     8041 gaggcatagc cgttgcgtaa agcgctgaga actcctttgt gggttggatg agtattgcgt
     8101 aaagcgctga tggccagtac acggattgca tagctattgc atagtgcaat aagaatgctt
     8161 ctataaattg catagtcatt gagcgcctca atagctatgt gattctgcaa tcacgcccca
     8221 ttgatgctgt caatattaag cgaactattc gatggattat tattgacgta cgcgatatgg
     8281 aggatcctac gcaaatactt attatttctc tatgcgatat aaatcctcat gcgaggatat
     8341 ttattatcga tctactcaat attaaaaata ctgcgtgagt acttattagt tacgcacgcg
     8401 atattaaatg ctccgcacga ggatttatta ttgctgtgtg cgatgttaag tatcctgcgt
     8461 gaaggattca tatcgctgcg tgcaatagct atgtatatat aagcgggcag ctttctgcgt
     8521 gattcgatag cgatgtttct gtgggagggg aagctgtcgc atagtacgaa ggttatgaat
     8581 cagtctgagg gatagctttc gaccaatcat ttggagaata gcggcattga ggcgtattga
     8641 atacgtgctt cgatatggac tgtaaggggt gaacgatcag attttcaagt atagatggcg
     8701 gggatgcagt acgaattttc cctgccaaca gaaaaattta ttctgatgac gaatgggcga
     8761 taacgatcgc gccgcgcagc agcctccgat tcgtgcacgg aggtacagct gcgcggcgca
     8821 acggccagca ggcaataaaa gactaggaaa atttacggtg cgacggcggc cgtcggctcc
     8881 gtgcggccct cgacgatggg tccgctgccg atgcagaggc ggtggtcgcg gtcgtagacg
     8941 acggcaaact gacccggggc gatgccctgg atcttgtcgt cgctgtcgat ctcgtagccg
     9001 ccctccacgc ggcggatgcg gccccgcgta aagtcgggcg tgtggcgaat tttgaacgtg
     9061 atttcacgct catcgtcgaa cgccccccag gggtcggcgg tgatgaagtg gaatccggcg
     9121 gtgcggatcg tccgcccata ctgcgtttcg gggtcgtagc cgttggagac gtagacgatg
     9181 ttcgcagcgg cgtctttgcc gacgacgaac caggggccgc cactcatgcc gaggcctttg
     9241 cgctgaccga tggtgtgaaa ccagaagccg tggtgacggc cgacggttcg gcccgtctcc
     9301 cactccacga tatcgccgtc gcggcgaccg aggtagcgct cgatgaagtc gttgtagcga
     9361 atcttgccga ggaagcagat gccctgactg tccttgcggc gcgcgctggg caggcccgcc
     9421 gcctcggcca ggccgcggac ttcatgtttc atcaggtggc cgagggggaa aagcagcttg
     9481 gcaacttgta ggccggtgat ctgcccgagg aagtcggtct gatccttcac cggatcggcg
     9541 gccgtcgaga gccacgtctg gccatcaatc tcggtggtgg tggcgtagtg gcctgtggcg
     9601 atgcggtcga actggtgacc ccactgctcc tcgaagcagc caaacttgat gtaacggttg
     9661 cacatcatgt ccgggttggg cgtcaggccg cggcggacgg catcgatggt gtatcccacc
     9721 acgcggtccc aatactcttc gtggagaggg accacctcca tccggcagcc gtatttgcgg
     9781 gcgatgtagg tcgtgatctc gatgtcctcc tcggcggggc aatcgatggt gccatcgctc
     9841 cgctccatgc cgatgcggat gtaaaagatg gtgggcgtgt atccggcttc cttcagcaga
     9901 tgtaccacga cggagctgtc cacgcccccg gagacgagtg cggcgatttc cattttgtct
     9961 atgtcgttag ggggttgtta ggtgttgtag aacgtgatga gaggcatcgg gggcagccgg
    10021 aagctgaaga gccgtcgaac gactatctct caccgcttct gactcccccc gacgatgtct
    10081 ttcccttagc ctctgttctg ccgcttgcgc tcgatctcgt caaggatcac cttgcgcatg
    10141 cgcatatggt gaggtgtcac ctcgacgtac tcgtccgcct tgatatactc cagcgcgtcc
    10201 tcgaggctga agactaacgg cggcgccagc gacactttgt cgtccgatcc ggaggcccgc
    10261 atgttggtca gcttcttgga tttggtgacg ttgacgacca ggtcgccctc cttggtgtgt
    10321 tcgccgacga cttgcccggc gtagacgtct tcgcccgggg caatgaagaa gcggccgcga
    10381 gactgcaggt tgttcagtgc gtaagcgaag gcgttgccgg tctccatcgc gatgatggag
    10441 ccgttctggc ggcgctcgat gtcgcccttc cacggctgaa actcgagaaa gcggtgggcc
    10501 atgatagcct ccccggccga aagcgtcagc acgaggttgt tgaggccgat gatgccgcgt
    10561 gaggggatgt tgaagacgag gaagacgcgt ccgttcttgc tctccataga ggtcatttcg
    10621 cctttgcggc gggtcacgac gtcgatgatc ttgctggcgc tctcctcggg caggttcacc
    10681 gtcagctgct ccaccggttc gtgttttacg ccgtcgatct ccttgatgat cacctggggc
    10741 tgccccacct gcaattcgta tccctcgcgg cgcatggtct cgatcaacac ggaaagatgc
    10801 aacaccccac gcccgaacac gttccacgag tcggccgaat ccgtagcctc cacccgcagc
    10861 gccaggtttt tatccagctc ccgaagcagt cgctcgtgga catggcgaga ggtgacgaat
    10921 ttgccgtcct tgccgaagaa gggcgagtta ttgatggtga aaagcataga catcgtcggc
    10981 tcatcaatgg cgatggtggg cagggcctcg ggcgtcgcag cgtcggctat cgtttcgccg
    11041 atctcgaagc cctcgatgcc gatcacggcg cagatgtcgc ccgatgccac agcgtccacc
    11101 ttcttgcgcc ccaagccctc gaagacgtcg atctccttga tcttcgaccg caccgcgctg
    11161 ccgtcacgtt tgcagaggac gatgtcctgc ccctcacgca gctcgccccg gtggacacgc
    11221 cccacggcga tacggcccac gtatttggaa tagtcgagcg aggtgatcag catttgcgac
    11281 gccccctcga gggtctccgg ctcggggatg tacttgataa tggcgtcgag gagtgggtag
    11341 atgctatccg tcggcttctg ccagtcgtcg gacatccagc cctgcttggc cgagccgaag
    11401 atggtgggga agtcgagctg gtcttccgta gcgtcgaggc tgaacatgag gtcgaacacc
    11461 atctcttgca cctccgacgg ccgacagttc ggcttgtcga ccttgttgat cactacgatc
    11521 ggtttcagcc ccagcccgat ggctttttgg agcacgaagc gcgtctgcgg catcggcccc
    11581 tcgaaggcgt cgaccagcag cagacatccg tcggccatgt tgagcacgcg ctccacctcg
    11641 ccgccgaagt ccgcgtggcc cggggtgtcg atgatgttga tcttgtaatc cttgtaattg
    11701 atggagacgt ttttggcgag gatcgtaatg ccgcgctcgc gttccaggtc gttgttgtcc
    11761 aaaaattgat ccggctcggc ttgtccctcg cggaaaagtt tcccggccaa aagcatcttg
    11821 tctaccagcg ttgttttgcc gtgatcgacg tgtgctatga ttgcaatgtt cctaattttc
    11881 tgcatcgtac ttatctgtcg tatatatctc tcgttgaaaa atcgggggca aaagtaagcg
    11941 tccgcttaaa tacgggcgaa gtgaaatata ggccgcaatc catcttttgg ggggatgaag
    12001 cggaagttcg gaaccgcatc ttttcgcccg aaacggctaa aaagtagttt ttggccattt
    12061 cgggccaccc gaaacgacta aaaagaggtt tgcggctatt tcgggtcgcc cgaaacgacc
    12121 aaaaagaggt tttcggccat ttcgggtcgc cagaaacgac taaaaagagg tttttggcca
    12181 tttcgggccg cccgaaacga ctaaaaagag gtttgcggcc atttcgagtc accagaaatg
    12241 gcatttccga ccgtcgacgc cgcttgaaag ggcctgatct ccatgccctc ccgggtttgc
    12301 gcgtccggat cgaaggaata cctttgccgc gcttaaataa tatggtatca atttattcag
    12361 aagtaaaacg acatgtattt agattcagcg aaaaaggaag agatctttga gaagtacgga
    12421 aaatcgaaag cggacaccgg atcggccgag agccagatcg cgctgttcac ctatcgcatc
    12481 agccacctga cggagcacat gaaggccaat cacaaggact tcaacacctc tcgggcgctg
    12541 aaaatgctgg taggtaagcg tcgccgcttg ctggactacc tgatcaagat cgacatcgag
    12601 cgctaccgcg tcatcatcaa ggagctcggt atccgcaagt aattccgcgc gatcagtcgg
    12661 tgctcttccg cgccgtacac gtttaagagg gtgcgcttcc cgcaaagggg tgcgcgcctt
    12721 ttttgttgtc ctacaatcag cagcccccga ccgccccgct ttctgtgtga ggggggaggc
    12781 cgggggcttg atgcttccta atataggtct tgcagggcgc tgccttttag cgcacgacgg
    12841 cgatcttcgt cacgacgccc tcgctgccat caggcgtgga ggcgaggacg agatagacgc
    12901 ccgaggagac gggttggccg ttggcgccgc ggcagtccca cgtgaactgt ccgccggcgg
    12961 agcgaccctg acggatgagg ttgccgttga ggtcggtgat cttcacgttt gagtcggcga
    13021 tgaggccggt gatagtcacg ctgccgtcat agtccgggcg cacggggttg gggtaggcgt
    13081 agacatcgga gtaagtcttg ggtgcttcgg tggcatcgcc gcggtaggag acgaggccct
    13141 tgtcggtgcc gatgaagacc tcacccgagg cgttgtcgat ggccaggcag cggatgttgt
    13201 ccgagaggag cggggagttg gtggtcgtga agtgctcaag cgtttcggtg ccgtcggcat
    13261 tgacgaggta gacgcccgag ccagccgtgc cgatccattt gcggttgcca ccgtcgacgg
    13321 caatggcgtt gatctgttcg ctgtcgagga agtagcgcgg gcggccgtcc tcatcgttgc
    13381 ggatgatgcc gttccagtag cagcgggccg gatcgcggag ggcattgatg gccgaggagc
    13441 agactatcgg gccgtggttc gtgccgaccc agatgtcgcc cttgcgatcc tccgcgaggc
    13501 agtagtattc gcttacgtcg agcgatgtgc cgctggcatt ggagaaggag gagaagaagt
    13561 gcgacttgtc gtccgatccg tccgtcggtg tgccgttgtc gtcgaagaca agcaggccgc
    13621 catcacgggg cacgttcacc cacttctgtc cgcgggaggt gaagaggatg cggccgacga
    13681 aggtcttgtt ggccacgcct tcgaagtaga gcgacttcca cgtgccgtcg ggcgtacgca
    13741 ccacgatgcc attctgcgcg ctgcagttgg tcatccagag gttcttgttt ttgtcgaacc
    13801 cgatgccgat ggcacgcaca taacgctggg cgtccttcgc attaggcagg gccgatcgca
    13861 gcggcgtgtt ggtgtggtta tagaggcgga cgaaggtgtt gtctttgacc tcgatcacgc
    13921 cctcgccgaa ggtcgatacg aagcagtgcg tcgggtcgtc cgggtcgaca gccacaccca
    13981 catagtcctg caccccgaag ccagcggcac gcgtcacggt ctcctcgtcg aagttcgtcc
    14041 atttcttatc cacgcagctc atcagcgtgc ctctgcgatt gccgcgtgcg gtgttcgtgt
    14101 acgatccacc gaccacccag agccgtccgc ggtcgacgat cataaagtcg tcttcattgc
    14161 gcttcggccc ctcgatcttg agccccgaga tggctttttc gtattgtcct tcggcccgtc
    14221 ggcgcaggcc cactagcccg ttgcgtcccg aggccaccca gaagcggccg tcctcggtga
    14281 gcgccgtgac tccattgacg gtgccagcgc tgacggcttc gcccgtgccc tcaagcgagg
    14341 cgaagacata catcgcttct gcggtgtatg ccactaaccg attgccgacg accgtgagcc
    14401 cgcgcaggtt cgtctgcttg cggagcgttt tgatcgagcc gtccgtgtcg cgatagaaga
    14461 gtccaccgcc cgaggccacg aagcagagtc gatcgcggaa ggcaccgagg ccgacgatct
    14521 tctgatcgtc aaagtcgagg ctgttcagcg agacacgttt ccagttgccg acgtccatca
    14581 ggttggctgt cgtgggggcg gagagcagtc cgctgtccgt cgccgcgtag atcgatccgg
    14641 ccagtagggc ggtggccgtg gtgcgtcggt ctaagcgata cgtctcagcc acctcccgct
    14701 tcttgagatc gatcaccagg atgccgaagt tggccgagag ataggcgcgg tcgccgctga
    14761 ggtcgatcgc gttgagcgtc ttatcctgga tgttcgtggt gtttttgagg aaggggaggt
    14821 tgtagatgcc gtcggaggtc atcaggtcga tgtttccgct ggcataagcg atgacgagcg
    14881 tgcgtgcgga ggcgctgtag cggatgagtc ggacgtcgga atcgctcagg cccgtctgtc
    14941 gggagtagac acggatgttg tcgtccgact tgccatagct gtaaagcgtt ccgtcggcca
    15001 cggcgtagac attattttcg gcttcagcta cggcgacggt gttatacatc gcgagatagg
    15061 tgtgccaacg tgtgttcttg tcggccgcgt gcacagtcag gagcgagagt agcaggccgt
    15121 aaatcagcaa ttgaatcttc ttcattgagg atagggggtt aatgggtgac gataggggaa
    15181 agaggcggag ttatcggttc gtgaggtgtt gcaccagccg acgcaccgct cggccacgat
    15241 gactgatggc gtttttctcg tcgggggaga gttcggcgaa ggtgcggtcg aagccgtcgg
    15301 ggcggaagat aggatcgtaa ccgaagccgc ccgcgccgtg ggtctcggtc gtgatctggc
    15361 ccgagacctc gccctcaaag aggcgctcct cgccgtccgt gatgagggcg atcaccgtgc
    15421 ggaaacgggc cttccgatgg tccgtatcgc ggagtgcttc gagtagcttg cggacattgg
    15481 ccgcgctgtc gcacgcctca ccggcgtagc gcgccgaata gacgcccgga gcgccgtcga
    15541 gcgcctcgac ttcgaggcct gtgtcgtcgg caaagcagtc gtaaccgtag tgctccttca
    15601 cgaagcgcgc cttttggagg gcgttacctt cgatggtggc cgatgtctcc ggcagcggct
    15661 ccatctgacc gaggtcggtc aggccgacga gccggatgga gtcgtgtggc aacatgtcgc
    15721 gcacctcacg caatttgtgc aagttgtgtg tcgcaaaaac aagggttcgc atgatgtcta
    15781 tgtgtgtata attatatgag tgaacaggag aatgcccgca tagagtggcc tgcaaaggtc
    15841 tcatttccga gcatccgatc ccggagatcc caaacggcgc ggcgtcagaa aacgtatatc
    15901 ccgaaaaaga ggacacccca cccgaggcgt gaagcatctc cccgaaaagt gagagccggc
    15961 gacggctgtc gggtgccctt ccgaaacgaa tagtgcccta aaaacgtgca acgacagccc
    16021 acccgaaacg aacggagaac agaacacgct cgggggcgga cgatccgaag cggagggagg
    16081 ggccacggcc agcggatggc tcgagaacca tttcaagaaa ccatttttgc ccgccgatga
    16141 cgagtcacac catataaata agatatgaat aacgagatga aatggaccct ccggacgatc
    16201 gtgagcggtg cggcgctgct gctggcggtg gcctgcggaa aggaaaagga ggcgcgcgcg
    16261 gagttggaac gcgcacggac gctgtatgag agccgacaat tcccggcggc acgcaacgcg
    16321 atcgacaccc tgcgcatgcg atacccgaag gagctggggg tgatgaaaga ggctctgcaa
    16381 ttgatgcgcc tcgtggagcg gggcgaaagc gagcgaaaca ttgcgtactg cgacagcctc
    16441 atccccgtgc gagagaaaga ggtggagacg ctgaaggccg gctttgtgct ggagcgggat
    16501 gcacgctatg aggaggtcgg gcgctatgtc cggcccgagc atgcggtgga gcgcaacatc
    16561 gggcggagtt acctgcgttg cggagtgaac gagcagggcg agatcttcct ggccagcgtg
    16621 tacagtggcg gtgcgccgat caaccacacc ggtctcaaga tcgcggcgcc cgacgggacg
    16681 tatgccgtca cggctgacat cccttacgat gggggcgcga actaccgctt caaggatgac
    16741 ggacggacga cagaggtggt gacgtattcc ggcgataaag gtctcgatgc gattcgcttc
    16801 gtggacggcg tggccgacgg tacccgcctc agggccgagt acacgggcgg gcgcgccttc
    16861 gcgatcggac tgaccgaagc cgactgccga gccatccgcg ccacactccg cctggcggaa
    16921 gccctgaccg acatcgacgc cctcaaaaaa gaacgccaga aagcgacgcg gaaggtggcc
    16981 tacatcgaag aacgcgaggc gaaaggccga tgaacgaccg tcgacacccc gcccggaacg
    17041 gggggcgcac ggccgaaatg agtcgggtgc cgatcctcga cgggcgatca attataaatc
    17101 ggtatacttt tgccccccac tgaaaattaa ctacatcaga tatggcacga caggaagatt
    17161 tattcaagaa actgattgca cactgcaagg aatacggctt cgtattcccc tcgtcagaga
    17221 tctacgacgg tctcagcgcc gtctacgact acggacaata cggcgtcgag ctgaaaaaca
    17281 acctcaaacg ttactggtgg gatggcatga ccctgctaca cgacaatatc gtcgggatag
    17341 acgctgccat ctttatgcac cccaccgttt ggaaagcctc cgggcatgtg gacgccttta
    17401 acgaccccct catcgacaac cgagacagca agaagcgcta tcgcgccgac gtactgatcg
    17461 aggaccacct agccaagatc gacgagaaga tctcgcgcga ggtggagaag gccgccaaga
    17521 agtttggaga cagcttcgac gaagcgatgt tccgcagcac caacccgcgc gtggccaaac
    17581 accaagccga gcgcgacgcc atccacgagc gattcgccaa cgccatgaac gcgaacgacc
    17641 tggccgagct gcgacagatc attatcgatt gcgagatcgt ctgcccccta tcgggcacgc
    17701 gcaactggac ggacgtacgc cagttcaacc tcatgtttgc caccgaaatg ggatcgacag
    17761 ccgatggcgc catgaaagtt tacctccgcc ccgaaacggc gcagggaatc ttcgtcaact
    17821 tcctcaatgt ccagaaaacg ggacgcatga agatcccctt cggcattgct cagatcggaa
    17881 aggcctttcg gaatgagatc gtcgcccgcc aattcatttt caggatgcgg gagtttgagc
    17941 agatggagat gcaattcttc gttcggccag gggaagagct cgcctggttt gcccgttgga
    18001 aagaagcgcg catgcgatgg caccgcaacc tcggccttgg cgacgaaaag tatcgcttcc
    18061 acgaccacga aaagctggct cactatgcca atgcagccac ggacatcgag tacgagatgc
    18121 ctttcggatt caaggaagtg gaagggatcc acagccgcac caatttcgac ctttcgcaac
    18181 acgagaagtt ctccggcaag aagatacaat atttcgatgc agagctgggg acgagctaca
    18241 cgccctatgt catcgaaacc tcgatcggtg tcgaccgact cttcctcagc atactggccg
    18301 gggcatacac cgaagagacc ctcgacgggg gcgaatcccg cgtcgtactg aagctccccc
    18361 ccgcgctggc gcccattaag ttggccgttt tgccccttgt tcgcaaagat gggctggcag
    18421 agaaggccga agagatcctc cacatgctgc gcttcgactt ccgctgccag tacgacgaga
    18481 aggactccat cggcaagcgt taccgccgtc aggatgccat cgggacgccc tactgcatca
    18541 cggtcgatta cgacacgatg cgcgataaca ccgtcacgat ccgtttccgc gacacgatgg
    18601 agcaggaacg cgtgtcgatc gaccgcctcc acgagattat ctccgaccgc gtcagtctgc
    18661 gcagcttatt ggagggcctg aaatgaaacg gactctccac atccttgctt ccctctgttt
    18721 ggcagccgtc ctgatcggcg tcgccaccgc ttgcagcaaa acggaagacg actcggccga
    18781 acgctggcgc acggccaacg atgcggcctt cgctgccatc aagcgtgacg cagcctacac
    18841 cgaaatcaaa tcgcccggcc acgagggtag catctactac aaagagctga agaagggcac
    18901 gggcacgaag ccgatcctct tcaccagcac cgtgagcctc tatgcccgcg gtcgcttcgt
    18961 ggccgactat ccggataaca agtatatacg ccagggcgcg gtcttccagt cgtggcagga
    19021 ggccgatggc gtgccgttca cgacccttgt ctcgagcgtc ggaaaggtgc cgaaggacta
    19081 cagggcccac atcttgacca acggcgtgcg cgtggccctg caatacatgc acgagggcga
    19141 ccggtgggag gtgtgggtgc cttacacgct cggtctcggc gaaaatgatg ggagcttgtt
    19201 cgtcaacgtg atgccaagta gcagcgccac aaagatcccc gcttactcga cactcgtctt
    19261 cgaaatcgag gtcgtaggtg tccactccta acgccaggcc tcagctatga aaaagactta
    19321 catcggactc acttgcctgc tcttgctggc cctcgcgctc ttcgttgcgc tgtcgtttta
    19381 cggcgactcc ctcgagcgat ggcatatcaa gaccggttcc ttcgcccgtg tcctgatcgg
    19441 cgacacgacc caccgccagc gcacgtcctc atccgccacc gacagcacgc gcgccgtcag
    19501 tcaggcgccg gggcaggatt tctcacagac ggtcgacacg gcccgcaagt ccatcctctt
    19561 catcggcgac tcgatgctcg agggtctcgg gccgcgcctg gccgcctacg ccgaggaaaa
    19621 cggccatacg ctcgtcaatg tcatctggta cagctccacc accgaggtgt gggggcgcac
    19681 cgaaaagctg aaggagtata tcgctgagta tcaaccggac tatattttcg tcagcctcgg
    19741 cggcaacgag cttttcgtga gcaacatccg cgaccggagg cagaaatacc tcgacaatat
    19801 gctctcgcag atcggcgaca tccccttcgt ctggatcggc ccgcccaact ggaagcccga
    19861 cacgggcatc aacgagatgc tggccgagac cctccgcccc ggacagttct acctctccta
    19921 tacgcccgac caacactacg accgggcgcg cgatggcgcc catccgacgc gcgcttcggc
    19981 ctcggcgtgg atggatcgcg tctgtgcatg ggtcatgaag agcgccgcgc accgcattgt
    20041 cctccatcgc ccgaaggccg cccgcgccac ttgccacacc gtcgtgctgg ctccggccaa
    20101 atgacctttc gcgaggcgcg gcgacggcgg gcagcccatt tctcccccgt tccggaaggc
    20161 cgttgcaagc cgtcgacggt gcttactttt taagggaagc ccattgcaag ccgtcgacag
    20221 cccttacttt ttgagggaag ccaattgtaa gccgtcaacg gcccttactt tttaggggaa
    20281 gccgattgta agccgtcgac agcaaaaact ttttggggga agccgattgc aggccgtcaa
    20341 cagcaaaaac tttttgaggg aagcgaattg caagccgtca atagcaaaaa ctttttgagg
    20401 gaagcgaatt gcaacccgtc gacagtcctt actttttggg ggaagcccat tgcaagccgt
    20461 caacagcaaa aacttttcgg ggaaagacga ttgtaagccg tcgacagcgc ttactttttg
    20521 ggggaagcca attgcaagcc gtcgacagcg cttccctttt aaggggagct aattgcacgt
    20581 cgttcatttt acatactttt taagggaagc gcattgcaca tcgtccatgg cgcgtccttt
    20641 ttagcggaaa tcctttcggg ggcagacaac accccgtttt ttttgagatc aaacgaatcg
    20701 cgggccgtcg gcagacctct ttttttgaag ggggcacgtc cgcccgcgat ctgtggccct
    20761 ctcgatctcg ggcggggcca cccattcaga atcattcaag catcctattt catacaactc
    20821 cgatgaactc cttaccagac ctctcctccc tgcccgaccg gctgctcgcg ctgctgggtc
    20881 cggacgcctc ccatccgttg atgttctcca gcggactttt ttgggccctc ttcgtcgcct
    20941 tcctgcccgt ctacgcctgg ctgcgcaaca gtggtcggat cgcggcgatg aaaatcttcg
    21001 tctcggcctt cagtctctat ttctttttcc acaacagcgg ctggctcttc ctcctgctcg
    21061 tcttcacggc ggccatcgac tggggtgtat cgcaccgcat cgcgtccgcg agcagcgtcg
    21121 gcgcccgtcg cgcgtggctc cttttttcgc tcatcctctc cctcggcgtg ctggtggcct
    21181 tcaaatacac caacttcttt atcgacaacc tgcgcatgct caccggcgac gccgctttcc
    21241 gtcccgtcag cctcacgctg cccctcggat tgtcgtttta caccttccgc acgatcagtt
    21301 acgtcgtcga cgtcttccgg aggcgcatcg accccgcgca atcgttcctc gactatctct
    21361 ttttcctctc cttcttccct tgcctcaccg ccggcccgat cgtaagggcc gaccacttca
    21421 tgccgcagct caccgccgac gcccttcgcc agcccgtcga ccgtgcacgc atctacggcg
    21481 gattttttac cgtcctgatg ggcgtcatca agaaggccgt catcgccgat tacctggcgc
    21541 agtacagcaa catcgctttc ggcaacccgt caggctactc gggcgtcgag cttctcatgg
    21601 gcgctttggg atatgggctg cagatctatt gcgacttctc tggctatagc gatatggcca
    21661 tcgggctggg cgccatcctc ggtttcgatc tggggattaa cttcgatttc ccgtaccgct
    21721 cgcgaaacgt caccgagttt tggcgccggt ggcacatctc gctctctctc tggcttcggg
    21781 attacctcta catccccctc ggtggcaacc gtcggggcgc ggtaaggcag tatgtcaacc
    21841 tactcgtgac catgctcctc ggcggactct ggcacggcgc cgcgtggacg ttcatcgcct
    21901 ggggcgcagg ccacggcgtc gccctctgcc tgcacaagcg gtgcaaggtg tggctcgatc
    21961 gactgccgga cggtggcctt gtcggatttc tttcgtgggc gctcacgttt gcgtgggtca
    22021 tcttcctctt cattttcttc cgtgccgata gtttcgatac ggctcgcgaa atgatcgtag
    22081 gcatcgccac gcgcttcgat cccgcttact tccccgagtt tgccaaggtg cgctacgtct
    22141 ggacggcgct cttcctttcc gtcttcgccc tgcacttcgt ccccacccct ttctacgacc
    22201 gcctgcgcga cctcttcgtg cgtagcccgt ggatcgtcaa gttcgttttg ttcgtcgccg
    22261 tcgtgcaact cgccatcagt tttgcctccg ccgacgtcca gcccttcatc tacacccagt
    22321 tctgatcctg acgtatggcc aagaagaaaa ccgagatcgg acgcgctggc gaggccgtgg
    22381 cccgcaagta tctggagcag cgcggctatc gcgttttgca catcaattgg cgttacggcc
    22441 actatgagct tgacattgtg gcccgccgac ccgacttgct cgtcgtcgtc gaagtcaaga
    22501 cgcgcgacca acgccgcatc atggagccag aggacgccgt agataaggcc aagatccgcc
    22561 gcacggtagc tgccgccgac gcctatgtcc agacgttcga catcgatctg cctgtccagt
    22621 tcgacatcct cagcctgatc aaatgcagcg acggaaccta ccacgtggag cacatcgagg
    22681 acgcttttta tgcccctgtt cagtgagtcg gagcacttct gagcactctc gctaaatctt
    22741 tgtatgtatt tttgcgccga ataacaaaaa ccgttatctc ctgcagaaga tagatagcca
    22801 ccccggaaag tccggtgcgg ctttttttac gtaaagtgaa acaggagatc atcgcatttc
    22861 cgttgcgaac tagattttag aattatgaat atcgaagaag tacgtgatta ctgcctgaaa
    22921 ctgaagaacg ccgaagagtc gttccccttc ggcgaggaca ccttagtctt caaagtcgag
    22981 ggcaagatgt ttctagccat gtcgctgaac gacgaggacc cccacgtggc cgtcaaatgc
    23041 gaccccgacg aggccctcct tctccgcgat cgctacaaag ccgtcgtgcc ggcccatcat
    23101 ttcaacaaga agcactggaa cgacatctac ctgaaccgcg acatgaacga ccacgacatc
    23161 cgtcgctgga tccttcattc ttacgagtct gtcatactcc agctccccgc cgccatcagg
    23221 cgcaagtacg agtatgtctg acctgcagcc cacaccgcac actccgcgca tcatccgtct
    23281 gcgcgagacc gagtccacca accgctatct gcacgagcgg ctggcggacg acgaggtacc
    23341 gtcggacggt acgatcgtcg tgagcgactt ccagtccgga gggcgaggtc agccgggcaa
    23401 ctcctgggag tcggaggctg gccagaacct caccttcagc ctcctttatg agccacgtgc
    23461 catgcccgcc aaccgttcct tccgcatctc tgagatcgcg gccctcagtg tgaaacacac
    23521 cttggatcgg tacacggcgg gcatcgctgt gaagtggcct aacgacgtct attggcacga
    23581 ccgcaagatc tgtggcatgc tcatcgagaa cctgctcgag ggcagcgccg tcgggcggtc
    23641 gatcatcggg atcggactca acctcaacca aaccgtcttt cattctgacg cccccaaccc
    23701 cgtctcgctg actcaaatca cgggtcagcg ctatgacccg ttggagatac tcggcctatg
    23761 gtacggccat ttctgcgacc tccgcgaccg actcgaggcc gggacggacg gtgaggccga
    23821 cgtccaccgg gcgtatgtcc acgccctcta tcgccgcgac ggcttccatc cctacgccga
    23881 tgccgacgga acgttcgagg ctgtgatcga agccatcgaa ccgggcggac acctgctgct
    23941 tcgtcgctcg gacggccgca tctctcgcta cgctttcaag gaagtgcgct tcctctgacc
    24001 tcgcccccac gacatacgct ccgacacgtc taagatgaac tatatcacct cagaaaatat
    24061 cctcttgatc ggctccgtgc tgctgtttgt gagcatcctg gccggcaaga cgggctatcg
    24121 ctttggcgtg cctgtcctcc tactcttcct tttcgtgggc atgctcttcg gcagcgacgg
    24181 attggggcta cagttctcca acatggagag cgcacagttc attggcatgg tggcgctgac
    24241 catcatcctc ttttccggtg gcatggacac acggtttgct gacgtccggc ccgtggtagc
    24301 ccccggagcg gtgctctcca cggtcggcgt actgctgact acggtcttca cggggctgtt
    24361 cgtgtggtgg ctctcgggga tggcttggac gaatatccac tttgcctgcg tcacttcgct
    24421 gttgctggct gccacgatgt cgtccaccga ctctgcctcg gtcttcgcca ccctacgctc
    24481 gcagcgcatg aacctcaagc acaaccttcg gcccctgctg gagctggaga gtgggagtaa
    24541 cgacccgatg gcctacatgc tgacgctcgt cctggtccaa ctggccacgg cggatcccgg
    24601 agcgggcggc gccgattggg gacacgtggc ggggctcttc gcggtacagt ttgccgtggg
    24661 cgccgccgtc ggattcgcca tcggacactt cgctgtctgg agcctgaacc gactgaacat
    24721 agacaacgca tcgctctacc ccatactcct cctctcggtg gccttcttca ccttctccgc
    24781 caccgggctg ctgcacggca acggctacct ggcggtctac ctcacgggga tgatcatcgg
    24841 taacaaccgc atcccgtatc gcaaagaagt ggccacgttc atggacgggc ttacgtggct
    24901 ttttcagatc atcatgttcc tcatgctggg gctgctggtg aacccgcacg agatgttccg
    24961 cgtggcctgt gtggccctgc tcataggcct ttttatgatc tgcatcgccc ggccagccag
    25021 cgtcttcctt tgccttctgc ccttccggca ggtcaatgct cgcgcgcggc tcttcatctc
    25081 gtgggtgggg ctacgcggcg cggcgcccat cattttcgcc atctatcccg tgatggccgg
    25141 cgtggaggga tcagacctga tctttaacat cgtcttcttc atcacgctgc tttcgctcct
    25201 cacgcaaggc accaccctgg ccgcggccgc ccgcctgctt ggtctttcgg ccccgctgga
    25261 gaagacgggc aacgaatttg gcgtcgagct gcccgacgag atcgactccg acctccgcga
    25321 catgaccgtc acccgccgca tgttggagaa ggccgacaca ctgaaagaca tgaacctccc
    25381 gaccggcaca ttagtcatgc tcatcaagcg cgacgacgag ttcctcatcc ccaacggttc
    25441 cctccggctt cacgagggcg acaagctgct gctgatctcc gagaacaaga aataggaata
    25501 gacccccatc cagtacccgg cccctttccg cgtccccttt tcccatatcc aacacgtacc
    25561 cggccaactt ccccgccccc ggtgggggct tgatcttctt ttgccttctt ttcttccatc
    25621 aagggaagaa aagaaggtgg gggataaggg gcaaagcccc attagatacc cgccagaagg
    25681 agagagacgc gtgcgctaaa ttttccgaca gcagccaccg acgcgaaggc gcccccgctg
    25741 gatattccga cagcagcccc tgtgagcaaa gcgcccccgc tggaaaccat ttgaagagcg
    25801 ccttacgccc ggtagccctt gtcgtagtct ccaataagag cgccttgagg tcagtcgctt
    25861 ctatttgatt gtccaataag agcgccttac gcccggtcgc ctccgtcgta gtctccaata
    25921 ggagccgctt atgcccggtc gcccttaccg tagtttccaa taagagccgc ttatgcccgg
    25981 tcgcccttac cgtagtttcc aataagagcg ccttacgctc agacaccctc gtcggacatt
    26041 ccaacggggc gtctttttgc tcagacaccc ctgtcggaca ttccaacggg gcgtcttttt
    26101 gctcagacac ccccgtcgga cattccaacg aggcgtcttt ttgctcagac acccctgtcg
    26161 gatattccaa cggggcgtct ttttgctcag acacccctgt cggacattcc aacgaggtgt
    26221 ctttttgctc agacaccccc gtcggacatt ccaacggggc gtctttttgc tcagacgccc
    26281 ccatccggac attttcgcgc agcttccggc tgcccacggc cccttcccga ttttcagttg
    26341 ttcgtttcca ccgccctacc tttgtcccca gctaacccat tcattaaagg cattatgaag
    26401 ataggcatac tctcagccgg cggcgactgc cccggtatca acgcggccat ccgcggcgtg
    26461 ggcaaaacgg ccctcctgca ctacggcatg gaagtcgtag gcatccacaa cggcttctcc
    26521 ggcctgctgg atcgcgacgt ggaactcttt accgagcgca ccctctcggg catcctcggc
    26581 cgaggcggca ccatcctcgg cacctcgcgc gaaaaaccct tcaagaagtc cgccgacggc
    26641 tatctcagcc ataagcccca gattatctat cagaactatc acgagctggg cctcgacgct
    26701 ctcgtctgca tcggtggcaa cggcacccag aagacggcct ttaagctcgc caaaatgggc
    26761 ctgaacgtcg tcggcatccc caagaccatc gacaatgacc tttacggcac cgacttctcg
    26821 ttcggtttcg acaccgccgt cagcgtggcc accgatgcca tcgaccgcct ccactcaacc
    26881 gccagctcgc acaaacgcgt gatggtggtc gaggtcatgg gccacagcgc gggctggata
    26941 gcgctctatg ccggcatggc gggcgccgcg gacatcatcc tcctgcccga actgggctac
    27001 aacctcgaca aggtgaacga caaagtgatc gaacgcgccc aacggggcaa gccttacagc
    27061 atcatcgtcc tagccgaagg tctccgcacc ggcgccgaga gcccctcgga ctatctctct
    27121 cacgaaatcg aagaggcaac cggcctcgag acgcgtcgca cggtgctcgg atacatccag
    27181 cggggcggct cgccctcgcc cgccgaccgc aacctggcca cccgcctcgg ggggcacgct
    27241 acggaactga tcgtgcgtgg cgaatttggg cggatggtgg gccagcgcaa cggccatatg
    27301 gtctccgtgc cgctccagga ggtggccggc cgcacgcgac tcgtgcccgt ggacgacgac
    27361 ctgatccgct gcggggaaaa gctgggcatt tcgttcggtc attgagcctt cacctcgcgg
    27421 gcttgattcc tgacggggca tagggccttc tcctgccggc ctaccggtcg acggggcggg
    27481 catccttgat gaccgatggg ggtattataa aaacgtatac cggccaccgg atagatgccg
    27541 cggcgctccg acctcttttc gatagcggtc ggggcactgc ggccttcgtt tcggataatt
    27601 aacgaagcac atttcggagg ccagctgttt atccacttac atttgccgcc gaatcagaca
    27661 cgtggaaaga tttgtagcgc ttgcaaccac aggaaaaaat gctaaacggc catcccccct
    27721 accctgcggc cgaagggctc cacaatctcc ccccatcgct ccgattcatt acaacacatg
    27781 gttttatcac tcaataaaga attgtaatga gttacttatt cacctccgag tcggtgtccg
    27841 agggacaccc cgataaggtg gccgaccaga tctcggacgc cttgcttgat gagttcttgg
    27901 cctatgaccg agactcgaaa gttgcctgcg aaacgctggt tacgaccgga caggtcgtgc
    27961 tggctggaga agttaaatcg agcgcctata tcgacgtgca ggacgtagcc cgtcgcgtca
    28021 tcgagcgcat cggctacacc aaaagcgaat atcaatttga agccaaatcg tgcggcgtac
    28081 tctccgctat ccacgagcag agcggcgaca tcaaccgcgg cgtagagcgc actgacccct
    28141 acaaccaggg cgccggcgac caaggcatga tgttcggcta tgctaccaac gagaccgaga
    28201 actacatgcc tctggctctc gacctggctc acggcctcct caccgagctg gcctccatcc
    28261 gtaaaaacga actcgagaag atgccctacc tccggccgga cgccaagagt caggtgacga
    28321 tcgagtacga cgacaacggg cgcccgctgc gcatcgatac gatcgtgatc tctacccagc
    28381 acgacgattt tattaaagct gaaggcggcc gcacgcagga gcaagctgac gccgaaatgc
    28441 aacagaagat cgccgaagac gtacgcacga tcctcgtgcc tcgcgtcaag gcccagtatc
    28501 cgccgcacgt tcaggccctg ttcaacgacg agatcaaata cttcgtcaac cccacgggca
    28561 agttcgtcat cggtggccct cacggcgaca ccggtctgac gggacgaaaa atcatcgtcg
    28621 acacctacgg cggcaagggt gcccacggtg gcggcgcctt ctccggcaag gatccctcga
    28681 aagtggaccg ttccgctgcc tatgccgcac gccacatcgc taagaacctc gtagccgccg
    28741 gcgtggccga cgagatgttg gttcaggtat cgtacgccat cggcgtcgcc aaaccgatga
    28801 acatcttcgt caacaccttt ggccgctcga acgtgaagat cagcgatggc gaaatcgctc
    28861 aaaaaatctg ggacctcttc gacatgcgcc ccaaagccat cgaggaacgg ctcaaactgc
    28921 gtaacccgat ctacctcgag acggcctctt acggtcatat gggccgcacg ccgcagacgg
    28981 tggagaaggt gttccattcg cgttacagca gcgagccgac cgtctgccgt gtggagctct
    29041 tcacctggga gaagctcgac tatgtagaca aggtcaaaga ggctttcgga ctgaagtaac
    29101 cctccgagga acataaccgc caaaagctct tatatgcctg ccgcccgtcc gtgccacgcc
    29161 gcatggcggg cggctttttc gttttgtccc tggcgatacc gcccatctct acctcttact
    29221 ccccctacta cgtttcacta cttctattcc ttgccaccga catgaaaccg cttgcctgct
    29281 atgccctcgg cgccctgctc agcctcgccg cctgcaccgg acacaaaccg gccaccgccg
    29341 ataccgaggc ggaggacttc tccgggccct acaacgaaat gtatcgcccg cagattcact
    29401 tctcgcccgc cgaacactgg atgaacgacc ccaatgggct tgtctattac gacggcgagt
    29461 atcacctctt ctatcagtac taccccgaga aatccgtttg ggggcccatg cactgggggc
    29521 acgccgtcag ccgtgacctg atgcactggg aacacctgcc catcgccctc gctccggaca
    29581 gcctcggcta tatcttctcc ggaagtgccg tcgtcgattg ggagaatacc tccggcttag
    29641 gcacgaagga gaacccgcca ctcctagcct tcttcaccta tcacaacccc gacgccgaac
    29701 aggccaaaaa gacgacggtc gagtcgcaag cactggctta cagcaccgac cgcggccgca
    29761 cctggacaaa gtatgccggc aatcccatcc tgcccaaccc cggtgacgcg cgcgacttcc
    29821 gcgatccaaa agttttctgg cacaaagcgt cgtcacgctg gatcgtttcg ctggcctgtg
    29881 gcgacgagat ccgcttttat gcttcgcccg actgtaaatc gtggacctac ctcagcagct
    29941 tcggccgcga tcggggcgga cacggcggcg tgtgggagtg ccccgacctc ttccagctgc
    30001 ccgtcgccgg cacggacgag acaaaatggg tgctcatcgt caacatcaac cccggcggac
    30061 ctgcgggcgg ttcggccacg cagtatttcg tgggcgactt cgacggcaag accttcacct
    30121 cgccccagcg cgaaaccctg tggatggatc acggtgccga caactatgcg ggcgtgacct
    30181 ggagcgaggc gccggacggt cggcggatcc tcatcggatg gatgaataac tggctctatg
    30241 ccggcgataa accgtgcgtc acctggagcg gcgccatgac tctgcctcga gagttgggac
    30301 tcgtgcccgg ccccgacggc aagggctatc tgctcacctc cacgcccgtc cgcgaactgg
    30361 acggcctgcg tggcgagact gtcatgctga aaggtctgca agtggacggc acgctcgacc
    30421 ttacgaagcg catccccttc gtccgctcgg ctctcgacct gcgtctcacc ttcgatctcg
    30481 cagccgccaa aggctctctc gccacacgct acggcgtccg cctcagcaac agcaaaggcg
    30541 aacatatcga catcggctac gaccgtaatc gtcaagcctt ctacatcgac cgcacccacg
    30601 ccggatcgaa ggcactcccc gtgaaggaat ttgctgccgt gcacacggcc cccttcgtcg
    30661 taaagggcca gacggtggac tggcgcctcg ttattgaccg cgcgtcggtg gagttcttcg
    30721 ctgccggcgg acgcgtctcc atgaccgacg tattctaccc ctcggagctc ttccgcaccg
    30781 tcgaactctt caccgagaaa ggctccatcc atgccgacgg cgaagtgacc cagcttcaat
    30841 ccgtatggaa cccatcgaaa tagcccacca aagacttcag aactatgaat aagaaacccc
    30901 tcatcatcgg tatcggcgaa ctgctctggg acgtgctgcc cacgggaaag aaagcaggcg
    30961 gcgcccctgt caatttcgcc tatcacgcct cacgctttgg cgccgaggcc tacgctttca
    31021 gcgccattgg taacgatccc ctcggcgacg agatcctcac cgagatcgac cgcatccgca
    31081 tcccttacat cattgagcgc gtcgactatc ccacgggcac tgtcatcgtg gagctacgcg
    31141 acggcatccc caactacacc atcatggagg gcgtcgcgtg ggatcacatc cccctgaccg
    31201 acgagatgaa gcaactggcc tcatgtgccg acgccgtctg cttcggcact ctggctcagc
    31261 gtgccgagga gtcgcgtatc accatccaga cgctcctctc gcacgtaccg gagagggccc
    31321 tgcgcgtcta cgacatcaac ctccgccagc attactactc ccgcgaactg atcacggcct
    31381 ccctgcgcca ttgcaacgtc ttcaagatta acgacgagga gctcgacctg ctgcgcggcc
    31441 tcttcgatct cgagaccgac acgctgcacg acttctgccg ccgctttgtg gccctgtaca
    31501 acctccgcta cctcattctc actgcggggg ctgattatag cgccgtcttc acccccgccg
    31561 gcgaatcgta catcgacacc ccacgcgtgg aggtggtcga cacggtcggt gcgggcgact
    31621 cgttcacggg caccttcatc gcctccgtcc tcgacggccg cccactgact gaggcacatc
    31681 gtctggccgt agaccatgcc gcctacgtct gcacccaagc cggcgcctgg gtatgattcg
    31741 tcctgcgatc actgcatgat ttcttgacga ggagggcgga cacaacggcc cgcccccctc
    31801 tctatcctcc accctccacc ctccaccctc taccctccac cctctaccct ctattatgga
    31861 aaaaagaaaa ttcggctggc cgctgctgct catcgccatc ggtatcatct tcctactgaa
    31921 gaacctcggt ttcatcgacc tcaacttcta cgaactgctc ttctcttggc ccatgatcct
    31981 tgtggccatt ggtgtagtgc agctggtcga ccgctcctat gtcagtggtt tcatcctgct
    32041 ctttctgggc accgtgttca tgttgccccg cctcgacatc atccaatacg acgccatgcg
    32101 tgtcttttgg cccgttgtcc ttattgtcat cggcaccgcc ctactctttc gtcgccgcgg
    32161 catctcctac gccgcctccg ccgatcgcta ccgtgcatct gccgccagca cctcgcccga
    32221 cgccgacggc tttgtccgca tcgacacctc tttcagcggc tctaagaccc tcttcaccga
    32281 acccgtcttt cgtggtgcca tcctccgcag caccttcggg ggcatcgacc tcgacctgcg
    32341 cagtgcccgc cttgatgacc tcgaaatctt cgtcgacctt gactgcacct ttagcggcat
    32401 caccctccgc gtacccccta catggcgcat tgactctcgc atccgctcca ccttcggcgg
    32461 cttcgacgat aaacgtcccc acctgccacc cgacgccctc gacatggcgc acaccgtcgt
    32521 tctgcgcggc tcggccacct ttggcggcat cgaagtcaag tagtgttttg acgcttgcgg
    32581 aactcccgca aaggcccttt tctccgtttt gacgcttgcg gaactcccgc aagagccatt
    32641 ttctccgttt tgacgtttgc ggaagttccg caagggtcct tttctccgtt ttgatgtttg
    32701 cggaactccc gcaaagaccg ttttctccgt tttgaggttt gcggaagttc cgcaagggcc
    32761 cttttctccg ttttgatgtt tgcggaactc ccgcaagagc cattttctcc gttttgacgt
    32821 ttgcggaagt tccgcaaggt ctcttttctc cgttttgatg tttgcggaac tcccgcaaag
    32881 acccttttct ccgttttgac gtttgcggaa gttccgcaag ggcccttttc tccgttttga
    32941 cgtttgcaga actcctgcaa gcgccctttt ccccattttg atgtttgcag aacttctgca
    33001 aaggccgttt tctccatttt gacgtttgca gaacttctgc aaaggccgtt ttctccattt
    33061 tgacgtttgc agaacttctg caagggccct tttctccatt ttggtgtttg cagaagttct
    33121 gcaagcgcgc ttttccccat tttggcgttt gcagaactcc tgcaaaggcc gttttctcca
    33181 ttttgacgtt tgcagaactt ctgcaagggc ccttttctcc attttggtgt ttgcagaact
    33241 tctgcaagcg cttaaacccc gacctgggtc tatcttcgcg ccccatacat tgatcagatg
    33301 atgaaacaga actacatgac ccgccccagg gcggaaagaa agcctaccgg tcgcacgatc
    33361 gcggccctgt gcatgctgct tgtgtcggca gtcatagcct cgtgcagcgg tagtaaaggc
    33421 gagttttacg aagaggaggg gacggttttc cataccgtct accacatcaa gtaccgcacg
    33481 accaaggggc cgctgacgga caagatcgct gccgagttgc aggccttcga cgcctcgctg
    33541 aaccccttca ataaaacctc gatcctggcg cgcgtgaacc gcaacgagga ggtggaggtg
    33601 gacgattggt tcgtgaccgt cttcaatcgc gcgatggaag tgtcggagcg gtcgggcggc
    33661 gtgttcgacg tcaccgcggc gccgctcatc aacctctggg gcttcggcta tgagcagaaa
    33721 gacagcgtct cgccggccgt catcgacagc atgcttcagt tcgtgggcta ccgcaaggtg
    33781 cggctcgatg gccgacgcgt agtcaaggac gatccgcggc tcgaactcag cttctcggcc
    33841 atcgccaagg gatatgcctg cgacgtggtt gctgcgttgc ttgagcgcga gggcgtggag
    33901 gatttcatgg tggagatcgg cggcgaggtg gcctcgcgcg gcatgaatcc gcggggcgaa
    33961 tgctggcgca tcggcatcaa taagccggag gatgacacta cgggcgtgaa gaacgaaacg
    34021 gaagagatcg ttcagctctg tggccggcgt ggcatggcga cgtcgggcaa ctaccgcaac
    34081 ttccacgtgc gcgacggcaa gaaggtggcc cacaccatcg acccgcgcac gggctatccc
    34141 tcgcagcaaa acatactcag cgctacgatc gtggcgccgg actgcatgac ggccgatgcc
    34201 tatgcgacgg ctttcatggc gatgggtctc gaggctgcct gccgcatggc ggagtcggtg
    34261 ccggagatcg cttattacgt gatttatgcc gacgagtcgg gcgtgcaccg cgtgaagatg
    34321 tcgccgaagc tggaggagat gatcgtcggg aaagcgaaaa acgaaaaata aaaagggtat
    34381 ccggcgagag cttgcccttc gtgtcaagac aaggagaagt cgggggcttt gcccccatcc
    34441 cccacttcct tttcttccct tgatggaaga aaaggaagca aaagaagatc aaggcggctg
    34501 cggccgccgg cgaagtttga ccgggtacac acggtgtatt ggcgaagatt tgccgggtac
    34561 acacggggta ttggggaagt tggctggata cgcgaataac tacaccaatt aatagatagc
    34621 acaatggaaa gtttcaatga attgatgatg cgccgccgca gctcgcggaa gtttacggcc
    34681 gaaccgatcg caccgga
//
LOCUS       SEQF2637|AYYD01000755.1  437 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..437
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgatgcgcg cgttcgtctc cgtggcgttg gcgccggaga cttggaagac catgaacgag
       61 acggccggct tgccgtccat cgttccgtga aagctgtacg actgcgaacc gagctccacc
      121 cgcgccacgt cttttaggcg gagcacattg ccgtcgccat cggcgcgcac gaccatgttg
      181 ccgaactcct cgacgctgac aaggcgaccg cgatacttca tggtgtactg gaaggtgttg
      241 tccgaattct cgccgagcga acccgtaggc gactcgatgt tctgctcgcc gagcacggcc
      301 gtgatatccg acggcacgag cccgtactgc gccatcacgt ccggcttgag ccagatgcgc
      361 atactgtacg tgtcgcccat ctccatcacg tcgcccacgc cctcgatacg cttgatctgc
      421 gggatgatgt tgatgtc
//
LOCUS       SEQF2637|AYYD01000756.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccccgactt ccttttcttc tcttgataga agaaaaggaa gcaaaagaag atcaaggcga
       61 tgatcgcctt caagtcggcc gaatggtcgc ggagggttgt ttgggccttc agcgggtgca
      121 gccgaatggg cgcagaggat tgttttggcc ttcattttat tcgtctggta agcgtaagag
      181 gttcgttggg gctttcgcgg gagcttcgcc cccgtgcccc gacttccttt tcttctcttg
      241 atagaagaaa aggaagcaaa agaagatcaa ggcgatgatc gcctt
//
LOCUS       SEQF2637|AYYD01000757.1  213 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..213
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agttggccgg atagatgcag aggattgttt cggtcttcat ggagttcagc cgaataggcg
       61 cagaggattg ttttggcctt catagggtgc gtatggtagg tgtaggaggt tcgttggggc
      121 tttcgcgggg gcttcgcccc cgtgccccga cttccttttc ttctcttgat agaagaaaag
      181 gaagcaaaag aagatcaagg cgatgatcgc ctt
//
LOCUS       SEQF2637|AYYD01000758.1  536 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..536
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtttggatag agcgggccat cgaccatagc cctttacttg tcaatctatt ttcgggggaa
       61 cccgtatgcg ctaacataca gccctacttt tttctgggta gcgctggaac cctcagggtt
      121 tagccctact ttatttcaag tgacacaaaa ccctcagggt tcagcccctc tttttttcaa
      181 ggagcgcaaa accctcaggg ttcagccctt ctttttttta agtgacacaa aaccctcagg
      241 gttcagcccc tctttttttc aaggagcaca aaaccctcag ggttcagccc tacttttttt
      301 caaggagcac aaaaccctca gggttcaacc ctactttatt tcaagaagca caaaaccctc
      361 agggttcagc cctacttttt tttctgggtg acacaaaacc ctcagggttc agccctactt
      421 tttttctggg tgacacaaaa ccctcagggg ccagccctac ttcttttctg ggtggcgcaa
      481 aaccctcagg ggccagccct acttctttta taggagaaac acggctcccc ggacac
//
LOCUS       SEQF2637|AYYD01000759.110431 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10431
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             188..1711
                     /locus_tag="SEQF2637_00633"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTARLGLLALLLSIVWAACTHETDVPPRPAPKPDTTAVDSAL
                     LGKWYLLGSGWRYDMDPQPLDTVAYVLEFGGDGSLQGYSVNGSYTLKDTALRFKLHAV
                     DEQRMPDRLLTYRKKLLSVYRYTIYSDGLLRLYYDNDTKYLLFDKKEPAPPVLNQLPR
                     ALLATWRINEYRLIEDRVTRDLSNSEPIRLRFNADTTWTLQVSSGQTTGPFRTDSWTI
                     RFNHRLKPMDRFGSPDDRRLLESLREVVWYEVKGDKLTLYFSEGAGFISCQKVEPEAG
                     RIDEHLCQPWKLVGFGHTADGSLRELTGADRLSNKTFLVELQINGMLYTLSSSNELYG
                     NFSMNGQSIRMNVGGGTKVGETKAGEAYVRALNAAERFELQKDGRLKLFYNQGRDYLL
                     FREGISIISSTPPAELLGKWVMTDLRLYAMPPRGFKLSEQTVDFRSDGFVYITGTEPF
                     GTSLGNKLPYGYQPWGNEDNLLVGYMYFSCRIDGDELRLGRNSSVDGPVYVFKRLRK"
     CDS             complement(2351..3052)
                     /gene="yiaD"
                     /locus_tag="SEQF2637_00634"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37665"
                     /codon_start=1
                     /transl_table=11
                     /product="putative lipoprotein YiaD"
                     /translation="MNSMIKNFKVMAMALACASLLLTGCGASNTAKGTAIGVGGGAAV
                     GAGIGKIAGNTALGAVIGAAVGGATGAIIGKKMDKQKKELEKVLPDDTKVEVVEEEGR
                     APALRVTFDSGILFATNSSTVSAASKSALRDLARNLEKNPDTDLRIVGHTDNTGRVDY
                     NQSLSERRARSVYDYLLDQGVSSRRMVYEGKGIHQPVASNNTVEGRAQNRRVEVLISA
                     NEKMVNDAKREAGER"
     CDS             complement(3167..3397)
                     /locus_tag="SEQF2637_00635"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNRNIVEIRVAIRQYKNYWWACLFGKPDIEVTGPTEEDVKSQI
                     RDHLYEQQSLGQYPPKAVFEIMYVYRPPRLNH"
     CDS             complement(3410..6247)
                     /locus_tag="SEQF2637_00636"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHT5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative zinc protease"
                     /translation="MKQTAPALVSTEINEYILDNGLTVWLNEDHSQPKVFGAVVVMAG
                     SKDSPNTGIAHYFEHMMFKGTEQIGTTDYAAEKVLLDAIEAKYEELAATKNSKRREAI
                     QMEINELSIRAADFVIPNEFDRLITKYGGSKLNAGTSYDYTVYHNLFSPQYLEQWAEL
                     NSERLIRPVFRMFQSELETVYEEKNRRDDMILNRSIERLMEKYFHPHPYAYPIIGSAE
                     NLKNPRLSEMKRFFKTYYVSSNMGLILSGDFDSQRALPIIERTFSRIPRGVPDAAPTV
                     RIRPFRGRERTTIKIPLPLLKAVALGFRGVPANHPDQPALDVAAGILNNSNGTGYLDR
                     LMVERRLMGAMIGGESFNEAGFIGIVAVPRLSHTCRSAERMIWRELERVKQGDFTDEI
                     FNSLKREQLRRHLTELEDIDSRSQIMVRLFSQGKTWADYREELARAEALTKEDVVRVA
                     NKYFGANYLFVKKKTGRYPKERLKKPGFAPIVPKHADATSAYSDWLDRMPVEEVRPRF
                     VDFTHDVQTLRPADGLTLYITPNRVNNIFTLKLSYAIGLTEEPRLKLLTGYIPLLGTA
                     SLTFDALHTRLQTLGSTLDLTADEYSLTLKITGFDTAFDETLELVSGFVSGVKADDAK
                     LKTLVDDARVANKAFFKSNNEVAEALFEFVQYGPESQFLTRPSLRDVKRTKGRELVDL
                     FRHAVRRECTAHYCGTLPAERVVDRTLRCFSPSPDGRIAAVAPYRRLVSYDRPRVFLY
                     HMPDVFQNIIYVYMPCQPLPTLHERHTADLFSLYFGEGMSSLMFQEIREFRSLAYYTS
                     GAYRLPPYRLSDLPTRFVAYLSTQSDKTIDALEVLDALINHMPEHPERIDSLIRTEIN
                     RVNNAYPAFRDISTRIAEFRRDGYTDDPHRALLDDIRRMTMDDITRFYQAHICGRKPV
                     YVIVGNAHRIDRRRLATFGEIVRIHHQEFYR"
     CDS             complement(6596..6739)
                     /locus_tag="SEQF2637_00637"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAQYVFQVLLSTDNKLVYIYTYDLSMDNSSFYVYTYILSMVDKL
                     CDI"
     CDS             complement(6929..7702)
                     /gene="pgdA"
                     /locus_tag="SEQF2637_00638"
                     /EC_number="3.5.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B5ZA76"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan deacetylase"
                     /translation="MILLSFDIEEFDLPTEYGLAISWEEQLRVSREGSGHILNVLARH
                     GVRATFFCTARFAEAAPDVLRAICDGGHEVASHGYAHSAFEEADLTRSREILRRMSGQ
                     PVTGFRMPRMMHVADEALLRAGYRYNSSLNPTLIPGRYNHLNQPRTWFRCEGLLQLPA
                     STTPRVRFPLFWLSFHHLPPALYRCLARLTLRHDGYLLLYFHPWEFMPLQGISGLPRL
                     VTRNSGTAAVERLDRLIDDLSRRGSGFGTFTEFVDSLPK"
     CDS             complement(7745..8908)
                     /locus_tag="SEQF2637_00639"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNWNERLKALAERPLFNRYAPIGVVWAVAAIAAALLKFPNNNF
                     TIFRHVFWHVWEGLPLYVPYPEVYHDVNLYGPVFSCVVAPFAVCPPLMGLVLWLLAMA
                     GLLFVAVRKLPIERRGRIFIAWFCANELFTALSMAQFNVAIAALLILAFVLIEEGHEG
                     WAALMIAVGTFVKLYGIVGLAFFFFVRRKGRFLGALAGWSVVLFLLPMLLSSPEYIVG
                     QYGAWAEALTVKNDANLFALRQNISLLGMVRKISGRADYSDLWLIVPGLILFALPYLR
                     LDQYRHRAFRLMFLASVMLFVVLFSTGSESSGYIIALTGVAIWYVGVPWRRSRWDVAL
                     LIFALLLTSFSPSDLFPRRIYHHYIIPYALKALPCVMVWLKLMWEMMTRDYEE"
     CDS             9122..9697
                     /locus_tag="SEQF2637_00640"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYLYIISGCNGAGKTTASYTILPEMLGCKEFVNSDEIAKGLSP
                     FNADNIAVAVEASRIMYRRIRELVAANKTFALETTLASRSIAKLLQNAQEKGYYVTLL
                     YFWLNTPDLAVERVRNRVASGGHNVTESTVRRRYTAGIQNLFQLYIPICDYWMITDNS
                     LSPMEVIAKGFKNGKREIYNPVVYNKLETYE"
     CDS             9690..9845
                     /locus_tag="SEQF2637_00641"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERELSKFEENVVKGASLAFQRLVKKRKEENGELVFARNGRIF
                     KVKAVDL"
     CDS             complement(10249..10431)
                     /locus_tag="SEQF2637_00642"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRRKISNTQAVCILFLWFLLVYMLLWYSPTVDFMTVFTIIASG
                     VIVFVPLYKNRRHKDR"
ORIGIN      
        1 gccgacaatc acccaaaggc aaccgcccgg gcactatggt gcccgattgt ggggcgtatt
       61 caatacgccc ctaccctgac ggttcatatt cataaacaaa gaaagaaggt gggggctggt
      121 gggggtaagg cccccacccc cttcatctta ccttcataga cgtctcactt ctcaaacaca
      181 cacagatatg aaaactactg cacgtttagg gctcctcgcc ctgttgctgt ccatcgtctg
      241 ggcagcctgt acacacgaaa cggacgtccc gccacggcca gcgccgaagc ctgacaccac
      301 ggccgtcgac tctgccttgt taggcaaatg gtacctcctt ggctccggct ggaggtatga
      361 tatggaccct caacccctcg acactgtagc ttacgttctg gagtttggag gcgatggctc
      421 cctgcagggc tattctgtca atggcagcta tacgctgaag gacacggcct tacgattcaa
      481 gctccatgcc gtggacgaac agcgcatgcc agatcgcctt ctcacctatc gcaagaaact
      541 gctgagcgtc tatcgttaca cgatctactc tgacggacta ctgcggctct attacgacaa
      601 cgacacgaaa tatctgcttt tcgacaagaa ggagccggca cctcccgtgc tgaatcagtt
      661 gccgcgagca ctgctcgcca cgtggcggat caacgaatat cgtctcatcg aggatagagt
      721 aacgagggat ctctcaaaca gtgagccgat ccgactccgg ttcaacgccg ataccacttg
      781 gacgctccaa gtctcaagtg gacagaccac gggccccttc cgcacggaca gttggactat
      841 ccgcttcaac cacagactca agccgatgga tagattcgga tcacccgacg accgtcgcct
      901 gttggagtca ctgagagagg tggtctggta cgaagtaaaa ggggataaac tgacgctcta
      961 tttcagtgaa ggtgcgggct tcatcagctg ccaaaaagta gagcctgagg caggtcgcat
     1021 cgacgagcac ctctgccaac cgtggaaact tgtcgggttt gggcataccg cagacggctc
     1081 gctgcgtgag ttaaccggag cggatcgcct ctccaacaag actttcttag tcgaattaca
     1141 aattaatggt atgctgtaca cgctctcctc ttccaatgaa ctctatggca acttctccat
     1201 gaatggccaa tcgatccgta tgaacgtagg cggaggcacc aaggtcggcg aaaccaaagc
     1261 gggcgaggca tatgtccggg cactgaatgc ggcggaacgt ttcgaactac agaaggacgg
     1321 acggctgaaa ctcttctata accaagggcg cgactatcta ctcttccgcg agggtatctc
     1381 gatcatctcc tccacgccac ctgccgagct gctgggcaag tgggtaatga cggatcttcg
     1441 cctctacgca atgcccccaa gaggatttaa gcttagcgaa cagacagtgg atttccgctc
     1501 ggatgggttc gtctatatca cagggacgga gccctttggc acttcacttg ggaacaagct
     1561 gccttacggc tatcagccgt ggggtaatga ggacaacctc cttgtcggtt atatgtactt
     1621 cagctgtcgc atagatggcg acgagctaag gttagggcgc aattcatccg tagacggtcc
     1681 agtctacgtc ttcaaacggc taaggaagtg atcgcccccc tccccccgac aaccccattt
     1741 tttgaagccc tatgttttta gggttagcct aatgggatct ttttttgaac ccacattttg
     1801 gggccgttat cccaacaacc ccattttttg aaccgcggta cccccgcggt tcattttttt
     1861 cggccgttag ggtaacgcgg aaaatgtatg ggctcaaaaa atgatcatgt tttttcgacc
     1921 gtcagggtag gggcgtattg aatacgccct acaatcgggc accatagtgc ccggatagtc
     1981 cccaataaat cacccaacga cacaacaaaa aaaccacgtt cgttcccttg acgggaacgt
     2041 ctgatggggc gtatgcaata cgcccctacc tgttcggcac aaaaaattga acccgtacgt
     2101 tttcagcgtt accctaacgg acaaaaaata ggaacctata cgttttcgga attaccctaa
     2161 caggcctatt ttttgaacca aaatagatat ccaattcacg taaccaatcc ctattttttc
     2221 cctcgatgtt ttcagggtcc ctctgaccga ccccgaaaac gaaaaaacga ccccaccggc
     2281 tgaaaaaaac gatggggtcg tttgaagtat gtggcccgga ggttccggga tccgtagttg
     2341 tcaggcgaac ttaacgctcg ccggcctcgc gtttcgcgtc gttgaccatc ttctcgttgg
     2401 cgctgatcag cacctctaca cgacggtttt gggcacgccc ctcgacggtg ttattgctcg
     2461 ccacgggctg atggataccc ttgccctcat agaccatgcg tcgactgctt acgccttggt
     2521 ccagcagata gtcgtaaaca ctcctggcac gacgttcgga gagactctgg ttgtagtcca
     2581 ctcggcccgt attgtccgta tgaccgacta tgcggaggtc ggtatctggg tttttctcta
     2641 agtttcgagc taggtcacgc agggcggact tggacgcagc actcacggta ctggagtttg
     2701 tggcgaagag aattcctgag tcgaacgtga cacgcaaagc cggggcacgc ccctcttcct
     2761 ctaccacttc caccttggta tcatccggaa gcaccttctc cagttccttc ttctgtttgt
     2821 ccatcttctt accgatgatg gctcctgtgg cgccaccgac ggcggcacca atgacggctc
     2881 cgagcgccgt gttaccggct atcttaccga tgcccgcacc gacggcagct cctccgccga
     2941 caccgatagc cgtacccttg gccgtgttgc ttgccccgca ccctgtcagc aggagcgacg
     3001 cgcaggcgag cgccattgcc attaccttaa agtttttgat catactgttc attgtttttg
     3061 gggttaataa tatgagatgt ataacttgct atgaaagacg gcgcaaggta cgacgtttta
     3121 ccgacgaccc cggcccgtca ggcccccatg agacgaggca atagggctaa tggtttagtc
     3181 gaggcggtcg gtagacgtac atgatttcga agaccgcctt ggggggatac tgaccgagcg
     3241 actgctgttc gtagaggtgg tctcggatct gacttttgac gtcctcttcg gttgggccgg
     3301 tcacttcaat gtccggtttt ccgaacaggc aagcccacca atagttcttg tactgccgga
     3361 tagcgactct gatctcgacg atgtttctgt tgcgcatggg ggcttttcgc taccgataaa
     3421 attcctgatg gtgaatgcgg acgatctcgc caaacgtggc cagtcggcgc cggtctatgc
     3481 ggtgcgcgtt tccgactatg acgtagacag gcttacgtcc gcagatgtgg gcttggtaaa
     3541 accgggtgat atcgtccatc gtcatccgtc ggatgtcgtc taagagcgcc cgatgggggt
     3601 cgtccgtata gccatcacgt cggaattcgg caatgcgcgt cgagatgtcg cgaaaggccg
     3661 gataggcatt attgacccga ttgatctctg tgcggatcag ggagtcgatg cgctcgggat
     3721 gttcgggcat gtggttgatg agggcatcaa gcacttcgag ggcgtcgatc gttttatcgc
     3781 tctgcgtgga taggtaggcc acgaaccgcg tggggaggtc cgacaggcgg tagggcggca
     3841 gacggtacgc tcccgaggtg tagtaagcca gcgaacgaaa ctcgcggatc tcttgaaaca
     3901 tgagcgacga catgccctct ccgaaataca acgagaaaag gtcggccgtg tgccgctcgt
     3961 ggagggtggg caggggctga caaggcatgt agacgtagat gatgttttgg aagacgtcag
     4021 gcatgtggta gaggaagacg cgcgggcggt cgtagctgac gagccgtcga tagggggcca
     4081 cggcggcgat ccgtccgtcg gggctcggag agaagcaacg aagggtgcga tcgactacgc
     4141 gttcggcagg cagcgtgcca cagtaatggg ccgtacactc gcgtcggacg gcatgtcgga
     4201 acaagtcgac cagctcgcgc cctttggtgc gcttcacgtc acgcagagag ggccgcgtca
     4261 ggaattgcga ttcggggccg tactgcacaa actcgaagag cgcctcggcc acctcattgt
     4321 tcgatttgaa gaaggcctta ttggccaccc ttgcgtcgtc gactaaggtt ttgagcttgg
     4381 cgtcgtccgc cttcacgccc gacacgaacc cggagaccaa ctccagcgtc tcgtcgaatg
     4441 ccgtgtcaaa gccggtgatc ttgagggtga ggctgtactc atcggctgtc aggtcgagcg
     4501 tgctaccgag cgtctgtagg cgggtgtgta gcgcgtcgaa ggtgagggag gctgtgccga
     4561 ggaggggtat gtatccggtg aggagtttca gacgcggctc ctcggtgagt ccgatcgcat
     4621 aggacagttt gagggtgaag atgttgttga ccctgttggg cgtgatgtag agcgtgagac
     4681 cgtcggcagg tcggagtgtc tgcacatcgt gcgtaaagtc gacaaagcgc ggccgcacct
     4741 cctcgacagg catacggtcg agccagtcgc tgtaggccga ggttgcgtcg gcatgcttag
     4801 gcacgatggg tgcgaagccc ggcttcttca gccgctcctt ggggtaacgg ccggtctttt
     4861 tcttcacgaa tagataattg gccccgaaat acttattggc cacgcgcacc acgtcctctt
     4921 tcgtgagcgc ctcggcacgt gccaactcct cgcggtagtc ggcccaggtc ttgccttggg
     4981 agaagagacg taccatgatc tggctgcgcg aatcgatatc ctcgagttcc gtcaggtggc
     5041 ggcggagctg ttcacgcttg agactgttga agatctcgtc cgtgaagtcc ccttgcttaa
     5101 cccgctcgag ttctctccag atcatgcgct cggccgaacg gcatgtatga gacaaccgcg
     5161 gcacggccac gatcccgatg aagcccgctt cattgaaaga ctcgccgccg atcatggccc
     5221 ccatcaggcg ccgctcgacc attaggcggt ccaggtagcc cgtgccattg gagttgttga
     5281 ggatacccgc ggccacgtcc agtgccggct gatcggggtg attggcgggt acgccgcgaa
     5341 agcccaaggc gacggctttg agtagcggca aggggatctt gatcgtagtc cgctcgcggc
     5401 cccggaatgg gcggatgcgg accgtcggcg ccgcgtctgg cacaccccgc ggaatacgtg
     5461 aaaaggtgcg ctcgatgatc ggcagggccc gttgggagtc aaagtcgccg ctcagaatga
     5521 ggcccatgtt ggaggagacg taataggtct tgaagaagcg tttcatctcc gagagccgcg
     5581 gattcttgag gttttccgcg cttccaatga tcgggtaggc atagggatgt gggtgaaagt
     5641 acttctccat caatcgctcg atggaacggt tgaggatcat gtcgtcacgt cggtttttct
     5701 cctcgtacac ggtttccagc tcgctttgga acatgcgaaa aacgggccgt atgagtcgct
     5761 cgctgttgag ctcggcccac tgctccaagt attgcggtga gaagaggttg tgatagacgg
     5821 tgtaatcgta cgacgtaccg gcatttagct tcgatccgcc gtacttggta atgagccgat
     5881 cgaactcgtt ggggatgaca aaatctgcgg cccggatgct gagttcgttg atctccattt
     5941 gaatggcctc cctccgcttg ctgttcttgg ttgcagccag ctcctcgtat ttggcttcga
     6001 tagcgtcgag gaggaccttc tcagcggcgt agtctgtcgt tccgatctgt tctgtgccct
     6061 taaacatcat atgctcaaag taatgcgcta tgcccgtgtt gggggaatct ttcgatccag
     6121 ccatcacgac aacagcacca aagaccttcg gctggctgtg gtcttcgttg agccataccg
     6181 tcaggccatt gtccagaatg tattcgttga tctccgtcga tacgagcgcc ggcgcagttt
     6241 gcttcatgat tgatgcggaa tggatgttag gggttgatct catttcaatt cattcaacag
     6301 atgaccgtgc gaatggttca tttcaggcca tcatcatgga tgccggagtc gtgtcaaggt
     6361 cggcatccgc ggccgagagc gatcgctccg ggaagtatgg taggcatcca tctgacgatg
     6421 ccctcccact cgccgcttgt aggggagagt ccgccgtcaa tacgcttagc ccgacataaa
     6481 cggatgcgct gtcaatggac aatgggcgtt ggaatacata tagacctcca tcgactgtaa
     6541 acaatagata cccatatatg tttcactcgc ttttgtctgc agacaaaact ggctttcata
     6601 tatcgcatag cttatctacc atagacaaaa tatacgtata gacataaaag gagctattgt
     6661 ccatagacaa atcatatgta tagatataaa ctagcttgtt gtctgtagac aaaagcactt
     6721 gaaatacata ttgcgccata ttgtctacgg acaaaatatc tattcatagt tcacaggcta
     6781 tatctgccgc agacaaagca tgcgtataga cataaataag cccgttgtcc gtagacagag
     6841 agattcgaaa tacgtatttc atctctttgt ctatagacaa cgggctgtga aatgtatgga
     6901 tgaaccccgt gtcaggcgta gtggctactt atttcggcag gctgtcgacg aactccgtga
     6961 acgtgccgaa gcctgagccg cggcgactga ggtcgtcgat cagccgatcg agacgctcca
     7021 cggctgcggt gccactgtta cgcgtgacga gccgcggcaa ccccgatatg ccttgcagag
     7081 gcatgaactc ccaagggtgg aagtagagga gtaggtagcc gtcgtggcgc agagtgaggc
     7141 gggccaggca gcggtagagc gcggggggca gatggtggaa agagagccag aagaggggga
     7201 agcgcacgcg cggcgtggtg gaggccggca gctgcaggag gccctcgcag cggaaccagg
     7261 tgcgcggctg gttgaggtgg ttgtaacgac cggggatgag ggttgggttg agcgacgagt
     7321 tgtagcggta accggctcgc aggagcgcct cgtcggccac gtgcatcatg cgcggcatgc
     7381 gaaagcccgt gaccggctgg cccgacatcc gccggaggat ctctcgtgac cgcgtgaggt
     7441 cggcctcctc gaaggcgcta tgcgcatagc cgtgtgaggc cacctcgtgg ccgccgtcgc
     7501 agatggcgcg cagcacatcc ggcgccgctt ccgcaaaacg cgcggtgcag aagaaggtgg
     7561 cccgcacacc gtggcgcgcc agtacattta atatatggcc gctcccctca cgcgaaacgc
     7621 ggagctgctc ctcccatgag atcgccagcc cgtactccgt cggcaggtcg aactcctcga
     7681 tatcaaaact gagtaagatc atgtcaaact aaaaatgaaa aactaaaagt ggatccctta
     7741 cggttcactc ttcataatca cgcgtcatca tctcccacat gagcttcagc cataccatca
     7801 cgcagggcaa tgccttcagg gcgtagggta tgatataatg atgatagatg cgccgcggaa
     7861 acagatctga gggcgaaaag ctggtcagca gcaaggcaaa gatgagcagc gccacgtccc
     7921 atcggctgcg gcgccagggc accccgacgt accaaatggc cacgccggtc agcgcaatga
     7981 tatatccgct ggactcgcta cccgtgctga acagcaccac gaacagcatg accgatgcta
     8041 agaacatgag tcggaacgcg cggtggcgat actggtcgag cctgaggtag ggcagcgcaa
     8101 agaggatcag tccgggcacg atgagccaca agtcagagta gtccgcccgg cccgagatct
     8161 tccgcaccat gcccagcagc gagatgttct ggcgcaacgc aaagagattc gcatcattct
     8221 tcaccgtgag cgcctcggcc catgcgccat actgccccac gatgtattcc ggcgacgaca
     8281 gcagcatagg cagaaggaat agcaccacgc tccaccccgc cagcgccccg aggaatcgcc
     8341 ccttacgtcg cacaaagaag aagaacgcca gccccacgat gccgtacagc ttgacgaagg
     8401 tccccacggc aatcatcagt gccgcccagc cctcgtgccc ctcctcaatc agcacgaagg
     8461 cgaggattag cagtgccgca atggccacgt tgaactgcgc catgctcagc gccgtgaaca
     8521 gctcattggc gcagaaccag gcaatgaaga tccgcccccg acgctctatg ggcagctttc
     8581 gcacggccac gaacagcagc cccgccatcg ccaacagcca cagcacaagc cccatcagcg
     8641 gcggacagac cgcaaacggc gccacgacgc agctgaacac tgggccgtag aggttgacgt
     8701 cgtgatacac ctccggataa ggcacataca gcggcaaccc ctcccaaacg tgccaaaaca
     8761 catgtcggaa gatggtaaag ttgttgttcg ggaatttcag tagagcagcc gcaatggccg
     8821 ccacagccca caccaccccg atcggtgcat agcgattaaa aagcggtcgc tcagcaaggg
     8881 ctttcaagcg ttcattccag ttcatcatag gtcggttttg ttacctgttt cattcagtca
     8941 ttatgggaga aaaacacccc ggaaggatga cgtttcgccc cgtttcgctt catccgtgat
     9001 agaaaatcag aagtcgctgg ggagcaacgc cgctttgtcc cctttattgc acttttcgta
     9061 ctccaaacgc gggggttacg gaaatataac ctacttttgc gtcaagtaat cccccagaac
     9121 agtgccctac ttatacatca tatccggctg caacggcgcc ggtaaaacga ccgcctccta
     9181 caccatcctg cccgaaatgt taggatgcaa ggagttcgtc aattccgacg aaatcgcgaa
     9241 gggattgtcg ccctttaacg ccgataatat cgccgtagcg gtagaggcca gccggatcat
     9301 gtacaggcgc atccgggaat tagtggccgc caacaagacg tttgcattag agacgacctt
     9361 ggccagccgt tcgatagcca aactgctaca gaatgcgcag gaaaagggct actacgtgac
     9421 cctgctctac ttctggctga acacgccgga cttggccgta gagcgcgtac gtaaccgagt
     9481 agcatcgggc ggccacaatg tcaccgaaag caccgttagg cggcgctaca cggcgggcat
     9541 tcagaacctg ttccagctct acatccccat ctgcgactat tggatgatca cggacaattc
     9601 cctctcgccg atggaggtga tcgctaaggg cttcaagaac ggaaagagag agatctataa
     9661 ccctgttgtt tataataaat tggaaactta tgaatgaacg agagttgagc aagtttgaag
     9721 agaacgtggt gaaaggtgcg agtttggcct tccaacgttt ggtgaagaag agaaaggaag
     9781 agaacggcga gctggtcttc gctcgaaacg gacggatctt taaggtgaaa gccgttgatc
     9841 tataattact ctttccctaa caagagggag atctcgttct ttcagccccc ctttttaagg
     9901 caaagcgttt ctctccgggg tgtcggcgta agtgtttatc acgcttacgc cttttttatg
     9961 tccgcacgaa ggcgagatgg ccgattatcc cgcatgtatg ggggcgcatg aagtgctccg
    10021 acgggcatcg aaggggaaaa ccctcagggt tcacagctcc gacgggcgtc gaaggagaaa
    10081 accttcaggg ttcatggctc cgacgagcgt cgaaggagaa aaccctcagg gttcgcggct
    10141 ccgacgggcg tcgaagggga aaaccctcag ggttcacggc tccgacgggc gtcgaagggg
    10201 aaaaccctca gggttcacgg ctccgacgag cgtcgaagga ggaggacgct accggtcctt
    10261 gtgccgccga ttcttgtaga ggggcacgaa gacgatgacg cccgaggcga tgatggtgaa
    10321 gacggtcatg aagtccaccg tcgggctgta ccagaggagc atgtagacca aaaggaacca
    10381 cagaaaaagg atgcacacgg cttgggtgtt gctgatcttg cgacggggca t
//
LOCUS       SEQF2637|AYYD01000760.1 2106 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2106
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1006..1275
                     /locus_tag="SEQF2637_00643"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMAAGLSEIPVAATGGSTAFAASCVTRMWRVMGVRWPIRLLDE
                     ITAIVAPRFLVLVLGVTSTTIVPVLTSVVSFIQLAEAALALVSQP"
ORIGIN      
        1 ccggcgaggg tgtagacctg taccgtctcg ggcgtcggga gggagaggta gagcgtcggg
       61 ccgacggtgt agaccttcgc ctgcggggcg tagggcaccg tgttggcgac ggtcgagagg
      121 acgttcacct cgcagcgggc gacgatgcca ctgccgtctg aggcggcggc ggtgatcacg
      181 gccttaccct tgccgacgat ggtcacgagg gcgtagtcgt cggcgtcggg ggcgaagcgc
      241 agctggggca gtgcggctga cagcgtcggg gtgaagactt gcacggtagc cacggaggcg
      301 ttggagctca tccacaagag acccttgttg cgggcgttgt ccggcgagac gatggcggag
      361 atgagcgccg tggagaggtc gccgttgacg gtgagcgtgg ccgggtcgag ggtgacgtta
      421 gagactttca cctcggcggg tggcacgatg gtgccgtcgt tgccctgctg gtgaatggcg
      481 accttcagct cgtccatccc ttgctgcgtg cggacggtga tcgtgccgtg gcgcatctcc
      541 ttggacgggt tggcggcgag gctgaacgtg aacgagccat tgccgcggcc cacggcgctc
      601 tcgaggcgga tccaatcctc ggtcgtggag ccggcccaga ggcgactcgt cacgacgctg
      661 atcgagctgc cggcgccgtc cgacgggccg acggtgatct cttcggggtt cagcgccagg
      721 tcgtagtcgt attcctcgga tggggtgctg ccggggctgg gcgagggctt gcgttggccg
      781 gcgcgctggg tgagggtgaa ggtgcgttcg gctttgccgt cgtcgctctt gacagtgagc
      841 ttgcccgtgc gttcgacgcc ggactcattg cggtcgaagc ggacgatgac gaggcgcgtg
      901 cccgagccac gtgtggcgtc ggggtgcatc cagtcggggc tgccgctgat cgtccatccc
      961 ttgccggcat agacgttgaa gccgaccgtt ccgccactgc cgcccatggt catggctgcg
     1021 gggttgagcg agattccggt ggcggccaca ggtggctcca cggccttcgc ggcttcctgc
     1081 gtgacgagga tgtggcgggt gatgggggtg cggtggccta tccgtctcct ggacgagatc
     1141 accgcaatcg ttgcgccgcg cttcttggtg ctggtgttgg gggtgacttc cacgacgatc
     1201 gtgcccgtct tgacgtcggt cgtgagcttc atccagcttg cggaggcggc gctggccttg
     1261 gtgtcccaac cgtagtcgct cttgacgttg accgtctgct tgccgccgcc ggtggggaag
     1321 gtgagcatat cggggctgag cgtcagtgtc ggctcgggct tctccttctt gcccgcctgc
     1381 gtcaccttga gcgtgacgtc gcctttatcg gtatggaaga tgatttcccc catccgttcg
     1441 gcgccggtgt tcttttggat gttgaaggcg cagacgcggc tcttttcgtc agaggtagca
     1501 gaggaaggta ctcgctccat ccagctgggt accgtcacct tgttcaactc aaacgcctgg
     1561 ttacagctga gctttacctc cttcttgcct ccgtccgttt ccacctttag ctctttcggc
     1621 tcgagggtga acttggcttc gggctcgggc ttcgcgccgc ctgtctgcgt taccttgagc
     1681 gtgacgtcgc ccaaattcgt tttgaagacg atgttggccg tccgttcggg gccggggttg
     1741 ggatcgaagg tgaacgtaca aataaagagc cccgggcctt tatgccagag ggacggattc
     1801 tgattcatcc agctcggcag cgtcaccttg ttgagctcaa aatcttgttc gctgctaagt
     1861 gtcacctgat gctctccccc cttcgcttcc acctttagct ccttggggtc gagggtaaac
     1921 tcggcttcgg gctccggctc cgcggccgcc tcctgcgtca ccttgagcgt gacgtcgccc
     1981 ttggtggttt taatgatgat ttccccacta cgttcgccgt ggctgttgac ataggtagtg
     2041 aacaaacagc tatatgaatg cgagttgatt tttgcgacct gcacaaacgg attcatccag
     2101 ctcggc
//
LOCUS       SEQF2637|AYYD01000761.1  368 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagggagcca cgccgacggc gagcttgagt ccgcgcttgg ccccctgacg aaaggcgtaa
       61 ccgcgcggat aggtgcccgg aaagagccaa ccgttgccca gggcaaaccc agcggcgccg
      121 gcgatgatga tggacgcaat ctcgacgacg ccgtggagcc agatcgacag cacagactcc
      181 caccccacgc cgtagcggaa gcagaaggct tggaaggtgc cgaccatgat accgttctga
      241 aagagctgaa cgcccgtcgc cacacccgta aaaaggccga ggatgaagat gcggaagcag
      301 acgtagagat tgttcgtggc gatgcggagg aacatcatcc attcgttcga gatgtcatag
      361 acgtccat
//
LOCUS       SEQF2637|AYYD01000762.1  334 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..334
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caactcattg cgcttgacgg gcacggcgtc cattgataga acaagctgta gatgtgggtc
       61 ataggcagag acaatatgcg actttgtatc cggactgagc tttttaacgc cacgcattgt
      121 cttgccgtcg atacagattt ggcgcgtctg ttcatcccac tgtaggagat ccacaatcca
      181 gtttagatag gcctccttga agaccttgtg gggaatgtga cttgcagggc acgattttaa
      241 gtgtgtcgtg ggagggcgta acgtgttcta actcctctcc aaagagctgt ttgtagagct
      301 cacgaatact ggcttcgtgt gccagtgcat aatc
//
LOCUS       SEQF2637|AYYD01000763.1  334 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..334
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caactcattg cgcttgacgg gcacggcgtc cattgataga acaagctgta gatgtgggtc
       61 ataggcagag acaatatgcg actctgtatc cggactgagc tttttaacgc cacgtattgt
      121 cttgccgtcg atacagattt ggcgcgtctg ttcatcccac tgtaggagat ccgtaatcca
      181 gtttagatag gcctccttga agaccttgtg gggaatgtga cttgcagggc acgattttaa
      241 gtgtgtcgtg agagggcgta acgtgttcta actcctctcc aaagagctgt ttgtagagct
      301 cacgaatact ggcttcgtgt gccagtgcat aatc
//
LOCUS       SEQF2637|AYYD01000764.1  398 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..398
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gattatcccg cctatggttg ggcgaaaaac aagggctacc cgacggtcgc ccaccgtgac
       61 gcgatccgtc ggttcggcgt cacgccgcac caccgacgct ctttcgcgct gttgcccgaa
      121 gcaacgcagg gggagattgt gtttggggag tgatccatag cccccacgaa aaaaaaatcc
      181 ttgcaaaggc ctcccgagat gggagtgtcc tctgcaagga tttgcgtata gtccgagggt
      241 ggaagagtcg tatgctattc ccccttcgct tggaaggcta cggcgtacat cttcatctgc
      301 ttgagcatgg agacaaggcc gttggagcgc gtcggggaga ggtgctcntt gaggccgatg
      361 cggtcgatga agtagagntc ggaggcngtg atctccga
//
LOCUS       SEQF2637|AYYD01000765.1 2041 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2041
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(227..841)
                     /locus_tag="SEQF2637_00644"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDRMEKTIVDFLLEDYPKRHGLEAGKLPTIRREKPNSSKFELC
                     DQRETIIQEEGMGDSVILWQGEQVEVIDFEGYIKDNYKEAEEGKVCDFLIVQGDELVL
                     FNEVSRRKPKQRRVKKREAKKQLEASIKRFYEDGENLLDGYKKKVVLFSFRPRSTEQP
                     EEYLVAESKEKFGKPDETNEDLQESFLHGFTFEQRLYPTPYVIE"
     CDS             complement(838..2013)
                     /locus_tag="SEQF2637_00645"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKESIHIQNFGPLRDVRIDDIKPLTVLIGDSASGKSALMKVIAM
                     MRYIYKKVNIRAYLKNSHISKTPFRVRFDSLLHDGMKEMLTSQTEIEYIVTCLGKREY
                     KITYKEKLEANIGVENTDLVFFKEAFVAETRSLVPMWYTRGASIRGDLGFLFHETFND
                     FFQAVDRIKEQPLNYIDMKMQVVKGPWRKELFVVPNDGHHKPIKLHHASSGIQTSAPL
                     MSIMRYFAREFSFSAAFRRSVLDTLTDDNITKFRPEVNPEDLKKFVHLHIEEPELSLD
                     PKTQCLFINDLIREAFYRGDNKCPDDGRQLGLMFATHSPYILNHLNVLLKASYYEKAR
                     ERYPYINPDEIAAYRMDDGEVEPLMAIDNKTEHHVINTIDLSETMEDIFDDYVSINE"
ORIGIN      
        1 gcgtagtccg agagggcgat ggtggcttca ccgtcgacgg tgggcaggct gaagtccggc
       61 gcctctgtgc cgacagcaag gagggccgaa ttgtccggtt tctcgtgttg cgcatggagc
      121 gccagtgggg cgacgaacgc gataaacgct aagagtatcg ccgcaaaagg aaagcgtttc
      181 gtttgcattg cgtgtatgtg tttgggggtt atgtgcatat ataaaactac tcgatgacgt
      241 agggcgtggg gtaaaggcgt tgctcgaagg tgaagccgtg gaggaagctc tcttggaggt
      301 cttcattggt ttcatctggc tttccgaact tctcttttga ttctgctacc agatattcct
      361 ctggctgctc ggttgagcgt ggtcgaaaag agaatagcac cactttcttt ttatagccat
      421 ccagtaggtt ctctccgtcc tcgtaaaagc gtttgataga ggcttcgagt tgtttcttgg
      481 cctctctctt cttaacacgc ctctgtttgg gtttacgtct actcacctca ttaaatagaa
      541 caagttcatc gccttggacg ataaggaagt cgcagacctt gccttcttct gcttccttgt
      601 agttgtcttt gatgtaacct tcaaagtcga tcacctcgac ctgctcgccc tgccatagga
      661 tcacagagtc tcccatgcct tcttcttgaa tgatcgtttc tctttgatcg caaagttcaa
      721 acttcgagct gtttggcttt tcccgtcgaa tcgtagggag cttaccagcc tccaagccgt
      781 gacgtttggg ataatcctcc aacaggaagt ctactatcgt cttttccata cggtctttca
      841 ttcattgatg cttacgtagt catcgaaaat gtcctccatc gtttctgaga ggtcaattgt
      901 attgatcaca tgatgctctg tcttgttgtc gatggccatg agaggttcga cctctccgtc
      961 atccatccga tacgcggcga tctcgtccgg attgatgtag ggatagcgct cgcgggcctt
     1021 ttcgtagtag gacgctttga ggagcacgtt gaggtggttg aggatgtagg ggctgtgggt
     1081 ggcgaacatc agaccgagtt gccggccgtc gtccgggcat ttgttatctc cgcgatagaa
     1141 ggcttcgcga atcagatcgt tgatgaagag gcattgcgtc ttcggatcga ggctcagctc
     1201 tggctcctcg atatgaaggt ggacaaactt cttgaggtct tctggattga cctcaggacg
     1261 gaacttcgta atgttatcat ccgtgagggt atctaagacg gagcggcgaa aggcagcaga
     1321 gaatgagaac tcgcgggcga agtagcgcat aatgctcatc agcggcgcgg aagtttggat
     1381 accggacgag gcgtggtgca acttgatggg tttgtgatgt ccgtcattag gtacgacaaa
     1441 cagctccttg cgccatgggc cctttacaac ctgcatcttc atatcgatat aattgagcgg
     1501 ctgttctttg atccggtcga cggcttggaa aaagtcattg aatgtttcat gaaagaggaa
     1561 tccaagatct cctcgaatgg atgcaccacg tgtgtaccac atagggacaa ggctacgcgt
     1621 ttcggcgacg aatgcttcct tgaagaatac taaatcagta ttttcgacac cgatgttggc
     1681 ttccagtttc tccttatatg tgattttata ctcccgtttc cctaggcagg ttacaatgta
     1741 ctcgatttca gtctgagacg taagcatctc cttcatccca tcatgtagca gcgaatcgaa
     1801 gcgcacgcgg aagggggtct tgctgatatg ggagttcttg aggtatgcac ggatgttgac
     1861 ctttttatag atgtaccgca tcattgcgat gaccttcatc aacgcacttt ttccgctggc
     1921 cgagtcgccg atgaggacgg tcagaggctt gatgtcgtcg atccgcacat cgcggagcgg
     1981 gccgaagttc tggatatgga tggattcctt catcttgttg ctgtatataa tacgtatagg
     2041 c
//
LOCUS       SEQF2637|AYYD01000766.112505 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12505
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(820..1857)
                     /locus_tag="SEQF2637_00646"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTFLLMIVASACVATEMACMSREAKDPVMQADAKRGETQIDT
                     APSIATPAPEPVRPKVTTETTWSEIVAIPQFKGFGQYILARERIGYKPHMKLADVAKT
                     LPFHRNVDANQAADCINKMIERVDAGRMSYHSIGQDVGLFFFRGRPGAPFAIISAGGG
                     FYYVGSIHEGFPLAMTLSDLGYNAFVLQYRTGGFQIACKDLARGIDYVFKHADEWKVD
                     TADYSLWGASAGAEMAAALGSHGTRHYVPSIVRPRPAAVILCYTEHADYTRHDPPTYA
                     VVGADDRVTKASAMRRRVANLKAAGIDAEVHVYPNLVHGFGMGIGTTAEGWHMGAVKF
                     WEKYIKKDHSK"
     CDS             complement(1961..2260)
                     /locus_tag="SEQF2637_00647"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVGLFLFIVATQRTPSKPLTACPMDILIVAIVTFAINLLLGRW
                     RVRYRKFSPMWWVLIHASIPIVIPLRIGLGVPLWTVPVFITLGVAGQALGARLRW"
     CDS             complement(2310..2657)
                     /gene="rplT"
                     /locus_tag="SEQF2637_00648"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P55873"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L20"
                     /translation="MPRSVNHVASRAKRKRILKLTRGYYGARKNVWTVAKNTWEKGLT
                     YAFRDRRNKKRNFRALWIQRINAAARLEGLSYSRLMGGLREAGIEINRKVLADLAVNH
                     PEAFKAVVAKIAK"
     CDS             complement(2769..2966)
                     /gene="rpmI"
                     /locus_tag="SEQF2637_00649"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P55874"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L35"
                     /translation="MPKLKTNSGAKKRFALTGTGKIKRKHAFKSHILTKKTKKQKRNL
                     TATGLVDRANVRSVKEMLCMK"
     CDS             complement(3005..3640)
                     /gene="infC"
                     /locus_tag="SEQF2637_00650"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P48516"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-3"
                     /translation="MRNDKLKDQYRINDRIRVPEVRLVGENVTNGVYPIEKALQIAES
                     HEMDLVEISPNADPPVCRITDYQKFLYQQKKRQKEQKAKSVRVVVKEIRFGPQTDDHD
                     YNFKLRHAKEFLDEGAKVKAYVFFKGRSILFKEQGEVLLLRFANDLEEYAKLDQMPVL
                     EGKRMTIMLSPKKSVSSKAAAAKQQAAAVQKATKNADDTQPTESADSDEEE"
     CDS             complement(3697..5655)
                     /gene="thrS_1"
                     /locus_tag="SEQF2637_00651"
                     /EC_number="6.1.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56881"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine--tRNA ligase"
                     /translation="MIKVTFPDHSVKEFAEGTTSMQIAESISPRLAKEVLAAKVNGTV
                     WDLTRPLNEDAQVELLKWEDEGGKHTYWHSSAHLMAEALQQLYPDVKFGIGPAIENGF
                     YYDVDLGDHTITDEDFSRIEARMQELAARAEPIVRRSISKADAMKMFGDRGEVYKTEL
                     ISELEDGKISTYTQGSFTDLCRGPHVPDTSYIKAVKITSVAGAYWRGDEKRKQLVRLY
                     GITFPKKKMLDDYLTMLEEAKKRDHRKVGRELELFTFSPAVGAGLPLWLPRGTQLRLK
                     LEEFLKQIQKKYGYKQVMTPHIGSKHLYVTSGHYAKYGKDSFQPIHTPQEGEEFLLKP
                     MNCPHHCEIYKSFPRSYRDLPLRLAEFGTVYRYEQSGELHGLTRVRGFTQDDAHIFCR
                     PDQLKDEFLKVMDIIFIIFKALNFESFEAQISLRDPNNKEKYIGSDENWEKAERAIIE
                     ACEEKGLPAKVELGEAAFYGPKLDFMVKDAIGRRWQLGTIQVDYNLPERFELEYTGED
                     NQKHRPVMIHRAPFGSIERFVAVLIEHTGGKFPLWLTPDQVVVLPVGERYNDYAHRVA
                     KELEQHDIRVLVDDRNEKIGRKIRDNELKRIPYMLVVGEKEQESNSVSVRKQGEGDKG
                     VMEISTFAALLTDEVNDMMHRWEKEQIN"
     CDS             complement(5963..6715)
                     /gene="lpxH"
                     /locus_tag="SEQF2637_00652"
                     /EC_number="3.6.1.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44046"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2,3-diacylglucosamine hydrolase"
                     /translation="MKKIYFASDAHLGNRYAADPMADEKRLVRWMDRIAPDAAAIYFL
                     GDMFDYWYEYRYVVPRGHVRFLGKLAELHDAGVEIHLFIGNHDIWMFDYLPAEVGAVI
                     HRGPLTVELLGRRFFLAHGDEVGYQPRKYRFIQRIFRNRLCQVLYASIHPRWTFGFAR
                     GWSLSSRRKGLADTRRAAAQERNTRSLDAFARTYLQSHPETDFFLFGHLHLMLDRQLT
                     PHTRMIVLGDWMQYFSYAVWDGLELRLLQDEG"
     CDS             complement(6743..7060)
                     /gene="mrp"
                     /locus_tag="SEQF2637_00653"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WJN7"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron-sulfur cluster carrier protein"
                     /translation="MDNEFLRIEEEIVKVLRTVFDPEIPVNIYDLGLVYRVEVDDDKD
                     VTIDMTFTAPSCPAADFILDDVQQKVEGIAGVHGVTINLVFEPEWNKDMMTDEAKLEL
                     GLF"
     CDS             complement(7715..8416)
                     /locus_tag="SEQF2637_00654"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDRLRIKELAEEDRPREKMRLKGAAALSDAELIAILIGSGSST
                     ETAVQLSQRILGTVDNSLGRLARLTVDELMAFRGIGEAKAITIAAAMELGRRKGLTND
                     DADRDTIRSSAEAFRLFHPHLCDLPHEELWAAFTNRSAKVIARTMISRGGTDHTSADV
                     LIVLKAAINNLCAGIVLCHNHPSGDPRPSRQDDALTDRIARAAALLGIQLIDHIILCD
                     KRYYSYADEGRLPHT"
     CDS             complement(8543..9106)
                     /gene="efp"
                     /locus_tag="SEQF2637_00655"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QWR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor P"
                     /translation="MINSQDIKKGTCIRLDGKLYFCIDFLHVKPGKGNTIMRTTLKDV
                     VRGNVIERRFNIGEKLEDVRVERRPYQYLYQEGEEFIFMNQETFEQIPIAKSLINGVD
                     FMKEGQIVDVVSDASTDTILFADMPIKVQLAVTYTEPGIKGDTATNTLKPAKVESGAE
                     VRVPLFINEGDVIEINTQDGSYTGRVK"
     CDS             complement(9233..9982)
                     /gene="truA"
                     /locus_tag="SEQF2637_00656"
                     /EC_number="5.4.99.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P07649"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase A"
                     /translation="MRYFIWLSYTGGAYCGWQRQPNGMSVQQRVEEALATILRQPTLL
                     TGAGRTDAGVHARRMAAHLDTDVPIDDPAGLVGRLNRLLPPDIAVWSLDAVRPDAHAR
                     FSATARTYEYTVTGVKDPFAPPAVHRMVLRGVDFEAMNRAAATLLDYRDFTSFSKLHT
                     DVKTNLCHVTRAEWRRQGDRWTFTITADRFLRNMVRAIVGTLFEVGRGRLSEEGFRHV
                     IEALDRNQAGDSAAAEGLALVEVHYPADIYL"
     CDS             complement(10479..11774)
                     /gene="cbiA"
                     /locus_tag="SEQF2637_00657"
                     /EC_number="6.3.5.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29946"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobyrinate a,c-diamide synthase"
                     /translation="MIPQWLIAATNSGCGKTTFTIGLLRALRRRGLSVQPFKCGPDYI
                     DARYHTRAAGLASVNLDTWMASPDHIQYIYGKYGASADACVAEGVMGLFDGFDKTRGS
                     SSEVARTLGLPVVLVVNARSTAYSVAALIHGFAHFDPRVEVAGVVFNMVASTSHAAYL
                     REACADVGVPCLGCLPRLAELEVPSRHLGLTLDTNFQLEQWIGRVADTVEQHVDLDHL
                     LSVCRRPTPPAGEAPPPMRPIGRVAVADDEAFAFVYRENIARLEQVAEVVRFSPMRDE
                     QLPEADLVYLPGGYPEFHLDALTANTPMRDAIRRYAERGGRILAECGGMMYLCRAVTG
                     MDGVRREMVGILAQDATMEGMRLRLGYRRFELGGTDWRGHEFHYSSVVPSPDAPPSVA
                     QQYNAKGGTVDTPVYRHANVLASYTHLYWGESDIATLFG"
ORIGIN      
        1 ggcaaccaca tggccaaact catgcaaagc agcgctatca cgataaaaga tcagtccatc
       61 tttatacaga tcagccttag ggtgcgctct caaaattaaa aacctgtctg gaattcttat
      121 ccaagagcca aaagatacaa aaaaccttcc ggggattccc atccaagagc aaaaagacac
      181 gaaaaacccg gcgaggattc tcatccaaga gccaaaaggt atgaaagacc tgccggggat
      241 tcccatccga gagacaaaag atacgaaaaa cctatcgagg attactatcc gagagccaaa
      301 agatacgaaa aacccggcaa ggattcccat ccgagagtgt caatgaagca aatcctcgac
      361 aagttttaga tatggagtat atcagagaag caaatctttg ataggttttg agtgcaaagt
      421 gagtcaggga agcatatctt ggtataattt gaggtagaaa aagtacctat gaagcaaatc
      481 ctcgataggt gcttcatcat tttcttttca tggaagcata ttcttggtag atttccgata
      541 ctcttctttt ctcggaatcg aatttatgac agactgataa tcaaaatcta ctcatggaag
      601 tgatttttcg atggatttag ggtataaata ttctcaatga agataaaaaa caccgatatt
      661 ttagatcaaa aaaagaccgg aaagcacaaa gccttccggt cttttgttat gggatagagt
      721 cgcgtcggtc gactcgcctc ctttgcgctt cattttatgc ctgcgtacgg caataaggct
      781 gcgaaaagat ttatctggcg gtcaaagaat gtcattttgt cactttgagt gatccttttt
      841 gatgtatttc tcccaaaact tgacagctcc catatgccat ccttcggcgg tagtaccaat
      901 gcccataccg aaaccgtgaa caaggttggg gtatacgtgc acctcggcgt cgatgccggc
      961 agccttgaga ttggctacgc ggcgacgcat ggcggaagcc ttcgtgacac gatcgtcagc
     1021 gccaacaacg gcgtatgtgg gcgggtcgtg acgggtgtaa tcggcgtgct cggtatagca
     1081 gaggatgacc gcggccgggc gaggccgaac aatgctcggg acatagtgcc gtgtgccgtg
     1141 cgaaccgagc gcagcggcca tttcagcccc cgccgaggcg ccccaaaggg aatagtcggc
     1201 ggtgtcgacc ttccattcgt cggcgtgctt gaaaacgtaa tcgatgccgc gagccaaatc
     1261 tttgcaagcg atctgaaacc cgccggtgcg atactgaaga acgaaggcat tatagcctaa
     1321 gtcactgagt gtcatcgcca atgggaagcc ctcatggatg gatccgacgt agtaaaaccc
     1381 gccgccggca ctgataatag caaacggggc gccgggccga ccgcggaaga agaagagacc
     1441 gacgtcctgc ccaatgctgt ggtagctcat ccgaccggca tcgacgcgct cgatcatttt
     1501 gttaatgcaa tcggcggcct gattggcgtc aacgttacgg tggaagggca atgtcttggc
     1561 cacatcggct aacttcatgt ggggcttgta tccgatgcgc tcgcgagcca aaatgtactg
     1621 gccgaagccc ttgaactggg gtatggcaac gatttcggac caggttgttt cggtcgttac
     1681 cttcgggcga acgggttcgg gggcaggtgt ggcgatcgac ggcgctgtgt caatctgtgt
     1741 ctcgccacgt ttcgcatcag cctgcatcac aggatctttc gcctcgcgcg acatgcaggc
     1801 catttccgtc gctacacacg cggaagcgac gatcatcagt aaaaatgtct ttttcataac
     1861 gagaatttat gggagttgtg ctcccgggtg attgggggaa gagaggattt gggcgtcctc
     1921 ccgatcgtgt tgtgaaatgt aaggcgtgcc ccgccgagga tcaccatctg agcctcgctc
     1981 ctaacgcttg acccgccacg cccaaggtaa taaaaacggg aaccgtccat aacggtacgc
     2041 cgagtcctat acgcaggggg ataacgatgg ggatcgaggc atgtatcagc acccaccaca
     2101 tggggctgaa tttccgatag cgtacgcgcc accgtcccag taacaggttg atagcgaacg
     2161 tcacaatggc aacgataagg atgtccatag ggcaggcggt taagggcttg gatggagtgc
     2221 gctgagtggc gacaataaac agaaagagcc cgaccttcat cgggccgagc tccttcaacg
     2281 atctattttc tcacattatc ttttcatcgt cacttcgcga tcttggcaac aacggccttg
     2341 aacgcctcgg ggtgattgac ggcaaggtcg gccaacactt tgcggttgat ttcgataccg
     2401 gcctcacgca acccgcccat cagtcgggag tacgacagcc cctcgaggcg tgccgcagcg
     2461 ttgatacgct gaatccacag ggcgcggaag ttgcgcttct tgtttcgacg gtcgcggaag
     2521 gcgtaggtca gacctttctc ccacgtgttt ttagctaccg tccacacatt cttacgggcg
     2581 ccatagtagc cgcgcgtaag tttcagaatc cgttttcttt ttgctctcga agcaacatga
     2641 tttactgatc ttggcataag ttcttgtttt tgaatgtcag cgtcatccct tctgcaagcg
     2701 atgatctttg gcgctgattc attcggttag taaaatgata ttctgtcctc tctgttttgc
     2761 ggatcaactt acttcatgca aagcatttcc ttcacgctac gaacattggc gcgatccacg
     2821 agaccggtgg cggtcaggtt gcgcttttgc tttttcgtct tcttagtcag tatgtgactt
     2881 ttgaaggcat gttttctttt gatcttccct gttccggtaa gggcgaacct ctttttggca
     2941 ccggaattag tcttcaactt tggcataatc tactcttaat taatactgta tatcgatgta
     3001 tatatcattc ttcctcgtcg gagtcagcgg attcagtggg ctgggtgtca tcggcgttct
     3061 tggtggcttt ctgtaccgca gcggcctgct gtttagcggc agcggccttg ctcgatacgc
     3121 tcttcttagg cgagagcatg attgtcatac gcttaccctc taagacaggc atctgatcca
     3181 gcttggcata ctcttccaga tcgttagcaa atcgcagcag cagcacctct ccctgctcct
     3241 taaacaggat cgagcggcct ttgaaaaaca cgtaggcctt aaccttggca ccctcgtcca
     3301 aaaactcttt ggcgtggcgg agcttgaagt tataatcgtg atcgtcagtc tgcggtccga
     3361 agcggatctc cttcacgacg actctgaccg acttagcttt ttgctctttc tgccgctttt
     3421 tctgctgata aagaaacttc tgatagtcgg tgattctaca caccggggga tcggcgttgg
     3481 gagagatctc caccagatcc atctcgtggc tctctgctat ctgtaatgct ttttctatcg
     3541 gatagactcc gttagtcaca ttctcgccga ccaaacgaac ttcaggtacg cgaatccggt
     3601 cgttaatccg gtattggtcc ttcagtttgt cgtttctcat cttacctctc gtatccaaat
     3661 gagtaatata tcctcctttt taattgtacg gtgaaatcaa tttatctgtt ctttttccca
     3721 gcgatgcatc atgtcgttga cctcgtctgt taaaagcgcg gcaaatgtag aaatttccat
     3781 tactccttta tcgccctcac cttgtttcct gacagatacg gaattgcttt cctgctcctt
     3841 ctctccgacg acaagcatgt aggggatgcg tttgagctcg ttgtcacgaa tcttacgtcc
     3901 gattttctcg ttacggtcgt ctacgaggac acggatgtca tgctgctcca gctctttggc
     3961 cacgcgatga gcatagtcat tgtagcgctc gcccacggga agtacgacga cttggtcagg
     4021 ggtaagccag agggggaact ttccgccggt atgctcgatc aatacggcaa caaagcgttc
     4081 gatggagccg aagggcgcgc ggtggatcat cactgggcga tgcttctggt tgtcctcgcc
     4141 tgtatactcc aactcgaatc gttcgggaag attatagtcg acttggatag tacccagttg
     4201 ccaacggcgt ccaatagcat ccttgaccat gaaatcgagt ttggggccgt agaaggcagc
     4261 ttcgccaagt tctactttgg ctggaagacc tttctcttcg caggcttcga tgatggcacg
     4321 ttcagctttt tcccagttct catcggagcc gatgtatttc tctttgttgt taggatcgcg
     4381 gagggagatc tgcgcctcga agctctcaaa gttgagcgct ttgaagatga tgaagatgat
     4441 atccatcacc ttgaggaact cgtccttaag ctgatcgggg cggcagaaga tatgggcgtc
     4501 atcttgcgtg aagccgcgga cgcgcgtcag gccgtgcaat tcgccgctct gttcgtaacg
     4561 gtaaaccgtg ccgaactcag ccaggcgcaa aggcagatca cggtaggaac gtgggaaaga
     4621 tttgtatatc tcgcagtggt gcgggcaatt catgggcttg agaaggaact cttcaccctc
     4681 ctgcggcgtg tggataggct ggaaagagtc cttgccgtat ttggcatagt ggccggaggt
     4741 gacgtagagg tgtttgctgc cgatgtgagg cgtcataacc tgcttgtaac cgtacttctt
     4801 ctggatctgc ttgagaaact cctccagttt gagtcggagc tgtgtgccac gagggagcca
     4861 cagaggcaga ccggcaccta cggcaggtga gaaggtgaac agctctagtt cgcggccgac
     4921 cttacgatgg tcgcgcttct tcgcctcctc gagcatggta aggtagtcgt cgagcatctt
     4981 ctttttcggg aaagtgatgc cgtagagacg cacgagttgc ttgcgtttct cgtcgccgcg
     5041 ccaataggcc ccggctacgc tggtgatttt gacagctttg atgtacgacg tatccggaac
     5101 gtgcgggcca cggcagaggt cggtgaaaga gccctgcgta taggtggaaa tcttaccgtc
     5161 ttccagttcg ctgattagtt ccgtcttgta cacctcgcca cggtcgccaa acatcttcat
     5221 ggcgtcagcc ttggagatgc tccggcggac aatcggttcg gcgcgtgcag ccaattcctg
     5281 catgcgagct tcgatgcgtg aaaagtcttc gtctgtgatg gtgtggtcgc ccagatcgac
     5341 atcatagtag aagccgtttt cgatagcggg gccgataccg aacttaacgt cgggatagag
     5401 ttgctggaga gcttcggcca taaggtgtgc gctggagtgc caataagtgt gtttaccgcc
     5461 ttcgtcctcc catttgagga gttcaacttg ggcgtcttcg ttgagaggtc gtgtgaggtc
     5521 ccaaacggtg ccgttgactt tggccgcgag cacctctttg gccagtctgg ggctgatgct
     5581 ttcggctatc tgcatagagg tcgttccctc tgcaaattct tttacggagt gatccgggaa
     5641 tgtgactttt atcattattg ctatttgaaa atctgtctgc tgtaaatatg ggcgcaaagt
     5701 aaagacatgc gtacggatct gaaaacgggg gccgtaagac gcctccgttt ccattgcaaa
     5761 aagttgcccc tcgaaaaaca ctcccttgat cccattgacg cccctcgtcg gggtgcaaaa
     5821 ccgagcaagg atcgctatcc gacctcccct cacagcggaa aatcggccca gtttttcgaa
     5881 cgataatctc gacagggcga gaaacggggt aaatgtctcg aaagatcacc tctcaccaag
     5941 gaaaaagtga tcgggagcgc ggtcagcctt cgtcttgaag caaacgaagc tcgaggccgt
     6001 cccagacggc gtaggagaaa tactgcatcc agtcgccgag gacaatcatc cgggtgtgag
     6061 gcgtaagctg gcggtcaagc atgagatgga gatgaccgaa gaggaagaaa tccgtctcgg
     6121 gatgggattg caaataagtg cgggcaaagg catcgagcga gcgcgtgttg cgttcctgtg
     6181 cggctgcgcg acgtgtgtcg gcgaggcctt tgcgacggct gctgagcgac catccccggg
     6241 caaaaccgaa cgtccaccga gggtggatcg aggcatagag cacttgacag agtcgattgc
     6301 gaaagatgcg ctggatgaag cggtattttc ggggctggta gcccacttca tcgccgtgag
     6361 cgaggaaaaa tcgacggccg agcagctcca cagtcagcgg accgcgatgg atgacagcgc
     6421 ccacttcggc gggtaggtaa tcgaacatcc aaatgtcatg gttgccgatg aagaggtgga
     6481 tttccacccc ggcgtcgtgc agctcggcca gtttgcccag aaaacgcacg tggccgcggg
     6541 gcacgacgta gcgatactcg taccaatagt cgaacatgtc acccagaaag tagatggccg
     6601 cggcatccgg ggcaatgcgg tccatccagc ggacgagccg cttctcgtcg gccatgggat
     6661 cggcagcgta acggttgccg aggtgggcgt cggaggcaaa gtagatcttc ttcacagagg
     6721 gaaggtcggc ggaggggcag gattagaaca ggcccagctc gagcttagcc tcgtcggtca
     6781 tcatgtcctt gttccactcg ggctcaaaga caagattgat cgtcacgcca tgcacgccag
     6841 cgatgccctc cactttttgc tgcacatcgt ccaggataaa gtcggcggct gggcaactgg
     6901 gcgcggtgaa ggtcatgtcg atcgtcacat ccttatcgtc gtcgacttcg acgcggtaga
     6961 ctagccccag gtcgtaaata ttgacgggta tttcggggtc aaaaacggtg cgaaggacct
     7021 tcacgatctc ttcttctatt ctcaggaatt cgttatccat aatggggtta aaaagtagtt
     7081 atgcaaccct gtgggctgcg cgatttggcg tgccctcggg ggcgacggtt gtttggcctc
     7141 aaggccgggc gggctgcgga ttgagtccgc agtacccttg gcaaaaaagg ctctaaaaaa
     7201 cattcatgca gccctgcggg ctgcgggatt tggcgtgccc tcaggggcga ctttcgtttg
     7261 gcctcaaggc cgggcgagtt gcggattgag tccgcagtac ccttggcaaa aagggctcta
     7321 aaaaacattc atgcagccct gcgggctgtg cgatttaacg cgtcctcggg ggctacgatc
     7381 gtttggcctc aaggccgggc gggttgcgga ttgagtccgc agcaccttag ccaaaaagga
     7441 ctgtaaaaaa tattcatgca accctgcggg ctgcgagatt tggcgcgtcc tcgggggcga
     7501 cggtcgtttg gcctcaaaac caagccagtt acgagctgcg cccgcggtag ctgggcccca
     7561 aagggcgcta aaaaacattc atgcagccct gcgggctgcg ggatttgaca cgtcctcgaa
     7621 agcgacagtc atttggcctc aagaccaagc gagttgcgga ttgagtccgc ggcaccttgg
     7681 cccaaagggg cacgtttcgg agggtgaacg agggttaggt gtgcggcagg cgcccttcgt
     7741 cagcgtaact ataatatcgc ttgtcgcaga ggatgatatg atcaatcagc tggatgccaa
     7801 gtagcgcagc ggcgcgggcg atgcgatcgg tcagggcgtc gtcttgccta ctggggcggg
     7861 gatcgcctga gggatgattg tggcaaagca caatgcccgc gcagaggttg ttgatcgctg
     7921 ctttgaggac gatcagcacg tcggcggagg tatgatccgt gccgccgcga ctgatcatcg
     7981 tccgggcgat gaccttggcg ctgcgattgg tgaaggccgc ccagagttcc tcgtgcggca
     8041 agtcgcagag gtgcggatgg aagaggcgaa aggcttcggc gctgctgcgg atcgtgtcgc
     8101 ggtccgcgtc gtcgttggtg agccccttgc gacgccccag ctccatcgcg gcggcgatgg
     8161 tgatggcttt cgcctcgccg atgccacgaa aagccatcag ctcgtcgacg gtcaggcggg
     8221 caagccggcc gagactgtta tcgacggtgc cgaggatacg ttgcgagagc tgtacggccg
     8281 tttcggtact gctgccggat ccgatcaaga tcgcgatcag ttcggcgtcg ctcagcgcag
     8341 cggccccttt gagccgcatt ttctctcgcg gccgatcttc ctcggccaac tccttgatgc
     8401 gcagcctgtc gtccattgcg cccaatcgtt acgcgttacg aatggcaagt gtctgctgcg
     8461 ggtgattgac aaacggggcg agcatgcgta tgctccccct tgccgcaccc ctatatatat
     8521 aggtatagga cggcgacgcg cgtcacttca cgcgacccgt gtaggatccg tcctgggtgt
     8581 tgatctcgat cacatcccct tcgttgatga agagcggcac gcgcacttca gcgcctgact
     8641 cgaccttggc cggcttcagc gtgttcgtcg ccgtgtctcc cttgatgccc ggctcggtgt
     8701 acgtcacggc cagctgcact ttgataggca tgtcggcaaa gaggatcgtg tccgtagagg
     8761 catccgaaac gacgtctacg atctgacctt ctttcataaa gtctaccccg ttgatcagcg
     8821 acttggcaat agggatttgc tcgaaagttt cctgattcat gaagataaac tcttcgccct
     8881 cttggtaaag gtactggtac gggcgacgct ccacgcgtac gtcttcgagc ttctccccga
     8941 tgttgaatcg gcgttcgatc acattgccgc gaacgacgtc tttcagggtc gtgcgcatga
     9001 tcgtattgcc tttcccgggc tttacgtgaa ggaagtcgat gcagaagtag agcttgccgt
     9061 cgaggcggat acaggtccct ttcttgatgt cttgagagtt aatcattttc ttattctgtt
     9121 attactgtaa atcgttgaaa attaaaccgg ccgcaaaagt agaccaatct cgcaaaagtc
     9181 aaaagccgct tccggagcgg gatctgaggc gccgagaagg aggcgatcgg gactaaagat
     9241 agatgtcggc cggatagtgc acctcgacga gtgcgagacc ttccgccgcg gccgagtcgc
     9301 ccgcctgatt gcggtcgagg gcttcgatca cgtgtcgaaa gccctcctcg ctcagtcggc
     9361 cacgccccac ctcgaagagg gtgccgacga tggcgcggac catgttgcgc aggaagcggt
     9421 cggccgtgat cgtgaacgtc cagcggtcgc cctggcgtcg ccattcggcc cgtgtcacgt
     9481 ggcagaggtt ggtcttcaca tcggtgtgta acttgctgaa agaggtgaag tcgcgatagt
     9541 ccagcagcgt cgccgcggcg cggttcatag cctcaaaatc gacgcctcgc aagaccatcc
     9601 gatgtacggc cgggggcgcg aaggggtctt tgacgcccgt cacggtgtac tcgtaggtgc
     9661 gcgccgtggc cgaaaaccgg gcgtgggcgt cgggccgcac ggcgtcgagg ctccacacgg
     9721 cgatgtcggg cggtaggagt cggttgagcc gacccaccaa cccggcggga tcgtcgatcg
     9781 ggacgtccgt atctaagtgt gccgccatgc gtcgggcatg cacgccggcg tctgtacggc
     9841 cggccccggt gaggagcgtg ggctgacgaa ggatggtggc cagggcctcc tccacgcgct
     9901 gttgcacact catgccgtta ggctgtcgct gccagccgca gtaggcgcca ccggtgtatg
     9961 atagccaaat gaagtatctc attgaaaggg aaaaatgaaa agctaaaaac gaaatatggg
    10021 atggggtatc gggcaaatgt tctcttcaaa aaaatagatg ggatgtgctc gggtaggggc
    10081 gtattgcata cgccccttga gcggccccgc aaggggacga atgattgatt ccaaagagag
    10141 gcgtcttttc tattctcacg accttctttt cttgtcttga tacaagaaaa gaaggcaaaa
    10201 gaaaatcaag gcctcaccga ggccggggaa gttggccggg tacatgtagg aatgaaaaac
    10261 gtgtcggccg gcaggcggta ggggcgtatt gcatacgccc ctcagacgtt tccggtagga
    10321 aacgaatttt tgtatcaccc taaaatgtat ttctcctttg gatcattcgc ccccttgcgg
    10381 ggccgtccaa gaggcgtatg caatacgccc ctacatccgg gtacccgcca aaaaaacacc
    10441 tccgaaattc attgctatga atcattaacc ctcctcccct atccgaacag cgtcgcgatg
    10501 tccgactcgc cccagtagag gtgggtatag ctggccagaa cgttggcgtg acgataaacg
    10561 ggggtatcga ccgtgccgcc cttggcatta tactgctggg cgacgctggg cggggcgtcg
    10621 ggcgagggaa cgaccgagga gtagtgaaac tcgtggccgc gccagtctgt cccgccgagt
    10681 tcgaaacggc gatagccgag gcgcagccgc atgccctcca tcgtggcgtc ctgagcgagg
    10741 atgccgacca tctcccgccg cacgccgtcc atccccgtca cggcgcgaca gagatacatc
    10801 atgccgccgc attcggcgag tatccggccg ccgcgctcgg cgtagcgacg gatcgcgtcg
    10861 cgcatcgggg tgttcgccgt gagggcgtcg agatggaact cggggtatcc gcccggcagg
    10921 tagaccagat cggcctccgg cagctgttcg tctcgcatcg ggctgaagcg gacgacctcg
    10981 gcgacctgct cgagcctggc gatgttctcg cgatagacga aggcaaacgc ctcatcgtcg
    11041 gccacggcca cgcgtccgat gggtcgcatg gggggcgggg cctcgccggc ggggggcgtg
    11101 gggcgacggc agacgctgag caaatgatcc agatcgacgt gctgctccac ggtgtcggct
    11161 acgcgcccga tccattgttc gagttggaaa ttcgtatcga gcgtcagccc gagatgtcgc
    11221 gaaggcacct ccagctccgc cagccgaggc aggcagccga ggcaaggcac accgacgtcg
    11281 gcacacgcct cccggaggta agcggcatgc gacgtcgagg cgaccatatt aaagaccacg
    11341 ccggccacct cgacacgcgg atcaaagtgc gcaaagccgt ggatgagagc cgccacggag
    11401 taggccgtcg aacgggcatt gacgacgagc acgaccggca ggccgagcgt ccgcgccacc
    11461 tcggacgagc ttccgcgcgt cttgtcgaag ccatcaaaaa gccccatcac gccctcggcc
    11521 acgcacgcat cggccgacgc gccgtatttg ccatatatat attgtatatg atcgggcgac
    11581 gccatccaag tgtcgaggtt cacggacgcc aggcccgcgg cccgggtgtg atagcgtgcg
    11641 tcgatatagt ccggcccgca tttgaagggt tgcacggaga gcccgcgtcg ccggagtgcg
    11701 cgcagcagcc cgatggtgaa tgtggtcttg ccacagcctg agtttgtggc cgcgatgagc
    11761 cattgaggaa tcatatctgt agaaaatgta gggcgccgcg tcagtgcgcc gccgggttgt
    11821 tcaaaattgc ctgcaaaaga agcgcacgcg cagcgatatt gaagccccca ccagacaaat
    11881 atcggtcagc gaccggcgga gcgaagaaat tctaagcagg tatcaggctg taggggcgta
    11941 ttgcatacgc cccccgaacg ttcccgcaag ggaacgaagg attgattcca aaaagaggcg
    12001 tcttttctat tctcaagacc ttcttttctt gtcttgatac aagaaaagaa ggcaaaagaa
    12061 aatcaaggcc tcgccgaggc cgaggaaatt agccgagtac atgatcggtc ttaaaaatgt
    12121 accaagaaaa acttccctgc cccggcaggg gccttttctt ccatcaaggg aagaaaagaa
    12181 gattatgagg gcaagaaaaa aacgcctatt ctcggtatcg attattcgta tcctaccaaa
    12241 aaacacccaa gaggcgtatg caatacgccc ctacagcctg ccggccgatg ggtttcgcat
    12301 tccgccacac gacatgacgt aaaacccggc gggttttgga ctctgccaca cgacatagcg
    12361 cgaaacccgg cgagttttgg actttgccac acgacatagc gtaaaacccg gcgggttttg
    12421 gactttgcca cacgacatag cgtaaaaccc ggcgggtttt agactttgcc acacgacata
    12481 gcgcgaaacc cggcgggttt tactc
//
LOCUS       SEQF2637|AYYD01000767.1  364 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..364
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggttattcg ttccatagat ggaacgtttg tggggcgtat gcaatacgcc cctaccgtgt
       61 taccggaaaa cgtatcgcgt tttcgagata taacgatcta ataatctgaa aacgcattga
      121 ttttttgaga tccaatgtag gggcgtattg catacgcccc accggacgac atcccgagga
      181 tggcaaatgc gcaaaacgta tcacgttttt ggggatataa cgatcgtata atctgaaaac
      241 gcaccacgtt ttggggacat aacgatctaa acgtatggaa acggtacaaa aaaacggcac
      301 ctcctctcgg gagatgccgt ttgcgatatg gaatcaggcg ggtgtatcga cttatctttc
      361 cgtt
//
LOCUS       SEQF2637|AYYD01000768.1 2444 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2444
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             8..337
                     /locus_tag="SEQF2637_00658"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVKKTVDGVSSERTYSAGQKVESFNESPKRVTFSADGNSVFEY
                     ENGKTDGPFEYTVEGNQIKRMIMVAVLTYDYKVTPSGELQLVNSISYARDSHSIVEEY
                     TYYGTKR"
ORIGIN      
        1 caaccgggtg aaggtcaaaa agaccgtcga cggtgtctcc tccgagcgca cctattcggc
       61 cggtcagaag gtggagtcgt tcaacgaaag cccgaagcgg gtgacttttt cggccgacgg
      121 aaactccgtg tttgagtatg agaatggcaa gaccgacgga ccgtttgagt atacggtcga
      181 aggcaaccaa atcaagcgaa tgattatggt cgccgtcctc acctatgact ataaggtgac
      241 gccgtcaggt gaactccaat tggtgaattc cattagctac gctcgtgatt cgcattccat
      301 tgtagaggaa tacacgtatt acgggacgaa gcgataagaa aagcgcgcct tgtagcctgt
      361 ttgatgccct cccattgtgc ggggcgttct ctctctttcg aacagcttca aggcatatca
      421 actaatagaa aatagaatac agtatgaaac agttattact caggttcgta ggcgccttag
      481 ccctactctt cctgttcagt aaccagcttt tctcgcaagg ccaatcgacc acgcagggaa
      541 aagacttctg gttgagcgat ggccagaatt atcagctctc accctcagac aacatgttgc
      601 aattaagggt ggtggcaaca aagccaacga cagtgacgct gacgtttacg ctggatggta
      661 cgacagagac attcaatgtg gccgctggtc aggtgtatac gcgtacgttc aatgcctcgg
      721 aggctgctaa agtgtacagt aatgctacgg gtacttccaa caagacgctg catatcacct
      781 ctaatgagtt gatctccgta tttgcaatca gtatctatca agcgactacc gatgctacca
      841 atgtgttacc tgcaaccaac tatggtaagg cctatcgcca tatgagttat aggtcgatgt
      901 caggtaccgg agatggatat acgctcgttg ctatagaaga caatacgcag ataaaagaga
      961 atgacgtagt gcttgccact ctgaataagg gacaggtgta tagtaagtat gtaactggtg
     1021 gcgatatgac gggtacgctg attacgtcag ataaaccgat tgcctatttc acgacgaact
     1081 cttgtgtgaa cgtacctcaa ggagctgctg cctgtgactg cttgttccag caacaggtgc
     1141 cggtgcactc atggggtagc acttttcttg ttccggttac caggcgtggt aaagagcgca
     1201 ttcgtgttgt tgcttcgcaa gatggtacga cgatcacaca gacaggtgcc acgattatat
     1261 ccagtccagg tacgggtagt ttggtgaatc tgaaggccgg ccagtttgta gaattagagg
     1321 ctgttctgag tgccggagga tgttatattc aatcggataa acctgtagct gtcgcttcgt
     1381 ttttaacagg aacaacatac agtgggttct cttatgcgct tggtgacccg gctatggctt
     1441 gggtgccgcc gatcgagcag acggtaatga atgtggcgct tgctcccttc gtagctacgg
     1501 gaacatctgt attgaaggag catcatgcgt taatcgttac cccgacagca acaagagaag
     1561 ctacgacgat gaccattggt gcaggtgttc cccaggcgct ttcaggcgga acatggacgg
     1621 agaatgctgc ttcgggcttt tcgttctatt cgatccccct gacggatgta aatgctacct
     1681 actacttcga aaatgcagcg ggtctctctg tgatgggata cggtttaggt gcagcggagt
     1741 cttattacta cctcgctgcc tcttctgcac gtcaattgaa tccggctttc tacttcaacg
     1801 acatccactt tgaggacgcc aacgagcaga cttattgcgc aggtgagttc aaggtgaaag
     1861 gcgttgcgca attgcaactc caatccggat cgggtgccat cacttggttt gtcgacggtc
     1921 aggagcggac agatgcacgt gacaagttag aatggacgat ccagtcgctt ccgcttgatg
     1981 tacagcatga gatcaagatg gtcgttaaga cctcatacaa cgagaccatg acgctgacga
     2041 ccaagatcac ggtggtcaat ccccagaatc tcaagattac aggcgatcgc ttcatctgcc
     2101 cgccggcaca gtcggtgacg ctgaaggctg gcgatggtcc tgcacgttat cagtggtatc
     2161 tgaatggcaa tccgatcacg ggtgcaacgc aaaaagagtg gacggttacc cgtcagaatg
     2221 ccggtcaata caccgtaatc ggtttttacg gcacatgtca atctccgctg agtgacactg
     2281 tgaccgtggt agacggctgc aacgctacgc tcgacgtgac ctacaacggt aacggtggaa
     2341 ccggtgcggc tccgacggac aacaacctct acaacgccaa tacgcaggtt gaggtgaaag
     2401 attccggtag cctcgttcgt acgggtgcag cattcgtcgg ctgg
//
LOCUS       SEQF2637|AYYD01000769.1  334 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..334
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(82..270)
                     /locus_tag="SEQF2637_00659"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVPAKGNELDAICRLLDELDVTDALITIDAIGCQHDVAEPIL
                     EAGGDYVLQVKGNQPTLL"
ORIGIN      
        1 ttcaatgcgc ccgtgctcca aaccctcctc tttgttcacc gtgtaacctt tagatatgtt
       61 tgggaaactg tcctccagtt cttatagcag ggtcggttga ttgcctttga cctgaagcac
      121 gtaatcgcct ccggcctcca atatcggctc tgccacgtcg tgctgacagc cgattgcatc
      181 gatggtgatc agggcgtcgg tgacgtcaag ttcatccaaa agccgacaaa tagcgtccaa
      241 ctcattgccc ttggcgggca cggcgtccat tgatagaaca agctgtagat gtgggtcata
      301 ggcagagaca atatgcgact ctgtatccgt gtct
//
LOCUS       SEQF2637|AYYD01000770.1  460 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..460
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcaaggagc gctacgccgg ccgcctctcg gacggcgagc tgagcttcct cgctcgcgcc
       61 tccgaacgcc acttcaacga acgtcccttc ctcgaccatg cctgttacct cttcctcacc
      121 aagaccacgc gccagcacat ggctcggcag agcaacttct cctcgctttg ccgcggcacg
      181 atcctaccga aggaagtggg caaccgcgag gaggtggcca agttcatgga ggccgtcgac
      241 cagtttgagc ggatcatcaa cgacgacgac cgcatccgcc ttacacgcat gaccgaggaa
      301 gaacttgtcg gcacgaagga gaagagcggt ttgcttgacc gttacttctc actctccgac
      361 acgggtcacg cctcactcga ggacatccgc ctcggtgccg atctcgtccg ggtgggcgac
      421 aatcggctct gcctgcacac gctcagcgac accgacgacc
//
LOCUS       SEQF2637|AYYD01000771.1  369 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgggctttc tccggtataa taaaaatgaa gcccagggcg gcgcttccct ctccccgcag
       61 cctgcgggag acgtccgtag ccccgccatg atctccccgc aacttgcgta gaatgggcgt
      121 cgccctacaa ttgtctcctg caagttgcgg gggatgttcg tagccctacg gaatatctcc
      181 tgcaagttgc agggaatgtt cgtagcccta caattgtctc ctgcaaactg caggaaatgt
      241 tcgtagccct acaatcgtct cctgcaaact gcaggaaatg ttcgtcgccc tacggagtat
      301 ctcctgcaaa ttgcgggaga tgttcgtagc cctacaattg tctcctgcaa actgcaggag
      361 atgttcgta
//
LOCUS       SEQF2637|AYYD01000772.1  282 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..282
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcctcctgg aggccgcaga cgccacccta cccatctatg agcggatccg cttcctctcc
       61 atctacgcct ccaatctgga ggagttctat gagatacgcg tggccgatca gcgcggcgct
      121 atcatgaaaa agaattaccg cgccgacaat tctgagaagg ctgaggagac gctcaacgag
      181 atcaccaccg aggtgaaccg tcagcagcag gacttctaca gcatcttcaa cgacggcatc
      241 ctgcccgagc tgcgtcgcca gcgcgtttac ctctatcaga cg
//
LOCUS       SEQF2637|AYYD01000773.1  351 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             65..259
                     /locus_tag="SEQF2637_00660"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAFALYALVIFRFMHSRGISYVNNILISLCPNILDTLSIDIPSA
                     RVICEAKVWRAMWKVNRLGM"
ORIGIN      
        1 ggtggagctg cgataacagt actctttgga cttttaaaag atgtcacaaa cactcgatac
       61 gcctatggcc tttgctttat atgctttggt tatatttcgc tttatgcatt caaggggtat
      121 aagttacgtt aacaacatct tgatctcact atgccctaac atcttggaca cgctctcaat
      181 tgacatccct tcggcgaggg tcatttgcga ggcgaaggtg tggcgggcca tgtggaaagt
      241 caaccgttta gggatgtgac aaagcgcagc gatcttcttg agatggatat tgacggtgtc
      301 gcagccgggg atcggaagga ggtagccccg gggcggttcg tgacgaaagg c
//
LOCUS       SEQF2637|AYYD01000774.1  461 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..461
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgtcacgat gtgaagggct acggactcgg tctttaccac gtccgacaga tcgtggagcg
       61 ccatggagga cgaattaccg tgttgcctcg accgcgtggc ggttcaatct tcaaaatcga
      121 gatcccgaga taaattatac atcctatcag acaatggaaa atcaaagaaa tcccagcatc
      181 ctattggtgg aagacgaacc cgcgctggca ttgatcatta aggacacgct ggaaggcgaa
      241 ggatttcagg tcacacatac ctccgacggg ttgcatggcc tggattgctt cgcgcgttgc
      301 cgacctgacc ttgtggtggc tgacattatg atgcccggaa tggacggctt cgagatggtc
      361 cgtcgtatgc gccgcgtcga caccaccacg ccgatcctgt tccttaccgc gcgctcgtca
      421 ttgaacgatc tggtcaaggg gtttggcctc ggcgccaacg a
//
LOCUS       SEQF2637|AYYD01000775.1 1194 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1194
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(76..723)
                     /locus_tag="SEQF2637_00661"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSCINTYAQLGYQYGSEYIYLKPDRTMYFIQTKDVVSERTMED
                     TLSVRQQQKIVKSFDKISTNRFLVVSAEEAVANTLGYVSDVYRNPDQCKIVVLPRIVL
                     SMKEGRMIDPILEKFYGKVSVEQKDGSRYILRCHLNHSKDVLDVIATLNTLNEIEWCE
                     PEMLSDYKLDNPLYSAQYYLKNTGQNGGIRGIDINAEPAWQITNGSPNIKVAVIP"
     CDS             complement(753..866)
                     /locus_tag="SEQF2637_00662"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWYVLELSGMRNGVALPQQTIDGLNMLEKLNLVMINV"
ORIGIN      
        1 tctgacatat ccaagtgttt tgagaacttt gtttctcaga cacttggagt tcttacaaga
       61 atttatgctg cggaattaag gtattactgc aacttttata ttggggctcc cattcgtgat
      121 ctgccatgcc ggctcggcat tgatatcaat acctctaatt ccaccattct gtccggtatt
      181 ctttagatag tattgagcag aataaagcgg attatccaac ttgtagtctg ataacatttc
      241 tggttcacac cattcaattt cgtttaaagt gttcagcgtt gctatcacgt ccaatacatc
      301 tttggaatga ttcagatggc atctcaggat atacctagat ccatcctttt gctctacgga
      361 cacttttcca taaaacttct ccaagatggg atcaatcatt cggccttctt tcatagaaag
      421 tacaatccga ggcaaaacaa caattttgca ttgatctggg tttctgtata cgtcggaaac
      481 ataacccaat gtatttgcaa ctgcttcttc tgctgaaaca acaagaaatc ggttggtgga
      541 aatcttatcg aatgacttta ctattttttg ctgctgccga acactcaagg tatcttccat
      601 cgtcctttcg cttacgacat cctttgtctg tataaaatac atcgtgcggt cgggtttcaa
      661 atagatatat tccgatccat actggtaacc aagctgagca tatgtattta tgcacgagag
      721 cattaataca atggctgata tgattctttt catcacacat taatcattac aaggttcaac
      781 ttctccaaca tattgaggcc atcgatggtc tgctgtggca gggccactcc attcctcata
      841 cctgataatt ctaaaacgta ccacatctcc gatttttagt ttgggactaa aatcacctct
      901 attaaaggta atggtagaac ctatagataa atctccgcca aatcgaggag tagacgtgat
      961 ttcgataatg ttatattgct caagtccaat gccaaccaga gtgagcactt ttccagtata
     1021 gcattgggag acgtcttttc ctttttcgca ccctccacct gccagtagaa gaaagagagc
     1081 gctaatccac aaaatgaact tcgccttcat ttctcatcat gttttccgtt aatcacaaac
     1141 tccgcattcg gatcgattta tctcgctgcg cctccagggt gcggttccta aggg
//
LOCUS       SEQF2637|AYYD01000776.1  773 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..773
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(355..720)
                     /locus_tag="SEQF2637_00663"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLLIEIDGLPVHLTRWLHIGLRVGWHGRLILPVQGEDGYALRG
                     KSDGFRFDRFRQPAPVDFLIKTGCHIGGNPCFQVARDAFDSTRVDVDWGRLSVSICTD
                     AIGRGNVMIAFGKQGVFRE"
ORIGIN      
        1 tacgatcggg cgtacagcaa gggtaaagac gcggcgaagc gggaggccac gcgcgccatc
       61 cacaattact ttttcgtcaa ggggcttgac tgccttcgcg agggcggatt gctggccttc
      121 atcacttccc gcggcgtggc cgacagcccg acgaatgccc ccatccgcga gtacctgatg
      181 gagcatagta ggctcgtctc cgcgctccgt ctgcccgacg ggatgttctc agaaaacgcg
      241 ggaacagagg tcggtagcga tctccttatc cttcaaaagg agacggggaa ggggatgcaa
      301 aacgagtggg aacaactttt cacgcaaagc gtttccatcg aatcgagcgg agagtcattc
      361 acggaaaacg ccctgtttgc cgaaggcaat cataacattg ccacgaccta tcgcatcggt
      421 acagatgctt acggaaagcc tgccccagtc tacatccaca cgggtggaat cgaaggcgtc
      481 gcgcgcgact tggaaacacg gatttccgcc gatatggcag cccgttttga tcagaaaatc
      541 taccggagcg ggctgtcgga agcggtcgaa tcggaagccg tcactcttgc ccctgagggc
      601 gtacccgtcc tcaccctgca ccggcaatat gaggcgcccg tgccaaccaa ctcgcagccc
      661 gatatggagc caccgcgtga gatgaacggg cagaccgtct atttcgatga ggagcaccat
      721 ccggtgacgg atcgtgagcg acaggctgaa gccgaggcga gtctgtttgc ccc
//
LOCUS       SEQF2637|AYYD01000777.1  550 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..550
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtattcatct tgcctctacc ttcttttctt gtcttgatac aagaaaagaa ggcaaaagaa
       61 aatcaaggcc tctgccgagg ccgaggaaac tggccgggta catgatgaat ctgaaaaatg
      121 gatcgaggga tagggatgaa tataagatcc atcttaaaaa tgtaccaggg aaaacttccc
      181 tgccccggta ggggccttgt cttgatacaa gaaaagaagg caaaagaaaa tcaaggcctc
      241 tgccgaggcc ggggaaactg gccagatata tgatggaaat agaaaacgtg atgcgttttg
      301 tgtattctcc atcctcggga tggcatccgg tggggcgtat gcaatacgcc cctaccctga
      361 cggtcgaaaa attgtcgcgc ctcaaccttg ctacttagta ggaagtgaaa aacgcgccgc
      421 gtttgggact tgctacctag ttggaagtgc aaaacgcgcc gcgtttggga cttgctactt
      481 agttggaagt gcaaaacgcg ccgcgtttgg gacttgctac ttagttggaa gtgaaaaacg
      541 cgccgcgttt
//
LOCUS       SEQF2637|AYYD01000778.1  629 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..629
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(345..614)
                     /locus_tag="SEQF2637_00664"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLFVQLMEGVLKKLERYCASARPTLAGEVYLTGEEVCERLKLS
                     ARTLQEYRSRGLLAFYKIGGKILYKQSDLQAMLDRHYNPIQKLSV"
ORIGIN      
        1 tggagagggt ggagcggagg gagcgggcgc aacaacttcc gccggaggag gatcaaacgt
       61 gcttcttgtc gcctcgatct ctatgggcgg atcaaagaag ggtgactctt ctactgtgcg
      121 ccgtttgacg ccatagtcgc ccagttcctt cagtttggcg gtcaagacag cttgccgttg
      181 ttctgctgtc atcttaccgt ctgcgggcgg atcaaagaag ggcgactctt ccaccttcgc
      241 ctccgcttcc atttccgcct tgcgctttgc ttcggcatag ccgctcatgc cgcccatcgc
      301 ttccagtttg gcggccaatc tagcgcaccg tagttcttct atcgtcatac cgatagcttt
      361 tgaatggggt tataatgtcg gtcgagcatc gcttgcaggt cgctctgttt gtagaggatc
      421 ttgccgccga ttttgtagaa ggccaagagg ccgcggctgc ggtactcctg cagcgtgcgg
      481 gcgctgagct tgagccgctc gcaaacctcc tcgccagtga gataaacttc tcctgcgagc
      541 gtggggcggg ccgaggcgca atagcgctcc agcttcttca atacgccctc catgagctgg
      601 acaaacagct gcatttgagg antttcttc
//
LOCUS       SEQF2637|AYYD01000779.1  348 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..348
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgttgagacg ctatcgtgtc gcacgacggg acctaaatgg ccattgagac gctatcgtgt
       61 cgcatgacgg gacctaaatg gccgttgaga cgctatcgtg tcgcacgata gggcctaaaa
      121 gttctgagag gcgccatcgt gtcgcacgat ggggcctaaa agttcagaga ggtgccgtcg
      181 tgtcgcacgg gtggggtcgg gcctacatga cgcctgccac gcccggcggt tgtgcagcct
      241 ctttatcggt ctacttttgc ggccacgata agtaaacagc acactacata caacataaca
      301 catgaagcaa tcaatgaagc gaggcacact gtgtgtgcaa ggtggctg
//
LOCUS       SEQF2637|AYYD01000780.1  360 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..360
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cccgaacgct tccccgtcaa gcagcaccgc acgaagaccg tcgaccgtta ctttcattat
       61 ttctacgtca ccacgggcga cgatctcttc ctccatcgcc ggccagcggg cgacatctgg
      121 caaggcctct tcgagctccc gctcatcgag acgtccgccc ccgccgacct cgacgcgctc
      181 atgcgtacgg acgacttccg cgcgctcttc gccgacacgg gcaacacgca gtttgcgatt
      241 gtcgccgccg acgtccgcca cgtgctcacc caccgcatcc tccacgccac ctgctacctc
      301 gcccgcatcc aacacccctc cgaggccctc ctccgcctca cccacacctc gcgcgccgag
//
LOCUS       SEQF2637|AYYD01000781.1  355 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..355
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gggatgatct gatccgtgtc gacgttctcg agcggaaggg ggacgcaggt gctgcggagg
       61 atggtgaatt tttcgttcat aattgtttgg cgaggggggt gaataaatag gatgaaaaat
      121 cggaggcccg ttagggggtg ataaggatat accagatgat gggtaatccc ccacggacgg
      181 tcatcctata tataaatgta tagggtgtgg cctcaatatg cgaagttcgc tctaccgaag
      241 gaggtgagga tgaccgagta tgcggggccg tctttgctga tgtcaagggg ttggctgcgt
      301 tgctcataaa cacatagaaa caacagggtt ttggtgcacc ggttactgaa ggaga
//
LOCUS       SEQF2637|AYYD01000782.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttcgtagccc acgccgccgc actccatgat catcagtgcg ggttgcagtt ctacgatttc
       61 tcctttgatg tattcgatca tatgtctatg ggtgttgggg agtagctacg gccttagagc
      121 ctggtgatga taaggggaaa gaagtcatag acctctttcc ttataataag tctcccctca
      181 taacggctaa aggattgaaa aagtatagcg ggagtcgggc tcacatatac cgccggacga
      241 aggcgcggac gcgggcggtg tattcggcgc ggtgatcgtg ataggagagg gcgt
//
LOCUS       SEQF2637|AYYD01000783.1  409 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..409
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgaaggcgc tctaaactat cgcctaccat tttctttgaa aagcgaccgc tccgacaccg
       61 tgtcgggtgg ccgcttttcc attcctgggg gacacacgga gggcccggaa atagtgtatt
      121 tcggagccat gcaagtctgc ggcgaccaga aatagtgtat ttcgggcatt gcaaaacctg
      181 cggcgaccag aaatagtgta tttcggagcc atgcaagtct gcggcgacca gaaatagtgt
      241 atttcgagcg ttgcaaaacc tgcggcagcc agaaatagtg tatttcgagc attgcaaaac
      301 ctgcgacgac cagaaatagt gtatttcgag cgttgcaaaa cctgcggcga ccggaaatag
      361 tgtatttcga ggccatgcaa gtctgcggcg gcccgtcgct gtgtgcgat
//
LOCUS       SEQF2637|AYYD01000784.1  471 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..471
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgttcgacgc cacgctacag gtaaacgctg aaaagcgagg catcgaattc attttcaagg
       61 actccctatc gaacaaagag cgcctgaaat cgtctgccaa agaggctcca gccgttcgga
      121 agaccgaaaa caaaccacaa aaacggggga tcggcaggta aatcatcccc tatttatagc
      181 ggatattaat cgctaacctt tcgagttatg attctacgac aggaagttaa ccagaaagct
      241 ttccacttaa tatcctgtca catgaaatta atcagcaagc ttgctaatta ataccctgcg
      301 gcaggaagtc aactattaac cttaccggtt aataatccaa tccttatatc caccttaaaa
      361 ccatgaccta ccacaaaaaa gaggcactgc aggccaatct cgatgccgtc cgcaccctgc
      421 tggccttaga aaacacgcgc cgcgcgccgt cggaaagcga tcgggcgaca c
//
LOCUS       SEQF2637|AYYD01000785.1  706 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..706
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(172..510)
                     /locus_tag="SEQF2637_00665"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFTFYNPTKKTIKYIYVTVTGYNPVDDRVGTKTLTCVGPILPD
                     ESGSYSFKHVFYSSTMSSAKITGLRVQYMDKSVKIVAQPWRCVFSDEDSQFIEEVTKN
                     LTALEALKSE"
ORIGIN      
        1 cagtcttggg tggcgatgac atactcgtaa tccgtcatgc aacggtttac ggggtcgatg
       61 atggcggcgc cgtcggggac gggaaggctg ccggtgatga agtcgttttg gatgtcgact
      121 aaaaggaggg ctgttttcat ttctgggggt ggattgagat acttaataat attattcaga
      181 tttgagcgcc tcaagggctg tcaagttttt tgttacttct tcaatgaatt gggagtcttc
      241 atcgctaaag acgcagcgcc agggttgggc tacgattttg acgcttttgt ccatgtattg
      301 caccctgagg ccggtaattt ttgcagagga catggtggag ctgtaaaata cgtgcttaaa
      361 gctatagctg ccagattcgt ccgggaggat cgggccgacg caggtcaggg tttttgtacc
      421 cacgcgatca tcgacggggt tgtagccggt gacggtgaca tagatgtact tgatcgtctt
      481 tttcgtcgga ttgtagaagg tgaaactcac agacttcgac tcctcaacat attcttctat
      541 ttataacatg caaacaagaa agtagtacat actagaacga agtactcgac tatattacag
      601 aaaatcggac atcttctgag tttgctccag aaaggaggtg ttccagccgc accttccggt
      661 acggctacct tgttacgact tagccccagt caccagtttt acccta
//
LOCUS       SEQF2637|AYYD01000786.1  449 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..449
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aatgaggtta tggttggcag aaatcaaatc ggccagtttc atgttttccg agaaaagcat
       61 tttatccatt attcgttcaa ttcattcatt gatcacggac gcaaaagtag acctttccca
      121 tcgcatgaac tctcttcggg gcatcgctaa tgatagcgat tttttagctt catctctacc
      181 caataatagg gataggcgcg gatagtgatc cgccccggct tgatggcgac tgcttctcgt
      241 ctcctcgata ggtacctctt ccatccgtgg tactcccaaa cgcttctcgt ttccctattc
      301 acccccgatg gggatcgcct gtggggcgta tgctgttgtg ccctacagcg ggtatatctg
      361 gaaaacgtgc cgcatttctt gattcgatcc cgtggggatc gcctgtgggg cgtatgctgt
      421 tgcgccctac agcgggtata tctggaaaa
//
LOCUS       SEQF2637|AYYD01000787.1  346 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..346
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagtactgta gggtttgtac cggagcgtga cgacggtaat gcaagacgtc agtttgttcc
       61 cacaaactgc gcttgctccc ccggccttgg gggcccaagg gagagggccg taatcacatc
      121 cgttctcatc ggcccgaacc atagaataag caccacagaa aagacctatc tacatggaaa
      181 gacaccccaa tacggaagac aagaagccga acaagaccac ctttatcaag gtcagatgca
      241 cggccgagga gaaggagcga atccgttcga gagccacgaa cgcagggcgg aagtactccg
      301 actactgccg cgagatgttg ctcagcggat ccgtcattgc cgtccc
//
LOCUS       SEQF2637|AYYD01000788.1  584 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..584
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aatagctaat agatcatctg cccgccttca ccgttagaga cggacagaag caataaggcc
       61 ggggccaaca ttcctgaaac aatggagtgc ggctccggcc ttcgttatgt ccggggggcg
      121 gtggtgatgg ttaggataat aggaacagcc ccctctcctg ccggtagggt aggggcgtat
      181 cgcatacgcc ccacatgtat cgggcctcct gatcatacgc cccatgcggg acgttttaag
      241 gggcgtatgc aatacgcccc tacctcccgg taaatcctaa ccgaattacc atgatgattc
      301 gatgtgatga tgaatggggg cgatgtcagt ccattccttg ggcggtattt ttctgctttt
      361 gtgtcctgcc tctcctgccg gtagagtagg ggcgtattgc atacgcccca catgtatcgg
      421 gtctcctgat catacgccct ttgcggggcg ttctaagggg cgtatgcaat acgcctctat
      481 ctccgtcctc gtgtcagcgt gcgtcggcca actgcttggc tatggtgtgc agaccggcca
      541 caatgcgctc gcgttgtcgg gctctggggg tacgattgcc atcg
//
LOCUS       SEQF2637|AYYD01000789.1  411 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..411
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(23..343)
                     /locus_tag="SEQF2637_00666"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYQVAAVYGRSESEPSAVVSFTPTANAEVDAAEPAIYPNPFGD
                     HLTLRAADRVSQIEIFGADGRLLLKQDRPGTTVDTHTLPAGVYLIRLTLNDNSQRTLR
                     GLKH"
ORIGIN      
        1 ggcgtcaggg gtgagcgtca cgtcaatgct tgaggccacg gagcgtgcgt tgcgagttat
       61 cgttcagcgt gaggcgaatc aggtagacgc ctgcagggag tgtgtgcgtg tcgaccgtcg
      121 tgcccgggcg atcctgcttc aggaggagtc tgccgtcggc gccgaagatc tcaatctggc
      181 tgacgcggtc ggctgctcgg agggtgaggt gatcgccgaa gggattcggg tagatggccg
      241 gttcagcggc atccacctcg gcgttggccg tcggggtgaa ggacacgacc gcgctcggtt
      301 cgctctcgct gcgaccatag acagctgcca cctgatagtt caccgtccgc gtcagcgttg
      361 agggatcggt gtagcgcgtc ggtgtggtgc cgacggtggc cagcttggcg c
//
LOCUS       SEQF2637|AYYD01000790.1  438 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..438
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agtgtaagtg ataagaataa ggacgatcaa aattaagaat agatgggaca gaaaataaat
       61 ccgattagta atcgtttggg tatcattcga ggttgggatt ctaactggta tgggggtaat
      121 agttatggag atacattgct ggaagatagt aagatccgca gttatctgaa tacccgtctg
      181 gctaaagcaa gtgtatcacg gattgttatt gagcgtacgt taaaacttgt aacgattaca
      241 gtgtgtactt cacgtccagg tatcattata ggtaaggcag gtgcagaagt ggataagctg
      301 aaagaggaat tgaagaaaat cacagataaa gatgtgcaga ttaatatctt tgaggtgaaa
      361 cgtccggaat tggacgccgt gattgttgct aataatattg ctcgtcagtt agaaggaaag
      421 attgcgtatc gccgtgcc
//
LOCUS       SEQF2637|AYYD01000791.112961 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12961
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(165..1067)
                     /locus_tag="SEQF2637_00667"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRWITVSVITWMMIITTHFAAMAQSELSGIEEDGVWMDWRERM
                     KLLNYTPRYFGPNAFPLSELTDGRIGKRWELELRGEYHEAAGDRTADLFARLFIPIAD
                     GRAGVEMSGVVGETYQMSRTTQLRRHAAERRPPEYCIGDFILRSFYQVVRSDRWLDLM
                     LSANLKTASGXRLADARYTXAASXWFXATAGRXLFXLDGGRIALRLQGMLGFYCWMTN
                     DPVYRQNDALLFGAGLSGXLYNVSFAADYSGFSGYKNAGDHPATYRYKLEYEYRKNIL
                     SLRFRYGVYDNLYDSFSVGYIRCF"
     CDS             1861..2658
                     /locus_tag="SEQF2637_00668"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDEKIFLPDAVQIDVDGISHFSSNEHAGMNDELFILVAKAGEE
                     LLLLPKGLMARWEAAIKAEMGHVKGRRGSELTKQLRELDRERVKMLVNLFDMIRGNRH
                     SPIEAQRKASERLTLKLGRFRRTRRSMSGPLRSVDIESIELHLNELAADVETLGLKKT
                     ADRLHELNERYQAMTRQRTDEALAQKLRPMTELRPLTDEIFAMVRRYVEASYLFAKTD
                     ADRAKIYQLVMTMNRVTAERRAGFRESQTKRRQARLARQKTVMEGQA"
     CDS             2655..3605
                     /gene="ribF"
                     /locus_tag="SEQF2637_00669"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q59263"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibF"
                     /translation="MRTIYDAAKRVDGRKLAATVGFFDGVHAGHRSLIAQLREAAAER
                     GLASAVFTFPVHPRRVLQADYRPQLLDAFEEKLARIGETGVDYCAVLDFTPALARLTA
                     REFIERLAAEWGVSTLVVGYDHRFGRDRAEGFEEYVAHGRAVGMEVVRGVPYLLEDGT
                     AVSSSRIRALLTECRVEEAARMLTVPYRLRGHVVGGQQIGRTMGFPTANLSVDEPLKV
                     LPGDGVYAVRVWLRGTAYRGMLSIGNRPTIGNRPTAVEVHLLGFSGDVYGETIEVEFI
                     RHLRNNRRFDSLDALREQLERDRETVAGLPIDGVGEAERC"
     CDS             3599..4870
                     /locus_tag="SEQF2637_00670"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRKILATVGTRYVIAALNLALMLINSRVLGRHDMGVAGVVFAS
                     ANVAVMLASVLCGNTIVYFMRSKRLSVVASAAYLWALVGSGMACGAMAAVGMLPTGLG
                     GVVFGLAVLLSLVNVHLRVLLGWDRIRAFNAVFLVQGAGLFFVLLGLYYVAGLKNLGG
                     YMRGLFLTNLAAWAVSLVLLLRGVTRPKGGLSVKSWLRDTGEMFRYGLWSSVDNLAEN
                     LSARLNYFFLQRFGGYGSVGLLDVGTRVSESLWHVSHGVSFIAYSEITRATEAERRRL
                     TAVRLLGPTVAVLAVAMGAVLCIPEWVYTEVLFTREFAGIRDVIAGLSVGIVAFGGNR
                     ILSHYFIGTGRVRVSAACSLVGLVVLCVAAAVLVPRWGVTGAAVASSVAYVGMLTFSI
                     VVFLRITGTKVMELLPDPVSIVRQIRARRQG"
     CDS             4911..6308
                     /gene="mepA_1"
                     /locus_tag="SEQF2637_00671"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A7N0"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug export protein MepA"
                     /translation="MAEAKQIQALEQERIPRLLFNYAVPAVVGTVVNSLYNIVDRIFI
                     GQGVSEYALSGLAITFPILLFLQAFGMLVGAGASVRVSILLGQRNTPRAEQTLANAVY
                     LTLVTQILTIIPCYIYMEPLLRLFGASDRTLPYAMEYLQIVIPANVFAAFSFGYNAIM
                     RASGYPRKAMTTMLLSALINVVLDYVFIYPMGMGIRGAAIATAIAMVICAAYVLAHFF
                     LPSSIVRFRRTAFRPSWAIMRAITAIGVAPFAMQLTGSAVNVLMNRSFVAYGTTPEES
                     DLAIGAFGIISSYAMLIVMLILGVAQGMQPIVGFNYGARHMHRVRMTYAYSAGTNLFF
                     SLVGFAVAELDPRAIVSLFTISEPLIELCTTALRIGIIGVSLIGFQITTTQLFQSIGR
                     SQLAIFLSLTRQLLFLIPALLIIPRFLGLNGVWWSLPVSDLASVGVAVVLIISRWKLL
                     EGTEAKAADASPEEC"
     CDS             complement(6331..7263)
                     /gene="xerD_2"
                     /locus_tag="SEQF2637_00672"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MQVKEWPTDDPVKMYEIYLRLERGLSKNTVEAYVSDLDKLFRFV
                     AVEERSVRDVTYADLQQFVAQLYDAGISARSQARIISGIRSFYRYLVLEGYLQSDPTQ
                     LLESPKIGRRLPEVLAVGEIDRILATIDVSTPSGRRNRAMIEVLYSCGLRVSELTGLR
                     YPDVHFDEGYIRVLGKGNKERLVPISQTALNEIRNYLPNRLAIASAKGFEDILFVNPH
                     GRSLSRVMVFKIVKEYAALAGITKTISPHTFRHSFATHLLEGGANLRGIQMMLGHETI
                     TATEIYTHLDREALRREIIEHHPRNISWRREHGE"
     CDS             7404..7820
                     /gene="aroQ"
                     /locus_tag="SEQF2637_00673"
                     /EC_number="4.2.1.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P43877"
                     /codon_start=1
                     /transl_table=11
                     /product="3-dehydroquinate dehydratase"
                     /translation="MKKILIINGPNLNLLGRREPDVYGNTSFEAYLDQIRADFPLYEI
                     TSYQSNIEGELINKIHEAGFSSDGIVLNAGAYTHTSIALHDAIRAVTTPVIEVHISNV
                     YTREAFRHHSCIAAACRGVIAGFGLASYRLALEAFK"
     CDS             7913..9355
                     /gene="pyk"
                     /locus_tag="SEQF2637_00674"
                     /EC_number="2.7.1.40"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02499"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate kinase"
                     /translation="MKHTKIVATISDQRCEVDFIRSLYEAGMNVVRLNTAHMNEEGLH
                     RVVSNVRMVSGRIGILIDTKGPEIRTTPCAAPIEFRTGDRVVMQGRPDGETTHECICV
                     SYPDFVKDLSADSDILIDDGDLELKVIEKQAEQLICEVQNNATLGSRKSVNVPGVRIN
                     LPSLTEKDRRNIEWAVANRLDFIAHSFVRSKEDVLDVQEILDAHKSPIKIIAKIENQE
                     GVDNIDEILKATYGVMVARGDLGIEVPAEKIPGIQRMLIRKCVEAKKPVIVATQMLHS
                     MINNPRPTRAEVTDIANAIYYRTDALMLSGETAYGKYPLEAVQMMARVAYETEQTKLL
                     ANDIRVPIKGDDLDVTSFLAKQAVKSSSKLGVRAIISDSYSGRTARYLAAFRGEATVF
                     AICYRPEVMRMLSLSYGIWAVFQPWQVSRREYYHDALKQLIDRQLITEEDKVAYLSGS
                     FGEGGGTTFLEINDVKRVLRAKDEYQLPTF"
     CDS             9378..10040
                     /locus_tag="SEQF2637_00675"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R2D5"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative O-methyltransferase/MSMEI_4947"
                     /translation="MLTDTYVPIAEEIEAYALDHSDTEPPLLARLNRDAHVKLLRPRM
                     IAGHLQGRALKMCCRMMRPKRLLEIGTYTGYATFCLAEGTDPDAEIHTVEINDEMEPF
                     FRTYWQEHPDRMKIHPHWDDIRRVLPQLGPEPFDLVYIDADKRDYCAYYDLVFPLVRP
                     GGLILADNTLWSGKVVKEDATHTDTQTRGIMAFNELIRNDNRVEKVLLPLRDGLTVIW
                     KK"
     CDS             10452..10787
                     /gene="rbfA"
                     /locus_tag="SEQF2637_00676"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65967"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-binding factor A"
                     /translation="MEGTRLNKIGRLLQKELGDLFLRQTKALPGTLVSVSAVRVSPDL
                     SVAKVYLSIFPTEKADELMGAIETNKKTIRYDLGQRVRLQLRRIPELIFYRDDSLDYV
                     ENIDQLLNK"
     CDS             complement(10751..11518)
                     /locus_tag="SEQF2637_00677"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLSSFQQGRGILHTPPRPPRQGQESPRVALSDSCRLRVCGYIF
                     ESQPFRGRESPRVALSDSCRLRVRGYIFESQPFRGRKSPMVALSDSCRLRVRGYIFES
                     DPFRGRESRRRLTSSCRMGRGVLHTPPNPPRQGRKSSRVALSSFQQGRGVLHTPPNPP
                     RQGRESPRVALSDSCRLRIRGYIFKSHPFRGRESGADRPSINQRKYRGVTTHEGRTDG
                     SAHCTPIRDRYTLRGRRMGSPLSNQCYLFNSWSMFST"
     CDS             complement(12110..12589)
                     /locus_tag="SEQF2637_00678"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRSVLHTPPRPPRQGRESQRVTLSHSCRLKVRGYIFDSHPFRG
                     RESQRMVLSSFQQGRGVLHTPHNPPRQGRESPRGDLSDSCRLRVKGYIFESQPFRGRE
                     SQKVDLSSFQQGRGVLHTPPRPPRQGRESQRVNLSSCRMRRGVLHTPPRPPRQGRES"
ORIGIN      
        1 ccgcggaggt aaagcgcctc gtcactgttg gggtgagtgg ctaagtagtc gttaagaagc
       61 tcgatcgcgt cggttatgcg accttcgtca atccattgtc tgatttgatt catgtgatag
      121 gtgtgtatga tgagaaaata cgggtacggc ggatggcggt gggctcagaa acagcggata
      181 tagccgacgg aaaaactgtc gtagaggttg tcataaacgc cgtagcgaaa acgaagagag
      241 agaatgtttt tgcggtattc atactcgagc ttgtagcggt aggtggcggg atggtcacct
      301 gcgtttttgt agccgctgaa accggagtag tcggcggcga aagagacgtt gtagaggngt
      361 ccgctcagtc cggcgccgaa aagcagcgcg tcgttttggc gatagacggg atcgttcgtc
      421 atccagcaat agaagccgag catnccctgt agtcggagtg cgatgcggcc nccgtcgagt
      481 nggaagaggt ngcgtccggc agtggcntcg aaccantang aggccgcntc ngtgtatcgn
      541 gcgtcggcca gncgnttncc gctggccgtc ttgaggttcg cgctgagcat cagatcgagc
      601 cagcggtcgc tacggaccac ttgatagaag gatcggagga taaagtcgcc aatgcaatac
      661 tccggcggac gacgctcggc ggcatgtcta cgaagctgtg tggtgcgtga catctgatac
      721 gtttcaccca cgacaccgct catctctacg cctgcgcgtc cgtcggctat ggggataaag
      781 agacgcgcaa agagatcggc tgtgcgatcg ccggctgctt cgtgatattc gccgcgcagc
      841 tccagctccc atcgcttacc gatacgcccg tcagtgagct ctgaaagagg gaaagcgtta
      901 gggccaaaat atcgaggcgt gtagttcagg agcttcatgc gctcccgcca atccatccaa
      961 acaccatcct cttctattcc ggatagttcg gactgtgcca ttgcggcgaa gtgcgtcgta
     1021 atgatcatca tccaagtgat cacgctgaca gtaatccatc tattcatttc gttaccataa
     1081 aaacgggcgc aaagaaaagg aatatgccag aagctgtttg gggcttattt tttgcggtta
     1141 cggcatctgt ggcctggtgg ggcgtgtcgg ggcggctgtt aggggatgga cgtgcggcgg
     1201 ggtgtcgccg gatcgagtgg caaggcatcg acgaagagag ggccgtcatc agtcgggcgg
     1261 agctggcttg gatgaatgta tcgctataga cgacggaagc ggtatcgctt atacggtatg
     1321 gtgaggtttt tcagccgata ggaaaacatc ttcagcaaga tgtacggccc ttatttcata
     1381 tatcatcgtc tcttaggctt agtgtatagg ctatacgcct tatataaatc tggcttatac
     1441 gaagtgttta caaaaacaat acgtaggaat ctattcatag acagggtgta tgtgtacaca
     1501 ttacggaaga atgtccactt atacaaaatg gataagtatt atatacgatg gatattacac
     1561 ttaggcatag tgtatgagta taaaatacga cggaaaatgc actcatgcag tgtgtatacg
     1621 ataaaacgac gacggatgta aaacttagac agggtgtata agtcagtatg acgcacgaat
     1681 gtatgggctt acatgatgta gaagtctttt aggcaaagga ttgtacaggc atatatggtg
     1741 actatatgag aaagaggacg gatcttattg tctcataaag tgtatatatc tagcctatga
     1801 aggagagaaa ggctatacct tgttgtatct ttgcgccgta aaactattgg gaggtaactc
     1861 atggacgatg agaaaatctt tttgccggat gccgtacaga ttgatgtgga tggcatctca
     1921 catttcagct cgaacgagca cgccgggatg aatgacgaat tgttcatact ggtggcgaag
     1981 gcaggggagg aattgctgct actgcctaag ggattgatgg cacggtggga ggcggccatc
     2041 aaagcggaga tggggcatgt gaaaggcagg cgggggtcgg aactgacaaa acagctgagg
     2101 gagctggatc gcgagcgggt gaaaatgctt gtcaacctgt tcgacatgat ccgtgggaac
     2161 cgccattcgc cgatcgaggc gcaacggaaa gcgtccgaac ggctgaccct gaaactgggg
     2221 cgatttaggc gcacacgacg gtcgatgtca gggccgctgc ggtcggtgga cattgaaagc
     2281 atcgagcttc atctcaatga attggcggct gacgtggaga cgctcgggct caagaagacg
     2341 gccgatcggc tgcatgagct gaacgagcgt taccaggcga tgacgaggca acgaaccgac
     2401 gaggcgctgg cgcaaaaact gcggcccatg actgagctgc gcccgctgac ggacgagatc
     2461 ttcgccatgg tgcgccggta tgtggaggcc agttatctgt tcgcgaaaac ggatgcggat
     2521 cgggccaaaa tctaccagct ggttatgacg atgaatcgcg tgacggccga gcgtcgtgcg
     2581 ggattccggg agagccagac gaagcggcgg caggccaggt tggcgcgcca aaaaacagtc
     2641 atggaggggc aggcgtgagg acgatttacg acgcggccaa gcgggtcgat gggcgcaagt
     2701 tggccgccac agtgggcttt tttgacggtg tgcacgcggg ccatcggtcg ctcatcgcgc
     2761 agcttcggga ggcggctgcg gagcgcggat tggcgtcggc ggtgttcacc tttccggtgc
     2821 atccgcggcg cgtgttgcag gcggattatc ggccgcaact gctggatgcc ttcgaggaaa
     2881 agctggcgcg gatcggggag acgggcgtgg attattgcgc cgtgctggac ttcacgcctg
     2941 cgctggcacg gctgacggcg cgcgagttca tcgaacgatt agcggcggag tggggcgtca
     3001 gcacgctggt cgtgggctac gatcaccgct ttgggcgcga tcgcgcggag gggtttgagg
     3061 agtatgtggc gcatgggcgc gcggtgggta tggaagtcgt acgaggcgtg ccttatctac
     3121 tcgaggatgg gacagcggtc agttcgtcac ggattcgggc gctgctcacg gaatgccggg
     3181 tggaggaggc cgcgcgaatg ctgaccgtgc cctatcgctt gcgtgggcac gtggtcggcg
     3241 gacagcagat cgggcgaacg atgggcttcc cgaccgccaa cctgtcagtc gacgagccgc
     3301 tgaaggtgct tccgggcgac ggcgtgtatg ccgttcgggt gtggctgcgt ggcacggcct
     3361 atcgggggat gctctcgatc ggcaaccggc cgacgatcgg caaccggccg acggcggtgg
     3421 aggtgcacct gcttggtttc tcgggcgacg tgtatggcga gacgatcgag gtggagttca
     3481 tccgccacct gcggaacaat cgccgctttg acagtttaga cgcactgcgc gaacagttag
     3541 agcgcgaccg cgagacagtg gccggcctgc cgatcgacgg cgtcggggag gccgagaggt
     3601 gctgagaaag atcctggcga cggtcggcac gcggtacgtg atcgcggcgc tgaacttggc
     3661 gctgatgctc atcaacagtc gcgtgctggg gcgtcacgac atgggtgtgg cgggcgtggt
     3721 gttcgcgtcg gccaatgtgg cagtgatgtt ggccagtgtg ctgtgtggga acacgatcgt
     3781 gtacttcatg cgttcgaaac ggctcagcgt agtcgccagt gcggcctact tgtgggcgct
     3841 ggtgggatcg ggtatggcgt gcggggcaat ggccgctgtg gggatgcttc cgacggggct
     3901 tggcggcgtc gtcttcgggc tggcggtgct gctttcgctg gtcaatgtcc atctgcgcgt
     3961 actgctcggg tgggatcgga tccgagcctt caatgccgtg ttcctcgttc aaggagcggg
     4021 gctgtttttc gtgttactcg ggctctatta cgtggcaggg ctgaaaaatc tggggggata
     4081 tatgcggggg cttttcctga caaacttggc cgcgtgggca gtgagtcttg tgctcctact
     4141 acgcggtgtg acgcggccga agggcggact atccgtcaag tcatggctac gcgatacggg
     4201 cgagatgttt cgctacggcc tgtggagtag cgtggacaat ttggcagaga atctttccgc
     4261 gcggctgaat tacttcttcc tgcaacgctt cggcggctac ggcagtgtgg gcctgctgga
     4321 cgtcgggaca cgcgtctcgg agagcctctg gcacgtcagc cacggggtga gtttcattgc
     4381 ctacagcgag attacgcggg ccacagaggc agaacgccgt cggctgacgg cggtgcgact
     4441 gctgggaccg acggtggccg tgctggcggt ggcgatgggc gcagtgttgt gcatcccgga
     4501 gtgggtgtac acggaagtgc tgttcacgcg ggagtttgcg ggcatacgcg acgtcatcgc
     4561 ggggctgtcg gtgggcatcg tggccttcgg ggggaaccgg atcctgagcc attatttcat
     4621 cggcacgggg cgggtgcgag tgagcgcggc gtgctcgttg gtgggattgg tcgtgctgtg
     4681 cgtggcggct gcggtactgg tgccacggtg gggagtgacg ggcgcggcgg tggcgtcgag
     4741 tgtagcgtat gtcggtatgc tgacgttttc gatcgtggtg ttccttcgga tcacggggac
     4801 gaaagtgatg gagttgctgc ccgatccggt gtcgatcgtc cggcagatcc gagcgcgtcg
     4861 ccagggctaa cctcgcccga ctgtttttca tctttagtta tcaattgctt atggctgaag
     4921 ccaaacaaat tcaagcgctg gagcaggagc gcatacctcg cctgctattc aattatgccg
     4981 tgcccgcagt ggttgggacg gtggtcaatt cgttatacaa catcgtggat cggatcttca
     5041 tcggtcaggg cgtgagcgaa tacgcgctct cgggactggc catcacgttc ccgatcctcc
     5101 tcttcctgca agccttcggt atgctggttg gcgccggtgc ttcggtacgg gtatccatcc
     5161 tgctcgggca gcgcaacacc cctcgggcag agcagacact cgccaacgcc gtctacctca
     5221 cgctcgtcac gcaaatcctt accatcatcc cttgctacat ctatatggag ccgctgctgc
     5281 gactcttcgg cgccagcgac cgcacgttgc cctacgccat ggaatacctg cagatcgtca
     5341 tcccggccaa cgtcttcgcc gccttcagct tcggctacaa cgccatcatg cgcgcctcgg
     5401 gctacccgcg caaggccatg acgacgatgc tcctcagcgc gctgatcaac gtggtgctgg
     5461 actatgtctt tatctatccg atgggcatgg gcatccgcgg cgcagccatc gccacggcta
     5521 tagcgatggt gatctgtgcc gcctatgtct tggcgcactt cttcctgccg agcagcatcg
     5581 tgcggttccg tcggacagcc ttccgtccgt cgtgggcaat catgcgcgcc atcacggcca
     5641 tcggcgtcgc acccttcgcc atgcagctga cgggcagcgc ggtgaacgtg ctcatgaatc
     5701 gctcgttcgt ggcatacggc acgactcccg aggagtccga tctggccatc ggcgcctttg
     5761 gcatcatcag cagttatgcc atgctgatcg tcatgctgat ccttggtgtg gcgcaaggca
     5821 tgcagcccat cgtgggcttc aattacggcg cacgccacat gcaccgcgtg cgcatgacct
     5881 acgcctacag tgcgggcacg aacctcttct tcagtcttgt cggctttgcc gtagccgaac
     5941 tggatccccg cgctatcgtc agtctcttca ccatcagcga gcccttgatt gagctttgca
     6001 caacggcctt gcgcatcggt atcatcggcg tatcactcat cggatttcag atcaccacca
     6061 cgcaactctt ccaaagcatc ggccgcagtc agctggccat cttcctcagc ctgacgcgcc
     6121 agctactctt cctcatcccc gcgctgctga tcatcccccg tttccttggc ctcaacggcg
     6181 tatggtggag cctgccagtc agcgacctgg cgtctgtcgg cgtcgctgtg gtgctgatca
     6241 tcagtcgatg gaagttgctt gagggcacgg aggcgaaggc ggccgacgcg tcgccggaag
     6301 aatgttaaag tacggcatct tcaccgccct ttattcgccg tgttcgcggc gccaagaaat
     6361 gttgcgcggg tgatgctcga tgatttcacg gcggagcgcc tcgcggtcaa gatgggtata
     6421 gatctcggtg gcggtgatcg tctcgtggcc caacatcatc tggataccgc gcaggttggc
     6481 gccgccctcg agcaagtgtg tcgcgaagga atggcgaaag gtgtgggggc tgatggtctt
     6541 cgtgataccg gccaatgcag cgtactcctt gacgatctta aagaccatga cgcgtgagag
     6601 cgatcgaccg tgcggattga caaagagaat gtcctcgaaa cccttggccg aggcgatggc
     6661 gagtcggttg ggcaggtagt tgcggatctc attgagagcc gtctgcgaga tcggcaccaa
     6721 gcgctccttg ttgcccttgc cgaggactcg gatatagcct tcgtcgaagt gaacgtccgg
     6781 gtaacgcaag ccggtcaatt ccgatacacg taggccgcag ctatagagca cctcgatcat
     6841 ggcacggttt cgtcggccgg agggcgtgga cacgtcgatc gtggcgagga tacgatcgat
     6901 ctcaccgacg gccaagactt cgggcagccg tcgaccaatc ttgggcgatt cgagcagctg
     6961 cgtcggatcg ctttggagat agccctcgag aacgagatag cgataaaagg accggatgcc
     7021 agagatgatc cgtgcctgcg agcgcgccga gataccggcg tcgtagagtt gggcaacgaa
     7081 ctgctgcaaa tcggcgtaag taacatcccg caccgaccgc tcctcgacag ccacgaagcg
     7141 gaagagcttg tccaagtcgc tgacataggc ctccacggtg ttttttgaca gcccgcgctc
     7201 gaggcggaga tagatctcat acattttgac cggatcgtct gtcggccact cttttacttg
     7261 catattttac gtattgcgat aagtccatga ctgggaaacg tggcaaggcg tgcgtggtca
     7321 gcgacacggg gcgccccggc cgccatgttc caacgtctcc ttacttttgc gcgtctccaa
     7381 aaagcgacaa atattagaag gaaatgaaga agatactgat catcaacggg ccaaacctaa
     7441 acctcttggg gcggcgcgaa ccagacgtgt acggaaatac ctcgtttgag gcttacctcg
     7501 accaaatccg ggcagatttt ccgctgtacg aaatcacatc ctaccaaagc aacatcgaag
     7561 gcgaactgat caacaagatc cacgaggcag gcttttcgag cgacgggatc gtgctcaacg
     7621 ccggcgccta tacccacacc tcgatcgcat tgcacgacgc catccgcgcc gtcaccacac
     7681 ctgtgatcga agtgcatata tctaatgtat acacccgaga agcctttcgc catcactcct
     7741 gcatagccgc tgcctgtcgc ggggtgattg caggattcgg gttggcgtcg tacaggttag
     7801 ccttggaagc gttcaaatag ttctcttcaa acggatacgc aaatcctctc caattatcat
     7861 tcaccatcgg gcggacactc tgcggtttgc ccctaaatac actccccaaa caatgaagca
     7921 taccaaaata gtagccacga tctcggacca gcgttgcgag gtcgatttta tccgctcact
     7981 ttacgaagcg ggtatgaatg tcgtgcgtct caacacggcg cacatgaatg aggaaggtct
     8041 acaccgcgtc gtatcgaacg tgcgcatggt gtctggacgc atcggcatcc tcatcgacac
     8101 caagggccct gaaatacgca ccaccccctg tgccgccccg atcgagtttc ggacgggcga
     8161 tcgcgtcgtc atgcagggcc gtcccgacgg agagaccacc catgagtgca tctgtgtctc
     8221 ttatcccgat tttgtcaaag atctctcggc cgacagcgac attctcatcg atgatggcga
     8281 tctggagctg aaggtgatcg aaaaacaggc cgagcaattg atttgcgagg tgcagaacaa
     8341 cgccactctc ggcagtcgca agagtgtcaa cgtgcccggc gtacggatca atctgccgtc
     8401 gctaaccgaa aaggaccggc gcaacatcga atgggccgtc gccaatcggc tggacttcat
     8461 tgctcattcc ttcgtccgta gcaaggagga cgtgctggat gtccaagaga tcctcgacgc
     8521 gcacaagagt cccatcaaga tcattgctaa gatcgagaac caggagggcg tggacaacat
     8581 cgacgagatt ctcaaagcca cctatggcgt gatggtggcc cgtggcgacc tcggtatcga
     8641 ggtcccggcg gagaagatcc ccggcatcca gcgtatgctg atccgtaaat gcgtggaagc
     8701 caagaagccg gtcatcgtag ccacacaaat gttgcactcg atgatcaaca atccccgccc
     8761 gacccgcgcc gaggtgaccg atatcgccaa cgccatctat taccgcaccg acgcgttaat
     8821 gctgagcggt gagacggcct atggcaaata ccccctcgag gcggtgcaga tgatggcacg
     8881 cgtagcctac gagaccgagc agacgaagct cttagccaac gacattcgcg ttcccatcaa
     8941 gggcgacgat ctcgacgtga cgtccttctt ggccaagcaa gcggttaagt cgtcctccaa
     9001 gctcggcgta cgtgccatca tctccgacag ctattccggc cgcacggcgc gttacttagc
     9061 cgccttccgc ggggaggcca cggtcttcgc catctgctat cgccccgagg ttatgagaat
     9121 gctctccctc tcgtatggca tttgggccgt gtttcagccg tggcaggtca gccgccgcga
     9181 atactatcac gatgcgctga agcaactcat cgaccgccaa ctgatcaccg aggaggacaa
     9241 ggtggcctac ctcagcggca gtttcggcga gggcgggggc acgaccttcc tcgagatcaa
     9301 cgacgtgaaa cgtgtcctgc gcgccaaaga cgagtaccag ttgcccacct tctgagccac
     9361 ggaacggatt cgccctcatg ctcaccgaca cctacgtgcc cattgctgaa gagatcgagg
     9421 cctacgctct cgatcactcg gacacagaac ctccgctgct ggctcgcctc aaccgagacg
     9481 cgcacgtgaa actgttgcgg ccgcgcatga ttgccggtca cttgcaaggg cgggcattga
     9541 agatgtgctg ccgcatgatg cgcccgaagc gtttgctgga gatcggcacc tatactggct
     9601 acgccacgtt ctgtttggca gagggcacgg acccggacgc cgaaatccac acggtggaga
     9661 ttaacgacga gatggagcca ttcttccgca cctattggca ggagcaccct gaccgcatga
     9721 agatccaccc ccattgggac gacatacgga gggtgctccc ccagcttggg cccgagccgt
     9781 ttgacttggt ctacatcgac gcggataagc gcgactactg cgcctactat gacctcgtct
     9841 ttccccttgt ccgccccggc gggttgatcc tggccgacaa cacgctctgg tctggaaagg
     9901 tcgtgaagga ggatgccacc catacggaca ctcaaacgcg tggtattatg gcctttaacg
     9961 agctgatccg gaatgacaac cgtgtcgaaa aagtgttgct ccccctacgc gacggtctga
    10021 ccgtgatctg gaaaaagtaa ggcgggggtg ccacgatggg ctgatctgtc aagaaagaag
    10081 atgcctctgt ggcggcgaat ccgtatgcag tcccgttggg ctatccctga ggggggacga
    10141 ttgacgtcct cacccagtgc atctcagttt tagcgtttca cttttagaat ttagatcagg
    10201 cggaggaagt tctcgtgatg atgaatcccg tccccactcg aaatgtcccc gccttagcgt
    10261 ttcactttta gaatttagat caggcggagg aagttctcgt gatgatgaat ctcgtcccca
    10321 cccgaaatgt ccacgcctta gcgtttcact tttagatttt agatcaggcg gaggaagttc
    10381 tcgtgatgat gaatctcgtc cccacccgaa atgtccacgc cttagcgttt cacttttaga
    10441 atttagataa gatggaagga acccgattga acaagatagg aagactgcta cagaaagagt
    10501 taggcgacct cttcctccga cagaccaaag cgctgcctgg gacactcgtc tcggtgagtg
    10561 ccgtgcgcgt cagtccggat ttgagtgtgg ccaaggtcta cctcagtatt ttccccaccg
    10621 aaaaggcgga cgagctgatg ggcgctatcg aaaccaacaa gaagaccatt cgatacgacc
    10681 tcggccaacg cgttcgcctc cagctcagga gaatacccga gctgatcttc tatcgcgacg
    10741 actcgttgga ctatgtcgaa aacatcgacc aactgttgaa caaatagcat tgattagaca
    10801 agggcgaacc catgcgtcta cccctcagcg tgtaccgatc gcggatcggc gtgcagtggg
    10861 cggacccatc ggttcgccct tcgtgtgtgg ttacccctcg atattttcgc tggtttatgg
    10921 acggccgatc cgccccgctt tcccgtcctc gaaaaggatg ggacttaaaa atgtaccccc
    10981 taatcctcag ccgacacgaa tcggaaagag cgacccttgg gctttcccgc ccttggcggg
    11041 gaggattagg gggcgtatgc aatacgcccc taccttgctg gaaggaagaa agagcgaccc
    11101 ttgagctttt ccgtccttgg cggggaggat tagggggcgt atgcaatacg cccctaccca
    11161 ttcggcagga agaagtgagc cgtcgacggc tttcccgtcc tcgaaaagga tcggattcaa
    11221 aaatgtaccc cctaaccctt agccgacacg aatcggaaag agcgaccatt ggacttttcc
    11281 gtccccgaaa aggctgggat tcaaaaatgt accccctaac ccttagccga cacgaatcgg
    11341 aaagagcgac ccttgggctt tcccgtcctc gaaaaggctg ggattcaaaa atgtacccgc
    11401 aaaccctcag ccgacacgaa tcggaaagag cgacccttgg gctttcctgc ccttggcggg
    11461 gagggcgagg gggcgtatgc aatatgcccc taccttgctg gaaggaagaa agaaccatcc
    11521 tttggctttc ccgtccttgg cggggaggat tatggggcgt atgcaatacg cccctacgca
    11581 ttcgacagga agaaagattg ccccttcagc tttctcatcc ccaaaaagaa tgggattcaa
    11641 aaatgtaccc gcaaatcctc agccgacacg aatcggaaag agcgcccctt gggctttcct
    11701 gtccttggca gggaggatta tggggcgtat gcaatacgcc cctaccttgc tggaaggaag
    11761 aaagatcacc cctttggctt tctcatcccc aaaaaggctg ggattcaaaa atgtaccccc
    11821 taacccttag ccgacacgaa tcggaaagag cgaccctttg gctttcccgt ccttggcggg
    11881 gagggcgagg gggcgtatgc aatacgccct taccttgctg gaaggaagaa agaaccatcc
    11941 tttggctttc ctgtccttgg cggggaggac gagggggcgt atgcaatacg cccctacctt
    12001 gctggaagga agaaagattg acccttcagc tttctcatcc caaaaaagaa tgggattcaa
    12061 aaatgtaccc gcaaaccctt agccgacacg aatcggaaag agcgaccctt cagctttccc
    12121 gtccttggcg gggagggcga ggaggcgtat gcaatacgcc cctacgcatt cgacaggaag
    12181 aaagattgac cctttggctt tcccgtcctt gtcgaggagg gcgagggggc gtatgcaata
    12241 cgcccctacc ttgctggaag gatgaaagat cgaccttttg gctttcccgc cctcgaaaag
    12301 gctgggattc aaaaatgtac cccttaaccc tcagccgaca cgaatcggaa agatcacccc
    12361 ttgggctttc tcgtccttgg cgaggaggat tatggggcgt atgcaatacg cccctacctt
    12421 gctggaagga agaaagaacc atcctttggc tttcccgtcc ccgaaaagga tgggaatcaa
    12481 aaatgtaccc cctaaccttc agccgacacg aatgggaaag agtgaccctt tggctttccc
    12541 gcccttggcg gggagggcga gggggcgtat gcaatacgct cctacccatt cggcaggaag
    12601 aaagattgcc ccttcagctt tctcatcctc gaaaaggatg ggattcaaaa atgtaccccc
    12661 taacccttag ccgacacgaa tcagaaagag cgatccttgg gctttcccat ccttggcgag
    12721 gaggattagg gggcgtatgc aatacgcccc taccttgctg gaaggaagag gaatcagccc
    12781 tttggctttc ctgtccttgg cggggagggc gatggggcgt atgcaatacg cccctacctt
    12841 gctggaagga agaaagaacc atccttgggc tttcccgtcc tcgaaaaggc tgggattcaa
    12901 aaatgtaccc cttaaccctc agccgacacg aatcggaaag atcacccctt gggctttctc
    12961 g
//
LOCUS       SEQF2637|AYYD01000792.136450 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..36450
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(389..955)
                     /locus_tag="SEQF2637_00679"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALDNLISVSFTDEELTKISTAIEQINTILKGKAINLTPEDRRQ
                     YGSIADRNKLLVDKAKFYMEKAPHTVPKTIDKAEFDRDYAARGQVETPLRELTMVAEK
                     LRDTKTLLDYDNLQVAQAYYRYVKFLAEQNEPGTTTIYQDLRQHYHGGRKAEGKEKKP
                     GDKKPEGKKPDDKKKPDNGGPDIHLPEE"
     CDS             1398..3959
                     /gene="nrdZ"
                     /locus_tag="SEQF2637_00680"
                     /EC_number="1.17.4.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WH76"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12-dependent ribonucleoside-diphosphate
                     reductase"
                     /translation="MKKIHFMGAETETYTFDEAYAASLDYFTGDELAAKVWVNKYALK
                     DAYGNIYEQSPADMHRRLAREIARVERKYPNPLTEDQLFELFDHFRYIVPQGSPMTGI
                     GNDHQIASLSNCFVIGVEGNADSYGAVIRIDEEQVQLMKRRGGVGHDLSHIRPKGSPV
                     KNSALTSTGLVPFMERYSNSTREVAQDGRRGALMLTVSIKHPDAESFIDAKMTEGKVT
                     GANVSVKIDDEFMKAVVNDTPYRQQYPIAGPDPMVKKDISARSLWKKIIHNAWKSAEP
                     GVLFWDTILRESVPDTYADLGFRTVSTNPCGEIPLCPYDSCRLLAINLYSYVVNPFTP
                     DAHFDFDLFRKHVGLAQRIMDDIIDLESEKIDKILEKIDSDPEADEIKRAERELWQRI
                     RRKTLMGRRTGVGITAEGDMLAALNLRYGTEEATDVAEEIQKTLALAAYSSSVELARD
                     RGAFEIYDAEREKNNPFIARLREADPALYERMTKFGRRNIACLTIAPTGTTSLMTQTT
                     SGIEPVFLPVYKRRRKVNPNDTDVHIDYVDETGDAFEEYVVFHHKFVTWMLANGYPAA
                     KKYTSAEIDDMIAHSPYYKATSNDVDWVQKVKMQGRIQRWVDHSISVTINLPNDVSED
                     LVDQLYVEAWRSGCKGCTVYRDGSRAGVLISAEDKKKKGETKMAPPQIVSTRPQELDA
                     DVVKFQNNREKWIAFVGLLNGRPYEIFTGLADDEEGIMLPKTVEKGSIIKSYDSDGRK
                     HYDFQFKNKRGFKMTLEGLDSKFEPEYWNYAKLISGVLRYGMPITQVIKLVQEMELNN
                     ESINTWKNGVARALKKYLPNGTEVKGQECPNCGSETLVYQEGCLLCANCGATECG"
     CDS             3970..6648
                     /gene="malQ"
                     /locus_tag="SEQF2637_00681"
                     /EC_number="2.4.1.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87172"
                     /codon_start=1
                     /transl_table=11
                     /product="4-alpha-glucanotransferase"
                     /translation="MTLTFHLFYPAPTGHTVQLVSRDIATAAGADPAVGLPMTSTDGA
                     HWSLSLDVPTSLLEADYAYRSVDADGQPSAEPWRPMRHVSLAPSHAVYTLHDRWQTIP
                     GDSPLYTAAFTHAHFARHEPQSPTKATHPRSLILRVPAPRVGKDEHVAIVGSCDSLGN
                     WDPTRAIRMSDAHFPDWEVCLDLDTLTLPFEYKFILRNADGQLHQWEADFNRTWTGST
                     QRASEVVIVSETPFRDIRPQWKGAGTVIPVFSLRSETSFGVGDLHDLRLLIDWAAETG
                     QSVVQVLPMNDTTATYTYRDSYPYSAISVYALHPIYLSLTDLEPLKDAHQSAVFQRMQ
                     RQLNALPDMDYEAVLKGKLDYCRAYFSESGAKVLQSVGYRRFVRENRAWLMPYAVFCY
                     YRDLHGTVDFTRWGDDATYDADRVRALFDAQWETSGEVGYHCFLQYILHTQFSDMADY
                     ARRRGVILKGDLPIGVNRASVDAWADTPYFNPQQQAGAPPDDFSAVGQNWGFPTYNWE
                     VMERDGFAWWKARLGKLSEYFDCFRIDHILGFFRIWEVPIDYVRGLCGHFRPALPLTP
                     DEIEAFGLPFDVRYTRPMIRRECLAEVFGDKSDEVLARFLTSIDDAYVAPNALCDTQQ
                     KIAALFQNVNDIGLRDALYRLTEEVLFVEDPYTPGHYHPRISADRSLRHHTLTEAYRI
                     AFDRLYTDFFFVRHHDFWRDTALRRLHPLTASTDMLVCGEDLGMIPDSVHEVMDRLRI
                     LSLELGRISKIYGVEFTDLRHAPYLSVCTTSTHDMAPLRLWWQEDAERTHRYMHALSY
                     PTHNNEEATPEAAECIVRDHLQAASILTVLPLQDWLAIDGSLRAPDPTRERINIPADP
                     DHYWRYRMHLTLEELLGAEAFNKKIGAMLRESNRTD"
     CDS             complement(6688..7107)
                     /locus_tag="SEQF2637_00682"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRTKNEEIPLSSGGMHNVLAAGTVVTGSVASESDFRLDGRIEG
                     DINCKGKIVIGPKGSIVGNIISDNAEILGDVEGSIRIKEKLVFKSTAIIKGDIFTQTL
                     EIEPGAHFNGTCTMSGKVDDPRTQGNNKSNVTPLNKK"
     CDS             7289..7642
                     /gene="folB"
                     /locus_tag="SEQF2637_00683"
                     /EC_number="4.1.2.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56740"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroneopterin aldolase"
                     /translation="MNGKIALRGMKFYAHHGVFEQETVIGGYYTVDVAFALPTLASTE
                     TDELSDTVNYAEIYDRVQAEMARPSRLIEHVAGRIHRALHAYRSDLTDLRVTVTKHHP
                     PLGGEVRDATVTLED"
     CDS             8103..9056
                     /gene="metF"
                     /locus_tag="SEQF2637_00684"
                     /EC_number="1.5.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ1"
                     /codon_start=1
                     /transl_table=11
                     /product="5,10-methylenetetrahydrofolate reductase"
                     /translation="MERVIDLINKSRGTAFSFEILPPLKGNSIQSVYRVIDKLRDFDP
                     KYINITSHHSEAIEVRGTDGMMRTVNLRKRPGSVAIASAIQNRYGIAAVPHLVCKGFT
                     KDETEYGLIDLNFLGVNNLLLLRGDVKRLHEPDNAELYHDHATDLQVQVNNFNRGIAL
                     DGSPITDIETPFSYGMACYPEMHEDALSMDDDVRYAKLKVEQGAEYLVTQMFFDNAKY
                     YAFVDRMRAEGVTVPIIPGIKPIVLRDQLEVIPRIFHCTFPPEFAAALGRCRTDEEAK
                     EVGVEWCTAQCRDLVAHGVPSIHFYTLMASDSIRRVAKEIY"
     CDS             9216..10340
                     /gene="dnaX_1"
                     /locus_tag="SEQF2637_00685"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WNT9"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit gamma/tau"
                     /translation="MYFHNVIGQDDLKARLTDTARRGIIPHARLFCGRTGSGTFPLAL
                     AYARYLNCTDRTDTDACGKCHSCRQYDALAHPDLHFVFPIVADKKRKRTVCDDYLGEW
                     REMLTEHTYFDLDEWLDRMETAGKQALIYAEESDQMIRKTSLRIYEAQYRVLIVWMPE
                     RMHAACANKLLKLIEEPPARTVILMVSDAPDLILGTILSRTQRLDVRPIEADALARAL
                     EQRNGLPPDDARRTAHLAHGDLLAAERSMGDDERQRLFLDFFIRIMRNAWKRDVRAMK
                     QTADELAALSREQQRAFLAYCQHLVRENFVRRFRSDDLNYLRPDEAAFSARFSPYVNE
                     RNVFDFAAELADAERHIAQNGNAKMIFFDLTLRITVLLKK"
     CDS             10337..11347
                     /locus_tag="SEQF2637_00686"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRKPLLFLTLILLLTSACHSTSADVDSTADPAPIARFDRDLFA
                     YVDADSTRATTLRDSLLRTYPEMLRILSLALFERPDTPTVDYFGRLSDYYNEPTLHRL
                     YADALERYSDSAVDSLSRTLGAAFTRLEADLPGRRRPALCLHVSGFYQNVLVGDSLLS
                     VSIDKYLGADYPLYADFFAPYVRRRMAPEYVAPDVVAAYLMSEFPFRGNEAVLLDRMI
                     YEGALRYAVLRALPDLSMTTLMGWTPDELKEVERNEAGIWRAIVERHALYTPDRTATA
                     RYFQDRPSDFLSDKLPGRLGAWIGLRIVSRYMDHTHAPLDSLLTTTDAQAVLIASKYR
                     PR"
     CDS             11763..13550
                     /gene="lepA"
                     /locus_tag="SEQF2637_00687"
                     /EC_number="3.6.5.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65272"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor 4"
                     /translation="MNHIRNFCIIAHIDHGKSTLADRLLEYTKTVSPKDMQAQVLDNM
                     DLERERGITIKSHAIQMDYAYRDEKWVLNLIDTPGHVDFSYEVSRSIAACEGALLVVD
                     AAQGIQAQTISNLYMAIENDLEIIPVINKVDLPSAKPEEIEDQIIELIGCPRESILRA
                     SGKTGLGVAEVLNAVVDRIPAPKGDPDAPLQCLIFDSVFNPFRGIIAYFKVVNGVIRR
                     GDMVKFMATGREYDADEVGALKLEMSPREEVRTGDVGYIISGIKTSKEVRVGDTITHV
                     ARPASERIEGFQEVKPMVFAGVYPIASEDFENLRASLEKLQLNDASLTFQPESSVALG
                     FGFRCGFLGLLHMEIVQERLEREFGMDVITTVPNVSYKVYDRKGVCTEVHNPGGLPDP
                     TLIDHIDEPFIRASIITQTTFIGPIMTLCLGKRGVLIKQDYITGNRIELFYDLPLGEI
                     VIDFYDKLKSISKGYASFDYHLHDYRPGKLVKLDILLNGEPVDALSTLTHFDNSVSFG
                     RRMCEKLKELIPRQQFDIAIQAAIGAKIIARETIKAVRKDVTAKCYGGDVSRKRKLLE
                     KQKEGKKRMKQIGTVEVPQKAFLAVLKLD"
     CDS             13656..15095
                     /gene="esiB"
                     /locus_tag="SEQF2637_00688"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A0H2VDN9"
                     /codon_start=1
                     /transl_table=11
                     /product="Secretory immunoglobulin A-binding protein EsiB"
                     /translation="MIESDTNYSFLIGSMPHLTCASVRALSDRFITDLAEADRDHLFA
                     ELKRDGNQLTTEPRLCAYTYAFGAVREARLRRAFSHLSNIFAQRDVELIDYGCGVGLG
                     ALVYHDLLLERGLPLTSVRRITLIDPTPRCLERAALHARVCFPGAELRTICKYTDELQ
                     AADTTSDAKLHTLHIFSQIADMEVPSIAHLADTICAGLRGPNYFACVTPFCERALRGT
                     PPADLFVELMDPDEGRVTVENLAARRFVRGQQWTASLRVFTKEGSHDTPPPPTDPTPP
                     PSPTPPAPSTDPSSSPPADPVTPTPTAVHAPPPKSTVPIEKEPARQVVDTEHRIDEIL
                     TSLNEPEEPEHIRQLRNAAESGDAKAQNKLGYLYDTGRELPQNDAEAVRWYRRAAAQN
                     HAMALYNLANHYLSGRGVPQDTEEAIKWYRLAADRDVLPAMNNLGVIYASGRGVRRNE
                     AEAIKWYRRAAERGDETAIRNLKKRGIKV"
     CDS             complement(15236..15838)
                     /gene="nudC"
                     /locus_tag="SEQF2637_00689"
                     /EC_number="3.6.1.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32664"
                     /codon_start=1
                     /transl_table=11
                     /product="NADH pyrophosphatase"
                     /translation="MHGCILFFDFFAALMYNTPSSHPHPLADFRYCPRCGSDTFAPHD
                     EKSNRCPACGFTYYYNPAAATAALILNDRNELLVCRRANDPARGTLDLPGGFCDVGET
                     AEEGVVREVAEETGLRVLRADFLFSLPNSYLFSDFVVATVDMFFRCRVAEDEAQPEAH
                     DDASELLWIPLDALRPEAFGLASIQRGIRRFLDGATFPAP"
     CDS             16526..17443
                     /locus_tag="SEQF2637_00690"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPTLCILAAGMGSRYGGLKQLDGVGPDGETIMDYSVFDAARAG
                     FGRVVFVIRRDFEADFRARVLSRYADHIPTEVVFQSMDDLPDGFTCPPGRTKPWGTNH
                     AVWMARHAIREPFAVINADDFYGRDSFATLARALAETAGREGDYCMVGFRVGNTLSPS
                     GTVSRGVCTTDAKGYLTGVVERTAIARVDGQVRFTDEHGTPQVLPDDTPVSMNMWGFT
                     PDYFAHTETYFRRFLTEHATDERAEYYIPWAVNELITSGTARVRVLDTTSSWFGVTYA
                     EDRAEVVRRLRALTDAGEYPATGLFQSIR"
     CDS             17465..18175
                     /locus_tag="SEQF2637_00691"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A6I1"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative peptidyl-prolyl cis-trans isomerase"
                     /translation="MRIPIKTTTNPNKVMMKRMLLAALLCGMCALGTSAQEKETKVAI
                     DTNKGVITIKLYNETPHHRDNFVKLVKSHLYDGVLFHRVIKDFMIQAGHIDMKEAPKG
                     MKVKEGEPDYTVPAEILFPKLYHKRGQVGAARWGDDINPERASSSTNFYIVEGKKFTA
                     EGLDKMEQEKHIKFTPEQREVYMTEGGTPHLDNAYTVFGEVVDGMDVVDSIQVVPTGK
                     EDRPLEDVVIRSMKIVEE"
     CDS             18197..18838
                     /locus_tag="SEQF2637_00692"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKRCRYAILTLLALLCLAGSAAAQKQRLTIDAGSKRIRIVIPD
                     GYALGSVENGDTIPHVYLPTVYVFPELTFKNDKERQQYNKLVRDVKRTLPYARLIYET
                     LIETYEYIETLPDEKSKQAHLKRMEKELYAQYKPELKKLTLSQGKLLIKLVDRECHQS
                     SYNLAKAYLGSFRAGFWNIFAGMFGASLKTKYDPNGKDALTERVVLLVQCGAI"
     CDS             complement(18919..19452)
                     /locus_tag="SEQF2637_00693"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A794"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative TrmH family tRNA/rRNA
                     methyltransferase"
                     /translation="MRKLKVTELGRLTPEEYRASEKLPVVVVLDEVRSLNNVGSVFRT
                     ADAFRLEGVWLCGITATPPHAEIHKTALGAEETVEWRYEKDTLEAVEELRREGYVICA
                     LEQAEGSLSLDRFRPERGRKYAVVIGHEVKGVSQRVVDRSDVCIEIPQRGTKHSLNVS
                     VAAGIVLWEFFKGVDPV"
     CDS             complement(19455..20846)
                     /gene="algC"
                     /locus_tag="SEQF2637_00694"
                     /EC_number="5.4.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02E40"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphomannomutase/phosphoglucomutase"
                     /translation="MTLIKSISGIRGTIGGGPDEGLNPLSIVKFTAAYATWIRNRSTK
                     GKKHRVVVGRDARMSGPMVKSIVVGTLMSMGFDVIDIDLATTPTTELAVTNELACGGI
                     ILTASHNPKQWNALKLLNERGEFLSDEDGREVLRLAEGEAFRFASVDSLGKVIVDNRY
                     KERHIGRVLALDLVDVDAIRAANFRVAIDCVNSVGGLVIPDLLYALGVREIFKLHCNP
                     HGNFSHNPEPLPEHLTEISALMPHARADVGFVVDPDVDRLAIVCENGEMFGEEYTLVA
                     VSDYVLSHTPGNTVSNLSSTRALRDVTERHGGQYAASAVGEVNVVEKMKETGAVIGGE
                     GNGGVIYPTLHYGRDALVGIALFLTFLAKKKMKVSELRATYPNYFISKQRVEMTPGID
                     VDAILDSVKRRFANEHVTDIDGVKIDFADRWVHLRRSNTEPIIRVYAEAHTKAEADAL
                     GRELIDIIQSSHA"
     CDS             21372..21584
                     /locus_tag="SEQF2637_00695"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLREVQEENRRATNILRKPRESFVVRRRSLKWTFRPFRRVFLSQ
                     NLTFPRDASSQLSYGTNLQYKAKTAD"
     CDS             21523..21681
                     /locus_tag="SEQF2637_00696"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLHRNFRTERICNIRPKQLINQHLDTSQRLADLLLPIYIRAHIL
                     KPINIIEI"
     CDS             21678..23141
                     /locus_tag="SEQF2637_00697"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQKSITVLFAATLFLLGLAGTAKAQGHRSPWRAEWDSCILDKG
                     YGHYRPHIPAGPYDYANEIPMRIYEDCPVHVDSLFYIRPGTKRTLKVEGHRFLDENFQ
                     PDGPLIPGLPKDHLGRHYLTNTETGKPFSEFDEIELPASDDDTYFPISFVHHPLTEGD
                     PVYKDGYGVEISFIATIDGVEQPFNGILRYQYFQKPTVTGFSYQRPGPGYPGQFTMTF
                     QGELVKPENRVGYDTIRWINSVSEARDWTNFKKYTAGAYYSLDDGETWFEATDKTVNL
                     TQSQVENLPEVVNVKMRLPGGCGSFFPVGAEYDPNDPSRGRRPDVPFSITRQITLNNE
                     TGDASSTLLEPLKQIYDVATGKDFTLTVRPTGNNVPTLTTSRNGRLSDEIGVKTEVLP
                     DGAYRFTIRKVQENLTVTLKYTVSNAEVDGTRVWGEDGTLCITSAAAGRANIYNALGH
                     FVNSLTLSAGETRRLSMPAGIYIVKLDNGRAYKAAVR"
     CDS             23175..24659
                     /locus_tag="SEQF2637_00698"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKLLNSLLFAAAILLGMAGTANAQVKGTPWNERWDSCMRGTP
                     AMMPDGLTPVNSFSPAHYLPLTPGGPYAYLHVTPTDDVYVATPLRIYQNCPVQIDTAF
                     KVPAGTKRQVIFKDMPKDEQGQHYIMNRLTGRVFSEFDPVDLPDATEPTPFPMLFEHY
                     ALSPGDPVYEDGYHGAIIAEIKINGTVVRTDTIKYQYFQRPTATLNFEAPGPMVAGKF
                     ELTFHGELIQPENYVGFNPKAAVYNINAEDKARNLDNFKEYAAGAYYSLDEGATWIPA
                     PTKTIKLTQSQIDELPDEINVWVRLPYGCSAFIPLSPSGDSLRQPRKRLPDVIPNITR
                     EITLSNETGDLSPTLVEPLRQYYDVPTGKDFVLTVRPTGNNVPTLTTSRNGRLSDEIG
                     VKTEVLPDGAYRFTIRKVQENLTVTLKYTVSNAEVDGTRVWGEDGTLCITSATAGRAN
                     IYNALGHVMNSLMLSAGETRRLTMPVGIYIVKLDNGRAYKAAVR"
     CDS             complement(24871..25545)
                     /locus_tag="SEQF2637_00699"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVMILLICAALGLSHAYGQFTVGAKAGLNVASIGNVTVYPSN
                     PLPGDLESWTLEYGYLPGAHVGGYARYAFSPLFSVQTELLYSQMGYKISIPTVDLRGH
                     VYDNVTGRMRMHYLNLPVLFRLTVPGSGLFAEVGPQPGLLLGSHGSIRTKTGERVGDV
                     AGASGPATTFDLSGVAGLGYRWKNGLALSAHYVHEFKTSEKEFIPRMTRKYAVQLSVA
                     YDIKTF"
     CDS             complement(25596..26402)
                     /gene="ispE"
                     /locus_tag="SEQF2637_00700"
                     /EC_number="2.7.1.148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P83700"
                     /codon_start=1
                     /transl_table=11
                     /product="4-diphosphocytidyl-2-C-methyl-D-erythritol
                     kinase"
                     /translation="MICFPNAKINLGLHVVSRRPDGYHCIETVFYPVPLCDALEIVPA
                     EAFSFHTYGLAIDGPADDNLVMRALAAMRQQADIPPAAIHLKKTIPFGAGLGGGSADA
                     AFMLKLLRDYASLSLTDDALERIAARLGADCPFFVRNRPVMATGIGDVFSPANVSLAG
                     YRIAIVKPAVSVSTREAYAAIRPSAPAVPLDEIIRRPVTEWRDALKNDFEAPVFALHP
                     TIGAIKTQLYAAGAVYAAMSGSGSAVFGLFEREPSLPAFTDCFVWQGKLQ"
     CDS             complement(26415..27725)
                     /gene="cshA"
                     /locus_tag="SEQF2637_00701"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y8N0"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RNA helicase CshA"
                     /translation="MRFDELDLNDAVLDGLEAMNFVETTPIQELAIPPILAGKDLIGC
                     AQTGTGKTAAYVLPIISQLSRGGYPQDAINAVIMAPTRELAQQIDQQIDGFTYFVSVS
                     AVAVYGGTDGIAYARQERGLQMGADIVIATPGRLISHLNMGSVDLSRTSFFVLDEADR
                     MLDMGFHDDIMQIYKQLPETCQVVMFSATMPPKIRTLAHNILKDPEEIKIAVSRPPES
                     IMQTAYICYEAHKMPLLKQLFAKKAPERVIIFSSSKMKVKELAATLKRMNYSVAAMHS
                     DLEQSEREQVMKDFRNGHIGMLVATDVVARGIDINDISLVINYDIPNDPEDYVHRIGR
                     TARGTEGSGLAITFVSQQEQARFKEIETFIEKDIYKIPIDPSIGESPTYEPEKYSRTR
                     GKGGRGRQSGGGGGRAKAQSTSSKPRGGGNRRRNKPSQNRPAHS"
     CDS             28191..29408
                     /gene="xerD_3"
                     /locus_tag="SEQF2637_00702"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MMKVLLYLKKSSIDKSGRAPIMGRITYAGTMAQFGSKFSCPPDL
                     WNPRESRLRGKSREAVVTNEKLDDLMLAISQAYRTLADRGMAFTAADIKERLQGNAHS
                     RTTFLERYDRLLEEVDARVGVDLTRGSALKYHQARKHFTRFIRSRFGREDMTFSEMTE
                     DFFPQFERYIKGELGLSDNSFLRLSCMLKKVCRLAYREGLSDRPLFEGLRITREKRSA
                     PRSLDRTAFDRLLALTFPPHQKELAIARDLFAFTCYTGAAYCDMVRLTRSHLFRDDRD
                     DLWLKFKRQKTGALCRVKLLPEAVALIERYRSDERETLFSPIPYYTYLIRLKAVGLKA
                     GLAFPLTAHVGRHTFATLITLENGAPIETVSRMLGHGSLKMTERYARVTSRKLFEEFD
                     RFLAFTQDLHLTL"
     CDS             29421..30668
                     /gene="xerC_4"
                     /locus_tag="SEQF2637_00703"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFRILFYINRNKAKKNGKAAVLCRITVDGRSAVIATGEECA
                     PEAWQTKSGETGDRKINLRLQALRERIEASYTTLLRREGVVSVERLKLRLQGVNETPT
                     MLLETSTEELRTVEACVGRSRSPGTYQNNRRSDSGLRDFVRSRGESDIPIPRLAPDFF
                     EAYRFFLKRRGYAGSTTNRYLHWLGRLMRRAIARGVIRFNPFEGVRYETEKYRPRFLQ
                     KHEVERLLAFPVRDEATELSRHMFLFSVFTGLAYADLRTLRRSQIETDGAGRRYIRKA
                     RQKTHEESLIPLHPIAEQLLSLYLKDDKTEDRRIFPDASYFLLTHRLKAIGKACGLHE
                     PLTFHVGRHSFGTLTLEAGISMESIARMMGHASVTTTELYARITDQKISEDVDRLIAR
                     RRKAGEGGAAPGNRMGKSPEQGA"
     CDS             30727..31032
                     /locus_tag="SEQF2637_00704"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDYVIIESSAWEALKSRIEGLREHMSELFGSKAEPTELLPGEAV
                     CRILGVSRRTLQYYRDTAALPFVRIEHKCYYRREDVAALLAENGSPEPPLNRLPEGV"
     CDS             31107..31448
                     /locus_tag="SEQF2637_00705"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEEEIIRQESPEMEALFDGLASVAEQMSEIAATHRPLFGGDVY
                     LTGSEVTERLFISRRTLQDYRDRGLLPYTRIGGKMLYKLSDLERLLRENYRTQTPPRP
                     LHCITHKPQTP"
     CDS             31445..31897
                     /locus_tag="SEQF2637_00706"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQRKKEFSYYRLRLETYLKDYHPERLADEAFIRDRSDAAAQAY
                     EDAFRQGYPIFEAGHIATEVLFAGLHFSPYYMLEQIIENEFANVVPPERAADFALRLL
                     QSNSIRETIEKYEPGDDFDGSSEYDQLYTELTGVIVELLEADGVKVQP"
     CDS             32219..33109
                     /gene="bfrD_2"
                     /locus_tag="SEQF2637_00707"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81549"
                     /codon_start=1
                     /transl_table=11
                     /product="putative TonB-dependent receptor BfrD"
                     /translation="MAERTLPALLNSNLKYKRMKKKLSLLAVLLVSTLCLMAQKGAIK
                     GRVIAADGTPVAGAIINVLQTNYNTVADDDGRFQLSNLPPGNRLLQVGALGYADYRTQ
                     VTVPENAELTLDITLQQTSVELSDITVTAPAAVYAEKRSSTASRMPITNLENPQVYTV
                     LPKELMRAQLISDYQSALNSAPGVSNVNYGPGSGGIGLWAYMRGFNVQTATIRNGLAT
                     NFVTLSDPYNTERLEVIKGPVGTLFGTTLVSYGGLINQETKKPLGVRRGELGQQPADS
                     RCESAGLEDAQHTVQCFLPK"
     CDS             33072..34562
                     /gene="fhuA"
                     /locus_tag="SEQF2637_00708"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06971"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferrichrome-iron receptor"
                     /translation="MLSTRFNAFYQSENSFQDYGRNRSFGLAGSMKYQPSDRLTFFLD
                     AEYYSTERNATFIGVSPMLKAKRFTDLGLDPHFSYTNNDLLSKIHNTNIFAKAIYKLS
                     SHWESQTLLSTSNSSNEGRYVFLQMATLDSLNRIFNLIPSTFNAVDIQQNITGTFHLG
                     SIKNRLLAGLDYVQNKSHSWHAELWPYDRIKKNAEPDYFSLQKLYSLMQDKYTFNNRK
                     DWRTFSIYASDVINFTDNLSVLLALRADFYADKSGNYDYTQNKLSPKFGLVYQPVKDK
                     VSVFANYMNGFKNISPQVIAGVETRFKPEEANQMEAGMKLELFNKRLSGTLSYYDVKV
                     KDVLRINPEKPTESIQDGTRESRGVEMDVIANPVDGLELICGYGYNDSRYVKAAANIE
                     GRRPASVPQHTANFWLSYKQPRGAMKGLGIGAGGNIQSEMGISDYSDIMIDGYCRLDA
                     TVFYEQEKYRVGLKVNNLTDKNYYLSDYWGQFQKPREVLFNVTYKF"
     CDS             34654..35757
                     /locus_tag="SEQF2637_00709"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFRKDFKRWHRWLGVLSGVVFFFVALTGTLFVFADEAIDAVAG
                     GARQVTVERGGQQLSVDSLMQCFRTTCSQRKPFYADVYRAKDRSFRVASSDTQGNDLA
                     YTYLNPYTGEVIKVSRSYQFFFTLAHLHAELLMGEWGKWIVAITTLIFFFELLSGLIL
                     WLPRRWNAKSRASSFRIKRGKTWWTWAYNLHKVLGFYSLVPALVVTLTALIMSFGAIT
                     RVLQQALGGVDDPFAEAERYEPAAIAGRASLPLSVAVAKAFDKRPQAQQCRVSLWNSE
                     SGVYHLKVAAYIGLVSSRDGENLVLNKYTGEEIELPQPVKRAFVINEWLLRLHIGAWG
                     GLVVKILMFIVGALLTSLPVTGLLLLIRHKGSK"
     CDS             complement(35823..36344)
                     /locus_tag="SEQF2637_00710"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKIGRRLLALLVCVQVFTALNAQAQRGADRLFSLPPFERAVA
                     CIKHYEGLHGPKNYPYVGYGHRLLPGERLSCTMTRRQADSLLRADLKKRLVTFRRFGR
                     NSLLLAVLSYNVGEYRLLGYGKQPKSRLVQKLESGDRDIRSEYISFCRYRGKALKAMR
                     LRRRVELALLYEK"
ORIGIN      
        1 tacccgccat caagctgggt aatggtttgg taactgaaca tttgctcgga tccgcacttt
       61 tctgcctttt ccgctcgacg caaccggaag catatcgacc cctttccgcc taacaatcag
      121 tccacttgct tcgacatcgg gacttctgct tttgagagga ttaataccgt tctgaggggt
      181 atttaatacc gttctgaggg gtatttaatc acgtccggaa cgtgattacg accacctcgg
      241 aagggtattt aattacgttc agaacgtcat tacacccact tcggaacgtc attagaccac
      301 gttcggaaag gggtaaaaac acgttcggaa cctaccccca gtgggataga ttccgaatgt
      361 catacggatc acgtgtatag ctctcctatt attcctccgg caggtggatg tcgggaccgc
      421 cgttatcagg ctttttctta tcgtccggct tcttaccctc cggtttcttg tctcccggct
      481 ttttctcctt accctcagcc tttctacctc cgtggtagtg ctgcctcaga tcctgataga
      541 tggtcgtcgt gcccggctcg ttctgctcgg ctaagaattt cacgtaacga taataggcct
      601 gtgccacttg caagttgtcg tagtcgagca acgtcttcgt gtcgcgcagc ttttcagcca
      661 ccatggtcag ctcgcggagt ggtgtctcca cctgtccacg cgccgcatag tcgcggtcga
      721 actcggcctt gtcgatcgtc ttcggcacgg tgtgcggcgc cttctccatg taaaacttag
      781 ccttgtctac cagcaactta ttgcggtcgg caatgctgcc atactgtcgg cgatcctcgg
      841 gcgtaaggtt gatagcctta cccttgagta tcgtgttgat ctgctcaatg gcggtggaga
      901 tcttcgtcag ctcctcgtcg gtgaatgaaa ccgaaatcaa attgtctaat gccatgggtg
      961 atgttccttt ctttttaatg tgtatgtgat cgttatgggt tatgatgatg ttttcatcgg
     1021 cgacaaaagt aggcccacat gggtcatatc caaaagtgag gaacgcgatt tcatgtcctc
     1081 gctgcccctc agataggctc gtttcatccc acctgcccct ctaccaagtg cctcaagcca
     1141 gataataact tgttgaaaag taatccgcaa gatgcttggg aatgtcgatt attcttttcc
     1201 taggtgattc tttttggaca acatttcggc ctactcaaaa tcattatacg cttgtttata
     1261 gcggattaga gaatcgtttc gggaaacttc ttcacttgcg ccatctttta ggtgccttct
     1321 ttccacaaac gaggcataga gaaaagtcta cctttgcggc acaaaacgaa tctacaaacg
     1381 catacatata cacctcaatg aaaaagattc acttcatggg cgcagagacg gaaacgtaca
     1441 cctttgacga ggcctacgcc gcatcgctcg attacttcac tggcgacgaa ctggccgcca
     1501 aagtctgggt caacaagtac gcattgaaag atgcttacgg gaacatctat gagcagtcgc
     1561 ccgccgacat gcaccgccgc ttggcacgcg agatcgcccg cgtggagcgc aagtatccca
     1621 acccgctcac cgaagaccag ctcttcgaac tcttcgacca cttccgctac atcgtgcccc
     1681 agggcagccc catgacgggc atcggcaacg accatcagat cgcctcgctc tcgaactgct
     1741 tcgtgattgg cgtcgagggc aacgccgact cctacggcgc cgtgatccgc atcgacgagg
     1801 agcaggtgca gctcatgaag cggcgcggcg gcgtcggcca cgacctctcg cacatccgcc
     1861 ccaaaggctc gcccgtgaag aactccgcgc tcacctccac cggcctcgtg cccttcatgg
     1921 agcgctattc gaactccacc cgcgaggtgg ctcaggacgg ccgacgcggt gccctcatgc
     1981 tcaccgtctc catcaagcac cccgacgccg aatcattcat cgacgcaaag atgaccgaag
     2041 gcaaagtgac gggtgccaat gtgtcagtca agatcgacga cgagttcatg aaagccgtcg
     2101 ttaacgacac cccctaccgc cagcaatacc ccatcgcagg ccccgatccg atggtaaaaa
     2161 aggacatcag cgcccgctcg ctgtggaaga agatcatcca caacgcatgg aaatcagccg
     2221 agccaggcgt gctcttttgg gacaccatcc tgcgcgaatc cgtacccgac acctacgccg
     2281 acctcggctt ccgcaccgtc tccaccaacc cctgcggcga gatccccctc tgtccctacg
     2341 acagctgcag actgctggct atcaacctct actcctatgt tgtcaacccc tttacacccg
     2401 atgcgcactt cgacttcgac ctgttcagga agcatgtcgg tctggctcaa cgcatcatgg
     2461 acgacattat cgacctcgag tctgagaaga tcgacaagat cctcgagaag atcgattccg
     2521 accccgaggc cgacgagatc aagcgtgccg aacgcgagct ctggcaacgc atccgtcgca
     2581 agacactcat gggccgacgc accggcgtgg gcatcactgc tgagggtgac atgttggcag
     2641 ccctcaacct ccgttacggt acggaagagg ctaccgacgt ggccgaagag atacagaaga
     2701 cactcgccct agccgcctac tcctcgtccg tcgagttggc ccgcgaccgt ggcgccttcg
     2761 agatctacga cgccgaacgc gaaaagaaca atcccttcat cgcccgcctg cgcgaggccg
     2821 acccggcgct ctacgaacgc atgacgaagt tcggccgacg caacatcgcc tgcctcacca
     2881 tcgcccccac cggcaccacg agcctcatga cgcagaccac gtccggcatc gagcccgtct
     2941 tcctgcccgt ctacaagcgc cgccgcaagg tgaacccgaa cgacacagac gtacatatag
     3001 attatgtgga cgagacgggc gacgccttcg aggagtacgt cgtcttccac cacaagttcg
     3061 tcacctggat gctggccaac ggctacccgg cggccaagaa gtacacctcg gccgagatcg
     3121 acgacatgat cgcgcactca ccttattata aggccacctc gaacgacgtg gattgggtgc
     3181 agaaggtgaa gatgcaaggc cgcattcagc gttgggtcga ccactcaatc agcgtgacga
     3241 tcaacctgcc gaacgacgtc tctgaggacc tcgtagatca actctacgtc gaggcttggc
     3301 gctcgggttg caagggctgc accgtctatc gtgacggatc gcgcgccggc gtgctcatct
     3361 ctgccgagga caagaagaag aagggagaga ccaagatggc tcccccgcag atcgtctcca
     3421 cccgcccgca ggaactggac gctgacgtgg tgaagttcca gaacaaccgc gagaaatgga
     3481 tcgccttcgt gggcctgctc aacggtcgcc cctacgagat cttcaccggt ctggccgacg
     3541 acgaagaggg catcatgttg cccaagacgg tcgagaaagg ctccatcatc aagagttacg
     3601 actccgatgg tcgcaagcat tacgacttcc agttcaagaa caagcgcggc ttcaagatga
     3661 cgctcgaggg cctcgacagt aagttcgagc cagagtattg gaactacgcc aagctgattt
     3721 ccggtgtcct gcgctacggc atgcccatca cgcaggttat caagctggtg caggagatgg
     3781 agctgaacaa tgaatcgatc aacacgtgga agaacggtgt ggcgcgtgcg ctgaagaagt
     3841 acctcccgaa cggtacggag gtgaagggtc aagagtgccc caactgcggc agcgagacac
     3901 tggtttacca agaaggctgc ctgctctgcg ccaactgcgg cgccacggag tgcggataat
     3961 ctttccccta tgaccctcac tttccacctc ttctaccccg caccgacggg ccacaccgtg
     4021 cagcttgtca gccgagacat cgcgacagct gccggtgctg accccgccgt gggtctaccg
     4081 atgacctcca ccgacggggc gcattggtcg ctctcgctcg atgtgcccac gtcgttgctg
     4141 gaggccgact atgcctaccg atccgtagac gccgacgggc aaccgtctgc cgagccttgg
     4201 agaccgatgc gccacgtatc gctcgccccg tctcacgctg tctacaccct gcatgaccgt
     4261 tggcagacta tccccggcga cagcccactc tacaccgcgg ccttcaccca cgcacacttt
     4321 gccaggcacg aaccacaatc tccgaccaag gcgactcacc cgcgcagcct catcctacgc
     4381 gtaccggccc cacgcgtcgg aaaggatgag cacgtggcca ttgtcggtag ttgcgacagc
     4441 ctcggcaact gggatcccac gcgagccata cggatgagcg acgcccactt ccccgattgg
     4501 gaggtctgct tagacttgga tacgctcacc cttccgttcg aatacaagtt catcctccgc
     4561 aatgccgacg gccaactcca ccaatgggag gccgatttta accgtacgtg gacggggagt
     4621 acgcagcgag cgtccgaggt cgtgatcgtg tcagaaacgc ccttccgaga catacgtccg
     4681 cagtggaagg gtgcgggtac ggtgattcct gtcttctccc tgcgatcgga aacaagcttc
     4741 ggcgtaggcg acttgcacga cctgcgactc ctcatcgact gggccgccga gacgggacag
     4801 tccgtcgtgc aagtgctgcc gatgaatgac acgaccgcca cctacaccta ccgcgactcc
     4861 tatccctata gcgccatctc tgtctacgcc ctccacccca tctatctctc actgaccgac
     4921 ctcgagccgc taaaagacgc gcatcaatcg gccgtctttc aacgtatgca acgccaactc
     4981 aacgcgttgc cggatatgga ttatgaggcg gtactaaagg gcaagctgga ctattgccgc
     5041 gcctacttca gcgagtcggg ggcgaaggtg ttgcagagcg tcggctatcg ccgtttcgtc
     5101 agggagaacc gcgcatggct catgccctac gccgtcttct gttactaccg cgacctgcac
     5161 ggcacggtcg acttcacccg ctggggcgac gatgcgacgt acgatgccga ccgggtgcgg
     5221 gcgctcttcg atgcacagtg ggagacgtct ggcgaggtgg gttaccactg cttcctgcaa
     5281 tacatcctgc acacacagtt cagcgacatg gccgactatg cacgccgtcg aggtgtgatc
     5341 ctcaagggcg atctacccat cggtgtcaat cgtgccagcg tggacgcgtg ggccgacacg
     5401 ccgtatttca acccgcaaca gcaggcaggc gctccgcccg acgacttttc cgccgtgggg
     5461 cagaattggg gcttcccgac ctacaactgg gaggtgatgg agcgcgacgg tttcgcatgg
     5521 tggaaggctc gactcggtaa gctcagcgaa tacttcgact gtttccgcat cgaccatatc
     5581 ctcggtttct tccgtatttg ggaagtaccg atcgactatg tgcgtggcct ttgtgggcac
     5641 ttccgcccgg ctctccccct taccccggac gagatcgagg cctttgggtt gcccttcgat
     5701 gtgcggtaca cccgccccat gatccgacgt gaatgcctcg ccgaagtatt cggtgataag
     5761 tcggacgaag tgttggcacg ttttcttact tctatcgatg acgcgtatgt ggctccgaac
     5821 gccctttgtg atacccaaca aaagatcgcc gcactgtttc agaacgtcaa cgacatcggt
     5881 ctgcgcgatg ccctctaccg tctcaccgag gaagtgctct tcgtggaaga tccctacaca
     5941 cctggccatt accatccgcg tatttccgcc gatcgctcac tacgtcacca cacactgacc
     6001 gaggcctatc gtatcgcctt cgaccgactc tataccgact ttttcttcgt ccgccaccac
     6061 gacttttggc gtgacacggc tctccgtcgc ctccaccccc tgacggcttc caccgatatg
     6121 cttgtctgtg gcgaagacct cggcatgatc cccgattcgg tgcacgaagt catggaccgc
     6181 ctgcgcatcc tcagtcttga gctggggcgc atctccaaga tctacggcgt ggagttcacc
     6241 gacctccgcc acgcgcccta cctctctgtc tgcaccacct ccacacacga catggcgccg
     6301 ctgcgcctct ggtggcaaga ggatgccgaa cgcacccacc gctatatgca cgccctctcc
     6361 taccctaccc acaataatga agaagctacg cccgaagccg ctgagtgcat cgttcgcgac
     6421 caccttcagg cggcctctat ccttactgtc ctccctctcc aggactggct ggcaatagat
     6481 ggtagtctgc gtgcaccaga cccaactcgc gagcggatca acatccccgc cgatccggat
     6541 cattactggc gttaccgcat gcacctcaca ctcgaggagc tactcggagc tgaggcattc
     6601 aacaaaaaaa tcggtgcgat gctccgagag agcaaccgca ccgattgaag gcgattgtgt
     6661 gtgaaacgaa tgaaagattt gggagggcta cttcttattg agcggcgtga cgttcgactt
     6721 gttgttgccc tgtgtacgcg gatcgtccac cttgcctgac atcgtacacg taccgttgaa
     6781 gtgagcaccc ggctcgatct ccagcgtttg cgtgaagatg tcgcccttga tgatggcggt
     6841 cgacttgaag accagcttct ccttgatacg gatcgagcct tctacatcgc ccaagatctc
     6901 agcattgtcg gagatgatgt taccgactat gctaccctta gggccgatga cgatcttgcc
     6961 cttgcaattg atgtcgccct cgatacgtcc gtccaaccgg aagtccgatt ccgaggccac
     7021 gctacccgtt acgaccgttc ccgcggccag cacattgtgc atcccaccgc tactcagcgg
     7081 tatctcttcg ttctttgttc gtaccatgat tttttatgtt tggttttcgc aaatatagac
     7141 agtttttccg gcggcgaaag acagaacgaa cagagacgag atccattcct acatggcagt
     7201 aacccggcta aaggccgtaa ctaccaacga ttatcgaggg tgaagccctc aaaaccagtc
     7261 ggccctatgg ccctaacaat ctctgattat gaacggaaaa atcgccctac gcggcatgaa
     7321 attctacgcc catcacggcg tctttgaaca ggaaactgtg atcggcggat actacaccgt
     7381 cgacgtggcc ttcgccctgc ccacccttgc ttccacggag acggacgagc tgtcggacac
     7441 ggtcaactat gccgaaatct acgaccgggt gcaggccgag atggcccgtc cctcgcgcct
     7501 gatcgagcat gtggccggac gcatccaccg cgccctgcac gcctatcgat ctgacctgac
     7561 cgacctacgc gtcacggtca ccaaacatca tccgcctctc ggtggcgaag tccgtgacgc
     7621 caccgtgacg ctggaggact gaagcggaat tatatcgttg gttattgatt gaagtctgga
     7681 ttcccggggc atctgctttt gcgcccttac aaccgggtac aaataagtcg gatagcgaaa
     7741 gaaaaaaaga cgttgacagc agtcagaggc atgcaaaatg cgttttagat gcctctgact
     7801 accgtcaatg ggctaagaaa tacgttttgg acgcttctga ctgttgtcaa tgggttccca
     7861 aacgcgtttt agccccctct gactattgtc aatggataga aaaacgcgtt ttgcatgcct
     7921 ctgactgctg tcaatggtcg atctcttaaa tattttaaca gaaagacgag aggaaggcgg
     7981 acccgcccgc cgcttgacaa gtctcgtgct acttttgtcc gccgaaaagg gcgacgggtg
     8041 aaagtacacc tcttattata tgtatgtccc cccgatcaaa tcaccctata actaccctat
     8101 atatggaaag agtcatcgat ttaatcaaca agagccgagg cacggccttc tcgttcgaga
     8161 tcctgccgcc gctgaagggc aacagcatcc agagcgtcta tcgcgtcatc gacaagctgc
     8221 gcgacttcga ccccaagtac atcaacatca cctcgcacca cagcgaagcc atcgaggtgc
     8281 gcggcacgga cggcatgatg cgcaccgtca acctgcgcaa gcgccccgga tcagtcgcca
     8341 tcgcctcggc catacagaac cgctacggca tcgcagccgt gccacacctc gtctgcaagg
     8401 gcttcaccaa ggatgagacg gagtatggcc tgatcgacct gaatttcctg ggcgtaaaca
     8461 acctgctcct gctccgcggc gacgtcaagc ggctccacga gccggacaac gccgagcttt
     8521 atcacgatca cgccaccgat ctacaggtgc aggtcaacaa tttcaaccgc ggcatcgccc
     8581 tggacggctc gccgatcacg gacatcgaga cgcccttctc atacggcatg gcctgctacc
     8641 ccgagatgca cgaggacgcc ctgtcgatgg acgacgacgt ccgatacgcc aagctgaagg
     8701 tggagcaggg cgcggagtat ctcgttacgc agatgttctt cgacaacgcg aaatattacg
     8761 ccttcgtcga tcgcatgcgg gcggagggcg tcacggtgcc catcatcccg ggcatcaagc
     8821 cgatcgtgct gcgcgaccag ttggaggtca ttccgcgcat cttccactgc accttcccgc
     8881 ccgagtttgc cgccgcgctc ggccgttgcc ggaccgacga ggaggccaag gaggtcggcg
     8941 tagagtggtg cacagcccag tgtcgcgacc tggtggcaca cggcgtgccc agcatccatt
     9001 tctacaccct catggcttcg gacagcatcc gccgcgtggc caaggagatc tattaagatt
     9061 aatgtgaact gtaaaaatgg ggacgctcat ccggggacgc ccccattttt cgtttttacc
     9121 caccacgctc tatcggtttc tcgctcagaa aatcggggca cacacaactc tacgccctcg
     9181 ttttcgtttt cagcatgtag attttagttc tccctatgta tttccacaac gttatcgggc
     9241 aggatgacct caaggcgcgc cttacggaca cagcacgccg aggcatcatc ccccatgccc
     9301 gcctcttttg cggacgcaca ggcagcggca cctttccgct ggccctcgct tacgcccgct
     9361 atctgaattg caccgaccgt acggacacgg acgcctgcgg gaaatgccat tcctgtcgcc
     9421 agtatgatgc gctcgcacac cccgatttgc acttcgtctt ccccattgtc gctgacaaaa
     9481 agaggaagcg gaccgtctgc gacgattacc tcggtgaatg gcgcgaaatg ctcaccgagc
     9541 atacctattt tgacctcgac gagtggctcg acaggatgga gaccgccggt aagcaagccc
     9601 taatctacgc cgaggaaagc gaccagatga tccgcaagac gagcctccgg atctacgagg
     9661 cccaataccg cgtgctgatc gtctggatgc ctgagcgcat gcacgccgca tgcgccaaca
     9721 agttgctcaa gctcatcgaa gagcccccgg cacgcaccgt gatcctcatg gtctccgacg
     9781 cgccagactt gatcctcggc acgatccttt cgcgcaccca aaggctcgac gtccgaccca
     9841 tcgaggccga cgccctcgct cgcgccttgg agcagcgcaa cgggctgccc cccgacgatg
     9901 ctcgccgcac ggcccacctc gcccacggcg atctgctcgc cgccgaacgc tccatgggcg
     9961 acgacgagcg ccagcgtctt ttcctcgact ttttcattcg catcatgcgc aacgcctgga
    10021 aacgcgacgt ccgcgccatg aagcagaccg ccgacgagct tgccgcgctc tcccgcgagc
    10081 agcagcgcgc ctttctggcc tattgccaac acctcgttag ggagaatttc gtccgccgat
    10141 tccgttccga cgacctcaat tacctccgcc cggacgaggc cgccttctcc gcccgcttct
    10201 cgccctatgt caacgagcgg aatgtcttcg atttcgccgc cgagctggcc gacgccgagc
    10261 gtcacatcgc tcaaaacggc aacgcgaaaa tgatcttctt cgatctcacc ctccgtatca
    10321 cagtcctatt aaagaaatga cccgtaaacc cctccttttt ctcaccctca tcctgctcct
    10381 cacctcggcc tgccactcca cttcggccga cgtggattct accgccgatc ctgctcccat
    10441 cgctcgcttt gatcgcgatc tcttcgccta tgtggatgcc gacagcacac gtgcgaccac
    10501 cctacgcgac agtctactcc gcacttaccc cgaaatgctc cgcatcctct ccctggccct
    10561 ctttgaacgc ccggacacac ccaccgtaga ctacttcggg cgcctctccg actactacaa
    10621 tgagcccacc ctacaccggc tctatgccga cgccctcgag cgatactccg actcggccgt
    10681 cgactccctt tcccgcacgc tcggcgcggc cttcacccgc ctcgaggccg atctgcctgg
    10741 gcgccgtcgg cctgcgctct gcctgcacgt ctctggtttc tatcaaaatg tactcgtggg
    10801 cgacagccta ctctccgttt ccatcgacaa atacctcggt gccgactatc cgctctacgc
    10861 cgacttcttc gcgccctatg tacgccgcag gatggctccc gaatacgtgg ctccggacgt
    10921 cgtggcggcc tatctgatgt ccgaatttcc cttccgcggc aatgaggccg tgctgctcga
    10981 ccggatgatc tatgaaggcg cccttcgcta cgccgtgctt cgtgccctgc cagacctcag
    11041 catgactacg ctcatgggct ggacgcctga cgagctgaaa gaagtcgagc gcaacgaagc
    11101 gggcatctgg cgtgccatcg tcgagcgcca tgccctctac acgccggatc gtaccgccac
    11161 ggcgcgttac ttccaggatc ggccgtcaga cttcctctcc gacaaattgc ccggccgact
    11221 cggcgcgtgg attggtctcc gcatcgtcag tcgctatatg gatcacacgc atgccccgct
    11281 cgacagcctc ctcaccacca ccgacgcgca agccgtcctc atcgcctcaa aatatcgccc
    11341 ccgctaaccc ctgcactgcc ctttcgcggc tgtttttctc gttccactca tttgtacact
    11401 ccatttttcg gggtaaatag cgccgcacag gtgtaaagcc acgaactaca catttttcag
    11461 tcgcataaat cgaggggaat aaatttccgc gcattcttcg ggtaacacgt tttgaagccc
    11521 tgcgtttttg ctgttttggg gcgcatgcat agcggagaga aatatatgaa cgtacgcgca
    11581 cgtaccttta tatatagagc gacggcgtcc gtcggacttt cgagggcctg gcggagggac
    11641 gacctgcgta cagtggcgct tttcggggca agcgacggaa ggagaggccg gaaatgcaac
    11701 aatccgtatc ctatcttact tttgcgggcc gaaatcatcc cctcaagcga acatttcaca
    11761 atatgaacca catacgcaac ttctgcatca tcgcccacat cgaccacggg aaaagtaccc
    11821 tcgccgacag attgctcgag tacaccaaga cggtctcccc caaagacatg caagctcagg
    11881 tgctcgacaa tatggatctc gaacgcgagc gcggaatcac cattaagagc catgcgatcc
    11941 aaatggacta tgcatatcgg gacgaaaaat gggtgctgaa cctgatcgac acgcccgggc
    12001 atgtcgattt ctcgtatgaa gtatcgcgtt ccattgccgc ctgcgagggc gcactgctgg
    12061 tggtcgacgc cgcacaaggc attcaggccc agacaatctc aaacctctac atggccatcg
    12121 aaaatgacct cgagatcatc ccggtgatca acaaagtcga cctcccgagc gccaagcctg
    12181 aggagattga agaccaaatc attgaactca tcggctgtcc ccgcgagtcc atccttcgtg
    12241 ccagcggaaa gacgggcttg ggcgtggcgg aagtgctgaa cgccgtggtc gatcggatcc
    12301 cggcccccaa gggcgatccc gacgcgccgt tgcaatgcct catcttcgac tcggtcttca
    12361 accccttccg ggggattatc gcctatttca aggtggtaaa cggggtgatt cggcgcggcg
    12421 atatggtcaa gttcatggct accggtcgcg agtacgacgc cgacgaggtg ggcgccctga
    12481 agctcgaaat gagcccgcgc gaggaggtcc gtaccggcga tgtaggttat atcatctcgg
    12541 gcattaagac ctcgaaagag gtgcgggtcg gcgacaccat cacccatgtg gcccgccccg
    12601 ccagcgaacg tatcgaaggc ttccaagaag tcaagccgat ggtctttgcc ggcgtctacc
    12661 ccatcgcatc ggaggacttt gaaaacctgc gtgcctcact cgagaagctc cagctcaacg
    12721 acgcctccct gaccttccag cccgaaagct ccgtggccct cggattcgga tttcgatgtg
    12781 gtttccttgg gctcttacac atggagatcg tgcaggaacg tctcgaacgc gagttcggaa
    12841 tggatgtgat caccacggtg ccaaacgtat cttacaaagt gtacgaccgc aaaggcgtat
    12901 gcaccgaagt gcacaacccc ggaggcctcc ccgaccctac gcttatcgat cacatcgacg
    12961 agcccttcat ccgcgcttcg atcatcaccc aaaccacttt catcgggcct atcatgaccc
    13021 tctgtctggg taagcgcggc gtgctcatta agcaggatta tatcacggga aaccgtatcg
    13081 agcttttcta cgaccttcct ctcggcgaaa tcgtaatcga cttctacgac aaactgaaga
    13141 gcatctccaa gggatatgca tcattcgact accacttgca tgattaccgc ccgggaaagc
    13201 tcgtcaaact ggatatactg ctcaacggcg agcccgtgga tgccctttct acgctcacac
    13261 acttcgacaa cagcgtgtcg tttggccgac gcatgtgcga aaagctcaag gagcttattc
    13321 cccgccaaca attcgacatc gcgatacagg cagccatcgg tgctaagatc atcgcccgtg
    13381 aaacgatcaa ggccgtccgc aaggatgtga ccgctaaatg ctacggaggc gatgtctcac
    13441 gtaagcgaaa gctcctcgag aagcaaaaag agggcaagaa acggatgaag cagatcggaa
    13501 ccgtggaagt tccccagaag gccttcttag cggtcctgaa attagactaa ctctggacca
    13561 accactacaa atacatcatc aatgaagggt gcgacgcagg gcagcccctt aggcgcctgc
    13621 cctacctcaa actccgtttt actatcccta tacgcatgat cgaaagtgat acgaattatt
    13681 cgttcctgat cgggtcgatg ccccacctca cgtgtgcatc tgtgcgggcc ctctccgatc
    13741 gctttatcac cgacctggcc gaagccgatc gggaccacct cttcgccgaa ctcaaacgag
    13801 acggcaacca attgaccacc gagccgcgcc tctgcgctta cacttatgcc ttcggggctg
    13861 tgcgtgaggc ccgcctccga cgtgcttttt cgcacctctc caacatcttt gcccagcgcg
    13921 acgtggagct gatcgactac ggctgcggtg tgggactcgg cgccttggtc tatcacgacc
    13981 tactccttga gcgcggcctg ccccttacgt ccgttcggcg tatcaccctg atcgacccca
    14041 ctccacgctg cctcgagcgc gctgcactac acgcccgcgt ttgctttccc ggcgctgaac
    14101 tgcgcaccat ctgcaagtac accgatgagc ttcaggccgc agacacaacg tccgacgcga
    14161 agctccacac gctacatatc ttttcccaga tcgcagacat ggaggttcca tccatcgcgc
    14221 acctggcgga cacgatctgc gcaggactgc gcggccccaa ttattttgcc tgcgtgactc
    14281 ccttttgcga gcgtgccctc cgaggtacgc ctcccgccga tctcttcgta gagctgatgg
    14341 acccggacga agggcgcgtg acggtggaaa atctcgcggc acgccgcttt gttcgggggc
    14401 agcagtggac ggcttccctg cgtgtcttca ccaaagaggg cagccacgac acacctcccc
    14461 caccgactga ccctacgcca ccgccttcgc ccacacctcc ggcaccgtcc actgatccgt
    14521 cgtcgtcccc tcctgctgat ccggttacgc ctaccccgac cgccgtgcat gcccctcctc
    14581 cgaaatccac cgtacccatc gaaaaagagc cagcccggca agtcgtggat acggagcacc
    14641 gtatcgatga aattcttact tcactcaacg aaccggagga accggaacac attcgccaac
    14701 tgcgcaacgc ggctgaaagc ggcgacgcca aagcgcaaaa caagctcggt tacctctacg
    14761 acacggggcg cgaactgccg caaaacgacg ccgaggccgt gcgctggtac cgccgagcag
    14821 ctgcccaaaa tcacgcgatg gcgctctaca atctggccaa tcactacctc tccggccgcg
    14881 gcgtaccgca ggacaccgaa gaggccatca agtggtaccg cctcgcagcc gatcgcgacg
    14941 tgttgccagc gatgaacaac ctcggcgtga tctacgcctc cgggcgcggc gtccgtcgca
    15001 acgaggccga ggccatcaag tggtatcgcc gagcggctga acgcggcgac gagacagcca
    15061 ttcgtaacct aaaaaaacgg ggtatcaagg tctgaacagg tatgcccagt aagcgcatac
    15121 gttgaaataa aaatcgggca gagcgatcga aaagatcacc ctgtccgatt tggtttttat
    15181 gtgagttgcg tcaacttctc agccgggaga aagcgtttca taccgcccgc acggcttatg
    15241 gagcggggaa cgtggcgccg tccaaaaagc gacgaatgcc tcgctggatg gaggccagtc
    15301 cgaaggcttc ggggcgaagt gcatcgagcg gtatccacag taattccgac gcatcatcgt
    15361 gcgcttccgg ctgagcctcg tcctcagcca cgcggcaacg gaaaaacatg tcgaccgtag
    15421 ccaccacaaa atccgaaaag aggtaactgt tcggtagcga gaagagaaaa tcggcgcgaa
    15481 ggacacgcag ccccgtctct tcggccacct cacgaactac gccctcctcg gccgtctcgc
    15541 caacgtcgca aaatccgcca ggcaagtcga gcgtgccgcg cgcgggatcg ttagcacgac
    15601 ggcagacgag tagctcgttg cggtcgttga ggatgagggc agccgtagct gccgccggat
    15661 tataataata cgtgaagccg catgccgggc aacggttcga cttttcgtcg tgtggcgcaa
    15721 acgtatccga gccacagcgc gggcagtatc ggaagtcggc caggggatgg ggatgggatg
    15781 atggagtgtt gtacataagg gccgcgaaga aatcgaaaaa caagatgcag ccatgcatgg
    15841 tgcctaatac cagttcgacg caagtcgatc gggcgggccg ctggggcgaa agtggcgcta
    15901 aaaagtcgct cgggcggagc cgctggcacg cagcgacgtc aaaaagtcgc tcgggcgggc
    15961 cgctggctca cagcgacgcc aaaaagtcgc ttgacgaagc cgctggcacg cagcgacgcc
    16021 aaaaagtcgc ttgacggggc cgctggggcg aatgtggcgc taaaaagtcg ctcgggcgga
    16081 gccgctggca cgtgagccac gccaaaaagt cgcttgacgg ggccgctggc tcacagcgac
    16141 gccaaaaagt cgcttgacgg agccgctggc tcacagcgaa gccaaaaagt cgcttgacgg
    16201 ggccgctggc acgcagcgac gctaaaaagt cgcttgacgg agccgctggc acgcagcgac
    16261 gccaaaaagt cgcttgacga ggccgctggc tcacagcgac gccaaaaagt cgcttgacgg
    16321 ggccgctggc acgcagcgac gccaaaaagt cgcttggcgg agatgattgc ttacgtcgga
    16381 ctcccaactg cgtgacggaa aacgagctgt cacaccggtg cgcccagagg ccggagggaa
    16441 cgtatcacat acgcccctac atttgccgcc aaaattttcg ggtgacccag agaggggcct
    16501 gccctacata aaccacctat taaatatgac acccactttg tgcatactgg ctgccggcat
    16561 gggcagccgc tacggaggtc tgaagcagct ggacggcgtc ggtccggacg gcgagacgat
    16621 catggactac tccgtcttcg acgctgcacg cgctggcttc ggccgcgtcg tgttcgttat
    16681 ccggcgtgat tttgaggccg acttccgcgc ccgtgtactg tcgcgctacg ccgatcacat
    16741 ccccacggag gtggtctttc aatcgatgga cgatctgccc gacggcttca cctgtccgcc
    16801 gggacgcacc aaaccttggg gcacgaacca cgccgtgtgg atggcccgtc acgccatccg
    16861 cgaacccttt gccgtgatca atgcggacga cttttacggt cgtgacagct tcgccacgct
    16921 cgctcgtgcg ctggccgaaa cggcgggtcg agagggcgat tattgcatgg ttggctttcg
    16981 cgtcggcaac acgctcagcc cgagcggaac cgtctcgcgc ggcgtctgta caacggatgc
    17041 aaagggctac ctgaccggcg tcgtggagcg aaccgccatc gcccgtgtgg acggccaagt
    17101 ccgcttcacc gacgaacacg gcacaccgca ggtgctcccc gacgatacgc ccgtttcgat
    17161 gaacatgtgg ggcttcacgc cagactattt cgcacataca gaaacgtatt tccgccgctt
    17221 ccttacggag cacgccacgg acgaacgtgc ggagtattac atcccttggg cggtgaacga
    17281 gctgatcacg agtggcacgg cgcgtgtccg cgtgctcgac accacgtcct cgtggttcgg
    17341 cgtcacctac gctgaggatc gcgccgaagt ggtccgtcgg ctgcgcgccc tgaccgacgc
    17401 gggagaatat cccgccacgg gactcttcca aagcatacga taagcctata cggaaccgtt
    17461 tttcatgcgt attccgataa agacaaccac taaccccaac aaagtcatga tgaaaagaat
    17521 gctattagcc gccttgctgt gcggcatgtg tgcgctcgga acatcggcgc aagagaaaga
    17581 gacgaaggtg gcgatcgaca ccaacaaagg cgtgatcacc atcaaactgt ataacgagac
    17641 gccgcaccat cgcgacaact tcgtcaagct ggtgaagagt cacctctacg acggcgtctt
    17701 gtttcaccgc gtgatcaagg atttcatgat ccaagcggga catatcgaca tgaaggaggc
    17761 tccgaaaggg atgaaagtaa aagaagggga accggactat accgtgccgg ccgagatcct
    17821 tttccccaaa ctgtatcata agcgcggaca agtaggcgca gcgcgttggg gcgatgatat
    17881 caaccccgag cgggcgtcgt cgtccacgaa cttctacatc gtcgagggta agaaattcac
    17941 cgccgaagga ctggacaaga tggagcagga gaagcacatc aagttcacac ccgagcagcg
    18001 tgaggtctac atgaccgaag gtggcacgcc acatcttgac aatgcctaca ccgtcttcgg
    18061 cgaggtggta gacggcatgg acgtggtgga cagcatccaa gttgtgccta cgggcaagga
    18121 agatcggccg ctggaggacg tcgtcatccg gtcgatgaag atcgttgagg aataaacgga
    18181 taagcaaagg atcacgatga tgaaacgttg cagatacgca atcctcaccc tgctcgccct
    18241 actctgtctc gcgggaagtg cggccgcaca aaagcagcgg ctcacgatcg acgcgggttc
    18301 gaaacgcata cgcatcgtca tccccgacgg ctatgcgctg ggctcggtgg agaacggcga
    18361 caccatccca catgtgtacc tgccgacggt ttacgttttc cccgaactca cgttcaagaa
    18421 cgataaagag cggcagcagt acaacaagct cgtgcgcgac gtcaagcgca ccctgcccta
    18481 cgctcgcctg atctacgaga cgctgatcga gacgtacgaa tacatcgaaa cgctcccgga
    18541 cgagaagtcg aagcaggcgc atctcaagcg tatggaaaag gagctctacg cgcaatacaa
    18601 gccggagctg aagaagctca ccctgtcgca gggcaagctg ctcattaagc tcgtcgaccg
    18661 cgaatgccat cagtcgagct acaacctggc caaggcttac ttaggcagtt tccgcgcggg
    18721 cttctggaac atcttcgccg gcatgtttgg cgccagcctt aaaacgaagt acgacccgaa
    18781 cggcaaggat gcccttaccg aacgagtcgt gctgttggtg caatgcggag ctatttgagg
    18841 agctgttttc ctctctcccc ttgacgaaac caaagtcagg ggatgccggc caagttttct
    18901 tgagaaccga ggagtgattc agacggggtc aacccccttg aaaaattccc acaaaacgat
    18961 tcccgcagcg acggacacat tgagcgaatg cttcgtgccg cgctgcggga tttctatgca
    19021 tacgtccgaa cgatcgacga cgcgctggct gacgcctttc acctcatgac ctatcacgac
    19081 ggcgtatttc cggccgcgct cgggccgaaa ccgatcgagc gagaggctgc cttcggcctg
    19141 ctccaaggcg cagatgacgt acccctcgcg ccgtaactcc tcgacggcct ccaacgtatc
    19201 cttctcatac cgccactcga cggtctcctc ggctccgagc gccgtcttgt ggatctcggc
    19261 atgcggcggc gtggccgtga tgccgcacag ccacacgcct tccaaacgga acgcgtcggc
    19321 cgtgcgaaac acggacccga cgttgttcag gctgcgcacc tcatcgagta ccaccacgac
    19381 gggcaacttc tcgctggcgc gatactcctc cggcgtcaat cggcccagct ccgtaacctt
    19441 tagcttgcgc atcgttaggc gtggcttgac tggatgatgt cgatcaactc ccgcccgagc
    19501 gcgtcggctt cggccttggt gtgtgcctcg gcatagacgc ggatgatagg ctcggtattg
    19561 ctgcggcgca ggtgcaccca gcgatcggca aagtcgatct tcacgccgtc gatgtccgtc
    19621 acgtgctcgt tggcaaaacg acgcttgacg ctgtccaaaa tcgcgtccac atcaatgccc
    19681 ggcgtcatct ccacgcgctg cttggagatg aaataattcg gatacgtggc ccgcagctcg
    19741 ctcaccttca tcttcttttt ggccaggaaa gtcaggaaga gcgcaatgcc cacgagggcg
    19801 tcgcggccgt aatgcagggt cggatagatg acgccgccgt tgccctcgcc gccgatcacg
    19861 gcgccggtct ccttcatttt ctccaccacg ttcacctcgc ccacggccga ggcggcatac
    19921 tgtccgccgt gtcgctccgt gacgtcgcgc agggcacgcg tagagctgag gttgctcacc
    19981 gtgttacccg gcgtgtgcga caacacatag tcgctcaccg ccactaacgt gtattcttcg
    20041 ccaaacatct ccccgttctc acagacgatg gccagccgat cgacgtctgg gtcgaccacg
    20101 aacccgacat cggcccgcgc atggggcatc agggccgaga tctcggtcaa gtgttccggc
    20161 agcggttcgg ggttatggga aaagttgccg tgcggattgc agtgcagctt gaagatctcg
    20221 cgcacaccaa gggcgtaaag cagatcgggg atgaccaggc cgccgacgga gttcacacag
    20281 tcgatcgcca cgcggaagtt ggccgcgcgg atggcgtcca catccaccag gtcgagggcc
    20341 agcacgcgcc cgatgtgacg ctccttgtaa cggttgtcaa cgatcacctt gcccagcgaa
    20401 tcgaccgacg cgaagcggaa cgcctccccc tcggccagtc tgagcacctc gcgcccatct
    20461 tcatcgctga ggaactcgcc gcgctcgttg agcaacttca gcgcattcca ctgcttcggg
    20521 ttgtggctcg cagtgagaat gatgcctcca caagccagct cgtttgtgac ggccagctcg
    20581 gtggtgggcg tcgtggccag atcgatgtcg atcacatcga agcccatgct catcagcgta
    20641 cccacgacga tcgatttgac catcggccca gacatgcggg cgtcgcgtcc aacgacaacg
    20701 cggtgcttct tgcctttcgt cgagcggttg cggatccatg tggcgtaagc cgccgtaaac
    20761 ttcacaatag aaagggggtt cagcccctcg tccggaccgc caccgatggt gccgcggatg
    20821 ccggatatgg atttgatgag tgtcatatta tatcggtatg atgatgacgc aaaggtagag
    20881 gcgagcggga ttcattgcca atatccgtag gggtacgaag atctcccgca agttgcagga
    20941 gatcattgta gggctacgaa catctcccac agattgcagg agatcattgt agggctacga
    21001 acatctcccg caagttgcag gagatcattg tagggctacg aacatctccc gcaggttgca
    21061 ggagatactt tgtagggcta cgaacatctc ccgcagattg caggagatca ttgtagggct
    21121 acgaacatct cccgcagatt gcaggagatc attgtagggg tacgaagatc tcccgcaagt
    21181 tgcaggagat cattgtaggg ctacgaacat ctcccgcaga ttgcaggaga tcattgtagg
    21241 ggtacgaaca tctccgcgaa gtgcaagagc caaaccgacg tttggcgaaa tgctccgcga
    21301 attgcaagag ccaaaccgac gtttggcgaa atgctccgcg aaatgcaaga gacaaatcga
    21361 cgtttggcga aatgctccgc gaagtgcaag aggaaaaccg tagagcgacg aacatcctac
    21421 gcaagccgcg ggagagcttc gtcgtgcgac ggagatcgct aaaatggacg tttcgcccct
    21481 tccgccgtgt ttttttatca caaaatctca cttttccgag ggatgcttca tcgcaacttt
    21541 cgtacggaac gaatttgcaa tataaggcca aaacagctga ttaatcagca tttagacacc
    21601 tctcaaaggc ttgcagatct actcctgccc atctatattc gcgctcacat tttaaaaccc
    21661 ataaacatca tcgaaatatg aaacagaaat cgattaccgt attatttgcc gccaccctct
    21721 tcctccttgg gttggctggc acagcgaagg ctcaaggaca tcgcagtccc tggcgcgcag
    21781 agtgggactc gtgtatttta gacaaagggt atgggcatta tcgccctcat atacccgcag
    21841 gcccgtatga ctatgccaac gagataccta tgcgcatcta tgaggattgc cctgtacacg
    21901 tagactcctt gttttatatc cgcccgggaa cgaaacgcac gctgaaggtc gaggggcaca
    21961 ggttcctcga tgagaatttt cagccggatg gtccgctcat ccccggtctg cccaaggatc
    22021 atctggggcg ccactacctg accaacaccg agaccgggaa gcccttctcg gagttcgatg
    22081 aaatcgagct ccccgcctcg gatgacgaca cttatttccc catttcattc gtgcaccatc
    22141 cgttgacgga aggcgatccg gtatataaag acggatatgg cgtggaaatc tcctttatag
    22201 caacgataga cggtgttgaa cagcccttca atggtatact taggtatcag tacttccaaa
    22261 agccgacggt caccggcttc agttaccaac gtccgggccc cggatacccg ggacagttca
    22321 ccatgacgtt tcaaggcgaa ctcgttaagc cggaaaaccg cgtagggtat gatacaataa
    22381 ggtggatcaa ctctgtatcc gaagccagag actggaccaa tttcaagaag tacaccgccg
    22441 gcgcttacta cagcttggac gatggcgaga catggttcga agccacggac aagaccgtca
    22501 acctcaccca gtcgcaggtc gaaaacctgc cggaggtggt caacgtgaag atgagactgc
    22561 ccggcggttg cggctcgttc ttccccgtcg gagccgaata cgaccccaac gacccgagtc
    22621 gtggcagacg gccggacgtg cccttctcca tcactcgcca aatcacgctc aacaacgaga
    22681 ccggcgacgc ctcctccaca ctcctcgaac ccctcaagca gatctacgac gtagccacag
    22741 gcaaggattt caccctcacg gttcgcccca caggtaacaa cgtgccgacg ctcaccacga
    22801 gccgcaacgg ccgtctgtcc gatgagatcg gtgtcaagac ggaagtgttg cccgacggcg
    22861 cctatcgctt caccatccgc aaggtgcagg agaacctcac cgtgacgctc aagtacaccg
    22921 tcagcaacgc cgaggtggac ggcacacgcg tctggggcga ggacggcaca ctctgcatca
    22981 cgtcagccgc cgccggccgc gctaacatct acaacgcgct cggtcacttc gtgaacagcc
    23041 tcacgctgtc agctggcgag acacgccgcc tctccatgcc tgccggcatc tacatcgtca
    23101 agctcgacaa cggccgcgct tacaaggccg ccgtccgctg acactgacag cgaacacgca
    23161 aaatcagcga actcatgaaa cgaaaactgc tcaactcatt attatttgcc gccgccatcc
    23221 tcttggggat ggctggcacg gcaaatgcac aagtcaaggg tacgccctgg aatgaaagat
    23281 gggactcgtg tatgcgaggt acgccggcca tgatgcctga tggtcttacg cctgtaaaca
    23341 gcttttctcc ggcgcattac ctcccgctta ctccgggcgg tccttatgct tatctacatg
    23401 tcactcccac tgacgatgtc tatgtggcca cgccgctacg tatctatcag aactgcccgg
    23461 tgcagatcga tacggccttc aaggtgcccg ccggcacaaa gcggcaagtg atcttcaaag
    23521 acatgccgaa ggatgaacaa ggtcagcact acattatgaa caggctgacg gggcgcgtct
    23581 tttcggaatt tgaccctgtc gacctgcccg atgccaccga gcccacgcct ttccccatgc
    23641 tctttgagca ctatgcgctc agccccggag atccggttta tgaagacgga tatcacggcg
    23701 ccatcatcgc cgaaatcaag atcaacggga cggtagtcag gacggacacg atcaagtatc
    23761 aatatttcca acgccccacg gcgacgctca acttcgaggc gcccgggccg atggtggcgg
    23821 gaaagtttga actcaccttt catggcgaac tgattcagcc ggaaaactat gtaggcttca
    23881 acccgaaagc agctgtttat aatataaacg ccgaagacaa ggccagaaac ctcgacaact
    23941 tcaaggaata cgccgcaggc gcttactaca gcctcgacga gggcgccaca tggattccgg
    24001 ccccaacgaa gacgatcaag ctcacccaat cgcagatcga tgagctgccc gacgagatca
    24061 acgtatgggt acggctacct tacggctgct cggccttcat cccgctgagc ccaagtggcg
    24121 acagccttcg tcagccccgc aaacgcctcc cggacgttat ccccaacatc acgcgcgaga
    24181 tcaccctctc gaacgagacg ggcgacctct cccccacgct cgtcgaaccg ctccggcagt
    24241 attacgacgt gccgacgggc aaggatttcg tcctcacggt tcgccccacg ggcaacaacg
    24301 tgccgacgct caccacgagc cgcaacggcc gtctgtccga tgagatcggt gtcaagacgg
    24361 aagtgttgcc cgacggagcc tatcgcttca ccatccgcaa ggtgcaggag aacctcaccg
    24421 tgacgctcaa gtacaccgtc agcaacgccg aggtagacgg tacacgcgtc tggggcgagg
    24481 acggcacact ctgcatcacg tccgccaccg ccggccgcgc taacatctac aacgcgctgg
    24541 gtcacgtgat gaacagcctc atgctgtcag ccggtgagac gcgccgcctc accatgcccg
    24601 tcggcatcta cattgtcaag ctcgacaacg gccgcgccta caaagccgcc gtccgctaac
    24661 agacaaagag atagttcctt cagtctacat acttgtataa tggttttgaa agcccgggga
    24721 gagccgtttc ctcgggcttt tttggattcg tagcgtggtg catctacaac agacgcccta
    24781 cgatcttgat gaacatcctc gactccacaa aaaaatagcc cgaagcaacc atgctccggg
    24841 ccttaaatca tgctatggga ttgcagacgt tcagaacgtc ttgatgtcgt acgccaccga
    24901 cagctggacg gcatacttcc gcgtcatgcg gggaatgaac tccttctccg acgtcttgaa
    24961 ttcatgcaca tagtgcgccg agagggccag cccgttcttc cagcgataac cgagccctgc
    25021 cacaccggag agatcgaaag tagtagcggg tccactcgca ccagctacat ctcctacacg
    25081 ttcaccagtt tttgtgcgta tcgatccgtg actgcccagt aataatcccg gttgcggacc
    25141 cacctcggca aagagtccgg agccaggaac cgtaagccga aacaacaccg gcaggttgag
    25201 gtaatgcatc cgcatacggc ccgttacatt atcatagacg tgtccgcgga gatccaccgt
    25261 tggaatgcta atcttatacc ccatctgcga atagagcagc tcggtctgca cgctgaaaag
    25321 cggcgaaaag gcgtaccgcg cataaccgcc gacatgcgcg ccgggcaggt agccgtactc
    25381 cagcgtccac gactcgagat cgccgggcag gggattgctg ggataaaccg tcacattgcc
    25441 aatactcgcc acattcaagc cggcctttgc accgaccgta aactgtccat aggcgtgcga
    25501 caaaccaagg gccgcacaaa tcaaaagaat catcactcgt ttcattatat tatccgttaa
    25561 aaatttacgt ctaatgaaac gtatataaag gaggattatt gcagctttcc ctgccagacg
    25621 aagcagtctg tgaaggcagg caacgacggc tcacgctcga acagaccgaa gacggccgaa
    25681 ccggatccag acatggcggc gtagacggcg ccagcggcgt agagctgcgt tttgatggcg
    25741 ccgatcgtgg ggtgaagggc gaagacgggc gcttcgaaat cattcttgag cgcgtcgcgc
    25801 cactccgtga cgggtcggcg gatgatttcg tcgaggggca ccgcgggcgc ggacggacgg
    25861 atcgctgcgt aggcctcgcg tgtggagaca gagacggctg gcttaacgat agcgatacgg
    25921 tagcccgcca gcgagacatt cgccgggctg aacacatcgc caatgcccgt ggccatgaca
    25981 gggcgattgc ggacgaagaa gggacagtct gcgccgaggc gtgcggcgat acgctccagc
    26041 gcatcgtccg tgagggagag cgacgcatag tcgcgcaaca gcttcaacat aaaagcggcg
    26101 tcggccgagc caccgcccag tccggcgccg aaggggatcg tcttcttgag atggatggcc
    26161 gcgggcggaa tgtccgcctg ctggcgcatg gccgcgaggg cacgcatgac gaggttgtcg
    26221 tccgccggcc cgtcaatcgc aaggccgtag gtgtgaaacg aaaaagcctc ggccggcacg
    26281 atctctaagg catcgcagag ggggacgggg taaaagaccg tctcgatgca gtggtagccg
    26341 tcggggcgac ggctgacgac atgcagtccg aggttgattt tggcgttcgg gaagcagatc
    26401 ataacaggat ggggtcagga gtgcgctgga cggttttgag agggcttgtt acgccgcctg
    26461 ttgccgcctc cacgaggctt tgaggaggtc gattgtgctt tggcacgtcc accgccgcca
    26521 ccactttgtc gcccacgtcc gcccttgccg cgcgtgcgac tgtatttctc cggctcatag
    26581 gtcggtgact cgccgatgga gggatcgatg gggatcttat agatatcctt ttcgataaac
    26641 gtctcgatct ccttgaaccg cgcttgttcc tgctgcgaaa cgaatgtgat ggccagtcca
    26701 ctgccctccg tgccgcgggc cgtacgcccg atgcggtgca catagtcctc gggatcgttg
    26761 ggaatgtcat agttgatgac gagcgaaatg tcattgatat caatgccacg agctacgacg
    26821 tccgttgcca cgagcatgcc aatatgaccg tttcgaaaat ccttcatcac ctgttcacgc
    26881 tcgctctgct ccaaatcgga gtgcatggcg gccacactgt agttcatccg tttgagcgtt
    26941 gccgcaagct ctttcacctt catcttcgag gaggagaaga tgatgacgcg ttcgggcgct
    27001 ttcttagcga aaagctgctt caggagcggc atcttatgcg cctcgtagca gatgtaggcc
    27061 gtctgcatga tcgattccgg cggacgcgat actgcgatct tgatctcctc cgggtccttc
    27121 agaatgttgt gcgccagcgt gcggatcttg ggcggcatgg tggccgagaa catgactact
    27181 tgacacgtct ccgggagctg cttatagatc tgcataatgt cgtcatggaa gcccatatcg
    27241 agcatgcgat cggcctcgtc aaggacgaag aaggaggtgc gcgagaggtc tacgctaccc
    27301 atgtttaagt ggctgatcag gcggccgggc gtggcgataa cgatgtcggc gcccatctgc
    27361 aatccgcgct cctgccgggc gtaggcgatg ccgtcggtac caccgtagac agccaccgcc
    27421 gagacggaaa cgaagtaggt aaagccgtcg atctgctgat cgatctgctg cgccaattcg
    27481 cgcgtcggtg ccataatgac cgcattgatc gcatcctgtg gatatccgcc tcggctcagc
    27541 tggctgatga tgggcagcac gtaggcggcc gtcttgccgg tgcccgtctg tgcgcacccg
    27601 atcaagtcct tgcccgcgag gatgggcggg atggccagct cttgaatcgg cgtcgtctcc
    27661 acgaaattca tggcctcgag tccgtccaac acggcgtcat tgaggtctaa ttcatcaaat
    27721 ctcattgtct ttctatctaa taaaatatgg gcaaaaatag acggatttcg ccgacgcttc
    27781 tgcaccgata cgcccttggg tcgccgctga tctgcaaagt atggagagga aggatacggc
    27841 aaacgccaaa atgaggaaaa gcgtccttgc agaagttctg caagtctatt agtatggagg
    27901 aagcctaagg aaggcagtgg gaaaaacgat cgggttttgg gtgataagtg catcggttct
    27961 aacggatttg catcggcaaa gaaaaggtaa agcgttggga tcgatgaaga cggagcgtaa
    28021 ccaaatcgtt acctatgatt cgagaggtaa cgaaaacgca aaatacggcg gtaaacgtct
    28081 tttggtgaaa cgtgcgtatt gcgcttattt gtagcgtttt gtatagctct gaatgcttcg
    28141 ctgacaggta actttgcaca ccctaaaaac ccgaagcaat gaagagagaa atgatgaagg
    28201 ttttgctcta ccttaaaaag agcagcatag acaaatcggg acgggcacca atcatggggc
    28261 gcatcacgta tgccgggaca atggctcaat tcggcagcaa attttcttgc ccgcccgacc
    28321 tctggaatcc ccgcgagagc cgccttagag gcaagagccg ggaggccgtc gtcaccaatg
    28381 agaagctaga cgatctgatg ttggccatta gtcaggctta ccggacactg gccgatcggg
    28441 gtatggcctt cacggccgcc gacatcaagg aacgattgca aggcaatgcc cacagtcgga
    28501 cgaccttcct cgaacgctac gaccggctgt tggaggaagt agatgcacgc gtcggtgtcg
    28561 atctgacacg aggttcggcg ctgaaatacc atcaagcgag aaagcacttc acccgcttta
    28621 tacggagccg tttcggccgg gaagacatga ctttcagtga gatgacggag gacttcttcc
    28681 cgcagttcga gcgctatatc aaaggggagt tggggctctc tgacaactcc tttcttcggc
    28741 tgtcttgcat gctgaagaag gtgtgccggc tggcttaccg ggagggtctc tccgaccgac
    28801 cgctcttcga ggggctccgc atcacgcgtg agaaacgaag cgcaccgcgg tcgctcgacc
    28861 ggacggcctt cgaccgactg ctggcactca cctttccacc ccatcaaaag gaattggcaa
    28921 ttgcccgcga tctgttcgcg tttacctgct acaccggggc ggcctattgc gacatggtgc
    28981 ggcttacgcg ctcacacctc ttccgagacg atcgcgacga cctgtggctg aagttcaagc
    29041 ggcaaaagac gggggcgctc tgtcgggtga agctcctgcc cgaggccgtg gcgctcatcg
    29101 agcgttaccg ctccgacgag cgggagacgc ttttctcgcc aatcccttac tacacttacc
    29161 tcatccgact gaaggccgtt ggactgaaag caggccttgc gttcccgcta acggcgcacg
    29221 tcgggcgaca cacgttcgcc acgctgatta cgcttgaaaa cggtgcaccc attgaaaccg
    29281 tgagccgcat gttgggccac ggtagcctca aaatgaccga acgatacgcc cgcgtcacgt
    29341 cacgcaaact cttcgaggag ttcgatcgtt tcctcgcctt tacccaagat cttcatctga
    29401 ctctttaacc ccggaatctc atgcgcagca cattcagaat cctgttttac atcaatcgaa
    29461 acaaggcgaa aaagaacgga aaggcagccg tgctctgccg aatcaccgtg gacggccgtt
    29521 cggcggttat cgctaccggc gaggagtgcg cacccgaggc gtggcagacg aagtcgggtg
    29581 agacgggcga ccggaagatc aatctccgct tgcaggctct ccgcgaacga atcgaagcga
    29641 gctacacgac cctcctccgc cgggagggtg tagtcagtgt cgaacgactg aaactccgat
    29701 tgcagggggt gaacgagact ccgacgatgc ttttggaaac gagcacagag gaactgcgga
    29761 ccgtggaagc ctgcgtgggc cgctcaagga gtcccggcac ttatcaaaat aaccgccgtt
    29821 ctgacagtgg actgcgggac tttgttcgca gccgtggcga atcggacatt ccgatcccga
    29881 gactcgcgcc ggacttcttc gaggcgtatc gtttttttct gaagcgaagg ggctacgctg
    29941 ggtccacgac aaaccggtac ctccattggc tcggccgatt gatgcgccgc gcgattgccc
    30001 gcggtgtgat ccgtttcaac cctttcgagg gagtgcgata cgagacggag aagtatcgcc
    30061 cacgctttct gcaaaagcat gaagtggagc gtctactggc ctttcccgtc cgagacgaag
    30121 ccacggagct gagtcgccac atgttcctct tttcggtctt cacagggctg gcttacgccg
    30181 acttgcggac gctccgacgg tcacagatcg agacggacgg cgcgggtcgg cgatacatcc
    30241 gaaaggcgcg acaaaagacc cacgaggaga gcctcatccc tcttcacccg atcgccgaac
    30301 agctcctttc gctttacctg aaagatgata agacggaaga ccgcaggatc ttccctgacg
    30361 cgagttactt cctattaacc catcgcctca aggctattgg taaggcatgc ggcctccacg
    30421 aaccgctaac atttcacgtc gggcgtcact cgttcggcac gctcaccctc gaagcaggga
    30481 tctctatgga gagcatcgcc cgcatgatgg gccacgcctc cgtcaccacc acggaactct
    30541 acgcccgcat caccgatcag aagatttcgg aggatgtgga tcggctcatt gcccgaagaa
    30601 ggaaggcggg ggaaggcggt gccgcgccgg gtaaccggat gggaaaaagc ccggaacagg
    30661 gcgcataggt ttgctgttgt gattgtcaga taagacagaa gaataacccc caaaaatgaa
    30721 gtgattatgg actatgttat catcgaatcg tccgcatggg aggcgctgaa aagccgtatt
    30781 gaagggctgc gcgaacacat gagcgaattg ttcggatcga aggccgaacc gacggaattg
    30841 ctgcccggcg aggccgtttg tcggatcctc ggcgtcagcc gtcgcacgtt gcaatattat
    30901 cgggatacgg cggcgctgcc cttcgtccgc atcgagcaca agtgttacta ccggcgagag
    30961 gacgtggcgg cgctactcgc cgaaaacgga agccccgagc ctcccctcaa tcggttgcca
    31021 gaaggcgtgt gaggagccaa ttgatcgagt caaacggcca cgggaacaac aatgacctat
    31081 cagaaacaac ccccaaacaa gacacaatga cagaagaaga aatcatccgg caagaatcgc
    31141 ctgaaatgga agcgctcttc gacgggctcg cgtccgtcgc ggagcagatg agcgagattg
    31201 ccgccacgca ccgccctctc ttcggcggtg atgtctacct aacgggtagc gaggtgacgg
    31261 aaaggctttt catcagtcgc cgcacgctgc aggattatcg cgaccgcggc ctcctgccct
    31321 atacccgaat cggcggaaag atgctctaca aactctccga tttggagcgc ctgctccgag
    31381 agaattaccg gacgcagaca ccgcctcgcc ccctccattg tatcacccac aaaccccaaa
    31441 ccccatgaca cagagaaaaa aggaattctc ctattaccga ctgcgattag agacctattt
    31501 gaaagattat caccccgaac ggctggccga cgaggcgttt atccgcgacc gatcggacgc
    31561 cgcggcgcag gcctatgaag acgcctttcg gcaaggctat cccatcttcg aagccgggca
    31621 tatcgccacg gaggtcctct tcgcaggact gcatttttcg ccgtattaca tgctcgaaca
    31681 gattatcgag aacgagttcg ccaacgtggt tccgcctgaa cgcgccgcgg attttgcgct
    31741 gcggctgttg caaagcaact ccatccgcga gaccatcgag aagtacgagc cgggcgacga
    31801 tttcgacggc agttcggagt acgaccagct ctacactgaa ctgaccggcg tcatcgtcga
    31861 gttgctcgag gcggacggag tgaaggtgca accgtagcct ccgccccttc tgcatcctgt
    31921 ttttcattcg gccgtggcat cgtgctgcgg ccgtttttct gaccccgata cctaaaatat
    31981 cctattccga ggatctttcc tctacgggtt tccctgcttc caatttttgt ttgcggctcg
    32041 gagccgatgt cggttcccct ttcttcgggc gaagagttga gtctcggaaa tgacttctcc
    32101 tgaggattag attcatttct tgactcggga aacaacctct cccgatagtt tgatcacgat
    32161 cctcaccaag atttgggatt caagtaattt ccatattgat acatctttgc gcgcaaaaat
    32221 ggccgagaga accctcccgg ctttacttaa ttctaatttg aaatataaac gaatgaagaa
    32281 gaaattgtcg ctcctcgccg tgctgcttgt cagtacactc tgcttgatgg cacagaaggg
    32341 agcaatcaag gggcgggtaa ttgccgccga cggcactccc gttgcgggtg caatcatcaa
    32401 cgtgttacaa accaactaca acactgtcgc cgatgacgac gggcgttttc agctctccaa
    32461 cctccctccc ggtaaccggc tattgcaagt gggtgctttg ggatatgccg actatcgcac
    32521 tcaagtgacc gtgccagaaa atgcagagct gacgctggac atcactttgc agcaaacttc
    32581 cgtggagttg tccgacatca ccgttacggc tccagctgct gtttatgccg agaaacgctc
    32641 gtcgacggca tcacgcatgc cgatcacgaa tcttgagaat ccgcaggtct ataccgtgtt
    32701 accgaaagag ctgatgcggg cgcagctgat ttccgactac cagtcagcgc tcaattcggc
    32761 ccccggtgtg agcaatgtga actatggccc gggcagcggt ggcatcgggc tttgggccta
    32821 tatgcgtggc tttaatgtgc agacggccac cattcgcaat ggcctggcta ccaattttgt
    32881 cacgctgtcc gatccctaca acaccgagcg gctggaggta atcaaaggcc cggtgggtac
    32941 gctttttggc actacgctgg tgagctacgg cggattgatt aaccaagaga cgaagaagcc
    33001 cctcggcgtg cggcgtgggg agctggggca acaaccggct gacagcagat gtgaatctgc
    33061 cggtctcgaa gatgctcagc acacggttca atgctttcta ccaaagtgaa aactcgtttc
    33121 aagactacgg tcgcaaccgc tcttttggat tggccggcag catgaagtat caaccttcgg
    33181 atcgattgac attcttcctc gatgcagaat attacagcac tgagcgcaac gctacgttta
    33241 taggcgtgag tccgatgctg aaggcaaagc gtttcactga tttgggcttg gatccacact
    33301 tctcatatac caacaacgat ctgttgagca agattcataa caccaacatt ttcgctaaag
    33361 cgatctataa actttcgtct cactgggagt cgcagacact gctttcaact tcaaactcat
    33421 cgaacgaggg gcgttatgtt tttctgcaaa tggcgaccct cgactccctc aatcgtattt
    33481 tcaacctcat ccccagcacg tttaatgcgg tggatattca gcagaacatc accggaacgt
    33541 ttcacctcgg gtcgatcaaa aaccgcttgc tcgcaggact ggattatgtg cagaacaagt
    33601 cgcacagctg gcatgcagag ttgtggccct acgaccggat aaagaagaat gcagagccgg
    33661 actatttttc attgcagaag ctgtactcac tgatgcaaga caagtacacc ttcaataacc
    33721 gcaaggattg gcgaaccttc agcatctacg cttcggatgt gatcaatttc acagacaacc
    33781 tgtcggtgtt gctggctttg cgggctgact tttatgcaga caagagcggc aactatgatt
    33841 acacccagaa caagttgtct cccaaattcg gtctcgtcta ccagcctgtg aaagacaaag
    33901 tctctgtttt cgccaactac atgaacggtt tcaagaacat ctcgccacag gtgattgccg
    33961 gcgtggaaac gcgttttaag cctgaagagg caaaccaaat ggaggccggc atgaagctgg
    34021 agctgttcaa taaacgcctg tcgggcacat tgagttacta cgacgtgaag gtgaaggatg
    34081 tgctgcgcat taacccggag aaacctacgg agtcgatcca agacggcaca cgagaaagtc
    34141 gaggagtcga gatggacgtg atcgccaacc ccgtggatgg gctggagctg atttgcggat
    34201 acggctacaa cgatagccga tatgtcaagg ctgcagccaa tatcgaggga cggcgaccgg
    34261 ccagtgtacc tcaacataca gccaactttt ggctgagcta caagcagccc cgaggtgcga
    34321 tgaagggctt aggcattggg gctggcggaa acatacagag cgaaatgggc atcagcgact
    34381 attccgacat tatgatagac ggctattgca ggctcgacgc cacggtgttt tacgagcaag
    34441 agaagtatcg cgtgggactg aaggtgaata acctgacgga taagaattac tacctctctg
    34501 actattgggg gcaattccaa aagccacgcg aagtgctttt caatgtgacc tataagttct
    34561 gacttaatcg aatcgataag taaatgccga aagactgccg ctctttacgg gtgccgtctt
    34621 tcggcatgct ttgtttatac ctctatgcga atgatgaatt tcagaaagga ctttaagcga
    34681 tggcaccgct ggctgggagt gctctcaggc gtggtattct tcttcgtggc gcttacgggc
    34741 actttgttcg tttttgccga cgaggctatc gacgctgtgg caggcggcgc acggcaggtc
    34801 acagtagaaa ggggagggca acagctctcg gtcgacagtt tgatgcaatg ttttcggaca
    34861 acctgttctc agcgcaaacc cttctatgcc gatgtataca gggccaaaga cagaagtttc
    34921 agggtcgctt caagcgacac acagggcaat gacctggcct acacttatct gaacccttat
    34981 acgggtgagg tgataaaggt ctctcgctcc tatcagttct tctttacgct ggctcacttg
    35041 catgccgaat tgctgatggg tgagtggggc aaatggattg tggctatcac cactttgatc
    35101 ttcttctttg agctgctaag cggactgatc ttatggctgc ctcggcgatg gaacgccaaa
    35161 tcgcgtgctt cctccttccg aatcaagcgc ggaaaaacgt ggtggacttg ggcctataat
    35221 ctgcataagg tattgggatt ttattcgctt gtcccggcgt tggttgttac actgacggcc
    35281 ttgatcatga gctttggtgc gattactcgt gtcttgcagc aggcgctggg cggtgtggac
    35341 gatccctttg cggaggccga acgctatgag cccgctgcga ttgcaggtcg ggcttcactc
    35401 cctctttccg tggcggtggc caaagcgttt gacaaaaggc cgcaggcaca gcaatgccgg
    35461 gtgagccttt ggaatagcga aagtggagta tatcatctga aagtagctgc atacatcggg
    35521 ttggtgagca gtcgggacgg agaaaatctt gtattgaata agtatacagg tgaggaaatc
    35581 gagcttcccc aacccgtaaa acgtgctttc gtaatcaacg aatggctgct ccgcttacat
    35641 atcggcgctt ggggagggct tgtcgttaaa atactgatgt tcatcgtcgg cgccttgctt
    35701 acgtcgcttc ccgtcacagg gttgttgttg ctgattcgac acaaggggag taagtagagc
    35761 ctgttttgac acgttcttcc atagcaatga cggggagagg atcaatccaa tccccttctc
    35821 cgtcactttt catagagcag cgcaagctcc acacggcgcc gtaaacgcat tgctttcagt
    35881 gctttgccgc ggtatcggca gaatgagatg tactcgcttc ggatgtctct gtcgcccgat
    35941 tccagcttct ggacgaggcg actctttggc tgtttgccgt agcccaagag acggtattca
    36001 ccgacgttat atgacaacac ggcaaggagc aacgaattac gaccgaagcg acgaaacgtg
    36061 acgagccgtt tcttcagatc tgcgcgaagc agggaatccg cctgccgtct tgtcatcgta
    36121 cacgaaagcc gctcaccggg cagcagacgg tgaccgtagc cgacataagg gtagtttttc
    36181 gggccatgta gcccttcgta atgtttgata cacgcgacgg cgcgctcgaa gggtggaagg
    36241 ctgaacagcc gatcggctcc acgctgtgcc tgcgcgttga gcgcggtgaa cacttggaca
    36301 caaacaagga gcgcgagcag cctgcgtccg attttcgttt tcatgggggt ggtcagatgt
    36361 tttttggggg ggggataaaa agacaaaagc accgatccgt cgcggacaga tgcttttcat
    36421 gtcagggtta tgaacaaaat aggcgatgaa
//
LOCUS       SEQF2637|AYYD01000793.1  293 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..293
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caaccttcgg gagaggccat ttcccgacta aggaaatggg gccaaccttc gggagagggc
       61 atttcccgac taaggaaatg gggccaacct tcgggagagg ccatttcccg actaaggaaa
      121 tggggccaac cttcgggaga ggtcatttcc cgactaagga aatggggcca accttcggga
      181 gaggccattt cccgactaag gaaatggatc caaccttcgg gagaggccat ttcccgacta
      241 aggaaatggg gccaaccttc gggagagggc atttcccgac taaggaaatg ggg
//
LOCUS       SEQF2637|AYYD01000794.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggggggaaat cacttttgga aatgcttgcg gganccccgc aagggctccg gagaactttt
       61 ttggtgtctg cgggagtccc gcaagggcca ttttccccat tttgacgctt gcggaagtcc
      121 cgcaagggcc attttcccca ttttgacgct tgcggaagtt ccgcaagggc catttcctcc
      181 attttgatgc ttgcggaagt tccgcaaggg caatttcctc cattttgatg cttgcggaag
      241 ttccgcaagg gaaatttcct ccattttgat ncttgcggaa gttccgcnag ngaantttcc
      301 tccattttga tgcttgcgga agttccgcaa ggnccatttt ctccattttg gcgcttgcgg
      361 gagtcccgca ag
//
LOCUS       SEQF2637|AYYD01000795.1  824 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..824
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(347..748)
                     /locus_tag="SEQF2637_00711"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVRDANGRFRGVMEMMQNCTHIRELEGSRTLLTWDDEQKSEQE
                     QPAAKPGEAPASPDAITKDTKLKALVTRFPKLIDDLPTINEKFAMLKTPIAKVMLPIA
                     TVGMMSERSGMPLDELITKLEALIGTYQMKH"
ORIGIN      
        1 ggggggaaat cacttttgga aatgcttgcg ggaaccccgc aagggctccg gagaactttt
       61 ttggtgtctg cgggagtccc gcaagggcca ttttccccat tttgacgctt gcggaagtcc
      121 cgcaagggcc attttcccca ttttgacgct tgcggaagtt ccgcaagggc catttcctcc
      181 attttgatgc ttgcggaagt tccgcaaggg ccatttttcc cattttgagg cttgcggaag
      241 ttccgcaaac gccacgaaaa gacgaagcgc cgggcacacg ccgggtgaga gagcctcacc
      301 acacagcatg tacccggcgc atcttttgcc tcggggccgt cgacgattag tgcttcattt
      361 gataggtccc aatcagcgcc tcgagcttcg tgatcagctc gtcgagcggc atgcccgatc
      421 gctcgctcat catgcctacg gtggcgatgg ggagcatcac cttggcgatg ggcgtcttga
      481 gcatggcgaa cttctcgttg atggtgggca ggtcgtcaat cagcttcggg aaacgcgtca
      541 cgagcgcctt gagcttcgtg tctttggtga tcgcatcggg cgacgcgggc gcctctcccg
      601 gcttggcggc gggttgctct tgctcgcttt tctgctcgtc gtcccacgtg aggagggtgc
      661 gagagccttc cagctcacga atgtgcgtgc agttttgcat catctccatc acgccgcgga
      721 agcgcccgtt ggcgtcgcgg acggccacgt agacgatgta aataaagagg cctggcttgt
      781 tgatccagaa ctcggagcgg ctctgctcac cggtgcggaa cttc
//
LOCUS       SEQF2637|AYYD01000796.1  330 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..330
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accaccgatc ccgaagcggg ctctttggga gaaatgaaaa ccgcgcgacg ggcctactac
       61 tcgccgcgcg gtgtgttttt agccccgttt tcntagggaa agagggcgcg gagtttttca
      121 atgttgctcg ggcgttatca ggcgcccata gctttcgtta tatcatcggc ttcagtgtct
      181 ctgccactct ttcttctcca tataatcccc cgccctgaaa tcaagatccc ccacacttgt
      241 gcagccggat cgctcccacg gtttaccgaa tcaaaaagag aaacagcanc caccaacctg
      301 aaaaccgaaa gaaaatgaaa aagtttatcc
//
LOCUS       SEQF2637|AYYD01000797.1  212 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..212
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cctcgtttcc tactcaccca aatgtctgat ttcgggcaac gatacgctca tcaacgagat
       61 gatggagttc gaggaccgga tgaatgacgt ctatggcgac gatgcgncgc tgttttgcga
      121 agatgagnag ctcttcaagc tctcgcccga ggcggaggtg gtccgccatc atgcgcccga
      181 gcgagccgtg cgacacgtgt cgccgcgcaa ga
//
LOCUS       SEQF2637|AYYD01000798.1  228 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..228
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(31..153)
                     /locus_tag="SEQF2637_00712"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKXSRXMDFQAVALGRLIGVVWLLLLSLTSCSGGVNKSYN"
ORIGIN      
        1 aagagatcag agtctccgtc cgtgccaatc ctaattgtag ctcttgttga cgcccccgct
       61 acaactcgtc agcgataaga gcagcaacca tacaactcca atcaaacggc ccagcgccac
      121 agcctgaaag tccatacngc gactantttt cattatgatg gttacaacta tgcgcgaagt
      181 gactttgaag gtgcaattcc gtgccccgca ggctacggag ctacagaa
//
LOCUS       SEQF2637|AYYD01000799.1  329 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..329
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagagatcag agtctccgtc cgtgccaatc ctaattgtag ctcttgttga cgcccccgct
       61 acaactcgtc ngcgataaga gcagcaacca tacaactcca atcaaacggc ccagcgccac
      121 agcctgaaag tccatactgc gactattttt catccgcctt ttccaacttg ccaatatcga
      181 tcgggtggac gtgaaatgcc cgagttgaac acgtcatcat tgccagactt ggtctttgcg
      241 ttcttgtttt tcattatgat ggttacaact atgcgcgaag tgactttgaa ggtgcaattc
      301 cgtgccccgc aggctacgga gctacagaa
//
LOCUS       SEQF2637|AYYD01000800.1  238 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..238
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccaatatcg atcggcagtc tcctacggaa tccttccttg aaagagatca gagtctccgt
       61 ccgtgccaat cctaattgta gctcttgttg acgcccccgc tacaactcgt cagcgataag
      121 agcagcaacc atacaactcc aatcaaacgg cccagcgcca cagcctgaaa gtccatactg
      181 cgactatttt tcatccgcct tttccaactt gccaatatcg atcggcagtc tcctacgg
//
LOCUS       SEQF2637|AYYD01000801.1  214 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..214
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggggggcac gggcgacacc ttcgggcgac tgtaaaaagg gcatcccacg tcggtttggg
       61 gatgcccttc gaatgcttca tgcgaggatt cgctggtggc ctcactcacg gctacggccg
      121 ctggcgaagt ggaccgggtg cgctattcct ccggcaggtg gatgtccggc ccgccgccct
      181 cttcgggctt cttgggatcg ggctttttgg ggca
//
LOCUS       SEQF2637|AYYD01000802.1  297 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..297
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggggggcac gggcgacacc ttcgggcgac tgtaaaaagg gcatcccacg tcggtttggg
       61 gatgcccttc gaatgcttca tgcgaggatt cgctggtggc ctcactcacg gctacggccg
      121 ctggcgaagt ggaccgggtg cgctattcct ccggcaggtg gatgtccggc ccgccgccct
      181 cttcgggctt cttgggatcg ggctttttgg ggccctcctc cgggagcttg atgtccggct
      241 tatcgtcggg cttcggcttg tcgggtttcg gatccttggg gtccttcggc tgcttgg
//
LOCUS       SEQF2637|AYYD01000803.1  241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcggcggct tttatgttat ggatggcttt cgtcttcatc tgctcctgtt gcctttcgtg
       61 tgggcgcaaa gatagccgtg gccccgtttt tcgttttgca tttttcgatt ttccctcctc
      121 aggcccctac ttttgccgcc gcttctaaca aacgaacgta acataaaagc cgccgaggcg
      181 ctgatcgaca aagcggaaga aggctattac acggccagca tacaccatgt ctattacgcc
      241 g
//
LOCUS       SEQF2637|AYYD01000804.1 2374 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2374
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             111..692
                     /gene="lutC_1"
                     /locus_tag="SEQF2637_00713"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MSSKEFILNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAG
                     VGGSAEELGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
     CDS             738..2291
                     /gene="glcA_1"
                     /locus_tag="SEQF2637_00714"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
ORIGIN      
        1 caaatgcggt gggctgctgc ggaggtcgca tcgacgggcg agcgcagctc gttgcgcacc
       61 ttgccgaaga tgtagatcaa aaggagaaga acgctaaata agaatcaagt atgagcagca
      121 aagaatttat attgaacagc ctgagggata acatcaagga gcacttcccc cgccctgaaa
      181 tcaagatccc tcacaccgtc tatccggata agatcaagca gtttatagag atctccgccg
      241 gagtaggcgg cagtgccgaa gagttgggca agggtgaaag tgtggacgac gctatccgtc
      301 gcctcttccc cgaagccaaa cgcatcgcct gcaatttccc cgaggtgact tgtgccacct
      361 ataacccgga cacgatcgag acaccatccg aattgaacgg cacggatctc gttgtctgcc
      421 acggcatctt tggcgtatgc gaaaacgccg ccgtctacta cgagcaggaa tacctgcagc
      481 gcgccatcta ttttatctcc gaggcgctcg tcttcctcct ccccaaggat cagttggtag
      541 acaccatgca cgatgcttat gcccgcgtac cggaggctca tccgggcgag tttcgcggat
      601 tcatgtccgg cccgtcaaag acagcggaca tcgagcagtc gctcgtcaaa ggtgcgcacg
      661 gcccgaagca agtggtcgtc ttgcttgtgt aacatgtatc gaaatgatat tctaactcta
      721 taaacagcat tcctgccatg aacgtatttc tttctattct cccgattttg ctcttgttcg
      781 tgctcatgct cggcatcaaa atggccggac acaagagcgc ctttatcacc cttgtggcta
      841 cgttgctcgt tgctgtgttc gcagcgcctg cactcggatt cgctcccgag ggttacacgc
      901 agttcggtgt cttttgggcc ttcatcgagg gtctactgaa ggccaccttc cccattctga
      961 tcatcatttt gatggccatt tacagctaca acacattgct cgaaagtggc gagatcgaag
     1021 tgatcaagaa acaattcacc tctctgacga acgaccgtgg catcatcgtg ctgctccttg
     1081 tttggggctt cggtggcttg cttgaaggca tggccgggtt cggtacagcc gtagcgattc
     1141 ctgccgctat tctgatcggc ctcggcttca agcccggctt cagtgctttg gtgtcgttga
     1201 tcgcgaacag cgtgccgacg ggctttggtg ccgtgggtgt gcctgtcatc acgttggcta
     1261 acgaagtggc tccctctggt gcagccacgc cggatgccat ctgcgacatc gcatccaagg
     1321 tggtcatcca gctctcgccg ctcatgctga tcatcccgtt catcatcctc acactgacgg
     1381 acagctcgcc gaagaagatc gtgaagcaca tcctactctc cctctggatc ggtggtattt
     1441 cgctcgtcgt gcagtacctc tgcgcacgct atctcggagc agaaacgcca gctatcctcg
     1501 gtagtgtggc cgccatctta gcgatcatcc tctacgcacg cctctttggc gaaaaggata
     1561 ctgaagacgt agcaccgaaa gagacgttca cgatggcaca gaccctccgc gcttggagtg
     1621 tgtacggctt catcctcttc ttcatcatct tcagtggccc gctggtaaag cccgtcaacg
     1681 agttcctccg cacgcacttg gtcagcagtg tacacctgcc catttatgct gaaggcaaag
     1741 ccttcaagtt tggctggatc tccaacgccg gtctgatgct cttcctcggc acgttcctcg
     1801 gtggactggt acagggtgtg tcagctcaga aactgatcgt cgtgttggcg cgtacggtga
     1861 agaacctcgg gaagacggtg atcacgatca tgagccttgt ctccattgcg tcggtaatga
     1921 actacgccgg tatgatcctc gtaatcgctg aggccttggc caatgcaacg ggagcttatt
     1981 atccgctctt tgtgccgctg atcggtgcaa ttggtacgtt cgttacgggt agcgatacct
     2041 cgtcgaacat cctcttcgga aagctccaag ccaatgtggc tgccaagttg aactacgccg
     2101 acccgaactg gttggtgggt gccaatacgg ccggtgccac cggtggtaag atcatctcgc
     2161 cgcaaagtat tgccatcgcc acggcctctt gcaacatgcc tggacgtgac ggtgagatcc
     2221 tccgcagcgc cttgccttac gccatcggat acgtcgtcct agctggtttg atggtctatt
     2281 ttgctgcatg actttcatga gcttaatgcc cagaatccaa tgaaagagtg agccctgccc
     2341 gaattgcgga aatatttctg taattcgggt aggg
//
LOCUS       SEQF2637|AYYD01000805.1  445 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..445
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             81..395
                     /locus_tag="SEQF2637_00715"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKLMTKWIIPATVGLLLATACGRKVEPATQGEAAAPTGATAP
                     DFDADSALAYXARQVDFGPRVPGTEAHRACATYLADELRRHGATESKRETASTNLKTE
                     RK"
ORIGIN      
        1 cccntttttc gttttgcatt tttcgatttt ccctcctcag gcccctactt ttgccgccgc
       61 ttctaacaaa cgaacgtaac atgaacttga aattgatgac taaatggatc atccccgcga
      121 ccgtcggcct actcctggcc accgcttgcg gacgaaaggt cgagccggcg acgcagggcg
      181 aagcggcggc tcccaccggg gcgacggcgc ccgacttcga cgccgacagt gccctggctt
      241 acgnagcccg acaggtggac tttgggccac gcgtgcccgg cacggaggcg catcgtgcct
      301 gcgccaccta tctggccgac gagctgcggc gccacggcgc taccgaatca aaaagagaaa
      361 cagcatccac caacctgaaa accgaaagaa aatgaaaaag tttatcctta cccttggtat
      421 cctgctgggt ctgtacggca tgacc
//
LOCUS       SEQF2637|AYYD01000806.1  441 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             81..407
                     /locus_tag="SEQF2637_00716"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKLMTKWIIPATVGLLLATACGRKVEPATQGEAAAPTGATAP
                     DFDADSALAYVARQVDXGPRVPGTEAHRACATYLADELRRHGATVTVQEAEELITKLK
                     TYFGDL"
ORIGIN      
        1 cccgtttttc gttttgcatt tttcgatttt ccctcctcag gcccctactt ttgccgccgc
       61 ttctaacaaa cgaacgtaac atgaacttga aattgatgac taaatggatc atccccgcga
      121 ccgtcggcct actcctggcc accgcttgcg gacgaaaggt cgagccggcg acgcagggcg
      181 aagcggcggc tcccaccggg gcgacggcgc ccgacttcga cgccgacagt gccctggctt
      241 acgtagcccg acaggtggac ttngggccac gcgtgcccgg cacggaggcg catcgtgcct
      301 gcgccaccta tctggccgac gagctgcggc gccacggcgc taccgtcacc gtgcaggagg
      361 cggaggaatt gattactaaa ctcaaaacgt attttggtga cctatgaaag atcttgaagt
      421 agaacggatc ctgcggcaat a
//
LOCUS       SEQF2637|AYYD01000807.1  563 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..563
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(129..443)
                     /locus_tag="SEQF2637_00717"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNIDRATLRADDVFGREATAVVGGDLRLLHGDGSAVAPQLVGQ
                     IGGAGTMRLRAGHAWPXVHLSGYVSQGTVGVEVGRRRPGGSRRFALRRRLDLSSASGG
                     QE"
ORIGIN      
        1 cccgtttttc gttttgcatt tttcgatttt ccctcctcag gcccctactt ttgccgccgc
       61 ttctaacaaa cgaacgtaac atgaacttga aattgatgac taaatggatc atccccgcga
      121 ccgtcggcct actcctggcc accgcttgcg gacgaaaggt cgagccggcg acgcagggcg
      181 aagcggcggc tcccaccggg gcgacggcgc ccgacttcga cgccgacagt gccctggctt
      241 acgtagcccg acaggtggac ttngggccac gcgtgcccgg cacggaggcg catcgtgcct
      301 gcgccaccta tctggccgac gagctgcggc gccacggcgc taccgtcacc gtgcaggagg
      361 cggaggtcac cacctacgac ggccgtcgcc tcacggccaa aaacatcatc ggcgcggagt
      421 gtggcgcggt cgatgttgtc catcgtgtcg ccgcctgtgt gccaatacgt gccgaagcct
      481 gtggagcggt cgggggcgta gttgacgatg tcgaggcagg ggatgcgcag gccgcggatg
      541 acgtagacgt ggtcgtcgac cag
//
LOCUS       SEQF2637|AYYD01000808.1  426 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..426
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccccgttttt cgttttgcat ttttcgattt tccctcctca ggcccctact tttgccgccg
       61 cttctaacaa acgaacgtaa catgaacttg aaattgatga ctaaatggat catccccgcg
      121 accgtcggcc tactcctggc caccgcttgc ggacgaaagg tcgagccggc gacgcagggc
      181 gaagcggcgg ctcccaccgg ggcgacggcg cccgacttcg acgccgacag tgccctggct
      241 tacgtagccc gacaggtgga ctttgggcca cgcgtgcccg gcacggaggc gcatcgtgcc
      301 tgcgccacct atctggccga cgagctgcgg cgccacggcg ctaccgtcac cgtgcaggag
      361 gcggaggtca ccacctacga cggccgtcgc ctcacggcca aaaacatcat cggcgcactg
      421 gccccc
//
LOCUS       SEQF2637|AYYD01000809.1  520 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..520
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caccaccata agcgacaata gacttctcta caacatcgat cccttgatcg attctcatta
       61 atccttgata tgcaatagaa gcaatcgggc ctctagtatc tcgtgcaata gcttttgcgc
      121 catctacatc tcctcgatcg agtgcagcct caatctcgtt caacataccg ttaggattca
      181 catctgccaa gttcaagtag atgattcgtt ccaagacaaa tgctaaaccc aaaatcaaag
      241 caatagcaac gaagctcatg aagtctgcac taccttcaat aaacttcgtc tttaatgctt
      301 gatgaactcc tccctcaacg ggagctgcag cctctgccgc ttcttgtgca aatgctactg
      361 tagagatacc cgcggccaat acacccaaga aggctttcgt aaacaacttt ttcatagtga
      421 tgataatttg gaattaatgc ctgaattggt gggaaaggaa cgggggacgg tgacttttat
      481 cccgactgcg gcgctccatg aggagtataa cctgtacgtg
//
LOCUS       SEQF2637|AYYD01000810.1  213 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..213
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcgcaaatcc aaatgaatct gtccgggcag aagggaactc ccgttcagcc tctgtgcgca
       61 gcattcaact gtatgctttg gaccacttac gggttgttta agaagcnatc gaaagattgg
      121 ccgatcatct tggccaatat cgatcggcag tctcctacgg aatccttcct tgaaagagat
      181 cagagtctcc gtccgtgcca atcctaattg tag
//
LOCUS       SEQF2637|AYYD01000811.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgggcggccc tcggtacgta taaagacata cgcacggagt cgttcgacga ggagacgctg
       61 catattgatg gcatgctgaa ggacatcgtg cccatcgcag ccgacatcac caccctcgga
      121 cncccctcag agttcgccag cctcaagacg ctgaacgacg agtatgaatc cctcagcgcg
      181 caacgtgaac acacgacggc cgtcaccaaa ggcccgagct ccaaggagat ccgaccactg
      241 acggacgctg cctatgaggt gatctgccag tacatccagt cggcctacct caacgccacc
      301 ag
//
LOCUS       SEQF2637|AYYD01000812.1  218 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgggcggccc tcggtacgta taaagacata cgcacggagt cgttcgacga ggagacgctg
       61 catattgatg gcatgctgaa ggacatcgtg cccatcgcag ccgacatcac caccctcgga
      121 cncacctcag agttccccag cctcaagacg ctgaacgacg agtatgaatc cctcagcgcg
      181 caacgtgaac acacgacggc cgtcaccaaa ggcccgag
//
LOCUS       SEQF2637|AYYD01000813.1  425 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cccntttttc gttttgcatt tttcgatttt ccctcctcag gcccctactt ttgccgccgc
       61 ttctaacaaa cgaacgtaac atgaacttga aattgatgac taaatggatc atccccgcga
      121 ccgtcggcct actcctggcc accgcttgcg gacgaaaggt cgagccggcg acgcagggcg
      181 aagcggcggc tcccaccggg gcgacggcgc ccgacttcga cgccgacagt gccctggctt
      241 acgnagcccg acaggtggac tttgggccac gcgtgcccgg cacggaggcg catcgtgcct
      301 gcgccaccta tctggccgac gagctgcggc gccacggcgc tgccgtcacc gtgcaggagg
      361 cggaggtcac cacctacgac ggccgtcgcc tcacggccaa aaacatcatc ggcgcactgg
      421 ccccc
//
LOCUS       SEQF2637|AYYD01000814.1  418 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..418
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cccntttttc gttttgcatt tttcgatttt ccctcctcag gcccctactt ttgccgccgc
       61 ttctaacaaa cgaacgtaac atgaacttga aattgatgac taaatggatc atccccgcga
      121 ccgtcggcct actcctggcc accgcttgcg gacgaaaggt cgagccggcg acgcagggcg
      181 aagcggcggc tcccaccggg gcgacggcgc ccgacttcga cgccgacagt gccctggctt
      241 acgnagcccg acaggtggac tttgggccac gcgtgcccgg cacggaggcg catcgtgcct
      301 gcgccaccta tctggccgac gagctgcggc gccacggcgc tgatcgacaa agcggaagaa
      361 ggctattaca cggccagcat acaccatgtc tattacgccg tgttccaata catgaagt
//
LOCUS       SEQF2637|AYYD01000815.1  218 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtctatcagc gaaaaaccga tgcaccgggg gagcggtgcg cggtctttca tgtcatctat
       61 tctacgatct caaccatcgg cgcacccacc tgaacggagt cgcctgcctt gacgaggatg
      121 cggcgaacag taccagcana ggccattttc tccattttga cgcttgcgga agttccgcaa
      181 gggccatttc ctccattttg atgcttgcgg aagttccg
//
LOCUS       SEQF2637|AYYD01000816.1  225 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..225
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(57..206)
                     /gene="accB"
                     /locus_tag="SEQF2637_00718"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABD8"
                     /codon_start=1
                     /transl_table=11
                     /product="Biotin carboxyl carrier protein of acetyl-CoA
                     carboxylase"
                     /translation="MNKGDKLLVLESMKMENDITADFAGTVRRILVKAGDSVQVGAPM
                     VEIVE"
ORIGIN      
        1 gtctatcagc gaaaaaccga tgcaccgggg gagcggtgcg cggtctttca tgtcatctat
       61 tctacgatct caaccatcgg cgcacccacc tgaacggagt cgcctgcctt gacgaggatg
      121 cggcgaacag taccagcaaa gtcggccgtg atgtcattct ccatcttcat ggattcgagc
      181 accagcagct tgtcgccctt gttcaccttc gagccctcct tgacc
//
LOCUS       SEQF2637|AYYD01000817.1  228 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..228
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(80..172)
                     /locus_tag="SEQF2637_00719"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSFLSKVCSITSXVDKSYNANRIKQKSTL"
ORIGIN      
        1 gccacatctg caaaagatga gcacaaaaac aatctcttca taatgtactt ttctgtcttc
       61 ataatgtact tttctgtctt cataatgtac ttttctgttt gatacgattc gcattgtagc
      121 tcttgtcgac ngncgaagtg atcgagcaga ctttggagag aaatgactgc atttacgtca
      181 gcggtggtaa cctgtttttc ctcatgcagg aacttaggcg gaagggng
//
LOCUS       SEQF2637|AYYD01000818.1  217 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..217
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccacatctg caaaagatga gcacaaaaac aatctcttca taatgtactt ttctgtcttc
       61 ataatgtact tttctgtctt cataatgtac ttttctgttt gatacgattc gcattgtagc
      121 tcttgtcgac ngnccccgct gcaactcgtc agcgatagga acagcaacca tacaactcca
      181 atcaaacggc tcagcgccac agcccaaaag tctacac
//
LOCUS       SEQF2637|AYYD01000819.1  217 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..217
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccacatctg caaaagatga gcacaaaaac aatctcttca taatgtactt ttctgtcttc
       61 ataatgtact tttctgtctt cataatgtac ttttctgttt gatacgattc gcattgtagc
      121 tcttgtcgac ggctcccgct gcaactcgtc agcgatagga acagcaacca tacaactcca
      181 atcaaacggc tcagcgccac agcccaaaag tctacac
//
LOCUS       SEQF2637|AYYD01000820.1  318 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cggggccagc ggcgtgggcg tcttactgga gatcgctcgc cagctcaacg tctcggggct
       61 gcctgcggac gtgggcatag acatcgtctt cttcgacgcc gaggatggcg gtacaccggc
      121 cttcgatccc gcctcgaacg acccgcagag tgaaaccacc tggtgcctcg gctcgcaaca
      181 ttgggcgcgc tacccacaca cagcgggcta cacggccgaa tacggcatcc accaacctga
      241 aaaccgaaag aaaatgaaaa agtttatcct tacccttggt atcctgctgg gtctgtacgg
      301 catgaccaca gcacaaac
//
LOCUS       SEQF2637|AYYD01000821.1  308 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..308
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catcttggtg tcttggtcgg ctttgattga gacggtcata aaaggctgat cctcctcttt
       61 catactcgac ttttccngcc cgatgtatgt tcctacttca gagatttccg caaaagcatc
      121 attcaattgc agacgactct ccgaccccat cttggcacga tattcctcga taggcngccc
      181 nagttgaaca cgtcatcatt gccagacttg gtctttgcgt tcttgttttt cattatgatg
      241 gttacaacta tgcgcgaagt gactttgaag gtgcaattcc gtgccccgca ggctacggag
      301 ctacagaa
//
LOCUS       SEQF2637|AYYD01000822.1  410 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..410
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(56..400)
                     /locus_tag="SEQF2637_00720"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFRAPQATELQKLEKKSLVTFIYVGQPIEEYRAKMGSESRLQL
                     NDAFAEISEVGTYIGQEKSSMKEEDQPFMTVSIKADQDTKMGLITDLKQALREAYALK
                     ISYSARKQVDNK"
ORIGIN      
        1 cactcttttt ttaatgttga tattcaattc gtggatgcaa gaaatcgaat atctcttact
       61 tgttatctac ttgtttacgt gccgagtaac tgatcttcaa ggcatatgct tctcgaagcg
      121 cctgctttaa gtcagtgatc aaccccatct tggtgtcttg gtcggctttg attgagacgg
      181 tcataaaagg ctgatcctcc tctttcatac tcgacttttc ctgcccgatg tatgttccta
      241 cttcagagat ttccgcaaaa gcatcattca attgcagacg actctccgac cccatcttgg
      301 cacgatattc ctcgataggc tgcccgacat aaataaacgt gaccagtgat ttcttctcca
      361 gtttctgtag ctccgtagcc tgcggggcac ggaattgcac cttcaaagtc
//
LOCUS       SEQF2637|AYYD01000823.1  237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cataaataaa cgtgaccagt gatttcttct ccagtttctg tagctccgta gcctgcgggg
       61 cacggaattg caccttcaaa gtcacttcgc gcatagttgt aaccatcata atgaaaaaca
      121 agaacgcaaa gaccaagtct ggcaatgatg acgtgttcaa ctcgggcatt tcacgtccac
      181 ccgatcgact gaattttccc attacatttt tccttcctta aatctttagt tcgcagc
//
LOCUS       SEQF2637|AYYD01000824.1  321 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..321
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcctccggg agcttgatgt ccggcttatc gtcgggcttc ggcttgtcgg gtttcggatc
       61 cttggggtcc ttcggctgct tgggatcctt gggttgcttc gggtctttcg gcttcggatc
      121 cttgggctgc ttggcggcac gcttctgggc ggcctcttcg cgctgcgagg tgcggaactt
      181 gaccacggta cggttcatct ctgcgaccaa ctcctcgagc atcgtccgat cctcgttgct
      241 ggtggcgttg aggtaggccg actggatgta ctggcagatc acctcatagg cagcgtccgt
      301 cagtggtcgg atctccttgg a
//
LOCUS       SEQF2637|AYYD01000825.1  344 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..344
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(62..253)
                     /locus_tag="SEQF2637_00721"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGSRDAVFYREQTSDRYAAXYVDRVWSAARDLGFGRYFVNAPG
                     GNLVDDXVYVIRGLKTERK"
ORIGIN      
        1 gtttgtgctg tggtcatgcc gtacagaccc agcaggatac caagggtaag gataaacttt
       61 ttcattttct ttcggttttc aggccgcgga tgacgtagac gnggtcgtcg accaggttgc
      121 caccgggggc gttgacgaag tagcgtccga agccgaggtc gcgggcggcc gaccagacgc
      181 ggtcgacgta ggntgcggcg tagcggtcgg aggtctgctc gcggtagaag acggcgtcgc
      241 gcgagccgac catgtcgagc aggatgccgt attcggccgt gtagcccgct gtgtgtgggt
      301 agcgcgccca atgttgcgag ccgaggcacc aggtggtttc actc
//
LOCUS       SEQF2637|AYYD01000826.1  213 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..213
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtttgtgctg tggtcatgcc gtacagaccc agcaggatac caagggtaag gataaacttt
       61 ttcattttct ttcggttttc agncggcgaa tcgnccnttt ggccantctn gatacngcna
      121 angattttgc tcgcgntgtg cgtgaattga agggcgaccg gatcgatgnc gattnccnct
      181 cgnggcagtt cacactggaa gngagcctgg cnt
//
LOCUS       SEQF2637|AYYD01000827.1  245 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..245
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgtttgca ggccaggctc tcttccagtg tgaactgccg cgagcggtaa tcggcatcga
       61 tccggtcgcc cttcaattca cgcacatcgc gacaagctcc tgcccgtctt caacgagggc
      121 gaccactatc agcccctcga ggagcaaacc aacaacggtg ccgcccttta ctacaaggga
      181 cacctgaatc ccgtagacct ctcggcctac tatttctaca agaattactt caagaacgct
      241 accgc
//
LOCUS       SEQF2637|AYYD01000828.1  203 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..203
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcgtttgca ggccaggctc ncttccagtg tgaactgccg cgagcggtaa tcggcatcga
       61 tccggtcgcc cttcaattca cgcncatcgc gagcaaaatc nttcgccgtg ttccaataca
      121 tgaagtacga tctggcgcac accgacgtgg agccgctctc ctacgaggag cagacggtga
      181 aagcgaagga gtaccggang ggg
//
LOCUS       SEQF2637|AYYD01000829.1  553 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..553
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccaccggag ccgaatacat taccggagcc gacagctcct gcttgatgca catgaatggc
       61 gtcatcgaac gcgaacatta ccccatccaa accattcact acctcgaaat cctatctgca
      121 cagttatgag cgcacatgcc aaggctgcaa aagccttctt agccaataaa gagaatgccg
      181 tttggcacga ccaaacgctt tacatggttc gccacaaacg cgacctcctc tcgcacgcca
      241 tccccgaatg ggaagacctg cgccacaccg cccgcgacat caagctctac agcaattcgc
      301 acctgcctga gctcatcgag cagttcgaaa aaaacgccac agcgaacggt tgtcacgtgc
      361 actttgccaa agacgacgag gagtatcgtc acatcatcga gggcatcctc agcgaccacg
      421 gcgtgaagaa gctggtcaag agtaaatcca tgctctccga agagtgcaaa ctcaatcctt
      481 acctcatcga gaagggttac gacgtgatcg aaagtgacct cggcgaacgc atcctgcaat
      541 taatgcccct cca
//
LOCUS       SEQF2637|AYYD01000830.1  766 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..766
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccaccggag ccgaatacat taccggagcc gacagctcct gcttgatgca catgaatggc
       61 gtcatcgaac gcgaacatta ccccatccaa accattcact acctcgaaat cctatctgca
      121 cagttatgag cgcacatgcc aaggctgcaa aagccttctt agccaataaa gagaatgccg
      181 tttggcacga ccaaacgctt tacatggttc gccacaaacg cgacctcctc tcgcacgcca
      241 tccccgaatg ggaagacctg cgccacaccg cccgcgacat caagctctac agcaattcgc
      301 acctgcctga gctcatcgag cagttcgaaa aaaacgccac agcgaacggt tgtcacgtgc
      361 actttgccaa agacgacgag gagtatcgtc acatcatcga gggcatcctc agcgaccacg
      421 gcgtgaagaa gctggtcaag agtaaatcca tgctctccga agagtgcaaa ctcaatcctt
      481 acctcatcga gaagggttac gacgtgatcg aaagtgacct cggcgaacgc atcctgcaat
      541 taatgcacct ccaccccagc cacatcgtta tgcccgccat ccatattaag cgccaagctg
      601 tgggtgagct tttcgaggag aagttgggta gcgaaaaggg caattcagac ccgacgtatc
      661 tcacccacca ggctcgtcgt gccctgcgtc aagacttcct taattcagga gccggcatga
      721 cgggtggcaa ctttgccatc gctgccaccg gtgaggttgt agttng
//
LOCUS       SEQF2637|AYYD01000831.1 1466 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1466
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(705..1013)
                     /locus_tag="SEQF2637_00722"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLWHTEDFAAPVVYDDKMLLAALVRTTEVRRIGCDRLAGSRTGQ
                     QTRKDAQRAQVGNNLIDTEGCNVHLLARHTHIGVTLIGTNYNLTGGSDGKVATRHAGS
                     "
ORIGIN      
        1 tccaccggag ccgaatacat taccggagcc gacagctcct gcttgatgca catgaatggc
       61 gtcatcgaac gcgaacatta ccccatccaa accattcact acctcgaaat cctatctgca
      121 cagttatgag cgcacatgcc aaggctgcaa aagccttctt agccaataaa gagaatgccg
      181 tttggcacga ccaaacgctt tacatggttc gccacaaacg cgacctcctc tcgcacgcca
      241 tccccgaatg ggaagacctg cgccacaccg cccgcgacat caagctctac agcaattcgc
      301 acctgcctga gctcatcgag cagttcgaaa aaaacgccac agcgaacggt tgtcacgtgc
      361 actttgccaa agacgacgag gagtatcgtc acatcatcga gggcatcctc agcgaccacg
      421 gcgtgaagaa gctggtcaag agtaaatcca tgctctccga agagtgcaaa ctcaatcctt
      481 acctcatcga gaagggttac gacgtgatcg aaagtgacct cggcgaacgc atcctgcaat
      541 taatgcacct ccatcccagc cacatcgtta tgcccgccat ccatattaag cgccaagctg
      601 tgggtgagct tttcgaggag aagttgggta gcgaaaaggg caattcagac ccgacgtatc
      661 tcacccacca ggctcgtcgt gccctgcgtc aagacttcct taattcagga gccggcatga
      721 cgggtggcaa ctttgccatc gctgccaccg gtgaggttgt agtttgtacc aatgagggta
      781 acgccgatat gggtatgtcg tgccagaagg tgaacattac agccttcggt atcgataaga
      841 ttattcccga cttgcgctcg ctgggcgtct ttacgcgtct gttggcccgt tcggctaccg
      901 gccaaccgat cacaacctat acgtcgcact tcggtcgtcc gcaccaaggc ggcgagcagc
      961 attttatcat cgtagacaac gggcgcagca aaatcctcgg tatgccagag catcgtaagg
     1021 tgatgaactg catccgctgt ggtgcttgca tgaatacctg ccccgtctat cgtcgcagtg
     1081 gtggctactc ctattcttac ttcatccctg gtccgatcgg catcaacctc ggtatgctca
     1141 acgatccgca gaagcatagt ggcaacgtct cggcgtgctc actctgtctt tcctgctcgt
     1201 tcgtctgccc cgccatggtc gacctcggtg agcagatcta tatctggcgc cagaagctgg
     1261 acggcttcgg caaggcagat ccgaagaaga aagtgatgtg tcaaggcatc aagtacctca
     1321 tggatcgccc aaagctgttc cactcagcac ttaagatggc accgatggtc aactccatgc
     1381 cgcgctttat gctctacaat gggctgaacg attggggtaa agagcgcgag ctgcccaagt
     1441 ttgccaagca atcatttgag gcttgg
//
LOCUS       SEQF2637|AYYD01000832.1  216 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..216
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttttgngngc tatggaggtt gactatgagc ccctcagcca cctgtttcgc acttacgatc
       61 tgtgagaaaa tgcggggtga gggtgcattt ttttcacctc atgcttgcat tagattcaag
      121 gaacgctaat tntggggcaa aatcgaaggg aatgttattc ggtctacaca attcacaacc
      181 gcatccaaac caccatgtcg gacgcctttt cgccgg
//
LOCUS       SEQF2637|AYYD01000833.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agtgtgaact gccgcgagcg gnaatcgnca tcgatccggt ngcccttcaa ttcacgcana
       61 ncgcgagnaa aatcntncgc cgtatccnga ntggcnanac gnccgatncg ccgcntgatc
      121 tccttgatna taaagncgtg cgcccacacg aaaggcaaca ggagcagatg aagacgaaag
      181 ccatccataa cataaaagcc gccgaggcgc tgatcgacaa agcggaagaa ggctattaca
      241 cggccagcat acaccang
//
LOCUS       SEQF2637|AYYD01000834.1  243 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..243
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggccaggct ctcttccagt gtgaactgcc gcgagcggna atcggcatcg atccggtcgc
       61 ccttcaattc acgcacatcg cgagcaaaat ctttcgccgt atccagattg gcnanacggn
      121 cgattcgccg ccngatctcc ttgataataa agncgtgcgc ccccatccgg tactccttcg
      181 ctttcaccgt ctgctcctcg taggagagcg gctccacgtc ggtgtgcgcc agatcgtact
      241 tca
//
LOCUS       SEQF2637|AYYD01000835.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggccaggct ctcttccagt gtgaactgcc gcgagcggna atcggcatcg atccggtcgc
       61 ccttcaattc acgcacatcg cgagcaaaat ctttcgccgt atccagattg gcnaancggn
      121 cnattcgccg cctgatctcc ttgataataa agncgtgcga ccccatccat aacataaaag
      181 ccgccgaggc gctgatcgac aaagcggaag aaggctatta cacggccagc atacaccatg
      241 tctattacgc cgtgttccaa tacatgaagt
//
LOCUS       SEQF2637|AYYD01000836.1 1000 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1000
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             454..762
                     /locus_tag="SEQF2637_00723"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLWHTEDFAAPVVYDDKMLLAALVRTTEVRRIGCDRLAGSRTGQ
                     QTRKDAQRAQVGNNLIDTEGCNVHLLARHTHIGVTLIGTNYNLTGGSDGKVATRHAGS
                     "
ORIGIN      
        1 ccaagcctca aatgattgct tggcaaactt gggcagctcg cgctctttac cccaatcgtt
       61 cagcccattg tagagcataa agcgcggcat ggagttgacc atcggtgcca tcttaagtgc
      121 tgagtggaac agctttgggc gatccatgag gtacttgatg ccttgacaca tcactttctt
      181 cttcggatct gccttgccga agccgtccag cttctggcgc cagatataga tctgctcacc
      241 gaggtcgacc atggcggggc agacgaacga gcaggaaaga cagagtgagc acgccgagac
      301 gttgccacta tgcttctgcg gatcgttgag cataccgagg ttgatgccga tcggaccagg
      361 gatgaagtaa gaataggagt agccaccact gcgacgatag acggggcagg tattcatgca
      421 agcaccacag cggatgcagt tcatcacctt acgatgctct ggcataccga ggattttgct
      481 gcgcccgttg tctacgatga taaaatgctg ctcgccgcct tggtgcggac gaccgaagtg
      541 cgacgtatag gttgtgatcg gttggccggt agccgaacgg gccaacagac gcgtaaagac
      601 gcccagcgag cgcaagtcgg gaataatctt atcgataccg aaggctgtaa tgttcacctt
      661 ctggcacgac atacccatat cggcgttacc ctcattggta caaactacaa cctcaccggt
      721 ggcagcgatg gcaaagttgc cacccgtcat gccggctcct gaattaagga agtcttgacg
      781 cagaaacttt tgatcagaga tctcacattg agagacggac agcagtcttc gtttgcaacg
      841 cgtatgaatc aatcgcaggt tgatcgtgtt ttaccctatt acaaggacgc caacttctac
      901 gcaatggaag tatggggcgg cgccgtgccc gactccgtga tgcgttacct tggcgagaac
      961 ccttgggaca gactggagaa aatcaaggcc tctgtaggcg
//
LOCUS       SEQF2637|AYYD01000837.1  466 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..466
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(106..375)
                     /locus_tag="SEQF2637_00724"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDAEQMLIISGVDLYKEVVFPRRMVTLHNLRDLLQCLRDRSIL
                     IRTLEKKPHVSTRLEPDLTIINDEFGAFHDSSMNQLLNPLMDSCP"
ORIGIN      
        1 acgatggaac aatacgaatt agatgaattg gacgagaaga ttctgagcat gatggtcaag
       61 gacgctcgga agccgtttct tgaggtggcg cgagagtgca atgtttcagg ggcagctatc
      121 catcagcgga ttcagaagtt gattcatgct ggagtcgtga aaggctccga attcatcatt
      181 gataatagta agatcgggtt caagacgtgt gcttacatgg ggctttttct ccagagttcg
      241 gatcaatatg cttcgatcac ggaggcattg aagcagatcc cggagattgt ggagtgtcac
      301 catacgacgg ggaaatacga cctctttgta aagatctacg ccagagataa tgagcatctg
      361 ctcagcatca tccataagaa gctattgcca ttaggattgg cacggacaga gacgctgatt
      421 tctttcaagg aaggattccg taggagactg ccgatcgata ttggca
//
LOCUS       SEQF2637|AYYD01000838.1  467 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..467
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(107..376)
                     /locus_tag="SEQF2637_00725"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDAEQMLIISGVDLYKEVVFPRRMVTLHNLRDLLQCLRDRSIL
                     IRTLEKKPHVSTRLEPDLTIINDEFGAFHDSSMNQLLNPLMDSCP"
ORIGIN      
        1 gacgatggaa caatacgaat tagatgaatt ggacgagaag attctgagca tgatggtcaa
       61 ggacgctcgg aagccgtttc ttgaggtggc gcgagagtgc aatgtttcag gggcagctat
      121 ccatcagcgg attcagaagt tgattcatgc tggagtcgtg aaaggctccg aattcatcat
      181 tgataatagt aagatcgggt tcaagacgtg tgcttacatg gggctttttc tccagagttc
      241 ggatcaatat gcttcgatca cggaggcatt gaagcagatc ccggagattg tggagtgtca
      301 ccatacgacg gggaaatacg acctctttgt aaagatctac gccagagata atgagcatct
      361 gctcagcatc atccataaga agctattgcc attaggattg gcacggacag agacgctgat
      421 ttctttcaag gaaggattcc gtaggagact gccgatcgat attggca
//
LOCUS       SEQF2637|AYYD01000839.1  227 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             32..148
                     /locus_tag="SEQF2637_00726"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYAGRVIAFFRFVDQRLGGFYXMXGFHELNAQNPMKE"
ORIGIN      
        1 acttcatgta ttggaacacg ncgtantnga catggtgtat gctggccgtg taatagcctt
       61 cttccgcttt gtcgatcagc gcctcggcgg cttttatgnt atgganggct ttcatgagct
      121 taatgcccag aatccaatga aagagtgagc cctgcccgaa ttgcggaaat atttctgtaa
      181 ttcgggtagg gtctcttcga aaagcctttt ctttgcggcc actccgc
//
LOCUS       SEQF2637|AYYD01000840.1  231 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..231
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acttcatgta ttggaacacg ncgtantnga cntggtgtat gctggccgtg taatagcctt
       61 cttccgcttt gtcgatcagc gcctcggcgg cttttatgnt atgganggct ttcgtcttca
      121 tctgctcctg ttgcctttcg tgtgggcgca aagantttgc tcgcgatgtg cgtgaattga
      181 agggcgaccg gatcgatgcc gattaccgct cgcggcagtt cacactggaa g
//
LOCUS       SEQF2637|AYYD01000841.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acttcatgta ttggaacacg ncgtaatnga cntggtgtat gctggccgtg taatagcctt
       61 cttccgcttt gtcgatcagc gcctcggcgg cttttatgnt atggatggct ttcgtcttca
      121 tctgctcctg ttgcctttcg tgtgggcgca aagatagccg tggccgnacc agcagccgtg
      181 taaatatgtc ggcagacatt ctgccggggc taccacaccc catgagtgcg tcggcagaca
      241 ttctgccggg actatc
//
LOCUS       SEQF2637|AYYD01000842.1  259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acttcatgta ttggaacacg gcgtaataga catggtgtat gctggccgtg taatagcctt
       61 cttccgcttt gtcgatcagc gcctcggcgg cttttatgtt atggatggct ttcgtcttca
      121 tctgctcctg ttgcctttcg tgtgggcgca aagatagccg tngcctgcaa acgcctggcg
      181 gaggaattga ttactaaact caaaacgtnt tttggtgacc tatgaaagat cttgaagtag
      241 aacggatcnt gcggcaata
//
LOCUS       SEQF2637|AYYD01000843.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgccgatgg ttgagatcgt agaatagatg acatgaaaga ccgcgcaccg ctcccccggt
       61 gcatcggttt ttcgctgata gacaaagcag ggcttgcgat tcgacatcgc aggccctgct
      121 ttttttgtgc ctatcctcgc gctatggcca aaaatcgaac atcaaagggg ggaaatcact
      181 tttggaaatg cttgcgggaa ccccgcaagg gctccggaga acttttttgg tgtctgcggg
      241 agtcccgca
//
LOCUS       SEQF2637|AYYD01000844.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgccgatgg ttgagatcgt agaatagatg acatgaaaga ccgcgcaccg ctcccccggt
       61 gcatcggttt ttcgctgata gacaaagcag ggcttgcgat tcgacatcgc aggccctgct
      121 ttttttgtgc ctatcctcgc gctatggcca aaaatcgaac atcaaagggg gggaaatcac
      181 ttttggaaat gcttgcggga accccgcaag ggctccggag aacttttttg gtgtctgcgg
      241 gagtcccgca
//
LOCUS       SEQF2637|AYYD01000845.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgccgatgg ttgagatcgt agaatagatg acatgaaaga ccgcgcaccg ctcccccggt
       61 gcatcggttt ttcgctgata gacaaagcag ggcttgcgat tcgacatcgc aggccctgct
      121 ttttttgtgc ctatcctcgc gctatggcca aaaatcgaac atcaaaaggg gggaaatcac
      181 ttttggaaat gcttgcggga accccgcaag ggctccggag aacttttttg gtgtctgcgg
      241 gagtcccgca
//
LOCUS       SEQF2637|AYYD01000846.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accaccgatc ccgaagcggg ctctttggga gaaatgaaaa ccgcgcgacg ggcctactac
       61 tcgccgcgcg gtgtgttttt agccccgttt tcntanggaa agagggcgcg gagtttttca
      121 atgttgctcg ggcgttatca ggcgcccata gctttcgtta tatcatcggc ttcagtgtct
      181 ctgccactct ttcttctcca tataanctcc caacattaaa gaacaagacg tatgacaaat
      241 ccgatttttg aaagtatgga tcaggataag ctgcgccgaa tgatc
//
LOCUS       SEQF2637|AYYD01000847.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accaccgatc ccgaagcggg ctctttggga gaaatgaaaa ccgcgcgacg ggcctactac
       61 tcgccgcgcg gtgtgttttt agccccgttt tcntagggaa agagggcgcg gagtttttca
      121 atgttgctcg ggcgttatca ggcgcccata gctttcgtta tatcatcggc ttcagtgtct
      181 ctgccactct ttcttctcca tataatnccc aacattaaag aacaagacgt atgacaaatc
      241 cgatttttga aagtatggat cagnataagc tgcgccgaat gatcgcgatt cgtg
//
LOCUS       SEQF2637|AYYD01000848.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcggtagcgt tcttgaagta attcttgtag aaatagtagg ccgagaggtc tacgggattc
       61 aggtgtccct tgtagtaaag ggcggcaccg ttgttggttt gctcctcgag gggctgatag
      121 tggtcgccct cgttgaagac gggcaggagc ttgtcgcgat ggggggttgt agacaaagac
      181 ggcggagagg ttgttgttct cgttgaagcg gaaggtggcc ttagcggcgt tgaaatagtc
      241 tgac
//
LOCUS       SEQF2637|AYYD01000849.1  253 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..253
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accaccgatc ccgaagcggg ctctttggga gaaatgaaaa ccgcgcgacg ggcctactac
       61 tcgccgcgcg gtgtgttttt agccccgttt tcatagggaa agagggcgcg gagtttttca
      121 atgttgctng ggcgttatca ggcgcccata gctttcgtta tatcatcggc ntcaggttaa
      181 gatgacattg ttagctgtaa caaagaggcg tagagatagc ctcctactta tatcctcctt
      241 gaccgtcatc att
//
LOCUS       SEQF2637|AYYD01000850.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccaccgatcc cgaagcgggc tctttgggag aaatgaaaac cgcgcgacgg gcctactact
       61 cgccgcgcgg tgtgttttta gccccgtttt catagggaaa gagggcgcgg agtttttcaa
      121 tgttgctcgg gcgttatcag gcgcccatag ctttcgttat atcatcggcn tttcaggtta
      181 agatgacatt gttagctgta acaaagaggc gtagagatag cctcctactt atatcctcct
      241 tgaccgtcat c
//
LOCUS       SEQF2637|AYYD01000851.1  478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..478
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtacagtgag ctgtagctgc cgctgatctt gaggatttta ggtaatgcct taaattcttt
       61 cttcatcgaa taatggatta atgcgttgat atatcatgtg gtaaactctt agttttctct
      121 ctcttcgggg atttcggcag aatgtctgcc gacgcactca tggggtgtga tagccccggc
      181 agaatgtctg ccgacgcact catggggtgt gatagcctcg gcagaatgtc tgccgacata
      241 ctcatggggt gtgatagccc cggcagaatg tctgccgacg cactcatggg gtgtgatagc
      301 ctcggcagaa tgtctgccgg catactcatg aggtgtggta gccccggcag aatgtctgcc
      361 gacacattta cacggctgcg ngttcngcca cggagcgctt cttgcgcggc gacacgtgtc
      421 gcacngctcg ctcgggcgca tgatggcgga ccacctccgc ctcgggcnag agcttgaa
//
LOCUS       SEQF2637|AYYD01000852.1  285 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..285
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttggtgacct atgaaagatc ttgaagtaga acggatcctg cggcaatatg ccgaggactt
       61 ggtcagccgc tacacttggc tgacgatccg gtttgaatac agcgaaaagc gaagcgtata
      121 cctcgtttcc tactcaccca aatgtctgat ttcgggcaac gatacgctca tcaacgagat
      181 gatggagttc gaggaccgga tggatgacgt ctatggcgac gatgcgccgc tgttttgcga
      241 agatgagcgg ctcttcaagc tctcgcccga ggcggaggtg gtccg
//
LOCUS       SEQF2637|AYYD01000853.1  424 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..424
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(72..335)
                     /locus_tag="SEQF2637_00727"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVCKPHIISLQNDRGTQYQAYIRVQNELAAAYNELRDEVAKQK
                     WGKTFAELDEKQQEAVQMIYPQKISEAEPKNYGGGSKSAPAAN"
ORIGIN      
        1 gttcaactcg ggcatttcac gtccacccga tcgactgaat tttcccatta catttttcct
       61 tccttaaatc tttagttcgc agcaggagca gacttagatc ctccaccata gttcttcggc
      121 tcagcctcgg atattttctg aggatatatc atctgtacag cttcctgctg tttttcatcc
      181 aactctgcaa atgttttgcc ccacttctgc ttagctactt catcacgcag ctcgttataa
      241 gcagcggcca attcattttg cacccggata tatgcttgat actgtgtacc tcggtcgttt
      301 tgcaacgata taatatgagg tttgcacacc atcatctttc caaaaaacgg gacatcagct
      361 tcttccttct ccggtaaatt cggatcgtta ttcacattgg ctatgaactc cttagcctta
      421 gctt
//
LOCUS       SEQF2637|AYYD01000854.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(91..261)
                     /locus_tag="SEQF2637_00728"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNPIFESMDQDKLRRMIAIREAYNSKQLTIDEARERVRKEVGE
                     VSPEEFAGEGRS"
ORIGIN      
        1 cggatatatg cttgatactg tgtacctcgg tcgttttgca acgatataat atgaggtttg
       61 cacaccatca tctttccaaa aaacgggaca tcagcttctt ccttctccgg caaattcttc
      121 gggcgatacc tcgcccactt cttttctcac gcgctctcgc gcctcgtcta tggtcagttg
      181 cttgctatta taagcctcac gaatcgcgat cattcggcgc agcttatcct gatccatact
      241 ttcaaaaatc ggatttgtca tacgtcttgt tctttaatgt
//
LOCUS       SEQF2637|AYYD01000855.1 2553 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2553
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_2"
                     /locus_tag="SEQF2637_00729"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2264)
                     /gene="lutC_2"
                     /locus_tag="SEQF2637_00730"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MSSKEFILNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAG
                     VGGSAEELGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tctttgctgc tcatacttga ttcttattta
     2281 gcgtncttct ccctcggagc tgacagtgcc ctacttcaac aagatccgct cnctgcttga
     2341 gcgtgtaccc ggtatcacgg tcgtagagcc taagcgcgtc gacgaatgct gcggtttcgg
     2401 cggcttattc gccgtcgagg agtctgaagt atccgcctgc atgggccgtg acaaggtgaa
     2461 ggatcacatg tccaccggag ccgaatacat taccggagcc gacagctcct gcttgatgca
     2521 catgaatggc gtcatcgaac gcgaacatta ccc
//
LOCUS       SEQF2637|AYYD01000856.1 2368 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2368
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_3"
                     /locus_tag="SEQF2637_00731"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2264)
                     /gene="lutC_3"
                     /locus_tag="SEQF2637_00732"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MSSKEFILNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAG
                     VGGSAEELGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tctttgctgc tcatacttga ttcttattta
     2281 gcgttcttct ccgaacgcgc acgaatgacc tccgtcggcg aagccgccac gctggatcac
     2341 aatgcgcccg taaccacctt cacccggt
//
LOCUS       SEQF2637|AYYD01000857.1 2432 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2432
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_4"
                     /locus_tag="SEQF2637_00733"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2264)
                     /gene="lutC_4"
                     /locus_tag="SEQF2637_00734"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MSSKEFILNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAG
                     VGGSAEELGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tctttgctgc tcatacttga ttcttattta
     2281 gcgttcttct ccttttcgcc ggctggtgca ccttgcctat ccttaatagg tgtacacgat
     2341 gcaactcggc gtccgctccc gccgcagctc atcgcgtacc tattataata ggtgtacacc
     2401 cgccccacgg aaacacatcc cacacccccc ac
//
LOCUS       SEQF2637|AYYD01000858.1 2392 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_5"
                     /locus_tag="SEQF2637_00735"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2264)
                     /gene="lutC_5"
                     /locus_tag="SEQF2637_00736"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MSSKEFILNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAG
                     VGGSAEELGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
     CDS             complement(2274..2387)
                     /locus_tag="SEQF2637_00737"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYNGLNDWGKERELPKFAKQSFEAWWKKDQKEKNAK"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tctttgctgc tcatacttga ttcttattta
     2281 gcgttcttct ccttttgatc cttcttccac caagcctcaa atgattgctt ggcaaacttg
     2341 ggcagctcgc gctctttacc ccaatcgttc agcccattgt agagcataaa gc
//
LOCUS       SEQF2637|AYYD01000859.1 2568 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2568
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_6"
                     /locus_tag="SEQF2637_00738"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2264)
                     /gene="lutC_6"
                     /locus_tag="SEQF2637_00739"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MSSKEFILNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAG
                     VGGSAEELGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVV
                     CHGIFGVCENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGE
                     FRGFMSGPSKTADIEQSLVKGAHGPKQVVVLLV"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tctttgctgc tcatacttga ttcttattta
     2281 gcgttcttct ccttttgatn cttcnccctc ggagctgaca gtgccctact tcaacaagat
     2341 ccgctcnctg cttgagcgtg tacccggtat cacggtcgta gagcctaagc gcgtcgacga
     2401 atgctgcggt ttcggcggct tattcgccgt cgaggagtct gaagtatccg cctgcatggg
     2461 ccgtgacaag gtgaaggatc acatgtccac cggagccgaa tacattaccg gagccgacag
     2521 ctcctgcttg atgcacatga atggcgtcat cgaacgcgaa cattaccc
//
LOCUS       SEQF2637|AYYD01000860.1 2392 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_7"
                     /locus_tag="SEQF2637_00740"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2243)
                     /gene="lutC_7"
                     /locus_tag="SEQF2637_00741"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAGVGGSAEE
                     LGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVVCHGIFGV
                     CENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGEFRGFMSG
                     PSKTADIEQSLVKGAHGPKQVVVLLV"
     CDS             complement(2274..2387)
                     /locus_tag="SEQF2637_00742"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYNGLNDWGKERELPKFAKQSFEAWRXKNQKEKNAK"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tcttngctgc tcntacttga ttcttattta
     2281 gcgttcttct ccttttgatt cttcntncgc caagcctcaa atgattgctt ggcaaacttg
     2341 ggcagctcgc gctctttacc ccaatcgttc agcccattgt agagcataaa gc
//
LOCUS       SEQF2637|AYYD01000861.1 2388 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_8"
                     /locus_tag="SEQF2637_00743"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2243)
                     /gene="lutC_8"
                     /locus_tag="SEQF2637_00744"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAGVGGSAEE
                     LGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVVCHGIFGV
                     CENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGEFRGFMSG
                     PSKTADIEQSLVKGAHGPKQVVVLLV"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tcttngctgc tcntacttga ttcttattta
     2281 gcgttcttct ccttttgatt cttcntncac cggagccgaa tacattaccg gagccgacag
     2341 ctcctgcttg atgcacatga atggcgtcat cgaacgcgaa cattaccc
//
LOCUS       SEQF2637|AYYD01000862.1 2386 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2386
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_9"
                     /locus_tag="SEQF2637_00745"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2243)
                     /gene="lutC_9"
                     /locus_tag="SEQF2637_00746"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAGVGGSAEE
                     LGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVVCHGIFGV
                     CENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGEFRGFMSG
                     PSKTADIEQSLVKGAHGPKQVVVLLV"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tcttngctgc tcntacttga ttcttattta
     2281 gcgntcttct ccttttgatt cttcntncac naacctgaaa accgaaagaa aatgaaaaag
     2341 tttatcctta cccttggtat cctgctgggt ctgtacggca tgacca
//
LOCUS       SEQF2637|AYYD01000863.1 2392 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(84..1637)
                     /gene="glcA_10"
                     /locus_tag="SEQF2637_00747"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46839"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycolate permease GlcA"
                     /translation="MNVFLSILPILLLFVLMLGIKMAGHKSAFITLVATLLVAVFAAP
                     ALGFAPEGYTQFGVFWAFIEGLLKATFPILIIILMAIYSYNTLLESGEIEVIKKQFTS
                     LTNDRGIIVLLLVWGFGGLLEGMAGFGTAVAIPAAILIGLGFKPGFSALVSLIANSVP
                     TGFGAVGVPVITLANEVAPSGAATPDAICDIASKVVIQLSPLMLIIPFIILTLTDSSP
                     KKIVKHILLSLWIGGISLVVQYLCARYLGAETPAILGSVAAILAIILYARLFGEKDTE
                     DVAPKETFTMAQTLRAWSVYGFILFFIIFSGPLVKPVNEFLRTHLVSSVHLPIYAEGK
                     AFKFGWISNAGLMLFLGTFLGGLVQGVSAQKLIVVLARTVKNLGKTVITIMSLVSIAS
                     VMNYAGMILVIAEALANATGAYYPLFVPLIGAIGTFVTGSDTSSNILFGKLQANVAAK
                     LNYADPNWLVGANTAGATGGKIISPQSIAIATASCNMPGRDGEILRSALPYAIGYVVL
                     AGLMVYFAA"
     CDS             complement(1683..2243)
                     /gene="lutC_10"
                     /locus_tag="SEQF2637_00748"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_02104"
                     /codon_start=1
                     /transl_table=11
                     /product="Lactate utilization protein C"
                     /translation="MNSLRDNIKEHFPRPEIKIPHTVYPDKIKQFIEISAGVGGSAEE
                     LGKGESVDDAIRRLFPEAKRIACNFPEVTCATYNPDTIETPSELNGTDLVVCHGIFGV
                     CENAAVYYEQEYLQRAIYFISEALVFLLPKDQLVDTMHDAYARVPEAHPGEFRGFMSG
                     PSKTADIEQSLVKGAHGPKQVVVLLV"
     CDS             complement(2274..2387)
                     /locus_tag="SEQF2637_00749"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYNGLNDWGKERELPKFAKQSFEAXWKKNQKEKXAK"
ORIGIN      
        1 ccctacccga attacagaaa tatttccgca attcgggcag ggctcactct ttcattggat
       61 tctgggcatt aagctcatga aagtcatgca gcaaaataga ccatcaaacc agctaggacg
      121 acgtatccga tggcgtaagg caaggcgctg cggaggatct caccgtcacg tccaggcatg
      181 ttgcaagagg ccgtggcgat ggcaatactt tgcggcgaga tgatcttacc accggtggca
      241 ccggccgtat tggcacccac caaccagttc gggtcggcgt agttcaactt ggcagccaca
      301 ttggcttgga gctttccgaa gaggatgttc gacgaggtat cgctacccgt aacgaacgta
      361 ccaattgcac cgatcagcgg cacaaagagc ggataataag ctcccgttgc attggccaag
      421 gcctcagcga ttacgaggat cataccggcg tagttcatta ccgacgcaat ggagacaagg
      481 ctcatgatcg tgatcaccgt cttcccgagg ttcttcaccg tacgcgccaa cacgacgatc
      541 agtttctgag ctgacacacc ctgtaccagt ccaccgagga acgtgccgag gaagagcatc
      601 agaccggcgt tggagatcca gccaaacttg aaggctttgc cttcagcata aatgggcagg
      661 tgtacactgc tgaccaagtg cgtgcggagg aactcgttga cgggctttac cagcgggcca
      721 ctgaagatga tgaagaagag gatgaagccg tacacactcc aagcgcggag ggtctgtgcc
      781 atcgtgaacg tctctttcgg tgctacgtct tcagtatcct tttcgccaaa gaggcgtgcg
      841 tagaggatga tcgctaagat ggcggccaca ctaccgagga tagctggcgt ttctgctccg
      901 agatagcgtg cgcagaggta ctgcacgacg agcgaaatac caccgatcca gagggagagt
      961 aggatgtgct tcacgatctt cttcggcgag ctgtccgtca gtgtgaggat gatgaacggg
     1021 atgatcagca tgagcggcga gagctggatg accaccttgg atgcgatgtc gcagatggca
     1081 tccggcgtgg ctgcaccaga gggagccact tcgttagcca acgtgatgac aggcacaccc
     1141 acggcaccaa agcccgtcgg cacgctgttc gcgatcaacg acaccaaagc actgaagccg
     1201 ggcttgaagc cgaggccgat cagaatagcg gcaggaatcg ctacggctgt accgaacccg
     1261 gccatgcctt caagcaagcc accgaagccc caaacaagga gcagcacgat gatgccacgg
     1321 tcgttcgtca gagaggtgaa ttgtttcttg atcacttcga tctcgccact ttcgagcaat
     1381 gtgttgtagc tgtaaatggc catcaaaatg atgatcagaa tggggaaggt ggccttcagt
     1441 agaccctcga tgaaggccca aaagacaccg aactgcgtgt aaccctcggg agcgaatccg
     1501 agtgcaggcg ctgcgaacac agcaacgagc aacgtagcca caagggtgat aaaggcgctc
     1561 ttgtgtccgg ccattttgat gccgagcatg agcacgaaca agagcaaaat cgggagaata
     1621 gaaagaaata cgttcatggc aggaatgctg tttatagagt tagaatatca tttcgataca
     1681 tgttacacaa gcaagacgac cacttgcttc gggccgtgcg cacctttgac gagcgactgc
     1741 tcgatgtccg ctgtctttga cgggccggac atgaatccgc gaaactcgcc cggatgagcc
     1801 tccggtacgc gggcataagc atcgtgcatg gtgtctacca actgatcctt ggggaggagg
     1861 aagacgagcg cctcggagat aaaatagatg gcgcgctgca ggtattcctg ctcgtagtag
     1921 acggcggcgt tttcgcatac gccaaagatg ccgtggcaga caacgagatc cgtgccgttc
     1981 aattcggatg gtgtctcgat cgtgtccggg ttataggtgg cacaagtcac ctcggggaaa
     2041 ttgcaggcga tgcgtttggc ttcggggaag aggcgacgga tagcgtcgtc cacactttca
     2101 cccttgccca actcttcggc actgccgcct actccggcgg agatctctat aaactgcttg
     2161 atcttatccg gatagacggt gtgagggatc ttgatttcag ggcgggggaa gtgctccttg
     2221 atgttatccc tcaggctgtt caatataaat tctttgctgc tcntacttga ttcttattta
     2281 gcgntcttct ccttttgatt cttcttccac naagcctcaa atgattgctt ggcaaacttg
     2341 ggcagctcgc gctctttacc ccaatcgttc agcccattgt agagcataaa gc
//
LOCUS       SEQF2637|AYYD01000864.1  391 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..391
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagtgaaacc acctggtgcc tcggctcgca acattgggcg cgctacccac acacagcggg
       61 ctacacggcc gaatacggca tcctgctcga catggtcggc tcgcgcgacg ccgtcttcta
      121 ccgcgagcag acctccgacc gctacgccgc agcctacgtc gaccgcgtct ggtcggccgc
      181 ccgcgacctc ggcttcggac gctacttcgt caacgccccc ggtggcaacc tggtcgacga
      241 ccacgtctac gtcatccgcg gcctgcgcat cccctgcctc gacatcgtca actacgcccc
      301 cgaccgctcc acggtttacc gaatcaaaaa gagaaacagc atccaccaac ctgaaaaccg
      361 aaagaaaatg aaaaagttta tccttaccct t
//
LOCUS       SEQF2637|AYYD01000865.1  892 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..892
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             92..421
                     /locus_tag="SEQF2637_00750"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGSRDAVFYREQTSDRYAAAYVDRVWSAARDLGFGRYFVNAPG
                     GNLVDDHVYVIRGLRIPCLDIVNYAPDRSTGFGTYWHTGGDTMDNIDRATLRAVGQTV
                     LYVIKGS"
ORIGIN      
        1 gagtgaaacc acctggtgcc tcggctcgca acattgggcg cgctacccac acacagcggg
       61 ctacacggcc gaatacggca tcctgctcga catggtcggc tcgcgcgacg ccgtcttcta
      121 ccgcgagcag acctccgacc gctacgccgc agcctacgtc gaccgcgtct ggtcggccgc
      181 ccgcgacctc ggcttcggac gctacttcgt caacgccccc ggtggcaacc tggtcgacga
      241 ccacgtctac gtcatccgcg gcctgcgcat cccctgcctc gacatcgtca actacgcccc
      301 cgaccgctcc acaggcttcg gcacgtattg gcacacaggc ggcgacacga tggacaacat
      361 cgaccgcgcc acactccgcg ccgtcggcca aaccgtcctc tacgtcatca aaggatcgta
      421 gaaggtccta ccccctaact actcataact gccctttgac taccctataa ctaccccccc
      481 ctaactaccc tttgactacc ccctaactac ccataccccc ctatatgaat acgataaacg
      541 aactgcaaga cgaggtgatc gaggagttct ccaccttcac cgattggatg gataaatatg
      601 cgctgctgat cgaaatgggc aacgcgctgg agccgctcga ggagcgcttc aagacgtcgg
      661 acaacctcat cgagggctgc caaagtcgtg tctggctgac ggccgacttg ggcaccgacg
      721 gtcggatcac gtttcgcggc gacagcgatg cggtgatcgt caaaggcatc gtgtcgctac
      781 tgatccgtgt gctttcgggc cacaccccgt cggagatcac tgcctccgat ctctacttca
      841 tcgaccgcat cggcctcaaa gagcacctct ccccgacgcg ctccaacggc ct
//
LOCUS       SEQF2637|AYYD01000866.1  201 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..201
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cncccttccg cctaagttcc ngcatgagga aaaacaggtt accaccgctg acgtaaatgc
       61 agtcatttct ctccaaagtc tgctcgatca cttcggccgt cgcctgcgta atcncncaac
      121 attaaagaac aagacgtatg acaaatccga tttttgaaag tatggatcag gataagctgc
      181 gccgaatgat cgcgattcgt g
//
LOCUS       SEQF2637|AYYD01000867.1  221 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..221
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cncccttccg cctaagttcc ngcatgagga aaaacnggtt accaccgctg acgtaaatgc
       61 agtcatttct ctccaaagtc tgctcgatca cttcggccgt cgcctgcgta atctcnaact
      121 cctccaccgt gtagcccaac attaaagaac aagacgtatg acaaatccga tttttgaaag
      181 tatggatcag gataagctgc gccgaatgat cgcgattcgt g
//
LOCUS       SEQF2637|AYYD01000868.1  340 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..340
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cacccttccg cctaagttcc tgcatgagga aaaacaggtt accaccgctg acgtaaatgc
       61 agtcatttct ctccaaagtc tgctcgatca cttcggccgt cgcctgcgta atctccaact
      121 cctccaccgt gtagcccaac cgctcgagcg ccgtccgtcc ttcctccacg tacaggttat
      181 actcctcatg gagcgccgca gtcgggataa aagtcaccgt cccccgttcc tttcccacca
      241 attcaggtaa taagtccgcc acatctgcaa aagatgagca caaaaacaat ctcttcataa
      301 tgtacttttc tgtcttcata atgtactttt ctgtcttcat
//
LOCUS       SEQF2637|AYYD01000869.1  412 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..412
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgcctacaga ggccttgatt ttctccagtc tgtcccaagg gttctcgcca aggtaacgca
       61 tcacggagtc gggcacggcg ccgccccata cttccattgc gtagaagttg gcgtccttgt
      121 aatagggtaa aacacgatca acctgcgatt gattcatacg cgttgcaaac gaagactgct
      181 gtccgtctct caatgtgaga tctctgatca aaagtttctg cgtcatgatt aaatctgttt
      241 cttatgagat gaatttttaa ttggataaaa tcgattcctt ttcttccacg tggatctccg
      301 gatacgacgt caatgagcca taggcgccgg cggagtggcc gcaaagaaaa ggcttttcga
      361 agagacccta cccgaattac agaaatattt ccgcaattcg ggcagggctc ac
//
LOCUS       SEQF2637|AYYD01000870.1  628 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..628
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctggtcgacg accacgtcta cgtcatccgc ggcctgcgca tcccctgcct cgacatcgtc
       61 aactacgccc ccgaccgctc cacaggcttc ggcacgtatt ggcacacagg cggcgacacg
      121 atggacaaca tcgaccgcgc cacactccgc gccgtcggcc aaaccgtcct ctacgtcatc
      181 aaaggatcgt agaaagtact accctctacc tacttataac taccctttga ctaccctata
      241 actacccata ccccccccta tatgaatacg ataaacgaac tgcaagacga ggtgatcgag
      301 gagttctcca ccttcaccga ttggatggat aaatatgcgc tgctgatcga aatgggcaac
      361 gcgctggagc cgctcgagga gcgcttcaag acgtcggaca acctcatcga gggctgccaa
      421 agtcgtgtct ggctgacggc cgacttgggc accgacggtc ggatcacgtt tcgcggcgac
      481 agcgatgcgg tgatcgtcaa aggcatcgtg tcgctactga tccgtgtgct ttcgggccac
      541 accccgtcgg agatcactgc ctccgatctc tacttcatcg accgcatcgg cctcaaagag
      601 cacctctccc cgacgcgctc caacggcc
//
LOCUS       SEQF2637|AYYD01000871.1  310 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..310
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             28..174
                     /locus_tag="SEQF2637_00751"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHLMAMQLHPGSAFTSGGGKTRGDLYYARISYQINPHSPFLASA
                     RRRG"
     CDS             complement(120..296)
                     /locus_tag="SEQF2637_00752"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANGGFETGSVYLAERFEDLFKKYDYIVGPSASCVAFVKENHPR
                     LLAEAKKGECGLIW"
ORIGIN      
        1 cccaacgtgc accttaatgc caactacatg cacctcatgg ccatgcagct gcaccccgga
       61 tcggccttca cctctggcgg tggcaagacg cgcggcgacc tctactacgc ccgcatctcc
      121 taccaaatca atccgcactc gcccttcttg gcttcggcca ggaggcgcgg atgattctct
      181 ttgacgaagg ctacacagct ggctgagggg ccgacgatgt agtcgtactt tttgaataga
      241 tcctcgaagc gttcggccag atagacagac ccggtttcaa agcctccatt ggccattggc
      301 tggccgcagc
//
LOCUS       SEQF2637|AYYD01000872.1  390 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..390
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catcggacgc tatctctacg tcctcgatca gctctccatc ggcggcatct atctcagtgg
       61 cgacgacccc tcgactccca ccgtcgaagg cttcgacccg atgtggaacc gctggacacc
      121 ctggggcgaa agctacgtct acaccctggg cacagagacg ggcaagatca gctactggtc
      181 taacatcggc tccatcaacg ccggattcaa ggccaccctc gcccccaacg tgcaccttaa
      241 tgccaactac atgcacctca tggccatgca gctgcacccc ggatcggcct tcacctctgg
      301 cggtggcaag acgcgcggcg acctctacta cgcccgcatc tcctaccaaa tcaatccgca
      361 ctggtcgggc cacctgcact tcgagcactt
//
LOCUS       SEQF2637|AYYD01000873.1  269 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..269
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctggtcgacg accncgtcta cgtcatccgc ggcctgcgca tcccctgcct cgacatcgtc
       61 aactacgccc ccgaccgctc cacaggcttc ggcacgtatt ggcacacagg cggcgacacg
      121 atggacaaca tcgaccgcgc cacactccgc gccgtcggcc antctngata cggcgaanga
      181 ttttgctcgc gatgtgcgtg aattgaaggg cgaccggatc gatgccgatt accgctcgcg
      241 gcagttcaca ctggaagnga gcctggcct
//
LOCUS       SEQF2637|AYYD01000874.1  227 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(51..209)
                     /locus_tag="SEQF2637_00753"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMADHLRLGRELEEPLIFAKQXRIVAIDVIHPVLELHHLVDERI
                     VARNQTFG"
ORIGIN      
        1 cgatcnggtt tgaatacagc gaaaagcgaa gcgtatncct cgtttcctac tcacccaaat
       61 gtctgatttc gggcaacgat acgctcatca acgagatgat ggagttcgag gaccggatga
      121 atgacgtcta tggcgacgat gcgntgctgt tttgcgaaga tgagcggctc ttcaagctct
      181 cgcccgaggc ggaggtggtc cgccatcatg cgcccgagcg agccgtg
//
LOCUS       SEQF2637|AYYD01000875.1  323 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..323
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             92..286
                     /locus_tag="SEQF2637_00754"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGSRDAVFYREQTSDRYAAXYVDRXWSAARDLGFGRYFVNAPG
                     GNLVDDXGLPNQKEKQHPPT"
ORIGIN      
        1 gagtgaaacc acctggtgcc tcggctcgca acattgggcg cgctacccac acacagcggg
       61 ctacacggcc gaatacggca tcctgctcga catggtcggc tcgcgcgacg ccgtcttcta
      121 ccgcgagcag acctccgacc gctacgccgc ancctacgtc gaccgcgnct ggtcggccgc
      181 ccgcgacctc ggcttcggac gctacttcgt caacgccccc ggtggcaacc tggtcgacga
      241 ccncggttta ccgaatcaaa aagagaaaca gcatccacca acctgaaaac cgaaagaaaa
      301 tgaaaaagtt tatccttacc ctt
//
LOCUS       SEQF2637|AYYD01000876.1  359 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             92..307
                     /locus_tag="SEQF2637_00755"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGSRDAVFYREQTSDRYAAXYVDRVWSAARDLGFGRYFVNAPG
                     GNLVDDHVYVIRGLRIPCLDAFEGYGG"
ORIGIN      
        1 gagtgaaacc acctggtgcc tcggctcgca acattgggcg cgctacccac acacagcggg
       61 ctacacggcc gaatacggca tcctgctcga catggtcggc tcgcgcgacg ccgtcttcta
      121 ccgcgagcag acctccgacc gctacgccgc ancctacgtc gaccgcgtct ggtcggccgc
      181 ccgcgacctc ggcttcggac gctacttcgt caacgccccc ggtggcaacc tggtcgacga
      241 ccacgtctac gtcatccgcg gcctgcgcat cccctgcctc gatgcttttg agggctatgg
      301 aggttgacta tgagcccctc agccacctgt ttcgcactta cgatctgtga gaaaatgcg
//
LOCUS       SEQF2637|AYYD01000877.1  689 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..689
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             77..478
                     /locus_tag="SEQF2637_00756"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVRDANGRFRGVMEMMQNCTHIRELEGSRTLLTWDDEQKSEQE
                     QPAAKPGEAPASPDAITKDTKLKALVTRFPKLIDDLPTINEKFAMLKTPIAKVMLPIA
                     TVGMMSERSGMPLDELITKLEALIGTYQMKH"
ORIGIN      
        1 gaagttccgc accggtgagc agagccgctc cgagttctgg atcaacaagc caggcctctt
       61 tatttacatc gtctacgtgg ccgtccgcga cgccaacggg cgcttccgcg gcgtgatgga
      121 gatgatgcaa aactgcacgc acattcgtga gctggaaggc tctcgcaccc tcctcacgtg
      181 ggacgacgag cagaaaagcg agcaagagca acccgccgcc aagccgggag aggcgcccgc
      241 gtcgcccgat gcgatcacca aagacacgaa gctcaaggcg ctcgtgacgc gtttcccgaa
      301 gctgattgac gacctgccca ccatcaacga gaagttcgcc atgctcaaga cgcccatcgc
      361 caaggtgatg ctccccatcg ccaccgtagg catgatgagc gagcgatcgg gcatgccgct
      421 cgacgagctg atcacgaagc tcgaggcgct gattgggacc tatcaaatga agcactaatc
      481 gtcgacggcc ccgaggcaaa agatgcgccg ggtacatgct gtgtggtgag gctctctcac
      541 ccggcgtgtg cccggcgctt cgtcttttcg tggcgtttgc ggaacttccg caagcctcaa
      601 aatgggaaaa tggcccttgc ggaacttccg caagcatcaa aatggaggaa atggcccttg
      661 cggaacttcc gcaagcgtca aaatggaga
//
LOCUS       SEQF2637|AYYD01000878.1  412 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..412
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgcctacaga ggccttgatt ttctccagtc tgtcccaagg gttctcgcca aggtaacgca
       61 tcacggagtc gggcacggcg ccgccccata cttccattgc gtagaagttg gcgtccttgt
      121 aatagggtaa aacacgatca acctgcgatt gattcatacg cgttgcaaac gaagactgct
      181 gtccgtctct caatgtgaga tctctgatca aaagtttctg tgtcatgatt aaatctgttt
      241 cttatgagat gaatttttaa ttggataaaa tcgattcctt ttcttccacg tggatctccg
      301 gatacgacgt caatgagcca taggcgccgg cggagtggcc gcaaagaaaa ggcttttcga
      361 agagacccta cccgaattac agaaatattt ccgcaattcg ggcagggctc ac
//
LOCUS       SEQF2637|AYYD01000879.1  244 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..244
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aanaaacggg acatcagctt cttccttctc cggtaaattc ggatcgttat tcacattggc
       61 tatgaactcc ttagccttag ctttgacctg ctttatatcc atgtattcgc caccgcacaa
      121 cacttgatta gtggagctga tcaaaactac aagcatgttc cttttttgga aagatgatgg
      181 tgtgcaaacc tcatattata tcgttgcaaa acgaccgagg tacacagtat caagcatata
      241 tccg
//
LOCUS       SEQF2637|AYYD01000880.1  826 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..826
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(364..801)
                     /locus_tag="SEQF2637_00757"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTGVIIVSVIVLAMFYLGGVVDPAAENKEPVNTSLLLYWCYAL
                     FGVTMVCLVLFGIMQFFSTLKTKPKAALGSLVVLIAFVVLLGVTYAMGDATPLPGINV
                     DSAQFNTAGWLKVSDMWIYSTYVLLGLSVLAMIAGSLKKVLNK"
ORIGIN      
        1 aaaaaacggg acatcagctt cttccttctc cggtaaattc ggatcgttat tcacattggc
       61 tatgaactcc ttagccttag ctttgacctg ctttatatcc atgtattcgc caccgcacaa
      121 cacttgatta gtggagctga tcaaaactac aagcatgttc cttttttgac atcgatttcc
      181 tgtttcttct gctgtttatc gggtggagga ggcaatcttc gcgctaaccc catatccgta
      241 tccatagaag tcgtcaaaag aaagaacagc aacaacatga aagcgatgtc agcagaagaa
      301 gatccattaa ttcccggaac tttccttttc ttactcatgt tctttctatg ctcgctatat
      361 ctattactta ttcagaacct tcttaagact accagcaatc atcgctaaca ctgacagtcc
      421 caacaggaca tacgttgaat agatccacat atccgagacc ttcaaccagc ccgctgtatt
      481 gaattgtgct gaatcaacat tgattcccgg tagaggagta gcatcaccca ttgcataagt
      541 tactccaagc aagactacaa aagcaatcaa caccactaaa gagcccagtg ctgcttttgg
      601 tttagtcttc aatgtagaga agaactgcat aattccaaac agcaccaaac aaaccatcgt
      661 aactccaaac agcgcatagc accaataaag taacagcgat gtatttacgg gctccttatt
      721 ctctgcagca ggatcaacca caccaccgag atagaacatt gctaggacaa tcacactaac
      781 tatgatgacg cctgtcaaca tccagctcga cagtttcctt atcttg
//
LOCUS       SEQF2637|AYYD01000881.1  509 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..509
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             175..438
                     /locus_tag="SEQF2637_00758"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVCKPHIISLQNDRGTQYQAYIRVQNELAAAYNELRDEVAKQK
                     WGKTFAELDEKQQEAVQMIYPQKISEAEPKNYGGGSKSAPAAN"
ORIGIN      
        1 aaaaaacggg acatcagctt cttccttctc cggtaaattc ggatcgttat tcacattggc
       61 tatgaactcc ttagccttag ctttgacctg ctttatatcc atgtattcgc caccgcacaa
      121 cacttgatta gtggagctga tcaaaactac aagcatgttc ctttttttgg aaagatgatg
      181 gtgtgcaaac ctcatattat atcgttgcaa aacgaccgag gtacacagta tcaagcatat
      241 atccgggtgc aaaatgaatt ggccgctgct tataacgagc tgcgtgatga agtagctaag
      301 cagaagtggg gcaaaacatt tgcagagttg gatgaaaaac agcaggaagc tgtacagatg
      361 atatatcctc agaaaatatc cgaggctgag ccgaagaact atggtggagg atctaagtct
      421 gctcctgctg cgaactaaag atttaaggaa ggaaaaatgt aatgggaaaa ttcagtcgat
      481 cgggtggacg tgaaatgccc gagttgaac
//
LOCUS       SEQF2637|AYYD01000882.1  540 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..540
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             246..485
                     /locus_tag="SEQF2637_00759"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSESRLQLNDAFAEISEVGTYIGQEKSSMKEEDQPFMTVSIKA
                     DQDTKMGLITDLKQALREAYALKISYSARKQVDNK"
ORIGIN      
        1 ttcaggttaa gatgacattg ttagctgtaa caaagaggcg tagagatagc ctcctactta
       61 tatcctcctt gaccgtcatc atttcgtctg atgaaatctc gttctatgca aaaacaaaga
      121 ggggagcgaa cctactttct tacctgtaag attcgccccc actctttttt taatgttgat
      181 attcaattcg tggatgcaag aaatcgaata tctcttactt gttatctact tgtttacgtg
      241 ccaagatggg gtcggagagt cgtctgcaat tgaatgatgc ttttgcggaa atctctgaag
      301 taggaacata catcgggcag gaaaagtcga gtatgaaaga ggaggatcag ccttttatga
      361 ccgtctcaat caaagccgac caagacacca agatggggtt gatcactgac ttaaagcagg
      421 cgcttcgaga agcatatgcc ttgaagatca gttactcggc acgtaaacaa gtagataaca
      481 agtaagagat attcgatttc ttgcatccac gaattgaata tcaacattaa aaaaagagtg
//
LOCUS       SEQF2637|AYYD01000883.1 1844 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1844
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(405..1223)
                     /locus_tag="SEQF2637_00760"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGRVVRCFNRRTCDLLAELRINRNRRLTIFTLHQVHELARGVG
                     VLIQPFLQAQRARHGLCAYDLAGRCYERWQTGVEAYARDEFHRIFEQIHRVELLQLSH
                     HVAVHTAGDLSILHQLVRLREVEVSLDGVASIQQRGFVFLADSLDCLVEQGIDLSRQR
                     VGQRVERIWEQLRCVVSLELLADLFQLLADLGHGLHVHVELHTEFLAEDVDQLNSGST
                     RTTGEVPDVRVHDVGTAHDSRQDGSQTEARRTVRMEIYGHIEVFLEERHQLGYA"
ORIGIN      
        1 accttggcga gaacccttgg gacagactgg agaaaatcaa ggcctctgta ggcgatgtct
       61 ccaagttgac cgccctctcc cgtggccgta acctctatgg ttatgctccg tatcccgacg
      121 agatcatcga cggtttcttc cgtaacgccg taaaatccgg cctggacatc atgcgcatct
      181 tcgatgccct gaatgacgtg aacaacgtga agtcgagcgt gaagagcatt aagaagtatg
      241 gcggtatggc cgactgcgcc gtatgctaca ccgtggatcc gaagtatgat gatgatcgcg
      301 agccggtctt caccgacgct tatttcctga acaaggcaca ggaaatgttg gcactgggtg
      361 ctgacatgat caccatcaag gacatgagcg gactcatccc gccctcacgc gtagccaagc
      421 tgatgccgct cttcaagaaa cacctcaatg tgcccgtaga tttccatacg cactgtacgc
      481 cgggcttcgg tctggcttcc gtcctgacgg ctatcatgtg cggtgccgac atcgtggaca
      541 cgaacatctg gtacttcgcc ggtggtacgg gtgctcccgc tattgagttg atctacatct
      601 tctgcaagaa actcggtgtg gagctcgacg tgaacatgga ggccgtggcc aagatcagca
      661 aggagctgaa agagatccgc aaggagctcg aggcttacga cgcatcgaag ctgttcccaa
      721 atccgttcaa cccgctgacc gacacgctgc cggctgagat cgatgccctg ttcgacaagg
      781 caatcgaggc tgtccgcaag gaagacgaag ccgcgctgct ggatgcttgc cacaccatcg
      841 aggcttactt caacttcccg aagccgaacg agctggtgaa gaatgctgag atccccggcg
      901 gtatgtacag caacatggtg gctcagttga agcaattcaa cgcgatggat ctgctcgaag
      961 attcgatgaa actcatcccg agcgtacgcc tcgacgccgg tctgccaccg ctcgtaacac
     1021 cgaccagcca gatcgtaggc gcacaggccg tgtcttgcgc gctgagcttg aagaaagggc
     1081 tggataagta cgccaacacc tcgagccagt tcgtgaactt ggtgaagggt gaatatggta
     1141 agacgccggt tccggttgat cctaagttcc gcgagcagat cacaggttcg cctgttgaaa
     1201 caccgtacga cacgaccact cacaaaacac cagacaaccc cgtgcttgag gagtttggcg
     1261 gtgtacgttt ggccaaggac gagaaggata tgctgctgct tgagctcttc ccgaacgtag
     1321 ctaccggctt cctgcgcaag aaacgtgaag ccgagtacaa cgagacgcag aagtcttctt
     1381 gcgcttgcgc ttgcggcggt aaggaaacgg cgcaggacga ggctacggct gtagtggacg
     1441 actccgtgaa gggccgcatg gtagaatgcc ccatgccggg caatgtcatc gaggtgaacg
     1501 tgaaagtggg cgccanggtg aagaagggcg atacgctgct gatcctcgaa tccatgaaga
     1561 tggagaacga catcacggcc gacttctccg gtacggttcg tcgcattctc gtgaaggcag
     1621 gcgactctgt tcaggtgggt gcaccgatgg ttgagatcgt agacgaggca gccgcagcag
     1681 catctcccgc acccaaggcc gatgacgctg gcaagggccg catggtagaa tgccccatgc
     1741 ctggtagtgt catcgaggtg acggtcaagg agggctcgaa ggtgaacaag ggcgacaagc
     1801 tgctggtgct cgaatccatg aagatggaga atgacatcac ggnc
//
LOCUS       SEQF2637|AYYD01000884.1 1844 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1844
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(405..1223)
                     /locus_tag="SEQF2637_00761"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGRVVRCFNRRTCDLLAELRINRNRRLTIFTLHQVHELARGVG
                     VLIQPFLQAQRARHGLCAYDLAGRCYERWQTGVEAYARDEFHRIFEQIHRVELLQLSH
                     HVAVHTAGDLSILHQLVRLREVEVSLDGVASIQQRGFVFLADSLDCLVEQGIDLSRQR
                     VGQRVERIWEQLRCVVSLELLADLFQLLADLGHGLHVHVELHTEFLAEDVDQLNSGST
                     RTTGEVPDVRVHDVGTAHDSRQDGSQTEARRTVRMEIYGHIEVFLEERHQLGYA"
ORIGIN      
        1 accttggcga gaacccttgg gacagactgg agaaaatcaa ggcctctgta ggcgatgtct
       61 ccaagttgac cgccctctcc cgtggccgta acctctatgg ttatgctccg tatcccgacg
      121 agatcatcga cggtttcttc cgtaacgccg taaaatccgg cctggacatc atgcgcatct
      181 tcgatgccct gaatgacgtg aacaacgtga agtcgagcgt gaagagcatt aagaagtatg
      241 gcggtatggc cgactgcgcc gtatgctaca ccgtggatcc gaagtatgat gatgatcgcg
      301 agccggtctt caccgacgct tatttcctga acaaggcaca ggaaatgttg gcactgggtg
      361 ctgacatgat caccatcaag gacatgagcg gactcatccc gccctcacgc gtagccaagc
      421 tgatgccgct cttcaagaaa cacctcaatg tgcccgtaga tttccatacg cactgtacgc
      481 cgggcttcgg tctggcttcc gtcctgacgg ctatcatgtg cggtgccgac atcgtggaca
      541 cgaacatctg gtacttcgcc ggtggtacgg gtgctcccgc tattgagttg atctacatct
      601 tctgcaagaa actcggtgtg gagctcgacg tgaacatgga ggccgtggcc aagatcagca
      661 aggagctgaa agagatccgc aaggagctcg aggcttacga cgcatcgaag ctgttcccaa
      721 atccgttcaa cccgctgacc gacacgctgc cggctgagat cgatgccctg ttcgacaagg
      781 caatcgaggc tgtccgcaag gaagacgaag ccgcgctgct ggatgcttgc cacaccatcg
      841 aggcttactt caacttcccg aagccgaacg agctggtgaa gaatgctgag atccccggcg
      901 gtatgtacag caacatggtg gctcagttga agcaattcaa cgcgatggat ctgctcgaag
      961 attcgatgaa actcatcccg agcgtacgcc tcgacgccgg tctgccaccg ctcgtaacac
     1021 cgaccagcca gatcgtaggc gcacaggccg tgtcttgcgc gctgagcttg aagaaagggc
     1081 tggataagta cgccaacacc tcgagccagt tcgtgaactt ggtgaagggt gaatatggta
     1141 agacgccggt tccggttgat cctaagttcc gcgagcagat cacaggttcg cctgttgaaa
     1201 caccgtacga cacgaccact cacaaaacac cagacaaccc cgtgcttgag gagtttggcg
     1261 gtgtacgttt ggccaaggac gagaaggata tgctgctgct tgagctcttc ccgaacgtag
     1321 ctaccggctt cctgcgcaag aaacgtgaag ccgagtacaa cgagacgcag aagtcttctt
     1381 gcgcttgcgc ttgcggcggt aaggaaacgg cgcaggacga ggctacggct gtagtggacg
     1441 actccgtgaa gggccgcatg gtagaatgcc ccatgccggg caatgtcatc gaggtgaacg
     1501 tgaaagtggg tgccanggtg aagaagggcg atacgctgct gatcctcgaa tccatgaaga
     1561 tggagaacga catcacggcc gacttctccg gtacggttcg tcgcattctc gtgaaggcag
     1621 gcgactctgt tcaggtgggt gcaccgatgg ttgagatcgt agacgaggca gccgcagcag
     1681 catctcccgc acccaaggcc gatgacgctg gcaagggccg catggtagaa tgccccatgc
     1741 ctggtagtgt catcgaggtg acggtcaagg agggctcgaa ggtgaacaag ggcgacaagc
     1801 tgctggtgct cgaatccatg aagatggaga atgacatcac ggcc
//
LOCUS       SEQF2637|AYYD01000885.1  311 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..311
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtttgtnctg tggtcntgcc gtacagaccc agcaggatan cnagggnaag gataaacttn
       61 tncattttct ntcggttttc angtngccac cgggggcgtt gacgaagtag cgtccgaagc
      121 cgaggtcgcg ggcggccgac cagacgcggt cgacgtaggc tgcggcgtag cggtcggagg
      181 tctgctcgcg gtagaagacg gcgtcgcgcg agccgaccat gtcgagcagg atgccgtatt
      241 cggccgtgta gcccgctgtg tgtgggtagc gcgcccaatg ttgcgagccg aggcaccagg
      301 tggtttcact c
//
LOCUS       SEQF2637|AYYD01000886.1  628 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..628
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(389..625)
                     /locus_tag="SEQF2637_00762"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIMAFDKIERVGDISPTVVAGGMKVALITTVGGLIVALILQVFY
                     NYLLSKLEAILNKMEDASITLLDMVIKYNVKYKK"
ORIGIN      
        1 gggtaatgtt cgcgttcgat gacgccattc atgtgcatca agcaggagct gtcggctccg
       61 gtaatgtatt cggctccggt ggacatgtga tccttcacct tgtcacggcc catgcaggcg
      121 gatacttcag actcctcgac ggcgaataag ccgccgaaac cgcagcattc gtcgacgcgc
      181 ttaggctcta cgaccgtgat accgggtaca cgctcaagca gtgagcggat cttgttgaag
      241 tagggcactg tcagctccga gggagaagag aggcctaact cgcgcacacc gagatagaac
      301 attgctagga caatcacact aactatgatg acgcctgtca acatccagct cgacagtttc
      361 cttatcttgg ttacagccat gactcgtctt actttttgta tttcacattg tacttgataa
      421 ccatatcgag caatgtaatc gacgcatctt ccattttatt cagaatagct tccaatttgc
      481 tcaacagata gttatagaaa acctgaagga tcaatgcaac gatcaaacca ccaaccgtag
      541 tgatcaaggc caccttcata ccaccggcaa caaccgtcgg actaatatca cctacacgct
      601 caatcttatc gaacgccatg atcatacc
//
LOCUS       SEQF2637|AYYD01000887.1  208 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..208
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acatagagtt gattgaagaa gatctcgttg aaggccgtct tagctgtcgg gggggtgagg
       61 tagatacggg cctcattgcc cagctcggct ctaaactcaa agtgtttgct ggggttgtag
      121 taggcgccga gataggtgcg ccaccgggtg aaggtggtta cgggcgcatt gtgatccagc
      181 gtggcggctt cgccgacgga ggtcattc
//
LOCUS       SEQF2637|AYYD01000888.1  209 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..209
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             25..171
                     /locus_tag="SEQF2637_00763"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHRVEIDQSKRIKISKVGRVGRCNSIHYLCIGNVRRSNHAPRR
                     LSNV"
ORIGIN      
        1 ctcctcaaat ggctcacaac cgtaatgggg caccgtgtag aaatcgacca gtccaagcgc
       61 atcaaaatct cgaaagttgg gcgtgtaggg cgttgcaaca gcatccatta cttgtgcata
      121 ggcaatgttc ggcgcagcaa tcatgctccc cgccgactct ccaatgtata gcgctcccgc
      181 ctccacccga cggacaatcg cccgatcnc
//
LOCUS       SEQF2637|AYYD01000889.1  224 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..224
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             20..202
                     /locus_tag="SEQF2637_00764"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSVGEAATLDHNAPVTTFTRWRTYLGAYYNPSKHFEFRAEXHK
                     CGGCGMCFRGAGVHLL"
ORIGIN      
        1 ctnctccgaa cgcgcacgaa tgacctccgt cggcgaagcc gccacgctgg atcacaatgc
       61 gcccgtaacc accttcaccc ggtggcgcac ctatctcggc gcctactaca accccagcaa
      121 acactttgag tttagagccg agcngcacaa gtgtgggggg tgtgggatgt gtttccgtgg
      181 ggcgggtgta cacctattat aataggtacg cgatgagctg cggc
//
LOCUS       SEQF2637|AYYD01000890.1  276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gnggttgtag acaaagacgg cggagaggtt gttgttctcg ttgaagcgga aggtggcctt
       61 agcggcgttg aaatagtctg accgggagcc tacgaggggg ttaccgtcta ccatgataaa
      121 gccttcgtca aacatgatac actgtcgtcc cacgcggagg tcgatcggca ggtcggcgat
      181 gtctttccaa tccacataga gttgattgaa gaagatctcg ttgaaggccg tcttagctgt
      241 cgggggggtg aggtagatac gggcctcatt gcccng
//
LOCUS       SEQF2637|AYYD01000891.1  313 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..313
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             74..277
                     /locus_tag="SEQF2637_00765"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAICPHSLLSRLLKWLTTVMGHRVEIDQSKRIKISKVGRVGRCN
                     SIHYLCIGNVRRSNHAPRRLSNV"
ORIGIN      
        1 ctatcgagca aatcttcgtt aggtcgccct ctacacagat cgcctgtgta ttcgtgatcg
       61 ggcgcagagg cagatggcta tatgtccgca cagtctcctc agccgactcc tcaaatggct
      121 cacaaccgta atggggcacc gtgtagaaat cgaccagtcc aagcgcatca aaatctcgaa
      181 agttgggcgt gtagggcgtt gcaacagcat ccattacttg tgcataggca atgttcggcg
      241 cagcaatcat gctccccgcc gactctccaa tgtatagcgc tcccgcctcc acccgacgga
      301 caatcgcccg atc
//
LOCUS       SEQF2637|AYYD01000892.1  231 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..231
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctngtcgacg accncntcta cgtcatccgc ggcctgcgca tcccctgcct cgacatcgtc
       61 aactacgccc ccgaccgctc cacaggcttc ggcacgtatt ggcacacagg cggcgacacg
      121 atggacaaca ncnacngcgc aagaagcgct ccgtggccga accagcagcc gtgtaaatat
      181 gtcggcagac attctgccgg ggctaccaca ccccatgagt gcgtcggcag a
//
LOCUS       SEQF2637|AYYD01000893.1  341 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..341
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctggtcgacg accacgtcta cgtcatccgc ggcctgcgca tcccctgcct cgacatcgtc
       61 aactacgccc ccgaccgctc cacaggcttc ggcacgtatt ggcacacagg cggcgacacg
      121 atggacaaca tcgaccgcgc cacactccgc gccgtcggcc ccgtcgatgg gtgtgcgctg
      181 gcgacccgcg tccgggtcac ggtcggcgaa ggggcgcgag tcccaatgcg cgcaaagcag
      241 gatgcggcgt gtgcgatcgg gggccagtgc gccgatgatg tttttggccg tgaggcgacg
      301 gccgtcgtag gtggtgacct ccgcctcctg cacggtgacg g
//
LOCUS       SEQF2637|AYYD01000894.1  454 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..454
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggccgttgga gcgcgtcggg gagaggtgct ctttgaggcc gatgcggtcg atgaagtaga
       61 gatcggaggc agtgatctcc gacggggtgt ggcccgaaag cacacggatc agtagcgaca
      121 cgatgccttt gacgatcacc gcatcgctgt cgccgcgaaa cgtgatccga ccgtcggtgc
      181 ccaagtcggc cgtcagccag acacgacttt ggcagccctc gatgaggttg tccgacgtct
      241 tgaagcgctc ctcgagcggc tccagcgcgt tgcccatttc gatcagcagc gcatatttat
      301 ccatccaatc ggtgaaggtg gagaactcct cgatcacctc gtcttgcagt tcgtttatcg
      361 tattcatata gggggggtat gggtagttag ggggtagtca aagggtagtt aggggggggt
      421 agttataggg tagtcaaagg gcagttatga gtag
//
LOCUS       SEQF2637|AYYD01000895.1  342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctgcggcca gccaatggcc aatggaggct ttgaaaccgg gtctgtctat ctggccgaac
       61 gcttcgagga tctattcaaa aagtacgact acatcgtcgg cccctcagcc agctgtgtag
      121 ccttcgtcaa agagaatcat ccgcgcctcc tggccgaagc caagaagggc gagtgcgccg
      181 cggcgaaaca catctacgac atcaccgagt tcctgcacga cgtgatcaag cccgagaagt
      241 tcccctccaa atttccccac aaggtcagca tccacaacag ctgccacggt gtgcgcgagt
      301 taggcctctc ttctccctcg gagctgacag tgccctactt ca
//
LOCUS       SEQF2637|AYYD01000896.1  379 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..379
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(56..295)
                     /locus_tag="SEQF2637_00766"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSESRLQLNDAFAEISEVGTYIGQEKSSMKEEDQPFMTVSIKA
                     DQDTKMGLITDLKQALREAYALKISYSARKQVDNK"
ORIGIN      
        1 cactcttttt ttaatgttga tattcaattc gtggatgcaa gaaatcgaat atctcttact
       61 tgttatctac ttgtttacgt gccgagtaac tgatcttcaa ggcatatgct tctcgaagcg
      121 cctgctttaa gtcagtgatc aaccccatct tggtgtcttg gtcggctttg attgagacgg
      181 tcataaaagg ctgatcctcc tctttcatac tcgacttttc ctgcccgatg tatgttccta
      241 cttcagagat ttccgcaaaa gcatcattca attgcagacg actctccgac cccatcttgg
      301 cacggacaga gacgctgatt tctttcaagg aaggattccg taggagactg ccgatcgata
      361 ttggcaagtt ggaaaaggc
//
LOCUS       SEQF2637|AYYD01000897.1  233 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..233
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgaactcac tgatgaagtg gaagtcgttg cccggtaaag ccacattggc gcgagcacct
       61 acgacgtgcg tctcggcatc gggggcggta gcgttcttga agtaattctt gtagaaatag
      121 taggccgaga ggtctacggg attcaggtgc cccttgtagt aaagggcggc accgttgttg
      181 gtttgctcct cgaggggctg atagtggtcg ccctcgttga agacgggcag gag
//
LOCUS       SEQF2637|AYYD01000898.1  283 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..283
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgcagtcatt tctctccaaa gtctgctcga tcacttcggc cgtcgcctgc gtaatctcca
       61 actcctccac cgtgtagccc aaccgctcga gcgccgtccg tccttcctcc acgtacaggt
      121 tatactcctc atggagcgcc gcagtcggga taaaagtcac cgtcccccgt tcctttccca
      181 ccaattcagg caataagtcc gccacatctg caaaagatga gcacaaaaac aatctcttca
      241 taatgtactt ttctgtcttc ataatgtact tttctgtctt cat
//
LOCUS       SEQF2637|AYYD01000899.1  200 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..200
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgtatcgttg cccgaaatca gacatttggg tgagtaggaa acgaggtata cgcttcgctt
       61 ttcgctgtat tcaaaccgga tcgccagcca agtgtagcgg ctgaccaagt cctcggcata
      121 ttgccgcagg atccgttcta cttcaagatc tttcataggt caccaaaata cgttttgagt
      181 ttagtaatca attcctccgc
//
LOCUS       SEQF2637|AYYD01000900.1  389 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             182..334
                     /locus_tag="SEQF2637_00767"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEDQPFMTVSIKADQDTKMGLITDLKQALREAYALKISYSAR
                     KQVDNK"
ORIGIN      
        1 cataaataaa cgtgaccagt gatttcttct ccagtttctg tagctccgta gcctgcgggg
       61 cacggaattg caccttcaaa gtcacttcgc gcatagttgt aaccatcata atgaaaaaca
      121 agaacgcaaa gaccaagtct ggcaatgatg acgtgttcaa ctcgggcagg aaaagtcgag
      181 tatgaaagag gaggatcagc cttttatgac cgtctcaatc aaagccgacc aagacaccaa
      241 gatggggttg atcactgact taaagcaggc gcttcgagaa gcatatgcct tgaagatcag
      301 ttactcggca cgtaaacaag tagataacaa gtaagagata ttcgatttct tgcatccacg
      361 aattgaatat caacattaaa aaaagagtg
//
LOCUS       SEQF2637|AYYD01000901.1  217 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..217
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cacgaatcgc gatcattcgg cgcagcttat nctgatccat actttcaaaa atcggatttg
       61 tcatacgtct tgttctttaa tgttgggnat aatcaccttc gccaccagct tctaagattc
      121 ggcaagtaac ggtgaaccac cgatcccgaa gcgggctctt tgggagaaat gaaaaccgcg
      181 cgacgggcct actactcgcc gcgcggtgtg tttttag
//
LOCUS       SEQF2637|AYYD01000902.1  301 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..301
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccggcttat cgtcgggctt cggcttgtcg ggtttcggat ccttggggtc cttcggctgc
       61 ttgggatcct tgggttgctt cgggtctttc ggcttcggat ccttgggctg cttggcggca
      121 cgcttctggg cngcnccttc gcgctgcgag gtgcggaact tgaccacggt acggttcatc
      181 tctgcgacca actcctcgag catcgtccga tcctcgttgc tggtggcgtt gaggtaggcc
      241 gactggatgt actggcagat cacctcatag gcagcgtccg tcagtggtcg gatctccttg
      301 g
//
LOCUS       SEQF2637|AYYD01000903.1  209 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..209
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccggcttat cgtcgggctt cggcttgtcg ggtttcggat ccttggggtc cttcggctgc
       61 ttgggatcct tgggttgctt cgggtctttc ggcttcggat ccttgggctg cttggcggca
      121 cgcttctggg cngcnctcgg tacgtataaa gacatacgca cggagtcgtt cgacgaggag
      181 acgctgcata ttgatggcat gctgaagga
//
LOCUS       SEQF2637|AYYD01000904.1 1166 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1166
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acattaaaga acaagacgta tgacaaatcc gatttttgaa agtatggatc aggataagct
       61 gcgccgaatg atcgcgattc gtgaggctta taatagcaag caactgacca tagacgaggc
      121 gcgagagcgc gtgagaaaag aagtgggcga ggtatcgccc gaagaatttg ccgcggccga
      181 gcagttggtc aaggacgaga ctccggacga atgccgcgac gaggacacgc aagagatcgt
      241 tcacatctac gagggcttga tcaaggagcc gcgaaaggag ttgcctttcg gccacccgat
      301 tgatgcctac cggcgcgagg ccgaccgtat gaaggagctg atgaagcagg gcgaggagct
      361 ggctgcgaag cccttcgacg aggccgcatg gacggccttg atgaaagacg tgttgaaata
      421 caaagtgcac ttccaccgca agcaaaatca gctctactcc gccctggagc gcaagggatt
      481 cacgcggcct tcgaccacga tgtggaccta cgacgactat gtgcgcgacg agatgaacaa
      541 ggcccgcgac ctgctccaac tggggcgcac ggaagacttc ctccaggcct tcaaaacgat
      601 gtcagaagat gtgctcgacc tcatcggcaa ggaggagctg atcctttacc cgacgtcgct
      661 caagctgatt tccgacgcgg agtttgagga gatgaagcac ggcgatcgcg agatcggttt
      721 cttcctgatc gatatgccgg gtgacgcgcc gaaggctgca actgcatcga ccaacgcacc
      781 cgcgggcgga gactttataa acgatctggc tgcgctgctc ggcaagtacg ggatgggcgc
      841 gaaggacacc gacgacgacg accgtgtgct cgacgtggcc gagggcaagc tgacgctgga
      901 gcagatcaac ctgctgttcc gccacctgcc tgtcgacatc tcgtacgtgg acgaaaacga
      961 gctggtcaag ttctacaccg acacgcccca ccgcgtcttc ccgcgcagca agggtgtcat
     1021 cggccgcgag gtgcgcaact gtcacccgcc caaaagtgtg cacatcgtgg aggagatcat
     1081 cgagaagttc cgcaccggtg agcagagccg ctccgagttc tggatcaaca agccaggcct
     1141 ctttatttac atcgtctacg tggccg
//
LOCUS       SEQF2637|AYYD01000905.1  425 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..425
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(72..356)
                     /locus_tag="SEQF2637_00768"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRFFGKMMVCKPHIISLQNDRGTQYQAYIRVQNELAAAYNELR
                     DEVAKQKWGKTFAELDEKQQEAVQMIYPQKISEAEPKNYGGGSKSAPAAN"
ORIGIN      
        1 gttcaactcg ggcatttcac gtccacccga tcgactgaat tttcccatta catttttcct
       61 tccttaaatc tttagttcgc agcaggagca gacttagatc ctccaccata gttcttcggc
      121 tcagcctcgg atattttctg aggatatatc atctgtacag cttcctgctg tttttcatcc
      181 aactctgcaa atgttttgcc ccacttctgc ttagctactt catcacgcag ctcgttataa
      241 gcagcggcca attcattttg cacccggata tatgcttgat actgtgtacc tcggtcgttt
      301 tgcaacgata taatatgagg tttgcacacc atcatctttc caaaaaaacg ggacatcagc
      361 ttcttccttc tccggtaaat tcggatcgtt attcacattg gctatgaact ccttagcctt
      421 agctt
//
LOCUS       SEQF2637|AYYD01000906.1  546 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..546
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tccaccggan ccgaatacat taccggagcc gacagctcct gcttgatgca catgaatggc
       61 gtcatcgaac gcgaacatta ccccatccaa accattcact acctcgaaat cctatctgca
      121 cagttatgag cgcacatgcc aaggctgcaa aagccttctt agccaataaa gagaatgccg
      181 tttggcacga ccaaacgctt tacatggttc gccacaaacg cgacctcctc tcgcacgcca
      241 tccccgaatg ggaagacctg cgccacaccg cccgcgacat caagctctac agcaattcgc
      301 acctgcctga gctcatcgag cagttcgaaa aaaacgccac agcgaacggt tgtcacgtgc
      361 actttgccaa agacgacgag gagtatcgtc acatcatcga gggcatcctc agcgaccacg
      421 gcgtgaagaa gctggtcaag agtaaatcca tgctctccga agagtgcaaa ctcaatcctt
      481 acctcatcga gaagggttac gacgtgatcg aaagtgccct cggcgaacgc atcctgcaat
      541 taatgc
//
LOCUS       SEQF2637|AYYD01000907.1  452 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..452
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gnccgtgatg tcattctcca tcttcatgga ttcgagcacc agcagcttgt cgcccttgtt
       61 caccttcgag ccctccttga ccgtcacctc gatgacacta ccaggcatgg ggcattctac
      121 catgcggccc ttgccagcgt catcggcctt gggtgcggga gatgctgctg cggctgcctc
      181 gtctacgatc tcaaccatcg gtgcacccac ctgaacagag tcgcctgcct tcacgagaat
      241 gcgacgaacc gtaccggaga agtcggccgt gatgtcgttc tccatcttca tggattcgag
      301 gatcagcagc gtatcgccct tcttcacntt ggcacccact ttcacgttca cctcgatgac
      361 attgcccggc ataaataaac gtgaccagtg atttcttctc cagtttctgt agctccgtag
      421 cctgcggggc acggaattgc accttcaaag tc
//
LOCUS       SEQF2637|AYYD01000908.1  294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..294
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctcantcctt acctcatcga gaagggttac gacgtgatcg aaagtgacct cggcgaacgc
       61 atcctgcaat taatgcacct ccatcccagc cacatcgtta tgcccgccat ccatattaag
      121 cgccaagcng tgggtgagct tttcgaggag aagttgggta gcgttcttga agtaattctt
      181 gtagaaatag taggccgaga ggtctacggg gttcaggtgc cccttgtagt aaagggcggc
      241 accgttgttg gtttgctcct cgaggggctg atagtggtcg ccctcgttga agac
//
LOCUS       SEQF2637|AYYD01000909.1  535 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..535
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             101..490
                     /locus_tag="SEQF2637_00769"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWNRWTPWGESYVYTLGTETGKISYWSNIGSINAGFKATLAPNV
                     HLNANYMHLMAMQLHPGSAFTSGGGSRGVVATEIDAADGELIEDVEIASDVVLQPGVA
                     APGAPIVVAHLTELVGELTDEVEVVAR"
ORIGIN      
        1 catcggacgc tatctctacg tcctcgatca gctctccatc ggcggcatct atctcagtgg
       61 cgacgacccc tcgactccca ccgtcgaagg cttcgacccg atgtggaacc gctggacacc
      121 ctggggcgaa agctacgtct acaccctggg cacagagacg ggcaagatca gctactggtc
      181 taacatcggc tccatcaacg ccggattcaa ggccaccctc gcccccaacg tgcaccttaa
      241 tgccaactac atgcacctca tggccatgca gctgcacccc ggatcggcct tcacctctgg
      301 cggtgggagt cgaggggtcg tcgccactga gatagatgcc gccgatggag agctgatcga
      361 ggacgtagag atagcgtccg atgttgtact ccaaccggga gtagccgccc caggagcgcc
      421 gatcgttgtt gcccacctta ccgaactggt aggcgaactc actgatgaag tggaagtcgt
      481 tgcccggtaa agccacattg gcgcgagcac ctacgacgtg cgtctcggca tcggg
//
LOCUS       SEQF2637|AYYD01000910.1  201 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..201
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggcggaggaa ttgattacta aactcaaaac gtatnttggt gacctatgaa agatcttgaa
       61 gtagaacgga tcctgcggca atatgccgag gacttggtca gccgctacac ttggctgacg
      121 atccggtttg aatacagcga aaagcgaagc gtatacctcg tttcctactc acccaaatgt
      181 ctgatttcgg gcaacgatac g
//
LOCUS       SEQF2637|AYYD01000911.1  258 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..258
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctgcggcca gccaatggcc aatggaggct ttgaaaccgg gtctgtctat ctggccgaac
       61 gcttcgagga tctattcaaa aagtacgact acatcgtcgg cccctcagcc agctgtgtag
      121 ccttcgtcaa agagaatcat ccgcgcctcc tggccgaagc caagaagggc gagtgcaccg
      181 cggcgaaaca catctacgac atcaccgagt tcctgcacga cgtgatcaag cccgagaagt
      241 tcccctccaa atttcccc
//
LOCUS       SEQF2637|AYYD01000912.1  370 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..370
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gnggaggaat tgattactaa actcaaaacg tattttggtg acctatgaaa gatcttgaag
       61 tagaacggat cctgcggcaa tatgccgagg acttggtcag ccgctacanc tggctgacga
      121 tccggtttga atacagcgaa aagcgtagcg tatacctcgt ttcctattca cccagatacc
      181 tgatttcggg gaagactacg ctcatcaacg agatgatgga tttcgaggac cggatgaatg
      241 acgtctatgg cgacgatgcg ccgctgtttt gtaaggatga ggagctcttc aagctctcgc
      301 ccgaggcgga ggtggtccgc catcatgcgc ccgagcgagc cgtgcgacac gtgtcgccgc
      361 gcaagaagcg
//
LOCUS       SEQF2637|AYYD01000913.1  408 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..408
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gnccgtgatg tcattctcca tcttcatgga ttcgagcacc agcagcttgt cgcccttgtt
       61 caccttcgag ccctccttga ccgtcacctc gatgacacta ccaggcatgg ggcattctac
      121 catgcggccc ttgccagcgt catcggcctt gggtgcggga gatgctgctg cggctgcctc
      181 gtctacgatc tcaaccatcg gtgcacccac ctgaacagag tcgcctgcct tcacgagaat
      241 gcgacgaacc gtaccggaga agtcggccgt gatgtcgttc tccatcttca tggattcgag
      301 gatcagcagc gtatcgccct tcttcacntt ggcgagaacc cttgggacag actggagaaa
      361 atcaaggcct ctgtaggcga tgtctccaag ttgaccgccc tctcccgt
//
LOCUS       SEQF2637|AYYD01000914.1  336 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..336
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgcttctatt gcatatcaag gattaatgag aatcgatcaa gggatcgatg ttgtagagaa
       61 gtctattgtc gcttatggtg gtgtgcagag tggactgttg gaaaagaatc tgtcttggat
      121 taccctgttt atcgcgatgg caccgtcatt gggcttcttg ggaacagtag taggtatgat
      181 catggcgttc gataagattg agcgtgtagg tgatattagt ccgacggttg ttgccggtgg
      241 tatgaaggtg gccttttcca acttgccaat atcgatcggc agtctcctac ggaatccttc
      301 cttgaaagaa atcagcgtct ctgtccgtgc caatcc
//
LOCUS       SEQF2637|AYYD01000915.1  799 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..799
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     tRNA            complement(162..250)
                     /locus_tag="SEQF2637_00770"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(gga)"
ORIGIN      
        1 gatacccgcg gccaatacac ccaagaaggc tttcgtaaac aactttttca tagtgatgat
       61 aatttggaat taatgcctga attttacttt gatgaatata cttattgatt agaaacttcg
      121 cttgttcgcg cttcttattt ttatctttct accgtatgct tgcggagaaa gcgggattcg
      181 aacccgcgat acgcttttgg cgtatacacg ctttccaggc gtgcctcttc aaccactcga
      241 gcatctctcc tttcttatta atcgccctca ttctttctga aaacgagtgc aaagtacgga
      301 aaaaaacatg acacgcaaac tttttgctgg tataacttag ttttccttga tgtcatcatc
      361 tcttccataa tacgtcaaca cactatgtag acgtcaatta gatgtaggat atggaatgtc
      421 aaacagggct aatgtattct ctcttgtaag atctgccaca gtatcctctg atagctgcaa
      481 ttcttccgcc accttcttta cgacttctat gagaaaagct ggctcattcc gttttcctcg
      541 atatggtgaa ggagataaat atggcgcatc tgtctctaat aaaagcatcg ttgatggtac
      601 catccgtata atatcagaca atgcagactt tttgaaagta acgatcccat taactcctat
      661 cttgaatcgc tgcatgcgct ttatttcctc caattcatcg accgtccctg aaaagcaatg
      721 aaaaatagtc gcagtatgga ctttcaggct gtggcgctgg gccgtttgat tggagttgta
      781 tggttgctgc tcttatcgc
//
LOCUS       SEQF2637|AYYD01000916.1  280 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..280
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcagactat ttcaacgccg ctaaggccac cttccgcttc aacgagaaca acaacctctc
       61 cgccgtcttt gtctacaacc cccctcccga ctatcctctt tgattctctg attcgttcat
      121 attacagttt atacatcagc tcgaagcgca cccagttgaa gttgtcggca cccttgaaat
      181 agtagttgcc ggggttgaag tgctcgaagt gcaggtggcc cgaccagtgc ggattgattt
      241 ggtaggagat gcgggcgtag tagaggtcgc cgcgcgtctt
//
LOCUS       SEQF2637|AYYD01000917.1  524 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..524
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aagacgcgcg gcgacctcta ctacgcccgc atctcctacc aaatcaatcc gcactggtcg
       61 ggccacctgc acttcgagca cttcaacccc ggcaactact atttcaaggg tgccgacaac
      121 ttcaactggg tgcgcttcga gctgatgtat aaactgtaat atgaacgaat cagagaatca
      181 aagaggatag tcgggagggg gatgatggcc cttgccttac tcccttcccc ccccccgact
      241 attcgctgac tctctcccct ctatcgaacc tattaaagcg agaatattca attgttattt
      301 gacactaaac ttatgtggtt atgaaaatcg gattatttat tccgtgctat atcaatgcgg
      361 tctatccgca cgtaggtata gcctgttaca agttgctcgt cagcttagga atggatgtcg
      421 actatcccgt gggacagacc tgctgcggcc agccaatggc caatggaggc tttgaaaccg
      481 ggtctgtcta tctggccgaa cgcttcgagg atctattcaa aaag
//
LOCUS       SEQF2637|AYYD01000918.1  704 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..704
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(394..597)
                     /locus_tag="SEQF2637_00771"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKEGCEKPPKNPEELVPAFAAIHPHPLLKTSEIFLQMIEQALA
                     VAPKSEDEGLDLLGGHGLAFLLP"
ORIGIN      
        1 cagttaccta atcgttcccc tttttgcctt tcggcaagag gacgcaaaat gaggtaacta
       61 aaccgaggct ttttctcttg ttttcagtgt tttgcgtagc gacaagtatc tcttttaagg
      121 ttccactttg taagcaacaa aacgatgaaa gaaaaaacgt tgaagctgct cttttacctc
      181 aaacggggca caaagagcaa ggcgggcaaa agcccgatta tggcgcgcct cagtgtgggg
      241 cgaacgatgg tacaattcag ttgtaagacg gcctgctcgc cgtcgctttg ggacagccgc
      301 aagcacaggc tcgtcgggaa aagcgccgaa gccgtggccg taaacgccga gctggacagc
      361 ctgcaggtca gtgtctgccg cgcctatgag gacttacgga agaaggaagg cgaggccgtg
      421 accgccgagg aggtcaaggc cctcgtcttc ggacttcgga gcgactgcca aggcttgctc
      481 tatcatttgg aggaatatct cgcttgtttt caggagcggg tgggggtgga tcgcagcgaa
      541 cgcaggtaca agttcctccg ggtttttcgg gggcttctcg cagccttcct tcggcatcgc
      601 taccgagtga gcgacttccc cgtgcacaag gcggacaagg cctttatcga ggagctcgag
      661 gcctacttcg cgcaggagaa agccttcaag ctcaacacca ccgc
//
LOCUS       SEQF2637|AYYD01000919.1  710 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..710
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             145..636
                     /locus_tag="SEQF2637_00772"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKTLKLLFYLKRGTKSKAGKSPIMARLSVGRTMVQFSCKTAC
                     SPSLWDSRKHRLVGKSAEAVAVNAELDSLQVSVCRAYEDLRKKEGEAVTAEEVKALVL
                     GLQSDSQGLLYHLEEYLTRFRERVGVDRSERRYKFLRVFRGHLKAFLRHRYRVSDFPV
                     HQG"
ORIGIN      
        1 cagttaccta atcgttcccc tttttgcctt tcggcaagag gacgcaaaat gaggtaacta
       61 aaccgaggct ttttctcttg ttttcagtgt tttgcgtagc gacaagtatc tcttttaagg
      121 ttccactttg taagcaacaa aacgatgaaa gaaaaaacgt tgaagctgct cttttacctc
      181 aaacggggca caaagagcaa ggcgggcaaa agcccgatta tggcgcgcct cagtgtgggg
      241 cgaacgatgg tacaattcag ttgtaagacg gcctgctcgc cgtcgctttg ggacagccgc
      301 aagcacaggc tcgtcgggaa aagcgccgaa gccgtggccg taaacgccga gctggacagc
      361 ctgcaggtta gcgtctgccg cgcctatgag gatttacgga agaaggaagg cgaggccgtg
      421 accgccgagg aggtcaaagc cctcgtctta ggacttcaga gcgacagcca aggcttgctc
      481 tatcatttgg aggaatatct cactcgcttt cgggagcggg taggggtgga tcgtagcgaa
      541 cgccggtaca agttcctccg ggtttttcgg gggcatctca aagccttcct tcggcatcgc
      601 taccgagtga gcgacttccc ggtgcaccag gggtgacgca ttaaaattgt attgtgatta
      661 gttgttgtgg gttcattcga gcaagtttct tttggatacg agggattgag
//
LOCUS       SEQF2637|AYYD01000920.1  620 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..620
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tacgggtagc gatcgaagtc gcagcggatc gagtccacct ccacgcgctg gttgatgttg
       61 cccgagatga tgcgattgaa gtagcccttc tcggccaggt cgcggtagta gtcgtatgcc
      121 gttttgtcgc acaagagaaa ggcgcgttcc atgttcttct cgatggcgtc tttgtcgggt
      181 gcgacggtga agaagagttc gtggaagcgg cggacgtgct cgcgtgcctc cacgggacga
      241 ttggcggcgg cgtcctgact gagggcgagg atgagcgact tgccgttgtc caaaacgtag
      301 atcttctccc gctgacggtt ggcaaaggcg tacgacgaat agacgacgat gcctgtaatg
      361 actatgcaca acactacgaa agcggcggcg tagagtcgga tctgcttgaa cgaggtctct
      421 atgttggtga gtgatctgaa ttccatgata cattaagtag ttagaagtag ttcaagtagt
      481 tggacgtagt tagaagtaga tggtggccta acccttcctt gatgaagagc cacttactta
      541 atgagtaaac ccttgatccg tccgccggca ttgccgagtg cggcacccgt tccggccatc
      601 gtcaccttgc cgccggtgta
//
LOCUS       SEQF2637|AYYD01000921.1 2226 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2226
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             37..1467
                     /gene="ltrA_4"
                     /locus_tag="SEQF2637_00773"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MTKGVDGKTVDGFSVSHIEQLIDTLKNETYQPNPSQRVYIPKKN
                     GKKRPLGIPSFMDKLLQEVVRMILEAIYEGRFEYTSHGFRPQRSPQTALSSIQRSFNG
                     TKWFIEGDIKGFFDHINHEILIAILSERISDERFLRLIRKFLNAGYMEDQVFHKSYSG
                     TPQGGIISPILANIYLDKFDKYIKAYIKHFNKGKRRKENPIVKRLGQRKAKLVAELRN
                     TVDETTRQLLLAKIRGIVKERLNYPAADEMDDSIKRLKYIRYADDFLIGVIGSKQDCI
                     QIKEDIKQFMADKLKLELSDEKTLITHARKHAKFLGYDVFTAKSNDARRDNNGHLTRS
                     LDHKIVLYVTTETMRKKLLEYDAVKIVKQNGKEVWKPKGRSYMRCLDDLEIISQYNAE
                     IMGFYNYYSIANNSPVIDSFYHIMEYSMYKTYAAKYTTSKKKIIAKYKKNGVFSIPYT
                     NKKGYEVKREFYDKGFKRKENYRTAI"
     misc_RNA        1724..1822
                     /locus_tag="SEQF2637_00774"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 atagcctacc agcacatata tgccaaacaa ggcaatatga caaagggagt tgacgggaaa
       61 accgttgacg gcttcagtgt gtctcatatt gagcagttga tagatacgct taaaaatgag
      121 acgtatcaac cgaacccctc acagcgagtt tacatcccga agaaaaacgg gaagaagaga
      181 ccgctgggta tcccctcatt tatggacaaa cttcttcagg aggttgtcag aatgatctta
      241 gaagctattt acgagggccg ttttgaatac acttcgcatg gtttcagacc acaacgaagt
      301 ccgcaaactg cactttcaag cattcaacgg tcattcaacg gtacgaagtg gtttattgaa
      361 ggagacatca aaggcttctt cgatcacatc aaccacgaaa tactgatagc cattctgtca
      421 gaaagaattt ctgatgagcg atttcttcga ctcatcagaa agttcctgaa tgcaggatat
      481 atggaagatc aggtattcca caaatcatac agtggaactc cgcaaggtgg tatcatcagc
      541 cccatactgg ctaacatcta ccttgacaag tttgataagt atatcaaggc ctacatcaag
      601 cacttcaata aggggaaaag acgtaaggaa aatccgattg taaaacgttt ggggcaacgt
      661 aaagccaagt tagttgcgga attacgaaac acagttgatg aaacaacacg tcagctgttg
      721 ctagctaaaa tcagaggaat tgtcaaagag agactgaact atcctgccgc cgatgaaatg
      781 gatgatagta tcaaacgact gaaatacata agatacgcgg atgattttct gattggagta
      841 attggcagta aacaagattg catccaaatc aaagaggaca taaagcagtt tatggccgac
      901 aaattgaaat tggaactatc tgatgaaaaa acgctgatta cccatgcaag aaaacatgcc
      961 aaatttcttg gatatgatgt ctttacagcg aagtccaatg atgcacgcag agacaataac
     1021 ggtcatttga caaggtcatt agaccacaag attgtcttat atgtaacaac tgagacgatg
     1081 agaaagaaac ttcttgaata tgatgctgtc aagattgtca agcaaaatgg gaaagaggtt
     1141 tggaagccaa aaggtcgttc atatatgaga tgtcttgatg atttggagat tataagccaa
     1201 tataacgctg aaatcatggg gttctataac tactactcga tagcgaacaa cagcccggtt
     1261 attgactcgt tctatcatat tatggagtat agtatgtaca agacatacgc cgccaaatac
     1321 actacttcaa aaaagaaaat cattgcgaag tataagaaga acggcgtgtt ctccatacca
     1381 tacacaaata aaaagggata tgaggtcaag cgtgagtttt acgacaaagg tttcaaacgc
     1441 aaggagaact accgaaccgc tatttgaatg acagactacc taacacagtc gctataacgg
     1501 gtggcagaaa tgggttgatt gcaagattaa atgcacgagt atgtgaaaac tgcggagcaa
     1561 cagatcatct tgaaatgcac catgtacgta acctcaaaga cttgaaaggt aaaagtgatt
     1621 gggaaatcaa aatgatttct cgtaaccgta aaacattagc agtatgttct gcatgtcatc
     1681 acaaaataca ttcggggaga aagttagact gaatgataag gtggagagcc gtgtacgggg
     1741 agacctgtat gcacggttcg gaggcgagtg cttggaaacc taccattgta acaaatggca
     1801 aggcgccggg tgcttagcct atgggcaaat agcatcggcc aaaatcccgc tttcgcgcat
     1861 gatttcgccc gcgctttatt gggtgatgac gggtaacgat ttcacgctcg acatcaacaa
     1921 tcccgcgtcg ccgaagatct tagtcgtggg caacaatccc gaccgacaga atatttactc
     1981 ggccgccctc gggctataca atagccgcat tgtaaagctg atcaacaaga agaagcagct
     2041 caaaagttcg gttatcatcg acgagctgcc aacgatctac ttccgcggtc tcgacaacct
     2101 gatcgccacg gcacgcagca acaaggtggc tgtctgtctc ggttttcagg acttctcgca
     2161 gctcacgcgc gactacggtg aaaaggaaag tcgggtgatt cagaacacgg tcgggaatgt
     2221 gttttc
//
LOCUS       SEQF2637|AYYD01000922.1 4617 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4617
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(143..496)
                     /locus_tag="SEQF2637_00775"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKYFQEADIAVTVCDREGRIIDMNNQSREVNLKPGQELIGANV
                     LDCHPEPARTMLEDMMRNERKHVYTIEKNGRKKLIYQIPWYEDGQYMGFMELSMVIPF
                     EMDHKIRGQKIEGRG"
     CDS             complement(615..3476)
                     /gene="gcvP_1"
                     /locus_tag="SEQF2637_00776"
                     /EC_number="1.4.4.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74416"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine dehydrogenase (decarboxylating)"
                     /translation="MDTNKFSNRHIGVTTDDDKAAMLKAIGVNSLDELIEQTIPSDIR
                     LTKPLNLPPAMTERKFAEHIAELAGKNKIFTSYIGMGWYDTVCPAPIVRNVFENPAWY
                     TSYTPYQAEISQGRLEALLNFQTVICELTGLPLTNCSLLDEATAAAEAATMFHGTRSR
                     AQAKAGANTLFVDEHVFESTKAVIHTRMEPQGIEVVTGDFKTFEFTDKVFAAIVQYPN
                     GDGEIEDYRAFVEAAHAKDVRVAVAADLMSLVLLTPPGEWGADVVFGSSQRFGIPMFY
                     GGPSAGYFATKDEYKRTIPGRIIGISVDAYNHPAYRLALQTREQHIKREKATSNICTA
                     QALLATMAGFYAVYHGPDGLRDIASRIHAYAGFLAEELEKLGYKQVNKNFFDTLKIAL
                     PERVEVKTLREIALECNINLRYFEDGHVGVSLDETTQPKSLAVLLQMFAGVAGKTYAA
                     NVDDINRGRYFDEKFVRTSKFMEQELFAKYHTETELMRYIKRLERRDISLAHSMIPLG
                     SCTMKLNAASEMLPLSRPEFQNIHPYAPVDQAAGYIEMIENLSAALIEITGLKGVTLQ
                     PNSGAAGEYTGLRIIRSYLESIGQGHRNVVLLPASAHGTNPASAIQCGFTTVTVRCDE
                     KGNVDLADFRAKAEENRDNLAASMITYPSTHGIFETDIKEMCDIVHACGGQLYMDGAN
                     MNAQVGLTNPGTIGADVCHLNLHKTFASPHGGGGPGVGPVCVAEHLLPFLPSHPVAFG
                     NSLNTVAAAPYGSAGILPITYGYIRMMGADGLTEATKVAILNANYLAAKLEKDYGIVY
                     NGARGRVGHELILECRTIKEQSGIDESDIAKRLMDFGYHAPTLSFPVHGTLMIEPTES
                     ESKHELDRFVEVMQCIRQEIDEVEKGTADKEDNVLKNAPHPEYEVTADEWSHPYPRTK
                     AAFPLEWLHDGKFWVNVARVNNAYGDRNLVPTLCGCCQC"
     CDS             complement(3499..4143)
                     /gene="gloC_1"
                     /locus_tag="SEQF2637_00777"
                     /EC_number="3.1.2.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75849"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxyacylglutathione hydrolase GloC"
                     /translation="MITIKQFEFNPFGENTYVLSDETREAVVVDCGCMMARERSALSD
                     YITEHGLTPVRLLCTHLHFDHIIGNAFIRDTYGLLPEASQKDVEALPSLEEQMAGLGL
                     PPSKAFETVPVTKYLSEGDTVRFGQSELQVLATPGHSPGSLSFYASQDGFVLSGDALF
                     EGSIGRTDLWGGDLRTLITAIREKLLTLPDATVVYSGHGPATTVGIEKNENPYL"
     CDS             complement(4140..4589)
                     /gene="rsmG_1"
                     /locus_tag="SEQF2637_00778"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25813"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase G"
                     /translation="MIRFRAGSAVMDVGTGGGVPGIPLAILFPEVTFHLVDSVGKKIR
                     VAQAVAEALELRNVTTCHERVEDERGRFDFVVSRAVMPLRDLAAAVRKNIREEQQNAL
                     PNGLICLKGGELQHEIAPFKKQAVRLDIDAYFREPYFMTKQIVYIPL"
ORIGIN      
        1 gagggtagag ggtagagggt agagggtaga gggtagaggg tagagggtag gggatagagg
       61 atagagagta ggggatagag aggatcaaga atagaaatct gagtctttca agtacccggc
      121 tctaccctct accctctacc ctctaccccc taccctctat cttctgaccc cggatcttgt
      181 gatccatctc gaaggggatg accatggata gctccatgaa tcccatgtat tggccgtcct
      241 cgtaccaggg gatctggtag atgagcttct tgcgaccgtt cttttcgatc gtgtagacgt
      301 gtttgcgttc gttgcgcatc atgtcttcga gcatcgtgcg ggcgggctcg gggtgacagt
      361 cgagcacatt ggcgccgatc agctcttgtc cgggcttgag gttcacctcg cgcgattggt
      421 tgttcatatc gatgatccgt ccctcgcggt cgcagacggt gacggcgatg tcggcttctt
      481 ggaaatactt catcataagg ggatctaaaa tctaaaagtg aaagaaaccc ggccgctctc
      541 tacgaaagga gtgaccgggc ttacctgtta cactatatct atgcgtacat tatatataac
      601 gtacacatgg gggatcagca ctggcagcag ccgcagaggg tgggcaccag gttacggtcg
      661 ccataggcat tgttgacgcg ggccacgttg acccagaact tgccgtcgtg caaccactcc
      721 agcgggaagg ctgccttggt gcgcggatag ggatggctcc actcgtcggc cgtcacctca
      781 tactcggggt gcggtgcgtt cttgagcaca ttgtcctcct tgtcggccgt gcccttctct
      841 acctcgtcga tctcctggcg gatgcactgc atcacttcca cgaagcgatc cagctcgtgc
      901 ttgctctcgc tctcggtcgg ctcgatcatg agcgtaccgt gcacggggaa ggagagggtg
      961 ggggcgtgat agccgaagtc catcagtcgc ttggcgatgt cgctctcgtc gatgccagat
     1021 tgctccttga tggtgcggca ttcgaggatc agctcatgac cgacgcgtcc acgtgcaccg
     1081 ttataaacga tgccgtagtc cttctccagc ttcgcggcca agtagttggc gttgaggatg
     1141 gccaccttgg tcgcttctgt cagcccgtcg gcacccatca tgcggatata gccataggtg
     1201 ataggcagga taccggcgct accgtaaggc gcagcagcca cggtgttgag gctgttacca
     1261 aaggcaacgg ggtgggaggg gaggaagggc agcaggtgct cagctacgca aacaggacct
     1321 acaccggggc caccgccgcc gtgaggcgaa gcgaaggtct tgtggaggtt caggtggcag
     1381 acgtcagcgc cgatcgttcc ggggttcgtc agaccgacct gggcattcat gttggcgccg
     1441 tccatgtaga gttgtccacc gcaggcatgc acgatgtcgc acatttcctt gatgtctgtt
     1501 tcgaagatgc cgtgcgtcga ggggtaggtg atcatgctcg cggccagatt gtcgcggttc
     1561 tcctcggcct tagcgcggaa gtcggccagg tcgacgtttc ctttctcgtc gcagcgtacg
     1621 gtgacggtcg taaagccaca ctggatggcg ctggcggggt tcgtaccgtg ggccgaagcc
     1681 ggcagcagca ccacgttgcg gtgtccctgt ccgatgcttt cgaggtaaga gcggatgatg
     1741 cgcagaccgg tgtactcgcc cgcagcgccg gagttcggtt gcagcgtgac gcccttcaga
     1801 ccggtgatct cgatcagtgc cgcggagagg ttttcgatca tctcaatgta tccggccgcc
     1861 tgatccacgg gggcgtaggg gtggatgttc tggaactccg gccgactgag cggcagcatt
     1921 tcagaagcag cattgagctt catcgtgcac gaacccagcg gaatcatgga gtgagccagc
     1981 gagatgtcgc ggcgctcaag gcgcttgatg taacgcatca gctcggtctc ggtgtgatac
     2041 ttagcgaaga gttcctgctc catgaacttg gaggtgcgca cgaacttctc atcgaagtag
     2101 cgaccgcggt tgatgtcgtc cacgttggcg gcatacgtct tgcctgccac accggcaaac
     2161 atttgcagca gcacggccag cgacttgggt tgcgttgtct cgtcaaggct gacgcccacg
     2221 tgaccgtcct cgaagtagcg caagttgatg ttgcactcca gtgcgatctc gcgcagcgtc
     2281 ttgacctcta cgcgctccgg cagtgcgatc ttgagcgtgt cgaagaagtt cttgttcacc
     2341 tgcttatagc ccagcttctc aagttcttcg gctaagaatc cggcgtaagc gtgaatacgt
     2401 gaggcgatgt cgcgcagtcc gtcggggccg tgataaacgg catagaatcc ggccatcgta
     2461 gccagcagtg cctgtgcagt acagatgttc gacgtggcct tctcgcgctt gatatgttgc
     2521 tcgcgcgtct gcagtgccag acggtaagcg gggtgattgt aagcgtcgac cgagataccg
     2581 atgatacggc cggggatggt acgcttatac tcgtccttcg tggcgaaata gcctgccgat
     2641 ggaccgccgt agaacatcgg aataccgaag cgctgactgc taccgaacac cacgtccgca
     2701 ccccattcgc ccggaggcgt cagcagcaca aggctcatca ggtcagccgc tacagccacg
     2761 cgcacatcct tggcgtgagc tgcctccaca aacgcacgat aatcttcgat ctcaccgtcg
     2821 ccattcgggt attgcacgat ggcggcgaat accttgtcgg taaactcaaa cgtcttgaag
     2881 tcgcccgtca ccacctcgat gccttgcggc tccatgcgcg tatggatcac agccttggtc
     2941 gactcaaaca cgtgctcatc gacgaagagc gtgttcgccc cagccttggc ctgagcgcgg
     3001 ctacgcgtac catgaaacat tgtagcggcc tcagcggcgg ccgtagcctc gtccaagagc
     3061 gagcagttag tcagcggtag cccggtcagt tcacagatca cggtctggaa attcagtagc
     3121 gcctccaaac gaccctgcga gatctcggcc tgatacggcg tgtaagaggt gtaccacgcg
     3181 gggttctcaa acacattgcg cacaatgggc gccgggcaaa ccgtgtcgta ccatcccata
     3241 ccgatgtagg aggtgaatat cttgttcttg cctgccagct cagcgatgtg ctcagcgaac
     3301 ttgcgctccg tcatcgcggg gggcaggttc agcggttttg tcaggcggat gtccgaggga
     3361 atcgtctgtt cgatcagctc atccagcgag tttaccccga tggctttcag catcgcagct
     3421 ttgtcgtcat cggtcgtaac gccgatatga cggttggaaa atttgttcgt atccatgtct
     3481 cttttgattg tatgatgatt ataagtaagg attctcgttt ttctctatgc caacggtcgt
     3541 cgcagggccg tggcccgaat agacgactgt agcgtcaggc agcgtcagca acttctcgcg
     3601 gatggccgtg atgagcgtcc gtaagtcgcc accccaaagg tccgtccgac cgatgctgcc
     3661 ttcaaacaac gcgtcgccag acagcacgaa gccatcctgc gacgcataaa aggaaaggct
     3721 acccggtgaa tggcccggtg tagccagcac ttgtaattcc gactgtccga agcgcaccgt
     3781 gtcgccctcg gacaggtatt ttgtcaccgg caccgtctcg aacgctttgc tcggcggcaa
     3841 acccagtccc gccatctgct cctcaagcga cggcaacgct tccacatcct tttgcgaagc
     3901 ctcgggcagc aacccgtacg tatcgcggat gaaggcgtta ccgatgatat ggtcgaaatg
     3961 cagatgcgtg cagagcagcc tgaccggcgt cagaccgtgc tccgtgatgt aatctgagag
     4021 cgcgctccgt tcgcgcgcca tcatgcagcc gcagtccacg acgacggcct cccgtgtctc
     4081 atcgctgagc acataggtat tctccccgaa gggattgaat tcaaactgtt tgatcgtaat
     4141 cataagggga tatagacgat ttgcttggtc atgaaataag gttcccggaa ataggcatcg
     4201 atatcgaggc gcacggcttg cttcttgaac ggcgcaatct cgtgttgcag ttctccgccc
     4261 ttgaggcaga tcaatccgtt gggcagcgcg ttttgttgtt cttcacggat gttcttccgc
     4321 accgctgcgg ccaagtcgcg cagtggcatc accgcccgac tcaccacgaa gtcaaatcgg
     4381 cctcgttcgt cctccacgcg ctcgtggcac gtcgtcacat tccgtagctc cagcgcctcc
     4441 gccacggcct gcgccacgcg gatcttcttt cccacgctgt ccaccaaatg gaacgtcact
     4501 tcgggaaaaa ggatggccag cggaatgccc ggaacccctc cgcccgtacc cacgtccatc
     4561 accgccgatc ccgcccgaaa acggatcatc cgctcgatgc tcagcgagtg tagaacg
//
LOCUS       SEQF2637|AYYD01000923.1 4617 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4617
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(143..496)
                     /locus_tag="SEQF2637_00779"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKYFQEADIAVTVCDREGRIIDMNNQSREVNLKPGQELIGANV
                     LDCHPEPARTMLEDMMRNERKHVYTIEKNGRKKLIYQIPWYEDGQYMGFMELSMVIPF
                     EMDHKIRGQKIEGRG"
     CDS             complement(615..3476)
                     /gene="gcvP_2"
                     /locus_tag="SEQF2637_00780"
                     /EC_number="1.4.4.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74416"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine dehydrogenase (decarboxylating)"
                     /translation="MDTNKFSNRHIGVTTDDDKAAMLKAIGVNSLDELIEQTIPSDIR
                     LTKPLNLPPAMTERKFAEHIAELAGKNKIFTSYIGMGWYDTVCPAPIVRNVFENPAWY
                     TSYTPYQAEISQGRLEALLNFQTVICELTGLPLTNCSLLDEATAAAEAATMFHGTRSR
                     AQAKAGANTLFVDEHVFESTKAVIHTRMEPQGIEVVTGDFKTFEFTDKVFAAIVQYPN
                     GDGEIEDYRAFVEAAHAKDVRVAVAADLMSLVLLTPPGEWGADVVFGSSQRFGIPMFY
                     GGPSAGYFATKDEYKRTIPGRIIGISVDAYNHPAYRLALQTREQHIKREKATSNICTA
                     QALLATMAGFYAVYHGPDGLRDIASRIHAYAGFLAEELEKLGYKQVNKNFFDTLKIAL
                     PERVEVKTLREIALECNINLRYFEDGHVGVSLDETTQPKSLAVLLQMFAGVAGKTYAA
                     NVDDINRGRYFDEKFVRTSKFMEQELFAKYHTETELMRYIKRLERRDISLAHSMIPLG
                     SCTMKLNAASEMLPLSRPEFQNIHPYAPVDQAAGYIEMIENLSAALIEITGLKGVTLQ
                     PNSGAAGEYTGLRIIRSYLESIGQGHRNVVLLPASAHGTNPASAIQCGFTTVTVRCDE
                     KGNVDLADFRAKAEENRDNLAASMITYPSTHGIFETDIKEMCDIVHACGGQLYMDGAN
                     MNAQVGLTNPGTIGADVCHLNLHKTFASPHGGGGPGVGPVCVAEHLLPFLPSHPVAFG
                     NSLNTVAAAPYGSAGILPITYGYIRMMGADGLTEATKVAILNANYLAAKLEKDYGIVY
                     NGARGRVGHELILECRTIKEQSGIDESDIAKRLMDFGYHAPTLSFPVHGTLMIEPTES
                     ESKHELDRFVEVMQCIRQEIDEVEKGTADKEDNVLKNAPHPEYEVTADEWSHPYPRTK
                     AAFPLEWLHDGKFWVNVARVNNAYGDRNLVPTLCGCCQC"
     CDS             complement(3499..4143)
                     /gene="gloC_2"
                     /locus_tag="SEQF2637_00781"
                     /EC_number="3.1.2.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75849"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxyacylglutathione hydrolase GloC"
                     /translation="MITIKQFEFNPFGENTYVLSDETREAVVVDCGCMMARERSALSD
                     YITEHGLTPVRLLCTHLHFDHIIGNAFIRDTYGLLPEASQKDVEALPSLEEQMAGLGL
                     PPSKAFETVPVTKYLSEGDTVRFGQSELQVLATPGHSPGSLSFYASQDGFVLSGDALF
                     EGSIGRTDLWGGDLRTLITAIREKLLTLPDATVVYSGHGPATTVGIEKNENPYL"
     CDS             complement(4140..4589)
                     /gene="rsmG_2"
                     /locus_tag="SEQF2637_00782"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25813"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase G"
                     /translation="MIRFRAGSAVMDVGTGGGFPGIPLAILFPEVTFHLVDSVGKKIR
                     VAQAVAEALELRNVTTCHERVEDERGRFDFVVSRAVMPLRDLAAAVRKNIREEQQNAL
                     PNGLICLKGGELQHEIAPFKKQAVRLDIDAYFREPYFMTKQIVYIPL"
ORIGIN      
        1 gagggtagag ggtagagggt agagggtaga gggtagaggg tagagggtag gggatagagg
       61 atagagagta ggggatagag aggatcaaga atagaaatct gagtctttca agtacccggc
      121 tctaccctct accctctacc ctctaccccc taccctctat cttctgaccc cggatcttgt
      181 gatccatctc gaaggggatg accatggata gctccatgaa tcccatgtat tggccgtcct
      241 cgtaccaggg gatctggtag atgagcttct tgcgaccgtt cttttcgatc gtgtagacgt
      301 gtttgcgttc gttgcgcatc atgtcttcga gcatcgtgcg ggcgggctcg gggtgacagt
      361 cgagcacatt ggcgccgatc agctcttgtc cgggcttgag gttcacctcg cgcgattggt
      421 tgttcatatc gatgatccgt ccctcgcggt cgcagacggt gacggcgatg tcggcttctt
      481 ggaaatactt catcataagg ggatctaaaa tctaaaagtg aaagaaaccc ggccgctctc
      541 tacgaaagga gtgaccgggc ttacctgtta cactatatct atgcgtacat tatatataac
      601 gtacacatgg gggatcagca ctggcagcag ccgcagaggg tgggcaccag gttacggtcg
      661 ccataggcat tgttgacgcg ggccacgttg acccagaact tgccgtcgtg caaccactcc
      721 agcgggaagg ctgccttggt gcgcggatag ggatggctcc actcgtcggc cgtcacctca
      781 tactcggggt gcggtgcgtt cttgagcaca ttgtcctcct tgtcggccgt gcccttctct
      841 acctcgtcga tctcctggcg gatgcactgc atcacttcca cgaagcgatc cagctcgtgc
      901 ttgctctcgc tctcggtcgg ctcgatcatg agcgtaccgt gcacggggaa ggagagggtg
      961 ggggcgtgat agccgaagtc catcagtcgc ttggcgatgt cgctctcgtc gatgccagat
     1021 tgctccttga tggtgcggca ttcgaggatc agctcatgac cgacgcgtcc acgtgcaccg
     1081 ttataaacga tgccgtagtc cttctccagc ttcgcggcca agtagttggc gttgaggatg
     1141 gccaccttgg tcgcttctgt cagcccgtcg gcacccatca tgcggatata gccataggtg
     1201 ataggcagga taccggcgct accgtaaggc gcagcagcca cggtgttgag gctgttacca
     1261 aaggcaacgg ggtgggaggg gaggaagggc agcaggtgct cagctacgca aacaggacct
     1321 acaccggggc caccgccgcc gtgaggcgaa gcgaaggtct tgtggaggtt caggtggcag
     1381 acgtcagcgc cgatcgttcc ggggttcgtc agaccgacct gggcattcat gttggcgccg
     1441 tccatgtaga gttgtccacc gcaggcatgc acgatgtcgc acatttcctt gatgtctgtt
     1501 tcgaagatgc cgtgcgtcga ggggtaggtg atcatgctcg cggccagatt gtcgcggttc
     1561 tcctcggcct tagcgcggaa gtcggccagg tcgacgtttc ctttctcgtc gcagcgtacg
     1621 gtgacggtcg taaagccaca ctggatggcg ctggcggggt tcgtaccgtg ggccgaagcc
     1681 ggcagcagca ccacgttgcg gtgtccctgt ccgatgcttt cgaggtaaga gcggatgatg
     1741 cgcagaccgg tgtactcgcc cgcagcgccg gagttcggtt gcagcgtgac gcccttcaga
     1801 ccggtgatct cgatcagtgc cgcggagagg ttttcgatca tctcaatgta tccggccgcc
     1861 tgatccacgg gggcgtaggg gtggatgttc tggaactccg gccgactgag cggcagcatt
     1921 tcagaagcag cattgagctt catcgtgcac gaacccagcg gaatcatgga gtgagccagc
     1981 gagatgtcgc ggcgctcaag gcgcttgatg taacgcatca gctcggtctc ggtgtgatac
     2041 ttagcgaaga gttcctgctc catgaacttg gaggtgcgca cgaacttctc atcgaagtag
     2101 cgaccgcggt tgatgtcgtc cacgttggcg gcatacgtct tgcctgccac accggcaaac
     2161 atttgcagca gcacggccag cgacttgggt tgcgttgtct cgtcaaggct gacgcccacg
     2221 tgaccgtcct cgaagtagcg caagttgatg ttgcactcca gtgcgatctc gcgcagcgtc
     2281 ttgacctcta cgcgctccgg cagtgcgatc ttgagcgtgt cgaagaagtt cttgttcacc
     2341 tgcttatagc ccagcttctc aagttcttcg gctaagaatc cggcgtaagc gtgaatacgt
     2401 gaggcgatgt cgcgcagtcc gtcggggccg tgataaacgg catagaatcc ggccatcgta
     2461 gccagcagtg cctgtgcagt acagatgttc gacgtggcct tctcgcgctt gatatgttgc
     2521 tcgcgcgtct gcagtgccag acggtaagcg gggtgattgt aagcgtcgac cgagataccg
     2581 atgatacggc cggggatggt acgcttatac tcgtccttcg tggcgaaata gcctgccgat
     2641 ggaccgccgt agaacatcgg aataccgaag cgctgactgc taccgaacac cacgtccgca
     2701 ccccattcgc ccggaggcgt cagcagcaca aggctcatca ggtcagccgc tacagccacg
     2761 cgcacatcct tggcgtgagc tgcctccaca aacgcacgat aatcttcgat ctcaccgtcg
     2821 ccattcgggt attgcacgat ggcggcgaat accttgtcgg taaactcaaa cgtcttgaag
     2881 tcgcccgtca ccacctcgat gccttgcggc tccatgcgcg tatggatcac agccttggtc
     2941 gactcaaaca cgtgctcatc gacgaagagc gtgttcgccc cagccttggc ctgagcgcgg
     3001 ctacgcgtac catgaaacat tgtagcggcc tcagcggcgg ccgtagcctc gtccaagagc
     3061 gagcagttag tcagcggtag cccggtcagt tcacagatca cggtctggaa attcagtagc
     3121 gcctccaaac gaccctgcga gatctcggcc tgatacggcg tgtaagaggt gtaccacgcg
     3181 gggttctcaa acacattgcg cacaatgggc gccgggcaaa ccgtgtcgta ccatcccata
     3241 ccgatgtagg aggtgaatat cttgttcttg cctgccagct cagcgatgtg ctcagcgaac
     3301 ttgcgctccg tcatcgcggg gggcaggttc agcggttttg tcaggcggat gtccgaggga
     3361 atcgtctgtt cgatcagctc atccagcgag tttaccccga tggctttcag catcgcagct
     3421 ttgtcgtcat cggtcgtaac gccgatatga cggttggaaa atttgttcgt atccatgtct
     3481 cttttgattg tatgatgatt ataagtaagg attctcgttt ttctctatgc caacggtcgt
     3541 cgcagggccg tggcccgaat agacgactgt agcgtcaggc agcgtcagca acttctcgcg
     3601 gatggccgtg atgagcgtcc gtaagtcgcc accccaaagg tccgtccgac cgatgctgcc
     3661 ttcaaacaac gcgtcgccag acagcacgaa gccatcctgc gacgcataaa aggaaaggct
     3721 acccggtgaa tggcccggtg tagccagcac ttgtaattcc gactgtccga agcgcaccgt
     3781 gtcgccctcg gacaggtatt ttgtcaccgg caccgtctcg aacgctttgc tcggcggcaa
     3841 acccagtccc gccatctgct cctcaagcga cggcaacgct tccacatcct tttgcgaagc
     3901 ctcgggcagc aacccgtacg tatcgcggat gaaggcgtta ccgatgatat ggtcgaaatg
     3961 cagatgcgtg cagagcagcc tgaccggcgt cagaccgtgc tccgtgatgt aatctgagag
     4021 cgcgctccgt tcgcgcgcca tcatgcagcc gcagtccacg acgacggcct cccgtgtctc
     4081 atcgctgagc acataggtat tctccccgaa gggattgaat tcaaactgtt tgatcgtaat
     4141 cataagggga tatagacgat ttgcttggtc atgaaataag gttcccggaa ataggcatcg
     4201 atatcgaggc gcacggcttg cttcttgaac ggcgcaatct cgtgttgcag ttctccgccc
     4261 ttgaggcaga tcaatccgtt gggcagcgcg ttttgttgtt cttcacggat gttcttccgc
     4321 accgctgcgg ccaagtcgcg cagtggcatc accgcccgac tcaccacgaa gtcaaatcgg
     4381 cctcgttcgt cctccacgcg ctcgtggcac gtcgtcacat tccgtagctc cagcgcctcc
     4441 gccacggcct gcgccacgcg gatcttcttt cccacgctgt ccaccaaatg gaacgtcact
     4501 tcgggaaaaa ggatggccag cggaatgccc ggaaaccctc cgcccgtacc cacgtccatc
     4561 accgccgatc ccgcccgaaa acggatcatc cgctcgatgc tcagcgagtg tagaacg
//
LOCUS       SEQF2637|AYYD01000924.1 1455 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1455
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             206..568
                     /locus_tag="SEQF2637_00783"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLAVHQTGNKKIAEIQASDIVIHSTEDALNLMGDLYYQGYDGL
                     ILHEGQVTSAFFDLKTKMAGEILQKFSNYRIPLVLIGDFSKFSSQSLQDFIRESNKGR
                     QVNFVRTLPEALQLLSKP"
     CDS             565..1146
                     /locus_tag="SEQF2637_00784"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSRPTTLVTLCAXLXFLFTACNAPMPKPRGMLRIDLPAPRYAE
                     FSAPGRPYTFRFSRLANVELPPVGEADDRLNITYPKWGVTIYCSGAAITPATLSAATD
                     ECRELIRRSVRDVHAVTEQAYENPDARVYGVLFRIEGDSPAPIRFMLTDSAAHFFQGA
                     LYYSDRVSPDSVAPLTDYLLRDVAVLIQTFRWK"
ORIGIN      
        1 ctactcaaaa tcaagggcac gctgccccga cgtcgcgaga cgattgacta tggacactac
       61 cgttttcgcg tgcttgaggc caatgaacgt cgtgtgctca aggtaaaatt ctatcgcctc
      121 cccacgtcac ctgccgagaa cacgaaagcg tgatgcacaa gggggcatcc acatcccatt
      181 ctttctcaag aaaaacaagc gcagaatgaa tttagcagta catcagaccg gaaacaaaaa
      241 aatcgccgag atacaggctt ccgacatcgt catacatagc acggaagatg ccttgaacct
      301 aatgggcgac ctctattatc agggttacga cggactcatt ctgcatgagg ggcaagtcac
      361 ttccgcattc ttcgacttaa aaacgaaaat ggctggcgag atccttcaaa aattctcgaa
      421 ctatcgtatc ccgttggtcc tgattggcga cttttccaag ttctcaagcc agagtttgca
      481 ggattttatc cgagaaagca acaagggacg tcaggtgaac ttcgtccgta cccttccgga
      541 ggcgctccaa ctactgtcca agccatgaag tcgcggccga ctactcttgt caccctctgt
      601 gcagncctnt tnttcctctt cacggcctgc aatgcaccca tgccaaagcc tcgcggcatg
      661 ctgcgcatcg acttacccgc gccacgatac gccgaatttt ccgcgccagg ccgtccctac
      721 acctttcgtt tctcccgcct tgccaatgtg gagcttcccc ccgtcggtga agctgacgac
      781 cgactcaaca ttacctaccc taagtggggc gtaacgatct attgcagcgg ggcagccatt
      841 accccggcna ctttatctgc tgcnacngac gaatgtcggg aactcatccg ccggagtgtc
      901 cgcgatgtgc acgccgttac cgaacaagcc tacgagaatc ccgacgcgcg cgtctatggc
      961 gtcctatttc gcatcgaggg agattcgccc gcgcctattc gcttcatgct caccgacagt
     1021 gcagcccact tttttcaggg cgcgctctat tactccgacc gtgtgagccc cgactctgtc
     1081 gcgccgctga ctgattacct ccttagagac gtcgccgtgc tgatccaaac ctttcgttgg
     1141 aaataagtac ccccttaccg tgccattgct tgaaattcat acgcggtcgg agtgccgatg
     1201 gggactgtgg cgcatagacg aaacaggatt ggagttgctc gacgggctgg agcgacggga
     1261 cgcctatcag ccgtttctcg agagtgtccg cgcggagggt cgtcgtacgg agtggttagc
     1321 tgttcgcgcg ctgttgcgtg ccattcttgg ctatgaaccg accgtcaact atcgccccga
     1381 aggctacccc gaggtcgatg gatggcacgt cagcttctcg catacgagac actacgccgc
     1441 agccatctgt tcccg
//
LOCUS       SEQF2637|AYYD01000925.1 2088 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2088
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             206..568
                     /locus_tag="SEQF2637_00785"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLAVHQTGNKKIAEIQASDIVIHSTEDALNLMGDLYYQGYDGL
                     ILHEGQVTSAFFDLKTKMAGEILQKFSNYRIPLVLIGDFSKFSSQSLQDFIRESNKGR
                     QVNFVRTLPEALQLLSKP"
     CDS             565..1146
                     /locus_tag="SEQF2637_00786"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSRPTTLVTLCAXLXFLFTACNAPMPKPRGMLRIDLPAPRYAE
                     FSAPGRPYTFRFSRLANVELPPVGEADDRLNITYPKWGVTIYCSGAAITPATLSAATD
                     ECRELIRRSVRDVHAVTEQAYENPDARVYGVLFRIEGDSPAPIRFMLTDSAAHFFQGA
                     LYYSDRVSPDSVAPLTDYLLRDVAVLIQTFRWK"
     CDS             1160..1789
                     /locus_tag="SEQF2637_00787"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLLEIHTQSECRWGLWRIDETWLELLDGLDRRDAYRDFLKNVR
                     AEGRRTEWLAVRALLRVLLGYEPTVNYRPEGYPEVDGWHVSFSHTRHYAAAICSRDTV
                     VGIDIERFRPRIVGLRDRFLDRDELALIGGPNTDDVRRLTVCWSAKEAAFKMLRLGSS
                     DWLRGVRIVAYEPASNQLTVHETLTPNTYTFKIDFSLTSDYVLTWGRRG"
ORIGIN      
        1 ctactcaaaa tcaagggcac gctgccccga cgtcgcgaga cgattgacta tggacactac
       61 cgttttcgcg tgcttgaggc caatgaacgt cgtgtgctca aggtaaaatt ctatcgcctc
      121 cccacgtcac ctgccgagaa cacgaaagcg tgatgcacaa gggggcatcc acatcccatt
      181 ctttctcaag aaaaacaagc gcagaatgaa tttagcagta catcagaccg gaaacaaaaa
      241 aatcgccgag atacaggctt ccgacatcgt catacatagc acggaagatg ccttgaacct
      301 aatgggcgac ctctattatc agggttacga cggactcatt ctgcatgagg ggcaagtcac
      361 ttccgcattc ttcgacttaa aaacgaaaat ggctggcgag atccttcaaa aattctcgaa
      421 ctatcgtatc ccgttggtcc tgattggcga cttttccaag ttctcaagcc agagtttgca
      481 ggattttatc cgagaaagca acaagggacg tcaggtgaac ttcgtccgta cccttccgga
      541 ggcgctccaa ctactgtcca agccatgaag tcgcggccga ctactcttgt caccctctgt
      601 gcagncctnt tnttcctctt cacggcctgc aatgcaccca tgccaaagcc tcgcggcatg
      661 ctgcgcatcg acttacccgc gccacgatac gccgaatttt ccgcgccagg ccgtccctac
      721 acctttcgtt tctcccgcct tgccaatgtg gagcttcccc ccgtcggtga agctgacgac
      781 cgactcaaca ttacctaccc taagtggggc gtaacgatct attgcagcgg ggcagccatt
      841 accccggcna ctttatctgc tgcnacngac gaatgtcggg aactcatccg ccggagtgtc
      901 cgcgatgtgc acgccgttac cgaacaagcc tacgagaatc ccgacgcgcg cgtctatggc
      961 gtcctatttc gcatcgaggg agattcgccc gcgcctattc gcttcatgct caccgacagt
     1021 gcagcccact tttttcaggg cgcgctctat tactccgacc gtgtgagccc cgactctgtc
     1081 gcgccgctga ctgattacct ccttagagac gtcgccgtgc tgatccaaac ctttcgctgg
     1141 aaataagtgc tccccgcccg tgccattgct tgaaattcat acgcagtcgg agtgtcgctg
     1201 gggactgtgg cgcatagacg aaacttggtt ggagctgctc gacgggctgg atcgacgtga
     1261 tgcctatcga gattttctca aaaatgtccg cgcggagggc cgtcgcacgg agtggttagc
     1321 cgttcgcgcg ctgttgcgtg tcctccttgg ctatgaaccg actgtcaact accgccccga
     1381 aggctacccc gaggtcgatg gatggcacgt cagcttctcg catacgagac actacgccgc
     1441 agccatctgt tcccgcgaca cggtcgtcgg tattgacatc gaacgattcc gtccgcgcat
     1501 cgtcgggctg cgtgaccgct ttctggatag ggacgaactg gcgctcatcg gcggcccaaa
     1561 cacggatgat gtccgtcggc tgacggtctg ctggagtgcc aaggaggcgg cattcaaaat
     1621 gctccgtctg gggtcgtctg actggctccg aggagtgcgt attgtggcct acgaacccgc
     1681 ttccaaccag ctaacggtcc acgaaacgct cacgccgaac acatacacct tcaaaataga
     1741 cttctccctc acctcggact acgtactcac gtggggtagg agggggtaac gtggtgtgtt
     1801 tttggggata catggaatag gtatgcccaa aacgcggtac attttcaagg taaatcatgt
     1861 acccggtcat cttccctggc ctcggtagag gccttgattc tcttttgtct tcttttcttt
     1921 catcaaggaa aggcccctac cggggcaggg aagtttttct cggtacattt tcaagataaa
     1981 tcatgtaccc ggccaacttc cccggcctcg gcagaggcct tgattttctt ttgccttctt
     2041 ttcttgtatc aagacaagaa aagaaggtag gggaatgggg ggcaaagt
//
LOCUS       SEQF2637|AYYD01000926.1 9856 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9856
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(14..1114)
                     /locus_tag="SEQF2637_00788"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPDPRIERKKIYPLDFLLLIVFLSTLSGNTSWYEIEDYAEEYE
                     EELKSLYELLTGHQLTHTKPSHDTLNRSISLLDVDAFEGAYKRWXEGFISATSGKHIC
                     IDGKTMRGVKKLSFDTQSHXISAFSPQDMCSLAQLYIDRKTNEIPAIHQLLHLLDLNX
                     AVVSIDAIGTQTAIAEQIIDKGGXYVLCVKANQSLSLQEIEAYFCPLFQKHILLDXLT
                     ELSHGRIETRRYESILNPLEIEANEVLTRWKGLRSIHKVIRKRRDKRSDKTSEEXVYY
                     ISSLTDVSSLKQAIRGHWAIENKLHXSLXXYFGHDSSHKRTKNVAQIMDIIQKINLLX
                     IEXLKTNMKSSIPRIQKKLARMNPQQLITIQF"
     CDS             1477..1686
                     /locus_tag="SEQF2637_00789"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFAPTLTADNGAHTSAARVGNHFNSPIPYPASFPAPGGGLIFF
                     CALFLYQDKKRVWRIGGKAPHDNSP"
     CDS             1771..2019
                     /locus_tag="SEQF2637_00790"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMASAEKHFANLGHKPAPVGKQFANLGHPSALIGKHFTNPRRT
                     VAPIKNPFGNLFHYHAPVEAFNGALFCDHTLIEVFNGV"
     CDS             complement(1975..2193)
                     /locus_tag="SEQF2637_00791"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYTQNDRSFGYSRRVGARIGFYFMDSRRCLTSIEDLNGSVFLK
                     LRPIEYFNDSVISQLHPIEHFNEGVIAK"
     CDS             2527..2697
                     /locus_tag="SEQF2637_00792"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFAPALTADDGAHTSAARVGNHFESPIPYPASFPAPGGGLIFF
                     CALFLYQDKKRV"
     CDS             2896..3888
                     /locus_tag="SEQF2637_00793"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPVKTIDEPGNSRFPLDLHLDYQQRLYGVIAEMEPRKIGLEEA
                     DFLQWLTDIKTEEDVVRETRAAKESEALRDKDAERNECLTGLFQEIRQAARSPIVARR
                     ESGLLLKTIIDAYKGLQHQRRSGKTAHIDSLLRDLSTAEAAEALKQLEVDTIVSLLRE
                     RNEEFKSLREVRSTVAAGANRLAGQAIRKVNDQTLNTIFRYIEAAYIASDNDPDRQVI
                     SRLIDQINQRTHESKVSFKRIEGIRKKRLQMKDSAEATDTKAPPKRKRSAAAPSVVPS
                     LEPTGEAETPQAPPMGTTEAAASPASPAMESTGEAETPQAPPSDTATPTADERS"
     CDS             3949..4710
                     /gene="trmB"
                     /locus_tag="SEQF2637_00794"
                     /EC_number="2.1.1.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67506"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA (guanine-N(7)-)-methyltransferase"
                     /translation="MEALPNVFQYPYAALAEGGGCPLKGRWREAAFGGRPGRIVLELG
                     CGRGEYTLGLAERHPDANFVGIDVKGARMWAGARVAAARQMGNVAFLRTDIELLASFF
                     EPGEVDELWITFPDPQMQKARKRLTSTRFMALYSGILPQEGGRVHLKTDSPFLFAYTC
                     EMLRVNQLEAAPCTADLYADTADTSLDEVRAIRTHYEQQWLDRGLTIKYLSFCLTPRE
                     AWIEPEVEIERDAYRSYGRGQLSPARPVRSRRSSR"
     CDS             4877..6001
                     /gene="apbC"
                     /locus_tag="SEQF2637_00795"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZNN5"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron-sulfur cluster carrier protein"
                     /translation="MKLYPKLILDALEKVRYPGTGQNLVESGMVDDDIRIDGMKVSFT
                     LIFDKPNDPFTRSVVKAAEASILAYVSPDVEIKGNISTTSRQEMQPVGPASEEAPLLP
                     GVKHIIAVASGKGGVGKSTVSANLAVALAAAGYRVGLLDADIFGPSQPKMFDVEAARP
                     ALEKVGDKELIIPIENYGVKMLSIGFFVNPDEAVLWRGAMACNALKQLISEANWGELD
                     YLLIDLPPGTSDIHLTLVQTLALTGAVIVSTPQQVALADARKGISMFVDNKVNVPVLG
                     LVENMAWFTPAELPENRYYIFGREGCKRLAEELGVPLLGQIPLVQSICESGDVGEPAA
                     LDEDTVTGMAFRQLAERVVERVAYREQHMAPTQKVEITHS"
     CDS             6007..7200
                     /locus_tag="SEQF2637_00796"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELSADIRQFIADHAADDTRSLLLAAARYPRVDVPFAVIQIESH
                     RRIREKLPRWFAARDRLVFPSRRSVEQCSSEAAARYKQRLIEGAVDSLCDLTGGLGVD
                     TASLAERVARVIYVECDGPTFEAAMHNFSALGLDNVTGLHASAEDALRTLPPVDICYI
                     DPSRRDGCDRRLFALADCSPDLEQLLPTILSKAPTLIAKLSPMLDWQHTLARLPGTSD
                     IHVLAVRGECKELTFVVRRAHAAPPMIHCVHLTADGGEQVFRFTPDEERAAPSAVTAS
                     VSSFLYEPNAAILKAGAFRLVAQRMGLGKLHTDSHLYTSSTEVTDFPGRRFRVDEVQP
                     FGRQLSRVMARTVPRANIAVRNFPLSPDALRARLRIADGGDVYLFATTLADGRRVVIR
                     CTRIG"
     CDS             complement(7324..8847)
                     /gene="nnr"
                     /locus_tag="SEQF2637_00797"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X024"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional NAD(P)H-hydrate repair enzyme Nnr"
                     /translation="MIKIFETSKLKSLDQYTVDNEPISSIDLVERAAVTFANEFKRNF
                     SKQRRVIVFAGQGNNGADALAVARLLAEESYRTEVYLFNPGQRLSPDCEENKQRILAD
                     EKVRLYEVIDDFDPPELTEHDVVIDGLFGSGLNRPLTGGYAAVVGYINQSNATVVSID
                     MPSGLFGEDNLSNNPDSIVCAKMTLTFEFPKLAMLLPENEAYVGRWKVLPIGLHPDII
                     QKTPTAYLMVTDEDMERLIRPRSRFAHKGDFGHALLVAGGKGRMGAALLAASACMHSG
                     VGKLTVHLPQRGEMVLQTAVPEAMIDLDADRDRITTLPDSLREFDTIAIGPGIGTDER
                     TASLLGRLLRSVDQPLLLDADALNLLARNRELMPLLPPGTVLTPHPREFDRLFGESAN
                     GYDRLHKAATTAVKHAICIVLKGAYTAVCAPQGQIYFNTTGNPGMATAGSGDVLTGVI
                     AALMAQRYDPVKAAIIGVFLHGSAGDLAAARSSEESLVASDIVHELGRAFRMQQADD"
ORIGIN      
        1 cnggggtgac gcattaaaat tgtattgtga ttagttgttg tgggttcatt cgagcaagtt
       61 tcttttggat acgagggatt gaggacttca tatttgtctt cagtcnctct ataangagta
      121 aattgatctt ttgaatgata tccataatct gcgccacatt cttggttctc ttgtgcgagg
      181 aatcgtgtcc gaaatagncn tccaaagagn ggtgcaactt gttctctatc gcccaatgcc
      241 cacggatagc ctgtttcaat gaagaaacat ccgttaatga cgaaatgtag tagaccnctt
      301 cttcactcgt tttgtcgctc cttttatccc ttcgtttgcg tataactttg tgtatcgacc
      361 tcaagccttt ccagcgngtc aatacctcgt tggcttctat ctccaagggg ttgagaatac
      421 tttcatagcg acgtgtttct atgcgcccgt gngatagttc cgtcagcncg tcaaggagga
      481 tatgtttctg aaacagaggg cagaaatagg cttcaatctc ttgcaaactc aaactttgat
      541 tcgccttaac acacaataca tagnctccgc ccttatcgat gatttgttcg gcaatggctg
      601 tttgcgtacc tatagcatca atggagacaa cagccncgtt caagtccagc aaatgaagaa
      661 gttgatgtat agcaggtatt tcgtttgttt ttcggtcaat atagagttgg gcaagactgc
      721 acatatcttg tggtgaaaaa gcagagatgn catgggattg ggtatcaaaa gagagtttct
      781 tcactccccg catcgtcttg ccatcaatgc aaatatgttt acctgaagtg gccgagataa
      841 agccttcaan ccatcgctta taagctccct caaaagcgtc tacatccaac agactgatgc
      901 tcctgttaag agtatcatgg gatggcttag tgtgcgtaag ctgatgaccg gtaagcagtt
      961 cgtatagact tttcaattct tcttcgtatt cctcggcata atcttcaatc tcataccagg
     1021 aggtatttcc tgagagtgta gagaggaaaa cgatcaggag taaaaagtca agaggataaa
     1081 tttttttacg ctctatccgt gggtctggaa ccatacaaag gctttctaat agagaatgat
     1141 acacaactaa cggagtttta atgtctgtaa aagtaccgag aaagctgttt ttaatgcgtc
     1201 agccctgcat tcgggagcga ctttgcgtcc aatgttccca acggaaatta ttttaccagc
     1261 cggtgtcacc cattcgcccc caatggaaac caatttaccg gccaccatcg gtcgggcgcc
     1321 cccgtcggaa tttattttgc cggccggcgt cacccattcg cctcaaatgg agacccattt
     1381 accggccacc ggccgtcgtc cgcctccgat ggaaacccat ttaccggcca ctgaccgtca
     1441 ggcgcccccg ttcctttttg gtacgtgctg gggcgaatgc aattcgcccc taccctgaca
     1501 gccgacaacg gcgcccacac gtcggccgcc cgcgtcggaa accatttcaa tagccccatc
     1561 ccgtacccag ccagcttccc cgcccccggt gggggcttga ttttcttttg cgcccttttc
     1621 ttgtatcaag acaagaaaag ggtgtggagg ataggaggaa aagcccccca cgacaatagc
     1681 ccctgacaca aattcgttcc cgtcggaaac catttcgaga acttcgggca cccatccgcc
     1741 tccgccgcat attccggtgg gggcgatttc atgtcaatgg cttccgccga aaaacacttt
     1801 gcgaacctcg ggcacaaacc cgctcctgtc ggaaaacaat tcgctaacct tgggcaccca
     1861 tccgccctta tcggaaaaca tttcacgaac ccccggcgca ccgtcgcccc cataaaaaat
     1921 ccgtttggga acctatttca ttatcacgcc cccgttgagg ccttcaatgg ggcgttattt
     1981 tgcgatcaca ccctcattga agtgttcaat ggggtgtaat tgtgagatca cgctatcgtt
     2041 gaagtattca atggggcgta atttcaaaaa cacactccca ttgaggtcct caatggaggt
     2101 gagacaacga cgggagtcca tgaaataaaa tccaatgcga gcgcctaccc ggcgggagta
     2161 gccaaacgat ctgtcgttct gtgtatagat cattcctatc tccctgttgg aaacccattc
     2221 gggagcgact ttgcgtccaa tgttcccaac ggaaattatt ttaccggccg gtgtcaccca
     2281 ttcgccccca atggaaaccc ctttaccggc caccgaccgt caggcgcccc cgtccctttt
     2341 tggtacgtgc tggggcgaat gcaattcgcc cctaccctga cggccgacaa tggcgcccac
     2401 gcgtcaggcg cccccgttgg aaatcatttt accagcccgt gtcacccatt cgcctcaaat
     2461 ggaaacccat ttaccggcca ctgaccgtca ggcgcccccg ttcctttttg gtacgtgctg
     2521 gggcgaatgc aattcgcccc agcactgaca gccgacgacg gcgcccacac gtcggccgcc
     2581 cgcgtcggaa accattttga gagccccatc ccgtacccgg ccagcttccc cgcccccggt
     2641 gggggcttga ttttcttttg cgcccttttc ttgtatcaag acaagaaaag ggtgtagggg
     2701 ataggggggc aaagcccccc acgacaatag cccctgatac aaattcgttc ccgtcggaaa
     2761 tcaatttacc agccaccgtc ggtcaggcgc cccgggaagg gtctacggcg agggccagag
     2821 gttcaagggg gctgccatat atttgcaggg cgatagcaaa atagtgttca atagaagtaa
     2881 acgaaaaacg aaataatgag accggttaaa acgatcgatg aaccgggaaa cagtcgcttc
     2941 ccgctggatc tccatctcga ctatcagcaa cgactttatg gcgtgatcgc cgagatggag
     3001 cctcgaaaaa taggtctgga ggaggccgat ttcctccagt ggctcacgga tattaagaca
     3061 gaggaggatg tcgtccgcga gacacgggcg gcgaaagagt cggaggccct tcgcgacaag
     3121 gatgcggagc gaaacgaatg tctgacgggg ctgtttcagg agattcggca ggctgcgcgc
     3181 tctccgatag tggcgcgtcg cgagtcgggg ctcctgctga aaaccattat cgatgcttac
     3241 aaggggctgc agcaccaaag gcgatctggg aagacggcgc atatcgactc cttgctccgg
     3301 gatttgtcta cggcggaggc cgccgaggcg ctgaagcagc tggaggtaga tacgatcgtg
     3361 agcttgcttc gggagcgcaa cgaggaattt aagtcgttgc gcgaggtccg ctcgaccgta
     3421 gctgccggcg caaaccggct cgcgggccag gcgatccgga aggtgaacga ccagaccttg
     3481 aacaccatct tccgctacat cgaagccgcc tacattgcgt ccgacaacga ccccgaccgc
     3541 caagtcatca gtcgcctgat cgaccaaatc aaccagcgca cgcacgagag caaggtctcg
     3601 ttcaaacgaa tcgagggaat acgcaagaag cggctccaaa tgaaggattc ggcggaggcg
     3661 accgacacga aggcgccccc gaaacgaaaa cggtcggcag ccgccccgtc cgtcgtgccc
     3721 tcgctggaac ctaccgggga ggccgagacg cctcaggcgc ccccgatggg cactacggag
     3781 gcagccgcct cgcccgcctc gcccgcgatg gaatcgaccg gggaggccga gacgcctcag
     3841 gcgccgccgt cggacactgc gacaccgacc gctgacgaac ggtcatagcc cccggattcc
     3901 gctacatttg ccgccatgtc aagaaataaa ctccaaaaat tcgccgagat ggaagccctg
     3961 cccaacgtct tccaataccc ttacgccgcg ctggccgagg gcggcggctg ccccctgaaa
     4021 ggtcgctggc gggaggccgc tttcggcgga aggcccgggc gcatcgtgct cgaattgggc
     4081 tgtgggcgcg gggaatacac cctcggactg gctgagcggc acccggacgc gaacttcgtc
     4141 ggcatcgacg tcaagggcgc ccgcatgtgg gccggcgcac gcgtggccgc agctcgccag
     4201 atgggcaacg tggccttcct tcggaccgac atcgaacttt tggccagctt tttcgagcca
     4261 ggcgaagtgg acgaactctg gatcaccttc cccgacccgc aaatgcagaa ggcccggaaa
     4321 cgcctcacca gcacccgctt catggcgctc tacagcggca tcttgcctca ggagggcggg
     4381 cgcgtccacc tcaagaccga cagcccgttt ctctttgctt acacctgcga aatgctccgc
     4441 gtgaaccagc tggaggcggc gccctgcacg gccgacctct acgccgatac cgcggacacg
     4501 agcctcgacg aggtgcgcgc catccgcaca cactacgagc agcagtggct cgaccgcggc
     4561 ctgaccatca agtacctcag cttctgcctc accccgcgcg aggcttggat cgaaccggag
     4621 gtggagatcg agcgcgacgc gtatcgaagc tatgggcgcg gccaactgtc gcccgcccgg
     4681 cccgtccgct cccgtcgctc ctcccgctga gggctgacac gcggcaaggg cctccggggc
     4741 atctcccgat cgggggctac cccctcaaaa acgcttttga atcacaggcc gaaaggtccc
     4801 atccacccca gatggctgtc cggcttgtcc ttataaacta tagcggccaa gtggctgcac
     4861 aacacgatta tataagatga aactttatcc gaaattgatt ttagacgcac tggaaaaagt
     4921 gcgataccca ggcacggggc agaacctcgt ggagtccgga atggtggacg atgatatccg
     4981 tatcgacggc atgaaagtct ctttcacgct cattttcgat aagcccaacg acccgttcac
     5041 ccgatcggtg gtcaaggccg ccgaggcctc gattctggct tacgtttcgc cggacgtgga
     5101 gatcaagggc aacatcagca ccacctcgcg gcaggagatg cagcccgtcg gccccgcctc
     5161 ggaagaggca ccgctgctgc cgggcgtcaa acacatcatt gccgtggcct cgggcaaggg
     5221 cggtgtgggc aagagcaccg tatcggcgaa tctggccgtg gcgctggctg ctgcgggcta
     5281 tcgcgtggga ctcttagacg ccgacatctt cggcccttcg cagccgaaaa tgtttgacgt
     5341 ggaggccgcc cggcccgcgt tggagaaggt gggcgacaag gagctgatta tccccatcga
     5401 gaactacggc gtgaaaatgc tgtcgattgg gttcttcgtc aacccggacg aggccgtact
     5461 ctggcgcggg gccatggcct gcaatgcgct caagcagctc attagcgaag ccaactgggg
     5521 cgagctggac tacctgctca tagacctgcc accgggcacg agtgacatcc acctcaccct
     5581 tgtgcaaacc cttgcgctga ccggggccgt gatcgtcagc acaccgcaac aagtggcgct
     5641 ggctgacgcc cgtaagggga tcagtatgtt cgttgacaac aaggtgaatg tgcccgtgtt
     5701 gggtctcgtc gagaacatgg cgtggttcac tccggctgaa ttaccagaga accggtatta
     5761 catttttggg cgcgagggct gcaagcgctt ggccgaggag ttaggtgtgc ctctgctcgg
     5821 gcagatcccg ctcgtgcaga gtatctgtga gagtggtgac gtcggcgagc cggctgcgct
     5881 ggacgaggat acggtcaccg gtatggcctt ccggcagctg gccgagcgcg tggtggagcg
     5941 tgtggcttac cgtgagcagc acatggcgcc tacgcagaag gtggaaatca cgcattcata
     6001 gtccccgtgg aactctccgc ggacatacgg caattcatag ccgatcacgc agcggacgac
     6061 acccgttcgc tgctgctcgc agcggcacgt tacccccggg tagacgtgcc gtttgccgtt
     6121 atacagatcg aatcgcaccg ccgaatccgg gagaagctac cccggtggtt tgcagcgcgc
     6181 gatcggctcg tcttcccctc gcggcggtcg gtcgagcagt gctcctcgga ggcggcggcg
     6241 cgttacaagc agcggctcat cgagggcgcg gtcgatagcc tctgtgacct cacgggcggc
     6301 ctcggggtag acaccgcgag cttggccgaa cgtgtggcac gcgtcattta cgtggagtgc
     6361 gacggcccga cgttcgaggc ggccatgcac aacttctccg ccttggggtt ggacaacgtg
     6421 accggcctcc atgcttcagc cgaggacgcc ctccgtaccc tgccgcccgt ggacatctgc
     6481 tatatcgacc cctctcgacg cgacggctgc gaccgccgac tgtttgcgtt ggccgattgc
     6541 agtccggacc tcgagcagtt gcttccgacg atcctgtcta aggccccgac gctcatcgcc
     6601 aaactgtcgc cgatgctgga ttggcaacat acgctggccc gcctaccggg gacgtcggac
     6661 atccacgtgt tggccgtccg gggcgagtgt aaggagctga ccttcgtcgt ccgacgcgcc
     6721 cacgccgcac cgccaatgat ccactgcgtt cacctcacgg ccgacggtgg ggagcaggtc
     6781 ttccgcttca ccccggatga ggagcgcgcc gcaccgtcgg ccgtcaccgc ctccgtctcg
     6841 tcgttcctct acgagcccaa cgccgcgatc ctcaaggcgg gtgccttccg actcgtagcc
     6901 cagcgtatgg gcctcggtaa gctgcacacg gacagccacc tctacacgtc gagcaccgag
     6961 gtgacggact ttcccggccg acgcttccgt gtggacgagg tgcagccctt cggccgccaa
     7021 ttgtcccgcg tgatggcccg tacggtgccc cgcgcgaaca tcgcagtgcg caactttccc
     7081 ctctcgcccg acgccctccg cgcccgactg cggatagccg acggtggcga cgtctacctc
     7141 ttcgccacca ccctggccga cggccgccgg gtagtgatcc gttgcacgcg tatcggctga
     7201 cggggggcga ccgtcgactg cggccgaaag aaaagggttg gtgagcctgc ttggcccatc
     7261 aacccttttc ggtagtggtc ggttacggtg gcccgtttgt ggtcaccgcc cgcggtatgt
     7321 ccgtcagtcg tccgcctgtt gcatacggaa ggcccggccc agttcgtgga caatgtcgct
     7381 ggccaccaga ctctcctccg acgaccgcgc cgcggccaga tcgcccgccg aaccgtgcag
     7441 gaagacgccg atgatggccg ccttgaccgg atcgtagcgc tgcgccatga gtgcggcaat
     7501 gacacccgtc agcacgtcgc cactgccggc cgtcgccatg ccagggttac cggtggtgtt
     7561 gaaatagatc tgtccctgcg gcgcgcagac ggccgtatag gcgcccttga ggacgataca
     7621 gatggcgtgc ttgacggcgg tcgtggccgc cttatgcagt cggtcgtagc cgttggcgct
     7681 ctcgccgaac agccgatcga actcgcgcgg gtggggcgtc agcacggtgc ccggcggaag
     7741 gagcggcata agctcgcggt tgcgcgccag caggttcagc gcgtcggcgt cgaggaggag
     7801 gggctggtct accgagcgca gcaaacgtcc cagaagggag gccgtacgct cgtccgtgcc
     7861 gatgccgggc ccgatggcga tggtgtcgaa ctcccgcaag ctatccggca atgtggtgat
     7921 gcgatcgcgg tccgcgtcga ggtcgatcat ggcctccgga acggccgtct ggagcaccat
     7981 ctcgccccgc tgaggcaggt ggacggtcag cttacccacg ccgctgtgca tgcaagccga
     8041 ggcggctaag agcgctgcgc ccatgcggcc tttaccgccg gcgacgagca gcgcgtggcc
     8101 gaagtcgccc ttgtgtgcaa agcggctgcg gggacggatc agccgctcca tgtcctcgtc
     8161 cgtgaccatg agataagccg tcggcgtctt ctggataatg tcggggtgca ggccgatggg
     8221 gagcaccttc cagcgaccta cgtaggcctc gttttcaggc agcagcatgg ccaacttggg
     8281 gaactcgaag gtgagcgtca ttttggcgca gacgatgctg tcggggttgt tgctcaggtt
     8341 gtcctcgccg aagagtccgg agggcatatc gatagatacg acggtggcgt tggactggtt
     8401 gatgtagcca actacggccg catagccgcc tgtgaggggg cggttgaggc cggagccaaa
     8461 taggccgtcg atgaccacgt catgctcggt gagttcgggc ggatcaaagt cgtcgatcac
     8521 ctcgtagagg cgcaccttct cgtcagccaa gatgcgctgc ttgttctcct cacagtccgg
     8581 cgagagtcgt tggccggggt tgaagaggta gacttccgtg cgatacgatt cctcggccag
     8641 cagtcgggct acggccaagg cgtcggcgcc gttgttaccc tgccccgcaa agacgatcac
     8701 gcgtcgctgc ttggagaagt tgcgcttaaa ttcattggca aaggtcacgg ccgctcgctc
     8761 gaccaaatcg atcgacgaga tcggttcgtt gtcgaccgta tattgatcga ggctcttcag
     8821 tttcgatgtc tcaaatattt taatcatgtc cggtgggggt taatggattg agtgtccaaa
     8881 gatacggctg tgagggcgaa acgagctgga attgccttca tcatgcccgg gcggcagcat
     8941 ctgaaccgta ccagcctcca ggctttctgc cgacctgcgg agatcctacc ccgcgggtgg
     9001 ctttcctttc cgtaacgtga gttcgatgtg caattttctg gaggaaatcg ctcgccacaa
     9061 aactttttcg gcccatttcc ttaggaaatc gcccgccaca aactttttcg gctcatttcc
     9121 tcaggaaatc ggccgccaca aaactttttc ggctcatttc cttgaggaaa tcgctcgcca
     9181 caaacttttt cggctcattt cctcaggaaa tcggccgcca caaaactatt tcggcccatt
     9241 tcctcaggaa atcgctggga tgggcttcca ctcatttcct caggaaatcg ctgggatggc
     9301 ccacatcaaa ctcacgttat tcttacgtcg aactcacgtt tccgtagatg cacatggaaa
     9361 ggcgcctttt tgatgcggtc gctcggctca tcatctccaa ataggctcaa gagcacggcg
     9421 cttgttcgtt tttttttgca cttagcaata agatcacgga gcgatcgttt ttcaatcgtg
     9481 aaataaaaca accaatcaag tagattatga aagcaaaacg agtatgcgct gtgctgatcc
     9541 tattgatcgg tatggcaggc gtggttcggg cgcaggagct gaccggacgc gtggtggacg
     9601 acgcaaaacg tccgatggag tttgtcaatg tggtagccta tgcgctgccc gattctgcct
     9661 ttgtggcggg ggcgatcacc gacgccaatg gcgccttctc attgtccgtc cctggcacgg
     9721 cggcgaagcg tgtgctgaag gtctccttcg tgggctatga gacgcaagtc gttgaggcac
     9781 ggccgggcgt cgtcgtcacc ttacgacccg aggcggcagc gctcggcgag gtcacggtga
     9841 cggccgatcg cattcg
//
LOCUS       SEQF2637|AYYD01000927.1 1294 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1294
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(14..1114)
                     /locus_tag="SEQF2637_00798"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPDPRIERKKIYPLDFLLLIVFLSTLSGNTSWYEIEDYAEEYE
                     EELKSLYELLTGHQLTHTKPSHDTLNRSISLLDVDAFEGAYKRWIEGFISATSGKHIC
                     IDGKTMRGVKKLSFDTQSHVISAFSPQDMCSLAQLYIDRKTNEIPAIHQLLHLLDLNG
                     AVVSIDAIGTQTAIAEQIIDKGGDYVLCVKANQSLSLQEIEAYFCPLFQKHILLDELT
                     ELSHGRIETRRYESILNPLEIEANEVLTRWKGLRSIHKVIRKRRDKRSDKTSEEVVYY
                     ISSLTDVSSLKQAIRGHWAIENKLHHSLDVYFGHDSSHKRTKNVAQIMDIIQKINLLI
                     IERLKTNMKSSIPRIQKKLARMNPQQLITIQF"
ORIGIN      
        1 cnggggtgac gcattaaaat tgtattgtga ttagttgttg tgggttcatt cgagcaagtt
       61 tcttttggat acgagggatt gaggacttca tatttgtctt cagtcgctct ataatgagta
      121 aattgatctt ttgaatgata tccataatct gcgccacatt cttggttctc ttgtgcgagg
      181 aatcgtgtcc gaaatagaca tccaaagagt ggtgcaactt gttctctatc gcccaatgcc
      241 cacggatagc ctgtttcaat gaagaaacat ccgttaatga cgaaatgtag tagaccactt
      301 cttcactcgt tttgtcgctc cttttatccc ttcgtttgcg tataactttg tgtatcgacc
      361 tcaagccttt ccagcgagtc aatacctcgt tggcttctat ctccaagggg ttgagaatac
      421 tttcatagcg acgtgtttct atgcgcccgt gagatagttc cgtcagctcg tcaaggagga
      481 tatgtttctg aaacagaggg cagaaatagg cttcaatctc ttgcaaactc aaactttgat
      541 tcgccttaac acacaataca tagtctccgc ccttatcgat gatttgttcg gcaatggctg
      601 tttgcgtacc tatagcatca atggagacaa cagccccgtt caagtccagc aaatgaagaa
      661 gttgatgtat agcaggtatt tcgtttgttt ttcggtcaat atagagttgg gcaagactgc
      721 acatatcttg tggtgaaaaa gcagagatga catgggattg ggtatcaaaa gagagtttct
      781 tcactccccg catcgtcttg ccatcaatgc aaatatgttt acctgaagtg gccgagataa
      841 agccttcaat ccatcgctta taagctccct caaaagcgtc tacatccaac agactgatgc
      901 tcctgttaag agtatcatgg gatggcttag tgtgcgtaag ctgatgaccg gtaagcagtt
      961 cgtatagact tttcaattct tcttcgtatt cctcggcata atcttcaatc tcataccagg
     1021 aggtatttcc tgagagtgta gagaggaaaa cgatcaggag taaaaagtca agaggataaa
     1081 tttttttacg ctctatccgt gggtctggaa ccatacaaag gctttctaat agagaatgat
     1141 acacaactaa cggagtttta atgtctgtaa aagtaccgag aaagctgttt ttaatgcgtc
     1201 agccctgccc ggtgcacaag gcggacaagg cctttatcga ggagctcgag gcctacttcg
     1261 cgcaggagaa agccttcaag ctcaacacca ccgc
//
LOCUS       SEQF2637|AYYD01000928.1 7620 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7620
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(14..1114)
                     /locus_tag="SEQF2637_00799"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPDPRIERKKIYPLDFLLLIVFLSTLSGNTSWYEIEDYAEEYE
                     EELKSLYELLTGHQLTHTKPSHDTLNRSISLLDVDAFEGAYKRWIEGFISATSGKHIC
                     IDGKTMRGVKKLSFDTQSHVISAFSPQDMCSLAQLYIDRKTNEIPAIHQLLHLLDLNG
                     AVVSIDAIGTQTAIAEQIIDKGGDYVLCVKANQSLSLQEIEAYFCPLFQKHILLDELT
                     ELSHGRIETRRYESILNPLEIEANEVLTRWKGLRSIHKVIRKRRDKRSDKTSEEVVYY
                     ISSLTDVSSLKQAIRGHWAIENKLHHSLDVYFGHDSSHKRTKNVAQIMDIIQKINLLI
                     IERLKTNMKSSIPRIQKKLARMNPQQLITIQF"
     CDS             complement(1147..1458)
                     /locus_tag="SEQF2637_00800"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKILNTIWVMGVLSIAVFCLSACDHELDIQQAYPFTIETMPV
                     QKHIAKGQTAEIRCTLKRQGRFEDARYTIRYFQPDGRGRFRADALKTAFSVLLQTLKL
                     R"
     CDS             complement(1480..1848)
                     /locus_tag="SEQF2637_00801"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELRNRFFKGCIPPKDISLKHNGSDVCAVFEGFMDYLSAMQLGI
                     IASDQLVLNSVSNVEMAVEALQGYERIECFLDNDEAGRRTFQRLHDCFGERVIDRSSL
                     YADHKDLNEFLLSKNAGNNV"
     CDS             complement(1912..2334)
                     /locus_tag="SEQF2637_00802"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVRQMREIPIADFLNAMGIQPKKQKGGILWYNAPYRTERTPSL
                     KVDTNNNVWFDFGIGKGGDIFDLAGEFIGSDDFLLRAAFIAKSGTCPLPVLEQPQRSE
                     KKETVFEDIWVRSLQDARLLGYLEERGINAHVAIPNCE"
     CDS             complement(2334..2918)
                     /locus_tag="SEQF2637_00803"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSLFPLFVVTLTLFAGQAHAQRCLPKMKGIRLTAGMADGFYA
                     KSASNNTGYSFGASLATYTKGGHQWVLGAEYLRRYHPYRDSRIPVEQFTGEGGFFFGV
                     LSDGSKTFFLSAGVSAVAGYETVNGGKKLLFDGSTLRNKDGFLYGGAVTLQAETYLTD
                     RLVLLFYGRERCLWGGSTERFHAQYGVGLKIMLD"
     CDS             complement(2920..3840)
                     /locus_tag="SEQF2637_00804"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTVLAIALMLGAVCANAQETTLGGELYEGLTRKIAFERMIPP
                     HGLEITYGKMVHIIFPSAIRYVDLGSPNLIAGKADGAENVIRVKATVKNFREETNMSV
                     ITEDGAFYTFNVKYADEPLLLNVEMTDFIHDGASVNRPNNALEVYLKELGSESPMLVR
                     LIMKSIHKENRRTVKHIGSKAFGIQYLLRGLYSHNGLLYFHTELRNKSNVPLDIDFIT
                     FKIVDKKVAKQTAMQEQVLLPLRAYNYVTCVAGQKSGRTVFTLQKFTIPDDKQLVVEM
                     HEKNGGRHQSFIVGNEDLVRAREIDELKVK"
     CDS             complement(4007..5239)
                     /locus_tag="SEQF2637_00805"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPFKRKTASDGSTSPELTEEEKQRRKKFVIYPLMFLLFAGCMW
                     LIFAPSKKEEEQDSQGFNTEMPGPQASELIGDKKKAYEKEMMEQKEQERSRAMQSLSS
                     MFGEMTGGQPVQSSEELALKTDLSERDNGFGSRTTAPQEGFHASASAYQDINRTLGSF
                     YEAPREDPEKEEMRTRLKELESRMSAEQQSPAITVNDQMALLEKSYQLAAKYMPAGGN
                     GQSASVTHTSGNETASERKAVSTGRNGKAMAFPVRQVSGQVVSALAQPMSDSTFRSEY
                     VKERNYLFQTAVGTISQTERNTISACVHNNQMVMDGQTVRFRLLEPMSVSGREIPRNA
                     LVVGTAKLQGERLAIVISSLEYSGNIIPVELSVYDTDGQAGIFIPGSMERSAAKEIAA
                     NMGTSVGSSVNISTDAGA"
     CDS             5382..5933
                     /locus_tag="SEQF2637_00806"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKYRMPYDKHVEEHPHMAGFVASVNGNDFLTDPTGSRRFLPFE
                     VLSIDINRARAVSMDAVYAEAKSLLQSGFRYWFNDEEIAELYHESEAFLVQTAEMGLL
                     LRCFELPTTDSDCSYLTTTEILTYLGTYTRQPLKAKRLGEALKRVGYIKVSRRRNGGS
                     PLYVYKIRKILPCPLLQSCSSNM"
     CDS             6313..6480
                     /locus_tag="SEQF2637_00807"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKDLSTIKQFPITAYLESRGITPVRRLATYAMYRSPLRDEHH
                     PSFKVDTEKNL"
     CDS             6725..7090
                     /locus_tag="SEQF2637_00808"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKNTNKADRAFLDVYPGETHPQEAEPSEQAVHTESALTPKRI
                     SAKMRRGTLEAYKQTFLVPAKLTDRRAVYLNRDTQERADFVVRRLGDRGANLSSFVES
                     IVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 cnggggtgac gcattaaaat tgtattgtga ttagttgttg tgggttcatt cgagcaagtt
       61 tcttttggat acgagggatt gaggacttca tatttgtctt cagtcgctct ataatgagta
      121 aattgatctt ttgaatgata tccataatct gcgccacatt cttggttctc ttgtgcgagg
      181 aatcgtgtcc gaaatagaca tccaaagagt ggtgcaactt gttctctatc gcccaatgcc
      241 cacggatagc ctgtttcaat gaagaaacat ccgttaatga cgaaatgtag tagaccactt
      301 cttcactcgt tttgtcgctc cttttatccc ttcgtttgcg tataactttg tgtatcgacc
      361 tcaagccttt ccagcgagtc aatacctcgt tggcttctat ctccaagggg ttgagaatac
      421 tttcatagcg acgtgtttct atgcgcccgt gagatagttc cgtcagctcg tcaaggagga
      481 tatgtttctg aaacagaggg cagaaatagg cttcaatctc ttgcaaactc aaactttgat
      541 tcgccttaac acacaataca tagtctccgc ccttatcgat gatttgttcg gcaatggctg
      601 tttgcgtacc tatagcatca atggagacaa cagccccgtt caagtccagc aaatgaagaa
      661 gttgatgtat agcaggtatt tcgtttgttt ttcggtcaat atagagttgg gcaagactgc
      721 acatatcttg tggtgaaaaa gcagagatga catgggattg ggtatcaaaa gagagtttct
      781 tcactccccg catcgtcttg ccatcaatgc aaatatgttt acctgaagtg gccgagataa
      841 agccttcaat ccatcgctta taagctccct caaaagcgtc tacatccaac agactgatgc
      901 tcctgttaag agtatcatgg gatggcttag tgtgcgtaag ctgatgaccg gtaagcagtt
      961 cgtatagact tttcaattct tcttcgtatt cctcggcata atcttcaatc tcataccagg
     1021 aggtatttcc tgagagtgta gagaggaaaa cgatcaggag taaaaagtca agaggataaa
     1081 tttttttacg ctctatccgt gggtctggaa ccatacaaag gctttctaat agagaatgat
     1141 acacaactaa cggagtttta atgtctgtaa aagtaccgag aaagctgttt ttaatgcgtc
     1201 agccctgaat ctccccctgc catcgggttg gaaataacgg atggtatagc gtgcgtcttc
     1261 aaatcgtccc tgccgtttga gcgtgcagcg tatctctgcc gtctgcccct tggcgatatg
     1321 tttctgcacc ggcattgtct ctatcgtgaa cgggtacgcc tgctgaatat ccaactcgtg
     1381 atcacaagca gataaacaaa acacggcaat ggagagtacc cccattaccc aaatcgtatt
     1441 caatattttc ttcttcattt ttttgttatc gttttgttat tatacattgt tacctgcatt
     1501 cttggaaagc agaaactcat tcaaatcctt atggtcggca tacaaggagg aacggtcgat
     1561 gaccctctct ccaaagcagt cgtgcaatct ctggaaagtc cttcgtcccg cctcgtcatt
     1621 gtcgaggaag cattctatcc tttcatatcc ctgcaatgct tccacagcca tctccacatt
     1681 ggatacggaa ttaagcacaa gctggtccga agcaatgatg cctaactgca tagccgagag
     1741 gtaatccata aagccctcga atacggcaca tacgtccgag ccgttatgct tcagagaaat
     1801 atccttcggt ggtatgcagc ccttgaagaa gcgattgcgc agttccaatc ctcagacatc
     1861 gttacgaaag ccgatggcat agtatcgttc gccacgcaca cggtatcgaa cttactcaca
     1921 gttgggtatg gcaacgtggg cattgattcc tcgttcttcc agataaccca gcagtctggc
     1981 atcctgcaac gatcgcaccc aaatatcctc aaaaacggtt tctttctttt cgcttctttg
     2041 cggttgctcc aaaacaggta gcggacacgt tccgctcttt gcaatgaaag ccgcccgcag
     2101 gaggaaatcg tcgcttccga taaactctcc cgccaagtcg aagatgtcgc cccctttgcc
     2161 gattccaaag tcgaaccaca cattattgtt cgtatcgacc ttgagcgagg gtgtccgttc
     2221 cgtgcggtaa ggggcattgt accaaagaat gccgcctttt tgctttttgg gctgaatccc
     2281 catcgcgttc aggaagtccg caatggggat ttctctcatc tgtcgcacgt ccatcagtcc
     2341 agcatgattt tcagtccgac accatactgg gcatggaaac gctccgtaga gccaccccac
     2401 agacaacgtt ccctgccata gaacagcaac accaatctat ccgtcagata ggtctccgcc
     2461 tgcaaggtaa cggcaccacc atagagaaag ccgtccttat tgcgtagcgt cgaaccgtca
     2521 aagagcagct tctttccacc attgaccgtc tcatatcccg ccacggcgga aacaccggcg
     2581 gagaggaaga aggtcttgct tccgtcagaa agcacaccaa agaagaaacc tccctcgccc
     2641 gtgaactgct ccacagggat acggctatcc cgataagggt ggtatctgcg gagatactct
     2701 gccccaagca cccattgatg tcctcccttg gtgtaggtgg caagcgaagc tccgaacgaa
     2761 tagcccgtgt tattgcttgc agacttggcg taaaagccgt ccgccatgcc tgcggtcagg
     2821 cgtatgccct tcatcttggg cagacagcgt tgggcgtgtg cctgccctgc aaagagggta
     2881 agcgtcacga caaatagggg aaatagagac tttctcatac tacttcactt tgagttcgtc
     2941 aatctccctt gcacgcacaa ggtcttcatt ccccacgata aaggactgat gtcgtcctcc
     3001 gttcttctcg tgcatctcca caacgagctg tttatcgtcg gggatggtga acttctggag
     3061 cgtgaacacc gtgcgaccgc tcttctgtcc cgccacacag gtaacatagt tgtaggcacg
     3121 cagcggaagc agtacctgct cctgcatggc ggtctgcttg gcaaccttct tatccacgat
     3181 tttgaacgtg atgaagtcga tgtctaacgg cacgttggac ttgttacgca gttctgtgtg
     3241 gaaatacagc aacccgttgt gcgagtagag acctcgaagc agatactgaa tgccgaacgc
     3301 cttgctgccg atgtgcttga cggtacgcct gttctccttg tggatggact tcatgatgag
     3361 ccttaccagc atcggacttt cgctgccgag ttccttgaga taaacctcca acgcattgtt
     3421 cgggcggttt acgctcgcac cgtcatgaat aaagtccgtc atctccacgt tcaagagcag
     3481 cggctcgtcg gcatacttga cattaaaggt gtaaaacgca ccgtcctccg tgattacact
     3541 catattcgtc tcctctcgga agttcttgac tgtcgctttc acacggatga cattctccgc
     3601 tccgtctgcc tttcccgcaa tgaggttggg cgaacccaaa tccacatagc gtatggctga
     3661 ggggaagata atgtgcacca tctttccata ggtgatttcc aacccgtgag gcggtatcat
     3721 acgctcaaag gcgattttgc gtgtcagtcc ctcatagagt tctccgccca gagtcgtttc
     3781 ctgtgcgttc gcacagactg cgcccagcat cagggcgatg gctaaaactg ttcttttcat
     3841 tttactttgg attaaagtgg tgaataataa ttgtgaatta cttgttctct ggctgataga
     3901 gcagcacctt ataaccagcc ttcagatgca ccttgacggt acgcatcttc cccgcgaagt
     3961 attggctcgt cccttgtatc agccccttgc cgaggtcgga ggcaagctac gccccagcat
     4021 cagtggagat gttcacactg ctgcctacgg atgtccccat gttagcggca atctccttgg
     4081 cggcactgcg ctccatcgag ccggggatga atatccccgc ctgtccgtcc gtgtcataga
     4141 ccgacagctc tacgggtatg atgtttccac tatactccaa tgaggaaatg acaatggcga
     4201 gtcgttcacc ttgcaacttt gccgttccta cgacaagggc attgcgtggt atctccctgc
     4261 ccgataccga catcggctcc aagagacgga aacgcaccgt ctgcccgtcc ataaccatct
     4321 gattgttatg cacacaggct gatatggtat ttctctccgt ctgcgagatt gtcccgacag
     4381 cggtttggaa tagatagttc ctttccttga catattcgga gcggaaagtc gagtcgctca
     4441 tcggctgcgc cagagccgac accacttgac cgctcacctg tctgacagga aatgccatcg
     4501 cctttccatt gcgaccggta gagaccgctt tcctttcgga agccgtctca ttccccgagg
     4561 tatgtgtcac cgaagcagat tgtccattac ctcctgcggg catatacttg gctgccagtt
     4621 gataggattt ttcgagcagt gccatctggt cgttcacggt tatagcgggc gactgctgct
     4681 cggcactcat acgactttcc aactccttca aacgggtacg catttcctct ttttccgggt
     4741 cttctctcgg tgcttcatag aaactgccga gcgtgcggtt gatgtcttgg taagcggaag
     4801 ccgaagcatg gaatccctct tgtggagcag tggtacgaga gccgaaaccg ttatctcttt
     4861 ccgacaaatc cgtcttcaat gccaactctt cggaactctg caccggttgt cctcctgtca
     4921 tctctccgaa catggaactg aggctttgca tggcacggct tcgttcctgt tctttctgtt
     4981 ccatcatctc cttttcgtag gctttcttct tgtcaccgat gagttccgag gcttgcggac
     5041 ccggcatttc cgtattaaag ccttggctgt cctgctcctc ctctttcttc gatggggcaa
     5101 agatgagcca catacatcct gcaaagagca ggaacatcaa gggataaatg acaaacttct
     5161 ttcgcctctg tttttcttcc tccgtcagtt caggcgaggt actcccgtcg gaggctgtct
     5221 ttcttttgaa tgggtacata atcgtaatac tttaataggt tgatactgtc atagggatag
     5281 agccgcctta cttcaggagt ttctatatca atatcgacga ccagctcaag gcgctcaaca
     5341 agcgggacga aaacgaacta aagaacctga tcacctgtcc gatggtcaag taccgcatgc
     5401 cttatgataa gcacgtggag gagcaccccc acatggcggg cttcgtggcc tcggtgaatg
     5461 gcaacgactt cctcaccgac cccaccggca gcaggcgttt cctgcccttc gaggtgctct
     5521 ccatcgacat caatcgggca agggccgtct cgatggacgc cgtttatgcg gaggccaaat
     5581 cactgttgca atcaggcttc cggtattggt tcaacgacga ggagatcgcg gagttatacc
     5641 acgaaagcga ggcgttccta gtgcagaccg cggagatggg gctcttgctg cgctgcttcg
     5701 agctgccgac caccgacagc gattgctcct acctgacaac gactgaaatc ttgacttacc
     5761 tcggcaccta cacgcgccaa ccgcttaagg ccaaacgtct gggagaggcc ttgaaaaggg
     5821 tcggatacat caaggtcagc cgacggcgga acggcggtag cccgctgtat gtctacaaaa
     5881 tccgaaagat cctcccctgt cccctcctcc aatcatgtag tagtaacatg tagtcagccg
     5941 cgtagtgact tcgattcgtc caattgaagt tgggaaacag tcgcttacta cagttatcgc
     6001 atgtagtaag ataggagctg aaaagtctga gtgtttgatc ggaaaacaat agaataagaa
     6061 aaatcaccag ggtgttttat tctaatccat tagaataaga agaaacatca tgagaattca
     6121 ttataaacca gatgaaatag aaagaatcac ccatgtgttt aatcctattc cattaggatt
     6181 ctaataaatc acatgtgtgt ttgattatat tctaccatga ttccaataaa aaacaagtgt
     6241 gttttatctt atcgcaatgg aataagaaaa agcaccgagt catttcatta gccaatcgag
     6301 tacttctaaa cgatgaagaa aaaagatcta tcaacaatca agcagttccc catcacggcg
     6361 tacttggaaa gtagaggcat cacgcccgtc cgacggctgg cgacctacgc gatgtatcgc
     6421 tcgccgctga gggatgagca ccacccgagc ttcaaggtag acaccgaaaa gaacctgtag
     6481 attgactatg ccgaaggccg tggaggaagc atcatcgacc cctccgtgcc ttcctcgata
     6541 acgacgacgc tggaaggcga accttaagca cgttcatcga agctgggttt caggtagaag
     6601 acatgtccat tcattatcgc ggatgcaagg atctcaacga gtttcatgtc aaccgcatcc
     6661 gtcgcctaca ggagcaacca atacagatac cacacacaat caaacagaaa aggagatagc
     6721 aaccatgaaa gagaaaaaca ccaacaaagc ggaccgggcg ttcctcgacg tctatccggg
     6781 agaaacgcat ccacaggaag cagagccatc cgagcaagcc gtgcataccg agagtgcact
     6841 cacaccgaaa cgcatcagcg ccaaaatgag acgagggacg ctggaggctt acaagcaaac
     6901 cttccttgta cctgccaagc tgacagatcg tcgggcagtc tatttgaata gagacacaca
     6961 ggagcgcgcc gacttcgttg tccgtcgact gggcgatcgt ggcgccaacc tctcgagctt
     7021 cgtggaaagc atcgtgcgcg cccatttgga ggactacgcc gaggaaatcg aggaatggcg
     7081 aaagctgtaa tccaagcaca ctgattcatc aaagagttca cgaacgatat gcatacctaa
     7141 caagcagtaa ccatctgaat gcagggcacg cagtgatctc aagaatcaca tagggtttgt
     7201 aacgaagcgt gacgacggta atgcaagacg tcagtttgtt cccacaaact gcgcttgctc
     7261 cctcgccctg tccggacgtg tgagagggcc gtaatcacat ccgttctcat cggccccaac
     7321 catagtataa gcaccacaga aaagacctat ccacatgaaa aagtacaaca agaaggaaga
     7381 caagaaaccg aacaagaccg ccttcatcaa ggtcagatgt acggccgaag agaaggaacg
     7441 gatccgctcg agagccacga acgcagggcg gaagtactcc gactactgtc gcgaaatgtt
     7501 gctgggcgga tccgtcaccg ccgtccctcc gataggcgac aacgagaagg aggcgcttgc
     7561 catcctccgt cagacggcac tattctacgc gcacatttct aacctgatta aggtcaaaga
//
LOCUS       SEQF2637|AYYD01000929.1 8763 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8763
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(14..1114)
                     /locus_tag="SEQF2637_00809"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPDPRIERKKIYPLDFLLLIVFLSTLSGNTSWYEIEDYAEEYE
                     EELKSLYELLTGHQLTHTKPSHDTLNRSISLLDVDAFEGAYKRWIEGFISATSGKHIC
                     IDGKTMRGVKKLSFDTQSHVISAFSPQDMCSLAQLYIDRKTNEIPAIHQLLHLLDLNG
                     AVVSIDAIGTQTAIAEQIIDKGGXYVLCVKANQSLSLQEIEAYFCPLFQKHILLDELT
                     ELSHGRIETRRYESILNPLEIEANEVLTRWKGLRSIHKVIRKRRDKRSDKTSEEVVYY
                     ISSLTDVSSLKQAIRGHWAIENKLHHSLDVYFGHDSSHKRTKNVAQIMDIIQKINLLI
                     IERLKTNMKSSIPRIQKKLARMNPQQLITIQF"
     CDS             complement(1495..1644)
                     /locus_tag="SEQF2637_00810"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLGKCNETEYLKSTYYKKLMKQDFYKHITIRNVKMHKKTTEIV
                     RDKEE"
     CDS             complement(2211..2429)
                     /locus_tag="SEQF2637_00811"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFMNYMDYTDDACLNLFTKGQVERMLALFKSQNGIRKEMLLYAD
                     ALTAPTPPLHLWTHRCLQSECVHHQVFR"
     CDS             complement(4836..5111)
                     /locus_tag="SEQF2637_00812"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLKLFTKQANLFTIKTSRIAPIAIFQKTVDTILIIEFLITIDC
                     RNVYAQALCDKVRTAAHGQHQDTSDPSVIRTPTNIALKFTKLLYFLY"
     CDS             complement(5642..6037)
                     /locus_tag="SEQF2637_00813"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRENFPGFLLTPDNVDYRTPVKIMNFHKRIFGKLFADSGYISK
                     DLFEQLFIDGVHLITRLKKRMKKALMLQYDKIMLRKRSPIETVNDQLKNICQIELDPP
                     SMLPELHHQSIIGVGSFLLLRQKAFHQYC"
     CDS             7108..7281
                     /locus_tag="SEQF2637_00814"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYLFYQNKCSLKYCKRKKGEREALVKLYLLCFYVVNLLISYKIE
                     LIANSFRAKNGTT"
     CDS             complement(7415..8623)
                     /gene="xerC_5"
                     /locus_tag="SEQF2637_00815"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINRQKTKADGNTAIFCRVTIDGRSTTMTTGEECL
                     PAEWNSRQGITGEKKINQRLATFRELVEKTYXEMLSKDGVVSAELLKNRLQGVAAAPT
                     TLLAMSEAELQSVRACVGRSRSEGTYRNHTYSDKMLREWIESKGQKDMPIHAVTEEMF
                     EEFRFYLKKKRFTAKTVNRDLCWLSRLMYRAVSKRIIRYNPFEDAIYEKDERKIRFLQ
                     KSDIAKLMALKVNDREAELARRMLLFSCFTGLAIADMERLKFSHIQTSADGRRYIRKE
                     RQKTKVESVLPLHPIAEEILSRCREEQTVKEKGDDLVFPRSCSRSAMNNKLSTVGLAC
                     GIRQRLSFHMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDMDR
                     LIRKQQAASE"
     CDS             complement(8635..8754)
                     /locus_tag="SEQF2637_00816"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 cnggggtgac gcattaaaat tgtattgtga ttagttgttg tgggttcatt cgagcaagtt
       61 tcttttggat acgagggatt gaggacttca tatttgtctt cagtcgctct ataatgagta
      121 aattgatctt ttgaatgata tccataatct gcgccacatt cttggttctc ttgtgcgagg
      181 aatcgtgtcc gaaatagaca tccaaagagt ggtgcaactt gttctctatc gcccaatgcc
      241 cacggatagc ctgtttcaat gaagaaacat ccgttaatga cgaaatgtag tagaccactt
      301 cttcactcgt tttgtcgctc cttttatccc ttcgtttgcg tataactttg tgtatcgacc
      361 tcaagccttt ccagcgagtc aatacctcgt tggcttctat ctccaagggg ttgagaatac
      421 tttcatagcg acgtgtttct atgcgcccgt gagatagttc cgtcagctcg tcaaggagga
      481 tatgtttctg aaacagaggg cagaaatagg cttcaatctc ttgcaaactc aaactttgat
      541 tcgccttaac acacaataca tagnctccgc ccttatcgat gatttgttcg gcaatggctg
      601 tttgcgtacc tatagcatca atggagacaa cagccccgtt caagtccagc aaatgaagaa
      661 gttgatgtat agcaggtatt tcgtttgttt ttcggtcaat atagagttgg gcaagactgc
      721 acatatcttg tggtgaaaaa gcagagatga catgggattg ggtatcaaaa gagagtttct
      781 tcactccccg catcgtcttg ccatcaatgc aaatatgttt acctgaagtg gccgagataa
      841 agccttcaat ccatcgctta taagctccct caaaagcgtc tacatccaac agactgatgc
      901 tcctgttaag agtatcatgg gatggcttag tgtgcgtaag ctgatgaccg gtaagcagtt
      961 cgtatagact tttcaattct tcttcgtatt cctcggcata atcttcaatc tcataccagg
     1021 aggtatttcc tgagagtgta gagaggaaaa cgatcaggag taaaaagtca agaggataaa
     1081 tttttttacg ctctatccgt gggtctggaa ccatacaaag gctttctaat agagaatgat
     1141 acacaactaa cggagtttta atgtctgtaa aagtaccgag aaagctgttt ttaatgcgtc
     1201 agccctggaa gaacggagaa tacagtggag gagctgacag aaagtccgaa cgacatgttc
     1261 tgaacggaga ttgatcttag tttgcaggtg cgtggtgctg acctatgtaa attggcctac
     1321 caacgtcgac agagaaaact atctatcagg cgcttacgca gtaaaccgcg gtgaatagga
     1381 aaagactgta ccgggtgttt aattacaaac caaatggaat agaataaacc ataggcttag
     1441 cttatatcgc catatatctt tgatttcagc cattaagaca aaaagtcaag agttctactc
     1501 ttctttgtcc cttacaatct ccgttgtttt tttatgcatt tttacatttc gaatggtgat
     1561 gtgcttataa aaatcttgct tcatcagctt tttgtaatat gtggatttta gatattcagt
     1621 ctcattgcat tttcctaaaa acattgcatt tctgccagca taagctattt tgttgtggag
     1681 tttggacttg tttgcacaat tcgcaataat taacttgtga atttgattgg gtatgagaag
     1741 gacgtttttt ctggcaaatc ctctttccac caatcaggca attctgcttt ttctttcaaa
     1801 aaatcctctg cgctaatcaa aacaaaaagg atagaaaagt cataatatct ttctaacaaa
     1861 aatactatcc ttaagatgcg gattttaata ctttaaatgc ttttgaaaaa caaatttccg
     1921 ctattaatat aggagtcgac ttcttcaaac ccctcgtttg aaagtgattt ttttaatcac
     1981 tcatagatac tttgtttttc tcctacgttg attcctcgca ataaaagcac atataccata
     2041 agtgtctatt ttttataagc aacccttcta atgatattct gaacacctat ccattgttgt
     2101 ctaagtcgaa aaactaaact ctagagtttg gcgtcatact gtttcgtgat acaaactgtc
     2161 ttatctataa ataattgcag agtctctaaa tcggtagctc acagatgctc ctaacggaag
     2221 acttgatggt gtacacactc tgattgtaga caacggtggg tccagagatg gagaggggga
     2281 gtaggggctg tcagcgcatc ggcatataac aacatttctt ttctgatacc attctgagat
     2341 ttgaataatg ccaacatacg ctctacttgc ccctttgtaa acaaattcag gcatgcatca
     2401 tctgtatagt ccatgtaatt catgaacata acttcaggtg aaacttggat gcaatgatca
     2461 gtttttggga atgaggcggt acccaaagtt ttttcttctt gatcagacgt atctgaaaca
     2521 taatcggtac cgaaactacc ctttttatca ccccaaatat ggcgtaagtc taaccagtgt
     2581 cctacttcat gcgttgtagt cctaccttta ttataaggag acatggggct gtcatccctt
     2641 ccgaaatatt agtaatcaat taccacacaa tcagtgttga gcctcgtttt aaattcgaac
     2701 gggaattgag catatcctag agatcatcct ttagattaca cacccaaata ttcaagtaat
     2761 atcttgtatt ccaagcatta gatccatctg tactgatcaa tttcacattg ttggcttttg
     2821 gggtgaaaac tgccaccgaa gttcgggttc gtattatacc atctgtagga tttccattgg
     2881 ggtctacttt agctaatctg aattcaatat ttgcgcttcc agcaacattt gaaaatgctg
     2941 gtggcgtatt ctccttgtct gcgttctttc tttgaaaatc ttcattcagc acctgtattt
     3001 gagaatgaat ctgagcattg ctgatatcct gtggtgtgct actatatacc acatgcacaa
     3061 cgacaggggt gataattttg ttgacagagg agtatttcat tgaactgcgc agattttgtt
     3121 gtactgcgct ctcctaagcg attattcttc tgtatttcac gggatcaggt ctgacgaata
     3181 tattccatat tcagctcgga accacatgtt cgttgcgaat agccactaac ccatagtgct
     3241 aacacagata tgaagattgt tgttttttat tgtcgtttct ttttatggtt gataatttaa
     3301 caaagcaagc cgggcccgtt ttatttccgg cttaatgtat tcactgcaat cgaaaacctc
     3361 tccgcttata acaatagata ttccatcttt cctgcacctc tccggaatat gacaacctcg
     3421 cgggatgagg taatgttcag gaataatctc cttatcatct aatactatag tgatatcatc
     3481 ttccgaaatt ctgatatggg ccgtttcatc cctgagcgtt acgattggaa tcttttcttc
     3541 tgcacattcg catgaacaag atatttttct ctccttttcg catcctgctc ccatccacaa
     3601 taacagaaag agtgcgctaa tccataaaat gaacttcgtc ttcatttctc atcatgtttt
     3661 tcgttaatca caagcttcgc ttccggatca atttatcttg ctgcgcctcc agggtgcggt
     3721 tcctaagggc gccctgacaa gtctggcgaa gtgttatcta tggttttcat acgactggcc
     3781 tgttaaatat tcgacgtaaa tatcgtggat acaatcgtaa tacgaaaatt gctttctgta
     3841 attcttggca ttttatccct aaaaaaccct ctttcctgca aatcgaactt tttaatcaaa
     3901 gaaaacctca ctctccctcg attcctgctt ctcgtatcct atgaaacttg cagagaggaa
     3961 aaactttctg ataagtgatc atttgtcagg cgctcgtcaa atccgatatg aacgcaagag
     4021 gaaatgcctt tcgccatcga tagcatttcg acaaggattt gctatctgat cattgagggg
     4081 tgggccttcg taaccgtttc ggggtttctg caggctccga aacttttgct gttacgtttg
     4141 ttagagaatt tgacaccttt acgggcgaga aatgagatgt cttatgacta cttcaaagag
     4201 atgaaagcag gagaatctcg ctcgtttctt attcgttccc tttgggggag tagagctatc
     4261 agtgtccacc cattgacaaa cactccgtgc actaaagaag agaaatatgg actgccagca
     4321 gaaattaatg cttctaaaac cacaaaacaa aacccctaag gcattatatg ccttagggat
     4381 tttgttttgt ggaggagatg gaaggcttga aaaatacaca caaaccacat ctctttgctt
     4441 actttttctt gaaaatcaaa tttattaaaa ataatataac aatagctcca atagcccctg
     4501 tcaagataga accaacccat ccctcaccaa gagagatgtt aaatacactt cctaaaagcc
     4561 agtaccccag accactccca agaaggccaa taatgatatt cccaacaagt cccaatccac
     4621 tacctttata tatagtaccc cctagccatc ctgcaatggc tccaataata agtgttgcaa
     4681 taatacccat gaaattcaat gctaaattcg aaggcaaaga taagagagat cgtccacaaa
     4741 aacaaattat gcgatcttat agccaaacgg aaaaggaata tgaaatgaaa cggtaaaacg
     4801 gaatcatctt tgtatcctct atgtcaatca aactatcaat acaagaaata gaggagcttc
     4861 gtaaacttca gcgcaatgtt agtaggcgta cggattacgc tcgggtcact tgtatcttga
     4921 tgctggccat gggctgcagt cctgactttg tcgcacagag cttgggcata gacgttgcga
     4981 cagtctatcg ttataagaaa ctctatgatc aagatggtat cgacggtctt ttggaagatc
     5041 gctatagggg ctattctgga cgtctttata gtgaacaaat tagcttgctt tgtaaagagt
     5101 ttaagaggca tatttacaca gatgcaaaac gtgtgactct atgggtaaag aacaccttcg
     5161 agataggatt atacaccggg cgggatggtg catctgttga atcgcatagg cttcacctac
     5221 aagaagacaa ccgaggttcc ttgtgaagca aacgctgaag ttcaagaaga cttcgtccaa
     5281 atgataaaga catgcttcga tgctaagaaa tagggcgata tttatattat gttgatgata
     5341 cgcatccgac tcacgacgca cgttccactt atgcctggat acggaaaggc aaacgcttag
     5401 agcagcccac ggtgagctgc cgtgaccgta tcaacatcaa cggattgctt aatgctcacg
     5461 atgtgacgga cgtgatcgct catgagtgtt cgagcctcag tgtcgattct accatagcgc
     5521 tttacaaggc gactttggag aaacatccta aaggccgaaa acatctacat catcaccgat
     5581 aacgctcgtt aatataagct caacctaagc gacagacagg aaagagggat gtacaaactc
     5641 ctcagcagta ttgatggaag gctttttgtc gaagaaggag aaagctgcca acgccgataa
     5701 tagattgatg atgaagttcg ggaagcatcg atggcgggtc aagctctatc tggcagatat
     5761 tctttagttg atcattaacg gtttcaatcg gagatctttt ccgaagcatg atcttatcat
     5821 attgaagcat taaggctttc ttcatcctct tcttcaaacg tgtaataagg tgaactccgt
     5881 caatgaagag ttgctcgaag agatctttcg agatgtagcc actgtctgcg aaaagcttgc
     5941 cgaagattcg tttgtggaag ttcatgattt tcacgggcgt tctgtagtct acgttgtccg
     6001 gagtgagaag aaagccgggg aagttctctc ttgtcataga tgatcaagtg caatttgaat
     6061 tcatagaacc aggccagtgt actttttctg gcaaatttct tgaaggtctt atgcgacttt
     6121 tctcttttga tatggcagct tcgaatgggt agaatcgata aaagaaatac cggtgcattg
     6181 tacaaatatc tcattttaag gaagaaaaca agaggtatac caacctttcg ttgcagttct
     6241 acgaagcggt tgtaagacac actatgtgga aaatctttct tcatttgtgt tcgaacaaag
     6301 agatagagat gctttagatc tcgaaaagag gggaaatgga agaggataag aatcgtcatg
     6361 acctcgctac tctggacatg gtgaatttgc gattcctccg tttctttggg atccttcttc
     6421 caaggaatga cttttgatta cggcgtcata ttctttgaag aattcgttga cgatatagta
     6481 gatctctaca gttttattaa cgggcgttac tgtgcaattt actctttatt ttcagcgcat
     6541 taagacacaa actatctctt gatttcagcc tcttttctcc tttttcttac gtcgaactca
     6601 cgttcgttat taccgcaata agaagctcgg agaatgggtg gagggcacga aaaccatgct
     6661 cagcatgagg ttttatcaaa caaaacacaa ccaatagaat aaagcgctta aattcttcaa
     6721 caacatcgct ttttgttagc tggagttgga gtttcttcta actcttaact tccacgtgat
     6781 cgatttgcat tccttttttt gattgactat ataaccccat cgttgatttg ctctctaaaa
     6841 ctgtacgctt tattcacaac aaacaaaata aaaaaaatca taaaaaagaa ctcaagcagc
     6901 tatttaatag atgtggtgtt tttttgattt taattgtttt tcatcaggcg atcagcatct
     6961 ttacaaataa gaaataggtg tattatgata ttgcaaaaca aagaagatga gagaaccgca
     7021 ctcgttacct ttgaaaaagt agagctatca gtatcttttt atttacaaat acttgcagca
     7081 tcatccattt gttttattcc aaggtaaatg tatttgttct atcagaacaa gtgttcgttg
     7141 aagtattgca aacggaagaa aggggaaagg gaggcgttag taaagctcta tcttttatgc
     7201 ttttatgttg tcaatctttt aatctcctac aagatagagt taattgcaaa ttcttttcgg
     7261 gcaaaaaacg gcacaacatg agattgcaat agaaggcatg atttcttgac tacacatcaa
     7321 cccttcttct ttcaccgtat cacctccgtt gtagtcatgt agtaagatcg aatcggtgaa
     7381 aggaaaaaga catgttagga cagccgtaca gggatcactc tgacgccgct tgttgcttcc
     7441 ggatcaacct gtccatgtct tctgagatct ttttgtccgt cacctgcgca tagatctgag
     7501 tgctggatat ggacgcgtgc cccatcatct tggcgatgct ctctataggg atgcctgcgc
     7561 tgagcgacag ggttccaaac gtgtggcgcg ccatatggaa agacagtcgt tgcctgatgc
     7621 cacatgccag ccccacagtg ctcagtttgt tattcatcgc actacgactg caactgcgtg
     7681 gaaagacaag gtcgtcgcct ttctctttca ccgtttgttc ctctcggcat ctgctaagga
     7741 tctcctccgc gatcggatgt aacggtaaga cggattccac tttcgtcttc tgcctttcct
     7801 tgcggatata cctccgtccg tcggctgacg tttggatatg agagaacttt aggcgctcca
     7861 tatctgcaat ggctagtccg gtgaagcagg agaagagtaa catccgtcgg gcaagctctg
     7921 cttccctatc gttcactttc agcgccatga gcttggctat atcactcttt tgcaaaaagc
     7981 gaatcttcct ctcatccttt tcatagatgg catcctcaaa agggttgtag cgaatgatcc
     8041 ttttactgac cgcacgatac atcaatcgac tcagccagca gagatctcga ttgactgtct
     8101 ttgctgtaaa tcgcttcttc ttgaggtaga agcgaaactc ctcgaacatc tcctctgtaa
     8161 cagcgtggat gggcatgtcc ttttgccctt tgctttctat ccactcgcga agcatcttgt
     8221 ccgaataggt gtgatttcga taggtgcctt ctgaccttga tctaccgaca catgccctaa
     8281 cggattgcag ttcggcctcg ctcatggcca aaagagtggt cggtgcagcg gcaacaccct
     8341 gcaagcggtt cttgagcagt tcagcgctga ccacgccatc cttcgagagc atttccgngt
     8401 aagtcttttc tacaagctcc ctgaatgtag cgaggcgttg attgattttc ttttcgccgg
     8461 ttataccctg tctactgttc cattcggctg gcagacattc ctcgccggtt gtcatggtcg
     8521 tgcttctgcc atcgatggtg acacggcaaa agatggctgt attaccgtcc gccttcgtct
     8581 tctgtctgtt gatgtagaat agaattttga atgtacttct catatcggtt tcggttaaat
     8641 ggtcaggtgt aaatcttcgg tgaaggcgat caagcgatcg aactcttcaa acagcttttg
     8701 gggagtgact ttcgcatatc gctcggtcat gcgcaccgtg ctatgcccaa gcatcttgct
     8761 tac
//
LOCUS       SEQF2637|AYYD01000930.196548 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..96548
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(14..1114)
                     /locus_tag="SEQF2637_00817"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVPDPRIERKKIYPLDFLLLIVFLSTLSGNTSWYEIEDYAEEYE
                     EELKSLYELLTGHQLTHTKPSHDTLNRSISLLDVDAFEGAYKRWIEGFISATSGKHIC
                     IDGKTMRGVKKLSFDTQSHVISAFSPQDMCSLAQLYIDRKTNEIPAIHQLLHLLDLNG
                     AVVSIDAIGTQTAIAEQIIDKGGDYVLCVKANQSLSLQEIEAYFCPLFQKHILLDELT
                     ELSHGRIETRRYESILNPLEIEANEVLTRWKGLRSIHKVIRKRRDKRSDKTSEEVVYY
                     ISSLTDVSSLKQAIRGHWAIENKLHHSLDVYFGHDSSHKRTKNVAQIMDIIQKINLLI
                     IERLKTNMKSSIPRIQKKLARMNPQQLITIQF"
     CDS             1250..1870
                     /gene="kdsD"
                     /locus_tag="SEQF2637_00818"
                     /EC_number="5.3.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5NGP7"
                     /codon_start=1
                     /transl_table=11
                     /product="Arabinose 5-phosphate isomerase KdsD"
                     /translation="MMTNDIRSIIEQEADAVRNIPISERYAEAVDLIVKHVHKQGGTL
                     ITAGMGKAGQIAMNMATTFSSTGTPAFFLHPGEAQHGDLGIVRRNDLLLLVSNSGKTL
                     ELIELVDLARGLVPDIPFILITSDPQSELARRATLCLPTGAPREVCSLGLTPTTSTTV
                     MTVIGDVLVVGTMDRIGFTSTDYAKRHHGGYLGSKSRQLSGKEAGA"
     CDS             1867..2793
                     /gene="scrK_2"
                     /locus_tag="SEQF2637_00819"
                     /EC_number="2.7.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26420"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructokinase"
                     /translation="MRKVIGIGETILDILFSDGQPYTALPGGSIFNTLVSLSRVGVQT
                     SFIGELGDDRVGQIIRDFMQQNGMSTDYMDSFSEGLSPVSLAFLDEGQGTDYMFYTNR
                     SKRRSNMALPDIQPDDIVLFGSYYALNPDTRDRVMDLVQYARERRAIVYYDPNFRKAH
                     AHEAIQLRATVMDNYEAADLVRGSDEDFVNLYKKTDPDEVYRDEVQFYCKRLIATRGS
                     GGISLYTEKGCTHYDVPPLTAVSSIGAGDAFNAGLIYSLIKYRIGQMDLTDLSPMMWD
                     KMIGLGIAFAAEVCGSSANYVSPEFAAKHREE"
     CDS             2854..4626
                     /gene="deaD"
                     /locus_tag="SEQF2637_00820"
                     /EC_number="3.6.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WH05"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RNA helicase DeaD"
                     /translation="MKTFEELGIAEPVLRAIREMGYEAPMPVQEEVIPLLLGEHLDII
                     ALAQTGTGKTAAYGLPILQKIDIARRQPQVLILCPTRELCLQIAGDLSDYSRYVDGLH
                     VLPVYGGSSIESQIKTLRKGVHVVVATPGRLLDLLNRKTVDLGGVRDVVLDEADEMLD
                     MGFTDSIDAILAEVPEDRHMLLFSATMPQEIARITRKYMKEPREVVIGRRNEGNQNIR
                     HVYYMVHARDKYAALKRIADYYPGIYGIVFCRTRKETQEIADRLIQDGYNADSLHGEL
                     SQAQRDYVMQKFRLRNLNMLVATDVAARGLDVDDLTHVIHFGLPDDNESYNHRSGRTA
                     RAGKTGISISICHVREKGKIRLIEKAIGKKFERAQLPSGEAICEKQLFHYVDRLEKVK
                     VDEAEIERLMPAVFRRLEWLEKEDIIKRLLSLEFNRMLDYYRDAEVIEDVDDARPERR
                     EKGDKKERTDRRAAKRESRGNDTGFRRLRLNFGKDDGLYPAQVIDLINRCVPGRKVEI
                     GRIEIGRDSSYFEVERDAARRVADSMNSYEVDGRPISVSPMHDDADGDRGDRKPYRRK
                     ASAPRSYGGGKPWRRTPDRKRSRR"
     CDS             4971..5771
                     /gene="rnhA"
                     /locus_tag="SEQF2637_00821"
                     /EC_number="3.1.26.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KEI9"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease H"
                     /translation="MSPKGLSRLYDTMGTKGASRLYRTMGTKGASRLYRTIGLGRGLP
                     PPFVFSFSFIVPMSGKSKYYVVWKGVERGVYDNWADCLRRTQGFEGAQYKSFATREEA
                     ERAFSESPYEHLGRTPRRAGPTVSKVVGPCIPQSLAVDAACSGNPGDMEYRGVHVASG
                     RQLFHIGPMAQGTNNIGEFLAIVHALALCAKTGQTQLPIYSDSRNAIAWVKQRHCRTK
                     LAPTAANAPIFDLIRRAEAWLHAHTYTNPVLKWETEAWGENPADFGRK"
     CDS             complement(5865..6902)
                     /gene="thiL"
                     /locus_tag="SEQF2637_00822"
                     /EC_number="2.7.4.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67883"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiamine-monophosphate kinase"
                     /translation="MNTLSPRTEIATLGEFGLIDRLTHGITPRHDTTILGIGDDAAAI
                     RHSADRLTLVTTDLLLEGVHFDLTYTPLKHLGYKTAVVNFSDIYAMNGRPTQLLVALG
                     LSKRFAVEDIEAIYDGIRHACDVYGVDLVGGDTSASLTGLTLSATCIGDVPSDRIVRR
                     DGAHDTDLICVSGDLGAAYMGLQLLEREKRVFRGESDFAPDFAGREYLLERQLRPEAR
                     RDIVESLASADLLPTAMIDISDGLASELLHIAARSHVGCRIYEDRLPIDYQTAVMAEE
                     FNMNLATAALNGGDDHELLFTLPLSVYDRAERLPGVRIIGHITRPELGCILVGRDGGE
                     VPLQAQGWQGR"
     CDS             complement(6968..8218)
                     /gene="skfB"
                     /locus_tag="SEQF2637_00823"
                     /EC_number="1.21.98.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31423"
                     /codon_start=1
                     /transl_table=11
                     /product="Sporulation killing factor maturation protein
                     SkfB"
                     /translation="MKKYKKSIYNISVSKDRYVLLFNAASGSAIVLTDEAYDQFNSFS
                     FDENTVIAYLDRGFLVDSECDEFTRIQQESENTPYKKKIHKYRILTTSACNAKCFYCY
                     EKGLRRYTMTPSVALDTAKFIVKHVNEGDRIRIEWFGGEPLMNMPAIDTIMKYLTEHL
                     SPYLDFHTTIVTNGSRINEEVIEKMVYHWRIKRIQITIDGVGEKYEEVKGLGRGSFRR
                     IISTIGKLVEAKINVDIRLNYDASNLEDIKEVIRFFSSYQYKDRITIYAAKIFSEITR
                     RGYFDLEKETLEVEELLYTLGLKKGLALLPRTFTTGCMATYPGFYTIDPDGKLFKCDR
                     KLLDGNIVATVSKYDEDALYRHRWNNLEVESKCEICALYPMCWGGCIYDRISGIYPCY
                     LTNSIVEHNLMLLLNDYLKRRQTV"
     CDS             complement(8641..9747)
                     /gene="lpxK"
                     /locus_tag="SEQF2637_00824"
                     /EC_number="2.7.1.130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67572"
                     /codon_start=1
                     /transl_table=11
                     /product="Tetraacyldisaccharide 4'-kinase"
                     /translation="MKSNKTNKQYPVAWPLALCYGLGVRLRNLCFGLGILPSETYPIA
                     VISVGNLSAGGAGKTPLVEYLVRLLSPRYRVAVLSRGYRRKTKGYVLASASSTAREIG
                     DEPSQIKRKYPSITVAVDGHRRRGMRRLLALPEAERPQVVVLDDAFQHRYVRPSLSIL
                     VTDSHRLFTRDRLLPVGTLREPRSGVRRADMVVVTKCDPAMKPIESRIIEDELRIDIS
                     RPRFFTSIAYRRLEGVWPEECPARELSSLGADTDVLLIAGIADPSPLIEELRRHTEQV
                     VALTFPDHHTFHRTDIDKIRAALKKQRPETLILCTEKDAERLRTTPLFPAEWHARTYA
                     LPIEATFLFGASSRFDEFVIRHVETIEKSHILRK"
     CDS             complement(9757..11532)
                     /gene="sppA"
                     /locus_tag="SEQF2637_00825"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08395"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 4"
                     /translation="MKQFFKMMFASTLGFILASIIVSAILFVTMIGMVAGLSKSSAAA
                     VGPKAGESVFKITLAGEIPETTPESPFSALVSGNDEALSMHDLVAAIRNAKEQETVKG
                     IYLDLGAFSSGVVTLDAVRRALADFKESGKFVVAYADRYTQGGYYLASIADKVFLNPE
                     GMLSLNGLSSQTTFVKGALEKIGVEMMIFRVGTYKGAVEQFMTDKLSDANREQITAYQ
                     RTIWGNITRSIAKSRKITADDVNRFADEGGALLDARRAVAYKLVDELKYRREVEQYLM
                     DRAGQKGDKLKATSVAALKGAKKKEKEYRNKIAVVYAEGEIVESLPGGFSAGEAAITE
                     RLNDDLKKLEGDDDVKAVVLRVNSPGGSAYVSEQIWKAVSDLKKKKPVIVSMGSVAAS
                     GGYYISACASKIVAEPNTITGSIGIFGIFPNATGLYKKVALTTDVVKTNRYADMLDPS
                     RPMTEDEKALMQAFVNRGYETFLTRCADGRGKSKADIDSIAQGRVWTGEQALKIGLVD
                     ELGGLERAIELAGEQAKIINYNVIEVTSKSDFLRDLLEKQVGRIKMSILKDALGEDYE
                     YVKALRTAHPTYGVQARMLYTPNNL"
     CDS             complement(11629..12564)
                     /locus_tag="SEQF2637_00826"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTTNELSALGAEALLERDLAHWPMARQNYEALNDVRIRTVRFG
                     AFRIDVQFNPARIVSSGARTDAASISQRPCFLCDANRPPEQDALPCLDDRYLLLVNPF
                     PIFRRHYTIVERTHTPQSIAGGRMADFLELARQLSGLTLLYNGPSCGASAPDHLHFQA
                     VTRGQMPLDTEVDSLHATLLIRSPEATLSRILGCLRPLLVIRARTAEAAEALFGRVVR
                     ALPRTSPDEEPMMNLTARYEAGEWVVIVMPRRRHRPWEPGEGILTAPGAADMGGLFIS
                     VRTEDFEATDAETLRAVYRAVCPSDEAIRALRFDK"
     CDS             complement(12639..13196)
                     /locus_tag="SEQF2637_00827"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARERLYMRRWNYERDQEVPEEKRRRRTGGRTLAVRPQFPLDEI
                     YITLFSERRVYAPDGTIHYEPIPQRAADTGVELLDDLRRMLSEGKSNLKTFGEGYGLT
                     PSDVNGLVLALTGMEAITFRIAWQMRRVDELLRYTDLSIEEVARQSGVGSTTNLFYAC
                     HRDFHCSPSQRRRHLRQANDLGRYR"
     CDS             13866..14801
                     /locus_tag="SEQF2637_00828"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLCLGQKVRNPYFIPSCLIGYQIGTLVGAQKHTPLARLSSTPT
                     PFAGRLVGRMQYAPTFPEKDEVSLGRCYLLSRTIRDESVFHSIMFNRLSDRYPGRAQK
                     HTPLARLSSTPTPRAGHLVGRMQYAPTLPAEKSDFKGRRGVMFGVREDEYIFHSIMSN
                     RLLDRSPCRGVLHTPLARLSSILSPLTGRLVGRMQYVPTLLEKDKVSSGRCFLLSRTM
                     RDQSVFHFSMSNRLSDRYPGRAQKHTPLVHLSSTLSPLAGRLVGRMQYAPTLPAEKSD
                     LKGWCGITFRRREDSSIRRTKKGRIFWREDRRQEV"
     CDS             14930..15097
                     /locus_tag="SEQF2637_00829"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSIITMEEFQSDIERFLDLSEEEAVVITRDNGKPIKIEAISSDD
                     ILRYQAERCTP"
     CDS             15252..15824
                     /gene="ywrO_1"
                     /locus_tag="SEQF2637_00830"
                     /EC_number="1.6.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80871"
                     /codon_start=1
                     /transl_table=11
                     /product="General stress protein 14"
                     /translation="MKKVLIVSGHTDIQHGSVVNRRILEVVKRELPEVTIDSLSELYP
                     DFRIDTAAEQKKLVDADVIVWQFPLFWFAKPSLLQRWGEEVFIHGFSHGTNGKALQGK
                     KLILSVTIGAPAEAYAREGRPNGGLEDMLMPATQVMVGMTGMTLVDPVVITYGVSYAL
                     RNDPEQAKELERKADDHAARLVALLRDAAK"
     CDS             16031..16645
                     /locus_tag="SEQF2637_00831"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKSSSIIRKPAFRIAIVAVVLIGLYAFFAGTYNRMVQLDENV
                     QGAWGQVENQYQRRADLIPNLVNTVKGYAAHEQATLTAVIEARAKATQITVDPNHLDE
                     AALKRFSAAQGELSSALGRLMAVSESYPELKANENFLMLQSQLEGTENRIAVERKRFN
                     ELVNVYNGYIRHFPNNFFAQAFGFQRRAYFEADKESEKAPNVSF"
     CDS             16658..17776
                     /locus_tag="SEQF2637_00832"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTARRLYQGLVVWIVSWLSVGLSAQTRDVYSVEDVPNVQLIDST
                     RFVSDPNDAIPDDDEAALNRRLGQLRDSLSVEIAIVVIPAYDVEKYSSAREFANELFN
                     TWGIGDKETNRGLLIQLVTREDLREITFETGYGLEGELPDGLCMLIQKRRMIPPMKEG
                     RYGEGLLAGLEEVRKALSNESTLEAEEEKKSNTLAAFVCSIWWALGLLGFGGMLRKQW
                     RAARTVKDFSEFRQIAWGHNIAAVFSGLFLCQTPIALLYFLLKLILRKQLRPQIRCEG
                     CGAVGRFYQEKGYPIKKPRTNGTLKVYHYVCRNCGRVKAEKVFKRTPDRWSGGSSSGS
                     SFGGGLGGGFSFGGGSSGGGGGSWGGGSSGGGGASSRF"
     CDS             complement(17899..18249)
                     /gene="hxlR"
                     /locus_tag="SEQF2637_00833"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42406"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional activator HxlR"
                     /translation="MIDIKTNYPNCPIRHVISCFGDKWSILVLWTLHDCPGGVLRFSE
                     LGRSMADCSQKMLAATLKNLERSRLIRRVVYPEVPPRVEYSLTETGRSLIPVLATLIE
                     WAERHFDEVTGAVS"
     CDS             18516..19043
                     /locus_tag="SEQF2637_00834"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANVILIGATGFVGSAVLNELVERGHHVTAVVRNAAKLPKSSQV
                     EAVEANVADVEKVADLARGKDAIISAYNPGWANPDIKRLIETNYPRILEAAKRSGVPR
                     LIIVGGAGTLFVKPGLRVVDSGAIPAEIMDGVRPLGDFYLNTLTRETDIDWVFFSPAG
                     EFDAEGSKTGKYRLG"
     CDS             complement(19268..19990)
                     /locus_tag="SEQF2637_00835"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METFWRTIAYYNASTWAGQLILILMGICLTVLLVRRPAPWVKWA
                     MKVYLAAIYLWVAVVYYFVCCRERDYNEVMALYWALLAAIWVWDLATGYTTFERSHKY
                     DLVACVLLTMSFVYPLISLARGLTFPMVTSPVMPCSVSVFTIGLLLFFVRRVNLFLVL
                     LLCHWALIGLTKAGSFHIPEDFVLVATAIPGLYLFFKERYLTDPHRATKPDAKYINAL
                     LIAVCIGLAALLLVTMANAFFL"
     CDS             complement(19997..20494)
                     /locus_tag="SEQF2637_00836"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMLTITLDILSDALFAAVAGIGFGAISDPPLKAFKMIALLAAV
                     GHTCRFCLMTYAGIDIATASLAAAFLIGFGSLWLGKKVYCPMTVLYIPALLPMIPGRY
                     AYNMVFSLIMCLQRVNDPEGLRRYMEMFFSNGMITVTVIFLLAVGATFPMFLFPGRAF
                     SLTRH"
     CDS             complement(20491..21261)
                     /gene="yjjP"
                     /locus_tag="SEQF2637_00837"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ADD5"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YjjP"
                     /translation="MTHTQESLSSLCDFIAEYASHLMAAGVHTSRVMRNSKRIGSSFE
                     ADVKMSILHKHIILTVIDRTTSEQSNRVVEVPPHPISFEHNASLSALSWAAADRHLSL
                     DELWAEYTRIVSAPMIHPLFVLLLVGFANASFCRLFGGDAVSMGIVFSSTLTGFYLKQ
                     RMQQRGINPYVTFIVSAFVASLCASTSLIFSTTSDIALATSVLYLVPGVPLINGVIDV
                     VEGHVLTGFARLTEAALLIVNIAIGLSFTLLLVKSSLL"
     CDS             21406..22140
                     /locus_tag="SEQF2637_00838"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRLHNLSLAALLALLLLPTATKAHTMWIDTPFEGHIGQPQTV
                     RIFFGEFSLRMISPADRWFSDIANCRLTLLAPDGTPIPLEKAPTDSCYTASFTPTAEG
                     WYLLYFEHTVRDLYEGMRITYGAQSWVRVGHPDGPPTVASPFSHGRLFLPPDEPFRLD
                     QPAAVTLTEGGQLAPSRRLTLTSDKGWRKNLRSDATTAIASTPLLFPADYLFEWTDNP
                     PITDPVQRISTDHQSDYITLNYFFRP"
     CDS             22587..22736
                     /locus_tag="SEQF2637_00839"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTADERSRGYSDLIVTLPNKSKTGIRLKTASTFGAGNNKERKTR
                     NGVYS"
     CDS             22720..23754
                     /gene="lpxD"
                     /locus_tag="SEQF2637_00840"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HXY6"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-3-O-acylglucosamine N-acyltransferase"
                     /translation="MEFTAKQIAEFLNGTIEGDVTAKVNGFSKIEEGKPGTLTFLANP
                     KYEHYIYGTKAAIVLVNDDFHPSAPIESTLLRVPNAYAALASLLHFVEQTQTQKEGID
                     PSAFIAPSARVGAGGYVGHFAYIGEHSVIGRGCRIYPHAYIGDNVQIGDDTIVYPHVT
                     IYNGCVVGSRCILHAGAVVGSDGFGFAPENGTYRKIPQLGNVVIEDEVEVGANTTIDR
                     AVMESTTIHRGVKLDNLIQIAHNVQIGENTVMASQVGVSGSTKVGRHCMIGGQVGLGG
                     HIHIGDGTQIGAQSGIISNIDAGSRVMGSPAMPLKTFFRSSITLRKLPDMYLEIDRLR
                     KEVEELKKRL"
     CDS             23790..25175
                     /gene="lpxC"
                     /locus_tag="SEQF2637_00841"
                     /EC_number="3.5.1.108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P47205"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-3-O-acyl-N-acetylglucosamine deacetylase"
                     /translation="MQKQKTLASEFSLQGKGLHTGLDIHITFKPAPENHGYQIRRTDL
                     EGAPIVEALAENVINTQRGTVVGKKDVQISTIEHAMAALYAWEVDNCLIEVDAPEFPI
                     LDGSAHPFSEGIRSVGLTEQNAPRDYYIVRHKMEVKDEKTGSSLTILPDDRFSMNVLI
                     DFDSPVLSNQYATLSDLSQFADEIAASRTFVFVREIEMLLQNGLIKGGDLDNAIVIYD
                     REMPQAELDRIADELGLPHKSVCELGYVNNKPLAYANEPARHKLLDVIGDLALIGKPI
                     KGHIIATRPGHKINNQLAQVIRKDIKLNSIQAPVYDPNREPLMDINRIRELLPHRYPF
                     LLVDKIIEIGGDYIVGIKNVSVNEPFFQGHFPQEPIMPGVLLVEAMAQTGGLLVLNSV
                     DEPERYSTYFMKIDGVKFRQKVVPGDTLIFRLQLISPIRRGISTMKGYVFVGEKVVCE
                     AEFMAQIVKNK"
     CDS             25182..25964
                     /gene="lpxA"
                     /locus_tag="SEQF2637_00842"
                     /EC_number="2.3.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A722"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl-[acyl-carrier-protein]--UDP-N-
                     acetylglucosamine O-acyltransferase"
                     /translation="MHSPTAVIHPEARIGQGVTIDPFAYIERDVVIGDGCHIYPHAVI
                     LNGARIGRDCRIFPGAVISGIPQDLKFAGEDTTAEVGDRTTIRECVTINRGTASKGRT
                     VVGSDCLIMAYSHVAHDCVVHNHVIIGNASQIAGEVEIDDFAILSGSVLVHQFTRISQ
                     HVMIQGGSRVGKDIPPYTLIGRDPIVYCGINIVGLRRRGFSNQQVYLIQDIYRTLYTR
                     GLNNTDALQAIETEYEPGAERDLILNFIKHSKRGIVRGSIDE"
     CDS             26066..26647
                     /locus_tag="SEQF2637_00843"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYRFLLVSDEVEDFKREIQIDAEATFLDLHQAILQAVDFQPVE
                     MSSFFICDDDWTRRTEITLVDMGAPTDADTCLMEDTRLEELLEDEHQRLIYVFDYMFD
                     RAFYMELREIITGRTLREAVCTRSVGDPPEQAFTEEELEKDLGKTLTPTASATGEDFY
                     GDSEYDDDELDREGMGGFEDGDSVSLSDLEERY"
     CDS             26644..27639
                     /gene="miaA_2"
                     /locus_tag="SEQF2637_00844"
                     /EC_number="2.5.1.75"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KAC3"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA dimethylallyltransferase"
                     /translation="MSRLYRYPAKLAGVPDAPANRITSPLYPLTTTTPPTLLVLLGPT
                     GVGKTALSLRLAERLGSPILSADSRQIYRGMPIGTAAPTADERARVTHYFVDLLDPAE
                     PYSAARYETDALALLTTLFTTHAAVLLTGGSMMYIDAVCQGIDDIPTVPTDIRAAVMA
                     DYERLGLDALLDELRQADPVHFAEVDRCNPRRVIHAVEICRTAGRPYSDFRTRTVKVR
                     PFRILKIGLVRPREELFRRIDARVDQMMADGLLSEARALYPQRHLNALNTVGYKELFQ
                     HFDGQLSLDEAVARIKRNTRVYARKQQTWFHRDPSITWFHPDDMAHILRFLDEVL"
     CDS             complement(28126..28971)
                     /gene="yvgN"
                     /locus_tag="SEQF2637_00845"
                     /EC_number="1.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32210"
                     /codon_start=1
                     /transl_table=11
                     /product="Glyoxal reductase"
                     /translation="METITLNNGVKMPQLGYGVYQVEPAEAERCVSDALSVGYRMVDT
                     AQAYRNEEGVGAAVKKSGLKRDEVFIVSKVWISNYGYERARASIDDSLKRLQTDHIDL
                     MLLHQPFCDYYGAYRALEKAYHAGKLRAIGVSNFQPNHFIDLASNVEVVPAVNQVETH
                     VFYQQIRAKKYMDEFDTKIMSWGPLAEGRNGLFTNPTLAEIGQAHGRSVAQVALRYLT
                     QRGVIIIPKSVRRERMAENFQIYDFKLTPDEMARIERLDTAHSLFFDHNDPETVKMFM
                     GWRSL"
     CDS             complement(29027..29599)
                     /gene="rsxA"
                     /locus_tag="SEQF2637_00846"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A766"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxA"
                     /translation="MEYIIIFIAAVFVNNIVLSQFLGICPFLGVSKKIDTAMGMGMAV
                     TFVLTISTIVTFLIQKYILDAFGLAYLQTIVFILIIAALVQMVEIILKKVSPALYQAL
                     GVFLPLITTNCAILGVAILVIQKDYNLPQSIVFAFSTAIGFALSLIIFAGIREQLSRL
                     NVPAAMKGIPIALLTAGLLAMAFMGFSGIV"
     CDS             complement(29612..30193)
                     /gene="rnfE"
                     /locus_tag="SEQF2637_00847"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P97055"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RnfE"
                     /translation="MNYLKVIKNGMITENPTFALLLGMCPTLATTSSAINGMSMGLAT
                     AFVLICSNAAISAIKKLVPDEVRIPVYVVVIASFVTILQMCMQAYMPELYKSLGLFIP
                     LIVVNCIVLGRAEAFASKNGVVASACDGIGIGVGFTLALTLLGTCRELLGTGRAFSLT
                     LFPEHYGALLFVLAPGAFIALGYLIAIVNKLKK"
     CDS             complement(30206..30874)
                     /gene="rnfG"
                     /locus_tag="SEQF2637_00848"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P97054"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RnfG"
                     /translation="MEKIKSTFITILASLTCFCLIAGTALAVANKLTEDKIAAAKAAA
                     LQEAIKKVAPEFDNDPSAEQYRAATADGDSLTIYPAKKGGKLVGAAVETNTKKGFGGE
                     IRIMVGFDADQKIVNYSVLEHNETPGLGSKMEEWFRTDKGKQSVLGRDMKGGALKVSK
                     DGGEVDAITAATISSRAFLDAINRAYAAYAQGAGKGDAKADGASGATQQTAADSTAST
                     SHSK"
     CDS             complement(30878..31834)
                     /gene="rsxD"
                     /locus_tag="SEQF2637_00849"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76182"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxD"
                     /translation="MDSKLIISPSPHIHGGDSISKNMYGVLIALLPAFLVSLYCFGLG
                     ALVVTLVSVASCVIFEYLIQKYLFKREPTIADGSAILTGVLLAFNLPSNLPAWIVILG
                     ALFAIGVGKMSFGGLGNNIFNPALVGRVFLLISFPAQMTTWPVAGVFPLTYTDAQTGA
                     TTLSLIHFTKDIAGLGPSAIGLTGGSLGEMSEVALLLGFAYLLYRRIITWHIPVAIIG
                     TVAVFTTIMYLFNPTEVNNPLIHLTSGGLMLGAVFMATDYVTSPMTKRGSLIYGAGIG
                     LLTVLIRIFGSYPEGMSFSILIWNGLTPLINTYIKPKHFGGR"
     CDS             complement(31893..33221)
                     /gene="rnfC"
                     /locus_tag="SEQF2637_00850"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q52716"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RnfC"
                     /translation="MYTFRIGGIHPSGNKLSAGRPIEAIAPTAKVVIPLGQHIGAPAE
                     AVVAKGDKVKVGTLIGKAAGFVSANVHSSVSGTVTKIDTMLDAAGLPKPAVYINVEGD
                     EWEETIDRSETLVRDCTLSAKEIIGKIAAAGIVGMGGATFPTQVKLSPPPGSKAEILI
                     VNAVECEPYLTSDHSLMLAKGEEIIVGVKILMTAIDVRRAVIGIESNKPDAIKLMKKL
                     AAKEQGIEVMPLKMRYPQGGEKQLIDAVIRRQVKSGALPISVGAVVQNVGTVFAVYEA
                     VQKNKPLIERVITVTGKSVVKPSNFIARIGTPISTLIEAAGGIPEDTGKIIGGGPMMG
                     RTMITDDVPMMKGSSGILLIPRAEAMRKPMRDCIRCAKCVDVCPMGLEPYLLMNLAVH
                     KTWDEAEEHYIVDCIECGSCSYTCPSYRPLLDYIRMGKGTVMGIIRSRKK"
     CDS             complement(33250..34203)
                     /gene="rsxB_2"
                     /locus_tag="SEQF2637_00851"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77223"
                     /codon_start=1
                     /transl_table=11
                     /product="Electron transport complex subunit RsxB"
                     /translation="MYIAIILLGTVGAIAALILFAVSKKFEVHEDPRIGQIQEALPGA
                     NCGGCGFPGCGGFANACFKAEALDGLYCPVGGQEVMKKVAEIKGVAVVAAAPKIAVVR
                     CNGTCEARPRTNTYDGASNCTIAASLYRGETGCSFGCFGLGDCVDACEFDAIHINPVT
                     RIAEVVEDKCVACGACVKACPTKIIELRKKGPKSRRIFVSCMNKDKGGVARKVCSNAC
                     IGCARCVKECAFEAITVTSNLAYIDDTKCRLCRKCVVVCPTKAIHELNFPPRKEPKPD
                     APKAAAPAALSLVEAARANTPAAKPALAETAVATAEPAVKD"
     CDS             complement(34227..34676)
                     /locus_tag="SEQF2637_00852"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFIQHRGIVRHTGGGRIVVCIEQQSACSACHARSACLASDKK
                     EKLIEVKGESRQFAPGEEVMVVAQSSSGMQAVALAFAVPFVLVVAAVFIGARLSGGDD
                     GIGGLAGLAVLAVYYALLYAFREKIGQRFSFSVAKLEAGSQLDTAAY"
     CDS             34745..35113
                     /locus_tag="SEQF2637_00853"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQLYRPNSYGLVVPHEGTAPIRKFLILSNDPTGWIREGFIVPND
                     ATVSVREGPIVSHDATVSVHEDPIMSHEGTTSIRKTSSCRTKAWSGCVKAPSCRTRAW
                     SRLLRFLAGHFLLLNKPSQK"
     CDS             complement(35329..35529)
                     /locus_tag="SEQF2637_00854"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSTHKTLVVSNEGRVSTYKTSIVPNDATVSTHKTPAVLNDVMV
                     SIHKSPIMPNEGTALCLLVFGE"
     CDS             35703..38360
                     /gene="gyrA_1"
                     /locus_tag="SEQF2637_00855"
                     /EC_number="5.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SIL4"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit A"
                     /translation="MKEEDEREEERLPDEAMEANTTEGTGGGYVVPGGAIGADSVRHL
                     PGMYQSWFLDYASYVILERAVPHINDGLKPVQRRILHAMRRIDDGRYNKVANVVGQTM
                     QFHPHGDASIGDALVQLGQKDLLIDCQGNWGNILTGDSAAAPRYIEARLSRFALETVF
                     NPKTTVWKQSYDGRNREPVSLPIKFPLLLAQGAEGIAVGLSSKILPHNFNELIDASVA
                     CLRGEEFTLYPDFQTGGLVDVAKYNDGNRGGMVKVRARITKVDNRTLAITEIPYGYTT
                     GTLIDSIIKANEKGKIKIRKVDDNTAREVEILIHLAPGVSSDKTIDALYAFTDCEKSV
                     YMNCCVIEDNKPRFMSVSEVLRHSTEQTLGLLRTELEIERSELREELFYASLERIFIE
                     ERIYKDKEFEQAPDMDAAVAHIDRRLEPFKPRLIREVTREDILKLMEIKMGRILKFNA
                     DRNDEQIARLKGEIERVEHHLSHLTDYAVAWFEGLKKKYGADKPRRTEIRSFDRVEAT
                     KVAEANEKLYIDREEGFVGTGLKKAEFVCNCSDIDDIILFYRSGVYKVMRVSEKIFVG
                     QDVIYVNVFNRNDTRTIYNVIYRDGRAGCNYIKRFAVTGSTRDKEYNVTRGTEGSRIL
                     YFSANPNGEAETVKVILKPKLRQKTLVFEKDFSEILIKGRTSLGNILTRAEIHKISLK
                     QRGSSTLGGREVWFDRDVLRLNYDGRGEALGEFRSDDRILVVLQSGEFYTTGFDLSNH
                     YEDNILLIERYDARKTWTAVYFDADQGYVYLKRFPSEDSEKRQNLMGDNPRHRLFLLT
                     DETYPRIEVTLGGHDSYRDPLTIEAAEFVGVKSVKARGKRVTTFTVASVDELEPTHHA
                     PSPSSDGEPSATDVPSEEDEDGQMSLFEE"
     CDS             38364..39221
                     /locus_tag="SEQF2637_00856"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRCFLFLLTLFILLPLTLRAQTDSVVQAPRSVNEGTMVSLGSR
                     YIKNTYLSDVGYDGVGIGVINERMRIINDRWSRQRTFRIDLASIRNPAGTSSGYAAFI
                     DYSYSLHRRLETSVDGLRLLVGGTGRYLLGTAYRSQGGNNPAVLHVEGDLGLSAAILY
                     GFDLGRRRYPVTVRWQANLPLVGVFFSPHYGQSYYEIFTLGHRAGIVRLGSLHNRFAL
                     RSLLTADVPVGPWTMRIGYEADVYQSHTNGIRTHYFGSSILLGVAKEFIPFSGKRVRH
                     NKAFRSAYY"
     CDS             41650..42666
                     /gene="ctpA"
                     /locus_tag="SEQF2637_00857"
                     /EC_number="3.4.21.102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34666"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxy-terminal processing protease CtpA"
                     /translation="MKIRVPYFLIFLILLLPGCDKADRYIASPRENFEALWHIIDEHY
                     CFFEEKGVDWEVVRRKYERQLSDTMNRYELFDLLSDMLAELKDGHTNLVSPFNTARYW
                     AWFEDYPRNFNADIQRNYLGTRYGIAGGIRYVKLPGTEIGYIYYGSFSSAVSETNLDE
                     IFYFFRTCRGLIIDVRGNGGGALTNVERIASRFLSEPIRAGYIVHKTGPGHSDFSEPY
                     PVDLRPSTHTRWRRPTVVLTNRHSYSATNDFINVMRRIDRVVILGDRTGGGGGMPFSS
                     ELPNGWQVRFSASPLLDADKRSIESGIDPDIRVDMTKADMDRGKDTMIEAAIRNIRER
                     TKDE"
     CDS             43896..44876
                     /locus_tag="SEQF2637_00858"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSKIIVGITSQYPLGMHVDLQQQIYDLVHPVGAEKILLDATD
                     IPKWKSDIDLEKESVREPTASKVTKYLSEKNKKRSEIISLLFQEIRLASKSPIEARST
                     AGHRLRIATDAYKGLQNENMNDATGHISGLLIDLEKTDAAADLATIGMAPLVQMLRTI
                     NTEFITLRDERLKSEASVGVTKGSVLRTRNDETANEVFRHIEAAYLSTTSDDDRKAIG
                     ELIDRINKALQYTKTSYRRSLAQKKASADRKKKPKDPKAPKQPKEPKKKRKESDPDIR
                     LPENEPKKPGGEGEGKKPDDGKKPTPGSPGGGTGGGAGSGGGPEIHLPEE"
     CDS             45439..46842
                     /gene="estD"
                     /locus_tag="SEQF2637_00859"
                     /EC_number="3.1.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYH1"
                     /codon_start=1
                     /transl_table=11
                     /product="Esterase EstD"
                     /translation="MAKYLYVCIIALCMTCTAAAQSVTGRWVGKLQVSGGQLTLVLRI
                     QEIEGGKLSAFMDSPDQGAYDIPCDSVVYSAPHLKVIISSIGARYEATLEDNSLRGQF
                     IQGGASSPLVLTPSAEEDRSALHPQEPKPPYPYQVEEVRFVNSTDGDTLAGTLTMPTT
                     PGPHRAVVMITGSGPQSRDEPIMNHRPFLVWADALTRLGIAVLRYDDRGVGASTGNFN
                     EARTADLARDVEAAVDYLRSRKEIDNQRIGLIGHSEGGMIAPIVAVSRPKDVSFIVLL
                     AAPGLRGDSILVMQNEVISQRSHTPDSIREATVQLNRSLFALLVPPTTDEEELRQSLA
                     EVLRDAFFDGPLAPPMPHEQVELAINQEMEMLTAPWMRDFLRYDPAPMLSRVQCPVLA
                     VQGNEDVQVPAAANLPIVEKALTLHGNKAVTVKEFPGLNHLLQHCQTCLPDEYGEIRE
                     TVSPEVLQFVGEWIMKR"
     CDS             46993..47952
                     /locus_tag="SEQF2637_00860"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFITPIQIPPSTIRIGYEHRTMIFGSCFAEAIGQRLSDLLFPV
                     DLNPFGILYNPDSIAAAIRRLMDGNLFTADELTRYDDLYHSLLHHGSFSAPTADECLE
                     RINARLSAGAEFLAAADRIIITFGTSYVYRWKGTGLVVGNCHKMPDSYFRRERLSVDK
                     VVHRWNLLLDSIVRRRPEMKWIFTVSPVRHLRDGAHENNLSKSVLHLIIEKLISLYPT
                     IANYFPAYELMMDELRDYRFYAEDMCHPSPAAIHYISDRFESTYMDAKTRAWLRRAEA
                     LHRDLQHRPIHPDSEAHRRFLVQTKLKLKQLRAELPTPPTFAR"
     CDS             48201..50675
                     /gene="alr1"
                     /locus_tag="SEQF2637_00861"
                     /EC_number="5.1.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8RAK6"
                     /codon_start=1
                     /transl_table=11
                     /product="Alanine racemase 1"
                     /translation="MKYSIQEIAKIIRATHRTLNDGVIERLLIDSRMLSFPETTLFFA
                     LKTRTNDGHRYLFELYRLGVRSFVVNHEPAEARMMPDANFLVVTDVLAAMQSLAAYHR
                     KRFQIPVIGITGSNGKTIVKELLYQLLHADFNIVRSPRSYNSQIGAPLSVWQMDERHT
                     LGIFEAGISQPDEMEKLQRIILPTIGIITNIGEAHQENFASATQKCLEKLSLFTDSDV
                     VIYNADDDFIASSLDKAYLSHKAVGWSRRDSEAPLYIKSIQKKESTTELRCEMLDREH
                     VYEIPFTDDASIEDVIHCIALMLYLKPTSLENKQIFSELEPVAMRLEVKEGINGCQLI
                     NDTYNSDINSLDIALDFQLSRRAGKPLKTTIVISDILQSGMLPKTLYRKVAELLRRKR
                     VERIIGIGRDLKEYAAAFEIPEKEFYLTTDEFIHSPSIRSFDHELVLLKGSRVFHFER
                     ITELLEKKVHETVLEVNLDAVVHNFNYFRSRLRRETKMVCMVKAFGYGAGAYEVARTL
                     QEHRCDYLAVAVADEGEALRKEGITIPIMVMDPEFSSFNTLFEYRLEPEVYSFRLLEA
                     LIHEAGRRGITSYPIHIKFDTGMHRLGFQPEDVPAICQRLSSQSELAVRSTFSHLVGS
                     DSAEHDDFTRRQFQLFTDAANQLEHGLGYTVLRHILNSAGIERFGEQQMDMVRLGISL
                     YGISATDRDSRRLQPVSSLRTTILQIQTVPAGDSVGYGRRTYLQRPSRIAIIPIGYAD
                     GMDRHLGNGVGQVLIGGHRCPTVGNICMDLCMIDVTDTDAKEGDSVTIFGPGLPVSEM
                     AERLGTIPYEVLTSISPRVKRIYYKE"
     CDS             complement(50715..50861)
                     /locus_tag="SEQF2637_00862"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIELWRKPSAISVTYPLHQTKALRDFSDLSATPNESPPNHEKSI
                     RRIE"
     CDS             complement(51494..52186)
                     /locus_tag="SEQF2637_00863"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYIAIAAKLVVGMVGILVFLRVAGKAQMAQLTPLDTVSAFVIG
                     ALVGGVLYNPDMSVWHILFALAVWTAFNLFIRFCMRSSLLRRLIKGDSVYLVKNGVLN
                     FKVFKRNSLEMEQFRLMLRQKGIFSMFDVEDVRFETNGAVTVPGIGDTTTSYLLVNNG
                     AIVQSSLVHCDRTEEWVLQVIHAYGYKRPSELFCLEWTPGRGFYLVAKSGDVKRGDEE
                     FGVEKIGSEVLN"
     CDS             complement(52399..52965)
                     /gene="tag"
                     /locus_tag="SEQF2637_00864"
                     /EC_number="3.2.2.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05100"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-3-methyladenine glycosylase 1"
                     /translation="MTTTKRCSWCERDALYRAYHDEEWGRPIHDDRRLFELLVLESFQ
                     AGLSWYTILAKREGFRAALDGFDYRLIAAYDDAKVEALMQDTRIVRNRLKILATIQNA
                     ALFMEIQQEFGSFSEFIWAFVGGSPCVNHPRKLEDVPASNQTSDAIAAELKRRGFKFF
                     GTTVAYAFMQSAGLVNDHIEDCAFKYPD"
     CDS             complement(53005..53547)
                     /locus_tag="SEQF2637_00865"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYENDTLDDYSSSSERYRTRHVNIRTLRVEPQFNFDETYITIF
                     SERRIYDPDGDIHYDPIKPRRTSTQVEMFDAFRYYLDEGKSSLRNFCRSYGLTVPYLH
                     GLIFCLTGMDATDYRLSWQMKRADELLRYTNLSIPEVARMSGVGTPPNLFYAYQRDYD
                     CSPSERRRAIRQPNDVGRFR"
     CDS             complement(54249..55268)
                     /gene="hmuU_1"
                     /locus_tag="SEQF2637_00866"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56992"
                     /codon_start=1
                     /transl_table=11
                     /product="Hemin transport system permease protein HmuU"
                     /translation="MKSSLLFALLGLLVAVLWTASLTYGTVPIPPIDVVRILLGQPSD
                     PVAWSTIVLESRLPQATTALLVGASLAAAGLLLQTLFRNPLAGPSILGISDGANLGVA
                     IVMLFFGGTIGLTTGGAAIGGSLALILAAFAGACCVLALIIYFSTRVSGNVMLLILGI
                     MVGYLASSLISLLNFYASADRIRGYVMWGMGDFSSVSNTRLPFFALCTLGGLIAALLL
                     VKPLNALLLGERYATNLGVKIRRTRVLILLCTGLLTATATAFCGPVSFIGLAVPHVAR
                     LTLGRADHRMLLPVTMLLGSAMALLCNLLTVIPGTGTVFPLNAVTPIFGAPVIIYVIL
                     RRRGI"
     CDS             55448..56545
                     /gene="cpdA_1"
                     /locus_tag="SEQF2637_00867"
                     /EC_number="3.1.4.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00905"
                     /codon_start=1
                     /transl_table=11
                     /product="3',5'-cyclic adenosine monophosphate
                     phosphodiesterase CpdA"
                     /translation="MPFFLILMLAAYIGGNAYIFTRALQALPPMPAIFKWLFGLAYWG
                     YALSIFLVFIFRARESADPWGHFFFQVSTGWLVFTLYMVLALVCFDLFRLLVPSFRHG
                     FACALLVTTGVLAYGYYTYKHPQLREVDIITDRLPAGSLGLKIVGVSDVHLGLGTTRD
                     DLSRYVDLINAQHPDIILISGDLIDNDVRPVDEAAMDEELNRLHATYGIYMVPGNHEY
                     LSGIDACKRFIRGRTNIHLLMDSVATLPDGIRIVGRDDRTNTARKTLPELMNRIDTVV
                     PIIVLDHQPTDLTQAERAGVDLIFCGHTHHGQVWPLNLATDRLFDVAYGYTRRGRTNI
                     YVSSGLSLWGPPFRIGTRSELVVFRLIPAEL"
     CDS             56542..57687
                     /gene="cpdA_2"
                     /locus_tag="SEQF2637_00868"
                     /EC_number="3.1.4.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00905"
                     /codon_start=1
                     /transl_table=11
                     /product="3',5'-cyclic adenosine monophosphate
                     phosphodiesterase CpdA"
                     /translation="MRVFLQAIFGQLLFTLYIYLRGRAVLPKRRRWRLLYTLFFAAEW
                     ALYFFGYFTHSELPDSVMVPILMICGTWYIASIYLVTGLLFFDLCRWIYRRRPGWFPA
                     WIAANALQLRRGAYLLLALFTVGLMIQGYHNVEDPRVKHVRITIPKSTPGRDSLKVVL
                     MTDTHFGESIGKRNAQRFVALSNAEQPDMVVIAGDVIDYELRIAAREHIEEDLRQLRA
                     PLGVYITLGNHEYRANRIAKQRWLRRTGGTLLIDSVVQPDSTFTLIGRDDYTNRHRAA
                     LSQLMRGVDTSRPVIVADHQPKFREVVMNGADLGLFGHTHAGQIWPFSWIIKLAYKHT
                     YGYFREGPAQFYISSGIGCAGPPYRIGTRSELVVLHIRFEKPANPGQ"
     CDS             57733..59016
                     /locus_tag="SEQF2637_00869"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNKLLPLLLLSLATTIAHAQSEGLADSLAADLRMIRQATARHT
                     DLWGLDLYGPLLFIDPETRVAYANEPDSAGLLRPCGSLYAGRLPEEVLTANTATKWGG
                     RTWAMILLPLPKDSTDRTVLLAHELFHCVQPRLHFTGHGGDNGHLDTEKGRVLMRLEL
                     EALRDALRATTPDERRSHLTHALAFRTERHRRFPGAAASEHALECNEGLAEYTGQTVA
                     SLSADQARAYLIARIDALLGMPTFVRSFAYATLPAYGWLAADTAPDWHRAITDETPIT
                     DHLARLFGLTLPDSLPASWVAAYHGDVIIRQESAREADRKSLTDSLRASLVDGPHLTL
                     PLRAMQFSFNPNTLISLGSTLGTVYPQLQLTDLWGTLDVTDGGALISPSWTTITVRAP
                     HTTSPTGAVGSGWRLTLAPGYQIVRRAKDYAVERK"
     CDS             complement(59031..59975)
                     /gene="Int-Tn_2"
                     /locus_tag="SEQF2637_00870"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P22886"
                     /codon_start=1
                     /transl_table=11
                     /product="Transposase from transposon Tn916"
                     /translation="MTKPTITFRELAALWLADKEHYVKRATHAVYALQLEKHLLPTFG
                     EAREIDEDAVQAFVLTKINAGLSPKTVKDLVVVLKMVRGYGAKHHDWAATTIQIRYPT
                     AHTDTRPDVLTRNHQCRIMRFVREHFTFRNLGILICLSTGIRIGELCALKWSDVDPTE
                     KVVRIRRTLQRIYIIDPDGSRHTELIEGMPKTKSSIRDIPLSNELCRLFKPLHRIVCP
                     DFYVLTNDSKPTEPRIYRTYYNSLIDQLDIPRLKFHGLRHSFATRCIESGCDYKTVSV
                     LLGHANISTTLDLYVHPNLDQKRCCIDRMSRSLSDRPR"
     CDS             60507..61166
                     /locus_tag="SEQF2637_00871"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIYQASLEEQEKIASFLSLIDERIEVQNAIIKEREVAKTLLSK
                     ELLTPEDDWTEYAVQDCLTYEQPAKYIVKHTDYSSDSTLTPVLTANKGFILGYTSEQG
                     IYQKGACIIFDDFTLDCKYVPFAFKVKSSAIKILQARKGFDIRFMFEVIKSLSLSPFA
                     HKRHYISEVEPIKILVPSFAKQEKIARLFEALDERLAVEKEYATLLQKQKAYLLRQMF
                     V"
     CDS             complement(61177..62370)
                     /locus_tag="SEQF2637_00872"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKKNQVPKYPPLRFPEFTDEWKEVKLGEVTSERNETNTPTLPL
                     LSITANKGVIPQTDSEKKDVSNADKSKYKRICSGDIGYNTMRMWQGRSALSFIEGIVS
                     PAYTIVTPLKGVSPLFLSYLIKRPRLIYEFWTHSQGLVEDTLNCKYKDFAQITITIPS
                     LSEQRKIAALLSLIDERIEVQNAIIKEREAQKAALLRRLFDRTLRFPEFTDEWKKVKL
                     GEVAEIIGGGTPSTTTTNYWDGEIVWFNPSEIGKKKYVSNSNRTISFQGLSNSGARLL
                     PKGTVLLTTRATIGEIAIANVECTTNQGFQSVVTGHEANNEYVYYFLSTQKVYLLRHS
                     SGSTFLETPSSVIRNLPLRLPSLPEQKKIAALLSAIDERLDVERAYAEQLKLQKAYLL
                     RQMFI"
     CDS             complement(62383..64020)
                     /locus_tag="SEQF2637_00873"
                     /EC_number="2.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q89Z59"
                     /codon_start=1
                     /transl_table=11
                     /product="putative type I restriction enzymeP M protein"
                     /translation="MTAKDRQALGKALWAVADELRGSMNADDFRDYMLSFLFLRYLSG
                     NYEKHARDLLKGEYPGPDAPLATGQTPLQYWYEKNPQDVATFETEMNNRVHYVIKPEY
                     LWSHIAEMARTQHGELLNTLQQAFKHIEEDSFRNTFRGLFSEVNLASDKLGKDHRTKN
                     EMLCTIISKINEGIADFSTDADSLGDAYEYLIAQFAAGSGKKAGEFYTPQAISTILAR
                     IVVLDSQDPTRGPRQYMRRVLDFACGSGSLLLNVLRQMKGSKGIGTLYGQELNITTYN
                     LARMNMLLHGVKDDAFKIFHGNTLTNEWTDIFDPTDLKKIEFDAIVANPPFSLKWTPR
                     EALAQDPRFGNYGLAPKKAADMAFLLHGFHYLRDNGTMAIILPHGVLFRGGVEERIRR
                     KLIDDGHIDAVIGLSPKLFFSTGIPVCILVLKKCVRPDDVLFIDASREFAKDKKQNRL
                     RMGENGEPDDIGHIIDTYSQRREEARYSRRVPIAEIRQNDYNLNIPRYIDTYEEEAPI
                     DLPTVMHRIHELEARRADLDRKIDAYFAELGLTDLVK"
     CDS             complement(64111..65010)
                     /locus_tag="SEQF2637_00874"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEIIEIQSVGLGKLDNAQHVTFHSRAYDIVNDYEPAKIGIPEP
                     LKVEWKGNLGTEEDINKEVVAETLTKLITEKDTERDRLITYIFKIIRACLYSPETSEL
                     KAATELVLVANKYGQLQRESFDRESGHINGLLIDLKKPEYAPHITTLRLTNAVTKLET
                     ANTEFEKLFKQSATAVKRSNLPRAAEVRLKTDANYNRVLLMLQAAYLSGAATIDRDML
                     KKIAHDLNGLIDKTNTAYNRSLAQKKAAKDPKDPKTPEKPKDPKQPEKPGGGSGEQPK
                     QPEKPKDPKKPDDGNPDITLPEE"
     CDS             complement(65023..65637)
                     /locus_tag="SEQF2637_00875"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYETSADGPCGGSEVCRGIRDACQICRVHVGANCIRPPYGPGRG
                     RMIMQRGTGVTESFYICRRSGRGRAFQCFWGEILGACVTQGRKETPFLLPAQRRAEKR
                     PSFCFLRNAGPKRDPFFASCATQGRKETPFLLPAQRRAEKRPLFASCATQGRKETLFL
                     LPAQRRARKEILFLLPAQRRAPKNGLWGSQSSRIALEIHRFTVY"
     CDS             complement(65630..68620)
                     /gene="hsdR_2"
                     /locus_tag="SEQF2637_00876"
                     /EC_number="3.1.21.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A801"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-1 restriction enzyme R protein"
                     /translation="MEKYHPQKESQIEQHFIRHLEGLGYAYCKDIKDRASLEANFRNK
                     FEALNNVRLTDGEFERLMGNIVSSDVYKASKTLRDKVEVVHDDGTTRFYPLVNLQNWC
                     KNDYEVINQLRINTHSSYHRYDVIILINGLPLVQVELKAHGVSPRVAIKQIVDYKNDH
                     ENGYEHTLLAFMQLFIVSNEADTFYFANNPRKALTFDEKEQFLPVCRWADEQNKKVAN
                     LHEFAREVLRKCTLGELISRYMVLVETERKLLIMRPYQIYAVKKMVECIENNSGNGYI
                     WHTTGSGKTLTSFKAATLLKDNPNIAKCLFVVDRKDLDKQTREEFNKFQKDCVEENTN
                     TGELVRRMLSDEYKDKIIVTTIQKLGLALDKKNQRLDKLRERFAGQRVVFIFDECHRS
                     QFGEYHRAIRDFFPRAQLFGFTGTPIFAENATRTKIEGREASALTTEDIFQKPLHTYA
                     ITHAIEDKSVLPFDVSFYRLQRDGSFDTGNVPKKIIVEKILEVHDKVSDNRRFNALFA
                     TASINDAIAYCKIFDEIQLEREKDSTYKPLRIACLFSPPAEGNRDIMQIQEELDQERQ
                     DNQVDPLGKKEALRRIISMYNQTYNTLHCIEEFDRYNSDVQQRIKWQGRNEVTKEQKI
                     DITIVVDMLLTGFDSKYLNTLYVDKGLQYHGLIQAFSRTNRVLNERKPFGKILDFRAQ
                     SADALNTAVELFSGERDKSKDAAKIWLVEPAEVKVEQLEEAAQGLRSMMESHGLKPVP
                     EEVPNLRGDAARANFVEQFKPLQRILIQLDQYVDTPPELQARIDAIISPDERQAFRTA
                     YLELARELRQKRAAESADGAAEPTTVMQDIDLELVLFASAIIDYDYIISLIARMVNEA
                     EPERREVTREEIVALLRSHSNLPEDREDILEFVCHPEVINGRTAGEISDEFCRFREAK
                     WHRQLQELAHRYGVDQEGLSEFIESTLHVMRYDDSHLSDLFTDEGLGWRDRVTKKNAL
                     RADLVPLIRLRAAGQTIDNLPADV"
     CDS             complement(68777..69160)
                     /locus_tag="SEQF2637_00877"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQKEKFHIEYIFDKVSNHSLWNHLTTPRGLSSWFADDVNIHSQT
                     YTFTWRKVQEQAVVIKLEPEVCIRFHWVDDEEAASYFEFIIHHIELTGATALEITDFA
                     TPDEKADAIELWDTQVAELRRTLGI"
     CDS             69369..72206
                     /locus_tag="SEQF2637_00878"
                     /EC_number="3.4.21.50"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15636"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 1"
                     /translation="MTPIQSTILRAALAGCLAWGMAAGAKAQISLGGTPPSFRYEQTL
                     RSRAAAEKVAVNFSIADEKLVGSWRESEGLAPRCVSRLIDVKMNPQNAGAWTTLPDGQ
                     TIWQLEIEAEGAQALMLYYADFLIPEGGRLYLYNQDKSELLGAYTHATNPDGGRFATG
                     FISGDAITLEYAPGPDGRQPRLEIEAVGYGYNLPEGDRTWRQGAQLRRTAASCEVNVN
                     CSEGDSWQNEKRGVCQMIQRINDRGYVCTGALLNNTAQDLKPYILTATHCGQDATGVK
                     ATDEELRQWQFIFHKEYSTCRSDGQTTPTRSMVGCTRLASTPTHGGSDGLLLLLRQSI
                     PEDYNVYYNGWDRSEQASAWGISLHHPQGDYMKISTYTRPLTSATFYGEGSLEGAPNA
                     HWNAVFAQTDNGHGVTEVGSSGAPLFNSSHRIVGSLTGGTSACTKPEGDNLYGKLSYH
                     WNKQAGTDTHFDRFLDPTNSGVEVLDGRYHRSASAPSGLKAVMDNGRVRLTWTAPTSG
                     APRTYYIYRNQMKIGESTTTSYIDATPGQGTLAYAVTAVYASGNESNGSTTLLEQVAL
                     KAPTNVKVTRTTNGRAAVLWEAPVYEQSIYWGGSRAHYQVNVNNTGEARPFYFGQRWE
                     PKDIAPLNLRTITAVRFSPTRGNTYEVYISQGRRVYRQAITQTFTYGVTNTVTLTTPF
                     TIDGAEALTVAIYVAHLTADATNFPAVCDEGPAIDGKGDLYSFDGHAWERLHTGKDAA
                     KFNYNFFLSAVVSSRRGVLEECGTSADCRRAEVLPPSDVTPHLRSARVEDVSERAALR
                     SMQPYAFPEVTGYTIYRDRAKLATVGTTPTRYTDPSTLTRTVNYQVAAVYGRSESEPS
                     AVVSFTPTANAEVDAAEPAIYPNPFGDHLTLSAPERVSRIEIFGADGRLLLKQDRPGT
                     TVDTHTLPAGVCLIRLTLNDNSQRTLRGLKH"
     CDS             72190..73809
                     /gene="kfoC"
                     /locus_tag="SEQF2637_00879"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L0V4"
                     /codon_start=1
                     /transl_table=11
                     /product="Chondroitin synthase"
                     /translation="MASSIDVTLTPDADESLRRFVHSLPETFEQGGRVIYRQRNEIRV
                     FDLPDGRQINVKRYRVPPLPLRFVYTFFRAPKARRAYDYALRLRQAGIETPTPLACLI
                     ERQGGLLRRSYFVSEQVPHDRNFYEFGRGGIDGREDILRAFARFTARVHEAGFLHADY
                     SPGNILFRKGAQGIDFCLVDINRMHFGPVSVRSGCENFARLWGGDGMFFLLAKVYAEA
                     READEVQCTAWMLSARRAFWRRFARKRPLPIALDDVAAEGHRKKLSVILSTYNQPEWL
                     EKVLWGYEAQTDRRFEVVIADDGSDDRTRSLIERMQGEVTFPIRHVWHPDNGFRKCEI
                     LNRAIAEATTGYLLFSDGDCIPRCDFVAVHLARRAPGRFLSGGYHKLPMATSKAITRD
                     DILSGRCFRSPWLKSHGMPRSFKNNKLTAFGLKERLLNTFTPTRPTWNGHNASGWLLD
                     ILAANGFDERMAYGGEDRELGERLENAGIRGRQIRYSAICLHLDHSRGYVTPDALRFN
                     RALRRETRTRRLTRTPFGIVKEEQPKQQPEV"
     CDS             complement(73683..74366)
                     /locus_tag="SEQF2637_00880"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAGVTTPRDSLGRMSAGVITPHEGLGRMSAGVIIPHDSLGRMS
                     AGVITPHDSLGRMSAGVTTPHDSLGRMSAGVTTPHDSLGRMSADVITPHGSPGDSVAD
                     VTTPHGNPGDSVAGVTTPHGSPGDSVAGVTTPHGSPGDSVADVITPHGGPGDSVADVI
                     TPHGSPGDSVAGVLVPLPIVVHACLLHTSGCCFGCSSLTMPKGVRVRRRVRVSRRRAR
                     LKRRASGVT"
     CDS             74527..75531
                     /gene="adh"
                     /locus_tag="SEQF2637_00881"
                     /EC_number="1.1.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42327"
                     /codon_start=1
                     /transl_table=11
                     /product="Alcohol dehydrogenase"
                     /translation="MKAFQLFKYNSTDIRLQKVEIDRPRIRPNEVLIEVKAAGVNPLD
                     NLITRGEVKLVTPYRFPLTMGNECSGIVAETGPEVHDLSVGDRVFTRLPTDQIGAFAE
                     YVAAPAVAVAHMPQGLDFIEAASIPLTALTAYQALELMAPKASEHIFISGGSGGLGAM
                     AIPLAKARGLVVYTNGNKASRERVLALGADRYLDYRQEDYLKELSPVDYVLDSVGGKE
                     LSKQIQLLKAGGMIVSLRGLPNGRFAKRFGLPWWKQSLFSLVAHRLDREARARNATYE
                     FLFVEANGRQLTEVAHLIEKQGIRPSIDKVFAFEQANEALAKVAQGGSAGKVILSLAN
                     "
     CDS             75622..76704
                     /gene="desV"
                     /locus_tag="SEQF2637_00882"
                     /EC_number="2.6.1.106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9ZGH4"
                     /codon_start=1
                     /transl_table=11
                     /product="dTDP-3-amino-3,4,6-trideoxy-alpha-D-glucose
                     transaminase"
                     /translation="MILFNEFKREYEAIRTEIDAALRRVLDSGWYILGKEGEAFERKF
                     ADYLGVRHCVGVANGTEAIALALRGMDIGPGDEVITTDMTAFATVTGIVQAGATPVVV
                     DIRPEDGLLDERLIEAQITPRTKCIVPVHLYGQSCDMDAILRIARAHGLKVMEDCAQA
                     AGTTYRDRKAGGWGDCAAYSFYPTKNLGAYGDGGAITTNDDATAERLRSLRNYGQTVR
                     YHHDYEGINSRLDEMQAAILRVKLRHLDTWNVRRRTIAARYRAGLTAVECLTEHTYGL
                     PNYHLFVVRAKDRTALSERLAREGVGTLIHYPVPIRRQGAYHGPCKDMPRTPTDDFAD
                     AILSLPMYPTLTDEEVDTVIRAVNHA"
     CDS             76729..77109
                     /gene="yabJ"
                     /locus_tag="SEQF2637_00883"
                     /EC_number="3.5.99.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37552"
                     /codon_start=1
                     /transl_table=11
                     /product="2-iminobutanoate/2-iminopropanoate deaminase"
                     /translation="MKRVIATNQAPAAIGPYSQAVEAGNLLFVSGQLGLDPATGDFVP
                     GGVREQAEQAFRNLRAILTEAGYTLADVVKATVFLVDMNDFAVVNEVYAAQFAGMDCP
                     ARSAIDVCKLPKGGLVEIEVIAAH"
     CDS             complement(77206..77490)
                     /locus_tag="SEQF2637_00884"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHRGPFNLFMDGGAGVNFAEERKGGSVERRNGFEVGIRPGGCVD
                     LTEGLCLCLRFGFLGYRSGYFSGEEPGLGHDGFGIRFAPEELMIGLELEF"
     CDS             complement(77596..77850)
                     /locus_tag="SEQF2637_00885"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKRTKTMTRLGRRPTCLVGLLVLLALVTPSVAHAQLGRPTEAH
                     DHDHEGRIFAGGALTYWRNTKERTTTFDFSPEIGYLFNDT"
     CDS             complement(77897..80158)
                     /gene="ybaL"
                     /locus_tag="SEQF2637_00886"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39830"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YbaL"
                     /translation="MHLPALIVDLVVILIAAGLTTLLFKWLKQPLVLGYLLAGVLAGP
                     AVKVLPTVREVSSIDTWGEIGVIFLLFNLGLDFSVKKLMKVGGTATVGAATVLIGMMF
                     VGYMVGSALGLDRMNCIFLGAMLSMSSTTIIFKAFDEMGLRNRQFTGVVFGILIVEDI
                     FAVLMLVLLSTLAVSRSFEGEELLMNIGRLVLFLVGCFVFGIYFIPTILRAIRKYLTD
                     EMLLIVSIGLCFGLVYIANAMGFSSALGAFMMGAILAETVEAEHIEGLVKPVKDLFGA
                     IFFVSVGMLIDLEVLWEYKWYVAILTAVVMVGQLVFGTCGVLLSGRPLKTAIQSGFSL
                     TQIGEFAFILASLGIALKVMQPYMYPVIVAVSVVTTFFTPYMIRLADPAYARLERGLP
                     ASWIRFLDRYASGSNTIRQQSEWRQFLRAVSRFVGVYLAVTLVLLFVWLQFAVPLIGR
                     LLPGLNGRLVSLVALLLLMAPLLRAIMMKKNRSEAFQRLWSDNKYNRGPLVSLIALRI
                     VLALALVQVPTAMLLHINPLWEAAITVSVVLVILFSKGVQARSILIEQHFVSNLSARE
                     AEKDRRAPVRRDFANHLLERDLHLTDIEIRPDSPSVGLTLKELDFRRKCNVNVVTIIR
                     GGRRINIPGGEERLYPSDKVVVVGSDADIQRFLQYVTDRYNKAAEARRKQKRKEMNIE
                     QFIVVEGSRLVGRSIRESGIRDKAQCLVIGIERGDTSIKNPPPSTVFEPGDIVWIVGE
                     HEKAIQLSEGKTL"
     CDS             80425..80544
                     /locus_tag="SEQF2637_00887"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPCITAYLSALFKTVNYLLWHTSDLIQNHKHVYELHIAP"
     CDS             complement(80766..81470)
                     /locus_tag="SEQF2637_00888"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSENPLPRPLLGLFTPKNGVLGALLGRFTPKNGVSGALLHGFTP
                     KLRVLAPILNVAVLAICLTACSGQARIDKEDLAAREAARQYADSAAWQTIDRAECRIR
                     YPSDWTLQPESENAVFYLYAPAESDGDRFRENVSLVVEVLPNGKYDADSYVEEAIKLL
                     QVQVTKNERVEWAGHVGRRLVYTQRPALDIVTTNELYVWVINGKAYLLAFSREEGNDG
                     EQAVTGQRILQTFELK"
     CDS             complement(81592..83286)
                     /locus_tag="SEQF2637_00889"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKKNFLPFLVMAAILMALASCSGKLKPLSAQYIQADPQPLEVV
                     GGQVPVTISIAYPAKWFKKNATLTITPVLRYPGGETWGTAYTFQGEKVRANNQVVAYA
                     TGGNVTMKSSFKYKPEMKRSELYLTFDVKIGNKSSRLPDIKIADGVIATSALANAATA
                     NPAVGADKFQRIIKEAYDANILFLIQQAELRSNELNKGELKDWKDRVKKANDAANQNV
                     SVEVSAYASPDGGLSLNESLAERREANTTRYLKGELNKRKIDVPVGAHYTAQDWEGFK
                     ELVSKSNLQDKDLVLRVLSMYSDPEQREREIKNISTVFRSLADEILPKLRRSRLTANI
                     EIIGKSDEEISRLAQSNPKALNVEELLYAATLATNDVDREAIYTKASELFPNDYRTWN
                     NIGMQRYYAGDLRKAEELFNKSNSVQQNSAANINLGLLALTRGERDKAQQLIGGASDV
                     AELGEALGMLYLEQGDYAKAVSSFGAAKTNNAALAQILTKDYSKASQTLNAVTRPDAT
                     TDYLKAIVSARTNDAAGVISHLKAAISKKKSLAREAANDLEFAKYAKDAAFTNLVR"
     CDS             83659..84093
                     /gene="glmS"
                     /locus_tag="SEQF2637_00890"
                     /EC_number="5.4.99.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05488"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate mutase sigma subunit"
                     /translation="MEQKTIVTGVIGADAHAVGNKIIAFALQQAGFKVVNLGVMVAQE
                     EYIEAALETNADAILVSSLYGHGEIDCNGLREKCDEAGLKDIPLFAGGNLVVGKQNFE
                     DVEKRFMAMGFNKVYPPGTAIETTIQDLQALLESREAAAAAQ"
     CDS             84123..85502
                     /locus_tag="SEQF2637_00891"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLTVDFGSTYTKLSAIDADRGCVVATAAAFTTIDTDVRVGFR
                     NALAQLEESLGEPFAYDELLCCSSAAGGLKMVALGLVPELTSKAARLAASSAGAKVVK
                     TYAFEISKQEQDEIYRIDPDLVLLCGGTDGGNKEVIVANARRLCAIDRNFSVIVAGNK
                     SASYELEEVFAASNKNYVITDNVMPEFNRLNIAPAKEKIKELFISRIIEAKGLSRVQE
                     MTPHRIIPTPLAVMNGCELFSKGTRKEAGVGDLLAIDIGGATTDVYSMTDGKPTIDGA
                     VTKGLPEPYAKRTVEGDLGMRYSLSSLADELDLDAVADAAAAGRDQVEAWVHRCTEHP
                     DTLAESGSVEQRIEEELARGAIRLAVERHCGVYQTVYTPCGQLFALTGKDLADVAYVV
                     GIGGAIIHSEHPDYILEGSKADASDFTYAKPQHPSYKLDRRYIFASMGLLSAVNPELA
                     LRIMKAEIT"
     CDS             86066..87535
                     /gene="glmE"
                     /locus_tag="SEQF2637_00892"
                     /EC_number="5.4.99.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80077"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate mutase epsilon subunit"
                     /translation="MEISNQKISEDAFFAERKEVLGQWHTGRDIDFDEAVAYQKSIPA
                     EKRFGAKLQKATEERRTLIQPRAGVALPEEHKKLLQFLETEGEADLLPTTVDSYTRLN
                     RYHEAETGIEKSKETNRSMLNGFPIVNYGKTICRDVTSALKSPVQVRHGTPDARLLTE
                     ISIAGGFTSYEGGGISYNIPYSKSHSIEKTIAHWQYADRLVGLYEEAGVSINREPFGP
                     LTGTLIPPCISNSVAVLETLLAAAQGVKDITVGYGQCGNLIQDVAALHTLNVLTRDYL
                     DKYGYQDVRVTTVFHQWMGGFPQDEAKAFGVISWGAAAAALAKATKVIVKTPHEAMGV
                     PTKEANAAGLRATKQVTSMLRDQDFRTVPAVLEESEIISTEMHCILGKVEELGRGDYA
                     VGTVAAFEAGVLDIPFAPSRYNAGKAMPARDNVGAVRLLDMGALPLSKDIVDFHRRKL
                     EERAAFENRPVSFQMVIDDVYAIGKGFLVGRPRGANSEQ"
     CDS             complement(87475..88086)
                     /locus_tag="SEQF2637_00893"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESNHWFGPNRGRVLLQTIGLARIWVGFCFKPPGLAPIGGRFCF
                     KPPGLAPIGGRFCFKPPGLTPIWGRFDIKPPGLAPIGVGFCFKPLVWPESGSGFASNH
                     WFDPNRGRVLLQTIGLARIGVGFCFKPLVWLQSEVCFASNHWFDPNRGRVLLQTIGLA
                     RIGVGFCIKPPGLIQTKPLGRPSFYCSLFAPRGRPTRKPLPMA"
     CDS             88157..89404
                     /locus_tag="SEQF2637_00894"
                     /EC_number="4.3.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05514"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylaspartate ammonia-lyase"
                     /translation="MKITQVICAPGKTGFFFDDQKAIKNGAKNDGAFYEGTPVTPGFT
                     AVRQAGESISVIFVLENGAMAYGDCAAVQYSGAGGRDPLFLAKDFIPVIEKEIAPLYV
                     GKEITTFREMADRTDKYVDPKTGQKYHTAIRYGVTQACLDAVAKSRGVLMAEVIADEY
                     GTKISDTIIPIFSQSGDDRYLNADKMIMKAADVLPHALFNHVETKVGLKGEKIKEYVE
                     WLRNRIQKLKPFEGYNPTIHIDVYGTLGIVFNNDPEAIAHYIGEVAAIAAPFKLRVEG
                     PVDMGEREAQIKALRDIRAVIDREGINAEIVADEWCNTLEDIVDFSKEKSGHMAQIKT
                     PDLGGINNAIEAVLYCKEHGMGAYLGGTCNETNRSAEVCAHIAMATQPVQYLAKPGMG
                     VDEGYMIVFNEMSRILAIREAKK"
     CDS             89510..90883
                     /locus_tag="SEQF2637_00895"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEELRVLSPTAILGYGFPMESFVEGMKRAPHVIAVDAGSSDPGP
                     YYLGAGKSFTDRNSVKRDLEIMIPAAIEAGIPVIVGTAGGSGATPHLDWAVDIVKEIA
                     REKKLSFKMAIIGSELDKELVKEKLRKGQVTPLHPAKEIAEKDVDEAVHIVAQIGEEP
                     YIKALDEGANVIIAGRSYDPAVFAALAIKQGYDKALALHMGKILECAAIAALPGSGSD
                     CMFGYLRKDHFVLEPLSPLRKCTTLSIAAHTLYEKTNPYVLPGPGGALDLHECTFTQV
                     DDNKVKVAGSKFVPTDKFFVKLEGVRRVGYRTISCAGVKDPIMISKIDDIVRSVKDRV
                     KNNFEHYGITDFYLDFKIYGKKGVMAMFKDAEESHSDELLIIIEAVAATQEQANTICG
                     FARSTMLHFGYEGRIATAGNLAFPFSPSDAKMGEVFEFNIYHLMQVDNSTELFPARYI
                     SFNQGKE"
     CDS             90902..91219
                     /locus_tag="SEQF2637_00896"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHYKLTDVTSVIRSKNSGPYELTFDVIFKDYEMYERVKAAGVFN
                     NAMFASLYHIPETDIIGIVHFDPAKAIKTTIVRPIPSGALGETDVYGAQQHVPLMKLE
                     FDL"
     CDS             91593..92534
                     /locus_tag="SEQF2637_00897"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNHAQEYMVSAQYFAPRGKERLMFLGEQISHRHLFFNDRLIGI
                     LGDAGAGKSSFIKGMFPGLQLSNDDDIVNPRKIMQVRNPLNDIEDATTYHFDVRFQMA
                     FMQMYEIADFVHSLLERKRRVVVEHFNLLYDALGRNADLLVGIGEEIIVARPGVFGPL
                     PQSIYDIVHESLKYRKMAHSAEDITTLLLSDEFGISDDDYYFSDVRNGFMLKFRQRPE
                     IDLERLEARVRERIAEHLHIAYHDEDHVRIGDRVIPCDGPRFHVRNTSEIIDFSLHKT
                     LVEDPKTGHFCLIGFIDDPQEDVSNRNTHYFLARNYQ"
     CDS             92531..93373
                     /gene="ttdA"
                     /locus_tag="SEQF2637_00898"
                     /EC_number="4.2.1.32"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05847"
                     /codon_start=1
                     /transl_table=11
                     /product="L(+)-tartrate dehydratase subunit alpha"
                     /translation="MREIQAEKITTLVERLCIEACYVLADDIDRKFHSCLQTERSPLG
                     RQVLTTLIDNARIAREERVPICQDTGMTVIFVTWGQDVRITGGFIEDAINQGVRQGYE
                     KGYLRKSVVRDPIDRVNTKDNTPAIIHYEMVPGDAFHIVVAPKGFGSENKSDLKMLMP
                     SDGVPGIKQFVIDTVSHAGANPCPPTIVGVGIGGTMERAAYLSKKALLRPVGSINERP
                     DLAALEQELYDDINRLGIGPVGFGGSTTALAVHILTFATHIAGLPVSVNIGCHATRHA
                     EGSL"
     CDS             93607..94179
                     /gene="fumB"
                     /locus_tag="SEQF2637_00899"
                     /EC_number="4.2.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14407"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate hydratase class I, anaerobic"
                     /translation="MEATPQIEKRILRAPFTDDVIRSLTAGDLVYLSGTIYTARDAAH
                     KRLYEMLDRGEPMPFDFTGQVVYYAGPCPAKPGQPIGSVGPTTAGRMDAYSPRLIREG
                     LKVMIGKGLRNAKVVDALKQYTGIFFAAIGGAAALMARCVDTAEVIAFDDLGPEAIRR
                     LTVTELPVIVAIDSQGRNVYETGRAAYEQD"
     CDS             94291..94545
                     /gene="rpmE2"
                     /locus_tag="SEQF2637_00900"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DTN5"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L31 type B"
                     /translation="MKKGLHPENYRQVAFKDMSNEEVFITRSTINTKETIEIEGVTYP
                     LVKLEISSSSHPFYTGKAKLVDTAGRVDKFMSRYGNRYKK"
     CDS             complement(94559..94744)
                     /locus_tag="SEQF2637_00901"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGMFPSGNDGRKDRWILKPHFAQGIVRCRGCSTSYLSHGGQKR
                     EAGKQNGFVLPARLCDL"
     tRNA            94745..94819
                     /locus_tag="SEQF2637_00902"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(cgc)"
     CDS             complement(95058..96374)
                     /locus_tag="SEQF2637_00903"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLINEVMADPRGLTKLPATEYVELHNTTDHEIDLEGWTFVYDKT
                     SIPLPDAELPAGGYAVLYKAGREISVADGAAEVALKRFPANMINAGKPLALKDPSGTV
                     IHSYTYPKARAGRSIERGEGDKWHLSSDPRGGTPGEENSEGAPDKPDEPDEPDEPNRP
                     NEPDATEQVEPREIILNEILFDPQPRGSEYIELYNRSDRTLSTHGLAIALRKSDGHLG
                     TRHSLTSLATTLAPGDYLVLTSDPNGVTSLIRTPALDVIRRFKLPALNNQGATIVLLR
                     TADSTVVDEVTYSAKWHSSAVKIRRGVALERISPDGSSQEAANWTSASSETGYGTPGY
                     KNSQSGTSSQIEEGATISEPEYNASTRDYLIRYRMDKPDYRCQMAVYSSNGQKVAVIA
                     NNQLLTPEGEIRWDGAGLTPGVYVFYVELYHPDGSSQHIRKPLLVH"
ORIGIN      
        1 cnggggtgac gcattaaaat tgtattgtga ttagttgttg tgggttcatt cgagcaagtt
       61 tcttttggat acgagggatt gaggacttca tatttgtctt cagtcgctct ataatgagta
      121 aattgatctt ttgaatgata tccataatct gcgccacatt cttggttctc ttgtgcgagg
      181 aatcgtgtcc gaaatagaca tccaaagagt ggtgcaactt gttctctatc gcccaatgcc
      241 cacggatagc ctgtttcaat gaagaaacat ccgttaatga cgaaatgtag tagaccactt
      301 cttcactcgt tttgtcgctc cttttatccc ttcgtttgcg tataactttg tgtatcgacc
      361 tcaagccttt ccagcgagtc aatacctcgt tggcttctat ctccaagggg ttgagaatac
      421 tttcatagcg acgtgtttct atgcgcccgt gagatagttc cgtcagctcg tcaaggagga
      481 tatgtttctg aaacagaggg cagaaatagg cttcaatctc ttgcaaactc aaactttgat
      541 tcgccttaac acacaataca tagtctccgc ccttatcgat gatttgttcg gcaatggctg
      601 tttgcgtacc tatagcatca atggagacaa cagccccgtt caagtccagc aaatgaagaa
      661 gttgatgtat agcaggtatt tcgtttgttt ttcggtcaat atagagttgg gcaagactgc
      721 acatatcttg tggtgaaaaa gcagagatga catgggattg ggtatcaaaa gagagtttct
      781 tcactccccg catcgtcttg ccatcaatgc aaatatgttt acctgaagtg gccgagataa
      841 agccttcaat ccatcgctta taagctccct caaaagcgtc tacatccaac agactgatgc
      901 tcctgttaag agtatcatgg gatggcttag tgtgcgtaag ctgatgaccg gtaagcagtt
      961 cgtatagact tttcaattct tcttcgtatt cctcggcata atcttcaatc tcataccagg
     1021 aggtatttcc tgagagtgta gagaggaaaa cgatcaggag taaaaagtca agaggataaa
     1081 tttttttacg ctctatccgt gggtctggaa ccatacaaag gctttctaat agagaatgat
     1141 acacaactaa cggagtttta atgtctgtaa aagtaccgag aaagctgttt ttaatgcgtc
     1201 agccctggaa acccctattt atctgtgtag ccgcttactt ttgcggccta tgatgacaaa
     1261 tgacatacgc tcgatcatcg agcaagaagc ggacgccgtg cgaaacatac ccatctcgga
     1321 gcgctatgcg gaggccgtgg acttaatcgt aaaacatgta cacaagcaag gggggaccct
     1381 catcacggcc ggcatgggta aggccggaca gatcgccatg aacatggcca ccacctttag
     1441 ctcgaccggc accccggctt tcttcctgca ccccggcgag gcgcaacatg gcgatctggg
     1501 catcgtccga cggaacgacc tgctgctcct cgtctccaat tccggcaaga cgctcgaact
     1561 catcgaactg gtcgacctag cccgcggact cgtgcccgac atccctttta tcctcatcac
     1621 ttctgacccg cagagcgagc tggcccgacg ggccaccctc tgtctgccca ccggtgcgcc
     1681 gcgtgaagtc tgctccctgg ggctgacacc gactacatcg acgacggtga tgaccgtcat
     1741 cggcgatgtg ctcgtcgtgg gcacgatgga tcgcatcggc ttcacctcca ccgactatgc
     1801 caagcgccac cacggcggct acctcggatc gaagagtcga cagctgagcg gaaaggaggc
     1861 cggagcatga gaaaagtgat cggcatcggc gagacaatac tcgacatcct cttcagcgac
     1921 ggacagcctt acacggccct gcccggcgga tcgatcttca acacgctcgt ctcgctcagt
     1981 cgggtgggcg tgcagacgtc gttcatcggt gagctgggcg acgatcgcgt gggccagatc
     2041 atccgggatt tcatgcagca aaacggcatg tcgacggact acatggatag cttttccgag
     2101 ggcctcagcc ccgtctcgtt ggccttcctc gacgaggggc agggcacgga ctatatgttt
     2161 tacacgaacc gctccaagcg gcggtcgaac atggccctgc ctgacattca gccggacgac
     2221 atcgtcctct tcggctctta ttacgccctc aaccccgaca cccgcgaccg cgtcatggac
     2281 ctcgtgcagt acgcccggga gcgacgggct atcgtctatt acgaccccaa cttccgcaag
     2341 gcccacgccc acgaggccat ccagctccgc gccaccgtga tggacaacta cgaggcggcc
     2401 gacctcgttc gcggatcgga cgaggacttc gtgaacctgt acaagaagac cgatccggac
     2461 gaggtctacc gcgacgaggt gcagttctat tgcaagcgcc tcatcgccac ccgcggctcc
     2521 ggcggcatca gcctctacac cgaaaagggc tgtacgcatt acgacgtgcc gccactcacg
     2581 gccgtcagct ccatcggcgc cggcgacgct ttcaacgccg gactgatcta cagcctcatc
     2641 aagtatcgca tcgggcagat ggacctcaca gacctcagcc ccatgatgtg ggacaagatg
     2701 atcggcctcg gcatcgcctt cgccgccgaa gtatgcggca gctcggccaa ttacgtctcg
     2761 cccgagtttg ccgcgaagca tcgcgaagaa tgaccggccc cctccctccc actctccatt
     2821 tcccctcaca ttataaataa caacatcatc cacttgaaga ctttcgaaga attagggatc
     2881 gccgagcctg tgctgcgcgc catccgcgaa atgggctacg aggcccccat gcctgtacag
     2941 gaagaagtga tcccactctt gctcggcgaa cacctcgaca tcatcgcctt ggcacagacc
     3001 ggcaccggca agacggcagc ctatggccta cccatcctcc agaagatcga catcgcgcga
     3061 cgccagccgc aggtgctcat cctctgcccc acacgcgaac tctgcctcca aatagccggc
     3121 gacctgagcg attattcgcg ctacgtagac ggcctacacg tgctgcccgt ctacggcgga
     3181 tcgagcattg agagccagat caagacgctg cggaaaggcg tgcacgtggt cgtggccacg
     3241 cccggccgac tgctcgactt gctgaaccga aagacggtag acctcggcgg cgtccgcgac
     3301 gtagtcctcg acgaggccga cgagatgctc gacatgggct tcacggacag catcgacgcc
     3361 atcctggccg aagtgcccga ggaccgacac atgctgctct tctcggccac catgcctcaa
     3421 gagatcgcac gcatcacccg caagtacatg aaggagccgc gcgaggtcgt catcggtcgc
     3481 cgcaacgagg gcaaccagaa catccgacac gtctattata tggtgcacgc ccgggacaag
     3541 tacgccgccc tgaagcgcat cgccgattat tatcccggca tctacggcat cgtcttttgc
     3601 cgcacccgca aggagacgca ggagattgcc gaccgactga tccaggacgg ctacaacgca
     3661 gactcgctgc acggcgagct gagccaggcg cagcgcgact acgtgatgca gaagttccgc
     3721 ctccgcaacc tgaacatgct tgtggccacc gacgtggccg cacgcgggct ggatgtggac
     3781 gacctcacgc acgtgatcca cttcggcctg ccggacgaca acgagtcgta caaccaccgc
     3841 agcggacgta ccgcccgcgc cggcaagacg ggcatctcga tctccatctg ccatgttcgc
     3901 gagaagggta agatccgcct catcgaaaaa gccatcggca agaagttcga gcgcgcacag
     3961 ttgccctcgg gcgaggccat ttgcgagaag cagctcttcc attacgtcga ccggctggag
     4021 aaggtgaagg tggacgaagc ggagatcgag cgcctcatgc ccgccgtctt ccgccgcttg
     4081 gagtggctcg agaaggaaga catcatcaag cggctgctgt cgctggagtt caaccgcatg
     4141 ctcgactatt accgcgacgc cgaggtgatc gaagatgtgg acgacgcccg cccggagcgt
     4201 cgcgagaaag gcgacaagaa ggagcgcacc gaccgacgcg ccgccaagcg cgaaagccgc
     4261 gggaacgaca cgggcttccg ccgcctgcgc ctcaacttcg gaaaggacga cggcctctac
     4321 cccgcgcagg tgatcgacct gatcaaccgc tgtgtgcccg gtcgtaaggt ggagatcgga
     4381 cgcatagaga tcggacgcga tagcagctat ttcgaggtgg agcgcgacgc cgcgcgacgt
     4441 gtggccgaca gcatgaacag ctacgaggtc gacggccgcc ccatctctgt ctcccccatg
     4501 cacgacgacg ccgatggcga tcgcggcgac cgcaagccct accgacgcaa agcatccgca
     4561 ccccgttcgt acggaggcgg caagccctgg cgccgcacgc ccgaccgtaa gcgatcgcgg
     4621 cgataggcgt cagggacacc tgtcaagttt gccgggtaca cggggcgtca gggacgccgg
     4681 ccaagtttgc cgggtacacg ggggggagag cccttccgcc tttcgattgt acgatacaat
     4741 gggtccaaag gctctccctc aattgtacga tacaatgggc ccaaaggctc tccctcaatt
     4801 gtacgataca atgggcccaa aaagtttttt tcaggccatt gtacgataca atcggcccaa
     4861 aaagtttttt tcaagccatt gtacgataca attggcccaa aaagtttttt tcaggcgatt
     4921 gtacgataca atcggcccaa aaagtttttt tcatgtgatt gtacgataca atgagcccaa
     4981 agggtctctc gcgattgtac gatacaatgg gcacaaaggg ggcctcgcga ttgtatcgta
     5041 caatgggcac aaagggggcc tcgcgattgt atcgtacaat cggcctcggc agaggccttc
     5101 cccctccttt cgtttttagc ttttcgttta tcgttcccat gtctggaaag agcaaatact
     5161 acgtcgtgtg gaagggcgtc gagcggggcg tctacgacaa ttgggcggac tgcctccgcc
     5221 gcacccaagg ttttgaaggc gctcagtaca agtcgttcgc cacgcgcgaa gaggccgaac
     5281 gcgccttctc cgagtcgccc tacgagcacc tcggccgtac gccgcggcgt gccgggccca
     5341 ccgtgtcgaa agtcgtcggg ccctgcattc cgcagagctt ggccgtcgat gcggcgtgca
     5401 gcggcaaccc gggcgacatg gagtatcgcg gcgtgcatgt agccagcggc cgccagctct
     5461 tccacatcgg ccccatggcg cagggcacga ataacatcgg cgagtttctg gccatcgtcc
     5521 acgcccttgc cctctgcgcc aagacgggtc agacccagct gccgatctac tccgacagcc
     5581 gcaacgccat tgcgtgggtc aagcagcgtc actgtcgcac gaagctcgcc cccaccgcag
     5641 ccaacgcccc catcttcgac ctcatccgcc gtgccgaggc atggctccac gcccacacct
     5701 acaccaaccc cgtcctgaaa tgggagacgg aagcgtgggg cgaaaacccc gccgactttg
     5761 ggcggaagtg acgacgcata cgcaaacaaa aaggccgggt acatggctgg gaacgtcccc
     5821 atccgtgtac ccggctaatc ttttacccct atccgtgggc ctatctaccg cccttgccaa
     5881 ccttgcgctt gcaagggcac ctcaccgccg tcgcggccga caaggatgca acccagctcg
     5941 gggcgcgtga tgtggccgat gatgcgtaca ccgggtaacc gctcggcacg atcgtagact
     6001 gagaggggga gggtgaagag gagctcgtga tcgtcgccgc cgttgagggc tgctgtggcg
     6061 aggttcatgt tgaactcctc ggccatgacg gccgtctggt agtcgatcgg cagacggtcc
     6121 tcgtagatgc ggcagcccac atggctgcgg gcggcaatgt ggagcagttc ggaggctaag
     6181 ccgtcggaga tgtcgatcat ggccgtgggg aggaggtcgg ccgaggcgag gctttcgaca
     6241 atgtcgcggc gggcttcggg tcggagctgt cgctcgagca aatattcacg accggcgaag
     6301 tctggcgcga agtccgactc gccacggaag acgcgtttct cgcgctccaa gagttgcaag
     6361 cccatatagg ctgcgccgag gtcgcccgag acacagatga ggtccgtatc gtgggcaccg
     6421 tcgcggcgga cgatgcggtc ggagggcacg tcgccgatgc aggtggcgga cagcgtgagg
     6481 ccggtcaggg aggcagacgt gtcgccaccg actaagtcga cgccgtagac gtcgcaggcg
     6541 tggcggatgc cgtcatagat ggcctcgatg tcctccacgg caaagcgttt ggagagaccc
     6601 agggccacaa gcagctgcgt gggccgaccg ttcatggcat agatgtcgga aaagttgacc
     6661 acggccgtct tgtagcccag gtgcttgagg ggggtgtagg tgaggtcaaa atgtacgcct
     6721 tcgagcagca ggtcggtggt gacaagcgtg aggcgatctg cggagtgacg gatggcggct
     6781 gcgtcgtcgc caatgccgag gatggttgtg tcgtggcggg gcgtaatgcc gtgcgtcagt
     6841 cggtcgatga gtccgaactc gcccagcgtg gcgatttcgg tgcgggggga gagggtattc
     6901 atgtaaaacg aaaaactgaa actgatgaaa gatctagttc aaatatatta ctgcgaaaaa
     6961 tacctcttta tacagtctgt cttctcttaa gatagtcatt gagcagtaac attagattgt
     7021 gctcgactat actgtttgtt aaatagcatg gatatattcc tgagattcga tcataaatac
     7081 atcctcccca gcacattgga tacagtgcac atatttcaca cttactttca acttcaaggt
     7141 tattccaacg atgcctgtat aatgcatctt catcatactt tgaaacggta gcaactatat
     7201 ttccatccaa caatttacga tcgcacttaa agagtttccc gtccggatca attgtataaa
     7261 atccaggata tgtcgccata caacctgtcg taaatgttcg aggcagcaga gccagcccct
     7321 tctttaatcc caacgtataa agaagctctt ctacctccaa cgtctctttc tcaagatcaa
     7381 agtacccacg tctagtgatt tctgaaaaga ttttcgcggc atatatagtg atacgatcct
     7441 tatattgata actcgagaaa aatcgaatca cctcttttat atcttctaaa ttgctggcat
     7501 catagttaag acgaatgtct acattaatct tagcctcgac aagtttccca atagtcgaaa
     7561 taatccgtct aaaagacccc cgtcccaaac ctttcacttc ttcgtatttt tcacctaccc
     7621 catcaatagt aatttgaata cgctttattc gccaatggta aaccatcttt tctatgacct
     7681 cttcattgat acgagagccg ttagtcacaa ttgttgtatg aaagtccaag tatggagata
     7741 aatgttctgt gagatacttc ataattgtat ctattgcagg catattcatc aatggttcac
     7801 ctccaaacca ttctatgcgg atcctatccc cctcattaac atgtttaaca ataaacttag
     7861 ccgtatctaa agctacagac ggagtcatgg tataacgcct tagccctttc tcataacaat
     7921 agaagcattt tgcattacat gcactagtcg tgagtattct gtacttgtga attttcttct
     7981 tgtagggggt attctcactt tcctgctgta ttcgagtaaa ctcatcgcat tccgaatcta
     8041 cgagaaagcc tcgatctagg tatgctataa cagtattctc gtcaaaacta aacgaattaa
     8101 actgatcata ggcttcatca gttaggacta tcgcagatcc acttgcagca ttaaaaagga
     8161 gaacataccg atccttcgaa accgagatgt tgtagatgga ttttttgtat ttcttcattg
     8221 ccaacataag atatagattg aataaaaaag gaggacacaa gagtatcctc ctttctgtaa
     8281 ttaggctctc ttatttagag aatccacccg tacagcagca gcaatcgtca tcatcgaatg
     8341 catcaatgaa tccattagac tgttctgcgt agaaaactct gagatcttca aacttctcca
     8401 tagttctatt cggatttatc catcctgctc acatagatgg gtttatttat tcttaataag
     8461 gctagtacct gtgggcaaag gagagatcac cttaagcact tccttttgaa aattcgacaa
     8521 cacacataag cagaaaccat cttttctcta tatagacgtc tatccttagc tgcctcgatt
     8581 tccaatagca aagataagac accgtcgtgg aaaaggggcg taattgtaga gtctaatctc
     8641 tcattttcta aggatatggc tcttctctat ggtttctacg tggcggatga caaattcatc
     8701 gaagcgtgac gaggcgccga agagaaacgt ggcctctatc ggcagggcat aggtgcgggc
     8761 gtgccactcg gcggggaaga ggggcgtcgt gcgcagccgc tcggcgtcct tttcggtgca
     8821 gaggatgagg gtctctggcc gttgcttctt gagggcggcg cggatcttgt cgatgtccgt
     8881 gcgatggaac gtgtgatggt cggggaaggt cagggcgacc acctgctcgg tgtgccggcg
     8941 gagctcttcg atcagggggg acgggtcggc gatgccagcg atgagcagca cgtctgtgtc
     9001 ggcccccaaa gacgacagtt cgcgggcggg gcactcctcg ggccagacgc cctcgagccg
     9061 ccggtaagcg atggaggtga agaagcgcgg gcgactaatg tcgatccgca gctcatcctc
     9121 gatgatccga ctctcaatgg gcttcatggc gggatcacac ttggtgacca ccaccatatc
     9181 ggcacggcgg acaccggagc ggggctcgcg gagggtaccc acgggcagca gacggtcgcg
     9241 ggtgaagagg cggtggctgt cggtgactaa aatggagagc gaggggcgga cgtagcggtg
     9301 ctgaaaagcg tcgtcgagta cgaccacctg cggccgctcc gcctcaggca gggccaggag
     9361 gcgacgcatg ccccgccgac ggtggccatc gacggccacg gtgatagatg ggtatttgcg
     9421 cttgatctgg ctgggctcgt cgccgatctc tcgcgccgtg ctcgaggcgc tggccaaaac
     9481 gtagcccttc gttttccttc ggtacccccg gctgagcacc gccacacgat agcgcggcga
     9541 gagcaggcgg acgagatatt ccacgagcgg cgtctttccc gcccccccgg ccgagagatt
     9601 gccgacgctg atgacggcta tcgggtaggt ctccgaggga aggatcccca gaccaaagca
     9661 gaggttacgc aggcgcacgc ccaacccgta acacagcgct aagggccatg ctacggggta
     9721 ttgcttgttt gttttgtttg atttcatcgg gttgtgtcag aggttattgg gcgtgtaaag
     9781 catgcgcgct tgcacgccgt aggtcggatg ggccgtgcgg agggccttga catattcgta
     9841 gtcctcgccg agggcatcct tcaggataga catcttgatg cgccccacct gtttttcgag
     9901 cagatcgcgc aggaagtcgc tcttggaggt cacctcgatc acgttatagt tgatgatctt
     9961 ggcctgctct ccggctaatt caatggcgcg ctcgagtccc cccagctcat ccacgagacc
    10021 gatcttgagg gcttgttccc ccgtccagac gcgtccctga gcgatcgagt cgatgtcggc
    10081 tttgctcttg ccccgtccgt cggcgcagcg agtgaggaag gtttcgtacc cccgattaac
    10141 gaaggcctgc atgagcgctt tctcgtcctc ggtcatggga cgcgaaggat ccagcatatc
    10201 tgcgtaacgg ttcgtcttga ccacgtcggt cgtcagggcc accttcttat agaggcccgt
    10261 ggcattgggg aaaataccga agatgccgat ggagccggtg atggtgttcg gctctgccac
    10321 gatcttactg gcgcaggcgg agatgtaata gccccccgaa gctgcgacgc tgcccatcga
    10381 gacgatgacc ggcttttttt tcttcagatc gctcactgcc ttccagatct gttcggaaac
    10441 gtaggcgctg ccgccgggcg agttgacgcg gagcacgacg gccttcacgt cgtcgtcgcc
    10501 ctccagcttc ttcaagtcgt cattgaggcg ctccgtgatg gctgcctcgc cggcactgaa
    10561 gcccccgggc aggctttcca cgatttcgcc ctcggcatag accacggcga tcttgttgcg
    10621 atattccttc tccttcttct tggcgccctt gagcgcagcg acgctggttg ccttcagctt
    10681 gtcgcccttc tggccggcgc gatccatgag gtactgctcc acctcgcggc gatatttcag
    10741 ttcgtcgacg agtttgtatg ccaccgccct acgggcgtcg agcagggcgc cgccttcgtc
    10801 ggcaaagcgg ttcacatcgt cggccgtgat cttgcggctc ttggcgatgg agcgggtaat
    10861 gttgccccag atggtgcgct ggtaggccgt gatttgctcc ctgttggcgt cgctgagctt
    10921 gtcggtcatg aactgttcga cggcgccttt gtaggtgccc actcggaaga tcatcatctc
    10981 tacaccgatt ttttccagcg cccctttgac gaaggtggtc tgcgaagaga ggccattcag
    11041 cgagagcatc ccctcgggat tgaggaaaac tttgtcggct atggaggcta agtaatagcc
    11101 gccctgggta tagcgatcgg cataggcgac gacgaacttg ccactctcct taaagtcggc
    11161 cagcgcgcgg cgtacggcat cgagcgtgac cacgccgctc gaaaaagcgc ccaggtctaa
    11221 gtagataccc ttcacggtct cctgttcttt ggcgttgcgt atagcagcca cgaggtcgtg
    11281 catggacagc gcctcgtcgt tgccgctgac cagagccgaa aacgggctct cgggcgtggt
    11341 ctcggggatc tcacccgcca gtgttatctt gaatacgctc tcccccgcct tcggacctac
    11401 cgctgccgcg gagcttttgc tgagcccggc caccatgcct atcattgtga caaacaggat
    11461 ggcgctgact atgatcgaag ccaggataaa gcccagcgtc gacgcaaaca tcatcttgaa
    11521 aaactgcttc atatttggat tggttagata ttaatacgtg atatgaactg gccgctgaga
    11581 caacgggaga tacctcctcg aggcgtgccc caatggcaca gtcatggttt acttatcgaa
    11641 tcggagagct cggatggcct cgtccgaggg gcaaacggcg cggtagacag cgcggagtgt
    11701 ctcggcgtcg gtggcctcaa agtcctcggt gcggaccgat atgaagaggc cgcccatgtc
    11761 ggcagcgccg ggagccgtca ggatgccctc gccgggctcc cagggccggt ggcgacggcg
    11821 gggcatgacg atcacgaccc actccccggc ctcgtagcgg gccgtgaggt tcatcatggg
    11881 ctcctcgtcc ggggaggtcc ggggcagtgc gcggacgacg cgcccgaaga gggcctcggc
    11941 agcctccgcc gttcgtgcgc ggatgactaa gagggggcgc aggcagccaa ggatgcggct
    12001 gagggtggcc tccggcgagc gaatcagcag cgtggcgtgc aggctgtcga cctctgtgtc
    12061 gaggggcatc tgcccgcggg tgacggcctg aaaatggagg tgatccgggg cggaagcgcc
    12121 gcagctgggg ccgttgtaga gcagggtgag tccgctcagc tgccgcgcaa gctcgaggaa
    12181 gtcggccatc cgtccgccgg cgatcgactg aggcgtgtgt gtgcgctcga cgatggtgta
    12241 atggcggcgg aagatgggga aggggttgac caggagcagg taacggtcgt cgaggcaggg
    12301 cagggcgtcc tgctccggcg gccgattggc gtcgcagagg aagcaggggc gctggctgat
    12361 ggaggccgcg tcggtgcggg cgccggatga gacgatgcga gccgggttaa actggacgtc
    12421 gatgcggaat gcgccgaagc gcaccgtgcg gatgcgtacg tcgttgaggg cctcgtagtt
    12481 ctgtcgggcc atgggccaat gcgccaggtc gcgctccaag agcgcctctg cgccaagggc
    12541 cgagagttcg tttgttgtag acatgttgta taagtggtcg ggggaaaaaa tcgtgaatca
    12601 aagttagacc gaggcgccaa aagccgtgcg gatggggctt atcggtagcg cccgaggtcg
    12661 ttcgcttggc gcaaatggcg acggcgttgc gagggagagc agtggaagtc gcggtggcag
    12721 gcataaaaga ggttggtggt cgatcccacg ccgctctgtc gggccacctc ctcgatggag
    12781 aggtcggtgt accgcagcag ttcgtccacc ctccgcatct gccaagctat ccggaaggtg
    12841 atggcctcca tgccggtcag ggccagcacc aagccgttga catcgctggg cgtcaggccg
    12901 tacccctcgc caaaagtctt caggttgctt ttcccctcgc tcagcatccg ccggagatcg
    12961 tcgagcagct ctacgcctgt atccgccgcg cgctgtggga tgggttcata gtggatggta
    13021 ccgtcaggtg cgtagacgcg tcgctcggaa aagagcgtga tatagatctc atccagcgga
    13081 aactgtggcc gtacggcaag ggttcgtcca cccgtgcgcc gtcgtcgctt ttcttcgggg
    13141 acttcctgat cgcgctcgta gttccagcgg cgcatgtaga gcctctctcg tgccattatc
    13201 taaggatgtt tatggttttc gtatttacct cctcattcac tccgcaaatg taacgctttt
    13261 tattcacttc caagcccatc caactgtgat tgtcacggac aacgttaacc tccaccccca
    13321 ccgagctacg attgtttcag acaatattca cacctaacgt tgcgagctat gattttccga
    13381 ggcaacattc actccgaacc ttatgagcta tgattgcttg agacaacgtt cactcccaac
    13441 tttcgaaact atgatcgcgc agacgaacgt tccgtctaaa aattgagggt tactattgtc
    13501 tcggacaacg ttaaccccca agcctcgcgg gttattattg atggagacaa ccgaggattc
    13561 ctcggccaga tgtttcccat tgtctcagac aatcggagat gaatacgtgt ttcttttcgc
    13621 catgtctcgg acaatcggag attcatcggg taggtgttat ctattgtctc ggacaatcag
    13681 agacgaatac gtatttcatt tctccatgtt taatcggtta tcagataggt acccatgtag
    13741 aggcgtattg aatacgcccc atatagattc aacgtctacc cctttgccct ttacagggcg
    13801 tttggtaggg cgtatgcaat acgcccctac cctgtcggca gaaaaatcgg atttgaagga
    13861 ttggtatggg gttatgtttg gggcaaaagg tgaggaatcc gtatttcatt ccatcatgtt
    13921 taatcggtta tcagataggc accctggtag gggcgcaaaa gcatacgccc cttgcgcgtt
    13981 tatcgtctac ccccacgccc tttgcagggc gtttggtagg gcgtatgcaa tacgccccta
    14041 catttccgga aaaagatgag gtttccttgg gtaggtgtta tctattgtct cggacaatca
    14101 gagacgaatc cgtatttcat tccatcatgt ttaatcggtt atcagatagg tacccgggta
    14161 gggcgcaaaa gcatacgccc cttgcgcgtt tatcgtctac ccccacgccc cgtgcagggc
    14221 atttggtggg gcgtatgcaa tacgccccta ccctaccggc agaaaaatcg gatttcaagg
    14281 gtaggcgtgg ggttatgttt ggggtaaggg aagacgaata catatttcat tccatcatgt
    14341 ctaatcggtt attagatagg agcccatgta ggggcgtatt gcatacgccc cttgcgcgtt
    14401 tatcgtctat cctttcgccc cttacggggc gtttggtagg gcgtatgcaa tacgtcccta
    14461 ccctactgga aaaagataag gtttcctcgg gtaggtgttt tctattgtct cggacaatga
    14521 gagatcaatc cgtatttcat ttctccatgt ctaatcggtt atcagatagg tacccgggta
    14581 gggcgcaaaa gcatacgccc cttgtgcatt tatcttctac cctttcgccc cttgcagggc
    14641 gtttggtagg gcgtatgcaa tacgccccta ccctgccggc agaaaaatcg gatttgaagg
    14701 gttggtgtgg gattacgttt aggagaaggg aagattcatc gattaggaga acgaaaaaag
    14761 gaaggatttt ttggcgggag gataggcggc aggaggtata gcgcgaacgg ttcagaccta
    14821 ttctgccgag taaaccataa aagagaataa ggatacagaa tgcccgccga tggatacgac
    14881 gcttcggcct acttttgtgg gctgaaacct aactgtaaaa cgattcgtca tgagcatcat
    14941 cacaatggaa gagttccaat ctgacatcga gaggttcctt gacttgtcag aggaggaggc
    15001 agtcgttatc acccgtgaca atggtaaacc gataaagatc gaggctatca gcagcgacga
    15061 cattctgagg tatcaggccg aaagatgtac accttgacgt gtcaattcct cgcgccgttc
    15121 ggaggcggtt cgaaatcact gtgccgacgg tgtgtgccta cccgaggcgt agccttctga
    15181 ctacgcttaa ctaccgcgcc agaggcgcat aactaccggg gcgaagcccc ataactacct
    15241 actaaacaga tatgaagaaa gtattgatcg tgtcgggaca taccgacatc cagcacggat
    15301 ccgtggtgaa ccgtcgcatc cttgaggtgg tgaagcgaga gttgcctgaa gtgactattg
    15361 actcgctgag cgaactctat cccgacttcc gcatcgacac ggcggcggaa cagaagaagc
    15421 tggtcgacgc cgacgtgatc gtctggcaat tccccctctt ttggttcgcc aaaccgtcgc
    15481 tgctgcagcg ctggggggag gaggtattta tccacggctt ctcgcacggc acgaatggca
    15541 aggcgctgca aggcaaaaag ctcatcctct ccgtcaccat cggcgccccg gccgaggcct
    15601 acgcccgcga aggccgaccc aacggaggac tggaagacat gctcatgccc gccacgcagg
    15661 ttatggtcgg catgaccggc atgacgctcg tcgatccggt ggtcatcacc tacggagtct
    15721 cctatgcgct ccgcaatgat ccggaacagg ccaaggagtt ggagcgcaag gccgacgatc
    15781 acgccgcccg actggtggcc ctgctccgcg acgcagccaa ataaacaggg atagagactt
    15841 agcgtactga tttgtcctat ttggatcggt cgctcccgaa accgcccctc atcgggcgga
    15901 gggagtggcc gattgttttt taccccctac acgtggctcg gagcgaatgg ccgcgacgcg
    15961 gggaatcgtc tcaaagagtg tatctttgag gccgataaaa caacatctca accactaata
    16021 gcttaaagaa atggaaacaa aatcttcatc catcatccgt aagcccgcct ttcggatcgc
    16081 catcgtggcc gtagtgctca tcgggctcta cgcttttttc gcgggtactt acaacagaat
    16141 ggttcagctc gacgagaacg tgcaaggcgc ctggggacag gtcgaaaacc agtaccaacg
    16201 gcgcgcggat ctgatcccca acctcgtcaa cacggtcaaa ggttatgcgg cacacgagca
    16261 ggctacgctc accgccgtca ttgaggcgcg cgccaaggcc acccagatca ccgtcgaccc
    16321 caatcacctc gacgaggccg cgctgaagcg cttttccgca gcgcagggcg aactctcctc
    16381 cgccttaggt cgcctcatgg cggtatcgga gagctacccg gagctgaagg cgaacgagaa
    16441 cttcctcatg ctccagtctc agctcgaggg aaccgaaaac cgcattgcgg tggagaggaa
    16501 acggttcaac gaattggtga acgtttacaa cggctacatc cgccacttcc ccaacaactt
    16561 ctttgcgcaa gcctttggct tccaacgccg cgcctatttt gaggccgaca aggagtcgga
    16621 gaaagcgccc aacgtcagct tctaacgccg caaagggatg accgcaagaa ggctatacca
    16681 ggggctcgtt gtctggatcg tgagctggct ctccgtcggc ctatcggccc agacgagaga
    16741 cgtttacagc gtggaggacg tgccgaacgt gcaactcatc gacagtacgc gcttcgtctc
    16801 cgacccgaac gacgccatcc ccgacgacga cgaggccgcc ctcaaccgcc gcctcggtca
    16861 gctccgcgat tcgctctcgg tggagatcgc catcgtcgtc atcccggcct atgacgtgga
    16921 gaagtacagc tcagcccgcg aatttgccaa cgagcttttc aacacctggg gcataggtga
    16981 caaggagacg aaccgtggcc tcttgatcca gctcgtgacc cgtgaagacc tccgcgagat
    17041 caccttcgag accggctatg gtctcgaggg cgaactgccc gacggcctct gcatgctgat
    17101 ccagaagcgt cgcatgatcc cgcccatgaa ggagggccgg tatggcgaag gactcttggc
    17161 cggcctcgag gaggtgcgca aggcactcag caacgaatcg accctcgagg cggaggagga
    17221 gaagaaaagc aacaccctcg cggcctttgt ctgctccatc tggtgggcgc tcgggctgct
    17281 cgggttcggt gggatgctcc gcaaacagtg gcgcgccgcc cggacggtca aagacttctc
    17341 cgagttcagg cagatcgctt gggggcataa catcgccgcg gtcttttccg gcctattcct
    17401 ctgccaaacg ccgatagcgc tgctctactt cctgctcaag ctcattctcc ggaaacaatt
    17461 gaggccccag atacggtgcg aaggctgcgg cgctgtcggt cgcttctatc aggagaaggg
    17521 ctacccaatc aagaagccga gaacgaacgg cacactcaag gtctaccatt atgtctgtcg
    17581 caattgcgga cgggtgaagg ccgagaaagt ctttaagcgg acaccggaca ggtggagcgg
    17641 cggctcaagc agcggcagct cgttcggtgg cggcttaggc ggaggcttct cgttcggcgg
    17701 cggaagcagt ggcgggggcg gaggctcctg gggcggcggt tcgagcggcg gcggcggagc
    17761 cagctcgcgc ttctgaccaa tcgacgcacc ctattcctgc tggcaggaac gtaaaaaggg
    17821 tatccacctc cttttctgga gagggatacc ctttttctct gccctcggga cgacggtaag
    17881 cccgcggtgc tgttcgtttt acgacaccgc gccggtcacc tcgtcgaagt gtcgctcggc
    17941 ccactcgatc agcgtcgcca gcaccggaat aagcgagcgc ccagtctccg taagcgaata
    18001 ctccacccgg ggtggcacct cgggataaac cacacgacga atcaggcggc tgcgctccaa
    18061 gttcttgagc gtcgctgcga gcattttttg cgagcagtcg gccatgctcc gacccaattc
    18121 gctaaagcgg agtacgcccc ccgggcagtc gtgcaacgtc caaagaacga ggatagacca
    18181 cttgtcgccg aagcaactaa tgacatgccg gatgggacaa ttggggtaat tcgttttaat
    18241 gtcgatcata cgtttggtgg atgctatggg cggacaaagg tagaggcgca aacagtcggc
    18301 gccaagcccc ctcgttaatc tcggttaatc ttccaaactg ccccgctgat tccgccccaa
    18361 ttcttacccc ccggtaactg acgcaccctc cggtgccttc tttcacagcc cgacgaacac
    18421 gggcaccttt gcctcgtcaa agagagacgg cttcgcgccg ccaatcagag actcagacac
    18481 agtaacccta taaaaagaga aaggataacc agattatggc aaatgtgatt ttaatcggag
    18541 cgacgggatt cgttggatcg gccgtcctca acgaactggt agagcgcggc caccacgtga
    18601 cggctgtcgt acgtaacgct gccaagctcc ctaagagctc ccaagtagag gcagtagaag
    18661 ctaacgtagc cgatgtggag aaggtggccg acctggcacg tggcaaggac gccattatct
    18721 cagcctacaa tcccggatgg gctaaccccg acatcaaacg gctgatcgag acgaactatc
    18781 cgcgcatcct cgaagcggca aagcggagcg gtgtgccccg actgatcatt gtcggcggcg
    18841 ctggtaccct cttcgttaag ccggggctgc gcgtggtgga ctccggcgcc atccctgccg
    18901 agatcatgga cggtgtgcgc cccctcggcg acttctacct gaacacgctc acccgtgaaa
    18961 cggacatcga ctgggtcttc ttctcacccg ccggtgagtt tgacgctgag gggagcaaga
    19021 cgggtaagta tcgccttggc taggacgact tactcgtgga cgctacgggc aaaagccaca
    19081 tctccgtgcg cgattacgca gccgcccttg tcgatgagct cgagcacccc gcacatcacc
    19141 gcacccgctt caccattggc tactgacatc accaacatct atcggagagg caaccccaaa
    19201 gatccgatgg cgaagagatt tccccctctt gcgccaccgg atctttctcg tttccgccta
    19261 tacactgcta caagaagaag gcattcgcca tcgtgaccag cagtagcgcg gccagaccga
    19321 tgcagacggc gatgagcagg gcgttgatgt acttcgcatc tggcttggtg gctcgatggg
    19381 ggtcggtcag gtagcgctcc ttgaagaaga ggtacagccc cgggatggct gtggccacca
    19441 gcacaaagtc ctcggggata tgaaaagatc cggccttcgt cagcccgatc agggcccagt
    19501 gacagagcag caacacaaga aagaggttca cccgacggac gaagaagagt agcagtccga
    19561 tggtgaagac cgacacggag caaggcatca cgggcgaggt gaccatcggg aaggtgagcc
    19621 cgcgcgccag cgaaatcagc ggatagacga aggacatggt cagcagcacg caggccacaa
    19681 ggtcatattt gtgcgaccgc tcgaaggtag tgtagcccgt ggccagatcc cacacccaga
    19741 tggccgccaa taacgcccag taaagcgcca tcacctcgtt atagtcacgc tcgcggcagc
    19801 agacaaagta gtagaccacg gccacccaca gatagatcgc ggccaagtag accttcatcg
    19861 cccacttgac ccacggggcg ggacgccgta ccagcagcac cgtcaggcag atgcccataa
    19921 ggataaggat cagctgacca gcccaagtgg aggcattgta ataggctatc gtgcgccaga
    19981 atgtttccat aaggcttcaa tggcgcgtta aggagaaggc tcgaccgggg aagaggaaca
    20041 tggggaaggt ggcgccgacg gccagcaaga agatgaccgt gacggtgatc atcccgttgg
    20101 agaagaacat ctccatgtag cgcctgagtc cttcgggatc gttaacccgc tggaggcaca
    20161 tgatgagcga gaagaccatg ttgtaagcgt atcgtccggg gatcatcggc agcagggccg
    20221 ggatgtagag caccgtcatg gggcagtaga ccttcttgcc aagccacaga ctgccgaagc
    20281 cgataaggaa cgccgccgcc agtgaggctg tggcgatgtc tatccccgca taggtcatca
    20341 gacagaagcg acacgtatgg cccaccgcgg ccagcagggc aatcattttg aaggccttca
    20401 ggggcggatc ggagatggcc ccgaagccga tgcccgccac ggctgcaaag agggcgtcgg
    20461 agaggatatc gagggtgatc gtcagcatat tcatagcagg ctactcttga ctaaaagcag
    20521 agtgaaggaa agtccgatgg cgatgttgac gatcagcagc gcggcctctg tgaggcgtgc
    20581 gaagcccgtc aggacgtgcc cctcgacgac gtcgatcacg ccattgatga gcggtacgcc
    20641 tggcaccaag tagagcacgc ttgtggccag ggcgatgtcg gacgtggtgc tgaagatgag
    20701 cgacgtggag gcacaaagcg aggccacgaa ggcggagacg atgaacgtga cgtaggggtt
    20761 gatgccccgc tgttgcatcc gttgcttgag gtagaagccg gtcaaggtgg acgagaagac
    20821 gatgcccatc gagaccgcat cgccgccgaa gagtcggcag aacgaggcgt tggcaaagcc
    20881 caccaacagc agcacaaaca gcggatggat catgggcgcc gagacgatgc gtgtgtactc
    20941 cgcccacagc tcatcgagcg ataggtggcg gtccgccgcg gcccaactca gggcactcaa
    21001 ggaggcgttg tgctcgaaac taatcgggtg cgggggcacc tccaccaccc ggttgctttg
    21061 ctccgaggtg gtgcggtcga tcactgtcag aatgatgtgt ttgtgaagga tgctcatctt
    21121 cacgtccgcc tcaaaagagc tgccgatgcg cttcgagttg cgcatgacac gcgacgtgtg
    21181 cacccccgcc gccatcaggt gtgaggcgta ttcagcgata aaatcgcaaa gcgacgaaag
    21241 gctttcttgg gtgtgagtca tacggattgc tatgttgatc aaattcttcc gaccgcaaaa
    21301 gtacagcccc caccctctac cctcaaccct ccccaccaat cgggattgcc caagagcagc
    21361 cacagtgcgt cctttgcagt cgaaacatca accccataaa ccgcaatgaa caagagactg
    21421 cacaaccttt cactggccgc gctgctggcc ctcctgctcc tccccaccgc cacgaaggcg
    21481 cacacgatgt ggatcgacac gcccttcgag gggcacatcg gacaaccgca aaccgtccgc
    21541 atcttcttcg gtgagttctc cttgaggatg atctcccccg ccgaccgctg gttttcggac
    21601 atcgccaact gtcgcctcac cctcctcgcc cccgacggca cgccgatccc actcgagaag
    21661 gcccccaccg acagctgtta cacggcctcg ttcaccccaa ccgctgaagg ttggtacctg
    21721 ctctacttcg agcacaccgt ccgcgacctc tacgagggca tgcgcatcac ctacggcgcc
    21781 caatcctggg tgcgcgtcgg tcaccctgac gggccgccca ccgtggcctc acccttcagc
    21841 cacggccgac tcttcctgcc gcctgatgag cctttccgac tcgaccaacc cgccgctgtc
    21901 accctcaccg agggcggcca actcgccccc tcacgccgcc tcaccctaac ctccgacaag
    21961 ggttggcgca agaacctccg cagcgacgcc acgacggcca tcgcctccac gcccctcctc
    22021 ttccccgccg attacctctt cgagtggacc gacaatccgc ctatcacaga ccccgtccaa
    22081 cgcatctcaa ccgaccatca atcggactac atcaccctca actacttctt ccggccctga
    22141 gggagcgctt tggagggcca ttcggggtat cgcacagccc cacgcaggag gctctcggcc
    22201 cgaaatggat caagaatcat aactcgttag cttgtgagtt atgattcttg ttggctataa
    22261 tcatcccatc gcaaatggtt tatcatcctc tccagaaatc gtaatccttg tgcattcggc
    22321 taacgatcct caaatagcga tattcaatca tgcgcaaagg cgtcatgatt cttggaagag
    22381 atattcaatc atgcacaaaa ggattacgat gcctaggaga gataataaac cattcgccaa
    22441 aagattacga tacttacaag agataataaa gcattcacga tgggattacg atccatagag
    22501 aagaatcaca aaccgtgagt aatccaatca cgatctccac gaggggtaat aaactgaatg
    22561 cgcatgactt attattctta ccgagcatga cggccgacga acgctcgaga ggctattccg
    22621 acctcatagt cacgctcccc aataaatcga aaacaggtat cagattaaaa acagcgtcta
    22681 cctttggggc cggtaataat aaagaacgta agacacggaa tggagtttac agctaaacag
    22741 atagctgagt tcctcaacgg aacgatcgag ggcgatgtga cagctaaagt gaatggcttc
    22801 tcaaagatcg aggaagggaa accgggtacc ctcaccttcc ttgccaaccc caaatacgaa
    22861 cattatatat atggcacgaa ggcagccatc gttctggtca acgatgactt ccatccctcg
    22921 gcgcccatag agtccaccct gctgcgtgtg cctaacgcct acgccgcgct ggcctcgctg
    22981 ctccactttg tggaacagac ccagacgcaa aaagagggca tcgacccctc ggccttcatc
    23041 gccccttcag cccgggtggg cgcgggcggc tatgtggggc actttgctta catcggtgag
    23101 catagcgtca tcggccgtgg ctgccgcatc tatccgcacg cttacatcgg cgacaatgtc
    23161 cagatcggcg acgacacgat cgtctatccg cacgtcacca tctacaacgg ctgcgtcgtc
    23221 ggatcccgct gcatcctgca tgcaggcgcc gtcgtcggct cggatggctt cgggttcgca
    23281 cccgaaaacg ggacctaccg caagattcca cagctgggca acgtggtcat cgaggacgaa
    23341 gtcgaagtgg gcgccaacac caccatcgat cgcgccgtga tggagtccac caccatccat
    23401 cggggcgtca agctggacaa cctgattcag atcgcacaca acgtacagat cggcgagaat
    23461 accgtcatgg cctcgcaagt cggtgtgtca ggatcgacga aggtgggccg tcattgcatg
    23521 atcggcgggc aagtcggcct gggtgggcac atccacatcg gcgacggcac ccagatcggc
    23581 gcccaatcgg gcatcatcag caacatcgac gccggatcac gcgtcatggg ctcacccgcc
    23641 atgcctctca agaccttctt ccgatccagc atcaccctgc gcaaactgcc agacatgtac
    23701 ctcgagatcg accgcctgcg taaggaggtc gaagagctga aaaagagatt atgaaccccc
    23761 attaaataac gatcatacac ccacacatca tgcaaaagca aaagacactc gcgtccgaat
    23821 tttcactgca aggcaaaggc ctgcatacgg gcctcgacat acacatcacc ttcaaacccg
    23881 cccctgaaaa tcacggctac caaatccgac gtaccgacct ggagggtgca cccatcgtcg
    23941 aagcactggc tgagaacgtg atcaacaccc agcgtggcac cgtggtggga aagaaggacg
    24001 tgcagatcag caccatcgaa cacgccatgg ctgcgctcta tgcttgggaa gtggacaact
    24061 gcctgatcga agtcgacgcc cccgagttcc ccatccttga cggcagcgca caccccttct
    24121 ccgagggcat ccgcagcgtg ggcctcacgg agcaaaacgc cccccgcgac tactatatcg
    24181 tgcgccacaa aatggaagtc aaggacgaga agaccggctc gtcgctcacc atcctgcccg
    24241 acgaccggtt cagcatgaac gtgctgatcg acttcgattc gcccgtcctc tccaaccaat
    24301 acgccaccct ctccgacctc agtcagtttg ctgacgagat agcggcctca cgcacctttg
    24361 tctttgttcg tgagatcgaa atgctcctcc aaaacggact catcaagggg ggcgacctcg
    24421 ataacgccat cgtcatctac gaccgcgaaa tgccgcaggc agagctcgat cgcatcgctg
    24481 acgaattggg tctgccgcac aaaagcgtct gcgaattggg ctacgtaaac aacaagcctc
    24541 tggcctacgc caacgagccc gcacgacaca aactgctcga cgtgattggt gacctcgccc
    24601 tcatcggcaa acccatcaag ggccacatca tcgctacccg accgggccat aagatcaaca
    24661 accagctggc gcaggtgatc cgcaaagaca tcaagctgaa tagcatccaa gcccccgtct
    24721 acgacccgaa tcgcgagccc ctgatggaca tcaaccgtat ccgtgagctc ctgccccacc
    24781 gttacccctt cctcttggtc gacaagatca tcgagatcgg cggcgactac atcgtgggca
    24841 tcaaaaacgt gagcgtcaac gaacccttct tccagggcca cttcccgcag gagccgatca
    24901 tgccgggcgt cttgctcgtc gaggctatgg cacagacagg cgggctcttg gtgctgaact
    24961 ccgtcgacga accggagcgt tactcgacgt atttcatgaa gattgacggc gtcaagttcc
    25021 gccagaaagt tgtccccggt gatacgctca tcttccgcct ccagctcata tcgcccatcc
    25081 gacgcggcat ctccacgatg aagggctacg tcttcgtcgg cgagaaggtg gtgtgtgagg
    25141 cagagttcat ggcccaaatc gtcaaaaaca agtaagccga catgcactca cccacagccg
    25201 tcatccaccc cgaagcccgc attggccaag gcgtgaccat cgatcccttc gcatacatcg
    25261 agcgcgacgt cgtcattggc gacggatgtc acatctaccc ccacgccgtc attctcaacg
    25321 gtgcacgcat cggccgtgac tgccgcatct tccccggtgc cgtcatctct ggcatccccc
    25381 aagacctaaa gtttgcgggc gaagacacca ccgccgaggt tggcgaccgc accaccatcc
    25441 gcgaatgcgt caccatcaac cgtggcaccg cctccaaagg ccgcaccgtg gtgggcagcg
    25501 actgcctgat catggcctat tcgcacgtgg cacacgactg cgtcgtacac aaccatgtga
    25561 ttatcggcaa cgcctcacag atcgctggcg aggtggagat cgacgacttt gccatcctca
    25621 gcggcagcgt ccttgtgcac cagttcacgc gcatctcaca gcacgtgatg atccaaggtg
    25681 gatcacgcgt tggcaaagac atccccccct acacgctgat cggtcgcgac ccgatcgtct
    25741 actgcggcat caacatcgtt ggcctacgtc gacgcggctt ctccaatcag caggtctacc
    25801 tcattcagga catctatcgc acgctctaca cccgcggcct caacaatacc gacgccttgc
    25861 aggccatcga aaccgaatac gagcccggtg cggagcgcga cctgatcctt aacttcatca
    25921 agcattccaa acgcggcatc gtccgcggct ccatcgatga atagagggta gagggtagag
    25981 ccgggtacat gaggcgacgc tctattctcc actatctact ctctaccctc taccctctac
    26041 cctctaccct ctataccctc taacaatggt ttaccgattc ctacttgttt ctgacgaagt
    26101 cgaagacttc aagcgcgaga tacaaatcga cgccgaggcc accttcctcg acctccatca
    26161 agccatcctc caagctgtcg acttccagcc cgtggagatg agcagcttct tcatctgcga
    26221 cgacgactgg acacgccgca ccgagatcac cctcgtggac atgggcgcac ccaccgacgc
    26281 cgacacgtgc ctcatggaag acacacggct cgaggagctg ctcgaagacg agcaccagcg
    26341 acttatctac gtcttcgact acatgttcga ccgcgccttc tacatggagc ttcgcgagat
    26401 catcaccgga cgcaccctcc gggaggccgt ctgcacacgc tctgtcggcg atccgcccga
    26461 gcaggcattc accgaagaag agctcgaaaa agatctcggc aagaccctca ccccgaccgc
    26521 ctccgccacc ggcgaagact tctacggcga ctccgaatat gacgacgacg aactggatcg
    26581 tgagggcatg ggtggctttg aggatggcga cagcgtcagc ctctccgact tagaagagcg
    26641 ctattgagcc gcctctaccg gtacccggcc aagttggccg gcgtccctga cgcccccgcg
    26701 aacaggataa cctccccact ttacccattg acaacgacga cgccccccac cctcctcgtc
    26761 ctgctcggcc ccaccggcgt gggcaagacg gcgctcagtc tgcggttggc cgaacgcctc
    26821 ggtagcccca tcctatcggc cgactcccga cagatctatc gcggcatgcc catcggcacc
    26881 gccgccccca cggccgacga acgcgcccgc gtcacacact acttcgtcga cctcctcgac
    26941 cctgccgaac cgtacagcgc cgcacgctat gaaacggacg ccctcgcact ccttacgacc
    27001 cttttcacga cccacgctgc cgtcctcctc accggcggat cgatgatgta catcgacgcc
    27061 gtctgtcagg gcatcgatga catccccacc gtacccaccg acatccgcgc cgccgtgatg
    27121 gcggactatg agcgcctcgg actcgacgcc ctactcgacg agctccgaca ggccgacccc
    27181 gtgcacttcg ccgaagtcga ccgctgcaat ccgcgtcgtg tcatccacgc cgtcgagatc
    27241 tgccgcaccg ccggccggcc ctattccgac tttcgcacgc gtaccgtcaa agtgcgcccc
    27301 ttccgcatcc tcaagatcgg gctcgtccgc ccccgcgaag agctcttccg tcgcatcgac
    27361 gcccgcgtcg accaaatgat ggccgacggc ctcctcagcg aagcccgcgc cctctatccc
    27421 cagcgccatc ttaatgccct caacacagtc ggctacaagg agcttttcca acacttcgac
    27481 ggccagctct cgctcgacga ggccgtggcc cgcatcaagc gcaacacccg cgtctacgcc
    27541 cgcaaacagc agacctggtt ccaccgcgac ccgtccatca cctggttcca ccccgacgac
    27601 atggcgcaca tcctccgttt cctcgacgag gtgctctgac atctaatact ccagaaaccc
    27661 accctgattc tgtaccgaaa ccgttcggga atacttgggg aaacaccgat tctgcgctga
    27721 aaccgcgcgg gaatgctcca gaaacaccga ttctacgctg aaaccgttcg ggaatgcttc
    27781 agaaacaccg attctacgct gaaaccgcgc gggaatgctc cagaaacacc gattctgcac
    27841 tgaaaccgtt cgggaatgct ccagaaacac cgattctacg ctgaaaccgc gcgggaatgc
    27901 tccagaaaca cggattctac gctgaaaccg cgcgggagaa tacgcccgca cgtaaaaaag
    27961 gcacccccac acacggtgga gatgcctttt tcttgacgcg taacccctgg aaatgacgga
    28021 gcgtcacacg acggccggag aatcattcag ggaaaaccgt cctcaggcca tcaggatacg
    28081 gaatgagctc ctattgcttg ctacacgtat ccaaacagct tctcactata ggctacgcca
    28141 gcccatgaac atcttcacgg tctccgggtc gttgtgatcg aagaagaggc tgtgagcggt
    28201 gtcgagccgt tcgatgcgtg ccatctcgtc tggcgtgagc ttaaagtcgt agatctggaa
    28261 gttctccgcc atgcgttcgc ggcgcacaga tttgggaatg atgattacgc cgcgttgcgt
    28321 gaggtaacgc agggcgactt gtgccacgct ccggccgtgt gcctggccga tctctgccaa
    28381 cgtagggttg gtgaagaggc cattgcgccc ctcagccagt gggccccatg acatgatctt
    28441 ggtgtcgaac tcgtccatgt acttcttggc gcggatctgc tgatagaaga cgtgtgtctc
    28501 cacttgattt acggccggca ctacctccac gttgctggcg aggtcgatga agtggttcgg
    28561 ctggaaattg ctcacgccaa tggcgcgcag cttgcccgcg tgataggcct tctcgagggc
    28621 gcggtaagcg ccataatagt cgcagaaggg ctggtgaagc agcatgaggt cgatgtgatc
    28681 cgtttgtaag cgcttcagac tgtcatcgat gctggctcgg gcacgctcgt agccatagtt
    28741 gctgatccac actttgctga cgataaagac ctcgtcgcgc ttgaggccgc tcttcttgac
    28801 ggccgcgccc acaccctcct cgttacggta ggcctgcgcc gtatccacca tgcggtagcc
    28861 cacgctgagg gcgtcgctca cgcagcgttc ggcttcggcc ggttccacct gatacacgcc
    28921 gtagccgagc tgcggcatct ttactccatt attcaatgtg atggtttcca tttcttcttt
    28981 tactcctttc tattctatgt ctatgcctat ttgcatcgca atcgcgtcac acgatgccgg
    29041 agaagcccat gaaggccatg gccagcaggc cggcggtgag gagcgcgatg gggatacctt
    29101 tcatcgccgc ggggacgttc aggcgcgaga gctgctcgcg gatgccggcg aagatgatga
    29161 gcgaaagcgc gaaaccgatg gccgtcgaaa aggcgaagac gatggactgc ggcaggttgt
    29221 aatccttctg aataacgagg atggcgacgc caaggatggc gcagttggtc gtgatcagcg
    29281 gcaggaagac gccgagggct tggtagagcg cgggggagac tttcttgaga atgatctcca
    29341 ccatctgcac caaggcggcg ataatgagga tgaagacgat ggtctgtagg taggccaacc
    29401 cgaaggcgtc gaggatgtat ttctggatca agaaggtgac gatcgtggag atggtgagga
    29461 cgaacgtcac ggccatgccc atgcccatcg ctgtgtcgat ctttttcgac acgcctagga
    29521 aggggcagat gccgaggaat tgcgacagga cgatgttgtt gacaaagacg gcggcgatga
    29581 aaatgatgat gtattccata agggcggggg gttatttctt cagtttattg acgatggcga
    29641 taaggtagcc cagggcgatg aaggcgccgg gggcaaggac gaagagcagg gcgccgtagt
    29701 gctcggggaa gagggtgagc gagaaggcgc ggccggtgcc gaggagctcg cggcaggtgc
    29761 cgagcagggt gagggcgagg gtgaagccga cgccaatacc gatgccgtcg caagcagagg
    29821 ctacgacgcc gtttttcgag gcgaaggctt cggcgcgacc gagcacgatg cagttcacca
    29881 cgatcagcgg gatgaagaga ccgaggctct tgtagagttc tggcatgtag gcctgcatgc
    29941 acatctggag gatggtcacg aaggaggcga taacgacgac gtagacgggg atgcgcacct
    30001 cgtcgggcac gagcttcttg atggccgaga tggcggcgtt ggagcagatg agcacgaagg
    30061 cggtggccag gcccatgctc atgccgttga tggccgagga ggtagtggcc agcgtggggc
    30121 acatgcccag gaggagggcg aaggtgggat tctcggtgat catcccattc ttgatgactt
    30181 tgaggtagtt catagtccgg gggggttatt tgctgtgaga cgttgaggcg gtcgaatcgg
    30241 cagccgtttg ttgggtggcg ccggaggcac cgtcggcttt ggcgtcgccc ttgccagcac
    30301 cttgtgcgta ggcggcatag gcgcggttga tggcgtcgag gaaggcgcgt gaggagatgg
    30361 tggcggccgt gatggcgtct acttcgccgc cgtctttcga gactttcagc gcgccgccct
    30421 tcatgtcgcg tccgaggacg ctctgcttgc ctttatctgt gcggaaccac tcctccatct
    30481 tcgatccgag gccgggggtc tcgttgtgct cgagcacgga gtagttgacg attttctggt
    30541 ccgcgtcgaa gccgaccatg atgcggatct cgccgccgaa gcccttcttg gtgttcgtct
    30601 ctacggcggc accgaccagc ttgccgccct tcttggcggg atagatggtg agcgaatcgc
    30661 cgtcggctgt ggcggccctg tattgttcgg ccgagggatc gttgtcgaac tcgggtgcca
    30721 ccttcttaat ggcttcttgc agggcggctg ctttggcggc ggcgatttta tcctcggtca
    30781 gcttgttggc tacggccagc gcggtgcctg cgatgaggca gaagcacgtg agcgacgcca
    30841 gaatggtgat gaatgtggat ttgatttttt ccatcgttta tctgcctccg aaatgtttgg
    30901 gtttgatgta ggtgttgatc agcggcgtga ggccgttcca gatcagaatg gagaaggaca
    30961 tgccctcggg ataggatccg aagatgcgga tgagcacggt caggaggccg atgcccgcgc
    31021 catagatcag cgagccgcgc ttggtcatgg gcgaggtcac atagtcggtg gccatgaaga
    31081 cggcgccgag catgagtccg ccggaggtga gatggatcag cgggttgttg acttcggtcg
    31141 ggttgaagag gtacatgatg gtggtgaaca cagccacggt gccgatgatg gccacgggga
    31201 tgtgccacgt gatgatgcgt cgatagagca agtaggcaaa gcccaagagc agcgccacct
    31261 cactcatctc accgaggcta ccgccggtca gtccgatggc tgacgggccg aggccggcaa
    31321 tgtctttcgt gaaatggatc aacgagagcg tcgtggcgcc ggtctgcgcg tcggtgtaag
    31381 tcagggggaa gacgccggcc acgggccacg tcgtcatctg tgccgggaag gagatgagca
    31441 ggaagacacg tcccacgagc gcggggttga agatgttgtt gcccaatccg ccgaacgaca
    31501 tcttgccgac gccgatggcg aagagtgcgc ccaggatgac gatccacgcg ggcaggttgg
    31561 acggcaggtt gaacgccagc aagacacccg tgaggatggc cgagccgtcg gcaatggtgg
    31621 gctcgcgctt gaagaggtac ttctgaatga gatactcgaa gatgacgcac gaggcgacgg
    31681 atacgagcgt cacaacgagt gcgcccaacc cgaagcagta aagcgacacg aggaaggccg
    31741 gcagcagtgc gataagcacg ccgtacatgt ttttgcttat cgaatcgccc ccatgaatgt
    31801 gtggcgacgg agagatgatc agtttggagt ccatgttatc cggttattgt ctgttcatac
    31861 attaaaacta agtctgttcg tctctcgggg ggttacttct tccgcgagcg gatgatgccc
    31921 atcaccgtgc ccttgcccat gcggatatag tccagcagcg ggcgatacga gggacaggtg
    31981 tagctgcagg agccgcactc gatgcagtcg acgatgtaat gttcttcggc ctcgtcccac
    32041 gtcttgtgga cggccaggtt catcagcaga tagggctcca agcccatcgg gcagacgtcg
    32101 acacacttgg cgcaacggat gcagtcacgc atgggtttgc gcatggcctc ggcgcgtggg
    32161 atgagcagga tgccggagct acccttcatc atcggcacat cgtccgtgat catcgtacga
    32221 cccatcatgg ggccgccacc gatgatctta cccgtgtctt cggggatgcc gccagcggct
    32281 tcgatcaggg tgctgatcgg cgtaccgatg cgggcgataa agttcgatgg cttcacaacg
    32341 ctcttgcccg tgacggtgat gacgcgctcg atgagcggct tattcttctg cacggcctcg
    32401 tagacggcga agacggtgcc cacgttttgc accacggcac cgactgagat gggcagtgcg
    32461 ccgctcttca cctgacggcg gatcacggcg tcgatgagct gcttctcacc cccttgcggg
    32521 taacgcatct tgagtggcat cacctcgatg ccctgctcct tggcggccag cttcttcatc
    32581 agcttgatgg cgtcgggctt gttgctttca atgccgatca cggcgcggcg aacgtcgatg
    32641 gcggtcatga gaatcttcac cccgacgatg atttcttcgc ctttggccag catcagcgag
    32701 tggtccgacg tcagatacgg ctcgcactcg acagcgttaa cgatcagtat ctcggccttg
    32761 ctgcccgggg gaggcgacag cttgacttgc gtggggaagg tggcgccacc cataccgaca
    32821 atgccggcag cggcaatctt cccgataatc tctttggcgg acagcgtgca gtcgcggacg
    32881 agtgtctcgc tgcggtcgat ggtctcttcc cactcgtcgc cctctacgtt gatgtagact
    32941 gcgggcttgg gcagaccagc ggcgtcgagc atggtgtcga tcttggtcac ggtgcccgaa
    33001 acggacgagt gtacgttggc cgaaacgaac cctgcggcct tgccgatcag cgtcccgacc
    33061 ttcaccttgt cgcctttggc caccaccgcc tcagccggtg caccgatgtg ctgcccgagc
    33121 ggtatgacca ccttggccgt gggcgcgatc gcctcgatcg ggcgcccggc cgataacttg
    33181 tttcctgagg ggtgaatgcc ccctattcta aaagtgtaca ttatagacag gtcgttgtgt
    33241 gggtgtgggt taatctttca cggctggttc agcagtggca acagccgttt cagccagagc
    33301 gggtttcgcc gccggggtat tggcgcgagc ggcctccacg agcgacagtg cggccggagc
    33361 agcggccttc ggtgcgtcgg gcttcggctc cttacgcggc gggaagttca gttcgtggat
    33421 ggccttcgtg gggcagacca cgacgcactt gcggcagagg cggcacttcg tgtcgtcgat
    33481 gtaagccagg ttgctcgtca ccgtgatggc ttcgaaggcg cactccttga cgcagcgtgc
    33541 acagccgatg caggcgttcg agcagacttt gcgtgccacg ccgcccttgt ccttgttcat
    33601 gcaggagacg aagatgcgac gcgacttcgg ccccttctta cgcagctcga tgatcttcgt
    33661 cgggcaggcc ttgacgcacg ccccgcaggc tacgcatttg tcttctacca cctccgcgat
    33721 gcgtgtcacg gggttgatgt ggatggcgtc gaactcgcag gcgtccacac agtcgcccaa
    33781 gccaaagcag ccgaacgagc agcccgtctc gccccgatag agtgaggcgg cgatggtgca
    33841 gttcgatgcg ccgtcgtagg tgtttgtccg cggacgcgcc tcgcaggtgc cgttgcagcg
    33901 caccacggcg atcttcggcg ccgcagccac cacggccacg cccttgatct cggccacctt
    33961 cttcatcacc tcctgaccgc ccacggggca atacagcccg tcgagcgcct cagccttaaa
    34021 gcacgcgttg gcaaagccgc cgcagcccgg gaatccgcag ccaccgcagt tggcgcccgg
    34081 cagggcttcc tgtatctgcc cgatgcgcgg atcttcatgc acctcgaatt tcttcgatac
    34141 cgcaaataag atgagcgccg caatggcccc caccgttcct aataaaatga tcgctatata
    34201 catttcgtgt aagattgatt tggcggttaa taagcagctg tgtcgagctg agagccagct
    34261 tcgagcttag cgacggagaa cgaaaaccgt tgcccgatct tctcccgaaa ggcgtacagc
    34321 agggcgtaat agacggccag gacggccagc cccgcgagtc caccgatgcc gtcgtcgcct
    34381 ccgctcaggc gggcgccgat aaatacggca gccaccacca gcacaaaggg cacggcgaac
    34441 gcaagggcga cggcctgcat gccgctcgag gattgggcca cgaccatgac ctcctctccg
    34501 ggagcaaact gacggctctc gcccttcacc tcaatgagtt tctccttttt gtccgatgcg
    34561 aggcaggccg aacgggcatg gcacgcagag cacgcgcttt gctgttcgat acagaccaca
    34621 atacggcctc ctccggtatg tcttacaata ccacgatgct gaataaattt cttcataata
    34681 aacccaattg ctatatcgag tttgcaatac ggcggcaaat gtaagcagca gtttcaattc
    34741 ctgaatgcag ctataccgcc caaattcata tggcctcgtc gtgccgcacg aaggcactgc
    34801 gccgattcgc aaattcctca ttctgtccaa cgaccctacg ggctggattc gtgaaggttt
    34861 catcgtgccg aacgacgcca cggtttcggt gcgtgaaggc cccatcgtgt cgcacgacgc
    34921 cacggtttcg gtgcatgaag accccatcat gtcgcacgaa ggcactacat cgattcgcaa
    34981 aacctcctca tgtcgaacga aggcatggtc cgggtgcgtg aaggccccat catgtcgcac
    35041 gagggcatgg tctcggttgc ttcgtttttt agcgggtcac tttttattac tgaacaaacc
    35101 ctctcagaaa taaaacagcg acttttttat agtgattaaa tcttctcaga taataaaaat
    35161 ccacccgttt atacccaata gcttttatac ggaataaacg agtgactttt ttatatacga
    35221 tctactttat cgggaataaa aaagtgaccg atttattctc accaaaactt ctttacttat
    35281 aaatggtcac cattttattc tcgagatatt tttctcagat ataaaaagtc actcgccaaa
    35341 aaccaacaga cacaaggccg tgccctcgtt cggcataatg gggcttttat gaattgagac
    35401 catcacatca ttcagcacgg cgggagtttt atgggttgag accgtcgcgt cgttcggcac
    35461 gatggaggtt ttataggttg agaccctgcc ttcgtttgac acgacgagag ttttatgggt
    35521 cgagaccatc gcatcgttgg ggacttttga gggtaaacca gacgcggcag aggggttggc
    35581 gcgagatacc caccccgacg cggatggccg ccatttcgcg ccaaaggggt gggcaaattc
    35641 gcctactttt gcccgccgcc gatggaaacg gcgcatagat tagactgtta taacccatag
    35701 atatgaaaga agaagacgaa cgcgaagagg aaaggctgcc ggacgaggcg atggaggcga
    35761 acacgaccga gggcacgggc ggaggctatg tggtgcctgg gggggcgatc ggtgcggaca
    35821 gcgtgcgcca tctgccgggc atgtatcaga gctggtttct ggattatgcc tcgtacgtga
    35881 tcctggagcg ggccgtgccg cacatcaacg acgggctgaa gccagtgcag cggcgcatcc
    35941 tgcacgccat gcggcgcatc gacgacggac gatataataa ggtggccaac gtggtgggcc
    36001 agacgatgca gtttcacccg cacggcgacg cctcgatcgg cgacgcgctg gtgcagctcg
    36061 ggcagaagga tctgctgatc gactgccagg gtaactgggg caacatcctc acgggcgaca
    36121 gcgcggcggc accgcgatac atcgaggcgc gcctctcacg gttcgcgctc gagacggtgt
    36181 ttaaccccaa gacgaccgtc tggaagcagt cgtacgacgg gcgcaaccgc gagccggtca
    36241 gcctgccgat caagttcccc ctgctgctgg cacaaggggc ggagggcatc gccgtggggc
    36301 tgtcgtcgaa gatcctgccg cataatttca acgagctgat cgacgcctcc gtggcctgtc
    36361 tacgcggcga ggagttcacg ctctaccccg actttcagac gggcggtttg gtggacgtgg
    36421 cgaagtacaa cgacggcaac cgcggcggca tggtgaaggt ccgggcgcgg atcacgaagg
    36481 tggacaaccg cacgctggcc atcaccgaga tcccctatgg ctacacgacg ggcaccctga
    36541 tcgactccat catcaaggcc aacgagaagg ggaaaatcaa gatccgcaag gtggacgaca
    36601 acacggcgcg cgaggtggag atcctgatcc atctggcgcc gggcgtatcg tcggacaaga
    36661 cgatcgacgc gctctacgcc ttcaccgact gcgagaagag cgtgtacatg aattgctgcg
    36721 tgatcgagga caacaagccg cgattcatgt cggtcagcga ggtgttacga cactccaccg
    36781 agcagacgct cgggctgctg cgcacagagc tggagatcga acgcagcgag ctgcgcgagg
    36841 aactcttcta cgcctcgctc gagcggatct tcatcgagga gcggatctat aaggataagg
    36901 agttcgaaca ggcgccggac atggacgcag ccgtggcgca catcgaccgc cggctggagc
    36961 cgttcaaacc gcggctcatc cgggaggtca cgcgggagga catcctgaag ctgatggaga
    37021 tcaaaatggg gcgcatccta aagttcaacg ccgaccgcaa cgacgagcag atcgcacggt
    37081 tgaagggcga gatcgagcgc gtggagcatc acctgtcgca cctcacggat tacgccgtgg
    37141 cgtggttcga agggctgaag aagaagtacg gcgccgacaa gccgcggcgc acggagatcc
    37201 gcagcttcga ccgcgtggag gccaccaagg tggccgaggc caacgagaag ctctacatcg
    37261 accgcgagga gggcttcgtg ggcacagggc taaagaaggc cgagttcgtc tgcaattgct
    37321 cggacattga cgacatcatc ctcttctatc gcagcggcgt gtacaaagtg atgcgagtga
    37381 gcgaaaagat cttcgtcggg caagacgtga tctacgtcaa cgtcttcaat cgcaacgaca
    37441 cacggacgat ctacaacgtg atctatcgcg acggccgcgc aggttgcaac tacatcaagc
    37501 ggttcgccgt gaccggctcg acgcgcgaca aggaatacaa cgtgacgcgt ggcacggaag
    37561 gctcacgcat cctttatttc agtgccaatc cgaacggcga ggcagagacg gtgaaggtga
    37621 tcctcaagcc gaaactgcgg cagaagacgc tcgtcttcga gaaggatttc agcgagatac
    37681 tgatcaaggg tcgcacctcg ctcggcaaca tcctcacccg ggcagagatc cacaagatct
    37741 cgctcaagca gcgcggttcg tcgacgctcg gcgggcgcga ggtgtggttc gaccgcgatg
    37801 tgctccgcct gaactacgac ggtcgcggcg aagccctcgg tgagttccgc agcgacgacc
    37861 gcatcctcgt cgtactgcag tcgggcgagt tctacaccac cggcttcgac ctcagcaacc
    37921 attacgagga caacatcctg ctcatcgagc gatacgacgc acgcaagaca tggacggctg
    37981 tctacttcga cgccgatcag ggctatgtct atctcaagcg cttcccgtcc gaggactccg
    38041 agaagcggca gaacctgatg ggcgacaatc ctcgtcaccg cctcttcctg ctgaccgacg
    38101 agacctatcc acgcatcgag gtgacactgg gcggacacga tagctaccgc gatcccttaa
    38161 ccatcgaggc ggcggagttc gtgggcgtga agagtgtcaa ggcccgcggc aaacgggtga
    38221 cgacattcac cgtcgcctcg gttgacgaac tggaaccgac gcaccacgcc ccatcgccct
    38281 cctccgacgg agagccatcc gctaccgatg tgccgtcgga ggaggatgag gatgggcaga
    38341 tgtcgctgtt tgaggaataa gtcatgatcc gctgcttcct ctttctgctc actctcttca
    38401 ttctccttcc tctcaccctg cgtgcacaga cggatagtgt cgttcaagct ccgcggtcgg
    38461 tgaatgaagg tacgatggtc agcctgggca gtcgctacat caagaacaca tatctctccg
    38521 acgtcggtta tgatggcgtg ggcatcggcg ttatcaacga acgtatgcgg atcatcaatg
    38581 accgttggtc gcggcaacgc acctttcgca tcgatctcgc ttcgatccgc aatccggcag
    38641 gcacatcgag tggttacgcg gccttcattg actacagcta cagcctgcac cggcgtctgg
    38701 agaccagtgt ggacggtctg cgattgctcg tcggcggtac ggggcgctat ctcttgggca
    38761 cggcttatcg ctcgcagggc ggcaataacc ctgcggtgct gcacgtggaa ggcgatctgg
    38821 ggctctctgc agctatcctc tacggttttg acttgggtcg ccggcgctat ccggtgactg
    38881 tccgctggca ggccaacctg ccactggttg gtgtcttctt ctccccgcac tacgggcaat
    38941 cgtactacga gatctttact cttggccatc gtgccggtat agtccgattg ggatcgctgc
    39001 acaataggtt cgccttgcgg agcttgctca ccgccgatgt gcccgtgggt ccatggacca
    39061 tgcggattgg gtatgaggcc gacgtttacc aatcgcacac caacggcatt cgcacgcatt
    39121 acttcggtag cagtatcctc ctcggtgtgg ccaaggaatt catacccttt tccggcaagc
    39181 gcgtgcgcca taacaaggcc ttccggagtg catattacta atccggaaat gaaagactaa
    39241 aagaaaatca ttgccgtttt cctatcgcgg agtgctggca attgtgctcc gaaggatcga
    39301 cggctattca ctgtatctca ttgaatattc atagagttgc gtatcgatga tccgaaaatg
    39361 aaaaacaaaa agcgaattat ttccgttcgt ctatcgtgaa gttctggtaa ttatactccg
    39421 aaggatcggc agctattcgt cgtcattcat tgaacaccta tgaaagcacg tatcgctaac
    39481 ccgataacga aggactaaat gcggattatc tccatttatc tatcagtgag tgcctgaatt
    39541 tgcactcgaa gtgtcggcgg ctattcgcca ttactcattg aatgcttgtg tagttacgtg
    39601 tcaatgatcc gaaaacgaag gagcaaaatc gcatcgtccc cctctgtcta tcggatcgtt
    39661 ccagcgattg cactccggat agttggcggc tattcgctgt ctctcattga atgcttgtgt
    39721 agttacgtgt cgctgatcta aaagcgaagg agtaaaagct catcgttctc gttttcctat
    39781 cgtggagcgc tggcaattgt gctccgaagg atcggcggct attcgctgtc attcattgaa
    39841 tatctataag aacacatatc actgatccaa aagcgaaggg acaaatgcga attagtaccg
    39901 tttatctatc ggagcgttcc agcggttgca ctccggatgg ttgggggcta ttcgctgcca
    39961 ctcattgaat acatattgaa gtacgtatcg ctgatccaag aactaaggac taaatgcgaa
    40021 tcattgccgt ttgcatatcg tagagtatca gcgattgcac tccggatgat cgacggctat
    40081 tcgccattac tcattgaata tctatgaaag cacgtattgc tgacccgaaa atgaaaaacg
    40141 aaaggcgaat cattgccgtt tatctatcag atagtgatag cgattacgct ccgaaggatc
    40201 agcggctatt cgctgtcatt cattgatgag ttataaaagt gcgtatcatt gagccgaaaa
    40261 tgaaaaacaa aaagcgaatt atttctgttc gtctatcgtg aaataccagc gattgagctc
    40321 gaaatgtcgg cgatgattcg ccgtctctca ttgaatgctt gtgtagttac gtgtcgctga
    40381 tctaaaaacg aaggaccaaa agctcatcgt taccgtttat ctatcggatc gttccagcga
    40441 ttgcgctccg gatggttggc ggccattcac cgtctctcat tgaataccta tgaaagcact
    40501 tatcgctgat ccgaaaacga atgattaaaa gcggatcaga gccgtttatc tatcggagag
    40561 tgccagagat tgcactccag atagttggcg gctattcact gtgtctcatt gaatgcttgt
    40621 gtagttacgt gtcgctgatc taaaagcgaa ggagcaaaag cgcatcgtcc ccctctgtct
    40681 atcagatcgt tccagcaatt gtgctccgaa tgatcggcgg ttattcaccg tctctaattg
    40741 aatgctcata gatttgcgta tcgatgatcc gaggatgaag gactaaaagc aaatcattac
    40801 tatttatcta tcgtagagta tcagcaattg cgcctcgaag tgtcggcggc tattcgccgt
    40861 ctctcattga atactagtag agttgcgtat cgatgatcca aggacgaagg accaaaaacg
    40921 aatcatttcc gtttgccgat cgtggagtac cagtgattgt actccgaata gtctgcggcc
    40981 attcgccgta tctcattgaa tactagtaga gttgcgtatc gctgacccga gaactaagga
    41041 ctaaaggcgg atcatttccg tttgcctatc ggtgagtgcc tgcatttgca ctcgaagtgt
    41101 cggcggctat tcgtcgtcat tcattgaaca cttatgaaag cacgtattgc tgacccgaaa
    41161 acgaaaaacg aaaggcgaat catttccgtt cacctatcgc ggagcgctag caattgtgct
    41221 ccgaaggatc ggcggctatt cactgtctct cattgaattc ttgtggagtt acgtgtcgct
    41281 gaaccaaaaa tgaagtacca aaggagaatc atttccattt atctatcgtg aagtgctggc
    41341 gattgcactc caaagtgttg gcagctattc gccgtcattc attgaacacc tatgaaagca
    41401 cgtattgctg acccgaaaat gaaaaacgaa aggcgaatca ttgccgttta tctatcggat
    41461 agtgctagcg attgcgctcc gaaggagcgg caaccattca ctgtttctca ttgaatacct
    41521 atgaaagtgc gtatcattga cccgaaaatg aaaaacgaaa agcgaattag ggtcgtttgt
    41581 ctatcggggt gtgtcagtga ttgcgttccg aagggtaggc gactattcgc tgttactcat
    41641 tgattgctta tgaaaatacg tgttccctac ttcctgatct ttctgattct gcttttgccg
    41701 ggctgcgaca aagcggaccg atacatcgca agccctcgcg aaaactttga ggcgctctgg
    41761 cacatcatcg acgagcatta ttgtttcttt gaggagaagg gcgtcgactg ggaggttgtc
    41821 cgcagaaagt acgaacggca actctcggac acgatgaatc gctatgagct cttcgatttg
    41881 ctttccgata tgctggcgga gttgaaagac ggtcatacga atctcgtgtc gccgttcaat
    41941 actgctcgct actgggcgtg gtttgaggac tatccgcgca atttcaatgc cgacatccag
    42001 cgaaattact taggcacgcg ctatgggata gccggcggca tacgttacgt taaactgccg
    42061 ggcacggaga taggctacat ctattatggt agcttttcat ccgcagtcag cgaaacaaat
    42121 ttggatgaga ttttctattt cttccgcact tgccgcgggc tgatcatcga tgtgcgtggc
    42181 aatggcggag gcgcattgac taacgtcgag cgtatcgcgt cacgattcct gagtgagccg
    42241 ataagggcgg gatacattgt gcacaagact ggcccgggtc attccgactt ctccgaacct
    42301 tatcccgtcg acctccgacc atcgacgcat acgcgctggc gtcggccgac ggttgtcctg
    42361 actaaccgac atagctacag cgcaacgaat gactttatca acgtcatgcg gcgaatcgat
    42421 cgcgtcgtta ttcttggcga tcgcacgggc ggcgggggag gcatgccgtt tagctcggag
    42481 ctaccgaatg ggtggcaggt tcgcttttcg gcgtcgccgt tgcttgacgc cgacaaacgg
    42541 agcatagaga gcggaatcga tccggacatt cgcgtggata tgacgaaggc cgacatggat
    42601 cgcggtaagg atacaatgat cgaggccgct atccgtaaca ttcgcgagcg gactaaggac
    42661 gagtaaacag gatcgacgaa agctatttct gaacagtcat gccggacggt tggggtcgat
    42721 cgccttgaca tccggtggga ttttcttttt ctcgctactt ggcctccgca cgtagttcat
    42781 gctattgtcc gcattcggca gttattcgtc agaactcctt tcgcctatct ctacgcttag
    42841 gggtatcaca tccgcacttc ttgtttagct acataggaca tcagtcatag cctccacaga
    42901 tccttatttc ccttcgccaa tactctatga atccgaagac aaattttgat tctgattccc
    42961 tgtctttcca cgaagctgaa aacaaatatc gattctgatt ctcggttatt ctacgaagcc
    43021 aaaaacaaat ccagattctg atcctcggcc actccatgaa gccgaaaacg aatctcgttt
    43081 ttgatccacg gacactatgc gaagccgaaa atgaatctcg attttgatct tcgggtactc
    43141 ggcgaggcaa aaatgaattg caatttggct tcccgggtac tcagtgaagc aaaatcgaga
    43201 ttcattttgg cttcccggag actcagtgaa gcgaaaaatg aattgcgatt tggctctccg
    43261 gacactcagg aagcccaaaa tgaatctcga tttcgctttc cggacactca gaaagccaaa
    43321 aatgaatctc gattttgctt cccggacact ccgaaagccc aaaatgaatc tcgattttgc
    43381 ttcactgagt gtcggtgaag gcaaaaatga ttttcgataa gcatgctcaa acaccctcag
    43441 aaggctgatc agaagccatt tttggctgca tctacttccg atgatagaga acaagggttg
    43501 ctttacccat tcaccgagga taggtgattc gcagaagtag gtacggactc acttcagcgg
    43561 tactccgcga agctccacag gtgtttctta ggcctatcac cagacatgga tgaagcccga
    43621 aaaaaatttc gatttagatg ctatgaggcg aggtgataac caagagttgt ttacatttgc
    43681 agcgccgaag gctccgaggt tgcccgcaaa aaattgtgtg ggcgatccgg gacacgagga
    43741 agttccaaat acctgtttat atttgcgact ccatagagtc aggcattgaa aatacactta
    43801 cctattctat agcatcgctc atcagcgcaa cacatttgta acatatatat tcatccagtt
    43861 agacctcttc attcactaat caaagattgt aagacatgag aaaatcaaag atcattgttg
    43921 gcataaccag ccagtaccct ttgggtatgc acgtcgattt gcaacagcaa atctatgacc
    43981 ttgtccatcc cgtcggcgca gagaaaatcc ttttggatgc gacagacatc ccgaagtgga
    44041 agtcggacat cgatctcgag aaggagtcag tccgagagcc gacggcttcc aaagtaacca
    44101 agtatttgtc tgagaagaat aagaagcgta gcgaaatcat ttcgcttttg tttcaggaga
    44161 tccgtctggc atcaaagtca ccgatcgagg cgcgtagcac ggccggtcat cgattgcgta
    44221 tcgcaacaga tgcgtacaaa ggtttgcaga acgagaatat gaatgatgct accggacaca
    44281 tatccggctt gctcattgat ttggaaaaga cggacgcggc ggcagatctg gccactattg
    44341 gaatggcacc actggttcag atgcttcgca ccatcaacac ggagttcatc acattaagag
    44401 atgagcgctt aaagtcggag gcgtcggttg gcgtcacaaa aggctctgtc cttcgcacga
    44461 ggaacgatga aacggcaaac gaagtctttc ggcatatcga agccgcttac ctatcgacca
    44521 catcagatga tgaccgcaaa gccattggcg aattgattga ccgcatcaac aaggcgctcc
    44581 agtacacgaa gacatcgtat cgccgcagct tagctcagaa gaaagcatcg gccgaccgga
    44641 aaaagaaacc gaaagatccg aaggctccga agcagcctaa ggaacccaag aaaaagagaa
    44701 aggagagcga tcccgacatc cgtttgcctg agaatgagcc taagaaaccc ggtggtgagg
    44761 gtgaaggcaa aaagcctgac gatggcaaaa agcctacccc gggcagtccg ggcggcggca
    44821 caggaggtgg tgcgggcagt ggcggaggcc ccgagattca tcttccagaa gagtgagacc
    44881 tatcgcggag tgcgggggat agccatcagg cgttcttatg ggtattcccc ggcgccattg
    44941 gaagggcaat cggggttcac cgcgcgttcg tcattcatta gatgaagatc cgtcggtatt
    45001 cgccgcacgt ttcccattca ttagatgaag ggcagccgga gatcctttcg ttattcattt
    45061 ctatttgggg atatttgtgg ggcgtatata ataggtaccg gcgcgagcgt tggaaaagtc
    45121 ccgcctaaag ctgcggtctt tcatccccat ctggggatat ttgtggggcg tatcctatac
    45181 acccctaccc tgacggacga atggataccg gaggatcgat tggtaatccc attttcctaa
    45241 tgaaggacag ccggagatcc tttcgttatt catttctatt tggggatatt tgtggggcgt
    45301 atgccatacg ctcctaccct gacggacgaa tggatgccag aggattgatc gacgaccccg
    45361 ttcccccagc gaaagcgttt cggaggatcg atcggcaatc ctgttttatc agcgatcact
    45421 tattaattgt tatacatcat ggcaaaatat ctctacgtat gtatcatcgc gctatgcatg
    45481 acctgcacag ccgctgcaca aagcgtgacc ggccgatggg tcggcaagtt gcaagtctcc
    45541 gggggacagc tcacgcttgt ccttcgtata caagaaatcg agggcggtaa gctatcggcc
    45601 ttcatggata gtcccgatca gggagcctat gatatcccct gcgattcggt cgtctactct
    45661 gcgccccatt tgaaggtcat catctcctcc attggcgctc gctatgaggc gacacttgag
    45721 gacaatagtc tccgaggcca attcattcag ggcggagcat cctctccgct tgtccttacg
    45781 ccttccgccg aggaagatcg gtcggcgctc caccctcagg agcctaaacc gccgtatccg
    45841 taccaggtcg aagaggttcg ctttgtcaat tcaaccgatg gagacacttt ggccgggaca
    45901 ctcacgatgc ctaccacgcc gggtccgcat agggccgtcg ttatgattac cggtagtggt
    45961 ccgcagagca gggatgagcc cattatgaac catcgacctt tcctggtctg ggctgatgcc
    46021 cttacgcggc ttggaatagc tgtcctccgc tacgacgaca ggggcgtagg cgcttctacg
    46081 ggcaatttca acgaggcgag gactgccgac cttgctcgcg acgtcgaagc tgcagtcgat
    46141 tacctccgct cacgaaaaga aatcgacaat cagcggatcg gtctgattgg ccacagcgaa
    46201 ggcggaatga ttgcgccgat cgtagccgta agccggccga aagatgtgtc gtttatcgtc
    46261 ctcctcgcgg ctcctggcct gcgaggtgat agcatcttgg tcatgcagaa cgaggtaatc
    46321 tcccagcgtt cccatacgcc tgacagcata cgcgaagcaa ccgtgcagct gaaccgttcg
    46381 ctctttgcgc tgctcgtgcc accgaccacg gacgaggagg agctccgtca atcgctggcc
    46441 gaggtactcc gcgacgcttt ctttgacgga ccgctggctc cgcccatgcc gcacgagcaa
    46501 gtcgagttgg ctatcaatca ggagatggaa atgctaactg caccttggat gcgtgacttc
    46561 ctgcgctatg acccagcccc gatgctttcc cgcgtgcaat gccccgtgct cgccgtacag
    46621 ggaaatgaag atgtgcaggt acccgccgcg gcaaatcttc ccatcgtcga gaaggctttg
    46681 actcttcacg ggaacaaggc agttaccgtc aaggagttcc ccgggcttaa ccatttgctc
    46741 cagcattgcc aaacgtgtct gccggacgaa tacggagaaa tccgcgagac ggtctcgccg
    46801 gaagtgttgc aattcgtcgg agagtggatc atgaagcgct gaacttcgtg tgggcaatca
    46861 cctgcactgg atgattgcca cgcggcgctt tagtcgataa ctgatgctga taggggaaag
    46921 gccttcgcca cctctatcgg cattcattcg gatcatccgc aatcccaaac tctttcctat
    46981 cgcttatccc ctatgaattt cattacccca attcagattc cgccgtctac catccgcatc
    47041 ggctatgagc atcgcacgat gatttttggc tcctgctttg ccgaggcgat aggtcagcgg
    47101 ctctccgatc tgctattccc cgttgacctg aatcccttcg gcatacttta taatcccgac
    47161 tccattgccg cggcgatacg tcgcctgatg gacggcaacc tatttacggc cgacgagctt
    47221 acccgatacg atgatctgta ccatagcctg ctgcatcatg gatccttctc cgcacctacg
    47281 gcggacgagt gcctcgagcg gatcaatgcc cgcctgagtg ccggagccga attcctggct
    47341 gcggccgatc gcatcatcat cacctttggc acatcctacg tctatcggtg gaagggtaca
    47401 ggactcgtgg tgggcaactg ccacaaaatg ccggatagct atttccgtcg cgaacggcta
    47461 tcggtggata aggtggtaca ccggtggaac ttgcttttgg atagcatagt gcgccggcgg
    47521 cccgaaatga aatggatttt cacagtcagc cccgtccgcc acttgcgcga cggcgcccat
    47581 gagaacaacc tcagcaagtc ggtgcttcat ctcatcatcg aaaaactcat ctctctttac
    47641 cccacgatag ccaattactt tccggcttac gaactgatga tggacgagct aagggattat
    47701 cgattctatg cggaagacat gtgccatccg tcacctgccg ctatacatta tattagtgat
    47761 cgatttgagt cgacgtatat ggacgccaag acgcgcgcct ggctccgacg cgccgaggct
    47821 ctgcaccgcg atctgcaaca ccgacccatc cacccggaca gtgaggcgca ccgtcgcttt
    47881 ttggtgcaaa ctaagttaaa gctgaagcag ctacgggccg aattgccaac cccgcctact
    47941 tttgctcgat agaaaacgtg cttatgtggt cttcaccccc gtcggtcaga tgcgctccga
    48001 accttctgcg gcctatcagt gtgcctcagt gatcgaggaa acgaggcgcc aagacggact
    48061 gccgtccctc tgggataggg catcggaatg cctgacggct atcgctggcc ccgggggata
    48121 gcccgccgta agtacatcta tgaatcgggg ggactggccc ctataaatca gcggcttctg
    48181 gccgcaacta cctacttata atgaagtact ccattcaaga gatcgctaag atcattcgtg
    48241 ccacccatcg cacactgaac gacggcgtca ttgagcgctt gctcatcgat agccgcatgc
    48301 tctcctttcc ggagactacc ctcttctttg cattgaaaac ccgaacgaat gacggccatc
    48361 gctatctctt cgagctttac cgcctgggcg tgcgcagctt tgtcgtcaac catgagcctg
    48421 ccgaagcgcg catgatgccc gatgccaact tcctggtggt taccgacgtg ctcgcggcga
    48481 tgcaatcgct ggctgcctac catcgcaaaa gatttcaaat accggtaatc ggcatcaccg
    48541 ggagcaacgg aaaaacaatc gtgaaggagt tgctctatca gctgctgcat gccgacttta
    48601 atatcgttcg ctctccccgg agttacaact cacagatcgg ggcgccgctt tcggtttggc
    48661 aaatggacga acgacacacc ttaggaattt ttgaggcagg catctcgcag ccggacgaga
    48721 tggaaaaact gcagcgcatt atcctcccca ccataggaat catcaccaac attggtgagg
    48781 cccatcagga gaacttcgcg tctgccacac agaagtgttt agagaaacta tccttattca
    48841 ccgatagcga cgtggtcatc tacaacgctg acgacgactt catcgcatcc tcgctggata
    48901 aggcttacct atcccataaa gccgtcggtt ggtctcggag agactcggag gctccgctct
    48961 acattaagtc tatccaaaaa aaggaatcga cgaccgagct ccgttgcgag atgctagacc
    49021 gcgagcatgt ctatgagata ccgtttactg acgacgcatc catcgaggat gtcattcact
    49081 gtatcgctct catgctctac ttgaagccca catcgctgga gaacaagcaa atcttctccg
    49141 agcttgagcc cgtggctatg cgtttggaag taaaggaagg catcaatggg tgtcagctca
    49201 tcaatgacac ctataactcg gacatcaact ctctcgatat agctctcgat ttccaactaa
    49261 gtcgtcgcgc cggtaagcca cttaaaacga cgatcgttat ctccgacatc ctccagtcgg
    49321 gcatgctacc taagacgctc tatcggaagg tggccgagct actgcgtcga aaacgcgtgg
    49381 agcgtatcat tggcatcgga cgcgacctaa aagaatatgc tgcggccttt gaaatacccg
    49441 agaaggagtt ctacttaact accgatgagt ttatccattc accctccata cgctcatttg
    49501 atcacgaatt ggtattgctc aagggttcgc gagtgttcca cttcgaacgg attaccgagc
    49561 tcctggagaa aaaggttcac gaaactgttc ttgaggtcaa cctcgacgcc gtggtgcata
    49621 acttcaacta tttccgttcc cgactccgga gagaaaccaa aatggtttgt atggtcaaag
    49681 cctttggcta cggtgccgga gcatacgaag tggcgcgcac tttgcaagag caccggtgcg
    49741 attacttggc cgtagccgtt gccgacgagg gagaggcact gcggaaggaa ggcatcacga
    49801 ttcccattat ggttatggat ccggaattta gtagcttcaa caccctcttt gagtataggc
    49861 tcgagcccga ggtatacagt tttagactgc tggaggcact catccacgaa gcgggaaggc
    49921 gcggcataac ttcttacccc attcatatta agttcgacac aggcatgcat cgtctcggtt
    49981 tccaaccgga ggatgtgccc gcaatctgtc agcgactctc ttcgcaaagc gaattggccg
    50041 tgcgatcgac cttctcacat cttgtgggca gtgacagcgc cgagcatgat gacttcacgc
    50101 gtcgccaatt ccaactgttt accgacgccg caaaccaatt ggaacacgga ttgggttaca
    50161 ccgtgctccg ccacatccta aactcagccg gtattgagcg tttcggggag cagcagatgg
    50221 acatggtgcg tctcggcatc tcactctacg gcatcagcgc aaccgatcgc gacagccgtc
    50281 gcctacagcc ggtcagctcg ctacgcacaa cgatcctcca aatacaaacc gtccccgccg
    50341 gcgactcggt cggatacggt cggcgcacct acctccagcg cccatcacgc atcgccatca
    50401 ttccgattgg ctatgccgac ggcatggacc gacacctcgg caatggcgtt gggcaagtgc
    50461 tgataggcgg acatcgctgt ccgacggtcg ggaacatctg catggacctc tgcatgatcg
    50521 acgtcaccga tacggacgcc aaagagggag actcggtgac tatcttcggg cccggcttac
    50581 ccgtatcgga gatggccgaa cgtctcggaa cgatccccta cgaggtactc acctccatct
    50641 cgccccgcgt aaaacgcatc tattataagg agtagccaga ccgcccgata ggccgcagaa
    50701 attgctgcgg cctatcattc gatgcggcgg atagactttt cgtgatttgg aggactttcg
    50761 ttcggtgtag cggataggtc gctgaaatcg cggagggctt tcgtctggtg tagtggatag
    50821 gtcactgaaa tggcggaggg ctttcgccat aattcaatca ttagggataa ctttttctgt
    50881 cggtaaggta gggacgtatt gcatacgccc cacgtgtacc tggcgccaaa tcatacaccc
    50941 ctcgcaaagt gcattctatg gagcgtatgc ttttacgtac cacccccgaa tacacctcga
    51001 acaatcgatt ggctatcatt cgatgcggcg gatagatttt tcgtaatttg gagggctttc
    51061 gttcggtgta gtagataggt cactgaaatg gcggagagct atcaccctga accaatcatt
    51121 agggatagct ttttctgtcg gtaaggtagg ggcgtattgc atacgcccca cgtgtacctg
    51181 gcgccgaatc atacacccct cgcaaagtgc attctatgga gcgtatgctt ttgcgcacca
    51241 ctcccgaata cacctctaac aatcgattgg ctatcgcccg gagccgcgaa taggcattct
    51301 gtggttcggc gggctttcgt ctggtgtagt ggataggtcg ctgaaatggc ggagggtttt
    51361 cggatcgacc ggcggataac gaaaaatgcc gagcacatgc ttgcggatat ttcccgcgca
    51421 tgcgctcggc attcgttttt ggcaacccca gactgaaggg ggatgcacat agctttcgat
    51481 acgtccctac ggtttagttc agcacttcgg aaccgatctt ctcgacgcca aactcctcgt
    51541 ccccacgctt cacgtcccca cttttagcga ccaagtagaa accgcgaccc ggagtccact
    51601 ccaaacagaa aagctcagac ggccgcttgt agccataggc atgaataact tgtagcaccc
    51661 actcctccgt gcgatcgcaa tgcaccagcg aactctgtac gattgcgccg ttattcacca
    51721 ataggtacga ggtagttgta tcgccaatcc cgggcaccgt gactgcacca ttcgtttcaa
    51781 agcgtacgtc ctccacgtcg aacatgctaa agattccttt ctgccgaagc attagccgga
    51841 attgctccat ttccaaactg tttctcttga agactttgaa gttcagtacg ccattcttca
    51901 ccagatagac gctgtcccct ttgatgagtc tccgcaatag ggaagaacgc atacagaagc
    51961 gtatgaacag gttgaaggca gtccacaccg ctaatgcaaa taggatatgc cagacactca
    52021 tgtcagggtt atagagaacg ccgccgacaa gcgcgccgat cacaaaggcg ctcaccgtat
    52081 ctaatggcgt caattgtgcc atctgtgcct tacccgccac acgtaaaaat accaatatgc
    52141 cgaccatgcc gacaaccaat ttcgctgcaa ttgcaatata ctccattgtt cagtgataga
    52201 taaaatgaag gatgattcgt attcgctgag tgcgtctaca tgcccgcaaa gatcgctgtt
    52261 gggcttcagt cagcccaaac gcttggggaa aataccgtct gcgaggcttc agacagccta
    52321 agtgcttgca aaaagcatcg cctatgggga ttcagacagc ccggatactt gcaaaaagca
    52381 tcgtctatga ggcttcagtc agtccggata cttgaaggca caatcctcga tatggtcgtt
    52441 caccaagccc gcggattgca taaaggcgta ggccacggtt gtgccgaaga acttgaatcc
    52501 gcggcgcttg agctcggcgg ctatcgcgtc ggacgtctga ttgctggccg gaacatcctc
    52561 caacttgcgg ggatggttca cgcaagggct cccgccgaca aaagcccaaa tgaactcgga
    52621 gaatgatccg aattcctgtt gtatttccat gaatagggcg gcattctgaa tggtcgccaa
    52681 gatcttgagc cggttgcgga cgatccgtgt gtcttgcatg agcgcctcca ctttcgcatc
    52741 gtcgtaagcg gcgataagcc gatagtcgaa tccgtcgaga gccgcgcgaa atccctcacg
    52801 cttggccaga atcgtgtacc aactcaaccc ggcttggaaa ctctccaaaa caagcagctc
    52861 gaacaatcgc cgatcgtcat ggataggcct cccccattcc tcgtcgtgat aggcgcgata
    52921 aagggcatcc cgttcgcacc aactacatcg tttcgttgtc gtcatctgat tgcatccaat
    52981 tgtttcattc cggtttcatc cagcttaacg gaaacgcccc acatcattcg gttggcgaat
    53041 ggcgcggcgc cgctcagagg gcgagcaatc atagtcgcgt tggtaagcat aaaagaggtt
    53101 gggcggcgta cctacaccac tcattcgggc aacctcaggg atagacagat tggtgtaccg
    53161 gagcaattcg tcggcacgct tcatttgcca agagagacga tagtcggtgg cgtccatacc
    53221 ggtgaggcag aagatcaggc catgcaaata ggggacggtg agtccgtagg atctgcaaaa
    53281 gttacgcagg ctagacttcc cctcgtccaa gtaatagcga aaagcatcga acatctccac
    53341 ctgtgtggac gtccggcgag gctttatggg atcgtaatgt atatccccgt caggatcgta
    53401 tatccgacgt tcggagaaaa tggtaatgta ggtctcatcg aagttgaatt gcggttcgac
    53461 tctcagcgtt cggatgttca catggcgtgt cctatacctc tccgacgatg aactgtagtc
    53521 gtccagcgta tcgttctcgt attccataat gggttgcgtt tacgtatagt ggatatgaat
    53581 aatgattgtc tctctgaagc tcgggcttca ttgggtgcca aaaataagtc cgacgcccta
    53641 tcaggcaagc gttccgatac tgtccataac gtgagttcga caaaagaatg agattccctt
    53701 attcatagat gatgtctctg atagcatgtt gtaacggcca aagtgccttt ggaaatgctt
    53761 gcaacagtct tgtaagcgcc aaaatggaga aaagcgctct tgcgggactc ccgcaaacgc
    53821 cctggcattt gccgcgagac ttgcgggagt acccgcaaac gccaaagcaa acgccgcaag
    53881 acttgcggga gtacccgcaa acgccaaagc aaacgccgcg agacttgcgg gagtacccgc
    53941 aaacgccaag gcaaacgccg cgagacttgc gggagtaccc gcaaacgcca aagcaaacgc
    54001 cgcaagactt gcgggagtac ccgcagacac caaaaagttc tccgaagcat ttgtcgcagc
    54061 gttgtaggca tttccaaaaa cgttttggct aggcttccgt agaaactctc tgctggtttt
    54121 attcttacac cgaactcacg ttccatagac tgcggagacg tgtcccatac tacccgagat
    54181 agcccccaga gctctgatga tagcccgcca acgtgtgctg gccagaaatg ggttcgacgc
    54241 gcttagggtc atattccacg gcggcgcagg atgacgtaga taatcaccgg ggcaccgaag
    54301 atgggcgtca cagcattcag cggaaagact gtgccggtac cggggatgac ggtcaagagg
    54361 ttgcagagca gtgccattgc ggatccgagt agcatcgtaa cgggcaggag catgcgatgg
    54421 tcagcgcggc cgagcgtaag acgcgccacg tgtggcacag ccagcccgat gaacgatacg
    54481 gggccacaaa aagcggtggc agtggctgtc agcagccctg tgcaaagcag gataaggacg
    54541 cgcgtccgac ggatcttaac gcccaagttc gtggcgtaac gttcgccaag cagcagggcg
    54601 ttcaggggct tcacaaggag cagcgcagca atcaacccgc ctaaggtgca aagcgcaaag
    54661 aagggcaggc gggtattgga gacggaactg aaatcgccca tgccccacat gacgtaaccg
    54721 cggatgcgat cggccgaggc gtagaagttc aggagcgaga tcagcgagga agcgaggtag
    54781 cccaccatga tgccgaggat gaggagcatc acgttgccgc tcacccgcgt agagaaatag
    54841 atgatcagcg ccagcacgca gcaagcaccg gcaaaggctg ccagaatgag cgccaaagag
    54901 ccaccgatgg ccgccccgcc cgtcgtcagg ccgatggtgc caccgaagaa tagcatcacg
    54961 atagccacac cgaggttggc gccgtcgctg atgcccagga tcgaggggcc ggccagaggg
    55021 ttgcggaaga gcgtctgtag gagcagtccg gcggcggcca gagaggcgcc cacgagaagg
    55081 gccgtcgtgg cttgtggcag gcgtgactcg aggacgatgg tgctccatgc caccgggtct
    55141 gagggctgac caagcagaat ccggacgacg tcaatgggcg ggatgggcac agtgccgtag
    55201 gtcaggctgg ctgtccacaa gacggctacg agtagcccga gcagggcgaa gagtagggat
    55261 gatttcatac gtgtaacgat tttgttaggg cggcctcgtg cgaggggcgc ctgacgctgc
    55321 gcataggctt aggcgaagcg gcgccaaagg tagagccaca gccgattcat aaaacggctt
    55381 ctcgtttcgc gccctacctt tggcccgtca ttccaaacaa catcaaacac ataacagaaa
    55441 atacatgatg ccttttttcc tcatccttat gctggccgcc tacatcggcg gcaacgccta
    55501 catcttcacg cgtgccctcc aagccttacc gccgatgcct gccatcttta agtggctctt
    55561 cgggctggcc tactggggct atgcgctgtc tatctttttg gtcttcatct tccgtgcacg
    55621 ggagagcgcc gatccttggg ggcacttctt ctttcaggtc agcacgggct ggctcgtctt
    55681 tacgctctat atggtgctgg cgctcgtctg cttcgacctc ttccgactgc ttgtccccag
    55741 cttccgacac ggtttcgcgt gcgccctgct cgttacgaca ggggtgctcg cctacggata
    55801 ctacacctat aagcatcctc aactgcgcga agtagacatc atcactgacc gactgcccgc
    55861 gggatcgttg ggcctgaaga tcgtcggcgt gagcgacgtc cacttggggc tcggtacgac
    55921 ccgcgacgat ctcagtcgct atgtggatct catcaacgcc cagcatccgg acatcattct
    55981 gatcagtggc gacctgatcg ataacgacgt ccgaccggtg gacgaggcgg cgatggacga
    56041 ggagctcaac cgtctacatg ccacgtatgg catctacatg gtgccgggca accacgaata
    56101 cctcagcgga atcgatgcct gcaagcgctt catccgcgga cgcacaaaca ttcatctgct
    56161 catggactcc gtggctaccc tgcccgacgg catacggatc gtggggcgag acgaccgcac
    56221 gaacacggcg cgaaagacgc tgccggagct gatgaaccgc atcgacacgg tggtgcccat
    56281 catcgtgctc gaccatcagc cgaccgactt gacgcaggct gaacgcgccg gggtagacct
    56341 gatcttctgc ggacatacgc atcacgggca ggtttggccg ctgaacctcg ccaccgatcg
    56401 actcttcgat gtggcctatg gctacacacg ccgcggccgg acgaacatct atgtttcctc
    56461 gggcctctcg ctctgggggc cacctttccg catcggcaca cgctcggagc tggttgtctt
    56521 ccgactcatc cccgctgagt tatgagggtc ttcctacaag cgatcttcgg gcagctgctc
    56581 ttcaccctct acatctacct ccgggggcgc gctgtcttgc cgaagcgacg ccgatggcgc
    56641 ctcctctaca cgctcttctt tgctgccgaa tgggcgctgt acttcttcgg ctacttcaca
    56701 cactcggaac tgccggacag cgtcatggtg ccgatcctta tgatctgtgg cacgtggtac
    56761 atcgcgtcca tttatctcgt caccgggcta ctcttcttcg atctctgccg ctggatttac
    56821 cgccgtcggc cgggctggtt ccccgcatgg atcgcggcga acgccctcca gctgaggcgt
    56881 ggcgcctacc tgctgctggc ccttttcacg gttgggctga tgattcaagg ttatcacaac
    56941 gtcgaagacc ccagagtgaa acacgtccgg atcaccatcc ccaagtccac gcccgggcga
    57001 gacagcctga aggtggtgct gatgacggac acccacttcg gcgagtcgat cggtaagcgc
    57061 aacgcccaac ggttcgtggc cctcagcaat gccgagcagc cggacatggt cgtcatcgct
    57121 ggcgacgtga tcgactacga gctgcgcatc gccgcccgcg aacacatcga agaggatctg
    57181 cgtcagctcc gcgccccctt gggcgtctac atcacgcttg gcaaccatga atatcgcgcc
    57241 aaccgcatcg ccaagcagcg gtggctccga cgcacggggg ggacgctact gatcgactcc
    57301 gtcgtgcagc ccgacagcac cttcaccctc atcggccgcg acgactacac caatcgccat
    57361 cgcgccgccc tgagccaact catgcgcggg gtagacacga gccgccccgt gatcgtggcc
    57421 gaccatcagc ctaagtttcg cgaggtggtg atgaacggcg ccgacctcgg cctcttcggc
    57481 cacacccacg cggggcagat ctggcccttc tcgtggatca ttaagctggc ctacaaacac
    57541 acctacggat acttccgcga ggggcctgcg cagttctaca tctcgtccgg catcggctgc
    57601 gccggtccac cctatcgcat cggcacccgc tccgaactgg tggtgctgca tatccgcttt
    57661 gagaagcctg ccaaccccgg ccaatgagtc gggaggcaca acaataagta acccctaacc
    57721 ccctccccca cgatgcgcaa caaactgctc cccctcctgc tgctgagcct ggctacgacc
    57781 atcgcccatg cacaatccga aggcttggcc gacagcctcg cggccgatct ccgaatgatc
    57841 cgtcaagcta ccgcacgaca caccgacctc tggggcctcg acctctacgg cccactccta
    57901 ttcattgacc ccgagacacg cgtggcctac gccaacgagc cggacagcgc gggcttgctt
    57961 cggccctgcg gctccctcta tgcgggccgc ctgccggagg aagtcctcac cgccaacacc
    58021 gccacaaagt ggggcgggcg gacgtgggcg atgatcctcc tgcccctgcc caaggattcg
    58081 acggatcgca ccgtcctgtt ggcccacgag ctcttccact gtgtccaacc ccgactgcac
    58141 ttcacgggtc atgggggcga caacgggcac ctcgacacgg agaaggggcg cgtactgatg
    58201 cgactcgagc tggaagcgct ccgagatgcc ctccgcgcca ccacgcccga cgagcgtcgc
    58261 tcgcacctca cccatgccct cgccttccgc acggagcgcc accgacgttt ccccggcgcc
    58321 gcggcgtccg aacatgccct ggagtgcaac gaaggactgg cggagtacac cggccagacc
    58381 gtggccagcc tgtcagccga ccaagctcgg gcttatctca tcgcacgcat cgacgccctg
    58441 ctgggcatgc ccaccttcgt ccgctcgttt gcttacgcca ccctgcccgc ttacggttgg
    58501 ctcgccgccg acaccgcgcc cgattggcat cgtgccatca cggacgagac gcccatcacg
    58561 gaccatctcg cccggctctt tggcctcacc ctgcccgaca gcctccccgc gtcatgggtc
    58621 gcggcctatc atggcgacgt catcatccgc caagaatccg ctcgcgaagc cgaccggaag
    58681 tcgctcaccg acagcctccg cgccagcctc gtggacggcc cacacctgac cctgcccctc
    58741 cgcgccatgc agttctcctt caacccgaac accctcatct cgctcggcag caccttgggc
    58801 accgtctatc cgcagctcca actcaccgac ctctggggca ccctcgacgt aacggacggc
    58861 ggcgcgctga tctcgcccag ctggacgacc atcaccgtcc gtgccccaca caccacgagc
    58921 cccaccggcg ccgtcggctc cggctggcgg ctgacgcttg ctccgggcta ccagatcgtc
    58981 cgccgcgcca aggattacgc cgtagagagg aagtgaccga gcgcggatag ttatctgggg
    59041 cgatcagaga gtgagcggct catgcgatca atgcagcaac gcttctggtc gaggttgggg
    59101 tgcacgtaaa ggtcgagtgt agtgctgatg ttggcatgcc cgagcaggac gctcaccgtc
    59161 ttatagtcgc atccgctttc gatgcatcgg gtggcaaagc tgtgtctgag cccgtgaaac
    59221 ttgaggcgtg ggatatcaag ctggtcgatc agcgaattgt aatacgtgcg atagatgcgt
    59281 ggttcggttg gcttggagtc gttggtgagc acatagaagt cggggcagac tatgcggtga
    59341 agtggcttga aaaggcgaca gagttcattg ctcagaggta tgtcgcggat ggaactcttc
    59401 gtcttgggca ttccttcgat cagctccgtg tgacgagacc catcggggtc gatgatatag
    59461 atgcgttgga gcgtgcgacg aatgcggacg actttctctg tcgggtcgac atccgaccat
    59521 ttcagggcac agagctctcc gatgcgtatg ccagtgctca ggcagatgag gatacccagg
    59581 ttacggaagg tgaaatgctc acgaacgaaa cgcataatgc ggcactgatg gttacgggtg
    59641 agaacgtcag ggcgtgtgtc cgtgtgcgca gtaggatagc ggatttgaat ggttgtagcc
    59701 gcccagtcgt ggtgcttcgc cccatagccg cgcaccattt tgagtacgac gacgaggtct
    59761 ttgacggttt taggactcag ccccgcatta attttcgtga gcacgaaggc ctgcacagcg
    59821 tcttcgtcga tctctcgcgc ctctccaaag gtgggtagga ggtgcttttc gagttggagc
    59881 gcatagacgg cgtgcgtggc acgtttgacg tagtgctctt tgtctgcaag ccaaagggct
    59941 gccaattctc tgaaagtgat ggtcggttta gtcatgattc ctattgtttt gattatcgat
    60001 aggaaccaag atagacagaa tgcgctgcca tcctgaagta tccccttttg cgcttccccg
    60061 agttcacgga tgaatggaag gaggtgaagc tgggagaggt ggcggagatt agaggaagga
    60121 ttggctatag aggctataga actgaagact tggtggcaaa agaatgtgga gctttagtaa
    60181 ttggaggcaa acacatttcc cagaatcgat tagacttatc agatccagat tatttatcct
    60241 gggccaaatt cttagaatct ccggagattg ctatagaaga agacgatata ataattgcgc
    60301 aaagaggcac actaggacgt tctgctttag tcaaatatga tattggaaag gcaactatca
    60361 atccaagtgt tttgatacta agacacaaac ttgtcaatgc aaggtttctg cactacacgc
    60421 tgctgaagga tgattccatt tcatatgtta tgagatgtgc atctaaaaca tcaatcccaa
    60481 tgatttctca aaaacagctg ggagacatgc cgatttatca agcatccttg gaggagcaag
    60541 agaagattgc tagcttcttg tctttgatag acgaacggat cgaagtgcaa aacgccataa
    60601 taaaggaacg ggaggtagcg aaaactctct tgtcaaaaga actactgact ccggaagatg
    60661 attggacaga gtatgcagtt caagactgtt tgacttacga gcaacctgca aaatacatcg
    60721 tgaagcatac agactattct tccgatagca ctttaacccc ggtactgaca gcaaacaagg
    60781 gcttcattct cggttatacg agtgagcaag ggatatatca gaaaggagcg tgtatcatct
    60841 ttgatgattt tactctggat tgtaaatatg tcccattcgc ctttaaggtc aagtcctctg
    60901 cgattaagat tctacaagcc cgaaaaggct ttgatatccg ctttatgttc gaggttataa
    60961 agtccttatc gttatctcca ttcgctcata agcgacacta tatctcagag gtcgaaccga
    61021 tcaaaatact tgtgccgtcg ttcgccaagc aagagaagat tgcaagacta ttcgaagctt
    61081 tagacgagcg ccttgctgta gagaaggaat acgcaacact cttgcaaaaa cagaaagcgt
    61141 acttgctccg gcagatgttt gtctgataaa gtgcagtcag atgaacatct gtcggagtag
    61201 ataggccttt tgcaacttca gctgctcagc atatgctctt tctacatcga ggcgctcgtc
    61261 tatggccgaa agcaaggccg caatcttctt ctgctcgggg agggagggaa ggcggagagg
    61321 gagattgcga ataacagagg aaggcgtctc taggaaagtc gatccggaag agtgtcttag
    61381 cagatatact ttctgagtcg ataagaaata atagacgtat tcgttattgg cctcatggcc
    61441 tgtgacaaca gattgaaagc cttgattagt cgtacactcc acatttgcaa ttgcaatctc
    61501 tccgatggtt gctcttgttg taagaagcac tgtgcctttc ggtaatagtc ttgctccgga
    61561 gttactcaat ccttgaaaag aaattgtacg attactattt gagacatact tcttcttccc
    61621 tatttcagaa ggattaaacc acactatttc tccatcccaa tagtttgtcg ttgttgttga
    61681 aggcgtccct ccacctatta tctccgccac ttcccccagc ttcaccttct tccactcatc
    61741 cgtgaactct gggaagcgga gggtgcgatc gaagaggcgg cgaaggagcg cggctttctg
    61801 cgcctcccgt tcctttatta tggcgttttg gacttcgatc cgttcgtcta ttaagctaag
    61861 caaggccgca attttacgtt gctcggagag agagggaatg gttatggtta tttgggcgaa
    61921 gtccttgtat ttacaattca atgtatcctc taccaatcct tgagaatgcg tccaaaactc
    61981 atagatcaga cgagggcgtt tgattaaata ggaaagaaac aaaggcgaaa ctcctttcag
    62041 cggagtaacg atcgtatatg caggactgac tatgccttca ataaaagaga gggcacttct
    62101 accttgccac atcctcatcg tgttataccc aatgtctcca gaacagattc tcttgtactt
    62161 cgatttgtct gcattagata catccttctt ctctgaatct gtttgtggaa tgactccttt
    62221 gtttgctgta atagaaagaa ggggtagcgt tggagtattt gtttcgttcc gctcacttgt
    62281 aacctccccc agcttcacct ctttccattc gtcggtgaat tcggggaagc gcaaaggggg
    62341 atacttgggg acttgattct tcttttccat gatgcggcgg ggctatttga cgaggtcggt
    62401 taggcctaac tcggcgaagt aggcgtcgat tttgcggtcg aggtcggcac gacgtgcctc
    62461 gagctcgtgg atgcggtgca tgacggtggg caggtcgatg ggggcttcct cttcgtaggt
    62521 gtcgatgtag cgcgggatgt tgaggttgta gtcgttctgg cggatctcgg cgatgggcac
    62581 acggcgcgag taacgggctt cttcgcgacg ttgactatag gtgtcgatga tgtggccgat
    62641 gtcgtccggc tcgccattct cgcccatgcg caggcgattc tgcttcttgt ctttggcaaa
    62701 ctcacgactg gcatcgataa agagcacatc gtcggggcgg acgcacttct tgagcacaag
    62761 aatgcagacg gggatgccgg tcgaaaagaa gagcttcggg gagaggccga tcacggcgtc
    62821 gatatggccg tcgtcgatca gcttacggcg gatgcgctcc tctacgccgc cacggaagag
    62881 tacgccgtga gggaggatga tggccatcgt gccgttgtcc cggaggtaat ggaagccgtg
    62941 aagcaggaag gccatgtcgg ccgccttctt gggcgcgagg ccatagttgc cgaatcgggg
    63001 atcttgggcc agcgcttcgc ggggggtcca tttgaggctg aagggcggat tggcaacgat
    63061 ggcgtcaaac tcgattttct tcagatcggt ggggtcgaag atgtctgtcc attcgttggt
    63121 gagggtgtta ccgtggaaga tcttgaaggc atcgtccttg acgccatgca ggagcatgtt
    63181 catccgcgcc aggttgtagg tggtgatgtt cagctcttgg ccgtagaggg tgccgatgcc
    63241 tttggagccc ttcatctgcc ggaggacgtt gagcaggagc gatccggagc cacaggcgaa
    63301 gtcgagcaca cggcgcatat attggcgtgg gccacgtgtg gggtcttgac tgtcgagcac
    63361 gacgatgcgc gccaggatgg tggagatggc ttgcggggtg tagaactcgc cggctttctt
    63421 gcccgaaccg gcggcaaact gcgcgatgag gtattcgtag gcgtcgccca aggagtcggc
    63481 atcggtggag aagtcggcta tgccttcgtt gatcttgctg atgatggtgc aaagcatttc
    63541 gttcttggtg cgatggtctt tgccgagctt gtcggaggcg aggttgacct cggagaagag
    63601 tccgcggaag gtgttccgga acgagtcttc ttcgatatgc ttgaaggctt gttggagtgt
    63661 gttgagcagt tcgccatgtt gcgtgcgggc catctcggcg atgtggctcc agaggtattc
    63721 gggcttgatg acgtagtgca cacggttgtt catttccgtc tcgaaagtgg cgacgtcctg
    63781 ggggttcttt tcgtaccagt attggagcgg tgtctgcccc gtggccagag gtgcgtcggg
    63841 gccgggatac tcacctttga gcaagtcgcg ggcatgtttc tcgtagttgc cggataggta
    63901 gcgcaggaag aggaaggaga gcatatagtc tcggaagtcg tcggcgttca tcgagcctct
    63961 cagttcgtcg gctacggccc agagggcttt gcccagggct tgtctgtctt ttgctgtcat
    64021 gttggtggag ggtagaggat agagggtaga ggatagaggg tggagggtag agggcgtctt
    64081 gcgataccct ctaccgtcct actgtctcgt tcattcttct ggcagggtga tgtcgggatt
    64141 gccgtcgtcg ggcttcttcg gatccttcgg cttctcgggc tgcttcggct gctcacccga
    64201 gccaccaccg ggcttctccg gctgcttcgg atccttgggc ttctccggag ttttgggatc
    64261 cttgggatcc ttagcggcct tcttctgggc gaggctccga ttgtaggccg tattggtttt
    64321 atcaatgagg ccgttgaggt cgtgggcgat cttcttgagc atgtcccgat cgatggtggc
    64381 ggcaccggag aggtaggcgg cctgaagcat cagcaagacg cgattgtagt tagcgtcagt
    64441 cttgagacgg acttcggcgg cgcgaggcag attgctacgc ttgacggcgg tcgcgctttg
    64501 tttgaacagc ttctcgaact ccgtgttggc tgtctcgagc ttggtcacgg cgttggtgag
    64561 gcgcagggtg gtgatgtgcg gcgcgtattc gggcttcttg aggtcgatca ggaggccgtt
    64621 gatgtgtccg gactcgcggt cgaaggattc gcgttgcagc tgtccgtact tgtttgcaac
    64681 caacacgagc tccgtggcgg ccttcagttc ggacgtttcg ggcgaataga ggcaggcgcg
    64741 gatgatcttg aagatgtacg taatgagccg atcgcgttcg gtgtctttct ccgtgatcag
    64801 ttttgtgagg gtctcggcca cgacttcttt attgatgtct tcttcggtgc cgaggtttcc
    64861 cttccactcc accttgaggg gctctgggat gccaattttc gcaggttcgt agtcgttgac
    64921 gatgtcatac gcgcggctgt ggaatgtcac atgctgtgcg ttgtcgagtt tgcccaaccc
    64981 gacggattgt atttctatga tctcttccat gaagtaaaac agttaataaa cagtgaatcg
    65041 atgaatttct aaagcgatac gagagctctg tgagccccaa aggccgtttt tcggagccct
    65101 gcgttgcgca ggaagcaaaa agaggatctc ttttcgggcc ctgcgttgcg caggaagcaa
    65161 aaagagggtc tcttttcggc cctgcgttgc gcaggaagca aaaaggggtc tcttttcggc
    65221 cctgcgttgc gcaggaagca aaaagggggt ctcttttcgg ccctgcgttg cgcaggaagc
    65281 aaaaaagggg tctcttttcg gccctgcgtt gcgcaggaag caaaaagagg gtctcttttc
    65341 ggccctgcgt tgcgcaggaa gcaaaaaggg ggtctctttt cggccctgcg ttacgcacgc
    65401 acccaaaatc tcaccccaaa agcattgaaa cgcccggcct ctgccagagc ggcgacaaat
    65461 gtagaacgat tcagttaccc ccgtcccccg ctgcatgatc attcggcccc ttccgggacc
    65521 gtatgggggg cgaatgcaat tcgcccctac atgtacccgg caaatttggc aggcatccct
    65581 gatgccccgg caaacttcgc tgcccccgca ggggccgtcc gcagacgtct catacatcgg
    65641 ccggcagatt atcgatcgtt tgtccggcgg cgcggaggcg gatgaggggg acgaggtcgg
    65701 cacggagggc gttcttcttg gtgacgcgat cccgccagcc aagcccctcg tcggtgaaga
    65761 ggtcggagag gtggctatcg tcgtaacgca tgacgtggag ggtggactcg ataaattcag
    65821 agaggccctc ctgatctacg ccgtaccgat gggcgagctc ctgaagctgc cggtgccatt
    65881 tggcttcgcg aaagcggcag aactcgtccg agatctcgcc cgcggtgcgg ccgttgatga
    65941 cctcgggatg gcagacaaat tcgaggatgt cctctcgatc ttcgggcagg ttgctgtgcg
    66001 acctgaggag ggcgacgatc tcctcgcggg tcacctcgcg gcgctcgggt tccgcctcgt
    66061 tgaccatgcg cgcgatgagg gagatgatgt agtcgtaatc gatgatggcg gaggcgaaga
    66121 ggacgagctc gaggtcgata tcctgcatca cggtagtggg ctcggcggcg ccgtcggccg
    66181 attctgcggc tcgcttttga cgcaattcgc gggccagctc gaggtaggcc gtgcggaagg
    66241 cttgacgttc atcgggggat atgatggcat cgatgcgggc ttgtagctcg ggcggggtgt
    66301 cgacgtattg gtcgagttgt atcaagatgc gctgtagggg cttgaattgc tccacgaagt
    66361 tggcccgggc cgcgtcgccc ctcaggttgg gcacctcctc gggcacgggc ttaaggccgt
    66421 ggctctccat catgcttcta aggccctggg cggcctcttc gagctgctcc accttcacct
    66481 cggccggctc tacgagccag atcttggcgg catccttcga cttgtcgcgt tcgccggaga
    66541 agagctccac ggccgtgttc agggcgtcgg cgctctgggc gcggaagtcg aggatcttgc
    66601 cgaagggttt gcgctcgttg agcacccgat tggtgcgcga aaaggcttgg atcaggccgt
    66661 ggtattgcag gcctttgtct acgtagaggg tgttgaggta tttggagtcg aagccggtca
    66721 ggagcatgtc gacgacgatg gtgatgtcga tcttctgctc cttcgtcacc tcgttcctgc
    66781 cctgccactt gatgcgctgc tgcacgtcgc tgttgtagcg gtcaaactcc tcgatgcagt
    66841 gcagcgtgtt ataggtctgg ttatacatac taatgatacg cctgagggct tccttcttgc
    66901 cgagcgggtc cacttggttg tcctgccgct cttggtcaag ctcttcttgt atctgcatga
    66961 tgtcgcggtt gccctcggct gggggcgaga agaggcaggc gatgcggagg ggcttgtagg
    67021 tcgaatcctt ctcgcgctcg agctggatct catcaaagat cttgcagtac gcgatggcgt
    67081 cgttgatgct ggcggtggca aagagggcat tgaagcggcg gttgtcagac actttatcgt
    67141 gcacctcaag gatcttctcc acgatgatct ttttgggcac attccccgtg tcgaagctgc
    67201 catcccgctg gaggcggtag aaggagacgt cgaagggcaa cacgcttttg tcctcaatgg
    67261 cgtgggtgat ggcgtacgtg tgtaggggct tttggaagat gtcttccgtg gtcagggctg
    67321 atgcttcgcg gccttcgatc ttggtccggg tggcgttctc ggcaaagatg ggcgtgccgg
    67381 tgaagccgaa gagttgcgcc cgggggaaaa agtcacgaat ggcccggtga tactccccga
    67441 actgcgagcg gtggcactcg tcgaagatga agaccacgcg ctgccctgcg aagcgctccc
    67501 gcagcttgtc gagtcgttgg ttcttcttgt ccaaggccag gccgagcttc tggatggtgg
    67561 tgacgatgat cttgtccttg tattcgtccg agagcatgcg ccgcaccagc tcgccggtgt
    67621 tcgtgttctc ctccacgcag tccttctgaa acttgttgaa ttcctcgcgc gtctgcttat
    67681 ccaagtcctt acgatcgact acgaagaggc atttcgcaat gttcgggtta tccttcagca
    67741 gcgtggccgc cttgaacgag gtgagcgtct tgccgctgcc cgtggtgtgc cagatgtagc
    67801 cattgccgga gttgttctcg atgcactcca ccatcttctt caccgcatag atctgatacg
    67861 gccgcatgat gagcagcttc cgctccgtct ccaccaacac catgtagcgg ctgatcagct
    67921 cgcccaaggt gcatttgcgc aacacctcac gggcaaactc atgtaggttg gccaccttct
    67981 tattctgctc atcggcccac cgacagacgg gtaggaattg ctctttctcg tcgaacgtga
    68041 gcgccttcct ggggttgttg gcgaagtaga acgtatccgc ctcgttgctg acgatgaaga
    68101 gctgcatgaa agccagcaac gtatgctcgt agccgttctc gtgatcgttc ttatagtcca
    68161 caatctgctt gatggccaca cgtggcgaga ccccgtgcgc cttcagctcc acctgcacca
    68221 gcggcagacc gttaatgagg atgatcacgt cgtatcggtg atagctgctg tgtgtgttga
    68281 tgcgcagctg attgatgact tcgtagtcgt tcttgcacca gttctgtagg ttgactaagg
    68341 ggtagaagcg cgtcgttccg tcatcgtgaa cgacctcgac cttatctcgg agcgtcttgg
    68401 acgccttgta gacgtcagag ctgacgatgt ttcccatcag tctctcaaac tcgccgtcgg
    68461 tcagtcggac gttattgagc gcttcaaact tgtttcggaa attcgcttcg aggctcgccc
    68521 ggtccttgat gtccttgcaa tacgcgtagc ccaggccctc gaggtgccga atgaaatgct
    68581 gctctatctg actttctttt tggggatgat acttctccat aggggtgttc gttttgtttc
    68641 tttaatctgt ataggcgcgc aaagctatgc gaccggcccc tatctgccca gccgcatata
    68701 agaaaaggaa ggcgcctccc ctctgttcgt tccgagggtg aagcgccttc cttctttatg
    68761 gggtggctcc ggggggtcag atgcccaacg tgcgacgaag ctcggccact tgggtgtccc
    68821 acagctcgat cgcgtccgcc ttttcgtccg gcgtggcaaa gtcggttatc tcgagcgccg
    68881 tggcgccggt cagctctatg tggtgtatga tgaactcgaa gtagctcgcc gcctcctcgt
    68941 cgtccaccca atggaaacgg atgcagacct cgggctctaa cttgatgacg accgcctgct
    69001 cctgcacttt ccgccaagtg aaggtgtagg tctgtgaatg gatattgacg tcgtcagcaa
    69061 accaggacga gagtccgcgc ggcgtagtca gatgattcca caagctgtgg ttcgacacct
    69121 tgtcgaagat gtactcgata tggaactttt ccttttgcat acacataacc ttttgttttt
    69181 gtgggcgcaa tatacgacaa ggcctgcatt ccgccccggg ctgccttgcg gccgcctccc
    69241 caagtccgac cggccgcaag gcaggacggc ccacccccgg agcgtcggtt cacgcccccc
    69301 ctcgatcgtc gaaatcggcc tacttttgcg ccgctcgcct ccacttgcga gccgtaacta
    69361 ttgctattat gactcctatt caatcaacga tcctgcgcgc cgcactggcg gggtgcctgg
    69421 cctggggaat ggctgcaggc gctaaggcgc agataagtct ggggggcaca cctcccagct
    69481 tccgctatga acagacgctg cgcagtcgag ccgcggccga gaaggtggcc gtgaacttca
    69541 gcatagccga cgaaaagctg gtcggcagct ggcgcgagag cgagggattg gcgccgcggt
    69601 gcgtctcccg actcatcgac gtcaagatga acccccagaa cgccggcgca tggaccaccc
    69661 tccccgacgg ccagaccatc tggcagctgg agatcgaggc cgagggcgca caggccctga
    69721 tgctctatta cgccgacttc ctcatccccg aaggtgggcg cctctaccta tataatcagg
    69781 acaaatcgga gctgttgggg gcctataccc acgccaccaa ccccgacggc ggacgcttcg
    69841 ccacgggttt catctcgggc gatgccatca cgctggaata cgctccgggc ccggacggcc
    69901 gtcagccacg actggagatc gaggccgtgg ggtatggtta caacctgccc gagggcgacc
    69961 gtacgtggcg acaaggggca cagctccgac ggacagcggc ctcgtgcgag gtgaacgtga
    70021 actgctccga gggcgactcc tggcaaaacg agaagcgggg cgtctgccaa atgatccaac
    70081 gaatcaacga ccgcggctac gtctgcaccg gcgccttgct gaacaatacg gctcaggatc
    70141 tgaagcccta catcctcacc gccacccatt gcggacaaga tgccaccggc gtcaaggcta
    70201 ccgacgagga gctgcgccag tggcagttca tcttccataa ggagtacagc acctgccgca
    70261 gcgacgggca aacgacgccc acgcgcagca tggtgggctg cacccgcctg gcctccacgc
    70321 cgacccacgg cggatcggac ggactcttgc tgttgctccg gcagagcatc ccggaggatt
    70381 acaacgtcta ctataacggc tgggatcgca gcgagcaggc ctcggcctgg ggcatctcgc
    70441 tccatcaccc gcagggcgac tacatgaaga tctcgaccta cacccgcccc ctgacctcgg
    70501 ctacgttcta tggcgagggt agcctggaag gtgcgccgaa tgcccactgg aatgccgtct
    70561 ttgcccagac cgacaatggc cacggagtga ccgaggtggg ttcgtcgggt gcaccgctct
    70621 tcaacagcag ccaccgcatc gtgggttcgc tgacgggcgg cacgtcggcg tgcacaaagc
    70681 ctgagggcga caacctctat ggtaagctca gctatcactg gaacaaacag gcgggcacgg
    70741 acacgcattt cgatcgtttc ctcgacccca cgaacagcgg cgtggaggtg ctcgatggac
    70801 gttatcaccg cagcgccagt gctccgagcg gattgaaggc cgtcatggat aacggacgcg
    70861 tacgcctgac gtggacagcc ccgacttcgg gcgctccccg tacctactac atctatcgca
    70921 accaaatgaa gatcggcgag tcgaccacga cctcctacat cgatgcgaca ccgggacagg
    70981 ggacactcgc ctacgccgtg accgccgtct atgcgtccgg caacgagtcg aacggcagca
    71041 cgaccctcct cgaacaggtc gccctcaagg caccgacgaa cgtgaaggtg acacgcacca
    71101 ccaatggccg ggcagccgtc ctctgggagg cacccgtgta cgagcaatcc atctactggg
    71161 gcggctcgcg ggcacactat caggtgaacg tgaacaatac gggcgaggcg cgtcccttct
    71221 atttcggcca acgctgggag cctaaggaca tcgcgcccct gaacctccgc accatcaccg
    71281 ccgtacgctt ctcccccaca cgcggcaaca cgtatgaagt ctacatctca caaggtcgcc
    71341 gtgtctaccg acaggccatt acgcagacct tcacctacgg cgtgacaaac accgtgacgc
    71401 tcaccacgcc tttcaccatc gacggtgccg aagcgctcac ggtagccatc tatgtggccc
    71461 acctcacggc cgacgccacc aacttccccg ccgtctgtga cgagggcccc gccatcgatg
    71521 gcaagggcga cctctactcc ttcgacggcc acgcttggga acgtctgcac acgggcaagg
    71581 acgcagcgaa attcaactac aacttcttcc tctccgccgt ggtcagctcg cgcaggggtg
    71641 tgctggaaga atgcggcacg agtgcagact gtcgtcgggc agaagtgctt cccccgtctg
    71701 atgttacgcc tcacctgcgc agtgcacggg tggaggacgt cagcgaacgt gcagcgctgc
    71761 gcagcatgca gccctatgcc ttccccgagg tgacgggtta caccatctat cgcgatcgcg
    71821 ccaagctggc caccgtcggc accacaccga cgcgctacac cgatccctca acgctgacgc
    71881 ggacggtgaa ctatcaggta gcagccgtct atggccgcag cgagagcgaa ccgagcgcgg
    71941 tcgtgtcctt caccccgacg gccaacgccg aggtggacgc cgctgaaccg gccatctatc
    72001 cgaatccctt cggcgatcac ctcaccctca gcgcccccga gcgcgtcagt cggatagaga
    72061 tcttcggcgc cgacggccga ctcctgctga agcaagatcg cccgggcacg acggtcgaca
    72121 cgcacacact ccccgcgggt gtctgcctga ttcgcctcac gctgaacgat aactcgcaac
    72181 gcacgctccg tggcctcaag cattgacgtg acgctcaccc ctgacgccga cgagtcgctg
    72241 cgccgcttcg tccattcgct gcccgagacc ttcgagcagg gcggccgggt gatctatcgc
    72301 cagcgcaacg agatccgtgt gtttgacctc ccggacggcc gccagatcaa cgtgaagcgt
    72361 taccgcgtgc cgcccctccc cctacgtttc gtctacacgt tcttccgtgc ccccaaggct
    72421 cgacgcgcct acgactatgc gctgcgccta cgtcaggcgg gcatcgagac gcccacaccg
    72481 ctggcctgcc tcatcgaacg gcagggcgga ctgctccgcc gcagctactt cgtcagcgag
    72541 caagtgcccc acgaccgcaa cttctacgag ttcggacgcg gcggcatcga cggtcgggag
    72601 gacatcctcc gcgccttcgc tcgcttcaca gcgcgggtgc acgaagcggg cttcctgcac
    72661 gccgactatt cacccggcaa catcctcttc cggaagggcg cccaaggcat agacttctgt
    72721 ttagtcgaca tcaaccgcat gcactttggc cccgtatcgg tgcgcagtgg ctgcgagaac
    72781 ttcgcccgac tgtggggcgg agatgggatg ttcttcctat tggccaaagt gtatgccgag
    72841 gcacgcgaag cagacgaggt gcaatgcacg gcgtggatgc tctcggcccg acgggccttc
    72901 tggcgacgct tcgcccgtaa gcgcccgctg cctatcgccc tggatgatgt ggcggcggag
    72961 ggccaccgga agaagttgtc cgtgatcctt tccacctaca accagcccga gtggctcgag
    73021 aaagtgcttt ggggctacga ggcgcagacg gatcggcgct ttgaggtggt gattgccgac
    73081 gacgggtcgg acgaccgcac ccgaagccta atcgaacgca tgcagggcga ggtgaccttc
    73141 cccatccgcc acgtctggca cccggacaac ggcttccgca aatgcgagat cctgaaccga
    73201 gccatcgccg aggccacgac gggctacctg ctcttcagcg acggcgactg catcccgcgc
    73261 tgcgacttcg tggccgtgca cctcgcacgc cgcgcaccag gacgcttcct cagtggcggc
    73321 taccacaagc tgccgatggc aacgtcgaag gccatcactc gagacgacat cctcagcggc
    73381 cggtgcttcc gcagcccgtg gctcaagtcg cacggcatgc cgcggtcgtt caagaacaac
    73441 aagctcaccg ccttcggcct caaggagcgt ctgctgaaca ccttcacccc cacgcgcccg
    73501 acatggaacg ggcacaacgc ctcgggctgg ctcctcgaca tcttggctgc gaacggtttc
    73561 gacgaacgta tggcctatgg cggcgaggac cgcgagctgg gcgaacgcct cgagaacgca
    73621 ggcatccgtg gccgacagat ccgctactcc gccatctgcc tccacctcga ccattcgcgc
    73681 ggctacgtca cacccgacgc cctccgcttc aaccgtgccc tgcgccgcga gacacgcacc
    73741 cgtcgcctga cccgcacacc ctttggcatc gtcaaggagg agcagccgaa acaacagcca
    73801 gaagtatgaa ggaggcacgc gtgcacaact atcggaaggg gtacgagaac gccggcgaca
    73861 ctgtcgccag ggctaccatg gggtgtgata acgtcggcga cactgtcgcc agggccacca
    73921 tggggtgtga taacgtcggc gacactgtcg ccagggctac catggggtgt ggtgacgccg
    73981 gcgacactgt cgccagggct accatggggt gtggtgacgc cggcgacact gtcgccaggg
    74041 ttaccatggg gtgtggtgac gtcggcgaca ctgtcgccag ggctaccatg gggtgtgata
    74101 acgtcggcag acattctgcc gaggctatca tggggtgtgg tgacgccggc agacattctg
    74161 ccgaggctat catggggtgt ggtaacgccg gcagacattc tgccgaggct atcatggggt
    74221 gtgatgacgc cggcagacat tctgccgagg ctatcatggg gtatgatgac gccggcagac
    74281 attctgccga ggccctcatg gggtgtgatg acgccggcag acattctgcc gaggctatca
    74341 cggggtgtgg taacgccggc agacattctg ccgagggtat catgggcgat agagtagaaa
    74401 aagaagacat tcccctcgga tcagaggtgc ttggcagacc ctgcctcggc gatactaacc
    74461 ataagaaggc cccatctctt tagacaaccc gtgtatacgg caaacagatc ataaacaccc
    74521 gataagatga aagcgtttca gctattcaag tacaattcaa ccgatataag actccaaaaa
    74581 gtagagattg accggcctcg tatccgtccc aatgaagtat tgatcgaggt caaggccgcc
    74641 ggggtaaatc ctctcgacaa cctgataact cggggtgaag tcaaactcgt aacgccctat
    74701 cgatttccct tgactatggg aaatgaatgc tcgggcatcg tggccgaaac agggcctgag
    74761 gtgcacgacc tctccgttgg agatagggtt tttacacgcc tcccgactga ccagatcggc
    74821 gcctttgccg agtacgtcgc cgctcctgct gttgccgtag ctcacatgcc gcaggggctt
    74881 gattttatcg aagctgcaag catcccgctt acggcactta cagcctacca agcattagag
    74941 ttaatggctc ccaaggcaag cgagcacatc ttcatttccg gcggatctgg cggtctcggc
    75001 gccatggcta tccctttagc caaggcgcgc ggacttgttg tttacaccaa tgggaacaaa
    75061 gcgagccgcg aacgggtact ggcgcttggt gccgaccgat acttggacta tcggcaagag
    75121 gattacctca aggagctgtc gcccgtggac tatgtcttag acagtgtcgg cggtaaggag
    75181 ctgagcaaac agatccaact gctcaaggcg ggaggcatga ttgtctcctt acgaggactg
    75241 cccaatgggc gctttgccaa acgcttcggg ttgccatggt ggaaacaaag cctcttctcg
    75301 ctcgttgcgc accgcttaga tcgggaggca cgggcacgga atgcgacgta tgaattccta
    75361 ttcgtagagg ctaacggcag acagcttacc gaagtggcac acttgattga aaagcaaggc
    75421 atccgtccct cgattgataa agtctttgct tttgaacaag ccaacgaggc actggccaag
    75481 gtggctcaag gcggctctgc gggcaaagtg atactgagcc ttgccaatta atagaaacaa
    75541 ccggcggaca gagggaccgc cccgacatag aacaattctc taattactac ccggccaaag
    75601 gccgataacg attctgacaa tatgatccta ttcaacgaat tcaagcgcga atacgaggct
    75661 atccgcaccg agatcgacgc ggccctgcgc cgtgtgctcg actccggctg gtacatcctc
    75721 gggaaagaag gcgaggcctt cgaacgtaag tttgctgact acctcggcgt ccgccattgt
    75781 gtgggcgtag ctaacggtac cgaggccatc gctctggcct tgcgcggcat ggatattggc
    75841 cccggcgacg aggtgatcac caccgacatg accgccttcg ccaccgtcac cggcatcgta
    75901 caagccggcg ctacccccgt cgtcgtcgac atccgtccgg aggatggcct cctggacgaa
    75961 cgcctcatcg aggcacagat caccccacgc accaagtgca ttgtccccgt ccacctctac
    76021 gggcagagct gcgacatgga cgccatcctc cgtatcgcac gggcgcacgg gctgaaggtg
    76081 atggaggact gtgcacaagc ggcaggcacg acctatcgcg accgtaaggc aggaggctgg
    76141 ggcgactgcg ccgcctactc cttttacccc accaagaacc tcggcgccta tggcgacggc
    76201 ggcgcgatca caaccaacga cgacgccacg gccgaacgcc ttcgctcgct gcgcaactac
    76261 gggcagacgg tgcgctatca tcacgactac gaaggcatca acagccgact ggacgagatg
    76321 caggcggcca tcctgcgcgt caaactgcgc cacctcgaca cttggaacgt ccgtaggcgc
    76381 accatcgcag cacgctaccg cgctggactg acggctgtgg aatgccttac ggaacacacg
    76441 tacggtctgc cgaactacca cctcttcgtc gtccgggcca aggaccgcac cgcactctcc
    76501 gagcgactgg cacgagaggg agtcggcaca ctcatccact accccgttcc catccgtcgg
    76561 caaggagcct accacggccc atgcaaggac atgccccgta ccccgaccga cgacttcgcc
    76621 gacgcgatcc tcagtctacc gatgtatccc actctcaccg acgaggaggt agacactgtg
    76681 attcgcgccg tcaaccacgc ataaattcat ccctaaccct atactgaaat gaaaagagta
    76741 attgcaacca accaagcgcc cgcggccatt gggccctaca gtcaggctgt agaggcgggc
    76801 aacctgctgt ttgtgtccgg tcagctgggt ctcgacccgg ctacgggcga ctttgtaccg
    76861 ggcggtgtcc gcgaacaggc cgaacaggcc ttccgtaacc tccgcgccat cctcaccgaa
    76921 gccggctaca cgctggcaga cgtggtgaag gctacggtct ttctggtcga catgaacgac
    76981 ttcgccgtcg tcaacgaggt ctacgctgcg cagtttgccg gcatggactg tcccgcacgg
    77041 tcggccatcg acgtgtgcaa gttgccgaag ggcggtctcg tggagatcga ggtcattgcc
    77101 gcgcactgat cccgctctcg ctgcgtccga cagcacagaa gaagggggta tgtccattca
    77161 tttggacata ccccctttcg cgtctgtaga ctgaggccga aacggtcaga actccagctc
    77221 caacccgatc attagctctt cgggagcgaa gcgtataccg aagccgtcgt gcccgaggcc
    77281 tggctcttca ccggagaagt agccactgcg gtagccgaga aaaccgaagc gaaggcagag
    77341 gcacagtccc tcggtcagat cgacacagcc accggggcgg ataccgacct caaagccgtt
    77401 gcgacgctcc accgatccgc ccttgcgctc ctcggcaaag ttgactcccg cgccgccatc
    77461 catgaacagg ttgaaaggcc cccgatgcat gtagtagcag cgcacgaaag gggagatctt
    77521 gaaggcattc tctacgctgc gagcagggcc ttcgcctgcc gacccgtgct catagccgag
    77581 aaggaggcct gtgccctagg tgtcgttgaa gagatagccg atctcgggac taaagtcgaa
    77641 ggtggtcgtt cgctccttcg tgttacgcca ataggtcagt gcaccaccgg caaaaatccg
    77701 cccttcgtgg tcgtgatcat gcgcctctgt ggggcgccca agctgcgcgt gcgccaccga
    77761 aggggtgacg agggccagta ggacaagcag ccctacgagg cacgtcggcc gacggccgag
    77821 acgcgtcatc gttttcgttc gtttcatcat gtgtgtcgtg tataaaatgg gtttgaaatt
    77881 gctgactact cccccgctat agcgtcttgc cctcgctcag ctggatggct ttctcgtgtt
    77941 cgcccacgat ccagacgatg tcgcccggct cgaagacggt ggagggcggc ggattcttga
    78001 tcgacgtgtc gccgcgctcg ataccgatca cgaggcactg cgctttgtcg cggatgccgg
    78061 actcacggat cgagcggccc accagtcgcg agccctccac gacgatgaac tgctcgatat
    78121 tcatctcctt ccgcttctgt ttacggcgtg cttcggcggc cttgttgtag cggtcggtca
    78181 cgtattgcag gaagcgctgg atgtcggcat cggaaccgac cacgaccacc ttgtccgacg
    78241 ggtagaggcg ctcctcgccg ccggggatat tgatccgccg accgccgcgg atgatggtca
    78301 ccacgttcac gttgcacttg cgacggaagt ccagctcttt cagcgtcagc cctacgctgg
    78361 gcgagtcggg gcggatctca atatccgtca ggtggaggtc acgctccagg aggtggttgg
    78421 caaagtcacg ccgcacgggt gcacgccgat ccttctcggc ctcacgcgcc gagaggttgc
    78481 tgacgaaatg ctgctcgatg aggatcgacc gcgcttggac acccttcgaa aacaggatga
    78541 cgagtacaac gctcaccgtg atcgcggcct cccacagcgg attgatgtgc agcagcatgg
    78601 ccgtcggcac ctgcaccaag gccagcgcca ggacaatgcg cagcgcaatg agcgaaacga
    78661 gcgggccgcg gttgtatttg ttgtcgctcc agagccgctg gaaggcttcg gagcgattct
    78721 tcttcatcat aatggcccgc agcagcggag ccatgagcag gagcagcgcc acaagcgata
    78781 ccagtcggcc gttgagcccc gggagcaggc ggccaatgag cggcacagcg aattgcagcc
    78841 aaacgaagag cagcacaagc gtcacggcca agtagacgcc cacaaaccga ctgacggcgc
    78901 gcaggaactg tcgccattcg ctctgctggc ggatggtgtt cgaccccgat gcgtagcggt
    78961 ccaagaagcg gatccagctg gcgggcaggc cgcgctccag gcgggcataa gccggatcgg
    79021 ccaggcggat catgtaaggc gtgaagaagg tggtgacgac ggagacggcc acgatgacgg
    79081 ggtacatata cggctgcatc accttcagcg cgatgcccag cgaggcgagg atgaaggcga
    79141 actcaccgat ctgcgtcaac gagaaaccgc tctggatggc cgtcttgagc ggccggcccg
    79201 agagcagcac gccgcatgtg ccgaacacca gctgaccgac catgacgacc gccgtgagga
    79261 tggccacgta ccacttatat tcccacaaca cctcgaggtc gatcagcatg cccacggaga
    79321 caaagaagat ggccccgaag aggtctttca ccggtttaac taacccctcg atatgctccg
    79381 cctcgaccgt ttcggccagg atggcgccca tcatgaacgc acccagggcc gacgagaagc
    79441 ccatcgcgtt ggcgatatac accagcccga agcaaagccc gatgctgacg atgagcagca
    79501 tctcgtcggt caggtatttc cgtatcgccc ggaggatcgt ggggatgaaa tagatgccaa
    79561 acacgaagca gcccaccagg aaaagcacca gtcggccgat gttcatcagc agctcctcgc
    79621 cctcgaacga gcggctgacg gccagcgtgg agagcagcac gagcatgagc acggcgaaga
    79681 tgtcctccac gatcaggatt ccgaagacga cgcccgtaaa ctgccggttg cgcagcccca
    79741 tctcgtcgaa ggctttgaag atgatcgtcg tggacgacat ggaaagcatg gcgccgagga
    79801 agatgcagtt catccgatcc agcccgaggg ccgagcctac catatagccg acgaacatca
    79861 tgccgatcaa caccgtcgcg gcgcccaccg tggccgtgcc cccgactttc atcagcttct
    79921 tgacgctgaa gtcgagcccg aggttgaaga gcaggaagat gacgccgatc tcgccccaag
    79981 tgtcgatgct ggacacttcg cgcaccgtcg gcagcacctt gacggctggc cccgccagca
    80041 cgcccgccaa caggtagccc aatacgagcg gctgtttgag ccatttgaaa agcagggtgg
    80101 tcaggcccgc agcaatgaga ataacgacca aatcgacaat aagcgcaggt aaatgcatag
    80161 ggtttggagt caaattctaa tgtacgggcg caaagttagg gcgcatcggg ggtgcgagcg
    80221 gtgtctttag gtgtgttttt gggtctgttc acggccaaaa acggcgtctg cggttcattt
    80281 ctcggactgt tgggggccaa aatccggcct gtgggggcat ttcttctttg ctgtacatcc
    80341 aacccgtctc tctcctcatc tctcatacat taagcaatac actaactatc taccatctca
    80401 ttcacacctc cacctcgcga atctatgccc tgtatcacag cctacctctc cgctttattc
    80461 aaaacagtca actacctact ttggcacacc tccgatctca ttcaaaatca caaacatgtt
    80521 tatgaattac acatcgcgcc ctgatcaaga ccattactca cctatatttt acacctttga
    80581 tcatgttcaa aaactatttc gagttgcacg atcgtacttt tgagcctact cagaatcgct
    80641 ttcatgttac aggttaggtg tattgatcac gatcaatgaa ccgaaccagt aaaaatatag
    80701 ggctaccgac tgaagacgat agccctaaaa cgatacgtcg atccatgatc gcgcataggg
    80761 tgcttttatt tcaactcaaa ggtttgcagg atgcgctgcc ccgtgacggc ttgctcgcca
    80821 tcgtttccct cctcgcgact gaacgcaagc aggtaagcct ttccgttgat gacccacacg
    80881 taaagctcgt tcgtcgtcac aatgtccaac gcaggtcgct gcgtatagac caaacggcgc
    80941 cccacgtgac cggcccactc gacgcgctca ttctttgtca cctgaacttg taggagtttg
    81001 atggcctctt cgacgtagct atcggcatcg tatttcccat tgggtaatac ctccacgacg
    81061 agcgacacat tctcgcggaa gcgatccccg tcgctctccg ccggggcata gagataaaag
    81121 acagcgttct cgctctcggg ctgcagcgtc cagtcgctcg gatagcgtat gcggcactcg
    81181 gctcgatcga tcgtctgcca cgccgcagag tcagcatatt gccgtgcagc ctcacgggcc
    81241 gccagatcct ctttatctat ccgcgcctgt ccgctgcatg cagtcaagca gatggccaga
    81301 acagccacat tcagtatcgg ggctaacacc cggagtttgg gcgtaaaccc atgtagcaat
    81361 gcgcccgaga cgccgttttt gggtgtgaac cgaccgagca atgcgcccaa gacgccgttt
    81421 ttaggtgtga acagaccaag caacggcctg gggagagggt tttcagacat aatcatgaag
    81481 gaaaaagggg tgaaaaaaag cgaggcggcc gggcccttca cgggtgcgcg ccgcctctaa
    81541 ttcttttaga aaacgagatc ggccgaggcc gtctctaatg aattgtttct gttatcgcac
    81601 gaggttcgtg aaggccgcgt ccttggcgta cttagcgaac tccaggtcgt tggcggcctc
    81661 acgggccagg gatttcttct tgctgatggc cgccttgagg tggctgatga cgccggcagc
    81721 gtcgttcgtg cgggcggaga cgatggcctt gaggtagtcc gtggttgcgt ccgggcgggt
    81781 gacggcgttg agggtctgcg aggccttgct gtaatccttg gtgaggatct gggccagggc
    81841 ggcgttgttc gtcttcgcag cgccgaacga gctgacggcc ttggcatagt cgccctgctc
    81901 gaggtagagc atgccgaggg cctcgccaag ctcagccacg tcagaggcgc cgccgatgag
    81961 ctgctgcgcc ttgtcgcgct cgccacgggt gagggccagg aggccgaggt tgatgttggc
    82021 ggcgctgttt tgctgcacgc tgttggactt gttgaagagt tcctcggcct tgcggaggtc
    82081 gccggcgtag tagcgctgca taccgatgtt gttccaagtg cggtagtcgt tggggaagag
    82141 ctcggaggcc ttggtgtaga tcgcctcacg gtcgacgtcg ttcgtggcca gggtggcggc
    82201 gtagagcagc tcctcgacgt tgagcgcttt ggggttcgac tgggccaggc ggctgatctc
    82261 ttcgtccgat ttaccgatga tttcgatgtt ggccgtcagg cgtgagcggc gcagcttggg
    82321 caggatctcg tcggccagcg agcggaaaac ggtggagatg ttcttgatct cacgctcgcg
    82381 ctgctcgggg tcggagtaca tggagaggac gcggaggacg aggtctttgt cttgcaagtt
    82441 cgacttcgag acaagctcct tgaagccctc ccagtcctgc gccgtgtagt gtgcgccgac
    82501 ggggacgtcg attttgcgtt tgttcagttc gcctttcagg tagcgcgtcg tgttggcttc
    82561 gcgtcgctcg gccagcgatt cgttgagcga gagtccgccg tcgggtgagg cgtaggcaga
    82621 gacttcgacg gagacgtttt ggttggcggc atcgttagcc ttcttcacgc gatccttcca
    82681 gtccttcagc tcgcctttgt tcagctcgtt ggagcggagc tcggcctgct ggatgaggaa
    82741 gaggatgttg gcgtcgtagg cctccttgat gatgcgttgg aacttgtcgg caccgacggc
    82801 ggggttggcc gtggcggcgt tagccagcgc ggaggtagcg atgacgccgt cggctatttt
    82861 gatgtcgggc agtcgggacg acttgttgcc gatcttcaca tcgaaggtca ggtaaagctc
    82921 cgatcgcttc atctcgggtt tatacttgaa agacgacttc atggtgacgt tgccacccgt
    82981 tgcgtaagcg accacttggt tgttggcgcg caccttttcg ccttggaagg tgtaagccgt
    83041 gccccacgtt tcgccaccgg gatagcggag cacgggcgtg atcgtcagcg tagcgttttt
    83101 cttgaaccac ttggcgggat aagcgatact aatcgtgacg ggtacctgtc cgccgacgac
    83161 ctctaagggc tgcggatcgg cctgaatgta ctgcgccgaa agcggcttga gcttccccga
    83221 gcaggaagcg agtgccatga gaatggcggc cattacaagg aatggcaaga agttcttttt
    83281 gctcatgatt ttctctgtga gtgtgtgatt gatgtgtgta ttgttattgt gtatctctct
    83341 tatgagtgtc ccttccccct gattttggga gcgcaaagct aagtgaataa ctaaattcta
    83401 ataacggaag ttggatgggc gcaggcagct gtgcgatggt cggccgagag gctggaaagc
    83461 tccgcggcgg ccttgcgccc atcaggctcc tcgcagggcc tcaacggatc gaaactgaaa
    83521 ggcggccttt gctgtcggtt tgttaccgca cgaaatgctg tttagacgag atcgtaagct
    83581 cgttaaaaaa tccgcagatc aggcttgttt tattcatggc aaagtctttt cctttgcccc
    83641 atcctcaatc aaataataat ggaacaaaaa actatcgtaa caggagtgat cggtgcggac
    83701 gcgcatgccg tcggcaacaa gatcatcgcc tttgcgctcc agcaggccgg attcaaggtc
    83761 gtcaacctgg gcgtgatggt ggcacaggaa gagtatatcg aagccgcgtt ggagactaac
    83821 gcagacgcca tcctcgtttc gtcgctctat gggcacggcg agatcgactg caacgggctg
    83881 cgcgagaagt gtgacgaggc cggtctgaag gacatccccc tctttgctgg cggcaacctc
    83941 gtggtgggta agcagaactt tgaagacgtt gaaaagcgct tcatggcgat gggcttcaac
    84001 aaggtttatc ccccgggcac agccatcgag acaacgatcc aagacctgca agcactcctc
    84061 gaatcacgcg aagccgctgc ggccgctcaa taaacattcc tctcccacac tctcattcaa
    84121 cgatgaaata ccttactgtc gatttcgggt ctacgtacac gaaattgagc gccatcgatg
    84181 ctgatcgcgg ttgtgtggtg gccactgctg cggccttcac cacgatcgac acggacgtgc
    84241 gtgtgggctt ccgcaacgca ctggcgcagc tggaggaatc gctcggcgaa ccgtttgcgt
    84301 acgacgagct actctgctgc agtagtgctg cgggcgggct gaagatggtc gcgctggggc
    84361 tcgtgcccga gctgacatcc aaggcggccc gtctggcagc ctccagcgct ggcgccaagg
    84421 tggtcaagac gtacgccttc gaaatatcga agcaggaaca agacgagatc taccgtatcg
    84481 accccgactt ggtgctgctc tgcggtggta cagacggcgg caacaaggag gtgatcgtgg
    84541 ccaatgcccg acgcctctgc gccatcgatc gcaacttctc cgtcatcgtg gctggcaaca
    84601 agtcggcctc gtacgagctg gaggaggtct ttgcggcgtc gaacaagaac tatgtgatca
    84661 cggacaatgt gatgccggag tttaatcggc tcaacatcgc gccagcgaaa gagaagatca
    84721 aggaactctt catcagtcgc atcatcgagg ccaaagggct gagccgtgtg caggagatga
    84781 cgccacaccg catcatccct acgccgctcg cggtgatgaa cggctgcgaa ctcttcagca
    84841 agggcactcg caaggaggcc ggcgtgggcg atctgcttgc tatcgacatt ggcggcgcca
    84901 cgacggacgt ctactcgatg acggacggta agccgacgat cgacggcgca gtgacgaagg
    84961 gtctgccgga gccgtatgcc aagcgtacgg tggagggcga tctgggtatg cgctacagtc
    85021 tgtcgtcgct ggccgatgaa ctggatctcg acgcggtggc cgatgctgcc gcggccggac
    85081 gcgatcaggt ggaggcgtgg gtgcaccgct gcacggaaca tccggacacc ttggcggagt
    85141 cgggcagcgt ggagcaacgc atcgaggagg agctggcacg cggtgccata cgcctcgcgg
    85201 tggagcgcca ttgcggcgtc taccagacgg tctacacgcc gtgcggacag ttgttcgcgc
    85261 tgacgggaaa agacctcgcc gatgtggctt acgtggtcgg cattggcggc gccatcatcc
    85321 acagcgagca cccggactac atcctcgagg gctcgaaggc cgacgcgagc gacttcactt
    85381 acgccaaacc gcagcacccg tcctacaagt tagaccggcg ctacatcttc gcctcgatgg
    85441 ggctgctgag cgccgtcaat ccggagctgg cgctgcgcat tatgaaggca gagattactt
    85501 aacggcctgt cggccgcagg tagttatgcg cccattcggg cacggtagtc agggggcttt
    85561 gcccccggta gttacggcct aaaggccgag tagtcagaag tagattctac cctctaactg
    85621 ctgcaccgca ggtgcataac gtacccagaa aacttggccg gcgtccctga cgtcccctgc
    85681 cggggcaggg aagtttggcc gggtacccgg aaaacttggc cagcgtccct gacgtcccct
    85741 gccggggcag ggaagtttgg ccgggtaccc ggaaaacttg gccggcgtcc ctgacgcctt
    85801 gatcttcttt tgccttcttt tcttccatca agggaagaaa agaaggtggg ggtaaagggg
    85861 caaagcccct gttcttctcc ttttcttgtc ttgacacaag aaaaggagca aaagaaagtc
    85921 aaggcggctg cggccgccag cgaagtttgg ccgggtaccc gaaaaacttg gccggatata
    85981 aactggggcg tatgtaatac accccgaaag cggtcaaaga ccgcatcatc aaaatagaaa
    86041 cagcaaaaac agagagataa gacacatgga aatcagcaat cagaagattt cagaagatgc
    86101 cttcttcgcc gagcgcaagg aggtgcttgg acaatggcac acgggccgcg acatcgattt
    86161 cgacgaggcc gtggcctatc aaaaatccat ccccgcagaa aagcgtttcg gcgctaagct
    86221 gcaaaaggct accgaggaac gccggacact gatccagccg cgtgccggtg tggccctgcc
    86281 ggaggagcac aagaagctgc tccaattcct cgagaccgag ggcgaggccg acctgctgcc
    86341 tacgacggtg gacagctaca cgcgtctgaa ccgttaccac gaggctgaga cgggtatcga
    86401 aaagagtaaa gagacgaacc gctcgatgct gaacggcttc ccgatcgtga actatggcaa
    86461 gacgatctgc cgcgacgtga cttcggcgct caagagcccc gtgcaggtgc gccacggtac
    86521 gcccgacgcc cgcctgctga cggagatctc catcgctggc ggattcacct cgtacgaggg
    86581 cggcggcatc tcgtacaaca tcccctactc caagagccac tcgatcgaaa agaccatcgc
    86641 acactggcag tatgccgacc gcttggtggg cctctacgaa gaggctggcg tgtcgatcaa
    86701 ccgcgagccg ttcgggccgc tgacgggcac actgatcccg ccttgtatct cgaactcggt
    86761 ggccgtcctc gagacactcc tcgccgctgc gcagggcgtg aaggacatca ccgtgggata
    86821 cggccagtgt ggcaacctga tccaggacgt ggccgcgctg catactctaa acgtactcac
    86881 gcgcgattac ctcgataagt acggctatca ggacgtgcgc gtgacgaccg tcttccacca
    86941 gtggatgggc ggattcccgc aagacgaggc taaggccttc ggcgtgatct cgtggggtgc
    87001 ggccgccgca gcgttggcca aggccacgaa ggtgatcgtc aagacgccgc acgaggcgat
    87061 gggtgtgccc acgaaggagg ctaacgccgc cgggctccgc gccacgaagc aggtgacctc
    87121 catgctgcgc gaccaggact tccgcaccgt acccgccgta ttagaggaaa gcgagatcat
    87181 ctcgaccgaa atgcactgca tcctgggcaa ggtcgaggag ctgggccgcg gcgactatgc
    87241 cgtgggcacg gtggccgcct tcgaggccgg tgtgctcgac atccccttcg cccccagccg
    87301 ctacaatgcg ggtaaggcca tgccggcgcg cgacaatgtg ggcgccgtcc gcctgctcga
    87361 catgggcgcg ctgccgctct cgaaagacat cgtggacttc caccgccgca agctcgagga
    87421 gcgcgccgcg tttgagaacc gccccgtgag cttccaaatg gtcatcgacg acgtctacgc
    87481 catcggcaag ggcttccttg tcggacgccc gcgcggagcg aatagcgaac agtaaaacga
    87541 cggccttccg aggggcttgg tttggatcaa acccggtggt ttgatgcaaa acccgacccc
    87601 gattcgggcc aaaccaatgg tttgaagcaa aacccgaccc cgattcgggt caaaccaatg
    87661 gtttgaagca aaacagacct ccgattggag ccaaaccaat ggtttgaagc aaaacccgac
    87721 cccgattcgg gccaaaccaa tggtttgaag caaaacccga ccccgattcg ggtcaaacca
    87781 atggtttgaa gcaaaacccg accccgattc gggccaaacc aatggtttga agcaaaaccc
    87841 gactccgatt ggggccaaac caggtggttt gatgtcaaac cgaccccaga ttggggtcaa
    87901 accaggtggt ttgaagcaaa accgaccccc gattggggcc aaaccaggtg gtttgaagca
    87961 aaaccgaccc ccgattgggg ccaaaccagg tggtttgaag caaaacccaa cccagattcg
    88021 ggccaaacca atggtttgaa gcaaaacccg accccgattc gggccgaacc aatggtttga
    88081 ctccatccgc agcctcggcg tagggcatca cacatagaaa caaggaataa gtacacacaa
    88141 tcaaatagaa acagaaatga aaatcaccca agtaatctgc gctcccggca agacgggctt
    88201 cttcttcgac gatcagaagg ccatcaagaa cggagcgaaa aacgacggcg ctttctatga
    88261 aggaacgcct gtaacccccg gattcacggc cgttcgtcag gctggcgaat cgatctcagt
    88321 catcttcgta ctcgaaaacg gtgcgatggc ttacggcgac tgcgccgctg tgcagtactc
    88381 cggcgccggc ggacgcgacc cgctcttcct ggccaaggac ttcatccccg ttatcgagaa
    88441 ggaaatcgct ccgctctacg tgggcaagga gatcaccacc ttccgcgaga tggccgaccg
    88501 caccgacaag tatgtagacc ccaagacggg ccagaaatat cacaccgcca tccgctacgg
    88561 cgtgacccaa gcctgcctcg acgctgtggc caagagccgc ggcgtgctga tggccgaagt
    88621 catcgccgac gagtacggca cgaagatctc cgacaccatc atccccatct tctcccagtc
    88681 gggcgacgac cgctacctga acgccgacaa gatgatcatg aaggccgccg acgtactgcc
    88741 gcacgccctc ttcaaccacg tcgagacgaa ggtgggcctc aagggcgaga agatcaagga
    88801 atacgtggag tggctgcgca accgcatcca gaagctgaaa cccttcgagg gctacaaccc
    88861 gacgatccac atcgacgtct acggcacgct gggcatcgtc ttcaacaacg accccgaggc
    88921 catcgctcac tacatcggtg aggtggcagc catcgcagcg ccgttcaagc tgcgcgtcga
    88981 gggtcccgtg gacatgggcg agcgcgaggc acagatcaag gctctgcgcg acatccgcgc
    89041 cgtgatcgac cgcgaaggca tcaacgccga gatcgtagcc gacgaatggt gcaacacgct
    89101 ggaggacatc gtggacttct cgaaggagaa atccggccac atggcccaga tcaagacgcc
    89161 cgacctcggc ggcatcaaca acgccatcga ggccgtcctc tactgcaagg agcacggcat
    89221 gggcgcctac ctcggcggca cctgcaacga gacgaaccgc tcggccgaag tctgcgcaca
    89281 catcgctatg gccacccagc ccgtgcagta tctggctaag ccgggcatgg gcgtcgacga
    89341 gggctacatg attgtattca acgagatgag ccgcatcctg gccatccggg aagcaaagaa
    89401 gtaaaacctt tagagggtag agggtagaga ttagagggta gagggatgct ttgatcccta
    89461 tcctccgatc tctaacctct accctctaac ctctaccctc taaatagaaa tggaagaatt
    89521 aagagtctta tcccccaccg ccatcctggg ctacggcttc ccgatggagt cgttcgtgga
    89581 gggcatgaaa cgtgcgccgc acgtcattgc tgtcgacgcc ggatcgtccg atcccggccc
    89641 ctattacctc ggcgccggca agtcgttcac cgaccgcaac tcggtgaagc gcgacttaga
    89701 gattatgatc cccgccgcca tcgaggccgg catccccgtc atcgtcggca cagccggcgg
    89761 cagcggtgct acgccgcatt tagactgggc cgtggacatc gtcaaggaga tcgcccgcga
    89821 gaagaaactc agcttcaaga tggccatcat cggctccgag ctggacaaag agctcgttaa
    89881 ggagaagctc cgcaagggtc aagtgacacc cctgcacccg gccaaagaga tcgccgaaaa
    89941 ggacgtcgac gaggccgtgc acatcgtcgc tcagattggc gaagagccct acatcaaagc
    90001 cttggacgaa ggcgcgaacg tgatcatcgc cggtcgctca tacgaccccg ccgtcttcgc
    90061 cgccctcgcc atcaagcagg gctacgacaa ggccttggca ctccacatgg gcaagatcct
    90121 cgagtgtgcc gccatcgccg ccctgcccgg aagcggtagc gactgcatgt tcggctacct
    90181 ccgcaaggat cactttgtgc tcgagcctct ctcgcccttg cgcaagtgca ccacgctctc
    90241 catcgccgcc catacgctct acgaaaagac caacccctac gtactgcctg gccccggtgg
    90301 cgccctcgac ctgcacgagt gcaccttcac acaggtggac gacaataagg tgaaggtggc
    90361 cggatcgaag ttcgtcccca cggacaagtt cttcgtcaag ctcgaaggcg tgcgtcgcgt
    90421 aggctatcgc accatctcgt gcgccggcgt caaggatccg attatgatct ccaagatcga
    90481 cgacatcgtc cgcagcgtca aggatcgcgt gaagaacaac ttcgagcact acggcatcac
    90541 cgacttctac ctcgacttca agatctacgg caagaagggc gtcatggcca tgttcaagga
    90601 cgccgaagag tcgcacagcg acgagctgct gatcatcatc gaggccgtgg ccgccaccca
    90661 ggaacaggcc aacaccatct gcggattcgc ccgcagcacc atgctccact tcggctacga
    90721 agggcgcatc gctacggccg gaaacctggc cttccccttc tcgccctcag acgccaagat
    90781 gggcgaggtc ttcgagttca acatctacca cctgatgcag gtcgacaact ccaccgagct
    90841 gttccccgcg cgctacatca gcttcaatca gggtaaagag taagaaagga ggatatctat
    90901 catgcattac aaactcacag acgtgacttc ggtgatccga agcaagaact cgggccccta
    90961 cgagctgacc ttcgacgtca tcttcaagga ctatgagatg tatgagcgcg tcaaggccgc
    91021 cggcgtattc aacaacgcca tgttcgcctc gctctaccac atccccgaga cggacatcat
    91081 cggcatcgtg cacttcgacc ccgccaaggc gatcaagacc accatcgtgc gtccgatccc
    91141 ctccggcgcg ctcggcgaaa cggacgtcta cggcgcccaa cagcacgtcc ccctgatgaa
    91201 gctagagttc gatttataat caggaaacga gccaatcaag aagcgggggc aagaccgaca
    91261 cgaacggttc ctgcccccgc ttttgttcca aacccgatgc gttagtgatg actaccctta
    91321 taggttagca tcgtcctacc ctataggtta gcgaggaact accttatagg gtagtgccgg
    91381 cataacatcc tcgtctcatt cggccggtag ggtaggggcg tatcgcatac gccccaccaa
    91441 tgccccggca ggggcaaacc tcggtatctg tattcggccc tgcgggccgt ctaaaagggc
    91501 gtatgcgata cgcccctacc ctaccggcag gaggggactg atgtcccttg gcctcggcac
    91561 ttttagtttt tcatttttag tccccagctc ctatgcgcaa tcacgcacaa gaatatatgg
    91621 tctcggcgca gtacttcgcg ccgcgtggca aagagcgact catgttcctc ggcgaacaga
    91681 tcagccatcg ccacctcttc tttaacgacc gcctcatcgg catcctcggc gacgccggcg
    91741 ctggcaaatc gtccttcatc aagggcatgt tccccggcct gcaactctcg aacgatgacg
    91801 acatcgtcaa tccacgcaag atcatgcagg tgcgcaaccc gctcaacgac atcgaggacg
    91861 ctaccaccta tcacttcgac gtccgcttcc agatggcctt tatgcagatg tacgagatcg
    91921 ccgactttgt ccactcgctg ttagagcgca agcgccgcgt cgtggtcgag cacttcaacc
    91981 tgctctacga cgccctcggc cgcaacgccg acctgctcgt gggcatcggc gaagagatca
    92041 tcgtggcccg cccgggcgtc ttcggcccct tgccacagag catctacgac atcgtccacg
    92101 agtcgctcaa gtatcgcaag atggcccact cggccgaaga catcaccacg ctcctcctca
    92161 gcgacgagtt tggcatctct gacgatgact actatttctc cgacgtccgc aatggtttta
    92221 tgctcaagtt ccgccagcgc cccgagatcg atttggagcg ccttgaggca cgcgtccgcg
    92281 agcgcatcgc cgagcatctc cacatcgcct accacgacga ggatcacgtc cgcatcggcg
    92341 accgtgtcat cccctgcgac ggcccccgct tccacgtccg caacacctct gaaatcattg
    92401 acttctccct tcacaagacc ctcgtcgaag accccaaaac aggccacttc tgcctcatcg
    92461 gcttcatcga cgatccgcag gaagacgtca gcaaccgcaa tacccattac ttcttagcac
    92521 gtaactacca atgagagaaa ttcaagcaga aaagatcacc accctcgtcg agcgtctctg
    92581 catcgaagcc tgctatgtgc tggccgacga catcgaccgc aagtttcaca gctgcctcca
    92641 gaccgagcgc tcaccgctgg gtcgccaggt gctcaccacc ctcatcgaca acgcccgcat
    92701 cgcccgcgag gagcgcgtcc ccatctgtca agacaccggc atgaccgtca tcttcgtcac
    92761 ctggggccaa gacgtccgca tcaccggcgg cttcatcgag gacgccatca accagggcgt
    92821 ccgccagggc tacgagaagg gctacctccg caagtctgtc gttcgcgacc ctatcgaccg
    92881 cgtgaatacg aaagacaaca cgcccgccat catccactat gagatggtgc ccggcgacgc
    92941 cttccacatc gttgtcgcgc ccaaaggctt cggcagcgaa aacaagagcg acctgaaaat
    93001 gctcatgccc agcgacggtg tgcccggcat caagcagttc gtcatcgata ccgtctcgca
    93061 cgccggcgcc aacccctgtc cgccgaccat cgtcggtgtt ggtattggtg gcacgatgga
    93121 gcgcgccgcc tacctcagca agaaagccct gctgcgtccc gtcggctcca tcaacgagcg
    93181 ccccgacctg gccgcccttg agcaagagct gtatgacgac atcaatcgcc tcggcatcgg
    93241 tcccgtcggc ttcggcggaa gcaccaccgc cctggccgtc cacatcctca ccttcgccac
    93301 ccacatcgcc ggcctgcccg tctccgtcaa catcggctgc cacgccaccc gccacgccga
    93361 agggtcgctc tgatcttgaa gtacccggcc aacttggccg gcgtccctga cggcctctac
    93421 cgaggcaagg aaattttcca ggtacccggc aaacttggct ggcgtccctg acgccttgat
    93481 cttcttttgc ttcttttctt ccatcaaggg aagaaaagaa gagcaagaaa agaagagtca
    93541 ccaagacaag aatagatccg gcctccccat catccaaata gaaattgaat ttgactatca
    93601 cacataatgg aagcaacacc ccaaatagag aaacgcatcc tgcgtgcccc cttcaccgac
    93661 gacgtcatcc gctcactcac agccggcgac ctcgtctacc tctccggcac catctacacc
    93721 gcccgcgacg ccgcccataa gcgcctctac gaaatgctcg accgcggcga acccatgccc
    93781 ttcgacttca ccggacaagt cgtctactac gccggtccct gccccgccaa gcccgggcaa
    93841 cccatcggat ccgtcggccc caccacggcc ggtcgcatgg atgcctattc gccccgcctc
    93901 atccgtgaag gcctgaaagt gatgatcggc aaaggcctcc gcaacgccaa agtagtcgac
    93961 gcattgaagc aatacaccgg catcttcttc gccgccatcg gtggagcagc cgccctcatg
    94021 gcccgctgtg tcgacactgc cgaggtgatc gccttcgacg acctcggacc cgaagctatc
    94081 cgccgcctga ccgtcactga gctgcccgtc attgtagcca tcgacagcca gggccgcaac
    94141 gtctatgaga cgggccgcgc cgcctacgaa caggactgaa gccctgcgca agtgcctcac
    94201 ttcttgcgcc aatagacatt tatcctactt ttgcgcactg tttcacagga agaaacgaat
    94261 caattttata catataaaaa cagcaccgca atgaaaaaag gacttcatcc ggaaaactac
    94321 cgtcaggtag ccttcaaaga catgtcgaac gaagaggtat tcatcacccg ctccacgatc
    94381 aacacgaaag agacgatcga aatcgaaggt gtgacctatc ccttggtcaa gctcgaaatc
    94441 tccagcagct cgcacccctt ctacacgggc aaggcaaaac tggtggacac cgccggccgc
    94501 gtcgacaagt tcatgagccg ctatggcaac cgctacaaga agtaattgcc aatcggcttt
    94561 acagatcaca gaggcgggca ggtagaacga atccgttctg cttgcccgcc tcccttttct
    94621 gtcccccgtg ggacagatag ctcgtagagc atccccggca acgcacgatg ccctgagcga
    94681 aatgcggttt caaaatccat ctatctttgc gcccgtcgtt tccggaggga aacatcccaa
    94741 acatggggca ttagctcatc ttggtagagc atttggttcg caatcaaaag gtgacgagtt
    94801 cgagtctcgt atgctccaca cgaattattc caataacagc ttacacaaaa agaggacgcc
    94861 cgactttaca cgcaagatgt aaggccgggc gcttttcata tgggcctacg cttatgctcc
    94921 gacgaccgtc cgagggcaaa accctcaggg ttcagagctc cgacgaccgt ccaagggcaa
    94981 aaccctcagg gttcagagct ccgacgaccg tccgagggcg aaaccctcag ggttacattc
    95041 cttatgaccg atggggatta atgtaccaga aggggcttcc tgatatgctg gctgctaccg
    95101 tcgggatgat agagctcgac ataaaagaca tagacgccag gagtgaggcc cgcaccgtcc
    95161 cagcggatct ctccttcggg ggttagcagc tgattgttgg cgattacagc caccttttgg
    95221 ccattgctcg aatagactgc catctgacat cgatagtcgg gcttgtccat ccggtagcga
    95281 atcaggtagt cgcgtgtgga ggcattgtat tccggctcac tgatcgtcgc accctcctcg
    95341 atttgtgacg acgttccgga ctgtgagttc ttatagcccg gcgtaccata acccgtttca
    95401 gagctggccg atgtccagtt agcggcctct tgtgagctgc catccgggct gatacgctcc
    95461 agcgccacac ccctccggat tttaactgcg ctactatgcc acttcgcgga ataggtcacc
    95521 tcatcgacca cggtactgtc ggccgtccgg agcaggacga tcgtagctcc ctgattgttc
    95581 agcgcgggca gcttgaatcg gcggatgacg tcgagggcgg gcgtacggat gaggctggtc
    95641 actccgttgg gatcggacgt tagaacgagg tagtcacccg gtgcgagggt cgtggcaagc
    95701 gaggtgagcg agtgacgcgt gccaaggtgt ccatcacttt tgcggagtgc gatggccagt
    95761 ccatgggttg acagcgtccg gtcggatcgg ttgtatagct cgatatactc gctgccgcgc
    95821 ggctgcgggt cgaagagtat ttcgttgagg atgatctccc tcggctccac ttgctccgta
    95881 gcgtccggtt cattcggtct attgggctca tccggttcat ccggttcgtc cggcttatcc
    95941 ggcgcaccct ctgagttctc ctcgcccggt gtaccgccac gcggatcgga cgagagatgc
    96001 cacttgtcgc cttcaccgcg ctcgatggat cggccagccc tggctttcgg gtaagtgtag
    96061 ctatgaatca ccgtgcccga tggatctttc aaggccaacg gcttacccgc gttgatcata
    96121 ttggccggaa aacgcttcaa cgcgacttcc gctgcaccgt cagctacact aatctcacgc
    96181 cccgctttat acaacacggc ataaccgcca gcagggagtt cagcgtcggg aagcggaata
    96241 gatgtcttgt catacacaaa ggtccagcct tcgaggtcga tctcgtgatc ggtcgtgtta
    96301 tgcagctcca cgtactccgt agcagggagc tttgtcaatc cacgtgggtc agccatcacc
    96361 tcgttgataa gcacatcgcc gggggatgcc tttggctttt cgggtttgtc tggcttgtca
    96421 ggcgtaccct ccgagttctc ttcgcccggt gtaccaccac gcggatcggt cgagagatgc
    96481 cacttatcgc cctcgccgcg ctcaatggat cggccggcct tggctttcgg ataggtgtag
    96541 ctatggat
//
LOCUS       SEQF2637|AYYD01000931.1 4175 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4175
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             64..606
                     /locus_tag="SEQF2637_00904"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLASLLKDLYKRRVIDTYPFMGYSIRWDVGTPRYITKEELRHII
                     DLDDSQLGSYELVSRDMFLFSCFTGLSYTDIYHLTRDHLIEEGGMTWIRKPRVKTGRM
                     CHIPLLPEASAIIEQYRGIHTRAFRHEPPRGYLLPIPGCDTVNIHLKKIAALCHIPKR
                     LTFHMARHTFASQMTLAEGV"
     CDS             complement(655..1863)
                     /gene="fucP_1"
                     /locus_tag="SEQF2637_00905"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11551"
                     /codon_start=1
                     /transl_table=11
                     /product="L-fucose-proton symporter"
                     /translation="MKEQKNFLVPMAFLGLMFFTCGFALGINSLLVPVLKVSLSVSSM
                     EAYMLIGATFLPFLLFGYPAGILISKIGYKRTMAISFGMFAVAFGAFIFSASEKSFPL
                     FLIASFICGTANTFLQAAINPYVTILGPTESAAKRISMMGMINKLAWPVSPLFIALFA
                     GASGSVGIDDLGKPFAVIICLFIILGVVALLSPLPEVKAAGEDSDNSDEDDQEVSAYA
                     NSKNSIFQFPHLVLGAIAIFFYVGSETIVLGTLIDYANELGLDHPENYSWITPICISI
                     GYITGIILIPKYLSQTRALQICSFVALVGTSLVVVLPGTYSIYCIGVMALGCSLMWPA
                     FWPLALMDLGKFTKKGSSILTMGLIGGAAITVLFGLLKDVTNTRYAYGLCFICFGYIS
                     LYAFKGYKLR"
     CDS             complement(2177..2374)
                     /locus_tag="SEQF2637_00906"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQKKEHSNLIKEHLKKRGFTQTWLAKELGMSFSITNAYVHNCK
                     QPNLTLYQDLPTGLVAPTFLL"
     CDS             complement(2495..2773)
                     /locus_tag="SEQF2637_00907"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLQLFAKQADLPTLKTSPITLIVIFQKNVRFSSNVKILVPIDG
                     SDVYAQTLGNQVRAKVQGKHQYARNPSIVSKTDNVTLKFAQFLYFLFR"
     CDS             2942..3079
                     /locus_tag="SEQF2637_00908"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERFRAKKESDIYYYADGTHPTHNTRFTYAWIKKGKRLEQPT
                     L"
     CDS             3128..3307
                     /locus_tag="SEQF2637_00909"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEVIAHECPSVDTDSAIALYKVALEKLPEAESIYIITDNARYY
                     LSKKLREWVKGTKIK"
     CDS             complement(3999..4112)
                     /locus_tag="SEQF2637_00910"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGHASISSTQIYAQVTDKKISEDMDKLIQKQQAASE"
ORIGIN      
        1 ctcgaggcct acttcgcgca ggagaaagcc ttcaagctca acaccaccgc cggctatctc
       61 accgtgctgg cgtcgctcct caaagactta tacaaaaggc gtgtcatcga cacctatccc
      121 ttcatgggct actccatccg atgggacgta ggcacaccgc gctacatcac caaggaagag
      181 ctgcggcaca tcatcgattt ggacgactcg cagctgggga gttacgagct tgtctcccga
      241 gatatgttcc tcttttcttg cttcacgggc ctctcttaca cggatatcta ccacttgacg
      301 cgtgaccatc tgatcgagga gggcggaatg acttggatcc gcaagccgcg cgtaaagacg
      361 ggccggatgt gccacatccc cctgctgccc gaagcgtcag cgatcatcga gcagtacagg
      421 ggcattcaca cacgggcctt tcgtcacgaa ccgccccggg gctacctcct tccgatcccc
      481 ggctgcgaca ccgtcaatat ccatctcaag aagatcgccg cgctttgtca catcccgaaa
      541 cggctaacct tccacatggc ccgccacacc ttcgcctcgc aaatgaccct tgccgaaggg
      601 gtgtagatcg agagcgtgtc caagatgtta gggcatagtg agatcaagat attgttaacg
      661 taacttatac cccttgaatg cataaagcga aatatagcca aaacatataa agcaaaggcc
      721 ataggcgtat cgagtgtttg tgacatcttt taaaagtcca aagagtactg ttatcgcagc
      781 tccaccaata agccccatcg tcagaatcga tgagcctttt ttggtaaact tccccaaatc
      841 catcaaagct aaaggccaaa atgccggcca cataagcgaa catcccaaag ccattacgcc
      901 aatgcagtaa atgctatagg ttccaggaag aactacaaca agggatgtac ccaccaaagc
      961 cacgaaagaa caaatctgca gagcgcgtgt ctgtgagaga tatttaggaa taagtatgat
     1021 tcccgttata taaccaatac taatacagat aggtgtaatc caagaatagt tttcaggatg
     1081 atccaatcct aactcatttg cataatctat aagcgttccc aaaacaatcg tctcagaacc
     1141 tacataaaag aaaatagcaa tagcacccaa caccaaatgt ggaaattgga atatagaatt
     1201 cttactattg gcataggctg aaacctcttg gtcatcttca tcactattat cactatcttc
     1261 accagctgcc ttcacttctg gtaatggcga caaaagagcc acaacaccca aaataatgaa
     1321 aagacaaata ataacagcaa agggctttcc taaatcatca ataccaacac tacccgaagc
     1381 acctgcaaaa agagcaataa ataatggtga tactggccaa gccaacttat taatcatacc
     1441 catcatagaa attcgctttg ctgcactttc cgtaggtcct aatatcgtga cataaggatt
     1501 aatagctgct tgcaaaaaag tgttagccgt tccgcagata aaagaagcta tcaaaaacaa
     1561 ggggaaactc ttttctgatg ccgaaaagat aaaagctcca aaagctaccg caaacattcc
     1621 aaacgatatt gccatcgtgc gcttgtagcc aatcttactg attaatattc ccgcaggata
     1681 accaaaaaga aggaaaggta agaatgttgc gccaataagc atatatgctt ccattgaaga
     1741 aacacttaat gaaaccttca atactggaac caacaatgaa ttaataccca atgcaaaacc
     1801 acaagtgaaa aacataagcc ctaagaatgc catagggaca agaaaattct tttgttcttt
     1861 cataaactca taacacaata atattaatta gtatttcgat caaacgatgc ggaggggatt
     1921 aaatttttct attggagtga tacatagtca accagcaatc acaaaactct ttttaaagaa
     1981 ctctactttt agcgtaaaaa aacaacatta ttatcacata gatgattgca atccttgttg
     2041 atgaagactg ccgcaaagct tcattagctt tacgttaaat atctctagcc taatctttct
     2101 cccaagtgtt ccctattttt attcttactg ttggacatta tccccaaaac tcataatatc
     2161 gacttgggaa ccattttcaa agtaaaaagg taggggcaac taacccagtt ggcaagtcct
     2221 ggtataacgt aagattaggt tgcttgcaat tgtgaacgta ggcgttggtg atactgaaac
     2281 tcatacccaa ctctttggcg agccatgttt gggtgaaacc tcgcttcttc aaatgctctt
     2341 tgatgaggtt gctatgctct ttcttctgtc ccatcggatg atatttatct tgatattgtc
     2401 tgcaaaacta taaacttata gccaaacgga aaaggattgc gaacagaaac ggtaaaacaa
     2461 aaacatcttc tttgtggcag atatgtcatt caaactaccg gaacaagaaa tagaggaact
     2521 gcgcaaactt cagcgtaacg ttatcggtct tagatactat gctcgggtta cgtgcatatt
     2581 gatgcttgcc ttggacttta gccctgactt ggttgcccaa agtttgagca tagacgtcgc
     2641 taccgtctat cggtacaagg atctttacgt tcgaggaaaa acggacattt ttttggaaga
     2701 tcactataag ggttattggg gacgtcttga gagtgggcaa atcagcctgc tttgcgaaga
     2761 gttggagcga catctttcta ccgatgccaa gagcgtgtcc gaatgggtaa aggatacctt
     2821 cggaatagca tatacgccag ccggaatgat ggatcttttg aacccaaatc ggctttactt
     2881 acaagaagac tacagaggtt tcttgtgagg cggatgcaga ggagcaaaag gcatcgttca
     2941 aatgataaag gagcgcttca gagctaagaa agaaagcgat atctactatt acgcagacgg
     3001 cacacatccg actcacaaca cacgtttcac ttatgcatgg atcaagaagg gcaaacgttt
     3061 ggagcagccc actctgtgag cggtcggcgc ccaagtcaat attaacggac tacttaatgc
     3121 gcatgatgtg acagaggtca tagcccatga gtgtccgagt gtcgataccg attccgccat
     3181 cgccctttac aaggtagctt tggagaagct ccctgaggct gaaagtatct acatcatcac
     3241 agataatgca cgctattacc tgagtaaaaa gcttcgagag tgggtgaaag gcacgaaaat
     3301 caagtagatc ttcctaccgt cctattctct gaatttaaac ctgatcgagc gactgtggaa
     3361 attcctccga aaggagatca tcaacacgaa gttctatcgg acaaaacatg aatttcgaga
     3421 cgcggtgctc aaatcctttg acaacatcgc gtcttatcgg acacgagttg gagtcgcttc
     3481 taactctgaa cttccgcgta ctcaattcgc tatccatttt tgattgacta tacaagggag
     3541 gtggaagcgg taatccgaca agaagggggg ggggagaaaa ataggacctc ttcgcataaa
     3601 caaatgcaca gatgcctgaa tgtactttcg cacaccccat tcctcctctt agcttttcta
     3661 cctattcggt taactcatac gattcattat agtgctgaaa acttccccct tccgagcccc
     3721 aagtgaggct cggaagggag aaaggaaacc cctcaaaggg ctctcaactc accttatcga
     3781 cactcaaaaa aatgactccg aaaaggaatg aggagggtat gtagattgtg cagagccctc
     3841 tcaaatcgtg ttatgtagtt aggaaggtag catgaaggat ttcgggcttc tgcaacattc
     3901 taacttctat tttatcaatc tgttaggatc cgttgtagtt gcgtagtaag atctattcgg
     3961 tgaaaggaaa aaggcatgtt agggcggccg catagggatc actctgaagc cgcttgttgc
     4021 ttttggatca gcttgtccat gtcttccgag atctttttat ccgtcacctg tgcatagatc
     4081 tgcgtgctag atatggatgc atgtcccatc atcttggcaa tactctctat cggtatgcca
     4141 gcactgagcg acagggttcc gaacgtgtgg cgcgc
//
LOCUS       SEQF2637|AYYD01000932.1 2813 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2813
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             64..744
                     /gene="xerD_4"
                     /locus_tag="SEQF2637_00911"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MLASLLKDLYKRRVIDSYPFMGYSIRWDVGTPRYITKDELRRII
                     DLDDSQLGSYELVSRDMFLFSCFTGLSYTDIYHLTRDHLIEEGGMTWIRKPRVKTGRM
                     CHIPLLPEASAIIEQYRGIHTRAFRHEPPRGYLLPIPGCDTVNIHLKKIAALCHIPKR
                     LTFHMARHTFASQMTLAEGVSIESVSKMLGHSEIKTTQIYAETSPERIFKDVTRILPA
                     IAHYHLTN"
     CDS             760..2019
                     /gene="xerD_5"
                     /locus_tag="SEQF2637_00912"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MKSTFSILFYIDRSKPSGEGLCLVRCRISCNGRTASFSTRQQTA
                     PDDWLAKKGRVDPTSAVAHGINQALSDIEQRLNALYERTLREERYITAEYLKEQYLLQ
                     DKPRQTFADIYSALCEEKAAHKSKATARGFRDSYKSFVRFLDTHGLRRCLPHEVDKAL
                     IEAYRLYMLRDLGYKMSSVPVYLRRLHQVFRRAMLEAGLRDDPFDLIDIETPAYERNA
                     LSAEDLQRLLAYRPHRSVDNHVRLIFLLGCFTGLAFSDLKKLRMEDVYTLGDGRRYLS
                     ICRTKTQNGSIVPLLPIAEEILAYVGQGRTEGLWFREFPVNSHFNQKIRELLVKAGCS
                     PHTEASSHTARHTFATTICLENGLPIETVSRMLGHRFISTTELYAKVSKQKIAQEMRP
                     LMGSEQTQRLRRALRICPPRKRTHDQE"
     CDS             2434..2703
                     /locus_tag="SEQF2637_00913"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDSKAWERHRSAFADFIHRIERLIGNPPETDEWLDNDAV
                     CRRLSISPRTLQTLRDTGKIPFSMXXHKXYYKAGDIAELLXSKAE"
ORIGIN      
        1 ctcgaggcct acttcgcgca ggagaaagcc ttcaagctca acaccaccgc cggctatctc
       61 accgtgctgg cgtcgctcct caaagacttg tacaaaaggc gtgtcatcga ctcctatccc
      121 ttcatgggct actccatccg ctgggacgtc ggcacaccgc gctacatcac caaggacgag
      181 ctgcggcgca tcatcgattt ggacgactcg cagctgggga gttacgagct tgtatcccga
      241 gatatgttcc tcttttcgtg cttcacgggc ctctcttaca cggacattta tcacttgacg
      301 cgtgaccatc tgatcgagga gggcggaatg acatggatcc gcaagccgcg tgtaaagacg
      361 ggccggatgt gccacattcc cctgctgccc gaggcgtcag cgatcatcga gcagtacagg
      421 ggcattcata cacgggcctt tcgtcacgaa ccgccccggg gctacctcct tccgatcccc
      481 ggctgcgaca cagtcaatat ccatctcaag aagatcgctg cgctttgcca tatcccgaaa
      541 cggctgacct tccacatggc tcgccacacc ttcgcctcgc aaatgaccct cgctgaaggg
      601 gtgtcgatcg agagcgtgtc caagatgtta ggacatagtg agatcaagac gacgcagatc
      661 tatgccgaga cttctccgga gcgcattttt aaggacgtca cgcgcatcct cccagcgatt
      721 gcccattatc atctaaccaa ttaatcccct acgaacccaa tgaaaagtac cttctcgatc
      781 ctcttctaca tcgaccgaag caagccgagc ggcgaagggc tgtgcctcgt tcgctgtcgc
      841 atctcgtgca atggccggac ggcctctttc tccacccggc aacagaccgc gcccgatgat
      901 tggctggcga aaaaagggag agtggaccct acatccgcgg tggcgcatgg catcaatcag
      961 gcactgagtg acatcgaaca acgattgaat gcactctatg agcgaacgct ccgggaggag
     1021 cgatacatca cggccgaata cctcaaggag caatacctgc ttcaggacaa gccgcggcag
     1081 acgttcgccg acatttactc ggctctttgt gaggagaagg cggcccataa aagcaaggcc
     1141 acagcgcggg gctttcgaga cagctacaag agcttcgtcc gcttccttga cacgcacggg
     1201 ctgcggcgct gtttgcccca cgaggtggat aaggcgctga tagaagccta tcgtctctac
     1261 atgctgcgcg acttgggcta taagatgagc tcggtgcccg tctacctgag gcgtctgcat
     1321 caagtcttcc ggcgggcgat gttagaggcg gggcttaggg acgatccgtt cgacctgatc
     1381 gacatcgaga caccggccta cgaacgcaac gccctcagtg ccgaagacct gcaacggctc
     1441 ttggcgtatc gcccgcatcg ctccgtggac aaccacgtcc ggctgatctt cctcttgggc
     1501 tgtttcaccg gcttggcctt ctccgacctc aagaagctcc gcatggaaga cgtctacacg
     1561 ctcggcgacg ggcgcagata cctctccatc tgtcgcacca agacgcagaa cggcagcatc
     1621 gtgcccctgc tgcccatcgc cgaggagata ctcgcctacg tggggcaggg tcgcaccgag
     1681 gggctgtggt tccgggagtt tcccgtgaac agtcatttca atcaaaagat ccgcgagctg
     1741 ctcgtcaagg ctggttgctc gccgcacacc gaggccagtt cgcacaccgc gcgtcacact
     1801 ttcgcaacca ccatctgctt agaaaatggc ctgcccatcg agacggtgag tcggatgttg
     1861 gggcatcgtt ttatctccac cacggagtta tatgccaagg tgagcaagca aaagattgcc
     1921 caagagatgc gtccgctgat gggcagcgag cagacgcaga ggctacgccg tgccctgcgg
     1981 atttgtccgc cgagaaagag gacgcacgat caagaatgac tctggcaggc ggcctgccaa
     2041 agtggtccga cactccggtg acgttggcag gccgcctgcc gagactatcg gacactccgg
     2101 tgatgctggc aggccgcctg ccagagctat cggacactca ggtgatgttg gcaggccgcc
     2161 tgccagggct atcggacact ttggtgacgt tggcaggccg cctgccagag tcatcgaaca
     2221 ctccagcgat gttggcaggc cgcctgccgg agaatttctc acgattaagc ccgcctgttt
     2281 ccagcgtttt ccctccttat cctcagtgtt ccatcaatcc atggcgccgc gagtcctttc
     2341 gccgactttt gccgccaaaa aaaacagcaa gcgcgggcag ttgcgctggc ttgcttcaat
     2401 ccaattacgc aaccttattc ttatcaaaac accatgcaaa tcatccttgt agacagtaag
     2461 gcttgggagc gacatcgctc cgcctttgcc gactttatcc accgcatcga gcggctcatt
     2521 ggcaacccgc ccgagaccga cgaatggctc gacaacgacg ccgtatgccg ccggctgagc
     2581 atcagccctc gcaccctgca gaccttgaga gatacgggca aaatcccctt ctccatgntc
     2641 nggcataagt nctactacaa agccggcgac atcgcngaat tactgnattc aaaagctgaa
     2701 tgaacgatgg cagagcatgc aatcattacg gaagaaagcc ctcaaatgca gctgtttgtc
     2761 cagctcatgg agggcgtatt gaagaagctg gagcgctatt gcgcctcggc ccg
//
LOCUS       SEQF2637|AYYD01000933.1 1034 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1034
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(117..887)
                     /gene="ydfG_1"
                     /locus_tag="SEQF2637_00914"
                     /EC_number="1.1.1.381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39831"
                     /codon_start=1
                     /transl_table=11
                     /product="NADP-dependent 3-hydroxy acid dehydrogenase
                     YdfG"
                     /translation="MQPITMITGATAGIGRATAHVLAQDGHHLILTGRRRERLEALRD
                     ELARTYPKSRFLALAFDVRRRDAVEEAIASLPDEWQAIDTLINNAGLAVGLESIHEGD
                     PDDWERMIDTNIKGLLYVTRAVAPGMVARRAGHIVNLGSISSREVYPGGAVYCATKHA
                     VRALSQGMRQDLLPYGIRVSLICPGAVETEFSIVRFKGDNQRAASVYDGYTPLSADDI
                     ARTIRFALTAPAHVDLQDILVMPTAQADARTIHRTPKG"
ORIGIN      
        1 gtatcataac cacgttccga acgtatcata accacgttcc gaacgtatca taaccacgtt
       61 ccgaacgtat cataaccacg ttcggaacgt atcgacaccc acctcggaac ggtatttcag
      121 cccttcggcg tgcgatggat ggtgcgggcg tcggcctggg cagtgggcat gacgaggatg
      181 tcctgcaggt cgacgtgcgc gggggcggtg agggcgaagc ggatggtgcg ggcgatgtcg
      241 tcggccgaga gcggcgtgta gccgtcatag acgctggcgg cgcgttggtt gtcgcccttg
      301 aagcggacga tggagaactc cgtctccacg gcgccggggc agatgaggct cacgcggatg
      361 ccgtagggca ggaggtcctg acgcatgcct tggctgaggg cgcgcacggc gtgcttcgtg
      421 gcgcagtaga cggcgccgcc ggggtagacc tcgcggctgg agatggagcc gaggttgacg
      481 atgtggccag cgcggcgggc gaccatgccc ggggcgacgg cgcgggtgac gtagagcagg
      541 cctttgatgt tggtgtcgat catgcgttcc cagtcgtcgg ggtcgccctc gtggatcgac
      601 tcgagaccga cggccagtcc ggcgttgttg atgagcgtgt cgatggcctg ccattcgtcg
      661 ggcaggctgg cgatagcctc ctcgacggcg tcacggcggc ggacatcgaa agcgagcgcc
      721 aggaagcggc tcttggggta ggtacgggcc agctcgtcgc ggagggcttc gaggcgttcg
      781 cggcgtcggc cggtgaggat caggtggtgg ccatcttggg ccaatacgtg ggccgtagcc
      841 cgaccgatgc ctgcggtagc accggtgatc attgtgatgg gttgcataga gggtagagtt
      901 tagagggtag agtttagagg gtggagggta gagggtggag ggtagagggt agagggtaga
      961 gggtagaggg tagagggtag agggtagagg gtagagggta ggggatagag gatagagagt
     1021 aggggataga gagg
//
LOCUS       SEQF2637|AYYD01000934.1 1020 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1020
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(117..887)
                     /gene="ydfG_2"
                     /locus_tag="SEQF2637_00915"
                     /EC_number="1.1.1.381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39831"
                     /codon_start=1
                     /transl_table=11
                     /product="NADP-dependent 3-hydroxy acid dehydrogenase
                     YdfG"
                     /translation="MQPITMITGATAGIGRATAHVLAQDGHHLILTGRRRERLEALRD
                     ELARTYPKSRFLALAFDVRRRDAVEEAIASLPDEWQAIDTLINNAGLAVGLESIHEGD
                     PDDWERMIDTNIKGLLYVTRAVAPGMVARRAGHIVNLGSISSREVYPGGAVYCATKHA
                     VRALSQGMRQDLLPYGIRVSLICPGAVETEFSIVRFKGDNQRAASVYDGYTPLSADDI
                     ARTIRFALTAPAHVDLQDILVMPTAQADARTIHRTPKG"
ORIGIN      
        1 gtatcataac cacgttccga acgtatcata accacgttcc gaacgtatca taaccacgtt
       61 ccgaacgtat cataaccacg ttcggaacgt atcgacaccc acctcggaac ggtatttcag
      121 cccttcggcg tgcgatggat ggtgcgggcg tcggcctggg cagtgggcat gacgaggatg
      181 tcctgcaggt cgacgtgcgc gggggcggtg agggcgaagc ggatggtgcg ggcgatgtcg
      241 tcggccgaga gcggcgtgta gccgtcatag acgctggcgg cgcgttggtt gtcgcccttg
      301 aagcggacga tggagaactc cgtctccacg gcgccggggc agatgaggct cacgcggatg
      361 ccgtagggca ggaggtcctg acgcatgcct tggctgaggg cgcgcacggc gtgcttcgtg
      421 gcgcagtaga cggcgccgcc ggggtagacc tcgcggctgg agatggagcc gaggttgacg
      481 atgtggccag cgcggcgggc gaccatgccc ggggcgacgg cgcgggtgac gtagagcagg
      541 cctttgatgt tggtgtcgat catgcgttcc cagtcgtcgg ggtcgccctc gtggatcgac
      601 tcgagaccga cggccagtcc ggcgttgttg atgagcgtgt cgatggcctg ccattcgtcg
      661 ggcaggctgg cgatagcctc ctcgacggcg tcacggcggc ggacatcgaa agcgagcgcc
      721 aggaagcggc tcttggggta ggtacgggcc agctcgtcgc ggagggcttc gaggcgttcg
      781 cggcgtcggc cggtgaggat caggtggtgg ccatcttggg ccaatacgtg ggccgtagcc
      841 cgaccgatgc ctgcggtagc accggtgatc attgtgatgg gttgcataga gggtagagtt
      901 tagagggtag agtttagagg gtggagggta gagggtggag ggtagagggt agagggtaga
      961 gggtagaggg tagagggtag agggtagggg atagaggata gagagtaggg gatagagagg
//
LOCUS       SEQF2637|AYYD01000935.1 5656 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5656
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             37..1467
                     /gene="ltrA_5"
                     /locus_tag="SEQF2637_00916"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MTKGVDGKTVDGFSVSHIEQLIDTLKNETYQPNPSQRVYIPKKN
                     GKKRPLGIPSFMDKLLQEVVRMILEAIYEGRFEYTSHGFRPQRSPQTALSSIQRSFNG
                     TKWFIEGDIKGFFDHINHEILIAILSERISDERFLRLIRKFLNAGYMEDQVFHKSYSG
                     TPQGGIISPILANIYLDKFDKYIKAYIKHFNKGKRRKENPIVKRLGQRKAKLVAELRN
                     TVDETTRQLLLAKIRGIVKERLNYPAADEMDDSIKRLKYIRYADDFLIGVIGSKQDCI
                     QIKEDIKQFMADKLKLELSDEKTLITHARKHAKFLGYDVFTAKSNDARRDNNGHLTRS
                     LDHKIVLYVTTETMRKKLLEYDAVKIVKQNGKEVWKPKGRSYMRCLDDLEIISQYNAE
                     IMGFYNYYSIANNSPVIDSFYHIMEYSMYKTYAAKYTTSKKKIIAKYKKNGVFSIPYT
                     NKKGYEVKREFYDKGFKRKENYRTAI"
     CDS             1673..2503
                     /locus_tag="SEQF2637_00917"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSQNTFGEKVRLNDKVESRVRGDLYAQFGGECLETYHCNKWQG
                     AGCLAYGQLASAKIPLSRMISPALYWVMTGNDFTLDINNPAAPKILVVGNNPDRQNIY
                     SAALGLYNSRIVKLINKKKQLKSSVIIDELPTIYFRGLDNLIATARSNKVAVCLGFQD
                     FSQLTRDYGEKESRVIQNTVGNVFSGQVVGETAKTLSERFGKVLQRRQSVSINRQDVS
                     PSINTQMDSLIPASKISNLTQGMFVGAVSDNFDERIEQKIFHAEIVVDTAKVSTEIKS
                     "
     misc_RNA        1724..1822
                     /locus_tag="SEQF2637_00918"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(2381..2695)
                     /locus_tag="SEQF2637_00919"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHVPHSTSPLHQPLEFRVRFDAGDFGVYEREDFLLDLAIVRVDG
                     DFQRVVTCSVAEVSDDRDWALGLYLGRNLGGIDHNLRVEDLLFDTLVEVVGHGADKHA
                     LR"
     CDS             2765..4462
                     /locus_tag="SEQF2637_00920"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVMTCRYIGLIGVFISVFFFSSCDSHRANREMKQIETMMKEHP
                     DSARAMLENMGDQHLMNEKSYAHWCMLLGRVRDEQQKEKRANNPLSTRQWLKAQAYYD
                     RKGTPRERAEIRLYTGRSQKDDGDYDAAVDTYKDGLSLVAKSNDYSLAGYLSSYLADL
                     YFEKRLYGQAQGKYDDAASFHARSGNLRSQALALRDAAYCYFVEDKMAEALFTLQKAD
                     SIIGSTGDSTAIRAIFSDFGVFYGEMGMTDKAEMYLAANINSNDPWPTYLALADVYIK
                     KKEYGKAREYTEKAVSETTKGEVLRLHYLIEKSDGSPSKAIDYLEQYIDYLDSTYAAQ
                     NRSHVYEVEQRYDKSQLENENIRLQVAILYRTLAIIILSVCAAIGILLFRRVQKLRLD
                     RQQEALQQKENEIRFLTVQMNEMKSTLDERQESEASHYRAQKEKIEALEEALAEKKGQ
                     ILRSSSVGKKIVRVIEQGAASKTTLSARDWSALEKDIRALYPCAYAFFTEKIGAEKWD
                     TYQRHCLLSFFDTDTKVEAFLLGLTDDTTARQWRYRLRKALGVDGAQSLARFLRSLD"
     CDS             4701..5387
                     /locus_tag="SEQF2637_00921"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVVAAMAVCGVTPAKAQLNFGARVGWAISDLGQENSEEYLAGP
                     SASLMAEYYLPSSFGFRLGVGYARKGSGLIYGQLGPKENWSGFRPMPNAPVYMNAGLD
                     YLDIPLQVRYKRSIDEKARLSVGLGGYLGYGLGGDMNLVYPDEFLKSDVFNGTMHGIR
                     PERSIKAFNRTDFGALIDVEFVYRHFAVGLDYRLGLRNVHDHLPVYPNATNATARNYT
                     LNISVGYNFK"
ORIGIN      
        1 atagcctacc agcacatata tgccaaacaa ggcaatatga caaagggagt tgacgggaaa
       61 accgttgacg gcttcagtgt gtctcatatt gagcagttga tagatacgct taaaaatgag
      121 acgtatcaac cgaacccctc acagcgagtt tacatcccga agaaaaacgg gaagaagaga
      181 ccgctgggta tcccctcatt tatggacaaa cttcttcagg aggttgtcag aatgatctta
      241 gaagctattt acgagggccg ttttgaatac acttcgcatg gtttcagacc acaacgaagt
      301 ccgcaaactg cactttcaag cattcaacgg tcattcaacg gtacgaagtg gtttattgaa
      361 ggagacatca aaggcttctt cgatcacatc aaccacgaaa tactgatagc cattctgtca
      421 gaaagaattt ctgatgagcg atttcttcga ctcatcagaa agttcctgaa tgcaggatat
      481 atggaagatc aggtattcca caaatcatac agtggaactc cgcaaggtgg tatcatcagc
      541 cccatactgg ctaacatcta ccttgacaag tttgataagt atatcaaggc ctacatcaag
      601 cacttcaata aggggaaaag acgtaaggaa aatccgattg taaaacgttt ggggcaacgt
      661 aaagccaagt tagttgcgga attacgaaac acagttgatg aaacaacacg tcagctgttg
      721 ctagctaaaa tcagaggaat tgtcaaagag agactgaact atcctgccgc cgatgaaatg
      781 gatgatagta tcaaacgact gaaatacata agatacgcgg atgattttct gattggagta
      841 attggcagta aacaagattg catccaaatc aaagaggaca taaagcagtt tatggccgac
      901 aaattgaaat tggaactatc tgatgaaaaa acgctgatta cccatgcaag aaaacatgcc
      961 aaatttcttg gatatgatgt ctttacagcg aagtccaatg atgcacgcag agacaataac
     1021 ggtcatttga caaggtcatt agaccacaag attgtcttat atgtaacaac tgagacgatg
     1081 agaaagaaac ttcttgaata tgatgctgtc aagattgtca agcaaaatgg gaaagaggtt
     1141 tggaagccaa aaggtcgttc atatatgaga tgtcttgatg atttggagat tataagccaa
     1201 tataacgctg aaatcatggg gttctataac tactactcga tagcgaacaa cagcccggtt
     1261 attgactcgt tctatcatat tatggagtat agtatgtaca agacatacgc cgccaaatac
     1321 actacttcaa aaaagaaaat cattgcgaag tataagaaga acggcgtgtt ctccatacca
     1381 tacacaaata aaaagggata tgaggtcaag cgtgagtttt acgacaaagg tttcaaacgc
     1441 aaggagaact accgaaccgc tatttgaatg acagactacc taacacagtc gctataacgg
     1501 gtggcagaaa tgggttgatt gcaagattaa atgcacgagt atgtgaaaac tgcggagcaa
     1561 cagatcatct tgaaatgcac catgtacgta acctcaaaga cttgaaaggt aaaagtgatt
     1621 gggaaatcaa aatgatttct cgtaaccgta aaacattagc agtatgttct gcatgtcatc
     1681 acaaaataca ttcggggaga aagttagact gaatgataag gtggagagcc gtgtacgggg
     1741 agacctgtat gcacagttcg gaggcgagtg cttggaaacc taccattgta acaaatggca
     1801 aggcgccggg tgcttagcct atggccaact tgccagcgcc aaaatcccgc tttcgcgcat
     1861 gatttcgccc gcgctttact gggtgatgac gggcaacgat ttcacgctcg acatcaacaa
     1921 tcccgcggcg ccgaagatct tagtggtggg taacaatccc gaccgacaga atatttactc
     1981 ggccgccctc gggctataca acagccgcat tgtgaagctg atcaataaga agaaacagct
     2041 caaaagttcg gttatcatcg acgagctgcc gacgatctac ttccgcggac tcgacaacct
     2101 gatcgccacg gcgcgcagta acaaggtggc tgtctgcctc ggatttcagg acttctcgca
     2161 gctcacgcgc gactacggtg aaaaggaaag tcgggtgatt cagaacacgg tcgggaatgt
     2221 gttttcgggg caggttgtcg gcgaaactgc caagacgctc tccgaaaggt tcggcaaagt
     2281 tctgcaaaga aggcagtccg tctccatcaa tcggcaggac gtctcgccct cgatcaacac
     2341 gcaaatggac agcctgattc cggcgtcgaa gattagcaac ctaacgcagg gcatgtttgt
     2401 cggcgccgtg tccgacaact tcgacgagcg tatcgaacag aagatcttcc acgcggagat
     2461 tgtggtcgat accgccaagg tttctaccga gataaagtcc taacgcccaa tccctgtcat
     2521 cgctgacttc cgcgacgctg caggtaacga cacgctgaaa gtctccatcg acgcgaacta
     2581 tcgccaaatc aagcaggaag tcctctcgct cgtagactcc gaaatcgccc gcatcaaagc
     2641 ggacccgaaa ctccaggggc tgatgaaggg gtgaggtgga gtgcgggaca tgcacagcag
     2701 cttccgtttt gtcttttttg gtagactgtt actttcgtgt cttcttttcg aaaacgagat
     2761 acaaatggaa gtgatgactt gtagatatat aggattgata ggagtgttca tcagtgtgtt
     2821 tttcttcagt tcgtgtgata gccatcgggc gaatcgcgag atgaaacaga tcgaaacgat
     2881 gatgaaggag caccccgaca gcgcacgggc tatgttggaa aacatgggcg atcagcacct
     2941 gatgaatgaa aaatcatacg cccattggtg catgttgctg ggccgggtgc gcgatgagca
     3001 gcagaaggaa aagcgtgcga acaacccact ttctacgcgt caatggctca aagcgcaggc
     3061 ctattacgat cgcaaaggca cgccgcggga gcgggccgag atccggctct ataccgggcg
     3121 ctctcaaaaa gatgatggcg attacgatgc cgcggtcgac acgtataagg atggactttc
     3181 attggttgcg aaaagcaacg attattccct tgcgggttat ttatcgagct atttggctga
     3241 tttgtatttt gagaaaaggc tatacggtca agctcaagga aaatatgatg atgcagcgtc
     3301 tttccatgct cgatccggaa atctacgcag tcaagcgttg gcgctaagag atgctgcgta
     3361 ttgttacttt gtagaggata aaatggcaga ggcactcttc acactacaaa aagcggattc
     3421 catcatcgga tcaacaggag attctactgc tatccgtgct atattctccg atttcggagt
     3481 tttttatggt gaaatgggaa tgacggataa ggctgagatg tatctcgcgg ctaatataaa
     3541 ctcaaatgat ccttggccta cttatctggc tttggctgat gtctatatca agaaaaaaga
     3601 atatggtaag gctcgggagt atacagagaa ggctgtctcc gaaaccacca agggtgaagt
     3661 gcttcgctta cattatctga ttgaaaagtc ggatggcagc ccgagtaagg caattgatta
     3721 tttggagcaa tacatagatt atttagattc tacctatgcc gcacaaaata ggagccatgt
     3781 ctatgaagta gaacagcgat atgataagtc acaattggag aacgaaaaca tccgcctaca
     3841 ggtggcgata ctgtatcgca cgctcgcgat tatcattctt tcggtatgtg cagccatagg
     3901 gattttgcta tttcgacgtg tccaaaaact ccggcttgac aggcaacagg aggcgctgca
     3961 gcaaaaagag aatgagatac gcttcctcac ggtgcagatg aacgagatga aaagcacgct
     4021 ggatgagcgg caagagtcgg aggccagtca ttaccgggcg cagaaggaaa agatcgaagc
     4081 gcttgaggag gccctggcgg aaaagaaggg gcagatactc cgatcttcat ccgtcgggaa
     4141 aaagatcgtc cgcgtgatag agcaaggggc agcttcaaag acaacgctat cggcccgaga
     4201 ttggtcggct ttggagaaag acatccgagc gctctacccc tgcgcctacg ccttcttcac
     4261 ggaaaagatc ggcgccgaaa agtgggacac ctaccagcga cattgcctac tctctttctt
     4321 cgacaccgac accaaagtcg aggccttcct gctcggcctg accgacgaca cgacggcgcg
     4381 acagtggcgc taccggctcc gtaaggcttt gggggtagat ggcgcgcaat cgctggcccg
     4441 cttcctgcgg agtttggact gatttcggtg acaaaaagcc cccaaaacgg cctcgatttt
     4501 cattctcgct taaacagctg ataaagatgg aaatgagaag cctccgcgta acgcactttt
     4561 ttgcaaccga ctgatactca gcatcggctt gtaacgagat ttttgcccct tttccccttg
     4621 ttttccatgc tatatcttca gttttggcgc cgtaatatca aacccaataa acaatgaaca
     4681 cagcaagaat tttagcagca atgatggtcg tcgcagcgat ggccgtttgt ggagtaacgc
     4741 ctgcaaaggc gcagttgaat ttcggtgcac gcgtcgggtg ggccatctcg gatttgggac
     4801 aggagaactc ggaggaatat ctggctgggc catcggctag cctgatggcg gaatattacc
     4861 tgccctcgtc cttcgggttt cgccttggcg taggttatgc gcggaaaggc tccgggctga
     4921 tctacgggca acttgggccc aaagaaaatt ggagtggttt caggcctatg ccgaacgctc
     4981 ccgtctacat gaatgccggg ctggactacc tcgacatccc gctgcaagtg cgttacaaac
     5041 gatcgattga tgagaaggca cgcctcagcg ttggcctcgg cggatatttg ggctatggcc
     5101 tcggcggcga tatgaaccta gtctatcctg acgagttcct caagagcgac gtcttcaacg
     5161 gcaccatgca cgggatccgc ccggagcgga gcatcaaggc gtttaatcgc acagatttcg
     5221 gcgccctgat tgacgtggaa ttcgtctatc ggcacttcgc tgtagggtta gactaccgac
     5281 tcggactgcg caacgtgcac gaccacttgc cggtctatcc gaatgccacg aatgccacgg
     5341 cgcgcaacta cacgctcaac atctccgtcg gctataattt taagtaaact cacttgtagc
     5401 ccatttctga gttcggaatg agtccaacct tgcgggatag gtctttcctg tgattcggaa
     5461 atgggctaca tattatttga ggtacgaaag ggcgaccgct tgcaatgaca taatgtctta
     5521 atcagccaac tgtattccct ctttctcccg ccttctccct cccaacccat actgagtcat
     5581 tccacatagc catcccggat cggggtggct attttcgtat ctgtttcatc ttaaaatcag
     5641 atactactat ggaaga
//
LOCUS       SEQF2637|AYYD01000936.1 1277 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1277
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             141..1139
                     /gene="trpD_1"
                     /locus_tag="SEQF2637_00922"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
ORIGIN      
        1 ccggcgtccc tgncgccttg attttctttt gcttcttttc ttgcatcaag gcaagaaaag
       61 gccctctgcc gagggcgggg aagtttgccg ggtacactaa ggncatcaga agatcccaat
      121 ccccctaact actcttcctt atgaaagata tcctcaacaa gctcaccgag caccgctgcc
      181 tcagccgcga cgaggcgcgc gccatcctgc aagacatcgc agaggggcgc tataacgacg
      241 cccagacagc gtccctcatc accgttttcc tcatgcgcga catctccgtg gacgagcttt
      301 gcggctttcg cgacgccctc ttggagatgc gccatcccgt cgacctctcg gactacgcgc
      361 ccatcgacat cgtgggcacc ggtggcgacg gtcgcaacac gttcaacatc tccaccgccg
      421 cctcgttcgt cgtagccgcc gccggactgc ccgtagccaa gcatggcaac tatggcgcca
      481 cgtcggtcag cggtgccagc aacgtcatcg agcgtatggg cgtgcgcttc acggccgacg
      541 agggggcact gcgccgcagc atggacggtt gccgcctggc ctacctccac gccccgctct
      601 tcaaccccgc catgaaggcc gtcgcccccg tgcgcaaggc cctcggcgta cgcaccttct
      661 tcaacatcct cggcccgctg gtcaatcccg ccctgcccgc tgcgcagctg ctgggcgtct
      721 acaatctggc tctgcaacgg ctctacacct atacctatca ggctgccggc acgacacgct
      781 ttgccgtggt gcatagcttg gatggctacg acgagatctc gctcacgtcc gacttcaaag
      841 tgtcgggcgt cgacggcgaa caaatctatc gccccgagac gttaggcctc gcgcgactac
      901 gtccggagga gctttatggc ggtgcgacac ccgacgaagc cgccgacatc ttccgccgtg
      961 tgctcgagaa ccgttcgaca gccgcgcaaa agcaagccgt cgtcgccaac gccgccttcg
     1021 ccatccgcct catgcgcccc gacacctctc tgcccgactg catcgccgaa gccaccgaga
     1081 ccatcgacag tggccgcgcc ctccaaaccc tcaagcgatt catcgaactc aatcaataac
     1141 caagtaaaca ggtctctcct gccaaacttc cccggccccg gtggggcctt gatcttcttt
     1201 tgcttctttt cttgcatcaa ggcaagaaaa gaaggacatc aaaagaagaa gaataatcac
     1261 cccctcatta tgnaaga
//
LOCUS       SEQF2637|AYYD01000937.1  342 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..342
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccggcgtccc tgncgccttg attttctttt gcttcttttc ttgcatcaag gcaagaaaag
       61 gccctctgcc gagggcgggg aagtttgccg ggtanactaa ggncatcaga aagtccccca
      121 aattggccgg catccctgac gccttgattt tcttttgctt cttttcttgc atcaaggcan
      181 gaaaagaagg acaccaagac aagaaaagga ggtaggggtt cgggggcaac gcccccgcaa
      241 tatgcccggc catgacgccg cccctccatt atttcactca tcatccatcc catcacacca
      301 caaaccccaa atatgaatcg tatagaaacc ctcttccaga gc
//
LOCUS       SEQF2637|AYYD01000938.1  292 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..292
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccggcgtccc tgacgccttg attttctttt gcttcttttc ttgcatcaag gcaagaaaag
       61 gccctctgcc gagggcgggg aagtttgccg ggtacactaa ggccatcaga aagtccccca
      121 aattggccgg catccctgac gccttgattt tcttttgctt cttttcttgc atcaaggcaa
      181 gaaaagaagg tcttcaaagc agacaagaag agaagatccg tatgctgggc ggcgaggtga
      241 cgccggtgga gtcgggcaac atgacgctca aggacgcaac gaacgaagcg at
//
LOCUS       SEQF2637|AYYD01000939.1 1405 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1405
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             269..1267
                     /gene="trpD_2"
                     /locus_tag="SEQF2637_00923"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
ORIGIN      
        1 ccggcgtccc tgncgccttg attttctttt gcttcttttc ttgcatcaag gcaagaaaag
       61 gccctctgcc gagggcgggg aagtttgccg ggtacactaa ggncatcaga aagtccccca
      121 aattggccgg catccctgac gccttgattn tcttttgctt cttttcttgc atcaaggcaa
      181 gaaaagaagg tcttcaaagc agacaagaag agaaggcncc ccctaactac tcatcagaag
      241 atcccaatcc ccctaactac tcttccttat gaaagatatc ctcaacaagc tcaccgagca
      301 ccgctgcctc agccgcgacg aggcgcgcgc catcctgcaa gacatcgcag aggggcgcta
      361 taacgacgcc cagacagcgt ccctcatcac cgttttcctc atgcgcgaca tctccgtgga
      421 cgagctttgc ggctttcgcg acgccctctt ggagatgcgc catcccgtcg acctctcgga
      481 ctacgcgccc atcgacatcg tgggcaccgg tggcgacggt cgcaacacgt tcaacatctc
      541 caccgccgcc tcgttcgtcg tagccgccgc cggactgccc gtagccaagc atggcaacta
      601 tggcgccacg tcggtcagcg gtgccagcaa cgtcatcgag cgtatgggcg tgcgcttcac
      661 ggccgacgag ggggcactgc gccgcagcat ggacggttgc cgcctggcct acctccacgc
      721 cccgctcttc aaccccgcca tgaaggccgt cgcccccgtg cgcaaggccc tcggcgtacg
      781 caccttcttc aacatcctcg gcccgctggt caatcccgcc ctgcccgctg cgcagctgct
      841 gggcgtctac aatctggctc tgcaacggct ctacacctat acctatcagg ctgccggcac
      901 gacacgcttt gccgtggtgc atagcttgga tggctacgac gagatctcgc tcacgtccga
      961 cttcaaagtg tcgggcgtcg acggcgaaca aatctatcgc cccgagacgt taggcctcgc
     1021 gcgactacgt ccggaggagc tttatggcgg tgcgacaccc gacgaagccg ccgacatctt
     1081 ccgccgtgtg ctcgagaacc gttcgacagc cgcgcaaaag caagccgtcg tcgccaacgc
     1141 cgccttcgcc atccgcctca tgcgccccga cacctctctg cccgactgca tcgccgaagc
     1201 caccgagacc atcgacagtg gccgcgccct ccaaaccctc aagcgattca tcgaactcaa
     1261 tcaataacca agtaaacagg tctctcctgc caaacttccc cggccccggt ggggccttga
     1321 tcttcttttg cttcttttct tgcatcaagg caagaaaaga aggacatcaa aagaagaaga
     1381 ataatcaccc cctcattatg caaga
//
LOCUS       SEQF2637|AYYD01000940.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccggcgtccc tgacgccttg attttctttt gcttcttttc ttgcatcaag gcaagaaaag
       61 gccctctgcc gagggcgggg aagtttgccg ggtaccttgg tgggnagggg ctgactttgg
      121 ctgtctttgc tgggtgcctc taatttttga ctcattatta attgatctac atcgtatgga
      181 aacttataac tacactactc atagcaaacg gatcccgggc gatatgcata cgccggtgag
      241 cctataccnc
//
LOCUS       SEQF2637|AYYD01000941.1  405 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..405
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgcttcttt tcttgcatca aggcaagaaa aggccctctg ccgagggcgg ggaagtttgc
       61 cgggtacact aaggccatca gaaagtcccc caaattggcc ggcatccctg acgccttgat
      121 tttcttttgc ttcttttctt gcatcaaggc aagaaaagaa ggtcttcaaa gcagacaaga
      181 agagaagacc tgaaccacac gggctcgcac aagatcaaca atgcactggg acaggtgctg
      241 ctggcacgac atatgggtcg gcggagggtg atcgctgaga cgggcgcagg acagcacggt
      301 gtggccgtgg ccagcgtctg cgcactgatg ggcatggagt gcatgatcta catggggcgg
      361 acggatacgg agcgtcagcg ggcgaacgtg gagaagatcc gtatg
//
LOCUS       SEQF2637|AYYD01000942.1  701 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..701
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcccccaaa ttggccggca tccctgacgc cttgattttc ttttgcttct tttcttgcat
       61 caaggcaaga aaagaaggtc ttcaaagcag acaagaagag anggcngtta aggcttcgca
      121 gagagatacg tctccatatc cttatccccc cgtccagaga cagtcagcac cacaaacccc
      181 aaatatgaat cgtatagaaa ccctcttcca gagcggtcgt cgcgacctgc tctccattta
      241 cttctgcgcc ggcacaccgc gccccgacgc tacggccgac accatccgcg ccctggagcg
      301 ccacggcgtc gacctgatcg aaatcggcat cccctttagt gaccccatgg ccgacggccc
      361 cgtcattcag cgcgccgcca ccgacgccct tcgccacggc atgacgctcc gccggctctt
      421 cgacgacctg gccgacatcc gccgcgacgt ccgcctgccg ctcatcctca tgggttacct
      481 caaccccatc ctccgcttcg gcttcgaggc cttctgtgcc cgctgcgccg aggtgggcat
      541 cgacggcgtc atcatccccg acctcccctt cgccgactat ataacggact atcgccccct
      601 ggcccaacgc tacggactgg atatgatcat gctcatcacg cccgagacgt ccgaggaacg
      661 gatccgcgcc atcgacgccg ccaccgacgg cttcctttac a
//
LOCUS       SEQF2637|AYYD01000943.1  710 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..710
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcccccaaa ttggccggca tccctgacgc cttgattttc ttttgcttct tttcttgcat
       61 caaggcaaga aaagaaggtc ttcaaagcag ncaagaagag aaggcngtta aggcttcgca
      121 gagagatacg tctccatatc cttatccccc cgtccagaga cagtcagcac caccagctca
      181 tccggtccga aatatgaatc gtatagaaac cctcttccag agcggtcgtc gcgacctgct
      241 ctccatttac ttctgcgccg gcacaccgcg ccccgacgct acggccgaca ccatccgcgc
      301 cctggagcgc cacggcgtcg acctgatcga aatcggcatc ccctttagtg accccatggc
      361 cgacggcccc gtcattcagc gcgccgccac cgacgccctt cgccacggca tgacgctccg
      421 ccggctcttc gacgacctgg ccgacatccg ccgcgacgtc cgcctgccgc tcatcctcat
      481 gggttacctc aaccccatcc tccgcttcgg cttcgaggcc ttctgtgccc gctgcgccga
      541 ggtgggcatc gacggcgtca tcatccccga cctccccttc gccgactata taacggacta
      601 tcgccccctg gcccaacgct acggactgga tatgatcatg ctcatcacgc ccgagacgtc
      661 cgaggaacgg atccgcgcca tcgacgccgc caccgacggc ttcctttaca
//
LOCUS       SEQF2637|AYYD01000944.1  223 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..223
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggttgaagga atttcctcga gaatttttgc cattgactgg tcgtcggtga aaaatactca
       61 aggaaacacc ctcaccagcc ctccattggg gccattgtcg cacgacaatt cgttcaaccg
      121 aggggttgat gcgacgcagg gcacgataga cggggaagtc gtcgccgtca aaaggctgga
      181 tgaagcggcg cgagaggacg atctggaaga cgtcgccccg cat
//
LOCUS       SEQF2637|AYYD01000945.1  208 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..208
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggttgaagga atttcctcga gaatttttgc cattgactgg tcgtcggtga aaaatactca
       61 aggaaacacc ctcaccagcc ctccattggg gccattgtcg cacgacaatt cgttcaaccg
      121 agggtgattg gagccgttgt cgcgaaacat cgtgtccacg ggcccccatg tttagttttt
      181 cgtttttagt tttccccatc cccctttt
//
LOCUS       SEQF2637|AYYD01000946.1 1663 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1663
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             527..1525
                     /gene="trpD_3"
                     /locus_tag="SEQF2637_00924"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
ORIGIN      
        1 ccgccgaccc atatgtcgtg ccagcagcac ctgtcccagt gcattgttga tcttgtgcga
       61 gcccgtgtgg ttcaggtctt ctcgtttgag gtagagtcgg catccgtagc gttctgacat
      121 gcgtgccgcg tggtaaagcg gcgacggccg acccgcatag tcgcgcaaca gtgtgctgaa
      181 ctcctgcatg aacgcttcac tctcgatcac gcgcaggtaa ctctcgcgca gctcctccac
      241 gcatcggtgc aggatctctg gcacgtacgc gccgccaaac gttccgtagt atccttccgg
      301 gctgatccgg taattgttgt cttgtccttc cattcttttg gggtttatgt catcgttctt
      361 tttcgggggt tgcatccaag gcacggatta ctccccgaaa acaacagagg ccctgccgca
      421 agtcgtgtgc gacagagcct ccattcattg tctctattgt caatcggatc gtttgtgact
      481 tatggacatg cgngcgtgct cccaatcccc ctaactactc ttccttatga aagatatcct
      541 caacaagctc accgagcacc gctgcctcag ccgcgacgag gcgcgcgcca tcctgcaaga
      601 catcgcagag gggcgctata acgacgccca gacagcgtcc ctcatcaccg ttttcctcat
      661 gcgcgacatc tccgtggacg agctttgcgg ctttcgcgac gccctcttgg agatgcgcca
      721 tcccgtcgac ctctcggact acgcgcccat cgacatcgtg ggcaccggtg gcgacggtcg
      781 caacacgttc aacatctcca ccgccgcctc gttcgtcgta gccgccgccg gactgcccgt
      841 agccaagcat ggcaactatg gcgccacgtc ggtcagcggt gccagcaacg tcatcgagcg
      901 tatgggcgtg cgcttcacgg ccgacgaggg ggcactgcgc cgcagcatgg acggttgccg
      961 cctggcctac ctccacgccc cgctcttcaa ccccgccatg aaggccgtcg cccccgtgcg
     1021 caaggccctc ggcgtacgca ccttcttcaa catcctcggc ccgctggtca atcccgccct
     1081 gcccgctgcg cagctgctgg gcgtctacaa tctggctctg caacggctct acacctatac
     1141 ctatcaggct gccggcacga cacgctttgc cgtggtgcat agcttggatg gctacgacga
     1201 gatctcgctc acgtccgact tcaaagtgtc gggcgtcgac ggcgaacaaa tctatcgccc
     1261 cgagacgtta ggcctcgcgc gactacgtcc ggaggagctt tatggcggtg cgacacccga
     1321 cgaagccgcc gacatcttcc gccgtgtgct cgagaaccgt tcgacagccg cgcaaaagca
     1381 agccgtcgtc gccaacgccg ccttcgccat ccgcctcatg cgccccgaca cctctctgcc
     1441 cgactgcatc gccgaagcca ccgagaccat cgacagtggc cgcgccctcc aaaccctcaa
     1501 gcgattcatc gaactcaatc aataaccaag taaacaggtc tctcctgcca aacttccccg
     1561 gccccggtgg ggccttgatc ttcttttgct tcttttcttg catcaaggca agaaaagaag
     1621 gacatcaaaa gaagaagaat aatcaccccc tcattatgna aga
//
LOCUS       SEQF2637|AYYD01000947.1 1069 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1069
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgccgaccc atatgtcgtg ccagcagcac ctgtcccagt gcattgttga tcttgtgcga
       61 gcccgtgtgg ttcaggtctt ctcgtttgag gtagagtcgg catccgtagc gttctgacat
      121 gcgtgccgcg tggtaaagcg gcgacggccg acccgcatag tcgcgcaaca gtgtgctgaa
      181 ctcctgcatg aacgcttcac tctcgatcac gcgcaggtaa ctctcgcgca gctcctccac
      241 gcatcggtgc aggatctctg gcacgtacgc gccgccaaac gttccgtagt atccttccgg
      301 gctgatccgg taattgttgt cttgtccttc cattcttttg gggtttatgt catcgttctt
      361 tttcgggggt tgcatccaag gcacggatta ctccccgaaa acaacagagg ccctgccgca
      421 agtcgtgtgc gacagagcct ccattcattg tctctattgt caatcgganc gtttgtgact
      481 tatggacatg cgngcgtgct cccaatctca cgacagtatt ggaacatcat cgggcgccac
      541 caccacccaa atatgaatcg tatagaaacc ctcttccaga gcggtcgtcg cgacctgctc
      601 tccatttact tctgcgccgg cacaccgcgc cccgacgcta cggccgacac catccgcgcc
      661 ctggagcgcc acggcgtcga cctgatcgaa atcggcatcc cctttagtga ccccatggcc
      721 gacggccccg tcattcagcg cgccgccacc gacgcccttc gccacggcat gacgctccgc
      781 cggctcttcg acgacctggc cgacatccgc cgcgacgtcc gcctgccgct catcctcatg
      841 ggttacctca accccatcct ccgcttcggc ttcgaggcct tctgtgcccg ctgcgccgag
      901 gtgggcatcg acggcgtcat catccccgac ctccccttcg ccgactatat aacggactat
      961 cgccccctgg cccaacgcta cggactggat atgatcatgc tcatcacgcc cgagacgtcc
     1021 gaggaacgga tccgcgccat cgacgccgcc accgacggct tcctttaca
//
LOCUS       SEQF2637|AYYD01000948.1  633 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..633
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgccgaccc atatgtcgtg ccagcagcac ctgtcccagt gcattgttga tcttgtgcga
       61 gcccgtgtgg ttcaggtctt ctcgtttgag gtagagtcgg catccgtagc gttctgacat
      121 gcgtgccgcg tggtaaagcg gcgacggccg acccgcatag tcgcgcaaca gtgtgctgaa
      181 ctcctgcatg aacgcttcac tctcgatcac gcgcaggtaa ctctcgcgca gctcctccac
      241 gcatcggtgc aggatctctg gcacgtacgc gccgccaaac gttccgtagt atccttccgg
      301 gctgatccgg taattgttgt cttgtccttc cattcttttg gggtttatgt catcgttctt
      361 tttcgggggt tgcatccaag gcacggatta ctccccgaaa acaacagagg ccctgccgca
      421 agtcgtgtgc gacagagcct ccattcattg tctctattgt caatcgganc gtttgtgact
      481 tatggacatg cgggcgtgct cccaatctca cgacagtatt ggaacatcat cgggcgccac
      541 caccacccac acatcgtatg gaaacttata actacactac tcatagcaaa cggatcccgg
      601 gcgatatgca tacgccggtg agcctatacc tca
//
LOCUS       SEQF2637|AYYD01000949.1  218 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catcgtatgg aaacttataa ctacactact catagcaaac ggatcccggg cgatatgcat
       61 acgccggtga gcctatacct caagntgcgn gncctctatc cgcaatcggt nctgatggag
      121 agctcggatt atcacgcggg cgagaactcg cgttcgttta ttgcgctctg tccgctggcg
      181 agcatcgcca tcaaccgcgg cacggccacc gtgacanc
//
LOCUS       SEQF2637|AYYD01000950.1 1076 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1076
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             279..749
                     /gene="trpE_1"
                     /locus_tag="SEQF2637_00925"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFX2"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 1"
                     /translation="MLVDLARNDLSRNCHDVRVVFYKEPQYYSHVIHLASRVEGTLNA
                     GVDPLQAFADTFPAGTLSGAPKVRAMQLISQIEPHNRGAYGGTIGFIGLDGDMTQAIT
                     IRTFVSRNNELWYQAGCGVVSDSSDEGELQEVNNKLAAXRRAIEEAEEQSAALG"
ORIGIN      
        1 tcgtcctctc gcgccgcttc atccagcctt ttgacggcga cgacttcccc gtctatcgtg
       61 ccctgcgtcg catcaacccc tcgccctatc tcttctattt cgacttcggc ggctaccgca
      121 tcttcggctc atcgcccgaa acgcactgca agattgaggg ccaacgcgcc ttcatcgacc
      181 cgatcgccgg caccacccga cgcacgggcg acgccccgac cgaccgccgc ctgacggagg
      241 cgctcctgaa cgacccgaag gagaacgcgg agcatgtcat gctggtcgac ttggcccgta
      301 acgacctctc tcgcaactgt cacgacgtgc gcgtggtctt ctacaaagag ccgcagtatt
      361 acagccacgt catccacctg gccagccgcg tggagggcac cctcaacgcc ggggtagacc
      421 cgctccaggc cttcgccgac accttccccg cgggcacact cagcggggcg cccaaggtgc
      481 gcgccatgca gctcatcagc cagatcgagc cgcacaaccg cggcgcctac gggggcacga
      541 tcggcttcat cggcctggat ggcgacatga cgcaggccat caccatccgc accttcgtca
      601 gccgcaacaa cgagctttgg tatcaggccg gatgcggcgt cgtgtccgac agtagcgacg
      661 agggcgaact gcaagaggtg aacaacaagt tggccgcccn ccgccgcgcc atcgaggagg
      721 cggaggagca atccgccgcg ctcggatagc tctttccaca cggaaattca tccacccgag
      781 ggttggtgaa ggtgtttctc cgaagaaatt cggccaacga ccttcggttg aaggaatttc
      841 tttgagtaat ttttaccgtt gactggtcgt cggtgaaaat tactcaagga aattcggcca
      901 acggccctcg gttgaaggaa tttcctcgag gaatttttgc cgttgactag tcgtcggtga
      961 aaaatactca aggaaattcg accaacggcc ctcggttgaa ggaatttcct cgagaatttt
     1021 tgccattgac tggtcgtcgg tgaaaaatac tcaaggaaac accctcacca gccntc
//
LOCUS       SEQF2637|AYYD01000951.1 1076 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1076
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             279..749
                     /gene="trpE_2"
                     /locus_tag="SEQF2637_00926"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFX2"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 1"
                     /translation="MLVDLARNDLSRNCHDVRVVFYKEPQYYSHVIHLASRVEGTLNA
                     GVDPLQAFADTFPAGTLSGAPKVRAMQLISQIEPHNRGAYGGTIGFIGLDGDMTQAIT
                     IRTFVSRNNELWYQAGCGVVSDSSDEGELQEVNNKLAALRRAIEEAEEQSAALG"
ORIGIN      
        1 tcgtcctctc gcgccgcttc atccagcctt ttgacggcga cgacttcccc gtctatcgtg
       61 ccctgcgtcg catcaacccc tcgccctatc tcttctattt cgacttcggc ggctaccgca
      121 tcttcggctc atcgcccgaa acgcactgca agattgaggg ccaacgcgcc ttcatcgacc
      181 cgatcgccgg caccacccga cgcacgggcg acgccccgac cgaccgccgc ctgacggagg
      241 cgctcctgaa cgacccgaag gagaacgcgg agcatgtcat gctggtcgac ttggcccgta
      301 acgacctctc tcgcaactgt cacgacgtgc gcgtggtctt ctacaaagag ccgcagtatt
      361 acagccacgt catccacctg gccagccgcg tggagggcac cctcaacgcc ggggtagacc
      421 cgctccaggc cttcgccgac accttccccg cgggcacact cagcggggcg cccaaggtgc
      481 gcgccatgca gctcatcagc cagatcgagc cgcacaaccg cggcgcctac gggggcacga
      541 tcggcttcat cggcctggat ggcgacatga cgcaggccat caccatccgc accttcgtca
      601 gccgcaacaa cgagctttgg tatcaggccg gatgcggcgt cgtgtccgac agtagcgacg
      661 agggcgaact gcaagaggtg aacaacaagt tggccgccct ccgccgcgcc atcgaggagg
      721 cggaggagca atccgccgcg ctcggatagc tctttccaca cggaaattca tccacccgag
      781 ggctngtgaa ggtgtttctc cgaagaaatt cggccaacga ccttcggttg aaggaatttc
      841 tttgagtaat ttttaccgtt gactggtcgt cggtgaaaat tactcaagga aattcggcca
      901 acggccctcg gttgaaggaa tttcctcgag gaatttttgc cgttgactag tcgtcggtga
      961 aaaatactca aggaaattcg accaacggcc ctcggttgaa ggaatttcct cgagaatttt
     1021 tgccattgac tggtcgtcgg tgaaaaatac tcaaggaaac accctcacca gcccnc
//
LOCUS       SEQF2637|AYYD01000952.1  860 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..860
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             279..749
                     /gene="trpE_3"
                     /locus_tag="SEQF2637_00927"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFX2"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 1"
                     /translation="MLVDLARNDLSRNCHDVRVVFYKEPQYYSHVIHLASRVEGTLNA
                     GVDPLQAFADTFPAGTLSGAPKVRAMQLISQIEPHNRGAYGGTIGFIGLDGDMTQAIT
                     IRTFVSRNNELWYQAGCGVVSDSSDEGELQEVNNKLAALRRAIEEAEEQSAALG"
ORIGIN      
        1 tcgtcctctc gcgccgcttc atccagcctt ttgacggcga cgacttcccc gtctatcgtg
       61 ccctgcgtcg catcaacccc tcgccctatc tcttctattt cgacttcggc ggctaccgca
      121 tcttcggctc atcgcccgaa acgcactgca agattgaggg ccaacgcgcc ttcatcgacc
      181 cgatcgccgg caccacccga cgcacgggcg acgccccgac cgaccgccgc ctgacggagg
      241 cgctcctgaa cgacccgaag gagaacgcgg agcatgtcat gctggtcgac ttggcccgta
      301 acgacctctc tcgcaactgt cacgacgtgc gcgtggtctt ctacaaagag ccgcagtatt
      361 acagccacgt catccacctg gccagccgcg tggagggcac cctcaacgcc ggggtagacc
      421 cgctccaggc cttcgccgac accttccccg cgggcacact cagcggggcg cccaaggtgc
      481 gcgccatgca gctcatcagc cagatcgagc cgcacaaccg cggcgcctac gggggcacga
      541 tcggcttcat cggcctggat ggcgacatga cgcaggccat caccatccgc accttcgtca
      601 gccgcaacaa cgagctttgg tatcaggccg gatgcggcgt cgtgtccgac agtagcgacg
      661 agggcgaact gcaagaggtg aacaacaagt tggccgccct ccgccgcgcc atcgaggagg
      721 cggaggagca atccgccgcg ctcggatagc tctttccaca cggaaattca tccacccgag
      781 ggctggtgag ggtgtttcct tgagtatttt tcaccgacga ccagtcaatg gcaaaaattc
      841 tcgaggaaat tccttcaacc
//
LOCUS       SEQF2637|AYYD01000953.1  381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..381
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatctccgcg gggctggact atccgggcat cggaccgatg cacgccaacc tctttgctcg
       61 cgggcgggcg gaggtggtgg ccgtgacgga tcgngccgcn cccctacccg gacttggtgg
      121 cacgactgca atcggtgatc gggcgtgaga tccgctggca actgcaggag cacgagggtc
      181 gtgacaggcc agattgcctg atggcgtgcg tcggcggagg aagcaacgcg gcggggacga
      241 tctatccgtt cgtgtacgat gagcgggtgc ggatcgtatt ggccgaggcg gcgggctacg
      301 gcgtggagag tggacagagt gcggcgacgc ttcatctggg tctgccgggc atcatccacg
      361 gcgcacggac gctggncatg c
//
LOCUS       SEQF2637|AYYD01000954.1  651 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..651
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtaaaggaa gccgtcggtg gcggcgtcga tggcgcggat ccgttcctcg gacgtctcgg
       61 gcgtgatgag catgatcata tccagtccgt agcgttgggc cagggggcga tagtccgtta
      121 tatagtcggc gaaggggagg tcggggatga tgacgccgtc gatgcccacc tcggcgcagc
      181 gggcacagaa ggcctcgaag ccgaagcgga ggatggggtt gaggtaaccc atgaggatga
      241 gcggcaggcg gacgtcgcgg cggatgtcgg ccaggtcgtc gaagagccgg cggagcgtca
      301 tgccgtggcg aagggcgtcg gtggcggcgc gctgaatgac ggggccgtcg gccatggggt
      361 cactaaaggg gatgccgatt tcgatcaggt cgacgccgtg gcgctccagg gcgcggatgg
      421 tgtcggccgt agcgtcgggg cgcggtgtgc cggcgcagaa gtaaatggag agcaggtcgc
      481 gacgaccgct ctggaagagg gtttctatac gattcatatt tggggtttgt ggtgtgatgg
      541 gatggatgat gagtgaaata atggaggggc ggcgtcatgg ccgggcatat tgcgggggcg
      601 ttgcccccga acccctacct ccttttcttg tcttggtgtc cttcttttct t
//
LOCUS       SEQF2637|AYYD01000955.1  686 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..686
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtaaaggaa gccgtcggtg gcggcgtcga tggcgcggat ccgttcctcg gacgtctcgg
       61 gcgtgatgag catgatcata tccagtccgt agcgttgggc cagggggcga tagtccgtta
      121 tatagtcggc gaaggggagg tcggggatga tgacgccgtc gatgcccacc tcggcgcagc
      181 gggcacagaa ggcctcgaag ccgaagcgga ggatggggtt gaggtaaccc atgaggatga
      241 gcggcaggcg gacgtcgcgg cggatgtcgg ccaggtcgtc gaagagccgg cggagcgtca
      301 tgccgtggcg aagggcgtcg gtggcggcgc gctgaatgac ggggccgtcg gccatggggt
      361 cactaaaggg gatgccgatt tcgatcaggt cgacgccgtg gcgctccagg gcgcggatgg
      421 tgtcggccgt agcgtcgggg cgcggtgtgc cggcgcagaa gtaaatggag agcaggtcgc
      481 gacgaccgct ctggaagagg gtttctatac gattcatatt tggggtttgt ggtgtgatgn
      541 gctggaggng atcatcccgg cgctggagtc tgctcacgcg ctgggggcgc tcggtcgact
      601 gcgtttcgga ccggatgagc tggtggngnt gactgtctct ggacgggggg ataaggatat
      661 ggagacgtat ctcncngcga agncnt
//
LOCUS       SEQF2637|AYYD01000956.1  617 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..617
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtaaaggaa gccgtcggtg gcggcgtcga tggcgcggat ccgttcctcg gacgtctcgg
       61 gcgtgatgag catgntcata tccagtccgt agcgttgggc cagggggcga tagtccgtta
      121 tatagtcggc gaaggggagg tcggggatga tgacgccgtc gatgcccacc tcggcgcagc
      181 gggcacagaa ggcctcgaag ccgaagcgga ggatggggtt gaggtaaccc atgaggatga
      241 gcggcaggcg gacgtcgcgg cggatgtcgg ccaggtcgtc gaagagccgg cggagcgtca
      301 tgccgtggcg aagggcgtcg gtggcggcgc gctgaatgac ggggccgtcg gccatggggt
      361 cactaaaggg gatgccgatt tcgatcaggt cgacgccgtg gcgctccagg gcgcggatgg
      421 tgtcggccgt agcgtcgggg cgcggtgtgc cggcgcagaa gtaaatggag agcaggtcgc
      481 gacgaccgct ctggaagagg gnttctatac gattcatatt tggggtttgt ggngtgatgg
      541 gcatggagtg catgatctac atggggcgga cggatacgga gcgtcagcgg gcgaacgtgg
      601 agaagatccg tatgctg
//
LOCUS       SEQF2637|AYYD01000957.1  650 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..650
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtaaaggaa gccgtcggtg gcggcgtcga tggcgcggat ccgttcctcg gacgtctcgg
       61 gcgtgatgag catgntcata tccagtccgt agcgttgggc cagggggcga tagtccgtta
      121 tatagtcggc gaaggggagg tcggggatga tgacgccgtc gatgcccacc tcggcgcagc
      181 gggcacagaa ggcctcgaag ccgaagcgga ggatggggtt gaggtaaccc atgaggatga
      241 gcggcaggcg gacgtcgcgg cggatgtcgg ccaggtcgtc gaagagccgg cggagcgtca
      301 tgccgtggcg aagggcgtcg gtggcggcgc gctgaatgac ggggccgtcg gccatggggt
      361 cactaaaggg gatgccgatt tcgatcaggt cgacgccgtg gcgctccagg gcgcggatgg
      421 tgtcggccgt agcgtcgggg cgcggtgtgc cggcgcagaa gtaaatggag agcaggtcgc
      481 gacgaccgct ctggaagagg gnttctatac gattcatatt tggggtttgt ggnggtggcg
      541 cccgatgatg ttccaatact gtcgtgagat tgggagcacg cccgcatgtc cataagtcac
      601 aaacgatccg attgacaata gagacaatga atggaggctc tgtcgcacac
//
LOCUS       SEQF2637|AYYD01000958.1  611 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..611
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtaaaggaa gccgtcggtg gcggcgtcga tggcgcggat ccgttcctcg gacgtctcgg
       61 gcgtgatgag catgntcata tccagtccgt agcgttgggc cagggggcga tagtccgtta
      121 tatagtcggc gaaggggagg tcggggatga tgacgccgtc gatgcccacc tcggcgcagc
      181 gggcacagaa ggcctcgaag ccgaagcgga ggatggggtt gaggtaaccc atgaggatga
      241 gcggcaggcg gacgtcgcgg cggatgtcgg ccaggtcgtc gaagagccgg cggagcgtca
      301 tgccgtggcg aagggcgtcg gtggcggcgc gctgaatgac ggggccgtcg gccatggggt
      361 cactaaaggg gatgccgatt tcgatcaggt cgacgccgtg gcgctccagg gcgcggatgg
      421 tgtcggccgt agcgtcgggg cgcggtgtgc cggcgcagaa gtaaatggag agcaggtcgc
      481 gacgaccgct ctggaagagg gnttctatac gattcatatt tggggtttgt ggnggccgtg
      541 acggatcggg aggcggtgga ggcggcttac gagctgactc ggctggaggg gatcatcccg
      601 gcgctggagt c
//
LOCUS       SEQF2637|AYYD01000959.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             75..251
                     /locus_tag="SEQF2637_00928"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRFHVSGDDRRVCGLYGYTTFNAVRYFERIPVRESREERNLRY
                     RLTGVCISPGIRLL"
ORIGIN      
        1 tgcccgacgg cgcccgcgag gagcacacgc tgcccgaccg ccccgaggcc gtgaccgatg
       61 ccttgcgcga cttcatgaac cgcttccacg tctcgggcga cgaccgccgg gtgtgcggcc
      121 tctatggcta caccaccttc aacgccgtcc gttacttcga acgcatcccc gtccgcgaga
      181 gccgcgagga gcgcaacttg aggtataggc tcaccggcgt atgcatatcg cccgggatcc
      241 gtttgctatg agtagtgtag ttataagttt cca
//
LOCUS       SEQF2637|AYYD01000960.1  375 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..375
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcatgnccag cgtccgtgcg ccgtggatga tgcccggcag acccagatga agcgtcgccg
       61 cactctgtcc actctccacg ccgtagcccg ccgcctcggc caatacgatc cgcacccgct
      121 catcgtacac gaacggatag atcgtccccg ccgcgttgct tcctccgccg acgcacgcca
      181 tcaggcaatc tggcctgtca cgaccctcgt gctcctgcag ttgccagcgg atctcacgcc
      241 cgatcaccga ttgcagtcgt gccaccaagt ccgggtaggg gngcggcncg atcgtcgaac
      301 cgatcacgta gtacgtgtcc gacgggtgac ggcaccactc acggatcgct tcgttcgttg
      361 cgtccttgag cgtca
//
LOCUS       SEQF2637|AYYD01000961.1  249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcgggcgaga actcgcgttc gtttattgcg ctctgtccgc tggcgagcat cgccatcaac
       61 cgcggcacgg ccaccgtgac actgcccgac ggcgcccgcg aggagcacac gctgcccgac
      121 cgccccgagg ccgtgaccga tgccttgcgc gacttcatga accgcctcca cgtctcgggc
      181 gacgaccgcc gggtgtgcgg cctctatggc tacaccacct tcaacgccgt ccgttacttc
      241 gaacgcatc
//
LOCUS       SEQF2637|AYYD01000962.1 1276 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1276
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(139..1137)
                     /gene="trpD_4"
                     /locus_tag="SEQF2637_00929"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
ORIGIN      
        1 tcttncataa tgagggggtg attattcttc ttcttttgat gtccttcttt tcttgccttg
       61 atgcaagaaa agaagcaaaa gaagatcaag gccccaccgg ggccggggaa gtttggcagg
      121 agagacctgt ttacttggtt attgattgag ttcgatgaat cgcttgaggg tttggagggc
      181 gcggccactg tcgatggtct cggtggcttc ggcgatgcag tcgggcagag aggtgtcggg
      241 gcgcatgagg cggatggcga aggcggcgtt ggcgacgacg gcttgctttt gcgcggctgt
      301 cgaacggttc tcgagcacac ggcggaagat gtcggcggct tcgtcgggtg tcgcaccgcc
      361 ataaagctcc tccggacgta gtcgcgcgag gcctaacgtc tcggggcgat agatttgttc
      421 gccgtcgacg cccgacactt tgaagtcgga cgtgagcgag atctcgtcgt agccatccaa
      481 gctatgcacc acggcaaagc gtgtcgtgcc ggcagcctga taggtatagg tgtagagccg
      541 ttgcagagcc agattgtaga cgcccagcag ctgcgcagcg ggcagggcgg gattgaccag
      601 cgggccgagg atgttgaaga aggtgcgtac gccgagggcc ttgcgcacgg gggcgacggc
      661 cttcatggcg gggttgaaga gcggggcgtg gaggtaggcc aggcggcaac cgtccatgct
      721 gcggcgcagt gccccctcgt cggccgtgaa gcgcacgccc atacgctcga tgacgttgct
      781 ggcaccgctg accgacgtgg cgccatagtt gccatgcttg gctacgggca gtccggcggc
      841 ggctacgacg aacgaggcgg cggtggagat gttgaacgtg ttgcgaccgt cgccaccggt
      901 gcccacgatg tcgatgggcg cgtagtccga gaggtcgacg ggatggcgca tctccaagag
      961 ggcgtcgcga aagccgcaaa gctcgtccac ggagatgtcg cgcatgagga aaacggtgat
     1021 gagggacgct gtctgggcgt cgttatagcg cccctctgcg atgtcttgca ggatggcgcg
     1081 cgcctcgtcg cggctgaggc agcggtgctc ggtgagcttg ttgaggatat ctttcataag
     1141 gaagagtagt tagggggatt gggatcttct gatgagtagt taggggggac cttcttttct
     1201 tgccttgatg caagaaaaga agcaaaagaa aatcaaggcg tcagggacgc cggccatcct
     1261 tgccgggtac cttggt
//
LOCUS       SEQF2637|AYYD01000963.1  451 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..451
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(214..366)
                     /locus_tag="SEQF2637_00930"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYRRTDVWQSHIDVPLSKLSLHSRPQYKAYIVYMNLQQKRMH
                     NGQRAF"
ORIGIN      
        1 aaggcttcgc agagagatac gtctccatat ccttatcccc ccgtccagag acagtcanca
       61 ccaccagctc atccggtccg aaacgcagtc gaccgagcgc ccccagcgcg tgagcagact
      121 ccagcgccgg gatgatcncc tccagcngag tcagctcgta agccgcctcc accgcctccc
      181 gatccgtcgg ccagacggag gccgatgtat ccctcaaaaa gcccgttgtc cattgtgcat
      241 tcttttctgt tggagattca tatatacgat gtacgctttg tattgggggc gcgaatgtag
      301 agagagtttg gaaagtggca cgtctatatg gctctgccag acgtctgtgc ggcgatagaa
      361 ggtcattcgc gcccatcaca cgtagatgga ttttcggcaa gatccgcata acggggaata
      421 aatgcgcatg aatttgggtg tttagcaggc g
//
LOCUS       SEQF2637|AYYD01000964.1  298 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..298
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(17..253)
                     /gene="trpB_1"
                     /locus_tag="SEQF2637_00931"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A879"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase beta chain"
                     /translation="MHANLFARGRAEGVAVTDREAVEAAYELTXLEGIIPALESAHAL
                     GALGRLRFGPDELVVLTVSGRGDKDMETYLSAKP"
ORIGIN      
        1 caagaagaga aggccgttaa ggcttcgcag agagatacgt ctccatatcc ttatcccccc
       61 gtccagagac agtcagcacc accagctcat ccggtccgaa acgcagtcga ccgagcgccc
      121 ccagcgcgtg agcagactcc agcgccggga tgatcccctc cagcngagtc agctcgtaag
      181 ccgcctccac cgcctcccga tccgtcacgg ccacnccctc cgcccgcccg cgagcaaaga
      241 ggttggcgtg catcggtccg atgcccggat agtccagccc cgcggagatc gaataagg
//
LOCUS       SEQF2637|AYYD01000965.1  678 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..678
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtaaaggaa gccgtcggtg gcggcgtcga tggcgcggat ccgttcctcg gacgtctcgg
       61 gcgtgatgag catgntcata tccagtccgt agcgttgggc cagggggcga tagtccgtta
      121 tatagtcggc gaaggggagg tcggggatga tgacgccgtc gatgcccacc tcggcgcagc
      181 gggcacagaa ggcctcgaag ccgaagcgga ggatggggtt gaggtaaccc atgaggatga
      241 gcggcaggcg gacgtcgcgg cggatgtcgg ccaggtcgtc gaagagccgg cggagcgtca
      301 tgccgtggcg aagggcgtcg gtggcggcgc gctgaatgac ggggccgtcg gccatggggt
      361 cactaaaggg gatgccgatt tcgatcaggt cgacgccgtg gcgctccagg gcgcggatgg
      421 tgtcggccgt agcgtcgggg cgcggtgtgc cggcgcagaa gtaaatggag agcaggtcgc
      481 gacgaccgct ctggaagagg gnttctatac gattcatatt tgggtgttta gcaggcgtgt
      541 ttatctttgc ggcccggaaa cgaaaggaaa tatgatccgt ttagtgagta caatgacgat
      601 gtgtgggtgg tggtggcgcc cgatgatgtt ccaatactgt cgtgagattg ggagcacgcc
      661 cgcatgtcca taagtcac
//
LOCUS       SEQF2637|AYYD01000966.1  506 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..506
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(67..423)
                     /gene="pabA"
                     /locus_tag="SEQF2637_00932"
                     /EC_number="2.6.1.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00903"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminodeoxychorismate synthase component 2"
                     /translation="MKILLLDNYDSFTYNLVHALHDAGAQDVTVVRNDRIDLDDAAAF
                     DKIILSPGPGIPEEAGLLLPLIRRYAPSKPILGVCLGHQAIGQVFGARLENLSDGRQD
                     GFGVELYAVHGIGAMA"
ORIGIN      
        1 cgcgaaggct tccccgacga cacgctccag gtgacagccg aaagccccga cggctacatc
       61 atggccctac gccatcgcac ctatcccgtg cacggcatac agttccaccc cgaatccatc
      121 ctgacgcccg tcggagaggt tctcgaggcg tgccccgaac acttgcccga tggcttgatg
      181 gccgaggcag acgcccagga tgggcttcga cggggcataa cgccggatga gcggcaggag
      241 taggccggcc tcttcgggga tgccggggcc gggcgagagg atgatcttgt cgaacgccgc
      301 ggcgtcgtcg aggtcgatgc ggtcgttgcg gaccacggtg acgtcctgcg ccccagcgtc
      361 gtgcaaggcg tgcacaaggt tgtaggtgaa ggagtcgtag ttgtctaaaa ggaggatctt
      421 cataaaaggg ggatggggaa aactaaaaac gaaaaactaa acatgggggc ccgtggacac
      481 gatgtttcgc gacaacggct ccaatc
//
LOCUS       SEQF2637|AYYD01000967.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             61..168
                     /gene="trpG_1"
                     /locus_tag="SEQF2637_00933"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26922"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 2"
                     /translation="MALRHRTYPVHGIQFHPESILTPVGEKIIRNFLNE"
ORIGIN      
        1 cgcgaaggct tccccgacga cacgctccag gtgacagccg aaagccccga cggctncatc
       61 atggccctac gccatcgcac ctatcccgtg cacggcatac agttccaccc cgaatccatc
      121 ctgacgcccg tcggagagaa gatcatccgc aacttcctca acgaataaat acgtacccgg
      181 acaaacttgg ccggcgtccc tgacgcctct tgcatcaagg caagaaaaga aggtccccc
//
LOCUS       SEQF2637|AYYD01000968.1  226 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..226
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctgacgcctt gattttcttt tgcttctttt cttgcatcaa ggcaagaaaa gaaggtcttc
       61 aaagcagnca agaagagaag gccgttaagg cttcgcagag agatacgtct ccatatcctt
      121 atccccccgt ccagagacag tcagcaccac cagctcatcc ggtccgaaac gcagtcgacc
      181 gagcgccccc agcgcgtgag cagactccag cgccgggatg atcccc
//
LOCUS       SEQF2637|AYYD01000969.1  569 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..569
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgccgaccc atatgtcgtg ccagcagcac ctgtcccagt gcattgttga tcttgtgcga
       61 gcccgtgtgg ttcaggtctt ctcgtttgag gtagagtcgg catccgtagc gttctgacat
      121 gcgtgccgcg tggtaaagcg gcgacggccg acccgcatag tcgcgcaaca gtgtgctgaa
      181 ctcctgcatg aacgcttcac tctcgatcac gcgcaggtaa ctctcgcgca gctcctccac
      241 gcatcggtgc aggatctctg gcacgtacgc gccgccaaac gttccgtagt atccttccgg
      301 gctgatccgg taattgttgt cttgtccttc cattcttttg gggtttatgt catcgttctt
      361 tttcgggggt tgcatccaag gcacggatta ctccccgaaa acaacagagg ccctgccgca
      421 agtcgtgtgc gacagagcct ccattcattg tctctattgt caatcggatc gtttgtgact
      481 tatggacatg cgggacaatg acggacagat cgaggagcct tattcgatct ccgcggggct
      541 ggactatccg ggcatcggac cgatgcacg
//
LOCUS       SEQF2637|AYYD01000970.1  574 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..574
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgccgaccc atatgtcgtg ccagcagcac ctgtcccagt gcattgttga tcttgtgcga
       61 gcccgtgtgg ttcaggtctt ctcgtttgag gtagagtcgg catccgtagc gttctgacat
      121 gcgtgccgcg tggtaaagcg gcgacggccg acccgcatag tcgcgcaaca gtgtgctgaa
      181 ctcctgcatg aacgcttcac tctcgatcac gcgcaggtaa ctctcgcgca gctcctccac
      241 gcatcggtgc aggatctctg gcacgtacgc gccgccaaac gttccgtagt atccttccgg
      301 gctgatccgg taattgttgt cttgtccttc cattcttttg gggtttatgt catcgttctt
      361 tttcgggggt tgcatccaag gcacggatta ctccccgaaa acaacagagg ccctgccgca
      421 agtcgtgtgc gacagagcct ccattcattg tctctattgt caatcggatc gtttgtgact
      481 tatggacatg cgngcggacg gatacggagc gtcagcgggc gaacgtggag aagatccgta
      541 tgctgggcgg cgaggtgacg ccggtggagt cggg
//
LOCUS       SEQF2637|AYYD01000971.1  572 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgccgaccc atatgtcgtg ccagcagcac ctgtcccagt gcattgttga tcttgtgcga
       61 gcccgtgtgg ttcaggtctt ctcgtttgag gtagagtcgg catccgtagc gttctgacat
      121 gcgtgccgcg tggtaaagcg gcgacggccg acccgcatag tcgcgcaaca gtgtgctgaa
      181 ctcctgcatg aacgcttcac tctcgatcac gcgcaggtaa ctctcgcgca gctcctccac
      241 gcatcggtgc aggatctctg gcacgtacgc gccgccaaac gttccgtagt atccttccgg
      301 gctgatccgg taattgttgt cttgtccttc cattcttttg gggtttatgt catcgttctt
      361 tttcgggggt tgcatccaag gcacggatta ctccccgaaa acaacagagg ccctgccgca
      421 agtcgtgtgc gacagagcct ccattcattg tctctattgt caatcggatc gtttgtgact
      481 tatggacatg cgngcgagaa ctcgcgttcg tttattgcgc tctgtccgct ggcgagcatc
      541 gccatcaacc gcggcacggc caccgtgaca ct
//
LOCUS       SEQF2637|AYYD01000972.1  572 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgccgaccc atatgtcgtg ccagcagcac ctgtcccagt gcattgttga tcttgtgcga
       61 gcccgtgtgg ttcaggtctt ctcgtttgag gtagagtcgg catccgtagc gttctgacat
      121 gcgtgccgcg tggtaaagcg gcgacggccg acccgcatag tcgcgcaaca gtgtgctgaa
      181 ctcctgcatg aacgcttcac tctcgatcac gcgcaggtaa ctctcgcgca gctcctccac
      241 gcatcggtgc aggatctctg gcacgtacgc gccgccaaac gttccgtagt atccttccgg
      301 gctgatccgg taattgttgt cttgtccttc cattcttttg gggtttatgt catcgttctt
      361 tttcgggggt tgcatccaag gcacggatta ctccccgaaa acaacagagg ccctgccgca
      421 agtcgtgtgc gacagagcct ccattcattg tctctattgt caatcggatc gtttgtgact
      481 tatggacatg cgngcgaacg tggagaagat ccgtatgctg ggcggcgagg tgacgccggt
      541 ggagtcgggc aacatgacgc tcaaggacgc aa
//
LOCUS       SEQF2637|AYYD01000973.1 1366 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1366
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             5..112
                     /gene="trpG_2"
                     /locus_tag="SEQF2637_00934"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26922"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 2"
                     /translation="MALRHRTYPVHGIQFHPESILTPVGEKIIRNFLNE"
     CDS             230..1228
                     /gene="trpD_5"
                     /locus_tag="SEQF2637_00935"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
ORIGIN      
        1 catcatggcc ctacgccatc gcacctatcc cgtgcacggc atacagttcc accccgaatc
       61 catcctgacg cccgtcggag agaagatcat ccgcaacttc ctcaacgaat aaatacgtac
      121 ccggacaaac ttggccggcg tccctgacgc ctcttgcatc aaggcaagaa aagaaggccc
      181 cccctaacta ctcatcagaa gatcccaatc cccctaacta ctcttcctta tgaaagatat
      241 cctcaacaag ctcaccgagc accgctgcct cagccgcgac gaggcgcgcg ccatcctgca
      301 agacatcgca gaggggcgct ataacgacgc ccagacagcg tccctcatca ccgttttcct
      361 catgcgcgac atctccgtgg acgagctttg cggctttcgc gacgccctct tggagatgcg
      421 ccatcccgtc gacctctcgg actacgcgcc catcgacatc gtgggcaccg gtggcgacgg
      481 tcgcaacacg ttcaacatct ccaccgccgc ctcgttcgtc gtagccgccg ccggactgcc
      541 cgtagccaag catggcaact atggcgccac gtcggtcagc ggtgccagca acgtcatcga
      601 gcgtatgggc gtgcgcttca cggccgacga gggggcactg cgccgcagca tggacggttg
      661 ccgcctggcc tacctccacg ccccgctctt caaccccgcc atgaaggccg tcgcccccgt
      721 gcgcaaggcc ctcggcgtac gcaccttctt caacatcctc ggcccgctgg tcaatcccgc
      781 cctgcccgct gcgcagctgc tgggcgtcta caatctggct ctgcaacggc tctacaccta
      841 tacctatcag gctgccggca cgacacgctt tgccgtggtg catagcttgg atggctacga
      901 cgagatctcg ctcacgtccg acttcaaagt gtcgggcgtc gacggcgaac aaatctatcg
      961 ccccgagacg ttaggcctcg cgcgactacg tccggaggag ctttatggcg gtgcgacacc
     1021 cgacgaagcc gccgacatct tccgccgtgt gctcgagaac cgttcgacag ccgcgcaaaa
     1081 gcaagccgtc gtcgccaacg ccgccttcgc catccgcctc atgcgccccg acacctctct
     1141 gcccgactgc atcgccgaag ccaccgagac catcgacagt ggccgcgccc tccaaaccct
     1201 caagcgattc atcgaactca atcaataacc aagtaaacag gtctctcctg ccaaacttcc
     1261 ccggccccgg tggggccttg atcttctttt gcttcttttc ttgcatcaag gcaagaaaag
     1321 aaggacatca aaagaagaag aataatcacc ccctcattat gnaaga
//
LOCUS       SEQF2637|AYYD01000974.1 1266 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1266
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(139..1137)
                     /gene="trpD_6"
                     /locus_tag="SEQF2637_00936"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
ORIGIN      
        1 tcttncataa tgagggggtg attattcttc ttcttttgat gtccttcttt tcttgccttg
       61 atgcaagaaa agaagcaaaa gaagatcaag gccccaccgg ggccggggaa gtttggcagg
      121 agagacctgt ttacttggtt attgattgag ttcgatgaat cgcttgaggg tttggagggc
      181 gcggccactg tcgatggtct cggtggcttc ggcgatgcag tcgggcagag aggtgtcggg
      241 gcgcatgagg cggatggcga aggcggcgtt ggcgacgacg gcttgctttt gcgcggctgt
      301 cgaacggttc tcgagcacac ggcggaagat gtcggcggct tcgtcgggtg tcgcaccgcc
      361 ataaagctcc tccggacgta gtcgcgcgag gcctaacgtc tcggggcgat agatttgttc
      421 gccgtcgacg cccgacactt tgaagtcgga cgtgagcgag atctcgtcgt agccatccaa
      481 gctatgcacc acggcaaagc gtgtcgtgcc ggcagcctga taggtatagg tgtagagccg
      541 ttgcagagcc agattgtaga cgcccagcag ctgcgcagcg ggcagggcgg gattgaccag
      601 cgggccgagg atgttgaaga aggtgcgtac gccgagggcc ttgcgcacgg gggcgacggc
      661 cttcatggcg gggttgaaga gcggggcgtg gaggtaggcc aggcggcaac cgtccatgct
      721 gcggcgcagt gccccctcgt cggccgtgaa gcgcacgccc atacgctcga tgacgttgct
      781 ggcaccgctg accgacgtgg cgccatagtt gccatgcttg gctacgggca gtccggcggc
      841 ggctacgacg aacgaggcgg cggtggagat gttgaacgtg ttgcgaccgt cgccaccggt
      901 gcccacgatg tcgatgggcg cgtagtccga gaggtcgacg ggatggcgca tctccaagag
      961 ggcgtcgcga aagccgcaaa gctcgtccac ggagatgtcg cgcatgagga aaacggtgat
     1021 gagggacgct gtctgggcgt cgttatagcg cccctctgcg atgtcttgca ggatggcgcg
     1081 cgcctcgtcg cggctgaggc agcggtgctc ggtgagcttg ttgaggatat ctttcataag
     1141 gaagagtagt tagggggatt gggatcttct gatgagtagt taggggggga ccttcttttc
     1201 ttgccttgat gcaagaggcg tcagggacgc cggccaagtt tgtccgggta cgtatttatt
     1261 cgttga
//
LOCUS       SEQF2637|AYYD01000975.1 1892 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1892
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             197..1015
                     /gene="trpC_1"
                     /locus_tag="SEQF2637_00937"
                     /EC_number="4.1.1.48"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2YRR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Indole-3-glycerol phosphate synthase"
                     /translation="MQDILSQIIANKRFEIDIRKRIIPQEQFEEALLDGMPRPTHSMR
                     RALAESPTGIIAEFKRRSPSKGWIAREADPAHVVPDYARAGAAALSVLTDEKFFGGTV
                     RDLRAVRPLTNLPILRKDFIIDAYQLYEARIIGADAVLLIAAALSPDQCCELADVAHR
                     LGLEVLLELHTADELRHICPEVDMIGINNRHLGSFSTDPEHSLRMAGLLPAGDDVVRI
                     SESGLSDPATIHRLRRAGYRGFLIGETFMRASRPGEALASFLRDVEAQSTEATA"
     CDS             1012..1647
                     /gene="trpF_1"
                     /locus_tag="SEQF2637_00938"
                     /EC_number="5.3.1.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56320"
                     /codon_start=1
                     /transl_table=11
                     /product="N-(5'-phosphoribosyl)anthranilate isomerase"
                     /translation="MISGRLIKVCGLRAADNVRAVAALPGVDLVGFIFHPASPRCVTA
                     VPDVSLPDGVRRVGVFVDVPEEQIVATARRYGLHLVQLHGHESPDMCRHLADVGLGVI
                     KAFPATPEAVRNDTTRYATSGCRLFLFDTPTAAHGGSGRTFDWHVLQDYVGQTPFLLG
                     GGLGPDALDALSRFTHPRLAGYDLNSRFERCPAEKDVEALRTFLQMMHVPR"
ORIGIN      
        1 ttgcttcttt tcttgcatca aggcaagaaa aggccctctg ccgagggcgg ggaagtttgc
       61 cgggtacact aaggccatca gaaagtcccc caaattggcc ggcatccctg acgccttgat
      121 tttcttttgc ttcttttctt gcatcaaggc aagaaaagaa ggacatcaaa agaagaagaa
      181 taatcacccc ctcattatgc aagacatcct ctcccaaatc atcgccaaca agcgcttcga
      241 gatcgacatc cgcaagcgca tcatccccca ggaacagttc gaagaagccc tcctcgacgg
      301 catgccacgg ccgacgcact ccatgcggcg cgctctggcc gaatcgccca cgggcatcat
      361 cgccgagttc aaacgccgat cgccgtcgaa aggctggatc gcccgcgaag ccgaccctgc
      421 gcacgtcgtg cccgactatg cccgcgctgg cgccgccgcc ctctccgtgc tcacggacga
      481 gaagttcttc ggcggcaccg tccgcgacct ccgcgccgtc cgtccgctga ccaacctgcc
      541 catcctccgc aaagacttca tcattgacgc ctatcagctc tatgaggcgc gtatcatcgg
      601 cgccgacgcc gtgctgctca tcgccgccgc gctctcgccc gaccaatgtt gcgagctggc
      661 cgacgtggcg catcggctcg ggctggaggt gctcctggag ctgcacacgg ccgacgagct
      721 gcggcacatc tgccccgagg tggatatgat cggcatcaac aaccgccacc tcggcagctt
      781 ttccaccgac cctgagcatt cgctgcgcat ggccggactg ctgcccgcgg gcgacgacgt
      841 cgtgcgcatc tcggagagcg gcctttcgga tccggccacc atccaccggt tgcgccgagc
      901 gggctatcgt ggcttcctca tcggcgagac gttcatgcgc gccagccgcc cgggcgaggc
      961 gctcgcctcc ttcctccgcg acgtggaggc gcaaagcacg gaggccacgg catgatcagc
     1021 ggccgactga tcaaggtctg cggactgcgt gcggcggaca atgtgcgcgc agtggcggcg
     1081 ctacccggcg tcgatctggt gggcttcatc ttccaccccg catcgccgcg ctgcgtgaca
     1141 gccgtgccgg atgtgtcgtt gcctgatggt gtgcgtcgcg tgggcgtctt tgtcgacgtc
     1201 cccgaggagc agatcgtggc cacggcccgt cgctacggcc tgcacctcgt gcagctgcac
     1261 ggccacgagt cgcccgacat gtgtcgccac ctggccgacg tggggctggg cgtcatcaag
     1321 gctttccccg ctacacccga ggcggtgcgc aacgacacga cgcgctatgc cacgtccggc
     1381 tgccgcctct tcctcttcga cacccccacg gccgcgcatg gcggctcggg gcgcacgttc
     1441 gactggcacg tgttgcagga ctacgtgggc cagacgccct tcctgctcgg tggcggactg
     1501 gggcccgatg ccctcgacgc cctcagccgc ttcacccatc cccgcttggc cggctatgac
     1561 ctcaacagtc gcttcgaacg ctgccccgcc gagaaagacg tcgaggccct gcgcacgttc
     1621 ctgcaaatga tgcacgtacc gcggtagggg cgtatcgcat acgcccacca agcgggccgc
     1681 aaggctcgaa tgcaaaaacc cagattcgcc ccgtaccggg acgtttagag ggcgcccccg
     1741 tacccggcca aacttccccg gcctcggtga ggccttgatc ttcttttgct tcttttcttc
     1801 catcaaggga agaaaagaag gacaccaaga caagaaaagg aggtaggggt tcgggggcaa
     1861 cgcccccgca atatgcccgg ccatgacgcc gc
//
LOCUS       SEQF2637|AYYD01000976.1  522 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..522
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(285..437)
                     /locus_tag="SEQF2637_00939"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYRRTDVWQSHIDVPLSKLSLHSRPQYKAYIVYMNLQQKRMH
                     NGQRAF"
ORIGIN      
        1 gtgtcacggt ggccgtgccg cggttgatgg cgatgctcgc cagcggacag agcgcaataa
       61 acgaacgcga gttctcgccc gcgtgataat ccgagctctc catcagnacc gattgcggat
      121 agaggtcgcg ctccttgacg gaaaggagat ccttggccat cttccggagc aggaaggcat
      181 gggaatggaa gacggcggca aaaagcgata tttcaatgag caggatgacg gggatgacgt
      241 cattcaaata ggatccgtcg gccagacgga ggccgatgta tccctcaaaa agcccgttgt
      301 ccattgtgca ttcttttctg ttggagattc atatatacga tgtacgcttt gtattggggg
      361 cgcgaatgta gagagagttt ggaaagtggc acgtctatat ggctctgcca gacgtctgtg
      421 cggcgataga aggtcattcg cgcccatcac acgtagatgg attttcggca agatccgcat
      481 aacggggaat aaatgcgcat gaatttgggt gtttagcagg cg
//
LOCUS       SEQF2637|AYYD01000977.1 1817 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1817
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(246..881)
                     /gene="trpF_2"
                     /locus_tag="SEQF2637_00940"
                     /EC_number="5.3.1.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56320"
                     /codon_start=1
                     /transl_table=11
                     /product="N-(5'-phosphoribosyl)anthranilate isomerase"
                     /translation="MISGRLIKVCGLRAADNVRAVAALPGVDLVGFIFHPASPRCVTA
                     VPDVSLPDGVRRVGVFVDVPEEQIVATARRYGLHLVQLHGHESPDMCRHLADVGLGVI
                     KAFPATPEAVRNDTTRYATSGCRLFLFDTPTAAHGGSGRTFDWHVLQDYVGQTPFLLG
                     GGLGPDALDALSRFTHPRLAGYDLNSRFERCPAEKDVEALRTFLQMMHVPR"
     CDS             complement(878..1798)
                     /gene="trpC_2"
                     /locus_tag="SEQF2637_00941"
                     /EC_number="4.1.1.48"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2YRR4"
                     /codon_start=1
                     /transl_table=11
                     /product="Indole-3-glycerol phosphate synthase"
                     /translation="MAGVPDALIFFCFFSCIKARKEGHQKKKNNHPLIMQDILSQIIA
                     NKRFEIDIRKRIIPQEQFEEALLDGMPRPTHSMRRALAESPTGIIAEFKRRSPSKGWI
                     AREADPAHVVPDYARAGAAALSVLTDEKFFGGTVRDLRAVRPLTNLPILRKDFIIDAY
                     QLYEARIIGADAVLLIAAALSPDQCCELADVAHRLGLEVLLELHTADELRHICPEVDM
                     IGINNRHLGSFSTDPEHSLRMAGLLPAGDDVVRISESGLSDPATIHRLRRAGYRGFLI
                     GETFMRASRPGEALASFLRDVEAQSTEATA"
ORIGIN      
        1 gcggcgtcat ggccgggcat attgcggggg cgttgccccc gaacccctac ctccttttct
       61 tgtcttggtg tccttctttt cttcccttga tggaagaaaa gaagcaaaag aagatcaagg
      121 cctcaccgag gccggggaag tttggccggg tacgggggcg ccctctaaac gtcccggtac
      181 ggggcgaatc tgggtttttg cattcgagcc ttgcggcccg cttggtgggc gtatgcgata
      241 cgcccctacc gcggtacgtg catcatttgc aggaacgtgc gcagggcctc gacgtctttc
      301 tcggcggggc agcgttcgaa gcgactgttg aggtcatagc cggccaagcg gggatgggtg
      361 aagcggctga gggcgtcgag ggcatcgggc cccagtccgc caccgagcag gaagggcgtc
      421 tggcccacgt agtcctgcaa cacgtgccag tcgaacgtgc gccccgagcc gccatgcgcg
      481 gccgtggggg tgtcgaagag gaagaggcgg cagccggacg tggcatagcg cgtcgtgtcg
      541 ttgcgcaccg cctcgggtgt agcggggaaa gccttgatga cgcccagccc cacgtcggcc
      601 aggtggcgac acatgtcggg cgactcgtgg ccgtgcagct gcacgaggtg caggccgtag
      661 cgacgggccg tggccacgat ctgctcctcg gggacgtcga caaagacgcc cacgcgacgc
      721 acaccatcag gcaacgacac atccggcacg gctgtcacgc agcgcggcga tgcggggtgg
      781 aagatgaagc ccaccagatc gacgccgggt agcgccgcca ctgcgcgcac attgtccgcc
      841 gcacgcagtc cgcagacctt gatcagtcgg ccgctgatca tgccgtggcc tccgtgcttt
      901 gcgcctccac gtcgcggagg aaggaggcga gcgcctcgcc cgggcggctg gcgcgcatga
      961 acgtctcgcc gatgaggaag ccacgatagc ccgctcggcg caaccggtgg atggtggccg
     1021 gatccgaaag gccgctctcc gagatgcgca cgacgtcgtc gcccgcgggc agcagtccgg
     1081 ccatgcgcag cgaatgctca gggtcggtgg aaaagctgcc gaggtggcgg ttgttgatgc
     1141 cgatcatatc cacctcgggg cagatgtgcc gcagctcgtc ggccgtgtgc agctccagga
     1201 gcacctccag cccgagccga tgcgccacgt cggccagctc gcaacattgg tcgggcgaga
     1261 gcgcggcggc gatgagcagc acggcgtcgg cgccgatgat acgcgcctca tagagctgat
     1321 aggcgtcaat gatgaagtct ttgcggagga tgggcaggtt ggtcagcgga cggacggcgc
     1381 ggaggtcgcg gacggtgccg ccgaagaact tctcgtccgt gagcacggag agggcggcgg
     1441 cgccagcgcg ggcatagtcg ggcacgacgt gcgcagggtc ggcttcgcgg gcgatccagc
     1501 ctttcgacgg cgatcggcgt ttgaactcgg cgatgatgcc cgtgggcgat tcggccagag
     1561 cgcgccgcat ggagtgcgtc ggccgtggca tgccgtcgag gagggcttct tcgaactgtt
     1621 cctgggggat gatgcgcttg cggatgtcga tctcgaagcg cttgttggcg atgatttggg
     1681 agaggatgtc ttgcataatg agggggtgat tattcttctt cttttgatgt ccttcttttc
     1741 ttgccttgat gcaagaaaag aagcaaaaga aaatcaaggc gtcagggacg ccggccatcc
     1801 ttgccgggta ccttggt
//
LOCUS       SEQF2637|AYYD01000978.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctctggaag agggtttcta tacgattcat atttggggtt tgtggtgtga tgggatggat
       61 gatgagtgaa ataatggagg ggcggcgtca tggccgggca tattgcgggg gcgttgcccc
      121 cgaaccccta cctccttttc ttgtcttggt gtccttcttt tcntgccttg atgcaagaaa
      181 agaagcaaaa gaaaatcaag gcgtcaggga cgccggccat ccttgccggg taccttggt
//
LOCUS       SEQF2637|AYYD01000979.1  300 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..300
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acggcaccac tcacggatcg cttcgttcgt tgcgtccttg agcgtcatgt tgcccgactc
       61 caccggcgtc acctcgccgc ccatcacacg tagatggatt ttcggcaaga tccgcataac
      121 ggggaataaa tgcgcatgaa tttgggtgtt tagcaggcgt gtttatcttt gcggcccgga
      181 aacgaaagga aatatgatcc gtttagtgag tacaatgacg atgtgtgggt ggtggtggcg
      241 cccgatgatg ttccaatact gtcgtgagat tgggagcacg cccgcatgtc cataagtcac
//
LOCUS       SEQF2637|AYYD01000980.1  202 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..202
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtgctcctgc agttgccagc ggatctcacg cccgatcacc gattgcagtc gtgccaccaa
       61 gtccgggtag gggtgcggcc cgaccgtcga accgatcacg tagtacgtgt ccgacgggtg
      121 acggcaccac tcacggatcg cttcgttcgt tgcgtccttg agcgtcatgt tgcccgactc
      181 caccggcgtc acctcgccgc cc
//
LOCUS       SEQF2637|AYYD01000981.1  239 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..239
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacgccccgg acatctacta catcctctac cgctacgtca tcgtcatcaa ccccttccgc
       61 agcgagctgc gactcgtgga gcttagggcc gacggcgagg cgagcgggct gccggcgctg
      121 gaggcggcca tcgacaaccg caactatgcc acctacccct tcgcccgacg cggcccggcg
      181 gtgagcaccc tcaccgacga ggagctgcgc gccaatgtgc ggcagggcat tgcccactg
//
LOCUS       SEQF2637|AYYD01000982.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacgccccgg acatctacta catcctctac cgctacgtca tcgtcatcaa ccccttccgc
       61 agcgagctgc gactcgtgga gcttagggcc gacggcgagg cgagcgggct gccggcgctg
      121 gaggcggcca tcgacaaccg caactatgcc acctacacct tcgcccgacg cggcccggcg
      181 gtgagcaccc tcaccgacga ggagctgcgc gccaatgtgc ggcagggcat tgcccactgt
//
LOCUS       SEQF2637|AYYD01000983.1  323 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..323
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gacgccccgg acatctacta catcctctac cgctacgtca tcgtcatcaa ccccttccgc
       61 agcgagctgc gactcgtgga gcttagggcc gacggcgagg cgagcgggct gccggcgctg
      121 gaggcggcca tcgacaaccg caactatgcc acctacacct tcgcccgacg cggcccggcg
      181 gtgagcaccc tcaccgacga ggagctgcgc gccaatgtgc ggcagggcat tgcccactgc
      241 atgcggggcg acgtcttcca gatcgtcctc tcgcgccgct tcatccagcc ttttgacggc
      301 gacgacttcc ccgtctatcg tgc
//
LOCUS       SEQF2637|AYYD01000984.1 9763 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9763
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             86..238
                     /locus_tag="SEQF2637_00942"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYRRTDVWQSHIDVPLSKLSLHSRPQYKAYIVYMNLQQKRMH
                     NGQRAF"
     CDS             219..950
                     /locus_tag="SEQF2637_00943"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGLFEGYIGLRXADGSYLNDVIPVILLIEISLFAAVFHSHAF
                     LLRKMAKDLLSVKERDNLFDRPVKSDLFFRGFMKLQMLSLCALFFYLLAGHYYPMPTD
                     DLRSVLLPLGLIFAAVWLYYLLKRIIYFLYGHAFDAGERYAMWDNRYQALTGIWGCTL
                     YVPILWLFFDSRYPHYVAAAFLLLYALYRILLIYITIRIFYNRRTGILFLCSYLCAQE
                     IIPLFLAYEGLRYTLQLTDISSLWH"
     CDS             941..1717
                     /locus_tag="SEQF2637_00944"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALSIKKLLVSQPKPETGKSPYFDIAERYGVDIDFRPFIKVEAL
                     TAKEFRKQRIVIPDYSAVIFTARTAVDHFFHLCKELRIVVPEAMKYFCMTEAIAVYLQ
                     KYTVYRKRKIFFGATGKTDDLINLIVKHPKEKYLLPASDIHKDDISEALTEKKIPCKT
                     AIMYRTVCSEFSKDESFDYDMLVFFSPSGISSLMKNFPQFKQDGIRIGCFGATTAKAA
                     LDAGLRLDIEAPTPEAPSMTAALEQYLKKQLENDGPQNDE"
     CDS             1714..2112
                     /gene="rnpA"
                     /locus_tag="SEQF2637_00945"
                     /EC_number="3.1.26.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00227"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease P protein component"
                     /translation="MTTGETKNQLPKRERLYLKRDLERLFASGQSFIAYPLRVVYCSE
                     PATDRAPGVAILASAPKRRVRHAVDRNRIKRLIREAYRTRKTPLTERCALHGRYLHIG
                     FMYVGNDLPTHAAIEKAMHKAVSQILQKTT"
     CDS             2109..2333
                     /locus_tag="SEQF2637_00946"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97NX8"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative membrane protein insertion efficiency
                     factor"
                     /translation="MIRRLLTGLLLLPIYFYRSCISPLTPPSCRYTPTCSEYAIQALR
                     RHGPLRGSWLAIRRILRCHPWGGSGYDPVP"
     CDS             2345..2971
                     /gene="dtd3"
                     /locus_tag="SEQF2637_00947"
                     /EC_number="3.1.1.96"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P73335"
                     /codon_start=1
                     /transl_table=11
                     /product="D-aminoacyl-tRNA deacylase"
                     /translation="MRLYDVHTHRPPADLTTPAVVSIDASEPFEPRPGGCYAVGIHPW
                     HAAADRLPLLRLRAAHPQVVMIGEAGLDRLAEAPMSLQIELFEAQVRLADELRKPLII
                     HCVRAWGELLDVRKRLRPDSPWIVHGFRGKSPLATQLLDAGLSLSFGLLHRPDALRTT
                     WDRRRLFVETDDSPTPIVEVYERIAGELHVSVESLAHDVEKRFAALFP"
     CDS             3695..4450
                     /locus_tag="SEQF2637_00948"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQQTEYNQFQKFLAKTSGSFHVLEHQIPVERQMEYFHFSNRIK
                     QERIPWTAGDLEAFEIDLYNPETTEEYKRRILAIFAISGDVTAYRRLERYARLAEPDM
                     RDWAYMALMEGRIILESELSDEKQIYISTGLGGKGQKLRFYLLFPAAEGMTIEGYRRD
                     VVEREFNFALRQADWDIERLTIHPDYAELVVLLPLRADLKAVLDGVLKECNQYGDFLA
                     KTYTISNMKEMNEEEIRATIRSSRGKNFLDEEQ"
     CDS             4447..5391
                     /locus_tag="SEQF2637_00949"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55487"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase"
                     /translation="MTRRLSIIVPCYNEEAVLAESYRRTRAVIDRLPCEGEIIYINDG
                     SRDGTRNMLNELADEDPRVKVLHFSRNFGHQPAVSAGIHQCTADWAVIMDADLQDPPE
                     LIPDILALSEREGANSVYCVRRSREKETLFKRLSARLFYRTMNRMSEVQFPLDTGDFR
                     LIDRKIMDQFKRLPEHGKYIRGLISWIGFKQVPFYYERKARVAGETKYPLSKMLRFAS
                     NALLYFSKKPLRLASSLGFLAVIVGLLLALWTLLGKICGFSHAETGWSSIMTAIIFFG
                     GVQLLTIGVLGQYIGVLFDEIKNRPEYIIDECRNCTDS"
     CDS             5494..5616
                     /locus_tag="SEQF2637_00950"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELRIQRILFFFAPAFGKGNALYEQNNRHLSPLFDAIHYK"
     CDS             5627..7891
                     /locus_tag="SEQF2637_00951"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKITRLCATVLLLSAGIAFPTVIQAQRVNTFTVEQQARIDAL
                     KQGYIKKGVPAHWAEKRATMIVEQESKAQLRASVRPATPNTGSIKIDRGSTPGSYSSY
                     HTAATQDAYADYLVKHVLLNNPAAVTAISNVHFFGVYGPTDQRSLAYFEYEGTDFPID
                     KGLILATGDVNGVAGQSPEGPNDIAGGALSANGGYSMAGDPDLTPLVTPNHPDDGSIL
                     VFDFKPFKPDVSFDFIFASEEYPQFSNTGFNDIFGFFVTELPSGAPFNIAYFPDGHTP
                     VTINNSNWGNISSSDNDATHLGAPLPDKVNSQWHVPIYQGSPVMEYGGRTIKLTAKAN
                     GLSTSKTYRLALKIANVNDQNWGSAVFLSNLDLGAPQVGLDAPYMGAWNREWDEQGKD
                     HLYTDCIQTLKLGFLPAAFDRKLVLSYMGIASKENIRKADGSPLPDTLDLKANEELIT
                     FPIKILPVPAADNGKEGAIKACIVSGDCDTVMNKTTKHFFKFFNGIQTNIDFVAPSPK
                     YPGRFKLNITGGSNKVYRSIDNGLHWEFARDTATGEERPFTHDQMEYFLASDRNIWLR
                     EPNACAQVQFFHFTKDSLAGPVQPGISRQVIMPEVPGLVSSYAPGIHYVNSGSDLTFR
                     VMPTGANAGKVPVVETGRKSIPDKQGVRVVSNGDGTYTVTIYRVREAIDLRISFAAPN
                     SNVEADGTSIYTERETLYVTSPTANTAKVYNVSGVLVRTLTLSAGETVRTALPAGFYV
                     VALGNGNTHKVIVK"
     CDS             complement(8122..8787)
                     /gene="queC"
                     /locus_tag="SEQF2637_00952"
                     /EC_number="6.3.4.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31675"
                     /codon_start=1
                     /transl_table=11
                     /product="7-cyano-7-deazaguanine synthase"
                     /translation="MKTGTRHDAALVVFSGGQDSTTCLFWAKEHFAEVRALTFLYGQK
                     HREEVNVAQRIARTADVAWDVLDASFIASLGSSSLTDTRILMDSEKPAEGPPNTFVPG
                     RNLFFLSMAAVYAAERGIRHLVTGVSETDFSGYPDCRDTFVRSLNVTLNLAMDAQFVI
                     HTPLMWLDKADVWALSDRLGIFDLVRRETLTCYNGVLGDGCGHCPACRLRHEGLERYL
                     ARR"
     CDS             complement(8784..9455)
                     /gene="yhhQ"
                     /locus_tag="SEQF2637_00953"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37619"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YhhQ"
                     /translation="MMLGVLFCTCLVASNLLETKVVRLWQMPGGHILSVTAGLLVFPI
                     SYIINDCIAEVWGYRKARLIIWLGFAMNFLVIILSRVAVMLPAAPFWEGEEAFNFVFG
                     LAPRIAAASLLAFLVGSFLNAYVMSRMKIRSAGRNFSARAILSTLVGESADSLLFFPI
                     AFGGIIPADELLKMIAVQALLKTLYEILILPVTIRVVHYIKRVDETDTYDEGISYNVW
                     KIKEL"
ORIGIN      
        1 cgcctnctaa acacccaaat tcatgcgcat ttattccccg ttatgcggat cttgccgaaa
       61 atccatctac gtgtgatggg cgcgaatgac cttctatcgc cgcacagacg tctggcagag
      121 ccatatagac gtgccacttt ccaaactctc tctacattcg cgcccccaat acaaagcgta
      181 catcgtatat atgaatctcc aacagaaaag aatgcacaat ggacaacggg ctttttgagg
      241 gatacatcgg cctccgtcng gccgacggat cctatttgaa tgacgtcatc cccgtcatcc
      301 tgctcattga aatatcgctt tttgccgccg tcttccattc ccatgccttc ctgctccgga
      361 agatggccaa ggatctcctt tccgtcaagg agcgcgacaa ccttttcgat cgtcccgtca
      421 agagcgacct cttctttcgt ggattcatga agttgcagat gctctccctc tgcgcactct
      481 tcttctatct cttggccggc cattactacc ccatgcccac cgacgatctc cgctcggtgt
      541 tgctgcctct cggactcatc ttcgcagccg tctggcttta ctacctcctc aagcgcatca
      601 tctacttcct ttacggccat gctttcgacg ctggcgaacg gtacgccatg tgggataatc
      661 gttatcaagc tctaacgggc atttggggat gcacgctcta cgtgcctatt ctctggctct
      721 tcttcgatag tcgttatccc cattatgtcg ctgccgcttt ccttttgctt tatgcgctct
      781 atcgtatctt gttgatatat atcactatcc gcatatttta caacaggcgg acgggcatat
      841 tgtttttatg ttcttacctt tgcgcccaag aaatcatccc cttattcttg gcttacgagg
      901 ggttgagata cacacttcaa ttaacggata taagttcttt atggcattga gtataaaaaa
      961 actgctggta tcgcaaccga aaccggagac cgggaaatca ccgtatttcg acatcgcgga
     1021 acgatatggc gtggatattg actttcgccc cttcatcaag gttgaggcct tgacggctaa
     1081 agagttcaga aagcaacgca tcgttatacc agattacagt gcagtcatct ttacggcccg
     1141 cacggctgtt gaccattttt ttcacctgtg caaagaatta cgcatcgttg ttcccgaagc
     1201 gatgaaatac ttctgcatga cagaagccat tgccgtctat ctgcagaaat acaccgtcta
     1261 ccgaaagcgc aagatcttct tcggagccac tggcaaaacg gacgatctga ttaacctcat
     1321 cgtgaagcat ccgaaagaaa agtacttact ccccgcctcc gatatccata aagacgacat
     1381 ctctgaggca cttacggaaa agaagatccc gtgcaagaca gccatcatgt atcgcaccgt
     1441 ctgcagtgag ttctcgaaag acgaatcgtt tgactacgat atgcttgtct tctttagccc
     1501 atccggcatc tcatcgttga tgaagaactt cccccaattc aagcaggacg gcattcgcat
     1561 cggatgtttc ggcgccacta cagcaaaagc agccctcgac gctggactcc gcctcgacat
     1621 cgaagcgcct acgcccgaag cgccctccat gaccgccgca ctggagcaat acttaaagaa
     1681 gcaactggaa aacgacggcc cgcaaaacga cgaatgacaa cgggtgagac gaaaaatcaa
     1741 ctccccaaaa gggagcgact ttatctgaaa agagatcttg aacgactgtt cgctagcggg
     1801 cagtcgttca ttgcatatcc ccttagggtc gtctactgct cggagccagc cacggaccgt
     1861 gcgcccggag tagccatcct ggccagcgct cccaaacgac gcgtgcgcca tgccgtcgat
     1921 cggaaccgca ttaagcgact catccgcgaa gcctatcgca cccgcaagac gcccttgacc
     1981 gaacgctgcg cccttcatgg ccgatacctg cacatcggct tcatgtacgt cggcaatgac
     2041 ctgcccacgc atgcggccat cgaaaaggcg atgcacaagg ccgtcagcca gatcctacaa
     2101 aaaacgacat gatccgccgt ctcctcaccg gcctcctcct cctgcccatc tacttctacc
     2161 gcagctgcat ctccccgctg acgccgccca gctgccgcta cacccccacc tgctccgaat
     2221 acgccatcca ggcgcttcgc cgtcacggcc ccttacgcgg atcgtggctt gccattcgcc
     2281 gcattctgcg ctgccaccct tggggcggaa gcggctatga tcccgtgccc tgatcccgct
     2341 ccccatgcga ctttacgacg ttcacaccca tcgtccgccc gctgacctca ccacgcccgc
     2401 cgtggtcagc atcgacgcca gtgagccctt cgagccacgg cccgggggat gctatgcggt
     2461 gggcattcat ccctggcatg ccgcggcgga tcgccttccg ctgttgcgac tccgggccgc
     2521 ccatccgcag gtcgtgatga tcggcgaggc cggcctcgat cggttggctg aggcgccgat
     2581 gtcgctgcaa atcgagctct tcgaggcgca ggttaggctg gccgatgagc tgcgtaaacc
     2641 gctgatcatc cattgcgtac gtgcttgggg cgaactgctc gatgtcagaa aacgccttcg
     2701 cccggatagc ccgtggatcg tccacggctt tcggggcaag tcgcctttgg ccacgcaact
     2761 ccttgacgct ggcctcagcc tctccttcgg cctcctgcac cgccccgacg ccttgcggac
     2821 gacttgggac cggcgtcgat tgttcgtcga aacggacgat agtcctactc cgatcgtcga
     2881 agtttacgag cgcattgccg gggaactaca cgtctccgtc gaatcgttgg cgcatgatgt
     2941 agagaaacga ttcgcggcgc tcttccctta aaatccacct tgtttcccca tttcagcggg
     3001 agtcaatcat cgcaaagcat ttgccttgca ataaattact ccggtaagta ttcgcaaagc
     3061 atttgccttg cgataaatta ctccggtaag tatttgcaag tcaattgcat tgcaacaaat
     3121 tactctggta agtattcgca aaccatttgc cttacgacaa attacttcgg taagtatttg
     3181 caaagcattt gcattgcaat aaattactcc ggtaaattat cgcaaatcac ttgcattgca
     3241 ataaattatt ctggtaagca gtcgtaaatc atttgcattg cgataaatta ctccggtaaa
     3301 ttatcgcaaa tcacttgcat tgcaataaat tattctggta agcagtcgta aatcatttgc
     3361 cttgcgataa attacttcgg taattattcg caaagcgatt gcattgtaat aaattactcc
     3421 ggtagatgat cttacggtat atgctttgcg atgaatgacg cagtcgtttg tttttacgta
     3481 gcctgttttg aaacctctgc tcaacgaagt ttttccggat cattgtgcag gagaatgtac
     3541 gaatggcgat gttgtggaac ggcggcgtga aacaaacgaa agtccatgac cggagagggc
     3601 aaacggcttg cagggcgcat gactccgcgg tttggtgaaa agagatactt ttgctctccc
     3661 tccaagcgga gggggacgaa cagcggagaa tagaatgata caacaaaccg aatacaatca
     3721 atttcagaag tttctggcca aaacgagcgg aagttttcat gtgcttgagc atcagattcc
     3781 ggtggagcga caaatggagt acttccattt ctcgaaccgg atcaagcagg agaggatccc
     3841 gtggacagcg ggcgacctcg aagcatttga aatagacctc tataaccccg aaacgacgga
     3901 agaatacaag cggcgaatcc tggccatctt cgccatctcg ggcgacgtga cggcctaccg
     3961 acggttggag cgttacgcac ggctggccga gcctgacatg cgcgattggg cttacatggc
     4021 gctcatggaa gggcgcatca ttctggagtc ggaactctct gacgaaaagc agatttatat
     4081 ctccacaggc ctgggcggca aggggcagaa gttgcgcttc tacctgcttt tccctgcggc
     4141 ggagggcatg acgatcgagg gctatcggag agatgtggtg gagcgagagt tcaacttcgc
     4201 gcttcggcag gccgattggg acatcgaacg cctgacgata catccggact acgctgaact
     4261 ggtggtgctg ctgccccttc gtgcggacct gaaggccgtg ctcgacgggg tgctcaagga
     4321 gtgcaaccag tatggcgact ttctggccaa aacgtacacg atttcgaata tgaaggagat
     4381 gaacgaggag gagatccgcg ccaccatccg cagcagtcgg gggaagaact ttttagacga
     4441 agaacaatga cacggcgcct atcaatcatc gtcccctgtt ataacgagga ggctgtgctg
     4501 gccgagtcgt atcggcgcac gcgggctgtg atcgaccgtc tgccctgcga gggcgagatt
     4561 atttacatca atgatggcag tcgagacggt acgcgcaaca tgctgaacga gttagccgac
     4621 gaagatccaa gggtgaaagt gctccacttc tcgcgcaact tcggccatca acccgccgta
     4681 tcggccggca ttcaccagtg caccgccgat tgggccgtga ttatggatgc cgatctgcaa
     4741 gatcctccgg agctgatccc cgacattctg gccctcagcg aacgcgaagg cgcaaacagc
     4801 gtctactgcg tccgccgatc gcgcgaaaag gaaacgctct tcaaacgcct ctccgcacgc
     4861 ctgttttatc gcaccatgaa ccgcatgagt gaggtgcaat tcccgctcga tacgggcgat
     4921 ttccgcctca tcgatcgcaa aatcatggac cagttcaagc gcttgcccga gcatgggaag
     4981 tacattcgcg gcctcatcag ttggatcggc ttcaagcagg tgcccttcta ctacgaacgt
     5041 aaggcacgcg tggcgggcga gacgaagtac cccttgagca aaatgctccg cttcgcctcc
     5101 aacgccttgt tgtatttctc caaaaagcca ctgcgactgg cctcgagcct cggattcctg
     5161 gccgtcatcg tggggctgct gctagccctt tggaccctct tgggcaagat ctgcggtttc
     5221 agtcacgccg aaaccggatg gagctcgatc atgaccgcca tcatcttttt cggaggtgtg
     5281 caactgctca cgatcggcgt actcgggcaa tacattggcg tcctcttcga cgagatcaaa
     5341 aaccgcccgg aatacatcat cgacgaatgc cgtaactgca ctgattcata acctccgacc
     5401 gtcaccgagg accgtcgttt ctcctcgatc tggacaggaa cgtccgactt gtaatacata
     5461 caaaaaacac taatgtgatc aatttcgtcc cttatggagt tgcgtattca aagaatcctc
     5521 ttcttctttg cccctgcatt cggaaagggt aatgcgttat acgaacaaaa caatcggcat
     5581 ttatcccccc tcttcgatgc catacattat aaatgaagaa aactgaatga agaagaagat
     5641 tacacgacta tgtgcgaccg tcctactgct tagcgcaggg atcgcgttcc ccactgtcat
     5701 acaagcacag cgcgtgaaca cgttcacggt tgaacaacaa gcccgaatcg acgctctcaa
     5761 acaaggatat atcaagaagg gtgttccggc tcattgggcc gagaaacgcg ccacaatgat
     5821 cgttgagcag gagagtaaag cgcagttgcg tgcctctgta agacccgcta ccccgaatac
     5881 agggagtata aagattgatc gtggctctac gcctgggtca tactcttcct atcatacagc
     5941 tgccacgcag gatgcttatg cggattattt ggtgaagcat gttttgctca ataatccagc
     6001 tgcagttaca gcgattagta atgtccattt ctttggtgta tatggtccga ctgaccagcg
     6061 atcattggcc tattttgagt atgagggtac tgattttccg attgataagg ggcttatcct
     6121 tgcaacaggt gatgtgaatg gagttgctgg tcaatctcca gaagggccaa atgatattgc
     6181 cggtggtgca ctgtctgcga atggtggata ttcaatggct ggagatcctg atttgacacc
     6241 tttggtgaca ccaaatcatc cagatgatgg aagtattctt gtgtttgatt ttaagccatt
     6301 caaaccggat gtgtcatttg acttcatctt tgcctcagaa gaatatccgc agttttctaa
     6361 tacgggtttc aatgacatct ttggcttctt tgtgacagaa ctcccttcag gtgcgccgtt
     6421 taatattgcc tattttcctg atgggcatac accggtgaca atcaataatt cgaactgggg
     6481 taatatctct tcaagtgaca atgatgctac gcatttagga gcaccacttc cagataaggt
     6541 taattcccag tggcacgtac ccatttatca aggaagtccc gttatggagt atgggggtcg
     6601 aacgattaaa ttgacagcga aggcaaacgg tttatctacc tccaagacgt atcgtttagc
     6661 tctaaagatt gctaatgtta atgatcagaa ttgggggtct gctgtattcc tctccaatct
     6721 tgacttgggt gcacctcaag tgggtttgga tgccccttat atgggtgctt ggaatcggga
     6781 atgggacgaa caaggtaaag atcatctcta tacagattgt atccagacac taaaactggg
     6841 cttcctccct gcggcatttg atcgtaaact cgttctttct tatatgggta ttgcttcaaa
     6901 agagaacatt agaaaggcgg atggatctcc gttgcccgat acattagatt tgaaagcaaa
     6961 cgaggagctg atcaccttcc ctattaagat cttgcctgtt cccgctgcgg ataacggaaa
     7021 agaaggtgca attaaggctt gtatcgtaag tggagattgt gatacggtga tgaataagac
     7081 caccaaacac ttcttcaagt tcttcaatgg cattcagacg aacattgact ttgtggcacc
     7141 atcaccgaaa taccccggtc gattcaaact gaacattact ggaggttcga ataaggtcta
     7201 tcgaagtatt gataacggct tacattggga gttcgctcgt gatacagcta cgggtgagga
     7261 acgtcctttc acccacgatc agatggagta cttcttggcc agcgatcgta atatttggct
     7321 gcgtgagccc aatgcgtgtg cacaggtgca gttcttccac ttcacaaagg attctttagc
     7381 tggacctgtt cagccaggaa tatcacgaca ggtaattatg cccgaagtgc caggtttggt
     7441 ttcgagctat gctccgggaa tccattacgt gaattcaggt agcgatctta ccttccgagt
     7501 gatgcctacg ggtgcgaatg ccggtaaggt tcctgtggtc gagacaggca gaaagtctat
     7561 ccccgacaaa cagggtgtac gcgtggtcag caatggcgat ggcacctata cggtaacgat
     7621 ttatagggtt cgtgaagcga tcgatctcag aatctcgttt gctgctccga atagcaatgt
     7681 ggaggctgac ggtacgtcaa tctacaccga gcgtgagacc ctctatgtaa cgagtcccac
     7741 ggccaacacg gccaaagtgt acaatgtgag tggtgtgctc gtacgcacgc tgaccctctc
     7801 agccggcgag acagttcgca cggcactccc tgcgggcttc tatgtggtgg ccttggggaa
     7861 tggtaatacg cataaagtga ttgtgaagta agcgatcccg cttactgaaa agagataaga
     7921 gttgagtctg taaagatttt agtttcatag ctttttttgt gggaggccct ggggcgtgat
     7981 gtctcggggc ttctattttt tgtataccta cctcagcacg aaaaggggga ggcgattgcg
     8041 acgtgtgacc ccaaaataaa agaggctcgt aaggcgatga tgcttacgag ccttcttgct
     8101 atttatgtat gtgggaggag tctatcgtcg ggcgaggtaa cgctccagtc cttcatggcg
     8161 caggcgacaa gcgggacaat gtccacaacc gtcaccaagg acgccgttgt aacacgtgag
     8221 ggtctcgcgg cggacaagat cgaagatacc gaggcggtcg gagagagccc agacgtcggc
     8281 cttgtcgagc cacatgagtg gcgtatggat gacgaactgt gcatccattg ccaggttgag
     8341 cgtgacgtta agcgagcgga caaacgtgtc gcggcagtca ggatagccac tgaaatcggt
     8401 ctcggagacg cctgtaacga ggtgacggat gccacgttcg gcagcgtaga cagcggccat
     8461 actcaagaaa aagagattac gaccgggcac aaacgtgttt ggtgggccct ctgcgggctt
     8521 ctcgctgtcc atgagtatgc gggtgtcggt gagggaactg ctgccgaggg aggcgatgaa
     8581 agacgcgtcg agcacgtccc acgctacatc tgccgtgcgg gcgatacgtt gcgccacgtt
     8641 gacctcctca cggtgctttt ggccgtatag gaaggtcagc gcacggacct ctgcgaagtg
     8701 ttccttggcc caaaagaggc acgtggtgga gtcttgtcca ccactgaaaa cgacgagcgc
     8761 agcgtcgtga cgtgtaccgg ttttcatagc tccttaatct tccatacgtt gtatgagata
     8821 ccctcgtcgt aggtgtcggt ctcgtcgacg cgcttgatgt aatgcaccac gcggatggtg
     8881 acgggcagga tgaggatctc gtagagcgtc ttgagcagtg cctgcacagc aatcatcttc
     8941 agtagctcat cggccgggat gataccgccg aaagcgatgg ggaagaagag gagcgagtct
     9001 gcactttcgc ccaccaacgt ggagaggata gcgcgcgctg agaagttgcg gcctgcagac
     9061 cggatcttca tgcggctcat cacataggcg ttgaggaacg acccaacgag gaaggccagc
     9121 aggctggctg cggcaatgcg tggagcgagt ccgaagacga aattgaaggc ctcctcgccc
     9181 tcccaaaacg gtgcggcggg tagcatgacg gctacgcggc tgaggatgat aacgaggaag
     9241 ttcatcgcaa agccgagcca aatgatgagg cgtgccttgc ggtagcccca gacttcggcg
     9301 atgcagtcgt tgatgatgta ggagatgggg aagacgagca gtccggcagt gacggagagg
     9361 atgtgcccgc cgggcatttg ccaaagcctc acgactttgg tctctaacag gttggacgct
     9421 acgaggcagg tgcagaagag cacgccgagc atcatgaagg atacggatac tttacttttc
     9481 atctatcttg tttttaacgt ggtgttcaag cacacggggg gagaggcgtc gtatggctgc
     9541 ctatcggaga tcgctgccac tccctgcgcc gcaaaccatc gcggcgggcg caaaagtagg
     9601 gaaacggggc tacggaagga agagagtgcc tcccttggac ggtcgtcgga gctctgaacc
     9661 ctgagggttt tgcccttgga cggtcgtcgg agctctgaac cctgagggtt tggcccttgg
     9721 acggtcgtcg gagctctgaa ccctgagggt tttgccctcg gac
//
LOCUS       SEQF2637|AYYD01000985.1  201 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..201
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gatntncata cgccggtgng cctatacctc aagttacgcg acctctatcc gcaatcggtg
       61 ctgatggaga gctcggatta tcacgcgggc gagaactcgc gttcgtttat tgcgctccgt
      121 ccgctggcga gcatcgccat caaccgcggc acggccaccg tgacactgcc cgacggcgcc
      181 cgcgaggagc acacgctgcc c
//
LOCUS       SEQF2637|AYYD01000986.131082 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..31082
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(362..1735)
                     /gene="hisS_1"
                     /locus_tag="SEQF2637_00954"
                     /EC_number="6.1.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8YMC2"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine--tRNA ligase"
                     /translation="MAQKPSIPKGTRDFTPVEMSRRNYIFETIRQVYHLYGYRQIETP
                     AMEQLSTLMGKYGEEGDKLLFKILNSGDFLSAITDDDWKEKSLPKVSARISEKGLRYD
                     LTVPFARFVVQHRSELTFPFKRYQIQPVWRADRPQRGRYREFFQCDADVVGSDSLLCE
                     VELIQIMDEVFRRLGINVVIKMNNRKILAGIAEVIGEAERIVDITVAIDKLDKIGREG
                     VIAELRTKGISDSAIDRLQPVIDLRGSNREKMAALRSVLEGSEAGIRGVEETEYILDR
                     IEPLPLKAHLETDLTLARGLNYYTGAIFEVKALDAEIGSITGGGRYDNLTGVFGMAGL
                     SGVGISFGADRIYDVLNQLDLYPEDTLRTTQLLFVHFGEREANYLLPLIARVRAAGIR
                     AELYPDAAKMKKQLGYADANAIPFVALVGEDEMSTGRIQLKDMRSGEQRAVTLDELIA
                     TLSESHN"
     CDS             complement(1737..2438)
                     /locus_tag="SEQF2637_00955"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITSSTALYWVIFIGIAALSWLVSSRLKSKFEKYSQVPLPGGLT
                     GREVAERMLRQNGIEDVRVTSVDGHLTDHYDPTKKTVNLSDSVYASNSIAAAAVAAHE
                     CGHAVQHACAYAPLKLRSRLVPIVSFSSNIVQWVLLAGMLLIKTFPQLMLIGIVMFAL
                     TTLFSFITLPVEIDASRRALAWLKTSGLTSRETDSMARDALQSAAYTYVVAALGSLAT
                     LLYYILIFTSGSRRD"
     CDS             complement(2604..3869)
                     /gene="purA"
                     /locus_tag="SEQF2637_00956"
                     /EC_number="6.3.4.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHN3"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylosuccinate synthetase"
                     /translation="MKVDVLLGLQWGDEGKGKVVDVLTPKYDAVARFQGGPNAGHTLE
                     FGGERYILRSIPSGIFQGGKTNIIGNGVVIDPLLFKEEAEALANHGHNLKQQLMISKK
                     AHLIMPTHRILDLANEAAKGSGKIGTTGKGIGPTYTDKISRNGLRVGDLLENFDEKYS
                     AAKRRHENMLRAMNFEYNLIDLERPWLEALDYLKGFRLVDSEHEVNAMLREGRSVLAE
                     GAQGTMLDIDFGSYPFVTSSNTICAGCCTGLGVSPRNIGEVYGIFKAYCTRVGSGPFP
                     TELHDETGEAMCERGHEFGSVTGRRRRCGWIDLVALRYAVMIDGVTQLIMMKSDVLDT
                     FNVIRACVAYRVDGVETDRFPFDLSKAEPIYAELPGWRTDMSRMKSEDEFPEEFNAYL
                     TFLEDELGVPIKIVSVGPDREQTIIRYNE"
     CDS             complement(4245..4748)
                     /gene="fur"
                     /locus_tag="SEQF2637_00957"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C631"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric uptake regulation protein"
                     /translation="MDNAVDTYAFEPAKESFARFLTERGMRKTTERFTILEHICRIRG
                     HFDVEMLLRQLDEAHFHVSRASIYNTLELLMDARIVVRHQFSSQLVQYELQAAAATHH
                     HAICSYCGAVQEVKDDRLTRELAHRRIPKFTYDCHSLYIYGMCSKCKFRMRMSQRKAA
                     EAAKGKR"
     CDS             complement(4784..6814)
                     /locus_tag="SEQF2637_00958"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTSLLTVGAHVATAANDEHPKIDYTVDRFADIEILRYEVPGFE
                     ELSLQQKQLLYHLSEAALMGRDIIFDQNCRYNLAIRRALEAIYREYRGDRGDAQFKAL
                     ETYLKRVWLANGIHHHYGEDKFEPAGFTADYFAKCIRSLDPKHVPVRKGQTVDAWLKE
                     ITPVIFDPKVMPKRTVQSGSGDLLLASANNYYEGGVTQQEAEAFYAAMRTPNDSTAPS
                     YGLNSRLSKSADGKLTEKVWKVGGLYTEAIEHIVDELQKAEQFAENAAQRAVIEKLVE
                     FYRTGDLKTFDAYAILWVKDTASEVDFVNGFTESYGDPLGMKASWEAIANFINRKATK
                     RTRIISDNAQWFEDNAPMDPRFRKKKVKGITAKVITVAMLGGDCYPTTPIGINLPNAD
                     WIRKDHGSKSVTIENITEAYDKASLGNGFREEFVWNDAEHARIDKYGFITDNLHTDLH
                     ECLGHASGQLLEGTDPNALGAYSSTLEEARADIFALYYLADPKLIELGLLSDPEAYKA
                     EYYKYIMNGLMTQLVRIQPGNDIEEAHMRNRQLIARWVYEKGRADHVVDFAKRDGKTF
                     VVVNDYGKLRGLFAELLAELQRIKSEGDFEAGRKLVEDYGVKVDRALHEEVLARYARL
                     NLAPYKGFVNPVMKPIRDAQGKVTDVTLDYSEDYADQMMRYSREYSYLPTYN"
     CDS             complement(6989..7975)
                     /gene="glcK"
                     /locus_tag="SEQF2637_00959"
                     /EC_number="2.7.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54495"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucokinase"
                     /translation="MDKPYVIGIDIGGTNSVFGVVDTRGNVLYNGSIKTGKYEDVNDY
                     VRALGEGLQAVIRSAGGRDKIKGIGVGAPNGNYFNGCIEFAANLPWKGKVPLAQLISD
                     RTGGIPVTLTNDANAAAIGEMTYGAARGLKDFIVITLGTGVGSGIVCGGNLVYGHDGF
                     AGELGHTTVRRENGRLCGCGRHGCLETYASATGVARTARELLTMRTDASLLRALEPDK
                     ITSKDVFDAAVQGDKLSIEIFDITGEILGEAFANFVAFSSPEAIILFGGLSKAGDLIM
                     EPVKRSMEAHMLKVFQGKTRLLFSQLKESDAAVLGASALGWEAKDEPMDALV"
     CDS             complement(8113..8379)
                     /locus_tag="SEQF2637_00960"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVILSAAIAAAMTFGVALSASAQDVKKEGQQTEQKSCCSKDK
                     DKKHCDKAGKKDCKAADKKSCCKDKKDGKQCNKAKTEEAKKEVQ"
     CDS             9238..10566
                     /gene="ffh"
                     /locus_tag="SEQF2637_00961"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37105"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal recognition particle protein"
                     /translation="MFENLSDRLERSFKLLKGEGKITELNVAETLKDVRRALLDADVN
                     YKVAKQFTDTVKTKAMGQNVLTALKPNQVMVKIVHDELATLMGASASELELKGQPAVI
                     LMAGLQGSGKTTFSGKLAGMLRSKKGKKPLLAACDVYRPAAIDQLHVLGEQLGVPVYS
                     ERENKNPVEIAEHAIAEARRTGRDLVIIDTAGRLAVDEQMMQEIAAIKQAINPDETLF
                     VVDSMTGQDAVNTAKEFNDRLDFSGVVLTKLDGDTRGGAALSIRTVVDKPIKFIGTGE
                     KMEALDVFHPERMADRILGMGDVVSLVERAQEQYDEAEARRLQKKLAKNQFDFNDFLG
                     QIQQIKRMGNLKDLAAMIPGVGKALKNIDIDENAFKGIEAIIYSMTPEERTNPSILNG
                     SRRQRIASGSGTSVQDVNKLIKQFDETRKMMRMITTAKPSSRMAAPFRRK"
     CDS             10596..11501
                     /gene="folD"
                     /locus_tag="SEQF2637_00962"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A697"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional protein FolD protein"
                     /translation="MEEHSYQLIDGKAVAEQIKKELAAEVEKIKQDGRKAPHLVAILV
                     GHDGGSEAYVANKVRNCEEIGLRSSLIRFEDDVTEQALLDKVNELNADDDVDGLIVQM
                     PLPKHISSQRVIEAIDYRKDVDGFHPINVGRMSIGLPCFKPATPAGIIELLRHYEIPT
                     KGKHCVILGRSNIVGKPMAMLMMQKDNPGDCTVTVCHSRSENLREMCLSADIIIAALG
                     VPEFLKGDMVKEGAVVIDVGTTRVPSSVTKSGYRLMGDVAFHEVAPKCSYITPVPGGV
                     GPMTIISLMRNTLLAGKKAVFGKEE"
     tRNA            11578..11652
                     /locus_tag="SEQF2637_00963"
                     /product="tRNA-His"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-His(gtg)"
     CDS             complement(11774..12685)
                     /locus_tag="SEQF2637_00964"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEVHPVRAFRLFSWCPCRTSARALFSILAFAELLQGRFSPFRC
                     LQNFCKRPFPHFGVCRTSARALFSILAFAELLQGRFPPFWPLQNFCKSPFLHFGVCRT
                     SAKALFSILAFAELLQSPKSFSWHLQHSCRGQKVFRGICSIPAEAKKFFEALAGLPQT
                     PKSSPRHLRDSRKRQKVLRGTCGIPANAKKFSEALAGPPQTPKSFSRDLRDSRKRQKV
                     SRGTCGTPANAKKFSEALAGLPQTPKRFPRDLRDSRKRQKVFRGTCGAPANAKKFFGG
                     LAGLPQTPKSFSRDLRKFRKDLFLDRG"
     CDS             complement(12769..14991)
                     /gene="norB"
                     /locus_tag="SEQF2637_00965"
                     /EC_number="1.7.2.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q59647"
                     /codon_start=1
                     /transl_table=11
                     /product="Nitric oxide reductase subunit B"
                     /translation="MWLGATVAASFLVLIIFGVEIYRTAPPFPTKIVVSDGEVLYEGQ
                     DIKDGQNVWQSMGGQTVGSIWGHGAYIAPDWNADYLHRETEMLLDLLAQKDGKTYKDL
                     PEDEQAKYLVQLRKELRTNTYDAASGVITFSPERAQVARALADYYTKLFMDDPSMDHV
                     RKSYAIPKGAIKDPARMAQMNAFFTWTTWVCSTNRPGSDVTYTNNWPYEPVIGNKPST
                     SLQMWSGFSVLMLLFGVGLLVYYHASNKEKEENDRLPASDPMRGLKPTPSMRATLKYI
                     WIVSLLILVQMVAGVITAHYGVEGGGFFGLPLDLILPQAISRSWHVQLAIFWIATSWL
                     ATGLYIAPAVSGQEPKYQRLGVNVLFIALLIVVLGSLAGQWFGVMQKLGLVENFYFGH
                     QGYEYLELGRFWQALLLVGLFLWLFLMVRALLPALRRRDESRHLLVLFVLASIAIAGF
                     YGAGLMYGRQTHMAIAEYWRWWVVHLWVEGFFEVFATVVAAFLFSRMGLLRLKVASVS
                     VLFSTIIFLAGGILGTFHHLYFSATPTAVLALGATFSALEIVPLVLIGYEAYHNYSLS
                     RSTPWIKAYKWPIYYFIAMCFWNFLGAGIFGFAINPPIALYYIQGLNTTAVHGHAALF
                     GVYGILGIGLILFVLRGLYPDREWNDKLLGWSFWLINIGLLVMLVGSLLPIGILQAVE
                     SIQNGYWSARSMEFMQTDTMQAIRWLRVPGDSLLAIGELLLVYFIIGLHTGWSLKGKR
                     "
     CDS             15272..16285
                     /gene="pta"
                     /locus_tag="SEQF2637_00966"
                     /EC_number="2.3.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39646"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphate acetyltransferase"
                     /translation="MNLIQSIVDRAKANKQRIVLPEGTEERTLVAADRLVADGVADII
                     LIGEPNDIRKEADRLGLKHINGARLLDPKNHEKKQTYADLLLDLRRAKGMTPEKAAEL
                     VEDPLYLACLMIKAGDADGEIAGARNTTGNVLRPALQIIKTTKGISCVSGAFLMFVKD
                     PSYGREGILIFADCAVLPDPTAAELAQIAVSSAATARAMLGIEPRVAMLSFSTKGSAS
                     HERVDKVAEATRLARELDPTLQVDGEMQLDAALVERVAALKAPGSTVAGHADVLVFPS
                     LEAGNIGYKLVQRLGGAEAVGPILQGMAAPVNDLSRGCSVDDIYRMVAIACNQAIALK
                     NQK"
     CDS             16305..17507
                     /gene="ackA"
                     /locus_tag="SEQF2637_00967"
                     /EC_number="2.7.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYB1"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetate kinase"
                     /translation="MKTLVLNCGSSSIKYKLFDMTSGEVMAQGGIEKVGLPDSFLKFT
                     DKNGEKVILEKAIPDHTVGIAFILDTLTDAKYGCLKNFKDIDAVGHRVVHGAEKFASS
                     VLITKELLEKVKECTPLAPLHNPANLKGIEAIEKIMPGTPQVAVFDTAFHQTMPDYAY
                     LYALPYRMYKDYGVRRYGFHGTSHRYVSRRACEILGVPYESQRIITAHIGNGASITAI
                     KGGKSIDTSMGMTPTEGLMMGTRSGDVDPGALPFIMHKENLDADGLAELLNKKSGMAG
                     FSEISSDMRDIEGAIESGNKRAALALAIYDYRIKKYIGAYAAALGGLDILVFTGGVGE
                     NQDSTREVVCRDMEFLGLEFDAEKNRGVRGREVVISKPSSRVKVLVVPTDEEYMIASD
                     TCEILKGK"
     CDS             17763..18443
                     /gene="trmD"
                     /locus_tag="SEQF2637_00968"
                     /EC_number="2.1.1.228"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6GHJ5"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA (guanine-N(1)-)-methyltransferase"
                     /translation="MRIDILTVLPEMIDGCLNCSILRRAQDRGLAEIYLHNLRDYTTN
                     KWRRTDDYPFGGEAGMVMQIEPVDRAISALQAERTYDEVIYTSPDGQRFDQPMANRLS
                     LLQNLIILCGHYKGVDYRIREHLITLEISVGDYVLTGGELAAAIIADATVRLIPGVIG
                     DEQSALSDSFQDGLLAPPVYTRPAEYKGWRVPDVLLSGHERRIAEWRLQQAQERTERL
                     RPDLLREE"
     CDS             complement(18764..19567)
                     /gene="mkl"
                     /locus_tag="SEQF2637_00969"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WQL5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ribonucleotide transport ATP-binding
                     protein mkl"
                     /translation="MIEIEHLVKSFDGRVVLNDISAVFETGKTNLIIGRSGSGKTVTV
                     KSIIGLLKPDSGRVLYDGRDLLSMNKSELKHLRRETGVLFQGSALFDSMTVLENVLFP
                     LDMFSRETARERERRALSCLERVEISHARDLYPSEISGGMMKRAAIARAIALQPKYLL
                     CDEPNSGLDPKTSLVIDRLIHSITQEYNMTTIINTHDMNSVMNIGENIIFISEGRKEW
                     QGTKEQVISSGNKALNDFIFASDLLRKASELQELEEETGVMPTRKFPPE"
     CDS             complement(19564..20310)
                     /gene="mlaE"
                     /locus_tag="SEQF2637_00970"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64606"
                     /codon_start=1
                     /transl_table=11
                     /product="putative phospholipid ABC transporter permease
                     protein MlaE"
                     /translation="MIKALQQVGEYVLLMRKALTPPTRWSMFFKQLVREIYKLGVDSI
                     WIVVIISIFIGTVIAIQISLNISSPLIPKFTIGYTTREIILLEFSSSIMCLILAGKVG
                     SNITSEIGTMRVTEQIDAMEIMGVNSANFLIMPKITGMMMFIPVLVFFSMTTGILGGV
                     FASHVVSGMTPASFEFGLQYYFNPFYIWYSVIKSVVYAFLISSISSYFGYNVKGGSLE
                     VGKASTNAIVISSVMILLADVILTQIMLTK"
     CDS             complement(20407..21132)
                     /gene="mhqN"
                     /locus_tag="SEQF2637_00971"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96692"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative NAD(P)H nitroreductase MhqN"
                     /translation="MTLEEILRTRRAVRRYTDEAIDADTVRHCIDLARLAPTSSNMQL
                     WECYHITDPDTIRRLVPACLDQTAVSTAQQLVVFVTRRDLFRRRAAAALAFERGNVAR
                     NSPADRQAHRTKRWELYYQRVMPFLYGNAFGLLGLLRKTLVMAVGLFRPITRQVSEAD
                     MRVVVHKSCALVVQTFMLAMTDAGYDTCPLEGFDSLRVKRILRLPRRAEVNMIISCGI
                     RDEGRGVWGERFRVPMEEIYHRI"
     CDS             complement(21296..21934)
                     /locus_tag="SEQF2637_00972"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKPLLITLAALALLTGCSERKAEQAPAATPNEPVMVPSNEPEP
                     GPVVMEFDKTQLRREITIAVLSIQSIRDAWELVEAMTQGGKRKSKHLVEMMDALPDFS
                     KGDLSGSGSDCSLTEIRRLIESGQTRAASAKWRSRLLYMASQLKDYTIPDALSGSVKV
                     GEDTYVYECDSTGRVFHLTDDEGFNDFVSNGEREVPQSFYNLAKTVMSESAE"
     CDS             complement(21952..22827)
                     /locus_tag="SEQF2637_00973"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLDGRRESTNVEDRRSGGGMSGGGKASLGIGGMIIVALLTWVM
                     GGNPLEVLQGGVGGGEADDASPQKEYVQSEEEAALFSFTKKVFASTEDVWTELFKAEG
                     LEYTQPKMVIYRNSTRSGCGQASSSTGPFYCPADQTVYIDLSFFDEMERSLGAGGDFA
                     YAYVIAHEVGHHVQYLLGNIERVNRETARLGKKEGNRLSVRLELQADYLAGVWANHEN
                     ERWKSLQDGDLEEAINAASQVGDDRLQKAAGGSVVPDAFTHGTSAQRMRWLKRGYQSG
                     KLRGGDTFSVPYDEL"
     CDS             complement(22957..24060)
                     /gene="ychF"
                     /locus_tag="SEQF2637_00974"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37518"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-binding ATPase YchF"
                     /translation="MALQCGIVGLPNVGKSTLFNCLSNAKAQAANFPFCTIEPNVGVI
                     TVPDERLTRLAELVHPARIVPTTVEIVDIAGLVKGASRGEGLGNKFLANIRETDAILH
                     VLRCFDDANVVHVDGSVDPVRDKEIIDAELQIRDLETVESRIAKVQKQAQTGGDKQAA
                     LAYGVLARYKEALEQGRNARSVTFDTKDEQRVARDLFLLTNKPVLYVCNVDEASAASG
                     NAYVEQVREAIKDEGAELLVVAAKIESEIAELDTYEERQMFLAEAGLEESGVNRLIKA
                     AYRLLDLETFLTAGPDEVRAWTYRRGSKAPQCAGVIHTDFEKGFIRAEVIKYDDFIQY
                     GSESAVKEAGRMHVEGKEYVVQDGDIMHYRFNV"
     CDS             complement(24060..24362)
                     /locus_tag="SEQF2637_00975"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFEPFRPLGNLKTTCLSFSDPSGRMRPPAQFAGYGLLRCSAGGR
                     SRPDASEGGTNIHDKVFPAHPAYLCGRLSGIGMRCERSDTMSDYYLLLRDYSNYYL"
     CDS             24629..25660
                     /gene="wbbL_1"
                     /locus_tag="SEQF2637_00976"
                     /EC_number="2.4.1.289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMY3"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylglucosaminyl-diphospho-decaprenol
                     L-rhamnosyltransferase"
                     /translation="MKVSVILLNWNGRKLLEKFLPSVVAHTPSDVAEVVVADNGSTDD
                     SVAMLRERFPGVRLILLDRNYGFAEGYNRAIEQTTAEYTVLLNTDVEVTPGWLTAPLE
                     ELDADASVAAVQPKLLSRRDRSFFEYAGAAGGWIDRYGYPFCRGRVLSVVEEDRGQYD
                     TPADILWASGACLFIRTDVYRRVGGLDARFFAHQEEIDLCWRLRSRGYRLRCTPQSVV
                     FHVGGGTLHTESPYKTFLNFRNNLLMIYKNLPDRELPRVMRLRRMLDYFAALHFLLTG
                     HAKNALAVIRARREFRRLRPEYTPVRAENLRLSTLDPIPEQMNRSLLSSFYLKKKKTF
                     DQLMQEAHG"
     CDS             25653..25775
                     /locus_tag="SEQF2637_00977"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDQDFQPNETTLAAMREAESGVELEELDLDNFDEYIKSL"
     CDS             complement(25946..29191)
                     /gene="tri1"
                     /locus_tag="SEQF2637_00978"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RDE2"
                     /codon_start=1
                     /transl_table=11
                     /product="Tricorn protease"
                     /translation="MKKRHLCTVICAALVAAAHGKADEARLLRFPTTNGNEIVFSYAG
                     DLYKVPATGGEARRLTAHPGYEMFPRFSPDGRTIAFTGQYDGNTEVYTIPADGGEPVR
                     LTYTSTNARDNLGDRMGPNNIVMAWTTDGARIVYRNRISDGFSGRLLTVSRDGGLSEA
                     IPLPEGGFCSYAPDGRRLAYNRVMREFRTWKYYKGGMADDVWIYDPDKKTVENVTHND
                     AQDIFPMWVGDEIYFLSDRDRTMNIFVYNTTTKETKKVTDFKDYDVKFPSTNGRLIVF
                     ENGGYIYRLDPATKKTEKVQITLASDNVYARSAIKDGGNYLRGAGLSPDGKRIVATAR
                     GEIFNLPVEKGVTKNLTRSPGAHDRSGAWSPDGKHIAYISDATGETELWMQPAEGGDP
                     IQLTKNNDTYIRNFSWSPDSRWLVYTDRKNRIRLVDVATKVVTEVMQDPRKEPSDVSF
                     SPDSRWLAYTRMADNQYDIIYVYRIADKQEYAVTDRWYDSGDPVFSSDGRYLVFSSTR
                     DFQPIYGSKEWNHVYGYTNGVYLALLSKDTPSPFLQKDDGAKADRKVEIKVEEGGKKK
                     EAAAEKKSEGVTVKVDGDGLTRRIVKLPLTADGYYGNFYSDGKRVYYVRKGNTYVFDL
                     EKQKEETVAEGAQMWVEPGGKKAGFLKGRQVYVVDISTGKADLKDAVNTADMKITTDY
                     PKEWAQIFDESWRAFRDGFYLENMHGVDWKAIKAKYAALLPYVKNRQDLTYIIGEMIG
                     ELGCGHAYVTTGEIDAPKRVKMGLLGAKISRDKSGFFRIEEILPGETWDPTLRSPLAD
                     PGINAKVGQYIVAVDGVAANTVGDLYALLVGKANVPTELSLNDRPQMAGARRVVIRPL
                     ENEYPLYHYQWVQNNIAKVDKASGGKIGYIYIPDMGPEGLNEFTRYFYPQLDKEGLII
                     DDRANGGGNVSPMILERLSREPYRMTMCRGSIHNGTVPDAVQVGPKVCLINKYSASDG
                     DLFPWGFRALKLGKLIGTRSWGGIVGISSSLPFIDGQDLRVPFFTSYDMQGNWIIENH
                     GVDPDIRVDNDPIKEWNGEDEQLNRAIEEVMNQLKDRKPLPKTPAPRVWNK"
     CDS             complement(29537..30025)
                     /gene="dfrA_1"
                     /locus_tag="SEQF2637_00979"
                     /EC_number="1.5.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11045"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydrofolate reductase"
                     /translation="MITLIAALDEHNAIGLGNTMPWHLPADMKHFRSLTMGHTVLMGR
                     RTFDSLPKGALPDRLNVVLTAQPDLRCPGCLMVHSMDEALEVCHTAGEAFIIGGREVY
                     RQFLPVADRFCLTRVHHVFPEADVFFPDVDWSAWREAERTDRAPDERNPYALTFATYL
                     RR"
     CDS             complement(30096..30890)
                     /gene="thyA2_1"
                     /locus_tag="SEQF2637_00980"
                     /EC_number="2.1.1.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11044"
                     /codon_start=1
                     /transl_table=11
                     /product="Thymidylate synthase 2"
                     /translation="MKQYLDLLDEVLREGTVKEDRTGTGTLSVFGRQLRFDLDQGFPL
                     LTTKQLHLKSIIYELLWFLSGDTNVRYLQEHGVRIWNEWADDRGDLGHVYGYQWRSWP
                     DYDGGSIDQIATIVDDIRRTPDSRRLIVSAWNVADLPRMNLPPCHLLFQFYVADGRLS
                     LQLYQRSADLFLGVPFNIASYALLLQMTAQVTGLRPGDFILTLGDAHIYRNHLDQVRL
                     QLSRTPRPLPRMELNPARSSLFDFRYDDFRLVGYDPHPHIAGLVSV"
ORIGIN      
        1 gcccccgcgc cccgacttcc ttttcttctc ttgatagaag aaaaggaagc aaaagaagat
       61 caaggcgatg atcgccttca agttagccgt ataggtgcaa gggggtgttt gggctttcat
      121 agggtgtgtc tggatgggtg tagggattga tgtgtggttt cattgggtgt atctggatgg
      181 gtacagggag ttgttttggc tttcgcgagg tgtgtctgga tgggggtagg gattgctgcg
      241 tggtttcatg ggatgctggc gatggcccgc agggatccgt gggggcgggc acaaaaaaag
      301 ccggataccg gctcgagacg acgctcggct gatatccggc tggggggatg gggtatagag
      361 gttagttatg gctttcgctg agggtggcga taagctcgtc gagggtgacg gcgcgttgct
      421 cgccgctgcg catgtccttg agctgaatgc ggccggtgga catctcgtcc tcgccgacaa
      481 gggccacgaa ggggattgca tttgcgtcgg catagccgag ttgctttttc atcttcgctg
      541 cgtcggggta aagctcagca cgaatgccgg cagcgcgcac gcgggcaatc agcggcagga
      601 ggtagttggc ctcacgctcg ccgaagtgca caaagagcag ctgggtggtt cgcaacgtgt
      661 cttcgggata gagatcaagc tggttcagga catcgtaaat gcgatctgcg ccgaatgaga
      721 tcccaacgcc ggaaaggccg gccataccga agacgcctgt caagttgtcg taccgaccgc
      781 cgcccgtaat gcttccgatc tccgcatcga gggccttgac ttcgaaaatg gctccggtgt
      841 agtaattgag gccacgcgcc agtgtgagat cggtctctaa gtgggccttc agcggcagcg
      901 gctctatgcg atccagaatg tattccgtct cctccacgcc gcggatgcct gcctccgagc
      961 cttccaatac gctacgcagg gccgccatct tctcccgatt ggaacctcga aggtctatca
     1021 ccggctgcag gcgatcgatg gccgaatcac tgattccctt tgtccgaagc tcggcgatta
     1081 cgccctcgcg tccgatcttg tctaacttgt cgatcgccac agtgatgtcg acgattcttt
     1141 cggcctcccc gatcacctcg gctatgccgg caagaatctt gcggttattc atcttgatca
     1201 ccacattgat gcccagacgt cggaagacct cgtccatgat ctggatgagt tccacttcgc
     1261 aaagcagcga gtcactgccg actacgtccg catcgcattg gaagaactcg cggtatcggc
     1321 cccgctgcgg gcgatcggca cgccaaacgg gttgtatctg gtaacgcttg aaggggaagg
     1381 tcaattcgga tcggtgttgg actacgaatc gggcaaaggg taccgtaaga tcgtatcgaa
     1441 ggcctttctc ggagatcctg gccgagacct tcggaaggct tttttccttc cagtcgtcgt
     1501 cggtgatagc cgagagaaag tcgcccgagt ttaggatttt gaacagcagt ttgtcgccct
     1561 cttcgccata cttacccatg agggtggata gttgctccat ggcgggcgtt tcgatctgcc
     1621 ggtagccgta gaggtggtaa acctgacgta tggtttcgaa tatgtagttg cgccgggaca
     1681 tctccacggg cgtaaaatcg cgagtccctt tcgggattga aggtttctgt gccatgttaa
     1741 tctcttctgc tgcctgaggt gaatatgaga atgtaataaa ggagggtagc caatgagcca
     1801 agggctgcca cgacataagt atatgcggcc gactgcagag cgtcgcgggc catgctatcg
     1861 gtttcccgag aggttagtcc ggaggtcttc aaccaggcta aggcgcgccg actggcatct
     1921 atctcgaccg ggagggtgat aaaactaaac agtgtggtca atgcgaacat cacaatgcct
     1981 atcaacatga gttgcggaaa ggttttgatg agcaacatgc cagccagtaa gacccactgg
     2041 acgatattcg atgagaagct gactatggga accagccttg agcggagctt aagcggagcg
     2101 taggcgcaag catgttggac ggcgtgtccg cattcatggg cagccaccgc agcggcggcg
     2161 atgctgttgc tggcatagac ggagtcgctg aggttgaccg tcttctttgt ggggtcgtag
     2221 tgatccgtca gatgcccatc cacggacgtg acccgcacgt cttcgatgcc attctggcga
     2281 agcatacgct cagccacttc gcgtcccgtc aggcctccgg gcaagggcac ctgagaatac
     2341 ttttcgaact tgctttttaa gcgacttgac accagccagc tcagcgcggc tatgccgata
     2401 aaaatgaccc agtaaagggc cgttgaagag gtaatcattg gttgtagggg ataggtgata
     2461 atactttgtt tggggaatcg tcgaggcaaa ataatagtcc tcacggagga tggaggcgct
     2521 tcgtgacgtc tccgagcttc cggaggacta tgctttttgt ccttcagccc gtgcggttga
     2581 aggcaaaaag aatgccagac ggcctactcg ttgtagcgga tgatagtctg ctcgcgatcg
     2641 ggtccgactg agacgatctt aatgggtacg cccagctcat cctcgaggaa agtcaaatag
     2701 gcgttgaact cctcggggaa ttcgtcttcg ctcttcatcc ttgacatatc ggtacgccat
     2761 ccgggcagct ccgcgtatat gggttcggcc tttgaaaggt caaaggggaa gcgatccgtc
     2821 tccaccccgt ccacgcgata ggccacacaa gccctgatga cgttaaaagt atccaggacg
     2881 tcactcttca tcatgatcag ttgggttacg ccgtcgatca tcacagcgta acgcaaagcc
     2941 acgaggtcaa tccacccgca tcggcgacgg cgccccgtaa ccgatccgaa ctcgtgtccg
     3001 cgctcgcaca tagcctcccc cgtttcatcg tgcaactccg tagggaaggg cccactgccc
     3061 acgcgtgtgc aataggcttt gaagatgccg tacacttcgc caatatttcg cggcgagact
     3121 cccaggcctg tgcagcatcc ggcgcagatt gtatttgagg aagtgacgaa gggataggaa
     3181 ccgaaatcga tgtccaacat cgtaccctgc gcaccctcgg caagcaccga gcgaccctcg
     3241 cggagcatcg cgttcacctc gtgctcgctg tccacaagtc ggaagccctt caaatagtcc
     3301 agggcttcga gccacggacg ctcgaggtca atcaagttgt actcgaagtt catcgcccga
     3361 agcatgtttt cgtgtcggcg tttggcggcg gaatacttct cgtcgaagtt ttccaatagg
     3421 tcgcctaccc ggagtccgtt ccggctgatc ttatcggtat acgttgggcc aatgcctttg
     3481 cccgtcgtac ctatttttcc cgatccctta gcggcctcgt tagccaaatc gagtatccga
     3541 tgggttggca tgatcaaatg ggctttctta gagatcatca gttgctgctt caagttgtgc
     3601 ccgtgattgg ccaaagcttc ggcttcttcc ttaaagagaa gcggatcgat aaccaccccg
     3661 ttgccaatta tgtttgtctt cccaccctgg aatatgccag aggggatgga gcggagtatg
     3721 tatcgctctc cgccaaactc aagcgtatgt cctgcgttgg gtcccccttg gaaccgcgct
     3781 accgcatcgt acttcggcgt caatacgtcg accactttgc ctttgccttc gtcgccccat
     3841 tggaggccta ataatacgtc tactttcatc tgattcattc atttttggga ttatcctaag
     3901 tcattgcaac cccttcgtcg ttcatttcgg ggatcgccag aggtcattga ttcaccttcg
     3961 tcattcattt cggggttcat ccggggccat tgattccgct cattgattct tttcggggat
     4021 catccggagt cgtcgcttcc ccttcgcagt tcatacggag attcatccgg agccattgat
     4081 tccactcatc gatccctttg ggggatcatc cggagtcacc gcttcccctt cgcagttcat
     4141 ttcggggact acctcaactc gttggttcac ctcaccgatt cttgtcgagg atcatccgga
     4201 gtcaccgctt ccccgccaca gttcatgccg agattcgccc gggttcaccg cttccccttc
     4261 gcagcctcgg ccgccttccg ctgactcata cgcattcgga atttgcattt ggagcacata
     4321 ccgtagatgt aaagcgaatg gcagtcgtag gtaaatttgg gaatccgccg gtgagccagc
     4381 tcgcgcgtca gtctatcgtc cttcacctcc tggacggcac cgcaatagct acagatggca
     4441 tgatggtgag tggcggcggc cgcctgtagc tcatattgca caagttggga tgagaactgg
     4501 tgtcggacca cgatacgggc atccatcagc agctcaagcg tgttgtagat ggatgcccga
     4561 ctgacatgaa aatgcgcttc gtcgagctga cggagtagca tttccacgtc aaaatgtcct
     4621 cttatccggc aaatgtgctc caggatcgtg aagcgttccg tcgtcttcct catgccgcgc
     4681 tcagtgagaa agcgagcgaa cgactctttg gccggttcga aggcataggt atcgacggcg
     4741 ttatccatat tcggacgtcg taagggatag gaaaaagaag gagttaattg taagtcggga
     4801 ggtaggagta ttcccgactg taacgcatca tctgatccgc gtagtcctcg gagtagtcaa
     4861 gcgtaacgtc ggtcaccttg ccctgagcgt cacggatagg cttcatcacc gggtttacga
     4921 aacccttgta aggcgccaga ttgagtcggg catagcgcgc gagaacctcc tcgtgcaggg
     4981 cacggtccac cttcacgccg tagtcttcca ccaacttccg acctgcctca aaatcacctt
     5041 cgctcttgat tcgctgcagc tcagccaaaa gctccgcaaa cagcccacgc aatttgccgt
     5101 aatcgttcac aacgacaaac gtctttccgt cacgcttcgc aaagtccacg acatggtccg
     5161 cacgaccctt ttcgtacacc caccgagcaa tcagctgacg gtttcgcata tgcgcttcct
     5221 ctatgtcatt gcccggttga atgcgcacca gctgtgtcat cagcccattc atgatgtatt
     5281 tgtaatactc cgccttgtat gcttcgggat cactcagcag tccgagctcg atcaacttag
     5341 gatcggccag gtagtagaga gcgaagatgt ctgcccgcgc ctcttccaac gtcgaactgt
     5401 aggcacccag cgcattggga tcggtaccct cgagcagttg ccccgaggcg tgacccaagc
     5461 actcgtgaag atcggtgtgc aagttgtcgg tgatgaagcc atacttatcg attcgcgcgt
     5521 gctctgcgtc gttccaaacg aattcctcgc ggaaaccgtt gccgagagac gccttgtcgt
     5581 aggcctcggt gatattctct atggtgaccg acttcgagcc atgatcctta cggatccagt
     5641 ccgcattcgg caagttgata ccgatcggag tagtcggata gcagtctccg ccaagcatgg
     5701 cgacagtaat cactttggcc gtgataccct tcaccttctt cttgcggaag cgaggatcca
     5761 tcggcgcatt gtcttcgaac cactgcgcgt tgtcgctgat tatccgcgtg cgtttggtcg
     5821 ccttgcgatt gatgaagttg gctatcgcct cccagctggc cttcattccc agcgggtcgc
     5881 catacgactc ggtgaagccg ttcacgaagt ccacctccga ggcggtatcc ttcacccaaa
     5941 ggatggcgta cgcgtcgaat gtcttcagat cacccgtgcg ataaaactcg acaagcttct
     6001 caatcacggc tcgctgcgcc gcattctcgg caaactgctc cgccttctgg agctcgtcca
     6061 caatatgctc gatggcctca gtgtacagcc cgccgacctt ccacaccttc tctgtgagct
     6121 tgccatcggc cgacttactc agccggctgt tcaggccgta ggaaggtgcg gtggagtcgt
     6181 tcggtgtacg catcgcggca tagaatgcct cggcctcctg ctgcgtcacg ccgccctcat
     6241 aatagttatt ggccgacgcc agcaagaggt cgccgctgcc actttgcacc gtacgctttg
     6301 gcatcacctt cggatcgaag atgacgggcg taatttcctt gagccaagcg tccaccgtct
     6361 ggcccttgcg cacgggtaca tgcttcggat cgaggctgcg aatgcacttc gcgaagtaat
     6421 ctgcggtgaa tccggcgggc tcgaacttgt cctcgccgta atgatgatga atgccgttag
     6481 cgagccatac gcgcttgagg tatgtctcca gggctttgaa ttgtgcatcg ccccgatcgc
     6541 cccgatattc ccggtagata gcctccagcg ctcgccgaat ggccagattg tagcggcagt
     6601 tctgatcgaa gattatatca cgccccatca gggcggcttc agagaggtga tagagcaact
     6661 gcttctgctg cagcgatagc tcttcgaagc cgggcacctc gtagcgcaag atttcaatgt
     6721 cggcgaagcg atccaccgtg taatcgatct tcggatgctc gtcgtttgca gccgtcgcca
     6781 cgtgtgcgcc gaccgtaagt agtgatgtag tcataagaag taaagcagac tttctcattg
     6841 tgattgatgt ctatgtcgtt tcgaatcgga taaaaggcag taaggggtct ctgtcaaggc
     6901 ccaaagaaag ggagcgaacg cctttggctg acggccgccc cctacttgct gatgggccta
     6961 tcatatatag gtatgccgta gcccagaatc agactaaagc atccatcggc tcgtccttcg
     7021 cttcccagcc cagcgcactg gcgcccaaca cggctgcgtc gctctccttg agctgcgaga
     7081 acaagaggcg cgtcttgcct tggaacacct tcagcatatg tgcctccatc gatcgcttca
     7141 ccggctccat gatcaggtcg cccgctttgg acaacccgcc gaacaggatg atagcctccg
     7201 gactggagaa ggccacaaag ttggcgaacg cttcacccag gatctcaccc gtgatgtcga
     7261 agatctcgat cgatagcttg tcgccctgaa cggccgcgtc gaagacgtcc ttcgacgtga
     7321 tcttgtccgg ctccagcgcc ctgagcagac tggcgtccgt gcgcatcgtc aacagctcgc
     7381 gcgccgtacg ggccacaccc gtggctgagg catacgtctc aaggcagccg tgacgcccgc
     7441 agccgcaaag gcgaccgttc tcgcgtcgca ccgtcgtgtg gcccagctca ccggcaaagc
     7501 cgtcgtggcc gtacaccaga ttgcctccgc agacgatgcc actccccacg cccgtgccga
     7561 gcgtaatgac gataaagtcc ttcagaccac gcgccgcgcc gtaggtcatc tcgccgatgg
     7621 ccgctgcatt ggcgtcgttc gtgagcgtca cggggatgcc ccccgtacgg tcgctaatga
     7681 gctgtgccag cggcaccttg cccttccacg gcaggttggc cgcaaactcg atgcagccat
     7741 tgaagtagtt cccattcggc gcgcccacgc cgataccctt gatcttgtcc cgtccgccag
     7801 ccgatcgaat cacggcctgt agcccttcgc ccagcgcacg gacatagtcg ttcacgtctt
     7861 cgtatttccc ggtcttaatc gaaccgttat acagcacatt gcctcgcgta tcgacgaccc
     7921 caaagacgga gttcgttccg ccgatatcta tcccaatcac atacggctta tccatagatc
     7981 tatctgtttt tatgtgtgat acttatttga ttgtgtgggc caaagataca gacgaaaaaa
     8041 gatcccgacg ctttcgcgcc gggatcttcc aagtttacct atgaaagcct tccgggtgga
     8101 ggggggcagt gattactgca cttccttctt agcctcttcc gtcttagcct tgttgcactg
     8161 cttgccgtcc ttcttgtcct tgcagcagct ctttttgtcg gctgccttgc agtccttctt
     8221 gccggccttg tcgcaatgct tcttgtcctt atccttgctg cagcagctct tctgctccgt
     8281 ctgctgacct tctttcttca cgtcctgtgc gctggccgaa agggctacgc cgaacgtcat
     8341 ggcagctgcg atggctgcgc tcaaaatcac tctcttcatt tctttgatgt gttgattaat
     8401 aagacttgaa atcgtggggc aaaggaatgc cattttgctc ctcattttcg tcacgcacac
     8461 tgcccgatta atcttatttg tccgaaacgc cctccatttt gccttttttg gagccccgtc
     8521 cacgatccat cggcctttcg ccttaacatc ctttccggtg cacctccgtc gtttcgcttc
     8581 ttctgcctgc ttccagcccc attttcccgt ccgacgggct ttactcccgc ctctcatccc
     8641 atttaagccc actcgacggc cttgtcttcc ctcctctatc tctcgaaaga gcttctggag
     8701 gctttctcat ggcctatacc tctcctgttt tgatcataaa cagtatatac aaaaactttt
     8761 atgtgctgtt cttatcatag aaagtatcta caaatagatc aacctcactg tttgcatcat
     8821 gatcatatca taaagcctat atatctatca tccataacaa gaacaggatc attcatcttt
     8881 tctacataca gattagatca tatacatcat ccatatagat ttatagtcca tgtatatgat
     8941 cagaatatag attatatgat ttttgatatg ctgtatatac gattaacgat ataatctatg
     9001 tatttggaat acctatctat aaataaaaca gcactcctat ctatttttac ttgctgttta
     9061 tgatcaaaac agaagagctt cggggcatgg taaggctggc gactcgtttt tcaggacttt
     9121 cggagggggc acaatggccg acgaacgtgt tttcggggga tgggggaagt tggggaggcc
     9181 gtttgcgcga ggttttcggg cgtcctactt ttgcgcgcat aaagacaaca cggaattatg
     9241 tttgaaaact taagcgacag attagaacgc tcattcaagc tgctgaaggg cgaagggaag
     9301 atcacggaac tgaacgtggc ggagacactc aaggatgtgc gacgcgcact gcttgacgcc
     9361 gacgtaaact ataaggtagc caagcagttc accgacacag tcaagaccaa ggccatgggc
     9421 cagaatgtgc tcacggcgct caagccgaac caggtgatgg tgaagatcgt gcacgacgaa
     9481 ctggctacgc tcatgggcgc ctcggcctca gagctggagc tgaaggggca accggccgtc
     9541 atccttatgg cgggcttgca gggctcgggt aagacgacct tctcgggcaa gttggccggc
     9601 atgctgcgca gcaagaaggg taagaagccg ctgctggctg cgtgcgacgt gtaccgtccg
     9661 gcggctatcg atcagctaca tgtgctgggc gaacagctcg gcgtgcccgt atattccgag
     9721 cgggagaaca agaacccggt agagatcgct gagcatgcca ttgcggaggc gcggcgcacg
     9781 gggcgcgacc tggtgatcat cgatacggcc ggtcgtctgg ccgtcgacga gcagatgatg
     9841 caagagatcg ccgccatcaa gcaggccatc aacccggacg agacgctctt cgtggtcgac
     9901 tccatgacgg gtcaggacgc cgtgaacacg gccaaggagt tcaacgatcg gctcgacttt
     9961 tcaggcgtag tgctcacgaa actcgatggc gatacgcgcg gtggcgcggc gctctcgatc
    10021 cgtacggtgg tcgataagcc catcaagttc atcggcacgg gcgaaaagat ggaggcgctc
    10081 gatgtgttcc atcccgaacg tatggccgac cgtatcctcg gcatgggcga cgtggtctcg
    10141 ctcgtggaac gcgcacagga acagtatgac gaagccgagg cgcggcgctt acagaagaag
    10201 ttggccaaga atcagtttga cttcaacgac ttcctcgggc agatccagca gatcaagcgc
    10261 atgggtaacc tcaaagactt ggccgcgatg atccccggcg taggcaaggc gctgaagaat
    10321 atcgacatcg acgagaacgc gttcaaaggc atcgaagcga tcatctactc catgacgccc
    10381 gaggagcgca caaacccctc gatcctgaac ggttcgcggc gccaacggat cgcctcggga
    10441 agtggcacgt cggtgcaaga cgtaaacaag ctcatcaagc aattcgacga gacgcgcaag
    10501 atgatgcgca tgatcaccac cgcaaagccg agtagccgca tggctgcacc gttccgcagg
    10561 aaataaacag acacatatat aataggtata gaaggatgga agagcacagc tatcaactga
    10621 tcgacggcaa ggccgtggca gagcagatca aaaaggaatt ggctgctgaa gtagaaaaga
    10681 tcaagcagga cggacggaag gcaccgcacc tcgtggccat actggtgggt cacgacggag
    10741 gtagcgaagc ctatgtggcc aataaggtga ggaattgcga agagatcggg ctgcgctcgt
    10801 cgctcattcg cttcgaggac gacgtgacgg agcaggccct gctcgacaag gtgaacgaac
    10861 tgaacgctga cgacgatgtg gacgggctga tcgtacaaat gccgctgccg aagcacatct
    10921 cttcgcagcg cgtgatcgag gccatcgact accgcaagga cgtggacggc ttccacccga
    10981 tcaacgtcgg gcgcatgtcc atcggcctgc catgcttcaa accggccaca cccgcgggca
    11041 ttatcgagtt gctgcgccac tacgagatcc cgacgaaggg caaacattgc gtcatcctgg
    11101 gccgcagcaa cattgtcggc aaaccgatgg cgatgctgat gatgcagaag gacaatccgg
    11161 gcgactgcac cgtgacggtc tgccacagtc ggtcggagaa cctgcgcgag atgtgcctca
    11221 gtgcggacat catcatcgca gcgctgggtg tgccggagtt cctcaaaggc gacatggtga
    11281 aagaaggcgc cgtagtgatt gacgtcggca cgacgcgtgt gccgagcagt gtaaccaaga
    11341 gcggttaccg actgatgggc gacgtagcct tccatgaggt ggctccgaag tgcagctaca
    11401 tcacgcccgt gcctggcggc gtagggccga tgacaatcat ctcgctgatg cgaaacacgc
    11461 ttttggcagg taagaaggcc gtgttcggca aagaggaata attctcgggg cagactttgc
    11521 cagtgtgaaa actggtatat ctttgcggcg cattccgaaa gggaatgcgt ctttatggtg
    11581 agagtggctc agttggttag agcatcggat tgtggttccg agggtcgtgg gttcgagtcc
    11641 catctttcac cctcctcgtt ttttaatttc tcattttgat ttagacctct tccccccatc
    11701 gccgcctata gcgcgatgaa gaggttatct acagtttaag cctgtcgaag tcttccttcg
    11761 gcaggctttc tttttatcca cggtcaagaa agaggtcttt gcggaacttc cgcaagtctc
    11821 tcgagaaact ttttggcgtt tgcgggagcc ccgcaagtcc cccgaaaaac tttttggcgt
    11881 ttgcgggagc cccgcaagtc ccccgaaaaa ctttttggcg tttgcgggag tcccgcaagt
    11941 ctctcggaaa tctttttggc gtttgcggga gtcccgcaag tgcctcggag aactttttgg
    12001 cgtttgcggg agtcccgcaa gtccctcgag aaactttttg gcgtttgcgg gagtcccgca
    12061 agtctctcga gaaacttttt ggcgtttgcg ggggccccgc aagtgcctcg gaaaactttt
    12121 tggcgtttgc gggaatcccg caagtgccgc ggagaacttt ttggcgtttg cgggagtccc
    12181 gcaagtgcct cggagaactt tttggcgttt gcggaagtcc cgcaagtgcc tcaaaaaact
    12241 ttttggcctc tgcaggaatg ctgcaaatgc cgcgaaaaac tttttggcct ctgcaggaat
    12301 gctgcaaatg ccacgaaaaa ctttttggac tttgcaggag ttctgcaaac gccaaaatgg
    12361 agaaaagcgc ctttgcagaa gttctgcaaa cgccaaaatg gagaaaaggg ctcttgcaga
    12421 agttctgcaa aggccaaaat gggggaaagc gtccttgcag aagttctgca aacgccaaaa
    12481 tggagaaaag cgctcttgca gaagttctgc aaacgccaaa atggggaaaa gggcgcttgc
    12541 agaagttctg caaacaccga aatggggaaa agcgtccttg cagaagttct gcaaaggcca
    12601 aaatggagaa aagggctctt gcagaagttc tgcaagggca ccacgagaaa aggcgaaagg
    12661 ccctgacggg atggacttcc gccaagacct ttctagatag ttgaatgttt gttgatcgcg
    12721 atctgacccg taacccctcc ggagggcgga tgggcagatc gtttttgctt atcgctttcc
    12781 tttaagcgac cagcccgtgt gtaaaccgat aataaagtag accagcaaca gctcgcctat
    12841 ggccagcagg gagtcgcccg gcacacgcag ccaacgaatg gcctgcatcg tgtctgtctg
    12901 catgaactcc atggagcgcg ctgaccagta gccgttctgg atagattcca cggcctgcaa
    12961 aatgccgatg ggcagcaagc tcccgacgag catcaccaag aggccgatgt tgatgagcca
    13021 gaaggaccat ccgagcagct tgtcgttcca ctcccggtca ggatagagtc cgcggaggac
    13081 gaagaggatc aagccgatgc cgagaatgcc atatacacca aagagcgcag cgtgtccgtg
    13141 tacagccgtc gtgttcaggc cttggatgta atacaacgca atgggcggat tgatggcgaa
    13201 accaaagatg ccagcgccca agaagttcca aaagcacatg gcgatgaagt aatagatggg
    13261 ccacttgtag gccttgatcc agggtgtgga gcgagagagg ctatagttgt gataggcctc
    13321 atagccgatg agcaccaggg ggacgatctc cagcgcactg aaggtggcgc ctaaggccag
    13381 aacggctgtg ggcgtggcgc tgaaatagag gtgatggaag gtgccaagga tgccaccggc
    13441 caagaagatg atggtcgaga aaagcaccga gacgctggcc accttcaggc gtaacagtcc
    13501 catgcgggag aagaggaagg cggccacgac ggtggcaaag acttcgaaga agccttccac
    13561 ccagaggtgc acaacccacc agcgccagta ttcagcgatg gccatgtgtg tctgacggcc
    13621 gtacatcagt cctgcgccat agaagcctgc gatagcgatc gaggccagga cgaagagcac
    13681 aagcaggtgg cgactctcgt cgcgccgacg gagcgcaggc agcagggcgc gaaccatgag
    13741 gaagagccag aggaaaaggc ccacgagcag gagtgcctgc cagaagcgac ccagctccag
    13801 gtattcataa ccctgatgac cgaagtagaa gttctcgacc agccccagct tttgcatgac
    13861 accaaaccac tgtccggcca gcgaaccaag gacgacgatg agcaaggcga tgaagagcac
    13921 attcactccc aagcgttggt atttgggttc ttgacccgac acagcgggag cgatatagag
    13981 tcccgtagcg agccatgagg tggcaatcca gaagatggcc agctgcacgt gccaactgcg
    14041 cgagatggcc tgaggcagaa tcaggtcgag cggaaggccg aagaatccgc ctccctctac
    14101 gccataatgc gccgtgatga ctccggccac catttgtacg aggataagga gcgacacgat
    14161 ccagatgtat ttcagtgtag cccgcatcga cggcgtcggc ttcaggcctc gcatgggatc
    14221 agaggcgggc aggcggtcgt tctcttcctt ctccttattg ctggcgtgat agtagaccaa
    14281 aagtccgacg ccaaagagca gcatcagcac gctaaacccg gaccacatct gtaacgaggt
    14341 cgacggctta ttgcctatca ccggctcata gggccagttg ttggtgtagg tcacatcact
    14401 ccccggacgg ttggtgctgc acacccacgt ggtccaggta aagaaggcgt tcatctgtgc
    14461 catgcgcgca gggtccttga tggcgccctt cgggatggcg tagctcttac ggacatgatc
    14521 catcgagggg tcgtccataa agagcttcgt gtaataatcc gccaaggccc gagccacctg
    14581 agcgcgttca ggcgagaagg tgatcacgcc cgaagcagcg tcgtaggtgt tcgtacggag
    14641 ctccttgcgc agctgtacga ggtatttagc ctgctcgtcc tcggggagat ctttgtaggt
    14701 cttgccgtcc ttctgggcca aaaggtcgag aagcatttcg gtctctcgat gcaggtagtc
    14761 ggcgttccag tcgggggcga tgtaagcacc atgcccccag atgctgccga cggtttgccc
    14821 gcccatggac tgccaaacgt tctggccgtc cttaatgtct tgtccttcgt agaggacttc
    14881 gccgtcgctc accacgatct tagtggggaa cggaggtgct gttcggtaga tttccacacc
    14941 gaatatgatc agcaccagga atgaggctgc caccgtagcc ccaagccaca tccacaatct
    15001 ttttgctgtc ataatttcta ttgattacaa gtagttcggc cgcaaaggtc tgtaaagcgg
    15061 atgctgtaaa aagtaacctt tgcaacaccc ccctctccga tgaatagcca ggagggaagc
    15121 ccgaaggaga gggtcgctct gtaccgacaa ggatccattc ggagcctttg ccattgacag
    15181 atctttgtac ttttgttgcg aaggaaacag catcacgtgg caagattcca gatatatcca
    15241 catattcatc attcatataa ttcacggaac catgaatttg attcaaagta tcgtagatcg
    15301 cgcaaaagcg aacaagcagc gcatcgtcct gcccgaaggc acggaagagc gcacattggt
    15361 ggccgccgat aggctcgtag ccgacggagt ggccgacatc atcctgatcg gtgagcctaa
    15421 cgacatccgt aaagaggccg accgactcgg gctgaagcac atcaacgggg cacgtctgct
    15481 cgaccccaag aaccacgaga agaagcagac ctatgccgac ctgttgctcg acctgcgtcg
    15541 tgccaagggc atgacgcccg agaaggccgc cgaactggtg gaggatccgc tctacctggc
    15601 ctgcctgatg atcaaggcgg gcgatgccga cggcgagatc gctggggcac gcaacacgac
    15661 gggcaatgtg ctccgtccgg cgttgcagat tatcaagaca acgaagggga tctcgtgcgt
    15721 atcgggcgcc ttcctcatgt ttgtcaagga tccatcgtac ggccgcgagg gcatactgat
    15781 cttcgccgac tgtgccgtgt tgcccgaccc gacagctgcg gagctggcac agatcgccgt
    15841 ctcgtcagcc gctacggcgc gcgctatgtt aggcatcgaa ccgcgcgtgg ccatgctgag
    15901 cttctcgacc aagggcagcg cctcacacga gcgtgtggac aaggtggccg aggctacacg
    15961 cctggcacgt gagctggatc cgacgctgca agtggacgga gaaatgcagc tcgacgccgc
    16021 gctcgtggag cgtgtggcgg cgctcaaggc gccgggcagc acggtggccg gacatgctga
    16081 cgtgctcgtc ttcccgtcgc tcgaggctgg caacatcggc tataagctcg tgcagcgtct
    16141 gggtggcgcc gaggccgtcg gcccgatctt gcagggcatg gcggcaccgg tcaacgacct
    16201 ctcgcgcggc tgctccgtgg acgacatcta tcgcatggtg gccatcgcct gcaaccaagc
    16261 catcgcatta aagaaccaga aatagacaag gagacctcag gattatgaaa acattggtat
    16321 tgaactgcgg cagcagctcc atcaagtaca aactcttcga catgacctct ggcgaggtga
    16381 tggcacaggg cggcatcgag aaagtaggcc tcccggattc gttcctcaag tttaccgaca
    16441 agaacggcga gaaggtgatc ctcgaaaagg ccatccccga ccatacggtg ggcatcgcct
    16501 tcattctcga caccctgacc gacgccaagt atggctgcct gaagaacttc aaggacatcg
    16561 acgccgtcgg ccatcgcgtg gtgcacggcg cggagaaatt cgcctccagc gtgctcatca
    16621 ctaaagagct gttggagaag gtcaaggagt gcaccccgtt ggcaccgctc cataacccag
    16681 ccaacctgaa gggtatcgag gcgatcgaaa agatcatgcc gggcacaccc caggtggccg
    16741 tcttcgacac ggcgttccac cagaccatgc ccgactacgc ctacctctac gccctgccct
    16801 accgcatgta taaggactac ggtgtgcgcc gctacggctt ccacggcacg agccaccgct
    16861 acgtgtcgcg ccgcgcatgc gagatcctcg gcgtgcctta cgaatcgcag cgcatcatca
    16921 ccgcacacat cggtaacggc gcctccatca cggccatcaa gggcggcaag tcgatcgaca
    16981 cctcgatggg tatgaccccg accgaggggc tgatgatggg cacccgcagc ggtgacgtcg
    17041 acccgggcgc actgcctttc atcatgcaca aggagaacct cgacgccgac ggactggccg
    17101 agctgctgaa caaaaagagt ggcatggcgg gcttctcgga aatctcgtca gacatgcgtg
    17161 acatcgaagg cgccatcgaa tccggtaaca agcgcgcagc gctggctctg gccatctacg
    17221 actaccggat caagaagtac atcggcgctt acgctgcggc cttgggcggg ctcgacattc
    17281 tggtcttcac cggtggcgtg ggcgagaatc aagactcgac gcgcgaggtg gtctgccgcg
    17341 acatggagtt cctcggcctc gagtttgacg cagagaagaa ccgtggcgta cgcggtcgtg
    17401 aggtggtgat cagcaaaccc agcagccgcg tgaaggtgct cgtcgtgcct acggacgagg
    17461 agtatatgat cgcctcggat acgtgtgaaa tcttgaaggg gaagtagcct ctgaggggtg
    17521 acattcgatt gatttattcg tgctgccgac gggagtgagg atcccacaaa actcaccttc
    17581 cgtcggcagc ctcgtttctg cttctttctt tccgctggat accttcttct ctggatgcct
    17641 tcttttcttc ctctgatacc ttcttttctt ctcttgatag aagaaaagaa gcaaaagaag
    17701 atcaaggcac caggggtgcc tgccaacttt ggccaggtac ggactactaa ctacttctct
    17761 tcatgcgaat agacattctc actgtgctgc cggagatgat cgatggctgc ctgaactgct
    17821 ccatcctccg ccgagcgcaa gaccgcggat tggccgagat ctacctccac aacctgcgcg
    17881 actacacgac gaacaagtgg cgacgcacgg acgattatcc cttcggcggc gaggctggca
    17941 tggtgatgca gatcgagccg gtcgaccgtg ccatctcggc cctgcaagcc gagcgcacat
    18001 acgacgaggt gatctacacc tcgcccgacg gccagcgctt cgaccagcca atggctaacc
    18061 gcctctcgct gctccagaac ctcatcatcc tctgcggaca ctacaagggc gtcgattacc
    18121 gcatccgcga acacctcatc acgctcgaga tctccgtcgg cgactatgtg ctgacgggcg
    18181 gcgagctggc cgcagccatc atcgccgacg ccaccgtgcg cctcatcccg ggcgtgatcg
    18241 gcgacgagca gagcgccctc tccgactcgt ttcaggacgg cctcttggcc ccgcccgtct
    18301 acacccgacc ggccgaatac aagggttggc gagtgccgga cgtcctcctc tcgggtcacg
    18361 agcgacgcat cgccgagtgg cgcctccagc aggcccagga acgcaccgag cgactgcggc
    18421 cagacttgct cagagaggag taagtcgata gcccccccaa tacaatagtt gtcgcggcac
    18481 ctaaaagcgc ttttcaaccc caatacaata gttgtcgagg cacttaaaag cgcttttcga
    18541 ccccgataca atagttgtat cggccctgaa aacgcttttt gataggtatg cagaagctgt
    18601 attggccttg aaaacgcttt ttgataggaa aacaacacct gttcgtggat ttacagacaa
    18661 gccaccccct ctcggctgaa tgtgtttcta tagatacccc ataaaaaggg cacccctgac
    18721 aacgcatgtc ggaggtgccc ttttcgtttt tcgttccccg cgatcactcc ggcgggaact
    18781 tgcgcgtggg catgacgccc gtctcctcct ccagttcctg aagctcgctg gccttgcgga
    18841 gcaggtcgga ggcgaagatg aaatcgttca gcgccttgtt gccggacgag atcacttgct
    18901 ccttcgtgcc ctgccactcc ttccggccct cgctgatgaa gatgatgttt tcgccgatgt
    18961 tcatcaccga gttcatgtcg tgcgtgttga tgatcgtcgt catgttgtac tcctgagtga
    19021 tgctgtgaat gaggcgatcg atcacgagcg acgtcttcgg gtcgaggccc gagttgggct
    19081 cgtcgcaaag caggtatttc ggttgcaggg cgatggcccg cgcgatggcg gcacgcttca
    19141 tcatgccgcc actgatctcc gaggggtaga ggtcgcgggc atgactgatc tccacacgct
    19201 cgaggcagct gagggcgcgg cgctcacgct cgcgggccgt ctcgcgggag aacatgtcga
    19261 gcgggaaaag cacattctcg agcaccgtca tgctatcaaa cagcgccgag ccttgaaaca
    19321 gtacgcccgt ctcgcggcgc aagtgcttca gctccgactt gttcatcgaa agcaggtcgc
    19381 gcccgtcgta gagcacacgt ccgctgtcag gcttcaacag cccgatgata ctctttaccg
    19441 tcaccgtctt gcccgagccg cttcggccga tgatgaggtt cgtcttgccc gtctcgaaga
    19501 cggcgctgat gtcgttcagg accacgcgcc cgtcgaacga cttgaccaga tgttctattt
    19561 cgatcatttc gtaagcatga tttgagtgag gatcacgtcg gccaacagga tcatgacgct
    19621 gctgatcaca atggcattcg tgctggcctt gcccacctct aaagagccgc ccttgacgtt
    19681 gtagccgaag taggaggaga tcgacgagat gaggaaggcg tagacgacgg acttgatgac
    19741 ggaataccag atgtagaacg ggttgaagta gtactgaagc ccgaactcga acgacgccgg
    19801 cgtcatgccc gagacgacat ggctggcgaa gacaccgccc agaatgcccg tcgtcatgct
    19861 aaagaagacg agcacgggga tgaacatcat catgcccgtg atcttaggca tgatcaggaa
    19921 gttggccgaa ttgacgccca tgatctccat cgcgtcgatc tgctccgtga cgcgcatcgt
    19981 gccgatctcg gaagtgatat tgctgcccac cttaccggcc agaataagac acatgatgga
    20041 cgaggagaac tccagcagga tgatctcgcg cgtggtataa ccgatcgtaa acttggggat
    20101 gagcggcgag ctgatgttga gcgagatctg tatagcgatc acggtgccga taaagatcga
    20161 gatgatgacc acgatccaaa tcgagtcgac gccgagcttg tagatctcgc gcacaagctg
    20221 cttgaagaac atgctccaac gcgtgggcgg agtgagcgct ttgcgcatca gtaggacgta
    20281 ttcgcctacc tgttgtaatg ccttgatcat attttgagga ggaatatttg taggggcgca
    20341 aaagcatacg ccccggattg tgtaatggta cgtgcagggg gcgtatgcaa tacgccccta
    20401 caactattat atccgatgat aaatctcttc cattggcaca cggaaccgtt cgccccagac
    20461 gccacgccct tcgtcgcgga tgccgcagct gatgatcata ttaacctcag cacggcgtgg
    20521 caggcggagg atgcgcttca cccgcaggct gtcgaagccc tccagcggac acgtgtcata
    20581 gcccgcgtcg gtcatagcca gcatgaacgt ctgcacgacc agcgcacaac tcttatgcac
    20641 gaccacgcgc atatcggctt ccgagacttg ccgcgtgatc gggcggaaaa gtccgacggc
    20701 cataacgagc gtcttgcgca gcaggccgag cagcccgaac gcgttgccgt agaggaaagg
    20761 catcacgcgc tggtaataca actcccaacg cttcgtgcga tgagcctgtc tgtcggcagg
    20821 actgttacgc gctacgttgc cccgttcaaa ggccagtgcc gcggcggcgc ggcggcggaa
    20881 caagtcgcgg cgggtgacga agacgacaag ctgctgcgcc gtcgatacgg ccgtctgatc
    20941 taaacatgcg ggcaccaagc gacggatcgt gtccgggtcg gtgatgtgat agcactccca
    21001 gagctgcatg ttggagctgg tgggagccag gcgtgccagg tcgatgcagt ggcgcaccgt
    21061 atcggcatcg atcgcctcgt ctgtgtaacg acgcaccgct cgacgggtgc ggaggatttc
    21121 ttctaatgtc atggggaaat ggaaaagcga aaaactaaaa gtggtagagg atcaattgct
    21181 tggcacgtac ctagccgagt tggccggcgc cccttggcgc cttgaccttc ttttgcttct
    21241 tttcttgtgt caagacaaga aaagaaggag taaagacagg tacagcgaag agcccttatt
    21301 cggcactctc gctcatcact gtcttggcta agttgtaaaa cgattgaggc acctctcgct
    21361 caccgttcga aacgaaatcg ttgaagccct catcgtcggt aagatggaac acacgaccgg
    21421 tagagtcaca ttcatagacg taggtgtctt ctccgacctt caccgagcca ctaagtgcgt
    21481 cggggatggt gtagtccttg agctgtgagg ccatgtagag gagtcggctg cgccacttgg
    21541 ccgacgccgc gcgcgtctgt ccgctctcga tcaggcgacg gatctccgtg aggctgcaat
    21601 cgctgccgct gcccgagagg tcccctttgc taaagtccgg cagggcgtcc atcatctcca
    21661 ccaagtgctt tgacttgcgc ttgccgcctt gagtcatggc ctcgacaagc tcccaagcgt
    21721 cacggatgga ctggatggac aacacggcaa tagtgatctc tcgccgcagc tgcgtcttgt
    21781 cgaactccat gacgaccggt ccgggttcgg gttcgttact gggaaccatc acgggttcgt
    21841 tcggcgtcgc ggctggagcc tgctcggctt tgcgttcgct gcaccctgtc agcagggcga
    21901 gcgcagccag tgtgatgagt aaaggcttat tcattgctga tcgttgcatg attagagttc
    21961 gtcgtagggg actgagaacg tgtcgccacc cctgagcttg ccggactggt agccgcgctt
    22021 gagccaacgc atgcgttggg cggaggtgcc gtgcgtgaag gcgtcgggga cgacggatcc
    22081 tccggccgcc ttttgcagtc ggtcgtcgcc cacctgcgag gcggcgttga tggcctcctc
    22141 caggtcgccg tcctggagcg acttccagcg ttcgttctcg tgattggccc agacacccgc
    22201 caaatagtcg gcctgaagct ctaaccggac gctgaggcgg ttgccttcct tcttgccgag
    22261 gcgcgccgtc tcgcgattga cacgctcaat gttaccgagg aggtattgga cgtggtggcc
    22321 gacctcgtga gcgatgacgt aggcataggc aaagtcgccg ccggcgccca agctccgctc
    22381 catctcgtcg aagaacgaga gatcgatata caccgtctga tcagcggggc agtagaaggg
    22441 tcccgtggac gacgaggctt gtccgcagcc cgagcgcgta gagttgcggt agatcaccat
    22501 cttcggctgg gtatattcca agccttcggc cttgaaaagc tccgtccaca cgtcttccgt
    22561 gctggcgaag actttcttcg taaagctgaa aagtgcagcc tcttcttcgc tctgcacata
    22621 ttccttctgt ggcgacgcat cgtcggcctc accgccgccg acaccgcctt gcaacacctc
    22681 gagcggattg ccgcccatga cccacgtcag cagcgccacg atgatcatgc cgccaatgcc
    22741 gagcgacgcc ttaccgccgc ccgacatgcc gccgccactg cgtcggtctt ccacattcgt
    22801 gctttctctt cttccgtcta aacgcataat tggataagta gttagggggg agttagaagt
    22861 agtagagggt agttagagag gtagtaggga tgtgcccttt actacctgag gggcgcaagc
    22921 cccaatgact acccggagag gcccacggcc tcggggttac acattgaatc gataatgcat
    22981 gatatctccg tcttgcacga catactcttt gccctcgacg tgcatacggc cagcctcctt
    23041 gacggccgac tcggagccgt actgaataaa gtcgtcgtac ttgatcacct ccgcgcggat
    23101 gaatcccttc tcaaaatcgg tatggatcac gccggcgcat tgcggagcct tgctgccacg
    23161 gcgatacgtc caggcgcgca cctcgtccgg accggcggtg aggaaggtct cgagatccag
    23221 caggcggtaa gcagccttga tcagccggtt cacacccgac tcctcgaggc ccgcctcagc
    23281 gaggaacatc tgccgctcct cgtaggtgtc cagctccgcg atctcactct cgatcttagc
    23341 cgccacgacg agcagctccg cgccttcgtc cttgatggcc tcgcgcacct gctccacata
    23401 ggcgttgccc gatgcggcgc tcgcctcatc cacattgcag acgtagagca cgggtttgtt
    23461 ggtcagcagg aagaggtcgc gagccacgcg ttgctcgtcc ttcgtatcga acgtcaccga
    23521 gcgggcgttc cgaccctgtt cgagcgcctc tttgtagcgt gccagcacgc cgtaggccaa
    23581 cgctgcctgc ttgtcgccac ccgtctgtgc ctgcttctgc accttggcga tacggctctc
    23641 gaccgtctcc aggtcacgga tctgcagctc ggcgtcgatg atctccttgt cgcgcacggg
    23701 gtcgacactg ccgtccacgt gcaccacgtt cgcgtcgtcg aaacagcgca acacgtgcag
    23761 gatggcgtcc gtctcgcgga tattggccag gaacttattc cccaagcctt cgccccggct
    23821 ggcgcccttc acgaggcccg cgatgtcgac aatctcgacc gtcgtgggca cgatgcgcgc
    23881 ggggtgaacc agctcggcca gccgtgtgag ccgctcgtcg ggcacggtga tgacgcccac
    23941 gttgggctcg atggtacaaa aaggaaaatt cgccgcctgc gccttcgcgt tcgacaagca
    24001 attaaacaag gtcgactttc ccacgttggg aagccctacg attccacact gtaatgccat
    24061 tataagtagt agttagagta atctcggagt agtaagtagt agtcagacat ggtatcggat
    24121 cgctcgcaac gcatccctat accagataac cggccgcaaa gataggcggg atgggcgggg
    24181 aacaccttgt cgtgaatgtt tgtcccccct tccgaggcgt cagggcggct gcggccgccg
    24241 gccgaacacc tcaaaagccc gtacccggca aactgcgctg gcggccgcat ccgccccgag
    24301 gggtcggaaa agctcaaaca ggttgtttta aggtttccga ggggtcggaa aggctcaaac
    24361 aagttgtttt aaggtttccg aggggtcgga aaggctcaaa caggttgttt gaaggttttc
    24421 gaggggtcgg aaaggcccaa acaggttgtt tgaaggtttc cgaggggtcg gaaaggctca
    24481 aacaggttgt ttgaaggttt ccgaggggtc ggaaaggctc caaaacacgc cgctgaacat
    24541 ttccgaggcc tcggggcggc tgccccgcag ccacctcgca gattggcccc tcggtttact
    24601 tttgccgcca tcatttacga acccatcaat gaaagtatct gtcatccttt tgaattggaa
    24661 cgggcgaaag ttgctcgaga agtttctgcc gtcggtcgtg gcgcatacgc cgtcggacgt
    24721 ggccgaggtg gtcgtagccg acaatggttc gacggacgac tctgtggcca tgcttcgcga
    24781 gcgcttcccc ggtgtccgcc tcatcctgct cgaccgcaac tatggctttg ccgagggtta
    24841 caaccgggcc atcgagcaga ccacggcgga gtacacagtg ctgctcaaca ccgacgtaga
    24901 ggtgacgccc ggctggctca cggcgccgct cgaggagtta gacgccgacg cctcggtagc
    24961 ggccgtgcaa cccaagctgc tctcccgccg cgaccgctcg ttcttcgagt atgccggagc
    25021 agccggtggg tggatcgatc gctacgggta tcccttctgt cgtgggcgtg tgctcagcgt
    25081 cgtggaggag gatcgcggac agtacgacac gccggccgac atcctttggg cctcgggtgc
    25141 ctgcctcttc atccgcaccg acgtctaccg ccgtgtaggt gggttagacg cacgcttctt
    25201 cgcccaccag gaggagatcg acctctgttg gcgactccgc tcgcggggct atcgtctgcg
    25261 ctgcacgcct cagtcggtcg tcttccacgt cggcggcggc acactccaca cggagagccc
    25321 ctacaagacg ttcctcaact tccgcaacaa cctgctgatg atctacaaga acctgcccga
    25381 ccgtgagctg ccccgcgtga tgcgtctacg gcgcatgctg gactatttcg cggcgcttca
    25441 cttcctcctg acgggtcacg cgaagaacgc tctggccgtc atccgtgccc gccgcgagtt
    25501 ccgccgcctg cgcccggagt acacccccgt ccgcgccgag aacctccgcc tctccaccct
    25561 cgaccccatc ccggaacaga tgaacaggtc gctgctctcc agcttctacc tgaaaaaaaa
    25621 gaagacgttc gatcagttga tgcaggaagc tcatggatga tcaagatttt caacccaacg
    25681 agaccacgct cgcggcgatg agagaggctg agagtggcgt ggagttagaa gagctggact
    25741 tagacaactt cgacgaatac atcaagtcgt tatgacatcc cgcaggggga cggatacacg
    25801 tacccggcct tattggccgg cctccctgag gccttgattt tcttttggct tccttttctt
    25861 gccttgatgc aagaaaagga agaataaaaa gggcacctcc gacgcgtcgg gggtgccctt
    25921 tttattgtgg atcactaatc atcgatcact tgttccatac ccgcggcgca ggcgtcttgg
    25981 ggagcggctt gcggtccttg agctggttca tcacctcctc aatggcgcgg ttcagttgtt
    26041 cgtcttcgcc gttccactcc ttgatcgggt cgttgtctac acggatatcc gggtctacgc
    26101 cgtggttctc gatgatccaa ttaccctgca tatcgtagct cgtaaagaag ggtacacgca
    26161 ggtcttgtcc gtcgatgaat ggcaacgagc tgctgatgcc tacgatgcca ccccacgaac
    26221 gcgtaccgat cagcttgccc agcttcaggg cgcggaagcc ccacgggaag aggtcgccgt
    26281 cggaagctga atacttgttg atcaggcaca ccttcgggcc cacctgcacg gcgtcgggca
    26341 cggtgccgtt gtggatcgat ccgcggcaca tcgtcatccg atacggttcg cgggagaggc
    26401 gctcaaggat catcggggag acgttgccgc caccgttggc acggtcgtcg atgatgagtc
    26461 cctccttgtc gagctgaggg tagaagtaac gcgtgaactc gttcagcccc tccggaccca
    26521 tgtcggggat atagatgtag ccgatcttac cgcccgaagc cttgtccacc ttggcgatat
    26581 tgttctgcac ccattggtaa tggtagagcg gatactcgtt ctctaacgga cggatcacca
    26641 cgcggcgtgc accggccatc tgcgggcgat cgttgagcga aagctccgtc ggcacattgg
    26701 ccttacccac aagcaaggcg tagaggtcgc cgaccgtgtt cgccgcgaca ccgtcgacgg
    26761 ctacgatgta ctggcccacc ttggcgttga tacccggatc agcaagcggc gaacggagcg
    26821 tcggatccca cgtctcgccc ggcaggatct cctcgatgcg gaagaagcca ctcttgtcgc
    26881 gcgagatctt ggcaccgagc agccccatct tcacgcgctt cggggcgtcg atctcacccg
    26941 tcgtcacgta ggcatgaccg caacccagtt cgccgatcat ctcaccgatg atatacgtca
    27001 agtcctgacg gttctttacg tagggcagca gcgcggcata cttggccttg atcgccttcc
    27061 agtccacgcc atgcatgttc tcgagataga agccgtcgcg gaaggcgcgc cacgactcgt
    27121 cgaagatctg cgcccattcc ttcggatagt ccgtcgtgat cttcatgtcc gccgtgttga
    27181 cggcgtcctt cagatcagcc ttgcccgtgg agatatccac cacgtagacc tgacgcccct
    27241 tgaggaagcc ggccttcttg ccgcctggct ccacccacat ctgggcgccc tcggccacgg
    27301 tctcctcttt ctgtttctcc aggtcgaaga cgtacgtatt gcctttgcga acgtagtaga
    27361 ccctcttgcc gtcggagtag aagtttccgt aatagccatc ggcggtaagc ggcagtttca
    27421 cgatgcgtcg cgtcagtccg tcgccgtcca cctttacggt cacaccttca gacttctttt
    27481 cggcggcagc ctctttcttc ttgccgccct cttccacctt gatctccacc ttccgatcag
    27541 cctttgcgcc gtcatccttt tgcaggaaag gcgagggcgt gtccttcgag aggagcgcca
    27601 gatagacgcc attcgtgtag ccgtagacgt ggttccattc cttggagccg tagatgggct
    27661 ggaagtcgcg cgtggagctg aagacgaggt agcggccgtc ggagctaaag accggatcgc
    27721 ccgaatcgta ccagcggtcg gtgacggcgt actcctgttt gtcggcaatg cgatagacgt
    27781 agatgatatc gtactggttg tcggccatgc gggtgtaggc cagccaacgg ctgtcgggcg
    27841 agaaggagac gtcggacggc tccttgcgcg ggtcttgcat cacctcggtc acgaccttcg
    27901 tggccacgtc gacgaggcgg atgcggttct tgcggtcggt gtagacgagc caacggctgt
    27961 ccgggctcca agagaagttg cggatgtagg tgtcattgtt tttcgtcagc tgaatcgggt
    28021 cgccaccctc ggcgggctgc atccacagct ccgtttcgcc cgtggcgtcg gagatgtagg
    28081 cgatgtgttt gccgtcgggc gaccaggcgc cgctgcggtc gtgtgcgccg ggcgaacggg
    28141 tgaggttttt cgtcacgccc ttctctacgg gcaggttgaa gatttcgccg cgggccgtgg
    28201 ccacgatccg tttgccgtcg ggcgagagac cggcgccgcg cagatagttg ccgccgtctt
    28261 tgatggcgct gcgggcgtaa acattgtccg acgccagcgt gatctgcacc ttctcggtct
    28321 tcttcgtggc cgggtcgagg cggtagatgt agccgccatt ctcgaagacg atcagccggc
    28381 cgttggtgga ggggaacttg acgtcatagt ccttgaagtc ggtcaccttc ttcgtctcct
    28441 tcgtcgtcgt gttgtagaca aagatgttca tcgtgcggtc acggtcagag aggaaataga
    28501 tctcgtcgcc cacccacatg gggaagatgt cttgggcgtc gttgtgggtc acgttctcca
    28561 cggttttctt gtccgggtcg tagatccaga cgtcgtcggc catgccgcct ttgtaatact
    28621 tccacgtgcg gaactcacgc atcacgcggt tgtaagccag acgtcggccg tcgggcgcgt
    28681 agctgcaaaa gccgccctcg ggcaggggga tcgcctcgga gagtccgccg tcacgactga
    28741 cggtgaggag tcggccgctg aagccgtcgc tgatgcggtt gcgatagacg atgcgcgcgc
    28801 cgtccgtggt ccaggccatg acgatgttgt tcggccccat gcggtcgccg aggttgtcgc
    28861 gggcgttggt cgaggtgtag gtcaggcgca ccggctcgcc gccgtcggcg gggatggtgt
    28921 agacctccgt gttgccgtcg tactggccgg tgaaggcgat cgtgcggccg tcgggcgaaa
    28981 agcgcggaaa catttcatag cccgggtgcg ccgtcaggcg tcgggcctcg ccgcccgtag
    29041 cgggcacttt gtataaatca ccggcatacg agaagacgat ctcattgcca ttcgtggtcg
    29101 ggaagcgcaa gaggcgcgcc tcgtcggcct ttccatgcgc agccgccacg agcgccgcgc
    29161 aaatcacagt acataggtgt ctctttttca ttttgagtgt ttgatatttg attgcggaca
    29221 aagatagacg aggtagttgg agggtagtta ggggtagtca gagggtagtc agagggtagt
    29281 tagagggtag ttagaggtag tcaggggggg agttcgaagt agtcaggggg ttcggatacg
    29341 catcttttca cccgaaacga ccaaaaagta gtttgcagcc atttcgggtc accagaaacg
    29401 accaaaaaga ggtttgcagc catttcgggc caccagaaat gaccaaaaag aggtttgcgg
    29461 ccatctcggg tcaccagaaa tgaccaaaaa gtagtttgcg gccgtttcgg gtgaaaagac
    29521 agccccgccg aggtctttac cgccgaaggt atgtggcgaa agtgagcgcg tagggattac
    29581 gctcgtcggg cgcgcggtcg gtgcgctccg cctcgcgcca ggcactccaa tcgacatcgg
    29641 ggaagaagac gtcggcctcg gggaagacgt gatgcacgcg tgtcaggcaa aagcgatcgg
    29701 ccacggggag gaactggcgg tagacctcgc gccccccaat gatgaaggcc tcgccagccg
    29761 tgtggcagac ctcaagcgcc tcgtccatgc tgtgcaccat gaggcagccg gggcatcgaa
    29821 ggtcgggctg agcggtgagg acaacgttga ggcggtcggg cagggcgccc ttgggcaggg
    29881 agtcgaacgt gcgacggccc atgaggacgg tgtggcccat ggtgaggctt cggaaatgct
    29941 tcatatcggc cggcaaatgc cacggcatgg tgttacccag gccgatggcg ttgtgctcgt
    30001 caagagcggc aatgagagtg atcatttttg agaggttgtt tgaagtggtg ggacgtaggg
    30061 ataggagtag gacgtagccg gatacgtttg agcgctcaga cggagacgag accggcgata
    30121 tgaggatggg gatcgtagcc cacgaggcgg aagtcgtcgt aacggaagtc gaagaggctg
    30181 ctgcgcgcgg ggttcagctc catgcggggc agagggcgcg gcgtgcggga gagttgcagg
    30241 cgcacctggt cgaggtggtt gcgatagatg tgggcgtcgc cgagggtgag gatgaagtcg
    30301 cccggacgga ggccggtgac ctgcgccgtc atctgtagca gcagggcgta agaggcgatg
    30361 ttgaacggca caccgagaaa gaggtcggca ctgcgctggt agagctgtag gctgaggcgc
    30421 ccgtcggcga cgtagaactg gaagagtagg tggcagggcg gcagattcat gcgcggcagg
    30481 tcggccacgt tccaagcact gacgatgagc cggcgtgagt cgggcgtgcg gcggatatcg
    30541 tccacgatgg ttgcgatctg atcgatcgac ccgccgtcgt agtcgggcca ggagcgccac
    30601 tgatagccgt agacgtggcc caagtcgccg cgatcgtcgg cccactcatt ccagatacgc
    30661 acgccatgct cctgaaggta acgcacgttc gtgtcgccgc tgaggaacca gagtagttcg
    30721 tagatgatgg atttcagatg cagctgtttc gtggtcaaca gcgggaatcc ctggtcgagg
    30781 tcgaaccgca gctgccggcc gaacacactg agggtgcccg tgcccgtgcg gtcttctttc
    30841 accgttccct ctcggagcac ctcgtcgagt agatccaaat attgcttcat gtcggagtgt
    30901 ctattgtaaa tgatcggagg gcgcaaagaa aggggaaggc cgtgagccca gataatagaa
    30961 ggcacttggg ggagacgcct ctcggcggca ttcactcccg tcacagccac gtgccaaagt
    31021 cgtttgtcaa gccttctatt cctctttttc tcagccgatc aaaccttaaa agtccccaaa
    31081 aa
//
LOCUS       SEQF2637|AYYD01000987.1 1432 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1432
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(46..375)
                     /gene="dfrA_2"
                     /locus_tag="SEQF2637_00981"
                     /EC_number="1.5.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11045"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydrofolate reductase"
                     /translation="MITLIAALDEHNAIGLGNTMPWHLPADMKHFRSLTMGHTVLMGR
                     RTFDSLPKGALPDRLNVVLTAQPDLRCPGCLMVHSMDEALEVCHTAGEAFIIGGARII
                     TDATSRR"
     CDS             complement(446..1240)
                     /gene="thyA2_2"
                     /locus_tag="SEQF2637_00982"
                     /EC_number="2.1.1.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11044"
                     /codon_start=1
                     /transl_table=11
                     /product="Thymidylate synthase 2"
                     /translation="MKQYLDLLDEVLREGTVKEDRTGTGTLSVFGRQLRFDLDQGFPL
                     LTTKQLHLKSIIYELLWFLSGDTNVRYLQEHGVRIWNEWADDRGDLGHVYGYQWRSWP
                     DYDGGSIDQIATIVDDIRRTPDSRRLIVSAWNVADLPRMNLPPCHLLFQFYVADGRLS
                     LQLYQRSADLFLGVPFNIASYALLLQMTAQVTGLRPGDFILTLGDAHIYRNHLDQVRL
                     QLSRTPRPLPRMELNPARSSLFDFRYDDFRLVGYDPHPHIAGLVSV"
ORIGIN      
        1 gcctctcttt gtccattttc cgcttcatgg ccacgatctc gtacatcagc gacgagatgt
       61 cgcgtccgta ataattctcg cccccccaat gatgaaggcc tcgccagccg tgtggcagac
      121 ctcaagcgcc tcgtccatgc tgtgcaccat gaggcagccg gggcatcgaa ggtcgggctg
      181 agcggtgagg acaacgttga ggcggtcggg cagggcgccc ttgggcaggg agtcgaacgt
      241 gcgacggccc atgaggacgg tgtggcccat ggtgaggctt cggaaatgct tcatatcggc
      301 cggcaaatgc cacggcatgg tgttacccag gccgatggcg ttgtgctcgt caagagcggc
      361 aatgagagtg atcatttttg agaggttgtt tgaagtggtg ggacgtaggg ataggagtag
      421 gacgtagccg gatacgtttg agcgctcaga cggagacgag accggcgata tgaggatggg
      481 gatcgtagcc cacgaggcgg aagtcgtcgt aacggaagtc gaagaggctg ctgcgcgcgg
      541 ggttcagctc catgcggggc agagggcgcg gcgtgcggga gagttgcagg cgcacctggt
      601 cgaggtggtt gcgatagatg tgggcgtcgc cgagggtgag gatgaagtcg cccggacgga
      661 ggccggtgac ctgcgccgtc atctgtagca gcagggcgta agaggcgatg ttgaacggca
      721 caccgagaaa gaggtcggca ctgcgctggt agagctgtag gctgaggcgc ccgtcggcga
      781 cgtagaactg gaagagtagg tggcagggcg gcagattcat gcgcggcagg tcggccacgt
      841 tccaagcact gacgatgagc cggcgtgagt cgggcgtgcg gcggatatcg tccacgatgg
      901 ttgcgatctg atcgatcgac ccgccgtcgt agtcgggcca ggagcgccac tgatagccgt
      961 agacgtggcc caagtcgccg cgatcgtcgg cccactcatt ccagatacgc acgccatgct
     1021 cctgaaggta acgcacgttc gtgtcgccgc tgaggaacca gagtagttcg tagatgatgg
     1081 atttcagatg cagctgtttc gtggtcaaca gcgggaatcc ctggtcgagg tcgaaccgca
     1141 gctgccggcc gaacacactg agggtgcccg tgcccgtgcg gtcttctttc accgttccct
     1201 ctcggagcac ctcgtcgagt agatccaaat attgcttcat gtcggagtgt ctattgtaaa
     1261 tgatcggagg gcgcaaagaa aggggaaggc cgtgagccca gataatagaa ggcacttggg
     1321 ggagacgcct ctcggcggca ttcactcccg tcacagccac gtgccaaagt cgtttgtcaa
     1381 gccttctatt cctctttttc tcagccgatc aaaccttaaa agtccccaaa aa
//
LOCUS       SEQF2637|AYYD01000988.1 1431 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1431
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(445..1239)
                     /gene="thyA2_3"
                     /locus_tag="SEQF2637_00983"
                     /EC_number="2.1.1.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11044"
                     /codon_start=1
                     /transl_table=11
                     /product="Thymidylate synthase 2"
                     /translation="MKQYLDLLDEVLREGTVKEDRTGTGTLSVFGRQLRFDLDQGFPL
                     LTTKQLHLKSIIYELLWFLSGDTNVRYLQEHGVRIWNEWADDRGDLGHVYGYQWRSWP
                     DYDGGSIDQIATIVDDIRRTPDSRRLIVSAWNVADLPRMNLPPCHLLFQFYVADGRLS
                     LQLYQRSADLFLGVPFNIASYALLLQMTAQVTGLRPGDFILTLGDAHIYRNHLDQVRL
                     QLSRTPRPLPRMELNPARSSLFDFRYDDFRLVGYDPHPHIAGLVSV"
ORIGIN      
        1 gcctctcttt gtccattttc cgcttcatgg ccacgatctc gtacatcagc gacgagatgt
       61 cgcgtccgta ataattctcg ccccccaatg atgaaggcct cgccagccgt gtggcagacc
      121 tcaagcgcct cgtccatgct gtgcaccatg aggcagccgg ggcatcgaag gtcgggctga
      181 gcggtgagga caacgttgag gcggtcgggc agggcgccct tgggcaggga gtcgaacgtg
      241 cgacggccca tgaggacggt gtggcccatg gtgaggcttc ggaaatgctt catatcggcc
      301 ggcaaatgcc acggcatggt gttacccagg ccgatggcgt tgtgctcgtc aagagcggca
      361 atgagagtga tcatttttga gaggttgttt gaagtggtgg gacgtaggga taggagtagg
      421 acgtagccgg atacgtttga gcgctcagac ggagacgaga ccggcgatat gaggatgggg
      481 atcgtagccc acgaggcgga agtcgtcgta acggaagtcg aagaggctgc tgcgcgcggg
      541 gttcagctcc atgcggggca gagggcgcgg cgtgcgggag agttgcaggc gcacctggtc
      601 gaggtggttg cgatagatgt gggcgtcgcc gagggtgagg atgaagtcgc ccggacggag
      661 gccggtgacc tgcgccgtca tctgtagcag cagggcgtaa gaggcgatgt tgaacggcac
      721 accgagaaag aggtcggcac tgcgctggta gagctgtagg ctgaggcgcc cgtcggcgac
      781 gtagaactgg aagagtaggt ggcagggcgg cagattcatg cgcggcaggt cggccacgtt
      841 ccaagcactg acgatgagcc ggcgtgagtc gggcgtgcgg cggatatcgt ccacgatggt
      901 tgcgatctga tcgatcgacc cgccgtcgta gtcgggccag gagcgccact gatagccgta
      961 gacgtggccc aagtcgccgc gatcgtcggc ccactcattc cagatacgca cgccatgctc
     1021 ctgaaggtaa cgcacgttcg tgtcgccgct gaggaaccag agtagttcgt agatgatgga
     1081 tttcagatgc agctgtttcg tggtcaacag cgggaatccc tggtcgaggt cgaaccgcag
     1141 ctgccggccg aacacactga gggtgcccgt gcccgtgcgg tcttctttca ccgttccctc
     1201 tcggagcacc tcgtcgagta gatccaaata ttgcttcatg tcggagtgtc tattgtaaat
     1261 gatcggaggg cgcaaagaaa ggggaaggcc gtgagcccag ataatagaag gcacttgggg
     1321 gagacgcctc tcggcggcat tcactcccgt cacagccacg tgccaaagtc gtttgtcaag
     1381 ccttctattc ctctttttct cagccgatca aaccttaaaa gtccccaaaa a
//
LOCUS       SEQF2637|AYYD01000989.1 1776 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1776
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             262..1626
                     /locus_tag="SEQF2637_00984"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKSITTVWLIALLTGLMSMYAATVQAQNPTSGQTGPLTWKYDT
                     GTKTLTISGKGEMPNFNNGSPWNTLKEEIKDVVIEEGVTGISWGAFTGARALESVTLP
                     KSLTKIGESAFSFCNSLSSMTIPEGVKEIGPMAFSFCEALVWFKVDAANTAYTSVDGV
                     LFDKGKKKLICYPGSSNDTAYTIPTGTEEIAKYAFNHCYRLSAITLPEGVTQIKHSAF
                     LACMGLTSMVIPKSVKEIEEQAFGNCWKLSAITVAEGNTEYTSVDGVLFDKAKTTLMQ
                     FPAGHKDSIYTIPNGTKKIGGHAFLGAKDLVAVTISADVKEIEEYAFEQVFKLKSLTV
                     KWEKPLSINENAFDLNVPANVTLTVPKGSKAAYAAAPVWKEFKQIGESTVGNVALPEA
                     RIYAAGGRLYLTLQTAAPVGVYTLNGVLVRTFSAPAGETTVALPQGVYIVRVGDTAEK
                     VYVN"
ORIGIN      
        1 agcggtcgcc tgttgcagac gttcagcgct cccgctggct cctccaccct ccgcctgaag
       61 gctggctacc acatcgtcca agtaggcggt acggccgaga aggtgtacgc ggactaagaa
      121 gccaaaaagc aaagaatgaa gccgggtact ggttcggagc gctccgtccg gtaacccggc
      181 tctttttctt cccacttcta tcttttcgtt tctcgatact tttacgcact caaaaaagtc
      241 taattcgaaa actataagat catgacaaaa tcaattacga cagtatggct catagccctt
      301 ttgacaggtt tgatgagcat gtacgccgcc actgtgcagg cgcagaaccc cacaagcggc
      361 cagaccggtc cgctgacgtg gaagtacgac accggcacca aaaccctcac catctcgggc
      421 aagggggaga tgccgaattt caacaatgga tctccgtgga atacattgaa ggaggagata
      481 aaggacgttg ttattgagga aggcgtaacc ggaataagct ggggagcctt tacgggggcg
      541 agagcacttg aatcagtaac cctgccaaag agtttgacga aaattggaga gagcgctttc
      601 tccttttgca atagcttgtc ttcgatgacg attccggaag gggtgaaaga gattggccca
      661 atggcatttt cgttttgtga agcgcttgtg tggtttaagg ttgatgctgc caacacggct
      721 tatacttcgg tggacggcgt cttatttgac aaggggaaaa agaagttgat ctgctatcct
      781 ggaagcagta atgatacggc ctacaccata cctacaggga cggaggaaat agctaaatat
      841 gcatttaatc attgctatag attgagtgcc atcacactcc cggaaggagt tacacagatt
      901 aagcatagtg catttctagc ctgtatgggg ttgacttcaa tggtgattcc taagagtgta
      961 aaggagattg aagagcaagc gttcggcaat tgctggaagt tgtcggctat caccgtagcg
     1021 gaaggtaata cagaatacac ttcagtagac ggtgtgctgt ttgacaaagc gaagaccaca
     1081 ctaatgcagt tccccgctgg ccacaaggat tcgatttaca ctattccgaa tggcacaaaa
     1141 aagatagggg ggcatgcatt cttaggagcc aaagatctcg tagccgttac tatttctgcc
     1201 gatgtaaagg agattgagga atacgcattt gagcaagtat ttaaactaaa gagccttaca
     1261 gtcaaatggg agaaaccact cagcataaac gagaatgcgt ttgacttgaa cgttccagcc
     1321 aacgtcaccc tgacggtgcc gaagggatcg aaggccgcct atgctgcggc gccggtgtgg
     1381 aaggagttca agcagatcgg cgagagtacg gttggcaacg ttgccctccc cgaggcgcgc
     1441 atctatgctg cgggtggaag gctttatctg actctccaga cggctgcacc ggtaggtgtc
     1501 tataccctca acggtgtgct cgtccgcacg ttctcggcgc cggcgggtga gacgacggtc
     1561 gccctgcctc aaggcgtgta tatcgtacgg gtaggtgaca cggccgagaa ggtgtacgtg
     1621 aactaagaaa tgaaaagtga aaggccgggc cgttgcacga tgatactcca cgtctcatca
     1681 tgcggtgccc ggtttttttt gttttcttcg ctgttgcgtt tccaatccaa gtggtttgaa
     1741 gtgaaaccga gccccgattt ggttcaaacc aatggt
//
LOCUS       SEQF2637|AYYD01000990.1 1777 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1777
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             262..1626
                     /locus_tag="SEQF2637_00985"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKSITTVWLIALLTGLMSMYAATVQAQNPTSGQTGPLTWKYDT
                     GTKTLTISGKGEMPNFNNGSPWNTLKEEIKDVVIEEGVTGISWGAFTGARALESVTLP
                     KSLTKIGESAFSFCNSLSSMTIPEGVKEIGPMAFSFCEALVWFKVDAANTAYTSVDGV
                     LFDKGKKKLICYPGSSNDTAYTIPTGTEEIAKYAFNHCYRLSAITLPEGVTQIKHSAF
                     LACMGLTSMVIPKSVKEIEEQAFGNCWKLSAITVAEGNTEYTSVDGVLFDKAKTTLMQ
                     FPAGHKDSIYTIPNGTKKIGGHAFLGAKDLVAVTISADVKEIEEYAFEQVFKLKSLTV
                     KWEKPLSINENAFDLNVPANVTLTVPKGSKAAYAAAPVWKEFKQIGESTVGNVALPEA
                     RIYAAGGRLYLTLQTAAPVGVYTLNGVLVRTFSAPAGETTVALPQGVYIVRVGDTAEK
                     VYVN"
ORIGIN      
        1 agcggtcgcc tgttgcagac gttcagcgct cccgctggct cctccaccct ccgcctgaag
       61 gctggctacc acatcgtcca agtaggcggt acggccgaga aggtgtacgc ggactaagaa
      121 gccaaaaagc aaagaatgaa gccgggtact ggttcggagc gctccgtccg gtaacccggc
      181 tctttttctt cccacttcta tcttttcgtt tctcgatact tttacgcact caaaaaagtc
      241 taattcgaaa actataagat catgacaaaa tcaattacga cagtatggct catagccctt
      301 ttgacaggtt tgatgagcat gtacgccgcc actgtgcagg cgcagaaccc cacaagcggc
      361 cagaccggtc cgctgacgtg gaagtacgac accggcacca aaaccctcac catctcgggc
      421 aagggggaga tgccgaattt caacaatgga tctccgtgga atacattgaa ggaggagata
      481 aaggacgttg ttattgagga aggcgtaacc ggaataagct ggggagcctt tacgggggcg
      541 agagcacttg aatcagtaac cctgccaaag agtttgacga aaattggaga gagcgctttc
      601 tccttttgca atagcttgtc ttcgatgacg attccggaag gggtgaaaga gattggccca
      661 atggcatttt cgttttgtga agcgcttgtg tggtttaagg ttgatgctgc caacacggct
      721 tatacttcgg tggacggcgt cttatttgac aaggggaaaa agaagttgat ctgctatcct
      781 ggaagcagta atgatacggc ctacaccata cctacaggga cggaggaaat agctaaatat
      841 gcatttaatc attgctatag attgagtgcc atcacactcc cggaaggagt tacacagatt
      901 aagcatagtg catttctagc ctgtatgggg ttgacttcaa tggtgattcc taagagtgta
      961 aaggagattg aagagcaagc gttcggcaat tgctggaagt tgtcggctat caccgtagcg
     1021 gaaggtaata cagaatacac ttcagtagac ggtgtgctgt ttgacaaagc gaagaccaca
     1081 ctaatgcagt tccccgctgg ccacaaggat tcgatttaca ctattccgaa tggcacaaaa
     1141 aagatagggg ggcatgcatt cttaggagcc aaagatctcg tagccgttac tatttctgcc
     1201 gatgtaaagg agattgagga atacgcattt gagcaagtat ttaaactaaa gagccttaca
     1261 gtcaaatggg agaaaccact cagcataaac gagaatgcgt ttgacttgaa cgttccagcc
     1321 aacgtcaccc tgacggtgcc gaagggatcg aaggccgcct atgctgcggc gccggtgtgg
     1381 aaggagttca agcagatcgg cgagagtacg gttggcaacg ttgccctccc cgaggcgcgc
     1441 atctatgctg cgggtggaag gctttatctg actctccaga cggctgcacc ggtaggtgtc
     1501 tataccctca acggtgtgct cgtccgcacg ttctcggcgc cggcgggtga gacgacggtc
     1561 gccctgcctc aaggcgtgta tatcgtacgg gtaggtgaca cggccgagaa ggtgtacgtg
     1621 aactaagaaa tgaaaagtga aaggccgggc cgttgcacga tgatactcca cgtctcatca
     1681 tgcggtgccc ggtttttttt tgttttcttc gctgttgcgt ttccaatcca agtggtttga
     1741 agtgaaaccg agccccgatt tggttcaaac caatggt
//
LOCUS       SEQF2637|AYYD01000991.1 1751 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1751
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             262..1626
                     /locus_tag="SEQF2637_00986"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKSITTVWLIALLTGLMSMYAATVQAQNPTSGQTGPLTWKYDT
                     GTKTLTISGKGEMPNFNNGSPWNTLKEEIKDVVIEEGVTGISWGAFTGARALESVTLP
                     KSLTKIGESAFSFCNSLSSMTIPEGVKEIGPMAFSFCEALVWFKVDAANTAYTSVDGV
                     LFDKGKKKLICYPGSSNDTAYTIPTGTEEIAKYAFNHCYRLSAITLPEGVTQIKHSAF
                     LACMGLTSMVIPKSVKEIEEQAFGNCWKLSAITVAEGNTEYTSVDGVLFDKAKTTLMQ
                     FPAGHKDSIYTIPNGTKKIGGHAFLGAKDLVAVTISADVKEIEEYAFEQVFKLKSLTV
                     KWEKPLSINENAFDLNVPANVTLTVPKGSKAAYAAAPVWKEFKQIGESTVGNVALPEA
                     RIYAAGGRLYLTLQTAAPVGVYTLNGVLVRTFSAPAGETTVALPQGVYIVRVGDTAEK
                     VYVN"
ORIGIN      
        1 agcggtcgcc tgttgcagac gttcagcgct cccgctggct cctccaccct ccgcctgaag
       61 gctggctacc acatcgtcca agtaggcggt acggccgaga aggtgtacgc ggactaagaa
      121 gccaaaaagc aaagaatgaa gccgggtact ggttcggagc gctccgtccg gtaacccggc
      181 tctttttctt cccacttcta tcttttcgtt tctcgatact tttacgcact caaaaaagtc
      241 taattcgaaa actataagat catgacaaaa tcaattacga cagtatggct catagccctt
      301 ttgacaggtt tgatgagcat gtacgccgcc actgtgcagg cgcagaaccc cacaagcggc
      361 cagaccggtc cgctgacgtg gaagtacgac accggcacca aaaccctcac catctcgggc
      421 aagggggaga tgccgaattt caacaatgga tctccgtgga atacattgaa ggaggagata
      481 aaggacgttg ttattgagga aggcgtaacc ggaataagct ggggagcctt tacgggggcg
      541 agagcacttg aatcagtaac cctgccaaag agtttgacga aaattggaga gagcgctttc
      601 tccttttgca atagcttgtc ttcgatgacg attccggaag gggtgaaaga gattggccca
      661 atggcatttt cgttttgtga agcgcttgtg tggtttaagg ttgatgctgc caacacggct
      721 tatacttcgg tggacggcgt cttatttgac aaggggaaaa agaagttgat ctgctatcct
      781 ggaagcagta atgatacggc ctacaccata cctacaggga cggaggaaat agctaaatat
      841 gcatttaatc attgctatag attgagtgcc atcacactcc cggaaggagt tacacagatt
      901 aagcatagtg catttctagc ctgtatgggg ttgacttcaa tggtgattcc taagagtgta
      961 aaggagattg aagagcaagc gttcggcaat tgctggaagt tgtcggctat caccgtagcg
     1021 gaaggtaata cagaatacac ttcagtagac ggtgtgctgt ttgacaaagc gaagaccaca
     1081 ctaatgcagt tccccgctgg ccacaaggat tcgatttaca ctattccgaa tggcacaaaa
     1141 aagatagggg ggcatgcatt cttaggagcc aaagatctcg tagccgttac tatttctgcc
     1201 gatgtaaagg agattgagga atacgcattt gagcaagtat ttaaactaaa gagccttaca
     1261 gtcaaatggg agaaaccact cagcataaac gagaatgcgt ttgacttgaa cgttccagcc
     1321 aacgtcaccc tgacggtgcc gaagggatcg aaggccgcct atgctgcggc gccggtgtgg
     1381 aaggagttca agcagatcgg cgagagtacg gttggcaacg ttgccctccc cgaggcgcgc
     1441 atctatgctg cgggtggaag gctttatctg actctccaga cggctgcacc ggtaggtgtc
     1501 tataccctca acggtgtgct cgtccgcacg ttctcggcgc cggcgggtga gacgacggtc
     1561 gccctgcctc aaggcgtgta tatcgtacgg gtaggtgaca cggccgagaa ggtgtacgtg
     1621 aactaagaaa tgaaaagtga aaggccgggc cgttgcacga tgatactcca cgtctcatca
     1681 tgcggtgccc ggtttttttg ttttcttcgc tgttgcgttt ccaatccaag tggtttgaag
     1741 tgaaaccgag c
//
LOCUS       SEQF2637|AYYD01000992.1  214 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..214
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttttttgtt ttcttcgctg ttgcgtttcc aatccaagtg gtttgaagtg aaaccgagct
       61 ccgattttgg tcaaaccagg tggtttgggg tgaaaccgag ccccgatttt ggtcaaacca
      121 agtggtttga agtgaaaccg agctccgatt ttggtcaaac caggtggttt ggggtgaaac
      181 cgagctccga ttttggtcaa accaggtggt ttgg
//
LOCUS       SEQF2637|AYYD01000993.1  286 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..286
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttttttgtt ttcttcgctg ttgcgtttcc aatccaagtg gtttgaagtg aaaccgagcc
       61 ccgatttggt tcaaaccaat ggtttggcgt gaaaccggac cctgatttgg ttcaaaccaa
      121 tggtttggag tgaaaccgag ctccgatttt ggtcaaacca ggtggtttgg ggtgaaaccg
      181 agctccgatt ttggtcaaac caggtggttt gaagtgaaac cgagctccga ttttggtcaa
      241 accaggtggt ttggggtgaa accgagctcc gattttggtc aaacca
//
LOCUS       SEQF2637|AYYD01000994.1 5857 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5857
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(197..4513)
                     /locus_tag="SEQF2637_00987"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTYHKKEALQANLDAVRTLLALENTRRAPSESDRATLRRYNGFG
                     GLKCVLLPAAEPADIDRWPRAEHELFPLVRELREIIDQGASESDATRLWNGIKSSVLT
                     SFYTDERIVGAIASGLGRSGFSASRMLDPSAGMGVFSRALAGEQTEVISFEKDLVTGR
                     ILRLLTADNPRQTVRTEGFEEIEAREAGRFDLVASNIPFGNFAIYDRAYSKGKDAAKR
                     EATRAIHNYFFVKGLDCLREGGLLAFITSRGVADSPTNAPIREYLMEHSRLVSALRLP
                     DGMFSENAGTEVGSDLLILQKETGKGVQNEWEQLFTQSVSIESGGESFTENALFAEGN
                     HAVATTYRIGTDAYGKPAPVYTHTGGIESIARDLEARISADMAARFDRKIYRSGLPEN
                     VSQVVSPEKKISSSAEKKSKREKQTEQEEASEAYDLMPKALARGLPKLYASEKQLIGD
                     RTAYARYFFPMGAYTAYLLEYDPKERIGFGAVTMGYGWELGYMSFDEMAEVKVGGLGI
                     ERDLYFSPTKLHEIKELSEIVGEQYTRTVEPIAKETSSFTNEATAETLPPKSVSPSST
                     LAPEGVPVLTLHRQYEAPVPTNSQPDMEPPREMNGQTVYFDEEHHPVTDRERQAEAEA
                     SLFAPEAYTDWQRDVARVNREIAEKPQRAGRSAAGSTPHRTARRTGKATPSDKHQLSF
                     LDLLSESEEPPPAPVREIRRTFDASPRPFLSAPDSHLRDGSIVVQGGQIGYLSNLHLS
                     PTFHPMDLPLSRISRLKAYVEIRESYHRLYDYEANNHLADPEEREKLNRLYDDFVRRW
                     GQLNLKANADLLKMDATGAEMLFLERSEGGRYIKADIFDHPTAFALTESVAADPSEAL
                     CASLNKFGTVELPYMTSLLPDMEESDILAALEGRIFFNPEVGGYEVADKFISGNVIEK
                     AERIDAWLLDHPGHEAAKQSLAALRAATPTPIPFTDLDFNLGERWIPAKVYARFASDL
                     FGTDVGVSYLPDMDEYILSCDRKNQAIWHTYAVQGEFKRYDGLHLLKHALHNTVPDIT
                     KSKEITDPKTGEKATIKVRDGRAIQMADTKIEEIRQAFIGWLGRTPDTFKQQLADRYN
                     RLFNCFVRPDFDGSHQTFPGLDLKGLSFPDLYPSQKDAVWMLKTNGGGICDHEVGGGK
                     TMIMCTAAYEMKRLGLANKPMIIGLKANVFDIADTFRKAYPNARILYPGKEDFTVKNR
                     TRIFSDIKNNDWDCVILTHDQFGAIPQSAEIQEAIMQKELDSVQENLDVLRKQGREIS
                     RSALKGLEQRKLTLTAKLRDIRDTIAERKDDVVDFKMMGIDHLFVDESHQFKNLMFNT
                     RHDRVSGLGNPNGSQRALNLLFAIRTIQERTGKDLGATFLSGTTISNSLTELYLLFKY
                     LRPRALEKQGIGSFDAWAAVFAKKSGDYEFSVTNEIIRKERFRTFIKLPELSAFYGEV
                     WE"
     CDS             complement(4715..5782)
                     /locus_tag="SEQF2637_00988"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDNSDRYVLVLEDRSETKSPADLGRLSVISGQDEKGKIKTVEP
                     TDENRAAFLVFKKNDGLLKNFMTNLRRQFNDPTHFGVYRIVADRVGESVGALKSMLAA
                     RDVPQNKAALDSIRVSSDESPAQKLPVIDPEKVDWKELERLGVSREKLEAGGNLDRLL
                     NWQKTGLVSLAVPFGDTTIYTEARLALRTGVDGRLSLNIHTLRREPQLDFPYMGHTFS
                     PEEKEQLLTRGNLGRTVELTPKKGEPFRAYVSVDRLTNEHVSLRADRVQIPHEIKGVR
                     LSEEQHHALTEGRPVQVEGMLSRHGKPFDATLQVNAEKRGIEFIFKDSLSNKERLKSS
                     AREAPAVRQIENKPQKRGIGR"
ORIGIN      
        1 caagagaaaa agcctcggtt tagttacctc attttgcgtc ctcttgccga aaggcaaaaa
       61 ggggaacgat taggtaactg aactccctct ttgaagccct ttttttcgcc ttttccctct
      121 ggtgcaaacc tcggcaggat gcggcaaaag tcgctaccca tcagccctct cgccctttct
      181 cgctttccct tgctccctac tcccatactt ccccatagaa ggccgagagc tctggcagct
      241 tgatgaacgt cctgaagcgt tccttccgga tgatctcgtt ggtgacggag aactcgtaat
      301 cgccggactt cttagcgaag acggccgccc acgcgtcaaa ggatccgatg ccctgcttct
      361 ctagggcgcg cggacggagg tacttgaaga gcagatatag ctccgtcaga ctgttgctga
      421 tggtggtgcc agaaaggaag gtcgccccaa ggtctttgcc tgttcgctcc tgaatggtgc
      481 ggatggcgaa cagcaagttg agcgctcgct gcgatccgtt cggattaccg aggcccgaca
      541 cacggtcgtg gcgggtgttg aacatcagat tcttgaactg atgactctcg tcgacaaaca
      601 ggtgatcgat gcccatcatt ttgaagtcca ccacgtcgtc cttgcgctcg gcgatggtgt
      661 cccggatgtc gcgcagtttg gccgtgagcg ttagcttacg ttgttctaac cctttaagcg
      721 cagaccggga gatctcccgt ccctgcttcc ttaacacgtc gaggttttcc tgcaccgaat
      781 ccaattcctt ttgcatgatc gcctcttgga tctctgccga ctgtgggatg gcgccgaact
      841 gatcgtgcgt gaggatgacg caatcccagt cgttgttttt gatgtcgctg aagatccgcg
      901 tccggttctt gaccgtgaaa tcctctttgc cgggatagag tatgcgggcg ttgggatagg
      961 ccttgcggaa cgtatcggcg atgtcgaaga cgttggcctt gagtccgatg atcatcggct
     1021 tgttcgccag cccgaggcgc ttcatctcat aggccgccgt acacatgatc atcgtcttgc
     1081 cgccccccac ctcgtgatcg cagatcccgc cgccgttggt tttaagcatc cacacggcat
     1141 ccttttggct tggatagagg tcggggaagc ttagcccctt caaatccagt cccgggaagg
     1201 tctgatgaga cccatcaaaa tcgggacgga caaagcagtt gaatagccga ttatagcggt
     1261 cggccagctg ctgtttgaac gtgtctggtg tacgcccaag ccagccaatg aatgcttgcc
     1321 ggatctcctc gatcttggtg tctgccattt ggatggcgcg accgtcgcgt accttgatcg
     1381 tcgccttctc acccgtcttg gggtcagtga tctccttgct tttggtgatg tcgggaaccg
     1441 tgttgtggag cgcgtgtttg agcagatgga ggccgtcgta acgcttgaac tcgccttgca
     1501 cggcgtaagt atgccagatg gcttgattct tccgatcgca ggagaggata tactcgtcca
     1561 tgtcggggag gtaagacacg ccaacgtctg taccgaacag gtcagaggcg aagcgggcat
     1621 agaccttagc cgggatccaa cgctcaccga ggttgaaatc caagtcggta aaggggatgg
     1681 gcgtcggggt agccgcacgg agtgccgcga gactctgctt cgccgcctcg tgccccgggt
     1741 gatcgagcag ccacgcgtcg atccgttcgg ctttctcaat cacattgcct gagatgaact
     1801 tatcggccac ctcatagcca cccacttcgg gattgaagaa gatgcgcccc tcgagtgcag
     1861 cgaggatgtc gctctcctcc atgtcgggca gcagggaggt catgtagggt aactccaccg
     1921 tgccgaactt gttgagcgat gcgcaaagcg cctctgacgg gtcggccgcg acagactcag
     1981 tcagggcgaa ggccgtcggg tgatcaaaga tgtcggcctt gatgtatcgt cccccctcac
     2041 ttcgctccaa gaaaagcatc tcggcgcccg tggcatccat cttcaggagg tcggcatttg
     2101 ccttgagatt gagctgcccc caacgccgga cgaagtcatc gtacagccga ttcagcttct
     2161 cacgctcctc cgggtctgcc aagtgattgt tcgcctcata atcgtagagc cgatggtaac
     2221 tctcgcggat ctcgacgtac gccttgaggc gcgagatgcg cgaaagcggc agatccattg
     2281 ggtggaacgt cgggctgaga tggaggttag agaggtagcc gatctgcccg ccttgtacga
     2341 cgatggagcc gtcgcggaga tgactatcgg gtgcagagag gaacgggcgc gggctggcgt
     2401 cgaacgttcg tcggatttca cggacgggtg caggcggagg ctcctcggac tcgctcagca
     2461 gatcgagaaa cgacagctgg tgcttgtctg acggggtggc tttcccggtt ctgcgtgccg
     2521 tgcgatgggg cgtcgaccct gcggccgacc gacctgcccg ttggggcttt tctgcgatct
     2581 cccggttgac ccgggccacg tcccgctgcc aatctgtgta cgcttcgggg gcaaacagac
     2641 tcgcctcggc ttcagcctgt cgctcacgat ccgtcaccgg atggtgctcc tcatcgaaat
     2701 agacggtctg tccgttcatc tcccgcggtg gctccatatc gggctgcgag ttggttggca
     2761 cgggcgcctc atattgtcgg tgtagggtaa ggacgggtac gccctcgggg gcaagagtgg
     2821 aggacggaga gaccgacttc ggggggagtg tttcggccgt cgcctcgttc gtaaacgaag
     2881 atgtctcctt tgcgatcggc tctaccgttc gggtgtattg ctcgcctacg atctcactaa
     2941 gctctttaat ctcatgcagc ttggtgggcg aaaaatagag atcacgctca atgcccagcc
     3001 ctccgacctt gacttcggcc atctcatcaa aagacatata ccccagctcc cagccgtacc
     3061 ccatcgtaac cgccccgaag ccgatgcgtt ccttggggtc atactccaaa aggtaagcgg
     3121 tataggctcc catggggaag aagtagcgcg cataggccgt gcggtctccg ataagctgtt
     3181 tctcggaggc atagagcttg ggcagccctc tggcgagggc tttcggcatc aaatcataag
     3241 cctcgcttgc ctcttcttgc tctgtttgtt tctctcgctt gctcttcttc tcggctgatg
     3301 aggatatctt tttctcgggg gagacaactt gcgacacgtt ttccggcagc ccgctccggt
     3361 agattttccg atcaaaacgg gctgccatat cggcggagat ccgcgcttcc aagtcccgtg
     3421 cgatgctttc gatcccaccc gtgtgggtgt agaccggtgc aggctttccg taagcatccg
     3481 taccgatgcg ataggtcgtg gcaacggcat gattgccttc ggcgaacagg gcgttctccg
     3541 tgaatgactc tccgcccgat tcgatggaaa cgctttgcgt aaagagctgc tcccactcgt
     3601 tttgcacccc cttcccggtt tccttttgaa ggataaggag atcactgccg acctccgtgc
     3661 ctgcattttc tgagaacatg ccgtcgggca gacggagtgc ggagacgagc cgactatgct
     3721 ccatcaagta ctcgcggatg ggggcattcg tcgggctgtc agccacgccg cgggaagtga
     3781 tgaaggccag caatccgccc tcgcgaaggc agtcaagtcc cttgacgaaa aagtaattgt
     3841 ggatggcgcg cgtggcctcc cgcttcgccg cgtctttacc cttgctgtac gcccgatcgt
     3901 agatggcgaa atttccgaag gggatgttac ttgccacgag gtcgaaccgc ccggcctcgc
     3961 gtgcctcgat ctcttcgaag ccttcggtgc gaacggtttg tcgcgggttg tcagccgtga
     4021 ggagtcgcaa gatgcgcccc gtcacgaggt ctttttcaaa cgagataacc tccgtttgtt
     4081 cgcccgccag cgcgcgggaa aagacaccca tcccagccga cggatcgagc attcggctgg
     4141 cggaaaaacc gctccggccc agccctgaag cgatggcgcc gacgatgcgc tcgtcggtgt
     4201 aaaacgaagt gagtacgctg cttttgatgc cgttccaaag gcgtgtggca tcgctctccg
     4261 aggcgccttg atcgatgatt tcacgtagct cacgaacgag tggaaatagc tcatgctcag
     4321 cgcgcggcca gcggtcgata tcggccggct cagcagccgg aaggaggacg catttgaggc
     4381 cgccgaagcc gttgtatcgc cgcagtgtcg cccgatcgct ttccgacggc gcgcggcgcg
     4441 tgttttctaa ggccagcagg gtgcggacgg catcgagatt cgcctgcagt gcctcttttt
     4501 tgtggtaggt catggtttta aggtggaaat gagggtcaaa cagcaactcg caactttgtg
     4561 agttgctatt gcttatgatt ttgccaactc acaagtttga gagttgctat tgtttgtcgt
     4621 tttgataact cgaaaccttg cgagttaaga ctggagactc aaatggcttc gcacatggcc
     4681 tgcgatacgc ttgattagct cccaaaacgg gcggctacct gccgatcccc cgtttttgtg
     4741 gtttgttttc gatctgccga acggctggag cttctctggc agacgatttc aagcgctctt
     4801 tgttcgatag ggagtccttg aaaatgaatt cgatgcctcg cttttcagcg tttacctgta
     4861 gcgtggcgtc gaacggtttg ccgtgacgcg aaagcatgcc ctccacctgc acgggtcgtc
     4921 cctcggtgag cgcgtggtgc tgctcctcgg agagccggac gcccttgatt tcgtgcggga
     4981 tttgaactcg gtcagcccgc agcgaaacgt gttcgtttgt cagccggtcg acggacacat
     5041 aagcgcggaa tggctcgccc ttcttagggg ttaattcgac agttcgtccg aggttgcccc
     5101 gagtgaggag ttgctccttt tcttcgggcg aaaacgtgtg ccccatatag gggaaatcga
     5161 gctgcggttc acgtcgcaac gtatggatgt tgagactgag gcgaccgtct acccctgtac
     5221 ggagagccag ccgtgcttcg gtataaatcg tagtgtctcc gaagggtaca gcgaggctaa
     5281 caagccccgt tttctgccaa tttagcagtc gatctaagtt cccgcccgcc tcaagcttct
     5341 cccgactcac gccgaggcgc tccagctcct tccaatccac cttttctggg tcgatgacgg
     5401 gcagcttttg ggccggcgac tcatccgagc tgacgcgaat gctgtctaat gcagccttat
     5461 tttgaggtac atcacgcgcg gcgagcatgc tcttcagcgc gcccaccgac tcacccactc
     5521 gatcggctac gatccgataa acgccgaaat gcgtcgggtc attgaactgt ctacggaggt
     5581 tcgtcataaa gttcttcagc agcccatcgt ttttcttgaa caccaagaaa gccgcccgat
     5641 tctcgtcggt tggttctacg gttttgatct ttcccttctc gtcctgcccc gaaatgacgg
     5701 acaggcggcc gaggtcagcc ggcgatttag tctcgctccg atcctccagc acaagcacat
     5761 agcgatccga attgtcttcc atagtagtat ctgattttaa gatgaaacag atacgaaaat
     5821 agccaccccg atccgggatg gctatgtgga atgactc
//
LOCUS       SEQF2637|AYYD01000995.1 3522 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3522
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(174..539)
                     /locus_tag="SEQF2637_00989"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKNTNKTDREFLDVYLGETHPQEAEPSEQAVHAESASTPKRV
                     STKMRRGTLEAYKQAFLVPAKLTDRRAVYLSRATQKRADFVVRRLGDRGANLSSFVER
                     IVRAHLEDYAEEIEEWRKL"
     CDS             complement(596..1495)
                     /gene="dnaG_1"
                     /locus_tag="SEQF2637_00990"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00974"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA primase"
                     /translation="MKEENLSTIKRYPITAYLESKGITPVRRLATYAMYRSPLRDEHH
                     PSFKVDTEKNLWIDYAEGCGGSIIDLCMRLEGCSLPEAILHLGKIVSGRMVNDCPRTR
                     IDRNLIEGTNTSRNLIGISNDLPPHLQDYLSKVRCIDLGRAQPFLRCVRYEVRRRTYE
                     VIGFANASGGYELRGAGLFKGTLAPKDITPIFSDGRQPVCLFEGFMDFLSFLSMKEKV
                     GSHCLVMNSVANVGRCIRYLRERHITALRAFLDNDDAGRRTLSTFIEAGFLVEDMSMH
                     YRGCKDLNEFHVSRVCRLRGQQG"
     CDS             complement(1980..3485)
                     /locus_tag="SEQF2637_00991"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVSVHSENSRNGKRIAARESFRTSFSFTAILSYRKNKLLSCK
                     SCSPKKSAANGRNIMPDNAACLDAGDAHHTFTPENSSQPAMKRQVDKSKINTSKTPDS
                     GGRSSKNGEIETYLSQHYAFRYNTVWGRVEYRGREDTRFVKVGRYEINTLRRELDNEA
                     GITTSPDNLYSIIESDFSPRINPIQEYFKTLPTAALDDPNTHAIRELADCVVVRNPEK
                     WLLYLTKWLVAVVANAMNDRECRNHTCLVLTGEQGRFKTTFLDLLCPPKLHDYSYTGK
                     IYPQEKDTLTYIGQNLIINIDDQLKALNKRDENELKNLITCPMVKYRMPYDKHVEEHP
                     HMASFVASVNGNDFLTDPTGSRRFLPFEVLSIDINRARAVSMDAVYAEAKSLLQSGYR
                     YWFNDEEIAELYRESEAFQVQTAEMELLLRCFELPTTDSDCSYLTTTEILTYLGTYTR
                     QPLKAKRMGEALKRVGYIKVSRRRNGGSPLYVYKIRKILPCPLLQSCSSNM"
ORIGIN      
        1 gggagcaagc gcagtttgtg ggaacaaact gacgtcttgc attaccgtcg tcacgctccg
       61 ttacataccc tataatgttt cttacaatca cagcttgcta tgcattcaaa agcttgctgc
      121 atgcttagca cgtaattcga tcgtggactc ttcgatggat ctgtgtactt ggattacagc
      181 ttccgccatt cctcgatctc ctcggcgtag tcctccaaat gggcgcgcac gatgcgctcc
      241 acaaagctcg agaggttggc gcctcgatct cccaatcgac ggacaacgaa gtcggcgcgc
      301 ttctgagttg cccgactcaa atagactgcc cggcgatctg tcagcttggc agggacaagg
      361 aaggcttgct tgtaagcctc cagcgtccct cgcctcattt tcgtgctgac gcgtttcggt
      421 gtggatgcac tctcggcatg cacggcctgc tcggatggct ctgcttcctg tggatgcgtt
      481 tctcccaaat agacgtcgag aaactcccgg tcagttttgt tggtgttttt ctctttcatg
      541 gttgctatct ccttttctgt ttgattgtgt gggttggttt ggttgtgata ggagcttatc
      601 cttgttgtcc tcgtaggcga cagacgcggc taacatgaaa ctcgttgaga tccttgcatc
      661 cgcgataatg catggacatg tcttccacca gaaacccagc ttcgatgaac gtgctcaagg
      721 ttcgccttcc agcgtcgtcg ttatcgagga aggcgcggag ggccgtgatg tgccgctcgc
      781 gcaagtaacg gatgcaccgc ccaacattag ccacggagtt cattacaagg caatggctac
      841 cgaccttttc tttcattgaa aggaaggaaa ggaagtccat gaagccttcg aagaggcaga
      901 ctggctgccg cccgtcggaa aagatgggtg taatgtcctt tggagccagc gttcctttga
      961 ataacccggc gcccctgagc tcgtagccgc ccgaggcatt ggcaaagccg atgacttcgt
     1021 acgtccgtct cctcacttcg tagcggacgc atcggaggaa gggttgtgcc cgaccgaggt
     1081 cgatgcatcg cactttgctc aggtagtctt gcaaatgtgg cggaaggtcg ttcgatatgc
     1141 cgatcagatt tctactcgtg ttcgtgccct cgatgagatt acggtcgatt cttgtccgtg
     1201 gacagtcatt caccatgcga ccggaaacaa tcttccctaa atggaggatg gcctccggta
     1261 ggctgcaccc ctccagccgc atacagaggt cgatgatgct tcctccacag ccttcggcat
     1321 agtcaatcca caggttcttt tcggtgtcta ccttgaagct cggatgatgc tcatcccgca
     1381 gcggcgagcg atacatcgcg taggtcgcca gccgtcggac aggagtgatg cctttacttt
     1441 ccaagtacgc cgtgatgggg taccgcttga tggtcgatag gttttcttct ttcatggtga
     1501 tcaaacattg agatgggtaa tgaaatggtg tggtgtttta ttggaatgca agtgatttaa
     1561 cgtgagttcg acgtggggca attcatttat atagggatgg gactcccttt gcacgatggc
     1621 tgcaagctcc cttgcaggcg ggctgcaagc ctgcttgcac gaggtgtgca aggaagagtg
     1681 ccttccccga ggcagttgta ggggcgaatg attattcgcc cctacgagag gggcacatga
     1741 tcgaggtgtt gcgtcaccca caaagcctac gtcgtctgtg agccattggg aagggtgtct
     1801 tcctcggtgc ggggaaggta ttttccccga ggcggggaaa tggattcctt acatagaact
     1861 cacgttgatt taagatcaaa tacccgtact ttttggcttc ttcttactac aaactacaat
     1921 cgccttactc gattgttttc caatagcatc catacaaatc gaggtcacta cgcggccgac
     1981 tacatgttac tactacatga ttggaggagg ggacagggga gaatctttcg gattttgtag
     2041 acatacagcg ggctaccgcc gttccgccgt cggctgacct tgatgtatcc gacccttttc
     2101 aaggcctctc ccatacgttt ggccttaagc ggttggcgcg tgtaggtgcc gaggtaagtc
     2161 aagatttcgg tcgttgtcag gtaggagcaa tcactgtcgg tggtcggcag ctcgaagcag
     2221 cgcaacagga gctccatctc tgctgtctgt acttgaaacg cctcactttc gcggtacagc
     2281 tccgcgatct cctcatcgtt gaaccaatat cgatagcccg attgcaatag cgatttggcc
     2341 tccgcataaa cggcgtccat cgagacggcc cttgcccggt tgatgtcgat ggagagcacc
     2401 tcgaagggca gaaaacgcct gctgccggtg gggtcggtga ggaagtcgtt gccattcacc
     2461 gaggccacga agctcgccat gtgggggtgc tcctccacgt gcttatcgta aggcatgcgg
     2521 tacttgacca tcgggcaggt gatcaagttc ttcaactcgt tttcgtcccg cttgttgagc
     2581 gccttgagct ggtcgtcgat gttgataatg agattctgcc cgatgtaggt cagcgtgtcc
     2641 ttctcctgtg gatagatctt gccggtatag ctgtaatcgt gcagcttagg cgggcaaagc
     2701 aggtcaagaa acgtcgtctt gaatcgtccc tgttcgccgg tcaagactag gcaggtgtgg
     2761 ttgcgacact cgcggtcgtt catcgcattg gcgactacag ccacaagcca ttttgttagg
     2821 tacagcagcc atttctccgg gttacggacg acgacgcagt cggccaactc acggatggca
     2881 tgtgtgtttg gatcatccag tgcagcggtg ggcaaggttt tgaaatactc ctgtatggga
     2941 ttgatgcgtg gagaaaagtc gctttcaatg atcgagtaga ggttgtctgg ggaggtcgtg
     3001 atcccggcct cgttgtcaag ttcgcggcgc agcgtgttga tctcatagcg accgactttt
     3061 acgaatcggg tgtcctcccg gccgcgatat tccacccgtc cccaaacggt gttgtatcgg
     3121 aatgcgtaat gctgagagag gtaagtctcg atctccccgt tcttggatga gcgtccgccg
     3181 ctgtccggtg ttttgctggt gtttatcttg cttttatcta cctgtctctt catggctggc
     3241 tgggatgagt tttcgggggt gaaggtgtga tgagcatccc cggcatccaa gcatgcagcg
     3301 ttgtccggca taatgttgcg cccgtttgct gccgatttct tcggggagca ggacttacaa
     3361 gaaagcaatt tgttcttccg ataagacaaa atggcagtga aagaaaagga ggtgcggaac
     3421 gattcgcggg ctgctatccg ctttccgttg cggctgtttt ccgaatgaac ggaaactgcg
     3481 tccatgctac accagccata tccttactgt tccatttgca tc
//
LOCUS       SEQF2637|AYYD01000996.1 1194 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1194
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(15..380)
                     /locus_tag="SEQF2637_00992"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKDTNKTDRAFLDVYLGETRPQEAEPSEQAVHAGSAPTPKRI
                     STKMRRSTLEAYKRTFLVPAKLTDRRAVYLSRATQERADFVVRRLGDRGANLSSFVER
                     IVRAHLEDYAEEIEEWRKL"
     CDS             complement(386..1192)
                     /locus_tag="SEQF2637_00993"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTEKNLWIDYAEGCGGSIIDLCMRLERCTFPEAIRCLGQMIFG
                     CRTSDYPRTESHHHSPERTNEGRKLIGISDDLPPHLQDYLTKERRIDLGRARSFLRCV
                     RYEVRGRTYEVIGFPNASGGYELRGAGLFKGTLAPKDITPIFPDGRQPVCLFEGFMDF
                     LSFLSMKEKVGSHCLVMNSVANVGRCIRYLRERHITVLRAFLDNDDAGKRTLSAFIDA
                     GFQVEDMSVHYRGCKDLNEFYVSRIYRLREQREQAQITTKPSHPIKLKRR"
ORIGIN      
        1 tctgtatgct cggattatag cttccgccat tcctcgatct cctcggcgta gtcctccaaa
       61 tgggcgcgca cgatgcgctc cacaaagctc gagaggttgg cgccccgatc gcccagtcga
      121 cggacaacga agtcggcgcg ctcctgtgtc gccctactca aatagaccgc ccggcgatct
      181 gtcagcttgg cagggactag aaaggttcgc ttgtaagcct ccagcgtgct ccgtctcatt
      241 ttggtgctga tgcgtttcgg tgtgggtgca ctcccggcat gcacggcctg ctcagatggc
      301 tccgcttcct gtggacgcgt ttctcccaaa tagacgtcga gaaacgcccg gtcagttttg
      361 ttggtgtctt tctctttcat ggttgctatc ttcttttcag tttgatgggg tgggatggtt
      421 tggttgtgat ttgtgcttgt tctcgttgtt cccgtaggcg atagatgcgg ctaacataaa
      481 actcgttgag atccttgcat cctcggtagt gcacggacat gtcttcaact tggaacccag
      541 cgtcgatgaa tgcgctcagg gttcgcttcc ctgcatcgtc gttatcgagg aacgcacgaa
      601 ggaccgtgat gtgccgctcg cgcaagtaac ggatgcaccg cccgacatta gccacggagt
      661 tcattacaag gcaatggcta ccgacctttt ctttcattga aaggaaggaa aggaagtcca
      721 tgaagccttc gaagaggcag actggctgcc tcccgtcggg aaagatgggt gtgatgtcct
      781 tcggcgctag tgtccctttg aataacccgg cgccccgtag ctcatagccg cccgaggcat
      841 tgggaaagcc gatgacttcg tacgtccgtc ccctcacctc gtagcggacg catcggagga
      901 aggatcgtgc ccgaccgagg tcgatgcgcc gctcttttgt caggtagtct tgtaaatgtg
      961 gcggaaggtc atccgatatg ccgatcaatt ttcttccttc gtttgttctc tcggggctat
     1021 gatggtggga ttccgtccgc gggtaatcgc tcgtcctgca accgaaaatc atctgcccca
     1081 aacagcggat ggcctccgga aaggtgcacc tctcgagccg catacaaagg tcgatgatgc
     1141 ttcctccgca gccttcggca tagtcaatcc acaggttctt ctcggtatcc acct
//
LOCUS       SEQF2637|AYYD01000997.1  591 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..591
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(174..398)
                     /locus_tag="SEQF2637_00994"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRGTLEAYKQTFLVPAKLIELRAVYLSRATQKRVDFVVRRLGD
                     RGANLSSFVERIVRTHLEDYAEEIEEWRKL"
ORIGIN      
        1 gggagcaagc gcagtttgtg ggaacaaact gacgtcttgc attaccgtcg tcacgctccg
       61 ttacataccc tataatgttt cttacaatca cagcttgctg tgcattcaga cgcttgctgc
      121 atgcttagca cgtaaatcga ttgtggactc cttaatgcat ctgcgtactc ggattacagc
      181 ttccgccatt cctcgatctc ctcggcgtag tcctctaaat gggtacgcac gatacgctcc
      241 acgaagctcg agagattagc gcccctgtct cccaatcgac ggacaacaaa gtcaacgcgc
      301 ttctgagttg cccgactcaa atagactgcc cgtagttcga tcagcttggc ggggacgagg
      361 aaggtctgct tgtaagcctc cagtgttcct cgcctcattt tggcgctgat gcgtttcggt
      421 gtgnttgnac tctcgccaga cgtttggaga catctatctg gccctttgcc gagagaagga
      481 ggcgcagaaa gtcaagacgc tcagtcaatc ttcaataatg gcttacagag acagcaacaa
      541 gagatgcgtc cgctgatggg cagcaagcag acgcagaagc tacgccgtgc c
//
LOCUS       SEQF2637|AYYD01000998.1  441 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tctttgacct taatcaggtt agaaatgtgc gcgtagaata gtgccgtctg acggaggatg
       61 gcaagcgcct ccttctcgtt gtcgcctatc ggagggacgg cggtgacgga tccgcccagc
      121 aacatttcgc gacagtagtc ggagtacttc cgccctgcgt tcgtggctct cgagcggatc
      181 cgttccttct cttcggccgt acatctgacc ttgatgaagg cggtcttgtt cggnttcttg
      241 tcttccttct tgttgtactt tttcatgtgg ataggtcttt tctgtggtgc ttatactatg
      301 gttggggccg atgagaacgg atgtgattac ggccctctca cacgtccgga cagggcgagg
      361 gagcaagcgc agtttgtggg aacaaactga cgtcttgcat taccgtcgtc acgctccgtt
      421 acatacccta taatgtttct t
//
LOCUS       SEQF2637|AYYD01000999.1  756 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..756
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcagtttgtg ggaacaaact gacgtcttgc attaccgtcg tcacctccgg tacgtacccg
       61 ctgtatttct tacaatcact gcgtgccctg cattcagatg gttactgctt gttaggtngc
      121 atatcgttng tggaactctt tgatgaatca gtgtgcttgg attacagctt tcgccattcc
      181 tcgatttcct cggcgtagtc ttccaaatgg gcgcgcacaa tgcgctccac gaagctcgac
      241 agattggcgc ccctgtctcc caatcgacgg acaacgaagt cggcgcgctc ctgtgtcgcc
      301 ctactcaaat agaccgcccg acgatctgtc agcttgacag gaacaaggaa ggtctacttg
      361 taagcctcca gtgtctctcg cttcattttg gcgctgaagc gtttcggcgt gggtacactg
      421 tcggcagacg ttcgcagaca tctacctggc cctttgccga gagaaggagg cgcagaagga
      481 caacacgctt agtctgtctt caataagagg ctacaaagac agctacaaga gatgcgccca
      541 ctgatgggca gcgagcagac gcagaggcta cgccgtgcct tgcaggtctg tccgccgcaa
      601 aaggggacgc tcgagaaaaa gtgacgctgg caactctggt tgctccaatc acattataca
      661 acctcataac ccaaaaacac catgcaaatc atccttgtag acagtaaggc ttgggagcga
      721 catcgctccg cctttgccga ctttatccac cgcatc
//
LOCUS       SEQF2637|AYYD01001000.1 1094 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1094
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(162..386)
                     /locus_tag="SEQF2637_00995"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRGTLEAYKQTFLVPVKLTDRRAVYLSRATQERADFVVRRLGD
                     RGANLSSFVERIVRAHLEDYAEEIEEWRKL"
     CDS             622..891
                     /locus_tag="SEQF2637_00996"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQFILVDGKAWERHRSAFADFIHRIERLIGNPPEVDEWLDNDAV
                     CRRLNISPRTLQTLRDTGKIPFSMVGHKCYYRAGDIADLLNSKAE"
ORIGIN      
        1 gcagtttgtg ggaacaaact gacgtcttgc attaccgtcg tcacctccgg tacgtacccg
       61 ctgtatttct tacaatcact gcgtgccctg cattcagatg gttactgctt gttaggtngc
      121 atatcgttng tggaactctt tgatgaatca gtgtgcttgg attacagctt tcgccattcc
      181 tcgatttcct cggcgtagtc ttccaaatgg gcgcgcacaa tgcgctccac gaagctcgac
      241 agattggcgc ccctgtctcc caatcgacgg acaacgaagt cggcgcgctc ttgtgtcgcc
      301 ctactcaaat agaccgcccg acgatctgtc agtttgacag gaacaaggaa ggtctgcttg
      361 taagcctcca gtgtccctcg cttcattttg gcgctggtgc gtttcggtgt ggttgcactc
      421 tcgcaagagc ttcgtccact gatgggcagc gagcagacgc agaggctacg ccgtgccttg
      481 cgggtctgtc cgccgagaaa ggggacgctc gagaaaaagt gatgctggca actcgattga
      541 cgggtccgct ggatcgaaag tgacgctggc aactctggtt gctccaatcc aattatacaa
      601 cctcatactt atcgaaacac catgcaattc atccttgtag acggtaaggc ttgggagcga
      661 catcgctccg cctttgccga ctttatccac cgcatcgagc ggctcattgg caatccgccc
      721 gaggtcgacg aatggctcga caacgacgcc gtatgccgcc ggctgaacat cagccctcgc
      781 accctgcaga ccttgagaga tacgggtaaa atccccttct ccatggtcgg gcataagtgt
      841 tactacagag ccggcgacat cgctgattta ctgaactcaa aagctgaatg aacgatggca
      901 gagcatgcaa tcattacgga agaaagccct caaatgcagc tgtttgtcca gctcatggag
      961 ggcgtattga agaagctgga gcgctattgc gcctcggccc gacccacgct cgccggggag
     1021 atttatctca ccggcgagga ggtctgcgag cggctcaagc tcagcacccg cacgctgcag
     1081 gagtaccgca gccg
//
LOCUS       SEQF2637|AYYD01001001.1 4878 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4878
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             396..689
                     /locus_tag="SEQF2637_00997"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITETDWQSLRDEVLSLAACCLKAFGEESKHTYWLHNGDV
                     CRLLGISKRTLQHYRDTSVLPFAQIGHKCYYKREDVERLLCVKSDKTTNTTKR"
     CDS             686..991
                     /locus_tag="SEQF2637_00998"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQDLSLEAGEMQVVISALRRVRERIREVSETHRPLFSGEH
                     FLTGKEVCERLYISPRTLQDYRDRKVIPYTQFAGKILYKASDLRRILEENYRGDGKR"
     CDS             complement(1239..2000)
                     /locus_tag="SEQF2637_00999"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDAITFVDAMEPYHSLENRKDMSHPKVGEIKMPRKHSRNVSSQ
                     KREEKFEPKEEQIRFLIVCEGEETERNYFNAIIDKIPTVRNGSEVKGVGMNTVSLVNR
                     ALEIKEDLEQKNDMTFDQVWVVFDKDNFESFNKAIEMANTHGIQSAWTNESFELWFYL
                     HFDYLDTGISRSQYIEKLEKKISTKKGEKFKYEKEDPRIYELLQKYGDENLAIRYAQK
                     LRESYEDTNYAKHNPCTMVDKLVEKLNSFKQHKEL"
     CDS             complement(1942..2175)
                     /locus_tag="SEQF2637_01000"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLNKNNKAQLIFATHDTNLLDLALVRRDQIWFTEKDRVEATDV
                     YSLVQFKNDDEGHRDVRRDYIRGRYGAVPFIGK"
     CDS             complement(2492..3238)
                     /locus_tag="SEQF2637_01001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVDFTVKNYRSFKDERTFSMEACSMERHEQSVHEQSVINEGEH
                     RLLPLAILYGANSSGKSNLIRAIRVMKEMVKRSVQLNEDDLLPYDPFTLDKTTVSQPT
                     LFEIRFIRERAVYRYGFEYNRNEIISEWLYEKPFEEKEEHELFERSGDVIEVLSENFP
                     EGEGKENLANKNRLFLSLVAQLKGEKSNSIIGWFRKCYVLSGVDSEGYEDFTHKMFLE
                     HLDGADEAQDFFKELQLGFNTFSAKKSKPI"
     CDS             complement(3307..3867)
                     /locus_tag="SEQF2637_01002"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVESEADYVLALKRNHRHLSEDVKDAFTGRYTQFTYSTLDKDH
                     GRVEERIYTAFRPQEVLDESQYESWKNLSSLVQVERLVTFSDGTERRDKQYYLSSLPA
                     EAVERIGTYIRGHWGIENRLHWYLDVTFREDHCRARKAYAAQNLNTIRKLALAIVSQR
                     KDKLSIRKRLFTAALNIDYLKELLKI"
     CDS             complement(3864..4082)
                     /locus_tag="SEQF2637_01003"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MANGSADQNLLTHTPTYSSAWVDEHTISIAGKAVEEKSNEITAI
                     PDVLDSIDLTGAVVSIDAMGKQTDIAQG"
ORIGIN      
        1 ttcataatgg gcttgaatga gttcttgagg gtgaaggtgt gataggcatc cccagcatcc
       61 aagcatgcag tgtattccgg catgatgttg cgtccgtttg cagccgattt cttcggggag
      121 caggacttac aagtaagtga ttcgcccctc cgataagata aaatggccgt gaaaggaaag
      181 gaagctgggg acaattcgca ggctgctatc tgctttccgt tgcggctgtt ttccgaataa
      241 gcaaaagccg cccctttctg cgccggttgt atccctgctt ttccatttgc atccctcctg
      301 ttcccgattg cgttgacagc gttttgcgtg caattacgtt tgccgccgaa aacagtaaaa
      361 cctaaatacc aaccagaaaa ctaatacgta agatcatgaa gtatttgatt attacagaga
      421 ctgattggca gagcctgcga gatgaagtgc tgagccttgc cgcatgttgc ctgaaggctt
      481 tcggagaaga gtccaaacac acgtactggc tacacaacgg ggacgtctgc cgactactcg
      541 gcatcagcaa acgcaccttg caacactatc gagacacaag cgtgctaccc ttcgcgcaga
      601 tcgggcacaa gtgctattac aaacgagagg acgtggagcg actactctgc gtgaagtctg
      661 acaaaacgac aaatacgacg aagcgatgat ggaagcaatt caagatttga gtttagaggc
      721 aggcgagatg caagtggtca tctcagcctt gcgacgcgtc agggaacgga ttcgggaagt
      781 atccgagacg caccggccac tcttcagcgg cgaacatttc cttacaggca aggaagtttg
      841 cgaacgactc tacatcagcc cccgcacctt gcaggattac cgcgatcgaa aggtcatccc
      901 ctacacgcag tttgccggta agatcctcta caaggcctca gacttaagaa ggatcttgga
      961 ggagaattac aggggagacg ggaaacgata agatgcgaaa gggcataatt gaattgaaaa
     1021 cagcacttgg cgcagaggca tctctgcgcc aagtgctgtt tctctatgaa aaatcaacct
     1081 ttcttttggg gtcgtatttt ataacaaaaa acttctatct gtttttatga tgctattttt
     1141 ttagagtgta gcgagggtaa atagagagcc gtctaagaga gtgcttttat gtgactactt
     1201 tgataagtcg gcccttggtc ttttaacttc gctaaacctt acagctcttt gtgttgtttg
     1261 aaggaattaa gcttttctac aagtttgtca accatcgtac aaggattgtg ctttgcatag
     1321 ttagtatcct catatgattc acgcagcttt tgggcataac gtatggccaa gttctcatct
     1381 ccatactttt gaagcaattc gtaaatccta ggatcttcct tttcgtattt gaatttctca
     1441 cctttttttg tgcttatttt tttctcaagt ttttctatgt actgacttcg gctaattcct
     1501 gtatcaagat agtcaaaatg caagtaaaac catagttcaa aggattcatt cgtccaagca
     1561 ctttgaatac catgagtatt agccatctct atagccttgt tgaaagactc gaaattatcc
     1621 ttatcaaata caacccacac ttggtcgaac gtcatgtcgt ttttctgctc cagatcctcc
     1681 tttatttcta acgctctgtt aactaaagaa accgtattca tgccaacacc tttaacttcc
     1741 gaaccattac gaacagtggg tattttatcg ataatagcat taaaataatt acgttcggtc
     1801 tcctcccctt cgcacactat caaaaaacga atttgctcct ctttaggttc gaatttctct
     1861 tcgcgttttt gggagcttac atttcttgaa tgctttcttg gcatttttat ctctcctacc
     1921 tttggatggc tcatatcttt tctattttcc aatgaatggt acggctccat agcgtccacg
     1981 aatgtaatcg cgtctaacat ctcggtgccc ctcatcatca ttcttaaatt gcacaagtga
     2041 atagacgtca gtagcctcta ccctatcctt ctctgtgaac caaatttgat cgcgacgaac
     2101 aagagccaag tcgagaagat tagtgtcgtg cgtagcaaat atgagctgcg ccttattgtt
     2161 tttattcaaa tccataaata gcagcacgat attcctagtt aaaagaggat gaagttttgc
     2221 atccaattca tctataataa gaacatttcc tttgtttaag ctatcaaaaa ttggaccgga
     2281 gatctttatg accttttttg ttccctctga ctccatcttg tccatgtgaa aatcttgctc
     2341 tctaacaatc cgtccactct cgtcatatat attgtgaaaa gttttcaact cgagaatggc
     2401 acctttctct aaacgagatc ttaaatttgg caaaattttc aaaacttcct tagggattcc
     2461 tagggaatag gggagattat ctacagcttc cttagatagg tttacttttt tttgcggaaa
     2521 aagtattgaa tcccagctga agttccttaa agaaatcttg cgcttcatca gctccgtcta
     2581 aatgctccaa aaacattttg tgcgtaaagt cttcataacc ttcgctatca acgccagata
     2641 acacataaca tttcctaaac catcctatta tcgagttaga tttttcgcct tttagctgag
     2701 ctaccaaaga aagaaataat cggtttttat tggccaaatt ttccttacct tcgccctcag
     2761 gaaagttttc tgacaaaact tctatcacat ctcctgaacg ttcaaaaagc tcatgctctt
     2821 ctttctcttc aaacggcttc tcgtataacc attccgagat aatttcgttt ctgttgtact
     2881 caaaaccata gcgatagaca gccctttctc tgatgaaccg tatttcaaac agggtaggtt
     2941 gcgaaacagt cgtcttatcc aatgtaaaag gatcataggg taataaatca tcctcattca
     3001 gttgtactga acgttttacc atctccttca tgacacgaat agccctgatt agattactct
     3061 taccgctaga gttcgcgcca tataatatag ccaacggaag caaacgatgc tcgccttcat
     3121 taattacaga ttgctcgtgt acagattgct cgtgtctctc catagaacaa gcctccatac
     3181 taaatgtccg ttcatcttta aaagagcggt aattcttgac agtgaaatcg actagcatat
     3241 ctcatatttt ctccaaagat ataacgaata tctgatatga tggatttctg cagtagggca
     3301 accgcatcaa attttgagga gctctttgag atagtcgata ttgagagccg cggtgaataa
     3361 tctctttcga atggatagct tgtcttttct ctgtgagaca atggctaagg ctagtttcct
     3421 gatcgtgttg aggttctgag cggcgtatgc tttgcgtgcc cgacaatgat cttctctgaa
     3481 ggttacgtca agataccaat gcaatctatt ttctatcccc caatgaccac ggatataagt
     3541 accgatcctc tccacagcct cggctggtaa gctgctcaag tagtactgtt tatcacgccg
     3601 ctctgttccg tcagagaagg tgacaagacg ctcgacctga actaaagaag acaaattttt
     3661 ccatgactca tattgcgatt catctaagac ttcttggggc cgaaacgctg tataaatccg
     3721 ctcctccacc cgcccatgat ccttatccaa tgtgctgtat gtaaactgcg tgtagcggcc
     3781 ggtaaaagca tctttcacgt cttcggataa gtgtctgtga ttccttttta gagctaagac
     3841 ataatcggcc tccgattcca caatcatccc tgagcaatat cggtttgctt ccccatggca
     3901 tcgatgctca ccacggctcc cgtgagatca atgctgtcaa gcacgtcggg gatggcggtg
     3961 atttcattgc tcttctcttc caccgcttta cccgcaatgc tgatggtgtg ttcatcgacc
     4021 catgctgatg agtatgtggg tgtatgagtc agaagatttt gatccgcgga tccgtttgcc
     4081 atctatagag acaagtttgc ctttcaagtc atcgacaagt gtgttgccaa agaccgacag
     4141 gcactccgca aaagccgcag gatcaattcg agaaatcacc ctttcgattg tgtccacact
     4201 cggacagcca ttaggtagtt ctaacaacgg cttcagcgac tcacctcgat gtttacaaaa
     4261 ctcatacata gatgcataat cgtctccgcc acaaagataa gtggctatag cgatgattaa
     4321 tatgtcgctc aacttgtgct tgcaacgtcc cttcacgcga ggatccggta ctgtagagaa
     4381 atagtcgatc ttttccatat atcaaaggta cggttaccct gttgtgggct gcgtaagaga
     4441 gcacttgaca agaagatttc ttacgtcgaa ctcacattca atatagttgt tcttcgctat
     4501 acaaagaagc ttcgtgggaa agagctcatc acagggcaaa aaactgaaca gagtcgcttc
     4561 ttcgctcgga tcaaagtcga acagacaatt tctggttgca tagcgactac atctgactac
     4621 actccaaccc ctcttctttc aacgcattac cccattgtag tcatgtagta agatagaatc
     4681 agtgaaaggg gaaaaggcat gttaggacgg ccgtgcgggg aatcacgctg aagcagtttg
     4741 ttgcttccgg atcagcttgt ccatgtcttc cgagatcttt ttgtccgtca cctgcgcata
     4801 gatctgcgtg cttgtaatgg acgcatgtcc catcatcttg gcgatgctct ctatcgggat
     4861 gcctgcgctg agcgacag
//
LOCUS       SEQF2637|AYYD01001002.1 3241 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3241
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             37..378
                     /locus_tag="SEQF2637_01004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKETKQYLGLGGYQGCDFNGQIADATLCYLTYTVMALEKRFTE
                     YQTMGELFSDMESDLMALTLWKRVLACIEGILRVLGETLGLTPQHLMTTICGNDKEMS
                     KILVMAETLEK"
     CDS             complement(513..932)
                     /locus_tag="SEQF2637_01005"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGTEHFKSVIQCYLENRASYDELFAETFRKENKSIDECVTYIL
                     NEVQKSGCSGFSDDEIYSMAVHYYDEDDIEVGKPNSCKVVVNHTIELTEEEKAEARQR
                     AVEQYQREELSKIKSRNARPRKAETTEIVSQPSLFEF"
     CDS             complement(945..1538)
                     /locus_tag="SEQF2637_01006"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTETRTYEVYNLHELTREAQAKAHSHWAEHCDYTWDRENRATL
                     QAFERIFNIKVERWSYDSCTYTYRFTSHYSEEEDNLKGTRLLKYLVNNYWNDLYPHKT
                     YWSRNYKKKRKSRVFVSDDCVLTGYCIDYEILKPIYDFLKAPNDTTLYELMDKCLDGF
                     FKACRDDMEYQFSEEAFAESCEANDYEFLSDGTMFNQ"
     CDS             complement(1535..1831)
                     /locus_tag="SEQF2637_01007"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKFNFYQDRKVTCWERTHFDVKAESYEEAVALVKSWQGEDVLC
                     FEDDENIIITNGETLYDTSESLSVEENGGQPTIEVFANNGEDIINNKPDNTEQI"
     CDS             complement(1843..2061)
                     /locus_tag="SEQF2637_01008"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRRSKTIAQQCRYYEVDNIFEYMVSVYLNGNISDFAELFKELN
                     RKDRREFILYLFSEVEPIYIQEIILATI"
     CDS             complement(2074..2283)
                     /locus_tag="SEQF2637_01009"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLRYKISIWVALALAGSLLCGGSIWLWLAGICAGKFLIRLLLT
                     IALAIAVYILTYALIIGAILWLLIS"
ORIGIN      
        1 tttgaagtgt atcagatacg atggaacata gaggtgatga acaaggagac taagcagtat
       61 ctcggattag gaggttatca aggttgcgac ttcaacggtc agatagccga cgcaacgctg
      121 tgttacctta cgtataccgt catggctttg gaaaagaggt tcacagaata tcaaaccatg
      181 ggggaactct tttcggatat ggagagcgat ctcatggcac tcacgttatg gaagcgagtg
      241 cttgcctgta tcgaaggcat tcttcgtgtt ttaggagaaa cacttgggtt gacgccccaa
      301 caccttatga ctacgatctg cggcaacgac aaagagatga gcaaaatcct tgtaatggct
      361 gaaacattgg aaaaatgaga tgaagtatat ggacagactg cataacttct attagccatg
      421 tgttaaaact caatggatat ggggacgaaa cgcaaaggta aatgagaaaa gccagtgttt
      481 taaggggtgg gaaactttag ttatttaagg ggttaaaact cgaataatga gggttgtgat
      541 acgatttccg ttgtttccgc tttcctcggt cttgcgttac ggctctttat tttggagagt
      601 tcctcacgct gatactgctc tacagctctc tgtctggctt ccgctttttc ctcctccgtg
      661 agttcgatgg tgtggtttac caccactttg caggaattgg gcttgcctac ctctatgtca
      721 tcctcgtcat agtaatgcac tgccatagag tagatttcat cgtccgaaaa tcccgaacaa
      781 ccgcttttct gcacttcgtt gaggatatag gttacacact catctatgct cttgttttct
      841 ttgcggaaag tttccgcaaa gagttcatcg tatgatgctc ggttctccaa ataacattgg
      901 attacgcttt tgaaatgctc tgtacctttc attgtctttg ttctttattg gttaaacatg
      961 gttccgtctg ataggaattc ataatcgttt gcttcgcaac tctcggcaaa ggcttcctcg
     1021 ctgaattgat attccatatc gtccctgcaa gccttgaaaa atccatccaa acacttgtcc
     1081 ataagttcgt atagggtggt atcattgggg gctttcagaa aatcgtatat gggcttcaag
     1141 atttcatagt ctatgcagta gcccgtcagc acacaatcgt ccgaaacaaa aacacggctc
     1201 ttgcgtttct tcttgtagtt tctgctccaa taagtcttgt gtggatacaa gtcgttccaa
     1261 tagttattga caaggtattt cagaagtctt gtccctttta gattgtcttc ctcctcgctg
     1321 taatgggaag tgaaacgata ggtgtaggta caactgtcgt atgaccatct ttccaccttg
     1381 atattgaaaa tccgctcaaa ggcttgcaat gtggctcggt tctctctgtc ccaagtatag
     1441 tcgcaatgtt ccgcccaatg gctgtgtgcc tttgcttgtg cctcccttgt cagttcgtgg
     1501 aggttatata cctcgtatgt tcttgtttcc gttctcatat ctgttcagtg ttatcgggtt
     1561 tattgttgat gatgtcttct ccattgtttg caaagacctc gatagtcggc tgtcctccgt
     1621 tttcctctac ggataggctt tcggaggtgt catacaaggt ttctccgttt gtgatgatga
     1681 tattctcatc gtcctcaaag caaagcacgt cctctccctg ccacgacttg acaagggcaa
     1741 cggcttcttc gtaactctcg gcttttacat caaagtgggt gcgttcccaa caagtaacct
     1801 ttctgtcttg ataaaaattg aatttttcca ttattcttgc ttttagatgg ttgctaaaat
     1861 gatttcttgg atataaatgg gttcaacctc tgaaaagaga tagagtataa actctcttct
     1921 gtctttccga ttgagttcct tgaatagttc cgcaaagtca gatatatttc cgttgaggta
     1981 aaccgatacc atatactcga agatattgtc cacctcatag tatctgcatt gctgtgcgat
     2041 tgtcttgctt cttcttttca tatatctgtc tgtttaagaa atgagtaacc aaagtattgc
     2101 tccgatgatg agggcataag tcagaatgta cactgcgata gccaaagcaa tggtaaggag
     2161 taaccgaatg aggaattttc ctgcacatat ccctgccagc caaagccaaa tgcttccgcc
     2221 acaaaggaga gagcctgcga gtgcaagtgc cacccaaatt gatattttgt atctcagttt
     2281 catcttgtct gatttttttg attttatgcg gattccagag gtgagggagt ttgagtttca
     2341 actttttctt tttctctgct tctcgcatat ccgacatttt ttttatgcgt ctttccgtcg
     2401 ggtcggtcgt tttcgcttca gtggcgtaaa aaggtagggc ttaggacaaa caaggtttta
     2461 cggcgagaat actacctgca atgaaatgga agtgtggaga ttgtcgtcta aacggcttgc
     2521 cgccccgacc ttttttgtcc gtagaagccc ggaactacct ttgccgctga caacgaacaa
     2581 ccgatcccga catgatacac cagcataagt ggaggatgtg caaggagaga agcagggcga
     2641 aaacaaaaaa cgtagtcttc gaagactgca tttcatcata agattagaac acacggaaaa
     2701 taaaaagcca cccaacggac ggctttacga aaaaaacgag aaaaaaattc ttttttctca
     2761 cgatatcccc ttatctttgc aataggttat tcgagttatg caaagcgttg tatatcgctg
     2821 ttgaagatag gtcgctaaat cattacctat tgcatttcat aacccattag gctattgaat
     2881 gccaatcatt tgaacctaaa tgatagattt ttcgggtaaa aatacagtac aacatgagat
     2941 gtcatgtagt ggaaggcatg atttcctgac tacatctaac tacaccctaa cccttcttct
     3001 ttcaccgcct tatccctgtt gtagtcacgt agtaagatct attcggtgaa aggaaaaaag
     3061 acctgttagg gcggccgtca ggggatcaca ctgacgtcgc ttgttgcttt ttgatcagct
     3121 tgtccatgtc ttccgagatc tttttgtccg tcacctgcgc atagatctgc gtgcttgtaa
     3181 tggacgcatg tcccatcatc ttggcgatgc tctctatcgg gatgcctgcg ctgagcgaca
     3241 a
//
LOCUS       SEQF2637|AYYD01001003.1 1260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(487..909)
                     /locus_tag="SEQF2637_01010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREFQALHIRNGQSGEAGEEKHLSSLFCFPVVYSQRHEFGHIAL
                     LQEANLSFLLFVGNILKRMAADDFQVYRAIHQPTQSAEEVVYGRCRQTAFFQEEAEVF
                     KQIFRNACKGDVPPSVFLHELSKQLVRISKVLVSTFCL"
ORIGIN      
        1 catagcacgg tgcgcatgac cgaacgatat gcgaaagtta cccctcagaa actattcgag
       61 gagtttgatc gcttgatcgc cttcaccgaa gacttacacc tgaccattta accacaaagc
      121 actatgagaa gtacattcaa aatcctgttc tacatcaaca gacagaagac aaaagtagac
      181 ggcaagacgg ccatcttttg ccgcgtcacc atcgatggta ggagcacagc tattaccaca
      241 ggtgaggaat gtctgtcggc cgaatggaac agcagacagg ggacaaccgg cgaaaagaaa
      301 atcaaccaac gcctcgcagc gttcagggag cttgtggaaa aggcctacgc ggaaatgctt
      361 acgaaggacg gcgtggtcag tgcagaactc cttaagaacc gcttgcaagg caccgttgcc
      421 gcaccaacca ctcttttagc catgagcgag gcggaactgc aatccgtgaa gacatgcgtg
      481 ggcaagtcaa aggcagaaag tacttaccag aaccttactt attcggacaa gttgcttcga
      541 gagttcgtga aggaaaacgg agggcgggac atcccccttg caggcattac ggaagatctg
      601 tttgaagact tccgcttctt cctgaaaaaa cgcggtttgg cggcatcgac cataaaccac
      661 ctcctctgcc gactgagtcg gttgatgtat cgcgcggtag acttgaaagt catccgctgc
      721 catccttttg aggatgttac ctacgaaaag gaggaacgaa agattcgctt cttgcaaaag
      781 agcgatgtgg ccaaactcat ggcgctgcga ataaacgaca gggaagcaga acaggctcga
      841 cagatgtttc tcttctcctg cttcaccgga ctggccattg cggatatgga gcgcctgaaa
      901 ttctcgcata tccagaccgc ggccgacggt aggagatata tctgtaagga gaggcagaaa
      961 acgaaagtgg agtctgttgt gccattacat ccgatcgcgg agtcgatcct caataagagc
     1021 caagaagagc tgacggtgaa agaagaagtc gacgcccttg tctttccacg tagttgcagc
     1081 cgcagtgtga tgaataacaa actgagcacc gtgggtttgg cttgtggtat caggcaacga
     1141 ctgtctttcc acatggctcg tcatacgttt gggacgttgt cgctcagcgc aggcatcccg
     1201 atagagagca tcgccaagat gatgggacat gcgtccatta caagcacgca gatctatgtc
//
LOCUS       SEQF2637|AYYD01001004.1 1259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(487..909)
                     /locus_tag="SEQF2637_01011"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREFQALHIRNGQSGEAGEEKHLSSLFCFPVVYSQRHEFGHIAL
                     LQEANLSFLLFVGNILKRMAADDFQVYRAIHQPTQSAEEVVYGRCRQTAFFQEEAEVF
                     KQIFRNACKGDVPPSVFLHELSKQLVRISKVLVSTFCL"
ORIGIN      
        1 catagcacgg tgcgcatgac cgaacgatat gcgaaagtta cccctcagaa actattcgag
       61 gagtttgatc gcttgatcgc cttcaccgaa gacttacacc tgaccattta accacaaagc
      121 actatgagaa gtacattcaa aatcctgttc tacatcaaca gacagaagac aaaagtagac
      181 ggcaagacgg ccatcttttg ccgcgtcacc atcgatggta ggagcacagc tattaccaca
      241 ggtgaggaat gtctgtcggc cgaatggaac agcagacagg ggacaaccgg cgaaaagaaa
      301 atcaaccaac gcctcgcagc gttcagggag cttgtggaaa aggcctacgc ggaaatgctt
      361 acgaaggacg gcgtggtcag tgcagaactc cttaagaacc gcttgcaagg caccgttgcc
      421 gcaccaacca ctcttttagc catgagcgag gcggaactgc aatccgtgaa gacatgcgtg
      481 ggcaagtcaa aggcagaaag tacttaccag aaccttactt attcggacaa gttgcttcga
      541 gagttcgtga aggaaaacgg agggcgggac atcccccttg caggcattac ggaagatctg
      601 tttgaagact tccgcttctt cctgaaaaaa cgcggtttgg cggcatcgac cataaaccac
      661 ctcctctgcc gactgagtcg gttgatgtat cgcgcggtag acttgaaagt catccgctgc
      721 catccttttg aggatgttac ctacgaaaag gaggaacgaa agattcgctt cttgcaaaag
      781 agcgatgtgg ccaaactcat ggcgctgcga ataaacgaca gggaagcaga acaggctcga
      841 cagatgtttc tcttctcctg cttcaccgga ctggccattg cggatatgga gcgcctgaaa
      901 ttctcgcata tccagaccgc ggccgacggt aggagatata tctgtaagga gaggcagaaa
      961 acgaaagtgg agtctgttgt gccattacat ccgatcgcgg agtcgatcct caataagagc
     1021 caagaagagc tgacggtgaa agaagaagtc gacgcccttg tctttccacg tagttgcagc
     1081 cgcagtgtga tgaataacaa actgagcacc gtgggtttgg cttgtggtat caggcaacga
     1141 ctgtctttcc acatggctcg tcatacgttt gggacgttgt cgctcagcgc aggcntcccg
     1201 atagagagca tcgccaagat gatgggacat gcgtccatta caagcacgca gatctatgc
//
LOCUS       SEQF2637|AYYD01001005.1 1279 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1279
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             13..132
                     /locus_tag="SEQF2637_01012"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHSTVRMTERYAKVTPQKLFEEFDRLIVFTEDLHLTI"
     CDS             complement(553..930)
                     /locus_tag="SEQF2637_01013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKFQSLHIRNGQSGEAGKEKHLPSLLHFLVVYLQRHELGYIAL
                     LQESNLPFLFFIGDIFKRMATDDFQVYRAIHQPTQSAEEVVHGRCCQTTFFEKEAEVL
                     KQIFRNACEEDVSPSVFLHERPK"
     CDS             complement(1006..1173)
                     /locus_tag="SEQF2637_01014"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKREALPDTTRQSHSTQFAIHHTAAATAWEDESVSFFFHRLILS
                     ASVKDLLRDRM"
ORIGIN      
        1 accgtcagca agatgcttgg acatagcacg gtgcgcatga ccgagcgata tgcgaaggtg
       61 acaccgcaga agttattcga ggagttcgat cgcttaatcg tcttcaccga agatttgcac
      121 ctaaccattt aaccagggac caacatgaga agtacattca agatcctgtt ctacatcaac
      181 agacaaaaga cgaagacaga cggcaagaca gccatctttt gccgcgtcac catcgatggt
      241 aggagcatag cgattaccac aggtgaggaa tgtctgccag atgaatggaa cagcaaacag
      301 ggtataactg gcgaaaagaa aatcaaccaa cgcctcgctg cattcaggga gcttgtggaa
      361 aagacttact cggaaatgct tacgaaggac ggcgtggtca gtgcagaact cctcaagaac
      421 cgcttgcagg gcaccgttgc cgcaccaacc actcttttag ccatgagcga ggtggaactg
      481 caatccgtga aggcatgcat gggcaagtca aaggcggaaa gcacctacca aaatctgatc
      541 tattcggaca agctacttcg ggcgttcgtg aaggaaaacg gagggcgaga catcctcctc
      601 gcaggcatta cggaagatct gtttgaggac ttccgcttct ttctcaaaaa acgtggtttg
      661 gcagcatcga ccatgaacca cctcctctgc cgattgagtc ggttgatgta tcgcgcggta
      721 gacttgaaag tcatccgttg ccatcctttt gaagatgtca cctatgaaaa agaggaaagg
      781 aagattcgat tcttgcaaaa gagcgatgta gccaagctca tggcgctgaa ggtaaacgac
      841 aaggaagtgg agcaggctcg gcagatgttt ctcttttcct gcttcaccgg attggccatt
      901 gcggatatgg agcgattgaa attttcgcat atccggaccg cggccgacgg ccggaggtat
      961 atccgaaagg aacggcagaa gacgaaagtg gagtctgttg tgccgttaca tccgatcgcg
     1021 gaggagatcc ttaacagatg ccgagaggat caggcggtga aagaagaagg agacggactc
     1081 gtcttcccac gcagttgcag ccgcagtgtg atgaatagca aactgagtac tgtgggactg
     1141 gcgtgtggta tcaggcaacg cctctctttt catatggcgc gccacacgtt cggaaccctg
     1201 tcgctcagcg caggcatccc gatagagagc atcgccaaga tgatgggaca tgcgtccatt
     1261 acaagcacgc agatctatg
//
LOCUS       SEQF2637|AYYD01001006.1 3840 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3840
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(407..1699)
                     /locus_tag="SEQF2637_01015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKWSAYNIFYELSNGGFILYNYLTDSAMIMMRSLRSIINLHKDK
                     IDDLSTIHPDLYNELKSRGYVICDDVDEQTSVMENIRESLNSSKKFDLTINPTLDCNL
                     KCWYCYETLIPNSKITLEVLDGIKSLLFNIVRKRKLEELNLSFFGGEPLFKTREVVFD
                     IINYAKRHCELQGKRLKLHFTTNATLLSPNIIKAISLSQLDTFIQVPFDGGRDEHNLT
                     KRINSAIGSYDLSLKNIRHALELGIKVAIRCNYTSKNIGSFQYLIDDVSKFPLECRDR
                     ITFQFQQVWQDVPKIDTYKEIDNIKMLLSEKGFDNNLEGVGAISSFCYADFENSIVVN
                     YNGDLFKCTARDFKKENRIGILLPNGDIQYNKKYEERKHSFFNKECGECIILPICTIC
                     SQRRYESFDKECCPQPISEEEKLNQIIYRLKSLYPHYV"
     CDS             1761..2015
                     /locus_tag="SEQF2637_01016"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLVKNIDFYFHIYIPYTPIVYLLYDVSCFASIDGLQSMWKSAL
                     WLRILDLGYILNGFSHSLPPTFKDCNTQLLRHTWGYNTSL"
     CDS             complement(1957..2175)
                     /locus_tag="SEQF2637_01017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTVAVLAVAAIRLDHRHKAQGRVEAEHHRHKAQGRVEAEHHLL
                     KGLDRFEDLFTEKYCIPMYASTIVYYNL"
     CDS             complement(2812..3450)
                     /locus_tag="SEQF2637_01018"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLISTYGEYAIWQLSVRSLYQLAEFVVCQNHEHHTKRIGDNF
                     QSEVLAVYKEELRYYERSQTLIATTADDQIIGSIRLMNWDREQPLPMQTYFNLSSFEK
                     ALPLSTNIWHIGRFAVSAKAGASGLTLFKLLLLYAMRPVYESDNDLALAECDNKLLRI
                     MRLMGIQVQSIGESMEYLGSETTPVYATRDGLTNFFSKNRWLMDRCTTVAIA"
ORIGIN      
        1 cgaatgcgat cggccgtcac cgtgacctcg ccgagcgctg ccgcctcggg tcgtaaggtg
       61 acgacgacgc ccggccgtgc ctcaacgact tgcgtctcat agcccacgaa ggagaccttc
      121 agcacacgct tcgccgccgt gccagggacg gacaangaga aggcnccatt ggcgtcggtg
      181 atcgcccccg ccacaaaggc agaatcgggc agcgcatagg ctaccacatt gacaaactcc
      241 atcggacgtt tcgcgtcgtc caccacgcgt ccggtcagct cctgcgcttt tgtcacaggc
      301 atttgtcccc ccaacaatgt cgagatgagc accaataacc tcacccctct ccaaaatatt
      361 ccgctgtact tatttgtatc taaccacata actactataa taactactat acatagtggg
      421 gataaagaga ctttaggcga taaataattt ggttcaattt ctcttcttcc gaaattggtt
      481 gaggacagca ctccttatca aaggattcat atcgtcgctg agagcagatg gtgcatattg
      541 gtaatattat gcactctccg cattctttgt tgaagaacga atgttttctt tcttcgtact
      601 ttttattgta ttgaatatcg ccatttggaa gtagaattcc tattctgttc tctttcttga
      661 aatcccttgc tgtacattta aataaatcac cattgtaatt caccactata gaattctcaa
      721 aatcagcata acagaaggag gatatggcac ctaccccttc taggttattg tcaaaacctt
      781 tttcagataa aagcatcttg atgttatcta tttctttgta tgtgtctatt tttggaacat
      841 cctgccatac ttgttgaaac tgaaaggtta tcctatctct acattccaat ggaaatttac
      901 taacatcgtc tattaaatat tggaatgagc ctatgttttt cgatgtgtaa ttacatcgta
      961 ttgccacctt tattccaagc tctaacgcat gtcgtatatt tttcaaagaa agatcatagc
     1021 tccctatggc agaatttatc ctttttgtta aattatgctc gtctcttccg ccatcaaatg
     1081 gaacttggat aaaggtgtcc aattgcgata aagagatggc tttaattata ttgggactaa
     1141 gcagcgttgc atttgttgta aaatgcaatt tcagccgttt accttgcaat tcgcaatgtc
     1201 ttttcgcata gttgattata tcgaacacta cttctcttgt cttaaacaaa ggttctccgc
     1261 caaaaaaaga caaattcaat tcctctagtt tcctttttct tacgatatta aacagcaaag
     1321 attttatccc atcaagcacc tctagagtga tcttactgtt aggtattaat gtctcatagc
     1381 aataccagca cttaaggtta caatccaaag ttggatttat tgttaggtca aatttctttg
     1441 acgagtttaa actctcgcga atgttttcca ttacagacgt ctgctcatca acatcatcgc
     1501 atataacata gccacggctc tttaactcat tataaagatc tggatgtatt gtagataaat
     1561 catctatctt atctttatgt aaattaataa tactcctaag acttctcatc ataatcatgg
     1621 ctgaatccgt taaataatta tataaaataa acccaccatt agacaattca taaaatatgt
     1681 tgtaagcact ccatttcatt gtgatattat ttgtcttacg ctaaaacttt tattctgact
     1741 gatattaaaa caggaagtaa atgctacttg taaagaatat agacttttac tttcacattt
     1801 acattcctta tacgcctatc gtatatcttc tatacgatgt ctcatgcttt gcctcaattg
     1861 atggtctaca atccatgtgg aaatccgcct tgtggcttag aatcctcgac ctaggctata
     1921 tacttaacgg ctttagccat agtctgccgc ccactttcaa agattgtaat acacaattgt
     1981 tgaggcatac atggggatac aatacttctc tgtaaacaga tcctcgaatc tatcgaggcc
     2041 cttgaggagg tggtgttccg cctccacccg tccctgggcc ttgtggcggt ggtgttccgc
     2101 ctccacccgt ccctgggcct tgtggcggtg gtccagacga atcgcggcta cagcgaggac
     2161 agccacagtt cccattaagc aatcctggag tagaacagtt tcggttgctt atcgaagcga
     2221 gactataatc tccattaggt atagtgacaa aaccaccttt taagagcccc tgctctgtat
     2281 aagacaaagg catcaacata agatctttgt ctactttttt gagatcttcc atgtttgtcg
     2341 taattacatt gtttacatta cggttctcat aattgcatcc attttttaat gcagtttccc
     2401 gatacaattc atccatcaat ggaaagttcg gttggaaatt gctgcactgc tatactcgtt
     2461 actatactat gcttcgcttt cagcagattg ttaactcatc cttacttcgc tatatactct
     2521 gctctatttg ttcaatctcc gacaacgttg attgctgtac atgatcgtgt agttgcgatc
     2581 attatcgcgc caaattgcag actccttgcg agagagtctt tattggtctt tacagcactt
     2641 tacgtagaca gagctttgta tatgtattac aatcttacat cacattgtca tcggttcttc
     2701 ctcgttttta acgacgccgc aaaagtatgg tcgcgatttt cccctcacaa taccccaaac
     2761 gggtagtttt tgtatttcaa ttcaaaaact acccgtttgg ggtatatttt attaggcgat
     2821 cgcaactgtg gtgcaacgat ccataagcca tcggttcttg ctgaagaaat tggtcagtcc
     2881 gtcacgtgta gcatacacag gagtcgtttc agaacctaaa tactccatgc tttctcctat
     2941 actttgtacc tgtattccca ttaatcgcat aatacgcaac aatttattgt cacattcggc
     3001 taatgctaag tcattatcac tctcataaac aggtctcatt gcatagagga gaagtagctt
     3061 aaacagtgta agtccgctgg cccccgcttt ggcactgacg gcaaatcgtc ctatatgcca
     3121 aatattagta ctgagaggta aagccttctc gaaggatgac aagttgaaat acgtttgcat
     3181 aggaagcggt tgctctctat cccaattcat tagtcggatc gaaccgataa tttggtcatc
     3241 ggcagtcgtg gctatcaagg tttgagagcg ttcataatat cgtaattctt ctttatatac
     3301 agcaagcacc tcactttgaa aattatctcc gattcttttt gtgtgatgtt cgtggttttg
     3361 gcagaccacg aactcggcca actggtacaa agaacgcact gaaagctgcc aaatggcgta
     3421 ctcgccgtaa gtcgaaataa gtcgattcat atcgttcctt tttatattta cggagacaaa
     3481 actataattg gtttcgtatt ctaagtaagt agatcgctgt aattagttag cattatggtc
     3541 ttggcactac atctatcaaa tggcattgaa gtgtcaacta attatggtgc gctacttatt
     3601 gtcttgtgct gtttgtaaca gggctgacgc acaatcgctt ttcgaggtca gggattctgt
     3661 ttagcttcgt cccatcatac tatacatgac aataatggaa ctgcccagcc ttatccggag
     3721 tctcaccctg attgatgacc gccgtaacaa caagaacaaa cgttatccct tgcccctctt
     3781 gcttctgatc gcattctgtg ccagtatctc taaacatgac tcttggtaca ccatgcaaga
//
LOCUS       SEQF2637|AYYD01001007.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..430
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctacggcggc ctgccgctgg gattcatgaa acagcttggg ccgcgggcga acaacctctt
       61 cccggatgag tggcgaatcc gtaagacgtt gatttaggct gaaataggtg aggcgaaaaa
      121 agtcctgccg gacgaaagga gcaagtgggc tcttctcgtc cggcaggact tttttgtgtt
      181 gccacgaagg cgtttccttc cgacctatcc atgtgctcac tgcgggcgtt ccgctgggtg
      241 aggtcaaggg ccgtgacgcc gtgccatcgg cggcgttggc gctgagttcg gcgctgcgtc
      301 cggaggcgtt tgcgacggtc gacctcccgc ggccggaggc cctccgctac ctgcggcgcg
      361 aggcactctc gctctcggcc gatgtgccgc gcggatacgt tctggcggcc tacggcggcc
      421 tgccgctggg
//
LOCUS       SEQF2637|AYYD01001008.116040 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16040
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(280..876)
                     /gene="carQ"
                     /locus_tag="SEQF2637_01019"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06909"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase sigma factor CarQ"
                     /translation="MSKMKSETDETLVAMYANGNNDAFDALLERYKQTIHSYIYFSVR
                     DYDLTEDLFQETFMKVITTIRQGRYTESGRFKAWITRIAHNLIIDHFRQERNENTISN
                     DEVAVDLFNDMRFSDKTIEEMLVNKQVFEDVKKMIRFLPANQREVLEMRYYEELSFKE
                     IAARTSVSINTALGRMRYAILNMRRMMAENRIELSLCS"
     CDS             complement(960..1172)
                     /locus_tag="SEQF2637_01020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATDTTQQRTASQIAIFVYFSRLHQPTFRFWVIDLKTKPRVLYK
                     MSRIARANAGQGLAGKAFLRYFATVK"
     CDS             complement(1930..2064)
                     /locus_tag="SEQF2637_01021"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYLVDIQLPKANEFFHCREQKASGKLKNHAGKINLPEEISHFQ
                     "
     CDS             complement(2459..4084)
                     /locus_tag="SEQF2637_01022"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKRIYVAALLSLSAATLWAQQEMDAYRYSPMDLNGTARSIGM
                     GGAFGALGGDMSAMSHNPAGIAVYRSSELQTTLALTRTDADATWTGVKDSKSLVRMRF
                     DNFSYVGYVPTGYDSGIKAWNFGVAYNRVRDFNRAYHVTGRPTRSLADYAAMRTSTAR
                     EQNGRIFGLSEDKLAANSAYNDLTGDWLSVLGYKAGFFGTRYKDLNDVYGSSFGAYNS
                     SGIWTSNSPSQSTMEINESGQIVEYNFSGSMNISDRVFLGATVAVTDITYHLNSAQRD
                     DFGANNYAALQNALETDGSGYSINLGAIIRPIDELRLGVAYNSPKWYRMTDYYYASAQ
                     SYSSADAKNPLMSSSTPQDKGSFSYAFRSPDRWIFSLAGVVGQTALLSLDYELTDYRK
                     MRLGNRDDDTYYSDITQQAERDFKVGQTLKLGAEYRVTPQFSVRAGYVWQASPMQGRL
                     TAGGEIFTSGTVTHYSTVGTANTYTVGLGYRFTPNFYVDLACLYRSAAEQLHPFSDLP
                     ITDASRHLSALSADVASTQIKTTRTLLTFGYRF"
     CDS             complement(4233..5720)
                     /locus_tag="SEQF2637_01023"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKTMKSVYLTSLLLLAAISATAQEDYYDDVYFSTKSKKRERTD
                     ERRMSASDRPASRQRYDRDRDNFDRDRDVDAYNRRYTDSSTADYNDYDRDARDDNRKA
                     KASERRGDNEYSERIIRYHSPSKITITGADNVDLNLSDGYYSYSYDTDYSGGSTNVNI
                     NVNVGNGWDAWYSWYDPWFYGGFYSPWRSAWRWRNAYWGWSFGWGGFYASWYDPWYDP
                     WYSGWSGYYGGYWGYRCADYYYPYSSTTNNYYYGWDNGNRDTRRDYSSRSTTYRSSSD
                     GGNYSDVYSTRSTSTRSSSDGYTRSGRDASSRSSSYSRTADDIYSSRSSSSRSSSSYD
                     GSSTRSSSRSSDSYYDGGSSRSSSRSSSGGYYDGGSNGSSSRSSSVYEGSSRSASSRS
                     SSGGYYDGGSSRSSSIYSGSSTRSSGSYDGSSTRSSGSYSGNSSRSSSYDNSYGSSRS
                     SSSSSFGGSSTRSSSSGSFGGGGGSYSGGGGGGGSSRSSSGGGRR"
     CDS             complement(5901..6263)
                     /locus_tag="SEQF2637_01024"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPCIQIKRVYEAADPADGFRILVDRLWPRGIRKDALPYDLWPK
                     DLTPSPALRRWFHEDPDGRWAEFSQRYRSELATAPSVDEVISRIRPYDTVTLLSAAKA
                     TDHNHALILRDFLTQRMG"
     CDS             complement(6455..8611)
                     /gene="fusA_1"
                     /locus_tag="SEQF2637_01025"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72I01"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor G"
                     /translation="MKVYQTNEIKNISILGSSGSGKTTLAEAMLFEGGVIKRRGTVEA
                     GNTVSDYFPVEKDYGYSVFSTVFSVEWNGLKLNFIDCPGSDDFIGGAVSALNVTDTAL
                     MVINAQYGVEVGTINQFRYTEQFHKPVIFVVNQLDNDKADFDNTVHQLRENYGAKAVQ
                     IQYPVQTGAAFNAVVDVLKMKMYRWKPEGGKPDVLDIPAEELDKATELHKALVEAAAE
                     HDDTLMEKFFEEGTLSEDDMRAGIRAGLVSRGMFPIFCVCAGKDMCVRRTLEFLGNVV
                     PCTDKMPRPVTTEGIEVTADPAGPTSLFFFKTTIEPHIGQVSYFKVVSGKVKVGDDLT
                     NADRGSKERIAQLFAVDGQIRSEVSEMEAGDIGATVKLKDVRRGNTLNGKGCEYRFDF
                     IKYPEPKFRRAIKPVNEADAEKLSEILSRMHEEDPTWIVEQSKELKQTIVSGQGEFHL
                     RTLKWRIENNDKLAIEFLEPKIPYRETITKSARADYRHKKQSGGAGQFGEVHLIIEPY
                     YEGMPAPGTYRFGGQEYRMNVRDTQVYDLEWGGKLVFVNCIVGGAIDARFLPAILKGI
                     MGRMEQGPLTGSYARDVRVCVYDGKMHPVDSNEISFMLAGRNAFSTAFRDAAPKILEP
                     IYDIEVLVPGDYLGDVMSDLQGRRALIMGMNSERGCEKLMAKVPLKEMSSYSTSLSSI
                     TGGRASFTMKFSGYELVPTDVQEKLLKEYAATQTEE"
     CDS             complement(9461..10597)
                     /gene="hemN"
                     /locus_tag="SEQF2637_01026"
                     /EC_number="1.3.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54304"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen-independent coproporphyrinogen-III
                     oxidase-like protein YqeR"
                     /translation="MAGLYVHVPFCTQRCSYCDFYTQTDSRLRTDYLRALRRELAERA
                     AELDHEPLDTIYFGGGTPSQLPIEMLRAIFRTIRAHYDVSSCREITLEANPDDLSADY
                     LRQLHSQLPIRRISLGVQSFDDADLRRLRRRHDSQGAIRAVGRCLEAGFTDISIDLIY
                     GLPDQTPEAWARNLDVAFRLGVSHLSAYHLTYEAGTPLHRQLLSGRVHAVSEDVSVLL
                     YRLLIERAARAGWEHYEVSNFSLPGRFARHNSAYWTGARYIGVGPSAHSYDGRARSWN
                     VASLPAYVAGILSGRPDREREVTDDDMRYNEYLMTRLRTMWGISLSHLRDTFGPRRLA
                     HFLRHATPYIASGRLVRLHDPADTIRLTEEAFFVSDGIISSLFV"
     CDS             complement(10696..12516)
                     /gene="mutL"
                     /locus_tag="SEQF2637_01027"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65492"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutL"
                     /translation="MSDIIHLLPDHIANQIAAGEVIQRPASVVKELMENAVDAGADQI
                     TVIIKDAGRTLVQVIDNGKGMSETDARMAFERHATSKIAAAEDLFSLRTMGFRGEALP
                     SIAAVAQVELRTRARGAELGTRLEIDGSELVDLAPDACAEGAIFSVKNLFFNIPARRK
                     FLKSNETEFRNILTEFEHVVLAHPEITFRLVHGDTEVMNLPAAPLRRRIVDVFGKSFN
                     RRLLPVETDTSLVKIEGFVGRIDAVRRRGYRNYFFVNGRYMRHPYFHKAVIRAYENLT
                     PPGELPDYFIYLTLDPATIDVNIHPTKTEIKFENEQPIWQILSSAVRETLGKFNAAPS
                     IDFDTEGAIDIPVYNPAADRTAVRQPSVEVNTRYNPFRAAPPLAADRNWEKLYQDFER
                     DGRPALPEVDPPTAPSTTAPLFPEPTPAASNCFQFRNRYILTALKSGLVMIDQHRAHV
                     RILYDRYLRNVRQHTAASQQLLFPELVELTASEAALLPSLLDGLHRLGFELSPMGGNS
                     FSVTALPTGLPDTDPKRLLKELLDSAADALPAADDALTERLALALARSAAIRPGRPLS
                     AEEMEEMVATLFSTDSNQLTPDGKPVLILLTDDELATRFK"
     CDS             complement(12610..12918)
                     /locus_tag="SEQF2637_01028"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMFSFYNMRKPRQFEHKPIYWDPRKEKLEQRIHKVKMEMGVEE
                     TDYEQYKDAIRGSFVEGTHHLKKSKDKGDDARDRLYRNMRLILLLALLAAIYWFLYLR
                     "
     CDS             complement(12985..14727)
                     /gene="lptD_1"
                     /locus_tag="SEQF2637_01029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01411"
                     /codon_start=1
                     /transl_table=11
                     /product="LPS-assembly protein LptD"
                     /translation="MMKPAVYSAFLAGAPGALIFFGLLFSRQGKKRGWGIGCNAPEVC
                     SVGRLPFLLLLFLLPLTLTDSLSAQTPLASPPGKTKVFLEHADVQSFDKEVSADRQVL
                     SGDVCFRHDNSYMYCDSAYFYEANSSLEAFGEVRMEQGDTLFVYGDYLYYDGNIRVAK
                     MRDNVRMESVRADGSIVTLFTDSLNYDRVANIGYYFDGGTIVDDANELSSYYGQYSPA
                     TRIAIFNDSVRVFNDKFTLYSDTLQYSTQTKVATILGPSVIISDSGNIYTSRGWYNTV
                     QNTSLLLDRSQVTSGNRILVGDTIAYDRDRGFGEAFGRVVLRDTTERVMLEGNYGSYD
                     ERSGHALATDSARCMEYSQGDTLYMHADTFEMISIDSTARQVKAYRGVRFFRADFQGI
                     CDSMQFNTVDSTLYFYLDPVLWNNRNQLYGDTIVVHMADTTIDFVHVIRLAFSIEQVD
                     TSHFNQLKGNDLKAYFEGREVRRIDIDGNAESIFFPLEDDGSMVGMNETKSSYLTIWI
                     KDRKIEKLRLWPSPQGTLTPLPDLSPDRMTLRDFHWYEDLRPRDKDDIFRNARRSIEA
                     DAPSKRSNKFRSIE"
     CDS             complement(14724..16019)
                     /gene="surA"
                     /locus_tag="SEQF2637_01030"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABZ8"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone SurA"
                     /translation="MVDEIVWVVGDEAILRSDVETQRLYMQNEGQRFDGDPYCIIPEQ
                     IAIQKLYLNQAKIDSIDVSESQVLRSVDQWINMAINQVGGREKLEEYFNKKLSQIKEE
                     RKTMVREQQIVQEMQKKLVGKIKLTPSDVRHYFQNVPQDSLPMIPATVEVQIVTLEPK
                     IPFEETDAIKARLREFTEQVNNGKMEFSTLARLYSQDPASASRGGEMGFVGKSSLVPE
                     FANVAFNLTDPKRVSNIVETEYGYHIIQLIEKRGDRINCRHILLRPKVSDRELEEATA
                     RLDSIYTDIEAGKLTFEDAATYLSADKDTRNNKGLMVNQNYESSHVGTPKFEMQELPQ
                     DISKVVYGMKPGDISKPFRMLTDKQREVVAIVKLKARTDSHRANLADDYQVMKTMVEN
                     HKREELLNDWITKQQKTTYVRIADGWRNCDFKFPGWIKK"
ORIGIN      
        1 tacctgcggc gcgaggcact ctcgctctcg gccgatgtgc cgcgcggata cgttctggcg
       61 gcctacggcg gcctgccgct gggattcatg aaacagcttg ggccgcgggc gaacaacctc
      121 ttcccggatg agtggcgaat ccgtaagacg ttgatttagg ccgaaatagg tgaggcgaaa
      181 aaagtcctgc cggacgaaag gagcaagtgg gctcttctcg tccggcagga ctttttttgt
      241 gtcgccacga aggcgtttcc tcccgacctg tggctgcgct caggagcaga gcgaaagctc
      301 gatgcggttt tcggccatca tccgtcgcat gttcaggatg gcgtaacgca tgcggccgag
      361 ggccgtgttg atgctgacgc ttgtgcgggc cgcgatctcc ttgaaactca gctcttcgta
      421 gtagcgcatt tccaagactt cgcgctgatt agcgggtaaa aagcggatca tcttcttgac
      481 gtcttcgaac acctgtttgt tgaccaacat ttcctctatc gtcttgtcgc tgaagcgcat
      541 atcgttgaaa agatccacgg ctacctcgtc gttcgagatg gtgttctcgt tgcgctcctg
      601 gcggaagtga tcgatgatga ggttgtgcgc gatacgcgta atccacgcct tgaagcggcc
      661 ggattcggtg tatcgccctt ggcggatggt cgtgatcacc ttcatgaagg tctcttgaaa
      721 gagatcttcc gtcaaatcat aatcacgcac gctgaaataa atgtacgagt ggatcgtttg
      781 tttatagcgc tccaatagcg cgtcgaaagc gtcgttattc ccgttcgcat acatcgcaac
      841 caacgtctcg tcggtctccg atttcatttt actcattacg tctttagttt tggtttaaga
      901 gtaatgtctt gcaataggca gcgggggatt tgggggggat taatagatgg attcttttgt
      961 tatttgacgg tcgcaaagta acgcagaaag gccttgccgg ccaaaccttg gccggcgttc
     1021 gcgcgcgcaa tgcggctcat tttgtacaaa acccgtggct tcgttttcag atcaatgacc
     1081 caaaagcgga aggtgggctg atggaggcgg gagaaataga caaatattgc tatttgtgat
     1141 gccgttcgtt gctgagttgt atccgttgcc atgcgcagtc aaaggtttgt tccctcgaaa
     1201 ctttacgtag tttatagtag actatcacca cttggaatga tccgtgtaaa accttatgct
     1261 aaaggataat atatatagag atacagtcgc gagcgttgag aaattacacg ccatagatcg
     1321 ctactcttca aaagccttaa atagatagaa tctgaaaaaa tatatctcct aaaggcctta
     1381 ggcaaacact ctccaacgtg tgaattgtcc gcaaagcgct gagctacgtg tgatctgaaa
     1441 aatataagat tcaaaagcct aaggcaaacg cttgccaacg agtagatagt ctgcaatgag
     1501 cagagcggta tgtaatctga aaaatttagg acttaaaagc ctaaggcaaa cgcttgccaa
     1561 cgagtaaatc gtccgcaaag cgctgagaga tatgtaatct gtgaaatgta ggactcaaaa
     1621 gccttaggca aatgctctcc aacgtatgaa ttgtctgcaa agcgctgaga gatatgtaat
     1681 ctgtgaaatg cagcatttaa aagcctaagg caaacgatcg tcgacgaatt gatcgtccgc
     1741 gatgagctga gagatgcgta atctgaaaaa tgtgatactc aaaatcctta ggtaaattga
     1801 aggataacac tgtcgagagc aaattgcctt aggctaaaga atgaatcacg ctggcgagag
     1861 caatttgcct taggctaaag gatgaatcac actggaaatt ccagattgcc ttaggcaaat
     1921 cgatgttttt cactggaaat gcgaaatttc ctcaggcaaa ttgatttttc cagcgtgatt
     1981 cttcaatttg cctgaggctt tttgctctcg acagtgaaaa aactcatttg ccttaggcaa
     2041 ttgaatgtcg actaagtaat tcatccgtaa gcctaaggct tttttccgta tcacgtatta
     2101 aaaagatacg tcccctaaag cgatgaaacg tcgacgactt gattcttccg tcagcctaag
     2161 gctttctctc gtatcacata ttgaaaagat acgtttccta aagcgatgaa gcgtcgacga
     2221 cttgattctt ccgtccgcct gaggcttttt cttgtatcac gtattgaagg gatacgtatc
     2281 cggaggagaa tggatgttag gtgaaggcga tgcgctgtga cttgggactg gaggcggcag
     2341 aatgaaaaaa ggagccgaat gaggttgcca tccggctcct tacggttttc gaggcgccat
     2401 cgcggcgcgc tgtgtgtggt ttaatcgatg tggctcaaag cggccaacgg cttgtggctc
     2461 agaagcgata gccgaaggtc aggagcgtgc gcgtggtctt gatttgcgtc gacgcgacgt
     2521 ccgcgctgag ggcgctgaga tgacgcgatg cgtcggtgat gggcaggtcg gagaaggggt
     2581 gcagctgctc cgcggcgctg cggtagaggc aagccaaatc cacgtaaaag ttaggcgtga
     2641 agcggtatcc gaggcctacg gtgtaggtgt tggcggtgcc gacggtggag tagtgggtga
     2701 cggtcccgga ggtgaagatt tcgccgcccg cggtgagccg tccctgcatc ggcgaggcct
     2761 gccagacgta gccggcgcgc acggagaact ggggtgtgac gcggtattcg gcgcccagct
     2821 tgagcgtctg cccaactttg aaatcgcgct ccgcctgctg cgtgatgtcg ctgtaatagg
     2881 tgtcgtcgtc gcggttcccg aggcgcatct ttcgatagtc ggtcagctca taatccaggc
     2941 tcaaaagggc cgtttgcccc accacgcccg ccaggctgaa gatccagcgg tctggcgatc
     3001 ggaaggcgta gctgaacgag cccttgtctt gcggcgtcga gctggacatc agcggattct
     3061 tggcgtctgc ggaggaataa ctttgggccg aggcgtagta gtagtccgtc atgcggtacc
     3121 atttggggga gttgtaagcc acgcccaaac ggagctcgtc gatgggccgg atgatggcgc
     3181 cgaggttgat ggagtatccc gagccgtcgg tttcgagcgc gttttggagg gcggcgtaat
     3241 tattagcgcc gaagtcgtcg cgctgtgccg aattgaggtg gtaggtgatg tcggtcacgg
     3301 cgacggtggc gccgaggaag acgcggtcgg agatgttcat cgagcccgag aaattgtact
     3361 ccacaatttg tccactttcg ttaatctcca tcgtcgattg gcttggcgag ttcgaggtcc
     3421 aaatgccgct gctgttgtag gcaccaaaac tgctgccgta gacgtcgttg agatctttgt
     3481 acctggtccc gaaaaagccc gccttgtagc cgaggacgga gagccaatcg ccggtgaggt
     3541 cgttatacgc agagttggct gccaatttgt cttctgaaag gccgaaaatc ctgccgtttt
     3601 gttcgcgcgc ggtggaggtg cgcattgcgg cgtagtcggc cagcgaccgc gtggggcggc
     3661 ccgtcacgtg ataggcgcgg ttgaagtcgc gcacgcggtt gtaggccacg ccgaagttcc
     3721 aagccttgat gccgctgtcg tagcccgtgg gcacatagcc gacgtacgag aagttgtcga
     3781 agcgcatccg caccaggctc ttgctgtcct tcacgcccgt ccaggtggcg tcggcgtcgg
     3841 ttcgggtcag ggcgagcgtg gtttggagct cggagctgcg gtagacggct attccggccg
     3901 ggttgtgcga catagcggac atatctccgc ccaatgcgcc aaacgcgcct cccataccga
     3961 tagatcgggc cgtgccattg agatccatcg gcgagtagcg gtaggcgtcc atttcctgct
     4021 gtgcccaaag tgtggcggcg ctcaggctga gcagcgctgc cacatagatc cttttcatct
     4081 tcatctgctt tgttcttctt ttttggttta acgtgtcata aaaaaagagt gtgtgccgaa
     4141 cgggatgaac cgccgccaca cgctctttgc tttgctatga tggatggtga tgagagctta
     4201 tagctcaaac tttttcctac ggttacatcg ttttagcgcc ttccgccgcc gctgctggag
     4261 cgactgcttc cgccgcctcc gccaccgccg ctgtagctgc ctccgccacc gccgaagctg
     4321 cccgaactgc tggagcgtgt gctgcttcca ccgaagctgc tggagctact cgagcgcgaa
     4381 ctgccgtagc tgttgtcgta gctgctggag cgtgagctgt tgccgctata ggagccggag
     4441 gagcgggtgc tgctgccgtc gtacgagccc gacgaacggg tgctgctgcc gctgtagatg
     4501 ctggacgaac gactgctgcc gccgtcgtaa tagcctccgg atgagctccg tgacgaggcg
     4561 ctgcgactgc tgccttcgta cactgatgag ctgcgtgagg aggagccgtt gctgccgccg
     4621 tcgtagtatc cgccggacga gctgcgggac gaggatcgtg agctgccgcc atcgtaatag
     4681 ctgtcggagc tgcgcgagga agagcgcgtg ctgctgccgt cgtagctgga tgagctgcgg
     4741 gaggatgagc tgcggctgct gtagatgtcg tccgccgtgc ggctgtagct ggagcttcgg
     4801 ctcgaggcgt cgcggccgct ccgggtgtat ccgtcggatg aggagcgcgt ggaggtcgag
     4861 cgcgtggaat agacgtcgct gtagttgccg ccgtcagaag agctgcggta ggtggtcgat
     4921 cgcgatgagt agtcgcggcg agtatcgcgg tttccgttgt cccaaccgta atagtagttg
     4981 ttggttgtgg acgagtaggg gtagtaatag tcggcgcagc gataccccca gtagccgcca
     5041 taatatccgc tccagccgct gtaccatggg tcgtaccagg ggtcatacca gctggcgtag
     5101 aatccccccc agccgaagct ccacccccag taggcgttgc gccagcgcca ggctgatcgc
     5161 cagggcgagt agaatccgcc gtaaaaccac gggtcgtacc acgaatacca agcgtcccag
     5221 ccgttgccga cgtttacgtt gatattcacg ttggtgctgc cgccggagta gtcggtatcg
     5281 tagctgtagg agtagtatcc gtcgctaaga ttgagatcga cgttgtcggc gccggtgatg
     5341 gtgattttgc tcggggaatg gtagcgaatg atgcgttcgg agtactcatt gtcgccgcgg
     5401 cgttcgctcg ccttggcctt gcggttgtcg tcgcgagcgt cacggtcgta gtcgttataa
     5461 tccgccgtcg agctgtcggt gtagcggcgg ttgtaggcat ccacatcgcg atcgcggtcg
     5521 aagttgtcgc gatcccgatc gtagcgctgg cgcgacgcgg gccggtcaga ggccgacatg
     5581 cgtcgttcgt ccgtgcgttc tctctttttg ctctttgtgg agaaatacac gtcgtcgtag
     5641 tagtcctctt gggccgtggc gctgatggcc gcgagcagca agaggctggt caggtagact
     5701 gatttcatcg ttttcatcat cgtaatctcc tcgttgatta atgtgtggtt tttgtccccg
     5761 tttgacgggg tacattgctg aagtttaagt ggctgctaaa ccgttgattc cttacgagag
     5821 acaaacgtac gcatctttcg gagggcggtt ttgcaggccg atatacttta acaacccgaa
     5881 cgctttcggc tggccacgtt ttagcccatc ctctgggtca aaaagtcgcg cagaatgagc
     5941 gcgtggttgt ggtctgtcgc cttagcggcg gaaagcagcg tgacggtgtc gtatggccgt
     6001 atgcggctga tcacttcgtc cacgctgggg gcggtggcga gctctgaccg gtagcgctgg
     6061 ctaaattcag cccaacgtcc gtcgggatct tcgtgaaacc aacggcggag tgcagggctc
     6121 ggggtgagat ctttgggcca gaggtcgtag ggcagggcgt ctttacgaat accgcgcggc
     6181 cacagccggt cgactaaaat gcgaaagccg tcagcgggat cggcagcctc gtaaacgcgt
     6241 ttgatttgaa tgcagggcgt cattatctga atgtttatgg tgcaataatg agaaggaaat
     6301 ggcagcgggt tcgctgcatg gggcgctgga gctttcggca aatcttattc caaagtggct
     6361 accgttgggg gagaggggaa cgaaaaaagg cacccgttgc ggggtgcctt cttcacgttg
     6421 atctgtgcga tcggacgacg cggatggggg agggttactc ctcggtctgc gtagcggcgt
     6481 actctttgag cagcttctcc tgcacgtcgg tggggacgag ctcgtagccg gagaacttca
     6541 ttgtgaacga ggcgcggcct ccggtgatgg agctcagcga ggtagagtag ctggacatct
     6601 ctttgagcgg caccttggcc atcaatttct cacagccacg ctcgctattc atgcccatga
     6661 tcagggcacg acggccctgc aggtcgctca tcacgtcgcc caagtagtcg ccggggacga
     6721 gcacttcgat gtcgtagatc ggctcgagga tcttcggcgc agcatcgcgg aaggcggtgc
     6781 tgaaggcgtt gcgtccggcc agcatgaagg agatttcgtt gctgtccacg gggtgcatct
     6841 taccgtcata gacgcagacg cggacatcgc gggcgtacga gccggtcagc ggaccctgct
     6901 ccatgcggcc catgatccct ttaaggatgg ccgggaggaa gcgagcatcg atggcgccgc
     6961 ctacgatgca gttgacgaag acgagtttgc cgccccactc gaggtcgtaa acctgcgtgt
     7021 cgcggacgtt catgcgatac tcttggccgc cgaagcggta ggtgccgggg gctggcatgc
     7081 cctcgtagta gggctcgatg atgaggtgta cctcgccaaa ctgtccggcg ccgccagact
     7141 gtttcttgtg gcgatagtca gcccgggcgg acttggtgat cgtctcgcgg taggggattt
     7201 taggctcgag gaactcgatg gccagcttgt cgttgttctc gatgcgccac ttgagggtgc
     7261 ggaggtggaa ctcgccttga cctgagacga tggtctgctt cagttctttg gactgttcga
     7321 cgatccacgt cgggtcctcc tcgtgcatgc gggagagaat ttcgctcagc ttctcggcgt
     7381 cggcctcgtt gactggcttg atggcgcggc ggaatttggg ctccgggtac ttgatgaagt
     7441 cgaagcgata ctcgcagcct ttgccattga gggtgttgcc gcggcggacg tctttgagct
     7501 tgaccgtggc gccgatgtcg cccgcttcca tctcgctgac ttcactgcgg atctgaccgt
     7561 cgacggcgaa gagttgtgcg atgcgctcct tcgacccacg gtcggcgttg gtgagatcat
     7621 cgcccacctt gactttgccc gaaacgacct taaagtaaga cacctgcccg atgtgcggct
     7681 cgatggtggt cttgaagaag aagaggctgg tcggacccgc gggatcggcc gtgacttcga
     7741 taccttccgt ggtgacgggg cgcggcattt tgtcggtaca ggggacgacg ttgccgagga
     7801 actccagtgt gcggcgcacg cacatgtctt tccccgcgca aacgcagaaa atggggaaca
     7861 taccgcggct gacgaggcct gcgcggatgc ctgcgcgcat gtcgtcctcg gagagggtgc
     7921 cctcttcgaa gaacttctcc atcagcgtgt cgtcatgctc ggcggcggct tcgacgagcg
     7981 ccttgtggag ctcggtggcc ttgtccaact cctcggcggg gatgtcgagc acgtctggtt
     8041 tgccgccctc cggcttccag cgatacattt tcatcttcag cacgtccacc acggcgttaa
     8101 acgcggcccc ggtctgcacc ggatattgga tctgcacggc cttggcgccg tagttttcgc
     8161 ggagctgatg gaccgtgttg tcgaagtcgg ccttgtcgtt gtccagctgg ttgacgacga
     8221 agatgacggg cttgtgaaac tgttcggtgt agcggaactg gttgatggtg cccacctcga
     8281 cgccgtactg ggcgttgatg accatcaggg ccgtgtcggt gacgttgagg gccgagacgg
     8341 cgcctccgat gaagtcgtcc gatccggggc agtcgatgaa attcaacttc agcccgttcc
     8401 attcgacgct gaatacagtg gagaagacgg agtaaccgta gtccttctct accgggaaat
     8461 agtcgctgac cgtgttaccg gcttccaccg tgccacggcg cttgatcact ccaccctcga
     8521 agagcatggc ctctgccagg gtggtcttac ccgatcctga actccccagg atggagatgt
     8581 tcttgatttc gtttgtctga taaactttca tcgtaaaagt gtttttgagt gatggataat
     8641 cgagaattgt cacttccatg ccgccttttt atcggtggcg acggcaaaga aagcaggttt
     8701 gttgtgaatg gggataggga ggtgttttgg ggtgtgcaat tcggtgtgaa aagggtcggc
     8761 cgcgctcgtc tgggcagatg gtagaagatg gagggtgtgg cgatggaaag tgtatctatt
     8821 tcagacggta acgtggggta atgccccgca tgtttgatct tttcaggcaa ggtgaaaagg
     8881 tgatacactg aagcgagaca tgtcgctttt cgcaatggat ttatacgcgt ggatcctctc
     8941 tatgtttcac acaatggcga actcgttaac ctgaaaacct ttccagcctt ggtcgatagc
     9001 ccattcatac accatgaagc gctccatgcc tgaggcagtg gcgcgttcct atgttgtgaa
     9061 taagccattg tctcagacaa tactaaatac ccggtcaatg tgttcgcgat tgtcctatcc
     9121 aatcataaat aagaatcact ccatttatta ttgatcgagt ggataacaaa tgggattgct
     9181 tgtatttgtt gttgatcgag acaataatga atgcctcgat caggtattta gcattgtctg
     9241 agacaatggg atttttctgg gtgaggagtg gattattgct tcaaacaata gcggtttcta
     9301 tgtgtaggaa tcgcttgttg cttcaaacaa taggactttc cacgtatagg cgtttcttgt
     9361 tgtctcaaac aatagaggct tttacataca ggaatcgctt attgtctgag gcaataggag
     9421 gttgaaggac aaaaagaaga ttactgccca aggatttggg tcagacgaag agggaggaga
     9481 tgatgccgtc ggagacgaaa aaggcttcct cggtgaggcg tatggtgtcg gctgggtcgt
     9541 gcaggcggac gaggcgaccg gaggcgatgt agggcgtggc gtggcggagg aaatgggcga
     9601 ggcggcgagg gccgaacgtg tcgcggaggt gcgacaggct gatgccccac atggtgcgga
     9661 ggcgggtcat gaggtactcg ttgtaacgca tatcgtcgtc cgtcacttcg cgctctcggt
     9721 cggggcggcc ggagaggatg ccggcgacgt aggcggggag cgaggctacg ttccagctgc
     9781 gggcgcggcc gtcgtaagag tgcgccgagg ggcctacgcc gatgtagcgc gcaccggtcc
     9841 agtaggccga gttgtgtcgg gcaaaacggc cggggaggct gaagttcgac acctcgtagt
     9901 gctcccaacc ggcgcgggcg gcgcgctcga tgaggaggcg gtagagaagg acgctgacgt
     9961 cctcgctgac ggcgtggacg cgtccgctga ggagctgccg gtggaggggt gtgcccgcct
    10021 cgtaggtcag atggtaagcc gaaagatgag agacgccgag gcggaaggcc acgtcgaggt
    10081 tgcgcgccca ggcttccgga gtctggtccg ggaggccgta gatgaggtcg atgctgatgt
    10141 cggtgaagcc cgcctcgagg cagcggccga cggcccggat ggcgccctgg gagtcgtggc
    10201 ggcggcggag gcggcggagg tcggcgtcgt cgaagctctg cacgccgagg ctgatgcggc
    10261 ggatggggag ctgggagtgg agctggcgga ggtagtcggc ggagaggtcg tcggggttgg
    10321 cctccagggt gatctcgcgg caggatgaga cgtcgtagtg ggcgcgaatg gtgcggaaga
    10381 tggcgcggag catctcgatg gggagctgcg agggtgtgcc gccgccgaag tagatggtgt
    10441 cgagcggctc atggtccagc tccgcggcgc gttcggccag ctcgcgtcgg agggcgcgga
    10501 ggtagtcggt gcggagacgg ctgtcggttt gggtgtagaa gtcgcaataa ctgcagcgct
    10561 gggtgcagaa ggggacgtgg acgtagaggc cggccattgg gtggaggagg ggtgaggcgt
    10621 gagggacgaa acgttcggac tggccgcggc gtgaggcgtg aggggcgatc cggcagggag
    10681 cttcgtcggt gggggctact taaatcgcgt ggccaattcg tcgtcggtga ggaggataag
    10741 taccggtttg ccgtccggtg tgagctggtt ggagtcggtg gagaagagcg tggcgaccat
    10801 ctcctccatc tcttcggccg agagcggtcg gccggggcgg atggcggcgg atcgggccag
    10861 ggcgagggcc agcctttcgg tcaaggcgtc gtcggcggcg gggagggcgt cggcggcgct
    10921 gtcgagcagc tctttgagca ggcgcttggg gtccgtgtcg gggaggccgg tggggagggc
    10981 ggtcacggaa aagctgttgc cgcccatggg gcttagctcg aagccgaggc ggtgcaggcc
    11041 gtcgaggagg ctgggcagga gcgcggcctc ggaggcggtg agctccacga gttcgggaaa
    11101 gaggagctgc tgggaggcgg ccgtgtgctg gcggacgttg cggaggtagc ggtcgtagag
    11161 gatgcggacg tgcgcgcggt gctggtcgat catcaccagt ccggacttga gggcggtgag
    11221 gatgtatcgg ttgcggaact ggaagcagtt ggaggccgcg ggcgtaggtt cggggaagag
    11281 gggcgccgtc gtggacgggg ccgtgggcgg gtcgacctcc gggagggcgg gtcggccgtc
    11341 gcgttcgaag tcttggtaga gcttctccca gttgcggtcg gcagcgaggg gcggcgcggc
    11401 acggaagggg ttgtaacgcg tattgacctc gacggatggc tgccggacgg ctgtgcgatc
    11461 ggccgcgggg ttatagactg ggatgtcgat ggctccctcg gtgtcgaaat cgatgctggg
    11521 tgcggcgtta aactttccga gcgtctcgcg gacggctgag gataggattt gccagatggg
    11581 ctgttcgttt tcgaacttaa tttctgtctt ggtcgggtgg atgttgacgt ctatcgtggc
    11641 gggatctaag gtgaggtaga tgaagtaatc gggcagttcg ccggggggcg tgaggttctc
    11701 gtaggcgcgg atgacggcct tgtggaagta ggggtggcgc atgtaacgac cgttgacgaa
    11761 gaaatagttg cggtagccgc ggcggcgcac ggcatcgatt cggccgacga agccttcaat
    11821 ttttacgagc gacgtatccg tttcgacagg taggagtcgg cggttgaaac ttttgccaaa
    11881 cacgtccaca atgcgccgtc gcaggggggc ggccggcaga ttcatcactt cggtgtcgcc
    11941 atgcacgagg cggaaggtga tctcggggtg agcgaggacg acatgctcga actcggtgag
    12001 gatgttgcgg aactcggttt cgtttgactt gaggaacttt ctgcgcgcgg ggatgttgaa
    12061 gaagaggttc ttgacagaaa agatggcccc ttcggcgcag gcatcgggtg cgaggtcgac
    12121 cagttcggag ccgtctattt cgaggcgcgt tcccagctcg gcccctcggg cgcgggtgcg
    12181 gagttccacc tgtgccacgg ccgcgatgga gggcaacgcc tcgccgcgga agcccatcgt
    12241 gcggagggag aagagatctt cagcggcagc gatcttcgac gtggcgtgcc gttcgaaagc
    12301 catgcgggcg tcggtctctg acatgccctt gccgttgtcg atcacctgca cgagcgtccg
    12361 tccggcatcc ttgatgatga cagtgatttg gtcggcgccg gcatcgacgg cgttctccat
    12421 cagttccttg acgacggagg cgggtcgctg gatgacctct ccggcggcga tttggttggc
    12481 gatgtggtcg gggagtaagt ggatgatgtc gctcattctg tgtggttggg gatggtgggg
    12541 gcgcgcagtg tgcacccggt cgttatgggg ccttgggccg agggagttag cggtgtgtgc
    12601 gctccggggt caccggaggt aaaggaacca gtagatggcg gccaagaggg cgaggaggag
    12661 gatgaggcgc atgttgcggt agaggcggtc gcgagcatcg tcgcccttat ccttactctt
    12721 cttcaggtgg tgcgtaccct cgacgaagct gcctcggatg gcgtctttgt attgttcgta
    12781 gtccgtctcc tccacgccca tttccatctt gactttgtgg atgcgctgct cgagcttttc
    12841 cttgcgggga tcccagtaga taggcttgtg ctcgaactgg cgtggtttgc gcatgttgta
    12901 gaaagaaaac attcccatga tcggtcttgc tgtgataggt tgttgaaata tccggtgaag
    12961 gagggcgcca ttgcgggcgt cggatcactc tatgctgcgg aacttgttgc tgcgtttcga
    13021 gggggcgtcg gcttcgattg agcggcgggc gttgcggaag atgtcgtcct tatctcgggg
    13081 gcggaggtct tcgtaccagt ggaagtcgcg gagagtcatc cggtccgggg agaggtcggg
    13141 cagcggggtg agggtaccct gcggcgaggg ccagaggcgg agcttctcga ttttccgatc
    13201 cttgatccag atggtgaggt aactgctctt cgtttcgttc attcccacca tgctaccgtc
    13261 gtcctcgagg gggaagaaga tcgattccgc gttgccgtct atgtcaatgc gtcgcacttc
    13321 gcggccttcg aagtaggcct tgaggtcgtt gcctttgagt tggttgaagt gactcgtgtc
    13381 gacctgctca atggagaagg cgaggcggat gacgtgcaca aagtctatgg tcgtgtcggc
    13441 catatggacg actatggtgt cgccgtaaag ctgattccgg ttgttccaga gcactgggtc
    13501 gaggtagaag tagagcgtgg agtcgacggt gttgaattgc atcgagtcgc agatgccctg
    13561 gaagtccgcg cggaagaagc gcacgccgcg gtaggccttc acctgccgag cagtggagtc
    13621 tatggagatc atctcgaacg tatcagcgtg catatagagc gtgtcgccct gcgagtactc
    13681 catgcagcgt gcgctgtcgg tggccagagc gtggccggaa cgctcgtcgt acgagccgta
    13741 gttaccttcc agcatcaccc tttccgtcgt gtcgcgtagg acaacgcgtc cgaaggcctc
    13801 cccgaagccc ctgtcacgat cataggcgat ggtgtcgccg acgaggatgc ggttgccgga
    13861 cgtgacctgc gagcggtcga gcagtaggga ggtgttctgc accgtgttgt accagccgcg
    13921 ggaggtgtag atgttgccgc tgtcggagat gatgactgaa gggccgagga tggtggccac
    13981 cttcgtctgg gtgctgtatt gcagcgtgtc ggagtagagc gtgaacttgt cgttgaagac
    14041 tcgcacgctg tcgttgaaga tggcgatccg cgtggcgggc gaatactggc cgtagtacga
    14101 ggaaagctcg ttggcatcgt ctactatcgt gccgccatcg aagtaatagc cgatgttggc
    14161 gacgcggtcg tagttgaggc tgtcggtgaa gagggtgaca atggaaccat cggcgcggac
    14221 actttccata cggacgttgt cacgcatctt cgccacgcgt atgtttccgt cgtagtagag
    14281 gtaatcgccg tagacgaaga gcgtgtctcc ctgctccatg cgcacttcac cgaaggcctc
    14341 gagcgagctg ttggcctcgt agaagtaggc gctgtcgcag tacatgtagg agttgtcgtg
    14401 gcgaaagcag acgtcgcctg agagcacttg ccggtcggcg ctgacctctt tgtcgaagga
    14461 ttgcacgtcg gcatgttcca agaagacttt cgttttaccg ggaggcgagg cgaggggtgt
    14521 ctgcgccgac agggaatctg tgagggtgag gggcaggagg aacaggagga gaaggaatgg
    14581 caggcgtccg accgagcaga cctcgggggc gttgcaccca atcccccacc cccttttctt
    14641 cccttgacgg gagaaaagga ggccaaagaa gatcaaggcg ccaggggcgc cggccaagaa
    14701 ggccgagtac acggcaggct tcatcatttc ttgatccagc ccgggaactt aaagtcgcag
    14761 ttccgccatc cgtctgcgat gcggacgtag gtggtcttct gctgcttggt gatccagtcg
    14821 ttgagcaact cttcgcgctt gtggttctcc accatcgtct tcatcacctg atagtcgtcg
    14881 gccaggttgg cgcggtggct gtcggtgcgc gctttcagct tgacgatggc taccacctcg
    14941 cgctgcttgt cggtgagcat gcggaagggc ttcgagatgt cgcccggctt catgccgtag
    15001 accaccttgc tgatgtcctg cggcagctcc tgcatctcga acttgggcgt gcccacatgc
    15061 gagctctcat agttctggtt caccatgagg cccttgttgt tgcgcgtgtc cttgtcggcg
    15121 gagaggtagg ttgcggcgtc ctcgaaggtg agcttgccgg cctcgatgtc ggtgtagatc
    15181 gaatccaagc gcgcggtagc ctcctcgagt tctctgtcag agaccttggg gcggagcagg
    15241 atgtggcggc aattgattcg gtcgccacgc ttctcgatca gctggatgat gtggtaacca
    15301 tactccgtct ccacaatgtt cgagacgcgc ttggggtcgg ttaggttgaa ggccacgttg
    15361 gcaaactcgg gcacgaggct cgacttgccc acaaaaccca tctcaccgcc gcgcgaggcc
    15421 gaggctggat cttgggagta gagtcgggcg agggtcgaga actccatctt gccgttgttc
    15481 acctgctcgg tgaactcacg cagacgggcc ttgatggcgt ccgtctcctc gaaggggatc
    15541 ttcggctcca gagtcacgat ctgcacctct acggtggcgg ggatcatggg caggctgtcc
    15601 tgtggcacgt tctggaaata gtggcgcacg tccgagggcg tgagcttgat cttgcccacg
    15661 agcttcttct gcatttcctg cacgatctgc tgttcgcgca ccatcgtctt gcgctcttcc
    15721 ttgatctgcg agagcttctt attgaaatac tcttcgagct tttcgcgtcc gcccacctga
    15781 ttgatggcca tgttgatcca ctgatccacg gagcgcaaga cctggctttc gctcacgtcg
    15841 atactatcga tcttggcttg gttgaggtag agcttctgga tggcgatctg ttcggggatg
    15901 atgcagtagg gatcgccgtc gaagcgttgg ccctcgttct gcatatagag gcgttgcgtc
    15961 tccacgtcgg agcggaggat ggcctcgtcg cccaccaccc agacgatctc atccaccacg
    16021 ttatctctgt ctcttataca
//
LOCUS       SEQF2637|AYYD01001009.1 1823 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1823
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(165..1064)
                     /locus_tag="SEQF2637_01031"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRWITVGMITWMIITTHFAAMAQSDPSGIEEDGVWMDWRERMK
                     LLNYTPRYFGPNAFPFSELTDGRIGNRWELELRGEYHEAAGDRTADLFARLFIPIADG
                     RAGVEMSGVVGETYQMSRTTQLRRHAAERRPPEYCIGDFILRSFYQVVRSDRWLDLML
                     SANLKTASGXRLADARYTXAASXWFXATAGRXLFXLDGGRIALRLQGMLGFYCWMTND
                     PVYRQNDALLFGAGLSGXLYNVSFAADYSGFSGYKNXGXHPATYRYXLEYEYRKNXLS
                     LRFRXGVXDNLYDSFSVGYIRCF"
ORIGIN      
        1 ccgcggaggt aaagcgcctc gtcactgttg gggtgagtgg ctaagtagtc gttaagaagc
       61 tcgatcgcgt cggttatgcg accttcgtca atccattgtc tgatttgatt catgtgatag
      121 gtgtgtatga tgagaaaata cgggtacggc ggatggcggt gggctcagaa acagcggata
      181 tagccgacgg aaaaactgtc gtagaggttg tcananacgc cntagcgaaa ncgnagngag
      241 agnatgtttt tgcggtattc atactcgagn ttgtancggt aggtggcggg atgntcaccn
      301 gngtttttgt agccgctgaa accggagtag tcggcggcga aagagacgtt gtagaggngt
      361 ccgctcagtc cggcgccgaa aagcagcgcg tcgttttggc gatagacggg atcgttcgtc
      421 atccagcaat agaagccgag catnccctgt agtcggagtg cgatgcggcc nccgtcgagt
      481 nggaagaggt ngcgtccggc agtggcntcg aaccantang aggccgcntc ngtgtatcgn
      541 gcgtcggcca gncgnttncc gctggccgtc ttgaggttcg cgctgagcat cagatcgagc
      601 cagcggtcgc tacggaccac ttgatagaag gatcggagga taaagtcgcc aatgcaatac
      661 tccggcggac gacgctcagc ggcatgccta cggagctgcg tggtgcgtga catctgatat
      721 gtctcaccca cgacaccact catctctacg cctgcgcgtc cgtcggcaat ggggataaag
      781 aggcgcgcaa aaagatcggc tgtgcgatcg ccggccgctt cgtgatattc gccgcgcagc
      841 tccagctccc aacgattacc gatacgcccg tcagtgagtt cagaaaacgg gaatgcgttc
      901 gggccaaaat atcgaggcgt atagttcagg agcttcatgc gctcccgcca atccatccag
      961 acgccatcct cttctattcc ggaggggtcg gactgtgcca ttgcggcgaa gtgtgtcgta
     1021 ataatcatcc aagtgatcat accgaccgta atccatctat tcatttcgtt accataaaaa
     1081 cgggcgcaaa gaaaaggaat atgccagaag ctgtttgggg cttatttcgg aggggaataa
     1141 cgttccgagg tggttgtaat acgttaggga agtggttgcg atacgtccgg gacgtggttg
     1201 cgatacgttc gggacgtggt tgtgatacgt ccgggacgtg gttgcgatac gttcggaacg
     1261 tggttgcgat acgttcggga cgtggttgtg atacgtccgg gacgtggttg tgatacgttc
     1321 ggaacgtggt tgtgatacgt tcggaacgtg gttgtgatac gtcctgaacg tggttgtgat
     1381 acgttcggaa cgtggttgtg atacgttcgg gacgtggtta aatacccttc gggatgtgtt
     1441 ttctgtagca aagtttgagc gatcgatgac gatcaaggta tggaggaagg ccgtcaggcg
     1501 atcaggtata tacaaaagaa aaatcgctgt aaaaccttga ttttacaacg attctctatg
     1561 agtttgaagg cttaacagac ttcctagcag aagtcctctt ggagccttcc agcggaaaga
     1621 gaggcttatg aaccttctcc gtaacgtcct atgccataac tgatacagct cagatgaagt
     1681 tcagctgctt tctgatcatg aatgatcatt cccctttgtt tcaatagttc gatctgatct
     1741 cgaatggagc gtgacgcttt gtttgccata ctattataaa aaaatgaccc gctggcagat
     1801 cttacgggat gccaagcagg tac
//
LOCUS       SEQF2637|AYYD01001010.1  260 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..260
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgggcgttcc gttgtatcac gcataacaag gacgggttta cccaaactcg gggcttcttc
       61 ctgaatacca ccactatcag ttaagacgag actgcttttt ttcatcaagt acacaaatgg
      121 gagatagtcc aatggttcga taaaaaacag attttctcga ggtgtctcat taaaaacctt
      181 ttcgccaacc tctttagggc gagataattt attgcaagag ggcgtacaca gtaatcgtat
      241 ttgggtgacg ggcaacacgg
//
LOCUS       SEQF2637|AYYD01001011.1  544 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..544
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             268..402
                     /locus_tag="SEQF2637_01032"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNLEKPLTKIFTPVSSNQNKTSKSIFIRYSIHVIASSIQRFSE
                     "
ORIGIN      
        1 tgggcgttcc gttgtatcac gcataacaag gacgggttta cccaaactcg gggcttcttc
       61 ctgaatacca ccactatcag ttaagacgag actgcttttt ttcatcaagt acacaaatgg
      121 gagatagtcc aatggttcga taaaaaacag attttctcga ggtgtctcat taaaaacctt
      181 ttcgatgggt tttcgcacat ttggattcag atgcatcgga tagacaaaat ccacatcagg
      241 atatgtcgta ctcaacatct ctattgcatg acaaatctgg agaaacccct taccaaaatt
      301 ttcacgccgg tgtccagtaa tcagaacaag acgtcgaaat ctattttcat tcgatactct
      361 atccacgtca tagccagctc tatccaacgc ttttccgagt gataattgca aggcttcatt
      421 atgttttatc ctaccaagaa cagcatagag cgcatcaatt accgtgttgc ccgtcaccca
      481 aatacgatta ctgtgtacgc cctcttgcaa taaattatct cgccctaaag aggttggcga
      541 aaag
//
LOCUS       SEQF2637|AYYD01001012.1  444 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..444
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 attccaatag aagaatttag tgaggagaat aaagagaggt ttgacgtagt ctctatcttc
       61 caagtaatag aacatatttc ttcgttggat aaattcatgt gttctgcaat tgattgcatt
      121 gtgaagggag gacttttgat tgttgcaacg ccagataacg atggatttat taagtatgta
      181 tctaattttt gcctaaattt accgccccat catactcttc attggaatga gagatcacta
      241 aggtctatgg ctgagaaata taatttggag gttctggata tctatagaga accggtgtcc
      301 agcacctata tctaagactc gatcatcctc ttcgatgaac ttacgcgaat aatcatattc
      361 cgttttcccc tcatgcagat agtaccattc atctttcaac aagatattat aaaaaccatc
      421 atcccccgat atgattggat caaa
//
LOCUS       SEQF2637|AYYD01001013.1  453 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..453
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcttctact tgaagaagat aagaatgcga gaaaagcgtt tattggttat ttccgttatg
       61 cgatgctgtg gcataagatc caataccgga taaaatctgt atttcagggt agaaagggat
      121 aagaataatg cggaagaaca ttatgttggt ttttgggaca cggccagagg caatcaagat
      181 ggctccttta gttaaggagt ttcagaaata tccggataag ttcaggacga ctgtttttct
      241 agcatcttca taaaaggata actacctgag aagtcaaatg tccattccag tttatgagct
      301 cttatttgat ccagcaattc agcactattg ggagtaaata gatcccagcc tcttttccat
      361 gtcccccagc ccaagcaatc agtaccacga ataaaaaacg actccggtaa cttccttttt
      421 atcgggaata tatacccatg cacactaata acc
//
LOCUS       SEQF2637|AYYD01001014.1  450 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..450
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgggaatatt ctatcgaatg tgttgtttgt tcatggaatt aatccatatt ggatcaatag
       61 tttggttccg ggagggtggt ctataacaga tgaagtgatg ttttactgta tcttgcctat
      121 tttattttat cagataaaat ccatagatca cgcgctctcc tttttctttg tctccctttt
      181 tctaaaagga acgttgcatt ttattttatc ttctatacct atgatatcag actcgattct
      241 atggaattct tttttgtttt actatttccc taatcaactt cctgtctttc tctgtggcgt
      301 tattcttttc tttcttatct ttacgcccaa agaacaattg aaaatatctc caattgtcct
      361 cctaataatt tcgattatat ctatctattc ttttgcgtat tatttgagcc cccaatcttt
      421 ggcatggtac ctcaatccaa taatacaaaa
//
LOCUS       SEQF2637|AYYD01001015.1  438 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..438
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             45..269
                     /locus_tag="SEQF2637_01033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISDSILWNSFLFYYFPNQLPVFLCGVILFFLIFTPKEQLKISP
                     IVLLIISLIILFFPKFPDTSFLNNATLQNE"
ORIGIN      
        1 tttttctaaa aggaacgttg cattttattt tatcttctat acctatgata tcagactcga
       61 ttctatggaa ttcttttttg ttttactatt tccctaatca acttcctgtc tttctctgtg
      121 gcgttattct tttctttctt atctttacgc ccaaagaaca attgaaaata tctccaattg
      181 tcctcctaat aatttcgctt attattctat tcttccccaa gtttcctgac accagctttc
      241 taaataatgc aacactgcaa aatgagtgaa atagattccg aaactcacct tgccaacata
      301 ccgagtgaat ctatttacta atagagaata aggctttaat gataacatat agcccataag
      361 aacgaaagcc aacccaaatt ggatgtggta gaatatgata ggtttcttcg tacacaaatc
      421 gaatagaata ataagcga
//
LOCUS       SEQF2637|AYYD01001016.1  288 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..288
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttttctaaa aggaacgttg cattttattt tatcttctat acctatgata tcagactcga
       61 ttctatggaa ttcttttttg ttttactatt tccctaatca acttcctgtc tttctctgtg
      121 gcgttattct tttctttctt atctttacgc ccaaagaaca attgaaaata tctccaattg
      181 tcctcctaat aatttcgctt attattctat tcttttgcgt attatttgag cccccaatct
      241 ttggcatggt acctcaatcc aataatacaa aagagatgat actgcgag
//
LOCUS       SEQF2637|AYYD01001017.1  331 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..331
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atatcagact cgattctatg gaattctttt ttgttttact atttccctaa tcaacttcct
       61 gtctttctct gtggcgttat tcttttcttt cttatcttta cgcccaaaga acaattgaaa
      121 atatctccaa ttgtcctcct aataatttcg cttattattc tattcgattt gtgtacgaag
      181 aaacctatca tattctacca catccaattt gggttggctt tcgttcttat cgaagaaatt
      241 tcactccacc ctcgacgcgc aaaaagttcg agaaaatact ttactctatt gaatcctgag
      301 agatatcttt ccgaagcagc aacttctgga t
//
LOCUS       SEQF2637|AYYD01001018.1  472 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..472
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ataaggattt tatcttagac tctcctcata agtgtcttat cattaatcct gaagattggc
       61 atacaatgca tcatttcagc aaggatgcaa tcttaatggt gttggcttcg gaatatttcg
      121 accctcatga ttacatctat ganccctaat ttagccctat cgctcacttg aaaataatct
      181 ttgtttttag actattccca aagagatcat catccatcca aactaaaaat tgaaacaatt
      241 cgctcacacg ccctcccgtc accatatgga tttatagccc gactcattct cctataatat
      301 tccttatctt ccaataagga agagacttcc gagataattt tatcacaatc tgtgccaacc
      361 aacttcaccg tccccgcatc taatgcctct gggcgttccg ttgtatcacg cataacaagg
      421 acgggtttac ccaaactcgg ggcttcttcc tgaataccac cactatcagt na
//
LOCUS       SEQF2637|AYYD01001019.1 1361 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1361
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(212..1003)
                     /locus_tag="SEQF2637_01034"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMX9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase"
                     /translation="MPLHFSIITVTYNARKALERTMQSVEVQTYGKMEYLVIDGGSTD
                     GTMERVTRWEAEVADERTRRGMEPMRCVTVSEPDRGLYDAMNKGLQRATGDYVWFLNA
                     GDTFRSPETVAQLADVAERNGWPDILYGETDVTDSEGRFIAERRLKAPEMLTWRSFRM
                     GMRVSHQAFVVKRSVAPTYDLQYRFSADFDWCIRCMKQSQRIVNSRMRLVNYEAEGMT
                     TRNRKASLVERYRIMCRYYGALPTQMRHLWFATRFLWAKASFEIL"
ORIGIN      
        1 ataaggattt tatcttagac tctcctcata agtgtcttat cattaatcct gaagattggc
       61 atacaatgca tcatttcagc aaggatgcaa tcttaatggt gttggcttcg gaatatttcg
      121 accctcatga ttacatctat gaaccctaaa attgcccaac ctcttagagc atctatgtaa
      181 ttgtacttta ctattttcaa tctgccactc attataaaat ttcaaaggaa gcttttgccc
      241 acaggaatcg ggtggcaaac caaaggtgac gcatctgcgt gggcaacgcc ccgtagtagc
      301 gacacatgat gcggtagcgc tccaccagcg acgccttacg gttgcgcgtc gtcatccctt
      361 cggcttcata attcaccaac cgcattcgtg agttgacgat ccgctgcgat tgtttcatgc
      421 accggatgca ccaatcgaag tcggccgaga atcggtattg caaatcgtac gtcggcgcca
      481 cgctccgctt gacgacaaac gcctgatggc tgacacgcat ccccattcga aagctgcgcc
      541 aagtcagcat ctcgggcgct ttcagtcgac gctcggcgat aaatcgcccc tcgctgtcgg
      601 tcacgtccgt ctcaccgtaa agaatatctg gccaaccgtt tcgttcggcc acatcggcca
      661 attgcgccac agtctctggc gaccgaaatg tgtcgcctgc gttgagaaac cagacatagt
      721 cgcccgttgc ccgttgcagg cccttgttca tcgcgtcgta cagcccacgg tccggctccg
      781 aaacggttac gcaccgcatc ggctccatgc cacgccgcgt gcgttcgtcc gccacctccg
      841 cctcccaacg tgtgactcgc tccatcgtcc cgtcagtcga tcccccgtca atcacgaggt
      901 actccatctt gccatacgtc tgcacctcga cactctgcat cgtccgctcg agcgccttcc
      961 gagcattgta tgtgaccgtg ataatggaga agtggagggg catctagatc ttcttttgag
     1021 ccagtattat cgtattaaaa tacagttcag gttttcgggg caacaaccaa acaatcgcac
     1081 cgcccaaaat acaaaccggt gcaatgaata tggcattcat aagaaggttg acatatttat
     1141 tcttgacgta aaacaggctt cgtaaatatg ccatccacaa ttgcaaaacg acttccgcaa
     1201 aatgtccgct acgttcttcg gcaaggattg tcaatccctg atctgttatg tgttttcgaa
     1261 tccctataag ggagaatcgt ctaaaatcat acggcaactc atgctctgcc caaataaaag
     1321 gtacggtaac cagcatcttt ccacccggtc tcaatacacg a
//
LOCUS       SEQF2637|AYYD01001020.1  256 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..256
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccctcgacgc gcaaaaagtt cgagaaaata ctttactcta ttgaatcctg agagatatct
       61 ttccgaagca gcaacttctg gatatttgtt tctgatttcc tcgatttttt ttacgtatgg
      121 gttaaacatt agttgaattg cacttttact tctccgatag taaggtcgag ggtggagtga
      181 aatttcttcg ataagagcgt tgcaccaata gaatggcaga attaatagat ctcaaaacat
      241 atactgatcg acgcgg
//
LOCUS       SEQF2637|AYYD01001021.1  441 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..441
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccctcgacgc gcaaaaagtt cgagaaaata ctttactcta ttgaatcctg agagatatct
       61 ttccgaagca gcaacttctg gatatttgtt tctgatttcc tcgatttttt ttacgtatgg
      121 gttaaacatt agttgaattg cacttttact tctccgatag taaggtcgag gggaaaaata
      181 agaaggggtg acaaacgtaa gagagtgaaa atgaaaaaac acaacctcaa aagaagttcc
      241 tatttctttt tctgtagcca caatataccc tctatcctct tgaaaagaaa accgctgcat
      301 attccacggc gcaatacctg cacctaaatt cctgcaaaca tgtactccat caaaccgtct
      361 tggccaatcg tctaaatatt tctgatcgcc gaagcgattg ttttcaaatc gattatagca
      421 ccaatctata cacgctttcc g
//
LOCUS       SEQF2637|AYYD01001022.1 5669 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5669
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             53..190
                     /locus_tag="SEQF2637_01035"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDYRFTYKIVRLVAKILAQFYKLSGEHKKSFGQSIIMVCRKPD
                     V"
     CDS             183..776
                     /locus_tag="SEQF2637_01036"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFNFCTLFDSAYLSRGLAMYESLCRHCQEFHLYVFAFNDACYTT
                     LRSLSLNKMTVISLSEFEDDELLRVKPVRTRGEYCWTCTSSTILYVLDRFNVESCTYL
                     DSDLYFFSSPQCLFDEMGDNAVMITPHNYTPQYDQSIRTGIYCVQFVAFKNNEQGRDV
                     LNWWRKACIDXCYNRFENNRFGDQKYLDDWPSNQYHE"
     CDS             complement(634..1212)
                     /locus_tag="SEQF2637_01037"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRLAPIVLFTYNRPVHTRQTIDALLKNEYASESDLIIFSDAPK
                     NCVAEDGVRQTRAYLREITGFRSIKLIERAENMGLAANIIDGVTQVVNEYGRIIVLED
                     DLLTSPFFLKYMNEALSMYEDANEVISVHGYIFPIKRKLPESFFIRGTDCLANRLNIS
                     DRRSDCFQIDYSTXLYTLSATNSKHPVLAHYF"
     CDS             complement(1231..2502)
                     /gene="wbpA_3"
                     /locus_tag="SEQF2637_01038"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /translation="MKIAIIGLGYVGLPLAVAFAEHYPTVGFDINRKRIVELQKGLDH
                     TQEMDRDRLQGALSSTEEKGLTLTDNNEQLSDCTVFIVTVPTPITKFKTPDLAPLLAA
                     SATVGRALKSGDIVIYESTVYPGCTEEDCVPVLEKASGLKYNVDFFCGYSPERINPGD
                     RKNTLETIQKVVSGSTEEVAEKVEILYRSILPASTFRASSIKVAEACKAIENAQRDVN
                     ISFVNELSLIFDRMGIDTQEVLEAAATKWNFLKFTPGLVGGHCIGVDPYYLMHKSQCL
                     GYNPQVILSGRSVNDGMGRFVASKTVKLMIRHGIRIVGSRVLVLGFTFKENCPDTRNT
                     KVVDVIDELKDFGIHVDVYDPHALRDEVKAEYAIDLLAQQPDPKQYDGIILTVAHDEF
                     RSIDFSFVRNQPTVLFDVKGILDKSLIHGRL"
     CDS             complement(2529..3380)
                     /locus_tag="SEQF2637_01039"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRIRKMKYLHTASRTTEVDAVSDQIVAMYEARTALKTEPYLAA
                     TMATLKSQSEQITEAIKRLKILSELEDLDAVRDRAISALGHVLNGYANMPTDDARQHT
                     PPLKKVFDNYTLSITRENYESESSLIESLLADLSATALQVHITALPGVSEAIAAVRTA
                     QSAFTTKQVVYLEALAKDKTLQSASALKLSLLTTINTKLIRYLDVMKDVDAAKYADFA
                     AAVAQAVDEQNAVIAMRHTLDEKKKKEGNGGDTKKKKGKEKDKGKEKDKKKEKDDEGD
                     DITLPTE"
     CDS             complement(3580..4587)
                     /gene="ykvP_1"
                     /locus_tag="SEQF2637_01040"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31681"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore protein YkvP"
                     /translation="MRILYIAVHENNCGWGAEYFVNDGFNEIGVETSCVDYRKYRKEI
                     VERILQTPTFDYLFLQRGDYFPIELLRAVRRPKFFWASELVSRNRDQDRLLSCGLFDH
                     TFVHTNACKETVVRNGWLQESQITVLLNGFDPKIHHPLSIEKDIDVLFIGNMLKRRKE
                     WTDEIRKNCSLHTAVGIYGDEMVKLINRAKIVLNIHSEEFPDTETRVFEVLGCRSFLL
                     TEKLSVENPFTDRKHLIECVDLEDMIRQIQYYLEHDAEREQIAEQGYIEAIETHTYKR
                     RAEDLATLFAEYPFDPTVEAIDRTRLSKARSEATCLYRKVVIEERCMRFRQRVRRFIR
                     R"
     CDS             complement(4584..5639)
                     /gene="pimC_1"
                     /locus_tag="SEQF2637_01041"
                     /EC_number="2.4.1.345"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0CF99"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP-mannose-dependent
                     alpha-(1-6)-phosphatidylinositol dimannoside
                     mannosyltransferase"
                     /translation="MTWGKKSKKYYYGATSIDRPDFIGWLKNKQIEVVLFNEQNWWEP
                     VVWCKEMGIITGTYVDYYTEKTVPFFAAYDFLICNTQRHYNLFKEIAHAYYVPWGTDI
                     DLFRPQSKKDVEASSIVFFHSAGMNPIRKGTDSTIRAFAAIDDPNSRLLIHTQERLSA
                     YLDDEVCRIAERHPRISVVQKTVPAPGLYTEGDVYVYPSILDGLGLTVVEALACGLPC
                     IVSDNAPMNEFVQPDVNGRLVAIDYLYARSDGYFWPQCKISLSSLEEELQFYLLHRSS
                     IESEKVKARQSAEEQYNWKDRYKQICTLFKEVKHEPIDEVLSRRIYSYEQHLNGKYNM
                     LPYAFYYWKKWRSGWTR"
ORIGIN      
        1 tantacaatg tcaacgactt accttaatcg tcttctaaga agagattttc ggatgattga
       61 ttataggttt acatataaga tcgtgcgttt ggtagctaaa atattagctc aattttacaa
      121 actgtctgga gagcataaga agtcttttgg gcagagtatc attatggtat gcagaaagcc
      181 cgatgtttaa cttctgcact ctctttgact ccgcctatct atcgcgaggc ttagcgatgt
      241 atgaatcgct ttgtcgccat tgccaagaat ttcatttgta tgtttttgca tttaacgacg
      301 cctgctacac gacattgagg tcgttatctc tgaataagat gacggtgatc tcattgagtg
      361 agtttgagga tgatgaatta ctgcgtgtta agccggttcg tacacgagga gaatattgtt
      421 ggacatgtac ttcgtctacc atactgtatg tattagatcg gtttaatgta gagagctgta
      481 catatttaga ttctgatctc tattttttct catccccaca gtgcctattt gatgagatgg
      541 gagataatgc agtgatgatc actccccata attatacacc tcaatacgat caaagtataa
      601 gaaccggaat ttattgtgta cagttcgttg ctttcaaaaa taatgagcaa ggacgggatg
      661 ttttgaattg gtggcggaaa gcgtgtatag atnggtgcta taatcgattt gaaaacaatc
      721 gcttcggcga tcagaaatat ttagacgatt ggccaagcaa tcagtaccac gaataaaaaa
      781 cgactccggt aacttccttt ttatcgggaa tatataccca tgcacactaa taacctcatt
      841 ggcatcttca tacatagaga gcgcctcatt catgtatttt aaaaaaaaag gagatgtcaa
      901 caaatcatct tccaagacaa taattcgacc gtattcattc acaacttgag ttactccgtc
      961 aatgatgttt gctgccagtc ccatattttc tgcacgctcg attaacttga ttgaacgaaa
     1021 accggtgatc tctcttaagt atgctcttgt ttggcgcacc ccatcttcag caacgcagtt
     1081 tttgggagca tccgaaaaaa taatcaaatc gctttccgag gcatattcgt tttttaacaa
     1141 tgcatcgatt gtttggcgag tatgcaccgg acgattatat gtgaagagta ctataggtgc
     1201 taaccgcatc ataaaggaca aataaatcga ttaaagtcgc ccgtggataa gcgatttatc
     1261 gaggatccct tttacgtcaa ataagacagt aggttggttg cgaacaaagc tgaagtcgat
     1321 cgaacgaaat tcgtcgtgag caaccgtcaa aatgataccg tcatattgtt tgggatcagg
     1381 ctgctgagcg agtaaatcaa tggcatattc tgcttttact tcatcacgca atgcatgagg
     1441 atcatacaca tccacatgaa tgccgaaatc cttcaactca tcgatcacat caaccacttt
     1501 tgtattccgt gtgtccggac aattctcctt aaatgtaaat ccaagtacca atacacgact
     1561 cccgactatc cgaatgccgt gacgaatcat caatttaacc gtctttgaag ccacaaaacg
     1621 ccccatccca tcgttgacag agcggccgga aaggatcacc tgaggattat agcctaaaca
     1681 ctgtgactta tgcatcaagt aataaggatc aacaccaatg caatgtccgc caaccaagcc
     1741 gggagtgaac ttcaggaagt tccattttgt ggcagctgct tcaagcacct cctgcgtatc
     1801 tattcccata cgatcaaaaa ttagcgacaa ttcattgaca aatgagatgt ttacatcgcg
     1861 ttgtgcattt tcgatcgcct tgcatgcttc tgcaacctta atcgacgacg cacgaaacgt
     1921 actggcggga aggattgatc gataaagtat ttcaaccttc tcggcgacct cctcagtcga
     1981 accagaaaca accttctgga tcgtttctaa tgtatttttt cggtcgccgg gattgattcg
     2041 ttcaggagaa taaccacaga agaaatcaac attatacttt aaccctgagg ctttttccaa
     2101 gacaggcaca cagtcctcct ccgtacatcc ggggtaaact gtcgattcgt aaataacaat
     2161 atccccagac tttaacgccc gacctaccgt agccgacgca gccaatagcg gagctaaatc
     2221 aggggtctta aatttcgtga tcggcgttgg gacggtcaca ataaataccg tacaatcact
     2281 taactgctca ttgttgtcag tcagtgtcaa gcctttttct tctgtactgg atagggctcc
     2341 ctgcagcctg tcacgatcca tttcttgggt gtgatcaagc cctttctgca attcgacaat
     2401 ccgtttacga ttgatgtcaa agccgacagt cggataatgc tctgcaaacg ctaccgccaa
     2461 cggtaatccc acatatccta atcctataat cgctattttc atcttattcc tcttccgata
     2521 aaaagccgct actccgttgg caacgtaata tcatcgcctt cgtcatcttt ctcctttttc
     2581 ttgtccttct cttttccttt gtctttttcc ttaccctttt tcttcttagt gtcaccaccg
     2641 tttccctctt tcttcttttt ctcatcgagg gtgtggcgca ttgcgataac ggcattctgc
     2701 tcatcgacag cctgtgcaac ggctgctgcg aaatcagcat attttgccgc atcgacatcc
     2761 ttcatcacat caagatagcg aataagtttg gtgttaatcg ttgtcaacaa ggagagttta
     2821 agcgcactgg cactctgcaa agtcttgtct ttagctaacg cctccaaata tactacctgc
     2881 ttggtagtaa acgcagactg cgccgtgcgt acagctgcaa ttgcctcact cacacccgga
     2941 agcgctgtaa tatgcacttg caatgccgtt gcgctcaaat cagcaagcag cgattcgatc
     3001 aaagacgatt cactctcata attctcgcga gtaatagaga gcgtataatt atcaaacact
     3061 tttttcagag gcggcgtatg ttgacgtgca tcgtctgtcg gcatattcgc atatccatta
     3121 agcacatgtc ccagcgcact gatcgctcgg tctcgaacag catcgagatc ctctaactca
     3181 ctcagaattt taagccgttt aattgcctcc gtaatctgtt ctgattggct tttcaacgtc
     3241 gccatcgtag ccgcaagata tggttccgtc ttcagagccg ttcgggcttc atacatcgca
     3301 acaatctgat cagaaacggc atccacctca gtggttcgac ttgccgtgtg taaatacttc
     3361 atttttctta tccttcccat caagacatgc tatttgtcaa ttcgttatgg aaacgtctgt
     3421 tgctcctttt ctgtagaaag aatcgttaca gtaacgacac ctgcaatttt tctgcgggac
     3481 ggttcgttac ggcaacgatt acagctacat ttatgaatga gattccatta taataacaac
     3541 actaacagca tcactgcgag atgattcatt gcgataacat tatcgtcgaa taaatctccg
     3601 tacccgctga cgaaagcgca tacacctttc ttcaatgaca acttttcgat atagacaggt
     3661 agcttcagag cgcgccttag acaatcgcgt ccgatcaatt gcttccaccg tgggatcaaa
     3721 tggatattct gcaaaaagtg tggccaaatc ttccgctcgt cttttataag tatgcgtctc
     3781 tatcgcctct atataacctt gttctgctat ctgttctcgt tctgcgtcgt gctcaagata
     3841 atattggatc tgacgaatca tatcctccaa atctacacat tcgataagat gtttgcgatc
     3901 tgtaaacgga ttttctacag atagtttttc tgtcaataaa aaacttcggc aacccaatac
     3961 ctcaaaaacg cgtgtctctg tatccggaaa ttcttcagaa tgaatattca ggacaatttt
     4021 cgcgcgattg atcaatttca ccatttcgtc gccataaatc ccgacagcag tgtgcagcga
     4081 gcagttcttc ctgatttcgt cagtccactc ctttctgcgt tttagcatat tcccgataaa
     4141 cagcacgtct atatcttttt caatagaaag tggatgatga atctttggat caaacccatt
     4201 taacagaact gttatttgag attcttgcaa ccagccgttt cttacaacag tctctttaca
     4261 cgcatttgta tgaacaaaag tatgatcaaa caacccacag ctcaataatc gatcctgatc
     4321 tctattcctt gagactaatt cagaggccca aaaaaatttc gggcggcgaa ctgcccgcaa
     4381 aagttcgata gggaaataat cacctcgctg gagaaacaaa taatcaaacg tcggagtttg
     4441 tagaatgcgc tccactattt cttttctgta tttccgataa tcaacacaag atgtctctac
     4501 ccctatttca ttaaatccat cgtttacaaa atattcggca ccccagccgc agttattctc
     4561 atgcacagcg atgtacaata ttctcatcga gtccacccgc ttctccattt tttccaataa
     4621 taaaacgcat aaggcagcat gttgtatttg ccattaagat gctgctcata actatagatt
     4681 cgccggctca acacctcatc tattggctcg tgctttacct ctttgaagag ggtgcaaatc
     4741 tgtttatatc gatccttcca attatattgt tcttcagcag attgccttgc ctttactttc
     4801 tcgctttcaa tagatgaacg atggagtaaa taaaactgta actcttcttc taatgaggaa
     4861 agtgaaattt tgcactgcgg ccaaaaataa ccatcgctgc gagcatacaa ataatcaatc
     4921 gcgacaagtc gtccattcac atctggctga acaaattcat tcatcggtgc attatcgcta
     4981 acgatacagg gcaatccgca cgccaatgct tcaacaaccg tcaaacccaa gccatccaat
     5041 atagaaggat agacataaac atcaccttca gtgtatagcc caggagctgg taccgttttt
     5101 tgtacgacgg atatacgcgg atgtctctcg gctatgcgac acacctcatc gtccaaatag
     5161 gcagatagcc gttcttgagt atggataagt aaacgactat tagggtcatc tatagcagcg
     5221 aaagctcgaa tagtcgaatc cgttccttta cgaatcggat tcattccggc tgaatgaaaa
     5281 aacactatcg atgatgcctc gacatccttc ttgctttgtg gtcggaacaa atcgatatcg
     5341 gtaccccatg ggacgtaata agcatgcgct atctccttaa ataaattata atgcctctgt
     5401 gtgttacaga tcaggaaatc gtacgcagcg aaaaaaggga cggttttttc cgtgtaataa
     5461 tcgacataag taccagtaat aatccccatc tctttgcacc agacaactgg ttcccaccaa
     5521 ttttgctcat tgaataaaac aacctcgatt tgtttattct tcaaccagcc gataaaatct
     5581 ggacgatcaa tactcgttgc tccgtagtaa tatttctttg atttttttcc ccacgtcaca
     5641 ttctctttgt cccattggtt gtttttttt
//
LOCUS       SEQF2637|AYYD01001023.1  372 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..372
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgcagatgtc cactttgtgg caatataata aagagtagaa tagagagtgt gagaactata
       61 gatatatcta atttgtatcg gagagtttac aaaaaggata taggctatat ctggaaaagt
      121 gtggagagat tggaatatgt tctttgccaa aaatgtggtc tgcgtttttt tgatccaatc
      181 atatcggggg atgatggttt ttataatatc tngaaaagaa aaccgctgca tattccacgg
      241 cgcaatacct gcacctaaat tcctgcaaac atgtactcca tcaaaccgtc ttggccaatc
      301 gtctaaatat ttctgatcgc cgaagcgatt gttttcaaat cgattatagc accaatctat
      361 acacgctttc cg
//
LOCUS       SEQF2637|AYYD01001024.1  541 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..541
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             291..494
                     /locus_tag="SEQF2637_01042"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSILCMIGYDAVALKTNGGLYSFMMTVPTSHGVIYTINVEDSLN
                     IKRYNLLNHGQISASISICFEIY"
ORIGIN      
        1 tgcagatgtc cactttgtgg caatataata aagagtagaa tagagagtgt gagaactata
       61 gatatatcta atttgtatcg gagagtttac aaaaaggata taggctatat ctggaaaagt
      121 gtggagagat tggaatatgt tctttgccaa aaatgtggtc tgcgtttttt tgatccaatc
      181 atatcggggg atgatggttt ttataatatc ttgctgaaat gatgcattgt atgccaatct
      241 tcaggattaa tgataagacn cttatgagga gagtctaaga taaaatcctt atgtccattc
      301 tttgtatgat tggatatgat gcagtggcct tgaagacaaa tggcggcctg tacagtttta
      361 tgatgacggt gcccacctct cacggagtca tctacaccat aaatgtagaa gattcgctta
      421 atatcaaacg gtataacctt ctcaatcacg gtcaaatttc cgcgtcgatc agtatatgtt
      481 ttgagatcta ttaattctgc cattctattg gtgcaacgct cttatcgaag aaatttcact
      541 c
//
LOCUS       SEQF2637|AYYD01001025.1  514 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..514
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgcagatgtc cactttgtgg caatataata aagagtagaa tagagagtgt gagaactata
       61 gatatatcta atttgtatcg gagagtttac aaaaaggata taggctatat ctggaaaagt
      121 gtggagagat nggaatatgt tctttgccaa aaatgtggtc tgcgtttttt tgatccaatc
      181 atatcggggg atgatggttt ttataatatc ttgttgaaag atgaatggta ctatctgcat
      241 gaggggaaaa ataagaaggg gtgacaaacg taagagagtg aaaatgaaaa aacacaacct
      301 caaaagaagt tcctatttct ttttctgtag ccacaatata ccctctatcc tcttgaaaag
      361 aaaaccgctg catattccac ggcgcaatac ctgcacctaa attcctgcaa acatgtactc
      421 catcaaaccg tcttggccaa tcgtctaaat atttctgatc gccgaagcga ttgttttcaa
      481 atcgattata gcaccaatct atacacgctt tccg
//
LOCUS       SEQF2637|AYYD01001026.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgcagatgtc cactttgtgg caatataata aagagtagaa tagagagtgt gagaactata
       61 gatatatcta atttgtatcg gagagtttac aaaaaggata taggctatat ctggaaaagt
      121 gtggagagat nggaatatgt tctttgccaa aaatgtggtc tgcgtttttt tgatccaatc
      181 atatcggggg atgatggttt ttataatatc ttgttgaaag atgaatggta ctatctgcat
      241 gaggggaaaa c
//
LOCUS       SEQF2637|AYYD01001027.1  380 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..380
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttgatccaa tcatatcggg ggatgatggt ttttataata tcttgttgaa agatgaatgg
       61 tactatctgc atgaggggaa aacggaatat gattattcgc gtaagttcat cgaagaggat
      121 gatcgagtct tagatatagg tgctggaaga ggtgctttta gacattattt gtcagagaag
      181 aattattatc agggcttgga tcttatgcca cagcatcgca taacggaaat aaccaataaa
      241 cgcttttctc gcattcttat cttcttcaag tagaagacgt tcaagcacga tcgggcgatc
      301 agatagtttc acatcaagcg cattgtcccc actgtagtta gtgccgctcc catcactccc
      361 attatgaaaa ataagggacc
//
LOCUS       SEQF2637|AYYD01001028.1  383 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..383
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tttgatccaa tcatatcggg ggatgatggt ttttataata tcttgttgaa agatgaatgg
       61 tactatctgc atgaggggaa aacggaatat gattattcgc gtaagttcat cgaagaggat
      121 gatcgagtct tagatatagg tgctggaaga ggtgctttta gacattattt gtcagagaag
      181 aattattatc agggcttgga tcttatatgt aaacctataa tcaatcatcc gaaaatctct
      241 tcttagaaga cgattaaggt aagtcgttga cattgtatta taccaccatt gtctatggac
      301 gctggacacc ggttctctat agatatccag aacctccaaa ttatatttct cagccataga
      361 ccttagtgat ctctcattcc aat
//
LOCUS       SEQF2637|AYYD01001029.1  274 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..274
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(108..266)
                     /locus_tag="SEQF2637_01043"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYYLEDRDYVKPLFILLTKFFYWNWQNICSILFSKFYSFTTKI
                     QALIIILL"
ORIGIN      
        1 atctgcatga ggggaaaacg gaatatgatt attcgcgtaa gttcatcgaa gaggatgatc
       61 gagtcttaga tataggtgct ggaagaggtg cttttagaca ttatttgtca gagaagaatt
      121 attatcaggg cttggatctt agtagtaaag ctatagaact tgctaaaaag gatggagcaa
      181 atgttttgcc aattccaata gaagaattta gtgaggagaa taaagagagg tttgacgtag
      241 tctctatctt ccaagtaata gaacatattt cttc
//
LOCUS       SEQF2637|AYYD01001030.1  814 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..814
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1..90
                     /locus_tag="SEQF2637_01044"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHHFSKDAILMVLASEYFDPHDYIYEPYK"
     CDS             87..632
                     /gene="menG"
                     /locus_tag="SEQF2637_01045"
                     /EC_number="2.1.1.163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WFR3"
                     /codon_start=1
                     /transl_table=11
                     /product="Demethylmenaquinone methyltransferase"
                     /translation="MTDSILKEMLDLFHTYYLRQRFFPNWFSVFINPFYFIRKRLIEK
                     VRRLAPQLEGELLDFGCGAKPYQELFPHLRSYLGVDIENEGHNHKTEAIDVYYDGVRL
                     PFNDDSFDAILTSEVLEHVPNVDGCLTDLVRVLRPGGKMLVTVPFIWAEHELPYDFRP
                     PSRNQTIDPIWINSMNKQHIR"
ORIGIN      
        1 atgcatcatt tcagcaagga tgcaatctta atggtgttgg cttcggaata tttcgaccct
       61 catgattaca tctatgaacc ctataaatga cagacagcat attgaaagag atgcttgacc
      121 tatttcatac atactaccta aggcagcgat tttttcccaa ttggtttagc gttttcatca
      181 acccatttta ttttatccgc aagcggttga tagagaaagt gcggcgactt gcaccacaat
      241 tagaaggtga attgcttgat tttgggtgtg gagctaaacc atatcaggag ttgtttccgc
      301 atttaaggtc ctatcttgga gtagatatag agaacgaagg tcataatcat aaaacggaag
      361 caatagatgt ctactatgat ggagtacgcc ttccattcaa cgatgattcg tttgacgcga
      421 tattgacaag tgaagtgttg gagcatgtgc ctaatgtaga cggatgtctt acagatcttg
      481 ttcgtgtatt gagaccgggt ggaaagatgc tggttaccgt accttttatt tgggcagagc
      541 atgagttgcc gtatgatttt agaccaccct cccggaacca aactattgat ccaatatgga
      601 ttaattccat gaacaaacaa cacattcgat agaatattcc caatacttat actcgacaca
      661 gctcctatcc cattcgaacc aagcccatct tgaaacaggt aataaataat agctaagtaa
      721 tacagtggcg ctattctaaa aatgcggcga ataaagaaat tggagataaa tcctttttct
      781 gatttccgag ctgttagaga cagccataaa gtgc
//
LOCUS       SEQF2637|AYYD01001031.1  810 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..810
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             53..190
                     /locus_tag="SEQF2637_01046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDYRFTYKIVRLVAKILAQFYKLSGEHKKSFGQSIIMVCRKPD
                     V"
ORIGIN      
        1 tantacaatg tcaacgactt accttaatcg tcttctaaga agagattttc ggatgattga
       61 ttataggttt acatataaga tcgtgcgttt ggtagctaaa atattagctc aattttacaa
      121 actgtctgga gagcataaga agtcttttgg gcagagtatc attatggtat gcagaaagcc
      181 cgatgtttaa cttctgcact ctctttgact ccgcctatct atcgcgaggc ttagcgatgt
      241 atgaatcgct ttgtcgccat tgccaagaat ttcatttgta tgtttttgca tttaacgacg
      301 cctgctacac gacattgagg tcgttatctc tgaataagat gacggtgatc tcattgagtg
      361 agtttgagga tgatgaatta ctgcgtgtta agccggttcg tacacgagga gaatattgtt
      421 ggacatgtac ttcgtctacc atactgtatg tattagatcg gtttaatgta gagagctgta
      481 catatttaga ttctgatctc tattttttct catccccaca gtgcctattt gatgagatgg
      541 gagataatgc agtgatgatc actccccata attatacacc tcaatacgat caaagtataa
      601 gaaccggaat ttattgtgta cagttcgttg ctttcaaaaa taatgagcaa ggacgggatg
      661 ttttgaattg gtggcggaaa gcgtgtatag attggtgcaa cgctcttatc gaagaaattt
      721 cactccaccc tcgacgcgca aaaagttcga gaaaatactt tactctattg aatcctgaga
      781 gatatctttc cgaagcagca acttctggat
//
LOCUS       SEQF2637|AYYD01001032.1  758 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..758
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             54..191
                     /locus_tag="SEQF2637_01047"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDYRFTYKIVRLVAKILAQFYKLSGEHKKSFGQSIIMVCRKPD
                     V"
ORIGIN      
        1 ataatacaat gtcaacgact taccttaatc gtcttctaag aagagatttt cggatgattg
       61 attataggtt tacatataag atcgtgcgtt tggtagctaa aatattagct caattttaca
      121 aactgtctgg agagcataag aagtcttttg ggcagagtat cattatggta tgcagaaagc
      181 ccgatgttta acttctgcac tctctttgac tccgcctatc tatcgcgagg cttagcgatg
      241 tatgaatcgc tttgtcgcca ttgccaagaa tttcatttgt atgtttttgc atttaacgac
      301 gcctgctaca cgacattgag gtcgttatct ctgaataaga tgacggtgat ctcattgagt
      361 gagtttgagg atgatgaatt actgcgtgtt aagccggttc gtacacgagg agaatattgt
      421 tggacatgta cttcgtctac catactgtat gtattagatc ggtttaatgt agagagctgt
      481 acatatttag attctgatct ctattttttc tcatccccac agtgcctatt tgatgagatg
      541 ggagataatg cagtgatgat cactccccat aattatacac ctcaatacga tcaaagtata
      601 agaaccggaa tttattgtgt acagttcgtt gctttcaaaa ataatgagca aggacgggat
      661 gttttgaatt ggtggcggaa agcgtgtata gattggtgct ataatcgatt tgaaaacaat
      721 cgcttcggcg atcagaaata tttagacgat tggccaag
//
LOCUS       SEQF2637|AYYD01001033.1  472 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..472
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cctgtctttc tctgtggcgt tattcttttc tttcttatct ttacgcccaa agaacaattg
       61 aaaatatctc caattgtcct cctttatatt tcgattatat ctatctattc ttttgcgtat
      121 tatttgagcc cccaatcttt ggcatggtac ctcaatccaa taatacaaaa gagatgatac
      181 tgcgagagaa atcaaaagga ctatacaata ttcaaacaaa aaagaattcc atagaatcga
      241 gtctgatatc ataggtatag aagataaaat aaaatgcaac gttcctttta gaaaaaggga
      301 gacaaagaaa aaggagagcg cgtgatctat ggattttatc tgataaaata aaataggcaa
      361 gatacagtaa aacatcactt catctgttat agaccaccct cccggaacca aactattgat
      421 ccaatatgga ttaattccat gaacaaacaa cacattcgat agaatattcc ca
//
LOCUS       SEQF2637|AYYD01001034.1  398 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..398
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tctattcttt tgcgtattat ttgagccccc aatctttggc atggtacctc aatccaataa
       61 tacaaaagag atgatactgc gagagaaatc aaaaggacta tacaatattc aaacaaaaaa
      121 gcccctcccc atttattgat atattgaatg caccaatgcc cgcccaatat tcttccccaa
      181 gtttcctgac accagctttc taaataatgc aacactgcaa aatgagtgaa atagattccg
      241 aaactcacct tgccaacata ccgagtgaat ctatttacta atagagaata aggctttaat
      301 gataacatat agcccataag aacgaaagcc aacccaaatt ggatgtggta gaatatgata
      361 ggtttcttcg tacacaaatc gaatagaata ataagcga
//
LOCUS       SEQF2637|AYYD01001035.1  251 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..251
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcactttatg gctgtctcta acagctcgga aatcagaaaa aggatttatc tccaatttct
       61 ttattcgccg catttttaga atagcgccac tgtattactt agctattatt tattacctgt
      121 ttcaagatgg gcattggtgc attcaatata tcaataaatg gggaggggct tttttgtttg
      181 aatattgtat agtccttttg atttctctcg cagtatcatc tcttttgtat tattggattg
      241 aggtaccatg c
//
LOCUS       SEQF2637|AYYD01001036.1  456 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..456
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccctctccct tattggttaa tattctaaaa tcaggaggta acggcgtaca attattcttt
       61 gttgtaagtg catgcacttt atggctgtct ctaacagctc ggaaatcaga aaaaggattt
      121 atctccaatt tctttattcg ccgcattttt agaataacgc cacagagaaa gacaggaagt
      181 tgattaggga aatagtaaaa caaaaaagaa ttccatagaa tcgagtctga tatcataggt
      241 atagaagata aaataaaatg caacgttcct tttagaaaaa gggagacaaa gaaaaaggag
      301 agcgcgtgat ctatggattt tatctgataa aataaaatag gcaagataca gtaaaacatc
      361 acttcatctg ttatagacca ccctcccgga accaaactat tgatccaata tggattaatt
      421 ccatgaacaa acaacacatt cgatagaata ttccca
//
LOCUS       SEQF2637|AYYD01001037.1 1427 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1427
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(278..1069)
                     /locus_tag="SEQF2637_01048"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMX9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase"
                     /translation="MPLHFSIITVTYNARKALERTMQSVEVQTYGKMEYLVIDGGSTD
                     GTMERVTRWEAEVADERTRRGMEPMRCVTVSEPDRGLYDAMNKGLQRATGDYVWFLNA
                     GDTFRSPETVAQLADVAERNGWPDILYGETDVTDSEGRFIAERRLKAPEMLTWRSFRM
                     GMRVSHQAFVVKRSVAPTYDLQYRFSADFDWCIRCMKQSQRIVNSRMRLVNYEAEGMT
                     TRNRKASLVERYRIMCRYYGALPTQMRHLWFATRFLWAKASFEIL"
ORIGIN      
        1 ccctctccct tattggttaa tattctaaaa tcaggaggta acggcgtaca attattcttt
       61 gttgtaagtg catgcacttt atggctgtct ctaacagctc ggaaatcaga aaaaggattt
      121 atctccaatt tctttattcg ccgcattttt agaatattaa ccaataaggg agagggtagc
      181 tgcgtgtaat cacagtgcgt tgaaacaacc cctaaaattg cccaacctct tagagcatct
      241 atgtaattgt actttactat tttcaatctg ccactcatta taaaatttca aaggaagctt
      301 ttgcccacag gaatcgggtg gcaaaccaaa ggtgacgcat ctgcgtgggc aacgccccgt
      361 agtagcgaca catgatgcgg tagcgctcca ccagcgacgc cttacggttg cgcgtcgtca
      421 tcccttcggc ttcataattc accaaccgca ttcgtgagtt gacgatccgc tgcgattgtt
      481 tcatgcaccg gatgcaccaa tcgaagtcgg ccgagaatcg gtattgcaaa tcgtacgtcg
      541 gcgccacgct ccgcttgacg acaaacgcct gatggctgac acgcatcccc attcgaaagc
      601 tgcgccaagt cagcatctcg ggcgctttca gtcgacgctc ggcgataaat cgcccctcgc
      661 tgtcggtcac gtccgtctca ccgtaaagaa tatctggcca accgtttcgt tcggccacat
      721 cggccaattg cgccacagtc tctggcgacc gaaatgtgtc gcctgcgttg agaaaccaga
      781 catagtcgcc cgttgcccgt tgcaggccct tgttcatcgc gtcgtacagc ccacggtccg
      841 gctccgaaac ggttacgcac cgcatcggct ccatgccacg ccgcgtgcgt tcgtccgcca
      901 cctccgcctc ccaacgtgtg actcgctcca tcgtcccgtc agtcgatccc ccgtcaatca
      961 cgaggtactc catcttgcca tacgtctgca cctcgacact ctgcatcgtc cgctcgagcg
     1021 ccttccgagc attgtatgtg accgtgataa tggagaagtg gaggggcatc tagatcttct
     1081 tttgagccag tattatcgta ttaaaataca gttcaggttt tcggggcaac aaccaaacaa
     1141 tcgcaccgcc caaaatacaa accggtgcaa tgaatatggc attcataaga aggttgacat
     1201 atttattctt gacgtaaaac aggcttcgta aatatgccat ccacaattgc aaaacgactt
     1261 ccgcaaaatg tccgctacgt tcttcggcaa ggattgtcaa tccctgatct gttatgtgtt
     1321 ttcgaatccc tataagggag aatcgtctaa aatcatacgg caactcatgc tctgcccaaa
     1381 taaaaggtac ggtaaccagc atctttccac ccggtctcaa tacacga
//
LOCUS       SEQF2637|AYYD01001038.1  418 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..418
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccctctccct tattggttaa tattctaaaa tcaggaggta acggcgtaca attattcttt
       61 gttgtaagtg catgcacttt atggctgtct ctaacagctc ggaaatcaga aaaaggattt
      121 atctccaatt tctttattcg ccgcattttt agaatagcgc cactgtatta cttagctatt
      181 atttattacc tgtttcagaa caagacgtcg aaatctattt tcattcgata ctctatccac
      241 gtcatagcca gctctatcca acgcttttcc gagtgataat tgcaaggctt cattatgttt
      301 tatcctacca agaacagcat agagcgcatc aattaccgtg ttgcccgtca cccaaatacg
      361 attactgtgt acgccctctt gcaataaatt atctcgccct aaagaggttg gcgaaaag
//
LOCUS       SEQF2637|AYYD01001039.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 atccagaagt tgctgcttcg gaaagatatc tctcaggatt caatagagta aagtattttc
       61 tcgaactttt tgcgcgtcga ggggaaaaat aagaaggggt gacaaacgta agagagtgaa
      121 aatgaaaaaa cacaacctca aaagaagttc ctatttcttt ttctgtagcc acaatatacc
      181 ctctatcctc ttgaaaagaa aaccgctgca tattccacgg cgcaatacct gcacctaaat
      241 tcctgcaaac atgtactcca tcaaaccgtc t
//
LOCUS       SEQF2637|AYYD01001040.1  351 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..351
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             72..206
                     /locus_tag="SEQF2637_01049"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHFMAVSNSSEXXXFHIKRIVPTVVSAAPITPIMKNKGPPWIEC
                     "
ORIGIN      
        1 ccctctccct tattggttaa tattctaaaa tcaggaggta acggcgtaca attattcttt
       61 gttgtaagtg catgcacttt atggctgtct ctaacagctc ggaantcnga tngtttcaca
      121 tcaagcgcat tgtccccact gtagttagtg ccgctcccat cactcccatt atgaaaaata
      181 agggaccgcc ctggatagag tgttaatttg tcttttaata atgcggaggc ataccatcgt
      241 acagcccatg agctaacgga tccatccgcc tgtttttcta gcatcttcat aaaaggataa
      301 ctacctgaga agtcaaatgt ccattccagt ttatgagctc ttatttgatc c
//
LOCUS       SEQF2637|AYYD01001041.1  350 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..350
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tggatcaaat aagagctcat aaactggaat ggacatttga cttctcaggt agttatcctt
       61 ttatgaagat gctagaaaaa caggcggatg gatccgttag ctcatgggct gtacgatggt
      121 atgcctccgc attattaaaa gacaaattaa cactctatcc agggcggtcc cttatttttc
      181 ataatgggag tgatgggagc ggcactaact acagtgggga caatgcgctt gatgtgaaac
      241 tatctgatcg cccgatcgtg cttgaacgtc ttctacttga agaagataag aatgcgagaa
      301 aagcgtttat tggttatttc cgttatgcga tgctgtggca taagatccaa
//
LOCUS       SEQF2637|AYYD01001042.1 5047 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5047
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             31..1086
                     /gene="pimC_2"
                     /locus_tag="SEQF2637_01050"
                     /EC_number="2.4.1.345"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0CF99"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP-mannose-dependent
                     alpha-(1-6)-phosphatidylinositol dimannoside
                     mannosyltransferase"
                     /translation="MTWGKKSKKYYYGATSIDRPDFIGWLKNKQIEVVLFNEQNWWEP
                     VVWCKEMGIITGTYVDYYTEKTVPFFAAYDFLICNTQRHYNLFKEIAHAYYVPWGTDI
                     DLFRPQSKKDVEASSIVFFHSAGMNPIRKGTDSTIRAFAAIDDPNSRLLIHTQERLSA
                     YLDDEVCRIAERHPRISVVQKTVPAPGLYTEGDVYVYPSILDGLGLTVVEALACGLPC
                     IVSDNAPMNEFVQPDVNGRLVAIDYLYARSDGYFWPQCKISLSSLEEELQFYLLHRSS
                     IESEKVKARQSAEEQYNWKDRYKQICTLFKEVKHEPIDEVLSRRIYSYEQHLNGKYNM
                     LPYAFYYWKKWRSGWTR"
     CDS             1083..2090
                     /gene="ykvP_2"
                     /locus_tag="SEQF2637_01051"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31681"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore protein YkvP"
                     /translation="MRILYIAVHENNCGWGAEYFVNDGFNEIGVETSCVDYRKYRKEI
                     VERILQTPTFDYLFLQRGDYFPIELLRAVRRPKFFWASELVSRNRDQDRLLSCGLFDH
                     TFVHTNACKETVVRNGWLQESQITVLLNGFDPKIHHPLSIEKDIDVLFIGNMLKRRKE
                     WTDEIRKNCSLHTAVGIYGDEMVKLINRAKIVLNIHSEEFPDTETRVFEVLGCRSFLL
                     TEKLSVENPFTDRKHLIECVDLEDMIRQIQYYLEHDAEREQIAEQGYIEAIETHTYKR
                     RAEDLATLFAEYPFDPTVEAIDRTRLSKARSEATCLYRKVVIEERCMRFRQRVRRFIR
                     R"
     CDS             2290..3141
                     /locus_tag="SEQF2637_01052"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRIRKMKYLHTASRTTEVDAVSDQIVAMYEARTALKTEPYLAA
                     TMATLKSQSEQITEAIKRLKILSELEDLDAVRDRAISALGHVLNGYANMPTDDARQHT
                     PPLKKVFDNYTLSITRENYESESSLIESLLADLSATALQVHITALPGVSEAIAAVRTA
                     QSAFTTKQVVYLEALAKDKTLQSASALKLSLLTTINTKLIRYLDVMKDVDAAKYADFA
                     AAVAQAVDEQNAVIAMRHTLDEKKKKEGNGGDTKKKKGKEKDKGKEKDKKKEKDDEGD
                     DITLPTE"
     CDS             3168..4439
                     /gene="wbpA_4"
                     /locus_tag="SEQF2637_01053"
                     /EC_number="1.1.1.136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD94"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetyl-D-glucosamine 6-dehydrogenase"
                     /translation="MKIAIIGLGYVGLPLAVAFAEHYPTVGFDINRKRIVELQKGLDH
                     TQEMDRDRLQGALSSTEEKGLTLTDNNEQLSDCTVFIVTVPTPITKFKTPDLAPLLAA
                     SATVGRALKSGDIVIYESTVYPGCTEEDCVPVLEKASGLKYNVDFFCGYSPERINPGD
                     RKNTLETIQKVVSGSTEEVAEKVEILYRSILPASTFRASSIKVAEACKAIENAQRDVN
                     ISFVNELSLIFDRMGIDTQEVLEAAATKWNFLKFTPGLVGGHCIGVDPYYLMHKSQCL
                     GYNPQVILSGRSVNDGMGRFVASKTVKLMIRHGIRIVGSRVLVLGFTFKENCPDTRNT
                     KVVDVIDELKDFGIHVDVYDPHALRDEVKAEYAIDLLAQQPDPKQYDGIILTVAHDEF
                     RSIDFSFVRNQPTVLFDVKGILDKSLIHGRL"
     CDS             4458..4994
                     /locus_tag="SEQF2637_01054"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRLAPIVLFTYNRPVHTRQTIDALLKNEYASESDLIIFSDAPK
                     NCVAEDGVRQTRAYLREITGFRSIKLIERAENMGLAANIIDGVTQVVNEYGRIIVLED
                     DLLTSPFFLKYMNEALSMYEDANEVISVHGYIFPIKRKLPESFFIRGTDCLARRDESS
                     DNRAYCYIPLFANLFRAR"
ORIGIN      
        1 aaaaaaaaca accaatggga caaagagaat gtgacgtggg gaaaaaaatc aaagaaatat
       61 tactacggag caacgagtat tgatcgtcca gattttatcg gctggttgaa gaataaacaa
      121 atcgaggttg ttttattcaa tgagcaaaat tggtgggaac cagttgtctg gtgcaaagag
      181 atggggatta ttactggtac ttatgtcgat tattacacgg aaaaaaccgt cccttttttc
      241 gctgcgtacg atttcctgat ctgtaacaca cagaggcatt ataatttatt taaggagata
      301 gcgcatgctt attacgtccc atggggtacc gatatcgatt tgttccgacc acaaagcaag
      361 aaggatgtcg aggcatcatc gatagtgttt tttcattcag ccggaatgaa tccgattcgt
      421 aaaggaacgg attcgactat tcgagctttc gctgctatag atgaccctaa tagtcgttta
      481 cttatccata ctcaagaacg gctatctgcc tatttggacg atgaggtgtg tcgcatagcc
      541 gagagacatc cgcgtatatc cgtcgtacaa aaaacggtac cagctcctgg gctatacact
      601 gaaggtgatg tttatgtcta tccttctata ttggatggct tgggtttgac ggttgttgaa
      661 gcattggcgt gcggattgcc ctgtatcgtt agcgataatg caccgatgaa tgaatttgtt
      721 cagccagatg tgaatggacg acttgtcgcg attgattatt tgtatgctcg cagcgatggt
      781 tatttttggc cgcagtgcaa aatttcactt tcctcattag aagaagagtt acagttttat
      841 ttactccatc gttcatctat tgaaagcgag aaagtaaagg caaggcaatc tgctgaagaa
      901 caatataatt ggaaggatcg atataaacag atttgcaccc tcttcaaaga ggtaaagcac
      961 gagccaatag atgaggtgtt gagccggcga atctatagtt atgagcagca tcttaatggc
     1021 aaatacaaca tgctgcctta tgcgttttat tattggaaaa aatggagaag cgggtggact
     1081 cgatgagaat attgtacatc gctgtgcatg agaataactg cggctggggt gccgaatatt
     1141 ttgtaaacga tggatttaat gaaatagggg tagagacatc ttgtgttgat tatcggaaat
     1201 acagaaaaga aatagtggag cgcattctac aaactccgac gtttgattat ttgtttctcc
     1261 agcgaggtga ttatttccct atcgaacttt tgcgggcagt tcgccgcccg aaattttttt
     1321 gggcctctga attagtctca aggaatagag atcaggatcg attattgagc tgtgggttgt
     1381 ttgatcatac ttttgttcat acaaatgcgt gtaaagagac tgttgtaaga aacggctggt
     1441 tgcaagaatc tcaaataaca gttctgttaa atgggtttga tccaaagatt catcatccac
     1501 tttctattga aaaagatata gacgtgctgt ttatcgggaa tatgctaaaa cgcagaaagg
     1561 agtggactga cgaaatcagg aagaactgct cgctgcacac tgctgtcggg atttatggcg
     1621 acgaaatggt gaaattgatc aatcgcgcga aaattgtcct gaatattcat tctgaagaat
     1681 ttccggatac agagacacgc gtttttgagg tattgggttg ccgaagtttt ttattgacag
     1741 aaaaactatc tgtagaaaat ccgtttacag atcgcaaaca tcttatcgaa tgtgtagatt
     1801 tggaggatat gattcgtcag atccaatatt atcttgagca cgacgcagaa cgagaacaga
     1861 tagcagaaca aggttatata gaggcgatag agacgcatac ttataaaaga cgagcggaag
     1921 atttggccac actttttgca gaatatccat ttgatcccac ggtggaagca attgatcgga
     1981 cgcgattgtc taaggcgcgc tctgaagcta cctgtctata tcgaaaagtt gtcattgaag
     2041 aaaggtgtat gcgctttcgt cagcgggtac ggagatttat tcgacgataa tgttatcgca
     2101 atgaatcatc tcgcagtgat gctgttagtg ttgttattat aatggaatct cattcataaa
     2161 tgtagctgta atcgttgccg taacgaaccg tcccgcagaa aaattgcagg tgtcgttact
     2221 gtaacgattc tttctacaga aaaggagcaa cagacgtttc cataacgaat tgacaaatag
     2281 catgtcttga tgggaaggat aagaaaaatg aagtatttac acacggcaag tcgaaccact
     2341 gaggtggatg ccgtttctga tcagattgtt gcgatgtatg aagcccgaac ggctctgaag
     2401 acggaaccat atcttgcggc tacgatggcg acgttgaaaa gccaatcaga acagattacg
     2461 gaggcaatta aacggcttaa aattctgagt gagttagagg atctcgatgc tgttcgagac
     2521 cgagcgatca gtgcgctggg acatgtgctt aatggatatg cgaatatgcc gacagacgat
     2581 gcacgtcaac atacgccgcc tctgaaaaaa gtgtttgata attatacgct ctctattact
     2641 cgcgagaatt atgagagtga atcgtctttg atcgaatcgc tgcttgctga tttgagcgca
     2701 acggcattgc aagtgcatat tacagcgctt ccgggtgtga gtgaggcaat tgcagctgta
     2761 cgcacggcgc agtctgcgtt tactaccaag caggtagtat atttggaggc gttagctaaa
     2821 gacaagactt tgcagagtgc cagtgcgctt aaactctcct tgttgacaac gattaacacc
     2881 aaacttattc gctatcttga tgtgatgaag gatgtcgatg cggcaaaata tgctgatttc
     2941 gcagcagccg ttgcacaggc tgtcgatgag cagaatgccg ttatcgcaat gcgccacacc
     3001 ctcgatgaga aaaagaagaa agagggaaac ggtggtgaca ctaagaagaa aaagggtaag
     3061 gaaaaagaca aaggaaaaga gaaggacaag aaaaaggaga aagatgacga aggcgatgat
     3121 attacgttgc caacggagta gcggcttttt atcggaagag gaataagatg aaaatagcga
     3181 ttataggatt aggatatgtg ggattaccgt tggcggtagc gtttgcagag cattatccga
     3241 ctgtcggctt tgacatcaat cgtaaacgga ttgtcgaatt gcagaaaggg cttgatcaca
     3301 cccaagaaat ggatcgtgac aggctgcagg gagccctatc cagtacagaa gaaaaaggct
     3361 tgacactgac tgacaacaat gagcagttaa gtgattgtac ggtatttatt gtgaccgtcc
     3421 caacgccgat cacgaaattt aagacccctg atttagctcc gctattggct gcgtcggcta
     3481 cggtaggtcg ggcgttaaag tctggggata ttgttattta cgaatcgaca gtttaccccg
     3541 gatgtacgga ggaggactgt gtgcctgtct tggaaaaagc ctcagggtta aagtataatg
     3601 ttgatttctt ctgtggttat tctcctgaac gaatcaatcc cggcgaccga aaaaatacat
     3661 tagaaacgat ccagaaggtt gtttctggtt cgactgagga ggtcgccgag aaggttgaaa
     3721 tactttatcg atcaatcctt cccgccagta cgtttcgtgc gtcgtcgatt aaggttgcag
     3781 aagcatgcaa ggcgatcgaa aatgcacaac gcgatgtaaa catctcattt gtcaatgaat
     3841 tgtcgctaat ttttgatcgt atgggaatag atacgcagga ggtgcttgaa gcagctgcca
     3901 caaaatggaa cttcctgaag ttcactcccg gcttggttgg cggacattgc attggtgttg
     3961 atccttatta cttgatgcat aagtcacagt gtttaggcta taatcctcag gtgatccttt
     4021 ccggccgctc tgtcaacgat gggatggggc gttttgtggc ttcaaagacg gttaaattga
     4081 tgattcgtca cggcattcgg atagtcggga gtcgtgtatt ggtacttgga tttacattta
     4141 aggagaattg tccggacaca cggaatacaa aagtggttga tgtgatcgat gagttgaagg
     4201 atttcggcat tcatgtggat gtgtatgatc ctcatgcatt gcgtgatgaa gtaaaagcag
     4261 aatatgccat tgatttactc gctcagcagc ctgatcccaa acaatatgac ggtatcattt
     4321 tgacggttgc tcacgacgaa tttcgttcga tcgacttcag ctttgttcgc aaccaaccta
     4381 ctgtcttatt tgacgtaaaa gggatcctcg ataaatcgct tatccacggg cgactttaat
     4441 cgatttattt gtcctttatg atgcggttag cacctatagt actcttcaca tataatcgtc
     4501 cggtgcatac tcgccaaaca atcgatgcat tgttaaaaaa cgaatatgcc tcggaaagcg
     4561 atttgattat tttttcggat gctcccaaaa actgcgttgc tgaagatggg gtgcgccaaa
     4621 caagagcata cttaagagag atcaccggtt ttcgttcaat caagttaatc gagcgtgcag
     4681 aaaatatggg actggcagca aacatcattg acggagtaac tcaagttgtg aatgaatacg
     4741 gtcgaattat tgtcttggaa gatgatttgt tgacatctcc ttttttttta aaatacatga
     4801 atgaggcgct ctctatgtat gaagatgcca atgaggttat tagtgtgcat gggtatatat
     4861 tcccgataaa aaggaagtta ccggagtcgt tttttattcg tggtactgat tgcttggcca
     4921 gaagagatga atcgtcagat aaccgggcgt attgctacat accacttttc gccaacctct
     4981 ttagggcgag ataatttatt gcaagagggc gtacacagta atcgtatttg ggtgacgggc
     5041 aacacgg
//
LOCUS       SEQF2637|AYYD01001043.1  398 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..398
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(49..252)
                     /locus_tag="SEQF2637_01055"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSILCMIGYDAVALKTNGGLYSFMMTVPTSHGVIYTINVEDSLN
                     IKRYNLLNHGQISASISICFEIY"
ORIGIN      
        1 ggagtgaaat ttcttcgata agagcgttgc accaatagaa tggcagaatt aatagatctc
       61 aaaacatata ctgatcgacg cggaaatttg accgtgattg agaaggttat accgtttgat
      121 attaagcgaa tcttctacat ttatggtgta gatgactccg tgagaggtgg gcaccgtcat
      181 cataaaactg tacaggccgc catttgtctt caaggccact gcatcatatc caatcataca
      241 aagaatggac ataaggattt tatcttagac tctcctcata agtgtcttat cattaatcct
      301 gaagattggc atacaatgca tcatttcagc aaggatgcaa tcttaatggt gttggcttcg
      361 gaatatttcg accctcatga ttacatctat gaacccta
//
LOCUS       SEQF2637|AYYD01001044.1  271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agacggtttg atggagtaca tgtttgcagg aatttaggtg caggtattgc gccgtggaat
       61 atgcagcggt tttcttttca agaggataga gggtatattg tggctacaga aaaagaaata
      121 ggaacttctt ttgaggttgt gttttttcat tttcactctc ttacgtttgt caccccttct
      181 tatttttccc ctctccctta ttggttaata ttctaaaatc aggaggtaac ggcgtacaat
      241 tattctttgt tgtaagtgca tgcactttat g
//
LOCUS       SEQF2637|AYYD01001045.1  430 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..430
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 taactgatag tggtggtatt caggaagaag ccccgagttt gggtaaaccc gtccttgtta
       61 tgcgtgatac aacggaacgc ccagaggcat tagatgcggg gacggtgaag ttggttggca
      121 cagattgtga taaaattatc tcggaagtct cttccttatt ggaagataag gaatattata
      181 ggagaatgag tcgggctata aatccatatg gtgacgggag ggcgtgtgag cgaattgttt
      241 caatttttag tttggatgga tgatgatctc tttgggaata gtctaaaaac aaagattatt
      301 ttcaagtgag cgatagggct aaattagggt ttatgaggga atcgaattgc agatgtccac
      361 tttgtggcaa tataataaag agtagaatag agagtgtgag aactatagat atatctaatt
      421 tgtatcggag
//
LOCUS       SEQF2637|AYYD01001046.1 1242 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1242
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             2..487
                     /gene="sigE_1"
                     /locus_tag="SEQF2637_01056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R2D4"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigE"
                     /translation="MKVSEQAFTKLVHEHKRTIYSVCYMFSADEXEVADLFQEVLIRM
                     WKGLATFEERSQMRTWIYRLSLNVCISYDRKKKSRPSALPLSMDINLFEDRXEDSRQV
                     XQLHDRISRLQPFDRAIVLLWLENMSYDEIGQVVGISTKNVSVRLYRIKEQLKRMSND
                     Q"
     CDS             503..1141
                     /locus_tag="SEQF2637_01057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKHNETTTAHEWDEMRAQWAALNRKLSHEPLVDDRHIRESMG
                     KHQAWGKRTSKWGIVALPLYLLLAFYIAFILGADKPLSLQLIGCTLGLMALNLVIEFV
                     LYIKAKQLFTKDLISVSRGLILLKKIRRQVFLWGLPPSVMLFLWATYDAVGVSSLRVI
                     PTWIFFAAAFGLSLFLSRLIYKEHEWMDDKVLRQIKELTEGETSQHASTDNL"
ORIGIN      
        1 aatgaaagta tccgaacaag cattcacgaa gctcgtccat gagcataagc gcacgatata
       61 cagcgtgtgc tacatgttct cggcngacga ggangaggtg gccgacctct ttcaagaggt
      121 gctgatccgn atgtggaaag ggctggcnac nttcgaggaa cgnagccaga tgcgcacatg
      181 gatctatcgc ctgagcctca acgtctgtat ctcgtacgac cgtaagaaga agtcgcgacc
      241 ctcggccctg ccgctgtcga tggacatcaa cctctttgaa gatcgcgang aggactcgcg
      301 ccaggtcanc caactgcatg accgcatcag tcgcctgcaa cccttcgacc gngccatcgt
      361 gctcctctgg ctcgagaaca tgagctacga cgagatcggn caagtggtcg gtatcagcac
      421 caagaacgtc tccgtgcgac tctatcgcat caaggaacaa ctcaaacgca tgtctaacga
      481 tcaataatcc cccggaataa ctatggaaac gaaacataac gaaaccacca ccgcgcacga
      541 atgggacgaa atgcgcgcac aatgggccgc cctgaaccgc aagctgagtc acgaaccgct
      601 cgtcgacgat cggcacatcc gcgagtcgat ggggaaacat caggcgtggg gtaagcggac
      661 gagtaaatgg gggattgttg ccctaccgct ctatctgctc ttagccttct atatcgcgtt
      721 tattttaggc gcggacaagc ccttatccct gcaattaatt ggctgcaccc ttggcctcat
      781 ggctctcaat ctggtgattg agtttgtcct ctacatcaaa gcaaagcagc tcttcacgaa
      841 agatctgatt agcgtatcgc gcggccttat tctgctcaag aagatcaggc ggcaggtctt
      901 tctctgggga ttaccacctt ccgtcatgct ctttttatgg gctacgtatg acgccgtcgg
      961 agtgagcagt ctacgtgtta ttccgacatg gatttttttc gcggcagcct tcggcctgag
     1021 cctctttctc tcgcgtttga tttacaaaga gcatgaatgg atggacgaca aagtgctccg
     1081 ccaaatcaag gagctcaccg agggcgagac ctcacaacat gcgtccacag acaatctcta
     1141 acccttaacc cgacctaaca atgaaagtat ccgaacaagc attcacgaag ctcgtccatg
     1201 agcataagcg cacgatatac agcgtgtgct acatgttctc gg
//
LOCUS       SEQF2637|AYYD01001047.1 1234 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1234
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             2..487
                     /gene="sigE_2"
                     /locus_tag="SEQF2637_01058"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R2D4"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigE"
                     /translation="MKVSEQAFTKLVHEHKRTIYSVCYMFSADEXEVADLFQEVLIRM
                     WKGLATFEERSQMRTWIYRLSLNVCISYDRKKKSRPSALPLSMDINLFEDRXEDSRQV
                     XQLHDRISRLQPFDRAIVLLWLENMSYDEIGQVVGISTKNVSVRLYRIKEQLKRMSND
                     Q"
     CDS             504..1133
                     /locus_tag="SEQF2637_01059"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKHNETATAHEWDEMRAQWAVLNRKLSNEPLVDDRHIRESMG
                     KRTDWIGDKVRLDRAFAPLISAMLIGFYYVNIISLGLLIFTLVVATLSSIIDHRIYIA
                     KYRTLFDKDLITVSHELLRIKKMQQAEFFWNLIILLIFIVWFGYDTSSHQATRSLNDW
                     MPWIFGGAVSVFYAWRRHKKVQHTNDNILRQIKELTEGETSQHASTDNL"
ORIGIN      
        1 aatgaaagta tccgaacaag cattcacgaa gctcgtccat gagcataagc gcacgatata
       61 cagcgtgtgc tacatgttct cggcngacga ggangaggtg gccgacctct ttcaagaggt
      121 gctgatccgn atgtggaaag ggctggcnac nttcgaggaa cgnagccaga tgcgcacatg
      181 gatctatcgc ctgagcctca acgtctgtat ctcgtacgac cgtaagaaga agtcgcgacc
      241 ctcggccctg ccgctgtcga tggacatcaa cctctttgaa gatcgcgang aggactcgcg
      301 ccaggtcanc caactgcatg accgcatcag tcgcctgcaa cccttcgacc gngccatcgt
      361 gctcctctgg ctcgagaaca tgagctacga cgagatcggn caagtggtcg gtatcagcac
      421 caagaacgtc tccgtgcgac tctatcgcat caaggaacaa ctcaaacgca tgtctaacga
      481 tcaataatcc ccccggaata actatggaaa cgaagcataa cgaaaccgcc accgcgcacg
      541 aatgggacga aatgcgcgca caatgggccg tcttaaaccg caagctgagc aacgagccgc
      601 tcgttgacga tcggcacatc cgagagtcga tggggaaacg cactgactgg atcggcgata
      661 aggtacgctt ggaccgggcc tttgccccgc tcatctccgc catgcttatc gggttttact
      721 acgtgaatat catctcgctt gggctgctga tctttactct ggttgtcgcc acactcagct
      781 ctattatcga tcatcggatc tacattgcca agtatcgtac cctcttcgat aaggacttga
      841 tcacggtcag ccacgagctt ttgcgcatta aaaagatgca gcaggcagaa ttcttttgga
      901 accttatcat cttattgatc ttcatcgtgt ggttcggata tgatacctcc tcccatcaag
      961 cgacacgctc gttgaacgat tggatgccgt ggatttttgg cggtgccgtg agtgtttttt
     1021 atgcgtggag gcgccataaa aaagtgcagc acacaaacga caacatcctc cgccaaatca
     1081 aggaactcac cgagggtgag acctcacaac atgcgtccac agacaatctc taacccttaa
     1141 cccgacctaa caatgaaagt atccgaacaa gcattcacga agctcgtcca tgagcataag
     1201 cgcacgatat acagcgtgtg ctacatgttc tcgg
//
LOCUS       SEQF2637|AYYD01001048.1 5940 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5940
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             296..1360
                     /gene="lytG"
                     /locus_tag="SEQF2637_01060"
                     /EC_number="3.2.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32083"
                     /codon_start=1
                     /transl_table=11
                     /product="Exo-glucosaminidase LytG"
                     /translation="MIPRCIRYFILIFYTGFTIVAAGHAERKRXPAYEKYITQYGYIA
                     VQQGDRYNIPPXXTLAQALXESGAGXSRLSLESNNHFGIKCHKDWKGARTYWDDDLKD
                     ECFRKYNNVAESYEDHSRFLVDKKRYSKLFLLRKTDYRGWAKGLQEXGYATDRAYANK
                     LIKMIEDYELYLFDTGKRIXREVQEKTRNEQPRTTPTTPSQKPSTRPVTEPGKKEGTF
                     FERLFGKKKAEQPQPSSPDEKGLKPRDVYKTGGLLYTIARYNDTFDRIAQDLGFTARE
                     LARFNESPENFSLRRGDIVYLEKKKKRADMPHLYHQVQIGESMHSISQYYGIQVSTLY
                     ALNEKNQSYVPREGETLKLR"
     CDS             complement(1399..1560)
                     /locus_tag="SEQF2637_01061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGLLMDSSLMISLDILFTSIQISNLCFASLHAFDEHGATGKRN
                     TAYNNGKTI"
     CDS             complement(2160..3227)
                     /locus_tag="SEQF2637_01062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTLKVIIHTENPHDHQKVMGTSDCVMTVLSRRFCEKMDLSKID
                     EMKKPALYLLVDEEKKAYIGQTRSFNSRVKDHLAKKKWWTRAYVFVSDAGRYNTASIE
                     YLEYLAIQEGLAVGIYDLSDNWQTPTEPTLQKWDRNEYDEIFEGIKFFLEYERCFVFT
                     KMEEKAKAPLQKEITFSTESTASKAVAETVSSEPIEPKPAAKTFSIEAVVPRSTTKTV
                     LPAPVTQHPIVKTFSPDAIVSRPVANQPPLFFLKHTKQTCVARGYPLNDGTKSFVVLK
                     GSEVSVKESNDKGGSARVEILKHCTLRGDDKYVLNEDLIFKTPSGASRTCLGAGAGLA
                     AGAASFFGAGFAGAGWAAGSF"
     CDS             complement(3538..4707)
                     /gene="purM_1"
                     /locus_tag="SEQF2637_01063"
                     /EC_number="6.3.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97TA2"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylformylglycinamidine cyclo-ligase"
                     /translation="MSDQRYTRRGVSASKEDVHNAIRRIDKGLFPKAFCKIIPDILGA
                     DPAYCNIMHADGAGTKSALAYLYWRETGDLSVWKGIAQDALIMNIDDLLCVGATDNIL
                     VSSTIGRNKLLIPGEVISAIINGTDELLSELREMGIGVYATGGETADVGDLVRTIIVD
                     STVTCRMRRADVIDNARIRPGDVIVGLASFGQATYEHAYNGGMGSNGLTSARHDVFAH
                     YLAEKYPESFDAAVPDDLVYAGGLRLTDAIEGLGIDAGRLVLSPTRTYAPVVKALLDA
                     MRPEIHGMVHCSGGAQTKILHFIGDDMRVVKDNLFPLPPLFRIIREQSGTDWAEMYKV
                     FNMGHRMEVYLDAARAEEVIALSRSFGIDARIVGRVESAERKELIIRSEFGEFRY"
     CDS             complement(4649..5785)
                     /locus_tag="SEQF2637_01064"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKKSKPEAAAPKAQKEPAAQPAPAKPAPKKEAAPAAKPAPAPK
                     ADAPKPAAKPAADPKDAAAKKPAPADAKKPAPAPKADAPKPAAKPAADPKAAAAKKPA
                     PADAKKPAPTPKADAPKPAAKPVADPKAAAAKKPAPADTKKPASAPKAWTPKPTAKPA
                     ADPKAAAAKKPAPADTKKPASAPKAWTPKPTAKPAADPKAAAAVKKPATAVKKSAIAS
                     AKKPVATKKAVSPPAAKKPAPTPKKQSGKLVASSEKSKATPTKKVTPKDQRAPQAKKP
                     AASVVNKAKTPAAKPAAKPTAAKPAAKPATKSAAKPAAKATAAKPTAKPAAKTALVKK
                     TTPQASQKKEPKTLQKTSTLRRQNNNERPTVHTARRQRLERRRA"
ORIGIN      
        1 tgattactgc ccggcaccag tcgtccgtca gccagctcca cggccgcccc gacgtgaaat
       61 cccgagtacg gagcgtacgc ccgctcggcc gccgcaagtg ccacatccat gccccgacgt
      121 tcgtccgccg tgagctcctc natacgcccc ntttggagac gtatntcaat cctttcttct
      181 cgcatatttt agggtctttg gttnggccaa cgaaggtagc ccgattttcc taacaggtta
      241 anggcgttct ggttattttc tatctttgcc ccgattccta aaagagacgg ccccgatgat
      301 ccctcgatgt atccgatact ttattctcat tttctataca ggcttcacga tcgtagcggc
      361 aggccatgcc gagcgaaagc gacancctgc ttatgagaaa tacattaccc aatacggcta
      421 tattgccgta caacagggtg atcgatacaa catacccccc agnatnaccc tngcacaagc
      481 nttgcangaa tctggcgcag gcntatcacg cctctcttta gaatccaaca accatttcgg
      541 aatcaagtgc cacaaagact ggaaaggcgc acgtacctat tgggacgacg atctcaagga
      601 cgaatgcttt cgcaaataca acaacgtggc cgaatcctat gaagatcact cccgtttctt
      661 agtcgacaaa aagcgctaca gcaaactctt cctcctccgc aagacagact atcgcggatg
      721 ggccaaaggc ttgcaagaat gnggctacgc caccgatcgc gcctatgcca acaagctgat
      781 caaaatgatc gaagactatg aactctatct ctttgacacc ggnaaaagga tagngcgtga
      841 ggtccaggag aaaacgagaa acgaacagcc tcgaacaacg cctaccacgc ccagtcagaa
      901 gccctctacc cgacccgtta ccgagccggg gaagaaagaa ggcaccttct tcgaacgtct
      961 attcggcaaa aagaaggccg agcagcctca accctcatca ccagacgaga agggtctgaa
     1021 accccgtgac gtctacaaga cgggtggcct actctatacc atcgcacgct acaacgacac
     1081 cttcgatcgg atcgctcagg atctcggctt cacggcacgc gaactggcgc gattcaacga
     1141 atcacccgag aacttctccc tgcgacgggg ggatatcgtt tacctggaga aaaagaagaa
     1201 acgggccgat atgcctcatc tttatcatca ggtgcagatc ggagaatcta tgcacagcat
     1261 ttctcagtac tacggcatac aggtcagtac gctctatgcc ctgaacgaga aaaaccaaag
     1321 ttatgtgccc cgagagggag agacacttaa actcagataa tagaactttc atacatgatg
     1381 cgcccacgta cattatcact atatcgtctt gccgttatta taggctgtat tacgcttgcc
     1441 agtagccccg tgctcgtcga acgcatggag gctggcaaaa cagaggttcg aaatttggat
     1501 gcttgtgaag agtatatcca ggcttatcat caggctgcta tccatcagca gaccagacat
     1561 cgtatacctg ccagtattac cttggcacag ggtatccttg aatcgagcgc agggaaaagt
     1621 tacctggcta ttcagggtaa caaccacttc ggtatcaaat gcggaaactg gacgggtgac
     1681 tatctctana aacaagatga tggtcgcttg gaacgctttc gtaagtacac ctccgtagan
     1741 caatcctacg angatcactc gcacttcatc gctgacagag cgcactacaa gtcgctcttt
     1801 gagctcaagc caacggacta tgtgggttgg gcgcatggat tgaaacgatg tggttacgcc
     1861 nccgatccca agtatgccag taagctgatc gagctgattg agcgttacga gctgcacgcc
     1921 tatgacntgg ccagtgcctc gtcctccgaa cccatcgcct cgagacccgc aaggagcgtc
     1981 tccacaccat cggcaccggc caagcgtccc gccacctcac ccgaggtaaa gccggagcgc
     2041 aagaaaactg cggaaactaa acccgctgcc gccacgcaac gtgagccggg aacgaagccc
     2101 acagcccacg gtatcaaggt gcccaagaaa tcgaaaccgg aagcggccgc acccaaagct
     2161 caaaaagagc cagctgccca acctgctccg gcgaaacctg caccgaaaaa ggaagctgct
     2221 ccagctgcta aaccagcccc tgctcccaag caggttctag acgctccgct cggagttttg
     2281 aatatgaggt cctcattgag tacatattta tcatcaccac gcagcgtgca atgcttcaat
     2341 atctcgaccc gcgcactacc acctttgtcg ttgctttctt ttactgagac ctctgatccc
     2401 ttcaatacga caaaagactt tgtcccatcg ttcagcggat agcctcgcgc cacgcaggtt
     2461 tgcttggtat gttttaagaa gaacaatggg ggctgattgg caaccggccg cgatacaata
     2521 gcgtctggtg aaaacgtttt aacaattgga tgttgtgtaa cgggggcagg caaaactgtt
     2581 ttagtcgttg accgcggaac aacggcctct attgaaaacg ttttagcagc tggcttcggt
     2641 tcgataggct ctgatgaaac cgtttcggca actgctttcg aagcagtgga ctctgttgaa
     2701 aacgttatct ctttctgcaa aggtgctttt gctttttcct ccatcttagt aaagacgaag
     2761 catcgctcat attcaaggaa gaacttaatc ccctcaaata tttcgtcata ctcatttcga
     2821 tcccacttct gcaaggttgg ctccgtcggc gtttgccaat tatccgacag gtcatatatg
     2881 ccaacagcca aaccctcttg aatggccaaa tattctaagt attcaatgct ggccgtatta
     2941 tatcgaccag catcagagac aaatacatag gcgcgcgtcc accatttctt ctttgctaaa
     3001 tgatccttta cacggctatt gaaactccga gtctgtccga tataggcttt tttctcctcg
     3061 tccacgagca ggtaaagggc tggtttcttc atctcatcga ttttggagag atccatcttt
     3121 tcgcagaagc ggcgagaaag gacggtcatc acacaatccg acgtgcccat caccttctga
     3181 tggtcatgcg ggttctctgt atggataatc actttcagtg tgcgcatatg tttcttgatt
     3241 gatttttaac tgatgattcc ggaagtgttt gcaacagtgt tgcaaacacc agaaagtttt
     3301 tcgtgagact tgcaacagtg ttgcaaacgc cagaaagttt ttcgcgggac ttgcaacggt
     3361 gttgcaaacg ccagaaaatt tttcgtggga cttgcaacgg tgttgcaaac gcaaaaaagt
     3421 ttttcgtgag acttgcaaca gtgttgcaaa cgccagaaag tttttcgtga gacttgcaac
     3481 ggtgttgcaa acgccgaaaa gtttttcgtg agacttgcaa cggtgttgca aacactttca
     3541 ataccggaat tccccgaatt cgctacgaat gatcagctct ttccgctcgg cagactctac
     3601 gcggcccacg atacgggcgt cgatgccgaa cgagcgactg agggcaatga cttcttctgc
     3661 tcgcgcggcg tccaagtaga cctccatgcg gtgccccatg ttgaagactt tgtacatctc
     3721 ggcccagtcc gtgccgctct gctcgcggat gatgcggaag aggggcggca gggggaagag
     3781 gttgtccttg acgacgcgca tgtcgtcgcc gatgaagtgg aggatcttcg tctgtgcacc
     3841 gccagagcag tgcaccatgc cgtggatctc ggggcgcatg gcgtcgagca gggccttgac
     3901 gacaggggcg taggtgcgcg tgggagagag gacgaggcgg ccggcatcaa tgcccaagcc
     3961 ttcgatggcg tccgtgaggc ggagaccacc agcgtaaacg agatcgtcag gaacggcggc
     4021 gtcaaaactc tcggggtatt tctcggccaa gtagtgggcg aagacatcat ggcgcgcgct
     4081 ggtgagtccg ttgctgccca tgccgccgtt gtaggcatgc tcataagtgg cttgaccgaa
     4141 ggaggccaat ccgacgatga cgtcgccggg gcggatgcgc gcattgtcga tcacatcggc
     4201 acggcgcatg cggcaggtga cggtgctatc gacaatgatc gtgcgcacca aatcgcccac
     4261 gtcggccgtc tcaccgcccg tggcgtaaac gccgatgccc atctcacgca gctcggacag
     4321 cagctcgtct gtgccgttga tgatggcaga gatcacttca ccagggatca gcagtttgtt
     4381 gcgcccgatg gtgcttgaga caaggatgtt gtccgtggcg ccgacgcaaa gcagatcgtc
     4441 gatgttcatg atcagcgcgt cctgcgcgat gcccttccag acgctgaggt cgcccgtttc
     4501 gcgccagtat agataagcaa gcgccgactt ggtgccggcg ccatcagcgt gcatgatgtt
     4561 gcagtaagca ggatcagcac ccagtatgtc agggatgatt ttgcaaaaag ccttcgggaa
     4621 aaggcccttg tcgatgcgtc gaatggcgtt atgcacgtct tctttcgagg cgctgacgcc
     4681 gcgccgtgtg taccgttggt cgctcattat tgttttgtct tctgagggta gacgttttct
     4741 gcagtgtttt gggttctttt ttctgagaag cctgaggggt tgtcttcttg acgagagccg
     4801 ttttggctgc aggcttagcc gtcggcttcg cggcagtggc tttggctgct ggtttggcag
     4861 cagactttgt ggccggttta gcggcgggct tagcggcagt cggtttggcg gccggcttag
     4921 cagcgggagt cttcgcctta ttaacgacag aagccgcagg cttctttgcc tgcggcgcgc
     4981 gctgatcttt aggagtgacc tttttcgttg gagtcgcttt agacttctcc gacgatgcca
     5041 cgagcttacc cgactgtttc ttcggtgtcg gggcaggctt cttcgcggcg ggtggggaga
     5101 cggctttctt cgtcgccacc ggtttcttgg cgctggctat ggctgacttc ttgacggcag
     5161 tcgcaggctt ttttacagca gcagcggcct tcggatcggc tgcgggtttc gcagtaggct
     5221 tgggagtcca cgctttcggg gcagaggccg gtttcttagt gtcagccgga gctggctttt
     5281 tcgcagcagc ggctttcgga tcggcagctg gtttcgcagt aggcttggga gtccacgctt
     5341 tcggggcaga agccggtttc ttagtgtcag ccggagctgg cttcttggcg gccgcagctt
     5401 tcggatcggc gacgggtttc gcagcaggct tgggagcatc tgctttgggg gtaggagccg
     5461 gtttcttagc gtcagccgga gctggcttct tggcggccgc agctttcgga tcggctgcgg
     5521 gtttcgcggc aggcttagga gcatctgctt tgggagcagg agccggtttc ttagcgtcag
     5581 ccggagctgg ctttttcgca gcagcatctt tcggatcggc tgcgggtttc gcagcgggct
     5641 taggagcatc tgctttggga gcaggggctg gtttagcagc cggagcagct tccttcttcg
     5701 gtgcaggttt cgccggagcg ggttgggcag ctggctcttt ttgagctttg ggtgcggccg
     5761 cttccggttt cgattttttg ggcaccttga taccgtgggc tgtgggtttc gttcccggct
     5821 caagttgcgt ggcggcagcg ggtttggttt cggcaggttt cttgcgctcc ggctttacct
     5881 cgggtgaggt ggcgggacgc ttggccggtg ccgatggtgt ggagacgctc cttgcgggtc
//
LOCUS       SEQF2637|AYYD01001049.1  467 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..467
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgatccgcac atcgcggagc gggccgaagt tctggatatg gatggattcc ttcatcttgt
       61 tgctgtatat aatacgtata ggccaccatg gccttgccgc gggcaaagat aggccggccg
      121 cgaaaagtga aaacgatcat tcgggggcag gcgattgtac gatacaatga gaggtattga
      181 ctgggatcaa ttgtacgata caatgagagg tatcgactgg aggcaattgt acgatacaat
      241 cggccgaaaa aaactttttc acgtgattgt acgatacaat gggctgaaaa aaactttttc
      301 atgcgattgt acgatacaat tggccgaaaa aaactttttc acgtgattgt acgatacaat
      361 cggccgaaaa aaactttttc acgtgattgt acgatacaat cagccgaaaa aaactttttc
      421 atgcgattgt acgatacaat cgaccatagg aacatgcaat gaggcca
//
LOCUS       SEQF2637|AYYD01001050.136382 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..36382
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             119..598
                     /locus_tag="SEQF2637_01065"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYIYTILGLDFDSFSPKGGSPFLSQAQQIVTLAQSEPSWNGWK
                     AFDNTANRHALITALTEPQGEGFRQFWYDYHRKGLDEMAANPDRGRTNIIAALPALTA
                     LKSARPTSVLLNLFSDAKLDELTAIYAKATTQEKQEGYKLLSNLFPGSTSRFESLRN"
     CDS             1177..2838
                     /gene="recN"
                     /locus_tag="SEQF2637_01066"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05824"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA repair protein RecN"
                     /translation="MLKSLHIRNFVLIDRLDITFDQGFSVITGETGAGKSIILGALAL
                     VLGGRADAKSARAGADKCVIEAEFDISAYGLETFFQENDLEYDPTSCLLRRELSATGK
                     SRAFINDSPVSLATVKELGGHLIDIHSQHQNLLLADTRFQLNVVDVMAQTTDLQRAYA
                     ERFQAYHDAESRLDELKDAAERNNQNEDYLRFQVEELTTARLKAGEQAELEEELKTLS
                     HAEEIREALFRTAGMLGDDDAGALIRLHEALGLMEGIKDYLPGAADYAERIRTARLDL
                     EDLYADIDHLKEDVDFDPERMTYVNDRLNIIYSLQRKHRVESVEALLSLQADFEARLA
                     AIDSFDERLAALTRERDEALQDVLTQADALTRRRTEAAAGVEREIAERMRTLGVPNTR
                     FRIDFTRRARPAADGMDEVAFLFSANKNEALSPVAQTASGGEISRLMLCIKAMIAGFA
                     ALPAIIFDEIDTGVSGDISDRMADIMQTLGHRMQVITITHQPQIAAKGAAHYYVYKED
                     TADRTLTRIRPLTPDERVGEIARMLSGASLTDAAIANARELLDMK"
     CDS             2894..3631
                     /locus_tag="SEQF2637_01067"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A794"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative TrmH family tRNA/rRNA
                     methyltransferase"
                     /translation="MTDNHIIFGTRAVMEALQAGRDIDKILIKKDRQGNELLRELHDL
                     LRGRLIPVQHVPVERLNRITRKNHQGVIAFVAEITYQRIEDIVPAVYEQGRDGLYVLL
                     DGVTDVRNFGAIARTCECVGVDALVIPTEGSASATADAMKASAGALNVVPVCRERSLH
                     SALRFLRDSGVRLVAATEKASTTYTDITYTGPTAIVMGAEDTGVAPAHLKLCDEWVRI
                     PQRGTIASLNVSVAAGVLLYEALRQRG"
     CDS             complement(3733..4962)
                     /gene="cpdA_3"
                     /locus_tag="SEQF2637_01068"
                     /EC_number="3.1.4.53"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00905"
                     /codon_start=1
                     /transl_table=11
                     /product="3',5'-cyclic adenosine monophosphate
                     phosphodiesterase CpdA"
                     /translation="MLLSCALLAGLTSGCEEKTEEAPPRNSYELNRRNSARLLLGIAT
                     DLMREDRFILVHISDAHLSSWSSNNPWRRPENLIEAVNFVNRPPTKVNAMVATGDFIS
                     NSPKTPRQTALAYLSAFATHYFNANLVPSFVCTGNHDGNMINPAPEEWITREDFYSAV
                     TARINYPVYTDGRSNYYYTDLPDSRGGRIRIIALDEMDRTYNAENTQRMAVYSPRQIE
                     WLTHVALKQGMTAGHSVIVLLHHSLPSDNATARRYIANEHVYSWYMIPEIIEAFRSKT
                     HFQKRYPNKVVPGDTLTVDADFTQAPGEFICYMGGHVHTYLNYEVSWMSNINRALPKQ
                     QVLVANNMSPSEKNPQSPIERQPRGTQNNTFNIYAIDTREKMIYVTFFGATLSYYPRV
                     ITLNYGNAPINDLTKGK"
     CDS             complement(5701..6813)
                     /gene="tcyA"
                     /locus_tag="SEQF2637_01069"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42199"
                     /codon_start=1
                     /transl_table=11
                     /product="L-cystine-binding protein TcyA"
                     /translation="MLQVYIGLLVVAVGTMGLIGVYRAMNKRTEVVRDYADIRREGIL
                     RFVAEYERPGSYVAVDDTALQGFQYELSRAIARYAGLEMEMHFEMSLENSFDGLRDGR
                     YDIVARNLPTTDELKADYFLTDPILTDRQVLVQRRDTARLLRNQLDLAGHTIVVPRES
                     PAILRLENLRREMADTFRIVEDPLYSSEQLIAMVAAGDIDYTVCDRRVAAAALELYPE
                     IDINTDIGFTQLHAWAVRRTSPVLRDSINAWFTRMHADGTFDRILRKYYPAEDAATDR
                     SSAKKDGVKAVAPVGTKATPDQAAPSKTKAAKSKAKSARQKAKSTKSKAKSAPSKAKV
                     TKSKSGADRQKAKATKAKSSKAKKSTSKHTRTKRKG"
     CDS             complement(6898..9060)
                     /locus_tag="SEQF2637_01070"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYSIYTFTFLLGILYITAVSAQDRTRSRGDRGGRRFSLAMRNA
                     AQAADSLLSPDSARIGVARINAYRLTDKLGDLYIAPMDTDRLNTADHTLMESRSLAGA
                     YTANMGAPFQSRIFSERSEARDFIFADAFDGDILTPTNAYFYDVKVPYTNILYTRAGG
                     STKREEQLRGVITGNFGRKINLGADFNYTYSRGQYTSNNNKLLSYRLFGSYRSDRYEA
                     FAHIRNLNFVTNENGGLTDDRYITDPDNFEDGRRGVDSKSFPTRFTETYNRLRGRDFF
                     LTHRYNLGFYRRMTADEADRKRKRDERREKIRQLNVEKEGTADVRPLTPRSQDDAPDD
                     DGGLHADEVFVPVASIIHTFEWEDFRRRFISNDAGIDTCYTHRFDTTTAHPDDLQSAR
                     TFRNTFALSLREGFQKWAQIGLTAYISFENRRFEMPGDTARGVFQGRTKTDEYAAFLG
                     AELSRTRSEWLTFRARGEFGLLGNDIGEIRLMGHVASRFRVFGREASIRAEGAFQNLR
                     APFYQRHFHSRYFMWDNDLHNTQRIYVGGVAEWEQTRTRISAGVENVTNYVYFGTDGR
                     PAQHTGSLQIVTARLRQDFRYRAFGWDNEIIYQATGHDDIVPLPRLALYSNAYVVIHP
                     VRVLTLQLGADVRYFTAYHAPYYEPATQQFQNQTEIKVGNYPLINAYANFHLRQARFF
                     VMAYNLGRLFTDPRYFSMPHYPLNPMVIKLGIAVTFNN"
     CDS             complement(9529..9903)
                     /locus_tag="SEQF2637_01071"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLVASAMVMMVACNNKSAATEGETTDSTAVEAPAPAAEAAPAE
                     GGSAFDQYLSLVDEMLPLYEKAAAGDAEANQKLTELGQKMQDLAPSLQNEAANLTPEQ
                     TQKYQEAMQKLAEAAKKAQEKK"
     CDS             complement(10037..10318)
                     /gene="ycnE"
                     /locus_tag="SEQF2637_01072"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94425"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative monooxygenase YcnE"
                     /translation="MHKQIIIARARVKAGRENAFIDSAKKLADMARTEPGNLCYSFYR
                     SVTEPENFIFYEEYKDAVAVTAHASSEAFKAFTEAVRELLDGDLIVDKY"
     CDS             complement(10430..11440)
                     /gene="trpS"
                     /locus_tag="SEQF2637_01073"
                     /EC_number="6.1.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00954"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan--tRNA ligase"
                     /translation="MTEEKKLETVVSGIRPTGNLHLGNYFGAVKSFLRMQDEYRCFFF
                     IADWHSLTTHPRPVDIRRSVRTILSEYLACGLDPDKAAIYIQSDVHEVLELYLYLNMN
                     AYLGELERVTTFKEKVRQQPDNVNAGLLTYPTLMASDILIHRAVKVPVGKDQEQNMEM
                     ARKCARRFNMIYETDFFPEPASFHLTERAVKVPGLDGSGKMGKSEGNAIYLVDDEATI
                     RKKVMKAVTDSGPTTPDSPKPEPIQNLFTMMEIVSSRDTYDFFNDQYNRCAIRYGDMK
                     KQLAADINAFCAPIRERILDIAANEAYLDKVAREGAEKAAESASSTIKEVRRIIGFRT
                     AP"
     CDS             complement(11473..12156)
                     /locus_tag="SEQF2637_01074"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRENRSARLYARQSDGEDVALFEGGNPLPFFWLMLLGREDVELY
                     CIRMRRLIAAGTSPSRATLRLDKLRALMQATIRRSYLERHFASWLGLFDDWIYFLQIS
                     DFSDMKIYLDLYSVSLYYPTLSQFEDSLFRALDCFDRNIATGYEESIAGTCGHEAHNR
                     NRRRFERFSESYRVKAQDDIYGLSNRRIHLERNSLPNERGRFATLAFLLALITLVIAA
                     IVGLLIIKK"
     CDS             complement(12179..12853)
                     /locus_tag="SEQF2637_01075"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLTLCCIAASLLVVGCNRTADKGGADGSELYGYVNIRLPHI
                     EGMHECHTHPRVMAFTERYRQSGPILGYYLDDATYPRVDSLGQITFDNYFMIYGDYNR
                     ENYDATPADLPLMQEQLERSLVGTNWQEQGRRTEDAYNTLMVGQPAILQKYSPQEGVL
                     TMIILMKYRQENGAESTVVSAANCLLIKKRLLSMAYYMAYQNASTIDALKQRNDAAVK
                     AVMAAN"
     CDS             complement(13471..13857)
                     /locus_tag="SEQF2637_01076"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELTGRIVAVQPVQTGEGRNGTWKKQEYVVEYDRQAQYPRKMMF
                     VLWGDKIDQYNIQEGQELKIHFDIDCRAYNGRWYNDIRAWKVEPDTEAAPSMPSEPAG
                     RFADNVPPPPPELLASPSDASSDLPF"
     CDS             complement(14030..15514)
                     /gene="proS"
                     /locus_tag="SEQF2637_01077"
                     /EC_number="6.1.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9L4Q8"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline--tRNA ligase"
                     /translation="MAKELKELTSKDANYAQWYQDLVIKAGLAENSAVRGCMVIKPYG
                     YAIWERMQRILDDKFKETGHENAYFPLLIPKSFLSREADHVEGFAKECAVVTHYRLKN
                     APDGSGVVVDPAARLEEELIIRPTSETIIWNTYKNWIQSYRDLPILVNQWANVMRWEM
                     RTRLFLRTAEFLWQEGHTAHATREEAEEEAIKMQGVYADFAENYMAVPVIRGVKTASE
                     RFAGAVETYTIEAMMQDGKALQAGTSHFLGQNFGRAFDVTFIDRNGKTDYAWASSWGV
                     STRLVGALIMAHSDNNGLVLPPHLAPVQVVIIPIYRSAEQLAAISEKVDRIAARLREL
                     GVRVKFDSDDTKKPGWKFAEYELKGVPVRLAMGGRDLENDTVEIMRRDTLEKETRPCA
                     GLEEYVRDLLEEIQSGIFRKALDHRARRTVRVDTYDEFKERIEEGLFIMAHWDGTPET
                     EERVKNETKATIRCIPLDTADAEPGRCMVTGRPSARRVLFARAY"
     CDS             complement(15521..16342)
                     /gene="panB"
                     /locus_tag="SEQF2637_01078"
                     /EC_number="2.1.2.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X712"
                     /codon_start=1
                     /transl_table=11
                     /product="3-methyl-2-oxobutanoate
                     hydroxymethyltransferase"
                     /translation="MSTAIADDSRKVTTHRLYEMKQRGEKIAMLTAYDYSMAQIIDRA
                     GMDVILVGDSASNVMAGNITTLPITLDQMIYHGKSVVKAVRRALVVVDLPFGSYQGNS
                     KEALASAIRVMKQTHADCIKMEGGAEIRESIQRVLCAGIPIMGHLGLTPQSINKFGTY
                     TVRAREEAEAAKLVEDARLLEELGCFALVLEKIPANLATRVASELRIPVIGIGAGGGV
                     DGQVLVMHDMLGINQDFSPRFLRRYADLHTVITDAVQAYIGDIKTHDFPNEKEQY"
     CDS             complement(16366..16926)
                     /gene="resA_1"
                     /locus_tag="SEQF2637_01079"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81SZ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MKTKRFPLLATLIALIALVAPHALHAQHEKPDNSALLAVGTEAP
                     DFSLPTVDGEATIALSDYAGRYLVIDFWASWCPDCRKANPRMVDLYKRYANEAVGISF
                     LGVSFDTDRETCLKAVEKDGLEWPQVSELKKWKETEISRQYGIRWIPTVYVIDNAGKV
                     LYAGSDLDELEELLRYLGGVGSGETE"
     CDS             17547..18521
                     /locus_tag="SEQF2637_01080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQVKLDIPRVLIFTKVSSTRLNNTLHVQYHRKQYELVMAVDKT
                     KLKLPLGLPEAWNKGIDYETMIDQEATISDDTALLKVKDAERDEQLMNIFGIIRAQRH
                     SHKTNIREAAIRLSNTLSPYENIRSLAYEMESGRLEGMKKDLTKRTAEVTTLGLNDEF
                     DNLFKLNEEFEKLHVSRRVENTDTKLPLASAIRPQTDAALEVVCQYIQAAYNSATSAD
                     DKALLERLADHMNATSNDFKTMQRNLVVPRKKDTPKEPKTPKEPKPKKPGKDDGKPDI
                     KLPEEEPKKPDPKQPDPKKPDPKKPGEGGGTGGTGGSGGGPEIHLPEE"
     CDS             18650..19573
                     /gene="inlJ_1"
                     /locus_tag="SEQF2637_01081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MKTKTLLFLALAALSLTTACHKAAHEVPNITLTVDPGRKIFLSF
                     AGKTDTTSIRIQCGKLDTSFVIGKKRTPARYFIADAEKMTIHGEVAAFNCSTNGGGIT
                     AIDCSRDTMLRSLECHDNALTELNVGGCSGLRILECYSNRLTTLDVTRCPALERLNCS
                     DNLLTALDLSKCPKLEMIACINNGLTKLDVTMCSKLSVLYCYRNKLTELQLRGCAWLT
                     ELSCGKNYLPNLDFSGCNSLRTAYCCDNDFSYAATEELYRSLPDRTGEDEPGHIFILN
                     EDALPPGRTGAGNEGIATQKHWEVLWCRGDW"
     CDS             complement(19939..20475)
                     /gene="nadD"
                     /locus_tag="SEQF2637_01082"
                     /EC_number="2.7.7.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54455"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinate-nucleotide adenylyltransferase"
                     /translation="MLANWMCEYGGVDELWFVVTPRNPLKSEYVLLDDAFRLEMTRAA
                     VGDYPRFRVSDVEFGLPRPSYTIHTLRTLREAHTDCRFSLIIGADSWADMGRWRDAEA
                     LRREFSLVVYPRPGYPAPEIAVDETADVRAVAAPMMDVSSTFIREAIRAGRDVRFFLP
                     EGVRRYVPEIARRLAAMR"
     CDS             complement(20552..21121)
                     /gene="gmk"
                     /locus_tag="SEQF2637_01083"
                     /EC_number="2.7.4.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83EL7"
                     /codon_start=1
                     /transl_table=11
                     /product="Guanylate kinase"
                     /translation="MKRGKLIIFSAPSGSGKSTLIRHLLQQGLPLRFSISATSRPPRG
                     EEQDGREYYFLSPDEFRRRIAAGDFLEYEEVYSDRFYGTLRSEVERIRERGETVVFDV
                     DVVGGCNIREQYAGEALSIFVRPPSVEALRERLVTRATDASEVIEDRLRKAEYELTFA
                     SRFDVVILNDDLETAQREVVRVVRAFIEG"
     CDS             complement(21125..21985)
                     /locus_tag="SEQF2637_01084"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGFGKVTAELPDKKVTVEIKSLNSKQLDLSVRIPAVYREREMQ
                     LRNELLQRLERGKVDLNINVEYIGRDTSARINAAAVAGYYEQIHELAGRLGVPEPTDW
                     FATLLRLPETVRSEAGEVSEAEWQAVHGAVSEAVTRLIDFRTQEGAMLRRVFEQKIGI
                     IGDLLREVDPYEQERVEKIRSRLTENLKKISEVEYDRNRLEQELIYYLEKLDINEEKD
                     RLANHLNYFLRTLDSEHGQGKKLGFIAQEIGREINTLGSKSNHAEMQIIVVRMKDVLE
                     QIKEQILNVL"
     CDS             22172..22849
                     /gene="tsaB"
                     /locus_tag="SEQF2637_01085"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7CQE0"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine biosynthesis
                     protein TsaB"
                     /translation="MNLLHIETSGKLCSVAWSTDGEVMFAKTIFEPMSHSAYAGAIAE
                     ETLTHMGGTPPDAVAVSAGPGSYTGLRIGVSLAKGLCVGWGVPLIAVPTPEVIAAMAQ
                     KVHRRTDCLYCALIDARRMEVYATLFDGNLKPLCETRPEIITPESFATELADADVCFC
                     GDGAEKCRDVIRSPRASFLGQITPVAAEMVPIAERAYAERRFVDTAYFEPFYLKEFVA
                     TTPRKKI"
     CDS             24108..24812
                     /gene="rsmI_1"
                     /locus_tag="SEQF2637_01086"
                     /EC_number="2.1.1.198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67087"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase I"
                     /translation="METALYLIPVTLGDTPHERVLPEYNREVVRGIRHFIVENLRTAR
                     RFLKRADPAIDIDALHFSELNKHTPPEAVAAMLSPLAEGQPVGVLSEAGCPAVADPGA
                     DVVAVAQRKGLRVVPLVGPSSILLAVMASGFNGQRFAFHGYLPIEVDRRTRRIKELEA
                     RIYAEDETQLFIETPYRNERLLEEIVRTCRPSTRLCVAANVTCADEFIRTRPVKEWAH
                     KAPDLSHRPTIFALYK"
     CDS             24833..25207
                     /gene="crcB"
                     /locus_tag="SEQF2637_01087"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37002"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative fluoride ion transporter CrcB"
                     /translation="MKDLLLIGLGSCLGGMARHLVGLGARHWGLASLWGTLAVNLLGC
                     LLIGLLAGLFARHPNVSLAAQRFLTIGVCGGFTTFSTFSRDGLTLWQEGRLPAFVLYV
                     AGSVVAGLVAVAAGYRLAGGHA"
     CDS             25265..25846
                     /gene="wbpD"
                     /locus_tag="SEQF2637_01088"
                     /EC_number="2.3.1.201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD01"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2-acetamido-3-amino-2,
                     3-dideoxy-D-glucuronate N-acetyltransferase"
                     /translation="MDKEFQAHETAVIDAGCRIGRGTVVWHFSHLMSGCIVGERCSIG
                     QNVVISPGVVLGNGVKVQNNVSVYTGVTCEDDVFLGPSCVFTNVINPRSAVPRKDEFR
                     PTRVERGASIGANATIVCGHTIGAYALIGAGAVVTRDVPPYALVVGNPARHIGWVSEY
                     GHRLRFDTDGRATCPESGARYLLKEGKVARVDE"
     CDS             complement(25956..28643)
                     /locus_tag="SEQF2637_01089"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARERISMSRFRLLCHQRGRRCYVRALGLVFGLLLSLTASLRAQ
                     TLQGEVVDDRGRPVAYATVYVRETATGIVADEAGRFISHLERGDYTGEFSALGYEKVV
                     VPFTVTGDAAKDRLRVELREMAYALREVVVRAGAEDPAYAIMRRAIAHAPQHRYMVRS
                     YTADVYIKGTVKTGKLPGIGSVNIDGRNVKLKTFSNKTFLLESHNEVRFTAPRRFDQR
                     VLALSTTVPAELDDDDATAAALTTNVYDPEIMGCVSPLAPGAFSYYRFRLDGVTHENG
                     HVINKIRVTPRRNDSRLVDGWIYILDHTWSLQQVDLNIRRPGVTVSHRMAFHEVRKDV
                     WMPTAYDTRMHLSVMGIKADGRYYSSVRYRNVVANEAPTTVYIPPLPTASAARPSLTK
                     RQAKARRKLEELLAKEELTTREAYRMAQLMQQVSDDEQRGTDLERQPRDSMVHITRDS
                     LALLRDTAYWQAVRTQPLQPDETVSYQRRDSFRAVVRSEQVRDSVRRRSWVWWLGTGL
                     VGETVRFSPSVSFGYEGLRGAVPEYNFVDGFWIGQRLMFSYRRPDSRRSLQITPAAYY
                     ATARRAFIGQLDATFRYAPLRHGELTLTASDATADYAGEYATARLINALSSLLFAENA
                     SRLYRRQTVGLTHRIDVANGLRLSASLHVERRSALANATSYSIFGGRPAPNVPGDPND
                     PPMPTHTAWIADVRVTYTLRRPYPVRFGEKVYAETTRPTFMLRYRGGLPIGGGEAADF
                     AMLSASVVQTVRIGLFGRFFYGVEGGFFPAARRIYRPDRRHFAAVPLHLSDRPMSATF
                     QLLDPYAQSADDRWLQAHLTYSSDYLLLKNLRFLQSALFNEALHVHALLRPRFNHIEA
                     GYSLGLDDVGRLGVFVGWENGRYRSVGFTVSLPLLNQNH"
     CDS             complement(28644..29018)
                     /locus_tag="SEQF2637_01090"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRKLKTMILALFTAWGVYAADITPITEAMKSGNTGALSGSMYT
                     EADVSVPGVSQRASAAEAAAILGRFFQGNPPTGFTVVHQADKNGGGFVVGKLQTASRE
                     YRVNITYVLKDGRALMQTIRIE"
     CDS             complement(29835..30926)
                     /gene="mftC"
                     /locus_tag="SEQF2637_01091"
                     /EC_number="2.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WJ79"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative mycofactocin radical SAM maturase MftC"
                     /translation="MNDVKINLKKRLALETFRRLHRNRVKLHELRTLFWECTLRCNVA
                     CRHCGSDCRVSSLMPDMPMADFLRVVDEIRPHVNPHKVLIIFTGGEALVRPDIEACGR
                     ELYRREFPWGIVSNGLLFAERLPGLLAAGMRSATISLDGFEDDHNWMRGHRNSFRAAT
                     ASIRGLAQTTDVNWDVVTCANRRNFDDLPRFKRYLIDLGVRHWRIFTVFPVGRAAHVP
                     ELQLTDEQFVRLMRFLRETRREGQIDVSYGCEGFLGGYEMDVRDHFYECSAGVSTASV
                     LADGSISGCPSIRADYYQGNIYRDRFMDVWENRFRPYRNREWARQGECAECQLFRYCE
                     GNGMHLHGSDGQLLVCHHRRIERGLAAEK"
     CDS             complement(30923..31399)
                     /locus_tag="SEQF2637_01092"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFNRKLIRGTNWALAGLLSLLGFSGCDKIFQMEYGSPSADFK
                     VTGRVTDEEGRPLSGVRIVAPNVDGKWGKQSDPSPHDTTYTDPDGKYTYRYNAGWAPD
                     SLYVKLKYEDPTARPAYDSDSVKVGFAKGDLKGGDRSWFLGAAEKEINVTLKRKKK"
     CDS             complement(31416..31922)
                     /locus_tag="SEQF2637_01093"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLNRKLIRGTNWALAGLLSLLGFTGCGKDDNGGGEISVEYGV
                     PSANFKVLGRVTNEQGQPLGGMRVVASEVTTIWGKGPEQCYSGLLRDTVYTASDGSFV
                     REYSVFPADSVYIHMKIEDTAEPSIYESDSIAVGFAKGDLKDGGKHWYRGAAKKEVNV
                     KLKAKKKS"
     CDS             complement(31938..32399)
                     /locus_tag="SEQF2637_01094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLNRKLIRGTNWALAGLLSLLGFSSCGNQVEEYGTPHADFKV
                     TGRVTDEAGEPLSGIRVVPTNLKDHYPSPHDTVYSSPDGSYKYRYNAGYAPDSLKFTL
                     KFEDPTKRPDYESDSVTVGFAKGDLKGGDNHWFLGAAEKVIDVKLKAKKKS"
     CDS             complement(32415..32879)
                     /locus_tag="SEQF2637_01095"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLNRKLIRGTNWALAGLLSLLGFSGCNGIIRVEYGSPNADYK
                     VSGQVTDEQGTPVPNVKVQLGKGEQLHYASFDSTRTGQDGRYSVSANYLPLDALDLVI
                     SDTDGEANGSFENDTIRVTFESKDYYKRGKGAWYEGAAKKEVNVKLKAKKKS"
     CDS             33037..34014
                     /gene="fmt"
                     /locus_tag="SEQF2637_01096"
                     /EC_number="2.1.2.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99127"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionyl-tRNA formyltransferase"
                     /translation="MDKQNLRILFMGTPDFAVASLKALVEGGYCVVGVVTMPDKPMGR
                     HGSVLQASPVKQYAAAQGLRVLQPERLSDPAFVDELHTLRADLQIVVAFRMLPRVVWE
                     MPRLGTFNLHASLLPQYRGAAPINWAVIHGDKETGVTTFFLRHEIDTGRIILQRRVPI
                     AETDDAGTVHDRLMAIGAALVVETVDRIIDGDGSVETTEQESLTTDTAPLRDAPKIFR
                     DTCHIDWCQPTERVYNFIRGLAPYPAAWTEILSADGRRMALKVFRSERIAEPHALSPG
                     AIRTDGRRHLDVATEDGFLRLLDVQPAGKRRMTADQFLNGTDVSACCMA"
     CDS             34081..35478
                     /gene="alsT"
                     /locus_tag="SEQF2637_01097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45068"
                     /codon_start=1
                     /transl_table=11
                     /product="Amino-acid carrier protein AlsT"
                     /translation="MNALDYVKQFNGFLWNDFLMYVLLAVGIFYTIYLGFPQIRHFGL
                     MFKYAFGPAFKRRKKRDKHAKQDEAHKVNSFQALATAVAAQVGTGNIGGVATAIATGG
                     VGAIFWMWVSSLLGMGTIFSEATLAQKYREVKDGGVAGGPAYYISKGLKCHPLAVFFA
                     LAIILALGCVGNMVQANSISIAIVNSLGTGPDTMAYLPYLIGVALALLVGVVIMGGQK
                     RITAIAELVVPFMALIYILGSLVVLFLYIGDVPHMFQSVVSEAFSTKAAAGGAAGTVM
                     KYAIRYGVARGLFSNEAGMGSTPHAHAMAHVKDPAIQGFVAMAGVFVDTILICSSTAF
                     VIMLTGAYQGTDLKSVAITQEAFSRAFGSGGVTFLAIALFFFAFTTIMGWYMFGEMNV
                     RYLFGKYGVLPFRLIVCGCIFCGCIFAADLVWELADTFNGLMAIPNLIAIVCLAPQVR
                     KMYTHFLQRLRSGEL"
     CDS             complement(35577..36197)
                     /locus_tag="SEQF2637_01098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHPKREDKKTNKTAFIKVRCTAEEKERIRLRAANAGRKYSDY
                     CREMLLSGSVIAVPPMGDNEKEALAILRQTTLFYAHISNLIKVKDASWVDATKALATY
                     AKIAFKRFFSPHPLCVHTLPSRKPNRENRIKNACNLNSHSNIAPSNDKRPLFVQILAT
                     PSASLVSTSLPVQCLRSTNFFFCRGIFLNSFLRHQNLIKRYWILLA"
ORIGIN      
        1 cgcctacacc acgaccattc tgaatttccg cgacacgaag ctcgatttca cttacaccga
       61 gcacgagccg ctcgagtata acgaggccac gctccagagt aatctcaccg ccaccatcgt
      121 gttctatatc tacaccatcc tcgggttgga tttcgacagc ttttccccca aaggtggcag
      181 cccatttctg agtcaagcac agcagatagt caccctcgcg cagtccgagc cctcctggaa
      241 cggctggaag gccttcgaca acacggccaa tcgccatgcc ctcatcacgg cactcaccga
      301 accgcagggc gagggcttcc ggcagttctg gtatgactat caccgcaagg ggcttgacga
      361 gatggccgcc aatccggatc gcgggcgcac gaacatcatc gccgcgctcc ccgcgctgac
      421 tgcgctcaaa agcgcacgtc ccacctcggt actgttgaac ctcttctccg acgcaaaact
      481 cgacgagctg accgccatct atgccaaggc gaccacgcag gaaaagcaag agggatacaa
      541 gctactctcc aacctcttcc ccggatccac cagtcgcttc gagtcgctcc gaaattgatt
      601 aggcatgatt cgcaccacgt gcaccccaac aaaaggctca tcaccctgca cgaccagcaa
      661 agcctgaatc ctctaaatca cgtgagttcg acgcgtacga gctcacgtga aatacccttc
      721 agaacgtggt gaaataccgt tccgaggtgg tcgtcgatac gttctgaacc tcattaaata
      781 cccttcagag gtggtcacaa ccacgttctg gacgttattt aaccacgttc cgaggggtat
      841 ttatatggtt tagaggggta tttaatgacg tcctgagggg tatttaatac cgttccgaag
      901 ggtatttaat acggttcggc ggggtattta atcacgtcct gaaccatatt taatgacgtt
      961 cggaacgtga ttatgaccac ctccgaacgg tatttcacca cgttccgaag ggtattaaat
     1021 accccgagga aaggcctcaa aacgcgcctc attgtgaggt cctcgcctat ggaccggcca
     1081 aaaaaccccg aattttcaga ctttcgctcc gtgtttctcc ctcaaaagca cgcattttta
     1141 gatcatcact attagttttt agctcacata gccctcatgc ttaaatcgct tcacatacga
     1201 aactttgtgc tcatcgaccg actggacatc accttcgatc aaggcttctc cgtcatcacc
     1261 ggtgagaccg gcgccggcaa gtcaatcatc ctcggcgcac tcgcactcgt ccttggcggg
     1321 cgtgcagatg ccaaaagcgc acgcgcggga gccgacaagt gcgttattga ggccgagttc
     1381 gacatctcgg cctatggcct cgagacgttc ttccaagaaa acgacctcga atatgatccc
     1441 acctcctgcc tacttcgtcg cgagctgagc gcaacgggca agtcacgcgc gttcattaac
     1501 gattcgcccg tttcgctggc cacggtcaag gagctgggtg ggcatctcat tgatattcac
     1561 tcccagcacc agaacctgct cctggccgac acgcgttttc agctcaacgt ggtcgacgtg
     1621 atggcacaaa cgacggatct tcagcgtgcg tacgccgagc gattccaggc ttaccatgat
     1681 gcggagagcc ggctggacga actaaaggat gccgctgagc gaaataacca gaacgaggac
     1741 tatctccgtt tccaagttga ggaattgacg actgcgcgtc tgaaggcggg tgagcaagcg
     1801 gagctcgaag aggagctgaa gacgctgtcg catgccgaag agatccgcga agcgctcttc
     1861 cgcaccgcgg gcatgctggg cgacgacgac gcgggggccc tgatccgcct gcatgaggcg
     1921 ctcgggctga tggaggggat caaggactac ctgccggggg cggccgatta cgccgagcgg
     1981 atccgcaccg caaggcttga tctcgaagac ttgtacgcgg acatcgatca cctcaaggag
     2041 gatgtcgatt tcgaccccga gcgcatgacg tacgtcaatg atcgtctgaa catcatctac
     2101 agtttgcagc gcaaacatcg tgtggagtct gtcgaagcgc tcctcagcct ccaggccgac
     2161 ttcgaggccc gtctcgcggc catcgattcg ttcgacgaac gccttgcggc cctcacccgc
     2221 gagcgcgacg aggccctgca agacgtgctg acccaggccg acgcgctcac acggcgccgc
     2281 accgaggcgg cggctggtgt cgagcgagaa attgcggagc ggatgcgcac gctgggtgtc
     2341 cccaacacac gttttcggat cgacttcacc cggcgcgctc gtcccgcggc ggacgggatg
     2401 gacgaggtgg ccttcctctt ttcggccaac aagaacgaag ccctcagtcc ggtggcgcag
     2461 accgcttcag gcggagagat ttcgcgcctc atgctctgta tcaaggccat gatcgcggga
     2521 tttgcggcct tgcccgccat catattcgac gaaatcgaca ccggagtgtc cggcgacata
     2581 tcggatcgta tggccgacat catgcagacc ctcggacacc gcatgcaagt catcaccatc
     2641 acgcaccagc cccagatcgc agccaaggga gcggcccatt actacgttta taaggaggac
     2701 accgccgatc gcaccctgac tcgcatccgc ccattgaccc cagacgagcg cgtcggtgag
     2761 atcgcgcgca tgcttagcgg cgcatctctc acggatgcag ccatcgccaa cgcacgagag
     2821 cttctcgaca tgaagtaagc atttcccagc ctacctatcc accagatact acttccctat
     2881 tatttccgac aaaatgaccg acaaccatat catcttcggt actcgcgccg tcatggaggc
     2941 cctgcaagcc gggcgagaca tcgataaaat cctcatcaag aaggatcgac agggtaacga
     3001 gctcctccgc gagctccacg acctcctgcg cggcaggctg atccccgtgc aacacgttcc
     3061 tgtggagcgc ctcaaccgga tcacccgaaa aaatcatcaa ggcgttatcg cgttcgtggc
     3121 tgaaatcacc taccaacgga tcgaggacat cgtccccgcg gtctatgagc aggggcgcga
     3181 cggtttatac gtcctcctcg acggggtgac cgacgttcgc aacttcggag ccatcgcgcg
     3241 cacgtgtgaa tgtgtcggcg tcgacgcgct tgtgatcccg accgagggga gcgcctccgc
     3301 cacggccgac gcgatgaagg cgtctgcggg ggcactcaac gtcgtcccgg tttgtcggga
     3361 gcggagccta cacagcgccc tccggttcct gcgcgacagc ggcgtgcgtc tggtggctgc
     3421 caccgaaaaa gcgagcacga cgtacaccga catcacgtat accggtccca cggcgatcgt
     3481 gatgggtgcc gaggacacag gagtggcgcc cgcgcacctc aagctgtgcg acgagtgggt
     3541 gcgcatcccg caacgcggaa caatcgcctc cctgaacgtc tcagtggccg ccggcgtatt
     3601 gctctacgag gccctgcgcc agcgtggata ggctgcaccg cggcgcagaa acgacaagcc
     3661 ctgcctgcca agtccgaggt attcacacct cagggcttcg caggcagggc ttactggtta
     3721 gaagaagctg tcttactttc ccttcgtgag atcgttgatg ggcgcgttgc cgtaattgag
     3781 ggtaatcacg cgggggtaat aggacaaggt ggcgccgaaa aaggtgacat agatcatctt
     3841 ctcccgcgtg tcgatggcgt agatattaaa cgtgttgttc tgggtgccgc gcggctgacg
     3901 ttcgataggc gactgggggt tcttttccga cggcgacatg ttgttcgcca ccagcacctg
     3961 ctgcttgggc agcgcacggt tgatgttcga catccacgag acttcgtaat tcaaataggt
     4021 atgaacatgg ccacccatat agcaaatgaa ttcccccggt gcctgggtaa aatcggcatc
     4081 caccgtgagc gtatccccgg ggacgacttt atttgggtat cgcttctgga agtgggtttt
     4141 gctgcggaag gcttcgatga tttccgggat catgtaccac gaataaacgt gctcgttggc
     4201 gatataacgg cgcgccgtgg cgttgtccga ggggagcgaa tgatgcaaga ggacgatcac
     4261 gctgtgccct gccgtcattc cttgctttag cgccacgtgc gtgagccact cgatctggcg
     4321 cggggagtat accgccatgc gctgggtatt ctcggcgttg taggtacgat ccatctcgtc
     4381 gagggcaatg attctgatcc ggccgccacg gctgtccggc aggtcggtgt agtaatagtt
     4441 gctgcgcccg tcggtataga cggggtagtt gatcctcgcg gtgacggcgg aatagaagtc
     4501 ctcgcgggtg atccactcct cgggcgcggg attgatcatg ttaccgtcgt ggttgccggt
     4561 gcaaacgaag gaggggacga ggttcgcgtt gaagtaatgg gtggcaaagg cgctcagata
     4621 ggccaaggcc gtctgtcggg gtgtctttgg cgagttcgaa atgaagtcgc ccgtggcaac
     4681 catggcgttc actttggtcg gcgggcggtt gacaaagttg acagcctcga tcagattctc
     4741 cggacggcgc cacggattgt tgctcgacca gctcgatagg tgcgcgtcgg aaatgtgcac
     4801 caggataaac cgatcttctc gcatcagatc cgtcgctata cccaaaagga gcctcgcgct
     4861 attgcgccga ttcagttcgt aagagttgcg cggtggtgcc tcttccgttt tttcctcgca
     4921 gcccgaggtg agccctgcca ataacgcgca ggagagtagc atccatttaa tgttcatctg
     4981 tttagcagtt tgttttgggg cccctcacgc cgtcgctacc gcgtgtgtgg ggcgcttgtt
     5041 cattttcatt tatcgtgtag tgtgatggtg cgcggtgagc atccgctgca tcggtagtcc
     5101 gacccgtgtc cacagccacg cgatcgaacc acctctactg cgggccattt tcggcgcgca
     5161 aaaatagacc tggccagcaa agtaaaaagc taaaaatcac gacatgatgg cctcgctcct
     5221 cgtgtgccat tttgtcgctt cgatccgagc ctcccgctaa ggaacgcgaa gccttcaccc
     5281 gtcttttttt gaggcttaca tgtcgtgata gttcgatcat catgtggcac gacggcgtct
     5341 caacgaccat ttaggtctca tcgtgcgaca cgatggcatc tcaacggcca ttttgctccc
     5401 atcgtgcgac acgatggcgt ctcaatggcc attttggtct catcgtgcga cacgacggcg
     5461 tctcaacgac tatttaggtc tcatcatgcg acacgatggc gtctcaacga ccatttaggt
     5521 cccatcgtgc gacacgacgg cgtctcaatg gccatttagg tctcatcgtg cgacacgacg
     5581 gcgtctcaac gaccatttag gtctcatcgt gcgacacgat ggcgtctcaa tggccattta
     5641 ggcctcatcg tgcgacacga tggcctctca atggtcattc atgttgcagg catttccggt
     5701 ttacccctta cgcttggtgc gggtatgttt cgaggtggat tttttggcct tggacgactt
     5761 ggcctttgtc gctttcgcct tctgtcggtc cgctccggac ttcgactttg tgactttcgc
     5821 cttcgacggg gcagacttgg cttttgactt cgtcgatttc gctttctgtc gggctgactt
     5881 agcctttgac tttgccgcct tcgtcttcga tggggctgcc tgatcgggcg tggccttcgt
     5941 cccgacgggt gcgacggcct tcacaccgtc cttcttagct gacgatctgt cagtcgcagc
     6001 atcctcggcg gggtaatact tccggaggat gcgatcgaag gtgccatcgg cgtgcatgcg
     6061 ggtaaaccaa gcgttgatgc tatcgcgcaa cacgggtgag gtcctacgga cggcccaggc
     6121 atggagttgc gtgaaaccga tgtcggtatt gatgtcgatt tcgggataga gctcgagagc
     6181 cgcagcggcc acacggcggt cgcagaccgt gtaatcgatg tcgccggccg caaccatagc
     6241 gattagttgc tcagacgaat agagcggatc ctcaacgatg cggaacgtgt cggccatctc
     6301 gcgtctgaga ttctccaacc gcaggatggc gggggattca cggggtacga cgatggtgtg
     6361 gcccgcgaga tcgagctggt tacggagtag gcgggccgta tcgcgccgtt gcacgagcac
     6421 ctgacggtct gtcaggatgg gatcggtcaa gaaatagtcg gccttcagct cgtcggtggt
     6481 gggcaaattg cgagcgacga tatcgtaacg cccatcacgg agcccgtcga agctgttctc
     6541 gaggctcatc tcgaagtgca tctccatctc gagcccagcg taacgggcaa tggcacgact
     6601 caactcgtac tggaagcctt gcaacgccgt gtcatcgacg gccacatagc tcccggggcg
     6661 ttcatattca gccacgaagc ggaggatgcc ctcacgacgg atgtcagcat aatcgcgcac
     6721 cacctccgtg cgcttattca tggcgcgata aacaccaata aggcccatcg tgcctacggc
     6781 tacgacgaga agtccgatgt agacttgaag cattctgcga gttctcattt tttatggacg
     6841 gttgcggggg tgaaatacaa aaagaatggg tcgtatgggg tgcgccctct gcacgcctca
     6901 attgttgaag gtcacagcaa tgccaagctt gatgaccatc ggattgagcg ggtaatgggg
     6961 catggagaag tagcgcgggt cggtgaagag gcggccgaga ttataggcca tgacgaagaa
     7021 gcgcgcttgg cgcaggtgaa aattggcgta cgcgttgatg agggggtaat tgcccacttt
     7081 tatctcggtt tgattctgaa actgctgggt cgcgggctcg taataagggg catggtaggc
     7141 ggtgaaatag cgaacgtcag caccaagttg gagggtcagg acgcgcacgg ggtgaatgac
     7201 gacgtaggcg ttggagtaaa gtgcaagccg gggcagcgga acgatgtcat catggccagt
     7261 cgcctggtag atgatctcgt tgtcccagcc gaaggcacgg taacggaagt cctggcggag
     7321 acgtgcggtg acaatttgga ggctaccggt gtgctgagcc ggtcgaccgt cggtgccgaa
     7381 gtagacatag ttcgtgacat tctccacgcc ggcggaaatg cgggtgcgcg tctgttccca
     7441 ctcggccaca ccacctacat agatacgttg cgtattgtgc aaatcgttgt cccacatgaa
     7501 gtatcggctg tgaaagtggc gctgatagaa aggtgctctg agattttgga atgcgccctc
     7561 ggcacggatc gacgcttcac gtccgaagac acgaaaacgg gacgcgacat gccccatgag
     7621 gcggatttca ccgatgtcat tgccgagcag accgaactct cctcgggcgc ggaaggtgag
     7681 ccactcggaa cgggtgcgcg agagttcagc accaaggaag gccgcgtatt cgtcggtctt
     7741 cgtgcgccct tggaagacac cacgcgcggt gtcaccgggc atttcgaagc gtcgattctc
     7801 gaaggagata taggccgtga ggccaatttg cgcccatttc tggaagccct cgcggagaga
     7861 gagggcaaat gtgttgcgaa acgtacgggc cgactggaga tcgtcggggt gagccgtggt
     7921 cgtatcgaat cgatgggtgt agcaggtgtc aatacccgcg tcgttggaga tgaatcggcg
     7981 acggaaatcc tcccattcaa aggtgtggat gatgctcgca acaggcacga acacctcgtc
     8041 tgcgtgaagt ccaccgtcgt cgtctggcgc atcgtcctga ctccgaggag tgagaggccg
     8101 cacgtcggcc gtgccctctt tctccacgtt cagctgacgg atcttctcac gccgctcatc
     8161 acgttttcgt ttgcgatcgg cctcatcggc ggtcatgcgc cgatagaaac cgagattata
     8221 gcggtgcgtg aggaaaaagt cgcggccgcg caggcgatta taggtctctg tgaatcgcgt
     8281 gggaaatgat ttgctgtcga ctccacgccg accgtcctca aaattgtccg ggtcggtgat
     8341 gtaacggtcg tcagtcaggc caccgttttc gttggtaacg aaattcaggt tgcggatgtg
     8401 ggcgaaggcc tcgtaacggt ccgaacgata gctgccaaaa aggcggtaag agagcagttt
     8461 gttgttattc gaggtgtact ggccacggct gtaggtgtag ttgaaatctg cgcccaagtt
     8521 gatcttccgc ccgaagttac cggtgatgac accacgcagc tgctcctcgc gtttggtcga
     8581 tccgccagca cgggtataga ggatgttggt atagggtact ttaacgtcat agaaataggc
     8641 gttcgtgggc gtgagaatat ccccgtcgaa ggcgtcagca aagataaaat cgcgcgcctc
     8701 ggaccgttcg ctgaagatcc gagactggaa cggtgccccc atattggccg tatatgcacc
     8761 cgccagactc cgactttcca tcagggtatg atcagcagtg ttgagcctgt ccgtatccat
     8821 cggtgcgatg tatagatcgc cgagcttatc ggtgagacgg taggcgttga tacgcgcaac
     8881 gccgatgcgc gcgctgtccg gggaaaggag actatcggct gcttgagcgg cattacgcat
     8941 agcgagtgag aatctacgcc cgccgcgatc gccccggctc cgagtacgat cttgcgcgga
     9001 tacggccgtg atatacagga ttcccaagag gaaggtgaag gtgtatatgc tgtacttcat
     9061 ttcgggcgcc aaagatagag actgctttgt atcacactga gtggcagggc tgaccaccct
     9121 aaggctaccg cacccaaata gctgcgggcc tggggcgctt ttttactctc cacgacccta
     9181 cggagatccc acccacgcgt ggttttaatc tctgtacccc tacggaaagg aaaaccacac
     9241 gtggttttaa tgtctgtacc cctacggaaa ggagaaccac gcgtggtttt gatgtctgta
     9301 cccctacaga aaggagaacc acgcgtggtt ttaatgtctg tacccctaca gaaaggagaa
     9361 ccacgcgtgg gtgggatctc cgtagataag cagacgactg ggacgtaggt gtcgttttga
     9421 tgcggttgcc ctggctgtga ccactatgca gaggtatata tcgacaagaa ggcaacccgc
     9481 ttacgcggat tgccttcttc attttcttgc cagaaataag ggtagaactt acttcttctc
     9541 ctgagctttc ttagcggcct cagccagctt ctgcatagct tcctgatact tctgcgtctg
     9601 ctccggtgtc aggttggctg cttcgttctg aagactcgga gccaagtcct gcatcttctg
     9661 tcccagctct gtcagcttct gattagcctc agcatcaccg gcagctgcct tctcatacag
     9721 aggaagcatc tcgtcaacaa ggctcagata ctgatcgaat gcgcttccac cctcagcagg
     9781 agcggcctca gctgcgggag ccggagcttc tacagccgta gaatctgtcg tttcaccttc
     9841 agttgctgca ctcttgttgt tgcaagcaac catcattacc atggccgaag ccaccaaaaa
     9901 cattgaaatc tttttcatct cgtttgaatt taaaatctga ttggtctaat tcgccgcaaa
     9961 ggtagcagaa aaatgtttcg caacacgaaa aacgtttttt ttcccaaata agagtgacgc
    10021 cttgcgggct atttgcttag tatttatcca cgattaaatc gccatccagc agctctctta
    10081 ccgcttcagt aaaggctttg aaggcctctg atgaggcgtg ggcagttacc gcaacggcat
    10141 ccttatactc ctcgtaaaag atgaagttct ctggctccgt gacggagcga tagaaggaat
    10201 agcagaggtt accgggctca gtgcgtgcca tatcggccag cttctttgcg gagtcgatga
    10261 aagcgttctc tctgccggct ttcacccggg cgcgtgctat gatgatctgt ttatgcatct
    10321 tcttttctct tattatttgc tctgaaagag cggcgcaaaa gtagacgaat cggcatacgg
    10381 cgtatcggtg tgcgcaaata ttttttcacg ccatatgccc cagaacgtat tacggagcag
    10441 ttctgaagcc gatgattcgg cgaacttcct tgatggtact cgaggcgctc tctgccgctt
    10501 tctctgcgcc ttcacgagct actttgtcga gataggcttc attggcggcg atgtcgagaa
    10561 tgcgttcgcg gatgggggca cagaaggcgt tgatgtcggc ggcgagctgc ttcttcatgt
    10621 cgccgtaacg gatggcgcaa cggttgtatt gatcgttgaa gaagtcgtag gtgtcgcgag
    10681 aggaaacgat ctccatcatc gtaaagaggt tctgaatggg ctcgggtttg ggactgtcag
    10741 gggtggtggg gccggagtcg gtgacggctt tcatgacctt tttgcggatc gtcgcttcgt
    10801 catcgacgag atagatggcg ttgccttcgc tcttgcccat cttgccggaa ccgtcgaggc
    10861 cgggcacctt gacggcacgc tcagtaaggt ggaaggaggc aggctcgggg aagaagtcgg
    10921 tctcgtagat catgttgaag cggcgggcgc acttgcgggc catctccatg ttctgctcct
    10981 gatccttgcc gacgggcacc ttgacagcgc ggtggatgag gatgtcggag gccatgaggg
    11041 tgggataggt caggagaccg gcgttgacgt tgtcgggttg ctggcggact ttctccttga
    11101 aggtggtgac acgctcgagc tcgccgaggt aggcgttcat gttgaggtag aggtaaagct
    11161 caagcacctc atggacatcg ctttggatat agatggcggc tttgtcgggg tcgaggccgc
    11221 aggcgaggta ttcggagagg atggtgcgga cgctgcgccg gatgtcgacg gggcgcgggt
    11281 gggtggtcag ggagtgccag tcggcaataa agaagaagca gcgatactcg tcctgcatgc
    11341 gcagaaagct cttgacggct ccgaaatagt tgcccagatg cagattgccc gtggggcgga
    11401 taccgctcac gacggtctcc agtttctttt cttcagtcat tctataatag gtctcttgat
    11461 gtgtgtatgc gattatttct tgataatgag tagccccacg atggcggcga tcaccagagt
    11521 gatgagggcc aggaggaagg ccagcgtggc gaagcggcca cgttcgttgg gcagggagtt
    11581 tctctccaaa tggatgcgac ggttggagag tccgtagatg tcgtcttgcg ccttgacccg
    11641 atagctttct gagaagcgct cgaagcgccg gcggttgcga ttgtgagctt cgtggccaca
    11701 ggtgccggcg atcgactcct cgtaaccggt agcgatgttg cgatcgaaac agtcgagggc
    11761 gcggaagaga ctatcctcaa actggctgag ggtgggatag tagaggctga cgctgtagag
    11821 gtcgagatag atcttcatat ccgagaagtc ggagatctgg aggaagtaga tccagtcgtc
    11881 gaagagtccg agccaagagg cgaaatgtcg ctccagatag gagcgccgga tggtggcctg
    11941 catgagtgca cggagcttgt cgaggcggag ggtggcgcgt gaaggtgagg ttccggcagc
    12001 gatgagccgg cgcatgcgta tgcagtacag ctcgacgtcc tcacggccga gcagcatgag
    12061 ccaaaagaag ggtagcgggt tccccccctc gaaaagggca acgtcctcgc cgtcgctttg
    12121 gcgagcgtag aggcgggcgc ttcggttttc tctcatatat ataaggtaag ggcgggcgtc
    12181 aattggcagc catgacagcc ttgactgcgg cgtcgttgcg ctgcttgagg gcgtcgatgg
    12241 tggaggcgtt ttgataggcc atgtagtagg ccatgctcag caggcgcttt ttgatgagga
    12301 ggcagttggc ggcgctgacg acggtcgatt cggcgccgtt ctcctgacgg tatttcatga
    12361 ggatgatcat ggtcaggaca ccttcctgcg ggctatactt ctgaaggatg gcgggctgac
    12421 cgaccatgag cgtgttgtag gcgtcttccg tgcgtcggcc ctgctcttgc cagttggtgc
    12481 cgaccaagct gcgctcgagt tgctcctgca tgagggggag gtcggcgggc gtagcgtcgt
    12541 agttctcgcg gttatagtcg ccatagatca tgaaatagtt gtcgaacgtg atctgtccca
    12601 ggctatcgac gcgggggtag gtggcgtcgt cgagatagta acccagaatg gggccgctct
    12661 ggcgataacg ctcggtgaag gccatgacgc gggggtgggt gtggcattcg tgcatgccct
    12721 cgatgtgcgg taggcggata ttaacgtagc cgtagagttc ggagccgtcg gccccgcctt
    12781 tgtcggctgt acgattgcaa ccgaccacga gaaggctcgc ggcgatgcag catagggtaa
    12841 gcagtttttt cattctctct cgtctttatt ctctttttga aacgcgcgca aaggtaaagt
    12901 caaacaaata cgaatacgcg caccctgagc ggagggatgg gtctgggtgc gcacttggac
    12961 agggcttcgt tctgaaatta cgcctcgtcc cctcagggga taggggcgtt atcctgaaat
    13021 tacacctcgt cccctcaggg gataggggcg tcatcctgaa attacacctc gtcccctcag
    13081 gggatagggg tgttatcctg aaattacacc tcatcccctc aggggatagg ggtgtcatcc
    13141 tgaaattacg cctcgtcccc tcaggggata gaggtgtaat cctgaaatta gtccccgtcc
    13201 cctcagggga taggggtgtc attctgaaat tacgccccgt cccctcaggg gataggggtg
    13261 ttatcctgaa attacgcccc gtcccctcag gggatagagg tgtaatcgcg aaaaaagctc
    13321 ccatcccctc aggggacggg gatgtcaccg agaaaaaagc tcccgtcccc tgaaggggat
    13381 gaggagcggc gagggacttt tgtggtcgaa cgatatagat tcggggcctg cccccgaggg
    13441 agagacagac cccgaattgt gtgcggcggc tcagaagggc agatctgacg aggcgtcaga
    13501 cggcgaggcg agcagctcgg gcgggggcgg cggcacgttg tccgcaaagc gtcccgcggg
    13561 ttcggagggc atggagggcg cggcctccgt atccggctcg accttccagg cgcggatgtc
    13621 gttataccaa cggccgttgt aggcgcggca gtcgatgtcg aagtggatct tcagctcctg
    13681 cccttcctga atgttgtatt ggtcgatctt gtcgccccag aggacgaaca tcatcttgcg
    13741 cggatactgc gcctgacggt cgtactcgac gacatactct tgtttcttcc acgtgccgtt
    13801 gcggccttcg cccgtctgga cgggctgcac ggctacgatt cttcctgtga gttccatttg
    13861 tttatctatt atgtgtattg tgtttgagcg gaatgatgac tggcgtccgg ctgacttcta
    13921 tcttcttttc ttgccttgat atcttccttt tcttgtcttg acacaagaaa aggaagcgaa
    13981 aagaaggtca aggcgtcagg gacgccagcc cagttggccg agcaccgatt taatacgctc
    14041 gggcgaagag gacgcggcgg gcggaggggc gaccggtgac catgcagcgg ccgggctcgg
    14101 cgtcggccgt gtcgaggggg atgcagcgga tggtggcctt cgtctcgttc ttgacgcgct
    14161 cctcggtctc gggcgtgccg tcccagtggg ccatgatgaa gaggccttcc tcgatgcgct
    14221 ccttgaactc gtcgtaggtg tcgacccgga cggtgcggcg ggcgcggtgg tcgagggctt
    14281 tgcggaagat gccggactgg atctcttcga gcaggtcgcg gacgtattcc tcgagtccgg
    14341 cgcaggggcg cgtctctttc tcgagcgtgt cgcggcgcat gatctcgacg gtgtcgttct
    14401 ccagatcgcg gccgcccatc gcgaggcgta cggggacgcc cttgagctcg tattcggcaa
    14461 acttccatcc gggcttcttc gtgtcgtcgc tgtcgaactt gacgcggaca cccagctcgc
    14521 ggagtcgggc ggcgatgcgg tctacctttt cactgatcgc ggccagctgc tcggcggagc
    14581 ggtagatggg gatgatgacg acctgcacgg gcgcgaggtg cggcggcagg acgaggccgt
    14641 tgttgtccga gtgcgccatg atgagcgcgc cgacgaggcg ggtggaaacg ccccaggacg
    14701 aggcccaggc gtagtccgtc ttgccattgc gatcgatgaa ggtgacgtcg aaggcgcggc
    14761 cgaagttctg tccgaggaag tgcgaggtgc cggcttggag ggccttgcca tcctgcatca
    14821 tggcctcgat ggtgtacgtc tctacggcgc cggcgaagcg ttcgctggcc gtcttgacgc
    14881 cgcggatgac gggcacagcc atatagttct cggcaaagtc agcatagacg ccttgcatct
    14941 taatggcctc ctcctcggcc tcctcgcggg tggcgtgggc cgtgtgaccc tcctgccaga
    15001 ggaattcggc ggtgcggagg aagaggcgcg tgcgcatctc ccaacgcatg acgttggccc
    15061 actggttgac gaggatcggc aggtcgcggt aggactggat ccagttctta tacgtgttcc
    15121 agatgatcgt ttcggaggtg ggacggatga tgagctcttc ctcgagtcgg gccgccgggt
    15181 cgacaacgac gccgctgccg tccggggcgt tcttgagcct gtaatgcgtc acgacggcgc
    15241 attccttggc gaagccttcc acatggtcgg cctcgcggct gaggaaggat ttggggatga
    15301 gcagggggaa gtaagcgttc tcgtggcccg tctccttgaa cttgtcgtcc aggatgcgct
    15361 gcatgcgttc ccagatggcg tagccgtagg gcttgatgac catgcagccg cggacggctg
    15421 agttttctgc cagcccggcc ttgatgacca ggtcttgata ccactgcgcg tagttcgcgt
    15481 ctttactggt gagttccttt aattcttttg ccattatgct ttagtactgt tctttttcgt
    15541 tggggaaatc gtgcgttttg atgtcgccga tgtaggcctg gacggcgtcg gtgatgacgg
    15601 tgtgcaggtc ggcatagcga cgcaagaaac ggggcgagaa gtcttggttg atgcccagca
    15661 tgtcgtgcat gacgagcact tgtccgtcta ctccgccgcc ggcaccgatc ccgatcactg
    15721 ggatacgcag ctcgctggct acgcgtgtgg ccagattggc ggggatcttc tccaagacga
    15781 gggcgaagca accgagctct tcgagcagtc gggcgtcttc aacgagcttg gcggcctctg
    15841 cctcctcgcg ggcgcggacg gtgtaggtgc cgaacttgtt gatggattgc ggcgtgaggc
    15901 cgaggtgccc catgatgggt atgccggcac agaggacgcg ctggatggac tcgcggatct
    15961 cggcgccgcc ctccatcttg atacagtcgg cgtgcgtctg cttcatcacg cggatggccg
    16021 aggcgagcgc ctctttggag ttgccctgat aggagccgaa ggggaggtcg acgacgacga
    16081 gggcgcggcg gacggccttg acgaccgact tgccgtggta gatcatttga tcgagcgtga
    16141 tgggcagcgt ggtgatgttg cccgccatga cgttggaggc ggagtcgccg accaagataa
    16201 cgtccatacc ggcgcggtca atgatctgcg ccatcgagta atcgtaagcc gtgagcatgg
    16261 cgatcttctc gccgcgctgc ttcatctcgt agagccggtg ggtggtgacc ttgcggctgt
    16321 cgtctgctat ggctgtggac atggggtgta atgtgtgtat aagtcctatt ccgtttcgcc
    16381 actgccgacg cccccgaggt agcgcaggag ttcctccagc tcgtcgaggt cgctgccggc
    16441 gtagagcact ttgccggcgt tgtcgatgac gtagacggtg gggatccagc ggatgccgta
    16501 ctggcgcgag atctccgtct ctttccactt cttgagctcg ctcacttggg gccactccag
    16561 gccgtctttc tcaaccgcct tgaggcaggt ctcgcggtcg gtatcgaacg agacgccgag
    16621 gaagctgatg ccgacggctt cgttcgcata acgcttgtag aggtccacca tacgggggtt
    16681 agccttgcga cagtcggggc accaagaggc ccagaagtcg atgacgaggt agcggccggc
    16741 gtagtccgag agggcgatgg tggcttcacc gtcgacggtg ggcaggctga agtccggcgc
    16801 ctctgtgccg acagcaagga gagccgaatt gtccggtttc tcgtgttgcg catggagcgc
    16861 atggggtgca acgagtgcga taagcgcgat gagtgtcgct aagaggggga agcgtttcgt
    16921 tttcattctg tctatgtgtt tgggggttat gtgcatatat gtaaaggtat aggaggacta
    16981 ctggggagag ccgatccgca catcgcggag cgggccgaag ttctggatat ggatggattc
    17041 cttcatcttg ttgctgtata taatacgtat aggccaccat ggccttgccg cgggcaaaga
    17101 taggccggcc gcgaaaagtg aaaacgatca ttcgggggca ggcgattgta cgatacaatg
    17161 agaggtattg actgggatca attgtacgat acaatgagag gtattgactg gatgcaattg
    17221 tacgatacaa tcggccgaaa aaaacttttt cacgtgattg tacgatacaa tcggccgaaa
    17281 aaaacttttt cacgcgattg tacgatacaa tcagccgaaa aaaacttttt cacgtgattg
    17341 tacgatacaa tcggccgaaa aaaacttttt catgcgattg tacgatacaa tcagccgaaa
    17401 aaaacttttt catgcgattg tacgatacaa tcgaccatag gaacatgcaa tgaggccaaa
    17461 acggacgctt tgaggattgg aaaaaacgtg tagtttcgcc gtggttttca acagagatcg
    17521 agctaaatca tcaaacaaga cccattatgg aacaagtcaa attggacatc ccccgcgtgc
    17581 taatcttcac caaagtgagt agcacaagat tgaacaacac cctccacgtg cagtatcatc
    17641 gcaaacagta tgagctggtt atggctgtgg acaaaacgaa actcaaactc cccctcggac
    17701 tgcctgaggc gtggaacaag ggtatcgact acgagacaat gatcgaccaa gaggccacca
    17761 tctcggacga taccgccctg ctcaaagtca aggatgcaga gcgcgacgaa cagctgatga
    17821 acatcttcgg aatcattcgc gcgcaacgcc attcgcacaa aaccaacatc cgcgaggccg
    17881 ccatccgcct ctccaacacg ctcagcccgt acgaaaacat tcgctcgctg gcttacgaga
    17941 tggaaagtgg acgcctcgaa ggcatgaaaa aagacctcac caaacgcacc gccgaggtca
    18001 ccacgctggg cctgaacgac gagtttgaca acctctttaa gctcaacgaa gagttcgaaa
    18061 agctgcacgt cagccgccgc gtcgagaaca cggacacgaa gctgcccctg gcctccgcga
    18121 tccgcccgca aacggacgcc gccctggagg tcgtctgcca atacatccag gcggcctaca
    18181 acagcgccac ctcggccgac gacaaggccc tcctcgagcg cctggccgac cacatgaacg
    18241 ccacctcgaa cgacttcaaa acgatgcagc gcaacctcgt cgtgccgcgc aaaaaggaca
    18301 cgcccaagga gcctaaaacg ccgaaggagc ccaagcccaa aaagccgggt aaggacgacg
    18361 ggaagccgga catcaaactg cccgaggagg agcccaaaaa gcccgatccg aagcagcctg
    18421 accccaagaa gcctgatccc aagaaacccg gcgagggcgg cggcacgggc ggtacgggag
    18481 gctcaggcgg cggcccggag atccatctgc cagaagagta atcctatata ctcctatcat
    18541 ttgttcattg atgaacggcc cgcgccggat gcctcggcca tacgcggggt gtccggccgc
    18601 cattcatccc tctttcctca tcattcacgc attcacaacc tctctcttta tgaaaactaa
    18661 gacgctcctt ttcctggccc tcgcggccct aagcctcacc acagcctgcc ataaagcggc
    18721 tcacgaagtg cccaacatca cgctcaccgt cgatcccggg cgcaaaatct tcctcagctt
    18781 cgccggcaag acggacacca cgtccatccg catccaatgc ggaaagctgg acaccagctt
    18841 cgtcatcggc aagaagcgca cgccggcacg ctacttcatc gccgacgcgg agaagatgac
    18901 gatccacggc gaggtggcgg ccttcaattg cagcaccaac ggcggcggca tcacagccat
    18961 cgactgcagc cgcgacacca tgctccgcag tctggagtgt cacgacaacg cgctgaccga
    19021 gctgaacgtc ggcggctgtt ccgggctgcg catcctcgag tgctactcca accgcctgac
    19081 caccctcgac gtcacgcgct gcccggccct ggagcgcctc aattgcagcg acaatctgct
    19141 gacagccctc gacctctcca aatgccccaa actggagatg atcgcctgca tcaacaacgg
    19201 tctcacgaag ctcgacgtga ccatgtgcag caagctgtcc gtcctctact gctaccgcaa
    19261 caagctcacc gaactacagc tgcgcggctg cgcctggctc accgagctga gctgcgggaa
    19321 gaactacctc cccaacctcg acttctccgg ctgcaactcc ctccgcaccg cctactgctg
    19381 cgacaacgac ttcagctacg ccgccaccga agagctctat cgctccctgc ccgaccgcac
    19441 cggcgaggac gaaccgggcc acatcttcat cctcaacgag gacgccctgc cccccggtcg
    19501 caccggcgcc ggcaacgaag gcatcgccac ccagaagcat tgggaagtgc tctggtgccg
    19561 cggagattgg tgattttctt ccatcaagga ggcagctacg gtcgccagcg aagtcaggcc
    19621 tcgcaccccg cctatttggc cggcgtcact gacggcccct gccggagctg ggaaaatggg
    19681 cccggtacat tacatagacg catcccgtac cctcccaatc tggccggcgt ccctgacgcc
    19741 ttgattttct tttgcttcct tttcttgcat caaggcaaga aaaggaagtg ggggcttggg
    19801 ggcaacgcct ctaactacac catagaccta caccatagac aatgatgatt atggcacaga
    19861 aaaagcgggg agcgcgttcc aaccgtcgga acacgctccc cgcttttctt tttgtgacta
    19921 tgcgccgtga gacgtcagct atcgcatcgc cgccaaccgt cgcgcgatct ccggcacata
    19981 ccgccgcacg ccctcgggca agaagaatcg cacgtcgcgc cccgcacgga tggcctcgcg
    20041 gatgaaggtg gacgagacgt ccatcatcgg cgccgccacg gcccgcacgt cggccgtctc
    20101 gtccacagcg atctctgggg caggataacc gggacgcggg tagacgacga gcgagaactc
    20161 gcgccggagt gcctctgcgt cgcgccatcg ccccatgtcc gcccagctgt cggcgccaat
    20221 gatgagcgag aatcggcagt cggtgtgcgc ctcgcgcagc gtgcgcagag tgtggatcgt
    20281 gtacgacggt cgcggcaggc cgaactccac atcgctgacc cgaaaccgcg gataatcccc
    20341 cacggcggcc cgcgtcatct cgagccggaa agcgtcgtcg agcaacacgt actcagactt
    20401 gagcgggtta cgcggcgtga ccacaaacca cagttcgtcg acgccgccgt actcgcacat
    20461 ccagttggcg agcatcaaat ggcccatatg aatcgggttg aacgacccgg aaaagatccc
    20521 cacgtgacgt atcatccgtc ggcctcctcc cctacccttc gataaacgca cgcaccacgc
    20581 gcaccacctc gcgctgcgcc gtctcgagat cgtcattgag gatgaccaca tcgaaacgtg
    20641 aggcaaacgt cagctcatac tccgccttac gcagccgatc ttcgatcacc tctgacgcgt
    20701 ccgtggcccg cgtcacgagc cgttcccgta gcgcctccac cgacggcggt cggacgaaga
    20761 tcgagagtgc ctcgccggcg tattgctcgc ggatgttgca tccgcccacc acgtccacgt
    20821 cgaagaccac cgtctcccca cgctcgcgaa tgcgctccac ctcggagcgt agcgtgccgt
    20881 agaaccgatc gctgtagact tcctcgtatt ccaaaaagtc gcccgcggca atgcgccggc
    20941 gaaactcgtc gggcgagagg aagtagtact cccgtccgtc ctgctcctca ccgcgcggcg
    21001 gccgactggt ggcggagatg gagaatcgca gcggcaatcc ctgctgcaac aagtgccgaa
    21061 tcagtgtcga cttgcccgac cccgacggcg cggagaagat gatcagctta cctcgtttca
    21121 tcgcttacag tacgttgagg atttgctcct tgatctgctc cagcacgtcc ttcatacgca
    21181 ccacgatgat ttgcatctcg gcgtggttgc tcttcgaccc gagcgtgttg atctcacggc
    21241 ctatctcctg cgcgatgaag ccgagcttct taccctgtcc gtgctcgctg tcgagcgtgc
    21301 ggaggaagta attgaggtgg tttgccagcc gatccttctc ctcgttgatg tccagcttct
    21361 cgaggtaata gatcagctcc tgctcgaggc ggttgcgatc gtactccact tcactgatct
    21421 ttttcaagtt ctccgtcagc cgactgcgaa tcttttccac acgctcttgt tcgtaaggat
    21481 ccacctcacg gagcagatcg ccgatgatgc caatcttctg ctcaaagaca cggcgcagca
    21541 tggcgccctc ctgcgtgcgg aagtcgatca gccgcgtgac ggcctcactg actgcgccgt
    21601 gcaccgcctg ccattccgcc tcactcacct cgccggcttc actgcgcacc gtctcaggca
    21661 gccggagcag cgtagcgaac cagtccgtag gctcgggcac gccgaggcga cccgccagct
    21721 cgtgaatctg ctcgtagtat cccgcgacgg ccgccgcgtt gatccgcgcg gaggtatccc
    21781 ggccgatgta ttccacgttg atgttcagat ccactttgcc acgctccaga cgttgcagca
    21841 gctcgttgcg taactgcatt tcgcgttcac gataaaccgc ggggatacgc acagagaggt
    21901 cgagctgttt gctgttgagc gatttgattt ctacggtcac cttcttgtcg ggcagttcgg
    21961 cggtgacttt accgaagccg gtcattgatt gaatcatata ataataggta gttatcggcc
    22021 tgaggccggg agttacaaat cgaggagacg ttgtgatgcg tagtggaaag tggttatgag
    22081 ggaagtgtgt cacctccgac ggccgcaaag gtaggcgctc gagccccaac gtctctattt
    22141 ttgccgctca catcaacaaa cctcaagaga aatgaacttg ctgcatatcg aaacatcggg
    22201 caaactctgc tccgtcgcct ggtcgacgga cggcgaagtg atgtttgcca aaaccatttt
    22261 tgaaccgatg agtcactcgg cctacgccgg cgccatcgcc gaggagacgc tgacgcacat
    22321 gggcggcaca ccgccggacg ccgtggctgt gagtgccgga ccgggatcgt acacgggcct
    22381 gcgcattggc gtctcgctcg ccaaaggact gtgtgtcggt tggggcgtgc cactcatcgc
    22441 cgtccctacg ccggaagtga tcgcggccat ggcgcagaag gtacaccggc gcacagactg
    22501 cctctattgc gccctcatcg acgcccgccg gatggaggtc tacgcgacgc tcttcgacgg
    22561 caatctcaag ccgctctgtg agacacgccc ggagatcatc acgccggaga gcttcgccac
    22621 ggagctggcc gacgcggacg tctgcttctg tggcgacggg gcggagaaat gtcgcgacgt
    22681 gattcgctca cctcgcgcct cgttcctcgg gcagatcacc cctgtggcgg cagagatggt
    22741 gcccatcgcc gagcgtgcat acgccgagcg tcgctttgtg gatacggcct acttcgagcc
    22801 gttttacctc aaggaattcg tggctaccac gccccgaaag aagatctaat cggtgggtag
    22861 acgatcgggg aggacgaggt agccaatggg gatacaatag gggggcaatg gggatatggc
    22921 aaaaaaaatg gggataaatc tcacctccga ctcattggag gcgaaaattg gccaaaagtg
    22981 agatgtagag ccgcatctaa aggtgttcct ccccttcaaa cacccccaat tccgacctgt
    23041 gcacccaaaa atttttcacc gcccatatcc ccattattgg ggattcgtct atctttgccc
    23101 ccgacttaca aaaacaggaa agaaatatgg cttacgtaat taatgacgat tgtgttgcat
    23161 gcggttcatg cattgacgag tgccccgtag aggcgatttc agaaggtaag atctacctca
    23221 tcaatccaca actctgcacc gactgcggtt cgtgcgcagc agtttgcccc tcagaggcta
    23281 ttcatccggc agcggtataa tcccgctgca gcaacactga aaagaaattt tttacgtgga
    23341 gttcgggaag gcgaaagacg cccccagctc cacgtttttt tgtgccctta ctttcggctt
    23401 tgggtaaccc catcaagtat gcgtttggct tgcggcaggc ctctatcgag gctgggaagt
    23461 ttgcctggta caagaaatgg tgccgattta tccagtaccc ggccaaactt cgccggcggc
    23521 cacagccgcc cccaaacagg cgcctgttta tcctcgcgca gaccggagtg aaccaaacag
    23581 gcgcctgttt accctcgcgc agaccggagt gaaccaaaca ggcgcctgtt taccgccgcg
    23641 cagattgcat agcctcaaac aggcgcctgt ttaccctcgc gcagattgcg taaccccaaa
    23701 caggcgccta tttaccattg cgcagattgc gtagccccaa acaggcgcct gtttaccctc
    23761 gcgcagattg tgtagcgcca aacaggcgcc tgtttactct cgcgcagatt gcgtaacccc
    23821 aaacaggcgc ctgtttacca ttgcgcagat tgcgtagacc caaacaggca tctgtttacc
    23881 attgcgcaga ctgcgtagcc ccaaacaggc gcctgtttgg ggttacaaaa aactgaagcg
    23941 aaagcgcagg ccaactttga ggtacccggc caacttcgct gcccccgcag gggccctgtt
    24001 taccaccgcg cagaccggag tgaaccaaac aggcgccctt tctttgcacc cccggagcgc
    24061 gtgaacacgc gactccaacc cgattacccc taacgatttc agaacggatg gaaactgcac
    24121 tttatctgat ccccgtcacg ctgggcgata cgccgcatga gcgggtgctg ccggaataca
    24181 accgcgaggt ggtgcgcggc attcggcatt tcattgtcga gaatctgcgc acggcgcgcc
    24241 gcttcctcaa gcgggccgac ccggcgatcg acatcgacgc gctgcatttc agcgaactca
    24301 ataagcacac gccgcccgag gccgtggccg ccatgctgtc gccgctggcc gaggggcagc
    24361 ccgtgggcgt actgtccgag gccggctgtc cggcggtggc cgatccgggg gcggacgtgg
    24421 tggccgtggc gcagcgcaag gggctgcggg tcgtgcccct cgtcgggccg tcgtccatct
    24481 tgttagccgt catggcctcc gggttcaacg gccagcgatt cgcctttcac ggctacctgc
    24541 ccatcgaggt cgaccgtcgc acgcgccgca tcaaggagct tgaagcccgc atctatgccg
    24601 aggatgagac gcagctcttc atcgaaacgc cctaccgcaa cgagcgactg ctggaggaaa
    24661 tcgtccgcac ctgccgcccc tcgacgcggc tctgcgtggc ggcaaacgtg acgtgcgccg
    24721 atgagtttat ccgcacgcgg ccggtgaagg agtgggcgca caaggccccg gacctgagtc
    24781 accggccgac gattttcgcg ctctacaaat agcccccgaa cgacctgcac ggatgaaaga
    24841 tctgcttctg atcgggctcg gcagctgtct gggcggcatg gcgcgccact tggtgggctt
    24901 gggcgcgcgt cattggggct tggcctcttt gtggggcacg cttgcggtca acctgctcgg
    24961 ctgcctgcta atcgggctac tggcaggact cttcgcacgc catccgaacg tctcgctggc
    25021 ggcgcagcgc ttcctgacga tcggtgtgtg cggtggcttc accacgtttt ccaccttttc
    25081 gcgcgatggc ctgacgcttt ggcaggaagg acggttgccg gcctttgtgc tctacgtggc
    25141 tggcagtgtg gtggcgggcc tcgtggccgt cgccgcgggt tatcggttgg caggcggcca
    25201 cgcgtagcgc ataaggcctt tttctggatc tcattttact tcttacactc ttagcttctc
    25261 aattatggat aaagaatttc aggcccacga gacggccgtg atcgacgccg gatgccgcat
    25321 tgggcgcggc actgtggtgt ggcatttttc gcacctcatg tcggggtgca tcgttggcga
    25381 acgttgctcg attgggcaaa acgtcgtcat ctcgccgggc gtcgtgctgg gcaatggcgt
    25441 gaaggtgcaa aacaacgtct cggtctacac gggcgtgacc tgcgaggacg acgtcttcct
    25501 cgggcccagt tgcgtgttta cgaacgtcat caatccgcgc agcgccgtgc cgcgcaagga
    25561 tgagttccgc ccgacgcgtg tcgaacgggg cgcctcgatc ggggccaatg ccacgatcgt
    25621 ttgcggacat accataggtg cctacgccct gatcggcgcg ggcgcggtag tgacgcggga
    25681 tgtcccgccg tatgccctcg tggtgggtaa cccggcgcgg cacatcggtt gggtgagcga
    25741 gtatggtcat cgcctccgct tcgataccga cggccgtgcc acgtgtcccg aaagcggcgc
    25801 gcggtatcta ttgaaggaag gaaaggtggc gcgggtggat gagtaacctc cgcttcttgt
    25861 cttgacacgg agaaagggac gagagaagtt agccgggtac atgtatggag agatccatca
    25921 cgtacccggc taatttggct ggtgtccctg acaccttagt ggttctgatt gagcagcggc
    25981 agactgacgg tgaagccgac ggatcgatag cgaccattct cccatccgac gaagacgccg
    26041 aggcgcccca cgtcgtcgag gccaagggaa tagccggctt cgatgtggtt gaagcggggc
    26101 cgaagaagcg cgtgcacgtg caacgcctca ttgaagaggg cggactgcag gaatcggaga
    26161 ttcttcagca ggaggtagtc ggacgaatag gtcaagtgtg cctgcaacca gcgatcgtcg
    26221 gccgactgcg cgtagggatc gagcagctgg aaggtggccg acatcgggcg gtcggagagg
    26281 tgaagcggca cggcggcgaa gtggcggcgg tcgggccggt agatgcgtcg cgctgcgggg
    26341 aagaagccgc cctccacgcc gtagaagaag cgcccgaaga gaccgatgcg caccgtctgc
    26401 acgacagagg ccgacagcat ggcaaagtcg gccgcctctc caccgccgat gggcagccca
    26461 ccgcgatagc gcagcatgaa cgtaggccgc gtcgtttcgg catagacctt ctcaccgaac
    26521 cgtacaggat acggtcggcg gagcgtgtac gtcacgcgga cgtcagcgat ccaggccgta
    26581 tgggtgggca tgggcggatc gttcggatcg ccgggcacgt tcggggcggg tcggccgccg
    26641 aagatgctgt acgaggtggc attcgcgaga gcggatcgtc gctcgacgtg caggctggcc
    26701 gaaagacgca gcccgttggc cacatcgatg cggtgcgtga gtccgaccgt ctggcggcga
    26761 tagagccggg aggcgttctc ggcaaagagc agcgaggaga gggcattgat caggcgtgcc
    26821 gtggcatact caccggcata atccgccgtc gcatcggagg ccgtgagggt cagctcgccg
    26881 tggcgcaggg gcgcatagcg gaaggtggcg tcgagttggc cgatgaaggc acggcgtgcc
    26941 gtagcgtagt aagccgcagg cgtgatctgc agtgagcgtc tactgtcagg gcgacgatag
    27001 gagaacatca gccgttgccc gatccaaaag ccatccacga aattgtactc tggcacggct
    27061 ccgcgcagtc cctcgtagcc gaaggagacg ctcggactga agcgcaccgt ctcacccact
    27121 aaacccgtcc caagccacca cacccaggag cgtcgacgaa ccgaatcgcg cacctgctcc
    27181 gaccgcacca cggcgcggaa actgtcgcgg cgctgatagc tcaccgtttc gtcgggctgg
    27241 agcggctgcg tacggacagc ctgccagtaa gccgtgtcgc ggagcaacgc cagcgagtcg
    27301 cgcgtgatgt gtaccatcga gtcgcgcggc tgtcgctcca gatccgtccc tctctgttcg
    27361 tcatccgaca cctgttgcat gagctgcgcc atgcgatacg cctcgcgcgt cgtcagctcc
    27421 tctttggcca acagctcctc cagcttgcgg cgcgccttgg cctgtcgctt ggtcagcgag
    27481 ggtcgcgcgg ccgaagctgt ggggagcggc gggatgtaga ccgtcgtcgg ggcctcgttg
    27541 gccaccacat tgcggtagcg gacggacgag taatagcgtc cgtcggcctt aatgcccatc
    27601 acgctaaggt gcatccgcgt gtcgtaagcg gtgggcatcc agacgtcttt ccggacctcg
    27661 tgaaaggcca tgcgatggct gacggtgacg cccgggcggc ggatgttgag gtcgacctgc
    27721 tgtaggctcc aggtgtgatc caagatgtag atccagccgt ccaccaagcg actgtcgttc
    27781 cgccggggcg tgacgcggat cttgttaatc acatgcccat tctcgtgcgt gacgccgtcc
    27841 agccggaagc ggtaatagct gaacgcgccc ggcgccaggg gcgaaacgca acccatgatc
    27901 tccgggtcgt agacgttggt ggtgagggcc gcggcggtgg catcgtcgtc gtccagctcg
    27961 gcgggcacgg tggtggagag cgctaggaca cgttggtcga agcggcgcgg cgcggtgaag
    28021 cgcacctcgt tatgagactc caggaggaag gttttattcg agaaggtctt gagcttgacg
    28081 ttgcgcccat cgatgttcac ggagccgatg ccgggcagct tgccggtctt gacggtcccc
    28141 ttgatgtaga catcggccgt gtagctacgc accatgtagc ggtgttgcgg cgcgtgggcg
    28201 atggcgcggc gcatgatggc ataggcgggg tcttcggcgc cggcgcggac gacgacttca
    28261 cggagcgcat aagccatctc tcgcagctcg acgcgcaggc gatccttcgc ggcgtcgccc
    28321 gtaacggtga agggcaccac gaccttctca taacccaggg cggagaactc gcccgtatag
    28381 tcgccccgct cgagatgcga gatgaagcgg cctgcctcgt cagccacgat gcccgtggcc
    28441 gtctcgcgga catacaccgt ggcgtaggcg acggggcgcc cccgatcgtc caccacctcg
    28501 ccttgcagcg tctgcgccct gaggctggcc gtaaggctaa ggagcaaccc gaagacgagc
    28561 cccaacgccc ggacataaca acgcctcccc cgctggtggc agaggaggcg aaaacggctc
    28621 atagatatgc gctcacgtgc catttactcg atgcgaatcg tttgcataag cgcccgtccg
    28681 tccttgagga cgtaggtgat attcacgcga tactcgcggc tggcggtctg caacttgccg
    28741 accacgaatc cgccgccgtt cttatcggcc tgatggacga cggtgaagcc cgtcggcggg
    28801 ttaccctgaa agaatcggcc gaggatggct gcggcctccg ccgcgctcgc ccgctgcgag
    28861 acgccaggca cggacacgtc ggcctccgtg tacatcgatc ccgacagggc gcccgtgttg
    28921 ccgctcttca tcgcctccgt gatgggcgtg atgtcggccg cgtacactcc ccaggccgta
    28981 aacagcgcca ggatcattgt cttcaatttt ctcatcattc gttcctccta tcattaatgg
    29041 gttagttgta ttttgagaga tagaaatcgg tgcgagaggg ggagaaaaac cgccgcaccg
    29101 cgctctatcc gtagcaaaaa tagatccaat aggctttaca cgacagccgt ttcgcattta
    29161 ttccgaagga tgatcccaag caaagcatcc actcccagcg ttttacaccc acctacggca
    29221 cccttcgaaa tcaaccgaat cggatacact ccggattgca cgccatctat ccccaaactt
    29281 atctgatcga caccgtatga catcgccttt tatatccctc cattttgtat ccttccgaat
    29341 ggtattccat acctatcgat acgtatttga tccactcaag atggcgtgcc atctaaaatg
    29401 attcaatttt gcatcaaatc ggatggtgtg caatctggag cgaatcaatt ttgtattgga
    29461 taggattgcg tgcaattcag agtaaatcca ttttgtattg gataggattt tgtgccatct
    29521 ggagtaattc aattttgtat cacatcggat tgcgtgcaat cttgagtaaa tcaattttgt
    29581 atcgcatcgg attgcgtgct atctggagtg aatcaattct gttttgcatc ggattgcatg
    29641 caatccagag cgaattaatt ttgtaaatga tccgagagga tggcatacgg cataaaacaa
    29701 tcgtgcacca catcataggt tatcccatct gacgtagtgc acgattactt attcttgaat
    29761 atctctctcg agaggctgcg gacgaacgga aacgacgccg cgatgccgtt acccgaccgg
    29821 ctcccagtgg gagttcattt ttccgccgct agcccccgct cgatacgccg atgatggcac
    29881 acgagcaact gcccatccga gccgtggagg tgcatgccgt tgccctcgca gtaacgaaac
    29941 agctggcact cggcgcactc gccctgacgc gcccactcgc gattgcggta gggccggaaa
    30001 cggttctccc aaacgtccat aaagcggtcg cgatagatgt tgccctggta atagtcggcc
    30061 cggatgctgg ggcaacccga gatggagccg tcggccagga cggaggcggt ggagacgccg
    30121 gccgagcact cgtagaagtg gtcgcggacg tccatctcgt agccgcctaa gaagccctcg
    30181 cagccgtaag agacgtcgat ctggccctcg cggcgcgtct cacggaggaa gcgcatgagg
    30241 cggacgaact gctcgtcggt gagctgcaat tcgggcacat gcgccgcgcg gccaacgggg
    30301 aagacggtga agatgcgcca gtggcgaacg ccgaggtcga tgaggtagcg cttgaagcga
    30361 ggcaagtcgt cgaagttgcg gcggttggcg caggtgacga cgtcccaatt gacgtccgtc
    30421 gtctgcgcca ggccgcggat ggaggccgtg gctgcgcgga agctgttgcg gtggccacgc
    30481 atccagttgt gatcatcctc aaagccgtcc aggctgatgg tggccgaccg catgccggca
    30541 gccagcaatc ccggcaaccg ttcggcgaaa agcagtccgt tggagacgat gccccaggga
    30601 aattcgcggc ggtaaagctc gcggccacag gcctcaatgt ccgggcgcac aagcgcctcg
    30661 ccaccggtga agatgatgag caccttgtgc ggattgacgt gcggccggat ctcgtccacc
    30721 acgcggagga agtcggccat cggcatgtcg ggcatgaggg acgagacgcg acaatcgctg
    30781 ccgcagtgcc ggcaggccac gttgcagcgc agcgtgcact cccagaagag cgtgcggagc
    30841 tcgtgcagct tgacgcggtt gcggtgcagg cggcggaagg tctcgagcgc gagccgtttc
    30901 ttgaggttga tcttgacgtc gttcatttct tcttacgctt gagcgtgacg ttgatctctt
    30961 tttccgccgc gcccaagaac cagcttcggt cgccgccctt caggtcgccc ttggcaaagc
    31021 cgaccttgac gctgtccgag tcataggcgg gacgcgcggt gggatcctca tacttcagtt
    31081 tgacatacag agaatccggt gcccatcctg cattgtagcg gtacgtgtac ttcccgtccg
    31141 gatcggtgta ggtcgtgtcg tgaggcgagg ggtcgctctg cttaccccac ttcccgtcca
    31201 cgttcggcgc tacgatgcgc accccggaga gcggtcggcc ctcctcgtcg gtcacgcgcc
    31261 ccgtcacctt aaagtcggcg ctcggggatc cgtattccat ctgaaatatt ttatcgcaac
    31321 cggagaatcc cagcagcgac agcagccccg ccagcgccca gttggtgccg cggatcaatt
    31381 tgcgattgaa cttcttcata acctgttctt cctctctatg atttcttctt tgccttcagc
    31441 ttcacattga cctccttctt tgctgcgccc cgataccaat gcttgccgcc atccttcagg
    31501 tcgcctttgg caaagccgac agcgatgctg tccgactcgt aaatggacgg ttcagccgtg
    31561 tcttcaatct tcatatggat gtagaccgag tccgcgggga agacgctgta ctcccggacg
    31621 aatgagccgt ctgacgcggt gtagaccgtg tcacgcagga ggccggagta acattgttcg
    31681 gggcctttgc cccaaatcgt cgtcacctcc gacgccacga cacgcatacc tcccagcggc
    31741 tgtccctgct cgttcgtcac acgccccagc accttgaagt tggcgctcgg gactccgtat
    31801 tctacactga tctctccgcc tccgttgtcg tctttgccgc atccggtgaa tcccagcagc
    31861 gacagcagcc ccgccagcgc ccagttggtg ccgcggatca atttgcgatt cagcttcttc
    31921 atgtctctgt ctcctttcta tgacttcttc tttgccttca gtttcacgtc gatcaccttc
    31981 tcggccgcgc ccaagaacca gtggttgtcg ccgcccttca ggtcgccctt ggcaaagccg
    32041 acggtgacgc tgtccgactc atagtctggg cgcttcgtgg ggtcttcaaa cttcagcgtg
    32101 aacttcagtg aatccggtgc ataaccggcg ttgtagcggt atttgtagct cccgtcggga
    32161 gagctgtaga cggtgtcgtg cggactcgga tagtggtctt tcaggttggt cggcacgacg
    32221 cggatcccgg agagcggctc ccccgcttcg tcggtcacac gccccgtcac cttaaaatca
    32281 gcatgcggag taccatactc ctccacctga ttgccacagc tggagaatcc cagcagcgac
    32341 agtagtcccg ccagcgccca gttggtgccg cggatcaatt tgcgattcag cctcttcatg
    32401 tctctgtctc ctttctatga tttcttcttt gcctttagtt tcacgttgac ctccttcttt
    32461 gctgcgcctt cgtaccaagc tcccttgcca cgcttgtagt agtctttgct ctcgaacgtc
    32521 acacggatag tatcgttctc gaagctaccg tttgcctcgc catcggtgtc tgatatgacc
    32581 agatccaagg catcgagggg gaggtaattt gccgacacgg aatagcggcc atcctgtccc
    32641 gtcctcgtag aatcgaaaga ggcgtaatgg agttgctcac ctttacccag ttgcaccttg
    32701 acattcggca ctggtgtgcc ttgctcgtct gtcacctgcc ccgagacttt gtagtctgca
    32761 ttcggcgaac catactctac tcttattatt ccgttgcagc cggagaatcc taacaacgac
    32821 aacagtcccg ccagcgccca gttggtgccg cggatcaatt tgcgattcag cttcttcata
    32881 acctgttttc ctttctattc tatgagggtt cgttttttcg agtgctctat tcttttctgc
    32941 ttatctgtgg gcaaagatga agaatgcacg tctggcgctg cttcactact aaacatttct
    33001 aattttggcg ccgttcactc acagaaagaa atactgatgg ataagcagaa tctgagaatc
    33061 ctattcatgg gaacgcccga ctttgccgtg gcttccctca aggccttggt agaaggcggg
    33121 tactgcgtcg tgggcgtggt gacgatgccc gataaaccca tgggccgaca tggcagtgtg
    33181 ctgcaagcat cgcccgtcaa gcaatacgct gctgcgcagg gcctacgcgt gctgcaaccc
    33241 gaacgcctct ctgaccccgc cttcgtcgac gaactccaca cactccgcgc cgatctgcaa
    33301 atcgtcgttg ccttccgcat gctgccgcgc gttgtttggg aaatgccacg cttgggcacg
    33361 ttcaatctgc acgcctctct gctgccgcag taccgcggcg cggcgccgat caactgggcc
    33421 gttatccatg gcgacaagga aacgggcgtc accaccttct tcctccgcca tgagatcgac
    33481 acggggcgca tcatcctgca acgccgcgtg cccatcgccg agactgacga cgcgggcacg
    33541 gtgcacgacc gactgatggc catcggtgcc gcattggttg tcgagaccgt agaccgaatc
    33601 atcgacggcg acggatccgt ggagacaacg gagcaggagt cgctcacgac cgacaccgcc
    33661 ccgctacgcg acgccccgaa gatcttccgc gatacgtgcc acatcgactg gtgccagccc
    33721 accgaacgcg tctacaactt cattcgcggt ttagccccct atcccgcggc ctggaccgag
    33781 atcctctcgg ccgacggacg gcggatggcg ctcaaagtat tccgcagcga gcgcatcgcc
    33841 gagccacacg cactctcgcc cggagcgatc cgcaccgatg gccgacgcca cctcgacgtg
    33901 gccaccgagg acggcttcct ccgactcctc gacgtgcagc ctgccggcaa acgccgcatg
    33961 acggccgacc agtttctcaa cggcaccgac gtctccgcct gctgcatggc gtaaaccttt
    34021 caaacaccat tcgagcacca cttcaaccgc cattttccaa ccacttaata ttacaatcac
    34081 atgaacgcat tagactacgt aaagcaattc aacgggttcc tctggaacga tttcctgatg
    34141 tacgtcctct tggccgtcgg catcttctac accatctacc tcggattccc gcagatccga
    34201 cacttcggac tcatgtttaa gtacgccttc gggccagcct tcaagcgacg caagaagcgc
    34261 gacaagcacg ctaagcagga cgaggcccac aaggtcaact ccttccaggc actggccacg
    34321 gccgtggccg cacaggtggg cacgggcaac attggcggcg tagctacggc catcgccacc
    34381 ggtggtgtgg gcgccatctt ctggatgtgg gtgtcctcgc tgctgggcat gggaacgatc
    34441 ttctccgaag ccacgctggc gcagaagtac cgcgaggtga aggacggcgg cgtcgccggt
    34501 gggcccgcat actacatctc caaaggtctc aaatgccacc cgctggccgt cttcttcgcc
    34561 ctggccatca tcctcgccct cggctgcgtg ggtaatatgg tgcaggccaa ctccatctcg
    34621 atcgccatcg ttaactccct cggcaccggg ccggacacca tggcctacct gccctacctc
    34681 atcggcgtcg cgttggcgct gctcgtgggc gtggtcatca tgggcggaca gaagcgcatc
    34741 acagccatcg ccgagctcgt tgtccccttc atggcgctga tctacatcct cggctcgctc
    34801 gtcgtgctct tcctttatat cggcgacgtg ccccacatgt tccaaagcgt cgtcagcgag
    34861 gccttctcca cgaaagccgc ggcgggcggt gcagccggta cggtgatgaa atacgccatc
    34921 cgctacggcg tagcgcgcgg cctcttctcc aacgaggccg gtatgggctc cacgccgcat
    34981 gcccacgcca tggcgcacgt caaggacccc gccattcagg gcttcgtggc catggccggc
    35041 gtctttgtcg acacgatcct gatctgtagc tccacggcct tcgtcatcat gctcaccggc
    35101 gcttatcagg gcaccgacct caagtccgta gccatcacgc aagaggcctt cagccgcgcc
    35161 ttcggctccg gcggcgtcac cttcctggcc atcgccctct tctttttcgc cttcaccacc
    35221 atcatgggct ggtacatgtt cggcgagatg aacgtgcgct acctcttcgg caaatatgga
    35281 gtcctgccct tccgcctgat cgtctgcggc tgcatcttct gcggctgcat cttcgccgcc
    35341 gaccttgtct gggagctagc cgacaccttc aacggcctca tggccatccc caacctcatc
    35401 gccatcgtct gtcttgcccc acaggtgcgc aagatgtaca cccacttctt gcaacgcctc
    35461 cgttcgggcg agctctgaca cccgctctga tcttcggatc atccgtttga cttcatatct
    35521 atattgttcg actcgtgcgt tgagctattt cggctcgcgc acgagttttt tgtcccctat
    35581 gcaagcaaaa tccaatagcg cttgatcaaa ttttgatgac gtagaaaact attcagaaat
    35641 atccctctgc aaaagaagaa gttagtcgac cgtaggcatt ggacgggtaa cgaagtggaa
    35701 acgagcgaag cgcttggggt tgctagaatc tgcacaaaca aagggcgctt gtcatttgag
    35761 ggtgcaatgt tactatgact atttaaatta caggcgtttt tgatgcgatt ctctcgattt
    35821 ggctttcggc ttggaagtgt gtgaacgcag agcggatggg ggctgaaaaa ccgcttaaaa
    35881 gcgatcttgg cgtaggtggc gagggccttc gtcgcgtcta cccaggaggc gtccttgacc
    35941 ttaatcaggt tagaaatgtg cgcgtagaat agcgtcgtct gacggaggat ggcgagcgcc
    36001 tccttctcgt tgtcgcccat cggagggacg gcaatgacgg atccgctgag caacatctcg
    36061 cggcagtagt cggagtactt ccgccctgcg ttcgcagctc tcaaccggat ccgttccttc
    36121 tcctcggcag tgcatctgac cttgataaag gcggtcttgt ttgtcttctt gtcttccctt
    36181 ttagggtgtc ttttcatgtg gataggtctt ttttgtggtg cttattctat ggttgggggc
    36241 gatgagaacg gatgtgatta cggccctctc acacgtccgg acagggcggg ggagcaagcg
    36301 cagtttgtgg gaacaaactg acgtcttgca ttaccgtcgt cacctccggt acgtacccgc
    36361 tgtatttctt acaatcactg cg
//
LOCUS       SEQF2637|AYYD01001051.1  229 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..229
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttacgacagc tccttcctcg ttcgcgttca taggtggcaa tgagttctgc aacatttttc
       61 ttcctgcctg atacagcgta ttttgtcttt cccatttttg caagtccgac aaagtgcatt
      121 gcacctttac ctatgcttct aacacacgcc atggatatgc ttcgccgtgg atggaagatg
      181 gggttgcatg cgaagtatgt gattaccgat agttggttca cttgcgagc
//
LOCUS       SEQF2637|AYYD01001052.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttacgacagc tccttcctcg ttcgcgttca taggtggcaa tgagttctgc aacatttttc
       61 ttcctgcctg atacagcgta ttttgtcttt cccatttttg caagtccgac aaagtgcatt
      121 gcacctttac ctatgcttct aacacacgcc ataagttgct cgcaagtgaa ccaactatcg
      181 gtaatcacat acttcgcatg caaccccatc ttccatccac ggcgaagcat atccatggcg
//
LOCUS       SEQF2637|AYYD01001053.1 3666 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3666
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             37..387
                     /locus_tag="SEQF2637_01099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKETKQYLGLGGYQGCDFNGQIADATLCYLTYTVMALEKRFTE
                     YQTMRELFSDMESDLMALTLWKRVLACIERILRVLGETLGLTPQHLMTTICGNDKEMS
                     KILLFYESFHIPNL"
     CDS             593..1138
                     /locus_tag="SEQF2637_01100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLSENTTKATACLIREILKLVETEKKLEVLFRTLHYTRFQLQI
                     IHASPALTVEMGKNVSELLFVIDTELKLLDMRLQGLLPASQKVACNLCWTGKATDLVE
                     LLYALDTCDCINNGEIGVEELADALSELFGVEIKNCYNVYMNMKRRKDDSRTYFLDEL
                     REKLNKRMVESDLKGGKFKKR"
     CDS             1234..1368
                     /locus_tag="SEQF2637_01101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPFLLKLTSELYYFPSDNSQFKCQFLQLSEHCKGFFLSKITFQ
                     "
     CDS             complement(1355..1657)
                     /gene="moeB"
                     /locus_tag="SEQF2637_01102"
                     /EC_number="2.7.7.80"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12282"
                     /codon_start=1
                     /transl_table=11
                     /product="Molybdopterin-synthase adenylyltransferase"
                     /translation="MKRYERNRIYLSEDNQKKIKSYRVLLAGASIGSNIAEILLRIGF
                     ESLTIVDGDIVEDSNLNRQNYSYSDIGLPKVEALKDRLLSINANAQIKVLHTFIEK"
     CDS             complement(2287..3513)
                     /gene="xerC_6"
                     /locus_tag="SEQF2637_01103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINKQKTKTDGKTAIFCRITIDGRSTVMTTGEECL
                     PDEWNSRQGITSEKKINQRLAAFRELVEKTYAEMLTKGGVVSAELLKNRLQGVAAAPT
                     TLLAMSEAELQSVKACVGRSKSEGTYRNHTYSDKMLREWIESKGQKDMSIDAVTEEMF
                     EEFRFYLKKKQFTAKTVNRDLCWLSRLMYRAVSKRIIRYNPFEGATYEKVERKIRFLQ
                     KSDVAKLMALKVNDKEAEQARQMFLFSCFTGLAIADMERLKFSHIQTSADGRRYIRKE
                     RQKTKVEFVVPLHPIAEEILSRCREEQTVKEKGDDLVFPRSCSRSTMNNKLSTVGLAC
                     GIRQRLSFHMARHTFGTLSLSAGIPIESIAKMIGHASISSTQIYAQVTDKKISEDMDK
                     LIKKLRQSDSCMAGLR"
     CDS             complement(3526..3645)
                     /locus_tag="SEQF2637_01104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 tttgaagtgt atcagatacg atggaacata gaggtgatga acaaggagac taagcagtat
       61 ctcggattag gaggttatca aggttgcgac ttcaatggtc agatagccga tgcaacgctg
      121 tgttacctta cgtataccgt catggctttg gaaaagaggt tcacagaata tcaaaccatg
      181 agggaactct tttcggatat ggagagcgat ctcatggcac tcacgttatg gaagcgagtg
      241 cttgcctgta tcgaacgcat tcttcgtgtt ttaggagaaa cacttgggtt gacgcctcaa
      301 caccttatga ctacgatctg cggcaacgac aaagagatga gcaaaatcct tcttttttac
      361 gagtcttttc atattcctaa tctatgaatg gttttaccat tcttctgaaa gagtaaatac
      421 atctgaataa ctaaagtttc ccacccctta aaacactagc ttttctcatt tacctttgca
      481 tttcgtcccc catatccatt gagttttaac acatggctaa tagaagttat gcagtctgtc
      541 catatacttc atctcatttt tccaatgctt cagccattac aactctttta aaatgctact
      601 ctctgaaaat acaacgaaag ctactgcttg cttaattaga gaaatcttaa agcttgtaga
      661 gacagagaag aaattggagg tattatttcg aaccttgcat tacactcgat ttcaattgca
      721 gattatccat gcgagtcctg ccttaacagt cgaaatgggg aaaaatgtgt cagaactact
      781 ttttgtcatt gacacggaac taaaattgct ggatatgagg ttgcaagggt tgctccctgc
      841 ttcgcaaaaa gtggcctgca atctctgttg gacaggtaag gcaaccgatt tggtagaatt
      901 actttacgca cttgacacct gcgactgtat caacaacgga gaaataggcg tggaagaatt
      961 ggcagacgcc ctttccgaac tcttcggagt ggagataaag aactgctaca acgtatatat
     1021 gaacatgaaa cgtcgcaaag atgacagccg cacctatttc ctcgacgaac tccgtgagaa
     1081 actcaataag cgtatggtag agagcgacct gaaagggggc aagttcaaaa agcgataatc
     1141 gccatcaaaa ggttaatcag gcttcccttt tatttgaggg aggcctgatt tttttattaa
     1201 ggaatggcaa tatgatataa gcagctattg tcgatgttgc catttctctt gaaactcacg
     1261 agtgagttgt actatttccc ctccgataat agccaattca agtgtcagtt tctccaactt
     1321 agtgagcatt gcaaaggctt ttttctcagt aaaattactt ttcaataaaa gtatgtagaa
     1381 cttttatttg cgcattagca ttgatactaa gtaggcgatc tttcaaggcc tctactttgg
     1441 gaagcccgat atctgagtat gaataatttt gtcgattgag attactatcc tctacaatgt
     1501 caccatctac gattgttaga ctctcgaagc ctatccttaa taatatctca gctatattac
     1561 tgccaatact agctccagca agtagtacac gatagctttt gatcttcttt tgattatctt
     1621 cggagagata aatccgattg cgttcgtatc ttttcatctg tgttgtatat caatgattga
     1681 tgctgcgaca aagaaataat cttgtttttc ttcatgtcat acccgaaagg gtgatctttt
     1741 gtttgttagc acaaattaac gtgaagccaa tataagaaag ggggaaagaa gtacgaatca
     1801 agagtaaaat aagtatcttt gaaaacaaga cgcaaagatc tttgtaatta tagcaaaata
     1861 aggagcctag gagaatttcg ctcgtttctt attcgttccc tttgggtgag tagagcaatc
     1921 cgtatccgct cacagacaag cacttaaatt cctattcttt tgttttatgg ggaagttcaa
     1981 gtgtatctac aacaatatat tctttccttc ctttgatctt cttacccaga gcaactgcat
     2041 caatataaga gtctgatttt cagagatact tttcagtatt taacattgaa ttctcatagc
     2101 agagttccta atatgccact cattatcaag cagttgttcg tgtgaaaact ttaatacact
     2161 tatcaagaaa aggtgtggct ttttgactac acctaactac tccccagtca cgcttctttc
     2221 atcgctttat acctgttgta gtcatgtagt aagatctaat cgatgaaagg aaaaaagtct
     2281 acattctcac cttaagccag ccatacagga atcactctga cgcaacttct tgatcagctt
     2341 gtccatgtct tctgagatct ttttgtccgt cacctgcgca tagatctgag tgctggagat
     2401 ggaggcatgt cctatcatct tggcgatgct ctctatcgga atgcctgcgc tgagtgacaa
     2461 cgttccgaac gtatgacgag ccatgtggaa agagaggcgt tgtctgatgc cacaggcaag
     2521 ccccacggtg ctcagtttgt tattcatcgt actgcggcta caactgcgtg gaaagacaag
     2581 gtcgtcacct ttctctttca ccgtttgttc ctctctgcat ctgctaagga tctcctccgc
     2641 gatcggatgt aacggtacga cgaattccac tttcgttttc tgcctttcct tgcggatata
     2701 cctcctaccg tcggctgatg tttggatatg agaaaatttc aggcgctcca tatccgcaat
     2761 ggccaatccg gtgaagcagg agaagagaaa catttgccgg gcctgctccg cttccttgtc
     2821 gtttaccttc agcgccatga gcttggccac atcgctcttt tgcaagaagc gaatcttccg
     2881 ttctaccttt tcataggtag cgccctcaaa aggattgtag cgaatgatcc ttttactaac
     2941 ggcacgatac atcaatcgac tcagccaaca gagatctcga ttgacagtct ttgctgtaaa
     3001 ttgcttcttc ttgaggtaga agcgaaactc ctcgaacatc tcttctgtaa cagcgtcgat
     3061 ggacatgtcc ttttgccctt tgctttctat ccactcgcga agcatcttgt ccgaataggt
     3121 atgatttcga taggtgcctt cagactttga cctaccgaca catgccttaa cggattgcag
     3181 ttctgcttcg ctcatagcca aaagagtggt cggtgcagcg gcaacgccct gcaagcgatt
     3241 cttgaggagt tctgcactaa ccacaccgcc cttcgtaagc atttccgcgt aagtcttttc
     3301 cacaagctcc ctgaatgcag cgaggcgttg attgattttc ttttcgctgg ttataccctg
     3361 tctgctgttc cattcatctg gcagacattc ctcgccggtt gtcatgactg tacttctgcc
     3421 atcgatggtg atacgacaaa agatggctgt cttgccgtct gtcttcgtct tctgtttgtt
     3481 gatgtagaac aggatcttga atgtacttct catagtgctt tgtggttaaa tagtcaggtg
     3541 taagtcttcg gtgaaggcga tcaagcgatc aaactcttca aacagctttt ggggagtgac
     3601 tttcgcatat cgctcggtca tgcgcaccgt gctatgccca agcatcttgc tnacggtttc
     3661 gatggg
//
LOCUS       SEQF2637|AYYD01001054.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccttgataac ctcctaatcc gagatactgc ttagtctcct tgttcatcac ctctatgttc
       61 catcgtatct gatacacttc aaaggctttt acgaaagaca tcgtagtatc cgtggtgagc
      121 aagacgttcc atgcggagtt tctaccatac ttgatgagga agattctaac tggtatatct
      181 cctaagttgc cgttgagctg aatatatcga catttatact tacgacagct ccttcctcgt
      241 tcgcgttcat aggtggcaat gagttctgca acatttttct tcctgcctga tacagcgtat
      301 tt
//
LOCUS       SEQF2637|AYYD01001055.1  302 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..302
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaatacgctg tatcaggcag gaagaaaaat gttgcagaac tcattgccac ctatgaacgc
       61 gaacgaggaa ggagctgtcg taagtataaa tgtcgatata ttcagctcaa cggcaactta
      121 ggagatatac cagttagaat cttcctcatc aagtatggta gaagctccgc atggaacgtc
      181 ttgctcacca cggatactac gatgtctttc gtaaaagctt ttgaagtgta tcagatacga
      241 tggaacatag aggtgatgaa caaggagact aagcagtatc tcggattagg aggttatcaa
      301 gg
//
LOCUS       SEQF2637|AYYD01001056.1  586 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..586
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(7..411)
                     /locus_tag="SEQF2637_01105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERHPNTEDKKPNKTAFIKVRCTAEEKERIRSRAANAGRKYSDY
                     CREMLLDGSVTAAPPMGDNEKEALAILRQTALFYAHISNLIKVKDVSWVDATKALATY
                     AKIAFKRFFNPRYRVNEEVFKCLNIEDHDRKV"
ORIGIN      
        1 atggccttac actttgcgat catggtcttc aatatttaag cacttaaaca cctcctcatt
       61 gacccggtag cgagggttga agaaccgctt aaaagcgatc ttggcatagg tggcgagagc
      121 cttcgtcgcg tctacccagg aaacgtcttt gaccttaatc aggttagaaa tgtgcgcgta
      181 gaatagtgcc gtctgacgga ggatggcaag cgcctccttc tcgttgtcac ccatcggagg
      241 ggcggcggtg acggatccgt caagcaacat ctcgcggcag tagtcggaat acttccgccc
      301 cgcgttcgca gctctcgagc ggatccgttc cttctcttcg gccgtacatc tgaccttgat
      361 gaaggcggtc ttgttcggct tcttgtcttc cgtattgggg tgtctttcca tgtagatagg
      421 tcttttctgt ggtgcttata ctatggttgg ggccgatgag aacggatgtg attacggccc
      481 tctccaccga ccgacagggg tgggggagca agcgcagttt gtgggaacaa actgacgtct
      541 tgcattaccg tcgtcacgct ccgttacata ccctataatg tttctt
//
LOCUS       SEQF2637|AYYD01001057.1  452 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..452
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgaggcggtt cagggtcttg aacgtcatct gcggctcgtc ctgcggggcg atgccgatct
       61 cgatgcgcag gaacttgttt ttgcagcgac tgttgtagtc gccgacgagc ttcatctcct
      121 cgtggatctc ctttggcgtt tcgccacaga ggttgtggag ggcgaggacg cggccgagct
      181 ttccctctcg aaaaacgtac tccagcgcgt tgcctccgtg cgcgatggcc ttacactttg
      241 cgatcatggt cttcaatatt taagcgctta aacacctcat tggggacccg atagcgaggg
      301 ctgaagaacc gcttaaaagc gatcttggcg taggtggcga gggccttcgt cgcgtctacc
      361 caggagacgt ctttgacctt aatcaggtta gaaatgtgcg cgtagaatag tgccgtctga
      421 cggaggatgg caagcgcctc cttctcgttg tc
//
LOCUS       SEQF2637|AYYD01001058.121363 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21363
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             87..497
                     /locus_tag="SEQF2637_01106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHELVPIGVVGIVFYFTYKMIELPSRRREREMMIERMGRTNGTV
                     PNLLSTDLPKRSFSGLRLGCLLIGVGLGLLVGLIINTALAHGGYSMNKWSEEQLFEVA
                     YGAPVLIFGGLGLLCSYLLERRLSTDDKQRSERP"
     CDS             635..1285
                     /gene="hin"
                     /locus_tag="SEQF2637_01107"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P03013"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-invertase hin"
                     /translation="MIYGYIRVSSDRQTVENQRFEINNFCQRQALPVDDWIEETISGT
                     KDYDKRRLGRLLKRVGKDDIIICSELSRLGRNLFMIMEILNICMTKECRVWTIKDNYR
                     LGEDIQSKVLAFAFGLSAEIERNLISQRTREALARKKAEGVVLGRPKGKRNTQLNPKC
                     VRRHKYILASLEDGISIPRIASNIGVARGTLYRYLAYTGIREPVKNTSSRWENGIY"
     CDS             complement(1158..4442)
                     /locus_tag="SEQF2637_01108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTDTLRSFLEKGYPGMDAFLERVIYRIFDQTEFEAIGKDDYAQ
                     KAGYSKQAEATGIRNMVLKGEVYAGTTPLQVFDITVDDHVKMAHNRVALQLLTRRIME
                     HRSAAFMVFHYDEAHASNREWRFSFCYKSSESEQTTDPKRFTFLFGPGHSCRTAAENF
                     QKLFDKKGEEVTIADLQTAFSVEALSREFFDKYREHYAQFVLHATGKRYVKQANKWEE
                     RTEHAPDEAIMRAFDDDEKRVRDYVKKLLGRIVFLHFLQKKGWMGVPDSGRWGEGNFQ
                     FMYGLFDRASETQRADFVHEVLEYLFFHALNTDRKADNDLYDTRIFPERVRVPYLNGG
                     LFEEDEADRCFKACTDARFPAELFRELFTFFEQYNFTIDENDPDDAQVGVDPEMLGRI
                     FESLLEDNKEKGTFYTPKEIVQYMCRRSLTAYLQAGVPDERMRKEIDEFVRTKDDDCL
                     HVQDDVSDERQPSPLRQQIAERLRTVKICDPAIGSGAFPMGLLRELYLCRIALEDEVK
                     EGRSKSHAEIKKEILQQNIYGVDLDRGAVDIARLRFWLSLVVDEDVPQPLPNLDYKIM
                     QGNSLLERYKEVDLSTLASQKTDGRLFFIDDENDASRLSLHHLLVAYYGEDNHDKKQS
                     LRARIQQNIEEQLKAQRYEVDLSDVDLFANAHFFLWHTWFSEVFADGGFDIVIGNPPY
                     ISTKGVDKDDKKMYELEYGFSDDTYNLFTHRGLRLLAPNGCLCLITPKTFWTIQTKRN
                     MRDLILSYQLDYIFDTANPFESAMVDTCVFQVIKRKMEPGHKVEFLDGSSSLSEPTAL
                     PPIEQKMYLETQSSVIFKPTEFNLAVYRRLGSTVKKLYDEWWDKISTSKKIAQYADEL
                     AAYRASLKPGDIALLGCLTEGGQGLATANNGKFIAVRANTKWADNIRKSRPKKLEAVI
                     TRYRIPIERLDGLSANDFLATKSEAEIATLFDSLKEDYGRDIFGQGYLFKIVEESEIA
                     DVDTLTEDEKENGIASDKPFYVPYDKGDKDGNRWYLETPFVIAWSKENVQFLKTNSGK
                     KGEGMPVVRNPQFYFRELIREHPNRCHSPSGSLCFSQAPVFLYRPDIDRAYHERHRCY
                     LLSEEC"
     CDS             4540..4743
                     /locus_tag="SEQF2637_01109"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADALMGYDTLGRMSAGMLMGYDSPGRMSADVLMGHDSLGRMS
                     AGILMGYDSLGRMSAGASHIEFT"
     CDS             complement(4744..8187)
                     /gene="rapA"
                     /locus_tag="SEQF2637_01110"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01821"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase-associated protein RapA"
                     /translation="MQTYLKQCIGKEGIDHIRIATGYWDVPGMALVADELRAFLEREG
                     TRLQILIGKDPNVYASHLKDTTQKFPDDYIKTDLLRLYIKEDYKLAVDLLLTHCKHTE
                     TDDDGQEIEVGTGRIEVNKYTEDKNGEDVFLHSKCYIFMGSDSSFGIIGSSNFTRKGL
                     TQNAELNYLETNGMIITAEPKEGSPSKGHRIWFDEKWEQSTPWTNEFVNEIVKPSPIG
                     REVNRERKQRQKEEEVAATAPFTPYELYIKLLQTQFATFLDTKLSGQIKDYLPMTYSA
                     FDYQIDAVKQCYEYMQRHGGFLLADVVGLGKTVVGALIVRHFLSTPQKDGRGSRVLIV
                     TPPAVLQPWRDTLGDICAAAPELNNRIDYISLGRLDKFTEDVNDEGDEETLDDGTLDG
                     TLDQSRTYGLILIDESHRFRNSDTEMYRALSSLIGSIAPTPYVGLLSATPQNNRPQDL
                     KNQIYLFERTPKSSTLTKVPGGDLDAFFKEVHAEYQELIDKNSPMLEDKRTERLKRLS
                     EEIRSKVLVDIMVRRTRTDVEMNYGEDMEAQGLVFPRIEGPTALKYVMDSAQVSLFND
                     TMRLIAPGEEDKDGLTYARYRAIEYFADPTNAEKHKGRGSRTAGDVAGQLAWLMQQSL
                     VKRLESSAGAFRESLHNLWQNTQNMIRMWGNNTLFVCPDIDINGELRAHPTFEQAVAA
                     LRRKINDLNKQGRNEGGKNAEYRREDFQPKYIELLQRDERILSDLCARWDPKWIKKDP
                     KLEAFKRQLPALFDPEKNTTGLLVIFTEAIPTAVELGRVVKEVGHRPLVIRSQNREEE
                     RVVIRRNFDANCPAAEQLSDYDVLITTDTLAEGVNLHRAHVILNYDTPWNATRLMQRI
                     GRVNRIGSAAPHIYVYNFMPSDEGDERIKLVQKAHVKLQSFHTLFGEDSKIFSNAEDV
                     VHYALLPTSDQIEDEVGDAPYLKYVNELRAYVKTHRPRYRRIEEANAPGDWLMVQTTD
                     DKGTAYFLVGTQPANAMIVYFDPQSRFKVVSPIDVLEELRADEAACAIDPPMNSEKMW
                     KALEKEALQAYKNHVYDKSSTRVDDTLTKAREIIDKLYDKPDLSTTVKQILKQANKQV
                     RSGNVDVINRILEIDRKQHAQLRQLFSLDDLIEQALGGLAKEVSVTPKGDPRIILGTI
                     K"
     CDS             8592..9899
                     /gene="fic_1"
                     /locus_tag="SEQF2637_01111"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8E9K5"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosine monophosphate-protein transferase
                     SoFic"
                     /translation="MDRPIEYPPAKGMLSEESKALMYAFTPEVRALNADYPYWDKVKY
                     HRSEIDPRILWQALKLLRSLGRTPLHFGRYAFSYNRTDEMLSLLHTFDMHVGGSLSSS
                     DLDLLPENKRAYYLVSSAMEEAIASSQMEGASTTRRVAKEMLRKQERPRDRSQQMIRN
                     NYQTILYLKDHAAEPFSVERLLDVHRIMTEGTLDNASDAGRLRNHDDILVMDGISGDV
                     AHQPPAHDEIPALMADLERFFNSDDEDTFVHPIVKACIIHFILAYIHPFVDGNGRTAR
                     ALFYWYVMRRGYWLIEYLSISSIIYKTKRGYERAFLYTEYDDNDLTYFILYHLRTIRQ
                     ALERLKDYLRRKATENNDAHRLMSVENMNSRQAQMVQILREKPDMMFTVREIEQRFAV
                     TNATARTDLKGLVERGFLVEVAMNKVKRGYVRSADFEARLAGG"
     CDS             complement(9902..10708)
                     /locus_tag="SEQF2637_01112"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMCALLLVFAAARAQCPPANIPLNVGESVNYDLYFKWGVIMSRA
                     GEATISYNTTKFRGATARRYRMLFRTIKIFESVYRMRDTLDCYYTPEGALLYSVKRSN
                     ENDYRLTDELTFYYPAKSRTTIRSRRYTPTEMKIDTTLYVRSGCAFDMLGATYFLRTI
                     NRTSLRSGDVFPAIIAVGHDLVKVNLRYHGPAVVERDKARYRTHHFSIDIHDDAFTQT
                     RSAAELWVGDDENFLPIKIRAKLKIGYAEVYYRSAARLKAPMSCLVSQGK"
     CDS             complement(10734..12644)
                     /locus_tag="SEQF2637_01113"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNERMKACVPYVMKRLGLGLLIGGAVACANMAGPNGGPYDEKPP
                     RFVSSTPLPQQTNYKGRRVEIVFDELIQVDKPSQNVVIAPPQKELPSIQIVGRKIRVE
                     LKDTLKPNTTYTIDFGHAISDNNEKNPIGHFSFAFSTGNVIDSLEVGGVLLNAENLEP
                     MTDVVVGLHANPSDTAFTRLPFDRTSKTDDRGRFTIRNIATGTYRLYALADANRDYRF
                     DQPGEAIAFLDSTVTPTFRFATRQDTTWKDSVTVDTIRTVHYTHFLPDDVTLRLFKEV
                     TQRQYMLRPGRDRADLFTLHFNAPLDSLPTVSLLDGARRNAPWFLTQPMAGRTAVRYW
                     ITDSAVWARDTVHLRVDYLKSDSTNTLRPQTDTLHLVWRKPRARRKSKDSENKPERRP
                     LVFQSNASGMVEVTDTVSFLFEEPMTDLRREDFRLEQQVDTVWTPVEFALEQDSMDLL
                     KYNLRHAWAYGANYRIAVDSARLRSIYGHTNDAYESAFSIRKREDYGHLYINIDGIDT
                     TAFVELLNTSDEPLRRVRVKDGGVLFANLQPATYYARLTVDTNANDRWDTGDYATHRQ
                     PEMVYYSPKEYVIRANWEIEETWAPRALPLDRQKPIAITKNKPKDETPKKRNYKDEGR
                     SGDRNRSGGFPF"
     CDS             complement(12742..14016)
                     /gene="rarA"
                     /locus_tag="SEQF2637_01114"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AAZ4"
                     /codon_start=1
                     /transl_table=11
                     /product="Replication-associated recombination protein A"
                     /translation="MSQPLAERLRPKTLDEYIGQRHLTGPTAALRRMIEAGRVPSFIL
                     WGPPGVGKTTLARIVASRLEAPFYTLSAVSSGVKEVREVIDRARNQPLFRTGTVAPIL
                     FIDEIHRFSKSQQDSLLNAVETGVVTLIGATTENPSFEVIRPLLSRCQVYVLKPLEEE
                     DLLTLIRRAVSEDVVLRERTIEVRETDALVRYSGGDARKLLNILDLVIAAEPEGPIEI
                     TDQKVVERLQENPAAYDKGGEMHYDIISAFIKSIRGSDPDAAVYWLARMVEGGEDPEF
                     IARRLVISAAEDIGLANPNALLLANACFEALKKIGWPEGRIILAEATVYLACSPKSNS
                     AYLSIDRALALVRETGNLPVPLHLRNAPTKLMKELDYGKNYKYAHDYEGHFVKQDFLP
                     EELLQTRIWEGQPNAAEDKLVERMRRLWGERY"
     CDS             14987..16054
                     /gene="serC_2"
                     /locus_tag="SEQF2637_01115"
                     /EC_number="2.6.1.52"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RME2"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoserine aminotransferase"
                     /translation="MKKHNFYAGPSILSEYTIKNTADAVLNFAGTGLSLLEVSHRGKE
                     FVAVNDEARALVKELLDVPETHEVIFLGGGASLQFYMIPFNLMKKKASYLDTGTWASN
                     AIKEAKFVGEVDVVASSADKNYTYIPKNYTIAPDSEYFHITTNNTIYGTELHKIPEVN
                     IPLVADMSSDIFSFPVDFSKYNAVYAGAQKNLAPAGVTIIIVRKDALGHVDRPLPTML
                     DYRTHIKKDSMFNTPPVLPIFSALQTLKWYKEQGGIKVLQKKNQEKAAVLYDEIDRNK
                     LFRGTVAVEDRSLMNVCFVMNDEYKELEDKFADFAKAAGMIGIKGHRSVGGFRASLYN
                     AMPIESVKALVQTMQEFEKKH"
     CDS             16057..16977
                     /locus_tag="SEQF2637_01116"
                     /EC_number="1.1.1.81"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X1C1"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxypyruvate reductase"
                     /translation="MKVLVATEKPFAAVAVNGIREAVEKGGLELALLEKYTEKAQLLD
                     AVKDADAIIIRSDKVDAEVLDAAKQLKIVVRAGAGYDNVDLEAATAHNVCVMNTPGQN
                     SNAVAELALGLMVYGARNLYNGTSGTELKGKKLGIHAYGNVGRNVARIAKGFGMEIYA
                     YDAFCPSEVIEADGVKPVASAEELYKTCQYISLHIPATKETKNSIGHALLSSMPKGAV
                     LINTARKEVINEPELVKVLEERPDFKYLTDIMPGNHAELAEKFAARYFSTPKKMGAQT
                     AEANINAGIAAANQIVDFLKNGNRKFQVNK"
     CDS             17075..18319
                     /locus_tag="SEQF2637_01117"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKPFKGVRPPKEYVEQVQSRPYDVLNSAEARAEAEGNEKSLY
                     HIIKPEIDFPEGTDEHDPKVYEKAAQNFQMFQDKGWLVQDGKERYYIYAQTMNGKTQY
                     GLVVCAYVDDYMTGKIKKHELTRRDKEEDRMKHVRVNNANIEPVFFAYPDNKDVDAIV
                     AKYTKGTPEYDYTAELDGFRHTFWIIDDDADIQRITELFAAMPAMYIADGHHRSAAAA
                     LVGAEKAKQNPNHRGDEEYNFFMAVCFPANQLTIIDYNRVVKDLNGLSDEEFLKKLSE
                     DFIVEKKGTEIFKPSHLHEFSLYLGGNWYSLVAKPGTYNDNDPIGVLDVTISSNLILD
                     KILGIKDLRSDKRIDFVGGIRGLGELKKRVDSGEMKVALALYPVSMKQLIDIADTGNI
                     MPPKTTWFEPKLRSGLVIHKLS"
     CDS             18439..19065
                     /locus_tag="SEQF2637_01118"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A947"
                     /codon_start=1
                     /transl_table=11
                     /product="D-ribitol-5-phosphate phosphatase"
                     /translation="MINNIVFDMGGVLAKIHPERAIRSFEAIGVSDAADLINPYNHSG
                     LFGDLERGTIDADEFVRQLSAHCGHELNPEDVRRAWLSIANPAEVEKLDYILRLRPRY
                     RLYVLSNNNPIVTGWARTSEFSAAGRPVTDYFDRLYISYEMHCMKPEPEIFQRMIEDS
                     GMVPAETLFIDDGAHHLVTARSLGFHTLLATNGGDWRPDVDRFLSENK"
     CDS             19162..20355
                     /gene="gltT"
                     /locus_tag="SEQF2637_01119"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P24944"
                     /codon_start=1
                     /transl_table=11
                     /product="Proton/sodium-glutamate symport protein"
                     /translation="MKIPFRISLLGWVAIAIVGGILLGQFLPTAIVRIFVTFNSLFGN
                     FLSFAIPLIILGLVAPAIGELGKGAGRLLLITALIAYGSTIFSGFFTYFTGVAVFPHL
                     LTVGTQSLEALQNPESAMLTPYFTVAMPPVMDIMTALLLSFVVGLGLASIPGDTLQKG
                     CVDFRDIVSRLIETVIVPLLPLHIFGIFLNITVSGQVAGIMSMFLRVILVIFVLHVVL
                     LLIQFSIAGVIAGKNPLRLLKNMLPAYATALGTQSSAATIPVTLKQTLRNGVRESIAV
                     FTVPLCATIHLAGSTMKITACAMAILLMSGQAIDPAAFSGFILMLGITMVAAPGVPGG
                     AIMAALGLLGTMLGFDETLQALMIALYIAMDSFGTACNVTGDGAIAVIVDRIVGQRPG
                     EPQNA"
ORIGIN      
        1 gtccatccct tgcgtccata gggcaaacag aaacgagaga gatttcaaac cgtatttaat
       61 cagcgtttaa ttgaaaggat agcgttatgc atgaattagt gcctataggt gttgtaggga
      121 tcgtgtttta cttcacgtat aagatgatcg agttgccttc gcggcgtaga gagcgagaga
      181 tgatgatcga gcggatgggc cgtacgaacg gcacggtgcc gaatctgttg agtacagacc
      241 tacccaagcg gtcgttcagt gggctccggt tgggctgcct gttgattggc gtcggactgg
      301 gtctgctggt cgggctgatc atcaacacgg ccctggcgca cggcggatac agcatgaaca
      361 aatggtccga ggagcaactc ttcgaggtgg cttacggagc gccggtgctc atcttcggag
      421 gccttggcct gctgtgttcc tacctgttgg agcgtcggct atcaaccgac gacaagcaac
      481 ggagcgagcg accgtaagcc cttccgtccc cgccctgcta cgtatgtgaa acagccccca
      541 tccgaatctt atcgggtggg ggctgttggg cgttatagat aggtatggta ggggttacct
      601 atctatcatc ccattttttt caattgtacg acttatgata tacggataca tcagggtgag
      661 cagcgaccga cagacggtgg agaatcagcg gtttgagatc aataactttt gccagcggca
      721 ggcgttgccg gtagacgact ggatcgagga gacgatcagc ggaacgaagg actacgataa
      781 gcggcgcttg gggcgactgc tcaagcgtgt cggcaaggac gacatcatca tctgcagcga
      841 gctctcgcgc ctagggcgca acctgtttat gattatggag atcctcaaca tctgcatgac
      901 gaaggagtgt cgtgtgtgga ccatcaagga caactatcgg ttgggcgaag acatacagag
      961 caaggtgctc gccttcgcct tcggactctc ggccgagatc gagcgcaacc tgatcagcca
     1021 acgcacccgc gaagcgctgg cacgtaaaaa ggccgaaggg gtcgtgctcg ggaggccgaa
     1081 agggaagcgc aacacgcaac tcaatccgaa atgtgtgaga cggcataagt acatccttgc
     1141 ttcactcgaa gatggaatta gcattcctcg gatagcaagt aacatcggtg tcgctcgtgg
     1201 tacgctctat cgatatctgg cctatacagg aatacgggag cctgtgaaaa acacaagctc
     1261 ccgctgggag aatggcatct attaggatgc tctcgaataa gttctctaaa gtagaattgc
     1321 gggttgcgca ccacgggcat accctcaccc ttctttccgg agttcgtctt caggaattga
     1381 acattctcct tagaccatgc gatgacaaaa ggagtctcga gataccagcg attgccgtcc
     1441 ttgtctccct tatcgtaagg gacatagaac ggcttatcgc tcgctatccc attctccttt
     1501 tcgtcctccg tgagggtgtc cacatcggcg atctcagact cctctacaat cttaaagagg
     1561 tagccttgcc cgaagatgtc ccgcccatag tcctccttca ggctatcgaa caaggtcgca
     1621 atctccgcct cgctctttgt ggcgagaaag tcattggctg acaatccgtc taaccgctct
     1681 attgggatac ggtagcgtgt gatgacagct tccagctttt tcggacgact ctttctaatg
     1741 ttatcagccc acttggtgtt tgcacgcacg gctatgaact tgccgttatt agccgtagcc
     1801 aatccctgtc cgccctctgt caaacagccc agcaaggcaa tgtcaccggg cttgaggctg
     1861 gcacgataag ctgctagctc gtcggcgtat tgcgctattt tcttgcttgt cgaaatctta
     1921 tcccaccatt catcatagag cttcttcacc gtgcttccga gccgacgata caccgcgaga
     1981 ttgaactcgg taggcttgaa tatcacagag ctttgtgtct ccaaatacat cttctgctca
     2041 atgggaggga gtgcggtcgg ctcacttagg ctggagcttc cgtcaaggaa ttccaccttg
     2101 tgtccgggct ccatctttcg cttaatgact tggaaaacgc aggtgtctac catcgcgctt
     2161 tcaaaaggat tagccgtgtc gaagatgtag tccaattgat aggagaggat aagatccctc
     2221 atgttccgct tggtctgtat tgtccaaaag gtctttggtg tgatcaggca caggcagcca
     2281 ttgggagcaa gcaggcggag gcctcgatga gtgaacagat tgtaggtgtc atctgaaaag
     2341 ccgtattcca gctcatacat cttcttatcg tctttgtcga cacccttagt cgagatgtac
     2401 ggcggatttc cgattacgat atcgaagcca ccatcggcaa agacctcgct aaaccacgta
     2461 tgccaaagga agaagtgggc gttggcgaag aggtcgacgt cggagaggtc gacctcgtat
     2521 cgttgggctt tgagctgctc ttcaatgttc tgctggatgc gcgctcggag cgactgcttc
     2581 ttgtcgtggt tgtcctcgcc gtagtacgcg acgaggaggt ggtggaggct caaacgcgag
     2641 gcgtcgttct cgtcgtcgat aaagaagagg cggccgtccg tcttctgcga ggccagcgta
     2701 ctgaggtcga cttccttgta gcgttccagc agggagttgc cctgcatgat tttgtagtca
     2761 aggttaggca gcggttgggg gacgtcctcg tcgactacga gcgagagcca gaatcgcagg
     2821 cgggcaatgt ccacggcgcc gcggtcgagg tccacgccgt agatgttctg ctggaggatc
     2881 tccttcttga tctcggcgtg cgacttggat cggccttcct tcacttcgtc ttcgagggcg
     2941 atgcggcaga ggtagagctc gcgcaagagc cccatgggga aggcgccgga gccgatggcg
     3001 gggtcgcaga tcttgaccgt acggaggcgt tcggctatct gctgacggag aggggacggc
     3061 tggcgttcgt ccgagacgtc gtcctgcacg tggagacaat cgtcgtcctt ggtgcggaca
     3121 aattcgtcga tctcttttcg catgcgttcg tccggcacgc cggcctgcag gtatgccgtg
     3181 agggagcggc ggcacatgta ttggacgatc tccttggggg tgtagaaggt acccttctcc
     3241 ttgttgtcct ccagaaggct ctcgaaaatg cggccgagca tttctgggtc tacgcccacc
     3301 tgcgcgtcgt ccgggtcgtt ctcgtcgatg gtgaagttgt actgttcgaa gaaggtgaag
     3361 agttcgcgga acagctcggc ggggaagcgg gcgtcggtgc aggctttgaa gcatctgtcg
     3421 gcttcgtcct cctcaaagag tccgccgttg aggtagggca cgcgcactcg ctccggaaag
     3481 atacgcgtgt cgtagaggtc attgtcggcc ttgcggtcgg tgttgagcgc gtggaagaag
     3541 aggtattcga gcacctcgtg aacgaagtcg gcccgctgtg tctcggacgc acgatcgaag
     3601 aggccgtaca tgaattggaa gttgccctcg ccccagcggc cgctatcggg cacgcccatc
     3661 cagcctttct tctgcaagaa gtggaggaag acgatgcgcc cgagcagctt cttgacatag
     3721 tcgcgtacac gcttctcgtc gtcgtcgaaa gcgcgcatga tggcttcgtc gggcgcatgc
     3781 tccgtgcgtt cctcccactt attggcctgc ttgacgtagc gcttgcccgt ggcgtggagc
     3841 acaaactggg cgtagtgctc gcggtacttg tcgaagaact ccctcgagag cgcctcgacg
     3901 gagaaggccg tttggaggtc agcgatagtc acctcttcgc ccttcttgtc gaatagcttt
     3961 tggaagttct ccgcggccgt gcggcaggag tgcccgggcc cgaacaggaa ggtgaagcgt
     4021 ttcgggtcgg tggtttgctc gctctccgaa cttttatagc agaacgagaa gcgccactcg
     4081 cggttggagg cgtgagcctc gtcgtagtgg aagaccataa aggcggccga tcgatgctcc
     4141 ataatgcggc gggtgagcag ctgtaaggcg acgcggttgt gcgccatctt cacatgatcg
     4201 tcgacggtga tgtcaaagac ctgtaagggc gttgtgccgg catagacttc gcctttcaac
     4261 accatgttgc gtatgccggt tgcttcggcc tgcttgctgt agcccgcctt ttgcgcataa
     4321 tcatccttgc caatcgcttc aaactctgtt tgatcgaaga tgcgatagat gactcgctcg
     4381 aggaaggcgt ccatgccggg atagcccttt tccaggaagg atctcagtgt atctgtgtgc
     4441 ataataatat gtatgggttt gttgtgtgaa tgattgcctg tgtttgctgt ttgaacgtga
     4501 gtttgatgta agcgattcgt ctattatacc cccggcagaa tgtctgccga cgcactcatg
     4561 gggtatgata ccctcggcag aatgtctgcc ggcatgctca tggggtatga tagccccggc
     4621 agaatgtctg ccgacgtact catggggcat gatagcctcg gcagaatgtc tgccggcata
     4681 ctcatggggt atgatagtct cggcagaatg tctgccgggg catcgcacat cgagttcacg
     4741 tgattatttg atggttccta aaatgattcg ggggtcgcct ttgggagtaa ccgacacctc
     4801 cttggccagc ccgcccagcg cttgttctat gaggtcgtct aaagagaaga gctgtcgcag
     4861 ctgtgcgtgc tgctttctat cgatctcaag gattcgattg atcacgtcta cgttgccact
     4921 acgcacctgc ttgttggcct gcttcaagat ctgtttaacc gtcgtggaaa ggtcaggctt
     4981 gtcgtataac ttgtctatga tttcccgcgc tttggtcagg gtgtcgtcca cccgcgttga
     5041 ggacttgtcg tagacgtgat tcttgtatgc ctgaagcgcc tccttctcca gtgccttcca
     5101 cattttctcg ctgttcatgg gcggatcaat ggcgcaggca gcctcgtccg ctcgcagctc
     5161 ctcgaggaca tctatcggcg agaccacctt gaaccggctc tgcggatcga agtagacgat
     5221 catggcgttg gcgggctgcg ttccgactaa gaagtaagcc gtgcccttgt cgtcggtggt
     5281 ttgcaccatc agccagtcgc cgggcgcgtt ggcctcttct atccggcgat agcgcgggcg
     5341 gtgcgtcttg acgtaggcac gcagctcatt gacgtatttc aagtaggggg catcgcccac
     5401 ctcatcctca atctggtcgg aggtagggag aagtgcgtag tgcaccacat cctcggcgtt
     5461 ggagaagatc ttgctgtcct caccgaagag ggtgtggaag gattgcagct tgacgtgcgc
     5521 cttctgcacc aacttgatcc tctcgtcgcc ctcatcgctg ggcatgaagt tgtagacata
     5581 aatgtggggc gctgccgatc cgatacgatt cacgcggccg atgcgctgca tgaggcgggt
     5641 ggcgttccaa ggcgtatcgt agttgaggat cacgtgggcg cgatgtaggt tgacgccctc
     5701 ggccagggtg tcggtggtga tgagcacgtc gtagtcgctc agctgttccg cagcggggca
     5761 gttggcatcg aagtttcggc ggatcacgac gcgctcctcc tcgcggtttt gcgagcggat
     5821 gacaagtggt cggtgcccga cttccttcac cacacgcccg agctccacgg cggtggggat
     5881 ggcctcggtg aagatgacga gcaggccggt ggtgttcttc tctgggtcaa acagtgcggg
     5941 cagttgccgc ttgaaggcct cgagcttcgg gtccttcttg atccacttcg gatcccaacg
     6001 cgcgcagagg tcgctgagga tgcgctcgtc acgctgcagc agctcgatgt acttcggttg
     6061 gaaatcttca cggcggtatt cggcattctt tccgccttcg ttccgcccct gcttgttgag
     6121 gtcgttgatc tttcggcgca gcgccgccac agcttgctcg aaggtgggat gggctcgcag
     6181 ctcgccattg atatcgatgt cggggcagac gaagagggtg ttgttgcccc acatacggat
     6241 catgttttgc gtgttttgcc acaggttatg gagcgactcg cggaaggcgc ctgcggagct
     6301 ttcgagccgc ttaacgaggc tctgctgcat gagccaggcc agctgtccgg ccacatcgcc
     6361 cgccgtgcga ctgccacggc ccttgtgctt ctccgcgttg gtgggatcgg cgaagtattc
     6421 aatggcgcga tagcgggcat aggtcagtcc gtccttatcc tcttctccgg gggcgataag
     6481 gcgcatcgtg tcgttgaaaa ggctgacctg cgcgctgtcc atgacgtatt tcaaagccgt
     6541 cggcccctcg atccggggga agacgagccc ttgcgcctcc atatcttccc cgtaattcat
     6601 ctccacgtcg gtgcgggtgc gacgcaccat gatgtccaca agcactttgg agcgaatctc
     6661 ttcagagagt cgcttgagtc gttcggtgcg tttatcctcg agcatcggac tgtttttgtc
     6721 gatcagctct tgatattccg catgaacctc cttgaagaag gcatccaagt cgccgcccgg
     6781 caccttcgtg agtgtgctgc tcttgggcgt acgctcaaag aggtagatct gattcttcaa
     6841 gtcctgagga cggttgttct gcggggtggc agagagtagc ccgacgtagg gcgtgggggc
     6901 gatggatccg atcaggctgc tgagcgcccg gtacatttcg gtgtcggagt tacggaagcg
     6961 gtggctctcg tcgatgagga tcagcccgta ggtcctgctt tgatcgagcg tgccgtcaag
     7021 cgtgccgtcg tcgagcgttt cctcgtcgcc ttcgtcgttt acatcctccg tgaacttgtc
     7081 gagtcggccc aaggagatgt agtcgatgcg gttgttcaac tcaggggcgg cggcgcagat
     7141 atcgccgagg gtgtctcgcc acggctgcag cacggcgggt ggcgtgacga tcagcacacg
     7201 gctgccacga ccgtccttct gtggcgtgga gaggaagtgc cgcacgatca gggcacccac
     7261 gaccgtctta ccgagcccga ccacgtcggc cagcaggaag ccgccgtgcc gctgcatata
     7321 ctcgtagcac tgcttgacgg cgtcgatctg ataatcgaac gcgctgtacg tcatgggcag
     7381 atagtccttg atctggccgc tgagcttcgt gtcgaggaag gtggcaaact gggtttgcag
     7441 cagcttgatg tatagttcgt agggcgtaaa gggtgcagtg gccgccacct cttcctcctt
     7501 ctgccgctgc ttccgctccc ggttcacctc ccggccgatg ggggagggct tcacgatctc
     7561 gttcacaaac tcgttcgtcc acggggtcga ctgctcccac ttctcatcga accaaatccg
     7621 atgacctttc gagggcgaac cctctttagg ctcggctgtg atgatcatac cattcgtctc
     7681 caaatagttc agctccgcat tttgagtgag ccctttccgg gtaaagttgg agctgccgat
     7741 gataccgaac gagctatcgc tccccataaa gatgtagcac ttagaatgca gaaagacgtc
     7801 ttctccgttc ttgtcttcgg tgtatttatt cacctctatc cgccctgtgc cgacttcgat
     7861 ctcttggccg tcgtcgtccg tctccgtgtg cttacagtgt gtcagcagca gatctacggc
     7921 caacttatag tcctctttga tatatagcct gaggaggtct gttttgatgt agtcgtccgg
     7981 gaacttctgc gtcgtatcct tcagatggga ggcgtagaca ttggggtctt taccgatcag
     8041 gatttgcagc cgtgtgcctt cgcgctccaa gaaggcgcgc agctcgtcag ccacgagtgc
     8101 catgcccggc acatcccagt atccggtcgc gatacggata tgatcgatgc cttccttgcc
     8161 gatgcattgc ttcaaatagg tctgcattga aagggcatca gtagagttat cgataagcgt
     8221 attgttcatc tctgtctctt gatggttgtt atcggaccac aaagaaagta tagatgatgc
     8281 ttaaaaaggg gtgtattatc gcagcaattt tcccccaccc ctcagttggg tgaatagtcg
     8341 agaagtagga cgtgtattcg tcagtggatt acggcacaaa ctctatcagt ccttcataat
     8401 cctccataaa ttatgaagga tgggggtagt tttgcgccct caataatgtg agttcgatgt
     8461 aagcaattca ttcgccgata cagggaggag acgcttttgc acgcgggttg caagccattg
     8521 gggaagatgc ttcctcggtg tggggaagtg gatttcttac atcgaactca cgttcaatag
     8581 caagaaatga catggataga ccgattgaat atccccccgc aaaagggatg ctgagcgaag
     8641 aatcgaaggc cttgatgtat gccttcaccc cggaagtgcg cgcgctgaat gccgattacc
     8701 cctactggga caaggtgaag tatcaccgga gcgagattga cccgcgcatc ctgtggcagg
     8761 cgctgaagtt gctgcgcagt ctcggacgca cacccttgca cttcggccga tacgcgttta
     8821 gctataacag aacagacgaa atgctcagcc tgctgcatac gtttgatatg cacgtcgggg
     8881 ggagcctctc cagcagcgac ttggacttac tgcctgagaa taagcgcgcc tattacctcg
     8941 tatcgtctgc gatggaagaa gccattgcgt cgagccagat ggagggcgcc tcgacgacgc
     9001 ggcgggtggc caaagagatg ctgcgcaagc aggagcggcc gagggatcgc agtcagcaga
     9061 tgatccgcaa caattatcag acgatcctct acctgaagga tcacgcagct gagccgttct
     9121 ctgtcgagcg gctcctggat gtccatcgca taatgacgga aggcacactg gacaatgcgt
     9181 ctgacgcagg tcgcctgcgt aaccacgacg acatccttgt aatggacggc atctctggcg
     9241 acgtggctca ccaaccgccc gcccacgacg agatccctgc tctgatggcc gacttggagc
     9301 gcttctttaa ctcggacgac gaggacacct tcgtccatcc cattgtcaag gcctgcatca
     9361 tccatttcat acttgcctac atccacccct tcgtcgacgg caacggccgc acggcgcgcg
     9421 cactcttcta ttggtacgtg atgcggcgcg gttattggct gatcgaatac ctctccatct
     9481 ccagcatcat ctataagacg aagcgtggct acgagcgggc gtttctctac accgaatacg
     9541 acgacaacga cctgacctat ttcatcctct atcacctgcg cacaatacgg caggcactcg
     9601 agcggttgaa ggattacctg cggcgtaagg cgacggaaaa caacgacgcc caccggctga
     9661 tgtccgtgga gaacatgaat agccggcagg cgcagatggt tcagatcctt cgcgagaagc
     9721 ccgacatgat gttcactgtc cgcgaaatcg agcagcgctt tgctgtgaca aacgccacag
     9781 cacgtaccga cctgaagggc ttggtggagc gaggcttcct tgttgaggtg gctatgaata
     9841 aggtgaagcg gggctatgta cgatcagccg acttcgaggc acgactggca ggagggtgag
     9901 ttcactttcc ctggctcact aagcagctca tgggcgcctt gaggcgggcg gcgctgcggt
     9961 aatagacctc agcgtaaccg atcttcagct tcgcgcggat cttgatcggc agaaagttct
    10021 cgtcgtcgcc cacccacagc tccgcggccg aacgcgtctg cgtgaaggcg tcgtcgtgga
    10081 tgtcgatcga gaagtggtgc gtgcgatagc gcgctttgtc gcgctccaca acggcggggc
    10141 cgtgatagcg taagttcacc ttcaccagat catgccctac ggcaatgatg gccggaaaga
    10201 catcgcccga ccggagactc gtgcggttga tcgtgcgcag gaagtaggtg gcgccgagca
    10261 tgtcgaaagc gcaaccggag cggacgtaga gcgtggtatc gatcttcatc tccgtgggcg
    10321 tgtaacgacg cgagcggatg gtggttcggc tcttggcggg ataataaaag gtgagctcgt
    10381 ccgtcaggcg gtagtcgttt tcgttcgatc gcttgacgct gtagagcagg gcgccttcgg
    10441 gcgtgtagta acagtcgagg gtgtcgcgca tacggtagac cgactcaaag attttgatcg
    10501 tgcggaagag catgcgatag cgacgggccg tggcgccgcg aaacttcgtc gtgttgtatg
    10561 agatcgtggc ctcaccagcg cgcgacatga tcacgcccca cttgaagtag aggtcgtaat
    10621 tgaccgactc gcccacgttc agcgggatgt tggccggggg gcactgtgct cgggccgcgg
    10681 cgaacaccaa cagcagtgcg cacatcatgg cggcggtgcg gcgtaggcct cggtcagaac
    10741 gggaagccgc cgcttcggtt gcgatcaccg gagcgacctt cgtctttgta gttacgtttc
    10801 ttcggagtct catctttggg tttatttttt gtgattgcga taggcttctg tcggtcgagg
    10861 ggcagcgctc tgggcgccca cgtctcctcg atctcccagt tggcgcggat gacgtattcc
    10921 ttgggggaat agtagaccat ctcgggctgc cgatgggtag cgtaatcacc cgtatcccag
    10981 cggtcgttgg cgttggtgtc gaccgtgagg cgggcgtagt aggtggcggg ctgcaggttg
    11041 gcaaagagta cgccgccgtc tttcactcgg acgcgtcgca gaggctcgtc ggaggtgttg
    11101 agtagctcca cgaaggccgt cgtgtcgatg ccgtcgatgt tgatgtacaa gtggccgtag
    11161 tcctcacgct tgcggatgct aaaggccgat tcgtaggcgt cattcgtatg tccgtaaatg
    11221 ctgcggaggc gtgccgaatc gacggctatg cgatagttgg caccgtaggc ccaagcgtgg
    11281 cggaggttgt acttcagtag atccatgctg tcttgctcca atgcaaactc aacgggcgtc
    11341 cagaccgtgt ccacctgttg ctccaagcgg aaatcctcgc ggcggaggtc ggtcatcggc
    11401 tcctcgaaaa ggaaggagac cgtatccgtc acctctacca tgcccgaggc gttcgattgg
    11461 aagacgagcg gacggcgctc cggtttgttt tcgctgtctt tcgacttacg ccgtgcgcgt
    11521 ggctttcgcc agactaaatg gagcgtgtcc gtctgtgggc ggagtgtgtt cgtagagtcg
    11581 cttttgagat aatccacgcg cagatgcacc gtgtcgcgtg cccagacagc cgaatcggtg
    11641 atccagtaac ggacagccgt gcgacccgcc atcggttggg tgaggaacca cggtgcgttg
    11701 cgtcgtgcac catcgagtag ggagaccgtg ggtagggagt ccagcggcgc gttgaagtgc
    11761 aacgtgaaga ggtcggcgcg gtcgcgaccg gggcgaagca tgtattggcg ctgggtgacc
    11821 tctttgaaga gccgcagggt gacgtcgtca ggcaggaagt gcgtgtagtg aacggtgcgg
    11881 atcgtatcga cggtgacgga gtctttccac gtcgtatcct gtcgggtggc gaagcggaag
    11941 gtgggcgtca cggtggagtc gaggaaagcg atggcctcgc cgggctgatc gaagcgataa
    12001 tcccgattgg catcggccag ggcgtagagg cgatacgtac cggtggcgat gttgcggatc
    12061 gtgaaccgtc cgcgatcgtc cgtctttgag gttcgatcga agggcagacg ggtaaaagcc
    12121 gtgtcggacg gattggcgtg caacccgacg acaacgtcag tcatcggctc caagttttcg
    12181 gcattgagca ggacgccgcc cacctcgagc gagtcgatca cgttgcccgt agagaaggca
    12241 aagctgaaat ggccgatggg gttcttctcg ttgttgtcag agatggcatg accgaagtca
    12301 atggtatacg tggtgttggg cttgagcgtg tccttgagct cgacgcggat cttccgcccg
    12361 acgatttgaa tgctgggcag ctccttctgt ggcggagcga tgaccacgtt ttgcgacggt
    12421 ttatcgacct gaatcagttc atcgaaaacg atctccacgc gtcgcccctt gtagttcgtt
    12481 tgctgcggta gcggcgtact gctgacaaac ctgggcggct tctcgtcata cggtccgccg
    12541 tttggtcccg ccatattggc gcacgccaca gcgcccccga tcagcaatcc caaccccagt
    12601 cttttcatca cgtatggcac gcacgccttc attcgttcat tcatccgcct cacctttatt
    12661 atgatcgggg gcaaagatag acgcgcttcg agaaaggctc cggggcgtgg ggagggcttc
    12721 aaagaccata agaatcacac gctaataccg ctccccccac agccgtcgca tgcgttcgac
    12781 cagcttatcc tcagcggcgt tcggttgacc ctcccagatg cgcgtttgga gcagctcctc
    12841 gggcaggaag tcttgcttca cgaaatgccc ctcgtagtcg tgcgcatact tgtaattctt
    12901 gccgtaatcc agctccttca tcagcttcgt gggggcgtta cggaggtgga gcggcacggg
    12961 caggttgccc gtctcacgca ccagcgccag cgcacggtcg atggacagat aagccgagtt
    13021 gctcttcgga ctgcacgcca aatagaccgt cgcctcggcc aggatgatgc gcccctccgg
    13081 ccacccgatc ttcttcagcg cctcgaagca ggcgttggcc agcagcagtg cgttggggtt
    13141 ggccagcccg atgtcctccg ccgcagagat gaccagccga cgggcgatga actccggatc
    13201 ctcgcccccc tcgaccatcc gcgccagcca gtagacggcc gcgtccgggt cgctgccgcg
    13261 gatcgacttg atgaaggccg agatgatgtc gtaatgcatc tcgccaccct tatcgtaggc
    13321 tgcggggttc tcctgcaaac gctcgacgac cttttgatcc gtgatctcga tcggcccctc
    13381 gggctcggcc gcgatgacca ggtcgaggat gttgagcagc ttccgcgcgt ccccaccgga
    13441 gtagcgcacc agcgcgtcgg tctcccggac ctcgatcgtt cgctcgcgca gcaccacgtc
    13501 ctcgctgacc gcccgacgga tgagcgtcag caggtcttcc tcttccaacg gcttcaagac
    13561 atagacctga cagcgcgaaa gcagcggacg gatcacctcg aacgaggggt tctccgtcgt
    13621 ggccccgatg agcgtcacca cacccgtctc gacggcattc agcagcgaat cctgctgcga
    13681 cttgctgaag cggtgtatct cgtcgatgaa gaggatgggc gcgaccgtgc ccgtgcgaaa
    13741 cagcggctgg tttcgcgccc ggtcgatcac ctcgcgcacc tccttcaccc ccgagctgac
    13801 ggcgctgagg gtataaaacg gtgcctccag ccgcgacgcc acgatgcgcg caagcgtcgt
    13861 tttgcccacc ccgggcggcc cccaaaggat gaatgacggc acacgtccgg cctcgatcat
    13921 acggcggagc gccgccgtgg gccccgtcag gtggcgttgc ccgatgtact catcgagcgt
    13981 cttcggtctc aatcgttctg caagtggctg actcatgccg caaagatagc cgcgcttgct
    14041 ggccctcgcc gccgtcccgc gctatacgta tatataatgg cctcagacga tcagccctcg
    14101 gcggacatcc cccgaccttc ttccgaggct tttcatccgg ggtgttttgc ctaaaatcaa
    14161 gtgcatagag aaaaagtact gcggtaattt atcggaaatc aactgcttta atactactta
    14221 cttcggtaat tcatcgcaat gtaattgctt tgcgactact tacctgagta atttattgca
    14281 atacaattgc tttgcgatta cttactcaag taatttattg caatgcaatt gctttgcgat
    14341 tatttaccga attaatttgt cataatgcga gtgatttgta atcatcaaac tcattacttg
    14401 attacaatgc aactgctttg cgattattta ccgcggtaat ttgttacaat gcaagtgatt
    14461 tgtaattatc gaactcgtta cttgattaca atgcaaatga tttgcgatta tttaccgcgg
    14521 taatttgtta caatgcgagt gatttgtaat tatcgaactc gttacttgat tacaatgcaa
    14581 ccgctttgcg attatttacc gcagtaattt gtctccatgc aactgcactg cgataaagta
    14641 acgcgaagtt tgatcggaaa ccggttgcat ggcgatcaac ccgggtggga gatgtttctc
    14701 ggcaatagat ggaggatcgt cagtcgaagc ctttcatcgt acgtcacacc ggtagcgatg
    14761 gatagactgc gacggagttt cccgcacggt agcctcggcc cgtcccccac gggttggagg
    14821 tgtcccgcag aggggctttt gatggcccaa ctttgccgtt ttgaagccac atctggttat
    14881 tccttcacaa tccttgcact tttcttttgg cacatggttt ttgcgcctac atttgcccgc
    14941 ggtttttaac acgcaacaca tttgatagta ttattttttc gatcttatga agaagcacaa
    15001 tttttatgca ggaccctcta ttttgagtga gtacacgatc aagaacacgg ccgacgccgt
    15061 actgaatttc gcaggcacag gcctgtcgct gctggaagtc tcccaccgcg gaaaagagtt
    15121 cgttgccgta aacgacgagg ctcgcgcgct ggtgaaggag ctgctggatg tgcccgaaac
    15181 gcacgaggtg atcttcctcg gcggtggcgc cagcctccag ttctacatga tccccttcaa
    15241 cctgatgaag aaaaaggcct cgtatctcga tacaggtacg tgggcatcca acgccatcaa
    15301 ggaagccaag ttcgttggtg aggtggacgt tgtggcttcg tcagcggaca agaactacac
    15361 atacatcccg aagaactaca ccatcgcacc ggattcggag tacttccaca tcacgaccaa
    15421 caacacgatc tacggcacgg agttgcataa gatcccggaa gtgaacatcc cgctggtggc
    15481 tgatatgtcg tcagacatct tctccttccc ggttgacttc tcgaaataca acgccgttta
    15541 tgccggtgca cagaagaacc tcgccccggc cggtgtgacg atcatcatcg ttcgcaaaga
    15601 cgcgctgggt cacgtagacc gtccgctccc cacgatgctg gactatcgca cacacatcaa
    15661 gaaggattcg atgttcaaca cgccccccgt actgcctatc ttctctgcgc tgcagaccct
    15721 gaagtggtat aaggagcagg gcggcatcaa ggtgcttcag aagaagaacc aggagaaggc
    15781 agccgtgctg tatgacgaga tcgaccgcaa caagctgttc cgcggaacgg tggctgtcga
    15841 agaccgctcg ctgatgaacg tttgcttcgt gatgaacgac gagtacaagg aactggaaga
    15901 caagttcgct gacttcgcca aggctgccgg catgatcggc atcaagggcc accgttcagt
    15961 aggcggcttc cgcgcttctc tctacaacgc catgccgatc gagagcgtga aggcactggt
    16021 ccaaacgatg caggaattcg aaaagaagca ctgatcatga aggtcctcgt tgcaacagag
    16081 aagccctttg cagccgttgc tgtgaatggc attcgtgaag ctgtcgagaa gggcggcttg
    16141 gaattggcac tgttggaaaa atacaccgag aaggcacagt tgctggacgc cgtgaaggat
    16201 gctgacgcga tcatcatccg tagcgataag gtagacgccg aagtgctcga cgcagccaaa
    16261 cagctgaaga tcgtggtgcg tgcaggcgct ggctacgaca acgtagacct ggaagctgct
    16321 acggcacaca acgtgtgcgt gatgaacaca ccgggtcaga actcgaacgc cgtggccgag
    16381 cttgcgctgg gtctgatggt gtacggtgca cgtaacctct ataacggcac gtcgggcacg
    16441 gagctgaagg gtaagaagct gggtatccac gcctatggca acgtaggtcg caacgtggcc
    16501 cgcatcgcca aaggtttcgg tatggagatc tatgcttacg acgcattctg cccctccgaa
    16561 gtgatcgagg cagacggcgt gaagcccgtc gcatcagctg aggagctgta caagacctgc
    16621 cagtacatct cgctgcacat cccggccacg aaggagacaa agaactccat cggtcacgcc
    16681 ctgctgtcga gcatgcccaa aggcgccgtg ctgatcaaca ccgcccgtaa ggaggtgatc
    16741 aatgagccgg aactggtgaa ggtgctggag gaacgtccgg acttcaagta cctgacggac
    16801 atcatgcccg gtaaccacgc cgagctggct gagaagtttg ctgcccgcta cttcagcaca
    16861 cccaagaaga tgggcgcgca gacggctgag gctaacatca acgccggtat cgctgctgcc
    16921 aatcagattg tagacttcct gaagaacggc aaccgcaagt tccaagtgaa taagtaatga
    16981 atcatagcaa gctcccgtta tcgcagccct ctcaaaaaag agaggagtcc ggtagcggga
    17041 gcttctttct acacacattc agacacatcc aatcatgaag atcaaaccat tcaaaggcgt
    17101 ccgcccaccg aaggaatacg ttgagcaggt gcagtcgcgc ccatacgacg tgctgaactc
    17161 tgccgaggca cgcgccgaag cggaagggaa cgagaagtcg ctctaccaca tcatcaagcc
    17221 ggagatcgac ttccccgaag gcacggacga acacgatccg aaagtctacg agaaggccgc
    17281 acagaacttt caaatgttcc aggacaaagg ctggcttgtg caggacggca aggaacgcta
    17341 ctacatctat gcccagacaa tgaacggcaa aacgcaatac ggcctcgtgg tctgcgccta
    17401 tgtcgacgac tacatgacgg gcaagatcaa gaagcacgag ctgacccgcc gcgacaagga
    17461 ggaagaccgc atgaagcatg tgcgcgtgaa caacgccaac atcgagccgg tgttctttgc
    17521 ctaccccgac aacaaggacg tggacgccat cgtagccaaa tacaccaagg gcacgcccga
    17581 gtatgactac acggccgagc tcgacggttt ccgccacacg ttctggatca tcgacgacga
    17641 tgccgacatc cagcgtatca cggagctgtt tgccgccatg cccgctatgt acatcgccga
    17701 cggacaccat cgctccgccg ccgctgcact cgttggcgca gagaaggcta agcagaaccc
    17761 gaaccaccgt ggcgatgagg aatacaactt cttcatggcc gtttgcttcc ccgccaacca
    17821 gcttacgatc atcgactaca accgcgtggt gaaggacctc aacggactct ccgacgagga
    17881 gttcctcaag aagctgtccg aggacttcat cgtggagaag aagggcacgg agatcttcaa
    17941 gccctcgcac ttgcatgagt tctcactcta cctcggtggc aactggtact cgttggtggc
    18001 taagccgggc acgtacaacg acaacgatcc gatcggggtg ctcgacgtga cgatctcttc
    18061 gaacctgatc ctcgacaaga tcctcggtat taaagacctc cgcagcgata agcgcatcga
    18121 cttcgtcggt ggcatccgcg gactgggcga gcttaagaag cgcgtcgaca gcggagagat
    18181 gaaggtggcc ctcgcgctct accccgtctc catgaaacag ctgatcgaca tcgctgacac
    18241 gggcaacatc atgccgccta agacaacctg gtttgaaccc aagctccgtt cgggattagt
    18301 catccataag ctgagctaac cctcattctc gaaagagaaa ccacaccaat caaccgccaa
    18361 aaaagagagg acacggggcc gcgacgaaca ctaacctgtt ctccaccccg tgtccttctc
    18421 atctctcccc acatcataat gatcaacaac atcgtattcg acatgggcgg cgtgctggct
    18481 aagatccatc cggaacgtgc catccgcagc ttcgaggcca tcggcgtatc cgacgccgca
    18541 gaccttatca acccctacaa ccacagcgga ctcttcggcg acttggagcg cggaacgatc
    18601 gacgcggacg agttcgtccg ccaactctcc gcccattgtg gccacgagct caacccggag
    18661 gacgtccgcc gcgcatggct cagcatagcc aaccccgcgg aggtcgagaa gctcgactac
    18721 atcctccgtc tccgaccccg ctaccgcctc tatgtgctca gcaataacaa tcccatcgtc
    18781 accggttggg cgcgcacgag cgagttttcc gctgccggtc ggcccgtcac ggactacttc
    18841 gaccgcctct acatctccta cgagatgcac tgcatgaagc ccgagcccga gatcttccaa
    18901 cgcatgatcg aggacagcgg catggtgccc gccgagacac tcttcatcga cgacggcgcc
    18961 catcatctcg tcaccgcccg atcgctcggc ttccacaccc tcctcgccac caacggcggt
    19021 gactggcgac cagacgtcga ccggttcctc agcgaaaaca agtagtaggg acgccctgcg
    19081 ggctcccggt agtccgaaag tagttaggag gcaaagcctt cactcccgcg gcgacgccgc
    19141 ataaacacat cctttatcct tatgaaaatc cccttccgca tttcccttct cggatgggtg
    19201 gccatagcca tcgtaggcgg catcctattg gggcaattcc tgcccacggc catcgtccga
    19261 atcttcgtca cgttcaacag tctctttggc aacttcctct cgttcgccat cccgctcatc
    19321 atcctcggcc tcgtggcccc cgccatcggc gagttaggca agggcgcagg gaggctgcta
    19381 ctcatcacgg cgctcatcgc ctacggatcg accatcttct ccggcttctt cacctacttc
    19441 accggtgtgg cggtcttccc ccacctcctc accgttggca cccagtcgct cgaggcgttg
    19501 cagaaccccg aatcggccat gctcacgccc tatttcaccg ttgccatgcc gcccgtgatg
    19561 gacattatga ccgcccttct gctctccttc gtcgttggtc tcggcctcgc ctccatcccc
    19621 ggcgacacgc tccaaaaggg ctgcgtagac tttcgtgaca tcgtctcgcg cctcatcgag
    19681 accgtcatcg tgcccctctt gccgctccac atcttcggca tcttcctcaa catcaccgtc
    19741 agcggacagg tggccggcat catgtccatg ttccttcggg tcatcctcgt catcttcgtg
    19801 ctgcacgtcg tgctgctgct catccagttc agcatagccg gtgtcatagc gggcaagaat
    19861 cccctccggc tcttgaagaa catgctgccg gcttacgcca ccgcccttgg cacacagtcg
    19921 tcggccgcca ccatccccgt gacgctcaag cagacgctcc ggaatggcgt ccgggagagc
    19981 atcgccgtct tcaccgtccc actctgcgcc acgatccacc tggccggtag cacgatgaag
    20041 atcaccgcct gcgcaatggc catcctcctc atgtccggtc aagcgatcga cccggccgca
    20101 ttcagtggct tcatcctcat gctcggcatt acgatggttg ctgcgcccgg agtgcccggc
    20161 ggcgccatca tggcagccct cggactcttg ggcaccatgc tcggcttcga cgagaccctc
    20221 caagcgctca tgatcgccct ttacatcgcc atggacagct tcggcacggc ctgcaacgtg
    20281 acgggcgacg gcgccattgc cgtcatcgtc gaccgcatcg ttggccagcg ccccggcgag
    20341 ccgcaaaacg cgtaagcccg acgctgtggc cgcatctggc catagccttg cgcggtatct
    20401 gcggatcccc agcgagctga aatggcgact gctatcgaat caatgcctcc agcccaccct
    20461 cggttggagg cattgtcgta ctatatgatt aagtcgaaaa attgtaagtt aacgtcgctg
    20521 tgctgtatga ttaagataca aaattgtgag ttatcgtcgc tgcactacat cgttaactca
    20581 caaaattgtg agttgccgtc gttgtatcat ttcgttaact cacaaaattg cgagttgcca
    20641 tcgttgtaca atgtcgttaa ctcacaaaat tgcgagttgc cgtcgttgtg ctatgtcgtt
    20701 aactcacaaa gttgtgagtt gccgcagttg tactatatcg ttcactcgca attttgcgcc
    20761 ttattatttg gcaggactta tcccctcttg catggtggga gcagggggtt gcgaccgtgg
    20821 ccctaacgcc gacaggccgg ccgcatcgct ggaaatggtc tacttttgcc ctatacaaaa
    20881 ccacactcag acaattaata acatcgattt tatggggaag atattagtga tcggcgccgg
    20941 gggcgtgagc accgttgccg tgaagaaaat ggctatgaat gccgatgtgt ttactgacat
    21001 catgctggcc agccgcacga aaagcaaatg cgatcgcatc gcggaggata ttaagaacgt
    21061 acgcgtgcgc acggctcagg tggacgccga caacgaggac gaactggtgc acctcttcga
    21121 ggacttccgc cccgagctgg tggtcaacct cgccctgcct tatcaggatc tccacatcat
    21181 gaacgcctgc ctcaaatacg gcgtcagcta cctcgacacg gccaactatg agccgctcga
    21241 cgaagccaaa tacgaataca gttggcagtg ggcctacaag gatcgcttcc gcgaggccgg
    21301 cctgaccgcc atcctcggct gcggcttcga ccccggcgtg acgggcgtct tcacggccta
    21361 cgc
//
LOCUS       SEQF2637|AYYD01001059.125237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..25237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             704..1723
                     /gene="ideR"
                     /locus_tag="SEQF2637_01120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMH1"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron-dependent repressor IdeR"
                     /translation="MKREKSHGTRLFDAIRTRFGRHDREQDREVEEDLLKAVYELGGR
                     IAADEVQRVGESLGADADRTASAVGRLALRGELTMGDELQLTDAGREHALRIVRAHRI
                     YEQYLAEHSGYAPAEWHERAHRMEHRISDAEQERIVSLLRNPSFDPHGDPIPTRSLEV
                     ADRGEDDRALRARSWWRVTHVEDDDRALFTLIADLGLTKDSVLFITDVTADGFTFMYE
                     GERFTLPAAAHAALNMEPMTDDEVRRSPEADARRLTRLEPGVTARIVGLSPSCRGALR
                     RRLLDLGFVRGSTVSIDLVSPMGNPVAYAVRGTAIALRHDQARYILIGTGSSQPSFPH
                     IPQPQ"
     CDS             1720..3879
                     /gene="feoB_1"
                     /locus_tag="SEQF2637_01121"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33650"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe(2+) transporter FeoB"
                     /translation="MNQTTNTASPCATCPKAAPMHGLERRGAQADGERFVVALAGNPN
                     TGKSTVFNALTGLKQHTGNWPGKTVGKAEGFFGYGGDTYRIVDLPGTYSLASTSEDEE
                     IARDFILFGKPDVTVMVADATRLERNMNLILQVLQITDRAVLCVNLLDEAERNHIHID
                     LNALSRRLGIPVAGCSARSGKGIDRLLEMMHEVATGAYVCRPHRATNLPPATADHIRV
                     LTEAVARVHPNLSNAEWIAFRLVEQDPSVRQRFGNDELNALAENIHLQISNNFHDQWM
                     EDIYAQAEAICRDVVTQGNRRGRLPMDVRLDRILTHRVWGFPIMVALLSGVFWLTIVG
                     SNYPSSWLSDLLVGLLHPALRGLFVGFGAPAWVTGLFVDGVYLSTAWVVSVMLPPMAI
                     FFPLFTLLEDFGYLPRVAFNLDELFRRAGAHGKQALTMSMGFGCNAAGVVSTRIIDST
                     RERLIAIITNNFSLCNGRWPTQILLATLFVGAAVPARYSGLVSLVAVMGVVFLGVTLM
                     FGSSWVLSRTLLRGEVSTFHLELPPYRPPRFWSTIYTSIIDRTLIVLWRALVFAAPAG
                     AVIWLCCNLTVGGVSIAAHLIHWLSTPGWIMGLNGVILLAYILAIPANEIVIPTVLML
                     TLLVLGQSDAGAAGVLMEGGDAETKQILLAGGWNLLTAVCLMLFCLLHHPCSTTIYTI
                     YKETHSAKWTAVAIFLPLVLGIIVTSIVAFIWRMVAG"
     CDS             3940..4785
                     /gene="folP_2"
                     /locus_tag="SEQF2637_01122"
                     /EC_number="2.5.1.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AC13"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydropteroate synthase"
                     /translation="MNRKTINLKGTLRSLDVPLIMGILNATPDSFYAGSRQQDEAAVV
                     RRIETILSEGGTLIDVGGYSSRPDADDVSEADEWARLEPVLRRLMRDYPDVPVSVDTF
                     RSAIARRAVEEYGAAMINDISGGSLDEQMYATVATLSVPYVLMHMRGTPRTMQQFTDY
                     DDVVEAVMMYFASELRTLRRLGVADILLDPGFGFAKTLEQNYTLMRALSEFADRFEEP
                     LLVGISRKSMIYRLLGGTPDDSLNGTTVLNTYALMHGASVLRVHDVRSAVEAVCITRQ
                     LIPSE"
     CDS             4811..5578
                     /gene="cdaA"
                     /locus_tag="SEQF2637_01123"
                     /EC_number="2.7.7.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45589"
                     /codon_start=1
                     /transl_table=11
                     /product="Cyclic di-AMP synthase CdaA"
                     /translation="MISFGIKDALDVLLVAFFTYQIYKLMKSSGTLPVFSGIVSVVIV
                     WLIVSQVLEMRLMGAILDRFISVGFIVLVVLFQDDIRRFLVTLGSNPGWRFVAKLFSR
                     RTTDTKEQNYIAPVVLACMNMARKKTGALIVIRREMDLSDYAKTGEMFMADINARLIE
                     NIFFKNSPLHDGAMIISGGRIIAAGCILPVAKNVSLPKEMGLRHRSGLGMSKETDALI
                     IIVSEERGTIAVAHNGQIAANVSAEDLRQILAGERDV"
     CDS             6064..6609
                     /gene="rpoE_1"
                     /locus_tag="SEQF2637_01124"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q3IYV6"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor RpoE"
                     /translation="MDSYEQIIEGVRREQRASQLAFYDSFHGPTYHSAAAVLGAGDEA
                     EEVMQDVLMKVLLRPSLLQSDAAAMTRYLRRMATNAAIDRLRRDHAPLTIAINEDMLH
                     EPPSDESDDPDELPDTDTIRRSVERLPETYRNILRLRLFGQMRFADIAAALRANPSSV
                     RVQYTRGLSRLRKLLTRKEEG"
     CDS             6606..7127
                     /locus_tag="SEQF2637_01125"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTNDRLENRLQVQAAEIFAADTPPAGHRERFAQRLDAERALRR
                     RRRLSWRLAIGAVALAAAVALTAVWLWPTTVASDGCDDAAESPVEVQRYYAMKLDHEL
                     EATRALIGDTDNEDRRALLEELQAMQAEGVPDVQLPDDERITLIVRVYTSKIDALKHI
                     QTQLSTHYKKEES"
     CDS             7124..8107
                     /locus_tag="SEQF2637_01126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRMLLTVLLVSLCAMSSTAAKKVYRRQIVKEFSVGARPELALS
                     NCFGEIRIVEGADRKITVRVELRGEGKTEEEARRYAEAVNVDLSLSGNRVEGRTTFQK
                     IICNNCGRAADFTVTAPRDVVLSLANQFGNIYINRATQPLTVTVKYGDLYLKEASTAS
                     VNVSFGKASIDRCAMLNLNSQYSGITLGTVGQLTGKTKFDGTYRIESVGRCTLTAGYT
                     QIRIDRLSESCVVDKLRFSGLRIGEVARGFSEISVKASYSEVHLGLTPGHAFRADLSA
                     SYGQIHTGDLNIRAADTRNGHTNQLSGTVGASESPRARVSVTSSFGDIYLK"
     CDS             8259..8936
                     /gene="glxR"
                     /locus_tag="SEQF2637_01127"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q79VI7"
                     /codon_start=1
                     /transl_table=11
                     /product="CRP-like cAMP-activated global transcriptional
                     regulator"
                     /translation="MDASAGWARMWRLLNEEERSILRANSIIAHYKRNQIIYSEGDEP
                     KEMMCLLKGKVKIAKEGVGGRSQIIRMIRPIQYFAYRAYFAKERYLTSATACDLSTVC
                     AIPMTIVDMLIHANSRLAMFFIRQLSADLGIADERTVNLTQKHIRGRLAESLLFLKDS
                     YGLEEDGATISIYLSREDLANLSNMTSSNAIRTLSSFASERIIAMDGRKIKLIDEDQL
                     RKISRMG"
     CDS             complement(9048..10343)
                     /gene="pbuG"
                     /locus_tag="SEQF2637_01128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34987"
                     /codon_start=1
                     /transl_table=11
                     /product="Guanine/hypoxanthine permease PbuG"
                     /translation="MTTLTRLFGFDPQTMNVRTEIIAGITTFLTMAYILAVNPNIMGD
                     IGMDKGAIFTTTAIISMFSTLIMALYARLPFALAPGMGLNAFFAYTVCTKMGYDWSFA
                     LTAVLIEGVAFIILTETNLRDAIVNAIPASIRNAIGPGIGLYIAFIGLKNGGVIASSS
                     ATFVTLGTITSGPGLLSIIGLVLTGTLLILNVRGALLLGILGTTLIGLPMGLTTFGGV
                     AGLPPSIAPIAFKFDFTHVFTVDMLIVVLTFLFIDMFDTIGTLVGVSTKAGMLRNGQV
                     PHLKRAFMADAVGTTIGSMMGSSAIATYVESASGVAQGGRSGLTAFTTAVCFAVALIF
                     APLFLSIPGSATCPVLVIVGLFMLSPIRDIDLDDYSESLPAFICLVLMPLTYSISDGI
                     LIGIISYVVLNLLGGKRRKLTPTMYVLVVLFILKYVFIG"
     CDS             complement(10458..11159)
                     /locus_tag="SEQF2637_01129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRIKLHILLTVCLLLTATRFTTQAQNVQMHYDFGHALYDSERG
                     RAHWTSTVEMFRPDAWGNTFFFVDMDYTNDGVSGAYWEISRELRWWKAPVALHVEYNG
                     GLNHIRNAYLAGATYAWNHPNFTSGFALMAMYKYIQRAPEPNSFQLTATWYVHAAAGR
                     FTFSGFADWWREPGRAGDFAFISEPQLWVNLNRFPGIDPHFNLSLGSEVELSNNFAGQ
                     DEFRVNPTIAAKWTF"
     CDS             complement(11364..11558)
                     /locus_tag="SEQF2637_01130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRTVILRTLAVLMGLITVGTTVAYFVLRPDREWLAFYVACCG
                     GVLVVNLGLMMVFAAKNIRK"
     CDS             complement(11571..12317)
                     /gene="aroE"
                     /locus_tag="SEQF2637_01131"
                     /EC_number="1.1.1.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67049"
                     /codon_start=1
                     /transl_table=11
                     /product="Shikimate dehydrogenase (NADP(+))"
                     /translation="MKKKYGLIGYPLVHSFSKSFFNRKFDSEHIDAEYINFEIADVRE
                     LKNVLRDNPDLCGLNVTLPYKTAVIPLLDDLTDNARSIGAVNVIKFRGRHFGRPRLEG
                     HNSDITGFKESIEPLLGPSHRKALILGTGGASKAVFHGLKQLGLGATYVSRSRKPACL
                     TYADLTPKVMEQYTVIVNATPVGMYPKADECPDIPYDLLTPSHLLYDLLYNPDETLFM
                     RRGREQGAEVKNGLEMLLLQAFAAWQIWNS"
     CDS             complement(12579..13337)
                     /gene="ubiE"
                     /locus_tag="SEQF2637_01132"
                     /EC_number="2.1.1.163"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A887"
                     /codon_start=1
                     /transl_table=11
                     /product="Ubiquinone/menaquinone biosynthesis
                     C-methyltransferase UbiE"
                     /translation="MSVEVERVVPYAGNDEDKGTQVRRMFNRIAGRYDLLNGMLSLGF
                     DRGWRRKTVDSLRAIAPRRVLDIAAGTGDMALLLCRRLSPSVRVVAADLSEEMMAVGR
                     RKAAEARLSDRIAFEQQDCMALTYADASFDAVTVAFGVRNYADLERGLGEMYRVLRPS
                     GGLRIVELSAPRRFPMKQLYGIYSSVFMPLVGGWFGLEKDAYRYLPASIRKMPQGEDM
                     AALLRRQGFTDVRVRTFTGGVCTLYAATRPSSRG"
     CDS             complement(13355..14305)
                     /gene="purC"
                     /locus_tag="SEQF2637_01133"
                     /EC_number="6.3.2.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R4I0"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylaminoimidazole-succinocarboxamide
                     synthase"
                     /translation="MKALTHTDYQFPDQVSVYHGKVRDVYDIAGRTLVMVATDRISAF
                     DVILPEGIPYKGQVLNQIAAKFLDATTDICPNWKQAAPDPMVTIGVRCQSFPVEMIVR
                     GYLCGSAWRAYKSGVREICGVPIPDGMRENQRFEHPIVTPTTKAEIGTHDEDISKAEI
                     IARGLMSPEDYEVVERYALALFERGTRIAAERGLILVDTKYEFGSHDGTIYLIDEIHT
                     PDSSRYFYAEGYEERYAKGEPQRQLSKEFVREWLMEHGFQGKPGQRVPEMTPAIVSGI
                     SDRYIELYEHITGEPFVRHEGGDLIARIERNVKDYLQQKA"
     CDS             complement(14475..15440)
                     /locus_tag="SEQF2637_01134"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIA3"
                     /codon_start=1
                     /transl_table=11
                     /product="PhoH-like protein"
                     /translation="MIEQTYILEGVDPVVFYGVNNGHLQLLRTLYPKLRIVARGNVVK
                     VIGEEDELAVFLRKLREVERYCAERNALTEEAIIDLVKGNELPPVAQDHLIIYGVNGR
                     AITARSANQQLLVDRFEENDLTFAIGPAGSGKTFVAIALAVRALKNKQVRKIILSRPA
                     VEAGEKLGFLPGEMKDKLDPYLQPLYDALQEMIPPARLREYMENNVIQIAPLAFMRGR
                     TLSDAVIILDEAQNTTKHQIKMFLTRLGINAKMIVTGDVTQIDLPPQATSGLIHAMHV
                     LRRVPGIGHVEFDRKDIVRHRLVQRIVEAYENEKEKTNEDSLNSK"
     CDS             complement(15696..17465)
                     /gene="dxs_1"
                     /locus_tag="SEQF2637_01135"
                     /EC_number="2.2.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WNS3"
                     /codon_start=1
                     /transl_table=11
                     /product="1-deoxy-D-xylulose-5-phosphate synthase"
                     /translation="MYIEKIHTPADLRKLEVSELKIVADEVRDAVLNRVSRHGGHVGP
                     NLGFTEATVALHYVFDTPTDKLVFDVSHQTYPHKILTGRAHGFLDDADTRAISGYSSP
                     IESPEYDYFEIGHTSTAISLATGLQKGRDVLGGTENIVAIVGDGSLSGGEAFEGLNTA
                     AALGTNIIIVVNDNEMSIAENHGGLYANLRLLRETYGQAELNFFKTFGFDYYYLENGH
                     NLASLVDIFRRVKDTPRPTVVHIHTEKGHGYAPAVEKQEAWHYRSPFDRETGKSTGPR
                     DKSEYMPSLLGDFLREEMKRDPKLVVVASAVPMGLGFTADRRREAGAQYIDVGIAEEE
                     AVALASGMAKRGARPVYFTYATFLQRTYDQIAQDLCVNGNPAVINVLGASIFGMNDFT
                     HICFFDIAMLSHIPNLVYLAPTTYEELVAMQTWAIRQDKHSVAIRVPEGEVYHTSEPV
                     DTDYSALNTFRVGHRGSRVALIAAGNFYQKGERVRQLLAGQGIDATLINPRYLTGVDT
                     ELLDELKKDHAVVATLEDGTLDGGFGERIARHYGPSAMRVLDFGVKKQLYDRYDVDEL
                     LRENHLTDEQIAEDVLATLAAIG"
     CDS             17701..19038
                     /gene="creD"
                     /locus_tag="SEQF2637_01136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08369"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein CreD"
                     /translation="MNWKNENRPWWTPRRMMAAKVVTIGFLTLLLMIPMMLIESLMNE
                     RERTAGNAVEEVGQKWSGAQTVLGPMLTIPYYTTQHSEKSGRTERVVEMVNILPDSLD
                     IIGDVRTEELRRGIYESVVYRSTMELRGTFVLPPEVTLRPGDPDFPLEDAMLNLGLSD
                     LRGISEPVAVEWGSTQKTLDPGIRHNELLNSGVSCLVNAQPLAEGRTVSFRIRLALKG
                     SGSLYFAPVGKTTTIALRSNCRTPSFTGAFLPANRQVTDSGFVCDWKVMHLNRNYPQV
                     LTGSDRQEAIDESVFGVDVLQPVKRYQQSMRSVKYAILIILLTFVVCFFVEVLQRRHI
                     HPLQYLLVGLALSLFYSLLLSISEHTSFGLAYLIAAVMTVSLITCYMAGVLKLRRTAM
                     AIGGLLAGLYVYVYVLIGMESYALLAGSVGLFVILAVIMYVSQKIDWSGRDAA"
     CDS             19598..20869
                     /gene="mgl"
                     /locus_tag="SEQF2637_01137"
                     /EC_number="4.4.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L0X4"
                     /codon_start=1
                     /transl_table=11
                     /product="L-methionine gamma-lyase"
                     /translation="MKRGTLCVQGGWQPKNGEPRVVPIYQSTTFKYESSDEMGRLFDL
                     EASGYFYTRLQNPTNDTVAAKIAALEGGVAALLTASGQTASFYAILNLCSAGDHVVCA
                     SEIYGGTFNLFAVTMKRMQIDFTFVNQDAPEEEIDRAFRPNTKAVFGETIANPACAVL
                     DIEKFARIAHRHGVPLIVDNTFATPINCRPFEWGADIVIHSTTKYMDGHATSVGGAIV
                     DSGRFDWEAHAEKFPGLTTPDASYHGIVYTQRFGSAAYITKAVVQLMRDLGAIPAPMN
                     AFLLNLGLETLHLRVPRHCANALSVAEYLSQHPKVAWVHYPGLKGDKYYAAAQKYLPN
                     GSCGVLTLGLKGGREQAIRFMDALRMVAIVTHVADARSSVLHPASHTHRQLTDEQLKA
                     AGVAPDLIRFSVGIEDIEDILADVEQALEHA"
     CDS             20897..22261
                     /gene="lpd"
                     /locus_tag="SEQF2637_01138"
                     /EC_number="1.8.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P85207"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydrolipoyl dehydrogenase"
                     /translation="MTDLAIIGGGPAGYVAAERAGAKGLSVTLFEKNNLGGVCLNEGC
                     VPTKTLLYSAKVYDYARHGDKYGVTTEGATFDYGKIVARKNKVVRKLVAGIGASMKAH
                     GVNVVKGEARITGRKEDGTLTIECNGEAYEAKNLLLCTGSEAFVPPIPGVPEAGDVIV
                     TNREILALKERPQSIVIIGGGVIGMEFASFYNSLGTEVTVVEMLPEILGGLDGEVSVM
                     LREVYAKRGIQFRLSCKVTEVRGNEVIYVDAEGNTASATGEKILMSVGRRAVTANLGL
                     ETIGVEMERGAVRTDAQLRTNVPNVFAAGDINGFSMLAHTASREGEVVVNNLTGTPDE
                     MRYDAVPGVVYTNPEVAGVGLTEEQAEKSGVRYAVAKLPMAFSGRFVAENEGANGLCK
                     VIYDPDKRTVLGVHMLGNPCSEMIFGAAMAITQGMTIAELQRVIFPHPTVSEILKETL
                     FTIK"
     CDS             complement(23027..23602)
                     /locus_tag="SEQF2637_01139"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRQVRVLILVHEHKPEVPLITIQHLGVVAKEDVRLEQQLVEIH
                     RLGLPATVLIAGVDLANEGHMGAGVVLHLLPIPTVGLGRDEGVLGVRDAALHKPRAIR
                     LLVQLHFAENAADQVARVGGVVDSEVRVVVHILRLFAQDAIEDGVERAGPKLAHGAFV
                     CQGGDAVLHLACGLVRKGQGQDAVRLVATAE"
     CDS             complement(24320..24607)
                     /locus_tag="SEQF2637_01140"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDGHERDAVGGLVLLLVLIGEERHLAEEVGEQQLVGAFFTVSFD
                     ENADGLEHLLHVLLPCDALHGAVLEEFCGDTAALDDQLGHLHGLQVVVLSA"
ORIGIN      
        1 gagacctaaa agttgcgaga gacgccatcg tgtcacacaa tgagacctaa aagttgcgag
       61 agacgccatc gtgtcacaca atgagaccta aaagttgcga gagacgccat cgtgtcgcac
      121 aataggatct aaaagttccg agagatgcca ttgtgtcaca caatggaggg caaattctct
      181 cttctccttt catagaaata ctgtttttag attggcaaaa gtaaggtgtg agagaggact
      241 ccatcgtgtc tttaggtgtc actccgtttc tgatcgggag ttgttttttg ccaagggtag
      301 taatttagaa tctgatcggg agttgttttt tgctaagggc cgcgaaccag aatctgatcg
      361 agggttgttt gctgtcaggg gtagcgaatc agaatctgat tgaggggcgt ttgctgccaa
      421 gagtagcgaa tcagaatcta atcgaggggt gtttgctgcc ggaagtagtg aatcagaatc
      481 taatcgaggg gtgtttgctg ccggaagtag tgaatcagaa tctgattgag gggcgtttgc
      541 tgccaagagt tgcgaaccag aatctgatcg agggttgttt gccatcaggg atcgcgaatc
      601 agaatctgat cgaggggtgt ttgctattag agacggtgaa tcacccctac ttgtccgtgc
      661 ttacttttgc gaccggcttt tacaccacaa catttatacg atgatgaaga gagaaaagag
      721 tcacggcaca cgcctctttg acgccatccg gacacgcttc gggcggcacg accgcgaaca
      781 ggacagagag gtggaggagg atctcctcaa ggcggtctat gagctaggcg gacgcatcgc
      841 ggccgacgaa gtgcagcgcg tgggcgagtc gctcggggcg gacgcggatc gtacggcgtc
      901 cgctgttggc cgactggccc tgcgaggcga gctgacgatg ggcgacgagc tacaactgac
      961 cgacgctggc cgtgagcacg ccctccgaat cgttcgcgca catcgcatct atgagcaata
     1021 cttagccgag cattcgggct atgcgccggc ggaatggcac gagcgcgcgc accgcatgga
     1081 gcaccgcatc agtgacgccg agcaggagcg tatcgtctcg ctgctgcgca acccgtcgtt
     1141 cgatccacac ggcgatccca tccccacgcg ctcgctggag gtggccgacc gtggcgaaga
     1201 cgaccgtgcg ctccgtgccc gcagctggtg gcgcgtcacg cacgtggagg acgacgaccg
     1261 cgccctcttc accctcatcg ccgacctcgg actgacgaag gactcggtgc tcttcatcac
     1321 cgatgtgacg gccgacggct tcacgttcat gtacgaaggc gaacgcttca cactccccgc
     1381 cgcagctcac gccgcgctca acatggagcc gatgacggac gacgaggtgc gtcgcagtcc
     1441 cgaggccgat gcccgacggc tgacccgact cgagccgggc gtcacggcgc gtatcgtggg
     1501 cctttcgccc tcctgtcgcg gcgccctccg ccgccgtctg ctcgaccttg gcttcgtgcg
     1561 tggcagcaca gtgagcatcg atctcgtcag cccgatgggc aaccccgtgg cctacgccgt
     1621 gcgcgggacg gccatcgccc tgcgccacga tcaggcgcgc tacatcctaa tcggtaccgg
     1681 ctcttctcag ccgtcctttc cccatatccc acaaccccaa tgaatcagac aacaaatacg
     1741 gcttcaccct gcgccacttg tcccaaggcg gcgcctatgc acggtctgga gcgacgcggt
     1801 gcgcaggccg acggcgaacg cttcgtcgtg gccctggccg gcaatccgaa cacgggcaag
     1861 agcaccgtct tcaatgccct gaccggcctg aagcaacaca cgggcaactg gcccggcaag
     1921 acggtcggca aggccgaggg cttctttggc tacggtggcg acacgtatcg catcgtcgat
     1981 ctgcccggca cctactcgct cgcctccacg tcggaggatg aggagatcgc tcgcgacttt
     2041 atcctctttg gcaagcccga cgtgaccgtc atggtggccg acgccacacg cctggagcgc
     2101 aacatgaacc tcatcctgca ggtgctacag atcaccgacc gcgccgtgct ttgcgtcaac
     2161 ctgctcgacg aggccgagcg caaccatatc cacatcgatc tcaacgccct ctcgcgacgg
     2221 ctcggcattc ccgtggcggg ttgctcggcg cggtcgggca agggcatcga ccgcctgctg
     2281 gagatgatgc acgaggtggc cacgggcgcc tacgtctgcc ggccacaccg cgccacgaac
     2341 ttgccgcccg ccacggcgga tcatatccgc gtcttgaccg aggccgtggc ccgggtgcac
     2401 cccaacttat cgaacgccga atggatcgcc ttccgactcg tcgagcagga tccgagcgtg
     2461 cgccaacgct tcggcaacga cgagctgaac gcgctggccg aaaacatcca cctccagatc
     2521 agcaacaact ttcacgacca gtggatggag gacatctatg cccaggctga ggcgatctgt
     2581 cgcgacgtcg tgacgcaggg caaccgccgc ggccgactgc cgatggacgt gcggctggat
     2641 cgcatcttga cgcaccgcgt gtggggtttc ccgatcatgg tcgcgttgct ttcgggcgtc
     2701 ttttggctga cgatcgtggg ttcgaactac ccgtcgtcgt ggctgagcga cctgctcgtg
     2761 gggctgcttc acccggccct gcgcggcctc ttcgtgggct tcggtgcacc ggcgtgggtg
     2821 acgggcctct tcgtcgacgg cgtctatctc tccaccgcgt gggtcgtctc ggtcatgctg
     2881 ccgccgatgg ccatcttctt cccgctcttc acgctgctgg aggacttcgg ctatctgccc
     2941 cgcgtggctt tcaatctcga cgaactcttc cgccgagccg gggcgcatgg caagcaggcg
     3001 ctgacgatga gcatgggctt cggctgcaac gctgcgggcg tcgtctccac gcgtatcatc
     3061 gacagtacgc gcgagcgact gatcgccatt atcacgaaca acttctcgct ctgcaacggg
     3121 cgttggccga cgcagatctt gctggccacg ctcttcgtgg gtgccgccgt accggcgcgt
     3181 tacagcgggc tcgtctcgct ggtggccgtc atgggcgtcg tctttctggg cgtgacgctc
     3241 atgttcggta gctcgtgggt actctcgcgc acactgctcc gcggcgaagt ctccactttc
     3301 catctcgagc tgccgcccta tcgcccgccc cgcttctgga gcaccatcta cacgtccatc
     3361 atcgaccgca cgctgatcgt gctttggcga gccctcgtct ttgcggcacc cgcgggcgcc
     3421 gtcatctggc tctgttgcaa cctcacggtg ggcggtgtga gcatcgccgc gcatctgatc
     3481 cattggctga gcacaccggg gtggatcatg gggctgaacg gagtcatcct gctcgcgtac
     3541 atcttagcca tccccgccaa cgagatcgtg atacctacgg tgcttatgct gacgctgctt
     3601 gtgcttgggc agagcgacgc gggcgcagcg ggtgtgctga tggaaggcgg agacgcagag
     3661 acgaagcaga tcctcctggc tggcggatgg aacctattga cggccgtctg cctcatgctc
     3721 ttctgcctgc tccatcaccc gtgcagcacg acgatctaca ccatttataa agagacccac
     3781 agcgcgaagt ggaccgccgt ggccatcttc ctcccccttg tgctgggcat catcgtcaca
     3841 tcgattgtcg ccttcatctg gcgcatggtc gctggataag gcggctgcgg ccgccagcgg
     3901 agtgaagtat cccatttaca acatcacaca taacgataca tgaacagaaa aacaatcaac
     3961 ctcaagggca cactgcgctc actcgacgtg ccccttatca tgggcatcct aaacgccacg
     4021 ccggactcct tctacgccgg cagccgacag caagacgaag ccgccgtggt gcggcgcatc
     4081 gagaccatcc ttagcgaggg cggcacactc atcgatgtcg gcggatactc ctcccgaccc
     4141 gacgccgacg acgtcagcga ggccgacgag tgggcacggc ttgagcccgt cctccgccgc
     4201 ctcatgcgcg actaccccga tgtgcccgtc tccgtcgaca ccttccgctc ggccatcgcc
     4261 cggcgggctg tcgaggagta cggcgcggcc atgatcaacg acatctccgg cggctcgctc
     4321 gacgaacaga tgtatgccac cgtcgccacg ctgagcgtcc cctacgtcct catgcacatg
     4381 cgcggcacgc ctcgcaccat gcagcaattc acggactacg acgacgtagt ggaggccgtc
     4441 atgatgtatt tcgcctccga gctgcgcacg ctgcgccgat tgggcgtggc tgacatcctc
     4501 ctcgatcccg gcttcggctt tgccaagacc ttagagcaga actatacgct catgcgcgcc
     4561 cttagcgagt ttgccgaccg ctttgaggag ccgctgctcg tcggcatatc gcgtaagagc
     4621 atgatctacc gcctgcttgg cggcacgccc gacgacagtc tcaacggcac caccgtgctc
     4681 aacacctacg ccctcatgca cggcgcctct gtccttcgtg tgcacgacgt ccgctccgcc
     4741 gtcgaggccg tttgcatcac ccgccaactg atcccttcgg aataactctc ctcaaaaaaa
     4801 ctctcctata atgatatcct tcggcatcaa agacgcgctc gacgtcctgc tggtagcctt
     4861 ctttacctac cagatctata agctgatgaa aagctccggc acactgcccg tcttcagcgg
     4921 cattgtctcc gtggtcatcg tttggctgat cgtctcgcaa gtgcttgaga tgcgcctcat
     4981 gggcgccatc ctcgatcgtt tcatcagcgt cggtttcatt gtgcttgtgg tactctttca
     5041 agacgacatc cgccgcttcc tcgtcaccct tgggtcgaac cccggttggc gcttcgtagc
     5101 caaactcttc tcgcgtcgca caacggacac caaggagcag aactacatcg cccccgttgt
     5161 cttggcctgt atgaacatgg cccgtaagaa gaccggcgcc ctgatcgtca tccgccgcga
     5221 gatggatctt tcggactacg ccaagacggg cgaaatgttc atggccgaca tcaatgcacg
     5281 cctcatcgaa aacatcttct tcaagaacag ccccctgcac gatggcgcca tgatcatcag
     5341 cggcggtcgg atcattgccg cgggctgcat cctgcccgta gccaaaaacg tgagcctgcc
     5401 caaggagatg ggcctccgtc accgctccgg gctgggcatg tcgaaagaga cggacgcgct
     5461 gatcatcatc gtctccgagg agcgcggcac gatagccgtc gctcacaacg gccagatcgc
     5521 cgccaacgtt tcggccgaag atctgcggca aattctggcc ggcgagcggg acgtgtaact
     5581 ggcttcatgc cgcatgaaga tcgtgtgaag ccgatcccca tgccgctcat tgtgcgacac
     5641 gacggcacct ctcggaactt ttaggtctca ttgtgtggca cgatagggcc tctcggaact
     5701 tttaggtctc attgtgcgac acgacggcgc ctctcggaac ttttaggtcc cattgtgtga
     5761 cacgataggg cctctcggaa tttttaggtc tcattgtgtg acacgatagg gcctctcgga
     5821 acttttaagt ctcattgtgt ggcacaatag ggcctctcag aacttttagg ttccattgtg
     5881 tgacacgatg gcgcctctcg gaacttttag atcccattgt gtggcacgat ggcagggggc
     5941 ctttgttttt accatcaaaa acgcggattg ttctttaccg atagaaaaac ttctcctccc
     6001 cacctgtagc attttcgctg tgggtgcgtt aagggggtag atggatggaa aaagatgcgg
     6061 acaatggaca gttacgagca gatcatcgag ggtgtaaggc gcgagcagcg ggcgtcgcag
     6121 ctggcgtttt acgacagttt tcacgggccg acctatcaca gcgcagctgc cgtgctgggc
     6181 gcgggcgatg aggcggaaga ggtgatgcaa gatgtgctga tgaaggtgct cctccggccc
     6241 tccctgctac agtctgacgc cgccgccatg acgcgctacc tgcgtcgcat ggctacgaat
     6301 gcggccatcg accgcctgcg cagggaccat gctccgctca cgatcgccat caacgaagac
     6361 atgctgcacg agcctccctc ggacgaatct gacgacccgg acgagctgcc cgacacggac
     6421 acgatccgcc gcagcgtgga gcgtctgccg gagacctacc gcaacatact ccgtctgcgc
     6481 ctcttcggcc agatgcgctt tgccgacatt gccgcggcgc ttcgggctaa cccatccagc
     6541 gtgcgcgtgc aatacacccg cggcctgtcg aggctgcgca aactcttaac acgaaaggaa
     6601 gaaggatgaa cacgaacgat agattagaaa acagactcca ggtgcaggcc gcggagatct
     6661 ttgccgccga tacaccgccg gcgggccatc gcgaacgctt tgcccaacga ttagacgccg
     6721 agcgcgcatt gcgtcggcga cgtcggctgt cgtggcgatt ggccatcggt gccgtggcgc
     6781 tggcagcggc cgtagccctt acggccgtct ggctgtggcc gacaacagtt gcgagcgacg
     6841 gctgcgacga tgcggcggaa tcgcccgtcg aggtgcagcg ctattatgcc atgaagctcg
     6901 atcacgagct ggaggccacg cgtgccctga tcggcgacac tgataatgaa gatcgccgcg
     6961 ctttgctcga agaacttcaa gccatgcagg ccgagggcgt gcccgacgtg cagctgcccg
     7021 acgacgagcg aatcaccctc atcgtgcgcg tctacacctc caagatcgac gcgctgaagc
     7081 acatccaaac gcaattatca acccactata agaaagagga atcatgaaaa gaatgctgct
     7141 taccgtgctg ctcgtgagcc tttgcgccat gagcagcaca gccgccaaga aggtttatcg
     7201 gcggcagatt gtgaaggagt tcagtgtcgg agcgcgtcct gagctcgccc ttagcaactg
     7261 cttcggcgag attcgcatcg tcgaaggtgc ggatcgtaag atcactgtgc gcgtggagct
     7321 gcgcggcgag ggtaagacgg aagaggaggc gcgtcggtat gccgaagccg tcaacgtcga
     7381 cctctcgctg tcgggcaacc gagtggaggg tcgaacgact ttccaaaaga tcatctgtaa
     7441 taactgcggc cgtgcggcgg acttcaccgt gacggccccg cgcgacgtcg tcctctcgct
     7501 cgccaaccag ttcggcaaca tctacatcaa ccgggccacg caaccgctca ccgtcacggt
     7561 gaagtacggc gacctctacc tcaaggaggc ttcgacggcc tcggtcaacg tctcctttgg
     7621 caaggcctcc atcgaccgtt gcgcgatgct caacctcaat agccagtatt caggcatcac
     7681 cctcggcacc gtggggcaac tcactggcaa gacgaagttc gacggcacct accgcatcga
     7741 atccgtcggc cgctgcacat tgaccgcggg ctatacgcag ataaggatcg atcggctgag
     7801 cgaatcgtgc gtcgtggaca aattgcgctt cagcggcctc aggatcggcg aggtggcgcg
     7861 tggtttcagc gagatctccg tcaaagcctc ctacagcgag gtgcacctcg gcctgacacc
     7921 cggtcacgct ttccgcgccg acctctcggc ctcttacggc caaatccata ccggcgactt
     7981 gaatatccgt gctgccgata cgcggaacgg acacaccaat cagctttcag gcacggttgg
     8041 cgcgtcagag agtccgcggg cacgagtgag cgtcacgtcc tcgttcggag atatttatct
     8101 gaagtgaggc tggaatgacg ttgaaatacc gtttgaacgc cttctctgcg ctctgatcca
     8161 tcttcgattt tgagatttcc ggattggttt acatttggcc cgtcaaaata gttataccaa
     8221 gtaggacata agtggaatta gaaagagaaa cagaagaaat ggacgcctcg gcgggctggg
     8281 ctcgcatgtg gaggctgctg aacgaagaag agcgtagcat cttacgtgca aattcaatca
     8341 ttgcgcacta taagcgcaac cagatcattt actccgaagg cgacgaaccg aaagagatga
     8401 tgtgtttgct caaggggaag gtcaaaatcg ccaaggaagg tgtgggcgga cgtagccaga
     8461 ttatccgcat gatacgcccc atccagtact ttgcttaccg ggcttatttc gcgaaggagc
     8521 gttacctgac cagcgctacg gcctgcgatc tgtctacggt ctgtgccatc cccatgacga
     8581 ttgttgacat gctcatccat gccaactcgc ggctggctat gttttttatc cgccagctct
     8641 cagccgatct gggtatcgcc gacgaacgga ccgtgaacct tacgcagaag catatccgcg
     8701 gccgattggc cgagtcgctg ctcttcctca aggatagtta cgggctggag gaggatggtg
     8761 ccacgatcag catctacctc tcgcgtgagg atctggctaa cctctcgaac atgacttcct
     8821 cgaatgccat ccgcacgctc tcctcctttg cttccgagcg gatcatagcg atggacggtc
     8881 gcaagatcaa gttgatcgat gaggatcagc ttcgcaagat cagtcgtatg ggataggggg
     8941 gacggtaaag cgaaacagta aaaaggaaaa agtcctgccg gcggaaaggg tatcgcaccc
     9001 ctcctctgcc agcaggactt ttcgttttcc gcttttcgtc ttccgcgcta cccgataaag
     9061 acgtatttca ggatgaagag cacgaccaga acatacatcg tcggggtgag tttgcgacgc
     9121 ttaccgccga gcaggttcag gacaacgtag ctgatgatgc cgatcaatat gccgtccgag
     9181 atgctatacg tgaggggcat gaggacgagg cagatgaagg cggggagcga ctcggaatag
     9241 tcgtccaagt caatgtcgcg gatggggctg agcatgaaga gaccgacgat gacgagcacg
     9301 gggcacgtag ccgaaccggg gatggagagg aagagcggcg cgaagatgag tgccacggca
     9361 aagcatacgg ccgtggtgaa ggctgtgagt cccgaccggc caccttgcgc cacgcccgag
     9421 gcactctcca catacgtcgc gatggcgctc gatcccatca ttgacccgat ggttgtacct
     9481 acggcgtcgg ccatgaaggc gcgcttgaga tgtggcactt gaccgttccg cagcatcccc
     9541 gccttggtgg agacgccgac gagtgtgccg atggtgtcga acatgtcaat gaagaggaac
     9601 gtaagcacga cgatgagcat gtcgaccgtg aagacgtgcg tgaagtcaaa cttgaaggcg
     9661 atcggagcga tggacggcgg caggccagcc acaccgccaa acgtggtcag gcccattggt
     9721 aggccgatga gcgtcgtgcc gagaatgccg agcagtaggg cgccgcggac gttgaggatg
     9781 agcagtgtgc ccgtaagcac aaggccgatg atggagagca gtccggggcc tgaggtgatg
     9841 gttccgagcg tgacaaacgt ggccgagctg gaggcgatga cgccgccatt ctttagtccg
     9901 atgaaagcga tgtagagccc gatgcccggc ccgatggcat tgcggataga ggcggggatg
     9961 gcgttgacga tggcgtcgcg gaggttcgtc tcggtgagga tgataaaagc cacgccctcg
    10021 ataagcacgg cggtgagggc aaacgaccag tcgtagccca tcttggtgca gacggtgtag
    10081 gcaaagaagg cgttcaggcc catgcctggc gccagggcga agggtaggcg ggcgtaaagc
    10141 gccatgatga gggtggagaa catggagatg atggccgtgg tggtgaagat ggcgcctttg
    10201 tccatgccga tgtcgcccat gatgttcggg ttgacggcca agatgtaggc catcgtcagg
    10261 aaggtggtga tgccggctat gatctccgtc cgcacgttca ttgtctgcgg atcgaagccg
    10321 aaaagtcgtg ttagggttgt catagttatg agttataaat tacaagtggg gcggccttct
    10381 tttcttgcct tgatacaaga aaagaagcaa aagaagatca aggcggatgc ggccgccggc
    10441 gaatttagcc aggtacttca gaatgtccat ttcgccgcta tggtcggatt cactcggaat
    10501 tcgtcttggc cggcgaagtt gttcgacagc tccacctcgc tgccgaggct gaggttgaag
    10561 tgcggatcga tgccggggaa acggttcagg ttgacccaca gctgcggttc gctgataaag
    10621 gcgaagtcgc ccgcccggcc cggttcgcgc caccagtcgg caaagccgga gaaggtgaag
    10681 cggcccgcgg cggcatgcac gtaccacgtg gccgtgagct gaaaactgtt cggctccggc
    10741 gcgcgctgga tgtacttata catggccatg agggcgaagc cgctcgtgaa gttggggtgg
    10801 ttccaagcgt aggtcgcacc ggcgaggtag gcgttgcgaa tgtggttcag cccgccgttg
    10861 tactccacgt gcagtgccac gggggccttc caccagcgca gctcgcggct gatctcccag
    10921 taggcgccgg agacgccgtc gttcgtgtaa tccatatcga caaagaagaa ggtgttaccc
    10981 caggcatcgg ggcggaacat ctcaacggtg gatgtccaat gtgcgcggcc acgttcggag
    11041 tcgtagaggg cgtggccaaa gtcgtagtgc atctgcacgt tttgcgcctg cgtagtgaag
    11101 cgtgtcgccg ttagcaggag acacacggta agaaggatgt gtagtttgat tcgattcatt
    11161 tgaaataggt ggttagaagg tagttcgctt accccctgta aatgtggctg tttactcata
    11221 cccttataag gtagttccgt cctaccttat agggtagctt cgtcatacct tataaggtag
    11281 cttcgctcta ccttatagga tagttccgtc ataccttata agggtatttg aatcttcctt
    11341 gatgggggag gcgagtgcaa gggttacttc cggatattct ttgcggcaaa gaccatcatc
    11401 aggccgaggt tcaccaccag cacgccgccg cagcacgcca cgtagaaggc caaccattcg
    11461 cgatcgggtc gcagcacgaa gtaggccacc gtggtgccga ccgtgatcaa ccccatgagc
    11521 acggccaacg tccgcagaat aactgttcgc ttattcattg cgccgatggt tcaactgttc
    11581 cagatctgcc atgcggcaaa ggcttgtaga agcagcatct cgaggccatt cttaacctcc
    11641 gcgccctgct cgcggccgcg gcgcatgaag agcgtctcgt ccgggttgta gagcaggtcg
    11701 tagagcaagt gtgagggcgt gagcaagtcg taggggatgt cggggcattc gtctgccttg
    11761 ggatacatgc ccacgggcgt ggcgttgacg attacggtgt attgctccat caccttcggc
    11821 gtaaggtcgg cataggttag gcaggcaggc ttgcgggagc gcgagacgta ggtggcgccg
    11881 agaccgagct gcttgaggcc gtggaagacg gccttcgagg cgccgcccgt gccgaggatg
    11941 agcgccttgc ggtgtgaggg cccaaggagg ggttcgatgg actccttgaa gccggtgatg
    12001 tccgagttat gcccctcgag acgtggccgg ccgaagtggc gtccgcgaaa cttgatgacg
    12061 ttcaccgcgc cgatgcttcg ggcgttgtcg gtgagatcgt cgagcagggg gatgacggct
    12121 gtcttgtagg gtagggtgac atttaggccg cagaggtcgg ggttgtcgcg cagcacgttc
    12181 ttcagctctc gaacgtctgc aatctcaaag ttgatgtatt cggcatcgat gtgctccgaa
    12241 tcgaacttcc ggttgaagaa gctcttggaa aaggagtgca ccagcggata gccgattaaa
    12301 ccgtatttct tcttcatgtg tgaataagta gttatgcgcc tttgggggcg cggtagttat
    12361 aagtagttac ggagctgcgc tccgggtagt tatgcgcctt tggcgcggta gttataagtg
    12421 gttacggcct tgcggccggg tagttatgcg cctttgaggc gcggtagtca gaagtagtta
    12481 taagtggatc aaactgcctt ttactaccta taactaccgc ggctttagcc gctaactacc
    12541 cggctgcaag gccgtaacta ccgggggcgc ccccataact acccgcggct ggaaggccgt
    12601 gtagccgcat atagcgtgca cacgccgccg gtgaacgtcc gcacacggac gtcagtgaag
    12661 ccttgccgac ggagcagcgc ggccatgtct tcgccttgcg gcatcttacg gatggaggcg
    12721 ggcaggtagc gataggcatc cttttcgaga ccgaaccaac cgccgacgag cggcatgaag
    12781 acgctggagt aaatgccata cagctgcttc atggggaagc gacgcggggc cgacagctcc
    12841 acgatgcgca gtccgccgct ggggcgcagc acgcgataca tctcgccaag gccacgctcc
    12901 aagtcggcat agttgcgaac gccgaaggct accgtcacgg cgtcgaacga ggcgtcggca
    12961 taggtcagcg ccatgcagtc ctgctgctca aaggcgatgc ggtccgacag tctcgcctcg
    13021 gcggccttac gccgaccgac agccatcatt tcttcagata ggtcggccgc tacgacacgg
    13081 accgatggcg agaggcgccg acagagcagc agcgccatgt cgcccgtgcc cgcggcgatg
    13141 tcgagcaccc ggcgcggggc gatggcccgc agcgaatcga ccgtcttacg gcgccagcca
    13201 cggtcgaagc cgagcgacag catgccgttg agcaggtcgt aacgcccggc gatgcggttg
    13261 aacatacgtc tgacctgcgt ccctttgtct tcgtcattgc ctgcgtaagg cacgacgcgc
    13321 tccacttcga ccgacatagt gcgccctcct ctggttaggc tttctgctgt aagtaatcct
    13381 tcacattgcg ctcgatgcgt gcgatgaggt caccgccttc gtggcgcacg aacggctcgc
    13441 ccgtaatgtg ttcgtaaagc tcgatgtaac ggtccgaaat gccggacacg atcgcgggcg
    13501 tcatctccgg cacgcgctgt ccgggcttac cttggaagcc gtgctccatc agccattcgc
    13561 ggacgaactc tttcgagagt tggcgttgcg gctcgccctt ggcgtagcgc tcctcgtagc
    13621 cctcggcgta gaagtaacgc gaggagtcgg gcgtgtggat ctcgtcgatg aggtagatcg
    13681 tgccgtcgtg cgagccgaac tcatacttcg tatctacgag gatcagtccg cgttcggcag
    13741 cgatgcgtgt gccgcgctca aagagggcca gggcgtaacg ctccaccacc tcgtagtcct
    13801 cgggcgacat gagtcctcgg gcgatgatct cggctttcga gatgtcctcg tcgtgcgtgc
    13861 cgatctcggc cttggtggtg ggggtaacga tggggtgttc gaagcgctgg ttctcgcgca
    13921 tgccgtcggg gataggcacg ccgcagatct cgcgcacgcc gctcttatag gcacgccagg
    13981 cgctgccgca gaggtagccg cggacgatca tctccaccgg gaagctctgg caacgtacgc
    14041 cgatggtgac catcgggtcg ggggcggcct gcttccagtt ggggcagatg tcggtcgtag
    14101 cgtcgaggaa cttagcggcg atctggttca agacttgtcc tttgtagggg atgccttcgg
    14161 gcaggatgac gtcgaaggct gagatgcggt cggtagcgac catgacgagt gtgcggccgg
    14221 cgatgtcgta cacgtcgcgc actttgccgt ggtacacgct cacctgatcg gggaattgat
    14281 aatcggtgtg ggttaatgct ttcatattct tgaagtagtt atgcgccttt cggtcgcggt
    14341 ggttataagt agtctggggt agttatgggt tggggtggac gccgggctca tctcttcttt
    14401 tcttcccttg atggaagaaa agaagcaaaa gaagatcaag gcgtcaggga cgccagccaa
    14461 gttggccggg tacattattt actattgagg gaatcttcat tcgtcttctc tttctcgttt
    14521 tcgtaggcct cgacgatgcg ttgcacgagc cgatggcgga cgatgtcttt acggtcgaac
    14581 tcgacgtgcc caatgcctgg cacacggcgg aggacgtgca tggcgtggat gagtccggag
    14641 gtggcttgcg gcggcagatc gatctgggtc acgtcgccgg tgacgatcat cttggcattg
    14701 atgccgaggc gggtgaggaa cattttgatc tgatgcttgg tggtgttttg cgcctcgtcg
    14761 aggatgatga cggcgtcgct cagtgtgcgg ccacgcatga aggccagcgg ggcgatctgg
    14821 atcacgttgt tctccatgta ttcgcgcagg cgtgccgggg ggatcatctc ttggagggcg
    14881 tcgtagaggg gctggagata ggggtcgagc ttgtctttca tctcgccggg caggaagccg
    14941 agcttctcgc cggcctctac ggcgggtcgg ctgaggatga tcttacgcac ctgcttgttc
    15001 ttcagcgcgc gcacggccag ggcgatggcg acgaaggtct tgcccgatcc ggcgggcccg
    15061 atggcgaagg tgaggtcgtt ctcctcgaag cgatcgacga gcaattgctg attggccgag
    15121 cgggcggtga tggcgcgacc attgacgcca tagatgatca agtgatcttg cgctacgggc
    15181 ggcagctcgt tgcccttgac taagtcgata atcgcctcct ccgtgagcgc gttacgctcg
    15241 gcgcagtagc gctcaacctc gcgcagctta cgcaggaaga ccgctaactc gtcctcctcg
    15301 ccgatgacct tcaccacgtt gccacgcgcc acgatacgca gcttcgggta gagcgtgcgc
    15361 aggagttgca ggtggccgtt gttgacaccg taaaagacga ccgggtcgac gccctcgagg
    15421 atataggttt gttctatcat atataatagg taagcggaat gggatccggc tttgggaggg
    15481 ggcaaaagta gatagagagg aactaaagaa acgaaaggca ccttggtgca ttgtaaaaaa
    15541 acaaggctga aatcagcgat ttcagggtca tgtagaaaaa caaagccccg gtctctctgc
    15601 tggaataaag ggtacaaaaa agcggaggga aggcgccgac cgcgatgagt cgaaaccttc
    15661 cctccgtgtg aagcaaaaag aagtatgcgg atgggttacc cgattgcggc gagcgtggcg
    15721 aggacgtcct cagcgatctg ctcgtcggtg aggtggttct cacggagcag ctcgtcgacg
    15781 tcgtagcggt cgtaaagctg cttcttgacg ccgaagtcga ggacgcgcat ggcggacggg
    15841 ccgtagtggc gcgcgatgcg ttcgccgaag ccgccgtcga gcgtgccgtc ctcgagcgtg
    15901 gccacgacgg cgtgatcctt cttcagctcg tcgaggagct ccgtgtcgac gcccgtgagg
    15961 tagcgcggat tgatcagcgt ggcgtcaatg ccctgcccgg ccaacagctg acggacgcgt
    16021 tcgcccttct ggtagaagtt gccggcggcg atgagggcca cgcggctgcc gcggtgaccg
    16081 acgcggaagg tgttgagcgc ggagtaatcc gtgtcgaccg gctcagaggt gtggtaaacc
    16141 tcaccctcgg gcacgcggat ggccaccgaa tgcttgtctt gccggatggc ccaggtctgc
    16201 atggccacga gctcctcgta ggtggtgggg gcgaggtaga cgaggttggg gatgtggctg
    16261 agcatggcga tgtcgaagaa gcagatgtgc gtgaagtcgt tcatgccgaa gatcgaggcg
    16321 ccgagcacgt tgatgacggc cggattaccg ttcacgcaga ggtcttgcgc gatttggtcg
    16381 taggtgcgct gcaggaaggt ggcgtaggtg aagtagaccg gccgtgcgcc gcgtttggcc
    16441 atgcccgaag cgagggccac ggcctcctct tcggcgatgc cgacgtcgat gtattgcgcg
    16501 ccggcctccc ggcgacggtc ggcggtgaag ccgaggccca tcggcacggc ggacgccacg
    16561 acgacgagct tcgggtcgcg cttcatctcc tcgcggagga agtcgccaag caggctgggc
    16621 atgtattcgc tcttgtcgcg tgggccggta gacttgcccg tctcacggtc gaaaggcgaa
    16681 cggtaatgcc aagcctcctg cttctctacg gccggcgcgt agccgtggcc cttctccgtg
    16741 tggatgtgca cgacggtggg gcggggcgtg tctttgacgc ggcggaagat gtcgaccagc
    16801 gaggccaggt tgtggccgtt ttcgaggtag taatagtcga agccgaaggt cttgaagaag
    16861 ttcagttcgg cctgtccgta cgtctcacgc agcaggcgca ggttggcgta gagtccgccg
    16921 tgattctcgg cgatgctcat ctcgttatcg ttaacgacga tgatgatgtt cgtgcccagt
    16981 gcggcggccg tgttgagccc ctcgaacgcc tcgccgccgc tgaggctgcc gtcgccgacg
    17041 atggcgacga tgttctccgt gccgcccaac acatcgcggc ccttctgcag tccggtggcc
    17101 agcgagatgg cggtggaggt gtgtccgatc tcgaagtagt cgtactccgg cgattcgatc
    17161 ggggagctgt agcccgagat ggcgcgcgtg tcggcatcgt cgaggaagcc gtgggcgcgg
    17221 ccggtgagga tcttgtgtgg atacgtctga tgggaaacgt cgaagacgag cttgtccgta
    17281 ggcgtgtcga agacgtaatg cagggcgacg gtggcctcgg tgaagcccag gttcgggccg
    17341 acgtgtccgc cgtggcggct gacgcggttc agtacggcgt cgcgcacttc gtcggcgacg
    17401 attttcagct cgctgacctc cagtttacgc aggtcggcag gggtgtggat cttttctatg
    17461 tacatatttc ttatgcgcct ttggcgcggt agttatcggc ctttggccgg gtagttatgc
    17521 gccttcggcg cggtagttat aagtagtcag aagtagttat gcgccttcgg cacggtggag
    17581 gcacacagca tacgccctgc caaacgccta tgcggctgac atattgtcgg tagtaaacta
    17641 ttcgcccttg aattacgttt ccatgccata cacattcata caatgaaagg aacaatagac
    17701 atgaactgga agaatgaaaa tagaccttgg tggacaccgc gccggatgat ggcggcgaag
    17761 gtggttacga tcggcttcct gacgctgctg ctgatgatcc cgatgatgct gatcgaaagt
    17821 ctgatgaacg agcgcgaacg gacggccggc aatgccgtcg aagaggtggg gcagaagtgg
    17881 agcggggcgc agaccgtcct cggcccgatg ctgaccatcc cgtactatac cacgcaacac
    17941 tccgagaagt cggggcgcac ggagcgcgtg gtggagatgg tgaacatcct gcccgattcg
    18001 ctcgatatca tcggcgacgt gcgtacggag gagctgcgac gcggcatcta tgagtccgtc
    18061 gtctatcgat ccacgatgga gctacgcggc accttcgttc ttccacccga agtgacgctg
    18121 cgccccggcg atccagactt tccgctggag gatgccatgc tgaacctcgg cctttccgac
    18181 ctgcgcggca tcagcgagcc cgtggctgtg gagtggggct cgacacagaa gacgctcgac
    18241 cccggcatac gccacaacga actgctcaac tcgggcgtgt cgtgtctcgt gaacgcgcag
    18301 ccgttggccg agggtcgcac ggtgtcgttc cgcatccgac tcgcgctgaa aggctctggc
    18361 tcgctctact tcgcgccggt gggcaagacg acgacgatcg ccctgcggtc gaactgtcgc
    18421 acgccgagct tcacgggcgc cttcctgccc gccaatcgtc aggtgacgga cagcggcttt
    18481 gtctgcgact ggaaggtgat gcacctcaac cgcaactatc cgcaggtgct cacgggcagc
    18541 gatcgtcagg aggcgatcga tgagtccgtg ttcggcgtcg atgtgctgca acccgtgaag
    18601 cgctaccagc agtcgatgcg ttcggtgaag tacgccatcc tcatcatcct gctcacgttc
    18661 gtcgtctgct tcttcgtgga ggtgttgcag cggcgccaca tccacccgct tcaatacctg
    18721 ctcgttgggc ttgcactgag cctcttctat tcgctgctac tctccatctc ggagcatacc
    18781 agcttcggcc tcgcctacct cattgccgcg gtgatgaccg tcagtctgat cacgtgctac
    18841 atggccggcg tgctcaagct ccggcgcacg gcgatggcca tcggcggact gctggcgggg
    18901 ctttacgtct atgtctacgt gctgatcggc atggagtcgt acgccctctt ggccggcagc
    18961 gtggggctgt tcgtcatcct ggcggtgatc atgtatgtgt cgcaaaagat cgactggagc
    19021 gggcgagacg ctgcataaca gggagggggc tacggccccc ggcaaagttt ggccggacac
    19081 ccaaaagggc gacccgtcgt gtcgcacgac gggacctaaa tggccattga gacgctatcg
    19141 tgtcgcacga cgggatctaa atggccgttg agacgccatc gtgtcgcacg acgggaccta
    19201 aatggccatt gagacgccat cgtgtcgcac gacgggacct aaatggccgt tgagacgcta
    19261 tcgtgtcgca cgacgggacc taaatggcca ttgagacgct atcgtgtcgc atgacgggac
    19321 ctaaatggcc attgagacgc tatcgtgtcg cacgacggga cctaaatggc cgttgagacg
    19381 ctatcgtgtc gcacgataag gcctaaaagt tcagagaggt gctatcgtgt cgcacgatgg
    19441 agcctaaaag ttcagagagg tgccgtcgtg tcgcacgggt ggggttgggc ctacatgacg
    19501 cctgccacgc ccggcggttg tgcagcctct ttatcggtct acttttgccg ccgcgataag
    19561 taaaaacagt acactacaat aacacatgaa gcaatcaatg aagcgaggca cactgtgtgt
    19621 gcaaggcggc tggcagccga agaacggtga gccgcgtgtg gtgccgatct accagagcac
    19681 cacgttcaag tacgaatcaa gcgacgagat ggggcgactc ttcgacctcg aggcgtccgg
    19741 atacttctac acccggctgc aaaacccgac gaacgacacc gtggcggcca agatcgccgc
    19801 actcgaaggc ggcgtagcag ccctgctcac cgcatcgggc cagacggctt cgttttacgc
    19861 catactgaac ctctgcagcg cgggcgacca tgtcgtttgc gcctcggaga tctacggcgg
    19921 cacgttcaat ctcttcgccg tgacgatgaa gcgcatgcag atcgacttca ccttcgtcaa
    19981 ccaagacgca ccagaggagg agatcgaccg tgccttccga ccgaacacga aggccgtctt
    20041 cggcgagacc atcgccaacc ctgcctgcgc ggtgttggac atcgagaagt ttgcccgcat
    20101 agctcaccgc cacggcgtgc cgctcatcgt ggacaacact ttcgccacgc ccatcaactg
    20161 ccgacccttc gaatggggtg ccgacatcgt gatccactcc acgacgaagt acatggacgg
    20221 ccacgcgacg tctgtgggcg gcgctatcgt cgacagcggc cgcttcgact gggaggcgca
    20281 cgcggagaag ttccccggcc tcaccacccc cgacgcctcc tatcacggca tcgtctacac
    20341 gcaacggttc ggcagcgcag cctacatcac caaggcggtg gtgcagctca tgcgcgacct
    20401 cggtgccatc cctgcgccga tgaacgcctt cctgctgaac ctcggcctcg aaacgctgca
    20461 cctgcgtgtg ccgcgccact gtgccaatgc gctgtccgta gccgaatacc tcagccaaca
    20521 cccgaaggtg gcatgggtgc attatcccgg tctgaagggc gataagtatt acgcggcggc
    20581 tcagaagtat ctgcctaacg gctcgtgcgg cgtgctgacg ctcggcttga agggcggacg
    20641 cgagcaggcc atccggttca tggacgccct gcggatggta gccatcgtta cccacgtagc
    20701 cgacgcgcgt tcgtcggtgc tccatcccgc cagccacacg caccgccagc tgaccgacga
    20761 gcaactgaag gcggctggtg tagccccgga tctgatccgc ttctccgtcg gcatcgaaga
    20821 catcgaggac atcctggccg acgtggagca ggcgcttgaa cacgcataac cacttataac
    20881 tacataaaaa agaatcatga ctgatttagc aatcattgga ggcgggccgg ccggctatgt
    20941 ggctgccgag cgcgccggag cgaaaggatt gagcgtaacg ctctttgaga agaacaacct
    21001 cggcggcgtc tgcctcaacg agggctgcgt gcccacgaaa acgctgctct acagcgccaa
    21061 ggtgtacgac tacgcccgcc acggcgacaa gtatggcgtc acgactgagg gcgccacgtt
    21121 tgactacggc aagatcgtgg cccgcaagaa caaggtcgta cgcaaactcg tggccggcat
    21181 cggtgcctcg atgaaggcgc acggcgtgaa tgtcgtcaag ggcgaggcgc gcatcacagg
    21241 ccggaaggaa gacggcacac tgaccatcga gtgtaacggc gaggcgtacg aagcaaagaa
    21301 cctcttgctc tgcaccggtt ccgaggcctt cgtgccgccc atccccggcg tacccgaggc
    21361 gggcgacgtg atcgtgacga accgcgaaat actggctctc aaggagcgcc cccagtcgat
    21421 cgtcatcatc ggcggcggcg tgatcggcat ggagttcgcc agcttctaca atagccttgg
    21481 cacggaggtg accgtcgtgg agatgctgcc cgagatactc ggcgggctcg acggtgaggt
    21541 gagcgtcatg ctgcgcgagg tgtacgccaa gcgcggcatc caattccgac tctcttgcaa
    21601 ggtgacggag gtgcgcggta atgaggtgat ctatgtcgac gcagagggca acacggcctc
    21661 ggccacgggc gagaagatcc tcatgagtgt aggccgccgc gccgtgactg ccaatctcgg
    21721 actggagacg atcggcgtgg agatggagcg tggcgctgtc aggacggacg cgcagctgcg
    21781 cacgaatgtg ccgaatgtct tcgccgcggg cgacatcaac ggcttctcca tgctggctca
    21841 caccgccagc cgcgagggcg aggtggtggt gaacaacctg acgggcacgc cggacgagat
    21901 gcgttacgac gccgttccgg gcgtggtcta taccaacccc gaggtggccg gcgtaggtct
    21961 gaccgaagag caggccgaga agagcggtgt gcgctacgcc gtggcaaagt tgccgatggc
    22021 cttctccggc cgatttgtcg ccgaaaacga aggtgccaac gggctctgca aggtgatcta
    22081 tgatccggac aagcgtactg tgctgggcgt gcacatgctg ggcaacccgt gcagtgagat
    22141 gatcttcggc gcagcgatgg ccatcacgca gggcatgacg atcgccgagt tgcagcgcgt
    22201 catcttcccg caccccacgg tgtcggagat cctcaaggag acgctgttta cgatcaaata
    22261 aaggatcgct aacccggggg ccgggcctgt gcgctcggtt cgtaagcgat aaagaaaagg
    22321 ccgccggacg gactgtgggg agcgatcccc cattcgttcg gcggctttgt gtttcgcgga
    22381 tggataccct gtgggacggg gcggatacct gagacaatcc gtttttggtg cccgacgggg
    22441 tgttggtgtg caaaaggcgg cacgttttag gccccgacgg ggtgttggtg tgcaaaaggc
    22501 ggcacgtttt ggaccccgac ggggtgttgg cctgcaaaac gggccgcgtt tttgacctcg
    22561 acggggtgtt ggtgtgcaaa aggcggcacg ttttaggccc cgacggggtg ttggcctgca
    22621 aaacgggccg tgtttttgac cccgacgggg tgttggcctg taaaaggcgg cgtgtttttg
    22681 acctcgacgg ggtgttggcc tgtaaaaggc ggcgtgtttt tgacctcgac ggggtgttgg
    22741 cctgcaaaac gggccgcgtt tttgacctgg acggggtgtt ggcctgcaaa aggcggcgcg
    22801 ttttagcccc cgacggggtg ttggccggaa tacgcatatt catccctctt ctacctttgc
    22861 cggccgacaa taaaacaggt ataacatata gccaacaatg ctttctatac tcgatgaact
    22921 taacgatgcg cagcgcgaag tggtgctcta caacgacggc ccgtcgatgg ttgtggccgg
    22981 cgcggggtcg ggcaagacgc gcgtgctgac gtacaagatt acctacctac tcagccgtgg
    23041 ctacgagccg caccgcatcc tggccttgac ctttacgaac aaggccgcac gcgagatgaa
    23101 ggaccgcatc gccgccctga caaacgaacg caccgtgcgc cagctttggg ccggcacgtt
    23161 ccactccatc ttctatcgca tcctgcgcga agaggcggag tatgtggact acaacccgga
    23221 cttcactatc tacgacgccg ccgactcgcg caacctgatc cgcagcattc tccgcgaaat
    23281 gcagctggac gagaagacgt atcgcccggg gcttgtgcaa agccgcatct cgaacgccaa
    23341 gaacgccctc gtcacggccg aggcctacgg tcggaatagg gagcaggtgg agtacgacgc
    23401 ccgcgcccat gtgcccctca ttcgcgagat ctacgcccgc tatcagaacc gttgccggca
    23461 ggccgaggcg atggatttcg acgagctgct gctccagacg aacatcctct ttcgcgacca
    23521 cgccgaggtg ctggatcgtt atcagcggca cttccggttt gtgctcgtgg acgagtatca
    23581 ggacacgaac ctggcgcagc atatgatcgt caatcgcctc tgcgagaagc accgccacat
    23641 ctgcgtcgtg ggcgacgacg cgcagagcat ctactctttc cgcggcgcga acatcgacaa
    23701 catgctgcgc ttcaaagaca cctatccgga gtatcgcctc ttcaagctcg agcgtaacta
    23761 ccgctctacg cgcaacatcg tggaggcggc caacagcctc atcgataaaa acaagggacg
    23821 gatccccaag aacgtctatt ccgagaacga ggccggcagc aagatccgcg tcctatcgtc
    23881 atacaccgac tacgaggagg cctacctcat cgcctcgcag atcacggagc tgcagcgggc
    23941 tggcgacggt ccgctgtcgg agttcgccgt gctctatcgc accaatgccc agtcgcgcgt
    24001 ccttgaggag gcgctgcgga agaagggcat cgcgtatcgc gtctacggcg gacagtcgtt
    24061 ctaccagcgc aaggaagtga aggacatcat cgcctacttc cgcgtcatcg tcaaccccga
    24121 cgacgaggag gcgctcaagc ggatcatcaa ttatcccgcg cgcggcatcg gcgagacgac
    24181 cgtcacgaag ctcatgcgca ctgccacgga gcacggcgcc agcctctggg ctgtcgtgag
    24241 cgaccctgcg gcctatgcgc tgtcggtcaa ccagggcaca ctgcgcaagc tcagcgcctt
    24301 ccacggcctg attcaggagc tacgcactga gaacgacaac ctgcaagccg tggagatggc
    24361 cgagctgatc gtcaagcgca gcggtatcgc cgcagaactc ttccaagacc gctccgtgga
    24421 gggcgtcgca cggcaggaga acatgcagga ggtgctcaag gccgtccgca ttttcgtcga
    24481 aagaaaccgt gaagaaggcg ccgacgagct gctgctctcc gacttcctcc gcgaggtgtc
    24541 gctcctcacc gatcaggacg agaagcaaga cgagtccgcc gaccgcgtca cgctcatgac
    24601 cgtccacgcg gccaagggac tggagtttga caacgtcatc atcgccggca tggaggagaa
    24661 cctcttcccc tcacagatgg cgatggatag cccgcgcgcc atcgaggagg agcggcgact
    24721 cttctacgtg gcccttaccc gcgcccgtcg tcattgcctc atcacctacg ccaagacgcg
    24781 cttccgcaat ggctcgaacc actcttgcac gccgagccac tttctcgacg acatcgaccc
    24841 cacgctcctc atccgcccgg acgatccctc gctgatggcc cgaccggcca cgccgccgcg
    24901 ccccgctgcc acgcgtcctt tagtcaccac cgccacctcg gccacgtccg accgtccctc
    24961 ggcgcgcttc cggcgactac ccacgggcgt ccatcagcct gcgccgcagc aggtggacgc
    25021 catcggcgac ttgcacacgg gcgacaccgt ccgccacgat ctcttcggca ccggcaccat
    25081 cgtcaccctc gagggcgaag gcggcaacgc caaagtcacc gtcgactttg aatactccgg
    25141 ccgccgctcg ctgctcctca aatacgcacg cctcacgccg tcgggcacca aaaacggatt
    25201 gtctcaggta tccgccccgt cccacagggt atccatc
//
LOCUS       SEQF2637|AYYD01001060.1 1487 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1487
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttggcctcaa gcacgcgaaa acggtagtgt ccatagtcaa tcgtctcgcg acgtcggggc
       61 agcgtgccct tgattttgag tagcaagccg gtgagcgtct cgacgtcctc agtcaaatcg
      121 ccaaactctt cctcgtcgat gtcggtttcg cgaaagaaat cgttgagttg cgtctttccc
      181 tcgaaaatgt agctaccgtc aggcagtcgg aagaagggct tttgctccgt gtcgtactca
      241 tcactgatgt cgcccacgat ttcctcgata atatcctcca tcgttacgag tccagaggca
      301 caaccgaact cgtcgacgac gatggcaatg tgcactttgt tggttcggaa ctcttcgagg
      361 aggtcttcga tcttcttngt ttccggaacg aantaggcgg ggcggatcaa tttctgccag
      421 ttgaagtctt gcggatcgcg gatgtagggt agaaggtcct tggcgtacaa aatgccggtg
      481 atgttgtcgt ccgactcttc atagatgggg atgcgcgaga agccgctacg gataattagg
      541 tcgagggcct cctgaaacgt gcaatgggcg ctgatcgctt tcatgtccat gcgggagacc
      601 atgatctcgt cggcggtctt gttgtaaaac tgcccgatct cctcgagcat ttcgtgctca
      661 tcggccgact ctttggagag gatcgtggcg ggttcgccag ttgccacctc gttgcgatgc
      721 atggcgttcg acggggcgac ggctaatcgg cgactgatgg gcgaacagag aaaatcgatg
      781 aacttcaata cgggtgcgat ggtccgcgcc acgtgtagat gaccgttccg gagcaaccat
      841 ctcggcacaa gtccgcagca aaggcacatc aataggctac caacaaggat caccgacacg
      901 catccgaccg ccgaccgtaa ggcatccggc cacagcaacg ccacgccgta caatccgact
      961 gtgccaatgg ctaacgtcac gagcgactgg acggcggcca gtgagaaacg cgtctgctgc
     1021 gggcggtcag acaataaatg gaggaaacga tcggcaggat tcttctcctc acgcacctca
     1081 ctcaactctt ctatggtgag cgcaaagagt gcgcgcccac ccgcagcgat tgcgcaggcg
     1141 agaatcagga gaatacagag gatgacacaa caaaggatgg cgtccggaac cgtccatccg
     1201 ggggctgcta tttgcagcga aaggggcggg aaatagtctg aatccaagga atgagggggc
     1261 taaggttaga agggcaaatc gtccaccgga tcagcgtcgg cgggagagat cggctcgaga
     1321 tcggaggcgg atgtcggcgg tgtaggttcg gacttggcgg caaaggcgtg cacttcggct
     1381 gcggcgtcgg ccggctgcgt ggcgacggac gagtcgcccg cgtgttcggc atcctgcgga
     1441 cggcgtccac cgagggaaaa gaactcaatg cgatcggcgt agatctc
//
LOCUS       SEQF2637|AYYD01001061.1  859 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..859
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             85..537
                     /locus_tag="SEQF2637_01141"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEYHGREDSRFVKVGRYEINTLRRELDNEAGLMTSPDNLYSIIE
                     SSFSPRVNPIQEYFKALPAAPKRKVVATVRLEPGQFLTKLAEKYYGNKVFWVYIYEFN
                     KSKIADPNHIPTNMEIKIPAKELYGIDANNSASVEKAKAIQARLNAQK"
     CDS             complement(520..693)
                     /locus_tag="SEQF2637_01142"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTISEGYFTTSGNTSEDLPNRTMAYGKKERGHIAPSDASSLPPP
                     VENQNLCGLLLGV"
ORIGIN      
        1 agcggacgct catcaaagaa cggggagatc gaggcctacc tctctcagca ttacgcattc
       61 cgatacaaca ccgtttgggg acgagtggaa tatcacggtc gggaggatag tcgatttgtg
      121 aaggtcggcc gctatgagat caacacgctg cgccgtgaac tcgacaatga ggccgggctc
      181 atgacctccc cagacaatct ctactcaatc atcgaaagca gcttttcgcc ccgcgtcaat
      241 cccatacagg aatatttcaa agccttgcct gccgcaccca aacgcaaagt ggtggccacc
      301 gttcggttag agccagggca attcctgacc aagctggccg agaaatacta cggcaacaag
      361 gtcttctggg tctacatcta cgaattcaac aaatcgaaaa tcgccgaccc gaatcatatc
      421 cccaccaaca tggagatcaa gattccggcc aaggagctct acggcatcga cgccaacaac
      481 agcgcctccg tagaaaaggc caaggccatt caggctcgcc taaacgccca gaagtaatcc
      541 gcacaagttc tggttttcca ctgggggagg gagagaggac gcgtcgctcg gagcgatgtg
      601 ccctctctct tttttgccat aagccatggt gcgattcgga agatcttccg aggtgtttcc
      661 ggacgtggtg aaataccctt ccgagatggt cataatcacg ttccgaacgt cattaatatg
      721 gttcaggacg tgattaaata ccccgccgaa ccgtattaaa tacccctcag gacgtcatta
      781 aatacccctc agaaccgtat taaatacccc tcagaaccgt attaaatacc cctcagaacc
      841 gtattaaata cccctcaga
//
LOCUS       SEQF2637|AYYD01001062.1  846 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..846
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agcggacgct catcaaagaa cggggagatc gaggcctacc tctctcagca ttacgcattc
       61 cgatacaaca ccgtttgggg acgagtggaa tatcacggtc gggaggatag tcgatttgtg
      121 aaggtcggcc gctatgagat caacacgctg cgccgtgaac tcgacaatga ggccgggctc
      181 atgacctccc cagacaatct ctactcaatc atcgaaagca gcttttcgcc ccgcgtcaat
      241 cccatacagg aatatttcaa agccttgcct gccgctgcac tggatgactc aaatacgcac
      301 gccatccgtg agttggccga ctgcgtcgtc gtccgtaacc cggagaaatg gctgctgtac
      361 ctaacaaaat ggcttgtggc tgtagtcgcc aacgcgatgg atgaccgcga gtgtcgcaac
      421 catacctgcc tagtcttaac cggcgaacag ggacgattca agacgacgtt tctcgacctg
      481 ctttgtccgc ctaagctgca cgattacagc tataccggca agatctatcc gcaggagaaa
      541 gacacgctga cctacgtcgg gcagaatctc atcatcaaca tcgacgacca gctcaaggcg
      601 ctcaacaagc gggacgaaaa cgagctaaag aacttaatca cctgcccgat ggtcaagtat
      661 cgcatgccct acgacaagca tgtggaggaa cacccccaca tggcgagctt cgtggcctcg
      721 gtgaacggca acgactttct caccgacccc accggcagca gacgcttcct gcccttcgag
      781 gtgctttcca tcgacatcga tcgggcgaga gcagtctcga tggacgccgt ctatgcggag
      841 gcgaaa
//
LOCUS       SEQF2637|AYYD01001063.117131 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..17131
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             654..1511
                     /gene="fabI"
                     /locus_tag="SEQF2637_01143"
                     /EC_number="1.3.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81GI3"
                     /codon_start=1
                     /transl_table=11
                     /product="Enoyl-[acyl-carrier-protein] reductase [NADH]
                     FabI"
                     /translation="MSYNLLKGKRGIIFGALNDLSIAWKVAERAAEEGAQIALTNTPI
                     AIRMGEVRALAERLQAPMIPADATSVADLETVFTESTQALGGKIDFVLHSIGMSPNVR
                     KKRTYDDLDYDLLSKTLDISAVSFHKMLQVAKKQDAIAEGGSIVALTYVASQRTFFGY
                     NDMADAKSLLESIARSFGYIYGREKGVRINTISQSPTLTTAGSGIKGMDHLMDFADKM
                     SPLGNATADDCADYCVTLFSDLTRKVTMQNLFHDGGFSSMGMSLRAMNQYSKSFEEFK
                     DESGKIVYG"
     CDS             complement(1641..3383)
                     /locus_tag="SEQF2637_01144"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITLITKALACCVLLMAVGLNSCIEETFPESSTATKDQVMKS
                     KSAMEALQNSIVGYINEYNSYDRDLNYYNAYNFDFGYPAWGIMRDVMCEDFYVYSSDY
                     DYFSSYGLCTSLGVNNSISYVLYGYYFKLLKRANDLVGLIDKETTDPLLKQYAGVAHT
                     CRALAYLDMARLYEYKKTGIAKLDNEAAANKVYGLTTQLVTEKTSETDARNNPRVPFQ
                     TMYKYILDELETAGNLLNGFTRSAKNLPNSAVVAGLKARTWLELGTRFEKYPADLAAF
                     TAVRSDITSAKDCYAKAAQFAREAITASGAQPLTESDWFGGKSYTTGFNSILASSWMW
                     GIITKEANVYSAYINFASNMCPEQTFGVANATYGATRTISKALFDQIPDADWRKASWI
                     APGDAGKAPGSKYRTLLTDDDFKTLAPYAGLKFKPNEGNMIDYKVGAAMDYPLMRVEE
                     MYFIEAEALAASQGVAAGVSALESFMKTYRYDSYKCSAASLDDFRKELMLQKRIEFWG
                     EGIIFWDYKRLELKVTRGYKDTNCPVGYRMNSIEGYCAPWFNIYFNKYETDQNKAIIL
                     NPDPSGVISDWTGQ"
     CDS             complement(3427..6603)
                     /gene="susC_4"
                     /locus_tag="SEQF2637_01145"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKKRLMMLLALILIGTGAAMAQTQASGTVTDQQGEPMIGVTVHV
                     KGNTTTGTITDIDGKFALSVPKGSTLVISYVGYKTQELPATAGMKVVLTDDTEQLDEV
                     FVVAYGTSKRSAFTGSATVINSDALTKKQATNVVQALAGQVAGLQMTSGSGQAGGDAP
                     TMLLRGIGSINASTGPLIIVDGAPYDGGWDNINPADVESISVLKDAASNALYGARGAN
                     GVIIITTKNAKSGEAVITASAKWGANTRGTIDYDYIKDPGQYYEAQYRALYNKLHYVD
                     KLSADDAYVQANQDLVSGVKEKGGLAYNVYSYPDGQYLIGKDGKLNPNATLGRVVNGH
                     MLLPDDWTKEAYSTSLRQEYNVNVTGGNEALQLYSSFGYLKDNGVLPNSGYERYSARV
                     KASHQAKKWLKYGMNVGYVYSTTQTLSESESTDPTAFTQGIAPIYPVYLRDANGNIRT
                     DENGKMYDYGVATAGPKLVRPAYSNLSIQTMMLDLRQTKAHSLNGNAFADILFSDELK
                     FTFNAATSVFGQRYFTSGNPFYGWGIEEKGNISVYHYRTTTLNLQQLLNYNHTFGDSH
                     NFSALLGHEYYKYNYVLLSASKKNMFSYWGNHELGGAVIDGKKADSYATNYNTEGYFF
                     RGLYDYNGKYFASASFRRDASSRFHPKHRWGNFYSLGGAYLISNEEFFKCKAFDMLKI
                     KFSIGQQGNDNIGDFYYTDRYGITNNNDALSLSFSDKGKEDITWETNTNVNLGAEFEL
                     WKGKLTGDVELFYRKTTDMLNFFTVPPSLGYNGYYDNIGDMVNRGVELDLHYTPIKRK
                     DLVWTINLNLTHYKNKISYLPEEKKTNNEGGYDGYVDGIRYYGEGLPINTWRIHRFAG
                     LSPEGKSLWYYTDKTTGEEKTTDTYSNADFYLCGDPNPDLYGGFGTSLSFRGFDFSAQ
                     FSYSVGGKIYDYGYASMMSNPIASSASGFRLHKDVFNAWSPENTSSEIPRWYFNDLDA
                     AGQSDRFLIDGSYLNLQNIQLGYTVPEKLTKRLGGIRNLRFYVTCDNIYYWSKRKGLD
                     PRTTTTGSTSSTGVSPYRTYSAGLSLQF"
     CDS             complement(7972..9918)
                     /gene="yheS"
                     /locus_tag="SEQF2637_01146"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63389"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YheS"
                     /translation="MISIEGLTVEFGGFTLLDHLSFVVNKKDRIALVGKNGAGKSTLL
                     KILAGLQQPTSGVVSVPRDTTIGYLPQQMQLEDKRTVRQEAELAFAHIHETEAAVERL
                     NRELAERSDYDSETYHTLIERMTTLSERLQLIGATSYQAELERTLLGLGFARDDFDRP
                     TAEFSGGWRMRIELAKLLLRRPDVLLLDEPTNHLDIESIQWLEHFMATSSNVVVLVSH
                     DRAFINNTTRRTLEIELGHIYDYKVKYDEYVQLRRERREQQQRAYENQQKMLADTEAF
                     IERFRYKATKAVQVQSRIKQLARVERIEVDAEDTAMLHLRFPPAPRSGSYPVIAEHLT
                     KRYGDHLVFSDATFTIHRGDKVAFVGKNGEGKSTLVKCIMGEIADYSGTLRLGHNVRI
                     GYFAQNQAQLLDETKTVFETIDYVATGDIRTKIRDILGAFMFGGEASDKKVGVLSGGE
                     RSRLAMIRLLLEPVNLLILDEPTNHLDMRSKDVLKEALSDFDGTLIVVSHDREFLDGL
                     VDKVYEFGGGRVREHLGGIYDFLERKRIENLRELERRTAAPTQSVSVEESGAPSSKRS
                     YEEQKEQARKIRRLEKAVADVEREISDLERRSAELEAQMNTPEGAADTSLFATHNDLQ
                     KALSDAMDRWSEASETLDAAKKES"
     CDS             10843..12138
                     /locus_tag="SEQF2637_01147"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQEFKVKNYLSFRDEATFSFLATDDRSFGEDQVVTIGKTRLLR
                     FAILYGANASGKSNLLQAFDFLRKFWTEGKTSDVESTRATPFLLDQQTPSAPSHFELT
                     FFVGDTEYLYTLTLDRHRVHEETLLYHQPIGDKASREIQLFRRTWEGGRSVIELSASL
                     KVPIFVKGELTAKCLPNMSFFAARARVNASMPPIDAARTWMQDLFFSLINPKTDLSDF
                     LQNKVQEDAEVKGYLLSLLERADFNITGIHVEKKTLSDEEKQSFLQGKILPDEFKKLF
                     LNEETKASWTDLMFEHTVQDARGKEKYVLSEGEQSAGTRRILGVEAAIYDTEKRNGFL
                     AIDEIESSLHPELVKLILDQYLNSEGRSQLLVTTHYDPLLDEIDHLFRKDSVWFTEKG
                     EDGNTSLYSLVEFRGLDEQQYPFRSAYRNGRFGALPNTY"
     CDS             12143..12763
                     /locus_tag="SEQF2637_01148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKRKTSRSRVNTRETRQAKPTILGEGKVTEYYYFKHLCHLIRC
                     PAEIDKSNFGRKAIGDFEDKIEQVLKGKGSVVVVFDADVMASSETERRRLQAIKDKYR
                     NNENVLICDSFPSIEYWFLLHYVDTCKSFSSAAVVDELSKHVSGYCKDMEWAKHERWV
                     AALRAEGQEQAARERAVKYAEDSKQYSDGQSYTNLYKFFDKYPPKA"
     CDS             12767..14149
                     /gene="mnmE"
                     /locus_tag="SEQF2637_01149"
                     /EC_number="3.6.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8KAS1"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA modification GTPase MnmE"
                     /translation="MTTDSPTICALSTPAGCGALAIVRVSGPEAVTLCDRFFIPRSGV
                     PLAERRSHTATFGRLVRDGELLDEAVATVFRAPHSFTGEDTVELSCHGSTFIQQRLLE
                     WLIDGGARAAEPGEFTRRAFLNGRMDLSQAEAVADLIASTSAGMHRVAMNQMRGGFSD
                     ELATLRTQLLEFASLVELELDFGDHEELEFADRTRLGELADRIARRIDTLAASFAAGN
                     ALRHGLPVAIIGRPNVGKSTLLNGLLNEERAIVSDVPGTTRDTIEETLTLDGRLFRFI
                     DTAGLRDRTTDRIEEIGIRRSFEKADQAAIILYLLDLTDSTAADWLEASRWLRRYDKP
                     VLMVGTKNDLARRSPIHTTDNVQVIHISCREPADIERVKQRIVELADTLTVGTHDVIV
                     TNVRHYEALCRAGEAIRRVLAGLSDGLPGDLLAEDLRDCLHALGEITGGEIVTDEVLA
                     NIFSKFCIGK"
     CDS             complement(14243..16831)
                     /gene="clpB1"
                     /locus_tag="SEQF2637_01150"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P53533"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein ClpB 1"
                     /translation="MNLNNFTIKSQEAVQKAVELVGQQNQQSIEATHLLKAVILTGES
                     VVNFLFQKLGINPQGLNTALDRKIASYPKVEGGEPYLSREANAVLQKAVDYCGKMGDQ
                     YVSLEHIILALFSERSDASQMLKDAGMTEKELRAAIDELRKGNHVTSQSAEDTYDSLS
                     KYAINLNERARSGKLDPVIGRDEEIRRVLQILSRRTKNNPILIGEPGVGKTAIAEGLA
                     HRIVRGDVPENLKSKQIFSLDMGALIAGAKYKGEFEERLKAVVNEVTKSDGQIILFID
                     EIHTLVGAGKSDGAMDAANILKPALARGELRAIGATTLDEYQKYFEKDKALERRFQTV
                     MVDEPDEADTISILRGLKEKYENHHKIRIKDDAIIAAVQLSSRYITDRFLPDKAIDLM
                     DEAAARLRMQVDSVPESLDEVSRRIAQLEIEREAIKREDDQPKLEQLSREIADLKEDE
                     KKQKARWQNEKELIDRIQQNRIDIESLKYEADRAEREGDYGKVAEIRYGRIKTKEEEN
                     ADIQRQLHEMQGASAMIKEEVDSEDIADVVSRWTGIPVSKMLQSEREKLLHLEDELHR
                     RVVGQDEAIRAIADAVRRSRAGLQDPKRPIGSFIFLGTTGVGKTELAKALAEYLFDDE
                     NMMTRIDMSEYQEKFSATRLVGAPPGYVGYDEGGQLTEAIRRKPYSVVLFDEIEKAHP
                     DVFNVLLQVLDDGRLTDNKGRTVNFKNTIIIMTSNMGSSLIRDRFEQLTDANRERVVA
                     ETKAEVLDLLKKTIRPEFLNRIDEIIMFTPLTEQEIRQIVGLQLKGIERMAAANGIAL
                     QFSDAAVAYLAEKGYDPQFGARPVKRAIQELVLNELSKQILSGKIDRGHAVKVDFREG
                     QLVFGN"
ORIGIN      
        1 tacccgtgta ggggcgtatt gcatacgccc cgaaacaatc ctcgccgaag gtttgggcct
       61 aaaaccgggc cagttttggg tgtatcctta ttggaaaggg tgaaatcggg tgcgtttttg
      121 gcgtatccgg atggggaaat gtggaaccgg gcgggttttt catgtacccg tgtaggggcg
      181 tattgcatac gccccgaaat gtcctgcgcc aaggatttgg gtctaaaatc gggccggttt
      241 tggtgtatcc ctattgggaa gggtgaaatg aggtgcgttt tgggtgtatc cgtgtgcgga
      301 aatatgaaac ccgccaaatt ttgggtgtac ccgtgtaggg gcgcaaaagc atacgccccg
      361 aaatgtcctg cgacaggggt ttgcgtctaa aatcgggtgg gttttgggtg tatccctatt
      421 ggatagggtg aaatcgggtg cgtttttggt gtatccgtat gcggaaatat gaaaccgggc
      481 gggtttttca cgtaccctta attggggata atgaaatcgg gtggtttttt ggcgggtacg
      541 tgtttcggaa ggcgtggcgg gtcgggcgtt cttaccccca tcaatggcga caggcaaaac
      601 gcttctcaaa tcagacctat ctttgccgcc tctaattaaa cacggaaaga acaatgagtt
      661 acaatttatt gaaagggaaa agaggcatca tttttggcgc cctcaacgat ttatctatcg
      721 cttggaaagt ggccgaacgg gctgcagagg aaggcgcaca aatcgcgcta acaaatacac
      781 cgatcgcaat acggatgggc gaagtccggg cgctggcgga gcgtctccaa gcgccgatga
      841 tccccgccga cgcgacgagc gtggcggacc ttgaaacggt cttcacggag tcgacgcaag
      901 ccttgggcgg aaagattgac ttcgtgctcc actccatcgg catgagcccc aatgtgcgca
      961 agaagcgcac gtacgacgat ctggattacg acctactctc gaagacgctc gacatctcgg
     1021 ccgtctcctt ccacaagatg ctgcaagtgg ccaagaagca ggacgccata gcagagggcg
     1081 gatcgatcgt cgccctgacc tatgtggcct cgcagcgcac attctttggc tacaacgaca
     1141 tggcagacgc caagagcctc ctggagtcca tcgcgcgcag cttcggttac atctacggcc
     1201 gcgagaaagg tgtacgcatc aacacgattt cgcagtcgcc gacgctcact acggccggaa
     1261 gcggcattaa ggggatggat cacctgatgg acttcgccga caagatgagt cccttaggca
     1321 acgccacggc agacgactgc gccgactatt gcgtgaccct tttctcggat ttgacgcgta
     1381 aagtgacgat gcagaacctc ttccacgacg gtggcttctc gagcatgggc atgagccttc
     1441 gcgccatgaa ccagtatagc aagagcttcg aggagttcaa ggacgagtca gggaagatcg
     1501 tttacggctg atggtatagc gggggagggg ctgacaggag gtgtctgccc gatcatttac
     1561 gggtagagca aagcaaagag gcgtcccaca cactgcggtg cgggacgcct ctttcagtct
     1621 ggattcgacg gctggggcgg ttattggccc gtccagtcgg agattacgcc cgatggatcg
     1681 gggttgagga tgatggcctt gttctggtcc gtttcgtact tattgaagta gatgttgaac
     1741 cacggcgcac agtatccctc gatcgagttc atgcggtaac ctacggggca gttcgtgtcc
     1801 ttgtatccac gggtaacctt cagctcgagg cgtttgtaat cccagaagat gatgccttcg
     1861 ccccagaatt caatgcgttt ttggagcatt aattccttgc ggaagtcgtc cagcgaggcg
     1921 gcagagcatt tgtaggagtc gtagcgatac gtcttcatga agctctccaa ggcagagact
     1981 cccgccgcaa cgccctggct ggcagccagc gcttcggcct cgatgaagta catctcctcg
     2041 acgcgcatca gcggatagtc catggcggcg cccaccttat agtcgatcat gttgccttcg
     2101 ttgggcttaa acttgagtcc ggcgtagggt gccagcgttt tgaagtcgtc gtcggtgagg
     2161 agggtgcgat acttcgagcc cggggccttg cctgcgtcgc caggtgcgat ccaggaggct
     2221 ttgcgccagt cagcgtcggg gatctgatcg aaaagagcct tgctgatggt gcgtgtggct
     2281 ccataggttg cgttagccac gccgaaggtc tgctcggggc acatgttaga agcgaagttg
     2341 atgtaggcgc tgtagacgtt ggcctctttg gttatgatac cccacatcca agaggaggcg
     2401 aggatggagt tgaagcccgt ggtgtagctc ttgccaccga accaatcgct ctcagtcaac
     2461 ggctgggcac cgctggcggt gatggcttcg cgggcgaact gtgcggcctt ggcgtagcag
     2521 tctttcgcgg aggtgatgtc cgaacgtacg gcggtgaagg cggccagatc ggcgggatac
     2581 ttctcgaagc gtgtgcccag ctccaaccaa gtgcgggcct tcaaaccggc gacaacggcg
     2641 gagttgggca ggtttttggc tgaccgggtg aagccgttga ggaggttacc ggctgtctcc
     2701 agttcgtcga ggatgtattt gtacatcgtc tggaagggga cgcgcggatt attgcgcgca
     2761 tcggtctcag aggtcttctc ggtgacgagc tgcgtggtga ggccatagac cttgttggcg
     2821 gccgcttcgt tgtcgagttt ggcgatgcct gtcttcttgt attcgtagag gcgtgccata
     2881 tcgaggtaag ccagcgcgcg acaggtgtga gccacgcctg cgtactgctt caggagcggg
     2941 tcggtggtct ctttgtcgat caagccgacg aggtcattgg ctcgcttgag gagcttgaag
     3001 tagtagccgt agagcacgta ggatatcgag ttgttcacgc cgaggctggt gcaaaggccg
     3061 tacgaggaga agtagtcata gtcggagctg tagacataaa agtcctcgca catcacatcg
     3121 cgcatgatgc cccaagcggg gtatccgaag tcgaagttgt aggcattgta gtagttcaag
     3181 tcacggtcgt aactattgta ctcgttgatg tagcccacga tggagttttg cagggcttcc
     3241 atcgcgctct ttgacttcat gacttgatcc ttcgtggccg tagacgactc gggaaaagtc
     3301 tcttcgatgc aactgttcag gccgactgcc atgagcagta cgcagcaggc gagggctttc
     3361 gtgatcagag ttatcttttt cattgtgatc atcctttctt attgatatac atgggtgagg
     3421 ataggcttag aattgcaggc tgaggccggc agagtaagtg cgatagggcg acacgccagt
     3481 tgaggaggtg ctaccggtgg tggtagtgcg cggatccaag cctttgcgtt tggaccagta
     3541 gtagatgttg tcgcaggtga cgtagaagcg caggttgcgg atgccaccga ggcgcttagt
     3601 cagcttttcg ggcacggtgt agccgagctg aatgttctgg aggttgaggt agctaccgtc
     3661 gatcaggaag cggtcagact gtccagcggc gtcgaggtcg ttgaagtacc agcgaggaat
     3721 ttcagagctg gtgttctcgg gcgaccatgc gttgaagacg tccttgtgca ggcggaagcc
     3781 actggccgaa gaggcaatcg ggttagacat catgcttgca tagccgtagt cgtagatctt
     3841 gccacccacg gagtaggaga actgtgcgga gaagtcgaag ccgcggaagc tgagcgaggt
     3901 gccaaagcca ccgtagaggt ctgggttcgg gtcgccgcag aggtagaaat ctgcgttgga
     3961 gtaagtatcc gtcgtcttct cttcgccggt cgtcttgtcg gtgtagtacc acagcgactt
     4021 gccttcggga gacagacccg caaagcgatg gatgcgccag gtgttgatgg gcaggccttc
     4081 accgtagtaa cggatgccgt cgacataacc gtcgtatcca ccctcgttgt tcgtcttctt
     4141 ctcttcgggc aggtaagaga tcttgttctt gtagtgcgtc aggttgaggt tgatggtcca
     4201 gaccagatcc ttacgcttga tgggcgtgta gtggaggtcg agttcgacac cgcggttaac
     4261 catgtcgcca atgttgtcgt aatagccgtt gtaacccagt gaggggggca cggtgaagaa
     4321 gttgagcatg tcggtcgtct tgcgatagaa gagctcgacg tcgcccgtca gcttgccttt
     4381 ccaaagctcg aactcagcgc cgagattgac gttcgtgttc gtctcccagg tgatgtcctc
     4441 tttgcctttg tcactaaagg agagcgagag ggcgtcgttg ttgttggtga tgccataacg
     4501 gtcggtgtag tagaagtcgc cgatattgtc gttaccctgc tgaccgatgg agaacttgat
     4561 cttgagcatg tcgaaggctt tgcacttgaa gaactcttcg ttcgagatca ggtaagcgcc
     4621 accgagggag tagaagttac cccagcgatg cttcgggtgg aagcgtgagg aggcgtcgcg
     4681 gcggaaggag gcagaggcga aatacttgcc gttatagtcg tagagcccac ggaagaagta
     4741 gccttctgta ttgtagttcg tggcgtaaga gtccgctttt ttaccgtcga tcacggcgcc
     4801 tcccaactca tggttgcccc agtaggagaa catgttcttc ttggaggccg agagcagcac
     4861 gtagttgtac ttgtaatact catgccccaa gagtgcggag aagttgtggc tgtcgccgaa
     4921 ggtatggttg tagttcagca actgctggag gttgagcgtg gtggtgcgat aatgatagac
     4981 cgaaatgttt cccttctctt cgatacccca gccatagaag gggtttccgg aggtgaagta
     5041 acgctgtcca aagacagacg tagcggcgtt gaaggtgaac ttcagttcgt cggagaagag
     5101 gatgtctgcg aaggcgttgc cgttcagtga gtgcgccttg gtctgtcgca gatcgagcat
     5161 catcgtttgg atcgagaggt tggagtaagc cgggcgcacc agcttggggc cagccgtagc
     5221 cacaccatag tcgtacatct taccgttctc gtcggtgcgg atgttgccgt tggcgtcgcg
     5281 caagtagacg gggtagatcg gcgcaatgcc ttgcgtgaag gcagtcgggt cggtcgattc
     5341 tgactcggag agcgtctgcg tcgtactgta gacatagccc acgttcatgc catacttcag
     5401 ccacttcttc gcttggtgcg aagccttgac gcgagccgaa tagcgctcat agcccgagtt
     5461 aggcagcacg ccattgtcct tgagatagcc gaaggaggag tagagctgca gcgcttcgtt
     5521 gccacccgtc acgttcacgt tatactcctg gcgcagcgag gtgctgtaag cctctttcgt
     5581 ccagtcgtcc ggcagcagca tgtgaccgtt caccacgcgt cccagcgtcg cgttcgggtt
     5641 cagcttgcca tccttaccga tcagatactg cccgtcggga tagctgtaga cgttgtaagc
     5701 caggccgccc ttctctttca cgccgctcac taagtcctgg ttggcctgca cataggcatc
     5761 gtcggctgag agcttgtcca cgtagtggag cttgttgtag agtgcgcggt attgtgcctc
     5821 gtaatactgt ccgggatcct tgatgtaatc gtagtcgatc gtaccgcgtg tattggcgcc
     5881 ccacttcgca gaggccgtga tgacggcttc gcccgacttt gcgttcttcg tcgtgatgat
     5941 gatcacgcca ttggcaccgc gtgcaccgta aagcgcatta gaagcggcgt ctttcagcac
     6001 ggagatagac tccacgtcgg ccgggttgat gttgtcccaa ccgccgtcgt aaggggcgcc
     6061 gtcgacgatg atcagcgggc ccgtactggc gttgatggag ccgataccgc ggagcaacat
     6121 ggtcggcgcg tcaccaccag cttgacccga gccactcgtc atctggaggc ccgccacctg
     6181 tccggccagg gcctgcacca cgttcgtagc ctgcttcttg gtcagagcgt cagaattgat
     6241 cacggtggcc gaacccgtaa aggccgatcg tttggaggta ccataagcca cgacgaagac
     6301 ctcatccagc tgttcggtgt cgtccgtcaa gacgaccttc atcccagccg tggccggtaa
     6361 ttcttgcgtt ttgtatccca cataggaaat aaccagcgtg ctacccttgg gcaccgagag
     6421 ggcgaatttg ccgtcgatgt ccgtgatggt acctgtcgtg gtattgcctt tcacatgcac
     6481 ggtgacgccg atcatgggct caccctgctg gtcagtcaca gtgccgctgg cctgtgtctg
     6541 cgccatcgcg gcccctgtcc ctatcaggat aagagccagc aacatcatta atctcttttt
     6601 catactgcta taataattgg tttagaagga gtgtctattg ggatcgaaga ggcaccttta
     6661 tgagtgtatg ggtattatgc cggccgcagg ggcgaagctg cggggcgcgt caaacttgct
     6721 gtttctattc gtgtggttca ccgtgttccc tcttctgtta aatttcgggg tggcaaagat
     6781 ggctgttttt tacactagcc ggtgaactga actgaaaaat cgcacccacg aaaaggtttc
     6841 ttggcgaacg attgtctcgc acaatcaccc caccgggaag tctgtggctt gaaagactcg
     6901 cacaatcgcc ccaccgggaa gtctgtgggc cgaaagactc gcacaatcgg ccctccagaa
     6961 agtctgtggc tcgaaagact cgcacaatcg ccccaacgag atggttttgg cgtgaaaaac
     7021 tcgcacaatc ggcccaccgg gaagtctgtg gctcgaaaga ctcgcacaat cgccccaccg
     7081 ggaagtctgt gggccgaaag actctcacaa tcgccccacc gggaagtctg tggatcgaaa
     7141 gactcgcgca atcagcccac cgggaagtct gtggcttgaa aaactcgcgc aatcacccca
     7201 acgggaagtt tttggcgcga aagactcgca caatcgctcc actggaaagt ctgtggctcg
     7261 aaagactcgc acaatcgccc caccgggaag tttttggagc gaaaaactcg cacaatcagc
     7321 cgccacggaa gtgtttcggc ctgttgtccg ccgcaggcaa tccacgattt tatgggtgat
     7381 tcgcagccta aggctttcca tccaaaaaca cttagatgaa ggtcagcctt cggctttcgc
     7441 tcgtcgactt tgttggtgaa ccgaaacctt ccgctttgag ttgtcccttt ttgtatcgca
     7501 ggaaagcctt cggaaaattg ttgctcgccg ctgtggggtc agaaagcctc aagcaaaagc
     7561 ctgtttctcg ttttcgacgt tcaaaagcct caggcaaatg ggcatttcca atgaatagcg
     7621 ccaaaagcct gaggcaaatg tgcgctttca ctggtgagag ccaaaatcct taggctaaaa
     7681 gccgattcac gctggcgaga gcgttttgcc tgaagcaaat tgatgtttcc agcgagaaat
     7741 gtcattttgc ctgaggcaaa ttggtgtttc cagttgaaaa tgcatttttg cctgaggcaa
     7801 aacgctctcg ccagcgtgaa tcggctttta gcctcaggct ttcgtgtttt tacggtgtct
     7861 ccgcccaatt gcctgaggct tttaagcgta gaaaaagaaa aacgcctgac ggctcgaggc
     7921 tatcaggcgt ttactttttt cgaggtctat tttcttgaag gttagagcag tctacgattc
     7981 ttttttggcc gcatctaatg tctcggaggc ctcagaccaa cgatccatcg cgtcggagag
     8041 cgctttttgt agatcgttat gggtggcgaa aagcgacgtg tcggcggcgc cttcaggcgt
     8101 attcatctgc gcttccagct cggcgctgcg gcgctccaaa tcggaaatct cacgttcgac
     8161 gtcggccacg gccttctcca atcggcggat cttccgcgcc tgctcctttt gttcctcata
     8221 agatcgcttg gacgacggcg ctccgctttc ctccaccgac accgactgag taggcgcagc
     8281 cgtacgccgc tctaactcac gcagattctc gatccttttg cgctcgagga agtcgtatat
     8341 ccccccgagg tgctcgcgga cgcggccccc gccgaactcg tacactttat ccaccaatcc
     8401 gtcgaggaat tcgcggtcgt gcgagacgac gatgagcgtc ccgtcgaagt cgctgagcgc
     8461 ctccttgagc acgtccttcg agcgcatgtc taaatggttt gtcggctcgt cgaggatcag
     8521 cagattgacg ggttcgagca gcaaccgaat catggccagc cggctgcgct ctccgccgga
     8581 aagcacgccg actttcttgt ccgacgcctc gccgccgaac ataaacgccc cgaggatgtc
     8641 acgaatcttt gtccgtatgt cgcccgtggc tacatagtcg atagtttcaa agacggtctt
     8701 tgtttcgtct aagagttggg cctgattctg cgcgaaatag ccaattcgga cattgtgacc
     8761 gaggcgcagc gtgccgctat aatccgcgat ctcgcccatg atacacttga cgagcgtcga
     8821 ttttccctcg ccatttttcc ccacgaaggc gactttgtct ccgcgatgaa tcgtaaacgt
     8881 agcgtccgaa aagacgaggt ggtcgccata tcgtttcgtg agatgttccg caatcacggg
     8941 atacgagccc gagcgcggcg ccggcggaaa gcgaaggtgg agcatggccg tatcctcggc
     9001 gtcgacctcg atccgctcca cgcgcgccaa ctgtttaatg cgtgattgca cctgcactgc
     9061 cttcgtagcc ttataccgaa aacgctcgat gaaagcctcc gtgtcggcca acattttttg
     9121 ttggttttca tacgcccgct gctgttgttc gcgccgttca cgtcggagct gtacatattc
     9181 gtcgtacttc actttgtagt cataaatgtg ccccagctcg atctcgagtg tgcggcgcgt
     9241 agtgttgttg ataaacgccc ggtcgtggga aacgagcacc accacattgg acgacgtggc
     9301 cataaaatgc tctaaccact ggatggattc gatgtccaga tggttcgtgg gttcgtccag
     9361 cagcaaaacg tccggccgcc ggagcagcag cttagccagc tcgatacgca tgcgccatcc
     9421 gccgctgaac tccgccgtgg gccggtcgaa gtcgtcgcgc gcaaacccga ggccgagcag
     9481 cgtccgctct aactccgcct gataactcgt ggcgccgatc agctgaaggc gttcgctaag
     9541 cgtagtcatg cgctcgatga gcgtgtggta cgtctcgctg tcgtaatccg agcgctccgc
     9601 aagctcccga ttgaggcgct cgacagccgc ctccgtttcg tggatatgtg caaaggccag
     9661 ctccgcctct tggcgcacgg tacgtttatc ctcgagttgc atctgctgcg gcaggtagcc
     9721 gatcgtcgtg tctcgcggca cgctgacgac gccgcttgtc ggctgttgca atccggcgag
     9781 gatcttgagc agcgtcgatt tgcccgcgcc attttttccg accagcgcga tccggtcttt
     9841 tttgttcact acgaacgaga ggtggtccag cagtgtgaat ccgccaaatt cgacggtcaa
     9901 accttcgatt gagatcataa aaaaggaact atctatcggt gcgggacgtc cgcccgccac
     9961 tttgggttac acattatata ataggtacgc ggcgcccgtc ctccgtagag atcgacccgg
    10021 gcaccccgat acaaaaacgc gcgcaaaggt agatgcaccc gcaaatagcc cgcagcccga
    10081 ggctatgctt tgtcaccgac gaaagggcgt gtcggcttca ggcttcggga ggataaacgt
    10141 aggcgagaca ccatcgcctc aggctttggg aagatcaaaa aacggagccg cacttttctg
    10201 aagatgatgg tggatcacaa aacgagagca tctctcgccg aaggtcttag atcaccgacc
    10261 gcgtaggcaa ccccaagccg acggtcggcc atcgctttcc gaaacagcga ccgaaagcct
    10321 caggctgagg ctcagccata aaatcacgga aatcctgcgg cggacaaccg gccgaaacac
    10381 tttcgtggca agcgattgag caagtttttc gccccaaaac cgtctcgttg ggccgattgt
    10441 gcgagtcttt caggccacac gattcccggt ggagcgatag tgcgaggttt tcggccgaca
    10501 gactttccgt tgggccgata gtgcgaggct ttcgccccac agactttccg gtggagtgat
    10561 tgtgcgaggt tttcgcccca cagactttcc ggtggagcga ttgtgcgagg ttttcgcccg
    10621 acagactttc cggtggggtg attgtgcgag gttttcgccc gacagacttt tcgttggggc
    10681 gattgtgcga ggttttcggg ccacatgatt cccgttgggg cgattgtgcg aggttttcgg
    10741 gcaaatggac ttcgtggcgg gcgaaaaaca gagataatgg cgccaaagag gctttgcgca
    10801 gcggatctat ctttgcgggc catccccaac caagcaccac atatgataca agaattcaaa
    10861 gtcaagaact acctctcctt ccgcgacgag gcgacgttta gcttcctcgc caccgacgat
    10921 cgtagcttcg gcgaagatca ggtcgtcacc atcggcaaga cccgtctact gcgcttcgcg
    10981 atcctctacg gcgcaaacgc ctcgggcaaa tccaacctgc tgcaggcctt cgactttttg
    11041 cggaagttct ggacagaagg taagacgtca gacgtggaaa gtacaagggc gaccccgttc
    11101 ttgttagacc aacagacgcc gagcgcgccg tcacattttg agcttacctt cttcgtcggc
    11161 gacacggagt atctgtacac tttaacgctc gaccgacacc gcgtgcacga ggagacgctg
    11221 ctctatcacc aacccatagg cgacaaagcc tcacgcgaaa tccagctctt ccgtcgaaca
    11281 tgggagggcg gccgctctgt gatcgaactc agcgccagct taaaagtccc catattcgtg
    11341 aaaggtgagt tgacggcaaa atgtcttccc aatatgtcct tttttgcggc tcgagcacgg
    11401 gtcaatgcgt ctatgcctcc cattgatgcc gcgcgcacat ggatgcagga tctatttttt
    11461 tcgctgataa atcccaagac ggatctgtct gactttttgc agaataaagt gcaggaagac
    11521 gcagaggtaa agggctatct gttgtcgcta ctcgaacgag cagatttcaa tattacgggt
    11581 atacatgtag agaaaaagac gctgtccgat gaagaaaaac agtcgttttt gcaaggtaag
    11641 attctgccgg acgagtttaa gaagctcttt cttaatgaag agacaaaggc ctcttggacg
    11701 gacttgatgt ttgaacacac tgtgcaggat gcgcgcggaa aagagaaata tgtgctttct
    11761 gagggtgaac aaagcgccgg gacgcgtagg atacttggtg tcgaagccgc catctatgac
    11821 acggaaaaac gtaacggctt cctcgcaatt gatgagattg aatcctcgct tcacccggaa
    11881 cttgtgaaac tgatcctcga ccaatatctc aacagcgaag ggcggagcca gctcctggtc
    11941 acgacacatt acgatccttt gctcgacgag atcgatcacc ttttccgcaa agactcggtt
    12001 tggtttacag agaagggaga ggatgggaat acgagtcttt attcgcttgt cgagttccgt
    12061 gggttagacg aacagcagta tcctttccgt agcgcatatc gcaacgggcg cttcggagcg
    12121 ctgcccaata cctattagaa tgatggataa gagaaaaaca agcagaagca gagtcaatac
    12181 gcgagagact cgtcaagcca aaccgacaat cctcggcgaa ggaaaagtta cggagtacta
    12241 ctatttcaag catctatgtc atctcatccg ttgccctgca gaaatcgata aaagcaattt
    12301 cgggcggaag gcgataggcg attttgaaga caagatcgaa caagtactga aaggaaaagg
    12361 ctctgtcgtt gttgtatttg acgcagacgt aatggcgtcg agcgagacgg aaagaaggcg
    12421 actgcaggcc atcaaagaca agtacaggaa taacgagaac gtcctcatct gcgatagttt
    12481 tccttctatc gaatactggt ttctgcttca ttacgtggat acctgtaagt cattctcgtc
    12541 cgctgctgtt gttgatgagc tgagtaaaca cgtgtccggt tattgcaagg acatggaatg
    12601 ggcgaagcat gagcgctggg tcgccgcact tcgtgctgag ggtcaggagc aggcagcccg
    12661 cgaaagagcc gtcaaatacg cggaggacag caagcaatac agcgacggcc agtcttacac
    12721 caatctctac aagttcttcg acaagtaccc cccaaaagca taacctatga ccactgattc
    12781 ccccaccatc tgcgccctgt ctacgcctgc gggctgtggc gcgttggcca tcgtgcgcgt
    12841 ctccggaccg gaggcggtca cgctttgcga ccgttttttt attcctcgct cgggcgtacc
    12901 gctcgccgag cgtcgctcgc atacggccac cttcggccgt cttgtccgcg atggcgaact
    12961 gctcgacgag gctgtggcta ccgtcttccg tgccccgcat tcgttcactg gcgaggacac
    13021 cgtggagctg tcttgccacg gctcgacctt catccagcaa cgcctccttg aatggctcat
    13081 cgacggcgga gcacgtgccg ctgaacccgg cgagttcacc cgacgcgcct tcctcaatgg
    13141 gcgtatggat ctctcacagg cggaggccgt ggccgacctg atcgcatcga cttcggccgg
    13201 tatgcatcgc gtggcgatga accaaatgcg tggcggattc tctgacgaat tggccacgct
    13261 ccgtacgcag ttgctcgaat ttgcttcgct cgtggaactg gaattggact ttggcgatca
    13321 cgaggaattg gagtttgctg accgcacgcg ccttggcgaa ctggctgacc gcatcgcccg
    13381 acgcatcgac accttggcag cctcgttcgc cgccggcaat gcgctccgac acgggctgcc
    13441 tgtggccatt atcggccgac caaacgtggg caagtcgacg ctgctgaacg ggctgctcaa
    13501 cgaggagcgc gccatcgtct ccgacgtccc tggcacgacg cgcgacacga tcgaggagac
    13561 gctcaccctc gatggccgac ttttccgctt catcgacacc gccggtttac gcgaccgcac
    13621 gacggatcgc atcgaggaga tcggcatccg ccgcagcttc gaaaaggccg atcaggccgc
    13681 catcatcctt tacctcctcg acctgaccga cagcacggct gccgattggc tcgaggccag
    13741 ccgctggctg cggcgctacg ataagcctgt gttgatggtc ggcacgaaga atgatctggc
    13801 ccgccgtagc ccgatccaca cgacggacaa cgtgcaggtg atccacatct cttgccgcga
    13861 gccggccgac atcgagcgtg tgaagcagcg gatcgtcgag ctggccgata cgctcacggt
    13921 gggcacgcac gacgtgatcg tcaccaacgt gcggcattac gaggcgcttt gccgcgcggg
    13981 cgaggccatc cgacgcgtac tggcgggact cagcgacggt ttgccgggcg atctgctggc
    14041 agaggatctg cgcgactgcc tccacgcgct cggcgagatc accggtggcg agatcgtcac
    14101 cgacgaggtg ctcgccaaca tcttctccaa gttctgcatc gggaagtagg ggcggtgaaa
    14161 aacgaaaagt cccaccggct ggggagacgg gcaaacccat ctccgcctgc cggcaggact
    14221 ttgcgcttag aatggttagc tgttagtttc cgaacaccag ctgcccctcg cggaagtcca
    14281 ccttgacggc atggccgcgg tcgatcttgc cgctgaggat ctgcttcgaa agctcgttga
    14341 ggacaagctc ctggatggca cgcttcacgg ggcgggcacc gaactgcggg tcgtagccct
    14401 tctcggcgag gtaggcaacg gcggcgtcgg agaattgcaa cgcgatgccg ttggcggccg
    14461 ccatgcgctc gatgcccttc agttgcaggc cgacgatctg gcggatctcc tgctcggtga
    14521 gcggggtgaa catgatgatc tcgtcgatgc ggttgaggaa ctccggacgg atggtcttct
    14581 tcagcaggtc gagcacctcg gccttcgttt cggccacgac acgctcacgg ttggcgtcgg
    14641 tcagctgctc gaaacggtcg cggatgagcg acgaacccat gttgctcgtc ataatgatga
    14701 tcgtgttctt gaagttcacc gtgcggccct tgttgtccgt caggcggccg tcgtcgagca
    14761 cttgcagcag cacgttgaag acgtccggat gcgccttctc gatctcgtcg aagaggacga
    14821 ccgagtaggg tttgcgtcgg atggcctccg tgagctgtcc gccctcgtcg taaccgacgt
    14881 atcccggagg cgccccgacg agtcgcgtgg cgctgaactt ctcctgatac tcgctcatgt
    14941 cgatccgcgt catcatgttc tcgtcgtcaa agaggtactc ggcgagcgcc ttggccagct
    15001 ccgtcttgcc gacgcccgtg gtgccgagga agatgaacga tccgatgggg cgcttcgggt
    15061 cttgcagccc cgcccgactg cggcgcacgg cgtcagcaat ggcgcggatg gcctcgtctt
    15121 gacctacgac gcgccgatgc agttcgtcct ctaagtgcag cagtttctcg cgctcgctct
    15181 gcaacatctt gctcaccggg atgcccgtcc agcgggagac gacgtcggcg atgtcttcgc
    15241 tgtccacctc ctctttgatc atggccgagg cgccctgcat ctcgtgcaac tggcgctgga
    15301 tgtcggcgtt ctcctcctct ttcgtcttga tccgcccgta gcgaatctcg gccaccttac
    15361 cgtagtcgcc ctcgcgctcg gcgcggtcgg cctcgtactt cagcgactcg atgtcgatgc
    15421 ggttctgctg gatgcggtcg atcagctcct tctcgttttg ccagcgcgct ttttgcttct
    15481 tctcgtcctc cttcaggtca gcgatctcgc ggctgagctg ctcgagcttc ggctgatcgt
    15541 cttcgcgctt gatggcctca cgctcgatct cgagctgggc gatgcgtcgc gacacctcgt
    15601 cgagcgactc gggtacggaa tccacttgca tgcgcaggcg ggccgccgcc tcgtccatca
    15661 ggtcgatggc tttgtcgggc aggaagcggt cggtgatgta acgcgaggag agctgcacgg
    15721 ccgcgatgat ggcgtcgtcc ttgatgcgga tcttgtggtg attctcatac ttctctttca
    15781 gtccgcggag gatggagatc gtgtctgcct cgtccggctc gtccaccatg acggtctgga
    15841 aacgccgctc caaggccttg tctttctcga aatacttctg gtactcgtcg agcgtcgtgg
    15901 cgccgatggc ccgcagttcg ccgcgtgcca aagccggctt gaggatgttg gccgcgtcca
    15961 ttgcgccgtc gctcttgcct gcgcccacaa gcgtgtggat ttcgtcgata aagaggatga
    16021 tttgcccgtc ggacttggtc acttcgttca ccaccgcctt gagtcgctct tcaaactcgc
    16081 ccttgtattt cgctccggca atgagcgcgc ccatgtcgag cgagaagatc tgtttgctct
    16141 tcaggttctc gggcacgtcg ccgcgcacga tacggtgcgc caacccttca gcgatggccg
    16201 tcttaccgac acccggttca ccgatcagga tcgggttgtt ctttgtccgt cgactcagga
    16261 tttggagcac gcgtcggatc tcctcatcgc gtccgatcac ggggtcgagc ttacccgacc
    16321 gcgcgcgttc gttcaggttg atggcgtact tgctcagcga gtcgtacgtg tcctcggccg
    16381 attggctggt tacgtggttg ccctttcgca gctcgtcgat ggccgcgcgc agttccttct
    16441 cggtcatgcc cgcgtccttg agcatctgcg aggcgtcgct acgctcggag aagagcgcca
    16501 ggatgatgtg ttcgagcgac acgtattggt cgcccatctt accgcaatag tccacggcct
    16561 tttgcagcac cgcgttggcc tcgcggctaa ggtagggttc gccgccctcc accttcggat
    16621 aggaggcgat cttccgatcc agcgccgtgt tcagcccttg cgggttgatg cctaactttt
    16681 ggaagaggaa gttcaccaca ctctcacctg tcagtatgac agctttcaag aggtgcgtgg
    16741 cctcgatgct ctgttggttt tgctggccga ccagctctac cgccttctgc accgcttcct
    16801 gcgatttgat tgtgaaattg ttcagattca tatgtgttat gcgttttatt tactgtttga
    16861 taattgtttc tggtaccccc tatggtcaaa tctggtgccg tggaatagat ggtgacaaaa
    16921 tggcataata aagccccgcc gacctgatcg acgaggctga tctcttaggt gcgaagtctg
    16981 tcaggccgcc ttccaaagtg gtcggacact ccggtgacgt tggcaggccg cctgctggga
    17041 ctatcggaca cttcggtgac gttgtcaggc cgcctgccag ggctatcgaa cacttcggtg
    17101 atgttgtcag gccgcctgcc agggctatcg g
//
LOCUS       SEQF2637|AYYD01001064.1 5572 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5572
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             64..192
                     /locus_tag="SEQF2637_01151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGHASISSTQIYAQVTDKKISEDMDKLIWKYQKEETKEETV"
     CDS             189..326
                     /locus_tag="SEQF2637_01152"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNINHHQTKGDRSYFEWGDNMQIIRKGKGEIAMTESELVDFFCV
                     T"
     CDS             complement(809..1711)
                     /locus_tag="SEQF2637_01153"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTLIGTKEVRGIMTKSNLPVGGYSVNPYVGCTHACKYCYASF
                     MKRFTGHKEEWGTFLDVKHWPAIKNPKKYAGQRVVIGSVTDGYNPEEATFRRTRKLLE
                     ELKDSDAEILICTKSDLVLRDLDLLRQMKKVTVSWSVNTLDETFRADMDKAVSIERRI
                     AAMQKVYEAGIRTICFVSPIFPGITNFKAIFHEVKDICDLFWLENLNLRGGFKANIMG
                     YIKSYYPHLFPLYEEIYLHKDRTYWKQLEQEAAKMAQEAQCKYVDNELPYERSPKGHP
                     SIVNYLYHEEIRGSGNTGKRNVMQ"
     CDS             complement(1729..2493)
                     /locus_tag="SEQF2637_01154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIQQIRNATIIVEYGGKKILIDPMLGKKGCMQPFPFSRNQHLR
                     NPLHELPFPVEEILKGVDAVLLTHLHDDHIDEAAYEMMPKDIRFFVQDKNDRQVVMSH
                     GFNHVEVVGDNTRVGEVSIQKAESQHGNFIMKYPAGHTTGYVFTHPQEKTLYHAGDTI
                     WYAGVKRNLKRFHPEVITLNAGGNGFRLGGRVIMNDEDVVKVAAAAPNAKLFVTHLEG
                     VNHNSVTREMVRKSAEVAGILDRVFIPEDGKTVEDL"
     CDS             complement(2507..2959)
                     /locus_tag="SEQF2637_01155"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGIQIIEKGENFTTVNVGWLNEINEYELAMGNFSIPGKVFAGH
                     ALQATGAELSFQSLAAGQDYGTRHAHKTHEELYFILKGEGIFDVDGKRFPVSEGSIVR
                     IAPNGKRAFKNTGSNEMLVLCVQYKANSFSDDDEPLKDSIMLEANVKL"
     CDS             3080..3985
                     /locus_tag="SEQF2637_01156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLESHPQELTQVPFSKAECGVDFNINTDTHERLRGVLMKYPSF
                     KTNFFELFFFRKASGWLRYGFQHIALKDNTVLILSPHIHQEWHIDESQTDYRFLIFRD
                     DFLSTYLADPFFTYRLLYCYQTDFPPYLSATAMEQQEYERLLVRIKEELNHPLADSYH
                     IIVSLLHYLLMTLNRRYSAQYHLPFDAPKNYHAFEFKQLLEKHVRQYQQVADYAAMLN
                     ISRITLNASVQAQYGQTAVHLLKQRLLAEIKNEILFTDKTTSELAYEFNFSEPGHLMR
                     FFKKQTGQTVTEFKEEYKGQQFTAE"
     CDS             complement(4091..4396)
                     /locus_tag="SEQF2637_01157"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQDLSMETGEMQVVISALQRVRERIREVSETHRPLFSGEH
                     FLTGKEVCERLYISPRTLQDYRDRRIISYTQFAGKILYKASDLERILEENYRGDGKW"
     CDS             complement(4393..4686)
                     /locus_tag="SEQF2637_01158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITEADWLSLRDEVLSLTECCMKAFGEESKYTDWLHNGDV
                     CRLLGISKRTLQHYRDTSVLPFAQIGHKCYYKREDVERVLCVKSDKTANTTKR"
ORIGIN      
        1 gcgcgccaca cgttcggaac cctgtcgctc agtgctggca taccgataga gagtattgcc
       61 aagatgatgg gacatgcatc catatctagc acgcagatct atgcacaggt gacggataaa
      121 aagatctcgg aagacatgga caagctgata tggaaatatc aaaaagaaga aacaaaggag
      181 gaaaccgtat gaatatcaat caccatcaaa caaaaggaga ccgcagttat ttcgagtggg
      241 gcgacaatat gcaaatcatt cgcaaaggca aaggcgaaat cgccatgaca gagagcgaat
      301 tggtagattt cttctgtgta acatagagga aactcaatta tcgattgcaa ctgctcctca
      361 aaacatcttg tatcctgaag aaagggacgc tagagattcg gaagtctacg tgaacggacg
      421 gcgacgaggt tatgttccgc tttatccgct ttcaatcatc atcgctttgt cttatcaatt
      481 ggacagcatg gaagcatact tcttcaggaa atacatctgc caagagttac aacgtcctgc
      541 atctgtgatg gagcagatat tcctatatgg aagtggcagt atcaattggt atgcttttct
      601 ctttcaccga tattatctta ctacataact acaaggaaag ataatacagt gaaagagaaa
      661 gggttggtat tgtagtcaga aagtaggaat ggttattact accgtctaac tacacacaac
      721 tatgtatttg aggccttcaa gtttaccgaa agccttataa gtagttattc tccaagtagt
      781 ctatcaacag tagagatacg catctgtttt attgcataac attcctttta cccgtatttc
      841 ctgaccctct gatttcttcg tgataaagat aattcactat cgagggatgc cctttgggac
      901 ttcgttcgta aggcaattca ttatccacat acttacattg agcctcctgc gccattttcg
      961 cggcctcttg ctccaattgc ttccaatatg ttcggtcttt atgcaaatag atttcttcat
     1021 aaagtgggaa caaatgggga tagtatgatt tgatataacc cataatgttg gccttaaaac
     1081 caccccgcag attgaggttc tcaagccaaa agaggtcgca aatatctttc acttcatgaa
     1141 aaatagcttt gaaattggtg atgccaggaa agatgggcga cacaaaacaa atggttcgga
     1201 tgcccgcctc gtagaccttt tgcatggctg cgatgcgccg ctctatgctc acggccttgt
     1261 ccatgtcggc acgaaatgtc tcatcaagcg tgttgactga ccacgatacg gtgactttct
     1321 tcatttgccg gagcaggtca aggtcgcgca acacgaggtc gctctttgta caaatgagta
     1381 tttctgcatc gctgtctttg agctcttcaa gcagtttacg tgtcctgcgg aacgttgctt
     1441 cttcgggatt atacccatcg gtcactgatc caataactac ccgttgtccg gcatatttct
     1501 tcggattctt gattgcaggc caatgcttca cgtctaagaa agtgccccat tcttctttat
     1561 gtcctgtgaa gcgcttcatg aatgaggcgt aacaatactt gcaagcatgg gtgcaaccca
     1621 cgtatggatt caccgaatag ccaccaacag ggaggttgga cttggtcatg atgccacgca
     1681 cctctttcgt tccaatgagt gtttttttca tatttcttcc tttattcttt ataaatcctc
     1741 taccgtttta ccgtcttcag gaataaagac gcggtctaaa attcctgcca cttccgcact
     1801 ctttctcacc atttcacgcg tcacgctatt atggttcacg ccttcaagat gcgtcacaaa
     1861 tagctttgca ttaggtgcag ctgcagcaac ttttaccaca tcttcatcgt tcataataac
     1921 gcgtccaccc aagcgaaagc cattgccacc tgcattaaga gtgataacct cgggatgaaa
     1981 acgcttcaaa ttgcgtttca caccagcata ccagatggta tctccggcgt gatagagcgt
     2041 tttttcttgt ggatgagtga atacataacc cgttgtatgt ccggcaggat acttcataat
     2101 gaaattacca tgctggcttt cggctttttg tatgctcact tccccgaccc ttgtattgtc
     2161 gccgacaact tccacatgat taaatccatg cgacatcacc acctgccgat cgtttttgtc
     2221 ttgcacaaaa aatcgtatat ctttaggcat catttcatag gccgcctcat caatatggtc
     2281 atcgtgtaga tgggtaagca acaccgcatc tacacctttt aatatctctt ctacaggaaa
     2341 aggtagttca tgaagtgggt tgcgcaggtg ttgatttcta ctaaagggga aaggctgcat
     2401 acagcctttc tttcccaaca tagggtcgat cagaattttc tttcccccat attcaacgat
     2461 tatcgttgca tttcttattt gctggatatt cattgtttat taacaattaa agtttaacat
     2521 tggcttccag cataatacta tccttcagtg gttcatcatc atcagagaac gaatttgcct
     2581 tatattgtac acaaagcacg agcatttcgt tgctgcctgt gttcttgaaa gcacgtttgc
     2641 cattgggcgc aattctcacg atgcttccct ccgaaacggg aaatcgtttg ccgtctacat
     2701 cgaaaatgcc ttcaccttta agaatgaaat aaagctcttc gtgcgtttta tgggcatggc
     2761 gtgtgccata atcctgccca gctgcaagac tttggaaaga caattctgcg cctgttgctt
     2821 gtagtgcatg tccggcaaac acctttcccg ggatagagaa attacccata gccaactcat
     2881 attcattaat ttcatttaac caacctacgt tcaccgtggt gaagttctca cctttttcta
     2941 taatttgaat tcctttcaca atgctatttt gttttgatta cgagtgcaaa ggtcgtgcat
     3001 aaaacaaaga cacattctac cattaatgat atatgctcta ccattttgat aaaccattga
     3061 ttattcgtgc atttgttgca tgaaattaga gagtcatccc caagaactca cacaagttcc
     3121 tttcagcaaa gcggaatgtg gtgtagactt caacatcaat accgatacgc acgaacgttt
     3181 gcggggcgta ttgatgaagt atccgtcttt caaaaccaac ttcttcgagt tgtttttctt
     3241 caggaaagca tccggatggc tgcgttatgg ctttcaacat atcgcgttga aagacaatac
     3301 ggtgctgata ctttcgccgc acatccatca ggagtggcat attgatgaaa gccaaacgga
     3361 ttatcgtttc cttattttcc gtgatgattt tctttcaacc tatcttgccg atcctttctt
     3421 tacttatcgt ttgctttatt gctaccaaac agatttccca ccctatctgt cggctactgc
     3481 tatggaacaa caagaatacg agcggttgct tgtgcggata aaagaagaac tcaaccatcc
     3541 tcttgccgac agctatcaca tcatcgtatc cttgcttcat tatctgctca tgacccttaa
     3601 tcgtaggtat tctgctcaat accatctgcc ttttgatgcc cccaagaact accacgcctt
     3661 tgagtttaaa caactcttag aaaaacatgt tcgccaatac cagcaagtgg cagactatgc
     3721 agccatgctg aacatcagcc gcatcacatt gaatgcttct gtacaggcac aatacgggca
     3781 aacggccgta catctgctga aacaacgtct gcttgcagaa atcaagaatg aaatactctt
     3841 cactgacaaa accaccagtg aattggcata cgaattcaat ttctcggagc caggacattt
     3901 aatgcgtttc ttcaaaaaac aaacgggaca gacggttacg gagtttaaag aagaatataa
     3961 aggacaacag tttaccgcag aatagagaaa tggttaaacg caagaactta ccaataaacg
     4021 aacggcactt ggcgcagaga tgtctctgcg ccaagtgccg ttttcaattc aattatgcgc
     4081 ctttagcgtc ttaccacttc ccgtctcctc tatagttctc ttccaagatc cgttcaagat
     4141 ccgaggcctt gtaaaggatc ttgccggcaa actgcgtgta tgagatgatc ctccgatcgc
     4201 gatagtcctg caaggtgcgg gggctgatgt agagccgctc gcaaacttcc ttgcccgtga
     4261 ggaagtgttc gccgctgaag agaggccggt gcgtctccga cacttcccga atcctttctc
     4321 ttactcgttg caaggctgag atgaccacct gcatctcgcc cgtctccata ctcaagtctt
     4381 gaatcgcttc catcatcgct tcgtcgtgtt tgccgttttg tcagacttta cgcagagtac
     4441 tcgctccacg tcctctcgtt tgtaatagca cttgtgcccg atctgcgcga agggtaacac
     4501 acttgtgtct cggtagtgtt gtaaggtgcg tttgctgatg ccgagtagtc ggcagacgtc
     4561 cccattgtgt agccagtccg tgtatttaga ctcttctccg aaagccttca tgcaacattc
     4621 tgtgaggctc agcacctcat cgcgcaggct cagccaatcg gcctctgtaa taatcaaata
     4681 cttcatggat tcacgtatta gtttttggtt ggtatttagg ttttactgtt ttcggcggca
     4741 aacttaaatc gcacgccaaa caccgtcaac gcaatcagga acaggaggga tgcaaatgga
     4801 acagtaagga aacagccggt gtagcatgga cgccgcttcc gtccattcgg aaaactgccg
     4861 caagtgaaag cagatagcag cctgcgaatt gtccccggcc tcctttcctt tcactgccat
     4921 tttgtcttat cgaaggagcg aatcacttcc ttgtaagtcc tgtttcccga agaaatcagc
     4981 agcaaccggg cgcaacacca tgccggacag cactgtatgc ttggatgccg gggatgctca
     5041 tcacactttc gcctccgaga acccatccaa accgaccatg aaaaaacagg cagatagaag
     5101 caagataaac gccagtaaaa caccggacaa cggcggacgt tcatcaaaga acggggagat
     5161 cgaggcctac ctcgcccggc attacgcatt ccgatacaac accgtttggg gacgggcgga
     5221 atatcgcggt caggaggaca cccgattcgt aaaagtcggt cgctatgaga tcaacacgct
     5281 gcgccgcgaa ctcgacaatg aggccgggat cacgacctct ccggacaacc tctactcgat
     5341 cattgaaagc agcttttcgc cccgtgtcaa tcccatacag gcgtatttca aagccttgcc
     5401 cgccgctgca ctggatgact caaatacgca cgccatccgt gaattggccg actgcgtcgt
     5461 cgtccgtaac ccggagaaat ggctgctgca cctgacaaaa tggcttgtgg ctgtagttgc
     5521 caacgcaatg gacgaccgcg agtgtcgcaa ccacacctgc ctggtcttaa cc
//
LOCUS       SEQF2637|AYYD01001065.1 1299 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(210..1283)
                     /gene="pip_1"
                     /locus_tag="SEQF2637_01159"
                     /EC_number="3.4.11.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42786"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline iminopeptidase"
                     /translation="MAEEIKRLAPEAVWGYFYDLTQISRPTGHMKHITDHPKTLSLCT
                     VMTRCLLLALLILGVTVEGHAQSLYVKTFGKADGVPLIFLHGGPGYNAAAFESVAAQA
                     LADNGFRVLVYDRRGEGRSLHTAARYTFDEALHDIDSLCRTYDLHRPVLLGHSFGGIL
                     ALLYADKHPEQVRSVVLMSAPLALQASFDHIRNRCRAIYASRADSVNLRYMNMLDAMD
                     KGSMEYASYCFMHAAGNGFYVPKARTKEGQSVYAAFETDSALFPLSKLSEWQAPQGFH
                     RNEHYTTLDLTDTLRRILRRGTPVYGLYGADDGLYSAAQLDALRNLLGPDHMITLDSC
                     SHNVFIDRRHAFIEALTRHCKTK"
ORIGIN      
        1 tgtgaggtca tagaaataac cccagacggc ctctggggcc agtctcttga tttcttctgc
       61 catgattttg aattgggtga taagtgatat ggttattatg agttacatga aaaattcacg
      121 ggcaaatgta gagacgtttg catagcgacg tctctgccgg gttgctgcgg ttcttctctc
      181 tctctctctc tctgccctga ggggctcagc tatttcgttt tacaatggcg cgtgagggcc
      241 tcgataaaag cgtgacggcg gtcgatgaaa acgttgtgcg aacaggagtc gagcgtaatc
      301 atgtggtcgg ggccgagcag gttgcggagg gcatcgagct gcgcggcgga atagaggccg
      361 tcgtccgcgc cgtagaggcc atagacgggt gtgccacgac gtaagatgcg gcggagggtg
      421 tcggttaggt cgagcgtcgt atagtgttcg ttgcggtgga agccctgcgg ggcctgccac
      481 tccgagagtt ttgaaagagg aaacaacgca ctgtccgtct caaacgccgc gtagacggat
      541 tgcccctcct tcgtgcgtgc tttcggaaca tagaatccgt tcccggccgc gtgcatgaag
      601 caataagagg cgtactccat cgaacccttg tccatggcgt cgagcatgtt catgtagcgc
      661 aggttgacgc tgtcggcacg cgaggcgtaa atggcgcgac aacggttgcg gatatggtcg
      721 aacgaggctt gcagggccag cggcgcgctc atcagcacga ccgaacggac ctgttcgggg
      781 tgtttgtcgg cgtaaagcag cgccagtatg ccgccgaagc tatggccgag gagcacgggg
      841 cgatggaggt cgtacgtgcg gcacagactg tcgatgtcgt gcaatgcctc gtcgaaggtg
      901 tagcgcgcag ccgtgtgcaa actgcgtccc tcgccgcgtc gatcgtagac aagcacgcga
      961 aaaccgttat cggccagcgc ttgtgcggcg acggattcaa aagcggcggc gttatagccg
     1021 ggtccgccat gcaggaagat gagcggcaca ccgtcggcct ttccgaaagt cttcacatag
     1081 agggattgcg catgcccctc gaccgtaacg ccgagaatca gcagggctaa aagcaggcat
     1141 cttgtcatca cggtgcagag gctaagggtt ttggggtgat cggttatgtg tttcatgtga
     1201 cccgtcggac gcgagatctg tgtgaggtca tagaaataac cccagacggc ctctggggcc
     1261 agtctcttga tttcttctgc catgattttg aattgggtt
//
LOCUS       SEQF2637|AYYD01001066.1 1299 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1299
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(210..1283)
                     /gene="pip_2"
                     /locus_tag="SEQF2637_01160"
                     /EC_number="3.4.11.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42786"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline iminopeptidase"
                     /translation="MAEEIKRLAPEAVWGYFYDLTQISRPTGHMKHITDHPKTLSLCT
                     VMTRCLLLALLILGVTVEGHAQSLYVKTFGKADGVPLIFLHGGPGYNAAAFESVAAQA
                     LADNGFRVLVYDRRGEGRSLHTAARYTFDEALHDIDSLCRTYDLHRPVLLGHSFGGIL
                     ALLYADKHPEQVRSVVLMSAPLALQASFDHIRNRCRAIYASRADSVNLRYMNMLDAMD
                     KGSMEYASYCFMHAAGNGFYVPKARTKEGQSVYAAFETDSALFPLSKLSEWQAPQGFH
                     RNEHYTTLDLTDTLRRILRRGTPVYGLYGADDGLYSAAQLDALRNLLGPDHMITLDSC
                     SHNVFIDRRHAFIEALTRHCKTK"
ORIGIN      
        1 tgtgaggtca tagaaataac cccagacggc ctctggggcc agtctcttga tttcttctgc
       61 catgattttg aattgggtga taagtgatat ggttattatg agttacatga aaaattcacg
      121 ggcaaatgta gagacgtttg catagcgacg tctctgccgg gttgctgcgg ttcttctctc
      181 tctctctctc tctgccctga ggggctcagc tatttcgttt tacaatggcg cgtgagggcc
      241 tcgataaaag cgtgacggcg gtcgatgaaa acgttgtgcg aacaggagtc gagcgtaatc
      301 atgtggtcgg ggccgagcag gttgcggagg gcatcgagct gcgcggcgga atagaggccg
      361 tcgtccgcgc cgtagaggcc atagacgggt gtgccacgac gtaagatgcg gcggagggtg
      421 tcggttaggt cgagcgtcgt atagtgttcg ttgcggtgga agccctgcgg ggcctgccac
      481 tccgagagtt ttgaaagagg aaacaacgca ctgtccgtct caaacgccgc gtagacggat
      541 tgcccctcct tcgtgcgtgc tttcggaaca tagaatccgt tcccggccgc gtgcatgaag
      601 caataagagg cgtactccat cgaacccttg tccatggcgt cgagcatgtt catgtagcgc
      661 aggttgacgc tgtcggcacg cgaggcgtaa atggcgcgac aacggttgcg gatatggtcg
      721 aacgaggctt gcagggccag cggcgcgctc atcagcacga ccgaacggac ctgttcgggg
      781 tgtttgtcgg cgtaaagcag cgccagtatg ccgccgaagc tatggccgag gagcacgggg
      841 cgatggaggt cgtacgtgcg gcacagactg tcgatgtcgt gcaatgcctc gtcgaaggtg
      901 tagcgcgcag ccgtgtgcaa actgcgtccc tcgccgcgtc gatcgtagac aagcacgcga
      961 aaaccgttat cggccagcgc ttgtgcggcg acggattcaa aagcggcggc gttatagccg
     1021 ggtccgccat gcaggaagat gagcggcaca ccgtcggcct ttccgaaagt cttcacatag
     1081 agggattgcg catgcccctc gaccgtaacg ccgagaatca gcagggctaa aagcaggcat
     1141 cttgtcatca cggtgcagag gctaagggtt ttggggtgat cggttatgtg tttcatgtga
     1201 cccgtcggac gcgagatctg tgtgaggtca tagaaataac cccagacggc ctctggggcc
     1261 agtctcttga tttcttctgc catgattttg aattgggtg
//
LOCUS       SEQF2637|AYYD01001067.127359 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..27359
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             101..232
                     /locus_tag="SEQF2637_01161"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNLALAERYRIMCRYYGAFPTQMRHLWFATRFLWAKVSGNKA"
     CDS             328..1617
                     /gene="comEC"
                     /locus_tag="SEQF2637_01162"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39695"
                     /codon_start=1
                     /transl_table=11
                     /product="ComE operon protein 3"
                     /translation="MIERDHNEWNKRPLSRPLFLWIVGTLCEVCYPLQYLSFALLIPA
                     IAALVCNLGRRSAPRELRLETPYIWGAILTFVILFLAIQRTALAERHLDDPRPAPTAW
                     RRAAHAVQGHIVERLGQLRLSPDEHAVLASITVNDRSGMTRDLRRRFSTAGVAHLLAV
                     SGFHVGLVSGALALLLGFLPLTTPCRLFRCGLMILVAWAYAAVSGLSAPAVRAATMLT
                     IYLVGVALRRTPEPYNTLFASALLMLFVDPFSLFDVGFQLTFAAVLFILLLTPRIACL
                     IDVRRRWIALPWRLVAVSLAAQVGTFPLCCYYFGRISLVFLFTNLFLMLSATLLIPLT
                     LVWVALPVGTPGSFGLQSAVERLTHTLVAVVDRFSLLPAAGVPMRFDLILLIGSYAVL
                     ILGIHAATRGSRRTLFASLGGTLSLIVYTLAQHQFGG"
     CDS             2089..3705
                     /gene="pyrG"
                     /locus_tag="SEQF2637_01163"
                     /EC_number="6.3.4.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99072"
                     /codon_start=1
                     /transl_table=11
                     /product="CTP synthase"
                     /translation="MKGIIVANTKYIFVTGGVVSSLGKGIVSASLGKLLQARGYRVTI
                     QKFDPYINVDPGTLNPYEHGECFVTVDGHETDLDLGHYERFLNLPTTRANSITTGRIY
                     QSVIDKERRGDYLGKTVQVIPHITDEIKRNVKLLGAKNQFDFVITEIGGTVGDIESLP
                     FIESVRQLRWELGRDCLCVHLTYVPFIAAAKEYKTKPTQHSVKQLQELGVQPDMLVLR
                     TEHELNPEILRKVALFCNVSKEAVIQSIDVPTIYEVPLMLQRQRMDSIALEKLGLEVG
                     PTPELNPWKDFLDRKKRATDVVRIGLVGKYVELQDAYKSIDESLLIASIYNDRKLDLR
                     LIHSEKINDANAAELLADMDGVVIAPGFGQRGVEGKFAAIRYLREHDIPTLGICLGMQ
                     CMVIEFARDVLGLEGANSTEMDPQTLHPVIDLMEDQKNVVNMGGTMRLGTYDCTLRPG
                     SHICAAYGKEHIQERHRHRFEFNNEYKDRFEAAGMQCVGENPDTGLVEAVEVSGLRWF
                     VGVQYHPEYTSTVLSPNPLFMGFIKAAINK"
     CDS             3862..5826
                     /gene="yidC"
                     /locus_tag="SEQF2637_01164"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25714"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane protein insertase YidC"
                     /translation="MSMDKNTVIGFILIGVVLVLFVWFNRPSEEQIKAQQRYNDSVAR
                     VEQAALAQIDQAKATANLAPTTAADTVGLPDSVREERLRGTYGAFARAAVGTEEFVTL
                     ENDKVEVRISTKGGRLCYARLKEYTTYDKQPLVLFDGSDESALNLTMITANQRVINTA
                     DLYFTPIKGADGRSVTMRLDAGNGAHMDFTYSLAPDDYMLRYTILAAGMNGILAPSTR
                     SLDLTWTQHARQLEHGRKYENQYTALYYKYVADDVDKLSETKDADKQISNRLKWIGYK
                     NKYFATVLIADDAFTASKLESRLTPDTDTAHLKTFTAMTSVDFDPSRPDTIGFNYFIG
                     PNKYKLLGAYDKGRDKADRLSLDELVPLGYKWVRPINRYFIVPIFDYLGRFLTNYGVI
                     ILILTLIVKLVLFPLTYRSYMSTAKMRVLRPQVEAINARYPKQEQAMDRQKATMELYS
                     RAGASPMSGCLPMLLQMPILIALYWLFPTAIELRQQSFLWAKDLSTFDAVISWDANIP
                     LISSFMGNHISLFCLLMTIVNVVYSKINMNMSNTGQQQMPGMAMMTYMMPVMFFFIFN
                     QNAAGLSYYFLVSTLITILQTASFRYFINEDKLLAKLEANKKKPRKRGSFMERMAEMQ
                     KKQQAELERQQKQRNTQRQAQNTKRQERKR"
     CDS             6108..6854
                     /gene="kpsU"
                     /locus_tag="SEQF2637_01165"
                     /EC_number="2.7.7.38"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42216"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-manno-octulosonate cytidylyltransferase"
                     /translation="MHFLGIIPARYASTRFPGKPLADLGGKPMIRRVYERVRPTVDEL
                     WVATDDERIRQAVEAFGGDVVMTSDTHRSGTDRCREACDKVGATADVVINIQGDEPFI
                     RPEQIEQLKRCFDEPDVRIATLAKAFDPEGDFEQTLFNPNTPKVAFDVHGDALYFSRS
                     IIPYIRGAVHTEWLRRHTFYKHIGLYAYRTETLRAITLLPQSSLEKAESLEQLRWLEN
                     GYRIRVAVTPYDTVGIDTPDDLARAVALLG"
     CDS             6875..7300
                     /locus_tag="SEQF2637_01166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIMRQKFTLITLGVRDFLKALAFYEGLGWKRSEQSQEDYALFPL
                     GGIVLGLYPIEELEKDTTLSRQLTDFSGMTISYNATSEEEVDEVMREAGRLGATIVKP
                     AQKVFWGGYSGYFKDMDGYVFEVAYNPFWQMDDEGNLVL"
     CDS             7794..8441
                     /locus_tag="SEQF2637_01167"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNMHPLEALIAEGEHQRQDFKFEISDSKKIARTLSAFANTDGGR
                     LLIGVKDNGRIAGVRSEEEYYMIEAASERYTRPAVPFTARRWDVGGRTVLEIDIERGP
                     DRPYLAPDKDDQYVAYLRVADENRPADPTLVLAWKKLRRPDGRLFRLTRPVEALFRHL
                     ETHPSVSLSEFCRLAHIRRPVARHILSDLLAIGTLRYTFLPDDGRLVYSRAEAEE"
     CDS             complement(8444..9127)
                     /gene="ispD"
                     /locus_tag="SEQF2637_01168"
                     /EC_number="2.7.7.60"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06755"
                     /codon_start=1
                     /transl_table=11
                     /product="2-C-methyl-D-erythritol 4-phosphate
                     cytidylyltransferase"
                     /translation="MSSTSKHTILIVAGGRGTRMGGPQPKQFLELAGRPVLMHTLEAF
                     DRWDASARLIVVLPEDQIDTWKRLCEAHAFGRIHRVVAGGETRFHSVQNGLGAVASNG
                     LIAVHDGVRPLVAPSIIAACFAAAADGGAAVPVVPVVESVREVDADGGSRPVDRTRLC
                     VVQTPQVFRADVLRAAYCLPYDPRFTDDASVVEASGVAVRLVPGNRENIKLTTPMDLL
                     LAEQLMRRE"
     CDS             complement(9111..9311)
                     /gene="xseB"
                     /locus_tag="SEQF2637_01169"
                     /EC_number="3.1.11.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00337"
                     /codon_start=1
                     /transl_table=11
                     /product="Exodeoxyribonuclease 7 small subunit"
                     /translation="MSEEKATYNSAVARLRQIIEEIERGELDVDVLSAKVREAGRLIQ
                     LCKDKLLKADEEVKKILDELDQ"
     CDS             complement(9342..10730)
                     /gene="xseA"
                     /locus_tag="SEQF2637_01170"
                     /EC_number="3.1.11.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P04994"
                     /codon_start=1
                     /transl_table=11
                     /product="Exodeoxyribonuclease 7 large subunit"
                     /translation="MTDLFDTVDPASVLSLTELNRNIKQALRDALPETYWVRAETSEV
                     RVNSYSGHCYLEFVEKDERTGQVAARARGTIWAQQYAVIRPYFEEETGRPFTSGLKVL
                     VRVAVDFHELYGLSLTVHDIDPSFTVGDLVRRRKEIIRQLQADGVFDLNRALSLPPRP
                     QRIAVISSATAAGYEDFTNQLLGNEYGFPFYVRLYPALMQGERTEASIIAALDRIYAV
                     REAFDVVVIIRGGGSTADLSSFDSYALAANCAQFPLPIITGIGHERDDTVVDLVAHTR
                     LKTPTAVAAFLIDCMATQLADINELRDRLYRAATVRIEREQQTFRSVVARFPLLVSGH
                     VERRRAEWLRLSARLATVPQLIERRRTEWHRLSARLAAVPQRIARHRERIDALPARLR
                     SAADSLLMRRRHDLELNEQHIRLASPDVLLQRGYTMTLRDGVIVKRATMLSPGDTVTI
                     RFADGEREGRIV"
     CDS             complement(10727..11455)
                     /locus_tag="SEQF2637_01171"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISDEIQRELQALGSIGKAADLARFFKTGPGEYGEGDRFLGVPV
                     PGVRSVARRHYAEAGDKDLCRLLESDFHEVRLCGLLMLVERYERTRTRAVRAATADFY
                     LRHRTHINNWDLVDLTAYKILGRETFDTNNADLLRSLSDSERMWDKRIAIVATMYWLR
                     QGHSDLTFELALRNLNHPHDLMHKANGWLLREAGKRDIVALCDFLRTHIHSLPRTTLR
                     YAIERFPAEDRQAFLNLSKTLEHA"
     CDS             complement(11452..12030)
                     /locus_tag="SEQF2637_01172"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKDLLLQTRSFRRFYEDERLDADVLTAAIDAARLCPSARNAQP
                     LKYRLVTERDECDRLFPTLRWAAYLKDWGGPAEGERPAAYLIQLLDTRIVRDPYCDDG
                     IQALAILLSLAERGLGGCIIKAFNAKQIQAHFRLPDFLEVRTVLALGRPRETVVIEPM
                     SPDGDYRYWRDAAGVHHVPKRAVEELIWKEEL"
     CDS             complement(12073..13893)
                     /locus_tag="SEQF2637_01173"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAEDIRTLLQIGEQITLEVKKAEQGLPRSIWETYSAFANTIGG
                     TILLGLTETATPRDNTRFEATGISDPAKLKKELFDTLNSDKVSDNILRDADVEIVPYE
                     GVNLMCIQVPQADYRRRPIYINGNPMRGTFKRNYEGDYHCTKDEVKAMMRDSNETGND
                     GVLMEHYDMNDVDQATLSAYRNRFRTANPDHPWNDCDDKDFLRNMGGYTTDRTTGRES
                     LTLAGLLMFGKGLAVRERLDNIRMDYLDRTNLAPESRWSDRLTYDGMWENNLYHFFTR
                     VLAKLVSNIKRPFMLKGMEREDDTPLHKAIREALTNLIIHADYMTEGILKVEKHDDRF
                     VFSNPGSLKLPLVDIYKGGNSKARNPHIQSMLRMVGFGENIGSGFPTIIAVCKKENWR
                     QPILCERPDLKLVELTISMTSLISEECLHKLQTVFGHSYKALSKEEVLVLSTALEEEG
                     GVTNNMVQTLLDKNPIEAGKLLYALVEKKMLLSNNKRRWASYTLNLDYAQNEKSRSKS
                     QGVKSRSKSQGVKSRSDKRQEIEARIIAFCSTPRTLLEIAEELGYAERYRMKRIYIDP
                     LIGTRLQMTSSSSKTDPTQRYVTIPDTPLLPPFPPQHENL"
     CDS             complement(14226..14849)
                     /locus_tag="SEQF2637_01174"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLIAFAMLLFAGTIAAQTPKLPKSAASAEDFAPEGWHVFFIE
                     NGDLNKDHVDDIAFILQNNDSGSRVLGIAFGKKKRGYVLQEQDGGRFIAPKGNTDAFV
                     DMSIQDGTLRVNFLLPGSHAYDNDDSFIFRFQNKRFELIGWERKLRSKKNDRVNEVTS
                     VNFSTQTVIYEDRTKKSETRQKHFDYGRLKTLGNVVPGKFSLSYDKL"
     CDS             complement(14970..16241)
                     /gene="serS"
                     /locus_tag="SEQF2637_01175"
                     /EC_number="6.1.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66647"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine--tRNA ligase"
                     /translation="MLTIKVITEQRDEVIRRLAVKHFDAAEIIDRIIALDKTRRVSQT
                     ALDANLTEVNRLSKQIGGLMKEGKRAEADEAKAEVSRLKETNRTLEADKTQAEKDMHE
                     LLVLIPNLPHVSVPEGTGADDNRCEETGGTIPELPADALPHWELARKYDIIDFELGVK
                     ITGAGFPVYKGKGARLQRALVNFFLDCARDAGYVEIEPPYVVNAESGYGTGQLPDKEG
                     QMYHANLDDLYLIPTAEVPVTNIYRDVILNEADLPIRNTAYSACFRREAGSYGKDVRG
                     LNRLHQFDKVEIVRIDRPEHSYTSLEEMVTYVRSLVEALELPWRILRLCGGDLSFTSA
                     LTFDFEVFSAVQKRWLEVSSVSNFESYQANRLKCRYRDADKKVQLCHTLNGSALALPR
                     IVAALLENNQTPEGIIIPKVLVPYTGFERIS"
     CDS             complement(16385..16822)
                     /gene="mepS"
                     /locus_tag="SEQF2637_01176"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFV4"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein DD-endopeptidase MepS/Murein
                     LD-carboxypeptidase"
                     /translation="MRVEHPAPTLGIEVTGTDNAALYRIVAQWLGTPHRMGSNVCGVG
                     TDCSGFVTTVYREVYGKALERSSADMLAKNCRRISRHRLREGDLVFFHNGARRGKRRR
                     VSHVGIYLKDGLFAHTSTSHGVVISSLDEEYYSRHWVAGGTVQ"
     CDS             complement(17033..17329)
                     /gene="rpmA"
                     /locus_tag="SEQF2637_01177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HVL7"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L27"
                     /translation="MAHKKGVGSSKNGRESESKRLGIKLFGGQKAKAGNIIARQRGTE
                     FHPGKNVGMGRDHTLYALIDGIVVFKRGRENRSYISVEGFEAAPAPQVEQPAEA"
     CDS             complement(17356..17673)
                     /gene="rplU"
                     /locus_tag="SEQF2637_01178"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FXS8"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L21"
                     /translation="MYVIVEINGQQFKAEQGKKLFVHHLRDVESGATVEFDKVLLVDA
                     DGSVQVGAPTVEGAKVICEVLSPLVKGDKVLVFHKKRRKGYRKLNGHRQQFTEVSIKQ
                     IIA"
     CDS             complement(17855..18625)
                     /locus_tag="SEQF2637_01179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIFFYDKTFEGLLTAVFDAYSRRTFPDRLLRVGEPAPLFADTT
                     YTVVTDTPRAERVRLGLMRKLPAEATTLILRAWLSEQPTVDELLFRYIRKALDAPESI
                     ATNFADPDVLEVRNLALKVSREAHKLKQFVRFSKTADGLYVAPIRPVYNALPLAVPHF
                     TNRFADQPWVIYDLRRRYGYHYDLQTTREVTLADDTTLRSRLDPDLLAADEQRFQDLW
                     RTYFRSLTIRERLNPRKQRQDMPVRFWPHLTEMQPEGL"
     CDS             complement(18890..20161)
                     /locus_tag="SEQF2637_01180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTDTVLEKLKILAESAKYDVSCSSSGTVRHNTAGGIGNTVGGVG
                     ICHSFTADGRCVSLLKIMLTNHCIFDCAYCVNRRTNDRPRATLSVRELVDLTIEFYRR
                     NYIEGLFLSSGIIRNPDYTMERMVRVVKDLRTTHRFNGYIHLKSIPGCSRELVEEGGL
                     YADRMSVNLELPTEESLRRVAPDKNFESVFAPMRYIRQGMLQSQEDRRKFRHAPRFVP
                     AGQSTQIIVGATPETDHDILRVSSALYRRPSMRRVYYSGYVPVNTYDTRLPAAVGRVP
                     LIRENRLYQADWLMRFYGFSADEIVDSATPNLDLEIDPKLAWALRHPECFPVDINRAD
                     YALILRVPGIGVKSARMIVASRRYGSLTSDSLRRIGVVMKKAQYFITCRELSIGGTIQ
                     EVTPEQVRRALVPTPSRSKKVDPRQLSIVWE"
     CDS             complement(20410..21897)
                     /gene="guaB"
                     /locus_tag="SEQF2637_01181"
                     /EC_number="1.1.1.205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5X9A3"
                     /codon_start=1
                     /transl_table=11
                     /product="Inosine-5'-monophosphate dehydrogenase"
                     /translation="MAVYLEDVSRTFGEYLLIPGLTTKACIPTNVSLKTPLVKHAVGE
                     PSPIRLNIPFVSAIMQAVSGPELAIELARNGGLSFIFGSQPIESQAEMVRKVKKFKAG
                     FVVSDSNLTPEQTLADVVKLVRQTGHSTIGITDDGTPNGRLLGIVTSRDYRAEKDDPA
                     MKIGTFMTPFSKLIYGRSGISLSEANRILWEHKLNSLPIIDADDRLAYFVFRKDYDSH
                     RKNPDELSDATKKLLVGAGINTRDYKERVPALIEAGVDALCIDSSDGYSEWQRETLEW
                     VKANYNIPVGAGNIVDSEGFRYLVDAGADFIKVGIGGGSICITREQKGIGRGQATALI
                     DVARARDAYREETGLYVPICSDGGIVHDYHMTLALAMGADFLMMGRYFARFDESPTQT
                     LRIGNNYVKEYWGEGSNRAKNWQRYDMGGSEALKFEEGVDSYVPYAGKMKDNLDITLG
                     KIRATMCSCGAITLEELQQRAKITLVSSTSIVEGGAHDVILKDQN"
     CDS             complement(22068..22997)
                     /gene="panE"
                     /locus_tag="SEQF2637_01182"
                     /EC_number="1.1.1.169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9J4"
                     /codon_start=1
                     /transl_table=11
                     /product="2-dehydropantoate 2-reductase"
                     /translation="MKRIVIMGLGGVGGYFGGMLARTYATNREVEVYFVARGKHGLEI
                     ARNGLEVETPKGSFRVRPEGVVEQPERLGVTADYILCCTKSYDLEAAVQKLRPIIGPE
                     TVIVPLLNGADIRDRIVEQLKDRGQVWYGLTYIVAMKTTPGTVRNVHGRGKLLFGSGA
                     GRCERGDELEALLREAGIQAEWHDDIQLQVWKKFIIISVSASVTSYFDLPVLLALERH
                     PDMCHRLLQEATSVAQARGFDLTEEYCWQELLRTWGSDEKSTTSMHRDFRAGRPTEVD
                     SLCGYIVREAERLNIPVPTYEEIYRGLKVGICK"
     CDS             complement(22999..23223)
                     /locus_tag="SEQF2637_01183"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKNSTKSVFRHLYSGLITSVSRIPDCMRAFFMFNGGCGLGIVP
                     FEASIGAFHSIYPRFLNHLCRKNERSLNLI"
     CDS             23686..24504
                     /locus_tag="SEQF2637_01184"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSETTLKISHAVKIEESNCVSFKVGLHASLHRSQYDLLQNVSPE
                     LVQFPKGMMERWGELIMMECQSPSKGRTYSRFTPLMNEKDVERRRLLASFFGIIRGNI
                     YLPDGPKREAALKLDAKLHRFRGMQHGGSKMARSARIAALEKDLEELTAEVETLGLTA
                     TVQRLHEVTTEYESLSMERVKQHVDEKRPTMRETRREADVYYERACRLVEAAHLMATT
                     DEAREAIERLVDLMNRAVRESKRTYHEMLGQRRRYKKKEAPIDGSVDDASGGVS"
     CDS             complement(24670..26973)
                     /gene="pupA_2"
                     /locus_tag="SEQF2637_01185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25184"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric-pseudobactin 358 receptor"
                     /translation="MKRNFILSLLLCSGMAGAVQAQQAVPNETVDPSDVDTTLYLDEQ
                     VVVGHRMKRLSLFRLPVTLSETPLTMAIVDSKALRDLNITDLLQINKTTAGIRIMNNY
                     GGFHMFRARGMDGLVLLSNGIRDERAEIYSCAPTSSFVGVDRVEVIKGPSSALIGHSA
                     IGGIINVLYSQPSARTSVDARIAVGSWNTYTAQVGATGALSPTVNFRLDYTGIQSDGW
                     RDNTRRSNNVYAALDFRPNDRNKFSFSALAYDNRVHTDPGIPRFQNDIFDENGNKVYS
                     KGDIPTGIDLAKTSLTYVNDHLNDKHISSTNIWEHNLSENWLLRDVLGFSYNTLSYLQ
                     SEEFSHLTSKTPGRYKHYYMNGDEKVYISVDSILREPFHFDYDNYYAGNQLSVQGQFE
                     ALGMRHLASFGYDFSYMSLKRWQGQVFSGPAISTVMSIRNPISNPGYLDEKFSQIVDF
                     IEYYHSLAAFDQINVTDRLAAMLALRYNMFRRNITTSKSDNRVVTEKGEPAILIDNAS
                     TFKVGLVYELTPGNRIYASVSNSFRPVRTVGDNNYVYLDNKGRTITPNSTGKVYAPER
                     GMQYEAGIHSRFGSLLALELAGFHIEKSNIVQKFGKNADGKSVIGQVGTVHSDGFEID
                     ATLTPSPYIDLRAGYTLTLAKVGEYSSTEFAKAAFKGNYLPYSPVHTAFGWLFLNNNS
                     ERHLFRLGLGFDYASESYADLANEMRFDPAFVANAMVSYRYNKFWTLQLNADNLFDKR
                     YAKAAENTIQWLPEPGRNITVSAIFHM"
     CDS             complement(27071..27322)
                     /gene="nreC_1"
                     /locus_tag="SEQF2637_01186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen regulatory protein NreC"
                     /translation="MYEIVAMKRKMDKERPVLFSDREAEIIRLSHEGLTAREIGERLY
                     ISRRTVETHKTHIFQKLGINNTHEMLQYAIRCSLISPDG"
ORIGIN      
        1 tggattgagg taccatgcca aagattgggg gctcaaataa tacgcaaaag aatagataga
       61 tataatcgaa atataaagga ggatatcatt cttggctgat atgaggaatc tagccctcgc
      121 ggagcgctac cgcatcatgt gtcgctacta cggggcgttt cccacgcaga tgcgtcacct
      181 ttggtttgcc acccgattcc tctgggcgaa ggtgagcgga aataaggcgt agcgcgagag
      241 atcgtccgag aagcgctgcg gacactcatc ccgcaagaca ataacacaac gctacgggcc
      301 gacgccccgc ggaaaagaga atcgagcatg atcgaacgcg atcataacga atggaataag
      361 cgacctctat cgaggccgct ttttttgtgg attgtcggaa ctctttgcga ggtctgctac
      421 ccgctccagt acttgtcttt cgccttgctg attcctgcca ttgcggcgct tgtgtgcaac
      481 ctggggcgac ggtcggcacc gcgcgagctg cggctcgaga caccctacat ttggggcgcg
      541 atcttgactt tcgtgatcct ctttctggcc atacagcgga ccgcgctggc tgagcggcac
      601 ctcgacgatc cgaggcctgc gccgacggca tggcgacggg cggcgcacgc tgtgcaaggg
      661 cacatcgtgg aacgcctcgg gcagctgcgc ctttcgcccg acgagcacgc tgtactggca
      721 tcgatcactg tcaatgaccg tagcggcatg acgcgtgact tgcgccgccg attctccacc
      781 gctggcgtgg cacacctctt agccgtcagc ggctttcacg ttggactggt cagcggcgcg
      841 cttgccctgc tactcggttt tttgccgctg accacaccct gccgactctt tcgttgcgga
      901 ctgatgatcc tcgtcgcctg ggcctacgcc gccgtgtcgg gcctttctgc accggccgtc
      961 cgggcggcca cgatgctcac catctacctc gttggcgtgg cccttcgccg cacccctgag
     1021 ccatacaaca cgctgttcgc ctctgctttg ctgatgcttt tcgtcgatcc cttcagcctc
     1081 ttcgacgtcg ggttccagct caccttcgcg gccgtcttat tcatccttct gctcacgccc
     1141 cgcatagcct gcctcatcga tgtgcgccgc cggtggatcg cccttccttg gcgactcgtg
     1201 gccgtcagcc tggctgctca ggtcggcacc ttcccgctct gttgctacta tttcggccgc
     1261 atctccctcg tttttctctt cacaaatctc ttcctcatgc tgtccgccac gctgctcatc
     1321 cccctgaccc tcgtgtgggt cgcgctgccc gttggtacgc ccgggagctt cggattgcag
     1381 agcgcggtgg agcgcttgac gcatacgctc gtcgccgtcg tcgatcggtt cagcctcctc
     1441 cctgcggccg gtgtcccgat gcgcttcgac ctcatcctgc tcatcggttc ctacgccgtc
     1501 ctcatcttgg gcatccacgc tgcgacccgc ggcagtcgac ggacgctttt tgcctcctta
     1561 ggggggacgc tttccctcat cgtttacacc cttgcgcagc atcagtttgg agggtgacag
     1621 acactcgttt cctgggtaaa aacagggcgg aggcgctgtc ggattaggtt ccggcagtgc
     1681 cttttttgtt tttagcctcc accggatgcg tttcggccta ctcgctccgt tttttgcccc
     1741 tttgatcgtt ccagccccct cttcatcgtt aacgcgagtt cggcgtgggc aatcctatcg
     1801 cttacgattt cctgaggaaa tgagtgagta agtgagctgc cgatttcctg aggaaatgag
     1861 ctgaaaaagt ttgtggcggc cgatttcctg aggaaatgag ctgaaaaagt ttgtggcggc
     1921 cgatttcctg aggaaatgag ccgaaaaagt ttctggcggg cgattccctc aaggaaatgg
     1981 gccgaaaaag tttctggcgg acgcaaacgg agagcaggcc gcgcgtatgg ggactttttg
     2041 cgttactggc ttagttttta gatccctcta tctttgcccg ccgttaaaat gaaaggaata
     2101 attgtggcaa atacgaagta catttttgtg acaggcggtg tcgtttcgtc ccttggtaag
     2161 ggcatcgtct cggcgtcgct gggcaagctg ctgcaggcgc gcggctaccg ggtgacgatc
     2221 caaaagttcg acccttatat caacgtagat ccggggacgc tcaaccccta tgagcacggc
     2281 gagtgcttcg tcaccgtcga tgggcacgag acggacctcg acctcgggca ctatgagcgc
     2341 ttcctcaacc ttcccaccac ccgcgccaac agcatcacca cgggccgcat ctaccagagc
     2401 gtcatcgata aggagcgccg cggagactac ttgggcaaga cggtgcaggt gatcccccac
     2461 atcacggacg agatcaagcg caacgtcaag ctgctcggcg ccaagaatca gttcgacttc
     2521 gtcatcaccg agatcggtgg cacggtgggc gacatcgagt cgctgccctt catcgagagc
     2581 gtccgccagc tgcgttggga gctggggcgc gactgcctct gcgtccacct gacttacgtg
     2641 cctttcatcg ccgccgcgaa ggagtacaag acgaagccca cgcaacactc cgtcaagcag
     2701 ctccaagagc tgggcgtgca gcccgatatg ctcgtcctgc gcacggagca tgagctcaac
     2761 cccgagatcc tgcgtaaggt ggccctcttc tgcaacgtgt cgaaggaggc tgtcatccag
     2821 tccatcgacg tgcccaccat ctacgaggtg cccctcatgc tgcaacgcca acggatggac
     2881 tccatcgcac tggagaagct cggcctcgaa gtcggcccca cgccggagct gaacccgtgg
     2941 aaggacttcc tcgaccggaa gaagcgcgcc accgacgtgg tccgtatcgg gctcgtgggc
     3001 aagtacgtcg agctgcaaga cgcctataaa tcgatcgacg aatcgctgct catcgcttcc
     3061 atatataacg accgcaagct cgacctgcgg ctcatccatt cggagaagat caacgacgcg
     3121 aatgcggctg aactgttggc cgatatggac ggcgtcgtca tcgctccggg cttcggacaa
     3181 cggggcgtgg aaggcaaatt tgccgctatc cgttacctcc gcgagcacga catccccacg
     3241 ctcggcatct gtctgggtat gcagtgtatg gtcatcgaat ttgcccgcga tgtgctcggc
     3301 cttgagggag ccaactccac ggagatggat ccacagacgc ttcatccggt catcgacctc
     3361 atggaggatc agaaaaacgt ggtcaacatg ggcggcacca tgcgcctcgg cacgtacgac
     3421 tgcaccctgc gccccggctc acacatctgt gcggcctatg gcaaggagca catccaggag
     3481 cgccatcgcc accgcttcga gttcaacaac gaatacaagg accgcttcga ggcagccggt
     3541 atgcagtgcg tgggcgagaa tcccgacacg ggtctcgttg aggccgtcga ggtgagcggc
     3601 ctgcgctggt tcgtcggcgt gcagtatcac ccggaatata ccagcaccgt gctcagtcct
     3661 aacccgctgt tcatgggatt catcaaagcc gcaatcaaca aatagagggt agagatgaga
     3721 gggtatccct ctggtgctca caagaagcgc ctctaccacc gcggcgcagc cgctaactac
     3781 ccggccacaa ggccgtaact accgcggcgc agccgcataa ctatcggagg cgtagcctct
     3841 ataactactc gaataaagaa tatgtcaatg gataagaata cagtgatcgg tttcatactg
     3901 atcggggtgg tgctggtgct tttcgtctgg ttcaaccgcc caagtgagga gcagatcaag
     3961 gcacaacagc gttacaacga ctcggtggcc cgagtggaac aggcggcctt ggctcagata
     4021 gaccaagcga aggccacggc caatctcgct ccgacaacgg ccgcggatac cgtcggcttg
     4081 cccgactccg tgcgtgagga gcgtctgcgc ggcacatacg gagcctttgc acgcgccgcc
     4141 gtcggtacgg aggagtttgt caccctcgag aacgacaaag tggaggtgcg catcagcacc
     4201 aagggtggcc gtctctgcta cgcccgactg aaggaataca ccacctacga caagcagccg
     4261 ctcgtgctct tcgacggctc ggacgagtcg gccctcaacc taacgatgat cacggccaat
     4321 cagcgcgtca tcaacacggc cgacctctac tttacgccga tcaagggcgc cgacggtcgc
     4381 tccgtcacca tgcgtctcga cgcaggcaac ggtgcgcaca tggacttcac ctactcgctc
     4441 gctccggacg attacatgct gcgctacacg atcctcgcag ctggcatgaa tggcatcctc
     4501 gctccctcta cccgctcgct cgacctgact tggacgcagc acgcgcgcca gctggagcac
     4561 ggtcggaagt acgagaacca gtacacggcc ctttactata aatacgtggc tgacgatgtg
     4621 gacaagctga gcgagacgaa ggatgcagac aagcagatct ccaaccgcct gaagtggatc
     4681 ggctacaaga acaagtactt cgccacggtg ctcattgccg acgacgcctt cacggcttcc
     4741 aaactcgagt cgcgcttgac gcccgacaca gacacggcgc atctgaagac cttcacagcc
     4801 atgacgagcg tcgacttcga cccgtctcgc cccgacacca tcggcttcaa ctatttcatc
     4861 ggcccgaaca agtacaaact cctcggtgct tacgataagg gtcgcgacaa ggccgaccgc
     4921 ctctcgctcg acgagcttgt gccgctgggc tacaaatggg tgcgccccat caaccgctac
     4981 ttcatcgtgc ccatcttcga ctacctcggc cgcttcctca ccaactacgg tgtgatcatc
     5041 ctcatcctta cgcttatcgt caagctggtg ctcttcccgc tgacgtacag gtcgtacatg
     5101 tccacggcca agatgcgtgt cctgcgcccg caggtggagg cgatcaacgc ccgctatccg
     5161 aagcaggagc aggcgatgga ccgtcagaag gccaccatgg agctgtacag tcgcgcaggg
     5221 gccagcccta tgagtggctg tctgccgatg ctgctccaga tgcctatcct catcgcgctc
     5281 tactggctct tcccgacggc cattgagctg cgtcagcagt cgttcctctg ggccaaggac
     5341 ctctcgacgt tcgacgccgt catctcgtgg gacgccaaca tcccgctcat cagctccttc
     5401 atgggtaacc acatcagcct cttctgtctg ctgatgacga tcgtcaacgt ggtctactcc
     5461 aagatcaaca tgaacatgag caacacgggg cagcaacaga tgcccggcat ggccatgatg
     5521 acgtacatga tgcccgtgat gttcttcttc atcttcaacc agaacgccgc ggggctgagc
     5581 tactacttcc ttgtctccac gcttatcacc atcctacaga cggcctcgtt ccgctacttc
     5641 atcaacgaag acaagctgct ggccaagctc gaggcgaaca agaagaagcc ccgcaagcgc
     5701 ggcagcttca tggagcgcat ggccgagatg cagaagaagc aacaagccga gttggagcgt
     5761 cagcaaaagc agcgcaacac ccagcggcaa gcgcagaaca cgaagcggca agagcgcaag
     5821 cgataattct ttatgtaggg gcgtatcgaa tacgcccccc aaacattccg caaggaatga
     5881 atgcacaaca tgcgttcgcc ctctttcggg gcgttggggg gcgtcgcgcg atacgcccct
     5941 acttgtaact ccccctgact accgcggcaa aggccgcata actccccggt cgaagactga
     6001 taactaccgc ggcgaaagcc gcataactcc ccggccgaag gccgataact accgcggcga
     6061 aagccgcata actccccggt cgaagaccga taactactta tatccccatg cacttccttg
     6121 gtatcatccc tgcgcgttac gcatcgacgc gcttccccgg caaaccgctg gccgacctgg
     6181 gcggtaaacc catgattcgg cgcgtctacg aacgcgtacg ccccaccgtg gacgagctct
     6241 gggtggccac cgacgacgaa cgtatccgtc aggctgtcga ggctttcggc ggcgacgtcg
     6301 tcatgacctc cgacacgcac cgcagcggca ctgaccgctg ccgcgaagcc tgcgataagg
     6361 tgggcgccac ggccgacgtg gtgatcaaca tccagggcga cgagcccttc atccgccccg
     6421 agcagatcga acagctcaag cgctgcttcg acgagcccga cgtgcgcatc gccacgctgg
     6481 ccaaagcctt cgaccccgag ggcgacttcg agcagacgct cttcaacccg aacacgccca
     6541 aggtggcctt cgacgtccac ggcgacgcgc tctacttcag ccgctccatc atcccctaca
     6601 tccgcggcgc cgtgcacacc gagtggctcc gacgccacac cttctacaag cacatcggcc
     6661 tctacgccta ccgcaccgag acactccgcg ccatcaccct gctgccgcaa tcgtcgttag
     6721 agaaggccga gagcctcgag caactgcgct ggctcgaaaa cggctaccgc atccgcgtgg
     6781 ccgtcacccc ctacgacacc gtcggcatcg ataccccgga cgacctcgcc cgcgccgtcg
     6841 ccctgctcgg ctgaagacgg gttgtcatgc atcaatgatt atgagacaga aattcacttt
     6901 gatcacatta ggagtaagag acttcctaaa ggcgttggct ttctatgaag gcttaggctg
     6961 gaaacgctca gaacagagtc aggaggatta tgccctgttc cctttggggg gaatcgtttt
     7021 ggggctgtat ccgattgaag agttggaaaa agacaccacg ctcagccgac agctcactga
     7081 tttttctggt atgacgatca gttataatgc cacatcagaa gaagaggtgg acgaggtgat
     7141 gcgggaagcc ggccgtttgg gagcaaccat cgtgaagcca gctcaaaagg tattttgggg
     7201 aggatacagc ggctacttca aagacatgga cggctatgtg tttgaggtgg cttacaatcc
     7261 gttttggcag atggacgacg aagggaatct tgtcttgtag ctcatcgata tacgacctcg
     7321 cccgcgccgt cgccctgctc ggctgaagac gggttgttga ccgctcacct catggtttga
     7381 agccagaccg gcccccgatt tgggtcaaac caatggtttg aagtgaaacc gacccctgat
     7441 ttgggccaaa ccaatggttt ggagcgaaac cggcccccga tttgggccaa accaatggtt
     7501 tgaagcgaaa ccgacccctg atttgggcca aaccaatggt ttgaagcgaa accgaccccc
     7561 gatttgggtc aaaccaatgg tttgaagcga aacagacctc cgatttgagt caaaccaatg
     7621 gtttggagtg aaacaggccc ccgatttggg ccaaaccaat ggtttgaagc gaaactggcc
     7681 ccggatttga gtccaaccaa tggtttggag tgaaaccggc tcccgatttg agccgagaca
     7741 cgccgctgaa cccattcgcg cccatagccg cccgttttcc gtttttagtt gaaatgaaca
     7801 tgcaccccct cgaagccctg atcgcagaag gcgaacacca gaggcaagac ttcaagttcg
     7861 aaatcagcga cagtaagaag atcgcccgca ccctcagcgc cttcgccaac accgacggcg
     7921 gacggctgct catcggcgta aaggacaacg gacgcatcgc tggcgtacgc agcgaggagg
     7981 agtattacat gatcgaggct gcctccgagc gctacacccg ccccgcggtg cccttcaccg
     8041 cccgacggtg ggacgtcggc ggacgcacgg tgctggagat cgacatcgag cgcggccccg
     8101 accgccccta tctggcgccc gataaggacg accaatacgt ggcttacctg cgcgtggccg
     8161 acgagaaccg tccggctgac ccgaccctgg tgctggcctg gaagaagctg cgccgccccg
     8221 acggccgact cttccgcctg actcgtcccg tcgaggccct gtttcgccac ctcgagacgc
     8281 accccagcgt ctcgctctcc gagttttgtc gcctggcgca catccgccgc ccggttgccc
     8341 gccacatcct cagcgacctc ctggccatcg gcaccctccg ctacaccttc ctcccggacg
     8401 acggccgcct cgtctacagc cgcgccgagg cggaggagta ggatcactcc cggcgcatca
     8461 gttgctccgc gaggaggaga tccatcggcg tggtgagctt gatgttctcg cggttgccgg
     8521 ggacgaggcg gacagccacg ccggaggctt ccaccacgga ggcgtcgtcg gtgaaacgcg
     8581 gatcgtaggg caggcaatag gcggcgcgca gcacgtcggc gcggaagact tgcggtgtct
     8641 gcaccacgca caaccgtgtg cggtcgacgg gccgactgcc gccgtcggcg tccacctcgc
     8701 gcactgattc gaccacgggc acgacgggca cggccgcgcc accgtcagcc gccgcagcaa
     8761 agcaggcagc gatgatcgac ggcgccacga gcggacggac gccgtcgtgc accgcgatca
     8821 gtccgttcga cgcaacggcg ccgagtccgt tctgcacgga atggaaacga gtctcgccac
     8881 cggccactac gcggtgaatc cggccgaagg catgcgcctc acatagccgc ttccacgtat
     8941 cgatttggtc ttcgggcagc accacgatga ggcgcgccga cgcgtcccag cggtcgaatg
     9001 cctcgagggt gtgcattagc acgggccggc cggccagctc gaggaactgc ttcggctgcg
     9061 ggccgcccat gcgtgtgccg cgtccgccgg ccacgatgag gatggtgtgc ttactggtcg
     9121 agctcatcga ggatcttctt tacctcctcg tcggccttga ggagcttgtc tttgcatagt
     9181 tggatgagcc gcccggcctc ccggactttg gcggaaagga cgtcgacgtc cagctctccg
     9241 cgctcgatct cttcaatgat ctgccgcaga cgggccacgg cgctgttgta ggttgctttc
     9301 tcttctgaca tgggttgtga aactaaatgt gaaatcattg cttagacgat ccgcccttct
     9361 cgctcgccgt cggcaaagcg gatggtgacg gtgtcgccgg gggagagcat agtggcgcgt
     9421 ttgacgatga cgccgtcgcg tagggtcatc gtgtagccgc gctggaggag cacgtcgggc
     9481 gaggccagtc ggatgtgctg ctcgttcagc tcgaggtcat gccggcgacg cattagcaga
     9541 ctgtccgcag cgctgcggag gcgtgcaggc agagcgtcga tgcgttcgcg atggcgtgcg
     9601 atgcgttgcg ggacggctgc aaggcgcgcc gagagccgat gccactccgt gcgccgtcgc
     9661 tcgatgagtt gggggacggt cgccaggcgt gccgagagtc ggagccactc cgcgcgccgt
     9721 cgctccacgt gtcccgagac caagagtgga aagcgtgcga cgacgctgcg gaacgtctgc
     9781 tgctcccgct cgatgcggac cgtggccgcc cgatagagtc ggtcgcgcag ctcgttgata
     9841 tctgccagct gtgtcgccat gcagtcgatg agaaacgcgg ccacggccgt cggtgtcttg
     9901 agtcgtgtat gggccacgag gtcgaccacc gtgtcgtcgc gttcgtggcc gatgccggtg
     9961 atgatgggca gggggaactg cgcgcagttg gcggccaagg cgtaggagtc gaagctgctg
    10021 aggtcggccg tggagccacc gccgcggatg atgacgacga cgtcgaaggc ctcgcggacg
    10081 gcatagatgc gatccagcgc ggcgatgatg ctcgcctccg ttcgctcgcc ctgcatgagg
    10141 gcggggtaga gccggacgta gaacgggaag ccatactcgt tgccgagcag ctggttggtg
    10201 aagtcctcgt agcccgcggc cgtggcggac gaaatgacgg cgatgcgttg cggccgtggt
    10261 gggagcgaca gggcgcggtt gaggtcgaag acaccgtcgg cttgcagctg ccggatgatt
    10321 tccttgcgcc gtcgcaccag gtcgcccacc gtgaacgagg ggtcgatgtc gtggacggtc
    10381 agggagaggc cgtacagctc gtggaagtcc acggccacgc gcacgagcac cttcagcccc
    10441 gacgtgaagg ggcggcccgt ctcctcctcg aaataggggc ggatgacggc gtactgctgg
    10501 gcccagatcg tgccgcgtgc tcgagcggcc acctgcccgg tgcgctcgtc tttctcgaca
    10561 aactccagat agcagtggcc cgaatagctg ttcacgcgca cctcgctcgt ctcggcccgc
    10621 acccaatacg tctcgggcag ggcgtcgcgg agggcctgct tgatgttgcg gttcagctcc
    10681 gtgagtgaga ggacgctggc cggatcaacg gtgtcgaaga ggtcggtcat gcgtgctcta
    10741 acgtcttact gagattgagg aatgcctgcc gatcctcggc cgggaaacgc tcgatggcat
    10801 agcggagggt ggtgcggggc aggctgtgga tgtgtgtgcg gaggaagtcg cagagggcga
    10861 cgatgtcgcg tttgccagcc tcacggagca gccagccatt ggctttgtgc atgaggtcgt
    10921 gcgggtggtt gaggttgcgg agggccagct cgaaggtcag atccgagtgc ccctgccgca
    10981 gccagtacat ggtggcgacg atggcgatgc gcttgtccca catccgctcg gagtcagaga
    11041 ggctgcggag gaggtcggcg ttgttcgtgt cgaacgtctc gcggccgagg atcttgtacg
    11101 ccgtcaagtc caccaaatcc cagttgttga tgtgcgtgcg atgacggagg tagaagtcgg
    11161 ccgtggccgc gcgtaccgcc cgcgtccggg tccgctcata tcgctccaca agcatcaaca
    11221 gtccacagag gcgcacctcg tggaagtcgc tctcaagcag ccgacacaga tccttgtcgc
    11281 ccgcctcggc ataatgccta cgcgccacgc tgcgcacccc tggcacgggc accccgagga
    11341 agcgatcccc ctcgccatac tcccccgggc cggtcttgaa gaagcgcgcc aagtcggccg
    11401 cctttccgat ggatccgagg gcttgcagtt cgcgctgtat ctcgtccgag atcatagctc
    11461 ctccttccag atcagctcct cgacggcgcg cttcggcaca tggtgcacgc cagcggcatc
    11521 gcgccaatag cggtaatcgc cgtcgggcga catcggctcg ataacgaccg tctctcgtgg
    11581 ccgtcccaag gctaacacgg tacgcacctc gagaaagtca ggcaggcgga agtgggcctg
    11641 aatctgtttg gcattaaaag ccttgatgat gcatccgccc aggccgcgct cggcgagcga
    11701 gagcaggatg gcgagagcct ggatgccgtc gtcgcagtag ggatcgcgga cgatgcgcgt
    11761 atcgaggagt tggatgaggt atgcggcggg tcgttctccc tcggccggtc cgccccagtc
    11821 cttgaggtag gccgcccagc ggagcgtggg gaagagtcgg tcgcactcgt cgcgctcggt
    11881 gacgaggcgg tacttcagcg gttgagcgtt gcgagccgag ggacagagtc gcgcggcatc
    11941 aatggccgcg gtgagcacgt cggcgtcgag gcgttcgtcc tcgtaaaagc gccggaagct
    12001 ccgggtttgt agcagtaaat ctttcagcat gatcgggtgt ggggtaagta gttatgcgcc
    12061 taatggtgcg gactataaat tttcgtgttg tggggggaat ggaggcaaga ggggagtatc
    12121 cggaatcgtc acataccgct gggtaggatc ggttttactt gaggaagaag tcatctgcaa
    12181 tcttgttccg atcagggggt cgatatagat ccgtttcatt ctgtagcgct ctgcgtaacc
    12241 cagctcctcg gcaatttcca gcaatgtgcg cggggtgcta cagaaggcga taatccttgc
    12301 ttcgatctct tgtctcttat cgctccttga ctttactcct tgacttttac tccttgactt
    12361 tactccttga cttttactcc ttgacttttc attctgtgca tagtctaagt tgagcgtgta
    12421 gcttgcccac cgtcgtttgt tgttagatag cagcatcttt ttctctacga gggcatagag
    12481 cagtttgcct gcctctatag ggtttttatc aaggagcgtt tgaaccatgt tgtttgtaac
    12541 gccgccctct tcctccaaag ctgtagagag caccaacact tcttctttgc tcaatgcttt
    12601 ataggagtgc ccgaaaacgg tttgcagttt atgcaagcat tcttcggaga taagtgaggt
    12661 catcgagata gtcagctcga ccagcttcag atcggggcgt tcacagagga taggctgcct
    12721 ccaattctcc tttttgcata cagctatgat ggtaggaaag ccggatccga tattctcacc
    12781 aaaacctacc atacgcagca tcgattgtat atgcggattg cgtgccttag agttcccacc
    12841 cttgtagata tccacaagtg gcaatttgag tgagccggga ttggaaaata cgaagcgatc
    12901 gtcatgcttc tccactttca gaatcccttc cgtcatatag tcggcgtgga taatgaggtt
    12961 cgtcagggcc tctcggatag ctttgtgcag cggtgtgtcg tcttcgcgtt ccattccttt
    13021 caacataaaa gggcgcttga tgttgctgac gagtttggca aggacacgcg taaagaaatg
    13081 atagaggttg ttctcccaca tcccgtcgta agttagtcga tcgctccaac gactctccgg
    13141 tgccaagttg gtcctatcca aatagtccat tcggatgttg tcgagtcgct ctctaacagc
    13201 caggccctta ccgaacatca ataatccggc taacgtcaaa ctttcccggc cggtagtccg
    13261 gtccgtagta taacctccca tatttctcag gaagtcttta tcgtcgcaat cgttccatgg
    13321 atgatctggg ttggccgtgc gaaagcgatt gcgataggcg ctgagtgtag cctgatccac
    13381 gtcattcatg tcatagtgtt ccatcaatac gccgtcgttt cccgtttcgt tggagtcgcg
    13441 catcatggct tttacctcat cttttgtgca gtgatagtcg ccttcgtagt tgcgtttgaa
    13501 tgtccctctc atcgggtttc cgttgatgta gatgggacgc cggcgatagt ccgcctgcgg
    13561 aacctgaata cacattaggt tgacgccctc gtacggtaca atctcgacat ctgcgtctct
    13621 gaggatgttg tcactcactt tatcgctatt cagcgtatcg aagagctcct ttttgagctt
    13681 ggccgggtca ctgatccctg tcgcttcaaa tcgagtgttg tctctgggcg tcgctgtttc
    13741 cgttagccct aaaaggatcg ttcccccgat tgtgtttgca aaggctgaat aggtttccca
    13801 tatagatcgg ggaagtccct gctcagcctt cttgacctct aacgtgattt gctcgcctat
    13861 ttgaagaagc gtcctgatgt cttctgcatc cattcttatt cattgtaacc tctgagaggt
    13921 ggtttaatcg tgccaaaagt atccactccc ttgattgtcc gcccgaaatg accctttttt
    13981 tgcttcctgc gcaacgcagg gcccgaaaag agaccctcat tttactactc gcatggcgtg
    14041 caagtcccga aaggcgccag gggcgccagc caagtttgca ggcgacatag aataactcac
    14101 ccaagttcgc tacttgcacg gcgtgcaaag acaaaagaat ccccgccgga agggatccga
    14161 cggggattga tgttctcttt tccgagggga gatgggaatc tccttccgtt gtgctgcgct
    14221 cttgtttaca gcttgtcgta actgaggctg aatttgccgg gcacaacgtt tccgagggtc
    14281 ttcaggcggc cgtagtcaaa gtgcttttgg cgtgtttcgg acttcttcgt gcggtcttcg
    14341 tagatgactg tctgggtgga gaagttcacg ctggtgacct cgtttactcg gtcgtttttc
    14401 ttgctgcgca gcttacgctc ccagccgatc agctcgaagc gtttgttctg gaagcggaag
    14461 atgaagctgt cgtcgttgtc gtaggcatgt gaaccaggca ggaggaagtt gacacggagt
    14521 gtaccgtctt ggatactcat gtcgacaaag gcgtccgtgt tgcctttagg ggcgatgaag
    14581 cggccgccgt cttgctcttg aagcacgtat ccgcgcttct tctttccaaa ggcgatgcct
    14641 aggacacgac tgcccgaatc gttgttttgc aagatgaaag cgatgtcgtc gacatggtcc
    14701 ttgttgaggt cgccattctc gatgaagaac acatgccacc cctcgggggc aaagtcctct
    14761 gcagaagccg cgcttttggg cagcttcggg gtctgtgcgg ctattgttcc agcgaacaac
    14821 agcatagcga aagcaatcag tcgattcata gatgtgtagt ttgttaaggg tgagtgcgtg
    14881 gatgatttga agagaaggtc aggggaaata gggggagtct aaaagtcggc cggggaccag
    14941 ttgaggtgcg cccggccgtt ttcagctgtt cacgagatgc gctcgaagcc ggtgtaaggc
    15001 acaagcactt tgggaatgat gatgccttcg ggcgtctggt tgttctccag caacgcagcc
    15061 acgatgcggg gcagggccaa ggcgctaccg ttaagcgtat ggcagagctg caccttctta
    15121 tcggcgtcgc ggtaacggca cttcaggcgg ttggcctggt agctctcgaa gttcgacacg
    15181 gaactaacct ctaaccaacg cttttgcacg gcggagaaga cttcgaagtc gaacgtcagg
    15241 gcggaggtga agctcagatc gccgccgcag agtcgcagga tgcgccacgg cagctcaagt
    15301 gcctcaacga gcgagcggac gtacgtgacc atctcctcga gcgatgtgta ggagtgctcc
    15361 ggccgatcga tgcggacgat ctccaccttg tcgaactggt gcagacggtt gagcccgcgc
    15421 acatccttgc cgtacgaacc ggcctcgcgg cggaagcagg cggagtaggc cgtgttgcgg
    15481 atgggtaggt ccgcctcgtt gaggatcacg tcgcggtaga tgtttgtgac gggcacctcg
    15541 gcggtgggga tgaggtagag gtcgtcgagg ttggcgtgat acatctgccc ctctttgtcg
    15601 ggcaactgtc cggtgccgta gcccgattcg gcgttgacga cgtagggcgg ttcgatctcg
    15661 acatagccgg cgtcgcgggc gcagtcgagg aagaagttca cgagcgcgcg ttgcagccgt
    15721 gcccccttgc ccttgtagac ggggaagcca gcgccggtga tcttgacgcc cagctcgaag
    15781 tcgatgatgt cgtatttgcg ggccaactcc cagtgcggca gtgcgtcggc aggcagttcg
    15841 gggatggtgc cgcccgtctc ctcgcaacgg ttgtcgtcgg cgcccgtacc ttcgggcacg
    15901 gagacgtggg ggaggttggg gatgagcacg agcagctcgt gcatgtcttt ttcggcctgt
    15961 gtcttgtcgg cctccagcgt gcggttagtc tctttcaggc gggatacttc ggccttggct
    16021 tcgtcggctt cggcgcgttt gccctccttc atcagtccgc cgatctgctt ggagagacgg
    16081 ttcacctcgg tgaggttggc gtcgagggcg gtctgggaga cgcgtcgggt cttatcgagt
    16141 gcaatgattc ggtcgatgat ctcggctgcg tcgaagtgct tgacggccag tcggcggatc
    16201 acttcgtcgc gttgttcggt gatgactttg atggtaagca tagttctgta tggagtaaga
    16261 agtagtttta cgtattacgg gtgacaaaaa tatacgcttt gagacttcgc cgagcagcac
    16321 atcagctgtg ttgcctttga cagactttga gtcggtcatg tgcttgcgga catttctttc
    16381 gcctttactg cacggtgcca ccggccaccc agtgtcggct gtaatactcc tcgtcgaggc
    16441 tgctaatgac gacgccgtgc gaggtactgg tgtgggcgaa gagtccgtcc ttgaggtaga
    16501 tgcccacgtg cgagacacgt cggcgtttgc ctcgccgtgc accgttgtgg aagaagacga
    16561 ggtcgccctc acgcagccga tggcggctga tgcgtcggca gttctttgcc agcatgtcgg
    16621 ccgaggagcg ttcgagcgct ttgccgtata cctcacgata gacggtggtg acgaagcccg
    16681 agcagtctgt gcccacgccg cagacattgc tacccatgcg gtgcggtgtg ccgagccatt
    16741 gcgctacgat gcgatagagt gcggcgttgt ctgtgcctgt cacttcgatg ccgagtgtgg
    16801 gggcggggtg ctccacacgc atcggtgcgg gggtatgtcg gtgtgcggcg caggagaaga
    16861 acatgaggca cgcgagaaag cacagtgcga ccggacgaag ggccgatgga ggtatgttgg
    16921 gattgttcat tcgctataga tggatacaaa caagaggggc tgccctcatg tgatgatagg
    16981 acagcccctc tctctgattc gtgttactct ctctccgggg agcgggcggc ggttatgctt
    17041 ctgccggttg ctccacctgc ggcgccgggg cggcttcgaa gccctcgacg gagatgtatg
    17101 aacgattctc gcggccgcgc ttgaagacta cgatgccgtc gatgagtgca tacagcgtgt
    17161 ggtcgcgacc catgcccacg ttcttgcccg gatggaactc cgtgccgcgc tgacgggcga
    17221 tgatgttacc ggccttggcc ttctggccgc cgaagagttt aatgcctaag cgtttgcttt
    17281 ctgattcgcg gccgttcttg gaactgccga ctcctttttt gtgtgccatt tctctgtctt
    17341 gttgtggtta aatggttaag cgatgatttg tttgatgctc acttcggtaa actgctggcg
    17401 gtgtccgttc agcttgcggt aaccctttct tcttttcttg tggaagacga gcaccttatc
    17461 gcccttaacc agcggcgaaa gcacttcgca aatcaccttg gcaccttcca ccgtgggcgc
    17521 gcccacctgc acactgccat cggcatcgac caacaacacc ttgtcgaact ccaccgttgc
    17581 gccgctctcg acgtcacgga ggtgatggac aaacaacttc ttcccttgct cggccttaaa
    17641 ctgctggccg ttgatttcta caattacgta cattgattag aatattaatc gtgactcccg
    17701 ggggcggact tgtcgggacg tccgacgggt ctctttttca tgccctctgc ggattattga
    17761 ggcgcaaaag tagaccaatt aacacgttgc gcaaatggcg aggcatgtcg gaagtggtga
    17821 atggcagggt gttctgtgtg cgacgggggg cgcctcagag gccttccggc tgcatttcgg
    17881 tgaggtgggg ccagaagcgg acgggcatat cttggcgctg cttgcggggg ttgaggcgct
    17941 cgcggatggt gagggagcgg aagtaggtgc gccagaggtc ttggaatcgc tgctcgtcgg
    18001 cggccaggag gtcggggtcg aggcgggagc ggagggtggt gtcgtcggcg agggtgactt
    18061 cacgcgtggt ctggaggtcg tagtggtagc cgtagcgacg gcggaggtcg tagatcaccc
    18121 agggctggtc tgcgaagcgg ttggtgaagt gggggacggc cagcgggagg gcgttgtaga
    18181 cggggcggat gggggcgacg tatagcccgt cggccgtctt gctgaagcgg acgaactgct
    18241 tgagcttgtg ggcctcgcgg ctgaccttga gggcaaggtt gcgcacctcg aggacgtccg
    18301 ggtcggcaaa gtttgtggcg atcgattcgg gggcgtcgag ggctttgcgg atgtagcgga
    18361 agaggagttc gtcgacggtg ggctgctccg agagccaagc gcggaggatc agggtggtgg
    18421 cttcggcggg gagcttgcgc atgagtccga ggcggacgcg ttcggcccgg ggcgtgtcgg
    18481 tgacgacggt gtatgtcgtg tcggcaaaga gcggcgcggg ttcgcccaca cgcagcagac
    18541 ggtcggggaa ggtgcggcgg ctgtaggcgt cgaaaacggc cgtgaggagg ccctcgaagg
    18601 ttttatcgta gaagaaaatg tgcacgggga gaaactaaag acagaaaacg aaaagcggct
    18661 ccgggtaggg gtggcctttg ggtagccggt tgataggctg aaaccgctcg ggaatgccgc
    18721 ggaaaccatg tttctcggct gaaaccgttc gggaatgctc cagaaactgt gtttctacgg
    18781 tgaaaccgtt cgggaatgcc gcagaaactg tgtttctcgg ctgaaaccgt tcgggaacgc
    18841 tccagaaact gtgtttctac gctgaaaccg ctcgggaaca cgcgagaaat cattcccaga
    18901 cgatgctcag ctgccgggga tcgaccttct tgctgcgcga tggggtggga acgagggcgc
    18961 ggcgcacttg ttcgggggtg acttcttgga tggttcctcc gatggagagc tcgcggcagg
    19021 tgatgaaata ctgcgccttc ttcatcacca cgccgatgcg ccggaggctg tcggaggtga
    19081 ggctgccgta gcggcgggag gcgacgatca tgcgggcgga cttgacgccg atgccgggca
    19141 cgcggaggat gagggcgtag tcggcgcggt tgatgtcgac cgggaaacac tccgggtgac
    19201 gcagcgccca ggcgagcttc gggtcgatct cgaggtcgag gttgggggtg gcgctgtcga
    19261 cgatctcgtc ggcgctgaag ccgtagaagc gcatcagcca gtcggcctga tagaggcggt
    19321 tctcgcggat gaggggcacg cgtccgacgg cggcgggcag gcgtgtgtcg taggtgttga
    19381 cgggcacgta gcccgaataa tagacgcgtc gcatactcgg ccgacggtag agggcggagg
    19441 agacgcggag gatgtcgtgg tccgtctcgg gcgtggcgcc gacgatgatc tgtgtgctct
    19501 gtccggcggg cacgaagcgg ggggcgtggc gaaacttgcg gcggtcttct tggctttgca
    19561 gcatgccctg gcggatgtaa cgcatcgggg cgaagacgct ctcgaagttc ttgtccgggg
    19621 ccacgcggcg gaggctctct tcggtgggca gctcgaggtt gacgctcatg cgatcggcgt
    19681 agagcccgcc ctcctcgacc agctcgcggc tgcatccggg gatgctcttg aggtggatgt
    19741 aaccgttgaa gcggtgcgtg gtgcggaggt ctttgacgac gcgcaccatg cgctccatcg
    19801 tgtagtccgg gttacggatg atgccggagc tgaggaagag gccctcgatg tagttgcggc
    19861 ggtagaactc gatggtgagg tctacgagct cgcgaacgga gagtgtggcg cgtgggcggt
    19921 cgttcgtgcg gcggttcacg cagtaggcgc agtcgaagat gcaatggttg gtgagcatga
    19981 tcttcagcag cgagacgcag cggccgtcgg cggtgaagct gtggcagatg ccgacgccgc
    20041 cgacggtgtt gccgatccct cccgccgtgt tgtgccgcac cgtgccactc gaggagcacg
    20101 agacgtcgta cttggcggat tcggctagga tcttcagctt ttcgaggacg gtgtcggtca
    20161 ttgcgcgttg aggtgttggg ggttaattgc ctcgttgagg tgttgggtgt ttaattgcct
    20221 cgttgaggtg ttgggtgttt aattgttggg gggggatgaa taattacctc cttttcttcc
    20281 cttgatggaa gaaaaggagg cgaaaagaaa gtcaaggcct caccgaggcc ggggaagttt
    20341 ggcctgttac ctgcaagtac caagcaagat tggccggggt ccctgacccc gcagggggcc
    20401 ctgcccccct tagttctgat ctttgaggat cacgtcgtgc gcaccgccct ctacgatgct
    20461 ggtggaggag acgagcgtga tcttggcgcg ttgttgcagc tcctcgagcg tgatggcgcc
    20521 gcagctgcac atcgtggcac ggatcttacc gagggtgatg tcgaggttgt ccttcatctt
    20581 gccggcatag ggcacgtagc tgtcgacgcc ctcctcaaat ttcaacgcct cggagccgcc
    20641 catgtcgtag cgctgccagt tcttggcgcg gttggagcct tcgccccagt actccttcac
    20701 gtagttgtta ccgatgcgga gtgtctgcgt gggcgactcg tcgaagcggg cgaagtagcg
    20761 acccatcatc aggaagtcgg cacccatcgc taaggccagt gtcatgtggt aatcgtgcac
    20821 gatgccgccg tcgctacaga tgggcacgta gagccccgtc tcctcacgat aggcgtcgcg
    20881 ggcacgcgcc acatcgatca gcgccgtagc ctgtccgcgt ccgatgccct tctgttcgcg
    20941 ggtgatgcag atcgatccgc cgccgatgcc caccttgatg aagtccgcac cggcgtcgac
    21001 gaggtagcgg aagccctcgc tgtctacgat gttgcctgcg cccacgggga tgttgtagtt
    21061 cgccttgacc cactcgaggg tctcccgctg ccattcggaa tagccgtcgg aggagtcgat
    21121 gcagagcgca tctacgccgg cctcaatgag cgccgggaca cgctccttgt agtcgcgcgt
    21181 attgatgccc gcgccgacga gcagcttctt cgtggcgtcg gagagctcgt cggggttctt
    21241 gcggtggctg tcgtagtctt tgcggaagac gaagtaggcc agacggtcgt cggcgtcgat
    21301 gatgggcagg gagttcagct tgtgctccca aaggatgcgg ttggcctcgc tcagcgagat
    21361 gcccgatcga ccatagatga gcttggagaa gggcgtcatg aaggtgccga tcttcatggc
    21421 cggatcgtcc ttctcggcgc gatagtcgcg gctggtgacg atgccgagca gtcggccgtt
    21481 aggcgtgccg tcgtcggtga tgccgatggt ggagtggccc gtctggcgta ccaacttaac
    21541 cacgtcggcc agggtttgct cgggcgtgag gttggagtcg ctgactacga agccggcctt
    21601 gaacttcttc accttacgca ccatctcggc ctgactctcg atgggctgtg agccgaagat
    21661 gaacgagagg ccaccgttgc gcgccagctc gatggccagc tcggggccgg acacggcctg
    21721 catgatggcc gaaacgaagg ggatattcag ccggataggc gagggctcgc ccacggcgtg
    21781 ctttacgagc ggcgttttga gcgacacgtt ggtcgggatg cacgccttgg tcgtcagacc
    21841 agggatcaac aggtattctc cgaaggttct ggagacgtct tctaagtaaa cagccatatc
    21901 taatctcttg agtagttaaa gtagtcaggg gtagttattg agtagggggg gagggggaca
    21961 ggcccccggc cgaaaaaagt ggggcaaaag tagcacgccc cccctctctt ccaaatgccg
    22021 aacgggaggc tggccgcgct ggtcaacctc ccgctcaaaa cggcttctca cttacatatc
    22081 cccaccttca gcccccgata aatctcctcg tacgtcggca cggggatgtt gagccgctcg
    22141 gcctcacgca cgatgtatcc gcagaggctg tcgacctccg tgggccggcc tgcgcggaag
    22201 tcgcggtgca tcgacgtggt ggacttctcg tcgctgcccc acgtccgcag cagctcctgc
    22261 caacaatact cctccgtcag gtcgaagccc cgagcctggg ccacgcttgt ggcctcttgg
    22321 agcagtcggt gacacatgtc cggatggcgc tccaaggcca gcagcacggg caggtcgaag
    22381 taagacgtga ccgaggctga gacggagatg atgatgaact tcttccacac ctgtagctgg
    22441 atgtcgtcgt gccactcagc ctgtatgccc gcctcgcgca gcaaggcctc cagctcgtcg
    22501 ccccgctcgc agcgccccgc acccgagccg aagagcaact tgccgcgccc gtgcacattg
    22561 cggaccgtgc ccggggtcgt cttcatggcc acgatgtacg tcaggccgta ccacacttgg
    22621 ccgcggtctt tgagctgctc gacgatgcgg tcgcggatgt cggcgccgtt cagcagcggc
    22681 acgatgacgg tctccggccc gatgataggc cgcagcttct gcacggccgc ctccaggtcg
    22741 taactcttcg tgcaacacaa aatatagtcg gccgtcacgc ccaacctttc cggctgctcg
    22801 acgacaccct ccggccgcac acgaaacgaa cccttcggcg tctccacctc cagtccgttc
    22861 cgcgcgatct ccagcccgtg cttccctctg gcgacgaaat aaacctcaac ctctctgttg
    22921 gttgcatagg tgcgcgccag catgccgcca aaatatccgc cgacgcctcc taaacccatg
    22981 attacaatgc gcttcatatc aaataagatt taacgatcgc tcgttctttc tgcaaagatg
    23041 gttcaaaaat cgggggtaga tcgaatggaa tgccccgatc gatgcctcga aaggcactat
    23101 tccgaggccg caacccccgt tgaacatgaa aaatgcacgc atacaatcgg ggatccttga
    23161 gacggaggtt atgaggccgc tatacaggtg acgaaagacg gatttcgtac tgtttttacg
    23221 catgaggaga cttgtttgga aataaaaaag tgacttttta tagctgtgca gatagtgtca
    23281 agtataaaaa gtcgacagtt tgtttttgtg tactatatgt aaggatatag caggtcactt
    23341 tttgtttatg tcaattcttg tcgggttata tcgtgttgca ctttgtttct ggaagaagat
    23401 ttacagttag aaaaactggc tgtttgtttc tgtacaagta attacaccta taaaaagtca
    23461 ctttttgatg ctgtgagtag attttcatct gcaaaaagtg agcggctata acctgagatt
    23521 tatttttaga gagaccgggt gagctgctat aagccgaaag aatttatcag gatcaggaag
    23581 ctacggttta tagcctgagt aaattttgca gtaaaaggag gtggctgttt ataatctaaa
    23641 gtaagtcgta tttttgcgag aactaatagg aaagggataa acaagatgag cgaaacgacg
    23701 ttgaagatat cgcatgcggt aaagatcgaa gagagcaact gtgtgagctt caaagtgggg
    23761 ctgcatgcca gtttacaccg cagtcaatac gaccttttgc agaatgtcag tccggagctg
    23821 gtgcaatttc cgaaggggat gatggagcgc tggggggagc tgattatgat ggagtgccag
    23881 tcgccgtcga aggggcggac gtactcgcgt tttacacctt tgatgaacga gaaagatgtg
    23941 gagcgacgcc gattgctggc ctcttttttc ggcataatcc gcgggaatat ctacctgcca
    24001 gatgggccga agcgcgaggc ggcgctgaag ctcgatgcta agctgcaccg ctttcggggc
    24061 atgcagcacg gcgggtcgaa gatggcgcgt agcgcgcgca ttgcggcctt ggagaaggat
    24121 ctggaggagc tgaccgctga ggtggagacg ctgggcttga ccgcaaccgt gcagcggctg
    24181 catgaggtga cgacggagta cgagtcgctc agcatggagc gtgtgaagca gcacgtggat
    24241 gagaaacggc cgacgatgcg agagacgcgt cgggaggcgg atgtgtatta cgagcgggcc
    24301 tgtcggctgg tcgaggcggc acaccttatg gccacgaccg acgaggcgcg cgaggccatc
    24361 gagcggttgg tggatctgat gaatcgggcg gtgcgggagt ccaaacggac gtatcacgag
    24421 atgctcggtc agcgtcgccg ctacaaaaag aaggaggcgc cgatcgacgg gagtgtcgac
    24481 gacgcctctg ggggtgtatc gtaaatggcc gggtatcttc cggggtggta cttccttttc
    24541 ttgccttgat gcggggaaaa ggaaggcatc agggatgccg gccaaatttc cctgccccgg
    24601 aaggggccct caccgaggcc ggggaagttt agccgggtgg aggggcggcc attgatcaat
    24661 gtgagccgat tacatgtgga agatggccga aacggtgatg ttgcggcctg gctcggggag
    24721 ccactggatg gtgttttcgg cggctttggc gtaacgctta tcgaagaggt tgtcggcgtt
    24781 tagctgtagc gtccaaaact tgttgtagcg gtagctcacc atggcgttgg ctacgaaggc
    24841 ggggtcgaaa cgcatctcgt tggccaggtc ggcgtacgac tcgctagcgt agtcgaaacc
    24901 gaggccgagg cggaagaggt gacgctccga gttgttgttc agaaagagcc aaccgaaggc
    24961 cgtgtggacg ggtgagtagg gcagatagtt gcccttgaag gccgccttgg caaactcggt
    25021 gctggagtat tcgcccacct tggccagcgt cagggtgtag cctgcgcgca ggtcgatgta
    25081 gggcgagggg gtgagggtgg cgtcgatctc gaagccgtcg gaatggacgg tgcccacctg
    25141 cccgatgacg ctcttgccat cggcattctt accaaacttc tgcacgatgt tgctcttctc
    25201 gatgtggaat ccggccagct ccagggccaa gaggctaccg aagcgggagt ggataccggc
    25261 ctcgtactgc atgccgcgtt cgggggcgta gaccttgccg gtggagttgg gcgtgatggt
    25321 gcggccctta ttgtcgaggt agacgtagtt gttgtcgcct acggtgcgga cggggcggaa
    25381 ggagttggag acggaggcgt agatgcgatt cccgggggtg agttcgtaga cgaggcccac
    25441 cttgaaggtc gaagcgttgt cgataagaat ggcgggctca cccttttcgg tcacgacgcg
    25501 gttgtccgac ttgctggttg tgatgttgcg gcggaacatg ttgtagcgta aggcgagcat
    25561 ggccgcgagg cggtcggtga cgttgatctg atcgaaggcc gccagcgagt ggtagtactc
    25621 gatgaagtcg acaatctgcg agaacttttc gtctaagtag cccgggttac tgatcggatt
    25681 acggatagac atgacggtgc tgatggcggg tccggagaac acctgcccct gccagcgctt
    25741 gaggctcatg taggagaagt cgtagccgaa agaggcgagg tgacgcatgc cgagggcctc
    25801 gaactggcct tgcacggaga gctgattgcc ggcgtaatag ttgtcgtaat cgaaatggaa
    25861 gggctcgcgg aggatggagt cgacgctgat atagaccttc tcgtcgccgt tcatgtagta
    25921 gtgtttgtag cggccgggcg tcttggacgt caggtgtgag aattcctccg actggaggta
    25981 gctgagcgtg ttgtacgaga agcccagcac gtcacgcagc agccaattct ctgacaggtt
    26041 gtgctcccag atgttggtcg aggagatgtg cttgtcgttg aggtgatcgt tgacgtacgt
    26101 gaggctcgtc ttggccaggt cgatgcccgt ggggatgtcg cccttgctgt agaccttgtt
    26161 gccgttctcg tcgaagatgt cgttctggaa gcgagggata cccggatcgg tgtgcacgcg
    26221 gttgtcgtaa gccagggccg agaaggagaa cttgttgcga tcgttgggcc ggaagtcaag
    26281 cgccgcgtag acgttgttcg atcggcgggt gttgtccctc cagccgtcac tttgaatgcc
    26341 ggtgtaatcg aggcggaagt tgaccgtggg cgagagggct ccggtagctc ccacttgtgc
    26401 cgtgtacgtg ttccagctgc ccacagcgat gcgtgcatcg accgatgtgc gggccgaagg
    26461 ctggctgtaa agcacgttga taatgccgcc gatggccgag tgtccgatca gtgcggacga
    26521 cggacccttg atcacttcca cgcggtctac accgacgaac gatgaagtcg gcgcgcagga
    26581 atagatctct gcgcgctcgt cacggatacc gttcgagagc agtacgaggc catccatgcc
    26641 acgtgcgcgg aacatgtgga agccgccgta gttgttcatg atgcggatac cggccgttgt
    26701 cttgttgatc tgcaagaggt cggtgatgtt cagatcgcgc agcgccttag agtcgacgat
    26761 agccatcgtc agcggcgtct cggaaagggt tacgggcagt cggaagaggc tcagccgttt
    26821 catgcggtgc ccaacgacga cctgctcgtc gagatagaga gtggtgtcga cgtcagaagg
    26881 gtcgacggtc tcgttcggta cggcctgctg cgcctgtacg gcgcccgcca tccccgaaca
    26941 caaaagcaaa ctcaggatga agttcctttt catttcggtt gatttttagt gtgtgtaatg
    27001 tttatgtatg gagaaaaatt cttctgatct ccgtgtgtgg tgtgtgtagt aatgaaagct
    27061 ccacgaagcc tcagccgtcg gggctgatga ggctgcatcg gatggcgtac tggagcattt
    27121 cgtgggtgtt gttgatgccg agcttttgga agatgtgcgt tttgtgggtc tcgacggtgc
    27181 gacggctgat gtagagtctt tcgccgatct cgcgtgcggt cagtccttcg tgcgataggc
    27241 ggataatctc ggcttcgcgg tcggagaaga gcacgggcct ctctttgtcc attttccgct
    27301 tcatggccac gatctcgtac atcagcgacg agatgtcgcg tccgtaataa ttctcgccc
//
LOCUS       SEQF2637|AYYD01001068.1  884 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..884
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggtaacggg cgctttgaac cgggtaattt tgcccacagt tttcaaagcg tatggatgac
       61 atgaaaatga aggtgttgct ctacctcaaa aagagcagtc gtgacaggtc gggcaaggcg
      121 ccgatcatgg gacgcatcac gctggggcgt tccattgcac agttcagttg caagctgttc
      181 tgcaatcccg atttgtggaa ccctcgcgaa agccgaatgg acgggaagag tcgcgaggcg
      241 gtcgaagtca atgccaagtt ggacaacctg cttctcgccg ttcaagcctc ctatcagtcc
      301 ctgcttgcca aaggggttcc gtttgacgca accgacatca aggagcattt ccaaggctgc
      361 gtgcagagtc gaaccttgct tttggagcgg tttgacggcc tgatcaagga cagggaggag
      421 cacgtcggga tagacatcaa aagagagtct ttagtcttgt atcgtcagac aagaatgagg
      481 ctgcaacagt tcatttgggc gaagcataac gcttccgact tgaccttttc gcagctcacg
      541 gaagacttcg tcaagcgatt cgagcagttc gctaccggag aggtggggct gaaacaaagc
      601 acctgctaca acatggtcgt ccttgtcaaa aaggtctgca agctggcgta tcgagaaggc
      661 gcggcagata ccttgctatt tgacaatgtg cgtgtagaca agggagacag tcgactgccc
      721 aaagcgctcg ataaggaagc gttggacaag ttaaaggtgc tctgttttga cggctgggag
      781 atcgacctgg agatagcgcg cgatgtgttt cttttcgcct gttacaccgg cgccgcctat
      841 tgcgatctaa tggcactgaa ccgtgggcat cttgtctgcg acga
//
LOCUS       SEQF2637|AYYD01001069.1 3894 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3894
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             52..1281
                     /gene="xerC_7"
                     /locus_tag="SEQF2637_01187"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MDDMKMKVLLYLKKSSLDRSGKAPIMGRITLGRSIAQFSCKLFC
                     NLDLWNPRESRMDGKSREAVEVNGRLDNLLLAVQSSYQSLLAKGSPFDATDIKEHFQG
                     CVQSRTMLLERFDGLIEDMEEHVGIDIKRESLVLYRQTRMRLQQFIRAKHNASDLTFS
                     QLTEDFVKRFEQFATGEMGLKQSTCYNMIVLIKKLCKLAYREGAADSLLFDNVHVGKG
                     DSRLPKALDREALDKLKALCFDGWEADLETARDVFLFACYTGAAYCDLMALNRGHLVC
                     DDEGALWLKFNRQKTGVLCRVKLLPEALRLINRLSDEGRDTLLPHINYLTYQSRLKVL
                     RLRAGIALPFTSHTARHTFATLVTLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLF
                     EEFDRLIAFTEDLHLTI"
     CDS             1293..2501
                     /gene="xerC_8"
                     /locus_tag="SEQF2637_01188"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINRQKTKADGKTAIFCRVTIDGRSTVMATGEECL
                     PNEWNSRQGTTGEKKINQRLAAFRELVEKTYAEMLTKDGVVSAELLKNRMQGVAAAPT
                     TLLAMSEAELLSVKACVGKSKAESTYQNLTYSDKLLRAFVNENGGRDIPLAGITEDLF
                     EDFRFFLKKRGLAASTMNQLLCRLSRLMYRAVDLKVIRCHPFEDVTYEREERKIRFLQ
                     KSDVAKLMALKVNDKAAEQARRMFLFSCFTGLAIVDMERLKFSHIQTAADGRRYIRKE
                     RQKTKVESVVPLHPIAEAILNKSQEEQTVKEEGEALVFPRSCSRSVMNNRLSTAGWAC
                     GIRQRLSFHMARHTFGTLLLSAGISIESIAKMMGHASISSTQIYAQVTDKKISEDMDK
                     LIRKQQAASE"
     CDS             3089..3280
                     /locus_tag="SEQF2637_01189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTGGQYTAVGELYGFPIKVVSERILKEGLEFTDNRFVVEGNYKY
                     TYNNGHLAMADPVAAARTS"
     CDS             3334..3669
                     /locus_tag="SEQF2637_01190"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEREIPQLQEIAGKVWKKEDELKRLKSELAALDRKIQLELAPP
                     APEVAEKEKNGQEVKPVTEGVQNVPSQHTEEAPQIRSPSGNFIDDYIVIGRPGLYAKD
                     ENRPKGLKL"
ORIGIN      
        1 aggtaacggg cgctttgaac cgggtaattt tgcccacagt tttcaaagcg tatggatgac
       61 atgaaaatga aggtgttgct ctacctcaaa aagagctctc tcgataggtc aggcaaggcg
      121 ccgatcatgg gacgcatcac gctggggcgt tccatcgcac agtttagttg caagctgttc
      181 tgcaatctcg atttgtggaa cccacgcgaa agtcggatgg acgggaagag tcgcgaagcg
      241 gtcgaagtca atggacggtt ggacaacctc cttctcgccg ttcagtcttc ctatcagtcc
      301 ttacttgcca agggatctcc atttgacgca accgacatca aggagcattt ccaaggctgc
      361 gtacagagtc gaaccatgct tttggagcgg tttgacggcc tgatcgagga tatggaggag
      421 cacgtcggga tagacatcaa aagagagtct ttggtcttgt atcgtcagac aagaatgagg
      481 ctgcaacagt tcattcgggc gaagcataac gcttccgact taaccttttc gcagctcacg
      541 gaggacttcg tcaagcggtt cgagcagttc gcaaccggag agatgggtct gaaacagagc
      601 acttgctaca acatgatcgt ccttatcaag aagctctgca aactggctta tcgtgaagga
      661 gcggcagact ccttgttatt tgacaatgtg cacgtgggca agggagatag ccgattaccc
      721 aaagcgctcg atagggaagc gttggacaag ttaaaggcgc tctgttttga cggctgggag
      781 gctgacttgg agacagcgcg cgatgtgttt cttttcgcct gttacaccgg cgccgcctat
      841 tgcgatctaa tggcactgaa ccgtgggcat cttgtctgcg acgatgaggg cgccctttgg
      901 ctgaagttca acagacagaa gacaggcgtc ctctgtcgtg taaagctgtt gcccgaagcg
      961 ctccgattga taaacagact gtctgatgaa ggaagggaca cgctgcttcc tcacatcaat
     1021 tacctgacct atcaatcgcg tctgaaggtt ctcagactgc gggccggtat cgcgctaccc
     1081 ttcacctcgc acaccgcccg gcacaccttc gctacgctcg tcaccttgga gcagggcgta
     1141 cccatcgaga ccgttagcaa gatgcttggg catagcaccg tgcgcatgac cgagcgatat
     1201 gcgaaagtca caccccaaaa gctgtttgag gagttcgacc gcttaatcgc cttcaccgaa
     1261 gacttacacc tgaccattta accacagccg acatgagaag tacattcaag atcctgttct
     1321 acatcaacag acagaaaaca aaagcagacg gcaagacggc catcttctgc cgtgtcacca
     1381 tcgatggcag aagtacagtt atggcaaccg gtgaagaatg tttgccaaat gaatggaaca
     1441 gcagacaggg gacaaccggc gaaaagaaaa tcaaccaacg cctcgccgcg ttcagggagc
     1501 ttgtggaaaa gacctacgcg gaaatgctca cgaaagacgg cgtggttagt gccgaactcc
     1561 tcaagaaccg catgcagggt gttgccgccg caccgaccac ccttttggcc atgagcgagg
     1621 cggagctgct gtctgtaaaa gcatgcgtgg gcaagtcaaa ggcagaaagc acttaccaaa
     1681 acctgaccta ttcggacaag ctgcttcggg cgttcgtgaa cgaaaacgga gggcgggaca
     1741 tcccccttgc aggcattacg gaagatctgt ttgaagactt ccgcttcttc ctcaaaaagc
     1801 gcggcttggc ggcatcgacc atgaatcagc ttctctgccg actgagtcgg ttgatgtatc
     1861 gcgcggtaga cttgaaagtc atccgctgcc atccttttga agatgtcact tatgagaggg
     1921 aagaaaggaa gatccgcttc ttacagaaaa gcgatgtggc caagctcatg gcactaaagg
     1981 tgaacgataa agcagcagag caggcccgac ggatgtttct cttctcctgc ttcaccggac
     2041 tggccattgt ggacatggag cgcctcaagt tctcgcacat ccaaacggct gccgacggcc
     2101 ggaggtatat ccgcaaggaa aggcagaaga caaaagtaga gtctgtcgta ccgctacatc
     2161 cgattgcgga agcgatcctc aataaaagcc aagaagagca gacggtgaaa gaagaaggcg
     2221 aggcccttgt cttcccacgc agttgcagcc gtagtgtgat gaataacaga ctgagtaccg
     2281 cgggctgggc gtgtggcatc aggcaacgac tgtctttcca catggcgcgt cacacgttcg
     2341 ggacgttgtt gctcagcgct ggcatctcga tagagagcat cgccaagatg atgggacacg
     2401 cctctatctc cagcacgcag atctatgcgc aggtgacgga caaaaagatc tcagaagaca
     2461 tggacaagct gatccggaag caacaagcgg cttcagagtg atccctatac ggccacccta
     2521 acatgccttt ttccctttca ccgaatagat cttactacgt aactacaacg gggcctaaca
     2581 gattgacaaa atagaagtta gaatgttgta gaagcccgaa atcctttatg ctaccttccc
     2641 aactacataa cacgatacga gagggctctg cacaatctgc ataccctcct cattcctttt
     2701 cggagtcatt tttttagagt gtcgataagg tgagttgaga gtcctttgag gggtttcctt
     2761 tctcccttcc gagcctcact tggggctcgg aagggggaag ttttcagcac tataatgaat
     2821 cgtatgaatt aaccgaatag gtagaaacgc taagaggagg aatggggtgt gcgaaagtac
     2881 attcaggcat ctgtgcattt gtttatgcga agaagtccta tttttctccc ccctcttgtc
     2941 ggattaccgc ttcccacttc ccttgtatag tcaataaaaa aatagattgc gaattgatta
     3001 cgcggaagtt cagagttaga agcgactcca actcacgtcc gataagaagg tcatcggaaa
     3061 gcgtctgcag gaaatcgcca agaatgccgt gacgggcgga cagtacacgg ctgtcgggga
     3121 gctttacggt ttcccgataa aggtggtcag cgagaggata ctcaaagagg ggctggagtt
     3181 taccgacaac cgcttcgtgg tggagggtaa ctacaagtac acctacaaca acgggcattt
     3241 ggcgatggct gacccggtag ccgccgcacg aacttcctga acgcgctgga gaagataccc
     3301 tccaccatcg accagtacaa ggcgaagaac gaggtgctgg agcgcgagat accgcagttg
     3361 caggagatag cgggcaaggt gtggaagaag gaggacgagc tgaaacggtt gaagtccgaa
     3421 cttgccgcgc ttgaccggaa gatacagctg gagcttgctc cgcctgcgcc ggaggtcgca
     3481 gaaaaggaga aaaacgggca ggaagtcaag ccggttacgg aaggtgtaca aaacgtacca
     3541 tcacaacaca ccgaagaagc accgcagata cgcagtccgt cgggaaattt catcgacgac
     3601 tatatcgtta tcgggcgacc gggattgtat gcaaaagatg agaatcgacc gaaagggctg
     3661 aaattataag caataaaaag ccatgtcaaa tcatttaatc gattgatatg gctttttaac
     3721 cgtttagaca acttactttc aattacaatc aaaagggaag tcaaggagga agattccggt
     3781 tcaatctgct cccatgccga agcgttggag agacaggctc tgttcatcaa ctccacgctg
     3841 acgcaactcg gatgcaacag cctttggaag atgttccgcc acggcatgat agag
//
LOCUS       SEQF2637|AYYD01001070.1 3271 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3271
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(521..721)
                     /locus_tag="SEQF2637_01191"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKYESVIGELGQRLELARADAERLEEELMDEQIVQAAHPLYV
                     ELLRAQARIDALSDAIELIINS"
     CDS             complement(705..1337)
                     /locus_tag="SEQF2637_01192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSILQWKEGASVRMQMIKDEPWFAAKDVCELLGLDNSRQAVS
                     RLDDDEKGVINSDTLGGKQELTFVNESGMYALIFQSRKPQARAFRKWVTGEVLPSLRK
                     YGYYVAPGAQLIDEQREELERVMMGRMRRYLSRRDYIQVARSTGYPVWFVQRVVAGQA
                     GGQAGSVMLALQERALKNCQEYVNPLSEARMTSVIEQLNGNEKRRDGNEV"
     CDS             complement(1351..1539)
                     /locus_tag="SEQF2637_01193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKILRDSASVKALAEAFGVTTRMVNMALNGEFRSDLVKRIRQR
                     ALDMGLKEKGKERVTVLK"
     CDS             1653..2057
                     /locus_tag="SEQF2637_01194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERILQIAKKKGVANRKICQKIGLAYGGFTGENKKRPVNSDA
                     IANLLAEYPDVNPRWLLTGQGSMLREQSAPEVAPPPSEPAFPGFIEEIKSLSVKVGRL
                     EAENEHLRTAIEAKQREIEAQAKRDRSPAKGD"
     CDS             2104..2250
                     /locus_tag="SEQF2637_01195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIDHLKKEEPDIHTQYLEPAYAPLPSENPVESAELLKSQPQEA
                     LFTP"
ORIGIN      
        1 cgccgaataa tgacaaaata ttgggcttaa gggtcaaata tgttcctgcg gagtgctata
       61 acacactgtg agtcatgcat atgttgtatc tcatagtatt atgagagatc aaactcgaaa
      121 aaaaagtgcc cccattgtgg atcaaaagat gtgatacgta aaggcacacg aaatggagtg
      181 tcttattggt tctgccatag ctgtaaacac tacttcagtg gtcgttcgcg tgtagattct
      241 tcagcagttt atcggtacta tgctcaaggt acctacacca ttgcacagat cgcagagcga
      301 ttgggtatat cttgttctac agtaaagcat cgtatgaaaa atttccctct cagttctacc
      361 tctatagctc ctcgatgccc tccgtcgtat gggggggaag cgacaaaaac gcctttcagt
      421 aagtaactca gctcgtcaaa cccataagga tgttcaacaa aaagagcgct gtccaccccc
      481 gaaggcccca gtgccattgt atccttatcc atttcgtttt tcagctgtta atgatcaatt
      541 ctatcgcatc gctcagcgcg tcgatacgcg cctgcgcacg cagcaactcc acatacagcg
      601 ggtgcgccgc ctgaacgatc tgttcgtcca tcagttcctc ttccagtcgt tccgcgtccg
      661 cccgcgccag ctccaaccgc tggcccagct cgccgattac ggattcatac ttcgtttcca
      721 tcgcgtcgtt tttcgttgcc attcagttgt tcgatgacgg acgtcatccg cgcctccgac
      781 agcggattca catactcctg acagttcttc agcgcccgtt cctgcaaagc cagcatcacg
      841 ctcccggcct gcccgccggc ctgcccagcc actacccgct gcacgaacca caccgggtaa
      901 cccgtcgagc gcgccacctg tatatagtcc cgtcgcgaca ggtagcgcct catccgcccc
      961 atcatcaccc gttccagctc ttcccgttgc tcgtcgatca gctgtgcccc cggcgccacg
     1021 tagtagccat atttccgaag gctcggcagc acttcgcccg tcacccattt ccgaaacgcc
     1081 cgcgcctgcg gcttcctgct ttgaaagatc agcgcataca ttccggactc gttgacgaac
     1141 gtaagctcct gttttccacc aagggtgtca ctattaatga cacccttttc gtcatcgtcg
     1201 agccgactca ctgcttggcg gctgttatca agtccaagca gctcgcacac atctttggcc
     1261 gcaaaccacg gctcatcctt aatcatctgc atccgtacag atgccccttc tttccattgt
     1321 aaaatgctcg tttccattct tcttactcct tcattttaat acagttactc gttcctttcc
     1381 tttctctttc agacccatat ccagcgcccg ttgccggatg cgcttgacca agtcactgcg
     1441 aaactcaccg ttcaaagcca tgttcaccat ccgggtagtc accccgaacg cctcagccaa
     1501 agcctttact gatgccgaat cccgcaggat ctttctcatt tcattattcg tactcatata
     1561 tcttatcttt agcgcgcctt cctatcagga aagcgctgca aggcaattaa tatattttcc
     1621 gttcggcaaa atattttagc tcaaaaacca gtatgatcaa ggaaagaatc ttgcaaatag
     1681 ctaagaaaaa gggagtcgca aatcgaaaaa tctgtcagaa aatcggtttg gcttatggtg
     1741 gtttcacggg tgagaacaag aaaaggcctg taaattctga tgcaatagct aatttattag
     1801 ccgagtatcc cgatgtaaat ccccgatggc ttttgacggg tcaggggtct atgctgcgcg
     1861 agcaatcggc gccggaagtg gcacccccac catcggaacc ggccttcccc ggcttcatcg
     1921 aagaaataaa gtctctatct gtcaaagtcg gccgcttaga agctgaaaat gagcacttgc
     1981 gcaccgccat tgaggccaaa cagagggaga tcgaagccca ggcaaagaga gatcgaagcc
     2041 cagcgaaggg agattgaggc cagacaaaaa gatattgagg ataaggaacg acagatcaag
     2101 ctgatgcgca ttgatcacct gaaaaaagag gaacccgata ttcatactca atatctcgaa
     2161 cctgcctacg cacctctacc ctccgaaaac cccgtagaat ccgccgaact gttaaaatct
     2221 cagccccaag aagccctctt taccccctga aaacggccta aaacgctggt tttaagacac
     2281 tttgtttcgt cccacccgtt gcaactcgcg ttcctacgcc gtaataaggg acaaaactca
     2341 cctcgaaaag tccacaactt aacacattat taacccgcaa aggggagatt ctcgcccccc
     2401 ttcgttgtca atatttggct taagggtcaa atatgttcct gcggagtgct ataacacact
     2461 gtgagtctca ttaagggtca aatatgttcc tgtgatggtt caactctcgt ttataggaca
     2521 ggggttgtaa gctattataa tggcctgaat aagtctttac tttctttccc gagagattcc
     2581 acgatgtaag cgcaatttcg tcttcaggga agcattcagt gactccaatg cattattggt
     2641 gtttggtagg cctaactccg gaaagcattg gtaggtatag agaatatcta agtgccttgt
     2701 taagctaaaa taagcggccc ttaaacgccg atgggtataa gtgaaagacg ctccattttc
     2761 tgagaatgtt ttctcttcca agtatgcctt ccactgctca tgccattgtg ctaacaaacc
     2821 agcaaactgt tttttgtcgg attgtgtaag ctgtaggccg atctctttcc agcgcaatag
     2881 aggccggatg ttttggatga ttggtgagca gctgtctgat acgctgtatt tgatggaatt
     2941 gacagtattg gtaagggatt ggtgctaagg cttttctcag tccagagagt ccatcagaaa
     3001 tgactccgct cacccgtatt ccttgtcttt tgagataagc tattcctacc aagtaatctt
     3061 ctatacgctc ctttcgataa atgaatctga aatgaaggac gcgatgagtg gctacatcca
     3121 tgaaaagtac tacgccaaag tttctacccc agtatgtggt atccatttga agcgccacag
     3181 ttcgaggtgc tatagaggta gaactgagag ggaaattttt catacgatgc tttactgtag
     3241 aacaagatat acccaatcgc tctgcgatct g
//
LOCUS       SEQF2637|AYYD01001071.1  448 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..448
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgccgaataa tgacaaaata ttgggcttaa gggtcaaata tgttcctgcg gagtgctata
       61 acacactgtg agtcatgcat atgttgtatc tcatagtatt atgagagatc aaactcgaaa
      121 aaaaagtgcc cccattgtgg atcaaaagat gtgatacgta aaggcacacg aaatggagtg
      181 tcttattggt tctgccatag ctgtaaacac tacttcagtg gtcgttcgcg tgtagattct
      241 tcagcagttt atcggtacta tgctcaaggt acctacacca ttgcacagat cgcagagcga
      301 ttgggtatat cttgttctac agtaaagcat cgtatgaaaa atttccctct cagttctacc
      361 tctatagctc ctcgatgccc tccgtcgtat ggggggaagc gacaaaaacg cctttcagta
      421 agtaactcag ctcgtcaaac ccataagg
//
LOCUS       SEQF2637|AYYD01001072.1 3148 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3148
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(398..598)
                     /locus_tag="SEQF2637_01196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKYESVIGELGQRLELARADAERLEEELMDEQIVQAAHPLYV
                     ELLRAQARIDALSDAIELIINS"
     CDS             complement(582..1214)
                     /locus_tag="SEQF2637_01197"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSILQWKEGASVRMQMIKDEPWFAAKDVCELLGLDNSRQAVS
                     RLDDDEKGVINSDTLGGKQELTFVNESGMYALIFQSRKPQARAFRKWVTGEVLPSLRK
                     YGYYVAPGAQLIDEQREELERVMMGRMRRYLSRRDYIQVARSTGYPVWFVQRVVAGQA
                     GGQAGSVMLALQERALKNCQEYVNPLSEARMTSVIEQLNGNEKRRDGNEV"
     CDS             complement(1228..1416)
                     /locus_tag="SEQF2637_01198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKILRDSASVKALAEAFGVTTRMVNMALNGEFRSDLVKRIRQR
                     ALDMGLKEKGKERVTVLK"
     CDS             1530..1934
                     /locus_tag="SEQF2637_01199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERILQIAKKKGVANRKICQKIGLAYGGFTGENKKRPVNSDA
                     IANLLAEYPDVNPRWLLTGQGSMLREQSAPEVAPPPSEPAFPGFIEEIKSLSVKVGRL
                     EAENEHLRTAIEAKQREIEAQAKRDRSPAKGD"
     CDS             1981..2127
                     /locus_tag="SEQF2637_01200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIDHLKKEEPDIHTQYLEPAYAPLPSENPVESAELLKSQPQEA
                     LFTP"
ORIGIN      
        1 actctctgta taaaacagcc tccatcgccc atttcaggcg cttatcgcta taaatgaagt
       61 tgcacgcctc caccagcatc tcattgctgc cttttgatga gacacataca acagggaagt
      121 acccgccctc accactccgt tcgatcgcaa ccaaaatcgt cgcacggact tcgtctttct
      181 ctttgaccat tctttccagc tcgtctgcca tcttatggac ccgttcgaca aatagatgcc
      241 tacgctcctc gatgccctcc gtcgtatggg ggggaagcga caaaaacgcc tttcagtaag
      301 taactcagct cgtcaaaccc ataaggatgt tcaacaaaaa gagcgctgtc cacccccgaa
      361 ggccccagtg ccattgtatc cttatccatt tcgtttttca gctgttaatg atcaattcta
      421 tcgcatcgct cagcgcgtcg atacgcgcct gcgcacgcag caactccaca tacagcgggt
      481 gcgccgcctg aacgatctgt tcgtccatca gttcctcttc cagtcgttcc gcgtccgccc
      541 gcgccagctc caaccgctgg cccagctcgc cgattacgga ttcatacttc gtttccatcg
      601 cgtcgttttt cgttgccatt cagttgttcg atgacggacg tcatccgcgc ctccgacagc
      661 ggattcacat actcctgaca gttcttcagc gcccgttcct gcaaagccag catcacgctc
      721 ccggcctgcc cgccggcctg cccagccact acccgctgca cgaaccacac cgggtaaccc
      781 gtcgagcgcg ccacctgtat atagtcccgt cgcgacaggt agcgcctcat ccgccccatc
      841 atcacccgtt ccagctcttc ccgttgctcg tcgatcagct gtgcccccgg cgccacgtag
      901 tagccatatt tccgaaggct cggcagcact tcgcccgtca cccatttccg aaacgcccgc
      961 gcctgcggct tcctgctttg aaagatcagc gcatacattc cggactcgtt gacgaacgta
     1021 agctcctgtt ttccaccaag ggtgtcacta ttaatgacac ccttttcgtc atcgtcgagc
     1081 cgactcactg cttggcggct gttatcaagt ccaagcagct cgcacacatc tttggccgca
     1141 aaccacggct catccttaat catctgcatc cgtacagatg ccccttcttt ccattgtaaa
     1201 atgctcgttt ccattcttct tactccttca ttttaataca gttactcgtt cctttccttt
     1261 ctctttcaga cccatatcca gcgcccgttg ccggatgcgc ttgaccaagt cactgcgaaa
     1321 ctcaccgttc aaagccatgt tcaccatccg ggtagtcacc ccgaacgcct cagccaaagc
     1381 ctttactgat gccgaatccc gcaggatctt tctcatttca ttattcgtac tcatatatct
     1441 tatctttagc gcgccttcct atcaggaaag cgctgcaagg caattaatat attttccgtt
     1501 cggcaaaata ttttagctca aaaaccagta tgatcaagga aagaatcttg caaatagcta
     1561 agaaaaaggg agtcgcaaat cgaaaaatct gtcagaaaat cggtttggct tatggtggtt
     1621 tcacgggtga gaacaagaaa aggcctgtaa attctgatgc aatagctaat ttattagccg
     1681 agtatcccga tgtaaatccc cgatggcttt tgacgggtca ggggtctatg ctgcgcgagc
     1741 aatcggcgcc ggaagtggca cccccaccat cggaaccggc cttccccggc ttcatcgaag
     1801 aaataaagtc tctatctgtc aaagtcggcc gcttagaagc tgaaaatgag cacttgcgca
     1861 ccgccattga ggccaaacag agggagatcg aagcccaggc aaagagagat cgaagcccag
     1921 cgaagggaga ttgaggccag acaaaaagat attgaggata aggaacgaca gatcaagctg
     1981 atgcgcattg atcacctgaa aaaagaggaa cccgatattc atactcaata tctcgaacct
     2041 gcctacgcac ctctaccctc cgaaaacccc gtagaatccg ccgaactgtt aaaatctcag
     2101 ccccaagaag ccctctttac cccctgaaaa cggcctaaaa cgctggtttt aagacacttt
     2161 gtttcgtccc acccgttgca actcgcgttc ctacgccgta ataagggaca aaactcacct
     2221 cgaaaagtcc acaacttaac acattattaa cccgcaaagg ggagattctc gccccccttc
     2281 gttgtcaata tttggcttaa gggtcaaata tgttcctgcg gagtgctata acacactgtg
     2341 agtctcatta agggtcaaat atgttcctgt gatggttcaa ctctcgttta taggacaggg
     2401 gttgtaagct attataatgg cctgaataag tctttacttt ctttcccgag agattccacg
     2461 atgtaagcgc aatttcgtct tcagggaagc attcagtgac tccaatgcat tattggtgtt
     2521 tggtaggcct aactccggaa agcattggta ggtatagaga atatctaagt gccttgttaa
     2581 gctaaaataa gcggccctta aacgccgatg ggtataagtg aaagacgctc cattttctga
     2641 gaatgttttc tcttccaagt atgccttcca ctgctcatgc cattgtgcta acaaaccagc
     2701 aaactgtttt ttgtcggatt gtgtaagctg taggccgatc tctttccagc gcaatagagg
     2761 ccggatgttt tggatgattg gtgagcagct gtctgatacg ctgtatttga tggaattgac
     2821 agtattggta agggattggt gctaaggctt ttctcagtcc agagagtcca tcagaaatga
     2881 ctccgctcac ccgtattcct tgtcttttga gataagctat tcctaccaag taatcttcta
     2941 tacgctcctt tcgataaatg aatctgaaat gaaggacgcg atgagtggct acatccatga
     3001 aaagtactac gccaaagttt ctaccccagt atgtggtatc catttgaagc gccacagttc
     3061 gaggtgctat agaggtagaa ctgagaggga aatttttcat acgatgcttt actgtagaac
     3121 aagatatacc caatcgctct gcgatctg
//
LOCUS       SEQF2637|AYYD01001073.1  325 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 actctctgta taaaacagcc tccatcgccc atttcaggcg cttatcgcta taaatgaagt
       61 tgcacgcctc caccagcatc tcattgctgc cttttgatga gacacataca acagggaagt
      121 acccgccctc accactccgt tcgatcgcaa ccaaaatcgt cgcacggact tcgtctttct
      181 ctttgaccat tctttccagc tcgtctgcca tcttatggac ccgttcgaca aatagatgcc
      241 tacgctcctc gatgccctcc gtcgtatggg gggaagcgac aaaaacgcct ttcagtaagt
      301 aactcagctc gtcaaaccca taagg
//
LOCUS       SEQF2637|AYYD01001074.1 2905 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2905
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1022..1168)
                     /locus_tag="SEQF2637_01201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIDHLKKEEPDIHTQYLEPAYAPLPSENPVESAELLKSQPQEA
                     LFTP"
     CDS             complement(1215..1619)
                     /locus_tag="SEQF2637_01202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERILQIAKKKGVANRKICQKIGLAYGGFTGENKKRPVNSDA
                     IANLLAEYPDVNPRWLLTGQGSMLREQSAPEVAPPPSEPAFPGFIEEIKSLSVKVGRL
                     EAENEHLRTAIEAKQREIEAQAKRDRSPAKGD"
     CDS             1733..1921
                     /locus_tag="SEQF2637_01203"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKILRDSASVKALAEAFGVTTRMVNMALNGEFRSDLVKRIRQR
                     ALDMGLKEKGKERVTVLK"
     CDS             1935..2567
                     /locus_tag="SEQF2637_01204"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSILQWKEGASVRMQMIKDEPWFAAKDVCELLGLDNSRQAVS
                     RLDDDEKGVINSDTLGGKQELTFVNESGMYALIFQSRKPQARAFRKWVTGEVLPSLRK
                     YGYYVAPGAQLIDEQREELERVMMGRMRRYLSRRDYIQVARSTGYPVWFVQRVVAGQA
                     GGQAGSVMLALQERALKNCQEYVNPLSEARMTSVIEQLNGNEKRRDGNEV"
     CDS             2551..2751
                     /locus_tag="SEQF2637_01205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKYESVIGELGQRLELARADAERLEEELMDEQIVQAAHPLYV
                     ELLRAQARIDALSDAIELIINS"
ORIGIN      
        1 cagatcgcag agcgattggg tatatcttgt tctacagtaa agcatcgtat gaaaaatttc
       61 cctctcagtt ctacctctat agcacctcga actgtggcgc ttcaaatgga taccacatac
      121 tggggtagaa actttggcgt agtacttttc atggatgtag ccactcatcg cgtccttcat
      181 ttcagattca tttatcgaaa ggagcgtata gaagattact tggtaggaat agcttatctc
      241 aaaagacaag gaatacgggt gagcggagtc atttctgatg gactctctgg actgagaaaa
      301 gccttagcac caatccctta ccaatactgt caattccatc aaatacagcg tatcagacag
      361 ctgctcacca atcatccaaa acatccggcc tctattgcgc tggaaagaga tcggcctaca
      421 gcttacacaa tccgacaaaa aacagtttgc tggtttgtta gcacaatggc atgagcagtg
      481 gaaggcatac ttggaagaga aaacattctc agaaaatgga gcgtctttca cttataccca
      541 tcggcgttta agggccgctt attttagctt aacaaggcac ttagatattc tctataccta
      601 ccaatgcttt ccggagttag gcctaccaaa caccaataat gcattggagt cactgaatgc
      661 ttccctgaag acgaaattgc gcttacatcg tggaatctct cgggaaagaa agtaaagact
      721 tattcaggcc attataatag cttacaaccc ctgtcctata aacgagagtt gaaccatcac
      781 aggaacatat ttgaccctta atgagactca cagtgtgtta tagcactccg caggaacata
      841 tttgaccctt aagccaaata ttgacaacga aggggggcga gaatctcccc tttgcgggtt
      901 aataatgtgt taagttgtgg acttttcgag gtgagttttg tcccttatta cggcgtagga
      961 acgcgagttg caacgggtgg gacgaaacaa agtgtcttaa aaccagcgtt ttaggccgtt
     1021 ttcagggggt aaagagggct tcttggggct gagattttaa cagttcggcg gattctacgg
     1081 ggttttcgga gggtagaggt gcgtaggcag gttcgagata ttgagtatga atatcgggtt
     1141 cctctttttt caggtgatca atgcgcatca gcttgatctg tcgttcctta tcctcaatat
     1201 ctttttgtct ggcctcaatc tcccttcgct gggcttcgat ctctctttgc ctgggcttcg
     1261 atctccctct gtttggcctc aatggcggtg cgcaagtgct cattttcagc ttctaagcgg
     1321 ccgactttga cagatagaga ctttatttct tcgatgaagc cggggaaggc cggttccgat
     1381 ggtgggggtg ccacttccgg cgccgattgc tcgcgcagca tagacccctg acccgtcaaa
     1441 agccatcggg gatttacatc gggatactcg gctaataaat tagctattgc atcagaattt
     1501 acaggccttt tcttgttctc acccgtgaaa ccaccataag ccaaaccgat tttctgacag
     1561 atttttcgat ttgcgactcc ctttttctta gctatttgca agattctttc cttgatcata
     1621 ctggtttttg agctaaaata ttttgccgaa cggaaaatat attaattgcc ttgcagcgct
     1681 ttcctgatag gaaggcgcgc taaagataag atatatgagt acgaataatg aaatgagaaa
     1741 gatcctgcgg gattcggcat cagtaaaggc tttggctgag gcgttcgggg tgactacccg
     1801 gatggtgaac atggctttga acggtgagtt tcgcagtgac ttggtcaagc gcatccggca
     1861 acgggcgctg gatatgggtc tgaaagagaa aggaaaggaa cgagtaactg tattaaaatg
     1921 aaggagtaag aagaatggaa acgagcattt tacaatggaa agaaggggca tctgtacgga
     1981 tgcagatgat taaggatgag ccgtggtttg cggccaaaga tgtgtgcgag ctgcttggac
     2041 ttgataacag ccgccaagca gtgagtcggc tcgacgatga cgaaaagggt gtcattaata
     2101 gtgacaccct tggtggaaaa caggagctta cgttcgtcaa cgagtccgga atgtatgcgc
     2161 tgatctttca aagcaggaag ccgcaggcgc gggcgtttcg gaaatgggtg acgggcgaag
     2221 tgctgccgag ccttcggaaa tatggctact acgtggcgcc gggggcacag ctgatcgacg
     2281 agcaacggga agagctggaa cgggtgatga tggggcggat gaggcgctac ctgtcgcgac
     2341 gggactatat acaggtggcg cgctcgacgg gttacccggt gtggttcgtg cagcgggtag
     2401 tggctgggca ggccggcggg caggccggga gcgtgatgct ggctttgcag gaacgggcgc
     2461 tgaagaactg tcaggagtat gtgaatccgc tgtcggaggc gcggatgacg tccgtcatcg
     2521 aacaactgaa tggcaacgaa aaacgacgcg atggaaacga agtatgaatc cgtaatcggc
     2581 gagctgggcc agcggttgga gctggcgcgg gcggacgcgg aacgactgga agaggaactg
     2641 atggacgaac agatcgttca ggcggcgcac ccgctgtatg tggagttgct gcgtgcgcag
     2701 gcgcgtatcg acgcgctgag cgatgcgata gaattgatca ttaacagctg aaaaacgaaa
     2761 tggataagga tacaatggca ctggggcctt cgggggtgga cagcgctctt tttgttgaac
     2821 atccttatgg gtttgacgag ctgagttact tactgaaagg cgtttttgtc gcttcccccc
     2881 atacgacgga gggcatcgag gagct
//
LOCUS       SEQF2637|AYYD01001075.1 2905 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2905
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1022..1168)
                     /locus_tag="SEQF2637_01206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIDHLKKEEPDIHTQYLEPAYAPLPSENPVESAELLKSQPQEA
                     LFTP"
     CDS             complement(1215..1619)
                     /locus_tag="SEQF2637_01207"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKERILQIAKKKGVANRKICQKIGLAYGGFTGENKKRPVNSDA
                     IANLLAEYPDVNPRWLLTGQGSMLREQSAPEVAPPPSEPAFPGFIEEIKSLSVKVGRL
                     EAENEHLRTAIEAKQREIEAQAKRDRSPAKGD"
     CDS             1733..1921
                     /locus_tag="SEQF2637_01208"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKILRDSASVKALAEAFGVTTRMVNMALNGEFRSDLVKRIRQR
                     ALDMGLKEKGKERVTVLK"
     CDS             1935..2567
                     /locus_tag="SEQF2637_01209"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSILQWKEGASVRMQMIKDEPWFAAKDVCELLGLDNSRQAVS
                     RLDDDEKGVINSDTLGGKQELTFVNESGMYALIFQSRKPQARAFRKWVTGEVLPSLRK
                     YGYYVAPGAQLIDEQREELERVMMGRMRRYLSRRDYIQVARSTGYPVWFVQRVVAGQA
                     GGQAGSVMLALQERALKNCQEYVNPLSEARMTSVIEQLNGNEKRRDGNEV"
     CDS             2551..2751
                     /locus_tag="SEQF2637_01210"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METKYESVIGELGQRLELARADAERLEEELMDEQIVQAAHPLYV
                     ELLRAQARIDALSDAIELIINS"
ORIGIN      
        1 cagatcgcag agcgattggg tatatcttgt tctacagtaa agcatcgtat gaaaaatttc
       61 cctctcagtt ctacctctat agcacctcga actgtggcgc ttcaaatgga taccacatac
      121 tggggtagaa actttggcgt agtacttttc atggatgtag ccactcatcg cgtccttcat
      181 ttcagattca tttatcgaaa ggagcgtata gaagattact tggtaggaat agcttatctc
      241 aaaagacaag gaatacgggt gagcggagtc atttctgatg gactctctgg actgagaaaa
      301 gccttagcac caatccctta ccaatactgt caattccatc aaatacagcg tatcagacag
      361 ctgctcacca atcatccaaa acatccggcc tctattgcgc tggaaagaga tcggcctaca
      421 gcttacacaa tccgacaaaa aacagtttgc tggtttgtta gcacaatggc atgagcagtg
      481 gaaggcatac ttggaagaga aaacattctc agaaaatgga gcgtctttca cttataccca
      541 tcggcgttta agggccgctt attttagctt aacaaggcac ttagatattc tctataccta
      601 ccaatgcttt ccggagttag gcctaccaaa caccaataat gcattggagt cactgaatgc
      661 ttccctgaag acgaaattgc gcttacatcg tggaatctct cgggaaagaa agtaaagact
      721 tattcaggcc attataatag cttacaaccc ctgtcctata aacgagagtt gaaccatcac
      781 aggaacatat ttgaccctta atgagactca cagtgtgtta tagcactccg caggaacata
      841 tttgaccctt aagccaaata ttgacaacga aggggggcga gaatctcccc tttgcgggtt
      901 aataatgtgt taagttgtgg acttttcgag gtgagttttg tcccttatta cggcgtagga
      961 acgcgagttg caacgggtgg gacgaaacaa agtgtcttaa aaccagcgtt ttaggccgtt
     1021 ttcagggggt aaagagggct tcttggggct gagattttaa cagttcggcg gattctacgg
     1081 ggttttcgga gggtagaggt gcgtaggcag gttcgagata ttgagtatga atatcgggtt
     1141 cctctttttt caggtgatca atgcgcatca gcttgatctg tcgttcctta tcctcaatat
     1201 ctttttgtct ggcctcaatc tcccttcgct gggcttcgat ctctctttgc ctgggcttcg
     1261 atctccctct gtttggcctc aatggcggtg cgcaagtgct cattttcagc ttctaagcgg
     1321 ccgactttga cagatagaga ctttatttct tcgatgaagc cggggaaggc cggttccgat
     1381 ggtgggggtg ccacttccgg cgccgattgc tcgcgcagca tagacccctg acccgtcaaa
     1441 agccatcggg gatttacatc gggatactcg gctaataaat tagctattgc atcagaattt
     1501 acaggccttt tcttgttctc acccgtgaaa ccaccataag ccaaaccgat tttctgacag
     1561 atttttcgat ttgcgactcc ctttttctta gctatttgca agattctttc cttgatcata
     1621 ctggtttttg agctaaaata ttttgccgaa cggaaaatat attaattgcc ttgcagcgct
     1681 ttcctgatag gaaggcgcgc taaagataag atatatgagt acgaataatg aaatgagaaa
     1741 gatcctgcgg gattcggcat cagtaaaggc tttggctgag gcgttcgggg tgactacccg
     1801 gatggtgaac atggctttga acggtgagtt tcgcagtgac ttggtcaagc gcatccggca
     1861 acgggcgctg gatatgggtc tgaaagagaa aggaaaggaa cgagtaactg tattaaaatg
     1921 aaggagtaag aagaatggaa acgagcattt tacaatggaa agaaggggca tctgtacgga
     1981 tgcagatgat taaggatgag ccgtggtttg cggccaaaga tgtgtgcgag ctgcttggac
     2041 ttgataacag ccgccaagca gtgagtcggc tcgacgatga cgaaaagggt gtcattaata
     2101 gtgacaccct tggtggaaaa caggagctta cgttcgtcaa cgagtccgga atgtatgcgc
     2161 tgatctttca aagcaggaag ccgcaggcgc gggcgtttcg gaaatgggtg acgggcgaag
     2221 tgctgccgag ccttcggaaa tatggctact acgtggcgcc gggggcacag ctgatcgacg
     2281 agcaacggga agagctggaa cgggtgatga tggggcggat gaggcgctac ctgtcgcgac
     2341 gggactatat acaggtggcg cgctcgacgg gttacccggt gtggttcgtg cagcgggtag
     2401 tggctgggca ggccggcggg caggccggga gcgtgatgct ggctttgcag gaacgggcgc
     2461 tgaagaactg tcaggagtat gtgaatccgc tgtcggaggc gcggatgacg tccgtcatcg
     2521 aacaactgaa tggcaacgaa aaacgacgcg atggaaacga agtatgaatc cgtaatcggc
     2581 gagctgggcc agcggttgga gctggcgcgg gcggacgcgg aacgactgga agaggaactg
     2641 atggacgaac agatcgttca ggcggcgcac ccgctgtatg tggagttgct gcgtgcgcag
     2701 gcgcgtatcg acgcgctgag cgatgcgata gaattgatca ttaacagctg aaaaacgaaa
     2761 tggataagga tacaatggca ctggggcctt cgggggtgga cagcgctctt tttgttgaac
     2821 atccttatgg gtttgacgag ctgagttact tactgaaagg cgtttttgtc gcttcccccc
     2881 atacgacgga gggcatcgag gagcg
//
LOCUS       SEQF2637|AYYD01001076.1  712 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..712
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(10..633)
                     /locus_tag="SEQF2637_01211"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQQKIRERLEQENRIEVENRVFWSQGRIYNQLHPYGKMVSFGCF
                     GFVFPSIEWEDIALLSQAEREDISRFLSPTSAQAEQPLTPPATAQAPTGTTGIRQLYH
                     GVIEGDIDGKNRIDTLRCEFDLFFEDRVNEEGKLIVNGTYKYPRYGGRAITLSGTYDP
                     NTDLLVLVEYYKSGKPNCTMRVQRTSYGFDGMFIRKNGQTLSLTMTQ"
ORIGIN      
        1 gcgtgggggt tattgcgtca tggtcagcga caacgtctgg ccattcttgc ggataaacat
       61 gccatcgaat ccatagctgg tgcgttgaac gcgcatggtg cagttcggct tgccactctt
      121 gtaatactcc accagcacga gcagatcggt attcggatcg tacgtgccgc tcagtgtgat
      181 ggcgcgtccg ccatatcggg ggtatttgta cgtgccattc acgatcagct tgccctcttc
      241 attcacccga tcctcgaaaa agagatcgaa ctcacagcgc aaggtgtcga tccggttctt
      301 cccgtcgatg tcgccctcaa tcaccccatg atagagctga cgtatgccag tcgttcccgt
      361 aggtgcttgg gccgtagcgg ggggcgtcag tggctgttcg gcttgggctg acgttgggct
      421 gaggaagcga gatatatcct cccgctctgc ttgggacagc agggcgatgt cctcccactc
      481 gatcgaaggg aagacgaagc caaagcagcc gaagctgacc atcttgccgt aagggtgaag
      541 ctgattatag atgcgcccct gcgaccaaaa cacgcggttc tccacctcga tccggttctc
      601 ctgctccaag cgctcccgga tcttctgctg caccagctat ggattcgatg gcatgtttat
      661 ccgcaagaat ggccagacgt tgtcgctgac catgacgcaa taacccccac gc
//
LOCUS       SEQF2637|AYYD01001077.1 1583 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1583
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             18..446
                     /locus_tag="SEQF2637_01212"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTALTGAXRFSQYLLPTFKKDEFAKDVKLIHDLRXIRAGVVSL
                     LEKXDDTIYGTAVDAMQSANEVYSYLKTASEKDAALKEFVGEMSKRYDRPNKKSKDDP
                     NKPADPKQPADPKKPADPKKPDTPKKPGTGGDPDIHLPEE"
ORIGIN      
        1 agcagagtat tgagtttgtg aatacggctt tgaccggcgc aaancgcttc tctcagtatc
       61 tgttgccgac cttcaaaaag gacgagtttg caaaggatgt gaagctgatt catgatttgc
      121 ggganatccg tgcgggggtc gtttcgctat tggagaagat ngatgatact atttatggta
      181 cagctgtcga cgcgatgcag tctgccaatg aagtgtacag ttatttgaag acagcatccg
      241 aaaaggacgc ggcgctcaag gagtttgttg gagagatgag caaacgttac gatcgtccga
      301 ataagaagtc gaaagacgat cccaacaagc ctgccgaccc gaagcaaccc gccgatccga
      361 agaagcccgc cgatccgaag aagccggaca cgccgaagaa accgggtacg ggcggcgatc
      421 cagacatcca cctgccggag gaataaggag gcccgtttag tcggcggtcg cagccgtctg
      481 caaccgtctt gaagtgccaa tggccgcaac cggagatgat ccggggaggc cgttggcact
      541 ttctttgtcc aacaacgccc cgtttcatac atcaccccat gcctaacgat tacgacgtga
      601 gccgcacgct ctgccgctgg tacgacacgc accgccgcgc gctgccctgg cgcgacaccc
      661 gcgaccccta ctgcatctgg atttccgagg tcatcctcca gcagacccgt gtggcgcagg
      721 ggatggacta ttaccaccgc ttcctcgagc gcttccccga cgtccgcgcc ttggccgacg
      781 cctcggagca ggacgtcctc cggctctggc agggcctcgg ttactactcc cgcgcccgca
      841 acctccacgc tgcagcgcgc gacgtccgcg atcgcttcgc cgggtgcttc cccacggatt
      901 atgctgacgt ccgctccctc agcggcatcg gcgactacac ggccgccgcc atcgtctcct
      961 tcgccaccgg cgcgccgtac gccgccgtcg acgggaatgt gttgcgcgtc atcggccgac
     1021 tctttgccat cgacacgccc accgacacct ccgccggccg acgcctctac aacgatctgg
     1081 cccgcagcct cctcccgccc gatcaggccg gcacacacaa ccaagccatc atggagttcg
     1141 gcgccctgca gtgcgttccc cgcaaccccg attgcagcgt ctgcccactc gtcgcgcgtt
     1201 gcgccgccta tgccgccggc acgcccgaac gcttccccgt caagcagcac cgcacgaaga
     1261 ccgtcgaccg ttactttcat tatttctacg tcaccacggg cgacgacctc ttcctccatc
     1321 gccggccagc gggcgacatc tggcagggcc tcttcgagct cccgctcatc gagacgtccg
     1381 cccccgccga cctcgacgcg ctcatgggta cggacgactt ccgcgcgctc ttcgccgaca
     1441 cgggcaacac gcagtttgcg cttgtcgccg ccgacgtccg ccacgtcctc acccaccgcg
     1501 tcctccacgc cacctgctac ctcgcccgca tccaacaccc ctccgaggcc ctcctccgcc
     1561 tcacccacac ctcgcgcgcc gag
//
LOCUS       SEQF2637|AYYD01001078.1 1333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1333
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             18..482
                     /locus_tag="SEQF2637_01213"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTALTGAXRFSQYLLPTFKKDEFAKDVKLIHDLRXIRAGVVSL
                     LEKXDDTIYGTAVDAMQSANEVYSYLKTASEKDAALKEFVGEMSKRYDRPNKKSKDNP
                     KQPADPNKPADPNKPADPNKPADPKQPADPKKPDTPKKPGTGGDPDIHLPEE"
     CDS             complement(585..1316)
                     /locus_tag="SEQF2637_01214"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVTVDGLRAVLLDGEAFGRSGGMGGATRDEWADAAIGVAGDAL
                     QGAELHDGLVVCAGLIGREETAGQIVVEVSAGGGVGGRIDGEESADDAQHIPVDDGIR
                     GAGGEGHDGGGRVVADAAEGADGGVIRGEAPGEAIADVAGGGVEVAGAGVVAEALPEP
                     EDVLLRGVGQGADVGEALEEAVVVVHPLRHTGLLEDDLGNPDAVGVAGVAPRQRAAVR
                     VVPAAEGAAHVVIVRHGVMCETRRC"
ORIGIN      
        1 agcagagtat tgagtttgtg aatacggctt tgaccggcgc aaancgcttc tctcagtatc
       61 tgttgccgac cttcaaaaag gacgagtttg caaaggatgt gaagctgatt catgatttgc
      121 ggganatccg tgcgggggtc gtttcgctat tggagaagat ngatgatact atttatggta
      181 cagctgtcga cgcgatgcag tctgccaatg aagtgtacag ttatttgaag acagcatccg
      241 aaaaggacgc ggcgctcaag gagtttgttg gagagatgag caaacgttac gatcgtccga
      301 ataagaagtc gaaggacaat ccgaagcagc ctgctgatcc caacaagccc gctgatccca
      361 acaagcccgc tgatcccaac aagcccgccg atccgaagca gcccgccgac ccgaagaagc
      421 cggacacgcc gaagaaaccg ggtacgggcg gcgatccgga catccatctg ccggaggaat
      481 aaggaggatc atttagtcgg cggtcgcagc cgcccgaagc cgtcttaaag tgccaatggc
      541 cgcaactgga gatgatccgg ggaggccgtt ggcacttttt ttgctcaaca acgcctcgtt
      601 tcacacatca ccccatgcct aacgattaca acgtgagccg caccctccgc cgctggtacg
      661 acacgcaccg ccgcgcgctg ccttggcgcg acacccgcga cccctaccgc atctggattt
      721 ccgaggtcat cctccagcag acccgtgtgg cgcaggggat ggactactac caccgcttcc
      781 tcgagcgctt ccccgacgtc cgcgccttgg ccgacgcctc ggagcaggac gtcctccggc
      841 tctggcaggg cctcggctac tactcccgcg cccgcaacct ccacgccgcc gcccgcgacg
      901 tccgcgatcg cttcgccggg cgcttcccca cggattacgc cgccgtccgc tccctcagcg
      961 gcatcggcga ctacacggcc gccgccatcg tgtccttcgc caccggcgcc ccgtatgccg
     1021 tcgtcgacgg gaatgtgttg cgcgtcatcg gccgactctt cgccatcgat acgcccaccg
     1081 acacctccgc cggccgacac ctctacaacg atctggcccg cagtctcctc ccgcccgatc
     1141 aggccggcac acacaaccaa gccatcatgg agttcggcgc cctgcagtgc gtcccccgca
     1201 accccgattg cagcgtctgc ccactcgtcg cgcgttgcgc cgcccatgcc gccggaacgc
     1261 ccgaacgctt ccccgtcaag cagcaccgca cgaagaccgt cgaccgttac tttcattatt
     1321 tctacgtcac cac
//
LOCUS       SEQF2637|AYYD01001079.1 1613 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1613
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1210..1533)
                     /gene="galE"
                     /locus_tag="SEQF2637_01215"
                     /EC_number="5.1.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P09147"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 4-epimerase"
                     /translation="MSKTIIVTGGTGYIGSHTTVELIEAGYDVVAIDNLSNSTADVLD
                     GIARITGRRPTFYEADCNDREAMNRIFAQHAPVSGIIHFAASKAVGESVHKPLLYYRN
                     NIVSL"
ORIGIN      
        1 cccagggctg tggcgtagag cagggcgatg gatagcaggg gctgccagag gggaatgtcg
       61 aacggcaggc gcatcatcat caccacgggc gaggtcagcg ggatgaggga gcaccagaag
      121 gccagcgggc cgtcggggtt gtcgaggctg taaatgccgg cgtagagggc gaagatgagc
      181 accatcatca cgggcatcat gaactgctga gcgtcctcgg ggtgatcgat cacggagcca
      241 atggcggcga agagggaggc gtagagcaag tatccgccca cgaagtaggc cgcgaaggag
      301 agcaggagca gcggcaggtt gaaggagctg agcgccgcca tccattcggc cgtctgggcc
      361 acgtcggcgg gtgctgcggc ggtgtcggtc ggggtgactg cggcgccggt gagggctgtg
      421 atggccccga cgccgaccag ggtcagcacg ccccagagca ggagctgggt gagtccgacg
      481 agtccgatgc cgatgatctt acccgccatc aggtcgaagg gccgcacgga ggagaccatc
      541 agctcgacga tgcggttcgt cttctcttcc gacacgccct gcatgaccat cgacccgtag
      601 agggtgatga acatgtagac ggccagggtg aagacgatgc cgatgatgta ggccagttgg
      661 gtggaggagg tgctctcgga gccgtcgtcg ttcagcttga cggtgcggat ctggtaatcc
      721 acgtggctct cacggacgat ctgctcgagg ttggggatgc cataggcggc catcttgtcg
      781 tgctccatgc gctggcggag cgtctcgttg actaagcgcg agaggtcggc ggggatttgc
      841 tggcgggaat agagcgtggc ggcggaggag tcgcggagca ggtcgtcggt gacttccaac
      901 gtggcgaagg ggtcgtcggt ccgtgtggtg acgaagtgat agccgtcggt gtcggtgaag
      961 agcggtgcgt agcgtccggt gtggtcgatg acggccacgg tgcgcacgtc gtcggctcgg
     1021 aacgaggcta accagagcgg cacgaagatc ataccgatca tcagcagggg cgtgagtagc
     1081 gtgagcagca ggaaggattt cttgcgtacg cggaagaggt actcgcggcg gatgatcagg
     1141 gggagggtag agggtagagg gtagagggta gagggtagag ggttgagggt agacatattg
     1201 aatagggggt tagagggaga cgatgttgtt gcggtaataa agcagcggct tgtggacaga
     1261 ctcgccaacg gctttactgg cggcgaagtg gatgatgccg ctgacggggg cgtgctgagc
     1321 gaagatgcgg ttcatcgcct cgcggtcgtt gcaatcggcc tcgtagaagg tggggcgccg
     1381 gccggtgatg cgcgcaatgc cgtcgaggac gtcggcggtg gagttcgaaa ggttgtcgat
     1441 ggcgacgacg tcgtatccgg cctcgatcag ctccaccgtg gtgtgcgatc cgatgtagcc
     1501 tgtgccgcct gtcacaatga ttgtcttact catatcgtat gggggttggt tctaaacaca
     1561 aaagtagaac gaggtgcgaa tggattttgt atacccatcc caagaaatcc gcg
//
LOCUS       SEQF2637|AYYD01001080.134082 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..34082
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             81..1106
                     /gene="lnpD"
                     /locus_tag="SEQF2637_01216"
                     /EC_number="5.1.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:E8MF10"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 4-epimerase"
                     /translation="MSKTIIVTGGTGYIGSHTTVELIEAGYDVVAIDNLSNSTADVLD
                     GIARITGRRPTFYEADCNDREAMNRIFAQHAPVSGIIHFAASKAVGESVHKPLLYYRN
                     NIVSLLNLLELMPRHGVEGIVFSSSCTVYGQPAPSDLPVTEDAPIRPATSPYGNTKQI
                     NEEIIRDTIHAAAPFRAILLRYFNPIGAHPSAEIGERPAGTPQNLVPYLTQTAAGIRP
                     ELRVFGDDYDTPDGSCIRDYIDIVDLARAHVEAVRRLVEGQATEPLEVFNLGTGRGVS
                     VLELIRTFEEATGVRVPYQIVGRREGDIEQVWADPARANRVLGWTAHTPLSDTLRNAW
                     KWQQRQG"
     CDS             1137..1739
                     /locus_tag="SEQF2637_01217"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTITLIAAVLLLMMAGCKEQPPADARYPFKSAIIKKITGGET
                     ENTIYIDDYGAKETIETILADPMTTSIHALRIRLPGGEFAILVNLLNKTANLISSDEM
                     YTYYGITFKDAEDLENYKEIGEEEVAGKPCKVYLNMTPDIVGDENTVKIWNNIVMEDF
                     TISGEQTFGSCITSIELNVPIPPEKFEIPKGIKIKESPNE"
     CDS             1791..2408
                     /locus_tag="SEQF2637_01218"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTLLILASLLLTGTLSAQLDPTAGHRYGIRSAIIKKETKSMA
                     GAIANTLYFDNFGDREATEMTMKMGEEEKHLRVVAEDGGRMNVTLDLDQKKAFRMPAP
                     DQPRNFRQLSPEDIERFKIKEVGTGDVAGKPCKKYEMELTQSGVKLQATVWIWEGIML
                     RYEARYQGNLMVTDEASEVEENVAVPADKFAIPAEVKVEAAPSMN"
     CDS             2538..3860
                     /gene="dgt"
                     /locus_tag="SEQF2637_01219"
                     /EC_number="3.1.5.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q59827"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyguanosinetriphosphate triphosphohydrolase"
                     /translation="MNWQQLISGRRLGIESYHERKHERTNFQRDYDRLIFSAPFRRLQ
                     NKTQVFPLPGSIFVHNRLTHSLEVSCVGRSLGANVAARLAPHHDADTAAALHEMGAIV
                     SAACLAHDMGNPPFGHSGERAISAFFTDGDGRTLETAVRAEGSRWEDFVCFEGNANAM
                     RLLTHRFVGRRQGGFALTYSTLASIVKYPYASTLAGSRGKFGFFQSEEPTYLGIANEL
                     GIPHLDGRFARHPLVYLVEAADDICYQVMDIEDAHKLRILSAREAIDLLLGFFEGQQL
                     EHVSRTMMIVDDTNERIAYLRSSVIGLLVDECTRAFVEGEAALLRGAFPAKTLIESIS
                     SHAAAAYRACSEVARQQIYTAGEVVDIELAGHRIFSYLLTAVIDAVLHPTHAYSRLLL
                     SRIPSQYDTAAPTVYGKIQCALDYISGMTDVYALDLYRKITGMSLPAV"
     CDS             4309..6201
                     /gene="purF"
                     /locus_tag="SEQF2637_01220"
                     /EC_number="2.4.2.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00497"
                     /codon_start=1
                     /transl_table=11
                     /product="Amidophosphoribosyltransferase"
                     /translation="METLKHECGVAMIRLLQPLEYYHRKYGTWMYALNKLYLLMEKQH
                     NRGQDGAGFACVKLSATPGEEYMFRERAAGTGAITEIFETVYSQYRDIAPERLADPAH
                     AAASLPFAGELYMGHLRYSTTGRSGLAYIHPFLRRSNWRACNLALCGNFNLTNTDDIF
                     AEIRTSGQHPRKYADTYFILEQVGHLLDTEADRLRRQFEVDEGRTGLEVTREVERHID
                     LSRIVQPAARTWDGGFVICGATGSGESFTIRDPWGIRTAFYYADDEIVVIASERPVIQ
                     TVMNVQAADVRELGRGEALFIRRDGTWRTEQLLEPRALSACSFERIYFSRGSDRDIYR
                     ERKQLGENLVAPILRKVDGDLEHTVFSFIPNTAEMAYFGMLEGLQKHLDRRMEQQLAE
                     PAVLSDPEAVRRILAQRVRSEKVVLKDIKLRTFIAEGNTRNDLAAHVYDITYGSIEPY
                     KDNLVVIDDSIVRGTTLRRSIISILDRLHPRRIIVVSSSPQIRYPDYYGIDMSSLGEF
                     IAFRTAIDLLKTRGMAHVITDAYDRARRQQGTPDELRVNCVKAIYAPFTDEDISDHMA
                     RMLTGSDIHAEIGIVFQPLEGLHRACPHHPGDWYFSGDYPTPGGTRLVNRAFIQYMEQ
                     TYRHRS"
     CDS             6244..6783
                     /locus_tag="SEQF2637_01221"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIRLTDPGHPDFARAWRLYKESFPVDERRRLNSHRRIMLRSI
                     YHFDVVMDHNVFIGILLWWDFESVRYIEHLAVVPTLRGMQHGERILRHFLSESDMPVW
                     LEVEPPDNELRNRRVGFYRRVGFTLNEHDYTQPAYEKSSQPVPLLVMTYPEAITEPDI
                     RFFCRQYHPLLTDYSLAGA"
     CDS             6891..7826
                     /gene="rsmH"
                     /locus_tag="SEQF2637_01222"
                     /EC_number="2.1.1.199"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SJD8"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase H"
                     /translation="MMDRERNDYHVPALLDECLEALSLSPDGVYVDVTFGGGGHSRAI
                     LSRLGPDGRLFAFDQDADAEANAPTDDPRFIFIRSNFRYLASFLRYHGVRQVDGVLAD
                     LGVSSHHFDTPHRGFSFRFDGEADMRMNNRAGRTASEVVNTYTEEQLTRLLHTYGELT
                     NARRAAEAIVRARAERPIRTTAELTAILQPMAGRRDASGYYAQVFQALRIEVNDEMGA
                     LSDLLRQALRVIRPGGRLAVITYHSLEDRPVKRFMRTGRIDGRSEEDVYGNRLSPIRP
                     VGRKPIVPTADEVARNPRVRSAKLRVGEIINEEEQ"
     CDS             7823..8170
                     /locus_tag="SEQF2637_01223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNETNTSSKPKRQLTLLYILGGGVLKEDFIIRHTRLIVLVVVM
                     LFIFISNRYTCLLKLREIDRLQRELKDVKNESLAVSGQLTGSNRLSQIELLVKEKGLD
                     IETAQTPPYIIRK"
     CDS             8247..10469
                     /gene="ftsI"
                     /locus_tag="SEQF2637_01224"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G3XD46"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan D,D-transpeptidase FtsI"
                     /translation="MSEQEKDSAREQAARKAKGGQILTRYFIIVMLLSPVAAGILFLA
                     FKTAILEKTKWTKVAESRKKPNRLVNPSRGNIYSADGKLMATSVPRYYLYVDFQAAGF
                     RAPSPKGKKVVNIDTFMRSRENGIDSLAYYLARKLKNRTAAGYRAYLLRGLRQKSRQY
                     PLYEYRLSYADYKEIREFPFFRLGRNIGGLYEREMVQRQKLFGSLASRTIGDIYNEIE
                     TGGLSKGKNGLELRYDTLLHGKPGYNSIVRVGGRWTNVVEEEPVDGLDIRTTIDLQIQ
                     DLTEKALVDKLQEADAASGVAVVMEVKTGEVKAISNMERIRPGVYAELRNHALADELE
                     PGSTFKIASMMVALEDGICTPESPIDVGNGTYKFNGRTIRDHNAQSGGYGTITVAQSI
                     WYSSNVSIAKIVLKGYGNNPRKFIDGLHRTGIDADLNLDIAGAGHAKIRQPGDPQWSR
                     MTLPWMSFGYEVQIPPINTLAFFNAIANNGRLMRPMFVKSILKNGKELRVYEPEVLIP
                     EICSKRTLRAVQEMMYNVVNYQDPVGRRDGTGKPARSSVVSIAGKTGTAQIAASKAAH
                     NLSFCGYFPYENPQYSCIVVISRPRRGIVSGGMMAGTVFKEIAEKVYSNQIRYDLSSM
                     KPEAGRTLMPPVKNGESRSAQAVVKWFDIRTTPKRVDADFSAYWRNATRDTLNVRKLT
                     VREGMMPYVIGMGARDAVYALERCGLRVNLAGHGRVILQSVPSGQAVTRGQTIDIILN
                     "
     CDS             10515..11993
                     /gene="murE"
                     /locus_tag="SEQF2637_01225"
                     /EC_number="6.3.2.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q819Q0"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramoyl-L-alanyl-D-glutamate--2,
                     6-diaminopimelate ligase"
                     /translation="MNLTELLHDLQITRRDGTSTDGVDVTGIAADSRRVTDGMLFVAV
                     KGTTVDGHNYIASAIERGASAIVCERIPEAIDEAVKARVPFIVVPDAAAALGQLLDAW
                     HGHPSRRLTLVGVTGTNGKTTVATLLYDLFRRLGYHVGLISTVCNRIDEETLPTDHTT
                     PDPVTLHALIARMAEAGCSHVFMEVSSHAVDQQRIAGLHYAAGVFTNLTRDHLDYHKT
                     VENYLRAKKRFFDTLPAETFALTNADDKSGAVMLQNTAARKLTYSLRTAADFKGKIVE
                     AHFEGTELLIDGRDVTVAFVGRFNAYNLLAVYGTAVALGEDAERVLVALSSLRPVAGR
                     FETITSPEGFTAIVDYAHTPDALANVLTSIHEVLRGTGRVITVVGAGGNRDTGKRPLM
                     AREADRQSDQLILTSDNPRFEDPDAIIREMEAGLDTAARVRVLCITDRLSAIKTACRL
                     ARRGDVVLVAGKGHEDYQEVRGVKHPFDDREVLRTLFSTSKA"
     CDS             12005..13270
                     /gene="mraY"
                     /locus_tag="SEQF2637_01226"
                     /EC_number="2.7.8.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6W3"
                     /codon_start=1
                     /transl_table=11
                     /product="Phospho-N-acetylmuramoyl-pentapeptide-
                     transferase"
                     /translation="MLYELFNYLDQLDVPGAGVFKYVSFRSVMAFILALFISTAIGRR
                     IIDRLRRLQIGETVRELGLEGQLSKKGTPTMGGIIIIIAIIVPLLFFARLNNIYLILM
                     LITTIWLGTLGFADDYIKVFKKDKEGLHGRFKIIAQVGLGLIVGLTLYFSPDVVIREN
                     MEIRRAGQDTIEEVRIHPSEVKSTKTTIPFVKNNNFDYSVLAAWAGRYKTEVTWLLFV
                     LMTIFVVTAVSNGTNLTDGLDGLAAGSSAIVGIALGVLAYTSSHFEFASFLNIMFIPG
                     AEELVVFASAFIGATIGFLWYNAYPAQVFMGDTGSLTLGGIIAVFAIIIRKELLVPIL
                     CGVFFVEALSVMLQVFYFKYTKKKTGTGRRIFKMTPLHHHFQKPGNAGIDAIIQKPFN
                     VVPESKIVVRFWLIGIILAAIAIITLKLR"
     CDS             13337..15355
                     /gene="murD"
                     /locus_tag="SEQF2637_01227"
                     /EC_number="6.3.2.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8E186"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramoylalanine--D-glutamate ligase"
                     /translation="MNNPSFTHIHPFSEPSGPLRRPAKFDGYRLLSPRGLCGGQRSLP
                     GTGFRAFEASAEAGEVFRVQASEPSGPLRRPAKFSGYRLPSPRKPSNNLFEPFRGLGN
                     LETTCLGLSEASETLKQPVWAFPRPRKPSNNLFGPFRGLGNLETTCLGFSEPSERLWL
                     SAKFAGCSENWVSVPDAPLPRLESRPSGARHTGQASLTPPEPLEGDPSNRGASQNDQS
                     SAGRIVVLGAGESGVGAAVLAGAKGYDVFVSDSGTIAEKYKAMLLERDIPFEEGHHTE
                     ADILNADEIVKSPGIPDTAPIVRAAIERGIPILSEIELAGRYTDARMVCITGSNGKTT
                     TTSLTYHILREAGMDVGLAGNIGRSLALQVAEDPHACYVIELSSFQLDNMYRFKADIA
                     VLMNITPDHLNRYGGEMQRYVDAKLRILQNQTRADAFIYWADDPILRREVAKHHPEAT
                     CYPFSDADRPELKGRLTADGQICIETPRGTLRIPRTALALRGTHNLYNSIAAATAARL
                     AGADDASIRRGLETFRGVEHRLEPVARVADVEYINDSKATNIDSCRYALQSVETPIVL
                     ILGGTDKGNDYGEIETMVRAKARGLVFLGVDNRKLHAAFDGKVPATCDARSMAEAIAH
                     AARMARPGDTVLLSPCCASFDLFRNYEDRGEQFKQCVHALADGKEAGA"
     CDS             15352..16605
                     /gene="ftsW"
                     /locus_tag="SEQF2637_01228"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABG4"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidoglycan glycosyltransferase FtsW"
                     /translation="MTKETFTRKVFQGDIPIWIIFMLLCSLSLVEVFSATSTLAYNEA
                     NIWTPIARHAMHLTIGFFCVLGLTRMPTRYFPIGGSVLMVLAIILLAAVPFVGISVND
                     ASRWIRLFGIQFQPSEVAKLASVVYVAFLLSKIGVRFTEKTAFYWIIGGVGIVCSLIL
                     LYNLSTAVLLGLVCLLMMFVGHISLIRIGRMMLVLLLLLVALLGLAKIAPETTHRVLP
                     RLETWSNRLTEHLDDRASDNDLVKDDNPQVITDDNYQVSHAKIAIARGGLFGKMPGRS
                     VQRDFLPLAYSDFIFAIIIEELGLVGGTVVLLLYIMLLIRVGIIARRCNLLFQKYLVI
                     GCGLMIVIQALTNMAVAVNLMPVTGQPLPLISRGGTSTVLTCVYFGLILSVSRFGAGM
                     GDEEAAEEEAVEEAEAEAEAAEAVS"
     CDS             16918..18072
                     /gene="murG"
                     /locus_tag="SEQF2637_01229"
                     /EC_number="2.4.1.227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HW01"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine--N-acetylmuramyl-
                     (pentapeptide) pyrophosphoryl-undecaprenol
                     N-acetylglucosamine transferase"
                     /translation="MSHYKIIISGGGTGGHIFPAIAIANAFRRRYPDAEVLFVGAEGR
                     MEMERVPAAGYRIIGLPVSGLDRRRPWRNIGVMRRLWVSLRRARTIVSDFQPDVAVGV
                     GGYASGPLLRAAEAAGVPTLIQEQNSYAGITNKWLAKRAARICVAYPGMERFFPAEKI
                     VLTGNPVRKDLEEAINCHDEALKHFGLDPACKTLLVLGGSLGARTINEAVEVALPTLA
                     DLGVQLIWQTGRSYYDAIRSRVADLEPEPKRWVGPFITRMDYAYAAADLVVSRAGASS
                     ISELCLLGKPAILVPSPNVAEDHQTKNARSVADRGGAVMIADGEVRKSLPDALRRLFG
                     DREQLKTLALHSGQLAERDSDERIVDELVALIENNKRLGATKAPQTEKKR"
     CDS             18069..19454
                     /gene="murC"
                     /locus_tag="SEQF2637_01230"
                     /EC_number="6.3.2.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45066"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylmuramate--L-alanine ligase"
                     /translation="MIEIAHIRSAYFIGAGGIGMSALIRWFMARGVRVAGYDRTPSPL
                     TGHLIDEGAAIHFDDDVHLIPDGFSDPQTTLVVYTPAVPSDHTELNHFRRSGFEVMKR
                     AEVLGLITSASRAICVAGTHGKTTVSSMTAHLLKQSHVDCNAFLGGILKGYASNLMLS
                     DHSDLTVVEADEYDRSFHRLHPTTAIITSADPDHLDIYGTPAAYREAFEVFTSLIRPG
                     GTLIIKKGAPITPRLQPDVRCYTYSATDTSADFHAENVRIGGGEAVFDCVLSDGTCIA
                     DIHLGVPVRINVENGVAAIAAVWLHGVRPDEIRSAMATFSGAERRFDIRLRNDRVVLI
                     DDYAHHPEELTRSILSVKELYAGRRITGIFQPHLYSRTRDFADEFARSLSLLDELILV
                     DIYPAREEPIPGVTSEMILEHVTIADKRCCTKAELPDIIAAGTFDVVLILGAGDIDRL
                     VEPIRQILAQR"
     CDS             19451..20179
                     /gene="ftsQ"
                     /locus_tag="SEQF2637_01231"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00911"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsQ"
                     /translation="MKKLLPVIVAVVFICYIVFSILLVNEKGMDAVCRGVTVEIKDSA
                     DRNFITRRDVIRLLRSSDLYPVDTPLRAINMARIERRILESGPVERTKVYKTPSGMVH
                     IEITQKTPILRVFADGGSYYVDEQGHAMAVSSRYAAYLPVACGKIEKTFATTDLYKFA
                     VFLHKHDFWNNQIEQIFVYPNKEIELIPRVGDFRIFLGSLDGFEEKMDHLQLFYEQAI
                     PKVGWDKYEMINLKYKNQIVCTKK"
     CDS             20184..21542
                     /gene="ftsA"
                     /locus_tag="SEQF2637_01232"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9K0X8"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsA"
                     /translation="MVTDYIVAIYLGTSHLVGMVGKKNSRGALSIVAEEVKESSGCIR
                     RGRIHNVAETAARIKRLVLELQNKLPNLRIEKVYIGIGGQSLRSIDHSEVRTIRADAF
                     VSEEDIQLLNEQCKSYRPEMSDVLAIAPPVYYLDDKRTSNPVGVSCRRIEARYKLVVG
                     QPIIRKSIINSIEQQAGITVAGIIVSPLALAEAILTRNEKELGCAVIDFGAGVTSIVV
                     YKNGYLAYLGVIPLGSDLITRDLTSLRLVESEAERLKITYGNAKPNENQEGSISLDTV
                     DGIGTRKINLSEIDMVVEARAKEIVQNVYARIEENKLTNALGAGIVLVGGGASLKNLQ
                     ELIRDTFKLQEVRYSAIRKGLVDDASDKVSDPRYMSALSLLLQGTESCVGPVRRKQEE
                     PAPAPPVQPVEPVKEPEPEPERIEPERDREEEQRQNRRTQKRGGIFGSFGRIARGLFD
                     EE"
     CDS             21581..22957
                     /gene="ftsZ"
                     /locus_tag="SEQF2637_01233"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O08398"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsZ"
                     /translation="MSNDTTPLQFNFPRDTRKIIKVVGVGGGGGNAVTHMFKEGIHDV
                     SFVLCNTDSQALSRSDVPVKIALGRTVTEGLGAGNNPARAERAAEESEDDIRTMLDDG
                     TKMVFITAGMGGGTGTGAAPEIARVAKEMGLLTVGIVTIPFLFEGPPKIIQALKGVEA
                     ISKNVDALLVVNNERLNEIYPDLTMLNAFKKADDTLTVAAKSIAEIITLDGVINLDFA
                     DVETTLKDGGVALISNGYGQGEGRLQQAIQDALRSPLLNNNDISNAKKILFNISFSSN
                     TIGEEGNELRMDEVNYMTEFMKQFGDDIEVIWGTAIDESLKGKVKFTVLATGFDLNDI
                     PEIRSKRDEQHLLKSEDEIIKEEEILRQKERERELMAKYYGRKTEDRRPARRPTYNLA
                     ILTVGELDDDAIITLLEENPAYNRDARLLARARSRSGGTLNTSTTRTDIPPVGKPSGR
                     PRISFRMG"
     CDS             23111..23563
                     /locus_tag="SEQF2637_01234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLFDQISGDIKAAMLAKDKVKLEALRNAKKCFLEAKTAPGAND
                     TLTDEAALSILQKLVKQGRESARIYTEQSRPDLAEAELAQVAALEGYLPQQLSPEALE
                     TEVRALIEKAGATSLKDMGRVMKVATAALAGRAEGGAISAAVKKILSQ"
     CDS             complement(24233..24724)
                     /gene="polC"
                     /locus_tag="SEQF2637_01235"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13267"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III PolC-type"
                     /translation="MDDFAAIDFETANPYRSSVCSVGVVVVRAGRVTDSLYRLIRPEP
                     NYYMSWNTRVHGLTAVDTDSAPTFPEVWQEVVPLIGGLPLVAHNSPFDEGCLRAAFKR
                     YELEYPDYRFYCTCRAARRVFKQLPNHRLETVAAACGFDLTQHHHALADAEACAEIAI
                     RIL"
     CDS             25747..26346
                     /locus_tag="SEQF2637_01236"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLLLLLAGLWTCAAQAKIIPGVRLGLSYNQLTQIVDEEVTY
                     GGRIGFEAAGLLDIPLSQRFSIVPELAVASEGGAYNYLYLFDDMMITGRHSSSYLSLR
                     LPVNMVYKIRFADWQMGIMAGPFASVSTREREHHEWISREFRRFDVGAGAGLYVEYHS
                     VFFSVYGRTGFIDKLRQKQPFESQVYQNSVALSFGYRFY"
     CDS             26533..30312
                     /gene="dnaE"
                     /locus_tag="SEQF2637_01237"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9XDH5"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit alpha"
                     /translation="MEPFVHLHVHSQYSLLDGQSSIDALIDKAQRDGMPAIALTDHGN
                     MFGIKEFYNKIKKKNSKYTATIKDCEKELRALSDKEHPTEEETERIRKLSEKISTCRQ
                     SLFKPIIGCECYCARNGRLQKQEKDDLGGWHLLVLAKNFTGYKNLIKLVSLAWTEGFY
                     RNPRIDKELLERYHEGLIVSSACLGGEIPQLIMAGKQDKAEESLLWFKGLFGEDFYLE
                     LQRHETHAPDADTTTYPKQVEVNRVLMELSRKHGVKLIATNDAHFVNEDDADAHERLI
                     CLSTGKEINDPNRMRYSKQEWIKTTAEMNAIFADVPEALRNTVEIADKVEMYSIDSPA
                     LMPFFQIDPSFGSEEAYRAKYTAKDLMEEFNDTDAEGRVVSDNYLRLGGYEKVIHIKF
                     EADYLRHLTFERARELNRYDGVISDEARDRIDFELNTIKKMGFPGYFLIVQDFIAAAR
                     RMGVSVGPGRGSAAGSVVAYCLGITDIDPIKYDLLFERFLNPDRISMPDIDIDFDDDG
                     RSEVLKWVTEKYGQDHVAHIITYGTMAAKLAIKDVARVEQLPLRESNRLAKLVPDRVN
                     SLKTAIEVVPELKEAANSPNPILRDTLKYAQKLEGNVRNTGVHACGVIIGRQDISDIV
                     PVATAEDKETKETLLVTQYEGSVIEETGLIKMDFLGLKTLSIIKEAIENIRQTTGEVV
                     DIDNIPIDDKLTYDLFCAGRTVATFQFESAGMQKYLKELQPTEFEDLIAMNALYRPGP
                     MDHIPAFIARKQGREEIRYDIPEMERYLKNTYGITVYQEQVMLLSRLLAGFTRGQSDT
                     LRKAMGKKLIDKMMELKEKFLEGGARNGHDRKTLEKIWGEWEKFASYAFNKSHATCYS
                     WLAYQTAYLKAHYPSEYMAAVLSRNLSNIKEITKAMDECRAMKIRVLGPDVNESHRKF
                     GVNRKGDIRFGLVAVKGMGESAALALIEEREKHGPYKDIFDFVERVPSAACNKKTLET
                     LAISGAFDSLGVDREPFFVENDRKETFTDVLLRYGNKFKLDRQSTSFSLFGADDAVQI
                     ARPDIPRFDAWSALERLNREKELVGIYLSAHPLDEYRIILNHVCNMTMQDVDSRDWES
                     FQGRQLSLGGIVTGYREGLTKNGKPYGIIRIEDLSGSGEIPLFGDDYINFGKYGREGL
                     YLFVNATVQPRRWKESEFDFRISTIRLLQDVKDSLVQSIRINAPIDALNEQTISELSA
                     IVKSHPGKTQLSFYILGRDHVALNLYSHDVRIRVTEELVDFIRESGNMDFTINQS"
     CDS             30339..30656
                     /gene="trxA_1"
                     /locus_tag="SEQF2637_01238"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A4L2"
                     /codon_start=1
                     /transl_table=11
                     /product="Thioredoxin 1"
                     /translation="MSVVNVSDANYKEVLAAGQPVVLDFWAEWCGPCRMVSPIIDELA
                     EEYAGRITVGKVNVDENDTVVAEYGIRNIPTVLFFKDGQVVDKQVGAGQKAAFVEKMN
                     KLL"
     CDS             complement(31048..31236)
                     /locus_tag="SEQF2637_01239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSFLVCRLILPDTGVSIQQDAKDESFNTFDNNRVAKVDLFATY
                     AIQGAGPRSGLWEAGNRL"
     CDS             31267..31722
                     /gene="rplM"
                     /locus_tag="SEQF2637_01240"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6N651"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L13"
                     /translation="MDTLSYKTISANKATVNKEWVVVDADGQTLGRLCSKIAKLLRGK
                     YKPNFTPHVDCGDNVIVINADKVVLTGNKWNDRVYLSYTGYPGGQRETTPARLKAKGE
                     DRLFRKVVKGMLPKNRLGDKLLGNLYVYAGTEHKHEAQQPKSIDINSLN"
     CDS             31730..32116
                     /gene="rpsI"
                     /locus_tag="SEQF2637_01241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QSP9"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S9"
                     /translation="METVNAIGRRKAAIARVYISEGTGKITVNRRELADYFPSSILQF
                     VVKQPLNTLSVAEQYDIKLNLVGGGFKGQSEAARLAITRALIKINPESKPALKAEGFV
                     TRDPREVERKKPGRPKARKRFQFSKR"
     CDS             32282..33151
                     /gene="rpsB"
                     /locus_tag="SEQF2637_01242"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21464"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S2"
                     /translation="MSRLSFEQLLEAGVHFGHLKRKWNPAMAPYIFMERNGIHIIDLY
                     KTAAKVDEAADALKNIAAGKGRILFVATKKQAKQIVAEKASSVGMPYVIERWPGGMLT
                     NFPTIRKAIKKMSTIDKMSKDGTFDNLSKREKLQITRQRAKLEKMLGSIADLNRLPSA
                     LFVVDVLKEHIAVREAQRLGIPVFAIVDTNSDPSNIDFVIPANDDATKSIELIVGTVC
                     QAIHEGLQESKARDKEEDERNHTAEEGAGEDNPRRDRRAKSNARRSRRDDEARPAAEA
                     EASAAEGQATSEE"
     CDS             33191..34015
                     /gene="tsf"
                     /locus_tag="SEQF2637_01243"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80700"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor Ts"
                     /translation="MAVTMADITHLRKMSGAGMMDCKKALEEADNDFEKAMEIIRKKG
                     QAVAAKRSDREAAEGCVLAADEGGFAAIVALKCETDFVAKNADFVALTQDILNAAMTG
                     KPASKEALLAATLQGGRTVENHITDRIGVTGEKMELGYYESVQGAATVSYIHPGNKLA
                     SIVAFNEPVDHHVAREIAMQVAAMNPVAVTPDEVPAHVLDTEREVARDKARQAGKPEN
                     LLDRIAEGALQKYFKENTLLQQEYVKDAKLTVQQYLQQQSKTLTVTAFKRVTLNVD"
ORIGIN      
        1 cgcggatttc ttgggatggg tatacaaaat ccattcgcac ctcgttctac ttttgtgttt
       61 agaaccaacc cccatacgat atgagtaaga caatcattgt gacaggcggc acaggctaca
      121 tcggatcgca caccacggtg gagctgatcg aggccggata cgacgtcgtc gccatcgaca
      181 acctttcgaa ctccaccgcc gacgtcctcg acggcattgc gcgcatcacc ggccggcgcc
      241 ccaccttcta cgaggccgat tgcaacgacc gcgaggcgat gaaccgcatc ttcgctcagc
      301 acgcccccgt cagcggcatc atccacttcg ccgccagtaa agccgttggc gagtctgtcc
      361 acaagccgct gctttattac cgcaacaaca tcgtctccct cctcaacctg ctcgagctca
      421 tgcctcggca cggcgtcgag ggcatcgtct tctcctcctc ctgcaccgtc tacggccagc
      481 ctgcgccctc cgatctgccc gtcaccgagg acgcgcccat tcggcccgcc acctcgccct
      541 atggcaacac caagcagatc aacgaggaga tcatccgtga caccatccac gccgccgcgc
      601 ccttccgcgc catcctgctc cgctacttta accccatcgg tgcgcaccca tcggccgaga
      661 tcggcgaacg ccccgcgggt acgccgcaga acctcgtgcc ttacctcact cagacggccg
      721 ctgggatccg ccccgagcta cgtgtctttg gcgacgacta cgacacgccc gatggctcct
      781 gtatccgcga ctatatcgac atcgtcgatc tggcccgtgc acatgtggag gccgtccgtc
      841 ggctcgtcga ggggcaggct acagagccgc tcgaggtctt caatctcggc acaggccgcg
      901 gcgtgtccgt cttggagctg atccggacgt tcgaggaggc caccggtgtc cgtgtaccgt
      961 atcagatcgt gggtcggcgc gagggcgaca tcgagcaagt ctgggccgat cccgcacgtg
     1021 caaaccgtgt cctcggctgg acggcccaca cccccctctc cgacaccctc cgcaacgcct
     1081 ggaagtggca gcagcggcag gggtagatcc cgcacacatt ttaattacac acgcatatga
     1141 aaacaactat tacactcatc gcagccgtgc tcctgcttat gatggcagga tgcaaagagc
     1201 aaccaccggc cgacgcacgc tacccgttta agtcggcgat tatcaaaaag attacgggtg
     1261 gagaaactga gaacacgatt tacattgatg attatggcgc caaagagacc atcgagacaa
     1321 tacttgccga tccgatgacg accagtattc atgcccttcg gattcgtctg ccgggtggag
     1381 agtttgcaat tcttgtcaat ctactcaata agacagccaa tctcatatcg tccgatgaga
     1441 tgtatacgta ctacgggatt actttcaagg atgcagagga tttggaaaat tacaaggaga
     1501 tcggcgagga ggaagtagcc ggtaagccgt gcaaagtcta tctgaacatg actccggaca
     1561 ttgttggtga tgaaaacacc gtgaagattt ggaataacat agtaatggag gatttcacca
     1621 taagcggaga gcagactttt ggatcgtgta tcacctccat tgagctcaac gtccccatcc
     1681 cgcctgaaaa attcgagatc cccaagggaa tcaagatcaa ggagagtccg aatgaatgag
     1741 ttcccctgcc gcatctacat ttgccaccct cattttatac gataaacgat atgaagacaa
     1801 cacttttgat tcttgcgtcg ctcttgctta cgggcacgct ctcggcgcaa ctcgatccta
     1861 ccgctggcca tcgctacggc atccgttcgg ccatcattaa gaaagaaacg aagtccatgg
     1921 ccggcgcgat agccaacacg ctctacttcg acaacttcgg cgaccgtgag gcgaccgaga
     1981 tgacgatgaa aatgggcgaa gaggagaagc acctccgtgt cgtggctgag gacggtggcc
     2041 gcatgaacgt caccctggat ctcgaccaga agaaggcctt ccgcatgccg gcccccgacc
     2101 agccgcgcaa cttccgccaa ctctcgcccg aggacatcga gcgtttcaag atcaaggagg
     2161 tgggcacggg cgacgtggcc ggaaagccct gcaagaagta cgagatggaa ctcacccagt
     2221 ccggagtcaa gctccaggct acggtctgga tctgggaggg catcatgctt cgttacgagg
     2281 cgcgctatca gggcaatctg atggtgaccg acgaggcctc cgaggtggag gagaacgtgg
     2341 cggtacctgc cgataagttt gccatccccg ccgaggtcaa ggtggaagca gccccgtcga
     2401 tgaactaata acgcacgtct aaaggcgaac ggacggccgg ataccggatg ggggcgagtc
     2461 tccccctcct gtacccggct ttcgtttgta gtcgcccgga ccgttccctc aacgctgtaa
     2521 cacttagact ccctcctatg aactggcaac aactgatttc aggccgccga ctcggcatcg
     2581 aatcctatca cgagcgcaaa catgagcgca ccaacttcca gcgcgattat gatcggctga
     2641 tcttctccgc ccccttccga aggctgcaaa acaagacgca ggttttcccc ctgcccggca
     2701 gcatcttcgt gcacaatcgg cttacgcata gcctggaggt ctcgtgcgtc ggacgttcgt
     2761 taggggccaa cgtggccgcc cgcctcgccc cgcatcacga cgcagacacg gccgccgcac
     2821 tccacgaaat gggcgccatc gtctctgccg cctgcctggc ccatgacatg ggcaacccac
     2881 cttttggcca ctctggcgag cgcgccatct cggccttctt caccgacggt gacggtcgca
     2941 cgttggagac ggccgtccgc gccgaaggca gccgctggga ggacttcgtc tgcttcgaag
     3001 gcaacgccaa cgccatgcgc ctactcaccc accgtttcgt gggccgccga cagggtggat
     3061 tcgcgctcac gtacagcacg ctcgcctcga tcgtcaagta tccctacgcc tccacgctgg
     3121 ccggcagccg cggcaagttc ggcttcttcc agagcgaaga gcccacctac ctcggcatcg
     3181 ccaacgagct gggcatcccc cacctcgacg gccgcttcgc ccgccacccg ctcgtctacc
     3241 ttgtcgaggc ggcggacgac atctgctacc aagtcatgga catcgaggac gcccacaagc
     3301 tccgcatcct ctcggcccgc gaggccatcg acctcctcct cggctttttc gagggccagc
     3361 agctggagca cgttagccgc acgatgatga tcgtggacga cacgaacgaa cgcatcgcct
     3421 acctccgctc gtccgtcatc ggactactgg tcgacgaatg cacccgcgcc tttgtcgagg
     3481 gcgaagcggc cctgctccga ggcgccttcc ccgccaagac gctcatcgaa agcatcagca
     3541 gtcatgccgc tgccgcttac cgcgcctgtt ccgaggtggc ccgacagcag atctacaccg
     3601 cgggcgaggt ggtagatatc gagctggccg gtcaccgcat cttcagctac ctcttgacgg
     3661 ccgtcatcga cgccgtcctc caccccacgc acgcctacag tcggctcctg ctcagccgca
     3721 tccccagcca gtacgacacc gccgcgccga ccgtctacgg caagatccag tgcgccctcg
     3781 actacatttc cggcatgacc gacgtttacg ccctcgacct ctatcgcaag atcacaggca
     3841 tgagccttcc cgcagtgtga atcgggggtg gcggccccgt caagcgactt tttggtgtcg
     3901 ctgcgtgcca gcgaccccgt caagcgactt tttggcgtcg ctgcgtgcca gcgggcccgt
     3961 caagcgactt tttggcgtcg ctgcgtgcca gcggcgtcgt caagcgactt tttagcgtcg
     4021 ctgcgtgcca gcggctccgt caagcgactt tttagcgtcg ctgcgtgcca gcggcgtcgt
     4081 caagcgactt tttggtgtcg ctgcgtgcca gcggccccgt caagcgactt tttggcgtcg
     4141 ctgcgtgcca gcggctccgc ccgagcgact tgccggcgaa tgagaaacag aaatccctta
     4201 aatcctgcgg cagatcatct ccccgggtca tcgtagacaa cgatcaattg acaattcccc
     4261 cctccgcctc tacctttgcc gcctcagaat aaattcacga caaacgaaat ggagactttg
     4321 aagcatgaat gcggcgtggc aatgatccgg ttgctccaac cgctcgagta ttatcatcgt
     4381 aaatacggca cctggatgta tgccctcaac aaactctacc tcctcatgga gaagcagcac
     4441 aatcgcgggc aggacggcgc ggggttcgcc tgcgtcaagc tcagcgccac gcccggcgag
     4501 gagtatatgt ttcgcgagcg ggccgctggg acgggcgcca tcacggagat cttcgagacg
     4561 gtctacagcc aatatcgcga catcgctccc gagcgcctcg ccgatccggc tcacgccgcg
     4621 gccagtctgc ccttcgccgg cgaactctac atgggccatc tgcgttacag caccaccggc
     4681 cggtcgggcc tcgcttacat ccaccccttc ctgcgccgca gcaattggcg cgcctgcaac
     4741 ctggccctct gcggcaactt caacctcacg aacacggacg acatcttcgc cgagatccgc
     4801 acctccgggc agcacccccg caagtatgcc gacacgtatt ttatcctcga gcaagtgggc
     4861 catctgctcg acacggaggc cgaccgcctg cgccgacagt tcgaagtcga cgaggggcgc
     4921 acggggctgg aggtgacgcg tgaggtggag cggcacattg acctttcgcg catcgtgcag
     4981 cccgctgccc ggacctggga cggcggcttt gtcatctgtg gcgccaccgg cagcggcgag
     5041 tccttcacca tccgcgaccc gtggggcatc cgcaccgcct tctattacgc cgacgacgag
     5101 atcgtggtca tcgcctccga gcgccccgtc attcagaccg tcatgaatgt gcaagccgcc
     5161 gacgtccgcg agctgggccg tggcgaagcg ctcttcatcc gccgcgacgg tacctggcgc
     5221 accgagcagc tcctcgaacc ccgcgccctc agcgcttgct ccttcgagcg catttatttc
     5281 tcccgcggta gcgaccgcga catctatcgc gagcgcaagc agctgggcga aaacctcgtc
     5341 gcgccgatcc tccgtaaggt ggacggcgac ctggagcaca ccgtcttctc cttcatcccc
     5401 aacaccgccg agatggccta cttcggtatg ctcgaaggcc tacagaagca cctcgatcga
     5461 cgcatggagc aacagctggc cgagcccgca gtgctcagcg atcccgaggc cgtgcgccgc
     5521 atcttggccc aacgcgtaag gagcgagaag gtcgtcttga aagacatcaa gctccgcacc
     5581 ttcatcgccg agggcaacac ccgcaacgac ctcgcggcgc acgtctatga catcacctac
     5641 ggcagcatcg agccttacaa ggacaacctc gtggtgatcg acgatagcat cgtgcgcggc
     5701 accacccttc ggcgcagcat catcagcatc ctcgatcggc tccacccgcg tcgcatcatc
     5761 gtcgtctcct cctcgccgca gatccgctac ccggattatt acggcatcga catgtccagc
     5821 ctcggcgaat tcatcgcctt ccgcacggcc attgacctgc tgaagacgcg cggcatggcc
     5881 cacgtcatca cggacgctta cgatcgtgcc cgccgtcagc agggtacgcc cgacgagctg
     5941 cgcgtgaact gcgtcaaagc catctacgcg cccttcactg acgaggacat ctcggatcac
     6001 atggcgcgta tgctcaccgg atccgacatc cacgccgaaa tcggcatcgt cttccagccc
     6061 ctcgagggtc tccaccgtgc ctgtccgcat caccctggcg attggtactt ctcgggcgac
     6121 tatcccacgc ccggtggcac acgcttagtc aaccgtgcct tcattcagta catggaacag
     6181 acctatcgcc atcgctcttg aagtctcgta aggcaaacag ctactccccc cactttcgac
     6241 acaatgaaac gtattcgact gactgacccc ggccacccgg actttgctcg tgcctggcgg
     6301 ctctacaaag aatccttccc cgttgacgaa cgtcggcggc tgaactctca tcgccgtatc
     6361 atgctccgat cgatctacca ttttgatgtc gtgatggatc acaatgtctt tatcggcatc
     6421 ctgctttggt gggattttga gagcgtgcgc tacatcgaac atctggccgt cgtccccacc
     6481 ctgcgcggca tgcagcacgg cgaacgcatc ctccggcact tcctctccga atccgacatg
     6541 cctgtctggc tggaggtgga gccgccggac aacgagctgc gcaaccgtcg cgtaggcttc
     6601 tatcgtcgcg tgggcttcac cctcaacgag catgactaca cgcagccggc ttacgagaag
     6661 agcagtcagc ccgtccccct gctcgtcatg acctatcccg aagccatcac cgaaccggac
     6721 atccgcttct tctgccgcca atatcatccc ctgctcacgg attacagtct ggcgggggcc
     6781 taagaagctg ttttgcacgg agggaacagc aaactcttgt ctgcgtgtgt agttttgccc
     6841 gcgttttaac aattgacttc ccccgctgct gatcagcaga caccgcataa atgatggata
     6901 gagaaagaaa cgattaccac gtccccgccc tgctcgacga atgtttggag gcgctcagcc
     6961 tatcgccgga tggcgtctat gtagacgtca ccttcggcgg cggcggccat agccgtgcca
     7021 tcctcagccg actgggccct gacggccgac tcttcgcttt cgatcaagac gccgacgccg
     7081 aggccaacgc cccgaccgac gatccgcggt tcatctttat ccgcagcaac tttcgctatc
     7141 tcgcctcctt cctgcgctat cacggcgtca gacaggtgga cggggtgctg gccgacctcg
     7201 gcgtctcgtc gcaccacttc gatacgcctc atcgcggctt ctccttccgc ttcgacggcg
     7261 aagccgatat gcgcatgaac aatcgtgcgg ggcgcactgc gtccgaggtg gtgaatacgt
     7321 acaccgaaga gcagctcacc cgcctgctac atacctacgg cgagctgacg aatgcacgcc
     7381 gtgccgccga ggccatcgtc cgtgcgcgtg ccgaacgccc catccgcacg acggccgagc
     7441 tgaccgccat cctgcaaccc atggccggcc gacgagatgc gtcgggctac tatgcgcagg
     7501 tcttccaggc gctacggatc gaggtgaacg acgagatggg cgccctgagc gacctgctcc
     7561 gtcaggcgct gcgtgtgatc cggcccggcg gacggctggc ggtcatcacc taccactcgc
     7621 tggaggatcg gcccgtgaag cgcttcatgc gcaccggtcg catcgacggg cggagcgagg
     7681 aggacgtcta tggcaatcgc ctttcgccta ttcgccccgt gggccgtaag cccatcgtgc
     7741 cgacggccga tgaggtggcg cgcaatccac gggtgcgcag cgccaaattg cgcgtggggg
     7801 aaatcataaa cgaagaggaa caatgacgaa cgaaacgaat acatcaagca aacccaaaag
     7861 gcagctcacg ctgctctata tcctgggcgg aggcgtgctg aaggaggact tcatcatccg
     7921 ccatacccgc ctgattgtgt tggtggtggt gatgcttttc atcttcatca gcaaccgcta
     7981 cacctgcctg ctgaaactgc gcgagataga ccgtttgcag cgcgagctga aggacgtgaa
     8041 gaatgaatcg ctggccgtgt cgggacagct gacgggcagc aaccgcctgt cgcaaatcga
     8101 gctattggtc aaggagaaag gcttagacat cgagacggct cagacgccgc cttacatcat
     8161 tcgtaaatga tatgccagcg ataaaagcct tttcccatcc agtgagcggc tcactggcct
     8221 cacgctttaa gaagctgtaa atagatatgt cagagcaaga gaaagacagc gcccgcgagc
     8281 aagccgcgcg taaggcaaag ggcgggcaga tactgacgcg atactttatc atcgtcatgc
     8341 tgcttagccc cgtggcagcg ggcatcctgt ttctggcctt caagacggcc atcttagaga
     8401 aaacgaagtg gacgaaggtg gccgagagcc gcaagaagcc gaaccgactc gtgaacccca
     8461 gccgcggcaa tatctattcg gccgacggca agctgatggc cacgagcgtg ccccgctatt
     8521 acctctacgt cgactttcaa gccgcaggct tccgcgcgcc ctcgcccaag gggaagaagg
     8581 tggtgaacat cgacaccttc atgcggtcgc gcgaaaacgg cattgactcg ctcgcttact
     8641 atttagcccg taagctgaag aatcgcactg ccgcgggtta tcgcgcctac ctgctgcgtg
     8701 ggctgaggca gaagagccga cagtatccgc tctacgaata ccgactctct tacgccgact
     8761 ataaagagat ccgcgagttt cccttcttcc gcctcggccg caatattggc gggctctacg
     8821 agcgcgagat ggtgcagcgg cagaaactat ttggttcgtt ggcctcacgc accatcggcg
     8881 acatttataa tgagatagaa accggcggac tgtcgaaggg caagaatggc ttggagctgc
     8941 gttacgacac gctgctgcat ggcaagccgg gctataactc catcgtgcgt gtgggcggac
     9001 ggtggacgaa cgtcgtcgag gaggagccgg tcgacggctt agatatccgc acgacgatcg
     9061 acttgcagat tcaagacctc accgagaagg cgctggtgga taagctccag gaggctgacg
     9121 cggcgtcggg cgtggcagtc gttatggagg tgaagacggg cgaggtgaag gccatatcga
     9181 atatggagcg catccgtccg ggcgtctatg ccgagctgcg caaccatgcg ctggccgacg
     9241 agttagagcc gggctcgacg ttcaagatcg cctccatgat ggtggccctc gaggacggga
     9301 tctgcacccc cgaatcgccc atcgatgtgg gtaacggcac ctacaaattc aacggccgca
     9361 ccatccgcga ccataatgcc cagagcggcg gctacggtac gatcaccgtg gcgcagagca
     9421 tctggtactc ctccaacgtg agcatcgcca agatcgtcct caagggctac ggcaacaatc
     9481 cgcgtaagtt catcgacggt ctccaccgca cgggtatcga cgctgatctg aatctcgaca
     9541 tcgctggtgc cggtcacgcc aagatccgtc agccgggcga tccgcaatgg tcgcgcatga
     9601 cgctgccgtg gatgtcgttc ggctacgagg tgcagatccc gccgatcaac acgctggcct
     9661 tcttcaacgc catcgccaac aacggccgac tcatgcgtcc gatgttcgtc aagagcatcc
     9721 tcaagaacgg caaggagctg cgcgtctacg agccggaagt actcatcccc gagatctgct
     9781 ccaagcgcac gcttcgggcg gtgcaagaga tgatgtacaa cgtggtgaac tatcaagatc
     9841 ccgtgggccg acgcgacggc acgggcaagc ccgcccgatc gagcgtcgtc tccatcgctg
     9901 gcaagacggg tacggcgcag atcgctgcct ccaaggccgc gcacaacctg tccttctgcg
     9961 gctatttccc ttacgagaac ccccaatact cctgcatcgt cgtcatctct cggccacgtc
    10021 ggggcatcgt ctcgggcggt atgatggcag gcaccgtgtt taaggagatc gccgaaaagg
    10081 tctactccaa ccagatccgt tacgacctca gctccatgaa gcctgaagcg ggtcgcacgc
    10141 tcatgccgcc ggttaagaat ggcgagtcgc gttcggcaca ggccgtagtc aaatggttcg
    10201 acatacggac cacacctaag cgtgtggacg ccgacttctc ggcctactgg cgtaacgcta
    10261 cgcgtgacac gctcaacgtc cgcaagctga cggtccgtga gggcatgatg ccttacgtga
    10321 tcggtatggg ggccagagac gccgtctatg ccctcgagcg atgcggactg cgcgtcaacc
    10381 tggccggtca cgggcgtgtc atcttgcaat ccgtcccgtc ggggcaggcc gtgacgcgtg
    10441 ggcagacgat tgatatcata ttgaattgag ggaggaggga ttctttcgaa acaagaaaaa
    10501 gacagcatac acacatgaat ttgacagaac tgctacacga tttacagatc acccgccgcg
    10561 atggtacatc taccgacggc gtcgatgtga ccggcatcgc ggctgactca cgtcgcgtca
    10621 ccgacggcat gctcttcgtc gccgtcaaag gcacaaccgt cgacgggcac aactatatcg
    10681 cttcggccat cgaacgcggt gcctcagcca ttgtctgcga acgcatcccg gaggcgatcg
    10741 atgaggccgt aaaggcccgc gtgccgttta tcgtcgtgcc ggatgcagcc gcggcgctcg
    10801 gtcaactgct cgacgcatgg cacggccacc cctcccgtcg tctgacgctc gtcggcgtga
    10861 cggggacgaa tggcaagaca accgttgcca cgctccttta cgacctcttc cgccgcttag
    10921 gctaccacgt gggactcatc tccaccgtct gtaaccgcat cgacgaggag acactgccca
    10981 ccgaccacac gacgcccgac cccgtcacac tgcatgcgct gatcgctcgc atggccgagg
    11041 ccggatgctc gcatgtcttc atggaggtga gctcgcatgc ggtcgatcag cagcgcatcg
    11101 ccggattgca ctacgcagcc ggcgtcttca ccaacctcac ccgcgatcat ttggactatc
    11161 acaagacggt cgagaattac ctccgcgcca agaagcgctt cttcgacacg ttgcctgccg
    11221 agaccttcgc gctgactaac gccgacgaca agtcgggcgc cgtcatgctg caaaacacgg
    11281 ccgcccgcaa gctgacctat tcgctgcgca ccgcagccga cttcaagggt aagatcgtgg
    11341 aggcgcactt tgaggggacg gagttgctca tcgatgggcg cgacgtgacg gtggctttcg
    11401 tcggtcgctt caatgcctac aatctgctgg ctgtctatgg cacggcggtg gcgttgggcg
    11461 aggatgcgga gcgggtgctt gtggcgctga gcagcctccg gcccgtagcc ggacggttcg
    11521 agacgatcac gtcgcccgag ggctttacgg ccatcgttga ttatgcccac acgccggatg
    11581 cactggccaa tgtgctgacg agcatccacg aagtgctgcg gggaacgggg cgcgtgatca
    11641 ctgtggtggg agcgggtggc aatcgggata cgggcaagcg tccgctgatg gcccgtgagg
    11701 ccgacagaca gagcgatcag ctcattctta cgtcggacaa cccccgcttt gaggatcccg
    11761 acgccatcat tcgcgagatg gaggccgggc tggacaccgc cgctcgggtg cgtgtgctct
    11821 gcatcaccga ccgactgtcg gccatcaaga cggcctgccg actggctcgc cgtggcgacg
    11881 ttgtgctcgt ggccggtaag gggcatgagg actatcagga ggtgcgcggc gtaaagcacc
    11941 cctttgacga tcgcgaggta ttgcgcaccc ttttctccac ctctaaagca taaccgaagg
    12001 ccccatgctg tacgaactat tcaactactt ggatcaactg gacgtccccg gcgctggcgt
    12061 cttcaaatac gtctccttcc gctccgtgat ggccttcatc ctggcccttt tcatctccac
    12121 ggccatcggt cgacgcatca ttgaccgcct gcgccgcctt cagatcggcg aaaccgtccg
    12181 cgagctcggc cttgaaggtc agctgagcaa gaaaggtaca cctacgatgg gcggcatcat
    12241 catcatcatt gccatcatcg tccccttgct cttcttcgcc cggctgaaca acatctacct
    12301 gatccttatg ctcatcacca ccatctggtt gggcacactg ggctttgcag acgactatat
    12361 caaggtcttc aagaaagaca aggaggggct gcacgggcgc ttcaagatca tcgcccaagt
    12421 aggtctcggg ctgattgtcg gcctgacgct ctatttcagt ccggacgtcg tgatccgcga
    12481 aaacatggag atccgccgcg cggggcagga cacgatcgag gaggtgcgta tccaccccag
    12541 cgaagtgaag tccaccaaga cgaccatccc ctttgtcaag aacaacaact tcgactactc
    12601 cgtgctggcc gcttgggccg gtcgctacaa gacggaagtc acctggctac tctttgtgct
    12661 gatgaccatc ttcgtcgtca ccgccgtctc gaacggcacg aacctcaccg acggactcga
    12721 cggactggcg gcgggcagct cggccatcgt cggcatcgcg cttggggtgt tggcctacac
    12781 ctcgtcacac ttcgagtttg cctccttcct caacatcatg tttatccccg gcgccgagga
    12841 gctggtggtc ttcgcctcgg cctttatcgg cgccacgatc ggcttcctgt ggtacaacgc
    12901 ctatcccgcg caggtcttca tgggcgacac gggcagccta accctcggcg gcatcatcgc
    12961 cgtcttcgcc atcatcatcc gcaaagaact gctggtgcct atcctctgcg gcgtcttctt
    13021 cgtcgaggcg ctgtcggtca tgctgcaagt cttctacttc aagtacacca aaaagaagac
    13081 cggcacgggg cggcgcatct tcaagatgac tcccctgcat caccacttcc agaagcccgg
    13141 caatgcaggc atcgacgcca tcatccagaa gcccttcaac gtggtgccag agtcgaagat
    13201 cgtcgtccgc ttctggctca tcggcatcat cctcgccgcc atcgccatca tcacgttgaa
    13261 actgcgatag agaacaaaac aaacagccgt acgcgtatgg gtcttccgtt tactcccctt
    13321 attgattaac aagattatga acaacccctc cttcacacac atacatccct tttccgagcc
    13381 ctcggggcct ctgcggaggc cagcgaagtt tgatgggtac aggcttctga gccctcgggg
    13441 cctctgcgga ggccagcgaa gtttgccggg tacaggcttc cgagccttcg aggcctctgc
    13501 ggaggccggc gaagttttcc gggtacaggc ttccgagccc tcggggcctc tgcggaggcc
    13561 ggcgaagttt tccgggtaca ggcttccgag ccctcggaaa ccttcaaaca acctgtttga
    13621 gcctttccga ggcctcggaa accttgaaac aacctgtttg ggcctttccg aggcctcgga
    13681 aaccttgaaa caacctgttt gggcctttcc gaggcctcgg aaaccttcaa acaacttgtt
    13741 tgggcctttc cgaggcctcg gaaaccttga aacaacttgt ttgggctttt ccgagccctc
    13801 ggagcggctg tggctgtcag caaagtttgc tgggtgctcg gaaaactggg taagcgtccc
    13861 tgacgcccct ctgccgaggc tggaaagccg tccctccggt gcccgacaca ccgggcaagc
    13921 gtccctgacg ccccctgaac cgttagaggg tgatccgtca aatcgaggag catctcagaa
    13981 tgatcagagc agcgcgggcc gtatcgtcgt cttgggtgca ggcgagagtg gcgtgggagc
    14041 cgcggtgctg gccggggcga agggctacga cgtgttcgtc tccgacagcg gcacgatcgc
    14101 agagaaatac aaggcgatgc tgctcgagcg cgacattccc tttgaagagg gccatcacac
    14161 ggaggccgac atcctcaacg ccgacgagat cgtcaaaagc cccggcatac ccgacacggc
    14221 acccatcgtg cgcgcagcca tagagcgtgg catcccgatc ctttccgaga tcgagctggc
    14281 cgggcgatac acggacgcgc ggatggtctg catcacgggt agcaatggca agacgacaac
    14341 cacgtcgctg acgtaccaca tcctccgcga ggccggcatg gacgttggcc tggcgggcaa
    14401 catcgggcgc agcctggccc tgcaagtggc cgaggatccg cacgcgtgct acgtgattga
    14461 gctgagcagt ttccagctcg acaacatgta ccgcttcaag gccgacatcg ccgtgctgat
    14521 gaacattacg cccgaccacc tgaaccgtta cggcggtgag atgcagcgtt atgtggacgc
    14581 caagctgcgc atcctgcaaa accaaacccg ggcggacgcc ttcatctatt gggccgacga
    14641 ccccatcctg cgccgcgagg tggccaagca tcatcccgag gccacctgct accccttctc
    14701 cgacgccgac cggccggagc tgaagggccg cctcacggcc gacgggcaga tctgtatcga
    14761 gacgccccgc ggcacgctcc gcatcccccg cacagccctc gcgctgcgtg gcacacacaa
    14821 cctttataac tcaatcgccg cggccactgc agcccgactg gccggagccg acgatgcgtc
    14881 gatccgtcgc ggtctggaga cgtttcgcgg tgtcgagcac cgcttggagc cggtggcacg
    14941 cgtggccgat gtggaataca tcaacgattc gaaggccacg aacatcgact cctgtcgcta
    15001 tgccctgcaa agcgtcgaga cgccgatcgt gctcatcctc ggcggcacgg acaagggcaa
    15061 cgattacgga gagatcgaga ccatggtgcg ggcgaaggcc cgcgggctcg tcttcctcgg
    15121 tgtggacaac cggaagctcc acgccgcctt cgacggtaag gtacccgcca cctgtgacgc
    15181 ccgctcgatg gcggaggcta ttgcccacgc cgcccgcatg gctcgcccgg gcgatacggt
    15241 gctgctctcg ccctgttgcg ccagcttcga cctcttccga aactacgaag accgcggcga
    15301 gcagttcaaa caatgtgtcc atgcgctggc ggacggaaag gaggccgggg catgaccaag
    15361 gagacgttca cccgcaaagt gttccagggc gacatcccga tctggatcat cttcatgctc
    15421 ctctgtagcc tctcgttggt ggaggtgttc agcgccacca gcacgctggc ctacaacgag
    15481 gcgaacatct ggacgcccat cgcgcgccat gccatgcacc tcacgattgg cttcttctgc
    15541 gtcctgggcc tgacgcgtat gccgacgcgt tacttcccca tcggcggttc ggtcctgatg
    15601 gtcttggcca tcatcctgct ggcggccgta ccatttgtcg gcatcagcgt gaacgatgcc
    15661 tcgcgctgga tccgcctctt tggcatccag tttcagccct cggaggtggc caagctggcc
    15721 agcgtcgtct acgtggcctt cctgctcagt aaaatcggcg ttcgcttcac ggaaaagacg
    15781 gccttttatt ggatcatcgg tggcgtgggc atcgtctgct ccctgatcct gctttacaac
    15841 ctctccacag cagtgctcct cgggctggtc tgcctgctga tgatgttcgt gggacacatt
    15901 tccctgatac gcattgggcg catgatgctc gtgctgttgc tcctgctcgt ggccctgctc
    15961 gggttagcca agatcgcccc ggagacgacg caccgcgtgc tgccacgcct cgagacgtgg
    16021 agcaaccgtc tgacggagca tctcgacgat cgcgcctcgg acaacgacct cgtcaaagac
    16081 gataatccgc aagtcatcac cgacgacaac tatcaggtct cgcacgccaa gatcgccatc
    16141 gcccgcggcg gcctcttcgg taagatgccc gggcgcagcg tgcagcgtga cttcctgccg
    16201 ctggcttatt cggacttcat cttcgccatc atcatcgagg agctgggtct ggtcgggggg
    16261 acagtcgtct tgttgcttta catcatgctg cttatccgtg tgggcatcat cgcgcggcgt
    16321 tgcaacctgc tattccagaa gtacctcgtc atcggttgcg gcctgatgat cgtcatccaa
    16381 gcactgacga acatggctgt ggccgtcaat ctgatgcccg tcaccggtca gcccctgccg
    16441 ctgatcagtc gtggcggtac atcgaccgtc ctcacctgcg tctacttcgg actcatcctc
    16501 agcgtaagtc gcttcggcgc cggcatgggc gatgaagagg ccgccgagga agaagctgtc
    16561 gaggaagcgg aggccgaggc ggaagcagcc gaggctgtgt cgtaagggag tgcggcgtcg
    16621 caacgtctct aagaagctgt ttggaattta tttcggagag tatcgggagt atgtttctga
    16681 tgattttgtt tcatcattag acgagcatag caggctatgt gaggatgaat gatggaacga
    16741 aagggcagaa acaggccccg ataggcccga aacaagaaag gagaaagatc cgcctaaaca
    16801 gctccgtaaa gcaaccactc aataaattca aaacagcttc tagttccccc ggcaggcagc
    16861 cgaaaaatct atcttcgcgg ccgaaacggc tgaataatca gggataaagg aacattcatg
    16921 agtcactata aaatcatcat cagcggtggc gggacaggcg gccacatctt ccccgccata
    16981 gccatcgcca atgcatttcg gcgtcgttac cccgacgccg aagttttatt tgtcggcgcc
    17041 gaagggcgta tggagatgga gcgcgtcccc gccgccggct atcggatcat cgggctaccg
    17101 gtcagtggcc ttgaccgtcg gcgcccatgg cgtaacatcg gcgtgatgcg tcggctgtgg
    17161 gtcagcctcc gtcgtgcccg tacgatcgtc agcgattttc agcctgacgt ggccgtcggt
    17221 gtgggtggct acgccagtgg tcccctactt cgcgcggccg aagcggccgg tgtgccaaca
    17281 ctcattcagg agcagaactc ctacgccggt atcaccaata aatggttagc caaacgtgct
    17341 gcgcgtatct gtgtggccta cccgggcatg gagcgtttct ttcccgcaga gaagattgtc
    17401 ttgacgggca atccggtgcg aaaagacttg gaggaagcta tcaattgtca cgacgaggca
    17461 ctgaaacact tcggtctcga cccggcgtgc aagacgctgc tcgtactcgg cggtagcctc
    17521 ggcgcacgca ccatcaacga ggccgtagag gtcgccctcc ccacgctggc cgacctcggc
    17581 gttcagctga tctggcagac gggccgcagc tattacgatg ccattcgcag ccgtgtcgcc
    17641 gacctcgagc cggagcccaa acgctgggtc ggtccgttca tcacgcggat ggattacgcc
    17701 tatgccgcgg ccgacctcgt cgtgtcgcgt gccggagcca gctcgatctc cgagctgtgt
    17761 ctgttgggta agcctgccat ccttgtgccg tcgcctaacg tggcggaaga tcatcagacg
    17821 aagaacgccc gatctgtggc cgatcggggc ggagctgtga tgattgctga cggcgaagtg
    17881 cggaagtctc tccccgatgc cctccgtcgc ctctttggcg accgcgagca attgaagacg
    17941 cttgccctcc acagcggtca attggccgaa cgggatagcg atgagcgaat cgtggacgag
    18001 ctggtcgctt taatcgaaaa caataagcgc ctcggagcaa ccaaggcgcc tcaaacagaa
    18061 aagaaaagat gatcgagata gcacacattc gttccgccta ctttatcggc gccggtggca
    18121 taggcatgag cgccctgatt cgttggttca tggcgcgtgg cgtccgcgta gcgggttacg
    18181 accgtacccc ctcacccctc accggccacc tgattgatga aggcgccgcc atccatttcg
    18241 acgacgacgt ccacctcatc cccgacggtt tctcagatcc gcaaacgacg cttgtagtct
    18301 acacgcccgc cgtcccctct gaccacacgg agctgaacca tttccgtcgt tcgggtttcg
    18361 aggtgatgaa acgtgccgag gtgctcggac tgatcacgtc ggccagccgc gccatctgtg
    18421 tagctggtac gcacggtaag acgactgtct cctccatgac ggcacacctg ctcaagcagt
    18481 cgcatgtgga ttgtaatgcc ttcctcggcg ggatcttgaa gggctatgcc agcaacttga
    18541 tgctctccga tcacagcgac ctgaccgtcg tggaggccga cgagtacgac cgttccttcc
    18601 atcgcctcca ccccaccacg gccatcatca cctctgctga ccccgatcac ctcgacatct
    18661 acggcactcc cgccgcctat cgcgaggcct tcgaggtctt tacttcactc attcggcctg
    18721 gcggcacatt gatcatcaag aagggcgccc ccatcacccc acgcctccag cccgatgtcc
    18781 gttgctatac ctactccgcc accgatacct cagccgactt tcacgccgag aacgtccgca
    18841 tcggcggggg ggaagctgtc tttgattgcg ttctctcgga cggtacatgc atcgctgaca
    18901 tccaccttgg cgttcctgtc cgcatcaacg tcgagaatgg tgtcgcagcc attgctgctg
    18961 tctggctcca cggtgtccgc cccgacgaga tccgatcggc catggccacc ttctccggtg
    19021 ctgagcgtcg ctttgatatc cgcctccgta acgatcgcgt cgtcctcatc gacgattacg
    19081 cccatcaccc agaggagctc acccgcagca tcctctccgt gaaagagctt tacgctggcc
    19141 gtcgcatcac gggcatcttc cagccccacc tctactcccg cacccgcgac tttgccgacg
    19201 agtttgcccg tagcctctcc ttactcgacg aactgattct ggtcgacatc tatccggctc
    19261 gtgaggaacc catccccggc gtcacctcag agatgatcct cgagcacgtc accatcgccg
    19321 acaagcgttg ctgcacgaaa gccgagctgc ccgacatcat cgccgcgggt acattcgatg
    19381 tcgtcctcat tcttggtgcc ggtgatattg atcgtcttgt cgagcccatc cgccaaatcc
    19441 tcgcccaacg atgaaaaagc tgctgcctgt cattgtcgcc gtcgtcttca tctgctacat
    19501 cgtcttctcg attcttctgg tgaacgagaa ggggatggac gctgtttgcc gtggcgtgac
    19561 ggtagaaatc aaggacagtg ccgaccgcaa cttcatcacc cgtcgtgacg tcatccgtct
    19621 gctccgcagc tccgatctct accccgtcga cacccctctc cgtgccatca acatggcacg
    19681 catcgagcgt cgcatcttag aaagtggccc cgtcgagcgt acgaaagtct acaagacgcc
    19741 ctcgggaatg gttcacatcg agatcacgca gaaaacgccc atccttcgag tctttgccga
    19801 tggcgggagc tattacgtcg atgaacaggg gcatgccatg gcggtcagct ctcgctatgc
    19861 ggcctatttg cccgtagctt gcgggaaaat cgaaaaaacc tttgccacaa cagacttgta
    19921 caagtttgcc gtatttttgc acaagcatga cttctggaac aaccaaatcg aacagatttt
    19981 tgtttacccc aataaggaaa tagaactgat tccacgggtg ggcgactttc ggatattctt
    20041 gggcagttta gatggctttg aagagaagat ggatcatctg caactgttct acgagcaagc
    20101 tatacctaaa gtgggatggg ataaatacga gatgatcaat ttgaaataca agaaccagat
    20161 tgtatgtact aaaaaatgaa tttatggtga cggactatat agtagcgatc tatttgggca
    20221 cttctcattt ggtggggatg gtcgggaaaa agaacagtcg gggcgcgctc tccatcgtag
    20281 ccgaagaggt gaaggagtcg agcggctgca tccggcgtgg acgcatccac aacgtggctg
    20341 agacggccgc acgcatcaaa cgactcgtgc tggaactgca gaacaaactt cccaacctcc
    20401 gtattgaaaa ggtctatatc ggtatcggag gccaatcgct acgatccatt gatcactccg
    20461 aggtgcgaac tatccgcgct gacgctttcg tgtcagaaga agacatccaa ctgctcaacg
    20521 aacagtgcaa aagctaccgc cccgaaatgt cagacgtcct ggccatcgca ccgcccgtct
    20581 attatctcga tgacaaacgc acctcgaatc ccgttggggt ctcttgccgt cgcatcgaag
    20641 cgcgctacaa gctggtggtc ggacagccga tcatccgcaa atccatcatc aatagcatcg
    20701 agcagcaggc tggtattacc gtggccggaa tcatcgtgtc gcccttggca ctggccgaag
    20761 ccatcctgac tcgcaacgaa aaggagttag gctgcgctgt gatcgacttt ggcgcaggcg
    20821 tcacctccat cgtcgtctac aagaacggtt acctagccta tctcggcgtc attcctcttg
    20881 gcagcgacct gatcacgcgc gacctgacga gtctccgtct cgtcgagtcc gaagccgaac
    20941 ggctgaagat cacctatggt aacgccaagc ccaacgagaa tcaagaaggc agcatttcac
    21001 tcgataccgt cgacggcatc ggtacgcgca agatcaatct gagcgagatc gatatggtcg
    21061 ttgaggcgcg tgcgaaggag atcgtccaga acgtctacgc ccgcatcgag gagaataagc
    21121 tcacgaacgc cctcggtgca ggtatcgtcc tggtcggagg tggcgcatcg ctgaagaacc
    21181 tgcaagagct tatccgcgat acgttcaaac tgcaagaggt acgctattct gccatccgca
    21241 aaggactcgt ggacgacgcc agcgacaagg tcagtgaccc acgctacatg tcggccctca
    21301 gcctgctgtt gcaaggcact gagagctgtg tcggtccggt tcgtcggaag caggaagaac
    21361 cggcgccagc acctcccgtt cagcccgtcg agcctgtcaa ggaacccgag ccggaacccg
    21421 aacgcatcga gccggaacgt gaccgagaag aagagcaacg tcagaaccga cgcacgcaga
    21481 aacgcggcgg aatcttcggt agtttcggac gcatcgctcg cgggctcttc gacgaagaat
    21541 aacatccaca atcatccccc cacaccaagc acatacagca atgagtaacg atacaacccc
    21601 cctgcaattc aacttcccaa gagacacgcg aaagatcatc aaggtggtcg gcgtgggcgg
    21661 aggcggtggc aacgccgtca cgcatatgtt caaggaaggc atacatgacg tctccttcgt
    21721 actctgtaac accgacagcc aggcgctgtc acgctctgac gtgcccgtca agatcgccct
    21781 cggacgtacc gtcaccgagg gactcggcgc aggcaacaat cctgcacgtg ccgaacgtgc
    21841 tgcagaggag agcgaggacg atatccgcac catgctcgac gatggcacga agatggtctt
    21901 catcaccgcc ggtatgggcg gtggcaccgg tacgggcgct gcccctgaga tcgctcgtgt
    21961 ggccaaagag atgggcctcc tgaccgtcgg catcgtcacc attcccttcc tcttcgaggg
    22021 gccgcccaag atcattcaag cgctcaaggg cgtcgaggcc atcagcaaaa acgtcgatgc
    22081 gctgcttgtt gtcaacaacg aacgcctgaa cgagatctac cccgacctca ccatgctcaa
    22141 cgccttcaaa aaggctgacg atacgctcac ggtggctgcc aagagtatcg ctgagatcat
    22201 cacccttgac ggcgtcatca acctcgactt tgccgacgtc gagaccaccc tcaaggacgg
    22261 tggcgtagcc cttattagta acggttacgg acagggcgaa ggccgcctcc agcaggccat
    22321 tcaggatgcc ctccgctcgc ccttgctcaa caataacgac atctccaacg ccaagaagat
    22381 cctcttcaac atctccttca gtagcaatac gatcggcgag gagggcaacg agctccgcat
    22441 ggacgaggtg aactatatga cggagttcat gaagcaattc ggcgacgata tcgaggtgat
    22501 ttggggtacc gccattgatg aatcgctcaa gggcaaggtc aaattcaccg tcctggccac
    22561 cggcttcgac ctcaacgaca tccccgagat ccgcagtaag cgtgacgagc aacacctgct
    22621 caaaagcgaa gacgagatta tcaaggaaga ggagatcctc cgccagaagg agcgcgagcg
    22681 cgagctcatg gccaaatact acggtcggaa gacggaagac cgacggcctg cacgtcgccc
    22741 gacttacaac ctggccatcc tcaccgtggg cgagttggac gacgacgcca tcatcaccct
    22801 cctcgaggaa aatcccgctt acaaccgtga cgcccgcctc ttggctcgcg cccgaagccg
    22861 aagcggtggc acattaaaca cctccaccac ccgcaccgac attccccccg taggcaagcc
    22921 cagtggccgc ccgcgcatca gctttcgcat gggatgatat agagggtaga gattagaggg
    22981 tagagggtag atccgggtac atcatttatc tctcccctgc tctctatcct ctaccctctc
    23041 tcctctaccc tctctcctct accctctctc ctctaccctc caccctctac cctctaaata
    23101 caagtaaaca atggatttat tcgatcaaat cagcggcgac atcaaagccg ccatgttggc
    23161 caaagacaag gtcaaactcg aggcgctccg taacgccaag aaatgcttcc tcgaagccaa
    23221 aaccgctccc ggtgcgaacg acaccctcac cgacgaggcc gccctcagca tcctccaaaa
    23281 gctcgtcaag caaggccgcg agtccgcccg catctatacc gagcagagtc gtcccgacct
    23341 cgccgaagcc gagctggcac aagtcgctgc cctcgagggc tacctgccgc agcaactctc
    23401 gcccgaagcc ctcgagaccg aggttcgcgc cctgattgag aaggcgggcg ccaccagcct
    23461 caaagacatg gggcgcgtca tgaaggtcgc caccgccgca ctggccggac gagccgaagg
    23521 cggagccatc tccgccgccg tcaagaaaat cctctcccaa tgagaggagt cttttctact
    23581 catagctaag aagctgtttg gaatttattg agtgattgtt ttagggcagc gtttgctcgg
    23641 agctttcctc tttctatttc ggggctattc aggtctattt ccgccctttt gtcccatctt
    23701 tttcgtcaca tagcctgcta tgctcctcaa aagatgaaac aaaatccgcg gaaatatcct
    23761 ctgaatatcc tccgaaataa attccaaaca gcttcttcat ttctcaagca gatcccccgt
    23821 cgcatcccgt gtggcggggg atctcacttt ctatcgaaag cgccggacac atagagcccc
    23881 caacatgtac ccggccaaac ttccccggcc tcggtgaggc ctcttgcatc aaggggcgtc
    23941 agggacgcca gccaagtttg cctggtaccc ggccaaactt ccccggcccc gatggggcct
    24001 cttgcatcaa ggggcgtcag ggacgccagc caagtttgcc tggtacccgg ccaaacttcc
    24061 ccggccccgg tggggcctct tgcatcaagg ggcgtcaggg acgccagcca agtttgcctg
    24121 atacccggcc aaacttccct ggccccggtg gggccttgat tttcttttgc ttcttttctt
    24181 gcatcaaggc aagaaaagaa gatagaggcg acgccccccc gatagaatcc ccctacaaga
    24241 tccggattgc gatctccgcg caagcctccg cgtcggccaa ggcatgatga tgctgagtga
    24301 ggtcgaagcc acaggccgca gccaccgtct ccagacgatg gttcggcaac tgtttgaaca
    24361 cccgccgtgc cgcccgacag gtgcagtaaa accgatagtc cggatactcc aactcgtacc
    24421 gcttgaaggc cgcccggagg caaccctcgt cgaacggact gttgtgcgcc accaatggca
    24481 gtcccccgat cagcggcacc acctcctgcc acacctccgg aaacgtcggc gcgctgtccg
    24541 tgtccaccgc cgtgagccca tgcacacgcg tattccatga catataataa ttcggctccg
    24601 ggcggatcag tcgatagagc gaatccgtca ctcgccccgc acgaaccact accaccccca
    24661 cgctgcacac gctgctccgg tacgggttgg ctgtctcaaa atctattgcc gcaaaatcat
    24721 ccattgtcaa cagtcgcttg ttaatccatt ctctgacggc aaagatacgg cccctgcgag
    24781 ccccatgtcg cacggtcagg ccccagaaac gccccgcgca ggtcccgcgg cgctctattt
    24841 cgcctcggct cgaccttgtg caggccccgc ggaggtctgt tttgtggcta aactgacagg
    24901 ggaaggcccc acggactgcc attttgtccc cgatcggctc cgcgcaggcc ttacggagta
    24961 cgttggaaga ttttcggaac ttcccgaggg aatattactt ataaatacaa gattccggaa
    25021 cttcccgaag atatactact catagatata agtgctcgga actttccgaa gcgattaaac
    25081 acaggaatac aagtcttcgg aattttccga tcgatataaa ataaatgaag tagctattcg
    25141 gagtttgccg gatatgttga atcttatatt tattcttttc ggagattgcc gaaagtatta
    25201 gaatggtgtt tttaatcgat cggaatattc cgaagacttg taatataatg gatagatgct
    25261 tcggagtttt ccggagatta ggataagcat atagataggt ctcggagatt tccgaatagt
    25321 tgaaatagtt agatagaatc gttcgggaag ttccgaaagc ctccaaacgt accccgtaag
    25381 gcctacgcgg ggccgatcgg ggacaaaatg gcagtccgtg gggccttccc ctgtcagttt
    25441 agccacaaaa cggacctccg caagaccttc gcaggggtga gttgaggaga aatagatgtc
    25501 cgtggagcct ttgcggggcc gagctgaggc gaaatagatg tctgtagggc ctttgctggg
    25561 gtaaactgag gtgaaataga atgccacggg gtctgtgcag ggatgagttg aggtgaaata
    25621 gaacgccacg gggtctgtgc agggatgagc tggggcgaaa cggggggctg cgggggcgtt
    25681 tgcagcgcgc gtgccgcgaa aggtctactt ttgtgtatat aaataacgag taacaagaga
    25741 ccaacgatga aaaagtatct cctccttctc ctggccgggc tctggacctg cgccgcacaa
    25801 gctaagatca tccctggggt gcgcctgggg ctgtcataca accagctcac gcagatcgtc
    25861 gacgaggaag tgacctacgg cggacgcatc ggatttgagg ccgcgggact gcttgacatc
    25921 ccactgtcac agcgcttttc gatcgtcccg gagctggccg tcgccagtga gggcggcgcg
    25981 tacaactatc tctatctctt tgacgatatg atgatcaccg gacgccacag cagcagctat
    26041 ctctcgctcc gcctgccggt taatatggtc tacaagatcc gctttgccga ctggcagatg
    26101 ggcatcatgg ctgggccttt cgcttctgtc tctacacgcg aacgtgagca ccacgagtgg
    26161 atcagccgcg agttccgtcg cttcgatgtg ggggctggcg cggggcttta tgtggagtat
    26221 cacagcgtct ttttctctgt ctacggtcgc acgggcttca tcgataagtt gcgccagaag
    26281 cagccttttg aatcgcaggt ctaccaaaac agcgtggcgc tgtcatttgg gtatagattt
    26341 tattgatcct cttggggggg cgtcgtctct tcttttcttt cttcccctct gggtaggggc
    26401 gtattaaata cgccctacga acgtcccgca aggggcgaat aatcaaacag ccgggtacac
    26461 gctggggcgt attcaatacg cccctaccct accggcagga gaagccgtcc caccaccact
    26521 atcacacacc atatggaacc cttcgttcat ctacacgttc attcgcagta ctcgctgctc
    26581 gatggccagt cgtctatcga tgcgctgatc gataaggcgc agcgtgatgg catgcctgcc
    26641 atcgccttga ccgatcatgg aaacatgttt ggcatcaagg agttttacaa caagatcaag
    26701 aagaagaata gtaagtacac cgccaccatc aaggactgcg agaaggagct gcgtgcgctc
    26761 agcgataagg agcatccgac ggaggaggag acggagcgca tacgcaaact ctcggagaag
    26821 atcagcacct gtcgccagag tctcttcaag cctatcatcg gctgcgagtg ctactgcgcg
    26881 cgcaacggtc ggctccagaa gcaggaaaag gacgacttgg gcggctggca cctcttggtc
    26941 ttggctaaga atttcacggg ctacaagaac ctcatcaaac tcgtttcgct ggcctggacg
    27001 gagggctttt atcgcaatcc gaggatcgat aaggagcttt tggaacgcta tcacgagggg
    27061 ctgatcgtct cctcggcttg cctcgggggc gagatcccgc aactgatcat ggccggtaag
    27121 caggacaagg ccgaggagtc gctgctgtgg ttcaaggggc tcttcggcga agatttctac
    27181 ctcgagctgc aacgccacga gacgcatgcg ccggatgcgg acacgacgac gtatccgaag
    27241 caggtggagg tgaaccgggt gctgatggag ctttcgcgaa agcacggcgt gaaactgatc
    27301 gctacgaacg acgcgcattt cgtgaacgag gacgacgccg atgcacatga gcgactgatc
    27361 tgcctcagca cgggtaagga gatcaacgac ccaaaccgta tgcgatactc caaacaggag
    27421 tggatcaaga cgacggctga gatgaacgcc atcttcgccg atgtgcccga ggcgctgcgc
    27481 aacaccgtag agatcgctga caaggtggag atgtactcca tcgactcgcc ggcgctgatg
    27541 cccttcttcc agatcgatcc gtcgttcgga tcggaggagg cgtatcgggc taaatacacc
    27601 gccaaagacc tcatggagga gttcaacgac acggacgccg aggggcgcgt cgtgtcggac
    27661 aattacctgc gtctgggggg ctacgagaag gtgatccaca tcaagttcga agccgactac
    27721 ctgcgccatc tcaccttcga gcgtgcccgg gaactgaacc gttacgacgg cgtgatctcg
    27781 gacgaggcgc gcgaccgcat cgacttcgag ctgaacacga tcaagaagat gggcttcccg
    27841 ggttacttcc tcatcgtgca agacttcatc gcagcggcgc gtcggatggg cgtatccgta
    27901 gggcccgggc gtggatcggc cgcaggatcg gtcgtggcct attgcctcgg cattacggac
    27961 atcgacccga tcaagtacga cctgctgttc gagcgtttcc tcaacccgga ccgtatctcg
    28021 atgcctgata tcgacatcga cttcgacgac gacggtcgca gcgaggtgct caaatgggtg
    28081 acggagaaat acgggcagga tcacgtggcc cacatcatca cctatggcac gatggctgcc
    28141 aaattggcca ttaaggacgt ggcgcgtgtg gagcaactgc cactccggga gtcgaatcgg
    28201 ctggctaagc tggtccccga tcgcgtgaac tcgctcaaga cggccattga ggtcgtgccc
    28261 gagctgaagg aggcggccaa cagtccgaac cccatcctgc gcgacacgct gaaatacgcg
    28321 cagaaactgg agggcaacgt gcgcaacacc ggtgtgcatg cctgcggcgt gatcatcggt
    28381 cggcaggaca tctcggacat cgtgcccgtg gctacggccg aggataagga gacgaaggag
    28441 acactgctcg tgacgcaata tgaaggctcc gtgatcgagg aaacgggcct gatcaagatg
    28501 gacttcctcg gcctcaaaac gctttcgatt atcaaggagg cgatcgagaa catccgccaa
    28561 acgacgggtg aggtggtcga tatcgataac atccccatcg acgacaaact gacctacgac
    28621 ctcttctgtg ccggacgcac cgtggctacc ttccagttcg agtcggccgg tatgcagaag
    28681 tatctcaagg aactccagcc gacggagttc gaggacctca tcgccatgaa cgccctctat
    28741 cgccccggtc cgatggacca tatccccgcc ttcatcgccc gcaaacaggg acgcgaggag
    28801 atccgttacg acatccccga gatggagcgc tacctgaaga atacgtacgg catcaccgtc
    28861 tatcaagagc aggtcatgct cctctcgcgc ctcctggccg gcttcacacg cgggcagagc
    28921 gacacgctcc gcaaggcgat gggaaagaaa ctcatcgata agatgatgga gctgaaagag
    28981 aagttcctcg agggcggcgc ccgcaacggt cacgaccgca agacgctgga gaagatctgg
    29041 ggcgagtggg agaaattcgc ctcctacgcc ttcaataaaa gtcacgccac gtgctactcc
    29101 tggctggctt accagacggc ttacctcaag gcccactatc cgtcggaata tatggcggcc
    29161 gtgctcagtc gcaacctctc gaacatcaag gaaatcacca aggccatgga cgaatgccgg
    29221 gccatgaaga tccgcgtctt ggggccggac gtgaacgagt cgcaccgcaa gtttggcgtc
    29281 aaccgtaagg gcgacatccg cttcggactg gtggccgtca aaggcatggg cgagagcgcc
    29341 gcgctggccc tcattgagga gcgcgaaaag catgggccgt ataaggacat cttcgacttt
    29401 gtcgagcgcg tgccctccgc ggcgtgcaac aagaagaccc tcgaaacgct ggccatctca
    29461 ggcgccttcg atagcctcgg cgtcgaccgt gaacccttct ttgtggagaa cgatcgtaag
    29521 gagaccttca ccgacgtcct cctgcgctac ggaaacaagt tcaagctcga ccgtcagagc
    29581 acctccttct ccctctttgg cgccgacgac gccgtgcaga tagcccgccc ggacatcccg
    29641 cgcttcgacg cctggagcgc cctggagcgc ctcaatcgcg agaaggagct ggtcggcatc
    29701 tacctctcgg cccaccccct ggacgagtat cgcatcatcc tcaaccacgt ctgcaacatg
    29761 accatgcagg acgtcgacag ccgcgactgg gagagcttcc aaggccgaca gctctcgctc
    29821 ggcggcatcg tcaccggcta tcgcgaaggc ctcaccaaga acggcaagcc ctacggcatc
    29881 atccgtatcg aagacctctc cggcagcggt gagatccccc tctttggcga tgactacatc
    29941 aacttcggca agtacggccg cgaagggctc tacctcttcg tcaacgccac cgtgcagccg
    30001 cggcgctgga aggagtccga gttcgacttc cgcatctcca ccatccgcct cctgcaggac
    30061 gtcaaggaca gcctcgtgca atcgatccgc atcaacgccc ccatcgacgc cctgaacgaa
    30121 caaaccatca gcgagctctc agccatcgtc aagagccatc ccggcaagac gcagctcagc
    30181 ttctacatcc tcggccgcga ccacgtggca ttgaatttgt attcccatga cgtccgtatc
    30241 cgcgtcaccg aggagcttgt cgacttcatt cgcgagtcag gcaacatgga cttcaccatc
    30301 aatcaatcat aattcaacat caaaaaacag tatcaatcat gtcagtagta aacgtatcag
    30361 atgcaaacta caaggaagtg ttagcagccg gccagccggt agtacttgac ttttgggccg
    30421 aatggtgtgg tccctgccgc atggtcagcc ccatcatcga cgagctggcc gaggaatacg
    30481 ccggccgcat caccgtcggt aaggtcaatg tagacgagaa cgacaccgtc gtggccgaat
    30541 acggtatccg taacatcccc accgtcctct tcttcaaaga cggacaggtg gtcgataagc
    30601 aagtcggcgc cggacagaaa gccgcctttg tggagaagat gaataagctg ctttaagccg
    30661 atctcgtctt ttcccccaca cctcatcgcc atccggggac ggcgcctcac tccacctatg
    30721 aacaggggcg aggcccgtcc ccggattctt ttatgcccct gtctccggaa ggctttgaga
    30781 cagcgactcc gagccaaact ctcgcttatc ggtcccgaaa aacactggca ggccgcctgc
    30841 caagaccatc ggacacttcg gtgacgttgt caggccgcct gccagggcta tcggacactc
    30901 cggtgatgtt gtcaggccgc ctgctagggc tatcggatac ttcggtgacg ttgtcaggcc
    30961 gcctgccaag gctatcggac actccagtga tgttgtcagg ccgcctgcca gaggcaaccg
    31021 ctcaaaaata ggccagaaag tcgccgctta gaggcgattc cccgcctccc ataggcctga
    31081 ccgcgggcct gcgccttgga ttgcgtatgt ggcgaaaagg tctacttttg cgacccgatt
    31141 attatcaaac gtgttaaatg attcgtcttt agcgtcttgc tgaatgctca ccccagtgtc
    31201 cgggagaatc aaacggcaga cgaggaaaga ccccattgta gattttctaa ttaaaaggta
    31261 aagcaagtgg atacgttaag ttacaagacc atttctgcga acaaagcaac cgtaaacaag
    31321 gaatgggtgg tcgtcgatgc agacggccaa acgttgggac gcctgtgctc caagatcgcc
    31381 aagttgctcc ggggcaagta caaacccaac ttcactccgc acgtggattg cggagacaat
    31441 gtcatcgtga ttaatgccga caaagtcgtt ttgaccggca acaagtggaa cgatcgcgtc
    31501 tatttgagct acaccggcta ccccggtgga cagcgcgaga caacccccgc acgcctcaag
    31561 gccaagggtg aagatcgcct cttccgcaaa gtggtaaaag gcatgctgcc caaaaatcgt
    31621 ctgggcgata agctgctcgg caacctctac gtgtatgccg gcaccgaaca caaacatgag
    31681 gcgcaacagc ccaagtcgat agatattaat tcactcaact gaagaattca tggaaacagt
    31741 aaatgcaatc ggaaggcgta aagccgccat cgcacgcgtg tatatcagcg aaggaacggg
    31801 caagatcacg gtcaatcgcc gcgaactggc cgactatttc ccctcctcca tcctgcagtt
    31861 cgtcgttaag cagcccctga acaccctcag cgtggccgaa cagtacgaca tcaagctcaa
    31921 cctcgtaggc ggaggcttca aaggacaatc cgaagcagcc cgtctggcca tcacccgcgc
    31981 attgatcaag atcaatcccg agtcgaagcc cgcactgaag gctgaaggat tcgtcacccg
    32041 cgacccccgt gaggtggaac gtaagaaacc gggacgtccc aaagcacgca agcgcttcca
    32101 gttcagcaaa cgttgatgta tacctatata tacacctcca aaacgggaag cggacagaga
    32161 gaagacgttt agtatctaaa tcatgcggat tctcagccca tacatgctga gaggcagata
    32221 gagactaccg cacgattgat cctacgaaca gagaaagtaa acgatcataa caccccaaga
    32281 aatgtcaaga cttagtttcg aacagttatt agaagcaggc gtacacttcg gacacttaaa
    32341 aaggaagtgg aaccctgcca tggctccata catcttcatg gagcgcaacg gtattcacat
    32401 catcgatctg tataaaacag ccgccaaggt ggacgaggcc gccgatgccc tcaagaacat
    32461 cgccgccggt aagggacgca tccttttcgt ggccaccaag aagcaggcta agcagatcgt
    32521 agccgaaaag gcctcctccg taggcatgcc ctacgtcatc gagcgctggc ccggaggcat
    32581 gcttaccaac ttccccacca tccgcaaggc catcaagaaa atgtccacca tcgacaagat
    32641 gagtaaggac ggcacgtttg ataacctctc caagcgcgaa aaactccaaa tcacccgcca
    32701 gcgcgccaag ctcgagaaga tgctcggctc catcgctgac ctcaaccgct tgccatcggc
    32761 actcttcgtc gtagacgtac tcaaggagca catcgccgta cgcgaagcac agcgcctcgg
    32821 catccccgtc ttcgccatcg tcgacaccaa ctccgatccg agcaatatcg acttcgtcat
    32881 ccccgctaac gacgacgcca ccaagtccat cgagctgatc gtcggcaccg tctgccaggc
    32941 cattcacgaa ggcctccaag agagcaaggc tcgcgataag gaagaagacg agcgcaacca
    33001 caccgctgaa gagggagccg gcgaagacaa tccgcgtcgc gatcgccgcg ccaagtcgaa
    33061 cgcccgccgc tcacgtcgtg acgacgaggc tcgtcctgca gccgaagctg aagcctcggc
    33121 cgccgaagga caagccacct cagaggaata acgaatccac ataaaccaaa caaaggagaa
    33181 tcatagcaat atggcagtaa caatggcaga tatcacccac ctccgcaaga tgagcggagc
    33241 cgggatgatg gattgcaaaa aggctttgga agaagccgac aacgactttg aaaaggcaat
    33301 ggagatcatt cgcaagaagg gtcaggctgt ggccgccaaa cgctccgatc gcgaggccgc
    33361 cgaaggctgc gtgctcgcag ccgacgaggg cggattcgcc gccatcgtgg ccctgaaatg
    33421 cgaaaccgac ttcgtagcca agaatgctga ctttgtggcg ctgacacagg acatcctgaa
    33481 cgccgccatg accggcaaac ccgcctcgaa agaggccctt ctcgcagcca cgctgcaggg
    33541 aggccgcacg gtagagaacc acatcacgga ccgcatcggt gtcaccggcg agaagatgga
    33601 actcggatac tacgagtccg tccaaggcgc cgccaccgtc tcctacatcc acccgggcaa
    33661 caagctcgcg tcgatcgtag ccttcaacga gccggtcgac caccacgtag cgcgtgagat
    33721 cgccatgcag gtggccgcca tgaaccccgt ggctgtgacc ccggacgagg tgcccgccca
    33781 tgtgctcgac accgagcgtg aggtggcccg cgacaaggcc cgtcaggccg gtaagcccga
    33841 gaatctgctc gaccgcatcg ccgagggcgc cctccagaag tatttcaaag agaacaccct
    33901 cctgcagcag gagtacgtca aggatgccaa attgaccgtc cagcaatacc tgcagcagca
    33961 gagcaagacg ctcaccgtaa ccgccttcaa gcgtgtcacg ctgaacgtgg actaaataac
    34021 tggactttcg catacaagaa ttcagtttag taaggagaag gagctgcctg tgaggtgtgg
    34081 cc
//
LOCUS       SEQF2637|AYYD01001081.1 1208 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1208
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             586..693
                     /locus_tag="SEQF2637_01244"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSMSELFNVDMMSSPARELRLLIDPDRTGTPSMT"
ORIGIN      
        1 ttgcgcgatg tgtagaaagg tgaaacataa gacgttccct cgctgttcac ttcttgattt
       61 acggtggcca gcaacatatt tacacccaat ttcaagcgat ccgtggcctg ataatccacg
      121 ttaaggcgtc cgctgatgcg ttccagacct gagttatagg cgataccctc ttgcttgagg
      181 taagagagag atgaatagta tttgaacttg tccgatccgc ccgtgatcga ggcttcgtaa
      241 ctgctgtgac tgcctttgcg aaacaatacg tcatcccagt ccgtatagcc gctccacgga
      301 atgggcgcga agttgttgat gcgtttatcg gcatatgcac gcgccacact ttcggacttt
      361 ccgcgtttca tctggcccgc cacgagtccg tcgtagatat attggcgacg ttcttctccg
      421 cccatgatcg ggcgatactc catagcgaag tctgaactac caaaatcggc cttgaatgag
      481 aatgcaggct ttccggactt gcctcgtttg gtggtaatca gcaccacacc gttagccgca
      541 cgcgatccgt aaagcgaagc tgcagctgca tccttaatga tggtaatgct ttcgatgtcg
      601 gagctattta acgtggacat gatgtcgagc cctgcacgcg agctgagact attgatcgat
      661 cccgaccgta cgggtacgcc gtcgatgaca taaagcggcg cattgctggc gttgaacgat
      721 cccatgccac ggatcttgag tgtcgaggcg gctcccggct gaccggaaga ggaggaaaac
      781 tgcacgccgg aagcgtttcc ttgcaacaaa tccttgaacg agacggctgg aacatcctgc
      841 attttgtcgg ctttcacatt cgaagccgat ccagcatagg ctgacttttt gaatgtgcca
      901 taacccgtga cgacaacttc gtccatcacg ttgtcttccg gctccagacg taccttaacg
      961 ggttgccccg ccgtagccga cacctccaaa cgcttgtaac ctatgtaaga gatgactaac
     1021 gtgacctgcg aaccctcggc ttcgatcgaa aaatgtccat cgaggtctgt cgttgtgcct
     1081 gtagctgttc ccttcacgag gatgttggcc ccgatgaccg gctcgcctgt ttcgtcgatg
     1141 accgttccga ccacggtacg tttctgatgt tgtgttagcg tcgccatttc cggtgcacga
     1201 ctggctgc
//
LOCUS       SEQF2637|AYYD01001082.1 1156 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1156
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             281..844
                     /locus_tag="SEQF2637_01245"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGEALRNGADRLERVGAVGEFGDDLHRAQGTGSGEHGHAECGRA
                     NGGENGGEDACTAGAVFGHVEHRLRHKEGDKGIGGHQVDAPLAARDGVEDERADGGDE
                     AEKAYAIHRQKVGDDVAHAAAERGALAAFVVRLAVEAEEGEDEEEGPGQEAGHERDEV
                     VPNGLLVPQVVRNGGLAEVEEAAEVFS"
ORIGIN      
        1 ggccgtagag gttggtgaag cccgcgcgga ggtcgttcat cacgtagatc cgatcccgct
       61 cggccggaaa ctcgctgcgg atgcgggcgg caaactcgcg cgaggaggtg cggttacgca
      121 agttgtgcat gatggcgccg tcgacgaaga ggttcagggc gccgctcagg aaaagggagg
      181 cgtagaggat cttgatgttg atccgccgcg acatttgata gccgaccgtc agcagggcca
      241 aggccaagat gatgaggatg acgatcgtgc cggccgaggg atgggcgaag ccttgcgcaa
      301 cggcgctgac cgtctcgagc gtgtcggcgc ggtcggtgaa tttggcgacg atctccaccg
      361 ggcgcagggc accggcagcg gtgagcacgg ccacgccgaa tgcggccgtg ccaatggcgg
      421 cgaaaacggc ggcgaagacg cgtgtacagc gggagcggtg ttcggccacg tagagcatcg
      481 cctgcgccac aaagagggag ataaagggat aggcgggcat caggtagacg ctccgcttgc
      541 tgctcgggat ggtgtagaag acgagcgtgc agacggcggc gacgaggctg aaaaggcgta
      601 cgcgatccat cgccagaagg tcggcgacga tgtggcgcac gcggctgccg agcgtggggc
      661 gctcgccgcg tttgtcgttc ggcttgcggt tgaagccgaa gagggagaag acgaggagga
      721 gggtccaggg caggaagccg gccacgagcg tgacgaagtt gtaccaaatg ggctccttgt
      781 gccccaggtc gtacgaaatg gcggcctcgc tgaggtggaa gaagcggccg aagttttcag
      841 ctaaaacgac gttgaggaac gcatcgccac cctgacgcca cgccgcgatg taccagagca
      901 agggaagaaa ggcggcgctg acgccgatgt aaagcagcgc cttgaagatc tgcaaggcgc
      961 tgtggcggcg aagcaggatg aggtacgtgc cgaagatgaa aagcggcaag atgatgccga
     1021 ccggcccctt ggtgagcacg gcgccgctga gtaaaagcgg gatgatgacg ggtaggcctt
     1081 tcaaggcgag cttttcttcc caccggtaca tctgcaggag ggcggcgacg atgaagccgg
     1141 tgaggaccat gtcgac
//
LOCUS       SEQF2637|AYYD01001083.1 2021 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2021
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             25..591
                     /locus_tag="SEQF2637_01246"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTIIIMEAFINKMRRLKGVRKMILIEEAWKAIASANMADYIKY
                     LYKTVRKYFGEAIVVTQEVDDIISSPIVKESIINNSDCKILLDQRKYMTKFDGIQALL
                     GLSEKEKNQILSINQNNDPERRYKEVWIGLGGMQSAVYATEVSREEYLAYTTEETEKV
                     EVMRLADHLGGDIEQAISRLAHEQNSIT"
ORIGIN      
        1 aaggacaaca aagacctctt ccccgtggtg acgatcatca tcatggaggc cttcatcaac
       61 aagatgcgaa ggctgaaggg cgtgcgtaag atgatcctca ttgaagaagc atggaaggcc
      121 atcgcttcgg ccaatatggc agactacatc aaatacctct acaagaccgt ccgcaagtat
      181 ttcggcgagg cgatcgtggt gacgcaggag gtcgacgaca tcatttcgtc gcccatcgtc
      241 aaggagtcga tcatcaacaa ttccgactgc aagatcctgc tcgaccagcg gaagtacatg
      301 accaagttcg acggcataca ggcgttgctc gggttgtcgg agaaggagaa aaaccagatc
      361 ctctcgatca atcagaacaa cgaccccgag cggcgttaca aggaggtatg gatcggtctg
      421 ggcggcatgc agtcggccgt ttacgccacg gaggtctcgc gcgaggagta tctcgcgtac
      481 acgaccgagg agacggagaa ggtcgaagtg atgcgcttag ccgatcacct cggcggagac
      541 atcgagcagg ccattagcag gttggcgcac gaacaaaatt cgatcacatg agagctaaaa
      601 aagcttgtgc gtcatcaaaa ttcgatgacg cgtgaacaaa atttgatcac acgccagctt
      661 cttgttgctc gtgtgtcatc aaaatttgat cacgcgccag cttgttgttg ctcgtgcgtc
      721 atcaactatt ctcctaaaaa gcagaagctc cgaggttgaa gcaagtggac tgattgttag
      781 gcgaaaaggg gtagatatgc ttccgatttc gtcgagcgta aaaggcagaa aagtgcggat
      841 ccgagcaaga gttcagttac caaaccatta cccagcttgg tggcgggtaa cgatggagca
      901 gtgataggta actgaggtcg tcttgcacac ggttctttta cattgatata caggaatctg
      961 cgcaggtaac gggcgctttg aaccgggtaa ttttgcccac agttttcaaa gcgtatggat
     1021 gacaagaaaa tgaaggtgtt gctctacctc aaaaagagct ctctcgatag gtcaggcaag
     1081 gcgccgatca tgggacgcat cacgctgggg cgttccatcg cacagttcag ttgcaagctg
     1141 ttctgtaatc ccgatttgtg gaacccgcgc gaaagtcgga tggacgggaa gagtcgcgaa
     1201 gccgttgagg tcaatgccaa attggacaac ctccttctcg ccgttcagtc ctcctatcaa
     1261 tccttgcttg ccaagggctt accgtttgac gcaaccgaca tcaaggagca tttccaaggc
     1321 tgcgtgcaaa gtcgaatgat gcttttagaa cggttcgatg acctgatcga ggaaatgaag
     1381 ggtcacgtcg gtgtagacat caaggaaaat tctttggcct catatcgtca gacaagagca
     1441 cgattgcagc agttcattcg ggcgaagcac aaagtctccg acttgacctt ttcgcagctc
     1501 acggaggact ttatcaaaca attcgagcag tatgtaatcg gagaagttgg tctgaaacaa
     1561 agcacctgct acaacatggc cgtccttatc aagaaggtct gcaagctggc ttatcgcgaa
     1621 ggggcggcag actccttgct attcgacaat gtgcacgtgg acaagggaga tagccgatta
     1681 cccaaagcgc tcgacaagga cgcgttagac aagttgaagg cgctgcgttt tgacggtttg
     1741 gacgaggata tggaaaccgc ccgcaatgtg tttcttttcg cctgttacac cggcgcggcc
     1801 tattgcgatc taatggcact gaaccataag catcttgttc gcgacgacga gggcgcccta
     1861 tggttgaagt tcaacaggca gaagacgggc gtcctctgtc gtgtaaagct cttgcccgaa
     1921 gcccttcgat tgttggagca gctacacagc gatgcaagag agacactgct cccttatatg
     1981 aactatgcca cctatttgtc ttgtctgaaa gcgatctcgc t
//
LOCUS       SEQF2637|AYYD01001084.1 7574 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7574
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             205..2334
                     /gene="dpp5_1"
                     /locus_tag="SEQF2637_01247"
                     /EC_number="3.4.14.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2RIT0"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl-peptidase 5"
                     /translation="MNMNKGLAACTMLAMMACNTTDQKKEGATDQTVIGAPEVKIENG
                     QMTPEVLWAFGRVGNVSVSPDGKQIAYTVTYYSIPENRGNADLYIMDADGTNKKQLTR
                     TAASESAVAWKPDGKAIAYLREGKLWNIAPDGSAEKQVSDIEQSIEGFLYAPAGDKIL
                     LVIPTKIEKCMNGDLYEDLDKAKAYVYDDLMYRHWDTWKDGSYNHLYLGDVKGDKVKT
                     IEDIMPGEPFDSPVKPFGGTEQIAWSPDGSVIVYTCKKLSGRDYAFQTNSNLYAYTLA
                     DKQTRLLTPDMPGYDQNPQFSPDGKTLLWSSMRRGGYEADKERMMMMEWPNGQMVDVS
                     DSLDASPSSLQWTPDGKTIYLTAPIKEAYQIFAFDVASRSFRQLTDGNQDYQHVALAG
                     DKLIATRTTLVDPAEIYSVDPATGKGTDLSQVNKDLLSKLNLPTFEKRFVTTTDNKQM
                     VTWVVYPPKFDASKKYPILLMCTGGPQGVLSPSFSYRWSYMLMAAQGYVVVVPARRGT
                     SGSGQEWADAISKHHGTQDEQDLLAAVDEICKEPWADKDHVGAMGASYGGFSIFHLAG
                     THKGRFKAFLAHCGIFNSEFMYPTTEEMFFDEWENGGAPWDKDNKVAQNTYSHSPHLM
                     VKNWNTPIMIVHGEQDFRVPYSQGMAAFNTARMLGVESRLLIFPTENHWVLSPQNAIL
                     WQREFFKWFDKYLKNGDKPKEAEKPKA"
     CDS             2458..3291
                     /locus_tag="SEQF2637_01248"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSHINKLMTGLLAAVLSFSCTGADKSAAYGVADSKEMAAEAGS
                     SSSDIRVGEEAIPERKLTKNGMLRFETSDAQKTRAAIQKAVTEAKGYVASDSKDEEEG
                     RQTSTVTLRVPSDRFDALVDRITAEAGKIDYKNIEVSDVTQEYIDLDARLKTKKDLEA
                     RYQELLKRANSVDEVLKVEAQISSLRAEIESAEGQMRYLKNQVALSTLTVSFYEKTVA
                     AGFGYKFQRALRQGWDNLLWVIVGLANLWAILLFVAIVWIIIARIRRNRKRKKAAASQ
                     S"
     CDS             3594..5747
                     /gene="dapb1"
                     /locus_tag="SEQF2637_01249"
                     /EC_number="3.4.14.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07834"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl aminopeptidase BI"
                     /translation="MNTKHIYLGLLGAALVFMAASCSSNQTEGEKILKQSDFPAPPVA
                     EVHPDTFVNFGKQRIDNYYWMKDKTNPKVIEYIKAENAYTDTVMASTRDLQQKIYDEI
                     LGRIKEDDESYPTYDDGYYYYSRTEKGKQYRTYCRRKGSMDAPEEVIFDVNKLAAGKQ
                     AFIFRGYIISPDNSKAAYFYNETGSYAEFTMKVRDLASGQDVGFTVEGAASVAWANDN
                     RTLFYSAIDHTLRSSKIFRRELDAAEGTLVYEEKDAKFSTYVSATKTKQFIFITCGSS
                     TTSDERYISADRPTDPFKVFLPRTKDVEYSVYAHADRFFIRYKDKEHLNGLIYEAPLT
                     GYEDRKTWKEFLPYDKDVRIEALDVLKDYVALELRKNGLNEIRIKPINGGETKTIAFP
                     EPVYTVSLGGNPEYDATTIRYTYTSLNRPSTLYEYAITDGKTTKLKEQEVPSGFNPDD
                     YVVERLWATAPDGVRVPMAVVYKKGLKRNGSAPALLYSYGSYGSSSDVYFSPAYYSLI
                     DRGFVFAIAQIRGGSDLGEQWYEDGKLLKKKNTFTDFIACSELLINEHYTSASRLAAM
                     GGSAGGLLMGAVANMRPDLYQTIVAQVPFVDVINTMLDESLPLTTGEYEEWGNPNEEE
                     YYNYMLSYSPYDNIRAQNYPNMLVTGGLNDSQVLFHEPLKYVAKLRSMKTDDNILILH
                     MDMDSGHGGATGRYDSIKDTAFEFAFILNRVGIAK"
ORIGIN      
        1 gtacccctac ggagatctct cggactggtg tttttgatct ccgtacccct acggagatct
       61 ctcggactgg tgtttttgat ctctgtaccc ctacggagat ctctcggact ggtggttttg
      121 atttgatgcg gttgccctgc ctacaccccc gtttagattc cgtttgtact tttaccggcg
      181 taaccaacaa acttttagac ccatatgaat atgaacaaag gattagctgc atgcaccatg
      241 ttggccatga tggcatgtaa cacaacggat cagaagaaag aaggcgccac ggatcagact
      301 gtgatcggag caccagaagt gaagatcgag aacggacaga tgacccccga ggtgctctgg
      361 gctttcggtc gcgtgggcaa cgtcagcgta tcgcccgacg gtaagcaaat cgcctacacg
      421 gtgacctact acagcatccc cgaaaaccgc ggcaacgccg atctctacat catggacgca
      481 gacggcacga ataagaagca actcacccgc accgccgcca gcgagagtgc cgtggcttgg
      541 aagcccgacg gcaaggctat cgcctacctg cgtgagggta aactctggaa catcgccccg
      601 gacggtagcg ccgagaagca agtgtccgac atcgagcaat cgatcgaagg attcctctac
      661 gccccagctg gcgataagat cttgctcgtg atccccacca agatcgaaaa gtgcatgaat
      721 ggcgacctct atgaggacct cgacaaggcc aaggcctacg tctacgacga tcttatgtac
      781 cgccattggg acacgtggaa ggacggttcc tacaatcacc tctacctcgg cgacgtgaag
      841 ggcgacaagg tgaagaccat cgaggacatc atgcccggcg aacccttcga ctcgcctgtg
      901 aaaccctttg gtggcacgga gcagatcgct tggagccccg acggatccgt gatcgtctac
      961 acctgtaaga agctctccgg acgcgactat gccttccaaa ccaactccaa cctctacgcc
     1021 tacacgttgg ccgacaagca gacgcgcctc ctgacgcccg acatgccggg ctacgaccag
     1081 aacccgcaat tctcgcccga tggcaagaca ctcctctggt ccagcatgcg ccgcggcgga
     1141 tacgaggcag acaaggagcg gatgatgatg atggagtggc cgaacggaca gatggtggac
     1201 gtctccgact cgctcgacgc cagtccttcg tcgctgcagt ggacacccga cggcaagacg
     1261 atctacctca ccgccccgat caaggaggcc tatcagatct tcgccttcga cgtagcttct
     1321 cgctccttcc gtcagctgac cgatggcaat caggattatc aacacgtggc gttggctggc
     1381 gataaactga tcgctacgcg caccacgctt gtcgatccag ccgagatcta cagcgttgac
     1441 ccggctacgg gtaagggcac agacctctcg caggtgaaca aggatttgct gagcaaactc
     1501 aacctgccga cgttcgagaa gcgtttcgtg accacaacag acaacaagca gatggtgact
     1561 tgggtggtct acccgcccaa gttcgacgcc tcgaagaagt atcccatcct gctcatgtgc
     1621 accggcggtc cgcagggtgt gctcagcccg tcgtttagct accggtggag ctatatgttg
     1681 atggctgcac agggttacgt agtcgttgtg cctgctcgcc gcggcacgtc tggatcgggt
     1741 caggagtggg ccgacgccat ctcgaagcat cacggtacgc aggatgagca agacctgctc
     1801 gccgctgtcg acgagatctg caaggagccg tgggcagaca aggatcacgt cggtgcaatg
     1861 ggcgccagct acggcggctt ctccatcttc cacctggccg gcacacacaa gggtcgcttc
     1921 aaagccttct tggcgcactg cggcatcttc aactcggagt tcatgtatcc gacgacggag
     1981 gagatgttct tcgatgaatg ggagaacggc ggagcaccgt gggacaagga caacaaggtg
     2041 gctcaaaaca cctactcaca ctcgcctcat ctgatggtga agaactggaa cacgccgatc
     2101 atgatcgttc acggtgagca ggacttccgc gtaccgtatt cgcagggtat ggcggcgttc
     2161 aacacagcgc gcatgttagg cgtggagagc cgtttgctca tcttcccgac ggaaaatcat
     2221 tgggtgctca gtccgcagaa tgccatcctc tggcagcgtg agttcttcaa gtggtttgac
     2281 aagtacctca agaacgggga caaaccgaag gaagcggaga aaccgaaggc ataaggctgg
     2341 tacatatgta ggggcgaaaa atcttcgccc ctacaaacac ctatcacatc tgattactgt
     2401 gggcgctcac aagagagccc ttaccaccgc gccataggcg cataaccacc tgtttttatg
     2461 agatcgcaca tcaataaact catgacgggg ctgcttgcgg cagtcctgtc tttttcatgc
     2521 acgggcgcag ataagagtgc tgcgtacgga gtggctgaca gtaaggagat ggctgccgaa
     2581 gccggcagta gctcgtccga catccgcgtg ggtgaagagg ctatccctga acgcaagctg
     2641 actaagaacg gcatgctgcg cttcgagacg tccgacgccc agaagacgcg tgcagccata
     2701 cagaaggccg tcaccgaggc taagggctac gtggccagcg acagcaagga cgaggaggag
     2761 ggccgacaga cctccaccgt tacgctgcgt gtgcccagcg accggttcga cgccctcgtg
     2821 gatcgtatca ctgccgaagc cggcaagatc gactacaaga acatcgaggt gagcgacgtc
     2881 actcaggagt acatcgacct cgatgcccgc ctcaagacga agaaagacct cgaagcccgc
     2941 tatcaggaat tgctcaaacg cgccaatagc gtggatgagg ttctcaaggt cgaggcgcag
     3001 atcagcagtc tgcgtgccga gatcgaatcg gccgaggggc agatgcgcta tctcaagaat
     3061 caggtagcgc tcagcacgct caccgtctcg ttctacgaga agaccgtcgc cgcaggtttc
     3121 ggatataagt tccaacgcgc actgcgtcag ggatgggaca acctcctgtg ggtcatcgtc
     3181 ggcctcgcga acctctgggc catcctgttg ttcgtcgcca ttgtgtggat catcatcgca
     3241 cgcatcaggc gtaatcgaaa gagaaagaag gcggctgcgt cgcaatcgta gttacgacct
     3301 tcggccgggt agttatgcgc ccttcggcgc agtagtcaga agtagttata acgtgagttc
     3361 gatgtaggcc atcccagcga tttcctcaag gaaatgagtg gaagcccatc ccagcgattt
     3421 cctgaggaaa tgagtggccg atttcctaag gaaatgagct gaaaaagttt tgtggcaggc
     3481 gatttcctcc agaaaatcgc atatcgaact cacgttataa ctacttctga ctactgcgcc
     3541 gaagggcgca taactacatg aatcaatcat cataacccat tacatcacat aaaatgaaca
     3601 ccaaacacat ctatctcggg ttgctcggag cagccctcgt attcatggct gcatcgtgca
     3661 gctctaacca aacagaagga gagaaaattt tgaagcaatc cgattttccc gcgccgccag
     3721 tggctgaggt tcaccccgac accttcgtca acttcggcaa gcagcgcatc gacaactact
     3781 actggatgaa ggataagacg aatcctaaag tcatcgagta catcaaggcc gagaacgcct
     3841 acaccgacac cgtcatggcc tccacccgcg acctacaaca gaagatctac gacgagatcc
     3901 tgggccgcat caaggaggac gacgagagtt atcccaccta cgacgacggc tattactact
     3961 acagccgcac cgagaagggc aagcaatacc gcacctactg ccgccgcaag ggatcgatgg
     4021 atgcccccga ggaggtgatc ttcgacgtca ataaactggc ggccggtaag caagccttca
     4081 tcttccgcgg ctacatcatc agcccggaca acagcaaggc ggcctacttc tacaacgaga
     4141 ccggatcgta tgccgagttc accatgaagg tgcgcgacct cgcttccgga caggacgtcg
     4201 gcttcaccgt cgagggcgcc gcatccgtgg cttgggccaa cgacaaccgc acgctcttct
     4261 acagcgccat cgaccacacc cttcgctcat cgaagatctt ccgccgcgag ctcgacgctg
     4321 ccgaaggaac actcgtctac gaagagaagg acgccaagtt cagcacctac gtctcggcca
     4381 caaagacgaa gcaattcatc ttcatcacct gcggcagctc caccacctcg gacgagcgct
     4441 acatctcggc cgatcggccc acggacccct tcaaagtctt cctgccccgc acgaaagacg
     4501 tcgagtacag cgtctacgcc cacgccgacc gcttcttcat tcgctataaa gacaaggagc
     4561 acctcaacgg actcatctac gaggcgcccc tcactggcta cgaagaccgc aaaacgtgga
     4621 aggaattcct gccctacgac aaggacgtcc gcatcgaagc cctcgacgtg ctcaaggatt
     4681 acgtcgcctt ggagcttcgc aagaacggcc tcaacgaaat ccgcatcaag cccatcaacg
     4741 gtggcgaaac gaagaccatc gccttccccg aacccgtcta caccgtctcc ctcggcggca
     4801 atccggagta cgacgccacc acgatccgct acacctacac ctccctcaac cgcccctcga
     4861 cgctctacga atacgctatc accgacggca agactacgaa gctcaaggag caagaagtgc
     4921 cctccggctt caaccccgac gactacgtcg tggagcgcct ctgggccact gccccggacg
     4981 gcgtccgggt acccatggcc gtggtgtata agaaaggcct caagcgcaac ggatcggcgc
     5041 ccgccctact ttactcctac ggatcgtacg gcagcagctc cgacgtctac ttcagccccg
     5101 cctattacag cctcatcgac cgcggcttcg tcttcgccat cgcgcagatc cgcggcggaa
     5161 gcgacctcgg cgaacagtgg tacgaagacg gcaagctgct caagaagaag aacaccttca
     5221 ccgacttcat cgcctgcagc gagctactca tcaacgagca ttacacctcc gcctcgcgtc
     5281 tggcagcgat gggcggcagc gccggcggcc tgctcatggg cgccgtggcc aacatgcgcc
     5341 ccgacctcta ccagacgatc gtcgcccagg tgcccttcgt ggacgtcatc aacaccatgc
     5401 tcgacgagtc gctgcccctc accaccggcg aatacgagga gtggggcaac cccaacgagg
     5461 aggagtatta caactacatg ctctcctact cgccttacga taatatccgg gcgcagaact
     5521 accccaatat gctcgtcacc ggcggcctga acgactcgca agtgctcttc cacgagcccc
     5581 tcaagtacgt cgccaagctc cgctccatga agacggacga caacatcctc atcctccaca
     5641 tggacatgga ttccggccac ggcggcgcca ccgggcgcta cgatagcatc aaggacaccg
     5701 ccttcgagtt tgccttcatc ctcaatcgcg tcggcatagc caaataagcg tcggccggtg
     5761 tgtccgtcca cacaccgttt gccatgaaag ccccctttct gcttcaaacg agcagggagg
     5821 gggctttcct ttttatgagt gcatctcata taccagcctt ttatgctgac ttctcatcaa
     5881 aatttgatca ctcgagagct ttaaaacctc atgcgtcatc aaaattcgat cacgcgagag
     5941 gtaaaaaagc tcgtgcgtca tcaaaattcg atcacacgag aggtaaaaaa gctcgtgcgt
     6001 catcaaaatt cgatcacgcg tgaacaaaat ttgatcacaa gccagcttct tgttgctcgc
     6061 gcgtcatcaa aattcgatca catgccagct tgttgttgct cgtgcgtgat caactattcc
     6121 ccttaaaagc agaagagccg atgtcgaagt aagtggactg attgttaggt ggaaaggggg
     6181 caatatgctt ccggttgcgt cgagcgtaaa aggcagaaaa gtgcggatcc gagcaagagt
     6241 tcagttacca aaccattacc ccgccccgcg acaggtaact atggtgcaaa agcaggtaac
     6301 agagcctttt ccacaaacgg ttcttttgca ttgatataca ggaatctgca caggtgacgg
     6361 gcgctttgaa ccgggtaatt ttgcccacag ttttcaaagc gtatggatga caagaaaatg
     6421 aaggtgttgc tctacctcaa aaagagcact cgtgacaggt cgggcaaggc gccgatcatg
     6481 ggacgcatca cgctggggcg ttccatcgca cagttcagtt gcaagctgtt ttgcaatccc
     6541 gatttgtgga acccgcgcga aagtcgaatg gacgggaaga gtcgcgaagc ggtcgaggtc
     6601 aatgccaagt tggacaacct tcttctcgcc gttcaggcct cctatcaatc cttgcttgcc
     6661 aagggatcac cgtttgacgc aatcgacatc aaggaggatt tccaaggcag cgtgcagagt
     6721 cgaaccatgc tattggagcg gtttgacggc ttgatcgagg aagtgaagga tcacgtcggt
     6781 gtagacatca aggaaaattc tttggcctcg taccgtcaga caagagcgcg attgcagcag
     6841 ttcatccaag cgaaatacaa agtctccgac ttggcctttt cgcagctgac ggaggacttc
     6901 atcaaacaat tcgagcagta tgtaatcgga gaagttggtc tgaaacaaag cacttgctac
     6961 aacatgattg tccttatcaa gaaggtctgc aagctggctt atcgagaagg ggccgctgac
     7021 actttgctat tcgacaatgt acacgtggac aagggagata accggctacc caaagcgctc
     7081 gacaagggtg cgttagacaa gttaaaggcg ctgcgttttg acggtttgga cggggatatg
     7141 gaaacctccc gcgatgtgtt tcttttcgct tgttacaccg gcgcggctta ttgcgatttg
     7201 atggcgttga accgcgagca tcttgtccgc gacgatgagg gcgccctttg gttgaagttc
     7261 aacagacaga aaacgggcgt cctctgtcgc gtgaagctct tgcctgaagc ccttcggttg
     7321 ctggaacagc tacacaacga tgccagggag acactgctcc cttatatgaa ttatgccacc
     7381 tatttgtctt gcctgaaagc aatctcacta agggccggac tgtctttgcc catcaccacg
     7441 cacaccgccc ggcacacctt cgctacgctc atcaccttgg aacagggcgt tcccatcgaa
     7501 accgtaagca agatgcttgg gcatagcacg gtgcgcatga ccgagcgata tgcgaaagtc
     7561 actccccaaa agct
//
LOCUS       SEQF2637|AYYD01001085.1 1629 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1629
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcctttttg aaggtcggca acagatactg agagaagcgc tttgcgccgg tcaaagccgt
       61 attcacaaac tcaatactct gcttccccat cgggttcatc ttcctctttt catccgccgg
      121 aagcgcaatc aaaaaaggca tcagcgtctc aatgtcactg agatgcgtat tcactttacc
      181 aatgttctcg tccgtcaatt cgccggacac taaattcttt gcttttgcca tgtttttata
      241 gatatgaaaa acgccgtgaa agtagtcgct tctttctttt cttcaacaat cagaagctca
      301 tgcgccagct acttcttgct catgcgccag caactattcc tctcaaaagc agaagtcccg
      361 atgtcgaagc aagcggactg attgttaggc ggaaaggggt ggagatgctt tcggttgcgt
      421 cgagcggaaa aggcagaaaa gtgcggatcc gagcaagagt tcagttacca aaccattacc
      481 ccgctccgca acaggtaacg atattgcaaa agcaggtaac tgagtctttc tcgcatacgg
      541 tgtttttgca ttgatataca ggaatctgca caggtaacgg gcgctttgga ccgggtaatt
      601 ttgcccacag ttttcaaagc gtatggatga caagaaaatg aaggtgttgc tctaccttaa
      661 aaagagcagt cgtgacaggt cgggcaaggc gccgatcatg ggacgcatca cactgggacg
      721 ttccattgca cagttcagtt gcaagctgtt ttgcaatccc gatttgtgga acccgcgcga
      781 aagtcggatg gacgggaaga gtcgcgaagc cgttgaggtc aatgccaaat tggacaacct
      841 ccttctcgcc gttcagtcct cctatcaatc cttgcttgcc aagggatccc cgtttgacgc
      901 aactgacatc aaggagcatt tccaaggctg cgtgcaaagt cgaatgatgc ttttagaacg
      961 gttcgatggc ctgatcgagg aaatgaagga tcacgtcggt gtggacatca aggaaaattc
     1021 tttggccgcg taccgtcaga caagagtgca attacagcag ttcattcgag cgaaatacaa
     1081 agtctccgac ttggcctttt cgcagcttac ggaggacttc atcaagcagt tcgagcagta
     1141 tgtaaccgga gaagtggggc tgaaacagag cacttgctat aacatgatcg tctttattaa
     1201 gaaggtatgt aaactggcct accgagaggg cgccgcagac tccttgctat ttgacaatgt
     1261 acacgtggat aagggagata gccgattacc taaggcactc gataaggacg cgttggacaa
     1321 gttaaaagcg ctncgttttg acggtttnga ngggaatatg gagatctccc gcaatgtgtt
     1381 tcttttcgcc tgttacaccg gtaccgccta ttgcgatctg atggcgctga accgtgagca
     1441 tcttatccgt gacgacgagg gcgccctttg gctgaagttc aacagacaga aaacgggcgt
     1501 cctctgccgt gtaaaactct tgcctgaagc ccttcgattg ctggaacagc tacacagcga
     1561 tgcaagagag acactgctcc cttatatgaa ntatgccacc tatttgtctt gnctgaaagc
     1621 natctcgnt
//
LOCUS       SEQF2637|AYYD01001086.1 7904 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7904
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(750..1052)
                     /locus_tag="SEQF2637_01250"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEISLTESLQQTLFRIPLFEGAPESLRASLTERLDTRLYALEK
                     NEIVAHQGTVCRVLYVLLEGRVRTDLVDEWGNRVMIETIVAPRSFATDLIAHLRTL"
     CDS             1229..2488
                     /locus_tag="SEQF2637_01251"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFCMIFSLFVGGMMAQPGDNQTTVDVQVRPRAEYRNGALFPRDR
                     GELPARFIADRARLSLGYERSQLEMRFSAQHVGVWGQDPQIDRNGRFILNEAWAKLRF
                     GHGLFAKLGRQPLSYDDERILGALDWNMAGRYHDALKLGYESRRDLLHLILAFNQNDE
                     RVIGGTYYHPGAQPYKSMQTLWYAHSDEHFRVSALAMNLGLEGGTADRAETRYQQTFG
                     VNLGVRPDRALDLSGAFYYQMGRTAADVSISAWMAALRANIHATEGLSFQLGSDYLSG
                     DKRESTRFEAFNPLYGTHHKFYGAMDYFYASPFANGLNPGLWDNYAGLNVAITPGLSL
                     GATGHYFSTTSKLQSATGQRSKGLGTEVDLQLSWKLMKDVNLMAGYSFMSGTETMDYV
                     KGGDHTRWQDWAWLSVNIQTRVFQAMW"
     CDS             2590..3183
                     /gene="nrfH"
                     /locus_tag="SEQF2637_01252"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9S1E6"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c-type protein NrfH"
                     /translation="MKKLLTSLPRQLVLPLFVFGGILAGLGAYAAYMARIHTYLGDDP
                     SVCINCHIMAPYYNSWDHSSHGRRATCNDCHVPHDNVFLKYAFKAKDGLLHASVFTLR
                     SEPMALRPREESYEVIMNNCIRCHTQLNQEFVNTGMISYVDAVNGKGKACWDCHTSVP
                     HGKRSNLNGTPDAVVPLPKSPVPDWLKKMMGSGKSKI"
     CDS             3278..4795
                     /gene="nrfA"
                     /locus_tag="SEQF2637_01253"
                     /EC_number="1.7.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8EAC7"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c-552"
                     /translation="MFKRLTDTIRRRPIVGWILFFAIMAGVFLLGLLAASITERRAEI
                     ATIYNNKKTDIPEFETRNEIWGLNFPREYETWAQTADTSFTSEFNGSHAVDVLAARPQ
                     MVIFWAGYSFSREYNSPRGHKHAIEDMRAILRTGNPGIDGEGDIQPATCWTCKGPDVP
                     RMMHEMGIANFYKAPWSQLGAEIMNPIGCGDCHDPKTMDLKITRPALIEAFQRQGKDI
                     TKATQQEMRSLVCAQCHVEYYFKGEGKYLTFPWDKGMTMEDAEAYYDESDYYDYIHAL
                     SRAPILKAQHPGYELSMQGIHAQRGVACADCHMPYKAEGGIKYTDHHITSPLQYIDRT
                     CQVCHRESEETLRQNVYERQRKVNEVRNKLEDELLHAHIEAEFAWKKGATETEMAPVL
                     KFIRQSQWRWDYGVASHGASFHAPQEVTRILSAGLERAMKARLALSRILAKHGYTDEV
                     PMPDISTKEKAQRYIGLNPEELRRKKGEFLKTVVPKWIEEARKKNRIMTADASKS"
     CDS             5007..6263
                     /locus_tag="SEQF2637_01254"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQQHRRPMWQHPWHWKESIAFVSGILLTGLLLQLIVGEFDFEL
                     LRYPMNTIVGGAIVLLSAAIALGCARSAVCRWYTGVPLAVTLIVAFVVTGIIMGLTPQ
                     STARPAEGTMHFTSRLGLDRMTRAWPFVLLYFLTLLSLGALFIRRLLHFQRSDYAFYL
                     NHAGLWLLLFAAGLGAADMERFLMRVPEGEVEWRGTDSHGRVMQLPIAIELYDFSMEE
                     YPPSLTIIDRKTGASQPVEKPEFFPIDPKIPRGKLAGWDIQLLEYIHDAVRNSDSTYR
                     EIHMPGASPAARIKARNPVTGVERTGWVCAGNISQLYMVLNLDTNLCVAATMPEPRRF
                     VSDIEVYRKDQDAGTRARLEVNRPFRTGPWTIYQHGYDSEAGKLSEYTVVELVYDPWL
                     TLVYIGIILLAAGSVCMLWGGRRRTA"
     CDS             6313..7101
                     /gene="ccsA_1"
                     /locus_tag="SEQF2637_01255"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P72978"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c biogenesis protein CcsA"
                     /translation="MTWNDFPWFALPAMLCWVAAGITVYKYRGISHVLMLLGTLIYAI
                     FIGGLWVGLERPPMRTVGETRLWYAFFLAAVGYATFRRHRYPWLLSFAALVACVFTCI
                     NLFKPEIHSKHLMPALQSYWFVPHVTVYILSYAMLGAATVGAFIRMHALRNDPDAPED
                     EALYRLMDNLVYTGFGFLMCGMLMGAVWAKEAWGHYWSWDPKETWAFVTAAAYLVYIH
                     LRLRHAPERVVLWTLPISFILLMITWIGVNYLPAAQGSIHVYSS"
ORIGIN      
        1 tggaagaaag aagaaaatgc tagaatagag agagtcaata ataaatccct ctatcagcga
       61 aagagcgatc tttgtaagat ttacatgtat acaagatgta gtacagaaaa aatagaaagt
      121 accgtcaatg atacaataag gaaaggacat ctatgagcga agcaaaggat ataaacaata
      181 tcaacaacgg agagtttgat cctggctcag gatgaacgct agcgacaggc ttaacacatg
      241 caagtcgagg ggcagcaatt tgtagcaata caaagttggc gaccggcgca cgggtgagta
      301 acgcgtatgc aacctaccca caacagaaga ataatccggc gaaagtcggt ctaatacttc
      361 ataaaacagg gacaccgcat ggtgttattt gttaaagatt tatcggttgt ggatgggcat
      421 gcgtaccatt aggcagttgg tgaggtaacg gctcaccaag cctacgatgg ttaggggttc
      481 tgagaggaaa gtcccccaca ctggtactga gacacggacc agactcctac gggaggcagc
      541 agtgaggaat attggtcaat gggcgagagc ctgaaccagc caagtcgcgt gaaggatgac
      601 ggccctatgg gttgtaaact tcttttgcag gggaataaag atattcacgt gtgggtagtt
      661 gtatgtaccc tgcgaataag catcggctaa ctccgtgcca gcagccgcgg taatacggag
      721 gatgcgagcg ttatccggat ttattgggtt taaagggtgc gtaggtgggc tattaagtca
      781 gtggcgaagg aacgcggtgc tacgatcgtt tcaatcatca cccgattgcc ccattcatcg
      841 acgaggtcgg ttcgcacacg cccttcgagt agcacgtaaa gtacgcggca gacggtgcct
      901 tgatgagcga cgatttcgtt cttttccagc gcatagagtc gggtgtcgag ccgctccgta
      961 agcgatgcgc ggagactctc cggggcccct tcgaaaagtg ggatccggaa taaggtctgt
     1021 tgtagtgact cagtgagtga gatctcattc atggtgcgtg ttcagtactt ctacttttat
     1081 tctcaaaggc aaaggtagcc cttatataga gtcgtcaggg gagtgtgcgt gcgcggcggc
     1141 gtaataagta tgacggccaa tgaaccgaat aaccccgtcc tttgcatcca ttaatcaaat
     1201 aatggaggac taaacaatga gacgaactat gttttgtatg atcttttcgc tgttcgtagg
     1261 cggaatgatg gcgcaaccgg gcgacaatca aacgacggta gacgtgcagg ttcggccgcg
     1321 agccgagtat cgtaacgggg cactctttcc gcgtgatcgg ggagaactgc cggctcggtt
     1381 cattgccgat cgagcgcgcc tgtcgttggg ctatgagcgc agccaacttg agatgcgctt
     1441 ctccgcgcag catgtaggcg tctgggggca ggatccgcag atcgaccgca acgggcgctt
     1501 catcctcaac gaggcttggg ctaagctccg cttcggccac ggcctgtttg ccaagctggg
     1561 gcgccagcca ctctcgtacg acgatgagcg catcctcggc gcactggatt ggaacatggc
     1621 cgggcgttac cacgacgcct tgaagctcgg ctatgagtct cgacgggatc tcctgcacct
     1681 gatcctggcc ttcaatcaga acgatgagcg ggtgatcggg ggcacgtatt atcaccccgg
     1741 tgcacaaccc tacaagtcga tgcagacgct ctggtatgcc cactccgacg agcatttccg
     1801 cgtttcggcc ttggcgatga acttagggtt agaaggcggc accgcggatc gtgctgagac
     1861 gcgctaccag cagactttcg gggtgaacct cggggtacgt ccggatcgtg ccttggatct
     1921 ctccggtgcg ttttactatc aaatgggacg taccgcggcc gatgtctcca tctcagcttg
     1981 gatggcagcc ctgcgcgcca acattcacgc caccgaaggc ctctcgttcc agcttggctc
     2041 ggactacctc tcaggcgaca agcgcgagag cacccgcttt gaagccttca atccgctcta
     2101 cggcacgcac cacaagttct acggggcgat ggattacttc tacgcctctc ccttcgccaa
     2161 cggtctgaac cccggactgt gggacaacta cgccggactg aacgtggcca tcaccccggg
     2221 cttgagcctc ggcgctacgg gtcactactt cagcaccacg agcaaacttc agtcagctac
     2281 tggtcagcgt tcgaagggtt taggcacgga ggtcgatttg cagcttagct ggaagctcat
     2341 gaaagacgtc aacctcatgg ccggctattc ctttatgtcc ggtacggaga cgatggacta
     2401 tgtgaagggc ggcgatcaca cgcgctggca ggattgggcg tggctctcgg tgaacattca
     2461 gacgcgcgtc ttccaagcca tgtggtaaag atggcggcct atatgctgat tgcatctgta
     2521 attcttatta cactcttgtt tacacttcgg ggctaccttt gcccccgttg attgtagccc
     2581 cgatccgtta tgaagaaatt attgacctcc ctaccgcgtc agcttgtcct tccccttttc
     2641 gttttcgggg gaatcttggc cgggcttggc gcttatgcgg cttacatggc gaggatacac
     2701 acgtatctcg gcgacgaccc ttcggtgtgc atcaactgtc acatcatggc gccctactac
     2761 aactcgtggg atcatagttc gcacgggcga cgggcaacgt gtaacgactg ccatgtgccg
     2821 catgacaacg tattcctcaa gtatgccttc aaggccaaag acggactgct ccacgcctcc
     2881 gtctttacgc tgcgaagtga acctatggcg ctgcgtccgc gcgaggagag ctatgaggtg
     2941 atcatgaaca actgcatccg ctgtcacacg cagctgaatc aggagttcgt caacaccggt
     3001 atgatctcct acgtggatgc tgtgaatggc aaaggcaaag cctgctggga ttgtcacaca
     3061 agtgtgcccc acggcaagcg tagcaacctg aatggtacgc cagacgccgt tgtaccgctg
     3121 cccaagtcgc ccgtccctga ctggctgaag aagatgatgg gaagcgggaa atcgaaaatc
     3181 taaaagcgaa gtgatgagca ctctcgtaac tcctttccac caccctctca ctacttctta
     3241 caaccctttg actaccctct aactacttct tactactatg ttcaagagat taactgacac
     3301 cattaggcgc cgacccatcg tcgggtggat cctgttcttc gccatcatgg cgggcgtgtt
     3361 tctgctgggt ttattagccg catccatcac ggagcggcgc gccgagattg caacgattta
     3421 caacaacaag aagaccgaca tccccgaatt cgagacgcgc aacgagatct ggggcctcaa
     3481 cttcccacgc gaatacgaga cttgggcaca gacggcggac acctccttca cgtccgagtt
     3541 caacggtagc cacgccgtcg acgtgctggc tgcccggccg cagatggtta tcttctgggc
     3601 gggctactcc ttctctcgcg aatacaattc gccccgtggc cataagcatg ccatcgaaga
     3661 catgcgcgcc atcctccgta cgggtaaccc cggtatagac ggcgagggcg acattcagcc
     3721 agctacgtgt tggacatgta aaggtcccga tgttccccgc atgatgcacg agatgggcat
     3781 agccaacttc tacaaggcgc cctggagcca gctgggcgcc gagatcatga acccgattgg
     3841 ctgcggcgac tgccacgacc cgaagacgat ggatctgaag atcactcgtc ctgcgttgat
     3901 cgaggctttc caacgtcaag gcaaagacat caccaaggct acgcagcagg agatgcgctc
     3961 actcgtctgt gcacagtgcc acgtggagta ttacttcaag ggcgagggca aatacctcac
     4021 tttcccgtgg gacaagggca tgacgatgga ggacgccgag gcctactatg acgaatcgga
     4081 ttactacgac tacatccacg cgctcagtcg tgcacccatc ctcaaggcgc agcacccggg
     4141 ctatgagctg tctatgcagg gcatccacgc acagcgtggc gtagcttgcg ctgactgcca
     4201 catgccttac aaggccgaag gcggcatcaa atacaccgac caccacatca ccagcccgct
     4261 gcaatacatc gaccgcacct gccaagtgtg ccatcgcgaa agcgaggaga cactccggca
     4321 gaacgtctat gaacgtcagc gtaaggtcaa cgaggtgcgc aataagctcg aagatgagct
     4381 gctgcatgcc catatcgagg cagagttcgc ctggaagaag ggcgctaccg aaaccgagat
     4441 ggcacccgtg ctgaagttca ttcgccagtc gcaatggcgt tgggactacg gcgtggcatc
     4501 gcacggagca tccttccacg caccgcaaga ggtgacgcgc attctcagtg ccggcctcga
     4561 gcgcgccatg aaggctcgcc ttgctctctc ccgcattctg gccaagcacg gctacaccga
     4621 cgaggtgccc atgcctgaca tctctacgaa ggagaaggca cagcgctaca tcggtctgaa
     4681 ccccgaagaa ctgcgccgca agaagggcga gttcctcaag accgtcgttc cgaagtggat
     4741 cgaagaggcg aggaagaaga accgcatcat gacggctgac gcatcaaaga gctaagaagc
     4801 tgttttggaa tttatttcgg aggatattta gaggatattt ccggggattt tgtttcatct
     4861 tttaaggagc atagcgagct atgtgacgaa gaagatggga caaaagggcg gaaatagacc
     4921 tcaaatagcc ccgaaataga aatggagaaa atccgcccaa acagttcctt aaaacaatca
     4981 ctcaataaat tcaaaacagc ttctaaatgg agcaacaaca ccgccgccct atgtggcaac
     5041 atccctggca ctggaaagag agtatcgctt tcgtgtcagg gattcttctg actgggttgc
     5101 tgctgcagct cattgtcggc gagttcgact tcgaactgct gcgttatccc atgaatacga
     5161 tcgtcggtgg cgcgatcgtg ctactgtctg ccgccattgc gttggggtgc gcacgtagcg
     5221 ccgtctgccg ttggtacacg ggtgtgccgc tggctgtgac gctcatcgtg gccttcgtag
     5281 tgacgggtat catcatgggg ctcacgccgc agtcgactgc tcggcctgcc gagggaacga
     5341 tgcactttac ctcgcgcctc ggtctcgacc ggatgacgcg cgcttggcct tttgtcctcc
     5401 tctatttcct cacgctgctt tcgctcggtg cactcttcat tcgtcggttg ctccacttcc
     5461 aacggtcgga ctatgccttc tacctcaacc atgccggcct ctggctgctg ctcttcgctg
     5521 cgggcctcgg tgcggcggac atggagcgct tcctgatgcg tgtgcctgaa ggcgaggtgg
     5581 aatggcgtgg cacggacagt cacgggcgcg tcatgcagct gcctatcgcc atcgagctgt
     5641 atgacttcag catggaagaa tatccgcctt cgctgaccat catcgatcgg aagactggtg
     5701 ccagtcagcc ggtagagaag cccgagttct tccccattga tccgaagata ccgcggggca
     5761 aactggccgg ctgggacatc cagctgctgg aatacatcca cgatgccgtc cgtaatagcg
     5821 acagcaccta ccgcgagatc catatgcccg gcgcctcacc cgctgcacgc atcaaggctc
     5881 gcaaccccgt gaccggtgtt gaacgcacgg gatgggtttg cgcgggcaac atctcccagc
     5941 tgtatatggt gctcaacctc gacaccaacc tctgcgtggc tgcgactatg cccgaaccgc
     6001 gtcgctttgt ttccgatatc gaagtctatc gcaaagacca agacgcaggc acccgtgcgc
     6061 gccttgaggt gaaccgcccc ttccgcactg gcccctggac catctaccag catggctacg
     6121 acagcgaagc cggtaagctc tccgaataca ccgtcgtcga gcttgtctac gatccctggc
     6181 tcacgcttgt ttacatcggc atcatccttc tggccgccgg ctccgtctgc atgctgtggg
     6241 gcggacgtcg gcgaacagcg taggagcaaa tagccctcta ctctctaccc tctaccctct
     6301 accctctata aaatgacttg gaacgacttc ccttggttcg ccctgcccgc catgctgtgc
     6361 tgggtggccg ccggtattac cgtatataaa tacagaggca taagccatgt gctgatgctc
     6421 ctcggcaccc tcatctacgc catctttatc ggcggcctgt gggttggcct tgagcgacca
     6481 cccatgcgca ccgttggcga gacacgtctc tggtacgcct tctttctcgc cgccgtaggc
     6541 tacgccacct tccgtcgtca ccgctatccc tggctgctca gctttgcagc gctcgtggcg
     6601 tgcgtcttca cgtgcatcaa cctcttcaag cccgagatcc actccaaaca cctcatgcct
     6661 gcgctccaga gctactggtt tgtgccgcac gtgacggtct acatcctctc atacgccatg
     6721 ctcggcgcgg ccaccgtcgg cgccttcatc cgtatgcatg ccctgcgcaa tgaccccgat
     6781 gcccccgagg acgaggcgct ctatcggctg atggacaacc tcgtctacac cggtttcggc
     6841 ttcctcatgt gcggcatgct tatgggcgcc gtctgggcca aggaggcgtg gggccactac
     6901 tggtcgtggg atccgaaaga gacgtgggcc ttcgttaccg ccgccgccta tctcgtctac
     6961 atccacctcc gtctgcgcca cgcccccgag cgcgttgtgc tctggacgct ccccatctcc
     7021 ttcatcctgc ttatgatcac atggatcggc gtcaattact tgccggcggc gcaaggcagc
     7081 atccacgttt atagtagttg atcggaatgg aagggccgcc tgcttggggg gatgtgcgct
     7141 gaaaagctga gcttctactt ggggaaatcc tccgaagtcc acccaagcaa gccctgaaat
     7201 gaatggcctt tggtctcccc gcaaaaaaga aaagccccaa tgactgaatc attggggctt
     7261 ttcgccttct gtgaatccgg caaactcgcc gatcaacgcc taaacatacg tgagtccgac
     7321 gtaagcactc acgtgaaata cccttcggaa cgtggtgaaa taccgttccg aggtggtcat
     7381 cgatacgttc ggaacctcat taaataccgc ttcgagcaca gtggaatacc cttcggagtg
     7441 gtatgaaata cctctcggga cgtcataaat acccctccga acatggttat gaccacctcc
     7501 gaacggtatt taatacccct ctgaacgtat ataattaccc ttcgggacgt agttataacc
     7561 acctcggaac ggtattaaat acccttcggg acggtattaa ataccccttg ggacgggatt
     7621 aatcctctca aaagcagaag ccccgatgcc ggagcaagta gactgataat taggcggaaa
     7681 ggggtcgata tgctttcggt tgcgtcgagc ggaaaaggca gaaaagtgcg gatccgagca
     7741 agagttcggt taccaaaccg ttaccctgtc tggtggtagg taacgatggt gcaaaagcag
     7801 gtaactgaac ctttcttgta catggttctt ttgcattgat atacagagat ctgcacaggt
     7861 aacgggcgct ttgaaccggg taattttgcc cacagttttc aaag
//
LOCUS       SEQF2637|AYYD01001087.1  227 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..227
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaaaggcaga aaagtgcgga tccgagcaag agttcggtta ccaaaccgtt accctgtctg
       61 gtggtaggta acgatggtgc aaaagcaggt aactgaacct ttcttgcaca tggctctttt
      121 gcattgatat acaggaatct gcacaggtaa cgggcgcttt gaaccgggta attttgccca
      181 cagttttcaa agcgtatgga tgacatgaaa atgaaggtgt tgctcta
//
LOCUS       SEQF2637|AYYD01001088.1  613 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..613
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             3..548
                     /locus_tag="SEQF2637_01256"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTEKNLWIDYAEGCGGSIIDLCMRLERCTFPEAIRCLGQMIFG
                     CRTSDYPRTESHHHSPERTNEGRKLIGISDDLPPHLQDYLTKERRIDLGRARSFLRCV
                     RYEVRGRTYEVIGFPNASGGYELRGAGLFKGTLAPKDITPIFPDGRQPVCLFEGFMDF
                     LSFLSMKEKVGSHCLVMVLLH"
ORIGIN      
        1 aggtggatac cgagaagaac ctgtggattg actatgccga aggctgcgga ggaagcatca
       61 tcgacctttg tatgcggctc gagaggtgca cctttccgga ggccatccgc tgtttggggc
      121 agatgatttt cggttgcagg acgagcgatt acccgcggac ggaatcccac catcatagcc
      181 ccgagagaac aaacgaagga agaaaattga tcggcatatc ggatgacctt ccgccacatt
      241 tacaagacta cctgacaaaa gagcggcgca tcgacctcgg tcgggcacga tccttcctcc
      301 gatgcgtccg ctacgaggtg aggggacgga cgtacgaagt catcggcttt cccaatgcct
      361 cgggcggcta tgagctacgg ggcgccgggt tattcaaagg gacactagcg ccgaaggaca
      421 tcacacccat ctttcccgac gggaggcagc cagtctgcct cttcgaaggc ttcatggact
      481 tcctttcctt cctttcaatg aaagaaaagg tcggtagcca ttgccttgta atggttcttt
      541 tgcattgata tacagagatc tgcacaggta acgggcgctt tgaaccgggt aattttgccc
      601 acagttttca aag
//
LOCUS       SEQF2637|AYYD01001089.1 1058 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1058
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggtaacggg cgctttgaac cgggtaattt tgcccacagt tttcaaagcg tatggatgac
       61 atgaaaatga aggtgttgct ctacctcaaa aagagcagtt gcgacaggtc gggcaaggcg
      121 ccgatcatgg gacggatcac actgagacgt tccattgcgc agttcagttg caagctgtct
      181 tgcaaccccg atctatggaa cccgcgcgaa agtcggatgg acgggaagag tcgcgaggcc
      241 gttgaggtca atgccaagtt ggacaacctc cttctcgccg ttcaggcctc ctatcaattc
      301 ttgcttgcca agggctcacc gtttgacgca accgacatca aggaggattt ccaaggcagc
      361 gtgcagagtc gaaccatgct attggagcgg tttgacggct tgatcgagga agtgaaggat
      421 cacgtcggtg tagacatcaa ggaaaattct ttggccgcgt accgtcagac aagagtgcga
      481 ttgcagcagt tcattcgagc gaagcacaaa gtctccgact tggccttttc gcagctgacg
      541 gaggacttca tcaaacaatt cgagcagtat gtaaccggag aagtggggct ggaacagagc
      601 acttgctata acatgatcgt ctttattaag aaggtatgta aactggccta ccgagagggc
      661 gccgcagact ccttgctatt tgacaatgta cacgtggata agggagatag ccgattacct
      721 aaggcactcg ataaggacgc gttggacaag ttaaaagcgc tacgttttga cggttttgat
      781 gggaatatgg agatctcccg caatgtgttt cttttcgcct gttacaccgg taccgcctat
      841 tgcgatctga tggcgctgaa ccgtgagcat cttatccgtg acgacgaggg cgccctttgg
      901 ctgaagttca acagacagaa aacgggcgtc ctctgccgtg taaaactctt gcctgaagcc
      961 cttcgattgc tggaacagct acacagcgat gcaagagaga cactgctccc ttatatgaan
     1021 tatgccacct atttgtcttg nctgaaagcn atctcgnt
//
LOCUS       SEQF2637|AYYD01001090.1  665 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..665
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aggtaacggg cgctttgaac cgggtaattt tgcccacagt tttcaaagcg tatggatgac
       61 atgaaaatga aggtgttgct ctacctcaaa aagagcagtc gtgacaggtc gggcaaggcg
      121 ccgatcatgg gacgcatcac gctggggcgt tccattgcac agttcagttg caagctgttc
      181 tgcaatcccg gcttatggaa tccgcgcgaa agtcggatgg acggaaagag ccgcgaggcg
      241 gtcgaagtca atgccaagtt ggacaacctg cttctcgcag ttcaagcctc ctatcagtcc
      301 ctgcttgcca aaggggctcc gtttgacgca accgacatca aggagcattt ccaaggcagc
      361 gtgcaggctc gatgtatgct gatcgaacgc ttagatctcc ttgtcaaaga gcgggagaag
      421 catgtnggta tcgatctcaa ggcgagatct atgtacaact atcgctcngc ncgaaaccgg
      481 ttgcaggagt tcatccgaca gcaatacaac gctncggatc tggctttctc gcaacttaca
      541 gagggcttta tctatgagtt tcagacnttc tgtcttggtc gntgcggtct tcaagaaagc
      601 acnttcttcg gaacggcctc cctgctgaaa acggtatgca gactggctta ccgcgaaggg
      661 ctgac
//
LOCUS       SEQF2637|AYYD01001091.1 5722 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5722
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             325..1293
                     /locus_tag="SEQF2637_01257"
                     /EC_number="5.1.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R5C5"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose 4-epimerase"
                     /translation="MERILVTGGAGFIGSHLCERLVMEGNDVICVDNYFTGSKDNIRH
                     LLGSDRFEAVRHDVTTPYYAEVDKVYNLACPASPVYYQYNPIKTLKTSIYGTLNMLGL
                     AKRVHAKILHTSTSEVYGDPTIHPQPESYWGNVNPIGIRSCYDEGKRAAETLCMDYHR
                     QHGIRVKIIRIFNTYGPRMDKHDGRVVSNFIVQALTGHDITIYGDGSQTRSFQYVDDL
                     IEGMMRMMDTPDDFSGPVNIGNPGEFSMLELAHEVLRLTGSRSKIVFAPLPQDDPKQR
                     KPDISLAYEKLGGWQPTIRLEEGLKKTIAYFDELLSKGGVRATNPM"
     CDS             complement(1222..1401)
                     /locus_tag="SEQF2637_01258"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKKQKKIKASTEAGEVGRVHDRGNRLPANLAAYLSHWVGGSD
                     AALAEEFVEIGDGLL"
     CDS             1559..1975
                     /locus_tag="SEQF2637_01259"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKNKRLTTVAAALSVALLLTAAKAGDGVITKENGMTVINTTEL
                     THDVKGYQSPTPVKIFIKQNKVVRIEALPNQETPKFFDRAKAILTFWDGKAVSQAVKE
                     APDAVTGATLSSEALKKNVRAGLEHYNKQQPKKKRK"
     CDS             complement(2062..4380)
                     /gene="pbpC"
                     /locus_tag="SEQF2637_01260"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76577"
                     /codon_start=1
                     /transl_table=11
                     /product="Penicillin-binding protein 1C"
                     /translation="MLLPDWNTKPVRAIRYGVALLLLAYLLCLPRRLFDVPYATVVTD
                     RHGELLGARIAADGQWRFPPSDTAPDKFARCLIAFEDRHFYLHNGVNPAAILRAFVQN
                     VRARRIVSGGSTITMQTIRLSRGERRTVGEKLVEIVLATRLECRYSKREILALYAAHA
                     PFGGNVVGVEAAAWRYFGHSSAELSWAEAAMLAVLPNAPSMIHLSRNREALLRKRNRL
                     LRELHRQGVIDDADYELALSEALPEEPLPLPALAPHLVADFQQTRPGERIVSTIDKGM
                     QSQVEAVLARWHAEFAQQDIRDMAAIIVDVRTARVLAYCGNARFDERQPGSQVDIIRA
                     PRSTGSILKPLLYCAAMQDGDILPRTLLPDIPINVNGFAPQNFSLQFEGAVPAAEVIA
                     RSLNVPSVVLLRRYGVPKFYDFLKRAGLTTLRRPASHYGLSLILGGAEATLWDVTAAY
                     VDMARCLEGQPRIPLALAADEKQRRSTAPYVFTPGGVWLTFQSIKEVNRPEDIDWRTI
                     PSMQTVAWKTGTSYGFRDAWAVGVTPRYAVGVWVGNASGEGRPGIVGARTAGPVLFDL
                     FNLLPAATWFDVPGDGALVEAEVCRQSGCLKGRFCDASDVVPICPNGQRTEPCPYHIR
                     VNLTPDGRFRVYENCMSEASAVPANWFVLPPAWEWYYRQQHPEYRPLPPFMPGCGDDS
                     DRPMQFIYPQDAFARITLPRQLDGTPGVVTFELAHSDPNATVFWHIDGNYTASTRDFH
                     KLSIHLDPGLHTLTVVDDRGHTLSATIRVEAS"
     CDS             complement(4427..5368)
                     /locus_tag="SEQF2637_01261"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPVKSIRTNQQALLREVRDYVMIALGMLLYSIGWTVFLLPNKI
                     MTGGVPGIASIIYFAIKLPVQYVYFGANVFLLVLAIKILGWKFSIKTIYGVCMLTLSL
                     EVVQAITKGVWMLHDQPFMACVLGASICGTGLGIAFSSNGSAGGTDIVAAIINKYKDI
                     TLGRVMMILDTIIITSSYVVLRDWERVVYGFVTLFVTSFMLDQIVNSARQSVQFFIIS
                     KKYQEIGHAINAMHRGVTVIDTVGMYTGQPQKMIFVLAKKRQSTTIFRIINDIDPSAF
                     ISQSAVIGVYGHGFDHLKVKQKKHGTAAVEEAHELGV"
ORIGIN      
        1 tttgcaccat cgttacctac caccagacag ggtaacggtt tggtaaccga actcttgctc
       61 ggatccgcac ttttctgcct tttacgctcg atgcaaccgg aagcatatcg actcctttcc
      121 gcctaacaat cagtccactt actttgacat cggggcttct gcttttgagg ggaatagttg
      181 gttagggagg tggttctaat aggttcggaa cgtattacga ccacctcgga acgtattcac
      241 ggccgcctca gcactcaaaa cagagaaatc ccaacgcccg gcctactttt gcgccgagat
      301 gaataatcag agaagaaacg atatatggaa agaattttag taaccggtgg cgcaggcttc
      361 atcgggtcgc acctctgcga acgcctcgtc atggaaggca acgacgtgat ctgcgtcgac
      421 aactacttca cgggcagcaa ggacaacatc cgccacctgc tgggcagcga ccgcttcgag
      481 gccgtgcgcc acgacgtcac cacgccctac tacgcggagg tcgacaaggt ctacaacctg
      541 gcctgccccg cctcgcccgt ctactaccag tacaacccca tcaaaacgct caagacgtcg
      601 atctacggca cgctcaacat gctcggcctg gccaagcgcg tgcacgcaaa gatcttgcac
      661 acatctacga gcgaagtcta cggcgacccg accatccacc cgcaaccgga gtcgtattgg
      721 ggcaacgtca acccgatcgg catccgctcc tgctacgacg agggcaagcg cgccgccgaa
      781 acgctctgca tggattatca ccgtcagcac ggcatccgcg tcaagatcat ccgcatcttc
      841 aacacctacg gcccgcgcat ggacaagcac gacggccgcg tggtctccaa cttcatcgtt
      901 caggccctca ccggccacga catcactatc tacggcgacg gctcccagac gcgcagcttc
      961 cagtacgtcg acgacctgat cgaaggcatg atgcgcatga tggatacgcc ggacgatttc
     1021 agcgggccgg tcaacatcgg caaccccggc gagttctcca tgcttgagct ggcgcacgaa
     1081 gtacttcggc tcaccggatc acgttcgaaa atcgtctttg cacccctacc ccaagacgac
     1141 cccaagcagc gtaagcccga catctccctg gcctatgaga agctcggcgg ctggcaaccc
     1201 accatccggc tggaagaagg actaaagaag accatcgcct atttcgacga actcctcagc
     1261 aagggcggcg tcagagccac caacccaatg tgacaggtag gcggccaaat tggctggtag
     1321 gcgattaccc ctatcatgta cccggccaac ttccccggcc tcggtagagg ccttgatctt
     1381 cttttgcttc ttttcttcca tcaagggaag aaaagaagat tcaagacaag aaaagaagaa
     1441 gcatcaagac aagaaaagaa gaagcatcaa ggccagaaaa gaagacccaa agcatatttc
     1501 gggcgaccat aaagtccccc cctactacat attattttca tacaccccaa taaacaaaat
     1561 gagaaagaac aagagattga cgacagtggc cgcggccctg tccgtagcgt tgctgctcac
     1621 ggccgctaag gccggcgacg gcgtaatcac gaaagagaac ggcatgacgg tgatcaacac
     1681 caccgagctg acccacgacg tgaagggata ccaaagcccc acacccgtga agatcttcat
     1741 caagcaaaac aaggtggtac gcatcgaggc gttgcccaac caagagacgc cgaagttctt
     1801 cgaccgcgcc aaagccatcc tcaccttttg ggacggcaaa gccgtgtccc aggccgtgaa
     1861 ggaagcccca gacgccgtga caggcgccac gctctcgtcc gaggcactga agaaaaacgt
     1921 ccgggccggg ctcgagcact acaacaagca gcagccgaaa aagaaacgga agtaaccgca
     1981 gcgcatcccc ggcagggatg gccacgatat gtaagaagag gatacgcccc gcggcgcatc
     2041 ctcttttttg tgttacggga tttacgacgc ttccacccgg atggtggccg agagcgtatg
     2101 gccgcgatcg tcgaccacgg tgagcgtgtg gagaccggga tcgaggtgaa tggagagctt
     2161 gtggaagtcg cgcgtggagg cggtgtaatt gccgtcgata tgccagaaga cggtggcgtt
     2221 gggatcgcta tgggccaact cgaaggtgac gacaccgggc gtgccgtcga gctggcgggg
     2281 cagggtgatg cgcgcaaagg cgtcttgggg atagatgaac tgcatggggc ggtcggagtc
     2341 gtcgccgcag ccgggcatga agggcggcag cggacgatac tcgggatgct gctgccggta
     2401 gtaccactcc caggcgggcg gcaacacaaa ccaattggcg ggcacagcgc tcgcctcgct
     2461 catgcagttt tcgtagacac ggaagcgacc atcgggggtc aggttcacgc gtatgtggta
     2521 aggacaaggc tccgtccgct gcccgttggg acaaatcggg acaacgtccg acgcgtcgca
     2581 gaagcgcccc ttgaggcagc ccgactggcg gcacacttcg gcttcgacaa gtgcaccgtc
     2641 gccgggcacg tcgaaccatg tcgcggcggg cagcaggttg aagaggtcga agaggacagg
     2701 gccggcggta cgtgccccga caatccccgg ccgaccctcg cccgaggcat ttcccaccca
     2761 cacgcccacg gcgtagcgcg gcgtaacgcc cacggcccac gcgtcgcgga aaccgtagct
     2821 cgtgcccgtc ttccatgcca cagtctgcat ggaggggatc gtgcgccagt cgatgtcctc
     2881 cggccgattc acctccttga tggactgaaa cgtgagccag acgccgcccg gagtgaaaac
     2941 gtagggggcg gtggagcggc gctgcttctc atcggcggcc aaggcaaggg ggatgcgggg
     3001 ctgtccctcg aggcaacgcg ccatgtcgac gtaggccgcg gtgacgtccc acagggtggc
     3061 ttcggcgccg ccgaggatga gcgaaaggcc gtagtgcgag gccggtcggc ggagggtggt
     3121 gaggccagcg cgcttcaaga agtcgtagaa cttggggacg ccgtagcggc ggagcaacac
     3181 gacggagggc acgttgagcg agcgggcgat gacctccgcg gcaggtacgg cgccctcaaa
     3241 ttgcaggctg aagttttgcg gcgcaaagcc gttcacattg atcggaatgt cgggcaggag
     3301 cgtacgagga aggatgtcgc catcctgcat ggcggcacag tagagcaggg gtttaaggat
     3361 gctgcccgtg ctgcgtggcg cgcggatgat gtcgacctga ctgcccggct gtcgctcgtc
     3421 aaagcgggca ttgccacagt aggccagcac gcgggcggtg cgaacgtcga cgatgattgc
     3481 ggccatgtct cggatgtcct gctgcgcaaa ctccgcatgc caccgtgcca gcacggcttc
     3541 gacctgcgac tgcatgccct tatcgatcgt cgaaacgatg cgttcgccgg ggcgtgtctg
     3601 ctgaaagtcg gccaccagat gtggggccaa tgcgggcagt ggcagcggct cttcaggtag
     3661 cgcctcgctg agggccagct catagtcggc atcgtcaatc acgccctgcc gatgcagctc
     3721 gcgcagcagt cggttgcgct tccggagcag tgcctcacgg ttgcgcgaga ggtggatcat
     3781 cgacggtgca ttgggcagca cggccagcat ggcagcctcg gcccatgaca gctcggcgga
     3841 cgagtgaccg aagtagcgcc acgcggcggc ttccaccccg accacgttgc caccgaaagg
     3901 cgcgtgcgcg gcgtagagcg ccaagatctc ccgcttgctg taacgacatt cgagccgagt
     3961 ggccaggacg atctcaacca gcttctcccc caccgtgcgc cgttcaccgc gcgagagtcg
     4021 gatggtctgc atggtgatcg tgctcccccc actgacgatg cgtcgcgcgc gaacgttctg
     4081 cacgaaggcg cgcaggatgg cggctgggtt gacgccgttg tggaggtaga aatgacgatc
     4141 ctcgaaggcg atgaggcagc gggcaaactt gtctggcgcc gtgtcggagg gcgggaagcg
     4201 ccactgtccg tcggcggcga tgcgtgcacc gagcagctca ccgtgccgat cggtgacgac
     4261 ggtggcgtaa ggcacgtcga acagtcggcg cggcaggcac agcaggtaag ccaacagcaa
     4321 aagagccacc ccgtaacgga tggctcttac tggtttcgta ttccaatcgg gtagcaacac
     4381 ggggttcgcg tgtttcaata cggttcaaat gccacttaaa ctcagctcaa acgccgagtt
     4441 catgcgcctc ctcgacagcg gctgtgccat gtttcttctg cttgaccttg aggtggtcga
     4501 agccgtgtcc gtagacgccg atcacggcgc tctgcgagat gaaggccgag gggtcgatgt
     4561 cgttgatgat gcggaagatg gtggtcgatt ggcgtttctt ggccaggacg aagatcatct
     4621 tctgcggctg gccggtgtac atgccgacgg tgtcgatcac ggtcacaccg cggtgcatgg
     4681 cgttgatggc gtggccaatc tcttggtact tcttggagat gatgaagaac tgcacggact
     4741 ggcgggcgct gttgacgatc tggtcgagca tgaagctggt gacgaagagg gtgacgaagc
     4801 cgtaaacgac gcgctcccag tcgcgcaaca cgacgtagct ggaggtgatg atgatcgtat
     4861 cgaggatcat catgacgcgc cccagggtga tgtccttgta cttattaata atggcggcca
     4921 cgatgtccgt tccgccggcg ctgccgttgg acgagaaggc gatacccagc cctgtgccgc
     4981 agatggaggc ccccaagacg caggccatga agggttgatc atggagcatc cacacgcctt
     5041 tcgtgatggc ttgcaccact tcgagcgata gggtgagcat acagacgccg tagatcgttt
     5101 tgatgctgaa cttccacccc aagatcttga tggcgaggac gagcaggaag acgttggcgc
     5161 cgaagtagac gtactgcacg ggcagcttga tggcgaagta gatgatcgag gcgatgccag
     5221 gcacgccacc ggtcatgatc ttgttcggga gcaagaaaac ggtccacccg atactgtaga
     5281 gcagcatgcc gagggcaatc atcacgtaat ccctgacttc gcggagcagg gcttgttgat
     5341 tcgttcgaat cgacttgaca gggttcatct ttcttttcat gattttttaa cggccgcaaa
     5401 agtaaaaaag atcgcaggcc agcctcgggg cctcgcgtct ttttcgtcgg aagattcttg
     5461 ggggcgggtt ttggggtttg cacgcagggc aaccgcatca aatcaaaacc accagtccga
     5521 tagatctccg taggggtacg gagatcaaaa acacttgtcc gagagatctc cgtaggggta
     5581 cggagatcaa aaacaccagt ccgggagatc tccgtagggg tacggagatc aaaaacacca
     5641 gtccgggaga tctccgtagg ggtacggaga tcaaaaacac cagtccggga gatctccgta
     5701 ggggtacgga gatcaaaaac ac
//
LOCUS       SEQF2637|AYYD01001092.121369 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..21369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             597..1412
                     /locus_tag="SEQF2637_01262"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKADKLSGVPETMLITLWAKATETNRPDALLRDPKAVEIMNRID
                     YDFTKFRGGTMSQVGCCIRADLIDREAKKFLEAHPDAVVIQLGAGIDARYDRLGRPAV
                     THWYDLDLPEAIDLRRRLLPETERNTYLAMSLLDFRWIDTVRAHGRPVLLILEGVLMY
                     FTEAEVRSFFDAICRDLPNGTTILFDMLAYSLVNNAKHHDVVKKADKTVEFKWSVLDT
                     HEMEHWNPRIHLVREYYMSDHARGRFPFIFRTLYHIPYFHRRFNQRIVNLELG"
     CDS             1769..2341
                     /gene="flr_1"
                     /locus_tag="SEQF2637_01263"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavoredoxin"
                     /translation="MTEAFKKTPVELTAHYGHILQALRRGVSLTASADGRTNSMTISW
                     GMLGIEWNRPLFITYVRTGRFTHGLLDRNPEFTVNLPAPGTDHPARLISYLGTHSGRN
                     EDKIATLGLHLVPGSEVSVPGLAELPLTLECRILYRQLQQADCFLPGNEAILKSCYPQ
                     DVPSEATGSNRDFHTAIYGEIVGAHLIQPA"
     CDS             2361..2600
                     /locus_tag="SEQF2637_01264"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRNQIANRKKSAAGLLLLVVVLAANYNHTRSEMKGETSISPAA
                     TPHEGYAQQQPTVPCDTTRCAHPFTADPSIRHAQQ"
     CDS             complement(2681..3586)
                     /locus_tag="SEQF2637_01265"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAPYTKRPLSISEQLARLEERGLLIDEKKKAERYLRTIGYFR
                     LSAYFYPLLLEPKTDHLYKAGSRFTDALNMYRFDRKLRLLVFSQIEKIEIAVRASIVR
                     VGVDATKSVSWFLEEQFFHDRGRFEKSRGLIMKEWGTSKEDFVEHFKTCYTEENKPVW
                     MLAEILPLGVFSNLYMNIGKASLKKAIAKEFGLPADVFASWLQCLSGVRNICCHHNRL
                     WNRQLPNKPKTLERPVHPWIDQQEIHAERTYYKLAMIRYILISVNPRNRFTPNLKKLI
                     DEYPTVDIAAMGFPPGWESQPLWLL"
     CDS             complement(3752..4735)
                     /gene="ycgJ"
                     /locus_tag="SEQF2637_01266"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31474"
                     /codon_start=1
                     /transl_table=11
                     /product="putative methyltransferase YcgJ"
                     /translation="MTRLITIEDFTDVYVKLRQRGARFLLSKLSLDRKRRSVSAFDAS
                     LEHTSNWWEIPLVKERWNRMITGDAHMTFEEYTIDRYLSQMAPPLRVLSPGSGYCQHE
                     LAMADNPLFGEIVCLDINQGNLDDAAARARERGLSNLTFHCGDIEGFDFTHGRFDLVM
                     FNNSLHHFRNVRRLLGNLIPQCLKPTGLLLVYEYVGPTRFQLPSTQIRAINEAIRLIE
                     KPLRQRYRTSTYKTHYYGSGLLRMVMADPSEAVDSASILPALHAFYDTIEERPFGGNI
                     LPYALKDLAFHFVRPDERATETLHRLFRFEDEYIRTHQSDYVFGLYRPKRG"
     CDS             complement(4758..5672)
                     /gene="rnz"
                     /locus_tag="SEQF2637_01267"
                     /EC_number="3.1.26.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54548"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease Z"
                     /translation="MTSFDITILGCGSATPTLRHEATAQVIDLRDKLYLMDCGEGAQL
                     QMRRYHIRFNRITHIFISHLHGDHCFGLPGLLSTLGMLGRTGELVVHGPHALEDFLRP
                     ILTVFCKDMPYEVRLDLIDPTQHALVMEDRSVSVWSIPLSHRIPACGYLFAERPAEAH
                     IRRDMIDFYQVPVHALRAIKQGADYVTPDGVTVPHERLTRPATPPRRYAFCSDTEFLP
                     SIVPLVEGVDCLYHEATFMERDVARARQTFHSTAREAAEIARRAGVKRLVLGHYSARY
                     DDLTPLLAEATAVFPHTTLGQEGMRVVL"
     CDS             6381..7832
                     /gene="rpoN"
                     /locus_tag="SEQF2637_01268"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A171"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase sigma-54 factor"
                     /translation="MQKQQLQQSLQQRLSPQQIQVVRMLELPALEMEERIKQELEENP
                     ALEEGRDPTESDDEPATDPDDEMTAEDSSLADLGDYLTDDDIPEYQLRAMSNAEERRE
                     EIPFAVGPSMHDHLEEQLSLRSLTEREREIGRYIIGNIDDDGYLRRELSAVADDLMFK
                     AGIEANEADVEAVLRIIQDFEPAGVGARDLRECLLLQLKKKRPTPDTALALRILNEHF
                     DAFTRKHYEKIRRALDLDEATLKAVLREITRLNPKPGNGWNEASDTAMNRITPDFIVD
                     CHNGQLSLSMNQRDAPELHVNREYADMFRDYLGNKSNRSSEMRNAVQFVKQKLDAARW
                     FIDAVRQRRETLQRTMEAILMLQTDFFLTGDETKLRPMILKDVAEHAGYDISTVSRVS
                     NSKYVQTNFGIYPLKYFFSEGVLNDQGEEISTREIKKIMRETIDAEDKRNPVTDEALC
                     ALLRAKGYTPARRTVAKYREQLGIPVARLRKEL"
     CDS             8029..8406
                     /gene="gcvH"
                     /locus_tag="SEQF2637_01269"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64214"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycine cleavage system H protein"
                     /translation="MNFPSELKYTKDHEWIRVEGDTAFVGITDYAQQELGEIVFVDIA
                     TEGETLAKDEAFGSVEAVKTVSDLLMPVAGEVLEVNPELEDKPELVNSDPYGQGWLIK
                     VKPANVADVEGLLSADDYKKLIG"
     CDS             8403..8909
                     /gene="purE"
                     /locus_tag="SEQF2637_01270"
                     /EC_number="5.4.99.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYS7"
                     /codon_start=1
                     /transl_table=11
                     /product="N5-carboxyaminoimidazole ribonucleotide mutase"
                     /translation="MTPQVSIIMGSVSDLPVMNKAAQFLDEMEIPFEMNALSAHRTPE
                     EVERFARGAEGRGIRVIIAAAGMAAHLCGVIASMTTLPVVGVPIAASLDGIDALLAIV
                     QMPPGIPVATVGINGAQNAAILAAQMLALSDEALARRLASYKEGLKKKIVKANKELAS
                     VQFKFKTN"
     CDS             8984..10627
                     /gene="ispG"
                     /locus_tag="SEQF2637_01271"
                     /EC_number="1.17.7.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DK70"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-3-methylbut-2-en-1-yl diphosphate
                     synthase (ferredoxin)"
                     /translation="MANVSTMDTDASVVQAISMARAGAEYIRFTAQGIREARNLGVIR
                     RRLNELGCHTPLVADIHFNPKAADVAAEFVEKVRINPGNYVDGARTFRADYTDEDFAE
                     GVRKIRERFVPFLRLCRAHGTAIRIGVNHGSLSDRIMSRFGDTPEGMTESCMEFLRLC
                     REEQFDDVVISIKASNTVVMVRTVRLLVRTMDREGMHYPLHLGVTEAGNDEDGRIKSA
                     VGIGALLTDGIGDTIRVSLSEPPEAEIPVARELIDHINRTRAEEYVPMPADFEGTETD
                     YFRLTRMVGDIGGGRQPVVLAEYTNGEEPDETLRPDYLRHLPDGTFTSTKDKRRTVPA
                     PHFVELTPDELTDSRLEALNADESSVIILRSVHTDSVNETRAAILRLRAAACQAPVIL
                     RRDYHEADLDRLRIAASADLGVLLIDGIADGLLLTQGGHSTPDTDRLAFGILQATRRR
                     MSRTEYISCPGCGRTLYDLHQTISRIKAATGHLKGVKIGIMGCIVNGPGEMADADYGY
                     VGAGPGRVSLYRGKECVLRSIPESEAVDRLLELIASDRK"
     CDS             complement(10866..11903)
                     /locus_tag="SEQF2637_01272"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVRKIVNQTVKIVLPLLLGVLLFWYLYREQDFGAMMEVVRGGV
                     RYDILLFSLLFGLAANVTRGFRWGLLIDSLGRRVRRRNVVFAVLGNYAVNMALPRVGE
                     IWRCGVTAKYERVPFTKLLGTLFVDRIMDTLMVGLLTLSLGVFNIGFFRHFFAENPPT
                     LVATLITLVRSPWTYVGLVGAVVLAWFVFVRMKHLPLVRKLTEMLLNVWEGVRSLWTI
                     EHKGRFLFQTLAIWVGYFLYFYTTFYAFEFTAPLGIRIGLIAFAMSSLGVAVPVQGGI
                     GVWHFMVISTLVAFGVDRTDAAAFALVVFTVQTVWVVLCGLFGIFALPLLNKDEEGKD
                     EAKNELIQAGA"
     CDS             12131..13390
                     /gene="ydcP_1"
                     /locus_tag="SEQF2637_01273"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76104"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protease YdcP"
                     /translation="MNKEYQRSDLEVMAPAGSYESLMAAIQGGADSVYFGVEGLNMRA
                     RSSNNFTTDDLRRIASTCADHGVKSYLTVNTVLYDADLDTMRRIIDASLEAGVSAVIA
                     ADVAAMSYAADIGQEVHLSTQLNIANVEALAFYARFADVAVLARELNLDQVSAIHRAI
                     SERNIRGPKGEPVRLEMFCHGALCMAVSGKCYLSLHEMNASANRGACNQICRRSYTVR
                     DRETNHELDVDNAYIMSPKDLKTIHFLNKLIDAGVRVFKIEGRARGPEYVRTVTECYA
                     EAATACCDGTFDEARIAAWDERLSTVFNRGFWNGYYLGQRLGEWTHRYGSSATRRKEY
                     VARGVKYFSGIGVAEFEMESGSLSVGDEVVITGPTTGAIFETIREIRVDLQPVQTTSK
                     GERFSIRTAEKVRPSDRLYKMVPVSPA"
     tRNA            complement(14195..14280)
                     /locus_tag="SEQF2637_01274"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(caa)"
     CDS             complement(14364..15164)
                     /gene="loiP"
                     /locus_tag="SEQF2637_01275"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25894"
                     /codon_start=1
                     /transl_table=11
                     /product="Metalloprotease LoiP"
                     /translation="MKKMIFFMALAMTLTAAQAQIRIGGKSINLDKATQAVSKVAKAV
                     TLSDADISNLCHESVEWMDKHNEVAKDNSEYAKRLARLTKGFKEVNGMPLNFKVYLVT
                     DINAFASGDGSVRVFSSLMDIMDDDELMGVIGHELGHVANTDVKDAMKQAYMTAGLID
                     AASAVSNTANRLSDTQLNKLTQAFLSAQFSQKQESAADEYGIKKCIELGFDPYGLANG
                     LQKLADLSGGAKQSAVQKMFSSHPDDGKRVARAKALAEKYSKTQSKKK"
     CDS             complement(15229..16911)
                     /gene="eptC"
                     /locus_tag="SEQF2637_01276"
                     /EC_number="2.7.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0CB39"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoethanolamine transferase EptC"
                     /translation="MKTLLQILKERKLQLFFLLYVLMPVPVLSLLAQNLSLSAVAVGI
                     GLSLLLLCVVFLLASFMTTRGLKIFYSLLLAVTIIPGTILIGYLFIGHVLLSGGTITS
                     IFETNTDEASEFIAYLNPWLVTAVTLFVLTPIVMICRMKQPERFFRIRRHKYAFFALV
                     FVALLFVTVRPVAQRIYFVDFYRVFAHYKIGRFREERALARRHTLPFEVRTQPDKTPR
                     LVVLVIGESHARRHMSLYGYPRDTNPLLSARRGELSVYTDVVSPQVHTIPVLRAALTF
                     ADWDHPERLTTYPSLIELFNRAGFETYVISNQPLLDGSSSYDAFLKLADHTVDLSARK
                     APDGILLPPFEQALTAPSDRPKLIVLHLMGCHIGYKYRYPADFDFFTRLNDTLPNAQP
                     DLTPEARTTVDEYDNSVRYNDYLLSTLIARIEREHTPAALIYFSDHGEEVNEFRPFNG
                     HAYEKVTSYMCEVPFLVWLSPDFRRMRPDLRFDLTRPYSTVDLPYTMANLAALRFQGY
                     DDTRSLLSPHFRPRPRRVGELPYETVLDMTRKAKERQRAPSFFGSLTRRFAE"
     CDS             complement(17003..18145)
                     /gene="dprA_1"
                     /locus_tag="SEQF2637_01277"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8DPI7"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA processing protein DprA"
                     /translation="MDNERIALIALKRIYGVGDMSLRWLQKHFGSAEAALGATAPQLA
                     EVEGVGREMAERIVAERDEALRHAEQEVRFATDHAIRIYTLADSDYPNRLRACLDAPP
                     VIYYRGTADLNVARIVSIVGTRRCSDYGTNLATRIVEELAATDASIVIVSGLAYGIDV
                     CAHRAALRTGLPTVGVLAHGLDRIYPATHRATAADMALRGGLLTDYPSGTNPVPENFL
                     RRNRLIAALADATVIIESPVRSGALSTAAYAQGYQRRVFACPGRVTDELSLGCLHLIA
                     ERRARLLSSPADLCEMMAWAPSEKRVQATSSASTPSTSQRPSTAEPPLPDNAVTRVLR
                     AKGPTQINDLARLTDLSVREVMAILFDLEMDGLVATLPGGMYKLVR"
     CDS             complement(18169..18564)
                     /locus_tag="SEQF2637_01278"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67466"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative esterase"
                     /translation="MSTYRFELEMKVRDYECDLQGVVNNANYQHYMEHTRHEFLESLG
                     ENFGRLHDRGVDVFVSRVDIRYRHALRSGDRFRSCMNLRREGVKLIFLQDLYRLPDGV
                     YVVSGRVETVAVEGGQLTRGEYFDQLLKD"
     CDS             complement(18561..18836)
                     /locus_tag="SEQF2637_01279"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADALMGYDGRGRMSADVLMGCDGRGRMSAGVLMGCDSPGRMS
                     ADALMGCDGRGRMSADVLMEHNNPAIAPPIALRYAALPTFGLSNKTL"
     CDS             18852..19268
                     /locus_tag="SEQF2637_01280"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDGNASDTVAGAIMVDENAGDTVAEAIMVDGNAGDTVAGAIMV
                     YENAGDTVAEAIMVDGNAGDTVAEAIMVYENAGDTVAGAIMVYENAGDTVAGAIMAYG
                     NAGDTVAFVPFIASSSSIKSDVLLKGGTLCWPPSLP"
     CDS             complement(19151..20716)
                     /locus_tag="SEQF2637_01281"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTTLLRPLFLRRARVIETYATEAHAIQRRQLGQLIRTARQTEW
                     GHVHCFDRMPVESDAYEAFRRAVPVSAYEDLQPYIRRMIDGQRNVLWPGTTRWFAQSS
                     GTTDARSKYIPVTPDILRQAHYAGGFDTVALYLRNNPRSRFFDKKGLILGGSHSPSPL
                     NARAHCGDLSAVLLQNLNPLVNLVRVPSRRIILMDEWEAKIRAIVRSTRKAHVGSLSG
                     IPSWMLVLIEAVIRDAGAQTLLEVWPDLEVFFHGGVGFEPYRDRYARLIPSSDMRYME
                     TYNASEGFFGLQSEPTDRSLLLMLDYGIFYECIPTTALPTDGSPIPPDAVLPLEEVRT
                     GENYALVITTAGGLWRYLIGDTIRFTSLRPYKFLITGRTKHFINAFGEELMVDNAERA
                     IRQASEATSAAVRAYTAAPLYLLTDRAKGRHRWLIEFDTPPASLPAFAAALDTALQAL
                     NSDYAAKRYKEISLQPPEIIPARPGLFFDWLRSHGKLGGQHKVPPLSNTSDLMDELLA
                     MNGTKATVSPAFP"
     CDS             complement(20784..21113)
                     /locus_tag="SEQF2637_01282"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVSFLPEVRQYLRELMEVLFEKEYFGFEESAIRYVRELIFDIR
                     DTLPTRPAKKAPPRFNRYGEHLYYAAFRKSKATQWYVFFTRYRVNGEIHYLVRYISNN
                     HMISQYL"
     CDS             complement(21110..21322)
                     /locus_tag="SEQF2637_01283"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVNFTTQEFTSRSDQAFDLADKGESFVSTDETYLEPDKELRR
                     AIHAEELLVGVEKDIREMFREHTTYA"
ORIGIN      
        1 tttgcaccat cgttacctac caccagacag ggtaacggtt tggtaaccga actcttgctc
       61 ggatccgcac ttttctgcct tttacgctcg atgcaaccgg aagcatatcg actcctttcc
      121 gcctaacaat cagtccactt actttgacat cggggcttct gcttttgagg ggaatagttg
      181 gttcggaacg tattctaata ggttctgagg tggttgtaat acgttccgaa cgtggttgag
      241 atacgttccg gacgtggtta cgatacgttc agaacgtggt cttgggtacc tcggaacgtg
      301 gttacgatac gttcagaacg tggtgtcgat aggttcggaa cgtggtctcg atacgttcag
      361 aacgtggtgt cgatacgttc ccaacgtggt gtcgatacgt tccggacgtg gtgttgatac
      421 gttcagaacg tggtcttggg tacctcggaa cgtggttgtg atacgttccg aacctattag
      481 cacacccctc attacccccc ctcatcctcc cccgaattag ggattttgat caccgttcag
      541 acgagatacc tttgcgccgt aaaacaagat cgcataacga taaacaccat caaaatatga
      601 aagcagataa actatcgggc gtacccgaaa ccatgctcat caccctctgg gccaaagcca
      661 ccgagacgaa tcggccggac gccctgctgc gcgacccgaa ggcggtcgaa atcatgaacc
      721 gcatcgacta tgacttcaca aagttccggg gcggcaccat gtcgcaagtc ggctgttgca
      781 tccgcgccga cctgatcgac cgcgaggcca agaagttcct cgaggcccac cccgacgccg
      841 tcgtcataca gctcggcgcc ggcatcgacg cccgctacga ccgcctgggc cgccccgccg
      901 tcacccactg gtacgacctc gatctgcccg aggccatcga cctccgccgt cgcctcctgc
      961 ccgagaccga gcgcaacacc tacctggcca tgtccctcct cgacttccgc tggatcgaca
     1021 ccgtccgcgc ccacggtcgg cccgtgctcc tcatcctcga aggcgtgctg atgtacttca
     1081 ccgaggcaga ggtacggagc ttcttcgacg ccatctgccg cgacctcccc aacggcacca
     1141 ccatcctctt cgacatgctg gcctactcgc tcgtgaacaa cgccaagcat cacgacgtcg
     1201 tgaagaaggc cgataagacg gtcgagttca aatggtccgt cctcgacacc cacgagatgg
     1261 agcactggaa cccccgcatc cacctcgtcc gcgagtacta catgagcgac cacgcccgcg
     1321 gacgcttccc cttcatcttc cgcaccctct accacatccc ctacttccac cgccgcttca
     1381 accagcgcat cgtcaacctc gagttgggtt gaggtgttga ggcgtttgtt tgttgaggtg
     1441 ttgaggtgtt tgttgagtaa atgatagact aagaggtacc cggccaaact tccctgcccc
     1501 ggcaggggcc ttcttttctt ccatcaagag aagaaaggcg gctgcggccg ccggcgaaga
     1561 ttacctggta cacgatcact cttatcatgt acccggccaa attggctggc gtccctgacg
     1621 ccttgatctt cttttgcttc ttttcttcta tcaagagaag aaaagaagat catcaaggga
     1681 agaaaagaag gtatagacaa gaagacaccg gccgacaaaa accactttct tcgcggccca
     1741 attcaaggtt ataaaagtca gaatcacaat gacagaagca ttcaaaaaga cgcccgtcga
     1801 gctcacagcg cattacgggc acatcctcca agccctccgt cggggcgtga gcctaaccgc
     1861 ctcagccgac ggccgcacga actcgatgac catctcgtgg ggcatgctcg gcatcgagtg
     1921 gaaccgcccc ctcttcatca cctacgtccg caccggacgc ttcacccacg gcctactcga
     1981 ccgcaacccc gagttcaccg tcaacctccc cgcacctggt acggatcacc ccgcgcgcct
     2041 catcagttac ctcggcaccc actccgggcg caacgaagac aagatcgcca cgctcggtct
     2101 gcacctcgtg cccggtagcg aggtctcggt gcccggcctg gccgagctac ccctcacgct
     2161 cgagtgtcgc atcctctacc gccagctcca gcaggccgac tgcttcctgc ccggcaacga
     2221 ggcgatactc aagtcgtgtt acccgcagga cgtccccagc gaagccaccg gcagcaaccg
     2281 cgacttccac accgccatct atggcgagat cgtcggcgcc cacctcattc aacccgcttg
     2341 aaacatgatc aatcagcact atgaatagga atcaaatcgc caatcgcaaa aagtccgcag
     2401 ccggactgct ccttttggtc gtcgtcttgg cggccaacta caaccacacc cgctccgaga
     2461 tgaagggcga aacctccatc tcacccgccg ccacgcccca cgagggctat gcgcagcaac
     2521 agccgaccgt cccttgtgac accacccgct gcgctcaccc cttcactgcc gatccgtcca
     2581 tccgacacgc acagcagtaa gcggcgccac cctatcccct gatgcccccc atgcacaagg
     2641 cctgagacgc gcaagaatca tttgcgtccc aggccttgtg ctataacaac cataaaggct
     2701 gtgactccca accgggaggg aaacccatcg ctgctatgtc aaccgtcgga tattcatcga
     2761 tgagcttttt cagattgggg gtaaaacgat tgcgagggtt taccgaaatc aagatatacc
     2821 ggatcatggc cagtttataa taagtgcgct cggcatgaat ctcctgctga tcaatccacg
     2881 ggtgaacggg gcgttcaagt gttttgggct tgttaggaag ctgcctattc cataaccgat
     2941 tgtgatgaca gcaaatatta cggacaccgg aaaggcactg caaccaggag gcgaaaacat
     3001 cagcaggcaa tccaaactcc ttggcgatcg cttttttcaa agaggccttc ccgatattca
     3061 tgtataagtt cgagaacact cctaaaggaa gtatttcggc aagcatccag accggtttat
     3121 tttcttcggt ataacatgtc ttgaagtgtt ctacgaagtc ctctttggag gtgccccatt
     3181 ctttcataat aaggcctcgc gacttctcaa aacgacctct gtcatgaaaa aactgttctt
     3241 ccaaaaacca ggatacgctc ttagttgcat ccactcctac acgcacaatg gatgcacgga
     3301 cagctatttc aattttctca atttgagaga acaccaacag tcgcagtttc cgatcgaaac
     3361 gatacatatt aagggcatca gtaaagcggg aaccagcctt gtataagtgg tccgtcttag
     3421 gctccaacag cagaggatag aaataagcac tcagccggaa gtagccgatg gtgcgcaagt
     3481 atctttcagc tttcttcttc tcatcaatca gaagtccccg ctcttctaat cgagcgagtt
     3541 gttcagagat ggacaaaggg cgcttggtgt aaggggcttt tttcatgaac acgaaacggt
     3601 ataaaataaa acgacctgcc gatttgagca tcgttgagag gcttggcagg ttctacacgc
     3661 cgcaaagata cgatcatgaa aaaacggcac aaggcctgag acgcgcaaga atcatttgcg
     3721 tctcaggcct tggcgtatca tacccgaatc tctaccccct ctttggtcga tagagtccga
     3781 acacataatc actctggtgc gtgcggatat actcatcttc gaaacggaaa aggcggtgaa
     3841 gcgtttcagt ggcgcgttca tcagggcgga caaagtgaaa ggccaagtct ttcaacgcat
     3901 acggcaggat gttaccaccg aaggggcgct cctcaatggt gtcataaaac gcatgcaggg
     3961 ctggcaggat agaggccgaa tcaaccgcct ctgagggatc ggccatgacc atacgcaaca
     4021 ggcctgagcc gtagtaatgc gtcttgtagg tcgatgtgcg gtagcgctgc cgaagcggct
     4081 tctcgatcag gcggatcgcc tcattgatgg cgcgtatctg cgtggaggga agctggaagc
     4141 gcgtcggccc cacgtattca taaaccaaca gcagccccgt tggcttgagg cattgcggga
     4201 tcaggttgcc gagaagcctg cggacattgc gaaagtgatg cagcgagttg ttgaacatga
     4261 ccagatcgaa gcgcccatgg gtaaagtcaa agccttcaat gtcgccacag tggaaagtca
     4321 ggttgctgag tccacgttcc cgggcacgtg ctgcggcatc gtctaagttg ccctgattga
     4381 tgtcgaggca aacgatctcc ccaaagaggg gattgtcagc catagccagc tcatgttggc
     4441 aataccccga cccgggcgag agcacccgta gcggcggcgc catctgtgag aggtatcgat
     4501 cgatggtgta ctcctcaaaa gtcatgtgcg catcgcccgt aatcatccgg ttccagcgct
     4561 ccttcacaag cgggatctcc caccagttcg acgtgtgctc cagtgaggca tcgaaggcgc
     4621 tgacagagcg tctcttgcgg tcaaggctca gtttggagag caggaagcga gcgccgcgtt
     4681 ggcgcagttt gacgtacacg tcggtgaagt cttctatcgt aattagtcgt gtcatttcct
     4741 tgttcaatga ttaggtgtca cagcaccacc cgcatgccct cctggccgag cgtggtgtgg
     4801 gggaagacgg ccgtggcttc ggcgaggagg ggcgtgaggt cgtcgtaacg ggccgagtaa
     4861 tgaccgagca caaggcgctt tacgcctgcc cggcgggcga tctcggccgc ctcgcgggcc
     4921 gtggagtgga aggtctggcg agcacgcgcc acgtctcgct ccatgaacgt agcctcgtgg
     4981 tagaggcagt ccacaccctc gacgaggggc acgatggagg gcagaaactc cgtgtccgaa
     5041 cagaaagcgt agcggcgtgg cggggtggcc ggacgcgtga gtcgctcgtg gggcacggtg
     5101 acgccgtctg gagtgacata gtcggccccc tgcttgatgg cccgcagcgc atggacgggc
     5161 acctggtaga agtcgatcat atcgcgccga atgtgcgcct cggccgggcg ttcggcaaag
     5221 aggtagccgc aggcggggat gcggtggctg agggggatgg accagacgct gacggagcga
     5281 tcctccatca cgagcgcgtg ctgcgtgggg tcgattaggt cgaggcgcac ctcgtagggc
     5341 atgtccttgc aaaagaccgt gaggatgggc cggaggaagt cttccaatgc atgcggccca
     5401 tggacgacca gctcacccgt ccggcccagc atgccgagcg tggagagtag cccgggcaga
     5461 ccgaagcaat ggtcgccgtg gaggtgagag atgaagatgt gcgtgatgcg attgaagcgg
     5521 atgtggtagc gccgcatctg tagctgcgcc ccctcgccac aatccatgag gtagagcttg
     5581 tcgcgcaggt cgatcacctg cgccgtggcc tcatgtcgca gcgtgggcgt ggccgatccg
     5641 cagccgagga tggtgatgtc gaaggaagtc atatgtatag cagtatggtt ctctgatccg
     5701 gggcaaaggt aggcagaggc gccgcctctt tttgcccttc gcccacgctc cgcggcctct
     5761 aaacgtgtcc caataggcct tcacccacac ctcgcggcct ccaaacgtgt cccgacaagc
     5821 cttcacccac gcaccacggc cctaaaaagg ggagtctatt taaggctttc atattaaaag
     5881 ataatcacct gcattgaaag tttagttctt ttatagtgat agcatattat gcatagagta
     5941 tatatgaggc ttttagactg aaagcatgaa atagacgatg caggtttgat gcttttagat
     6001 tgaaagcata ggatatatag tacacatcat atccttttca tataaaagca tggatatgtc
     6061 aatgcaggct gtatgctttt acagcaaaag ctatttgcat acatctgaga ttatatcgta
     6121 tcacattaaa atcattctat atacataaga ctataatggg ttttaatgta aaagcattgc
     6181 atatacacct ctatttgccc ccaaccggac ggcggatggc cctgcagact tacgtttagg
     6241 agcgaaccag ccggggggag cctcgagggg ggctgcgttt ggggccaaac cggcggggtg
     6301 aaggcccgcg ccgctcccct tttgcgctac ttttgcccgc agatcatcac agcagaacga
     6361 tttcccccca cgtatcagat atgcagaaac aacagttaca gcaaagcctg cagcaacgcc
     6421 tctcaccgca acaaatccag gtggtccgta tgctcgagct gcccgccttg gagatggaag
     6481 agcgcatcaa acaggagctg gaggagaacc ccgccttaga ggaaggacgc gacccgaccg
     6541 aatcggacga cgaacccgct accgacccgg acgacgagat gacggcggag gacagctccc
     6601 tggccgatct gggcgactac ctcacggacg acgacatccc cgagtatcag ctccgcgcca
     6661 tgagtaacgc ggaggagcgg cgcgaggaga tcccctttgc cgtcgggccc tccatgcacg
     6721 accacctcga agagcagctc agcctgcgct cactcacgga gcgcgaacgc gaaataggcc
     6781 gttacattat cggtaacatc gacgacgatg gctacctgcg ccgcgaactc tcggccgtgg
     6841 ccgacgacct gatgttcaag gccggcatcg aggccaacga ggcggacgtg gaggctgtcc
     6901 tacgcatcat tcaggacttt gagccggccg gtgtcggtgc ccgtgacctc cgcgagtgcc
     6961 tcctcctgca actgaaaaag aagcgcccca cgcccgacac cgccctggcg ctgcgcatcc
     7021 tcaacgagca tttcgacgcc ttcacccgca agcattacga gaagatccgc cgtgcgctgg
     7081 acctcgatga ggcgacgctc aaggccgtcc tgcgtgagat cacccgcctc aaccccaagc
     7141 ccggaaacgg ctggaacgag gcctcagaca cggccatgaa ccgcatcacg ccggacttca
     7201 tcgtggactg ccacaacggc cagctcagcc tcagcatgaa tcagcgcgac gcccccgagc
     7261 tgcacgtgaa ccgtgaatac gccgacatgt ttcgcgacta cctcggcaac aagtccaacc
     7321 gtagctcgga aatgcgcaac gcggtgcagt tcgtcaagca aaagctcgac gccgcccgct
     7381 ggttcatcga cgccgtccgt caacgccgcg agacactcca gcgcaccatg gaggccatcc
     7441 tcatgctgca aaccgacttc ttcctcaccg gcgacgagac gaagctccgc cccatgatcc
     7501 tcaaggacgt ggccgagcat gcgggctacg acatctcgac cgtctcacgc gtcagcaaca
     7561 gcaagtacgt ccagaccaac ttcggcatct accccctcaa atacttcttt tccgaaggcg
     7621 tcctcaacga tcaaggcgag gagatctcca cgcgagagat caagaagatc atgcgcgaga
     7681 cgatcgacgc cgaagataag cgcaaccccg tcaccgacga agcgctctgc gccttgctcc
     7741 gagccaaagg ttatacccct gcccgccgca cggtggctaa ataccgcgag caactcggca
     7801 ttcctgtggc tcgcctaagg aaggagctgt gagtagaggg tagagggtag agggtagagg
     7861 atagaggata gagggtagag ggtagagggt agagagtaga gagtagagag tagagggtgg
     7921 cgaagtcctt tccgagggtg caaacgcatc gccaccgctt caaaccaaat atctcaccct
     7981 acatttgccc gcgataaatt tcacattaat caaaccaata acaccatcat gaactttcca
     8041 tcagaactga agtacacgaa ggatcacgaa tggatccgcg tggaaggcga cacagccttc
     8101 gtaggtatca ccgactatgc acagcaggag ctgggcgaga tcgtattcgt tgacatcgcc
     8161 accgagggcg agacgctggc caaggacgag gcctttggct ccgttgaggc tgttaagacc
     8221 gtctctgacc tgctcatgcc cgtagctggc gaggtgctcg aagtgaatcc cgagcttgag
     8281 gataagcccg agctggtcaa ctccgatccg tacggacaag gctggctgat caaggtcaaa
     8341 cccgctaatg tggcagatgt agaaggcctc ctttcggccg acgactacaa aaagctcatc
     8401 ggatgacccc acaagtcagc atcatcatgg gcagcgtctc tgacctgccc gtgatgaata
     8461 aagccgccca attcctcgat gagatggaga tcccgttcga aatgaacgcc ctctctgccc
     8521 atcgtacccc ggaggaagtg gagcgattcg cccgaggcgc cgaagggcgt ggcatccgcg
     8581 tcattatcgc cgccgctggc atggccgcac acctctgcgg tgtcatcgcc tccatgacca
     8641 ccttgcccgt cgtcggcgtg cccatcgccg cctcactcga cggcatcgac gcccttctgg
     8701 ccatcgtgca aatgcctccc ggcatccccg tagccaccgt cggcattaac ggcgcacaga
     8761 acgctgccat cctggccgct caaatgctcg ccctcagcga cgaggcgctg gcccgtcgac
     8821 tggccagcta taaggaggga ctcaaaaaga aaatcgtcaa ggccaacaaa gagttggcca
     8881 gcgtccaatt caaattcaag acaaattgaa acgacgacct acctcggtag tcgccattgg
     8941 taacaccccg ctgggcgggg attaccccgt acgcatccag tccatggcca acgtatcgac
     9001 catggacacg gatgcgtccg tcgttcaggc gatcagcatg gcacgcgccg gcgccgaata
     9061 catccgcttc accgcccagg gcatacgcga ggcccgaaac ctcggcgtca tccgccgtcg
     9121 actcaacgag ctgggctgcc atacgcccct cgtggccgac atccacttca acccgaaagc
     9181 cgccgacgtg gccgcggagt ttgtggagaa agtacgcatc aatccgggca actacgtcga
     9241 tggcgcacgc accttccgcg ccgactacac cgacgaagac ttcgccgagg gcgtccgcaa
     9301 gatccgcgag cgcttcgtcc ccttccttcg cctctgccgc gcacatggca ccgccatccg
     9361 tatcggcgtc aaccacggct ccctctcgga ccgcatcatg tcgcgctttg gcgacacgcc
     9421 cgagggcatg accgagtcct gcatggagtt cctccgcctc tgccgcgagg agcagtttga
     9481 cgacgtcgtt atctccatca aagcctcgaa cacggtcgtc atggtgcgca ccgtccgcct
     9541 gcttgtccgc acgatggatc gcgagggcat gcactatccg cttcaccttg gcgtcaccga
     9601 ggcgggcaac gacgaggacg gacgcatcaa gagtgccgtc ggcatcggcg ccctactcac
     9661 ggacggcatc ggcgacacca tccgcgtctc cctcagcgaa ccacccgagg ctgagatccc
     9721 cgtagcccgt gagctcattg accatatcaa ccgcacgcgc gcagaagaat acgtgcccat
     9781 gcctgctgat ttcgagggca cggagacgga ctacttccgt ctcacgcgca tggtaggcga
     9841 catcggaggc ggtcgccagc ccgtcgtctt ggcggagtac accaacggcg aagagcccga
     9901 cgaaaccctc cgcccggact acctccgcca cctgcctgac ggcacattca cgtccacaaa
     9961 ggacaaacgt cgcacagtcc ccgcgcccca cttcgtggag ctgacaccgg acgagctgac
    10021 cgactctcgc ctcgaggccc tcaacgcaga cgaatcctcc gtgatcatcc tccgcagcgt
    10081 gcacacggac agcgtcaacg agacacgtgc cgccatcctg cgcctccgcg ccgcagcgtg
    10141 ccaagcgccc gtcatcctac gccgcgacta ccacgaggcg gatctcgatc gcctgcgcat
    10201 cgctgcctca gccgaccttg gcgtcctgct catcgacggc atcgccgacg gcctcctcct
    10261 cacccagggc ggccacagca cgcccgacac cgatcgcctg gccttcggca tcctccaggc
    10321 cacacgccgc cgcatgagtc gcacggagta catctcctgc cctggctgcg gtcgcacgct
    10381 ctacgacctg caccagacga tctcgcgcat caaagccgcc acgggccacc tcaagggtgt
    10441 caagattggc atcatgggct gcatcgtcaa cggccccggt gagatggccg atgccgatta
    10501 cggttacgtg ggcgcaggcc ccggccgcgt cagcctctac cgcggcaagg agtgcgtcct
    10561 acgcagcatc cctgagtccg aggccgtcga tcgccttctc gagctcatcg cctcggatcg
    10621 caagtaaccc gcccgcacat tatggcttag gccgacctcc atccatcggg ggccggcctt
    10681 ttttgtgccg aaaaagctca cacaccagca aaaaaagctt gtccgtgagt gaaaatcact
    10741 cgtacgccag ataaaaaagc tcgcgcgtga gcaaaaaaag ctggtgcacc tgcaaaaatc
    10801 actggcgcgt gagtgaaaaa agctcgttca cgagcaaaat aagctggctg atgagccgaa
    10861 aaagctcacg cgccagcttg tattagctca ttcttcgcct cgtctttccc ctcctcgtcc
    10921 ttattgagca gcggcagggc gaagatcccg aagaggccac agagcacgac ccagactgtt
    10981 tgcaccgtga agacaaccaa cgcaaaggcg gctgcatcgg tgcgatctac gccaaaagct
    11041 acaagcgtcg agatgaccat aaagtgccac acaccgatgc ccccctgcac aggcactgcc
    11101 acaccgaggc tgctcatggc aaaggcgatc agtccgatgc gtatacccaa aggcgcagtg
    11161 aattcgaagg cgtagaaggt ggtgtagaaa tagaggaaat agccgaccca gatagccagc
    11221 gtctgaaaga ggaagcgccc cttgtgctcg atcgtccaga ggctgcgcac accctcccag
    11281 acgtttagca gcatctcggt cagcttgcgg acaaggggta aatgcttcat gcgcacgaag
    11341 acgaaccatg cgagcaccac ggctccgacc agcccgacgt acgtccacgg ggagcggacg
    11401 agggtgatca gcgtcgcaac cagcgtcggg ggattctcag cgaagaagtg gcggaagaag
    11461 ccgatgttga agacaccgag gctgagtgtg agcaggccca ccatgagcgt atccatgatg
    11521 cgatctacga agagcgtgcc taagagcttc gtgaagggta cacgctcgta tttggccgtc
    11581 acaccgcagc gccagatctc gcccacgcgc ggcagggcca tattgacggc gtagttgccg
    11641 aggacagcaa agacgacgtt gcgccgacga acacgtcggc cgagcgagtc gataagcagc
    11701 ccccagcgga agccacgcgt cacgttggcg gccaagccga aaagcagcga aaagaggagg
    11761 atgtcgtagc gtacgccgcc acggacgacc tccatcatgg ccccgaagtc ttgttcgcga
    11821 tagagatacc agaagagaag cacgcccagc aacaggggca acacgatctt aacggtctga
    11881 ttgacgatct ttcttacgtc cattataggg ttctgtttga ttggccggca aagataggcg
    11941 cctttgctgc gtggggacgg ggcggggcgg ctgcggccgc cggcgaagtt tgctagctac
    12001 cgacctcgac aattagaggc gccagcgaag tttgccaact acctgcctcg acaattcggg
    12061 gcggtttggt tttatcccgt gccccgccgc acctttgcgg ccccaaattt ttacgtggaa
    12121 tatcatcaac atgaataagg aatatcagcg aagcgaccta gaggtgatgg caccggccgg
    12181 gtcgtacgag tcgctcatgg ccgccattca gggcggagcc gactcggtct actttggcgt
    12241 cgaggggctc aacatgcgcg caagatcgtc caacaacttc accacggacg acctccgacg
    12301 catcgcctcc acctgtgccg accacggcgt gaagagttac ctgaccgtca acaccgtcct
    12361 ctacgacgcc gatctggaca ccatgcggcg catcatcgac gcctcgctcg aggctggcgt
    12421 ctcggccgtt atcgccgccg acgtggccgc catgagctat gccgccgaca tcggtcagga
    12481 ggttcacctc tccacccagc tcaacatcgc caacgtcgaa gccctggcct tctacgcccg
    12541 ctttgccgac gtggccgttc tggcccgcga gctcaatctg gaccaagtca gcgccatcca
    12601 tcgggccatc agcgagcgca acatccgagg cccgaaaggc gagcccgtac gcctcgaaat
    12661 gttctgccac ggtgccctct gcatggctgt ctccggcaaa tgctacctca gcctgcacga
    12721 gatgaacgcc tccgccaacc gcggcgcctg caaccaaatt tgccgccgca gctacaccgt
    12781 ccgcgaccgc gagacgaacc acgagctgga cgtcgacaac gcctacatca tgtcgcccaa
    12841 agacctcaag acgatccatt tcctcaacaa acttatcgac gctggcgtgc gcgtcttcaa
    12901 gatcgagggc cgcgcgcggg ggccggaata cgtgcgcacc gtcacggagt gctacgccga
    12961 ggccgccacg gcctgctgcg acggcacctt cgacgaggcc cgcattgccg cctgggacga
    13021 gcgcctctcg accgtcttca atcgcggctt ctggaacggc tactacctcg gccagcgcct
    13081 cggcgagtgg acccaccgct acggctccag tgccacgcgt cgcaaggagt acgtggcccg
    13141 cggcgtgaag tacttcagcg gcatcggcgt ggcggagttc gagatggaga gcggctcgct
    13201 cagcgtcgga gacgaggtcg tgatcacggg ccccaccacc ggcgccatct ttgagaccat
    13261 ccgcgagatc cgcgtcgacc tccagcccgt gcaaaccact tcgaagggcg agcgattctc
    13321 catccgcacc gcggaaaagg ttcgcccctc cgatcgactc tataaaatgg tccccgttag
    13381 ccctgcctaa gttcatcgaa gagcctcccg cggcccgttc ggggatatgc agcgaaatgg
    13441 ggtaggtaaa tttatcgtgt ttcgaatatc agccgtcgta taggctccga aacagcgtct
    13501 gtttgctgat ctataccgcg tatagctcta caaacagacg ctgctttgct attcataagg
    13561 cgtaacgctc cagaaacaga ctctttttct tacttcatac accgtataag cctacaaaca
    13621 gagtctgttt ctcacttcat acatcgtatc ggcccacaaa tagaggcttt cggagggcct
    13681 tattctggta gagcataaga aacagcatct attttcagac tcttacgtcg tatacataaa
    13741 gaaacagact ctatttgtag acccataccg cgcatgaaat acaaaacagc ctctgtttat
    13801 gggcctatac ggcgtatgaa ttaggagaaa gaggctgttt gcgaatctat acgccgtcta
    13861 tgttccgaaa aagagctatt tcacctactc tttttcgcgg cacctcccta aacttgacgc
    13921 gtttggcaag actttttcgc tgcggatacc tttacgagac gcgtttagct cttcgcaatc
    13981 gctgcggata cctttacgag acgcgtttag ctctccgcaa tcgctgcgca cacctttacg
    14041 agacgcatga ggctgatcgc cgtcggttgc cccaccttta cgcatcgaag gaggctattc
    14101 aacggagcgt gcaccaccga aatgcgccgc gtgtttggca tcggccaaca aaaaagccaa
    14161 ggactgaatc aatcaatcct tggctttgct tttcggtacc cagacccggg gtcgaaccgg
    14221 gatggaagtg aatccactgg tgtttgagac cagcgcgtct accgattccg ccatctgggc
    14281 cttcgtggaa gacgccgcaa atataggcgc atttctcaga tcacgaaagc cggagggcga
    14341 tggcgggaga ttcggggcgg gggttacttc ttttttgact gcgttttgct gtacttctcg
    14401 gccagagctt tggcacgggc tacgcgtttg ccgtcgtccg ggtgcgagga gaacatcttc
    14461 tgcaccgccg actgcttggc accaccggag aggtcggcca acttctgcaa tccgttagcc
    14521 agaccgtagg ggtcgaagcc aagctcgatg catttcttga tcccgtactc gtccgcggcc
    14581 gattcttgct tctgcgagaa ctgggcgctg aggaaggctt gggtgagctt gttgagctgc
    14641 gtgtcggaga gcctgttggc ggtgttgctg acggcgctgg cggcatcgat gagtccagcc
    14701 gtcatgtagg cttgcttcat ggcgtccttg acgtcggtgt tggctacgtg accgagctca
    14761 tggccgatga cgcccatcag ttcgtcgtcg tccatgatgt ccatcagcga gctgaagacg
    14821 cggacgctgc cgtcgcctga ggcgaaggcg ttgatgtctg tcacgagata gaccttgaag
    14881 ttgagcggca tgccgttcac ctccttgaag cccttcgtga ggcgggccag gcgcttggca
    14941 tactctgagt tgtccttggc cacttcgttg tgtttgtcca tccactcgac cgactcgtgg
    15001 cagaggttgg agatgtcggc atcgctcagt gtgacggcct tggccacctt gctgacggcc
    15061 tgagtggctt tgtcgaggtt gatgctcttt ccgccgattc tgatttgcgc ttgagcggcg
    15121 gtcagggtca tggctaaggc catgaagaag atcatttttt tcataggtca aatgtctaat
    15181 ttgagtgagt aatacattga ttatttgtgc tgcaaagata ggagaggatc attccgcgaa
    15241 tcgacgcgtg agggagccga agaaggaagg ggcacgctgg cgctccttag ccttacgggt
    15301 catgtcgagc accgtctcgt agggcaattc acccactcgg cgcgggcggg gacggaagtg
    15361 cggagagagc agactgcgtg tgtcgtcata gccttggaaa cggagcgcgg cgagattggc
    15421 catcgtgtag ggcagatcga cggtggaata ggggcgcgtg aggtcgaatc gcaggtcggg
    15481 ccgcatacgc ctaaagtcgg gcgagagcca gacgaggaag ggcacctcgc acatgtagga
    15541 cgtgaccttc tcgtacgcat gcccgttgaa ggggcggaac tcgttcacct cctcgccgtg
    15601 gtcggagaag tagatcaggg cggcgggtgt gtgctcacgc tcgatgcggg cgatgagtgt
    15661 ggagaggagg tagtcgttgt agcggacgga attgtcgtac tcgtcgacgg tggtgcgggc
    15721 ctcgggcgtg aggtcaggct gggcgttggg caacgtgtcg ttgaggcgcg tgaagaagtc
    15781 gaagtcggcg gggtagcggt acttataccc gatgtgacag cccatgaggt gtagcacgat
    15841 cagtttcggg cgatcgctgg gggcggtcag ggcttgctcg aagggcggca ggaggatgcc
    15901 gtcgggggcc ttgcgggcgg agaggtcgac ggtgtgatcg gccagcttca ggaaggcgtc
    15961 gtagctggac gagccgtcga gcaggggctg attgctgatg acgtacgtct cgaatccggc
    16021 acggttgaag agctcgatga gcgaagggta ggtggtgagg cgttcggggt ggtcccagtc
    16081 ggcgaaggtg agcgcagcgc ggagcacggg gatggtgtgc acctgtggcg agactacatc
    16141 ggtatagacc gagagctcac cacgtcgggc ggagagcaac gggttcgtgt cgcgaggata
    16201 accgtagagc gacatgtggc gtcgggcatg cgattcaccg atgacgagca ccacgagccg
    16261 cggcgtcttg tccggttgtg tacgcacctc gaacggcagc gtatgccgac gggccagggc
    16321 gcgctcctca cggaagcggc cgatcttata gtgggcaaag acacgataga agtccacgaa
    16381 gtagatccgt tgcgccacgg gccggacggt gacgaagagc agggccacga acaccagagc
    16441 gaagaaggcg tacttgtggc ggcggatgcg gaagaagcgc tccggctgct tcatgcgaca
    16501 gatcatcacg atcggcgtga gcacgaagag cgtgacggcc gtcacgagcc aggggttgag
    16561 gtaggcgata aactccgaag cctcgtcagt attggtctcg aagatcgacg tgatggtgcc
    16621 gcccgagagg agcacatggc cgatgaagag gtagccaatg aggatggtgc cggggatgat
    16681 cgtcacggcc aacagcaggg agtagaagat cttcagcccc cgggtggtca taaacgaggc
    16741 gagcaaaaag acgacgcaga gcagcagcaa gctgaggcca atgcccacgg ctacggcact
    16801 gagcgagagg ttctgtgcca atagactcaa cacaggcaca ggcatgagta cgtagaggag
    16861 gaagaagagc tgcaacttcc tttccttgag tatttgcaag agggtcttca tatctatgga
    16921 tagcgtagtt atgcgcccta aaggcgcggt agcgtaaggg catatcgggc gcccggggcc
    16981 gttatgcggc gcggctgcaa aactacctga cgagtttata catcccaccg ggcagggtgg
    17041 ccacgaggcc gtccatctcc agatcgaaga ggatggccat cacctcccgc acggagaggt
    17101 ccgtgaggcg tgccaagtcg ttgatctgcg tcggcccctt ggcgcggagc acacgcgtca
    17161 cggcattgtc cggcagggga ggctcggccg tcgatggacg ctgtgaggtg gacggggtgg
    17221 aggcgctact cgttgcttgc acgcgcttct ccgacggcgc ccacgccatc atctcacaga
    17281 gatcggccgg cgaggagagc agcctcgcac gccgttcggc gatgaggtgc agacagccca
    17341 atgaaagttc gtccgtcaca cgccccggac aggcaaagac ccgtcgctga tagccttggg
    17401 cataagccgc cgtcgagagg gcgccgctcc ggacgggcga ctcgatgatg accgtcgcat
    17461 cggccagggc ggcaatcagt cggttacgcc tgaggaagtt ctcgggcacg gggttcgtcc
    17521 ccgaggggta gtccgtcagc aggccaccgc gcaaggccat gtctgccgct gtggcacggt
    17581 gcgtcgctgg atagatccga tccagcccat gcgccaacac cccgaccgtg ggtagccccg
    17641 tacggagcgc ggcacgatgg gcacagacgt caatgccata ggccagtccg ctgacgatga
    17701 cgatcgaggc gtctgtagcc gccagctcct cgacgattcg ggtggccagg ttcgtgccat
    17761 agtccgagca gcgacgcgta cccacgatgc tgacgatacg cgcaacgttg aggtcggccg
    17821 tgccacgata ataaatcacc ggcggtgcgt ccaggcaggc acgcagccgg ttggggtagt
    17881 cgctgtccgc gagggtatag atacggatgg catgatccgt ggcaaagcgc acttcctgct
    17941 ccgcatgccg cagggcctcg tcacgttcgg ccacgatgcg ctcggccatc tcacgtccca
    18001 cgccctccac ttcggccagt tgcggggccg tggcgccgag ggcagcctca gccgaaccga
    18061 aatgcttttg cagccagcgg agggacatgt cgcccacgcc atagattctc ttcagtgcga
    18121 ttaaagcgat gcgttcgttg tccatgtgat acggtctcct tcctttgatt aatctttaag
    18181 cagctgatcg aaatactcac cgcgcgtcag ctgtccaccc tcgacggcca cagtctccac
    18241 acgccccgaa acgacataca caccgtcggg cagccgatag agatcttgca gaaaaatcag
    18301 cttcacgccc tcgcgccgca ggttcatgca cgaccgaaag cggtcgccac tacgcagcgc
    18361 gtgacggtag cggatgtcta cccgcgagac aaacacatcc acgccacgat catgcagtcg
    18421 gccgaagttc tcccccagcg attctaagaa ttcatggcgc gtatgctcca tataatgttg
    18481 atagttggcg ttgttcacca cgccttgcag gtcgcattca taatcgcgca ccttcatctc
    18541 cagttcaaat cgatatgtac tcatagggtt ttgtttgaca gaccaaaagt aggcagagcc
    18601 gcgtatcgga gtgctatggg tggggcaata gcggggttat tatgctccat gagcacgtcg
    18661 gcagacattc tgccgcgacc atcacacccc atgagtgcgt cggcagacat tctgccgggg
    18721 ctatcacacc ccatgagtac gccggcagac attctgccgc gaccatcaca ccccatgagc
    18781 acgtcggcag acattctgcc tcgaccatca taccccatga gtgcgtcggc agacattctg
    18841 ccgaggccat catggtcgat gggaatgcta gcgacactgt cgccggggct atcatggtcg
    18901 atgagaacgc tggcgacact gtcgccgagg ctatcatggt cgatgggaac gctggcgaca
    18961 ctgtcgccgg ggctatcatg gtctatgaga acgctggcga cactgtcgcc gaggctatca
    19021 tggtcgatgg gaacgctggc gacactgtcg ccgaggctat catggtctat gagaacgctg
    19081 gcgacactgt cgccggggcc atcatggtct atgagaacgc tggcgacact gtcgccgggg
    19141 ctatcatggc ctatgggaac gctggcgaca ctgtcgcttt cgtcccattc atcgccagca
    19201 gctcatccat taaatcagat gtattgctca agggggggac tttgtgttgg ccgccgagct
    19261 tgccgtgact gcggagccag tcgaagaaga ggcccgggcg ggcggggatg atctcgggcg
    19321 gctggaggga gatctctttg tagcgcttgg cggcgtagtc ggagttgagg gcttggaggg
    19381 cggtgtcgag cgccgcggcg aaggcgggga gcgatgcggg cggggtgtcg aactcgatga
    19441 gccaacggtg gcgacccttg gcgcggtcgg tgaggaggta aagcggcgcg gcggtatagg
    19501 cgcggacggc ggcggaggtg gcctccgagg cctgacggat ggcgcgttcg gcgttatcga
    19561 ccataagctc ttcgccgaat gcgttgatga aatgcttcgt gcgaccggtg atgagaaact
    19621 tatacgggcg gagggaggtg aagcggatgg tgtcgccgat gagatagcgc cagaggccgc
    19681 cggcggtggt gatgacgagg gcatagttct cgcccgtgcg cacctcttcg agcggcagga
    19741 cggcatccgg cgggatgggg ctgccatcgg tgggcagggc ggtggtgggg atgcactcgt
    19801 agaagatgcc atagtcgagc atgagcagga ggctgcggtc ggtgggctcg gactggagtc
    19861 cgaagaagcc ctcggaggcg ttgtaggtct ccatgtaacg catgtcggac gaggggatga
    19921 ggcgggcgta acggtcgcgg taaggctcga agccgacgcc gccgtggaag aagacttcga
    19981 ggtcaggcca aacctcgagg agggtctgcg cgccagcgtc acggatgacg gcttcgatca
    20041 ggacaagcat ccaggagggt atgccggaga ggctgcccac gtgggccttg cgcgtgctcc
    20101 gaacaatggc gcggatcttg gcctcccact cgtccatgag gataatgcgg cgcgagggta
    20161 cgcggaccag gttgacgagc gggttgaggt tttggagcag tacggcggag aggtcgccgc
    20221 aatgtgcgcg ggcgttgagg ggcgaagggc tatggctgcc gccaaggatg agtcctttct
    20281 tgtcgaagaa acgcgagcgg gggttgttgc ggaggtagag ggcgacggtg tcgaagccgc
    20341 cggcgtagtg tgcctggcgt aggatgtctg gggtgacggg gatgtatttg ctgcgtgcgt
    20401 cggtcgtgcc gctgctctgt gcgaaccatc gcgtggtgcc gggccagagc acgttgcgct
    20461 ggccgtcgat catgcgtcgg atgtagggtt gcaaatcctc gtaggcgctg acggggaccg
    20521 cccgtcggaa ggcctcgtaa gcgtccgact cgacgggcat acggtcgaaa cagtgcacat
    20581 ggccccattc cgtctgtcga gcggtgcgaa tcaattggcc gagttgccga cgctggatgg
    20641 cgtgggcctc cgtggcgtaa gtctcaatga cgcgcgcacg gcgtaaaaac aaaggacgta
    20701 ggagggtggt gagcatggga tcgaaaagct aaaaactaaa agtggccgga cacaagatga
    20761 tttcgtatcc ggccgggggc ttactaaaga tattgggaga tcatatggtt gttgctgatg
    20821 tatctaacga gatagtgtat ctcgccattt accctgtagc gagtaaagaa gacataccac
    20881 tgtgtggctt tgctttttcg gaacgcagca taatacagat gctctccgta tcggttgaag
    20941 cgtggcgggg ccttcttggc cggccttgtc ggcagggtgt cacgtatatc gaaaatcaat
    21001 tctcgcacat atctaatagc cgactcttca aagccaaagt attccttttc aaagagcacc
    21061 tccatcaact cccggaggta ttgccgcact tcaggtagga aggataccat catgcatacg
    21121 tcgtgtgttc ccgaaacatt tctctaatgt ctttctccac gccgaccagc agctcttctg
    21181 catgaatcgc ccgacgcagc tctttgtccg gctctaaata cgtctcgtcg gttgatacga
    21241 aagattcgcc cttatcggcc aagtcaaacg cttgatccga acgggaggtg aactcttggg
    21301 tggtgaagtt tactgttgcc atgatgcttc gttttgagga tgaatggatg ggacaaaggt
    21361 agaggggga
//
LOCUS       SEQF2637|AYYD01001093.155068 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..55068
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(316..867)
                     /locus_tag="SEQF2637_01284"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7DDR9"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosine monophosphate-protein transferase
                     NmFic"
                     /translation="MKKIDEQSLANAFRLYESGDIHRMEIGTTRGLCDIHRYLFDGLY
                     PFAGEVREKNIAKGGFRFANSLYLRPALEAIERMPEGTFEEIVEKYVEMNVAHPFMEG
                     NGRSMRIWLDGMLRRSLGRVIDWRQVDKSVYLSAMERSPINDLELRTLLGAHLTDRID
                     DREVIFKGIEQSYYYEGYRPGEE"
     CDS             1020..1727
                     /gene="maf"
                     /locus_tag="SEQF2637_01285"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02169"
                     /codon_start=1
                     /transl_table=11
                     /product="Septum formation protein Maf"
                     /translation="MADNYLEKRFAQYEARKAAGTRPRRRHTEPARPAIVLPTRHRII
                     LASQSPRRRELLGGLGVQFDVRVIPDIDESYPETLRPEDVPQYIAHAKARAYLPSLAA
                     DELLITADTVVVLEGDILGKPRDRDDALSMLRRLSGRRHTVVTGVVLTPGDGQRQADF
                     SVASTVDFAPLSEAEITLYIDHLRPFDKAGAYGIQEWIGFVGVRGIEGSFYNVMGLPV
                     GRLYEELRRMGEIVEGV"
     CDS             2034..2495
                     /gene="mgsA"
                     /locus_tag="SEQF2637_01286"
                     /EC_number="4.2.3.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X0R7"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylglyoxal synthase"
                     /translation="MHKKLTIALVAHDNRKVDMIDWAVFNADFLAGHNLVCTGTTGTL
                     IKEAFEERGIEYSNIRCMHSGPMGGDTEIAAMVVRKEINLAVFLIDDLNPQPHEADIQ
                     MLLRQCRVHNVPIACNRYSADLMITSTLWDDNLYVPMEPKYVPFDRNNYSI"
     CDS             2492..3562
                     /gene="leuB"
                     /locus_tag="SEQF2637_01287"
                     /EC_number="1.1.1.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12010"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydrogenase"
                     /translation="MKLNIAVLPGDGIGPEVMDQALKVVRAISEKFGHTLHTETALTG
                     ACAIDAVGDPYPEATHELCMRSDAVLYGAIGSPKYDNDPTARVRPEHGLLAMRKKLGL
                     YANIRPVTTFPSLLDRSPLRADLVEGVDFVCVRELTGGLYFGRPQGRSEDGRVAYDTC
                     VYSREEIERIVRLAYGYAMKRRRHLTVVDKANVLATSRLWREVAQEVAQEFPGVETEY
                     MFVDNAAMRLIQWPKSFDVVVTENMFGDILTDEASVISGSLGLLPSASVGLHTSLFEP
                     IHGSYPQAAGRNIANPLAMILSAAMMFEYAFDLPDEGAAIRRAVDASMAAGIVTEDIA
                     PKGAKTYGTSEVGDWIAAHVAQ"
     CDS             complement(3598..4431)
                     /gene="bepA_1"
                     /locus_tag="SEQF2637_01288"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MNIKRIIVAALLCALCGVKLGAQTYEELIQQSYDYADRGDLPAA
                     EQALKAALHREPANRNNFALLSNLGTIQRRLSRRDEALTSYTAALGLQPDNKLILSNR
                     AELFIERGETERALADYETLLRVDPADVEARFRRGVLYVELKEYMLADADFEQILARD
                     RESTLGRLGFALLDKARGNYADSEAVLTFLIGRDPDDLRLYEERAELYFLMKKNARAM
                     ADLRRVFAGEREPSAYLYILRGKIRLAQYEKEAAATDFKKALDLGADRAEVEGLIKMT
                     Y"
     CDS             4557..5168
                     /gene="rpsP"
                     /locus_tag="SEQF2637_01289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21474"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S16"
                     /translation="MATKIRLQRFGRKGYAFYQVVIADSRAPRDGKFIERIGSYNPNT
                     NPATIDLNFDRALYWLQVGAQPTDTARMILSREGVCLKKHLLEGVKKGAFDEAKAEEK
                     FQAWLSEKKLALQQVKDAEREKSKAKVKARLDAETEVNKAKAEALAKKRAEIAAAKAQ
                     AEAEAAAAAAAAEAEAEAAKAAEAPAAEAAAPEAEAAPAPEAN"
     CDS             complement(5325..5783)
                     /gene="trxA_2"
                     /locus_tag="SEQF2637_01290"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80579"
                     /codon_start=1
                     /transl_table=11
                     /product="Thioredoxin"
                     /translation="MNKLKYLTLLLLLSVVACVRAQADPAAGDVGEVIVLNKADFLTK
                     VFNYEKNPSKWTYEGDKPCIIDFYADWCGPCRRVAPVLQDLAKRYKDEIVIYKINVDK
                     ERELAGTFGVSSIPTIVFVPMKGEPQVSMGAMPEESFVKMIEEVLLEKKK"
     CDS             complement(6252..8714)
                     /gene="priA"
                     /locus_tag="SEQF2637_01291"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17888"
                     /codon_start=1
                     /transl_table=11
                     /product="Primosomal protein N'"
                     /translation="MLYADVLLPLPMADAYTYLVPDDMADRVTVGLRVVVPFGARRYY
                     TGIVRDVHHRAPSAGYALKPIFVAPDETPVVRPAQLRFWDWMASYYLCTPGEVYNAAV
                     PAGLRPDSETVFSLSDGYASAPTLSPKAQAALDALATFPKPPTVAELERRSGVRNLLP
                     TLTALVAEGAVHVDAEVKAGITPRRETFVRLAADYPDEESLRPLFDTLRRAASQERLL
                     LHFLDAARPFSPDGRQEVPRKELLATSGASAALLTALVRRGALTLVERTVEPQPLFLD
                     RVTRPARPLTSAQQSAYEAIRASFDTHPVCLLHGAPSSGKTEIFLHLILDTLRAGRQA
                     LYLLPEIALTTQMTERLADVLGPRLLVYHSGLTDRERTEVWRRLLRTDSEPAVVVGVR
                     SSLFLPFDRLGLIVVDEEHEPSYKQNDPAPRYHARNAALMLARMHGARALLGSATPSL
                     ETYYLARTGRYGLVTLAERYGAAPEPEIVLVDTKEMRRKRRMKYDALLSPPLREAIDG
                     ALAEGRQTILFRNRRGYAPVMECRSCGYVPRCAYCDVSLTYHRTQHRLVCHYCGRSQP
                     LPTHCPECDSEEWRGLGYGTERVEDEIGALYPTVRVGRLDTDAVRTPRAYRRVLSDFE
                     QGYTQLLVGTQMLTKGLDFGRVGVVGVLSADSLMSIPDFRAHERAFQLMMQVSGRAGR
                     RDRRGTVVIQTTHPDDPLLQWVRTFDYVSMATALLAERRRFIYPPYCRLITIILRHRN
                     EDTLRHAAETYAERLRPSFTDGLLGPYAPPVARVRSLYIRQILLKVPLTQPADDVRRL
                     LLAIHRALLPDFAGLRIHYEVD"
     CDS             complement(8717..9376)
                     /locus_tag="SEQF2637_01292"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTSMILAVLLLLTTVMGEAQSRRPRQPQRRTTTYYRRVQPVR
                     FGLKAGINSAGVDAKYGIDADRVVGVHFGPMMEFHLPVPGLYIDGALLFSQRGIGEGY
                     SHSEDFRNDYIDLPVTLKYRFPVPRVAPFIETGPYMSFRLTGDKNHYAGTMLYSARDV
                     ATGWNFTGGIDIVRRVQLSLTYNLGITDYYRAFPGGFRNGAGAYGVRSNTWMFSAAVL
                     F"
     CDS             complement(9458..10240)
                     /locus_tag="SEQF2637_01293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLIIEDFDDKLHTYFLLSHTATGRRASVNTYRCPVVYGRVCTH
                     NPPRITTPKLKGETEMRRMKWMLAAAVMLVAVTTAQAQCRFGVKGGVNIASVSFDRHV
                     LDAENITGFHVGPMLEWNIPLLGLGIDGAVLYSQRGFGVRGESLRSDYIDVPVNAKFK
                     FGLPLISPFLAAGPYASFRVSSNKSWDISGITDQVIRQVEAQSFAAGLNFTAGAEVMD
                     VVQVGLTYSLGLTDNYKAFDRRNVNSYSGKPHTWMVSATVFF"
     CDS             10534..11244
                     /gene="rfbF"
                     /locus_tag="SEQF2637_01294"
                     /EC_number="2.7.7.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Z5I4"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-1-phosphate cytidylyltransferase"
                     /translation="MDYAIIAAGEGSRLVEEGVTTPKPLVRLLGEPMIDRLMGLFLRH
                     GATSISVIVNEEMTDVQHHMEQLALPVPLNLVVRSTPSSMHSFHALRPFLTSDTCCLT
                     TVDTVFREEPFAAYIDAFERSPLLDGMMAVTAYVDDEAPLYVRTDSAGMIRGFLDREE
                     GQAAGCQYVSGGMYCLRRSALDVLDQAMEQGVSRMRNYQRMLVSEGLRLRAYAFDKIL
                     DIDHAADIAKAEAFLSTP"
     CDS             11312..12214
                     /locus_tag="SEQF2637_01295"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHTYIIASIRRDPRFSPHHEANDEAIFRLTAEALRARGCTVREY
                     AEADLWADAVSADAVFGMARDPRSIRCLQRMEDDGLPVINSGYAIARCGREPMTRLLT
                     EANLPYPRSLILPTADDPMPALASAAIDACWVKRADGHVVGAGDVTFAASREATREVF
                     RRLSDGGIRTAVVNEHLTGDLVKFYGVAGTDFFYAFYPTATRHGKFGLEQVNGPARGI
                     AYDADALRTTCHRAATVLGLRVYGGDCIVSDTDELVRLIDFNDWPSFAPCREAAAPFI
                     ASCIIGSIGLRPGSYAPSGASSQK"
     CDS             12286..13206
                     /locus_tag="SEQF2637_01296"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQQTTAPGMASTLKSLDTEECIDIWFYRPIGYRWALLFHRLGV
                     SPNAITIMAIFIGIAAGVCFYYTSLTVNVVGMLLLVWANSYDSADGQLARMTGQKSPL
                     GRVLDGFCGDVWFFTIYVAICLRLMPEWGLWIWLLAIVTGSYHSKQAAMADYYRNIHL
                     LFLKGRAGSELSHSQAVAESYRRMTWRGDFVYKLFEMFYLRYTRGQERSTPRFQEMMD
                     VIRHDYADEAPEWFRTAFRTRSLPLMKYTNMLSFNTRVIALFVSLLIDAPWLYFAFEL
                     TVLNAMLIYMVRTHERFCAQFTVQLKEAVR"
     CDS             13203..13919
                     /gene="yjjG_1"
                     /locus_tag="SEQF2637_01297"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8Y1"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrimidine 5'-nucleotidase YjjG"
                     /translation="MKMDHIAALLFDYGGTIDSNGLHWSEVIWQAYEAEDVPVTKEDF
                     RAAYVHAERTMAQLPLVRPEHTFADMMRIKIDLQVDWLQELSELPDFRATRDVRRRLA
                     GRCYASAERCITAARPLIAALAERYPLVLVSNFYGNIGSVLHDFRLDRYFPHVIESAV
                     VGVRKPAPAIFRLGLDALGISDASSAVVIGDSYDKDILPAASLGCRTVWLKNIGWKPY
                     TGAESADVVITDFKELEGLL"
     CDS             13916..15016
                     /gene="fic_2"
                     /locus_tag="SEQF2637_01298"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8E9K5"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosine monophosphate-protein transferase
                     SoFic"
                     /translation="MIYLHEREEWWRFRYDTEAIETPLLHAHDRQARLSALAGAMWRD
                     MQDDLTLSSLSDELVHSSAIEGERLDLTEVRSSIARRLGIDTAGLIPSSRYVDGVVEM
                     LLDATQHYDAPLTRERLFGWHAALFPTGYSGPYRIEVARYRTGQMQVVSGPMGRERVH
                     YMAPAPDRLPTEMARFLAWINASNEREDGVLKAAIAHLWFVSIHPFDDGNGRIARAIT
                     DLLLSRAEGHARRFYSMSSSIMQHRRDYYDVLERTQHGDGEITDWLQWFLACLSETIE
                     AVLERISTAFHKHHFFHAHRTMAMNERQRLLISRLFDGLEGKLTVAKWAKLAKCSRTE
                     AEADIADLVSIGILREDRSTRHISYSLETEAL"
     CDS             15367..16110
                     /locus_tag="SEQF2637_01299"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNRPPFSPRSPEQCKTWRLLEPDGVLAYKRRPVLRVDGVLACK
                     TWRLLGTNGVLACKRRPVSGTDGVLAYKRRPVWEADGVLAYKRRPVLRADGVLDCKRR
                     PVLRADGVLDYKRRRVLRADGVLDYKRRPVLRVDGVLDCKRRRLFDLDGVLACKRRPV
                     LRADGVLACKRRPVLRADGVLDCKRRPVWGADGVWKGEIEACSGGEMGEESALYHGCG
                     MENTTRVGLCRGGGARTFAPSKKRDRNND"
     CDS             16143..17072
                     /locus_tag="SEQF2637_01300"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARFTLKQLLVATLLIAASTSLRASDTPSEVITVSTAKACSGL
                     VETWIKKYTEQHPEVQIRVVNDGKGEADLTLTQGSTEADKEAEGNVAYVGRYALLPIT
                     TTSNPLYEQINRRRFDKKELKRLFFQNDVVQEVEEGKKKDALRDGLTVYSTMGRTSGA
                     QAFASHFGYRPSQIRGKRIAGDDIHLLTAIGKDRTGITFNTTAYLFDLQSRKLKPELS
                     VLPLNLKKDQEQILRSGNLDETLRLLEDAEIDLIPLQTIGFVYRDKAQVRDFLQWVVS
                     EGQQYNHASGFLTIDKKTEQKEQKRLSRLLSDR"
     CDS             17093..20203
                     /gene="susC_5"
                     /locus_tag="SEQF2637_01301"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKVKTTHYIIALLLLIVGQAGAQTKLEGRVLDSQTDEPIIGATV
                     AVVDEHSGVLTDLDGNFSVTVRNLPAVIKVSFVGYRELQVDVYDASEPIVIPLNEAVD
                     VLQEVVVVGYSTQKRRELTSAISTVNKDLLKQSPTTVENALAGAVAGLNVTTTSGQPG
                     ASSNIRIRGGNSITGSNEPLYVIDGFIVYNDPEATRTGASGADASLDPLSFLNPSDIE
                     SIEVLKDVSATAIYGTRGANGVIMITTKKGTKGRNNLRYAGTAGWSTAARRLEFLNAE
                     QFTALYNEINPKAPLPSPTHSYDWQDEALRTAFTQEHQLSAAGGDEHSRYAISGSYKG
                     QEGIIVNTGLKRYAGRINYERTMWPNFVIGVNASGAYSALNGLRNVDRGTAGQAAKWA
                     SNTWMAVITSAPTHPIYDAAGHFNYAPSPISQDLYTRNGEQVVGNPISDLYNAKTRIA
                     NSRLIASAFAEWEPVKHLKLKVQAGADLSNTRESNYSPSYTTTGLEYKGVASVGSTLA
                     NVWQAEFTANYDREFNRLHHVALLAGYTAQRTDRSGYATTVRNFANDVTGYNNLAAGS
                     DLFSATSRAYISTLRSWLGRANYSYDGRYNLSLTLRADGSSRFAENNKWGLFPSAGLS
                     WNVGREKFIRLGRAVDHLQVRLSAGVVGNQEIGDYQFVANVAPTPTPGYSGGREVLAY
                     YIQSKANPDLKWERTASYNVGLSTGFFRNRLTVVLDAYYKRTSDLLLMVPVEQVSGFE
                     TSLRNVGSVTNRGVELAIGGTLVSNKQVRWTADFNIAHNRNEVTSLGSASSIVPNFSG
                     ATLGYISPVIVKVGEPLGTLYGYKFKGLVQKETDVSALPRQSISPLRPGNPIYEDVNG
                     DNVVNTADQTVLGNSQPLFTYGFNTTLTWGRVDVFLALAGSYGNKLFNGLATRLTKGS
                     TYYNSLAIVADRWTETNPSDRIQRASDDLTIVSDSRYVEDASYLRLKNVQVGYTLPLR
                     QVTKDAQIRLFLSLQNFVTLTRYSGYDPEASRNGMDEHSALYQGVDMGTYPTAKTVQV
                     GLQLTL"
     CDS             20834..22426
                     /locus_tag="SEQF2637_01302"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MKMNKKTTLYLLAAALSAPLLSACTDLDQTPLSSIEKNDFYQTE
                     ADLQAALYGVYQILSDNDLAGEMYGIYNTEMIFFNDLQSEYARRGTANSPDIAEIGNF
                     AITPTNTFVVSTWLVHYTGINRANVLIDKAEANTAISDRVRAAIVGQAKFLRALYYFD
                     LVRYYGDVPLVLHDGEGEGQPRTATDKVYEQIVADLKAAEGIPAGYSSLPSVASAGAA
                     TALLAKVHLVWAQSDTEYSLAHQRELFGQAVAYASKVEGKYKLLDRYCDNWSVDKKLG
                     NAELIFTVEHKFGINRNVIGRCVLSTGFTNDKQPVIAALDNSLYDLFDANDQRRDASV
                     TKRLYDPFTGHWFDFDRIRFRKYIDTIEMAKYSAPYISGQNTSSSVLRYAEVLLIKAE
                     AENELNGPTETAYKAINEVRRRAFYDSYAQIQRAPADGSQTELAGLSQEAFRQAVRTE
                     QLKEFIMEGTRWFDLKRWHILVKTIREKVPATDLKHQNISPKHYFLPIPSEQIALNPA
                     LKQNWGYDGQTSGDPYTAKGWQ"
     CDS             22466..23554
                     /locus_tag="SEQF2637_01303"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKTTTHLLRAALLAAAATALLALRAGAQTPTDYNKRELMLQTL
                     DQSRPNDYVPVFFNIHFKEHEGLDAVRAHVDWFRRTHVDFVNVKYEYFPPSHAVRTPA
                     DWKRIRPFSPEVWEEQLLVIRELKRELGSEALIIPTVFSPLRVLIQAAGVPLSSDKAG
                     RAAMVELIRRDPEAIRPALEAVTQSLVHYIREARRAGADGFYISSQGDDLEEFAGDIF
                     RHILKPYDRQLADVAAEVAPFNILHICESGGHITPATFDDYLDYPGSIINPPMHNFKD
                     STLTLRQISERFRRPVLGGMQRWGALYKGTLEEAKAEVDAILREAPANFIFGADDSLP
                     NDSDPEKVRRLVDYIHTWRLTHKASAAQ"
     CDS             23603..24784
                     /locus_tag="SEQF2637_01304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKILSNSIVILLIAVVVGLFTGRLVGEEGIRTILSIKQITGQI
                     IFFLVPLIVIGFVAPSITALRQGATRLIFFAFLLAYVSSVGAATFAALVGYQTIPLLN
                     IRPAEEGLRQLPELIFRVDIPPIMSVMSALLLAVFLGFGALRTSAVDVTRLLLQFRDI
                     VLLLVRRVLMPVLPVYIAANFAALSYEGDVARLGIFLPVLAIVIVCHYLWLALLYGTA
                     SAYSRKNGWNVLRYYGPAYLTAWGTMSSAATLGVSLDCIRRSPILSRKVTDFSIPLFA
                     NIHLCGSVFTETFLVCVVSQLLYGHLPDPATLTLFIVLLGIFAVGAPGVPGGTVLASL
                     GIVTSVLGFGDSGTALLIAIFALQDGFGTACNITGDGALSLITDTYAKRHVPDLEAEA
                     L"
     CDS             complement(24953..25627)
                     /locus_tag="SEQF2637_01305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAEWRRSLGVQGHMLHVSPAAQSYLRCVPPKRAAFCSPTPRRP
                     PKRAAFCRPTPRRPPKRAAFCRPTPRRPPKRAAFYRPTPRRPPKRAAFCRPTPRRPPK
                     QAAFCRPTPCRCPKRAAFCSPTPRRPPKRAAFCSPTPRRAPKRAAFCSPTPRRGQKGA
                     TFCIVPDCAVKKAACFSPFRGARRKRRPVFHRSGVRGEKGGLFFTVPGCAVKKAVCFS
                     PFRAAR"
     CDS             25680..27335
                     /gene="lcfB"
                     /locus_tag="SEQF2637_01306"
                     /EC_number="6.2.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07610"
                     /codon_start=1
                     /transl_table=11
                     /product="Long-chain-fatty-acid--CoA ligase"
                     /translation="MNNQDRFLGLIEDSIKAHWDFPALTDHQGVTYYYKDMAAEMARL
                     HLLLEHAGVRKGDRVALIGRNSSRWVIAFFGILTYGAVATPILHDFHPENVHHIVCHS
                     ESKVLLAASASWEKLSADAMPDLTAALLLEDWSVVLSRHPGIDRLRERLETDFAERYS
                     PLFTADSLHVHIEQPDEMAILNYTSGTTGYSKGVMLPYRSLWSNTRFAADHLSFIKAG
                     DHFVCMLPMAHMYGLAFEIMNGINKGCHIHFLPRVPNPKVVIETFTAVRPRLIIAVPL
                     IIEKIVRTRIFPQINKPTTRLLRSLPGIGRLIDRRICKALSAAFGSDFSEIVIGGAAI
                     NKEVEQFLHRIGFRYTVGYGMTECGPLISYEYWKTYRPGSVGRAVDRMEVRIDSPDPE
                     NTAGEIQVRSMNVMLGYYKNPDATAAAMTPDGWLKTGDLGVIDRDGFIFIRGRSKTMI
                     LSSNGQNIYPEEIESILGTLPYVTESLIVQRPEGLVALILPDRDRAEKDGLDAAALQT
                     TMADNLRQLNSRIPKYCNVSAVELRDEPFEKTPKQSIKRYLYK"
     CDS             27470..27628
                     /gene="rd"
                     /locus_tag="SEQF2637_01307"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9AL94"
                     /codon_start=1
                     /transl_table=11
                     /product="Rubredoxin"
                     /translation="MRKYRCTVCDYIYDPEVGDPDGGIDPGTAFEEIPDDWVCPLCGV
                     GKEDFEPV"
     CDS             27771..28655
                     /locus_tag="SEQF2637_01308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPNRFISPILLLLCGWLAAAAQAYAQKSPVVIDTTLLTCEYKT
                     LYYLDTTQLENGTLMGGRFVLQIGRKASKYYELMTDRYERIRTDPKVFANYMSQMEAE
                     IERGALSGDYSGMPLLSRVDALVIYTGYPANRRTVQDAVFLDYYVYEDDAEPQQWTLL
                     TDSVTQILGYTCRKAVCSYRGRDYEAWYAPEIPVSAGPWKLAGLPGLIMSARDVSGHY
                     TFDLSRLDFVREPIEYITYAERQYVRTDRITFLRTQAKSAQIGLARYIQANAPGGTMA
                     GASGETARYDLLERDYKK"
     CDS             28667..31231
                     /locus_tag="SEQF2637_01309"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMLLSILFLLSASLFRGTGQVREITGTVKCATGSLPGALVTVT
                     TEADDHVLAYAVADAEGHFALKVAEAAQGPRFIHARMMSYTPQKVLLTPDRSEYTFVL
                     AEASVMLKEVKVRATPISGAGDTTRYLASSFARENDITLADVIKRMPGFNISADGRIK
                     YAGREISNFYIDGSDMMTGNYTTAIRSIKHDDVGRVEVIEHHQPIKLFEDLLFSDQTA
                     VNVTLKEKAKNRWVGVVEAGGGVPRLWQVDASAMRFAQKVKTMNTYKGNNTGRDVVGG
                     GTSGGGSAREVIALPSADNPYLERSRTLFNRSHRLSLNNQWDMGRSFTLTPCMELFGA
                     ETESDAAETRRYYLDDGQTRELTTRQSGRRRLHGASPSVRLEANTRRMYLSNVLTSDI
                     RRSSGHTDAVGTYSNVADGQVDGAYLRNDLYVLFRRGRRVVGIKSAIEWSRLPQRLDI
                     RRAEAEMGERIGASAFRAQTSTSQMIGFGRATLSLEEGFSYDQSAFQSDLWGVIPSDS
                     ARNDFSYRTASLHITPSLNIGLTAWKFGFSIPADFRHSDYIDRLADRSYIDRRLHLSP
                     TASVVRIFGRHVTTSLSGSWQSQPEDPSAFFSAPLVASYPYLQTGTTAYSRAEMTTVS
                     AMIRYKNILHGLFGNLICTRMWQHSRLMPTQDFGEIYITSGFVHRPHLNLSDYVAASL
                     SYMIPAIRGGVTLNGSISSSQSQLMQSGHLRRLTSSMRQLALHAYASPRSWLDLDYTA
                     DLSDYIYRPDHADRQTTRTLHQQLSATLTPLSALSFTASGSHDYHTLAGSGKHICLLD
                     ARVAWRLSRLFTFRLTAQNLLDYRTFAYTSYTDLMATEQTYRLRPFTLLLTALTTF"
     CDS             31597..33105
                     /gene="degP"
                     /locus_tag="SEQF2637_01310"
                     /EC_number="3.4.21.107"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C0V0"
                     /codon_start=1
                     /transl_table=11
                     /product="Periplasmic serine endoprotease DegP"
                     /translation="MNAMWKKGLAVALVAAISFVSALGAVTYMAHRNADVRAMVGDND
                     VFKQPVHLTGYEAAPAERTDFTYAADMAVHAVVHIKATTKVDSRMQRGGDIFDPFEFF
                     FGNGGGFQQRTPQPRVGSGSGVIISTDGYIVTNNHVVENSDELEVTLNDNRKFSAKII
                     GTDPSTDIALIKIEAKDLKTLPFGDSEQLKVGEWVLAVGNPFNLNSTVTAGIVSAKGR
                     GIMSGGSDRNKIESFIQTDAAVNPGNSGGALVNTRGELVGINTAIYSETGNFAGYSFA
                     VPISIAGKVVSDLKQYGAVQRAVLGISIQNAEAAASNDKKVKELEGAYVAEFGQHSSA
                     KTAGLEVGDVITAVNGVRVRSGNALQEQIGKFRPGDKVKLDVDRYGSKKTFTVELRNS
                     QGSTAVVKKNGDASEVLGAAFRALSDEQKREYGVSYGIEVNGISRGKVQEAGIRKGFI
                     IMVVNDQRITSPEDLFQIVERVQKGSSEEQGLFIKGFYPNGRTQFYAINLAE"
     CDS             33211..34071
                     /gene="sigA"
                     /locus_tag="SEQF2637_01311"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99TT5"
                     /codon_start=1
                     /transl_table=11
                     /product="RNA polymerase sigma factor SigA"
                     /translation="MRQLKITKSITNRESASLDKYLQEIGREDLITVEEEVELAQAIK
                     KGDRKALEKLTKANLRFVVSVAKQYQNQGLSLPDLINEGNLGLIKAAEKFDETRGFKF
                     ISYAVWWIRQSILQALAEQSRIVRLPLNQVGSLNKIGKVLSRFEQENERRPSAEELAE
                     ELDIPVDKITDTLKVSGRHVSVDAPFVEGEDNSLLDVLVNEDTPNTDGTLMYESLSRE
                     IDRALATLTERESDIIKMFFGIGCQEVTLEEIGDKFGLTRERVRQIKEKAIRRLRQGT
                     RSKLLKTYLG"
     CDS             complement(34300..35931)
                     /gene="putC"
                     /locus_tag="SEQF2637_01312"
                     /EC_number="1.2.1.88"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94391"
                     /codon_start=1
                     /transl_table=11
                     /product="1-pyrroline-5-carboxylate dehydrogenase 2"
                     /translation="MNNSIYRFPNPGNEPVKTYAPGTSDKAALKKALLQLSAEEWDIP
                     LVIGGQEIRTGQTDKVVMPHDHRHVLATYHKAGEKEVQMAIDAAMKAHRDWSSLPWEE
                     RAMVMLRAAELFATKYRYLLNAAVMLGQSKNPFQAEIDAPCELIDFLRYSAFYAGQIY
                     ADQPYSEKGIINRLEYRALEGFVFSLTPFNFTSIASNLNMAPAMMGNVAVWKPSTTAI
                     YSNYLLMKVFKEAGLPDGVVNFIPGQGSTVGRVILSSPDFAGFHFTGSTSTFNTLWCQ
                     MGENLKKYKSYPKVVGETGGKNFIFAHPSAPAGDVAAAIVRGAFEYQGQKCSAGSRAY
                     LPKSLWKEIKERVGEMLKEIKMGDVQDFTNFINAVIDEASFDNIMGYINYAREASDAE
                     ILFGGRGDKSTGYFIEPTVIQTTNPTFKTMTEEIFGPVITIYVYDDEKYEETLDVCDR
                     TSPYGLTGSIFACDRYAIETAFRKLRYAAGNFYVNDKPTGAVIAQQPFGGSRASGTND
                     KAGGPLNLIRWTNPRCIKETFVPPVHYGYPFLNEK"
     CDS             36777..38981
                     /locus_tag="SEQF2637_01313"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKIFYVVAGLLIVSGRMSITAQQAVVDTTNVYELNEVVVSAVQ
                     ARRETPVAFRNVSAAELRENNTGQSLPYLFTQTPSVVVTSDGGNGVGYVSMRVRGTDA
                     GRINFTVDGVPVNDSESHGVFWVNMPDFASSVESIQIQRGAGTSTNGAAAFGATVAMQ
                     TQRPRLEPYFEASSAAGSFGTFAHTVRGGTGLIGNHFVFDARYSNVQTDGYIERARAN
                     MSSYYASAAYYNGGTMLKFQTFGSSEVSYQAWNGVDSARLRTNRRYNSCGEYEEGNEK
                     KFYDNQTDNYWQHHYHLLATQRLTDALNLNVTLHYTDGRGYYEDYKAGAKYAAYKLPN
                     FTGADGKEQKRTDLVRRKWLQNDFYGALARLTYTHDRLQAVWGASINNYTGDHFGRVI
                     WMKTVEAMPRPDYEYYRSRGEKLDYNTFLKASYRLSNALSAYADLQYRGINYSITGTD
                     DKAGDIDVHRTFSFFNPKAGLSYERGGNHAYASFAVAHREPNRKNFTENGPTAQPTYE
                     TLYDYEAGYEYTGRAFHLGANLYYMDYDNQLVLTGKISEIGEALTSNIKDSYRMGVEL
                     SGGLRLAPWLDWSGNVTLSSNKIRNFTEYVNTYQGGKELPQTVNELGTTDIAFSPNLT
                     FGSTFDFHWRGFTAALMSSYVGRQYLDNTSALERSIDPYFLSDLRVGYAFHPSFMKEI
                     ALDLSVRNLFNAEYESGGYIYDTFINDGKRVNQLNYFAQATRNFMARLTLKF"
     CDS             39069..39641
                     /gene="pnuC"
                     /locus_tag="SEQF2637_01314"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D2ZZC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinamide riboside transporter PnuC"
                     /translation="MFYDAIEIVAAGIMLLYLWLEYRASIWLWPVGVLIPAFYIYIYY
                     VNKFYADMGVNVYYLFASAYGWYRWQRGRGREASEAEVAIRRTPRGTWLRLASAYILL
                     QTVLYLVLSRFTDSPVPWGDAFTTALSILAMWMLAQKYLEQWGVWMVINAVSAALYFW
                     KGMTPTAVTYVVYTIVPIFGYMRWRRMMAD"
     CDS             40285..41529
                     /locus_tag="SEQF2637_01315"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLYILRPAAWLILLLTVVTPSVWAQINEQVFTTDTTRPSDDLH
                     RLSLEFDNLSFFRNVESATLAAKGYTLPGFRLQVRAAYRPAERVTVEAGLHTLWFWGA
                     NRYPAFAYNDIAVWRGESSCHHVHLLPFFRARAALSPQVDIILGDLYGGANHRLIEPL
                     YNPELNLSADPEAGLQILYHPRHAQLDVWLNWESFIYKLDTHQEAFTFGLSSRLHITP
                     PDAPLHLYALAQGLAQHRGGEIDTISGDQAVQTMLNGALGAGLEWHIRRGVLRRLALE
                     YSLTGYYQHAGNLWPVKRGYGRYLDLRADLSPSFYLRAAYWQCDGFVSLFGHPYFGVI
                     STYLDGAVYRRPQMLRFGAEYTRHFSRDCSLGIDFDAFHRLAAPITDPAGRYDFEGPR
                     FSYSFGVYLRFRPTFPLKGSAR"
     CDS             complement(41616..43058)
                     /gene="pepD_2"
                     /locus_tag="SEQF2637_01316"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8G6Z9"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidase"
                     /translation="MTNEELKQGGAYPSECTTVIVGSRMTDDGSMILARSEDWNMSFA
                     KNLEIYEDREEGPKEFVAQDSGFRCELPREALGYTALAPCHLRGSWGSAGYNTAGVGM
                     SATESIFSSEKALAVDPLVKDGLAENSVFNIVLPYIRTAREGVSRLGSLIEQYGISEG
                     FGIGFVDESEIWYLETASGHRWLACRMPEDMYFVTGNQSRFRTYDPNDKANYMASADL
                     IEFAEKHGLYDPTTGPFDFHTAYIRDVKLDTTYNYPRVWGLQAMFSPAIENDVTKNTF
                     PVFAKAEHPLSLDDLRRAFRFHYQGTEHDPYLHNNPKEKYRPVSIFRTTQTHILHVRP
                     ELPQAIGRVDYMAMGMAVLGVFLPLYQGITSYPEAYTKGGLRSDADSAYWKFRKVQTL
                     GMVNYNRYAPLIQETYARWEAETTQRQREMEAQYLAVYETQPIHARELLQAFSDKMLQ
                     SALDVTDRLIEELFTRLAEDIQAEYRFAGA"
     CDS             complement(43136..43720)
                     /gene="flr_2"
                     /locus_tag="SEQF2637_01317"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavoredoxin"
                     /translation="MKINLGVKPYLFPMPVLMIATYGEDDRVNVMNMAWGGICDDNKV
                     ALNISDTHKTADNLRARRAFTISVANQDHLEAADYFGMVTGNKVPDKFERTGLHAVRS
                     ERVDAPVVTEFPLTIECRVVDMKTTDGTMRVVGEIVNVLADETVLDERGRVDPTRLNA
                     ILFDPFQSGYYAIGEKVGQAWKSGAVISKRDADA"
     CDS             complement(43773..44093)
                     /locus_tag="SEQF2637_01318"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHFTTLDDALDEHFGKRGTSERDKFEADVEAAVNAYRIGEAIRN
                     ERLKQNLTQEQLGERMGVKRAQISRLERGLSVSIPTLGRAFKALGITSGTLDLGLAGK
                     VVLW"
     CDS             complement(44099..44440)
                     /locus_tag="SEQF2637_01319"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKFEILLMDEAKDFISSLPQAAAYKIYYNMKRIASGERNSELF
                     KKLEGAEIWEFRTLYNKTNYRIFAFWDTANNTLIVATHGIVKKTQKTPSKEIAKAEAI
                     RMEYFKNKSAL"
     CDS             44629..45375
                     /locus_tag="SEQF2637_01320"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNQERLDQLIQHIDELAQLTASIRGTEIYPVSFFSRAFELTGK
                     MQVDLHEMEIGQIELFDRQLRQHREQIRAFETKARPAFEAPTPEQASTTPPPAPQADE
                     EEPIMRPTPMPAPVPEPQPDPAPTPEPTPVQSQTPQAPANTTPKPTPIPVPKMAPAPL
                     SHADTSLNDAIERTKLTDLRKAFTLNDRFRFCRELFDRDEARMNDTLSALNEAHSYSE
                     SLDLLRARVQWDFDGETATDFLKFIERRFV"
     CDS             45375..46088
                     /gene="rsmI_2"
                     /locus_tag="SEQF2637_01321"
                     /EC_number="2.1.1.198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67087"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase I"
                     /translation="MGKLTIVPTPVGNLEDMTYRAVRVLREADLILAEDTRTTLVLLR
                     HYEIQNRLQSHHAFNEHRTAEELVERMQAGEHMALVSDAGTPAISDPGFLLVRACVAA
                     GVEVECLPGATAFVPALVVSGLPTDRFCFEGFLPPKKGRRTRLEALREERRTVILYES
                     PHRLRKTLDQLSEVLGPERRLSVSREISKRFEETVRGRVDEIIPHFTVNDPRGEFVIV
                     VAGVDETSEDRHPSTVSST"
     CDS             46105..46977
                     /gene="smc_2"
                     /locus_tag="SEQF2637_01322"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01894"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosome partition protein Smc"
                     /translation="MKRIVLFLLSTALLTASCVENSSEYQKLKSENEELKADKAKSTE
                     ELNEMLSTLNDIQTDIQSIKDAEQYLKIEPTSGEMNANKKEQIRNNMKLIAETLKNNR
                     EQLNALQEKLKKSNIQSSALQKTIDRISKELNEKAEMIASLQEELAKKDIRIKELDDI
                     VANLNQNVETLNATSAEQTKKINEQDKQLHRAYYCFGTKKELKDQNILTGGGLFSKSK
                     MAKENFNEDYFISIDTREVTSIPLYARKATVRSSHPENSYRFVKDAEGNLTLEIVNAK
                     SFWSMSKYLVVEVG"
     CDS             46974..47684
                     /gene="yjjG_2"
                     /locus_tag="SEQF2637_01323"
                     /EC_number="3.1.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8Y1"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrimidine 5'-nucleotidase YjjG"
                     /translation="MTSPERRYTSLFIDLDNTLWDTIHDNKKCLEELFVDYQFDRHFA
                     SFEAFYALYLPYNERLWERYQNQEIDRRTLLQERMLHVLRPMGIRDTRLAMRLNRDLN
                     ERTTRHTTLIPGATELLEHVSRSYRLFVLSNGFHEVQSLKMERAGIARFFRGLILSER
                     VGARKPNPVFFDYALHHTRTRRTEVLMIGDSYAADIAGALRSGIDALWYNPAGLPPPG
                     NLSPQFTVRTLDEIREIL"
     CDS             48061..49365
                     /gene="fpgS"
                     /locus_tag="SEQF2637_01324"
                     /EC_number="6.3.2.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15925"
                     /codon_start=1
                     /transl_table=11
                     /product="Folylpolyglutamate synthase"
                     /translation="MNYAETLQYLYVRTPAFHRVGADAYKPGLERSRALDDALGQPSA
                     AYPIVHVAGTNGKGSVSHLLAATFQAHGLRTGLYTSPHLIDFSERIRVDGQPIPQQRV
                     VDFVAENAHLIDRLEPSFFELTSAMAFDYFRRCKVDIAVIETGLGGRLDSTNIVTPIL
                     SVITNVSLDHTQYLGDTLAQIAAEKAGIIKPGVPVVVGEVDDKAVRRVFADKGDECDT
                     PIFWAEEEDVLRAARPLPDGRWEFESTEFGTLIGELGGSFQVANARTVLTALNIFFHP
                     VLRKILPEAVRQGFGHVVEMTGLAGRWQTIARRPTIICDSGHNVGAWIRLRPLLDESA
                     QRHAHLHMVVGMSSDKDITAVLRLMPPRATYYFTQADTDRALSADELAKLGAKAGLQG
                     TAYATVPEAIRTAQAAATTDDMIFVGGSHFVLADALPLLTQN"
     CDS             49437..51092
                     /locus_tag="SEQF2637_01325"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQALQTLRDKPSARWTALILLAMAMFFSYIFMDILSPLKDILE
                     TQRHWDSTAFGTYAGSETFLNVFIFFLIIAGIILDKMGVRFTALLSGVVMVAGATINW
                     YAVTDAFMGSSLEAWFTANLNYIPLLDELGVSPFYQGMPASAKFASVGFMIFGCGVEM
                     AGITVSRGIVKWFKGKEMALAMGSEMALARLGVATCMIFSPVIARMSTPPDVSRSVAF
                     GVILLLIALIMFVAYFFMDRKLDAETGEAEEAEEPFHIKDLGRILSDGGFWLVALLCV
                     LYYSAIFPFQKYAVNMLQCNITFNPPAEGSFWASSTVAYVQYVVMLIIAITAFTSNFS
                     RGVMKSILLVASIASLLVFCYMAYCRQSAESIFAVFPLLAVGITPILGKYVDNKGKAA
                     SMLMLGSILLIICHLTFAFVLPLFKGSPVGGVVLAFATILVLGSSFSLVPASLWPSVP
                     KLVDSKVIGSAYALIFWIQNIGLWLFPLLIGKVLKASNPEVEQALASGQLTPTEAAVS
                     YNYTNALLMLAMLGVAALVLGILLKAVDKKHHLGLEEPNIKPQ"
     CDS             51270..52883
                     /gene="fabF_1"
                     /locus_tag="SEQF2637_01326"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34340"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /translation="MQPNSLSDAHYQTAPSKCSAQTLHRQIGACLLNYKFESYQTGAC
                     LLNHNFDAYQTGACLLNYKYKAYQTGTLNVQRTLRETDSPPERPQNPRRKAKPRAAIY
                     PRTRRLTLLPFLCRAFHRPQQVPHQQTDGPTARNRMKKEIYVTGAGIVSALGLGKDAN
                     LRALINQQSGVRPIQFLETAHRDLPSGEVKHSNDALCEQLGIPPTEAFIRSSLLAIPA
                     VKEALEQARIGELAPTARVALLSGITVGGMDKAEQYYDDFLQNDSRNAYIELNDCGAC
                     TEQIADFFGSRFTLVSTIVTACSSSANALMQGAELLRSGRADVVVAGGCECLSRYHVN
                     GFNTLKILDPDVCRPFDRDRAGINLGEGAGYVVLETAEHARARGVRPIGRLSGAANAC
                     DAYHPTASSPDGLGPYLVMQQAVQDAGLTPDDIDYINAHGTGTPNNDLTEGFAAMRLF
                     GDRVPPIASVKAYTGHTTSAAGSIEAIIALLAIEHQFLPINLHFRTPIPEHNFRPLTD
                     PQPTRPVRHILSNSFGFGGNDSALVLSAV"
     CDS             52919..53953
                     /locus_tag="SEQF2637_01327"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIPIYIRSARQISAQTPLTDDWFDSPILHRDVAAVRSLDPNFS
                     EHIPPLVARRLCTLLRRAVVLSRLTLREAGLELPDAIISGTGLGCIQNTERFLHAIRQ
                     EGEQCLQPTAFMQSTHNIISSTIAIDLKCHAYNTTYVHRGTSFENALLDTLLRLRSGS
                     IRNALLGGFDELTDDYLQFFRRTGRWQFTPDGFAGEAAVSFLLDGQQHANTLCRLDDL
                     RLFYRPTPDTLRHALHDLLTANACSLGDIDAVLIGLNTNPDNDTVYLDTAAQLYPATP
                     LIRYKHLFGESFSASALAHYVAATCLRRGHIPSHLRLDSAAASLPARRILIHNHSMNK
                     THTLTLLSAC"
     CDS             53947..54300
                     /gene="arnE"
                     /locus_tag="SEQF2637_01328"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47377"
                     /codon_start=1
                     /transl_table=11
                     /product="putative
                     4-amino-4-deoxy-L-arabinose-phosphoundecaprenol flippase
                     subunit ArnE"
                     /translation="MLRLLILSTLQSILLVSGQTFLKFALTKMLPFSWTWAFFRSALF
                     NWQFSASGISMASASLLWFYILRHHNLSLAYPLLSISYIFGLLASILILHEPVPPVRW
                     LGVLLIMSGVALLTR"
     CDS             complement(54644..54898)
                     /locus_tag="SEQF2637_01329"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAEATFVRADRVVELDTVTQVYVHFALVVDPGHTESEDAIGLD
                     KALDDFRFLKLWMLVVDALNRGEYFFHGLQVFLFTRMLGL"
ORIGIN      
        1 gagatctccg taggggtacg gagatcaaaa acacttgtcc gagagatctc cgtaggggta
       61 cggagatcaa aaacaccagt ccgagagatc tccgtagggg tacggtgatc aaaaccacca
      121 gtccgggaga tctccgtagg ggtacagaga tctctcagac gcgtggtttt gatttgatgc
      181 ggttgccctg ggggtgtagg gacgtcgccg tgcagaccga agggacaaat catcattagc
      241 cccgaggtag agcgacatca acggcggatc aacactccgg aggctggtga ggccaccccc
      301 tctccccgtt ctccgtcact cctcccccgg ccggtagccc tcgtagtaat acgactgctc
      361 gatgccctta aaaatcacct cgcgatcgtc aatacgatcc gtgaggtgcg cgcccagcag
      421 cgtgcgcagt tccaaatcgt tgatcggact gcgctccatg gccgagaggt agaccgactt
      481 atccacctgc cgccagtcga tcacccgacc gaggctgcgc cgcagcatcc catcaagcca
      541 aatgcgcatc gaccgtccgt taccctccat gaaggggtgg gccacattca tctccacgta
      601 tttttccacg atctcctcaa acgttccctc cggcattcgt tcgatggcct cgagcgcagg
      661 ccgcaagtag aggctatttg caaaccgaaa gccaccctta gcaatattct tttcacgcac
      721 ctcgccggcg aaagggtaaa gcccatcaaa gaggtaacgg tggatgtcgc acaggccgcg
      781 cgtcgtgcct atctccatgc ggtggatgtc gcccgactcg tacagccgga aggcattcgc
      841 caggctttgt tcgtctatct ttttcattgt tctatcctcg ttgtgaagtt cgtctttgag
      901 cggtcaaaag taacaggctc agaagcaccc ggccccccta caaaacggag tcatcctcca
      961 tccatgaacc ttagtgccag atctggtgtt tccttcgcgt ccgacttaca aactacatta
     1021 tggctgataa ttatttagag aaacggttcg cgcaatatga ggcgcgaaag gctgcgggca
     1081 ccagaccacg ccggcggcat acggaaccag cacggccggc gatcgtactg cccacgaggc
     1141 accgcatcat cctggcatcc cagtcgccac gccgacgcga gctgctcgga gggctgggcg
     1201 tgcagttcga cgtgcgcgtg atccccgaca ttgatgaatc gtaccctgag acgctccggc
     1261 ctgaggacgt cccgcagtac atcgcccacg ccaaggcacg cgcctatctg ccttcgctcg
     1321 cggccgacga gctgctcatc acggccgaca ctgtggtcgt cctggagggt gacatccttg
     1381 gtaaaccccg cgaccgtgac gatgccctca gcatgctccg ccggctctcc ggacgacgcc
     1441 acacggtggt cacgggcgtg gtgctgaccc cgggcgacgg tcaacgccag gcggatttct
     1501 ccgtcgcctc cacggtcgac tttgcgccgc tatccgaagc cgaaatcacc ctctacatcg
     1561 accaccttcg ccccttcgac aaggctggcg cgtacggcat acaggagtgg attggctttg
     1621 tgggtgtgcg cggcatcgag ggctcgtttt acaacgtcat gggcctgccc gtcggccgac
     1681 tctacgagga gctgcgtcgt atgggcgaga tcgttgaggg ggtataatcc tcaatacaac
     1741 atgcgtaaag ccatcaaaaa gcgattataa cccccaatac agcatgcgta aagccatcaa
     1801 aaagcagtta caacccccaa tacaatactc gtattggctc tgaaaagcgt ttgcaacacc
     1861 caaaacacat gcgtattggc acctcaaaag cgattacaac accaaaacaa tacttgtatt
     1921 gaggccttgc aacggttaca aaccttatga cggaggccga aactcgctct acttttgcag
     1981 cgtgaggatc cccctcacac aagacattca aatacccttt taatcccact tatatgcata
     2041 agaaattgac tatcgcgctc gttgcgcacg acaatcgcaa ggtcgacatg atcgactggg
     2101 ccgtctttaa tgccgacttc ttggccggcc ataatctggt ctgcacgggc acgaccggca
     2161 cactcatcaa ggaggccttc gaggagcggg gcatcgaata cagcaacatc cgctgcatgc
     2221 actccggccc catggggggc gacacggaga tcgccgccat ggtggtgcgc aaggagatca
     2281 acctggccgt cttccttatc gacgacctca acccgcagcc tcacgaggcg gatattcaga
     2341 tgctcctccg ccagtgccgc gtgcacaatg tgcctatcgc gtgcaaccga tacagcgccg
     2401 atctgatgat caccagcacg ctctgggacg acaatctgta cgtccccatg gagcccaaat
     2461 acgtaccctt tgaccgtaat aattattcga tatgaagctc aacattgccg ttttgccggg
     2521 cgacggaata ggcccggaag tgatggatca ggcactcaaa gtggtgcgcg ccatcagcga
     2581 aaaatttggc cacacgctgc acacggagac agccctcacg ggcgcctgcg ccattgacgc
     2641 cgtgggcgat ccgtatccgg aggccactca cgagctctgc atgcgcagcg acgccgtcct
     2701 ctatggcgcc atcggctctc ccaaatatga taacgacccc acggcccgcg tccggcctga
     2761 gcacggactg ctggctatgc gcaaaaagct agggctttac gccaatatcc gccccgtgac
     2821 aacgttcccc tcgctcctcg accgctcgcc gctccgggcc gatctggtgg aaggcgtgga
     2881 ctttgtctgc gtccgcgaac ttaccggcgg actctatttc ggacgtccgc agggccgcag
     2941 cgaggacggg cgcgtagcct acgacacgtg cgtctattcc cgcgaagaga tcgagcggat
     3001 cgtgcgtctg gcctacggtt acgccatgaa gcgccgccgc catctgacgg tggtggacaa
     3061 ggccaacgtg ctggccacat cgcggctgtg gcgggaggta gcgcaagagg tggcgcagga
     3121 atttcccggc gtagagacgg agtatatgtt cgtcgacaac gccgccatgc gcctcattca
     3181 gtggcctaaa agtttcgatg tggtggtcac ggagaacatg tttggcgaca tcctcaccga
     3241 cgaggcatcc gtcatcagcg gatcgctcgg gctgctgccc tcggcgtcgg tcgggctaca
     3301 cacgtcgctc ttcgagccca tccatggctc ctaccctcag gctgccggcc gtaacatcgc
     3361 caacccactg gccatgatcc tctcggccgc catgatgttt gaatacgcct tcgacctgcc
     3421 ggacgagggc gccgccatcc gccgcgccgt agatgcttcg atggccgccg gcatcgtcac
     3481 cgaagacatc gcccccaaag gcgccaagac ttatgggacg tcggaggtgg gagactggat
     3541 cgccgcccac gtggcccaat aattctgcgt accgcggacc aaatctggcc ggcgcctcta
     3601 atacgtcatc ttaatcagtc cctcgacctc cgcccgatcg gcgcccaggt cgagggcttt
     3661 tttgaaatcg gtggccgctg cctccttctc atactgcgcc agtcggatct tgccgcgcag
     3721 tatatatagg taagccgacg gctcccgttc gcccgcgaac acccgacgga gatcggccat
     3781 ggcgcgggcg ttctttttca tcaggaaata gagttcggca cgctcctcat agagtcggag
     3841 gtcgtccggg tcacggccga tgaggaaggt cagcaccgcc tcgctgtcgg catagttgcc
     3901 gcgcgctttg tctaagagcg caaagcccag tcggcccagc gtcgattcac ggtcgcgagc
     3961 caagatctgc tcaaagtccg catcggccag catgtactcc ttcaactcca cgtaaagcac
     4021 gccacgacgg aagcgcgcct cgacatcggc cggatccaca cggagcagcg tctcatagtc
     4081 cgccagcgcc cgctccgtct cgccacgctc gatgaaaagc tccgcgcgat tagagagtat
     4141 cagcttgtta tccggctgca aaccgagcgc agcggtgtac gacgtgagcg cctcatcccg
     4201 tcggctcaag cggcgctgaa tggtgccgag attagagagt agcgcgaagt tgttgcggtt
     4261 cgctggctca cggtgcagcg ccgccttgag cgcctgttcc gccgcgggca ggtcgccccg
     4321 atccgcatag tcgtagctct gctggataag ctcctcatac gtctgcgccc cgagctttac
     4381 gccgcacagc gcgcagagca gcgcggccac aatgattcgt ttgatgttca tgtcctatcg
     4441 tgattatctg attgatgtat cgaaagctaa gtgttgatgc ggcctttgcg cccttcgtta
     4501 ttcgtctatc tttgcgcccg cattttaaca caccaacgaa gttttattat tcaaacatgg
     4561 caacaaagat cagattgcaa agattcggcc gtaagggcta cgccttttat caggtcgtaa
     4621 tcgcagacag cagggctcca cgagatggaa agtttattga gaggatcggt tcgtacaacc
     4681 ccaacactaa tcctgccaca atagatttga atttcgatag agctttgtat tggctgcagg
     4741 taggtgcaca gcccactgac acggcacgca tgatcctctc tcgcgagggg gtatgcctca
     4801 agaagcacct cctggagggc gttaagaagg gcgcctttga cgaggcgaaa gccgaagaga
     4861 agtttcaggc atggctctcg gagaagaagc tggccctgca acaggtgaag gacgctgagc
     4921 gcgagaaatc gaaggctaag gtcaaggccc gcctcgacgc agagaccgaa gtaaacaagg
     4981 ccaaggccga ggcgctggct aagaagcgcg ccgagatagc tgcggctaag gcgcaggctg
     5041 aggccgaagc tgccgccgcc gctgcggctg ccgaagctga ggcagaggct gcaaaggccg
     5101 ctgaagcacc ggccgctgag gctgctgctc ccgaagccga agctgcgcct gcaccggaag
     5161 ccaactaagg aatccaccac gcggtctgcc ccctcgctat ggatcggggc aggcgtacaa
     5221 aaaagaagtg tccgactacc cctacgcggg tgggtcggac acttccgttt tatggcatca
     5281 gcgggatgag cccgccgatg cagagagtga gcgtgtggcg gcgcttactt cttcttctcg
     5341 agcaagacct cttcgatcat cttcacgaag ctctcctccg gcatggcgcc catgctgacc
     5401 tgtggctcgc ccttcatggg cacgaagacg atggtaggga tgctgctcac gccgaacgtc
     5461 ccggccagct cgcgctcctt gtcgacgttg atcttgtaga tcacgatctc gtccttatat
     5521 cgcttggcca ggtcttggag caccggagcc acgcgtcggc aagggccgca ccaatcggcg
     5581 tagaagtcga tgatgcacgg cttgtcgccc tcgtaggtcc acttcgacgg attcttctcg
     5641 tagttgaaga ccttggtcag gaaatcagcc ttgtttaaaa caattacttc gcctacatcg
     5701 cccgcagccg gatcggcttg tgccctcacg cacgctacga cggaaaggag taggaggagc
     5761 gtcaaatact tcaatttgtt catacggttt cttcttactg tgaatgaatt aatgcggcgc
     5821 aaagatagac gtgcattcaa ataggctttt gcagcgacgg attaagcgcc cccaaccggc
     5881 tccgagcgta ttgcagggcg cgcgaatcct ccagaatctg attttagagg attgcagacc
     5941 gttgcaatgg cccagaatct gattttagag gattgcagac cgttgcaatg gctcagaatc
     6001 tgattctgga gctttgcaga tccttgcaat ggcccagaat ctgattctgg agctttgcag
     6061 atccttgcaa tggcctagaa tctgattctg gagctttgca gacccttgca atggcctaga
     6121 atctgattct ggagctttgc agaccctgca attctcgtaa aacccggttt tgagccattg
     6181 cacgccttac aattctcgta aaacccggtt ttgggccatt gcacgacttg caacgcgtct
     6241 aaaacccggt cttagtccac ctcgtaatgg atgcgaaggc cggcgaagtc gggcaggagg
     6301 gcgcggtgga tggcgaggag gaggcggcgg acgtcatcgg cgggctgcgt gaggggcacc
     6361 ttgagcagga tctgccggat ataaagcgat cgcacacggg ccacgggtgg ggcgtaggga
     6421 ccaaggaggc cgtcggtgaa ggacgggcgg aggcgctcgg catacgtctc ggcggcgtgg
     6481 cgcagggtat cctcgttgcg atggcgaagg atgatggtga tgagtcggca gtagggggga
     6541 tagatgaagc ggcgacgctc agcgaggagc gcggtggcca tgctgacata gtcgaacgtg
     6601 cgcacccatt gcaggagcgg atcgtccggg tgggtggttt ggatgacgac cgtgccgcgg
     6661 cgatcgcgtc ggcccgcccg accgctcacc tgcatcatca gctgaaaggc ccgttcgtgg
     6721 gcgcggaagt cggggatgct catcaggctg tcagcgctca gcacaccgac cacgcccacg
     6781 cgaccgaagt caagcccttt ggtcagcatc tgtgtgccga cgagcagttg ggtgtacccc
     6841 tgctcaaagt cgctgaggac gcgccgatag gccctcggcg tacggacggc gtcggtgtcc
     6901 aagcgcccga cgcggacggt ggggtagagc gcaccgatct cgtcctccac gcgctccgtg
     6961 ccatagccca gcccgcgcca ctcctcactg tcgcactcgg ggcagtgcgt cggcaggggc
     7021 tgcgaacggc cgcaataatg acacaccagg cggtgctgtg tgcgatggta agtcaggctg
     7081 acatcgcaat aggcgcaacg cgggacgtag ccgcacgagc gacactccat gacgggcgcg
     7141 tagccgcgtc ggttgcggaa gaggatcgtc tgtcggccct cggccagcgc accgtcgatg
     7201 gcctcacgca gcggcggaga gaggagggcg tcgtacttca tgcgccgttt gcgccgcatc
     7261 tccttcgtgt ccacaagcac aatctccggc tcgggcgcag cgccataacg ctcggcgagg
     7321 gtgacaaggc cataccgccc cgtacgcgcc aagtagtacg tctcgagcga cggcgtggcc
     7381 gacccgagca gcgcccgcgc cccgtgcatc cgagctagca tcagcgcagc attgcgcgca
     7441 tggtaacgcg gcgctgggtc gttttgctta tacgacggct catgctcctc atccaccaca
     7501 atcagcccca gccgatcgaa aggcagaaag agagacgacc gcacgccaac gactaccgca
     7561 ggctcgctat ccgtgcggag cagtcggcgc cacacttccg tgcgttcgcg gtcggtgagg
     7621 ccggaatggt agacgagcaa ccgggggccg aggacgtccg ccagtcgctc cgtcatctgt
     7681 gtcgtgaggg cgatctcagg caacaggtag agcgcctgcc gaccggcgcg gagggtgtcg
     7741 aggatgagat ggaggaagat ctccgtcttg ccggacgagg gggcgccgtg gagcaggcaa
     7801 acggggtgcg tatcgaagga ggcacgaatg gcttcgtaag ccgactgttg tgccgacgtg
     7861 agggggcggg cgggacgcgt gacgcgatca aggaagaggg gttgcggctc cacggtgcgc
     7921 tccacgagcg tcagcgctcc acggcgtacg agggccgtga gcagggcggc cgatgcgcca
     7981 ctcgtcgcta gcagttcctt gcggggaacc tcctgccgac cgtcgggcga gaagggtcga
     8041 gcggcgtcga ggaagtggag tagcagtcgc tcctgactgg ccgcgcggcg gagggtgtca
     8101 aaaagcggcc gcagactctc ctcgtcgggg taatcggcag cgaggcggac gaacgtctca
     8161 cgccgtggcg tgatgccagc cttcacttcc gcgtccacat gcacagcgcc ctcagccact
     8221 aacgccgtga gcgtaggcag caggttacgc acgcccgagc gacgctctaa ttcggccacg
     8281 gtgggcggct tggggaaggt ggccaacgca tcgagcgcgg cctgcgcctt aggcgagagc
     8341 gtgggcgccg aagcgtatcc gtcagacagc gaaaagaccg tctcactgtc gggtctgagc
     8401 ccggcaggga cggccgcatt gtagacttcg cccggcgtac acaggtaata cgacgccatc
     8461 cagtcccaga agcgcagctg cgcgggtcgg acgacgggcg tctcgtccgg agccacgaag
     8521 atgggcttga gcgcgtagcc cgccgagggc gcacggtggt gcacgtcacg cacaatgccc
     8581 gtatagtaac gccgcgcacc gaagggcacc accacacgca ggcccaccgt cacccggtcg
     8641 gccatatcgt cgggcacgag gtaggtgtac gcatccgcca taggcagcgg caggaggacg
     8701 tcggcgtaaa gcacgatcag aacagcactg ctgcggagaa catccacgtg ttcgaccgca
     8761 cgccgtaggc accggcgccg ttacgaaatc cgccggggaa ggcgcggtag tagtccgtga
     8821 tgcccaagtt gtacgtcagg ctgagctgca cgcgccgcac gatgtcgatg ccgcccgtga
     8881 agttccagcc cgtggccacg tcgcgcgcag aatagagcat cgtacccgca tagtggttct
     8941 tatcgcccgt gaggcggaac gacatgtagg ggcctgtctc aatgaagggc gccacgcggg
     9001 ggacggggaa gcggtacttg agcgtcaccg gcaggtcgat gtagtcgttg cgaaaatcct
     9061 cgctgtggct atagccctcg ccgatgccgc gctggctgaa gagcagtgcg ccgtcgatgt
     9121 aaagccccgg tacaggcagg tggaactcca tcatcgggcc gaagtgtacg cccaccacac
     9181 ggtcggcatc gatgccatac ttcgcgtcca cgcctgcgga gttgatcccc gccttgaggc
     9241 cgaagcggac gggctgcaca cggcgatagt aggtcgtggt tcgtcgttgc ggttgtctgg
     9301 ggcggcgaga ttgcgcctcg cccatcacgg ttgtcagcag cagtaacact gccaaaatca
     9361 tgcttgtctt tttcattttg tctctgtcat taaatgggta agcataaagc aggggaaggc
     9421 tatgggtaag ccctcccccg cggatggttt gaatcattca aaagaacacg gtggccgaca
     9481 ccatccaggt gtgcggctta ccggagtaag agttcacgtt tctgcgatcg aaagccttgt
     9541 agttgtccgt caagccgagg ctgtacgtaa gccccacctg cacgacgtcc atcacctcag
     9601 cgccagccgt gaagttcagc cccgcggcga agctctgggc ctccacctgc cggatcacct
     9661 gatcggtgat gcccgagatg tcccacgact tattgctcga cacgcggaac gaggcgtagg
     9721 gcccggccgc caggaagggt gagatcaggg gcaggccgaa cttgaacttg gcgttcaccg
     9781 gcacatcgat ataatccgac cgcagactct cgccgcgcac cccgaagccg cgctggctgt
     9841 agagcacggc tccgtcgatg ccgaggccga ggagggggat gttccactcc agcatgggcc
     9901 cgacgtggaa gccggtgatg ttctccgcgt ccagcacatg gcgatcgaac gacaccgagg
     9961 cgatgttgac accgcccttc acgccgaagc gacactgcgc ctgggccgtc gtcacggcga
    10021 cgagcatcac agctgccgcc agcatccatt tcattcttct catttctgtt tctcctttca
    10081 gtttgggggt tgttatacgt ggggggttat gggtacaaac tctcccataa acaaccgggc
    10141 agcggtaagt gttcacggag gcgcggcggc ccgtcgctgt gtgcgataat aagaaatagg
    10201 tatgtaattt atcgtcgaag tcttcgataa taagaaacat gcatgcggat taccgtcgtc
    10261 gtatgcgaca ttaagaaaca tgcatgcggc ttaccgtcgt tgtatgcgac attaagaaac
    10321 atgcgtgcgg cttaccgtcg ctgtgtgcga cattaaaaaa catgcatgtg gcttattgtc
    10381 gctgtgtatt tcgggggcat gcaagcctgc gacggcccgt cgctgtgtat ttcggggcct
    10441 cccccggcga aagggtctac ttttgcggcg ggtacggagg gtgctgcatt tcacttccca
    10501 acggcccatc actactaaac tacgttttca attatggact atgcaataat tgctgcgggc
    10561 gagggctcgc ggctcgtgga ggaaggggtc acgacaccca aacccctcgt gaggctgctc
    10621 ggagagccga tgatcgatcg cctgatgggc ctttttctca ggcatggcgc cacgtcgatc
    10681 agtgtgatcg tcaatgagga gatgaccgac gtgcaacacc atatggagca actcgcgcta
    10741 cccgtgccgc tgaacctggt ggtgcggtcg acgcccagct ccatgcacag ctttcatgcg
    10801 ctcaggcctt tcttgacgag cgacacgtgt tgcctgacga cggtcgacac ggtgtttcgc
    10861 gaggagccat tcgcggccta tatcgacgcc ttcgagcgca gcccgctact cgacgggatg
    10921 atggccgtca cggcctacgt ggacgacgag gcgccgctct atgtccggac cgactcggcg
    10981 ggcatgatcc gcggcttcct cgaccgtgag gagggccagg cggcgggctg ccaatacgtc
    11041 tcgggcggca tgtactgcct gcgtcggtcg gcgctcgatg tgctcgatca ggcgatggag
    11101 caaggcgtct cccgcatgcg caactatcag cggatgctcg tcagcgaagg gctgcgcctc
    11161 cgggcctacg ccttcgataa gatcctcgac atcgaccacg ccgcagacat cgccaaggcc
    11221 gaagctttcc tatccacccc ctgactactc ataactaccc ctaactaccg cggccgcaag
    11281 gccgcataac taccctctga ctaccctcta catgcatacc tatataatag ccagcattcg
    11341 gcgcgaccca cgattctcgc cccaccacga ggccaacgac gaggccatct tccgcctcac
    11401 ggccgaggcg ttgcgggcgc gtggctgcac ggtgcgggag tacgccgagg ccgacctctg
    11461 ggccgatgcc gtgagcgccg atgcggtgtt cggcatggcc cgcgacccgc gctcgatccg
    11521 ctgtttgcag cgcatggagg acgacgggct gccggtcatc aactccggtt acgccattgc
    11581 ccgctgtggc cgtgagccga tgacacgcct actgaccgag gccaacttgc catacccgcg
    11641 cagcctgatc cttcccacgg ctgacgaccc catgccagcg cttgcctcgg ctgcgatcga
    11701 cgcctgctgg gtgaagcggg ccgacggcca cgtggtcggt gcgggcgacg tgaccttcgc
    11761 ggccagtcgg gaggcgacgc gcgaggtctt ccgcaggctc tccgacggcg gcatacggac
    11821 ggctgtcgtg aacgagcatc tgacgggcga cctcgtgaag ttctacggcg tggcgggcac
    11881 cgacttcttc tatgccttct atccgacggc cacgcgccac ggcaagttcg ggctggagca
    11941 ggtgaacggg cccgcgcggg gcatcgccta cgacgccgac gcgctccgca cgacctgcca
    12001 tcgcgctgcc actgtgctcg gcctgcgcgt ctatggcggc gactgcatcg tgtccgacac
    12061 cgacgagctc gtgcgcctga tcgacttcaa cgactggccc agcttcgccc cctgtcgcga
    12121 ggcggcggca ccgtttatcg cctcctgtat aataggtagt atcggccttc ggccgggtag
    12181 ttatgcgcct tccggcgcaa gtagtcagaa gtagtgaagc gtagtgcctc attacttcca
    12241 actaccctct gactacccct gactaccctc taactacttt caacaatgac ccaacaaacc
    12301 acggcgccgg gcatggcgtc gaccctcaaa tccctcgaca cggaggagtg catcgacatc
    12361 tggttttacc gccccatcgg ctaccgctgg gcgctgctct tccacaggtt aggcgtctcg
    12421 cccaacgcga tcacgatcat ggccatcttc atcggcattg ccgccggcgt atgcttctat
    12481 tacaccagcc tcacggtgaa cgtggtcggc atgctgctgc tcgtctgggc caactcctac
    12541 gacagcgccg acgggcagtt ggcgcgcatg acgggccaga agtcgcccct cgggcgcgtg
    12601 ctggacgggt tctgtggcga cgtctggttc ttcaccatct acgtagccat ctgcctgcga
    12661 ctcatgcccg agtgggggct gtggatctgg ctactggcca tcgtcacggg cagctaccac
    12721 agcaagcagg ccgccatggc cgactattac cgcaacatcc acctgctctt cctcaagggg
    12781 cgtgcgggca gcgagctgtc gcactcgcag gccgtcgcag agagctaccg ccggatgacg
    12841 tggcgcggcg acttcgtcta caagctcttc gagatgttct acctccgcta cacccgtggc
    12901 caggagcgct ccacgccgcg ctttcaggag atgatggacg tcatccgcca cgactatgcc
    12961 gacgaggcgc ccgagtggtt ccgcacggcc ttccgcaccc ggagccttcc gctgatgaag
    13021 tacaccaata tgctctcgtt caacacgcgc gtcatcgccc tcttcgtctc gctactcatc
    13081 gacgcgccct ggctctactt cgcattcgag ctgactgtgc tcaacgcgat gcttatctat
    13141 atggtacgga cgcatgagcg cttctgcgcc cagttcaccg tgcaactgaa ggaggctgtg
    13201 agatgaaaat ggatcacatc gcggcgctcc tcttcgacta cgggggcacg atcgacagca
    13261 acgggctgca ttggtcggag gtcatttggc aggcctatga ggcggaggat gtgccggtca
    13321 cgaaggagga ctttcgcgcg gcctacgtgc acgccgagcg gaccatggcg cagctgccac
    13381 tcgtacggcc cgagcacacg ttcgcggaca tgatgcggat caagatcgac ctgcaggtgg
    13441 actggctgca agagctgtcc gagctgcccg atttccgtgc tacacgcgat gtgaggcgtc
    13501 gtctggcagg gcgttgctat gcctcggccg agcggtgcat cacggctgca cgccccctca
    13561 tcgcagcctt ggccgagcgg tatccgctgg tgctcgtgtc gaacttctac ggcaacatcg
    13621 gctccgtgct gcacgacttc cggctggatc gctacttccc gcacgtcatc gagtcggccg
    13681 tggtgggcgt ccgcaagccc gcccccgcca tcttccgcct cggcctcgac gccttaggca
    13741 tcagcgacgc ctcgagcgcg gtcgtcatcg gcgactcgta cgacaaggac atcctgcccg
    13801 ccgcctcgct cggttgccgt accgtctggc tgaagaacat cggctggaaa ccctacaccg
    13861 gcgcagagtc ggccgacgtg gtgatcaccg acttcaagga gctggaggga ctgctatgat
    13921 ctatctgcac gaacgagagg agtggtggcg cttccgctac gacacggagg ccattgagac
    13981 gcccttgctc cacgcacacg accggcaggc gcggctttcg gccctggcgg gggcgatgtg
    14041 gcgcgatatg caggacgacc tgacgctctc ctccctctcc gacgagctcg tgcactcctc
    14101 cgccatcgag ggcgaacggt tagacctgac cgaggtgcgc tcctccatcg cccgacggtt
    14161 aggcatcgat acagccgggc tcatcccttc ttcacgctac gtggacgggg tcgtggaaat
    14221 gctcctcgac gccacgcagc actacgacgc cccccttacc cgcgagcgcc tcttcggttg
    14281 gcacgccgcc ctcttcccca ccggatacag cgggccgtat cggatcgaag tggcgcgtta
    14341 tcgcacgggc cagatgcagg tcgtgtccgg cccaatgggg cgtgagcgcg tgcattacat
    14401 ggctcccgcc ccggaccgac tgcccaccga gatggcgcgt ttcctagcct ggatcaatgc
    14461 ctccaatgag cgtgaagacg gcgtgctcaa ggcagccatc gcccaccttt ggttcgtctc
    14521 catccaccct ttcgacgacg gcaacggacg catcgcccgc gccatcaccg acctgcttct
    14581 gtcgcgcgcc gaaggccatg cgcggcgctt ctacagcatg tcatccagca tcatgcagca
    14641 ccgaagggac tactacgacg tgctcgaacg cacccagcac ggcgacggcg agattaccga
    14701 ttggctccag tggttcctcg cctgcctaag cgaaacgatc gaggccgtat tggagcggat
    14761 ctccacggcc ttccataagc atcacttctt ccatgcgcat cgaactatgg cgatgaacga
    14821 gcgacaacgc ctgctcatca gccgactgtt cgacggtctc gaaggcaagc tcaccgtcgc
    14881 caaatgggcc aagctggcca agtgttcccg caccgaggca gaggccgaca tcgcagatct
    14941 ggtatcaata ggcatcctcc gcgaggatcg atccacgcgc cacatcagct acagcctcga
    15001 gaccgaggcc ttgtaggccc tcctcatcgg acataccctc tggcagaccg ccgtttgcat
    15061 cgccccaaga gttaggcggt gtgaacggcg gccccgtttt tgaccgcgca gctaagaatg
    15121 gtgaaaaaca gaccgccttt ttcaccgcgc acccaagaac cgtgaaaaac agaccgcctt
    15181 tttcaccgcg cacccaagaa ctgtgaaaaa caggccgcct ttttcgccgc gcagtccgga
    15241 acggtgaaaa acagaccgcc tttttcaccg cgcacccaag aactgtgaaa aacaggccgc
    15301 ctttttcacc gcgcagcccg gaacggtgaa aaacagaccg cctttttcac cgcgcacccc
    15361 ggaacggtga aaaacagacc acctttttca ccgcgcagtc cggaacaatg caaaacgtgg
    15421 cgccttttgg agcccgacgg ggtgttggcc tataaaaggc ggcccgtttt gagggtcgac
    15481 ggggtgttgg cctgcaaaac gtggcgcctt ttgggcacca acggggtgtt ggcctgcaaa
    15541 aggcggcccg tttcgggcac cgacggggtg ttggcctata aaaggcggcc cgtttgggag
    15601 gccgacgggg tgttggccta taaaaggcgg cccgttttga gggccgacgg ggtgttggac
    15661 tgcaaaaggc ggcccgtttt gagggccgac ggggtgttgg actataaaag gcggcgcgtt
    15721 ttgagggccg acggggtgtt ggactataaa aggcggcccg ttttgagggt cgacggggtg
    15781 ttggactgca aaaggcggcg cctttttgac ctcgacgggg tgttggcctg caaaaggcgg
    15841 cctgttttga gggccgacgg ggtgttggcc tgcaaaaggc ggcccgtttt gagggccgac
    15901 ggggtgttgg actgcaaaag gcggcctgtt tggggggccg acggggtgtg gaaaggggaa
    15961 attgaggcgt gctccggggg tgaaatgggg gaagaatcgg ctttatacca cggttgtggg
    16021 atggaaaata ccacacgcgt gggattgtgc aggggtgggg gtgcccgcac ctttgcaccg
    16081 tcaaaaaaac gagatagaaa caacgattga gaacccccaa aagaatagga gtaacaggaa
    16141 caatgaaggc aagatttaca ctcaagcaac tgctggtggc gacgctgctg atcgcagcct
    16201 ccacgtcgct gcgcgcatcg gatacaccga gcgaagtgat caccgtgagc acagccaagg
    16261 cttgcagcgg gctggtagag acttggatta agaaatatac ggagcaacac ccggaggtgc
    16321 agatccgcgt ggtgaatgat ggcaagggcg aggccgacct gacgctaacg caaggctcga
    16381 ccgaggccga caaagaggcc gaaggaaacg tggcctacgt ggggcgctac gccctgctgc
    16441 cgatcacgac gacgagcaac ccgctctatg agcaaatcaa tcgccgccga ttcgacaaga
    16501 aggaactgaa gcgcctattc ttccaaaacg atgtcgtgca agaggtggaa gagggcaaga
    16561 agaaggacgc cctgcgtgac ggcctgacgg tttactcgac gatgggtcgc acatcgggtg
    16621 cgcaggcctt tgcctcgcac ttcggatacc gcccatcgca gatccgtggc aaacgcatcg
    16681 cgggcgacga catccatctg ctgacggcca tcggaaagga tcgcacgggc atcacgttca
    16741 acacgacagc ttacctcttc gatctgcaaa gtcgcaagtt gaagccggag ctctctgtcc
    16801 tgccgctgaa cctgaagaag gatcaggagc agatcctgcg cagtggcaat ctggacgaga
    16861 cgttgcggtt gctggaggac gcagagatcg acctgatccc gctgcaaacg atcggctttg
    16921 tctatcgcga caaggcgcaa gtcagggact tcctgcagtg ggtggtcagc gagggacagc
    16981 aatacaacca tgcgtcgggc ttcctgacca tcgacaagaa aacggagcaa aaggagcaga
    17041 agcgcctctc gaggctgctg agcgaccgat aaaacgatga ggaggacaaa gcatgaaggt
    17101 gaaaactacg cattacatca tcgccctgct gctactcatc gtgggtcagg ctggggcaca
    17161 aactaagctg gagggacgcg tgctggactc tcagacggac gagccaatca ttggggccac
    17221 cgtcgccgtt gtggacgagc attcgggagt cttgacggat ttggatggga atttctccgt
    17281 cacagtgcgc aaccttccag ccgttatcaa ggtcagcttc gtgggctacc gagagctgca
    17341 ggtggacgtc tacgacgcct cggagccgat cgtcatcccg ctcaatgagg cggtggacgt
    17401 gttgcaggag gtggtcgtgg tgggctacag cacgcagaag cgccgcgagc tgaccagcgc
    17461 catctcgacc gtgaacaagg acctgctcaa gcagtcgccc accacggtgg agaacgccct
    17521 ggcgggagcc gtggcgggtc tgaacgtcac caccacgtcg ggtcaaccgg gcgcctcgag
    17581 caacatccgc attcgcggag gcaactccat cacgggcagc aatgagccgc tctatgtgat
    17641 cgacggtttc atcgtctaca acgatcccga ggccactcgc acgggcgctt cgggtgcgga
    17701 cgcctcgctc gatccgctgt ccttcctcaa tccctcggac atcgagagta tcgaggtgct
    17761 gaaggacgtc agcgccacag ccatctatgg cacacgcggc gccaacggtg tgatcatgat
    17821 caccaccaag aagggcacca aggggcgcaa caacctcaga tatgccggta cggccggatg
    17881 gagcacagcg gcccgccgac tggagttcct caacgccgaa caattcacgg ccctctacaa
    17941 cgagatcaac cccaaagcgc ccctcccctc ccccacgcac agttacgact ggcaggacga
    18001 ggcccttcgc acggccttca cccaggagca tcagctgagc gccgccggtg gcgacgagca
    18061 ttcgcgctac gccatctcgg gcagttacaa ggggcaagag ggcatcatcg tcaacacggg
    18121 cctgaagcgc tatgcggggc gcatcaacta tgagcgcacc atgtggccca acttcgtgat
    18181 cggtgtcaat gcctcgggcg cttatagcgc gctgaatggg ttgcgcaacg tggatcgcgg
    18241 cacagcgggg caggccgcta agtgggcctc aaacacctgg atggccgtga tcacctcggc
    18301 ccctacgcac ccgatctacg acgccgcggg gcatttcaac tatgccccca gtcccatcag
    18361 tcaagacctc tacactcgca acggggagca agtggtaggt aaccccatct cggacctata
    18421 caacgccaag acccgtatcg ccaactcccg cctcatcgcc tcggcctttg ccgaatggga
    18481 gccggtgaag cacctcaagc tgaaggtgca agccggggcc gacctctcca acacacgcga
    18541 gagcaactat tcgccctcct acaccaccac cgggctggag tataagggcg tggcctcggt
    18601 cggatctacg ctggctaacg tttggcaggc ggagttcacg gccaactacg accgcgagtt
    18661 caaccgtctg caccacgtgg cgctcctggc cggatacacc gcccagcgca cggatcgcag
    18721 cggctatgcc accaccgtcc gcaacttcgc caacgacgtg acggggtaca acaacctcgc
    18781 ggctggctcc gaccttttct ccgccaccag tcgtgcctat atcagcacac tgcgctcatg
    18841 gctcggtcgc gccaactact cctacgacgg ccgctacaac ctctccctca ccctgcgtgc
    18901 cgacggatcc agccgcttcg cagagaacaa caaatggggg ctcttcccct ccgcaggctt
    18961 gtcgtggaat gtgggtcggg agaagttcat ccgcctcggc cgcgctgtgg atcatttgca
    19021 ggtgcgcctc tcggccggtg tggtgggcaa tcaagagatt ggcgattatc agttcgtggc
    19081 caacgtagcg cccaccccta cgccgggcta ctctggcggg cgcgaagtgt tggcctatta
    19141 catacagagc aaggctaacc ccgacctgaa gtgggagcgt acggccagct acaacgtggg
    19201 cctgagcacg ggcttcttcc gcaaccgact cacggtggtg ctggacgcgt attacaagcg
    19261 cacgtccgac ctgctgctga tggtgcccgt ggagcaagtc tcgggctttg agacctcgct
    19321 gcgcaacgtc ggctcggtga cgaaccgcgg cgtggagctg gctatcggtg gcacactcgt
    19381 cagcaacaag caggtacgct ggactgccga cttcaacatc gctcacaacc gcaacgaggt
    19441 gaccagcctc gggtcggcct cgtccatcgt ccccaacttc agcggcgcca cgctgggcta
    19501 tatctcgccc gtgatcgtca aggtgggcga gccgctgggc acgctctacg gatacaagtt
    19561 caaggggctc gtgcagaaag agacggacgt ctccgccctg ccccgccagt ccatcagtcc
    19621 cctgcgcccg ggcaacccga tctatgagga tgtgaacggc gacaatgtgg tgaacacggc
    19681 cgatcagacc gtgctcggca actcgcagcc gctatttact tacggcttca acaccaccct
    19741 cacgtggggc cgtgtggacg tcttcctcgc cttagcaggc agctacggca acaagctctt
    19801 caacggcttg gctacgcgtc tgacgaaggg gtcgacgtac tacaactccc tggccatcgt
    19861 ggccgaccgc tggacggaga cgaacccttc ggaccgcata cagcgcgcca gcgacgacct
    19921 gacgatcgtc tccgacagtc gctacgtgga ggacgccagc tacctgcgcc tcaagaacgt
    19981 gcaggtgggc tacaccctcc ccctccgaca ggtaacgaaa gatgcgcaga tccgcctctt
    20041 cctctcgctc cagaacttcg tcaccctgac ccgctattcg ggttatgacc ccgaggcttc
    20101 gcgcaacggc atggatgagc acagcgcgct ctatcaaggc gtcgacatgg gcacttatcc
    20161 cacagccaag accgtgcagg ttgggctaca gctgacttta taagcccccc gccgccattc
    20221 attcactcaa aaagtcgctc gggcggggcc gctggctccc agcgacacca aaaagtcgct
    20281 cgggcgggcc cgctggcacg cagcgacacc aaaaagtcgc ttgacgggtc cgctggcacg
    20341 cagcgacacc aaaaagtcgc ttgacggggc cgctggcacg cagcggcgtc aaaaagtcgc
    20401 ttgacgggcc cgctggcacg cagcgacacc aaaaagtcgc ttgacggggc cgctggcacg
    20461 cagcgacacc aaaaagtcgc ttgacgaggc cgctggcacg cagcggcgcc aaaaagtcgc
    20521 ttgacggggc cgctggcacg cagcggcgcc aaaaagtcgc ttgactgggc cgctggcacg
    20581 cagcggcgcc aaaaagtcgc ttgacggagc cgctggcacg cagcgacgcc aaaaagtcgc
    20641 ttgacggggc cgctggcacg cagcggcgtc aaaaagtcgc ttgacgggcc cgctggcacg
    20701 cagcggcgcc aaaaagtcgc tcggacggga ccgctctcgc gccaaagtga gccagaaagt
    20761 cgctcgaccg cgagaatgac atcccccaaa cggacgataa ctaccactcc aaactatttc
    20821 tcaccccctc cctatgaaga tgaataagaa gactacccta tacctgctcg cagccgcgct
    20881 gtcggctccg ctgctgagcg cctgcaccga cttggatcag acgccgctca gctcgattga
    20941 aaagaacgac ttctatcaga ccgaggccga cctgcaagcc gccctctacg gcgtctatca
    21001 gatcctctcg gacaacgatc tggccggcga gatgtacggc atctacaaca ccgagatgat
    21061 cttcttcaac gatctgcaaa gcgagtacgc ccgccgtggc accgccaaca gcccggacat
    21121 cgccgagatc ggcaacttcg ccatcacgcc caccaacacc ttcgtcgtct ccacctggtt
    21181 ggtgcactac acgggcatca atcgcgccaa cgtactcatc gataaagccg aggccaacac
    21241 ggccatctcg gatcgtgtcc gcgccgccat cgtggggcag gccaagttcc tccgcgcgct
    21301 gtattacttc gacttggtgc gctattacgg cgacgtgccg ctcgtacttc acgacggcga
    21361 gggggagggc cagcctcgca cagcaacaga caaagtctat gagcagatcg tggccgacct
    21421 caaggccgcc gagggcatcc ccgcgggcta ttcgtcgctg ccgagcgtag cgtcagcagg
    21481 tgccgcaacg gccttgctgg ctaaggtgca cctggtctgg gcgcagagcg atacggagta
    21541 ttccctggct caccagcggg agctcttcgg tcaggccgta gcctacgcct cgaaggtgga
    21601 ggggaagtac aagctgctgg atcgctattg cgacaactgg tcggtggata agaagctggg
    21661 caacgccgaa ctgatcttca ccgtggagca taagttcggc atcaaccgca acgtcatcgg
    21721 tcgctgtgtg ctctccaccg gcttcacgaa cgataagcag cccgtcatcg ccgcgctcga
    21781 caattcgctc tacgacctct tcgacgccaa cgatcagcgc cgcgacgcct ccgtcaccaa
    21841 gcgcctctac gaccccttca ccggccactg gttcgacttc gatcgcatcc gcttccgcaa
    21901 atacatcgac acaatagaga tggccaaata ctccgccccc tacatctcgg ggcagaacac
    21961 cagctcctcc gtcctgcgct atgccgaggt gctgctcatc aaggccgagg ctgagaacga
    22021 gctgaacggc cccaccgaga cggcttacaa ggccatcaat gaggtgcgtc ggcgtgcctt
    22081 ctacgactcc tacgcccaga tccagcgcgc acccgccgac ggatcgcaaa cggagcttgc
    22141 gggcctcagc caagaagcct tccgacaggc cgtacgcacg gagcagctca aggagttcat
    22201 catggagggt acgcgctggt tcgacctcaa gcgctggcat atcctcgtca agacgatccg
    22261 agagaaggtg ccggccacgg acctgaagca ccagaacatc tcgcccaagc attacttcct
    22321 gcccatcccc tccgagcaga tcgccctcaa tcccgccctg aagcagaact ggggctacga
    22381 cggacagacc tccggcgatc cctacacggc caaaggctgg caatagtccc cctccttttt
    22441 actcaccctt atactcgaca agacaatgag caagacaact acccacctcc tccgggcggc
    22501 cctccttgcg gccgccgcca ccgccctctt ggccctacgc gccggggcac agacccccac
    22561 ggactacaac aagcgcgagc tgatgctcca gacgctggat caaagcaggc cgaacgacta
    22621 cgtccccgtc ttcttcaaca tccacttcaa ggagcacgaa ggcctcgacg ccgtccgggc
    22681 ccacgtggac tggttccgcc gcacccatgt ggacttcgtg aacgtcaaat acgaatactt
    22741 ccccccctcg catgccgtcc gtacgccggc cgactggaag cgcatccggc ccttcagccc
    22801 cgaggtgtgg gaggaacagc tgctcgtcat ccgcgagctg aagcgtgagc tgggcagcga
    22861 ggcgctgatc atccccaccg tcttctctcc actgcgcgtg ctgatccaag cggccggtgt
    22921 ccccctctcg agcgataagg cggggcgcgc ggccatggtc gagctgatcc gccgcgatcc
    22981 cgaggccatc cgtccggctc tggaggccgt cacccagagc cttgtgcact acatccgcga
    23041 ggcccgacgc gccggagccg atggcttcta catctccagc caaggcgacg atctggagga
    23101 gttcgcgggc gatatcttcc gccacattct caagccctac gaccgccaat tggccgacgt
    23161 ggccgctgag gtggcccctt tcaacatcct ccacatctgc gaatcgggcg ggcatatcac
    23221 ccccgccacc ttcgacgatt acctcgacta tcccggcagc atcatcaatc cccccatgca
    23281 caacttcaag gatagcaccc tcaccctgcg gcagatctcg gagcgtttcc gtcgtcccgt
    23341 ccttggcggc atgcagcgtt ggggcgccct atacaaaggc acactggagg aggctaaggc
    23401 cgaagtggac gccatcctgc gtgaggcacc cgccaacttc atcttcggcg ccgacgactc
    23461 cctgcccaac gattccgacc ccgagaaggt gcgccgcctc gtggactaca tccacacctg
    23521 gcgactgacc cacaaggcgt ccgcggccca ataatttccc ctcaacatgt ctaaccattc
    23581 acccctcaga agccatcatt caatgaaaaa aatcctatcc aactccatcg tcatactcct
    23641 catcgccgtc gttgtgggcc tcttcacggg gcgcctcgtc ggggaagagg gcatccgcac
    23701 catcctttcc atcaagcaaa tcacggggca gatcatcttc ttcctcgtcc ccctgatcgt
    23761 catcggtttc gtggctcctt ctatcacggc cctgcgtcaa ggtgccacac gactgatctt
    23821 cttcgccttc cttctggcct acgtttcgtc cgttggcgcc gccacgttcg ctgctctggt
    23881 cggttatcag accatcccgc tgctcaacat acggccggct gaagaaggtc tgcgccagct
    23941 gcctgaactc atcttccgtg tcgacatacc ccccataatg agcgtcatgt cggccctgct
    24001 actggccgtc ttccttggct ttggcgccct tcgcaccagc gcagtggacg tcacacgcct
    24061 gctgctgcag ttccgcgaca ttgtcctcct gctcgttcgc cgtgtgctca tgcccgtgct
    24121 gcccgtctac atcgcggcca acttcgcggc cctgtcttac gagggcgacg tggcccgcct
    24181 cggcatcttc ctgcccgtcc tggccatcgt catcgtctgc cattacctct ggctcgccct
    24241 gctctacggc actgcctcgg cctactcccg gaagaacggc tggaacgtcc tccgctatta
    24301 cggcccggct tacctcacgg cctggggcac catgtcgtcc gcagccaccc tcggcgtctc
    24361 gctcgactgc atccgccgca gccccatcct cagccgtaag gtgaccgact tctccattcc
    24421 gctctttgcc aacatccacc tctgcggttc ggtctttacg gagacgtttc tcgtctgcgt
    24481 cgtctcgcag ctgctctacg gccacctgcc agaccccgcc acgctgacgc tcttcatcgt
    24541 cctcctgggc atcttcgccg taggtgcgcc cggcgtaccg ggtggcacgg tgctcgcctc
    24601 gctcggcatc gtcacctccg tgctcggttt cggcgactca ggcacggcgc tcctcatcgc
    24661 catcttcgcc ctgcaagacg gcttcggcac ggcctgcaac atcaccggcg acggcgccct
    24721 ctcgctcatc accgacacct atgccaagcg ccacgtcccc gacctcgagg ccgaggccct
    24781 gtaagcccat cggccgatcg gatacgcctc aagccgtccg ccgtttgcat cgccccaaga
    24841 gttaggcggt gtgaacggcg gctctgtttt tgaccgcgca gctaagaatg gtgaaaaaca
    24901 gaccgccttt ttcaccgcgc acccaagaac tgtgaaaaac gggccgccgt tttcaccgcg
    24961 cagcccggaa cggtgaaaaa cagaccgcct ttttcaccgc gcaccccgga acggtgaaaa
    25021 acaggccgcc tttttcaccg cgcaccccgg aacggtgaaa aacaggccgc ctttttcgcc
    25081 gcgcaccccg gaacggtgaa aaacaggccg cctttttcac cgcgcagtcc ggaacaatgc
    25141 aaaacgtggc gcctttttga cctcgacggg gtgttggact gcaaaaggcg gcacgtttcg
    25201 gggcccgacg gggtgttgga ctgcaaaagg cggcacgttt tgggggccga cggggtgttg
    25261 gactgcaaaa ggcggcccgt tttgggcacc gacagggtgt tggcctgcaa aaggcggcct
    25321 gttttggagg ccgacggggt gttggcctgc aaaaggcggc ccgtttgggg ggccgacggg
    25381 gtgttggcct ataaaaggcg gcccgtttgg gaggccgacg gggtgttggc ctgcaaaagg
    25441 cggcccgttt tgggggccga cggggtgttg gcctgcaaaa ggcggcccgt tttgggggcc
    25501 gacggggtgt tggactacaa aaggcggcgc gtttgggagg cacgcagcgg agataggatt
    25561 gggccgctgg agatacgtgg agcatatgcc cctgcacccc caacgagcgc ctccattcgg
    25621 ctcccatcct gcgattcggc ctacttttgt cgcctataaa gaacaaaaca gcaagactta
    25681 tgaacaatca ggatcgcttc ttagggctta ttgaagacag catcaaggcc cactgggatt
    25741 ttcccgcact caccgaccat cagggtgtga cctactacta caaagacatg gccgccgaaa
    25801 tggcccgcct acacctcctg ctcgaacatg ccggcgtacg taagggcgat cgcgtagccc
    25861 tcatcggacg caactcctcg cgctgggtca tcgccttctt cggcatcctt acctatggtg
    25921 ccgtggctac gcccatcctc cacgacttcc atcccgagaa tgtgcatcac atcgtctgcc
    25981 actccgagtc gaaagtcctg ctggccgcct ccgccagctg ggagaagctc tcggccgacg
    26041 ccatgcccga cctcacggct gccctcctct tggaggactg gagcgtggtc ctcagtcgcc
    26101 acccgggcat tgaccgcctc cgcgaacgcc tcgaaacgga cttcgccgaa cgttactccc
    26161 ccctcttcac ggccgacagc ctgcatgtgc acatcgaaca gcctgacgag atggccatcc
    26221 ttaactacac ctccggcacc acgggatact ccaaaggcgt catgctgccc taccgcagcc
    26281 tctggagcaa cacgcgcttc gcggccgacc atctgagctt catcaaggcc ggcgatcact
    26341 tcgtctgcat gctccccatg gcccatatgt atggcctggc cttcgagatt atgaatggca
    26401 tcaacaaggg ttgccacatc cacttcctgc cgcgcgtgcc caaccccaag gtggtcatcg
    26461 agaccttcac cgccgtccgc ccgcgactca tcatcgccgt gcccctgatc atcgaaaaga
    26521 tcgtccgcac acgcatcttc ccgcagatca ataagcccac gacacgcctc ctgcgcagcc
    26581 tgcccggcat cggtcgcctc atcgatcgac gcatctgcaa ggccctcagc gcagccttcg
    26641 gtagcgactt ctccgagatc gtcatcggtg gcgcggccat caataaggag gtcgaacagt
    26701 tcctgcatcg catcggcttc cgctataccg taggctacgg catgaccgag tgcggtccgc
    26761 ttatctctta cgaatactgg aagacgtacc gccccggttc tgtcggccgc gcggtcgacc
    26821 gcatggaggt gcgtatcgac tcacccgatc cggagaacac cgccggcgag attcaggtgc
    26881 gcagcatgaa cgtcatgctc ggttactaca agaatccgga cgctacggcc gccgccatga
    26941 cgcccgacgg atggcttaag acgggcgatc tgggcgtgat cgaccgtgac ggattcatct
    27001 tcatccgcgg ccgcagcaag acaatgatcc ttagctccaa cggtcagaac atctaccccg
    27061 aggagatcga aagcatcctc ggcaccttac cctacgtcac cgagtcgctc atcgtgcaac
    27121 gccccgaggg gctcgtcgcc ctcatcctcc ccgaccgcga ccgcgccgag aaggacggcc
    27181 tcgacgccgc cgctctccag accaccatgg ccgacaacct gcgtcagctc aacagtcgca
    27241 tccccaagta ctgcaacgtc tccgccgtcg agcttcgcga tgagcccttc gagaagacgc
    27301 ccaagcagag catcaagcga tacctgtaca agtaaggaaa ggatgtacat ccccccttcc
    27361 catttttgaa ggagggagga cttgaagatc gctctcggcc ggaagatctg aaaggagtac
    27421 aggttttccg gtctatcttt gccccgtcta attaaaaatc aagaaggaaa tgagaaagta
    27481 cagatgtacc gtatgcgact acatttatga tcccgaggta ggcgatccgg acggcggaat
    27541 cgacccggga acggcgtttg aagagatccc cgacgattgg gtttgccccc tctgtggtgt
    27601 cggtaaggaa gacttcgaac cggtataatg ccctccgccg cccagcctct ggcatggcga
    27661 cggaactatt ctgaatgcaa tgtgcgagat cggccgttac tcccccggga gcggttgatc
    27721 tcgctttttt attcccccct ttcacgagag tcacacgaac accccatcta atgacaccga
    27781 accgatttat ctctcccatc ctcttgctcc tctgcggatg gctggcagcc gcggcgcagg
    27841 cgtacgcgca aaagtcgccc gttgtgatcg atacaacgct ccttacctgc gaatacaaaa
    27901 ccctctatta tttggataca acgcagctcg aaaatggcac gctgatgggg ggtcgcttcg
    27961 ttcttcaaat cgggcggaag gcctccaaat actacgaact gatgaccgat cgctacgaac
    28021 gaatacgcac cgaccctaag gtatttgcca actacatgag ccaaatggag gccgaaatag
    28081 agcggggtgc cttaagtggc gactattcgg ggatgccgct gctgagccga gtggacgcgc
    28141 tggtcattta taccgggtat ccggctaacc gccgcacggt gcaggacgcc gtctttcttg
    28201 attattacgt ctacgaggat gatgccgagc cgcagcaatg gacgctcttg acagactccg
    28261 tgacgcagat cctcggatac acctgccgaa aggcagtctg cagctatcgc gggcgcgact
    28321 atgaggcgtg gtacgccccc gagattccag tcagcgccgg gccgtggaag ttggccggac
    28381 tgccgggatt gatcatgagt gcgcgcgacg taagcggaca ttacaccttc gacctgtcca
    28441 gactggactt tgtgcgtgag ccgatcgaat acatcacgta cgccgaacgg caatatgtgc
    28501 gcaccgatcg gatcaccttt ctccgtacgc aggccaaaag cgcgcagatt ggcttagcgc
    28561 gctatataca agccaacgca ccgggcggaa cgatggccgg ggcatccggt gagacggcgc
    28621 gttatgacct gctcgagcgg gactataaaa agtaggaggc gacgccatga agatgcttct
    28681 ttcgatacta ttcttgctct cggcttcgct gttcaggggc acggggcagg tgcgtgagat
    28741 cacgggtacg gtaaaatgcg ccacgggaag tctgccgggg gcgctggtca cggtcaccac
    28801 cgaggccgac gatcatgtat tggcttacgc cgtggccgat gccgagggac acttcgcgtt
    28861 gaaggtagcc gaagcggcgc agggcccgcg atttattcat gctcggatga tgagctatac
    28921 ccctcaaaag gtgctgttga cgccggatcg tagcgaatac acatttgtct tggccgaggc
    28981 gtccgtcatg ctgaaagagg tgaaggtgcg cgccacaccc atcagtggcg ccggcgacac
    29041 gacgcgttac ctcgcctcat ccttcgcccg cgagaacgac atcacgctgg ccgatgtgat
    29101 caagcgcatg ccaggcttca acatctctgc cgacggacgc atcaagtacg ccgggcgcga
    29161 gatcagcaat ttctacatcg acgggtcgga catgatgaca ggcaactata ccacagccat
    29221 acgcagcatc aaacacgatg acgtggggcg tgtggaggtg atcgaacacc atcagccgat
    29281 caaattgttt gaggacttgc tcttctccga ccaaacggcc gtcaatgtca cgctgaaaga
    29341 gaaggccaag aaccgatggg tgggagtggt cgaggccggc ggcggagtgc cgcgcctgtg
    29401 gcaggtggac gcaagcgcca tgcgtttcgc ccaaaaggtg aagacgatga acacctataa
    29461 gggcaacaat acggggcgcg atgtggtagg cggaggaacg tcgggaggcg gatcggcgcg
    29521 tgaggtgatc gctctgccga gcgccgacaa tccctacttg gagcgcagca ggacgctctt
    29581 caaccgctcg caccgactga gcctcaacaa ccaatgggac atggggagat cgtttaccct
    29641 tacgccgtgc atggagctgt tcggggctga gacggagagc gacgcggccg agacacgccg
    29701 ttactacctt gacgacgggc agacgcgcga gttgacaacg cgccagagcg ggcggcgacg
    29761 cctccacggc gcttcgccct ccgtccgcct cgaggcgaac acccgccgga tgtacctcag
    29821 caacgtattg acttccgaca tccgacgctc ctccggccat acggacgccg tcgggactta
    29881 ctcgaatgtg gccgacggac aggtggacgg cgcttatctc cgcaacgatc tctacgtcct
    29941 ctttcgccgc ggacgaagag tggtcggcat caagtccgcc atcgaatgga gccggctgcc
    30001 tcaacgtctc gacatccgac gtgctgaggc cgaaatgggc gagcggatcg gtgcctcagc
    30061 tttccgtgcg cagacttcta cctcgcaaat gatcggcttc gggcgagcca ccctctcgct
    30121 cgaggaggga ttctcctacg atcagagcgc cttccaaagc gacctctggg gggttatccc
    30181 tagcgactcg gcgcgcaacg acttcagcta tcgcacggcc tcactccaca tcaccccttc
    30241 gctcaacatc ggcctcacgg cctggaaatt tgggttctcc atcccggccg acttccgcca
    30301 cagcgactac atcgaccgcc ttgccgaccg ctcctacatc gaccgtcggc tgcatctttc
    30361 gcccacggca tccgtcgtcc gcatcttcgg tcgccacgtc acgacctcgc tcagcggctc
    30421 atggcaaagc cagccggagg atccctctgc gtttttctcc gcccccctcg tcgcgtcgta
    30481 tccctaccta cagactggca cgacggccta cagccgtgcg gagatgacga ccgtgagcgc
    30541 catgatccgt tacaaaaaca tccttcacgg ccttttcggc aacctcattt gcacccgcat
    30601 gtggcaacac agccgactga tgcccacgca ggactttggc gagatctaca tcacgtccgg
    30661 cttcgtacat cgcccccacc tcaacctctc ggactacgtg gccgccagcc tcagctatat
    30721 gatccccgcc attcgcggtg gcgtgaccct gaacggcagc atctcgtcca gccagtcgca
    30781 actcatgcag agcggtcact tgcgacggct cacaagctcc atgcgtcagc tggccctgca
    30841 tgcttacgcc tcgccccgct cctggctcga tctggattac accgccgacc tttccgacta
    30901 tatctaccgc ccggatcacg ccgatcggca gaccacccgc accctgcacc agcaactttc
    30961 ggccaccctc acgccgctct ccgcgctgag cttcaccgcc tccgggagtc atgattacca
    31021 caccctcgcc ggctccggca agcacatctg cctgctggac gctcgcgtcg cttggcgcct
    31081 ctcacggctc ttcaccttcc gactgacggc gcaaaacctg ctcgattatc gcacgtttgc
    31141 ctacacctcc tacacggatc ttatggccac ggagcagacc tatcgcctgc ggccgttcac
    31201 gcttctcctc acggccctca cgacttttta gcgccgtgtg cggaaacgat ttgcatccct
    31261 ccgcgagcgc taaggcgctg ctgaatttgc tttccaccgt gcaattgtct gagacaatcg
    31321 gcagggtgcg cgagacccca ttgtctgaga caatcggcag agaaagtttc tggcggatcg
    31381 attgcgttac gccttctgcg cccctcgctt tatgtcgcaa tgtcagctgg ggcgtctgtt
    31441 aaaaacaaag ggaggtcggg ctgttgcagt taagcccggt taagtctgaa aagtagctgg
    31501 ttaaaagtgc cgaaagcgca gcggagcaaa gaataattgc accctttttg agttttcaga
    31561 ccgcatctaa tctctaatca attaaagatc gaaacaatga atgcaatgtg gaaaaaagga
    31621 ttggcggtcg ccctcgtagc ggcgatcagc ttcgtgtcgg ccctcggtgc cgtcacgtat
    31681 atggctcacc gcaacgccga cgtgcgcgcc atggtgggcg acaacgatgt gttcaaacag
    31741 ccggtgcacc tgacgggcta tgaggctgca cctgccgaac gcaccgactt cacctacgcc
    31801 gccgacatgg ccgtgcacgc cgtggtgcac atcaaagcca ccaccaaagt ggactcgcgc
    31861 atgcagcgcg gcggcgacat cttcgacccc ttcgaattct tcttcggcaa cggtggcggc
    31921 tttcagcagc gcacacccca gccgcgcgtc gggtcgggat cgggcgtgat catctccacc
    31981 gacgggtata tcgtaacgaa caaccacgtg gttgagaact ccgacgagct ggaggtgacg
    32041 ctcaacgaca atcgtaagtt ctccgccaag atcatcggca ccgatcccag cacggacatc
    32101 gccctgatca agatcgaggc caaggatctc aagacgctcc ccttcggcga ctccgagcag
    32161 ctcaaggtgg gcgaatgggt attggccgtc ggtaacccgt tcaacctgaa ctcaaccgtc
    32221 accgcgggca tcgtcagcgc caagggccgc ggcatcatgt ccggcggctc ggatcgcaac
    32281 aagatcgagt cgttcatcca gaccgacgcg gccgtgaacc cgggcaacag tggcggcgca
    32341 ctcgtcaaca cgcgcggaga gctggtaggc atcaatacgg ccatctattc cgagacgggc
    32401 aacttcgctg gctactcctt cgccgtaccc atcagcattg cgggcaaggt ggtcagcgac
    32461 ctcaagcagt acggcgccgt gcagcgtgcc gtcttaggca tatcgattca gaatgcggaa
    32521 gccgcagcct cgaatgataa gaaggtcaag gagctcgagg gcgcctatgt ggctgagttc
    32581 ggccagcaca gctcggcgaa gacagccggc ctggaggtgg gcgacgtcat cacggccgtc
    32641 aatggcgtgc gtgttcgctc gggcaatgcg ttgcaagagc agatcggcaa gttccgcccg
    32701 ggcgacaagg tgaagctcga cgtggatcgc tacggatcga agaagacctt caccgtggag
    32761 ctgcgcaact cgcaaggcag cacagcggtg gtgaagaaga atggcgatgc gtcggaggtg
    32821 ctcggagccg ccttccgcgc cctcagcgac gaacaaaaac gcgagtacgg tgttagttat
    32881 ggcatcgagg tcaacggtat cagccgcggc aaagtgcagg aggctggcat ccgcaagggc
    32941 ttcatcatca tggtggtgaa cgaccagcgc atcacttcac ccgaagacct cttccagatc
    33001 gtggagcgtg tgcagaaagg ctcgtccgag gagcaaggcc tcttcatcaa aggcttctac
    33061 ccgaacggtc gcacgcagtt ctacgccatc aatctggcgg agtaaaccga tgggcgagac
    33121 gccgcagcat agcgcctatg cgtaaagatg cagcgcctcg ccctatcttt gcgccctgta
    33181 ttccattgat atatatcatc atcttatcga atgagacaat taaagattac caagtcaatc
    33241 accaatcgtg agagtgcatc gttagacaaa tacctccagg agatcggccg cgaagacctg
    33301 atcaccgtcg aggaagaagt cgaacttgca caagccatca agaaaggcga ccgcaaagcg
    33361 ctggagaagc tcaccaaagc caacctgcgc ttcgtcgttt ccgtggctaa gcagtaccag
    33421 aaccaaggcc tgagcctgcc tgacctcatc aacgagggca acctgggact gatcaaagcc
    33481 gccgagaaat tcgacgagac acgcgggttc aagttcatct cttacgccgt gtggtggatc
    33541 cgccaatcca tcttgcaggc cctggccgag cagtcacgta tcgtgcgctt gccgctcaat
    33601 caggtcgggt cgctcaacaa gatcggcaag gtgctttccc gctttgagca ggagaatgag
    33661 cgtcgcccgt cggccgaaga gctggccgaa gagttggaca tccccgtgga caagatcacg
    33721 gacaccctca aggtctccgg ccgacacgtc tcggtggacg cccccttcgt cgaaggcgag
    33781 gacaacagcc tgctggatgt gcttgtcaac gaggacaccc ccaacacgga tgggacattg
    33841 atgtacgaat cgctgtcgag ggaaatcgac agagcacttg ctacactcac cgagcgcgaa
    33901 agcgacatca ttaagatgtt cttcggcatc ggctgccaag aagtcacact ggaagagatc
    33961 ggcgataaat tcgggctcac tcgcgagcgc gtccgccaga tcaaggagaa agctatccga
    34021 cgcttacggc agggtacacg cagcaagctg ctgaaaactt atttgggttg agctttacgg
    34081 atacacgtcg cccccgcccg atgaaggacg cggggtaaaa actccaagct cggggaaaaa
    34141 agaatcccgg gagtgcttct atcaaaagag cgcttccggg atttccttgt ttatggcctt
    34201 gccttttccc ttgagggatc ttcttttctt gccttgatgc aagaaaagaa acaaaagaaa
    34261 atcaaggcgt cagggacgcc ggccaacttt acagcggcct tacttctcgt tgaggaatgg
    34321 ataaccgtaa tgcaccggcg gaacgaacgt ctccttgatg cagcgcgggt tcgtccagcg
    34381 gatcaggttc agcgggccac ccgccttgtc gttcgtaccc gaggcacgcg aaccaccgaa
    34441 tggttgctgt gcgatgacgg ctcccgtcgg cttgtcgttc acgtagaagt tgcccgccgc
    34501 atagcgcagc ttgcggaaag ccgtctcgat ggcgtaacgg tcgcaggcga agatggagcc
    34561 cgtcaggccg taaggcgacg tgcgatcgca gacgtcgagc gtctcctcat acttctcgtc
    34621 gtcatagacg tagatggtga tcaccgggcc gaagatctct tcggtcatcg tcttgaaggt
    34681 tgggttcgtc gtctggatca ccgtcggctc gatgaagtaa cccgtcgact tgtcaccccg
    34741 tccgccgaag aggatctctg cgtcggacgc ctcacgagcg tagttgatgt agcccatgat
    34801 gttgtcgaac gaagcctcgt cgatcacggc gttgatgaag ttcgtgaagt cttgcacgtc
    34861 gcccatcttg atctccttca gcatctcgcc cacgcgttcc ttgatctctt tccacagcga
    34921 cttcggcagg taagcacgcg atccggcgga gcacttttgg ccctgatatt cgaaggcgcc
    34981 gcgtacgatg gctgcagcca cgtcgcccgc cggagccgag ggatgggcaa agatgaagtt
    35041 cttgccaccc gtctcaccca ccaccttggg atacgacttg tacttcttca ggttctcgcc
    35101 catctgacac cagagcgtgt tgaaggtgct cgtggagccg gtgaagtgga agcctgcaaa
    35161 gtcggggctg gacaagatca cgcgcccaac cgtgctgccc tggccgggga tgaagttcac
    35221 cacgccgtcc ggcagaccgg cctctttgaa gaccttcatg agcaggtagt tcgaatagat
    35281 agccgtcgtc gagggtttcc acacggccac gttacccatc atagccggcg ccatgttgag
    35341 gttcgaggcg atagaggtga agttgaacgg cgtcagcgag aagacgaagc cctccagggc
    35401 gcgatactcc aagcggttga tgataccctt ctccgaatag ggttggtcgg catagatctg
    35461 cccggcgtag aaggcgctgt aacgcaggaa gtcgatcagc tcgcacgggg cgtcgatctc
    35521 ggcctgaaag gggttcttgc tctggccgag catcacggcg gcgttgagca ggtagcgata
    35581 cttcgtggcg aaaagctcag ccgcacgcag catcaccatc gcgcgctcct cccacggcag
    35641 cgacgaccag tcgcggtgtg ccttcatggc cgcgtcgata gccatctgca cttccttttc
    35701 gcccgccttg tggtaggtag ccagcacgtg gcggtggtca tgcggcatca ccaccttgtc
    35761 cgtctgcccc gtgcggatct cctggccgcc gatcaccagc gggatgtccc attcttcagc
    35821 gctcagctgc aacaaagcct tcttcaaggc tgctttatca ctcgtgccgg gagcatacgt
    35881 cttgaccggc tcatttcccg gattcgggaa tcggtaaatc gaattgttca taaatctgtt
    35941 tcttctttgg tttgaagcgt ggacaaagat agattcctgc gcacaatcct ccttcttgtc
    36001 cccacgactg accgccctcc aattgccccg cgggatacga gagccatccc cgtttgacgc
    36061 tggcgaagac ttcgacgagg tcctgcaagc ctgcttgacg ctggcgaagt gttcgacagg
    36121 gccatgcaag cctgcttgac gctggcgaag tgttcgacgg ggccatgcga gcctgcttga
    36181 cgctggcgaa gtgttcgaca gggccatgca agcccgtttg acgctagcga agacttcgac
    36241 agggccatgc aagcctgttt gacgctggcg aagacttcga cagggccatg caagcctgct
    36301 tgacgctggc gaagacttcg acgaggccat gcaagcctgc gcggagctga tttactgtat
    36361 atcggggcca tgcaagcctg cgcggagctg atttacggta aatcgaagcc atgcaagcct
    36421 gcgcggagct gatttacggt aaatcgaagc catgcaagcc tgcgcggagc tgatttactg
    36481 tatatcgagg ccacacctat cggcgcaaag gctttcgttt tcccgttgcc cgtttacatt
    36541 tgtcgccgat aacgaattat tcacatagga ggaggcgccg taaaggttgc ctcccaaggg
    36601 gtgccttact tacacaggct gagatcatac cctaaggact gcccaccgaa tgagttctcg
    36661 agaaaattcg gggtggcccc aaaacctgat ccgggtaatg ccggcggagg gacaacggtg
    36721 gttttcatct cttttattgt gcggtaaatc gctccccatt taatagacac aatcaaatga
    36781 ggaagatttt ctatgtagtg gccggactgc tgatcgtttc cggccgaatg tcgatcacgg
    36841 ctcaacaggc ggtcgtggac acgacgaatg tgtatgaact gaacgaggta gttgtctcgg
    36901 ccgtacaggc caggcgagag acgcccgttg ccttccgcaa cgtctcggcg gctgagctgc
    36961 gcgagaacaa cacgggccaa tcgttgccct acctcttcac gcagacgccc tcggtggtgg
    37021 tcacctcaga cggtggcaac ggcgtgggct acgtctccat gcgggtgcgt ggcacggatg
    37081 cgggccgcat caacttcacg gtagatggtg tgccggtgaa tgactcggag agccacggcg
    37141 ttttctgggt caacatgccc gacttcgcct cgtcggtcga gtcgatacag atccagcgcg
    37201 gcgcgggcac gtcgaccaac ggtgccgcag ccttcggcgc cacggtggcc atgcaaacgc
    37261 agcgtccgcg gttagagcca tactttgagg cctcgtctgc ggcgggtagt ttcggcacct
    37321 ttgcacacac cgtgcgcggc ggaacgggac tcatcggcaa ccatttcgtc ttcgacgccc
    37381 gttactcgaa cgtgcaaacg gacggctaca tcgagcgtgc gcgggcgaac atgagttcgt
    37441 attacgcttc ggcggcttac tacaacggcg gcacgatgct caagttccaa accttcggca
    37501 gcagcgaggt gagctatcag gcgtggaacg gcgtcgactc ggcccgcctg cgtaccaatc
    37561 ggcgatacaa cagctgcggc gagtatgagg agggcaacga aaaaaagttc tatgacaacc
    37621 agacggacaa ctactggcag caccattacc accttctggc cacgcaacgc ctcacggacg
    37681 ccctcaacct gaacgtgacg ctgcactaca cggacggccg agggtattac gaagattaca
    37741 aggctggcgc caagtacgcg gcctacaagc tgcccaactt cacgggcgcc gatggcaagg
    37801 agcagaagcg taccgacctg gtgcggcgca agtggctcca aaacgacttc tacggcgcgc
    37861 tggcccgcct gacctacacc cacgaccgac tgcaggccgt ctggggcgcc tcgatcaaca
    37921 actacacggg cgatcacttc gggcgcgtca tctggatgaa gaccgtcgag gctatgccgc
    37981 ggcccgacta tgagtattac cgcagccggg gtgagaagct cgattacaac acgtttctga
    38041 aggcctccta ccggctgtcg aacgccctca gcgcctatgc cgatttgcaa taccgcggca
    38101 tcaactacag catcacgggc acggacgaca aggcgggcga catcgatgtg caccgcacct
    38161 tctccttctt caaccccaag gcgggactct cctacgaacg cggcggtaat catgcctatg
    38221 cctcgttcgc cgtggcacac cgcgagccga accgcaagaa cttcaccgag aacgggccca
    38281 cggcgcagcc gacctacgag accctctacg actacgaggc gggctacgaa tacaccggcc
    38341 gcgccttcca cctcggcgcc aacctctact atatggatta cgacaaccag cttgtgctca
    38401 cgggcaagat ctccgagatt ggcgaggcgc tcacgtcgaa catcaaggac agctatcgca
    38461 tgggcgtgga gctaagcggt ggcctacgcc tcgcaccgtg gctcgactgg agcggcaacg
    38521 taaccctgag cagtaacaag atccgcaact tcacggagta cgtcaacacc taccagggtg
    38581 ggaaagaact gccgcagacg gtcaatgagc tgggcacgac ggatattgcc ttctcgccca
    38641 acctgacctt cggcagcacc ttcgacttcc actggcgggg cttcactgcg gcgctgatgt
    38701 cgtcgtacgt cgggcggcag tacctcgaca acacctccgc cctcgagcgc agcatcgatc
    38761 cctacttcct gagcgacttg cgcgtaggct acgcttttca tccgagcttc atgaaagaga
    38821 tcgccctcga cctcagcgtc cgcaacctct tcaacgccga gtatgagtcg ggcggctaca
    38881 tctatgacac attcatcaat gacggaaagc gtgtgaacca gctgaactac ttcgcccaag
    38941 ccacccgcaa cttcatggcg cggctgacgc tgaaattcta atcccccatc taccctctac
    39001 cctccaccct ctaccctcta ccctctattc tccaccctct accctctacc ctctaccctc
    39061 taccctctat gttctacgac gcaatcgaga tcgtagcggc ggggatcatg ctgctctacc
    39121 tctggctcga ataccgggcc agcatctggc tctggccagt gggcgtgctg atccccgcct
    39181 tctacatcta tatctactac gtcaacaagt tctacgccga tatgggcgtc aacgtctact
    39241 acctcttcgc cagcgcctac ggctggtatc gctggcagcg cggccgcggc cgtgaggcat
    39301 cggaggcgga ggtggcgatc cgtcggacac cacgcgggac gtggctcaga ctggcgtcgg
    39361 cctacatcct gctgcagacg gtgctctacc tcgtgctctc gcggttcacg gacagccccg
    39421 tgccctgggg cgacgccttc acgacggcgc taagtattct ggcgatgtgg atgctggcgc
    39481 agaaatacct cgagcagtgg ggcgtctgga tggtgatcaa cgccgtctcg gccgcgctct
    39541 atttctggaa gggcatgacg ccgacggccg tcacctatgt cgtctacacc atcgtgccca
    39601 tcttcgggta catgcggtgg cggcggatga tggcggactg aaaccgaacc gaggcagaga
    39661 gcctgctttt tgaaggccga cggggtgttg gcctataaaa ggcggcctgt tttggagccc
    39721 gacggggtgt tggcctataa aaggcggccc gttttggagg ccgacggggt gttggcctgc
    39781 aaaaggcggc ccgttttgaa ggccgacggg gtgttggcct gcaaaaggcg gcctgttttg
    39841 gatgcttacg gggtgttggc ctgcaaaagg cggactgttt gggagcccga cggggtgcgc
    39901 ggtcaaaaag gcgccgccgt tagcaccatt cctcgctgcg cggtgaaaaa ggcggcgccg
    39961 ttagcaccat tcctcactgc gcggtcaaaa aggcgccgcc gttagcacca ttcctcactg
    40021 cgcggcgaaa aaggcggccc gtttttcaca gttcttgcct gcgcggtgaa aaaggcggtc
    40081 tgtttttcac agttcttggg tgcgcggtga aaaaggcggc ctgtttttca ccattcttag
    40141 ctgcgcggtc aaaacggcgc cgcctttagc acgccgccac cctgcgcggc tccgtttttt
    40201 agcctttcgc tcttcaccgt tagattttag ttccacggcg ccctatgttt gccgcccgaa
    40261 aaatcatcgc ccctattcga ttttatgcgt ctatacatcc tgcgcccagc cgcctggctg
    40321 atcctgctgc tgacggtcgt cacgccgtcc gtctgggccc aaatcaacga acaagtcttc
    40381 acgaccgaca ccacacgccc gtcggacgac ctgcaccgac tctcgctcga gttcgacaac
    40441 ctcagcttct tccgcaatgt ggagagcgcc accctggccg ccaaggggta caccctgccc
    40501 ggctttcggc tccaagtccg ggctgcctat cggccggcgg agcgggtgac ggtcgaggcc
    40561 ggtctgcaca cactttggtt ctggggggcc aaccgatacc ccgcctttgc ctataatgac
    40621 atcgcggtct ggcgcggcga atcgtcgtgc caccacgtcc atctgctgcc cttcttccgc
    40681 gcccgcgccg ccctctcgcc ccaagtggat atcatcctgg gcgacctcta cggcggcgcc
    40741 aaccatcgcc tcattgagcc gctctacaac cccgagctga acctctcggc cgaccccgag
    40801 gcgggcctcc agatcctcta ccacccgcgc cacgcccagc tcgacgtctg gctcaattgg
    40861 gagagcttca tctataaact cgacacccac caggaggcct tcaccttcgg gctctcctcc
    40921 cgcctccaca tcaccccgcc cgacgctccg ctccatctct acgccctggc gcagggcctg
    40981 gcgcagcatc gcggcggcga gatagacacc atcagtggcg atcaggctgt gcaaacgatg
    41041 ctcaacggcg cccttggggc gggcctcgag tggcacatcc gacgcggtgt gctccgccga
    41101 ctggcgctcg aatactccct cacgggctat taccaacacg ccggcaacct ctggcccgtc
    41161 aagcggggct acggccgcta cctcgacctc cgcgccgatc tctcgccctc gttctacctc
    41221 cgcgccgcct actggcagtg cgacggcttc gtgtcgctct tcggtcaccc ctacttcggc
    41281 gtcatctcca cctatctcga cggcgccgtc tatcgccgcc cgcagatgct ccgcttcggg
    41341 gccgaataca cgcgacactt cagccgcgac tgttcgttag gcatcgactt cgacgccttc
    41401 catcgcctcg ctgcgccgat cactgacccc gccggccgtt acgacttcga gggtccacgc
    41461 ttcagctact ccttcggcgt ctacctccgt ttccgcccca ctttcccgct gaagggctcc
    41521 gcgcggtgac gtgacacgaa aaagaagggg ggcacagacc ttgcgtccgt gccccccgtg
    41581 cttatcgatg agctactcgc ggctcagcgg ctccatcacg cgccagcgaa gcgatactcg
    41641 gcttggatgt cctcggccag gcgggtaaag agctcctcaa tgaggcgatc cgtcacgtcg
    41701 agggccgact ggagcatctt gtccgagaag gcctgcagca actcgcgggc gtggatgggc
    41761 tgcgtctcat agacggccag gtattgcgcc tccatctcac gctgacgctg cgtcgtctcg
    41821 gcctcccagc gggcataggt ctcctgaatc agcggggcgt atcggttata gttcaccatg
    41881 cccagcgtct gcaccttgcg gaacttccaa taggccgaat cagcatccga ccggaggccg
    41941 cccttcgtgt acgcctcggg gtaggaagtg ataccctgat agagcggcag aaagacgccc
    42001 agcacggcca tgcccatcgc catatagtcc acccggccga tggcctgcgg cagctccggc
    42061 cgcacgtgca ggatatgtgt ctgcgtggtg cggaagatgg agacggggcg atacttttcc
    42121 ttcgggttgt tgtgcaggta ggggtcgtgc tccgtgccct gatagtggaa tcggaaggcg
    42181 cggcgcagat cgtctaagga aagcgggtgc tcggccttgg caaagacggg gaaggtgttc
    42241 ttcgtcacgt cgttctcgat cgcggggctg aacatggcct gaagtcccca gacgcgcgga
    42301 tagttgtagg tcgtatccag cttcacgtcg cggatgtaag ccgtgtggaa gtcgaagggg
    42361 cccgtggtgg ggtcgtagag gccgtgcttc tcggcgaact cgatgaggtc ggccgaagcc
    42421 atatagttgg ccttgtcgtt cgggtcatag gtgcgaaagc ggctctgatt gccggtcacg
    42481 aaatacatat cctcgggcat gcggcaggcc agccaccggt ggcccgaagc cgtctcgagg
    42541 taccatatct cgctctcgtc cacgaagccg atgccgaagc cctcagagat gccatactgc
    42601 tcgatcaggc tgcccaaacg gctgacgccc tcgcgtgccg tacggatgta gggcaggacg
    42661 atgttgaaga ccgagttctc agccagaccg tccttcacca gcgggtcaac ggccagcgcc
    42721 ttctcactgc tgaagatgct ctccgtggcg ctcataccca cgcccgccgt gttataccca
    42781 gcgctacccc agctgccacg caggtggcag ggcgcgagcg cggtgtaacc caacgcctcg
    42841 cgaggcaatt cgcagcggaa gccgctgtcc tgggccacaa actccttcgg tccctcttcg
    42901 cggtcctcat agatctccag attcttggcg aaggacatgt tccaatcctc cgaccgggcc
    42961 aggatcatcg acccatcgtc cgtcatgcgg ctgcccacga tcacggtcgt acactctgac
    43021 ggataagctc cgccttgctt caattcttcg tttgtcatta cgctgtagtt tttatggtgt
    43081 atataaatga atcggaggcc ctgcggcgta tgcaccacag aagcctccgt ttatttcatg
    43141 cgtccgcgtc cctctttgag atcactgcgc cgctcttcca agcctgcccc actttttctc
    43201 cgatggcgta gtagccgctt tggaagggat cgaagaggat ggcgttaagg cgcgttgggt
    43261 cgacacgtcc ccgctcgtcg agcacagtct catcggccag cacgttgacg atctcgccga
    43321 ccacgcgcat cgtgccgtcc gtcgtcttca tgtccaccac gcgacactcg atggtcagcg
    43381 gaaactccgt caccacgggt gcgtccaccc gttcgctccg cacagcatgc aaccccgtac
    43441 gctcgaactt gtccggcacc ttgttgcccg tgaccatacc gaagtagtcg gccgcttcca
    43501 agtgatcctg gttggccacg ctgatggtaa aggcacgccg cgcccgcaga ttgtcggccg
    43561 tcttgtgcgt gtcactgatg ttgagcgcca ccttgttgtc gtcgcagata ccgccccaag
    43621 ccatgttcat tacgttcacc cggtcgtcct cgccgtacgt ggcgatcatc aacacaggca
    43681 taggaaagag gtagggcttc acccccaaat tgatcttcat tgtttcgttc tcctttctct
    43741 gatgataagt gccccaaatg taaggcgaga acttaccaca gcactacttt cccagctaag
    43801 cccagatcga gcgtgccaga agtgatacct aaggccttga atgcacgtcc taacgtcggg
    43861 atggaaacgc tcaggccacg ttccaagcgg gatatctgcg ccctttttac gcccatccgt
    43921 tcgcccaatt gttcctgtgt gaggttctgc ttcagccgct cgttgcgtat ggcttcccct
    43981 atgcggtaag cgtttacagc cgcttccaca tcagcctcga acttgtctct ttcggaggtg
    44041 ccccgcttgc cgaagtgttc gtccagcgcg tcgtccaagg tggtaaaatg catttgtgtc
    44101 ataaggcgga tttgtttttg aaatactcca ttctgattgc ttcagccttc gctatttctt
    44161 tcgaaggtgt cttctgtgtc ttctttacga taccgtgagt agctactatg agcgtgttat
    44221 tcgccgtatc ccaaaaggcg aatattcggt agttcgtctt gttgtagagt gtgcgaaatt
    44281 cccagatctc cgctccttcc agctttttga acagttcgct gttacgctct ccactggcta
    44341 tgcgcttcat gttgtaataa atcttgtatg cagcagcttg ggggaggctg gatatgaaat
    44401 cctttgcttc gtccatcaat agaatctcga atttgcgcat ttcccatacg tctttacgac
    44461 gcaaaagtag gtatagcccg tattggcgcc tcgttttccc ttgatgcgta gccccgcaaa
    44521 cctcgaaaag tggccggggt gggggctatg cctacttttg tccgcccaaa gacacagctc
    44581 cgatgggcat tctttatagt tacacatcat cctccgaacg atagacttat gagcaaccaa
    44641 gaacgactgg atcaactgat ccaacatatc gacgagctgg cacagctgac ggccagcatt
    44701 cgcggcacgg agatctatcc ggtctctttc ttcagccgcg ccttcgagtt gacgggcaag
    44761 atgcaggtcg acctgcacga gatggagatc gggcaaatcg agctcttcga ccggcaactc
    44821 cgccagcatc gcgaacagat ccgtgccttc gagactaagg cacgtcccgc cttcgaggca
    44881 cccactccag agcaggcctc gaccacacct ccgccagcgc cacaagctga cgaagaggag
    44941 ccgatcatgc ggcccacacc catgcctgca ccggtgcccg agcctcaacc ggaccctgca
    45001 cccacacccg agcctacccc cgtacaaagc caaactccgc aggcgcccgc aaacaccact
    45061 cccaagccga cgcccatccc tgtgcccaaa atggccccgg ccccattgtc gcacgcggac
    45121 acatcgctca acgacgccat cgagcgcacg aagctgaccg acctccgcaa ggccttcacg
    45181 ctgaacgacc gcttccgctt ctgccgcgag ctcttcgacc gcgatgaggc ccgcatgaac
    45241 gacacgctga gtgcgctcaa cgaggcccac tcctacagcg aatccctcga cctgctccgc
    45301 gcccgtgtcc agtgggattt tgacggcgag acggccacgg acttcctcaa gttcatcgag
    45361 cgacgcttcg tctgatgggt aagctcacga ttgtccccac gccggtgggg aacctggagg
    45421 acatgaccta ccgcgccgtg cgtgtgctcc gtgaggccga cctgatcctg gccgaggata
    45481 cgcgcacgac gctcgtcctg ctccgtcatt atgagataca gaaccgcctc cagtcgcacc
    45541 acgccttcaa tgagcatcgc acggcagagg agctcgtgga gcgtatgcag gccggtgagc
    45601 acatggcgct tgtatcggac gccggcacac cggccatctc cgatcccggc ttcctgctcg
    45661 tccgggcctg tgtggcggct ggcgtagagg tggagtgcct gccgggcgcc acggcctttg
    45721 tgccggccct agtagtgtct ggtttgccga cggatcgctt ctgcttcgag gggttcctgc
    45781 cgcccaagaa gggtaggcgg acacgcctgg aggcactgcg tgaggagcgt cgcacggtga
    45841 tcctctacga gtcgcctcac cgactccgca agacgctcga tcagctctcc gaagtgctcg
    45901 gcccggagcg tcgcctgtcc gtctcgcgcg agatctcgaa acggttcgaa gagaccgtcc
    45961 gcggacgggt ggacgaaata attccgcact tcaccgtgaa cgatccgcgg ggagagtttg
    46021 ttatagtggt ggccggcgtg gacgagacgt ctgaagaccg gcatccatcc acagtttcat
    46081 ctacttaaaa accatattgt aacaatgaaa aggatcgtat tattcctcct gagcacggcc
    46141 ctgctgacgg cctcctgcgt agagaactct tcagagtatc agaagctgaa gagcgagaat
    46201 gaagagttga aggctgacaa ggccaagagc accgaagagc tgaacgagat gctctccacc
    46261 ctgaatgaca tccagaccga catccagtcc atcaaggacg ccgagcagta cctcaagatc
    46321 gaacccacca gcggcgagat gaacgccaac aagaaggagc agatcaggaa caacatgaag
    46381 ctcatcgccg agacgctcaa gaacaaccgc gagcagctca acgccctgca agagaaactg
    46441 aagaagagca acatccagtc gtcggcctta cagaagacca tcgaccgcat ctccaaggag
    46501 ctcaacgaga aggccgagat gatagccagc ctgcaagagg agctggccaa gaaggacatc
    46561 cgtatcaagg agctggacga catcgtggcc aacctcaacc agaacgtgga gaccctcaac
    46621 gccaccagcg ccgagcaaac caagaagatc aacgagcagg ataagcagct ccaccgcgcc
    46681 tactattgct tcggcacgaa gaaggagctc aaggatcaga acatcctgac cggaggcgga
    46741 ctcttctcga agtccaagat ggcgaaggag aacttcaacg aggactactt catctccatc
    46801 gacacccgcg aggtgacctc catcccgctc tacgcccgca aggccaccgt acgctccagc
    46861 cacccggaga actcgtatcg cttcgtcaag gacgccgagg gcaacctgac gctcgagatc
    46921 gtcaacgcta aatcgttctg gagcatgagc aagtacctcg tcgtggaggt cggatgacca
    46981 gccccgagcg ccgctacacg tccttgttta tcgacttgga caacacgttg tgggacacca
    47041 tccacgacaa taaaaaatgc ctcgaagagc tttttgtcga ctatcaattc gatcgacact
    47101 ttgcctcctt cgaggctttt tatgcccttt accttcccta taacgagcga ctctgggagc
    47161 gctatcagaa ccaggagatc gaccgccgga ccctgctgca agagcgcatg ctgcatgtgc
    47221 tccgtccgat gggcatccgt gacacccgcc tggccatgcg cctcaaccgc gacctcaacg
    47281 agcgtaccac acgccacacg acgctcatcc ccggtgccac ggagctgctc gagcatgtca
    47341 gccgttcgta ccgcctcttt gtcctctcca acggctttca cgaggtgcaa agcctgaaga
    47401 tggagcgcgc cgggatagcc cgcttcttcc gtgggctgat cctctccgag cgggtcggcg
    47461 cccgcaagcc caaccccgtc tttttcgact acgccctcca tcacacccgg acgcgtcgca
    47521 cggaggtgct catgatcggc gacagctacg cggccgacat cgccggcgcc ctccgctccg
    47581 gtatcgacgc cctctggtac aaccccgccg gcctaccgcc ccccggcaac ctcagcccac
    47641 agttcaccgt ccgcaccctc gacgagatcc gggaaatcct gtaaggccga tttaccgtaa
    47701 atcggagcaa gcctgtttgg gggtggtata ctgtatatcg gagcaagtct gtttgggtgt
    47761 gatatactgt atatcggagc catgcaagcc tgctcggagc tgatatactg tatatcggga
    47821 ccatgcaagc ctgcgcggag ctgatttacg gtaaatcgga gccatgcaag cttgcgcgga
    47881 gctgatttac tgtatatcgg agccatgcaa gcgtgcgcga ggctgatata ctgtatatcg
    47941 aggccccaaa aacctacggc ggatggaaat aatgtatttc cgaaggctgt ctatggttag
    48001 attttagatg ttcccttaaa acatcttcta cttttacgcc gctaaacaat tcggcgacgt
    48061 atgaattacg cagaaaccct tcaatatctc tatgtacgga cgcccgcctt ccatcgcgtc
    48121 ggggcggacg cctacaagcc cgggctggaa cgcagtcggg ccctcgacga cgcactgggg
    48181 caaccctccg cggcctaccc catcgttcac gtggccggca ccaacggcaa aggctccgtc
    48241 tctcacctgc tggccgccac gtttcaggcg cacggcctcc gcacaggact ctatacctcc
    48301 ccgcatttaa tcgacttcag cgagcgcatc cgcgtcgacg gccagcccat cccgcagcag
    48361 cgcgtggtgg acttcgtggc cgaaaacgca cacctcatcg accgcctgga gccctctttc
    48421 ttcgagctga cctcggccat ggccttcgac tatttccgcc gctgcaaggt ggacatcgcc
    48481 gtcatcgaga caggcctcgg cggccgtctg gacagcacga acatcgtcac gcccatcctc
    48541 agcgtcatca ccaacgtcag cctcgaccac acgcagtacc tcggcgacac gctcgcgcag
    48601 atcgcagccg aaaaggcagg catcatcaag cccggcgtgc ccgtcgtggt gggtgaagtc
    48661 gacgacaagg ctgtgcgccg tgtgtttgca gacaagggcg acgagtgcga cacgcccatc
    48721 ttttgggccg aagaggaaga cgtgctgcgg gccgcccgcc cactgcctga cgggcgttgg
    48781 gagtttgaat ctactgagtt tggcacgctc atcggcgagc tgggcggatc gttccaagtg
    48841 gccaacgcgc gcacggtgct cacggcgctg aacatcttct tccatcccgt attaagaaag
    48901 atcttgcccg aggctgtccg ccagggattc ggccatgtgg tcgagatgac cgggctcgca
    48961 ggccgctggc agaccatcgc ccgccgcccg accatcatct gcgattcggg gcacaacgtc
    49021 ggcgcatgga tccgcctccg ccccctcctc gacgagtcgg cccagcggca cgcccacctg
    49081 catatggtcg tgggcatgag cagcgataag gacatcaccg ccgtgctccg cctcatgcct
    49141 ccgcgcgcca cgtattactt cacccaagcc gacaccgacc gcgccctctc ggccgacgag
    49201 ctggccaagc tgggtgccaa ggccggcctt cagggcacgg cttacgccac cgtccccgag
    49261 gccattcgta cggcgcaggc cgcggccacg acggacgaca tgatcttcgt cggcggcagc
    49321 cacttcgtcc tggccgacgc cctgccactg ctcactcaga attaacccag ggcgcatcac
    49381 tcccccccgt cgatccgccc taacgataga ctattactaa ctacttatac acaacaatga
    49441 cacaagcatt acaaaccctc agagacaagc cgtcagcacg ttggacggca ctcatcctgc
    49501 tggctatggc gatgttcttc tcttacattt tcatggacat cctttcgccg ctgaaagaca
    49561 ttttggaaac ccagcgccac tgggattcga ccgccttcgg cacctacgcc ggctccgaga
    49621 ctttcctcaa cgtcttcatc ttcttcctca tcattgccgg tatcatcctc gacaagatgg
    49681 gcgtgcgctt cacggcgctc ctctccggcg tggtgatggt ggccggcgcc actatcaact
    49741 ggtacgccgt cacggacgcc ttcatgggct cctcgctcga ggcctggttc acggccaacc
    49801 tgaactacat cccgctgctc gacgagctgg gcgtctcgcc cttctatcag ggcatgcccg
    49861 cctcggccaa gtttgcctcc gtcggcttca tgatcttcgg ttgcggcgta gagatggccg
    49921 gcatcaccgt ttcgcgcggt atcgtgaagt ggtttaaggg taaagagatg gctctggcga
    49981 tgggatcaga gatggccctg gcccgactcg gcgtggccac ctgtatgatc ttctcgcccg
    50041 tcatcgcccg catgtccacg ccgcccgacg tgtcgcgttc cgtagccttc ggcgtgatcc
    50101 tgctgctcat cgccctgatc atgttcgtcg cctacttctt catggatcgc aagctcgacg
    50161 ctgagacggg cgaggccgaa gaagccgaag agccgttcca catcaaggac ctcggccgca
    50221 ttctctccga cggcggcttc tggctcgtgg ccctgctctg cgtgctctac tattcggcca
    50281 tcttcccgtt ccagaagtac gccgtgaaca tgctccagtg caacatcacc ttcaacccgc
    50341 cagccgaggg cagcttctgg gcctccagca cggtagctta cgtgcaatac gtcgtcatgc
    50401 tcatcatcgc catcaccgcc tttacgagca acttcagccg gggcgtgatg aagagcatcc
    50461 tgctcgtggc ctccatcgcc tcgctgcttg tcttctgcta catggcctac tgccgccagt
    50521 cggccgaatc catctttgcc gtcttcccgc tcctggccgt cggcatcacg ccgatcctcg
    50581 gcaaatacgt cgacaacaaa ggcaaggccg cctcgatgct gatgctcgga tcgatcctgc
    50641 tcatcatctg tcacctcacg ttcgccttcg tcctgccgct gttcaagggc agccccgtgg
    50701 gcggcgtcgt gctggccttc gccaccatcc tggtgctcgg ctcgtcattc tcgctcgtgc
    50761 ccgcatcgct gtggcccagc gtgccgaagc tggttgatag caaagtgatc ggctcggcct
    50821 acgcgctcat cttctggata cagaacatcg gactctggct cttcccgctg ctcatcggca
    50881 aagtgctcaa agcctccaac ccagaggtgg aacaagccct ggcctcgggc caactcacgc
    50941 cgacggaagc cgccgtgtcg tacaactata ccaacgcgct gctcatgctc gccatgctcg
    51001 gtgtggccgc cctcgtgctc ggcatcctgc tgaaggctgt cgacaagaag caccacctcg
    51061 gcctcgagga accgaacatc aagccgcaat aatcggccga cttgaaaacg tgaaaagtcc
    51121 cccggacgct caggatctct accctgcgtt cgggggactt ttttcatgcg caccgatcgg
    51181 ccggaggggg atactgatac gcgcagcctt gtctttcccc gacaactacc cccttttcca
    51241 tagaggcgac cggtggcggg ccatccgcga tgcagcccaa ctcgctctct gatgcccact
    51301 atcaaacagc cccctcaaaa tgctccgcgc aaactctcca caggcaaata ggcgcctgtc
    51361 tattaaatta caagtttgaa tcttatcaaa caggcgcctg tctattaaat cacaattttg
    51421 atgcttatca aacaggcgcc tgtctgctaa attacaagta taaggcttat caaacaggca
    51481 ccctaaacgt ccagcgcaca ctacgcgaaa ctgattcccc ccctgaacgc ccccagaacc
    51541 ctcgtcgcaa ggcaaagccg agagctgcga tctacccccg cacccgtcgc ttgacccttt
    51601 tgccctttct ttgccgcgct tttcaccgtc cgcagcaagt accccaccaa caaacggatg
    51661 ggccaacagc acgaaacaga atgaagaaag aaatttatgt caccggagcc ggcatcgtct
    51721 ccgccctcgg actcggcaaa gacgccaatt tgcgcgcact gatcaaccaa caatcgggtg
    51781 tccggcccat ccaattcctc gagactgcac accgcgacct gccctcgggc gaagtcaagc
    51841 atagcaacga cgccctctgc gaacagctcg gcataccgcc cacggaggcc ttcatccgct
    51901 cctccctcct ggccatcccg gccgtgaagg aggccctcga gcaggcccgg atcggcgagc
    51961 tggcaccgac ggcacgcgtc gcgctactct ccggcatcac cgtcggcggc atggacaaag
    52021 ccgaacagta ctacgacgat tttctccaga atgactcccg caacgcctac atcgaactga
    52081 acgattgcgg cgcctgcacc gagcagattg ccgacttttt cggcagccgt ttcacgctcg
    52141 tgtcgaccat cgtcaccgcc tgctcctcat cggccaacgc gctcatgcag ggcgctgagc
    52201 ttcttcgctc ggggcgcgcc gatgtggttg tggccggggg ctgcgaatgc ctctcgcgtt
    52261 accacgtcaa cggcttcaat accctcaaaa tcctcgatcc ggacgtctgc cgacccttcg
    52321 atcgcgaccg cgctggcatc aatctcggcg aaggggcagg gtacgtggtc ctcgaaacgg
    52381 ccgagcacgc ccgagcgcgt ggtgtccgcc ccatcggccg actctccggc gcggccaacg
    52441 cctgcgatgc ctaccaccca acggcctcct cgcccgacgg cctcggtccc tatctggtca
    52501 tgcaacaagc cgttcaggac gccgggctca cccccgacga catcgattac atcaatgcgc
    52561 acggcaccgg cacacccaac aatgatctca ccgagggctt cgcggccatg cgtctcttcg
    52621 gcgaccgcgt cccgcccatc gcctccgtca aggcctacac gggtcacacc accagcgccg
    52681 ccggcagcat cgaagccatc attgcactcc tggccatcga gcatcaattc ctccccatca
    52741 acctccactt ccggaccccc attccggagc acaatttccg gcccctcact gacccgcagc
    52801 ccacgcgccc cgttcgccac atcctctcca actccttcgg cttcggcggc aacgattccg
    52861 cgctcgtcct ctccgccgtc taataactac cctctactct ctaccctcta ccctctatat
    52921 gcctatacct atatatatac gctccgcccg acagatctcc gcccagacgc ccctcaccga
    52981 cgactggttt gacagcccca tcctgcaccg cgacgtcgcg gccgtccgca gccttgaccc
    53041 caacttttcg gagcatatcc cgccactcgt cgcccgccgc ctctgcactc tgctgcgccg
    53101 tgccgtcgtc ctctctcgcc ttaccctccg cgaggccggc ctcgagctac ccgacgccat
    53161 catcagcggc acaggccttg ggtgcatcca aaacaccgag cgtttcctcc acgccattcg
    53221 ccaggagggc gagcaatgcc tccagcccac ggccttcatg cagtccacgc acaacatcat
    53281 cagctccacc atcgccatcg acctcaagtg ccacgcctac aacacgacct acgtccaccg
    53341 cggcacctcc ttcgagaacg ccctcctcga taccctcctg cggctccgtt cgggtagcat
    53401 ccgcaacgcg ctcctgggcg gcttcgacga actcaccgac gactatctcc agttcttccg
    53461 tcgtaccggc cgctggcaat tcacccccga cggtttcgcc ggcgaggccg ccgtcagctt
    53521 cctcctcgac ggccaacagc acgccaacac cctctgccgc ctcgatgacc tccgcctctt
    53581 ctatcgccct acgcccgaca ccctccgcca cgccctccac gatctcctca ccgccaacgc
    53641 ttgctcatta ggtgacatcg acgccgtcct catcggcctc aacaccaacc ccgataacga
    53701 cacggtctac ctcgacaccg ccgcccagct ctaccccgcg acgcccctca tccgctacaa
    53761 acacctcttc ggcgaatcct tctccgcgtc cgccctcgcc cactacgtcg ccgccacctg
    53821 cctccgtcgt ggccacatcc cgtcgcacct ccgcctcgac tccgccgccg cgtctctccc
    53881 cgcccgccgc atcctcatcc acaatcactc gatgaataaa acccacaccc tcacccttct
    53941 ttccgcatgc taagactact cattctctct accctccagt ccatcctcct cgtctccggc
    54001 caaacgttcc tcaagtttgc cctcaccaag atgctcccct tctcctggac gtgggccttc
    54061 tttcgcagcg ccctcttcaa ctggcaattc tccgcctcag gcatctccat ggccagtgcc
    54121 tccctgctct ggttctacat ccttcgccac cacaatctct ccttggccta cccgctgctc
    54181 agcatcagct acatcttcgg cctcctggcc tctattctca tccttcacga gcccgtcccc
    54241 cccgtccgtt ggttgggcgt cctcctgatc atgtccggcg ttgccctcct tacccgctaa
    54301 ggcctcctcg aagcctcctc gagcgattcc atcacacgag cgcgcctcat ggatggtacg
    54361 tctttagtca tcgctcccct tctctacccc ccccgacata ggcctcaaaa ggccacatca
    54421 cggccctgat tcaggcattc acccacgaat caggccatgc atcccgaaaa aacatgacaa
    54481 acacaaagac ctccatctca acactctaac tcacccccaa aaacacaacg acagcgcttt
    54541 cgacacattt ctcgagaaag attttggcgt tgttggaaag ggcttacatt tgcgcacgtt
    54601 taaaaaacat ataaacatga aaaccgaaga aattctgtca tcattagagg ccaagcatcc
    54661 tggtgaaaag gaatacctgc aggccgtgaa agaagtactc acctctattg agggcgtcta
    54721 caacgagcat ccagagtttg agaaagcgaa aatcatcgag cgccttgtcg agcccgatcg
    54781 catcttcact ttccgtgtgc cctgggtcga cgaccaaggc gaagtgcacg taaacttggg
    54841 ttaccgtgtc caattcaaca acgcgatcgg cccgtacaaa ggtggcctcc gcttccatcc
    54901 atccgtgaat ctctctatcc tcaaattcct cggcttcgag cagaccttca aaaacgctct
    54961 taccaccctc cccatgggcg gcggcaaggg cggtgcagac ttcgtattcc gcggacgtag
    55021 cgatgctgaa gtcatgcgat tctgtcagtc gttcatgctc gagctctg
//
LOCUS       SEQF2637|AYYD01001094.1  788 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..788
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(588..773)
                     /locus_tag="SEQF2637_01330"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELLLRCFELPITDSDCSYLTTTEILTYLGAYTRQPLTAKRMGE
                     ALKKAGYIKVSRRRNGA"
ORIGIN      
        1 ggtttagtta cctcattttg cgtcctcttg ccgaaaggca aaaaggggaa cgattaggta
       61 actgaactcc ctctttgaag cccctttttt cgccttttcc ctctggtgca agcctcgaca
      121 ggatgcggca aaagtcgcta cccatcagcc ctctcgctct ttctcgcttt ccattgctcc
      181 ctactcccat actttcccat atagacagta gagaatgtgg aattcgcaga ggaaagaaaa
      241 tcaaaggccg aaaagagcac attgccattg ttacacaaag aacttggttg gcattttaat
      301 gttatacttc gcccgaaaga ggacacacat aagattgttg ttctcctctt aagatggatc
      361 gtagaaagaa cgttctcttg gatagaaaac tacaggagaa tgacgatcaa ttaagaacga
      421 tgtagtgagt ccgcagaagc catgctgtac ctcactttct gtcatattct ccttaaaaag
      481 tccacagaca aattcagaac tgcttctcaa aacactatgt agatattcta aaaaaatggc
      541 acttggtgca gatcttcctc tgctgccaag tgccgttttc aattcaatta tgcgccgttt
      601 cgccgccggc tgaccttgat gtacccggcc tttttcagcg cctctcccat acgtttggcc
      661 gtgagcggct ggcgcgtgta ggcgccgagg taagtcaaga tttcggtcgt tgtcaggtag
      721 gagcaatcac tgtcggtgat cggtagctcg aagcatcgta gtagaagctc catctctgca
      781 gtctgcac
//
LOCUS       SEQF2637|AYYD01001095.1  843 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..843
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(606..818)
                     /locus_tag="SEQF2637_01331"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSETHRPLFGGEHFLTGKEVCERLYISPRTLQDYRDRKIIPYTQ
                     FAGKILYKASDLERILEENYKGGGKR"
ORIGIN      
        1 ggtttagtta cctcattttg cgtcctcttg ccgaaaggca aaaaggggaa cgattaggta
       61 actgaactcc ctctttgaag cccctttttt cgccttttcc ctctggtgca agcctcgaca
      121 ggatgcggca aaagtcgcta cccatcagcc ctctcgctct ttctcgcttt ccattgctcc
      181 ctactcccat actttcccat atagacagta gagaatgtgg aattcgcaga ggaaagaaaa
      241 tcaaaggccg aaaagagcac attgccattg ttacacaaag aacttggttg gcattttaat
      301 gttatacttc gcccgaaaga ggacacacat aagattgttg ttctcctctt aagatggatc
      361 gtagaaagaa cgttctcttg gatagaaaac tacaggagaa tgacgatcaa ttaagaacga
      421 tgtagtgagt ccgcagaagc catgctgtac ctcactttct gtcatattct ccttaaaaag
      481 tccacagaca aattcagaac tgcttctcaa aacactatgt agatattcta aaaaaatggc
      541 acttggtgca gatcttcctc tgctgccaag tgccgttttc aattcaatta tgcgcctttc
      601 gcgtcttacc gtttcccgcc tcccttgtaa ttctcttcca gtatcctttc gagatctgag
      661 gccttgtaaa ggatctttcc ggcaaactgc gtgtagggga taatctttcg gtcgcgatag
      721 tcctgcaagg tgcgggggct gatgtaaagc cgttcgcaaa cctccttgcc cgtgagaaag
      781 tgttcaccgc cgaagagcgg ccggtgagtc tcggacactt ctcgaattcg ttccctgacg
      841 cgt
//
LOCUS       SEQF2637|AYYD01001096.1 3353 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3353
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(333..1328)
                     /locus_tag="SEQF2637_01332"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYVFRERKLGRILALHNLCSETPKEIHEE
                     MRLIGDYNSRCKNKFLRIEIGIAPKDEPQMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLGGQVYDTTFVSNRAARVAEELSRKYGLTIANEVHSARPHRK
                     AQANPARDRTKQQVRSICYTLLDKHRGKGLSGHSMFLYELHQSGVTIDRMKNKQGKVY
                     GLKFTYGEHSFKASEIGREFGFRTLPKQFEIGNAQKPIIPFAHSSTRSTKDSSLIAQV
                     AGATVDVALDTAGSVLSETGEVTALQTHGADYAEIAWQRRLRNQAAKKKKRGRGI"
     CDS             complement(1349..1717)
                     /locus_tag="SEQF2637_01333"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHTKTEDKKTNKTAFIKVRCTAEEKERIRSRATNAGRKYSDY
                     CREMLLGGSVIAVPPMGDNEKEALAILRQTALFYAHISNLIKVKDSSWVDATKSLATY
                     AKIAFKRFFSPRYRVNEEVF"
     CDS             2018..2536
                     /locus_tag="SEQF2637_01334"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAHDAFHEARQVGSSISQSADNEVGALLSCPTQIDCPTFDQLQ
                     EISVEVRRSKTLVGEISVGVRRSKTLVGEISVGVRRSKTLVGEISVGVRRSKTLVREI
                     SVGVRRLKVPALGLIANLTRLPCASATALGIVDPQVLLTTNYNRHNRLFPNSIHASRS
                     HYAADYMLLLQI"
     CDS             complement(2512..3315)
                     /locus_tag="SEQF2637_01335"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDRECRNHTCLVLTGEQGRFKTTFLDLLCPPKLHDYSYTGKIY
                     PQEKDTLTYIGQNLIINIDDQLKALNKRDENELKNLITCPMVKYRMPYDKHVEEHPHM
                     ASFVASVNGNDFLTDPTGSRRFLPFEVLSIDIDRARAVSMDAVYAEAKSLLQSGYRPW
                     FNDEEIAELYRESEAFQVQTAEMELLLRCFELPTTDSDYSYLTTTEILTYLGTYTRQP
                     LTAKRMGEALKRAGYIKVSRRRNGGSPLYVYKVRKILPCPLFQICSSNM"
ORIGIN      
        1 cgtatctcaa ccacgttcgg aacgtattac aaccacctca gaacctatta gaatacgttc
       61 ggaacctatt ctaatacgtt ccggagaaaa atatcagcaa atattcctct gcaaaagaag
      121 aagttagtcg gtcgtagaca ttggataggt aacgaagtag aaacgagcga ggtgcttgga
      181 attgcggaaa tctgcacaaa caaagggcgc ttgtcatttg aggctgcaat gttactatga
      241 ctatttaaaa gacaggcgtt tttgatgcga ttctctcgat tttgcttttc ggcttgggag
      301 tgcgtgaagg cggaatggac gagaaccaag gctcatattc ccctccctcg cttcttcttc
      361 ttcgcggctt ggtttcttaa gcgccgttgc catgcgatct cggcgtagtc tgcgccgtgt
      421 gtctgtagag ctgtgacctc tccagtctcc gaaagaacgc ttcctgcagt gtctaaagct
      481 acgtccacag tggcgcctgc gacttgtgcg ataagagaac tgtctttcgt agatctcgtg
      541 gaggaatggg cgaaggggat gatgggcttc tgcgcattgc cgatttcgaa ctgtttcggc
      601 agggtgcgaa aaccaaactc acgaccgatc tcggaggcct tgaaactgtg ctcgccgtag
      661 gtgaacttca gcccgtagac tttgccctgt ttgtttttca tgcggtcgat cgtgacgccg
      721 ctttggtgga gttcgtagag gaacatggag tgacccgaca agccttttcc gcggtgtttg
      781 tccagtaggg tgtagcagat gctccgcact tgttgcttcg tgcggtctct tgccggattg
      841 gcttgggctt ttcgatgcgg tcgcgcggag tggacttcgt tggcgatggt cagcccgtac
      901 ttgcggctga gttcttcggc tactctcgcc gcccgattgc tgacgaaggt ggtgtcgtag
      961 acctgcccac cgaggctgat tcgattggcg atgatgtgga tgtgcaggtt gtcggtgtct
     1021 ttgtgcgtga cggccaccca ttgatgatcg tccagcccca tctgcttggc aaagagcagg
     1081 gcgaggcggt tcagggtctt aaacgtcatc tgcggctcgt ccttcggagc gatgccgatc
     1141 tcgatgcgca ggaacttgtt tttgcagcga ctgttgtagt cgccaatcag cctcatttcc
     1201 tcgtgaatct ccttcggcgt ttcgctacac aggttgtgga gggcgaggat ccggccgagc
     1261 tttctttcgc gaaaaacgta ctccagcgcg ttgcctccgt gcgcgatagc cttacacttt
     1321 gcgatcatga tcttcgatat ttaagcgctt aaaacacctc ttcattgacc cgatagcgag
     1381 ggctgaagaa ccgcttaaaa gcgatcttgg cgtaggtggc gagggacttc gtggcgtcca
     1441 cccaggagga atctttgacc ttgatcaggt tagaaatgtg cgcgtagaat agtgccgtct
     1501 gacggaggat ggcaagtgcc tccttctcgt tgtcacccat cggaggaacg gcgatgacgg
     1561 atccaccgag caacatctcg cggcagtagt cggagtattt ccgccccgcg ttcgtggctc
     1621 tcgaacggat ccgttccttc tcctcggctg tgcatcggac cttgataaag gccgtcttgt
     1681 tcgtcttctt gtcttccgtt ttggtgtgtc ttttcatgtg tgttgtctct tttcgtggta
     1741 cttattctat ggtttaggcc gatgagaaca gatgtgatta cggccctctc ctccgtccgc
     1801 taaaggcggg ggagcaagcg cagtttgtgg gaacaaactg acgtcttgca ttaccgtcgt
     1861 cacgctccgg tacaaaccct acagtacttc ttgtgatcac tgcatgccat gcattcaggc
     1921 ggttgctgat tgcttgacgt gcaggactct ttgatggatc cgtgtgcttg gattacagct
     1981 ttcgccactc ctcgatctca tcggcgtagt cctccaaatg ggcgcgcacg atgcgttcca
     2041 tgaagctcga caggttggct cctcgatctc ccaatcggcg gataacgaag tcggcgcgct
     2101 tctgagttgc ccgactcaaa tagactgccc gacgttcgat cagctccaag agatctccgt
     2161 agaggtacgg agatcaaaaa cacttgtcgg ggagatctcc gtaggggtac ggagatcaaa
     2221 aacacttgtc ggagagatct ccgtaggggt acggagatca aaaacacttg tcggggagat
     2281 ctctgtaggg gtacggagat caaaaacact tgtcagggag atctccgtag gggtacggag
     2341 attaaaagta cctgcacttg gacttatcgc caatttgaca cggttgccct gtgcttccgc
     2401 cacggccctc ggaatagtcg atccacaggt tcttcttact acaaactaca atcgccataa
     2461 tcgattgttt cccaatagta tccatgcaag tcgaagtcac tacgcggctg actacatgtt
     2521 actactacag atttgaaaga ggggacaggg gagaatcttt cggactttgt agacatacag
     2581 cgggctgccg ccgtttcgcc gccggctgac cttgatgtac ccggcccttt tcagcgcctc
     2641 gcccatgcgt ttggccgtga gcggctggcg cgtataggtg ccgaggtaag tcaagatttc
     2701 ggtcgtcgtt aggtaagagt aatcactgtc tgtggtcggc agctcgaagc agcgcaacag
     2761 aagctccatc tccgcggtct gcacttggaa cgcctcactt tcgcgataca actccgcgat
     2821 ctcctcatcg ttgaaccaag gccgatagcc cgattgcaac agcgatttcg cctccgcata
     2881 gacggcgtcc atcgagactg ctctcgcccg atcgatgtcg atggaaagca cctcgaaggg
     2941 caggaagcgt ctgctgccgg tggggtcggt gaggaagtcg ttgccattca ccgaggccac
     3001 gaagctcgcc atgtgggggt gctcctccac gtgcttatcg taaggcatgc gatacttgac
     3061 catcgggcag gtgatcaagt tctttagctc gttttcgtcc cgcttgttga gtgccttgag
     3121 ctggtcatcg atgttgatga tgaggttctg cccgatgtag gtcagcgtgt ccttttcctg
     3181 tggatagatc ttgccggtat agctgtaatc gtgcagctta ggcgggcaaa gcaggtcgag
     3241 aaacgtcgtc ttgaatcgcc cctgttcgcc ggttaagacc aggcaggtgt ggttgcgaca
     3301 ctcgcggtcg tccattgcgt tggcaactac agccacaagc cattttgtca ggt
//
LOCUS       SEQF2637|AYYD01001097.1  731 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..731
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(517..714)
                     /locus_tag="SEQF2637_01336"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSIDIDRARAVSMDAVYAEAKRLLQSGYRYWFNDAEIAELYRE
                     SEAFQVQTAEMELLLRWCKSR"
ORIGIN      
        1 cgatacaaga ccaaagactc tcttttgatg tctatcccga cgtgctcctc catatcctcg
       61 atcaggccgt caaaccgctc caatagcatg gttcgactct gcacgctgcc ttggaaatcc
      121 tccttgatgt cggttgcgtc aaatggagat cctttggcaa gcaaggactg ataggaagac
      181 tgaacggcga gaaggaggtt gtccaaccgt ccattgactt cgaccgcctc acgactcttc
      241 ccatccatcc gactttcgcg cgggttccac aaattgggat tgcaaaacag cttgcaactg
      301 aactgtgcga tggaacgccc cagcgtgatg cgtcccatga tcggcgcctt tcctgaccta
      361 tcgagagagc tctttttaag gtagagcaac acctttattt tcttgtcatc catacgcttt
      421 gaaaactgtg ggcaaaatta cccggttcaa agcgcccgtt acctgtgcag aatcctgtat
      481 atcaatgcaa aagagccatg tgcgagaaag gttcagttac ctgcttttgc accatcgtag
      541 tagaagctcc atctctgcag tctgcacttg gaacgcctca ctttcgcggt acaactccgc
      601 gatctccgcg tcgttaaacc aatatcgata gcctgactgc agcagccttt tcgcctccgc
      661 atagacggcg tccatcgaga ctgctctcgc ccgatcgatg tcgatggaaa gcacctcgaa
      721 gggcaggaag c
//
LOCUS       SEQF2637|AYYD01001098.112719 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12719
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             60..176
                     /locus_tag="SEQF2637_01337"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFRHGMIEYHGLYLNLATMKVNPTIAQLVYKLYTKYTR"
     CDS             364..798
                     /locus_tag="SEQF2637_01338"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSGKINIPKYLNDYGIRPTAVRIIVFRAMYELHDTFSLTDLEN
                     TLDSVDKSTLFRTLSLFAQHHLVHKIEDGSGSTKYCLCRNDHVCRVDELHCHFYCESC
                     HKTYCLDHTYIPMVHYPKGFELHSVDYLLKGLCPDCRNKRHD"
     CDS             858..2714
                     /gene="cadA"
                     /locus_tag="SEQF2637_01339"
                     /EC_number="3.6.3.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32219"
                     /codon_start=1
                     /transl_table=11
                     /product="Cadmium, zinc and cobalt-transporting ATPase"
                     /translation="MKKGQKIKVIRIITSIVLLMAAYIPAISEEIHIGLCAIAYVIIG
                     ADIVYAALRNLCKGQFFDENFLMTIATVGAFAIGEYPEAVAVMMFYQIGELFSDIAVE
                     RSRASIAALMDIRPDYANIEKEGNLTRVSPSDVPVGSIIVVRPGEKIPLDGKIISGST
                     TLDTAALTGESLPREVSEGDTVISGSLNLTGVLHIRTSGTFGESTVAKILDLVENADT
                     GKAKSEKFITRFAHYYTPAVVTVAALLALVPPLIAGGEWLVWLNRSLIFLVISCPCAL
                     VVSVPLTFFAGIGGASRKGILVKGSNYLEMMAHIKTVVFDKTGTLTRGNFSVTAIHPQ
                     MLSEHELIELAALAESFSDHPLSASIRDACNLPLDKTRVTGYENIAGEGIVAMIDNRK
                     VYAGNEKLMSRAGVTPRSCKKTGTIVHVAADSVYMGHIVVSDNLKLQSAETIARLKAS
                     GVGKTIMLTGDRSDVAKDIAGKVNIDEFHAELLPIDKVRFVEALRKEHARSPIAFVGD
                     GINDAPVIKLADIGIAMGAVGSDAAIEAADIVLMNDNPMNIVEGMMIARKTLSIVKQN
                     IVFAIGIKLLMLLLGALGVVNMWAAVFADVGVTILAILNALRSIRVSNVLKQ"
     CDS             complement(2692..2862)
                     /locus_tag="SEQF2637_01340"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGTASNMIAANATIAMHTCLFISLLTVKLLFGCKYTLLLLQPG
                     CKDGVIIVLTHC"
     CDS             complement(2888..3178)
                     /locus_tag="SEQF2637_01341"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRCPQGIGPGQFRRLVDGDAFPFAWNLLFRKQFGNCHPAYRTD
                     KCRNYLIGSIVVCIGFGYEQSAILYARRAVIVVACMFVIIRVVAVTVFHNRT"
     CDS             3303..4085
                     /locus_tag="SEQF2637_01342"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIKRALVPVALVFPLLLYAYDVKDKDDLQPTDSLLHDTGASQL
                     SVKQLIVPASLVAYGIFEAAMMHGNRMLNYSIGHEVITHKPAKFRIDDYTQYVPAASV
                     YVLNLAGGKGRHGFKDRTVILVMASLFTAVTVNELKYTVREQRPDKSGRNSFPSGHTA
                     AAFMGAEFLWQEYKDVSPWYGIGGYVIAAGTGALRAWNDKYWVWDVVFGAGLGMLCTK
                     LAYRLYPSVQRKLSKKKEKVSGISFYPYYNGQQGGLSVKYDF"
     CDS             4099..7224
                     /gene="czcA"
                     /locus_tag="SEQF2637_01343"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13511"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-zinc-cadmium resistance protein CzcA"
                     /translation="MLQKLIKFSIENKLTIGILTVALIIWGGWSLSQLPFDSTPDITN
                     NQVQVITQAPSLGAQEVEQFITTPVEMALANIPRVTERRSISRSGLSVITLVFDDAAD
                     VYWARQQVSQQLKEAEEVLPQGKGTVGLAPVTTGLGEIYHYTIRAEKGYEDKYSLTDL
                     RTMQDWIVRKQLSGTEGIAEVSGWGGYVKQYEVAIDADRLNASGLTVADVYDALEAGN
                     ENTGGSYIEKNSSQYFIRGIGLTTSLEDIGKIPVKTIGGTPILVRDVANVQFGYATRY
                     GAVTRNGEGEVVAGITLMLKGENFQQVIKNVKKRMAQIQKSLPEGVAIEPFIDRTQLV
                     DRVTGTITRNLIEGGLIVVFILVLFLGNYRAGLVVASVIPLSMLFAFGMMKLFGVSGN
                     LMSLGAIDFGLIVDGAVIIVEAVCHHIGISRDKYRGASLTQAQMDDEVYLSASKIRKS
                     AAFGEIIIMTVYLPLLTLAGIEGKMFRPMAMTIFFAILGAFILSLTYVPMASALFLSK
                     ESTHKRNLSDRLIEKLRGWYLPVITKSLNWSKTLIASMVVLFAISLLVFNRLGGEFIP
                     SLEEGDFAAEISMAQGTSLSQMVESTMQAEKILKAQFPEVKQAVTRIGSSEIPTDPMP
                     VERADMLISLIPKAQWTSAKTKDELMEKMEEALSVIPGMEVEMTQPIQMRNNDLITGI
                     KQDVAIKIYGNDLDALESSAKKVASLIKDVDGVSEPFVEKVQGLPQIQVKYDRDRLAK
                     YGISIATANRVLEAAFAGRRTGYVFEEDRRFDMVVRMDNDLRNDLAALEGLYLPLPDG
                     GTLPLRQVAEISFEDAPAQITHEDGLRRIYVGFNVRGRDVQSTVEEIQGILDKELKLP
                     AGYYYTYGGQFQNLQEATGRLMLAVPLALLVILCLLYATLKNVRETLFVFSAIPLSAI
                     GGVWALWLRDMPFSISACVGFIALFGVAVLNGIVLIGQFNTFEKEGMTDVRKRIVEGC
                     MLRLRPVIMTALVASLGFMPMALSTGDGAEVQRPLATVVIGGLLTATILTLIVLPSIY
                     KTFTRENRKEA"
     CDS             7221..8465
                     /locus_tag="SEQF2637_01344"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTFKYIILTVCIGALPLSSPAQEKTMTLQECIDMALDNNLDMK
                     AGTVSVGKARDLQGTAFDMEKTSVTLSQDPTSGGSPDNGITVSQSFEFPTVYAARRKY
                     LKAETAAAQSSLAVTRNEVVRDVSAYYYTLLHDRRTIEILQAQDSVYDRFVSLASARF
                     KAGEAGNLELINAERIRNENRIEMEKAEKSYRSAMLAFRQLLNTDTVVVPADVSLPVI
                     RQEMPEASVSFEQTPLGGMYAARITASERNLSLAKQGYMPGLSIGLTGQLLIKGFNPY
                     DIERSRFDKGNFMGFEVGVSIPLFWGGQNAKVKAARRDVELAEISRRQAKQRMDKEYR
                     DGLNELFRAQKVLDYYTAQGNGQGERMGRLSQVSYENGEIGYVEYIQNQQTALDVQLR
                     YADAVNDYNQAIIMLNYIKGNK"
     CDS             8462..9637
                     /gene="czcB"
                     /locus_tag="SEQF2637_01345"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13510"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-zinc-cadmium resistance protein CzcB"
                     /translation="MKTIYMTIMAGALVILASCSGNKNVENQTKETEEQHTEEVELTQ
                     TQISTVGITLGKVEKKELGSVIRVNGELKLNPQNKADVTSLIGGIVRKISVIEGQQVK
                     AGQTVAYIENTEIVEMQKNYLVAAKEKETAQLEQQRQRTLSAQGAGVEKTLQQAEAAY
                     ATAQARLTGLHHQLVQIGISPEQVAAGKIVSQVPVRTTIPGVVGKVSVNTGTYVDTTT
                     PLMQIADNSAVYASLNVFERNISQVEVGQDVDFVITNSPEARVKGKVSLVNRSMNPET
                     KAIAVHAQITGGNADRLIAGMYITGLIHTGKKEVTALPDGAIVSAEGKKFVFVLDGRQ
                     ADGKEQTLHFKRVEVITGAGELGYTQVDFVNPVDADATVVTGKAFYLASMSADHGEH"
     CDS             complement(9703..9897)
                     /locus_tag="SEQF2637_01346"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCEKHFTRYQRKGWEHQETNRQIDIGYDACRVFTPVNEVPDGKA
                     GDQTCGKAYDDADLERLNIL"
     CDS             10400..10750
                     /locus_tag="SEQF2637_01347"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPTKQTESAPRFLQVYTQVRRDRMKHSFLRLISACVDWRGIRTL
                     LNKKYTKPQNATGNPAYDALMMFKTLLLQTWYGLSDYEVEERINDSILFERIPPLGYG
                     PSSSRPQHHLSLSR"
     CDS             10771..10917
                     /locus_tag="SEQF2637_01348"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKLLKELNKQFKKHGISRIDQGAIVDASIVDSPNAPDGSILIE
                     VADD"
     CDS             complement(11037..11321)
                     /locus_tag="SEQF2637_01349"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALFSSRCRSVSFIPFCALIIIPSIKPRSRRQAEFFSATITFIG
                     KDTNALRKLSLLYQLGQYHRIGTIGWRGNYALHQPLPNPCPSVSTCFLYL"
     CDS             complement(11940..12245)
                     /locus_tag="SEQF2637_01350"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQDLSMETGEMQVVLSALRRVRERIREVSETHRPLFGGEH
                     FLTGKEVCERLYISPRTLQDYRDRRIIPYTQFAGKILYKISDLERILEKNYKGGGKR"
     CDS             complement(12245..12535)
                     /locus_tag="SEQF2637_01351"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITETDWLSLRDEVLSLAKCCLKAFGEESKHTEWLHNGDV
                     CRLLGISKRTLQHYRDTRVLPFSQIGHKCYYKREDVERLLCVKSDKTTNTKA"
ORIGIN      
        1 gacaggctct gttcatcaac tccacgctga cgcaactcgg atgcaacagc ctttggaaga
       61 tgttccgcca cggcatgata gagtatcatg ggctatatct caatctggcc acgatgaaag
      121 tgaatccgac aatagcacaa cttgtttata aactatacac aaaatacaca agataaaaat
      181 taaatataat atcattatga tagttgagaa aactctttac gcgaaaataa tgcctatttt
      241 tgtgcattcc acactttacg tggaatagat ttgtgtactg caataaatac atgattcttt
      301 gcgtacacga caacagtaat ggatatttac acgaaacgca tgatatatta actgaaacat
      361 attatgttgt ccggtaaaat taatattcca aaatatctga atgactatgg tattcggcca
      421 acggctgttc gaatcatcgt gtttcgtgcc atgtatgagc ttcatgacac gttcagcctg
      481 acagacttgg aaaacacatt ggacagcgtg gataaatcca cactgttcag aactttgtcg
      541 ctctttgcgc aacaccatct tgtccataag atagaagacg gaagcggctc gacaaaatac
      601 tgcttatgcc gcaatgacca tgtgtgcaga gttgatgaac tgcattgtca tttctactgt
      661 gagagttgcc ataaaacata ctgtctcgac catacctata ttccgatggt gcattatccg
      721 aaaggatttg agttgcatag tgtcgattat ttattgaaag gtctttgccc tgattgccga
      781 aacaagagac acgactgact ttgcaactcg gttgcagttc ttataccgta cttttgcagc
      841 gtattaaatg attggttatg aaaaaaggac aaaaaatcaa agtgatacgc atcattacga
      901 gcatcgtttt gctaatggcg gcatatattc cggctatttc ggaagagatt cacatcggat
      961 tatgcgccat cgcctatgtc ataatcggtg cggacatagt ttatgcagcc ttgcgcaatt
     1021 tgtgcaaagg tcagtttttc gatgagaatt tcctcatgac tattgcgacc gtcggagcat
     1081 ttgccatcgg tgaatacccc gaagcggtgg cagtgatgat gttctatcag attggggaac
     1141 ttttctccga tatagcggtg gaacggagca gggcttcgat tgcggcattg atggatatcc
     1201 gtccggatta tgccaatatt gagaaagagg gaaatctaac acgggtgtct ccatcggatg
     1261 tcccggtcgg cagtatcata gtagtaagac cgggagagaa aataccattg gacggaaaga
     1321 taatctccgg aagtacgact ctcgacacgg cggcgttgac aggtgaaagt cttccgcgtg
     1381 aggtttccga aggcgatacc gttatcagcg gaagcctgaa tctcacaggt gttctgcata
     1441 tccgcacatc ggggacattt ggagaatcga ctgtcgcgaa aatcctcgat ttggtagaaa
     1501 acgcggatac tggcaaggcg aagagtgaaa agttcataac ccgtttcgcg cactattata
     1561 cacctgctgt cgtgactgtg gctgcattgc tcgccttggt tcctccgctg attgcgggcg
     1621 gcgaatggct tgtctggtta aaccgttccc tgattttcct agtgatttcc tgcccctgcg
     1681 cactggtcgt gtccgtcccg ctgacgttct ttgctggaat aggcggagca tcaagaaagg
     1741 gcatccttgt aaaaggctcc aactatctgg aaatgatggc acatataaaa acagtcgtgt
     1801 tcgacaagac cgggactctg acaagaggca atttctcggt cactgccata catccccaaa
     1861 tgttgtcgga acatgagctt atagaattgg ctgcattggc ggaaagtttt tccgaccatc
     1921 ccttgtcggc atcgatacgg gatgcctgca atctgccatt ggacaaaaca agagtgaccg
     1981 gttatgagaa cattgcaggc gaaggaatcg tggcaatgat cgacaatcgc aaggtttatg
     2041 ccggaaacga aaaacttatg tcgcgtgccg gtgtgacacc ccggtcatgc aaaaagacag
     2101 gtaccattgt ccatgtcgcc gcagacagcg tttatatggg acatatcgtc gtttccgata
     2161 acctaaagct gcaatccgcc gagaccatcg caaggctgaa agcctccgga gttggaaaaa
     2221 caatcatgct tacgggcgac cgcagtgatg tggccaaaga tattgccgga aaagtgaaca
     2281 tagatgagtt ccatgccgaa ctgctgccga tagacaaggt gaggtttgtc gaggcactgc
     2341 gcaaagaaca tgcccggtct cccatcgctt ttgtcggcga cggcatcaac gatgctccgg
     2401 tcatcaaact tgctgacata ggcattgcca tgggtgctgt cggcagtgac gccgccattg
     2461 aagccgccga catcgtattg atgaatgata atcccatgaa tatcgtcgaa ggcatgatga
     2521 tagcgcgcaa gacgttaagc atagtaaaac agaacatcgt attcgccatc ggcatcaaac
     2581 tcctgatgtt gctgttggga gcgttgggcg ttgtcaacat gtgggctgcc gtgtttgccg
     2641 atgtaggtgt taccatactt gccatactca atgcgttaag gagcatacgt gtcagcaatg
     2701 tgttaaaaca ataataactc catctttgca accgggttgc aaaagtaaaa gcgtgtattt
     2761 gcacccgaaa agcagtttta ctgtcaacaa agagatgaaa agacaagtgt gcatagcgat
     2821 agtggcgttg gcggcaatca tgttgcttgc cgtgccattc attccgcatc atcaccacga
     2881 taaagcgcta tgtacggttg tggaacactg tgacagcgac aacacggata atgacgaaca
     2941 tacaggccac aacgatgacg gcacggcgtg catagagaat ggcggattgt tcatatccaa
     3001 atccgatgca cacaacaata cttcctataa gataattccg gcatttgtct gtgcgatatg
     3061 caggatggca attgccgaac tgtttccgga aaagaagatt ccatgcgaat gggaaggcat
     3121 cgccatctac caatcggcgg aactgacccg gaccaatgcc ctgcgggcac ctccccatat
     3181 ttctgacacc tcttataaat ccatgaggtg cggtatgcct ttccgcatac cctatttccc
     3241 ttttttttca tacatcatcc gttcccttcg tgtaagggag cgtgaaacgt aatacaacaa
     3301 aaatgttaat aaagagagcc ttagtgcctg ttgcattggt ctttcctctg ttgttgtatg
     3361 cctatgatgt aaaggataag gacgatttac aaccgacaga tagcctgttg cacgacaccg
     3421 gcgcgtcgca actttcagta aagcagctga tagttccggc ctcgctggtg gcatacggca
     3481 tattcgaagc cgcgatgatg cacgggaaca ggatgctgaa ctatagcata ggtcacgagg
     3541 tcatcaccca caaacctgca aagttcagga ttgacgacta tacgcagtat gttccggctg
     3601 caagtgtcta tgtcctgaat cttgccgggg gcaaaggacg gcacggcttc aaggacagga
     3661 ctgtcatatt ggttatggcg agcctgttta ccgcagtgac agtcaacgag ctgaaataca
     3721 cggtgcgcga gcaacgccct gacaaatccg ggagaaattc attcccgtcg ggacatacag
     3781 ccgcagcctt tatgggagcg gagttcctgt ggcaggaata caaagacgtg tcgccttggt
     3841 atggcatcgg cggatatgtg atagccgccg gaacaggggc gttaagggcg tggaacgaca
     3901 agtattgggt ctgggatgtc gttttcggcg caggtttggg aatgttatgc acaaaactcg
     3961 catacaggct gtacccgtcc gtgcaacgca aattgtccaa aaagaaggag aaagtctccg
     4021 gcatctcctt ctatccttat tacaacgggc aacaaggagg actttcagtc aaatatgatt
     4081 tttaatttag aatggaatat gcttcagaaa ctgataaaat tctcaataga gaacaaactc
     4141 acaataggca tactgacggt agccctcatc atatggggag ggtggtcgct gtcacagttg
     4201 ccgtttgact ccacgcctga catcaccaac aatcaggtgc aggtaatcac gcaggccccg
     4261 tcgttggggg cgcaggaggt ggagcagttc atcaccactc ccgtggagat ggcgctcgca
     4321 aacataccga gagtgacgga gcggcggagc atcagccgca gcggactatc ggtcatcacg
     4381 cttgtcttcg acgatgccgc cgatgtgtat tgggcgcggc agcaggtgag ccaacaattg
     4441 aaggaagccg aggaggtgct gccgcaaggc aaaggcacgg tggggcttgc ccccgtgacg
     4501 accgggcttg gcgaaatcta ccattacacc atacgcgcgg aaaaaggcta cgaggacaag
     4561 tacagcctta ccgacctgcg cacgatgcag gactggattg tgcgcaagca gctgtccggc
     4621 acggagggca tagccgaagt gagcggatgg ggcggatacg tgaagcagta cgaggtggcg
     4681 attgacgccg accggctgaa cgcatcgggg ctgaccgtgg cggacgtgta tgacgccctc
     4741 gaagcgggca acgagaacac cggcggcagc tacatagaga agaacagcag ccagtatttc
     4801 atccgtggca taggcctcac cacatcgttg gaggacatag ggaagatacc cgtgaagact
     4861 attggcggga cgccgatact cgtaagggat gtggcaaacg tgcagttcgg atatgccacc
     4921 cgctatggag ccgtgacaag gaacggagag ggcgaggtcg tggccggcat cacgctgatg
     4981 ctcaaaggtg agaatttcca gcaggtgata aagaatgtga agaaacgcat ggcgcagata
     5041 cagaaaagcc tgcccgaagg cgtggccatc gaaccgttca tcgaccgcac gcaattagtg
     5101 gaccgcgtga cgggtaccat cactcgcaac ctgatagagg gagggctgat tgtggtcttt
     5161 atcctcgtac tgttcctcgg caactaccgc gcaggacttg tggtagcctc cgtaatccca
     5221 ctgtccatgc tgttcgcatt cggcatgatg aagctcttcg gcgtgagcgg aaacctgatg
     5281 agcctcggtg cgatagactt cgggcttatc gtcgatggtg cggtcatcat cgtggaagcc
     5341 gtgtgccacc acataggcat cagcagggac aagtaccggg gcgcaagtct cacgcaggcg
     5401 cagatggacg acgaggtgta tctctccgcg tccaaaatcc gcaagagcgc ggcattcggc
     5461 gaaatcatca tcatgacggt ctatctgccc ttactcacgc tggcggggat tgaggggaag
     5521 atgttccgtc ccatggcgat gaccatcttc ttcgccatac tcggcgcgtt catcctgtcg
     5581 ctcacgtatg tgccgatggc aagcgcgttg ttcctcagca aggaaagcac gcacaagcgc
     5641 aacctgtccg accgcctcat tgagaagctg aggggatggt atctgcccgt catcacgaaa
     5701 agcctcaatt ggagcaagac gctgatagcc tcgatggtcg tgctgttcgc aatcagtctg
     5761 cttgtcttca acaggttggg cggagagttc atccccagcc ttgaggaggg ggacttcgcc
     5821 gccgagataa gcatggcgca gggcacgtcg ctctcgcaga tggtggaaag caccatgcag
     5881 gcggagaaga tactgaaggc gcagttcccg gaggtgaaac aggcggtgac gcgcatagga
     5941 agctccgaga tccccaccga ccccatgccc gtggagcgtg ccgacatgct catatccttg
     6001 attccgaaag cccaatggac atcggcaaag accaaggacg agctgatgga gaagatggag
     6061 gaagccctga gcgtcattcc cggcatggag gtagagatga cacagcccat acagatgcgc
     6121 aacaacgatc tgattacggg catcaagcag gatgtggcga taaagatata cggcaacgac
     6181 ctcgacgcgc tggaatcttc agcgaaaaag gtggcatcgc tcatcaagga tgtggacggc
     6241 gtgtctgaac cgttcgtgga gaaggtgcag ggactgccgc agatacaggt gaagtatgac
     6301 cgcgaccgtc tggcgaaata cggcatctcc atagccaccg ccaacagagt acttgaggcg
     6361 gctttcgcag gccgtcgcac aggctacgtg ttcgaggaag accgccgctt tgacatggtt
     6421 gtgcggatgg acaatgacct gcgcaacgac ctcgcggcat tggaaggtct ctatctgcca
     6481 ctgcccgacg gcgggacgct gccgttgcga caggttgccg aaatcagctt cgaggacgct
     6541 ccagcgcaaa tcacgcacga ggacgggctg cggcgcatat acgtagggtt caacgtgcgt
     6601 gggcgtgacg tgcaaagcac cgtagaggaa atccaaggca ttctcgacaa ggaactgaag
     6661 ctcccggcgg gctattatta cacatacggc ggacagttcc agaaccttca ggaagccaca
     6721 gggcggctca tgctcgccgt gccgcttgcc ctgctggtca tcctctgcct gctgtatgcc
     6781 acactgaaga atgtgcgcga gacactgttc gtgttctccg ccataccgct gtccgccatc
     6841 ggcggcgtgt gggcattgtg gctgcgcgat atgccgttca gcatttctgc ctgtgtggga
     6901 ttcatcgcgc tgttcggcgt ggcggtactc aacggaatcg tgcttatcgg acagttcaac
     6961 acgttcgaga aggaaggaat gacggatgtg cggaaacgga ttgtcgaggg atgtatgctg
     7021 cggctgcgcc cggtcatcat gacggcactg gtggcatcgc tcggcttcat gcctatggca
     7081 ctctccacgg gcgacggagc cgaagtgcag cgtcccctcg cgactgtggt catcggcgga
     7141 ctgctcactg ccaccatcct gacactcatt gtattgccgt caatatataa gacattcaca
     7201 agagaaaatc gtaaggaagc atgaaaacat tcaagtatat cattttaact gtatgtatcg
     7261 gcgcactgcc gctgtcgtca cctgcacagg aaaagaccat gacgttgcag gagtgcatcg
     7321 acatggcatt ggacaacaat ctggacatga aagccgggac agtctccgta ggcaaagccc
     7381 gcgacttgca aggcacggcg ttcgacatgg agaagacatc cgtcacgctc agtcaggacc
     7441 ccacatcagg gggtagtccc gacaacggca taacggtaag ccagtcgttc gagttcccca
     7501 ctgtttacgc cgcacggcgc aagtacctga aagcggaaac ggcggcggcg cagagcagtc
     7561 tggcggtgac acgcaacgag gtggtaaggg acgtaagcgc atactattac acactgctcc
     7621 atgaccgccg taccatcgaa atcttgcagg cgcaagacag tgtgtacgac aggttcgtca
     7681 gccttgcctc ggcacggttc aaggcggggg aggcaggcaa tctggaactg ataaacgcag
     7741 agcgtattcg caacgagaac cgcatcgaga tggaaaaggc tgaaaagtct taccggtcgg
     7801 cgatgcttgc tttccggcaa ctgctgaaca cggacaccgt ggtcgttccg gcggacgttt
     7861 cgcttcccgt catacgacag gaaatgccgg aggcatccgt ttccttcgag caaacgcctt
     7921 tgggcggaat gtatgccgca cggataacgg catccgagcg taacctcagc cttgccaaac
     7981 aagggtatat gccgggactg agcataggct tgacagggca gctgctcatc aagggcttca
     8041 atccttacga catcgagcgc agcaggtttg acaagggaaa tttcatgggc ttcgaggtag
     8101 gcgtgagcat acccctgttc tggggcggtc agaatgcgaa ggtaaaggcc gcccggcgcg
     8161 acgtggaact ggcggaaatc agccgccggc aggcgaagca acgtatggac aaggaatacc
     8221 gtgacggact gaacgagctt ttccgtgcgc agaaggtgct ggactattac accgcgcagg
     8281 gaaacggaca gggcgagcgc atgggccgcc tctcgcaggt gtcctacgag aacggggaaa
     8341 tcgggtatgt ggaatatatc cagaaccagc agacagcact cgacgtgcag ttgcggtatg
     8401 ccgatgccgt caacgactac aatcaggcaa tcatcatgtt gaattacata aaaggaaaca
     8461 aatgaaaacg atttatatga caatcatggc aggcgcactc gtcatccttg cgtcatgctc
     8521 cgggaacaag aacgtagaaa accagactaa ggagacggaa gaacagcata cggaagaggt
     8581 ggaactgacg cagacgcaga taagcaccgt gggcatcacg ctgggcaaag tggagaaaaa
     8641 ggaactcggc agcgtaattc gcgtcaacgg ggagctgaag ctaaatccgc agaacaaggc
     8701 ggatgtcacg tcgctcatcg gcggcatcgt ccgcaagata agtgtcatag aggggcagca
     8761 ggtaaaagcc ggacagacgg tggcctacat cgagaacacg gagattgtgg agatgcagaa
     8821 gaactatctt gtggctgcaa aagaaaagga gacggcccag ctggaacagc agaggcaacg
     8881 aacgctgtcc gcgcagggag ccggagtgga aaagacgctc cagcaagcgg aagcggcata
     8941 cgcgaccgca caggcacgcc tgacgggatt gcatcaccag ttggtgcaaa tcggcatcag
     9001 tccggaacaa gtggcagcgg ggaagatagt ctcgcaagtc cccgtgcgca cgactattcc
     9061 gggcgtggta ggcaaggtaa gcgtgaacac cggcacttac gtggacacca ccactccgct
     9121 gatgcagata gccgacaatt cggccgtcta tgccagcctc aatgtgttcg agcgcaacat
     9181 aagccaggtc gaggtcgggc aggacgtgga tttcgtcatc acgaacagcc cggaggcgcg
     9241 tgtcaaaggc aaggtgtctt tggtgaaccg ctccatgaac ccggagacca aggccatcgc
     9301 cgtacatgcc cagattaccg gaggcaacgc cgacaggctg attgccggaa tgtacatcac
     9361 cggactgata catacgggca aaaaggaggt cacggctctg cctgacggtg ccatagtcag
     9421 cgcggaaggc aagaagttcg ttttcgtcct cgatggcagg caggcggacg gaaaggagca
     9481 aacgctgcat ttcaagcgcg tggaagtcat aacgggagcc ggcgagctgg gatatacgca
     9541 ggttgatttc gtgaaccccg tggatgcgga cgccacagta gtaacaggca aagcatttta
     9601 cctcgcttcc atgtccgccg accacggcga acactgatta tagcaacgga catctatgaa
     9661 caggcataac gaacgtagat tgggaagacg acggcaacat cgctacaaga tgttcaacct
     9721 ttctaaatca gcatcatcgt aagccttgcc gcaggtctgg tcgccggctt tgccgtctgg
     9781 cacttcattt accggtgtga agacccgaca tgcgtcataa cctatgtcaa tctggcgatt
     9841 tgtctcttgg tgttcccagc ctttgcgttg gtaacgagtg aagtgttttt cgcacatccc
     9901 gaccggggga aacgcaaaaa gccgaaatcg cacgattgaa tgctatcata gtgtaagaca
     9961 aggaagccct tgcttgcgta tcgcggcagg tacgggtctt ccttgtcttg ccggcaaaca
    10021 taagtggatg aaatgatttt ctctgcgttg gaaaatgaag aagcggaaaa aggaagagca
    10081 aggaaaggag cataatgaaa aggagacata tcgggcacgt accggaagac ggtgcaggat
    10141 tcttatctgc ggaagcggcg tattaggttg cgtcatcggc ttttgcattt attcttgggt
    10201 tatggaatgt cccgaccctg attgccgttt ccattatgca ccttttgtcg gaatgctgat
    10261 agacggtgtt gcactggctg tcttggctac actcgtatta aggagaccat tgcacggtat
    10321 ttcaaaggta tacagggttg tggttgcttc gtatatcact gatatgtagt atcttcataa
    10381 ccaaaacagt cgtatagcta tgcctaccaa acaaaccgaa tccgctccgc gcttcctgca
    10441 agtttatacg caggtgcgtc gcgaccgcat gaagcactcg ttccttcgac tgatcagcgc
    10501 ttgcgttgac tggcgaggta ttcgcacact actcaacaag aagtatacaa agccccagaa
    10561 cgccacaggc aatccagcct atgatgcctt gatgatgttc aagaccctac tgcttcagac
    10621 atggtacggc ctgagtgatt acgaagtcga agaacggatc aacgactcca tcctctttga
    10681 gcgaattcct cctcttggat atgggccttc cagctccaga ccacagcacc atctgtcgct
    10741 ttcgcgctga actgacacgc ttgggggatt atgaacaagc tccttaagga gctaaataag
    10801 cagttcaaga agcatgggat tagccgtatt gaccaagggg ctatcgtgga tgcgagcatt
    10861 gtggatagcc cgaacgctcc cgatggaagt atcctcatcg aagtggcaga cgactgagag
    10921 gacttgcgca ccgaagaaga gcaagcccaa gagcaggctt atcagtatga gttgaaaagt
    10981 cgtaaactag gggtcgatac ggaagctcgt tgggtgcgca aaggcaggca atatcgctac
    11041 aggtacaaaa agcacgtgct gaccgatggg caagggttgg gcaagggttg gtggagagca
    11101 taattaccac gccagccaat tgtgccgata cggtggtatt gcccgagctg atagagaagg
    11161 ctgagcttac gcagggcgtt agtgtccttg ccgataaagg ttattgtagc cgagaagaac
    11221 tcggcttgtc tccttgagcg cggcttgatt gatggaatta tgatcaaggc gcagaagggg
    11281 atgaagctca cagagcgaca acgtgaactg aataacgcca tcagcaaaat gcgctgtttg
    11341 atagagcata ccttcgggag tattcgaagg tggttttcag gagggcgatg tcgctaccga
    11401 gggcttgagc gaacgcatac acagaatatc ttggaagcta tggcatacaa tctgaagcgt
    11461 atgcctgggc ttcttgtgct ccagagcatc aaatagcccc ttgccccctc tcgaaaggat
    11521 catcctctcg aaaggaggca agggggaggg acaggcatct cacctctcag cctaaagact
    11581 ccagagttcg gtggaggaaa gtgcaagctg tgaagagatg ggcttgcgca atggtctcta
    11641 tacttcgccc gaaagaggac acacataagt ttgttgttct cctcttaaga tggatcgcag
    11701 aaagaacgtt ctcttggata gaaaactaca ggagaatgac gatcaataaa gaacgatgta
    11761 gtgagtccgc agaagccatg ctgcacctca ctttctgtta tattctcctt aaaaagtcca
    11821 cagataaatt caaaactgct tctcaaaaca ctatgtggat attctaaaaa cggcacttgg
    11881 cgcagatcta cctctgcttc caagtgccgt tttcaattca atcatacgcc tttcgcgttt
    11941 tatcgtttcc cgcctccctt gtaattcttc tctagtatcc tttcgagatc cgaaatcttg
    12001 tagagaatct tgccggcgaa ctgcgtgtag gggatgatcc tccgatcgcg atagtcctgc
    12061 aaggtgcggg ggctgatgta aagccgttcg caaacttcct tgcctgtaag gaagtgttca
    12121 ccgccgaaga gcggccggtg agtctcggac acttctcgaa tccgttccct gacgcgtcgc
    12181 aaggctgaga ggactacctg catttcgccc gtctccatac tcaagtcttg aatcgcttcc
    12241 atcatcatgc tttcgtgttt gtcgttttgt cagactttac gcagagcaat cgctccacat
    12301 cctcccgctt gtaatagcac ttgtgcccga tctgtgagaa gggtagcact cttgtgtctc
    12361 ggtagtgttg taaggtgcgt ttactgatgc cgagcagtcg gcagacgtcc ccgttgtgta
    12421 gccattccgt gtgtttggac tcttctccga aagccttcag gcaacatttc gcaaggctca
    12481 gcacctcatc gcgcaggctc agccaatcgg tctccgtaat aatcaaatac ttcatggatt
    12541 cacatattag tttttggttg gtgttcaggt tctactgttt tcgacggcaa acgtaattgc
    12601 acgtaaaacg ctacccatgc aaccgggaac aggagggatg caaatggaac agtaaggata
    12661 tggctggtgt agcatggacg cagtttccgt tcattcggaa aacagccgca acggaaagc
//
LOCUS       SEQF2637|AYYD01001099.1  835 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..835
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(148..441)
                     /locus_tag="SEQF2637_01352"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITEDDWQSLRDEVLSLATCCLKAFGEESKHTDWLHNGDV
                     CRLLGISKRTLQHYRDTSVLPFAQIGHKCYYKREDVERLLCAKSDKTTNTTKR"
ORIGIN      
        1 cctccttgcc cgtgagaaag tgttcaccgc cgaagagcgg ccggtgagtc tcggacactt
       61 ctcgaattcg ttccctgacg cgtcgcaagg ctgagaggac tacctgcatt tcgcccgtct
      121 ccatactcaa gtcttgaatc gcttccatca tcgcttagtc gtgtttgtcg ttttgtcaga
      181 cttcgcgcag agcagccgct ccacgtcctc tcgtttgtaa tagcacttat gcccgatctg
      241 cgcgaagggc aacacacttg tgtcacggta atgttgcagg gtgcgtttac tgatgccgag
      301 cagtcggcag acgtccccgt tgtgtagcca gtccgtgtgt ttggactctt ctccgaaagc
      361 cttcaggcaa catgtggcga ggctcagcac ttcgtcacgc agactctgcc aatcgtcctc
      421 tgtaataatc aaatacttca tggtctcact tattagtttt ctggttggta tttaggtttt
      481 actgttttcg gcggcaaacg taattgcacg caaaacgctg cccatgcaat cgggaacagt
      541 agggatgcaa atggaatagc agggatacaa ccggcgcagc aaggggcggc tttcgcttat
      601 tcggaaaaca gccgcaagtg aaagcagata gcgaccttct aatagtcccc ttctcctttc
      661 ctttcacggc cgttttgtct tatcggagga acgaattact tccttgtaaa gcctattctc
      721 tgaagaaatc ggccgcaaac agatgcaaca ttatgccgga atacactgca tgcttggatg
      781 ctggggatgc ctatcacacc ttcaccctca agaactcatt caagcccatt atgaa
//
LOCUS       SEQF2637|AYYD01001100.1  563 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..563
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             16..273
                     /locus_tag="SEQF2637_01353"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MELLLRCFELPITDSDCSYLTTTEILTYLGAYTRQPLTAKRMGE
                     ALKKAGYIKVSRRRNGGSPLYVYKVRKILPCPLLQICSSNM"
ORIGIN      
        1 gtgcagactg cagagatgga gcttctacta cgatgcttcg agctaccgat caccgacagt
       61 gattgctcct acctgacaac gaccgaaatc ttgacttacc tcggcgccta cacgcgccag
      121 ccgctcacgg ccaaacgtat gggagaggcg ctgaaaaagg ccgggtacat caaggtcagc
      181 cggcggcgaa acggcggcag cccgctgtat gtctacaaag tccgaaagat cctcccctgt
      241 cccctccttc aaatctgtag tagcaacatg tagtcagccg cgtagtgact tcgatttgca
      301 tggatgctat tggaaaacaa tcgattatgg cgattgtagt ttgtagtaag aagaagccga
      361 aaagtacggg tatttgatct taaatcactt gcattccaat aaaacacccc accatttcat
      421 taccgatctc aatgtttaat cagcatgaaa gaagaaaacc tatcgaccat caagcggtac
      481 cccatcacgg cgtacttgga aagtaaaggc atcacgcccg tccgacggct ggcggcctat
      541 gcaatgtacc gttcaccatt gcg
//
LOCUS       SEQF2637|AYYD01001101.1  247 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..247
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcttcctgcc cttcgaggtg ctttccatcg acatcgatcg ggcgagagca gtctcgatgg
       61 acgccgtcta tgcggaggcg aaaaggctgc tgcagtcagg ctatcgatat tggtttaacg
      121 acgcggagat cgcggagttg taccgcgaaa gtgaggcgtt ccaagtgcag actgcagaga
      181 tggagcttct actacgatgc ttcgagctac cgatcaccga cagtgattgc tcctacctga
      241 caacgac
//
LOCUS       SEQF2637|AYYD01001102.1 2007 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2007
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             323..514
                     /locus_tag="SEQF2637_01354"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLIPTQKSIPRTKRGPIPTQKSIPRTKRGPIPTRFSIPRLKTN
                     LNPAGFFNPGPKNILNLDA"
ORIGIN      
        1 cgccattttt taggtcgccc gtgtaggggc gtattgcata cgccccacag acggccacgg
       61 cagtggtcga atggatagaa aaatcgccat tttttaggtc gcccgtgtag gggcgtattg
      121 catacgcccc acagacggcc acggcagtgg tcgaatggat agaaaaaacg ccatttttta
      181 ggtcgcccgt gtaggggcgt attgcatacg ccccacaaac gaccatgcaa atggtcgaac
      241 ggatagaaaa atcgccattt ttcagatcgc ccgtgtaggg gcgtattgca tacgccccac
      301 aagcggccac gccagaggcc gaatgaatct aatccccacc caaaaatcca ttccccgaac
      361 aaaacgcggc cctatcccca cccaaaaatc cattccccga acaaaacgcg gccctattcc
      421 cacccggttt tccattcccc gattgaaaac gaacctcaac cccgccgggt ttttcaatcc
      481 tggaccgaaa aacatcctca accttgacgc ataaggcata ttcccagcat aaaagaacgc
      541 tatatgcgtt gcatattggc acctcccact gcaaaagagc agcatatgca gcgcagattc
      601 atttctatcg cacggaacga ataccacttg catcgcaaat cgcatcttct aaggctaaaa
      661 gaagatcttt tgcaacgcag attatatcct cccgatccat taggatccta tccgcggcgc
      721 agatagactt cttttaatcc ataaagatgc catgtgcaat gcatgcgcgc ttctttataa
      781 tcaatagatc gccatatgca atgcagaaat gcttctttca gtgtgaaagg ttcgcatatg
      841 caacgcatac tgcattcttt catatcggga atatacctta tgcatcgggt acagctatcc
      901 ctttctgtcc gggattgaaa aacctaatgg atttgagatc caatttcggt cggggattgg
      961 aaaacccgga agggataggg ttccgtttca cccgggggat agaaaatccg gcgggtttga
     1021 ggttcgtttt tacccgatga atcaaaaatc aaatcggaat tagattcatt cgaccaccgg
     1081 tgtggccgtc tatgggacgt atgctgttgc gccctacacg ggcgacctga aaaatggcga
     1141 tttttctatt cgttcgacca ccggagtggc cgtttgtggg gcgtatgcaa tacgccccta
     1201 cacggacaga cgaaaaccgg gctggttttt ggttcgtttt tagccggaga atcaaaaatc
     1261 ggatcggaat taatttcatt cggcctctgg cgtggccgtt tgtggggcgt atgcaatacg
     1321 cccctacacg ggtactcgaa aaaatggcga tttttctatc cattcgacca ccggcgtgga
     1381 cgtctatggg gcgtatgctg ttgcgcccta cacgggcgac ctgaaaaatg gcgatttttc
     1441 tattcgttcg gccaccggtg tggccgtctg tggggcgtat gctgttgcgc cctacacggg
     1501 tacccgaaaa aatggcgatt tttctattcg ttcgaccacc ggagtggccg tctgtggggc
     1561 gtatgctgtt gcgcccctac atggacagac aaaaaccggg ctggtttttg gttcgttttt
     1621 atccggggaa tcaaaaatcg aatcggaatt agattcatcc gacccctggc gtggccgtct
     1681 atggggcgta tgcaatacgc ccctacatgg gcgacccgaa aaatggcgat ttttctatcc
     1741 atttgaccac cggcgtggcc gtttgtgggg cgtatgctgt tgcgccctac acgggcatcc
     1801 tgaaaaatgg cgatttttct attcgttcga ccaccagtgt ggccgtctgt gaggcgtatg
     1861 caatacgccc ctacacgggc gacctgaaaa atggcgattt ttctatccat tcgaccaccg
     1921 gcgtggccgt ctatggggcg tatgcaatac gcccctacac ggacagacga aaaccgggct
     1981 ggtttttggt tcgtttttat ccgatga
//
LOCUS       SEQF2637|AYYD01001103.1 5240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             65..553
                     /locus_tag="SEQF2637_01355"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDARDGRRLQSAPPCLRRTKLRRPPQPPRPVRCLSGLIYPTDTP
                     ASPEKCLVSLSDTDVSFKKCLVSPADTLASPQNSRLCESLYRNGSFIHRTCKSLHKNA
                     SNKPRAFLSHYSSELNKHSVFNSTRRSGSNIHCEYKPLYISDRPIRRISEPICSLDSD
                     IR"
     CDS             941..1495
                     /gene="sigW_1"
                     /locus_tag="SEQF2637_01356"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45585"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigW"
                     /translation="MIDDEAYINRVLDGDTAGFAPLMERYSRPVFALLVGMTGNRADA
                     EELAQDAFLKAFRSLRSFRRDCSFATWIYRIAYNTALSALRKKRPDRPASMDDDTAIE
                     RLPDPIDDEADETEANEERFRRLDCALAQLRADDRALVHMFYKQEKTVDELAAITGLS
                     LSNVKVRLHRTRKKLMSLMQAMED"
     CDS             1499..1846
                     /locus_tag="SEQF2637_01357"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEEKEKDPLRELFAQRPEADLPDGFAARTMERIYREAQLAEAR
                     WRRWERIGMALLFALPIVTLIVVTQVLKVALPWPDLHITWPDLAACRFYFQIGALVFL
                     LWTVDALFRRIRR"
     CDS             1931..2656
                     /gene="dapB"
                     /locus_tag="SEQF2637_01358"
                     /EC_number="1.17.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5HG24"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-tetrahydrodipicolinate reductase"
                     /translation="MNIALIGHGKMGHTIERLAPTRGHRIVSLIDIDNYRTAFDSDAF
                     RRADVAIEFTGPQTAYDNITRCIDAGLPVVSGSTGWTARMDELKEHCLAAGGAFFYAS
                     NFSLGVNLFFALSDHLAKLMNAYPDYDVRLSETHHIHKLDAPSGTAVTLAEAIVRRID
                     RKTRWVRGQAQQADEIGVESVREGEVPGTHEVTYDSPVDTIRLIHEAKSRDGFALGAL
                     LAAEFIVGRRGVFGMNDLLRVNA"
     CDS             2690..4105
                     /gene="lepB"
                     /locus_tag="SEQF2637_01359"
                     /EC_number="3.4.21.89"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00803"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal peptidase I"
                     /translation="MKKISRRQWIGFGIWATLYVLFCIWMENLWLLLGLFVLADIFLT
                     RFVPWGAWKRSKNKHVREALEWVDDILFALIAVYFINLFVFQNYQIPTASLEKTLLVG
                     DYLFVSKLSYGPRVPNTPLSFPLVQNTMPFFNCKSYLDWPHWGYKRVKGLGHVQRNDI
                     VVFNLPTGDTVALLQQNPDYYWLTQENGYDVVNTRRDIFGKIVYRPVDKRENYVKRCV
                     GLPGDTLMLRNNKLYINGRLQKDPVCMQLCYFVETNGTLLTEEQFRKMNISREDRRLV
                     SAGQHNEDLYYYEALAYLGFTTNADGRYNPVYRLPLTAEALAYLRKLPFVRTIKVEPA
                     ELGGATYPPGYVTGWTRDDFGPIWIPRKGATIDLNERNLALYRRCIVNYEGNHMERRP
                     DGTLLINGQPATTYTFKYDYYWMMGDNRHNSADSRSWGFVPEDHIIGKPILIWLSIDK
                     DRSLFNGGIRWNRMFRRVRSD"
     CDS             4128..4919
                     /gene="spsB"
                     /locus_tag="SEQF2637_01360"
                     /EC_number="3.4.21.89"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A068"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal peptidase IB"
                     /translation="MKRPLIRCVVVLLAALLIALTVGRFWVGRYAVATRAMQPALRPG
                     DRVAVDKRGTPIRRGAIVLYRSPRPQDGDALHFGRCVGLPGDTVTVTPDGYLIHGRLY
                     PAPADLLDTYRVPRDLRLSLLSLLFSLDIPIRHLSDDTAHFCLCLTSTEAHRVRELLP
                     RMLLPTPPPHEVPHLRFILPAARQNYAIDASTLRLCGEALLREAQGRATLRAGRLYLD
                     GHPTDSYRFRHDHYWILADNPDAAIDSRHLGPIPRTAIIGTVVGR"
ORIGIN      
        1 gctatccttt caattaaacg ctgattaaat acggtttgaa atctctctcg tttctgtttg
       61 ccctatggac gcaagggatg gacgcaggtt acaatcggcg cctccatgcc tgcgccggac
      121 caaacttcgc cgccctccgc agccaccccg accagtgcga tgcctatcag gcctcattta
      181 cccaactgac acgcctgcaa gccccgaaaa gtgcctcgtt tccctatccg acaccgatgt
      241 cagcttcaaa aagtgcctcg tttccccagc cgacacgctt gcaagccccc aaaatagccg
      301 tttgtgcgaa tcgctttata gaaacggatc atttatacat cgtacatgta aatcacttca
      361 taaaaacgcc tcaaataaac cccgtgcatt tctgtcgcac tattcaagcg aattgaataa
      421 acacagtgta tttaactcaa ctcgtagaag cgggtcaaat atacactgtg aatataagcc
      481 gctttatata agcgacaggc ctatacggcg tatatctgag ccgatttgtt cacttgattc
      541 tgatatacga tgaatatggg atccgattta tacagtggat aaatctatac gccgtatatt
      601 tggtccgatt cgatggtgcg gatccgatat actacgtata taatcaggga ctgatagacg
      661 gattttctaa aaacgcctct ttttggggcg tgcaggcgtg tcggatcggt aaacgaggca
      721 cttttcgggg ctgacaccgg tgtcggatag gtaaacgagg cacttttcgg ggctgacacc
      781 ggcgtcggat aggtaaacgg ggcctgattg gcatcgcact ggtcggggtg gctgcggagg
      841 ctggtgcgat ttggcccgtc gcaggcgtgg gagtgcaccg attgtaacct gcggcacgcc
      901 tttgcgtcat atccttgcac gacaaaaacg agacttaggg atgatcgacg atgaagcata
      961 catcaaccgc gttctggacg gcgatacggc cggcttcgct ccgctcatgg agcgctatag
     1021 ccgacccgtc tttgccctct tggtgggcat gacgggcaac cgcgccgacg ccgaagagct
     1081 ggctcaggac gccttcctga aggccttccg ttcgctccgc tccttccgac gcgattgcag
     1141 cttcgccacc tggatctacc gcatcgccta caacacggcc ctctccgccc tgcgcaaaaa
     1201 gcgccccgac cggccggcct cgatggacga cgacacggcc atcgagcgcc tgcccgaccc
     1261 catcgacgac gaggccgacg agacggaggc caacgaggag cgtttccgcc gcctcgactg
     1321 tgccttggcg cagctccgag ccgacgatcg tgccctcgta catatgttct ataagcaaga
     1381 aaagacggtc gacgagctgg ccgccatcac ggggctgagc ctctccaacg tgaaggtcag
     1441 gctccaccgc acccgtaaga aattgatgag tttaatgcaa gctatggagg attgacccat
     1501 gatagaagag aaggaaaaag accccttgcg cgagctgttc gcccagcggc ctgaggccga
     1561 tctgcccgac ggattcgccg cccgcacgat ggagcgcatc taccgagagg cccaactggc
     1621 ggaggcgcgg tggcgccgct gggaacgcat cggtatggcc ctcctgttcg ccctgccgat
     1681 cgtgacgctc attgtcgtca ctcaagtgct gaaggtcgcc ctgccgtggc ccgacctgca
     1741 catcacgtgg cccgacctgg cggcctgccg attctatttc cagatcggcg cactcgtctt
     1801 cctgctctgg acggtcgacg ccctcttccg ccgcatacga cgttgagtgc cggaagatgg
     1861 cccccggtac gtgcattcga gcgaccgcgt cctatctttg cgccattcat ttacacagat
     1921 ttcacgcccg atgaacattg cattgatagg ccacggcaag atgggccaca ccatcgaacg
     1981 cctcgcaccc acccggggac accgcatcgt ctccctcatc gacatcgata attaccgcac
     2041 cgctttcgac tccgacgcct tccgtcgggc cgacgtggcc atcgagttca ccggccccca
     2101 gacggcctat gacaacatca cccgctgcat cgacgcgggc ctacccgtag tgagcggatc
     2161 caccggatgg accgcccgca tggacgaact gaaggagcac tgcctcgcgg cggggggcgc
     2221 ctttttttat gcctccaact ttagcctcgg cgtgaacctc ttctttgccc tgagcgacca
     2281 tctggccaag ctgatgaacg cctatccaga ctacgacgtc cgcctctcag agacgcacca
     2341 catacacaag ctcgacgccc cgagcggcac ggccgtgacc ctggccgagg ccatcgtccg
     2401 ccggatagac cgcaagacgc ggtgggtgcg cggccaagcg cagcaggccg acgagatcgg
     2461 cgtcgagtcc gtccgtgagg gcgaagtgcc gggcactcac gaggtcacgt acgactcccc
     2521 cgtcgacacc atccgcctca tccacgaggc caagagccgc gatggcttcg cgctcggagc
     2581 ccttctggcg gccgagttca tcgtcgggcg aaggggcgtc tttggtatga atgatttact
     2641 ccgggtgaac gcctaaggcg gccacccacc ctacacacac aatagcacaa tgaagaagat
     2701 ttcaagaaga caatggatcg gcttcggcat ctgggccacg ctgtacgtcc tgttttgcat
     2761 ttggatggaa aacctctggc tgctgctcgg gctgttcgtt ttggcggaca tattcctcac
     2821 ccggtttgtc ccctggggcg catggaaacg ctcgaaaaac aagcatgtac gcgaggcact
     2881 ggaatgggtg gacgacatcc tctttgcgct catcgccgtg tatttcatca atctgttcgt
     2941 gtttcagaac taccaaatcc ccacggcctc gctcgagaaa acgctcctcg tgggcgacta
     3001 ccttttcgtc agcaaactga gctatgggcc gcgtgtaccc aacacgcccc tctccttccc
     3061 gctggtgcaa aacacgatgc cattcttcaa ctgcaagtcc tacctcgact ggccgcattg
     3121 gggctacaag cgggtcaaag gcctggggca tgtgcagcgc aacgacatcg tggtcttcaa
     3181 cctccccacg ggcgacaccg tggccctgct ccagcagaac ccggactatt actggctcac
     3241 gcaagagaac gggtacgacg tcgtcaacac ccgccgcgac atcttcggca agatcgtcta
     3301 ccggcctgtc gataagcgtg agaattacgt caagcgttgc gtcggcctgc ccggtgacac
     3361 cctaatgctg cgcaacaaca agctctacat caacggtcgc ctccagaaag atcccgtctg
     3421 catgcagctc tgctacttcg tcgagaccaa cggcacactc ctcaccgagg agcagttccg
     3481 caagatgaac atcagccgcg aggaccgcag actggtctcc gccgggcagc ataacgaaga
     3541 cctatactac tacgaagccc tggcttacct cggctttacc accaatgcgg acggacgcta
     3601 caaccccgtc tatcgcctcc cattgaccgc cgaagcgttg gcctatctgc gtaagctccc
     3661 cttcgtgcgt accatcaagg tggagcccgc tgagctcggc ggagcgacct atcccccggg
     3721 gtacgtcacc ggttggacac gcgacgactt cggccccatc tggatcccac gcaaaggcgc
     3781 caccatcgat ctcaacgagc gcaatctggc cctctaccgc cgctgcatcg tcaactacga
     3841 aggcaaccac atggagcgtc gcccggacgg caccctcctc atcaacggtc agccagccac
     3901 gacctacacc ttcaagtacg actactactg gatgatgggc gacaaccgcc acaacagcgc
     3961 cgacagtcgc tcgtggggct ttgtgccgga ggatcacatc atcggcaaac ccatcctcat
     4021 ctggctctcc atcgacaagg atcgcagcct cttcaacggc ggcatccgat ggaaccgcat
     4081 gttccgacgc gtccgctcgg attgattcgc ctcgtctacg cctccccatg aaacgccccc
     4141 tcatccgctg cgtcgtcgtg ctattagctg ccctgctgat agccctcacc gtggggcgtt
     4201 tctgggttgg gcgttatgcc gtagccacac gcgccatgca gcctgcgctc cgtccgggcg
     4261 accgtgtggc agtggataaa cgcggcacac cgattcgtcg cggggccatt gtcctctatc
     4321 gcagtccccg accacaggat ggcgacgccc tgcatttcgg ccgttgcgtg ggcctgcccg
     4381 gcgacaccgt caccgtcacc cccgacggct acctcatcca cggccgtctc taccccgcgc
     4441 cagcggacct cctcgacacc taccgggtcc cacgcgacct ccgtctctcc ctcctcagcc
     4501 tcctcttctc gctcgacatc cccatccgtc acctatccga cgacacggcc cacttctgcc
     4561 tctgcctcac ctccacggag gcccatcgtg tccgcgagct tctcccccgc atgctcctcc
     4621 ccacaccgcc tccccacgag gtgcctcacc tccggttcat cctccccgca gcccgacaga
     4681 actacgccat cgatgcctcc accctccgcc tctgtggcga ggccttgctc cgcgaagcac
     4741 agggtcgggc cactctccgt gccggtcgcc tctacctcga cggtcacccc accgacagct
     4801 accgcttccg ccacgatcac tactggatcc tggccgataa ccccgacgcc gccatcgact
     4861 cccgccacct cggccccatc ccccgcacgg ccatcatcgg caccgtcgtc ggacggtgat
     4921 tgatccggaa aaaacacgcg cgtttcagga tcatctcaat agcgcgctgc aacggtcaaa
     4981 gtgcttttgg aaatgcttgc gggactcccg caaacaccaa aaagtttctc gagagacttg
     5041 cgggactccc gcaaacgcca aaaagttttc ngaggcactt gcggggctcc cgcaaacgcc
     5101 aaaaagtttc tcgagagact tgcgggactc ccgcaaacac caaaaagttt tccgagacac
     5161 ttgcggggct cccgcaaacg ccaaaaagtt tctcgagaga cttgcgggac tcccgcaaac
     5221 accaaaaagt tttccgagac
//
LOCUS       SEQF2637|AYYD01001104.1 7053 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7053
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             243..1412
                     /gene="zraS_1"
                     /locus_tag="SEQF2637_01361"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14377"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor protein ZraS"
                     /translation="MNILYESRQQLKYVFIIVAILIALASVAVSDSLIKKLAQEERSR
                     MEIWTEAYRVLTTEDTDQNLMVILRIIEGNTSIPVILCDDHGNILSHRNIPVPAEGDS
                     VFLKRKVREFQAKHTPIVVDIGNNSYQYLFYDDSILLKRLLIYPYVQLTVVFVFILIA
                     FLALASTKRAEQNKVWVGLTKETAHQLGTPISSLIAWVEYLKTKDVEATYLNEMEKDV
                     KRLEVIADRFSKVGSVPTLKLLDINEAVRSSCNYMSTRVSAKVRIVYQPVPEPLYVQM
                     NESLFSWVIENLTKNAVDAMEGRGMITITTGRRKRHIWIDVTDTGKGIPKSRFKTVFS
                     PGYTTKKRGWGLGLSLVRRIVETSPGGRIYVRSSEPGKGTTFRIELDPASQPSNG"
     CDS             1674..2291
                     /gene="fadR"
                     /locus_tag="SEQF2637_01362"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94548"
                     /codon_start=1
                     /transl_table=11
                     /product="Fatty acid metabolism regulator protein"
                     /translation="MKIEKQNMEQTILKAAEELFIDQGFVKTTTVQIAKKAGCNSAMV
                     HYYYRTKEQLFERIYGEKIKLVIESLTAISGSGKSLEERVAEIIDVYFDFLSQNPRLP
                     AFLLYEARQSPAINEHITNRLREALGSIIAPIDAELRAASSNGQIRPIQTVDLFMSVL
                     TLCLGTFLIIPVFRNVWEMSDAEYSELICRRRTEIKETILSRLKP"
     CDS             2288..3592
                     /locus_tag="SEQF2637_01363"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRTAYITVSKGRACAVAMGALLTAMQLTAQDSRTALSLDSCQA
                     WAAEHHPTAKRYAIAAENGDASASNAAKGRLPQLTLAGQASIQSATTHVPLTLPGFEP
                     PEVAKDQYRIYAEAVQPLTGLLTVRDNVRLAHANAAAERSRIDVEMHALKVRVNALFF
                     GILMLDEQARMAELMTEDLRAGIARADTAAAHGVMLRSAADALRAELIVAEQRLTEVR
                     ATRENYVSSLGLLVGRELEGDVALSRPKAWRTEPSAEIRRPELRLFEAQKLSIDAHRR
                     LLHDVNLPHISLFVQGGYGRPALNMLDNHFKPYAVGGLRMSWNIAGLYTLRKQKRQLE
                     LNARAIDVQHEAFLLETKLTLNKHASEMEKLRRLIASDAEVIRLRERVKESARNQLQF
                     GTATANDYILHVNAENRARLGLAQHELQLLWEAYNYQMTLGE"
     CDS             3860..4774
                     /gene="emrK_1"
                     /locus_tag="SEQF2637_01364"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P52599"
                     /codon_start=1
                     /transl_table=11
                     /product="putative multidrug resistance protein EmrK"
                     /translation="MDMKRYFFLFPALASLCLAGGCKSEQTFDASGAFEAEETVVSSQ
                     SQGLILRLDVEEGAVIDSGATVGCVDTTDLYLTREQLVARMEALTAKRPETAVQLAAL
                     EEQLSTAVRERERVAHLVAGDAATGKQLDDATAQVAVLQRQIAAQRSTLRTSTDGIDK
                     EAHALAVQVEQIDDRLRRCHIMNPTRGTVMTRYVRAKEMTAPGQPLYRIADLSQMTLR
                     VYITGDQLSQVRLGQRVNVFSDSGDPHKPMHRDEGVIFWISDRAEFTPKTIRTRDERA
                     DLVYAVKVRVQNPEGRYKMGMYGEITFQ"
     CDS             4784..5692
                     /gene="ybhF_1"
                     /locus_tag="SEQF2637_01365"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9U1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YbhF"
                     /translation="MDLIAAEGIEKRFGQLTALRDISLNVRRGELYGLIGPDGAGKTT
                     FFRILTTLMPPDGGRATVDGLDIAADYRRIRAAVGYMPGRFSLYQDLTVKENLEFFAT
                     LFGTRLEDNYDLIRDIYVQIEPFRNRRAGRLSGGMKQKLALCCALIHRPRVLFLDEPT
                     TGVDVVSRHEFWDMLSGLKRQGITMLVSTPYMDEAVRCDRIALIQSGRLLSIDTPRGI
                     IENYPDALFEVRAENMRQLTDEIRKRCSPQSCFAFGRSLHVSFSRDDAEAPQRMRAAL
                     TAAGCTNLEIAPITPSIEDCFIQQMR"
     CDS             5747..5953
                     /locus_tag="SEQF2637_01366"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEKNQKKIKASGTPAKFAGYIKGSMRKSRDSFLLPSLSRTRKG
                     KAIRDGLIFFCLFSFIKERKEVVR"
     CDS             6119..6865
                     /gene="ybhF_2"
                     /locus_tag="SEQF2637_01367"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9U1"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YbhF"
                     /translation="MTEERVIEVEKLTKRFGDFTAVDGITFHVRRGEIFGFLGANGAG
                     KTTAMRMLCGLLSPTAGRAEVAGFDVYREADRIKHHIGYMSQRFSLYEDLTVAENIRL
                     FGGIYGLTKRAIRERGAELISRLELQEEAHHRVGSLPLGWKQKLAFSVAVIHRPRIVF
                     LDEPTGGVDPITRRRFWDLIIQAADAGITVFVTTHYMDEAEYCDRVSMMVDGRIEALD
                     SPAALKRQFEASTMDEVFLQLARKATRRDD"
ORIGIN      
        1 cacttgcggg gctcccgcaa acgccaaaaa gtttctcgag agacttgcgg gactcccgca
       61 aacaccaaaa agttttccga gacacttgcg gggctcccgc aaacaccaaa aagtttctcg
      121 agagacttgc gggactcccg caagcatttc caaaagcact ttggctgttg catccctccc
      181 tgtcgcagca atattcaccc ccttcccccg ttggattgag gtgtttttag aacgaccaag
      241 tcatgaacat cctctatgaa tcgcgacagc aactgaaata cgtcttcatc atcgtagcga
      301 tcctcattgc gctggcctca gtggccgtat cggactccct catcaagaag ctcgcgcagg
      361 aagaacgctc gcgcatggag atctggaccg aggcctaccg cgtcctaacc acagaagaca
      421 ccgaccagaa cctcatggtt atcctccgca tcattgaggg aaacacctcc atccccgtca
      481 tcctctgcga tgatcatggg aatatcctta gccaccgcaa catccccgtc cccgccgagg
      541 gagacagcgt ctttctcaag cggaaagtgc gcgagtttca agccaaacac acgcctatcg
      601 ttgtcgacat cggcaacaac tcctaccagt atctcttcta cgacgactcc attctcctca
      661 agcggctact catctacccc tacgtgcagc tcacggtcgt tttcgtcttc atcctcattg
      721 ccttcttagc cctggccagc accaagcgcg ccgagcaaaa caaggtttgg gtgggactaa
      781 ccaaggagac cgcacaccaa ctcggcacac ctatctcatc gctcatcgcc tgggtggaat
      841 acctcaagac caaagatgtc gaagccacct acctcaacga gatggagaag gatgtaaagc
      901 ggctcgaagt catagccgac cggttctcta aggtgggctc tgtccccacg ctcaaacttc
      961 tcgatatcaa cgaggcggta cgttcgtcgt gcaattacat gagcacacgc gtatcggcca
     1021 aggttcggat tgtctatcaa cccgtcccag aaccactcta tgtgcagatg aacgaatccc
     1081 tattctcgtg ggtcatagag aatctgacca agaacgccgt cgatgccatg gaaggtcgtg
     1141 gcatgatcac catcaccacc ggccgccgta agcgacacat ttggattgac gtgaccgaca
     1201 cgggcaaagg catccccaag tcacgcttta agaccgtctt cagccccgga tacaccacca
     1261 aaaaacgtgg ttggggcctc ggactctccc tcgtgcgacg catcgtagag acatcacctg
     1321 gtggccgcat ctacgttcgc tcctccgaac ccggtaaagg caccaccttc cgcatagaat
     1381 tagaccccgc atcgcaacca agcaacggct gaccgttgcg cggacggttc cctcgacgat
     1441 caggcccaag gatttctcga aaaagagacc ccttgggcct gattgttttt gtcccgcgcc
     1501 tttcctgccc ctcaaatccc caagaggcct ccaattccat ctcgcgccat ctccccttac
     1561 ttcatcgcag taccaaaacg cggctcgttt agctcttccc tccgaaaaat agtcccgttt
     1621 ctttccgttt tcatcgacct gtttaacttc gcagttaaat aactcgattg attatgaaga
     1681 tagagaagca aaacatggag caaaccatcc tgaaagcggc agaagaactg tttattgatc
     1741 agggtttcgt gaagacgacg acagttcaaa tcgctaagaa ggcaggatgt aactcggcga
     1801 tggtacacta ttattatcgg actaaggagc agctcttcga gcggatatat ggtgagaaaa
     1861 ttaagctcgt catcgagagc cttacggcca tcagtggttc ggggaagtcc ctggaggagc
     1921 gagtcgcgga gatcatagat gtgtactttg acttcctcag ccaaaaccca cgactccctg
     1981 cctttttgct ctacgaagcg cggcaatcgc cggccatcaa tgagcatatc accaaccgac
     2041 tgcgggaggc cttggggagc attattgcac cgatcgatgc ggaactgcgc gcggcatcct
     2101 ccaatggaca aattcgtccc attcagaccg tcgatttgtt catgtcggta ctgacgttgt
     2161 gcctcggcac atttttgatc atacccgttt tccgaaatgt gtgggaaatg agcgacgcgg
     2221 agtactcgga actcatctgc cgtcggcgga cggagattaa agagaccatc ctcagccgat
     2281 tgaagccatg acacggacag cttatatcac ggtctcgaag ggacgagcct gcgccgtggc
     2341 catgggagcg ctcctcacgg cgatgcagct cacggcccag gatagccgga cggctctttc
     2401 gctcgacagc tgtcaggcgt gggcagcgga gcaccatcct acggcgaaac gatacgctat
     2461 cgcggcggag aacggggatg cctcggcgag taatgccgca aaagggcggc tgccgcagct
     2521 tacgctggcg ggacaagcct cgatccagtc ggcgacgacg catgtcccgc tcacactgcc
     2581 cggattcgag ccgccggagg tagctaaaga tcagtatcgg atctatgccg aggcggtgca
     2641 gccgctcacg ggactcttga cagtgcgcga caacgtgcgt ttggcacatg ctaacgcggc
     2701 agcagagcgc agccggatcg atgtggagat gcatgcgctg aaggtgcgtg taaacgcgct
     2761 ctttttcggc attctgatgc tggatgagca ggcgcgcatg gctgagttga tgactgaaga
     2821 cttgcgggca gggatcgccc gggcggatac ggctgctgca catggggtga tgctccgaag
     2881 tgcggccgat gcgctgaggg cagagctgat tgtggccgaa caacgactca cggaggtgag
     2941 ggctacgcgc gagaactacg tcagctcgct cggtttgctt gtcggaaggg agttggaggg
     3001 cgacgtggcg ctcagtcggc cgaaggcatg gcggacggag ccttcagccg agatccgtcg
     3061 gccggaactg cgattgtttg aagcccaaaa gttgtcgatc gacgcccatc ggaggttgtt
     3121 gcatgacgtc aacttgccgc atatcagcct ttttgtgcag ggagggtacg gaaggccggc
     3181 gctgaacatg cttgataacc actttaagcc gtatgccgtg ggtggcctgc ggatgagttg
     3241 gaacatagca ggcctataca cgctgcggaa gcagaaacgt cagctggaat taaatgctcg
     3301 cgcgatcgat gtgcagcatg aggcgttctt actggagaca aaattgacgc tgaacaaaca
     3361 tgcctcggag atggagaagc tgcgccgact gattgcgtcg gatgcggaag tgattcggct
     3421 tcgagaacgg gtgaaggaga gcgctcgaaa tcagttgcag ttcggaacgg cgacggcgaa
     3481 cgactatatt ttgcatgtga atgcggaaaa tcgggcgcgg ctcggccttg cacagcatga
     3541 attgcagctg ctctgggaag cgtataacta tcagatgacg ttaggagagt agttctaaga
     3601 agtgatgcgc ccattcgggc gcggtagtta cggcctaacg gccgggtagt taaaagtaga
     3661 gaacggtaga gctgcataac tacttctttc tacccctcac taccgcgacg aagccgtata
     3721 actacttctt tctacctctt actaccgcgg caaagccgca taactacttc tatctccccc
     3781 ttactactgc ggcaaagccg cataactact tctttctacc tcttactacc gcggcagagc
     3841 cgcataacta cttacaccta tggatatgaa gagatatttt ttcctcttcc cggccttggc
     3901 atccttatgc ttggcgggag gatgcaagag cgaacaaacg tttgacgctt cgggcgcctt
     3961 tgaagctgaa gaaacggtcg tctcgtccca gtcgcagggc cttatactgc gtctcgacgt
     4021 ggaggagggg gctgtcatcg acagtggagc gaccgtcggt tgtgtggata cgactgacct
     4081 ctatctgacc agggagcaac tcgtcgcgcg catggaggcc ttgacggcca aaaggcccga
     4141 aacggctgtg cagctggctg ccctggagga acaactgtcc acggccgtcc gcgaacggga
     4201 gcgcgtggcc catttagtgg ctggcgacgc cgcgacgggc aagcaactgg acgatgcaac
     4261 ggcacaagtg gccgtgcttc agagacaaat cgccgcacaa aggtccaccc tacgcacctc
     4321 gaccgacggc atcgacaaag aagcccacgc cctggccgtg caggtggagc aaatagacga
     4381 ccgactgcgc cgatgccaca tcatgaaccc cacacgcgga accgtgatga cccgctacgt
     4441 ccgcgccaag gagatgactg cacctgggca gcccctttat cgcatcgccg acctctcgca
     4501 aatgacactc cgtgtctata tcaccggcga tcagctctcg caagtcagat tgggtcagcg
     4561 ggtgaacgtc ttttccgact ccggtgatcc acataagccg atgcatcgcg acgagggcgt
     4621 catcttttgg attagcgacc gcgcagaatt tacgccgaag accatccgca cacgagacga
     4681 gcgcgccgat ttggtgtacg ccgtcaaggt acgtgtacag aaccccgagg ggcgctacaa
     4741 aatgggcatg tatggcgaaa tcaccttcca ataattcccg acgatggacc tcattgcagc
     4801 agaaggcatc gaaaagcgct tcgggcagct cacggcactc cgagacatct cactcaatgt
     4861 gcgccgcggc gagctttacg gactgattgg ccccgacggc gcgggcaaga cgaccttctt
     4921 tcggatttta acgaccctca tgcctccgga cggcggacgc gccacggtgg atggcctcga
     4981 cattgccgcg gattaccgtc gcatccgtgc ggcagtcggc tacatgcccg gccggttctc
     5041 actctatcaa gatttaaccg tcaaagagaa cctggaattc tttgccaccc tgtttgggac
     5101 ccggctcgaa gacaactacg acctcatccg cgacatttac gtccagatcg agccgttccg
     5161 caaccgacgt gcaggccgtt tatctggggg catgaagcaa aaattggccc tctgttgtgc
     5221 attgatccac cgtccgcggg tgcttttctt agacgaaccg acgacgggtg tcgatgtcgt
     5281 ttcgcgacac gagttctggg acatgttgag tggtctcaag cggcaaggga tcacgatgct
     5341 tgtttctacg ccttacatgg acgaggccgt tcgctgtgat cgtatcgctt tgatccagtc
     5401 cggccggctg ctgagcatag acacaccgag ggggatcatc gaaaattatc ccgacgccct
     5461 gttcgaagta cgagccgaga acatgcgtca gctgacggac gagatccgca agagatgcag
     5521 tccccaaagt tgcttcgcct tcgggcgctc gctccatgta tccttcagcc gcgacgacgc
     5581 cgaggccccc cagcggatga gagccgccct cacggcagcg ggctgcacta acctcgagat
     5641 agcgcccatc acccccagca tcgaagactg ctttatccaa caaatgagat agtcagatga
     5701 aaaaagtaga ggctctttcc tttcgtgttc ttcttttctt gccttgatgc aagaaaagaa
     5761 ccaaaagaaa atcaaggcgt cagggacgcc agccaagttt gccggataca taaaggggtc
     5821 tatgcgaaaa agtagagact ctttccttct cccttccctc tcacgtaccc ggaaaggaaa
     5881 ggccatccgt gatggcttga ttttcttttg cctcttttct ttcatcaagg aaagaaaaga
     5941 ggtagtcaga tgaaaaaagt agaggctcta ttctctcatg ttcttctttt cttgccttga
     6001 tgcaagaaaa gaaccaaaag aaaatcaagg cgtcagggac gccagccaac ttttccggat
     6061 acataaaggg gtctaagcga aaaagtaccc cttcctcacc acatcaaacc agaagattat
     6121 gacagaagaa cgagtcattg aagtagagaa gctcaccaag cgcttcggcg acttcaccgc
     6181 cgtagatggc atcaccttcc acgtgcgccg cggagagatc tttggctttt taggggccaa
     6241 cggcgccgga aaaacgacag ccatgcgcat gctatgcggc ctgctcagcc ccaccgcggg
     6301 ccgcgccgag gtagcaggct tcgacgtcta tcgcgaggct gaccgcatca aacatcatat
     6361 cggctacatg agtcagcgct tctctctcta tgaagattta accgtcgccg aaaacatccg
     6421 actctttggt ggcatctatg gactcaccaa acgcgccatc cgagagcgtg gcgcggagct
     6481 cataagccgt ctcgagctgc aagaagaggc tcaccaccgg gtgggatccc tccccttagg
     6541 ctggaaacag aagctcgcct tctccgtagc cgtcatccat cgcccgcgca tcgtcttcct
     6601 ggacgaacca accggtggcg tcgacccgat cacccgccga cgcttctggg acctcatcat
     6661 ccaggccgcc gacgccggca tcaccgtctt tgtaacgact cactacatgg acgaagccga
     6721 gtattgcgac cgtgtttcta tgatggtcga cggccgcatc gaggccctcg acagtccagc
     6781 tgccctcaag cgccaatttg aggcttccac catggatgaa gtcttccttc agctggcccg
     6841 gaaggccacc cgcagagatg attagtcgaa atataaatcg attgttaacg tccatcttag
     6901 atggaagccc gaaacgtggc gcgttttgca cctccatctt agatggaaga ctgaaacgcg
     6961 gcgcgttttg cacctccacc ttagatggaa caccgaaacg cggcgcgttt tgcacctcca
     7021 ccttagatgg aacaccgaaa cgcggcgcgt ttt
//
LOCUS       SEQF2637|AYYD01001105.124237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..24237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(210..611)
                     /locus_tag="SEQF2637_01368"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRIQKIITLWGLVLAGFLAHNMADLLPIFWAVDVAVEHAEEAP
                     VGMMAFMAIITYTLPAVGIATTMYGRGRGATLVNLILAAVMALFNVLHDGGELIMAFN
                     PVQVFVLPFVLCFSILLAVESFKWYKEMGAE"
     CDS             complement(633..1904)
                     /locus_tag="SEQF2637_01369"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKSNLYGLLPTVAAALALMLSTSCGENDTPTPKPEPKPGPNPT
                     PEEAVHHYAFAANVDNAFYITTFEDFKEGLKTNFKGAIKLASGHLFIEKFGDYVYMQS
                     GSMYGQGGEQTLYKYALSKTGRLSEKPVAQLAFPGSPNVVEIIFASETKAYAVTTGSR
                     GQLIVINPSTMTVVKEIDLSAYAEGDNDPDGGNGIVRDGKLFLPLNQAKSMQEILPTA
                     AQIAVIDVATDRVEKVIKDERATSLGMVGHTCPVTDEAGNIYFYTGPRSAMMAQFMPG
                     KGYKDGLLRIKKGETDFDKDFYMSLQTANGGEVGSYGLYMTYGGNGKIYLMLYKPSLV
                     TEKDDPNMTKNRSFVPYEVDVRAKTGRVLPMPATTAWTSSAIIRVGNAIYFGEQTSEG
                     IGFYRYDMTTGKGSNKPTVETPSGAYKVIAL"
     CDS             complement(1901..4306)
                     /gene="btuB_3"
                     /locus_tag="SEQF2637_01370"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06129"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MVNILNTIRLGRGVRLFGLAFIPLLSFVSLFAQQGGTGVCQGGV
                     TDAETHRALEGVLVRDASGYHGAVTDAEGRYTVALPAGRYKLTFSCLGYTSQTLTVTV
                     GRAGTTPLDVALRPDDSQLSEVVVTSKSAAQRLREAPSAVTVVDASALRYHMATLNEV
                     LDKTAGVHVARQGGMGSMARILVQGLDGKRIGVFVNGVPMGSSEEFSLGSIPPDMVQE
                     VEIYKGIVPAYLGGDGLGGAVNIILKDFQNDHLEAAYGIGSYHTHTANFQAKKYLPAA
                     GLAVRAGGSFDYSKNDYTFNSPFELGRIIRRDHDAYRRIAAEVGVAFTRLPLDHAELS
                     VGYENLYDEIQGGLMNVQNNIRHAFSRYNSLNISQALSKRLADGRFSILLNASQGLAV
                     ANQVDTSHYSYDFLGNRFLSSSVQGEVGSLPNDSRDRYTNLQERLNANYRFNEVHALN
                     ANITHRYNRKLPKDDLADSYSRFPTGGYPSQLHAIVAGLTYELHLAGGRWVNEAGIKL
                     FYYRSEVMPSPERVVLQEKLTAAKNAQAAPGWSEAIAWHPSEALTVKASVQSLRRMPT
                     ADEMFGNGVLIYPSYMLRPEQSLNMNLGAGWIVRSGRYPHARIEVNAFYMHLTDMIKM
                     MYGTMYMAYENIGRARITGVEGSVDAGLFPWLDVRGNVSWQDARDTRRDAVGGGSNFH
                     YNYRIPNTPYFFGNCDINLHTDHLLGRRSHSALTLGFEFTHRFNYNWEAPGDRSSMEI
                     PSKYEVNVGLHHAFTPQWQLGLEVRNLFDRENWGEYRYPLEKRTLHFKVKYTLNKLNT
                     IKE"
     tRNA            4717..4791
                     /locus_tag="SEQF2637_01371"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(ccg)"
     CDS             5152..7170
                     /gene="phoR"
                     /locus_tag="SEQF2637_01372"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P23545"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkaline phosphatase synthesis sensor protein
                     PhoR"
                     /translation="MDRMTTIERRRRTITERAWLGVLWCLIVGAVATGCQRGGERRQE
                     PTAEERAARRDSLEALFNARRWTSADSLGVALREARASGDSVAVAVACRAAAMALQNK
                     QRFAEATQVVQTGIEALRDTPDTILEATLQNTAATGYRRMGALFEASDRLYDALHRVE
                     TFSGADSPEGKRMRAFLYNNLGNVYKYLNDGDEAEIFFRRAIVLDEELGNNNGVAMNY
                     STLGSIYEYRKQNDSALAFYNRALERNIRGGSVTGIAICHNHIGQLLMKHGEMDSALV
                     HHRAAYRVLQGEGEVWNRQRAALSMAWIYLQKNNLEAARRLLDETEVVALRAHSFGHL
                     EETYYCQAEYYRRRGDYRAASDRQARCLDCRDSMARQRDEREVVQNRIRYEREKNDAE
                     VFRLHRRNEAVEANRQLILFSSVLIGSVLIVLLVLAVLLIRLQRRRNRELHEMNATKD
                     KFFSIISHDLKNPALAQRNALQALVNDAAELDAESLSHYYAMLLKSADAQVELLYNLL
                     DWARVQTGRIPFTPVTFSLSRVVEDEVSLMHMPIESKSIRLTVDVSDDLCANADRNMV
                     ATVLRNLLTNAIKFSHPEGRIAISARQDGAWITVSVADDGVGMSADKLRTLFDAGREQ
                     STRGTRGETGSGLGLVVCKHFVERNGGRLTAHSEESRGTTFHFTLKAK"
     CDS             7245..7895
                     /gene="ung"
                     /locus_tag="SEQF2637_01373"
                     /EC_number="3.2.2.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39615"
                     /codon_start=1
                     /transl_table=11
                     /product="Uracil-DNA glycosylase"
                     /translation="MEPSWKTRLAGEFEKDYFVKLTDFVRQEYRQATVYPSGPNIFNA
                     FAHCPFDRVKVVIIGQDPYHEPGQAHGLCFSVQDGTPFPPSLQNIFKEITDDLGRPRP
                     TSGDLTRWADQGVLLLNATLTVRAHRAGSHQGHGWETFTDAVIRCLNAERQHLVYMLW
                     GAYAQKKGASIDTSRNLVLTSPHPSPLSAHRGFFGNRHFSRANDYLVALGESPIDW"
     tRNA            complement(8114..8190)
                     /locus_tag="SEQF2637_01374"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(tct)"
     CDS             complement(8306..8947)
                     /locus_tag="SEQF2637_01375"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLATLLQVLRKTFWRLQHCCKSHEKLFGVCNTVASLTKNFLAFA
                     TPLQVLRKTFWRLQHCCKSYEKLSGVCNTVASPTKNFLAFATPLQVSRKTFWRLRESR
                     KSLENFFGVCGSPASLSRNFLAFAGAPQVPRKTFWRLREPRKCLGKLFGVCGSPASAS
                     ENFLAFAGAPQVPREMLWCLRECCKHFQKRFGHGVASVETADSILTPNPTFRR"
     CDS             9275..9874
                     /gene="grpE"
                     /locus_tag="SEQF2637_01376"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01151"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein GrpE"
                     /translation="MDRNEPMTANNQENEEGTEATKVQSETENTSAENVTADDLTDTA
                     ATPDGGEATTDWEAKYNELNDSYLRLRAEFDNYRKRTLREKSDLIKSGGEGALIGLLP
                     VIDDFERALDTMKKATDPKAVAEGVELIYSKFMDYLGRQGVKPIEAVGQPFGTEMFEA
                     VAMIPAPDEAQKGRVIDCVQTGYVLNDKVIRHAKVVVGE"
     CDS             9910..11073
                     /gene="dnaJ"
                     /locus_tag="SEQF2637_01377"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08622"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein DnaJ"
                     /translation="MEKRDYYEVLGVAKNASADEIKKAYRQKAIQYHPDRNPGDKEAE
                     EKFKEAAEAYDVLSNDEKRARYDRFGHAGMSGAAGGGAGGFGGGMSMEDIFSQFGDLF
                     GGHFSGFGGFSGFGNAGGGRRVVQRGSDLRVKVKLTLKEIATGVEKKIKVKKYVPCTH
                     CHGSGAEDEKAVEKCPTCHGSGYVTRVANSIFGQMQTQSACPTCGGSGETITRKCAEC
                     NGEGVVRAEEVITLHIPAGVSEGMQLSMEGKGNAARRGGINGDLLILVEEERHPELLR
                     DENDLIYNLLLSFPQAALGASVEIPTVDGRVKVKIEPGTQSGKVLRLRNKGLPSVNSY
                     GTGDLLINIKVYVPEKLTAEERKKIESLVASANFTPDASARERAFRSLRDFED"
     CDS             11088..11948
                     /gene="prmA"
                     /locus_tag="SEQF2637_01378"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45558"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal protein L11 methyltransferase"
                     /translation="MEYYEFRFTYVHPATMDADTINDVLAAELGAIGFDSFAPDADGL
                     NAYVPVADYRPESLAQLLADFPLSDIVIRYTHTSVPDRDWNEEWEKNYFQPVRIGHEC
                     LIRASFHQPEEGFAHTIVIDPRMAFGTGNHATTEQMVRAILPLDLHGREVLDMGCGTA
                     VLAILAAQKGAHRVVAIDNDEWAYRNAIENCRLNNTPDIHVLHGGAEQIAACGTFDYI
                     FANINRNILLRDMSHYVSALRSGGRLYLSGFYESDVPAIAQECRSQRMTSSLYSSRNE
                     WAVVVAAREW"
     CDS             12042..12281
                     /locus_tag="SEQF2637_01379"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNNVDSKFLLGLLIGGAVGAAIGYLAATDKREQLIDELNDVVG
                     KVKSTVNMAISKYKEGRVAPIIDEVESAAEDAELV"
     CDS             12288..12719
                     /locus_tag="SEQF2637_01380"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRDSEQFFQEIKKDLTRYGELRLELLKLGAYEKAGKVFSVLSY
                     SLILLTLAFFLTLFLFLALGFFLSEWLHSTGVGFSIVAILYVMLVGGVVAFKTKIRRL
                     ILDAILDMLMNDEDDEDTPPVTNAPHDNDHPATNPAEQTAG"
     CDS             12670..13110
                     /locus_tag="SEQF2637_01381"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTTTLPQTPLNKLQAEKRELEALCKKQEERLAVHARYLQDNAG
                     SLLLSGVSALLSSTGTPKAEKTESATQQRSRPQSFAKRPSAAPAVPGLPMGLSTLLKV
                     PKMVSIGAGWMPLVWEVAQPLLITWSIKRVKRIIGGAFTRKKKK"
     CDS             13310..14320
                     /gene="gapA"
                     /locus_tag="SEQF2637_01382"
                     /EC_number="1.2.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9B2"
                     /codon_start=1
                     /transl_table=11
                     /product="Glyceraldehyde-3-phosphate dehydrogenase A"
                     /translation="MTKVGINGFGRIGRFVFRAAIKRDDIEVVGINDLCPVDYMAYML
                     KYDTMHGRFEGTVEADVEHSTLTVNGKKIRVTAEKDPANLKWNEVGAEYVVESTGLFL
                     TKEKAEGHLKAGAKYVVMSAPSKDDTPMFVCGVNLDAYKKGTQIVSNASCTTNCLAPI
                     AKVLNDNFGIESGLMTTVHSVTATQKTVDGPSMKDWRGGRAASGNIIPSSTGAAKAVG
                     KVIPALNGKLTGISMRVPTLDVSVVDLTVNLAKPASKEAICKAMKEASEGEFKGILGY
                     TEDAVVSSDFLGCTLTSIFDANAGVYLTDKFVKVVSWYDNEIGYSNKVLDLIAHMAKV
                     NG"
     CDS             14426..15052
                     /locus_tag="SEQF2637_01383"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKAKALITIAQRMRALAQTGLSYSVSDYETDRCQELLRLSDRI
                     TSIVSGLPDEEIAACYHPMKEYVTPKVDIRAAIFNDRDEILLVREKADGRWAMPGGWS
                     DVGYTPSEVAVKETKEETGLDVRVERLLAVLDKRCHDYPASPLYVYKMFILCTVTGGE
                     LAGTFDILDQRFFALDNLPPLSLDRTLPENIRMVDELRRHPERPVVLD"
     CDS             15580..16614
                     /gene="rlmN"
                     /locus_tag="SEQF2637_01384"
                     /EC_number="2.1.1.192"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A6QGB8"
                     /codon_start=1
                     /transl_table=11
                     /product="putative dual-specificity RNA methyltransferase
                     RlmN"
                     /translation="MEQKTSLLGMTIAELRTVAAEVGLPAYAASQMADWLYKKRVSEV
                     AEMTNIALRKREVLAAGYTVGAREPAEAARSKDGTVKYLFEAAAGRFVEAVYIPAEER
                     DTLCVSSQVGCRMACHFCMTGRQGLGANLTAGEIMNQILRLPEATQLTNLVFMGMGEP
                     LDNVDEVLKALEILTSSYGVGWSPRRITVSTVGVAAPLRRFLAESECHLAVSLHSPFA
                     EERARLMPAERACPVEEVVALLKEYDFAHRRRVSFEYILFDGVNDTMRHVKALAALLR
                     GLPCRVNLIRFHAIPGVALRSCSAEKMIWFRDALNARGVVCTIRTSRGEDIQAACGML
                     STKRLLEKRH"
     CDS             16687..17724
                     /locus_tag="SEQF2637_01385"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTFFLTMIMGLVALLWSACHTSPSIISATGMPYEVEVVTTRA
                     LWDDTVGVSLRAELQRPISGLPQAEPSMRVTFVTPDDFNGLTTYVRNIIILTVDAERY
                     TKLSVRAEKDRWATGQVVVYISAPDEASVLTYLADHRGALTDYFTRLEMMRMAQVMQE
                     TYSSLVMDSVKSKFGVMLNVPSDITSFKDTTNFFWASNNANTGRMDVVVYTFPYTDEK
                     TFTLEYMQHMRDSILGANIPGAYPNSHMTTQPIGLTYTPRTLQGKYCGVLRGLWKMEG
                     DMMGGPFVSFARLDEANHRVVVAEGFVYAPETDKRNYIRRLEAGLHTLRLPGEFDKPL
                     DGVEEMNGRKN"
     CDS             17825..18946
                     /gene="pdxA2"
                     /locus_tag="SEQF2637_01386"
                     /EC_number="1.1.1.262"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P58718"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxythreonine-4-phosphate dehydrogenase 2"
                     /translation="MEERLIRVGITQGDMNGVGYEVILKTFAEEMMTDICTPVIYGSL
                     KALQYYRDTLTDITEPVIPNVIARAEEAEEGRVNLINCVAADCPIAPGESTAEGGMAA
                     FASLEAAVADLKRGVIDTLVTAPINKHNIQHDGFHFPGHTEYLEACFGENGVYRSLMI
                     LTSDRLRVALVTGHVPLASVASHLTPEAITDKLILFNTSLKEDFGIVRPRIAVLSLNP
                     HAGDAGLLGEEEETVIRPAMAEAKKKGVLSFGPYASDGFFGSSTFQLFDGVLAMYHDQ
                     GLAPFKALVMDEGVNFTAGLPIVRTSPDHGTAYDIAGRNRASEASFRQAIYASIDIYR
                     NREAYRQATLHPLRKEFVDKVGKDNVKLDLTQEVEESEL"
     CDS             19346..19846
                     /gene="tagD"
                     /locus_tag="SEQF2637_01387"
                     /EC_number="2.7.7.39"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27623"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycerol-3-phosphate cytidylyltransferase"
                     /translation="MFKNKTVVYTSGTFDMFHYNHLRMINYARSLGDILIVGVSTDEL
                     VSSYKAPPIIPFNERMQILEALKTPDIVIPQHTLDHTEIVKKLNIDAFVVGDDWYGKY
                     DYLRELDVQVFYFPYGTGVSSSSLRKTIHDSYEKHLQQERQAKPESVKGMKIGLDDEP
                     TSGQPS"
     CDS             19866..20594
                     /gene="fabG_2"
                     /locus_tag="SEQF2637_01388"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67610"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase FabG"
                     /translation="MTKQALITGGTKGIGRAVADVLARAGYDLTLTYGADTVAAEEAA
                     EAIRTASAVRVDLLQADITDPASIARVASHFEASDATLDAVVLNAGTTYRASFEELEL
                     AEWERQFFANVHFPVFLLQRLVKRIRRGAGVVFTGSLMAVEPHGMSLSYGVTKSAVHA
                     LAKNLVKFLAPYGVRVNAVAPGFVDTDWHRTKPAEVRRNIEGKIALGRFCSPEEVAEV
                     YRMLVENSYMNGAVVVADGGYCYR"
     CDS             20598..21524
                     /locus_tag="SEQF2637_01389"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDKSFEASLKSIETENLIDLYFYRPIGYRLARMLQHTGVTPNM
                     VTILSIFVGAGTGYLFYFTGRPEYTVAGILLLIVANILDCVDGQLARLTGIKSEIGRI
                     LDGMAGDIWFTLIYVGLALRLTHLYGSGWFFVPAVASGLSHLLQAGITDYYKTLHLYF
                     VSKEKGREFHSIDQVKAQQRAMKSRTNRAFFALYEVYTRVQEFWTPALQRMLRTLQAR
                     YGDDIPEPLRQAFRSRSRHLMTHFIDFMTFNGRTVVLFLVMLLSIRWSGIVWIYFVYE
                     IVVLNAILLLSVHRHEQICRDIITLDERSRHE"
     CDS             21517..22365
                     /locus_tag="SEQF2637_01390"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEQTDVKPVFGLADLQAAAPIFRHRWAIPIARRLMKWLAIDKV
                     NAIHTQHCHLRGAAFTSAMLADPMMDVRYNIHHAERLDTLPTGAFITVSNHPIGSLDG
                     IILIDLFASRRPDFRVMVNGVLERIWAMSDNFISVTPKTGNQTTAHHANVGGVRLALE
                     GLRNGHPIGFFPAGAMSFGNARGEVLDRPWTHSVIRLIRKAGVPVYPVYFDFRNSRFF
                     YGLGWISWKIRTLRVAAEAFNKRGRTAEVYVGAPIDPDVIRSYTDDVALADFLYRRTY
                     ALPKED"
     CDS             22397..23551
                     /gene="wbbL_2"
                     /locus_tag="SEQF2637_01391"
                     /EC_number="2.4.1.289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMY3"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylglucosaminyl-diphospho-decaprenol
                     L-rhamnosyltransferase"
                     /translation="MLLSIVIVNYNVKYLLEQCLRSVREAAQGIEVETWVVDNASTDG
                     SVDYLRPLFPEVHFIENADNPGFAKANNQAIRLSRGRYVLLLNPDTIVTSEALRGACH
                     FMDSHTNAGAIGVKMINGHGAFLPESKRSFPTPWVAFCKLSGLSRLFPRSPRLAAYSL
                     RYLSDDAVHEVQVLSGAFMFLRHEALRRIGLLDEAFFMYGEDIDLSYRMIPAGYANYY
                     LPFSILHYKGESTHYADRRYLNAFYNAMLIFYRKHYPNAGGPAWALIRLAVCLRKALA
                     GLFGWKRTRPSRRRGGRRPELMYVCSKAHAADVRRRVLERFPEATSIAWEAADEIGAI
                     PPLDGYTDIIFCHPDLSFDRMINLMDRCPDKRMTYHTFYPDTDRWISPTR"
     CDS             23530..24090
                     /gene="speG"
                     /locus_tag="SEQF2637_01392"
                     /EC_number="2.3.1.57"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KL03"
                     /codon_start=1
                     /transl_table=11
                     /product="Spermidine N(1)-acetyltransferase"
                     /translation="MDLTHPITPPPEAWLDGRRVRLRALEPEDLEALYGWENDPATWE
                     QGCTLAPYSRYALREYIASASTSDLYAMRQLRLMIIDKSADRAIGTVDLYDFDPHHQR
                     AGLGVLIDASCRGRGFGREAIGLVSAYAFRFLHLHLLYAHVSTRNTPSLRLFAAAGFQ
                     SCGTLPGWVRTAKGFDDVVVMVCTCD"
ORIGIN      
        1 gttttgcttc aaaccacctg gtttggcccc aatcgggggt cggttttgct tcaaaccacc
       61 cggtttggct ccaatcgggg tcgggtttgc ttcaaaagca ataccgattt tgggtcttgt
      121 acgtgcggaa agcaaagacc ctgctcccgc cagaggggga acagggcctt gaggttagcc
      181 ttgcgacggg tgtcgcagct gaggcgtcgt cactccgcgc ccatttcttt ataccatttg
      241 aacgactcca cggccaagag gatgctgaag cagagtacga atggaagaac gaacacctgc
      301 accgggttga aagccatgat gagttcgccg ccatcgtgca ggacattgaa gagcgccatg
      361 acggcggcta agatgaggtt cacgagcgtc gcgccacggc cacggccgta catcgttgtg
      421 gcgataccca cagcgggcag cgtgtaggtg atgatagcca tgaaggccat catgcccacg
      481 ggcgcctctt cggcatgctc cacggctacg tccacggccc agaagatggg cagcaggtcg
      541 gccatgttgt gcgccaagaa tcccgccagc accagtcccc agagtgtgat gatcttttgt
      601 atgcgtgtca ttgtctgtgt gcctcctatc tcttagagtg cgatcacctt gtaagcgccc
      661 gagggggtct ctacggtggg tttgttgctg cctttgccgg tggtcatgtc gtagcgatag
      721 aagccgatgc cctcgctggt ctgttcacca aagtagatgg cgttgcctac gcggatgatg
      781 gcgctggagg tccaagccgt ggtggcgggc ataggcagca cgcggcctgt cttggcgcgc
      841 acgtccacct cgtagggcac gaaactgcgg ttcttggtca tgttcggatc gtccttctcg
      901 gtcacgaggc tcggcttgta gagcatgagg tagatcttgc cgttgccgcc gtaggtcata
      961 tacaagccgt acgaccccac ttcgccgcca ttagcggttt gcaggctcat gtagaaatcc
     1021 ttgtcgaagt cggtctcgcc cttcttgata cgcagcaggc cgtccttgta acccttcccg
     1081 ggcatgaact gcgccatcat ggccgatcgg gggccggtgt agaagtagat gttgcccgct
     1141 tcgtccgtca cgggacaggt gtggcccacc atgccgaggc tcgtagcgcg ctcgtccttg
     1201 atcaccttct ccacgcggtc cgtggccacg tcgatgacgg ctatttgcgc cgctgtgggc
     1261 aggatctcct gcatcgattt ggcttggttg agggggagga acagtttgcc gtcgcgcaca
     1321 atgccattgc caccgtccgg gtcgttgtcg ccctcggcgt acgcggagag gtcgatctcc
     1381 ttgacgaccg tcatggtgga ggggttgatg acgatgagct gtccgcggct accggtggtc
     1441 acggcgtaag ccttcgtctc gctggcgaag atgatctcca ccacgttggg cgatccgggg
     1501 aaggccagct gtgccacggg cttttccgag aggcggcccg tcttgctcag ggcgtactta
     1561 tagagcgtct gctcgccgcc ctgtccatac atggagccgg actgcatgta gacgtagtcg
     1621 ccaaacttct caatgaagag gtgcccggac gccagcttga tggcgccttt gaagttggtc
     1681 ttcaggccct ccttgaagtc ttcgaaggtg gtgatgtaaa acgcattgtc cacgtttgcc
     1741 gcgaaggcat aatggtgcac cgcctcctcc ggcgtagggt tcggtccggg cttgggttcg
     1801 ggctttggcg ttggggtgtc gttctcgccg catgatgtgg ataacatcag ggccaaggct
     1861 gccgccacgg tgggcagtag gccgtacaaa ttgctctttt tcattccttg atcgtattaa
     1921 gtttgttaag cgtgtatttg actttgaagt gcagggtgcg cttctctaag gggtaacggt
     1981 attcgcccca gttctcgcgg tcgaagaggt tgcgcacctc caggccgagc tgccactgag
     2041 gagtgaaggc gtggtgcagg cccacgttca cttcgtattt cgaagggatc tccatcgagc
     2101 tgcgatcgcc gggagcctcc cagttgtaat tgaatcggtg cgtgaactca aagccgaggg
     2161 tcagggccga atgcgatctg cgtcccaaca ggtggtcggt gtgcaggttg atgtcgcagt
     2221 tgccgaagaa gtagggcgtg ttggggatgc ggtagttgta gtggaagtta gacccgccac
     2281 cgacggcgtc gcggcgcgta tcgcgtgcat cttgccagga cacgttgccc ctcacgtcga
     2341 gccacgggaa gaggccggca tccacgctgc cctccacgcc cgtgatacgt gcccggccga
     2401 tgttttcgta agccatatac atcgtgccgt acatcatttt gatcatgtcc gtgaggtgca
     2461 tgtagaaagc attgacctcg atgcgggcgt gcggatagcg cccggaacgg acgatccatc
     2521 cggccccgag gttcatgttc aggctctgct cggggcggag catgtaggag ggatagatca
     2581 gcacaccgtt gccaaacatc tcgtcggctg tgggcattct gcgcagcgat tgcacggagg
     2641 ctttcacggt cagtgcttcg ctggggtgcc aggcgatggc ctcactccat cccggtgccg
     2701 cctgagcatt cttggcggcc gtcaactttt cttgtagcac cacgcgctca ggcgacggca
     2761 tgacctccga tcggtaatag aacagcttga tccccgcctc attgacccag cgtccaccgg
     2821 ccagatgcaa ctcgtacgtc aggccggcca cgattgcatg taactgactc gggtagccgc
     2881 cggtggggaa gcgcgaatag ctgtcggcca agtcgtcctt gggtagtttg cggttgtatc
     2941 ggtgggtgat gttggcgttc agggcgtgga cttcgttgaa acgatagttg gcgttgagtc
     3001 gctcctgtag gttcgtgtat cgatcacggg aatcgttcgg cagcgaaccc acctcgcctt
     3061 gcacagagga gctgaggaag cgattgccga ggaagtcgta gctgtaatgc gaggtgtcca
     3121 cctgattggc cacagccaag ccctgcgaag cgttgagtag gatcgagaat cggccgtcgg
     3181 cgagtcgctt ggacagcgcc tgggagatgt tgagggaatt gtagcgcgag aaggcgtgcc
     3241 ggatattgtt ctgcacgttc atcagtccgc cttgaatctc gtcgtagagg ttttcatagc
     3301 ctacggacag ctctgcgtgg tcgagcggca ggcgggtaaa agcgacgccc acctcagcgg
     3361 ctatgcgtcg ataggcgtcg tgatcgcggc ggatgatgcg ccctagctcg aagggggaat
     3421 tgaaggtgta gtcgtttttg gagtagtcga atgagccgcc cgcgcggaca gccagaccgg
     3481 ccgcgggcag gtatttcttg gcttgaaagt tggccgtgtg cgtgtggtag gacccgatgc
     3541 catacgcggc ctcgaggtga tcgttttgga agtccttgag gatgatgttt accgccccac
     3601 ccagtccgtc gccccccaag taagccggca cgatgccttt gtagatctcc acctcctgca
     3661 ccatgtcggg cgggatggat ccgagtgaaa actcctccga actccccatg ggtacaccgt
     3721 tgacgaagac gccgatgcgc ttaccgtcga ggccctgcac caggatacgc gccatgctgc
     3781 ccatgccgcc ctgccgcgct acgtgcacgc cggccgtctt gtcgagcacc tcgttgagcg
     3841 ttgccatatg atagcgcagg gccgaggcat cgaccacggt cacggccgac ggtgcttcac
     3901 gcaagcgctg cgccgcgctt ttgctggtca cgacgacttc ggacagctga ctgtcgtccg
     3961 gtcgcagcgc cacgtcgagt ggcgttgtgc ctgctcgacc gaccgttacc gtcagtgttt
     4021 gcgaggtgta gcccaagcaa gaaaaggtca gcttgtatcg tccggccggt agcgcaacgg
     4081 tataacgccc ctcggcatcg gtcacggcgc catgatagcc gctggcatcg cgcaccaata
     4141 cgccctcgag cgccctgtgt gtctctgcgt cagtgacgcc gccctgacag acgcccgtgc
     4201 caccctgttg cgcaaacaga gagacgaacg acagtagggg gatgaaggcc agtccaaaca
     4261 ggcggacgcc tcgaccgagg cggattgtgt ttaggatgtt taccatagtg ggtacagtgc
     4321 tttctgtttt ttggggcaaa agtatcggtc cgtgtagggc gccgcaatcc ctatttttaa
     4381 ggagggttgt tgggagaaag aagccctgat cgggttagag gccgtttctc aatcttgcaa
     4441 agcctcgacc tacactgtcg atccagcttt tcagacttgc aaagccccga cctacactgt
     4501 cgatccggct tttcagactt gaaaagcccc gacctacact gtcgatccgg catttcagac
     4561 ctgaaaagcc ccgacctacg ctgtcgatcc agcttttcag acttgaaaaa ccccaaccta
     4621 cactgtcgat ccggcatttc agacttgaaa aacgccgacc tacactgtcg acttagagca
     4681 attcaaaaca gccgtctata tttgcggcgc aattgaggcc ccgtagctta gttgaataga
     4741 gcgtcagatt ccggttctga aggtcgtgcg tttgagtcgc accggggtca ctacttcgac
     4801 attcttcgcc gtgaggcgct ttagattagg aatgaagatg taattgttat agtatagata
     4861 gtgttttcga ggagcctcgt cggtcatgct tttagccgac ggggcttctt tttgaagagc
     4921 ggaatgggcc gcgatctccc gatcgagggg tgcacgcgcc atccccccgg acatatgtag
     4981 aagctggttt gaatgtattg gatgattgtt ttatgaagct gtttgggcga atctccccca
     5041 tttctatttc gggtctatcc ggggcctgtt tctaccctaa taaattcaaa atagcttctg
     5101 aaagcgacaa acgatgtttt gccggaagag gtgagaagac ggactgagtc aatggataga
     5161 atgaccacca tcgaacgtag acgaagaacg ataacggagc gtgcgtggct cggtgtgcta
     5221 tggtgcctga tcgtgggtgc cgtggccacg ggctgccaac gcggcggaga gcgtcggcag
     5281 gaaccgacgg ccgaggaacg ggcggcacgg cgtgactcgc tcgaggcgct gttcaatgcg
     5341 cgtcgctgga cctcggccga ttcgcttggt gtggcccttc gcgaggcgcg tgcttcgggc
     5401 gacagtgtgg cggtagccgt ggcttgtcgg gcggccgcga tggcgttgca gaacaagcag
     5461 cggtttgccg aggcgacgca ggtggtgcag acggggatcg aagcgctacg tgacacgccg
     5521 gacacgatcc tcgaggctac gctgcaaaac acggcagcca cgggctatcg acgcatgggc
     5581 gccctcttcg aggcttccga tcgactctac gatgcgctgc accgtgtgga gaccttctct
     5641 ggcgccgact cgcccgaggg caaacgtatg cgtgccttcc tttacaacaa cctcggcaac
     5701 gtctataaat acctcaatga cggcgacgag gccgagatct tcttccgccg cgccatcgtg
     5761 ctggacgagg agctgggcaa caacaacggc gtggccatga actactccac gctgggtagt
     5821 atctacgagt accgcaagca gaacgactcc gccctggcct tctacaatcg tgctctggaa
     5881 cgcaacatcc gcggcggatc ggtcacgggc atagctatct gtcacaatca catcgggcag
     5941 ctgctcatga aacacggcga aatggactct gcgctcgtcc accaccgcgc cgcctaccga
     6001 gttcttcagg gcgaaggtga ggtgtggaat cggcagcggg ctgccctatc gatggcttgg
     6061 atttacctac agaagaacaa cctcgaggcg gcgcgtcggc tgctcgacga gacggaggtc
     6121 gtggccctcc gcgcgcattc cttcggccat ttggaggaga cgtattactg tcaggccgag
     6181 tattaccgcc ggcggggtga ctatcgcgcg gcatccgatc ggcaggcgcg ttgcttagat
     6241 tgtcgagaca gcatggctcg acagcgcgac gagcgagagg tggtccaaaa tcgtatccgt
     6301 tacgaacgcg agaagaacga cgcggaggtc ttccgcctgc accgtcgcaa cgaggccgtg
     6361 gaggccaatc ggcagctcat cctcttctcg tccgtcctga tcgggtcggt gctcatcgtc
     6421 ctgctcgtgt tggccgtgtt gctgatccgc ctgcaacgtc ggcgcaaccg cgaactgcac
     6481 gagatgaatg cgacgaaaga caagttcttc tccatcatct cgcacgacct caagaacccc
     6541 gccttggccc aacgcaacgc cctgcaagcg ctcgtgaacg acgccgcaga gctggacgcc
     6601 gaatcgctct cgcattacta cgccatgctc ctcaagtccg ccgacgcaca ggtagagctg
     6661 ctctacaacc tcctcgactg ggcgcgtgtg cagacgggcc gcatcccctt taccccggtc
     6721 acgttttcgc tcagccgtgt agtcgaggac gaggtttcgc tcatgcatat gcccatcgaa
     6781 tcgaagtcca tccgcctcac cgtcgacgtc tcggacgatc tctgcgccaa cgccgatcgc
     6841 aacatggtcg ccaccgtcct gcgcaacctg ctcacgaacg ccatcaagtt cagtcacccg
     6901 gagggccgca tcgccatctc cgcgcggcaa gacggcgcat ggatcaccgt ctccgtcgct
     6961 gacgacggcg tgggcatgtc ggccgacaag ctgcgcaccc tcttcgacgc tggccgtgag
     7021 cagtccacgc gcggcacccg gggcgagacc ggcagtggcc tcggactcgt cgtctgcaaa
     7081 cacttcgtgg agcgtaacgg cggccgcctc accgcccaca gcgaagagtc gcgtggcacc
     7141 actttccact tcaccctcaa agccaagtga ggagaaaaca aagcactcga actactccct
     7201 actacttata actaccctaa caacccaaca acatggacgt aaaaatggag ccgagctgga
     7261 agacacgtct ggccggcgaa tttgagaaag actatttcgt gaaactgacc gatttcgtgc
     7321 gccaggagta ccgtcaggcg acggtctatc cctccggacc gaacatcttc aacgcctttg
     7381 cgcactgtcc cttcgaccgc gtcaaggtgg tcatcatcgg tcaagacccc taccacgagc
     7441 ccggccaggc gcatgggctc tgcttctcgg tgcaggacgg cacgcccttt cccccctcgc
     7501 ttcaaaacat cttcaaagag atcaccgacg acctcggccg accgcgcccc acgagcggcg
     7561 acctcacgcg ttgggctgat cagggcgtgc tgctgctcaa cgccaccctg accgtccgcg
     7621 cgcaccgtgc cggatcgcat caggggcatg gttgggagac gtttaccgac gccgtcatcc
     7681 gttgcctcaa cgccgagcga cagcacctcg tatacatgct ttggggagcg tatgcacaga
     7741 agaagggcgc ctcgatcgat acctcgcgca acctcgtcct cacctcgccc cacccttcgc
     7801 cgctgtcggc ccatcgcggc ttcttcggca accgccattt cagtcgcgcc aacgactatt
     7861 tagtagccct cggcgagtca cccatcgatt ggtgagcaat catggagaat ccggaacacg
     7921 gatggcatcc ctcgcggtgt gcatcgaagc acttcgactg gcgtccgaaa tgctggaatc
     7981 attgattttg gggctcagaa gggcttccga gcatggtgtc tggtgggatg gaaacactcc
     8041 tacagataaa gaacaaaccc ctgcgccaga tctaaaatag aaggcgcaag ggcttgtaat
     8101 gaatgatgaa ggttggtgat tccggtgcga ctcgaacgca cgacccacag cttagaaggc
     8161 tgttgctcta tccaactgag ctacggaacc gtcgtttttt ctttttgcgg cggcaaatat
     8221 agaagcagtt ttgatttcgc cccgcctcgc gagcggcctc tggcagggca accgcatcaa
     8281 aacggcacct tcccgagcct tctgtttatc tacgaaacgt ggggttcggc gtaagaatag
     8341 agtcagcagt ttctacggaa gccacgccat ggccaaaacg tttttggaaa tgcttgcaac
     8401 actcccgcaa acaccaaagc atttcccgtg ggacttgcgg ggctcccgca aacgccaaaa
     8461 agttttccga ggcacttgcg ggactcccgc aaacgccaaa aagttttccg aggcacttgc
     8521 ggggctcccg caaacgccaa aaagttttcc gaggcacttg cggggctccc gcaaacgcca
     8581 aaaagtttct cgagagactt gcgggactcc cgcaaacacc aaaaaaattc tcgagagact
     8641 tgcgggactc ccgcaaacgc cagaaagttt ttcgtgagac ttgcaacggt gttgcaaacg
     8701 ccagaaaatt tttcgtggga cttgcaacgg tgttgcaaac gccagaaagt ttttcgtagg
     8761 acttgcaaca gtgttgcaaa cgccagaaag tttttcgtag gacttgcaac ggtgttgcaa
     8821 acgccaaaaa gtttttcgtg agacttgcaa cggtgttgca aacgccgaaa agtttttcgt
     8881 gggacttgca acagtgttgc aaacgccaga aagttttccg taggacttgc aacagtgttg
     8941 caagcatttc caaaagcact atgaccgctg cagcgcgcta tcaaagacta tctctatgga
     9001 ttagcctccc ccattccttc gtcaaactca cgttacggaa aggaagatca cgcgtgaggg
     9061 tgggatctcc acaggtcggc aaaaagcctg aaggctggtg cggtattgat gcagttgccc
     9121 tggcggctgg ggctgtgata gccaatttcc ggccctagat catctattat caccatgcag
     9181 ctatcccaag gagaatctgg gccaacttct ggcagcatat ttgctaagga gggggcacat
     9241 attaagaata ggaacaatca aaatatagta tcatatggat agaaacgagc caatgacggc
     9301 caataatcaa gagaacgaag aaggcacaga ggcgacaaaa gtgcagagtg aaacagaaaa
     9361 cacgtcagcc gaaaacgtta cagctgacga tttgacagac actgcagcaa cgccagatgg
     9421 aggtgaagcc acgaccgact gggaagccaa atacaacgag ctgaacgact cctacctcag
     9481 gctgcgcgcc gagtttgaca actatcgcaa gcgtacccta cgcgaaaagt ctgatctgat
     9541 caagagcggc ggtgagggtg cactgatcgg cttactaccc gtgatcgacg atttcgaacg
     9601 ggcactcgat acgatgaaaa aggcgaccga cccgaaggct gtggctgagg gcgtggagct
     9661 gatctatagc aaattcatgg actacctcgg tcggcagggc gtgaagccca tcgaggccgt
     9721 cgggcaaccc ttcggcacgg agatgtttga ggccgtcgcc atgatccccg ccccagacga
     9781 ggcgcagaag ggacgcgtga tcgattgtgt gcagacggga tacgtgttga acgataaggt
     9841 gatccgccac gccaaggtgg tcgtcggtga atgattctct ccaatatcaa ctaagaggaa
     9901 tagaagactg tggaaaaaag agactattac gaagtgctgg gcgtggcgaa aaacgcttca
     9961 gcagacgaga taaagaaggc ttacaggcaa aaggccatcc agtatcaccc ggatcgtaac
    10021 ccgggcgata aggaggcgga ggagaagttc aaagaagccg ctgaggctta cgacgtgctg
    10081 agtaacgacg agaaacgcgc tcgttatgac cgtttcggac atgccggaat gagcggtgca
    10141 gccggcggcg gtgcgggtgg attcggcggc ggtatgtcga tggaagacat cttctcgcag
    10201 ttcggcgacc tcttcggcgg acatttttcc gggttcggag gctttagcgg cttcggcaac
    10261 gccggcggtg gccgacgtgt cgtgcagcgt ggctccgacc tgcgtgtgaa ggtgaaactc
    10321 acgctcaagg agatcgctac gggcgtggag aagaagatca aggtcaagaa atacgtgccc
    10381 tgcacacact gtcacggcag tggggcagag gacgagaagg ccgtcgagaa gtgtccgacc
    10441 tgccatggta gcggttacgt gacgcgcgtg gccaactcca tctttggcca aatgcagacg
    10501 cagtccgcct gccccacatg cggcggatca ggcgagacga tcacacgcaa atgtgccgag
    10561 tgtaatggcg agggcgtcgt gcgtgctgaa gaggtgatca cactccatat ccccgcgggt
    10621 gtgagcgaag gcatgcagct gtcgatggag gggaagggta acgcggcgcg tcgtggcggt
    10681 atcaatggcg acctgctgat cctcgtcgag gaggaacgtc acccggaact gctccgtgac
    10741 gagaacgacc ttatttataa cctcctgctc tccttcccac aggctgctct gggtgcgtcg
    10801 gtcgagatcc cgacggtcga cggtcgcgtg aaggtgaaga ttgagccggg cacacagtcg
    10861 ggtaaggtgc ttcgcctgcg caacaaaggt ctgccttcgg tcaacagtta cggtacgggc
    10921 gacttgctga tcaatatcaa ggtttacgtc cccgagaagc tgaccgccga ggaacgcaag
    10981 aagatcgaga gtctcgtggc ctcagccaac tttacgcccg atgcttcggc ccgtgaacgt
    11041 gccttccgct cgttaagaga ctttgaggat tgatcccctg cacaccgatg gaatactacg
    11101 agtttcgatt cacctacgtc catcctgcaa cgatggatgc ggacacgatc aacgacgtct
    11161 tggccgctga gctgggcgcg atcggcttcg atagcttcgc ccccgatgcc gacggactga
    11221 acgcctacgt ccctgtggcg gattatcgtc ccgagtcgct cgcgcagctg ctcgccgact
    11281 ttcccctgtc ggatatcgta atccgctaca cgcacacgtc cgttcccgat cgtgactgga
    11341 acgaggagtg ggagaagaac tatttccagc ccgtgcgcat cggtcatgaa tgcctcatcc
    11401 gtgcctcctt ccatcagccg gaagagggtt ttgcgcacac gatcgtcatc gatccgcgta
    11461 tggcctttgg tacgggtaat cacgctacga cagagcagat ggtccgagcc atattgccgc
    11521 tcgacctgca tggtcgggag gtgcttgaca tgggctgcgg taccgccgtg ctggccatct
    11581 tggctgcaca gaagggcgcg caccgtgtcg tggccatcga caacgacgag tgggcctatc
    11641 gcaacgccat cgagaactgt cggctgaaca acacacccga cattcatgtt ctccacggcg
    11701 gtgccgagca gatagcagcc tgcggaacat ttgattacat cttcgccaac atcaatcgga
    11761 atatccttct gcgcgacatg tcgcattacg tgtctgcgct tcgctcgggc ggacgtctct
    11821 atttgagtgg attctatgag tcggatgtgc ctgccatagc gcaggaatgc cgctcgcaac
    11881 ggatgacatc aagcctctat tcatcccgta acgaatgggc tgtagtggtg gctgcgaggg
    11941 aatggtaaag atcattaaaa gccctctatt tggcagaatc ttattctccc gaatgcgtac
    12001 gtttgccgaa aacactaacg gatttttaat tgtaggtcaa tatgaagaat aatgtagact
    12061 ccaagttctt actgggactt ctaatcggcg gggcagttgg agccgccatt ggctatttag
    12121 ccgcaacaga taagcgcgaa cagctcatcg acgaacttaa cgacgtagtc ggaaaggtga
    12181 agagcaccgt gaacatggcc atctcaaaat ataaggaagg ccgcgtagct ccgattatcg
    12241 acgaggtgga aagcgccgct gaagatgccg aactcgtgta acagtttatg aagcgcgatt
    12301 cggagcaatt cttccaggag attaagaagg atttgacccg gtatggagag ctccgacttg
    12361 agcttttgaa actgggggcg tatgagaagg cggggaaagt gttttccgtc ctctcataca
    12421 gcttaatatt actcaccctc gctttcttcc taaccctttt cctcttcctg gcgctcggat
    12481 tctttctgag cgaatggtta cactccaccg gcgtcggatt ctccatcgtc gccattctct
    12541 atgtcatgct cgtcggaggt gtagtagcct tcaagaccaa aattcggagg ctaatcctcg
    12601 atgctatact cgatatgttg atgaatgacg aagacgacga agacactcca cccgttacaa
    12661 acgcacctca tgacaacgac caccctgcca caaaccccgc tgaacaaact gcaggctgag
    12721 aaacgcgagt tagaagcgct ctgcaaaaag caagaagagc gactcgcagt gcacgcccgg
    12781 tatctccaag acaatgcggg cagtctgctc ctctccggcg tatccgcact gctctccagc
    12841 accggtacac cgaaagcaga gaagactgaa tccgccacgc aacaacgatc gcgtccgcaa
    12901 tcgtttgcca aacgtccatc cgcagcaccc gccgtccctg ggctccccat gggactatcg
    12961 accttgctca aggtgcccaa gatggtctcg attggtgccg ggtggatgcc gctggtatgg
    13021 gaggtggcac aaccccttct tatcacttgg agcatcaagc gcgtcaagcg gattatcggc
    13081 ggtgccttca cccgaaaaaa gaaaaagtga cactcagccc cggtagccgg taaaccccta
    13141 ctgaggcgcc ccccctaaag agaaagaatg aggcgtatca tcaccatcct ctgtaccgca
    13201 gccctcctca ccgcatggct cacatcttgc gcaacgccct gtggctgtta gcgctcgagc
    13261 aacatataca atcatcacac aatcatcaac cctttaaaga tttacgataa tgacaaaagt
    13321 aggtatcaat ggatttggcc gcatcggacg gttcgttttc cgtgcagcca tcaagagaga
    13381 tgacatcgaa gtagtaggca tcaacgacct ctgcccggtg gattacatgg catacatgct
    13441 gaaatacgac accatgcacg gtcgcttcga aggcaccgtt gaggctgacg tagagcacag
    13501 caccctgacc gtgaacggca agaagatccg cgtcaccgcc gagaaagatc ccgccaatct
    13561 caagtggaac gaagtcggcg ccgagtatgt ggtagaatcc accggcctct tcctcaccaa
    13621 ggaaaaagcc gaaggccacc tcaaggccgg cgccaagtat gtcgtgatgt ctgccccctc
    13681 gaaggacgac accccgatgt tcgtctgcgg cgtcaacctc gacgcttaca agaagggcac
    13741 gcagatcgtt tctaacgcct cctgcaccac caactgtctt gcccccatcg ccaaggtgct
    13801 gaacgacaac ttcggcatcg agagcggact catgaccacc gtacactccg taacggctac
    13861 gcagaagacc gtcgacggtc cctcgatgaa ggactggcgc ggcggacgtg ccgccagtgg
    13921 caacatcatc ccctcgtcta cgggcgccgc taaggctgta ggcaaggtga tccccgccct
    13981 gaacggtaag ttgaccggta tctctatgcg cgtcccgacc cttgacgtat cggtggtcga
    14041 tctgaccgtc aacctggcta agcccgcctc taaggaggct atctgcaagg ccatgaagga
    14101 ggcttcagaa ggcgaattca agggcatcct cggctatacc gaagacgctg tcgtatcgtc
    14161 cgacttcctc ggctgtaccc tgacctcgat cttcgacgcc aacgccggtg tttacctcac
    14221 cgataagttc gtgaaggtcg tctcgtggta cgacaatgag atcggatact ccaacaaggt
    14281 gctcgacctc atcgcacaca tggctaaagt gaacggataa acgcatcatt tggaggcaca
    14341 ttctccggat tgttattttt taatggtatt tctcttcggg gcgtcactct cagcaatgag
    14401 gggggcgcct cgatctttat tccctatgga aaaagccaaa gcactcatca ccatcgcaca
    14461 gcgcatgcgc gctctggcgc agaccggact ctcgtactcc gtgagtgatt acgagaccga
    14521 ccgctgccag gagctgctcc gcctcagcga ccgcatcacg tccatcgtca gcggcctccc
    14581 ggacgaggag atcgccgcct gctaccaccc catgaaggag tacgtcaccc ccaaagtcga
    14641 catccgcgca gccatcttca acgaccgcga cgagatcctc ctcgtgcgcg aaaaggccga
    14701 cggacgctgg gccatgcccg gcggatggtc cgacgtgggc tacaccccct cggaggtggc
    14761 tgtcaaggag acgaaagagg agacgggcct cgacgtgcgc gtcgaacgcc ttctggccgt
    14821 gctcgacaag cgttgccacg actaccccgc ctcgccgctc tacgtctaca aaatgttcat
    14881 cctctgcacc gtcacgggcg gcgagctagc cggcacgttc gacatcctcg accagcgttt
    14941 tttcgccctc gacaacctgc cgccgctctc gctcgaccgc accttgcccg aaaacatccg
    15001 tatggtcgac gagctgcgcc gtcaccctga gcggcccgtg gtgctggatt aatacgggtt
    15061 tgaccgcgca gcttgctcgg ggttcctgcg gcatttgcct tgacgtttgc gcagcctgcg
    15121 caagtcccgc ggcatttgct ttggcgtttg cgcagcctgc gcgagttccg cagcatttgc
    15181 tttggcgttt gcgcgggccg cgcgagtccc gcggcatttg ccttgacgtt tacgcagcct
    15241 gcgcgagtcc cgcggcattt gctttggcgt ttgcgcgggc cgcgcgagtc ccgcggcatt
    15301 tgccttgacg tttgcgcagc ctgcgcgagt cctgcggcat ttgctttgac gtttgcgcag
    15361 cccgcgcaag tctcgcggca tttgctttgg cgtttgcgca gcctgcgcga gtcccgcggc
    15421 atttgccttg acgtttgcgc agcctgcgcg aggttcccgg caaatgacgc ggccccagcg
    15481 ggtactcccg taaatgccgc cgcatgggcc gaagagcggt gggcggaaag ggaaaaatga
    15541 cggacttttg ggccgttttt atcgatgaca aaagggaaaa tggagcagaa aacgagtttg
    15601 ctggggatga ccatcgcgga gttgcgcaca gtggccgcgg aggtgggtct gccggcctac
    15661 gcggcgagtc agatggccga ttggctgtac aagaaacgcg tgtcggaggt ggcggaaatg
    15721 accaacatcg cgctgcggaa gcgggaagtg ctggccgcgg gctacaccgt gggcgcacgc
    15781 gagccggcgg aggcggcacg gtcgaaggac gggacagtga agtacctctt cgaggccgcc
    15841 gcggggcgtt tcgtggaggc ggtctatatc ccggccgagg agcgagacac gctctgcgtc
    15901 tcgtcgcagg tgggatgccg catggcgtgc cacttctgca tgacggggcg gcagggactg
    15961 ggggcgaacc tgacggcggg tgagatcatg aaccagatcc tccgactgcc tgaggctaca
    16021 caactgacca acctcgtttt catgggcatg ggggagccgc tcgataacgt ggacgaggtg
    16081 ctgaaggcgc tggagatcct cacctcgagc tacggagtcg ggtggagccc gcggcggatc
    16141 acggtctcga ccgtcggcgt ggcggcgccg ctcaggcggt tcctagccga gagtgagtgt
    16201 cacctggccg tgagcctgca ttcgcccttc gccgaggagc gcgcccgact gatgccggcc
    16261 gagcgggcct gcccggtcga ggaggtggtg gcgctgctca aggagtacga ctttgcgcac
    16321 cgccggcggg tgtcgttcga gtacatcctc ttcgacggcg taaacgacac gatgcgccac
    16381 gtgaaggcgc tcgcggcgct gcttcggggg ctgccctgcc gggtgaacct gatccgcttt
    16441 catgccatcc cgggcgtggc gctacggagt tgctcggcgg agaagatgat ctggtttcgc
    16501 gacgcgctga atgcgcgggg cgtagtctgc acgattcgca cttcgcgcgg ggaggacatt
    16561 caggccgcgt gcggcatgct ctcgaccaag cgccttttag agaagagaca ttagggcgca
    16621 cgctactttt gggccgtaca catatacatt tatatatagg acaactaaac agagagagaa
    16681 gacaatatga aaaggacctt tttcttgacg atgatcatgg gcctcgtggc cctgttatgg
    16741 agcgcatgcc acacgtcgcc gtcgatcatt tcggccaccg gcatgccgta cgaggtggag
    16801 gtggtgacga cacgcgccct ctgggacgac acggtgggtg tgagcctgcg cgccgagttg
    16861 cagcggccca tcagcgggct acctcaagcc gagccgtcga tgcgtgtgac gtttgtcacg
    16921 ccggacgatt tcaacgggct gacaacctat gtgcgcaaca tcatcatcct cacggtcgac
    16981 gccgagcgtt acacaaagct gtccgtccgg gcggagaagg atcgctgggc gacggggcag
    17041 gtggtggtct acatctcggc gccggacgag gcgtcggtgc tcacctatct ggccgaccat
    17101 cgtggtgcgc tgacggacta tttcacgcgg ctggagatga tgcgcatggc gcaggtgatg
    17161 caggagacgt acagctcgct ggtgatggac tcggtaaagt cgaagttcgg cgtgatgctc
    17221 aatgtgccgt cggacatcac ctcgtttaag gacaccacaa acttcttctg ggcctcgaac
    17281 aacgccaaca cgggtcgcat ggacgtggtg gtttacacct tcccctacac cgacgagaag
    17341 accttcacgc tggaatacat gcagcacatg cgtgactcta tcctaggcgc gaatatcccc
    17401 ggagcctacc cgaactcgca catgacgacg cagcccatcg gcctcaccta cacgccgcgg
    17461 acgcttcagg gcaagtattg cggcgtgtta cgcggactgt ggaagatgga gggcgacatg
    17521 atgggcggac ccttcgtcag cttcgcccgg ctggacgagg cgaaccaccg cgtggtcgta
    17581 gccgaaggct ttgtctacgc ccccgagacg gacaagcgca actacatccg tcgcctcgaa
    17641 gcggggctgc acacgctgcg cctgcccggc gagttcgata agccgctgga cggcgtggaa
    17701 gagatgaacg gacggaagaa ctaacaacga aaatcgaaaa gctaagagcc tcatcgccgc
    17761 acctatcggc ggggctttta gcttttcgtt tttcactttt cacttgatag cttacagaga
    17821 cagcatggaa gaaagattga ttcgcgtggg tatcacgcaa ggagatatga acggggtggg
    17881 atacgaggtg atcctgaaaa cgttcgcaga agagatgatg acggacatct gcacgccggt
    17941 catctatggc tcactcaagg cgttgcagta ttatcgggat acgctgacgg acatcaccga
    18001 accggtgatt ccgaacgtca tcgcccgtgc cgaggaggcg gaggagggcc gtgtgaacct
    18061 catcaattgc gtagcggccg actgccccat cgcaccgggc gagtcgaccg cggagggtgg
    18121 catggccgcc ttcgcgtcgc tcgaggccgc cgtggccgac ctcaagcggg gcgtcatcga
    18181 cacgctcgtc acggcgccca tcaacaagca caacatccag cacgacggct tccacttccc
    18241 cggccatacg gaatatctcg aggcctgttt cggggagaat ggcgtctacc gttcgctgat
    18301 gatcctcacg agcgacaggc tgcgcgtggc cttagtgacg ggtcatgtgc cgctggccag
    18361 cgtcgcctcc cacctcacgc cggaagccat tacggataag ctgatcctct tcaacacgtc
    18421 gctcaaggag gactttggca tcgtccgccc gcgcattgct gtgctctcgc tcaatcccca
    18481 cgccggcgac gccggactgt tgggcgagga ggaggagacc gtgattcgtc ctgcgatggc
    18541 cgaggccaag aagaaaggcg tgctgtcgtt cggcccctac gcctcggacg gcttcttcgg
    18601 atcgagcacc ttccagctct tcgacggggt gctggccatg tatcacgatc aggggctggc
    18661 gccgttcaag gccttggtga tggacgaggg cgtgaacttc accgctggac tgcccatcgt
    18721 ccgcacctcg cccgaccacg gtacggccta cgacatcgcc ggacgcaatc gggcctcgga
    18781 agcctcgttc cggcaggcca tctacgcctc gatcgacatc tatcgcaacc gcgaggccta
    18841 tcgccaagcc accctgcacc ccctgcgtaa ggagtttgtc gacaaggtcg ggaaggacaa
    18901 cgtgaagctc gacctcaccc aagaggtgga agagtccgag ctgtagcgct cctgccagtc
    18961 cccgtcccct ccaggggata ggggcgtacc cgcctggaaa gtccccgtcc cctgagggga
    19021 taggggcgta cccgtccaga aagtccccgt cccctgaggg gataggggtg tacccgtctg
    19081 gaaagccccc gtcccctgag gggatagggg tgtacccgtc cagaaagctc ccgtcccctg
    19141 aggggatagg ggtgtacccg tctggaaagt ccccgtcccc tgaggggata ggggtgtacc
    19201 cgtccggaaa gctcccgtcc cctgagggga taggggtgta cccgtccgga aagtacccgt
    19261 cctcctgaaa ttggtaagat cgaaacagct tctacctttg cccgccgtgt aaaaataggt
    19321 atcagaaaat tcaaaacggc atcctatgtt caagaataaa acggtggttt acacctcagg
    19381 gacattcgac atgttccact acaatcatct tcggatgatc aattacgccc gcagcttggg
    19441 cgacattctg attgtcggcg tgagcacgga cgaactcgta tcgtcgtaca aggcgccccc
    19501 catcatcccc ttcaacgagc ggatgcagat cctcgaagcc ctcaagacgc ccgacatcgt
    19561 catcccccaa catacgctcg accataccga gatcgtcaag aagctcaaca tcgatgcctt
    19621 cgtggtgggc gacgactggt acggcaaata cgactacctg cgcgagctcg acgtgcaagt
    19681 cttctacttc ccttacggca caggcgtctc ctcctcctcg ctccgtaaga ccatccacga
    19741 ctcttacgag aaacacctgc agcaggagcg acaggccaag cccgagtcgg tgaagggcat
    19801 gaagatcggt cttgacgacg agccgacgtc cggccaaccc tcctaacgcc gcactccaga
    19861 gagatatgac taaacaagca ttgatcacgg gcggtacgaa gggcatcggt cgtgccgtag
    19921 ccgatgtgct ggcccgcgct ggctacgacc tgacgctgac ctacggcgcc gacaccgtgg
    19981 ccgccgagga ggccgccgaa gcgatccgca cggcgtcggc cgttcgggtc gacctgctcc
    20041 aggccgacat taccgacccc gcctccattg cgcgtgtcgc cagccatttc gaggcctcgg
    20101 acgccacgct tgacgccgtc gtcctgaacg ccggcaccac ctatcgcgct tcgttcgagg
    20161 agctggagct ggccgagtgg gagcggcagt ttttcgccaa cgtacacttc cccgtcttcc
    20221 tcctccagcg gcttgtgaag cgcatacggc gcggtgcagg cgtcgttttc accggatcgc
    20281 tgatggccgt cgagccgcac ggcatgtcgc tctcgtacgg tgtcaccaag tcggccgtac
    20341 atgccctggc caagaacctc gtcaagtttc ttgcccccta cggcgtccgc gtgaacgccg
    20401 tcgcaccggg cttcgtcgac accgattggc accgcaccaa gcccgccgag gtgcgtcgca
    20461 acatcgaagg gaagatcgcc ctcggccgct tctgtagccc cgaggaagtg gccgaggtct
    20521 accggatgtt ggtcgagaac agttatatga acggcgcagt ggtcgtggcg gacggcggat
    20581 attgctatcg gtgaaccatg agcgacaagt cattcgaagc gtccctgaaa tccatcgaga
    20641 ccgagaacct gatcgatctc tatttctatc gccccatcgg ctatcgcctg gcgcgcatgc
    20701 tgcagcacac cggcgtcacg ccgaacatgg tcaccatcct ctccatcttc gtcggtgccg
    20761 gcacgggcta cctcttctac ttcaccggcc gcccggagta caccgtggcg ggcatcctgc
    20821 tgctcatcgt ggccaacatc ctcgactgtg tcgacggcca gctggcccgc ttgaccggca
    20881 tcaagtccga gatcggtcgc atcctcgacg gcatggctgg cgacatctgg ttcaccctca
    20941 tttacgttgg cctcgccctg cgcctcacgc acctctacgg tagcggttgg ttcttcgtgc
    21001 ccgccgtcgc ttccggtctc tcgcatctgc ttcaggccgg catcacggac tattacaaga
    21061 cgctccacct ctacttcgtc agcaaagaga aaggccgcga gttccatagc atcgatcagg
    21121 tcaaggccca gcaacgcgcc atgaagagcc gtaccaaccg cgccttcttc gccctctatg
    21181 aggtctacac ccgggtgcaa gagttttgga cgcccgccct gcagcgcatg ctccgcacgc
    21241 ttcaggcacg ctatggcgac gacatccccg agccccttcg ccaagccttc cgcagtcgca
    21301 gccgccacct gatgacgcac tttatcgact tcatgacctt caacggtcgc accgtcgttc
    21361 tctttctggt catgctcctt agcatacgct ggagcggcat cgtgtggatc tatttcgtgt
    21421 acgagatcgt tgtgctcaac gccattctgc tcctctctgt ccatcggcac gagcagattt
    21481 gtcgtgacat catcaccctt gacgaacgca gccggcatga gtgagcagac cgacgtaaag
    21541 cctgtcttcg gcctggccga tctgcaggcc gctgcgccca tcttccgcca ccgatgggcc
    21601 atccccatcg cccgccggct gatgaaatgg ctcgccatcg acaaggtcaa cgccatccac
    21661 acccaacatt gccacctgcg tggcgccgcc ttcacctccg ccatgctggc tgacccgatg
    21721 atggacgtgc gctacaacat tcatcacgcc gagcgactcg acaccctccc cacgggcgcc
    21781 ttcatcaccg tctcgaacca tcccattggg tcgctcgacg gcatcatcct catcgacctt
    21841 tttgcctccc gccgacccga ctttcgcgtc atggtcaacg gcgtgctgga gcgcatctgg
    21901 gccatgtcgg acaacttcat ctcggtcacg cccaagacgg gcaaccaaac gacggcccat
    21961 cacgccaatg tgggcggcgt acgcctcgcc ctcgaagggt tgcggaacgg tcacccgatt
    22021 ggattcttcc ccgccggtgc catgtcgttc ggtaacgcac gcggcgaggt gctcgatcgg
    22081 ccgtggacgc acagcgtgat ccgcctgatt cgcaaggccg gcgtccccgt ctatcctgtc
    22141 tacttcgatt tccgcaactc ccggttcttc tacgggctgg gctggatcag ctggaagatc
    22201 cgcacgctgc gcgtagcggc agaggccttc aacaagcgtg ggcgtacggc cgaagtctac
    22261 gttggcgccc ccatcgaccc ggacgtgatc cgtagctata cggacgatgt ggctctggcc
    22321 gacttcctct atcgccgcac gtacgcgctg ccgaaggagg attaatcccc ccgcccaacc
    22381 gattgccccc accgccatgc tgctctccat cgttatcgtc aattacaatg tgaagtacct
    22441 gctcgagcaa tgtctgcgct ccgtccgtga ggccgcgcaa ggcattgagg tggagacgtg
    22501 ggtggtggac aacgcttcta cggacgggtc tgtcgactat ctgcgcccac ttttccccga
    22561 ggtacacttc atcgaaaacg cagacaatcc gggctttgcc aaggcgaaca atcaggcgat
    22621 ccgcctctcg cgagggcgct acgtgctgct tctgaacccc gacacgatcg tgaccagcga
    22681 ggcgctgcgc ggcgcgtgcc acttcatgga cagtcacacg aacgcgggcg cgatcggcgt
    22741 gaaaatgatc aacgggcacg gcgctttcct ccccgaaagc aagcgcagct tccccacgcc
    22801 gtgggtggcc ttttgcaaac tctccggcct ctcgcgcctc ttcccccgtt cgccccgctt
    22861 ggccgcatac agcctgcgat acctgtcgga cgacgccgtc cacgaggtgc aggtgctctc
    22921 cggcgccttc atgttcctcc gccacgaggc actccggcgc atcggcctgc tggacgaggc
    22981 cttcttcatg tacggcgagg acatcgacct ctcttatcgt atgattcccg ccggttacgc
    23041 caactattac ctccccttca gcatcctcca ttacaagggc gaaagcaccc actacgccga
    23101 tcggcgctat ttgaatgcct tctataacgc catgctgatt ttctaccgga agcattaccc
    23161 gaacgccggc ggaccggcct gggccctgat ccgtcttgcg gtttgtttgc gcaaggccct
    23221 cgccggactg tttggctgga aacgcacgcg cccctctcgt cgccgaggcg ggcgcaggcc
    23281 ggaactcatg tatgtgtgca gcaaagcgca cgccgccgat gtgcgccgcc gtgtattgga
    23341 gcgattcccc gaggccacat cgatcgcttg ggaggcggcg gacgagatag gcgccatccc
    23401 cccgctggac gggtatacgg acatcatctt ctgccacccc gacctctctt ttgatcgcat
    23461 gattaacctc atggaccgct gtccggataa gcggatgacc taccacacgt tttaccccga
    23521 cacggatcga tggatctcac ccacccgata acaccgcccc ccgaggcgtg gctcgacggc
    23581 cgtcgggtgc gcctgcgcgc cctcgaaccg gaagatttgg aggcgctcta tgggtgggag
    23641 aacgaccccg cgacgtggga gcagggctgc accctcgcgc cctactcccg ctacgccctg
    23701 cgcgaataca tcgcctccgc ctcgacgagc gacctttacg ccatgcgtca gctccgcctg
    23761 atgatcatcg acaagtcggc cgatcgagcc atcggcacgg tggatcttta cgacttcgat
    23821 ccgcaccatc agcgcgccgg cctgggggtg ctcatcgacg cctcttgtcg tggacggggt
    23881 ttcgggcggg aggccatcgg cctcgtttcg gcctacgcct ttcgtttcct tcacctccat
    23941 ctgctttacg cccacgtgtc cacgcgcaac acgcccagcc tgcgactttt cgctgcggct
    24001 ggcttccagt cttgcggcac actccccgga tgggttcgca ccgccaaagg cttcgacgac
    24061 gtcgtcgtta tggtgtgcac ttgcgactaa gcggctccgc ccgagcgact ttttggcgtc
    24121 gctgcgtgcc agcggccccg tcaagcgact ttttggcgcc gctgcgtgcc agcggccccg
    24181 cccgagcgac tttttggcgc cgctgcgtgc cagcgggcct gtcaagcggc tttttgg
//
LOCUS       SEQF2637|AYYD01001106.1 1272 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1272
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             69..599
                     /locus_tag="SEQF2637_01393"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDCHRTLLGVHARAEHGCRAEDDTDVATVHSFYHRLLGFLILAF
                     LDEADLRGRDAVVFHELALNFRVHVPFARLVCSEIGEDELRALLLVILSIVFAEQLGA
                     MAGFVVDVIRVLHRIDHAHIEAHFPGEICGDKHLRLLLLFAQWRTPQEGGVACLGKLH
                     QLADEHLLLGRWRDVV"
     CDS             complement(811..1086)
                     /locus_tag="SEQF2637_01394"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGILPVSLKVCWVRGADVQPAAYGVVVEPFVGLGRVADELLD
                     AVDKVGKGGAMSLPSLTVYKDGLSYRCGASEGFKTFAVTFFEDFGVL"
     CDS             1157..1252
                     /locus_tag="SEQF2637_01395"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESXKMQLFVQLMEGVLKKLERY"
ORIGIN      
        1 ttgcctttac ggacggcacg cccgttgcgc tgctcgagat cggaaggcct ccaagctata
       61 tcgaggtgat ggactgccac cgcacgttgc tgggcgttca cgcccgtgcc gagcatggat
      121 gtcgagccga agacgatacg gatgtcgcca cggttcacag cttctaccat cgccttcttg
      181 gctttctcat tcttgcattc ttggatgaag cggatctccg aggccgggat gccgtagtct
      241 tccacgagct tgcgcttaat ttccgagtac acgttccatt cgcccggctt gtatgttccg
      301 agatcggaga agacgaattg cgtgcccttc tgctcgtcat actttcgata gtattcgctg
      361 agcagcttgg cgcaatggct ggctttgttg tcgatgtgat ccgagtactt caccggatcg
      421 atcatgcgca tatcgaggct cattttccgg gcgagatctg tggcgataag catcttcgcc
      481 ttctcctcct tttcgctcag tggcgcacgc cccaagaggg tggcgtcgcc tgtcttggca
      541 aactccatca gcttgccgat gaacacctct tgctcgggcg ttggcgggat gtggtgtagg
      601 atctcgcgct tctccggacg gtcgatgccg atgtcacccg ccgtgcggaa atcgcaaatc
      661 tccccataaa acaaaagaat aggatttaag tgcttgtcag tgagtggatg ctgatagctc
      721 tactcaccca aagggaacga ataggaaacg agcgagattc tcctgctttt gtctctttgc
      781 tgcagtcata agacatctca tttctcgccc tcaaaggacg ccaaaatctt cgaaaaacgt
      841 cacagcaaaa gttttgaatc cttcggaagc cccacaacgg taagaaagcc catccttgta
      901 gacagtaagg cttgggagcg acatcgctcc gcctttgccg actttatcca ccgcatcgag
      961 cagctcatcg gcaacccgcc cgagaccgac aaatggctcg acaacgacgc cgtatgccgc
     1021 tggctgaaca tcagcccctc gcacccagca aaccttgaga gatacgggca aaatcccctt
     1081 ctccatggtc gggcataagt gttattacaa agcctgtgac atctcagaat tactgaattc
     1141 aaaagctgaa tgaacgatgg cagagcatgc aatcattacg gaagaaagcn ctaaaatgca
     1201 gctgtttgtc cagctcatgg agggcgtatt gaagaagctg gagcgctatt gagcctcggc
     1261 ccgccccacg ct
//
LOCUS       SEQF2637|AYYD01001107.1 3851 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3851
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             69..599
                     /locus_tag="SEQF2637_01396"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDCHRTLLGVHARAEHGCRAEDDTDVATVHSFYHRLLGFLILAF
                     LDEADLRGRDAVVFHELALNFRVHVPFARLVCSEIGEDELRALLLVILSIVFAEQLGA
                     MAGFVVDVIRVLHRIDHAHIEAHFPGEICGDKHLRLLLLFAQWRTPQEGGVACLGKLH
                     QLADEHLLLGRWRDVV"
     CDS             1331..1930
                     /locus_tag="SEQF2637_01397"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQILWFSILSLLLVIATGCEKEKRAKTKEEQIFPHNLEFAVFE
                     LTTHQACKVACGENGEILISLQDVKDDVDTNCSLAQFDSIQMMEQIKIYAYLNINGDS
                     TRLEVSSKPCGTVSYYCKDKSEEVQDVFRLIDEIRDAPAAQGDSAWFFDTFERLFGKG
                     ASIDHTPYRIYLAKADPTKFDAPHARLEDYRLIFILTTK"
     CDS             2002..3315
                     /gene="kly_1"
                     /locus_tag="SEQF2637_01398"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D0EM77"
                     /codon_start=1
                     /transl_table=11
                     /product="Karilysin"
                     /translation="MCSTPSPEPPQWIFNPSLRSIRVNKLYRINIFVHIVRSGNDKRA
                     SPTIAPSIINDLNGAFANARIQFVLLGSDFINSNNSLNPLYGKEKELFKVNAHTNTID
                     IYVVPEDSWTRVGIADSIPSTALIVRNDHRNTSALPHEMGHCLGLYHTHHGTWDEKDS
                     NDKRQCQEFVDGSNSTTCGDYISDTPADPCIWSTNTCAYTGIIKDGHKQKYSPDASNY
                     MSYAYPPCRTKFTNGQIERMRKSIDTTKILRKVLICARPSRPTRIKGMKSQLAPNSQY
                     GFWIDDAGDADYIEWTVWGGRIIGGQGASHLSVETASQGAFHIQVSKRNNCGWSGSCN
                     DYGTINPGLAPFSLSPNPATDVVTLKLTEPDDGILSPQGQGSLTTKGVTSAYEIQLWN
                     GLTMLRSFKTNQLTFQIPIAGLPAGLYFVRVIKDGQTYTEKLIKN"
ORIGIN      
        1 ttgcctttac ggacggcacg cccgttgcgc tgctcgagat cggaaggcct ccaagctata
       61 tcgaggtgat ggactgccac cgcacgttgc tgggcgttca cgcccgtgcc gagcatggat
      121 gtcgagccga agacgatacg gatgtcgcca cggttcacag cttctaccat cgccttcttg
      181 gctttctcat tcttgcattc ttggatgaag cggatctccg aggccgggat gccgtagtct
      241 tccacgagct tgcgcttaat ttccgagtac acgttccatt cgcccggctt gtatgttccg
      301 agatcggaga agacgaattg cgtgcccttc tgctcgtcat actttcgata gtattcgctg
      361 agcagcttgg cgcaatggct ggctttgttg tcgatgtgat ccgagtactt caccggatcg
      421 atcatgcgca tatcgaggct cattttccgg gcgagatctg tggcgataag catcttcgcc
      481 ttctcctcct tttcgctcag tggcgcacgc cccaagaggg tggcgtcgcc tgtcttggca
      541 aactccatca gcttgccgat gaacacctct tgctcgggcg ttggcgggat gtggtgtagg
      601 atctcgcgct tctccggacg gtcgatgccg atgtcacccg ccgtgcggaa atcgcaaatc
      661 tccccataaa acaaaagaat aggatttaag tgcttgtcag tgagtggatg ctgatagctc
      721 tactcaccca aagggaacga ataggaaacg agcgagattc tcctgctttt gtctctttgc
      781 tgcagtcata agacatctca tttctcgccc tcaaaggacg ccaaaatctt cgaaaaacgt
      841 cacagcaaaa gttttgaatc cttcggaagc cccacaacgg taagaaagcc cacccttcaa
      901 tgactgcgta gcttcctttt ccgaaatgct gtcgatggca aagggtcttt cctccgcgct
      961 catatagggc ttaaggagcg attgactaat gaccacttgt tagaaatttt tttctctctc
     1021 tgtgaatccc ataggatacg agaagcaata ataggagaac aaaatttttc atttagaaaa
     1081 aaattaatcc gcaagaaaaa gagattttct agggataaat caccaagaat cacagaaagg
     1141 aacttttgta ttacggttat atattctata tttgtatcga atgattaata gatcagtttt
     1201 atgaaagcca tagagaatac tccaccagac ctatttgggc gcccttagga accgcacccc
     1261 ggaggcgcag tgagataaat cgatccggaa gcggaatcgt gattaacgga aaacatgatg
     1321 aaaaatgaaa atgaagcaga ttttatggtt tagtatcctc tcccttctgc tggtgatagc
     1381 gacggggtgc gagaaagaga aaagggccaa gacaaaagaa gaacagatat ttccacacaa
     1441 tttggagttt gcggtttttg agctaacgac tcatcaggca tgcaaagtgg cttgtggtga
     1501 aaatggagaa atcttgattt cactccaaga cgtcaaagat gacgtggata caaactgctc
     1561 actggctcag tttgacagta ttcaaatgat ggagcagatc aaaatctatg cttacttgaa
     1621 tataaatgga gatagcaccc ggttggaagt ttcctccaag ccatgtggaa ctgtaagcta
     1681 ttattgtaaa gacaagtcgg aagaggtgca ggacgttttc cgactgattg acgaaatcag
     1741 agatgcgcca gcagcacaag gtgacagcgc ttggtttttc gatacctttg aacgcctctt
     1801 tggcaaaggt gcctccatag atcatacacc atatcgtatc tatttggcga aagccgatcc
     1861 gacaaagttc gatgctcccc acgctcgcct tgaagattat agactgatat tcattctaac
     1921 tacgaaatga gatgaaaaag acgatcgctt ttcttttgtc actgttttct tgtgttacaa
     1981 tcatacataa atgcacaaga gatgtgttca acaccttcac cggaacctcc tcaatggata
     2041 tttaatccat ctctaagatc tatcagagtg aataagttat accgaataaa catctttgta
     2101 catatagttc gaagtggcaa tgataagagg gcgagtccaa cgattgcacc gtcgataatc
     2161 aacgatttaa atggcgcttt cgcaaatgcg cgtatccaat ttgtactact gggttcggac
     2221 tttattaata gcaataattc tctcaaccct ctatatggca aagaaaagga actattcaag
     2281 gtgaatgcac atacaaatac tattgacata tatgtagttc cggaagattc atggacaaga
     2341 gttggcatag ccgattctat cccttcaacg gctcttatcg tacgcaatga tcatcgcaac
     2401 acctcggcat taccccatga gatggggcac tgcctcggac tctatcatac ccatcacgga
     2461 acgtgggatg aaaaggattc taacgacaaa aggcaatgtc aggaatttgt agatggaagt
     2521 aattctacta cctgtgggga ttatatttca gataccccgg ccgatccctg catttggtct
     2581 acgaatactt gtgcatatac cggcataata aaggatggcc ataaacaaaa gtactctcct
     2641 gatgcatcga attacatgtc atatgcttac cctccatgcc gaacaaaatt caccaatggg
     2701 cagatagaaa gaatgaggaa atccattgac accaccaaga ttctcagaaa agtattaatc
     2761 tgcgcacggc catcacggcc tactagaatc aaaggaatga agagccaatt ggcacctaat
     2821 tctcagtatg gattttggat agatgatgct ggggatgcag attatataga atggactgtt
     2881 tggggtggaa gaatcatcgg aggtcaagga gcttctcact tgagtgtaga aacagctagt
     2941 caaggtgctt ttcacataca agtaagcaag agaaataact gcggttggag tggatcttgc
     3001 aacgattatg gcacaattaa tccgggatta gcaccatttt ctctctcccc caaccccgcc
     3061 acggatgttg tgacactcaa actgacggaa ccggacgatg gcattctatc tccccaaggt
     3121 caaggctctt tgaccacaaa gggcgttaca agtgcgtatg agattcagct ttggaatggg
     3181 ctgacgatgt tgaggtcatt caagacgaat caactgacct tccaaatccc catcgcggga
     3241 cttccggccg ggctctattt cgtgcgcgtc atcaaagacg gacaaaccta cactgagaag
     3301 ttgatcaaga actagcccct tgaaatggct gctgtgtaga agcaacgtac aagtgaacca
     3361 ttatcgggca gaccgaagga atgaaagtcc ctcgggtctg cccgattttc gtatggacga
     3421 atggcaacgc ccccttcact tccctttcat cgccccccct tagcttcggg tcggctttga
     3481 tgcgggcgtc ccatttcggg gcgcgcggat gttttcttgg gggcgattca tggggttagt
     3541 ttttcgtatg ggattaggtg gcgactttgg agccgaaccg ccgcagagtg aaggctccgg
     3601 gggcaaggcg ttttgtggca caaaacggtt tttgtgacac aaaaacacac cttgccgggc
     3661 cccagaatag gaggtgcccg taccctgaac acttgcactc aatacatgca agtgctcggg
     3721 agggcattgc atgctaagtt tgcatgtgtt cagagcttcc gccattgttc gatgctgtcc
     3781 ttgtacccgt cgagatgctc ccgaagcaca cgctcgacat agcccgagat gctggcgcct
     3841 cgcaggccga t
//
LOCUS       SEQF2637|AYYD01001108.1  394 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..394
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(21..116)
                     /locus_tag="SEQF2637_01399"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESXKMQLFVQLMEGVLKKLERY"
     CDS             complement(175..390)
                     /locus_tag="SEQF2637_01400"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQIILVDSKAWERHRSAFADFIHRIEQLIGNPPETDKWLDNDAV
                     CRWLNISPSHPANLERYGQNPLLHGRA"
ORIGIN      
        1 agcgtggggc gggccgaggc tcaatagcgc tccagcttct tcaatacgcc ctccatgagc
       61 tggacaaaca gctgcatttt agngctttct tccgtaatga ttgcatgctc tgccatcgtt
      121 cattcagctt ttgaattcag taattctgag atgtcacagg ctttgtaata acacttatgc
      181 ccgaccatgg agaaggggat tttgcccgta tctctcaagg tttgctgggt gcgaggggct
      241 gatgttcagc cagcggcata cggcgtcgtt gtcgagccat ttgtcggtct cgggcgggtt
      301 gccgatgagc tgctcgatgc ggtggataaa gtcggcaaag gcggagcgat gtcgctccca
      361 agccttactg tctacaagga tgatttgcat ggtg
//
LOCUS       SEQF2637|AYYD01001109.1  868 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..868
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             452..676
                     /locus_tag="SEQF2637_01401"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRGTLEAYKQTFLIPTKLIGCRAVYLSRATQERADFVVRRLGD
                     RGANLSSFVECIVRAHLEDYAEEIEEWRKL"
ORIGIN      
        1 gatgcggtgg ataaagtcgg caaaggcgga gcgatgtcgc tcccaagcct tactgtctac
       61 aaggatgatt tgcatggtgt ttttgggtta tgaggttgta taatgtgatt ggagcaacca
      121 gagttgccag ctcactttcg atccagcgga ccggcaacca gagttgccag cgtcactttc
      181 gatccagcgg cctcggcaat cgagttgcca gcatcacttt tgatccagcg gcctcttcct
      241 cggcggacaa actcgcaagg cacggcgcag cctctgcgtc tgctcgctgc ccatcagcgg
      301 acgaagctct tatagctgtc tctgtagcct cttaccgaag acggactgag cgtcttgccc
      361 ttctgcgcct ccttctctcg gcaaagggcc aggtagatgt ctgcgaacgt ctgccgacag
      421 tgcacccacg ccgaaacgct tcagcgccaa aatgaagcga gggacactgg aggcttacaa
      481 gcagaccttc ctcatcccca ccaagctgat cggatgtcgg gctgtctatt tgagtagggc
      541 gacacaggag cgcgccgact tcgttgtccg tcgattgggg gataggggcg ctaatctttc
      601 gagcttcgtg gagtgcatcg tgcgcgccca tttggaggac tacgccgagg agatcgagga
      661 atggcgaaag ctgtaacccg agcacgcgga ttcgttgaag agtccatgaa cgatgtgaac
      721 gctaggcaag cagcaatcgc ctgaatgcac ggcatgcagt gattgtaaga aacactatag
      781 ggtatgtaac ggagcgtgac gacggtaatg caagacgtca gtttgttccc acaaactgcg
      841 cttgctcccc cgcccctgtc ggtcggtg
//
LOCUS       SEQF2637|AYYD01001110.1  203 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..203
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtttcgctcc atgtcgagtg gcaaagccca aaacccggcg ggtttcgctc catgtcgagt
       61 ggcaaagccc aaaacccggc gggttttgct ccatgtcgag tggcaaagcc caaaacccgc
      121 cgggtttcgc tccatgtcga gtggcaaagc ccaaaacccg gcgggtttcg ctccatgtcg
      181 agtggcagag cccaaaaccc ggc
//
LOCUS       SEQF2637|AYYD01001111.1  250 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..250
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgggtttcgc tccatgtcga gtggcaaagc ccaaaacccg gcgggtttcg ctccatgtcg
       61 agtggcagag cccaaaaccc ggcgggtttc actccatgtc gagtggcaga gtccaaaacc
      121 cggcgggttt cactccatgt caagtggcaa agcccaaaac ttggcgggtt tcgctccatg
      181 tcaagtggca aagcccaaaa cccggcgggt ttcgctccat gtcgagtggc aaagcccaaa
      241 acccggcggg
//
LOCUS       SEQF2637|AYYD01001112.1 9135 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9135
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(544..810)
                     /locus_tag="SEQF2637_01402"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIAQTPKKRAAFNLSVGLLDRLKKKATEEHQSVDDFVESILL
                     DAIYYEPNEATLEAIEEARSGRYAGTLDASSFEAFMKSIEAIED"
     CDS             complement(861..1376)
                     /gene="ywrO_2"
                     /locus_tag="SEQF2637_01403"
                     /EC_number="1.6.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80871"
                     /codon_start=1
                     /transl_table=11
                     /product="General stress protein 14"
                     /translation="MKTLILLTHENYPASKANRALLESLPEGAPVVIRNLYEMYPDGR
                     IDVAAEQSLAEQFDRIIFQYPMYWYDVPAFFKKWLDEVVAFGWAFGTREALRGKSIGL
                     VITTGSPRETFTREQAGFTIEESALPVIATIRYVQAQYIGLVALCNGDNLDPAEVAES
                     RAAYQRLVLGK"
     CDS             complement(1611..2354)
                     /locus_tag="SEQF2637_01404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDSTIVTGQYVQIDQTPASLGARVLGRLIDTVLLLVYCAAVFG
                     LWIAYMQMTGGEQDAFGSFLILSVFYLPALGYTFFWETFNNGQTPGKRFLGMRVVMKN
                     GDRPTVAAYLFRWLFLLIDMHTSYVGILCIALTKNNQRVGDLAAGTLVIKEKDYKKIH
                     VTLDEFSHLNHDYQPVFPQAERLSLAQVDLINRTLTGGDRQTRPERIRQLANEVRRFL
                     GLADNGTADEALLRTLVRDYQHYALEAAV"
     CDS             complement(3426..4646)
                     /gene="bepA_2"
                     /locus_tag="SEQF2637_01405"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MKRVLVTIGLCLMTTVVFGQKKAVSDAERIAKDSKPDFNEARAL
                     IKGAMENAETKDDAKTWYVAGLIEDTQFSTENMKQILGQKPDEAVMYEALGNILPYFK
                     ESYRLDQLPNEKGKVKPKYTKNIKGTLNANILYYLNGGAYFFDQRNYKRAHDFFEQYL
                     EIADLPFMKGEKAAARDSNFMIVQFYAAIAAMQMDNPQQAIKDLNRAKGTDYRRFDVY
                     QSLCYVYDQVLKDTVGLEKTLEEGMKLFPDSSYFLNNMINVYISTKRNEQAMQLLNTA
                     ISKSPNNPQLYFALGSLYEVGLKDEAKAEEAYKKALDLDPENPSNIFSVGRLYFNQGV
                     SLLDKANSLNDQNQYKAEKAKAEAMLRKALPFFEKAHKLKPEEREYMIGLRGIYYNLS
                     MNKEFDAINAEMSK"
     CDS             complement(4698..7217)
                     /gene="gyrA_2"
                     /locus_tag="SEQF2637_01406"
                     /EC_number="5.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05653"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit A"
                     /translation="MAEDRIIKIDINQEMKSAYIDYSMSVIVSRALPDVRDGFKPVHR
                     RILFGMNELGNTSDKPYKKAARIVGEVLGKYHPHGDSSVYFALVRLAQNWSMRYTLVD
                     GQGNFGSVDGDSPAAMRYTEARMSRLAEEMLRDIDKDTVDFQLNFDDTLQEPTVLPTR
                     IPNLLINGASGIAVGMATNMPPHNMTEVLRACQAYVDARGEIDVEGLMEHVKAPDFPT
                     GATIYGYAGIKEAFETGRGRIVIRGKAEIESGTTHDKIVISEIPYMVNKAELIRAIAD
                     LVNEKRLDGVSNVNDESDRSGMRIVVDVKREANANIVLNKLYKMTALQSSFSVNNIAL
                     VNGRPKLMNLKDLIGNFVDHRRDVVLRRTRFELKKAEERAHILQGLIIASDHIDEVIA
                     IIRSSSSPQQAIDRLRERFELSEVQARAIVEMRLRQLTGLEQEKLRAEYEEIEKLIAR
                     LKEILENEDRLLQVIRYEFQEIIDKYGDERKTDIVYASEELNPEDFYADDEMIITISH
                     MGYIKRTPLSEFRAQTRGGVGSKGSETREEDFVEHIYPASMHATILFFTAKGRCFWKK
                     VYEIPEGAKNTKGRAIQNFLNIDSDDRVNAFIRIKNLTGDVDFINSHYLLFCTKRGLI
                     KKTLLEAYSRPRQNGVNAIALREGDGVIQVRLTNGNNEVIIANRNGRAIRFHESKVRV
                     MGRVAAGVRGMTLDGDDDEVVGMICIKHPEQETVLVVSEQGYGKRSAIDDYRVTNRGG
                     KGIKTIQVTEKTGKLVGIKNVTEDNDLMIINKSGITIRMKVADLNVIGRATQGVRLIN
                     LEKRNDEIASVCKVVSESEEDRIGGVEESADEAPNTPTDNA"
     CDS             7673..7798
                     /locus_tag="SEQF2637_01407"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIKGIREYPKVLKIEYRLIGKIRKVYTVCLFISDDSESMI"
     CDS             7841..8104
                     /locus_tag="SEQF2637_01408"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEQSFGKFRSIENAVYEGLTRWSGLVLVLRKGLTGWSETVFVLH
                     KGFEVAKKGREVACGAFGEAEWAEIVGISNSVLHLPRIYTQEV"
     CDS             8101..8985
                     /locus_tag="SEQF2637_01409"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIGYTKGLTLLLLVRMLSACHSEGKEIEENAIRFESVVVEKTY
                     PVENKKDTTTEGRVLKIHFTYPTEYANRGVLEAVQQQFVRSMLGDTYAQLPIREAVNK
                     YVEDYGLHLKDRDVSDFEQDTEDRTAVMDFEGEEFDTSDRPSLPEYELLNDSILFNQK
                     DVLCYSVYREYNAGTPSPVRTYTNWVIDLKTGNRVTESEIFNEDYKDDLAKIIVDAIA
                     LYNNVDKVADLENIGFYNINEIYPNRNFYVDDIGITYTFNESDIAAGALGATSVRIPY
                     EKVRHLMRHDSPIAHLVF"
ORIGIN      
        1 gtttcgctcc atgtcaagtg gcaaagccca aaacccggcg ggtttcgctc catgtcgagt
       61 ggcaaagccc aaaacccggc gggtttcgct ccatgtcgag tggcagagcc caaaacccgg
      121 cgggtttcgc tccatgtcga gtggcaaagc ctaaaacccg gcgggtttcg cgctgcaccg
      181 ttcgacggaa ttcaaaactt accgaggatg gcgctccaca cgtgcgaccc aacgcctctc
      241 tgacctcaaa aaagcattca agcgccctac cgctgtagga acgggggcga atgtacaaac
      301 atttagaaaa gcgaataggg tagagggtca gaattatttt tcaacagacg ggtgggagta
      361 cttttcgtgg cctctgaggg atcgcggcac ccatctgaag tgcgatcctt gccaagtctc
      421 ccctcctacc cccgcatata ataaggaaac gcgcgtgcgc gtacattata tatatagcaa
      481 tggccggcat ccgccctgag gaagataccg gccattgatg tccaaaaaca agaacaggcg
      541 attttagtct tcgatcgcct cgatggactt cataaacgct tcaaaactgc ttgcatccag
      601 tgtgcccgca taccgacctg agcgcgcttc ctcgatggcc tcaagggtcg cttcgttcgg
      661 ctcgtaataa atggcgtcca gcaggatgct ctctacaaag tcatccacgc tttggtgctc
      721 ctctgtggct tttttcttca ggcggtcaag gagccctaca ctcagattga atgcagcccg
      781 tttttttggt gtttgtgcaa tcgtttccat tggatgtctc gtttttgggg gttgtacgaa
      841 gatgggatga tacgcaccct tcactttccc agcaccaaac gctggtaggc cgcgcgcgac
      901 tcggccacct cggcggggtc gaggttgtcg ccattgcaga gggcgacaag tccgatgtat
      961 tgggcttgca cgtagcggat ggtggcgatg acgggcaggg cggactcctc gatggtgaat
     1021 cctgcttgct cgcgggtgaa ggtctcgcgg ggacttccgg tggtgatcac gaggccgatg
     1081 gatttgcctc ggagcgcctc gcgggtcccg aaagcccagc caaaggcgac aacctcgtcg
     1141 agccactttt tgaagaaggc cgggacgtcg taccaataca tggggtactg aaagataatc
     1201 cggtcgaatt gctcagcgag gctttgctca gcggcaacat cgatgcgtcc gtcggggtac
     1261 atttcgtaga ggttgcgaat gacaacgggt gccccttcgg gcagggattc gagcagcgct
     1321 cggttggctt ttgacgccgg gtagttctcg tgcgtcaata aaatcagggt cttcataagc
     1381 taaaaactaa aatctaagaa ttacttgttg ggttatgggg tggaacactg aaatctaaga
     1441 acaaatgggt gggttgcggg gtggaacttg tcgtccgaat ggcttacgcg ccgcgtggac
     1501 aggctgaacg ccaaaatcta agaacaaacg agtgggttac ggggtgaaac actgaaatcc
     1561 aagaataaat ggacgggttg cgggggcgat acgagggtct gaatcccgat ttagacggcc
     1621 gcctcgaggg cgtaatgctg ataatcgcga acgagggtgc ggagcagggc ctcgtccgcc
     1681 gtgccattgt ccgcaagccc gagaaaacgg cgcacctcgt tggccaactg gcggatacgc
     1741 tcggggcgcg tctgccggtc gccgcccgtg agcgtgcggt tgatgaggtc gacttgtgcc
     1801 agcgagagcc gttcggcctg tgggaagacg ggttggtagt cgtggttcag atggctgaac
     1861 tcgtcgagtg taacgtggat cttcttgtag tctttctcct tgatgacgag tgttccagcc
     1921 gccaagtcgc cgacccgctg attgttttta gtcagggcaa tacacagtat gccgacgtac
     1981 gaggtgtgca tgtcgatgag cagaaacagc catcggaaca ggtaagccgc cacggtgggc
     2041 ctgtctccgt ttttcatgac cacgcgcatg cccaggaaac gcttgccggg tgtctgcccg
     2101 ttgttgaacg tctcccaaaa gaaggtgtaa ccgagcgcgg gaaggtaaaa gacggagagg
     2161 atcaggaagg agccaaacgc atcttgctcg cccccagtca tttgcatgta ggcgatccag
     2221 agcccaaaca cggccgcgca gtaaacgagt agcagcacgg tgtcgatcag ccgccccagg
     2281 acgcgcgcgc ctaagctcgc cggtgtctgg tcgatctgta cgtattggcc ggtgacgatg
     2341 gtagaatcag acataaaaat cggagtagtt acaggtggat gttatgcgtc gcaaggtgcg
     2401 gagcgtcggg ttaggcagcc ctcccgcgcc tcagtccgga gacctcggcc catttcaggc
     2461 acaccacaaa caacggaaag gctctccgcc caagcgttgg atgcgcaaag atagacgccg
     2521 cccgaaactc cctgaaaagt tcaggcgctc tcacccgacg attccccttt ttgtcaaggt
     2581 ttcatgaggt atgttttggg gagatgcgtt ttggggtaag ggttaggtgg gaacgctttt
     2641 cgggattgct tttggggata agattcactg ggtacatttt ggggaggtgc gttttggggt
     2701 aagggttagg cgggtgcgtt tgtccggata gctttttagg gcaaagattc gtggggtatg
     2761 ttttggggag gtgcgttttg ggttaagaat taggcgggga cgctcgtcgg gaatgtgttt
     2821 tggggcaagg ttttgtgggg tatgttttgg ggaggtgcat ttcgggttaa gggttaggcg
     2881 ggaacgtttg tcaggatagc tttttagggc aaagattcgt ggggtatgtt tttcaggatc
     2941 gcttttttgg tcaggttttg tggggtacgt tttgagaggg tgtgttttgg aataaggttt
     3001 tggtgggtac gcttttgggg gattatatct cagatccatt ttccggtcgc acagattgcg
     3061 ctgaacatca aacgcaatga aacacctccg agacggtatt ctgatcgtcc tttttcccga
     3121 aaaacggatt caagacctac ttctgaccgt gcttctcact cgtttttccg tgcgattcct
     3181 gtgtgattct cccatttgcg ccccaaaatg caccgcggta tcgggatgaa tttcagacaa
     3241 tccacgatag gccatcgtgg cggctgatta ggtccaaaaa cagcccctcc cctcctactt
     3301 ccatatgatc gataataaca attatgttaa cctgtaatca taggggagag ggtataaaaa
     3361 aatccgcgcg acaccctccg gatccatgga ggggccgcgc ggacagccaa aaatattgga
     3421 cggatttact tcgacatttc tgcgttgatc gcgtcgaact ccttgttcat actcagattg
     3481 taataaatgc ctctgagtcc gatcatgtat tctctttcct ctggtttcag cttgtgcgcc
     3541 ttctcaaaga acggcagcgc tttgcgaagc atcgcttcag ccttggcttt ctccgcctta
     3601 tactgattct ggtcgttcag cgaattggcc ttgtccagca agctcacgcc ctggttgaaa
     3661 tagagacgcc ccacgctgaa gatgttcgat ggattctcag gatccaagtc gagcgccttc
     3721 ttgtaggcct cttctgcctt ggcttcgtcc ttcagaccga cctcatagag gctgccgagg
     3781 gcgaaataga gctgcgggtt gttggggctc ttggaaatgg ctgtgttcag cagctgcata
     3841 gcctgctcat tgcgcttggt gctgatgtag acattgatca tgttgttcag gaagtagctc
     3901 gagtcgggga agagcttcat gccctcctcc aaggtcttct ccaagccgac ggtgtccttg
     3961 agcacttgat cgtatacgta acagagcgac tgatagacat cgaaacggcg gtagtccgtt
     4021 ccttttgccc ggttcaagtc cttgatcgcc tgctgaggat tgtccatttg catggcggca
     4081 atggctgcgt agaattgcac gatcataaag ttggaatctc ttgcggccgc tttttcgcct
     4141 ttcataaagg gcaggtcggc gatctcgaga tattgctcaa agaaatcgtg ggcccttttg
     4201 taattcctct ggtcgaagaa gtacgcgcct ccgttcaagt agtagaggat gtttgcgttg
     4261 agcgtgccct tgatgttctt cgtgtatttg ggcttcacct tgcccttctc gttgggcagt
     4321 tggtcaagcc gataggactc cttgaagtac ggcaggatgt ttccaagcgc ctcatacatg
     4381 acggcttcat cgggcttctg tccgaggatc tgcttcatgt tttcggtact gaattgcgtg
     4441 tcttcaatga ggccggccac ataccaggtc tttgcgtcgt cctttgtctc agcgttttcc
     4501 atggcccctt tgatcagggc ccgggcttcg ttgaaatccg gtttggaatc tttcgcaatg
     4561 cgttctgcat cggatacggc cttcttctga ccaaagacga cggtcgtcat cagacacaag
     4621 ccgatggtta ctaatactcg cttcatgttc tctaattttt aattgtgtat gaatggatga
     4681 ttgatagctt cgagggatca cgcgttgtcg gtcggtgtgt tcggcgcctc gtcagccgac
     4741 tcttccacgc cgccaatccg atcctcttcc gattcggaga ccactttgca gacggatgcg
     4801 atctcgtcgt tgcgtttctc caagttgatc aggcggacac cctgcgtggc gcggccgatc
     4861 acgttcaagt cggccacctt catgcgaatc gtgataccgg acttattgat gatcatcaag
     4921 tcattgtcct cggtgacgtt tttgataccg accagcttgc ccgtcttttc ggtcacttgg
     4981 attgtcttaa tgcccttacc tccgcggttc gtgacgcgat aatcatcgat ggcggagcgc
     5041 ttgccgtatc cctgttcaga gacaacgagc accgtctctt gctcaggatg cttgatgcag
     5101 atcatgccga ctacttcgtc gtcgtcgcca tcgagcgtca tgccacgcac accggcggcc
     5161 acacgtccca tcacgcgcac tttgctctca tggaatcgga tcgcgcgacc attccgattg
     5221 gcgatgatca cttcgttgtt tccgttcgtg aggcgcactt ggatcacacc gtcgccctcg
     5281 cgcagtgcga tggcattcac accgttctga cgcggacggg aataggcctc gagcaatgtc
     5341 tttttgatca gtccgcgctt ggtgcagaag agcaggtagt gcgaattgat gaagtccacg
     5401 tcgcccgtca ggttcttgat gcggataaag gcattcacgc ggtcgtccga gtcgatgttg
     5461 aggaagtttt ggatggcgcg ccctttggtg tttttcgcgc cttcgggaat ctcgtagacc
     5521 ttcttccaga agcagcgccc tttggcggta aagaacagga ttgtggcgtg catcgaggcc
     5581 ggatagatgt gctcgacaaa atcctcttcg cgcgtttcgg aacctttcga ccccacccca
     5641 ccgcgggttt gcgcacggaa ctcactgagc ggcgtgcgct tgatgtaacc catatgcgag
     5701 atggtgatga tcatttcgtc gtcggcgtag aagtcttccg ggttcagctc ttcggaggcg
     5761 tagacgatgt ccgtcttgcg ctcatcgccg tatttgtcga tgatttcttg gaattcgtag
     5821 cggatgacct gcagcagtcg gtcttcgttt tcgaggatct ccttgaggcg agcgatcagc
     5881 ttttcgatct cctcatattc ggcgcggagt ttctcctgct ccagtccggt gagttggcgc
     5941 aagcgcattt caacgatggc gcgcgcctgg acttcggata gttcgaaacg ttcgcggagc
     6001 cgatcaatgg cttgctgcgg actgctggag gagcggatga tggcgatgac ctcgtcgatg
     6061 tgatccgagg cgatgatcag cccttggagg atatgggcgc gctcctcggc ttttttcagc
     6121 tcgaagcgtg tgcggcgcag gacaacatcg cggcgatgat cgacgaagtt gccgatcaga
     6181 tctttcaggt tcatcagctt cggccgaccg ttcacgagcg cgatgttgtt cacgctgaaa
     6241 gacgactgta aggccgtcat cttatacagc ttgttcagca cgatgttagc gttcgcctca
     6301 cgcttcacgt ccaccacgat acgcataccg ctgcggtccg attcgtcgtt cacgttcgac
     6361 acgccgtcga gccgcttctc gttcaccaga tcagcgatgg cgcggatcag ctccgccttg
     6421 ttcaccatgt aggggatttc gctgatgacg attttatcgt gcgttgttcc gctctcgatc
     6481 tccgccttac cgcggataac gatgcgcccg cgccctgtct cgaacgcctc cttgataccg
     6541 gcgtaaccgt agatcgtggc cccggtcggg aagtcgggcg ccttgacgtg ctccatcagc
     6601 ccctcgacat cgatctcacc gcgtgcgtcc acataagcct gacaggcgcg aagcacctcc
     6661 gtcatgttgt gcggtggcat gtttgtcgcc atacccacgg cgatgcccga tgccccattg
     6721 ataagcaggt tcgggatgcg cgttggcaac accgtaggct cttgcagtgt atcgtcgaag
     6781 ttgagctgga agtcaaccgt atccttatct atatcccgca acatttcctc agccagtcgg
     6841 ctcatgcgtg cctcagtgta tcgcatagcg gccgggctgt cgccgtccac ggagccgaag
     6901 ttgccctgcc catcgaccag cgtgtaccgc atggaccaat tctgggccag tcggactaac
     6961 gcaaagtaga ccgaagaatc gccgtgcggg tggtatttac ccagcacttc gccgacgatt
     7021 ctggctgcct ttttataggg tttgtctgaa gtatttccta gctcgttcat cccgaaaagg
     7081 atgcgccgat gcacgggttt gaatccgtct ctaacgtccg gtagtgcccg ggagacgatg
     7141 accgacatcg agtagtcgat gtaagccgat ttcatctctt gattgatgtc gatcttgata
     7201 attctatcct ctgccatcta ttactaatgt atagcgttgc gtgaaaaaac aacgctaaag
     7261 tacaggtttt cggataacgg gcaagaaaac ctcctaaaac gaacttcaac gggcttgctc
     7321 atccgtgcgg cgtgcccgcg gagatcgttt tcctgacgta acggacgaga taaggtctaa
     7381 aacctgtctc tgagaggctt atactcctcg aataaggcct tacggagcat atttccaatc
     7441 gttcggaact tcccgaaagc ctatttcata gtttatagat cattcggaac tttccgaact
     7501 agattataac tctgatacag tctttcggaa acttccggag ctatttgcat cttatataaa
     7561 aagtctcgga tattcccgaa caggataaat atcatgtata aacaccttcg ggaattcccg
     7621 attgattgaa attagacttt aaaatgattc ggatacttcc gaaagatagg atatgcatat
     7681 taaaggcatt cgggagtatc cgaaagtctt aaagatagag tatagactta tcggtaagat
     7741 ccgaaaagtt tatacagtgt gtttattcat ttcggatgat tccgagagta tgatatagat
     7801 atgtacatgc tttcggaact tcccgaaata gaggtgcagg atggaacagt ctttcgggaa
     7861 gttccgatcg attgaaaatg cggtctatga gggcttaacg aggtggagcg ggcttgttct
     7921 cgtactccgt aagggcttaa cggggtggag cgagactgtt ttcgtacttc ataagggctt
     7981 cgaggtggcg aagaaggggc gcgaggtggc gtgcggagcc ttcggggagg cagaatgggc
     8041 cgaaatagta gggatttcga acagcgtctt acatttgcca cgtatttaca cgcaagaagt
     8101 atgaatattg gttacacaaa ggggttgacc cttcttctgc ttgtccgaat gctctcagcg
     8161 tgccattcgg aggggaaaga gatcgaagag aatgcaattc gtttcgagtc ggtggtggtt
     8221 gaaaagactt atcccgtgga aaacaagaag gacactacga ccgaggggcg tgtgctgaag
     8281 atccatttca cgtatccgac ggagtatgcc aaccggggcg tgcttgaggc tgtgcaacag
     8341 caattcgtcc ggagcatgct gggcgatacg tatgcgcaac tgccaattag ggaggcggtg
     8401 aataagtatg tcgaggatta cggcttgcac ctgaaggaca gggacgtttc ggattttgag
     8461 caggacacgg aggaccgcac tgcggtgatg gacttcgagg gcgaagaatt cgacacctcc
     8521 gaccggccgt cgctaccgga atatgagctg ctgaacgata gcattctgtt taaccaaaaa
     8581 gacgtgctgt gttactccgt ctatcgggaa tacaacgctg ggacaccctc gccagtccgc
     8641 acgtacacca attgggtgat cgacctgaag acgggtaacc gcgtgacgga aagcgagatt
     8701 ttcaatgagg actacaagga cgatctggcg aagatcatcg tggacgccat tgcgctatat
     8761 aacaatgtag acaaggtggc cgatctggag aacatcggct tctataacat caatgagatt
     8821 tacccgaacc gcaatttcta tgtagacgac atcgggatca cctatacttt caacgaaagc
     8881 gacatcgccg cgggcgcgct gggagccact tcggtgcgca tcccctacga gaaagtccgc
     8941 catctgatgc gccatgacag cccgatcgca catctggtct tttgacgcac ggaatggagg
     9001 ctgtcaaccg ttattatccc gacctgaacg agacgcaacg tcggcaattt gaagcgctgg
     9061 gtgcgcttta caccgactgg aatgcgaaga tcaacgtgat ctcgcgtcgg gacatcgaaa
     9121 atctgtattt gcatc
//
LOCUS       SEQF2637|AYYD01001113.116589 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..16589
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             139..717
                     /locus_tag="SEQF2637_01410"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQRGVEVGHLGGQADAVVVVADLFAHAHHAEAVGNHDEDDAHI
                     FGKGEEQVVEVLRIDRRVAGVEVGRLQQAADHEGHIGVERLLHLVERDGLLHHRTIKQ
                     EGDDGGAFEADVVRSDDGRVDVAQEAVDAVAIAPVTIECDHATDQRFHLGRILRLEAG
                     REAREQSAVSGEELAFLLGSEKGRCIHRLFIV"
     CDS             complement(696..1361)
                     /locus_tag="SEQF2637_01411"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X0Y1"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphorylated carbohydrates phosphatase"
                     /translation="MTTNQPMAALFDLDGVVFDTERQYTVYWQQVGLRYHPTLTDFAQ
                     RIKGRTLVEIFQAYFDGQMEAQAEISRGLVDFESRMHYDYIPGVEAFLDELRRHGVPR
                     AVVTSSNRAKMACVYRARPELTTHFDAILVAEDLGRSKPHPDGYLRAAERLGVAPERC
                     VVFEDSFTGLEAGRRAGGAVVGLATTNPAEAIADRCDRVIDDFRTFTVGDMVSLLQTI
                     NRR"
     CDS             complement(1413..2180)
                     /locus_tag="SEQF2637_01412"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQKMKQIESIYMARIPGGAHFLFVNNVCERAEADAKIKVGAKA
                     ELEALRATRDEEDAALALSRKSLLSDTIREADKRREQLYITLRNIAKAYRNYPVEAEA
                     AAARRLVQLLKDYAINPRMQRDAETGLMVHLLDDLAGRCAADVATLRLGPLVEALKEV
                     NEQLRSTTERRSDERSAYVVGRLKKARKEADRAYSSLVRKVNALAVVGRTEDYAAFID
                     YVNTEVAHYRREVIPSRKKKEAPLEADPTSAPADSGA"
     CDS             complement(2843..4759)
                     /gene="nadE"
                     /locus_tag="SEQF2637_01413"
                     /EC_number="6.3.5.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WJJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamine-dependent NAD(+) synthetase"
                     /translation="MTHEFLRVAAGVPRLKPADYLHNADQIITMMRKASKRGVDIIAF
                     PHMAIMGSTCGDLRFDQRYNEGVTFGLLGVLSLTGSLPIVGIVGAPLRVGDCIREAAV
                     VFQSGRILGAVVNGGPGERFPTTNVQIAGASFNVGSELRFRCETFTFAVTLGDDLFRP
                     VSTSAQCAAEGASVLFHLDAMPTQVGRHDALRDTVREHARRCIAGCVYVSAGHGESST
                     DHFFDGEAFIADRGRIVAESEPFSADEQLLISEVDLAALSHDRFRSPHFTGRNPFAPQ
                     AQRSLLDTLPFEVQTDDSPLRRTIPPHPFVPEDATARDRRCRETFRIQSHALAERLRH
                     IGLRRAVIGISGGLDSTLALMVTIAAFDLLKLPREGIIGVTMPGFGTSDRTRDNALAL
                     MASEGITLREISIRAACEQHFRDIGHDGSPDTTYENAQARERTQILMDLANMEGALVV
                     GTGDLSELALGWCTFNGDHMSMYSVNAGVPKTLVGAVVQWLARRTKRPETRRALLDIA
                     ETPISPELLPPSPDGAHTQQTERTLGPYELHDFFLYRFMRFGDAPRRLLFLAEQAFGG
                     RYTRVELLGVLRTFLRRFFAQQFKRNCMPDGPAIGSISLSPRGAWQMPSDASSSLWLR
                     AVEEMEKAMKEGEK"
     CDS             4914..6395
                     /gene="scpC"
                     /locus_tag="SEQF2637_01414"
                     /EC_number="2.8.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P52043"
                     /codon_start=1
                     /transl_table=11
                     /product="Propionyl-CoA:succinate CoA transferase"
                     /translation="MSLKFITAEEAATYVKHDDNVGFSGFTPAGCPKVIPEAIARRAE
                     QEHKEGRPFKIGMFTGASTGDHLDGALARAEAVKFRTPYQSNKDMRTLLNAHGAEYFD
                     MHLSELAQSLRYGFLGRVDVAIVEAVDVTEDGEIVPAEGVGILPTICRLADKILIELN
                     RFHPKELRGIHDIYEPEDPPMRREIPVYKPSDRIGQPFVKVDPKKIVGVVETNREPDG
                     SKFAPLDDVTLAIGRNVSDFLVGEMKAGRLPKSFLPLQSGVGNVANAVLGCMGENEAI
                     PPFTVYTEVIQDAVIKLMDQGRVTFASGCSLSVSHEALREIYARLDFFKDKLLLRPQE
                     ISNNPEVVRRLGVITINTALEADIFGNVNSTHVLGTKMMNGIGGSGDFTRSGYVSIFT
                     TPSTAKDGKISSFVPMVSHMDHSEHSVKVIISEYGVADLRGKSPVQRAREIIERCAHP
                     EYRPLLHAYLDRGVKGHTPQSLDACFAFHRAFIETGDMRNVKF"
     CDS             6782..7807
                     /gene="ruvB"
                     /locus_tag="SEQF2637_01415"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66758"
                     /codon_start=1
                     /transl_table=11
                     /product="Holliday junction ATP-dependent DNA helicase
                     RuvB"
                     /translation="MAEFDIRKAAGTTPETERDYENALRPLSFDSFSGQREVVENLKV
                     FVMAARMRQEALDHVLLHGPPGLGKTTLSNIIANELSVGFKVTSGPVLDKPGDLAGLL
                     TSLEKNDVLFIDEIHRLSPIVEEYLYSAMEDYRIDILIDKGPSARSIQIDLAPFTLVG
                     ATTRSGLLTGPLRARFGINMHLEYYDTETLTRIIHRSADILGVGCDTDAAKEIAGRSR
                     GTPRIANALLRRVRDFAQVKGSGRVDREIACYALEALHIDRYGLDLIDNKILNLLIDK
                     FNGGPVGLTTIATALGEDPGTLEEVYEPFLIQEGFLKRTPRGREVTQLAYEHLGKVST
                     PSQGTLF"
     CDS             8031..9521
                     /locus_tag="SEQF2637_01416"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLAKETAIYGLSSIVGRFLNWMLVPMYTRVLANTNEFGVVTN
                     LYGWTALLLVILTYGMETGFFRFVNKQEEREPMRVYATALYSVGFTSALFMVAAWMLL
                     GPISGALGYAEHPEYVGMMAGIVAVDAFCCLPFAYLRYRNKAVRFAAIKLANIFLNIV
                     LNIFLLVVCPQLNESHPEWIAWFYRPGYGIGYIFLTNVFTTITTLLMLLPDMMPGLRA
                     RPDAARLRQMLAYSFPILILSIAGIFNQTADKILFPFLFADKAEADAQLGIYGACFKI
                     AVVMVMFIQAFRYAYEPFVFAKTRDADNRRSYVEAMRYFIIFSWVIFLGVTFYLDLLK
                     HYVDARYYAGLSVVPIVMLGELFFGIYFNLSVWYKLTDRTQWGAYFSTAGCVMTVAVI
                     VLFVPRFGFMACAWASFASNLLMMVLSYLVGRRYYPVPYDLRSAAFYTLLAAAFFTAG
                     MWPQIDNTVWRMAYRTALLLVFVGIIIKRDLPLSELPLIHGRRKAA"
     CDS             9807..11165
                     /locus_tag="SEQF2637_01417"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METPLLQQIKFFLSRHFDLRQEKEDEEETIESLKKGVEFRGTNL
                     WVLIFAIFLASLGLNTNSTAVIIGAMLISPLMGPIMGFGLGLGIADFDLVKRSLRNYL
                     TATLFSVVTATIYFLISPISEAQSELLARTSPTIYDVLIAFFGGLAGIVAGSTKSKGN
                     VIPGVAIATALMPPLCTAGFGLATGNLSYFLGAFYLYFINTVFISLSTYIVVRVLKYP
                     NKEFLDKKRAMVVRRYMMIIVTCTIIPSLYLTYRVLRNTVFDEQVRSFVNKELDFPNT
                     QVLSRTVAVDTAGRKALNVVLLGDEVPDMMIETARARMRDYGLGGIGLNIQQGFGSDV
                     DINELKSVLMKDLYKNNEELVRAQAAQIDSLKHTVDRYRRASHLALSLTPELRVLYPQ
                     VERLACTPTIIANTVQDKPDTVLLVYVKVKNALTPDEQRKLSQWMAARTEEKNIKLII
                     DR"
     CDS             11395..13545
                     /gene="dpp7"
                     /locus_tag="SEQF2637_01418"
                     /EC_number="3.4.14.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2RKV3"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl-peptidase 7"
                     /translation="MNRTNKIMAAVAACMLLATGARADEGMWVLKELNKQNIARMQEL
                     GLNVPIETIYSETSPCVANAVVIFGGGCSGITVSDEGLIFTNHHCGYGSIQKLSSVEH
                     DYLKNGFVSQSFKDELPVEGLKVQYLRETVDLTDRIMPQLEGITDEFDRISTADSIAR
                     AIADSVSKGDKFTNAEVLPFYNNNKYFLVVYDVFRDVRLVFAPPTSLGKFGGDTDNWM
                     WTRHTCDFSVFRVYAGADNKPAEYSADNKPYHPRYVAEVSLQGYGEKDYAMTIGFPGS
                     TDRYLSSWGVNQRIENSNKPRIEVRGLKQDIWRKAMQASDAVRIKYASKYAGSSNYWK
                     NSIGMNRGLANLDVIARKRAEEAAFAAWVAQSPERQARYGDVLKLLEKGYTQSDKYTN
                     MATYLLEAFMSGTEIVRLARMINSVDVEKSTPEEIDDWINGSLHDFYKDYEPELDRQV
                     LPVMLHIVKERVPAEFLPDIYKTIDKKYKGDYERYANDLFKRTLFTSPEKVAALLKDK
                     KHYKTVMKKDPAAELSHSTILSLMSVRQLLSTSLEDVERGERLYFEGLQKMHPERTFY
                     SDANFTMRASYGSIGGYQPRDAVWYNYFTTQRGILEKQDPTSSEFYVQPEILSLVRNR
                     DFGSYANPQGDLQLCFLSNNDITGGNSGSPVFDRNARVIGLAFDGNWEAMSGDIAFEP
                     DLQRTISVDIRYVLWVIDRWGKCPRLIQELKLVK"
     CDS             13542..14546
                     /gene="epsJ"
                     /locus_tag="SEQF2637_01419"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71059"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase EpsJ"
                     /translation="MNPTPFFSIIVPIYNRPDEARELLESLAAQTDRDFELVLVEDGS
                     TRPCAAEVEAFRSRLTIHYIVKPNTGRSDSRNVGMRASHGAYLIFFDSDCIIPPDYFA
                     TVRRYLATEPADCFGGPDREHPSFTPTQKAISYAMTSFWTTGGIRGGRTNLEKFKPRT
                     FNMGFSREVYERVGGFKDMYGEDIDLSLRIHQAGFTTRLYRDAYVYHKRRGNLRKFFR
                     QVHIFGQARINLFKLYPDSLKAVHTLPAVFVLGSVGVLVCAVLLSPWWLLLPAFYLVL
                     LFVDALIKTRSLSIALRAVIASLIQIYGYGLGFLRAFVDKIILRHGLEDLETLKRVYK
                     "
     CDS             complement(14873..15868)
                     /locus_tag="SEQF2637_01420"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYIFCEGKLGRLLALHNLCGETPKEIHEE
                     MKLINDYNSRCKNKFLRIEIGIAPKDEPLMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLGGQVYDTTFVSNRAARVAEDLSHKYGLTIANEVHSARPHRK
                     VQADPARERTKHQVRNICYALLEKHKGKGLSGHSMFLYELHRSGVTIERMKNKQGKVY
                     GLKFTYDGHSFKASEIGRDFGFRTLPKQFESDNTLKPIIPSAHSSTRSTNDSTPTTQV
                     ASPVVDVALDTAGSLLSETGEVTALQTHGADYAEIAWQRRLRNQAVKKKKRGRGI"
     CDS             complement(15852..16256)
                     /locus_tag="SEQF2637_01421"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHPQKEDKKPNKTAFIKVRCTAEEKERIRSRAANAGRKYSDY
                     CREMLLGGSVTAVPPMGDNEREALAILRQTALFYGHISNLIKVKDTSWVDTTKALATY
                     AKIAFKRFFSSRYRVPEEVFKRLNIEDHDRQV"
ORIGIN      
        1 gatgaactca gcgatgtagc ggtcgcgcga gcgcttcgtc tcgttgagct tctgtttgat
       61 gtattgatag cggtcgggat cgatgtattt cagcgacaga tcctccagct cgctcttgat
      121 cgtgtagagg ccgaggcgat gcgccagcgg ggcgtagagg taggacacct cggtggccag
      181 gcggatgcgg tcgttgtcgt cgcggatctg tttgcccatg cgcatcatgc agaggcggtc
      241 ggcaatcatg acgaggatga cgcgcacatc ttcggcaaag gagaagagca ggtggtggaa
      301 gttctccgaa ttgaccgccg tgttgcgggc gtagaggtcg gacgtcttca gcaggcggcg
      361 gatcatgagg gccacatcgg agtcgaacgt ctgctccacc tcgtcgagcg tgatggcctc
      421 cttcatcacc ggacgataaa acaagagggc gatgacgggg gtgcgtttga ggccgatgtc
      481 gtgcgtagcg atgacggccg tgttgatgtt gcgcaggagg ccgttgatgc cgttgcgatc
      541 gcgcccgtaa caatcgagtg cgaccacgcg acggatcagc gctttcatct tgggcgcatc
      601 ctccggcttg aggcaggacg agaggcccga gagcagtcgg cggtaagcgg agaagaactc
      661 gcgtttctcc tcgggagtga aaaagggaga tgtattcatc gtctgtttat tgtttgaagg
      721 agtgacacca tatcgccgac cgtgaaggtg cggaagtcgt cgatcacccg atcgcagcga
      781 tcggcgatcg cctcggccgg attcgttgtc gccaaaccca ccacggcccc tccggcccgt
      841 cgaccggcct ccaatccggt gaacgaatcc tcgaacacca cgcaacgctc aggcgctaca
      901 ccgagacgct cggccgcccg cagatagccg tcgggatggg gcttagaccg acccagatct
      961 tcggccacga ggatggcatc gaagtgcgtc gtcagctccg gccgtgcgcg gtagacgcac
     1021 gccatcttgg cgcggttcga gctggtgacg acggcccgcg gcacaccgtg ccgacgcagc
     1081 tcatcgagaa acgcttccac gccggggata tagtcgtagt gcatacggga ttcaaaatcg
     1141 acgagcccac ggctgatttc ggcctgcgcc tccatctgtc cgtcgaaata cgcctgaaag
     1201 atctccacga gcgtgcgccc tttgatgcgc tgcgcaaagt ccgtgagggt ggggtgatag
     1261 cgcagcccga cctgctgcca gtagacggtg tattgccgct cggtgtcgaa gaccacgccg
     1321 tccaaatcga agagcgcggc catgggttgg ttcgttgtca taagtctaat gagaggttta
     1381 ggttgtgatt ctttctgcgc gcaaaagtag cgtcacgccc cgctatcggc gggggcggat
     1441 gtgggatcgg cctcgagcgg ggcctccttc ttcttgcgcg acgggatcac ctcgcggcgg
     1501 taatgggcca cctcggtgtt gacgtaatcg atgaacgcgg cgtaatcctc cgtacggccg
     1561 acgacggcca gggcgttgac cttacggacg agcgagctgt aagcccgatc ggcctccttt
     1621 cgcgcctttt tcaaccgacc caccacgtag gccgaccgct cgtcagatcg tctctcggtg
     1681 gtgctacgca gctgttcgtt gacctccttg agggcctcga cgagtggccc gaggcgaagc
     1741 gtggccacat cggcggcaca ccgtccggcc aggtcgtcca ggaggtgcac catgagtccc
     1801 gtctctgcat cgcgctgcat gcgggggttg atggcgtaat ccttgagcag ttgcacgagc
     1861 cgccgcgccg ccgcagcctc ggcctcgacg gggtagttgc gataggcttt ggcaatgttg
     1921 cggagcgtga tgtagagctg ttcccgacgt ttgtcggcct cgcggatcgt gtccgagagg
     1981 aggctttttc gcgacagcgc cagcgcggcg tcctcctcat cgcgcgtcgc acgtagcgcc
     2041 tcgagctcgg ccttagcgcc gaccttgatc ttggcgtccg cctcggcccg ttcgcacaca
     2101 ttgttgacga acaggaagtg cgccccgccc ggaatgcggg ccatgtagat gctttcgatc
     2161 tgtttcattt tctgtatcat aagagtggtt acacatagcg atatatctcc gctttgtttc
     2221 tggcaaattt acatgaaata tgtattggca cttttttgta tcccatcaaa tggcatgcaa
     2281 tccaacacaa aacaattctg tattgcatca gatcgcatgc catccgacat gaaataattt
     2341 tgtatcacac cagattgcac gcaattcaat ctaaagcaat tttgtatccc atcagatcgc
     2401 atgccatccg acatgaaata attttgtatc ataccagatt gcacgcaatt caatctaaaa
     2461 taattttgta tcccatcaaa tggcatgcaa tccaacacaa aacaattctg tattgcatca
     2521 gattgcatgc gatccgatcc gaaacagttt tgtattccat cgaatagtat gtcatctatt
     2581 ccgattccat tttgactcaa aaaagaatcc cgagacactg gcctgaaacc aaatggtaac
     2641 aaaccagcat ctcgggattc cgctcaaaaa ccattttcgc cctaccgaga tcgaggggtc
     2701 aggggactga aaacggatgg tattcggtgc atgatcggaa acgaatgcgt gtaacgcggt
     2761 aggggcgtat cgcatacgcc ctccagacgg ccccgtgagg gccgaacaca tcatctggcg
     2821 cccatcattc accgccctcg cttcattttt caccctcctt catcgctttc tccatctcct
     2881 ccaccgcgcg cagccagagg gaggaggagg catcggaggg catctgccag gcgccgcgtg
     2941 gggagaggct gatggagcca atggcggggc cgtcgggcat gcagttgcgc ttgaattgct
     3001 gggcaaagaa gcggcggagg aaggtgcgga gcacgccgag caactccacg cgggtgtagc
     3061 gaccgccgaa ggcctgttcg gccaggaaga gcagccgtcg gggggcgtcg ccaaagcgca
     3121 tgaagcgata gaggaagaag tcgtgcaact cgtaagggcc cagcgtgcgc tccgtctgct
     3181 gcgtgtgcgc gccgtcgggg gagggcggga gcagctcggg gctgatgggt gtctcggcga
     3241 tgtccaggag ggcgcggcgc gtctcggggc gcttggtgcg acgggccaac cactgcacca
     3301 cggcgccgac aagcgtcttg ggcacgcccg cgttgacgct gtacatcgac atgtggtcgc
     3361 cgttgaaggt gcaccagccg agggccagct ccgaaaggtc gcccgtgccg accaccaggg
     3421 cgccctccat gttagccagg tccatgagga tctgcgtccg ttcgcgcgcc tgagcattct
     3481 cgtacgtcgt gtcgggcgat ccgtcgtggc cgatgtcgcg gaagtgttgc tcgcaggcgg
     3541 cacggatgga gatctcgcgc agggtgatgc cctcggaggc catcagggcc agggcgttgt
     3601 cgcgcgtgcg gtcggaggtg ccaaagccgg gcatggtgac gccgatgatg ccttcgcggg
     3661 ggagcttcaa gaggtcgaag gcggcgatgg tgaccatgag cgccagcgtc gagtcgagtc
     3721 cgccagagat gccgatcacg gcgcgccgca ggccgatgtg gcggagtcgc tcggccagtg
     3781 cgtgcgactg gatgcgaaac gtctcgcggc aacgccgatc gcgtgcggtg gcatcttcgg
     3841 gcacgaaggg atgcggggga atggtgcgcc tgagcggact gtcgtccgtt tgcacctcga
     3901 aggggagcgt gtccagcaag ctgcgctggg cctgcggagc gaaggggttg cgccccgtaa
     3961 agtgtgggct gcggaagcgg tcatggctca aggcggcgag atccacctcg ctgatgagga
     4021 gttgctcgtc ggcagagaaa ggctccgact cggccacgat ccgaccgcgg tcagcgatga
     4081 aggcctcgcc gtcgaaaaag tggtccgtcg acgattcgcc atgcccggcc gagacgtaga
     4141 cgcagccggc gatgcagcgg cgggcgtgct cccgtacggt gtcgcgcaac gcatcgtgtc
     4201 ggccgacctg cgtaggcatg gcgtcgaggt gaaagagcac gctggccccc tccgcggcac
     4261 actgggcact ggtggacacc ggacggaaga ggtcgtcgcc cagcgtgacg gcaaacgtga
     4321 aggtctcgca acgaaaacgc agctcggaac cgacgttgaa tgaggcgcca gcgatctgca
     4381 cattcgtggt ggggaagcgc tcgcccggcc cgccgttaac caccgcaccg aggatccgcc
     4441 cggactggaa aacgacggcc gcctcacgga tgcaatcgcc gacgcggagc ggtgcgccga
     4501 caataccgac gatggggagg gagcccgtga gcgataagac gccgagcagc ccaaacgtca
     4561 ctccctcgtt gtagcgctga tcaaaacgca aatcgccgca ggtgctgccc atgatggcca
     4621 tgtgggggaa ggcgatgatg tcgacgcccc gtttggatgc tttgcgcatc atcgtaatga
     4681 tctggtcggc gttgtggagg taatcagccg gcttcagtcg cggcacaccg gccgcaacgc
     4741 gtaggaattc atgtgtcatg tttgtgtggg gattgaaaac gggtgcaagt gtagggccat
     4801 tcgcacggaa tagcgccctc ggcggtgcgc cactgggctc catccttccc ttattactcc
     4861 cgatccatat ctttgcccgc aaatacacat ctacttaaat aagaaacaga atcatgtcac
     4921 tgaaattcat cacggcggaa gaagccgcca cttatgtgaa acacgacgac aacgtcggat
     4981 ttagcggatt tacgcctgca ggctgtccga aggtcatccc cgaagccatc gcgcgacggg
     5041 cggaacagga acacaaggag ggccgaccct tcaaaatcgg aatgttcacc ggcgcctcta
     5101 ccggcgacca cctggacggt gcattggcac gcgccgaggc tgtgaaattc cgcaccccct
     5161 accaatcgaa caaagacatg cgcacgctgc tcaacgccca cggcgcagag tatttcgaca
     5221 tgcacctctc ggagctggcg cagtcgctgc gttacggatt cctcggccgc gtggacgtag
     5281 ccatcgttga ggccgtcgac gtgacggaag acggcgagat cgttcccgcc gagggcgtgg
     5341 gcatcctgcc gaccatctgc cgtctggcgg acaagatcct catcgagctg aaccgcttcc
     5401 acccgaagga gctgcgcggc atccacgaca tctatgagcc cgaagatccg cccatgcgcc
     5461 gcgagatccc cgtctacaaa ccgtcagatc gcatcggcca acctttcgtc aaggtcgacc
     5521 cgaagaagat cgtcggcgtg gtggagacga accgcgagcc ggacggtagc aagttcgccc
     5581 cgctggacga cgtcacgctg gccatcggcc gcaacgtgtc ggacttcctc gtaggcgaga
     5641 tgaaggcggg ccgtctgccg aagtcgttcc tgccactcca gagcggtgtg ggtaacgtag
     5701 ccaacgccgt gctcggttgc atgggtgaaa acgaggctat cccgcccttc acggtctaca
     5761 ccgaggtgat tcaggacgcc gtgatcaaac tcatggatca aggtcgcgtg acgttcgcca
     5821 gcggctgctc gctgagcgtg agccatgagg cgctgcgcga gatctacgcc cgtctggact
     5881 tcttcaagga caagctgctg ctccgtccgc aggagatctc gaacaacccc gaggtggtgc
     5941 gccgactcgg agtgatcacg atcaacaccg cactggaagc cgacatcttc ggcaacgtca
     6001 actcgacgca cgtgctgggc acgaagatga tgaacggcat cggcggatcg ggcgacttta
     6061 cgcgctcggg ctacgtctcg atcttcacca cgccttcgac agcgaaggat ggcaagatca
     6121 gctcgttcgt gccgatggtg tcgcacatgg atcacagcga gcactcggtg aaggtgatca
     6181 tctcggagta cggcgtggcc gacctgcgtg gcaagtcgcc tgtgcagcgt gcccgcgaga
     6241 tcatcgagcg ttgcgcacat cccgagtacc gtccgctgct gcacgcctac ctcgaccgcg
     6301 gcgtcaaggg tcacacaccg cagagcctcg acgcttgctt cgccttccat cgggcgttca
     6361 tcgaaacggg cgacatgcgg aacgtgaagt tctaatagag ggtagaggat ggagggtaga
     6421 gggtagacat ccgacgattt gggagaagag agagggagca gctctttgcg ggcttgttcc
     6481 ccctcttttt tctgttaact ccgcgagacc cagcgcgggc tgcgcaaacg ccccggcaaa
     6541 cgccgcaaga cttgcgcaag ctgcgcaaac gtcccggcaa acgccgcaag acttgcgcaa
     6601 gctgcgcaaa cgtctcggca aacgccgcga gacttgcgcg ggctgcgcaa acgctccggc
     6661 aaacgccgca agacttgcgc aagctgcgca aacgccccgg caaacgccac gaaacttgcg
     6721 cgggctgcgc aaacgcccca ctcgtaactt gtaactcatc actcgtaact aacacacacc
     6781 tatggctgaa ttcgacatac gcaaggctgc cggcacaacg ccggagacgg agcgcgacta
     6841 tgagaacgcc ctgcgccctc tctcgttcga cagcttcagc ggccaacgcg aggtggtgga
     6901 gaacttgaag gtgttcgtca tggccgctcg catgcgtcag gaggcgctcg accatgtgct
     6961 gctgcacggc cctccgggct taggcaagac gacgctctcg aacatcatcg ccaatgagct
     7021 gagcgtgggc ttcaaggtga cgtctgggcc ggtgctcgac aagccgggcg acctggccgg
     7081 actgctgacg tcgctcgaga aaaacgacgt gctcttcatc gacgagatcc accgcctcag
     7141 ccccatcgtg gaggagtacc tctactcggc gatggaggat taccgcatcg acatcttgat
     7201 cgacaagggg cccagcgcgc gctctataca gatcgacctc gcgcccttca cgctcgttgg
     7261 cgccacgaca cgcagcggat tgctcacggg gccgctccgg gcacgcttcg gcatcaacat
     7321 gcacttggag tattacgaca cggagacgct cacgcgcatc atccaccgca gtgcggacat
     7381 cctcggcgtg ggttgcgaca cggatgcggc gaaggagata gccggacgca gtcggggcac
     7441 gccccgcatc gccaacgcgc tactgcgccg ggtgcgcgac tttgcgcagg tgaagggatc
     7501 aggccgcgta gatcgcgaga tcgcctgcta tgcgctcgag gcactccaca tcgaccgtta
     7561 cggactggac ttgatcgata acaagatcct gaatctgctc atcgacaagt ttaacggcgg
     7621 accggtgggg ctgacgacga tcgccacggc gctcggcgag gatccaggca cgctggagga
     7681 ggtctatgag ccgttcctga ttcaagaggg tttcctgaag cgtacgccgc gcggacggga
     7741 ggtgacgcaa ctggcgtacg agcatctggg caaggtgtcg acgccgtcgc aaggcacatt
     7801 gttttaaggc agaaccttct tttcttccct tgatagaaga aaagaagcaa aagaagatca
     7861 aggcactagg ggtgccggcc aagttggctt ggtacccggt aaacttccct gcctcggtag
     7921 aggctgccgg acaagttggt ctggtacccg gcaaacttcc ctgcctcggc agagacaggc
     7981 aggggccgcc ttttattagt tgttagttga atgagattat ggccggagga atgaaacggt
     8041 tagcgaagga gacggcgatc tacgggctga gtagcatcgt ggggcgtttc ctgaattgga
     8101 tgctggtgcc gatgtacacg cgggtgctgg cgaacacgaa tgagtttggc gtggtgacga
     8161 acctctacgg atggacggca ctgctgctcg tcatcctgac gtatggcatg gagacgggct
     8221 tcttccgctt cgtcaataag caggaggagc gcgaaccgat gcgcgtctat gccacggcgc
     8281 tttacagcgt gggcttcacg tcggccctct tcatggtggc ggcgtggatg ttgctcgggc
     8341 cgatcagtgg cgcgttgggc tacgccgagc acccggaata cgtgggcatg atggccggca
     8401 ttgtggccgt cgacgccttc tgctgcctgc ccttcgccta cctcagatac cgcaacaaag
     8461 ccgtgcgatt tgccgccatc aaactggcca acatcttcct caacattgtg ctgaacatct
     8521 tcttgcttgt cgtctgtccg cagctgaacg agtcgcaccc cgagtggatc gcgtggtttt
     8581 atcgcccggg ctacggcatc ggatacatct tcctgaccaa cgtcttcacc accatcacca
     8641 cgctgctcat gctgctgccc gacatgatgc ccggcctccg cgcccgaccc gacgcggcgc
     8701 gcctccgaca gatgctggcc tactccttcc cgatcctgat cctgagcatc gccggcatct
     8761 tcaatcagac ggccgacaag atcctcttcc ccttcctctt tgccgacaag gccgaggccg
     8821 acgcgcagct gggcatctac ggcgcctgct tcaagattgc cgtcgtgatg gtcatgttca
     8881 tccaagcctt ccgctacgct tacgagccct tcgtcttcgc caagacccgc gacgccgaca
     8941 accgccgctc gtacgtcgag gcgatgcgtt acttcatcat cttttcgtgg gtcatcttcc
     9001 tcggcgttac cttctacctt gacctgctca agcactacgt cgacgcccgc tactacgccg
     9061 gcctcagcgt cgtgcccatc gtcatgctcg gggagctgtt tttcggcatc tacttcaacc
     9121 tctcggtgtg gtacaaactg accgaccgca cccagtgggg cgcctacttc tccacggccg
     9181 ggtgcgtcat gaccgtagcc gtcatcgtgc tctttgtgcc ccgcttcggc ttcatggcct
     9241 gcgcctgggc ctcgtttgcc agcaatctgc tgatgatggt gctctcttac ctcgtcgggc
     9301 ggcgctatta ccccgtgccg tacgacctcc gttcggccgc cttctacacc ctgctcgccg
     9361 ccgccttctt caccgcaggc atgtggccgc agatagacaa tacggtttgg cgcatggcct
     9421 accgcaccgc gctcctgctt gtttttgtcg gcattatcat caaacgcgac ctgccgctct
     9481 ccgagctgcc gttgattcat ggaaggagga aggcggcatg aagccccatc acggcgaccc
     9541 cgatcaagcg ctcgattgct tcgcgcagtg tgcgcagggc gtcagggacg ccagccaagt
     9601 atgccgggta ctaggcagac ttccccggcc tcggcagagg cctgcgcggg gcgtcaggga
     9661 cgccagccaa gtatgccgag taccaagcag acctcctcgg cctcggcaga ggcctgcgca
     9721 gcctcaaaca agtactcgat tggccatcat tcacagagat agaattcatc actacatagt
     9781 attatcacac gtaattaagt tcaacaatgg aaactccctt attgcaacaa atcaagtttt
     9841 tcctgagccg ccactttgat ctgcgacaag agaaagaaga cgaagaagaa acgatcgaat
     9901 cgctgaagaa aggcgtcgag tttcgcggca ccaacctctg ggtcctcatc ttcgccatct
     9961 tcctggcctc gctcgggctg aacaccaact ccacggccgt catcatcggc gccatgttga
    10021 tttccccgct catgggcccc atcatgggct tcgggctggg cctcggcatc gccgacttcg
    10081 acctggttaa gcgctccctg cgcaactatc ttacggcaac gctcttcagt gtcgtcaccg
    10141 ccaccattta cttcctcatc tcgcccatca gcgaggcgca gagcgagttg ctggcacgca
    10201 cctctccgac catctacgac gtgctcatcg ccttcttcgg cggcttggcc ggcatcgtgg
    10261 ccggctccac caagtcgaag ggtaacgtca tccccggcgt ggccatcgcc accgccctca
    10321 tgccgcccct ctgcacggcc ggattcggct tggcgacggg caacttgagc tacttcctcg
    10381 gcgccttcta cctctatttc atcaatacgg tcttcatcag cctctccacc tacatcgtgg
    10441 tgcgggtgct gaagtatccg aacaaggagt tcctcgacaa gaagcgcgct atggtcgttc
    10501 ggcgctacat gatgatcatc gtcacctgca ccatcatccc cagcctttac ctcacctatc
    10561 gcgtcctccg caacaccgtc tttgacgagc aggtaaggtc gttcgtcaac aaagagctgg
    10621 atttccccaa cacgcaagtc ctcagccgaa ccgtcgctgt cgacaccgca gggcgcaaag
    10681 cgctcaacgt cgtcttgctc ggtgacgaag tgcccgacat gatgatcgaa accgctcgcg
    10741 cccgcatgag ggactatggc ctcggtggca tcggcctgaa catacagcaa ggctttggca
    10801 gcgatgtaga catcaacgag ctgaagagcg tcctgatgaa ggatctctac aagaacaacg
    10861 aggagctcgt ccgggcacaa gccgcacaga tcgattcgct caagcacacc gtggatcgct
    10921 atcgtcgagc ctctcacctg gccctctcgc tgacgcccga gctgcgtgtg ctctatccgc
    10981 aagtggagcg cttagcctgc acgccgacca tcatcgccaa caccgtccaa gacaagccgg
    11041 acaccgtgct tttagtttac gtcaaagtca aaaacgcact cacccccgac gagcagcgca
    11101 agctctccca atggatggcc gcgcgcaccg aagagaagaa catcaaactg atcatcgacc
    11161 ggtagtcatg cggcctttcg gccacggtag taggggacgc accgcagtgc gcccggtagt
    11221 gatgagggct gcgccctcgg gtagttataa ggagtaggaa gtagccccat aactacccgg
    11281 ccgcaaggcc gataactact tcgaactacc ggggcgaagc ccctaactac cgcgccgaag
    11341 gcgcataacg acttggtcgc agaccgataa ctacttaatt aactactcat aaacatgaac
    11401 agaacaaaca agatcatggc tgcagtagcc gcgtgcatgc tgctcgccac gggcgcccgg
    11461 gccgacgaag gcatgtgggt gctcaaagag ttgaacaaac aaaacatcgc acgcatgcag
    11521 gagttgggcc tcaatgtgcc catcgaaacc atctacagcg agacgagccc ttgcgtagcc
    11581 aacgccgtcg tcatcttcgg cggcggatgc tccggcatca ccgtctccga cgaggggctc
    11641 atcttcacca accaccattg cggctacggc tccatccaga agctcagcag cgtggagcac
    11701 gactacctga agaacggctt cgtgtcgcag agcttcaagg atgagctgcc cgtcgaagga
    11761 ctcaaagtgc agtacctccg cgagacggtc gacctcaccg accgcatcat gccgcagctc
    11821 gagggtatca ccgacgagtt tgatcgcatc agcacagccg actccatcgc ccgcgccatc
    11881 gccgactctg tatccaaggg cgacaagttc accaacgccg aggtgctgcc cttctataac
    11941 aacaacaagt acttcctcgt cgtctacgac gtcttccgcg acgtccgact cgtcttcgct
    12001 ccgcccacgt cgctcggtaa gttcggcggc gatacggaca actggatgtg gacacgccac
    12061 acgtgcgact tctccgtctt ccgcgtctac gccggcgccg acaataagcc ggccgaatac
    12121 agcgccgaca acaaacccta tcacccgcgc tacgtggccg aagtctccct ccagggttac
    12181 ggcgagaagg attacgcgat gaccatcggc ttccccggca gcaccgaccg ctacctctcc
    12241 tcctggggcg tcaaccaacg catcgagaac tccaacaagc cgcgcatcga agtgcgaggc
    12301 ctcaagcaag acatctggcg caaagccatg caagccagcg acgccgtacg catcaagtac
    12361 gcctcgaagt atgccggcag ctccaactat tggaagaact ccatcggtat gaaccgcggt
    12421 ctggccaacc tcgacgtcat cgcccgcaaa cgggccgaag aggctgcctt tgccgcatgg
    12481 gtagcccagt cacccgaacg tcaggcgcgc tacggcgacg tgctgaagct gctcgagaag
    12541 ggctacacgc agtcggataa gtacaccaac atggcgacct acctcttgga ggccttcatg
    12601 agcggcacgg agatcgtccg cctggcacgc atgatcaaca gcgtcgacgt ggagaagagc
    12661 acgcccgagg agatcgacga ctggattaat ggcagcctgc acgacttcta caaagactat
    12721 gagccggagc tcgaccgtca ggtgttgccc gtcatgctgc acatagtcaa ggagcgtgtg
    12781 cccgccgaat tcttgccaga catctacaag acgatcgaca agaagtacaa gggcgactat
    12841 gagcgctacg ccaacgacct cttcaagcgc accctcttca cctcgcccga gaaagtggcc
    12901 gccctgctca aggacaagaa gcactacaag acggtgatga agaaggatcc tgccgccgag
    12961 ctctcccatt ccaccatcct gtcgctgatg agcgtgcggc agctcctctc cacctctctg
    13021 gaagatgttg agcgcggcga acgcctctac ttcgaaggcc tacagaagat gcacccggag
    13081 cgcaccttct actccgacgc caacttcacc atgcgtgcca gctacggctc catcggcggc
    13141 tatcagcccc gcgacgccgt gtggtataac tacttcacca cccaacgcgg catcttagag
    13201 aagcaagacc cgacgagctc ggagttctac gtgcagcccg agatcctctc cctcgttcgc
    13261 aaccgcgact tcggctcgta cgccaacccg cagggcgatc tgcaactctg cttcctctcg
    13321 aacaacgaca tcacgggcgg caactccggc agcccggtct tcgaccgcaa tgcgcgcgtc
    13381 atcggactcg ccttcgacgg caactgggag gctatgagtg gcgacatcgc cttcgagccc
    13441 gacctgcaac gcaccatcag cgtcgacatc cgctacgtcc tttgggtgat cgaccgctgg
    13501 ggcaagtgcc cgcgcctgat ccaagaactc aagctggtaa aatgaacccg acgcccttct
    13561 tctccatcat cgtccccatc tacaatcgcc cggacgaggc ccgcgaacta ctcgaaagcc
    13621 tcgccgcgca gaccgatagg gactttgaac tggtgctcgt cgaggatggc tccacccggc
    13681 cctgcgcggc cgaggtggaa gccttccgct cccgcctcac gatccactac atcgtcaagc
    13741 ccaacaccgg ccgcagcgac tcgcgcaacg tcggtatgcg cgcctcccac ggtgcgtatc
    13801 tcatcttctt cgactccgac tgcatcatcc cgccggacta cttcgccacc gtccgccgct
    13861 acctcgccac cgagccggcc gactgcttcg gcggccccga ccgcgagcac cccagcttca
    13921 cccccacgca aaaggccatc agctacgcca tgacctcctt ctggaccacg ggcggcatac
    13981 gcggcggccg caccaacctg gagaagttca agccccgcac cttcaacatg ggcttttcgc
    14041 gtgaggtgta cgagcgcgtg ggtggcttca aagacatgta tggcgaggat atcgacctca
    14101 gcctccgcat ccatcaggcc ggcttcacca cccgcctcta ccgcgacgcc tacgtctacc
    14161 ataagcgccg cggcaacctc cgcaagttct tccgccaggt gcacatcttc ggtcaggcgc
    14221 gcatcaacct cttcaagctc taccccgact cgctgaaggc cgtccacacg ctccccgccg
    14281 tgttcgtcct cggcagcgtc ggcgtcctcg tgtgtgccgt cctgctgtcg ccgtggtggt
    14341 tgctcctgcc cgccttttac ctggtgttgc tcttcgtcga cgctctcatc aagacccgca
    14401 gcctcagcat cgccctgcgc gccgtcatcg cctcgctgat ccagatctac ggctacggac
    14461 tcggcttcct ccgcgcgttt gtcgacaaga tcatcctccg ccacggcctc gaagacctcg
    14521 agaccctcaa gcgggtgtac aagtaaggtt tggcgcatgc atgcttaata ccgtctcgag
    14581 gggtatttaa ttacgttccg aagggtattt aataccgttc gggagaaaat catttggaaa
    14641 tatcatcctg aaaaagaaga tgttgctcga ccgtaggcgt tggataggta acgaggtgga
    14701 aacgagcgaa gcgcttgagg ttgctggaat ctgcacaaac aaagggcgct tgtcatttga
    14761 ggctgcaatg ttactatgac tatttgaaag acaggcgttt ttgatgcgat tctctcgctt
    14821 tggctttcgg tttgggaaag gtcgtgatga acgaccggat gagcgcacaa gctcatatcc
    14881 ccctccctcg cttcttcttt ttcacggctt ggtttcttag gcgtcgttgc catgcgatct
    14941 cggcgtagtc ggcgccgtgt gtctgtagag ctgtgacctc tccagtctcc gaaagaagac
    15001 ttcccgcggt gtctaaagca acgtccacaa cggggcttgc gacttgtgtg gtaggtgtac
    15061 tgtcgttcgt agatctcgtg gaggaatggg cggaggggat gatgggcttc agtgtgttgt
    15121 cggactcgaa ctgtttcggc agggtgcgga aaccaaagtc gcgaccaatc tcggaggcct
    15181 tgaaactgtg cccgtcgtaa gtgaacttga gtccgtagac tttgccctgc ttgttcttca
    15241 tgcgctcgat cgtgacaccg cttcggtgga gttcgtagag gaacatggag tgacccgaca
    15301 ggccttttcc tttgtgcttc tcgagcaagg cgtagcagat gttccgaacc tgatgctttg
    15361 tccgctctct tgcgggatcg gcttggactt tccgatgcgg tcgcgcggag tggacttcgt
    15421 tggcgatggt cagcccgtac ttgtggctga gatcttcggc cactctggct gcccgattgc
    15481 tcacaaaagt ggtgtcgtag acctgcccgc caaggctgat ccgattggcg atgatatgga
    15541 tgtgtagatt gtcggtgtct ttgtgcgtga cggccaccca ctggtgatcg tccagcccca
    15601 tctgtttggc aaagagcaag gcgaggcggt tcagagtttt gaacgtcatc agtggctcgt
    15661 ctttcggggc gatgccgatc tcgatgcgca ggaacttgtt tttgcaacgg ctgttgtagt
    15721 cgttgatcag cttcatctcc tcgtgaatct ccttcggcgt ttcgccgcac agattgtgga
    15781 gagcgagaag ccggccgagc tttccctcgc aaaaaatgta ctccagcgca ttgcctccgt
    15841 gtgcgatggc cttacacttg gcgatcatga tcttcgatat ttaggcgctt aaatacctcc
    15901 tctgggaccc gatagcggga gctgaagaat cgcttaaaag cgatcttggc gtaggtggca
    15961 agtgcctttg tggtgtccac ccaagaggtg tccttaacct tgatcaaatt agaaatgtgc
    16021 ccgtagaaca gtgccgtctg acgaaggatg gcgagggcct ccctctcgtt atcgcccatc
    16081 ggagggacgg cggtgacgga tccaccgagc aacatctcgc gacagtagtc ggagtacttc
    16141 cgccctgcgt tcgcggccct cgaacggatt cgctccttct cttctgccgt gcatcggacc
    16201 ttgataaagg cggttttgtt cggcttcttg tcttcctttt gggggtgtct tttcatgtgg
    16261 ataggtcttt tctgtggtgc ttatactatg gttggggccg atgagaacgg atgtgattac
    16321 ggctctctcc tccgtccgct aaggccgggg gagcaagtgc agtttgtggg aacaaactga
    16381 cgtcttgcat taccgtcgtc acgctccggt acatacctag aatgtttctt acaatcagtg
    16441 catgccatgc attcaggcgg ttgctgcttg cttgacgtgc atattattcg tggactcttt
    16501 gatggatctg tatgctcgga ttatagcttc cgccattcct cgatctcctc ggcgtagtcc
    16561 tccaaatggg cgcgcacgat gcgctccac
//
LOCUS       SEQF2637|AYYD01001114.1 2402 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2402
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(235..864)
                     /locus_tag="SEQF2637_01422"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHKLILCLVCCLLLTRTAHAQWIVTDPVNLAGNXANTIKEIAT
                     ASKTVNNTLSNFKEVEKLYNDTKRYYDALKKVNNLIGDAYKVKETILMVGDMTEMYVG
                     AYKKMLSDPNYSPEXLSAMAAGYAKLMERSXESLXELKSLVRSGXLSMNDKERIELIX
                     RIYNEVKEYRAATSYFTRKNISVSFVRAAKKGEMARVNALYGSADNRYW"
     CDS             complement(1356..2342)
                     /locus_tag="SEQF2637_01423"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYIFREGKLGRLLALHNLCGETPKEIHEE
                     MKLINDYNSRCKNKFLRIEIGIAPQDEPQMTFKALNRLALFFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLRGQVYDTTFVSNRAARVAEELSRKHGLTIAKKVHSARPHRK
                     AQYAPARERTKQQVRNICYALLDKHRGKGLSGHSMFLYELHRSGVTIDRMKNKQGKVY
                     GLKFTYGEHSFKAFEIGREFGFRTLPKQFETGNAQKPIIQSSMIPTKDSTPTAQVASP
                     VVDVALDTAENLLSEVGEVTTLQTHGTDYAEISWQRRLRNQAEKKKRRGRGI"
ORIGIN      
        1 gacgaccgac gggaagaaca tgatgcagaa gccgaggacg aaggggcgga ggagcgggaa
       61 gacgtcgatg ggttcggcgc gggcgagcga cgaccagatg cgnagggcga tatagaagag
      121 tgcgccgagg ccggcgatnc cctttgcgat ncctgncata tgggcncana ggggcatcat
      181 ntccccgtag gtngcgtgca gcagcgcgtg caggtcggta aagtccatcg tgcatcacca
      241 atagcggtta tcggccgacc cgtagagcgc attgacacgg gccatctcgc ccttcttngc
      301 cgcccgtacg aagctgacgg agatgttctt acgcgtgaag tacgacgtgg ccgcgcggta
      361 ctccttcacc tcgttgtaga tgcgntcgat cagctcgatt cgctccttat cgttcatcga
      421 gagcncgccg ctgcggacga gcgacttgag ctcnttgagc gactcnctgg agcgctccat
      481 cagcttggca tagcccgccg ccatggccga cagntcctcg ggcgagtagt tcggatcgga
      541 gagcattttc ttgtacgcgc cgacgtacat ctccgtcatg tcgcccacca tgagtatggt
      601 ttccttgact ttatangcgt cgccgatcag gttgttgacc ttcttcaggg cgtcgtaata
      661 ncgcttggtg tcgttgtaga gcttctcgac ttccttgaaa ttgctcagcg tgttgttcac
      721 cgttttggag gcggtggcga tctctttgat cgtgttcgcn atgttacctg ccaagttgac
      781 agggtcggtn acgatccatt gggcgtgcgc cgttcgcgta agcagcaggc agcacacgag
      841 gcagaggata agtttgtgtt tcatgaggat tggggggatn anggnaatga ngaaataaag
      901 tagttcggta ttatacgggt gatcgattca cttttctgtg atcaaaattt gatgacacgc
      961 gagctttttt acctctcgag tgatcaaatt ttgatgacgc gcgagcaaca acaagctggc
     1021 gcgtgatcaa attttgttca cgcgtgatcg aattttgatg acgcacgagc ttttttatct
     1081 ctcgagtgat cgaattttga tgacgtagaa aactattcag aaatatccct ctgtaaaaga
     1141 agaagttagt cgatcgtagg cattggacgg gtaacgaagt ggaaacgagc gaagcgcttg
     1201 aggttgctag aatctgcaca aacaaagggc gcttgtcatt tgagggcgca atgttactat
     1261 gactatttga attacaggcg tttttgatgc gattctctcg ctttggcttt cggtttggga
     1321 aaggtcgtga tgaacgaccg gatgagcgca caagctcata tccccctccc tcgtctcttc
     1381 tttttctcgg cttggtttct taggcgtcgt tgccatgaga tttcggcgta gtcggtgccg
     1441 tgtgtctgca gggttgtgac ttcgcctacc tccgaaagaa ggttttccgc ggtgtctaaa
     1501 gcaacgtcca caacggggct tgcgacttgt gcggtaggtg tactgtcttt cgtagggatc
     1561 atggaggatt ggatgatggg cttctgcgca ttgccggtct caaactgttt cggcagggtg
     1621 cgaaaaccaa actcacgacc gatctcgaag gccttgaaac tgtgctcgcc gtaggtgaac
     1681 ttcagcccgt agactttccc ctgtttgttt ttcatgcggt cgatcgtaac gccgcttcgg
     1741 tggagttcgt agaggaacat ggagtgaccc gacaagcctt tcccgcggtg cttgtcgagc
     1801 agggcgtagc agatgttccg aacttgctgc tttgtccgct ctcttgcggg agcgtattgg
     1861 gctttccgat gtggtcgcgc ggagtggact tttttggcga tagtcaatcc gtgcttgcga
     1921 ctgagctctt cggctactct cgccgctcga ttgctgacga aggtggtgtc gtagacctgc
     1981 ccgcggagac tgatccgatt ggcaatgata tggatgtgca ggttgtcggt gtctttgtgc
     2041 gtgacggcta cccactgatg gtcatccagc cccatctgtt tggcaaagaa caaggcgagg
     2101 cggttcagcg ccttgaacgt catctgcggc tcgtcctgcg gggcgatgcc gatctctatg
     2161 cgcaggaact tgtttttgca acggctgttg tagtcgttga tcagcttcat ttcctcgtga
     2221 atctccttcg gcgtttctcc gcagaggttg tgaagggcga gaagccggcc gagctttccc
     2281 tcacgaaaaa tgtactccag cgcattgcct ccgtgtgcaa tggccttaca ctttgcgatc
     2341 atggtcttca atatttaagc acttaaacac ctcctcattg acccggtagc gagggttgaa
     2401 ga
//
LOCUS       SEQF2637|AYYD01001115.1 7609 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7609
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(157..1989)
                     /gene="ydcP_2"
                     /locus_tag="SEQF2637_01424"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76104"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protease YdcP"
                     /translation="MARPIELLAPAKDLACGREAILHGADAVYIGAPKFGARAAAGNS
                     LDDIRALCDFAHIYNVSIYVALNTILRDDELKEAERMIHQLYDAGVDALIVQDLGLTR
                     LDLPPIALHASTQMDNCTPEKVAFLAQAGFEQVVLARELTLQEIRRIADATPKDVSLE
                     AFVHGALCVSYSGRCYLSSALTGRSANRGACAQCCRLPYTMVDADGRTIARDKHLLSL
                     RDMNRSDDLEAMIAAGVSSLKIEGRLKDVAYVKNVTAYYRQQLDEILARDPSLRQTSD
                     GRSTYTFEPRPEKSFNRGFTDYFLHGRRPDITSFDTPKSIGEPLGRASANRGGGLVVD
                     GTKPLHNGDGLVFFNPRGELEGFRVNRAEGRRIVAARMPAVKPGTLLYRNVDSAFEAV
                     LAKPSAERRIAIDIVWSGTSDGFALTLTDATGCGVTVTRTFAAEPAVKPQGENIRTQL
                     SRLGTTPFEAARVTVDMHENLFVPSSLLGEMRREAVDRLLSERLARRTRRRRRAESPT
                     AVYPSSTVDYTANISNAKAEAFYRSHGVRTVERAYEEQPRAGVPLMFTRHCLRYSMGW
                     CPVHQQGRSPFREPYYLLHEGTRLRLEFDCVRCEMRVINEPTQP"
     CDS             complement(1993..2925)
                     /gene="metA_1"
                     /locus_tag="SEQF2637_01425"
                     /EC_number="2.3.1.46"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72X44"
                     /codon_start=1
                     /transl_table=11
                     /product="Homoserine O-succinyltransferase"
                     /translation="MPLNLQKNLPAVELLKTEHIFVMDSLRANSQDIRPIRVVVLNLM
                     PLKITTETDLVRLLSNTPLQVELELMKIKGHTSKNTPVEHMREFYRDFDNMRDEFYDG
                     MIVTGAPVERMPFEEVRYWDELTEIFDWGRTHVTSTFYICWAAQAALYHFFGVQKHDL
                     PSKMFGVFRHTMNEPFLPIFRGFDDEFYVPHSRHTEVRRSDMVGIPGLTLLSESDEAG
                     VYMAMARGGREFFITGHSEYAPNTLNDEYRRDLAKGLSIAPPTGYYADNDPSKPPIVR
                     WRGHANLLFSNWLNYYVYQATPYHLNDIRHLGDL"
     CDS             3137..4537
                     /locus_tag="SEQF2637_01426"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRKIVTLLLAAGALVGVSSVASAQLTGQPWNPMWDMVMRGNDT
                     TIRHLPNRPAAPRPSYPTAAWLDSTRIRLYEGCAVQVDTAFIIPAGKNRRIIYKNMPK
                     DHLGRHYIVNAVTDKVYTEFDTITLPDSKDSTVISLNFKHFRLSDGEPTLRDGYLGDI
                     LLQVKVGSKWTGSAYGSAIETVDTLKYQYFNLPQITNRRKVDPSPRDTGRFAFKWSGA
                     LVNGANGDPYEHWSSWEDTSIHSGDSVFYVAPAYYSLDRGATWLPCESEGVDLNARDI
                     ADMGRDVPVLVRVPNGCGSYQVIEAQSRPNPPVVTREVTIENADGGTVDPYKNKINSG
                     SDFTFTVRPTGSNVPNVTTSRDKVIPDANGVLWKKNADGSYTYTVRRVQENLTVKLSY
                     TQSNAEVAGTRVWSENGQLYVTAAVSGRANVYNVLGKLNRSLTFSAGETKSVSVPAGI
                     YVVSLNNGKAYKVAVR"
     CDS             complement(4547..4702)
                     /locus_tag="SEQF2637_01427"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLSLYNSTLSDESAWSVCMQQRLYGLSDVPKDKGPEALFSSEP
                     FCSKSGI"
     CDS             4801..5814
                     /gene="asd_1"
                     /locus_tag="SEQF2637_01428"
                     /EC_number="1.2.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q04797"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate-semialdehyde dehydrogenase"
                     /translation="MRTAIVGASGAVGQEFLRVLEERDFPVDELVLFGSSRSAGREYK
                     FRGKAYTVKELKHNDDFRGVDVAFVSAGGGTSTAFAETITKHGAVMIDNSSAFRMDAD
                     VPLVVPEINPEDALKRPKGIIANPNCSTIQMVVALNAIEKLSHIRRVHVSTYQAASGA
                     GAEAMNELRTQYMQLAQGEEPVVEKFFYQLAYNLIPQIDVFTDNGYTKEEMKMYHETR
                     KIMHSDVEVSAMCVRVPVMRAHSEAIWVETERPVSVEEARAAFAADKGIVLQDDPAKK
                     DYPMPLFVAGHDPVYVGRIRKDLANPNGLIFWTVSDQIKKGAALNAVQIAEYLIQAGN
                     IGK"
     CDS             5884..7275
                     /gene="rsmF"
                     /locus_tag="SEQF2637_01429"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SII2"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase F"
                     /translation="MSFDSDKMSQESLPNVFAGRMRRLLGDDYEAFERALEGAPTVSL
                     RVNPRKAADGQDLPVGDRVPWCETGRYLTERPAFTFDPLLHAGAYYVQEAASMFLERA
                     VGRYVTEPVVALDLCAAPGGKSTHLISTLPEGSLLVSNETIRSRSRVLAENMAKWGAS
                     SVVVTQADAKDFGRMTHRFDLIVADMPCSGEGMFRKTPSARAEWSLEAVRLCAARQRR
                     IVHDVWPALRPGGLFVYSTCTFNTEENEDNLQAFADAFGAEVLPVDTPEVWAVGGALT
                     GTLPICRFWPHRTRGEGFTLAVIRKPDDGPLRTTRLRPTRRQPAAAVPEEMKRWLAAP
                     EDYALERTADGRVRALPRAFRDVVTELEAHVHVLTAGVPLGEVKGRDAVPSAALALSS
                     ALRPEAFATVDLPRPEALRYLRREALSLSADVPRGYILAAYGGLPLGFMKQLGPRANN
                     LFPDEWRIRKTLI"
ORIGIN      
        1 agactatcgg acactccggt gatgttgtca ggccgcctgc cagggctatc gaacactcag
       61 gtgatgttgt caggccgcct gccggggcca tcggacactc cggcgatgtt gtcaggccgc
      121 ctgccagggt ttaccggccg acgagaggag taggaattac ggctgcgtgg gctcgttgat
      181 gacccgcatt tcgcagcgca cgcagtcgaa ctcgagtcgg aggcgtgtcc cctcgtgcaa
      241 gagataatac ggctcgcgga agggtgaccg gccctgttgg tgtaccgggc accagcccat
      301 gctgtaacgc aggcagtggc gcgtgaacat cagtgggaca cctgcgcggg gctgctcttc
      361 gtaagctcgc tcgacggtgc gcacgccgtg gctgcgatag aaggcctcgg ctttggcgtt
      421 gctgatgttg gccgtgtaat cgactgtgga gctggggtaa acggcggtcg gggattctgc
      481 gcgacgcctg cgacgtgtgc ggcgagcgag gcgttcggac agcagtcggt cgacggcctc
      541 gcgacgcatt tcaccgagca gtgaggaggg cacgaacagg ttctcgtgca tgtccacggt
      601 gacgcgcgca gcctcaaaag gtgtggtgcc gaggcgcgag agttgggtgc ggatgttctc
      661 cccttgcggt ttgacggctg gctcggcagc gaaggtgcgc gtgacggtca cgccgcagcc
      721 cgtggcgtcc gtcagggtga gcgcaaagcc gtccgacgtg ccactccaca cgatgtcgat
      781 ggcgatgcgg cgctcggccg atggcttggc gagaacggcc tcgaaggcgc tgtcgacgtt
      841 gcgatagagc agtgtgcccg gcttgacggc cggcatgcgt gcagcgacga tgcgccgacc
      901 ctcagcccgg ttcactcgga agccttcaag ctcaccacgc gggttgaaga agaccagccc
      961 gtcgccgttg tggagcggct ttgtgccgtc tacgacgagt ccaccgccac gatttgcact
     1021 ggcgcgtcca aggggttcgc cgatcgattt gggcgtgtcg aacgaggtga tgtcgggcct
     1081 gcgcccatgg aggaaatagt cggtgaaacc gcggttgaag ctcttctctg gccgcggctc
     1141 gaaggtgtag gtggatcgtc cgtcggacgt ctgtcggagc gacggatcgc gcgccagaat
     1201 ctcgtcgagt tgctggcgat agtaagcggt gacattcttc acgtaggcca cgtctttcag
     1261 tcggccctcg atcttgagcg aggagacgcc ggcggcaatc atagcctcga ggtcgtccga
     1321 acggttcata tcgcggagcg aaagcaagtg cttgtctcgg gctatcgtcc gtccgtctgc
     1381 gtcgaccatc gtgtagggca gtcggcaaca ctgcgcgcat gcgccgcggt tggcgctacg
     1441 tccggtgagg gccgagctga ggtaacatct gccgctgtag ctgacacata aggcaccgtg
     1501 gacgaaggcc tcaagcgata catccttcgg cgtggcgtcg gctatgcgac ggatctcctg
     1561 gagcgtcagt tcgcgtgcca gcaccacctg ctcgaagccc gcttgagcca gaaaggcgac
     1621 cttctccggc gtacagttgt ccatctgcgt gctggcgtgc agagcgatcg gagggagatc
     1681 aagccgtgtc agtcccaagt cctgcacgat gagcgcgtcc acgcccgcgt cgtatagttg
     1741 atggatcatg cgctcggcct ccttcagctc gtcgtcgcgg aggatggtgt tgagggcgac
     1801 gtagatcgac acattatata tatgggcaaa atcgcagagt gcgcggatgt cgtcaagcga
     1861 gttgccagcc gcggcgcgtg cgccgaattt gggagcaccg atatagacag catcggcgcc
     1921 atgcaggatg gcctctcggc cgcacgccag atccttggcc ggagccagca gttcgatagg
     1981 tcgggccatc ggtcagaggt cgcctaagtg acggatgtcg ttgaggtggt aaggcgtagc
     2041 ctgatagacg taatagttga gccagttgga gaagagcagg ttggcgtgcc cccgccaccg
     2101 cacaatgggt ggcttcgacg ggtcattgtc cgcgtagtat cccgtgggtg gagcgatgga
     2161 taagcccttc gcaaggtcgc gtcggtactc atcgttgagc gtattgggcg cgtactcgga
     2221 gtgcccggtg atgaagaact cgcgcccccc acgcgccatc gccatataga cgcccgcctc
     2281 atcgctctct gagagcaacg tcagcccggg tattccgacc atgtcgctac gtcgcacctc
     2341 cgtgtgccgg ctgtgtggca catagaattc gtcgtcaaag ccgcggaaga tgggcaggaa
     2401 tggctcgttc atcgtatggc ggaagacgcc gaacatcttg ctcggtaagt cgtgtttctg
     2461 tacgccgaag aagtgataca acgccgcctg tgccgcccag catatataga aggtcgacgt
     2521 cacgtgtgta cgtccccaat cgaagatctc ggtcaactcg tcccaatacc tcacctcctc
     2581 gaatggcatc cgctctaccg gcgccccagt gacgatcata ccgtcgtaaa attcatctcg
     2641 catattgtcg aaatcccggt agaactcgcg catatgctcc accggcgtgt tcttggacgt
     2701 gtggcctttg attttcatca gctccagctc cacctgtagc ggcgtattgc tcagcagccg
     2761 caccaaatcg gtctcggtgg tgatcttgag tggcatcaaa ttgagcacga ccacccgtat
     2821 ggggcggatg tcttgcgagt tagctctgag tgagtccatc acgaaaatat gttccgtctt
     2881 gagtagctct acggccggca gattcttctg tagattgagt ggcatatact tggcttccct
     2941 tgcttgttgg ggtgattttt tgatcgggcg gcaaatgtag caaatggtag aaaggcatta
     3001 cgggcagtgc gaatgtgctt gttgctacgt gtccttatcg agggctttcg ataattattt
     3061 cgtgcgagaa tttccttgtt ttcttccgaa ggcatacttt tgccgtcaaa tttttaacca
     3121 ttaaacaagt gtgtatatga acaggaaaat tgttacgtta ttattggcag cgggtgccct
     3181 ggttggggtt tcatctgttg caagcgcaca gctgacaggt cagccgtgga atcccatgtg
     3241 ggatatggta atgagaggaa atgataccac aatcaggcat cttccgaatc gtccagcagc
     3301 tcctcgccca agttatccga ctgctgcttg gctcgatagc actcgtattc gtctttatga
     3361 aggatgtgca gtacaggtag atacggcatt catcatccct gctggaaaga accgtcggat
     3421 catttataag aatatgccga aagatcatct gggacggcat tacattgtaa atgcagttac
     3481 agacaaggtg tatacggagt tcgatacgat cacactgccg gactctaagg actcgactgt
     3541 gatctctttg aactttaagc acttcagatt gagtgatggc gaaccgactt tgcgtgatgg
     3601 ctatctcggt gatatcctgc ttcaggttaa agtaggtagt aagtggactg gttcagctta
     3661 tggaagtgct attgagacgg ttgatacact caagtatcag tacttcaacc ttcctcagat
     3721 cacgaatcgt aggaaggtag acccctcacc tcgggatact ggacgctttg ctttcaaatg
     3781 gagtggagca ttggtaaacg gtgctaatgg cgatccttac gagcattggt caagctggga
     3841 ggatacctct atccatagtg gagacagcgt attctatgtt gctcctgcat actacagttt
     3901 ggaccgcggt gctacgtggt tgccatgtga gtctgaaggc gtcgatctga atgctcgaga
     3961 cattgcagat atgggtcggg atgtacctgt cttggtaaga gtaccaaacg gatgtggaag
     4021 ctatcaggtg attgaagcac aaagtcgacc gaatcctcct gtggttacac gagaagtaac
     4081 cattgagaat gcagatggtg gaacggtaga tccgtacaag aacaagataa atagtggtag
     4141 tgatttcacc tttactgttc gtccgaccgg atccaatgtg ccgaatgtca caacgagccg
     4201 agacaaggtg attcccgatg cgaatggtgt attgtggaag aaaaatgcag atggttcata
     4261 cacatatact gtacgtcgcg ttcaggagaa cctgacagtg aaactctctt atacgcagtc
     4321 taacgctgaa gtggccggaa cgcgtgtatg gagtgagaac ggacaactct acgttacagc
     4381 agctgtttct ggtagagcga acgtgtacaa cgtacttggt aagttgaatc gtagcctgac
     4441 gttctctgca ggtgagacga agagcgtgtc tgtaccggct ggtatctatg ttgtatcgct
     4501 gaataacggc aaggcttata aggtggccgt tcgttaatcg tacggattag attccagatt
     4561 tagaacagaa gggctcggag ctgaataagg cttcgggccc tttgtctttg gggacgtcgg
     4621 agagtccata gagcctttgt tgcatacata cagaccatgc agattcatcc gagagtgtgc
     4681 tgttgtagag cgagagccgc attgctgttt tcctatcttt gcggccgttt caaacgcaga
     4741 tattattacg cagaggtggc taaacgcctc ggatattcta atcagtaaaa agagtaagag
     4801 atgagaacgg caattgttgg agccagtggc gcagtgggac aagaattcct tcgggtactc
     4861 gaagaacgag acttcccggt ggacgagctt gtgctctttg gttcgtcgcg tagcgcgggg
     4921 cgtgagtata aattccgcgg taaagcatac acagtaaaag agttgaagca taacgacgat
     4981 ttccgtggag tcgacgtggc tttcgtatcg gctggaggag gaacgtccac agcttttgcg
     5041 gagacgatca cgaagcacgg tgcggtgatg atcgataatt ccagcgcatt ccgtatggat
     5101 gcggacgtcc cgttggtagt gcccgaaatc aacccggagg atgcgctcaa acgtccgaag
     5161 ggaatcattg ccaacccgaa ctgttcaacg attcaaatgg ttgtggcgct gaatgcgatt
     5221 gagaagctgt cgcacattcg gcgtgtgcat gtgtcgacct accaagcggc cagtggtgcg
     5281 ggtgcagagg cgatgaacga gttgcggacg caatacatgc agttggcgca aggagaggag
     5341 ccggtggtgg agaaattctt ctaccagctg gcctacaact tgatcccgca gatcgacgtc
     5401 ttcaccgaca acggatatac gaaggaggag atgaaaatgt atcacgaaac gcgcaaaatc
     5461 atgcactccg acgttgaagt gagcgccatg tgcgtgcggg tgccggtaat gcgtgcacac
     5521 agcgaggcga tttgggtaga gacggagcgg cccgtgtctg tcgaagaggc gcgcgcggcg
     5581 tttgcagctg acaagggcat cgtgttgcag gacgatcccg ccaaaaagga ctaccccatg
     5641 ccactcttcg tggccggaca tgatccggtt tacgtcggcc gaatacgcaa ggacctcgct
     5701 aacccgaatg gcttgatatt ctggactgtg agtgaccaaa tcaagaaggg tgcagcgctc
     5761 aatgcggtgc aaattgccga atatttgatc caggctggaa acatcggaaa gtgatcgatc
     5821 gatagccgaa agttacgggg agaacggacg cgattcgttc tccccgtttt gtgttcggac
     5881 aaaatgtcat ttgatagcga caaaatgagt caagagtcct tacccaacgt ctttgcagga
     5941 cgcatgcgcc ggctgctggg cgacgattac gaggcctttg agcgggcatt agagggcgcg
     6001 cccacggtca gtttgcgtgt gaaccctcgg aaggcggcgg acgggcaaga tctaccggtg
     6061 ggggaccgtg tgccgtggtg tgagacaggg cgttatctca cggagcggcc cgctttcact
     6121 ttcgatccgc tgctccatgc gggcgcctat tacgttcagg aggcagcctc tatgttcctc
     6181 gagcgggccg tcggccgtta cgtgacggag ccggtcgtgg cgctcgacct ctgtgctgcg
     6241 cccggtggca agtcgacgca tctgatcagc acgttgcccg aggggagcct gctggtaagt
     6301 aacgaaacga tccgcagccg cagtcgcgtt ttggccgaaa acatggctaa gtggggcgcc
     6361 tcgagcgtgg tcgtgaccca ggctgacgcg aaagatttcg gtcggatgac gcaccgtttc
     6421 gacctcattg tggccgatat gccgtgctcg ggcgagggaa tgtttcgtaa gaccccgtcg
     6481 gcgcgggcgg agtggagtct ggaggcggtg aggctctgcg ccgctcggca gcgtcgcatt
     6541 gtgcatgacg tctggccggc gcttcgcccg ggcggactgt tcgtttattc gacgtgcacg
     6601 ttcaatacgg aggagaacga ggacaatctc caagccttcg cggatgcctt cggcgccgag
     6661 gtgctgccgg tcgatacgcc cgaggtgtgg gctgtcggcg gtgcgctgac ggggacgttg
     6721 cctatctgtc ggttttggcc ccatcgcaca cgtggcgagg gatttacgct ggctgtgatc
     6781 cgaaaaccgg acgacggtcc gctgcgcact acgcgtctgc ggccgacacg ccgtcagcct
     6841 gcggcggctg tgcccgagga gatgaagcgg tggcttgcgg cgccggagga ttacgccctg
     6901 gaacgcacgg cggacggacg tgtgcgggct ctcccgcggg cgtttcgcga cgtggtgacg
     6961 gagctcgagg cgcacgtcca tgtgctcact gcgggcgttc cgctgggtga ggtcaagggc
     7021 cgtgacgccg tgccatcggc ggcgttggcg ctgagctcgg cgctgcgtcc ggaggcgttt
     7081 gcgacggtcg acctcccacg gccggaggcc ctccgatacc tgcggcgcga ggcactctcg
     7141 ctctcggccg atgtgccgcg cggatacatc ctggcggcct acggcggcct gccgctggga
     7201 ttcatgaaac agcttggtcc gcgggcgaac aacctcttcc cggatgagtg gcgaatccgt
     7261 aagacgttga tttaggacga aataggtgat acgaaaaaag tcctgccgga cgaaaggagc
     7321 aagtgggctc ttctcgtccg gcaggacttt ttttgtgtcg ccacgaagac gtttccttcc
     7381 gacctatcca tgtgctcact gcgggcgttt cgctgggtga ggtcaagggg cgtgacgccg
     7441 tgccatcggc ggcgttggcg ctgagctcgg cgctgcgtcc ggaggcgttt gcgacggtcg
     7501 acctcccgcg gccggaggcc ctccgatacc tgcggcgcga ggcactctcg ctctcggccg
     7561 atgtgccgcg cggatacgtt ctggcggcct acggcggcct gccgctggg
//
LOCUS       SEQF2637|AYYD01001116.1 7261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(157..1989)
                     /gene="ydcP_3"
                     /locus_tag="SEQF2637_01430"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76104"
                     /codon_start=1
                     /transl_table=11
                     /product="putative protease YdcP"
                     /translation="MARPIELLAPAKDLACGREAILHGADAVYIGAPKFGARAAAGNS
                     LDDIRALCDFAHIYNVSIYVALNTILRDDELKEAERMIHQLYDAGVDALIVQDLGLTR
                     LDLPPIALHASTQMDNCTPEKVAFLAQAGFEQVVLARELTLQEIRRIADATPKDVSLE
                     AFVHGALCVSYSGRCYLSSALTGRSANRGACAQCCRLPYTMVDADGRTIARDKHLLSL
                     RDMNRSDDLEAMIAAGVSSLKIEGRLKDVAYVKNVTAYYRQQLDEILARDPSLRQTSD
                     GRSTYTFEPRPEKSFNRGFTDYFLHGRRPDITSFDTPKSIGEPLGRASANRGGGLVVD
                     GTKPLHNGDGLVFFNPRGELEGFRVNRAEGRRIVAARMPAVKPGTLLYRNVDSAFEAV
                     LAKPSAERRIAIDIVWSGTSDGFALTLTDATGCGVTVTRTFAAEPAVKPQGENIRTQL
                     SRLGTTPFEAARVTVDMHENLFVPSSLLGEMRREAVDRLLSERLARRTRRRRRAESPT
                     AVYPSSTVDYTANISNAKAEAFYRSHGVRTVERAYEEQPRAGVPLMFTRHCLRYSMGW
                     CPVHQQGRSPFREPYYLLHEGTRLRLEFDCVRCEMRVINEPTQP"
     CDS             complement(1993..2925)
                     /gene="metA_2"
                     /locus_tag="SEQF2637_01431"
                     /EC_number="2.3.1.46"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72X44"
                     /codon_start=1
                     /transl_table=11
                     /product="Homoserine O-succinyltransferase"
                     /translation="MPLNLQKNLPAVELLKTEHIFVMDSLRANSQDIRPIRVVVLNLM
                     PLKITTETDLVRLLSNTPLQVELELMKIKGHTSKNTPVEHMREFYRDFDNMRDEFYDG
                     MIVTGAPVERMPFEEVRYWDELTEIFDWGRTHVTSTFYICWAAQAALYHFFGVQKHDL
                     PSKMFGVFRHTMNEPFLPIFRGFDDEFYVPHSRHTEVRRSDMVGIPGLTLLSESDEAG
                     VYMAMARGGREFFITGHSEYAPNTLNDEYRRDLAKGLSIAPPTGYYADNDPSKPPIVR
                     WRGHANLLFSNWLNYYVYQATPYHLNDIRHLGDL"
     CDS             3137..4537
                     /locus_tag="SEQF2637_01432"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRKIVTLLLAAGALVGVSSVASAQLTGQPWNPMWDMVMRGNDT
                     TIRHLPNRPAAPRPSYPTAAWLDSTRIRLYEGCAVQVDTAFIIPAGKNRRIIYKNMPK
                     DHLGRHYIVNAVTDKVYTEFDTITLPDSKDSTVISLNFKHFRLSDGEPTLRDGYLGDI
                     LLQVKVGSKWTGSAYGSAIETVDTLKYQYFNLPQITNRRKVDPSPRDTGRFAFKWSGA
                     LVNGANGDPYEHWSSWEDTSIHSGDSVFYVAPAYYSLDRGATWLPCESEGVDLNARDI
                     ADMGRDVPVLVRVPNGCGSYQVIEAQSRPNPPVVTREVTIENADGGTVDPYKNKINSG
                     SDFTFTVRPTGSNVPNVTTSRDKVIPDANGVLWKKNADGSYTYTVRRVQENLTVKLSY
                     TQSNAEVAGTRVWSENGQLYVTAAVSGRANVYNVLGKLNRSLTFSAGETKSVSVPAGI
                     YVVSLNNGKAYKVAVR"
     CDS             complement(4547..4702)
                     /locus_tag="SEQF2637_01433"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRLSLYNSTLSDESAWSVCMQQRLYGLSDVPKDKGPEALFSSEP
                     FCSKSGI"
     CDS             4801..5814
                     /gene="asd_2"
                     /locus_tag="SEQF2637_01434"
                     /EC_number="1.2.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q04797"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate-semialdehyde dehydrogenase"
                     /translation="MRTAIVGASGAVGQEFLRVLEERDFPVDELVLFGSSRSAGREYK
                     FRGKAYTVKELKHNDDFRGVDVAFVSAGGGTSTAFAETITKHGAVMIDNSSAFRMDAD
                     VPLVVPEINPEDALKRPKGIIANPNCSTIQMVVALNAIEKLSHIRRVHVSTYQAASGA
                     GAEAMNELRTQYMQLAQGEEPVVEKFFYQLAYNLIPQIDVFTDNGYTKEEMKMYHETR
                     KIMHSDVEVSAMCVRVPVMRAHSEAIWVETERPVSVEEARAAFAADKGIVLQDDPAKK
                     DYPMPLFVAGHDPVYVGRIRKDLANPNGLIFWTVSDQIKKGAALNAVQIAEYLIQAGN
                     IGK"
     CDS             complement(6052..6981)
                     /locus_tag="SEQF2637_01435"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVRLELRHHVAKRPRESPHTSVRRAFQGVILRRRKPPLHLLGH
                     SRRRLTACRPQTRSAQRTVVRFSDHSQRKSLATCAMGPKPTDRQRPRQRTADSPHLGR
                     IDRQHLGAEGIREGLEIVLVLLRIERARRINEQSARAKRRPDVMHNATLPSGAEPHRL
                     QTPLRPRRRGLTKHSLARARHIGHNEVETVRHPTEIFRVSLGHDHARGAPLSHVFGQN
                     ATAAADRFVTYQQAPLGQRADQMRRLATGRSTEVERHDRLRHVTADGPLEEHRGCLLN
                     VIGARMEQRIESESGPLREITPCLTPRHTVPHR"
ORIGIN      
        1 agactatcgg acactccggt gatgttgtca ggccgcctgc cagggctatc gaacactcag
       61 gtgatgttgt caggccgcct gccggggcca tcggacactc cggcgatgtt gtcaggccgc
      121 ctgccagggt ttaccggccg acgagaggag taggaattac ggctgcgtgg gctcgttgat
      181 gacccgcatt tcgcagcgca cgcagtcgaa ctcgagtcgg aggcgtgtcc cctcgtgcaa
      241 gagataatac ggctcgcgga agggtgaccg gccctgttgg tgtaccgggc accagcccat
      301 gctgtaacgc aggcagtggc gcgtgaacat cagtgggaca cctgcgcggg gctgctcttc
      361 gtaagctcgc tcgacggtgc gcacgccgtg gctgcgatag aaggcctcgg ctttggcgtt
      421 gctgatgttg gccgtgtaat cgactgtgga gctggggtaa acggcggtcg gggattctgc
      481 gcgacgcctg cgacgtgtgc ggcgagcgag gcgttcggac agcagtcggt cgacggcctc
      541 gcgacgcatt tcaccgagca gtgaggaggg cacgaacagg ttctcgtgca tgtccacggt
      601 gacgcgcgca gcctcaaaag gtgtggtgcc gaggcgcgag agttgggtgc ggatgttctc
      661 cccttgcggt ttgacggctg gctcggcagc gaaggtgcgc gtgacggtca cgccgcagcc
      721 cgtggcgtcc gtcagggtga gcgcaaagcc gtccgacgtg ccactccaca cgatgtcgat
      781 ggcgatgcgg cgctcggccg atggcttggc gagaacggcc tcgaaggcgc tgtcgacgtt
      841 gcgatagagc agtgtgcccg gcttgacggc cggcatgcgt gcagcgacga tgcgccgacc
      901 ctcagcccgg ttcactcgga agccttcaag ctcaccacgc gggttgaaga agaccagccc
      961 gtcgccgttg tggagcggct ttgtgccgtc tacgacgagt ccaccgccac gatttgcact
     1021 ggcgcgtcca aggggttcgc cgatcgattt gggcgtgtcg aacgaggtga tgtcgggcct
     1081 gcgcccatgg aggaaatagt cggtgaaacc gcggttgaag ctcttctctg gccgcggctc
     1141 gaaggtgtag gtggatcgtc cgtcggacgt ctgtcggagc gacggatcgc gcgccagaat
     1201 ctcgtcgagt tgctggcgat agtaagcggt gacattcttc acgtaggcca cgtctttcag
     1261 tcggccctcg atcttgagcg aggagacgcc ggcggcaatc atagcctcga ggtcgtccga
     1321 acggttcata tcgcggagcg aaagcaagtg cttgtctcgg gctatcgtcc gtccgtctgc
     1381 gtcgaccatc gtgtagggca gtcggcaaca ctgcgcgcat gcgccgcggt tggcgctacg
     1441 tccggtgagg gccgagctga ggtaacatct gccgctgtag ctgacacata aggcaccgtg
     1501 gacgaaggcc tcaagcgata catccttcgg cgtggcgtcg gctatgcgac ggatctcctg
     1561 gagcgtcagt tcgcgtgcca gcaccacctg ctcgaagccc gcttgagcca gaaaggcgac
     1621 cttctccggc gtacagttgt ccatctgcgt gctggcgtgc agagcgatcg gagggagatc
     1681 aagccgtgtc agtcccaagt cctgcacgat gagcgcgtcc acgcccgcgt cgtatagttg
     1741 atggatcatg cgctcggcct ccttcagctc gtcgtcgcgg aggatggtgt tgagggcgac
     1801 gtagatcgac acattatata tatgggcaaa atcgcagagt gcgcggatgt cgtcaagcga
     1861 gttgccagcc gcggcgcgtg cgccgaattt gggagcaccg atatagacag catcggcgcc
     1921 atgcaggatg gcctctcggc cgcacgccag atccttggcc ggagccagca gttcgatagg
     1981 tcgggccatc ggtcagaggt cgcctaagtg acggatgtcg ttgaggtggt aaggcgtagc
     2041 ctgatagacg taatagttga gccagttgga gaagagcagg ttggcgtgcc cccgccaccg
     2101 cacaatgggt ggcttcgacg ggtcattgtc cgcgtagtat cccgtgggtg gagcgatgga
     2161 taagcccttc gcaaggtcgc gtcggtactc atcgttgagc gtattgggcg cgtactcgga
     2221 gtgcccggtg atgaagaact cgcgcccccc acgcgccatc gccatataga cgcccgcctc
     2281 atcgctctct gagagcaacg tcagcccggg tattccgacc atgtcgctac gtcgcacctc
     2341 cgtgtgccgg ctgtgtggca catagaattc gtcgtcaaag ccgcggaaga tgggcaggaa
     2401 tggctcgttc atcgtatggc ggaagacgcc gaacatcttg ctcggtaagt cgtgtttctg
     2461 tacgccgaag aagtgataca acgccgcctg tgccgcccag catatataga aggtcgacgt
     2521 cacgtgtgta cgtccccaat cgaagatctc ggtcaactcg tcccaatacc tcacctcctc
     2581 gaatggcatc cgctctaccg gcgccccagt gacgatcata ccgtcgtaaa attcatctcg
     2641 catattgtcg aaatcccggt agaactcgcg catatgctcc accggcgtgt tcttggacgt
     2701 gtggcctttg attttcatca gctccagctc cacctgtagc ggcgtattgc tcagcagccg
     2761 caccaaatcg gtctcggtgg tgatcttgag tggcatcaaa ttgagcacga ccacccgtat
     2821 ggggcggatg tcttgcgagt tagctctgag tgagtccatc acgaaaatat gttccgtctt
     2881 gagtagctct acggccggca gattcttctg tagattgagt ggcatatact tggcttccct
     2941 tgcttgttgg ggtgattttt tgatcgggcg gcaaatgtag caaatggtag aaaggcatta
     3001 cgggcagtgc gaatgtgctt gttgctacgt gtccttatcg agggctttcg ataattattt
     3061 cgtgcgagaa tttccttgtt ttcttccgaa ggcatacttt tgccgtcaaa tttttaacca
     3121 ttaaacaagt gtgtatatga acaggaaaat tgttacgtta ttattggcag cgggtgccct
     3181 ggttggggtt tcatctgttg caagcgcaca gctgacaggt cagccgtgga atcccatgtg
     3241 ggatatggta atgagaggaa atgataccac aatcaggcat cttccgaatc gtccagcagc
     3301 tcctcgccca agttatccga ctgctgcttg gctcgatagc actcgtattc gtctttatga
     3361 aggatgtgca gtacaggtag atacggcatt catcatccct gctggaaaga accgtcggat
     3421 catttataag aatatgccga aagatcatct gggacggcat tacattgtaa atgcagttac
     3481 agacaaggtg tatacggagt tcgatacgat cacactgccg gactctaagg actcgactgt
     3541 gatctctttg aactttaagc acttcagatt gagtgatggc gaaccgactt tgcgtgatgg
     3601 ctatctcggt gatatcctgc ttcaggttaa agtaggtagt aagtggactg gttcagctta
     3661 tggaagtgct attgagacgg ttgatacact caagtatcag tacttcaacc ttcctcagat
     3721 cacgaatcgt aggaaggtag acccctcacc tcgggatact ggacgctttg ctttcaaatg
     3781 gagtggagca ttggtaaacg gtgctaatgg cgatccttac gagcattggt caagctggga
     3841 ggatacctct atccatagtg gagacagcgt attctatgtt gctcctgcat actacagttt
     3901 ggaccgcggt gctacgtggt tgccatgtga gtctgaaggc gtcgatctga atgctcgaga
     3961 cattgcagat atgggtcggg atgtacctgt cttggtaaga gtaccaaacg gatgtggaag
     4021 ctatcaggtg attgaagcac aaagtcgacc gaatcctcct gtggttacac gagaagtaac
     4081 cattgagaat gcagatggtg gaacggtaga tccgtacaag aacaagataa atagtggtag
     4141 tgatttcacc tttactgttc gtccgaccgg atccaatgtg ccgaatgtca caacgagccg
     4201 agacaaggtg attcccgatg cgaatggtgt attgtggaag aaaaatgcag atggttcata
     4261 cacatatact gtacgtcgcg ttcaggagaa cctgacagtg aaactctctt atacgcagtc
     4321 taacgctgaa gtggccggaa cgcgtgtatg gagtgagaac ggacaactct acgttacagc
     4381 agctgtttct ggtagagcga acgtgtacaa cgtacttggt aagttgaatc gtagcctgac
     4441 gttctctgca ggtgagacga agagcgtgtc tgtaccggct ggtatctatg ttgtatcgct
     4501 gaataacggc aaggcttata aggtggccgt tcgttaatcg tacggattag attccagatt
     4561 tagaacagaa gggctcggag ctgaataagg cttcgggccc tttgtctttg gggacgtcgg
     4621 agagtccata gagcctttgt tgcatacata cagaccatgc agattcatcc gagagtgtgc
     4681 tgttgtagag cgagagccgc attgctgttt tcctatcttt gcggccgttt caaacgcaga
     4741 tattattacg cagaggtggc taaacgcctc ggatattcta atcagtaaaa agagtaagag
     4801 atgagaacgg caattgttgg agccagtggc gcagtgggac aagaattcct tcgggtactc
     4861 gaagaacgag acttcccggt ggacgagctt gtgctctttg gttcgtcgcg tagcgcgggg
     4921 cgtgagtata aattccgcgg taaagcatac acagtaaaag agttgaagca taacgacgat
     4981 ttccgtggag tcgacgtggc tttcgtatcg gctggaggag gaacgtccac agcttttgcg
     5041 gagacgatca cgaagcacgg tgcggtgatg atcgataatt ccagcgcatt ccgtatggat
     5101 gcggacgtcc cgttggtagt gcccgaaatc aacccggagg atgcgctcaa acgtccgaag
     5161 ggaatcattg ccaacccgaa ctgttcaacg attcaaatgg ttgtggcgct gaatgcgatt
     5221 gagaagctgt cgcacattcg gcgtgtgcat gtgtcgacct accaagcggc cagtggtgcg
     5281 ggtgcagagg cgatgaacga gttgcggacg caatacatgc agttggcgca aggagaggag
     5341 ccggtggtgg agaaattctt ctaccagctg gcctacaact tgatcccgca gatcgacgtc
     5401 ttcaccgaca acggatatac gaaggaggag atgaaaatgt atcacgaaac gcgcaaaatc
     5461 atgcactccg acgttgaagt gagcgccatg tgcgtgcggg tgccggtaat gcgtgcacac
     5521 agcgaggcga tttgggtaga gacggagcgg cccgtgtctg tcgaagaggc gcgcgcggcg
     5581 tttgcagctg acaagggcat cgtgttgcag gacgatcccg ccaaaaagga ctaccccatg
     5641 ccactcttcg tggccggaca tgatccggtt tacgtcggcc gaatacgcaa ggacctcgct
     5701 aacccgaatg gcttgatatt ctggactgtg agtgaccaaa tcaagaaggg tgcagcgctc
     5761 aatgcggtgc aaattgccga atatttgatc caggctggaa acatcggaaa gtgatcgatc
     5821 gatagccgaa agttacgggg agaacggacg cgattcgttc tccccgtttt gtgttcggac
     5881 aaaatgtcat ttgatagcga caaaatgagt caagagtcct tacccaacgt ctttgcagga
     5941 cgcatgcgcc ggctgctggg cgacgattac gaggcctttg agcgggcatt agagggcgcg
     6001 cccacggtca gtttgcgtgt gaaccctcgg aaggcggcgg acgggcaaga tctaccggtg
     6061 ggggaccgtg tgccgtggtg tgagacaggg cgttatctca cggagcggcc cgctttcact
     6121 ttcgatccgc tgctccatgc gggcgcctat tacgttcagg aggcagcctc tatgttcctc
     6181 gagcgggccg tcggccgtta cgtgacggag ccggtcgtgg cgctcgacct ctgtgctgcg
     6241 cccggtggca agtcgacgca tctgatcagc acgttgcccg aggggagcct gctggtaagt
     6301 aacgaaacga tccgcagccg cagtcgcgtt ttggccgaaa acatggctaa gtggggcgcc
     6361 tcgagcgtgg tcgtgaccca ggctgacgcg aaagatttcg gtcggatgac gcaccgtttc
     6421 gacctcattg tggccgatat gccgtgctcg ggcgagggaa tgtttcgtaa gaccccgtcg
     6481 gcgcgggcgg agtggagtct ggaggcggtg aggctctgcg ccgctcggca gcgtcgcatt
     6541 gtgcatgacg tctggccggc gcttcgcccg ggcggactgt tcgtttattc gacgtgcacg
     6601 ttcaatacgg aggagaacga ggacaatctc caagccttcg cggatgcctt cggcgccgag
     6661 gtgctgccgg tcgatacgcc cgaggtgtgg gctgtcggcg gtgcgctgac ggggacgttg
     6721 cctatctgtc ggttttggcc ccatcgcaca cgtggcgagg gatttacgct ggctgtgatc
     6781 cgaaaaccgg acgacggtcc gctgcgcact acgcgtctgc ggccgacacg ccgtcagcct
     6841 gcggcggctg tgcccgagga gatgaagcgg tggcttgcgg cgccggagga ttacgccctg
     6901 gaacgcacgg cggacggacg tgtgcgggct ctcccgcggg cgtttcgcga cgtggtgacg
     6961 gagctcgagg cgcacgtcca tgtgctcact gcgggcgttc cgctgggtga ggtcaagggc
     7021 cgtgacgccg tgccatcggc ggcgttggcg ctgagctcgg cgctgcgtcc ggaggcgttt
     7081 gcgacggtcg acctcccgcg gctggaggct ctccgctact tgcggcgcga ggcactctcg
     7141 ctcccggccg atgtgccgcg cggatacgtc ctggccgtct acggcggcct gccgctggga
     7201 ttcatgaaac agcttgggcc gcgggcgaac aacctcttcc cggatgagtg gcgaatccgt
     7261 a
//
LOCUS       SEQF2637|AYYD01001117.1 5046 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5046
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             44..571
                     /locus_tag="SEQF2637_01436"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGISGKDLILIGGGLFLIYKSATEIHHKMEGEEGDTEKKIEAKS
                     FGNVIGQILILDLVFSIDSIITAVGMVTELWIMYTAVIITVGIMLLASGPISNFVNKH
                     PAFKMLALSFLLLIGVSLIAEGLEFHIPKGYIYFSMAFALLVDVFQMRMNRKKENPVH
                     THEHYRPEDAKRNTI"
     CDS             698..1687
                     /gene="hldE"
                     /locus_tag="SEQF2637_01437"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76658"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional protein HldE"
                     /translation="MHDFTKLFSDFSQMKVAVVGDIMLDTYWWGNVDRISPEAPVPVV
                     VLDEKELRIGGAGNVALNTVALGVQTVLFSVIGNDDDGKSLFSLLQANNIVTGNIVVS
                     DDRVTTNKTRIISRSQHMLRLDAEMTKDISESEQLLLLKNFTKFIETEKPSVVIFEDY
                     NKGVLTEAVNAKMIAICKENNIVTTADPKRKNFFSYKGVTMFKPNLKEVKEGLNVLID
                     EINESFLSDVHRQLEQKLHHSISLITLSERGIFYQHQNSSKIIPTHIRSIADVSGAGD
                     TVIAVASLVYAQTKNVDLSASMANIAGGLVCEEVGTVPINKDKLLKECCELLC"
     CDS             1917..2861
                     /gene="iaaA"
                     /locus_tag="SEQF2637_01438"
                     /EC_number="3.4.19.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7CQV5"
                     /codon_start=1
                     /transl_table=11
                     /product="Isoaspartyl peptidase"
                     /translation="MQKITMVVHGGAGTITKEEMTPELEKSFLEGLQQALDAGYSILE
                     KGGAAVEAVKAANIALEDNPLFNAGRGSVYTKQGVQEMDAAIMNGKTLEAGAVAGVRN
                     IRNPIKLAMEVMQNSDHVFLSGKGASDFAIKQGIKQEPDEYFFSQYRYDQWKEARDSD
                     NYSLDHSSNDISKLNKKKIGTIGAVACDVNGNVAAATSTGGMTNKKYGRVGDTPVIGG
                     GTYANNHTCAVSCTGHGEVFIRAVAAYDVSALVEYKGLSLTDACNEVVLNKLVQMQGE
                     GGLIAVNSNGEFAMVFNSEGMYRGVKNSDGINETNIYK"
     CDS             3132..3287
                     /locus_tag="SEQF2637_01439"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFLINFFCFHNLSEIFFWYRHLFFNESSLRRISFIHKSLGGFS
                     LKFNRLL"
     CDS             complement(3828..5033)
                     /gene="glgP_1"
                     /locus_tag="SEQF2637_01440"
                     /EC_number="2.4.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMW1"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen phosphorylase"
                     /translation="MSTKIAQFILLGVGGAKLVDELNFNPEKYHLNEAHGLSAAFYLL
                     NKFRSPEVLKEHLVFTTHTPEEAGNEKHDIHLCNNMSYFCGMGLDEVRRLTGITDDAF
                     NHSLAALRFAKIANGVSELHGHVSRAMWKHYENICPIISITNAQNWKYWADKQLYNYM
                     EQGNDVLFDDRKRHLKKRAFDIVADQTGKLFNPNVLTIVWARRFAGYKRAELITRNIE
                     RFKKLTSNEKYPIQMIWAGKPYPLDYPAISDFNNLVHLSKGYKNVAVLIGYELALSKR
                     LKQAADVWLNNPRVPREASGTSGMTACMNGAVNFSTDDGWIPEFINHGNNGFVVPQAD
                     YHNLHTLEQDEYDLNQLYEILENQILPIYYDKHDTWRQITKNGMRDVRFKFDSDRMAD
                     EYYELVYKY"
ORIGIN      
        1 attaattcta aagttgcagg gcaatctttt taccattttt tccatgggca tttccggcaa
       61 ggacttaatt ttaattggcg gaggtttgtt tcttatttat aaaagcgcta ctgagataca
      121 ccacaaaatg gaaggagagg aaggcgacac cgaaaagaaa atagaagcaa aaagctttgg
      181 caacgtcatt gggcaaatac ttatcctcga cctggtattt tctattgata gcataattac
      241 agcggtaggc atggttaccg aattgtggat tatgtacaca gcagttataa ttactgtagg
      301 aattatgcta ttagcatcag ggcctatcag caattttgta aataaacatc ctgccttcaa
      361 aatgcttgct ctaagctttt tattgttaat aggcgtttcc cttatagcgg aaggtttgga
      421 attccatatt cccaaaggat atatttattt ttctatggct tttgcactcc ttgtagatgt
      481 gtttcaaatg aggatgaacc ggaaaaaaga aaatcctgta catacgcacg agcattacag
      541 gccggaggat gccaagcgaa atacaatata aatttcaccg ttccaaaatt actacgtttt
      601 ccatttttat aatatttctt ccttattata taattgcctt tgtggtattc ccgattattt
      661 catttctttg aagcaatcaa aaacaggaag cggaagcatg catgatttta ctaaattatt
      721 ctcagatttt tctcaaatga aagtagccgt agtgggcgac ataatgttag acacttactg
      781 gtggggaaac gtggacagaa tttctcctga agcgccggta ccggttgttg ttttagatga
      841 aaaggaactg aggatcggtg gtgcgggcaa tgtggcgctt aatacggttg cattaggagt
      901 acaaacagtt ttattttccg taattggtaa tgatgatgat ggcaagtctc tgttctcgtt
      961 gctgcaggcg aacaatattg ttacaggcaa tatagtggta agcgacgacc gtgttactac
     1021 aaacaaaacc cgcattatca gccgcagcca gcacatgctg cgtcttgatg ctgaaatgac
     1081 caaagacatc agcgaaagcg agcaattgtt attattgaaa aattttacca aatttataga
     1141 aacggaaaaa ccatccgttg tcatttttga agattacaat aaaggagtat taactgaagc
     1201 ggtaaacgcg aaaatgatcg caatatgtaa ggaaaataat attgtaacaa ctgccgatcc
     1261 taaaagaaaa aatttctttt cttataaagg cgttacgatg tttaagccaa atctgaaaga
     1321 agtaaaagaa gggctgaatg tattgataga cgaaataaac gagtcttttc tcagcgatgt
     1381 tcaccggcag ttggagcaaa agttgcatca ttccatttct ttgatcaccc tttcagaaag
     1441 aggtattttt tatcaacacc agaattcttc aaaaataatt cctacgcaca tccgaagcat
     1501 agcagatgta agcggggcag gggatacggt gatagcagtt gcctctttgg tatatgccca
     1561 aacaaaaaac gtagatttat ccgcctctat ggcaaatata gcaggtggat tggtttgcga
     1621 agaagtaggc acggtgccta ttaacaagga taagctcctg aaggaatgtt gcgaattatt
     1681 atgctaatga ataatgaaag aattttcctt atttttcctg atgtagcatt ttttcaaact
     1741 ttgtacacgc gctctttaca aaaaacttct gaccttacaa ctaattcctt ggcgtctttt
     1801 acttccgtta cctgttgaat aaaatcttac agcaattttt caaaaagttc ttttaaaaca
     1861 tctttttcca tggcattaaa ttttattcac ttagattaat ataaaaagaa ttttttatgc
     1921 aaaaaattac aatggttgtt catggcggag ccggaactat tactaaagaa gaaatgacac
     1981 cggagttgga aaaatcattt ctggaaggcc tgcagcaagc gcttgacgca ggttattcta
     2041 tcctggaaaa aggtggcgct gcagtagaag ctgtaaaagc tgcaaatata gccctggaag
     2101 ataatcctct ctttaatgcc ggccgcggtt ctgtttatac caagcaaggt gtgcaggaaa
     2161 tggatgcagc cattatgaat ggcaaaacac ttgaagcggg tgcggtagca ggagtgagaa
     2221 atatccgtaa cccgataaaa cttgcaatgg aagtgatgca aaacagtgat catgtatttt
     2281 taagcggtaa aggagcaagt gattttgcaa taaagcaagg cataaaacag gagcctgatg
     2341 aatatttttt ctctcaatac aggtacgacc aatggaagga agcgcgtgat tcggataatt
     2401 atagtttaga tcattcttca aacgatatca gcaagctgaa caaaaagaaa attggtacta
     2461 ttggcgcagt agcctgcgac gtcaatggaa atgttgcggc ggcaacaagc acgggtggca
     2521 tgacaaataa aaaatatgga agggtaggcg acacacccgt gatcggcggc ggaacttatg
     2581 ccaacaatca tacctgcgcg gtaagctgca caggtcatgg tgaagtattt atacgcgcag
     2641 tggcggccta cgatgtaagc gctcttgtag aatacaaagg gctttcactg acagacgcgt
     2701 gtaatgaagt tgtgctgaac aaactggtac aaatgcaggg cgaaggcggc ctgatagctg
     2761 taaacagcaa cggcgaattt gccatggttt ttaacagcga aggaatgtat cgcggcgtaa
     2821 aaaacagtga tggcatcaac gaaacaaata tctataaata attattaaca gtctggtaat
     2881 atctcgtaaa gttaattaga aaaaccctca cattagatgg cataattttg atatataatt
     2941 attggattta atcttaatac tatggaaata atcgcctggc ttgtcatttt gctggttgct
     3001 tcgtctcttt ttatggttgc atacgttgtc atcacaaatc atcaagctac taaagaaata
     3061 aataaagaac tggaataaaa gagcagttgt ttagttgttt agttgtttaa gttgataaga
     3121 gaataatcaa aatgaatttt cttatcaact ttttttgttt tcacaacttg tctgaaattt
     3181 ttttttggta ccggcatttg ttctttaatg agtcatcgtt gcgtcgcatt tcgttcatcc
     3241 acaaatcttt gggcggcttc agtctcaaat tcaatagact tttataaaga ttatttttca
     3301 aaataataat ttggttcttt ggtaaagttg gtggaaatca aatgagagca tttactataa
     3361 gcaggtattg aaccttagta gaaaataatt ctgaaaagct ctattacctt attaccttat
     3421 cccacagata acgtttaaag ggcaagtggc atcacgagca aataaggtaa taaggtgtcg
     3481 gtgaagttaa tagctctgtt ttctactaag gttaaaaagc cctaaaaaaa cttaatccac
     3541 taactttact gaagaaccaa taatttagcc ctattttccg aactctccga caaactcttg
     3601 tattttctct gcggttaaaa tttttcttac tcagtaaaca taaagaaaag tgcagagtaa
     3661 aaacaatgta tttttaaaca gtttctttaa ggaaatccca taattttctt caattgatac
     3721 caatctggca aaaacagctt tattggtaag ctgaaaagaa taattataac atataaatgt
     3781 aaaagcccac tttcggtgag cttttacatt ttatgaagaa aatttattta gtacttatat
     3841 accagttcgt aatattcatc ggccatgcga tcactgtcaa atttgaaacg aacatctctc
     3901 attccgtttt tggttatttg tctccatgta tcatgcttgt cataatagat tggcaaaatc
     3961 tggttttcaa gaatttcgta caattggttc agatcgtatt catcctgctc cagtgtgtgc
     4021 aggttgtgat aatcagcctg cggcaccaca aatccattgt taccatgatt aataaattct
     4081 ggtatccagc catcatctgt gctaaagtta accgctccgt tcatacaagc cgtcatgccg
     4141 ctcgttcctg atgcttctct tggcactctc ggattgttga gccatacatc tgctgcctgt
     4201 ttaagacgtt tgctcagtgc aagttcgtat cctatcaaaa ccgcgacgtt tttatatcct
     4261 ttgctcaaat gcaccaggtt attaaaatcg gatatagccg gataatcaag cgggtaaggc
     4321 ttacctgccc atatcatttg aatcgggtac ttttcgttgc ttgtcagttt tttaaacctt
     4381 tcaatatttc tcgttatcaa ttcagccctt ttgtagccag caaagcggcg cgcccaaaca
     4441 atagtaagaa cattaggatt gaagagcttt cctgtctggt ctgcaacaat gtcaaaagcc
     4501 cttttcttca ggtgtctttt gcggtcgtca aaaagcacat cgttaccttg ctccatgtag
     4561 ttgtacaact gcttgtctgc ccagtacttc cagttttgcg cattggtaat agatataata
     4621 ggacaaatat tttcataatg tttccacata gcacggctta cgtgaccgtg aagctcagaa
     4681 acgccattgg ctatttttgc aaaccgcagg gctgcaagcg agtgattgaa tgcatcatcc
     4741 gttataccgg tcagccttct cacttcatcc aggcccatgc cgcagaagta gctcatattg
     4801 ttgcagagat gaatatcatg tttttcattt cctgcttcct ccggcgtatg tgtagtaaat
     4861 accaggtgct ctttcagcac ttcaggactg cggaatttgt tcagcaggta gaaggcggca
     4921 gacaagccat gcgcttcgtt caaatgatat ttttccgggt taaaattcag ttcatccacc
     4981 agttttgcac cacctacgcc cagcagtata aactgtgcga tcttcgttga cacgtttgca
     5041 tcatac
//
LOCUS       SEQF2637|AYYD01001118.1 2624 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2624
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             51..746
                     /locus_tag="SEQF2637_01441"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDAVPVKRNELDAIRRLLDELDVTDALITIDAIGCQHDVAAQVL
                     EAGGDYVLQVKGNQPTLLQELEDSFPNISKGYTVNKEEGLEHGRIEHRQMKSVVLSPE
                     MLDDSYAFKDWAGIKSXHRITRKRYDKRQGKETTEMSYYISSIEDSKRIFRAIRDHWK
                     IENQLHYMLDVYLGEDGWSKRAGEAAINMELMAKIDLFILQRLKAKLGKSIPRVQIFL
                     AKLNPLQLFELGL"
     CDS             841..1593
                     /gene="gerE"
                     /locus_tag="SEQF2637_01442"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11470"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore germination protein GerE"
                     /translation="MVKKEDFFTEENCVSYVSEDEYARLSPFIEAFDVVARTTYKSIY
                     IIDYYRRNFLYVSNNPFYLCGMKAEQVQAMGYDFYLKFTPESEHRLLLEANRSGFQFA
                     STVPSEQLNEYVISYDFHICPPGKVPTLINHKITPLKMTPGGKHVWLVLCVASLSAAS
                     KAGNIEVTRLGDEALWTYKNRQWTKERSILTKREKEVMSLLVRGNTTKEIAAKLNRSE
                     NTIKLYRKKIFAKLTVRNESTAVLAAINRRIV"
     CDS             complement(1705..2460)
                     /gene="tcdA_2"
                     /locus_tag="SEQF2637_01443"
                     /EC_number="6.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46927"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine dehydratase"
                     /translation="MKERYSRNRIYVDAEEQEKVREFRVFLGGAGIGSIISECALRFG
                     FETLTIVDGDKVEESNLNRQNYRICDIGKPKVEALKERLLSINPNANITVVNAFIDKD
                     NMVELLKGHSAAVNALDFSSNVPFLFDAHCRQCKIPVLHPYNLGWGGLVMAVSPDGSQ
                     LSDLSDDYHNFEARLVQRRIIDYFRLLGSPKRWLEDIMARYKAEKSPAPPPQLAVASW
                     IVGGLCTNLLFCLATGYRVKWYPDFYLSSIKDN"
ORIGIN      
        1 agtcgcatat tgtctctgcc tatgacccac atctacagct tgttctatca atggacgccg
       61 tgcccgtcaa gcgcaatgag ttggacgcta ttcgtcggct tttggatgaa cttgacgtca
      121 ccgacgccct gatcaccatc gatgcaatcg gctgtcagca cgacgtggca gcgcaggtgt
      181 tggaggccgg aggcgattac gtgcttcagg tcaaaggcaa tcaaccgacc ctgctacaag
      241 aactggagga cagtttccca aacatatcta aaggttacac ggtgaacaaa gaggagggtt
      301 tggagcacgg gcgcattgaa cataggcaga tgaaaagcgt agtcttgagc ccggaaatgc
      361 tcgatgattc ctacgccttt aaagattggg ccgggatcaa gagtnttcat cggatcacgc
      421 gcaaacgtta cgacaagcgc cagggaaaag agactacaga gatgtcctat tacatcagct
      481 ctatagagga cagcaagcgt attttccgcg ccatccgcga ccactggaaa atagagaatc
      541 agcttcacta catgcttgat gtttaccttg gagaggatgg ttggagcaag cgtgcggggg
      601 aggcggccat aaacatggag ctcatggcca aaatcgatct tttcatccta cagcgtctaa
      661 aagcaaagct cggcaagtcg attccacgag tgcagatatt cttagccaag ctcaatcctc
      721 tgcaactctt cgaactgggg ctatagttcg gattatgcgt cagccctgct gtttgtaacg
      781 agatcactca tataatgctt gagatttcct acttttgccc tcgaaaggaa tgttgactat
      841 atggtaaaga aggaggattt cttcactgag gagaactgtg tatcctatgt ttcggaggac
      901 gagtatgcaa gattgtctcc atttatagag gcttttgatg tggttgcacg cactacatac
      961 aaaagcatat atataatcga ttattacaga cgaaattttt tatatgtatc caataatcca
     1021 ttttatctct gtggcatgaa agcggagcaa gttcaagcga tggggtatga tttttattta
     1081 aaattcacgc ctgagtctga gcatcgttta ctgctcgaag caaatcgctc tggcttccaa
     1141 tttgcaagca ccgtaccgtc tgagcaatta aatgaatatg tcattagtta tgatttccac
     1201 atttgtccgc caggaaaagt gcctactttg atcaatcata aaatcacacc tttgaaaatg
     1261 acgccgggcg ggaagcatgt atggttggta ctctgcgtcg cttcgttgtc tgcagcatct
     1321 aaagcgggta atattgaagt tacccgtttg ggtgatgagg cactatggac atataaaaac
     1381 cgacaatgga caaaagaacg atctattttg accaaacggg aaaaagaagt aatgtccctt
     1441 ttagtgcgag gcaatacgac aaaagaaatc gctgcaaaac tgaataggtc ggagaacacg
     1501 atcaaactgt atcgaaagaa aatttttgca aaattaaccg taagaaatga atccaccgct
     1561 gtgctggctg ctatcaacag aagaattgtc taaattagta tgcaaaagcg accgatgttt
     1621 ttttgataca gccaaggatt ctaatgtaaa atacctctcc cttagctggc ttgtttgtgg
     1681 ggcttcactt tgtgtgttga tgtattaatt atctttgatc gatgaaagat aaaaatccgg
     1741 ataccatttt actcggtatc cggtggcaag gcaaaataac agattggtac aaagcccacc
     1801 gactatccac gaagcgacag ctaactgagg tggaggagca ggactttttt ctgctttgta
     1861 acgtgccatt atatcctcaa gccaccgttt ggggctcccc aaaagacgga aatagtcaat
     1921 gatcctacgt tggactaatc gtgcttcaaa attgtgataa tcgtccgaga gatcactcaa
     1981 ttgcgagcca tcaggtgaca cggccattac caatccaccc caaccaaggt tgtaagggtg
     2041 caatactggt attttgcatt gccgacaatg cgcatcgaac agaaacggta catttgatga
     2101 gaaatcaagt gcattaacgg ccgcggaatg tcccttgagt aattcaacca tgttgtcttt
     2161 atctatgaaa gcattcacga ctgtgatgtt tgcgtttgga ttgatgctta gcagtctttc
     2221 tttcaacgct tcgacctttg gtttcccaat gtcgcatatc cgataatttt gtcggttcag
     2281 attcgattct tccaccttgt ctccatccac aatggtaagc gtttcaaatc cgaatctgag
     2341 cgcacattca gaaatgatgc taccgatgcc ggcaccaccc aaaaacactc gaaattcgcg
     2401 cactttctct tgctcttccg catctacgta aatgcggttc ctgctatatc gttctttcat
     2461 tcctctgatt tttaccgcaa agatctacaa gaccaaagaa aatcgcatta cacaaaagtg
     2521 tatttcttcc ccccaaaatg cgtttttgac ctcacccctt catcagcccc tggagtttcg
     2581 ggtccgcttt gatgcgggcg atttcggagt ctacgagcga gagg
//
LOCUS       SEQF2637|AYYD01001119.1 3795 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3795
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             33..2177
                     /locus_tag="SEQF2637_01444"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDSGSLVRTGAAFVGWSFTQKELIKKASEVPSDLKTKGQNFTI
                     TQDTTLFAVWGEDKTGPNGTSDGIPDYLQKGLTYNGNNQTSGDAPVDNNRYNSGTSVA
                     VKDSGTMVRTEAVFLGWSFAQKGLITQAADEPADLKKTGAHFNITADTTLFAVWAIDK
                     TGPGGTPDGKPDXSQAGVTYKGNDNTGGTAPVDSKLYNDNDDVKVLDKGSLVRTDAVF
                     LGWLFEQKPLITKKADVPATIYQKDATFKYSANQKTLFALWGEDKTGPNGQSDNVPDY
                     LQNGVTYNGNNQSSGAAPVDANRYNNGENVTVKDSGSLVCTQAVFIGWSFTQKPVITK
                     AADEPSDLKKKGATFASTSDTTLYAVWAIDKTGPNGTPDGKPDYSQDGVTYYANGGTG
                     DAPTDNSLYNDNDEVTAKDKGTLAHTEAVFIGWLFNSHALVTKAADVPTGLKQAGDKF
                     NYSSTTNKLYAIWGQDKTGPNGGSDGIADYLQKGVTYDGNENSTGTAPTDNKRYNNND
                     AVNVLGKNDLTRDKAAFVGWSFGKKSLLTTKAEHDAVTDLKKEHETFTITTDTTLFAV
                     WGKDETGPAGQSDDVPDYLQNGVTYDGNGGTGAAPTDANRYDNNATVTVKGKEQLTRN
                     QAVFIGWSFGVHPLVETSAAQSAITDLKQPGGTFTITADTTLYAVWAVDKTGPNGTPD
                     GNPDYSQNGVTYHANGASGTAPQDANLYNNGD"
     CDS             2178..3272
                     /locus_tag="SEQF2637_01445"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIKDKGDLTLNQTVFIGWHTSSVSIVTTASAVPADMKQPNQQV
                     SYSSALANLYAVWGEDKTGPNGQSDNVPDYLQKGVTYVGNGNDGGVAPVDNNRYNDST
                     MVTVKGKGTLTRTKAAFIGWSFGTSSLITAKTDEPSDLMKPDTAIRITSDLTFHAVWA
                     KDANQNGIPDYDEVDITWNPGSQPRAGKQWVETVTKGDLRLTNSRFAIRGYVLIGWSD
                     RMKPLVTSQAIEDKVTPLYKVGASLNVIENRKLFAVWALDKNNDGIPDYSSGANQIRS
                     GRASLLRGTSEDQIDQSESQLEAASIRVWAHGGVLYIESDRRARAEVYTRSGALYKRI
                     DVAEGQTREPLAEGFYVVVIDGKTHKVIVR"
ORIGIN      
        1 acaacctcta caacgccaat acgcaggttg aggtgaaaga ttccggtagc ctcgttcgta
       61 cgggtgcagc attcgtcggc tggagcttca cgcagaaaga gctgatcaag aaggccagcg
      121 aggtgccaag tgatctgaag acgaaaggcc agaacttcac cattacccag gacacgacac
      181 tcttcgccgt atggggcgag gacaagaccg gcccgaacgg aacctctgat ggtatccccg
      241 actatctgca aaagggtctc acctacaacg gtaacaacca aaccagtggc gacgctccgg
      301 tagataacaa ccgctataac agcggcacgt cagtagctgt aaaagattcc ggtacgatgg
      361 ttcgcaccga ggccgtgttc ctcggctgga gctttgcgca gaagggtctg atcacgcagg
      421 ccgcggatga acccgcagac ctgaagaaga ccggtgccca cttcaacatt acggccgata
      481 cgacactctt tgccgtatgg gcaatcgaca agacgggccc gggcggtacc cccgacggta
      541 agcctgacta nagccaagcn ggcgtgacct acaagggcaa cgacaacacc ggtggtacgg
      601 ctccggtaga ttcgaagctt tacaatgaca acgacgatgt gaaagtgctc gataagggta
      661 gcttggttcg tacggatgcc gtcttcctcg gctggctctt cgagcagaag cctctgatca
      721 cgaagaaggc tgatgtgccg gcgacgatct accagaagga tgccaccttc aagtactcgg
      781 ctaaccagaa gacgctcttc gcactctggg gtgaggataa gactggcccg aacggacaga
      841 gcgacaatgt gcccgactac ctgcaaaacg gtgtgaccta caacggtaac aatcagagca
      901 gcggtgcggc tcccgtggac gctaaccgct ataacaatgg tgagaacgta acggtgaaag
      961 attctggttc attggtatgc acacaggctg tgtttatcgg ctggagcttc acacagaagc
     1021 ctgtaattac gaaggctgca gatgaacctt ctgacctgaa gaagaagggt gccacgttcg
     1081 caagcacaag cgatacgacg ctctacgctg tatgggcaat cgacaagacc ggcccgaacg
     1141 gtacgcctga cggtaagccg gactatagcc aggacggcgt gacctactat gctaacggtg
     1201 gcacaggcga cgctccgacg gacaacagcc tctataacga caatgacgaa gtgaccgcga
     1261 aggataaagg caccttggca cacacggagg ccgtgttcat tggctggctc ttcaatagcc
     1321 acgccttggt tacgaaggca gccgatgtgc cgacaggcct gaagcaagcc ggagacaagt
     1381 tcaattactc gtctacgacc aataagctct acgctatctg gggtcaggac aagaccggcc
     1441 cgaacggagg ttctgacggc attgctgact acctgcagaa gggcgttacc tacgacggca
     1501 acgagaactc gaccggtaca gcgccgacgg ataacaaacg ttataacaac aatgacgcag
     1561 tgaacgtcct gggcaagaat gatctgaccc gcgataaggc cgcgtttgtt ggctggagct
     1621 tcggtaagaa gtcgctgctg accacgaaag ccgagcacga tgcagtgacc gacctgaaga
     1681 aggaacacga gacgttcacc atcaccaccg atacgacgct cttcgccgta tggggtaagg
     1741 acgaaaccgg cccagctgga cagagcgatg atgtgcccga ctacctgcaa aacggagtca
     1801 cctacgacgg taacggtggc acaggcgcag cgccgacaga tgccaaccgc tatgacaaca
     1861 acgcgaccgt aacggtgaaa ggcaaagaac agctgactcg caatcaagcc gtattcatcg
     1921 gctggagctt cggcgtgcat cctttggttg agacgtcggc cgcacaaagt gcaataaccg
     1981 atctgaagca gccaggtgga accttcacca tcaccgctga tacgacgctc tacgcagtat
     2041 gggcagtaga taagactggc ccaaacggta cgcctgacgg caacccagac tacagccaaa
     2101 atggcgtgac ctatcatgcc aatggtgcca gtggcacggc tccgcaggat gccaacctct
     2161 ataataatgg cgactaggtg accatcaagg ataagggcga cttgacgctt aaccagacgg
     2221 tatttatcgg atggcatact tcgagtgtat ctatcgtgac aactgcatcc gctgtgccgg
     2281 ccgacatgaa gcagccgaat cagcaagtgt cttactcatc tgcactcgca aacctctacg
     2341 ccgtatgggg tgaagacaag acgggtccga acggtcagag cgacaatgtg cccgactacc
     2401 tgcagaaggg cgtgacctat gtcggtaacg gtaatgacgg tggtgtggcc cctgtggata
     2461 acaatcgcta caatgacagc acgatggtta ccgtgaaggg caaaggcacc ttgacgcgta
     2521 caaaggccgc ctttataggt tggagctttg gcacctcaag tctgatcaca gccaagaccg
     2581 atgagccaag cgatttgatg aagccagata cggccattag gatcacatca gatctgacct
     2641 tccatgccgt atgggctaag gatgccaacc agaatggtat ccctgactat gacgaagtag
     2701 atatcacgtg gaaccccggc tcccaacctc gagctggcaa gcaatgggtt gagactgtga
     2761 ctaaagggga tctccggctt actaacagcc gctttgccat acgtggttat gtgcttatcg
     2821 gatggtctga cagaatgaag ccgctggtaa catctcaggc aatagaggat aaagtgactc
     2881 ctttatataa ggtaggagcg agcctcaatg ttatcgaaaa tcgaaagctg tttgctgtat
     2941 gggcacttga taaaaacaat gatggtatcc ctgattatag tagtggagcc aaccaaataa
     3001 gatcaggccg tgcatcctta ttaagaggca cgtcagagga tcagatagat cagtcagagt
     3061 ctcagcttga agctgcttct atccgcgtat gggctcacgg gggagtgctc tatatcgagt
     3121 ctgaccgtcg tgcacgtgca gaggtctaca cccgtagtgg tgcgttgtac aagcgtatcg
     3181 acgtagccga agggcagaca cgcgaaccgc tcgccgaggg cttctatgtg gtagtcatcg
     3241 acggcaagac gcacaaagtg atagtacggt aagcagatca tctgctacgg ccccctcgat
     3301 tgaatggatg gggtcggaat aagtgaagaa gcgggcatgc ctatccaagg cgtgcccgct
     3361 tttcttgtct atgaacccca atacaaggaa gtgaggggag aagtagggtg accgcatcaa
     3421 aaatggtggt gggcctgagg tatacgcctg gttttgctct cgacacccct ccggaacgta
     3481 tgttcgacga agggatggac tttcttattc caataggatg tttccgatag agcgttgtag
     3541 cggctaaagt gcttttggaa atgcttgcaa cggtgttgca aacgccagac agtttttcgg
     3601 agtacttgca gcgtccctgc aaactccaaa aggtttttcg cggcatttgc tgcattcctg
     3661 caaactccaa aaagtttttc gcggcacttg cagcattcct gcagaggcca aaaagttttt
     3721 cgtggcattt gcagcattcc tgcagaggcc aaaaagtttt tcgtggcatt tgcagcattc
     3781 ctgcagaggc caaaa
//
LOCUS       SEQF2637|AYYD01001120.1 3072 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3072
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             87..623
                     /locus_tag="SEQF2637_01446"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITLTALVSSMELQRRLLMKPSMPMRSRSLTVSIVFSAERMRIL
                     ISGKESRSRRAMSMPVVSGRMMSRKMRSGFNVLSRVKSCLPLSASPKMQTSARLSDPR
                     MPSRKSSWSSTNITLVIIGRFSLSYITIGSQKYSFSLLRKVPIHRTFAPLQSRDAGIK
                     NGSGTGLTSNARPPTTNN"
     CDS             complement(660..2078)
                     /gene="ahcY_1"
                     /locus_tag="SEQF2637_01447"
                     /EC_number="3.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A087WNH6"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylhomocysteinase"
                     /translation="MVKESTEKLPYKVADINLADFGRKEIEIAEHEMPGLMALREKYA
                     GKKPLAGARITGSLHMTIQTAVLIETLVDLGADVRWASCNIFSTQDHAAAAIAAAGVP
                     VFAWKGETLEEYWWCTNEALSFPGGKGPNLIVDDGGDASLLVHRGYAAENDPTLLDRK
                     GSNKEEQVIIDLLKAVHAATPTRWHDMLKEMKGVSEETTTGVHRLYQMMERGELLVPA
                     INVNDSVTKSKFDNLYGCRESLADGIKRATDVMIAGKVVVVAGYGDVGKGCSHSMRSY
                     GARVLVTEIDPICALQAAMEGFEVTTMEEAVKEGNIFVTTTGNCDVITIDHMSQMKDQ
                     AIVCNIGHFDNEIQVDQLENFPGIVRLNIKPQVDKYTFPDGHSIFLLAEGRLVNLGCA
                     TGHASFVMSNSFTNQTLAQLDLWQKDYKPGVYCLPKYLDEEVARLHLARIGVKLSKLT
                     QKQADYIGVPVDGPFKSEIYRY"
     CDS             complement(2161..2772)
                     /locus_tag="SEQF2637_01448"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNVFFTPYIGPNYPQGYKGKKILALGESHYINDDDEGRDHFRD
                     YPQLRHFTSDIVQRYLNYLSSRMNYRGWMGTYTKFARAFYNGNLSFAGIADFWSHTAF
                     YNYIQEPMANTRQTPPKKLFTECEAAFWEVVRDCRPDLIVVWGYRLWERLPFPKTPLT
                     DSLFQISATADDQPTRILPITHPSAPSFSYQTTYDLLSAALTE"
ORIGIN      
        1 gcctctcttt gtccattttc cgcttcatgg ccacgatctc gtacatcagc gacgagatgt
       61 cgcgtccgta ataattctcg ccctccatga tcaccctgac ggccttagtc agctctatgg
      121 agttgcagcg ccgcttgctg atgaagccat cgatgccgat gcggagtagg tcgctgacgg
      181 tctccatcgt attctcagcc gagaggatga ggatcttgat ttctggaaag gagtcccgta
      241 gccgtcgggc gatgtcgatg ccggttgtgt cgggcaggat gatgtcgaga aagatgaggt
      301 cgggctttaa cgtcttgagc agggtgaaga gttgcttgcc gctctcggcc tcgcccaaga
      361 tgcagacgtc tgcccgcttg agcgatccgc gtatgccgag ccggaagagc tcgtggtcgt
      421 ccactaatat cacgttggtc ataatcggcc ggttctcgtt gtcttacatt acaatcgggt
      481 cgcaaaaata tagcttttcc ttgctgagaa aagtgccgat acacaggacg tttgccccgc
      541 ttcaatcgcg ggatgcaggg ataaaaaatg ggtcaggcac gggactcacg tccaatgccc
      601 gacctccaac aactaacaat taaacaatta aacaaattaa cagtacagac aacaccgtgt
      661 caataccggt aaatctcgga cttgaatggc ccgtcgacgg ggacgccgat atagtcggct
      721 tgcttctggg tcagtttcga gagcttgacg ccgatgcggg ccaagtgcag gcgagccact
      781 tcctcgtcga gatacttggg caggcagtag acgcccggct tgtagtcctt ctgccaaagg
      841 tcaagctggg cgagcgtctg gttggtgaag gagttactca tcacgaatga ggcgtggccg
      901 gtggcgcaac ccagattcac gaggcggcct tcagccaaga ggaagatgga gtgaccgtcg
      961 gggaaggtgt acttgtcgac ctgcggcttg atgttgaggc ggacgatacc ggggaagttc
     1021 tccagctggt ctacctggat ctcattgtcg aagtggccga tgttgcagac gatggcctga
     1081 tccttcatct ggctcatgtg gtcgatggtg atgacgtcgc aattgccggt ggtggtgacg
     1141 aagatgttgc cctccttcac ggcctcttcc atagtggtta cctcgaagcc ttccatagca
     1201 gcttgcaggg cacagatggg gtcgatctcg gtaacgagta cgcgggcgcc ataggaacgc
     1261 atggagtgcg agcagccttt accgacatca ccgtagccag ccacgacgac caccttaccg
     1321 gcgatcatta catccgtagc gcgcttgata ccgtcggcca gggattcgcg gcagccgtag
     1381 aggttgtcga acttcgactt cgtcacggag tcgttcacgt tgatggcggg cacgagcagt
     1441 tcgccgcgct ccatcatctg gtagaggcga tgaacgcccg tggtagtctc ttcggatacg
     1501 cccttcatct ccttgagcat gtcgtgccag cgcgtcggag tggcggcgtg tacggccttg
     1561 agcaggtcga tgatcacctg ttcctctttg ttactgccct tgcgatcgag caacgtggga
     1621 tcgttttcgg ctgcatagcc acggtgaacg agcagggagg cgtcgccacc atcgtcaacg
     1681 atcaggttcg gacccttgcc gccggggaag ctgagcgctt cattcgtgca ccaccagtat
     1741 tcctcgagcg tctcgccctt ccacgcgaag acgggtacac cagcggcggc gatggctgcg
     1801 gcggcatggt cttgggtgga gaagatgttg cagctggccc aacgtacgtc ggcacccaga
     1861 tcaacgagtg tctcgatgag gacggcggtc tggatggtca tatggagcga gcccgtgatg
     1921 cgtgcgccgg ccaggggttt cttcccagcg tatttctcgc gcagggccat gaggcccggc
     1981 atttcgtgtt ctgcgatctc gatctcttta cggccgaagt cggccagatt gatgtctgcc
     2041 actttgtagg gcagcttttc cgttgattct tttaccatga tatggccttt ctctgttttg
     2101 tttttgaatg aattggccgc gaaagtagaa taaagctggg aggggcgacg gagcccctga
     2161 ttactctgtt agtgcggcgg aaagcagatc gtaggtcgtt tgataggaga aactgggggc
     2221 tgaggggtgc gtgatgggga ggatgcgtgt gggctgatcg tcggccgtgg cgctgatctg
     2281 gaagaggctg tctgtgagcg gtgtcttggg gaacggcagg cgctcccaga ggcgatagcc
     2341 ccagacgacg atgaggtccg gccgacagtc gcgcaccact tcccagaagg ccgcctcgca
     2401 ttctgtgaac agctttttcg gcggtgtttg gcgggtgttg gccataggtt cctgtatgta
     2461 attgtagaag gcggtgtggc tccagaagtc ggcaatgccc gcgaaggaaa ggttgccgtt
     2521 gtagaaggca cgggcaaact tggtgtaggt gcccatccaa cctcggtagt tcattcggct
     2581 actgagatag ttgaggtaac gctggacgat gtcgctcgta aagtggcgca gctggggata
     2641 gtcgcgaaaa tggtcgcggc cttcgtcgtc atcgttgatg taatggctct cgccgagggc
     2701 gaggatcttt ttgcctttgt aaccctgcgg gtaattgggg ccgatgtaag gggtgaaaaa
     2761 tacgttgtcc atatgggtaa tgttgtttga tggggcaaag gtaaaatccg cgttagatgt
     2821 agaaagtcgc aggggtatgg acataaaaaa aggtcgggct tcacagtctg acctttcttc
     2881 aaatcaacta aaacaaacaa ctatttatct ataaccggcc ggggggttaa ccgcccgacc
     2941 ttcgaacata aaacgctccc gaatggtgaa ggttcatagg gaggccagtt ttttggggac
     3001 ttttaaggtt tgatcggctg agaaaaagag gaatagaagg cttgacaaac gactttggca
     3061 cgtggctgtg ac
//
LOCUS       SEQF2637|AYYD01001121.1 3071 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3071
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             87..623
                     /locus_tag="SEQF2637_01449"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITLTALVSSMELQRRLLMKPSMPMRSRSLTVSIVFSAERMRIL
                     ISGKESRSRRAMSMPVVSGRMMSRKMRSGFNVLSRVKSCLPLSASPKMQTSARLSDPR
                     MPSRKSSWSSTNITLVIIGRFSLSYITIGSQKYSFSLLRKVPIHRTFAPLQSRDAGIK
                     NGSGTGLTSNARPPTTNN"
     CDS             complement(660..2078)
                     /gene="ahcY_2"
                     /locus_tag="SEQF2637_01450"
                     /EC_number="3.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A087WNH6"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylhomocysteinase"
                     /translation="MVKESTEKLPYKVADINLADFGRKEIEIAEHEMPGLMALREKYA
                     GKKPLAGARITGSLHMTIQTAVLIETLVDLGADVRWASCNIFSTQDHAAAAIAAAGVP
                     VFAWKGETLEEYWWCTNEALSFPGGKGPNLIVDDGGDASLLVHRGYAAENDPTLLDRK
                     GSNKEEQVIIDLLKAVHAATPTRWHDMLKEMKGVSEETTTGVHRLYQMMERGELLVPA
                     INVNDSVTKSKFDNLYGCRESLADGIKRATDVMIAGKVVVVAGYGDVGKGCSHSMRSY
                     GARVLVTEIDPICALQAAMEGFEVTTMEEAVKEGNIFVTTTGNCDVITIDHMSQMKDQ
                     AIVCNIGHFDNEIQVDQLENFPGIVRLNIKPQVDKYTFPDGHSIFLLAEGRLVNLGCA
                     TGHASFVMSNSFTNQTLAQLDLWQKDYKPGVYCLPKYLDEEVARLHLARIGVKLSKLT
                     QKQADYIGVPVDGPFKSEIYRY"
     CDS             complement(2161..2772)
                     /locus_tag="SEQF2637_01451"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNVFFTPYIGPNYPQGYKGKKILALGESHYINDDDEGRDHFRD
                     YPQLRHFTSDIVQRYLNYLSSRMNYRGWMGTYTKFARAFYNGNLSFAGIADFWSHTAF
                     YNYIQEPMANTRQTPPKKLFTECEAAFWEVVRDCRPDLIVVWGYRLWERLPFPKTPLT
                     DSLFQISATADDQPTRILPITHPSAPSFSYQTTYDLLSAALTE"
ORIGIN      
        1 gcctctcttt gtccattttc cgcttcatgg ccacgatctc gtacatcagc gacgagatgt
       61 cgcgtccgta ataattctcg ccctccatga tcaccctgac ggccttagtc agctctatgg
      121 agttgcagcg ccgcttgctg atgaagccat cgatgccgat gcggagtagg tcgctgacgg
      181 tctccatcgt attctcagcc gagaggatga ggatcttgat ttctggaaag gagtcccgta
      241 gccgtcgggc gatgtcgatg ccggttgtgt cgggcaggat gatgtcgaga aagatgaggt
      301 cgggctttaa cgtcttgagc agggtgaaga gttgcttgcc gctctcggcc tcgcccaaga
      361 tgcagacgtc tgcccgcttg agcgatccgc gtatgccgag ccggaagagc tcgtggtcgt
      421 ccactaatat cacgttggtc ataatcggcc ggttctcgtt gtcttacatt acaatcgggt
      481 cgcaaaaata tagcttttcc ttgctgagaa aagtgccgat acacaggacg tttgccccgc
      541 ttcaatcgcg ggatgcaggg ataaaaaatg ggtcaggcac gggactcacg tccaatgccc
      601 gacctccaac aactaacaat taaacaatta aacaaattaa cagtacagac aacaccgtgt
      661 caataccggt aaatctcgga cttgaatggc ccgtcgacgg ggacgccgat atagtcggct
      721 tgcttctggg tcagtttcga gagcttgacg ccgatgcggg ccaagtgcag gcgagccact
      781 tcctcgtcga gatacttggg caggcagtag acgcccggct tgtagtcctt ctgccaaagg
      841 tcaagctggg cgagcgtctg gttggtgaag gagttactca tcacgaatga ggcgtggccg
      901 gtggcgcaac ccagattcac gaggcggcct tcagccaaga ggaagatgga gtgaccgtcg
      961 gggaaggtgt acttgtcgac ctgcggcttg atgttgaggc ggacgatacc ggggaagttc
     1021 tccagctggt ctacctggat ctcattgtcg aagtggccga tgttgcagac gatggcctga
     1081 tccttcatct ggctcatgtg gtcgatggtg atgacgtcgc aattgccggt ggtggtgacg
     1141 aagatgttgc cctccttcac ggcctcttcc atagtggtta cctcgaagcc ttccatagca
     1201 gcttgcaggg cacagatggg gtcgatctcg gtaacgagta cgcgggcgcc ataggaacgc
     1261 atggagtgcg agcagccttt accgacatca ccgtagccag ccacgacgac caccttaccg
     1321 gcgatcatta catccgtagc gcgcttgata ccgtcggcca gggattcgcg gcagccgtag
     1381 aggttgtcga acttcgactt cgtcacggag tcgttcacgt tgatggcggg cacgagcagt
     1441 tcgccgcgct ccatcatctg gtagaggcga tgaacgcccg tggtagtctc ttcggatacg
     1501 cccttcatct ccttgagcat gtcgtgccag cgcgtcggag tggcggcgtg tacggccttg
     1561 agcaggtcga tgatcacctg ttcctctttg ttactgccct tgcgatcgag caacgtggga
     1621 tcgttttcgg ctgcatagcc acggtgaacg agcagggagg cgtcgccacc atcgtcaacg
     1681 atcaggttcg gacccttgcc gccggggaag ctgagcgctt cattcgtgca ccaccagtat
     1741 tcctcgagcg tctcgccctt ccacgcgaag acgggtacac cagcggcggc gatggctgcg
     1801 gcggcatggt cttgggtgga gaagatgttg cagctggccc aacgtacgtc ggcacccaga
     1861 tcaacgagtg tctcgatgag gacggcggtc tggatggtca tatggagcga gcccgtgatg
     1921 cgtgcgccgg ccaggggttt cttcccagcg tatttctcgc gcagggccat gaggcccggc
     1981 atttcgtgtt ctgcgatctc gatctcttta cggccgaagt cggccagatt gatgtctgcc
     2041 actttgtagg gcagcttttc cgttgattct tttaccatga tatggccttt ctctgttttg
     2101 tttttgaatg aattggccgc gaaagtagaa taaagctggg aggggcgacg gagcccctga
     2161 ttactctgtt agtgcggcgg aaagcagatc gtaggtcgtt tgataggaga aactgggggc
     2221 tgaggggtgc gtgatgggga ggatgcgtgt gggctgatcg tcggccgtgg cgctgatctg
     2281 gaagaggctg tctgtgagcg gtgtcttggg gaacggcagg cgctcccaga ggcgatagcc
     2341 ccagacgacg atgaggtccg gccgacagtc gcgcaccact tcccagaagg ccgcctcgca
     2401 ttctgtgaac agctttttcg gcggtgtttg gcgggtgttg gccataggtt cctgtatgta
     2461 attgtagaag gcggtgtggc tccagaagtc ggcaatgccc gcgaaggaaa ggttgccgtt
     2521 gtagaaggca cgggcaaact tggtgtaggt gcccatccaa cctcggtagt tcattcggct
     2581 actgagatag ttgaggtaac gctggacgat gtcgctcgta aagtggcgca gctggggata
     2641 gtcgcgaaaa tggtcgcggc cttcgtcgtc atcgttgatg taatggctct cgccgagggc
     2701 gaggatcttt ttgcctttgt aaccctgcgg gtaattgggg ccgatgtaag gggtgaaaaa
     2761 tacgttgtcc atatgggtaa tgttgtttga tggggcaaag gtaaaatccg cgttagatgt
     2821 agaaagtcgc aggggtatgg acataaaaaa aggtcgggct tcacagtctg acctttcttc
     2881 aaatcaacta aaacaaacaa ctatttatct ataaccggcc ggggggttaa ccgcccgacc
     2941 ttcgaacata aaacgctccc gaatggtgaa ggttcatagg gaggccagtt tttggggact
     3001 tttaaggttt gatcggctga gaaaaagagg aatagaaggc ttgacaaacg actttggcac
     3061 gtggctgtga c
//
LOCUS       SEQF2637|AYYD01001122.1 3072 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3072
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             87..623
                     /locus_tag="SEQF2637_01452"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITLTALVSSMELQRRLLMKPSMPMRSRSLTVSIVFSAERMRIL
                     ISGKESRSRRAMSMPVVSGRMMSRKMRSGFNVLSRVKSCLPLSASPKMQTSARLSDPR
                     MPSRKSSWSSTNITLVIIGRFSLSYITIGSQKYSFSLLRKVPIHRTFAPLQSRDAGIK
                     NGSGTGLTSNARPPTTNN"
     CDS             complement(660..2078)
                     /gene="ahcY_3"
                     /locus_tag="SEQF2637_01453"
                     /EC_number="3.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A087WNH6"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylhomocysteinase"
                     /translation="MVKESTEKLPYKVADINLADFGRKEIEIAEHEMPGLMALREKYA
                     GKKPLAGARITGSLHMTIQTAVLIETLVDLGADVRWASCNIFSTQDHAAAAIAAAGVP
                     VFAWKGETLEEYWWCTNEALSFPGGKGPNLIVDDGGDASLLVHRGYAAENDPTLLDRK
                     GSNKEEQVIIDLLKAVHAATPTRWHDMLKEMKGVSEETTTGVHRLYQMMERGELLVPA
                     INVNDSVTKSKFDNLYGCRESLADGIKRATDVMIAGKVVVVAGYGDVGKGCSHSMRSY
                     GARVLVTEIDPICALQAAMEGFEVTTMEEAVKEGNIFVTTTGNCDVITIDHMSQMKDQ
                     AIVCNIGHFDNEIQVDQLENFPGIVRLNIKPQVDKYTFPDGHSIFLLAEGRLVNLGCA
                     TGHASFVMSNSFTNQTLAQLDLWQKDYKPGVYCLPKYLDEEVARLHLARIGVKLSKLT
                     QKQADYIGVPVDGPFKSEIYRY"
     CDS             complement(2161..2772)
                     /locus_tag="SEQF2637_01454"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNVFFTPYIGPNYPQGYKGKKILALGESHYINDDDEGRDHFRD
                     YPQLRHFTSDIVQRYLNYLSSRMNYRGWMGTYTKFARAFYNGNLSFAGIADFWSHTAF
                     YNYIQEPMANTRQTPPKKLFTECEAAFWEVVRDCRPDLIVVWGYRLWERLPFPKTPLT
                     DSLFQISATADDQPTRILPITHPSAPSFSYQTTYDLLSAALTE"
ORIGIN      
        1 gcctctcttt gtccattttc cgcttcatgg ccacgatctc gtacatcagc gacgagatgt
       61 cgcgtccgta ataattctcg ccctccatga tcaccctgac ggccttagtc agctctatgg
      121 agttgcagcg ccgcttgctg atgaagccat cgatgccgat gcggagtagg tcgctgacgg
      181 tctccatcgt attctcagcc gagaggatga ggatcttgat ttctggaaag gagtcccgta
      241 gccgtcgggc gatgtcgatg ccggttgtgt cgggcaggat gatgtcgaga aagatgaggt
      301 cgggctttaa cgtcttgagc agggtgaaga gttgcttgcc gctctcggcc tcgcccaaga
      361 tgcagacgtc tgcccgcttg agcgatccgc gtatgccgag ccggaagagc tcgtggtcgt
      421 ccactaatat cacgttggtc ataatcggcc ggttctcgtt gtcttacatt acaatcgggt
      481 cgcaaaaata tagcttttcc ttgctgagaa aagtgccgat acacaggacg tttgccccgc
      541 ttcaatcgcg ggatgcaggg ataaaaaatg ggtcaggcac gggactcacg tccaatgccc
      601 gacctccaac aactaacaat taaacaatta aacaaattaa cagtacagac aacaccgtgt
      661 caataccggt aaatctcgga cttgaatggc ccgtcgacgg ggacgccgat atagtcggct
      721 tgcttctggg tcagtttcga gagcttgacg ccgatgcggg ccaagtgcag gcgagccact
      781 tcctcgtcga gatacttggg caggcagtag acgcccggct tgtagtcctt ctgccaaagg
      841 tcaagctggg cgagcgtctg gttggtgaag gagttactca tcacgaatga ggcgtggccg
      901 gtggcgcaac ccagattcac gaggcggcct tcagccaaga ggaagatgga gtgaccgtcg
      961 gggaaggtgt acttgtcgac ctgcggcttg atgttgaggc ggacgatacc ggggaagttc
     1021 tccagctggt ctacctggat ctcattgtcg aagtggccga tgttgcagac gatggcctga
     1081 tccttcatct ggctcatgtg gtcgatggtg atgacgtcgc aattgccggt ggtggtgacg
     1141 aagatgttgc cctccttcac ggcctcttcc atagtggtta cctcgaagcc ttccatagca
     1201 gcttgcaggg cacagatggg gtcgatctcg gtaacgagta cgcgggcgcc ataggaacgc
     1261 atggagtgcg agcagccttt accgacatca ccgtagccag ccacgacgac caccttaccg
     1321 gcgatcatta catccgtagc gcgcttgata ccgtcggcca gggattcgcg gcagccgtag
     1381 aggttgtcga acttcgactt cgtcacggag tcgttcacgt tgatggcggg cacgagcagt
     1441 tcgccgcgct ccatcatctg gtagaggcga tgaacgcccg tggtagtctc ttcggatacg
     1501 cccttcatct ccttgagcat gtcgtgccag cgcgtcggag tggcggcgtg tacggccttg
     1561 agcaggtcga tgatcacctg ttcctctttg ttactgccct tgcgatcgag caacgtggga
     1621 tcgttttcgg ctgcatagcc acggtgaacg agcagggagg cgtcgccacc atcgtcaacg
     1681 atcaggttcg gacccttgcc gccggggaag ctgagcgctt cattcgtgca ccaccagtat
     1741 tcctcgagcg tctcgccctt ccacgcgaag acgggtacac cagcggcggc gatggctgcg
     1801 gcggcatggt cttgggtgga gaagatgttg cagctggccc aacgtacgtc ggcacccaga
     1861 tcaacgagtg tctcgatgag gacggcggtc tggatggtca tatggagcga gcccgtgatg
     1921 cgtgcgccgg ccaggggttt cttcccagcg tatttctcgc gcagggccat gaggcccggc
     1981 atttcgtgtt ctgcgatctc gatctcttta cggccgaagt cggccagatt gatgtctgcc
     2041 actttgtagg gcagcttttc cgttgattct tttaccatga tatggccttt ctctgttttg
     2101 tttttgaatg aattggccgc gaaagtagaa taaagctggg aggggcgacg gagcccctga
     2161 ttactctgtt agtgcggcgg aaagcagatc gtaggtcgtt tgataggaga aactgggggc
     2221 tgaggggtgc gtgatgggga ggatgcgtgt gggctgatcg tcggccgtgg cgctgatctg
     2281 gaagaggctg tctgtgagcg gtgtcttggg gaacggcagg cgctcccaga ggcgatagcc
     2341 ccagacgacg atgaggtccg gccgacagtc gcgcaccact tcccagaagg ccgcctcgca
     2401 ttctgtgaac agctttttcg gcggtgtttg gcgggtgttg gccataggtt cctgtatgta
     2461 attgtagaag gcggtgtggc tccagaagtc ggcaatgccc gcgaaggaaa ggttgccgtt
     2521 gtagaaggca cgggcaaact tggtgtaggt gcccatccaa cctcggtagt tcattcggct
     2581 actgagatag ttgaggtaac gctggacgat gtcgctcgta aagtggcgca gctggggata
     2641 gtcgcgaaaa tggtcgcggc cttcgtcgtc atcgttgatg taatggctct cgccgagggc
     2701 gaggatcttt ttgcctttgt aaccctgcgg gtaattgggg ccgatgtaag gggtgaaaaa
     2761 tacgttgtcc atatgggtaa tgttgtttga tggggcaaag gtaaaatccg cgttagatgt
     2821 agaaagtcgc aggggtatgg acataaaaaa aggtcgggct tcacagtctg acctttcttc
     2881 aaatcaacta aaacaaacaa ctatttatct ataaccggcc gggggggtta accgcccgac
     2941 cttcgaacat aaaacgctcc cgaatggtga aggttcatag ggaggccagt ttttggggac
     3001 ttttaaggtt tgatcggctg agaaaaagag gaatagaagg cttgacaaac gactttggca
     3061 cgtggctgtg ac
//
LOCUS       SEQF2637|AYYD01001123.1 3073 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3073
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             87..623
                     /locus_tag="SEQF2637_01455"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITLTALVSSMELQRRLLMKPSMPMRSRSLTVSIVFSAERMRIL
                     ISGKESRSRRAMSMPVVSGRMMSRKMRSGFNVLSRVKSCLPLSASPKMQTSARLSDPR
                     MPSRKSSWSSTNITLVIIGRFSLSYITIGSQKYSFSLLRKVPIHRTFAPLQSRDAGIK
                     NGSGTGLTSNARPPTTNN"
     CDS             complement(660..2078)
                     /gene="ahcY_4"
                     /locus_tag="SEQF2637_01456"
                     /EC_number="3.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A087WNH6"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenosylhomocysteinase"
                     /translation="MVKESTEKLPYKVADINLADFGRKEIEIAEHEMPGLMALREKYA
                     GKKPLAGARITGSLHMTIQTAVLIETLVDLGADVRWASCNIFSTQDHAAAAIAAAGVP
                     VFAWKGETLEEYWWCTNEALSFPGGKGPNLIVDDGGDASLLVHRGYAAENDPTLLDRK
                     GSNKEEQVIIDLLKAVHAATPTRWHDMLKEMKGVSEETTTGVHRLYQMMERGELLVPA
                     INVNDSVTKSKFDNLYGCRESLADGIKRATDVMIAGKVVVVAGYGDVGKGCSHSMRSY
                     GARVLVTEIDPICALQAAMEGFEVTTMEEAVKEGNIFVTTTGNCDVITIDHMSQMKDQ
                     AIVCNIGHFDNEIQVDQLENFPGIVRLNIKPQVDKYTFPDGHSIFLLAEGRLVNLGCA
                     TGHASFVMSNSFTNQTLAQLDLWQKDYKPGVYCLPKYLDEEVARLHLARIGVKLSKLT
                     QKQADYIGVPVDGPFKSEIYRY"
     CDS             complement(2161..2772)
                     /locus_tag="SEQF2637_01457"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNVFFTPYIGPNYPQGYKGKKILALGESHYINDDDEGRDHFRD
                     YPQLRHFTSDIVQRYLNYLSSRMNYRGWMGTYTKFARAFYNGNLSFAGIADFWSHTAF
                     YNYIQEPMANTRQTPPKKLFTECEAAFWEVVRDCRPDLIVVWGYRLWERLPFPKTPLT
                     DSLFQISATADDQPTRILPITHPSAPSFSYQTTYDLLSAALTE"
ORIGIN      
        1 gcctctcttt gtccattttc cgcttcatgg ccacgatctc gtacatcagc gacgagatgt
       61 cgcgtccgta ataattctcg ccctccatga tcaccctgac ggccttagtc agctctatgg
      121 agttgcagcg ccgcttgctg atgaagccat cgatgccgat gcggagtagg tcgctgacgg
      181 tctccatcgt attctcagcc gagaggatga ggatcttgat ttctggaaag gagtcccgta
      241 gccgtcgggc gatgtcgatg ccggttgtgt cgggcaggat gatgtcgaga aagatgaggt
      301 cgggctttaa cgtcttgagc agggtgaaga gttgcttgcc gctctcggcc tcgcccaaga
      361 tgcagacgtc tgcccgcttg agcgatccgc gtatgccgag ccggaagagc tcgtggtcgt
      421 ccactaatat cacgttggtc ataatcggcc ggttctcgtt gtcttacatt acaatcgggt
      481 cgcaaaaata tagcttttcc ttgctgagaa aagtgccgat acacaggacg tttgccccgc
      541 ttcaatcgcg ggatgcaggg ataaaaaatg ggtcaggcac gggactcacg tccaatgccc
      601 gacctccaac aactaacaat taaacaatta aacaaattaa cagtacagac aacaccgtgt
      661 caataccggt aaatctcgga cttgaatggc ccgtcgacgg ggacgccgat atagtcggct
      721 tgcttctggg tcagtttcga gagcttgacg ccgatgcggg ccaagtgcag gcgagccact
      781 tcctcgtcga gatacttggg caggcagtag acgcccggct tgtagtcctt ctgccaaagg
      841 tcaagctggg cgagcgtctg gttggtgaag gagttactca tcacgaatga ggcgtggccg
      901 gtggcgcaac ccagattcac gaggcggcct tcagccaaga ggaagatgga gtgaccgtcg
      961 gggaaggtgt acttgtcgac ctgcggcttg atgttgaggc ggacgatacc ggggaagttc
     1021 tccagctggt ctacctggat ctcattgtcg aagtggccga tgttgcagac gatggcctga
     1081 tccttcatct ggctcatgtg gtcgatggtg atgacgtcgc aattgccggt ggtggtgacg
     1141 aagatgttgc cctccttcac ggcctcttcc atagtggtta cctcgaagcc ttccatagca
     1201 gcttgcaggg cacagatggg gtcgatctcg gtaacgagta cgcgggcgcc ataggaacgc
     1261 atggagtgcg agcagccttt accgacatca ccgtagccag ccacgacgac caccttaccg
     1321 gcgatcatta catccgtagc gcgcttgata ccgtcggcca gggattcgcg gcagccgtag
     1381 aggttgtcga acttcgactt cgtcacggag tcgttcacgt tgatggcggg cacgagcagt
     1441 tcgccgcgct ccatcatctg gtagaggcga tgaacgcccg tggtagtctc ttcggatacg
     1501 cccttcatct ccttgagcat gtcgtgccag cgcgtcggag tggcggcgtg tacggccttg
     1561 agcaggtcga tgatcacctg ttcctctttg ttactgccct tgcgatcgag caacgtggga
     1621 tcgttttcgg ctgcatagcc acggtgaacg agcagggagg cgtcgccacc atcgtcaacg
     1681 atcaggttcg gacccttgcc gccggggaag ctgagcgctt cattcgtgca ccaccagtat
     1741 tcctcgagcg tctcgccctt ccacgcgaag acgggtacac cagcggcggc gatggctgcg
     1801 gcggcatggt cttgggtgga gaagatgttg cagctggccc aacgtacgtc ggcacccaga
     1861 tcaacgagtg tctcgatgag gacggcggtc tggatggtca tatggagcga gcccgtgatg
     1921 cgtgcgccgg ccaggggttt cttcccagcg tatttctcgc gcagggccat gaggcccggc
     1981 atttcgtgtt ctgcgatctc gatctcttta cggccgaagt cggccagatt gatgtctgcc
     2041 actttgtagg gcagcttttc cgttgattct tttaccatga tatggccttt ctctgttttg
     2101 tttttgaatg aattggccgc gaaagtagaa taaagctggg aggggcgacg gagcccctga
     2161 ttactctgtt agtgcggcgg aaagcagatc gtaggtcgtt tgataggaga aactgggggc
     2221 tgaggggtgc gtgatgggga ggatgcgtgt gggctgatcg tcggccgtgg cgctgatctg
     2281 gaagaggctg tctgtgagcg gtgtcttggg gaacggcagg cgctcccaga ggcgatagcc
     2341 ccagacgacg atgaggtccg gccgacagtc gcgcaccact tcccagaagg ccgcctcgca
     2401 ttctgtgaac agctttttcg gcggtgtttg gcgggtgttg gccataggtt cctgtatgta
     2461 attgtagaag gcggtgtggc tccagaagtc ggcaatgccc gcgaaggaaa ggttgccgtt
     2521 gtagaaggca cgggcaaact tggtgtaggt gcccatccaa cctcggtagt tcattcggct
     2581 actgagatag ttgaggtaac gctggacgat gtcgctcgta aagtggcgca gctggggata
     2641 gtcgcgaaaa tggtcgcggc cttcgtcgtc atcgttgatg taatggctct cgccgagggc
     2701 gaggatcttt ttgcctttgt aaccctgcgg gtaattgggg ccgatgtaag gggtgaaaaa
     2761 tacgttgtcc atatgggtaa tgttgtttga tggggcaaag gtaaaatccg cgttagatgt
     2821 agaaagtcgc aggggtatgg acataaaaaa aggtcgggct tcacagtctg acctttcttc
     2881 aaatcaacta aaacaaacaa ctatttatct ataaccggcn gggggggtta accgcccgac
     2941 cttcgaacat aaaacgctcc cgaatggtga aggttcatag ggaggccagt tttttgggga
     3001 cttttaaggt ttgatcggct gagaaaaaga ggaatagaag gcttgacaaa cgactttggc
     3061 acgtggctgt gac
//
LOCUS       SEQF2637|AYYD01001124.1 2644 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2644
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(720..1082)
                     /locus_tag="SEQF2637_01458"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRFLCTDRSYELLEPYEGKLSRTVLREERGSNAPALPDIQKQG
                     DFFVESPIILLAAIIWFLRIYEDGRYCTFPHAVEFLNRPYAQIFPILTAYDELANYLS
                     PFMDAWEGGAQDQLQVRP"
     misc_RNA        complement(966..1042)
                     /locus_tag="SEQF2637_01459"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(1057..2355)
                     /gene="ltrA_6"
                     /locus_tag="SEQF2637_01460"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MKDRAMQALYLMALEPIAETTGDRFSYGFRKRRRTMDAIRQIDT
                     VLNRQHSPEWILEGDIKGCFDHISHDWLLSHIPMDKGILAKWLKCGFVFKGGLYPTEE
                     GTPQGGIISPTLANMTLDGLQTLLAERFKRRSINYKIFRYKVNLVRYADDFIITGYSK
                     ELLENEVKPLVVDFLKERGLTLSDEKTTITHIQDGFDFLGFNIRKFHKRLYTSPSKRA
                     QKRFRAKISEIVRRHRMCKQESLIRMLNPIVTGWGNYYRYGASTEAFHNCDNHIFNVT
                     RKWALRRHPKKKRTWVNDRYWHNLRGRKWTFAVVYKGKKGHEDYLALKRLADVHYTEY
                     KQIKGDANPFDPEYDLYFQKRETQLMLETLKGRKSLLCLWNKQGRTCPLCGKPIDRTK
                     AWNVNEKAIDGKIVRELVHNTCYLRSKRKSCKYEPISMYR"
ORIGIN      
        1 gacacactga agccgtcaac ggttttcccg tcaactccct ttgtcatatt gccttgtttg
       61 gcatatatgt gctggtaggc tatgtagtac atctcntcat taaacagtat ccgatacaaa
      121 cgttcnaact tgtattccaa gtcggaacta tgttgcgtca gactgtttaa tatcttctct
      181 ggatttcttt tcatgtctct cacattttcc gagatnggac attaaacgat aaagctgctt
      241 cccttcgcca tgtacaaggc tttcccttgc tcagactact tanggaagct ctgttgccnt
      301 atgggtttcc ccacttaggc aatccccgtt aaagcatata ataactattg gcatgataga
      361 ttntcggata cgactttcgt cctttactat gtatgtagtt gctctgtgat aagttctttt
      421 gcccaatcga cctccangga gaagttgggt atcacagcat aacgtctgta actgtcttcc
      481 gttaaggctt aaccatcgag ccgctcggac tatcgttcaa ccagtatagg ctttatcctc
      541 atatctatct tttcaccttg ccactcggtc aagactagac agttcgtcca ctcgtggctt
      601 tgccgacatg ctacactccc catcgtcttt cgttgaatgg ataagtcggc cggtgatagg
      661 ttattatttc aaagaacacg aacctaatag cttgccaaag ctatatttat tatatgccct
      721 tacgggcgca cctggagctg gtcttgcgcg ccgccttccc acgcgtccat gaagggcgag
      781 aggtagttgg cgagttcgtc ataagccgtc aggattggga aaatctgcgc gtagggacgg
      841 ttcagaaatt cgactgcgtg cgggaaggtg caatagcgtc cgtcctcgta aattctcagg
      901 aaccaaatga tggccgccag caggataatt ggtgattcga cgaagaaatc gccttgcttt
      961 tgaatatcgg gtaaggcggg ggcattgctg cccctttctt ccctaagaac cgtacgtgag
     1021 agtttcccct catacggctc aagcaactca taacttctat ctgtacatag aaatcggctc
     1081 atacttacaa cttttgcgtt tacttctcaa gtaacaggta ttgtgtacaa gttcgcgaac
     1141 aatctttccg tcaatcgctt tttcattgac gttccatgct tttgttcggt cgatgggctt
     1201 gccacaaagc ggacatgtcc gtccctgttt gttccataaa cataggagag acttcctccc
     1261 tttcagcgtt tcaagcatca actgcgtttc gcgtttttgg aagtacaagt catactctgg
     1321 gtcaaacgga tttgcgtcgc ccttgatttg cttgtactcc gtgtagtgga catcggcaag
     1381 tcgtttgagg gcgagatagt cctcatgacc tttctttcct ttatacacta cagcgaaagt
     1441 ccatttcctg ccacggagat tgtgccagta tctgtcgttg acccaagtcc ttttcttctt
     1501 tgggtgtcga cgcaaggccc atttcctcgt aacattaaaa atgtgattgt cacagttgtg
     1561 aaaagcttcg gttgatgcac catagcgata ataattgccc catcccgtga cgatcgggtt
     1621 gagcattctt atcagcgact cttgcttgca catccgatgc cgtctcacga tctcacttat
     1681 cttcgcccta aagcgttttt gtgctctctt tgacggtgac gtgtacaacc tcttatggaa
     1741 cttacggatg ttgaatccga ggaagtcgaa gccgtcctgg atgtgcgtga tggtggtctt
     1801 ttcatcggaa agtgtcagtc cacgctcctt taagaaatca accaccaacg gtttgacctc
     1861 gttctccaag agttccttgc tgtagcctgt aatgatgaag tcgtccgcat aacgtacaag
     1921 attcaccttg tagcggaaaa tcttgtagtt gatggaacgt ctcttgaatc tctcagccaa
     1981 cagcgtctga agtccgtcaa gtgtcatgtt cgcaagcgtg ggcgatataa taccgccctg
     2041 tggtgtcccc tcttccgtcg ggtatagacc acctttgaag acaaaaccac attttagcca
     2101 tttggcaaga atncccttat ccatagggat gtgggatagc agccagtcgt ggctgatatg
     2161 gtcgaagcag ccctttatat ctccctccag aatccattcg ggggagtgct gacggttaag
     2221 aactgtatca atctgtcgaa tagcgtccat cgtcctacgt ctctttcgga aaccatagga
     2281 gaatctgtcg cccgtcgttt cagcgattgg ttcaagtgcc atcagatata aggcttgcat
     2341 agccctgtct ttcatcgttg gaatgcccaa cggnctctga gtttaccgtt gcttttcttn
     2401 atgcaaaccc gtctcagcgg ctgtggttta tagccgcgtc tgcggagttc gcttattgct
     2461 ttgaatttcc gcttgggaga atcccaaagg gccttgtcaa cccccgaggt gttctttccc
     2521 ttgttggaag taactcgctt taccgccaaa gccttggcat aaaaggagtg agtaagcagc
     2581 cactgcaagg ctttcacctt gttatgcctg ccttctttct gagcctttac aatacgcgct
     2641 tgta
//
LOCUS       SEQF2637|AYYD01001125.1 1261 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1261
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(722..1255)
                     /locus_tag="SEQF2637_01461"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRTCAIVNNYIKQQIEKAFAMYVYDYKYPDLSEIAYNHLRQHL
                     DAYPVKPQFFVINFDDPRRSHRCNPIHPDFMTDISDAYEAAYTILLNLNKSWIQKQGD
                     FFVESPIILLAAIIWFLRIYEDGRYCTFPHAVEFLNRPYAQIFPILTAYDELANYLSP
                     FMDAWDGNAQDQLQVRP"
ORIGIN      
        1 gacacactga agccgtcaac ggttttcccg tcaactccct ttgtcatatt gccttgtttg
       61 gcatatatgt gctggtaggc tatgtagtac atctcatcat taaacagtat ccgatacaaa
      121 cgttcaaact tgtattccaa gtcggaacta tgttgcgtca gactgtttaa tatcttctct
      181 ggatttcttt tcatgtctct cacattttcc gagataggac attaaacgat aaagctgctt
      241 cccttcgcca tgtacaaggc tttcccttgc tcagactact tacggaagct ctgttgccct
      301 atgggtttcc ccacttaggc aatccccgtt aaagcatata ataactattg gcatgataga
      361 ttgtcggata cgactttcgt cctttactat gtatgtagtt gctctgtgat aagttctttt
      421 gcccaatcga cctccaggga gaagttgggt atcacagcat aacgtctgta actgtcttcc
      481 gttaaggctt aaccatcgag ccgctcggac tatcgttcaa ccagtatagg ctttatcctc
      541 atatctatct tttcacctcg ccacccgggg tcaagacttg acagctcgtc cactcgtggc
      601 tttgccgaca tgctacactc cccatcgtct ttcgttgaat ggataagtcg gctagtgata
      661 ggttattatt tcaaagaaca cgaacctaat agcttgccaa agctatattt attatatgcc
      721 cttacgggcg cacttgcaat tgatcctgcg cattgccatc ccacgcgtcc atgaagggtg
      781 agaggtagtt ggcgagttcg tcgtaagccg tcaggattgg gaaaatctgc gcgtagggac
      841 ggttcagaaa ttcgactgcg tgcgggaagg tgcagtagcg gccatcctcg taaattctca
      901 ggaaccaaat gatggccgcc agcaggataa tcggcgactc gacgaagaaa tcgccttgct
      961 tttggatcca acttttgttc aaattgagta agatggtgta ggctgcttcg taggcatctg
     1021 agatgtctgt cataaagtca ggatggatcg gattgcaacg gtgtgatcgg cggggatcgt
     1081 cgaagttgat gacgaaaaat tgcggcttga cagggtacgc atcgaggtgc tggcgcagat
     1141 ggttgtaagc gatttcagac aggtcaggat atttataatc atagacatac atcgcgaatg
     1201 ccttctcgat ctgctgcttg atgtagttgt ttacgatggc gcacgtccga agcacccgta
     1261 c
//
LOCUS       SEQF2637|AYYD01001126.134952 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..34952
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(225..1064)
                     /locus_tag="SEQF2637_01462"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLRKIAATLCRYRLVPRKFHFDIYQYCKGYTLLLTRMLAYTKT
                     KVLLDVGDYIQYWMYVNGAYETSFLKFIRNNLIINRGCIIDAGANVGSYTLNLYDKAD
                     YVIAVEASGSNAAFIQSVCALNHIKNVRVYNNALYKSDGESIELFVSNDTCGNNSIYK
                     TTGYSEIESVQTLTIDTICAENGVNDIRLIKIDIEGAEYNCLLGAKSTIERYRPIVLC
                     EFNRMAAEAAGYDLSLLYGFFKERDYEAFLLDEHAQRLLLFDEQELEQKYFANNLFLI
                     PKK"
     CDS             complement(1093..1932)
                     /gene="wbnK"
                     /locus_tag="SEQF2637_01463"
                     /EC_number="2.4.1.308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q58YV9"
                     /codon_start=1
                     /transl_table=11
                     /product="O-antigen biosynthesis glycosyltransferase WbnK"
                     /translation="MVQNIYIRVWGGIGNQLFIYAFARCISLNWDGKVGLETHSGFRG
                     DGYHRIYKLDRFSITLPKSNFLSSLFFSFNRKYPLLKRLFFPSSRLIIENEDQLNSNV
                     SEFIPPPYLKERTLFYQGYWQHINFLSIREVLLSELRFNLPPNSVFEEIKAKIQASEA
                     VCLHVRRMQYSRLLTLDYYRAAVSILEKSCTAPCFFIFSDDLPWCRERLSISDSCVYI
                     DNFDDELYELQLMSFCHHFIIANSSFSWWGAWLSQHPDKMVILPEDYLVRNMNGRVIP
                     MPR"
     CDS             complement(2913..4358)
                     /gene="wzxC"
                     /locus_tag="SEQF2637_01464"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77377"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide biosynthesis protein WzxC"
                     /translation="MSSTASLKDKAAKGLFWGGLSNSVQQLLGAVFGLITARILNAED
                     YGLIGMLAIFNGIVTILQESGFTSALANRQEIKHEDYNAVFWFSTLTSVVAYVVLFFC
                     APLIAFFYRKPDLIPLSRILFLGFVFGGMGVSLNAYLYKTLKAKERGISDIVAMIISG
                     TLGVILALNGFAAIGLAIQTVTYVGVSVFFRFYYSSWRPTFHFNFSPLSEMFGFSSKL
                     ILTNFIFQVNNNMLSVIMGRFYNANQLGFYTQGQKWMGMANQVVNGMISYIAQPVFVE
                     ATDNKERQRYIFRKMVRFGAFFALPAMAGLALIAKEFIWIFLGEKWMPSIPYLQLLCI
                     WGGGSYLCILYTSLLMAHGKSAAYLWGTVLTGVVQLLFIWSVYPLGTYCMVIGFVAVS
                     CLSLLYWHKVAGQLILLSIWQVLKDIAPYLAITGTSVLIAWFVTLFTTDRYISFFVKF
                     FLYVGSYLLIAKFLDSTILKESLSFIKNRRI"
     CDS             complement(4397..5209)
                     /locus_tag="SEQF2637_01465"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFSLLKKKIRWTSERYTYLYTGVIPFCGHFSLMNYWRLRKDKN
                     ALLRQAKQSQYRFPITSLRPCYSDRTDDAGSLSLHYFFQDLFVAQRIFKNAPLRHVDI
                     GSRIDGFVAHLASFRSVEVFDIRPLEVNIPNVTFKQLDIMDRTCIKGNSIPSVSCLHA
                     LEHFGLGRYGDPINFEGFDIGFKNITSLLESSGKFYFSVPIGLQRIEFHAHRVFSLSL
                     LIEMISPFYTIDMFSYVDDQNNFHPNEQLTDELIKNNYHCRYGCGIFELTKK"
     CDS             complement(5341..6369)
                     /gene="iolG"
                     /locus_tag="SEQF2637_01466"
                     /EC_number="1.1.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZK57"
                     /codon_start=1
                     /transl_table=11
                     /product="Inositol 2-dehydrogenase"
                     /translation="MEQAKTMKPIRFAVVGCGHIGKRHAEMICREDGAELVALCDIRP
                     KSELSIEAYANVLFFSNLDDLLGSDLSFDVVNICTPNGLHARMAIQAIEAGHHVVIEK
                     PMALTTADAEKVVYAGLKYRKQIFCVMQNRYSPPSVWIKDLIESGRLGRVYMVQLNCY
                     WNRDARYYRPGGWHGTADLDGGTLFTQFSHFIDILYWLFGDITDIQARFADFNHQHLT
                     DFEDSGVVSFRFTNGGLGSLNYSTSVWDKNQESSLTIIAENGSVKIGGQYMDKVEYCH
                     VKDYTMPDLPQTNPGNDYGTYKGSAQNHHYVIRNVINVLSENSSDTITTNVLEGMKVV
                     DIIGRMYA"
     CDS             6594..9119
                     /gene="pepN"
                     /locus_tag="SEQF2637_01467"
                     /EC_number="3.4.11.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q11010"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminopeptidase N"
                     /translation="MIRYAFLLIMAVNCLTGYGQTIDAVHDAGVSRELAQLRKQKVKD
                     LRYDLHFSIPRDKHTPVTGEGRIRFRLDAPTEIVIDFREAADKIAEVRVNGKTAAYTF
                     RNEHIILPAALTQAGENAISVRFTAGDQSLNRNDDYLYSLSVPDRARTIFPCFDQPNL
                     KAVFALTLELPAEWVGVSNTRVTKEEKHADRKTLHFAPTRPLSTYLFAFAAGRFEQRT
                     YRNEGRTLTAYYRETDPQKVAQLDTIFRQSAAALDWLEAYTGMPCPFDKQDFIILPGF
                     QFGGMEHVGATLYNDTQLFLGPNPTPDEELRRIQLIAHETAHAWFGNLVTMDWFDDVW
                     TKEVFANHFSAWITEPLFPSVNHKLQRMRTFFASALSEDRTPGTNAIHQELDNLRNAG
                     LIYGQIIYNKAPVVMGKIIELMGEDAFREGIREYLRTYAYSNATWDDLIHILDRHTPE
                     DLIAFNDAWVNRKGMPIIRFTPRGKTLEICQKDRYAPGIVRPQRFAVTFAAKGQTDTT
                     LEVNLRDSLVRLTLPFAPERVLPNTDGRAYGLLIPDTASRDWLLAHWHETTDETTRLA
                     RLMLLHENYQACLIPDALWLDALMNGLRAETNPLLFSTITSYISTPLRALPSALREGP
                     EEGLLRLSASHPQRSSRQRLLRMLIHSAASPATLACLYAIWRDRSEPLLNETDYTDLA
                     YSLAVRLPDRSDSIVRTQRTRLTDPDRIRRFDFISRAMTPDTAALDTLFRSLLIPENR
                     RIEPWTSALLGWLNHPTRERHAVRYIRPALDALLDVQRTGDIFFPRDWVGALLRNHRS
                     PEAYRALLDFIDANPGYPPLLLNKVWQAAYPLYRANGEVKNEK"
     CDS             9610..10107
                     /locus_tag="SEQF2637_01468"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYIIPSKQIYIKQIPPSYTAYIYTGKQIKPIFLLSYKYINTSTP
                     LFVHTQKPEQHPRERFAGKSSVSTNETEPSRAAASVSESSVAPLRPRNRPTPCTAKGS
                     LYDFDTAVCRFRPSPARKPSPRWRARPAQRRSSSTPLARHTSRPQPRNRGKTGGRSRS
                     TSGLR"
     CDS             complement(9947..10306)
                     /locus_tag="SEQF2637_01469"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIATILTLIVALEHLYMMYMEMFAWETRGKRFFRSLPPDLFTPT
                     RSMAANQGLYNGFLAAGLAWSFFIGDPMWSANVRLFFLGCVAVAGTYGALTASKKIFF
                     AQALPAIVAMVCVLAKV"
     tRNA            complement(10384..10458)
                     /locus_tag="SEQF2637_01470"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(tgt)"
     CDS             10673..11890
                     /gene="pepT"
                     /locus_tag="SEQF2637_01471"
                     /EC_number="3.4.11.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81WU4"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidase T"
                     /translation="MTITERFLRYAASDTQSDEHARSMPSTPGQMRFAESLTEELKAL
                     GLHDVSLDENGYVMATLPANTSRTDVPVIGFIAHMDTSPDMSGRDVKPRIVAYTGGDI
                     VLNESLGIVLSPDVFPELNHYVGQELIVTDGTTLLGADDKAGVAAIVSAMEYLLTHPE
                     VEHGTVRIAFTPDEEIGRGADRFDVARFGCFGAYTVDGGELGELEYENFNAAQAVVTL
                     RGRNIHPGSAKGRMINASLLAMQLNDMLPPAERPETTEGREGFFHLTEMTGTVEEARL
                     TYIIRDHDRALFEKKKETLREAVRRINETYPECCTLDMRDQYYNMREVIDRRPELIQW
                     ARQAMEAAGVTPIERPIRGGTDGARLSFMGLPCPNLFAGGMNFHGRYEYLPVPSLQKS
                     METIIHLCHIITK"
     CDS             11903..12991
                     /gene="gcvT"
                     /locus_tag="SEQF2637_01472"
                     /EC_number="2.1.2.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WY54"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminomethyltransferase"
                     /translation="MKTTPFTDVHIALGAKMHEFAGYNMPIEYEGIIEEHLTVCNGVG
                     VFDVSHMGEIWIKGPKALELVQKITSNDASAIGVGKAQYSCFPNETGGIVDDIIVYHY
                     EDDKYLLVVNAANLDKDWAWCQKHNEGIGAELENASDNMAQLAVQGPKAKEVLQRLTK
                     VNLDAIPYYCFETGEFAGCPDVIISNTGYTGAGGFELYFYPQYGLKIWEALFEAGKPE
                     GIKPIGLGARDTLRLEMGFCLYGNDIDETTSPIEAGLGWITKFVDGKNFINRAALEKQ
                     KKEGVERKLCAFELQDKGIPRHGYDIVCSKGEVIGHVTSGTMSPTRKIGIGLGYIRTD
                     HSKIGTEIGIRVRNRDLKATIVKPPFRK"
     CDS             complement(13811..15472)
                     /gene="acsA"
                     /locus_tag="SEQF2637_01473"
                     /EC_number="6.2.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39062"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetyl-coenzyme A synthetase"
                     /translation="MVERFLTQTSFASQEDFKHNFHIRVPENFNYGYDIVDAWAEEEP
                     TRRALCWTNDHGEHIDFTFAQIKERTDRTASYFQSLGIGRGDKVMLILKRRYEFWFSI
                     IALHKLGAVAIPATHLLTKKDIVYRANAADIKAVICAGEPEILRHVTDALPDSPTLQT
                     LVSVGPEMAPGFDDFQQGIEHAVPFVRPAFVNTNDDTSLMYFTSGTSGEPKMVIHDFL
                     YPLGHITTASFWHNLHPDSLHLTIADTGWGKAVWGKLYGQWIAGATVFVYDHEKFAPA
                     DILRMIHDYRITSLCAPPTIFRFLIREDLTRYDLSSLQYCTIAGEALNPAVYDTFLRL
                     TGIRLMEGYGQTETTLTICTFPWTTPKPGSMGLANPQYDIDLLRPDGTPAEDGEQGQI
                     VIRTDKRRPIGLFQEYYRDPERTREAWHDGVYYTGDIAWRDEDGYFWYVGRADDVIKS
                     SGYRIGPFEVESALMTHPAVVECAITGVPDEIRGQVVKATIVLSREYRDRAGDELIHE
                     IQDHVKRVTAPYKYPRIVEFVDALPKTISGKIRRVEIREKDGGRG"
     CDS             complement(15679..16236)
                     /locus_tag="SEQF2637_01474"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEAIQQIAERLRGLRDVLGISVEEMAEVCHLTPEEYLRLESGT
                     ADISIDMLHTIARKYGVEPITLMFGDEPKMSTYFVTRSGRGASVERTKAYKYQSLAAG
                     FLSRRADPFMVTVHPKPEGTPIFLNRHAGQEYNYVVSGRMLLQINGKDLILEAGDSIY
                     FNSDLPHGMKALDGEEVRFLAIIIP"
     CDS             complement(16246..16800)
                     /locus_tag="SEQF2637_01475"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKKILSVSGKPGLYKLVSQGKSMLIVEALTDGRRLPVYAREKI
                     ISLGDIAIYTDGDEVPLYEVLNSVKAKEEGKAVSSIDAARATPDELRAYMAEVLPNFD
                     RDRVYPTDIKRLLSWYNLLISAGITDFDPQESAEEEDVEAPEATAKETHATPPPVVKN
                     TAPKTSSAAAKTPVGKSTQRMRQK"
     CDS             complement(16974..17552)
                     /gene="coaE"
                     /locus_tag="SEQF2637_01476"
                     /EC_number="2.7.1.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63831"
                     /codon_start=1
                     /transl_table=11
                     /product="Dephospho-CoA kinase"
                     /translation="MTTIGITGGIGSGKSMVSALLRVYGVPVYDADRESKRLLVTSPT
                     IRRGLTALLGPEIYRPDATLDRARMAALIFADADLLARVNAIIHPAVGDDFDAWRERL
                     TVPLCAMESAILFESGFDRRTNVRLTVYAPEAIRLQRVMARDGAAEADVRRRMQSQWT
                     DERKAALSDAVITNDGLSALIPQVEAFLNRWL"
     CDS             complement(17601..18608)
                     /locus_tag="SEQF2637_01477"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEHGNASPLPTKASRVKAFFRRIGWRDVLVFMCFVLASLCLWF
                     LQALQDDYEINIALPVRYKNIPANMVPAADSPTEVVAKVRDKGTVLLNYLWTGSFSPL
                     EIDVRTLPREASSEELTVTRRLLEAGILKHLASSTRLLSFEPSTIRVTYTELGNREIA
                     VEADLTVETEVGFQLSDRVTITPAKVRVYADRTKLDSLRAVRTVPIRLTGLSRTKTLT
                     ARLAEIAGVRFEPQSVKVTVPVEEFTEKRLTLHIRCDSVPAGYALRMFPNTAEAVCNV
                     PLSHFKELCEDRLDILIPFREFEAHREEGKITLRLTKKPDWLTDYDLNPDAIEFILEE
                     Q"
     CDS             complement(18640..18969)
                     /locus_tag="SEQF2637_01478"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLLSVFLQTSGAPASGGAGYMNILFMVALVAIFYFMMLRPQQQ
                     RQKAIRKAREAMKVGDKVVTSGGIHGKIKELGEQTMLIEVADGVRIRIDKNAIFANSE
                     DVPQQQK"
     CDS             complement(19077..20054)
                     /gene="nusB"
                     /locus_tag="SEQF2637_01479"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X286"
                     /codon_start=1
                     /transl_table=11
                     /product="N utilization substance protein B"
                     /translation="MINRVLIRIKVLQILFAYQQNGSNDLKLAENELLLSLRRSYDLY
                     YYFLLLIVEVTHLQERRLDMRRNRYRPAEEDLRPNTRLVDNRFARQIEANLALQAYVK
                     EHGISWANETDFVKSVLDLILGSEIYAQYLGAKTDSYEVDRDFWRAVFRRLICGNESL
                     EDALEDISIYWNDDIEIIETFVIKTIKYSTAADGPDRPLLPMFKDAEDRDYAIRLLHL
                     TMLRGQEYLARIDRHLKNWESDRVASMDRLIMQMAVAELINFPTIPVNVTLNEYIDAA
                     KYYSTPKSSTFINGILDAVVQDLKEENKLVKVPLAKGARKDTDDDDDDE"
     CDS             complement(20929..22059)
                     /gene="wbpE"
                     /locus_tag="SEQF2637_01480"
                     /EC_number="2.6.1.98"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HZ76"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-2-acetamido-2-deoxy-3-oxo-D-glucuronate
                     aminotransferase"
                     /translation="METIQMVDLKRRYARLKSEIDKATTDVMAAGSFIGGPEVDTFTR
                     ELGQYLNAPHIIPCANGTDALELALRALGVQPGDEVIMPAFTYIAAAEMVALLGATPV
                     LIDVRPDTYNIDPALVEQAVSRQTKAIVVVHLFGQTCDMDPILRVAKKYKLGVIEDNA
                     QSLGADYISSDGRTRKAGTIAHIGTTSFFPTKPLACYGDGGAVFTADSQLAERIRCLA
                     NHGQAAKYDHRAIGRNSRLDALQAAILRVNLRHMDDDISRRRAVADRYDEGLRALPWL
                     RLPARSKFSTHVFHQYTFRVSDGRRDALREALRSQGIPSMVYYPKAIHEQEAYKWVAR
                     TCGSMAESVRLAQDVLSLPIHAEMKDEEVTHIADRVKAFFQK"
     CDS             complement(22108..24177)
                     /gene="metG"
                     /locus_tag="SEQF2637_01481"
                     /EC_number="6.1.1.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00959"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine--tRNA ligase"
                     /translation="MEETKQDFKRTLITSALPYANGPVHIGHFAGVYLPADIYARYLR
                     LCGRDVLFVGGSDEHGVPITLRAKKEGVTPQDIVDRYHALIKDTFERFGVSFDIYSRT
                     SSEVHHRMASEFFRTLYDKGVFLEKESDQYYDEEAGQFLADRYITGTCPHCGNEHAYG
                     DQCERCGTSLSPTELINPRSAISGSAPVMRSTKHWYLPLDQYEPFLRQWILEDHKEWK
                     PNVYGQCKSWLDMGLQPRAVSRDLDWGIPVPVEGAEGKVLYVWFDAPIGYISNTKELC
                     DAQPERYGSWETWWKDPETRMLHFIGKDNIVFHCIVFPTMLRAEGSFILPDNVPANEF
                     LNLEGDKISTSQNRAVWLNEYLDELPGKQDVLRYVLTANAPETKDNDFTWKDFQARNN
                     NELVAIFGNFVNRALVLTGKYFDGVVPECGEMDDYDRATLAEFESVKAELVRLLDTFH
                     FRDAQREAMNLARIGNKYLADTEPWKRFATDPARVQTILHVALQITANLSIAFDPFLP
                     FTTEKLRRMLAIDAPFAWDRLGDFHLLTAGHKLGKAELLFEKIDDEVIERQVQKLLDA
                     KHANEVAEHHAAPIREAVAFDDFTRLDIRVGRVTECTKVPKADKLLQFKIDDGLGGRT
                     IVSGIAKHYAPEELVGRQVCFVANLEPRRIKGITSEGMILSAEGADGCLAVISPEKEV
                     EPGSAVK"
     CDS             complement(24249..26231)
                     /gene="kinB"
                     /locus_tag="SEQF2637_01482"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34206"
                     /codon_start=1
                     /transl_table=11
                     /product="Alginate biosynthesis sensor protein KinB"
                     /translation="MKKMKKILHRAGIGLFLTLTPLLAVAQSDADVELLTGEFEAARP
                     GAKRAEAANRLAAVLTREKALSNTYHFTRNTTEDSLRWILYSGLAQYYYDQALFRKCI
                     HSAQLAIPPTCALKDTAGWFALLTMQTEAYVRTGDFDGARQSIRTCLEVAEKQGNPER
                     LASAYNNMGALYHHMRDDSFSIVMYRKGLETLRQIPAPESLPMRAELLRNLGGAYGEM
                     NRPKEAMQILREALAISEQLGDTMGIATAQSSMGLAAMAAGDWTQAEQYFSQALDGVR
                     RLQHPVGMIYCLGYLGQVKQKQGLIAEAAAYYRQADEMAREMNFTEMEMKACEQLYAL
                     YRTSNPALALEYLERNKALGDSLYRMDAETQMKAFRVEYETAEKEHRIALQNEELKQR
                     YLQLWLLAVGIVACLVVLYFVNRYRRLVRRRNRELRAINATKDKLFSVISHDLKSPAV
                     AQKMAMEEILANLEDYDSETLSRYLGLFYRASEAQVDLLHNLLNWAHTQTDRITYEPS
                     RFDLRDVMRDAMGLYIMSAENKEITLRTDFSDESCTVRADRQMVHTVLRNLVNNALKF
                     SESGSEIRLVVKRSGSTVSAFVCDSGQGMTDEQIHSILHTDNLVTTRGTRGEKGSGLG
                     LNICRELLVRNHSKLILRSRPGQGTEAGFEMGYVNE"
     CDS             26556..26726
                     /locus_tag="SEQF2637_01483"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNILVVDTEKMKYVILRIDTPLLPPELCTRNRTRFRSQINKMNK
                     YTVDQKFPFINS"
     CDS             26772..28397
                     /locus_tag="SEQF2637_01484"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKFRISILLITLLGLMSATSDSWAQKSHAHEVTFTPEKLIVP
                     AEGGTFKIQMKALGYFWDCSAPPSWVTYLEPRSNDKDYLGEHDITITFMPNIGPTRSH
                     TLYFKTEYAYAGGPGDVDTSKYVIAQLSGDFIAPTVANKALTLSATEDAITVTWHAAK
                     DNKTHANDLTYRVYVADKPSLLTDLSFDSDLPAAHDQNGSNPSQAGTFTTTIEKYTDG
                     QQLIETLEPGTTYYVIVAVYDEDENVTEYTMGQVKTATPATPFVKLSEQEIVMDAGGG
                     KHTLTVTSNYGWNSDVSPNGALKRNGGWFTNTGMSAIGGNGIASDDDYSFAVEPNTSS
                     DDRKLTVTLSSTRDPSITTTITITQKGTKPTEVMVSSLLMNLPRVTVNGDRSRFNLNA
                     TIYPADATDKRLQWSSSDESVATVHASSASASRLKSGVTIGTAVEVRIHKKGKAVITA
                     QAMDGSGKSASCEVDVLSTVGNATVATPARIYAANGTLHISLPTASRVEIYTLLGQCF
                     HSFTAPAGETSLTLPAGLYIVRAGESVQKISIN"
     CDS             28490..28669
                     /locus_tag="SEQF2637_01485"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHDSHRTSNKPPPPPHNREQAKASLKRLIDVYAHYLNACHPLD
                     NPNSHTPPNKRNGER"
     CDS             28843..29889
                     /locus_tag="SEQF2637_01486"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMMMAIVAVTCVTCLASCKDDPVPEPIPQPQPQPQPQPNPNPQP
                     TPNPNPNPNPGGEAKSIKLDRTELTLKVGERASIKAEVEPANAAVKLVSWKSSDESVA
                     TVTDGGEVVGKSAGKATLTASCGSARATCQVTVKKEQQALAPIQVQMTGSINHTQYTA
                     GQSATITFNRFPASVEEFKQVREQIGREPQGAIALQVMAHEMFRRDREMGRACIKLNS
                     TGTEGRKAMERLKELYRAGDSYARPYLMAAFLKGAHPDNGYNPTKPYTIEITADPGHK
                     YDSTKDYTFQAPIVYLRIKTQGRSQGFEIISVVKTFKPDEPSNGTYFIVNSCPGLYVQ
                     VAPISYEHKFLGLD"
     CDS             30047..30568
                     /locus_tag="SEQF2637_01487"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIWTTLVALLIALTASGCKKDTPEPKPEGAFRQVTLKGFSYICP
                     TILKPVQLADREQKAQLFTLYGDDVTNSIACSVKELEGDDDFTLEDAQEALAELLREF
                     PDATGQAYPDGVLLRKSGVNPQLGKENIYMTMRLMVSGNKLFTLVFNYTESNKVILSK
                     YVDPVINSIQAPK"
     CDS             30593..31099
                     /locus_tag="SEQF2637_01488"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATRFPLLILIALCAMTLAATTTLTAQTKTFRGAWFTVEYPAN
                     FTAEGSLPSATSGEDEAFDSATFTSPDGSVTFYVYSPQWSGDPTDIELSENEREGQRK
                     VTHGKRQTVTYWTIGAKDGSYTRSYQEVREDETMHVLGIHYTTQQAYNKYKKQYLQFK
                     ASLKQFAD"
     CDS             31248..32333
                     /gene="rihB"
                     /locus_tag="SEQF2637_01489"
                     /EC_number="3.2.2.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33022"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrimidine-specific ribonucleoside hydrolase
                     RihB"
                     /translation="MKTTLRILCLMALVGLMGMTSERAAAQKKEKVILDTDMVEVFDD
                     GVAMMMLAKAPNIDLLGVTIVIGNTWVPEGTAYGIRQLECVNRTDIPIVPGIRQPIYP
                     NRFETIKNERVLFGIGDAYVGAAGYPEPASWRAVYLQKYGREPSVQPLDMKAVNFIID
                     RVKANPGEVTILAIGTCVNLATAVRIAPEIVPLIKRVIYMGGSFFRPGNTTPTAEFNW
                     WLDPEAAKICVRTPFKEQVIVGLDVCEKMAFRKDRYERITNLVRNEGIKGMMKRNYLN
                     VKFLEEPTYTHYVWDVIAASILIDPTLIREEVKRYVDVNSQFGFSYGQALAFDSNQPV
                     GSQPARIILTVDEARLWSMIEKYCSEF"
     CDS             32441..33202
                     /locus_tag="SEQF2637_01490"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MINTRGRVFATDGGARWGVCNTPLHGYPPQQTNGAQPPTHKQFN
                     GAQPPTSQQGLQAPTHKRINNMKYIILQRANPQDRRKAKWYATPLLERRVRQAELTSQ
                     LAESLGIRYGIVRKIIQVFLEAVVRHLLAGRSVCLRPLGTLRISFTSDGMEEPEHVTP
                     DMIRDLKIVITPDKLLKEQLSNLHFELHEDPAAASSPHESVVEMMPRAYPRGASADAG
                     EFGRVHAPTPKRINNSTGRRPQHLNAPSGQMHVTV"
     CDS             33735..34688
                     /locus_tag="SEQF2637_01491"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERKTKTPAGAEVKEIIWIDLTRTNNGAHYQFIKNVHENISAE
                     TELLTDTRIKAAADKLGEALKKEDDCYARSKKSFATDEIVAADALRDKYFQGMRKTVK
                     GLLNHPDADTALAAQHIEQYIKDHRVDSDMQLERETGAITNLIGDCETKGLADVNKLN
                     IKPYVDALKAANTKVDTLLMGRNRERVGTEAGALRVARQASDDAYLWLVKLVNALALT
                     GDQSKFGSFIDLMNVVVKRYKEQVIPSQKKKDDPTDPKQPKEPKQPKDPKDPKQPKEP
                     KEPKKPDGEKPKDPKKPDEGGKKPEKPGGGDGDPDIHLPEE"
ORIGIN      
        1 tcaatactcg ttgctccgta gtaatatttc tttgattttt ttccccacgt cacattctct
       61 ttgtcccatt ggttgttttt tttcgcatag gcttcccccc cacgtgcata gacaaatacg
      121 caattttcca gatcagagga taaggcatcc atatactgtc gagacacgta agcggcccct
      181 ctttcaaacc atgtagaaac taatccgatg ttcatcagtg aaaatcactt tttcggaatc
      241 agaaaaagat tattcgcaaa atacttttgc tctaattcct gctcatcaaa taggagtaat
      301 cgctgtgcat gttcgtcaag cagaaacgct tcatagtctc tctccttgaa aaaaccatac
      361 aaaagagata agtcataacc cgcagcctct gctgccatac gattaaattc acataaaact
      421 attggcctgt atcgctctat agtactcttt gctccaagaa ggcaattata ctcagcaccc
      481 tctatatcaa tttttatcag ccgaatatca tttactccgt tttctgcaca aatcgtatca
      541 atagtcaagg tttggacgga ctcgatctca ctataccctg tcgtcttgta gatcgaatta
      601 tttccacatg tatcatttga cacgaacaat tctatggatt caccatcgct tttgtacaaa
      661 gcattattat aaacccggac attcttaatg tgatttaatg cacataccga ttgaataaag
      721 gccgcattac ttccgcttgc ctctactgct attacataat ctgctttatc gtataaattc
      781 agtgtatacg atcccacatt cgctccagcg tcgataatac atcctctatt gataatcaga
      841 ttattccgaa taaacttcag aaaagaagtc tcatacgctc cattcacgta catccagtat
      901 tgaatataat caccaacatc gagtaaaact ttggttttcg tatatgccaa cattcgtgta
      961 agcaatagag tatacccctt gcaatattga tagatatcga aatggaactt tcgcggaacc
     1021 aatcgataac gacacaacgt agctgctatt tttcgcaggt tcattcgtta gacaaatcta
     1081 tatttttgta atttatcgtg gcattgggat cactcgccca ttcatattgc ggaccaaata
     1141 atcctctgga aggattacca ttttatctgg atgttgcgac aaccacgcac cccaccaact
     1201 aaaagagcta ttggctataa tgaaatggtg gcaaaaactc atcagttgca gttcgtagag
     1261 ttcatcgtcg aaattatcga tatagacaca tgagtctgat atggacaacc gttcgcgaca
     1321 ccaaggcaaa tcgtctgaaa agatgaaaaa gcaaggcgct gtacagcttt tctctaagat
     1381 cgaaaccgca gctcggtaat aatcaagtgt aagtaatcga ctgtattgca tgcgacgcac
     1441 atgcaagcag acagcctctg acgcctgaat ctttgcttta atttcctcga atacagaatt
     1501 cgggggaaga ttaaatcgca attcagaaag taacacttca cgaatggata aaaaattgat
     1561 gtgctgccaa tagccttgat aaaacaaagt tctttctttc agatagggag gaggaataaa
     1621 ttcactcaca ttggaattta attgatcctc attctctata atcaatcgag acgaagggaa
     1681 gaataggcgt tttaagagtg gatattttcg gttgaaagaa aagaataacg aggaaagaaa
     1741 atttgacttt ggcagtgtta tgctaaaacg atccagttta taaatgcgat ggtagccatc
     1801 accacggaaa ccactgtgtg tttccagccc aaccttacca tcccaattga gtgatataca
     1861 tcgggcaaat gcataaataa acagctgatt tccgattcca ccccaaaccc ttatgtagat
     1921 attttggacc attcaaagaa tatcaaagaa aaagctcttc tttcaccgct taacgaaagc
     1981 gaatagttcg caacgtgtgt gtacaaccat atgagcagga tcggtttcat taacaatacc
     2041 ctcaagcact tgaggatcat ctttcaagtg atatgtgcaa atgaccaatt tcggagcgaa
     2101 tcggcgaagc gtatcggtgc aacagttagg atatatcgtt cagcaccttc atttgccttg
     2161 ataaaatcaa ctttgcggat ttgattttca gaaacaaact gatctatcat gctcacttta
     2221 actaatggca aagcatgact ttctatagtc ttcctattgt ttgttgattt gtatatagaa
     2281 cggggtctat ttgacccacc tccactatta tcgagaaaca gttcgatttc tccacactta
     2341 tctcctaaag ccttttgtac cggtataatt tcctctttac tcaggaagcc gtgctacata
     2401 gccacttaag tattaggtgt aggttcaaaa gcataaacga tagctccctg tgctgcagcc
     2461 aatgcactaa agtcgcctat ccatgctccg acatcgaaca caacatcttc ttgtttgatt
     2521 tttacatcaa cctgctcgct aaccaatccg taaggacctt cagccgtaaa ctgatcaact
     2581 aatgtaataa cattcgcttg cgagtaatta ttgtgaaaag agattggaat cacatacaca
     2641 tcatcaaaga cgtatttcag accagacaat aaatcgaagc cccttgaaac attcgaaagc
     2701 aaaactccgt tgaaatcaaa tacaaaatca tcttcgtgac gacggagcca ttttcgtgca
     2761 aaatcgttgt tagatcgcct tctgtatttc ctataaaaaa aacgatgctt ctacattcag
     2821 gcgagaagaa gcccgcatca atatatacca acaagtttca gggatactcc aacctttata
     2881 acaatgtgaa cagatcgcct gagtaatcat tttcatattc gtctgttctt tataaagctc
     2941 aaactctctt ttagaatagt tgaatccaag aatttagcaa taagcaaata gcttccgacg
     3001 tacaagaaaa acttaacgaa gaaggaaata tatctgtcag ttgtaaagag agttacaaac
     3061 catgcaatta atactgacgt tccggtaata gccaaatagg gcgcaatgtc ttttaggact
     3121 tgccaaattg ataacaagat caattgacca gcaactttgt gccaataaag caagcttaaa
     3181 cacgaaacag ccacaaaacc aataaccata cagtaggtgc ccaatgggta aacgctccag
     3241 atgaaaagga gttgtacgac accagttaat acagtccccc ataaatacgc agcagatttc
     3301 ccatgagcca tcaataaact cgtgtatagt atacacaaat aagagcctcc tccccatata
     3361 cagagtaact gtaaatacgg aatactgggc atccattttt caccgagaaa aatccatatg
     3421 aattctttcg caattaaagc cagtccggcc atagcaggca aagcaaaaaa ggctccaaac
     3481 ctcaccatct tacggaaaat ataccgctgc ctttctttat tatcagtagc ttcaacaaat
     3541 accggttgtg caatatagct aatcatacca tttacgactt gattagccat tcccatccat
     3601 ttctgtcctt gagtgtagaa tcctaactga ttagcattgt agaatcgccc cattatcaca
     3661 gaaagcatgt tgttgttcac ctgaaaaata aaattcgtta ggatcagttt tgaactaaat
     3721 ccgaacattt cacttaaagg ggagaaattg aaatgaaatg tcggtcgcca cgatgaataa
     3781 tagaaacgaa aaaaaacgct gactccaaca taagtcaccg tctgtatagc aagtccgatg
     3841 gcagcaaacc cgtttaaagc aagaattaca ccaagcgtac ccgatataat catcgcaact
     3901 atatcactta tccctcgctc ttttgccttc agtgttttat acagataagc gttcaatgaa
     3961 acccccattc ctccaaaaac aaacccaaga aaaaggatcc gagaaagagg aatcaaatcg
     4021 ggttttctgt aaaaaaaagc gatcaacggt gcacaaaaga ataagaccac ataggctacg
     4081 acactggtta aggtactaaa ccaaaatacc gcattgtaat cttcatgctt tatttcttgc
     4141 ctattagcca atgcagaagt aaaaccactt tcttggagaa tagttacaat gccattgaaa
     4201 atggctaaca taccgatcaa tccataatct tcagcattga gaattcgtgc agtaattaac
     4261 ccaaatacgg ccccgagcaa ttgctgtacg ctattactta accctcccca aaaaaggcct
     4321 ttagctgctt tatcttttag cgaagctgta gatgacattt tttataaaga acaggccata
     4381 acatagaatg acgccattac ttttttgtca attcaaaaat gccgcacccg tatcgacaat
     4441 gatagttatt tttaatcagc tcatcagtta attgctcatt cggatgaaaa ttattttgat
     4501 catccacata agagaacata tctatcgtat agaatggact tatcatctct atgaggagtg
     4561 aaagagaaaa aacacgatgt gcatgaaatt ctatcctttg tagccctatt ggtactgaaa
     4621 aatagaactt tccacttgat tccaatagag atgtgatatt cttaaatcca atatcaaatc
     4681 cttcaaaatt aataggatcc ccatatctac ccaagccaaa atgttccaac gcatgtaaac
     4741 atgaaacaga agggatactg tttcccttga tacatgtacg atccataatg tccaactgtt
     4801 taaaagtcac attaggtatg ttcacctcta acgggcgtat atcaaaaacc tcaaccgacc
     4861 taaaagacgc cagatgggcc acgaaaccgt ctatacgact cccaatatct acatgacgca
     4921 atggcgcatt cttgaatatt cgttgggcta caaataagtc ctgaaagaag taatgtaagg
     4981 aaagagaacc tgcatcatca gttctatcag aatagcacgg acgtaggctc gtgattggga
     5041 agcgatattg tgactgtttt gcctggcgca acaatgcatt cttgtctttt cgaagacgcc
     5101 aatagttcat caatgaaaaa tggccgcaaa aaggtataac acctgtatac agatacgtat
     5161 atcgttcact cgtccaacga atcttttttt tgagcaatga gaaattcact tgtgcaggtt
     5221 gttttgtttg agatgatatt ctatttctaa atttttgcta caaaaaacat agagctttga
     5281 atctcttact tgtggcaaag aagaatgcat gcgatttaat atataatagc ctccaatgtc
     5341 ttacgcatac atccgcccaa taatgtccac gactttcatg ccttcaagaa cgttagttgt
     5401 gattgtgtcc gaactgtttt cagagaggac attgatcacg ttacggataa catagtgatg
     5461 attctgagcc gaacccttgt aggttccata atcattgcca ggattggtct gcggaagatc
     5521 tggcatcgta tagtctttga cgtggcagta ttcgacttta tccatgtact gaccgccgat
     5581 cttgacgctg ccgttttcag caatgatggt caggctgctt tcttggttct tatcccatac
     5641 cgacgtcgaa tagttgagcg aaccgaggcc tccatttgtg aaccgaaaac tgacaacgcc
     5701 tgaatcttca aagtcggtga ggtgctggtg gttgaagtcg gcgaaacgcg cttgtatatc
     5761 ggtgatgtcg ccaaaaagcc aataaaggat gtcgatgaag tgggaaaact gggtgaagag
     5821 tgtacctccg tctaaatcag ctgtgccatg ccaaccaccg ggacggtaat aacgcgcgtc
     5881 acgattccaa tagcaattga gctgcaccat atacacacgc cccagccgac ctgactcaat
     5941 cagatccttg atccacactg aaggtggcga gtagcgattt tgcatcacgc agaagatctg
     6001 cttgcgatac ttcagaccgg catagaccac cttttctgcg tcagctgttg tgagcgccat
     6061 tggcttctct attacgacgt gatgaccggc ctcgattgcc tgaatcgcca tgcgggcatg
     6121 cagcccattc ggcgtacaaa tgtttaccac atcgaaggag agatcactgc caagcagatc
     6181 gtccaggttg ctgaagaaga gcacgttggc ataggcctca atggataatt ccgacttcgg
     6241 acgaatgtcg cataaagcca ccaactcggc accgtcttca cggcagatca tctctgcgtg
     6301 acgctttccg atgtgaccac aaccgacgac ggcaaaacga attggcttca ttgtttttgc
     6361 ttgctccatg atacgccaaa ggctcgtcac tcccagatgg agcaacctca aaaagcgcgg
     6421 caaatatacg aaagttccgt accggcgttt tttgtatgaa tagctattct caccgtgtca
     6481 aaagccacct tttaacgagg tcgcacctct cgaggcttta cgtagttttg cccgccgatc
     6541 tgggatcaga acttcctcgg catctaacgc ctgaatatct actttattac cctatgatac
     6601 gatacgcatt cctactgatt atggccgtga actgcctcac cgggtacggc caaacgattg
     6661 acgccgtgca cgacgctggc gtctcacgtg aactggccca attgcgcaag cagaaagtca
     6721 aagacttacg ttacgaccta cacttctcga ttcctcgaga caaacacaca cctgtcacgg
     6781 gcgaggggcg gatccgcttc cgactcgatg ctcccaccga gatcgtcatc gacttccgcg
     6841 aagcggcgga caagatcgcc gaggtgagag tgaacggaaa gacggccgca tacaccttcc
     6901 gcaacgagca catcatcctg cctgcagcgc tgactcaggc gggcgaaaac gcgatcagcg
     6961 tacgattcac cgcaggcgac cagtcgctca accgcaacga cgactacctc tactccctct
     7021 ccgtgcccga ccgtgcgcgg acgatcttcc cgtgcttcga ccaacctaac ctaaaggccg
     7081 tctttgcgct tacgctcgaa ctgcccgccg aatgggtcgg tgtgtcgaac acgcgtgtca
     7141 cgaaagagga aaaacacgcc gacagaaaga cgctccactt cgcaccgaca cggcccctga
     7201 gcacgtacct cttcgccttc gctgcgggac gtttcgagca acgaacttac cgcaacgagg
     7261 ggcgtacact gacggcctat taccgcgaaa ctgacccgca gaaggtcgcc cagctggaca
     7321 ccatcttccg acagagcgcc gccgcactcg actggctcga ggcctacacc ggcatgccct
     7381 gccccttcga caagcaagac ttcatcatcc tgcccggatt ccaattcggc ggcatggagc
     7441 acgtcggcgc taccttatat aatgacacgc aactcttcct cggccccaac cctacgcccg
     7501 acgaggagct gcgacgcatt caactgatcg cgcacgagac ggcccacgcg tggttcggca
     7561 acctcgtcac gatggattgg ttcgacgacg tgtggacgaa ggaggtcttc gccaaccact
     7621 tctctgcctg gatcaccgaa ccactcttcc ccagtgtcaa ccacaagctg caacgcatgc
     7681 gcaccttctt cgcctctgcc ctctccgagg accgcacccc gggcacgaac gccatccacc
     7741 aagagctgga caacctccgc aacgccggac tcatctacgg gcaaatcatc tacaacaaag
     7801 cccccgtggt gatgggcaaa atcatcgagc ttatgggcga agacgccttc cgcgagggca
     7861 tccgcgaata cctccgcacg tatgcctaca gcaacgccac gtgggacgac ctcatccaca
     7921 tccttgaccg ccacacgccc gaggatctca tcgccttcaa cgacgcttgg gtgaaccgta
     7981 aaggcatgcc catcatccgc ttcacgccgc gtggcaagac actcgagatc tgtcaaaaag
     8041 atcgctacgc acccggcatc gtccgtccgc aacgcttcgc cgtcaccttt gccgccaagg
     8101 ggcaaacgga caccaccctc gaggtcaacc tgcgcgacag cctcgtacgc ctcaccctgc
     8161 ccttcgcccc cgagcgcgtc ctgcccaaca ccgacggccg cgcctacggc ctgctcatcc
     8221 ccgacaccgc cagccgcgac tggctcctcg cccattggca cgaaacgacc gacgagacca
     8281 cgcgcctggc ccgcctcatg cttctgcacg agaactatca ggcctgcctc atccccgacg
     8341 ccctttggct cgacgccctc atgaacggcc tccgcgcgga gacgaacccc ctcctcttct
     8401 ccaccatcac gtcgtacatc tccacgcccc tccgcgccct cccgagcgcc ctccgcgaag
     8461 gccctgaaga gggtttgctg cgcctcagcg ccagccatcc gcagcgatcc tcccggcagc
     8521 gcctcctccg catgctgatc cacagcgccg cctcacctgc caccctcgct tgcctctacg
     8581 ccatctggcg cgaccgctcc gagccgctcc tcaacgagac ggattacacc gacctcgcct
     8641 actcgctcgc cgtgcgcctg cccgaccgca gcgactcgat cgtccgcacc cagcgcaccc
     8701 gcctgacgga ccccgatcgc attcgccgct tcgacttcat ctcccgcgcc atgacgcccg
     8761 acacggccgc cctcgacacc ctcttccgct ccctgctcat ccccgagaac cgccgcatcg
     8821 agccttggac ctccgcgctg ctcggctggc tcaaccatcc cacccgcgag cgccacgccg
     8881 tccgttacat ccgccccgcc ctcgacgccc tcctcgacgt tcagcgcacc ggcgacatct
     8941 tcttcccccg cgactgggtc ggcgccctcc tgcgcaacca ccgcagcccc gaggcctacc
     9001 gcgccctgct cgacttcatc gacgccaacc ccggctatcc gcccctgctc ctcaacaaag
     9061 tctggcaggc cgcctacccc ctctatcgag ccaacggaga agtgaaaaac gaaaagtgaa
     9121 gaaagttgag ttgatgagat gtttatttgt tgagtttagg tgcccggcaa acttggctgg
     9181 cacccctggt gcctccggcc aacttccccg cccccggttg ggggcttgac tttcttttgc
     9241 ctccttttct tgtgtcaaga caagaaaagg aggtctcaag ggaagaaaag gagatgtaga
     9301 agccatcaat ctcatccccg caagaccgta atcaatcagc aatggcctcg cggggatttt
     9361 tttcatgtct tcgtgcacgc acatgcatat aaacagcatc gatttacctt cttcatgcat
     9421 gcaggctaat agcttccata tctatcatag attttttcat ccatacattt attcgtagat
     9481 aatgagcaga tataattcat gtatgcacta gaatatagag ggattattat acacaatcac
     9541 cagcacgcat attttcgcga aaatcatata ttctaatcta atcgcaagca ggtatatata
     9601 aaaacgagta tgtacattat cccctccaag cagatttata taaaacagat tcctccatct
     9661 tatactgcat acatatacac aggaaaacag atcaaaccaa tcttcctgct atcatataaa
     9721 tacataaaca catctacacc actctttgtg cacacacaaa agccagaaca acacccccgt
     9781 gaacgattcg caggaaaaag tagcgtctcc acaaacgaaa cggagccttc gagggccgcc
     9841 gcaagcgtct ccgaaagctc cgttgcccct ttgcgaccgc gaaacaggcc tacgccatgc
     9901 accgcgaagg gttcgctgta tgattttgat accgccgtgt gccggttcag accttcgcca
     9961 gcacgcaaac catcgccacg atggcgggca aggcctgcgc aaagaagatc ttcttcgacg
    10021 ccgttagcgc gccatacgtc ccggccacag ccacgcaacc gaggaaaaac aggcggacgt
    10081 tcgcgctcca catcgggtct ccgataaaaa agctccacgc cagtcccgcc gcaaggaagc
    10141 cgttgtacag cccctgattg gcagccatcg agcgcgtggg cgtgaataga tcagggggca
    10201 gcgagcgaaa gaagcgtttg ccgcgcgtct cccaagcgaa catctccatg tacatcatgt
    10261 agaggtgctc cagggcgaca atgagggtaa gaatcgttgc aatcatcgtg tgtgaggtgg
    10321 ggataaaaaa gaaccgcaac cgatcttcat caactgaaag accgattgcg gagctctttg
    10381 cttgagcctc ttgtcggatt cgaaccaacg accccgagat tacaaatcac gtgctctggc
    10441 caactgagct aaagaggcaa agtgggaaag ctgaactgca tcgcaccgct acaaccaagt
    10501 acccttgctg cggtcaagcc ctgggggaat tccgagggag ctggtcgtgc aggactttcc
    10561 cgccgcaaat atacgccaat cccgaaattc ccaaactgcc ggggtttatt tccatagaca
    10621 tggtttttcg cgtacttttg cgttatagat agtaaaaacg aagcacagat acatgacgat
    10681 caccgaacga tttctccgtt acgccgcgtc cgacacgcag tcggacgaac acgcacggtc
    10741 catgccctct acccccgggc agatgcgctt cgcagaatcc cttacagaag aattgaaagc
    10801 cctcgggctg cacgatgtct cgctcgacga gaacggctac gtcatggcta cactgccggc
    10861 caatacaagt cgcacggatg tgcccgtcat cggctttatc gcgcatatgg acaccagtcc
    10921 ggatatgtct ggacgggacg tgaagccacg catcgtcgcc tacaccgggg gcgatatcgt
    10981 gctcaatgag tcgttgggca ttgtgctctc gccggacgtc ttcccggagc tgaaccatta
    11041 tgtggggcag gagttgatcg tcaccgatgg gacgacgctc ctcggggccg acgataaggc
    11101 gggcgtggcg gccatcgtat cggcgatgga gtacctcctg acgcaccctg aagtagagca
    11161 tggcacggtg cgcatcgcct tcacgccgga cgaggagatc gggcgtggcg ccgaccgttt
    11221 cgatgtggcg cgcttcggtt gcttcggcgc ctacaccgtg gacgggggcg agctcggcga
    11281 gttggagtac gagaatttca atgccgcaca agccgttgtc accctgcggg ggcggaacat
    11341 ccacccgggc agtgcgaagg ggcgcatgat caacgcttcg ctcttggcca tgcaactcaa
    11401 cgacatgctg ccgcctgctg agcgtccgga aacgaccgag gggcgtgagg ggttcttcca
    11461 tctaacggag atgacgggca cggtggaaga ggcacggctg acgtacatca tccgcgatca
    11521 tgaccgcgcc ttgtttgaga agaaaaaaga gacgctgcgc gaggccgtgc gacgcatcaa
    11581 tgagacgtat cccgaatgct gcacgctgga catgcgtgac caatactaca acatgcgcga
    11641 ggtcatcgac cgacgccccg aactgatcca gtgggcgcgt caggccatgg aggcggccgg
    11701 cgtgacgcct atcgaacgac cgattcgcgg gggcacggac ggcgcccgac tgtcgttcat
    11761 ggggctgccc tgcccgaacc tcttcgccgg cggcatgaac ttccacggcc gctacgaata
    11821 cctacccgtc ccgtcgctcc agaagagcat ggagacgatc atccatttat gtcacatcat
    11881 caccaaatag atagaacaag agatgaaaac aacaccgttt accgacgtgc acatcgccct
    11941 gggcgccaag atgcacgagt ttgccggcta taacatgccg atagagtatg aaggaattat
    12001 cgaggagcac ctgaccgtat gcaacggcgt gggtgttttc gacgtgtcgc acatgggcga
    12061 gatttggatc aagggtccga aagcgctcga actggtgcag aaaatcactt ccaacgacgc
    12121 ctccgccatc ggcgtgggca aggcgcaata cagctgcttc ccgaacgaga cgggcggcat
    12181 cgtggacgac atcatcgtct atcactacga ggacgacaag tacctcttag tggtcaacgc
    12241 tgccaatttg gacaaggact gggcatggtg ccagaagcac aacgagggca tcggcgccga
    12301 actggagaac gcgtcggaca acatggccca gctggctgtg cagggcccga aggcgaagga
    12361 ggtgctgcaa cgcctgacga aggtcaacct cgacgccatc ccctactact gcttcgagac
    12421 gggcgagttc gcaggctgcc ccgacgtcat catttccaac acgggctaca ccggcgctgg
    12481 cggcttcgag ctgtatttct acccgcagta tggcctcaag atctgggagg cgctcttcga
    12541 ggctggcaag cccgagggca tcaagccgat cggcctcggc gcacgcgaca cgctccgtct
    12601 ggagatggga ttctgcctct acggcaacga catcgacgag acgacgtcgc ccatcgaggc
    12661 cggcctgggc tggatcacga agtttgtcga cggtaagaac ttcatcaacc gcgccgccct
    12721 ggagaagcag aagaaagagg gtgtggagcg caaactctgc gccttcgagt tgcaggataa
    12781 gggaatcccc cgccacggct acgacattgt ttgctcgaag ggcgaggtga tcggccacgt
    12841 gacctccggc accatgtcgc ccacgcgcaa gatcggcatc ggcttgggct acatccgcac
    12901 ggatcactcc aagatcggca ccgagatcgg catccgcgtc cgcaaccgcg acctgaaggc
    12961 gacgatcgtt aagccgccgt tccgcaaatg atatagttgc ttgattttgt cgatgaatcc
    13021 ccgtcagaag atcctctcga gatctctctg gcggggattc tttttggcgg aaacgggccc
    13081 tcaatcccga aaaacggcct gtttcttccg gaaaaacagg cctcaactcc gaaatctggg
    13141 gtatttcttt tggagaaacg gccctaaatc ctgaaaaacg ccgtgtttct tccgagcaac
    13201 acgcccaaat cgagaattcc gcccaagttt cttcttagca acacgcctaa atccggaaaa
    13261 acggggcatt tctttggggg aaacagactc aaatctggaa aaaacggcct gccgcgtcac
    13321 cgcaacaggc cgtttttcgt ggagcgaggt cgttagacga atggaaacag cgccttcgcc
    13381 cactccgtta acgtgagttc gatgtgcgat tttctggagg aaatcgctcg ccacaaactt
    13441 tttcggctca tttccttagg aaatcgctcg ccacaaactt tttcggccca tttcctcagg
    13501 aaatcgctcg ccacaaactt tttcggccca tttcctcagg aaatcgcctg ccacaaaact
    13561 ttttcggctc atttccttag gaaatcgctc gccacaaact ttttcggccc atttcctcag
    13621 gaaatcgcct gccacaaaac tttttcggct catttcctca ggaaatcgct cgccacaaac
    13681 ttttttcggc tcatttcctc aggaaatcgg ccgccacaaa ctttttcagc tcatttcctc
    13741 aggaaatcgt aggatggcct acatcgaact cacgttccgt tacgtgcatt cgccgcttca
    13801 ctttcgcgtc ttagccccgc ccgccatcct tttcgcggat ctcgacgcgg cggattttgc
    13861 cgctgatggt cttgggcaag gcgtcgacga actccacgat gcgggggtat ttgtagggcg
    13921 ccgtgacacg cttgacgtga tcctgaatct cgtggatgag ctcgtcgccg gcgcggtcgc
    13981 gatactcgcg ggagaggacg atggtggcct tcaccacctg cccgcggatc tcgtccggga
    14041 cgcccgtgat ggcgcattcc acaaccgcgg ggtgcgtcat cagcgcgctc tccacctcga
    14101 aggggccgat gcgataaccg gagctcttga tcacgtcgtc ggcgcggccc acgtaccaga
    14161 agtagccgtc ctcgtcgcgc caagcgatgt cgcctgtgta atagacgccg tcgtgccacg
    14221 cctcacgcgt gcgctccggg tcgcggtaat actcctgaaa gagtccgatc gggcgacgct
    14281 tgtcggtacg gatgacgatc tgcccctgtt caccgtcttc ggccggcgtg ccgtcggggc
    14341 gcagcaggtc gatgtcgtac tgcgggttgg ccaggcccat cgacccgggc ttgggcgtcg
    14401 tccaagggaa ggtgcagatg gtgagcgtcg tctccgtctg cccatagccc tccatgagac
    14461 ggatgccggt gaggcggagg aaggtgtcgt agaccgccgg gttcagcgcc tcgccagcga
    14521 tggtgcaata ctggagcgag gagaggtcgt agcgcgtgag gtcttcgcgg atcaggaagc
    14581 ggaagatggt gggcggggcg cagagtgagg tgatgcggta atcgtggatc atgcgcagga
    14641 tgtctgcggg cgcgaacttc tcgtggtcgt agacgaagac cgtagcgccg gcgatccact
    14701 gcccgtagag cttgccccag acggcttttc cccagcccgt gtcggcgatg gtgaggtgga
    14761 ggctgtccgg atgtaggttg tgccagaagg aggccgtggt gatgtggccg agagggtaga
    14821 ggaaatcgtg gatcaccatc ttcggttcgc ccgacgttcc ggaggtgaag tacatgagcg
    14881 aggtgtcgtc gttcgtgttc acgaaggcgg ggcggacaaa gggcacagcg tgctcgatgc
    14941 cctgctggaa atcgtcgaat ccgggcgcca tctctggccc tacgctgacc agcgtctgga
    15001 gcgtgggcga atcgggcagt gcgtccgtga cgtggcgaag gatctccggt tcaccggcgc
    15061 agatgaccgc ctttatgtcg gccgcattgg cgcgatagac gatgtccttc ttcgtcaaca
    15121 gatgggtggc agggatggcc acggcgccga gcttatgcag cgcaatgatg gagaaccaga
    15181 actcgtagcg tcgcttgagg atgagcatca ctttgtcgcc gcggccaatg ccgagcgact
    15241 ggaaatagga ggcggtacga tccgttcgct ccttgatttg tgcaaaagtg aagtcgatgt
    15301 gttcgccgtg atcgttcgtc cagcagagag cgcgtcgcgt aggctcttct tcggcccaag
    15361 catcgacgat gtcgtatccg tagttaaagt tctcgggtac gcggatatgg aaattgtgtt
    15421 tgaaatcttc ttgcgacgcg aacgaggtct gcgtcaaaaa acgttctacc atctcttgta
    15481 agtgaaaagc taaagtgaaa agcccgctat cctgccaaat tccccgcccc cggtgggggc
    15541 ttgatcttct tttgcctctt ttcttccatc aagggaagaa aagaggggat agacggggat
    15601 aaaacgcctt gcggcgcccc tttttcggag agcgccgcaa ggtctatatg agaaaatgca
    15661 atatcaatcg gggaatgatc atggaatgat gatggccagg aaacgcacct cttcgccgtc
    15721 gagtgccttc ataccgtgag gcagatcgga gttgaagtag atgctgtcac ccgcttcgag
    15781 aatcaggtcc ttgccattga tctgaagcag catccgaccg ctgaccacgt agttgtactc
    15841 ctgtccggcg tgccgattga ggaagatcgg tgtaccctct ggcttggggt gcacggtgac
    15901 catgaacgga tcggcccgac ggctgaggaa gccagccgca agcgactggt atttgtaggc
    15961 cttcgtacgc tccacggagg caccgcggcc gctacgggtg acgaagtagg tgctcatctt
    16021 cggctcatcg ccaaacatta gcgtgatcgg ctccacgcca tacttccgcg caatggtgtg
    16081 gagcatatcg atcgagatgt ctgccgtccc actctccaaa cgcaagtatt cctcgggcgt
    16141 aaggtggcaa acctcggcca tctcctcgac agagatcccc agcacgtcac gcaagccgcg
    16201 tagccgttcg gctatttgtt ggattgcttc gctcatggga gtgctttatt tctggcgcat
    16261 gcgttgggta gacttcccaa cgggtgtctt ggcagcggcg gacgacgtct tgggggccgt
    16321 attcttcacc actgggggcg gcgtagcgtg agtttctttc gcagtggcct cgggcgcctc
    16381 aacatcctcc tcctcggccg actcttgcgg atcgaagtcc gtgatgccgg cgctgatcag
    16441 gaggttatac cagctgagga gccgcttgat gtctgtcggg tagacgcgat cgcgatcgaa
    16501 gttggggagc acctcggcca tgtaggcacg cagctcgtcg ggtgtagcgc gggcagcgtc
    16561 gatggagctg actgccttgc cctcttcttt cgcctttaca ctgttgagca cctcgtaaag
    16621 aggcacctcg tcgccatcgg tatagatcgc aatatcaccc agcgatataa tcttctcgcg
    16681 agcatagacg ggtagccgcc gaccgtcggt caatgcttca acgatcaaca tgcttttacc
    16741 ctgagatacc agtttgtata agccgggctt acccgacacg gacagaattt ttttcagcat
    16801 aactctttat ctacttagtg aatatgatgg ggaataaaat tcggggggca aaagtaaccc
    16861 aaccattgaa tctgcttcag ggcgggcgca acgcatgcca tgcggcgcgc aggattgatt
    16921 acgagcagcc tcgccctgat gtatccgggg caagaagtgc gacgccaagc cccctacagc
    16981 catcgattca gaaaggcttc cacctgcgga atgagcgccg ataggccgtc gttagtgatc
    17041 accgcatcac tgagggcagc cttacgctcg tctgtccact ggctttgcat gcgccgacgc
    17101 acatcggctt ccgcagcacc atcgcgggcc atgacccgct gcagacggat ggcctcgggc
    17161 gcatagaccg tcagccgaac gttggttctc cggtcgaaac cagattcgaa gaggatggcg
    17221 gactccatgg cgcaaagtgg gactgtaagt cgttcgcgcc aagcatcgaa atcgtcgcct
    17281 acggcagggt ggatgatggc attgacgcgt gccaagagat cggcgtcagc gaagatgagc
    17341 gcagccatac gggcacggtc gagcgtggcg tcagggcgat agatctcggg gccgagcagg
    17401 gccgtcagcc cacgacggat ggtgggcgat gtgacaagga ggcgcttgct ttcacggtca
    17461 gcgtcgtaga caggcacgcc atagaccctg agcagggcgg agaccatcga cttgccacta
    17521 ccgatgccgc cagtgatacc aatcgtcgtc atgtacaatc catctatcaa tgataacgcc
    17581 catcatgaca aagcaagagg ttactgctcc tcaaggatga actcgattgc gtccggattc
    17641 agatcgtaat ccgtgagcca atcgggcttt ttggtcaggc ggagcgtgat cttaccctcc
    17701 tcacggtggg cctcaaactc gcggaagggg atgaggatgt ccagacgatc ttcgcacagc
    17761 tccttgaagt gcgagagggg cacgttgcag acggcctcgg cggtgttggg gaacatacgc
    17821 agggcatagc ccgcggggac actgtcgcaa cggatatgaa gcgtgaggcg tttctccgta
    17881 aactcctcca cggggacagt caccttgacc gactgtggtt cgaagcgtac gccagcgatc
    17941 tcggccaagc gtgccgtcag cgtcttggtg cggctcaagc ctgtcaggcg gatgggaacg
    18001 gtgcgtacag cccgaaggct atccagcttc gtgcggtcgg catagacgcg cactttggcc
    18061 ggtgtgatcg taacccgatc cgagagctgg aagccgactt cggtctcgac cgtgaggtcg
    18121 gcctcgacag cgatctcccg gttgccaagc tcggtgtaag tgacgcggat ggtgctcggt
    18181 tcgaagctga gcaggcgggt ggacgaggcc agatgcttca gaatgcccgc ctcaaggagg
    18241 cgccgcgtaa cggtcagctc ttcgctgctc gcttcgcggg gtaacgtacg gacgtctatc
    18301 tcgagcggcg agaaggaacc cgtccagagg tagttgagca gcaccgtccc tttgtccctc
    18361 accttagcca caacctccgt cggactgtca gctgcgggca ccatgttggc cgggatgttc
    18421 ttgtatctca ccggcagagc gatgttgatc tcataatcat cctgcaaggc ttgcagaaac
    18481 cagaggcaga gcgaagccag gacgaagcac ataaagacaa gcacatcgcg ccatcctatg
    18541 cgacggaaga aggctttgac ccgcgaggct ttggtcggta gcggagaggc gttcccgtgt
    18601 tctgacataa gggaaggggg gaagggggcg gggagtagac tatttctgct gttgtggcac
    18661 gtcttcggag ttggcgaaga tggcgttctt gtctatgcga atacggacac cgtcggccac
    18721 ttcgatgagc atcgtttgct caccgagctc cttgatcttg ccgtgtatac cgcccgaggt
    18781 gacgacctta tcgcccacct tcatggcctc gcgagccttg cggatggctt tctgtcgctg
    18841 ctgctgaggg cgcaacatca taaagtagaa gatggccacg agggcgacca tgaaaaggat
    18901 gttcatgtaa ccggcaccgc cgcttgcggg tgctccggac gtctggagaa atacgctgag
    18961 taggttcatt gggataggga gtttgataaa gtagttacgg ccttgtggcc ggatagttat
    19021 gtgtgccttt gggggcggta gttatcgctt agtcaggggg cgaggcgggg gacacgctat
    19081 tcgtcgtcat cgtcgtcgtc agtgtcctta cgcgcaccct tggccagggg caccttgacg
    19141 agcttgtttt cctccttcag atcctgaacg acggcgtcga ggatgccatt gatgaaggtg
    19201 ctgctcttgg gcgtgctgta atacttggcc gcgtcgatgt attcgttgag agtcacattg
    19261 acggggatgg tggggaagtt gatcagctca gccacggcca tctgcatgat gaggcggtcc
    19321 atactggcca cacgatccga ctcccaattc ttgagatggc ggtcgatgcg ggcgagatat
    19381 tcctgaccgc gcagcatggt gaggtgaagc agacggatgg catagtcgcg gtcctcggcg
    19441 tccttgaaca tcggcagcag gggtcggtcg gggccatcgg cggcggtgga gtatttgatg
    19501 gttttgatga cgaacgtctc gatgatctcg atgtcgtcgt tccagtagat gctgatgtcc
    19561 tccagggcgt cctcgagcga ctcgttgccg cagatgaggc ggcggaagac ggcacgccag
    19621 aagtcacgat ccacctcgta tgagtccgtc ttggccccca gatactgggc gtagatctcg
    19681 gagccgagga tgaggtcgag gacgctcttg acgaagtccg tctcgttggc ccacgagatg
    19741 ccatgctcct tgacgtaagc ctgcagcgcc aggttggcct cgatctgacg ggcgaagcga
    19801 ttgtcgacca gacgcgtgtt ggggcgcaga tcttcctcgg cggggcgata gcgattgcga
    19861 cgcatatcga gccgtcgctc ttggaggtgc gtgacctcaa cgatgaggag taggaagtag
    19921 tagtataagt cgtacgaccg acgcaggctc agcagcagtt cgttttctgc cagcttcagg
    19981 tcgttgctcc cgttctgctg ataagcgaac aagatctgga gcactttgat gcggattagg
    20041 accctgttaa tcattgtatg taagatctat cgagtgcgat acttatttgt tctctttttt
    20101 tccgagcggc aaaggtaaca tgccgtatgg attagaaaag ctgaggcaaa ccgcgccgac
    20161 aaagctagga gcaggctggg cgttacggag attttccatg agaatgcctc tacggatcgg
    20221 tgtatatagc cgttgcacaa cggtaaacgc gtgctcttcg gtgtgattcc tctataggca
    20281 aagtatttgg ccctaccccc gaaatgaatg acccgatccc atgtatcatc ggcaggaccc
    20341 accattttta ggaattatcg agtcactttt tattcgtgta aatatttctc gcctattgaa
    20401 aagccacttt ttattcgtga gaatttttct cagccattaa aaagtcgctt tttatttatg
    20461 agagtattcc acggctatta aaaagtcact ttttcatttc tgacaaaccc tgctcagtaa
    20521 caataagcgg gcatttatat cctaataatt tttcgcacat acaaattgtc acttcctatt
    20581 tagtgaaata tttttcctgt ataaaaaagc gaccagataa ttacttatca tagttgatca
    20641 tcataaaaaa gtgaccggat aattactgat cagggtatcc tagtgacttc gattcttacg
    20701 tggggcttta catggctgag gcagcgagat aatgccccat atcgggggct cgcacaacgc
    20761 gctacaccgt ttgcagttaa ctttttcccc cgacgacaat ccgcaggtct tttcctcttt
    20821 gctttctgag ggaaacaaaa aagggcgctg ccgaaatctc tttcgacagc gccctttcgg
    20881 actgctttgt aaagtgtacg gccagcttcc ccgacctcgg ccgaggccct atttctggaa
    20941 gaaggccttg acgcgatcgg cgatatgggt cacttcttcg tctttcatct cggcatggat
    21001 gggcagcgag aggacgtcct gggcgaggcg gacggattcg gccatgctgc cgcaggtccg
    21061 ggcgacccac ttgtaggctt cttgctcgtg gatggctttg gggtagtaga ccatcgaggg
    21121 gatgccctgc gaacgcaagg cttcgcggag ggcgtcgcgg cggccgtcgg agacgcggaa
    21181 ggtgtactgg tggaagacgt gcgtggagaa cttcgaccgg gcgggaaggc gcagccaagg
    21241 caacgcgcgg agtccctcgt cgtaacggtc ggccacggcg cggcggcggc tgatgtcgtc
    21301 gtccatgtgg cgcaggttga cgcgcaggat ggcggcttgc agggcgtcga ggcgagagtt
    21361 gcgaccgatg gctcggtggt cgtacttggc cgcctgaccg tggttggcca gacagcggat
    21421 gcgctcagcc agctggctgt cggcggtgaa gacggcgccc ccgtcgccat agcaggccag
    21481 cggcttggtg gggaagaagg acgtcgtgcc gatgtgggcg atggtgcctg ccttgcgcgt
    21541 gcggccgtcg gacgagatat agtcggcacc gagcgactgg gcgttgtcct cgatgacgcc
    21601 cagcttgtac ttcttggcca cgcgcaggat cgggtccatg tcgcacgtct gtccgaagag
    21661 gtgaacgacg acgatggcct tcgtctgccg tgacacggcc tgctcgacga gtgccgggtc
    21721 gatgttgtac gtgtctggac gcacatcgat gagcacgggc gtggcgccaa gcagggccac
    21781 catctcggca gcggcgatgt aagtaaaggc gggcatgatg acctcgtcgc ccggctgcac
    21841 gccgagggca cggagagcca actcgagggc gtcggtgcca ttggcgcagg ggatgatgtg
    21901 cggggcgttg agatactgcc ccaattcgcg ggtgaaagtg tccacctccg ggccaccgat
    21961 gaagctgccc gcagccatga cgtcggtcgt ggccttatcg atttcggact tcaggcgggc
    22021 gtaacgccgc ttgaggtcta ccatttgaat cgtttccata agaagaagct gtttggagtt
    22081 attgattggt cgtcacgagg cagtatctca cttgactgcg ctaccgggtt cgacctcttt
    22141 ttcgggtgaa atgaccgcga ggcatccgtc ggcgccctcg gccgaaagga tcatgccctc
    22201 ggacgtgatg cctttgatgc gccgcggctc cagattggcc acaaagcaga cctgtcgccc
    22261 gacgagctcc tcgggggcat aatgcttggc gataccggag acgatggtgc gcccacccag
    22321 cccgtcgtcg atcttaaact gtagcagctt gtcggccttg ggcaccttgg tgcactccgt
    22381 gacacggccc acacggatgt cgaggcgcgt aaagtcgtcg aaggcgacgg cctcgcggat
    22441 cggcgccgcg tgatgttcgg ccacctcatt ggcatgcttc gcgtcgagga gcttctgcac
    22501 ctgtcgctcg atcacctcgt cgtcgatctt ctcgaagagc agctccgctt taccgagctt
    22561 gtggccagcg gtgagcagat ggaagtcgcc cagacgatcc cacgcaaagg gcgcatcaat
    22621 ggccagcatg cggcggagct tctcggtcgt aaagggcagg aagggatcga aggcgataga
    22681 gaggttggct gtgatctgca gagcaacgtg gaggattgtc tgcacccgcg caggatcggt
    22741 ggcgaagcgc ttccacggtt cggtgtcggc caggtacttg ttgccgatgc gggccaggtt
    22801 catcgcctca cgctgagcat cgcggaagtg gaacgtgtcg agcagacgta ccaactcggc
    22861 cttgacagac tcaaactcgg cgagcgtagc gcgatcgtag tcgtccatct cgccacattc
    22921 gggcacaaca ccgtcgaagt atttgcccgt cagtacgagt gcacggttga cgaagttgcc
    22981 gaagatggcc accagctcgt tgttgttgcg ggcttggaag tctttccagg taaagtcgtt
    23041 gtccttcgtc tcgggcgcgt tggcggtaag cacatagcgg agcacatcct gcttgccagg
    23101 caattcgtcg aggtattcgt tgagccatac ggcgcggttc tgcgacgtag agattttgtc
    23161 gccctcgagg ttcaggaact cgttagcggg cacattgtcc ggcaggatga aggatccttc
    23221 ggcccggagc atggtcggga agacgatgca gtggaagacg atgttgtcct tgccgatgaa
    23281 gtgcagcata cgcgtctctg gatccttcca ccacgtctcc cagctgccgt agcgctcggg
    23341 ctgcgcgtcg cacagctcct tcgtgttact gatgtagccg atcggcgcat caaaccagac
    23401 gtagagcacc ttgccttcgg cgccctcaac aggcacggga ataccccaat ccagatcgcg
    23461 gctgacggcg cgcggttgca agcccatatc gagccagctc ttgcactgac cgtagacgtt
    23521 cggcttccac tccttatgat cctcgaggat ccattggcgg aggaaaggct cgtactggtc
    23581 gagcggcagg taccagtgct tcgtgctgcg catgacggga gcgctgccgc tgatggctga
    23641 gcgtggatta atcagctccg tggggctgag cgacgtaccg caacgctcgc attggtcgcc
    23701 gtaagcatgt tcgttgccac agtggggaca ggtgccggtg atatagcggt cggcgagaaa
    23761 ctgtccggcc tcctcgtcgt agtactgatc actctccttc tctaagaaga cacccttgtc
    23821 gtagagcgta cggaagaact cggaggccat gcgatggtgc acctcggaag aggtgcggga
    23881 gtagatgtcg aaagagacac cgaagcgctc gaaggtgtcc ttgataagcg cgtgatagcg
    23941 gtctacgatg tcttgcgggg tgacaccttc cttcttggcg cggagggtga tgggcacgcc
    24001 gtgctcatcc gacccaccga cgaagaggac atcgcgtccg cagagtcgca gatagcgcgc
    24061 gtagatgtcg gcaggcaggt agacaccggc aaagtgtccg atatgcaccg gcccgttagc
    24121 gtagggcagt gcggaggtga tgagggtgcg tttgaaatct tgttttgttt cttccatagg
    24181 ggtgatcgat gttgtactgt ttgtatgtgt tcgttttttt tctctctctg gacggatgat
    24241 cttcatcctt attcgttgac ataacccatc tcgaatccgg cctcggtgcc ttggccgggg
    24301 cgactgcgga ggatgagctt gctgtggtta cggacgagga gctcgcgaca gatgttcagg
    24361 ccaagcccgc tacccttctc gccgcgtgtg ccgcgtgtcg tgacgagatt gtccgtgtgg
    24421 aggatggagt ggatctgctc gtcggtcatg ccttggccgc tatcgcagac gaaggcggag
    24481 acggtcgagc cgctgcgctt gacaacgagg cgtatctcgc tgccggattc ggagaacttg
    24541 agcgcattgt tcaccaggtt acgcagaacg gtgtggacca tttggcgatc ggcccggacg
    24601 gtgcacgact cgtcggagaa gtcggtccgg agcgtgatct ccttgttttc ggccgacatg
    24661 atgtagaggc ccatcgcgtc gcgcatgacg tcgcggaggt cgaagcgaga gggctcgtaa
    24721 gtgatgcgat cggtctgcgt gtgggcccag ttgagcaggt tatgcagcag atcgacctgc
    24781 gcttcggagg cgcgatagaa gaggccgagg tagcgcgaga gggtctccga atcgtaatcc
    24841 tcaaggttgg ccaggatctc ttccatagcc atcttctgcg ccacggcggg cgacttgagg
    24901 tcgtgcgaga tgacggagaa gagcttgtct ttcgtcgcat tgatggcgcg cagctcacgg
    24961 ttgcgccggc ggacgagtcg gcggtagcga ttgacgaagt agagcaccac gagacaggcc
    25021 acgatgccga cggccagaag ccacagttgc aggtaacgct gcttcagctc ctcgttctgg
    25081 agggcgatgc gatgctcctt ttcggccgtc tcatattcca cccggaaggc cttcatctgc
    25141 gtctcggcgt ccatccgata gagcgaatcg cccagcgcct tgttgcgctc cagatattcc
    25201 aacgcgagag ccgggttcga ggtgcgataa agcgcataga gctgctcgca agccttcatc
    25261 tccatttccg tgaagttcat ctcgcgggcc atctcgtctg cctgacggta ataggctgcc
    25321 gcctcagcga tgagtccttg tttctgcttg acctgcccca ggtaaccgag gcaatagatc
    25381 atgcccacgg ggtgctggag gcgccggaca ccgtcgagcg cctgagaaaa atactgctcg
    25441 gcctgcgtcc agtcgccggc ggccatggcg gccagaccca tagacgactg agcggtggcg
    25501 atgcccatcg tgtcgccgag ctgttcgctg atggcgagcg cctcgcggag gatttgcatg
    25561 gcctccttcg ggcggttcat ctcgccgtag gcgccgccaa ggttacggag cagttcggcg
    25621 cgcatgggca gggactccgg cgccgggatt tggcggagcg tctcgagccc cttgcggtac
    25681 atgacgatag aaaaggagtc gtcgcgcatg tggtgataga gcgcgcccat gttgttgtag
    25741 gccgaggcca aacgttccgg attgccttgc ttctcggcca cctcgaggca ggtgcggatg
    25801 ctctgccggg cgccgtcaaa gtcgcccgtg cggacgtagg cctccgtctg catggtcagg
    25861 agggcaaacc agccggcagt gtccttcaag gcgcatgtgg gcgggatggc cagctgcgcg
    25921 ctgtggatgc acttacggaa gagcgcttgg tcgtaatagt actgtgcgag gccactatag
    25981 aggatccatc gaaggctgtc ctccgtcgtg ttgcgggtga aatgatacgt gttcgacagc
    26041 gccttttcgc gggtcaagac ggctgccagg cgattggcgg cctcggcgcg tttggctccg
    26101 gggcgagccg cctcaaactc accggtgagg agctccacat ccgcgtcgct ctgcgccacg
    26161 gccaagagtg gtgtcagggt taagaatagg ccgataccgg cacggtgtaa gatcttcttc
    26221 atcttcttca tctctctgtc tgtatatctg aatgtcgcgc aaaagtaacg gccgccgggg
    26281 caattttcaa ttgttaatgg tcaatgaccc agatggagac ctatcgccgg ggacgagtat
    26341 ggccatatat aatacgtata gggggacgca atgcctacgc cccctctctc gtacccggaa
    26401 aactttgcga ctacgcacgc ttacctaccc tcttccggaa aatctgacgt gtttctcgaa
    26461 aagtcgattg taacaaagtg taaattgtat gcactttcag gcgatccata gaattcgata
    26521 gacgtctgat aaacagtgga tagtgcactt gcaaaatgaa cattctggtc gttgacacgg
    26581 aaaaaatgaa atacgtaata ttacgtattg acacgcctct tttaccgccg gaactttgca
    26641 ctcgcaatcg gacaagattt cgatcgcaga taaacaagat gaataagtac acggtagatc
    26701 agaaatttcc atttatcaac tcgtaagcgg tacggacagc ctcctcacct cctacacatc
    26761 ccccaaacga tatgaaaaca aaattccgca tttcaatcct cctcatcacc ctcttggggc
    26821 tgatgagcgc cacaagcgac agctgggcac aaaaatcaca cgcacacgag gtgacgttca
    26881 cgcccgagaa gctcatcgtc ccggccgaag gcggcacctt caagattcag atgaaggcct
    26941 taggttattt ctgggattgc tccgccccac cctcttgggt gacgtatctg gagccgcgaa
    27001 gcaatgataa ggactatctg ggcgagcacg acatcaccat caccttcatg cccaatatcg
    27061 gccctacacg tagtcacacg ctctacttca agaccgaata cgcgtatgcc ggcggccccg
    27121 gcgacgtgga cacctccaag tacgtcatcg cgcagctctc cggggatttc atcgcaccca
    27181 ccgtggccaa caaggcgctc accctctcgg ccaccgaaga cgcgatcacc gtcacctggc
    27241 acgccgcgaa ggacaacaag acccacgcaa acgacttgac gtatcgtgtc tacgtggccg
    27301 acaaaccctc gctgctgacc gacctttcct ttgacagcga tctccccgcg gcgcacgacc
    27361 aaaatgggtc gaatccctcc caagcgggca ctttcacaac caccatagag aagtacaccg
    27421 acggccagca gctcatcgag acgctcgaac cgggcacgac gtattacgtc atcgtggccg
    27481 tgtacgacga ggatgagaac gtcaccgagt acaccatggg gcaggtgaag accgccaccc
    27541 ccgccacccc cttcgtcaag ctctccgagc aggagatcgt tatggacgcc ggtggcggca
    27601 agcatacgct caccgtgacc agcaactacg gctggaacag cgacgtctcc cccaacgggg
    27661 cgctcaaacg aaacggaggc tggttcacca ataccggcat gtcagccatc ggtggcaacg
    27721 gcatagcgtc ggatgatgac tactccttcg ctgtcgagcc gaacacaagc tcggacgatc
    27781 gcaagctcac cgtcacctta tcgtccacca gagacccctc catcaccacc acaatcacca
    27841 tcacgcagaa gggcactaag cccaccgagg tcatggtcag ctcgctgctg atgaacctgc
    27901 cccgcgtaac ggtcaatggc gatcgtagcc gcttcaacct caacgccacc atctatcccg
    27961 ccgacgctac cgacaagcgt ctgcaatggt cgagcagcga cgagagcgta gctacagtac
    28021 acgcctcttc agcctccgcc tcacgcctca agtcgggcgt cacgataggg accgccgtag
    28081 aggtacgcat ccataagaag ggtaaggccg tgatcaccgc ccaggccatg gacggcagtg
    28141 gcaagtcggc ctcgtgcgag gtggacgtcc tctccaccgt cggcaacgcc accgtagcca
    28201 cccccgcacg tatctatgcc gctaacggca cactccacat cagtcttccg acagcctccc
    28261 gcgtagagat ctacaccctg ctcggccaat gcttccacag cttcaccgct cccgccggcg
    28321 agacctccct cacgctcccc gccggactct atatcgtccg cgctggtgaa tccgtacaga
    28381 agatcagcat caattaagca gctgttgggg ctttgtttcg gagacagctc cacagaacaa
    28441 tcatccaata aattcaaaac agcttctcta aacagtttct gagacagcga tgaaccacga
    28501 cagccacaga accagcaaca agcctccccc acctccccac aatcgggagc aagcgaaggc
    28561 ttcactgaag cggttgatcg acgtgtatgc gcattacctg aatgcctgtc accccctcga
    28621 caaccccaac agtcacacgc ccccgaacaa gcgcaacggc gaacgatagc ccgctgtcgc
    28681 cacgacaagt gccatttcgc ccacctgcca tccgtgcaga gaggctgacg cgaacaacaa
    28741 ggccagaccg gcccccagta aaaagaacaa gggaatgctt cccacccaac aaacatgtat
    28801 cacacaacaa aaacccctac agaaatgaga cgatttattt caatgatgat gatggccatc
    28861 gtggccgtca catgcgtaac ttgcctcgcg agttgcaaag acgatcccgt tccggaaccc
    28921 attccgcagc cgcaacccca gccacagccg caaccgaacc ccaatccgca gccgacgccc
    28981 aacccgaatc cgaatcccaa cccgggcggc gaggcgaagt cgatcaagct ggaccggacg
    29041 gagcttacgc tcaaggtcgg cgagcgggcc tcgatcaagg ccgaggtaga gcctgccaac
    29101 gctgcggtca agctcgtgag ctggaagagc agcgacgaaa gtgtagccac ggtgacggac
    29161 ggtggcgagg tggtgggcaa gagcgccggt aaggcgacgc tcacggccag ctgcggcagt
    29221 gcaagagcga cctgtcaggt gacggtcaag aaggagcagc aagcgctcgc accgatccag
    29281 gtgcagatga ccggctcgat caaccacacg cagtacaccg ctggccagtc ggctacgatc
    29341 accttcaacc gcttccccgc ttcggtcgag gagttcaagc aggtgcgtga gcagatcgga
    29401 cgtgaaccgc aaggcgccat cgccctgcaa gtcatggccc atgagatgtt ccgccgcgac
    29461 cgggagatgg gccgcgcgtg tatcaagctg aacagcaccg gaacggaagg gcgaaaagct
    29521 atggagcggc tcaaggaact ttaccgcgcc ggcgactcct acgcccgtcc gtacctgatg
    29581 gcggccttcc tgaagggtgc ccatcccgac aacggctaca accccacgaa gccttacacg
    29641 atagagatca cggcagaccc ggggcacaag tatgacagca cgaaggacta cacgttccag
    29701 gccccgatcg tgtacttgcg catcaagacc caaggccgtt cgcagggctt cgagatcatc
    29761 tccgtggtca agacctttaa gccggacgaa ccgagcaatg gcacgtattt cattgtaaac
    29821 agctgcccgg gcctgtacgt gcaggtggcg ccgatctcgt acgagcataa gttcttgggc
    29881 ctcgattgag aagctgtttg ggctcccgcc ccgcatacaa acgaatcttc ttcatccttc
    29941 cccctcccct gacgcccctc gatcctttgt cggggtggaa ggtggggagg gggattccct
    30001 caaaccccac aaaccctata cacaccgaac cattatgaga acgaatatga tttggaccac
    30061 cttagtggca ctgcttatag ccctcaccgc ctccggttgt aagaaggaca ccccggagcc
    30121 gaagccggaa ggcgcgttcc gccaagtgac cctcaagggc ttctcctaca tctgccccac
    30181 gatcctcaag cccgtccagc tcgccgacag agagcagaag gctcagctct tcacgctcta
    30241 cggcgacgac gtcaccaact ccatcgcctg ctccgtgaag gagttggaag gcgacgacga
    30301 cttcaccctc gaggacgccc aagaggccct cgcggagctc ctcagagagt tccctgacgc
    30361 cacgggccaa gcctacccgg acggcgtcct gctgcgtaag tccggcgtca acccccagct
    30421 cggcaaagag aatatctata tgaccatgcg ccttatggtc agcggaaaca agctcttcac
    30481 gctggtcttc aactacaccg agagcaacaa ggttatcctc agcaagtatg tcgacccggt
    30541 catcaactcc atccaagccc ccaagtaact cccccctaac acacgattca aaatgaaagc
    30601 aacccgattt cccctcctca tcctcatcgc cctctgcgcg atgacgctgg ccgccaccac
    30661 gacgctgacg gcccaaacca agaccttccg cggcgcatgg ttcaccgtgg aatacccggc
    30721 gaactttacc gccgaaggct ccctgccctc ggccacctcg ggcgaagacg aagcgtttga
    30781 cagcgccacc ttcacctcgc ccgacggctc cgtcaccttc tacgtctatt cgccccagtg
    30841 gtcaggcgac ccgaccgaca tcgaactttc ggagaacgaa cgcgagggcc aacgcaaagt
    30901 gacccacggc aagcgtcaga ccgtcaccta ctggaccatc ggcgccaagg acggcagcta
    30961 cacccgcagc tatcaggagg tgcgcgaaga cgaaacgatg cacgtcctcg gcatccacta
    31021 caccacgcag caggcgtaca acaagtacaa gaagcagtac ctccaattca aggcctccct
    31081 caaacaattc gctgactaaa atctcactca ctctcaactc aactctcggg gcgggcgccc
    31141 acccgacgcc catgaaaccg tccggtgtac acgcccgccc caatctccac ccaacacaat
    31201 cacccgcacc caaaccccca tccccaaaca cctaaacacc ccaaacaatg aaaacaacat
    31261 taagaatcct ctgcctcatg gccctcgtcg gcctcatggg catgaccagt gaacgcgccg
    31321 cggcgcagaa gaaagaaaag gtgatcctgg acaccgacat ggtcgaagtc tttgacgacg
    31381 gcgtggccat gatgatgctc gccaaggcgc cgaacatcga cctcctgggc gtcaccatcg
    31441 tcatcggcaa cacctgggta cccgagggca ccgcctacgg catccgccag ctggagtgcg
    31501 tcaatcggac agacatcccc atcgtgcccg gcatccgcca gccgatctat ccgaaccgct
    31561 tcgagacgat caagaacgag cgcgtcctct tcggcatcgg cgacgcctac gtgggcgcag
    31621 ccggataccc cgagcccgcc tcttggcgcg ccgtctacct ccagaagtac ggccgcgagc
    31681 catccgtaca gccgctcgac atgaaggccg tcaacttcat catcgaccgc gtcaaggcca
    31741 accccggcga ggtgaccatc ttggccatcg gcacctgcgt caacctggcc accgccgtgc
    31801 gcatcgcccc cgagatcgtg cccctcatca agcgcgtcat ctacatgggc ggatccttct
    31861 tccgcccggg taacaccacg cccacggccg agttcaactg gtggctcgac ccggaggccg
    31921 ccaagatctg cgtccgcacg cccttcaagg agcaggtgat cgtcgggctt gacgtctgcg
    31981 agaagatggc cttccgcaag gatcgctacg agcggatcac gaacctcgtc cgcaacgagg
    32041 gcatcaaggg catgatgaag cgcaactacc tgaacgtaaa attcctcgag gagcccacct
    32101 atacgcacta cgtctgggac gtcatcgccg cctccatcct catcgacccc acgctgatcc
    32161 gcgaagaggt caagcgctac gtggacgtca actcgcagtt cggcttctcc tacggtcagg
    32221 ctctggcctt cgactccaac cagcccgtcg gcagccagcc cgcccgcatc atcctcaccg
    32281 tcgatgaagc tcgcctctgg tcgatgatcg agaaatactg ctccgagttc tgacccgaat
    32341 gcacgtaccc ggggcggcct gtagggccac cggaccatag cccggggcga aaccccgggg
    32401 cgtattgcat acgccccacc aaacatcccg caagggatga atgatcaata cccggggacg
    32461 tgtgttcgcc accgacggtg gcgcccggtg gggcgtatgc aatacgcccc tacacgggta
    32521 cccgcctcaa caaaccaacg gggcgcagcc cccaacgcat aaacaattca acggggcgca
    32581 gcccccaaca tctcaacagg gccttcaggc cccaacgcat aaacgcataa acaatatgaa
    32641 atacatcatc ctacagcggg ccaacccgca agaccgccgc aaggccaaat ggtacgccac
    32701 gcccctcctg gagcgccgcg tgcgtcaggc cgagctcacc agccagctgg ccgagagcct
    32761 cggcatccgt tacggcatcg tccgcaagat catccaagtc tttctcgagg ccgtcgtgcg
    32821 acacctcctc gccgggcgca gcgtctgcct gcgccccttg ggcacgctcc gcatctcctt
    32881 caccagcgac ggcatggagg agcccgagca cgtcaccccg gacatgatcc gcgacctgaa
    32941 gatcgtcatc acccccgaca agctcttgaa ggagcagctc agcaacctgc acttcgagct
    33001 gcacgaagac cccgccgccg cctcctctcc ccacgagtcg gtcgtcgaga tgatgcccag
    33061 agcatacccc cggggggcgt ctgcggacgc cggcgaattt ggccgggtac acgccccaac
    33121 acctaaacgc ataaacaatt caacgggccg caggccccaa cacctcaacg ccccatcggg
    33181 gcaaatgcac gtaacggtgt aggggcgtat tgcatacgcc ccaccaaacg ggcccccggg
    33241 cccgaatgac cgtaacgatg cacgtaccgc ggtggcacat tcatcccttg cgggatgtct
    33301 ggtggggcgt atgcaatacg cccctacacg ggtacccgca ccaacaaacc aacggggcgc
    33361 agcccccaac aaaccaacat caaacgggcc cacaggcccg aatggatgga cgccggatat
    33421 gatcgtccgc cccgtaccgg gtcgtttggt agggcgtatg caatacgccc ctaccctgcc
    33481 ggcaggaggg ccttcgggta cccggcaaac ttcgccggcg tccgcagacg cccccggcca
    33541 aattcgccgg tgtccgcaga caccccgcgg caaatgccga gagacttgcg ggactcccgc
    33601 aaacgccacg gtaaatgccg agagacttgc gggaactccc gcgaacgcca cggcaaacgc
    33661 cgagagactt gcgggaactc ccgcaaacat ccttagcacg taaaacatgt atctttttta
    33721 acaaccaaag aattatgaca gaaagaaaaa caaagacgcc agcaggcgca gaggtgaaag
    33781 aaatcatctg gatagatctc acccgaacga acaacggtgc acattatcaa ttcattaaga
    33841 atgtgcatga gaacatttcc gccgagacgg agctgctgac cgatacgcgt atcaaggcag
    33901 cggccgacaa gctcggcgag gcactcaaga aggaagacga ttgttacgcc cggtcgaaga
    33961 agagcttcgc caccgacgag atcgtcgccg ccgatgccct acgcgacaag tatttccaag
    34021 ggatgcgcaa gacggtcaag ggcctgctta accaccccga cgccgatacg gccttggccg
    34081 cgcagcacat cgagcagtac atcaaggatc accgcgtcga ctccgacatg cagctggagc
    34141 gcgagacggg cgccatcacc aacctcatag gcgactgcga gacgaaggga ctggccgacg
    34201 tgaacaagct caacatcaag ccttacgtag acgccctcaa ggctgccaac accaaggtgg
    34261 acacgctgct catggggcgc aaccgtgagc gagtggggac cgaagccggc gccctgcgcg
    34321 tggcccgaca agcctcggac gacgcctacc tctggctcgt caagctcgtc aacgccctcg
    34381 cgctgaccgg agaccagagc aagttcggct cctttatcga cctgatgaac gtcgtcgtca
    34441 agcgctacaa agagcaggtg atcccctctc agaaaaagaa ggacgatccc accgatccca
    34501 agcaacccaa ggaacccaag cagccgaagg atcccaaaga tcccaagcag cccaaggaac
    34561 cgaaggaacc gaagaagccc gatggcgaga agccgaaaga tcccaagaag ccggacgagg
    34621 gcggtaagaa acccgaaaag cccggcggcg gcgacggcga tcccgacatc catctgccgg
    34681 aagaataggg cgtctgcacg caacgaatgc gcgtacccgg agcggcctgt agggccgccg
    34741 gaccatagcc cggggcgaaa ccccggggcg tattgcatac gccccccaac cgggccgcaa
    34801 ggcccgaatg ggacgtaccc ggccgggctg taggcccggt ggaccatagc ccagggcgaa
    34861 accctgggcg gcgaaacccc ggggcgtatt gcatacgccc cccaaccggg ccgcaaggcc
    34921 cgaatgggac gtacccggcc gggctgtagg cc
//
LOCUS       SEQF2637|AYYD01001127.157191 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..57191
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             887..1222
                     /locus_tag="SEQF2637_01492"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLIITEADWLSLRDEVLSLTECCMKAFGEESKYTDWLHNGDV
                     CRLLGISKRTLQHYRDTSVLPFAQIGHKCYYKREEYLLIFFSGTYLNHVRNVLQPPQN
                     LLEYVRNLF"
     CDS             complement(1528..2259)
                     /gene="mprA_1"
                     /locus_tag="SEQF2637_01493"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7U0X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator MprA"
                     /translation="MMDEKLRIFLCEDDENLGMILREYLQAKGFTTDLFTDGEAGLKG
                     FSEAKYDICLLDVMMPKKDGFTLAQDIRQINPDVPLVFLTAKTMNEDVLEGFKNGADD
                     YLTKPFSMEVLLSRIEAILRRVKGKKPKDVPFYRIGQFMFDTQKQTLTIGEKMTKLTT
                     KECELLTLLCAHANEVLERNYALKTIWVDDNYFNARSMDVYITKLRKLLRDDPNIEII
                     NIHGKGYKLITQSGEDQAREEGLID"
     CDS             complement(2270..3799)
                     /gene="resE"
                     /locus_tag="SEQF2637_01494"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35164"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor histidine kinase ResE"
                     /translation="MKKSTIWMLAIVMAFAFAGLLYLQVNYISIIMKTSNEQFDATVR
                     HCLEEVSSALEKDEARKYMEEDIDTYGSSFMYKNPPDRQAIAQNITHSEVYIQGGPDS
                     GFEHIEISTKTVTANPPHKNTIIRASEEQQKNLLKRYQYQAGLIDEVLYDLVYTAYLK
                     PINERVDFRTLDSYLRAELINSGLDLPYIFAVVNKDGVTVYQNESFEKPPRAADVVTQ
                     VLYPNDPPSKWNYLKVYFPTKRDYISGSVSFLVPSIVFSFILLVTFITTIYIIFRQKR
                     LSEMKTDFVNNMTHELKTPVSTISLAAQMLRDTDLTKQPEVFKHISTVINDESRRLGF
                     LVEKVLQMSLFERQKTALKLKEIDANDLLASVVSTFTLKVEKYGGTIDLDLGALDSTI
                     YADQMHLTNVLFNLLDNAVKYRRKEVPLRLMARTRNENGKLQFLIEDNGIGIKKEHLK
                     KIFVRFYRVPTGNVHDVKGFGLGLAYVHKIVEDHGGTIRAEQQESKSGTKFIITLPLI
                     K"
     CDS             4068..4808
                     /gene="ftsE"
                     /locus_tag="SEQF2637_01495"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O05779"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division ATP-binding protein FtsE"
                     /translation="MIIPSKTNQIEMERDTLVRLENVELTLDSDVILRDATFSLLSGE
                     FVYVIGRVGSGKSSLLRALYAELPVAGGQASIMGYDLHGISLRDTAGLRRRLGIVFQD
                     FQLLTDRTVRRNLEFVLRATGWKNPDDIDRRITETLRQTGIPDKAERMPHELSGGEQQ
                     RVAIARALLNMPAIILADEPTGNLDPETGRHIVGLLHDICRSGTAVVMTTHNYDLVRR
                     YPARVVKCEDGRLTSLEAPIESANIITP"
     CDS             4822..6162
                     /gene="lysC"
                     /locus_tag="SEQF2637_01496"
                     /EC_number="2.7.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08660"
                     /codon_start=1
                     /transl_table=11
                     /product="Lysine-sensitive aspartokinase 3"
                     /translation="MNVLKFGGTSVGSAERIKNVARLITTGDEPRIVVLSAMAGTTNA
                     LVEIADYLYKKNPDGANEVINRLSLKYAEAINDLYATPEYRQRAEESVTAHFDLIRSL
                     IKDMFTSFEERIILARGELMSTEMMHLYLAEQGIASTPLSALDFMRTDKNAEPDAFFI
                     KENLLNLLDQYPDEKLFITEGYICRNAYGEIDNLQRGGSDYTASLIGAAVRASEVQIW
                     TDIDGMHNNDPRIVDGTTPVHRLNFDEAAELAYFGAKILHPTCILPAKQSNIPVRLLN
                     TMQPDAPGTLISNETDRGTIKAVAAKDNITAIWIKSGRMLLATGFMRKVFETFENHRT
                     PVDMVTTSEVGISVTIDNPKHLEEIVDDLKRYGTVTIDRDLVIVCVVGDLSWQHLGLE
                     VRIISALRDIPVRMISYGGSNYNLSLLIPAADKARALRALSRHLFDAPEATAEQ"
     CDS             6177..6458
                     /locus_tag="SEQF2637_01497"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTITTHRSVGKAALLLFFPAVALLLQSAVTLYLHAVALYIAAL
                     VLPMTILPPTALLLYRRYGLPAGVVVKYALVSLVLITLSTLLPLLFSSV"
     CDS             7201..7617
                     /gene="rpsL"
                     /locus_tag="SEQF2637_01498"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A4A4"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S12"
                     /translation="MPTIQQLVRKGRESLVVKGKSPALDACPQRRGVCVRVYTTTPKK
                     PNSAMRKVARVRLTNHKEVNSYIPGEGHNLQEHSIVMVRGGRVKDLPGVRYHIVRGTL
                     DTAGVAGRTQRRSKYGAKRPKPGAAPAGKTAGKGKK"
     CDS             7788..8264
                     /gene="rpsG"
                     /locus_tag="SEQF2637_01499"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38526"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S7"
                     /translation="MRKSKPKKRQILPDPVYGDVRVTKFVNHLMYDGKKTVSYEIFYT
                     ALERVKAKMPNEEKSALEIWKAALENITPQVEVKSRRVGGATFQVPTEIRPDRKESIS
                     MKNLIEYARKRGGKSMSEKLSAEIVDAFNSQGGAFKRKEDMHRMAEANRAFAYFRF"
     CDS             8286..10412
                     /gene="fusA_2"
                     /locus_tag="SEQF2637_01500"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5ZYP6"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor G"
                     /translation="MSKADEILKYTRNIGIMAHIDAGKTTTSERILFYTGLTHKIGEV
                     HDGAATMDWMAQEQERGITITSAATTTFWNYNQEKYKINLIDTPGHVDFTVEVERSLR
                     ILDGAVAAFCAVGGVEPQSETVWRQADKYNVPRIGYVNKMDRSGANFFEVVRQVHDVL
                     GATPCPIQIPIGAEESFKGVVDLVTMKAIYWHDETMGAEYEIDEISADLQAEAQEWRD
                     KMLETIAEFDDAVMEKYFDDPSKITEDEIRAAIRKGTLSMKINPMICGSSFKNKGVQT
                     LLDAVCAYLPSPADTPAVTGHDPRNSEVVIERKPLPEEPLTALAFKIATDPYVGRLCY
                     FRVYSGEVIAGSYVLNTRSDKKERISRLFQMHSNKQNPMEKIGCGDIGAGVGFKDIRT
                     GDTLCDENHPITLESIEFPDPVIGVAVEPKTQKDLDKLGVGLAKLAEEDPTFRVETNE
                     ETGQTVIRGMGELHLEIIIDRLRREFKVECNQGRPLVSYKEAITKPVELREVYKKQTG
                     GRGKFADIIVRLEPADPDFEGHLQFVDEVKGGNVPKEFIPSVQKGFEKAMTNGVLAGY
                     PLDSMKVTLIDGSFHPVDSDQLSFEICAIQAFKNASEKAAPVLMEPIMKLEVVTPEEN
                     MGDVIGDLNKRRGQVEGMESSRTGTRIVKAKVPLAETFGYVTALRTITSGRATSSMQF
                     SHYAQVSPSIAKQVLTEVQGRVDLIK"
     CDS             10430..10735
                     /gene="rpsJ"
                     /locus_tag="SEQF2637_01501"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21471"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S10"
                     /translation="MSQKIRIKLKSYDYSLVDKSSEKIVKTVKATGAVVSGPIPLPTH
                     KRIFTVNRSTFVNKKSREQFELSSYKRLIDIYSSTAKTVDALMKLELPSGVEVEIRV"
     CDS             complement(10770..11168)
                     /locus_tag="SEQF2637_01502"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSVCTLTYTTKSMTFNDSLKTLPFRSTDDVYICCVIQEIHCEY
                     IAKLILSVEIFELSQVSLWSYTRFLEMASFRLCRMLFFLLLKAQLNCLVAVTLYGFYL
                     RNYTRTYFDNSTWKILSLGTEDGCHSDFFS"
     CDS             11380..12009
                     /gene="rplD"
                     /locus_tag="SEQF2637_01503"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28601"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L4"
                     /translation="MILSVLNRRGEDTGRTVELSDAVFGIEPSDHAIYLDVKQYMANN
                     RQGTHKSKERSEVSGSTRKLIRQKGGGGARRGDINSPVLVGGGRVFGPRPRDYSFKLN
                     KKVKLLARRSALSHKAKDNAIMIVEDFTMDVPKTKEFIAIVKDLKLEGKKMLFVLPEN
                     NRAIYLSARNLSQTRVMNVSELNTYRVMDAVALVFTEKSIAVVEQLLNV"
     CDS             12019..12315
                     /gene="rplW"
                     /locus_tag="SEQF2637_01504"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QSD3"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L23"
                     /translation="MMGLIIKPILTEKQTLITEKRPNRYGFYVTPDANKLEIKRAVEE
                     MYKVSVENVNTMNYFGKRKSRYTRSGVINGKQSAYKKAIVSLKEGEVIDFFANI"
     CDS             12325..13149
                     /gene="rplB"
                     /locus_tag="SEQF2637_01505"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72I07"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L2"
                     /translation="MGIRKLKPTSPGQRHKVIGAFDKITASTPEKSLVVGKKKTGGRN
                     NTGKMTMRYIGGGHKRRFRLIDFKRNKDGVPATVRSIEYDPNRTSRIALLYYADGDKR
                     YIVAPNGLEVGQTVMSGKDAPPEIGNSLPMQNIPVGTIIHNIELRPGQGAKLVRSAGA
                     FAQLTSKEGTYTVIKMPSGETRRILSACKATVGSVGNSDHALEKSGKAGRSRWLGRRP
                     HNRGVVMNPVDHPMGGGEGRASGGLPRSRKGLYAKGLKTRAPQKASSKYIIERRKK"
     CDS             13909..14664
                     /gene="rpsC"
                     /locus_tag="SEQF2637_01506"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6N4U0"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S3"
                     /translation="MGQKINPISNRLGIIRGWDSNWYGGNSYGDTLLEDSKIRSYLNT
                     RLAKASVSRIVIERTLKLVTITVCTSRPGIIIGKAGAEVDKLKEELKKITDKDVQINI
                     FEVKRPELDAVIVANNIARQLEGKIAYRRAIKMAIASTMRMGAEGIKIQVSGRLNGAE
                     MARSEMYKEGRTPLHTFRADIDYALAEALTKVGLIGVKVWICRGEIYGKKDLAPSFST
                     PRDFARRAGDGGVRRDNRGGKSYRRRDRDRISR"
     CDS             complement(14917..15087)
                     /locus_tag="SEQF2637_01507"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNNKFRRYRKLLSSQTQCLLCYFKRNTFYFKDKTSRCNRGYKS
                     FRISFSFTHTYV"
     CDS             complement(15982..16173)
                     /locus_tag="SEQF2637_01508"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRSLFRNTAPLRILCIRFCMFRYNIDTLYNRSILFYKDFQNTP
                     SLSFIFSCIYVNGIPFLYM"
     CDS             16290..16853
                     /gene="rplE"
                     /locus_tag="SEQF2637_01509"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RXJ0"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L5"
                     /translation="MGAIATVKQDYRERIVPALKKEFDYSSVMQVPVLKKIVINQGLG
                     MATADKKIIDVAIDELSLITGQKAIATYSKKDISNFKLRKKMPIGVMVTLRHDRMYEF
                     LERLIRVALPRIRDFRGIEGKLDGRGNYTLGIEEQIIFPEINIDNITKILGMNITFVT
                     SAKTDKEGFALLREFGLPFRNIKKNQA"
     CDS             16868..17122
                     /gene="rpsN2"
                     /locus_tag="SEQF2637_01510"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31587"
                     /codon_start=1
                     /transl_table=11
                     /product="Alternate 30S ribosomal protein S14"
                     /translation="MKAREMKRAKLVAKYAAKRAQLKKEGNYEALQAIPKNASPVRLH
                     NRCKITGRPKGYMRQFGISRIQFREMASHGLIPGVKKASW"
     CDS             17173..17568
                     /gene="rpsH"
                     /locus_tag="SEQF2637_01511"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12879"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S8"
                     /translation="MTDPIADYLTRLRNAIKARHRVVEVPASNLKKEITKILFEKGYI
                     LNFKFMDEGVQGTIKIALKYDAVNKVNAIKRLDRVSSPGLRRYVGYRNMPRVLNGLGI
                     AILSTSKGVMTNKEASEQKIGGEVLCYVY"
     CDS             17585..18136
                     /gene="rplF"
                     /locus_tag="SEQF2637_01512"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P02391"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L6"
                     /translation="MSRIGKLPIEVPSGVAVTIKDDLVTVKGPKGELSQRVNSDIKVS
                     LENGILKVERPTDAKEHRALHGLYRALIHNMVVGVSEGYKKQLVLVGVGYRVANNGQI
                     LDLSLGYTHNIYLQLPQEVKVETKSERNQSPMIILESADKQLLGQICAKIRSFRMPEP
                     YKGKGIKFMGEEIRRKSGKSAAK"
     CDS             complement(18325..18450)
                     /locus_tag="SEQF2637_01513"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQVSITIKNDRMHSCLLCIFSNGLTDFRRNLLFWTAINYL"
     CDS             18510..19025
                     /gene="rpsE"
                     /locus_tag="SEQF2637_01514"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21467"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S5"
                     /translation="MAVNNRVKSTSDLDLKDRLVAINRVTKVTKGGRTFSFAAIVVVG
                     NEDGVIGWGLGKASEVTTAIAKGTESAKKNLIRIPIHKGTIPHEQTAKFGGAEVIIKP
                     ATHGTGVKAGGAMRAVLESVGVTDVLAKSKGSSNPHNLVKATIAALNELRSPAMVAQN
                     RNVSIEKVFKG"
     CDS             19265..19735
                     /gene="rplO"
                     /locus_tag="SEQF2637_01515"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0F8"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L15"
                     /translation="MNLSNLKPASGSVKTRKRIGRGPGSGLGGTSTRGHKGAKSRSGY
                     KHKIGFEGGQMPIQRRLPKFGFKNINRISYKAINLSTLQELAESKNLTHIGLQELRNA
                     GFISASQLVKILAKGTLTSKIEVEAHAFSKKAEDAIITLGGSVSKLGGKSEKAE"
     CDS             19739..21079
                     /gene="secY"
                     /locus_tag="SEQF2637_01516"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01465"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein translocase subunit SecY"
                     /translation="MRAVETIKNIWKIEDLRKRILITLLLVLIYRFGTYIVLPGIDPK
                     DLTALGEQTRGGLMALLDMFSGGAFSNASIFALGIMPYISASIVMQLAAIVIPSFQKM
                     QREGESGRRKINQWTRYLTVIVLILQGSAYLVNLNVQLRSAGASMPTDWWFRISSTII
                     MAGGSMFVLWLGERITDKGIGNGISFIILIGIIARLPHSLFEEFTSRVTEKSGGLVMF
                     LFEILFLLLVMAGAILLVQGTRKVVVQYAKRIIGNKQYGGARQYIPLKVNAANVMPII
                     FAQAIMFIPISLAGFSNSGENSSFMRAFMDNTGFWYNFVFALLIIAFTYFYTAITINP
                     TQMADDLKRNNGFIPGIKPGRATREYLDEIMSRITFPGAIFLAIVAIMPAFARILGIS
                     QGFAQFFGGTSLLILVGVVLDTLQQIESHLLMRHYDGLLKSGRIKGRTGAIAAY"
     CDS             21081..21863
                     /gene="map"
                     /locus_tag="SEQF2637_01517"
                     /EC_number="3.4.11.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19994"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine aminopeptidase 1"
                     /translation="MIYIKTDEEIELMREANQLVGKTLGELAKHIAPGVTTLQLDRIA
                     ETFIRDHGAEPAFLGYGGFPNSICASVNENVVHGIPSDKVILKDGDIISVDCGTKLNG
                     FVGDSAYTFCVGNVSEPVKDLLRTTKESLYKGIEQAQVGRRVGDISHAVQEWCEKKNY
                     SVVRELVGHGCGREMHEDPEVPNYGRRGCGPLLKSGMCICIEPMINQGSKNVVFEADG
                     WTVRTKDRKCSAHFEHCIAIRPEGPLILSSFEYLEAVVGKEI"
     CDS             21872..22090
                     /gene="infA"
                     /locus_tag="SEQF2637_01518"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FW28"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-1"
                     /translation="MAKQAAIEQDGVIVEALSNAMFRVELENGHEITAHISGKMRMHY
                     IKILPGDKVRVEMSPYDLSKGRISFRYK"
     CDS             22494..22874
                     /gene="rpsM"
                     /locus_tag="SEQF2637_01519"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QSL5"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S13"
                     /translation="MAIRIVGVDLPQDKRGEIALTYIFGIGRSASNSILAKAGVDKNI
                     KVKDWTDDQAAKIREVIGEGYKVEGDLRSEVQLNIKRLMDIGCYRGVRHRIGLPVRGQ
                     STKNNARTRKGKKKTVANKKKATK"
     CDS             22887..23276
                     /gene="rpsK"
                     /locus_tag="SEQF2637_01520"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FW31"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S11"
                     /translation="MAKKVVAAKKRKVKVEAVGEAHIHSSFNNIIVSLTNSDGQVISW
                     SSAGKMGFRSSKKNTPYAAQMAAQDCAKVAYDLGLRKVKVYIKGPGNGRESAIRTIHG
                     AGIEVAEIIDVTPLPHNGCRPPKRRKV"
     CDS             23447..24052
                     /gene="rpsD"
                     /locus_tag="SEQF2637_01521"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81288"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S4"
                     /translation="MARYTGPKTKIARKFGEPIFGADKTLSKKNYPPGQHGNNRRRKT
                     SEYGIQLREKQKAKYTYGVLERQFRNLFEKAARSRGITGEVLLQLLECRLDNIVFRLG
                     LAKTRAAARQLVLHRHVVVDGKVVNIPSYSVKPGQIVSVREKSKSLEVIGDALSGYNH
                     GKYLWIEWDQSVMGGKLLHLPAREDIPENIKEQSIVELYSK"
     CDS             24099..25223
                     /gene="rpoA"
                     /locus_tag="SEQF2637_01522"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q925Z2"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit alpha"
                     /translation="MLEASSTFGKFEFRPLEPGYGITIGNALRRILLSSLEGYAFSSV
                     KIEGVDHEFATIPGVMEDMTNIILNLKQVRFKCLGAPLSEEDDEEEEAETEEVEAEKA
                     PEEKEEKKTEGDDEGEEAEEAGEDEVVEEEDEPEALPKVWINVSDTDVLKAGALQPAG
                     FEVLNPEMEICHLAPGTSFQMELTLSKGRGYVPADENRDPSNSDVQVIAIDSIFTPIR
                     NVKYTVENFRVEQKTDYEKLVLEIETDGSIHPKDALREAAKILIHHFMLFSDDRIAVE
                     TPEQPGVGGTDEEFDEELARMRQLLKTKLTDMNLSVRALNCLKSANVETVGELVQYNK
                     SDLLKFRNFGKKSLTELDELLDSLELSFGMDITKYKLDKD"
     CDS             25229..25705
                     /gene="rplQ"
                     /locus_tag="SEQF2637_01523"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AG44"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L17"
                     /translation="MRHNKKVNHLGRTKAHREAMLANMASSLIKHKRIFTTTAKAKSL
                     RKYIEPLITKSKDSSVHSQRIVFSSLQDKYAVKELFTEISSKVMDRPGGYTRIIKTGL
                     REGDNAAMCFIELVDYNENMLKTAKTRKQSTRTRRSRKKSAVDATVEAETTEGAAE"
     CDS             complement(25852..26118)
                     /locus_tag="SEQF2637_01524"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHDLIRLIAELEANPMLGADLGNGFRKVRLAIKSKSSGKRGGA
                     RVITLTILFSTDEAEVGLLYIYDKSDRASISIKELNALKRESGL"
     CDS             complement(26180..26428)
                     /locus_tag="SEQF2637_01525"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVNLQTEQNDIIRRVLNIEDANILTQIKDFITAHAPEDDDYR
                     PMTKEEIMAELKEAFLVAKAAREGKVKGRPVEEFLSEL"
     CDS             complement(26649..27050)
                     /locus_tag="SEQF2637_01526"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKLTVIVEWTGDNFGASAPEVAGCVATGKTLSEVKEAYASAL
                     DFHRQGADEGELPEWIMRGEYVLDFELTAGALLKYYGDVVTLSAMSRATGINARQLSH
                     YINGNRTPRARQRERIVAGLHTIAKQLADAR"
     CDS             complement(27097..27291)
                     /locus_tag="SEQF2637_01527"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRMKTSEIISRLKADGWYLARQRGSHRQFKHPTKRGTVTINGK
                     MSETQSQFMINSISKQAGWR"
     CDS             complement(27493..28005)
                     /locus_tag="SEQF2637_01528"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFAGIKANTWVLAGTLQMPRETFWPLQECCKRPEKLFGLCRNA
                     ANASRNFLAFAGMLQTPRKTFWPLQECCKRPEKLFGLCRNAANTFEKRAVRMRGKIYP
                     SEGRGDKTTRSVSFNRSEGAMRGHTRRNEAVTSGCARRVQTVVRTMVGVRVAMCSGDV
                     HLRIPLLIRT"
     CDS             28045..28983
                     /locus_tag="SEQF2637_01529"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPESEQKVPVGTPTAKEIAGIDLIRMNNGAHFGFIQTVCERIEK
                     ETTITANPIAKAAADGLKAALKEEDAWLAVSRKSDLTEEIMAADSERDALYMGYRSAV
                     KGFTRSSTPEKAKAATTLWNNLTAHRINSNMQLERETFLIVNLTDDCEKKYATEVQKL
                     GLKPYVESLKAANEKVKQLLDDRNNSRVSQTAGALRTARRASDAAYLWLARVVNSLVV
                     LDNGTAKCDAFIDYMNVVIKRYKEQVLTSKKHTDDTPDKPKEPKKPADPKDPKDPKKP
                     ADPKEPKKPDAPKQPDEKPKPGGGDSGNPDITLPEE"
     CDS             29687..34417
                     /locus_tag="SEQF2637_01530"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWAKVDMVNLTAPSYKDYVAHLYLSNHVPRILVHWGVKATEKGG
                     LPYTTTQGWNAANDTIDDGIDLVQSVGQPGITLTAVVGDASDPGAGKRYVRPTTVATG
                     NNTFSSIVFKELKWFLKAHNLETFSGNWYQTKTYSYQSQLVGGCGHVGTLGLTLYQIG
                     DWQINTLAGVNKLDEAVQLLKGARVCVTGNVDDQTGNIGNTPEITDGASNQSDAVVVV
                     PFWNRFTLRTYGFFKANMVRLDKDSVDTRNVLYGQAHFPIANNDNILLKSTSGDFQDF
                     AGLPSMVEYPNYTIPFHNYHAVTATQKPYNRTEGAVFGVHGDYLFASTMAEIHTDTVP
                     AATTSPTLADFKNHNMGVIEVGPRTANKSHFHVYGKGMLKNFESCNGPSANFAMQFGD
                     QRGTIHYGGTPVFKINTNDTLYIVNFGNNGTNTCEAKLQFHTTSVDSIAEAFGNGATG
                     LGALQIQALNNVEFNADGTWDAATGNKNNIYVLSDAGNIVAQKLTIKNDNSGTEPAHG
                     LINFMTAGKTDIGGACTPLGTRNKDNGNIYLNDEFKIERAQTASTQTNFIARNNIRTA
                     KFTSTHLNEDTTNIISRDGDIYLGYSAGSSVYNSSDAYGASSTTGDANDFKYDANAST
                     KDGQLNIMAGWDDSHPAMTHTEGMEGGNVYFTRIITDLKATQKHNTTIAIPYSSEYIC
                     DVREDLYKRSGESMVKYEHSGIIGGLGRCGEETTAGWTKYAGALDNPGTLAALNSMAV
                     NDRSLKYKGNEGNLIVDAGKRGNIILNKGAKIEFQDKTGNATFRTREGDIDMRDVFDA
                     ETMKGSLLFLAQLENFSKLSEIGVCGCDEMRNNVYLQDFKYTATGNSGSVFVGADNNI
                     KLNYGGLTNIGTRQDPFLSTDYETYPNGAVKKIGRGYKGVDAGCGLNYHCDLNGDENK
                     ARLLLLDFSGTVTSGGFAAVASDMIDVYTDLKYKGGNGSGLSTVPETGTLHGENVAGY
                     GLFMKTQGNKHNWTDNILLQAPKCPTTCAPTGCGEGGRPATAFLHNTVRMTFHSDARF
                     YAENQHVHLESPVIETFGVLELNAEDNAGAKAMITIKTDSLICHDSLIRKGKGKVQLT
                     TWSGLPKDQPIIKLGYSRKAAPFYEYAYDDGGTQKICRECVSHYKGKVYAPGETPLDT
                     MFVKFGPNTEWERQNVMVVDHTVISFLTDSFDHVKGGDVLHARYFVDTTKIRNQVEFW
                     TDPKHERDGHLELISEEQMGSKDYAGLYTRHLHLEPIGACGRPTSELWLPGLALDVIT
                     TSTFGGFGIQYTDVHVENGANLNPGFTSLRLRGQCYEQACGTLTMKDLRLDGGSELHF
                     SVGTTKGLNGEYSDAIDVDRLTTYGPVNVNIEIRPCEKMQKRCYPIMYYKSVTPNSLN
                     NLKLNPRKVKIDGEEYPLSLNVSTDGIVYVCVGDAVTPSLTHTVTMPETAGVKTTPSK
                     GIYPLPTRTSFRFSATYSGAKPLVVRTNRKVNGQQEVLNGVKNANGEYEYIVPSVQQE
                     VTLTFGPDVVANELLTAGTAVWSHGEKIYIRVERADIASIYSVAGQLVKRVDLPEGDT
                     SIPMSRGAYVITLKDGSVHKVIVK"
     CDS             complement(34692..35492)
                     /locus_tag="SEQF2637_01531"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVKFLSPLLLLLATATVGRVAAQCDSLGYRAAVYVSADGDSLS
                     YRLLTPDTVVPGQRYPLVLFLHGAGERGRDNCAQLRHGAARFVDSTARRQFPAYVLFP
                     QCPSDEFWPAILRQDHFGRGANPFPLSQPMSRPLRLADELLEHTITQYPIDTMRIYVV
                     GLSMGGMGTLDLVSRRPQRFAAAVAICGGVNVHRLELLRGTRTRFRLIHGDADPVVPV
                     RFSREAAAALRRAGASVEYIELPGVGHGSWYNAFRRPDFLEWLFEAKN"
     CDS             complement(35825..37447)
                     /locus_tag="SEQF2637_01532"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITIQLLAVAGAMALFASEARAQATVQLNSHETIQLIYGQKD
                     SVKATISAPGETLSWSTNPASAYVAKSAADSTWGVITAPAAGPNYDGWVVISYGAAKD
                     SVKLLINHAVDSVNFGSAPRDTTMGIGTTKTLTASVFPNNALQEVLYSSSNSAVAEVQ
                     TVGLQGIITAKAVGTARITVSAGKGAGMKTDTFLVKVDNPITGLNFAITTDTIPMQIN
                     SELDVQAVATPANADNINTLQWSIVPIAPATPGLVTIASNSGLTVKIQSAATPGIARL
                     TVTSTNGVTANRVIKVLDPIHVTAMTIDKDTVSLPVGKKDTLTARILPAEALNKKVTW
                     TSTNPSFAAVERLTDTTAVVTGKTVGVAMIVGETEDGNFKDTCYIYVRNAVELKAIKL
                     DKQKIRLKLNTTDTLAVAFSPANASDQRVKFLSADTSIATVDANGVIKGLKTGTVYVS
                     VTSLEGGFKDSCEVTVYDPSPNVETAAGVNIWSAENGLRVQSDKVRTLAVYSISGALY
                     RKETVVGDRFIALPSGLYVVTLGEVSRKVAIP"
     CDS             complement(37568..38698)
                     /locus_tag="SEQF2637_01533"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVRKTSFYFCMAILFAIAGAFPYSASAQVQKVQQIVKIEKDTL
                     RMYVGQEDSLRAYAYPSARVFYWDNRVSIPVVASIAPPHSTNPYDSVYIVKAWKPGKT
                     VIVVRVNEVAARCIVVVTPKIYVDSLRLKRDTIRLRTGDTASVTARIFPYNASDKKLG
                     WTTVGGARVLGTTDSVTRVIAAADADTSLLIVGALDESGKRDTCVIITRRIPVERLTL
                     NHDTIRINVNKTDTLRASIFPLNATDQRVKWTVASGAIKALAVDSIGQAAELIGATVA
                     DTALVVAEAADGRRDSCVVITIDPNHHPNAAVEVDETIAVHGVDGGVMVHIDRPVRLE
                     IYTLTGALAHRESLTPGDRFVPLRRGLYIVAIDRTRRKILVQ"
     CDS             38881..39549
                     /gene="thiN"
                     /locus_tag="SEQF2637_01534"
                     /EC_number="2.7.6.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34664"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiamine pyrophosphokinase"
                     /translation="MDILPDFSGPQNASETDAVILAAGDFPTHPIPLGLLARAAEGRI
                     ICCDGAADRLLREGFTPLAVVGDGDSISPEARRRLSDCLHIESEQDTNDLSKAVRYAV
                     SQGMRRLTILGATGRREDHTLGNISLLADYQARGLDVEMWTDYGVFTPATGCQTFASR
                     AGQQFSVFCLDDAPLTLRDVRWPLEGRRITRWWQATLNEALTDTFRVETRGRIIVFRT
                     YITL"
     CDS             39588..40868
                     /gene="nupG"
                     /locus_tag="SEQF2637_01535"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFF4"
                     /codon_start=1
                     /transl_table=11
                     /product="Nucleoside permease NupG"
                     /translation="MNLKLRLIIMNFLQFAVWGTYLTSMSRYLGPAGMGEHIGLFYSV
                     QGLVSIFMPTLFGILADRYVPAQRMLALCHLASGLFMAAAGAYGLSAGPSVAFGTFFA
                     LYTLGVAFYMPTLALSYSVAYSLLEQGGYDTVRDFPPIRIFGTIGFICSMWAVDLTGF
                     QTSAMQFVICGALGTLLAHYAFTLPHIPVSRSMERKSFVEALGLNAFRLFRKRQMAVF
                     FIFSMMLGVSLQITNGFANPFIASFESVAEYADTFGVRHANILISLSQVSETLCILLI
                     PFFLRRYGIKTVVLIAMVAWILRFALFGIGNPGGGVWLLVLSMIVYGVAFDFFNISGS
                     LFVDRETDPSIRSSAQALFFLMTSGVGATVGTLGAQVVVNAFCQWTDVETASGVKTLL
                     VGDWATVWYLFAGYSLLVTVFFAILFPYKHRREG"
     CDS             40885..41352
                     /locus_tag="SEQF2637_01536"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHKSQKASGYMVSSMRPEAFCYPLNSDAGELRSFFHGIPTCFYP
                     SGRNFHGALTCFYPSGRNFHGALTCFYPSGRNFHGALTCFYPSGRNFHGIPTCFYLSG
                     RNFHGVRTRCYPSGRNFHGVRTCCYPSGRNFHGVRTCCYPSGRNFPALQTLRA"
     CDS             complement(41342..43186)
                     /locus_tag="SEQF2637_01537"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPYRKLTQCEIDALVASGCEAEDWQRVEVADVGFAPTRLRHVRF
                     SGQISLGSAVELRNATICDCMVGDGVRIDGVRSALAGYEIGRGARLTDIGTMTYRAGT
                     TAGNGVRVAAVNENGGRAVPLFDGLTAQTAHLMVFHRHRTETLRRTFDRIDAYAATIA
                     AAPRGYVGEGATVEGCGRIVDVRIGDRATVCGATLLQNGTILSQPEAPTEVGVGVMAR
                     DFILAPGARVVDGAFIERCFVGEACVVEQGFTAIDCLLFANGMFAKGEAVSVFAAPHT
                     VSHHKSSLSIACSLSFANMGSGSNMSNHAYKLGAVHQSVAERGTKFGSNSYVQAPAHF
                     GAYSMITGEHRNHPDTHALPFSYLMDEGGQSMLIPAVNLFRTGTLRDAMKWPKRDHRT
                     ADSPRDLIRYDFLNPYLIDRILAAVSLLTRLKEEKPDAKYYTFGNCSIHRHSLQKGIT
                     YYREALDIFVGDYLIRGGTIDDSEGPGRGPWIDLSGLVMPHETLEEIVRDDLFGADAA
                     FRQAHARYEEYLGRYVTDRYDLSDADKRREHLKRYVSTLDTVRHRLSKEAALEYFGVS
                     QISYGADCPESDRQTDFLQVRGEIATDPFLAPLLSEMEHKAEQARAML"
     CDS             complement(43199..43507)
                     /locus_tag="SEQF2637_01538"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLNDLFSGSATQSIIKTIVEKTGLNESQASGALQAALPMILDV
                     VSKHAGSGEGLSGLVSGVVSNLGGKGQGVVDKITGMIDKNKDGNIMDDLAGMLGGKKK
                     "
     CDS             43762..44232
                     /locus_tag="SEQF2637_01539"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTQSNWVEAAARVARRLHDGQKDKAGMDYFEGHLRFVASLGRT
                     WQEQVVGYLHDASEDTPHTVEQVLKLLEEEAQTAMEPNDRAEIAQALKLLNHHTASDR
                     QTYIHHIGEHALARAVKLNDLTHNMDMKRLPSPTEKDYQRLARYRQEYEYLAQR"
     CDS             44609..45907
                     /gene="xerC_9"
                     /locus_tag="SEQF2637_01540"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MNIKRNIIFALESRKKAGVSIVENVPIRMRVNFASQRIEFTTGY
                     RIDAAKWDVDKQRVKNGCTNKLKQSAAEINASLLRYYTDIQGIFKKFEVQEILPTTEQ
                     IKKAFNTLHKPAEEGKASKDGTETSTKSFYKAFDEFVCDCGQRNDWTHSTYEKFAAVK
                     NHLITFREGLTFEFFDEKGLNDYVTYLRVTKEMRNSTIGKQLAFLKWFLRWSFRQGLH
                     QNNAYDTYKPKLKSTQKKIIFLSWDELTILRNFKIPDNKQALERVRDVFLFQCFTGLR
                     YSDVFNLRRSDIKGEHIEVTTVKTSDSLIIELNNHSKAILDKYKDVAFEDDKVLPVIT
                     NQKMNDYLKELAELAGIDEPVRQTYYRGNERIDEVTPKYALLGTHAGRRTFICNALAL
                     GIPPQVVMKWTGHSDYKAMKPYIDIADDIKANAMSKFNQL"
     CDS             46487..47683
                     /locus_tag="SEQF2637_01541"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSSTTKGSRNYYGEYSLKQWIKFILTKEIVLPPYQRVFIWTEE
                     DVKDLINSLQNGLFVPPIIIGNYGGTTNYILDGQQRLSAILIAYIGLFPNKENFQSSD
                     PVYKDTANDNDDQKDENEDVPPLEWKFSYFTKEGWNKRDILRKIDKSKYKILDLKLSD
                     DFWKGSYIGFSLIIPKSDKKTEQQKLYTSVFRNINIKGRSLSQIESRKSLYFQRNGFN
                     KWFSPPFAYDITINNAPIDFVRYLSLLSQYKKDDNTRGLAQKYKTKMEQYYESYILAE
                     VNNEDESIFSRLLGSKNCNRSRYDKLKACIENKDFPKTFSSIIDADIYLFGLIYFTIA
                     EGKVVSIIGDLRQKLEGKIDELKKDKTHIKSPSNLSYLRQRVQASIDIYRCLLTNQTN
                     KSNNEA"
     CDS             47673..48371
                     /locus_tag="SEQF2637_01542"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHKDFILMPLISLIEKALLPMDLYKGRVCNYIMKEYVLQTLFL
                     QLTGCMEQKAKCILWDIATHDFEFRRKFLHKLNSDQGEYSTYKSKNTVYMTLIKQLQV
                     EKIDDAKKEKLLEKLEDFRNDILEKSIAKEWLPRELQNLNISNLFNIKSWGEKCLFEE
                     SSGNNKVYEIYESLYDHRNRCSHNTLSYQGDMIGPKKIKDIGGESYASWFTLLVLIDM
                     IYSELYGEFSSKSH"
     CDS             complement(48640..49935)
                     /gene="pre"
                     /locus_tag="SEQF2637_01543"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13925"
                     /codon_start=1
                     /transl_table=11
                     /product="Plasmid recombination enzyme"
                     /translation="MGYVVFHMEKARGSDSAMTAHIERTSHPKNADESRTHLNRTLIE
                     YPEGVKDRTAAIQHRLEHAGLKRKIGSNQVRAIRINLSGSPEDMARIEATGQLDAWCT
                     DSLQYLFDTFGRENIVSAHLHMDEKTPHIHATLVPIVREARTRRKKEDQVKRHYRKKS
                     ADTPRLCADDIMTRGKLKSYQDGYAKAMSHHGLQRGIDGSDARHISTQQYYRDLKKQS
                     CELQSVIDRLQADKAVADEALRQIQREVRVERLKDSAAAAATQITDSIGSLFGGGKVK
                     ALEKENEALKKQIESLESQAKQREQHIRQMEEAHRTERSRLVEYIEKIKRYFPLVEKL
                     LPLVDFCRKTMHFSEELCRKLCGLKPLKVSGMLYSDEFDRKFPAENTSVAFGYEKETD
                     EHFTLLLDGVDFVRWFRQRMDRLREDMGLPRKQSRGVRR"
     CDS             complement(50432..51364)
                     /gene="dnaG_2"
                     /locus_tag="SEQF2637_01544"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00974"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA primase"
                     /translation="MTIDEAKQISIADYLHSLGHDPVRQQGHNLWYKSPFRDERVPSF
                     KVNTERNLWYDFALGEGGNLIALAGKLYASSDVSYLLKRIAEQAPQVHPASFSFGQPS
                     SYDEGDKKTTIIPLTSPALFAYFSERGIDLSVAKSACREVRFMHNGRSYFAIAFPNRS
                     GGWEVRNKYFKGSIAPKDISLIRKTESPSHVCYLFEGFMDYLSFLTLQRQGQPDFAKV
                     DRPDCLILNSVSHLTKALPLLASYADIRCYLDNDHAGTDALQQLKQTLGRRISDVSQI
                     YSGCKDLNDYLINRNAEVAQKSRVQDRPIRPRRI"
     CDS             complement(51573..52544)
                     /locus_tag="SEQF2637_01545"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKVQGSVIGTLGNFSASIGKAKSKKTFNVSAIVAAALKNGTVL
                     RYAAELPPDKRKILYVDTEQSPYHCLKVARRILRMAGLPTNQNHENLEFLALRKYTPE
                     ERIEIVKQAIYRTDHIGLVVIDGIRDMVYDINSPSESTHVISLLMTWTDERQIHIHTI
                     LHQNKGDENARGHIGTELSNKAETVLLVEKDETDADISTVRAAHIRAMDFEAFAFRIN
                     EEALPELLDAYNVKKKAVGRPKREKFDAYRDITEAQHRKALEAAFAEKEAYGYQELAD
                     ALRKAYASVGVSLSGNKVVSLITTLKNKRMIEQKQGKKYSFLPDFHY"
     CDS             complement(52661..52969)
                     /locus_tag="SEQF2637_01546"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILEELLGKPVWQMTGEELLFLARHDYQSNNTNTVTTATKEQKR
                     FVYGIAGIARLFGCSLPTANRIKKSGKIDRAITQIGRKIIVDADLALELAGRKTGGRR
                     "
     tRNA            complement(53532..53617)
                     /locus_tag="SEQF2637_01547"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(tga)"
     CDS             complement(53715..54407)
                     /locus_tag="SEQF2637_01548"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRLIIPLYRRLFCRKGYGIHSPFVFDLITNVLEESRGYYAYTR
                     LHAAHALADPHDRLPLRDSRWLFRLANRFQPRHLITVGSGGGLTPLSLTAYVSSGLHT
                     IALEESPTTADTVRTLLHNRTMSPIEVRCGTYETELSKALTEYGRPDCIVLDVISDRL
                     ASLFHLCTDYLSDETLLLIRGIHATPLARRTWQTLFCAHPSATVCVDAYTWGIVFFRP
                     GLPRQVFRHIVV"
     CDS             complement(54404..55081)
                     /locus_tag="SEQF2637_01549"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPEVFDFLRELRANNNREWFQDNKKRYDALRADFISDVGQLIN
                     RIATFDPEIAGLDARSCVYRIYRDLRFSPDKTPYKTYFSAYMTGFGGRSSAYGGYYIH
                     LEPDTPQLAGGVWCPTSPMLKQLRRDICDNMDELAAIIDTPAFRRTFGTFTGEQLTRM
                     PQGFPADTPRGELLRFKSYVVMSVKPESYFTAPDWLDRATEDFRLLQPLNRFLNYTIG
                     EFFGKEP"
     CDS             complement(55455..56831)
                     /gene="lapB_1"
                     /locus_tag="SEQF2637_01550"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00994"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide assembly protein B"
                     /translation="MKAFYTLLTLAALLAGQTLQAQCDDWQRMVDQKRFAEVLALAKS
                     HPDTTDFAALYAAGQASEGLLKYRDAYHYYRRCPATDSARTELLVALARTAGAIGQTD
                     EAERYLLQLRARDTADFYANHQLARFYDRQGDTERAKAYYEKLLANDPQNPVLMRNVA
                     DCARQLGQNGVAMVTYMEAFQVEPENALAAAALANYMLSMQLADIALEVCDKALSYHP
                     RHRALRRNRGMALFSMNEYGAADSVYAALLSEGDSSQLTLKYGGCARYYTGHFMDAIP
                     LLESAYEGDTTAIDVCLLLGSALGRTYDRRRAFALFDRAEALMQPAPALTDMLTRFRA
                     ETFERDGQKERSDALYYQLWTERNRFDLLGRIWEHYNDTERAEKDEAYARRSRFITVL
                     FATEYLARPKRDAKLMSFLNTQLNKFVSDMFFRQTKQLPTLAPDGKVGVCTEQQLQTL
                     MSRLQGVR"
     CDS             complement(56906..57091)
                     /gene="trpA"
                     /locus_tag="SEQF2637_01551"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00131"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase alpha chain"
                     /translation="MIGFGVSNRATFSDACRHASGAIIGSRFVSLLEEEGGDATRAIV
                     RLKEAIGGPAASAEAGK"
ORIGIN      
        1 ggttaagacc aggcaggtgt ggttgcgaca ctcgcggtcg tccattgcgt tggcaactac
       61 agccacaagc cattttgtca ggtgcagcag ccatttctcc gggttacgga cgacgacgca
      121 gtcggccaat tcacggatgg cgtgcgtatt tgagtcatcc agtgcagcgg cgggcaaggc
      181 tttgaaatac gcctgtatgg gattgacacg gggcgaaaag ctgctttcaa tgatcgagta
      241 gaggttgtcc ggagaggtcg tgatcccggc ctcattgtcg agttcgcggc gcagcgtgtt
      301 gatctcatag cgaccgactt ttacgaatcg ggtgtcctcc tgaccgcgat attccgcccg
      361 tccccaaacg gtgttgtatc ggaatgcgta atgccgggcg aggtaggcct cgatctcccc
      421 gttctttgat gaacgtccgc cgttgtccgg tgttttactg gcgtttatct tgcttctatc
      481 tgcctgtttt ttcatggtcg gtttggatgg gttctcggag gcgaaagtgt gatgagcatc
      541 cccggcatcc aagcatacag tgctgtccgg catggtgttg cgcccggttg ctgctgattt
      601 cttcgggaaa caggacttac aaggaagtga ttcgctcctt cgataagaca aaatggcagt
      661 gaaaggaaag gaggccgggg acaattcgca ggctgctatc tgctttcact tgcggcagtt
      721 ttccgaatgg acggaagcgg cgtccatgct acaccggctg tttccttact gttccatttg
      781 catccctcct gttcctgatt gcgttgacgg tgtttggcgt gcgatttaag tttgccgccg
      841 aaaacagtaa aacctaaata ccaaccaaaa actaatacgt gaatccatga agtatttgat
      901 tattacagag gccgattggc tgagcctgcg cgatgaggtg ctgagcctca cagaatgttg
      961 catgaaggct ttcggagaag agtctaaata cacggactgg ctacacaatg gggacgtctg
     1021 ccgactactc ggcatcagca aacgcacctt acaacactac cgagacacaa gtgtgttacc
     1081 cttcgcgcag atcgggcaca agtgctatta caaacgagag gaatatttgc tgatattttt
     1141 ctccggaacg tatctcaacc acgttcggaa cgtattacaa ccacctcaga acctattaga
     1201 atacgttcgg aacctattct aatacgttcc gaacctatta gaaccacctc accaacgtat
     1261 tctaaccacc tcggaacgta ttacgaccac ctcaccaacg tattctaacc acctcaccaa
     1321 cgtattctaa ccacctcgga acgtattaca accacctcac caacgtattt cgaccacctc
     1381 ggaacgtatt aagggccgcc tcggaacctc ctccccgata catagaaaag aggggcggag
     1441 cacccttgtt gctgggtgtc cgtccctctc ttgcggtgtc tacagcgtca ccccggggga
     1501 ggggggagcg ctgcgtgcgg gggactctta gtcgatgagt ccttcttcgc gtgcctgatc
     1561 ctcgcccgac tgggtgatga gcttgtagcc cttgccgtgg atgttgatga tctcgatgtt
     1621 gggatcgtcg cggagcagct tgcgcagctt ggtgatatag acgtccatgc tgcgggcgtt
     1681 gaagtagttg tcgtctaccc agatggtctt cagggcgtag ttacgctcca gcacctcgtt
     1741 ggcatgggcg cagaggaggg tcagcagctc gcactctttg gtggtgagct tggtcatctt
     1801 ctcgccgatg gtgagggtct gcttctgggt gtcgaacatg aactggccga tgcgatagaa
     1861 gggcacgtct ttgggcttct tgcccttgac gcggcgcagg atggcttcga tgcgcgagag
     1921 gagcacctcc atgctgaagg gcttcgtgag gtagtcgtcg gcgccgttct tgaagccctc
     1981 gagcacgtcc tcgttcatcg tcttggcggt gaggaagacc aggggcacgt cggggttgat
     2041 ctggcggatg tcctgcgcca gggtaaagcc gtccttcttg ggcatcatca cgtccaagag
     2101 gcagatgtca tacttggctt cggaaaagcc cttcagacct gcttcgccat cggtgaagag
     2161 gtcggtggta aaacctttgg cctggaggta ttcgcggagg atcataccca ggttctcgtc
     2221 gtcttcgcag aggaagattc tcaatttttc atccatcata atgcttgtac tatttaatga
     2281 gtggtaaagt gataatgaat ttggttcctg atttcgattc ctgttgttcg gcgcggatcg
     2341 tgccgccgtg atcttcgacg atcttgtgga cataggccag gcccagtccg aagcctttca
     2401 cgtcgtgcac attgccggtg gggacacgat agaagcgaac gaagatcttc ttcaggtgtt
     2461 cttttttgat gccgatcccg ttgtcctcga tgaggaattg gagcttgccg ttctcgttgc
     2521 gggtgcgggc catgaggcgc aggggcactt ccttgcggcg atacttgacg gcgttgtcca
     2581 gcaggttgaa gagcacgttg gtcaggtgca tctgatcggc gtagatggtg gagtccaagg
     2641 cgccgagatc gaggtcgatc gtgccgccat atttctccac cttgagcgtg aaggtgctca
     2701 ccacggaggc caggaggtcg ttcgcgtcga tctccttgag cttgagcgcc gtcttctgtc
     2761 gttcaaagag cgacatctgc aagaccttct ccacgaggaa gcccagtcgc cgcgattcgt
     2821 cgttgatgac ggtcgagatg tgtttgaaca cctcgggttg cttcgtgaga tccgtgtcgc
     2881 ggagcatctg ggcggccagt gagatggtcg atacgggcgt cttgagctcg tgggtcatgt
     2941 tgttgacgaa gtcggttttc atctccgaga gtcgcttctg gcggaagatg atgtagatgg
     3001 tggtgatgaa cgtgacgagc aggatgaacg agaagacgat cgagggcact aggaaggaga
     3061 ccgaccccga gatgtagtcg cgcttcgtag ggaaatagac cttgaggtag ttccacttcg
     3121 agggcggatc gttggggtag agcacctgcg tgaccacgtc ggccgcccgg ggaggcttct
     3181 cgaacgattc gttttgatag accgtcacgc cgtccttgtt caccacggcg aaaatgtagg
     3241 gcagatccag accgctgttg atgagctcag cgcggaggta gctgtcgagc gtacggaagt
     3301 ccacgcgttc gttgatgggc ttgaggtagg ccgtgtagac cagatcatag agcacctcgt
     3361 cgatcagtcc ggcctgatac tggtagcgct tcagcaggtt cttctgttgc tcctcggaag
     3421 cgcggatgat ggtgttctta tgcggcgggt tggcggtgac ggttttggtc gagatctcga
     3481 tatgctcgaa accgctgtcg gggccgcctt ggatgtagac ttcgctgtgg gtgatgttct
     3541 gggcgatggc ctgtcggtcg ggagggttct tatacatgaa gctgctgcca taggtgtcga
     3601 tgtcctcctc catgtatttg cgggcctcgt ctttctccag cgccgatgag acttcctcaa
     3661 ggcagtggcg cacggtggcg tcgaactgct cattgctggt cttcataatg atgctgatgt
     3721 agttgacttg cagatagagc aaccccgcaa aggcgaaggc catcactatg gcaagcatcc
     3781 aaatcgttga cttcttcatt ctcttctgtt tcctgtcccc gtttttaaca caacaaagaa
     3841 cgggtatttc ggtttaacat tttacgaagg ggtaaaaaaa tgagcgtagc ggggtcaggg
     3901 tgcagggcca ttttcgtggg tatatatata ggtataggcc gatcggcctt ggatggcgca
     3961 tacagtgccc ccctcggaag gcggcctttt tcactttgcc ctaactcgga gcctcccccg
     4021 aaaaggcaga atcttactgc ctacttacct ttgcccccga agaaaaaatg atcattccct
     4081 cgaaaacgaa tcaaatagaa atggaacgcg atacccttgt gcgactcgaa aacgtggagc
     4141 tgaccttgga cagcgatgtc atcctccgcg acgccacctt ctcgctcctc agcggtgagt
     4201 ttgtttacgt catcggacgt gtcggatcgg gcaaaagcag cctcctgcgc gccctctacg
     4261 ctgagctgcc cgtagccggt ggccaggcct ccatcatggg atacgacctg cacggcatca
     4321 gccttcgcga cacagccgga ctgcgccgcc gccttggcat cgtcttccaa gactttcagc
     4381 tgctcactga tcgcactgtt cggcgcaacc tcgagtttgt cctccgtgcc accggatgga
     4441 aaaaccccga cgacatcgat cgacgcatca ccgagacact ccgccaaacc ggcatccccg
     4501 acaaagccga acgcatgcct cacgaactct ccggcggcga acagcaacgc gtggccatcg
     4561 cccgcgccct actcaacatg cccgccatca tcttagccga tgagcctaca ggcaatctcg
     4621 atccagagac cggccgacac atcgtgggac tcctccacga catctgccgc agcggtacgg
     4681 cggtcgtcat gaccacacat aactacgacc tcgtccgtcg ctatcctgca cgcgttgtca
     4741 aatgtgagga cggtcgcctc acctccctcg aggcacccat cgaatcagca aacatcatca
     4801 ccccctaaaa acattaccca catgaacgta ttgaaattcg gaggcacctc cgtcggctcc
     4861 gctgaacgga tcaaaaacgt ggcgcgcctc atcaccaccg gcgacgagcc acgcatcgtc
     4921 gtcctctccg ccatggccgg tacgaccaac gcccttgtcg aaatagccga ctacctctac
     4981 aagaaaaacc ccgacggcgc caacgaggtc atcaaccgcc tctcgctcaa atacgccgag
     5041 gcgatcaacg acctctacgc aacgccagaa taccgccagc gcgctgaaga gagcgtcacg
     5101 gcgcatttcg acctcatccg ctcactcatc aaggacatgt tcacctcctt cgaggagcgc
     5161 atcattctgg cccgtggcga actcatgtcc accgaaatga tgcacctcta cctcgcggag
     5221 caaggcatcg cctccactcc cctatcggcc ctcgacttca tgcgcaccga taagaatgcc
     5281 gagccggacg ccttcttcat caaggagaac ctcctcaacc tcctcgatca gtatcccgac
     5341 gaaaagctct tcatcaccga aggctatatc tgtcgcaatg cctatggcga gatagacaac
     5401 ctccagcgtg gtggcagcga ctacaccgct tcgctcatcg gggccgccgt ccgtgcctcc
     5461 gaagtacaga tctggaccga catcgatggc atgcacaaca atgacccgcg cattgttgac
     5521 gggaccacgc ccgtccatcg cctcaatttc gacgaggcag ccgagctagc ctacttcggc
     5581 gccaagatcc tccaccccac ctgtatcctg cctgccaagc agagcaacat ccccgtccgc
     5641 ctgctcaata ccatgcagcc cgacgctccc ggaacgctca tctcaaatga gacagatcgt
     5701 ggaacaatca aagccgtcgc cgccaaagac aacatcaccg ccatttggat caaaagcgga
     5761 cgcatgctcc tggccaccgg ctttatgcgc aaagtcttcg agaccttcga gaaccatcgc
     5821 acccccgtcg atatggtcac cacctccgaa gtgggtatct ccgtcaccat cgacaacccc
     5881 aagcacctcg aagagatcgt tgacgacctc aagcgctacg gtaccgtcac catcgaccgt
     5941 gatctggtca tcgtctgtgt tgttggcgac ctctcctggc agcacctcgg cctcgaagtc
     6001 cgcatcatca gtgcccttcg cgacatccca gtccgcatga tctcctacgg cggcagtaat
     6061 tacaacctct ctctccttat ccccgctgcc gacaaagcac gcgcactccg ggctctcagc
     6121 cgccacctct tcgacgcgcc agaagccacc gcagagcaat gaattcacga ataaatatgc
     6181 gaaccattac tactcatcga agcgtcggga aagccgctct cttgctcttc ttccccgctg
     6241 ttgccctcct actacagtca gctgtcacgc tctacttaca tgccgttgcg ctctacatag
     6301 ccgctctcgt cctccctatg accatcctcc ctccgaccgc cctactcctt tatcggcggt
     6361 acggtctgcc cgcgggcgtc gtcgtcaaat atgccctcgt ctccctcgtg cttatcaccc
     6421 tctctaccct tctccctctg ctcttctcca gcgtgtgaca ctgtcagcat cctttatccc
     6481 caatcggtcc attagagcaa tccacaattc cctaaatcat ggtgcttgat cgagagatgt
     6541 tctaatggcc gattggggat gaatcgtatc catgtgatag tgtgaagccg cttcgctcct
     6601 cctgttctcc tcttatccaa acgcagaaaa tcccatcaag atctcattag gcctttcgta
     6661 acgtgagtcc gatgtaggaa ataaagctcg ccagaaagtt tctacggaag ccacgcgatg
     6721 ccccaaacgc ctttggaaat gcttgcaaca ttattgcaac gaggaaaaag tggtttttgg
     6781 cgtttgcaag attgttgcaa gcatttccaa aagcactttg gccgttacag tgctctatca
     6841 aagacattct tctgggataa ggagcctcat tttctttcgc cgaatccgca ttttataaca
     6901 tgggaaataa acatctcgat cgaaagcaac caagatcaat cgaaatacac ctctcataaa
     6961 tatcccagag ttttccctcg cgagttgtcc ctttgtcgag aatgagggcg ttacgaaaac
     7021 tatcttgccc ctcccaaata cgtcgtttcc catccctcgc tatctatgtt cttgcaacac
     7081 ggaatgcctt gaaacccaaa ttcatttcat gtctccattt gcgagataga aaatagcgcg
     7141 tatctttgcc acccgaattt ggaataagaa aaaacgtaaa cgtgtttaaa cagtagaaag
     7201 atgcctacaa ttcaacagtt agtaagaaaa ggcagagagt cactcgtcgt gaagggcaag
     7261 tctcctgctc ttgatgcctg cccgcagcga agaggtgtgt gcgtgcgcgt ctatacgacc
     7321 acgccgaaga agcctaattc tgcgatgcgt aaagtggctc gtgttcgtct gaccaatcat
     7381 aaggaggtga attcctatat tccgggtgag gggcacaacc tacaagagca ctccatcgtt
     7441 atggtgcgcg gtggccgtgt gaaagatctg ccgggtgttc gctatcatat tgttcgtggc
     7501 acgctcgata cggcgggtgt agcaggacgt actcagcgtc gttcaaagta tggtgctaag
     7561 cgtccgaagc cgggagcagc tccggctgga aagaccgcag ggaagggtaa gaagtaagta
     7621 cactgcgaga gagaagatat aagagttcga aatttcataa tcggtttgag tggttgggat
     7681 agatagagat tgatgacatt gagggttgag taaatggctc ggaggagtcg ttgaagacag
     7741 gataaagaat caacaaccaa gcgcgaaaac gaaaattctg aagataaatg agaaaatcaa
     7801 agccaaagaa acggcagatc ctcccggatc ctgtctatgg tgatgtgcgg gttacaaagt
     7861 ttgtaaacca tctgatgtac gacggtaaga aaacggtgtc gtacgaaatc ttttatactg
     7921 cattggaacg cgtgaaggcg aaaatgccga acgaagagaa gtcagcgctt gaaatttgga
     7981 aagcggcgct cgaaaatata accccgcaag tagaagtgaa gtctcgccga gtaggcggag
     8041 ctacatttca ggttcctact gagatccgcc cggatcgtaa ggagtccatt tcaatgaaaa
     8101 atttaataga gtacgctcgc aaacgcgggg gaaagtcgat gtcggagaag ctgagtgccg
     8161 agatcgtcga tgcgttcaat agtcaaggtg gcgcattcaa gcgtaaggaa gacatgcacc
     8221 gcatggctga agccaaccgt gcgtttgcct atttccgttt ctaacaatga gcaataaaaa
     8281 agaagatgag taaggctgac gaaatactga aatatacacg gaatatcggc atcatggcgc
     8341 atatcgatgc cgggaaaaca acgacatcgg aacgtattct tttttacaca ggtctaacac
     8401 acaagatcgg tgaggtgcac gatggtgccg ctacgatgga ctggatggcg caggaacagg
     8461 agcgaggaat cacgattacg tctgctgcta ctacgacttt ctggaactac aaccaggaga
     8521 agtacaaaat taatttgatt gatacccccg gacacgtaga ctttaccgtt gaggtggagc
     8581 gttctctacg tatcttagac ggagccgtag cagcgttttg tgctgtaggt ggggttgagc
     8641 cacagtcgga gacggtatgg cgtcaagccg ataaatacaa tgtgcctcgt atcggatatg
     8701 tgaacaaaat ggatcgttcg ggtgccaact tctttgaagt ggtacgtcag gtgcatgacg
     8761 tgctgggtgc tacaccttgt ccgattcaaa taccgattgg tgcggaagaa agttttaaag
     8821 gcgtcgttga tttggtaacg atgaaggcga tctattggca cgacgagacg atgggcgccg
     8881 agtatgaaat cgatgagatt tcggctgatt tacaagctga ggcgcaagaa tggcgtgaca
     8941 agatgctgga aaccattgcg gaattcgatg atgcggtgat ggagaagtat ttcgatgatc
     9001 cgtcgaagat tactgaagac gaaattcgtg ctgctattcg caaggggaca ttgtcaatga
     9061 agatcaaccc gatgatatgt gggtcttctt ttaagaataa aggtgtgcag actctgcttg
     9121 acgctgtttg tgcgtacttg cctagcccgg cggatacacc ggcagtgaca ggacatgatc
     9181 cgcgcaattc agaggtcgta attgagcgta aacctcttcc tgaagagccc ttgacagcac
     9241 tggcatttaa gattgcaacg gatccttatg tggggcgttt gtgctatttc cgcgtatatt
     9301 ctggagaggt aatagcgggg tcgtatgttt tgaatacacg ctctgacaag aaggagcgta
     9361 tctctcgttt gttccaaatg cactcgaaca aacagaatcc aatggaaaaa attggttgtg
     9421 gagatattgg agctggtgtc ggtttcaagg atatacgtac aggtgataca ctttgcgacg
     9481 aaaaccatcc gattactctc gaatcaatcg aatttcccga tccagttata ggtgttgcgg
     9541 ttgagcctaa gacacagaaa gatcttgata aattgggagt aggcttagcc aagttggcgg
     9601 aagaagatcc aacattccgt gtagagacga atgaagagac gggacaaacc gttattcgcg
     9661 gtatgggcga gctccatctt gaaattatta tcgatcgttt gcgccgtgag tttaaagttg
     9721 aatgtaatca gggacgccca cttgtatcgt ataaggaggc tatcacaaag ccggttgagc
     9781 tgcgtgaagt ttacaagaag cagacaggtg gtcgtggtaa atttgctgat atcattgtgc
     9841 gtctcgagcc tgctgatcct gattttgaag gccacttgca atttgtggat gaagtgaaag
     9901 gtggaaacgt tcccaaagag ttcattccat ccgtgcaaaa aggttttgag aaggcaatga
     9961 ctaacggtgt actggcgggt tatcctttgg atagcatgaa ggtgacgttg atagatggct
    10021 ctttccatcc ggtggactct gaccaattgt cattcgagat atgtgctatt caggccttca
    10081 agaatgcatc agagaaggcg gctcctgttc ttatggaacc tattatgaag ctggaggttg
    10141 ttactccaga ggaaaatatg ggagatgtga ttggcgactt aaacaagcgt cgtggacaag
    10201 ttgagggtat ggagtcaagc cgtacgggca ctcgcatcgt aaaagcaaag gtgccgttag
    10261 ctgagacctt tggctatgtg acagctttgc gtactatcac ctctggtcgt gcaacatcgt
    10321 ctatgcaatt ctctcactat gctcaggtat ccccatcaat agccaagcaa gtgctgacag
    10381 aggtgcaagg tcgggtcgat ttgattaaat aatatagtaa catagcgata tgagccaaaa
    10441 aatcagaata aaattgaagt cttacgatta ttctttagtt gataaatcgt cagagaagat
    10501 tgtgaagaca gtaaaggcta ccggtgccgt agtaagcggc cctatcccct tgccaacaca
    10561 taagcggatt tttaccgtga atcgctcgac tttcgttaac aagaagtcgc gtgagcagtt
    10621 tgaactctct tcgtataagc gtttgattga catctatagt tcaactgcga agacggtaga
    10681 tgcgttgatg aaactagagc tccccagtgg tgtagaggtt gaaataagag tgtgaaatag
    10741 tttaatagat aagcgaaatg ccgggattgt taggaaaaaa aatcggaatg acatccatct
    10801 tcagtaccga gggaaaggat cttccatgta ctgttatcga agtaggtcct tgtgtagtta
    10861 cgcaaataaa aaccgtagag agtgacggct acgaggcaat tcagttgggc tttcaagaga
    10921 agaaagaaaa gcatacgaca aagccggaag ctggccattt caagaaagcg ggtgtagctc
    10981 cacaaagata cttggctgag ttcaaaaatt tcaacgctga gtataagctt ggcgatgtac
    11041 tcacagtgga tttcttgaat gacacaacat atgtagacgt cgtcggtact tctaaaggga
    11101 agggttttca aggagtcgtt aaacgtcatg gatttggtgg tgtaggtcag agtacacacg
    11161 gacagcataa tcgtgctcgt aagccaggta gtatcggagc ctgttcttat ccagcaaagg
    11221 tgtttaaagg tacacgtatg ggagggcaga tgggcaatgt tcgtgtaact gtccaaaatt
    11281 tggaagtgat caagatcctt ccggagaata accttctgct agtgaaaggt tctattccgg
    11341 gagcgaaagg ttcaatcgta ttaatagaga agtgagtgta tgatactgag cgtattgaat
    11401 agaagaggag aagatactgg tagaaccgta gaattaagtg acgctgtatt tggtatcgaa
    11461 ccgagtgacc acgccatcta tttggatgta aaacaatata tggctaacaa tcgtcaaggg
    11521 acacataaat caaaggagag gagtgaggtc tctggaagta cgcgtaaact tatccgccaa
    11581 aaaggtggtg gaggagctcg tagaggggat attaattctc ctgtacttgt aggtggtggg
    11641 cgtgtttttg gcccgagacc gcgcgattat agttttaagc taaataagaa ggtaaagctt
    11701 ctagcacgta gatcagctct ttctcataaa gcaaaagaca atgcaattat gattgtcgag
    11761 gattttacga tggatgttcc gaaaactaag gagttcatag cgatagtgaa ggatttaaag
    11821 ttggagggca agaaaatgtt gttcgtgctt cctgagaaca atcgtgctat ttatctgtcg
    11881 gcacgtaatc tatctcagac tagggtgatg aatgtctcag aattaaatac ttatcgggta
    11941 atggatgctg tggctcttgt gtttacagag aaatcgatag cagtggttga acaactttta
    12001 aatgtgtaag gaggcgaaat gatgggatta attattaagc cgatattaac agaaaagcaa
    12061 actctaatca cagaaaaaag gccaaatcgc tatggatttt atgtgactcc tgacgcgaat
    12121 aaattagaaa ttaagagggc cgttgaggaa atgtataagg tgagtgtaga gaacgtaaat
    12181 acgatgaact atttcggtaa acgaaagagt cgttatacga gatctggcgt tatcaatggt
    12241 aagcaatctg cttataaaaa ggcgatcgtt tcattaaaag agggagaggt gattgacttc
    12301 tttgcgaata tttaatagag aaaaatgggt atacgtaaat taaagcccac atcaccgggg
    12361 cagaggcata aggttattgg tgcatttgat aagattaccg caagtacacc ggagaagtct
    12421 cttgttgtag gtaagaagaa aacaggagga cgaaataaca ctggtaaaat gactatgcgt
    12481 tatatcggtg gagggcataa acgtcgtttt cgtcttattg attttaagag aaataaagat
    12541 ggcgttccgg caacagtaag atctatagaa tacgatccta acaggacctc tcgtattgcg
    12601 ttgctgtatt atgctgatgg agataaacga tatatcgtgg caccaaacgg cttggaggtt
    12661 ggtcagacag taatgtctgg aaaagatgct cctcctgaga taggaaattc gttgcctatg
    12721 caaaatattc cggtcggcac gattattcat aacatagaac ttcgtcctgg gcaaggggct
    12781 aagttggttc gttccgcagg tgcatttgca caattaacat caaaagaagg gacttatacg
    12841 gtcataaaga tgccttcagg tgaaactcgg agaatacttt ctgcatgtaa agctacggtg
    12901 ggaagcgtgg gaaattctga tcatgctctt gaaaaatcag ggaaggctgg acgttcaaga
    12961 tggttgggac gtcgtccgca taatcgtggt gttgtaatga atccggtaga tcacccgatg
    13021 ggtggtggtg aaggacgtgc ttcaggaggt cttcctcgtt ctcgtaaggg cttatatgca
    13081 aagggactaa aaacaagagc tcctcaaaaa gcatcctcta agtatatcat tgagagaaga
    13141 aagaaataaa ctgattaatt gagagaatat gagtcgttcg ctaaaaaaag gtccatatat
    13201 caacattaaa ttggagaaga aaatcttggt catgaatgaa tcgggcaaaa aagctgtggt
    13261 aaaaacgtgg gcacgagcat caatgatatc tcctgatttt gtagggcata caatagctgt
    13321 ccataacgga aataagttta taccagtgtt tattaccgaa aatatggtag ggcacaaatt
    13381 gggagaattc tcaccgacac gtatatttcg aggacatgcc gggaataaga agtaaaataa
    13441 tagaaaggta aatatagaat gggcaagaga aagaaggtat cagcagacgc cagaaaagag
    13501 tccctgaaga atgtctcttt tgctaagttg cgaaatgtgc ctagttcacc tcgtaagatg
    13561 cgcttgatcg ttgatacgat tcgtggtatg gaagtattca gagcattagg tgtattgaga
    13621 ttctcaaata aagatgctgc gataccggtg gaaaagcttc ttcgttcagc tatcgctaat
    13681 tgggaacaaa aaaatgaacg tcgagctgaa agcggagaac tatttgttgc atctgtaaat
    13741 gtagatgctg cgacgaccct taaacgtatg cgtcccgctc cccaaggaag aggtttccgc
    13801 attaggaaac gttcgaatca cataacattg tttgttgata caaagaatac ggcctctaag
    13861 atgttgagtg taagtgataa gaataaggac gatcaaaatt aagaatagat gggacagaaa
    13921 ataaatccga ttagtaatcg tttgggtatt attcgaggtt gggattctaa ctggtatggg
    13981 ggtaatagtt atggagatac attgctggaa gatagtaaaa tccgtagcta tctgaatacc
    14041 cgtctggcta aagcaagtgt gtcacggatt gttattgagc gcacgttaaa acttgtaacg
    14101 attacagtgt gcacttcgcg tccaggtatc attataggta aggctggtgc agaagtggat
    14161 aagctgaaag aggagttaaa gaaaatcaca gataaagatg tgcagattaa tatctttgag
    14221 gtgaaacgtc cagaattgga cgccgtgatt gttgctaata atattgctcg tcagttagaa
    14281 ggaaagattg cgtatcgccg tgccattaag atggcaatag cttcgaccat gaggatggga
    14341 gcagaaggaa ttaagataca ggtttcagga cggttaaatg gtgccgaaat ggcgcgttca
    14401 gaaatgtata aggaaggtcg tacacctctt catacatttc gggcagatat cgattatgca
    14461 ttggctgaag ccttgacaaa ggttggtctg attggtgtta aggtttggat ttgtcgtgga
    14521 gagatatacg gcaaaaagga tctagctccc tctttttcta cacctcggga ttttgcacgc
    14581 cgtgcaggag atggcggtgt gagacgcgat aaccgtggag gtaaatcata tagaagaagg
    14641 gatagagata ggattagtcg ttaatttgaa taagacagga ttatgttaca accgaagaaa
    14701 actaaataca ggaggtctca gaaggggcgc gcaaagggtt gtgcgcaacg aggtaaccag
    14761 ttggcttttg gttcatttgg catcaagtca ttaggaacaa aatggattac tggtagacaa
    14821 attgaagccg cgcgtattgc tgttacaaga catatgcagc gtcaggggca ggtttgggtt
    14881 cgtatctttc cagataaacc gattacaaag aagccgttag acgtacgtat gggtaaagga
    14941 aaaggaaatc cggaaggatt tgtagcctcg attacaccgg gacgtcttat ctttgaagta
    15001 gaaggtgttt cttttgaaat agcaaaggag gcattgcgtt tggctgctca gaagcttccg
    15061 gtaacgacga aatttgttgt tcgtcatgat tatgatatgc agaatgaaat ggcataagcg
    15121 ttatgaagat aaaggaaata agagaattga gcattaagga gctgcatgaa aggattgatg
    15181 cagaaacctc ttctctgaat cagaatagga ttaatcatag tatttcgccg ctggacaatc
    15241 cctctgctat taaggaacag cgtcgttcta ttgctagatt aaatacggag ttgcgtcaac
    15301 gtgaattgaa tgacaataag gtttgatatg ggaacaagaa acttgagaaa agaaagaact
    15361 gggatagtct ttagcaacaa gatggataaa agcattactg ttgctgtacg atggaaggag
    15421 aagcatccca tttatggcaa gtttgtcaat aagacaaaga aatatcatgc ccatgacgaa
    15481 aggaacgaat gtaatgaggg tgatactgta agaattatgg agacgcgtcc gttgagtaag
    15541 acgaaaagat ggcgtttggt tcagatcata gaaagggcaa aatgatatga tacagcagga
    15601 gacaagatta gtagtagccg ataatagtgg ggctaaagaa gccctctgca tccgtgtttt
    15661 aggaggtacg cgtaaacgct atgctaccgt tggtgatatt atagttgtaa cggtgaagag
    15721 tgtaatccct tcgagtgata tgaaaaaagg ggcagtctca aaggcaatta ttgtgcggac
    15781 gaaaaaagag atccgtcgtc aagacggttc ttatattcgt ttcgatgata atgcttgtgt
    15841 attgcttaat caggctgggg aaattagggg aagtcgtatt tttggacctg ttgctcgtga
    15901 gctgcgtggg gctaatatga agattgtttc attggcacca gaggtgctgt gatttataaa
    15961 ggaattaatg caatgagtaa gttacatgta aagaaagggg ataccgttta cgtaaataca
    16021 ggagaaaata aaggaaagac tgggcgtatt ctggaagtcc ttgtaaaaga gaatagagcg
    16081 gttgtagagg gtatcaatat tgtaacgaaa catacaaaac ctaatgcaca aaatcctcag
    16141 gggggccgtg ttacgaaaga ggcttcgatc catatttcta atttgaattt gttggatcca
    16201 aagagtggaa agccttcgcg tattggtcgt aaagaggtgg atgggaaatt agtccgttat
    16261 atgaaaagat caggagagga aataaagtaa tgggtgcgat tgctacagta aaacaagatt
    16321 atagagagag gattgtccca gctctaaaga aagaatttga ctactcctca gtgatgcagg
    16381 ttcctgtact gaagaaaatt gtgatcaatc aggggctggg gatggctacg gctgataaga
    16441 aaatcattga tgtcgcaatt gatgagctat ctcttattac gggccaaaaa gctattgcta
    16501 cttattcgaa gaaagatatt tcaaacttca aacttcgtaa gaagatgcct attggtgtga
    16561 tggtcactct ccgtcatgat aggatgtatg aatttttaga gcgtttgata cgtgttgctt
    16621 taccacgtat cagggatttt agaggcattg agggcaaact tgatggcaga ggaaattaca
    16681 ctttaggcat cgaggagcag attatcttcc cagagataaa tatcgataat atcacaaaga
    16741 tattgggaat gaatatcact ttcgtaactt ctgcaaagac agataaagaa gggtttgctc
    16801 ttcttcgtga atttgggctg ccttttagaa atatcaaaaa gaatcaagcg taatggcgaa
    16861 ggaatcaatg aaagctcgtg aaatgaaacg ggcaaaatta gtggccaagt atgctgctaa
    16921 acgtgcgcag ttgaagaaag aagggaatta tgaggccttg caggcgatcc ctaaaaatgc
    16981 ttcacctgtt cgtctacaca atcgttgtaa aataacggga cgacctaagg ggtatatgcg
    17041 tcaatttggt atctcgcgta ttcagtttcg tgagatggct tcgcatggat taatccctgg
    17101 tgtaaagaag gctagttggt aaaagagagt gataaatatt gtccagattc gctggattaa
    17161 tttaaacgag atatgacaga tcccattgca gattatttga ctagattgcg aaatgcaata
    17221 aaagctcggc accgtgttgt tgaggtgcct gcatcaaact tgaaaaaaga aatcacaaag
    17281 attctttttg agaaaggcta tatcctcaat ttcaaattta tggatgaagg ggtacaaggc
    17341 acgatcaaaa ttgctttaaa atatgatgct gtaaacaagg tgaatgcgat taaaagatta
    17401 gatcgcgttt cttctcctgg tttacgtcgc tatgtaggtt atagaaatat gccaagagtt
    17461 ttaaatggtt tgggcatagc gattctttct acttctaagg gagtgatgac taacaaggaa
    17521 gccagcgaac agaaaatcgg tggtgaggtt ttgtgctacg tttattgata ggaggaggtt
    17581 agtaatgtct agaattggga aattacccat agaggttcca agtggtgtag ccgttacaat
    17641 aaaagatgat cttgttacgg tcaaaggtcc gaagggagag ctttctcaaa gggtaaactc
    17701 ggatattaag gtttctcttg agaatggaat attaaaagtt gaaagaccta ccgatgctaa
    17761 agagcatcga gcactgcatg gtctgtatcg tgctttaata cataatatgg ttgtaggcgt
    17821 ttctgaggga tataagaaac aacttgtatt agtgggggtt ggttatcgcg tggcgaataa
    17881 tggtcagatt ttagatctgt ccttaggtta tacgcacaac atttatcttc aattgcctca
    17941 agaagtgaag gtcgaaacga aatctgaacg caaccagagc ccaatgatca ttttagagtc
    18001 ggctgataaa cagttgcttg gtcaaatctg tgcgaaaatt cgatctttcc ggatgccaga
    18061 gccatataag ggcaaaggta tcaagtttat gggtgaagag atccgtagaa aatcaggtaa
    18121 atctgcagcg aagtaaagca acgaaaggag taggtaaaaa tggtaacgaa agaagcaagg
    18181 cgcttaagaa taaagcaaag tatacggaat aaagtatccg ggacctcaga gtgtccacgt
    18241 ttgactgtct tcagaagtaa taagcagatt tatgcgcaag tgatagatga tacgacaggg
    18301 aaaacattgg ttgcggcttc atccttaaag gtaattgatg gcggtccaaa aaaggagatt
    18361 gcggcgaaag tcggtgagac cattgctaaa aatgcacaag aggcaggagt gcatgcggtc
    18421 gtttttgatc gtaatggata cttgtatcat ggtagagtaa aagaattagc ggatgctgct
    18481 cggagaggcg gtcttaaatt ttgaaggaaa tggcagtaaa caatagagta aaatcgacta
    18541 gtgatttaga tttgaaggat cgtttggtcg caatcaatcg tgtaacaaaa gtaactaagg
    18601 gtggtcgcac gtttagtttt gcagcgattg ttgtggtcgg aaatgaagac ggcgtaattg
    18661 gctggggctt aggaaaagcc agtgaagtga ctacagctat agcgaaaggc acagagtctg
    18721 ccaaaaagaa tcttatcaga atacccattc ataaaggtac gatccctcac gaacaaactg
    18781 ctaaatttgg tggagctgag gtgattatta agcctgccac tcatggtact ggagtgaagg
    18841 caggaggtgc aatgcgtgct gttttagaaa gtgttggtgt aacagacgtg ttggctaaat
    18901 ccaaaggctc atcaaatcct cataatttag taaaggctac gattgcggct ttgaatgaat
    18961 taagaagtcc tgcaatggtt gctcagaatc gtaacgtctc tattgagaag gtttttaagg
    19021 gataaatcga gaacagtcaa atggcaacaa ttaagataaa acaagtcaga agtaggatca
    19081 aatgccccaa agtacagaag agaactttgg atgccttggg attgaggaag ctgaaccgtg
    19141 tagttgaaca tgaagacagt ccatcgattc gtggaatgat agaggttgtg aagcatttgg
    19201 ttttagttga agaatagtaa tgaaagggat gcttaaagat ggcgtcctat aaaatcatat
    19261 tgatatgaac ttatcgaact taaaaccggc ttctggctcg gtaaagacaa gaaaacgtat
    19321 agggcgaggc ccaggatctg gcttgggcgg aacctctaca agaggtcata aaggagcgaa
    19381 atctcgttct ggctataagc acaagatcgg ctttgagggt ggacagatgc caatacaacg
    19441 gcgcttacct aagtttggtt tcaagaatat aaatcgcata tcttataagg ctatcaatct
    19501 ctctactcta caagaattag ctgagtcaaa gaacttgact catattggct tgcaagaatt
    19561 gagaaatgcc ggatttattt ctgcgtctca attggtcaag attttggcga agggaacact
    19621 tacttccaag attgaagtgg aggcacatgc tttttctaag aaagcagaag atgcgatcat
    19681 cacacttgga ggatctgttt ccaaattggg cggaaagtcc gaaaaagcgg aatagattat
    19741 gagagcagtt gagacgatta aaaatatctg gaagatagaa gacctgcgga agcgtattct
    19801 gattacgctt cttctggtcc ttatctatcg tttcggaaca tatatcgtac ttcccgggat
    19861 agatccgaag gacttgactg cgcttgggga acagaccaga ggtggtttga tggctctatt
    19921 ggatatgttt tccggaggag ccttttcaaa tgcatccatc tttgcattag gaattatgcc
    19981 atatatctcg gcctccattg tgatgcagtt ggcagcaatt gtgattccgt cgttccagaa
    20041 gatgcagcga gaaggtgaaa gtgggcgaag aaaaatcaac caatggacac gctatcttac
    20101 cgtgattgtg ttgattcttc agggatcggc ctatttggtg aatctgaatg tacagcttcg
    20161 gagcgcaggg gccagtatgc ccaccgattg gtggttcaga atctcttcta ctataattat
    20221 ggctggaggt agcatgttcg tcctatggct gggtgagaga attacggata aaggtatcgg
    20281 caatggtatt tcgtttatca tcttgatcgg tattatcgcc cgattacccc attcactttt
    20341 tgaggagttt acttcgcgtg tgacggaaaa atccggaggt ttggtcatgt ttctgtttga
    20401 gatactgttt ttattgcttg tgatggcagg cgccattctg ttggtgcaag gtacacgcaa
    20461 agtagtagtg cagtatgcaa agcggattat aggcaacaag cagtacggtg gcgcacggca
    20521 atacatccct ctgaaagtaa atgccgcgaa tgtgatgccg atcatctttg ctcaggcgat
    20581 tatgtttatc ccaatctcgc ttgctggatt ctctaattcc ggagagaata gctcttttat
    20641 gcgagctttt atggataata caggcttttg gtacaacttc gtctttgcac tgttgatcat
    20701 cgcattcacg tatttctata ccgcgattac gattaatcca acgcagatgg cggacgattt
    20761 gaaacgcaac aatggtttta tcccaggtat aaagccggga cgagctacga gggaatatct
    20821 tgacgaaatc atgagtagga tcacattccc cggagctatc tttttggcta ttgtcgctat
    20881 tatgcctgca tttgcacgga tattaggaat cagccaaggt tttgctcaat tcttcggtgg
    20941 aacttcattg ctgattttgg tcggagtcgt gctcgatacg ttacagcaaa tagagagtca
    21001 tctgttgatg cgtcattatg acggcttgtt aaaatctggc cgtattaaag gaaggacagg
    21061 agctatagct gcctactgat atgatataca tcaaaacgga tgaagagata gaattgatgc
    21121 gcgaggcgaa ccagttggtg gggaagacgc tcggtgaatt agctaagcat atcgcaccgg
    21181 gagttacaac cctgcaactg gatcgtatcg ccgaaacgtt cattcgcgat catggggcag
    21241 agccggcctt tttaggttac ggtggttttc ccaattcgat ttgtgcctcg gtaaacgaga
    21301 atgtggtaca cggtataccg tctgataagg tgatcctgaa agatggagat attatatcgg
    21361 tagactgtgg aacaaagctg aatggcttcg taggtgattc agcttatacg ttttgtgttg
    21421 gaaacgtttc ggaaccagtc aaggatctgt tgcgtacaac gaaagagtcc ctttataagg
    21481 ggatcgaaca agcacaagtc ggccgtcggg taggtgatat aagccatgct gtacaggaat
    21541 ggtgtgagaa gaagaactat tcggtggttc gcgaattggt tggacacggt tgcgggcgag
    21601 agatgcacga ggatccggag gtgccgaatt atggccgtcg aggatgtgga ccacttttaa
    21661 aaagtggcat gtgcatttgt atcgagccga tgatcaatca gggaagtaag aacgtcgtct
    21721 ttgaggctga tggctggacc gtaaggacaa aagatcgcaa atgctcagct cattttgagc
    21781 attgcattgc gatacgtcct gagggcccgc ttattctatc atcattcgag tatttagaag
    21841 cagtagtagg taaagagata taagcgagca tatggctaag caagcagcaa tagagcagga
    21901 cggcgtcatc gtggaagcat tatcgaatgc catgttccgc gtcgagctgg agaatgggca
    21961 tgagatcacg gcgcatatat cggggaagat gcgaatgcat tacatcaaga ttctacccgg
    22021 tgataaggtg cgtgtggaaa tgtctcccta tgatttatcg aaaggtcgga tatcattccg
    22081 atacaagtga ataagaagct gtttggtgat tatttcggag gatgtttccg ggttgttttg
    22141 ttttcatcat ctctccacgg gcacagcgag cctatgtgag gattgatgat aaagcaaggt
    22201 ttgaaaacag acttggagcc tcgaaataga aagagtcgaa tcgtccgccc ccaaacagct
    22261 ccttgaaaac aatcatccaa tagatttcag aacagcttct aaaataaaaa cgagatagaa
    22321 cgatgaaagt aagaacctct ttgaagaaac ggactccgga ttgcaagatc gtgcgtcgtc
    22381 aagggcgtct gtatttgatt aataagaaga acccgaaatt taaggttcgg cagggttgaa
    22441 agacctgtat gtgtgcgtaa aacgagaagt gaacaaatta ctaataaacg aatatggcga
    22501 taagaatagt aggtgtggac ttaccacaag acaagagagg ggaaatcgca ttgacctata
    22561 ttttcggtat cggtcggagt gcgtccaact cgattttagc gaaagctggc gttgataaga
    22621 atatcaaggt caaggactgg actgatgatc aggcggcgaa gatccgcgag gtgatcggtg
    22681 aaggatataa ggtcgaaggt gacctgcgct cagaggtgca gttaaatatc aagcgtctga
    22741 tggatatcgg ttgctatcgc ggagtacgtc accgcatcgg ccttccggtc agaggccaga
    22801 gcacgaaaaa caatgctcgc acgcgcaagg gcaagaagaa gacggttgca aacaagaaga
    22861 aagccacaaa ataatcagca gtagaaatgg caaagaaagt agtcgcagca aagaagcgga
    22921 aagtcaaagt ggaagccgtt ggggaagccc atatccactc atcgttcaac aatatcatcg
    22981 tgtcgctgac caacagtgat ggtcaggtta tcagctggtc gtcagccggt aaaatgggct
    23041 tccgcagctc caaaaagaac acaccgtatg ccgcacagat ggcggcgcaa gattgtgcaa
    23101 aggtggccta tgacttgggc ctacgtaagg tgaaagtgta tatcaaaggt ccgggtaatg
    23161 gccgtgagtc agctattcgt acgatccacg gtgcaggcat cgaagtagcg gagattatcg
    23221 acgtgactcc gctgccacat aatggttgcc gtccgcctaa aagaaggaaa gtataacaga
    23281 cagagagatc agaatggcag cacacggacg tgtgagaatc tgctttcgga aagggggcgt
    23341 gatagattgc actattcaca accctctctg caatcgcggc tgaacagttc cccccctccg
    23401 gaatcgcctc accacggcgc tgctaattca ataaacaaag aagaaaatgg caagatatac
    23461 aggacccaaa acaaagatcg ctcgcaaatt tggcgagcct atattcggcg ctgacaagac
    23521 cctgtcgaag aagaattatc ctcccggaca gcacggtaac aaccgcagac gcaagacctc
    23581 agaatacggc attcagctgc gcgagaagca gaaagcaaaa tacacctacg gcgtgctcga
    23641 gcgccagttc cgcaacctct ttgagaaggc ggcgcgctca cgtggtatca ccggtgaggt
    23701 gttactgcaa ctgctggagt gccgtttgga caacatcgtg ttccgcctcg gactggccaa
    23761 gacgcgtgcc gctgcccgtc agttggtgct gcatcgccac gttgtcgtag acggtaaggt
    23821 ggtcaacatt ccctcctaca gcgtaaaacc gggtcagatc gttagcgtac gcgagaaatc
    23881 gaagtcgctc gaggtgatcg gcgacgcact ctcgggatac aatcacggca aatatttgtg
    23941 gatcgagtgg gatcaaagcg tgatgggcgg caagctgctt catttacctg cccgcgagga
    24001 tatccccgaa aacatcaagg aacagtcgat cgtcgagttg tactctaaat aatgatctca
    24061 tggcgatatt agcatttcaa aaaccggata aagtattgat gctggaggcg agcagcacct
    24121 tcgggaagtt tgagtttcgt cctttggagc cgggctacgg tatcacgatc ggtaatgcgt
    24181 tacgccgtat tcttttatcc tcactggagg gctatgcctt ctcgtcggtg aagatcgaag
    24241 gagtggatca tgagtttgct acgattccgg gggtgatgga agacatgacg aacatcatcc
    24301 ttaacctcaa gcaggtccgc ttcaaatgcc tcggagctcc tcttagcgaa gaggatgacg
    24361 aggaggaaga agcggaaacc gaagaggtag aagctgaaaa ggcaccggaa gaaaaagaag
    24421 aaaagaagac agaaggcgac gacgaaggag aagaggccga agaagctgga gaagacgaag
    24481 tcgtcgaaga ggaagacgag ccggaagccc tgccgaaagt ttggatcaac gtatccgata
    24541 cggacgtgct gaaggccggt gcactgcaac cggcaggctt tgaggtgctc aatcccgaaa
    24601 tggagatctg tcaccttgcc ccgggcactt ctttccagat ggaactcacg ctcagcaaag
    24661 gccgtggcta tgtgccggcc gatgagaata gagatccatc caattcggat gtgcaagtga
    24721 tcgccatcga ctcgattttc accccgattc gcaacgtaaa gtacacggtc gagaatttcc
    24781 gtgtcgagca gaagacggac tatgaaaagc tcgtcctcga gatcgaaacg gacggctcca
    24841 tccatcctaa ggacgccttg cgagaggccg ccaagatttt gatccatcac ttcatgctct
    24901 tctctgacga ccgcatcgcg gtggagacac ccgagcagcc gggagtcggt ggaacggacg
    24961 aagagttcga cgaagagctg gcccgcatgc gtcagctgct caagacgaag ctgaccgaca
    25021 tgaacctctc tgtgcgggcg ctcaactgcc tgaagtcggc caacgtagag acggtcggcg
    25081 agctggtgca gtacaacaag agcgacctcc tgaagttccg caacttcgga aagaagtcgc
    25141 tcaccgagct tgacgaactg ttggatagcc tcgagctgtc gttcgggatg gacattacaa
    25201 agtataaatt agataaggac taaacacgat gagacataac aagaaagtaa atcatttggg
    25261 gcgtaccaag gcgcatcgcg aggcgatgct ggcgaacatg gcctcgtcgc tgatcaagca
    25321 caagcgcatc ttcacgacca cagccaaagc caagtcgctg aggaaataca tcgagccgct
    25381 gatcaccaag tcgaaggact cgtcggtgca ttcgcagcgt atcgttttct cttcgttgca
    25441 agacaagtat gccgtgaagg agctcttcac ggaaatctcg tcgaaggtca tggatcggcc
    25501 gggaggatac acccgcatca tcaagaccgg gctgcgcgaa ggcgataatg ctgccatgtg
    25561 cttcattgag ctggtggact ataacgagaa catgctcaag accgccaaga cgcgtaagca
    25621 gtcgacaagg acacgccgct cgcgcaagaa gtcggccgtt gatgccaccg tcgaggccga
    25681 gaccaccgag ggcgcagccg aataacttcc cccctcgatg aacgataata gctaatagat
    25741 catctgcccg ccttcaccgt tagagacgga cagaagcaat aaggccgggg ccaacattcc
    25801 tgaaacaata gagtgtggct ccggccttcg ttatatccgg gggggtagag actatagtcc
    25861 gctttccctc tttaatgcgt tcagctcttt gatcgaaatg cttgcgcggt cagatttgtc
    25921 atagatatag agcaaaccga cctcagcctc gtcggtagag aataggatgg taagcgtgat
    25981 gacacgtgcg ccaccacgct tacccgagga tttcgactta atagcaagtc gcaccttccg
    26041 aaatccattg ccaagatcag cacccagcat agggttggct tctaattcag cgatcagtcg
    26101 aatgaggtcg tgtctcaatg atttgtagcg tttgagaagt cgttttgatg ctcgttcgaa
    26161 aggctgaagg atgataacct tacaattcac tgagaaactc ctccaccgga cggcctttga
    26221 cttttccctc ccgtgccgct ttagctacga ggaatgcctc tttcaattcg gccatgatct
    26281 cctctttggt catcggcctg taatcgtcgt cctcaggcgc atgtgcggtg ataaaatcct
    26341 ttatctgcgt aaggatgttc gcatcctcaa tgttgagcac acgacggatg atgtcgttct
    26401 gctccgtctg taaattaact gttgccataa tgattcgatg tgatgattag tggccgcaaa
    26461 gatccgtgaa tggggcgatg tcagtccatt ccttgggcgg tatttttctg cttttgtgtc
    26521 ctgcctctcc tgccggtagg gtaggggcgt attgcatacg ccccacatgt acccggtctc
    26581 ctgatcatac gccctttgcg aggtgttcta tggggcgtat gcaatacgcc cctacctcca
    26641 cccccgtgtc agcgtgcgtc ggctaactgc ttggctatgg tgtgcagacc ggccacaatg
    26701 cgctcgcgtt gtcgggctct gggggtacga ttgccattga tgtagtgcga aagttgtcgg
    26761 gcgttgatcc ctgtggcgcg actcatagcg ctcagtgtga ccacgtcgcc gtagtacttg
    26821 agcagggctc cagcggtgag ctcgaagtcg aggacatact ccccgcgcat gatccattcg
    26881 ggcagttcgc cctcgtccgc cccttggcga tgaaagtcca aggccgaggc gtaagcctct
    26941 ttgacctcgc tcaacgtctt gccggtagct acacagcccg ccacctccgg agccgatgcg
    27001 ccgaagttgt cgcccgtcca ttccacaatc acggtcagtt tcttattcat atctcattgt
    27061 tctcctttct ttatgtcgag gcattctcag cgctaatcaa cgccatcccg cctgtttgct
    27121 gatgctgttt atcatgaatt ggctctgcgt ttcgctcatc tttccgttta tcgtcacggt
    27181 gccccttttc gtcggatgct tgaactgtcg gtgcgaccct cgttgcctag ccagatacca
    27241 tccatcagcc ttcagccgag agatgatttc ggacgttttc attctatcca ttgccgctta
    27301 ttcccttcgt gcattgtcct cttttcagag gcaaagatag cccgtcgcac ctccgccgcc
    27361 atatatataa atgtgtcccc cgcctcccga atgatcatta aaagcggtag gttggtcatt
    27421 catcggacag gcagcgcccc caagtaaaca ggaaagtttt cattccacgc gaggttttta
    27481 cctttgcgcc catcaggttc tgatcaacag ggggatcctc aaatgtacat cgccactaca
    27541 catcgccaca cgcacgccaa ccatcgttct tacaacggtc tgcacgcgcc gagcacagcc
    27601 cgacgtcacc gcctcgttgc gccttgtgtg gccccgcatc gccccctccg atctgttaaa
    27661 agagacactt cttgtggtct tatcgcctcg cccctcgctg ggatagattt tgccacgcat
    27721 cctcacggct cgcttttcaa aagtgtttgc agcgttcctg caaaggccga aaagtttttc
    27781 ggggcgtttg cagcattcct gcaaaggcca aaaagttttt cgaggcgttt gcagcattcc
    27841 tgcaaaggcc aaaaagtttc tcgaggcgtt tgcagcattc ctgcaaaggc caaaaagttt
    27901 ttcggggcgt ttgcagcatt cctgcaaagg ccaaaaagtt tctcggggca tttgcagcgt
    27961 tcctgcaagc acccaagtat ttgcttttat cccagcgaat gacatgactc aattagctat
    28021 atccaccttt taatcagtat ttatgtgccc gaatcagagc aaaaagtgcc cgtaggcaca
    28081 cccacagcta aagaaatagc cggaatcgat ttgatccgta tgaataacgg tgcgcatttc
    28141 ggctttatcc aaaccgtctg cgaacgcatc gagaaggaga caaccatcac ggccaaccct
    28201 atcgccaagg cagccgccga cggtctcaaa gccgccctca aggaagaaga cgcttggctg
    28261 gccgtctccc gcaagagcga cctgacggag gagatcatgg ccgccgacag cgagcgtgat
    28321 gccctctaca tgggctatcg atcggccgtc aaaggcttca cccgatcctc tacgccggag
    28381 aaggccaaag ccgccacgac gctctggaac aacctcaccg ctcaccgcat caactccaac
    28441 atgcagctcg agcgcgagac cttcctcatc gtcaacctca ccgacgactg cgaaaagaag
    28501 tacgccaccg aggtgcagaa gctcggcctg aagccctacg tcgagtcgct caaggccgcc
    28561 aacgagaaag tcaagcagct ccttgacgac cgcaacaaca gccgcgtcag ccagaccgcc
    28621 ggcgccctcc gcacggcccg ccgcgcctcc gatgccgcct acctctggct tgcccgcgtg
    28681 gtcaactccc tcgtcgtgct cgacaacggc accgccaagt gcgacgcctt catcgactac
    28741 atgaacgtcg tcatcaagcg ctacaaagag caagtcctca cctccaaaaa gcatacggac
    28801 gacacgcccg acaagcctaa ggaacccaag aaacccgccg atccgaagga tcccaaagat
    28861 cccaagaagc cggccgatcc gaaggagccg aaaaagcccg acgcccccaa acaaccggac
    28921 gagaagccaa agcccggtgg cggcgacagt ggcaaccccg acatcacgct tccggaggaa
    28981 tgatctggcc gaagagaatt agcatagaat aaatcatcgt gcccccctca tcggagggca
    29041 caaatactca tcttattaaa tacatatcga tatgaaaaag aaacgacttc gattagtaac
    29101 aaccatcgcc ctactggcgc tcctcagcgg cggaagcggc ggtgtagcgt gggggcaggc
    29161 ctacaggaat gggtatgcta ccgaaaaggg gaaaattgaa ctccgaagag gagatgcctc
    29221 accgggagtg ccgaactata tcggtatcct tccatcttcg actgcccaaa ataatgtagg
    29281 aggtcaacag tttggtgcgg gtgaatcagt tacaatcggc gctgctaacg ccgttatgcc
    29341 gccaagaaca ttagtccaca atggcacctt tgccccagga attaatatag gaagcgacca
    29401 ttcagggaat gttgtaatga ataattacaa cgccgggggt aaagcgtcgg gtttcttgaa
    29461 tattacggcc acagctcctg tacattataa cgcgggagct atccatgtag atgccagtgg
    29521 atttattgag gcgactcctg gcacctatgc agttcctccg gcaccatatc agcgacctac
    29581 tggtaccatg gccggattat ttaattcgtc agcaacactt ttgggctctg cttataacgt
    29641 gtttttctct ccgtgggagc aagatctaca tgacttggcg gggcctatgt gggcaaaagt
    29701 cgatatggtt aatctcacag ctccttctta taaggattat gttgcccatt tgtatttgtc
    29761 gaatcacgtt ccccggattt tggtccattg gggcgtgaaa gctactgaaa aaggaggctt
    29821 gccttacact acaacgcaag gctggaatgc tgcaaatgat acgattgatg atggtataga
    29881 tttagtgcaa tctgttggtc agcctggtat tactttaacg gctgttgtag gggatgccag
    29941 tgatcccgga gcaggcaagc ggtatgtacg ccccaccacc gttgcaactg gaaacaatac
    30001 tttcagcagt atcgttttca aagaacttaa atggttttta aaagcgcata acctcgagac
    30061 atttagtggc aattggtacc aaacgaaaac gtatagttac caaagtcagc tggtcggagg
    30121 ctgtggtcat gtgggaacac ttggattgac actgtatcaa atcggcgact ggcagataaa
    30181 tacgttggct ggtgtcaata agttggatga agctgttcaa ttattgaaag gagcccgggt
    30241 ttgtgtgaca ggaaacgtag acgatcagac gggaaatatt gggaatacgc cggagataac
    30301 cgacggtgca tcgaatcaat ctgacgctgt cgtcgttgtt ccattttgga atcgctttac
    30361 attacgtaca tatgggttct ttaaggccaa tatggtccgt ttggataagg attctgtaga
    30421 tacaaggaat gtactttatg gacaagccca tttcccgatc gctaacaacg ataatatcct
    30481 gttgaagtcg acctctggcg acttccaaga ctttgccggc ctgccaagca tggtcgagta
    30541 tccgaactat accattccgt tccataacta ccatgccgtt acggccactc aaaagccata
    30601 taaccgtacc gaaggtgccg tattcggtgt gcatggagac tatttgtttg cctcgactat
    30661 ggcagagatc cataccgata ctgtaccggc agcaacaacc tctcctacat tggctgattt
    30721 caagaaccat aacatgggtg taatcgaagt cggcccccgt actgccaaca agagccattt
    30781 ccatgtctat ggtaagggta tgctgaagaa ctttgagagc tgcaatggtc cttctgccaa
    30841 cttcgctatg cagttcggag atcaaagggg aacgatccat tacggcggta caccggtatt
    30901 caagatcaat actaacgaca cgctgtatat tgtcaacttt ggtaacaacg ggacgaatac
    30961 ttgtgaggct aagctgcaat tccacactac ttcagtagac tctattgctg aagcatttgg
    31021 aaatggtgct accggtcttg gagctttgca gattcaggcg ctgaacaacg tagagtttaa
    31081 tgccgatggt acatgggatg ctgctactgg aaacaaaaac aacatctacg tcctttctga
    31141 tgcaggcaat atcgtagcgc aaaagttgac gatcaagaac gacaattcgg gcacagagcc
    31201 ggcgcacggt ctgattaact ttatgacggc tggtaagacg gatattggcg gtgcatgtac
    31261 accactaggt actcgcaata aggacaacgg aaacatctat ctcaacgatg aattcaagat
    31321 tgagcgtgcg cagacggctt ctacgcagac aaactttatc gctcggaata atattcgtac
    31381 ggcgaagttc acctcgacgc accttaacga ggatacgacg aacattatct ctcgcgacgg
    31441 cgacatctat ctcggataca gcgcaggatc gagcgtgtat aattcatcag acgcttatgg
    31501 cgcttcttct accaccggag acgcgaatga tttcaagtac gacgccaatg cttcgacaaa
    31561 ggatggccag ctgaacatca tggccggctg ggacgacagt cacccggcga tgacccatac
    31621 agaaggcatg gagggtggta acgtctactt cacccgcatt atcacggatt tgaaggccac
    31681 tcagaagcac aatacgacga tcgccattcc ttactccagc gagtatatct gcgacgtgag
    31741 agaagatttg tacaagcgtt ccggagagtc aatggtaaag tatgagcact caggtatcat
    31801 cggtggcctc ggccgttgtg gtgaagagac gacagccggt tggacgaaat atgcaggcgc
    31861 actggataac cctggaactc ttgctgcact caatagcatg gctgtaaatg atcgctcgtt
    31921 gaagtacaaa ggcaacgaag gcaacctgat cgtagacgct ggcaagcgtg gtaacatcat
    31981 tctgaacaag ggtgccaaaa ttgaattcca ggacaagaca ggcaatgcaa cgttccgcac
    32041 ccgcgagggc gatatcgata tgcgtgatgt ttttgacgct gaaacaatga aaggtagctt
    32101 gctcttcttg gctcagctgg agaatttcag caagctctcg gagattggcg tctgcggttg
    32161 tgatgagatg cgtaacaacg tctatctgca agactttaag tatacggcta cgggcaacag
    32221 cggtagcgtg ttcgtaggag ctgacaacaa tatcaagctg aactacggcg gtctgacgaa
    32281 catcggtaca cgccaagatc cgttcttgag taccgattac gagacttatc cgaatggtgc
    32341 cgtaaagaag attggtcgtg gctataaggg tgtagatgcc ggttgcggat tgaactacca
    32401 ctgtgacttg aatggtgatg agaataaggc acgcctcctg ttgctggact ttagtggtac
    32461 ggtcacctct ggcggtttcg cagccgtagc ttcggatatg attgatgtct atacggatct
    32521 gaaatataaa ggaggtaacg gttcaggtct gagcactgtg ccggaaaccg gtacgctcca
    32581 cggtgagaat gtggctggtt acggtctctt tatgaagacg cagggtaaca agcacaactg
    32641 gacggacaac atcctcctgc aagcaccgaa gtgccccacg acgtgtgctc cgacgggttg
    32701 cggcgaaggt ggtcgtccgg ctacggcttt cttgcacaac acggtgcgca tgaccttcca
    32761 cagcgacgca cgcttctacg ccgaaaacca gcacgtacat ctcgagtctc cggtgatcga
    32821 gaccttcggt gtactggaat tgaatgccga ggataacgcc ggtgccaagg cgatgattac
    32881 gatcaagacg gactctctga tctgccacga tagcttgatc cgtaagggta agggcaaggt
    32941 gcagctgacg acatggagcg gtctgccgaa ggatcaaccg atcatcaagc tcggttacag
    33001 ccgtaaggcc gcgccgttct atgaatacgc ctacgacgat ggcggtacgc agaagatctg
    33061 ccgcgagtgc gtctcacact acaaaggcaa agtgtatgct ccgggcgaaa cgccgctcga
    33121 tacgatgttc gtcaagtttg gccccaacac cgagtgggag cgtcagaacg tgatggtggt
    33181 tgaccatacc gtgatctcct tcctcaccga ctcgttcgac catgtgaagg gtggcgatgt
    33241 attgcacgcc cgctacttcg tggacacgac caagatccgc aaccaggtag agttctggac
    33301 cgaccccaag catgagcgtg acggtcacct cgaactgatc tctgaggagc aaatgggctc
    33361 gaaagactac gctggtctct acacacgtca cttgcacttg gagccgatcg gcgcttgcgg
    33421 tcgcccgacg agtgaattgt ggctcccggg tcttgccctc gacgtgatca cgacgtcaac
    33481 gtttggtggt ttcggtatcc agtacaccga cgtgcacgta gagaacggtg ccaacctgaa
    33541 tccgggcttc acctcgctgc gcctccgcgg ccagtgctac gagcaggctt gcggtacgct
    33601 gacgatgaag gatctccgtc tcgacggagg ctctgagctc cacttctctg tcggtacgac
    33661 gaagggcttg aatggcgaat acagcgacgc gatcgatgta gaccgtctga cgacctacgg
    33721 cccggtgaac gtgaacatcg agatccgtcc gtgcgagaag atgcagaagc gttgctatcc
    33781 gatcatgtac tacaagtcgg tgacgccgaa cagcctcaac aacctgaagc tgaacccgcg
    33841 taaggtgaag atcgacggcg aggagtatcc gctgtcgctg aacgtatcga ccgacggcat
    33901 tgtctacgtc tgcgtaggcg acgcagtaac gcctagcttg acgcatacgg taacgatgcc
    33961 ggagacggct ggcgtgaaga cgaccccgag caagggtatc tatccgctgc cgacgcgcac
    34021 cagcttccgc ttcagtgcta cttactcggg tgcgaagccg ctcgtggttc gcacgaaccg
    34081 taaggtcaac ggccagcagg aagtgctgaa cggcgtgaag aatgcgaacg gcgaatacga
    34141 gtacatcgtg ccgagcgtac agcaagaagt gacgctgacc ttcggtccgg atgtggttgc
    34201 gaacgagctg ctgacggctg gaacggccgt ttggtcacac ggtgagaaga tctacatccg
    34261 tgtagagcgt gcagacattg ccagcatcta ctccgtagcc ggccaactcg tgaagcgcgt
    34321 tgacctgccc gaaggcgaca cgtcgatccc gatgagtcgc ggtgcgtacg tgatcacctt
    34381 gaaggatggt tccgttcata aggtgatcgt gaagtaacgc cctcgttcct atcgtatggg
    34441 tgggcctcgg tgtccgccca tacatcaaag aagaatcccc ggcatagctg atgaggctgt
    34501 gtcggggatt cggtgttttt ggatgggagg tgtacttcct tctctatcta tcatcttttt
    34561 tcgccttgat atgagagaag aagcaaaagg aaatcagagc ctcaccgaag ctggatagtt
    34621 tgatcggata cgtgattatc tatcctcgtc gtatgtaccc ggccaacttg gcgggcatcc
    34681 ctgatgcctt tttagttttt cgcttcaaac agccactcga ggaagtctgg gcggcggaag
    34741 gcgttgtacc aactgccatg gccgacgcca ggtagttcga tatactcgac cgaagcacct
    34801 gcgcgccgca atgccgccgc agcctcacgc gagaaacgta cgggcacaac cggatcggca
    34861 tcgccgtgaa tgagacggaa acgtgtccgt gtgccacgca gcagctctaa ccggtgcacg
    34921 tttacgccgc cacagatggc caccgcggca gcgaaccgct gcggccgacg gctaactaag
    34981 tcgagcgtgc ccatgccgcc catcgagagt ccgactacat agatgcgcat cgtgtcgatg
    35041 gggtactgtg tgatcgtgtg ctccagcagc tcatcggcca gccgcagcgg acgcgacata
    35101 ggctgcgaca gagggaaggg gtttgcacca cgcccgaaat ggtcttgccg caggatggcc
    35161 ggccagaact cgtccgatgg gcactgcgga aaaagtacgt aggcagggaa ctggcgtcgg
    35221 gcggtggagt cgacaaagcg tgccgcaccg tgtctcagct gtgcacagtt gtcgcggccg
    35281 cgctcacccg cgccgtgtag gaagagcacg agcggataac gctgtccggg cacgaccgtg
    35341 tccggcgtca acagtcggta agacagcgaa tcgccgtcgg ccgagacgta caccgcggcc
    35401 cgatagccaa gactgtcgca ttgcgctgcg acacgtccga cagtagccgt ggccagaagg
    35461 agtaggaggg gggataaaaa cttgacgttc atgtggggtt tgaatgggga ttaaacggtg
    35521 tttgaatgga gtggtaaggc tacgtcgatc cgatcgacgg gacgtttcac cctgaaggag
    35581 gtcgtcgatt cagtcgacgg ggccattctg atctgaaaat cgccgtcgat tcgatcgacg
    35641 aggccatttc gatctgaaaa ccgctgtcga ttcaatcgac gggacgtttc actctgaagg
    35701 tggccgtcga tccggtcgac ggaaccttac cgccagcata aaaagcgggc tgcccgccgg
    35761 cgaagaggtg tgaacctctc cgtggcaggc agccctatca atacaaatga aaacaagtcc
    35821 gtggttaagg gatggccacc ttgcggctaa cctcgcccaa ggtgacgaca tagaggccgc
    35881 tcgggagcgc gatgaagcgg tcgcctacga cggtctcttt gcggtaaagt gcgccggaga
    35941 tgctgtatac agccagcgtg cggaccttgt cagactgtac gcggaggcca ttctcggcgc
    36001 tccagatgtt gacaccggca gcggtctcaa cgttcgggct gggatcgtaa acggtcactt
    36061 cgcaggagtc tttgaagccg ccttcgaggc ttgtcacgct cacgtaaacg gtgcccgtct
    36121 tgaggccctt gatgacgccg ttagcatcga cggtggcgat ggacgtgtca gcggacaaga
    36181 acttgacgcg ctgatcggag gcgttggccg ggctgaaggc tacggccaag gtgtcggtgg
    36241 tgttcagctt caggcgaatc ttctgcttgt ccaacttgat ggccttcagt tcgacggcat
    36301 tgcggacgta gatgtagcag gtgtccttga agttgccatc ctcggtctca ccgacgatca
    36361 tggccacgcc tacagtcttt cctgttacaa cggcggtggt gtccgtcagg cgctccacag
    36421 cagcgaaaga ggggttggtg gaggtccacg ttaccttctt attcaacgct tcggcaggca
    36481 ggatgcgtgc cgtcagcgtg tccttcttgc ctacgggcag ggagacggtg tccttatcga
    36541 tggtcattgc agtgacgtgg attgggtcga gcaccttgat gacgcggttt gccgtgacac
    36601 cgttggtaga ggtgacggtc aggcgggcga tgcccggtgt ggcagcggat tggatcttga
    36661 ccgtaaggcc gctgttggag gcgatcgtca cgaggcccgg tgtggcgggt gcgatcggga
    36721 cgatagacca ctgcagcgtg ttgatgttgt cagcattggc cggggtggcc acggcctgaa
    36781 cgtccagctc gctattgatc tgcatgggga tcgtgtccgt agtgatggcg aaattgaggc
    36841 ctgtgatggg gttatcgact ttcaccaaga aggtgtctgt cttcatgcct gcgcccttac
    36901 cggccgatac cgtgatgcgg gccgttccga cagctttggc ggtgatgatg ccttgcaagc
    36961 ctacggtctg cacttcggcc acagcgctgt ttgacgagga gtaaagcact tcctgcaatg
    37021 cattgttggg gaagacggag gcggtgagtg tctttgtcgt tccgataccc atcgtcgtgt
    37081 cgcggggggc agagccgaag tttacgctgt caacggcgtg gttgattagg agcttgacgg
    37141 agtctttggc cgcgccataa ctgatgacaa cccatccatc gtagttgggg ccggctgcgg
    37201 gggcagtaat cacgccccat gtgctgtcag cggcagactt ggcgacgtat gcggaagcgg
    37261 ggtttgtgct ccacgaaagg gtttcgcctg gggcggagat ggtggctttg acggaatcct
    37321 tctgtccgta gatcagttgg atcgtctcgt gactgttcag ctgcaccgtg gcttgcgccc
    37381 gtgcttcgct ggcgaacaag gccatcgcgc ctgcgacggc cagtagttgg atggtaatct
    37441 tcttcatgtt ctttcctatt agggggtttg aataatcggg gtgatgtgca gtataaacaa
    37501 ccgcggtcaa ggataagttc aagagaggag gattcccagt cccccttctc ttggctgata
    37561 tgctggctta ttgaacaagg attttgcgcc tcgttcggtc tatggcgaca atgtagagac
    37621 cgcggcggag cggcacgaaa cggtcgcccg gcgtgagact ctcgcgatgg gccagggcgc
    37681 cggtcagggt gtagatctcg agtcgtacgg gacggtcaat gtgcaccatc acgccaccgt
    37741 cgacaccatg gacggcgatc gtctcgtcca cctcgacggc tgcgttggga tgatggtttg
    37801 gatcgatggt gattacgacg cacgaatcgc gtcggccgtc agcggcttca gccacaacga
    37861 gcgccgtatc ggctacggtg gcaccgatca gttcggctgc ctgcccgatg gaatcgaccg
    37921 ccaaggcttt gatggcaccg ctggctacgg tccatttcac ccgctgatcc gtggcgttga
    37981 gcgggaagat ggaagcgcgg agtgtgtcgg tcttattgac gtttatccgg atcgtgtcgt
    38041 ggttgagcgt cagacgctcc acggggatgc ggcgggtgat gatgacgcat gtgtcgcgtt
    38101 tgcccgattc gtccagtgca cccacgatga gcaggctggt gtccgcatcg gccgcagcaa
    38161 tgacgcgggt cacgctatcc gtggtgccga gaacacgcgc gccacccacg gtggtccatc
    38221 cgagcttctt atccgaggcg ttgtagggga agatgcgggc cgtgacggag gccgtgtcgc
    38281 cggtgcgcag gcggatggtg tcgcgcttca ggcggaggct gtcgacgtag atcttgggcg
    38341 taacgaccac aatgcagcgg gctgcgacct cattgacgcg cacaacgatg acggtcttgc
    38401 ccggcttcca ggccttgacg atgtagacgg aatcgtaggg gttggtcgaa tggggcgggg
    38461 cgatggaggc tacgacgggg atggagacgc gattgtccca atagaatacg cgggcactgg
    38521 gataggcata ggcgcggagg gaatcttcct ggccgacgta catccgcagg gtgtccttct
    38581 cgatcttgac gatttgctgc actttctgca cttgcgctga ggcgctgtag ggaaaggctc
    38641 ctgcgatcgc aaagaggatc gccatacaga aataaaagga ggtttttctc acactcatat
    38701 ggggctattt atggatttga ataatagtgg atgatccgaa aagataaagg gggataaggg
    38761 gcatcccaaa tcccctatct gcctgattac aggcctaaca ctgacgcaca aaagtatccc
    38821 tttccctaag cctcggccgg aagagcgtct atatttgcga ggttttaaca atcgactgac
    38881 atggatattc tacctgattt ttccggccca caaaacgcct cggagacgga cgcggtgatc
    38941 cttgcagcgg gtgatttccc tacgcatccg atcccgctgg ggctactggc gagggcggcc
    39001 gaggggcgca tcatctgctg cgacggtgcg gctgaccgac tgctgcgcga gggcttcacg
    39061 ccgttggctg tcgtgggcga cggcgactcg atttcgcccg aggcacgccg ccgtttatcc
    39121 gactgcctgc acatagaatc ggagcaggac acgaacgact tgagtaaggc cgtgcgctac
    39181 gctgtctctc aagggatgcg ccgcctcacg atcctcggcg ccacgggccg ccgcgaggac
    39241 catacgctgg gcaacatcag tctgctggcc gactatcagg cgcgtgggct ggacgtggag
    39301 atgtggaccg actacggcgt cttcaccccc gccacaggct gccagacgtt tgcctcgcgg
    39361 gctggccaac agttctctgt cttctgtctg gacgacgcgc cgcttaccct ccgcgatgtg
    39421 cgttggccgc ttgaagggcg acgcatcacc cgatggtggc aggctacgct caacgaggcc
    39481 ctcacggata cgttccgcgt cgagacacgg ggtcgcatca tcgtcttccg tacctatata
    39541 accctataac tcccccctaa aaatcatcca tctatccagc gtttactatg aacctgaaac
    39601 ttcgcttgat catcatgaac ttcttgcagt tcgctgtgtg gggcacgtac ctcacctcta
    39661 tgtcgcgcta cctcgggcct gcgggcatgg gcgaacacat cggacttttc tattccgtgc
    39721 aaggtctcgt ctccatcttc atgcccacgc tgttcggcat cctggccgac cgctacgtgc
    39781 cggctcaacg catgcttgcc ctctgccact tagcctccgg cctcttcatg gccgcggcgg
    39841 gcgcttatgg gctctcggcc ggaccgtccg ttgccttcgg aaccttcttt gcgctctaca
    39901 cgctgggcgt agctttctac atgcccacgc tggcgctctc ctactccgtg gcctacagcc
    39961 tgcttgaaca gggtggctac gacacggtgc gcgactttcc gcctatccgc attttcggca
    40021 ccatcggctt catctgctcc atgtgggccg tcgatctgac gggcttccaa acctccgcca
    40081 tgcagtttgt catctgcggt gcgctgggca ctctgctggc tcactatgcc ttcacgctgc
    40141 cccatatacc cgtcagccga agcatggagc gcaagtcgtt cgtcgaggcc cttgggctga
    40201 atgccttccg actcttccgc aagcgtcaga tggctgtctt cttcatcttc tcgatgatgt
    40261 taggcgtctc gttgcagatc acgaacggct ttgccaaccc cttcatcgcc tccttcgagt
    40321 cggtggccga atatgccgac accttcggcg tgcggcacgc caacatcctc atctccctct
    40381 cgcaggtttc cgagacgctc tgcatcctgc tcatcccctt cttcctaagg cgttacggca
    40441 ttaagacggt cgtgctgatt gcgatggtgg cttggatcct gcgctttgcc ctcttcggca
    40501 tcggcaatcc cggtgggggc gtctggctac tcgtcctgtc gatgatcgtt tacggtgtgg
    40561 cttttgactt cttcaatatc tctggctcgc tcttcgtcga tcgggagacg gatccctcga
    40621 ttcgctccag tgcgcaggcc ctctttttcc tgatgaccag cggcgtcggc gccacggtgg
    40681 gcacactcgg tgcacaggtc gtggtgaacg ccttctgcca atggacggac gtggagacgg
    40741 ccagcggtgt caagacgctc ttggtgggcg attgggctac tgtgtggtac ctctttgcgg
    40801 ggtattcgct cctcgtgacc gtcttcttcg ccatcctctt cccttataaa catcggcgcg
    40861 agggctgatc gtcggcctat cgggatgcat aaatcgcaga aagcctccgg atacatggtg
    40921 tcgtccatgc gtccggaggc tttctgttat cctcttaatt cggatgctgg tgagcttaga
    40981 agtttcttcc acggtatccc cacctgcttt tacccctctg gaagaaactt ccacggggct
    41041 ctcacctgct tttacccctc tggcagaaac ttccacgggg ctctcacctg cttttacccc
    41101 tctggaagaa acttccacgg ggctctcacc tgcttttacc cctctggaag aaacttccac
    41161 ggtatcccca cctgctttta cctctctgga agaaacttcc acggtgttcg cacccgctgt
    41221 tacccctctg gcagaaactt ccacggggtt cgcacctgct gttacccctc tggaagaaac
    41281 ttccacgggg ttcgcacctg ctgttacccc tctggaagaa acttcccagc gcttcaaacg
    41341 ctcagagcat agctcgcgcc tgctccgcct tatgttccat ctcgctgagg aggggggcca
    41401 ggaaggggtc agtggcgatc tctccgcgca cttgtaggaa gtcggtctgc cgatcgctct
    41461 cggggcagtc ggcgccgtag ctgatttgcg acacgccgaa gtactccaag gcggcctcct
    41521 tagagaggcg atggcggacg gtgtcgagcg tcgagacgta gcgcttcaga tgctcgcggc
    41581 gcttgtctgc gtcggagagg tcgtaacggt ccgtgacgta gcgcccgagg tattcctcat
    41641 atcgcgcatg tgcctgacga aacgcggcgt cggccccgaa gaggtcgtcg cggacgatct
    41701 cctcaagcgt ttcatggggc ataactaacc ccgacaggtc gatccacggg ccgcggcccg
    41761 gcccctcgga gtcgtcgatg gtgccaccgc ggatgaggta atcgcctacg aagatgtcga
    41821 gcgcctcacg atagtaggtg atgcccttct gcaacgagtg gcgatggatg gagcagttgc
    41881 cgaaggtgta gtatttggcg tcgggctttt cctctttcag ccgcgtgagg aggctgacgg
    41941 ccgccaggat gcggtcgatg aggtaggggt tgaggaagtc gtaacggatc aggtcgcgcg
    42001 gactgtcggc ggtgcggtgg tcgcgtttgg gccacttcat ggcgtcgcgg agggtacccg
    42061 tacggaagag gttgacggcc gggatgagca tcgactgccc gccctcgtcc atgaggtagg
    42121 agaaaggaag cgcgtgcgtg tccgggtggt tgcggtgctc gccggtgatc atcgaatagg
    42181 cgccgaagtg ggccggggct tgcacgtagg agttgctgcc gaatttcgtt ccgcgctcgg
    42241 ccacagactg atggacagcg ccgagcttgt aggcatggtt gctcatgttt gacccgctgc
    42301 ccatgttggc gaacgagagg ctacaggcga tcgagaggct cgatttgtgg tgcgaaacgg
    42361 tgtgcggggc agcgaagact gagacggcct cgcccttggc gaacatccca ttggcaaaca
    42421 gtaggcagtc gatggccgtg aagccctgct ccacgacgca tgcctcaccg acgaagcatc
    42481 gttcgatgaa cgcgccgtcc acgacgcgtg caccgggagc cagaataaag tcgcgagcca
    42541 tgacgccgac gcctacctct gtcggtgcct cgggctggct cagtatggta ccgttctgca
    42601 acaacgtggc gccgcagacc gtagcccggt cgccgatgcg cacatccacg atgcgtccgc
    42661 acccttccac cgtagctccc tcgcccacat atccgcgtgg cgcagcggcg atggtggcgg
    42721 cataggcgtc gatgcggtcg aacgtgcggc ggagtgtctc cgtgcggtgc cgatggaaga
    42781 ccatgaggtg ggccgtctgg gccgtaagtc cgtcgaagag ggggacagca cggccaccgt
    42841 tctcattgac cgcagccacg cgcaccccgt taccggccgt cgtgcccgcg cgataggtca
    42901 tcgtgccgat gtcagtgagt cgggcgccac ggccgatctc atagccggcc agggcggagc
    42961 gtacgccgtc aatgcgtacg ccgtcgccca ccatgcagtc gcagatcgtc gcgttccgga
    43021 gctcgacagc gctacccagg ctgatctgcc ccgagaagcg tacgtgtcgc agccgtgtgg
    43081 gggcgaaccc cacatcggct acctccacgc gctgccaatc ctcggcctcg cagccactgg
    43141 ccacgagcgc gtcgatctcg cattgcgtca gttttctgta cggcatgggc cggaggcttt
    43201 acttcttctt tccgcccagc atgccagcca ggtcgtccat gatgttgccg tccttgttct
    43261 tgtcgatcat gccggtgatc ttgtcgacaa caccttggcc cttgccgccg aggttgctta
    43321 cgacgccgct aaccagtccg ctgaggccct cgccgctgcc ggcatgttta gacactacgt
    43381 cgaggatcat cggcagtgcc gcctggagtg cgcctgaggc ctgcgactcg ttcaatcccg
    43441 tcttctctac aatcgttttg atgatcgact gcgtggccga tccgctgaat aaatcattca
    43501 agttcattgt cgtataggtt tttatgagtg aataaaaaaa tgtcggccaa aagtacgggt
    43561 gactttctga atgcgtcgtc ggcagcgtga ttgttaacca ttctccatga catttaggca
    43621 gctccggagc gctcccgcct gacctataga cataggtgag gcgagagaga aacttaacgg
    43681 tggagaaagt gaggtgcgac ctaaatcgtg tcgcttcttg ggcgtagctt tgggtgcata
    43741 aacagtaaga agagaatagg tatgggaact caaagcaact gggttgaagc tgccgcgcga
    43801 gtggctcgac gactgcatga tgggcagaaa gacaaggctg ggatggacta ttttgagggt
    43861 catctgcgtt ttgtggcctc attagggcgt acctggcaag agcaggtggt cggctatctg
    43921 cacgatgcaa gcgaggatac cccgcacacc gtcgagcaag tcttgaaatt gttggaagaa
    43981 gaagctcaaa cagcgatgga gccaaacgat agggcagaga tcgcgcaagc actgaagctg
    44041 ctcaatcatc atacggccag tgaccgccag acctatatcc atcacatcgg cgagcatgca
    44101 ctggcgcgcg ccgtcaagct gaatgactta acgcacaata tggatatgaa gcgtctgccg
    44161 tcccccacgg agaaggatta tcaacgttta gcccggtatc ggcaggagta cgaatatctc
    44221 gctcagcgat aaaccgcccc ctccacttcg catggtttag tgttcttcta aaacaagcca
    44281 tttatagcca agcggaaata ccgccgcgaa tcatttttgt tcgatgagag gcacaaaaaa
    44341 agagaccgcc gtaagcccaa gattttacga cgatctcatt catgcatgaa ttgccgaccc
    44401 cataatggag tccctaatta gaagcccgaa aaaagcggag aaagaggatc tttctcttga
    44461 acaatcagat acgctcatag gtgatcaacg tgttgtatgt cagtattttc atagcgattg
    44521 ccgtaaaaca agaagtcaca ggatttcctt tgctgtatca gaatttgggt gtaactttgg
    44581 gtgcgtaaac atagcacaca caaggtgtat gaacatcaaa cgtaatatca tcttcgccct
    44641 cgagagtcga aagaaagcag gcgtctccat tgtggagaat gtccctattc gtatgcgagt
    44701 gaactttgcc tctcagcgca ttgagtttac cacaggctat cgtattgatg cagccaagtg
    44761 ggatgtcgat aagcaacgtg taaaaaatgg ttgcactaat aagctcaaac aatcagcagc
    44821 tgagattaat gcctcactgc ttagatacta tactgatatt caggggatat tcaaaaagtt
    44881 tgaggtgcag gaaatcctgc ctacgaccga gcaaataaag aaggcattca acactctcca
    44941 taaacctgcg gaggaaggga aggcttcaaa agatggaaca gagacttcaa caaaaagctt
    45001 ttataaggcg tttgatgagt tcgtgtgtga ctgtggtcag cgaaacgatt ggacgcattc
    45061 aacctatgag aagttcgctg ctgtaaagaa tcatttgata acctttcgtg aaggtttaac
    45121 ctttgaattc ttcgatgaga aaggtttaaa cgattatgtt acttatctac gcgtgaccaa
    45181 agagatgcgt aacagtacca tcggcaaaca gctagcattc ctcaagtggt ttttacgttg
    45241 gagcttcagg caaggccttc accaaaataa tgcctatgat acctacaagc ccaaactcaa
    45301 gagcacgcag aaaaagatca tcttccttag ttgggatgag ctgactatac ttcgaaattt
    45361 caagatccct gacaataagc aggctcttga gcgtgtgcgc gatgtctttc tctttcaatg
    45421 cttcactggc ctgcgttatt cagatgtctt caatcttcgc aggagtgaca tcaagggcga
    45481 gcatatcgag gtaacgaccg tcaagacctc agacagtcta atcattgaat tgaacaacca
    45541 cagcaaagcg atcctggaca agtataagga cgtggctttt gaggatgata aggtcttacc
    45601 agtcatcact aatcaaaaga tgaacgacta cctcaaagaa ttagcggagc tggcaggcat
    45661 agatgaaccc gtgcgtcaga cctattaccg aggtaacgag cgtattgatg aggtcacgcc
    45721 caagtatgcc ctcctcggca cgcatgctgg tcgtcggact tttatctgta atgctcttgc
    45781 ccttggcatc cctccacagg tagtaatgaa gtggacgggg catagtgact acaaggcaat
    45841 gaagccctat atcgacattg cagacgatat taaggcgaat gcaatgagta aattcaatca
    45901 actgtaggaa tattatgtat gaagaataca caagacaagc tctcccctct aaaaattaca
    45961 gggaactact aggtagtgct atttgtatct tcaattctaa taatggtttt attattgaaa
    46021 atatactcag ggaagatggt tgtcaaaaat atacatggag agatttaata gatagagtgt
    46081 ctggaaagct aagcgatcca ataagagaaa caattacagc caaagctggc ccggagatac
    46141 agaagctctt cgaggatgtt atagataaga gaaatcggat aatacactct ttccaaataa
    46201 cagataaaga tggtgagcaa aggcttgcta ctaaatataa ggatgggaac caggaggtca
    46261 taagcgaaag ttgtctgatc gattttatta aattgaacga gcgtctatct gataaattgc
    46321 ataaattcag agggtattaa tcgcggtttg tggataagat gtaaagtgta ggactgggga
    46381 actggctata tagcggatcg catgggtaaa ccccgttaga ttatcagaga aatagataga
    46441 tgtatgattg acgacatcac ccaaaacgac aatacgaaat aaaacaatga attcaagcac
    46501 gacaaaaggt agcagaaact actacggtga gtattccctt aagcaatgga ttaagttcat
    46561 actaacaaaa gaaattgtct taccccctta tcaacgagtc tttatttgga cagaagaaga
    46621 tgtaaaggat cttatcaata gcctacaaaa tggcttattt gttccaccta taattatcgg
    46681 gaactatgga ggcacaacga actatatcct agatggacag caacgtctat cggctatact
    46741 tatcgcctac ataggactat tccccaataa ggaaaatttc caatcctcag atcctgtata
    46801 taaggataca gccaatgata atgatgatca aaaggatgaa aatgaggatg ttcctcctct
    46861 tgaatggaag ttttcatatt tcaccaaaga aggttggaat aagcgtgata tactccgcaa
    46921 aatagataaa agtaagtaca agatccttga tcttaaattg agcgatgact tttggaaagg
    46981 ctcctacatt ggattttctc ttataatccc taaaagcgat aaaaagacag agcagcagaa
    47041 gctgtatacc tcagtcttcc gtaatataaa cattaagggc agatctctat cgcaaataga
    47101 gagtcgcaaa tcgttgtatt ttcaaagaaa tggctttaat aaatggttct cgcctccatt
    47161 tgcatatgat ataactatca ataatgctcc cattgatttt gtgcgatatc tatcattatt
    47221 gtcccaatat aaaaaggatg acaatacaag agggcttgcg caaaaatata aaactaaaat
    47281 ggaacaatac tatgagtctt atatcttggc tgaagtcaat aacgaggacg agtctatctt
    47341 tagtcgccta ttaggatcta agaattgtaa tcgtagtaga tacgacaagc ttaaagcatg
    47401 catagagaac aaggattttc ccaaaacatt ctcttctatc atagatgccg acatctattt
    47461 gtttggtttg atctacttta ctattgcaga gggtaaggtg gtgtcaataa tcggagactt
    47521 acgtcaaaag ttagaaggaa agatagatga gctaaaaaaa gacaaaactc atataaagtc
    47581 accctcaaat ttaagctacc tccgccaacg tgtccaagcc tctatcgata tatacagatg
    47641 ccttctaaca aatcaaacta acaaatcgaa caatgaagca taaagatttc attcttatgc
    47701 cacttatttc tcttatagaa aaggccttgc tcccaatgga tttgtacaag gggcgggttt
    47761 gtaattatat aatgaaagaa tacgtcttac agactctttt cctacagcta acagggtgca
    47821 tggagcaaaa agctaagtgt attttatggg atattgctac ccacgacttt gagtttcgcc
    47881 gaaaattttt acacaagctc aattccgatc aaggagagta ctctacttac aagagtaaga
    47941 acacagtcta tatgactctt atcaaacagc ttcaggttga aaaaatcgat gatgcaaaaa
    48001 aggaaaaact actagagaaa ctcgaggact tcaggaacga tatcctcgag aaaagcattg
    48061 ccaaggagtg gcttcctcga gaattgcaaa acctcaatat cagtaatctc ttcaatataa
    48121 agagttgggg ggaaaaatgt ctatttgagg aatcgtctgg taataataag gtgtatgaga
    48181 tatatgagag cctctatgat catcgcaatc gctgttctca caacactcta tcatatcaag
    48241 gtgatatgat aggtcctaaa aaaataaaag atataggggg tgagagctac gcctcttggt
    48301 tcactctgtt ggttcttata gacatgatct acagtgaact ctacggagaa ttctcttcca
    48361 agagtcacta acctcgtagt cggtgaagtg tttgctgatg aagcgataga aaagggtgcc
    48421 caagacgtat tgcttgaagt cccacccgtc cactgcgcca cgttcctcgt tggctatttt
    48481 tttagatggc ggcgtggagt tcttctcgtt gttttgtatt cgttatattt tgattggtgt
    48541 gattactttc tcggccgcaa aagctagtat tttgtgtgag atgagcaaag aggcgaaaat
    48601 gttttggcga caatacgact gccggtttta ggggattctt caccgcctca caccgcggct
    48661 ttgcttgcga gggaggccca tatcctcacg caaacgatcc atgcgttgtc tgaaccatcg
    48721 gacgaaatcc acgccgtcaa gaagcagcgt gaagtgttcg tcggtttcct tttcatagcc
    48781 gaaggcgacg gatgtgttct ctgccgggaa cttgcggtcg aactcatctg aatagagcat
    48841 tccggacact ttgagcggtt tcagcccgca cagtttccga cagagttctt cggagaagtg
    48901 cattgtcttc cgacagaagt ctacgagcgg cagcaacttc tccaccagag ggaagtagcg
    48961 cttaatcttt tcgatgtatt caaccagtcg cgaacgctct gtccgatgcg cttcttccat
    49021 ctgacgaatg tgctgctctc gctgtttggc ctgactttcg agggattcaa tctgcttttt
    49081 caatgcctcg ttctccttct cgagagcttt gaccttgccg ccgccgaaga gtgaaccgat
    49141 gctatctgtg atctgagttg cagcggccgc agccgaatcc ttcaggcgtt cgacgcggac
    49201 ttctcgttgt atctgtcgga gcgcttcgtc tgcgacggcc ttgtcggctt gcaggcgatc
    49261 aatgactgat tgcaactcgc aactttgctt ctttaggtcg cgatagtatt gctgggtgga
    49321 gatgtgccgc gcatccgagc cgtcgatgcc ccgctgtagc ccgtggtggc tcatggcttt
    49381 ggcgtatccg tcttggtagg atttgagctt cccacgggtc atgatgtcgt cggcacataa
    49441 gcggggagtg tcggccgact tcttgcgata atgcctcttg acttgatcct ctttttttcg
    49501 gcgtgtacgt gcctcccgga caatggggac gagggtggcg tggatatgtg gcgttttctc
    49561 atccatgtgc aggtgagccg agacgatgtt ttcccgcccg aaggtgtcga agaggtattg
    49621 gaggctgtcg gtgcaccaag cgtcgagctg tcctgtggct tcaatgcgtg ccatatcctc
    49681 gggcgatccc gagaggttga tacggatggc tcgcacctga ttgctgccga tctttcgttt
    49741 cagtccggca tgctccaagc gatgttggat ggcggccgtg cgatccttca ctccttcggg
    49801 gtattcgatg agtgtccgat tgaggtgcgt gcgactttcg tcagcattct tcggatgcga
    49861 cgtccgctcg atgtgtgcgg tcatggcgct gtccgagccg cgtgcttttt ccatgtgaaa
    49921 aactacgtaa cccatgatct tgggggctta ttctttcatg ataatctttg aggtggggag
    49981 tccagagggg gcaaccctct ctggcttatt gggcgatttt tagcggacac gaagtgtagc
    50041 gtgaagaaaa tcccctaata agctacggcc ttttcctccc ttcggaaaat gtccgccttg
    50101 gccgcagtgc ttctctgttt cgtgttccga ttcgtgccga ggtctttttg tcagtgtgta
    50161 tcgcatcctt gcaatgcttc gtcgaacact tcgacagcct gtcgcaggtt tgtaacagcc
    50221 cgtcgaacac ttcgacagcc tgtcgcaggt ttgcaacagc tcgtcgaaca cttcgacagc
    50281 ctgtcgcagg tttgtaacag ctcgtcgaac acttcgatag cttgtcgcag gtttgcaaca
    50341 gctcgtcgaa cacttcgaca gcctgtcgca ggtttgcaac agctcgtcga acacttcgac
    50401 ggcctatcgc aagtcccgca actacttatc gtcagatcct tcgtggcctt atcggccgat
    50461 cctgcacgcg agatttttgt gcgacctctg cattgcgatt gatcaaatag tcattcagat
    50521 ccttgcatcc actgtagatc tgcgatacgt cgctgattcg ccgcccaagc gtctgcttga
    50581 gttgttgcaa ggcatccgta cccgcatggt cgttatcgag atagcatcgg atgtcggcat
    50641 agctggccaa cagcgggagc gccttggtga gatgggaaac agagttgagg atcagacaat
    50701 cggggcgatc cacctttgca aagtcgggct gcccctgtcg ttgcaaagtg agaaaggaca
    50761 gatagtccat aaatccctcg aataggtaac agacgtggct gggtgattcc gtcttccgaa
    50821 taagggagat gtctttcgga gcaatcgagc ctttgaagta cttgtttcgt acctcccaac
    50881 ctccagatcg gttggggaag gcaatggcga agtaggatct gccattgtgc atgaatcgca
    50941 cttcgcggca tgcgcttttt gccaccgaaa ggtctattcc cctttcactg aaataggcaa
    51001 atagggcagg agaggtgagc ggtatgatcg ttgtcttctt gtcaccttcg tcgtaagagg
    51061 atggctggcc aaaagagaaa gacgctgggt gcacttgcgg tgcctgctct gcgatacgtt
    51121 tcaagagata ggacacgtcg ctcgaggcgt agagtttgcc ggccaacgcg atgagatttc
    51181 ccccttcgcc gagggcgaaa tcataccaga gattgcgctc ggtattcact ttgaaagaag
    51241 gtacccgctc gtctcgaaag ggcgacttgt accaaagatt atgtccttgt tgccttacgg
    51301 gatcgtgtcc cagactgtgc aggtagtccg cgatgcttat ctgtttggct tcgtcgatag
    51361 tcatagtgcg taaagtgtgt cgtctgattg ttttttcttt tcgccagtcc gctcttttat
    51421 acagtgcggc ttgtatccac tttactttaa aaccgtatac atagggtacg ggaataaagt
    51481 aaagtgcatg ccgggtgccc ccgaatcact ttgctttagt ccttatatat aggcaccccg
    51541 aagtaaagta aagcgatggc gaagttgggg tttcaatagt ggaagtcggg caggaagctg
    51601 tatttcttgc cctgtttctg ttcgatcatt cgcttattct tcagtgtggt aatcaggctg
    51661 accaccttgt ttccactgag cgaaacaccg accgaggcat aggccttccg tagcgcgtct
    51721 gccaattcct gatagccgta tgcttctttc tccgcaaaag ccgcttccaa cgccttgcga
    51781 tgttgtgctt cggtaatgtc acgataggca tcgaactttt cccgtttcgg ccggcctacc
    51841 gccttcttct tgacgttgta ggcatccaac agttcgggca gcgcctcctc gttgatgcgg
    51901 aaggcaaagg cttcgaagtc catcgcccgg atatgagctg cccgtaccgt actgatgtct
    51961 gcatccgtct cgtctttctc taccaacaac actgtttctg ccttgttgct cagctctgtg
    52021 cctatgtgtc cccgtgcgtt ctcatccccc ttgttttgat gcaggatggt gtgaatgtgt
    52081 atctgcctct cgtccgtcca tgtcatcaac agagagatga cgtgtgtcga ttcgctgggg
    52141 ctattgatgt cgtagaccat atctcggatg ccgtcgatga cgaccaaacc aatatgatcg
    52201 gtgcgataga tggcctgctt gacgatttcg atacgttcct ccggggtgta tttgcgtaag
    52261 gcaagaaatt caaggttctc gtggttctga ttggtcggca atccggccat gcgtagaata
    52321 cgccgtgcga ctttcaggca gtggtaaggg ctttgctcgg tgtccacata aaggatcttt
    52381 cgtttgtccg gagggagttc ggctgcatat cgcagtacag tcccattctt caatgcagcc
    52441 gccacaatgg ccgaaacatt gaacgtcttt ttgctcttag ccttaccgat cgaggcgctg
    52501 aaattgccca acgttccgat gacggatcct tgtactttca gcatttcggg cgctttctcg
    52561 taggtggccg aaagatcaag ccgtgaggat tgccaaagga ctacggcctt ttcaggtgaa
    52621 aggccttttc tgtctctgta ttccatagtg catcctatta ttaccgacgt cctccagttt
    52681 ttcgtccggc caattcaagc gccaagtctg catccacgat aatcttacgt ccgatttgcg
    52741 tgatggcccg atcaatcttg ccactctttt tgatgcgatt agcggtaggg agactacagc
    52801 cgaaaaggcg agcgatgcca gctatgccgt agacaaagcg tttttgctct ttggtggctg
    52861 ttgtcactgt gttcgtattg ttggactggt agtcgtgacg agccagaaag agtaattcct
    52921 cgccggtcat ctgccataca ggcttcccca gaagttcttc taaaatcata ctatttgcgg
    52981 tttggaaatg agtaaatctg cccttgcgca cagggctatt gctcagtact gatgccgcaa
    53041 aagtgtgggt ggaagcgctg tctatgaatg gttgaacatg aagcgggaac tgccgggaag
    53101 tatcgggaaa tcatagcctg tcatcgtgac aggaaacacc tactctttta cacaaaagga
    53161 gagtcttgga acatcattgt ccgagagggt aatattcaag agtatgtatc gaaggatgat
    53221 ggtagaatag attttgtaga gattcaagct cgagaagcgt gcagtaatag tttttcacaa
    53281 agaagcaata tgaagagcag aacaaagatt tggcccctat cgacaaagag agttctcaaa
    53341 taaaaagtga ctttgacaag atgccgaaaa gagacttcgc gggagagcct ccaaaaaggg
    53401 acaagggaaa ttattggtac gccacactca aatacgttcg ctgtggtggg gttagtttcc
    53461 cccccccctc ttgaattttg ggtgcaaaaa agggtgtaaa tcgcacaatt cgctgatttg
    53521 cacccttatt tgcggagaaa gagggattcg aacccccgga acctctcggt tcaacggttt
    53581 tcaagaccgc cgcaatcgac cactctgcca tctctccttg gtttagttgc tatcgtaggg
    53641 gacgcttccc ctccttgcta atgcgccgca aagataagac gagacatttt ttacgcaagt
    53701 ctggctctcg aatgtcagac gacgatgtgc cggaagactt gccgcggtag gccggggcgg
    53761 aagaaaacaa tgccccacgt gtaggcgtca acgcagaccg tggccgaggg gtgggcgcag
    53821 aagagggttt gccaagtgcg acgggcgagc ggtgtggcgt ggatgccacg gataagtaac
    53881 agggtctcgt ccgataggta gtcggtgcag aggtggaaga gcgatgcgag gcgatccgag
    53941 atgacgtcga ggacgatgca gtccgggcgg ccgtattcgg tgagcgcttt ggagagttcc
    54001 gtctcgtagg tgccgcaacg cacttcaatg ggcgacatgg tgcggttgtg gaggagcgtg
    54061 cggacggtgt cggctgtagt cggactttcc tccaaggcga tggtgtgcag gccgcttgag
    54121 acataggcgg tcaggctgag cggagtcaat ccgccaccgg aaccgacggt gatgaggtgg
    54181 cgtggctgga agcggttggc taagcggaag agccatcgag agtcgcgtaa cggcagtcgg
    54241 tcgtgtgggt cggcaagggc gtgcgcagcg tgcaggcgag tgtaggcgta ataaccgcgt
    54301 gactcttcga gcacgttcgt gatcaggtcg aagacgaagg gcgaatggat accgtagccc
    54361 ttgcggcaga acaggcggcg gtagagggga atgatgaggc gtctcatggc tctttgccga
    54421 agaattcgcc gatggtgtag ttcaagaaac ggttgagggg ctgcaggagg cggaagtctt
    54481 ccgtggcgcg gtcgagccag tctggggcgg tgaagtatga ttcgggcttg acgctcatca
    54541 cgacgtaact cttgaagcgc aatagttcgc cgcgaggcgt gtcggcgggg aagccttggg
    54601 gcatgcgcgt gagctgttcg ccggtgaagg tgccgaacgt gcgacggaag gcgggtgtgt
    54661 cgatgatggc tgccagctcg tccatgttgt cgcagatgtc gcggcggagc tgcttgagca
    54721 tgggcgaggt gggacaccag acgccgcctg ccaactgggg agtgtcgggc tcgagatgga
    54781 tgtaatagcc gccatacgcg ctcgatcggc cgccgaagcc ggtcatgtag gcgctgaaat
    54841 aggtcttgta gggcgtcttg tcgggtgaga agcggaggtc gcgatagatg cgatagacac
    54901 agctgcgggc atcgagtccg gcaatctcgg ggtcgaaggt ggcgatgcgg ttgatcagct
    54961 ggccgacgtc gctgatgaag tcggcgcgta gggcgtcgta acgcttcttg ttgtcctgaa
    55021 accattcgcg gttattgttg gcgcgtagct cgcgcaggaa gtcaaatact tcgggggtca
    55081 ttgtgcgggg ttgttatacg tgagaggtag aaattgcttt agagtaccgc cgacgtcgcg
    55141 gccaatgctt tgggagttgc gcaacctgcg cagacgtcgc ggccaatgct ttgggagttg
    55201 cgcaacctgc gcagacgccg cggcaaatgc tttgagagcg gcgcaacctg cgcagacgcc
    55261 acggcaaatg ctttgggagt tgcgcagcct gcgcagacgt ctcggcaaat gctttgggag
    55321 ttgcgcagcc tgcgcagacg tctcggcaaa tgctttgaga gttgcgcaac ctgcgcagac
    55381 gtcgcggcaa atgctttggg agttgcgcaa cctgcgcaga cgtcgcgggg atggcgcttt
    55441 tcgttcaaat cgactcatcg cacgccttgc agacgcgaca tgagggtttg caattgttgc
    55501 tcggtgcaga cgccgacctt accgtcgggc gcgagggtag gcagttgctt cgtctggcgg
    55561 aaaaacatat cggagacgaa cttgttcagt tgcgtgttca ggaaactcat cagcttggca
    55621 tcgcgtttgg ggcgggccaa gtattcggta gcaaaaagca cggtgatgaa gcggctccga
    55681 cgggcatagg cttcgtcctt ttcggcgcgc tccgtgtcgt tgtaatgctc ccagatgcgg
    55741 cccagcagat cgaagcggtt gcgctccgtc cagagttgat aatagagtgc atcggagcgt
    55801 tccttttggc cgtcgcgctc gaacgtctcg gcgcggaagc gggtgagcat gtcggtcagt
    55861 gcaggggcgg gctgcatgag cgcctcggca cggtcgaaga gggcgaaggc gcggcggcga
    55921 tcgtaggtgc gacctagggc agatccgagc agcaggcaga cgtcgatggc ggttgtgtcc
    55981 ccctcgtaag ccgactctaa gagcgggatg gcatccatga agtggcccgt gtaatagcgc
    56041 gcgcaaccgc cgtatttgag cgtcagttgc gacgagtcgc cctcggagag gagtgccgca
    56101 tagaccgaat ccgccgcccc gtattcgttc atgctgaaga gcgccatgcc ccggttgcgt
    56161 cggagtgcgc gatggcgcgg gtgatagctg agggccttgt cgcagacctc gagggcgatg
    56221 tccgccagct gcatcgacag catatagttg gccagcgccg ctgcggccag cgcattttcc
    56281 ggctcgactt ggaacgcctc catgtaggtc accatcgcca cgccattctg ccccaactgt
    56341 cgggcacagt cggccacgtt gcgcatcagc accgggttct gcgggtcgtt ggccagcagc
    56401 ttctcgtaat acgccttggc acgctcggtg tcgccctgcc ggtcgtagaa tcgggccagc
    56461 tgatggttgg cgtagaagtc cgccgtgtca cgcgcacgca gttgcaacag gtagcgctcc
    56521 gcctcgtccg tctgcccaat ggcgccggcg gtgcgtgcga gcgccacgag cagctccgtg
    56581 cgtgcggagt cggtggccgg gcaacgccta taataatggt aggcgtcgcg gtacttgagc
    56641 agaccttccg aggcctgtcc cgcggcataa agagcggcaa agtccgtcgt gtccggatgt
    56701 gactttgcca aggccaacac ctcagcaaaa cgcttctggt cgaccatgcg ttgccagtca
    56761 tcgcactgcg cctgaagggt ctgcccggca agcagtgcgg caagggtgag gagggtgtag
    56821 aatgctttca tgtgcgtgaa tgatggatga tgtgcggcca aaggtagggg gagggacgga
    56881 gaaatgctcc ctcacgctcc cggcctcact tccctgcctc ggcagaggcc gcaggccccc
    56941 cgattgcctc cttgagacgg acgatagcgc gtgtggcgtc gccgccttcc tcctcgagca
    57001 gactgacaaa gcggctgccg atgatggcgc ccgaggcgtg ccgacaggca tcgctgaagg
    57061 tggcacggtt ggagacgccg aagccgatca tacgcggatt gcggaggggt agggcggcga
    57121 tgcggcggaa gtagtcgagc gtgggtgcgt cgaacgtgtc gcgggcgccg gtggtagagg
    57181 ccgacgagac c
//
LOCUS       SEQF2637|AYYD01001128.1 1334 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1334
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttgtttgcac cccaacgatg cttccaatca agagagatat tacctaatat ttcctctgcc
       61 tttcgttctc ctctataagc taatccctgt gcccataccc atgtaggagc aaacttccca
      121 ttctccgttg aggtatagga ataggaacct aaggcagaca actgcaggtt atgaggaagc
      181 tgcagggata attgtagatg tgaattgaac gtaagattct tctcgtcgtt tcgttcaaag
      241 agcagtggtt cagtcggtgc aatctgtgaa gcgttgttgt tcctttgcca tccatttcca
      301 actttatgga atgaaagtgt tggattcatt gcggcggtag aataggaaag tgcctgaaga
      361 tcgaatatct tttcatcttg ctgggaagaa ccgaatacgc caaaatctat tttcaatttc
      421 tcatcaaagg caagttgcga gatatccaac ttagccatga agttattgta atccttagtt
      481 tttataaccg tctgtccacg cacatagcct aatgaggcac gatagttgga tttgtcacta
      541 cctccactaa aagccacatg atgtgaattg acaaatccta ttcgtactat tgcatcctaa
      601 catgaataga caatacattc taacccgctc tcttgtttgc tgccttttgg taattggtgt
      661 tacagatgtt gccaatgcac agagacgaca taaagcgatc actacagagc aaaggcagcc
      721 attattcctt gtcaatgaca cctttcctgt tatcggctca atggcaaagg tgggtgaaaa
      781 gcagatgaat aaaggtttag ttaattctgc tatcaatgcc ctttcaggac aagctgtagg
      841 tgtaaatgtc gttacgaatg gtcaggaccg tatggcaatg ttgacgagtg tgcgcgttcg
      901 tggtaccaca tcacttactg gtggtaacga ccctctggtc ctcattgatg gtgtttcaag
      961 tgatttggca acgctatcta ctatttatcc agctgatata gagagcttta ctattcttaa
     1021 aaatgcgtca gaaacatcta agtatggttc acgaggagca tcgggtgtta ttgaggtaaa
     1081 gacaaggcgt ggaaatggta gtaagtttca gatttattat gatggagcag taggctttga
     1141 taaagtatac aaacgtcttc gtatgctgaa tgcagcagag tatattagtg ctgcaaaagc
     1201 tttagggtta gattacgttg acaaatgtta tgacactgat tttcagaaag aaatagtacg
     1261 aataggattt gtcaattcac atcatgtggc ttttagtgga ggtagtgaca aatccaacta
     1321 tcgtgcctca ttag
//
LOCUS       SEQF2637|AYYD01001129.1 2449 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2449
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1016..2317)
                     /locus_tag="SEQF2637_01552"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKVAIKNENITSFGGICHIMDVFSKLGFEKLTESVLGKRGCSD
                     KAFSHGSIFGSLFFSYLCGGECLENINTLIGQFRQRPGTQLPGADTVGRGLKELAEEN
                     IVYKSEISGKSYSFNAAEKLDTLLLRMIRQMGLIKVGSHVDLDFDHQFIPAHKFDAKY
                     SYEQDFGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVISELGVTIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGTRYEEFRQLKEWKSVEVGYEKYDVTSINM
                     DNLIEGKSYRLVVQRSPLRDKGGKKQTDMFGVIYTYRCILTNDWVSTEKDIITFYNGR
                     GASEKNFDIQNNDFGWAHLPFSFMAENMVFMMVTAMLKNFYLYLVRRISEKVKPLKKT
                     SRLKAFILHFVSVPAKWVRTGRQNVLNLYTNKAYYSEVFLE"
ORIGIN      
        1 ctaatgaggc acgatagttg gatttgtcac tacctccact aaaagccaca tgatgtgaat
       61 tgacaaatcc tattcgtact atttctttct gaaaatcagt gtcataacat ttgtcaacgt
      121 aatctaaccc taaagctttt gcagcactaa tatactctgc tgcattcagc atacgaagac
      181 gtttgtatac tttatcaaag cctactgctc catcataata aatctgaaac ttactaccat
      241 ttccacgcct tgtctttacc tcaataacac ccgatgctcc tcgtgaacca tacttagatg
      301 tttctgacgc atttttaaga atagtaaagc tctctatatc agctggataa atagtagata
      361 gcgttgccaa atcacttgaa acaccatcaa tgaggaccag agggtcgtta ccaccagtaa
      421 gtgatgtggt accacgaacg cgcacactcg tcaacattgc catacggtcc tgaccattcg
      481 taacgacatt tacacctaca gcttgtcctg aaagggcatt gatagcagaa ttaactaaac
      541 ctttattcat ctgcttttca cccacctttg ccattgagcc gataacagga aaggtgtcat
      601 tgacaaggaa taatggctgc ctttgctctg tagtgatcgc tttatgtcgt ctctgtgcat
      661 tggcaacatc tgtaacacca attaccaaaa ggcagcaaac aagagagcgg gttagaatgt
      721 attgtctatt catgttagga tgcaataaat attatttata ctaattatcc aagcaaatat
      781 atatatattt cgggagatag atcagtgatt gcagtttttt tgttacttta ctgtgttatc
      841 cttatatacc ttaattccgc agcacttttt cttgtgatat gattttgtgt gttgaggcgt
      901 ctttttgcct ctacatgtga taggaagcga ccttagactg gtattagtcc ttgcaggcgc
      961 ataaaatccc ccacccaagc caatggggaa aatgaatgcc acaaagaaat gctgtttatt
     1021 caaggaaaac ttcagagtag tatgctttat tggtataaag gtttagaacg ttctgccttc
     1081 ctgtgcgcac ccatttcgct ggcacactga caaaatgcag tataaaggct ttcaatctgc
     1141 ttgtcttttt caacggctta accttttcac tgatacgacg gacgagatag agatagaagt
     1201 tcttcagcat ggcggtaacc atcatgaaca ccatgttctc agccataaag gaaaagggca
     1261 gatgtgccca gccgaagtca ttgttctgta tgtcgaagtt cttttcactt gctcctcgtc
     1321 cattgtaaaa tgtaatgatg tctttctcgg ttgataccca gtcattggta aggatacagc
     1381 gatatgtgta tattactccg aacatatccg tctgtttctt accacccttg tcccttaaag
     1441 gacttcgctg tacgacaagc ctgtatgact ttccttcaat gaggttgtcc atgttgatgg
     1501 atgtgacatc gtatttttca taaccaacct cgacgctctt ccattctttc agttggcgga
     1561 actcttcata acgagtgcca cagttggcag cacgtatata gaatgtgtta cagcgttgct
     1621 ctacggtttg gataatttcc tttgagaacg acccacagtc ggcacggaaa cgctctattg
     1681 tcacaccaag ttctgagatt actcggtcca taatgcgacg aagcgtgtct tcctgatgaa
     1741 atttcacatt ggtgtttcca tcacgattct cacctccaac gataatgccc ccaatggaag
     1801 cccaaccagg gaagtagcca aaatcctgtt cgtaagaata ttttgcatcg aacttgtggg
     1861 caggaataaa ctgatgatca aagtccaagt caacatggct gcctaccttt ataagcccca
     1921 tctgtcgtat cattcgcaga agtaaggtgt ccagtttctc tgctgcattg aagctatacg
     1981 acttcccaga gatctcgctc ttatagacga tattctcttc ggcaagttcc ttaagtccac
     2041 gtcctacagt gtcggcacca ggcagttgcg taccaggtct ctgcctgaac tgccctataa
     2101 gtgtattgat attctcaaga cattctccac cacaaaggta actgaagaag agagaaccga
     2161 aaatgcttcc atgactaaaa gccttatcgc tacacccacg tttgcccaag acagattctg
     2221 taagtttttc aaagcccaac tttgaaaata cgtccataat atgacaaatt ccaccgaaag
     2281 aagtgatatt ctcgttttta attgctacct ttaccatgtc anatttttgc ttacttgtta
     2341 tgtttgcagc acnaagatag gtgaaatttc tgacatatcc aagtgttttg agaactttgt
     2401 ttctcagaca cttggagttc ttacaagaat ttatgctgcg gaattaagg
//
LOCUS       SEQF2637|AYYD01001130.114644 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..14644
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             374..1333
                     /gene="tkrA"
                     /locus_tag="SEQF2637_01553"
                     /EC_number="1.1.1.79"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P58000"
                     /codon_start=1
                     /transl_table=11
                     /product="Glyoxylate/hydroxypyruvate reductase B"
                     /translation="MAKILVAFDTVSEGFEALTSEHEVIFPPRGRDFTQAEIAERIGD
                     CDVLCSVFDIPVGRDLIDCGHSLKLIANYAVGYNNIDTAYAAEKGIVVTNTPRSVIEP
                     TADLALALLLSCSRRIAEWDRAFRRDRDAIEHGRLCRLGVNLYGKTLGILGYGNIGAA
                     VARRCQAFGMTVLYNKRTRYSEAEERERGITYAEKDEVIRRADVLSLHTPLTPETRHL
                     IGARELAMMKPTAILINTARGAVVDEPALVAALKEGRIAAAGLDVFEQNDVPSPELFE
                     LENVSLTPHIGTQTYDSRVEMVHELCNNVIGFLRGDRKIDRVN"
     CDS             complement(1414..1707)
                     /locus_tag="SEQF2637_01554"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVNAQSIGEILREFFAQNPEIGRRLDEVRLVHAWREMLGPGV
                     AQATHEAYVRGATLHVVLDSAVLRSELMMWRDRLVHALNERVGTDVIREIRFR"
     CDS             complement(1704..2810)
                     /gene="recF"
                     /locus_tag="SEQF2637_01555"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHI9"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA replication and repair protein RecF"
                     /translation="MILNKLSVLNYKNIRQADIVCSPKINCFFGNNGMGKTNLLDAIY
                     YLSFCKSHVYTTEERLLRRGEDLCVLQGEYFFGDRTESIFFALPRGQRKQFKRNQKPY
                     PRLSDHIGLLPLVMISPSDAELIRGGSDERRRWMDMILSQYDGLAMHALIRYNKALQQ
                     RNRMLREQSTDTALYEVLEMQLAQHGQQIFDARTRLIEEFLPFFDEYYRAIGRDDEVV
                     GLRYISQLQTVDLEAELARHRERERREVGYTTTGVHKDDLEMTLDGLPIRHLGSQGQN
                     KTCLVALKLAQYSFLSAKNTTLPILLLDDIFDKLDATRVEHIVRLVGEERFGQIFITD
                     TNRKYLDSILESIRKEYAMFHVDAGMVTAMEDGR"
     CDS             3037..3729
                     /locus_tag="SEQF2637_01556"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTTNEEKEIEVEEIVSRSEQFIEKHKQKIIAGVSAIAVVVG
                     LILAYHYLYAKPQAEKAKLAIFKGEQYLAMDSFALALNGNGVDYDGFEAIIDRFGGTK
                     TGNLAKAYAGICYYHLGDPEKAIQRLKAYKGDDAQIAPTIIGLIGDCYVTTGNTKEGI
                     SYFEKAASKANNDLISPIYLKKAGLAYESLKQYPDALKAYETIRDKYNQSMEAMDIDK
                     YITRVKLLSESK"
     CDS             3742..4245
                     /gene="ribH"
                     /locus_tag="SEQF2637_01557"
                     /EC_number="2.5.1.78"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99141"
                     /codon_start=1
                     /transl_table=11
                     /product="6,7-dimethyl-8-ribityllumazine synthase"
                     /translation="MATIYHNLSEYDFETVPDASEMRFGIVASEWNQNVTEKLLEGAC
                     NTLERHGAKQENIHIERVPGSFELTFGAKMMAQSQDVDVVIVIGCVIRGDTPHFDYVC
                     SGVTQGVTGLNLEGDIPFIFGMLTTENLKQAEDRCGGRYGNKGDEAAVTAIKMVDFAR
                     RICTARK"
     tRNA            4278..4362
                     /locus_tag="SEQF2637_01558"
                     /product="tRNA-Tyr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Tyr(gta)"
     tRNA            4399..4472
                     /locus_tag="SEQF2637_01559"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(tcc)"
     CDS             4642..5289
                     /locus_tag="SEQF2637_01560"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTSLLSFALLCFTSFFTLTNPLGTMPVFLTMTNGMDERQRRAI
                     VRRATIVAFITVLVFTFSGQFLFKFFGISTNGFRIVGGVIIFKVGFDMLQARYTSLRL
                     KKEEIKTYANDISITPLAIPILCGPGAIANAIVLMQDAHTLEMKGVLIGVIAFIYLFA
                     YIILGFSTHLVRFLGETGNNVMMRLMGLILMVIAVECFVGGARPILVEILREGLR"
     CDS             5829..7046
                     /locus_tag="SEQF2637_01561"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFFHRWQTILIGLLATITLSTFGQNVRLSDAAEISLLTCSPSD
                     EEAYTLYGHTAIRVRDPHPASDSMRPIDFVFNYGLFDFSKPHFIYRFARGETDYMLGG
                     NDFEQFLAAYRARGSEVCEQTLALDSAERQRLLDALVENALPENRTYRYNFFFDNCAT
                     RPAAMIERAVNGSIAYEERREVETFRDLINGCTRRHPWLTFGCDLVVGAPADRPMHLR
                     ESFFIPERLRESFDGAWIITPDGSKRRLVSSTRLLSERTAPEIVPDFFTPLVCSLLLF
                     IVVALLTLIEVRREASFRWLDFLLFFVAGLAGCVLAFLAFFSVHPAMWPNVTFLWLHP
                     LHLIGAVCMAVKRCKRLSYVYHLLTFAALLAAGVGYVIVPQHFNAAFFPLMLTLLMRS
                     GRYLTRRKKIRFE"
     CDS             7050..8633
                     /gene="pafA"
                     /locus_tag="SEQF2637_01562"
                     /EC_number="3.1.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KJX5"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkaline phosphatase PafA"
                     /translation="MRRILSSLLTLLAVTQIQAQQQRAPKLVIFITVDQLRGDYIEYF
                     QHTFGERGFKRLLAEGAVCHNVRFGFSYLNQASAFATLFTGAYPSVHGITGLKTYSFE
                     TAKEVSQLYDADYLGNFTRDNYSPRNLLAATIGDELKIVSGGRSEVYAIAPDAEAAIL
                     SAGHAANGAFWIDNYNGRWATTTYYKGVPWYVEKYNNGNESLPARLGTRVWQPALSAD
                     KYDALPCLSGSNTFQYTFKANTAGCYPDLKTSPFGNEEVSRLFNQFLEYGALGTRPTP
                     DFVALTFYAGNYRGIRYSGNTREIQDLYHRLDKELERLIDAVEKKVGLQHVLFVLTGT
                     GHFTSEEIRPEGTRWVGGEFHPKRCMALLNMYLMAIYGQKNWVREFYNNQVYLNRKAI
                     EEAKIDLGEIQARAATFLQEFSGVERVTTDMTLRSGVWNENVIDLSRGTYRGRRGDLI
                     LALSPGWTVVNDDNAKDRPKVVRNQAVPTPVIFFGNGIKPQHIYREVKAVEIAPTVTH
                     VMRIRSPNAGDALPIPEIR"
     CDS             8767..12180
                     /gene="secA"
                     /locus_tag="SEQF2637_01563"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01382"
                     /codon_start=1
                     /transl_table=11
                     /product="Protein translocase subunit SecA"
                     /translation="MGFNEILTKLFGNKSQRDLKEITPYVDRVKAAYPAIQKLTDDEL
                     RTKTAEIRQHIQDYVAEDKKRIADLRQGIDEKELEEREAIWAEVDEIEKKIADQYEKV
                     LDEVLPDVFAIVKDTARRFVEKEEITVTATDFDRDLATRHDFVRIDGDKAIYQNHWMA
                     GGNEIKWDMIHYDVQLFGGVVLHKGKIAEMATGEGKTLVATLPVFLNALTGEGVHVVT
                     VNDYLSKRDSEWMGPLYMFHGLSVDCIDKYQPNSDERRKAYLSDITFGTNNEFGFDYL
                     RDNMAISPQDLVQRKHNYAIVDEVDSVLIDDARTPLIISGPVPKGEEQLFDEYRSKVE
                     TVVNAQKNLCTKLLTEAKQKMKSDDKKVQEEGSLLLFRSFKGLPKNKALIKFLSEPGI
                     KTSMLKTEEFYMQDNMRNMHIVTDELYFVIDEKNNSIELTDKGLDLLTGNMEDPQFFV
                     LPDIASELSQISNMAGSDAERQAKKDALLTNYSVKSERVHTINQLLKAYTLFEKDDQY
                     VVIDGQVKIVDEQTGRIMEGRRYSDGLHQAIEAKERVKVEAATQTFATITLQNYFRMY
                     HKLSGMTGTAETEAGELWNIYKLDVVVIPTNKPVIRKDMNDRIYKTKREKYNAVIDEI
                     VRTRNEGRPSLVGTTSVEISELLSRMLSIRKIPHSVLNAKLHRREADIVAQAGQSAMG
                     MTTITDPDGTERTEERMLGTVTIATNMAGRGTDIKLSPDVRNAGGLAIIGTERHESRR
                     VDRQLRGRAGRQGDPGSSVFFISLEDNLMRLFASERVAKAMDMFGHKEGDVLEAGMLN
                     KSVERAQKKVEENNFGIRKRLLEYDDVMNSQRNVIYTRRRHALMGERIGLDVMNTLYD
                     ATVALVEQARDGGDFDGFKLELFRTFALECPVTEETFREAKTDALTDQVFKAVMEQYK
                     RRTERMAQVADPVIRQVFENQGAMYENIMIPVTDGKRMYNVSCNLKEAYDTHSRAIVK
                     AFQKAVTLLTIDEAWKEHLRDMDDLRQSVQNASYENKDPLLIYKLEAYNLFKTMVETM
                     NRKTVAILMRGQIPVQEAPDEERQAAPEVRQAVPERRTDMSRYRTEKDDADAAPRSAD
                     SEGTQPQPPAGPAPRQPQEPVRVEKKVGRNDPCPCGSGKKYKNCHGRGL"
     CDS             complement(12304..13461)
                     /locus_tag="SEQF2637_01564"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPALSPPVSGILFFTRNLIPHISNEKIHSSPGRLLLFAGASSFT
                     LQAQDTMNTNKTASSPLDEALSLTSEWDKVFPQSDRVEHRKVTFHNHFGLTLAADLYL
                     PKGATGKLPAIAVCGLFGGVKEQSSGLYAQTLAERGFITLAFDPSFTGESSGHPRDVF
                     SLDINTEDFQASVDYLCNLDGVDPARVGILGICGWGCIALNAAANDPRIKAVVASTMY
                     DMPRIGAWGYNDSGTADDRYRAKQEIADLRTSEYAAGLTKHAFTTIPVDQLTGKEPAF
                     VRQYSEYYKAPRGYHPRSVNSNLGWMQQAMTGWMNNAILSHPEDLRAPVLIVHGEKAH
                     SRYMGEDIYRRLKGDNKQLLIVPGATHTDLYDQTDKIPFDRIADFYRTNLK"
     CDS             complement(13494..14417)
                     /locus_tag="SEQF2637_01565"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKTVVINKPGLRKYDNPLHVQFHSETYDIVHAVDPTKLGMPDD
                     VMPEWRGNIDTEISNNRDAQADANTALMMEKDEERDRLVLFIIASVRNALLLSDADMV
                     AAAKRLSVMTRRYAGIQKESFDRETADILGFLADLKDAKYTADVTKLGLDPVVTKLEA
                     VNTEFRKIYKERRETEVEKTHLPPSGKVRPETDALYERVILVLQWNYVYGKAPVDPNV
                     IAQVAEAMNKQTDRIETVYRQSLAQRKAAGDKKPKEPKTPKDPKEPKQPKDPKPTPDP
                     KQPEQPKKPDEKPKDPKKPDDGNPDIKLPEE"
ORIGIN      
        1 gaaaaaggag aaagtggtgt ttgcggaact tccgcaggca tcaaaaagta gaaagtggtg
       61 tttgcggaac ttccgcaagc atggaaaaga ggaaagtggt gtttgcggaa cttccgcaag
      121 catgaaaaag gagaaagtgg tgtttgcgga acttccgcaa gcatgaaaaa gaggaaagtg
      181 gtgtttgcgg aacttccgca agcatttcca aaaacgtttt ggccctcgcg tggcttccgt
      241 agaggctctc tgctggctgt atgcttacct cgaactcacg ttataagcgt aaaagcatgc
      301 agagctggca cttttctgct tcttttgcgt ggacagaaaa cagatggttt aaccgataaa
      361 cacaagaaag aaaatggcaa agattttagt ggcattcgac acggtaagcg aaggcttcga
      421 agcgcttacc tctgaacatg aagtgatttt cccgcctcgt gggcgcgact ttacgcaggc
      481 cgagatcgcc gaacgcattg gcgattgcga tgtgctctgc tccgtttttg acatccccgt
      541 cggccgtgac ctgatcgact gcgggcattc gctcaagctg attgcgaact acgccgtggg
      601 ctacaacaac attgacacgg cctatgcggc cgagaagggg atcgtggtga cgaacacgcc
      661 gcggtcggtg atcgaaccaa cggctgactt ggcgctggcg ctgctgttga gctgctcgcg
      721 gcgcatcgcg gagtgggatc gcgccttccg ccgtgatcgc gatgcgatcg agcacggacg
      781 actctgccgg ctcggcgtca acctctacgg taaaacgctc ggcatcctgg gctatggcaa
      841 tatcggcgcg gcggtggcgc ggcgttgtca ggccttcggc atgacggtac tctacaacaa
      901 acgcactcgt tacagcgagg cggaggagcg tgaacggggc atcacgtatg cggagaaaga
      961 cgaggtgatc cgtcgcgccg atgtgctgtc gcttcacacg ccgctgacgc ccgagacgcg
     1021 ccacctgatt ggcgcccgcg agctggcgat gatgaagccc acagcgatct tgatcaatac
     1081 ggcgcgtggg gccgtggtgg atgagcctgc actggtggcc gcactcaaag aggggcggat
     1141 agccgccgcg ggtctcgatg tattcgagca gaacgacgtg ccttcgcccg agcttttcga
     1201 gctggagaac gtctcgctca cgccgcacat tggcacgcag acgtacgact cacgcgtgga
     1261 gatggtgcat gagctgtgca ataacgtcat cggcttcctg cgtggagatc ggaagattga
     1321 tcgcgtgaac tgatctcttg gggagcgttc atcaaacgcc ggctgctttc cgcctaagaa
     1381 ggggagggca gccggcgttg tgttcggtgg gggctaccga aaacggatct ctcggatgac
     1441 gtcggtgccc acccgctcgt tgagggcatg gacgaggcgg tcgcgccaca tcatcagttc
     1501 gctgcgcagg acggcggagt cgagcacaac gtgcagcgtg gcgcctcgca cgtaggcttc
     1561 gtgcgtagcc tgcgccacgc ccgggccgag catctcgcgc caggcatgga cgaggcgtac
     1621 ctcgtccaat cgacgaccga tctcggggtt ttgggcaaaa aactcacgga gaatctcgcc
     1681 aatggattgg gcgttgacgc gtttcatcgg ccgtcctcca tggcggtcac cattcctgcg
     1741 tcgacgtgga acatggcgta ctccttgcgg atagactcga ggatgctgtc taagtatttg
     1801 cggttggtgt cggtgatgaa gatctgccca aatcgctcct cgccaacgag ccggacgatg
     1861 tgttccacac gcgtggcatc cagcttgtcg aatatatcgt cgagcagtaa aatcggcagc
     1921 gtggtgttct tggccgagag gaaggagtat tgcgcgagct tgagcgccac gaggcacgtc
     1981 ttgttctgtc cctgtgaacc gaggtgacgg atgggcaggc cgtcgagcgt catctccaga
     2041 tcgtccttgt ggacacccgt cgtggtatag cctacctcac gtcgctcacg ctcgcggtgg
     2101 cgtgccagct ccgcctccaa atcgaccgtc tgcaactgcg agatgtagcg cagccctacg
     2161 acctcgtcgt cccgcccgat ggcgcgatag tactcgtcga agaaggggag gaactcctca
     2221 atgaggcggg tgcgagcatc aaaaatctgt tggccgtgtt gcgcgagttg catctccagc
     2281 acctcgtaaa gggcagtgtc ggtgctttgt tcgcggagca tacggttgcg ctgttgcagc
     2341 gccttattgt agcgtatgag tgcgtgcatg gcaagaccgt catattgcga gaggatcata
     2401 tccatccacc gccttcgctc gtcgctccct ccgcgaatca actccgcatc cgacggcgag
     2461 atcatgacga gcggcagcag cccgatgtgg tccgacaacc gtgggtaagg cttttggttg
     2521 cgtttgaatt gcttgcgttg gccgcgtggg agggcgaaaa agatggactc ggtgcggtcg
     2581 ccaaagaagt actcaccttg taggacgcag agatcctcgc ctcgtcggag gagtcgttct
     2641 tcggtggtgt agacgtggct cttgcagaaa gagaggtaat agatggcgtc gagcagattg
     2701 gtcttgccca taccattatt gccgaagaag cagttgatct tcggtgagca gacgatgtcg
     2761 gcctgtcgga tgttcttata gttcaggacg gagagcttgt tcaatatcat atgaataggt
     2821 aggagggaga atgtgagggg caaaaataga tccctttgaa gaaggaggcc atcacgcagg
     2881 aacgtcgcag agggagtgta atagataagc tgcgatgtca agtcacagtt aaattggaga
     2941 taggccgaag taggcctttc gggtaaaaaa ttacttttgc gcctcgaatt tcaagaagca
     3001 aaaaacgaat agtaaacaga aagaaaaaag atcgttatgg cgaaaaagac aacaaacgag
     3061 gagaaggaaa tagaagtaga agaaatcgtt tcccgatcgg aacagtttat tgaaaagcat
     3121 aaacagaaaa tcattgctgg cgtgtcggcc atagccgttg tggtcggtct cattttggcc
     3181 taccactacc tctacgccaa gccgcaagcc gagaaggcta agctggccat cttcaagggc
     3241 gagcaatatc tggccatgga ctctttcgcc ttggcgctga acgggaacgg tgtcgactac
     3301 gacggtttcg aggcaattat cgatcgcttt ggtggcacca agaccggtaa tctggccaag
     3361 gcctacgccg gcatctgcta ctaccacctc ggtgatcccg aaaaagccat tcagcgactc
     3421 aaagcctaca agggtgacga cgcccaaata gcccccacca tcatcggact gattggcgat
     3481 tgctatgtca ccacgggcaa cacgaaggaa ggtatcagct acttcgagaa agccgcatcg
     3541 aaagccaata acgacctgat cagccccatc tatctgaaga aagccggcct cgcctacgag
     3601 tccctcaagc aataccccga cgccctgaag gcctacgaga ccatccgcga caaatacaac
     3661 cagtcgatgg aggcaatgga catcgataag tacatcactc gcgtcaaact cctctccgaa
     3721 tccaaataag accccggaag catggcaact atttatcaca acttgtcgga atacgacttc
     3781 gagaccgtcc ccgatgcctc cgaaatgcgc ttcgggatcg tggcttcaga gtggaatcag
     3841 aacgtcaccg aaaaactctt ggaaggcgcc tgcaacacgc tggagcgtca tggcgctaag
     3901 caggaaaaca ttcacatcga gcgcgtgcct ggtagcttcg agctcacttt cggtgccaag
     3961 atgatggccc agtcgcagga cgtcgacgtc gtgattgtca tcggttgcgt cattcggggt
     4021 gatacgccac atttcgacta cgtctgttcg ggggtgacac agggtgtcac tgggctgaac
     4081 ctcgagggcg acatcccctt catcttcggc atgcttacga ccgagaacct caagcaagcc
     4141 gaagaccgtt gtggcggtcg ctacggcaac aaaggcgatg aggcggcggt gaccgccatt
     4201 aaaatggtcg atttcgctcg ccggatttgc acggctcgaa aatagatcta cctttgcgcc
     4261 gcatttgaca gaaaaacggg cagttaccag agtggccaaa tggggcagac tgtaaatctg
     4321 ctggcttacg ccttcggtgg ttcgaatcca tcactgccca ccccactggg ggatgaaaag
     4381 ttgtcgcaat gcaaccatgc ggaagtagct cagttgatag agcattagcc ttccaagctg
     4441 agggtcgcgg gtttgagccc cgtcttccgc tctttaagtt taatagattt gggtggcaga
     4501 ggctttacaa aacgattttg tagagcctct gttctttagt atccagatca tagcccgacc
     4561 ttccgcctga gcacagagca actactctca ggccgatccg cacgaaatac agccagagaa
     4621 aatcatcaaa caacacccct catggatact tcactgctct ccttcgcact gctctgcttt
     4681 acatcgttct tcacgctgac gaacccgttg ggcaccatgc ccgtctttct gaccatgacg
     4741 aacggtatgg acgagcgtca gcgccgtgcc atagtacgtc gtgctactat cgtggctttt
     4801 attacggtgc tggtcttcac gttctcgggt caatttcttt tcaaattctt cggcatttcc
     4861 acgaacggct tccgcatagt cggtggcgtg atcatcttca aagtcgggtt cgacatgctc
     4921 caagcgcgct acacctcgct gcgcctcaaa aaggaggaaa tcaagaccta cgccaacgat
     4981 atctccatca cgccgctggc tatccccata ctctgtggcc ccggagccat cgccaacgcc
     5041 atcgtgctaa tgcaagacgc ccacacgctc gagatgaaag gcgtgctgat cggcgtcatc
     5101 gccttcatct acctctttgc ttacatcatc ctcggctttt ccacccactt ggtgcgtttc
     5161 ctgggggaga ccggcaacaa cgtcatgatg cggctcatgg gcctgatact gatggtcatc
     5221 gctgtggagt gtttcgtggg tggtgcccga ccgatcttgg tcgaaatctt gcgagaaggc
     5281 ctcagatagc tgtgcccaga cgctgagact ctcgttatag attgtcgtcg aggcgttttt
     5341 tctgcggtta caccctcatc ccctgagggg ataggggcgt catcgtgaaa aaacgcctcg
     5401 tcccctgagg ggataggggt gtcatcgtga aaaaacgcct cgtcccctga gggggtgagg
     5461 gtgtcatcgt gaaataacgc cttatcccct gaggggatag aggtgtcatc gtgaaaatgg
     5521 ctctcatccc ctgaggggat aggggtgtaa tcgtgaaaat ggctcccatc ccctgagggg
     5581 ataggggtgt catcgtgaaa aaacgcctca tctcctgagg gggtaggggt gtcatcgtga
     5641 aaaaacgcct catcccctga ggggataagg gtgtaatcgt gaaaatggct cccatcatgc
     5701 gaggtgatgg gggtgtatta cttttgccgc gccttgattt caaggcacat tcatgcatca
     5761 acccatgcgc tggtcacggc tcagaccctc cggacgcaac ttttccccac aaaaacgaaa
     5821 cgatgacaat gagatttttc catcgatggc agacgattct gataggcctt cttgccacca
     5881 tcacgctcag tactttcggg cagaacgtgc ggctgagcga tgccgccgag atcagcctcc
     5941 tgacctgttc gccctccgac gaggaggcct acacgctcta tggccacacc gccatccggg
     6001 tgcgtgaccc tcaccctgcg agcgactcca tgcgcccgat cgacttcgtg tttaactacg
     6061 gtctcttcga cttctccaag ccccatttta tctatcgctt cgcccgcggt gagacggatt
     6121 atatgcttgg cggcaacgac tttgagcagt tcctggccgc ctaccgcgcc cgcggcagtg
     6181 aggtctgtga gcagacgctg gccctcgact ccgccgagcg gcaacgcctc ctagatgccc
     6241 tcgtggagaa cgccctgccg gagaatcgca cgtatcgcta caacttcttc ttcgacaact
     6301 gtgccacgcg cccagccgcg atgattgagc gcgccgtcaa tggatcaatc gcttatgagg
     6361 agcggcgcga ggtggagacg ttccgcgacc tgatcaacgg ctgcacccgt cgccatccct
     6421 ggctcacttt cggctgcgac ctcgtggtgg gcgctcccgc cgatcggccg atgcacctgc
     6481 gcgaatcatt cttcatcccc gagcggctgc gcgagtcgtt cgacggtgca tggatcatca
     6541 cgcccgacgg gtcgaagcgt cgcttagtct cctccacccg tctgctctcg gagcgtaccg
     6601 ccccggagat cgtgcccgac tttttcacgc cgctcgtgtg tagcctgctg ctcttcatcg
     6661 tcgtggcgct gctgaccctc atcgaggtgc ggcgcgaggc ctcgttccgt tggctggact
     6721 tcctgctctt cttcgtggca gggctggccg gctgcgttct ggccttcttg gccttctttt
     6781 cggttcaccc cgccatgtgg cccaacgtga cgttcctctg gctccatccg ctccatctca
     6841 tcggcgccgt ctgcatggcc gtgaagcggt gtaaacgcct gagctatgtg tatcatttgc
     6901 ttacattcgc cgcgcttttg gcggcaggag tcggatacgt catcgtcccg cagcatttca
     6961 acgccgcctt tttccccctg atgctgaccc tgctcatgcg ctcgggaaga tatttgacga
     7021 gaagaaagaa aatccggttt gaataatcaa tgaggcgaat cctatcctcc ctactcaccc
     7081 tactggccgt cacgcagatc caggcgcaac aacagcgcgc gcccaagttg gtcatcttca
     7141 tcacggtcga tcagttgcgg ggcgattaca tcgaatattt ccaacacacc ttcggcgagc
     7201 gcggcttcaa gcgcctgttg gctgaggggg ccgtctgcca caatgtccgc ttcggctttt
     7261 cctacctcaa ccaagcctcc gccttcgcta ccctcttcac cggcgcctat ccatcggttc
     7321 atggcatcac cggcctcaag acatacagct tcgagacggc taaagaggtc tcccaactct
     7381 acgacgccga ctatctcggc aacttcaccc gcgacaatta ttccccccgc aacctgctgg
     7441 ccgccacgat cggcgacgag ctgaagatcg tctccggcgg acgtagcgag gtctacgcca
     7501 tcgcccccga cgccgaagcc gccatcctct ccgcaggtca tgccgccaac ggtgctttct
     7561 ggatcgacaa ctacaacggc cgctgggcca ccacgactta ttataaaggg gtaccctggt
     7621 acgtcgagaa gtacaacaac ggcaacgaat ccttgcccgc ccgacttggc acgcgtgtct
     7681 ggcaacccgc cctctcggct gacaaatacg acgctctgcc ctgcctttcg gggtcgaaca
     7741 ctttccagta caccttcaag gccaacaccg ccggctgcta ccccgacctc aagacttcgc
     7801 ccttcggcaa cgaggaggtc agccgcctct tcaaccaatt cctcgagtac ggtgccctcg
     7861 gcacccgccc cacgcccgac ttcgtggcgc tcaccttcta cgccggaaac taccgtggca
     7921 ttcgctattc cggcaacacg cgtgagattc aagacctcta tcaccgcttg gacaaagagt
     7981 tagagcgact catcgatgcc gtcgagaaga aagtcgggct gcagcacgtg cttttcgtgc
     8041 tcaccggcac gggccacttt acgagcgagg agatccgccc cgaaggcacc cgatgggtcg
     8101 gcggcgagtt ccaccccaag cgttgcatgg cgctgctgaa catgtacctc atggctatct
     8161 acgggcagaa gaattgggtg cgcgagttct acaacaatca ggtctacctc aaccgcaaag
     8221 ccatcgagga agccaagatc gacctgggcg aaatacaagc acgagccgcc accttcctgc
     8281 aggagtttag cggcgtggag cgcgttacga ccgacatgac gctgcgctcc ggcgtgtgga
     8341 acgagaacgt gattgatctc agtcgcggca cctatcgcgg ccgtcgcggc gatctcatac
     8401 tggcgcttag ccccggctgg acggtcgtca acgacgacaa cgcgaaagat cgccccaagg
     8461 tcgtccgtaa tcaggccgtg cccacgccgg tcatcttctt cggcaacggc atcaagccgc
     8521 aacacatcta ccgcgaagtc aaggccgtcg agatcgcgcc gactgtcaca catgtcatgc
     8581 gcatccgatc gcccaacgcg ggcgacgccc ttccgatacc ggagatccgg taagcggaag
     8641 cgccctcaca actcaaagcg aacagtccgc cacccccgga aagggtggca ccttttttgc
     8701 cacaccgtgg cacttttccc cctcccccca atacgtttat acaaatagtc aacacatcat
     8761 acactcatgg gatttaatga gatactcact aagctgttcg gcaataagtc gcagcgagat
     8821 ttgaaagaaa taacccccta cgtcgaccgc gtgaaggccg cctatccggc tattcagaag
     8881 ctgaccgacg acgagctgcg caccaagacg gccgagatcc gccaacacat ccaggactac
     8941 gtggccgaag acaaaaagcg catcgcagac cttcgccaag gcatcgacga gaaggagctt
     9001 gaagagcgcg aggccatctg ggctgaggtc gacgagatcg agaagaagat cgccgaccaa
     9061 tacgagaagg tgctcgatga agtactgccc gacgtcttcg ccatcgtcaa ggatacggca
     9121 cgccgcttcg ttgagaagga agagatcacc gtcaccgcca ccgacttcga ccgtgatctg
     9181 gctacgcgcc acgactttgt ccgtatcgac ggcgataaag ccatctacca gaaccactgg
     9241 atggccggtg gtaacgagat caagtgggac atgatccact acgacgtgca gctctttggc
     9301 ggcgtcgtgc tccataaggg caagattgcc gagatggcca ctggcgaggg taagacgctc
     9361 gtcgctacgc tccccgtctt tctcaacgcc ctcaccggcg aaggcgtgca cgtggttacc
     9421 gtcaacgact acctctccaa gcgtgactcc gaatggatgg gaccgctcta catgtttcac
     9481 ggcctctctg tggactgtat cgacaagtac cagcccaatt ccgacgagcg ccgcaaggct
     9541 tacctctcgg acatcacctt cggcacgaac aacgagttcg gcttcgacta cctgcgcgac
     9601 aacatggcca tcagcccgca agacctcgtg cagcgcaagc ataactacgc catcgtcgac
     9661 gaggttgact ccgtgttgat cgacgatgcc cgtacgccgc tgatcatctc tggtcctgta
     9721 cccaagggcg aggagcaact cttcgacgag tatcgctcaa aggtggagac cgtggtcaat
     9781 gcgcagaaga atctttgcac caagctcctc accgaggcca agcagaagat gaagagcgac
     9841 gacaagaagg tgcaggagga aggctctctg ctcctcttcc gttctttcaa gggactcccc
     9901 aagaacaaag ccctcatcaa gttcctcagc gagccgggca tcaagacgag catgctcaag
     9961 accgaggagt tctacatgca ggacaacatg cgtaacatgc acatcgtgac cgacgagctc
    10021 tatttcgtga tcgacgagaa gaacaacagc atcgaactta ccgacaaagg tctcgacctg
    10081 ctgacgggca acatggagga tccgcaattc ttcgtcctgc ctgacatcgc ttccgagctt
    10141 tcccagatta gcaacatggc cggcagcgac gctgaacgtc aagcgaagaa ggacgcgctg
    10201 ctcacgaact actccgtcaa gagcgagcgt gtgcacacca tcaaccagct gctgaaggcc
    10261 tacaccctct tcgagaaaga cgaccaatac gtcgtgatcg acgggcaggt gaagatcgtc
    10321 gacgagcaga cgggccgcat catggagggc cgacgctatt ccgacggact tcatcaagcc
    10381 atcgaggcca aggaacgcgt caaggtggaa gccgccacgc agaccttcgc cacgatcaca
    10441 ctccagaact acttccgtat gtaccacaag ctctccggta tgaccggtac ggctgagacg
    10501 gaggctggcg agctttggaa catctacaag ctcgacgtgg tcgtgatccc caccaacaag
    10561 cccgtcattc gtaaggacat gaacgaccgg atctacaaga cgaagcgcga gaagtataac
    10621 gccgtcattg acgagatcgt ccgcacgcgc aacgagggcc ggccctcgct cgtgggtacg
    10681 acttcggtcg agatctccga gttgctcagc cgcatgctta gcatccgcaa gatcccgcac
    10741 agcgtgctca acgctaagct ccaccgccgc gaggccgaca tcgtcgctca ggccggacag
    10801 agcgcgatgg gcatgactac catcaccgac cctgacggca cggagcgcac cgaagagcgc
    10861 atgctcggca ccgtcaccat cgccacgaac atggccggtc gaggtaccga catcaagctc
    10921 tcccccgacg tgcgtaacgc cggcggactc gctatcatcg gcaccgagcg ccacgagagt
    10981 cgccgcgtcg atcgccagct ccgcggacgt gccggtcgtc agggcgaccc cggttcgtcg
    11041 gtcttcttca tctcgcttga ggataacctc atgcgcctct tcgcctccga gcgcgtcgcc
    11101 aaagcgatgg acatgttcgg ccacaaagag ggcgatgtgc tcgaggcggg catgctcaac
    11161 aagtctgtcg agcgcgccca gaagaaagtg gaggaaaaca acttcggcat ccgtaagcgc
    11221 ctcttggagt acgacgacgt gatgaactcc cagcgtaacg tcatctacac ccgccgccgc
    11281 cacgccctca tgggcgagcg catcgggctg gacgtgatga acacgctcta cgacgccacc
    11341 gtggccctcg tcgagcaggc gcgcgatggc ggcgacttcg acggcttcaa gctggagctc
    11401 ttccgcacct tcgccctcga gtgtcccgtc acggaggaga ccttccgcga ggccaagacc
    11461 gacgccctca ccgaccaggt cttcaaggcc gtcatggagc aatacaagcg ccgcaccgag
    11521 cgcatggcgc aggtagctga ccccgttatc cgccaagtct tcgagaacca gggcgccatg
    11581 tacgagaaca tcatgatccc cgtgaccgac ggcaagcgca tgtacaacgt ctcgtgcaac
    11641 ctcaaggagg cttacgacac ccattcgcgc gccatcgtca aggccttcca aaaggccgtt
    11701 acgctgctca ccatcgacga ggcgtggaag gaacacctgc gcgacatgga cgacctccgc
    11761 cagtccgttc agaacgccag ctacgagaac aaagacccgc tgttgatcta caaactcgag
    11821 gcttacaacc tcttcaagac gatggtcgag acgatgaacc gcaagacggt cgccatcctc
    11881 atgcgtggtc agatccccgt ccaagaggcg cccgacgagg aacgtcaggc cgcccctgaa
    11941 gtgcgtcagg ccgtccccga gcgccgcacc gacatgagcc gttatcgcac cgagaaggac
    12001 gacgccgacg cggctccacg cagcgccgac tcggagggca cacagccgca gccgcccgcg
    12061 ggtcccgcac cgcgtcagcc gcaggagccc gtccgggtgg agaagaaagt tggccgtaac
    12121 gacccctgcc cctgcggcag cggcaagaag tacaagaact gtcacggccg cggactctga
    12181 tcggtaaacc gaaaagagcc gaaaatgaaa gatgccgggt acacgctgcg agaggcgtgt
    12241 atccggcatt gtcataagta agaaggagat cccccggggt ggcccccgag gggtctgccc
    12301 ctcttacttc aggttcgtac ggtagaaatc cgcaatgcga tcgaagggga tcttgtccgt
    12361 ttggtcgtag agatccgtgt gcgtagcgcc ggggacgatc agcagctgct tattgtcgcc
    12421 cttgaggcga cggtagatgt cttcgcccat gtaacggcta tgcgccttct cgccgtggac
    12481 gatgaggact ggcgcgcgga ggtcttcggg gtgcgagagg atggcgttgt tcatccagcc
    12541 cgtcatggcc tgttgcatcc acccgaggtt ggagttgacc gagcggggat gatagccgcg
    12601 cggagccttg tagtactccg aatactggcg gacgaaggcc ggctctttgc ccgtgagctg
    12661 gtcgacaggg atggtcgtga aggcgtgttt tgtgaggccg gcggcgtact cgctggtgcg
    12721 gaggtctgcg atctcctgct tggcgcgata gcggtcgtcg gccgtgccgc tgtcgttgta
    12781 gccccaggcg ccgatgcgtg gcatgtcgta catggtgctc gccacgacgg ctttgatgcg
    12841 cggatcgtta gcggcggcat tgagcgcgat acagccccag ccgcagatgc cgaggatgcc
    12901 gacgcgtgca gggtcgacgc cgtcgaggtt gcagaggtag tcgacggagg cttggaagtc
    12961 ttccgtgttg atatcgagcg agaagacgtc gcgtggatgg ccgctactct cacccgtaaa
    13021 ggaggggtcg aaggccagcg tgatgaagcc gcgctcggcg agtgtctgtg cgtaaagtcc
    13081 gctggactgc tccttgacgc cgccgaaaag tccgcagacg gcgatggcgg gcagtttgcc
    13141 cgtagcgcct ttgggaaggt agagatcggc ggccagggtg aggccaaaat ggttgtggaa
    13201 agtcaccttg cggtgctcca cacggtcgct ttgagggaac actttgtccc attctgaagt
    13261 cagtgacaaa gcctcatcga gaggagaact tgccgttttg ttcgtgttca ttgtgtcttg
    13321 tgcttgaaga gtgaatgatg aggcgcctgc aaagaggagc aggcggccag gggatgaatg
    13381 tattttctca tttgaaatat ggggaatgag gtttcgggtg aaaaaaagaa tgccggacac
    13441 gggtggggag agggcgggca tctgtatccg gctattctta gtgagccata gcgttattcc
    13501 tccggcagct tgatgtcggg gttgccgtcg tcgggtttct tcggatcctt cggcttctcg
    13561 tccggcttct tcggctgttc cggttgcttc gggtcgggcg taggcttggg atccttgggc
    13621 tgtttgggct ctttcggatc cttgggagtc ttgggttcct tcggcttctt gtccccggcg
    13681 gccttacgct gggcgaggct ctggcgataa actgtttcga tgcggtcggt ttgcttgttc
    13741 atcgcttcag ccacttgggc aataacgttt gggtcgaccg gcgctttgcc ataaacgtaa
    13801 ttccattgca acaccaaaat cacgcgttca tagagtgcat ccgtttcggg gcgcaccttg
    13861 ccagagggcg gcaggtgagt cttttccact tctgtctcgc ggcgctcttt atagatctta
    13921 cggaactccg tgttgacggc ctccagcttg gtgaccaccg gatccagccc cagcttggtg
    13981 acgtcggccg tgtatttggc gtccttgagg tcggccaaga atcctaagat gtcagccgtt
    14041 tcgcggtcga acgattcctt ttgaatgcca gcgtagcggc gggtcataac ggagaggcgc
    14101 ttggcagcgg ccaccatgtc ggcgtcgctc agcagcaggg cgttgcgcac cgaggcgatg
    14161 atgaacagca ccagccggtc gcgctcctcg tccttctcca tcattaacgc cgtattggcg
    14221 tcggcctgcg cgtctcgatt attcgagatt tcggtgtcga tgttgccgcg ccattccggc
    14281 atcacgtcgt cgggcatacc gagcttcgtc gggtccacgg cgtgcacgat gtcgtacgtc
    14341 tcgctgtgaa attgtacatg caggggattg tcatactttc tcagccccgg cttgttgatt
    14401 actacggtct ttttcattgg acctcctttg ttaaatgatt aaacgtgttg attgtttgct
    14461 ccatcagttg cgagcatggc ctcttcctta gtcgggaaat ggcctctccc gaaggttggc
    14521 cccatttcct tagtcgggaa atgacctctc ccgaaggttg accccatttc cttagtcggg
    14581 aaatgccctc tcccgaaggt tggccccatt tccttagtcg ggaaatggcc tctcccgaag
    14641 gttg
//
LOCUS       SEQF2637|AYYD01001131.1  910 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..910
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcctttttg aaggtcggca acagatactg agagaagcgn tttgcgccgg tcaaagccgt
       61 attcacaaac tcaatactct gcttccccat cgggttcatc ttcctctttt catccgccgg
      121 aagcgcaatc aaaaaaggca tcagcgtctc aatgtcactg agatgcgtat tcactttacc
      181 aatgttctcg tccgtcaatt cgccggacac taaattcttt gcttttgcca tgtttttata
      241 gatatgaaaa acgccgtgaa agtagtcgct tctttctttt cttcaacaat cagaagctca
      301 tccgccagct tcttcttgct cacgcgccag ctacttcttg ctcacacgcc aactacttct
      361 tgctcatgca ccagcttcat cttgctcgca caccagcttc atcttgctcg cacgccagct
      421 acatcttgct cacgcgccag ctacatcttg ctcacgcgcc agctatctct tgctcgcacg
      481 ccagctacat cttgctcacg caccagctac atcttgctca cgcaccagct acatcttgct
      541 cacgtagaaa actattcgga aatatccctc tgtaaaagaa gatgttagtc ggtcgtaggc
      601 attggacggg taacgaagta gaaacgagcg aagcgcttgg ggttgctaga atctgcacaa
      661 acaaagggcg cttgtcattt gaggctgcaa tgttactatg actatttaaa ttacaggcgt
      721 ttttgatgcg cttctctcga tttggctttc ggcttggaag tgtgtgaacg cagagcggat
      781 gggggctgaa gaaccgctta aaagcgatct tggcataggt ggcgagtgcc ttcgtcgcgt
      841 ctacccagga ggcgtccttg accttaatca ggttagaaat gtgcgcgtag aatagcgtcg
      901 tctgacggag
//
LOCUS       SEQF2637|AYYD01001132.1 7400 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7400
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(384..1127)
                     /locus_tag="SEQF2637_01566"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMKMKHLMMLALMACSMTMMVGCGDDKPEPMPQPQPQPQPQPQP
                     QPQPQPKPDQGVTKKMTVDATNYADWTYINLETGETEVHRDFSEWVYFKGMKRDSVVN
                     RTPGKGSESDVKIKWHIAIHRFEVKTNAGEAVATTETDLDKVTSLPAAGYKPDTVVKA
                     RVITDMSKMQQGLVGYAAQSSLNATLGGWLIRTPTGTMPPYTYKLSEKVYVVKFKSGA
                     NAKLKFTDYSDATGQKNGVVTFSYVYQAK"
     CDS             complement(1316..2899)
                     /locus_tag="SEQF2637_01567"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATYKYLVLPVVAGVFALSCEKLETTNVDPNNPVEVPSHMLMS
                     GAQKHMMDDVYDNWFSARQCLTYSQYWAQRNYTEEDRYQIRESVNNGYFNSFYRNLYY
                     MDRIIELNTDPKKAAISVNYGNNKNQIAAAKIMKVWMLSIITDTWGNVPYSEAGKLIQ
                     DVYHPKYDDQKDIYAAMIRELTEASQMIDVKEKAFIGGDIIYKGDAAKWKKFANSLKC
                     RLAVHLSKVDSNWKTYIAEALKDGVFESNADNAVFKYSTTGQDYCQFYDGFFVSQRND
                     FTIARPFMDILKGQPDTLNKKSHPWAGVVDPRLEVYTTSRNGKYIGIPFGIASGDMSS
                     AYRNIAPSWYSNPPIHLSKDFAVPIMTYAELQFILSEYKGFSADEYKTGVRASVTYWT
                     TLNGKPISTEDLDKYVDAVSKKVDAEAVALQKYIDLYMNGTEAWVEIRRTGYPDQLIR
                     PGEVSLIGPKGNTIKFNPLSDTKGMIIPRVKYPTNESTLNGENFNAAVSKLEGGTNNY
                     YSKMYWDVRTGPYDHPANK"
     CDS             complement(2920..6108)
                     /gene="susC_6"
                     /locus_tag="SEQF2637_01568"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKRITMILLYLLIGIGWTVAQTVKVSGTVISDEDGQPIIGAAVT
                     VRGAANAGTVTDMDGRYTLNVPASAKTLIISYVGMRSEEIPISDKHVTTVLRANLALD
                     EVVVTALGISREKKALGYAVTEVGGDEMLKSRGGVSNPINALQGKVAGLQIAGGAGSM
                     GGSSKILIRGTSSISGNNQPLFVIDGVPIEGQGFNDAGSAGRDQYSTARGGGGYDYGN
                     LIQDINPDDIASISVLKGPNASALYGSRATNGVVMITTKKGAKNEGYGITFNTAVGFE
                     VVNKLPKLQKLYGGGGEDKFTEVMINGQKYLYPDYATDESWGPKLDNQQVLSWADLAR
                     WEIGGQVGNPKTSAWKTPDNDVETFFKTGVSFTNNVAISQATDRSSIRFSYTNSELSG
                     YMPNSSLRKNVFNVSASTTSANKKLEVMTNVTYFNSAARGRSQTGYDNNNVMEKFIQW
                     GHRQLDMKELEALYKSPIDGSQITWNRSDWNDPRPNYANNPYWSRYENYQNDTRNRVY
                     GNVGFVYHILPSLKFQYKANLDFFADKQFERNAVYSQEQSQYKETARQQYELNNEFML
                     LYNQTVSDLTVNANLGANLMKRHYEMTYGRTVGGLAIADFYNMSNSVSPATAENYQLK
                     KAINSVFASATLGWRSMLYLDASLRNDWSSTLPVGNNSYMYPSVTGSFVFSELLKNKL
                     TWLNFGKLRLGYAQVGNDTDPYQVINTMTQYTHVDPSTPGYVVSNTLKNENLKPESTN
                     SFEAGLELSLFDNRVSLEATVYASQTKDQIVPLSVSGTTGYTFRVVNGGVIENKGMEL
                     MVKVLPIRSRTFTWETALTLASNKNKVKEMVVDYYRIATAPFKVEIGAMKGEAYGVIM
                     GTDYKYDKNGNKLIDAEGRYMYTDGNVNLGSIFPDFTGGWSNTFRLGNIDLSVLLDFS
                     KGGHYFSTSYLWGMYSGMLEESAANGIRENGIVLEGVHEDGTPNTTKISAKQYGNDHN
                     SGPAVQNVLRSDYIKLREINIGYTIPLKKKDAFFKAVRVSAYGRNLAVWGPDTKHFDP
                     EMIVTGSGNIQGIEGGALPSVANFGFNVNLKF"
ORIGIN      
        1 gccctacgga gtatctcctg caaattgcgg gagatgttcg tagccctaca attgtctcct
       61 gcaaactgca ggagatgttc gtagccctac ggagtatctc ctgcaaactg caggagatgt
      121 tcgtagccct acggagtatc tcctgcaagt tgcgtaggat gttcgtcgcc ctacggagta
      181 tctcctgcaa actgcgggga atgttcgtag ccctacaatt gtctcctgca aattgcggga
      241 gatgttcgta catctacgat aggcccaaac aaattgcagg agatgtttgc cccccttcga
      301 ataggggcca caaagaagcg gcgcccgcct ctcactgttg gaggggagcg ccgctgatgg
      361 agtaatggcc agaaaaagca gaactatttc gcttgataga cgtagctgaa ggttacgacg
      421 ccgttcttct gccccgtggc gtcgctgtag tccgtgaact tcagcttggc gttggcgccg
      481 ctcttgaact tcacgacgta gactttctcc gagagcttgt aggtgtaggg cggcatggtg
      541 ccggtcgggg tgcggatcag ccagccgccg agggtggcgt tgaggctgga ttgagcggca
      601 tagcctacga ggccttgctg catcttcgac atgtctgtga tcacgcgcgc cttgaccacg
      661 gtgtcaggct tgtagccagc ggcgggcagg ctggtcactt tgtccagatc tgtctctgtg
      721 gtggcaacgg cttcgcctgc gttggtcttg acctcaaagc ggtggatggc gatgtgccac
      781 ttgatcttca cgtccgactc tgatcccttt ccgggtgttc ggttaaccac ggagtcgcgc
      841 ttcatacctt tgaagtagac ccactcgctg aagtcgcgat gtacttccgt ctcgcccgtt
      901 tcgaggttga tgtaggtcca gtcggcatag ttcgtggcgt cgacggtcat cttcttcgtc
      961 acgccttgat ccggcttggg ttgcggttga ggctgcggct gcggctgggg ttgcggctgc
     1021 ggttggggct gcggcatagg ttcaggcttg tcatcgccac atccaaccat cattgtcata
     1081 ctacacgcca tgagcgcgag catcatcagg tgcttcattt tcatcatttc gtcaggtttt
     1141 tattggttat taacggccgc aaaagtagag gcgcctgtag ggggtcacaa tcccaattag
     1201 gggggatttc ggattggcgc aatcaccgaa attcgggacg caccgaacgc aaagcgggcg
     1261 gatccgcttc attgcagacc cgcccgcaga ctgattctcg tcgttccatt cgccgctact
     1321 tgttcgctgg atgatcatag gggccggtgc gaacgtccca atacatcttg gagtagtagt
     1381 tgttcgtgcc tccttcgagc ttcgatacgg cggcgttgaa gttctcgccg ttcagcgtac
     1441 tctcgttcgt ggggtacttc acgcggggga tgatcatccc cttggtgtca gagagtgggt
     1501 tgaacttgat cgtgttaccc ttaggcccga tgagggagac ctcacccgga cgaatgagct
     1561 ggtcgggata gcccgtccga cggatctcga cccaagcctc ggtgccgttc atatagaggt
     1621 cgatgtactt ctggagggcc accgcctcag cgtccacctt cttcgagacg gcgtcgacgt
     1681 atttgtcgag gtcttcggtg gagatgggct tgccgttcag cgtggtccaa tacgtgacgg
     1741 aggcgcggac gcccgtcttg tattcatcgg ccgagaatcc tttgtattca ctgaggatga
     1801 actgcagttc ggcgtaagtc atgatgggca cagcgaaatc cttggagagg tgaatgggcg
     1861 ggttgctgta ccaactcggc gctatgttgc gataagcaga agacatatca ccgctggcga
     1921 tgccgaaggg gatgccgatg tattttccat tacgcgacgt ggtgtagacc tccagtcgag
     1981 ggtctacgac gcctgcccag gggtgcgact tcttgttaag cgtatcgggt tgccccttga
     2041 ggatgtccat gaagggccgc gcaatggtga agtcgttacg ctgggagacg aaaaagccgt
     2101 cgtagaactg gcagtagtcc tgccccgtgg tggaatactt gaagacggcg ttgtcagcat
     2161 tgctttcgaa gacgccatcc ttgagcgcct cggcgatgta ggtcttccag ttgctgtcca
     2221 ctttagagag gtggacggcc aggcggcact tgaggctgtt ggcaaacttc ttccacttcg
     2281 cggcgtcgcc cttgtagatg atgtcgccac cgatgaaggc cttctccttg acgtcgatca
     2341 tctgcgaagc ctcggtcagc tcacggatca tggcggcgta gatatccttc tggtcgtcat
     2401 acttggggtg atagacgtcc tggatcagtt tgccagcctc cgagtagggc acattgcccc
     2461 acgtatcggt gatgatggag agcatccaga ccttcatgat cttggcggct gcgatctggt
     2521 tcttgttgtt gccataattg accgagatgg ctgccttctt cgggtcggtg ttaagctcga
     2581 tgatgcgatc catgtagtaa aggttacggt agaagctatt gaagtaaccg ttgttcactg
     2641 attcacgaat ctgatagcga tcctcctccg tgtagttgcg ttgcgcccaa tactggctgt
     2701 aggtgaggca ttggcgggcg ctgaaccagt tgtcgtagac gtcgtccatc atgtgctttt
     2761 gggcgccgct catcaacatg tgcgagggaa cctctacggg gttgttaggg tcgacgttcg
     2821 tcgtttccag cttctcgcac gaaagggcaa agacaccagc cacgacgggc agaacgaggt
     2881 atttatatgt tgctttcatc actgcaaatt cttaggtcgt taaaatttca agttcacgtt
     2941 gaatccgaag ttcgccaccg aaggcagtgc gccgccttcg ataccctgaa tgtttccaga
     3001 gccggtgacg atcatttccg ggtcgaagtg cttcgtatcc ggcccccaaa cggccaagtt
     3061 acgaccgtag gccgatacgc gtacggcttt gaagaaggcg tccttcttct tgagcggaat
     3121 ggtgtaaccg atgttgatct cgcggagctt gatgtagtcc gatctgagca cattctgcac
     3181 tgcggggcct gagttatggt cgttgccgta ctgcttggct gagatcttgg tcgtgttggg
     3241 cgttccgtct tcgtgcacgc cctcgaggac gataccgttt tcacggatgc cgttggcggc
     3301 ggactcttcg agcataccgg aatacattcc ccagaggtaa gacgtggaga agtaatggcc
     3361 acccttagag aagtccagga gtacgctcag gtcgatgttg cccaagcgga acgtgttgct
     3421 ccagcctccg gtgaagtcgg ggaagatgct gcccaagttc acattgccgt cggtgtacat
     3481 atagcgtcct tcggcgtcga tcagcttgtt gccgttcttg tcgtacttat agtccgtgcc
     3541 catgatcacg ccataggcct cgcccttcat agcgccaatc tccaccttga acggtgcggt
     3601 ggcgatgcgg taataatcga ccaccatctc cttcaccttg ttcttgttcg aggccaacgt
     3661 gagggccgtc tcccaagtga aggtgcggct acgaatgggc aggactttca ccataagctc
     3721 catacccttg ttttcgatca cgccaccgtt caccacgcgg aaggtgtagc ccgtagtccc
     3781 tgaaacggac agcggcacga tctgatcctt cgtttggctg gcgtagaccg tagcttcgag
     3841 gctgacccgg ttgtcgaaga gcgagagttc gagtccggcc tcgaaggagt tcgtcgactc
     3901 gggcttcagg ttctcgtttt tgagcgtatt gctaacgacg tagcccggtg tggaggggtc
     3961 gacatgggtg tactgcgtca tggtgttgat cacctgatac ggatcggtgt cgttacccac
     4021 ctgggcatag ccgaggcgca gctttccgaa gttgagccac gtgagcttat tcttcagcag
     4081 ttccgagaag acaaagcttc ccgtcaccga gggatacata taggaattgt tgcccacggg
     4141 cagcgtcgac gaccagtcgt tacgcagcga agcatcgaga taaagcatgc tgcgccagcc
     4201 gagcgttgcg ctggcaaaga cggagttgat ggccttcttg agctggtaat tctcggccgt
     4261 ggcgggtgag acggagttgc tcatgttgta gaagtccgca atggccagtc cgcccacggt
     4321 gcgaccgtac gtcatctcgt agtggcgttt catcaggttg gcgcccaagt tggcgttcac
     4381 ggtgaggtcg ctcacggtct ggttgtagag gagcatgaac tcgttgttca gctcgtactg
     4441 ctggcgggcg gtctccttgt attgggactg ctcttgcgag tagacggcgt tacgctcgaa
     4501 ctgcttgtcg gcgaagaagt ccagattggc cttgtattgg aacttcaggc tgggcaggat
     4561 atggtagacg aagcccacgt tgccgtagac gcggttacgg gtatcgttct gatagttctc
     4621 gtagcgactc caataggggt tgttggcgta gtttgggcgc ggatcgttcc agtcactgcg
     4681 gttccaagtg atctgcgagc cgtcgatggg actcttatag agggcctcga gctccttcat
     4741 gtccagctgg cggtggcccc actggatgaa tttctccatc acattgttgt tgtcgtaacc
     4801 cgtctgcgaa cggccgcgag cggcggagtt gaaataggtc acgttggtca tcacctccag
     4861 ctttttattg gcgctggtgg ttgaggcgga gacattgaag acgttcttac gcagcgagct
     4921 gttcggcatg taaccgctaa gctccgagtt ggtgtaagag aaacgtatgg acgagcggtc
     4981 cgtagcctgc gagatggcga cgttgttcgt gaacgagacc ccggtcttga agaaggtctc
     5041 cacgtcattg tccggagtct tccaggcgga cgtcttcggg ttgcccacct gcccaccgat
     5101 ttcccagcgc gccaggtcgg cccatgagag cacctgctgg ttgtccagct tcggccccca
     5161 gctttcgtcc gtggcatagt ccggatagag gtacttctgc ccgttgatca tcacctcggt
     5221 aaacttgtct tcgccgccac cgccatagag cttttgcagc ttaggcagtt tgttaaccac
     5281 ttcgaatccc acggcggtgt tgaacgtaat gccgtagcct tcgttcttcg cccccttctt
     5341 ggtggtgatc atcacgacgc cgttcgtggc gcgtgagccg tagagggccg atgcgttggg
     5401 ccccttgagc acggagatgc ttgcgatgtc gtccgggttg atgtcctgga tcaggttgcc
     5461 atagtcatag ccacctccac cgcgggcggt gctatactgg tctctgcccg cgctacctgc
     5521 gtcgttaaag ccttggccct cgatgggcac gccgtcgatc acgaagaggg gctggttgtt
     5581 gcccgatata gagctcgtgc cgcggatcag gatcttcgac gagccaccca tcgatcccgc
     5641 gccgccggca atttgcagac cggccacttt accctgcaac gcattgatcg gattgctgac
     5701 tccaccacgc gatttcaaca tttcatcgcc acccacctcg gtcacggcgt atccaagcgc
     5761 cttcttttct ctcgatatgc cgagggcggt aaccaccacc tcgtccagcg ccagatttgc
     5821 gcggagcacc gtggtcacgt gcttatccga gatgggaatt tcttctgatc gcatccccac
     5881 gtaggagatg atcagggttt tggcagaggc gggtacgttc agcgtatagc gtccgtccat
     5941 gtctgtgacg gtgcccgcgt ttgcagcgcc tctgacggtg actgctgcgc cgatgatggg
     6001 ttgcccatcc tcatcggaaa tcaccgttcc actcactttc accgtttggg ctacggtcca
     6061 ccctatacct atgaggaggt ataggagaat cattgtaatc cttttcatag aaactctcgt
     6121 gtgttagtta atagtcagct taaatttctc atatctcgac ggggcaaaaa tagaacatca
     6181 tttgagaaaa tacaactttt gagtgatatt tctttgtttt tatctttgat tcgatttcaa
     6241 ttcatcagcg aaacgcgctc tttagcttac agtttagaat ccatcgagag ctgtgccgac
     6301 ggagtggctt tcacaagcat ttatctcgac aagcaacctt ttacgcgtcg cttgcaacgt
     6361 attttcaccc acgagcagct gcccgaaaaa ggccttcggc gtaatttatt cccccagcaa
     6421 atggctgggc ggagccatta atgggtttct attcgtaagc cacgaggcgg attctgctta
     6481 caaccggatt ttattcggcg gccacgctct gcagggcgcc tctctcctac tctccatggg
     6541 cggcccattt ctgtcggtgg ctcctatata tataatgtat aggggcagcg gagagaaagt
     6601 tgttcgtttt tttgttgggt ttgtttatcg gtcacaaata aaaggttaca tttgcggtgc
     6661 ataaagcaga aaagagatga ctcaaacaat caaataccct cagacgatga gcgacacagc
     6721 ccccagagct gcgaaaagta tcatgccttc acggctacga ccgctccgtg gctcccgata
     6781 gactttcaat ttgccatgcc atgaacgatt cagctgtatt atatatgtac gcgcagacct
     6841 acggcgcctc ggccgctttc gccggagacg ccacagccca cttcgggcgc gctgaagcct
     6901 cagtcggaca gtcggacggg cgcccccact caggaggcgc ccccgatgga ctctccgtcg
     6961 tgtgctttga tcacctgatg gcccccgccg gactttccag cgagagcccc caccgttccg
     7021 ccgctcccgt cgtaaaatcc ggcaggagcc gattgcaccc agtcgccctc gtcgtaaatt
     7081 ccgatgagag ccacctgcac ccagtcgctc tcgtcgtaaa gtacgataag agccgattgc
     7141 actcaagcgc ccctgctgga gagtccgaca ggagccgctt atgctcagac acccccgtcg
     7201 gactctccaa cgaggcgtct ttttgctcag acacccccgt cggactctcc aacagggcgt
     7261 ctttttgctc agacaccctc gtcggactct ccaacgaggc gtctttttgc tcagacaccc
     7321 ccgtcggact ctccaacgag gcgtcttttt gctcagacac ccccgtcgga ctctccaacg
     7381 aggcgtcttt ttgctcagac
//
LOCUS       SEQF2637|AYYD01001133.1 1545 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1545
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             328..600
                     /locus_tag="SEQF2637_01569"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVRPAAGKETEAKEVQPEKAPFLISRRPRGSVMEGREVQFAKA
                     PSPTFCIPCGSVTERSEEQLRKTPSSISVTPTGSVMAGRAEQFAKT"
     CDS             complement(976..1539)
                     /gene="deoC_1"
                     /locus_tag="SEQF2637_01570"
                     /EC_number="4.1.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X1P5"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyribose-phosphate aldolase"
                     /translation="MQVKDVSIAAVAAGFPASQTFPEVKIAEVGMAVLAGADEIDVVM
                     NLGLFKEEAYEELTDELQEIKESCRGARLKVILETGALASAEEIHRATILALYSGADF
                     VKTSTGKGYPGATPEAVYTICRVLKQYQKISGRRAGLKVSGGVRTAEDAVKYYTLVRE
                     LLGVEWVHKDTFRIGASSLVQDIRKRL"
ORIGIN      
        1 gtgccgatct tcaggaactc gttccaaacg ggcatcgagc gatacgtcga ctctgttccc
       61 cgaggaacat tcagctgcac gttagctacg ggtacggacg ggaagatcgg ataacgcggc
      121 ataggcggaa cggtccaccc tacggtcacg ttgcgcaggc ctgtacaccc accgaaggca
      181 ccactcttaa tctccttcac actggcgggg atagagacat tcgtcaggga agtgcaaccc
      241 cagaacgcgt tcttatcgat ctcacgcagg ccaagcggga gcgtggcggc cttcagagcc
      301 gtacagccat agaaggcgcc ctcgtcgatg tccgtcaggc cagccgcggg gaaagagacg
      361 gaggccaagg aggtacagcc cgagaaggct ccctttttga tctcacgcag gccgaggggc
      421 agcgtgatgg agggcaggga ggtacagttc gcaaaggcgc cgtcgcccac cttctgcata
      481 ccctgcggca gcgtaacgga acgcagcgag gagcaattga ggaagactcc ctcttcgatt
      541 tcggtcacgc caacaggcag cgtaatggca ggcagggcgg agcaattcgc aaagacgtaa
      601 tcctcgatct gagtcacgcc agcggggatc tgcaccgagg tcagggcgct actccctgca
      661 aaagcatact caccgatgct tgtgatgccg ctcccgataa cgatcgattt gatctcggcc
      721 cggtgcttng cccacggtgc gggctgaagg ttggaatagt ccgggatgcg gccgtaaccc
      781 gtgagggtca aggtgcgcgt ggcggtctca tacttccaat ttatcgagct attcccataa
      841 ccaccgccgg gtagggggcc atattgtgcc ttcagggtgg cacttcccag tgtcgccgca
      901 agggccatgc ataagcatgt aatcaacttt ttcatcttct tctctcttgt ctaatggtta
      961 tatatctatt gtgatctata atctcttgcg aatgtcttgt acgaggctgc tggcgccgat
     1021 gcggaaggtg tctttatgca cccattcgac cccgagcaac tcccgaacga gggtgtaata
     1081 cttcaccgcg tcctcggccg tgcgtacgcc tccggagacc ttcaggccag cccgtcgccc
     1141 actgatcttt tggtattgct tcagtacacg acagatggtg tagacggctt caggcgtggc
     1201 gccaggatag cccttgcccg tagacgtctt gacgaagtca gcgcccgaat agagggccag
     1261 gatggtggct cggtggatct cttcggccga cgccaaagcg cccgtctcaa ggatcacttt
     1321 cagccgtgca ccgcgacagc tctctttgat ctcttgtaat tcgtcggtca gctcctcgta
     1381 ggcctcttcc ttgaaaagcc ccagattcat caccacatca atctcgtctg caccggccag
     1441 gacggccata ccgacctccg cgatcttgac ctccgggaag gtctgcgagg cggggaatcc
     1501 ggccgctacg gcagctatcg aaacgtcctt gacttgcaag gcctg
//
LOCUS       SEQF2637|AYYD01001134.140004 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..40004
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(978..1907)
                     /gene="deoC_2"
                     /locus_tag="SEQF2637_01571"
                     /EC_number="4.1.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6L0"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyribose-phosphate aldolase"
                     /translation="MNRNEHEHHHDCDCHHHHDEEELEDKYHECFNRFQPALTDAEVA
                     EKTAQLLAEKAPKHFTEDTLKQLHGLIDLTTLTTLDTKDSVWQMVDTEVNQWEGTRPD
                     VPHVAAVCTYPNFTETVRQALQVKDVSIAAVAAGFPASQTFPEVKIAEVGMAVLAGAD
                     EIDVVMNLGLFKEEAYEELTDELQEIKESCRGARLKVILETGALASAEEIHRATILAL
                     YSGADFVKTSTGKGYPGATPEAVYTICRVLKQYQKISGRRAGLKVSGGVRTAEDAVKY
                     YTLVQELLGAEWLHKDTFRIGASSLVQDIRKRL"
     CDS             complement(1909..2253)
                     /locus_tag="SEQF2637_01572"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEMENLTIRDVQRRVDDWIKTYGVRYFSELTNMAILTEEVGEV
                     ARIMARRYGEQSFKASDAKHNLADEMADVLWVLVCLANQTGVDLTEAFERNLKKKTER
                     DNERHLHNQKLQ"
     CDS             complement(2250..2702)
                     /gene="dtd"
                     /locus_tag="SEQF2637_01573"
                     /EC_number="3.1.1.96"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66742"
                     /codon_start=1
                     /transl_table=11
                     /product="D-aminoacyl-tRNA deacylase"
                     /translation="MRTIVQRVREASVAVDAKCVAEIGQGMLLLVGFEDADTSDDLEW
                     TAQKVANLRIFDDAEGVMNRSVKDVEGELLVVSQFTLYASVKKGNRPSYIRASKPDIA
                     IPLYESFCETMSQYLGKRVKTGIFGADMKVSLVNDGPVTIVIDTKHKE"
     CDS             complement(2990..4801)
                     /gene="uvrC"
                     /locus_tag="SEQF2637_01574"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5KWH6"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein C"
                     /translation="MNDRLNYITSLLSTIPEKPGCYQYYDAKGTVIYVGKAKNLRKRI
                     SSYFQKEHENRKTRVLVKQIYDLRYIVVDSEADALLLENNLIKQYRPRYNVLLKDDKT
                     YPSIVIKNEPFPRIFQTRNIIRDGSLYYGPYSSVHFIRTLLHLIKELYPIRNCKHALT
                     PEAIGSGKYKVCLQYHIKRCKAPCVGMQLAEEYNRNIADIKEILKGNSSKVSELLLER
                     MKVLAEEMRFEEAQEVKRQYDLVESFRLKSTVVPMLHNVDVFSLDENETSFFINYMHV
                     GSGAIVQVYTIEYQKKLDDEQKEYVLGLGIVEMRERFRSHANEIIVPFIPEGVFPEGI
                     SFTVPQRGDKRKLLELSLQNAKQYKVDKLKRSEKFNPEQRATRLLTTIQKDLHLPVLP
                     MQIECFDNSNIQGTNPVAACVVFKKAKPSKKDYRHFHIKTVVGPDDFASMREIVTRRY
                     TRLLEEKAPLPQLIIIDGGKGQLNAATEVLRELNLLGKITIVGLAKRLEEIFYPGDPF
                     PLVLDKTSETLKVIQHLRDEAHRFGITFHRHMRSKGQIVSELDTIKGIGEKTKEALLK
                     KYKSVKRIREVPSAELEELIGKKKATLVAEGLGMEVR"
     CDS             complement(4841..6721)
                     /gene="mnmG"
                     /locus_tag="SEQF2637_01575"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8KA85"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA uridine 5-carboxymethylaminomethyl
                     modification enzyme MnmG"
                     /translation="MKFDYDVIVVGAGHAGCEAAAAAAGLGSRTLLITRDMNNMAQMS
                     CNPAVGGIAKGQIVREIDALGGWMGRVIDRTTIQFRMLNRSKGPAMWSPRAQCDRAQF
                     VRVWRETIEGIPNLYLWQDTVNQLLLDGQEVRGVRTQLGVEFHARCVVLTNGTFLNGL
                     MHVGSVRFSGGRMAEPAVTGLTEQLVSLGFTADRMKTGTPVRIDGRSVHFEELTEQAG
                     DVDPHRFSYLDNVRSELKQLSCWTLYTSPACHEVLRSGLSESPLYNGSIKSIGPRYCP
                     SVETKIMLFADKTQHQLFLEPEGEQTNEYYLNGFSSSLPFDVQLRALQQLPAFRDIHL
                     YRPGYAIEYDFFDPTELLHTLETKRISRLFFAGQINGTTGYEEAAGQGLVAGINAHLR
                     CHSEDETFVLRRDEAYIGVLIDDLVTKGVDEPYRMFTSRAEYRILLRQDNADMRLTER
                     GYRLGLADDYRYRLFLSKKQVCEEVTNFIRSFSVTPERVNDLLLRLGTSPLEHACKLI
                     DLLSRPQVKFTDAMNGIFEFREIIDAISANYRNEVLEAVEIDVKYGGYIKRERLVADK
                     ISRLENIRIKGRFDYASIQSLTIEARQKLARINPETLAQAGRIPGVSPNDINVLLVLL
                     GR"
     CDS             complement(7904..8395)
                     /locus_tag="SEQF2637_01576"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEAIRYIDYDEMLVVYHKMISASNGGFSSVRDEGGIRATLEFV
                     RNDDYYPTFTDKLSYLVFTFCSRHYFTDGNKRIALTLGAYFLHKNERYWNACVFMKQF
                     ESIIYHIAASHISSDLLLRMMYAFMAGEDYDEALKLDIARATSLGELGVQGEDYDREE
                     SKE"
     CDS             complement(8388..9404)
                     /locus_tag="SEQF2637_01577"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDLTTSDIERQNVLNNRFAVDEMQRQLGIEGMLFEGEYRFTKK
                     MIADFYGVDISTINRYLDSNGEELKHNGYLLCKGKTLREFKLQFDHLINETSKITQLG
                     LFNFRAFLNMGMLLAESEKAKAVRSMILDVVIATINERTGGGTKYINRRDVNYLTAAI
                     TEENYRKNLTSAINQYVFGHPTYKYAQVTDLIYEAVFGEKAKEYRKILRLAPKDNVRQ
                     TLYAEVLLVISSFENGLAAYIEACFEENEGVPLSIDEVSELIDELSEHPMQKPYIHDA
                     RTKMASRDYSFRDAYHGNIADYLRAVTPEEFERFIGDQSVDFDRILAENKDVLKRLKQ
                     AEDE"
     CDS             complement(9425..10435)
                     /locus_tag="SEQF2637_01578"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTKEKYWKYSLVTLILGLGALIVGELWAFVSGLLGAFTIFVLV
                     RRQMITLTERWHWPRLLATIVVLLEVAVIILGPLTLIGWATVDRIQHINMDISGLQQM
                     VDDIDRQIKRRLGYDLFTFDNLTMATGYMSRGVQYVIGQVSSMAVTLVVLVFFLYFIL
                     VDFRRIERYVYELLPFKEEHRLRVVNEIYRMVRSNAVGIPLLAIVQGLVAYAAYFFFD
                     LPSALLFAVLTCFATIIPIIGTSIVWVPLVVYLLILGRWVDAAGLAAYCSIILINIDN
                     VVRFILQKRLADTHPLITVFGVILGLSLFGFWGIIFGPLLISMFLLLVNIFKEEYLDE
                     EE"
     CDS             complement(10462..10566)
                     /locus_tag="SEQF2637_01579"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLLDKKECNGALVWATFGLQTGDFYTLYNVRAM"
     CDS             11395..11796
                     /locus_tag="SEQF2637_01580"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEITHIEHLGIAVKSIEEQLPYYEEVLGAKCYNIEVVEDQKVKT
                     AFFKFGQTKIELLEPTSPESTIAKFIEKRGEGIHHIAFATPDVQAALDEAASKGVQLI
                     DKKPRPGAEGLHIAFLHPKSTHGVLTELCMK"
     CDS             11823..13376
                     /gene="pccB"
                     /locus_tag="SEQF2637_01581"
                     /EC_number="6.4.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q3J4E3"
                     /codon_start=1
                     /transl_table=11
                     /product="Propionyl-CoA carboxylase beta chain"
                     /translation="MSNQLEKIKELIAQREKARLGGGEKAIAKQHERGKYTARERINM
                     LLDEGSFEEMDMFVEHRCTNFGQDKKKILGDGVVTGSGTIDGRLVYVFAQDFTVFGGS
                     LSETMAQKICKVMDKAMMMGAPCIGINDSGGARIQEGVNALAGYSEIFQRNILASGVI
                     PQISGIFGPCAGGAVYSPALTDFTLMTEGTSYMFLTGPKVVKTVTGEDVTQEDLGGAS
                     VHSTKSGVTHFTAKTEEEGLATIRQLLSYIPQNNLEEAPLKECNDPIDRLDDNLNEIV
                     PDNPNRAYNMYEVINTIVDDHEFFEIQPNYAKNIIIGFARFNGQSVGVVANQPKFMAG
                     VLDCNASRKGARFVRFCDAFNIPIITLVDVPGFLPGTGQEYNAVILHGAKLLYAYGEA
                     TVPKITVTLRKSYGGSHIVMSCKQLRGDLNYAWPTAEIAVMGGSGAAEVLYAKELKEA
                     ADPAALMAEKVNEYNKLFANPYNAARYGYIDDVIEPRNTRFRIIRALQQLQTKKLTNP
                     AKKHGNIPL"
     CDS             13410..14297
                     /locus_tag="SEQF2637_01582"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKGMFLAMVLLVCSLAASGQSASSIRLNEVLVINVDNFVDDY
                     GSRSGWIELFNNSPGTIDLKGCYLTNDVNNPRKYMIPKGDVKTKIPPRQHALFWADNK
                     ASRGTFHLNFTLDPERENTIFIFDSDGKTLIDKVTVPVGQKPDVSYGLTLDGGDTWAT
                     LEKVTPDTNNKVLDSNEKIENFQTNDPWGIGMTLTAMAVVFAGLIVLYFLFKQVGRIA
                     IHASRRRSEKAGMTGVAVKSSGQESGEIFAAIALALYEVSEDTHDIESTVLTMSKVAR
                     RYSPWNSKIYGLRNLPARR"
     CDS             14356..14787
                     /gene="gcdC"
                     /locus_tag="SEQF2637_01583"
                     /EC_number="4.1.1.70"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9ZAA7"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutaconyl-CoA decarboxylase subunit gamma"
                     /translation="MKQFKYIINGNVYNVSVNQVEDTTAEVEVNGTPYKVEMDKPAKK
                     EFVTIKRPAQAPTTSTGAPVVNRHSAETSAAALKSPLPGVILTVDCKVGDTVKRGQKL
                     FVLEAMKMENIIPSDRDGQIVEIKVGKGDSVLEGADLVIIK"
     CDS             14800..15966
                     /gene="gcdB"
                     /locus_tag="SEQF2637_01584"
                     /EC_number="4.1.1.70"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9ZAA6"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutaconyl-CoA decarboxylase subunit beta"
                     /translation="MHENFLTFLGENMQTFLSFTGFANATWGHIIMLLVGLVFIFLAI
                     KYEFEPMLLIPIGFGILIGNIPFKDAGLQIGIYEEGSVLNILYQGVKQGWYPPLIFLG
                     IGAMTDFSALISNPKLILIGAAAQFGIFGAYIVALQFGFDPSQAGAIGIIGGADGPTA
                     IFLSSKLAPNLMGAIAVSAYSYMALVPIIQPPFMRLFTTKKERVIRMKPPRVVSQTEK
                     IVFPIIGLLLTAFLVPSGLPLLGMLFFGNLLKESGVTRRLAEAARGPIIDIVTILLGV
                     TVGASTQATEFLRFQSVQIFILGAFSFMVATSAGVLFVKFFNLFLKEGNKINPLIGNA
                     GVSAVPDSARISQNLGLEYDPGNYLLMHAMGPNVAGVIGSAVAAGVLLGFLGAS"
     CDS             16124..17107
                     /gene="pfkA"
                     /locus_tag="SEQF2637_01585"
                     /EC_number="2.7.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21777"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent 6-phosphofructokinase 1"
                     /translation="MATNIQCIGVLTSGGDAPGMNAAIRAVTRTAIANGIIVKGIYRG
                     YRGLITNEITSLETQSVSNIIQRGGTILKTARCDEFRTPEGRRQAHDVIVEHGIEALV
                     VIGGDGSLHGARDFAQEHNFPIIGLPGTIDNDLSGTDLTIGYDTALNTIMECVDKIRD
                     TASSHERLFFVEVMGRDAGFLALNGALATGSEAAIIPEISLEKDQLAEMIEQGFRKSK
                     NSSIVLVAESEVTGGAMGVAERVKKEYPQFDVRVSILGHLQRGGSPSAQDRILATRMG
                     EAAIEALLEGQRNVMVGLQNDELVLVPFAKAIKKDKPIDRHLLDVLRIVSR"
     CDS             17141..17683
                     /gene="pgsA"
                     /locus_tag="SEQF2637_01586"
                     /EC_number="2.7.8.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABF8"
                     /codon_start=1
                     /transl_table=11
                     /product="CDP-diacylglycerol--glycerol-3-phosphate
                     3-phosphatidyltransferase"
                     /translation="MKHVPNLLSALRILLSPVLIATADRPPLLAALMLLAGATDAVDG
                     IIARRFDCQTRLGARLDSVADWTFFLALGWVFCTRYESVVRSCLTELVVVLALRLAAI
                     VVGWLRFRRLLSVHTLGNKISAVIAFVLLVRIVWCGPVSATALRIALLFAALTALEEL
                     LIIVRSRTPDPNQRSLFGRR"
     CDS             17796..18356
                     /locus_tag="SEQF2637_01587"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGKLDRRTCGAYAIRPYSLPVGGVVPNDPQSVVVRVGAYAIRP
                     LGRPLRGRMIKQWGTSTIIRKLDRHTCGTFSIPPPRLTSKQAASTISPTPSHLQTGRF
                     HHFPTPLRPQMAHVFYSPSLSRSQTPRLCHSSGPSDSQTGPVRHSPGPSGSYFACKSD
                     SLTLKVYDVQRRYDSRVLETYYMRRR"
     CDS             19170..21752
                     /gene="mutS"
                     /locus_tag="SEQF2637_01588"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A1Y0"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA mismatch repair protein MutS"
                     /translation="MKQYFGIKAKHPEAILLFRVGDFYEMYGQDAVDGAETLGIVLTK
                     RSNGASQDVPMAGFPYHALDAYLPKLVKSGWRVAVCDQLEDPKMAKKLVKRGITELVT
                     PGVSMDDNVLERRENNFLAAVHFGRSKCGVAFLDISTGEFLTAEGTVETVDKWLADFA
                     PKEVLVCHGLRDRFGCTFGPVGSVFEMEDWVFMPDTARDRLQRHFETVGLKGFGVEDL
                     EDGIVAAGAILVYLDRTKHTQVGHITSLLRIEEEGYVRLDKFTVHSLELVRSMSEGGR
                     SLLETIDETTSPMGARLLKRWLLFPLRDEAEISRRQDAVALLAGDALLREALIGQLAE
                     VGDVERIISKVAVGRVSPREVVQLKRALEAIGRIRTRSMASDNAVLRAWGEALDPCSE
                     MSERIGRELVSEPPVTIAKGGLIAEGVSQELDELRQLAYSGKDYLTKVQQRESERTGI
                     PSLKIAFNNVFGYYIEVRNAHKDKVPTEWIRKQTLVNAERYITEELKEYEEKILGAEE
                     RIVALEAELFNRLTADLTQLVRPIQRDAQIVAQLDCIVSFARTASSQRYVRPVVDDSD
                     VIDIRGGRHPVIERQLPSDDPYVANDVYLDRREQQILIITGPNMAGKSALLRQTALIA
                     LLAQVGSFVPAESARIGWVDKIFTRVGASDNISAGESTFMVEMNEAANILNNLSARSL
                     VLFDELGRGTSTYDGISIAWAIVEYIHEHPTASARTLFATHYHELNEMARSFPRIRNF
                     NVSVRESGNRVIFLRKLVSGGSEHSFGIHVARMAGMPRSIVERSGEILARLERGGAQA
                     KPVVVDVPKSAKGQAYQLSFFQLDDPVLSQVRDEICNLDLNNLTPLEALNKLSEIKRI
                     IQVK"
     CDS             21830..22822
                     /locus_tag="SEQF2637_01589"
                     /EC_number="3.1.1.99"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0DOV6"
                     /codon_start=1
                     /transl_table=11
                     /product="6-deoxy-6-sulfogluconolactonase"
                     /translation="MIRGMKSIIKSTRGLLLLVAASAVLLTLANSCSEVRHMSAEVAY
                     RTEAQLGEGAIWHPDRGSLFWVDIEKRTLYEFMPEKKKCRSWQFDRKVTTVVPETDHT
                     VIVALENSIVRFDLNTQQKQEITPVDTKGGRLRCNDGKCSPNGWLWVGTMSIDEKSND
                     ATLYCVRPSGRIDAMIRGVTISNGIVWSRNNKYIYYNDTPTGKIRRYRYHQHSGDIIK
                     NGIAVDISEGTGLPDGMTIDRNDNLWVAQWGGFGVYCYNAYTGELIAKVEVPAPNVTS
                     CAFGGKNMDILYITTAREGLTPDELAAYPLSGCIFSCKPGAIGVSPNYFGQENK"
     CDS             22828..25089
                     /gene="rnr"
                     /locus_tag="SEQF2637_01590"
                     /EC_number="3.1.13.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32231"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease R"
                     /translation="MKITRKKKPTSAGKQSRRNDRDTRGNKKKKAAQSAHHGKRILKK
                     DALTRAILDTFQLNPRTIYNYKQIAKAIGVEAQVQKLQTAEILRSLADDDVLTETEPG
                     RYRLNRIGESVTGIFRRRSNGRHAFIPDTPATDNADGDAPTSEPINVDDRNTAHALDG
                     DRVRVQLFKRRRGEPEAEVMEVLERAAHTYVGRLEVSKNYAFLVTEDRTLSNDIFIPK
                     AALQGGRTGDKAIVRITEWPEHASNPTGEVVEVLGRAGDNDTEMHAILAEYGLPTRYP
                     ENVEKAARRIPREITAEDIAEREDFREVTTFTIDPKDAKDFDDALSIRRLTDGRWEVG
                     VHIADVTHYVKPGSVIDKEAYERATSVYLVDRTIPMLPECLSNDLCSLRPDEEKLTFS
                     VVFEMNEEADILASRIVRTVIRSDRRFTYDEAQEAIETGSGDFSEEINTLNRLAKKLR
                     ERRFAQGAIDFDRYEVKFEIDDKGRPLSVYFKESKDANKLIEEFMLIANRTVAESVGK
                     RSGSRSAKKTFVYRIHEQPDAEKMETFATFVRRFGYKLKTDGSKNEITRSINRLLDDA
                     KGRPEENLIETLAVRSMQKARYSTENIGHYGLAFAYYSHFTSPIRRYPDMMAHRLLVR
                     YANGGRSVPKDACEEECDHCSQMEQLAANAERASIKYKQVEFMSDKIGQVFDGVISGV
                     TEWGLYVELNDNKCEGLVPMRDLDDDFYDFDEANYALVGRRRHRTYRLGDPITITVEH
                     ANLERKQLDFRLA"
     CDS             complement(25281..26537)
                     /locus_tag="SEQF2637_01591"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKMMWAACLVALVMTTGCGKDTPPEPKPQPKPDTTNTVVPGG
                     KGQYLLETTVKNPDGMSGSSYLQLTNNLSGSIDNSKGIQIAFAGMISVIDNYIFVLPT
                     GMGKDAEFKVRRYTYDPKTQTMGNLKTIDVPAGATPYNVQKVSADKMYMPHYSLGTVW
                     VMNPTTLQKTGEIDLKQYAYKDASPEPSLGILRGDRYFLTLDQIGSNYMPYEDRRQVE
                     VAVIDPKTDKVLKVITENSKKIAFPTRPLYKDMIFTDEQGDIYIACAGYFGYNPKYRE
                     NGFVCIPVGKDEFDASRTWEISGVAIEGSEYKSSAILNCKYLGNGKVVAFVAILELNG
                     TNPYTSKSAMAVIMDLKAKTIKRIEGVPMTDGHSTAIETQGNLVLLGAFGEKQAGLFT
                     YNPATGKAGLSLSTVGNLSFMHIFGK"
     CDS             complement(26919..29519)
                     /gene="cirA_3"
                     /locus_tag="SEQF2637_01592"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MQIHGIRFLLKTFVGRIQYAPTWGHEWFMQIRMSVFRCSFFVMR
                     FRISSLLSPLLGIVNSILYVLLLPPYLFKCRMYFILYHKNMKKRNTLWMLFACLLTIA
                     WSTSTAQTARITGVVTDAANNEPLIGASAFIEQLKTGEVTDAKGNFSIQNLPPGTYTV
                     RFDYMGYESHSERVTLREGEVHRMKVQLQSESKSLSEVVVTAKSEARQLREQAMPISV
                     ISMNQLSGTVAGIADILSKTVGVTLRSSGGVGGATRLSVRGLEGKRIGFFIDETPMND
                     NSDFIDINDIPIDMIDRIEIYKGVVPAKFGGSAMGGAVNLVLKEYPARYADFSYTLES
                     FNTHKVQTVLKRNLRNQGLVFGIGGGYTYSDNNYTMLSPYVDGLKIRRDHDGFRKLIL
                     GGSLKAYKWWFDKVEIEPAFALTNHEIQGIEKDIRKAETHSMLFALANKLEKKNFLTP
                     GLDFDMHLAAAITSYGLVDTAKQWYDWDGRAYPSPSIYGGELGNRYASHSSDKKFTIS
                     HKLNLEYLLHKQHSLNFNSLFTLANGFPKDSLRELSIGREAVFNSRMRSWSAGLTYDF
                     RTPKDRLLNSLTVRYYLYTMKTRQADIFGIGEVHDVDVNKSAVGVNDALRFRILPDLM
                     AKLSAGYDVRIPSETELLGDGYTVSPAENLMPERNTSLNVGFLYDLTGRAASNLQIEV
                     NAFYMYLQHMIRYTKGILGAQYQNFGEMRTMGVEAEVKADITPWLYGYANATFQDLRD
                     VREHDEGSSLPNPTKGLRMPNIPYLMGNAGLEFHKENLFGGRGQNTRLFSDLSFVEEY
                     LYDFEMAADQRRIPRSTTVDLGLEHSFFNNSLFLSAKIKNLTDARVLSEFNRPLPGRS
                     FGVKVRYVFK"
     CDS             29548..29796
                     /locus_tag="SEQF2637_01593"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFYAIRSRLGKTFMRFHMMKNIQRKTLTPIRMSFIFDKTNPMK
                     NAGHIHRRTYAAPGITTDDLSLITTVYSSGRVISGPLP"
     CDS             complement(29757..30647)
                     /locus_tag="SEQF2637_01594"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNGAHFLFMKNVSDRMATETALLAHPKIKKAADLLAAATKKED
                     DCYAKSQKSLITVDIHKADQERGRMLNALRKTLKGFADHPEADKARSAATILKVMTAY
                     RLDARMQLERETGAIISFVGDCEKTYATDVSSLGVKPYVDSLKAANEKIEKWLTERSD
                     NMPQTLGSLRTARHESDLAYQWLVRVVNALAVVDDALDTAPFIIHMNKVVHRNKTQVI
                     GSKKKKDGEDPEKPKDPKQPKEPNPKKPGKDDGKPDIHLPEDKDSKKPDPKTPGGEGE
                     KPKQPGGSQGSGPDITLPEE"
     CDS             complement(31656..32231)
                     /locus_tag="SEQF2637_01595"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTPMNTKYDPKVHHRHSMRLYGYDYSCDGLYFITLCCQQRMCL
                     FGEIIDNEMVLNEAGHVAKEEWQNTINIRPGQVLLHEYVIMPNHMHAIVEITQSTSLS
                     TLRSIYNNWHAGFPEVVDDNPIPCRSPSHTLGAIVRGYKAAVSKRLGFTVWQRNYYEH
                     IIRNSQSYQRISEYIIINPENWQGDDLYIDE"
     CDS             complement(32898..34595)
                     /gene="phoB"
                     /locus_tag="SEQF2637_01596"
                     /EC_number="3.1.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19405"
                     /codon_start=1
                     /transl_table=11
                     /product="Alkaline phosphatase 3"
                     /translation="MRKTTSTLLLLVAIALCGRASAIDPADVKPVKNLILLIPDGTSI
                     ATVSTARWYQWYKDPNRQHLAIDPYLCGTVRTFSSNAPIGDSAPTTSCYVTGHPSRTG
                     YIATYPPADPGNDIFPVDPSRAYQPMITLLEAMRLVQNKATGLVVTCEFTHATPADCS
                     AHSYSRKRYDWIAPQIVHNDVDVVMGGGVSLLDKEGEAYLRSRGYSVYRDDLAGMRAD
                     NNGKMWALFGKKEMDYDLDRDPAQQPALEEMTRKALEKLSKNENGFFLMVEGSKVDWA
                     AHGNDPVGMLTEYVAFDKACAVALDFAKKDGQTLVVVVPDHGNSGFSLGRRDCKGYDK
                     LTKDQLFSFVTGVKNTAQGFVNKLNAAPSTEVQKIFKENAGFELTDEELQALYNCKDY
                     KNSPIPEADRTEKESLSALYSNSLYGFVAKLLTSKTCFGFTTGGHTGEDVILAAYHPQ
                     GTLPIGVNTNIDLHRYMASAVGLLGKPDELTQEYFVPHTELLKGYKYTILPAKTEKDN
                     PTLVVKGKKQQLTIVPFTNIIRKGKKANDEIRLSTVIVYVDKNNTFYLPRSITKYLE"
     CDS             complement(35048..36223)
                     /locus_tag="SEQF2637_01597"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A552"
                     /codon_start=1
                     /transl_table=11
                     /product="putative peptidase"
                     /translation="MNAFLDDLLLRRRRVQSALADAAADGALFASDVHLFYLTGRVFN
                     GWLYLPTEGAPVAFVRRPADCDLPVEAVRVHRPDDMLGWFSNAPGQSRPKHLLFEADT
                     LSYSDYMRLYSLFQPEKAGNVSAAMRRVRMIKTPWEVEQLRLSSQRHAEVYAEIPDCF
                     HPEMTDLELQAEIERRMRLHGSIGIFRTYGPNMNIFMGSLLAGENAEAASPFDFALGG
                     AGQTPICPIGANGTKLTDGTAIMVDMAGNYTAYISDMTRVFSVGRLSEKAYRAHGTAR
                     DIMAAAEVVMRPGLACSELYSMAVGMAEKANLADCFMGTRQQAKFVGHGIGLEINEPP
                     VLTPRSKDALQPGMVIAFEPKFVIPEVGAVGVENSYLITETGAEKLTHFEEEIISLT"
     CDS             36712..37041
                     /locus_tag="SEQF2637_01598"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEVNVTPDPNDVQSNKVMAILAYFGILFLIPLLAAKESAYARY
                     HTNQGLILFLFVFVCGILGVIPKIGWLITTVGYLAGFVFFIIGVINAAGGKMKPLPLI
                     GNFTLIK"
     CDS             complement(37183..38064)
                     /locus_tag="SEQF2637_01599"
                     /EC_number="3.5.1.77"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P60327"
                     /codon_start=1
                     /transl_table=11
                     /product="N-carbamoyl-D-amino acid hydrolase"
                     /translation="MKIGLIQQHNTADMADNITRLTDAIRTCAAEGAELVVLQELHNG
                     LYFCQTEDTAVFDMAESIPGPSTAHFGEVARACGVVLVLSLFERRAPGIYHNTAVVIE
                     KDGTIAGRYRKMHIPDDPAYYEKFYFTPGDLDFRPIPTSVGRLGVLVCWDQWYPEAAR
                     LMALRGADLLIYPTAIGWERSDRPEEQSRQLDAWRTVQRGHAVANGLPVITVNRVGHE
                     IDPSGQTAGIQFWGNSFASGPQGEILTELPTDAEAIRVISVDLQRSEHVRRWWPFLRD
                     RRIDAFGPLTRRYLDEE"
     CDS             complement(38079..39215)
                     /gene="aguA"
                     /locus_tag="SEQF2637_01600"
                     /EC_number="3.5.3.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9I6J9"
                     /codon_start=1
                     /transl_table=11
                     /product="Agmatine deiminase"
                     /translation="MNNQKEPKANSTPESDEENLPLVVLPAEWEPQSGIQLTWPHSGT
                     DWAPMLDEISQCYARIVREIIRFEPVMIVTPSADIVHPYIEDLDQDRIHICEVRGTND
                     TWARDHGGITVTNNDKPAVFNFIFNGWGMKYPANYDNQIVSEMESGQAFAPGIKVFSP
                     PFVLEGGSIESDGCGTVLTTASCLFSKNRNERLSKDTIMGIIKGIFDADRILILENGY
                     LEGDDTDGHVDTLARFCDPETIAYVQCTDPEDSHFDELLAMERELLALRTAEGKPYRL
                     ISLPMAEPVFDEDGYQLPATYANFLILNGAVLVPAYGNDELDEQAREVLQTAFPDREI
                     ISVDCLPLIQQGGAIHCATMQYPAGVLNVYTDDDEAESDEYSPL"
     CDS             complement(39175..39813)
                     /locus_tag="SEQF2637_01601"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQKKSPFIVPDGADRVLLHACCAPCSSAILEWMLAHGLHPTLI
                     FCNPNIFPLEEYTKRKAELQRHALRLGVPFTDADYDHAAWRQRVRGLEHEPERGARCQ
                     MCFAVRLETVARYAHEHDFPVFTTTLASSRWKSLEQITAAGEAAAARYPGLTFWAQNW
                     RKGGLSDRRNALIKEYNFYNQNYCGCEFSIRPESQNPSSNEQSERTESQLNA"
ORIGIN      
        1 gtgccgatct tcaggaactc gttccaaacg ggcatcgagc gatacgtcga ctctgttccc
       61 cgaggaacat tcagctgcac gttggctacg ggtacggacg ggaagatcgg ataacgcggc
      121 atgggcggaa cggtccacgc tacggtcacg ctgcgcaggc ctgtacatcc accgaaggca
      181 ccactcttaa tctccgtcac actggcgggg atagagacat tcgtcaagga tgtgcaaccc
      241 cagaaggcgt tcttatcgat ctcacgcagg ccgagcggga gcgtggcggc cttcagggcc
      301 gtacagccgt agaaggcgcc ctcgtcgatg tccgtcaggc cagccgcggg gaaagagacg
      361 gaggccaagg aggtacaacc cgagaaggct cccttttcga tctcacgcag gccgaggggc
      421 agcgtgatgg agggcaggga ggtacagttc gcaaaggcgc cgtcgcccac cttctgcata
      481 ccctgcggca gcgtaacgga gcgcagcgaa gagcaattga ggaagactcc tttttcgatt
      541 tcggtcacgc caatagggag cgtaatggca ggcagggcag agcaattcgc aaaggcgtaa
      601 tcctcaatct gagtcacgcc agcggggatc tgcaccgagg tcagggcgct actccctgca
      661 aaagcatact cgccgatgct tgtgatgccg ctcccgataa cgatcgattt gatctcggcc
      721 cggtgcttng cccacggtgc gggctgaagg ttggaatagt ccgggatgcg gccgtaaccc
      781 gtgagggtca aggtgcgcgt ggcggtctca tacttccaat ttatcgagct attcccataa
      841 ccaccgccgg gtagggggcc atattgtgcc ttcagggtga cacttcccag tgttgccgca
      901 agggccatgc ataagcatgt aatcaacttt ttcatcttct tctctcttgt ctaatggtta
      961 tatatctatt gtgtgatcta taatctcttg cgaatgtctt gtacgaggct gctggcgccg
     1021 atgcggaagg tgtctttatg cagccattcg gctccaagca actcctggac gagggtgtaa
     1081 tacttcaccg catcctcggc cgtgcgtacg cctccggaga ccttcaggcc agcgcgtcgc
     1141 ccactgatct tttggtattg cttcagcaca cggcagatgg tgtagacggc ttcaggcgtg
     1201 gcaccaggat agcccttgcc cgtggacgtc ttgacgaagt cggctcccga atagagggcc
     1261 agaatggtgg ctcggtggat ctcctcggcc gaggctaaag cgcccgtctc aaggatcacc
     1321 ttcagccgtg caccacgaca gctctctttg atctcctgca attcgtcggt cagctcctcg
     1381 taggcttctt ctttgaaaag ccccagattc atcaccacat caatctcgtc tgcaccggcc
     1441 aggacggcca taccgacctc cgcaatcttg acctccggga aggtctgcga ggcggggaat
     1501 ccggccgcta cggcagctat cgaaacgtcc ttgacttgca aggcctgccg aacggtttcg
     1561 gtgaaattgg ggtacgtaca cacagccgcc acatggggta catccgggcg ggtcccctcc
     1621 cactgattga cctccgtatc gaccatctgc cagacagaat ccttcgtatc caaggtggtc
     1681 agcgtggtga ggtcgatcag gccgtggagc tgcttcagcg tgtcttccgt gaagtgctta
     1741 ggcgcctttt cagccagcaa ttgggctgtc ttttcggcca cctccgcgtc cgtcagagcg
     1801 ggctgaaagc ggttgaagca ttcgtgatat ttatcctcca gctcctcctc atcgtggtga
     1861 tgatggcagt cgcagtcgtg gtgatgttcg tgttcgtttc tgttcatcct attgtagttt
     1921 ttgattgtgt aaatgcctct cgttgtcacg ttcggttttc ttcttcaggt tcctctcgaa
     1981 agcctcggtc aggtcgacgc ccgtctggtt agccaaacag accaaaaccc acagcacatc
     2041 ggccatctcg tcggccaaat tatgcttcgc atcgctggcc ttaaacgatt gttcgccata
     2101 tcgacgggcc atgatacgcg ccacctctcc cacttcttcg gtaaggatag ccatgttcgt
     2161 cagctcactg aagtagcgta cgccgtaggt cttgatccag tcgtcgacgc ggcgttgcac
     2221 gtctcttatc gtcaggtttt ccatctcgtt cattccttat gcttcgtgtc tataacaatc
     2281 gtcacgggtc cgtcgttcac aagcgacact ttcatatcgg cgccgaagat gcccgtcttt
     2341 acccgttttc ccaagtattg gctcatcgtt tcgcaaaacg attcatagag cggaatggca
     2401 atatccggct tcgaggcgcg gatatacgag ggccgattgc ccttctttac agaggcgtaa
     2461 agcgtgaact gactgacgac aagcagctcg ccctccacat ccttcacgga gcgattcatc
     2521 acgccctctg cgtcgtcgaa aatgcgcagg ttggccacct tttgggctgt ccactccaag
     2581 tcgtccgacg tgtccgcatc ctcaaaaccg accaaaagca gcatcccctg ccctatctcc
     2641 gccacacact ttgcgtctac ggccacggag gcctctcgta cgcgttgcac tatggttctc
     2701 atcttctctc ttctattgtt atgatcatct aatctgttct tcctgttaaa atccttaaca
     2761 gatcactcat tgacggttgt caatggcatg caaactccgg ttttatgcct gttgacagct
     2821 gtcaatggga taaaaaacgc gttttagatg cctctgactg ctgtcaatgg ggtaaaaaat
     2881 gcgttttagg tgcctctgac tgctgtcaat gggataaaaa acgcatttta gatgcctctg
     2941 acagctgtca atgggcagaa aactcggcgg agcaacccat tgacaaccgt caacgcactt
     3001 ccatgcctaa tccctcagcc accaacgtgg cctttttctt tccgatcagc tcttcgagct
     3061 ccgcggacgg tacctctcga atacgcttca cgcttttgta tttcttcagc agtgcctctt
     3121 tcgtcttctc cccgatgcct tttatcgtat ccagttcgga gacgatctgc cccttgctac
     3181 gcatatgccg gtgaaaagtg atgccaaatc ggtgcgcctc gtcgcgcaaa tgctggatca
     3241 ctttcagcgt ttcagacgtc ttgtcgagca cgagcggaaa cggatcgccg gggtaaaaga
     3301 tctcctcaag ccgcttagcc aacccaacaa tggtgatctt gcctaacaga ttcagctcac
     3361 gaagcacctc cgtagccgca ttcaactgtc ccttgccccc gtcgataatg atcaactgcg
     3421 gtagcggtgc cttctcctcc agaagtcgtg tatagcgccg tgtaacgatc tctcgcatcg
     3481 aagcaaagtc gtcaggcccc acgacggttt tgatatgaaa atggcggtaa tccttcttcg
     3541 acggcttcgc cttcttgaac actacgcaag cggccacggg gttcgttccc tggatattcg
     3601 agttgtcgaa acactctatt tgcatcggta aaacgggcaa atgcaaatcc ttttggatcg
     3661 tagtcaacag acgtgtcgca cgttgctccg ggttgaattt ctccgatcgc ttcagtttat
     3721 ccaccttata ctgcttcgca ttttgaagtg aaagctcgag caacttccgc ttatcccccc
     3781 tttgcggaac ggtaaagctg atcccttccg ggaagacgcc ttcggggata aacggcacaa
     3841 taatctcgtt tgcatggctc cgaaagcgct cacgcatctc cacaataccc agccccagga
     3901 cgtattcttt ctgttcatcg tcgagtttct tttgatactc gatcgtgtag acctgaacga
     3961 ttgcaccgct cccaacatgc atgtaattga tgaaaaagga cgtctcgttt tcgtccaacg
     4021 aaaacacgtc cacgttgtga agcatcggta caacggtaga tttcagcctg aaactttcca
     4081 ccaaatcata ctgtcgcttt acctcttgcg cctcttcaaa acgcatctct tcagcaagca
     4141 ccttcattcg ttcgagcaac agttcgctca ccttggagct gtttcccttc aggatctcct
     4201 tgatatcggc gatgttcctg ttgtattcct ccgccaactg catccccaca catggagcct
     4261 tacaacgctt gatatggtac tgcaagcaga ctttgtattt gcccgatccg atagcctcgg
     4321 gtgtcagtgc atgtttacaa ttacgaatcg gataaagctc tttgatcagg tgtaatagcg
     4381 tgcggatgaa atgcacagat gaatagggac cgtaatacag cgagccatcg cggataatgt
     4441 tgcgcgtttg gaagattcgt gggaagggct cgttcttgat gacgatcgaa ggatacgtct
     4501 tatcgtcctt caataataca ttgtatcgcg ggcgatactg cttgattaga ttattctcta
     4561 acagtagcgc atccgcctcc gaatcgacaa cgatgtatcg aaggtcgtag atctgcttca
     4621 ccaacacgcg cgtcttcctg ttctcgtgct ccttttggaa gtacgaggag atacgcttgc
     4681 gtagattctt agccttaccc acatagatca ccgtcccttt cgcgtcgtaa tactgatagc
     4741 atccgggctt ctcgggtatg gtggagagta gggatgtgat gtaattcaat cgatcgttca
     4801 tagtccatgt ttcctgtttc acgtgaaaca aatcaaggtt tcaccgaccg agtaatacaa
     4861 gcaacacatt gatatcattc ggtgaaacac ctgggatcct ccccgcctga gcgagtgttt
     4921 ctggattgat gcgggcaagc ttctgtcttg cctcaatggt gagcgactgt atagacgcat
     4981 aatcgaagcg ccccttgatc cgtatatttt ccaatcgaga gattttatcg gccactaatc
     5041 gctcgcgttt gatgtagcct ccatacttca catcgatctc cacagcctcc aaaacttcat
     5101 ttctataatt cgcggaaatg gcgtcaatga tttctctgaa ctcaaatatg ccattcatgg
     5161 cgtctgtaaa tttgacttgc gggcgagaca ataaatctat caacttgcat gcatgctcca
     5221 gtggcgacgt gcccaaacgc agcagtaaat cattcacccg ttcgggcgtg acagaaaaag
     5281 atcgaatgaa gtttgtcact tcctcgcaca cttgcttctt actcaagaat aatcggtagc
     5341 ggtagtcgtc cgccaaacct aaacgatagc cacgctcggt cagacgcata tctgcgttat
     5401 cctgacgcaa taggatgcga tactccgcgc gggaggtgaa catgcgatac ggctcatcga
     5461 cacccttcgt gactaagtcg tcgatcagta caccgatata agcctcgtca cgccgcaaga
     5521 caaacgtctc atcctccgaa tggcaacgta ggtgtgcatt gatacctgct actaaccctt
     5581 gtcctgctgc ttcctcatag ccggttgttc cgttgatctg tccggcaaag aatagacgcg
     5641 agatacgttt tgtctcaagc gtgtggagca attctgtcgg gtcgaagaag tcgtattcaa
     5701 tggcgtaacc agggcgatag agatgaatat cgcgaaaggc ggggagctgt tgtagcgccc
     5761 gaagctgcac atcgaacgga agcgacgagg agaaaccatt caggtagtat tcgttcgttt
     5821 gttcaccttc aggttcgaga aagagctggt gttgcgtttt atcggcaaag agcatgattt
     5881 tcgtttcgac gctgggacag taacgcggac cgatactctt gatactacca ttgtaaagtg
     5941 gcgactcaga aagcccactg cgcaacactt cgtgacaggc tggactcgtg taaagcgtcc
     6001 agcaactcaa ctgcttcagc tcgcttcgga cattgtccaa ataagagaat cgatgtggat
     6061 cgacgtctcc tgcttgctcc gtaagttcct cgaaatgaac gcttcgaccg tcaattcgga
     6121 ccggtgtacc cgtcttcata cggtcggcag tgaagccgag cgagacaagc tgctccgtga
     6181 gacctgtaac ggctggctca gccatacgac cgcccgaaaa ccgaacactc cctacgtgca
     6241 tcagaccatt caagaacgta ccgttagtca gcacgacaca gcgagcgtga aactcgacgc
     6301 ccaattgtgt ccgaacgccg cgcacctcct gcccatcgag cagaagctga ttcacggtgt
     6361 cttgccagag atagagattc gggattccct cgattgtttc acgccaaaca cgcacgaatt
     6421 gagcgcgatc gcactgtgca cgcggactcc acatggctgg tcccttgctc cgattaagca
     6481 tacggaactg gatcgtcgta cgatctatca cacggcccat ccatccaccc aaggcgtcga
     6541 tctcacgaac gatctgcccc ttggcgatgc cccccacagc ggggttgcaa ctcatctgag
     6601 ccatgttatt catgtcgcga gtgatgagca gcgtcctgga acccagtcca gccgccgctg
     6661 ctgccgcttc gcagccagca tgacccgcac ccaccacgat cacgtcgtaa tcaaacttca
     6721 tcttacttgt aactcctact tataacgatt acaaaggtac gcccgcggcc agatccctgc
     6781 aaaatagcgc cccaacggcc tctctatccg gttgaaaacc cactcataac tccgtttaca
     6841 actactgaaa aggagatttg gagaaatcaa gatgcgctat aagaggaact gtttcccgtt
     6901 ttgccaaaga aatttccaac aaatcgtacc catactctcc acgtgaaaat tcaccgaaaa
     6961 agaggttttc cacagtccga tttaatcccc tcaaaaagtt attcgcaggg tgtttataac
     7021 ttagatgaag tcgcttctgg agcacattta ggccgttcat atctgtttga aaatgtacgc
     7081 tcaagagctc ataacccgga tacccaaata atcgatgaaa aaagaatcaa cgctttccac
     7141 tggttatcat ccccactata gtaaatcaaa aaaacagaga tgataaaatg aggttgtgga
     7201 tgatgattgc cggtggaaaa agtctttacc aggggagcgg aggagtgctc accaaagaca
     7261 tcgagttgag ctccgctttc gtagatgaac cgcctcggtt gaagtgaaac atctttgctc
     7321 ctaaccgaac cccttccgca ggtgtgtata accccgtgga ttctcttggg atagcctcgt
     7381 taagaactgc tcataaatag atttggaaga ttcagtgcct tgcataagct cacagacttc
     7441 tcataacgcc aaacaaactt tggaggaatc ttccgcacat tctccacctg tcgttccacc
     7501 gctctctccc ctctcccacc cccattttta atcccctaag agcgttttcc gccgcttgtt
     7561 cataaccccg ataatcccgc ttgcaatcgc atttctatgg cgtttatatc catttgaaaa
     7621 gctctcggcc gacgctcata agccataccg ccaaacaaaa gcacccaaaa acaatcaacg
     7681 gtttccaccg cctatattcc ccttcatagg agattccaaa agagaagaaa tgaataagat
     7741 ggagtgaggt tcgatgggta atgatcgtcg gtggaaaaag gtgtcggccg gagaataggg
     7801 ctcttattct gcgatgggct gagtataaag caacggcagc gacagggaac tgctcccatc
     7861 gccgccgtga ctgtacgtat aaaggtgtgt gccctccctg tgcctattcc ttggattcct
     7921 ctcggtcgta gtcttcgcct tgtacgccta actctcctaa gctcgtcgca cgggctatat
     7981 ccagcttcag cgcctcgtca tagtcttcgc cggccataaa agcatacatc atgcgaagca
     8041 acaagtcaga actgatatgc gaggccgcga tgtgataaat gatcgattca aactgcttca
     8101 tgaagacaca tgcgttccaa taacgttcgt tcttatgcag gaagtaggcc cccaaggtca
     8161 gtgcgatacg cttgttgcca tccgtgaagt aatgccttga acagaaggtg aagacaaggt
     8221 aggacagctt atccgtgaac gtggggtaat agtcatcgtt ccgtacgaac tccaacgtgg
     8281 ctcgaattcc accctcgtcg cgcacactgg agaatccgcc gttgctggct gagatcatct
     8341 tatgatagac taccaacatc tcgtcataat cgatataccg gatcgcctca ttcatcctcc
     8401 gcctgcttca aacgtttgag tacgtcttta ttctcggcca ggatccgatc gaaatcaacc
     8461 gactgatcgc cgatgaatcg ctcgaactcc tccggtgtga cggcccgcag atagtctgct
     8521 atattcccgt gataggcatc gcggaaacta taatcgcgag aggccatctt cgttctggcg
     8581 tcatggatat agggcttttg catggggtgt tcggacagtt cgtcaataag ctccgaaact
     8641 tcatcaatgc taagtgggac gccctcattc tcctcgaagc atgcctctat gtatgcggcc
     8701 agtccgtttt caaacgacga aatgacgagc aacacctctg catacaacgt ctgtcggaca
     8761 ttgtctttcg gtgctaagcg aagaatctta cgatactcct tggccttctc tccaaatacg
     8821 gcttcataga tgagatccgt cacctgagca tacttgtagg tcggatgccc gaacacatat
     8881 tggttgatgg ccgaggtcag gttcttgcga taattctctt ccgtaatggc cgcggtcagg
     8941 taattcacat cccttcggtt gatgtatttc gtcccgcctc ccgtcctttc gttgatggtg
     9001 gcgatgacca catccaagat catactccgc actgctttgg ccttctcact ctcggccagc
     9061 agcatgccca tgttcaggaa ggcacggaaa ttaaagagtc cgagctgtgt tattttgctc
     9121 gtctcattta tgagatgatc aaattgtaac ttgaactctc taagtgtttt acccttacat
     9181 aaaaggtatc cgttatgctt tagctcctcg ccgtttgagt ccaagtatct gttgattgtc
     9241 gagatgtcca cgccgtagaa atccgcgatc atcttttttg tgaatcggta ttctccttca
     9301 aagagcatac cctctatccc aagctgtcgt tgcatttcat cgacagcgaa acggttgttg
     9361 agcacatttt ggcgctcaat gtctgatgta gtcagatctt tcatatttca ctttcttatt
     9421 tgagttattc ctcttcatcc aaatactcct ccttgaagat attcaccagc aagaggaaca
     9481 tggagatcag cagtgggccg aagatgatgc cccagaaacc gaacagggac aggccaagga
     9541 tgacaccgaa gacggtgatc agtgggtggg tgtcggccag gcgtttctgg aggatgaagc
     9601 gcaccacgtt gtcgatgttg atcagtatga tggagcagta ggccgccaga cccgccgcgt
     9661 cgacccatcg gccaaggatc agcaggtaga caacgagcgg tacccacacg atgctcgtcc
     9721 cgatgatcgg aatgatcgtc gcgaagcacg tcaggacggc aaagagcagt gcactcggca
     9781 ggtcgaagaa aaagtaggcc gcataggcca ccagcccctg cacgatggcc agcaatggga
     9841 ttcccacggc attcgaacgc accatccggt agatctcgtt aaccacccgc agccggtgct
     9901 cctccttgaa cggcaacagc tcgtagacat agcgctcaat gcgacgaaag tccaccagaa
     9961 tgaaatagag gaagaagacg agtacgacga gtgtcaccgc catgctgctc acctgcccga
    10021 tcacgtactg cacgccgcga ctcatgtatc ccgtggccat cgtcagattg tcgaacgtga
    10081 agaggtcgta tccgaggcgc cgcttgatct gccggtcaat gtcgtccacc atctgctgca
    10141 gccccgaaat gtccatgttg atatgctgta tccggtcgac cgtcgcccag ccaatcagcg
    10201 tcagcggccc cagaattatc acggcgacct ccaacagcac cacgatcgtg gctaagagtc
    10261 gcggccaatg ccaccgctcc gtcagcgtga tcatctgcct gcgcaccagt acaaaaatcg
    10321 tgaacgcccc cagcaatccg ctgacaaacg cccacagttc acccacaatc agcgccccca
    10381 gccccaaaat gagcgtgacg agcgaatact tccaatactt ctctttcgtt gacattgatt
    10441 cttccttttg ataggcccat tctacatggc ccgcacatta tataacgtat aaaaatcgcc
    10501 tgtttgcagc ccaaaagtag cccaaaccaa ggctccgttg cattcctttt tgtccaaaag
    10561 ccccatctgt gcctcacgac aagacttttg gacgaaaagg acgtctgccc gtgcctcaat
    10621 gcaatacttc tggaaaaaaa ggaggcctgt tgatgccttg agacaggagt tcttggaaaa
    10681 aaagaagccg atcttctggt tctgatccta tcatatttcg agatatggta gagattgagg
    10741 ccttgtttta tacttcatct taggatatat agatgtatga aatccggttt gaagtgtatc
    10801 tcaaaataca tagctgtatg agtatatgta tacacttcat tttgaaatgc gctataagat
    10861 gggtattcga attgaactgc atttttttat gagatagaat atgaatcacg tatttgatac
    10921 gtattttgga atgagatagt agcgtatgat cggatcagat cttattttga gatgagctat
    10981 tggcggaata taggatagat acgtatctca aaatgaataa tagatctatg cttcattttg
    11041 cgccatattt ccagatatag aataatatga atgtggtttc gaggttcctt tttttataga
    11101 tctcctgtca cgaggcgttg acgggtctcc ttttttccca gagatactgc tacgaggtgc
    11161 tgacaggtct cctttttccc tagagatgct gtcacgaggc ggtttcaggg ctttggtgct
    11221 acaaaagtta ggataagtat gccgtttcga taagattttg ccggatagaa gcaggataaa
    11281 aggacggaat tacctcgctg gtctttgttc ttgagataaa ccggatagga aattgaatcc
    11341 gccgcttacc tttgcccgca cattaacatt attcactaat aaagcaaagt cacaatggaa
    11401 attacccaca tcgaacatct cggcatcgcc gtgaagagca tcgaggaaca gctgccttac
    11461 tacgaggaag tattgggcgc taagtgttac aacatcgagg ttgtggaaga ccagaaggtt
    11521 aagaccgcct tcttcaagtt tggccagacg aagatcgagc ttctggagcc taccagccct
    11581 gagagcacca tcgccaagtt catcgagaag cgcggcgaag gcatccatca catcgccttt
    11641 gctacgcccg acgtacaggc cgcccttgac gaagccgcat cgaaaggtgt gcagctgatc
    11701 gacaagaagc cgcgcccagg cgctgaaggc ctccacatcg ccttcctgca tcccaaatcc
    11761 acacacggag tcctcaccga actctgtatg aaatgagaac cctttaaaca gataagaagg
    11821 aaatgagcaa tcaacttgaa aagataaaag aactcatcgc ccagcgtgag aaagcccgcc
    11881 tgggtggcgg cgaaaaggcc atcgctaagc agcacgagcg cggtaaatat accgcccgtg
    11941 agcgcatcaa catgttgctc gacgaaggca gcttcgaaga gatggacatg ttcgtagagc
    12001 accgctgcac gaacttcgga caggacaaga agaagatcct tggcgacggc gtagtgaccg
    12061 gtagcggtac gatcgacgga cgcctggtgt acgtctttgc gcaagacttc accgtcttcg
    12121 gcggttcgct ctccgagacc atggcgcaga agatctgcaa ggtcatggac aaggccatga
    12181 tgatgggtgc accctgcatc ggtatcaacg actcgggtgg cgcacgtatt caggaaggcg
    12241 tcaacgccct ggccggatac tcggaaatct tccagcgtaa cattctggcg tcgggtgtca
    12301 tcccgcagat ctcgggcatc ttcggcccct gcgcgggtgg cgctgtgtac tctccggccc
    12361 tgactgactt cacgcttatg accgagggca catcctacat gttcctcacc ggccccaagg
    12421 tggttaagac cgtgacgggc gaagacgtga cgcaggaaga cctcggcggc gccagcgtac
    12481 actccaccaa gtctggcgtg actcacttca cggctaagac cgaagaagaa ggtctggcca
    12541 ccatccgcca gctgctcagc tacattccgc agaacaacct cgaggaggct ccgctgaagg
    12601 aatgcaacga cccgatcgac cgtctggatg acaacctgaa cgagattgtt ccggacaacc
    12661 ccaaccgtgc atacaacatg tacgaggtga tcaacaccat cgtcgacgat cacgagttct
    12721 tcgagatcca gcccaactac gccaagaaca tcatcatcgg tttcgcccgc ttcaacggcc
    12781 agtctgtcgg tgtagtggcc aaccagccga agttcatggc cggagtgctc gattgcaatg
    12841 cttcgcgtaa gggtgcccgc ttcgttcgct tctgcgacgc cttcaacatc cccatcatca
    12901 cgctcgttga cgtgccgggc ttcctccccg gaacgggtca ggagtacaac gccgtcatcc
    12961 tgcacggagc caagctgctc tacgcttacg gcgaggctac agtgcccaag atcacggtta
    13021 cgctgcgtaa gtcgtacggt ggatcgcaca tcgtcatgag ctgtaagcag ctccgtggcg
    13081 acttgaacta cgcttggccg acggccgaga tcgccgtaat gggcggatcg ggcgcagccg
    13141 aggtgctcta cgccaaggaa ctgaaggagg ccgccgatcc tgctgcgctg atggctgaga
    13201 aggtgaacga gtacaacaag ctcttcgcta acccctacaa cgccgcacgt tatggctaca
    13261 tcgacgatgt gatcgagccg cgtaacacgc gcttccgcat catccgcgcc ctgcaacagc
    13321 ttcagaccaa gaagctgact aacccggcta agaagcacgg aaatatcccc ttgtaacctc
    13381 ttgtagaacc aaagcaaccg tttggtctta tgaaaacaaa gggaatgttt ttggccatgg
    13441 tactgctcgt ttgcagcctc gctgcaagcg ggcagtccgc ttcttctatc cgcctgaacg
    13501 aggtgctggt catcaacgtc gacaacttcg tcgatgatta tggatcaaga agcggatgga
    13561 tcgaactctt caacaactcg cccggaacga tcgacctgaa ggggtgctac ctgacaaacg
    13621 acgtcaacaa cccccgcaaa tacatgatcc ccaaaggcga cgtcaagacc aagatcccac
    13681 ctcgccagca cgcactattc tgggccgata acaaggcttc acgcggaaca tttcatttga
    13741 actttacgtt ggatcccgag cgtgaaaaca cgattttcat cttcgattct gacgggaaaa
    13801 cgctgatcga taaagtcacc gtccccgttg gacaaaagcc cgacgtgagt tatggcctga
    13861 cactcgacgg gggtgacacc tgggcaacac tcgaaaaagt aacccccgac acgaacaaca
    13921 aagtgttgga ctcaaatgaa aagattgaga actttcagac gaacgaccct tggggcatag
    13981 gcatgacctt aacggcaatg gccgtcgtct ttgcggggct gatcgtactc tacttcctct
    14041 tcaaacaagt cggacgcatc gctatccatg ccagtcgtcg acgctccgag aaggccggta
    14101 tgaccggtgt cgccgtcaag agcagcggac aggagtcggg cgaaatcttt gccgctattg
    14161 cattggcact ctacgaagtg tctgaggata cccacgatat tgagagcacg gtgcttacca
    14221 tgagtaaggt ggcgcgtcga tactctccgt ggaactctaa aatctatgga ttaaggaacc
    14281 tccccgcgag gcgataactc acaggttagt catcgcatcc gcggtacaca tacaccactt
    14341 ttatcatcct ctcaaatgaa acaattcaag tatatcatca atggcaacgt ctacaacgtc
    14401 tccgtcaacc aagtggagga caccacggcc gaggtcgaag tgaacggcac tccctacaag
    14461 gtggagatgg ataagccagc caagaaagaa tttgtcacca tcaagcgtcc tgcacaagca
    14521 cccaccacgt ccacaggcgc acccgtagtc aaccgacact ctgccgaaac ctcggccgcc
    14581 gccctcaagt cgccactacc gggcgttatc ctgaccgtcg actgtaaggt gggcgacacc
    14641 gtcaagcgtg ggcaaaagct cttcgtgctc gaagccatga agatggaaaa catcatcccc
    14701 tccgatcgtg acggccaaat cgtagagatc aaggtcggca agggcgactc cgtcctggag
    14761 ggcgccgatc tggtaatcat caaataatac agcggcacaa tgcatgagaa tttcttgaca
    14821 ttcttgggag agaacatgca gacgttcctc tccttcaccg gattcgccaa cgccacctgg
    14881 ggccatatca tcatgctcct cgttggcttg gtcttcatct ttctggccat caagtacgag
    14941 ttcgagccga tgctacttat ccccatcgga ttcggcattt tgatcggcaa tatccccttc
    15001 aaagacgccg gattacagat cggtatctat gaggaaggct ccgtgctcaa catcctctac
    15061 cagggcgtca agcagggctg gtatccgccg ctcatcttcc tcggtatcgg ggccatgacc
    15121 gacttctcgg cgctgatctc caaccccaag ctgatcctca tcggggccgc cgcacagttc
    15181 ggcatcttcg gcgcctatat cgtcgcccta cagttcggtt ttgatcccag ccaggccggt
    15241 gccatcggta tcatcggcgg agcggacggc cccacagcca tcttcctctc ctctaagctc
    15301 gcccctaacc tcatgggcgc catcgccgtt tcggcttact cctatatggc cctcgtgccc
    15361 attatccagc ctcccttcat gcgcctcttc accacgaaga aggagcgcgt gatccgtatg
    15421 aagccgcctc gcgtggtgtc gcagacggag aagatcgtct tccccatcat cggcctcttg
    15481 ctgacggcct tccttgtacc ctcggggctg cccctgctcg gtatgctctt cttcggcaac
    15541 ctgctgaagg aaagtggcgt cacccgtcgc ttggctgagg cggctcgcgg accgatcatc
    15601 gacatcgtca ccatcctgct cggtgtcacc gtcggagcct ctacgcaggc tacggagttt
    15661 ctccgcttcc agtcggtgca gatcttcatc ctgggcgcct tctcgtttat ggtggccacc
    15721 agcgccggcg tactcttcgt gaagttcttc aacctcttcc tcaaggaggg caacaagatc
    15781 aaccctctga tcggtaacgc tggcgtgtcg gctgtgcctg actctgcgcg catctcgcaa
    15841 aacctcggtc tggaatacga tccgggcaac tatctgctca tgcacgccat gggtccgaac
    15901 gtagccggag tgatcggatc ggccgtggcc gcaggcgtac tgttaggctt cctcggtgcg
    15961 agttgaaagg aggccgtttc tacgcgatca taaccagtct ttgttcatag catcttgggc
    16021 taagaagctg ttttgaatta aactccttgg gagccggacg ttgacaaacg tccggctctt
    16081 ttcatagccc atttatcatc ttacccctaa tcatttcaca caaatggcaa caaacatcca
    16141 atgcatcggc gtcttgacct ctggcggtga cgctccgggc atgaacgccg ccatccgggc
    16201 cgtcacccgt acggctatcg ccaacggcat catcgtaaaa ggcatctacc gcggctatcg
    16261 cggactgatc acgaacgaga tcacctcgct cgaaacccaa agcgtcagca acatcatcca
    16321 gcgtggtggc accatcctca agaccgcccg ctgcgacgag ttccgtaccc ccgagggccg
    16381 acgtcaggcc cacgacgtga tcgtcgaaca cggcatcgaa gcactcgtcg tcatcggtgg
    16441 cgacggtagc ctgcatggcg ctcgcgattt cgcccaggag cacaacttcc ccatcatcgg
    16501 cctgcccggt acgatcgaca acgacctctc cggcaccgac ctcaccatcg gttacgatac
    16561 ggccctgaac accatcatgg agtgcgtcga caagatccgt gacacggcct cctcgcacga
    16621 gcgactcttc ttcgtcgagg tcatgggacg cgacgccggc ttcctcgccc tcaacggtgc
    16681 cctggccacc ggctccgaag ccgccatcat ccccgagatc tcgctcgaga aagaccagct
    16741 ggccgagatg attgagcagg gtttccgcaa gtcgaagaac agcagcatcg tgctcgtggc
    16801 cgaaagcgaa gtaacgggtg gcgccatggg cgtggccgaa cgcgtcaaga aggagtatcc
    16861 acagtttgac gtccgcgtct ccatccttgg ccacctgcaa cgcggtggct ccccttcggc
    16921 gcaagaccgt atcctggcca cccgcatggg cgaagccgcc atcgaggccc tactcgaggg
    16981 gcagcgcaac gtcatggtcg gccttcagaa cgacgagctt gttctcgtgc ccttcgccaa
    17041 ggccatcaag aaggataagc ccatcgatcg ccacctgctc gacgtcctcc gcatcgtctc
    17101 ccgatagcgc gtcctccccc accccatcga cgaccgaaca atgaagcacg tcccgaacct
    17161 cctttccgcc ctgcgcattc ttctctcgcc cgtcctcata gccacagccg atcggcctcc
    17221 gctactggcc gccctgatgc tgctggccgg agctaccgac gccgtcgacg ggatcattgc
    17281 gcgtcgcttc gactgtcaga cgcggcttgg cgcccgcctc gactcggtgg ccgactggac
    17341 gttcttcctc gccctagggt gggtcttctg cacgcgctac gagtccgtgg tgcgctcctg
    17401 cctgacggag ctcgtcgtgg tccttgccct gcgactggct gcgatcgtcg tcgggtggct
    17461 gcgcttccgc cgactgctct ccgtccacac ccttggcaat aagatcagcg ccgtgatcgc
    17521 cttcgtccta ctcgtgcgca tcgtctggtg cggccccgta tcggcgacag ccctgcgcat
    17581 tgcactcctc ttcgccgccc tgaccgccct cgaagagctg ctcatcatcg tccgcagtcg
    17641 cacccccgac cccaatcagc gcagcctctt cgggagacgc taaagacaag acgcaaaaaa
    17701 ggcgaagccc cgccggcagg ccgtagggac gtatggcata caccccttag gacgacccct
    17761 caagaggcgt atgatcaggc ggtggggaat ggcggatgtc cggcaaatta gatcggcgca
    17821 catgtggggc gtatgccata cgcccctaca gcctgccggt gggaggagtc gttcctaatg
    17881 atcctcaatc tgtcgttgtc cgggtagggg cgtatgccat acgcccctta ggacgacccc
    17941 tcagggggcg tatgatcaag cagtggggaa cgtctacgat catccgcaaa ttagatcggc
    18001 acacatgtgg cacgttttcc attcctccac cccgtctcac ctccaaacag gccgcttcca
    18061 ccatttcccc caccccgtct cacctccaaa caggccgctt ccatcatttc cccaccccgc
    18121 tccgccccca aatggcccac gttttctatt cccccagcct atctcgctcc caaacgcccc
    18181 gcctctgcca ttcctccggc ccgtctgact cccaaacggg gcccgtcagg cattcccccg
    18241 ggccgtcggg cagttatttc gcgtgcaaat cggattctct cacactgaaa gtctatgatg
    18301 tgcagcgcag atacgattct cgcgtattag aaacctacta tatgcgtcgc agataagatt
    18361 cttctacttc aaaagcatat cttgtgcgtt gcataagata tattcctaac ataaaagcct
    18421 ggaaagtgcg gcgcagatag gatcttcccg agttaaaaga atagcttatg cagcgcggat
    18481 agaatcttcc tgagtcgaaa gtatacctta tgcagtgcat gaggtaggct tttaatgtag
    18541 gaatatacct tatgcgacgc ataaggtagg cttctacacg aggaacatac tatccgcatc
    18601 gcagaggaat gacttttata gtaagagatg gcattatgca ctgcataagg cagtctttca
    18661 gtctaagaga agccgatttg cacgcgaaat aactgcccga cggcccgggg gaatgcctga
    18721 cggggcccgt ttgggagtca gacgggccgg aggaatggca gaggctgccc gtttgagagc
    18781 aggacgggct gggggaatgg aaaacgtggg acgtttggga gtgggacggg ctgggggaat
    18841 ggtagacgtg ccccgtttag gagtcggacg ggctggggga atggcagaca tggcctgttt
    18901 gggagtgatc gagggtgggg gaatggaaaa cgcggtgctt ttcggagtga gacgggctgg
    18961 gggaatggca gaggcggcct gtttggaagt gatcgagggt gggggaagga tggacggggg
    19021 cgtttcggat gggccgaggg gcggggaacg agaggcgtgg cagggagcgg gaagcgctga
    19081 ttttgcgggg ctttctgatt agccatactt ttgtctcact taaaagaaag gaagaaacca
    19141 ctgtggcaaa atccgtcgaa acccccttga tgaagcagta ttttggcatt aaggccaagc
    19201 atcctgaggc cattctgctc tttcgcgtgg gcgacttcta cgaaatgtat gggcaggacg
    19261 ctgtcgatgg ggctgagacg ctcggcattg tgctgacgaa gcgctctaac ggtgcgtcgc
    19321 aggatgtgcc aatggcgggc ttcccttatc acgcgctcga tgcctacctg ccgaagctgg
    19381 tgaaatcggg ctggcgggtg gcggtatgcg accagctgga ggatccgaaa atggccaaga
    19441 aactggtcaa gcgagggatc acggagctgg tcacccctgg cgtttcgatg gatgacaatg
    19501 tgctggaacg gagggagaat aactttctgg ctgcggtgca ttttgggcgg tccaaatgcg
    19561 gggtggcttt tctggatatt tcgacgggcg agttcctcac ggccgagggc acggtggaga
    19621 cggtggacaa gtggctggcg gactttgcgc ctaaggaggt gctggtctgc cacggtctgc
    19681 gcgaccgctt cggatgcacc ttcgggcccg tgggcagtgt gttcgagatg gaggattggg
    19741 tcttcatgcc cgacacggct cgcgatcggc tccagcgcca cttcgagacg gtcgggctga
    19801 aaggcttcgg cgtcgaggat ctggaggacg gcatcgtggc cgcaggcgcc atcctcgttt
    19861 atttggatcg cacgaagcac acgcaggtgg gacacatcac gtcgctcctg cgcatcgagg
    19921 aggagggtta cgtcaggctc gataaattca ccgtccacag ccttgagctt gtgcgatcga
    19981 tgagcgaagg cggccgctcc cttctggaaa cgatcgacga gaccacctcg cccatgggcg
    20041 cacgactgct gaagcgctgg ctgctctttc cactccgcga cgaggccgag atcagtcgcc
    20101 gacaggacgc cgtggccttg cttgcgggcg acgccttgct gcgtgaggca ctgatcgggc
    20161 agctggccga agtgggcgac gtggagcgga tcatttccaa ggtggccgtg gggcgggtct
    20221 cgccgcgtga ggtggtgcag ctcaagcgtg ccctggaagc catcggacgg atacgcacgc
    20281 gctcgatggc gtcggataac gcggtgctcc gggcttgggg tgaggcactc gatccctgtt
    20341 cggagatgag cgaacgcatc ggacgcgagt tggtcagtga gccacccgtc acgatagcca
    20401 aaggagggct tatcgccgag ggggtaagtc aggagcttga cgagctgcgc cagctggcct
    20461 attcgggcaa ggactacctg acgaaggtgc agcagcgcga aagtgagcgg acgggcatcc
    20521 cgagcctcaa gatcgccttc aacaacgtgt tcggatacta tatcgaggtc cgcaatgcgc
    20581 acaaagacaa ggtgcccacg gagtggatcc gcaagcagac cttggtcaat gccgagcgat
    20641 acatcacgga ggagctgaag gaatacgagg agaagatcct cggcgccgaa gagcgtattg
    20701 tggccttgga agcggagctg ttcaaccgtt tgacggccga tctgacgcag ctcgtccgcc
    20761 ccatccagcg tgacgcacaa atcgtggccc agctggactg catcgtctcc ttcgcccgca
    20821 cggcctccag ccagcgttat gtgcggccgg tggtagacga ctccgatgtg atcgacattc
    20881 gaggtggccg ccaccccgtc atcgagcgac aactgccctc ggacgatcct tatgtagcca
    20941 acgacgttta tctcgatcgt cgtgaacagc agatcctcat catcaccggg ccaaacatgg
    21001 ccggtaagtc ggcgctgctt cgccagaccg ccctcatcgc cctgctggcc caggtgggca
    21061 gcttcgtgcc cgctgagagc gcgcgtatcg gttgggtgga taagatcttc acgcgtgtcg
    21121 gagcgtcgga caacatctcc gcgggcgaat ccaccttcat ggtcgagatg aacgaggcgg
    21181 cgaacatcct caacaatctc tctgcacgca gtcttgtgct cttcgatgag ttaggacgcg
    21241 gcacgagcac ctatgacggc atctccatcg cctgggccat cgtcgagtat atccatgagc
    21301 acccgacggc gtcggcccgc acgctctttg ccacccatta ccacgagctg aacgagatgg
    21361 cccgcagctt tccgcgtatc cgcaacttca acgtctcggt gcgggagtcg ggcaatcggg
    21421 tcatcttcct ccgcaagctc gtatccgggg gcagtgagca cagcttcggt atccacgtgg
    21481 cgcgtatggc gggcatgccg cggagcatcg tcgagcggtc gggcgagatc ctcgctcgtc
    21541 tggagcgagg cggggcgcaa gccaagcccg tagtggtcga tgtgcccaaa tcagccaagg
    21601 gccaggccta tcagctgagc tttttccagt tagacgatcc ggtgctcagt caggtgcgcg
    21661 acgagatctg caacctcgac ctaaacaatc tcacgccgct cgaagcgttg aataagctga
    21721 gtgagatcaa acgaattatt caagtcaaat agagggcgga gaggaaagaa tgatgctatc
    21781 gatgcggttc ttactgctac tccctactga atcaaaacag cttctaagta tgatacgtgg
    21841 catgaagtcg atcatcaagt ccacccgcgg gctgctgctc cttgtggcgg ccagtgcggt
    21901 gctgctcacc ctcgccaact cctgttcgga ggtgaggcac atgagcgccg aggtggctta
    21961 ccggacagaa gcccagctgg gcgaaggcgc catctggcat cccgatcgtg gctccctctt
    22021 ttgggtagac atcgagaagc gcacgctcta tgagtttatg ccggagaaga agaaatgccg
    22081 ctcgtggcag ttcgatcgga aggtgacgac cgtcgttccc gagacggatc acaccgtcat
    22141 cgtggcgctt gagaacagca tcgtccgctt cgatctaaac acccagcaga agcaagagat
    22201 cacccccgtc gacaccaagg gcggtcggct gcgctgcaac gacggcaaat gctcgcctaa
    22261 cggttggctg tgggtgggca cgatgagcat cgatgaaaag tcgaacgacg caacgctcta
    22321 ttgcgtccgt cccagtgggc gcatcgacgc catgattcgc ggcgtgacga tctccaacgg
    22381 catcgtctgg tcgcgcaaca acaagtacat ctattataac gatacgccta cgggtaagat
    22441 ccgccgctat cgctaccacc agcattcggg tgacatcatc aagaacggta tcgctgtcga
    22501 catatccgag ggtaccggac tgcccgacgg tatgaccatc gatcgcaacg acaacctctg
    22561 ggtggcccag tggggcggct ttggcgtcta ttgctacaat gcctacaccg gcgagctgat
    22621 cgccaaggtg gaagtgcctg ccccgaacgt cacttcgtgt gcttttggtg gcaaaaacat
    22681 ggacatcctc tacatcacca cggcccgcga gggcctcaca ccggacgagc tggcagccta
    22741 ccccttgagt ggctgcattt tctcgtgcaa accgggagcc ataggcgtat ccccgaacta
    22801 tttcgggcaa gagaataagt aagcagaatg aagattacac gtaaaaagaa gcccacgtcg
    22861 gcgggcaagc aaagtcgacg aaacgacagg gacacgcgag gcaacaagaa gaaaaaagcc
    22921 gcccagtccg cccatcacgg caagcgcatc ctcaaaaaag acgctctcac aagggccatc
    22981 ttggatacgt tccagctcaa tcctcgcacg atttacaact acaagcagat cgctaaggct
    23041 atcggcgtcg aagcacaggt gcagaagctc caaacggccg aaatactgcg cagtttggcg
    23101 gacgacgatg tgctcacgga gaccgaaccc gggcgttatc gcttgaatcg catcggcgag
    23161 tccgttaccg gaatctttcg gcgccgtagc aacggccgac atgcctttat tccggacact
    23221 cccgctacgg acaatgcgga tggtgatgca ccgacgtcag aacccatcaa tgtggacgat
    23281 cgcaacacgg cccacgcact ggatggcgat cgtgtacgtg tgcagctctt caaacgtcgt
    23341 cggggcgagc ctgaggcaga ggtgatggag gtcttggagc gtgcggcaca cacctatgtg
    23401 ggtcggctgg aggtctccaa gaattacgcc ttccttgtta ccgaagatcg cacgctttcc
    23461 aacgacatct ttatccccaa agcagcgctt cagggcggtc gcacgggcga taaagctatc
    23521 gtgcgtatca ccgagtggcc cgaacacgcg tcgaatccga cgggcgaagt cgtcgaggtg
    23581 ctcggtcgcg cgggggataa cgacacggaa atgcacgcca tcttggccga gtacggttta
    23641 cccacgcgtt atccggaaaa tgtcgagaag gctgcgcggc gcatcccacg tgagattacg
    23701 gcggaggata tcgccgagcg tgaggacttc cgcgaggtga caaccttcac gatcgacccc
    23761 aaagacgcca aagactttga tgatgcactc tcgatccgtc gcctgacgga cggccgctgg
    23821 gaggtgggcg tccatattgc cgacgtgacg cactatgtga agccgggcag cgtcatcgac
    23881 aaggaggcat acgagcgcgc aacctccgtc tatcttgtcg accgaacgat tcctatgctg
    23941 ccggaatgtt tgtcaaacga tctctgttcg ttaaggccgg atgaggagaa gctgaccttt
    24001 tccgtcgtct ttgagatgaa cgaggaggcc gacatcctcg cctcacgcat cgtgcggacg
    24061 gtgattcgta gtgaccgccg tttcacttac gacgaggcac aggaggcgat agagaccggc
    24121 agcggagatt tcagcgaaga gatcaacacg ctgaaccgtt tggctaaaaa actccgcgag
    24181 cgacggttcg cgcagggtgc catcgacttt gatcgctacg aggtgaagtt cgagatcgac
    24241 gacaagggtc gtcccttgag cgtgtatttc aaggagtcga aggacgccaa caaattgatc
    24301 gaggaattta tgctcatcgc caatcgcacg gtggcggaat ctgtcgggaa acgttcgggc
    24361 agtcggtcgg cgaaaaaaac gttcgtctac cgtattcatg agcaacccga cgcagaaaaa
    24421 atggagacgt tcgccacgtt tgtccgacgg tttggatata aactgaagac ggacggcagt
    24481 aaaaacgaaa tcacccgcag tatcaatcgt ctgttagacg atgcgaaggg tcggccggag
    24541 gaaaatctga tcgaaacatt ggccgtgcga tccatgcaga aggcccgcta ctcgacggaa
    24601 aacatcgggc actatggctt ggcctttgcc tactattcgc atttcacctc gcccatccgc
    24661 cgctatcctg atatgatggc gcataggctc ttggtgcgtt acgcgaacgg tggtcggagc
    24721 gttcctaagg acgcgtgtga agaagagtgc gatcattgct cgcaaatgga acagttggcg
    24781 gccaacgcgg aacgtgcttc gatcaaatac aagcaggtgg agtttatgag cgacaaaatc
    24841 gggcaggttt ttgatggcgt gatatctggc gtcaccgaat ggggactgta tgtggagttg
    24901 aacgacaata aatgcgaagg tctcgtgccc atgcgagact tggacgatga tttttatgac
    24961 tttgatgaag ccaattatgc cttagtcggt cgtcgtcgac accgtactta tcgtttagga
    25021 gacccgatca ccatcacagt agagcatgcc aacttggaac gtaagcagct cgatttccgg
    25081 ctggcgtaac cgcccgaaaa aacaggttct gccaacctac gcggaacatt tttcgatacg
    25141 taccgaataa atacctgatt ccccgaatca ttctgagaca catacggggg atatgcactt
    25201 ctgtataaca aaaaactaag ccccgattcc ttgcttgcga agggaccggg gcttttctat
    25261 gatcaaaaaa cggctgatgc ttatttgccg aagatgtgca tgaaggagag attgcctact
    25321 gtgctcagcg agaggcctgc cttgcccgta gccgggttat atgtaaagag gcccgcctgt
    25381 ttttcgccga aggcaccgag gagaaccaaa ttgccttggg tctcaatcgc tgtactatgg
    25441 ccatccgtca tcggaactcc ctcaattcgt ttgatcgttt tggccttgag atccatgatt
    25501 acggccattg cgctcttaga cgtgtatgga ttcgttccgt tcagctccag aatggccacg
    25561 aaagccacca ctttaccatt gcccaggtat ttacaattca ggatcgcgga tgatttgtat
    25621 tccgagcctt caatcgcgac gccagaaatc tcccacgtac gcgacgcatc aaattcatcc
    25681 ttgccaacag ggatgcagac aaacccattc tcccgatatt tcgggttata accgaagtag
    25741 ccagcgcacg cgatataaat atcgccctgt tcatcggtaa agatcatatc cttatacaac
    25801 ggtctggtcg ggaaggcgat ctttttgctg ttctcggtga tcactttcag cactttgtca
    25861 gtcttcggat cgatcacagc cacttccacc tgccgacgat cttcgtacgg catgtaatta
    25921 ctaccgattt ggtccagagt aaggaagtac cgatcgccac gaagaatgcc cagactgggc
    25981 tcggggcttg catctttgta cgcatactgc ttcaggtcga tctcgcctgt tttctgtagc
    26041 gtggtcggat tcatcaccca gacagtaccc aaggaatagt gcggcatata cattttgtcg
    26101 gcagagacct tctggacatt gtacggcgta gctccagcgg gcacatcgat ggtcttgagg
    26161 tttcccatcg tctgtgtttt cgggtcatac gtgtagcggc ggaccttaaa ctctgcatct
    26221 tttcccatac cggtgggcag gacaaagatg tagttgtcaa tcacggagat catgccagca
    26281 aaagcaatct gaatgccctt cgaattgtcg atggagccac tgagattgtt cgtcagctgc
    26341 aaataagacg agccgctcat accgtcggga tttttcacgg tcgtctctaa gaggtactgg
    26401 cctttgccgc caggcaccac ggtattcgtc gtgtccggtt tgggttgggg cttgggttcc
    26461 gggggagtgt cttttccaca tccggtggtc atcacaaggg caacgaggca tgctgcccac
    26521 atcattttct tgttcatcat ctcaatacgt tttgtcggtt aaaaaatagg ggttatgggc
    26581 tttcgcccga gaaaaattca atcggaaaag gggacggtga ggcgttgcaa gacgctgcat
    26641 cgggcggaaa aaaggttcac gaacgtatgc agctgtctgt cttttgctct aaataggttc
    26701 ctgccgtatc gcttcaggct atcgggcctc gattctcctg ccggtaggct gtaggggcgt
    26761 attgcatacg cccccagacg ggtccgcagg gaccgcatga caaatgctcg gaggatggtt
    26821 cgtcccatgc tgggacgttt gtggggcgta tgcaatacgc ccctacagac tccggattgc
    26881 aagaccgtaa ctaccgtgga aaaagtccct gaaacgtttc acttgaacac atatctcacc
    26941 ttgacgccga agctgcgacc tggcaggggg cgattaaatt cgctgaggac gcgcgcgtcg
    27001 gtcagattct tgatcttggc cgagagaaaa aggctgttgt tgaaaaagct atgctccaaa
    27061 ccaaggtcga cggttgtgct gcggggtatc cgccgttgat ctgccgccat ttcgaagtcg
    27121 tagagatatt cctccacaaa agatagatcg ctaaaaagac gcgtgttctg tccgcggccg
    27181 ccaaaaagat tctctttgtg gaattccaat cctgcattgc ccattaaata gggaatgttg
    27241 ggcatgcgca gacccttcgt aggattaggt agcgaacttc cttcatcatg ctcacgtaca
    27301 tcacgaagat cttggaacgt agcgttcgca tacccataga gccaaggcgt tatgtcggct
    27361 ttcacctctg cctcgacacc catcgtacgc atctcgccaa aattttgata ctgtgcgccg
    27421 aggattccct tcgtatagcg gatcatatgt tgcagataca tatagaaggc attgacttcg
    27481 atctgaagat tacttgctgc ccgacccgtc aggtcgtaca agaagcccac attgaggctc
    27541 gtgtttcgct ccggcattag attttcggcc ggtgagaccg tgtagccatc gcccaagagt
    27601 tccgtttccg aggggatacg cacgtcatac cccgcggaca atttcgccat caaatctggc
    27661 aagatgcgga accgcagggc atcattaacg cccacagcgc tcttgttgac gtccacatca
    27721 tgtacctcac cgatgccaaa aatgtccgcc tgacgtgtct tcatcgtgta taggtagtaa
    27781 cgcacggtta gggagttcag caggcggtct ttcggcgtgc gaaaatcgta cgttaagcct
    27841 gccgaccaac tcctcatgcg cgaattgaag accgcttctc ttcctatgct caattctcgc
    27901 agcgaatctt tggggaaacc gtttgccagg gtaaaaagtg agttgaaatt gagtgagtgc
    27961 tgcttatgca gcaagtattc taagttcaat ttgtggctga tggtaaactt cttatccgaa
    28021 gaatgcgacg cataacgatt gcccaattct ccgccataaa tagatggcga gggataggcc
    28081 cgtccatccc agtcgtacca ttgcttggcc gtatccacga gcccgtaaga cgtaatggcc
    28141 gctgccaggt gcatatcgaa gtccaagcca ggcgtcagga agtttttttt ctccaattta
    28201 ttggccaggg caaagagcat ggagtgcgtt tccgccttac ggatatcctt ttcaatgccc
    28261 tgtatctcat gattcgtcaa agcgaaagcc ggttcaatct ccaccttgtc aaaccaccat
    28321 ttgtaggcct tcagggagcc gcccaagatc aattttcgga atccatcgtg gtcgcggcgg
    28381 atcttcaggc cgtccacata gggcgaaagc atggtgtagt tgttgtccga gtacgtatat
    28441 ccgccgccga tgccgaacac gaggccctga ttgcgcaaat ttcgcttcaa aacggtttgc
    28501 actttgtgcg tattgaacga ttccagcgtg taactaaagt ccgcgtaacg tgccggatac
    28561 tctttcagca ccaaattgac ggccccgccc attgccgagc ctccaaattt ggccggaacg
    28621 acacccttgt aaatctcaat gcgatcaatc atatcgatgg gaatgtcgtt gatgtcgata
    28681 aagtccgaat tatcgttcat gggcgtctcg tcgataaaga acccgatcct ttttccctcc
    28741 aagccgcgca cggacagtct tgtagcgcct cccactccgc cagacgagcg caatgtaact
    28801 ccgaccgtct tcgacaagat gtctgcaatg cctgccaccg ttccgctcaa ctgattcatg
    28861 gatatgacag agataggcat cgcttgttcg cgcaattgtc gggcctcact tttggctgtt
    28921 accactactt cgctgagcga tttcgactcc gattgcagtt gtaccttcat gcggtgcacc
    28981 tccccttcgc gtagcgtgac ccgttccgaa tggctttcgt agcccatgta atcaaatcgg
    29041 accgtgtagg tgcccggggg taaattttgg atcgaaaagt tgcccttggc gtctgtcacc
    29101 tctcccgttt tcagttgttc gataaaggcg ctggctccga tgagcggttc gttgttcgca
    29161 gcgtcggtca cgacgcccgt aatgcgtgcc gtttgcgccg tggacgtact ccaggcgatc
    29221 gtcagcaggc acgcgaaaag catccatagg gtgtttctct tcttcatgtt cttatgatac
    29281 aatataaaat acattctgca cttaaacaaa tacggcggca aaagtagaac gtagagaatg
    29341 ctgttcacaa tccccaataa tggggataat aaggaggaaa tgcgaaaacg cataacgaaa
    29401 aacgaacaac gaaaaacact catgcgaatc tgcatgaacc attcatgtcc ccatgtaggg
    29461 gcgtattgaa tacgccccac aaacgttttc agtagaaaac gaataccgtg tatttgcatc
    29521 atccattttt ggatgtgtgc gagattcatg cggttttacg ctatccgttc ccgattaggt
    29581 aaaacgttca tgcggtttca catgatgaaa aacatccaac gaaaaacact cacgccgatc
    29641 cgcatgtcgt tcattttcga caaaacgaac cccatgaaaa atgccgggca catacatagg
    29701 cgaacctatg ctgcacccgg cataactacc gatgatttat cattaataac gacggtctat
    29761 tcttctggca gggtaatatc tggcccgctg ccttgactgc ctccgggttg cttgggcttc
    29821 tctccttcgc ctccgggagt cttggggtct ggtttcttcg aatctttatc ctcagggaga
    29881 tggatgtcgg gtttgccgtc atcctttccc ggctttttgg gattcggttc tttcggctgc
    29941 ttcggatctt tcggcttttc gggatcctcg ccgtctttct tcttcttcga tccgatcact
    30001 tgcgtcttgt tgcgatggac caccttattc atatgaatga taaagggggc cgtgtcgagt
    30061 gcgtcgtcaa ccaccgccaa ggcattgact accctgacga gccactggta agccaaatcc
    30121 gactcatgac gagccgtgcg gagtgagccg agcgtttgtg gcatgttgtc ggaacgctcg
    30181 gtgagccact tctcgatttt ttcgttggcc gctttcaacg agtcgacata cggcttaacg
    30241 cccagcgacg aaacgtcggt cgcgtacgtt ttctcgcagt ctcccacgaa gctaatgatg
    30301 gctccggtct ctcgctccag ctgcatacgg gcgtcgagac gataggcggt catcaccttg
    30361 aggatcgttg cggccgatcg agccttgtcg gcttccggat ggtccgcaaa acctttcaat
    30421 gttttgcgta gggcgttcag catacgtccc ctttcctgat ccgctttgtg gatgtcgacc
    30481 gtaatgaggc ttttttgcga cttagcgtaa cagtcgtcct ctttcttggt cgccgcagcg
    30541 agcagatcgg cagccttttt gatcttcggg tgtgccaaaa gggccgtttc ggtggccatg
    30601 cggtcgctca cgttcttcat aaacaagaag tgcgcaccgt tggtcatcag cgtacagtta
    30661 attgtgtcga tttcgacagg cggtacaatc cccgccgacg gattttgagg agcagaaggt
    30721 gtctctggca ttgtaaactc tgtttatttg tgatgtaata catgtccgtc atctttcaag
    30781 acaaaagatt gtgacgcggc aaagatggga agatttttca tacctccaac atgcatgcaa
    30841 aatactaaac aacgcgtatg ttatttagtt gcttcaccag agcaattaag aaacattctt
    30901 gcggcttaat tgcttcaaca gagcaactaa gagacatttt ctcggcttaa ttgattcatc
    30961 agagcaacta agaaacattt ttgcggctta attgctctat cagagcaact aaataacatt
    31021 cccgtcattt aatattttcc gctcaagcaa tccccccgca actccgcaca catccctctc
    31081 gatcccaaac gaggacgttg ccaccctgca cgtaacgttt ttgcgtccaa tcatgaatgc
    31141 cgcaatccca cgcgtaccat tttcgtcccc gtgtaggggc gtattgcata cgccccacag
    31201 acgttttcgg cagaaaacga atgccgcaac cctacacgta ccattttcgt caccgtgtag
    31261 gggcgtattg aatacgcccc acaaacgttt tcggcagaaa acgaatgccg tgtatttgcg
    31321 tcatccattt tcggatgtat gcgggattcg tgcggttttg cgttatccgt gcccgattac
    31381 gtgaaacgtt cgtgcggttt tgcacgtatt cgccccgttc cgggtcgttt gtggggcgta
    31441 ttctgttgcg ccctacacgg ggacgaaaac gctacgcgca ggatgtcgtt atccgtgcct
    31501 gattacgtga aacggtcgtg cggttttgca cgtattcgcc ccgttccggg tcgtttgtgg
    31561 ggcgtattta atacacccct acacggggac gaaaatgtta cgcgcaggat gtcgttatcc
    31621 gtgcccgatt acgtgaaacg ttcgtgcggg ttctgttatt catcgatata tagatcatcg
    31681 ccttgccaat tttctggatt gatgatgatg tattccgaaa tacgctgata cgattggcta
    31741 tttcgaatga tatgttcgta atagttacgt tgccaaacgg taaagcccaa tcttttagac
    31801 acagccgctt tataccctct tacaatagcc cctaatgtat gagaagggga acggcatgga
    31861 atgggattat cgtccacaac ctccggaaat cctgcgtgcc agttgttata tatgctgcgt
    31921 agagtcgata aagatgtgga ctgtgtgatt tcaacgatgg catgcatatg attaggcata
    31981 atcacatatt catgtaggag cacttgacct gggcgaatgt taatcgtgtt ctgccattcc
    32041 tctttagcga catgtccggc ctcattcaaa accatttcat tgtcgatgat ctcaccaaat
    32101 aggcacatcc gttgttgaca acagagggtg atgaaatata atccatcaca cgaataatca
    32161 tatccgtata aacgcatcga atgacggtgg tgcaccttcg gatcatactt tgtgttcatg
    32221 ggtgtattca tttttcataa cgcaaaggtg gaataatgaa acgaatcggg tatatgccac
    32281 cctgcgcgta ccgttttcgt ccccgtgtag gggcgtattg aatacgccct acaaacgttt
    32341 tcggcagaaa acgaacgccg caaccctgca cgtaccattt ttgtccccgt gtaggggcgt
    32401 attcaatacg cccctacacg gggacgaaaa cgttacgcgc aggatgtcgt tatccgtgtc
    32461 cgattacgtg aaacgttcgt gcgattttgc acgtattcac cccgttccgg gtcgtttatg
    32521 gggcgtatgc aatacgcccc tacacgggga cgaaaacgtt acgcgcagga tgtcgttatc
    32581 cgtgcccgat tacgtggaac ggtcgtgcga ttttgcacat attcgcctcg ttccgggtcg
    32641 tttgtggggc gtattcaata cgcccctaca cggggatatg aaatggtcat gcggttttgc
    32701 ggcatccgtt tccggggaca taaaatggtc atgcatattg gcctctccct ctttttcggg
    32761 agataaaaaa agaggtggac ccgtcgcggg tgcacctctt atcataatgc aatgaaacca
    32821 aataaaggcc ttgtcaggac ccaatcaaaa catatcccat tttactgggc gaataaaaga
    32881 catatcgaaa gactttctta ttcaagatac tttgtgatag atcgcggcag gtagaaggtg
    32941 ttgttcttgt ctacgtagac aatcacggtc gaaagacgga tctcgtcgtt tgccttcttc
    33001 ccttttcgga tgatgttggt gaagggtacg atcgtcagct gttgtttttt gcccttaaca
    33061 acgagcgtgg gattgtcctt ctccgttttc gccggcaaga tagtgtattt gtagcctttc
    33121 aacaattcgg tatggggcac aaaatactcc tgggtgagtt cgtcgggctt ccctaagagg
    33181 cctacggcgg aggccatgta gcgatggagg tcgatattcg tgtttacacc tatggggagg
    33241 gttccctggg ggtgatatgc ggccaaaata acgtcctcgc cggtgtgccc gcccgtggta
    33301 aagccgaaac aggtcttgga ggtaagtagc ttagctacaa atccgtagag agaattgctg
    33361 tagagggccg acagggactc tttttccgtg cgatcggcct ccgggatggg gctgttctta
    33421 taatctttgc agttgtaaag ggcctgcagc tcctcgtcgg tcaactcaaa tccggcattt
    33481 tctttgaaga tcttttgcac ctctgtcgat ggcgcggcgt tgagcttgtt gacaaagccc
    33541 tgggccgtat tttttacgcc agtgacaaag ctgaagagct gatccttggt caatttgtcg
    33601 taacctttac agtcgcggcg ccccagacta aaaccactgt tgccatgatc gggcacgaca
    33661 accacgagcg tctgtccgtc cttcttggca aagtcaagcg ccacggcaca agccttgtca
    33721 aaggccacat attcggtaag catacccacg ggatcgttgc catgcgccgc ccagtctact
    33781 ttacttcctt caaccatcaa gaaaaagcca ttttcgtttt tggacagttt ctcgagggcc
    33841 tttcgtgtca tctcttcgag ggcaggctgt tgggcaggat cgcgatccag atcgtaatcc
    33901 atctccttct taccgaagag ggcccacatt ttgccattgt tgtcagcgcg cataccggcc
    33961 agatcgtcgc gatagacgct gtaaccccgc gaccgaaggt aagcctcgcc ttctttgtcc
    34021 aaaagagaga cgccaccacc catcacaacg tctacatcgt tatggacaat ctgcggcgca
    34081 atccaatcat aacgtttccg gctgtaacta tgtgcggagc agtctgcagg agtggcatgt
    34141 gtgaactcgc aagtgacaac caaaccggta gccttgtttt gtaccagccg catggcctcc
    34201 agcagagtga tcataggctg ataagcgcgc gagggatcta cggggaaaat gtcattgccc
    34261 ggatcagccg gcggataagt ggcaatataa cctgtacggc tcggatgtcc ggtcacataa
    34321 caggaggtcg taggtgcaga atcgccgatt ggggcgttgg aagagaaggt ccgaaccgta
    34381 ccacagagat acgggtcgat ggccaggtgc tgccgattgg gatctttgta ccattggtac
    34441 cagcgagccg tagacacggt cgcaatagac gttccatcgg ggatcaagag gatcaggttt
    34501 ttgaccggct tcacatcggc cggatcaatc gcgctcgcac gtccgcacag ggctatcgca
    34561 acgagcaaca agagcgtaga tgttgtcttt ctcatctgat taaacggatt ataggatgaa
    34621 taaattaggt ttggagaaat cgtttctgtg ttctttttgc ctgtaaaagg gcggggggat
    34681 attttttcag aatgatcctc agccggtcat cggaaacaac cgttttttcc tgccgatagg
    34741 tgtaggggcg tatcgcatac gccccagcgc gtatcaggtt tttcgatcgc tcgtccccac
    34801 ggggacgttt ggcgggcgta ttcgatacgc ccctacccta ccggcaggaa tctttcggag
    34861 aatcaggctg gatatccttg catactaatg attcttttca cgttttactt tctcggaaaa
    34921 cagcaggggc gaaaaatgct tcgcccctac cctactggtg aatgtcttgg gtctattttt
    34981 gtatcacgat ggacacgtgc acccggacac gtttcctttc ttagatgctc attttcagcg
    35041 ttccgcctta cgtcagcgag ataatctcct cttcgaaatg ggtgagcttt tccgcgcccg
    35101 tctctgtgat gagataacta ttctcgacac ctaccgcgcc cacctctggg atcacaaatt
    35161 taggctcgaa ggcgatcacc atgcccggtt gcagcgcatc ttttgagcgg ggagtgagca
    35221 cgggtggctc attgatttcc aaaccaatgc cgtggcctac aaacttggcc tgttgacgcg
    35281 tacccatgaa gcagtcagcc agattggcct tctctgccat gccaacagcc atgctgtaga
    35341 gttcgctgca tgccaatccg ggtcgcataa cgacctcggc agccgccatg atgtctcttg
    35401 ccgtgccatg cgcacggtag gccttttcgc tgagccttcc tacggagaaa acgcgcgtca
    35461 tgtcagagat gtaggccgta taattgcccg ccatatcaac catgatggcc gtcccgtccg
    35521 tcaatttcgt gccattagca ccgatgggac atatcggcgt ttgtcctgcg ccgccaagag
    35581 caaagtcgaa aggtgacgcg gcctctgcat tctcgccagc cagaaggctg cccatgaaga
    35641 tgttcatatt cggcccgtaa gtacggaaga tgccaatcga cccgtgaagc ctcatccgcc
    35701 tttcgatctc ggcttgaagt tccagatcag tcatttcggg gtggaaacag tccgggattt
    35761 ctgcatagac ctcggcatga cgctgggaag agagccgcaa ttgctccacc tcccagggtg
    35821 tcttaatcat acgcacgcgc cgcatggcgg cggagacatt tcccgccttt tcgggttgga
    35881 acaggctgta aaggcgcatg taatcgctat acgagagtgt atcggcttcg aacaggaggt
    35941 gtttgggccg tgattgtccc ggtgcattgc tgaaccagcc gagcatgtcg tccggacgat
    36001 gcacgcgaac cgcctcgacc ggcaaatcgc agtcagcagg acgccttaca aacgcaaccg
    36061 gcgcgccttc cgtcggcaaa tagagccaac cattgaagac gcgcccggta aggtaaaaga
    36121 gatggacgtc cgaagcgaaa agggccccgt ccgccgcagc gtcggccagt gcactttgta
    36181 cacggcggcg cctcaggaga agatcatcga gaaaagcatt catttctttc tacttagttt
    36241 gatgtgttca cttgttaggg gctgcagagg tacatttttc ggcttttatt cggtcgtttc
    36301 gctgcccgca tggctcgttt gggcccgaaa catggtcgtg ccatgtctcg cgaccccatc
    36361 ctgcggaaga gcagagatcc ttccgaatgg cgcccatcaa gaaaagcctc gaaagatttc
    36421 gatgtccttc tgcggcttcc cctttaatct atcctaaaca gccattcatt ggatggcaaa
    36481 ggtaggacaa tttgtaaggg acgaatttgc attctgcacc ttacaaaaat gcagattgta
    36541 aaaagacaag aatcgtgcgt aactcatttt cttctatcta tttgcctcct ttgatgttta
    36601 agaaagggtt ttatctttgc cgccgtcccc gtgctaaatt ccatgaggga aatcatggcc
    36661 gagggatgat tgaagtcatt cttttttatc cacttaaaaa atcgataaag tatggaagaa
    36721 gtaaatgtta cgcccgatcc gaacgatgtg cagagtaaca aagtgatggc catcctggcc
    36781 tatttcggaa ttttgttcct gatccctctc ttggctgcaa aagagtcggc ttatgcacgc
    36841 tatcacacca accaagggct tattttgttc ctgtttgtat tcgtgtgcgg tatcttggga
    36901 gtcattccga agattggctg gctcatcacc accgtcggat accttgccgg attcgtattt
    36961 ttcatcatcg gtgtcatcaa cgcagctggt gggaagatga aacccctgcc gctgattggc
    37021 aacttcacgc tgatcaagta agcagccatc ctgcgaaatt cgtctgacgg atttctccac
    37081 accaatcgcc aaaacgggcg cctctttcac gtatgaaggg ggcgcccgat gtttttacaa
    37141 aggcccacga ggcctttttt cagctcaaaa acggctgtgc acttattcct cgtccaaata
    37201 tcgacgcgtg agggggccaa acgcatcgat ccgacggtcg cgtaggaaag gccaccagcg
    37261 gcgcacatgt tcactacgct gcaaatcgac cgaaatcaca cggatagcct ccgcatcggt
    37321 cggtaattcg gtcaagattt ccccctgcgg acctgaggca aagctgtttc cccagaattg
    37381 tatgccggca gtttgcccag aggggtctat ttcgtgcccg acacggttaa ccgtaatgac
    37441 gggtaggccg ttcgccacag catggccccg ctgcaccgtc cgccaggcat cgagttgccg
    37501 actttgttcc tccggccgat cggaacgttc ccagccaata gccgtgggat agataagcag
    37561 atctgcacca cgaagggcca tcagtcgggc ggcctcgggg taccactgat cccagcaaac
    37621 cagtacgcca agacgaccca cggaggtagg tatgggccgg aagtcgaggt cgccgggcgt
    37681 gaagtagaac ttctcgtagt acgccggatc gtccgggatg tgcattttgc ggtaccgccc
    37741 tgctatcgtt ccgtcttttt cgatcacgac ggccgtattg tggtaaatcc ccggtgcacg
    37801 tcgctcgaag agcgacagca cgagcaccac accacacgca cgcgctacct cgccaaagtg
    37861 cgcggtcgaa ggtccgggga tcgattcagc catgtcgaag acggcggtgt cctccgtctg
    37921 acagaaatag aggccgttgt gcagctcctg aagcaccacg agctcggcac cttcggcggc
    37981 acacgttcgg atagcgtccg taaggcgggt gatgttgtcg gccatgtcgg ccgtgttatg
    38041 ctgttgaatc agtccaattt tcatcgttca aatagggatt aaagggggga atattcgtcc
    38101 gactccgcct catcgtcgtc ggtatagacg ttgagcacgc ccgcaggata ctgcatggtg
    38161 gcgcaatgga tggcaccgcc ttgctggatg agtggcaggc agtccacact gatgatttcg
    38221 cggtcgggga aagctgtttg gagaacctct cgagcctgtt cgtccagctc gtcgttaccg
    38281 taggcaggca ccagcacggc accgtttagg atgaggaagt tcgcatacgt ggctggcagc
    38341 tgatagccgt cctcgtcaaa gaccggctca gccattggca gcgaaatgag gcggtagggc
    38401 ttcccctcgg ccgtgcgtag ggcgaggagt tcgcgctcca tggccagtag ctcgtcgaaa
    38461 tgactgtctt ccgggtcggt gcactgtaca taggcgatcg tttccgggtc gcagaaacgc
    38521 gctagggtgt ccacgtggcc gtccgtgtcg tcaccttcga ggtatccgtt ctccagaata
    38581 agaatacggt cggcatcgaa tatgcccttt atgatgccca tgatcgtatc ttttgacagg
    38641 cgctcgttgc ggttcttaga aaagaggcag ctggcggtgg taagcactgt gccacatcca
    38701 tcggactcaa tgctgccgcc ctccagcacg aagggaggac taaagacttt gataccgggg
    38761 gcgaaggcct gaccgctttc catctcggag acgatctggt tgtcgtagtt ggctggatac
    38821 ttcatccccc agccgttaaa gatgaaattg aagaccgcgg gtttgtcgtt gtttgtgaca
    38881 gtgatgccac catgatcgcg cgcccaggtg tcgttggtgc ccctgacttc acagatgtga
    38941 atgcggtcct gatcgaggtc ttcgatgtag ggatggacga tgtcggcact cggggtgacg
    39001 atcatcacgg gctcgaagcg gatgatttcg cgaacaatgc gggcgtagca ttgcgagatc
    39061 tcatcgagca taggtgccca gtcggtgccg ctgtgcggcc aggtgagctg tatgccgctt
    39121 tggggctccc attcggcggg gaggacgaca agcggcagat tctcctcgtc tgattcaggc
    39181 gttgagttgg ctttcggttc tttctgattg ttcattggat gaggggtttt gcgactctgg
    39241 tcggatgctg aactcgcatc cgcagtagtt ctggttataa aagttgtatt ccttgatcag
    39301 tgcgttgcgg cgatcgctga ggccaccctt gcgccagttc tgcgcccaga aggtgagccc
    39361 cggatagcgc gctgcagccg cttcaccggc cgcggtgatc tgctcgaggc tcttccaacg
    39421 cgacgaggcg agggtggtgg tgaagacggg gaagtcgtgt tcgtgtgcgt agcgagccac
    39481 ggtctcgagc cgcaccgcga agcacatctg acagcgggcg ccgcgctccg gttcgtgctc
    39541 caagccacgg acgcgctggc gccaagccgc gtggtcatag tctgcatcgg tgaaggggac
    39601 accgaggcgc agggcgtggc gctggagctc ggccttgcgt ttggtgtact cctcgagggg
    39661 gaagatgttc gggttgcaaa agatcagcgt cgggtgcagc ccatgggcca gcatccactc
    39721 caagatggcg ctggagcagg gtgcgcagca ggcgtggagc agcacgcggt cggcaccgtc
    39781 ggggacgata aagggggatt tcttctgttt catgttctgg ggtggggacg agttattccg
    39841 agccacttct taatgcgggt gcggcgtaag cgatgggtcg atggaggggg tatgatagcc
    39901 tcggcagaat gtctgccgac gccttcatgg ggtatgatag cctcggcaga atgtctgccg
    39961 acgccctcat ggggtatgat agcctcggca gaatgtctgc cgac
//
LOCUS       SEQF2637|AYYD01001135.1 6768 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6768
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             10..129
                     /locus_tag="SEQF2637_01602"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
     CDS             141..1355
                     /gene="xerC_10"
                     /locus_tag="SEQF2637_01603"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINRQKTKADGNTAIFCRVTIDGRSTTMTTGEECL
                     PAEWNSRQGITGEKKINQRLATFRELVEKTYAEMLSKDGVVSAELLKNRLQGVAAAPT
                     TLLAMSEAELQSVRACVGRSRSEGTYRNHTYSDKMLREWIESKGQKDMPIHAVTEEMF
                     EEFRFYLKKKRFTAKTVNRDLCWLSRLMYRAVSKRIIRYNPFEDAIYEKDERKIRFLQ
                     KSDVAKLMVLKVNDREAEQSRQMFLFSCFTGLAIADMERLKFSHIQTSADGRRYIRKE
                     RQKTEVESIVPLHPIAEAILSRCQERKGQTMKEKGECLVFPRDCSRSTMNNKLSTVGL
                     ACGIRQRLSFHMARHTFGTLSLSAGIPIESIAKMMGHASISSTQIYAQVTDKKISEDM
                     DRLIKKQQAASK"
     CDS             complement(1697..1882)
                     /locus_tag="SEQF2637_01604"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSNGKYKMVGVSWVRPKSGFTLLFEAYMMMLVESEMSVAAVLK
                     TVLGNGSAYLAYVPPLS"
     CDS             2302..4734
                     /locus_tag="SEQF2637_01605"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRQVVTLSTEVRNIVSKFNKTFYEPERQGQSLFSKTSYVDILAV
                     SLYAMRDDADSKVLHILEEGIVDLHQYLDDAEINTLLENYHTVVVTLLGTTNGDIITK
                     TGWCKLPKEIVSLCSTLVSKSDDKRVYLPYAGDGSFLDAVASGAECVGFEQNELLWAI
                     CQILQQGKEAAGAIRLGMPTEVRGKFDNIFTFPPMGSGTREKKAIVSYLSDLAENHLT
                     ENGRMACVLPISFCYEMGPWRQFRKTIVDNGSSVLAVLLPEGLLYPVLNIKLCILIIE
                     NNHQGNIALVNTTDKHFLANEFGESQSLRKVSLKLNAVLDTINSGDEALVWSGTAELL
                     DKELTFVPSRYLPIFSDHQPAEGEVVLSIDSVIEMIKGKYISQDNSKRKLTFNLLSDN
                     YLTCDINVLDIPMKQNYGGRIITEDCLVVGYINGAIKIGRVRGVSESTPLVLGLNMFA
                     FKMRYVEVDSSLLVGNESVKSRKVSSIITEDYLLRCLTSDIVLRQANAWAVGSVINRL
                     RSEDFLSFKIYVPSLEDQDKHCKVDAATSVKDADARLQQTYEDFRKDMHMKKHALGQT
                     LFNLNNWWKLLSKARKKGNGVVSDTDVLGGTKEMTVAEIFQNLETTMSKLNTQLNKFD
                     TGYGLEREEFALADFLEQYTAKDHSPLFVFEYDADSNRHRMDFQVPDEESNCAAYKGD
                     PIAYVTFSKEALEMVLDNIVSNACTHGFAGSEGTNNKIRMDIKSDGTSYVLTVANNGA
                     PLKKDFTQEDVFIYGQTSGNTNEHFGIGGYEIKKLMKEFDGDVEIVSSPEAEYTVAYR
                     LVFRKTSILLNT"
     CDS             4737..5792
                     /locus_tag="SEQF2637_01606"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVGKINYKVLWVEDDESNIKSYSPLAGERRVSLDVASDWETAEK
                     KLRVHFREYSAIILDAYCKLKRTDSKPSEFFLGQASVRLSRIFGEKHEFIPWYVLSAG
                     TMNQFDTVLKLINTEERKNMEFVWGKLLYKKEDQSDIEALLEKIVEVSNDKTINKVLL
                     RHADVFKYLGEGNIIADIQARNYILKMLSTLYNPEENLNFEYEGNPLRKVLEHVFRTA
                     NDYGLLPDECINTQGHIVLLDASRFMGGLNINCYQGKNVTHQIRYGTAGDGKNGENGD
                     SIFSQDIANYVRNILRFSSSDSHTNKDKKFRIKDDFKELFFSFVLQLSHIIKWFGGYI
                     EKHPDREVNKLKIQRIG"
     CDS             complement(5874..6146)
                     /locus_tag="SEQF2637_01607"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCYKGRTERGIFYPTLYCRVRYSQSLCDLRNGVGTLNIVPGKLL
                     KNPYANDHRSSVCSYGSTNKVLHFVCLYVSPLLIHNEGTFFEFDLL"
ORIGIN      
        1 gtaagcaaga tgcttgggca tagcacggtg cgcatgaccg agcgatatgc gaaagtcact
       61 ccccaaaagc tgtttgaaga gttcgatcgc ttgatcgcct tcaccgaaga tttacacctg
      121 accatttaac cgaaaccgat atgagaagta cattcaaaat tctattctac atcaacagac
      181 agaagacgaa ggcggacggt aatacagcca tcttttgccg tgtcaccatc gatggcagaa
      241 gcacgaccat gacaaccggc gaggaatgtc tgccagccga atggaacagt agacagggta
      301 taaccggcga aaagaaaatc aatcaacgcc tcgctacatt cagggagctt gtagaaaaga
      361 cttacgcgga aatgctctcg aaggatggcg tggtcagcgc tgaactgctc aagaaccgct
      421 tgcagggtgt tgccgctgca ccgaccactc ttttggccat gagcgaggcc gaactgcaat
      481 ccgttagggc atgtgtcggt agatcaaggt cagaaggcac ctatcgaaat cacacctatt
      541 cggacaagat gcttcgcgag tggatagaaa gcaaagggca aaaggacatg cccatccacg
      601 ctgttacaga ggagatgttc gaggagtttc gcttctacct caagaagaag cgatttacag
      661 caaagacagt caatcgagat ctctgctggc tgagtcgatt gatgtatcgt gcggtcagta
      721 aaaggatcat tcgctacaac ccttttgagg atgccatcta tgaaaaggat gagaggaaga
      781 ttcgcttttt gcaaaagagt gatgtagcca agctcatggt gctgaaggtg aacgacagag
      841 aagcagagca gtctcgacaa atgtttctct tctcttgctt caccggactg gccattgcgg
      901 atatggagcg cctgaagttc tctcatatcc aaacgtcggc cgacggtagg aggtatatcc
      961 gcaaggaaag gcagaagacg gaagtggagt ctatcgtgcc gttacatccg attgcggagg
     1021 cgatccttag cagatgccaa gaaagaaagg gtcagacgat gaaagaaaaa ggcgagtgcc
     1081 ttgtctttcc acgcgattgc agccgcagta cgatgaataa caaactgagc actgtggggc
     1141 tggcgtgtgg catcagacaa cgcctctctt tccacatggc tcgtcataca ttcgggacgt
     1201 tgtcactcag tgcaggcatc ccgatagaga gcatcgccaa gatgatggga cacgcctcca
     1261 tatccagcac gcagatctat gcgcaggtga cggacaaaaa gatctcggaa gacatggaca
     1321 ggctgatcaa gaagcaacaa gctgcgtcga agtaatttca gcacgacagg cttaatgggc
     1381 ttttttcttt caccgattag atcttactac atgactacaa caggtataaa gcgatgaaag
     1441 aagcgtgact ggggggtagt taggtgtagt caaaaaaaca tggctcctca cagcaaccgc
     1501 atcaaaactt ttcgcataga tacaattatt tcacaatgag tgtcttattt gaaattccac
     1561 tatgaggatt caatgttaaa ggctgaaaag catatctgaa aatcggactt ttatattgat
     1621 gcggttgccc ctgtttgagg tctcatctat tccgatccgg cagacctcgg agacgtcgat
     1681 cgcggctcgt gctttcttaa ctaagtggtg gaacatacgc caaatacgcg gagccgtttc
     1741 ctagcaccgt cttcaatacc gctgccacgg acatctcgct ttccacgagc atcatcatat
     1801 acgcctcaaa aagcagtgtg aatccgctct tcgggcggac ccacgagact cctaccattt
     1861 tgtatttgcc attcgacatc ataatgcgcg gcacacggca gtggagatat cactcatgct
     1921 gaaaaaagtt gaggtggagc caagtcttgt cgtccgtgtc ataagccttt tgcttcttac
     1981 cggcgtcatt gacaaactct ccgcctttcc ggaaatcgat atgaatgtgg agcgtcttgc
     2041 ttccatctga ttctttcaaa aacttcactt tcctaacttc ccgaggggga ggttggacct
     2101 aagcctaatg cggatatatc ttgacttctc atgctgctaa tctatgcggt tttgacttcc
     2161 cgagacgtga cacccacact attcgttaca gaactataaa cattttatct gtgcagatgt
     2221 ggtgcgcaca tcttctctat gtttgcaacg tcattcagaa atggatgaaa ttatagacgt
     2281 taatcggaac ttttcgagat aatgagacag gtcgtaacgc tttcaactga ggttcgtaac
     2341 atagtatcta agtttaacaa gactttttat gagccggaaa gacaagggca aagcttgttt
     2401 agtaaaacaa gttatgtgga catccttgcg gtatctctct atgctatgcg tgatgatgct
     2461 gattcaaagg ttctccatat tttggaagag gggattgtag atttgcatca gtacttagac
     2521 gatgcagaga taaatacact gcttgagaat tatcatacag ttgtggttac cttgttaggt
     2581 actacgaatg gtgatattat cacaaaaact ggctggtgca agctgccgaa ggaaatagta
     2641 agtctatgct ctacgcttgt atcaaagtca gatgacaagc gagtatattt gccttatgca
     2701 ggcgatggta gttttcttga tgctgttgct tcaggtgcag agtgtgtagg ctttgagcag
     2761 aatgagctcc tgtgggcaat atgtcagatc ctacaacagg gtaaagaggc tgcaggagct
     2821 attcgtttgg gtatgcctac cgaagtgcga ggtaagtttg ataatatctt cacctttcct
     2881 ccaatggggt ctggtactcg tgaaaaaaaa gctattgtca gttacttgtc agacctagct
     2941 gaaaaccatt tgactgaaaa tggtagaatg gcttgcgtat tgccaatatc tttctgctat
     3001 gagatgggac cgtggcgtca gttccggaaa acaattgttg ataatggttc gtcagtcttg
     3061 gcagtattac ttcccgaagg attgttatac cctgtattaa atatcaaact ctgtattctg
     3121 atcattgaaa acaatcatca gggtaacatc gctttggtaa atacaacgga taagcacttt
     3181 cttgctaatg agtttggtga atctcaaagt cttagaaagg tttcactgaa gctaaacgct
     3241 gtgttggaca ctatcaattc aggagacgaa gctctggttt ggtctggtac tgcggaattg
     3301 ttggacaaag aacttacttt tgttccttct cgatatttgc cgatattttc tgatcatcag
     3361 ccggctgaag gtgaagtcgt cttatccatc gattctgtga tcgaaatgat taagggtaag
     3421 tatatctcgc aagataatag caaaagaaag cttactttca acctgctgag cgacaattat
     3481 ctcacctgtg atatcaatgt gttagacata cctatgaagc agaactatgg tggtcgtatt
     3541 atcacagaag actgcttagt tgtaggctac attaatggtg cgataaagat tggtagagtg
     3601 cgtggggtgt ctgagtctac tcctttggtg ttagggctta atatgtttgc atttaagatg
     3661 cgatacgtag aagtagattc ttctttactt gtaggcaatg aatcagtcaa gtctcgtaag
     3721 gttagttcaa ttatcacaga ggactatctg cttagatgtc ttacttccga tattgtccta
     3781 aggcaagcga atgcgtgggc tgttggaagt gttatcaata gattgagaag cgaagatttt
     3841 ctttcattca agatttatgt acctagtctt gaagatcagg acaagcattg caaggtagat
     3901 gcggctacat ctgtgaaaga tgctgatgca cgtttacagc agacatacga ggacttccga
     3961 aaagacatgc acatgaagaa gcatgcctta ggacagacgt tgttcaatct taacaactgg
     4021 tggaaactgc tgagtaaagc ccgtaagaaa ggtaatggcg tagtttctga tacagatgtg
     4081 ttagggggaa cgaaggaaat gaccgttgct gagattttcc aaaatcttga aacgacgatg
     4141 tcaaaactga atacccaact aaataaattt gacacgggct atggtctaga aagggaagag
     4201 tttgcgttgg cagattttct tgagcaatac actgcaaagg atcatagtcc actgttcgtc
     4261 tttgagtacg atgctgatag caatagacac cgtatggact tccaagttcc agatgaagaa
     4321 agtaattgtg cagcttataa gggtgatcca atagcgtatg tcaccttctc taaagaggca
     4381 ttagaaatgg tgcttgataa tattgttagc aatgcctgta cccatggttt tgctggcagt
     4441 gagggtacca acaataaaat ccgcatggat attaagtctg atggtacaag ttatgtgctt
     4501 actgttgcca acaatggtgc tccgcttaaa aaggatttta cccaggaaga tgtatttatc
     4561 tatgggcaaa cctctggaaa caccaatgaa cactttggta ttggtggcta cgagataaaa
     4621 aaacttatga aagagtttga cggtgatgtg gaaatagttt cctctccaga agcagagtac
     4681 acagttgcat atagactcgt ttttcgcaaa actagcatac ttttaaatac ttgatcatgg
     4741 tgggaaaaat caactataaa gttttatggg tcgaagatga tgaaagcaac attaaatcct
     4801 attctccttt agcaggagaa cgtcgcgtct ctttagacgt cgcctctgat tgggaaacgg
     4861 ctgaaaaaaa gctgcgtgtt cacttcaggg agtattcagc aatcatatta gatgcctact
     4921 gtaagctgaa gagaacagac tcgaaaccaa gtgaattctt tctggggcaa gcatccgtac
     4981 gcctttctag aatatttgga gagaaacacg agtttattcc gtggtatgtt ctttctgcag
     5041 gtacaatgaa tcagtttgat actgttttga aacttattaa cactgaggag cgtaaaaata
     5101 tggagtttgt ttgggggaag ctcctgtata aaaaggagga tcaaagcgat atagaggctc
     5161 tccttgagaa gatagtagaa gtatcaaacg ataagacaat aaacaaagta ctccttcgcc
     5221 acgccgacgt gttcaaatac cttggagagg ggaatatcat agctgatata caagctcgca
     5281 actatatact taaaatgcta agcaccttgt ataatccaga ggaaaacctc aattttgaat
     5341 atgaaggtaa ccctttgaga aaggttctag agcatgtttt ccgaacggca aatgattatg
     5401 gtttattgcc agatgagtgt ataaacactc aaggacatat agttctttta gatgctagtc
     5461 gttttatggg aggactaaac ataaattgct atcaagggaa aaatgttacc catcaaatta
     5521 gatatggaac agcaggagat gggaagaatg gagaaaatgg agattctatt ttttcacaag
     5581 atattgctaa ttacgtgcga aatatattaa gattctcaag ctctgattcg cacaccaata
     5641 aagacaaaaa attcagaatt aaagatgatt ttaaagaatt gtttttcagc tttgtgcttc
     5701 agctttcgca tataatcaag tggtttggtg ggtacataga aaaacatcca gacagagaag
     5761 tcaacaaatt gaaaatacaa cggattggat agtgtttacc tacttaaggc taaatatgtt
     5821 cttgcagggg aaataacaga ctgtgaaaca tgcgtatgtt gtatctcata gtattataag
     5881 agatcaaact cgaaaaaagt gccttcattg tggatcaaaa gaggtgatac gtaaaggcac
     5941 acgaaatgaa gcaccttatt ggtgctgcca tagctgcaga cactacttcg gtggtcgtta
     6001 gcgtatggat tcttcagcag tttaccgggt actatgttca aggtgcctac accattgcgc
     6061 agatcgcaga gcgattggga atatcttact ctacagtata gcgttggata aaaaatcccc
     6121 ctctcagttc tacctttata acacatagaa ctgtggcgct tcaaatgggt accacatact
     6181 gggtagaagc tttactttga tatagccacc catcgtgtcc ttcaaaaaac agttcgctgg
     6241 tttcttagcg caatggtaag agcaatggaa ggctagtccg attagcatat gaaaggcgta
     6301 cccgacgaca attgacgcga tgagcgagat tcgggcgcta ctttgtcaga atgctagctg
     6361 ttgatggcgc ggacggcctg attgtacagc acgccgatct tgtggatttg cactgtcagt
     6421 tcggagcgtt tgcacggtag taatcgatgg ccgatttatc caccgtgatc accttaaaag
     6481 gctccccagc aagcgtgcac gtacaaagtc tgacttcgtt ttcgcgccag attttcggaa
     6541 gagatcgatg gcttttcgtt ggtcttcggg gggggcaggt aggtggacgt gtcaattgtc
     6601 ccaatgcggg ttgttgtctt tcatttcgat tcggattttt aggtggcgac tttggagccg
     6661 aactaccgcg gaggctgctc cgggggcaag gcgttttgta gcacaaaacg gtttttgtgg
     6721 cacaaaaaca caccttgccg ggccccagaa taggaggtgc ccgtacct
//
LOCUS       SEQF2637|AYYD01001136.1 4530 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4530
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             219..1136
                     /locus_tag="SEQF2637_01608"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MXEYIEINKIGLPQLDNGRHYEYHNFVYGLLSAADATKIGVPAA
                     KITEYKGCLDVEGELNLETQANSNTQRMLKKDAERDRLLSFLFXTIRAYQFSPEAAEA
                     EAADELEIVVRPYYRIQKAGLDKESAAIDGLLIDLRKAKNTPHLTTLRXAAVLPKLET
                     ANXEFRKVYAERTSARADDKELPAAKDARAKTDAVFXRIAFILQAAYYSGTAPIERAL
                     IGSIVKQMNQRMEETYEKYRYSXAQKRAAXKKKPXEPKDPKPPKDPKDPKQPKDPQPA
                     PDPKPQPDPKPQPKPGGDDGGPDIHLPEE"
     CDS             1185..1685
                     /gene="sigR_1"
                     /locus_tag="SEQF2637_01609"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7AKG9"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigR"
                     /translation="MDTSYFRNKLLGLQDYMMNFALTLTADREDAMDLTQETSLRVLD
                     NLEKYTDNRNFKGWVLTVMRNIFINNYRRVLRSQTVVEQDIDLYHLEATTESSIETPE
                     SACRLQEITKAIGELNDELRVPFTMYVSGYRYNEIADALGIPLGTVKSRIFFARQSLK
                     TKIEEN"
     CDS             1828..1992
                     /locus_tag="SEQF2637_01610"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKKQKKIKASGTPAKLAWYFKTLGTPAKLAWYFRTSGMLAKL
                     TTAQFLLPSP"
     CDS             complement(1961..3721)
                     /gene="topB_1"
                     /locus_tag="SEQF2637_01611"
                     /EC_number="5.99.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14294"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA topoisomerase 3"
                     /translation="MRLCIAEKPSVALEIARVLGANTRRDGYYEGNNYVVSWTYGHLC
                     TLKDPGDYTPAWKRWDMRCLPMIPPRFGIKLIEEEHCMRQFRVLEALIAKADEVINCG
                     DAGQEGELIQRWVMQKARCQCPVKRLWISSLTEEAIREGFHRLRDASAYQRLYEAGLA
                     RAIGDWLLGMNVTRLYSLRFGGPGRVLSIGRVQTPTLALIVRRQREIEAFRPEPYWEL
                     KTVYRDVTFTASRGRFAKKEEGEALLRAIEGQPFTVTDIAKKKGREAPPKLFDLTSLQ
                     VECNRRFSLSAEETLRLIQTLYEKKVTTYPRVDTTYLSEDLHPKVSGILKGMTDYAAL
                     TAPLTAAPIAKNKRVFDNKKVTDHHAIIPTGTAAPAGLSADERRVYDLVARRFIAAFY
                     PDCEVSTTTVTGASAEVDFKATGRQILKPGWRTVFEREGSKKEEKAEEEEAEAVLPAF
                     QKGESGPHQPSLVEKQTTPPKPYTEATLLRAMETAGRFVDDEALREAMKENGIGRPST
                     RANIIKTLLKRDYIRRERKHLVATPTGVSLIDTIHEELLKSPELTGQWERKLRGIEQG
                     SYEASAFLTELKEMVARIVR"
     CDS             complement(4159..4488)
                     /gene="cdd_1"
                     /locus_tag="SEQF2637_01612"
                     /EC_number="3.5.4.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19079"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytidine deaminase"
                     /translation="MELADGRLVPGSNQENAAYPSGLCAERTALFTAGAQYPDVAVRA
                     LYVVAMKDGVVQDKISPCGGCRQVISEVEHRYGQSIRIYLCGRTEYCCVESAEALLPL
                     SFGSKDL"
ORIGIN      
        1 ccgattttgg tcaaaccagg tggtttgggg tgaaaccgag ctccgatttt ggtcaaacca
       61 ggtggtttgg ngtgaaaccg agccccgatt ttggtcaaac cagntggttt gaagtaaaac
      121 gcacccgcgg ttggagtcna accatntggt ttgatcaaac cctaagatga ttttatgtat
      181 agaacaagga gtaaccacct ttctaaaaca aagagtatat gancgaatac attgagatta
      241 acaagatcgg gctgcctcag ctcgataacg gacggcatta cgagtatcac aactttgtgt
      301 atggcctcct cagcgcggcc gacgctacga aaatcggtgt ccccgctgcg aaaatcactg
      361 agtacaaggg ttgccttgat gtcgaaggcg aactcaacct tgagacgcaa gccaactcga
      421 acacacagcg catgctgaag aaagatgccg agcgcgaccg cctgctctcg ttcctcttca
      481 anaccattcg cgcttaccaa ttctcgcccg aagcggccga ggccgaggct gccgatgagt
      541 tggagatcgt cgtaagacct tattaccgta ttcaaaaggc gggactcgat aaggagtcag
      601 ccgccattga tggcctattg atcgacctcc gaaaggcgaa aaacacgcct cacctcacca
      661 cgttgcgant ggccgccgtg ctgccaaagc tggaaacggc caacgnggag tttcgcaaag
      721 tctacgccga acgcacctct gcacgggcgg acgacaagga gctgcccgcc gccaaggatg
      781 cacgcgccaa gacggatgcc gtctttganc gcatcgcntt catcctgcaa gcggcttact
      841 actcnggcac tgcgcccatc gagcgcgccc tgatcgggtc tatcgtcaag cagatgaacc
      901 aacgcatgga ggagacttac gagaagtatc gttacagtnt ggcncaaaag cgtgctgcgn
      961 acaagaagaa gcccaangag ccgaaagatc ccaagccacc caaagatccg aaggatccga
     1021 aacagccnaa ggatccncaa cccgcacccg atcccaagcc tcaacccgac cccaaacctc
     1081 agccnaaacc gggcggagac gacggcggcc ccgacattca tctaccggag gaatgatcga
     1141 ttttctatgt ttgcgcccgc aacgagtaat acaacgattt caagatggat acctcttatt
     1201 tccggaataa gttattgggc ctgcaggact acatgatgaa ctttgcgctc accctcacgg
     1261 ccgatcgcga agatgcgatg gatctgacgc aggagacgtc gctccgtgtc ttggacaatc
     1321 tggagaagta cacggacaac cgcaacttca agggttgggt gctgaccgtg atgcggaaca
     1381 tcttcatcaa taactaccgc cgtgtgctgc gctcgcagac ggtcgtggag caggacatcg
     1441 acctctacca cctcgaggct actaccgaat cgagcatcga gacgcccgag agtgcctgtc
     1501 gactgcagga gatcacgaag gctatcggcg agctgaacga tgagctgcgt gtgcccttca
     1561 ctatgtatgt cagtggctat cgctacaacg agatcgccga tgcgctgggc atccccttgg
     1621 ggacggtcaa gagtcgcatc ttctttgccc gtcagtcgct caagacgaag atcgaagaga
     1681 actgaatcag taataacgaa aagtgggaac agtcctgccg gacagtggga gagggggaat
     1741 cagatccttt ttttctcgcg tccggcagga cttttttgtg tggagtctca ttgtctcact
     1801 gtctcattac cttcttttct tcccttgatg gaagaaaaga agcaaaagaa gatcaaggcg
     1861 tcagggacgc cagccaagtt ggcctggtac ttcaagacct tagggacgcc tgccaagttg
     1921 gcttggtact tcaggacctc agggatgctg gccaagttga ctaccgcaca attcttgcta
     1981 ccatctcctt gagctccgtg aggaaggccg aggcttcgta gctgccttgc tcgatgccgc
     2041 ggagcttacg ctcccattgg cccgtcagct cggggctctt cagcagttcc tcgtggatgg
     2101 tgtcgatcag gctgacaccc gtcggggtgg ccaccaaatg cttccgctca cgacggatat
     2161 aatcgcgctt gagcagtgtc ttgatgatgt tcgcacgcgt ggaaggtcgg ccgatgccat
     2221 tctccttcat tgcttcacgg agtgcctcgt cgtccacgaa acggccagcc gtttccatgg
     2281 cccggagcag cgtggcttcg gtatagggct tcggcggggt ggtctgtttc tctacgagcg
     2341 acggctgatg cgggccactc tcaccctttt ggaacgccgg aagcacagcc tccgcctctt
     2401 cctcctccgc cttctcttcc ttcttgctgc cctcccgctc gaagacggtg cgccatcctg
     2461 gcttcaagat ctgccgaccg gtggccttga aatcgacctc ggcagaggcg cccgtgacgg
     2521 tcgttgttga gacttcacag tcgggataaa aagcggcaat gaaacgtcgc gccacaaggt
     2581 cgtacacccg tcgctcatcg gccgaaagcc ctgccggtgc ggccgtaccg gtgggaatga
     2641 tggcatggtg atccgtcacc ttcttgttgt cgaacacccg cttattcttc gcgatcggtg
     2701 cagcggtgag tggtgcggtc agggcggcgt aatccgtcat ccccttcagg attccggaca
     2761 ccttcgggtg aaggtcttcg ctgaggtacg tcgtgtctac gcgcgggtag gtggtcacct
     2821 tcttctcata taaagtctgg atcaggcgca gtgtctcctc ggccgagagc gagaagcggc
     2881 ggttgcactc gacttgcagg gaggtcaggt cgaagagctt cgggggcgcc tcacggccct
     2941 tctttttggc gatgtcggtc acggtgaagg gttgcccctc gatggcacgc agcagcgcct
     3001 cgccctcctc cttctttgcg aaccgtccgc gggaggccgt gaaggtgacg tcgcgataga
     3061 cggtcttcag ctcccaatat ggctctggcc ggaaagcctc gatctcgcgc tgccgacgga
     3121 cgatcagtgc cagcgtgggc gtctgcacgc gtccgatgga gagcacgcgt ccggggccac
     3181 cgaagcgcag gctgtagagc cgtgtgacgt tcatgcccag gagccaatcg ccgatggcgc
     3241 gcgccaaccc cgcctcgtag agtcgttggt aggccgaggc gtccctcagt cggtggaagc
     3301 cctcacggat cgcctcctcc gtcagcgacg agatccagag ccgtttcacg gggcactggc
     3361 aacgcgcctt ctgcattacc cagcgctgaa tcagttcccc ctcctgaccc gcgtcgccgc
     3421 agttgatcac ctcgtctgcc ttcgcaatca gtgcctccag cacgcgaaac tgccgcatgc
     3481 aatgctcctc ctcgatcagc ttgataccga atcgtggtgg gatcatcggt aggcagcgca
     3541 tatcccagcg tttccacgcc ggcgtgtagt cgcccggatc cttcagcgtg cagaggtggc
     3601 cgtaggtcca tgagaccacg tagttgttgc cctcataata cccatctcgc cgcgtgttcg
     3661 cccccagcac acgcgcaatc tccagagcca cgctcggctt ctccgcaatg caaagtctca
     3721 ttctctgtgt tatgatacgt gttaggcgcg caaaggtgca tcgatcagtc ggcctcaccg
     3781 agccagcctc accgagacaa ggaaattggt ctggtatccg gccaacttcc ccggcctcgg
     3841 tgaggccttg atcttctttt gctgcttttc ttccatcaag ggaagaaaag taggtagaga
     3901 aacgccccgt aattcccgat ttaggtgtgt tgttaaaaag aaacgcggcg taattcagga
     3961 ttacgggtct atttccaaga agaaacaccg cagaattcca gattacgggc ctatcgcatt
     4021 caagcgacaa gccctttttg caccaggcag catacattcc caagcgagag acacagaaaa
     4081 aaggctcccc atcagccatg cacgaccgat aagaagcctc tgctctatcc tctaccctct
     4141 accctctacg ccctctactc acagatcctt acttccgaac gacagcggaa gcagcgcctc
     4201 ggccgactcc acgcagcaat actccgtccg tccgcagagg tagatacgga tggattgccc
     4261 gtagcgatgc tccacctccg agatcacctg ccgacagccg ccgcacgggc tgatcttgtc
     4321 ctgcaccacg ccatccttca tggccaccac atacagcgcc cgcaccgcta cgtccggata
     4381 ctgcgccccg gccgtgaata gggccgtccg ttctgcacac aatcccgagg gataggccgc
     4441 attctcttga ttactgcccg gcaccagtcg tccgtcagcc agctccacgg ccgccccgac
     4501 gtgaaatccc gagtacggag cgtacgcccg
//
LOCUS       SEQF2637|AYYD01001137.1 4553 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4553
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             219..1136
                     /locus_tag="SEQF2637_01613"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MXEYIEINKIGLPQLDNGRHYEYHNFVYGLLSAADATKIGVPAA
                     KITEYKGCLDVEGELNLETQANSNTQRMLKKDAERDRLLSFLFXTIRAYQFSPEAAEA
                     EAADELEIVVRPYYRIQKAGLDKESAAIDGLLIDLRKAKNTPHLTTLRXAAVLPKLET
                     ANXEFRKVYAERTSARADDKELPAAKDARAKTDAVFXRIAFILQAAYYSGTAPIERAL
                     IGSIVKQMNQRMEETYEKYRYSXAQKRAAXKKKPXEPKDPKPPKDPKDPKQPKDPQPA
                     PDPKPQPDPKPQPKPGGDDGGPDIHLPEE"
     CDS             1185..1685
                     /gene="sigR_2"
                     /locus_tag="SEQF2637_01614"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7AKG9"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigR"
                     /translation="MDTSYFRNKLLGLQDYMMNFALTLTADREDAMDLTQETSLRVLD
                     NLEKYTDNRNFKGWVLTVMRNIFINNYRRVLRSQTVVEQDIDLYHLEATTESSIETPE
                     SACRLQEITKAIGELNDELRVPFTMYVSGYRYNEIADALGIPLGTVKSRIFFARQSLK
                     TKIEEN"
     CDS             1828..1992
                     /locus_tag="SEQF2637_01615"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEKKQKKIKASGTPAKLAWYFKTLGTPAKLAWYFRTSGMLAKL
                     TTAQFLLPSP"
     CDS             complement(1961..3721)
                     /gene="topB_2"
                     /locus_tag="SEQF2637_01616"
                     /EC_number="5.99.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14294"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA topoisomerase 3"
                     /translation="MRLCIAEKPSVALEIARVLGANTRRDGYYEGNNYVVSWTYGHLC
                     TLKDPGDYTPAWKRWDMRCLPMIPPRFGIKLIEEEHCMRQFRVLEALIAKADEVINCG
                     DAGQEGELIQRWVMQKARCQCPVKRLWISSLTEEAIREGFHRLRDASAYQRLYEAGLA
                     RAIGDWLLGMNVTRLYSLRFGGPGRVLSIGRVQTPTLALIVRRQREIEAFRPEPYWEL
                     KTVYRDVTFTASRGRFAKKEEGEALLRAIEGQPFTVTDIAKKKGREAPPKLFDLTSLQ
                     VECNRRFSLSAEETLRLIQTLYEKKVTTYPRVDTTYLSEDLHPKVSGILKGMTDYAAL
                     TAPLTAAPIAKNKRVFDNKKVTDHHAIIPTGTAAPAGLSADERRVYDLVARRFIAAFY
                     PDCEVSTTTVTGASAEVDFKATGRQILKPGWRTVFEREGSKKEEKAEEEEAEAVLPAF
                     QKGESGPHQPSLVEKQTTPPKPYTEATLLRAMETAGRFVDDEALREAMKENGIGRPST
                     RANIIKTLLKRDYIRRERKHLVATPTGVSLIDTIHEELLKSPELTGQWERKLRGIEQG
                     SYEASAFLTELKEMVARIVR"
     CDS             complement(4182..4511)
                     /gene="cdd_2"
                     /locus_tag="SEQF2637_01617"
                     /EC_number="3.5.4.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19079"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytidine deaminase"
                     /translation="MELADGRLVPGSNQENAAYPSGLCAERTALFTAGAQYPDVAVRA
                     LYVVAMKDGVVQDKISPCGGCRQVISEVEHRYGQSIRIYLCGRTEYCCVESAEALLPL
                     SFGSKDL"
ORIGIN      
        1 ccgattttgg tcaaaccagg tggtttgggg tgaaaccgag ctccgatttt ggtcaaacca
       61 ggtggtttgg ngtgaaaccg agccccgatt ttggtcaaac cagntggttt gaagtaaaac
      121 gcacccgcgg ttggagtcna accatntggt ttgatcaaac cctaagatga ttttatgtat
      181 agaacaagga gtaaccacct ttctaaaaca aagagtatat gancgaatac attgagatta
      241 acaagatcgg gctgcctcag ctcgataacg gacggcatta cgagtatcac aactttgtgt
      301 atggcctcct cagcgcggcc gacgctacga aaatcggtgt ccccgctgcg aaaatcactg
      361 agtacaaggg ttgccttgat gtcgaaggcg aactcaacct tgagacgcaa gccaactcga
      421 acacacagcg catgctgaag aaagatgccg agcgcgaccg cctgctctcg ttcctcttca
      481 anaccattcg cgcttaccaa ttctcgcccg aagcggccga ggccgaggct gccgatgagt
      541 tggagatcgt cgtaagacct tattaccgta ttcaaaaggc gggactcgat aaggagtcag
      601 ccgccattga tggcctattg atcgacctcc gaaaggcgaa aaacacgcct cacctcacca
      661 cgttgcgant ggccgccgtg ctgccaaagc tggaaacggc caacgnggag tttcgcaaag
      721 tctacgccga acgcacctct gcacgggcgg acgacaagga gctgcccgcc gccaaggatg
      781 cacgcgccaa gacggatgcc gtctttganc gcatcgcntt catcctgcaa gcggcttact
      841 actcnggcac tgcgcccatc gagcgcgccc tgatcgggtc tatcgtcaag cagatgaacc
      901 aacgcatgga ggagacttac gagaagtatc gttacagtnt ggcncaaaag cgtgctgcgn
      961 acaagaagaa gcccaangag ccgaaagatc ccaagccacc caaagatccg aaggatccga
     1021 aacagccnaa ggatccncaa cccgcacccg atcccaagcc tcaacccgac cccaaacctc
     1081 agccnaaacc gggcggagac gacggcggcc ccgacattca tctaccggag gaatgatcga
     1141 ttttctatgt ttgcgcccgc aacgagtaat acaacgattt caagatggat acctcttatt
     1201 tccggaataa gttattgggc ctgcaggact acatgatgaa ctttgcgctc accctcacgg
     1261 ccgatcgcga agatgcgatg gatctgacgc aggagacgtc gctccgtgtc ttggacaatc
     1321 tggagaagta cacggacaac cgcaacttca agggttgggt gctgaccgtg atgcggaaca
     1381 tcttcatcaa taactaccgc cgtgtgctgc gctcgcagac ggtcgtggag caggacatcg
     1441 acctctacca cctcgaggct actaccgaat cgagcatcga gacgcccgag agtgcctgtc
     1501 gactgcagga gatcacgaag gctatcggcg agctgaacga tgagctgcgt gtgcccttca
     1561 ctatgtatgt cagtggctat cgctacaacg agatcgccga tgcgctgggc atccccttgg
     1621 ggacggtcaa gagtcgcatc ttctttgccc gtcagtcgct caagacgaag atcgaagaga
     1681 actgaatcag taataacgaa aagtgggaac agtcctgccg gacagtggga gagggggaat
     1741 cagatccttt ttttctcgcg tccggcagga cttttttgtg tggagtctca ttgtctcact
     1801 gtctcattac cttcttttct tcccttgatg gaagaaaaga agcaaaagaa gatcaaggcg
     1861 tcagggacgc cagccaagtt ggcctggtac ttcaagacct tagggacgcc tgccaagttg
     1921 gcttggtact tcaggacctc agggatgctg gccaagttga ctaccgcaca attcttgcta
     1981 ccatctcctt gagctccgtg aggaaggccg aggcttcgta gctgccttgc tcgatgccgc
     2041 ggagcttacg ctcccattgg cccgtcagct cggggctctt cagcagttcc tcgtggatgg
     2101 tgtcgatcag gctgacaccc gtcggggtgg ccaccaaatg cttccgctca cgacggatat
     2161 aatcgcgctt gagcagtgtc ttgatgatgt tcgcacgcgt ggaaggtcgg ccgatgccat
     2221 tctccttcat tgcttcacgg agtgcctcgt cgtccacgaa acggccagcc gtttccatgg
     2281 cccggagcag cgtggcttcg gtatagggct tcggcggggt ggtctgtttc tctacgagcg
     2341 acggctgatg cgggccactc tcaccctttt ggaacgccgg aagcacagcc tccgcctctt
     2401 cctcctccgc cttctcttcc ttcttgctgc cctcccgctc gaagacggtg cgccatcctg
     2461 gcttcaagat ctgccgaccg gtggccttga aatcgacctc ggcagaggcg cccgtgacgg
     2521 tcgttgttga gacttcacag tcgggataaa aagcggcaat gaaacgtcgc gccacaaggt
     2581 cgtacacccg tcgctcatcg gccgaaagcc ctgccggtgc ggccgtaccg gtgggaatga
     2641 tggcatggtg atccgtcacc ttcttgttgt cgaacacccg cttattcttc gcgatcggtg
     2701 cagcggtgag tggtgcggtc agggcggcgt aatccgtcat ccccttcagg attccggaca
     2761 ccttcgggtg aaggtcttcg ctgaggtacg tcgtgtctac gcgcgggtag gtggtcacct
     2821 tcttctcata taaagtctgg atcaggcgca gtgtctcctc ggccgagagc gagaagcggc
     2881 ggttgcactc gacttgcagg gaggtcaggt cgaagagctt cgggggcgcc tcacggccct
     2941 tctttttggc gatgtcggtc acggtgaagg gttgcccctc gatggcacgc agcagcgcct
     3001 cgccctcctc cttctttgcg aaccgtccgc gggaggccgt gaaggtgacg tcgcgataga
     3061 cggtcttcag ctcccaatat ggctctggcc ggaaagcctc gatctcgcgc tgccgacgga
     3121 cgatcagtgc cagcgtgggc gtctgcacgc gtccgatgga gagcacgcgt ccggggccac
     3181 cgaagcgcag gctgtagagc cgtgtgacgt tcatgcccag gagccaatcg ccgatggcgc
     3241 gcgccaaccc cgcctcgtag agtcgttggt aggccgaggc gtccctcagt cggtggaagc
     3301 cctcacggat cgcctcctcc gtcagcgacg agatccagag ccgtttcacg gggcactggc
     3361 aacgcgcctt ctgcattacc cagcgctgaa tcagttcccc ctcctgaccc gcgtcgccgc
     3421 agttgatcac ctcgtctgcc ttcgcaatca gtgcctccag cacgcgaaac tgccgcatgc
     3481 aatgctcctc ctcgatcagc ttgataccga atcgtggtgg gatcatcggt aggcagcgca
     3541 tatcccagcg tttccacgcc ggcgtgtagt cgcccggatc cttcagcgtg cagaggtggc
     3601 cgtaggtcca tgagaccacg tagttgttgc cctcataata cccatctcgc cgcgtgttcg
     3661 cccccagcac acgcgcaatc tccagagcca cgctcggctt ctccgcaatg caaagtctca
     3721 ttctctgtgt tatgatacgt gttaggcgcg caaaggtgca tcgatcagtc ggcctcaccg
     3781 agccagcctc accgagacaa ggaaattggt ctggtatccg gccaacttcc ccggcctcgg
     3841 tgaggccttg atcttctttt gctgcttttc ttccatcaag ggaagaaaag taggtagaga
     3901 aacgccccgt aattcccgat ttaggtgtgt tgttaaaaag aaacgcggcg taattcagga
     3961 ttacgggtct atttccaaga agaaacaccg cagaattcca gattacgggc ctatcgcatc
     4021 caagcgacaa gcccattttg caccgggcag catacattcc caagcgagag acacagaaaa
     4081 aaggctcccc atcagccata cacggccgac aagaagcctc tgtctctacc ctctaccctc
     4141 tactctctac cctctaccct ctaccctcta ccctctaccc tctacaaatc cttactcccg
     4201 aacgacagcg gaagcagcgc ctcggccgac tccacgcagc aatactccgt ccgtccgcag
     4261 aggtagatac ggatggattg cccgtagcga tgctctacct ccgagatcac ctgccgacag
     4321 ccgccgcacg ggctgatctt gtcctgcacc acaccatcct tcatggccac cacatagaga
     4381 gcccgaaccg ccacgtccgg atactgcgcc ccggccgtga acagggccgt ccgttcggca
     4441 cacaatcccg agggataggc cgcattctcc tgattactgc ccggcaccag tcgtccgtca
     4501 gccagctcca cggccgcccc gacgtgaaat cccgagtacg gagcgtacgc ccg
//
LOCUS       SEQF2637|AYYD01001138.140470 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..40470
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(1147..2073)
                     /gene="cysK_1"
                     /locus_tag="SEQF2637_01618"
                     /EC_number="2.5.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5XAQ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine synthase"
                     /translation="MKADNILGLIGGTPHVRLGRLFPDHEVWMKLERQNPAGSIKDRI
                     ALAMIEDAEQQGLIRPGATLIEATSGNTGVGLAFVAAVKGYRLIIVMPESMSVERRRL
                     MQSYGARLELTPREKGMKGAIERAKALLAEIDGSWMPRQFVNPSNPEVHARTTAREIM
                     DDFPEGFDYFVTGIGTGGHISGVGRELKRAFPSVQIVGVEPADSSVLTGGCAGAHPIQ
                     GIGPGFVPETLDRNVIDRVTAITGPDAFRFARRLAREEGILCGISTGASLAAVERVLA
                     GSGVPKRVLTFGLDTGERYLSVEGLFTNKVRH"
     CDS             complement(2076..2897)
                     /gene="cysE_1"
                     /locus_tag="SEQF2637_01619"
                     /EC_number="2.3.1.30"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06750"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine acetyltransferase"
                     /translation="MLRKIFELIDDFAPQPIRIPLDKSELETIARSLFTWMFPVCDEL
                     KMINVRSGLMDAAIKLHANIARLIGNPEAEEKTEAFFSRLSGVRERLYKDAACYLRND
                     PAAKSLEEVIISYPGFFALSIHRIAHELYTLGVPLIPRIFSEYAHSKVGIDIHPGATI
                     GKNLFMDHGTGIVIGETTEIGNNVKIYQGVTLGAIYLEKKLSEVKRHPTVEDNVVIYS
                     GATILGGSTVIGHDSTIGGGAWLTHSVIPYSLVYNKVDVKVKTVKGFEEPINYSI"
     CDS             complement(3072..4070)
                     /gene="mdh"
                     /locus_tag="SEQF2637_01620"
                     /EC_number="1.1.1.37"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B3QPY9"
                     /codon_start=1
                     /transl_table=11
                     /product="Malate dehydrogenase"
                     /translation="MEFLTNEKLTIVGAGGMIGSNMAQTAAMMRLTPNICLQDVYEPA
                     LQGVYEEMRHCGFEGMNFTYTTNSAEALKDAKYVISSGGAARKAGMTREDLLKGNAQV
                     AEQLGKDIKAYCPDCKHVVIIFNPADITGLITLIYSGLKPSQVTTLAALDSTRLQSEL
                     AKYFKLPQSAVTGCSTFGGHGEQMAVFASTAKVDGTPLTDLIGTPKLPAEEWAALQQR
                     VIKGGANIINLRGRSSFQSPAYVSVEMIRAAMGGETFRWPAGTYVSTDEFHHIMMAMP
                     VEITKDGCAYRKVEGTPSEMADLAKSYEHLCAMRDEVIGLGVLPPVAEWSKVNPNL"
     CDS             4728..6059
                     /gene="zraS_2"
                     /locus_tag="SEQF2637_01621"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37461"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor protein ZraS"
                     /translation="MHRHLSDSFTFRLCLLMAVTATAAVLMANRQWLAGTLCATVSLI
                     AAVHTAALYRRNLRKIAFMFDAVDNDDLTFHFSTRRQSPDETLLNESLNRMLGILLQA
                     KADTIERERYYETILRAAGTGIVVVDEKGFVLQCNEEALRLLGLPLFTHVRQLERIDH
                     SLAEGFANLRAGEHYDMAFSNERGGVRLSVHVSKTVLRGRSALLAAINDIRGEMEDTE
                     VETWVRLTRILTHEIMNAVTPIASVSDTLRERFGPTDSELRAGLETISETGKGLMSFV
                     ESYRRLTRIPAPQPTLFYVRRFLDRTLRLALPDVVGTTDGSPHITVDIDIRPDDLILY
                     ADENLISQVVLNLLRNAVQAIGADRSDGRIRIVAACRADDSVEIEVSDNGAPIPPDVA
                     EHIFTPFFTTKSGGSGIGLSVARQIMRLSGGAISLKRPSSDGLTTFLLRFP"
     CDS             6107..6628
                     /gene="ogt"
                     /locus_tag="SEQF2637_01622"
                     /EC_number="2.1.1.63"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11742"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylated-DNA--protein-cysteine
                     methyltransferase, constitutive"
                     /translation="MIYYLVHPMPLRPLLIVDSGRGISQIDFVTDDPLPLPPDATERV
                     TPLLQRAVTQLTEYFAGCRRVFDLPLDERGTPFQLRVWAALRRIPYGVTWSYKQLAAE
                     VGSPRGFRAVGMANHCNPISIVTPCHRVIGANGALVGYAGGIDIKRALLDLEMRFSGR
                     LSQSLFADDLEKS"
     CDS             6719..7312
                     /locus_tag="SEQF2637_01623"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISYRDNFQVKHNDLKPEKGKILISEPFLQDAYFQRSVVLLIEH
                     GGEGSMGFVVNKQTDLIVNDFFPELKGRPVIPIYLGGPVSPNHLFFIHSLGMAIPGSV
                     EIGEDLYFDGDFEVLKHHLKSDNSAYGQVKFFLGYSGWTKEQLDSEIVCNSWLVGHSS
                     CRSLILARDDSFWNHVVERLGHPYSTWINYPKNPEMN"
     tRNA            complement(7450..7524)
                     /locus_tag="SEQF2637_01624"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(acg)"
     CDS             complement(7770..10082)
                     /locus_tag="SEQF2637_01625"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIY9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative NTE family protein"
                     /translation="MKKLMQAALLMLAALTPVHSAAQEQTVGLVLSGGGAKGAAHLGV
                     IKALEENEIPIDYIAGTSIGAIVGSLYAIGYTPDEMLRLFLSDEFGYWQSGRVEDEYV
                     YYFKQPDPSPDFMRFAVDLSDSLQIIPNLLPQSLINPIQMNQAFMALYAPSTAKSGWD
                     FDHLFVPFRCVSSDIYHKKAVVWRNGDLSQAVRASMTFPFFFKPIWKDGVPLFDGGIY
                     NNFPVDVIKAEFNPDFIFGSSVAGTPNPSADLMKQIEPMVMRGTEYDISEDDGMMIQF
                     QFPDVNLLDFPRAKELMDEGYRRTLGMIDSIRQRVTRRVPLSEVNARRRAYRASLPKL
                     MFKNIYVTGVTGAQRRYVEEQLHRDINGEFSMEEFKRAYFKMLSNSKIKEIIPQAVYN
                     RKNLNFDLYLDVRINEEVEVSIGGNISSHQANQLYLGLNYQILSGNAIDLHADFQMGN
                     LFSGIAVSGRAYLPTALPTYLQLQTVYSYRKYMQGQSLFYEDLLPAFIKQRERYVKLK
                     FGLPFLSVAKAELGVGYGQLSDNYYQRSDVSFSDSPFDNSRHDLFASSLRIERNSLNA
                     KQYPTGGRRQYLLAQYVAGRETYSPSDAPHTREPYQSWLQVKGLWTDYIPLSRRFRLG
                     LMGEAMLSSKNLLSNYTATVLQAPAFTPTPHSKITFNEGFRANQYVAIGVMPIVTLGK
                     SLHLRFEGYGFLPLHPIQRTLASDAFTGERVRYGKTVETFRYMGEAALVLNLPFISVS
                     LFANGYSYPKNDFNVGLNIGFLLFNPSFVE"
     CDS             complement(10639..10911)
                     /gene="hupA"
                     /locus_tag="SEQF2637_01626"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08821"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU 1"
                     /translation="MNKTEFIDAVSAKAGLSKADGKKAVDAMVETILSEMEKGEKISI
                     LGFGSFTVVEKSARKGVNPRTKEVIEIPARKVIKFKPGAELVSSVS"
     CDS             11167..11874
                     /gene="aarA"
                     /locus_tag="SEQF2637_01627"
                     /EC_number="3.4.21.105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46116"
                     /codon_start=1
                     /transl_table=11
                     /product="Rhomboid protease AarA"
                     /translation="MMQNRFSNTMQMPPVTQNLILINALCWLASLVLPRFGIDLIELG
                     GLHFPGTHTFHWFQPLTYMFLHDTRSIGHLFFNMFAVFMFGRVLEMTWGPRRFLFYYL
                     ATGVGAALVQELTWLYTVSSYAAGNGLSIMQQVALDPGVSMLVTIGASGAVFGVLLAF
                     GMLFPNAPLYVMFVPIPIKAKYFVVIYGLIELFMGVANFTNDNVAHFAHLGGMLFGLI
                     LILYWRKKDKDHGRVSY"
     CDS             11855..12766
                     /locus_tag="SEQF2637_01628"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEFLTKLRRSYEAGSLLTKLLYINVGVFVVVRVALIALRLFNL
                     EGTPLLAMFQTPSNIGLLLLRPWTVVTYMFLHVDVFHLLFNMLWLYTFGRIFLLFLDG
                     RRLVGVYLTGGIAGAVLYVAAYAFFPYFRGMGQTSYLMGASASVMAIVFAVSFYRKDY
                     TVNLLFIGQIKLLYLALGVFAIDFFSITSSNAGGHIAHIGGALWGFTFASALQRGRDL
                     TAPINRILDRLANLKKQREPQMKATPGGRAESDEAYRERKRREADTLDEILDKLRRSG
                     YESLSADEKKTLFDASRAQGGGGDRTP"
     CDS             12763..13878
                     /locus_tag="SEQF2637_01629"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRKPSRIGATTLNAIHIPAILLFLASAYGGFVPPERGLAFTYL
                     GLAFPLILLLNIVLLLVRLVRRDRAFTIVVIVMLLICRRSIEYYSPLHFFRPEPPTEH
                     TLKVLTYNVRCFGYKDHTTDNPNEIIRYIAASDADVVCLQEYLEGDAENILTAGKVAR
                     ALSMYPYHYYRPLVYYHHYSTGLAIFSKYPILSSRKVRYDSTFNGSTIHEIDVDGHRV
                     TVVNNHLESFKLTQEDRSRYTDFIRNANASTLSRVEDIFRTKVGQAFRIRAEQARIVA
                     EEVGEMPSGSLIICGDFNDTPLSYTYRTVCGPLGDAYAESGIGPGISYNRSIFRFRID
                     HILHSADMKAYSATVDTRIRLSDHYPVWCILKLESQN"
     CDS             complement(14391..15026)
                     /gene="nth"
                     /locus_tag="SEQF2637_01630"
                     /EC_number="4.2.99.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB83"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease III"
                     /translation="MTKKERYRGVIAWFEEHMPVAETELHYEDPFQLLVAVILSAQCT
                     DKRVNLVTPALFEAYPTAEVMAEATPEAVFEYIRSVSYPNNKAKHLVGAARMLTTDFG
                     GRIPESVEELMKLPGVGRKTANVVTSVVFHQARMAVDTHVFRVANRIGLTTNSRTPLA
                     TEKELIRHIPERLIAKAHHWLILHGRYVCTARKPHCDTCGLVPWCKSAFKV"
     CDS             complement(15023..16042)
                     /gene="pheS"
                     /locus_tag="SEQF2637_01631"
                     /EC_number="6.1.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q4L5E3"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylalanine--tRNA ligase alpha subunit"
                     /translation="MIERIKALLAEVENLQAQNAEELEALRIKYLSKKGEINALMGDF
                     RNVAAESKREVGKYLNELKESAQNKINELKTCFDAANDSADLVDLTRTAYPIALGTRH
                     PLSIVRGEICDIFARLGFSIAEGPEVEDDWHVFSALNFAEDHPARDMQDTFFIQHHPD
                     VLLRTHTSSVQVRVMERQQPPVRIICPGRVYRNEAVSARAHCFFHQVEALYVDRQVSF
                     ADLKQVLLFFARELFGAGTEIRLRPSYFPFTEPSAEMDITCHICGGKGCNICKHTGWV
                     EILGCGMVDPNVLESCGIDSHTHSGFALGMGIERIAMLKYRINDIRLFFENDLRFLRQ
                     FAVAE"
     CDS             complement(16072..16953)
                     /gene="rhaR"
                     /locus_tag="SEQF2637_01632"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01533"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional activator RhaR"
                     /translation="METNNLNIRYFVDDPEASEQEMLLKLFHFEGNESNTLNIEQVPA
                     LMKSGCIALCRRGSFRLKLDGRDIPVKADDLCIVFPGMLVQTVDRSADMDCLVLAGDI
                     GSVRNLPVKSMSELYLLIRETPCVPIRPRERDILMTCFEYIRLSYSRRLFPYRLEVTR
                     QLMMVLGCEVAAIYQKSQRVKGREDTYKERIFHQFIRLVSDNYMSDRRVDFYSKKLHI
                     SSKHLAHLVKSVSQKTAAEWIDDFIVRHIKRMLLTSPQTVQQISTELNFPNPSFFTQY
                     FKRATGKTPKQFRMTAK"
     CDS             17032..19944
                     /gene="ccsA_2"
                     /locus_tag="SEQF2637_01633"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P72978"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome c biogenesis protein CcsA"
                     /translation="MHASAHIRGTNDGCGGPWGVRFRTIRATRQPVISPDSPGDTVAS
                     TTTPHDSPGDTVAGITTPHDSPGDTVASVTTPHDSPGDTVASITTPHDSPGDTVASIT
                     TPHDGPGDTVASTTTPHDSLGRMSAGITTPHDGLGRMSASTTTPHDSLGRMSAGITTP
                     HDGSGRMSADITTPHDGPGRMSADTATPHDSLGRMSAASPTRLCAFSYFRPAFFTPSL
                     TSNHSFMKRAIALTYSLIVATMATATWIEHFRGTEFVARHLYGAWWFTLLWALLAALG
                     VAWIVKRRVRRWSTLLVHAAFVVILLGALLTHLTASRGIVHLRQGATVDTYLAERPDG
                     STEELRLPFRITLDSFRVHYHAGTTAERDYTSHFTVSDGQTVLRGETAMNRIFTFRSV
                     RLYQNAYDPDMAGSYLAVNTDPYGIPVTYTGYGLLFAALVGLLIDPRGTFRRLLSDAR
                     LRRGAFLVLVLLSIGREASADPLIVPRETADRFGRLHLLYSDRIAPVQTFAIDFTKKL
                     YGRASYRGLTAEQVLMGRLFDPRGWDKEPMIRVKDAALRRQLRLPRYASVNHFFSPDR
                     GYILGTYLMEYEQGQRDAFHTACVDMDAKIRLIMSLRDGSALALFPHADVYGAVRWRH
                     PATPLSPGELPRMDALFLRSYLSLLREQIVKADYATANTLIEKLDKYQRLHAGGTLPS
                     PMAERAERLTNAFPFATVLFIVNLTVGLLALLYTIRQLVRRHDAPRTDRLVRRATLGL
                     LLLSFAALTLCEVLRWIVAGRAPVANGYETMLLIAWFTLLFAFVAGRRFPIALPFGAL
                     ISGFFLLVSHLALMDPRITPLMPVLGSPLLSLHVSVIMMAYALLSLTFICALTALLLA
                     AIGRRDPERTAERMDALRLLSLLFLYPALVTLGVGIFVGAIWANVSWGTYWSWDPKET
                     WALITFMVYAVVIHTHTWPAFRRPMAYHVYLLLSFLTLLMTYFGVNYLLGGMHSYA"
     CDS             complement(20085..21725)
                     /gene="pepDA"
                     /locus_tag="SEQF2637_01634"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q48558"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidase A"
                     /translation="MKKYAIALAAALFLAMGGTKAEACTDLIVGKKASVDGSVIISYA
                     ADSHTLYGVMYRWPAATHPKGAMLDVVEWDTGKPLGRIPQVERTYSVVGNMNEHQVAI
                     TESTFGGRHELVDTTGIMDYGSLIYIALQRSRSAREAIKVMTDLVAAHGYYSSGESFT
                     IADKNEAWIMEMIGKGPGRKGAVWVAIRIPDDCIAAHANQARIHHIPFGDKENCMYSP
                     DIVSFAREKGYFKGADKDFSFVNAYCPYEFDGLRACEARVWAFFRKFTDMSKYEQFVR
                     GDASKEPMPLYVRPTRKISVQDVQNAMRDHYEGTSMDMVEEPGSGAYKVPYRWRPMNF
                     TVDGQKYLHERAIATQQTGFVIVPQMRNWLPDEIGGILWFGVDDANTAVFTPVYSSTL
                     AVPECYREGNGDLLTFSWTSAFWIYNWVANMAYHKYSFMIKDIRKVQSELEDGYRDRI
                     PAIDKAAQTLYEKSPEEARRFLTWFSTTTAESATARWKELGEYLLVKYIDGNVKKEEN
                     GHFKRNPYGLPAAPEWPGYDEEYYRSIVKEGGENLKAK"
     CDS             21887..24277
                     /locus_tag="SEQF2637_01635"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METRTHHARSLRREIISALILFVSLFPLLATAQLHDVRLRVLEP
                     DGTPAANLMCALKAPGSADAAAFAFTDSTGATVLRVAATGHYGLSVLSFGKVLHEQEV
                     DVAGAVDLGDITLRTATQQLDEVMVTAERRAVSNREGRLIFDVSSLPLKADYTAVDAL
                     VRTPLVNFSSDGVTIAGLGAEIRINGIRQQRAGGLYAYLSAIPIDRVERIEVHAGRSA
                     DLDASNSGGYVDIILRSLYGVSGFLHGGLSYYGMSYDARRHALFTGSGGAGITYGKER
                     WSAYADVSFGAGRSTGVKSRRETTFLSSGEERTGTNTTYGDRRRGLTVNAGLNVRPSE
                     LHTFGLETSLTYMFPPTNYAEAAQQIVLGSRREQYTRTTETDRTTFAGNLLANYRYAS
                     KDGRHKVNWLANYIHDHKDEEARWDVRYTLPDTLQRQEINTDRSRSEMFYTQLAYTHR
                     LSKEIELMAGGKYARTAMRNDNGYVEGDRLATENRFRYVEQIPAAFAEGSYSRGPLYL
                     SAGLRMEQTDLRSHSGDVRQTYTGLYPSVRASYNFPSGLSVNLSYSRTLFRPPFQLLN
                     HHVFKLSEREYYVGNPLLKAEVNDNIRLRLTSGPHTLYLRWGYSPNPITNMFYSSGDT
                     LYGTNLNAARKYEYAASYSFNSRLRPWWHIAAEVELQHIHLPESQYKQRITQLYASMR
                     HTWTIARAVSVDLNANYGSPWIMNDKWVGDRFKVDLSARYTFPKSGITLSLTGRNLLA
                     RRRTESIIHNAMLHNRNWSETAPLSILANLTWRFSAGRKKVSQERIQDNNMDRYRL"
     CDS             complement(24795..26369)
                     /gene="dtpB"
                     /locus_tag="SEQF2637_01636"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36837"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptide and tripeptide permease B"
                     /translation="MFKDHPKGLIPAALSNMGERFGYYIMNAVLVLFLCSKFGLSDEA
                     SAIIYSVFYCGIYVLSLVGGIIADRTQNYKAVIRSGLIIMATGYIILSIPILSTQGNI
                     GWLLPLTCFALLLIAFGNGLFKGNLQAIVGQMYDNFEAEALAQGPEAYRRVQGKRDSG
                     FQIFYVFINVGGLIAPFVAPLLREWWLNTHGLIYNAALPAACHQYILEGASMVGDPMN
                     NLLGLIGKVGGTVDANSPDSIRAFCESYLDIFNTGIHYSFIASVAAMLISLIIFMVNQ
                     KIFPVPAKKEKQVVEDYTPEERAEMAGEIKRRMYALFAVLGIVIFFWLSFHQNGQSLS
                     LFARDFVQTDNLAPEIWQAVNPFFVITLTPIVMLIFGALSKRGREISTPRKIAIGMGI
                     AGLAFLFLAIFSFMQGYPSGTEFKRLSDSEQMAIKAGPWVLIVLYFFLTVAELFISPL
                     GLSFVSKVAPKHLQGLCQGLWLGATAIGNLFLWIGPLMYNKMPIWQCWTVFLTICLIS
                     MFVMLGMLKWLEKIAK"
     CDS             complement(26409..27482)
                     /locus_tag="SEQF2637_01637"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYSIWTICLLLSMASPAFSQTRVEKKIAMKSNGYGVTYSLPKT
                     SLVVTAEITQVTCKAGPYYKYAEKYLGVKDAVMSDHVYYELSKVYLQNKGVPDEANTY
                     IVEFKPKTTAPFVYLTDDGLLCTINADYIPTESVVAVAKRSAQAAEKEQVPALMTEEL
                     LMAGSVTRQAEVAARQIYKLRETRMDILSGEADNMPPDGEAMKIVLQQLTDQEQALTA
                     LFVGEKHRKTTFHETRIVPDDDLDREVLFRFSEKLGLLDPDDLGGTPIYLSLHAINRA
                     PALDPKEAEKKEKSMKGIIYNVPGKADARIEMGDKQLYRGEVQVVQFGSHEALAPVMF
                     EDRKAPIKVIFYPETGAIKQIIQ"
     CDS             27610..27927
                     /locus_tag="SEQF2637_01638"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTHTTSNEIQIELTDEVAQGTYVNLAVIAHSEDEFVFDFIRLV
                     PGVPKAKVKCRLIMTPDNARRLLHTLDENLRQYDETRQGGGADDANSFGGMLPPIGKP
                     GEA"
     CDS             complement(27779..28309)
                     /locus_tag="SEQF2637_01639"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHETAPTVGNAISCDTKRLRRSEMPFYATRNGFDGRKYHFMRH
                     ETASTVGNVISCDTKRLRRSEMSFHATRNGSDGWKCHFMRHDAAQKTSSGHQKRLKSG
                     SRPFRVTRRGFDGVSASCRTMRRDAFRPRRASRSGGACRRTSSRRQRLRPAAFRRIGA
                     GSRPACGAVGGHCRAS"
     CDS             complement(28441..29697)
                     /gene="envC"
                     /locus_tag="SEQF2637_01640"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37690"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein hydrolase activator EnvC"
                     /translation="MENDQPLKSLGRRLAAATLALALAVGMAGQKQSKKRLKDQRQNV
                     RTEMKKTRRQLDETTRTARLSAERLKELTRQVSEHRQMIDGLNRDLAAIDRRIATANA
                     DLRRLEKRLGERKQQYAHLVCTLYERCTAHNKWIFLLSSDNFARFIRRLRYLHEYASW
                     QKQQALSIVDRQKEIDEKRAALAAVRGEKADLLEVRATELSRLKDAETEQRTGVRRLE
                     ARQTDLTRDLARQQQQAEALDRRIEQLATEEMAAAARAKNAEQTARKNRRKPDAPSRQ
                     DRKLSDDFAANRGRLPFPLDGRYKVVESFGRHRHKRWTYVRTTNNGIDIRTSKGTDAR
                     AVYTGTVTRVFVLPGYNYNVIIRHGRYLTVYGNLGRVYVKAGDRVATRQSIGRIYSDV
                     ENRDETVLHFQLWREKRKLNPLVWLD"
     CDS             complement(29676..30533)
                     /locus_tag="SEQF2637_01641"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRATTNLRALALSSVLLAITLAGCRTTRSAAAKADKAVAEALS
                     EAEYVQQVGRLSTPDYRTLTATMYVELNPDTKDEMSSRARLKIIRGRCLQISITPLVG
                     IELFRLEVSRDSVKIIDRMGRRYAAEPIDEIKKQIPAYAKADFPYDFHYEHLEALLTD
                     RLFTPDGEAFSMDRFQQQRLLLGARRFRAKDTERMTYDFTTDSRARLIATEIIFPFLE
                     LKWNYSRFQTVGGRPFPMYMEAEVEGVNKLWIRFDKVETDVPVEMFFPIPDNYKRITL
                     KQLWRMISL"
     CDS             complement(30514..32271)
                     /gene="bepA_3"
                     /locus_tag="SEQF2637_01642"
                     /EC_number="3.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00997"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-barrel assembly-enhancing protease"
                     /translation="MTMKPIYRLITAVLCAAFVVPVGRADDKQIQAQKQQRKVDYYYF
                     EGLKDKQAGRHDVAYDHFRYCISLDSTAAAPLYELAVYALQLRKPELSLDYLRRAVKY
                     DPTNYTYRLALASLSLNVGMYGEAAELYRELVHEHPAKPELIYYLAEALNQAGQTGEA
                     IDRFNELENTLGVNEALSMQKYKLYMQMEQRDKAYNELQRLADNNPGDVRYPIMIGDL
                     LLENGDTAGALSSYEAAHEIDPTSPYYPVSMANYYEAVGDRAAAENQIRTALVDRELD
                     VETKMGILARYLRQLHQTPDAMMTADTLFRTLLAQHPEEPSLKRYYAGLLMMQNKTEE
                     ARYQYQLVTEMEPDNEEAWQQLLVIAIQANDTKEAMRICQKCRQMFPESPVYFFYLGV
                     LYYEEKAYQKALDAYREGLEKIPEENVHMRSDFYGQIGDIYFQIKRRKEAFEAYDKSL
                     QYNPNNTAVLNNYAYYLTILRPTGDLDKAEQMSARCIKLEPNNATYLDTYAWVFFKKQ
                     NYSLALIYIQNAVGKDTTNSAELLEHFGDILFMTGDKAKAVEQWKQARAAGKKSKTLE
                     RKIAEEAYLEGPEDESGDD"
     CDS             complement(32291..32722)
                     /gene="dut"
                     /locus_tag="SEQF2637_01643"
                     /EC_number="3.6.1.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2YRG4"
                     /codon_start=1
                     /transl_table=11
                     /product="Deoxyuridine 5'-triphosphate
                     nucleotidohydrolase"
                     /translation="MKVKIVNTSRHPLPSYATPLSAGIDVRAFLDAPVTLGPLERRLI
                     PTGLYIALPEGYEAQMRPRSGLALKHGITMLNSPGTIDADYRGELKIVLVNLSDTPFT
                     VCDGERIGQMVVARCEHVEWQPVESLDETERGSGGFGHTGI"
     CDS             complement(32768..33286)
                     /locus_tag="SEQF2637_01644"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDVVKLAGEGDMERHFLPAAGCCASWTVLFLRHKHRSIENTIPA
                     AESVFRQKSPISRGGKPISRKFYRLPAAGNRFSSDFSPFPPRETVFLRIFPISRRGKA
                     FFGDFSPFPAAGRRFRKVLIGFPSREGVFGNQRSVSRLIFAFQKSRDRFRVSFSRFRN
                     PTIGLVSYNAIS"
     CDS             33357..34607
                     /locus_tag="SEQF2637_01645"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKQMMIAGLTLLSAAVVGACATKREKQRIDGMTAATPAEPIRL
                     EHPEKVADDNAFTFDLLRAVRKHTDKANVFISPLSVSMALNMTLGGAAGTTADEMRTA
                     LHESGYSQADINAYSKRLREALLRADPQTTIGIANSIWYRQGETLRTAFTNANRTYYG
                     AEVRPLDFASPRSPKVINDWCARQTRKRIPQIVDRIPSDAFLYLINAVYFKGTWARTF
                     DKKNTKPAEFHKADGSTEKVQMMYRQGDYRYGTNDVCRYLEMSYGNGAFGMVVMLPQE
                     GKTTRDVMASLSGERWKQMRQMNNEEVQLYLPRFRTECTYDLAKDILPGMGMKAAFSP
                     EADFSGIALKPLRVSGVVHKTFVEVTESGTEAAAVTSVEMVLMSLPVDKKEPVLFRVD
                     RPFVFAICERSTGAILFIGEIGEI"
     CDS             34783..36075
                     /locus_tag="SEQF2637_01646"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFFYAGLLTLLVAAGCKSDGNEPIPEPKPKPTPTPGTTPGT
                     TMDTTRHITPVVPVELKKAEKVARDNAFTFDLLRAVRKHTDKTNVFISPLSVSMALNM
                     TLNGAVGATADEMRAALRESGYSTADINAYSRELREALLRADPKTTIGIANSIWYHQG
                     ATVKAPFIEANRTYYDAEVQALDFSSPSATATINGWCAHKTHNKIKEIVKQVDPTTFM
                     YLINAVYFKGTWTTRFEKKNTRSMIFRRADGSTQTVEMMNLKDTFRCASSDVCDYLEM
                     DYGNHAFSMVIMLPKEGKTTRDVIAMMDGKKWADAMQSLTLKEIRVLLPRFKAECEYP
                     MHEHILPDMGMKLPFNSELADLSGIADVTGLYISKVIHKTFVQVDEEGTEAAAVTSVD
                     VMATSESPFFTVDRPFLFVIREKSTGAILFIGEIGEIQ"
     CDS             36117..37394
                     /locus_tag="SEQF2637_01647"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFLYAGLLALLVTAGCKSDGDEPIPEPKPKPTPGTTVDTTR
                     HITPVVPVELKKAEKVARDNAFTFDLLRAVRKHSTDANVFISPLSVSMALNMTLNGAV
                     GATADEMRAALRESGYSTADINAYSRELREALLRADPKTTIGIANAIWYRQGATVKAP
                     FIEANRTYYDAEVQALDFFSPSATATINGWCARKTNNKINEIVKRVDPTTFMYLINAV
                     YFKGAWTTRFEKKNTRSADFHRADGSTQQVQMMRLRDTFRCASSDVCDYLEMDYGNHA
                     FSMVIMLPKDGKTTRDAMAALDGQTWAKAMESLAEAYVIVKLPRFKAECEYPMHEHIL
                     PDMGMKLPFNPELADLSGIADVAGLYISKVIHKTFVQVDEEGTEAAAVTSVDVMATGE
                     SPIQVFTVDRPFLFVIREKSTGVILFIGEIGEI"
     CDS             complement(37469..38839)
                     /locus_tag="SEQF2637_01648"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSEKKEEKKPSIVDRAVRWVTDAIRFVTYDIWRITDSDVSGPRR
                     VYIYLAKTLILAIRGYQRNDLQTRASALTYSTLLSVVPMLAVVVGVASGFGVKDMIEE
                     SLYDSFPSQSAQIARGFDFAQNYLSLTRGGVFLGIGLVLLLYTVFSLISTVEHTFNSI
                     WQVEKDRTWHRKVTAYSAMIIILPVLMTISSGLSIFLSTLRRALLSPYIFLTPIADTT
                     LSLVPYTIIILFFTLLYLLAPNTRVRFLNALVAGTLVGCAFQIFQYLYINGQIWVSKY
                     NAIYGSFAALPLLMLWLQLSWVICLFGAELVHASQNVRLFSFEPDVRNVSRRYRDFLA
                     LLICSVVAKRFERCEKPYTADELSDLCHIPPSLTAQTLAQLTELEILASVRFEGDSVR
                     TVRYQPAFAIGHITVGLILRRIDEHGSERFPVDIAAAYRPQWEALLRTRRDLLAAGDE
                     VLVKDL"
     misc_RNA        complement(38907..39270)
                     /locus_tag="SEQF2637_01649"
                     /product="RNaseP_bact_a"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(39470..39802)
                     /locus_tag="SEQF2637_01650"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRTRTWIFMLSGLLVVAGSALYITHWIYAPWLFAVGAAGVTVG
                     YLTDVRRDDLDLRRRRLTRWNVFAGLAMIVASVFMFRGRMEWVALLLIAALIQLYTSF
                     VPTDKGKK"
     CDS             complement(39805..40107)
                     /locus_tag="SEQF2637_01651"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDRTSQIIRKLSRVNAYVVVVAFFLFITFVVGDSNLYKRYTYD
                     EKIRRLEREIRHYKKEIETDRKKLDDIRTNREGLERYAREEFYMKRANEDVFIIED"
ORIGIN      
        1 cggccagact gccagtatcc aaactcgtcg gaaaggaaca gccggagcat ctcgtcgggc
       61 gtgtagccga tggcgtagag gctcccgacg atggcgccaa tagacgtgcc ggcgatgtag
      121 tcaatgggga tttcgttttc ctccagggcg ggttgaggat attggccaag tattgctcga
      181 cgtaggggaa ggcggcgtct ttcatcacta cgcggtggtc gcggtcgacg aggtagagcg
      241 aaggcagcac acgcaggatg taggtgtgat tgttggcgat ctccagatcg cggtcgtagc
      301 cgtgcgtcca ggcggaaggc atctgcggca ggtattggcg ccacatgtcg gccgccatgt
      361 ccggatagat ggccaagacg gtcagtcgac cgcgtttcat cagctcgctg acgatgggcg
      421 aggcgctgat ggcggcggcc agctggcggc agttgccgca gtcgaggttg tggaagaaga
      481 tgagcacaaa gtccgtcttc agggcgtaga gcgagccggt tccgccgctt acggtggcat
      541 aatgaatgtc cgcagcgggt gtgccggggc ggttcttcac gacctcctcg agcatggcct
      601 gcgcccgggc tttgcggtag cggtcgaggc tgtcggtggc cagcatgtgt tgcaacgtgg
      661 ggatgaaata ctcctcgttg cgcatgggcg aggctgggtt gaagaggtac tgctccatct
      721 tggaggtgaa gaaggcgtac atggcgcggt tcgtgacggc acggtcgagc aggttgcgga
      781 tgccggcggc ggccacgtcg tacgggacgt tggggaagac ggcattgaaa tagtccgtca
      841 gggcgttttc ggtgacgctg gcggcagaac ccacgaaggc tgtgtcgcgg aagtcgaaac
      901 cgtcccaata gtgcatggcc aggtaggcgg cgcgggcctg aggttggcga tattcagcgg
      961 ggacagcggc gggcgtgaag gtgtgcggag cgtcgtccgg tcgtttcgtc gggctgcatc
     1021 cgacggttag cgcaacgatg gcgcagcatg cagcaaggag ttgtcttttc atctttatcg
     1081 ttaggtgagt gatggaggcc tcagccgagg ctggggagtt tggccgggta cttctatggg
     1141 cgtgccttag tgtctgacct tgtttgtgaa cagtccttcg accgataggt agcgttcgcc
     1201 ggtgtcgagg ccgaaagtca ggacgcgttt cggcacaccc gatccagcca gcacacgctc
     1261 cacggcagcc agcgacgcac cggtggagat gccgcagagg atgccctcct cacgcgccag
     1321 tcggcgtgca aaccggaaag cgtccggccc agtgatggcc gtcacgcggt cgatcacgtt
     1381 gcggtcgagc gtctcaggca caaagcccgg cccgatacct tggatggggt gtgcgccggc
     1441 gcatcctccg gtcagcacgg acgaatcggc cggctctacg cccacgatct gcacactggg
     1501 gaaggcacgc ttcagctcac gccccacgcc cgagatgtgg ccaccggtgc caataccggt
     1561 gacgaaatag tcgaagccct cgggaaagtc gtccatgatc tcgcgcgccg tcgtacgggc
     1621 gtgcacctca gggttcgatg ggttcacgaa ctgacgcggc atccacgatc cgtcgatctc
     1681 ggcgagtaga gccttggccc gttctatggc gcccttcatg cccttctcgc gcggcgtcag
     1741 ctccagccgg gcgccgtagc tctgcatcag tcgccgacgc tcgacggaca tcgattcggg
     1801 catgacgatg atcagccgat agcctttcac ggcagccaca aaggccagtc ccacgccggt
     1861 gttgccagac gtagcctcga tcagcgtggc gcccgggcga atcagtccct gctgctcggc
     1921 atcctcgatc atggccagcg cgatgcggtc cttgatgctg cccgcggggt tctgtcgctc
     1981 cagcttcatc cacacctcat ggtcggggaa gagtcgtccc agccggacgt gtggcgtacc
     2041 tccgataagt cctaaaatgt tgtctgcttt catctttaga tggagtaatt gatcggttct
     2101 tcgaagccct tcacggtctt gaccttcacg tcgaccttat tgtacacgag cgaatagggg
     2161 atcacgctat gcgtcagcca agccccaccg ccgatggtcg aatcgtggcc gatgacggtc
     2221 gatccaccga ggatggtggc cccggaatag atgaccacgt tgtcctccac cgtcgggtga
     2281 cgcttgacct cggagagctt cttctctaag tagatggcgc cgagcgtaac gccctgatag
     2341 atcttgacgt tgttgccgat ctcggtcgtc tcgccgatga cgatgcctgt gccgtgatcc
     2401 atgaagaggt tcttaccaat cgtggcgccg ggatggatgt cgatgccgac cttggagtgg
     2461 gcgtattcgg agaagatgcg cgggatgagg ggcacgccga gcgtgtagag ctcatgggcg
     2521 atgcggtgaa tgctgagggc gaagaagccg ggataggaga tgatgacttc ctcgagcgac
     2581 ttagcggcgg ggtcgttgcg taggtagcag gcggcgtctt tgtagagccg ttcgcgcaca
     2641 ccgctgaggc ggctgaagaa ggcctcggtc ttctcttcgg cctccgggtt gccgatcagg
     2701 cgggcaatgt tggcgtgcag cttgatggct gcgtccatca gaccactgcg cacgttgatc
     2761 atcttcaact cgtcgcacac ggggaacatc cacgtgaaga gcgagcgggc gatcgtctcc
     2821 aattcgcttt tgtcgagcgg aatcctgatc ggttgcggtg caaagtcgtc gatcagttca
     2881 aatatctttc gaagcatggg gagaaagggg ggattgttgg ggggagtagg aaagggttag
     2941 aagatgtagg acgtagctcc tatcgtctaa acacagagaa agggtggaac ccttgcgggg
     3001 agctccaccc tttcgtcact ttgagaacaa atgcacttaa aagagatcaa gcgataggtt
     3061 acgagagggg cttagaggtt cggattcacc ttgctccact cagccaccgg aggcagcacg
     3121 ccgaggccga tcacttcgtc acgcatagcg cagaggtgct cgtagctctt ggccaggtct
     3181 gccatctccg acggagtgcc ctccaccttg cggtaggcgc agccgtcctt ggtaatctcc
     3241 accggcatgg ccatcataat gtggtggaac tcgtcggtcg aaacgtacgt gccagctggc
     3301 cagcggaacg tctcgccgcc catggctgcg cggatcatct ctaccgacac gtaggccggg
     3361 ctctggaatg aggagcgacc gcggaggttg atgatgttgg cgccgccctt gatgacgcgc
     3421 tgctgcagtg ccgcccattc ttcagcggga agtttcgggg taccgatcag gtcggtcagc
     3481 ggggtgccgt ccaccttagc tgtggatgcg aaaacggcca tctgctcgcc gtgtccaccg
     3541 aatgtgctgc agcccgttac ggcgctctgc ggcagtttga aatatttggc cagctcgctt
     3601 tgcaagcggg tagagtcgag ggcggccaag gtggtcacct gcgagggctt caggccggag
     3661 tagatcaggg tgatgaggcc cgtgatgtcg gcggggttga agatgatgac tacgtgcttg
     3721 caatcggggc agtaagcctt gatgtctttg cccagctgct cggccacctg cgcgttgccc
     3781 ttgaggagat cttcgcgcgt catgccggcc ttgcgggcgg cgccgccaga ggagattaca
     3841 tacttggcgt ccttcagcgc ttcagcggaa ttggtcgtgt acgtgaagtt cattccctca
     3901 aaaccgcagt ggcgcatctc ttcatacacg ccttgcagcg caggttcata cacgtcttgc
     3961 aggcagatgt tgggcgtcag gcgcatcatc gccgcagttt gtgccatgtt ggagccgatc
     4021 atgccaccgg caccaacgat tgtcaatttt tcgttcgtca aaaattccat aggatatatc
     4081 gtttaggtga gtaaacagag gaaaatcttg ttcgcaacgg cggcaaaagt agaagagatt
     4141 cggaaatacg gaaatatttc cgtaatcaat ttcacctcga gggcgaatct gccacagggc
     4201 ttttcacccg gaaaaacgtg aatatcctat ctctcaatga tcgaaacaat agcaacccct
     4261 aagattctga gctaacgttg tcttggacaa tggtaactcc taatgtttgg acctaacgtt
     4321 atgcgataaa acagtaagtc aaaattttat gagctaacat tgtccgagac aatagcaacc
     4381 ctcaaagttt cgatctgata tttcacacac aaatagttga tcataaagtt atgagttaat
     4441 atcgtctgaa ttaatcatag ctcataagat tgtgagttaa tatagttaga aataatagca
     4501 gctaataagg tagagagttg atgctgtctg aagcaatagc aactcataat gcttgcgggt
     4561 tcacattgat cgaagcaatg gcgggttatt caatccagaa tcgctcaatg aatgagtcaa
     4621 taggagatga agggcggggg tgagacttat tctgaagaaa tttgccttcg ctccacccaa
     4681 ggaatctgcc ggcacggcta cttttgagcc tttctatact cctttatatg catcgacatc
     4741 tgtctgacag ctttaccttc cgcctctgtc tgctgatggc tgtcacggcc actgctgcag
     4801 tgctgatggc caaccgacag tggctggcgg gtacactgtg tgcgacggtg agtctcatcg
     4861 ccgctgtcca tacggcggct ctctaccgac gcaatctccg taagattgcc tttatgtttg
     4921 atgctgtcga taatgacgac ctgacgttcc atttttccac ccgtcgccag tcgccggacg
     4981 agacgttgct caacgaatcg ctgaatcgca tgcttggcat tctgctgcag gctaaggccg
     5041 acacgataga gcgggagcga tattatgaaa ccatcctgcg ggctgcgggt acgggcattg
     5101 tggtggtcga cgagaaaggg tttgtcttac aatgcaatga ggaggctctc cggctgctgg
     5161 ggctaccgct ctttacacat gttcgacagc tggaacgtat cgatcacagc ctggcggaag
     5221 gcttcgctaa cctccgcgct ggtgaacatt atgacatggc ctttagtaac gagcgcggtg
     5281 gagtgcgtct ttcggtccat gtctctaaga ctgtcttgcg tgggcgcagc gccctgctgg
     5341 cggctatcaa cgacattcgc ggtgaaatgg aggataccga ggtggagact tgggtgcgcc
     5401 tcacacgcat cctcacgcat gagatcatga atgccgtcac tcccatcgcc tctgtcagcg
     5461 acacactccg agagcgtttt ggtccaactg acagcgaact gcgcgcgggc ctcgagacga
     5521 tctctgaaac aggcaaggga ttgatgagtt tcgtggagtc gtaccgccgc ctaacccgca
     5581 tccctgcccc gcagccgaca ctcttctacg tgcgccgatt tttagatcgc acgttgcggt
     5641 tggccctccc cgacgttgtc ggcaccacgg atggcagccc acatatcaca gtcgacattg
     5701 acattcgccc tgacgacctc atcctctatg cagatgaaaa tctgattagc caggttgtgc
     5761 tcaatttgtt aaggaatgcc gtgcaagcga tcggggccga ccgctcagac ggccgtattc
     5821 gcatcgtcgc cgcctgccgt gcggacgatt ccgtcgagat cgaggtctcg gacaacggtg
     5881 cgcccatccc gcccgacgtg gccgaacaca tctttacgcc cttcttcacg accaaaagcg
     5941 gaggctcggg catcggcctc tccgtggcgc gccagattat gcgtctctcc ggcggcgcca
     6001 tctccctcaa acgcccctcg tccgacggcc tgaccacctt cctgcttcgc ttcccctgag
     6061 cctcatttcc tctcgcaacc tcattcatca cccaatcctc cttcttatga tttactacct
     6121 cgtccatcct atgcccctcc gccccctgct tatcgtcgac agtgggcgcg gtatctccca
     6181 gatcgatttc gtcaccgacg atccgctccc cctcccaccc gacgctacag agcgcgtcac
     6241 gccactactg caacgcgccg tcacgcagct caccgaatac ttcgctggct gccgccgcgt
     6301 cttcgacctc cccctcgacg agcgcggcac gcccttccag ctccgcgtct gggcggccct
     6361 ccgacggatt ccctacggcg tcacctggtc gtataagcaa ctggccgccg aagtgggaag
     6421 cccccgggga ttccgagccg tcggcatggc caatcactgc aatccgatct cgattgtcac
     6481 cccctgccat cgtgtgatcg gtgccaatgg tgcactggtc ggttacgcgg gaggaattga
     6541 catcaagcgg gcgctcttgg acctcgaaat gcgcttctca ggccgtcttt cgcagtcttt
     6601 attcgccgat gatttggaga aaagttgaga tcctttcgaa aaaatctcgt ttccctcttt
     6661 gattttacag aatatacaca ctacattgtc ggcctaaaca atagaaaaac tgactttcat
     6721 gatttcatat agagacaatt tccaggtcaa acacaacgat ctaaaacctg aaaagggaaa
     6781 gatcttgatc tccgaaccct tcttgcagga cgcctacttt cagcgctctg tcgtactctt
     6841 aattgagcat ggaggggaag gatcgatggg tttcgttgtg aacaagcaaa ctgatttaat
     6901 cgtcaatgac ttcttccctg agctcaaggg gcgccccgtg atccccatat acttgggcgg
     6961 ccccgtcagt ccaaaccact tattcttcat ccactctttg ggcatggcta tccccggcag
     7021 tgtggagatc ggcgaggatt tgtatttcga tggcgacttt gaagtgctca agcatcacct
     7081 caaaagcgac aattcggcct atgggcaggt gaagtttttc ttggggtact ccggttggac
     7141 gaaggagcag ctggatagcg agattgtgtg caattcatgg ctggtggggc attcctcctg
     7201 ccgcagcttg atcttagcgc gcgacgattc gttttggaat catgtcgtgg agcgattagg
     7261 ccacccgtat agtacgtgga ttaactaccc caaaaatccg gagatgaact gattttcgga
     7321 ccctctctct ccgaacattt cagcatcaga tagcaaaaaa tgatgcgttt attcggcatc
     7381 actatgctcg gataaacgca tcatcagttt ctatcgaaat agaaatttat tttataggag
     7441 gaatgaaaag tgaccccgac aggattcaaa cctgtaacct tctgatccgt agtcagatgc
     7501 tctattcagt tgagccacgg ggcctttgga ttttctttta tcgttaacgg gcgcaaaggt
     7561 aaactcgttt ccgaaacctc caaataatgc aatgcatttt tttcactccg aagagcttcc
     7621 aacaatcctt taccgggcga cacgagggtg tgctgagacc tattccgagg gcataatgca
     7681 gcgaaagagg tgggcaagaa catgctgatg cccagcgcta aacgtcagca gcaccttctc
     7741 atttcgcgaa gtgtcgccac gtcaacgcgt cactccacga agctcggatt aaaaagtagg
     7801 aagcctatgt tcaggccgac gttgaagtca ttcttcgggt agctgtagcc gttggcgaag
     7861 aggctgacgg agatgaacgg tagattcagt accagagcgg cctcacccat atagcggaag
     7921 gtttcgacgg tcttgccgta gcgtacgcgt tcgccagtga aggcgtcgga tgcgagggtg
     7981 cgctggatgg ggtgaagggg caggaagccg taaccttcga agcggaggtg gagcgatttg
     8041 ccgagggtga cgatgggcat gacaccgatg gctacgtatt gattggcgcg aaaaccttcg
     8101 ttgaaggtga tcttgctgtg gggcgtgggc gtgaaggcgg gcgcttggag gacggtggcg
     8161 gtgtagttgc tcagcagatt cttgctggaa agcatggcct cgcccatcaa cccgaggcgg
     8221 aagcgacggc taagagggat gtaatccgtc cagaggcctt tgacctggag ccagctttgg
     8281 tatggctcac gggtgtgcgg cgcgtcggag ggggagtagg tctcgcggcc ggccacgtac
     8341 tgcgcaagaa ggtactgtcg gcgtccaccg gtgggatatt gcttggcatt aagcgagttt
     8401 cgctcgatgc gtagtgaact cgcaaagagg tcgtgccgac tgttgtcgaa gggcgaatcg
     8461 gagaaggaga cgtcgctgcg ctgatagtag ttgtcgctca gttggccgta gccgacgccc
     8521 agctcggcct tagccacgga gaggaagggc agcccgaact tgagcttgac gtaacgctcg
     8581 cgctgcttga tgaaggccgg cagcagatct tcgtaaaaga gcgactggcc ctgcatgtac
     8641 ttccgatagg aatagacggt ttgaagctgg aggtaggtgg gcagggccgt aggcaggtag
     8701 gcgcggccgg agacggcgat gccactgaag aggttaccca tctggaagtc cgcgtgcagg
     8761 tcgatggcgt tacccgaaag gatctgatag ttcaggccga gatagagttg gttggcctga
     8821 tgcgaggaga tgttgccgcc gatgctcacc tccacctcct cattgatacg gacgtcgaga
     8881 tagagatcga aattgaggtt cttgcgattg tacaccgcct gcggaatgat ctccttgatc
     8941 ttcgaattag agagcatctt gaaataggcg cgcttgaact cctccatcga gaactccccg
     9001 ttgatatcgc ggtgcagctg ctcctcgaca tagcgccgct gcgcgcccgt gacacccgtg
     9061 acgtagatat tcttgaacat cagtttgggc aagctggcac gataggcgcg gcgccgggcg
     9121 ttgacctccg agagggggac acgccgcgtg acgcgctgac ggatggagtc gatcatcccc
     9181 agtgtgcgcc gatagccctc atccatcagc tccttggcac ggggaaagtc gagcaggttg
     9241 acgtccggga attggaactg aatcatcatg ccgtcatcct ccgagatgtc gtattccgtg
     9301 ccacgcatca ccatcggctc gatctgtttc ataaggtcgg cagaggggtt gggcgtaccg
     9361 gccacagagg agccgaagat gaagtcgggg ttaaattcgg ccttgatgac atccacggga
     9421 aagttgttat agatgccgcc gtcgaagagt gggacgccat ctttccaaat cggcttgaaa
     9481 aagaacggga acgtcatcga ggcgcgcacc gcctggctca aatcgccgtt gcgccagacg
     9541 acagctttct tgtgatagat gtcggagctg acgcagcgga agggcacgaa aaggtggtcg
     9601 aaatcccagc ccgacttcgc cgtagagggt gcatagagcg ccataaacgc ctgattcatc
     9661 tgtatcgggt tgatgagact ttgcggcagc aggttgggga tgatttgcag cgaatcggag
     9721 aggtcgacgg cgaagcgcat aaagtctggc gaggggtcgg gctgcttgaa atagtagaca
     9781 tactcgtcct ccacgcggcc agactgccag tatccaaact cgtcggaaag gaacagccgg
     9841 agcatctcgt cgggcgtgta gccgatggcg taaaggctcc cgacgatggc gccaatagac
     9901 gtgccggcga tgtagtcaat ggggatttcg ttttcctcca gggccttgat cacgcccaag
     9961 tgtgcggcgc ccttcgcccc gccgccgctc agcacgaggc ccaccgtctg ctcttgcgcc
    10021 gcgctgtgta cgggcgtcag cgccgccagc atcagcaggg cggcctgcat gagtttcttc
    10081 attctacaca tatatataat aggtatgcag cggccccgtg gcgggccagt ttggatagag
    10141 cgggccatcg accatagccc tttacttgtc aatctatttt cgggggaacc cgtatgcgct
    10201 aacatacagc cttacttttt tctgggtagc gctggaaccc tcagggttta gccctacttt
    10261 ttttcaagca gcacaaaacc ctcagggttc agccctactt tatttcaagt gacgcaaaac
    10321 cctcagggtt cagccctact ttttttcaag gagcgcaaaa ccctcagggt tcagccctac
    10381 ttttttctgg gtagcgctgg aaccctcagg gttcagcccc tctttttttc aaggagcgca
    10441 aaaccctcag aggccagcct catttctttt ataggagaaa cacagctccc cggacactcc
    10501 ctccataggg tgcgatcggg cgtatcacac acctcgatcg gataaggatc aaaaaaaggc
    10561 cgccgccgga tcacgaatga tcggacggac ggcctgtgtt tccctttctt cccaatccgg
    10621 agaaacaaga atcgctcttt agctcaccga gctcaccaac tcagcgccgg gcttgaactt
    10681 gatgaccttg cgagcgggga tctcaatgac ctctttagtc cgagggttga cccctttgcg
    10741 tgcggatttc tccacgacgg taaaggatcc aaagccgagg atcgagatct tttcgccttt
    10801 ttccatctcg ctcaggatgg tttccaccat cgcgtccaca gcctttttcc cgtcggcttt
    10861 gctcagtcca gccttcgccg atacggcgtc aatgaattct gtcttgttca taatattgca
    10921 attaaaaaat agtaatgtat cgtactctgt agaagcatca atgcgtttat actcacgcgg
    10981 attgcggcgc caaatataga ggcataaatt agaatggaca ttcggggttg ctttttcgca
    11041 gcatgcggct gtggcacccg gacagtcgtt tgggcaccct ttttgcgcaa ccccgcacgg
    11101 gtcaaaaggc aaacagcttc ttgccgtatt tttgccccgc aacagaaaac cccgtacata
    11161 gaaacaatga tgcaaaacag attttccaat acgatgcaaa tgccgcccgt cacgcagaac
    11221 ttgatcctca tcaacgccct ctgctggctg gcgagtttag tcttacctcg attcggcatc
    11281 gacctcatcg agctgggcgg actgcacttc ccgggcacac acaccttcca ctggttccag
    11341 cccctgacct acatgttcct gcacgacaca cgctccatcg ggcacctttt cttcaacatg
    11401 ttcgccgtct tcatgtttgg gcgcgtgctg gagatgactt gggggccgcg gcgcttcctc
    11461 ttctactacc tcgccacggg tgtcggcgca gcgctggtgc aggagctgac gtggctttat
    11521 accgtctcca gctatgcggc cggcaacgga ctcagcatca tgcagcaggt ggccctcgat
    11581 ccgggcgtga gcatgcttgt caccatcggc gcctcagggg ctgtcttcgg cgtgctgctg
    11641 gccttcggaa tgcttttccc aaacgcaccg ctctacgtca tgttcgtacc gatccccatc
    11701 aaagccaaat acttcgtggt catctatggc ctgatcgaac tcttcatggg ggtggccaac
    11761 ttcacgaacg acaatgtggc gcacttcgcc cacttgggcg gcatgctctt cggcctgatc
    11821 ctgatccttt attggcgtaa gaaagataaa gaccatggac gagtttctta ctaagctccg
    11881 tcgctcgtac gaggccggaa gcctgctcac gaagctgcta tatatcaatg taggggtgtt
    11941 cgtcgtcgta cgtgtggcgc tcatcgccct gcggttattc aacttagagg gcacgccgct
    12001 gctggccatg ttccaaacgc cgtcgaacat cgggctgctc ctcctccgac cgtggacggt
    12061 ggtgacgtac atgttcctac acgtcgacgt cttccatctg cttttcaaca tgctctggct
    12121 gtacaccttc gggcgcatct tcctactctt ccttgacggg cgtcggctgg tgggcgtcta
    12181 cctcacgggc ggcatcgctg gggctgtgct ctatgtggcc gcttacgcct tcttccccta
    12241 cttccgcggc atgggccaga cgagctacct aatgggtgcc tcggcctcgg tgatggccat
    12301 cgtctttgcc gtctcgttct accgcaagga ttacacggtc aacctcctgt tcatcgggca
    12361 gatcaagctc ctttacctgg cgctgggcgt ctttgccatc gacttctttt cgatcacatc
    12421 gagcaacgcg ggcggacata tcgcccacat cggcggtgcc ctctggggct tcaccttcgc
    12481 cagcgccctg caacgtgggc gcgacctcac ggcccccatc aaccgtatcc tggaccgtct
    12541 ggccaacctc aagaagcagc gcgagccgca gatgaaagcg acgcccggcg gacgcgcaga
    12601 gagcgacgag gcctatcgcg agcgtaagcg tcgtgaggcc gatacgctcg acgagatcct
    12661 cgacaaactg cgtcggtcgg gctacgagag cctctcggcc gacgagaaaa agacgctctt
    12721 cgacgccagt cgggcgcaag gtggaggggg agaccgcaca ccatgaaacg gaaaccctca
    12781 cgcatcggcg ccaccacgct caacgccatc cacatccccg ccatcctgct ctttctggcc
    12841 tcagcctacg gcgggtttgt ccccccggag cgtgggctgg ccttcaccta cctcgggctg
    12901 gccttcccgc tcatcttgct gctcaacatc gtcctcctgc tggtgcgtct cgtgcggcgt
    12961 gatcgcgcgt tcacgatcgt cgtgatcgtc atgctactca tctgtcggcg ctctatcgaa
    13021 tactattcgc cgctccattt cttccgccct gaaccgccga cggagcacac gctcaaagtg
    13081 ctcacctaca acgtccgctg ctttggctac aaggaccaca cgaccgataa tccgaacgag
    13141 atcatccgct acatcgccgc ctcggacgct gacgtggtct gcctacagga gtacctcgag
    13201 ggcgacgccg aaaacatcct cacggccggt aaggtggccc gcgcgctgag catgtatccc
    13261 taccattatt accgcccgct ggtctattat caccactact ccacggggct ggccatcttc
    13321 tccaaatacc ccatcctcag ctcgcgcaag gtgcgttacg acagcacctt caacggctcc
    13381 acgatccacg agatcgacgt cgacggccat cgtgtgacgg tggtcaacaa ccacctcgag
    13441 tccttcaagc tgacccaaga ggatcgctcg cgctacacgg attttatccg caacgccaac
    13501 gcctcgaccc tcagccgcgt ggaggacatc ttccgcacca aggtggggca ggccttccgc
    13561 atccgcgctg agcaggcacg tatcgtggcc gaggaggtgg gcgaaatgcc cagtggcagc
    13621 ctgatcatct gtggcgactt caacgacacg cccctctcct acacctaccg caccgtctgc
    13681 ggccccttgg gcgacgccta cgccgagtcg ggcattggac cgggcatcag ttacaaccgc
    13741 agcatcttcc gtttccgcat cgaccacatc ctccactccg cggacatgaa ggcctacagc
    13801 gccacggtgg acacacgcat ccgcctttcg gatcattacc ccgtctggtg catcctgaag
    13861 ttggaatcac agaactaacg ccgcccccgg aggcccttaa aaggctggca ggcggcctga
    13921 caaacctatc ggagactccg gtgacagtgg caggccgcct gccgggacta tcgaagactc
    13981 cggtgacagt ggcaggccgc ctgccgggac tatcgaagac tcaggtgacg ttggcaggcc
    14041 gcctgccaga gctaccaaac actctggcga tgttggcagg ccgcctgcca gagctaccaa
    14101 acactctggt gatggtggca ggccgcctgc cagagctacc aaacactctg gcgatgttgg
    14161 caggccgcct gccggggtat cggattcggt tttaaggtta gaagcatgga ggcgaagggg
    14221 gggcgatccc ttcgcgtcaa gctcatcgta gaagcccacg cacctacggg ccgggcattc
    14281 tcccccacaa gcacaaacac aaaagactac gcgcaacggg cactcctcca ctgagagagg
    14341 ttgtgtccgt tgcgcgcagt ctttttttct ggggggcctt ctctaagggc ttacaccttg
    14401 aaggccgact tgcaccaagg gacgagtccg caggtgtcgc aatggggctt gcgggccgtg
    14461 cagacgtaac gcccgtggag gatcagccaa tggtgggcct tggcgatgag ccgttcgggg
    14521 atgtggcgga taagctcctt ttcggtggcc agcggcgtgc gactgttcgt ggtcaggcca
    14581 atgcgattgg ccacgcggaa gacgtgcgta tcgacggcca tgcgcgcttg atgaaagacg
    14641 acggaggtga ccacgttggc cgtcttgcga cccacgccag gcagcttcat cagctcctcg
    14701 acgctctccg ggatgcgccc gccgaagtcg gtcgtcagca tgcgggcggc gccgaccagg
    14761 tgcttcgctt tgttgttcgg ataggagacg ctgcggatgt actcgaagac ggcttcaggc
    14821 gtggcctcgg ccatcacttc ggccgtcggg taggcctcga agagcgccgg cgtgacgagg
    14881 ttcacgcgct tgtcggtgca ttgcgcggag aggatcacgg cgacgagcag ctggaaggga
    14941 tcctcgtaat gcagctccgt ttcggccacc ggcatgtgct cttcaaacca agcgatgacg
    15001 ccgcggtaac gctccttctt ggtcattcgg ccacggcgaa ctggcggagg aagcgcaggt
    15061 cgttctcgaa gaagagtcgg atgtcgttga tgcgatactt gagcatggca atgcgctcga
    15121 tgcccatacc gagggcgaaa ccggagtgcg tgtggctgtc gatgccgcag ctctcgagca
    15181 cgttcgggtc gaccatgccg cagccgagga tctcgaccca gcccgtgtgc ttgcagatgt
    15241 tgcagccctt gccgccgcag atgtggcagg tgatgtccat ctcggccgag ggttcggtga
    15301 aggggaagta agagggcctg agacggatct cggtgccggc accgaagagt tcgcgggcga
    15361 agaagaggag cacctgcttg aggtcggcaa aggagacttg gcggtcgacg tagagcgcct
    15421 cgacctgatg gaagaagcag tgcgcgcggg ccgatacggc ctcgttgcga tagacgcgtc
    15481 cggggcagat gatgcgcacg ggcggctgct ggcgctccat gacgcgcacc tgcacggagg
    15541 aggtgtgggt gcggagcaag acgtcggggt ggtgctggat gaagaaggtg tcctgcatgt
    15601 cgcgtgcggg gtgatcctcg gcgaagttga gggcggagaa gacgtgccag tcgtcctcca
    15661 cctcgggccc ttcggcgatg ctgaaaccga gccgggcgaa gatgtcgcag atctcgccgc
    15721 ggacgatgga gagcgggtgg cgggtgccga gggcgatggg gtaagccgtg cgggtgaggt
    15781 cgaccaggtc ggcgctatcg ttggcggcgt cgaagcacgt cttcagctcg ttgatcttgt
    15841 tttgggccga ctccttgagc tcattaaggt acttgccgac ctcgcgtttg ctctccgcgg
    15901 ccacgttgcg gaagtcgccc atcagggcgt tgatttcgcc tttcttactg aggtatttga
    15961 tgcgtaacgc ctcgagttct tcggcgtttt gggcttggag gttttccacc tcagcaagca
    16021 gtgctttgat tcgttcgatc ataattctgt tatgcgtaaa gggcgggggc actatttggc
    16081 cgtcatgcgg aattgcttcg gcgtcttgcc cgtggcccgt ttgaagtatt gggtgaagaa
    16141 ggaggggttg gggaaattca gttcggtgga gatctgttgc acggtctgcg gcgaggtcag
    16201 gagcatgcgt ttgatgtgtc ggacaatgaa atcgtcgatc cactcagcgg ccgtcttttg
    16261 cgatacactc ttgaccagat gagccaaatg tttggacgag atatggagct ttttggagta
    16321 gaaatccaca cgccgatcgg acatgtaatt gtcggagacg aggcggatga actggtggaa
    16381 gatgcgctcc ttatacgtgt cttcacgccc cttgacgcgc tggctctttt gatagatggc
    16441 ggccacttcg cagccgagca ccatcatcag ttggcgggtc acctcgaggc gatacgggaa
    16501 gagcctgcgg gagtagctca ggcggatgta ttcaaagcag gtcatgagga tgtcacgctc
    16561 gcgcggacgg atcggcacac agggcgtctc gcggatcagg aggtatagtt ccgacatgga
    16621 tttgacgggc agattgcgca ccgaaccgat gtcgccagcc agcacgaggc aatccatatc
    16681 ggcgctgcga tcgacggtct gcaccaacat gcccgggaag acgatgcaca gatcgtcggc
    16741 cttcacgggg atgtctctgc cgtccagttt cagccggaag ctacccctac ggcatagggc
    16801 gatgcagccc gatttcatta gggcaggcac ctgctcgatg tttagcgtat tgctttcgtt
    16861 tccttcaaag tggaagagtt tcagcagcat ttcctgctcc gaggcctcgg gatcgtcgac
    16921 gaagtatcga atgttcaaat tgtttgtttc catataaata gaacgttttg cctaatgcgt
    16981 gcgcaaaagt aggacgatcc gccgtatctc aaagaggaaa aagggaatag aatgcatgcc
    17041 tccgcccata tccggggaac aaacgatggc tgcggagggc cttggggtgt tcgttttaga
    17101 acgattcgtg cgacgcggca gcccgtcatc agccccgata gccccggcga cactgtcgcc
    17161 agcactacca caccccatga tagccccggc gacactgtcg ccggcatcac cacaccccat
    17221 gatagccccg gcgacactgt cgccagcgtt accacacccc atgatagccc cggcgacact
    17281 gtcgccagca tcaccacacc ccatgatagc cccggcgaca ctgtcgccag catcaccaca
    17341 ccccatgatg gccccggcga cactgtcgcc agcaccacca caccccatga tagcctcggc
    17401 agaatgtctg ccggcatcac cacaccccat gatggcctcg gcagaatgtc tgccagcacg
    17461 accacacccc atgatagcct cggcagaatg tctgccggca tcaccacacc ccatgatggc
    17521 tccggcagaa tgtctgccga catcaccaca ccccatgatg gccccggcag aatgtctgcc
    17581 gacaccgcca caccccatga tagcctcggc agaatgtctg ccgcctcccc cacccgtctt
    17641 tgcgcattct cctactttcg ccccgctttt tttaccccct cactcacgtc aaaccattca
    17701 ttcatgaagc gagctattgc cctcacctac tccctcatcg tggctacgat ggccacggcc
    17761 acgtggatcg aacacttccg cggaactgaa tttgtcgccc gtcacctcta tggcgcctgg
    17821 tggttcacgt tgctctgggc cctactggcg gccctgggcg tggcgtggat cgtgaagcga
    17881 cgcgtcaggc ggtggagcac gctgctggtg cacgccgcct tcgtcgtcat cctcctcggc
    17941 gccctactga cgcacctgac ggcctcgcgc ggcatcgtcc acctccgaca gggcgcaact
    18001 gtcgacacct acctggccga acggcccgac ggctccaccg aggagctgag gttgcccttc
    18061 cgcatcaccc tcgacagctt ccgcgtccac taccacgccg ggacgacggc cgagcgcgac
    18121 tatacgtccc acttcaccgt cagcgacggc cagaccgtcc tccgcggcga aacggcgatg
    18181 aaccgcatct tcaccttccg ctccgtccgg ctctatcaga acgcttacga ccccgacatg
    18241 gccggcagtt acctggccgt caacaccgat ccctacggca ttcccgtcac ttacaccggc
    18301 tacggactgc tcttcgccgc cctcgtcgga ctgctcatcg atccgcgcgg caccttccgc
    18361 cgactgctct ccgacgcccg cctgcgccgt ggggccttcc tcgtgctcgt cctcctatcc
    18421 atcgggcgtg aggcgtcggc cgaccccctg attgtgcccc gcgagacggc cgaccgcttc
    18481 gggcgcctgc acctccttta tagcgaccgc atcgccccgg tgcagacctt cgccatcgac
    18541 ttcacgaaga agctctacgg ccgcgcctcg tatcgcggac tgacggccga gcaggtgctg
    18601 atggggcgcc tcttcgaccc gcgcggatgg gacaaggagc cgatgatccg cgtcaaagac
    18661 gccgccctgc gccgtcagct gcgcctgccg cgctacgcgt ccgtcaacca tttcttctcg
    18721 cccgaccggg gttacatcct cgggacttac ctgatggaat acgagcaggg tcagcgcgac
    18781 gccttccaca cggcctgcgt ggacatggac gccaagatcc gcctcatcat gtccctacgc
    18841 gacggatcgg cgctggcgct cttccctcat gccgacgtct acggcgccgt ccgctggcgt
    18901 cacccggcca cgcccctctc ccccggcgag ttgccccgca tggatgcact cttcctgcgc
    18961 agctacctca gcctgctccg cgagcagatc gtcaaggccg actatgccac cgccaacacg
    19021 ctgatcgaga agctcgacaa ataccaacgc ctgcacgccg gcggcaccct gccctcgccc
    19081 atggccgagc gcgccgaacg cctcacgaac gccttcccct tcgccacggt gcttttcatc
    19141 gtcaatctca ccgtcggcct cttggcactg ctttacacca tccgccaact cgtccggcgg
    19201 cacgacgcgc cgcgcaccga tcgcctcgtc cgacgcgcca cgctcggcct gcttctcctt
    19261 tccttcgccg cgctgaccct ctgcgaggtg ctccgctgga tcgtggccgg ccgtgcgccc
    19321 gtggccaacg gttacgagac gatgctgctc atcgcctggt tcaccctcct cttcgccttc
    19381 gtagccggac gccgcttccc catcgccctc cccttcggcg cgctcatctc cggcttcttc
    19441 cttctggtca gccacctggc cctgatggat ccgcgcatca cgcccctcat gcccgtcctc
    19501 ggttcgccgc tgctcagcct gcacgtctcc gtcattatga tggcttacgc gctgcttagc
    19561 ctcacgttca tctgcgccct caccgccctc ctactggccg ccatcggccg ccgcgatccg
    19621 gagcgcacag ccgagcgtat ggacgcgctg cgcctcctct cgctcctctt cctctacccc
    19681 gcgctcgtca cgctcggcgt cggcatcttc gtcggcgcca tctgggccaa cgtctcgtgg
    19741 ggcacgtatt ggagctggga cccgaaggag acgtgggcct tgatcacgtt catggtctac
    19801 gccgtcgtca tccacaccca cacttggccc gccttccgtc gcccgatggc ctatcacgtc
    19861 tacctcctcc tctccttcct cacgctgctg atgacctact tcggcgtcaa ctacctgctc
    19921 ggcggcatgc attcctacgc atagacgggc tgcgaccgcc cagcgaattg ggtcgggtgc
    19981 gcgcaaaaaa agccgggtac acgatgggat ccgatcccaa tcatgtaccc ggcgtgctgg
    20041 agggggctga ccgatgtgtc cgccccctaa cggccgattc agaattactt ggccttgagg
    20101 ttctccccgc cctccttgac aatgctgcga taatactcct cgtcgtaacc gggccactcc
    20161 ggagcagcag gcagaccgta cgggttacgc ttgaagtggc cattctcctc cttcttcaca
    20221 ttaccgtcga tatacttcac caggaggtac tcgcccagct ccttccagcg tgcggtagcc
    20281 gattcggccg tggtggtgct gaaccacgtc aggaagcgac gcgcctcctc ggggctcttt
    20341 tcgtagagcg tctgagccgc cttgtcgatg gccgggatac gatcgcgata gccatcctcc
    20401 agctccgact gcaccttgcg gatgtcctta atcatgaagc tgtacttgtg gtaggccatg
    20461 ttggccaccc agttgtagat ccagaaggcc gatgtccacg agaaggtcag caggtcgcca
    20521 ttgccctcgc gatagcactc cggcacagcc agcgtggagg agtaaacggg cgtgaagacg
    20581 gccgtgttgg cgtcgtcgac accgaaccag aggatgccgc cgatctcgtc cggcagccag
    20641 ttgcgcatct gcggcacgat cacgaagccc gtctgctgcg tagcgatggc gcgttcatgg
    20701 aggtacttct gaccgtcgac ggtgaagttc atcgggcgcc agcgataagg caccttgtac
    20761 gcacccgatc cgggctcctc gaccatgtcc atgcttgtgc cctcgtagtg gtcacgcatg
    20821 gcgttctgca cgtcttgtac agagatctta cgcgtggggc gcacgtagag cggcatcggc
    20881 tccttcgagg cgtcgccacg gacgaactgt tcgtacttgc tcatgtccgt gaacttgcgg
    20941 aagaaggccc acacgcgagc ctcgcaggca cgcaggccat caaattcgta agggcaatag
    21001 gcgttgacga agctgaaatc cttgtcggcg cccttgaaat agcccttctc gcgggcgaag
    21061 gagacgatgt ccggcgagta catgcagttc tccttgtcgc cgaacgggat gtggtggata
    21121 cgcgcctgat tggcgtgggc cgcgatgcag tcgtccggga tgcggatggc cacccacacg
    21181 gcgcccttac ggccgggtcc cttgccgatc atttccatga tccatgcctc gttcttgtcg
    21241 gcgatagtga acgattcgcc gctgctgtag taaccgtgcg cagccacgag gtcggtcatc
    21301 accttgattg cctcgcgggc tgagcgcgag cgctggaggg cgatgtagat caggctgccg
    21361 taatccatga tgccggtcgt gtccaccagc tcgtggcgcc cgccgaaggt gctctcggtg
    21421 atggccacct ggtgctcatt catgttgccc acgacggagt acgtccgttc cacctgtggg
    21481 atgcgtccga gcggtttgcc cgtgtcccac tccaccacgt cgagcatagc gccctttggg
    21541 tgcgtcgctg ccggccaacg atacatcacg ccgtacagcg tgtgcgagtc agccgcataa
    21601 ctgataatca ctgatccgtc aacggatgct ttcttgccca ctatcaagtc ggtgcaagcc
    21661 tcggccttcg tcccgcccat agccaggaac aatgcggccg ctaatgcgat agcatacttc
    21721 ttcatacgat actgtttgat gtttctctat tgtgtaaata aatcttgtgg ccaaaggtag
    21781 atgaattgtc aaggggaggc tcaaccgact ccgtcttacc gtcaattgcc cactgcgccc
    21841 cctatttttg tcatccgatt attcactcta ttaaacaaca ggcacaatgg aaacacgaac
    21901 tcatcatgca cgctccttgc ggcgggaaat catctccgcg ctcatccttt ttgtttcact
    21961 ctttccgctg ctcgccaccg cgcaacttca cgacgtccgg ctgcgggtgc tggagccaga
    22021 cggtacgccg gcggccaacc tgatgtgcgc gcttaaagcg cccggatccg ccgatgccgc
    22081 cgcgtttgcc ttcaccgaca gcacgggcgc gaccgtcctg cgcgtcgcgg cgacggggca
    22141 ctacggactg tcggtcttgt cgtttggcaa agtccttcac gagcaagaag tggacgtcgc
    22201 gggcgccgtc gatctgggcg acatcaccct ccgcacggcc acacagcagc tggacgaggt
    22261 gatggtgacg gccgagcggc gcgccgtgag caaccgcgag ggacggctca tcttcgacgt
    22321 ctcctcgttg cccctcaagg ctgactatac ggctgtcgat gccctcgtgc gcacgccgct
    22381 cgtcaacttc tcgtccgacg gcgtcaccat cgccggactc ggcgccgaga tccgcatcaa
    22441 cggcatccgt cagcaacgcg ccggcggact ctatgcctac ctcagcgcca tccccatcga
    22501 tcgtgtggag cgcatcgagg tgcacgccgg ccgtagcgcc gacctcgacg cctcgaatag
    22561 cggcggctac gtggatatca tcctccgttc gctttacggc gtctccggct tccttcacgg
    22621 cggcctctcc tactacggca tgagctacga cgcccgccgt cacgccctgt tcaccgggtc
    22681 gggtggcgca ggcatcacgt acggcaaaga gcggtggagc gcctacgccg acgtcagctt
    22741 cggtgccgga cgcagcacgg gtgtcaaaag tcggcgcgag acgaccttcc tctccagcgg
    22801 cgaggagcgc acgggtacaa acacaactta cggcgatcgt cgccgtggcc taaccgtgaa
    22861 cgcaggcctg aatgtccgcc caagcgagct gcacaccttc ggcctcgaaa cctccctcac
    22921 gtacatgttt ccgcccacga actacgccga agccgcacag cagatcgtcc tcggcagtcg
    22981 gcgcgagcag tacacccgaa cgacggagac agaccgcacc acctttgccg gtaatctctt
    23041 agccaactat cgttacgctt cgaaagacgg tcgccacaag gtgaattggt tagcgaacta
    23101 catccacgat cacaaggacg aggaggcgcg ttgggatgtg cgatacactc tgcccgacac
    23161 gctgcagcgc caggagatca ataccgaccg cagtcgctcg gagatgtttt acacgcagct
    23221 cgcctacacc catcgcctca gcaaagagat tgagctgatg gccggcggca agtatgcgcg
    23281 caccgccatg cgaaacgaca atggatatgt cgagggcgat cgcctggcca cagagaaccg
    23341 cttccgctac gtggagcaga tccccgccgc cttcgccgag ggcagctact cgcgcggccc
    23401 gctctacctc tccgccggtc tgcgcatgga gcagactgat ctccgctcgc acagcggcga
    23461 cgtccgccag acctacactg gcctctaccc ctctgtccga gcgtcgtaca acttccccag
    23521 cggactgtcg gtcaacctca gctattcgcg cacgctcttc cgcccgccgt tccagctgct
    23581 caaccaccat gtcttcaagc tgtccgaacg tgagtactac gtcggcaacc cgctgctaaa
    23641 ggccgaagtg aacgacaaca tccgcctccg actgacctcc ggaccacata cactctacct
    23701 gcgttggggc tactcgccga acccgatcac gaacatgttt tacagcagcg gcgacacgct
    23761 ctatggcacc aacctcaatg ccgcgcgcaa gtatgaatac gccgcttcgt acagcttcaa
    23821 cagtcgcctc cgcccgtggt ggcacatcgc ggccgaagtg gagttgcagc acatccacct
    23881 gcccgaaagc caatacaagc agcgcatcac acagctgtac gcctccatgc gccacacgtg
    23941 gacgatcgcc cgcgcggtga gcgtagacct gaacgcgaac tatggttcgc cgtggatcat
    24001 gaacgacaag tgggtggggg atcgcttcaa agtggattta agtgcgcgtt acaccttccc
    24061 gaagagcggt atcaccctct cgctgacggg ccgcaacctc ttggctcgcc gccggacaga
    24121 gagcatcatc cacaacgcca tgctccacaa tcgcaactgg agcgaaacgg caccgctctc
    24181 catcctcgcc aacctgacgt ggcgcttctc tgccggacgc aagaaggtga gccaagagcg
    24241 cattcaggac aacaacatgg atcggtatcg gttgtaatcg accttcggtg gcgggacgac
    24301 atcgaaaaca catttagaaa acgtgagttc gacgaaagca taaagccggc agagtgtttc
    24361 tacggaagct acgcgagggt caaaacgttt ttggaaatgc ttgcaacagt gttgcaaaca
    24421 ccaaaaagtt tttcgtgaga cttgcaacag tgttgcaaac accagaaagt ttttcgtgag
    24481 acttgcaaca gtgttgcaaa caccagaaag tttttcgtgg gacttgcaac agtgttgcaa
    24541 acaccaaaaa gttttccgag agacttgcgg aactcccgca aacaccaaaa agttttccga
    24601 ggcacttgcg ggactcccgc aaacaccaaa aagttttccg aggcacttgc gggactcccg
    24661 caaacgccaa aaagttttcc gagagacttg cgggactccc gcaaaggcca aggcaaaaag
    24721 agagcgtgcg gcgggtcttg ttttcccgtg cacgctctct gctctgcgtc tactttatgg
    24781 atggatggag ccggttactt ggcgatcttc tcaagccatt tcaacatgcc gagcatgacg
    24841 aacatggaga tgaggcagat ggtcaggaag acggtccagc actgccagat gggcatcttg
    24901 ttatacatca gcgggccgat ccagaggaac aggttaccga tagcggtggc gccgagccag
    24961 aggccttgac agaggccttg cagatgtttc ggggcgactt tcgagacgaa cgagaggccc
    25021 agcggcgaga tgaatagctc ggccacggtg aggaagaagt aaagcacgat cagcacccag
    25081 gggccggctt tgatggccat ctgttcgctg tcggatagtc tcttgaattc ggttcccgag
    25141 gggtagccct gcatgaagga gaagatggcc aggaagagga aggccaggcc ggcgataccc
    25201 ataccgatgg cgatcttgcg gggggtcgag atctcgcggc cgcgcttgct gagggcaccg
    25261 aagatgagca tgacaatggg cgtgagcgtg atgacgaaga aggggttgac ggcctgccaa
    25321 atctccgggg cgaggttgtc ggtctggaca aagtcgcggg cgaagaggga gagcgattgg
    25381 ccgttctggt ggaaggagag ccagaagaag atgacgatgc ctaagacggc aaagagggcg
    25441 tacatgcggc gcttgatctc gcccgccatc tcggcccgct cctccggggt gtaatcctcc
    25501 acgacctgtt tctctttctt ggcgggcacg gggaatatct tctggttgac cataaaaatg
    25561 atgagcgaaa tgagcatggc ggccacggag gcgatgaagg aatagtggat gccggtgttg
    25621 aagatgtcga ggtagctctc gcagaaggcg cgaatggaat cgggtgaatt ggcgtctacc
    25681 gtgccgccga ctttaccgat cagcccgagc agattattca tcggatcgcc aaccatggag
    25741 gctccttcta aaatgtactg gtggcaggcg gcgggcaggg cagcgttgta gatcaggccg
    25801 tgcgtgttga gccaccactc gcgcagcaag ggggcaacga agggcgcgat gagtccgccg
    25861 acattgataa agacgtagaa aatctggaag cctgagtcac gtttgccttg cacgcggcga
    25921 taagcctcgg ggccttgggc caaggcttcg gcctcgaagt tgtcatacat ctgtccgacg
    25981 atggcttgca ggttgccctt gaagaggccg ttaccgaagg cgatgagcag cagggcgaag
    26041 caggtcaggg gcagcagcca gccgatgttg ccttgggtgg agaggatggg gatggagagg
    26101 atgatgtagc cggtggccat gatgatgagg ccggagcgga tgacggcttt atagttctgg
    26161 gtgcgatcgg caatgatgcc gcccacgagg ctaagcacat agatgccgca atagaagacg
    26221 gagtagatga tggcactggc ctcgtcgctc agtccgaatt tggagcagag gaagagcacc
    26281 agcacggcat tcatgatgta atacccgaag cgttcgccca tgttggagag ggcggcaggg
    26341 atgagtccct tgggatggtc tttgaacata agaatcagtt ttttagtcgg taatgtatgg
    26401 atgagtagtt attgaatgat ctgcttgatg gcgcccgttt cggggtagaa gatgaccttg
    26461 atcggcgcct ttcggtcttc aaacatgacg ggcgccaggg cctcgtgcga gccgaactgc
    26521 accacttgca cctcgccgcg atagagctgt ttgtcgccca tttcgatccg cgcgtcggcc
    26581 ttaccgggca cattatagat gatgcccttc atggactttt ccttcttctc ggcctctttg
    26641 gggtcgaggg caggagcgcg attgatggcg tggaggctga ggtagatagg ggtgccgcca
    26701 aggtcgtcgg ggtcgaggag accgagcttc tcggagaagc ggaagaggac ttcgcgatcg
    26761 aggtcgtcgt cgggcacgat gcgggtttca tggaaggtgg tcttgcgatg cttttcgccg
    26821 acgaagaggg cggtcagggc ctgctcctgg tcggtgagtt gctggaggac gatcttcatg
    26881 gcctcgccgt cggggggcat gttgtcggcc tcgccggaga ggatgtccat gcgtgtttcg
    26941 cgcagcttgt agatctgtcg ggcggccact tcggcctgtc gggtgacgga tccggccatc
    27001 agcagctcct cggtcatcag cgcgggcacc tgttccttct cggcggcttg cgcgctgcgt
    27061 ttggctacgg ccacgacgga ttccgtgggg atatagtcgg cattgatggt gcagagcagg
    27121 ccgtcatcgg tcaggtagac gaagggggcg gtggttttgg gtttgaactc gacaatgtag
    27181 gtattggcct cgtcgggcac gcctttgttt tgcaggtaga ctttactcag ttcgtaatac
    27241 acatggtcgg acatgacggc atccttgacg ccgagatact tttcggcata cttgtagtaa
    27301 ggcccggcct tgcaggtcac ttgggtgatt tcggccgtta cgaccagcga tgttttgggg
    27361 agggagtagg tgacgccgta gccgttgctt ttcatcgcta ttttcttctc cacccgcgtt
    27421 tgcgaaaagg ccggagaggc catgctgagc aggaggcaga tcgtccagat gctgtatttc
    27481 atattcgtct tcagtttatg ttgcctgcgt ttattaatgc aaaaaggtgc gcaaatctat
    27541 ctctattttt caccggcaca acgtttctct actttcgcgc cccgtaattc aaatatcaat
    27601 tagctgttta tggatacaca cacaacttct aacgagatcc aaattgaact cacggacgag
    27661 gtggcgcagg gtacgtacgt caacctggcc gtcattgccc attcggagga tgagttcgtc
    27721 tttgacttta tccgcctcgt gcctggggta ccgaaggcga aggtgaaatg ccgcctcatt
    27781 atgacgcccg acaatgcccg ccgactgctc cacacgctgg acgagaacct gcgccaatac
    27841 gacgaaacgc ggcagggcgg aggcgctgac gacgcgaact cgttcggcgg catgctcccc
    27901 ccgatcggga agcccggcga ggcctaaacg catccctgcg cattgtgcgg catgacgcag
    27961 acaccccgtc gaagccgcgt ctggtgaccc gaaatggccg cgaaccactt tttagtcgtt
    28021 tctggtgacc cgaagaggtc ttttgggccg cgtcatgtcg catgaaatgg catttccagc
    28081 cgtcggagcc gtttcgtgtc gcatgaaatg acatttccga ccgtcgaagc cgtttcgtgt
    28141 cgcacgaaat gacatttccg accgtcgaag ccgtttcgtg tcgcatgaaa tgatatttcc
    28201 gaccgtcgaa gccgtttcgt gtcgcataaa atggcatttc cgaccgtcgg agccgtttcg
    28261 tgtcgcatga aatggcattt ccgaccgtcg gagccgtttc gtgtcgcatg aaatgacatt
    28321 tccgaccgtc gaagccgttt cgtgtcgcat gatgcgtaat gcctaagccg atagcccccc
    28381 tcagaaaaac aaaaggcgcc gattgatgtg gagttcaatc ggcgccttcc gtttcttggg
    28441 ttaatccaac cagacgaggg ggttgagctt gcgcttttca cgccagagct ggaagtggag
    28501 cacggtctcg tcgcggtttt cgacgtcgga atagatgcgg ccgatggact ggcgggtggc
    28561 gacgcgatcg ccggccttga cgtagacgcg gccgaggttg ccgtagacgg tgaggtagcg
    28621 gccgtggcgg atgatgacgt tgtagttgta gcccggcagg acgaagacac gcgtgacggt
    28681 gcccgtatag acggctcgcg catcggtgcc cttcgaggtt cggatgtcga tgccattgtt
    28741 ggtggtgcgg acgtacgtcc agcgtttgtg gcggtggcgg ccaaagctct cgaccacctt
    28801 ataacgaccg tcgagcggga agggcaggcg gccacggttg gcggcaaagt cgtccgagag
    28861 cttgcggtcc tgacgcgagg gggcgtccgg tttgcgacgg ttcttacggg ccgtctgctc
    28921 ggcgtttttg gcgcgcgcgg cggcagccat ctcctcggtg gccagctgct cgatgcggcg
    28981 gtcgagggcc tcggcctgtt gctgctggcg ggccaggtcg cgggtgagat ccgtctggcg
    29041 cgcctctaac cggcggacgc cggtgcgctg ctccgtctcg gcgtctttga gccggctcag
    29101 ctccgtggcg cgcacctcga gcaggtcagc tttctcgccg cgaacggcag ccagggcggc
    29161 ccgtttctcg tcgatctcct tctgccgatc cacgatggag agcgcctgtt gcttctgcca
    29221 cgaagcgtat tcgtggaggt agcgcaggcg acggatgaag cgggcgaaat tgtccgacga
    29281 gagcaggaag atccatttgt tatgcgccgt gcaacgctca tagagggtac agaccaggtg
    29341 ggcgtactgc tgtttccgct cgccgaggcg cttctcgagg cgccggaggt cggcgttggc
    29401 cgtggcgatg cgacggtcga tggcggcgag gtcgcgattg aggccgtcga tcatctgcct
    29461 gtgttccgac acctgccgcg tgagctcctt gaggcgctcg gccgaaaggc gggcggtgcg
    29521 ggtggtctcg tccagctggc gacgcgtctt tttcatctcc gtgcggacgt tttggcgttg
    29581 gtctttgagt cgctttttcg actgcttctg cccggccatg cctactgcca aagcgagcgc
    29641 aagggtggcc gcggcgaggc gtcggccgag ggattttaga ggctgatcat tctccatagc
    29701 tgtttcaggg taatgcgttt gtaattgtcg ggaataggga aaaacatctc cacgggcacg
    29761 tccgtctcca ccttgtcgaa gcggatccag agcttgttca cgccctccac ttccgcctcc
    29821 atatacatgg ggaaaggtct gccgccgacg gtctggaagc ggctgtaatt ccacttcagc
    29881 tcaaggaaag ggaagatgat ttccgtagcg atgagtcggg cgcggctgtc ggtggtgaag
    29941 tcgtacgtca tgcgctcggt gtccttggcg cggaagcgcc gggcgccaag caacaggcgc
    30001 tgctgctgga aacggtccat gctgaacgcc tcgccgtcgg gcgtgaagag gcgatcggtg
    30061 aggagcgcct cgaggtgctc gtaatggaag tcgtacggga agtccgcctt ggcgtaggcc
    30121 ggtatctgct tcttgatctc gtcgatcggt tcagcggcgt aacgtcggcc catgcggtcg
    30181 atgatcttca cactgtcacg gctcacctcg aggcggaaaa gctcgatgcc gaccaacggc
    30241 gtgatggaga tttgcaggca acggccacgg atgatcttca ggcgggcgcg ggagctcatc
    30301 tcatccttcg tgtcagggtt cagctcgacg tacatcgtgg ccgtgagcgt gcgatagtcg
    30361 ggcgtagaga gtcggccgac ctgctggacg tattcggcct ctgagagggc ttcggcgacg
    30421 gccttgtcgg cctttgcggc cgccgaccgc gtcgtccgac agcccgcaag cgtaatcgcc
    30481 agaagcacgc tcgagagggc cagggcgcgc aggttagtcg tcgcccgatt catcctccgg
    30541 cccctccaga taagcctctt cagcgatctt ccgctccagt gtcttcgact tctttccggc
    30601 cgcgcgcgcc tgcttccatt gctcgacggc cttggccttg tcgccggtca taaagaggat
    30661 atcgccaaag tgctcgagca attcggcgct gttcgtggtg tccttcccga cggcgttttg
    30721 gatgtagatc agcgccagag aatagttctg cttcttgaag aagacccaag cgtaggtgtc
    30781 gagataggtg gcattgttcg gctccagctt aatgcatcgg gcgctcatct gctcggcctt
    30841 atcgaggtcg cccgtgggcc gcaagatggt caggtaatag gcgtagttgt tgagcacggc
    30901 cgtgttgttg gggttgtact ggagcgattt atcgtaggcc tcaaacgcct ccttccgccg
    30961 cttgatctgg aagtagatgt cgccgatctg gccgtagaag tccgagcgca tgtggacgtt
    31021 ctcctcgggg atcttctcca gcccctcgcg ataggcgtcg agggcctttt ggtaagcctt
    31081 ctcctcgtaa taaaggacgc cgagatagaa gaaatagacg ggcgactcgg ggaacatctg
    31141 gcgacacttc tggcagatac gcatggcctc cttcgtgtcg ttagcttgga tagcgatgac
    31201 gagcaactgc tgccaggctt cttcgttgtc gggctccatc tcggtgacga gttggtattg
    31261 atagcgggcc tcctccgtct tgttttgcat catcagtagg ccggcgtagt atctcttcag
    31321 cgaaggctcc tcggggtgtt gcgccaggag ggtgcggaag agcgtatcgg ccgtcatcat
    31381 ggcgtccggc gtctggtgga gctggcggag gtagcgcgcc aggatgccca tcttcgtctc
    31441 cacgtccagc tctcgatcga cgagcgcggt gcggatctga ttctcggccg ccgcccgatc
    31501 gcccacggcc tcgtaatagt tggccatcga gacgggataa tagggagacg tggggtcaat
    31561 ctcatgcgcc gcttcgtagg acgagagcgc cccggccgtg tcgccattct ccagcagcag
    31621 gtcaccgatc atgatcgggt atcgcacgtc gcccggattg ttatccgcca gccgttgcag
    31681 ctcgttgtaa gccttatctc gctgctccat ttgcatgtag agcttgtatt tctgcataga
    31741 gagcgcctcg ttgacgccca gcgtattctc caactcattg aagcggtcga tggcctcgcc
    31801 cgtctggccg gcctgattga gggcttcggc caggtaatag atcagctcag gcttagccgg
    31861 atgctcgtgc accagctcac gatagagctc ggcagcctcg ccatacatac ccacgttgag
    31921 cgagagcgaa gccagcgcca ggcgataggt gtagttcgtc ggatcgtact tcacggcgcg
    31981 cctgagatag tcgagcgaga gctccggttt acgtagttgc aaggcgtaga cggccagctc
    32041 atagagcggc gccgcggccg tggagtcaag gctgatgcag taacggaagt ggtcgtaagc
    32101 gacgtcgtgt cttccggcct gcttgtcttt gagcccctcg aaatagtagt agtccacctt
    32161 gcgctgctgc ttttgggctt ggatctgctt atcgtcggcc cgccctacgg gcacaacaaa
    32221 ggcggcgcag agcacggccg taatcaatct atatatcggt ttcatcgtca ttgcggtgct
    32281 gcctccctgt tcatatacct gtgtgtccaa atccaccgct gccgcgctcg gtctcgtcga
    32341 gcgactccac gggctgccat tccacgtgct cacagcgcgc cacgaccatc tgcccgatgc
    32401 gctcgccatc acagaccgtg aagggcgtat cggagaggtt gacgaggaca attttgagct
    32461 ctccgcgata gtcggcatcg atcgttccgg gcgagttcag catggtaatg ccatgcttga
    32521 gggccagtcc gctgcgtggg cgcatctgcg cttcataacc ttcgggcagg gcgatgtata
    32581 gccccgtggg gatgagtcgg cgctccaagg ggcccagcgt gacgggcgcg tcgagaaagg
    32641 cacgtacgtc tatcccggcc gagagcggcg tggcgtagct cggcagcggg tgacgtgatg
    32701 tgtttacgat tttcactttc atatgatagt cattatttga tggcaaaagt agcggcctta
    32761 aacgctttca agaaatggca ttatacgaca cgaggccgat cgtgggattt ctgaaacgcg
    32821 aaaatgagac gcgaaaccga tcccgtgatt tctgaaacgc gaaaatgaga cgggaaaccg
    32881 atcgctgatt tccaaaaacg ccttcccgcg acgggaaacc gatcaaaact ttccgaaaac
    32941 gccttcccgc ggcgggaaat ggggaaaaat ctccgaaaaa cgccttcccg cggcgggaaa
    33001 tgggaaaaat tctcagaaaa acggtttccc gcggcgggaa aggggaaaaa tcgctcgaaa
    33061 aacggtttcc cgcggcggga aggcggtaaa attttctgga gatcggtttc ccgccacggg
    33121 aaatggggct tttttgccga aaaacgcttt ccgccgcggg aatggtgttt tctatcgagc
    33181 gatgtttatg tcgcaaaaaa aggacggtcc acgatgcgca acatcccgcc gcgggaagga
    33241 agtgccgctc catgtcgccc tcccccgcta attttaccac atccatgcag catatagggg
    33301 cggatggacg tccttcaaag cgtacgcacg atatgtcata ccaacacgat tataaaatga
    33361 agaaacaaat gatgattgcc gggctgaccc tgctgtcggc cgctgtcgtt ggcgcctgcg
    33421 ccacgaagag agagaaacaa cgtatagacg ggatgacggc cgccacgccg gccgagccta
    33481 tccgattaga gcacccggag aaggtggccg acgacaacgc cttcaccttc gacctgctcc
    33541 gtgccgtcag gaagcacacg gacaaggcga acgtcttcat ctcgcccctt agcgtcagca
    33601 tggcgctgaa catgacactg ggtggcgccg ccggcactac ggccgatgag atgcgcaccg
    33661 cactgcacga atcgggctat tcgcaggccg acatcaatgc ctacagcaag cgactgcgtg
    33721 aggccctgct ccgggccgac ccacagacaa cgatcggcat tgctaactcc atctggtacc
    33781 gccagggcga gacgctccgc acggccttca cgaacgctaa ccgcacgtat tacggcgccg
    33841 aggtgcgccc gctggacttc gcctcgcccc ggtcgccgaa ggtgatcaat gactggtgcg
    33901 cgcggcagac tcgcaaacgc attccgcaga tcgtcgaccg catcccctcc gacgccttcc
    33961 tctacctcat caatgcggtc tatttcaagg gcacctgggc caggacgttc gataagaaga
    34021 acaccaagcc ggccgagttt cacaaggccg acggatcgac cgagaaggtg cagatgatgt
    34081 accgccaggg ggattatcgc tacggcacga acgacgtctg ccgctacctg gagatgagtt
    34141 acggcaatgg ggccttcggc atggtcgtca tgctgcccca agaggggaag acgacgcgcg
    34201 atgtgatggc ctcactcagc ggtgagcgtt ggaagcagat gcgtcagatg aacaacgagg
    34261 aggtgcagct ctatctgccg cgcttccgca ccgaatgcac ctacgacctg gccaaagaca
    34321 tcctgcccgg aatgggcatg aaggccgcct tctcgcctga ggcagacttc tcgggcatcg
    34381 ccttgaagcc gctgcgcgtc tcaggcgtcg tccataagac gttcgtcgag gtgacggaaa
    34441 gtggcaccga ggcagcagcc gtcacaagcg tagagatggt gctcatgtcc ctgcccgttg
    34501 acaagaaaga gcccgtcctc ttccgcgtcg atcgcccctt cgtcttcgcc atctgcgagc
    34561 ggagcacagg cgccatcctc tttatcggag agatcggaga aatctgaagt agcccccaac
    34621 ttggccggcg tccctgacgc cttgatcttc ttttgccgcc ttttcttcca tcaagggaag
    34681 aaaaggaggt gggggatcgg gggcaaagcc cctccataga ttcccctctc tgcacatcat
    34741 tccacacaca cgctatgtct catttcaaat acgcattgct ctatgaaaaa gttgtttttc
    34801 tacgcagggc tactcaccct gctggtcgcc gccggatgta agtcggacgg caacgaaccg
    34861 atccctgagc cgaagccgaa gccgacgcca acgccgggaa caacgccggg gacaacgatg
    34921 gacacgacgc gacacatcac gccagtcgtc cccgtcgaac tgaagaaggc cgagaaggtg
    34981 gcgcgtgaca acgccttcac tttcgacctg ctccgcgccg tcaggaagca tacagacaag
    35041 acgaacgtgt tcatctcgcc gcttagcgtt agcatggcgc tgaacatgac actcaatggt
    35101 gccgtcggcg ctacggccga cgagatgcgc gccgccctcc gcgagtcagg ctactcgacg
    35161 gccgacatta acgcctacag ccgcgagctc cgcgaggccc tgctccgggc tgaccccaag
    35221 acgacgatcg gcatcgccaa ctccatctgg taccaccaag gagcaaccgt caaggcgcct
    35281 ttcatcgagg ctaaccgcac gtattacgac gccgaagtgc aggccttaga cttctcttcg
    35341 ccatcggcca cggcgactat caacggctgg tgtgcccaca agacgcacaa caagatcaag
    35401 gagatcgtga agcaggtgga tcccacgacc ttcatgtatc tcatcaacgc cgtctatttc
    35461 aagggcacgt ggactactcg tttcgagaag aaaaacactc gcagcatgat cttccgtcgg
    35521 gccgatggct cgacgcagac ggtggagatg atgaacctca aagacacctt ccgctgcgcc
    35581 tcgagcgacg tctgtgatta cttggaaatg gactatggca atcacgcttt cagcatggtc
    35641 atcatgctgc ccaaagaagg aaagactacg cgtgacgtga tcgccatgat ggacggaaag
    35701 aagtgggccg acgcgatgca aagccttacc ctgaaggaga tccgagttct tctgccgcgc
    35761 ttcaaggccg agtgcgaata cccaatgcac gaacacatct tgccggatat ggggatgaag
    35821 ctcccgttca attctgagct ggctgacctc tccggcattg ctgacgtcac tggcttgtat
    35881 atctccaagg tgatccacaa aacctttgtg caggtggacg aagagggcac cgaggctgcg
    35941 gccgtcacga gcgttgacgt aatggccacc agcgaatcgc ctttcttcac cgtcgatcgg
    36001 cccttcctct tcgtcattcg cgagaagagc acgggcgcga ttctctttat cggggagatc
    36061 ggagagatcc aatgattcca cacacgctat gtttcatttc aaatacacat tgctctatga
    36121 aaaagttatt cctctacgca gggttactcg ccctgctggt caccgccgga tgtaagtcgg
    36181 acggcgacga accgatccct gagccgaagc caaagccaac gccgggaaca acggtggaca
    36241 cgacgcgaca catcacgcca gtcgtccccg tcgaactgaa gaaggccgag aaggtggcgc
    36301 gtgacaacgc cttcaccttc gatctgctcc gcgccgtcag gaagcattcg acggacgcga
    36361 acgtgttcat ctcgcccctt agcgtcagca tggcgctgaa catgacactc aatggtgccg
    36421 tcggcgctac ggccgacgag atgcgcgctg ccctccgcga gtcaggctac tcgacagccg
    36481 acatcaacgc ctacagccgc gagctccgcg aggccctgct ccgggctgac cccaagacga
    36541 cgatcggcat cgccaacgcc atctggtatc gccagggagc aaccgtcaag gcgcctttca
    36601 tcgaggctaa ccgcacgtat tacgacgccg aagtgcaggc cttagacttc ttttcgccat
    36661 cggccacggc tactatcaac ggatggtgcg cccgcaagac gaacaacaag atcaatgaga
    36721 ttgtgaagcg ggtggatccc acgaccttca tgtatctcat caacgccgtc tatttcaagg
    36781 gcgcgtggac tactcgcttc gagaagaaaa acactcgaag cgcagacttc catcgggccg
    36841 acggctcgac gcagcaagtg cagatgatgc gcctcaggga taccttccgc tgcgcctcga
    36901 gcgacgtctg cgattacttg gaaatggact atggcaatca cgctttcagc atggtcatca
    36961 tgctgcccaa agacggaaag actacgcgcg acgccatggc cgcactcgac ggacagacgt
    37021 gggccaaggc aatggaaagt cttgctgaag catatgtaat cgtcaagctg ccgcgcttca
    37081 aggccgagtg cgaataccca atgcacgaac acatcttgcc agatatgggg atgaagctcc
    37141 cgttcaatcc tgagctggct gacctctccg gcattgctga cgtcgccggt ttgtacatct
    37201 ccaaggtgat ccacaaaacc tttgtgcagg tggacgaaga gggcaccgag gctgcggccg
    37261 tcacgagcgt tgacgtaatg gccaccggcg aatcgcctat acaagtgttc actgtcgatc
    37321 ggcccttcct cttcgtcatt cgcgagaaga gcacgggcgt gatcctcttt atcggggaga
    37381 tcggagagat ctgaaaagct gaaagctgaa aacaaaacag ccgggacatg tgagggggga
    37441 atcccaatca tgtacccggc ttttcatttc atagatcctt caccaagacc tcgtcgccgg
    37501 cggcgagcag gtcgcggcgc gtgcggagca gggcttccca ctggggacgg taggcggcgg
    37561 cgatgtcgac cggaaaacgc tccgagccgt gctcgtcgat gcgacggagg ataagcccga
    37621 ccgtgatgtg accgatggcg aaggcgggtt gataacgcac cgtgcggacg ctgtcgccct
    37681 cgaagcggac ggaggccaga atctccagct cggtgagctg ggcgagcgtt tgggcggtga
    37741 ggctgggcgg aatgtgacag aggtcggaga gctcgtcggc tgtgtagggc ttttcgcaac
    37801 gctcgaaacg tttggccacg accgagcaga tgagcaaggc gaggaagtcg cggtagcgac
    37861 ggctgacgtt ccgcacgtcg ggctcgaagc tgaagaggcg gacgttctgc gaggcgtgaa
    37921 ccagctcggc gccgaagagg cagatcaccc acgagagttg cagccaaagc atgagcagcg
    37981 gcagggcggc aaagctgccg tagatggcgt tgtacttgct gacccagatc tgaccgttga
    38041 tatagaggta ttggaagatc tgaaaggcac agcccacgag ggtaccggcc acgagggcgt
    38101 tgaggaagcg cacacgcgtg ttgggcgcca ggaggtaaag cagggtgaag aagaggatga
    38161 tgatggtgta gggcacgagg ctcagtgtgg tgtcagcgat aggcgtgagg aagatgtagg
    38221 ggctgagcag ggcgcggcgc agggtggaaa ggaagatgga aagaccactg gagatggtca
    38281 tcagtacggg caggatgatg atcatggccg aataggccgt cactttgcgg tgccaggtgc
    38341 ggtctttttc cacctgccag atgctgttga aggtgtgctc tacggtggag atgaggctaa
    38401 agacggtgta gagcagcagc acgaggccga tgccgaggaa gacgccgccg cgagtcaggg
    38461 agaggtagtt ctgggcaaag tcgaagccgc gcgcgatctg ggcagactgg gaagggaagg
    38521 agtcgtagag gctctcttcg atcatgtcct tcacgccgaa tccgctggcg acgcccacca
    38581 ccacagccag catgggcacg accgagagga gggtgctata ggtcagtgcc gaggcgcgcg
    38641 tctgaaggtc gttgcgctga tagcctcgga tggccaggat gagcgtcttg gccaggtaga
    38701 tatagacgcg gcgcggaccg ctgacatcgc tgtcggtgat gcgccagatg tcgtacgtga
    38761 cgaagcggat ggcgtccgtc acccatcgga cggcacgatc cacaatcgag ggcttcttct
    38821 cttctttctt ttcggacata ggtgggatgt gagggggagg gttatggaac cgcggtgcgt
    38881 gcgaattgat tcgggggaaa taaaaaaggg acagccggcc tataagccgg gttctgtact
    38941 ccaccgccgg agcggtgtgc gtctgtcatt tatcttggcc ttgccgttgc cgacaggctc
    39001 tgtgcagtct accccccggc attgggcggg cagcccttga tgcgccggta tacatgacct
    39061 tacaacccat caggcgtact gtccccccgt attccgacgg gggcggtgag ctcttacctc
    39121 gccttttcac ccttaccgag cgcagcgcgc ccggcggttc ttttctgtta cgcttactct
    39181 gccgtcgccg acagcttccc gttaagaagg atggtgccct gtgttgcccg gactttcctc
    39241 tcgggggatg cgtcataaat ggcgaattgc tgcgttgcct tcgactctca ggctgcggtc
    39301 atgtgcctta gcacactccc ttgccttcgg tctcggacgc ctggcacttc atccatttct
    39361 gagcgcatcc cgtagccggt atttcaacac ggctccacga gcgacagacc ggccgactgt
    39421 cccgggcgca aaggtaagcc aggggcccac ctctgcgccg tatgtgtggt tatttcttcc
    39481 ccttatccgt gggtacgaac gaggtataaa gctggatcaa ggcggcgata agcaggaggg
    39541 ccacccactc catccgcccg cgaaacatga agacggaggc cacgatcatg gccagccccg
    39601 cgaagacgtt ccagcgggtg agccgacggc ggcgcagatc gaggtcgtcg cggcgtacgt
    39661 ccgtcagata gcccaccgtc acgcccgccg cacccacggc gaagagccac ggggcgtaaa
    39721 tccaatgggt gatataaagc gctgacccgg cgacaaccag taggccggag agcataaaga
    39781 tccaagtgcg tgttcggtcc attttcagtc ttcgataata aatacgtcct cgtttgcgcg
    39841 cttcatgtaa aactcctcgc gggcgtagcg ctccagcccc tcgcgattgg tgcggatgtc
    39901 gtccagcttc ttgcggtcgg tttcgatctc cttcttgtaa tggcggatct cacgctccag
    39961 gcggcggatc ttttcgtcgt acgtgtatcg cttgtagagg ttgctgtcgc ccaccacgaa
    40021 ggtgatgaag aggaaaaagg caaccaccac cacgtaagca ttgacgcggg agagcttgcg
    40081 gatgatctgt gatgttctgt ctgacataaa taagtgtgga ttcagagagt gggcgcaaaa
    40141 gtatggggat cgcgaggaac cccaagcccg ggggagctca gaatccacgg ggcgaaaccc
    40201 tcccgtccgt tcggattacg tcccgtttct tctgggggaa cgcgccgtaa tccggaaatc
    40261 cagcctgttt cttctaagca acacgcccaa atcgagaatt acagcctgtt tcttcccagg
    40321 gcaaccgcat caaatcaaaa ccaccagtcc gatagatctc cgtaggggta cggtgatcaa
    40381 aaacacttgt ccgagagatc tccgtagggg tacggagatc aaaaacactt gtccgagaga
    40441 tctccgtagg ggtacggaga tcaaaaacac
//
LOCUS       SEQF2637|AYYD01001139.125388 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..25388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             438..1400
                     /locus_tag="SEQF2637_01652"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSMKPVKAIDKTMSGQYQLDLHTDYQQRLYGVISKIEPEKIFLD
                     AADIARWHTGIESESEIAREGRASKESESIKKKDEERDEIITALFQEIRQADKSPIPT
                     RQASGHVLRLIVDTYKGLQSERWAGKTAHINGLLNDLGKPESAAAVTAIGVGQLVTML
                     RTANDEFNTLRESRSSKAAGINLPSSASVRKANDQMTTDIFFHIQMAYSMATNEAERK
                     VVGELIDQINQRIREAKATFNQSEAQRKRRDKKRRGNDPDIRLPEDEKPKKPDGPKDP
                     KDPKDPKEPKKPETPGGGEPPKKPDEKPKPGGDGGGPDIHLPEE"
     CDS             1591..3912
                     /locus_tag="SEQF2637_01653"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHYFLFLIAWLSLSLSVARAQLAFTGRVTDAAGKPLEFATAAL
                     YDTDSAFFKGSVTDATGTFQFDRVSPGRYTLEVRLIGFQTVRKPVDLRASEPDLGTIT
                     LAETGVGLSEVTVTAARPNITNRNGVLTTTVVGSVLADEHTLTDLLGKIPGIISDQGG
                     ISVFGGGSPIYYIDNRRVRSGTELSMLDVKNIRKVELLTNAGAKYGADVTAVIKIYTL
                     HRATGLSVEAGANGSLSERFSHGEHASIGYKTKRLNLSAYYGYSDYRNRSHQFSIQGI
                     EADTARQYTTDSHQLPYSREHDYSLSADWEIRSGHTIGAQLIGSRTDAGVTSDDHNIV
                     IRGGVITEEFDSPSDMQHGGTDLQLNVFYNADWSKRFSTSINADYVSSRDKKFQTVRE
                     LMARDTALTDSKLLANYDIYATELTADWNLSDALSLSLGAEYSRINGSGQHFIYAGRL
                     PESHYRSTEDKAAGYAELALNLERWAFSAGLRYERVARNHTDLVDASESLSDTDVQLF
                     PSASASYADDHFNTSLTLSTKTDRPALSYLGSRTYYQSRFVYQKGNPLLKPSTSYNLE
                     WAFGWQWLNLRAGYTRTNNYISSLFVDDPALPDAIISTWQNFPKAEFWQASIDLRHAF
                     GPWSPSLSAGVVKPQLQGVYLGEAVDYNEPGYYVQTNHYLRLPLGMTFNLDFYYNSGG
                     NQGIYRFDPYWSLGAGLRKSFLSDRLDVKLSASDLFHTLDYYERARINRFSFYQNEYY
                     AQWDVSLSLIYRFNQQQLKYGGRSAAAKEKNRL"
     CDS             4348..5256
                     /locus_tag="SEQF2637_01654"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILYFNLTKLRLMNFYQVMTNVQLFLSQEDLETLKLKDAAKVFD
                     EKYKAFDAAVQPMRGDVDTKELNKLDERRDKALIGLYGHVRVFTGFPEEAKATAAQQL
                     QAILLKYDKAPQTKPLREETAIVSNVVSDLEVADAKAKLTLIGAEKWLDELKDANKKF
                     EAAYNARTQRNMDLVGQTKEKRIALDDEYRRLAHTINALATLGGEAPYKRLMSSINAD
                     IQQALLAERPETKKKDPKEPKEPKQPKEPKEPKTPKDPKEPKQPDTPKDPKDPKQPEQ
                     PKKPDEKPKDPKKPDDGNPDIKLPEE"
     CDS             5526..7937
                     /locus_tag="SEQF2637_01655"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHYFLFLIAWLSLSLSVAHAQLAFTGRVTDAAGKPLEFATAAL
                     YDSDSAFFKGSVTDATGTFQLDRVSPGRYTLEVRLIGFQTVRKPVDLRASEPDLGTIT
                     LAETGVGLSEVTVTAAAPAVLQKADRMIVRPEVYMLTAGKNAADVLRQLPGVIVDANG
                     GISIVGKPAIVYINGKPADLTGTTVEQLLKTMQAERIERVELITNPSARYEAAHSGAI
                     IDIRLRRDESMGLNGTASASYYLKTTGPAVEPSLSANYRAGRWNVYGSYGGNMGRYEH
                     QYHNVSRYRTLDVPLEYTDHGVFRPSGTLHNGSFGVDWYASDSHTLGFLARGVRYDGG
                     NTNRTTTDIRRLGRTEVDSAIHAPLTMDIYNNNLSLDLNHVWTPTKQTRLSTDVIYAY
                     ADHNQEQQMVLHYVAPDGRELRPREGNGHSVFQKTNVWLVKTDLEAPLPASVRLETGA
                     QLSGIRRDNNLRGLTLATADAWIDNPGQSNHFIYKEQIAGLYLNLSRAWGERFSCSAG
                     LRAEHTLQDGYQEVGDTGFTRRRWELFPSASAQVALGRGQSLSLSYARKVDRPSFSSL
                     NPFRFYESPTSYQEGNPNLQPSYRHSLQMVYRLRSYSLTLSYTRTDDMITQEPSQDDA
                     TRMQHYTYMNFGRVDNATLSLNIPITVASRWTMNVNANGIYRNYHSRFMGSDFRKTAL
                     HGYVDFNNRFDWGRGWQMQLNGYVVTPRWYLARRSRAYGSMELSVEKSLWSGRGTLSA
                     TLNDPFRWETSRYTLRYGNIDNDGWAMSDTRYLRIDFSYRFGSDKVKRSRQRRTGAET
                     FNDRL"
     CDS             8094..9773
                     /gene="aspT_1"
                     /locus_tag="SEQF2637_01656"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L3K8"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate/alanine antiporter"
                     /translation="MEWFNDLLWGSGVAHSVILLSLVIVFGILLGKVRVAGISLGITF
                     VLFVGIVLGHFGLTIDPVVMHFFKEFGLILFVYSIGMQVGPGFFSSFKRGGITLNLLA
                     ASIVLLGVTLALAIHYITGIPVETMVGILSGAVTNTPGLGAAQEAYNDVHGEAAPTIA
                     LGYAVAYPLGVVGIILAIICLRFLFRINHDQETAHLESEEDRHDREAHQLLLVVKNPA
                     LFGRTVSELSALMPHYDFVLSRIRYCSDGRTEIVSGQTVLHEDDRVLVITTEHDAPTV
                     RTFVGEEAPLKQEEWLRRESELLNRRILVTKPEINGKRLGELRLRQSCGGINITRISR
                     AGIDLVATPRLTLQVGDRVNVVGTSSAIEAVEKVLGNSMKRLNEPNLIPLFLGIALGV
                     FLGSIPLLLPGIPRPVKLGLAGGPLIVAILVSRFGASYGLVTYTTASANLMLREVGIT
                     IFLACVGIGAGDGFVDTLVRGGGASWVGYGFLITFLPLMAVGVVARRFFRLNYFTLMG
                     LLAGSTTDPPALAYANTTAGNDAPAVSYATVYPLTMFLRVLTAQLMILLFT"
     CDS             10557..12506
                     /locus_tag="SEQF2637_01657"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYLKFDKTLLINLEESLSREVLRTNRKGAYHCSTIVDCNTRKY
                     HGLLVMPEPNLDDDNHVILSSLDETVIQHGAEFNLGLHKYEGGSFSPNGHKYIREYTM
                     DTVPRTVYRVGGVILSKEMIFSRTDNQIMIKYTLMDAHSPTTLRFRPFMAFRSVKELT
                     QVNGMADRSYEEVPNGIKARMYPGYADLYMQFNKAPKFVYEPYWYNGIEYPKEQERGY
                     PYKEDLFVPGYFELPIAKGESIVFCGGDKPVEGLAAMPAFFDAEVAERTPRSSFYNCL
                     KNSAHQMFYIPRSDRDDVYLLAGYPWFKVRARDMFVSMTACTLYLGERERYERLMRTA
                     IPALQTFMRYGLPDTVIREIDEPDVLLWVVWNVQQFALKLGVEEARQLYGDLIHEIIE
                     YLLAQKHPNLILRDNGLLYTNGRERPVTWMNSVINGRPVVPRTGYIVEFNALWYNALC
                     FYRELQGDATPERVHQLIAALDLSFPATFVNPYNYLFDYVDNSANQDWSVRPNMVIAL
                     ACPYSPLTRVQKRGALDIVTKELLTPKGLRSLSPKSEGYRPDYIGPQYERDLAYHQGP
                     VWPWLTGMYLTAYLSLFGRGGVSFAERTLINMEEEMSMHCVSTISELFDGNPPFTGRG
                     AISFLMSVASILTVIERLKAYNVED"
     CDS             12535..13803
                     /locus_tag="SEQF2637_01658"
                     /EC_number="2.4.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMY9"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen synthase"
                     /translation="MKALMFGWEFPPHILGGLGTASYGLIKGMSLQPDMHISLVIPKP
                     WGDEDQSFLKIIGACNTPVVWKDVDYDYVAERLSKFMDPQYYFRLRDHIYADFSYRYV
                     NDLGCFEFSGRYPDNLLEEINNYSIVAGVIARTEEYDIIHAHDWLTYPAGIHAKTVSG
                     KPLVIHVHATDYDRSRGNVNPDVYGIEKNGMDYADHIMTVSELTRRTVIEKYHQDPAK
                     VTTVHNAVEPLSPEILAIPDKRGVKDKIITFLGRITMQKGPEYFVEAASRVLMKADNV
                     RFVMAGNGDMMDKMIRLAASRNISDRFHFTGFMKGKQVYEILRASDVYVMPSVSEPFG
                     ISPLEAMQCGVPSIISKQSGCAEILDYAIKVDYWDIEALADAMYGLITYPTLHTFLRD
                     EGLKEVNNIKWEYAGQKVRKIYDQVLFGKQ"
     CDS             13819..15090
                     /locus_tag="SEQF2637_01659"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTICFYFQIHQPFRLRRYRFFDIGNNHYYYDDFQNEEIFHRIS
                     EKCYLPANRAIMEMIRKSGGKFKVAFSISGTALEQMEIYAPEVIDSFRELAGLGCVEF
                     LAETYAHSLASIGDPEEFKAQVRMHTEKVKALFGVEPKVFRNTELIYSDDISELVYEL
                     GFEGMLTEGAKHVLGWKSPNYVYASAVRPQLKLLLKNDRFSEDLSIRFDDHSWKEYPL
                     TADKYISAISATAEGEKIINAFMNYEVLGSMHAADTGIFDFFKALPQYAERNDITFSL
                     PSEIFAQTRPVDSISVPYPMSWVDEEKDCSSWLGNVLQQEAFRKLNEISERVRLCENR
                     RIKQDWIYLQSSDHLYYMSTKHYNLFSPYDNPYDAFNNYMNVLSDFILRVEAQFPSSI
                     ENEELNSLLTTIQNQGDEITRLKKELEAARK"
     CDS             complement(15836..16021)
                     /locus_tag="SEQF2637_01660"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKALLLSFFVVVLCYSLFLDEEQQAAPSDRTNKTTMQTEAYDYV
                     QGHDTTAFYAITSLPWS"
     CDS             complement(16131..16556)
                     /locus_tag="SEQF2637_01661"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQVMAQKGFTASQFAEAIGIQRAAMSHITSGRNNPSLDVMKKIL
                     ERFPDISPDWLLMEKGPMKRGSQPVATPPESTTPPPAPSLFVGLPPAATPSESSADFT
                     PELPEQPKTIARGVERILLFYSDGTFESFVPERKEQGEV"
     CDS             17054..17251
                     /locus_tag="SEQF2637_01662"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRIVKYNGMNICKFTQCYIRIYMYALVFMILLYIDEKMDEGVLE
                     MYQTAEWKCVLPLTEIPSEFL"
     CDS             complement(17585..18958)
                     /gene="norM"
                     /locus_tag="SEQF2637_01663"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O82855"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein NorM"
                     /translation="MAYSLRTYLPFYRRNLKVALPIVFSQLGGALVQLVDTLMVGRLG
                     TVQLASVSFATSVFIIGFVFSIGILMGLTPLVGMAYVRGDRARVTDLFQNSLTLATLS
                     AVVMCSLLFGVIHLMPYMGQDAAVVETAIPYFKTLVFSLIPFLYFTAIKQFFEGMGNT
                     MIAMVITIISNLINVLFNYLLIYGKFGFPELGVLGAGVSTLISRLTMPLMFLLAIRLR
                     SEWWAYFRAFRMHLFSWRRLIELVKVGAPIAAHMLLEVLAFALSAIMVGWLGATPQAG
                     HQIAQNMSHLTYMIVLGIGAATTVRVSHQLGALDLDAARKAGNASVHLCLVYNTLAGT
                     LLITFRHAIASAFTSDPAVIDIGGRLIIMAGIFQVSDGLQTIGAGILRGLTDVKIVML
                     YAFIAYICINLPFGYLLGFVFQFGAIGVWAGFIFGLSVAAVLFRLRCRKMFRQLAASG
                     KYAVKTA"
     CDS             complement(19007..19954)
                     /locus_tag="SEQF2637_01664"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHLECVTAQRNQWYWYLLILFLSFLISNTLGTIPYMAVLVWNI
                     LRSGGLQNMPEMLSGGNLSFFEGIDSNLMLFVMLFAFVILLVAGAYLIQQLQGRTWRM
                     VVNGTQRVRWSHFFGGFAVWGVINVASMAVGYVTDPGNFEFRFDVARFIPLVLVAVTM
                     IPIQSASEEFFFRGYLAQGVASWTGSRWWALVVPSVLFGLMHAANPEVAQYGFWVMMP
                     QYILMGVAFGLAALLDDGIEVAMGAHAANNLCGALLTTYEGAAIQTDALFMVRELNPM
                     ADLPELILSGALFVGLLAYLYKWQFGVLRRPVPPPFKYV"
     CDS             20618..20821
                     /gene="copZ"
                     /locus_tag="SEQF2637_01665"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FV63"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper chaperone CopZ"
                     /translation="MEMRIRVNGMSCSHCQARVEKGLSELDGVTSVRVDLPSGTATVV
                     GDVTEDRLRTALDDLGYEYGGKL"
     CDS             20898..21239
                     /locus_tag="SEQF2637_01666"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19436"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU"
                     /translation="MAIYLQSKILDGYIIYNYNRDMTKADIVSEIARSTGIDKNTVLT
                     SVESFMEEVKKSLAAGENVYLRGFGSFIVKRRAQKTARNISQNTTMIIPEHDIPSFKP
                     ARIFMNQVANK"
     CDS             21280..21369
                     /locus_tag="SEQF2637_01667"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPSGKKRKRHKMSTHKRKKRLKKNRHKKK"
     CDS             21471..23051
                     /gene="rng"
                     /locus_tag="SEQF2637_01668"
                     /EC_number="3.1.26.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9J0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease G"
                     /translation="MVSELIVDVKRDEISIAVLEDRSLVELQKEQQSDSFAVGNIYLA
                     RIKKLLPGLNAAFVDVGYKKEAFLHYQDLGPTFKTQQKFLKQWRGDPKRRQPVQKVSL
                     QPDIDKDGTIGDALTVGDEILVQIAKEPISTKGPRLTAEISFAGRFLVLIPFADKISV
                     STKIKSSEERARLRQLIQSVKPKNFSVIVRTSAEGKRVAELDGELRILQKRWEDNILK
                     VAAKTKAPLVIYEETARTVALLRDIFNASFQNIYVNDQHVFESVYDYVSLIAPEQKEI
                     VKLYTGELPIFDNFGVTKQIKSLFGRTVTYKGGAYLIIEHTEAMHVIDVNSGNRVKGN
                     TEQEKTAFNVNIAAAEEIARQLRLRDMGGIIVIDFIDLTEASNRQQLFEHMTKAMAND
                     RAKHNILPLSKFCLMQITRQRVRPILDVQTTESCPSCFGTGVVKSSILFTDNLEGKID
                     CLVNRHNVKRLTLNVHPYVAAYINKGIFSLAMKWKMKYTHQLKVVPDQSLAFLEYKFY
                     DQDKNELDMQEEKEIVKK"
     CDS             23168..24067
                     /gene="axeA1_1"
                     /locus_tag="SEQF2637_01669"
                     /EC_number="3.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D5EV35"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetylxylan esterase"
                     /translation="MKHFILLCVCVGYMQTAAAQDKPIKLFPEGVPGGADTVAEKRNT
                     DGNRVAGGNVLRITNVSQPTITVYQPPQEFAAGSAVIVCPGGGYDLLAYDLEGDEACL
                     WLNDLGITAVLLKYRVPQREGRPPYEAPLEDLQRAISYVRAHRSSLNIDPERIGVLGF
                     STGGHLAALAATQFDRRTYPLRAVDKASCRPNFCLLVYPSHLGARATDSCLQTAPELR
                     VTKRTPPTMIVQTEDDKSFIDGSLSYYRALKSAGVRAWLFLYSRGGHGYGLRDTGAMV
                     NSWPDRAEDWFREIGVITADTDD"
     CDS             24123..24437
                     /locus_tag="SEQF2637_01670"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNANKTKRYACPHCGNRLRLRDMFGMKKTVTCRGCGRELKVKKQ
                     GLSLMGLLSIAGVSITVIVLGNILRMSGVSFLYTMLILSGLGLVVISIACLVDHLFSD
                     FE"
     CDS             complement(24824..25237)
                     /locus_tag="SEQF2637_01671"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLYELHQSGVTIDRMKNKQGKVYGLKFTYGEHSFKASEIGREF
                     GFRTLPKQFEHSNAQKPIIPSGYSFMIHTKDGPPIAQVTGSAVDTALDAAGSFLSKTG
                     EGTLLQTHGVDYAEISWQRRLRNQGMKKKKRGRGI"
ORIGIN      
        1 cccccgtcgg actctccaac gaggcgtctt tttgctcaga cacccccgtc ggactctcca
       61 acgaggcgtc tttttgctca gacgcccccg tcggactctc caacagggcg tctttttgct
      121 cagacgcccc cgtcggactc tccaacaggg cgtctttttg ctcagacacc ctcgtcggac
      181 ttttttcggg gggatgatgt agcccggtgg ccccggtcgg aacatccgac ggtgggccta
      241 tcgcggtcgg gcgctgctat cggagcacgt ggcagccgcc ccattctttg cggtgctcca
      301 gtcgggccgt tcgacgtgag cgcgggatcg acagccgtcc gcggcaaaaa atgctgcgag
      361 ggccgtcggc gcctccccgc cccccgggcc gcttccgaca tttacccttt cacattagtg
      421 ttaagccaaa aacgtttatg tccatgaaac ctgtaaaggc tatagacaaa acaatgagtg
      481 ggcagtacca actggacctg cacacagatt atcaacaacg cctctatggc gtgatctcga
      541 aaatcgagcc ggagaaaatc ttcctcgacg cagccgacat cgctcggtgg cacacgggaa
      601 tcgaatccga gagcgaaatt gcccgtgagg ggcgcgcttc caaagagtct gaatcgatca
      661 agaagaagga cgaggagcgc gacgagatca tcacggccct gttccaagag attcggcagg
      721 ccgacaagtc tcccatcccc acccgccagg cctcgggcca cgtgctgcga ctgatcgtag
      781 acacctacaa gggtctgcag agcgaacgct gggccggaaa gacggctcac atcaacggcc
      841 tgctcaacga cctgggtaag cccgagtccg cagccgcggt gacggccatc ggagtgggcc
      901 aactcgtgac tatgctgcgc acggccaacg acgaattcaa caccctgcgt gagtcgcgat
      961 cgtcgaaggc ggccggcatc aacctgccct ccagcgcctc ggtgcggaag gctaatgacc
     1021 agatgaccac cgacatcttt ttccacatcc aaatggccta ctcaatggcc accaacgagg
     1081 cggaacggaa ggtggtcggc gaattgatcg accagatcaa ccagcgtatc cgtgaggcca
     1141 aagccacctt taaccagagc gaggcccaac ggaaacgtcg cgacaaaaag cggaggggca
     1201 acgaccccga catccgttta ccggaggacg agaagcccaa gaagcccgac gggccgaagg
     1261 atccaaaaga tcccaaggac ccgaaggagc ccaagaagcc ggagacgccc ggtggtggcg
     1321 agccgcccaa gaaacccgac gagaaaccca agccgggtgg cgacggtggc ggcccagata
     1381 tccatctgcc ggaggaatag gcggagcgat ctaagaacga tttgttgaac aactcaacca
     1441 gccgggtaca tatggaggcg actcacatgt atccggcttt ttcatacccc gcttcgtcgc
     1501 ccgatttgca ccccttttcg ccacggtatt gcacaggcgg gggggggggc gatatttggg
     1561 gccgttattt acactaaaaa catcacgaca atgaagcact acttcctttt ccttatcgca
     1621 tggctgagcc tctcgctctc ggtggctcgc gcccagcttg cgttcactgg ccgcgtgacg
     1681 gatgcggccg gtaagccgct cgagtttgcc accgcagcgc tctacgacac agactccgcc
     1741 ttcttcaaag gcagcgtcac cgacgccacg ggcaccttcc aattcgaccg cgtatccccc
     1801 gggcgctata cgcttgaggt ccgtttaatc ggctttcaaa cggtgcgcaa acccgtcgac
     1861 ctacgcgcct ccgaaccgga cctcggcacg atcaccctcg ccgaaacggg cgtcgggctg
     1921 agcgaagtga cggtcacggc cgcccgacca aacatcacca atcgcaacgg cgtgctgacg
     1981 acgaccgtcg taggctccgt gctggccgat gaacacacgc ttaccgacct gctggggaag
     2041 atcccgggca tcatcagcga ccagggcggc atctccgttt ttggtggagg ctcgccgatc
     2101 tactacatcg acaaccgacg tgtgcgcagt ggtacggagc tgagcatgct cgacgtgaag
     2161 aacattcgta aggtcgaact gctgacgaac gccggcgcta agtatggcgc ggacgtgacg
     2221 gcggtgatca agatctacac cctgcatcgc gccacgggcc tctccgtcga ggcgggcgcc
     2281 aacggtagcc tcagcgagcg cttcagccac ggcgagcacg cctcgatcgg ctacaaaacg
     2341 aagcgcctca acctctcggc ctactatgga tatagcgact accgcaaccg ctcgcaccaa
     2401 ttctccatcc aaggaatcga agccgacacc gcgcgccaat acaccaccga cagccaccag
     2461 cttccctaca gccgagagca cgactacagc ctcagcgccg actgggagat ccgctccggg
     2521 catacgatcg gcgcacagct cattggatcg cgcaccgacg cgggcgtgac ctccgacgat
     2581 cacaacatcg tgatccgcgg aggcgtgatc acggaggagt ttgacagtcc gagcgacatg
     2641 cagcatggcg gaacggacct ccagctgaac gtcttctata atgccgactg gagcaagcga
     2701 ttttcgacgt cgatcaacgc cgactatgtc tcctcgcgag acaaaaagtt ccagaccgtg
     2761 cgcgagctca tggcccggga tacggccctg accgactcga agctgctggc caactacgac
     2821 atctatgcca ccgaactcac ggccgattgg aacctctccg acgccctctc gctctcttta
     2881 ggcgccgaat acagccgcat caatggcagc ggacagcact tcatctatgc cggccgattg
     2941 cccgagtcgc actatcggag cactgaggac aaggccgcgg gatacgccga gctggcgctg
     3001 aaccttgagc gatgggcctt cagcgccgga ctgcgctacg agcgagtcgc ccgcaaccac
     3061 accgacctcg tggacgcctc cgaaagcctc agcgacacgg acgttcagct cttcccctcc
     3121 gcctccgcct cctacgccga cgaccacttc aacacctccc tcaccctctc caccaaaacg
     3181 gatcggcccg cgctctccta cctcggcagc cggacgtatt atcagagccg cttcgtctac
     3241 caaaagggca atccgctgct caaaccctcg acctcgtaca acctcgagtg ggccttcggg
     3301 tggcagtggc tgaacctccg ggccggatac acccgcacca acaactatat ctccagcctc
     3361 tttgtggacg acccggccct cccggacgcc atcatcagca cctggcagaa cttccccaag
     3421 gccgaatttt ggcaagccag catcgacctc cgccacgcct tcggaccctg gtcgccatcg
     3481 ctctccgcgg gcgtcgtcaa gccccaactt cagggcgttt atctgggcga ggccgtcgat
     3541 tacaacgagc caggctatta cgtccagacg aaccactacc tccggctgcc gctcggcatg
     3601 accttcaacc tcgacttcta ctacaacagc ggcggcaacc aaggcatcta tcgcttcgac
     3661 ccctattggt cgctcggcgc agggcttcgc aagagcttcc tcagcgaccg actcgacgtc
     3721 aaactctccg ccagcgacct tttccacacg ctcgattact acgaacgggc acgcatcaat
     3781 cgcttcagct tctatcagaa cgaatattac gcccagtggg acgtctcgct cagcctcatc
     3841 tatcgtttca atcagcagca actgaagtac ggcggccgct ccgccgctgc gaaagagaaa
     3901 aacaggctct gaatcgttgg ccgggtaccc cgaatgcgga tatccggcct tcgtttttcg
     3961 tttaccgttt tcccccggcc gccaaacgat ctttttcctt ttcttcgccg gcgcttttgg
     4021 ccatacgccc cggctgaagg ctggcgaagg cgtttcttcg gagaaatttc tccaaccgaa
     4081 tgcttttgaa cgaatttctt cggagaaact cctccaacca aatgcttttg aacgaattta
     4141 ctcggagaaa ttcctccaac cgaatgcttt tggacgaatt tactcggaga aattcctcca
     4201 aaagagagtc gtcggtgaaa attactcaag gaaattcctc caaaagaagt ccgtcggtaa
     4261 aaattactca aggaaatgcc ttcaatggat gtcagtcggg cgtgtttctt actacaatta
     4321 caggattaca ctctaaattt tacagaaatg atactttact tcaatctcac caagctccgc
     4381 ctgatgaatt tctatcaggt gatgacgaat gtgcaactgt tcctctctca ggaagatctg
     4441 gagacgctga agctgaaaga cgcggccaag gtcttcgatg agaagtacaa ggctttcgac
     4501 gcggccgtgc aacccatgcg tggcgatgtg gacacgaaag agctgaacaa gctcgacgag
     4561 cgacgcgaca aggccctgat agggctttac ggacacgtgc gcgtcttcac cggcttcccc
     4621 gaggaggcca aggcgacggc cgcgcaacag ctacaggcca tcctgctgaa gtacgacaag
     4681 gcgccgcaaa cgaagcccct acgcgaagaa acggccatcg tctccaacgt cgtcagcgac
     4741 ttggaggtgg ccgacgcgaa ggccaaactg acgcttatcg gtgccgaaaa atggctggac
     4801 gagctcaagg acgcgaacaa gaaatttgaa gccgcctaca acgcccgtac gcagcgcaac
     4861 atggatctcg tgggccaaac caaggagaag cgtatcgccc tcgacgatga gtatcgccgc
     4921 ctagcccaca cgatcaacgc actggccaca ctcggcggcg aagcgcccta taaacgtctg
     4981 atgagcagca tcaatgcgga catacagcag gccctcttgg ccgagcgtcc ggagacgaag
     5041 aagaaggatc ccaaagagcc gaaggaaccc aagcagccca aagagccgaa ggaaccgaag
     5101 actcccaagg atccgaaaga gcccaaacag cccgacacgc cgaaggatcc gaaggacccg
     5161 aagcaaccgg agcagccgaa gaagccggac gagaaaccga aggatccgaa gaaaccggac
     5221 gacggcaacc ccgacatcaa gctgccggag gaatagaggt ggttgttggg ggctgaagcc
     5281 ccgtttagtt gttgggggct gaagccccgt ttagttgttg gtttgtttat ctgttgatgt
     5341 acccgtagtt gacagcgact caggtaaaca aacacctaaa caaatcaaca gagggcttta
     5401 gcccctcaac acctcaacac ctaaacacct aaacatctaa acacctaaac gtctaaacgg
     5461 ggcgcagccc ctaacaccta aacggggcga agacccccat cgtctacact aaaaacatca
     5521 ccacaatgaa gcactacttc cttttcctta ttgcatggct gagcctctcg ctctcggtgg
     5581 ctcacgccca gcttgcgttc acgggccgcg tgacggatgc ggccggtaag ccgctcgagt
     5641 ttgctaccgc agcgctctac gattcggact ccgccttctt caaaggcagc gtcaccgacg
     5701 ccacgggcac cttccaactc gaccgcgtat cccccgggcg ctatacgctt gaagtccgtt
     5761 taatcggctt tcaaacggtg cgcaaacccg tcgacctccg cgcctccgaa ccggacctcg
     5821 gcacgatcac cctcgccgaa acgggcgtcg ggctgagcga agtgacggtc acggccgcgg
     5881 ccccagccgt cttgcagaag gctgaccgaa tgattgtccg ccccgaagtc tacatgctga
     5941 ccgcgggcaa gaacgcggcc gatgtactcc gacagttgcc gggcgtcatc gtcgatgcca
     6001 acggcggaat ctccatcgtc ggtaagccgg ccatcgttta catcaatggt aaaccggccg
     6061 acctgaccgg aacgaccgtc gagcaactcc tcaagaccat gcaggccgag cgcatcgagc
     6121 gcgtggagct gatcaccaac ccgtcggcgc gctatgaagc cgcccactca ggcgccatca
     6181 tcgatatccg cttgcgccgc gacgaatcga tgggcctcaa cggaacggcc tccgccagtt
     6241 actacctcaa gacgaccggc cccgccgtag agccgagcct cagcgccaac tatcgcgccg
     6301 gccgatggaa cgtctacggc agctacggcg gcaacatggg tcgctacgag caccaatacc
     6361 acaacgtcag ccgttaccgc accctcgacg tgccgctgga gtacaccgac cacggcgtgt
     6421 tccgccccag cggaacactc cacaacggct ccttcggcgt cgattggtac gcctcggaca
     6481 gccacacgct tggcttcctg gcgcggggcg tccgctacga cggcggcaac accaaccgca
     6541 ccacgaccga catccgacgc ctcggccgca ccgaggtgga ctccgccatc cacgccccgc
     6601 tgacgatgga tatctacaac aacaacctct cgttagacct gaaccacgtc tggacgccca
     6661 ccaagcagac gcgcctctcc acagacgtca tctatgccta cgccgaccac aaccaagagc
     6721 agcagatggt gctccattac gtcgctcccg acggccgaga gctgcgcccg cgggagggca
     6781 acggccacag cgtgttccaa aagacgaacg tgtggctggt gaagacagac ctcgaagcgc
     6841 ccctgcccgc cagcgtacgc ctcgagacgg gtgcccagct gagcggcatc cgacgcgaca
     6901 acaatttgcg gggcctcacg ctcgccacgg ccgacgcatg gatcgacaat ccgggccagt
     6961 cgaaccactt catctataaa gagcagatcg cggggctgta cctcaacctc agccgtgcct
     7021 ggggcgaacg cttcagctgc tcggccggtc tgcgggccga gcacacgctt caggacggct
     7081 atcaagaggt gggcgacacc ggcttcacgc gccgtcgctg ggagcttttc ccctccgcct
     7141 cggcgcaagt ggccctcggc cgcgggcaat cgctctccct ctcctatgca cgcaaggtgg
     7201 atcgcccctc gttcagcagc ttgaacccct tccggttcta cgaatcgcca acgtcctacc
     7261 aagagggcaa ccccaaccta cagccgagct atcgccacag cctgcaaatg gtctaccgcc
     7321 tccgcagcta tagcctcacg ctctcctaca cccgcaccga cgacatgatc actcaggagc
     7381 cttcgcagga cgatgcgacc cgcatgcagc actacaccta tatgaacttc ggccgagtgg
     7441 acaacgccac gctctcgctg aacatcccca tcaccgtcgc ctctcgctgg acgatgaacg
     7501 tgaacgccaa cgggatatac cgcaactacc attcgcgttt catgggtagc gacttccgca
     7561 aaacagccct ccacggttac gtagacttca acaaccgctt cgactggggc cgcggatggc
     7621 agatgcagct gaacggctac gtcgtcacgc cccgctggta cttagcaagg cgctcccgag
     7681 cgtacggctc gatggaactc agcgtcgaga agtcgctctg gagcggccgc ggcaccctgt
     7741 cggccacgct gaacgacccc ttccgctggg aaacttcgcg ttacacgctc cgttacggca
     7801 atatcgataa cgacggctgg gccatgtccg acacgcgtta cctccgcatc gacttcagct
     7861 accgcttcgg gtcggacaag gtgaaacgct cccgccagcg acgcaccggc gcagagacgt
     7921 tcaacgaccg actctgacct gcacccacga cgcggaccgg atacagcgca tgtaccccgg
     7981 tccgcgtttt tcgtttgtag tgtttcgttc ccgagagacg ggtctacctt tgccgccatc
     8041 ataaacactt acacactaca cgtttcacat tcagctttac ccctctcagt cctatggaat
     8101 ggttcaatga tctcctatgg ggcagcggcg tggcacactc cgtcatcctg ctttccctcg
     8161 ttatcgtctt cggcatcctg ctcggcaaag tccgcgtggc aggcatctcg ctcggcatca
     8221 ccttcgtcct tttcgtcggc atagtcttgg gccactttgg cctcaccatc gaccccgtcg
     8281 tcatgcactt cttcaaggag ttcggcctca tcctcttcgt ctactccatc ggtatgcaag
     8341 ttggccccgg cttcttctcc tccttcaaac gcggcggcat cacgctcaac ctactcgccg
     8401 cctccatcgt ccttctgggc gtcacccttg cgctcgccat acattatata acgggtatcc
     8461 cggtggagac gatggtcggc attctctctg gcgccgtcac caacaccccc gggttgggcg
     8521 ccgcgcagga ggcctacaac gatgtccacg gcgaggccgc ccccaccatc gccctcggtt
     8581 acgccgtcgc ctaccccttg ggcgtggtcg gcatcatcct cgccatcatc tgcctgcgct
     8641 tcctcttccg catcaatcac gaccaggaga cggcccacct cgaatccgag gaagaccgcc
     8701 acgaccgcga ggcgcaccag ctgctgcttg tggtcaagaa ccccgccctc ttcggccgca
     8761 ccgtcagcga gctatccgcc ctcatgccgc attacgactt tgtcctctcc cgcatccgtt
     8821 actgtagcga cggccgcacc gagatcgtct ccggccagac cgtcctccac gaagacgacc
     8881 gcgtcctggt catcaccacc gagcacgacg cccccaccgt ccgcaccttc gtcggcgaag
     8941 aggcgcccct caagcaagag gagtggctgc gtcgagaaag cgaactgctc aaccgccgca
     9001 tcctcgtcac caagcccgag atcaacggca agcgcctcgg tgaactccgc ctgcgccaat
     9061 cgtgtggcgg gatcaacatc acccgtatca gccgtgccgg catcgacctc gtggccacgc
     9121 cgcgactcac cctgcaggtg ggcgaccgtg tcaatgtggt cggcacctcc tcggccatcg
     9181 aagccgtcga gaaggtgctc ggtaactcca tgaagcggct caacgagccc aacctcatcc
     9241 ccctcttcct cggcattgcg ctcggagtct tcctcggcag cattccgctg ctactgcccg
     9301 gcataccgcg gcccgtcaag ctcggtctgg ctggcggccc gctcatcgtc gccatcctcg
     9361 tcagccgttt cggcgcgagc tatggtctgg tgacctacac cacggccagc gccaacctga
     9421 tgctgcgcga agtgggtatc accatcttcc tggcctgcgt cggcatcggc gctggcgacg
     9481 gcttcgtcga caccctcgtc cgcggcggtg gcgcctcgtg ggtcggctac ggcttcctca
     9541 tcaccttcct gcccctcatg gccgttggcg tcgtggcccg tcgcttcttc cgcctgaact
     9601 acttcaccct catgggcctt ctggccggca gcaccaccga tccccccgcc ctagcctacg
     9661 ccaacaccac cgctggcaac gacgccccag ccgtcagcta cgccaccgtc taccccctca
     9721 ccatgttcct gcgcgtgctc acggcccagc tgatgatcct tctcttcaca taaaccgcag
     9781 cgcactcgct ccgaaattgg actttgaccc cgttcactcc cgtggatggg gtcttttctt
     9841 tgtggaaaca cttagcgacg gcgaacaagg gggtgaatcc catgtataga ccttcattgt
     9901 ctacagacaa acggaagtga tagatatatg cagactcttt gtctacagac aaaaattcga
     9961 tttacgcatg aattaaattt tcgtccatag acaatagaga tatatagatg tatatggctc
    10021 tttttgtctg tagacaaata taggtctacg tataaatagc atctttgtcc atagacaata
    10081 gagccataca gatccataca tcctctttgt ctacagacaa actatagatt tatgcataaa
    10141 cgctcttcgt ctatagacaa tagagcttca tagatcgata tacctctatt tgtccacaga
    10201 caaactggag gtttacgtat agacagcatc tctgtccata gacattagta tcctataaat
    10261 ctatataccc cgtttgtccg cagacaaact atggatttac gcataaatag gctatttgtc
    10321 catagacgat agaggtctat agatctatat gatctgtttg tccgcagaca aagcttggat
    10381 ttatacattt tggagcctat tgctcaccgg ccacggcatt cgaacgggag ggagagcgac
    10441 caaatccgat aagcgctggc tgtgcatacg cctcagacct tccacccact tgcaaaatcg
    10501 cccccaaatc ctacttttgg ggcatcaaat acaacaagtt aggaggaagg aatacaatga
    10561 gctacctgaa atttgacaaa acgctgctga tcaacctgga agaatccctc tcgcgcgaag
    10621 tgctccgcac aaaccgtaag ggcgcctatc actgctccac catcgtggat tgcaacacgc
    10681 ggaaatacca cggtttgcta gtcatgccgg agccaaatct ggacgatgac aaccacgtga
    10741 tcctctcgtc gctcgatgag accgtgattc aacacggcgc cgaattcaac ctgggccttc
    10801 acaagtatga aggcggaagt ttcagcccca acggccacaa gtacatccgc gaatacacga
    10861 tggacaccgt cccacggacc gtctatcgcg tcggcggagt gatcctgtcg aaggagatga
    10921 tcttctcccg cacggacaat caaatcatga tcaagtacac gctgatggac gcgcactcgc
    10981 ccactacgct gcgctttcga cccttcatgg ccttccgcag cgtgaaggag ctgacgcagg
    11041 tcaacggcat ggccgatcga tcgtacgaag aggtgcccaa cggcatcaaa gcccgcatgt
    11101 atcccggtta tgcagacctc tacatgcagt tcaacaaggc gccgaagttc gtctacgaac
    11161 cctattggta caacggcatc gagtacccca aggagcagga gcgcggctac ccttacaagg
    11221 aagacctctt cgtgccggga tacttcgagc tgccgatcgc taaaggcgag tcgatcgtct
    11281 tctgcggcgg cgataagccg gtcgaggggc tggccgcaat gcccgccttc ttcgacgccg
    11341 aagtggccga gcgcaccccc cgatcgagct tctacaattg cctgaagaac tcggcccacc
    11401 agatgttcta catccctcgt agtgaccgcg acgacgtcta tctcttggcg ggctaccctt
    11461 ggttcaaagt ccgcgcccgc gacatgtttg tctccatgac ggcctgcacc ctctacctgg
    11521 gcgagcgcga acgctacgaa cgcctcatgc ggacggccat cccagccctt cagaccttta
    11581 tgcgttacgg tttgcccgac accgtgattc gcgagatcga cgaacccgac gtgctgctct
    11641 gggtcgtatg gaacgtgcag cagttcgccc tcaagttggg cgtcgaagag gcgcgtcaac
    11701 tctatggcga cctgattcac gagatcatcg agtatctcct tgcccagaag catcccaacc
    11761 tgatcctacg cgacaacggc ctgctctaca ctaacggtcg cgaacggcct gtgacgtgga
    11821 tgaactccgt catcaacggc cggcccgtcg tcccccgcac gggctacatc gtggagttca
    11881 acgccctttg gtacaacgcc ctctgcttct atcgcgagct gcaaggcgac gcaacaccgg
    11941 agcgggtgca ccaactcatc gccgccctcg acctctcctt ccccgccacc ttcgtcaacc
    12001 cgtacaacta cctctttgac tacgtggaca acagcgccaa tcaagattgg agcgtgcggc
    12061 cgaacatggt catcgccttg gcctgccctt actcaccact gacccgcgta cagaagcgtg
    12121 gcgccctcga catcgtcacc aaggagctgc tcacccccaa aggtctccgc tccctcagcc
    12181 ccaaaagcga gggctaccgg ccggactaca tcggtccgca atacgagcgt gatctggcct
    12241 accatcaagg ccccgtctgg ccctggctga cgggcatgta cctgacggca tacttgagcc
    12301 tcttcggccg cggaggcgtc tcctttgccg agcgcaccct gatcaatatg gaggaagaga
    12361 tgtccatgca ctgcgtcagc accatctccg aactcttcga cggcaacccg ccctttaccg
    12421 gtcgcggcgc catctcgttc ctgatgagtg tagcctcgat attgaccgtc atcgaacgcc
    12481 tcaaggccta caacgttgaa gactaattac acactctgca cacgatatac agatatgaaa
    12541 gcattgatgt ttggatggga attccctccg catatcctgg gaggtctggg gacagccagc
    12601 tacggcctga tcaagggcat gtctctgcag ccggatatgc atatttcgct ggtgatcccc
    12661 aagccgtggg gggacgaaga ccagagtttt ttgaagatca tcggggcatg caacacgccg
    12721 gttgtgtgga aggacgtcga ctatgattac gtcgccgaac gcctctcgaa gttcatggac
    12781 ccgcagtact acttccgcct acgcgaccat atctacgccg acttcagcta tcgttacgtg
    12841 aacgatctgg gttgcttcga gttctcgggt cgctatccgg acaacctgct cgaggagatc
    12901 aacaactact ccatcgtggc cggcgttatt gcccgcaccg aggagtatga catcatccac
    12961 gcacacgact ggctgaccta ccccgccggt atccacgcca agacggtgag cggtaagcca
    13021 ctcgtcatcc atgtccacgc caccgactac gaccgcagcc gtggcaacgt caatccggac
    13081 gtctacggca tcgagaaaaa cggcatggac tacgccgacc acatcatgac cgtaagcgag
    13141 ctaacccgcc gcacggtgat cgagaagtat caccaagacc cggccaaggt gaccaccgta
    13201 cacaatgccg tggagccgct tagccccgag attctcgcca tccctgacaa gcgcggcgta
    13261 aaggacaaga tcatcacctt cctcggccgc attaccatgc aaaagggtcc ggaatatttc
    13321 gtcgaggccg cctcacgcgt gctgatgaag gccgacaacg tgcgcttcgt catggccggt
    13381 aatggcgaca tgatggacaa gatgatccgc ctggccgcct cacgcaacat ctccgatcgt
    13441 ttccacttca ccggattcat gaagggtaag caggtctatg agatcctccg ggccagtgat
    13501 gtctatgtta tgccctccgt ctccgagccc ttcggcatct cgccgctcga ggctatgcaa
    13561 tgcggcgttc cctccatcat ctcgaagcag tctggctgcg ctgaaatctt ggattacgcc
    13621 atcaaggtgg actattggga catcgaagcc ctggccgacg ccatgtacgg cctcatcacc
    13681 taccccacgc tgcacacttt cctccgcgac gaaggtctca aggaggtcaa caacattaaa
    13741 tgggaatacg ccggacagaa agtccgcaaa atctatgatc aagttctgtt tggtaaacaa
    13801 taaaatgaag agagatatat gaagaccatt tgcttttact tccagataca ccagcctttt
    13861 cgcctgaggc gctaccgttt cttcgacatc ggcaacaacc attattacta cgacgatttc
    13921 cagaacgaag agatctttca ccgcatctcc gaaaagtgct acctgccggc taaccgtgcc
    13981 atcatggaaa tgatccgcaa gagcggcggg aaattcaagg ttgccttctc catctccggt
    14041 actgccctcg agcagatgga gatctatgcc ccggaggtga tcgacagctt ccgcgaattg
    14101 gccggcctgg gctgcgtgga gttcctggcc gagacgtacg cccactcact cgcctcaatc
    14161 ggcgacccgg aagagttcaa ggcgcaagtt cggatgcaca ccgagaaggt caaggcgctc
    14221 tttggcgtcg aaccgaaggt gttccgtaac accgagctga tctattccga cgacatctcc
    14281 gaactggtct atgagcttgg cttcgaaggt atgctgaccg aaggcgctaa gcatgtcctg
    14341 ggttggaaaa gcccgaacta cgtctacgcc tccgccgtcc gtccgcagct caagttgctg
    14401 ctcaagaacg atcgcttcag tgaggacctc tctatccgct tcgacgacca ctcgtggaag
    14461 gagtatccgc tgacggccga taagtacatc tccgccatct ccgccacagc cgaaggcgag
    14521 aagatcatca acgcctttat gaactacgag gtgcttggct ccatgcacgc cgccgacacc
    14581 ggcatcttcg acttcttcaa ggcccttccg cagtatgccg aacgaaacga catcaccttc
    14641 tccctgccct cggagatctt tgcccagacg cgccccgtgg actccatctc cgtaccctac
    14701 cccatgtcgt gggtagacga agagaaggat tgtagctcat ggctcggcaa cgtcctgcaa
    14761 caggaggcct tccggaaact caacgagatc agcgagcgcg tgcgcctctg tgagaatcgc
    14821 cgtatcaagc aggactggat ctacctgcaa agcagcgacc acctctatta tatgagcacg
    14881 aagcactaca accttttcag cccgtacgac aacccgtacg acgccttcaa caactacatg
    14941 aacgtgctct ccgacttcat cctgcgcgta gaagcgcagt tcccctcctc gattgaaaac
    15001 gaggagctga actccctcct gactacaatt cagaatcagg gtgacgagat cactcgcctg
    15061 aaaaaggagt tagaggcggc ccgtaagtag ctttcaaggc ttcatcaaga ccacacccaa
    15121 agggggcacg gacaagagcg ccgtagcccc ctttttcata tccgtgtggt tcatgggcta
    15181 taagggcctt ataacggatg gtatgggtgt gtgtgaatgc tctctacggt ttaagcacct
    15241 cgtgggccat tattcgtgga gttatttccc tctggcacca taaaaacaaa ggtcggggtg
    15301 agggcttagc ttctcgttat tccgcctcct gaaacacaaa actgatctcg gacttagcga
    15361 aacaccaaac tgaaacacga agtcgatctc cagtttcacg aaacgccaaa ctgaaacgcg
    15421 aaaccgatct tggacttcga aaaacgcctt cccgccgcac gaaaccgatc aaaacgttcg
    15481 aaaaacgcct tcccgccgcg ggaaatgggg aaaaatctcc gaaaaacgcc ttcccgccgc
    15541 gggaaatgga aaaaaacgct cgaaaaacgg tttcccgcgg cgggaaaagg gaaaaaacgc
    15601 tcgaaaaacg gtttcccgcg gcgggaaggc ggtaaaattt tctggagatc ggtttcccgc
    15661 cacgggaaat ggggcttttt cgccgaaaaa cgctttccgc cgccgaatca ccctacgcgc
    15721 cctcccacaa accttcctcc acacaattca ttgcagagca aaaaaaattg caagtagaaa
    15781 ccgagtgagt ttccgcttgc aacttttcgt gacctgatgg cgactctacc gactgtcagg
    15841 accaagggag ggaggtgata gcataaaaag cagtcgtatc gtgcccttga acatagtcgt
    15901 acgcctccgt ttgcatggtc gttttgttgg ttctatctga aggagcggct tgttgctcct
    15961 cgtcaagaaa gagggagtaa cacaagacga ccacaaagaa tgataacagt aatgccttca
    16021 tgtttttcta ctttttgccc tgatgatgcg tttgtgtacg aaacgttgca tcgcgttggg
    16081 ttattgtgta gaaaaccttt cgcccaatcc ccaccaaagc agagggacga ctacacctcc
    16141 ccctgctcct ttctctccgg aacgaacgat tcgaacgtgc catcggagta gaagagtagg
    16201 attcgctcga ctcctcgggc gatggttttc ggttgctcgg gcagctcagg cgtaaagtcc
    16261 gccgacgatt cggaaggtgt cgctgcaggg ggaagaccca caaagaggct gggcgctgga
    16321 gggggtgtcg tcgattccgg cggcgtagct accggctgtg aaccgcgctt catgggtcct
    16381 ttttccatca gtagccaatc cggactgata tcggggaaac gctccaagat ctttttcatc
    16441 acgtctaagc tcgggttgtt acgcccggac gtgatatgcg acatagccgc acgctgaatg
    16501 cctatcgcct cagcaaactg tgatgctgta aacccttttt gggccatcac ttgcataatt
    16561 ctctctctct cactcataat acacaattgt tgatttacac atctaccatt caccttgcag
    16621 aatggatata caaagatata tggcaattcg gtttctggaa agatacgatc gtatacttca
    16681 agcaatacac acttgtatat tatggatata cgattatgtc gactgtatat atggctagtg
    16741 cataatgtaa tgatatgatc cgtataaatc actttctcat atcatccata tttgattgat
    16801 gaaaagcgta ttattactcc tcatatgcct atctatctag ctattcatgc tctggcacag
    16861 actccgacac gatttatatt tgaatgatca cttgattcat catgcataaa acgctgatat
    16921 atagatatga ttatgcatta tataaggtat agattggtgt ttatctgcat atatgttgga
    16981 cgttgtttgc atgtataacc gtagcaagaa ggcgtaacaa taagagaacg gaagtataca
    17041 ttcatacatc ctaatgagaa tcgtaaaata caatgggatg aacatctgta aattcacgca
    17101 gtgttatata cggatatata tgtatgcgct agtatttatg atattgttgt atatcgatga
    17161 aaagatggat gagggcgtgt tagaaatgta tcaaacggcg gagtggaaat gtgttttacc
    17221 ccttacggaa atacccagcg agttcctctg aaccattcgc taataggttc tgaagtggtc
    17281 attgatacgt tccgaagtac ccgataatag gtcccgagcg tatcaagact acgttcggaa
    17341 cctatctaca ccacgttcga aacctatcaa tgactacctc ggaacgcatt gagactacgt
    17401 ccagaacata tcaatgaccg cttcggaact tgttgagacc acgtcgagaa cctatccagg
    17461 ggatagttcg gggcgtattg atggccgcct cggaacgtat tacactacgt tcggaacgta
    17521 ctaacaccac ctcccggacg tatcagggag aggttcgcaa atattgaggg ggagggagga
    17581 tcgactaagc ggttttcaca gcgtatttgc ctgatgctgc gagctggcgg aacattttgc
    17641 ggcaacgtag gcggaagagt acggcggcga cactgagtcc gaaaatgaag ccggcccata
    17701 cgcctatggc tccgaattgg aagacgaaac ctaaaaggta tccgaacggc aggttgatgc
    17761 agatgtaggc aatgaaggcg tagagcatga caattttcac gtccgtcagg ccacgaagga
    17821 tgccggcgcc gatggtctgt agtccgtcgg aaacttggaa gatgccggcc atgatgatga
    17881 ggcgtccgcc gatgtcgatc acggctggat cggaggtgaa ggctgaggcg atggcatggc
    17941 ggaaggtgat aaggagggtg ccggccaggg tgttgtagac gaggcagaga tggacggagg
    18001 cgttgccggc cttacgtgcg gcgtcgaggt cgagggcgcc gagctgatgg ctgacgcgga
    18061 cggtggtggc ggcgccaatg ccgagcacga tcatataggt gaggtgcgac atgttttgcg
    18121 cgatctgatg gccggcttgc ggtgtggcac cgagccaacc gaccatgatg gccgagagcg
    18181 cgaaggctaa cacctcaagg agcatgtgag ccgcaatggg agcaccgact ttcacgagtt
    18241 ctatgaggcg gcgccaactg aagaggtgca tgcgaaaggc acggaaatag gcccaccact
    18301 cgctgcgcag acggatggca aggaggaaca tgaggggcat cgtcaggcgt gaaatgagcg
    18361 tggagacacc cgcacccagc acgcccagct cgggaaatcc gaacttgcca tagatgagca
    18421 gatagttgaa aagcacgttg atgagattcg agatgatggt gatcaccatc gcgatcatgg
    18481 tgttgcccat gccttcaaag aactgcttga tggccgtgaa atagaggaag ggaatcaggc
    18541 taaaaacaag ggtcttgaaa taagggatgg ccgtctcgac cacagctgcg tcctgcccca
    18601 tatagggcat tagatggatg acgccgaaga gcaggctgca catgacgacg gccgagaggg
    18661 tggccaaggt gagcgagttc tggaagaggt ccgtcacacg ggcacggtcg ccgcgcacgt
    18721 aggccatgcc caccagtggc gtgaggccca tcagtatgcc gatggagaag acgaagccaa
    18781 tgatgaagac ggacgtggcg aacgagaccg atgccagttg cacggtgccc agccggccga
    18841 ccatcagcgt gtcgaccaat tgtacgagcg caccacccag ctgtgagaac acaatcggga
    18901 gtgccacctt gaggttgcgc cgatagaacg gcaagtaggt acgtaagctg taagccatcg
    18961 cttcttattt caagagaagg gggagtgtcg ttgttcgggg tgagctttag acgtatttga
    19021 agggaggcgg cacgggccgg cggagcaccc cgaactgcca tttatatagg tatgccaaaa
    19081 ggcccacgaa tagcgccccc gaaaggatca gctccggcag atccgccatg gggttgagct
    19141 cacgaaccat gaagagggcg tccgtctgga tcgccgcccc ctcatacgtg gtcagcaggg
    19201 cgccgcagag gttgttggcc gcgtgcgccc ccatcgccac ctcgatgccg tcgtcgagca
    19261 acgccgccaa tccgaaggct acccccatga ggatgtattg cggcatcatc acccagaaac
    19321 catactgggc aacctccggg ttggccgcgt gcatgagccc aaacaacacg gagggcacca
    19381 ccagcgccca ccaccgactg cccgtccacg aggccacgcc ctgagccaaa tagccacgaa
    19441 agaaaaactc ctccgaggcg gactggatcg ggatcatcgt caccgccacc aacaccagcg
    19501 ggatgaaccg cgcgacatcg aagcggaact cgaaattgcc cggatccgtc acgtagccca
    19561 cagccatcga ggccacgttg atgacacccc acacggcaaa gccaccgaag aaatgactcc
    19621 agcgcacccg ctgcgtcccg ttgaccacca tccgccacgt gcgcccctgc agctgctgga
    19681 tcaggtaagc gcccgccacc aacaggatca cgaaggcgaa aagcatcacg aaaagcatca
    19741 ggttcgagtc aatcccttcg aaaaacgaga ggttgccacc ggagagcatc tccggcatgt
    19801 tttgcagccc ccccgaccgc aggatgttcc acacaaggac ggccatatag gggatggtgc
    19861 cgagggtgtt tgaaatgagg aaactcagga aaaggatcag cagataccaa taccactggt
    19921 ttcgctgcgc agtcacgcat tctaaatgat tcatctgaat gtatacctat aatatatgta
    19981 gtccgatttg cgtcaccccg ggtgtcgggc tgacggccgc aaaggtagca tcaggcgcgt
    20041 ccttccaaat tccaccccgc cgatcgcctc cgtcaagccc ctcccgcgtg gtttcagctt
    20101 agaatcactg tttccggagc gttcccgagc ggtttcagct tagatacact gtttctggag
    20161 cgttcccgag cggtttcggc ttagatacac tgtttccgga gcgttctcga gcggtttcgg
    20221 cttagaatca ctgtttccga agcattcccg agcggtttcg gcttagaatc actgtttccg
    20281 gagcattccc gagcggtttc agcttagaat cactgtttct ggagcattcc cgggcggttt
    20341 cagcttagat acactgtttc cggagtgttc ccgggcggtt tcagcttagg atcactgttt
    20401 ctggagcgtt cccgggcggt ttcagcttag aatcactgtt tctggagcgt tcccgggcgg
    20461 tttcagctta gaatcactgt ttctggagca ttcccgggcg gtaagcgact acagtttggc
    20521 ttatccgcgg cttttcactc cgcgttttcg gtctattttt gcgccgcgct gccggaacag
    20581 gccgacagcc aatagaataa gaaaggaata agccaatatg gaaatgagaa ttagagtaaa
    20641 cggaatgagt tgcagccatt gtcaggctcg cgtagaaaaa gggctatctg aactggacgg
    20701 cgtgacgtcc gttcgcgtcg atctcccgag cggtaccgct accgtcgtag gcgacgtgac
    20761 cgaagaccgc ctccgcaccg ccctcgacga cctcggttac gaatacggcg gcaagctctg
    20821 acccctcccc caccggaacg aacggctcgt ccctccccgc ggactgtttt ttggcgcccc
    20881 ccttccagat tattcaaatg gctatatatt tgcagtccaa aatattagac ggatacatta
    20941 tatataacta taatagagat atgaccaaag cagacattgt aagcgagatc gcaaggagca
    21001 cggggataga taaaaatacg gtcttgacaa gcgtggaatc gttcatggaa gaggtaaaga
    21061 aatcactcgc agcaggcgag aacgtatacc tccgtggatt tggcagcttt atcgtcaaga
    21121 gacgcgcaca aaagaccgcc agaaacatct cacagaacac cacgatgatc attcccgagc
    21181 acgacatccc gtcattcaag ccagctcgaa tcttcatgaa tcaagtagcg aacaaataaa
    21241 acaggaacac ttatataacc catttaatta ttcaaagtca tgccaagcgg aaagaaaaga
    21301 aagagacaca agatgtccac gcacaagcgt aagaagagac tgaaaaagaa tcggcataag
    21361 aagaagtaag tctcaacccg ggaacttttg gaagaacaaa ctctgagcgc tcagctttta
    21421 cgtttgttct tccatttcat atatacacga ataagcaaca agatcaaatt gtggtaagcg
    21481 aattaattgt agacgtcaag cgtgacgaga tctcgatcgc cgtactcgag gacaggagcc
    21541 tggtggaact gcaaaaggaa cagcagagcg actccttcgc cgtgggcaac atctatctgg
    21601 cacgcatcaa gaagctactg ccggggctga acgccgcctt cgtcgacgtg ggatataaaa
    21661 aggaagcctt cctgcactat caagacctgg gccccacctt caagacgcaa cagaagttcc
    21721 tcaagcagtg gcggggcgac cccaaacgcc gacagcccgt gcagaaagtc agcctacagc
    21781 ccgacatcga taaggacggc accatcggcg acgccctaac cgtgggcgac gagatactgg
    21841 tgcaaatagc caaagaaccc atctcgacaa agggcccacg actgacggcc gaaatatcct
    21901 tcgccggacg attcctcgtc ctaatcccct ttgcggacaa aatatccgtc tccaccaaaa
    21961 tcaaatcgag cgaagagcga gcccgccttc gccaactcat ccaaagcgta aagccgaaaa
    22021 acttcagcgt catcgtccgc acctccgccg agggcaaacg cgtggccgaa ctggacggcg
    22081 aactgcgcat cctacagaaa cgctgggagg acaacatcct caaagtggcc gccaagacga
    22141 aagccccact cgtcatctac gaggaaacgg cccgcaccgt cgccctgctg cgcgacatct
    22201 tcaacgcctc gttccaaaac atctacgtca acgaccaaca cgtcttcgag agcgtctacg
    22261 actacgtcag cctcatcgct cccgaacaga aagaaatcgt caagctctac accggcgagc
    22321 tccccatctt cgacaacttc ggcgtcacga agcagatcaa gtcgctcttc ggccgcaccg
    22381 tcacctacaa aggcggcgcc tacctcatca tcgagcacac cgaggccatg cacgtcatcg
    22441 acgtcaacag tggcaaccgc gtcaagggga acaccgagca ggaaaaaacg gccttcaacg
    22501 tcaacatcgc cgccgccgaa gagatcgccc gacagctccg actgcgcgat atgggcggca
    22561 tcatcgtcat cgacttcatc gacctcaccg aggcctccaa ccgtcagcaa ctcttcgagc
    22621 acatgaccaa ggcgatggcc aatgatcgcg ccaagcacaa catcctcccc ttgagcaaat
    22681 tctgcctcat gcagatcaca cgccaacgtg tgcgccccat cctcgacgtg cagaccaccg
    22741 aaagctgccc ctcatgcttc ggcacaggcg tggtcaagtc gtccatcctc ttcaccgaca
    22801 acctcgaggg aaagattgac tgcctcgtca accgccacaa cgtgaagcga ctcaccctca
    22861 acgtccaccc ctacgtggcg gcctacatca acaagggcat attctcgctg gccatgaagt
    22921 ggaagatgaa atatacgcac cagctcaagg tcgtgcccga ccagagcctc gccttcctgg
    22981 aatacaaatt ctacgaccag gacaagaacg agctggacat gcaggaagaa aaagaaatcg
    23041 tcaagaagtg aagcgtgggg cggagcggcc gatgccctcc cccacgtccc cacatatata
    23101 taatgtatcc cccctccttt ttctacacga ttcccctccc ttctccccta aaacaaacga
    23161 ttgagcgatg aagcacttta tcctcttatg cgtctgcgtg ggctatatgc agacggccgc
    23221 ggcgcaggac aaacccatca aactctttcc cgaaggcgtg cccggcggcg ccgacaccgt
    23281 ggccgaaaaa agaaatacgg atggcaaccg cgtggccggt ggaaacgtgc tgcgcatcac
    23341 gaacgtcagc caacccacca tcaccgtcta tcaacccccg caggagtttg ccgccggatc
    23401 ggccgtcatc gtctgcccgg gcggcgggta cgacctcctg gcctacgacc tggagggcga
    23461 cgaggcctgc ctctggctca acgatctggg catcacggcc gtgctgctca agtatcgcgt
    23521 gccccaacgt gagggccgac cgccctacga ggcacccctc gaagacctcc agcgcgccat
    23581 cagctacgtg cgcgcccatc gctcctcact caacatcgac ccggagcgca tcggcgtgct
    23641 gggcttctcg accggcggac acctggccgc cctggccgcc acacagttcg accgccgcac
    23701 ctacccgctg cgggccgtcg acaaagcctc ctgccgcccc aacttctgcc tcctcgtcta
    23761 cccttcccac ctcggggccc gcgccaccga cagctgtttg cagacggcgc ccgagctgcg
    23821 cgtcacgaaa cgcactcccc cgacgatgat cgtgcaaacc gaggacgaca agtccttcat
    23881 cgacggcagc ctctcctact atcgcgccct gaagtcggcc ggcgtgcgcg cctggctctt
    23941 cctctacagc cgcggcgggc acggctacgg gctgcgcgac acgggcgcga tggtcaacag
    24001 ttggcccgac cgcgccgagg actggtttcg cgagatcggc gtcatcacgg ccgacaccga
    24061 cgattgacgg gcgcacagag cgcctcggga agtgagagat gcaagactaa gaatacctca
    24121 ttatgaatgc gaacaagacg aaaagatacg cgtgccccca ttgtggaaat aggctccgcc
    24181 tgagggatat gtttggcatg aaaaagaccg tgacgtgtcg aggctgcggt cgagagttga
    24241 aagtgaagaa acaaggtctt tctctcatgg ggttgctctc tatcgcaggc gtttctatta
    24301 cagtgatagt gcttggtaac atattaagga tgagtggtgt tagctttctg tacaccatgc
    24361 tgatattatc aggccttgga ttggtggtca tatctattgc ttgccttgtg gaccacctct
    24421 ttagcgactt tgaatagtcg gggtgagtgg ggcttgccct tcccctcctc ttagcggggg
    24481 cctcggaacg tgtcgcaata cgttccgagg ggtatttaat accgttccga ggggtattta
    24541 atcacgtcct gaagggtatt taataccgtt ccgagaaaat catttggaaa tattatcctg
    24601 aaaaagaaga agttgctcga ccgtaggcgt tggataggta acgaagtaga aacgagcgaa
    24661 gcgcttgagg ttgttggaat ctgcacaaac aaagggcgct tgtcacttga gggtgcaatg
    24721 ttactatgac catttggatt gcaggtgctt tggatgcgat tctctcgatt tggctttcgg
    24781 tttgggaaag gtcgggatgg atggagcgga tgaacgtcta acatcatatt ccccgacccc
    24841 gcttcttctt tttcatgcct tggttcctta atcgacgttg ccatgagatc tcggcgtagt
    24901 cgactccatg tgtctgtagg agtgtgccct ctccggtctt tgaaagaaag cttcccgcag
    24961 cgtctaaagc ggtgtccaca gcggagcctg tgacttgcgc gataggagga ccgtctttcg
    25021 tatggatcat gaaggaatag ccggaaggga tgatgggttt ctgcgcattg ctgtgctcga
    25081 actgtttcgg cagggtgcgg aaaccgaact cacggccgat ctcggaggcc ttgaaactgt
    25141 gctcgccgta ggtaaacttc agcccgtaga ctttgccctg tttgtttttc atgcggtcga
    25201 tcgtgacgcc gctttggtgg agttcataga gaaacatgga gtgacccgac aggccttttc
    25261 ctttgtgctt ctcgagcagg gcatagcaga tgttccgaac ctgctgcttc gtttgttccc
    25321 ttgcgggatc ggcttgggct ttccgatgta gtcgcgcgga tcggacttcg ttggcgatgg
    25381 tcagcccg
//
LOCUS       SEQF2637|AYYD01001140.1 5998 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5998
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1208..1609
                     /locus_tag="SEQF2637_01672"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMDTEIYSDEHLLAELHSLKESIDRIADFILEMKRDYSVLDEKI
                     ELNSTDVMRLLGISRASLARWRNARAIPFRYVSSNHVVYPFKGLYIAVKTGRASFKGF
                     RRVEALQRLNAYKDGILKGYMGDSKIPFEEL"
     CDS             1606..3672
                     /locus_tag="SEQF2637_01673"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVKEEILQRTNRGLDIFYFYMPINFVPKRNFRNPLYDDKRASC
                     NIYLDAKSDCYRMKDFGNDLYSGDCFWFAATMQGLDAHTEFMQVLETIIRDLQLSISL
                     PGKARSATPVRKAPNSGSVALPQPSEHENTPWNKGRFSIVEQPCRMEELAFWGRYGID
                     TKTLQRFRVKSLSRFESVSNQGKSYTLRSTVREPMFCYAMGAFVKVYRPFSTIRFLYA
                     GNKTDDYVFGFEQLPNKGDMLFITGGEKDVMSLAAHGFHAICFNSETAQIPENIIESL
                     RLRFRHIILLYDTDETGKRESERQAEQLAGYHLLNLTLPLQGLKSEKDISDYFQLGYG
                     EKDLRALLSEMFSNLYVQTMMMLRSCEIDYDNPPDASRSVVAINGVPLGTQDNLFCIT
                     GGEGTGKSNYITAILAGTLGETMLPAERTLGLEVTANPKRLAVLHYDTEQSEAQLHKN
                     LGKTLRRASLAAVPDFYHSLYLASLSRKDRLKLIRESMDLFHHRHGGIHLVVIDGIAD
                     LIRSANDETESIAIVDELYRLAGIYNTCIICVLHFVPNGIKLRGHIGSELQRKAAGIL
                     SIEKDDDPEYSVVKALKVRDSSPLDVPIMLFGWDKQQDMHVYRGEKSKEDKERRKADE
                     LIAVVKEIFLHTAKLSYKNLSELLIQEMEIKDRTAKRYIAYMREQGILSQDTAGYYQK
                     GERCRT"
     CDS             3660..3962
                     /locus_tag="SEQF2637_01674"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYVEEPFDKWQKLLDSLARMEGKLDRLLVLREQTIDTTVRPPL
                     RPEYLDIIDVSKLLKVEQKTVYNWVSAGKIPYLKANGRLLFLREEIDEMLRKQTTE"
     CDS             4267..4827
                     /locus_tag="SEQF2637_01675"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIIHDQKAAALHLSCISYYRLKGYWWEMQCDKDRHLFAEGACFE
                     AVIAHYLFDKELRLILFDAIESIEIALRAKMIYHLSQSYGGLFYADSSLFVDESLYRQ
                     HLRDLKEEFMRSGEVFAKEYKRKYGIWERGCCVALAEQPDAWIVFEVATFGTLSKMYK
                     NLRHQLSEKSRIANDFGLNRHNELSS"
     CDS             4891..5136
                     /locus_tag="SEQF2637_01676"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKRPMEIKKPKGTWLSRPLPEAGQKKPYFIITAMLYLCNAIHT
                     GETYKQKILALIKKNPEIPIFRLGFLDHWEDEPIWCK"
     CDS             complement(5172..5951)
                     /locus_tag="SEQF2637_01677"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESERKGFLKERDTAAAKLEEIKGSVVFHSDKIREARADRAHFE
                     SQLQRDADSVPVNKLSVKGVPDGADVKTIAARLQEISEKARTEGEYNKIGEIYGFPVM
                     VKTESTAKDLFDCSVNRFFVQGRSGILYTYNNGRLAADPKLACQNFLNALERIPKVIE
                     THERELAKVKEQIPVFEAAASGVWRKEDELRTLKRNAAELDRKIALSLAPPTPPEKEE
                     QAADKNVVEKENGARLPQADRVEHDAASRVVIGKVKWRRTT"
ORIGIN      
        1 ccgtcaagct gaatgactta acgcacaata tggatatgaa gcgtctgccg tcccccacgg
       61 aaaaggatta ccagcgttta gctcggtatc ggcaggaata cgaatatctc gctcagcgat
      121 aaaccgcccc ctccacttcg catggcttag cgttcttcta agacaagcca tagccaagcg
      181 gaaataccgc cgcaaatcat tttcgttcga tgataggcac aaaaaaagag accgccgtaa
      241 gcccaagatt ttacgacgat ctcattcatg catgaattgc cgaccccata atggggcccc
      301 taattagaag cccgaaaaaa gcggagaaag aggcttatga accttctccg taacgtccta
      361 tgccataact gtatacacag ccttattttt ttctgtagcc gaattgtagc cagaagagag
      421 tattttgaga gcactcatag atactgcttc gacaacactc gcttgtgttg tttcgggttc
      481 aaaagtactc cgaaaacgaa cgatcaccaa atcccttgat tctacaatag atacagacac
      541 ccttggctac attttcagtg caccgtgcaa gcccctatat atataagggg acttgcaccg
      601 tgcactgatt gtccctgaag gtagtgtggc accacaaaac atgaactaaa aatggcggat
      661 ggtattctaa taccaacatt ggcaattaga tattctaatg atagacctct ctcgtcagaa
      721 ctttgcggcc gttatgattg tattatatgc atggacacca acaagagaat tataacagaa
      781 aaagaacggt gcgtatacat cgtaggagaa tcccttgaaa tgatgtgcgc ccagtgtgat
      841 aatctcaaag aaagagcaga tcttgcagat atggagtatt ccaattttct aaaagcctgc
      901 aaaatgaaaa gacacatgac acttatcgcc gatgtgtcag tgctttcgac aaggatgtag
      961 tcatcttcca ttccccaaag ggggtgattg actgtttgaa gactgagtat aaaaagaaca
     1021 gggtctatac gacaattgca aaagaggata ttatcccctt attgtatgct cttcaaatgg
     1081 aacaagtcga gaaaatgatg ctaaatagct attggttttc tcgatattta gaggatcaac
     1141 cagaagctct cggaaagatc cttaagcatt caaagaatcc gcaacttctt cacttaatgg
     1201 atgggaaatg atggatactg agatttattc cgacgaacat ttgctggcag agttgcactc
     1261 attgaaggaa agcatagacc ggattgccga cttcatactt gagatgaaac gagattactc
     1321 ggtgttggac gagaagatcg agttgaactc taccgatgtc atgcgtctgc ttggcatctc
     1381 gcgtgcttcg ctggcccgtt ggcgtaatgc ccgtgcaata ccctttcggt atgtatcgag
     1441 caatcatgtg gtctatccgt tcaaagggct gtatatcgcc gtcaagacag gacgagcttc
     1501 cttcaaaggc ttccgacgtg tcgaggccct gcaacgactc aatgcctaca aagacggcat
     1561 cctgaaaggc tatatgggcg actcgaaaat cccatttgag gaactatgaa cgtcaaagaa
     1621 gaaatcctac aacgcaccaa cagggggttg gacattttct acttctatat gcccatcaac
     1681 tttgtcccta agcgtaactt ccggaaccct ctatatgacg acaaacgggc ttcatgcaac
     1741 atctatctcg acgccaagtc agactgttat cggatgaaag acttcgggaa tgacctctac
     1801 tccggcgatt gcttttggtt cgctgcgacc atgcagggac tcgatgcgca cacggagttt
     1861 atgcaggtct tagaaaccat catccgagat ctacaactga gtatttcact tcccggaaaa
     1921 gcacgtagtg ctacgcctgt aagaaaagct cccaattccg gatcggttgc tttgccccaa
     1981 ccgtcagagc acgagaatac accctggaat aaagggcgat ttagcattgt cgaacaaccg
     2041 tgcaggatgg aagaattggc cttttgggga cgttacggta tcgacacaaa gaccttgcaa
     2101 cgcttccggg tgaagtcgct ttcccgtttt gaatccgtct cgaatcaggg aaagtcctac
     2161 accctccgtt ccacagtgag agagccgatg ttctgctacg caatgggagc gtttgtcaag
     2221 gtgtatcgcc cattcagcac catacgcttc ctgtatgcag ggaacaaaac ggatgattac
     2281 gtcttcggct ttgagcagct ccccaacaaa ggtgacatgt tgttcatcac cggcggcgag
     2341 aaggatgtga tgtcgctggc cgcacacggc tttcacgcca tctgtttcaa cagcgagacg
     2401 gcacaaatac cggagaatat catagaaagt cttcggcttc gcttccgcca tatcatcctg
     2461 ctgtacgata cggatgaaac gggcaaacgg gaatcggagc gacaggcgga acagcttgcg
     2521 gggtatcatc tgctcaatct gacactccct cttcaaggcc tcaaaagcga aaaagacatc
     2581 tccgattact tccaattagg gtatggagaa aaggatttga gagcgctgtt gtccgagatg
     2641 ttttccaatt tgtatgtgca aaccatgatg atgctacgct cgtgcgagat cgattatgac
     2701 aatccgcccg atgcatccag gtcggtggtg gccataaacg gcgtgccgct cggtacgcag
     2761 gataacctgt tctgcatcac gggtggcgag ggaacgggga agagcaacta catcaccgcc
     2821 atcttggccg gcactctggg agaaactatg ctacccgccg aacggacgct gggcttggaa
     2881 gtcacagcca atcccaagcg gctggccgtc ctgcattacg acacggagca gtccgaggcg
     2941 cagctccata agaacttagg caagacgttg cggcgtgcat cgcttgcggc cgtgcccgac
     3001 ttctaccact cgctctattt ggcctccctc tcccgcaaag accgtttgaa actgatccgc
     3061 gaaagcatgg atctgtttca tcaccggcac ggcggcatcc acctcgtggt catcgacggt
     3121 atcgccgacc tgatccgatc tgccaacgac gagacggaaa gcattgccat cgtggacgag
     3181 ctttatcggc tggccggcat ctataacacg tgcatcattt gtgtgcttca cttcgtgccc
     3241 aacgggatca agcttcgcgg gcacatcggc tcggagctac aacgcaaagc cgccggcatc
     3301 ctgtctatcg agaaggatga cgatcccgaa tactcggtcg tgaaggccct gaaggtacgc
     3361 gacagcagtc cgctcgacgt cccgatcatg ctctttggtt gggacaaaca gcaggacatg
     3421 cacgtctacc gcggcgagaa atcgaaagag gacaaggagc gtcggaaggc cgacgaattg
     3481 attgccgtgg ttaaagagat cttcctgcat accgccaaac tgtcctacaa aaacctcagc
     3541 gaactgctga ttcaggagat ggaaatcaag gatcgcacgg ccaagcgata catcgcctac
     3601 atgagggagc agggtatcct ctcgcaggac accgcgggct actatcaaaa gggggaacga
     3661 tgtcgtacgt agaagagcct tttgacaagt ggcaaaagct gcttgacagt ttggcgcgga
     3721 tggaggggaa gctcgaccgc ctgttggtat tgcgcgaaca gacgatagac actactgtcc
     3781 gcccaccgct gaggcccgaa tacttggaca tcatcgacgt ttccaaactc ctgaaagtgg
     3841 agcagaagac ggtctacaat tgggtgtcag cagggaagat tccttacctc aaagccaacg
     3901 gccgactgct attcttacgg gaggagatcg atgagatgtt gcgcaaacag acgacggaat
     3961 gacggcctca ccgcaaggca agatttcggc aatcacgttg tctaaatctt agttttctca
     4021 ttctgccgat atcggatcaa gggctaaaac acctctgttc agaactagtt ctttacgacg
     4081 gaaaaaaaag acttattttt gcaacgaaaa tgaatgcgcc gcacacgaaa aatgtgcgct
     4141 tcaatgataa cagtacctgc ttggcatccc gtaagatctg ccagcgggtc atttttttat
     4201 aatagtatgg caaacaaagc gtcacgctcc attcgggatc agatcgaact attgaaacaa
     4261 agggaaatga tcattcatga tcagaaagca gctgcacttc atctgagctg catcagttat
     4321 taccgtctga agggttattg gtgggaaatg cagtgtgaca aagaccgtca tctctttgcc
     4381 gagggagcgt gtttcgaagc ggtcattgct cattaccttt ttgacaagga gttgcgattg
     4441 atcttgttcg acgccatcga atcaattgaa atcgcattgc gagcaaagat gatttatcat
     4501 ctctcccaat cttatggtgg tttattttat gcggacagtt cgctttttgt agacgaatcg
     4561 ctttacaggc aacatctacg tgatctcaag gaggagttta tgcgcagcgg tgaagtcttc
     4621 gccaaggaat acaagcggaa atatggcata tgggagcgtg ggtgctgcgt tgctttggcc
     4681 gaacagcccg acgcgtggat cgtttttgaa gtggctacgt tcgggacgct ttccaagatg
     4741 tacaagaatc ttagacatca gttgtcagag aagtcacgca tagccaatga tttcggcctc
     4801 aatcggcata acgaattgtc aagttagttg gaagcaattt cttacctccg gaatatcgta
     4861 gcacatcact cccgagtgtg gagccgcaac atggtcaaac gtccgatgga aatcaaaaaa
     4921 ccgaaaggaa catggctgag tcgccccctg ccagaagcgg gtcagaagaa gccctatttc
     4981 atcattaccg ccatgctcta tctgtgtaat gcgattcaca ccggggagac ttataaacag
     5041 aaaatacttg ctctgataaa gaaaaatccg gagattccga tcttcagact cggctttctt
     5101 gatcattggg aagacgaacc gatttggtgc aagtgatcta aaagtcgtga gagagggctt
     5161 acactcctct ctcatgtagt tcgcctccac ttcaccttcc cgatcaccac acgactcgcc
     5221 gcgtcgtgct ccaccctatc cgcttgagga agacgggcac cgttttcttt ttcaaccacg
     5281 ttcttgtccg ctgcctgctc ctctttttcc ggcggcgtcg gtggtgcaag tgagagcgcg
     5341 atcttccgat ccagctccgc cgcgttcctc ttcagcgtac gtagctcgtc ctctttccgc
     5401 cagacacctg aggcggctgc ctcaaagact ggaatctgct ccttcacctt ggccaactcc
     5461 ctctcgtgcg tctcgatgac tttcgggatc cgctccaaag cgttcaggaa gttttggcag
     5521 gcgagcttcg gatctgcggc cagacgacca ttattatagg tatagagaat gccgctgcgg
     5581 ccttgcacga aaaagcggtt gacagaacaa tcgaaaagat ccttcgctgt gctctccgtc
     5641 ttcaccatga ccgggaaacc gtagatctca ccgatcttgt tgtactcacc ttcggtgcgc
     5701 gctttctcag agatctcctg caagcgcgca gcgatcgtct tgacgtccgc accgtccggc
     5761 actcctttta ccgacagctt attgaccggc acactgtcgg cgtcacgctg tagctggctc
     5821 tcaaaatgtg ctcgatccgc ccgcgcttcc cggatcttgt ctgaatggaa aacgacagag
     5881 cccttgatct cctcgagctt ggctgcggcg gtatcgcgct ctttaaggaa gccctttcgc
     5941 tccgattcca aagtgacgat cttcttatcc agcttcgctt tctcgagttg gtcagtgt
//
LOCUS       SEQF2637|AYYD01001141.1  278 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..278
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggccggactt tgggattggg gtgcgtttcc tcggtggaaa cgggccgtaa ttctcgattt
       61 gggcgtgttg cttagaagaa acaggctgga attcccgatt tgggcgtgtt tctcggaaga
      121 aacacagggc aaccgcatca aacaaaacca cgcgtctgag agatctctgt acccctacgg
      181 agatctcccg gactggtgtt tttgatctcc gtacccctac ggagatctct cggacaagtg
      241 tttttgatct ccgtacccct acggagatct ctcggaca
//
LOCUS       SEQF2637|AYYD01001142.1 1221 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1221
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             488..982
                     /locus_tag="SEQF2637_01678"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METQVWTPAVWSMMLAMDAVAMIDLMKHARGRRASYRMGMAAMI
                     LAVPFVGAAAYGWQRLQAVRVPAVCAALMLLATLSSCSKEELPEPYYPNTRSEHTERQ
                     HPSLPESNDNIRQRNRFVIEEQNIFNEGQVTPPTPSHQGNKGGVKSKGRSIIDQTEPN
                     AEKE"
ORIGIN      
        1 gagatctccg taggggtacg gagatcaaaa acacttgtcc gagagatctc cgtaggggta
       61 cggagatcaa aaacaccagt ccgagagatc tccgtagggg tacggtgatc aaaaccacca
      121 gtccgggaga tctccgtagg ggtacagaga tctctcagac gcgtggtttt gatttgatgc
      181 ggttgccctg aggtcgatgc agacttccgc cacttgttgg aacgccttcc gaggcctcgg
      241 aaagctccgc cacccgtttt gagccgcccg aggggtcgga aggggccaaa atcacttcta
      301 acattcccgt aacatagact aactgatggc taaccatgcg gcttctggag ccacttcatc
      361 tttgcggtgt caaaaaaacg cccccggctg tgtagcttct cctgataggg ctgcgtctaa
      421 tgggtgtaac gacagaaaac aaagagataa gacatacaat tcattcaaaa acaaaaagac
      481 aagtaagatg gaaacgcaag tttggacccc ggccgtatgg tcgatgatgt tggcaatgga
      541 tgccgtagcg atgattgatt tgatgaagca tgcccgcgga cgccgcgcga gctatcggat
      601 gggaatggcg gcgatgatcc tagctgtgcc cttcgtgggg gcggcggcgt acggatggca
      661 gcgactgcag gcggtgcgtg tgccggccgt ttgcgcagcg ctgatgctgc tcgccacgct
      721 ctcgtcgtgc agcaaagagg agctgcccga gccatattac cccaacaccc ggtcggaaca
      781 cacggagagg cagcacccgt cgctgcccga gtcgaacgac aacattcgcc agcggaaccg
      841 attcgtcatc gaggagcaaa acatcttcaa cgagggacag gtgacgcccc ccacgcccag
      901 tcatcagggc aacaagggcg gcgtgaagtc gaagggccgc tcgatcatcg atcaaacgga
      961 accgaacgcc gagaaggagt gatcgcaggg cagtcatccc cagagcacct atgagaagcg
     1021 ggggggcgca gaaaccttta tgaggtcttg cgctccccgc gctgcatttt ttttcttcgc
     1081 cccttgtagt tttccccacg tggggtgcgt ctaatgggta aacaaccctc aagagagaaa
     1141 tgaaagtatc cgaacaagca ttcacgaagc tcgtccatga gcataagcgc acgatataca
     1201 gcgtgtgcta catgttctcg g
//
LOCUS       SEQF2637|AYYD01001143.1 7453 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7453
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             510..1676
                     /locus_tag="SEQF2637_01679"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLKKMMAAGLLLLLVAACGGAKKEQHGAGQTDATDAERTERLK
                     PRYAEGFSLRSEGGVWLVDIQDPQKEDEEGEMAEGAYRYAFVPRGSDLRAPEGYERIE
                     IPVRKVVCMTTLQLSNFIALDRRDLVAGLTSTRHLFDPQINAQLKDGRTRKIGIEGNF
                     DTEVVMGIAPDVILISPFKRGGYEALKETGAPLIPHLGYKELTPLGQAEWIKFVGLLT
                     GNEDAAIKRFDEIEKRYNELKALTADVKERPVVFSGEMRGGNWYAVGGKSFLARQFED
                     AGADYFLKDDPHSGGFTLDFETVYAQAVNARFWRIINSYDGTFTYDALRQEDARYADF
                     RAFRERGVVYCNLKSQRFYEGVPVEPEVVLADLIHAFHPQLLPDHKPVYYQLLK"
     CDS             1676..2713
                     /gene="hmuU_2"
                     /locus_tag="SEQF2637_01680"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56992"
                     /codon_start=1
                     /transl_table=11
                     /product="Hemin transport system permease protein HmuU"
                     /translation="MKRHTTLILTLIAASIALFFVLNLVLGSVAIPLRSIVHILFGTG
                     EESEVWRNIVWKSRVPQSLTALVAGAGLAVSGLQMQTVFRNPLAGPSVLGISSGASLG
                     VALVILLSGSVGGVALSKLGYIGELALTIAATVGSLSVMALIVFVSQKVRGSVTLLII
                     GVMIGYVANAIIGMLKYFSVEEDIRAYVIWGLGSFARVSGNQMTLFVAIMAVLLPLSL
                     LLIKTLNLLLLGEGYARNLGLNIKRARLSVISCAGLLTAIVTAYCGPVIFLGLAVPHL
                     CRGLLRTSDHRILMPASILTGASLALVCNLIARMPGFEGALPVNSVTALIGAPIVVYV
                     LFSKRRNEVNE"
     CDS             2710..3720
                     /gene="fecE"
                     /locus_tag="SEQF2637_01681"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15031"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe(3+) dicitrate transport ATP-binding protein
                     FecE"
                     /translation="MKETTIRLCDLSIGYPDKHNTKRVAEHLNASIHSGELTCLLGTN
                     GVGKSTLLRTLSAFQPPLGGTIDLLDRPLSTYDDRQLATVIGVVLTEKSDIRNMTVEE
                     LVGLGRSPYTGFWGTLKEGDRKIVHEAIARVRIEPLTQRMVHTLSDGERQKVMIAKAL
                     AQETPIIFLDEPTAFLDFPSKVEVMQLLHNLTHTLQKTVFMSTHDLELALQIADKIWL
                     MDRTNGIAIGTPEDLSLEGKLSSFFSRKGITYDTETGFFRIDTDYRREIHLHGHGSRY
                     AMVRKALQRNGIRADRHVADDSLHIDTTGSAGDPFVIHRADGSTQSATNIEALLSLIA
                     DQ"
     CDS             4464..6848
                     /gene="feoB_2"
                     /locus_tag="SEQF2637_01682"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9PMQ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Fe(2+) transporter FeoB"
                     /translation="MNLSDLQNGDSAVIVRVSGHGAFRRRIIEMGFVRGQKVTSMLNS
                     PLNDPVKYGVMGYEVSLRRSEAAMIEVLPEDEANQPLPDGPEEAPNANDPTNRRPSAD
                     TQPAPRKNEINVALVGNPNSGKTSLFNVISGGREHVGNYSGVTVAAKTGHVTYKGYRF
                     NITDLPGTYSLSAYSPEERYVRQHILDRRPDVILNVVVASNLERNLYLTTELIDLSQP
                     TVIALNMYDELEASGATLNHEKLGGMIGIPMVPTVARTGDGIDTLLDTIIDLFEGRNR
                     VTRQVNINYGTTIEPELAIVTRLMQQSDDLPRQFPPRYWALKLLEGDTEAQRTLRSCA
                     AYPEWKAAAERGAEKIHRLLAEQTEAAVIDRKYGYIAGALRKVYTPGTVDLNRATDRI
                     DRIVAHKWLGFPIFIFLMWLTFSTTFWLGKYPQDWIEAAFAWLGEILRAHMPEGPLRD
                     LLADGVIGGVGSVTVFLPNILLLYLFISLMEDSGYMARAAFIMDRIMHRIGLHGKSFI
                     PMLMGFGCNVPAIMATRTIESHSSRLITILIDPFMSCSARLPVYILLVGTFFSATAGT
                     VLISLYAFGILMAALTAVLLRRGVFKADETPFVMELPPYRMPTVRATLKHMWDKAEQY
                     MRKIGGVILVISIIIWFLSYYPRTEVPTDTTLDPVALSEMQYENSFLGRIGKFCQPLV
                     APMDFNWKATVALLSGAAAKEVIVSTLGVLYSNADEASLSGTLAASGDFTQRSALAFL
                     IFILLYCPCIASLAAIGNETGSRKWVAFSILYNTGVAWLMSYGVYHLAGLFLSA"
ORIGIN      
        1 gagatctccg taggggtacg gagatcaaaa acacttgtcc gagagatctc cgtaggggta
       61 cggagatcaa aaacaccagt ccgagagatc tccgtagggg tacggtgatc aaaaccacca
      121 gtccgggaga tctccgtagg ggtacagaga tctctcagac gcgtggtttt gatttgatgc
      181 ggttgccctg cctgccagag tcgccaagtc gcacatcggg gccgcctcag aagccgaaag
      241 ctgttggcag gacacgatag agaggactga tcccccgacc gaagtccgga gcctatatct
      301 tcaagtcgcc cgtaaggccc aaaggattac ggatccagca ccgctctgat tggatccggc
      361 cgttaccttt ggcgccgatt tttccggagg cggaggctat acctatttat ataggcatcg
      421 accgaatggg catggccgat gcgcgtaccc acgatggggg atgccagaag cgagaagatg
      481 acatatacta caatagaaga atgatgacaa tgacactcaa gaaaatgatg gccgcgggcc
      541 tgctgctctt actggtggcg gcatgtggcg gcgctaagaa ggaacagcac ggagcgggcc
      601 agacggacgc gaccgatgcg gaacgtaccg aacgactcaa gccgcgctat gccgagggct
      661 tcagcctgcg atctgagggc ggcgtgtggc tggttgatat ccaagacccg cagaaggagg
      721 acgaagaggg ggagatggcg gagggtgcct accgctatgc cttcgtgccg cgcggcagtg
      781 atctccgggc gcctgagggc tacgagcgga tcgagatacc cgtccgcaag gtggtctgca
      841 tgaccacgct tcagctctcc aactttatcg cgctggaccg ccgagacctc gtggccggac
      901 tgaccagcac acgccacctc ttcgacccgc agatcaacgc ccaactcaag gatggccgca
      961 cgcgtaagat cggcatcgag ggcaacttcg acaccgaggt ggtgatgggc attgcacccg
     1021 acgtgatcct catctcgccc ttcaaacgcg gcggttacga ggcgctcaag gagaccggcg
     1081 caccgctcat cccgcacctg ggatacaagg agctgacgcc gctcgggcag gccgaatgga
     1141 tcaagttcgt cggcctgctg accggcaacg aggacgccgc gatcaaacgc ttcgacgaga
     1201 tcgagaagcg atacaacgag ctgaaggcgc tcacggccga cgtcaaggag cgaccggtgg
     1261 tcttcagcgg cgagatgcgt ggcggcaact ggtacgccgt cggcggcaag agcttcctgg
     1321 cgcgccagtt cgaggacgcc ggcgccgact atttcctcaa ggacgacccc cactcgggcg
     1381 gcttcacgct cgacttcgag accgtctacg cccaagccgt caacgcccgc ttctggcgca
     1441 tcatcaacag ctacgacggc accttcacct acgacgccct ccggcaggag gacgcccgct
     1501 atgccgactt ccgagccttc cgcgagcggg gcgtggtcta ctgcaacctc aagtcgcaac
     1561 gtttctacga gggcgtgccc gtggagccgg aggtggtcct ggccgacctg atccacgcct
     1621 tccacccgca gctgttgccc gaccataagc cggtttatta ccaactgctg aagtaatgaa
     1681 gcggcatacg acactcattc tgacgctcat cgccgcctcc atcgcgctct tcttcgtgct
     1741 caacttggtg ctcggatcgg tggccatccc actgcgatcc atcgtgcata tcctcttcgg
     1801 cacgggcgag gagtcggagg tgtggcgcaa catcgtgtgg aagtcgcgcg tgccccagtc
     1861 gctgacggcc ttagtggcgg gcgcggggct ggccgtgagc ggcctgcaaa tgcagaccgt
     1921 ctttcgcaat ccgctggccg gcccctcggt gctcggcatc agctccggcg ccagcctcgg
     1981 cgtggcgctc gtcatcctgc tctcgggcag cgtgggcggc gtagcgctga gcaagctggg
     2041 gtacatcggc gaactggcgc tcacgatcgc ggccaccgtc ggctcgctgt ccgtcatggc
     2101 gctcatcgtc ttcgtctcgc agaaggtgcg gggcagcgtc acgctgctca tcatcggcgt
     2161 catgatcggc tatgtggcca acgccatcat cggcatgctg aagtatttca gcgtcgagga
     2221 ggacatccgc gcgtacgtca tctggggcct gggcagcttc gcccgcgtgt cgggcaatca
     2281 gatgacgctc ttcgtcgcca tcatggccgt gctactgccg ctctcactgc tgctgatcaa
     2341 gacgctcaac ctgctgctcc tcggcgaggg ctacgcccgc aacttagggc tgaacatcaa
     2401 gcgggcacgc ctgagcgtca tctcctgcgc cggcctcctg acggccattg tgacggctta
     2461 ctgcgggccg gtcatcttcc tcgggctggc tgtgccgcac ctctgccgcg gcctcctgcg
     2521 cacgtccgac caccgcatcc ttatgcccgc ctccatcctc accggcgcct cgctggcctt
     2581 ggtctgcaac ctcatcgccc gcatgcccgg cttcgagggc gccctgcccg tcaactccgt
     2641 cacggcgctc atcggcgcac ccatcgtggt ctacgtgctt ttcagtaaac gaagaaatga
     2701 agtgaacgaa tgaaagaaac gactatccgc ctctgcgacc tcagcatcgg ctaccccgac
     2761 aagcacaaca cgaaacgcgt ggccgaacac ctcaacgcct cgatccacag cggcgaattg
     2821 acgtgcctcc tcggcaccaa tggcgtgggc aaatccaccc tactgcgcac cctctcggcc
     2881 ttccaacccc cgctcggcgg cacgatcgac ctgctcgacc gtccgctctc cacgtatgat
     2941 gaccggcagt tggccaccgt catcggcgtc gtcctgaccg aaaagagcga catccgcaac
     3001 atgacggtcg aggagctggt cggcctcggg cgcagtccct acaccggctt ttgggggaca
     3061 ctcaaggagg gcgatcgcaa gatcgtgcac gaggccatcg cccgcgtgcg catcgagccg
     3121 ctcacccagc gcatggtgca caccctcagc gatggcgagc ggcagaaggt gatgatcgcc
     3181 aaggcgctgg cgcaggagac gcccatcatc ttcctcgacg agcccacggc cttcctcgac
     3241 ttccccagca aagtggaggt catgcagctg ctccacaacc ttacgcacac gctccagaag
     3301 accgtcttca tgtccaccca cgacctcgag ctggcgctcc agatcgcgga caagatctgg
     3361 ctcatggacc gcacgaacgg catcgccatc ggtacgcctg aggatctctc cttagaaggc
     3421 aaactcagca gtttcttctc ccgcaaaggc atcacttacg acaccgaaac gggcttcttc
     3481 cgcatcgaca cggattaccg ccgcgagatc catctccacg gccacggcag ccgttacgcg
     3541 atggtgcgca aagccctgca acgaaacggt atccgtgccg accgccacgt cgctgacgac
     3601 tccctccaca tcgacaccac cggctccgcg ggcgatccct tcgtcatcca ccgcgcagac
     3661 ggtagcaccc agtccgccac caacatcgag gcgctgctgt cgctgattgc ggatcaatga
     3721 cgagccagaa atacccagag acgcccttac caagttccgt cccctgaggg gatgagggcg
     3781 tacccgtccg gaaagtcccc gtcccctgag gggatgggag ctttttttgc ggtgacaccc
     3841 ccgtcccctg aggggatggg ggcttttttt gcggtgacac ccctatcccc tgaggggatg
     3901 aggcgtaatt tcaggatgac acccctatcc cctgagggga tgaggcgtaa tttcaggatg
     3961 acgcccctat cccctgaggg ggtgaggcgt aacttcagga tgaagcccct atcccctgag
     4021 ggggtgaggt gtaatttcag gataacaccc ctatcccctg agggggtgag gtgtaatttc
     4081 aggataacac ccctatcccc tgagggggtg aggcgtaatt tcaggataac acccctatcc
     4141 cctgagggga tgaggtgtat tttcaggata acgcccctat cccctcaagg ggatgaggtg
     4201 taatttcagg ataacgcccc tatcccctca agggaatgag gtgtaatttc aggataacgc
     4261 cctgtctcct cttcgccaat tgggcagacg tcccccgaca cccccaatta ttggggatat
     4321 gtgaggggga tgatcataaa acgcccccga ttatttggga ttggtataag aagggcacgg
     4381 aaatattttt gcgccctcca aaaggacagt gcgtagcagt gtgcatgctc cgtaatgtcc
     4441 ctctttacta atcaaggata cagatgaatt tatcggactt acagaacggc gactcggccg
     4501 tcattgtgcg tgtgtcggga cacggagcct tccgccgacg cattatagag atgggctttg
     4561 tacgcggaca gaaggtcacg tcgatgctca attccccgct gaacgacccc gtcaaatacg
     4621 gcgtcatggg ctatgaggtc tccctccgac gcagcgaggc agccatgatc gaagtgctgc
     4681 ccgaagacga agccaaccag cccctgccgg acggcccgga ggaggcaccg aacgcgaacg
     4741 acccgacgaa ccgtcgcccg tcggccgaca cacagcccgc accacgcaag aacgaaatca
     4801 acgtggccct cgtgggcaac cccaacagcg gcaagacgtc gctcttcaac gtcatctccg
     4861 gtgggcgcga gcatgtgggc aactatagcg gcgtcaccgt ggccgccaaa acggggcatg
     4921 tcacctacaa aggctaccgc ttcaacatca ccgacctgcc cggcacctac tccctctcgg
     4981 cctattcgcc cgaggagcgg tacgtgcgtc agcatatcct cgaccgccgg ccggacgtga
     5041 tcctgaacgt cgtcgtagcc tccaacctcg agcgcaacct ctacctcacc accgaactga
     5101 tcgacctcag ccagccgacc gtcattgcgc tcaacatgta cgacgagctg gaagcgagcg
     5161 gcgccacgct caaccacgag aagttgggcg gcatgatcgg cataccgatg gtgcccaccg
     5221 tggcccgcac gggcgatggt attgacacgt tgctcgacac gatcatcgac ctcttcgagg
     5281 gccgcaaccg cgtgacgcgt caggtgaaca tcaactacgg caccacgatc gagcccgaac
     5341 tggccatcgt cacccgcctc atgcagcaga gcgacgacct gccccgccag ttcccacccc
     5401 gctactgggc cctgaagctc cttgagggcg acaccgaggc gcagcgcacc ctgcgcagct
     5461 gtgcggctta cccggagtgg aaggcggcgg ctgagcgggg cgcggagaag atccaccgac
     5521 tgctggccga acagacggag gccgccgtca tcgaccgcaa atacggctac atcgccggcg
     5581 ccctccgcaa ggtctacacc cccggcaccg tcgacctcaa ccgcgccacc gaccgcatcg
     5641 accgcatcgt ggcccataag tggcttggct tccccatctt catcttcctc atgtggctca
     5701 ccttctccac caccttctgg ctcggcaagt atccgcaaga ctggatcgag gccgccttcg
     5761 cgtggctcgg cgaaatactc cgcgcgcaca tgcctgaggg gcctctgcgc gatctgctgg
     5821 ccgacggcgt catcggcggc gtgggcagcg tgaccgtctt cttgcccaac atcctactgc
     5881 tttacctctt catctcgctc atggaagatt cgggctacat ggcccgcgca gccttcatca
     5941 tggaccgcat catgcaccgc atcggcctgc acggcaagtc gtttatcccc atgctcatgg
     6001 gcttcggctg caacgtgccc gccatcatgg ccacacgcac gatcgagagc cacagcagcc
     6061 gactgatcac gatcctgatc gaccccttca tgtcgtgcag cgcacgccta ccggtctaca
     6121 ttctgctcgt cggcaccttc ttctccgcca ccgccggcac ggtgctcatc tcgctctacg
     6181 ccttcggtat cctcatggcc gccctcaccg cagtgctcct gcgccgcggc gtcttcaaag
     6241 ccgacgaaac gcccttcgtg atggagctcc ccccctaccg catgcccacc gtccgcgcca
     6301 cgctgaaaca catgtgggac aaagccgagc agtacatgcg caagatcggc ggcgtgatcc
     6361 tcgtcatctc catcatcatc tggttcctga gttattaccc ccgcaccgag gtgcccaccg
     6421 acaccacgct cgaccctgtg gcactgtccg aaatgcaata cgagaattct ttcttgggtc
     6481 gcatcggcaa gttctgccaa cccctcgtag ctccgatgga cttcaactgg aaggctaccg
     6541 tggcactcct ctccggtgcc gccgcgaagg aggtaatcgt cagcacgctc ggcgtgctct
     6601 acagcaacgc ggacgaggcc tcgctctccg gcactctggc cgcatcgggc gactttacgc
     6661 agcgttcagc cctggccttc ctgatcttca ttctcctcta ctgcccctgc atcgcctcgc
     6721 tggccgccat cggcaacgag accggtagtc gcaagtgggt agccttctcc atcctttata
     6781 atacgggtgt ggcgtggctg atgtcgtacg gagtctacca cctcgcgggg ctgtttttga
     6841 gtgcctgagg ctgttctttt tgccctcaat acggctcgca tacccagtaa tagcgaaggg
     6901 taagacagta atttacccac aattagggat ttcgcccccc gctcagcacc cgtacctttg
     6961 cggtgtgaat ttttagttag acatggataa aaaaaccacg taagtcaaat aaatttcttt
     7021 tctggaatcg accgtaagtg attaccgtcg attcctatat ttttatccct acccctcctc
     7081 cacacattcc cctcccttcg tcttgtgaca taacgcgtat gtcgatgtaa gaataaagcc
     7141 cgcagagact ctctacgggc gtcacgcgat ggccaaagtg cctttggaaa tgcttgcacc
     7201 ggcggcgcaa cgactaaaac atagaatagg gacgcgcgta catttagtca tacacgcgcc
     7261 ccatacctcc gcgcgctgca taggcccgat aggcgattgt acgggtgcaa tcgcgctccg
     7321 tcatcgcttg tcacggatct tttcgtagga ctggatctcc tccgtctgct tgacgtccac
     7381 gctgcgtcca ccgctgaagg agtacgagag cgagaggccg aagtattgct cgtgcgagcg
     7441 gttggcctcg acg
//
LOCUS       SEQF2637|AYYD01001144.1 1715 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1715
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             16..900
                     /locus_tag="SEQF2637_01683"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDLMRAIAILFTAMHAYWFCYAAFCDRQLTLAVVDTILLNFDRS
                     TGLFASPLWTKLFATVFLSLSCLGTKGVRTERITWPRIGAVAAAGSLLFFLNGWTLRL
                     PIGTDACAGLYLTTLAAGFVCLLMAGSWTSRLLKNNLMDDVFNVENESFMQETRLMTN
                     AYSINLPTRFYYRKKWQSGWINVVNPFRATMVLGTPGSGKSYAIINNYIKQQIEKAFA
                     MYIYDYKYPDLSEIAYNHLRQHLDAYPVKPQFFVINFDDPRRSHRCNPIHPDFMTDIS
                     DAYEAAYTIMLNLNKSWV"
     misc_RNA        950..1098
                     /locus_tag="SEQF2637_01684"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 ggcctcgcca agacgatgga cctcatgcga gcgatcgcaa tcctttttac cgccatgcac
       61 gcgtactggt tctgctacgc ggccttctgc gaccgacagc tcacgctggc agtcgtcgac
      121 actatcctgc tgaacttcga ccgttccacc gggctgtttg cctcgccgct atggacgaag
      181 ctcttcgcta ctgtcttttt gtcactctcc tgcctcggta cgaagggcgt ccgaacggag
      241 cggatcacct ggccgcgcat cggggcagtc gccgccgcgg gctccctgct gttcttcctg
      301 aacggctgga cgctccgcct gccgatcgga acggacgcgt gcgccgggct gtatctcacg
      361 acccttgccg ccggcttcgt ctgcctgctc atggccgggt cgtggacgag tcgcctgctg
      421 aagaacaacc tcatggacga cgtcttcaat gtggagaacg aaagcttcat gcaggagacc
      481 cgcctgatga cgaacgcgta ctccatcaac ctcccgacgc gtttctatta tcggaagaaa
      541 tggcagtccg gatggatcaa tgtcgtcaat ccatttcgcg ccacgatggt gctcggcaca
      601 cccggatcag gcaagtcgta cgccatcata aacaactaca tcaagcagca gatcgagaag
      661 gcattcgcga tgtatatcta tgattataaa tatcctgacc tgtccgaaat cgcctacaat
      721 catctgcgcc agcacctcga tgcgtacccc gtcaagccgc agtttttcgt catcaacttc
      781 gacgatccac gccgatcgca ccgttgcaat ccgatccatc ctgactttat gacagacatc
      841 tccgacgcct atgaagcagc ctacaccatc atgctcaatt tgaacaaaag ttgggtgtga
      901 cacgaagtca catagataat tgctaagatg tcatataaga cagttttagc ccgctgttcc
      961 gtcagcggta gcctacgata ggatgcacca atagcgatat ggtgtgttga gcctatcgga
     1021 caaggtacac tttcccaaaa ggatgagaca gaaccgtgag gggaagtcaa gggcggttag
     1081 tatcgtaccg ccgagtggct tggctgagta gtatggttag cacatgcgaa ctgtttatag
     1141 ccatcgtgag gtttgaaaga gccaaagatg ctgggctctc accaaaatgg taagcagtcg
     1201 gataaccctt gcccatcttg gggttacacg gacataagca ctgccggtgg attgacagaa
     1261 cctaccctac tcgtacagtt atctatgtgg aacgtggcaa gcctgtatct ctcctgcttt
     1321 gggcaggtaa gtgaaccgta aggcgaaccg aaatggggtg caggtataag ataacggaaa
     1381 aagcgaatgc cactctgtaa tggagtggat acggattgag cctcggttac gtgtggcaga
     1441 gacgacatca tccgacgcga aagcgggcag acttccgtgt gaggtaactc tttacaagag
     1501 agctttcaga acttttcaaa gtagaattgc aaatgaacga gaacaacaag aaatcgtgtg
     1561 cgcctactga cagcaggcca agcacttggg gcagtatgga ctggctcagg tgcgagcagt
     1621 atgtccaaaa gttacaagcg cgtattgtaa aggctcagaa agaaggcagg cataacaagg
     1681 tgaaagcctt gcagtggctg cttactcact ccttt
//
LOCUS       SEQF2637|AYYD01001145.1 2921 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2921
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             39..1283
                     /locus_tag="SEQF2637_01685"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKISPPSKDLMKTLTYNFRKVDRDQADILLSGQLSADGRLTA
                     ERVFREMTAYIPSGARTKNVVFHASINPRPDEPLSDDRLRTIAHEYLRRLGYGDQPFI
                     VFKHRDIAREHIHLVSTRVRHDGSKIRDTMEHVRSTRIMRSLEAKFGLMPSSPSRKKE
                     GVSAQPSAVEIGAGDIKRQVAAAVEHVLGRYAFQSVGEMNLLLARFRVTAEEVKTERK
                     GRPFDGIVYAATDADGHKICTPIKASEIGRQVGYAALRRHFEQSKSVVRERAGAIRRA
                     IADVMQTSPDRAKFIDRMRGRGIETVLRINTAGRLYGITFIDDANGIAVNGSRLGKGF
                     AANVFNAYFAGGANPFIDEGWPKEKEERAAAVEELTESPNDIPPTEIDLSLQVHGADL
                     RELAFQRRLRNRARVRLRRKPR"
     CDS             1635..2366
                     /locus_tag="SEQF2637_01686"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNEDDLRGLAKTMDLMRAIAILFTAMHAYWFCYAAFRDRQLTL
                     AVVDTILLNFDRSTGLFASPLWTKLFATVFLSLSCLGTKGVRTERITWPRVGAVAAAG
                     TLLFFLNGWTLRLPIGTDACAGLYLTTLAAGFVCLLMAESWASRLLKNNLMDDVFNVE
                     NESFMQETRLMTNAYSVNLPTRFYYRKKWQSGWINVVNPFRATMVLGTPGSGKSYAIV
                     NNYIKQQIEKSFAMYVYGAPVKAIS"
ORIGIN      
        1 gtcatcgcct taaccgaatc ctttcgcacg attgatcgat gattgcgaag atctcgccgc
       61 cctccaaaga cctgatgaaa acgctcacgt acaacttccg gaaagtcgat cgggatcaag
      121 ccgacatcct cctgtccggg cagctttcgg cagacggaag gctgacggcc gaacgtgttt
      181 tccgggagat gacggcctac atcccaagtg gcgcgcggac gaaaaacgtt gtctttcacg
      241 cttcgattaa ccctcgcccc gatgagccac tctccgacga ccgcctccga acgatcgcac
      301 atgaatacct gcggcgcctc ggttacggcg accagccctt catcgtgttc aagcaccgag
      361 acatcgcgcg ggaacacatt caccttgtct cgacgcgggt caggcacgac ggcagcaaga
      421 ttcgggacac gatggagcac gtccgaagta cccgcatcat gcggagtttg gaggcgaagt
      481 tcgggttaat gcccagcagc cccagtcgga agaaggaggg cgtttctgcc caaccgtcag
      541 ctgttgaaat cggagcggga gacatcaagc ggcaggttgc ggccgctgta gagcacgtgc
      601 tcggacggta cgcgttccag tccgtcggag agatgaatct gctgcttgcg cgcttccgtg
      661 tgacggccga ggaggtcaaa acggagcgga agggtaggcc cttcgatggg atcgtctacg
      721 cggcaaccga tgccgacgga cacaagatct gcacgccgat caaggcctcc gagatcggtc
      781 ggcaggttgg ttacgcggcg cttcgtcgcc actttgagca gtcgaaaagc gttgtccgag
      841 agcgggcggg agcgatccgc cgtgcgattg ccgacgtgat gcagacctcg cctgaccgtg
      901 cgaagttcat cgaccgcatg cgtgggcgcg gcattgagac cgtactccga atcaacactg
      961 cgggacgcct ctacggcatc accttcatcg acgatgcgaa cggaatcgca gtcaacggtt
     1021 cgcgcctcgg gaagggattt gcagcgaacg tgttcaacgc ctatttcgcg ggcggcgcga
     1081 atccgttcat agatgaaggc tggccaaaag agaaagaaga acgagcggct gcggtggagg
     1141 aactgacaga aagtccgaac gacatccccc caacggagat cgatctcagt ttgcaggtac
     1201 acggcgccga cctccgagaa ttggccttcc aacgtcggct gagaaaccgc gcccgcgtgc
     1261 gtttacgccg aaaaccgcgg tagcaagcct gaaccttgga agattctgcc cttcgacgct
     1321 cgtcggagta ctgaaccctc cagggttttg cccttcgacg ctcgtcggag cactgaaccc
     1381 cgagggtttt gcccttcgac ggtcgtcgga gcactgaacc ccgagggttt tacccttcga
     1441 cgctcgtcgg agcactgaac cccgagggtt ttgcccttcg acgctcgtcg gagcactgaa
     1501 ccccgagggt tttgctcttc gacgctcgtc ggagcactaa accctccaga gtttagcctt
     1561 cctttttaag aaggagatca tccacaaaac acttagaatc aatagaaagc caaacaaatt
     1621 cacaccaaca ccccatgcaa aacgaagatg atttaagggg cctcgccaag acgatggacc
     1681 tcatgcgagc gatcgcaatc ctttttaccg ccatgcacgc gtactggttc tgctacgcgg
     1741 ccttccgcga ccgacagctc acgcttgcgg tcgtcgacac tatcctgctg aacttcgacc
     1801 gttccacggg gctgttcgcc tcgccgctat ggacgaagct ctttgcgact gtctttttgt
     1861 cactctcctg cctcggcaca aagggcgtcc gaacggagcg gatcacatgg ccacgcgtcg
     1921 gggctgtcgc cgccgcgggc accctgctgt tcttcctgaa cggctggacg ctccgcctgc
     1981 cgatcgggac ggacgcgtgc gccgggctgt atctcacgac ccttgccgcc ggattcgttt
     2041 gcctgctcat ggccgagtcg tgggcgagcc gcctgctgaa gaacaacctc atggacgatg
     2101 tcttcaatgt ggagaacgaa agcttcatgc aggagacccg cctgatgacg aacgcgtact
     2161 ccgttaacct tccgacgcgc ttctattatc ggaagaaatg gcagtccgga tggatcaacg
     2221 tcgtcaatcc gtttcgcgcc acaatggtgc tcggcacacc cggatcgggc aagtcgtacg
     2281 ccatcgtaaa caactacatc aagcagcaga tcgagaagtc attcgcgatg tatgtctatg
     2341 gtgcgccagt caaggctata tcttaaacat ccctttggca aggattaggc aagtgttctt
     2401 tgaaaacgac ctatcatcac cgacttatct gtccaacgaa aggcggcagg gagtgtagca
     2461 tgtcgggaca actataagtc agttagttat caaactgcga ctgaatagcg atgataagac
     2521 aagtatgagg ataaaacccg aattggttga atgataatct gagcgctccc tgtaccagac
     2581 tgtgacgtaa ggtaactatg ggaactaccg ttgtatggat agttctaaac cgtcattact
     2641 gcaatactct ttttgcagtc gtagagtaga aagagcaaga acttgttaca gcgcaaccgt
     2701 aatatacggt aaaaggtgga agtcatatcc gacaacttgt gaacgagaac aacaagaaat
     2761 cgtgtgcgcc tactgacagc aggccaagca cttggggtag tatggactgg ctcaggtgcg
     2821 agcagtatgt ccaaaagcta caagcgcgta ttgtaaaggc tcagaaagaa ggcaggcata
     2881 acaaggtgaa agccttgcag tggctgctta ctcactcctt t
//
LOCUS       SEQF2637|AYYD01001146.1  852 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..852
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(334..738)
                     /locus_tag="SEQF2637_01687"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTSPDRAKFIDRIRGHGIETVTRINAAGRLYGITFIDDANGIA
                     VNGSRLGKGFAANVFNAYFAGEPNLFLEMSRPKEKEERAAAVEELTESPNDMLPTEID
                     LSLQVHGADLRELAFQRRLRNRARVRLRRKSR"
ORIGIN      
        1 gccgcgtagc agaaccagta cgcgtgcatg gcggtaaaaa ggattgcgat cgctcgcatg
       61 aggtccatcg tcttggcgag gcctctcaaa tcatcttcgt tttgcatggg gtgttggtgt
      121 gaatttgttt ggctttctat tgattctaag tgttttatga atggtctcct tttttcgggg
      181 tgggactaaa ccctcagggt tcagtgctcc aacgaccgtc gaagggcaaa accctcaggg
      241 ttcagtgctc cgacgagcgt cgaagggtaa aaccctcgag gttcagtgct ccgacgaccg
      301 tcgaagggca gaatcttcca gagttcgggc ttgctaccgc gattttcggc gtaaacgcac
      361 gcgggcgcgg tttctcagcc gacgttggaa ggccaattct cggaggtcgg cgccgtgtac
      421 ctgcaaactg agatcgatct ccgtcgggag catgtcgttc ggactttctg tcagttcctc
      481 caccgcagcc gctcgttctt ctttctcttt tggccggctc atttcgagga acagattcgg
      541 ttcgcccgcg aaataggcat tgaacacatt cgccgcaaag ccctttccga ggcgcgaacc
      601 gttgactgcg attccgttcg catcgtcgat aaacgtgatg ccgtacaggc gtccagcagc
      661 gttgattcgg gtcacggtct cgatgccgtg cccacgaatg cggtcgataa acttcgcacg
      721 gtctggcgag gtctgcatca cgtcggcaat cgcacgtcgg atcaccacag accgctctcg
      781 gacaacgcct ttcgactgct caaagtggcg acgaagcgcc gcgtaactga cctgccgacc
      841 gatctcggag gc
//
LOCUS       SEQF2637|AYYD01001147.1  851 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..851
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(333..737)
                     /locus_tag="SEQF2637_01688"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTSPDRAEFIDRMRGHGIETVTRINAAGRLYGITFIDDANGIA
                     VNGSRLGKGFAANVFNAYFAGGANPFLEMSWPKEKEERGAAVENLTESPNDIPPTEID
                     LSLQVHGADLRELAFQRRLRNRARVRLRRKSR"
ORIGIN      
        1 gccgcgtagc agaaccagta cgcgtgcatg gcggtaaaaa ggattgcgat cgctcgcatg
       61 aggtccatcg tcttggcgag gcctctcaaa tcatcttcgt tttgcatggg gtgttggtgt
      121 gaatttgttt ggctttctat tgattctaag tgttttatga atggtctcct tttttcgggg
      181 tgggactaaa ccctcagggt tcagtgctcc aacgaccgtc gaagggcaaa accctcgggg
      241 ttcagtgctc cgacgaccgt cgaagggcaa aaccctcagg gttcagtgct ccgacgagcg
      301 tcgaagggca aaaccctcgg gggtcaggct tgctaccgcg attttcggcg taaacgcacg
      361 cgggcgcggt ttctcagccg acgttgaaag gccaattccc gaaggtcggc gccgtgtacc
      421 tgcaaactga gatcgatctc cgtcgggggt atgtcgttcg gactttctgt cagattctcc
      481 accgcagctc cccgttcttc tttctctttt ggccagctca tttcgaggaa cggattcgcg
      541 ccgcctgcga aataggcatt gaacacgttc gccgcgaagc ccttcccgag gcgtgaacca
      601 ttgaccgcga tgccgttcgc atcgtcgata aacgtgatgc cgtacaggcg tccggcagcg
      661 ttgattcggg tcacggtttc gatgccgtgc ccacgcatgc ggtcgatgaa ctccgcacgg
      721 tcaggcgagg tctgcatcac gtcagcaata gcacggcgga tcgctcccga ccgctctcgg
      781 acaacgcctt tcgactgctc aaagtggcga cgaagcgccg cgtaactgac ctgccgaccg
      841 atctcggagg c
//
LOCUS       SEQF2637|AYYD01001148.1 4759 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4759
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             97..303
                     /locus_tag="SEQF2637_01689"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGTVFKPNDRYPLHKEEFRLYYTSASTDRQTIDVYVEDNFGQ
                     TAKFSFEFNSQRDEEKEKPNGDKK"
     CDS             503..730
                     /locus_tag="SEQF2637_01690"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERQADSLLRADLMKRLMMFKDYGKDALLLAVLSYNVGTGRLL
                     GYGKHPKSRLLRKIESGDRDFYREFVSFCRY"
     CDS             complement(989..4207)
                     /locus_tag="SEQF2637_01691"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEPIVNDTLELEDNLVTAQQDIFSYYRRLRNNLFSDTEVVYET
                     KLTPELFDLKLQQLSQDKKQSEFENFVLVLAARLVTPNIKPQTGPDGGGDGKVDGETY
                     PVDKAISDRWWVSEGSTGDHKWAIAISVQKNWKSKIEGDVKKAVETGRGYTKVVFFSS
                     QKIKSSKRQEVEDELSKQYDVAVSIFDGKWCQFAVFEQGCYDVATEKLNFSEDYKRKT
                     VKEGTNDKRRKEELEKLENDLLSRQVESLDTDYIDDLLQSCLLSRGLERPRMETEGRF
                     NRAQREAEVHGTSVQRFNITYNHAWTSFFWFHDVNAMYADYLKLKEYANMHTTVHTIE
                     LMANILTNLENAARVGLFDSERFGKEIQDLKTIKEREDLSQASRLFLELFFSEHRLLQ
                     MVQYAQDPTLELKKLAELIETSANYPDISFDAQTTIVEMIGRVIDDNEEYEKLIDKIS
                     EISSLRKSEVEGAIIHFNRAQTLIDKQQYKPVVKHLGHCVQAFMKEGYETELVKTYGY
                     MGIAFYNLELPYSAKAYLVKAASILVKEFFTQGTISHLLITVLWKLCEIELMIGRLVM
                     YLNWRELLFIIAHNGQEIESKEFVEKDILFDGGWACHFAAVDLTRETISVLPDIFARC
                     DMPISENYLKYALGYQESVDEKFVNLITDDWGKLLRQQPIHKQFLNPLNIAEEGQTTI
                     STLAKGCRFTVRYENSVRSQLVAETFLATVETLLATFDTLELVVMSPEIQVEIAPTDE
                     QSEMERGENENQYVFNVNYGTLDGETYWRCFAFFMAYFMSLNTVSSEDVIDLIAQRHE
                     KEKIMDRIIALLELNNAVYNVLGDKFKYSIRQWENANDKTYVCKADTKGETLTDQNPH
                     TEQRGVQTFSISSTMEWWDKAGWTGVCFMYDQRFATPPIVGLAFKNLEAGKRIIHEWK
                     EKIAKGQSSVELHLIRGIDKQHPSWYRACVAPEIPLDHITEGQYIAVMCRKHTMTPND
                     TSNLDNFERVYSRFGNCQLVAVAIDDQMHVNMNIDFSEAIELKKVIITDAWKVSAHEP
                     TGNALEWDDDPIIPESESISAPVIELMKNLREVHDKIEKRIF"
ORIGIN      
        1 tcaatccctc gtatccaaaa gaaacttgct cgaatgaacc cacaacaact aatcacaata
       61 caattttaat gcgtcacccc tggggggaga ttgaagatgg ataacggcac ggtattcaag
      121 cccaatgacc gctatccgct ccacaaggag gagttcaggc tctattacac ctccgcttcc
      181 accgaccggc agacgataga cgtgtatgtg gaggataatt tcggacagac ggcaaaattc
      241 tcgtttgagt tcaatagcca aagagatgag gaaaaggaga aaccgaatgg ggacaaaaag
      301 taaacttgtt gtcttatgtc ttgtctgcct ctcctgctta cggctttccg ctcaggacgg
      361 aagaaacgcc ttattctagt tgccgccttt tgagcgtgcc gtcatatgca tcaagcactt
      421 tgagggctta catacttgga aagactatcc gtatgtgggc tacgggcata aactattgcc
      481 cagagagaaa ttcactcctg caatgacgga acggcaggcg gattcactac ttcgggctga
      541 cctgatgaag cgtctgatga tgttcaagga ctacggcaag gatgccctgc tgcttgccgt
      601 actgtcctac aatgtcggga cgggcaggtt gctgggatac ggcaagcatc ccaaaagcag
      661 attgctacgg aagatagagt caggcgatag ggatttctac cgtgaatttg tctctttctg
      721 ccgatactaa ggcaaagtct tgcgaggact tgtcaaacga cgaaaggtgg agtttgctct
      781 gttttatata ccctgattgt caaatacgcc tcttgcgaca tttttatgct tcgcaagggg
      841 cgttttcttg ccgttttatt cggctttatc gctatgagat gatttttaaa taataactga
      901 tagtaatatt agttcgaata tagattcttt catagattgt catggggatc actttagttg
      961 attatttcta aattaattct taaatgattt aaaaaattct cttctctatt ttatcatgaa
     1021 cttcacgcaa gttcttcatt aattcaatga cgggggcact gatgctctct gactcaggaa
     1081 tgatagggtc atcgtcccac tccaatgcat ttcccgttgg ttcatgcgca gaaactttcc
     1141 atgcatcggt aatgataacc tttttaagtt cgatggcttc gctaaaatca atgttcatat
     1201 ttacatgcat ctggtcatca attgctactg ccacaagctg gcaattgcca aaccgagaat
     1261 atacccgttc aaaattatca agattcgacg tgtcatttgg agtcattgtg tgcttccgac
     1321 acattacagc tatatattgc ccctccgtga tatggtccaa gggtatctct ggtgccacac
     1381 atgctctata ccatgaggga tgttgtttgt cgatgcctct tatcagatgc agttctacac
     1441 ttgattgacc ttttgctatt ttttctttcc attcatggat gattcttttg cctgcctcca
     1501 agttcttgaa ggccaggcct actataggtg gtgtcgcaaa ccgttggtcg tacatgaagc
     1561 acacccccgt ccatccagcc ttatcccacc attccatagt gctggagata ctgaatgttt
     1621 gtacacctcg ctgttctgta tgtgggttct gatctgttaa cgtttctccc tttgtatctg
     1681 ccttgcatac ataggtcttg tcatttgcat tttcccattg acggattgaa tacttgaact
     1741 tatcgccaag cacattataa accgcgttgt tcaactctag caaggcaata attctgtcca
     1801 tgattttttc tttctcgtgt cgctgtgcta tcaaatctat tacatcttcg ctcgacacgg
     1861 tgttaagcga cataaaatat gccataaaga aagcaaaaca gcgccaatac gtttctccat
     1921 caagagtgcc gtagttcacg ttaaatacat attggttttc gttttctcct ctttccattt
     1981 ctgattgttc atcagttggg gcaatttcca cttgaatttc cggactcatt accacaagtt
     2041 ccagcgtgtc aaaagtggca agcagtgttt caactgttgc caaaaatgtc tctgccacca
     2101 gttgacttct aactgagttc tcgtacctga cagtgaatcg acaacccttt gccaatgtac
     2161 tgatagtggt ctgaccttct tctgctatat taagagggtt aaggaactgc ttgtgtatag
     2221 gttgctgcct gagcaatttg ccccaatcat cagtgataag atttacgaat ttctcatcta
     2281 cagactcttg gtatcctaat gcatatttca gatagttttc tgaaatgggc atatcgcaac
     2341 gtgcaaaaat gtctggcaaa acggaaatag tttctctcgt gaggtcgact gctgcaaaat
     2401 ggcaagccca gcctccatcg aacaatatat ctttctcaac aaattcttta ctctctattt
     2461 cttgaccatt atgggcaatg ataaacaaca gttctctcca gttgagatac atcacaagtc
     2521 ggcctatcat cagctctatt tcacacaatt tccatagcac ggtaatcagc agatgactga
     2581 tagtaccctg cgtaaagaac tccttgacaa gtatcgacgc agcctttacc aaatacgcct
     2641 ttgcactgta aggcagttca agattataaa aagctatgcc catatagccg tatgttttca
     2701 ccagttcggt ctcatagcct tctttcatga atgcctgtac acagtgaccc aaatgcttta
     2761 ccacaggctt gtattgctgc ttgtctatca aggtctgtgc acgattgaaa tgtattatgg
     2821 caccctctac ctcagattta cgcagagacg aaatctctga aatcttgtca ataagtttct
     2881 catattcctc gttatcatct atcacgcgtc caatcatttc aactatggtt gtctgtgcgt
     2941 caaaactgat gtctggatag ttggcacttg tctctatcag ttctgccagt ttctttaact
     3001 ctagcgtcgg gtcttgtgca tattgtacca tttggagcaa ccgatgttca gaaaagaaga
     3061 gttcgaggaa cagacggctc gcctgcgaca gatcttcgcg ctcctttatc gtctttaaat
     3121 cttgtatttc cttcccgaac ctttcggaat caaacaaacc tactcttgcc gcattttcca
     3181 aattggtgag gatattggcc atcagctcta tcgtatgcac agttgtatgc atattagcat
     3241 actcctttag cttcagataa tctgcataca ttgcattcac atcgtgaaac cagaaaaacg
     3301 atgtccaagc atgattatac gttatattga accgttgcac ggaagtaccg tgtacttctg
     3361 cttctcgctg cgcacggttg aagcgacctt cagtctccat ccgggggcgt tccaggcctc
     3421 tgcttaatag gcaggactgg agtaagtcat caatatagtc cgtatctagg ctttctactt
     3481 gccgtgacag caagtcattc tctaacttct ccagttcttc ttttctgcgc ttatcattag
     3541 tgccttcttt gacggtcttt ctcttgtagt cttcagaaaa gttcagtttc tcggtggcaa
     3601 catcatagca gccttgttca aacactgcaa actgacacca cttaccatcg aagatactca
     3661 cggctacatc gtattgtttc gatagttcat cctcgacctc ctgacgttta cttgacttga
     3721 ttttctgact agagaagaat accaccttcg tatagccacg tccagtctct acagctttct
     3781 tgacatcgcc ctctatctta cttttccagt tcttctgtac actgatggct atcgcccatt
     3841 tatggtcgcc agtactgcct tcagacaccc accatctgtc tgatattgct ttgtcgacag
     3901 gatacgtctc tccatccacc ttaccatcac ctccgccatc gggaccggtc tgcggtttta
     3961 tgttgggtgt caccagtcgt gctgccagca ctaaaacaaa gttctcaaac tccgactgtt
     4021 tcttatcctg cgagagctgt tgcaatttca ggtcaaagag ttcaggagtg agcttggtct
     4081 cgtacacgac ctccgtgtcc gagaagagat tatttctcag acgtcgataa tacgagaaaa
     4141 tatcctgctg cgccgttacc aaattatctt caagttccag tgtatcgtta actataggtt
     4201 cttccattaa tcgagttgta agtgactcat agaagattcg aacttctgcc ttccccttca
     4261 ggatagccac gattctgtgc ctatcctgaa gggggatgaa ctaccactat tctaatgagt
     4321 cgattatatt gtttattgtc aatttgtcaa gagtatatcc ataaaggctt tttacacagt
     4381 ttaacacata ggcgtgaagt ctttttgtcc taccttcgtg aaggaacctt acatattctg
     4441 gaatcagttt gtccttgtta ctaactaaag tttcccaccc taataaatag ataggaaaat
     4501 aacagtttgt caaattttct ttgtaaatta gcaatcgcta aataactgat tttaaagaca
     4561 aaactgttgt ggaggcaaaa atagagaaaa taagcgagtt gtccaaactt ttgagtgtta
     4621 aaaaccgaat gagtgatgat ttgtttcatc tttttggcaa gtttggcatc ggtcacctgt
     4681 tatctcgtct gtcattggag aaacaggacg gagtttccgc ttcggagttg atcctttctc
     4741 tttgcctctt ccgcattgc
//
LOCUS       SEQF2637|AYYD01001149.1 5325 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5325
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             97..303
                     /locus_tag="SEQF2637_01692"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNGTVFKPNDRYPLHKEEFRLYYTSASTDRQTIDVYVEDNFGQ
                     TAKFSFEFNSQRDEEKEKPNGDKK"
     CDS             503..730
                     /locus_tag="SEQF2637_01693"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTERQADSLLRADLMKRLMMFKDYGKDALLLAVLSYNVGTGRLL
                     GYGKHPKSRLLRKIESGDRDFYREFVSFCRY"
     CDS             complement(989..4207)
                     /locus_tag="SEQF2637_01694"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEPIVNDTLELEDNLVTAQQDIFSYYRRLRNNLFSDTEVVYET
                     KLTPELFDLKLQQLSQDKKQSEFENFVLVLAARLVTPNIKPQTGPDGGGDGKVDGETY
                     PVDKAISDRWWVSEGSTGDHKWAIAISVQKNWKSKIEGDVKKAVETGRGYTKVVFFSS
                     QKIKSSKRQEVEDELSKQYDVAVSIFDGKWCQFAVFEQGCYDVATEKLNFSEDYKRKT
                     VKEGTNDKRRKEELEKLENDLLSRQVESLDTDYIDDLLQSCLLSRGLERPRMETEGRF
                     NRAQREAEVHGTSVQRFNITYNHAWTSFFWFHDVNAMYADYLKLKEYANMHTTVHTIE
                     LMANILTNLENAARVGLFDSERFGKEIQDLKTIKEREDLSQASRLFLELFFSEHRLLQ
                     MVQYAQDPTLELKKLAELIETSANYPDISFDAQTTIVEMIGRVIDDNEEYEKLIDKIS
                     EISSLRKSEVEGAIIHFNRAQTLIDKQQYKPVVKHLGHCVQAFMKEGYETELVKTYGY
                     MGIAFYNLELPYSAKAYLVKAASILVKEFFTQGTISHLLITVLWKLCEIELMIGRLVM
                     YLNWRELLFIIAHNGQEIESKEFVEKDILFDGGWACHFAAVDLTRETISVLPDIFARC
                     DMPISENYLKYALGYQESVDEKFVNLITDDWGKLLRQQPIHKQFLNPLNIAEEGQTTI
                     STLAKGCRFTVRYENSVRSQLVAETFLATVETLLATFDTLELVVMSPEIQVEIAPTDE
                     QSEMERGENENQYVFNVNYGTLDGETYWRCFAFFMAYFMSLNTVSSEDVIDLIAQRHE
                     KEKIMDRIIALLELNNAVYNVLGDKFKYSIRQWENANDKTYVCKADTKGETLTDQNPH
                     TEQRGVQTFSISSTMEWWDKAGWTGVCFMYDQRFATPPIVGLAFKNLEAGKRIIHEWK
                     EKIAKGQSSVELHLIRGIDKQHPSWYRACVAPEIPLDHITEGQYIAVMCRKHTMTPND
                     TSNLDNFERVYSRFGNCQLVAVAIDDQMHVNMNIDFSEAIELKKVIITDAWKVSAHEP
                     TGNALEWDDDPIIPESESISAPVIELMKNLREVHDKIEKRIF"
ORIGIN      
        1 tcaatccctc gtatccaaaa gaaacttgct cgaatgaacc cacaacaact aatcacaata
       61 caattttaat gcgtcacccc tggggggaga ttgaagatgg ataacggcac ggtattcaag
      121 cccaatgacc gctatccgct ccacaaggag gagttcaggc tctattacac ctccgcttcc
      181 accgaccggc agacgataga cgtgtatgtg gaggataatt tcggacagac ggcaaaattc
      241 tcgtttgagt tcaatagcca aagagatgag gaaaaggaga aaccgaatgg ggacaaaaag
      301 taaacttgtt gtcttatgtc ttgtctgcct ctcctgctta cggctttccg ctcaggacgg
      361 aagaaacgcc ttattctagt tgccgccttt tgagcgtgcc gtcatatgca tcaagcactt
      421 tgagggctta catacttgga aagactatcc gtatgtgggc tacgggcata aactattgcc
      481 cagagagaaa ttcactcctg caatgacgga acggcaggcg gattcactac ttcgggctga
      541 cctgatgaag cgtctgatga tgttcaagga ctacggcaag gatgccctgc tgcttgccgt
      601 actgtcctac aatgtcggga cgggcaggtt gctgggatac ggcaagcatc ccaaaagcag
      661 attgctacgg aagatagagt caggcgatag ggatttctac cgtgaatttg tctctttctg
      721 ccgatactaa ggcaaagtct tgcgaggact tgtcaaacga cgaaaggtgg agtttgctct
      781 gttttatata ccctgattgt caaatacgcc tcttgcgaca tttttatgct tcgcaagggg
      841 cgttttcttg ccgttttatt cggctttatc gctatgagat gatttttaaa taataactga
      901 tagtaatatt agttcgaata tagattcttt catagattgt catggggatc actttagttg
      961 attatttcta aattaattct taaatgattt aaaaaattct cttctctatt ttatcatgaa
     1021 cttcacgcaa gttcttcatt aattcaatga cgggggcact gatgctctct gactcaggaa
     1081 tgatagggtc atcgtcccac tccaatgcat ttcccgttgg ttcatgcgca gaaactttcc
     1141 atgcatcggt aatgataacc tttttaagtt cgatggcttc gctaaaatca atgttcatat
     1201 ttacatgcat ctggtcatca attgctactg ccacaagctg gcaattgcca aaccgagaat
     1261 atacccgttc aaaattatca agattcgacg tgtcatttgg agtcattgtg tgcttccgac
     1321 acattacagc tatatattgc ccctccgtga tatggtccaa gggtatctct ggtgccacac
     1381 atgctctata ccatgaggga tgttgtttgt cgatgcctct tatcagatgc agttctacac
     1441 ttgattgacc ttttgctatt ttttctttcc attcatggat gattcttttg cctgcctcca
     1501 agttcttgaa ggccaggcct actataggtg gtgtcgcaaa ccgttggtcg tacatgaagc
     1561 acacccccgt ccatccagcc ttatcccacc attccatagt gctggagata ctgaatgttt
     1621 gtacacctcg ctgttctgta tgtgggttct gatctgttaa cgtttctccc tttgtatctg
     1681 ccttgcatac ataggtcttg tcatttgcat tttcccattg acggattgaa tacttgaact
     1741 tatcgccaag cacattataa accgcgttgt tcaactctag caaggcaata attctgtcca
     1801 tgattttttc tttctcgtgt cgctgtgcta tcaaatctat tacatcttcg ctcgacacgg
     1861 tgttaagcga cataaaatat gccataaaga aagcaaaaca gcgccaatac gtttctccat
     1921 caagagtgcc gtagttcacg ttaaatacat attggttttc gttttctcct ctttccattt
     1981 ctgattgttc atcagttggg gcaatttcca cttgaatttc cggactcatt accacaagtt
     2041 ccagcgtgtc aaaagtggca agcagtgttt caactgttgc caaaaatgtc tctgccacca
     2101 gttgacttct aactgagttc tcgtacctga cagtgaatcg acaacccttt gccaatgtac
     2161 tgatagtggt ctgaccttct tctgctatat taagagggtt aaggaactgc ttgtgtatag
     2221 gttgctgcct gagcaatttg ccccaatcat cagtgataag atttacgaat ttctcatcta
     2281 cagactcttg gtatcctaat gcatatttca gatagttttc tgaaatgggc atatcgcaac
     2341 gtgcaaaaat gtctggcaaa acggaaatag tttctctcgt gaggtcgact gctgcaaaat
     2401 ggcaagccca gcctccatcg aacaatatat ctttctcaac aaattcttta ctctctattt
     2461 cttgaccatt atgggcaatg ataaacaaca gttctctcca gttgagatac atcacaagtc
     2521 ggcctatcat cagctctatt tcacacaatt tccatagcac ggtaatcagc agatgactga
     2581 tagtaccctg cgtaaagaac tccttgacaa gtatcgacgc agcctttacc aaatacgcct
     2641 ttgcactgta aggcagttca agattataaa aagctatgcc catatagccg tatgttttca
     2701 ccagttcggt ctcatagcct tctttcatga atgcctgtac acagtgaccc aaatgcttta
     2761 ccacaggctt gtattgctgc ttgtctatca aggtctgtgc acgattgaaa tgtattatgg
     2821 caccctctac ctcagattta cgcagagacg aaatctctga aatcttgtca ataagtttct
     2881 catattcctc gttatcatct atcacgcgtc caatcatttc aactatggtt gtctgtgcgt
     2941 caaaactgat gtctggatag ttggcacttg tctctatcag ttctgccagt ttctttaact
     3001 ctagcgtcgg gtcttgtgca tattgtacca tttggagcaa ccgatgttca gaaaagaaga
     3061 gttcgaggaa cagacggctc gcctgcgaca gatcttcgcg ctcctttatc gtctttaaat
     3121 cttgtatttc cttcccgaac ctttcggaat caaacaaacc tactcttgcc gcattttcca
     3181 aattggtgag gatattggcc atcagctcta tcgtatgcac agttgtatgc atattagcat
     3241 actcctttag cttcagataa tctgcataca ttgcattcac atcgtgaaac cagaaaaacg
     3301 atgtccaagc atgattatac gttatattga accgttgcac ggaagtaccg tgtacttctg
     3361 cttctcgctg cgcacggttg aagcgacctt cagtctccat ccgggggcgt tccaggcctc
     3421 tgcttaatag gcaggactgg agtaagtcat caatatagtc cgtatctagg ctttctactt
     3481 gccgtgacag caagtcattc tctaacttct ccagttcttc ttttctgcgc ttatcattag
     3541 tgccttcttt gacggtcttt ctcttgtagt cttcagaaaa gttcagtttc tcggtggcaa
     3601 catcatagca gccttgttca aacactgcaa actgacacca cttaccatcg aagatactca
     3661 cggctacatc gtattgtttc gatagttcat cctcgacctc ctgacgttta cttgacttga
     3721 ttttctgact agagaagaat accaccttcg tatagccacg tccagtctct acagctttct
     3781 tgacatcgcc ctctatctta cttttccagt tcttctgtac actgatggct atcgcccatt
     3841 tatggtcgcc agtactgcct tcagacaccc accatctgtc tgatattgct ttgtcgacag
     3901 gatacgtctc tccatccacc ttaccatcac ctccgccatc gggaccggtc tgcggtttta
     3961 tgttgggtgt caccagtcgt gctgccagca ctaaaacaaa gttctcaaac tccgactgtt
     4021 tcttatcctg cgagagctgt tgcaatttca ggtcaaagag ttcaggagtg agcttggtct
     4081 cgtacacgac ctccgtgtcc gagaagagat tatttctcag acgtcgataa tacgagaaaa
     4141 tatcctgctg cgccgttacc aaattatctt caagttccag tgtatcgtta actataggtt
     4201 cttccattaa tcgagttgta agtgactcat agaagattcg aacttctgcc ttccccttca
     4261 ggatagccac gattctgtgc ctatcctgaa gggggatgaa ctaccactat tctaatgagt
     4321 cgattatatt gtttattgtc aatttgtcaa gagtatatcc ataaaggctt tttacacagt
     4381 ttaacacata ggcgtgaagt ctttttgtcc taccttcgtg aaggaacctt acatattctg
     4441 gaatcagttt gtccttgtta ctaactaaag tttcccaccc taataaatag ataggaaaat
     4501 aacagtttgt caaattttct ttgtaaatta gcaatcgcta aataactgat tttaaagaca
     4561 aaactgttgt ggaggcaaaa atagagaaaa taagcgagtt gtccaaactt ttgagtgtta
     4621 aaaaccgaat gagtgatgat ttgtttcatc tttttggcaa gtttggcatc ggtcacctgt
     4681 tatctcgtct gtcattggag aaacaggacg gagtttccgc ttcggagttg atcctttctc
     4741 tttgcctctt ccgcattgtt ggtaagagca tccacagtat atgcaagcat aagatatatg
     4801 agctttcaaa tcatggcaag aactgtttct atcgcatgat gattcgcccg cagatggatt
     4861 ggagacgctt gatgaaccac tttgccntgc gttatatgtg cctgttgcgt aagtatggcg
     4921 aagctcctca atccgacacc acgacatgtt tcattataga tgacactgtg cttgagaaga
     4981 gtggcgtgag aatggagngt atcagtcgtg ttttcgatca tgtaaaaggc agatgcgtat
     5041 tgggctacaa actgctactt tgtgccttct ttgacggcaa gacaaccata ccctttgatt
     5101 tttcactgca tcaagaaaag gggaagcaan gcgactgcgg gctgacaaga cagcaacgca
     5161 gaaaggcata tcataccaag aggaataatg gtagccccga ttttaagcgc tttcaagagt
     5221 gtaagatgtc taagatggaa gtcgccatgg atatgcttcg ccgtggatgg aagatggggt
     5281 tgcatgcgaa gtatgtgatt accgatagtt ggttcacttg cgagc
//
LOCUS       SEQF2637|AYYD01001150.1  650 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..650
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctcgcaagt gaaccaacta tcggtaatca catacttcgc atgcaacccc atcttccatc
       61 cacggcgaag catatccatg gcgacttcca tcttagacat cttacactct tgaaagcgct
      121 taaaatcggg gctaccatta ttcctcttgg tatgatatgc ctttctgcgt tgctgtcttg
      181 tcagcccgca gtcgcnttgc ttcccctttt cttgatgcag tgaaaaatca aagggtatgg
      241 ttgtcttgcc gtcaaagaag gcacaaagta gcagtttgta gcccaatacg catctgcctt
      301 ttacatgatc gaaaacacga ctgatacnct ccattctcac gccactcttc tcaagcacag
      361 tgtcatctat aatgaaacat gtcgtggtgt cggattgagg agcttcgcca tacttacgca
      421 acaggcacat ataacgcang gcaaagtggt tcatcaagcg tctccaatcc atctgcgggc
      481 gaatcatcat gcgatagaaa cagttcttgc catgatttga aagctcatat atcttatgct
      541 tgcatatact gtggatgctc ttaccaacaa tgcggaagag gcaaagagaa aggatcaact
      601 ccgaagcgga aactccgtcc tgtttctcca atgacagacg agataacaga
//
LOCUS       SEQF2637|AYYD01001151.1 1080 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1080
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1..441
                     /gene="mdtC_1"
                     /locus_tag="SEQF2637_01695"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B7ME88"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtC"
                     /translation="MNDCALHAPFAGVVGRRTAEVGVTSMFGFISLLGMIMKNVILMY
                     QXAEDERHLAHRSARDAAYDAGARRMTPIFLTTATTAVGVIPMIIEGSSFWSPVGVSI
                     FAGGIGALIAVVTVLPVLYWKLYGKEDQKRQTRGAVAPPETHTA"
ORIGIN      
        1 atgaacgact gcgccctgca tgcgcccttt gccggtgtcg tggggcgtcg cacggccgag
       61 gtgggggtaa cgtccatgtt cggcttcatc tcgctcttag gcatgatcat gaaaaacgtc
      121 atcctcatgt atcagcangc cgaagacgag cgccacctgg cccaccgatc ggcacgcgat
      181 gcggcttacg acgccggcgc ccgacgcatg acgcccatct tcctgaccac cgccacgaca
      241 gccgtgggtg tgatccccat gatcatcgag ggnagctcgt tttggagccc cgtgggcgtc
      301 tccatcttcg ctggtggcat cggtgcgctg atcgccgtgg tcaccgtcct ncccgtgctt
      361 tactggaaac tctacggcaa agaggatcag aaaaggcaga cgcgcggggc ggtcgctcct
      421 ccagaaacgc acacggcgta aacgtctcaa cgtaagccat ccttttccga gcctcggaaa
      481 tgggtccaac cttcgggaga ggtcatttcc cgagtcagga aatgggccca accttcggga
      541 gaggccattt cccgagtcag gaaatgagtc caaccttcgg gagagggcat ttccgagcct
      601 cggaaatggg tccaaccttc gggagaggct atttcccgag tcaggaaatg ggtccaacct
      661 tcgggagagg gcatttcccg agtcaggaaa tgagcccaac cttcgggaga gggcatttcc
      721 cgagtcagga aatgggccca accttcggga gagggcattt cccgaccgag gaaatgggcc
      781 caaccttcgg gagaggccat ttcccgagtc aggaaatggg tccaaccttc gggagaggcc
      841 atttcccgag tcaggaaatg ggctcaacct tcgggagagg gcatttcccg agtcaggaaa
      901 tgggctcaac cttcgggaga ggtcatttcc cgagtcagga aatgagtcca accttcggga
      961 gagggcattt cccgagcctc gggaggccta ctcccttcta cttcttacta cttataactc
     1021 cccctactac ttatcactcc cccctaccta tctatatagg tatatccaac gcagcgccct
//
LOCUS       SEQF2637|AYYD01001152.1 6098 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6098
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     rRNA            191..1706
                     /locus_tag="SEQF2637_01696"
                     /product="16S ribosomal RNA"
                     /inference="COORDINATES:profile:RNAmmer:1.2"
     tRNA            1911..1985
                     /locus_tag="SEQF2637_01697"
                     /product="tRNA-Ile"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ile(gat)"
     tRNA            2000..2074
                     /locus_tag="SEQF2637_01698"
                     /product="tRNA-Ala"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ala(tgc)"
     rRNA            2313..5203
                     /locus_tag="SEQF2637_01699"
                     /product="23S ribosomal RNA"
                     /inference="COORDINATES:profile:RNAmmer:1.2"
     rRNA            5331..5444
                     /locus_tag="SEQF2637_01700"
                     /product="5S ribosomal RNA"
                     /inference="COORDINATES:profile:RNAmmer:1.2"
ORIGIN      
        1 tggaagaaag aagaaaatgc tagaatagag agagtcaata ataaatccct ctatcagcga
       61 aagagcgatc tttgtaagat ttacatgtat acaagatgta gtacagaaaa aatagaaagt
      121 accgtcaatg atacaataag gaaaggacat ctatgagcga agcaaaggat ataaacaata
      181 tcaacaacgg agagtttgat cctggctcag gatgaacgct agcgacaggc ttaacacatg
      241 caagtcgagg ggcagcaatt tgtagcaata caaagttggc gaccggcgca cgggtgagta
      301 acgcgtatgc aacctaccca caacagaaga ataatccggc gaaagtcggt ctaatacttc
      361 ataaaacagg gacaccgcat ggtgttattt gttaaagatt tatcggttgt ggatgggcat
      421 gcgtaccatt aggcagttgg tgaggtaacg gctcaccaag cctacgatgg ttaggggttc
      481 tgagaggaaa gtcccccaca ctggtactga gacacggacc agactcctac gggaggcagc
      541 agtgaggaat attggtcaat gggcgagagc ctgaaccagc caagtcgcgt gaaggatgac
      601 ggccctatgg gttgtaaact tcttttgcag gggaataaag atattcacgt gtgggtagtt
      661 gtatgtaccc tgcgaataag catcggctaa ctccgtgcca gcagccgcgg taatacggag
      721 gatgcgagcg ttatccggat ttattgggtt taaagggtgc gtaggtgggc tattaagtca
      781 gtggtgaaag tttgtcgctc aacgataaaa ttgccgttga aactggtggt cttgagtatg
      841 gatgaagtag gcggaatgcg tggtgtagcg gtgaaatgca tagagatcac gcagaactcc
      901 gattgcgaag gcagcttact aaggcgtaac tgacactgaa gcacgaaagc gtgggtatca
      961 aacaggatta gataccctgg tagtccacgc agtaaacgat gattactagg agtttgcgat
     1021 atagtgtaag ctctacagcg aaagcgttaa gtaatccacc tggggagtac gccggcaacg
     1081 gtgaaactca aaggaattga cgggggcccg cacaagcgga ggaacatgtg gtttaattcg
     1141 atgatacgcg aggaacctta cccgggattg aaatgtacct gacgaactgc gaaagtggtt
     1201 ttccagcaat ggcaggtatg taggtgctgc atggttgtcg tcagctcgtg ccgtgaggtg
     1261 tcggcttaag tgccataacg agcgcaaccc tgactgtcag ttgctaacag gttaagctga
     1321 ggactctggc gggactgccg gcgtaagctg tgaggaaggt tgggatgacg tcaaatcagc
     1381 acggccctta catccggggc gacacacgtg ttacaatggc agggacaaag ggcagctacc
     1441 gagcgatcgg atgcaaatct ctaaaccctg tctcagttcg gatcggagtc tgcaactcga
     1501 ctccgtgaag ctggattcgc tagtaatcgc gcatcagcca tggcgcggtg aatacgttcc
     1561 cgggccttgt acacaccgcc cgtcaagcca tgggagccgg gggtgcctaa agtccgtaac
     1621 cgttaaggat cggcctaggg taaaactggt gactggggct aagtcgtaac aaggtagccg
     1681 taccggaagg tgcggctgga acacctcctt tctggagcga gctcagaaga tttccgattt
     1741 tctgtattat aggagagtac ttagtttgag tatgtactac tttcttgttt gcatgttata
     1801 aatagaagaa taaaagaagc tgggttagct gattcttgga tgttcgcaaa cgatcatcat
     1861 gatgaggcta aagaagaagt tttccatatt cccggcggaa gttgaaagag agtcctatag
     1921 ctcagttggt tagagcgcta cactgataat gtagaggtcg gcagttcaac tctgcctggg
     1981 actacttaaa ggataatatg ggggattagc tcagctggct agagcacctg ctttgcaagc
     2041 agggggtcaa cggttcgaat ccgttattct ccacatgatt atcagagcct atatttagga
     2101 attgataaga atgagatctt tgacattgat ggacaaaaca aagtaaagac ttcgtgttga
     2161 agtaatatgg ggaaaagtat cctcaagagg atattctact caagatagct tcaatgcaaa
     2221 ggagactaag agaaattaag gtgaaaatcg aaaagaagag cctatagata aaacggattg
     2281 tacgttcagt gatggacgat caattaaaga taaaaagtaa aagaagggca gacggtggat
     2341 gccttggctc tcggaggcga cgaaggacgt gataagctgc gaaaagcccg gttgaggtgc
     2401 aaataaccct tgacgccggg atatccgaat ggggaaaccc gattggtaga agatcaatca
     2461 catcgaaaga tgggcaaacg tggggaactg aaacatctaa gtacccatag gaagagaaaa
     2521 taataatgat tgcgtaagta gtggcgagcg aacgcgcaag agcccaaacc atagatgttt
     2581 tggcatcata tggggttgta ggatcgcaat gtggcaagaa gcaaaggaag tggaacccgc
     2641 tggaaagagg gccatagagg gtgaaagtcc cgtacacgaa tcttttgtga agcctagcga
     2701 tatcctgagt aagtcgggac acgtgaaatc ctgaccgaat ctgcggggac catcccgtaa
     2761 ggctaaatac tcccgagaga ccgatagcga accagtaccg tgagggaaag gtgaaaagaa
     2821 cctcgaatag aggagtgaaa tagaccctga acccgtctgc ctacaagcgg tcggagcacc
     2881 tttaaggtgt gacggcgtgc cttttgcata atgaacctgc gagttgttct ttttggcaag
     2941 gttaagcatc agtaggtgcg cagccgaagc gaaagcgagt ctgaataggg cgactaagtc
     3001 aaaaggagca gacgcgaaac caagtgatct accgatggcc aggctgaagg ttgggtaaca
     3061 ccaactggag ggccggatgg atatacgttg aaaagtgttc caatgagctg tgggtagggg
     3121 tgaaaggcta atcaaacttg gagatagctc gtactccccg aaatgcattt aggtgcagcc
     3181 tcgggtaagg tactgatgag aggtagagcg actgattgga tgcgagggct tcaccgccta
     3241 tcaagtccgg ccaaactccg aatgctcatc agcaacatcc cgggagtgag ggcatgggtg
     3301 ctaaggtcca tgtccgagag gagaagaatc cagatcaccg gctaaggtcc ccaaatagca
     3361 gctaagttgc attaacgaag tccgaccgca gcgacagcca ggatgttggc ttggaagcag
     3421 ccattcattt aaagagtgcg taacagctca ctggtcgagg ggtcgggcat ggataataat
     3481 cgggcataag ctgtttaccg aagctgtgag atcgaaaaga tcggtagggg agcattccat
     3541 tatcagcgtt gaagatgaga ggtgactctt gttggagcgg atggaaaagc aaatgcaggt
     3601 ataagtaacg ataaaggggg tgaaaaacct cctcgccgaa agaccaaggg ttcctgatca
     3661 acgctaatcg gatcagggtt agtcgggacc taaggctaag ccgaagggcg atgccgatgg
     3721 aagaaccggt taatattccg gtactgcttt gtggagtgat gtggagacgg agaagtgaca
     3781 gctcggccat ctgacggaat aggtggttaa agggtgtaga cgttgattgt tgtaggcaaa
     3841 tccgcaacaa gagttgaacc tgacagtatg cagcgtactt gtacaatgta ataagagcgt
     3901 aatcaggctc ccaagaaaac ccgctaaaca tatcttcaaa gcacccgtac tcgaaacgga
     3961 cacacgtggt cgggttgaaa atactaaggc gctcgagtga ttcacggtta aggaactagg
     4021 caaaatggtc ctgtaacttc gggataaagg acgccaatag caatattggt cgcagagaat
     4081 aggcccaggc gactgtttaa caaaaacaca tgactatgcg aaatcgaaag atgaggtata
     4141 tggtctgaca cctgcccggt gctggaaggt taagaggaga tgtcatcctg caagggagaa
     4201 gcattgaatt gaagccccag taaacggcgg ccgtaactat aacggtccta aggtagcgaa
     4261 attccttgtc gggtaagttc cgacctgcac gaatggtgta acgatctggg cactgtctca
     4321 actgtgagct cggtgaaatt gtagtatcgg tgaagatgcc gattacccgc gatgggacga
     4381 aaagaccccg tgaaccttta ctatagcttt acattgaaat tgggcatgcg atgtgtagga
     4441 taggccggag gctgagaggc ggtgacgcca gtcatcgtgg agccgctgtt gaaatacggc
     4501 cctttgtgtg tttggtttct aactcccgaa aaagggagga cggtgtatgg tgggtagttt
     4561 gactggggtg gtcgcctcca aaagcgtaac ggaggcttct aaaggtaccc tcagaccgat
     4621 tggtaaccgg tcgcagagtg taatggcata agggtgcttg actgagagac ctacaagtcg
     4681 atcaggtagg aaactagagc atagtgatcc ggtggttccg tatggaaggg ccatcgctca
     4741 aaggataaaa ggtactccgg ggataacagg ctgatcgccg ccaagagctc atatcgacgc
     4801 ggcggtttgg cacctcgatg tcggctcgtc acatcctggg gctggagaag gtcccaaggg
     4861 ttgggctgtt cgcccattaa agtggcacgc gagctgggtt cagaacgtcg tgagacagtt
     4921 cggtctctat ctatcgtggg cgtaagatat ttgcggggat cctgacacta gtacgagagg
     4981 accgtgtcgg acagacctct gatatgccgg ttgtttcgcc aggagcacag ccgggtagtt
     5041 aagtctggaa aggataagtg ctgaaagcat ctaagtacga agccttcctc aagatgagat
     5101 atccattaaa gggtcgtcga agactacgac gtagataggc tgcaggtgta aagtcagtaa
     5161 tggcaaagct gagcagtact aattgcccga aactttttat cggaaaagag tttacaagac
     5221 gttttatcgc tatggcgaga tgatccctta aagaagagta ggtatccgat gtaaagcgga
     5281 gtcttaactc tttgttttgt cctgaagatg tcagaaaaag aaagatatta aggtagttat
     5341 agcacggggg atccacctct tcccattccg aacagagaag ttaagccccg taacgccgat
     5401 ggtactgctg aactaaaagt gggagagtag gtagctgccg ttttttgaaa gggaagtccc
     5461 tctgttgatc gattaagatc ggcggaggga ttcttttttt gctgttatca ctatgtgctt
     5521 tctcccttga aggaagaaag agaagagggc gaaggggaat caatatctcc tctgggagcg
     5581 gagcggggga ctttgaggga atgtttcgga ttgaggtggg ccaagaagat agctgcctct
     5641 gtcggtggag gagggacgta ttgcacacac tctctacgtg tatttggatt ttattgtcat
     5701 cgctattgct tcccttgaag agagagcggg ggccgaaggg gggcatcaat atcttttctg
     5761 gaagtgaaac agaaggcttt tgagggacta attcggattg aggtgggcta agaagaagac
     5821 agctgcctct gtcggtggag gagggacgta ttgcgatacg cctaatgtgt acccggaccc
     5881 tgatcacaag cctcttcaca ggcccgttct aagaggcgga tctaatgtgt actccggctc
     5941 tggtgctctc tcttatggcc gacttgagat gaataagaaa cgccccaccg cctacgatgg
     6001 cagtggggcg ttgtttttta gcgaggggtg cgaaggggct agtccgtgag ggtgaaggct
     6061 gggtgagcag tgagctctcg cttttggcac tcgaagtc
//
LOCUS       SEQF2637|AYYD01001153.1 1704 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1704
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             40..306
                     /gene="xerD_6"
                     /locus_tag="SEQF2637_01701"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MXYATYLSXLKAISXRAGLSXXITTHTARHTFATLVTLEQGVPI
                     ETVSKMLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLII"
     CDS             318..1532
                     /gene="xerC_11"
                     /locus_tag="SEQF2637_01702"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINRQKTKADGKTAIFCRVTIDGRSAVMITGEECL
                     PTEWNSRQGITGEKRINQRLAAFRELVEKTYAEMLTKDGVVSAELLKNRLQGVAAAPT
                     TLLAMSEAELQSVKACIGRSRSEGTYRNHTYSDKMLREWMESKGRKDMPIDAVTDGMF
                     EEFRFYLKKKRFTAKTVNRDLCWLSRLMYRAVSKRIIRYNPFEGAIYEKVERKIRFLQ
                     KSDVAKLMALKVNDREAEQARQLFLFSCFTGLAIVDMERLKFSHIQTAADGRRYIRKE
                     RQKTKVESVVPLHPIAETILNRLREEEEQAVKEKDGDLVFPRDCSRSVMNNKLSTVGL
                     ACGIRQRLSFHMARHTFGTLSLSAGIPIESIAKMMGHTSITSTQIYAQVTDKKISEDM
                     DRLIQKQQAASE"
ORIGIN      
        1 cagctacaca gcgatgcaag agagacactg ctcccttata tgaantatgc cacctatttg
       61 tcttgnctga aagcnatctc gntaagggcn ggnctgtctt ngncnatcac cacgcacacn
      121 gcncgncaca ccttcgcnac nctcgtcacc ttggagcagg gcgtacccat cgaaaccgtt
      181 agtaagatgc ttgggcatag cacggtgcgc atgaccgagc gatatgcgaa agtcactccc
      241 caaaagctgt ttgaggagtt cgatcgcttg atcgccttca ccgaagattt acacctaatc
      301 atttagcaga aaccaatatg agaagtacat tcaagatcct gttttacatc aacagacaga
      361 agacaaaagc agacggcaag acagccatct tttgccgcgt caccatcgat ggcagaagtg
      421 cggtgatgat aaccggcgag gaatgtctgc cgaccgaatg gaacagcaga cagggtataa
      481 ctggcgaaaa gagaatcaat caacgcctcg ctgcattcag ggagcttgtg gaaaagactt
      541 acgcggaaat gcttacgaag gacggcgtgg ttagtgcaga actcctcaag aatcgtttgc
      601 agggcgttgc cgctgcaccg accactcttt tggccatgag cgaggccgag ctgcaatccg
      661 ttaaggcatg tatcggtagg tcaaggtcag aaggcaccta tcgaaatcac acctattcgg
      721 acaaaatgct tcgcgagtgg atggaaagca aagggaggaa ggatatgccc atcgacgctg
      781 ttacagatgg gatgtttgag gagtttcgct tctacctcaa gaagaagcga tttacagcaa
      841 agacagtcaa tcgagatctc tgttggctga gtcgattgat gtatcgtgcg gtcagcaaaa
      901 ggatcattcg ctacaatcct tttgagggcg ctatctatga aaaggtagaa cggaagattc
      961 gcttcttgca aaagagcgat gtggctaagc tcatggcgct gaaggtgaac gacagggaag
     1021 cggagcaggc ccggcagttg ttccttttct cctgcttcac cggactggcc attgtggata
     1081 tggagcgcct aaagttctcg cacattcaaa cagccgccga tggtaggagg tatatccgca
     1141 aggaaaggca gaagacgaaa gtagaatccg tcgtgccgtt acatccgatc gcggagacta
     1201 tcctcaacag actccgagaa gaagaggaac aggcggtgaa agaaaaagat ggcgaccttg
     1261 tctttccacg cgattgcagc cgcagtgtaa tgaataacaa actgagcacc gtggggctgg
     1321 cctgtggcat cagacaacgc ctgtctttcc acatggctcg tcatacgttc gggacgttgt
     1381 cactcagtgc aggcataccg atagagagca tcgctaagat gatgggacac acgtccatta
     1441 caagcacgca gatctatgcg caggtgacag acaaaaagat ttcggaagac atggacaggc
     1501 tgatccagaa gcaacaagct gcgtcagagt gattcctgta tggctggctt aaggtgagaa
     1561 tgtagacttt tttcctttca tcgantagat cttactacat gactacaaca ggtataaagc
     1621 gatgaaagaa gcgtgactgg ggagtagtta ggtgtagtca aaaagccaca ccttttcttg
     1681 ataagtgtat taaagttttc acac
//
LOCUS       SEQF2637|AYYD01001154.1 6871 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6871
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             138..305
                     /locus_tag="SEQF2637_01703"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHLAFEVDNIDDAVRHLDRLGVPHEPVRTDEYTGRRFLFFTDP
                     DRLPLELYEKD"
     CDS             328..1152
                     /gene="punA_1"
                     /locus_tag="SEQF2637_01704"
                     /EC_number="2.4.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77834"
                     /codon_start=1
                     /transl_table=11
                     /product="Purine nucleoside phosphorylase 1"
                     /translation="MKTTTSTYREAADYLSGLIHTVPQTAIILGSGLGALADRITDAT
                     VIPYAAIPHFARSTATGHKGNLLFGRLGCQSVMAMQGRFHYYEGYTMSQVTFPIRVMA
                     LLGVRRLLVSNAAGGINNTFHVGDLMIIRDHINMMPNPLIGPNDERFGPRFPDMTRAY
                     DRDLIRAAEEIALEQGITLRKGVYVGLTGPSYETPAEYAAYGRLGGDAVGMSTVPEVI
                     VARHAGLRVFGMSVITNEGYHFADDFVNDADEVVRAANRATDVMTRLFTALIERTE"
     CDS             1165..1671
                     /gene="proX_1"
                     /locus_tag="SEQF2637_01705"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9L4Q7"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl-tRNA editing protein ProX"
                     /translation="MIGPAPLYALLRRLDIPFDYIEHPPLPTLDVAREVLRDRDVHLC
                     KNLFFRNHKGNRHYLVILSGDSSMDIHAIEHRLHEGKLTFASEHRLQRYLGVTPGSVT
                     PFALIHDTDHHVRVFLDKNLLQSSHLSFHPCLNTASLTLPLDGFIRFMDHTGNAYEWI
                     DLYPDESQ"
     tRNA            1820..1893
                     /locus_tag="SEQF2637_01706"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
     tRNA            2012..2095
                     /locus_tag="SEQF2637_01707"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(cag)"
     tRNA            2107..2191
                     /locus_tag="SEQF2637_01708"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(gag)"
     CDS             2285..2521
                     /gene="rpmB_1"
                     /locus_tag="SEQF2637_01709"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7M2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L28"
                     /translation="MSKSCQITGKKAMSGNNVAHSNVRTRRKFNVNLFAKKFYWVEQD
                     CWVTLNVSAAGLRLINKIGLDAAIKNAAAQGFLS"
     CDS             2556..2744
                     /gene="rpmG_1"
                     /locus_tag="SEQF2637_01710"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72GW3"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L33"
                     /translation="MAKKVKGNRIQVILECTEHKESGMPGMSRYITTKNRKNTTQRLE
                     LKKYNPILKRMTVHKEIK"
     CDS             2766..2921
                     /locus_tag="SEQF2637_01711"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTVATFKSGEGGRTYSKVIKMVKSPKTGAYVFQEEMIPNDD
                     VKEYFKK"
     CDS             3082..4215
                     /gene="dnaN_1"
                     /locus_tag="SEQF2637_01712"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99103"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit beta"
                     /translation="MKFDVSSSALSFHLQAISKVIASKNTVPILDCFFFRLDKERRRL
                     FITASDIETRLETSITALNVEGEGVFAIPAKILLDPLKELPEQPLMFDVNDNNLSTVM
                     LYENGKYEFVAQRGDTYPQQKEMKSDAATFSIEASVLLNGVSRTLFATAEDELRPVMN
                     GVFLDIQPNSVTFVASDGHKLVQISNLATRSGTHASFVLPKKSATLLKTLLAKETEEV
                     SIRFDENTASIKASHFEMVCRLIEGRYPNYSSVIPKDNPNRVTVDRLYLLNVLKRISL
                     SSNPASGLVRLQLSQEDGLTISAQDIDFSTSAEEIVKCQYDGTDLDIGFKGTFLIEML
                     NNINATEICIELADPSRPGVIVPTENEKDEQLLALLMPMMLNN"
     CDS             4429..5190
                     /gene="dinG_1"
                     /locus_tag="SEQF2637_01713"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FYH5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ATP-dependent helicase DinG"
                     /translation="MQLNLANPIVFFDLETTGVNISKDRIIEISLLKVAPNGKEESKT
                     RRINPGIPIPPEATAIHGISNEDVKDCPTFKEIAKSLAAQIEGCDLAGFNSNRFDIPL
                     LAEEFLRADVDIDLSKRKFVDVQTIFHKMEQRTLSAAYKFYCGKSLEDAHSAAADTFA
                     TYEVLKAQLDRYPDLKNDIRFLSEFSCFTNNVDFAGRMIYNDKGEEVINFGKYKGRLV
                     AEVLKADPGYYAWMMSGDFPLNTKQKLTEIRMRLK"
     CDS             5227..6468
                     /gene="coaBC_1"
                     /locus_tag="SEQF2637_01714"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABQ0"
                     /codon_start=1
                     /transl_table=11
                     /product="Coenzyme A biosynthesis bifunctional protein
                     CoaBC"
                     /translation="MMNSQSPSPRLAERKIILGVTGSIAAYKAAYLTRALIKEGAEVQ
                     VVMTPAAKEFITPLTLSTLSRKPVVSEFFSRRDGSWHSHVDLGLWADAMLIAPATAAT
                     IGKMAQGVADNMLVTTYLSCKAPVFVAPAMDLDMYAHPATQANLARLRTFGNRIIEPA
                     EGELASTLVGRGRMEEPERIVDILASALNEVGDLRGRTVLITAGPTYEKIDPVRFIGN
                     YSSGKMGFALAEACARRGAEVQLVAGPVALGTTHPHITRTDVESADEMYDAATALFPG
                     CDIAILAAAVADYRPHTPAEVKIKREETGHLTLPLVSNRDIAAALGRRKRPDQRLVGF
                     ALETNDERAHAEEKLRRKRLDLIVLNSLQDAGAGFGVDTNKITVIDALGNARDFPLKS
                     KTELADDIIDCLLPFLPPKNE"
ORIGIN      
        1 tcaccctccg cgccgaacat tatcgcgccg atcggcagtc gtacaaagcc gaccttgcac
       61 tgggtgacac ctacgtcgtc gagcttttct ccttcccctc cccgcccccg cggccgtcgc
      121 accccgaagc cgcaggattg cgtcacctgg cctttgaggt cgacaacatc gacgacgccg
      181 tccgtcatct cgaccgcctc ggcgtccccc acgagcccgt ccgcaccgac gagtacaccg
      241 gccgacggtt cctcttcttc accgaccccg accgcctccc cctcgaactc tacgaaaaag
      301 actaacccca aacacataag caagaatatg aaaacgacca cctccaccta tcgcgaagcc
      361 gccgactacc tctccggcct catccacacc gtgccccaga ccgccatcat cctcggcagc
      421 ggcctcggcg ccctggccga tcgcatcacc gacgccaccg tcatccccta cgccgccatc
      481 ccccacttcg cacgctccac cgccaccggc cacaaaggca acctcctctt cggccgcctc
      541 ggctgtcagt cggtcatggc catgcagggc cgctttcatt attatgaagg ctacaccatg
      601 agtcaggtca ccttccccat ccgcgtcatg gccctcctcg gtgtccgccg cctcctcgtc
      661 tccaacgccg ccggtggcat taacaacacc ttccacgtcg gcgacctcat gatcatccgc
      721 gatcatatca acatgatgcc caacccgctc atcggcccca acgacgaacg cttcggccca
      781 cgcttccccg acatgacccg cgcctacgac cgcgacctca tccgcgccgc cgaagagatc
      841 gccctcgagc aaggcatcac cctccggaaa ggcgtctacg tcggcctcac tggaccctcc
      901 tacgagactc ccgccgaata cgccgcctac ggtcgtctcg gtggcgacgc cgtcggcatg
      961 agcaccgtcc ccgaagtcat cgtcgcccgt cacgccggcc tacgcgtctt cggcatgtcc
     1021 gtcatcacga acgaaggcta ccacttcgct gacgatttcg tcaacgatgc cgatgaagtc
     1081 gtccgtgccg ccaatcgtgc caccgacgtc atgacccgcc tcttcaccgc cctcatcgaa
     1141 cgcaccgagt aacacgcccc gcccatgatc ggccccgccc cactctacgc cctcctgcga
     1201 cgtctcgaca tccccttcga ctacatcgag catcccccac tccccaccct cgacgtagcc
     1261 cgcgaagtcc tccgtgaccg cgacgtccat ctctgcaaga acctcttctt ccgcaatcac
     1321 aagggcaacc gtcactacct cgttatcctc tccggcgaca gctcgatgga cattcatgcc
     1381 atcgagcatc gccttcacga gggcaagctc accttcgcat ccgagcaccg cctgcagcgt
     1441 tacctcggcg tcacgcccgg atccgtcacc cccttcgccc tcatccacga caccgaccac
     1501 catgtacgcg tcttcctcga caagaacctc ctccaatcct ctcatctcag cttccatccc
     1561 tgcctcaaca cagcctccct gaccctcccc cttgacggct tcattcgctt catggaccac
     1621 acaggaaatg cctacgagtg gatcgatctt tatcccgacg agtcacagta gataggctca
     1681 aaataagtaa gatagcccgc ttctccagcg attctcctca gaaatcacga gaaaaaataa
     1741 tcgcagaacg tttggacgtt tggaaaacag ctctatcttt gcgcccgtca atcgagagag
     1801 agagacgaaa aaaacataag cggaagtagc tcagttggta gagcacaacc ttgccaaggt
     1861 tggggtcgcg gattcgagtt ccgtcttccg ctctcttttt atagacgagt aacacctcca
     1921 atcactgtag cctcatagaa tacacgaaga aagagataca gcaaaagaat gaaatgaatg
     1981 aacgctcgtc tttccagcaa tagatgaata ggcccaggtg gcggaattgg tagacgcgca
     2041 cgtttcaggt gcgtgtgtcg agaggcatgc aggttcgagt cctgttctgg gcaccccttt
     2101 cataatgcgc aggtggtgaa attggtagac acgctacttt gagggggtag tgccggtaac
     2161 ggtgtgtgag ttcaaatctc atcctgcgta caagaagtgg aagaagataa catagaaaag
     2221 agaagcgatt ctcttttttt tcgtctccac atcaccgaat aaacaagata gaaaatacga
     2281 agcaatgtct aagagttgtc agattacggg aaagaaagcg atgtcgggaa acaacgtcgc
     2341 tcattctaat gtgcgaacaa ggcgcaagtt caacgtgaac ctcttcgcaa agaagttcta
     2401 ttgggtagag caggattgct gggttacatt gaatgtctca gccgcaggat tacggctcat
     2461 caacaaaata ggactcgatg cagcaatcaa aaatgcagcc gctcaagggt tcttgagctg
     2521 actataacgc ctatataaaa aggaggaaac aagcgatggc aaagaaggta aaaggcaata
     2581 gaatacaagt gattctcgaa tgcacagagc ataaagagag tggtatgccc ggaatgtcgc
     2641 gttatatcac aacgaaaaat cgcaaaaaca ccacacagcg acttgagttg aagaaataca
     2701 atccgattct gaaaagaatg acagtacaca aagagataaa gtaatcaata aggagatcgt
     2761 agatcatggc aaaaaagacc gtcgcaacgt ttaagtctgg agaaggcgga cgtacttact
     2821 cgaaagtgat caaaatggtg aagtcaccaa aaactggagc ttacgttttt caggaagaga
     2881 tgatcccgaa tgacgacgta aaagaatatt tcaagaaata gtctttttga ataagaatcg
     2941 caagtagtaa aagctcttac tcaatatctt attgggtaag agcttttact atttagttag
     3001 accctccgcg aaatcgaaac tggcaaatgc cacattacta tatctcactt agctgtacaa
     3061 aatcaaaaaa tatagaccct catgaaattc gatgtatcaa gctcagccct atcatttcac
     3121 ttacaggcaa tcagtaaagt aatcgcttca aagaatacgg tacccattct tgattgcttc
     3181 ttctttcgtc tggataaaga aagacgtaga ctcttcatca ccgcctcgga cattgagacg
     3241 cgcttagaga cctcgatcac tgcgctgaac gtggaaggag aaggcgtatt cgccatacct
     3301 gctaaaatat tattggatcc gttgaaggaa ttgccggagc aaccgctaat gtttgacgtt
     3361 aacgacaaca acctctcaac tgtcatgcta tacgaaaatg ggaagtatga atttgttgca
     3421 caacgaggcg atacctaccc acagcaaaag gaaatgaaga gcgacgccgc tacattctca
     3481 atagaagcat cggtgctgct taacggcgtc agccgaacac tctttgctac ggccgaggac
     3541 gagctccgcc cagtaatgaa tggcgttttc ttagatatcc agccgaacag tgtcacattc
     3601 gtcgcttctg atggccacaa gctggtgcag attagcaatc tggcaacgag gagcggaacc
     3661 catgcgtcgt ttgtgctacc gaaaaaatcg gcaacccttc tgaagacgtt gcttgccaaa
     3721 gagacagaag aagtgagtat tcgcttcgac gaaaacacag cctctatcaa ggcatcccat
     3781 tttgagatgg tttgccgcct gattgaggga cgttacccca actatagtag tgtgattccg
     3841 aaggacaatc caaatcgtgt aacggtcgat aggctctatc tgctaaacgt tctcaagcgt
     3901 atctctctct cctccaatcc cgccagcgga cttgtacgat tgcagctaag tcaggaggac
     3961 gggctcacca tttcagcaca ggatatcgac ttctccacct cggccgagga gatcgttaag
     4021 tgccaatacg acggcaccga cttagacatt ggctttaagg ggacgttcct aatcgaaatg
     4081 ttgaacaaca tcaacgccac cgagatttgc atcgaactgg ccgatccgtc acgcccgggc
     4141 gttatcgtac ccacagaaaa cgagaaggac gaacagctgc ttgccctact catgcccatg
     4201 atgctgaaca attaagaagc tgtttggatt ttatttcgga gaatatcgga agtatgtttc
     4261 tgatgatttt gtttcatcat tagacgagca tagcaagcta tgtgaggatt aatgatggaa
     4321 caaaagggca gaaacaggcc ccgatagacc cgaaatagaa aggagaatga cccgcccaaa
     4381 cagttccata aaacaatcgc tcaataaatt ccaaacagct tctaagtcat gcaactgaac
     4441 ttagccaacc ctatcgtctt cttcgacctc gagaccaccg gcgtaaatat cagcaaggac
     4501 cggatcatcg aaatctctct cctgaaagtc gcccccaacg gtaaggagga aagtaagacg
     4561 cgtcgtatca atccgggcat acccatcccg ccagaggcga cggctattca cggtatcagc
     4621 aacgaggatg tcaaggactg tcccaccttc aaagagatcg ccaaatcgct cgccgcacag
     4681 attgaaggct gtgatttagc cggttttaac tctaaccgct tcgacattcc ccttcttgcc
     4741 gaggagtttc tgcgggcgga cgtcgatatc gatctctcca aacgcaaatt tgtcgacgtg
     4801 caaaccatct tccataagat ggaacagcgc acactgtccg ccgcatacaa gttttattgc
     4861 ggaaaaagcc tcgaagacgc tcacagtgcc gcggcagata ccttcgctac gtacgaggtg
     4921 ctcaaggcac aactggaccg ttacccagac ctcaaaaacg acattcgctt cctttcggag
     4981 ttctcctgct tcacgaacaa cgtggacttt gccggacgta tgatctacaa cgacaagggc
     5041 gaagaggtga tcaacttcgg caaatacaag gggcgcctcg tcgcggaggt cttgaaggct
     5101 gatccgggtt attatgcgtg gatgatgagc ggcgatttcc cgctgaacac caaacaaaaa
     5161 ctgaccgaga tacgcatgcg cctcaagtag cctgcggatc acaccgttta tccccccaac
     5221 ccaagcatga tgaatagtca atccccctcc ccaagactcg cggagcggaa gatcatcctc
     5281 ggcgtcacgg gaagtatagc cgcgtataag gcggcctacc tcacccgcgc tctcatcaag
     5341 gagggcgcag aggtgcaggt ggttatgacg cccgcagcca aggagttcat caccccgctc
     5401 accctctcca ccctcagccg aaagcccgtc gtcagcgagt tcttttcccg acgcgacggc
     5461 tcgtggcaca gccacgtcga tctgggtctc tgggccgacg ccatgctcat cgcgcccgcc
     5521 acggcagcga cgatcggcaa gatggctcag ggcgtggctg acaatatgct cgtcaccact
     5581 tacctctcgt gcaaggcgcc cgttttcgtg gcccctgcaa tggatctcga catgtatgcg
     5641 caccccgcca cacaggctaa cctcgcccgc ttgcgcacct ttggcaaccg gatcattgag
     5701 cccgctgagg gcgagctggc cagtacactc gtgggccgtg ggcggatgga ggaaccggag
     5761 cgcatcgtcg acatactggc ctctgcactc aacgaggtgg gcgatctacg cgggcgtaca
     5821 gtcttgatta ccgccgggcc gacctatgag aagatcgatc cggtccgttt catcggcaac
     5881 tactcctccg gcaaaatggg gtttgccctc gccgaggcct gcgcacgccg cggcgcagag
     5941 gttcaacttg tagccggccc cgtggcgctg ggcacgacac atccgcacat cacccgcacc
     6001 gatgtcgagt cggccgacga aatgtatgac gctgctactg cgctcttccc cgggtgcgac
     6061 atcgccatct tggccgccgc cgtcgcagat tatcggcccc acacacccgc ggaggtgaaa
     6121 atcaaacgtg aagagacggg ccacctcacc ctgccgctcg tctccaaccg cgatattgcc
     6181 gccgcgctcg gccgtcgcaa acgtcccgat cagcgcctcg tgggcttcgc actcgagacg
     6241 aacgacgagc gcgcgcacgc tgaggagaaa ctccgccgca agcgcctcga cctcatcgtc
     6301 ctcaactccc tgcaagacgc gggcgccggt ttcggcgtcg acacgaacaa gatcaccgtg
     6361 atcgacgccc tcgggaacgc acgcgacttc cctctcaaaa gcaagacaga gctggccgac
     6421 gacatcatcg actgcctgct ccccttcctc cccccaaaaa acgagtaaac aatgacgaag
     6481 cacagcatcc gagccacgct tttcttggtt tttacccttc tcaccgccgt ggcagccccc
     6541 gcacaagtct ccgaattgaa tgcccgcctg acgataaaca gcgataagat ccaaggcacg
     6601 aataaggaca tcttcaagac ccttcaaacc gcgctcaacg agttcatcaa caacaggaaa
     6661 tggactaacg cgcgcttcgc gcccaatgag cgcatcgatt gcaccttcac gctcatcgtc
     6721 aacacgatgg aaaacgatag gtttagttgc gaactccaag tccaagcccg ccgccccgtc
     6781 tataactccg cctacaccac gaccattctg aatttccgcg acacgaagct cgatttcact
     6841 tacaccgagc acgagccgct cgagtataac g
//
LOCUS       SEQF2637|AYYD01001155.1 6870 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6870
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             138..305
                     /locus_tag="SEQF2637_01715"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHLAFEVDNIDDAVRHLDRLGVPHEPVRTDEYTGRRFLFFTDP
                     DRLPLELYEKD"
     CDS             327..1151
                     /gene="punA_2"
                     /locus_tag="SEQF2637_01716"
                     /EC_number="2.4.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77834"
                     /codon_start=1
                     /transl_table=11
                     /product="Purine nucleoside phosphorylase 1"
                     /translation="MKTSLSTYQEAADFLAGLIPDMPQTAIILGSGLGALADRLTDAT
                     AIPYAAIPHFARSTATGHKGNLLFGRLGSQSVMAMQGRFHYYEGYTMDQVTFPIRVMA
                     LLGVRRLLVSNAAGGINNTFHVGDLMIIRDHINMMPNPLIGPNDERFGPRFPDMTRAY
                     DRDLIRAAEEIALEQGITLRKGVYVGLTGPSYETPAEYAAYGRLGGDAVGMSTVPEVI
                     VARHAGLRVFGMSVITNEGYHFADDFVNDADEVVRAANRATDVMTRLFTALIERTE"
     CDS             1164..1670
                     /gene="proX_2"
                     /locus_tag="SEQF2637_01717"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9L4Q7"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl-tRNA editing protein ProX"
                     /translation="MIGPAPLYALLRRLDIPFDYIEHPPLPTLDVAREVLRDRDVHLC
                     KNLFFRNHKGNRHYLVILSGDSSMDIHAIEHRLHEGKLTFASEHRLQRYLGVTPGSVT
                     PFALIHDTDHHVRVFLDKNLLQSSHLSFHPCLNTASLTLPLDGFIRFMDHTGNAYEWI
                     DLYPDESQ"
     tRNA            1819..1892
                     /locus_tag="SEQF2637_01718"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
     tRNA            2011..2094
                     /locus_tag="SEQF2637_01719"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(cag)"
     tRNA            2106..2190
                     /locus_tag="SEQF2637_01720"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(gag)"
     CDS             2284..2520
                     /gene="rpmB_2"
                     /locus_tag="SEQF2637_01721"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7M2"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L28"
                     /translation="MSKSCQITGKKAMSGNNVAHSNVRTRRKFNVNLFAKKFYWVEQD
                     CWVTLNVSAAGLRLINKIGLDAAIKNAAAQGFLS"
     CDS             2555..2743
                     /gene="rpmG_2"
                     /locus_tag="SEQF2637_01722"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72GW3"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L33"
                     /translation="MAKKVKGNRIQVILECTEHKESGMPGMSRYITTKNRKNTTQRLE
                     LKKYNPILKRMTVHKEIK"
     CDS             2765..2920
                     /locus_tag="SEQF2637_01723"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAKKTVATFKSGEGGRTYSKVIKMVKSPKTGAYVFQEEMIPNDD
                     VKEYFKK"
     CDS             3081..4214
                     /gene="dnaN_2"
                     /locus_tag="SEQF2637_01724"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99103"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit beta"
                     /translation="MKFDVSSSALSFHLQAISKVIASKNTVPILDCFFFRLDKERRRL
                     FITASDIETRLETSITALNVEGEGVFAIPAKILLDPLKELPEQPLMFDVNDNNLSTVM
                     LYENGKYEFVAQRGDTYPQQKEMKSDAATFSIEASVLLNGVSRTLFATAEDELRPVMN
                     GVFLDIQPNSVTFVASDGHKLVQISNLATRSGTHASFVLPKKSATLLKTLLAKETEEV
                     SIRFDENTASIKASHFEMVCRLIEGRYPNYSSVIPKDNPNRVTVDRLYLLNVLKRISL
                     SSNPASGLVRLQLSQEDGLTISAQDIDFSTSAEEIVKCQYDGTDLDIGFKGTFLIEML
                     NNINATEICIELADPSRPGVIVPTENEKDEQLLALLMPMMLNN"
     CDS             4428..5189
                     /gene="dinG_2"
                     /locus_tag="SEQF2637_01725"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FYH5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ATP-dependent helicase DinG"
                     /translation="MQLNLANPIVFFDLETTGVNISKDRIIEISLLKVAPNGKEESKT
                     RRINPGIPIPPEATAIHGISNEDVKDCPTFKEIAKSLAAQIEGCDLAGFNSNRFDIPL
                     LAEEFLRADVDIDLSKRKFVDVQTIFHKMEQRTLSAAYKFYCGKSLEDAHSAAADTFA
                     TYEVLKAQLDRYPDLKNDIRFLSEFSCFTNNVDFAGRMIYNDKGEEVINFGKYKGRLV
                     AEVLKADPGYYAWMMSGDFPLNTKQKLTEIRMRLK"
     CDS             5226..6467
                     /gene="coaBC_2"
                     /locus_tag="SEQF2637_01726"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABQ0"
                     /codon_start=1
                     /transl_table=11
                     /product="Coenzyme A biosynthesis bifunctional protein
                     CoaBC"
                     /translation="MMNSQSPSPRLAERKIILGVTGSIAAYKAAYLTRALIKEGAEVQ
                     VVMTPAAKEFITPLTLSTLSRKPVVSEFFSRRDGSWHSHVDLGLWADAMLIAPATAAT
                     IGKMAQGVADNMLVTTYLSCKAPVFVAPAMDLDMYAHPATQANLARLRTFGNRIIEPA
                     EGELASTLVGRGRMEEPERIVDILASALNEVGDLRGRTVLITAGPTYEKIDPVRFIGN
                     YSSGKMGFALAEACARRGAEVQLVAGPVALGTTHPHITRTDVESADEMYDAATALFPG
                     CDIAILAAAVADYRPHTPAEVKIKREETGHLTLPLVSNRDIAAALGRRKRPDQRLVGF
                     ALETNDERAHAEEKLRRKRLDLIVLNSLQDAGAGFGVDTNKITVIDALGNARDFPLKS
                     KTELADDIIDCLLPFLPPKNE"
ORIGIN      
        1 tcaccctccg cgccgaacat tatcgcgccg atcggcagtc gtacaaagcc gaccttgcac
       61 tgggtgacac ctacgtcgtc gagcttttct ccttcccctc cccgcccccg cggccgtcgc
      121 accccgaagc cgcaggattg cgtcacctgg cctttgaggt cgacaacatc gacgacgccg
      181 tccgtcatct cgaccgcctc ggcgtccccc acgagcccgt ccgcaccgac gagtacaccg
      241 gccgacggtt cctcttcttc accgaccccg accgcctccc cctcgaactc tacgaaaaag
      301 actaacccca aacgcctcgc aggaatatga aaacctcact ctccacctat caagaagccg
      361 ccgacttcct cgccggcctc atccccgaca tgccccagac ggccatcatc ctcggcagcg
      421 gtctcggcgc cctggccgac cgcctcaccg acgccaccgc catcccctac gccgccatcc
      481 cccacttcgc gcgctccacg gccacgggcc acaaaggcaa cctcctcttc gggcgcctcg
      541 gcagtcagtc ggtcatggcc atgcagggcc gcttccatta ttatgaagga tacaccatgg
      601 accaggtcac ctttccgatc cgtgtcatgg ccctccttgg tgtccgccgc ctcctcgtct
      661 ccaacgccgc cggtggcatt aacaacacct tccacgtcgg cgacctcatg atcatccgcg
      721 atcatatcaa catgatgccc aacccgctca tcggccccaa cgacgaacgc ttcggcccac
      781 gcttccccga catgacccgc gcctacgacc gcgacctcat ccgcgccgcc gaagagatcg
      841 ccctcgagca aggcatcacc ctccggaaag gcgtctacgt cggcctcact ggaccctcct
      901 acgagactcc cgccgaatac gccgcctacg gtcgtctcgg tggcgacgcc gtcggcatga
      961 gcaccgtccc cgaagtcatc gtcgcccgtc acgccggcct acgcgtcttc ggcatgtccg
     1021 tcatcacgaa cgaaggctac cacttcgctg acgatttcgt caacgatgcc gatgaagtcg
     1081 tccgtgccgc caatcgtgcc accgacgtca tgacccgcct cttcaccgcc ctcatcgaac
     1141 gcaccgagta acacgccccg cccatgatcg gccccgcccc actctacgcc ctcctgcgac
     1201 gtctcgacat ccccttcgac tacatcgagc atcccccact ccccaccctc gacgtagccc
     1261 gcgaagtcct ccgtgaccgc gacgtccatc tctgcaagaa cctcttcttc cgcaatcaca
     1321 agggcaaccg tcactacctc gttatcctct ccggcgacag ctcgatggac attcatgcca
     1381 tcgagcatcg ccttcacgag ggcaagctca ccttcgcatc cgagcaccgc ctgcagcgtt
     1441 acctcggcgt cacgcccgga tccgtcaccc ccttcgccct catccacgac accgaccacc
     1501 atgtacgcgt cttcctcgac aagaacctcc tccaatcctc tcatctcagc ttccatccct
     1561 gcctcaacac agcctccctg accctccccc ttgacggctt cattcgcttc atggaccaca
     1621 caggaaatgc ctacgagtgg atcgatcttt atcccgacga gtcacagtag ataggctcaa
     1681 aataagtaag atagcccgct tctccagcga ttctcctcag aaatcacgag aaaaaataat
     1741 cgcagaacgt ttggacgttt ggaaaacagc tctatctttg cgcccgtcaa tcgagagaga
     1801 gagacgaaaa aaacataagc ggaagtagct cagttggtag agcacaacct tgccaaggtt
     1861 ggggtcgcgg attcgagttc cgtcttccgc tctcttttta tagacgagta acacctccaa
     1921 tcactgtagc ctcatagaat acacgaagaa agagatacag caaaagaatg aaatgaatga
     1981 acgctcgtct ttccagcaat agatgaatag gcccaggtgg cggaattggt agacgcgcac
     2041 gtttcaggtg cgtgtgtcga gaggcatgca ggttcgagtc ctgttctggg cacccctttc
     2101 ataatgcgca ggtggtgaaa ttggtagaca cgctactttg agggggtagt gccggtaacg
     2161 gtgtgtgagt tcaaatctca tcctgcgtac aagaagtgga agaagataac atagaaaaga
     2221 gaagcgattc tctttttttt cgtctccaca tcaccgaata aacaagatag aaaatacgaa
     2281 gcaatgtcta agagttgtca gattacggga aagaaagcga tgtcgggaaa caacgtcgct
     2341 cattctaatg tgcgaacaag gcgcaagttc aacgtgaacc tcttcgcaaa gaagttctat
     2401 tgggtagagc aggattgctg ggttacattg aatgtctcag ccgcaggatt acggctcatc
     2461 aacaaaatag gactcgatgc agcaatcaaa aatgcagccg ctcaagggtt cttgagctga
     2521 ctataacgcc tatataaaaa ggaggaaaca agcgatggca aagaaggtaa aaggcaatag
     2581 aatacaagtg attctcgaat gcacagagca taaagagagt ggtatgcccg gaatgtcgcg
     2641 ttatatcaca acgaaaaatc gcaaaaacac cacacagcga cttgagttga agaaatacaa
     2701 tccgattctg aaaagaatga cagtacacaa agagataaag taatcaataa ggagatcgta
     2761 gatcatggca aaaaagaccg tcgcaacgtt taagtctgga gaaggcggac gtacttactc
     2821 gaaagtgatc aaaatggtga agtcaccaaa aactggagct tacgtttttc aggaagagat
     2881 gatcccgaat gacgacgtaa aagaatattt caagaaatag tctttttgaa taagaatcgc
     2941 aagtagtaaa agctcttact caatatctta ttgggtaaga gcttttacta tttagttaga
     3001 ccctccgcga aatcgaaact ggcaaatgcc acattactat atctcactta gctgtacaaa
     3061 atcaaaaaat atagaccctc atgaaattcg atgtatcaag ctcagcccta tcatttcact
     3121 tacaggcaat cagtaaagta atcgcttcaa agaatacggt acccattctt gattgcttct
     3181 tctttcgtct ggataaagaa agacgtagac tcttcatcac cgcctcggac attgagacgc
     3241 gcttagagac ctcgatcact gcgctgaacg tggaaggaga aggcgtattc gccatacctg
     3301 ctaaaatatt attggatccg ttgaaggaat tgccggagca accgctaatg tttgacgtta
     3361 acgacaacaa cctctcaact gtcatgctat acgaaaatgg gaagtatgaa tttgttgcac
     3421 aacgaggcga tacctaccca cagcaaaagg aaatgaagag cgacgccgct acattctcaa
     3481 tagaagcatc ggtgctgctt aacggcgtca gccgaacact ctttgctacg gccgaggacg
     3541 agctccgccc agtaatgaat ggcgttttct tagatatcca gccgaacagt gtcacattcg
     3601 tcgcttctga tggccacaag ctggtgcaga ttagcaatct ggcaacgagg agcggaaccc
     3661 atgcgtcgtt tgtgctaccg aaaaaatcgg caacccttct gaagacgttg cttgccaaag
     3721 agacagaaga agtgagtatt cgcttcgacg aaaacacagc ctctatcaag gcatcccatt
     3781 ttgagatggt ttgccgcctg attgagggac gttaccccaa ctatagtagt gtgattccga
     3841 aggacaatcc aaatcgtgta acggtcgata ggctctatct gctaaacgtt ctcaagcgta
     3901 tctctctctc ctccaatccc gccagcggac ttgtacgatt gcagctaagt caggaggacg
     3961 ggctcaccat ttcagcacag gatatcgact tctccacctc ggccgaggag atcgttaagt
     4021 gccaatacga cggcaccgac ttagacattg gctttaaggg gacgttccta atcgaaatgt
     4081 tgaacaacat caacgccacc gagatttgca tcgaactggc cgatccgtca cgcccgggcg
     4141 ttatcgtacc cacagaaaac gagaaggacg aacagctgct tgccctactc atgcccatga
     4201 tgctgaacaa ttaagaagct gtttggattt tatttcggag aatatcggaa gtatgtttct
     4261 gatgattttg tttcatcatt agacgagcat agcaagctat gtgaggatta atgatggaac
     4321 aaaagggcag aaacaggccc cgatagaccc gaaatagaaa ggagaatgac ccgcccaaac
     4381 agttccataa aacaatcgct caataaattc caaacagctt ctaagtcatg caactgaact
     4441 tagccaaccc tatcgtcttc ttcgacctcg agaccaccgg cgtaaatatc agcaaggacc
     4501 ggatcatcga aatctctctc ctgaaagtcg cccccaacgg taaggaggaa agtaagacgc
     4561 gtcgtatcaa tccgggcata cccatcccgc cagaggcgac ggctattcac ggtatcagca
     4621 acgaggatgt caaggactgt cccaccttca aagagatcgc caaatcgctc gccgcacaga
     4681 ttgaaggctg tgatttagcc ggttttaact ctaaccgctt cgacattccc cttcttgccg
     4741 aggagtttct gcgggcggac gtcgatatcg atctctccaa acgcaaattt gtcgacgtgc
     4801 aaaccatctt ccataagatg gaacagcgca cactgtccgc cgcatacaag ttttattgcg
     4861 gaaaaagcct cgaagacgct cacagtgccg cggcagatac cttcgctacg tacgaggtgc
     4921 tcaaggcaca actggaccgt tacccagacc tcaaaaacga cattcgcttc ctttcggagt
     4981 tctcctgctt cacgaacaac gtggactttg ccggacgtat gatctacaac gacaagggcg
     5041 aagaggtgat caacttcggc aaatacaagg ggcgcctcgt cgcggaggtc ttgaaggctg
     5101 atccgggtta ttatgcgtgg atgatgagcg gcgatttccc gctgaacacc aaacaaaaac
     5161 tgaccgagat acgcatgcgc ctcaagtagc ctgcggatca caccgtttat ccccccaacc
     5221 caagcatgat gaatagtcaa tccccctccc caagactcgc ggagcggaag atcatcctcg
     5281 gcgtcacggg aagtatagcc gcgtataagg cggcctacct cacccgcgct ctcatcaagg
     5341 agggcgcaga ggtgcaggtg gttatgacgc ccgcagccaa ggagttcatc accccgctca
     5401 ccctctccac cctcagccga aagcccgtcg tcagcgagtt cttttcccga cgcgacggct
     5461 cgtggcacag ccacgtcgat ctgggtctct gggccgacgc catgctcatc gcgcccgcca
     5521 cggcagcgac gatcggcaag atggctcagg gcgtggctga caatatgctc gtcaccactt
     5581 acctctcgtg caaggcgccc gttttcgtgg cccctgcaat ggatctcgac atgtatgcgc
     5641 accccgccac acaggctaac ctcgcccgct tgcgcacctt tggcaaccgg atcattgagc
     5701 ccgctgaggg cgagctggcc agtacactcg tgggccgtgg gcggatggag gaaccggagc
     5761 gcatcgtcga catactggcc tctgcactca acgaggtggg cgatctacgc gggcgtacag
     5821 tcttgattac cgccgggccg acctatgaga agatcgatcc ggtccgtttc atcggcaact
     5881 actcctccgg caaaatgggg tttgccctcg ccgaggcctg cgcacgccgc ggcgcagagg
     5941 ttcaacttgt agccggcccc gtggcgctgg gcacgacaca tccgcacatc acccgcaccg
     6001 atgtcgagtc ggccgacgaa atgtatgacg ctgctactgc gctcttcccc gggtgcgaca
     6061 tcgccatctt ggccgccgcc gtcgcagatt atcggcccca cacacccgcg gaggtgaaaa
     6121 tcaaacgtga agagacgggc cacctcaccc tgccgctcgt ctccaaccgc gatattgccg
     6181 ccgcgctcgg ccgtcgcaaa cgtcccgatc agcgcctcgt gggcttcgca ctcgagacga
     6241 acgacgagcg cgcgcacgct gaggagaaac tccgccgcaa gcgcctcgac ctcatcgtcc
     6301 tcaactccct gcaagacgcg ggcgccggtt tcggcgtcga cacgaacaag atcaccgtga
     6361 tcgacgccct cgggaacgca cgcgacttcc ctctcaaaag caagacagag ctggccgacg
     6421 acatcatcga ctgcctgctc cccttcctcc ccccaaaaaa cgagtaaaca atgacgaagc
     6481 acagcatccg agccacgctt ttcttggttt ttacccttct caccgccgtg gcagcccccg
     6541 cacaagtctc cgaattgaat gcccgcctga cgataaacag cgataagatc caaggcacga
     6601 ataaggacat cttcaagacc cttcaaaccg cgctcaacga gttcatcaac aacaggaaat
     6661 ggactaacgc gcgcttcgcg cccaatgagc gcatcgattg caccttcacg ctcatcgtca
     6721 acacgatgga aaacgatagg tttagttgcg aactccaagt ccaagcccgc cgccccgtct
     6781 ataactccgc ctacaccacg accattctga atttccgcga cacgaagctc gatttcactt
     6841 acaccgagca cgagccgctc gagtataacg
//
LOCUS       SEQF2637|AYYD01001156.1  822 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..822
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gtcagccctt cgcggtaagc cagtctgcat accgttttca gcagggaggc cgttccgaag
       61 aaagtgcttt cttgaagacc gcatcgacca agacagaacg tctgaaactc atagataaag
      121 ccctctgtaa gttgcgagaa agccagatcc gtagcgttgt attgctgtcg gatgaactcc
      181 tgcaaccggt ttcgagcaga gcgatagttg tacatagatc tcgccttgag atcgataccg
      241 acatgcttct cccgctcttt gacaaggaga tctaagcgtt caatcagcat acatcgagcc
      301 tgcacgctgc cctgaaaatg ctccttgata tcggttgcct caaacggtga gcccttggca
      361 agcaaggatt gataggaggc ctgaacggca agaagcaggt tgtccaaccg tccattgact
      421 tcaaccgcct cgcgactctt cccatccatc cgactttcgc gtgggttcca caaatcggga
      481 ttgcaaaaca gcttgcaact gaactgtgcg atggaacgcc ccagcgtgat gcgccccatg
      541 atcggcgcct tgcctgacct atcgagagag ctctttttga ggtagagcaa caccttcatt
      601 ttcatgtcat tcatacgctt tgaaaactgt gggcaaaatt acccagtcca aagcgcccgt
      661 tacctgtgca gattcctgta tatcaatgca aaagaaccat gtgcaagaaa ggctcagtta
      721 cctatcactg ctccatcgtt acccgccatc aagctgggta atggtttggt aactgaacat
      781 ttgctcggat ccgcactttt ctgccttttc cgctcgacgc aa
//
LOCUS       SEQF2637|AYYD01001157.1 7230 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..7230
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     misc_RNA        complement(228..304)
                     /locus_tag="SEQF2637_01727"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(322..1998)
                     /gene="ltrA_7"
                     /locus_tag="SEQF2637_01728"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MNEINISCAPADRRQWNNWTDIDWVRCETAVQKLQGRIVKAQKE
                     GRPGKVKALQWTLTHSFYAKALAVKRVTSNKGKNTAGVDKVLWTTPNAKMGAIANLKR
                     RGYNPQPLRRVHIKKSNGKLRPLGIPTMKDRAMQALYLMALNPVAETTADRHSYGFRK
                     ERCTVDAIEQCFTVLSKGVSPQWILEGDIKGCFDHISHEWLLDNIPMDKVMLRKWLES
                     GFVFNRQLFPTEEGTPQGGIISPTLANMALDGLQAMLAEKFKLRRINKGYFNPMVNLV
                     RYADDFIITCSDRETLESLIKPAVSEFLQARGLTLSEEKTKVTHIEVGFDFLGFNIRK
                     YKGALLIKPSKKNVKEFLAKIKGIIRKNQAIRQDKLIGLLNPFITGWGNYYKGCVAAK
                     TFKNADAQIFYKLWAWALRRHRHKGKNWVYNKYFLSKKGRAWTFGTTLKNNGKTFPYT
                     LKYLSDIDMKTKPIKIRSKANPFDPEWRPYFEMRNRMKMLSTFKGRQGFLRMWEKQNQ
                     RCPLCGEIIEPDKIWTIKELSDKSGRYKFIAHDRCSRTLTRKIRAYEPVS"
     misc_RNA        complement(2410..2557)
                     /locus_tag="SEQF2637_01729"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(2611..3444)
                     /locus_tag="SEQF2637_01730"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNTSKVTTLESKFPLLAVEQGCIVSKDADITVAFRVELPELFT
                     VTSAEYEAMHAEWHKAVKVLPDFTIVHKQDWFVKERYAGRLSDGELSFLARASERHFN
                     ERPFLDHACYLFLTKTTRQRMARQSNFSSLCRGTILPKEVGNREEVAKFMEAVDQFER
                     IINDDDRIRLTRMTEEELVGTKEKSGLLDRYFSLSDTGHASLEDIRLGADLVRVGDNR
                     LCLHTLSDTDDLPAVVSTDSRYERLSTDRSDCRLSFAAPVGLMLSCNHLFNQYVRQEV
                     V"
     CDS             complement(3441..3776)
                     /locus_tag="SEQF2637_01731"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLLATFLLVVVCYMC
                     GMDQYLCLGLGATGATLVVWQTFSLNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CLKSTHQHQ"
     CDS             complement(3776..4114)
                     /locus_tag="SEQF2637_01732"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIYRITNRIMNKKNITQLSLWLLSALLAPAAFAQGNGLSGINE
                     ATKMVTSYFDPGTKLIYAIGAVVGLIGGIKVYQKFSSGDPDTSKTAASWFGACIFLIV
                     AATILRSFFL"
     CDS             complement(4235..4933)
                     /locus_tag="SEQF2637_01733"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAFILEIMTTFLLNLLLFLGIVWMLLGMGYFGYQVWQSRGQKQ
                     DPSDTSGNASGEESQEAKLHDLVGKSRPFVSPPIPEVPAVSSQPTPEGGGSTFVEAYA
                     TDGIGKANAADEIDEDEVIREDLSLSDEPLPEVSPTAILSQDLARVNGWSRNDDALDE
                     ESPDDVRTTLQSLRGTDLMEKYKAYLAEQERDHRKLLAAIRRSEEAETQTSEVVPAPI
                     PDENTDDKPLSYYL"
     CDS             complement(4930..5451)
                     /locus_tag="SEQF2637_01734"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSIQERRQQILSEKLREMGDIGVKTRTPEESPSFDPPVDLGAI
                     EDAQKPEAISEETAAEQPQAITEQETAPASPPKDPKPRVKKDESTATPGVSFEQYSAR
                     FLVSVCTDGSKSGFTIRSSILQLLRDILRDVRARITLTAYIENILLDHLKTHQSLLNK
                     AADRHKRNPTINL"
     CDS             complement(5448..6239)
                     /locus_tag="SEQF2637_01735"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQNTPENPIYLGFASQKGGVGKSSLAEALASILYYEKGIPLLV
                     VDCDGTQESFFKLRERERTLIEDSKELSDQLMAHFTRFGKPAYPIIRSRPGRAIGDAE
                     AFLRKTDKTAALVIFDFPGHAGAEELLELSIGMDYIITPIEADPQSLVSSFAYAQTIR
                     DLGVSFGDARIRDLLLLWNKINRSANMAVVDYYTRYAEDESLNLFNARIYHSVRFARE
                     LGQGGVKGVFRSSYLPPARALRLPTGIDAWVEETIERLHLNPAAV"
     CDS             6803..7189
                     /locus_tag="SEQF2637_01736"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNSPRWDNWHVRLPAPEDQRKAIDFFQKSGAKTKSDFVRARL
                     LGEPFKVITVDKSAVDYYRKLSELTAQIHKIGVLYNQAVRAINTYHSPKTAVVMLRKL
                     EGXAADIXRLQERVIALTESFRTIDR"
ORIGIN      
        1 ccgacgtcat tcttgatttg gcgcagctcc tccgcgtcgt cgctccacgc cagcacgttg
       61 aagtgcgcac ggatagaggt cagcccctgt gaccgcgcga ggttgagata ctcctgaatc
      121 cacgcctcgt tgatctgatt gctccgggaa taacgcgcca gcgagtgcat gttacgcgcc
      181 tgtttctcga aacggttcag gttctcctcg ctgtcctcga taaaaaggtc gagtaggtcg
      241 ggagcattac tgctcccgac ccctctaaga accgtacgtg agagtttccc ctcatacggc
      301 tcaagcaact caaagtttct attatgaaac cggctcataa gctctaattt tacgggtaag
      361 tgtacgactg catctatcgt gggcgataaa cttgtatctg ccggacttgt cggataattc
      421 cttgatagtc cagattttat ccggttcgat aatctcaccg cacaacggac aacgctggtt
      481 ttgtttttcc cacattctga ggaagccctg tcttcctttg aaagtgctta acattttcat
      541 tctgttacgc atctcaaagt atggacgcca ttcggggtcg aatgggttgg ctttactgcg
      601 gattttgata ggcttggtct tcatgtcaat gtcggataga tacttcagtg tgtacgggaa
      661 tgtcttcccg ttgttcttca gtgtcgtacc gaatgtccac gcccggcctt tcttcgacag
      721 aaaatacttg ttgtaaaccc agttctttcc cttgtggcgg tggcggcgta atgcccacgc
      781 ccacagtttg tagaagattt gtgcgtctgc gttcttgaat gttttggcgg ctacgcaacc
      841 tttgtaatag ttgccccaac cagttatgaa aggatttaga agtccgataa gtttgtcctg
      901 cctaatagct tgattcttac gaataatgcc tttaattttg gcaagaaact ccttaacatt
      961 cttctttgac ggcttaataa gcagcgcacc tttgtatttc ctgatattga aacccagaaa
     1021 atcaaatcct acctcgatgt gagtaacctt cgtcttttct tctgataggg taagccccct
     1081 tgcttgaaga aactcgctta ctgcgggttt gattagcgat tccaatgttt ccctgtcgga
     1141 acaggtaata atgaaatcgt ctgcgtaacg cacaagattt accatagggt tgaaataccc
     1201 cttgttgata cgtcttagct tgaacttttc cgcaagcata gcttgcaggc cgtcaagtgc
     1261 catattagcg agagtaggcg atataatacc gccctgcggc gttccttcct cggtggggaa
     1321 tagttgtcgg ttgaatacaa atccactttc cagccatttg cgaagcatga ccttatccat
     1381 agggatattg tcgagcaacc attcatgact gatgtgatcg aaacaacctt tgatgtcccc
     1441 ttcgagtatc cattgcggag acaccccttt tgaaagtacc gtaaagcatt gttctatcgc
     1501 atcgaccgta cacctttcct tacggaaacc gtaagagtgc ctgtcggcgg tagtttctgc
     1561 cactgggttt agtgccatca ggtataacgc ctgcatagcc ctgtctttca tcgtgggtat
     1621 tcctaacgga cggagtttgc cgttactctt cttgatatgt acccttcgta acggttgcgg
     1681 gttgtagcca cgccttttca ggttggcgat tgcacccatt tttgcgttgg gagtagtcca
     1741 gagaacttta tccactcccg cagtgttctt acctttgtta gaggtaactc gcttgactgc
     1801 caatgctttg gcgtaaaacg aatgggtcag tgtccattgc aaggctttaa ccttgcccgg
     1861 acgaccttct ttctgagcct ttacaatacg tccttgcagc ttctgaaccg cagtttcgca
     1921 tctgacccaa tcaatgtcgg tccagttgtt ccactgccta cggtcagcag gtgcacacga
     1981 tatgttaatc tcgttcattt gcattccttc tttttgaaag ttctacatag tttcttgtaa
     2041 agagttactt tgcagaagtc tgcccgcttt cgcggcggag taacgttgaa actcctatcc
     2101 gccccgttac aggacggcat tcgctttttc tgcgttccca tacccgcacc ccattcggtc
     2161 ttccttgcgg tcggcttacc tgcccatagg caggagagat acgggcttac caagtttcgt
     2221 gtaagtaaca aatgagcggg ttaggttctg tccattgcgc cggcagtgct ttgtccgtgt
     2281 aaccccacaa tacaaggggt tatccgactg cgttaccttt ttggttcaag cctatcagca
     2341 actttggctt gttcatacat tacgacgctt ataacagttc gcttgtgcta accataccgc
     2401 ccagcctcgc tccccagctc ttttgtgcta agagcagttg ccgttccctc gcggttcagg
     2461 ctcctccttg cggaagggct actttgtccg gccagcttcg caccccgcct tttgagcgac
     2521 gcacgtgacc gtaggctact attgacggaa caataggttt aatctgactt taatgacatt
     2581 tgttacttca tttaattgtt aaacaattac ttacacgact tcttgtcgca cgtattggtt
     2641 gaagaggtga ttgcacgaga gcatgagtcc gacgggcgcg gcgaaggaga gtcggcagtc
     2701 gctgcggtcg gtggagaggc gttcgtagcg gctgtcggtg gagaccacgg cggggaggtc
     2761 gtcggtgtcg ctgagcgtgt gcaggcagag gcggttgtcg cccacccgga cgagatcggc
     2821 gccgaggcgg atgtcctcga gtgaggcgtg acccgtgtcg gagagcgaga agtagcgatc
     2881 aagcaaacca cttttctcct tcgtgccgac aagttcttcc tcggtcatgc gcgtcaggcg
     2941 gattcggtca tcgtcattga tgatccgctc aaactggtcg acggcctcca taaacttggc
     3001 cacctcttcg cggttgccca cttccttcgg caggatcgtt ccgcgacaga gcgaggagaa
     3061 gttgctctgc cgagccatgc gctggcgcgt cgttttggtg aggaagaggt agcaggcatg
     3121 gtcgaggaag gggcgttcgt tgaagtggcg ttcggaggcg cgagcgagga agctcagctc
     3181 gccgtccgag aggcggccgg cgtagcgctc cttgacgaac caatcctgtt tgtgcacgat
     3241 ggtgaagtcg ggcaacacct tgacggcctt gtgccactcc gcgtgcatgg cctcgtattc
     3301 ggccgaggtg acggtgaaga gttcgggcag ctcgacgcgg aaggcgacgg tgatgtcggc
     3361 atccttcgag acgatgcacc cttgctcgac agccagcagc gggaacttgg attctaaggt
     3421 ggtgaccttc gatgtgtttc tcattggtgt tggtgtgtcg atttcaggca atgaagaatg
     3481 tggcggacag agcggcggtt caggagatag cgtgggtgca tgcggacggc agcgcgtttc
     3541 atcagaccat agcggccgaa tcggcggttc agcgagaacg tttgccacac tacgagcgtg
     3601 gcacccgttg cgccgagacc gagacagagg tactgatcca tgccgcacat gtagcagaca
     3661 acgacaagga ggaacgtcgc cagcagtcca ccggcgaaga ggaagaggta ctgcgccttg
     3721 agtcccttga actccaccgt tcgccccacg cctttattga tctcccacga agccatcaga
     3781 ggaagaagct gcgtaagatc gtagcggcca cgatcaggaa gatgcacgcc ccgaaccacg
     3841 aggcggcggt cttcgacgtg tctgggtcac ctgaagaaaa cttttggtac accttgatcc
     3901 ctccgatcag tccgacgacg gcaccaatgg cgtaaatgag tttcgtcccc gggtcgaaat
     3961 aggaggtgac cattttcgta gcctcgttga tgcccgacag cccgttgccc tgcgcgaagg
     4021 cggcaggggc gaggagggcg gaaagcagcc aaagggatag ctgcgtgatg ttttttttgt
     4081 tcatgatgcg gtttgttatt cggtagatat gcatggggtg tttttgtttt ctagaaaagg
     4141 aggggaacgg ccgccggatc cggctctgta cttccatccg tgtgtagcct tcaagcggca
     4201 cgctccctcc tttcgtttct gtttgggtcg ctgtttataa gtagtacgac agcggtttgt
     4261 cgtctgtgtt ctcgtccgga atcggagcag gaacgacttc tgacgtttgc gtctcagcct
     4321 cctccgaccg tctaatggcg gcgaggagtt tgcggtgatc gcgctcctgt tctgccagat
     4381 acgccttgta tttctccatc aggtcggtgc cgcgcagact ttgcagggtc gtccggacat
     4441 cgtctggcga ttcctcgtct aaagcgtcat cgttccgact ccatccgttg acacgcgcca
     4501 aatcctgcga gaggatggct gtcggagaga cctcgggtag cggttcgtcg gagagcgaca
     4561 ggtcttcgcg tatcacttcg tcttcatcaa tttcatcggc tgcattggcc ttaccgattc
     4621 catccgtcgc atacgcttcg acaaatgtag atccacctcc ttccggcgtt ggttgcgagg
     4681 aaacggcggg aacttccggg ataggcgggg aaacaaacgg ccgactctta ccgactaaat
     4741 cgtgtagttt ggcttcttgt gactcctctc cggaagcgtt tccggaggtg tcggacggat
     4801 cctgtttttg gcctcgggat tgccatacct gataaccgaa gtagcccatc ccaagcaaca
     4861 tccacacgat gcccaagaag agaagcagat tcaaaaggaa ggtggtcatg atttctaaga
     4921 tgaatgcttt cataagttga tcgttggatt gcgtttgtgt cggtcggccg ctttgttcag
     4981 cagcgactgg tgcgttttga ggtggtcgag aaggatgttt tcgatgtagg ccgtgagcgt
     5041 gattcgcgcg cgaacgtccc gaaggatatc ccgcaacaat tgcaggatgc tgctgcggat
     5101 cgtgaagccc gacttgctgc catctgtgca tacggagacg aggaagcggg cgctgtactg
     5161 ctcgaaagac accccgggcg ttgccgtcga ttcgtccttt tttactctcg gtttcgggtc
     5221 tttgggcgga gatgcggggg cggtctcttg ttcggtgatg gcttgcggct gttccgccgc
     5281 ggtttcttca gagatcgctt ccggcttctg ggcatcctct atcgccccga gatctacggg
     5341 cggatcgaag gaaggcgact cctcgggcgt acgtgtcttt acgccgatgt cacccatctc
     5401 gcggagcttc tcactcagga tctgctgccg cctctcttgg atggaactca tacggcggca
     5461 ggattcaagt ggagcctttc gatcgtctcc tcgacccacg cgtcgatgcc cgtcggcaga
     5521 cggagcgcgc gggcgggcgg cagataggag ctgcggaaga cacccttcac accgccttgc
     5581 cccagctcgc gggcgaagcg gacggaatgg tagatgcggg cattgaaaag gttcagggat
     5641 tcatcctcgg catatcgggt ataataatcg acaacggcca tattggcact gcggttgatc
     5701 ttgttccaca agagaagcag gtcgcgaatg cgggcgtcgc cgaagctgac gccgaggtcg
     5761 cggatagtct gcgcgtaggc gaagctggaa acgagcgact gcgggtcggc ttcgatgggc
     5821 gtgatgatgt agtccattcc aatagagagt tcgagtagtt cctctgctcc ggcatggccg
     5881 gggaagtcga agatgaccaa ggctgccgtt ttgtcggtct ttcggaggaa cgcctccgcg
     5941 tcaccaatgg ctcggccggg gcgcgagcga atgatggggt aggccggctt cccgaaccgt
     6001 gtgaagtgcg ccatcagttg gtcgctcagc tccttggaat cttcgatgag tgtgcgctcc
     6061 cgttcccgca gtttgaagaa cgattcctgc gtcccgtcgc aatcgacgac caacaggggg
     6121 atcccttttt cgtagtaaag gatagaggcg agagcctcgg ccaagctgct ttttccgacg
     6181 cctccctttt gagaggcgaa gcccaaatag atgggatttt cgggtgtgtt ttgcgtcata
     6241 tatataaagg tatagggtgt tacttgtgtg aggcttcgac ttatcgactg acatagctcg
     6301 ttgtggtcgg tcgataggtt ggttggtcaa tgagtcggtc accaagtcag taggtcgata
     6361 ggtctgtgag cccgtcagtc ggtcaataag tcagttactg aatcaatagg tcgataggtc
     6421 aataagtcat cgagtcagca ggtcaataag tcaatcactg agtcggtcgg tcattgagtc
     6481 cgccagtcag tcactaagtc agtcggttag tcagtaagtc cggggcgaag taagtcggta
     6541 ggtcagtcac tcccgacccc tcaaggatac agcgggaaat cgcgggaaga agttcaaaca
     6601 gcccttatta caagcggatt gtagagtctg catagctttg ccgccgaatt gaaagttgag
     6661 gagttgagct gcccttttgg catacggccc aaaggccggg caaggtgtgt ttttgtgaca
     6721 caaaccgccg tttgtaccac gaaaaacctt gccccggccg ggggcggttc actccaaagt
     6781 cgtaacctaa aaaccaatcg aaatgaaaga caacagcccg cgctgggaca attggcacgt
     6841 ccgactgccg gcccccgaag accaacgaaa agccattgat ttcttccaaa aatcaggcgc
     6901 gaaaacgaag tccgacttcg tgcgtgcacg cttgctggga gagcctttta aggtgatcac
     6961 ggtggacaaa tcagccgtcg attattaccg caaactctcc gaattgacag cgcaaatcca
     7021 caagatcggc gtgctgtaca accaagccgt ccgcgccatc aatacgtatc actctccgaa
     7081 aacggccgtc gttatgctcc gcaagttgga gggatangcg gccgacatcc nccgnttgca
     7141 ggagcgggtc atcgccttaa cngaatcctt tcgcacgatt gatcgatgat tgcgaagatn
     7201 tcgccgccct ccaaagacct gatgaaaacg
//
LOCUS       SEQF2637|AYYD01001158.1 4560 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4560
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     misc_RNA        complement(228..304)
                     /locus_tag="SEQF2637_01737"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(322..1998)
                     /gene="ltrA_8"
                     /locus_tag="SEQF2637_01738"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MNEINISCAPADRRQWNNWTDIDWVRCETAVQKLQGRIVKAQKE
                     GRPGKVKALQWTLTHSFYAKALAVKRVTSNKGKNTAGVDKVLWTTPNAKMGAIANLKR
                     RGYNPQPLRRVHIKKSNGKLRPLGIPTMKDRAMQALYLMALNPVAETTADRHSYGFRK
                     ERCTVDAIEQCFTVLSKGVSPQWILEGDIKGCFDHISHEWLLDNIPMDKVMLRKWLES
                     GFVFNRQLFPTEEGTPQGGIISPTLANMALDGLQAMLAEKFKLRRINKGYFNPMVNLV
                     RYADDFIITCSDRETLESLIKPAVSEFLQARGLTLSEEKTKVTHIEVGFDFLGFNIRK
                     YKGALLIKPSKKNVKEFLAKIKGIIRKNQAIRQDKLIGLLNPFITGWGNYYKGCVAAK
                     TFKNADAQIFYKLWAWALRRHRHKGKNWVYNKYFLSKKGRAWTFGTTLKNNGKTFPYT
                     LKYLSDIDMKTKPIKIRSKANPFDPEWRPYFEMRNRMKMLSTFKGRQGFLRMWEKQNQ
                     RCPLCGEIIEPDKIWTIKELSDKSGRYKFIAHDRCSRTLTRKIRAYEPVS"
     misc_RNA        complement(2410..2557)
                     /locus_tag="SEQF2637_01739"
                     /product="group-II-D1D4-7"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             complement(2611..3444)
                     /locus_tag="SEQF2637_01740"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNTSKVTTLESKFPLLAVEQGCIVSKDADITVAFRVELPELFT
                     VTSAEYEAMHAAWHKAVKVLPDFTIVHKQDWFVKERYAGRLSDGELSFLARASERHFN
                     ERPFLDHACYLFLTKTTRQRMARQSNFSSLCRGTILPKEVGNREEAAKFMEAVDQFER
                     IINDDDRIRLTRMTEEELVGTKERSGLLDRYFSLSDTGHASLEDIRLGADLVRVGDNR
                     LCLHTLSDTDDLPAVVSTDSRYERLSTDRSDCRLSFAAPVGLMLSCNHLFNQYVRQEV
                     V"
     CDS             complement(3481..3810)
                     /locus_tag="SEQF2637_01741"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MASWEINKGVGRTVEFKGLKAQYLFLFAGGLLATFLLVVICYMC
                     GMDQYLCLGLGATGATLVVWQTFALNRRFGRYGLMKRAAVRMHPRYLLNRRSVRHILH
                     CLKSTRR"
     CDS             complement(3810..4115)
                     /locus_tag="SEQF2637_01742"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKQRIGRLFAAALLLSLAPSAFAQGNGLSGINEATKMVTSYFDP
                     GTKLIYAIGAVIGLIGGIKVYQKFASGDPDTSKTAASWFGACIFLIVAATILRSFFL"
     CDS             complement(4158..4454)
                     /locus_tag="SEQF2637_01743"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLKEDIEVSSESVTTRELRRLQTAVETPDRLTAEDLDQAKETA
                     VKLRGTDFMEKLRKYASKERERARALDELLRSPSEAPKKSRSNDVDDTAWMAYL"
ORIGIN      
        1 ccgacgtcat tcttgatttg gcgcagctcc tccgcgtcgt cgctccacgc cagcacgttg
       61 aagtgcgcac ggatagaggt cagcccctgt gaccgcgcga ggttgagata ctcctgaatc
      121 cacgcctcgt tgatctgatt gctccgggaa taacgcgcca gcgagtgcat gttacgcgcc
      181 tgtttctcga aacggttcag gttctcctcg ctgtcctcga taaaaaggtc gagtaggtcg
      241 ggagcattac tgctcccgac ccctctaaga accgtacgtg agagtttccc ctcatacggc
      301 tcaagcaact caaagtttct attatgaaac cggctcataa gctctaattt tacgggtaag
      361 tgtacgactg catctatcgt gggcgataaa cttgtatctg ccggacttgt cggataattc
      421 cttgatagtc cagattttat ccggttcgat aatctcaccg cacaacggac aacgctggtt
      481 ttgtttttcc cacattctga ggaagccctg tcttcctttg aaagtgctta acattttcat
      541 tctgttacgc atctcaaagt atggacgcca ttcggggtcg aatgggttgg ctttactgcg
      601 gattttgata ggcttggtct tcatgtcaat gtcggataga tacttcagtg tgtacgggaa
      661 tgtcttcccg ttgttcttca gtgtcgtacc gaatgtccac gcccggcctt tcttcgacag
      721 aaaatacttg ttgtaaaccc agttctttcc cttgtggcgg tggcggcgta atgcccacgc
      781 ccacagtttg tagaagattt gtgcgtctgc gttcttgaat gttttggcgg ctacgcaacc
      841 tttgtaatag ttgccccaac cagttatgaa aggatttaga agtccgataa gtttgtcctg
      901 cctaatagct tgattcttac gaataatgcc tttaattttg gcaagaaact ccttaacatt
      961 cttctttgac ggcttaataa gcagcgcacc tttgtatttc ctgatattga aacccagaaa
     1021 atcaaatcct acctcgatgt gagtaacctt cgtcttttct tctgataggg taagccccct
     1081 tgcttgaaga aactcgctta ctgcgggttt gattagcgat tccaatgttt ccctgtcgga
     1141 acaggtaata atgaaatcgt ctgcgtaacg cacaagattt accatagggt tgaaataccc
     1201 cttgttgata cgtcttagct tgaacttttc cgcaagcata gcttgcaggc cgtcaagtgc
     1261 catattagcg agagtaggcg atataatacc gccctgcggc gttccttcct cggtggggaa
     1321 tagttgtcgg ttgaatacaa atccactttc cagccatttg cgaagcatga ccttatccat
     1381 agggatattg tcgagcaacc attcatgact gatgtgatcg aaacaacctt tgatgtcccc
     1441 ttcgagtatc cattgcggag acaccccttt tgaaagtacc gtaaagcatt gttctatcgc
     1501 atcgaccgta cacctttcct tacggaaacc gtaagagtgc ctgtcggcgg tagtttctgc
     1561 cactgggttt agtgccatca ggtataacgc ctgcatagcc ctgtctttca tcgtgggtat
     1621 tcctaacgga cggagtttgc cgttactctt cttgatatgt acccttcgta acggttgcgg
     1681 gttgtagcca cgccttttca ggttggcgat tgcacccatt tttgcgttgg gagtagtcca
     1741 gagaacttta tccactcccg cagtgttctt acctttgtta gaggtaactc gcttgactgc
     1801 caatgctttg gcgtaaaacg aatgggtcag tgtccattgc aaggctttaa ccttgcccgg
     1861 acgaccttct ttctgagcct ttacaatacg tccttgcagc ttctgaaccg cagtttcgca
     1921 tctgacccaa tcaatgtcgg tccagttgtt ccactgccta cggtcagcag gtgcacacga
     1981 tatgttaatc tcgttcattt gcattccttc tttttgaaag ttctacatag tttcttgtaa
     2041 agagttactt tgcagaagtc tgcccgcttt cgcggcggag taacgttgaa actcctatcc
     2101 gccccgttac aggacggcat tcgctttttc tgcgttccca tacccgcacc ccattcggtc
     2161 ttccttgcgg tcggcttacc tgcccatagg caggagagat acgggcttac caagtttcgt
     2221 gtaagtaaca aatgagcggg ttaggttctg tccattgcgc cggcagtgct ttgtccgtgt
     2281 aaccccacaa tacaaggggt tatccgactg cgttaccttt ttggttcaag cctatcagca
     2341 actttggctt gttcatacat tacgacgctt ataacagttc gcttgtgcta accataccgc
     2401 ccagcctcgc tccccagctc ttttgtgcta agagcagttg ccgttccctc gcggttcagg
     2461 ctcctccttg cggaagggct actttgtccg gccagcttcg caccccgcct tttgagcgac
     2521 gcacgtgacc gtaggctact attgacggaa caataggttt aatctgactt taatgacatt
     2581 tgttacttca tttaattgtt aaacaattac ttacacgact tcttgtcgca cgtattggtt
     2641 gaaaaggtga ttgcacgaga gcataaggcc gacgggcgcg gcgaaggaga gtcggcagtc
     2701 gctgcggtcg gtcgagaggc gttcgtagcg gctgtcggtg gagaccacgg cggggaggtc
     2761 gtcggtgtcg ctgagcgtgt gcaggcagag ccgattgtcg cctacccgaa cgagatcggc
     2821 gccgaggcgg atgtcctcga gtgaggcgtg acccgtgtcg gagagcgaga agtaacggtc
     2881 gagcaggccg ctccgctcct ttgtgccgac gagttcttcc tcggtcatgc gcgtcaggcg
     2941 gatgcggtcg tcgtcattga tgatccgctc gaactggtcg acggcctcca tgaacttggc
     3001 tgcttcctca cggttgccca cctccttcgg caggatcgtg ccgcgacaaa gcgaggagaa
     3061 gttactctgc cgagccatgc gctggcgcgt cgttttggtg aggaagaggt agcaggcatg
     3121 gtcgaggaag ggtcgttcgt tgaagtggcg ttcggaggcg cgagcgagga agctcagctc
     3181 gccatccgag agacggccgg cgtagcgctc cttgacgaac caatcctgtt tgtgcacgat
     3241 ggtgaagtcg ggtagcacct tgacggcctt gtgccacgcg gcgtgcatcg cctcgtattc
     3301 tgccgaggtg acggtgaaga gttcgggcag ctcgacacgg aaggcgacgg tgatgtcggc
     3361 gtccttcgag acgatgcacc cttgctcgac agccagcagc gggaacttgg attctaaggt
     3421 ggtgaccttg cttgtgtttc tcatgggatc ttacttgtgc ttttggaggt ataacccgtg
     3481 tcatcgacgt gtcgatttca ggcaatgaag aatgtggcgg acagagcggc gattcaggag
     3541 gtagcgtggg tgcatgcgga cggcggcgcg tttcatcaga ccatagcggc cgaatcggcg
     3601 gttcagcgcg aacgtttgcc acaccacgag cgtggcaccc gttgcgccga ggccgagaca
     3661 gaggtactga tccatgccgc acatgtagca gatgacaaca aggaggaatg tcgccagcag
     3721 tccaccggcg aagaggaaga ggtactgcgc cttgagcccc ttgaactcca ccgtccgccc
     3781 cacgccttta ttgatctccc acgaagccat cagaggaaga agctgcgtaa gatcgtagcg
     3841 gccacgatca ggaagatgca cgccccgaac cacgaggcgg cggtcttcga cgtgtctggg
     3901 tcaccggacg cgaacttttg gtacaccttg atccctccga ttagtccgat gacggcaccg
     3961 atggcgtaga tcagtttcgt ccccgggtcg aaataggagg tgaccatttt cgtggcctcg
     4021 ttgatacccg acagcccgtt gccttgcgcg aaggcggagg gggcgaggga aagcagtaat
     4081 gcggcggcaa acagtcgccc gattcgttgt ttcatgtggt tctggattta taggttttca
     4141 ttcgtgtatg ctatctgtta caagtaagcc atccacgccg tgtcgtcgac gtcatttgag
     4201 cgagacttct tcggcgcttc ggagggcgag cgaagtagct cgtcgagcgc ccgagcgcgt
     4261 tcccgctctt tcgacgcata cttccggagc ttctccatga agtccgtacc tcggagcttg
     4321 acggctgtct ctttggcttg atccaagtct tccgcggtga gacgatccgg cgtttccaca
     4381 gccgtttgca ggcggcgaag ctcgcgggtc gttacgcttt cactcgagac ttcaatatct
     4441 tccttgagta acaaggatat cgcttcgtct tccggggtaa cctctggttc gtccgcctgt
     4501 tcatcttcgg cgacggcgtt tcgataggca aaactatcgt cagattccgt ccctccgcaa
//
LOCUS       SEQF2637|AYYD01001159.1  316 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..316
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tagagatcga ggcgacaaga agcacgtttg atcctcctcc ggcggaagtt gttgcgcccg
       61 ctccctccgc tccaccctct ccacctgctt cggcccctcg aaaggccaag agccacaagg
      121 aggatttggc cgcatttcga gagacgtacc tccaacccgt acgcatcagt caccgcaagg
      181 cggtctacgt ctctgacgag acccagcaaa ggctagactt cgtagtccgc tggatcggcc
      241 tgcgaggcgc cagcatctcg ggctatgtcg agcgtgtgct tcgggagcat ctcgacgggt
      301 acaaggacag catcga
//
LOCUS       SEQF2637|AYYD01001160.1  700 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..700
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctaaaatgca gctgtttgtc cagctcatgg agggcgtatt gaagaagctg gagcgctatt
       61 gagcctcggc ccgccccacg ctcgcagggg aggtttatct caccggcgag gaggtctgtg
      121 agcggctcaa actcagcgtc cgcacgctgc aggagtatcg cagccgcggc ctcttggcct
      181 tctacaaaat cggcggcaag atcctcttgt aaacagagcg acttgcaggc gatgctcgac
      241 cgacattata accccattca aaagccgtcg gtatgacgat agaagaacta cggcgcgcca
      301 gattgaccgc caaactgaaa gaactgggcg actatagcgt caaacggcgc acggtagaag
      361 agtcgccctt ctttgatccg tccgtagaga ccgagctgga aagaagcacg cttgatcctc
      421 ctccggcgga agttgttgcg cccgctctct ccgctccacc ctctccacct gctgcggctc
      481 ctcgaaaggc taagagccac aaggaagatt tggccgcatt tcgagagacg tacctccaac
      541 ccgcgcgcat cagtcaccgc aaggcggtct acgtctctga cgagactcag caaaggctag
      601 acttcgttgt ccgcaggatc ggcctgcgag gcgccagcat ctcgggctat gtcgagcgtg
      661 tgcttcggga gcatctcgac gggtacaagg acagcatcga
//
LOCUS       SEQF2637|AYYD01001161.1  766 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..766
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             303..725
                     /locus_tag="SEQF2637_01744"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNQSPMNRPKKTPVRPPKWDAFHFRLPDSRDQLRLIELFKRSG
                     ARTKTEYIRARILDEHFRVVTIDKSREDFVRRLTEFTAALNKIGVLYNQAVRAINTYH
                     SPKTAVVMLRKLEGYAADILRLQERVIALTESFRTIDR"
ORIGIN      
        1 atcggcctgc gaggcgccag catctcgggc tatgtcgagc gtgtgcttcg ggagcatctc
       61 gacgggtaca aggacagcat cgaacaatgg cggaagctct gaacacatgt acgcttagcg
      121 tgcaatgccc tcccgaacac ttgcatgtat tgagtgcaag tgttcagggt acgggcacct
      181 cctattctgg ggcccggcaa ggtgtgtttt tgtgctacaa aaaccgtttt gtgctacaaa
      241 acgccttgcc cccggagtgg cctccacggc ggttcggctc caaagtcgcc acgtgatctt
      301 atatgaaaaa ccagagccct atgaatcgac caaagaaaac acccgttcgc cccccgaaat
      361 gggacgcctt ccacttccgc ctccccgaca gccgcgatca gctccggctg atcgaactct
      421 tcaaacgctc cggcgcccgc acgaaaacgg agtacatccg tgcgcgcatc ttagatgagc
      481 atttccgcgt cgtgaccatc gacaagagcc gcgaggactt cgttcgcagg ctaaccgagt
      541 tcaccgccgc actaaacaag atcggcgtgc tgtacaacca agccgtccgc gccatcaata
      601 cgtatcactc tccgaaaacg gccgtcgtta tgctccgcaa gttggaggga tatgcggccg
      661 acatcctccg gttgcaggag cgggtcatcg ccttaaccga atcctttcgc acgattgatc
      721 gatgattgcg aagatctcgc cgccctccaa agacctgatg aaaacg
//
LOCUS       SEQF2637|AYYD01001162.1 3823 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3823
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(442..795)
                     /gene="kly_2"
                     /locus_tag="SEQF2637_01745"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D0EM77"
                     /codon_start=1
                     /transl_table=11
                     /product="Karilysin"
                     /translation="MGEKEESLWYGGGHRFSGTIKISNYFSLSPNPATDVVTLKLTDP
                     DDGILSPQGQGSLTTRGVTSTYEIQLWNGLTMLRSFKTNQLTFQIPIAGLPAGLYFVR
                     VIKDGQTYTEKLIKN"
     CDS             complement(2390..3691)
                     /locus_tag="SEQF2637_01746"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKVAIKNENITSFGGICHIMDVFSKLGFEKLTESVLGKRGCSD
                     KAFSHGSIFGSLFFSYLCGGECLENINTLIGQFRQRPGTQLPGADTVGRGLKELAEEN
                     IVYKSEISGKSYSFNAAEKLDTLLLRMIRQMGLIKVGSHVDLDFDHQFIPAHKFDAKY
                     SYEQDFGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVISELGVTIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGTRYEEFRQLKEWKSVEVGYEKYDVTSINM
                     DNLIEGKSYRLVVQRSPLRDKGGKKQTDMFGVIYTYRCILTNDWVSTEKDIITFYNGR
                     GASEKNFDIQNNDFGWAHLPFSFMAENMVFMMVTAMLKNFYLYLVRRISEKVKPLKKT
                     SRLKAFILHFVSVPAKWVRTGRQNVLNLYTNKAYYSEVFLE"
ORIGIN      
        1 atggcggaag ctctgaacac atgtacgctt agcgtgcaat gccctcccga acacttgcat
       61 gtattgagtg caagtgttca gggtacgggc acctcctatt ctggggcccg gcaaggtgtg
      121 tttttgtgac acaaaaaccg ttttgtgcta caaaacgcct tgcctccgga gcagcctctg
      181 cggcggttcg gctccaaagt cgccacctga tcttatatga aaaccaaccc catgaatcga
      241 ccccaagcac cccgtgcgcc ccccgagatg agacgcccgc accaaaacca acccgaagct
      301 aagggggcga tgaaagggaa gtgaaggggg cgatgccgtt cgtccatacg aaaatcgggc
      361 aggcccgagg aactttcatc ccttcagcct gcccgataac agttcgcttg catgctgctt
      421 ttacacagcg agccttcgag gctaattctt gatcaacttc tcggtatagg tctgtccgtc
      481 tttgatcaca cgcacgaaat acagccctgc cggaagtccc gcgatcggga tttggaaggt
      541 cagctgattc gtcttgaacg atcgcaacat cgtcagccca ttccaaagct ggatctcata
      601 cgtacttgta acgccccttg tggtcaaaga gccttgacct tggggagaca gaatgccatc
      661 gtcggggtcc gtcagtttga gtgtcactac atccgtggcg gggttgggag agagggaaaa
      721 gtaatttgaa atcttgattg ttccactaaa tctgtggccc cccccgtacc acaacgattc
      781 ctctttctcg cccatataaa aaatcgacct gcattgcttg ttttaacaaa tatttggtta
      841 gtgccttggc cgctttcaat ttgaccacct ccaacagccc atgttacatt atcactgttt
      901 ggatcgtttt ctattgagaa aacgtatgtg gaattcggct taaattgaga tccttccctc
      961 atcccttcaa tataatcgac tcgggatggc acccctgcac aaacgcgata tgtaatggta
     1021 gatgatgcaa ttcttgctcg aatcatacat acccctgaac cgtttttcct gaacacagca
     1081 gttctcgctc cttgccctga aatcaattgc aagtttccgt tactcgtact ccattgcacc
     1141 gaaactccag acggaagatt ttggatggtg tacgtctcct gatcgcatac tacggtgggg
     1201 ccggagatgg aggatgaagt atttataaca ccaatcccat tccatgtttg aggatttata
     1261 tttgctatat caagccatct ttttaaacta cgacgttcgt ctgggtcatt ctttccagtc
     1321 catgaaacgt ggaaacaacc ataataggca tcttttctcg gattataagt ctcgtcacaa
     1381 tagcacgttc ccgcatataa ttgtccaata atcctgtgct ccgcattaag aagaggtgac
     1441 ccagaagaac cctgttctat cattcctttg ctccaattaa ctttccaaca tctcgcaaca
     1501 tggttattct caggtttata gtcgacttct aatggcctat ctttaacaat gctgattttc
     1561 atggttgagc caaaaggatg atggatagaa gcaccttgcc ctccaggatt tccagaacga
     1621 tcccatccca aataataagg tgttactccc actatacgtg aaggatcctc cgccaatctt
     1681 aatagagcaa aatcagatcc agggttattg gcaataacct ctgctccaga tgtcgaaaat
     1741 tttggcttta tcgccgatac atatttacaa tttggatctt cataactcca atagaacaac
     1801 caatcggtta tagcccgatt tcctctagca tcatatttgt tgtcaagaca atggttcgct
     1861 gttaaaaata gaggttcgcc attgttcttt gtattattta tcagagcacc tgttccgata
     1921 gccctctctc ctttgacaat catcgctatc gcattttttt ctttttgcca atcacgccct
     1981 tccggacaac ttatttccac aaagcaataa ccaggtggaa ctggagaatt tgaattggtg
     2041 agctttttat cgcttgcaat ccgcacgtat ttatacccat gaattacaga tgacacagat
     2101 ataattgcct gttctgttac ttgcttaggt tggtaatatt ccagcgtaac ctcgtctcca
     2161 tacagcaatc ccgtagcaaa gccctgtaca ttatctcgac cacctttatt atttatcgaa
     2221 gtccttaatt ccgcagcact ttttcttgtg atatgatttt gtgtgttgag gcgtcttttt
     2281 gcctctacat gtgataggaa gcgaccttag actggtatta gtccttgcag gcgcataaaa
     2341 tcccccaccc aagccaatgg ggaaaatgaa tgccacaaag aaatgctgtt tattcaagga
     2401 aaacttcaga gtagtatgct ttattggtat aaaggtttag aacgttctgc cttcctgtgc
     2461 gcacccattt cgctggcaca ctgacaaaat gcagtataaa ggctttcaat ctgcttgtct
     2521 ttttcaacgg cttaaccttt tcactgatac gacggacgag atagagatag aagttcttca
     2581 gcatggcggt aaccatcatg aacaccatgt tctcagccat aaaggaaaag ggcagatgtg
     2641 cccagccgaa gtcattgttc tgtatgtcga agttcttttc acttgctcct cgtccattgt
     2701 aaaatgtaat gatgtctttc tcggttgata cccagtcatt ggtaaggata cagcgatatg
     2761 tgtatattac tccgaacata tccgtctgtt tcttaccacc cttgtccctt aaaggacttc
     2821 gctgtacgac aagcctgtat gactttcctt caatgaggtt gtccatgttg atggatgtga
     2881 catcgtattt ttcataacca acctcgacgc tcttccattc tttcagttgg cggaactctt
     2941 cataacgagt gccacagttg gcagcacgta tatagaatgt gttacagcgt tgctctacgg
     3001 tttggataat ttcctttgag aacgacccac agtcggcacg gaaacgctct attgtcacac
     3061 caagttctga gattactcgg tccataatgc gacgaagcgt gtcttcctga tgaaatttca
     3121 cattggtgtt tccatcacga ttctcacctc caacgataat gcccccaatg gaagcccaac
     3181 cagggaagta gccaaaatcc tgttcgtaag aatattttgc atcgaacttg tgggcaggaa
     3241 taaactgatg atcaaagtcc aagtcaacat ggctgcctac ctttataagc cccatctgtc
     3301 gtatcattcg cagaagtaag gtgtccagtt tctctgctgc attgaagcta tacgacttcc
     3361 cagagatctc gctcttatag acgatattct cttcggcaag ttccttaagt ccacgtccta
     3421 cagtgtcggc accaggcagt tgcgtaccag gtctctgcct gaactgccct ataagtgtat
     3481 tgatattctc aagacattct ccaccacaaa ggtaactgaa gaagagagaa ccgaaaatgc
     3541 ttccatgact aaaagcctta tcgctacacc cacgtttgcc caagacagat tctgtaagtt
     3601 tttcaaagcc caactttgaa aatacgtcca taatatgaca aattccaccg aaagaagtga
     3661 tattctcgtt tttaattgct acctttacca tgtcanattt ttgcttactt gttatgtttg
     3721 cagcacnaag ataggtgaaa tttctgacat atccaagtgt tttgagaact ttgtttctca
     3781 gacacttgga gttcttacaa gaatttatgc tgcggaatta agg
//
LOCUS       SEQF2637|AYYD01001163.1  840 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..840
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(68..652)
                     /locus_tag="SEQF2637_01747"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEELRRARLAAKQEAMGGNAETKRKAEVEAEAKVEESLFFDP
                     PADGKMTAEQRQAVLTAKLKGLGDYGVKRRTVEESPFFYPPAEIELERSPLDPPPADE
                     PKEEVISAAPASVPRKAKSHKEDLAAFRETYLQPARISHRKAVYVSDETQQRLDFVVR
                     RIGLRGASISGYVERVLREHLDGYKDSIELWRKL"
ORIGIN      
        1 ccctgaacac ttgcactcaa tacatgcaag tgttcgggag ggcattgcac gctaagcgtn
       61 catgtgttca gagcttccgc catagttcga tgctgtcctt gtacccgtcg agatgctccc
      121 gaagcacgcg ctcgacatag cccgagatgc tggcgcctcg cagaccgatc ctgcggacaa
      181 cgaagtctaa tctctgctgg gtctcgtcag agacgtagac cgccttgcgg tgactgatgc
      241 gtgcgggttg gaggtatgtc tctcgaaatg cggctaaatc ctccttgtga ctcttggctt
      301 ttcgagggac cgaagcggga gcggctgaga tgacttcttc cttaggctca tccgccggag
      361 gaggatcaag cgggcttctt tccagctcga tctctgcggg cggataaaag aagggtgact
      421 cttctactgt gcgacgtttg acaccatagt cgcccagtcc tttcagtttg gcggtcaaga
      481 cggcctgccg ttgttctgct gtcatcttac cgtctgcggg cggatcaaag aatagcgatt
      541 cttccacctt ggcctccgcc tccacttccg ccttgcgctt ggtttcggca ttgccgccca
      601 tcgcttcctg tttagctgcc aatctggcgc gccgtagttc ttctatcgtc ataccgatgg
      661 cttttgagtg gggttataat gtcggtcgag cagggcctgc aggtcgctct gtttgtagag
      721 gatcttgccg ccgattttgt agaaggccaa aaggccacgg ctgcggtact cctgcagcgt
      781 gcgggtgctg agcttgagcc gctcgcagac ctcctcgccg gtgagataaa tctccccggc
//
LOCUS       SEQF2637|AYYD01001164.1  858 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..858
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(68..670)
                     /locus_tag="SEQF2637_01748"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIEELRRARLAAKQEAMGGMGGNVETKRKAEVEAEAKAEESLF
                     FDPPTDGKMTAEQRQAVLTAKLKELGDYGVKHRTVEESPFFDPPSEIELERSTPAHPP
                     EKADEPKEEVISAAPPAPVHRKAKSHKEDLATFRETYLQPARISHRKAVYVSDETQQR
                     LDFVVRRIGLRGASISGYVERVLREHLDGYKDSIELWRKL"
ORIGIN      
        1 ccctgaacac ttgcactcaa tacatgcaag tgttcgggag ggcattgcac gctaagcgtn
       61 catgtgttca gagcttccgc catagttcga tgctgtcctt gtacccgtcg agatgctccc
      121 gaagcacgcg ctcgacatag cccgagatgc tggcgcctcg cagaccaatt cggcggacaa
      181 cgaagtctaa tctctgctgg gtctcgtcag agacgtagac cgccttgcgg tggctgatgc
      241 gcgcgggttg gagatatgtc tctcggaacg tcgccaaatc ctccttgtgg ctcttggcct
      301 ttcgatggac cggagcgggt ggagcggctg agatgacttc ttccttaggc tcatctgctt
      361 tctccggcgg atgagctggg gtgcttcttt ccagctcgat ctctgagggc ggatcaaaga
      421 agggtgactc ttctactgtg cgatgcttga cgccatagtc gcccagttcc tttagtttgg
      481 cggtcaagac ggcctgccgt tgttctgctg tcattttacc gtctgtgggc ggatcaaaga
      541 atagcgattc ttccgccttg gcctccgcct ccacttccgc cttgcgcttg gtttcgacat
      601 tgccgcccat gccgcccatc gcttcctgtt tagctgccaa tctggcgcgc cgtagttctt
      661 ctatcgtcat accgaaggct tttgaatggg gttataatgc cggtcgagca tcgcctgcaa
      721 gtcgctctgt ttgtagagga tcttgccgcc gattttgtag aaggccaaaa ggccgcggct
      781 gcggtactcc tgcagcgtgc gggtgctgag cttgagccgc tcgcagacct cctcgccggt
      841 gagataaatc tccccggc
//
LOCUS       SEQF2637|AYYD01001165.1  755 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..755
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(342..650)
                     /locus_tag="SEQF2637_01749"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEHAIITEESPQMQLFVQFMAGVLKKLERYCASARPTLAGEVY
                     LTGEEVCERLKLSTRTLQEYRSRGLLAFYKIGGKILYKQSDLQAMLDRHYNPIQKPSV
                     "
ORIGIN      
        1 tggagagggt ggagcggagg gagcgggcgc aacaacttcc gccggaggag gatcaaacgt
       61 gcttcttgtc gcctcgatct ctacgggcgg atcgaaaaag ggcgactctt ctactgtgcg
      121 acgtttgacg ccatagtcgc ccagttcttt cagtttggcg gtcaagacgg cctgccgttg
      181 ttctgctgtc atcttaccgt ctgcggacgg atcaaagaag ggcgactctt ccaccttcgc
      241 ctccgcttcc atttccgcct tgcgcttggc ttcggcatag ccaccaatac cgcccgcttc
      301 cagtttggcg gccaatctgg cgcgccgtag ttcttctatc gtcataccga tggcttttga
      361 atggggttat aatgtcggtc gagcatcgct tgcaggtcgc tctgtttgta gaggatcttg
      421 ccaccgattt tgtagaaggc caagaggccg cggctgcgat actcctgcag cgtgcgggtg
      481 ctgagcttaa gccgctcgca gacctcctcg ccggtgagat aaacctcccc agcgagcgtg
      541 ggacgcgctg aggcgcaata gcgctccagc ttcttcaata cgcccgccat gaattggaca
      601 aacagttgca tttgagggct ttcttccgta atgattgcat gctctgccat cgttcattca
      661 gcttttgaat tcagtaattc ggcgatgtcg ccggctttgt agtagcactt atgcctgatc
      721 atggagaagg ggattttgcc cgtatctctc aaggt
//
LOCUS       SEQF2637|AYYD01001166.1  620 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..620
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ggagagggtg gagcggaggg agcgggcgca acaacttccg ccggaggagg atcaaacgtg
       61 cttcttgtcg cctcgatctc tacgggcgga tcgaaaaagg gcgactcttc tactgtgcgn
      121 cgtttgacgc catagtcgcc cagttctttc agtttggcgg tcaagacggc ctgccgttgt
      181 tctgctgtca tcttaccgcc tgcgggcgga tcaaagaata gcgattcttc cgccttggcc
      241 tccgcctcca tttccgccat gcgctttact tcagcatagc cgcccatgct gcccatcgct
      301 tccagtttgg cggtcaatct ggcgcgccgt agttcctcta tcgtcatacc gatggctttt
      361 gaatgggggt tataatgtcg gtcgagcatc gcctgcaagt cgctctgttt acaagaggat
      421 cttgccgccg attttgtaga aggctaagag gccgcggctg cgatactcct acaacgtgcg
      481 gacgctgagt ttgagccgct cacagacctc ctcaccggtg agataccccc ccctgcaagc
      541 gtggggcggg ccgaggctca atagcgctcc agcttcttca atacgccctc catgagctgg
      601 acaaacagct gcattttagg
//
LOCUS       SEQF2637|AYYD01001167.1  515 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..515
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cccatcacgg cgtacttgga aagtaaaggc atcacgcccg tccgacggct ggcggcctat
       61 gcaatgtacc gttcaccatt gcgggatgaa cgccacccga gcttcaaggt ggataccgag
      121 aagaacctgt ggattgacta tgccgaaggc tgcggaggaa gcatcatcga cctttgtatg
      181 cggctcgagg ggtgcaccct tccggaggcc atccgccgtt tggggcacat gatttccggg
      241 cacaggataa gcaaccacca aagaacggaa gcctaccgtc acactaccaa aagcacagac
      301 ggaagcagaa agctgatcgg catatccgac gaccttccgc cacatttgca agactacctg
      361 acaaaagagc ggtgtatcga cctaggccgg gctcggccct tcctccgatg tgtccgttat
      421 gaggtgcagg ggcggacgta cgaagtcatc ggctttgcca atgcctcggg cggctacgag
      481 ctcaggggcg ccgggttatt caaaggaacg ctggc
//
LOCUS       SEQF2637|AYYD01001168.1 3419 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3419
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(196..1089)
                     /locus_tag="SEQF2637_01750"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKKNLPRLLLGLALCCALTACKGSAVKEEADTLVQIDKYTLTR
                     SEVTKLIPEGSSPADSLLIAENYIKKWITDVLIYKVAERNIGNGGEEIERLVEEYRQA
                     LLRQRYLDIMVHDKLSAQISEKDKQAYYREDSQRFVLKTNLIRGLFVKVPADAPGLDN
                     VRKWYRSEKTDAVENIEKYSLSNAAVYEYFYDRWMDLDEVLQKMPIQVTDKAQFLRTN
                     RAIETTDSTYCYFLNISRYVTAGSIAPYDYARPEIEETMINQRKVDFLRNFEEELYRD
                     AVRKGDVTFFYDTKQDNNKKK"
     CDS             complement(1808..3412)
                     /gene="prsA3_1"
                     /locus_tag="SEQF2637_01751"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81QT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Foldase protein PrsA 3"
                     /translation="MKRRLLWVALCCAMPLSGAFAQKKAADDPTIMTVAGKDIPVSEF
                     LFIAQKDSGVDLNNKKSLDDFVTLFKHFKQKVADAEAAQYDQTENFRNELRDYEVQLR
                     AGFLSDKRGEAEAIRTVYNRGKMLPSFSDIVFPLPEKTVSKDTVAVYRRAKAAYDRIS
                     RGENYDKVARELAPGRDDDSVFFDHVEYIYPLQLMKSLENTVFNMKVGQIVGPVRSPA
                     GYHILRLDQLTPNPGRRRVAHILIGSDEDHQDTVALLRRANEVYDLLKKGESFSSLVN
                     TYSTDGRTRNSGGILPYFSLGEMVHPFEEAAFALKDTGDFPRPVRTRFGYHIIKLLDK
                     RPMPPYEEMEKSYYTTMRQGDRNFELFKTYDDMMKQKYGYVFYPEAYEELQRLCDNYF
                     PTDSDFHKQARQMHKTLLRIHDTDIPQSEFAEYLRLYPFSTKTYSGDFMSEVYQLFVR
                     DITNNLERRELDANHPELEKLMKEYRDGILLFNISNERVWSHPVEEQAKLEADWLKEL
                     DRKYAVKINRKVLSNLKQYIAPTSKK"
ORIGIN      
        1 attcggggat gatgcagtag ggatcgccgt cgaagcgttg gccctcgttc tgcgtataga
       61 ggcgttgcgt ctccacgtcg gagcggagga tggcctcgtc gcccaccacc cagacgatct
      121 catccaccac gttatcctgt ccgtaagccg tgcccgcaag gcagacggcg agcagactca
      181 agcatgctat tctcttcatt tcttcttatt gttatcctgt ttggtgtcgt aaaaaaacgt
      241 cacgtcgccc ttacggacgg cgtcacgata gagttcctcc tcgaagttgc gcaggaagtc
      301 caccttgcgc tgattgatca tcgtctcctc gatctcgggc cgggcatagt cgtagggagc
      361 gatgctgcca gcggttacat agcgcgagat gttgaggaag tagcaatagg tgctgtcggt
      421 ggtttcgatg gcgcggttgg tgcggaggaa ttgggctttg tccgtgactt gaatgggcat
      481 cttttggagc acctcgtcga gatccatcca gcggtcgtag aaatactcat agacggcggc
      541 gttactgagg ctgtacttct caatgttttc gacggcgtcg gtcttttccg aacggtacca
      601 cttgcgcacg ttgtcgagcc ccggagcatc ggcgggcacc ttgacgaaga gtccgcggat
      661 aaggttcgtc ttgagcacaa agcgctggct gtcctcgcgg taataggcct gtttgtcctt
      721 ctcgctgatc tgggccgaga gcttgtcgtg caccatgatg tcgaggtaac gttgccgcag
      781 tagggcttgg cgatactcct ccacaaggcg ctcgatctcc tcgcccccgt tgcctatgtt
      841 gcgctcggcc accttgtaga tcagcacgtc cgtgatccac ttcttgatgt aattctcggc
      901 gatgagcagg ctgtcagcag gcgagctacc ctcggggatg agcttcgtca cctcgctgcg
      961 ggtcagggtg tatttgtcga tctgcaccag cgtgtcggct tcttctttga cggcggatcc
     1021 tttgcaggcc gtgagcgcgc agcagagtgc gaggcccagc aacagtcggg gcaggttctt
     1081 ctttgtcata agcatggagg atcttgtttg atgaatgaaa cgaatcgatg accttgaaac
     1141 atatacggag gcgctggggt tcaaattttt tctgagcggc gctaacccct gagcgttcca
     1201 gcccttcttt tttctaagtg agaccaaacc ctgagggttt gaggctactt tttttcaagt
     1261 gacgctgaac cctgagggtt tagccctact ttttttcaag gagcactgac ccctgagggt
     1321 ttggcccttc tttttttcaa gtagcgctga cccctgaggg tttagctcta ctttttttca
     1381 agtgacactg aaccctgagg gtttagccct tctttttttc tagcgaagct gacccctgag
     1441 ggtttagggc tacttttttt ctagcgaagc tgacccctga gggattgggg ctactttttt
     1501 tcaagtagcg ctgacccctg agggtttagg gcttcttttt ttcaagtgag gctgaaccct
     1561 gagggtttag ccctactttt tttctagcga agctgacccc tgagggtttg gggctacttt
     1621 ttttcaagga gcattgaacc ctgagatacc ggcgctcctt ttcgaaaagt aagaccagcc
     1681 tttcgcctcg cggagtgtgc ccaccttttg aggcgctcgt caaatacaac gggacagggc
     1741 tcccgacgct gcgggggtcc tgtccttaaa ggcggttgtg acaaaagaca tgagtggcgt
     1801 caacgcttca tttcttggac gtcggcgcga tgtattgctt gaggttgctg agcaccttgc
     1861 gattgatctt gaccgcatac ttccggtcga gctccttcag ccagtcggcc tccagtttag
     1921 cctgttcctc gacgggatgg ctccagacgc gctcgttgct gatgttgaag agcaggatgc
     1981 cgtcacgata ttccttcatc agtttttcca actcggggtg gttggcgtcc agctcgcggc
     2041 gctcgaggtt gttcgtgatg tcgcggacga aaagctgata gacctcgctc atgaagtcgc
     2101 ccgaataggt tttggtggag aagggataga ggcggaggta ttcggcgaac tcgctctggg
     2161 ggatgtccgt atcgtggatg cggagcagcg tcttgtgcat ctgtcgggct tgcttatgaa
     2221 agtccgaatc ggtggggaaa tagttgtcgc aaaggcgctg gagctcttcg taggcctcgg
     2281 gatagaagac gtagccgtac ttctgcttca tcatgtcgtc atacgtcttg aagagttcga
     2341 agttgcggtc gccctggcgc atggtcgtgt agtagctctt ttccatctcc tcgtaagggg
     2401 gcatggggcg cttatccagc agcttgatga tgtggtatcc gaagcgggtg cggacggggc
     2461 gggggaaatc gcccgtgtct ttgagggcaa aggcggcctc ctcgaagggg tgcaccatct
     2521 caccgaggga gaaatagggc agaatgccgc cgctgttgcg ggtgcgtccg tcggtggagt
     2581 aggtgttgac gagtgagctg aagctctcgc cctttttcag caagtcatag acctcattgg
     2641 cgcgtcggag cagggctacg gtgtcctgat gatcttcgtc agatccgatc aggatatggg
     2701 ccacgcggcg gcgtccggga ttgggcgtga gttgatccag gcgcaggatg tggtatccgg
     2761 ccggggaacg cacggggccc acgatctgtc cgaccttcat attgaagacg gtattctcga
     2821 gcgacttcat gagctgcaag gggtagatgt actccacgtg gtcgaagaag acggagtcgt
     2881 cgtctcgtcc gggggccagc tcacgggcta ctttgtcgta gttctcgcct cggctgatgc
     2941 ggtcgtaggc ggctttggcg cggcgataga cggctacggt gtctttcgat accgttttct
     3001 caggcagggg gaagacgatg tcgctgaacg aggggagcat cttgccccgg ttatagacgg
     3061 tgcggatggc ttcggcctcg ccccgcttgt cggagaggaa gccggcacgc agctgcacct
     3121 catagtcgcg cagttcgttg cggaagtttt ccgtttggtc gtactgggcg gcttcagcgt
     3181 cggccacctt ttgcttgaag tgcttgaaaa gcgtcacaaa gtcgtcgagc gacttcttgt
     3241 tgttcaggtc cacgccgctg tctttttggg cgatgaagag gaactccgag acggggatgt
     3301 ctttccctgc cacggtcatg atcgtcgggt cgtcagctgc ctttttctgt gcgaacgctc
     3361 cgctgagggg catggcgcaa cacagggcga cccataaaag ccttcttttc attctatcg
//
LOCUS       SEQF2637|AYYD01001169.1 3420 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3420
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(196..1089)
                     /locus_tag="SEQF2637_01752"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKKNLPRLLLGLALCCALTACKGSAVKEEADTLVQIDKYTLTR
                     SEVTKLIPEGSSPADSLLIAENYIKKWITDVLIYKVAERNIGNGGEEIERLVEEYRQA
                     LLRQRYLDIMVHDKLSAQISEKDKQAYYREDSQRFVLKTNLIRGLFVKVPADAPGLDN
                     VRKWYRSEKTDAVENIEKYSLSNAAVYEYFYDRWMDLDEVLQKMPIQVTDKAQFLRTN
                     RAIETTDSTYCYFLNISRYVTAGSIAPYDYARPEIEETMINQRKVDFLRNFEEELYRD
                     AVRKGDVTFFYDTKQDNNKKK"
     CDS             complement(1808..3412)
                     /gene="prsA3_2"
                     /locus_tag="SEQF2637_01753"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81QT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Foldase protein PrsA 3"
                     /translation="MKRRLLWVALCCAMPLSGAFAQKKAADDPTIMTVAGKDIPVSEF
                     LFIAQKDSGVDLNNKKSLDDFVTLFKHFKQKVADAEAAQYDQTENFRNELRDYEVQLR
                     AGFLSDKRGEAEAIRTVYNRGKMLPSFSDIVFPLPEKTVSKDTVAVYRRAKAAYDRIS
                     RGENYDKVARELAPGRDDDSVFFDHVEYIYPLQLMKSLENTVFNMKVGQIVGPVRSPA
                     GYHILRLDQLTPNPGRRRVAHILIGSDEDHQDTVALLRRANEVYDLLKKGESFSSLVN
                     TYSTDGRTRNSGGILPYFSLGEMVHPFEEAAFALKDTGDFTRPVRTRFGYHIIKLLDK
                     RPMPPYEEMEKSYYTTMRQGDRNFELFKTYDDMMKQKYGYVFYPEAYEELQRLCDNYF
                     PTDSDFHKQARQMHKTLLRIHDTDIPQSEFAEYLRLYPFSTKTYSGDFMSEVYQLFVR
                     DITNNLERRELDANHPELEKLMKEYRDGILLFNISNERVWSHPVEEQAKLEADWLKEL
                     DRKYAVKINRKVLSNLKQYIAPTSKK"
ORIGIN      
        1 attcggggat gatgcagtag ggatcgccgt cgaagcgttg gccctcgttc tgcgtataga
       61 ggcgttgcgt ctccacgtcg gagcggagga tggcctcgtc gcccaccacc cagacgatct
      121 catccaccac gttatcctgt ccgtaagccg tgcccgcaag gcagacggcg agcagactca
      181 agcatgctat tctcttcatt tcttcttatt gttatcctgt ttggtgtcgt aaaaaaacgt
      241 cacgtcgccc ttacggacgg cgtcacgata gagttcctcc tcgaagttgc gcaggaagtc
      301 caccttgcgc tgattgatca tcgtctcctc gatctcgggc cgggcatagt cgtagggagc
      361 gatgctgcca gcggttacat agcgcgagat gttgaggaag tagcaatagg tgctgtcggt
      421 ggtttcgatg gcgcggttgg tgcggaggaa ttgggctttg tccgtgactt gaatgggcat
      481 cttttggagc acctcgtcga gatccatcca gcggtcgtag aaatactcat agacggcggc
      541 gttactgagg ctgtacttct caatgttttc gacggcgtcg gtcttttccg aacggtacca
      601 cttgcgcacg ttgtcgagcc ccggagcatc ggcgggcacc ttgacgaaga gtccgcggat
      661 aaggttcgtc ttgagcacaa agcgctggct gtcctcgcgg taataggcct gtttgtcctt
      721 ctcgctgatc tgggccgaga gcttgtcgtg caccatgatg tcgaggtaac gttgccgcag
      781 tagggcttgg cgatactcct ccacaaggcg ctcgatctcc tcgcccccgt tgcctatgtt
      841 gcgctcggcc accttgtaga tcagcacgtc cgtgatccac ttcttgatgt aattctcggc
      901 gatgagcagg ctgtcagcag gcgagctacc ctcggggatg agcttcgtca cctcgctgcg
      961 ggtcagggtg tatttgtcga tctgcaccag cgtgtcggct tcttctttga cggcggatcc
     1021 tttgcaggcc gtgagcgcgc agcagagtgc gaggcccagc aacagtcggg gcaggttctt
     1081 ctttgtcata agcatggagg atcttgtttg atgaatgaaa cgaatcgatg accttgaaac
     1141 atatacggag gcgctggggt tcaaattttt tctgagcggc gctaacccct gagcgttcca
     1201 gcccttcttt tttctaagtg agaccaaacc ctgagggttt gaggctactt tttttcaagt
     1261 gacgctgaac cctgagggtt tagccctact ttttttcaag gagcactgac ccctgagggt
     1321 ttggcccttc tttttttcaa gtagcgctga cccctgaggg tttagctcta ctttttttca
     1381 agtgacactg aaccctgagg gtttagccct tctttttttc tagcgaagct gacccctgag
     1441 ggtttagggc tacttttttt ctagcgaagc tgacccctga gggattgggg ctactttttt
     1501 tcaagtagcg ctgacccctg agggtttagg gcttcttttt ttcaagtgag gctgaaccct
     1561 gagggtttag ccctactttt tttctagcga agctgacccc tgagggtttg gggctacttt
     1621 ttttcaagga gcattgaacc ctgagatacc ggcgctcctt ttcgaaaagt aagaccagcc
     1681 tttcgcctcg cggagtgtgc ccaccttttg aggcgctcgt caaatacaac gggacagggc
     1741 tcccgacgct gcgggggtcc tgtccttaaa ggcggttgtg acaaaagaca tgagtggcgt
     1801 caacgcttca tttcttggac gtcggcgcga tgtattgctt gaggttgctg agcaccttgc
     1861 gattgatctt gaccgcatac ttccggtcga gctccttcag ccagtcggcc tccagtttag
     1921 cctgttcctc gacgggatgg ctccagacgc gctcgttgct gatgttgaag agcaggatgc
     1981 cgtcacgata ttccttcatc agtttttcca actcggggtg gttggcgtcc agctcgcggc
     2041 gctcgaggtt gttcgtgatg tcgcggacga aaagctgata gacctcgctc atgaagtcgc
     2101 ccgaataggt tttggtggag aagggataga ggcggaggta ttcggcgaac tcgctctggg
     2161 ggatgtccgt atcgtggatg cggagcagcg tcttgtgcat ctgtcgggct tgcttatgaa
     2221 agtccgaatc ggtggggaaa tagttgtcgc aaaggcgctg gagctcttcg taggcctcgg
     2281 gatagaagac gtagccgtac ttctgcttca tcatgtcgtc atacgtcttg aagagttcga
     2341 agttgcggtc gccctggcgc atggtcgtgt agtagctctt ttccatctcc tcgtaagggg
     2401 gcatggggcg cttatccagc agcttgatga tgtggtatcc gaagcgggtg cggacggggc
     2461 gggtgaaatc gcccgtgtct ttgagggcaa aggcggcctc ctcgaagggg tgcaccatct
     2521 caccgaggga gaaatagggc agaatgccgc cgctgttgcg ggtgcgtccg tcggtggagt
     2581 aggtgttgac gagtgagctg aagctctcgc cctttttcag caagtcatag acctcattgg
     2641 cgcgtcggag cagggctacg gtgtcctgat gatcttcgtc agatccgatc aggatatggg
     2701 ccacgcggcg gcgtccggga ttgggcgtga gttgatccag gcgcaggatg tggtatccgg
     2761 ccggggaacg cacggggccc acgatctgtc cgaccttcat attgaagacg gtattctcga
     2821 gcgacttcat gagctgcaag gggtagatgt actccacgtg gtcgaagaag acggagtcgt
     2881 cgtctcgtcc gggggccagc tcacgggcta ctttgtcgta gttctcgcct cggctgatgc
     2941 ggtcgtaggc ggctttggcg cggcgataga cggctacggt gtctttcgat accgttttct
     3001 caggcagggg gaagacgatg tcgctgaacg aggggagcat cttgccccgg ttatagacgg
     3061 tgcggatggc ttcggcctcg ccccgcttgt cggagaggaa gccggcacgc agctgcacct
     3121 catagtcgcg cagttcgttg cggaagtttt ccgtttggtc gtactgggcg gcttcagcgt
     3181 cggccacctt ttgcttgaag tgcttgaaaa gcgtcacaaa gtcgtcgagc gacttcttgt
     3241 tgttcaggtc cacgccgctg tctttttggg cgatgaagag gaactccgag acggggatgt
     3301 ctttccctgc cacggtcatg atcgtcgggt cgtcagctgc ctttttctgt gcgaacgctc
     3361 cgctgagggg catggcgcaa cacagggcga cccataaaag ccttcttttc attctatcgt
//
LOCUS       SEQF2637|AYYD01001170.1  955 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..955
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(23..724)
                     /locus_tag="SEQF2637_01754"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHAAASGIGRELIQAQDVVSGRGTHGAHDLSDLHIEDGILERL
                     HELQGVDVLHVVEEDGVVVSSGGQLTGYFVVVLASADAVVGGFGAAIDGYGVFRYRFL
                     RQGEDDVAERGEHLAPVIDGADGFGLAPLVGEEAGTQLHLIVAQFVAEVFRLVVLGGF
                     SVGHLLLEVLEKRHKVVERLLVVQVHAAVFLGDEEELRDGDVFPCHGHDRRVVSCLFL
                     CERSAEGHGATQGDP"
ORIGIN      
        1 cgatagaatg aaaagaaggc ttttatgggt cgccctgtgt tgcgccatgc ccctcagcgg
       61 agcgttcgca cagaaaaagg cagctgacga cccgacgatc atgaccgtgg cagggaaaga
      121 catccccgtc tcggagttcc tcttcatcgc ccaaaaagac agcggcgtgg acctgaacaa
      181 caagaagtcg ctcgacgact ttgtgacgct tttcaagcac ttcaagcaaa aggtggccga
      241 cgctgaagcc gcccagtacg accaaacgga aaacttccgc aacgaactgc gcgactatga
      301 ggtgcagctg cgtgccggct tcctctccga caagcggggc gaggccgaag ccatccgcac
      361 cgtctataac cggggcaaga tgctcccctc gttcagcgac atcgtcttcc ccctgcctga
      421 gaaaacggta tcgaaagaca ccgtagccgt ctatcgccgc gccaaagccg cctacgaccg
      481 catcagccga ggcgagaact acgacaaagt agcccgtgag ctggcccccg gacgagacga
      541 cgactccgtc ttcttcgacc acgtggagta catctacccc ttgcagctca tgaagtcgct
      601 cgagaatacc gtcttcaata tgaaggtcgg acagatcgtg ggccccgtgc gttccccggc
      661 cggataccac atcctgcgcc tggatcaact cacgcccaat cccggacgcc gccgcgtggc
      721 ccatatcctg atcggatctg acgaagatca tcaggacacc gtagccctgc tccgacgcgc
      781 caatgaggtc tatgacttgc tgaaaaaggg cgagagcttc agctcactcg tcaacaccta
      841 ctccaccgac ggacgcaccc gcaacagcgg cggcattctg ccctatttct ccctcggtga
      901 gatggtgccc cccttcgagg aggccgcctt tgccctcaaa gacacgggcg atttc
//
LOCUS       SEQF2637|AYYD01001171.135902 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..35902
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(181..2784)
                     /gene="clpC"
                     /locus_tag="SEQF2637_01755"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2G0P5"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent Clp protease ATP-binding subunit
                     ClpC"
                     /translation="MKSMSNSYSKRMNDVIEAGREEASRLQNGYIGPEHLMLALLREG
                     DGNAIRILHGFQANLTQIKQDIELEISNTVDDTAPGDIAVTKSAERVLRISMLEARMF
                     KSDVTRTEHLLLALLKEEYNIVAQVLNQSGITYRMVYDRISAITGVDRLAEVDETRDG
                     FTDDDEEEEGFTPFKKEPVPPQPTPQPNQPNTTTAQKASSTPSDTPVLDNFGTDMTKA
                     AAEGKLDPIVGREKEIERLAQILSRRKKNNPVLIGEPGVGKSAIVEGLAQRIVQRKVS
                     RVLFDKRVVSLDMASVVAGTKYRGQFEERIKALLNELTKNPNIILFIDEIHTIVGAGS
                     AAGSMDAANMLKPALARGELQCIGATTLDEYRTNIEKDGALERRFQKVIVDPTTAEET
                     LQILKNIKGRYEEHHNMIYTDAALEACVKLTERYISDRNFPDKAIDALDEAGSRVHIA
                     NVVVPQHIEALEAKIEETKNAKLAAVKSQNFELAAGYRDTERQYLQLLDEAKGRWEQE
                     MQAHRETVDADQVAEVVAMMSGVPVQRIATTENVKLRDMDTLLKQKIVGQDEAVAQIV
                     KAIRRNRVGLKDPNKPIGTFMFLGPTGVGKTHLAKKLAEFLFDSDDALIRIDMSEYLE
                     KFAVSRLIGAPPGYVGYEEGGQLTEKVRRKPYSVVLLDEIEKAHPDVFNLLLQVLDEG
                     RLTDSLGRQINFKNTILIMTSNIGTRQLKDFGRGIGFHPQASGTEVDRDYSRGVIRKA
                     LERSFAPEFLNRVDDVIMFDPLEKESIYRIIDIELSDLYRRIDGLGYHLELTPEAKDY
                     VTTKGYDVQFGARPLKRAIQKYIEDELAEIVLLEDIQPGDTITLGYDAATDRMTHTVL
                     RPAVDEAPPAE"
     tRNA            complement(2960..3031)
                     /locus_tag="SEQF2637_01756"
                     /product="tRNA-Cys"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Cys(gca)"
     CDS             complement(3232..4914)
                     /gene="ettA"
                     /locus_tag="SEQF2637_01757"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9W3"
                     /codon_start=1
                     /transl_table=11
                     /product="Energy-dependent translational throttle protein
                     EttA"
                     /translation="MADDKKIIFSMVGVSKTFPPQKQVLKNIYLSFFYGAKIGIIGLN
                     GSGKSTLLKIIAGLDKDYQGKVVFSPGYSVGYLEQDPHLEPGRTVKEIVQEGVRETVD
                     LLKEFEEVNERFGDPEVLENPDKMDALMNRQAELQDRIDALDAWNLDSRLERAMDALR
                     CPPEDRIVDTLSGGERRRVALCRLLLQQPDVLLLDEPTNHLDAESIDWLEQHLQQYAG
                     TVICITHDRYFLDHVAGWILELDRGEGIPWRGNYSSWLDQKTQRMAQEEKQASKRRKT
                     LERELEWIRMAPKARQAKGKARLNSYEALLNEDQKVRETKLEIFIPNGPRLGNKVIEA
                     QHVAKAFGDRLLFDDLNFMLPPNGIVGVIGPNGAGKTTLFRMIMGQESIDRGEFAVGE
                     TVRIGYVDQSHAAIDPEKTVYQVVSGGNDTMRIGGREINASAYLSRFNFAGADQEKRC
                     GVLSGGERNRLHLALTLKSEANVLLLDEPTNDIDVNTLRALEEGLEAFAGCAVVVSHD
                     RWFLDRICTHILSFEGNSEVVFYEGSYSDYEEYKRKKEGYTEPKRIRYRQLG"
     CDS             complement(5565..6911)
                     /gene="pgi"
                     /locus_tag="SEQF2637_01758"
                     /EC_number="5.3.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81K75"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-6-phosphate isomerase"
                     /translation="MNPLQLDFTKAFGPDAEQCLEAIRPEAEKSLRTLYEGTGAGNDF
                     LGWLHLPSSITDTQLTDIEQTAERLRACQAVVVIGIGGSYLGARAVIEALTDSFDPLR
                     TEGRTHPVILYAGNQIGEDYLSELCDLLRGRDFGIINISKSGTTTEPAIAFRILRSLL
                     EENVGAAAAKERIVAVTDRARGALRTLADREGYKTYVIPDDVGGRYSVLTPVGLLPIA
                     VAGIDIRALVRGAVEMERAVGPDVPFDRNPALRYAAARQALYRSGKKIEILANFHPKL
                     HYVGEWWKQLYGESEGKDHRGLFPAAVDLTTDLHSMGQWIQQGERTIFETVVSIDAPE
                     RTLSVPTDADNLDGLNYLAGRRVDEINKMAELGTRLAHASGGVPNIRVSIPRLTADHL
                     GGLLYFFEAACGISGYLSGVNPFDQPGVEAYKSNMFALLDKPGFEAESRAIRAQLG"
     CDS             complement(7058..8056)
                     /gene="gpsA"
                     /locus_tag="SEQF2637_01759"
                     /EC_number="1.1.1.94"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97NF1"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycerol-3-phosphate dehydrogenase [NAD(P)+]"
                     /translation="MENFPGKIAIMGGGSWATALAKIVLSNQPEMNWYMRRQEVIEEF
                     KQAKHNPSYLSAVTFDTERIHFSTDINEIVDRSDLLIFATPSPFFKNHLKQLRVPLRD
                     KTILSAIKGLVPDENMLITDYLAECYQVSLDRLAVIAGPCHAEEVALGRLSYLTLACK
                     DLDRARALAPIFTNDFMRTSCSRDVRGMEYASVLKNIYAIVAGICHGMKYGDNFQAVF
                     ISNAIKEMQRFLGSAHTLPRDISDSAYLGDLLVTAYSRYSRNRTFGSMIGKGYSVKTA
                     QLEMEMIAEGYYGAKCIYEINERYQVDMPILDTLYAILYERQSPQAVIRRMTETFK"
     CDS             complement(8090..9826)
                     /gene="lysU"
                     /locus_tag="SEQF2637_01760"
                     /EC_number="6.1.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8N5"
                     /codon_start=1
                     /transl_table=11
                     /product="Lysine--tRNA ligase, heat inducible"
                     /translation="MNVLELSEQEIIRRGSLDRLREMHIDPYPAAEYTVDGYADEIKT
                     QFKDDAEPRTVSIAGRIMSRRIMGKASFMELQDSTGRIQVYVTRDDICPDPSDTELYN
                     TVFKKLLDIGDFVGIRGFVFRTQMGEISVHAQELTVLSKSLRPLPVVKEKDGVVYDSF
                     TDPEQRYRQRYVDLVVNTDVKQIFIKRSKVYASMREFFNARGYLEVETPILQSIPGGA
                     AARPFVTHHNALDIDLYLRIADELYLKRLIVGGFEGVYEFSKDFRNEGMDRTHNPEFT
                     AMEIYVAYKDYNWMMQFTEQMLEKVSRDVNGTTDVEVDGRTISFKAPFRRVTMTDAIR
                     EHTGIDITGMDEEALRAVCRQLEIEVDETMGKGKLIDEIFGEKCEKHYIQPTFITDYP
                     IEMSPLCKRHRNNPELTERFELMVNGKELCNAYSELNDPIDQLERFQEQLRLSEKGDD
                     EAMFIDMDFVRALEYGMPPTSGMGIGIDRLVMLLTGQTTIQEVLFFPQMRPEKTVRKD
                     APEKYAPLGVPAEWVPAVQKAGYPTADMLAGANAQLLRRALFDLNKKYALGLELPSPE
                     AVEAWTRKSNEA"
     CDS             complement(9943..11208)
                     /gene="pncC"
                     /locus_tag="SEQF2637_01761"
                     /EC_number="3.5.1.42"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8EK32"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinamide-nucleotide amidohydrolase PncC"
                     /translation="MTAEIITIGDELLIGQVTDTNSVWISRALEDHGFRVMRKQTVGD
                     DEPEILRALRESEQRVDVVLLTGGLGPTKDDVTLNALCKHFDTARHFSTEVHEHNQQL
                     FAERGVEMNDLTRDQAMVPDNATVIINEVGTAPCTWFERRGCMVISMPGVPMEMKWLM
                     TNRVIPRLQEYYGRKAGIAHRTCWVTGYTESALAMALADFERDLPDEVRLAYLPQPGL
                     IRLRLSAYCSPQAVADRVADVLRLRLRTILKEHIIAEEDLPIEALLGRRLQAAGLTVG
                     TAESCTGGAIAAAITSVAGSSAYFKGGIVSYTDEVKHRTLGVSAADLESVGAVSQPVV
                     EQMARGAREALGCDLAVATSGFAGPSGGTPEAPVGTVWIAVATPSAVVSKEYHFGAAR
                     DHNISRAVNMALLMLFEKAAVPEVQAPTA"
     CDS             complement(11312..11617)
                     /locus_tag="SEQF2637_01762"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDYIYSYLYHFSPCIALVFIAGSGREGCYPLFFCAYPSEEWGE
                     VRREPSVRFLEATRENRKRFGSLYRTIARNETVSADCIVQSREMKSFRPIVSYNHEK"
     CDS             complement(11768..12907)
                     /gene="susE"
                     /locus_tag="SEQF2637_01763"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G8JZT0"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein SusE"
                     /translation="MKAIHKIAFALLAGLIGLTTACDDDNSANPTLKTPSSFTLNTPT
                     AAENTVYDLEHAKNVELTCVQPDYGFSAATVYAVQVSLDNDFATEGKFITLPTTYPKA
                     KMEVDASEIAVAQTTLAVKKGVKEDKFPLTSKLYVRLRAALTSGKGEVYSNVISINAR
                     THFALTPAAVPSTMNVIGSTKGIGEWNWAGSVPMVQTWAKDGTFWRILYFEAGTSMKF
                     NAEKKFDGGEFGSSAKLVDNASAGLSDDGGNLKVANAGWYLVVIKTTAQGRDLKYTVS
                     FEKPNVYLIGDVSVGGKWEITAENLFSVPTTADGWFVSPALAAAGEVRMCVKIEGEDW
                     WHSEFIVLAEGEILYRGAGGDQDRSKQSAGRKVYLNFMTGKGEYK"
     CDS             complement(12935..14536)
                     /gene="susD_2"
                     /locus_tag="SEQF2637_01764"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G2"
                     /codon_start=1
                     /transl_table=11
                     /product="Starch-binding protein SusD"
                     /translation="MELKMKRNKITAWVAACAILISASGITSCVGDLDVEPIDPSVTT
                     TFDQNKVFTKIYATLGLTGIEGPAGSPGSGDVDGIDEGSSDFFRLIWNLNELPADEAH
                     CCWIDGGVPELVHGTWDASHSLVTGLYYRLYFDITLCNFFLEQTEGKTDAESVTQRAE
                     ARFIRALNYYYLIDLYGKVPFVTTVSTEKPSQVERAELFKFIEKELLEASETMKDPRT
                     NTYGRADKAAAWLLLARLYLNAEVYTGTPQWAKAAEYAQKTINSAYSLCPVYKHLFMA
                     DNNGSSVNKANTEILLPILQDGGTTRNYGGSLYLIASTHKTDDMPAFGTTEGWAGNRC
                     RPQLVSKFFPNGNAPAAGDADAMTKAANDDRALFFSKGRSLSIDVESEFASGYSLVKF
                     SNLRADGATTHDSKFTDTDLPLMRLAEAYLTYAEAEVRRNGGPTAAATEAINTLRKRA
                     HAKTETSYTLSNILDEWAREFAFEGRRRSDLIRFNRFAGNADYTWQWKGGAKDGTTLS
                     RHLNLYPIPTKDVNVNSNLKQNPGY"
     CDS             complement(14552..17596)
                     /gene="susC_7"
                     /locus_tag="SEQF2637_01765"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MEKRELFNWKRCIYLLLAALLPALGGYAQKMTVKGVVVDATNEP
                     IIGANVVEKGTTNGIITDLDGNFTLSVERGATLVFSFIGYQSQELPASAQPMRVMLKE
                     DTELLDEVVVIGYGSVKKDDATGSVTAIKPDKMNRGLTTSAQDLMTGKIAGVNVVSSG
                     GSPGGGSTIRIRGGSSLNANNDPLIVIDGLAMDNDGVKGLSNPLAMVNPNDIETFTVL
                     KDASATAIYGSRASNGVIIITTKKGSIEGGKARLRVAYDGNVSMSNVKNTLDMMDADT
                     YRARIRSQYGEESNAYKALGTANTDWQKEIYRTALSTDHNVSVFGGLGTMPFRMSVGY
                     TNQNGILKTSSFNRYTASLNLSPSFLGGMLKMNGNLKGMYAESRFADVGAVGAATQMD
                     PTHSVRDAGETYQKYFGGFFQWTNDGKSLNDPTWLLTNNSLAPANPVSLLEMKDDRAK
                     SQSLVGNIEVDYKFHFLPDLRFHANGGMDLSSGKQTTNVDPQSYSNNYYGSYGYEKID
                     KYNLSFNSYFQYMKSVGVHSFDAMVGYEWQHFHRKGHNRYAGIYPQTNAVNPGKEYSP
                     SSKEWASENFLVSFFGRLNYTLADKYLFTATVRRDGSSRFHKDHRWGTFPSFAFGWKM
                     KEEGFLKDVDALSDMKLRLGYGVTGQQNIGSDYSYFASYTASKNYAYYPIGYGDGESY
                     RPDAYNKNLKWERTTTYNAGLDYGFLNGRLTGSVDYYFRRTDDLINYVYVSAGTNFKN
                     QVNANIGSLENKGVEFTINSKPIAQKDFSWDLGFNLTYNKSEITELTGGDRSDYYVAA
                     GGVTIGTGGTVQAHAVGHPAYAFYVYQQVYDEKGKPIENTFVDRNGDGVINDADKYFY
                     KKPTADVLMGVSSKFVYKAWDFSFTLRASLNNYVYNNVEAYASNMSTLYAPSGFLTNR
                     PNMVVENNWQGEGNYYMSDYFVQNASFLKCDNITLGYSFNLKKVGSGRVFAAVQNVFT
                     VTKYKGLDPELITGSGTGTNYGIDRDFYPRPLTSLVGLTLNF"
     CDS             complement(17671..19788)
                     /gene="susB"
                     /locus_tag="SEQF2637_01766"
                     /EC_number="3.2.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:G8JZS4"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucan 1,4-alpha-glucosidase SusB"
                     /translation="MINRIQSVLLSLSFLMMSAWGLQAEDLKSPNGRLAMHFEVDGMG
                     CPVYTLSYKGKPVIKRSRLGLEAEGFSLREGFQLQKAETATFDETWKPVWGEVSSIRN
                     HYNELAVTLHQPKDDRTIRIRFRLYDDGLGFRYEFPEQKNLVYFVIKDEYSEFAMAGD
                     HKAFWIPGDYDTQEYDYTESHLSEIRKLMKAAVTFNTSQTPFSPTGVQTALMMKSADG
                     LYINLHEAALVDYPCMSLELDDKTMTFRSWLTPDAQGKKGYMQTPCQSPWRTIMVSDD
                     AREILASKLTLNLNEPCALKDVSWIKPVKYIGVWWEMITGKSTWAYTNDLLSVHIGVT
                     DYTKVKPNGTHAANNDKVRRYIDFAAKHGFDQVLVEGWNIGWEDWFGHSKDYVFDFLT
                     PYPDFDIKALNEYAHSKGVKLMMHHETSASIRNYERHMEEAYQLMNKYGYNAVKSGYV
                     GNIIPRGEHHYGQWMINHYLYAVKKAAEHHIMVNAHEAVRPTGLCRTYPNLIGNEAAR
                     GTEYESFGGNKPFHTTILPFTRLMGGPMDYTPGIFETRIKNVNPENNSFVHSTLARQL
                     ALFVTMYSPLQMAADLPENYERFMDAFQFIKDVAVDWDDSKYLEAEPGRYITVARKAK
                     GTNNWFVGCTASENGHMANISFDFLDPKRKYTATIYADGPTAHYEKNPQAYTIKKMTV
                     TNKSRLTLRAASGGGFAISIIEQ"
     CDS             21573..21764
                     /locus_tag="SEQF2637_01767"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYVCTRYCSGRIVLCHPRLILELLTTEDKKIVTVLDLSTMEDK
                     KMVTVLDLSTMEDKKMVTI"
     CDS             complement(21720..22262)
                     /locus_tag="SEQF2637_01768"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVTIFLSSIVERSKTVTVFCFSIMVGSKKVPFFAYPSRRTPKFD
                     RFWSYPSRRTPKFDRFWSYPSRRTPKFDRFWSYPLRRCPKLDQFRTSLSWRCPKLDQF
                     RTSLSWRCPKLDQFRTSPSWICPKLDQFRTTPSWRCPKLDQFRTTPSWICSKLDQFRA
                     PPPWRSLNGDHFFVLHRGEV"
     CDS             22395..23384
                     /locus_tag="SEQF2637_01769"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEGVEIKKIGTKKLDNTLHVKYHDAMYDFVVEFDLPKLGIPEE
                     LKNEWKESIDTERENNLEAQASVNSELLLKKNEERDRLLKYIFGVVRNGLLSPEKEKS
                     DAAMRLNVVMNPYAGIRKESFDRETMHVDGMLIDLKKTENATDVSKLGLSSDITKLET
                     LNKEFDALYSERAKKRADNKLPKTLAVRSRTDAIFERILIVLQYKYVYGTTPVEPELI
                     AKLIARFNERAEDIDASYRQGLSMKKTAAEKRKQNPNAPKEPKKPKESKPKKPEKDNK
                     DPDIRLPETEEPKKPDQPKKPEGGGTPGGGEKPKQPEKGGGEGGNPDIHLPEE"
     CDS             complement(23541..24326)
                     /locus_tag="SEQF2637_01770"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYQAYKVGSSFWKGFQEEGFGELFYTCEQEFQRSGKDKNVEAFR
                     SILHSYMNRNGSTKTRFMEHNILFQMNADVYISHSRHDEVFAMALAGEIRESIGLVPI
                     LNSYIWKQADLFLQELEDNYLKRKHDEMHNQEMRDEIRKYIYMMTRTVLDMMIYKTEC
                     FFYVNSSNIIMQGHVMNQKTECPWMHHDLVMSRFLYNEPKRCKEYIGRYNKNKLRHPY
                     DYAIKTSHLIRLDFPSYYSWTVESLDEDRDGILDTLYGITLYS"
     CDS             24344..24436
                     /locus_tag="SEQF2637_01771"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFPQRYFLTAIYLTYLSAPNIQSFRLSLSS"
     CDS             24756..26624
                     /locus_tag="SEQF2637_01772"
                     /EC_number="3.2.1.55"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P82593"
                     /codon_start=1
                     /transl_table=11
                     /product="Extracellular exo-alpha-L-arabinofuranosidase"
                     /translation="MNLRYAAALLAAGILGACRPEMPTTSTITIDLDRPTVAVDRDLY
                     GVTSEAADGTVRPDEWSADMITNGSFEVDGPSATDSIAGWRALTTGSALTIDARAPLS
                     ETNRRSLLVRGGVVADVSRGAAAARGERFELTCYLHGTVGRSLTISLRDSLAGRMLAE
                     PLRLTLPDAWTTLRHTFTATDSVCGATLVFETDSGASFGLDMVALFPQKTWRDRPMGL
                     RTDLIEAITDLRPRFIRFSGRMMADDGSRRVTASEYTRLCQDLNIHPVMIKADESGPK
                     YLMDADLMMTQSDLFTSDSVGRYSSSATYADAFGTSGTDDAGTMRAAVGEAAFLIGVE
                     RRPGCVRGLSYTPLIGTPSTGGLLLAGMGRLVRTPSYYVWQLFADHRGRRLLTTNVTT
                     ARKPLLTYGKASVAVVGDAFAVESADTLRGSSSRTYNGSLSARLMRKMNGASGSVRLR
                     IRDNGRTGALRDAIVFELTDSTVCLIHESGTLDRILAGPIEIMRSPGWMEAKVECVDE
                     AIRGYINNVRVIEAAAPSRPSLVAVATSDPNSGTIILKVANTTQHDERTALRIEGGSV
                     ATSAHIVSLAAPPTARNTPLQPTAVMPVIRNVRLPRWPMVYVFPANSVTILTLKMQ"
     CDS             26652..26930
                     /locus_tag="SEQF2637_01773"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNGRVLARKIFLRYPAIRRMRGSEIHFKSPHKTGSRTTARSIS
                     SIRSHANLIIYASRAMRLDRHSSDHFLAAPCLATASISLRTSSGSPRK"
     CDS             complement(26855..27604)
                     /gene="gpmA"
                     /locus_tag="SEQF2637_01774"
                     /EC_number="5.4.2.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q3JWH7"
                     /codon_start=1
                     /transl_table=11
                     /product="2,3-bisphosphoglycerate-dependent
                     phosphoglycerate mutase"
                     /translation="MKKIVLLRHGESQWNKENRFTGWTDVDLSEKGVAEAEKAGDALR
                     DAGFAFGMAYTSYLKRAVKTLNCVLDRMNEDWIPVEKTWRLNEKHYGTLQGLNKSETA
                     AKYGDEQVHIWRRSYDIAPVAMEADDPRNPEKDPRYAGVPDEYLPRTESLKDAIARVM
                     PYWECVIFPSLKQHDNLLVVAHGNSLRGIVKHLKGISDTDIASLNLPTAVPYVFEFDD
                     KLNLTKDYFLGDPEEVRKLMEAVAKQGAAKK"
     CDS             complement(27623..28675)
                     /gene="fbaB"
                     /locus_tag="SEQF2637_01775"
                     /EC_number="4.1.2.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A991"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructose-bisphosphate aldolase class 1"
                     /translation="MSKTVELLGAQADYYLAHECKTIDKSLIYAPGPDAIDRIWLDSD
                     RNPQTLNSIAALYDHGRLAGTGYVSILPVDQGIEHSAGASFAPNPVYFDPENIVKLAI
                     EGGCNAVASTYGVLGAVARKYAHKIPFVVKINHNELLTYPNTYDQVMFGTIKEAWDMG
                     AVAVGATIYFGSEESRRQIVDVAKAFAYAHELGMATILWCYLRNNGFKKDGTDYHAAA
                     DLTGQANHLGVTIQADIVKQKLPTNNGGFKAIKFGRTSDKVYTELSSDHPIDLCRYQV
                     ANGYMGRVGLINSGGESHGAGDLQEAVITAVVNKRAGGMGLISGRKAFQKPMNEGVKL
                     LNAIQDVYLDPSITLA"
     CDS             28893..29465
                     /locus_tag="SEQF2637_01776"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFKAVFLRLVAFTFRPMDAWEALSHKKVKENDDDFLSHFLYPMI
                     GLIALAAFVGMLFTGPEFDFVIALKSTIKAIVASAGGFFLASYLLNELWALVFKRPRS
                     MRLIQPFVGYSSSLLFVIEIVQSFFPELIFLRIPALYTIYMIWAGAVNYLHVDNEVQL
                     KFTTLASFIIIGTPAIISFLLFTLMPGLRF"
     CDS             29511..29975
                     /gene="smpB"
                     /locus_tag="SEQF2637_01777"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QU63"
                     /codon_start=1
                     /transl_table=11
                     /product="SsrA-binding protein"
                     /translation="MAKEKPTNQITIKNKRASFDYELLETFTAGLVLTGTEIKSIRLG
                     KASLVDTFAIVERGEVWVKNMYVAEYFFGTYNNHAPRRDRKLLLNRKEIRRLQTAAKD
                     RGFTLVPTRLFINERGLAKLVLAIARGKKEYDKRQSIRERDDRREMDRMFKK"
     CDS             29999..30952
                     /locus_tag="SEQF2637_01778"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLVEGTIGQRIWLCVRRALPKAARTCLWLLKIILPVSLAVRLL
                     QYSGLLSQASGFLAPAFSLIGLPGEAAIVFLTSIFTPLYAPIALMTSMPLTVRQLTIL
                     SLMCLLSHSLPVECAVQGRTGSTFAGMFVLRITMSFVMAFTVHHLMPHGVYDAPLAIT
                     GAVAVTHSLGDVLMLWLRSSLRIVLLFAAIVPSLMILHYILDEFDLLRGLSHRMAPVM
                     DFFGLPRECSFLWLVGNIVGLSYGSAIMMEQLKQDAISRRSCDLLNHHLAVSHSLLED
                     TILFGALGAPWLWIILPRLAYAFVVVRIKLLVERMRGTEKK"
     CDS             31356..35729
                     /locus_tag="SEQF2637_01779"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTTKEHSKWLLALLLFAAGLAGAMMPQTAAADENGPIGSSGLN
                     YSYTTADKTLTISGAGTMPDFTNDQPWKNHQGEIETIVIGDGVSSVGANAFADCRKLT
                     SVTLPVSVTTIGGGAFLDCKALTDISVSWDASHIPNINPLAFGDLTLEEIILHVPAGM
                     TAAYRANTWDVWKHLFIMEQATIGDNFTTGVHWEYNDNTRTLSFTGAGAIPDFIGADD
                     RPYMGIRKKLQAVTIGAGVTAIGRGSFYMCEALTSITLPAGVTTIGENAFAGCEALPS
                     ITLPAGLQTIGTNAFEHCAKLTSITLPAGVTTIGESAFQRCLVLTQATLPSSVQTIGN
                     NAFTTCTAMTDITVGWTSAAAIPDISSLDVFDGITRPDVTLHVPAGTGEAYQGKDVWK
                     ELTIVEQPWGDLSTGLHWAYDDATRTLTITNPTPDSPQPIPNFANSTKQPWKAYRGGI
                     QKVTIGAGVNHVGAYAFTNCEKLTSVTLPAGLERLGDGAFGGCETLASITLPEGLQTI
                     ERNAFGECLALTHVTIPKSVTTIGDGAFTNCWKLASVTLPADAQLGTIGRYAFYSIAL
                     ASITIPKSVTTIGDGAFAYCSALKDVTVFWNTPLTIPPGVFAGITPPTGVTLHVPAGT
                     GEAYQGKDVWKEFTIVEQPWGDFDNGLHWKYDATTHSLTITNPTPGTPKSMPDFADQD
                     NQPWKAYRGGIQKVTIGAGVNHVGKYAFTNCAKLATVTLPEGLETIGNYAFGECAALA
                     SISIPNSVTAIADGAFTECTALKSVTLPNSLTTIGKYAFSDCSALTSITLPEGIQTIG
                     EAAFYNCAALASISIPNSVTAIADGVFASCKALASITIPNSVTAIADGVFAGCKALTT
                     VTLPDGLQTIGKNAFLDCAALASISIPKSVTTIGSEAFSKCSALKDVTVAWETPIQTY
                     ADVFNHLTLEEIRLHVPEGKIGAYKAANVWHYFIVMSDRGDLAGGLKWQMDATYTLTI
                     INPTPGSPQPMPDFANPDEQPWESFRSEIQAVTIEDGVSSVGKNAFVSCTEMKSVTLP
                     KSVTTIREGAFAGCDKMTHVTLPADAKLDTIGKDAFIRCAALTSISLPKSTTTIEDRA
                     FDSCEALTSVTLPADGKLQTIGVNAFGGCVKLKSITIPNSVTKIESGAFSSCKELTSV
                     TLPDNAQFTKIENGVFQYCKALERITLPKSVTMIGGDAFLDCKALKDMTVAWRDTASI
                     PNISLYVFQYTPPATVKLSDIRLHVPHGTVAAYQSKDVWKEFTIVEQPLPPTPTPTPT
                     PTPTPTPTPQLPDGPSAGTKIGGLTLSATNFTLNGERTFRFTITITPAHAADKRLSVS
                     SSDETVVRVRILPTEETRRGLRAAPDPAVVTIEGTVCGLGKAKIHVKSTDGSNLTATC
                     HVDVRALPTANIEAPATRLYTAAGHLHLTLPTATAVNVYNLTGTLVRTFIAPAGTSSI
                     ALSQGVYVVRAGTHTEKVFVD"
ORIGIN      
        1 ggctatcatg gcctgtggta acgctggcga cactgtcgcc ggggctatca tggcctgtgg
       61 taacgctggc gacactgtcg ccggggctat catggcctgt ggttggacta ctcaaacaaa
      121 aaccccgaag cgcacatgtg gctccggggc tctctatgaa ttatgaatat gacggcggaa
      181 ttattcggcg ggcggcgcct cgtcgacggc gggcctcagc acggtgtgcg tcatgcgatc
      241 cgtggcggcg tcgtagccca gtgtgatcgt gtcgccgggc tgaatgtctt ccagcaggac
      301 gatctcggcc aactcgtcct cgatgtactt ctgtatggcg cgcttgagcg gccgggcgcc
      361 aaactgcacg tcgtagccct tggtggtgac gtaatccttg gcctcggggg tgagctcgag
      421 gtggtagccg aggccgtcga tgcggcgata gaggtcgctg agctcgatgt cgatgatgcg
      481 gtagatggac tctttttcaa gcggatcgaa catgatcacg tcgtccacgc ggttgaggaa
      541 ctcgggggcg aaggagcgct cgagggcctt acggatgacg ccacgcgaat aatcgcggtc
      601 gacctccgtg ccagaggctt ggggatggaa cccgatgcca cggccgaagt ccttcagctg
      661 gcgggtgccg atgttggagg tcatgatcag gatcgtgttt ttgaaattga tctgccggcc
      721 gaggctgtcg gtcaggcgac cttcgtcgag cacttgcaac agcaggttga agacgtccgg
      781 atgggccttt tcgatctcgt caagcaggac gacggagtag ggtttgcggc gcaccttctc
      841 ggtcagctgg ccgccctctt cgtaaccgac gtagcccgga ggcgcgccga tgaggcggga
      901 gacggcgaac ttttcgaggt actcgctcat gtcgatacgg atcagcgcgt cgtcggagtc
      961 gaaaaggaat tcggcgagtt tcttggccag atgcgtcttg ccgacgcccg tggggccgag
     1021 gaacatgaag gtgccgatgg gcttgttggg atctttcagc ccgacacggt tgcggcggat
     1081 ggccttgacg atctgggcca cggcctcgtc ttgaccgacg atcttctgct tcaggagggt
     1141 atccatgtcg cggagcttga cgttctcagt cgtggcaata cgctgcacgg gtacgccgga
     1201 catcatggcc acgacttcgg ccacctgatc ggcgtcgacc gtctcacggt gcgcctgcat
     1261 ctcctgctcc caacggcctt ttgcctcgtc gagcaactgg agatactgcc gctctgtatc
     1321 gcgatagcca gcggccagct cgaagttttg cgacttgacg gcggccagtt tggcgttctt
     1381 cgtctcctcg atcttcgcct ccaacgcctc gatgtgttgc ggcacaacca cgttggcgat
     1441 gtgcacccgc gacccggctt cgtccagtgc gtcgatggct ttgtcgggga agttgcgatc
     1501 gctgatgtag cgctcggtca gtttgacgca cgcctcgagt gcggcgtcgg tgtagatcat
     1561 attgtggtgc tcctcgtagc gccccttgat gtttttgagg atctggagcg tctcctcggc
     1621 ggtcgtcggg tcgacgatca ccttctggaa acggcgctct aaggccccgt ctttctcaat
     1681 gtttgtgcga tactcatcga gcgtcgtggc gccgatgcat tgcaactcgc cacgtgccag
     1741 cgccggcttg agcatgttcg cggcatccat cgatccggcg gccgatccgg caccgacaat
     1801 cgtatggatc tcatcgataa agaggataat gttcgggttc ttggtcagct cgttcagaag
     1861 ggctttgata cgctcctcga actgtccgcg gtatttcgtc ccagccacga ccgaggccat
     1921 gtcgagactc actacacgct tgtcgaacag cacccgcgag actttccgct gcacgatgcg
     1981 ctgcgccaat ccctccacga tggctgactt gcctacgccc ggctcaccga ttagcacggg
     2041 gttgttcttc ttccttcggc tcaggatctg tgccagtcgc tcgatctcct tctcacggcc
     2101 tacgatgggg tcgagcttgc cctcagcggc ggccttcgtc atgtctgtgc caaaattgtc
     2161 gagcacgggc gtatcgctgg gtgtcgatga tgctttctgc gccgtggtgg tgttgggttg
     2221 gttgggctgt ggagtgggtt gtggcgggac gggctctttc ttgaaaggcg tgaatccctc
     2281 ctcttcctcg tcatcgtcgg tgaagccatc gcgtgtctca tcgacttcgg ccaagcgatc
     2341 tacgcctgtg atggcgctga tccggtcgta aaccatgcgg taggtgatgc cgctttggtt
     2401 cagcacctgt gccacgatgt tgtattcttc tttgaggagc gccaagagga ggtgctcggt
     2461 gcgcgtcacg tcgcttttga acatccgcgc ctccagcata ctaatgcgca gcacgcgttc
     2521 ggcgcttttg gttacggcaa tgtcacccgg cgcagtgtcg tcgacggtgt tacttatctc
     2581 gagttcgata tcttgtttga tctgggttag gttggcctga aatccgtgga ggatgcgaat
     2641 ggcattgcca tcgccttcgc gcagcagggc cagcatcagg tgttccggcc cgatgtaacc
     2701 gttctgcaaa cggcttgctt cttcgcgacc ggcttcgatc acgtcgttca ttcttttgga
     2761 atagctatta ctcatactct tcatgctttg ttctccgcaa aattacacat ggcctcagtc
     2821 gttccaaaca tcatgccaaa gcacggattg gaaaggaggg ctgggacggg agagagtggg
     2881 atcacggggg aaaaactggg ggatacgtaa aaaagaaaag gaacgtgacc gaatcgccac
     2941 gctccttatt cttctcttcg aggttcctag cagaatcgaa ctgctgtaaa cggttttgca
     3001 gaccggcgcc taaccactcg gccaaggaac ccttttgttc tcttgtcggg cgcaaagata
     3061 gagccattct ctaaacctgc aagtatcgat agataatttt ccaactatgc cccgcctcag
     3121 gggagaatca ttcttgaagc ggcggctacg gccaccggct aagatcgtcg ggtactcgat
     3181 cgccccgaag aagcgtgccg agtacccatg aactatatta tcgattggca attatccgag
     3241 ctgccgatag cggatgcgct tcggctcggt gtagccttcc ttcttccgct tgtactcctc
     3301 ataatcggag tagctgcctt cgtaaaagac gacttcggag ttgccctcga aggagaggat
     3361 gtgtgtgcag atgcggtcga ggaaccagcg gtcgtgcgag acgacgacgg cgcatccggc
     3421 gaaggcttcg aggccctctt ccaaggcgcg gagcgtgttc acgtcaatgt cgttcgtcgg
     3481 ctcgtcgagg aggaggacgt tggcttcgga cttcaacgtg agcgccagat ggagacggtt
     3541 gcgctcgccg ccagagagga cgccgcaacg tttctcctga tcggcgccgg cgaagttgaa
     3601 gcgtgagaga taggcgctgg cgttgatctc gcggccgccg atgcgcatcg tgtcgttacc
     3661 gccggagacg acttgataga cggtcttctc ggggtcgatg gcggcgtgcg actggtcgac
     3721 gtagccgatg cggacggtct cgccgacggc aaactcgccg cggtcgatcg attcctggcc
     3781 catgatcata cggaagaggg tggtcttacc ggcgccgttg gggccgatga cgcccacgat
     3841 gccgttgggc ggaagcatga agttgaggtc gtcgaaaagg agtcggtcgc cgaaggcctt
     3901 ggctacgtgt tgcgcctcga tcaccttgtt gccgaggcgt gggccgttgg ggatgaagat
     3961 ttcgagcttc gtctcgcgca ccttctgatc ctcgttgaga agggcttcgt aggagttaag
     4021 gcgggcctta cccttggcct gacgcgcctt gggggccatg cggatccact ccagctcgcg
     4081 ctcgagcgtc ttacgacgtt tgctggcttg cttctcttct tgggccatgc gctgggtctt
     4141 ctggtcgagc caggaggagt aattgccacg ccaaggaata ccctcgccgc ggtcgagctc
     4201 gaggatccaa ccggcgacgt gatcgaggaa gtagcggtcg tgagtgatgc agatgacggt
     4261 gccggcgtac tgctggaggt gctgctcgag ccagtcgatg gactcggcgt cgaggtggtt
     4321 cgtgggctcg tcgaggagaa ggacgtcggg ctgctgaagg agcaggcggc agagggctac
     4381 gcgacggcgt tcgccgccgg agagcgtatc tacgatgcgg tcttcgggcg ggcagcgcag
     4441 ggcatccatg gcgcgctcga ggcgactgtc gaggttccat gcatcgaggg cgtcaatgcg
     4501 gtcttgtagc tcggcctgac ggttcatcag ggcgtccatt ttgtccgggt tttcgagcac
     4561 ttcggggtcg ccaaagcgtt cgttgacttc ctcgaattcc ttgagcaggt cgaccgtctc
     4621 gcggacgccc tcttggacga tctccttgac cgtccgcccg ggctccagat gcggatcttg
     4681 ctcgaggtag cccaccgagt agccgggcga gaagacaact ttgccttgat agtctttgtc
     4741 gagtccggcg atgatcttga gcagggtgga tttgccggag ccattgagtc cgatgatgcc
     4801 aatcttggcg ccatagaaga aggagaggta gatgtttttc aacacctgtt tttggggcgg
     4861 gaaggttttg ctcacgccca ccatagagaa gatgattttc ttgtcgtcag ccataaataa
     4921 taatagttac ggggtggttt gagtgtgatc gaccgtcatg cggcctcggc ctgatctgct
     4981 gtagataccc aaccgcttct gcatcgtagc cgcatgagtg gttgtgcata atagcaagcg
     5041 gtgaaatgtg cctcagaatc tgattccgga ggattgcaga ctgttgcaat ggctcagaat
     5101 ctgattctgg agctttgcag accgttgtaa tcgctcagaa tctgattctg gagctttgca
     5161 gagccttgca atggctcaga atccgattct ggaggtttgc agactcttgc aatggcctag
     5221 aatctgattc tggggctttg cagagccttg caatggctca gaatctgatt ctggaggttt
     5281 gcagaccctt gcaatggctc agaatctgat tctggaggat tgcagaccct tgcaatcgct
     5341 cagaatctga ttctggagct ttgcagagcc tgcaattcgt ctacaacccg gttttgggac
     5401 attgcagagc ttgcaacgcg tctacaaccc ggttttgagc ctttgcagag cctgcaattc
     5461 gtctacaacc cggttttgag ccattgcaga gcctgcaatt cgtctaaaac ccagttttga
     5521 gcctttgcag aacgtgcaac gcgcctaaaa ccgggttttg agtatcaccc cagctgcgca
     5581 cggatggcac gactctcggc ctcgaagccg ggcttgtcga gcagggcgaa catattgctt
     5641 ttgtaggcct ccacgccggg ctgatcgaag gggttgacgc cggagaggta gccgctgatg
     5701 ccgcaggcgg cctcgaagaa gtagagcagg cctccgaggt gatcggccgt gaggcgcggg
     5761 atggagacgc ggatgttggg cacgccaccg gaggcgtggg ccaggcgggt gcccagctcg
     5821 gccatcttgt tgatctcgtc cacgcgacgg ccggccaggt agttcagccc gtcgaggttg
     5881 tcggcgtccg tggggacgga gagcgtgcgc tcgggggcgt cgatcgaaac gaccgtctcg
     5941 aagatcgtcc gctcgccctg ctggatccac tggcccatag agtggaggtc ggtggtgagg
     6001 tcgacggcgg cggggaagag gccgcggtgg tccttgccct cgctctcgcc gtagagctgc
     6061 ttccaccact cgcccacgta gtgcagcttg gggtggaaat tggccaggat ctcgatcttc
     6121 ttgccgctgc gatagagcgc ttggcgggcg gcggcgtagc gtagggcggg gttacggtcg
     6181 aagggcacgt cggggccaac ggcgcgctcc atctcgacgg cgccacggac gagggcgcgg
     6241 atgtcgatgc cggccacggc gatgggcagc agcccgacgg gcgtgaggac ggagtatcgt
     6301 ccgccgacgt cgtccgggat gacgtaggtc ttgtatccct cgcggtcagc cagcgtgcgg
     6361 agggcgcccc gggcacggtc ggtcacggcc acgatgcgct ccttagcagc cgctgcgccg
     6421 acgttctcct cgagtaggct gcggaggatg cggaaagcga tggctggctc ggtcgtggtg
     6481 ccggatttgg agatattgat gatgccgaag tcgcgtccac ggagcaggtc gcaaagctcg
     6541 ctgaggtaat cctcgccgat ctggttgccg gcgtagagga tgacggggtg cgtgcggccc
     6601 tcagtgcgta gcgggtcgaa gctgtcggtg agggcttcga tcacggcgcg tgcgccgagg
     6661 tagctgccac cgatgccgat cactacgaca gcttggcagg cgcgcagcct ctcagccgtc
     6721 tgctcgatgt cggtcagctg cgtgtcggtg atggaactgg gcaggtggag ccagccgagg
     6781 aaatcgttgc cggcgccggt gccttcataa agggttcgga gactcttttc ggcctctggg
     6841 cggatggcct caaggcactg ttcggcgtct gggccgaagg ctttggtgaa gtctaattga
     6901 agggggttca tgggagctaa aaactaaaaa tgaaaaacta aaatggggaa ctcagaagcg
     6961 aaaaactaaa agtgaaaaac atggggtggc tgcggccgcc agcggaagtt taccaagtat
     7021 ccggccattt ttagccttta gcttttcgtt tttcgttcta cttgaatgtt tctgtcatgc
     7081 gacggatgac ggcctggggc gactggcgct cgtagaggat ggcgtacagg gtgtcgagga
     7141 tgggcatatc gacttgatag cgctcattga tctcgtagat gcacttggca ccgtagtacc
     7201 cctcggcgat catctccatc tccagttgtg ccgttttgac cgaatagccc ttgccgatca
     7261 tggagccaaa cgtgcggttg cggctgtatc gcgagtaagc cgtcacgagc aggtcgccca
     7321 gataggccga gtcggaaatg tcgcgcggca gcgtgtgggc cgagccgagg aagcgctgca
     7381 tctccttgat ggcattcgag atgaagaccg cctgaaagtt atcgccgtac ttcatgccgt
     7441 ggcagatacc ggccacaatg gcatagatgt tcttcagcac cgaggcgtac tccatgccgc
     7501 ggacatcgcg gctgcaggag gtgcgcataa agtcgttcgt gaagatcggg gcgagggccc
     7561 gtgcgcgatc gaggtctttg caggccagcg tgaggtacga gaggcgcccg agggccacct
     7621 cctcagcgtg gcacggcccg gcgatgacgg ccaatcgatc cagagacact tggtaacact
     7681 cggccagata gtccgtgatg agcatgttct cgtccggcac gaggcccttg atggccgaga
     7741 ggatcgtctt gtcgcgcagg ggcacgcgca gctgcttcag gtggttcttg aagaagggcg
     7801 atggggtggc gaagatgagc aggtcggagc ggtcgacgat ctcgttaatg tcggtcgaga
     7861 aatggatgcg ctccgtgtcg aacgtcacgg cggagaggta cgaggggttg tgcttcgcct
     7921 gcttgaactc ctcgatgacc tcctgccggc gcatgtacca attcatctcc ggctggttcg
     7981 agagcacgat cttggccaac gctgtggccc agcttccgcc gcccatgatg gcaatctttc
     8041 cggggaaatt ttccatgtcg atcttgtttt gtttgcgggt tacggggggt tacgcctcgt
     8101 tcgacttgcg agtccacgcc tcgacggctt ccggcgaggg tagttcgagt ccgagggcgt
     8161 atttcttatt caaatcgaag agggcacggc ggagcagttg cgcgttggcg cctgccagca
     8221 tgtcagccgt aggatagcct gccttctgca cggccggcac ccattccgcg ggcacaccga
     8281 gcggtgcgta tttctctggt gcatccttcc gcacggtctt ttccggacgc atctgcggga
     8341 agaagagcac ctcctgaatc gtcgtctggc ccgtcagcag catcactaag cggtcaatac
     8401 cgatacccat accactcgtc gggggcatgc cgtattcgag ggcgcggacg aagtccatgt
     8461 cgataaacat cgcctcgtcg tcgcccttct cgctcagtcg cagctgctcc tggaagcgct
     8521 ccagctggtc gatcgggtcg ttcagctcgg agtaagcatt gcaaagctcc ttaccgttca
     8581 ccatcagctc gaagcgttcg gtcagctcgg ggttgttgcg gtgacgcttg cagaggggcg
     8641 acatttcgat ggggtaatcg gtgataaagg tgggctggat gtagtgtttc tcacatttct
     8701 cgccgaagat ctcgtcgatc aacttgccct tgcccatcgt ctcgtccacc tcgatttcga
     8761 gctgacggca gacggcgcgc agggcctctt cgtccatgcc ggtgatgtct atgccggtgt
     8821 gttcgcggat ggcgtcggtc atggtgacgc gtcggaaagg cgccttgaag ctgatcgtcc
     8881 ggccgtccac ttcgacgtcc gtcgtgccat tcacgtcacg gctcaccttc tcgagcatct
     8941 gctcggtgaa ctgcatcatc cagttgtaat ccttgtaagc cacatagatc tccatcgccg
     9001 tgaactctgg gttgtgcgta cggtccatgc cctcgttgcg gaagtctttc gagaactcat
     9061 agacgccctc aaagccgccc acaataaggc gcttcaggta aagctcgtcg gcaatgcgga
     9121 ggtagagatc gatgtcgagc gcgttgtggt gtgtcacgaa agggcgggcg gcggcgccac
     9181 cgggtatgga ttgcaggatg ggtgtctcga cctcaaggta tccgcgagcg ttgaagaact
     9241 cgcgcatgga ggcgtagact ttgctgcgct taatgaagat ctgcttcacg tcggtattga
     9301 ccacgaggtc gacgtaacgc tggcgatagc gctgctcggg atcggtaaag ctgtcgtaga
     9361 ctacgccgtc tttctccttg accacgggca gcggtcggag cgatttagag agtacggtca
     9421 gctcttgcgc atggacggag atctcgccca tctgcgtgcg gaaaacgaag ccgcggatgc
     9481 cgacaaagtc gccgatgtcg agcagctttt tgaatacggt gttatacagt tccgtgtcgg
     9541 atggatcggg gcagatgtcg tcgcgggtga cgtagacttg gatgcggccg gtggagtctt
     9601 gtagttccat gaaggaggcc ttgcccatga tgcgccggct catgatgcgg ccggcaatag
     9661 agacggtgcg cggctcggcg tcgtccttga attgggtctt gatttcgtcg gcatagccgt
     9721 ccacggtgta ctccgcagcg gggtacggat cgatgtgcat ttcgcgcaac cggtcgaggc
     9781 tgccacgccg gatgatttct tgttcgctta actctaatac gttcattctt tattaatagg
     9841 taatggttta tctgcgggca aaagtaggaa tatgcctgtg taggcatttt ctgcggcttc
     9901 acctgtcggc ccatccgcct ccgcttgtcg ccccccggat tctcacgccg tgggcgcctg
     9961 cacctcaggc acggcggcct tttcgaagag catcagtagc gccatgttga cggcacggct
    10021 gatgttatga tcgcgggcgg cgccgaaatg gtattccttg gagacgaccg cggacggcgt
    10081 agccacggcg atccaaacgg tcccgacggg tgcttccggc gtgccgccac tcggcccagc
    10141 gaagcccgac gtggctacgg ccaaatcgca acccaaggcc tcacgcgcac cgcgtgccat
    10201 ctgctccacg acgggctgac tgactgcgcc cacactttcg agatcggcgg cggagacgcc
    10261 cagcgtgcgg tgcttcacct cgtcggtgta agagacaatg ccgcctttga aataagccga
    10321 actgccggcc acggatgtga tcgctgcggc gatggcgcct ccggtgcagc tctcggcggt
    10381 gccaaccgtc agccctgcgg cttgcaaccg acggcccaag agggcttcga tggggaggtc
    10441 ttcctcggcg atgatgtgct ctttcaggat ggtgcgaagg cggaggcgca gcacgtcggc
    10501 cactcgatcg gccacggctt gtggcgaaca gtaggccgag agtcggaggc ggatcagccc
    10561 cggttgaggc aggtaagcca gccgcacttc atcgggcaga tcacgctcaa agtcggccaa
    10621 cgccatcgcc agggcggact ccgtgtagcc cgtgacccaa caggtgcgat gggcaatgcc
    10681 ggccttgcgc ccatagtact cctgaagtcg ggggatcacg cggttcgtca tcagccactt
    10741 catctccatc ggcacgccgg gcatggaaat caccatgcag ccccggcgct cgaaccaggt
    10801 gcagggcgcc gtgcccacct cgttgatgat caccgtggcg ttgtcgggca ccatcgcctg
    10861 atcacgcgtt aagtcgttca tttctacgcc gcgctccgca aatagctgtt gattgtgttc
    10921 gtgcacctcg gtcgagaaat gcctcgccgt gtcgaagtgt ttgcaaagcg cgttgagggt
    10981 cacgtcgtcc ttggtgggcc ccagtcctcc ggtcaggagc accacatcca cgcgttgctc
    11041 agactcgcgg agggcgcgga gtatctctgg ctcgtcgtcg cccacggttt gtttacgcat
    11101 gacacgaaat ccgtggtctt caagggctcg actgatccat accgaattgg tatcagtcac
    11161 ttgtccgatc agcaattcgt cgccgatcgt tataatttct gcggtcatat agttagatta
    11221 ttatcccaaa aaaatcgctc aaaaataggg cgatgtcggg gttaacacat caaagtttag
    11281 cgattgtacg atacaatcgg ccgaaacgat ttcatttctc gtgattgtac gatacaatcg
    11341 gccgaaacga tttcatttct cgtgattgta cgatacaatc ggccgaaacg gtttcatttc
    11401 tcgcgattgt acgatacaat gagccgaaac gtttccgatt ctcgcgggtt gcctcgagaa
    11461 atcgtacgct gggctcacgt ctcacctccc cccactcctc agacggatag gcacaaaaaa
    11521 acagcgggta gcaaccctcc cggccactac ccgcgataaa aaccagtgca atacatggag
    11581 aaaaatgata gagatatgaa tagatgtagt cgaccatgta tctattggtt atggttactt
    11641 gtcctgcacc tgatccatcg tgtcggtgag gcggccgtga aaccgtcgtc acctgcggtg
    11701 catacaatag atgaaggccg ggaggatgtg tcggagtgga aaaccccgcg ccccccggcc
    11761 tgctcaatca tttgtattcg cctttgccgg tcatgaagtt caggtagacc ttccgcccgg
    11821 cgctctgctt cgagcgatcc tggtcgccgc ccgcgccgcg gtagaggatc tcgccctcgg
    11881 ccagcacgat gaactcggag tgccaccagt cttcgccttc aatcttgacg cacatgcgca
    11941 cctcgccggc agcagccagg gcgggcgaga caaaccagcc gtcggccgtg gtgggaacgc
    12001 tgaagagatt ctctgccgtg atctcccatt ttccacccac gctgacgtcg ccgatgaggt
    12061 aaacgttcgg cttctcgaag ctgacggtgt acttcaggtc acgcccctga gcggtcgtct
    12121 tgatgaccac gagataccag cccgcgttgg ccactttgag gttgccaccg tcgtccgaga
    12181 ggccggccga ggcgttgtcc acgagcttgg cggacgatcc gaactcgccg ccgtcgaatt
    12241 tcttctcggc gttgaacttc atcgaggtgc ccgcttcgaa gtaaaggatg cgccagaagg
    12301 taccatcctt cgcccaggtc tgcaccatcg gcacagagcc ggcccaattc cactcgccga
    12361 tgcccttcgt gctgccgatg acgttcatcg tcgagggcac tgcggcaggg gtgagggcga
    12421 aatgggtgcg cgcgttgatg gagatgacgt tggagtagac ctcgcctttg ccactggtca
    12481 gggccgccct gaggcgcacg tagagcttcg aagtgagggg gaacttgtcc tctttcacgc
    12541 cctttttcac ggccagcgtg gtctgcgcca cggcgatctc cgaggcgtcg acttccatct
    12601 tagccttggg gtaggtggtg ggcagggtga tgaatttgcc ctcggtggcg aaatcgttgt
    12661 cgagtgagac ttgcacggcg tataccgtgg cggcggagaa gccgtagtcc ggttggacgc
    12721 aggtcagctc gacgttcttg gcgtgttcta agtcgtagac ggtgttctcg gccgcggtgg
    12781 gcgtgttcag cgtgaagctg gagggcgtct tgagggtggg gttagcactg ttgtcgtcgt
    12841 cgcatgcggt ggtgaggccg atcaggccgg ccagcagcgc gaacgctatc ttatggattg
    12901 ctttcatatt ctgttgttcg tagttagggg tccgttaata tcccgggttc tgcttcaggt
    12961 tggaattgac gttcacgtcc ttagtcggga tcgggtaaag gttgagatgg cgagacagcg
    13021 tcgtaccgtc cttcgcgccg cccttccatt gccaggtgta gtccgcattg ccggcaaagc
    13081 ggttgaagcg aatcaggtcc gaacgacgac gtccctcgaa agcaaactcg cgtgcccact
    13141 cgtcgaggat attgctgagc gtgtaggacg tctccgtctt cgcatgagcc cgcttgcgga
    13201 gcgtgttgat agcttcggta gcggctgcag tcggtccgcc gttgcgacgc acctctgctt
    13261 cggcataagt caggtaggcc tcagccagac gcatgagggg caggtcggtg tcggtaaact
    13321 tcgagtcgtg cgttgtggct ccgtcggcgc ggaggttaga gaacttgacg agggagtatc
    13381 cactggcaaa ctccgactcc acatcgatcg acagcgaacg gcctttgctg aagaagagcg
    13441 cgcgatcgtc gtttgcagcc ttcgtcatag cgtccgcatc gcctgctgcc ggtgcgttgc
    13501 cgttggggaa gaacttgctg acgagctgcg gacggcagcg gttgcccgcc cagccttcgg
    13561 tggtgccgaa agccggcatg tcgtctgtct tatgcgtgga agcgatgagg tacagcgagc
    13621 cgccgtagtt gcgggtcgtg ccgccgtcct gaaggatagg caggaggatc tccgtgttgg
    13681 ccttgttcac gctgctgccg ttgttgtcgg ccatgaaaag gtgcttgtag acggggcaca
    13741 gcgagtaagc ggagttgatc gtcttctgcg catactcagc cgccttcgcc cactgtggcg
    13801 taccggtgta cacctcggca ttcagataga ggcgggccag gagcagccaa gccgctgcct
    13861 tatcggcgcg accgtaggtg ttggtgcgcg gatccttcat ggtctccgac gcctcgagga
    13921 gttccttttc gatgaactta aacagctccg cacgctccac ttgcgacggc ttttcggtcg
    13981 atacggtcgt cacgaagggc actttgccgt agaggtcgat caagtagtag tagttcaggg
    14041 cgcggatgaa gcgcgcttcg gcccgttggg tgacgctctc ggcgtccgtc ttcccctcgg
    14101 tctgctcgag gaagaagttg cagagcgtga tgtcaaaata gaggcgatag tagaggcccg
    14161 taactaagga atgcgacgca tcccatgtgc catgcaccaa ttcgggcacg ccaccgtcga
    14221 tccagcagca atgcgcctca tcggccggca gttcgttcag gttccagatc aagcggaaga
    14281 agtccgacga gccttcgtcg ataccgtcca cgtcgccaga gccaggcgag ccagccggcc
    14341 cttcgatacc tgtcaagccg agcgtagcgt agatcttggt gaagaccttg ttctggtcaa
    14401 acgtcgtcgt gacgctggga tcgatcggct ccacgtccaa atcgcctacg caggaggtga
    14461 tgcccgaggc ggaaatgagg atcgcgcatg cggcgaccca agcagtgatc ttatttcgtt
    14521 tcattttgag ttccatttca gtagttgcgg attaaaagtt cagcgtaagt cccacgagcg
    14581 aggtcagcgg tcgcggatag aagtcgcggt cgatgccata gttggtaccc gtgcccgatc
    14641 cggtgatcag ctcgggatcg aggcccttgt atttcgtgac ggtgaagacg ttctgcacgg
    14701 cggcaaagac acgccccgag ccgaccttct tcaagttgaa ggaatagccg agggtgatgt
    14761 tgtcgcactt gaggaaggag gcgttctgca cgaaataatc cgacatgtag tagttgcctt
    14821 cgccctgcca attgttctcc accaccatgt tgggtcggtt ggtgaggaag cccgagggag
    14881 cgtacagcgt gctcatgttg ctggcgtagg cctcgacatt attatatacg tagttgttga
    14941 ggcttgcgcg gagcgtgaag ctgaagtccc aggctttata gacgaatttg gacgagacgc
    15001 ccatcaatac gtcggccgtg ggcttcttgt agaagtactt atcggcatcg ttgatcacgc
    15061 cgtctccgtt acgatccaca aacgtgttct cgatcggttt gcccttctcg tcgtagacct
    15121 gctgatagac atagaacgcg taggcggggt gccctacggc gtgcgcctgg acagtgccac
    15181 cggtgccgat ggtcacgccg cccgcagcca cgtagtaatc cgaacgatcg cctcccgtca
    15241 gctccgtgat ttcgctcttg ttataggtga ggttgaagcc caagtcccac gagaagtcct
    15301 tctgtgcgat gggtttggag ttgatggtga actcgacgcc cttattctcc agcgagccta
    15361 tgttggcgtt cacctgattc ttgaaattcg ttccggccga tacgtacacg tagttaatca
    15421 ggtcgtccgt acgacggaaa tagtagtcca ccgaccccgt gaggcgaccg ttcaggaagc
    15481 catagtccaa gcccgcgttg taagtcgttg ttcgctccca cttgaggttc ttattgtagg
    15541 cgtcgggacg atacgattcg ccatcgccgt agcctatcgg atagtaagcg tagttcttgc
    15601 tggccgtata agaggcaaaa taggagtagt cagagccaat attttgctga cctgtgacac
    15661 cgtagccgag gcgcagtttc atgtccgaca gggcgtccac gtccttgagg aatccctctt
    15721 ctttcatctt ccaaccaaag gcaaacgagg ggaatgtgcc ccatcggtga tccttatgga
    15781 agcgtgagga gccgtctcga cgtacggtag ccgtgaagag gtacttatcg gccagcgtgt
    15841 agttcaatcg gccgaagaag gagaccagga agttctccga cgcccactcc ttgctcgagg
    15901 gcgagtactc cttgcccggg ttcacggcgt tcgtctgcgg atagatgccc gcgtagcgat
    15961 tgtggccctt acggtggaaa tgttgccact cgtaaccgac catcgcatcg aaactgtgca
    16021 cgccgactga cttcatgtat tggaaatagc tattgaaaga caggttgtat ttgtcgatct
    16081 tctcatagcc atagctaccg taatagttgt tcgagtagga ctggggatcc acgttggtgg
    16141 tctgcttacc ggacgagagg tccataccgc cattggcgtg gaaacgcaga tcggggagga
    16201 agtgaaattt gtaatccacc tcgatgtttc cgacgagcga ctgcgatttg gcgcggtcgt
    16261 ccttcatctc cagcagggag acggggttag ctggggccag cgagttgttg gtcagcagcc
    16321 aggtggggtc gttgagcgac tttccgtcgt tcgtccactg gaagaagcct ccgaaatact
    16381 tctgataggt ctcgcccgcg tcgcgcaccg agtgggtggg atccatttgc gtggccgcac
    16441 ctacggcgcc tacgtcggcg aagcgacttt cggcatacat ccctttgagg ttaccgttca
    16501 tcttgagcat gccacccaaa aacgacggag agaggttcag cgaggccgtg taacggttga
    16561 agctcgaggt tttgaggata ccgttttggt tcgtgtagcc cacggacatg cggaaaggca
    16621 tcgtcccgag gcctccgaag acgctcacgt tgtgatccgt cgagagggcc gtgcgataga
    16681 tctccttctg ccagtcggtg ttggccgtgc cgagggcctt ataggcgttg ctctcctcgc
    16741 cgtactggct gcggatgcgt gcgcgatagg tgtcggcgtc catcatgtcg agcgtgttct
    16801 tgacgttact catcgacaca ttgccgtcgt acgccacgcg gaggcgtgcc ttaccgccct
    16861 ctatggagcc cttcttggtg gtgataatga tgacaccgtt cgaggcgcgt gagccgtaaa
    16921 tggccgtcgc cgaggcatct ttcagcacgg tgaaggtctc gatgtcgttc gggttgacca
    16981 tcgccagcgg gttggagagg cccttgacgc cgtcgttgtc catcgccaga ccgtcgatga
    17041 cgatcagcgg gtcgttgttg gcattcagcg acgagccgcc tcggatacgt atcgtggagc
    17101 cgccacccgg cgaaccgcca ctcgagacca cgttcacgcc ggcaatcttt ccagtcatca
    17161 ggtcttgcgc actcgtcgtg agaccgcgat tcatcttgtc cggcttgatg gccgtcaccg
    17221 atcccgtagc atcgtccttc ttgacggatc cgtaaccgat cacaaccacc tcatccaaca
    17281 gctccgtatc ctctttcagc atcacgcgca tgggctgtgc ggaggccgga agttcttgag
    17341 actgatagcc gatgaaggag aaaacgagcg tagcacctcg ctcgaccgac agcgtaaagt
    17401 tgccgtccag atcggtaatg atgccattcg ttgttccctt ctccaccacg tttgcaccaa
    17461 tgatcggttc gttcgtcgca tctacgacga cgcctttaac cgtcatcttc tgtgcatatc
    17521 cgccaagggc tggcagcaga gcagccagca gcaggtaaat gcaccgcttc caattaaata
    17581 gttctctttt ttccattatg ctttgtagat aaatgtgtca cacaagaaga ggcgccgacg
    17641 cagggatcgc atcgacacct ctcacggttc ttattgctca ataattgaga tggcaaatcc
    17701 gccgccagag gctgcgcgga gggtcaggcg tgacttattc gtcacggtca tcttcttaat
    17761 ggtgtacgcc tgggggttct tctcgtaatg cgccgtcgga ccgtcggcat agatggtagc
    17821 cgtgtatttg cgcttggggt cgaggaagtc gaacgagatg ttagccatgt ggccgttctc
    17881 gctcgcggtg cagcctacga accagttgtt cgtgcccttg gccttgcgag ccacggtgat
    17941 gtagcgcccc ggctcggcct ccagatattt ggagtcgtcc cagtccacgg ccacgtcttt
    18001 gatgaactgg aaggcgtcca tgaagcgctc ataattttcg ggcaggtcgg ccgccatctg
    18061 cagcgggctg tacatcgtca cgaagagggc cagctggcgg gccagcgtgg agtgcacaaa
    18121 cgaattgttc tccggattga cgttcttaat gcgggtctca aagatgcccg gtgtgtaatc
    18181 catcgggccg cccatgaggc gcgtaaaggg gagtatggtg gtgtggaacg gtttgttacc
    18241 gccaaacgat tcgtattccg tgccgcgggc cgcctcgtta ccaatcaggt tgggataggt
    18301 gcgacagagg cccgtggggc gcaccgcctc gtgggcgttg accatgatgt ggtgctcggc
    18361 ggccttcttc accgcgtata agtagtgatt gatcatccac tgcccgtagt gatgttcgcc
    18421 gcgtgggatg atgttgccca cgtagccact cttgacggcg ttgtagccgt atttgttcat
    18481 caattgatag gcttcctcca tgtggcgttc gtagttgcgg atagaggcgg aggtctcatg
    18541 gtgcatcatc agcttgacgc ccttcgagtg ggcatattca ttgagcgcct tgatgtcaaa
    18601 gtcggggtaa ggggtgagga aatcgaaaac gtagtcctta gagtggccaa accagtcctc
    18661 ccacccgatg ttccagccct cgacgagcac ctgatcgaag ccgtgcttgg cggcaaagtc
    18721 gatatagcgg cgcactttgt cgttgttcgc cgcgtgggtg ccgttgggct tgaccttcgt
    18781 gtagtccgtc acgccgatgt gtaccgagag aaggtcgttg gtgtaggccc acgtcgattt
    18841 gcccgtgatc atttcccacc aaacgccgat atatttcact ggcttgatcc atgagacgtc
    18901 ctttaaggca catggttcgt tgaggttaag ggtcaactta gacgccagaa tctcacgcgc
    18961 gtcgtcgctg accatgatcg tacgccaggg agactggcac ggcgtctgca tataaccctt
    19021 cttgccctgc gcgtcggggg ttaaccaaga gcggaaggtc atcgtcttgt cgtccagctc
    19081 aagcgacatg cagggataat ccaccagcgc cgcctcatgc aggttgatgt aaagtccatc
    19141 tgccgacttc atcatgagcg ccgtctgtac gccagtcgga gagaacggag tctgcgacgt
    19201 attgaacgtg acggccgcct tcattagctt acggatctcg gaaaggtgcg actcggtgta
    19261 atcatattcc tgcgtgtcat aatcgcccgg aatccagaag gctttatgat ctcccgccat
    19321 cgcaaattcg gagtattcgt ctttgataac gaagtaaacg aggttctttt gctctgggaa
    19381 ttcgtagcgg aacccgagac catcgtcgta aaggcgaaag cggatgcgga tagtccggtc
    19441 gtccttcggc tgatggagcg tcacggccag ctcgttgtaa tggttgcgga tggagctaac
    19501 ctcgccccag acgggcttcc aagtctcgtc gaaagtagct gtctccgcct tttggagttg
    19561 gaaaccttcg cgcagcgaga agccctccgc ctcgaggccc agccgactgc gcttaatcac
    19621 cggcttccct ttataagata aggtatagac cgggcagccc atgccgtcga cttcgaaatg
    19681 catggccaat cgaccgttgg gcgacttcaa atcctccgct tgcaagcccc aagcggacat
    19741 catcaagaaa gagagcgaga ggagcacgct ctgaatacga ttaatcatgt ggcagtaaaa
    19801 tttttttgta taagtaatgt acactgccaa agttacgacg ctatttttcg atctacctaa
    19861 tgcagtgaga taaaaagtag atcccggagt acatctctat acccctattc atttggtaga
    19921 tagatgattg gaagttctga taaatttcaa attagtagat gacatgtaga ccatttaagc
    19981 cccaagcaca ccccataacg cccctccccc accccacgag caccctcagc cgccccgcac
    20041 acttgtataa cggatcgcat aagaccgtta aggggcggag ggcatacggg gcccctgcca
    20101 gtactcggca aatttggctg gcgtccctga cggcccctgc cggggctggg aaaaatggcc
    20161 gggtacacca catagacaca tcccgtaccc ggtaaatttg gctggcgtcc ctgacggccc
    20221 ctgccggggc tgggaaaatg ggcccggtac attacataga cgcatcccgt acccggtaaa
    20281 tttggccggc gtccctgacg ccttgatttt cttttgcctc cttttctttc atcaaggaaa
    20341 gaaaaggaga aaagaggaca aagcgccatc cctgtttata gggcgcaaaa gcatacgccc
    20401 cccaaatggc cccggcaggg gacaggcgca ggccggcggg ttccttcttt tcttctcttg
    20461 atagaagaaa agaaggcaaa agaagatcaa ggcctctacc gaggctgggg aagatggggc
    20521 ggatgtgtct aattgggtcg gtgtccctga catcccctgc cggtacccgg taaatttggc
    20581 tggcgtccct gacggcccct gccggggctg ggaaaatggg cccggtacat tacatagacg
    20641 catcccgtac ccggcaaatt tggctggcgt ccctgacgcc ttgattttct tttgcctcct
    20701 ttcctttcat caaggaaaga aaaggagaaa agggtcgagg ggcgcagccc cctgtgtagg
    20761 ggcgtattgc atacgcccca cagacgatcc gcaaggatcg aatgattgaa tccaaatgcc
    20821 tgtatttgtc ccctttcgga aacagacgca ggccggcggg ttccttccct cgtccctgac
    20881 ggatcatccg aggggcgtat gcaatacgcc cctacagcct accggaagaa aaggccgttc
    20941 ctacctatat atttaggcgc atcaaggaga gaaaagaaga aaagggtcga ggggcgcagc
    21001 cccctacgta ggggcgtatt gcatacgccc cacaaatggc cccgacaggg gacaaacgcg
    21061 aaggaggagg tcgaggggcg cagcccccta cgtaggggcg tattgcatac gccccacaga
    21121 cgatccgcga ggatcgaatg attgaatccg aatgcccgta tttgtcccct ttcggaaaca
    21181 gacgcaggcc ggcgggttcc ttccctcgtc cctgacggat catccgaggg gcgtatgcaa
    21241 tacgccccta cagcctaccg gagaaaaagg ccgttcctac tatatattta agcgcatcaa
    21301 ggagggaaaa ggagaaaaga gtcgaggggc gcagccccct atgtaggggc gtattgcata
    21361 cgccccccaa atggcccctt tcggggacag acacaggccg gcgagtacct tcttttcttc
    21421 tcttgataga agaaaagaag gcaaaagaag atcaaggcct ctgccgaggc tagggaagat
    21481 ggggcggatg tgcctgattg gggcggtgcg caggctattc aaaagacgga acttttcgcc
    21541 tcatccattt tttttatttg ccattttgaa aaatggttta tgtttgcacc cgttactgca
    21601 gcggcagaat cgttctttgt catccgaggc tcattttaga actcctcacg acggaggata
    21661 aaaaaatagt caccgtttta gacctctcca caatggagga caaaaaaatg gtcaccgttt
    21721 tagacctctc cacgatggag gacaaaaaaa tggtcaccat ttagacttct ccacggcgga
    21781 ggtgctctaa attgatcaag ttttgagcat atccacgacg gagtagtcct aaattgatca
    21841 agttttgggc atctccacga cggagtggtc ctaaattgat cgagttttgg acatatccac
    21901 gatggagagg ttcgaaattg atcgagtttt ggacatctcc acgatagaga ggtccgaaat
    21961 tgatcgagtt ttgggcatct ccacgataga gaggtccgaa attgatcgag ttttgggcat
    22021 ctccgcaacg gataagacca aaatcgatca aatttaggtg tcctccgcga tggataagac
    22081 caaaaccgat caaatttagg tgtcctccgc gatggataag accaaaaccg atcaaattta
    22141 ggcgtcctcc gcgacggata agcaaaaaat ggcacctttt tggatcccac catgatggag
    22201 aagcaaaaaa cggtcaccgt tttagacctc tccacgatgg aggacaaaaa aatggtcacc
    22261 atttagactt ctccacggcg gagcgcaaaa aaaattgccc attttgagga tgttctactt
    22321 tgacagagat actttcgcac ccttgcatag caatataaga caaatatcat catacaatta
    22381 aaacgcaata gcccatgaag gaaggagttg agattaaaaa gattggtaca aagaagttgg
    22441 acaatacgct gcacgtgaaa tatcacgatg cgatgtatga cttcgtcgta gagtttgatc
    22501 ttccgaagct cggtattcca gaggaactga aaaacgagtg gaaagagagc attgatacag
    22561 agagggagaa taatttggag gcccaagcga gcgtcaattc ggaactctta ctgaagaaga
    22621 atgaggaacg tgatcgcctg ctgaagtata ttttcggtgt cgtacgcaac ggattgcttt
    22681 ctccggagaa agaaaaatca gatgctgcta tgcgtctgaa tgtcgttatg aacccctacg
    22741 cagggatccg gaaagagtcg ttcgatcgtg agacgatgca tgtggacgga atgctcatcg
    22801 acctcaaaaa gacagagaat gctaccgacg tgtctaagtt aggactctcg tcggacatca
    22861 cgaagttaga gacgctcaac aaggagttcg acgcgctcta tagcgagcgg gcgaagaagc
    22921 gggccgataa taaattgccc aaaacgctcg ctgtgcgtag ccgcacggat gcgatttttg
    22981 aacgtatcct gatcgtgcta cagtacaaat acgtctatgg aacgactcct gttgagccgg
    23041 aactgatcgc caagctgatt gcacgtttta acgagcgcgc agaagatatt gacgcctctt
    23101 atcgtcaggg actttctatg aaaaagaccg ctgccgagaa gcggaagcag aatccgaacg
    23161 ccccgaaaga gccaaagaag cccaaagaat cgaagccgaa aaagccggag aaggataaca
    23221 aggatccgga catccgtctg ccggagacgg aggagccgaa aaagccggat cagccgaaaa
    23281 aaccggaagg gggtggcacg cccggaggcg gcgagaaacc caaacagccc gagaagggcg
    23341 gcggcgaagg tggcaatccg gacatccatc tgccggaaga atagattgaa gcatctcgca
    23401 gtcctctccg tttcgcggac ctccgcccgg agtcgacaat agcgcataga ccgaggcgcc
    23461 ctccccgtta tgcatcgcgg gaagaggcgc ctcgacgttt attgcacttt tttttatcga
    23521 aaaaatcaga tgctcaacaa tcagctgtat aacgttattc catacaacgt atctaatatg
    23581 ccgtctctgt cttcatctaa tgactcaact gtccatgaat aataagatgg aaagtcaagc
    23641 cgtattaaat ggcttgtttt tatcgcgtaa tcgtatggat gacgtagttt attcttgtta
    23701 taccgaccta tatattcctt gcatctttta ggctcattat aaaggaatct gctcattact
    23761 agatcgtgat gcatccaagg acattctgtc ttctgattca tgacatgccc ttgcatgatg
    23821 atatttgaac tattcacata gaagaaacat tccgttttat aaatcatcat atccaagact
    23881 gtccttgtca tcatataaat gtacttccta atctcatcgc gcatctcctg attatgcatt
    23941 tcatcatgct tacgcttcaa atagttgtcc tccagctctt gcagaaaaag atcggcctgc
    24001 ttccagatgt atgaattaag gataggcacc aaacctatac tctctctaat ctctccggcc
    24061 aaagccatcg caaagacttc atcatggcgg gaatgtgaaa tataaacatc tgcattcatc
    24121 tgaaagagta tattgtgttc catgaatctg gttttggttg atccatttct attcatgtat
    24181 gaatgaagaa tagagcgaaa ggcttctaca tttttgtctt tcccactcct ttgaaattct
    24241 tgctcacacg tgtaaaatag ttctccaaaa ccctcttctt ggaagccttt ccaaaaagaa
    24301 gatcccactt tgtaggcttg atacataatt gatttattag gacatgtttc cgcaaaggta
    24361 ttttttaacc gccatctatc ttacatatct ctccgcccct aatattcaga gcttccgtct
    24421 ctcgctctcc tcataatttg tcacaagaag aagatcttcg acgtctgtat gtgctgaatt
    24481 tgcctcctgt tcgtccgctc tttttctgat acttacataa atagatcaat aaggggacgg
    24541 gcgagcgcgc aggcctgccc cacccatcgg ataggcgtat gtatttcagc ggaatgtgag
    24601 aaaatgtata cgatcagccg ctctgtctgc ctgcggaata gatccgatag gcgcggcatg
    24661 ctactccatg cgcttcggag ctcactcccg caccacattc cgcacctttc gactaatccc
    24721 gacgtatttt tgcgccataa atttgaactc gcaagatgaa cctacgatac gctgcggcgc
    24781 tgttggccgc tggcatactg ggggcgtgcc gccccgagat gccgactact tctaccatta
    24841 cgatcgatct ggatcggccg acggtggccg ttgatcgcga cctctacggg gtgacgtccg
    24901 aggcggccga cggtacggtc cgccccgacg agtggtcggc ggacatgatt acgaatggta
    24961 gtttcgaggt ggatggcccc tcggcgacgg attcgatcgc tggatggcgc gccctgacga
    25021 cgggttcggc gctgacgata gatgcccgcg cgccactgag cgaaacgaac cggcggtcgc
    25081 tgcttgtgcg cggcggcgtg gtggcggacg tgtcgcgggg agcggctgcg gcacgcggcg
    25141 agcgcttcga attgacgtgt tacctgcatg gcacggtcgg ccgatcgctc accatctcgc
    25201 tgcgcgactc cctggccggg cgcatgctgg ccgagccgct ccggctgacc ctccccgacg
    25261 cgtggactac gctccggcac acctttacgg ccaccgacag cgtgtgcggc gccacgctcg
    25321 tcttcgagac ggacagcggc gcgtcgttcg gcttagatat ggtcgctctt ttcccacaaa
    25381 aaacgtggcg cgaccggccc atggggctcc ggacggacct catcgaggcg atcacggacc
    25441 tacggccgcg cttcatccgc ttctccggcc ggatgatggc cgacgatggg tcgcggcggg
    25501 tcacggccag cgaatacacc cgcctctgcc aggacctgaa catacacccc gtgatgataa
    25561 aggccgacga gagcgggcct aagtacctca tggacgcgga tttgatgatg acgcagagcg
    25621 acctcttcac ctccgacagc gtgggtcgct attcgtcctc ggccacctat gccgacgctt
    25681 tcgggacgtc cgggacggac gacgccggga cgatgcgcgc ggccgttggt gaggcggcgt
    25741 tcctcatcgg cgtggagcgt cggccgggct gtgtccgcgg cctctcctac acgccactta
    25801 tcggcacgcc gagcacgggc ggactgctcc tcgcgggcat gggccgactg gtgcgcacgc
    25861 cctcgtatta cgtctggcaa ctcttcgccg atcaccgtgg ccgacggctc ctcaccacga
    25921 acgtcaccac ggctcgcaag cccctcctga cgtatggcaa agcctcggtg gcggtcgtcg
    25981 gtgacgcctt tgcggtcgag tcggcagaca ccctgcgcgg cagttcttcg cggacatata
    26041 acggcagcct ctcggcacgt ctgatgcgca aaatgaacgg cgcctcgggc tccgtccgac
    26101 tgcggatccg cgataatggt cgcaccggag cactccgcga cgcgatcgtt ttcgagctga
    26161 ccgacagcac cgtatgcctc attcatgagt ctggcaccct ggatcgcatc ctggcaggcc
    26221 ccatcgagat catgcgctca ccgggctgga tggaggccaa ggtggaatgt gtcgacgagg
    26281 cgattcgcgg ctatatcaac aacgtacggg tgatcgaggc cgcggcgccc tcccggccgt
    26341 cgttagtagc cgtggcgacc tccgatccga acagtggcac gatcatcctc aaggtggcga
    26401 acaccacgca gcacgacgag cggacagcgc tacgcataga gggtggcagc gtcgctacct
    26461 cggcgcacat cgtcagcctc gccgctcccc ccacggcccg caatacgccc ctccaaccga
    26521 cggccgtcat gcccgtgatc cgcaacgtgc gcctcccccg ctggccgatg gtctacgttt
    26581 tccccgccaa ctcggtgacg atcctcaccc tgaagatgca gtgacgaggg cagaacaagg
    26641 gaaagcgaaa aatgacgaat ggccgggtac tcgcgaggaa gattttcctc aggtacccgg
    26701 ccattcgccg catgaggggg agcgaaattc atttcaagag cccccataaa acaggttcgc
    26761 gcacgacggc gaggagcatc tcctccatcc gttcgcacgc gaaccttatc atctatgcga
    26821 gtcgggcgat gcgcctcgac cgccactcat ccgatcattt cttggccgcg ccttgcttgg
    26881 ctacggcctc catcagcttg cgcacttcct cgggatcccc caggaaatag tccttcgtca
    26941 ggttcagttt gtcgtcgaac tcaaacacgt aaggcaccgc tgtgggcaag ttcagcgaag
    27001 caatatccgt atcggagatg cctttgaggt gcttcacaat gccacgcagg ctgttgccgt
    27061 gcgccacgac caagaggtta tcgtgctgct tgagggaggg gaaaatgacg cattcccagt
    27121 aaggcatgac gcgcgcgatg gcgtccttga gcgactcggt gcgcggcaga tactcgtcgg
    27181 ggacacccgc gtagcgtggg tccttttcgg ggttacgggg gtcgtcagcc tccatggcca
    27241 cgggggcgat gtcgtagctg cgacgccaga tatgcacctg ctcgtcgccg tatttggccg
    27301 ccgtttcgct cttgttcagg ccctggagcg taccgtagtg cttctcgttg aggcgccacg
    27361 ttttctccac cggaatccag tcctcgttca tacgatccag cacgcagttg agcgtcttga
    27421 cggcacgttt gaggtaggac gtgtaggcca tgccgaaggc aaagcccgcg tcacggagtg
    27481 cgtcgcccgc cttctcggct tcggccacac ccttctcgct caggtcgacg tctgtccagc
    27541 ccgtgaagcg attttccttg ttccactggc tttcgccgtg gcgcagcaat acgatcttct
    27601 tcatgtctct cgtctcccgg ggttatgcga gggtaatcga cggatcgaga taaacgtcct
    27661 ggatggcgtt gagcagcttt acgccctcgt tcatcggttt ctggaaggcc ttgcgaccgc
    27721 tgatgagacc cataccaccg gcacgcttat taactacggc cgtgatgaca gcctcctgca
    27781 agtcgcccgc tccgtgcgat tcgccgccag agttgatcag gccgacgcgt cccatgtagc
    27841 cgttagctac ttggtagcgg cagagatcga tggggtgatc ggaggagagc tcggtgtaca
    27901 ccttgtcgga ggtgcggcca aacttgatgg ccttgaagcc gccgttgttg gtggggagct
    27961 tctgcttcac gatgtcggcc tggatggtca cgccgaggtg gttagcctgg cccgtgaggt
    28021 cagcggcagc atggtagtct gtgccgtctt tcttaaagcc gttgttgcgc aggtaacacc
    28081 agaggatggt ggccataccc agctcatgcg cataagcgaa agccttggct acgtccacaa
    28141 tctggcgacg gctctcttcg gaaccgaagt agatggtggc tcccacggct acggcgccca
    28201 tgtcccatgc ctccttgatg gtaccgaaca tcacctgatc gtaggtgttg gggtaagtca
    28261 gcagttcgtt gtgattgatc ttcactacga aggggatctt gtgggcatac ttacgagcca
    28321 cagcgccaag gacaccgtac gtggaggcca cggcgttgca accgccttcg atagccagct
    28381 tgacgatgtt ttcgggatcg aagtagacgg ggttcggggc gaaagatgcg ccggcggagt
    28441 gctcgatacc ctggtcaacg gggaggatgg agacgtatcc cgtaccagcc aagcggccgt
    28501 ggtcgtagag ggctgcgatg ctgttcaacg tctgcggatt gcggtcggaa tcgagccaaa
    28561 tgcgatcgat ggcgtcgggt cccggcgcgt agatcaggct cttgtcgatg gttttgcact
    28621 cgtgggccag gtagtagtct gcctgtgcac ccaataattc aactgtcttg ctcatataat
    28681 ttgtttttga gatgaaacgt gatgatcaac tgatcattga tggcacaaag ctacgattaa
    28741 agccggatca gggcattagg gcttaggccc acggccccat gctgctccct ggaacgtaag
    28801 tcggcacaag ctgttgcgcg gtctgatcgc ctcactttgt ctgccaccta ttccgtgtat
    28861 ttttgcccgc tctcaaaaca agataaacac ctatgttcaa agctgtattc ctccgtttag
    28921 tcgcctttac gttccgcccg atggacgcgt gggaggcgct gagtcacaaa aaggtgaagg
    28981 agaatgacga cgacttcctc tcgcatttcc tctaccccat gattggactc atcgcgctgg
    29041 cggcgtttgt cggtatgctc ttcacgggcc cggagttcga cttcgtgatc gcgctcaagt
    29101 cgaccatcaa agcgattgta gcctcggccg ggggcttctt cctagcgtcg tacctgctga
    29161 acgaactgtg ggcactcgtc ttcaaacgtc cgcgcagcat gcgactcatc cagcccttcg
    29221 tcggctactc ctcgtcgctg ctgttcgtga tcgagattgt gcaatcgttc ttccccgagc
    29281 tgatcttcct gcgcatcccc gcgttgtaca ccatttatat gatctgggcg ggcgcagtga
    29341 actacctaca tgtggacaac gaggtgcagc tgaagttcac gacccttgcc tcgttcatca
    29401 ttatcggcac accggccatc atctccttcc tcctgttcac actgatgccg gggctccgct
    29461 tttaattgac acgggcgaat gccattcgcc cccactccaa ttcattcatc atggctaaag
    29521 agaaacctac gaaccaaatc acgataaaga ataaacgcgc ctcgttcgac tacgagctgc
    29581 tcgagacctt caccgccggc cttgtactga cgggcacgga gatcaagtcc atccgcctag
    29641 gcaaggccag cctcgtggac acgttcgcca tcgtcgagcg cggcgaggtg tgggtgaaga
    29701 atatgtacgt ggccgaatac ttcttcggca cctacaacaa ccatgcgccg cgccgcgacc
    29761 gcaagctact gctgaaccgc aaggagatcc gccgactgca gacggccgcc aaggatcgcg
    29821 gcttcaccct cgtgcccacg cgactcttca tcaacgaacg cgggctggcc aagctcgttc
    29881 tggccatcgc ccgaggcaag aaggagtacg acaagcggca gtcgatccgc gagcgcgacg
    29941 atcgccgcga gatggaccgc atgttcaaga aataaagccc cgtcggagta gaaaaaccat
    30001 gtcactcgtg gaagggacca tcgggcagag gatctggctg tgcgtgcgcc gcgcgctgcc
    30061 caaggcggcc cggacgtgcc tttggctgct caagatcatc ctgcccgtct cgctggccgt
    30121 gcgactgctt caatactccg ggctgctcag ccaagcgtcg ggatttctgg cgcccgcctt
    30181 cagcctgatc gggctgccgg gcgaggccgc catcgtcttc ctgaccagca ttttcacacc
    30241 gctctacgca cccattgcgc tgatgacctc catgccccta acggtgcgcc agctgaccat
    30301 cctctctctc atgtgcctcc tctcgcacag cctgcccgtg gagtgcgccg tgcagggccg
    30361 cacgggttcg accttcgcgg gcatgttcgt gctgcgcatt acgatgagct tcgtcatggc
    30421 cttcaccgtg caccacctca tgccccacgg cgtctacgac gcgcccctcg ccatcacagg
    30481 cgccgtcgcc gtgacccact ccctcggcga cgtcctcatg ctttggctac gcagttcgct
    30541 acgcatcgtg ctgctcttcg ccgccatcgt tccctcgctc atgatcctgc attacatcct
    30601 cgacgagttc gacctcctgc gcggcctctc gcaccgcatg gctccggtga tggacttctt
    30661 cggcctgccg cgcgaatgct ccttcctctg gctcgtgggc aacatcgtgg gcctgagcta
    30721 cggcagcgcg atcatgatgg aacagctgaa gcaagacgcc atctcacgcc gcagttgcga
    30781 cctactgaac caccatctgg ccgtctcgca ctccctgctg gaggacacga tcctcttcgg
    30841 cgccctcggt gccccgtggc tttggatcat cctgccgcgg ctggcctacg ccttcgtcgt
    30901 ggtgcggatc aagctgctgg tcgaacgaat gcgtggaacg gagaaaaaat aggcgtctgc
    30961 ggacgccggc aaatttgacc tgatacctgt aggggcgcac acacatacgc cccacacaac
    31021 ggctccatcg gggccgaatc atccaataag gagaagatcc ttcatccctc gcgggatgtc
    31081 catggggcgt atgccaaacg cttcccagca ccttaaatcg cgcattaaaa aaacgaaata
    31141 caagcagtta aggggcataa tggacaccct ttctgcaaaa atgatcatac agcttcgctc
    31201 catatagaca gatatttgca gccggataga acgaggtaag cgccgcgcgg cccgcctccc
    31261 ccgctccact cctccggacg agtgtgtatg tgttcctatt tattgttgaa ccgcagcccg
    31321 ccctttatca ctgggaactc attatttatc taattatgaa tacaacgaaa gaacattcga
    31381 aatggctcct cgcgctgctg ctctttgcgg cggggctggc aggagccatg atgccgcaga
    31441 cggcggcagc agatgagaac ggccccatcg gatcatccgg gctgaattac agttacacca
    31501 ccgccgacaa gaccctcacc atctccggcg cgggcactat gccggacttc acgaatgatc
    31561 agccatggaa aaatcaccaa ggcgagatcg aaacgatcgt catcggagac ggcgtgagca
    31621 gcgtcggggc caatgccttc gccgattgtc gcaagctgac aagcgtcacc ctcccggtaa
    31681 gcgtcacgac catcggaggg ggggccttcc tcgattgtaa ggcactgacg gacatctctg
    31741 tgtcttggga cgcttcacac attcctaaca tcaacccgtt ggccttcggc gacctcacgt
    31801 tggaggagat catcctacac gtgcccgcag gcatgacggc agcttaccgt gcgaacactt
    31861 gggatgtatg gaaacacctc ttcatcatgg agcaagcgac catcggggac aacttcacga
    31921 ccggagtgca ctgggagtat aacgacaaca cccgcaccct cagcttcacc ggcgcaggtg
    31981 ccataccgga cttcattggc gcggatgatc ggccctacat ggggatccgg aagaagctgc
    32041 aagccgtgac catcggggcc ggtgtgaccg cgatcgggag gggctccttc tacatgtgcg
    32101 aggcgctgac aagcatcacc ctcccggccg gtgtcactac catcggagag aacgcctttg
    32161 ccggttgtga ggcgttgccc agcattaccc tcccggccgg cctccaaacc atcgggacga
    32221 acgcctttga gcattgtgcg aagctgacaa gcattacgct cccggccggt gtcaccacga
    32281 tcggagagtc ggcctttcag cgatgcttgg tgctgaccca agccacccta ccgagcagcg
    32341 tccagacgat cgggaataac gccttcacca catgcacggc gatgacggac atcaccgtcg
    32401 gatggaccag tgcggcggcg atccccgaca tcagttcgct ggacgtcttc gacggcatca
    32461 cgcgaccgga cgtcacgctg catgtgcccg ccggcacggg ggaggcttac caagggaagg
    32521 acgtctggaa agagctcacc atcgtggagc agccgtgggg cgacctcagc accggcctgc
    32581 actgggcgta cgacgacgcc acccgcaccc tcaccatcac caatcccacc cccgactcgc
    32641 cccagccgat accgaacttc gctaactcga ccaagcagcc ttggaaggcg taccgcggcg
    32701 ggatccaaaa ggtaacgatc ggcgccggcg tgaaccacgt cggggcgtac gcctttacga
    32761 attgcgagaa gctgacaagc gtcacgctgc ccgccggcct cgaaaggctc ggagatggcg
    32821 cctttggggg atgcgagacg ctggccagca tcacgctgcc cgaggggctc caaacgatcg
    32881 aacggaacgc ctttggggaa tgccttgcgc tgacgcacgt cacgatccct aagagcgtaa
    32941 ccacgatcgg agatggcgcc tttactaatt gctggaagct ggcaagcgtc acgctgcccg
    33001 ctgacgcgca gctcggcacg atcgggaggt acgcctttta cagcatagcg ctggccagca
    33061 tcacgatccc aaagagtgtg accacgatcg gggacggcgc ctttgcctat tgctcggcgc
    33121 tgaaggacgt gaccgtattc tggaatacgc cgctcaccat cccgccgggt gtctttgcag
    33181 gcatcacgcc gccgacaggc gtgacgctgc atgtgcccgc tggcacgggg gaggcttacc
    33241 aagggaagga cgtatggaaa gaattcacca tcgtggagca gccgtggggc gacttcgaca
    33301 atggcctgca ctggaagtac gacgccacca cccactccct caccatcacc aatcccaccc
    33361 ccgggacgcc caagtcgatg ccggacttcg ctgaccagga caaccagcct tggaaggcgt
    33421 accgcggcgg gatccaaaag gtcacgatcg gcgccggcgt gaaccacgtc gggaagtacg
    33481 cctttacgaa ttgcgcgaag ctggctaccg tcacgctgcc cgagggcctc gaaacgatcg
    33541 gaaattacgc ctttggggaa tgcgcggcgc tcgccagcat ttccatcccg aacagcgtca
    33601 ccgcgatcgc agatggcgcc ttcaccgaat gcacggcgct gaagagcgtc acgcttccga
    33661 acagcctcac cacgattggg aagtacgcct tttccgattg ctcggcgctg acaagcatca
    33721 cgctgcccga ggggattcaa acgatcggag aggctgcctt ttacaattgc gcagcgctcg
    33781 ccagcatttc catcccgaac agcgtcaccg cgatcgcaga tggcgtcttc gccagttgca
    33841 aggcgctcgc cagcatcacc atcccgaaca gcgtcaccgc gatcgcagat ggcgtcttcg
    33901 ccggttgcaa ggcgctgact accgtcaccc tgcccgacgg ccttcaaacg atcggcaaga
    33961 acgccttcct ggattgcgcg gcgctcgcca gcatctccat cccgaagagc gtcaccacga
    34021 tcgggagtga ggccttctcg aaatgctcgg cgctgaagga cgtgaccgta gcctgggaga
    34081 cgccgatcca aacctatgcc gatgtcttta atcacctcac cttagaggag attcgcctgc
    34141 atgtgcccga aggcaagatc ggggcttaca aagcggcaaa cgtctggcat tactttatcg
    34201 tgatgtcaga tcgtggcgac ctcgctggcg gactgaagtg gcagatggac gccacctata
    34261 ccctcaccat catcaatccc acccccggat cgccccagcc gatgccggac ttcgctaacc
    34321 cggacgagca gccttgggag tctttccgta gcgagatcca agccgtaacg atcgaagacg
    34381 gcgtaagctc cgtcgggaag aacgcctttg tcagttgcac ggagatgaaa agcgtcacgc
    34441 tgccgaagag tgttaccacg atccgtgagg gagcctttgc cggttgcgat aagatgactc
    34501 acgtcacgct gccagctgac gctaagctcg acacgatcgg aaaggatgcc tttatccgtt
    34561 gcgcggcgct gacaagcatc tcgctgccca agagcacgac cacgatcgaa gatcgcgcct
    34621 ttgacagttg cgaagcgctg acaagcgtca cgctgcccgc cgacggtaag ctccaaacga
    34681 tcggagtgaa cgcctttggt ggttgcgtga agctgaagag catcacgatc cccaacagcg
    34741 tcaccaagat cgaatcgggc gcctttagca gttgtaagga gctgacaagc gtcacgctgc
    34801 ccgataacgc tcagttcacc aagatcgaaa atggggtctt tcagtattgc aaggcgctgg
    34861 agcgcatcac ccttccgaag agcgtcacca tgatcggagg cgacgccttt cttgattgca
    34921 aggcgctcaa ggacatgacc gtcgcctgga gagacacggc ctcgatcccc aacatctcgc
    34981 tgtatgtctt ccaatacacc ccgccggcga ctgtgaagct gagcgacatc cgcctgcacg
    35041 tgccccacgg cacggtggcg gcctaccaat cgaaggacgt ctggaaagag ttcacgatcg
    35101 tagagcagcc cctccccccg acgccgacgc ccaccccgac gccaacacct acccccaccc
    35161 cgacgccaca gctgcccgac ggaccatctg ccggcacgaa gatcggcggc ctcaccctga
    35221 gcgctacgaa cttcacgctg aacggcgagc ggacgttccg cttcaccatc accatcacgc
    35281 cggcccatgc agccgacaag cgtctctccg tctccagcag cgacgagacc gtggtgcgtg
    35341 tgcgcatcct gccgaccgag gagacgcgtc gcggtctgcg tgccgccccc gacccggccg
    35401 tagtcaccat cgagggcacg gtctgcggcc tcggtaaggc caagatccac gtcaagtcga
    35461 ccgacggcag caacctcacc gccacctgcc acgtcgacgt ccgcgccctg cccacagcca
    35521 acatcgaggc cccggccacg cgcctctaca ccgccgccgg ccacctccat ctcacgctgc
    35581 ccacggccac tgcggtcaac gtctacaacc tgaccggcac gctcgtccgc accttcatcg
    35641 cccccgccgg cacatcgtcc atcgccctgt cccaaggcgt ctacgtggtc cgcgcaggca
    35701 cacacaccga gaaggtgttc gtggattgat gttgagttgt tgagttgttg agttgttgaa
    35761 ttgttgtgcc gggtacatgt ggggttcgcc tgcgtgtgcc cggccttcgt ttttcgttca
    35821 ccgttttccc ccggccgcca aacgatcttt ttccttttct tcgccggcgc ttttggccat
    35881 acgccccggc tgaaggctgg cg
//
LOCUS       SEQF2637|AYYD01001172.1  838 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..838
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gaccgctctc ggacaacgcc tttcgactgc tcaaagtggc gacgaagcgc cgcgtaactg
       61 acctgccgac cgatctcgga ggccttgatc ggcgtgcaga tcttgtgtcc gtcggcatcg
      121 gttgctgcgt agacgatccc gtcgaagggc ctacccttcc gctccgtttt gacctcctcg
      181 gccgtcacac ggaaacgcgc aagcagcaga ttcatctccc cgacagactg gaacgcgtac
      241 cgcccgagca cgtattgcac agtggccgca acctgccgct tgatgtcccc cgcattaatg
      301 tcgacagctg acggttgggc agaaacgtcc gccttcttcc gactggggag gaggccaaac
      361 ttcgcctcca gactccgcat aatacgggtg cttcggacgt gctccatcgt gtcccgaatc
      421 ttgctgccgt cgtgcctgac ccgcgttgag acgaggtgaa tatgttctcg cgcgatgtct
      481 cggtgcttga acacgatgaa gggctggtcg ccgtaaccga gacgacatag gtattcgtgt
      541 gcgatcgttc ggaggcggtc gtcggagagt ggctcatcgg ggcgagggtt gatcgaagcg
      601 tgaaagacga tgtttttcgt ccgtgtacca ctcgggatgt aggccgtcat ctcccggaaa
      661 acacgttcgg ccgtcagcct tccgtctgcc gaaagctgcc cngacaggag gatgtcggct
      721 tgatcccgat cgactttccg gaagttgtac gtgagcgttt tcatcaggtc tttggagggc
      781 ggcganatct tcgcaatcat cgatcaatcg tgcgaaagga ttcngttaag gcgatgac
//
LOCUS       SEQF2637|AYYD01001173.1  847 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..847
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             36..311
                     /locus_tag="SEQF2637_01780"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATKRRVTDLPTDLGGLDRRADLVSVGIGCCVDDPVEGPTLPLR
                     FDLLGRHTETRKQQIHLPDGLKRVPPEHVLHSGCNLPLDVPRPDFDS"
ORIGIN      
        1 gaccgctctc ggacaacgcc tttcgactgc tcaaagtggc gacgaagcgc cgcgtaactg
       61 acctgccgac cgatctcgga ggccttgatc ggcgtgcaga tcttgtgtcc gtcggcatcg
      121 gttgctgcgt agacgatccc gtcgaagggc ctacccttcc gctccgtttt gacctcctcg
      181 gccgtcacac ggaaacgcgc aagcagcaga ttcatctccc cgacggactg aaacgcgtac
      241 cgcccgagca cgtattgcac agtggctgca acctgccgct tgatgtcccc cgtcccgact
      301 tcgacagctg acggttgggc agaaacgccc tctttctttt ggctgtggcc actggggagg
      361 aggccgaact tcgcctccaa actccgcatg atgcgggtgc ttcggacgtg ctccatcgtg
      421 tcccggatct tgcggccgtc gtgcctgacc ctcgtcgaga caaggtgaat atgttcccgc
      481 gcgatgtctc ggtgcttgaa cacgatgaag ggctggtcgc cgtaaccgag gcgccgcagg
      541 tattcgcatg cgatcgttcg gaggcggtcg tcggagagtg gctcatcagg gcgagggttg
      601 atcgaagcgt gaaagacgat gtttttcgtc cgcgcaccac tcgggatgta ggccgtcatc
      661 tcccgnaaaa cgcgttcggc cgtcagcctt ccgtctgccg aaagctgccc ngacaggagg
      721 atgtcggctt gatcccgatc gactttccgg aagttgtacg tgagcgtttt catcaggtct
      781 ttggagggcg gcganatctt cgcaatcatc gatcaatcgt gcgaaaggat tcngttaagg
      841 cgatgac
//
LOCUS       SEQF2637|AYYD01001174.1 1478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1478
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagatctacg ccgatcgcat tgagttcttt tccctcggtg gacgccgtcc gcaggatgcc
       61 gaacacgcgg gcgactcgtc cgtcgccacg cagccggccg acgccgcagc cgaagtgcac
      121 gcctttgccg ccaagtccga acctacaccg ccgacatccg cctccgatct cgagccgatc
      181 tctcccgccg acgctgatcc ggtggacgat ttgcccttct aaccttagcc ccctcattcc
      241 ttggattcag actatttccc gcccctttcg ctgcaaatag cagcccccgg atggacggtt
      301 ccggacgcca tcctttgttg tgtcatcctc tgtattctcc tgattctcgc ctgcgcaatc
      361 gctgcgggtg ggcgcgcact ctttgcgctc accatagaag agttgagtga ggtgcgtgag
      421 gagaagaatc ctgccgatcg tttcctccat ttattgtctg accgcccgca gcagacgcgt
      481 ttctcactgg ccgccgtcca gtcgctcgtg acgttagcca ttggcacagt cggattgtac
      541 ggcgtggcgt tgctgtggcc ggatgcctta cggtcggcgg tcggatgcgt gtcggtgatc
      601 cttgttggta gcctattgat gtgcctttgc tgcggacttg tgccgagatg gttgctccgg
      661 aacggtcatc tacacgtggc gcggaccatc gcacccgtat tgaagttcat cgattttctc
      721 tgttcgccca tcagtcgccg attagccgtc gccccgtcga acgccatgca tcgcaacgag
      781 gtggcaactg gcgaacccgc cacgatcctc tccaaagagt cggccgatga gcacgaaatg
      841 ctcgaggaga tcgggcagtt ttacaacaag accgccgacg agatcatggt ctcccgcatg
      901 gacatgaaag cgatcagcgc ccattgcacg tttcaggagg ccctcgacct aattatccgt
      961 agcggcttct cgcgcatccc catctatgaa gagtcggacg acaacatcac cggcattttg
     1021 tacgccaagg accttctacc ctacatccgc gatccgcaag acttcaactg gcagaaattg
     1081 atccgccccg cctanttcgt tccggaaacn aagaagatcg aagacctcct cgaagagttc
     1141 cgaaccaaca aagtgcacat tgccatcgtc gtcgacgagt tcggttgtgc ctccggactc
     1201 gtaacgatgg aggatattat cgaggaaatc gtgggcgaca tcagtgacga gtacgacacg
     1261 gagcaaaaac ccttcttccg actgcctgac ggtagctaca ttttcgaggg gaagacgcaa
     1321 ctcaatgatt tctttcgcga aaccgacatc gacgaggaag agtttggcga tttgactgag
     1381 gacgtcgaga cgcttaccgg cttgctactc aaaatcaagg gcacgctgcc ccgacgtcgc
     1441 gagacgattg actatggaca ctaccgtttt cgcgtgct
//
LOCUS       SEQF2637|AYYD01001175.1 2613 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2613
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             21..878
                     /locus_tag="SEQF2637_01781"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSGGADERLDVLGEARAAVAAAGVEEAAADAGVGADALAHHVD
                     VGADDLAEVGHVVHEADAGGEHGVGGIFGHLGRGDVHINDAEIVEHKGVIELLHEPSG
                     AVGLDADDDAVGVHEVLDGGALLEELGVGGDVEVDRHAAAVELVGDGLADAAGGAHGD
                     GALGDHQEVFVHRPADGAGHVEDVLEVGAAVLVRRRTDGAKDDLDLVEHLGQLGGEME
                     PAHFVVADHHLLEAGFIDRHDAVPEVLNLLAIDVHTEHLDAHLSKTGAGDKTDVTRSN
                     DCNLHSLRI"
     CDS             1418..2338
                     /locus_tag="SEQF2637_01782"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILEVTLPRVMKFEGGNRQMLNISLHTQFHYLQYGLVKAVDQT
                     KLKIPVTVMNAWDTTIGAQTKLVEQSAVSERTAKMLALDNERDNLLDGIFHVVSGLKY
                     SPTEATREAALRLEAKLKPYTNLRSRPFEMESVGIRGLEDDMKTKTADIAAVGLTDVL
                     TRLHTVNEEYEKLRTDRRIQTSDEKLPTAQQVRPLTDAAYDVVCQYIQSAYLTATADE
                     DKALIEQLVDRMNKVVIDIKGNQRKILASRKPKDPNAPKQPKEPKTPKEPKQPKDPKP
                     APDPXPQPDPKPNPKPGGNDGNPDIHLPEE"
ORIGIN      
        1 aggatacgca tcgggtagcc gtgctcagcg gcggtgctga tgagcgcctt gacgtccttg
       61 gggaagcacg agccgccgta gccgcagccg gcgtagagga agctgctgcc gatgcgggtg
      121 tcggcgccga tgcccttgcg caccatgttg acgtcggcgc cgatgatctc gcagaggttg
      181 gccatgtcgt tcatgaagct gatgcgggtg gcgagcatgg cgttggcggc atatttggtc
      241 atctcggccg aggggatgtc catataaatg atgcggaaat tgttgagcat aaaggggtga
      301 tagagcttct ccatgagccg tcgggcgcgg tcggactcga cgccgacgac gatgcggtcg
      361 gggtgcatga agtccttgac ggcggcgccc tccttgagga actcggggtt ggaggcgatg
      421 tcgaagtcga tcgtcacgcc gcggcggtcg agctcgtcgg cgatggtctg gcggatgcgg
      481 cgggcggtgc ccacggggac ggtgctcttg gtgaccacca ggaggtattt gttcatcgcc
      541 cggccgatgg tgcgggccac gtcgaggacg tacttgaggt cggcgctgcc gtcctcgtcc
      601 ggcggcgtac cgacggcgct aaagacgatc tcgacctggt cgagcacctc ggtcagctcg
      661 gtggtgaaat ggagccggcc cacttcgtag ttgcggatca ccatctcctc gaggccgggt
      721 tcatagatcg gcacgacgcc gttccggagg ttctcaatct tttggcgatc gatgtccaca
      781 cagaacacct cgacgcccat ctcagcaaaa caggtgccgg tgacaagacc gacgtaaccc
      841 gttccaacga ttgcaatctt cattcgttac gtatataaat aggtaagtga tttggggcgc
      901 aaaagaaacg atttgcaggg aagcgggcgg agggcgcttc ccgcggcggg gacggcggct
      961 tcttgaaaat gctcttcgcg cggcggaaag cgtttttcgg agatttcgcc ccttttcccg
     1021 ccgcgggaaa ccgatctcca gcaaatttta ccgccttccc gccgcacgaa accgtttttc
     1081 gggagatttt atcgctttcc cgccgcggga aaccgttttt cggagaattt ttcccatttc
     1141 ccgccgcggg aaggcgtttt tctgagaatt taccccattt cccgccgcgg gaaggcgttt
     1201 ttcggaagtt ttgatcggtt tcccgcggcg ggaaggcgtt ttgggaaatc agcgatcggt
     1261 ttcgcgtttc attttggcgt ttcacgggag cagagatcca tttcgtgttt gaggacgacc
     1321 tttctgcttc aaaaacatct tgctccaatt cagggggagc atcgaatctt ctggcatttc
     1381 atgcaccttt gcatggttaa taaacaccct gagagaaatg aaaatactcg aagtgacctt
     1441 gccccgggtc atgaaatttg aagggggcaa cagacagatg ttgaacatct cgctccacac
     1501 ccagtttcac tacctgcaat acggactggt gaaggcggtg gatcagacaa agctcaaaat
     1561 ccctgtcaca gtgatgaacg cttgggacac gacgatcggc gcgcagacga agctcgtcga
     1621 acaatcggcc gtttccgagc gtaccgccaa aatgctggct ctggacaacg aacgcgacaa
     1681 cctgctggac ggcatctttc atgtcgtcag cggtttgaag tactcgccca cggaagccac
     1741 ccgcgaagcc gcgctgcgcc tcgaggccaa actgaaaccg tacaccaacc tccgcagtcg
     1801 cccgttcgaa atggaaagtg tcggtatacg cggcttggaa gacgacatga agacgaagac
     1861 ggcggacatt gcagccgttg gcctcaccga cgttctgacg cggctgcata ccgtcaatga
     1921 ggagtacgaa aagctccgca ccgatcgccg tatccaaacc tccgacgaga aactcccgac
     1981 agctcagcag gtgcgcccgc tgactgatgc cgcctacgat gtcgtttgcc agtacatcca
     2041 gtcagcctac ctcaccgcta cggccgacga ggacaaggcg ctgatcgagc agctcgtcga
     2101 ccgtatgaac aaggttgtga ttgacatcaa gggtaaccag cgcaagatct tggccagtcg
     2161 caagcccaag gatccgaacg ctcccaagca acctaaggaa cccaagactc cgaaagagcc
     2221 gaagcagccc aaggacccga agcccgcgcc cgatcccang cctcagcccg acccgaagcc
     2281 caaccccaaa ccgggcggta acgacggtaa tcccgatatc catctgccgg aagaataaga
     2341 ggcgcacgtg gctaatgatt gtccggggac ggccccaaag gggctgatcc ccgggtgatc
     2401 atcggcctca ttgatcatcg agaaccatcg gacaccgcca tgccccttcg cctccgccgc
     2461 ctgcaccacg tagccgtcat cgcgagcgac tatcgccgat cgctacagtt ctataccgac
     2521 gtcctcgggt tcaccctccg cgccgaacat tatcgcgccg atcggcagtc gtacaaagcc
     2581 gaccttgcac tgggtgacac ctacgtcgtc gag
//
LOCUS       SEQF2637|AYYD01001176.1 2608 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2608
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             21..878
                     /locus_tag="SEQF2637_01783"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSGGADERLDVLGEARAAVAAAGVEEAAADAGVGADALAHHVD
                     VGADDLAEVGHVVHEADAGGEHGVGGIFGHLGRGDVHINDAEIVEHKGVIELLHEPSG
                     AVGLDADDDAVGVHEVLDGGALLEELGVGGDVEVDRHAAAVELVGDGLADAAGGAHGD
                     GALGDHQEVFVHRPADGAGHVEDVLEVGAAVLVRRRTDGAKDDLDLVEHLGQLGGEME
                     PAHFVVADHHLLEAGFIDRHDAVPEVLNLLAIDVHTEHLDAHLSKTGAGDKTDVTRSN
                     DCNLHSLRI"
     CDS             1418..2338
                     /locus_tag="SEQF2637_01784"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILEVTLPRVMKFEGGNRQMLNISLHTQFHYLQYGLVKAVDQT
                     KLKIPVTVMNAWDTTIGAQTKLVEQSAVSERTAKMLALDNERDNLLDGIFHVVSGLKY
                     SPTEATREAALRLEAKLKPYTNLRSRPFEMESVGIRGLEDDMKTKTADIAAVGLTDVL
                     TRLHTVNEEYEKLRTDRRIQTSDEKLPTAQQVRPLTDAAYDVVCQYIQSAYLTATADE
                     DKALIEQLVDRMNKVVIDIKGNQRKILASRKPKDPNAPKQPKEPKTPKEPKQPKDPKP
                     APDPKPQPDPKPNPKPGGNDGNPDIHLPEE"
ORIGIN      
        1 aggatacgca tcgggtagcc gtgctcagcg gcggtgctga tgagcgcctt gacgtccttg
       61 gggaagcacg agccgccgta gccgcagccg gcgtagagga agctgctgcc gatgcgggtg
      121 tcggcgccga tgcccttgcg caccatgttg acgtcggcgc cgatgatctc gcagaggttg
      181 gccatgtcgt tcatgaagct gatgcgggtg gcgagcatgg cgttggcggc atatttggtc
      241 atctcggccg aggggatgtc catataaatg atgcggaaat tgttgagcat aaaggggtga
      301 tagagcttct ccatgagccg tcgggcgcgg tcggactcga cgccgacgac gatgcggtcg
      361 gggtgcatga agtccttgac ggcggcgccc tccttgagga actcggggtt ggaggcgatg
      421 tcgaagtcga tcgtcacgcc gcggcggtcg agctcgtcgg cgatggtctg gcggatgcgg
      481 cgggcggtgc ccacggggac ggtgctcttg gtgaccacca ggaggtattt gttcatcgcc
      541 cggccgatgg tgcgggccac gtcgaggacg tacttgaggt cggcgctgcc gtcctcgtcc
      601 ggcggcgtac cgacggcgct aaagacgatc tcgacctggt cgagcacctc ggtcagctcg
      661 gtggtgaaat ggagccggcc cacttcgtag ttgcggatca ccatctcctc gaggccgggt
      721 tcatagatcg gcacgacgcc gttccggagg ttctcaatct tttggcgatc gatgtccaca
      781 cagaacacct cgacgcccat ctcagcaaaa caggtgccgg tgacaagacc gacgtaaccc
      841 gttccaacga ttgcaatctt cattcgttac gtatataaat aggtaagtga tttggggcgc
      901 aaaagaaacg atttgcaggg aagcgggcgg agggcgcttc ccgcggcggg gacggcggct
      961 tcttgaaaat gctcttcgcg cggcggaaag cgtttttcgg agatttcgcc ccttttcccg
     1021 ccgcgggaaa ccgatctcca gcaaatttta ccgccttccc gccgcacgaa accgtttttc
     1081 gggagatttt atcgctttcc cgccgcggga aaccgttttt cggagaattt ttcccatttc
     1141 ccgccgcggg aaggcgtttt tctgagaatt taccccattt cccgccgcgg gaaggcgttt
     1201 ttcggaagtt ttgatcggtt tcccgcggcg ggaaggcgtt ttgggaaatc agcgatcggt
     1261 ttcgcgtttc attttggcgt ttcacgggag cagagatcca tttcgtgttt gaggacgacc
     1321 tttctgcttc aaaaacatct tgctccaatt cagggggagc atcgaatctt ctggcatttc
     1381 atgcaccttt gcatggttaa taaacaccct gagagaaatg aaaatactcg aagtgacctt
     1441 gccccgggtc atgaaatttg aagggggcaa cagacagatg ttgaacatct cgctccacac
     1501 ccagtttcac tacctgcaat acggactggt gaaggcggtg gatcagacaa agctcaaaat
     1561 ccctgtcaca gtgatgaacg cttgggacac gacgatcggc gcgcagacga agctcgtcga
     1621 acaatcggcc gtttccgagc gtaccgccaa aatgctggct ctggacaacg aacgcgacaa
     1681 cctgctggac ggcatctttc atgtcgtcag cggtttgaag tactcgccca cggaagccac
     1741 ccgcgaagcc gcgctgcgcc tcgaggccaa actgaaaccg tacaccaacc tccgcagtcg
     1801 cccgttcgaa atggaaagtg tcggtatacg cggcttggaa gacgacatga agacgaagac
     1861 ggcggacatt gcagccgttg gcctcaccga cgttctgacg cggctgcata ccgtcaatga
     1921 ggagtacgaa aagctccgca ccgatcgccg tatccaaacc tccgacgaga aactcccgac
     1981 agctcagcag gtgcgcccgc tgactgatgc cgcctacgat gtcgtttgcc agtacatcca
     2041 gtcagcctac ctcaccgcta cggccgacga ggacaaggcg ctgatcgagc agctcgtcga
     2101 ccgtatgaac aaggttgtga ttgacatcaa gggtaaccag cgcaagatct tggccagtcg
     2161 caagcccaag gatccgaacg ctcccaagca acctaaggaa cccaagactc cgaaagagcc
     2221 gaagcagccc aaggacccga agcccgcgcc cgatcccaag cctcagcccg acccgaagcc
     2281 caaccccaaa ccgggcggta acgacggtaa tcccgatatc catctgccgg aagaataaaa
     2341 ggagcacgag gctaatgatt atccggggac ggctatggct gatccccggg tgatcatcgg
     2401 ccccattgat catcgagaac catcggacac cgccatgccc ctccccctcc gccgcctgca
     2461 ccacgtagcc gtcatcgcga gcgactatcg ccgatcgcta cagttctata ccgacgtcct
     2521 cggactcacc ctccgcgccg aacattatcg cgccgatcgg cagtcgtaca aagccgacct
     2581 tgcactgggt gacacctacg tcgtcgag
//
LOCUS       SEQF2637|AYYD01001177.1  908 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..908
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgtttcttct aagcaacacg cccaaatcga gaattacggc ccgtttccac cgaggaaacg
       61 caccccaatc ccaaagtccg gcccactcgc ctacttttgc cccgcaatgg aaaagacgga
      121 tgaatacatc gtatcggcgc gcaagtatcg ccccgctaca ttcgacagcg tcgtggggca
      181 ggccgcactg accaccacgc tcaagaacgc gatcaagaac aataagctgg ctcacgccta
      241 cctcttctgc ggcccacgcg gcgtcggcaa gacgtcctgc gcacgcattt tcgccaagac
      301 catcaattgc atgaacctca cccccgaggg cgaggcctgc aacacgtgcg aatcgtgtcg
      361 ctccttcaac gagcagcgct cgctcaacat ccacgagctc gacgcggcct cgaacaactc
      421 cgtcgacgac atccgctcgc tcatcgagca ggtgcgcatc ccgccgcaag tggggcgata
      481 caaggtctac atcatcgacg aggtccacat gctcagccaa gccgccttca acgccttcct
      541 caagaccctc gaggagccgc cacactacgc catcttcatc ctcgccacca cggagaagca
      601 caagatcctc cccacgatcc tctcccgctg tcaggtctac gacttcgccc gcatctccgt
      661 cgccgacgtc gtccgccacc tgcaatacgt ggcccagaaa gagggcgtcc aggccgaagc
      721 cgaggcgctc aacgtcatcg cccagaaggc cgacggcggc atgcgtgatg ccctctccat
      781 cttcgatcaa gccgtcagct acaccggggg caacgtgacc tacaaggccg gactttggga
      841 ttggggtgcg tttcctcggt ggaaacgggc cgtaattctc gatttgggcg tgttgcttag
      901 aagaaaca
//
LOCUS       SEQF2637|AYYD01001178.115287 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..15287
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             107..1252
                     /gene="dnaX_2"
                     /locus_tag="SEQF2637_01785"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06710"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase III subunit tau"
                     /translation="MEKTDEYIVSARKYRPATFDSVVGQAALTTTLKNAIKNNKLAHA
                     YLFCGPRGVGKTSCARIFAKTINCMNLTPEGEACNTCESCRSFNEQRSLNIHELDAAS
                     NNSVDDIRSLIEQVRIPPQVGRYKVYIIDEVHMLSQAAFNAFLKTLEEPPHYAIFILA
                     TTEKHKILPTILSRCQVYDFARISVADVVRHLQYVAQKEGVQAEAEALNVIAQKADGG
                     MRDALSIFDQAVSYTGGNVTYKAVIENLNVLDYDYYFRLTDAMLTGDIRTALLILNEI
                     LEKGFDGQHIVTGLASHFRDLLVCRDERTLVLLEIGASIREQYRTMANRCSDAWLYQA
                     IDLANECDLHYRESRNKRLLLELTLIQLCQLRDAPETTIAEAKKKSD"
     CDS             1408..1833
                     /locus_tag="SEQF2637_01786"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQRNRAKTDASANAEKVPQENQPFTADDLTRAWDAYIETVGGR
                     VNLKHTMINCRPVLKGDDTFEIVVHNPGQREVLLQNNAAILQSLRGQLKNGRVRFTVR
                     IDETNEKRLAYTSKEKYDLLLEVNPALARLKEEFNLTFD"
     CDS             complement(2012..2428)
                     /locus_tag="SEQF2637_01787"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSLRDLVLAAACLWGCAACSDDVADRLKGKWQLQTVEADGAT
                     QRVDTVWYNFQSESLFMYQIYQPATGRYVYTYGYKTQPDDRTLRLQLANYTLRVEQFL
                     PFTDWSSGVRTFRVVHVDSRRLQLESDGRRYSFLKF"
     CDS             complement(2444..3034)
                     /gene="rclC"
                     /locus_tag="SEQF2637_01788"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75685"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein RclC"
                     /translation="MKENKPNLLTAALEAAASAQKLGINLIRVAILIIFVWIGGLKFW
                     NYEAEGIVPFVANSPFMSFFYTKSAPEYKQYKLKEGELDEAKHQWHVENNTYGFSHGL
                     GILIMSIGILTFLGIFCPKIGAVGATLAIIMTIGTLSFLVTTPEVWVPDLGSGEHGFP
                     LLTGAGRLVIKDTAILAGAIVVLSDCARRILRKREE"
     CDS             complement(3198..4049)
                     /gene="panS"
                     /locus_tag="SEQF2637_01789"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZKL0"
                     /codon_start=1
                     /transl_table=11
                     /product="Pantothenate precursors transporter PanS"
                     /translation="MNPILIVLPILTLLMFDLGLTLQPADFLLFRRRPRAVAVGLVGQ
                     IVVLPAVAFALGMAFALPPVFFVGLVLIACSPGGSSSNIFSKLAGGDVALSVTLTALS
                     SVITLLTIPPIMQLAVGVSGAEASDIHLPVGRLFVQNLLLMLLPIAVGVFVRLRFART
                     AAAIDRVLSRVAFPALILLAVLFFIQHRATIMAHFTGLGACITAMILTAILAGAALSR
                     LMYLERRETRTIVIEVGMQNAAQAIAVASSPLIFHNDVMAIPAILYALLMNVILLIYV
                     AAVKRRR"
     CDS             complement(4046..5086)
                     /gene="ansA"
                     /locus_tag="SEQF2637_01790"
                     /EC_number="3.5.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A962"
                     /codon_start=1
                     /transl_table=11
                     /product="L-asparaginase 1"
                     /translation="MASKSKSSVLLIYTGGTIGMVENPETGALEPFNFRHIQEHIPEL
                     KRLGHKTASISFDPPMDSSDIGPDSWAKIVRLIADNYDAYDGFVVLHGTDTMAFTASA
                     LSFMLENLNKPVILTGSQLPINMLRTDGKENLITAVEIAAAKDGSGKPVVPEVCIFFE
                     NQLMRGNRTSKINADDFNAFHSFNYPPLARAGVTIRYDEKLIYRPQLVRPLKPHYACD
                     KNVVILKLFPGITEAVVSSVLHTPGLRGVVLETFGSGNAPTDEWFLKQFREATERGIV
                     VVNVTQCTGGCVEMHRYEVGRKLLECGVLSGFDSTSECAVAKLMFLLGQELTPKEIRE
                     HMQCSLIGEVTL"
     CDS             complement(5102..6223)
                     /locus_tag="SEQF2637_01791"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKQLVTLAIHTYEKAQILKTLLEAEGIEAYIHNVNQIQPVISA
                     GVRVRINEKDLPQALRIIEDTQWLSEATDEQGADENAPRKVLIPIDFSDYSIKACETG
                     IRHAARIDAEVMLLHAYFSAYIPSALPFATRDPIVTGTAGNESIQAVYKRVQTDIENM
                     CTLINRKMESGEWPRVKYNYILKEGVPEEEILEYAKEYRPTLMVMGTRGKNQKNIDLI
                     GSVTGEVIEQTQTPLLAIPEHVPYSDLSECRRVAFATSFNKRDIEAFGRFVTIFKEYP
                     VQIELFNISTSRNEWNEIRLAGMDEYLTKQHPGLNIGHTVLRDGDLLDSIQTFVEEKR
                     IDMIAFSTYRRSMITRIFNPSIARKMIFHGNTPLLVIPI"
     CDS             complement(6287..6778)
                     /locus_tag="SEQF2637_01792"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTRRSRAAMQVSTMSGIFFTPRPSPFRASEMGPTFERGHFRAS
                     EMGPTFGRGHFPSQEMGPTFGRGHFRASEMSPTFGRGHFRASEMGPTFGRGHFRASEM
                     GPTFGRGHFPSQEMGPTFGRGHFPSQEMGPTFGRGHFPSQEMGPTFGRGHFPSQERAP
                     SIE"
     CDS             complement(6826..7080)
                     /locus_tag="SEQF2637_01793"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRTITFNELRSIKDRLPDGTIHRIAEDLGVTVETVRNYFGGEN
                     YKDGKSCGLHIEPGPDGGIVMIDDTAILDRALDILGMQKV"
     CDS             complement(7170..8060)
                     /gene="dapA"
                     /locus_tag="SEQF2637_01794"
                     /EC_number="4.3.3.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67216"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-tetrahydrodipicolinate synthase"
                     /translation="MALIDLKGMGIALVTPFKADGSVDYEALVKLVEYQVQNGTDYLV
                     VLGTTAETPTLTETEKAEIKRLVVTQVRRRVPVVLGVGGNCTRAVVDTLRQADLQDVD
                     AILSVVPYYNKPSQEGIFRHYEAIAEATTRPVILYNVPGRTGTNMTAETTLRLARTFR
                     NIVAVKEASGNIKQMNDIIKNKPADFQVISGDDGITYPLIALGAVGVISVIGNAFPRE
                     FSRMVRLALEGDYDNARVIHSRFMELFDLLFVDGNPAGVKSMLNMMGFIENRLRLPLV
                     PTRLTTYEKIREILNRLQDK"
     CDS             complement(8088..8630)
                     /locus_tag="SEQF2637_01795"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILTTHFLNKKIRSLAKNATTREHCYRSMDDIRYVLIMCEARDW
                     KAIEPCIDTLKKKGKTVHVCVYTRKDEDTPIWDYAFLPVEEGKDVDMWGFPDKNMRTQ
                     LNNLTVDLLLDLTSEEVPVMRYLMLQHPSAFKVGAKREQGMDLFDLSIVMKDDVHDIP
                     FLFRHIMTYLEAIRSAKSAG"
     CDS             complement(8627..10627)
                     /gene="ligA"
                     /locus_tag="SEQF2637_01796"
                     /EC_number="6.5.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87703"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA ligase"
                     /translation="MNDIKNRIERLREALDEHNHAYYVLSAPIISDHTYDEMMRELQQ
                     LEVAHPEWADPNSPTQRVGSDLTEGFTQVEHQYPMLSLGNTYSEEEVREFYDRVARTL
                     GEPFEVVAELKYDGTSISLIYERGRLVTAVTRGDGVRGDDVTANVRTIRSIPLRLRGE
                     DWPERLEMRGEVLLPWAEFERLNREREAQEEPLFANPRNAASGTLKLQNPRIVALRRL
                     DAYLYYMLGDGLPADNHYDNLQAARRWGFKTSDAMRVCHTPEEIMAYIAYWDTERHRL
                     PVATDGIVLKVNALRQQRALGATAKSPRWAIAYKFQAERAETRLVSVDYQVGRTGVVT
                     PVANLEPVLLAGTTVRRASLHNADIMGRLDLHLGCRVYVEKGGEIIPKIVGVDRSESM
                     DGAPVAFISQCPECGTPLVRVEGEAAHYCPNEWGCPPQVKGRIVHFVSRRAMNINIGP
                     ETVEALYDAGLVRDASDLYDVTPADLMRLERFAEKSAKNYRDSLEISKQVPYARVLFA
                     LGIRGVGENIAAKLAYAHPSIDALAEATVEVLMQTDEIGEKIARSVVDFFAEARNQTM
                     VSRLKAHGLQMALAESDDDGARSDELKGLTFVISGTFAHHSRDEYKTMIERHGGRNAS
                     AISGKTDYLLAGENMGPAKLAKAEKLGVKLLNEDEFLKLIGV"
     CDS             11353..11895
                     /gene="hpt"
                     /locus_tag="SEQF2637_01797"
                     /EC_number="2.4.2.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99085"
                     /codon_start=1
                     /transl_table=11
                     /product="Hypoxanthine-guanine phosphoribosyltransferase"
                     /translation="MNKQLRLKDKAFELYIPEREIVAAIDRMAGEIRRDMEGRDPLYV
                     GILNGAFMFVSELVSRLSPQSELTFAAYSSYHGTKSDGIVRELLPIRNKDTERPIVLL
                     EDIIDTGLTMQYVTQRLRQEGVRDVRLATMLLKPGSLQCDLRPDYVGMEIDNDFIVGF
                     GLDYDGRGRMARDIYKIVEL"
     CDS             11909..12487
                     /gene="adk"
                     /locus_tag="SEQF2637_01798"
                     /EC_number="2.7.4.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66490"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylate kinase"
                     /translation="MFNIVIFGAPGSGKGTQSKMIVERYGFDYISTGDMLRQAISQGS
                     ELGRTAKEYIDRRQLVPDDLIVRLIADFLDGKHGSKGVIFDGFPRTLKQAEALKTMLN
                     ERGTDIHILLDLQVEDDELVDRLIERGKISGRSDDNPETIKARLDVYHTQTAPLATYY
                     IGEGKHVAIKGIGRIEEIFERIAEAIDRVKDR"
     CDS             12488..13627
                     /gene="cgtA"
                     /locus_tag="SEQF2637_01799"
                     /EC_number="3.6.5.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B8GYI7"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Obg/CgtA"
                     /translation="MAESNFVDYVKIYCRSGKGGAGSAHFRREKYIPRGGPDGGDGGR
                     GGHVYLRGNLNYWTLLHLKFERHVVATSGRSGGAKRSTGRDGEDRIIEVPCGTVAFDA
                     DTGEYLCDVTEDGQQVMLLKGGRGGAGNTHFKTATNQAPRYAQPGEPAQERKVVLQLK
                     LLADVGLVGFPNAGKSTLLSVVSAAKPKIADYPFTTLEPNLGIVSWRDNRSFVMADIP
                     GIIEGASDGRGLGLRFLRHIERNALLLFMVPADADDIRKEYEILLGELERYNPELMGK
                     SRILAITKSDLLDEELTEALSADLPDDLPCRFISSVTGQGITELKDLLWQELNRETFH
                     DADAIVHRDMDMSLMADDDEAWDIPPEEEDADADADLEFDWDDEE"
     CDS             complement(13732..14232)
                     /gene="btuD"
                     /locus_tag="SEQF2637_01800"
                     /EC_number="3.6.3.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01005"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 import ATP-binding protein BtuD"
                     /translation="MKRALTAYRLYLGLRLRSVARLFDALPVVAKVLFAAIAVALGYG
                     LHRAELPHEASAAGWAVGVFVAVGTGVCCIGRTELALLDEPFNGLDFRSSAFVTALLT
                     EYRRQGQTVFVASHDLDHLLSYADTLSWLRCGTMTYYPDRTAFEDVRQAIRREAAERV
                     QGADLL"
     CDS             complement(14229..14945)
                     /locus_tag="SEQF2637_01801"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNNEQLNPTVARSVWQDFLLFLKDPHAASATIYRWGTLGLFAV
                     LQLLTYLCVFSKGWITQKPMIDASNLVALTPEKLLLFILLYPLIEELGFRGFLLFHKK
                     KYVVIAGLSILCLLSLLGESWYGELPWLRYPLMLLVALWLGSMLVNRKARDWTLGLIG
                     RHKRVLIYATSIAFGCVHLMNHDHFAVIDLLPIVPKVVSGLFGAYVTVRSNSIVPSWL
                     FHAANNSVASLILYVCSLSL"
ORIGIN      
        1 tgtttcttct aagcaacacg cccaaatcga gaattacggc ccgtttccac cgaggaaacg
       61 caccccaatc ccaaagtccg gcccactcgc ctacttttgc cccgcaatgg aaaagacgga
      121 tgaatacatc gtatcggcgc gcaagtatcg ccccgctaca ttcgacagcg tcgtggggca
      181 ggccgcactg accaccacgc tcaagaacgc gatcaagaac aataagctgg ctcacgccta
      241 cctcttctgc ggcccacgcg gcgtcggcaa gacgtcctgc gcacgcattt tcgccaagac
      301 catcaattgc atgaacctca cccccgaggg cgaggcctgc aacacgtgcg aatcgtgtcg
      361 ctccttcaac gagcagcgct cgctcaacat ccacgagctc gacgcggcct cgaacaactc
      421 cgtcgacgac atccgctcgc tcatcgagca ggtgcgcatc ccgccgcaag tggggcgata
      481 caaggtctac atcatcgacg aggtccacat gctcagccaa gccgccttca acgccttcct
      541 caagaccctc gaggagccgc cacactacgc catcttcatc ctcgccacca cggagaagca
      601 caagatcctc cccacgatcc tctcccgctg tcaggtctac gacttcgccc gcatctccgt
      661 cgccgacgtc gtccgccacc tgcaatacgt ggcccagaaa gagggcgtcc aggccgaagc
      721 cgaggcgctc aacgtcatcg cccagaaggc cgacggcggc atgcgtgatg ccctctccat
      781 cttcgatcaa gccgtcagct acaccggggg caacgtgacc tacaaggccg tgatcgagaa
      841 cctcaacgtg ctcgattacg actactattt ccgcctcacc gacgccatgc tcacgggcga
      901 catccgcacc gcgctgctca tcctcaacga gattctggag aaaggcttcg acggccaaca
      961 catcgtcacc ggcctggcct cccacttccg tgacttgctc gtctgtcgcg acgagcgcac
     1021 cctggtgctc ctcgagatcg gcgccagcat ccgcgagcaa taccgcacga tggccaaccg
     1081 ctgctccgac gcctggctct atcaggccat cgacctggcc aacgaatgcg acctgcatta
     1141 ccgcgagagt cgcaacaaac gactcctgct cgagctgacg ctcatccagc tctgccaact
     1201 ccgcgacgca cccgaaacga cgatcgcgga ggctaaaaaa aaaagcgact gaggttccgt
     1261 ctgctgcggc tcattgacga ctatcccgtc gccacggccg cccctcagcc gacgccctcc
     1321 gtagccgcac ccacggccac gccccccact cctaccccca cacgcaccat cccccgcggc
     1381 ccggccaaca cgtcgctgac cggactcttg acccaacgca atcgggcgaa aacggacgcc
     1441 tccgccaacg ccgagaaggt gccgcaggag aatcagccct tcaccgccga cgatctcacc
     1501 cgcgcctggg atgcctacat cgagaccgtg ggcggccgcg tcaacctgaa gcacacgatg
     1561 atcaactgtc ggcccgtgct gaaaggcgac gacacgttcg agatcgtcgt ccacaacccc
     1621 ggccagcggg aggtcttgct gcaaaacaac gcggccatcc tccagtccct gcgtgggcaa
     1681 ctgaagaatg gccgcgtccg cttcaccgtc cgcatcgacg agacgaacga gaagcgtctg
     1741 gcctatacct cgaaggaaaa atacgacctc ctcctcgaag tcaacccggc cctcgcccga
     1801 ctcaaagagg agttcaatct gacgtttgat tagagtttta gagggtagag gatagagggt
     1861 agaggataga gagtagagga tagaggatag agagtagaga ttggatactg catgtaccag
     1921 gaactaccct ctaaactcta aaagtacccg gctctaccct ctaaactcta aactctaaaa
     1981 gtacccggct ctaccctcta atctctaccc tctaaaactt caggaagctg taccgtcggc
     2041 cgtcgctttc gagctgcaaa cggcgactgt ccacgtgcac gacgcggaag gtgcgcaccc
     2101 ccgacgacca atcagtgaag ggcagaaact gctccacccg gagcgtatag ttggccaact
     2161 gcaagcggag cgtacggtcg tcgggctgcg tcttgtaacc atacgtatag acgtagcgcc
     2221 ccgtggcagg ctggtaaatc tggtacatga agagcgactc ggactggaag ttgtaccaca
     2281 ccgtgtccac acgctgcgtc gcgccgtcgg cctccactgt ttgcagctgc cacttgccct
     2341 tcagacggtc ggccacgtca tcgctgcacg ccgcgcaccc ccagaggcac gcggcggcaa
     2401 ggacgaggtc acgcagactt cgcttcatca cccttgcgac ttcttactcc tcacgttttc
     2461 tcaggatccg tcgcgcgcag tcggagagca ccacgatggc accggccagg atggccgtgt
     2521 ccttgatcac gagtcggccc gcgcccgtca gcaacgggaa gccgtgttcg ccactgccca
     2581 agtcgggcac ccatacctca ggcgtagtga cgaggaacga cagggtgccg atcgtcataa
     2641 tgatggccag cgtagcgccc accgcaccga tcttcgggca gaagatgccg aggaaagtca
     2701 ggataccgat cgacatgatc agaataccca gcccgtgcga gaagccgtac gtgttgttct
     2761 ccacgtgcca ctggtgcttg gcctcgtcca gctcgccctc cttgagcttg tactgcttgt
     2821 attcaggtgc acttttggtg tagaagaaac tcatgaaggg gctgttggct acgaaaggca
     2881 cgatgccctc agcctcatag ttccaaaatt tcagtccgcc gatccaaacg aagatgatga
     2941 ggatcgcgac gcgaatcaga ttgatgccca gcttctgggc cgatgcggcc gcttcaaggg
     3001 ccgctgtgag caagtttggc ttgttctctt tcattgttct aatggagtga atttatactc
     3061 gaatcatttt tagcgggcgc aaaagtattc cttcacccat acccccaaat accgcaactg
     3121 cggtaggagg ccgaaacgag ccctgttttc taccctttta gcagttacat caccccgggc
     3181 aacacctgtt tcgataatta cctcctccgc ttcaccgccg cgacatagat gagcaggatg
     3241 acgttcatca gcagggcgta gaggatggcg gggatggcca tcacgtcgtt atggaagatg
     3301 aggggactgg aggcgacggc aatggcttgc gcagcgttct gcatgccgac ttcgatgacg
     3361 atcgtgcgtg tctcgcgacg ctcaaggtac atcagccgcg agagggcggc accggccaaa
     3421 atagccgtga ggatcatcgc cgtaatacat gcgccgaggc ccgtgaagtg ggccatgatc
     3481 gtggcccgat gttgaataaa aaagaggacg gccaggagga tgagcgcggg gaaggccact
     3541 cgcgaaagca cacggtcgat ggccgcagcg gtgcgagcga aacggaggcg cacgaagaca
     3601 cccaccgcta tgggaagcag catcagcagt aggttttgca cgaagagtcg gccgacgggc
     3661 aggtggatgt ccgaggcttc ggcaccggag actccgacgg ccaactgcat gatgggcgga
     3721 atggtcagga gcgtgatgac gctactcaaa gccgtgagcg tgacagacag cgccacgtcg
     3781 ccaccggcca gcttggaaaa gatgttcgac gagctgccac cgggcgagca ggcgataagc
     3841 accagtccga cgaagaagac gggcggcagc gcgaaggcca tgcccaacgc aaaagccaca
     3901 gccggtaaaa cgacaatctg ccccaccaat ccgacggcca cagcgcgcgg ccgccggcgg
     3961 aagagcagaa agtcagcggg ctggagcgtt agcccgaggt cgaacatcag tagggtgagt
     4021 atcggcagta cgatcaggat cgggttcata gcgtcacctc accaatcaac gagcattgca
     4081 tgtgctcccg aatctccttc ggcgtcagct cctgcccgag caggaacatg agcttggcca
     4141 cggcacactc cgaggtgctg tcgaagccgc tcagcacgcc acactccaac agtttacggc
     4201 ccacctcgta gcggtgcatc tcgacgcagc caccggtgca ctgcgtgacg ttgaccacga
     4261 cgatgccgcg ctccgtggcc tcgcgaaact gcttgaggaa ccactcgtcg gtcggggcgt
     4321 tgccactgcc gaaggtctcc agcacgacgc cgcgcaggcc gggtgtgtgc agcacggacg
     4381 agacgacggc ctcagtgata ccggggaaaa gcttgaggat aaccacgttt ttgtcgcacg
     4441 catagtgcgg cttgagtggg cggacaagct gcggccgata gatcagcttc tcatcgtagc
     4501 ggatcgtcac gccggcgcgt gccaaaggcg gatagttgaa ggagtggaag gcgttgaagt
     4561 cgtcggcatt gatcttcgag gtgcggttgc cgcgcatgag ctggttctcg aagaagatgc
     4621 agacttcagg cacgacgggc ttgcccgacc catccttcgc ggcggctatc tcaacggcgg
     4681 tgatgaggtt ctccttgccg tccgtccgca gcatgttgat cggcagttgc gacccggtca
     4741 ggatgaccgg cttattcagg ttctcgagca tgaagctgag agctgaggcg gtgaaggcca
     4801 tcgtgtccgt gccgtgcagg acgacgaagc cgtcgtaggc gtcgtagttg tcggcaatga
     4861 ggcggacgat cttggcccag gagtcgggcc cgatgtcgga cgaatccatc ggcggatcga
     4921 aggagatgct cgccgtctta tgccccagcc gcttcagctc ggggatgtgc tcctgaatgt
     4981 gccggaagtt gaagggctcc agcgcgcccg tttcggggtt ctccaccata ccgatggtgc
     5041 ccccggtgta gatcaacagg acggatgatt tgctcttaga tgccatgttg cgatgcggtt
     5101 atcaaatagg aatcaccagc aggggggtgt tgccgtggaa gatcatcttg cgggctatgc
     5161 tggggttgaa gatgcgtgtg atcatgctgc gacggtaggt gctgaaggcg atcatgtcga
     5221 tgcgcttctc ctcgacgaac gtctggatgg agtcgagcaa gtcgccgtcg cgcaagacgg
     5281 tgtgcccgat gttgaggccc ggatgttgct tggtgaggta ctcgtccatg ccggccagac
     5341 ggatctcgtt ccactcgttg cgactggtgg agatgttgaa cagctcgatc tgcacggggt
     5401 attccttgaa gatggtgacg aagcgcccga aggcttcaat gtcgcgcttg ttgaacgacg
     5461 tggcgaaggc tacgcggcga cactcgctga gatcgctgta gggcacatgc tccgggatgg
     5521 ccaagagcgg cgtctgggtc tgctcgatca cctcgcccgt gacgctaccg atcaggtcga
     5581 tattcttctg gttcttgccg cgcgtgccca tcaccatgag cgtcgggcga tactctttgg
     5641 cgtactccag gatctcctcc tcgggcacgc cttccttgag gatgtagttg tacttcaccc
     5701 ggggccactc gccgctttcc atcttgcgat tgatcagcgt gcacatgttt tcgatgtcgg
     5761 tctggacgcg cttatagacg gcttggatgg actcgttgcc ggccgttccg gtcacgatcg
     5821 gatcgcgcgt ggcgaagggt agcgccgagg ggatgtaggc gctgaagtag gcgtgcagga
     5881 gcatgacttc ggcgtcaatg cgggcggcgt ggcggatgcc cgtctcgcag gccttgatgg
     5941 agtagtccga gaagtcgatg gggataagca ccttcctggg agcgttctcg tcggcgccct
     6001 gctcgtcggt cgcctcgctc agccactgcg tgtcctcgat gatgcgcagg gcctgcggca
     6061 ggtctttctc gttgatccgc acacgcacac cggccgagat gacgggctgg atctgattca
     6121 cgttgtgaat gtacgcctcg atgccttcgg cctcgagcag cgtcttgagg atttgggcct
     6181 tttcatacgt atgaatggcc agggtgacta attgcttttc catgtctatg gtcctccttt
     6241 tgaatgattg atgcgtagag taatgtgagt gattggggcg gggtagtcat tcgatcgatg
     6301 gcgccctttc ctgactcggg aaatgacctc tcccgaaggt tggacccatt tcctgactcg
     6361 ggaaatgacc tctcccgaag gttggaccca tttcctgact cgggaaatga cctctcccga
     6421 aggttgggcc catttcctga ctcgggaaat gacctctccc gaaggttgga cccatttccg
     6481 aggctcggaa gtggcctctc ccgaaggttg gacccatttc cgaggctcgg aagtgacctc
     6541 tcccgaaggt tgggctcatt tccgaggctc ggaagtgacc tctcccgaag gttgggccca
     6601 tttcctgact cgggaaatgg cctctcccga aggttggacc catttccgag gctcggaagt
     6661 gacctctctc gaaggttggg cccatttccg aggctcggaa gggggatggg cgaggggtaa
     6721 aaaagatccc ggacatcgtg ctgacttgca ttgctgcccg ggatcttcgt gtcgtcattc
     6781 cgatctcact ttgggtatgt gagcatctca ggatcgtacg gcgatctaca ctttctgcat
     6841 cccgaggatg tccagcgcgc gatcgagaat ggctgtgtcg tcgatcatga cgatgccgcc
     6901 atcaggaccc ggctcgatgt gcagaccgca gctcttgccg tctttgtaat tctcaccacc
     6961 gaagtagtta cgtacagtct caaccgtcac gccgagatct tcagcgatgc gatgaatggt
     7021 accatcaggc agacggtcct tgattgaccg gagctcattg aatgtgattg tccttgtcat
     7081 ggttcgtttc tgtttttatt aatcaatact tgaatgaaat aacggcccga aaataggggc
     7141 tataatggtt ctgggcaaat ccctgacggc tatttgtctt gcagtcggtt caggatttcc
     7201 cggatcttct cgtaagtggt cagtcgcgta ggcacaaggg gcagtcgtaa gcgattctca
     7261 ataaagccca tcatgttgag catactcttg acaccggcag ggttaccgtc gacgaaaagc
     7321 aggtcaaaga gctccatgaa acgcgaatga atgacgcgcg cattgtcata atcgccttcg
     7381 agagccaaac gcaccatgcg actgaattcg cgcgggaagg cgttgccgat gacggagatg
     7441 acgcccacgg cacccagcgc gatcagggga taggtgatgc cgtcgtcacc ggagatgact
     7501 tggaagtcgg ccggcttgtt tttgatgatg tcgttcatct gtttgatgtt ccccgaggcc
     7561 tccttgacgg cgacgatgtt gcgaaaggtg cgggccagtc gcagagtcgt ctcggcggtc
     7621 atgttggtac ccgtgcgtcc ggggacatta tagaggatca cagggcgtgt ggtggcttcg
     7681 gcgatggctt cgtagtggcg gaagatgcct tcctgcgaag gcttgttgta gtaggggacg
     7741 acggaaagga tggcgtccac gtcctgtaag tcggcctgtc ggagcgtatc gacaacggcg
     7801 cgtgtgcagt tgccacccac gccaaggacg acgggcacgc gtcggcgcac ttgcgtcacg
     7861 accagccgtt tgatctccgc cttttccgtc tcggtcaggg tgggcgtctc agccgtggtg
     7921 ccgagtacga cgagatagtc cgtgccgttc tgcacctgat attccaccag cttcacgagc
     7981 gcctcataat ccacactgcc gtctgccttg aatggcgtca ccagtgcgat ccccatgcct
     8041 ttcaaatcaa tcagagccat gccttctacg gtctttcagt ccttagttca tccggccgat
     8101 tttgccgatc gaatggcctc gaggtaggtc ataatgtggc ggaagaggaa gggaatgtcg
     8161 tgcacatcgt ctttcataac gatggagagg tcgaagagat ccatcccctg ctcacgcttg
     8221 gccccgacct taaaggccga cgggtgttgg agcatcaggt agcgcatgac gggcacctcc
     8281 tcgctcgtca ggtcgagcag caagtcgacc gtgaggttgt tgagctgcgt acgcatgttc
     8341 ttgtccggga agccccacat gtccacgtcc ttcccctcct cgacgggcag gaaggcgtaa
     8401 tcccagatcg gggtgtcctc gtccttgcgg gtgtagacgc agacgtgcac cgtcttgccc
     8461 tttttcttca atgtatcaat gcacggctcg atggctttcc agtcgcgggc ctcacacatg
     8521 atgaggacgt agcggatatc gtccatcgag cgatagcagt gctcgcgtgt cgtggcgttc
     8581 ttggccagcg accttatttt cttgttcaaa aagtgtgttg taagaatcat acccctatca
     8641 gttttaagaa ttcgtcttcg ttgaggagtt tcacccccag tttttcggcc ttagccagtt
     8701 tggccgggcc catattttcg cctgccagca gataatccgt cttgccagag atggcggagg
     8761 cgttccgtcc gccgtgacgc tcgatcatcg tcttgtactc gtcgcgcgaa tggtgggcga
     8821 aggtgccact gatcacgaac gtgagtccct tcagctcgtc cgatcgggcg ccatcgtcgt
     8881 cgctctcagc cagcgccatt tgtaggccgt gcgccttgag ccgactgacc atcgtctgat
     8941 tgcgcgcctc ggcaaagaag tccaccacac tgcgggcgat cttttcgccg atctcgtccg
     9001 tctgcatcag cacctcgacc gtagcctctg ccaacgcgtc gatcgaggga tgcgcgtagg
     9061 ccaacttggc cgcgatgttc tcccccacgc cgcgtatccc aagggcgaag agcactcggg
     9121 cgtaaggcac ttgcttcgag atctccaagc tgtcgcgata gttcttcgcg ctcttctcgg
     9181 cgaagcgctc gaggcgcatc aggtcggccg gagtcacgtc gtacaggtcc gaggcatcgc
     9241 ggacgaggcc ggcgtcataa agtgcttcga ccgtctcggg gccgatgttg atgttcatgg
     9301 cccgacggct gacaaagtgc acgatccgac ccttcacctg cggcgggcat ccccactcgt
     9361 tcgggcagta atgcgccgcc tcaccctcca cgcgcaccaa cggtgtaccg cactcggggc
     9421 actggctgat gaacgcgacc ggtgcgccat ccattgactc cgaccgatcc accccgacga
     9481 tcttcggaat gatctcgccc cccttctcca catacacgcg gcaaccgaga tgcaggtcaa
     9541 gccgccccat aatgtcagcg ttatgtagcg aagcacggcg gacagtggtc ccggccagca
     9601 gcaccggctc gaggttagcc accggcgtca ccacgcccgt gcggcccacc tgatagtcga
     9661 ccgaaacgag gcgtgtctct gcccgctcgg cctggaactt atacgcgatg gcccaccgcg
     9721 gactcttcgc cgtggctccg agcgcacgct gctgccgaag ggcgtttacc ttgagcacga
     9781 tgccgtccgt agctacgggc agacggtggc gctcggtgtc ccaatacgcg atgtaagcca
     9841 taatttcttc cggcgtgtgg cagacacgca tggcgtcaga cgttttgaat ccccaccggc
     9901 gtgccgcttg caaattgtcg taatgattgt cggcgggcag gccgtcgcct aacatataat
     9961 ataggtaagc atcgaggcgt cgcaaagcca caatgcgcgg gttctggagc ttcagcgtgc
    10021 ccgaagcggc gttacgcgga ttggcaaaga ggggctcctc ctgcgcctca cgctctcgat
    10081 tgaggcgctc gaactcggcc cacggcagga gcacctcgcc acgcatctca agccgctccg
    10141 gccagtcctc gccacgcagc cggaggggga tggagcgaat ggtgcgcaca ttggccgtca
    10201 cgtcgtcgcc acgcacgcca tcgccgcgtg tcacggccgt cacgagccgc ccgcgttcgt
    10261 aaatgagcga gatcgatgtg ccgtcatact tcagctcggc caccacctcg aacggctcgc
    10321 cgagcgtccg cgccacgcgg tcgtaaaact cccgcacctc ctcttcggaa tacgtgttgc
    10381 ccagcgaaag catagggtat tggtgctcca cctgcgtgaa gccctccgtg aggtcgctgc
    10441 cgacgcgctg cgtgggcgaa ttggggtcgg cccactccgg atgtgcgacc tcgagctgct
    10501 gcagctcgcg catcatctcg tcatacgtat gatcggagat aatgggcgcg gaaagcacat
    10561 agtaggcatg gttatgctca tccagcgcct cccgcagcct ctcgatcctg ttttttatgt
    10621 cgttcattta ctctaaaaaa cctttgtcgg acgcaaaagt aaacagccag ccgaaatctt
    10681 tatcgggcct ctgccccgca gcaatccctc tctgctcccc cgaaagtgcc ttttgcacca
    10741 ccataatgcc atcctcaaag gcaaacaggc gcctgtttgg gtcactccag tctgcgcgaa
    10801 gctaaacagg cgcctgtttg ggtccctgca ttttgtgtaa tgccaaacag gcgcctgttt
    10861 agggctacgc agtctgcgcg aagctaaaca ggtgcctgtt tgaggctacg caatctgcgc
    10921 gagggtaaac aggtgcctgt ttgaggctac gcaatctgcg agagagtaaa caggtgcctg
    10981 tttgaggcta cgcaatctgc gcgagagtaa acaggtgcct gtttgaggct acgcaatctg
    11041 cgcgagggta aacaggcgcc tgtttggggc tacgcaatct gcacgagagt aaacaggcgc
    11101 ctgtttaggg ccctgcattt tgtgtaatgc caaacaggcg cctgtttgag gctacgcaat
    11161 ctgcgcgaga gtaaacaggt gcctgtttag ggccctgcat tttgtgtaat gccaaacagg
    11221 tgcctgtttg gtcaagttcc actttccccc agcctcgaca gaggccttcc atgtcgcact
    11281 cacgccttat ctatccaaaa agcccctcga attatcgtct atatttgccc gccttaacaa
    11341 ctggataacg tgatgaataa acagttacgg ctaaaagaca aagccttcga gctttatatc
    11401 ccggagaggg aaattgtggc ggccattgat cgtatggccg gagaaatacg ccgcgatatg
    11461 gaggggcgag acccgctcta tgtgggcatc ctcaacggcg cattcatgtt tgtatctgaa
    11521 ttggtgagcc gactctcgcc ccagtctgag ctgacgtttg ccgcctattc gtcgtatcac
    11581 ggcaccaagt ccgacggcat cgtccgcgaa ctgctgccca tacgcaacaa agacaccgag
    11641 cgcccgattg tcctcctgga ggacatcatc gacacgggct tgaccatgca atacgtcacc
    11701 cagcgactgc gccaagaggg tgtccgcgac gtacgcctgg ccaccatgct gcttaaaccc
    11761 ggatcgctgc agtgcgacct ccgcccggat tacgtgggca tggagatcga caacgacttc
    11821 atcgtcggct tcgggctcga ttacgacggg cgcggacgca tggcgcgtga catctataaa
    11881 atcgtagaac tctaatctct atagcactat gttcaatatc gtaatattcg gtgcacccgg
    11941 ctcaggcaaa gggacacaaa gcaaaatgat cgtcgagcgt tacggcttcg actatatctc
    12001 taccggcgac atgctgcgcc aagccatcag ccagggcagc gagctgggac gaacggctaa
    12061 ggaatacatc gaccgcaggc aactcgtgcc cgacgatctg atcgtccgtc tcatcgctga
    12121 cttcctcgat ggcaagcacg gatcgaaggg cgtcatcttc gacggcttcc cccgcaccct
    12181 gaagcaggcc gaggcgctca agacgatgct caacgaacgc ggcacagaca tccacatcct
    12241 gctcgacctg caggtggagg acgatgagct ggtagaccga ctcatcgagc gcggcaagat
    12301 ctccggccga tcagacgaca atccggagac catcaaggcc cgactcgacg tctatcacac
    12361 ccagacggcc ccactggcta cctattatat aggcgaaggg aagcacgtcg ccatcaaggg
    12421 catcggacga atcgaggaga ttttcgaacg cattgctgag gccatcgacc gcgtcaaaga
    12481 cagataaatg gctgaatcga atttcgttga ctacgtaaag atctactgcc gctcaggcaa
    12541 gggcggcgcc gggtcggccc acttccgccg cgagaagtac atcccgcgcg gagggcccga
    12601 cggcggcgac ggcggacggg gcggacacgt ctatctgcgc ggcaatctga actattggac
    12661 gctgctgcac ctcaagtttg aacgtcacgt ggtggccacc tccggccgta gcggcggcgc
    12721 caaacgcagc acagggcgcg acggcgagga tcgcatcatc gaggtgccct gcggcacggt
    12781 ggccttcgac gccgacacgg gcgaatacct ctgcgacgtc accgaggatg ggcagcaggt
    12841 gatgctgctc aaaggcggac gcggcggcgc tggcaacact catttcaaga cagccacgaa
    12901 tcaggcgccg cgctacgctc agccgggcga gccggcccag gagcgtaagg tggtgctgca
    12961 actcaaactc ttggccgacg tcgggctggt gggcttcccc aatgcaggca aatcgacgtt
    13021 gctgtcggtc gtctcagccg ccaagccgaa gatcgccgac tatcccttca ccacgctgga
    13081 gcctaacctg ggcatcgtca gctggcgcga caatcgctcg ttcgtcatgg ccgacatccc
    13141 ggggattatc gagggcgcca gcgacggccg cggactcggg ctgcgcttcc tccgccacat
    13201 tgaacgcaac gctttgctgc tcttcatggt gcctgccgat gcggacgaca tccgtaagga
    13261 gtacgagatc ctgctgggcg agctggagcg ctacaacccg gagctgatgg gcaagagtcg
    13321 catactggcc atcaccaaga gcgacctcct cgacgaggag ctgaccgagg cactgtcggc
    13381 cgacttgccc gacgatctgc cctgtcgctt catctcgtcc gtcacaggcc aaggcatcac
    13441 cgagctgaaa gacttgctct ggcaggagct gaaccgcgag accttccacg acgccgacgc
    13501 catcgtccac cgcgacatgg atatgagcct catggccgac gacgacgaag cgtgggacat
    13561 cccgcccgaa gaggaagacg ctgatgccga tgccgacctc gagtttgatt gggatgacga
    13621 agaataagcc gtagtcaacc gtaacatata ccgcaagcga agaaagccgg gtacatgagg
    13681 gagagagttc ccatcgtgta cccggcattc tttctaatga tcggcgacca ttcacagcag
    13741 gtcggcgcct tgcactcgct ctgcggcctc acggcggatg gcctgccgca cgtcctcaaa
    13801 ggcggtgcga tcgggatagt acgtcatcgt gccgcagcga agccaggaga gcgtgtcggc
    13861 gtaactcagc aggtgatcca gatcgtgcga ggcgacgaag acggtctgcc cttgccgtcg
    13921 atactccgtg agtagggccg tgacgaaggc cgaggagcgg aagtcgaggc cgttgaatgg
    13981 ctcgtcaagc agcgccagct ccgtgcgccc tatgcagcac acgccggtgc caacggcgac
    14041 aaacacgcct accgcccatc ccgcagccga cgcctcatga ggcagctccg cccgatgcaa
    14101 tccgtaaccg agggctacgg caatggccgc aaagagcacc ttggccacca caggcagcgc
    14161 atcgaacagc cgcgccacgg atcgcaatcg cagcccgagg tagaggcggt aagccgtaag
    14221 agcgcgtttc acaggctgag gctacacacg tagagtatca acgacgccac cgaattattc
    14281 gccgcatgaa acagccacga cggtacgatg ctattgctcc tcaccgtcac ataggctccg
    14341 aacagtccgg agaccacctt gggcacaatc ggcaacaggt cgatcactgc aaagtggtca
    14401 tgattcatca gatgtacgca accaaatgcg atcgaggtgg catagatcaa cacacgctta
    14461 tgtcggccaa tcaagcccag cgtccaatcg cgggctttcc tgtttaccaa catcgatccg
    14521 agccacagcg ccaccagtag catcaacgga tagcgcaacc acggcagctc tccgtaccaa
    14581 ctttctccga gcaaagagag aagacagagt atggacaagc cagctatcac cacgtatttc
    14641 tttttgtgga aaagcaggaa gcctcgaaag cccagctcct caatcaaagg gtaaagcaag
    14701 atgaacagca gcagcttctc cggggtgagc gccacaaggt tcgacgcatc gatcattggt
    14761 ttttgggtaa tccacccctt cgaaaacaca cacagatagg tcagcaactg gagcacggca
    14821 aacagcccga gcgtccccca gcggtaaatg gtagcactcg ccgcatgcgg gtctttcaaa
    14881 aacagcagga agtcctgcca cacactccgc gctaccgtcg gattcagttg ttcattattc
    14941 ctcatctctt ttttgtttgg gtttagtggt cgcaaatgaa caacgcccac gccaaacgtt
    15001 gcgctgggga ctcgcatgcc atgcaagccc cgaaacttgc cgggttttac tactcgcacg
    15061 ccgtgcaagg ccccaaactc gccgggtttt actacttgca cgccgtgcag gcccgaaact
    15121 cgccgggttt tactactcgc acgccatgca aggccccaaa ctcgccgggt tttactactc
    15181 gcacgccgtg caagccccga aactcgccgg gttttactac tcgcacgccg tgcaaggccc
    15241 aaaactcgcc gggttttgca tctcgcacgc cgtgcaagcc ccgaaag
//
LOCUS       SEQF2637|AYYD01001179.133967 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..33967
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             318..821
                     /gene="dprA_2"
                     /locus_tag="SEQF2637_01802"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39813"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA processing protein DprA"
                     /translation="MLVISGLAYGIDVCAHRTALQLGLPTVGVFAHGLDNCYPKSHCE
                     IARRMIERGGLFTDYPSETPIAGENFLKRNRLIAGLSDAIIVVESFERGGALSTATHA
                     FANSRDVFAFPGNVGDDHSLGCNQLIRDNKAGLILSANDLFRSMLWDVHTAESHPHIQ
                     MRIPFEA"
     CDS             1109..2632
                     /locus_tag="SEQF2637_01803"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLSSDDIRHLADKKITEAQLNEQLACFANGFPFLSLVASATAG
                     NGIRVVSDEELAQYIERWNTYLTRDAHILKFVPASGAASRMFKNLFAFLSSPSDSPST
                     DFERTFFDQIDSFAFFGTLDAACRTNEGMGVHELIAAGRYKAVVANLLEARGMDYGEL
                     PKGLLLFHGSADGPRTALEEHLVEGALYARNQAGRVNIHLTVSPEHQALFEQLVRRVV
                     PAYESRYGVRYDISFSTQQPSTDTVAVDLQNQPFREADGTILFRPGGHGALIGNLDAM
                     DADVVFIKNIDNVVPDRMKPVTVTYKQLLAGILVDLHDRISNYVRLIDSGACSPEQVD
                     EIDRFVRETLCVRNPSMPTELKDRIAYLRRKLMRPLRVCGMVKNTGEPGGGPFFAVDP
                     DGTISLQILESSQINMSDPNARHLFEQGTHFNPCDIVCALRDPYGHKYHLPDFVDRNT
                     GFITQKSKDGRELKALELPGLWNGAMSDWNTVFVEVPIETFNPVKTVNDLLRPEHRN"
     CDS             complement(3781..4752)
                     /locus_tag="SEQF2637_01804"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREIKKIANDTTRYPMAMHIDMQEQIYGLIQPFAPEKILLGTTD
                     IPSWKKDIDQEKDAVRDTPPSESIPFLTAKGKKRREIVSSLFLEIRAASTSPVETRAK
                     AAHRLRLVIDSYKGLQRENLIEETGHVSGLLNDLDKPTATADLATLGLTEVVQMLHTV
                     HNEYLTLRGSRVKDLASDTLPSGASLRVKNDATADQIFRHIEAAYLSTTTDDDRKAIG
                     ELIDRINAVLGMIKTTYRQRIAQKKASSKKKKGGKDKEPKQPEPPKNPKKRKEEPDIR
                     LPEDEKPKTPDTPGGDTPKKPEGGGETPEPPKKPESGGSPEIHLPEE"
     CDS             5724..8834
                     /gene="xly"
                     /locus_tag="SEQF2637_01805"
                     /EC_number="4.2.2.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9AQS0"
                     /codon_start=1
                     /transl_table=11
                     /product="Xanthan lyase"
                     /translation="MGTFVLHFKMNKSIHHMNNHTIHCLARYAGQYLLGLFILSGLST
                     ANSAAQTLPKDLSQKAATYLSTWAKRRAHVGNVSVDSIRMTGRKVVFYADVTLSYIPM
                     REPDVKDALLNLSAMLPKSYRDYSVEIRIDGQSISDLVPAAYRTEESKKIDPPRSGSD
                     HPLITRLSSPATAKHGLNGRHIALWQSHGLYYERKLGRWEWQRARTFGTVEDLYTQSY
                     VLPYLVPMLERAGANVLLPRERDTQGVEIIIDNDGCRNRSTYTEKNAKMAWRAGEGKG
                     FAHLRDRYTGQENPFREGTYRAVESIAKGKESTAEWTPDIPRAGRYAVYVSYKTLPNS
                     TEEALYTVHHKGGSTRFAVNQRMGGGTWIYLGHFEFDRGRNPSGRVVLSNLTGRGGEI
                     VTADGVKIGGGKGNIARGVTLDKRATTNVHSASSTEEDEAPTTPYPSETSGYPRFTEA
                     ARYWMQWAGVPDSIYSPSGGKNDYTDDYRGRGKWVNYLAGGTSANPQEPGLGIPIDLS
                     FAFHSDAGTTTNDSTMVGTLGIFCTDVYDGVFADGSTRYASRDLTDMVQSSIVHDVRT
                     LYEPRWRRRAMWNRPYSEARTPRVPAMLLELLSHQNFADMRLGLDPRFRFTVSRAIYK
                     GMLRFLANRYGRKYAVQPLPVDHMQLRFLREGEAELSWRAVQDPLEPTAEAKQYIVYI
                     REGDGAFDNGTLVSKPTFRHAQQPGVVYSYQVTAVNDGGESFPSETLSAGRAKQERGV
                     VMVINGFDRVSAPDDFSTDSLAGFTDWTDHGVPYINDISYIGSMKEFRRSAQWTDDDA
                     AGFGDSRSNYDTVVIAGNTFDYPALHGQSILRAGYSFVSCSNEAVEDQMVDLKNYRII
                     DLILGKQRRTKMGRGGVTPLQFEAFSRGMQRALTDHCKRGGRIFVSGAYVGSDLFNSP
                     QSTPADQFFATNTLHFKWRVGQASSTGQVRGIVSPYPAFDGTFEYYAEPNPDGYVVES
                     PDGIEPADESGHTVMRYAETRISAGVVYAGKYRTCIFGFPFESIKKASDRDRIMQSVL
                     GFLDGN"
     CDS             8972..10450
                     /gene="pglI"
                     /locus_tag="SEQF2637_01806"
                     /EC_number="2.4.1.293"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0P9C6"
                     /codon_start=1
                     /transl_table=11
                     /product="GalNAc(5)-diNAcBac-PP-undecaprenol
                     beta-1,3-glucosyltransferase"
                     /translation="MKDQITCFVPLADKEQVAPIIEELSASPMVSRVVMLTTDEQLAR
                     STGREDILYVPSLQSTEAIFTMARMSRGTPYLIYYTKYTPLRLGYLALKRMVQVMENT
                     HASMVYADRYQQDGDEQRPAPVIDYQRGSLRDDFEFGSVMMFRANVFRATAVTMSSSY
                     HFAGLYDLRLRLSERAPIVHIDEYLYTEVLSDRRKSGEKIFDYVDPRNRESQIEMERA
                     CTDYLRSVGAYISPDEIKPLALDTTGFTREASVIIPVRNRVRTIEDAVRSVLSQQASF
                     DFNLIVIDNHSTDGTTDILCRYAADDPRVIHLIPERNDLGIGGCWNLGVQHDACGRFA
                     VQLDSDDIYKDEHTLRTVVETFHREQCAMVIGSYQMTDFHLQPIPPGLIDHKEWTPEN
                     GHNNALRVNGLGAPRAFYTPLLRALPLPNTSYGEDYAIGLTVSRNYRIGRIYDPIYIC
                     RRWEDNSDAALDVTRSNRNNFYKDKIRTWELQARIRMHEEIS"
     CDS             10447..11742
                     /locus_tag="SEQF2637_01807"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPSPKRSAWRWIPSLYFAEGLPYVAVMTIAVIMYKRLGLSNTD
                     IALYTSWLYLPWVIKPFWSPFVDLLKTKHWWIVTMQLLIGAGFAGIAFSIPTAYYLQL
                     SLAFFWLLAFASATHDIAADGYYMLALDSGEQSFFVGIRNTFYRLATIFGQGILVMLA
                     GALETGTLLPDTPLRIPMAWSLTFYLLAALFIGLTLYHKIVLPRPASDAPRTELSVGQ
                     LASDFFHTFVTFFQKKHLGLMFFFLLTYRLGESQLVKIASPFLLDKHAAGGLELSTAT
                     VGMIYGTIGVIALLLGGVLGGIVVSRHGFRRWILPMALAINLPDALYIYLSAVHPDAW
                     QVIVAVAIEQLGYGFGFTAYMLYLIYIAEGEHKTAHYAIGTGFMALGMMLPGMAAGWI
                     QDTVGYTPFFIWVCICTLPGILASVLVRNKIDPAFGKKS"
     CDS             11739..12977
                     /locus_tag="SEQF2637_01808"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRYLFLSLILYFAVGIVASAQKVRVKTGIEVLQDEHFRRLEGK
                     RVGLITNPTGVDHRLRSTIDILHEAPNVRLVALYGPEHGVRGNVHAGDTVGGTVDPAT
                     GLPIHSLYGNTRKPTPDMLRGIDILVYDIQDIGCRSFTYISTMGLAMEAAAEAGIEFM
                     VLDRPNPLGGERVEGCIVEDGYQSFVSPYPIPYVYGLTCGELARLLNEERMIGQRCRL
                     QVVKMKGWRRRMSYAETGLPWVLPSPHIPHPETAHYYPATGILGELGTISIGVGYTLP
                     FQLFAAPWINGPQLARRMNTLRVPGVIFRPIYLKPFYASFKGEFIQGIQVHLIDTRHA
                     PLSELQFLVMQEAAALYPNHSPLQEADSSRLRMFDKVCGSPEIRRRFTQRFRWNDVRD
                     YWMKDVATFRRLSRKYYLYK"
     CDS             12993..14162
                     /locus_tag="SEQF2637_01809"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHQPTQRLLALDILRGITIAGMITVNNPGSWLYVYAPLGHAEW
                     NGLTPTDLVFPFFMFIMGISTYISLRKYQFTYSASAARKIVRRTAVIFAIGLAIAWFG
                     LSCRTWHALAEEADLSFASRLWRAVTNFDHLRILGVMPRLALCYGATALIAITVPHRR
                     IPFLIGATLAGYTVLLFLGNGFAYDETNVLSVVDRAVLGPDHMYKDNGIEPEGLLSTL
                     PAIAHVLVGFCCGALLIGVTDVKDKMLRLFLVGTAMALGGWLLSYGCPINKKIWSPTF
                     VLTTCGMAASLLALLVWIIDVRGHRRWCRFFESFGVNPLFMYVLAAVFAILLGNIRIP
                     HGDGESVSLGGYIYGDVLRPLLGEYPGSLAYALLLVCSCWCIGYVLYKRNIYIKI"
     CDS             14220..14927
                     /locus_tag="SEQF2637_01810"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFARGLFLRQKSPISRKVFPSKKARRRIRLNYKPLTRQKSPIS
                     RKTFPSKNARQRVHLKYKPPTRQESPISRKAFPSKKARRRIRLKYKPLTRQKPPISRK
                     TFPSKNVRQRIRLNYKPPTRQESPISRKTFSSKNARQRVHLNYKPLTRQKSPISRKTF
                     LSKNVRQRIHLKYKPLTRQESPISRKTFPSKNVRQRIHLKYKPLTRQKSPISRKTFLL
                     KNPEQGMHLGWKGMERR"
     CDS             15274..17715
                     /gene="thrA"
                     /locus_tag="SEQF2637_01811"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00561"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional aspartokinase/homoserine
                     dehydrogenase 1"
                     /translation="MKVLKFGGTSVGSVKGLANVKRIVEAIDEEVIVVVSALGGLTDR
                     LLLASKLASEGNEAYLAEYAEIVRRHDEVIDGIVPEVSRESVKRHVRETLGELENIYR
                     GVYLIRDLSRKTSDTIVSYGERLSSFIISHIIDGAVLYDSCEFIKTVDRFDKHIVDFE
                     VTDRLISERFKKLPRVALVPGFISTDAVTGEITNLGRGGSDYTASILAARLGASQLEI
                     WTDVDGFMTADPRVINSAYVIDQLSFIEAMELCNFGAKVIYPPTIYPVYHKNIPIRVC
                     NTFNLQAPGTLITQEYRRKDGKRALITGISSIDNTCLVTVQGLGMVGVIGVNHRIFKT
                     LAENGVSVFMVSQASSENNTTFAVRNEDADRAVEALNKEFSLERSQGEINDVTAEKGL
                     ATVAIVGEDMKRTPGIAGRLFGTLGRAGISVIACAQGASETNISFVIRSEVLRKALNS
                     IHDSFFLSEYKVLNLFIAGVGTVGSNLLEQIRGQQENLKKQNRLKLNIVGVANSRKML
                     FRREGLKAEGLIEALKNEGVPSSPALLREEILQMNIFNSVFVDCTSNEDVAAIYESLL
                     DKNISVVAANKIAPSSAYDHYRLLKDTARRRDVKFLFETNVGAGLPIIHTINDLINSG
                     DHVIRIEAVLSGTLNYIFNTIDAEVPMSRAIRLAVDSGYAEPDPRVDLSGKDVVRKLV
                     ILAREAGYRVEQADVKQRLFIPADFFDGSAENFWARIPELDAHFESERKRLAAENKRL
                     RFVARMADGACEVGLEEVCSTHPFYELEGSNNIIMISTERYHEYPMIIKGYGAGADVT
                     AAGVFADIISIANIR"
     CDS             18354..19010
                     /locus_tag="SEQF2637_01812"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPANLAGYPTLSFLVFHFLIYLPLMIQIEDTIVSLDVIERRFMC
                     DLSQCRGACCIEGESGAPLEEGEAEQLRLALPEVWDELKEDAREVIRQQGVSYLDADG
                     DEVTSIVNGRDCVFTRYAPDGTCHCALEQAFREGRTTFMKPISCRLYPVRVTQYRRFR
                     AVNLHRWEVCRPAEILGEQLGIPAYRFLREPLISKFGTEWYTALEAAAEMVARQSEQK
                     "
     CDS             complement(19646..20674)
                     /locus_tag="SEQF2637_01813"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKGLVIERVGMNKLDNAQHVQLHSALYAIMAEFDLTKIGIPEE
                     AKTEWDGSLHLEKDLNIETTASATSKLLRKKDEARNRLALFIFSQVRSFLLSPETDEA
                     EAAERLYVVTKGYAGIQLESQDRETAHIDGLVEDLKKTEHAADMTKLRLTSALTKLET
                     LNKEFAELHLQRTKERAAKKLPATAKVRAEVDEHFERILDLLKSNYLFGKTPIEPTLI
                     ETLVGRFNQRMHESDAAYRQGQAIKKASADKKKKPDAPKNPKDPKDPKPKKPGKDDGK
                     PDIHLPEGSDPKKPDAPKKPEGEGGGAGGGGAKPGGGGGTGGGEQPKKPKEGGGDSGN
                     PDIHLPEE"
     CDS             22011..22643
                     /locus_tag="SEQF2637_01814"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLAQERGDETKRNMRDIIFMIFLLMLSLSACSRKEMDTAEISD
                     EMDLIENDTMPSIKKSDSSDCQNYTCLAFIDLRIIDKDGNDLLDPSSTSPNKVDLSKI
                     DIYDVRDGAELRNYNPWSDNPRGFSISPPESTFLPYYLMTIYPDVRPDKGTITTTMTL
                     VDWGDGRRDLFKVEFYHSPTMDIQQKVWLNDTLIWDRATSSTEPKYVMIR"
     CDS             22801..23352
                     /locus_tag="SEQF2637_01815"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYFLFIVLFPLLLSTCSQKGKSRLAPNLSVATRDTTEEEEGGH
                     ITSCHIRVRILDEYGNDLLDPSSSSPKAIDGSKIKFYYVRGGKELLCGIEGRPRGGYV
                     ITPEGDASSYYEIKVFLDISPEDSITTTLLDWGDGHRDVFKTYFFRQPGVIIRQKVWL
                     NDSLILDIPKRYGPKDLIFTIRR"
     CDS             complement(23638..24186)
                     /locus_tag="SEQF2637_01816"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGYFDKHIRNRFFWAAKLRSSQDFSDVTRQEIFPPLPIPRRRM
                     PHPQRVEIMPCRGMRETQRVLIVPRLQYILTRHIPDMSFVGIHKTRRVRLFHGCGMYK
                     TRRVRGILLGGIRKIGCVLGGLWGGRWKMWCVYVSLCRGVLNTPYRRPIYGANDPNDR
                     SLIRILVPCGAILWGVCNTPLP"
     CDS             24198..27959
                     /locus_tag="SEQF2637_01817"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLSYRENMRRLRNPSFEKITAIAHSFLPSPTDGRTAPPTDLPS
                     PDMAADRGQMLLRALCDDGVRQKAKVDRVLGTMPRKLFQGTTFDVVDWQCGQGVNTVC
                     FFDFIRRNGMENRVQQVFLIDTDAEAMERALWHLEPYMGDTDRIVTIHKPINEVDRFD
                     IETHQPVTFHFFTDVLGHPEIDLRRLAQLIGRTIRGEHYFFCVDALKHGNDRLETFYR
                     CFNSPELFTDETYYPTARQPYAMTCKAFRLRAETFGLNTALSPVQWQAAFRLDIVREL
                     LQQTEREKVAALYRSLSRFEVSAGYDVAACAHNDLPPLLAVLSNLITRGLPTAASPLL
                     EDAFAPLGNRKRWNEEGRITYAARDLYPSDLFEALHLIDPRFKPDETTYNVDALESDL
                     QREYITRVAPPPFRQLFEPQRNVYTLTGQREYCTQHVDFSLEFPYPTKDLRDVRHNGF
                     VIEIEDPTVQTTMDQRRIEKQRTDDLAAMNWTCETFSDGHLSDMHFGYLDSDYVRTAF
                     RVFSRPFDSEWVRTLQYVLTPIGVARIEKVILEALMAGRLDLAAPHWEVLVVERDVPC
                     AVAALSDLRALFERLTALSAEWDGVHFPEVTLDVISTPEFIDSPLHADVVPSAELTEE
                     HRAKTYDLIIDISVLRRAGIERPLIGTYTNCHNDCCFIVRSAHHAREPRRVLTTGRIT
                     YRPLIIRDAIGRSTLIPETAGAIHYIMGILSRREDFRPGQEAILDRLLRGESVAALLP
                     TDAHGAAVALPAALLQPGVTVVITPDAKTADKLIDEARQADIDCGASLHTNMTDGERE
                     RRERRVESAALHFVAISAEQLARPTLQQRFLSMRETGVYFAYGILDSAERGSEWSPFF
                     DPHYLCAGKILRRYARPREGTITLGATLSQASFDVLFDVERELLPVDSYTPDRDRIVT
                     ASATVAPMSLESRSEAEEGKDIEQILREMGMEYIAPVLGSSSAEEARLVGLSYPTSAG
                     EGGESTRDKAAEARYIRILYRMGCLGLIDGVARDEAQKRFLLVVRDCTAEQVYKRYCD
                     YFNRYYTRKRAEREETSARAGMPAVMLRDEREGVIYKCLTGLTHYVCDNIVRLAPDTA
                     SHTPLTERLAQDLADDSQATDEVLFRYLHLVNDSSEGSPKGRIHALHESVCTLRRAGH
                     THPVLLLLNTFCLLYLGTGDRATLEQDLSTSYEQGIIGLYHLMPDYARFQEQFEAYNR
                     FVRNEADATDDATEARMEKAASRLLLIRAADILSTHLTYTTELQRTYLG"
     CDS             27960..29018
                     /locus_tag="SEQF2637_01818"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METIEDINVALLQLRENLANLDAARLQVAQVTGSSQELVEATAR
                     LSDEVKRLADRISEETQAVISRFAEQLEGSRAEWTDAINDGKARFATEVEQTRQATAL
                     LKSDAELALQQALATSTQSVADLKLETQETLRLATSAATQVVADLKSETQETLRQATA
                     SAAQTVAALKDNTEETLRQAAATSTQTVADLKTETEETLRQAKEASLQATEQLRTETQ
                     AALQQSLEATTRTMGEVSEQAKQSVGEVSALAKHALTEVTTVSTDAIEMQQSEIADTL
                     DTLADYNERIRQLIDALTASNLSAQIASLERKVDEQSAAQQAALEKIRLDAERNQKIQ
                     LFTAITIVILLLLFFFLK"
     CDS             29040..32285
                     /gene="carB"
                     /locus_tag="SEQF2637_01819"
                     /EC_number="6.3.5.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63740"
                     /codon_start=1
                     /transl_table=11
                     /product="Carbamoyl-phosphate synthase large chain"
                     /translation="MSKNNIHKVLVLGSGALKIGQAGEFDYSGSQALKALRQDGIKSV
                     LINPNIATIQTSEGVADSVYFLPVTPYFVEQVIAKERPDGILLAFGGQTALNCGIKLY
                     NEGTLERYGVQVLGTSVEAIMNTEDRDLFVRKLREVDLKTPVSQAVETMSDAITAAEQ
                     IGYPVMVRSAYALGGLGSGICKTESELRALAESAFAFAPQILVEESLKGWKEIEFEVI
                     RDRTDRCFTVVSMENVDPLGVHTGESIVVAPTCSLREDELTQLQELSVRTVRHLGIVG
                     ECNIQYAYNSDTGDYRIIEVNARLSRSSALASKASGYPLAFVAAKLAIGYALDEIGEP
                     GTTGSAAVAPQVDYLIAKIPRWDLTKFAGVSRQIGSSMKSVGEIMSIGRSFEEIMQKG
                     LRMIGQGMHGFVGNNNLEFEDLDSELENPTDLRIFAVAQALEKGYTIEHIYELTKINP
                     WFLERLKNIVDYTHVLGQYKKIEDLPADVLREAKRLGFSDFQIARYTEHPEGNMEREN
                     LRVRALRKRHGILPAVRRIDTVASDRAELTNYLYLTYGAPSGDSATGDEHDIPFYKND
                     KSVIVLGSGAYRIGSSVEFDWCSVNAVRTARSLGYKSIMINYNPETVSTDYDICDRLY
                     FDELSLERVLDIVDLEQPRGVIVSVGGQIPNNLAMKLYRRQVPILGTSPVSIDRAENR
                     HKFSAMLDTLGIDQPRWAELTSMDEIDDFIHRVGFPVLIRPSYVLSGAAMNVCYNKDQ
                     LIEFLGVAARVSKEYPVVVSEFLQDVKEIEFDAVAHHGEIVEYAISEHIEYAGIHSGD
                     ATLVFPPQKLYFETVRRIKKISRKIARELNISGPFNIQYLAKNNDVKVIECNLRASRS
                     FPFVSKVLRQNFIDTATRIMLDAPFTPPNKTEFDIDWIGVKASQFSFGRLSNADPVLG
                     VDMSSTGEVGCIGDDFDEALLAAMVAVGNTIPTRSIMVSSGGAKSKVELLEPCRMLCE
                     RGYTIYATQGTAAFLRDNGVEVTPVCWPDERDGGLNILDMFSRHAFDLVVNIPKNQSR
                     RELTNGYKIRRAAIDHNIPLITNARLAGAFTRAVCNLGEKDIPIKSWQEYR"
     CDS             32460..32996
                     /locus_tag="SEQF2637_01820"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYLAHSTKPKTTFGLNLRTLRESKNRFRFITSDILRNRKQLSV
                     SISGHFVNQKTDSVSLPRTSHEAENNFLSQSPDTPRNQKRISISIPRHYAKRKTNLDF
                     DFRVLWKQKMNCDFAFRVSGKPKMNLDLRLRTLSEVKNELRFRFRSVREAKNELRFRI
                     LGTPEGKNESRFRFPECL"
     CDS             complement(33106..33198)
                     /locus_tag="SEQF2637_01821"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVQTTFRAHSDDLMAIIAWILLLFIFTHR"
     CDS             complement(33195..33413)
                     /locus_tag="SEQF2637_01822"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVQTTLCAYSANLMAIIALIFFCFLFFHQEKKRKSERGGEAPV
                     KAPTNLLRLPDAPREGRNNSLRLFRRTL"
     CDS             complement(33410..33886)
                     /locus_tag="SEQF2637_01823"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKTILCTHSAAPHEGPNNFPRLSGQLEGDHRLDLLLLPFLPL
                     MEEKEVGARGRSPRESPNEPPTXTRRTPXXPKQXSAPIXXXXMKXXTXLCXYXXXLXA
                     IIALIFFCFLFFHQGKKRKSERGGESPAKAPTNLLHLPDAPHEGQNNPLRLFGCTP"
ORIGIN      
        1 gattgtcata ttcagccaaa cggcgcggat agtccggatc cgtgatggtg tagagacgta
       61 tgcgatgctg ctcgataaac cgcgcttctt gctcagcacg cctcagccct tcctccatcc
      121 gactaacaat ccgcgatgca ggatatccgc gccgtttggc tgaatatgac aatccgccca
      181 tcgtatgtta ctaccgaggg agtgccaatc ttaacgcgcc gaaggtaatc ggcgtggtgg
      241 ggactcggcg tgccacccct tacggactac ggcttgcaga gaaattactt cgagatgtgg
      301 ctaaagtttt tccagagatg cttgtgatca gtgggttagc gtatggtatc gacgtatgtg
      361 ctcaccgcac agcattgcag cttgggcttc cgacggtcgg ggtatttgct cacggactcg
      421 acaattgcta tccgaagagc cactgcgaga tcgcgcggag gatgatcgag cggggcggat
      481 tgtttaccga ttacccgtcc gagacaccca tcgcaggtga gaacttctta aagcgcaacc
      541 gtttgattgc cggtctctcc gatgcaatca ttgtcgtcga atcgtttgag cggggtgggg
      601 cactctccac ggccacccac gccttcgcca atagccgcga tgtctttgcc ttcccgggta
      661 atgtgggaga tgaccactct ctcggatgca atcaactgat ccgggacaat aaggcgggat
      721 tgattttgtc tgcgaacgac ctattccgca gtatgctctg ggacgtccat accgctgaat
      781 cacaccccca catacagatg aggatccctt tcgaagcgtg atcactcatt caccgccata
      841 cggactgagg gcgtcggata cgttttccgg cgccctcagt ctgtttatac gggtcgcgga
      901 aattgtaagc gcaagccagc gctcgggagg gtacgtttac cgtttcacac ggtaggagtc
      961 tgcgcaagga ataacaggtc ggacgacgct gtcggtaggg ggctgcgtgg tgcgggatag
     1021 atgctacgca gacggtcgat ggaccgtttg cagcatcggg gaaccttgcg gatctttggg
     1081 gcatcaacca acataaatga tacgccttat gacacttagc tcagacgaca ttcggcatct
     1141 ggccgataag aaaatcaccg aagcccaact gaatgaacag ctggcatgct tcgcgaacgg
     1201 ctttccattt ctctccctcg tggcctccgc aactgctgga aacggtatcc gcgtagtgtc
     1261 cgatgaagag cttgcccagt acattgaacg ttggaacact tatctgacgc gcgatgccca
     1321 cattctcaaa ttcgttccgg cctctggtgc agccagccgg atgttcaaga acctcttcgc
     1381 attcctgtcc tccccgtcgg atagtccgtc gacggacttc gaacgcacct tcttcgacca
     1441 gattgactcg ttcgccttct tcggtacgct cgacgctgca tgccgcacca atgagggtat
     1501 gggcgtgcat gagctgatcg ccgcggggcg gtataaggct gtcgtcgcta acttgctcga
     1561 ggcgcgcggg atggactatg gcgaactgcc gaagggactg ctcctttttc acggatcggc
     1621 tgacggtccg cggacggcac tcgaggaaca tctcgtggag ggtgcactct acgcacgtaa
     1681 tcaagcgggg cgtgtgaaca tccacctgac cgtttcgcct gagcatcagg cactcttcga
     1741 gcagctggtg cggcgtgtcg tacctgcata cgagagtcgt tacggtgtac ggtatgacat
     1801 ctcgttcagt acgcagcagc cttctaccga cacggttgcc gtggatttgc agaatcagcc
     1861 ctttcgcgag gcggacggta cgatcctttt ccgccccggt ggacacggcg cgctgattgg
     1921 taacctcgac gcgatggacg cggatgttgt tttcattaag aatatcgaca acgtagtccc
     1981 cgaccgcatg aaacccgtga ccgtaaccta caaacaactt ctggcgggta tactggtcga
     2041 cctgcacgat cgcatttcta actatgtacg actgatcgac agcggtgcat gctcgcccga
     2101 acaggtggac gagatcgacc gtttcgtccg cgagacactc tgcgtgcgta atccgtctat
     2161 gcccaccgag ctgaaggatc gcatcgccta tttgcgacgc aagctcatgc ggccgctccg
     2221 ggtgtgcggc atggtgaaga atacgggtga accgggcggc ggacccttct ttgcggtcga
     2281 tccggatggc accatctcac tgcagatcct cgaaagttcg cagatcaata tgagcgatcc
     2341 caacgcgcgc cacctattcg agcaaggtac gcacttcaat ccctgcgaca tagtctgtgc
     2401 gctgcgcgat ccgtacggtc ataagtacca cttgcctgac tttgttgatc gtaacacggg
     2461 attcatcacg cagaagagta aggatgggcg tgagcttaag gcacttgagc tgcccggact
     2521 gtggaacggc gcgatgagcg actggaatac ggtcttcgta gaggtgccga tcgaaacttt
     2581 caaccctgtc aagacggtca acgacctgct tcgaccggaa cataggaact aatcgaccgt
     2641 tttgggagtt ttctcccttg tcatacattg tgtcttcccg ccgacgcaga gatgcatcgg
     2701 cgggattttt ttgtcaccca ttccgccgcc ggattatcct ttctcgatcc tctttgccta
     2761 ccctgccgca ggatggggtg gaaagatgga tgccacggcc ctacccaacg ataagatggg
     2821 ttaccctttg tgggaacgtt tgagaggcgt atgcggtaca cgcctaccct accaagtaag
     2881 agaaataggt ccgttcagtg gcatgacaac cctaaccaaa agaaaatgaa agtccttccg
     2941 agggaacgac tgaatacaaa aacgggcacc ctaactttgt aggatgcccg attgccatgc
     3001 ggcaagcgca tggcctatgc tgcggtcgga gggagcctat acgctgaacc tgcgattaga
     3061 ctccctgatc ggaaggatag catacaaaat cagacaccct gactttgcag gatgcccgat
     3121 tgctatgcga caaacgcatg acctatactg cggtcggagg aagcctatac gctgaatatg
     3181 cgattagatt ccccgatcgg aaaggtagca tacaaaaacg agcaccctga ctttgcagga
     3241 tgcccgattg ccatgcgata agcgcatggc ctatactgcg gtcggaggaa gcctatacgc
     3301 tgaacatgcg attagactcc ccgatcggaa gggtagcatg caaaaacaag caccctggct
     3361 ttgcaggatg cccgattgct tatgcgacaa acgcatggcc tatgctgcgg tcggagggag
     3421 cctatacgct gaatatgcga ttagactcct cggtcgaaag ggtagtatac aaaatcaggc
     3481 accctgaatt tgcagggtgc ccgattgcca tgcgataagc gtatggccta tgctgtagtc
     3541 tgagggggtc tggacactga acctgcgatc agactctccg atcggaagga tagtatacaa
     3601 aatcaggcac cctgactttg caggatgccc gtttgccata cgacaaacgc atggcctatg
     3661 ctgtggtcgg agggggctga acgctgaacc tgcgattaga ttcctcggtc agaaggatag
     3721 aaatgcttaa gtccacggat ggactctgcc gggcgaacgg ttcagagatg cagtgcgcgg
     3781 ctactcctcc gggagatgaa tctcagggct gccgccactc tcgggtttct tcggtggctc
     3841 gggggtctcg ccgccgcctt cgggtttctt gggcgtgtcg cctccggggg tgtcgggcgt
     3901 tttcggtttc tcatcctccg ggaggcgaat gtctggctct tccttccttt tcttagggtt
     3961 cttcggtggc tcgggctgct tcggctcctt atccttacca ccctttttct tctttgagga
     4021 ggctttcttc tgcgcgattc gctggcgata cgtcgtcttg atcatgccga gcacagcgtt
     4081 gatgcggtct atcagctcgc caatagcttt gcggtcgtcg tcggtggtgg tggacagata
     4141 ggcggcttcg atatggcgaa aaatttggtc agccgtcgca tcgttcttca cacgcaacga
     4201 tgcgccagag ggtagggtgt cggatgcgag gtccttcacg cgcgatcctc ggagcgtaag
     4261 atattcatta tggaccgtgt ggagcatttg gacgacctca gtcagcccaa gggtggctag
     4321 gtctgcggta gccgtaggct tatccagatc gttgagtagt ccggaaacat gacccgtttc
     4381 ctcaatcaag ttctcacgct gaaggccttt ataggaatcg atgacgaggc ggaggcggtg
     4441 agcagctttc gcgcgggttt cgacgggtga agtcgacgcg gcgcggatct ctaaaaagag
     4501 ggatgaaacg atctcccgcc gctttttccc tttggcggtt aagaatggaa tggactccga
     4561 cggcggtgtg tctcgcaccg catctttctc ttgatcgatg tccttcttcc aggaggggat
     4621 atccgttgtg cccagtagaa tcttttccgg tgcaaagggc tgaatcaatc catagatttg
     4681 ctcctgcata tcgatatgca tagccatagg gtaacgcgtt gtatcgttcg cgatcttttt
     4741 tatctctctc atcgtattat gtttttgatg tgtgaatgaa tcatgatgat tatggccgca
     4801 aatgtaagtc acttattcgt atccattgca aaaccatctg cattattttt ttcaacccct
     4861 ttcgttgcgg gattaatctg catcaaacgg tgatacaatc atgcagatca ttccatcgat
     4921 atgcagtata aagattacct attgtgccga tcattaaatg cctaagctat ccacgtattg
     4981 actcctattc tatatatttg catactattc acgaaaaatg cagtcgatag ctttcatcat
     5041 ttgacagtct ttcaagcgtc gttttttgca ttctgcacac tgcagagtgc aaaatcaaga
     5101 cttgttttct ggattccgca gcgtgcagac ctcaaaaaca aaacttgttt tctggacttc
     5161 gcagcatgca gagtccaaaa acagagtttg ttttcagggt ctgcacgctg cggaatgcaa
     5221 aaacagaact tgtttttggg gtctgcacac tgcatggtgc aaaaacaaag tctgtttttg
     5281 gattctgcac gctgcggagt ggccattcaa aacttgtttt ctacactctg cacactgcgg
     5341 aacgcaaaat cagcatttgt ttttgcatcc tgcagcgcaa tgaatcatag ctacttaggc
     5401 gatttcacca tcctacttag cgtcagatag gctatacatt ggctgtttac taacccctct
     5461 ctatatagga agccatatac agaccctttt tgcaagtcat tggatgcgcg gagcagatct
     5521 cactgtatca gattgaccat cctacgactc gcgaaataag caaaaattac tcaacacata
     5581 gatcacgcac agtgcgtaat agactctacc ttatcctatg atccatcatg ttaggaaaag
     5641 acctcacaaa acaatgccct atacataatc cagcgcacga aatgggtaag aaactttgct
     5701 cgcacttggt cattgtcgaa tgaatgggta cctttgtttt acattttaag atgaacaaaa
     5761 gcatacacca catgaataat cacacgatcc actgtctcgc gcgctatgca ggacagtatc
     5821 tgctgggctt atttatactc agcggcctat cgaccgccaa cagcgcggcg caaacacttc
     5881 ccaaggatct ctcgcagaag gcggcaacgt atctctctac atgggccaaa cgacgcgccc
     5941 atgtaggcaa cgtcagcgtg gactctatcc ggatgaccgg acgaaaggtc gtcttttatg
     6001 cggacgttac cctctcttat atcccgatgc gtgaaccgga tgtgaaagac gccctcctca
     6061 acctgagcgc catgctcccg aaatcttatc gagactacag cgtagagatc aggatagacg
     6121 gacaatccat tagcgacctt gtgccagcgg cataccgcac cgaagaaagt aaaaagatcg
     6181 accctccgcg gtcgggatct gatcatccgc tcatcactcg gctatcctcc cctgcgacgg
     6241 ctaagcatgg gctgaacggc cggcatatcg ccctttggca gagtcatgga ctctattacg
     6301 aacgcaaact tgggcgctgg gaatggcagc gcgcacggac atttggcacc gtagaagatc
     6361 tctacacgca gagttatgtg ttgccctatc ttgtacccat gctggagcgg gccggtgcca
     6421 acgtactcct accgcgtgag cgcgacacgc aaggggtgga aatcattatc gataatgacg
     6481 gatgtcgtaa ccgatcgaca tacacggaga aaaacgcgaa gatggcctgg cgagcggggg
     6541 agggtaaagg ctttgcccac ctcagagatc gttatacggg acaggagaat ccgtttcgcg
     6601 agggcaccta tcgcgcagtg gaaagcattg ccaaggggaa agagagcacg gcggagtgga
     6661 cgccggacat cccacgcgca ggacgctatg cggtatacgt ttcttataag accctgccaa
     6721 atagcaccga agaggccctc tacacagtgc accataaggg cggcagcaca cgatttgccg
     6781 tcaatcagcg catggggggt ggtacatgga tctatttagg ccacttcgag ttcgaccggg
     6841 gtcgtaatcc ttcggggcgt gtggtactca gcaacctgac gggtcgcggc ggcgagatcg
     6901 ttacggcaga tggcgtgaag attggtgggg gaaaaggaaa cattgcgcgt ggggtaacgc
     6961 tcgacaagcg agccacgacg aatgtgcata gtgcctcgtc caccgaggag gatgaggcgc
     7021 cgacgacgcc ctatcccagc gagacgagtg gatacccccg attcaccgaa gcggcgcgct
     7081 actggatgca gtgggcgggt gtgccggatt cgatctattc gccatcaggc ggaaagaatg
     7141 actatacgga cgattatcgc ggacgaggca aatgggtgaa ttacttagcc ggtggcacct
     7201 cggcgaaccc ccaagagccg ggattgggta tcccaatcga tctctctttt gccttccact
     7261 ccgatgcggg tacaacaacg aacgactcga ccatggtcgg caccttgggc atcttctgta
     7321 cggatgtcta cgacggggtc tttgcagacg gcagtacacg ttacgcctcg cgagacctta
     7381 ccgatatggt gcaaagctct atcgtacatg atgtgcgcac tctctatgag ccgcgctgga
     7441 ggcgtcgggc gatgtggaat aggccctatt ccgaggcgcg gacaccccgc gtgccggcga
     7501 tgttactgga gctcctttcg caccagaact ttgccgatat gcgattagga cttgatccgc
     7561 gtttccggtt caccgttagc cgagcgattt ataaggggat gctgcgcttc ttagccaatc
     7621 gttacgggcg gaagtatgcc gtgcagccat tgcctgtcga tcatatgcag ttgcgcttcc
     7681 tccgcgaggg ggaggccgag ctttcgtggc gcgctgtgca agaccccttg gagccgactg
     7741 cagaagccaa acaatatatt gtatacatcc gcgaggggga tggtgcattc gataatggca
     7801 ccttagtcag caagccgacc ttccgccatg cacagcagcc aggcgtggtc tacagctatc
     7861 aggtgactgc ggtgaacgac ggcggcgaga gcttcccgtc ggagaccctc tccgcaggac
     7921 gcgctaagca ggagcgcggc gtggtcatgg tgatcaacgg tttcgacagg gttagcgcgc
     7981 cggatgattt ctccacagac agtttagccg ggttcaccga ttggacagat catggcgtgc
     8041 cctacattaa tgatatcagt tatatcggca gcatgaagga atttcggcgt tcggcacagt
     8101 ggacggacga tgacgcggct gggttcggcg acagtcgttc gaactatgat accgtcgtca
     8161 tagctggtaa tacgttcgac tatcctgccc tgcacggcca gtccatctta cgtgcgggtt
     8221 attctttcgt atcatgcagc aatgaggctg tggaagatca aatggtagac ctaaagaatt
     8281 accggatcat tgacttgatc ttaggcaaac agcgacgcac gaagatggga cgggggggcg
     8341 tcacgccttt gcaattcgag gcatttagcc gcggaatgca gcgcgcgctg acggatcact
     8401 gcaagcgtgg cgggcgcatc ttcgtttctg gcgcctacgt gggatcggac ctcttcaaca
     8461 gtcctcaatc gacgcccgca gaccagttct tcgccacgaa caccctacat ttcaaatggc
     8521 gcgttgggca ggcgtcatcc acgggccagg tgcgcggtat cgtatcgccc taccccgctt
     8581 tcgacgggac cttcgaatat tatgcggaac ctaaccctga cggctacgtg gttgagtcgc
     8641 ctgatggcat cgaaccagcc gatgagtcgg gacatacggt catgcgttat gcggagacac
     8701 ggatcagcgc cggcgtagtc tatgcgggga aataccgcac ctgcatcttc ggctttccct
     8761 tcgagtcgat caagaaagcg tcggatcgcg atcgcatcat gcagtccgtg ctcggcttct
     8821 tggatgggaa ctgatcgcac tgcggagtag gtctgacgag ggatgattac caaccatgct
     8881 tcataaccaa caggcaaaca gctacgtttg ccccatcatt caaaccactt aactggtgtg
     8941 cctgagggcg caccccaacc atttacatca aatgaaagat cagattacct gttttgtccc
     9001 cttagccgac aaagagcaag tagcccccat cattgaagaa ctatccgcca gcccgatggt
     9061 cagtcgcgtc gtgatgctca ccacagacga gcagctggca cgaagcactg gccgagaaga
     9121 tatcctttat gtaccgtcgc tccagagcac cgaagccatt tttacaatgg cccgaatgag
     9181 ccgcgggaca ccttatctta tttattatac gaagtacaca cccctcaggc tgggctatct
     9241 ggctttgaaa cgtatggtcc aagtgatgga gaatacacat gcgagcatgg tttatgcaga
     9301 ccgctatcag caggatggcg atgagcaacg cccggcacca gtcatcgact atcagagggg
     9361 cagtttgcgc gacgatttcg agttcggctc cgtgatgatg ttccgtgcaa atgtctttcg
     9421 tgccacggcc gtgacaatga gtagttcgta ccatttcgcc gggctctatg atctgcgcct
     9481 ccgactgtcc gaacgggctc cgattgtgca tatcgacgag tatttatata ccgaggtgct
     9541 cagcgatcgg cggaagagcg gggagaagat ctttgattac gtagatcccc gcaataggga
     9601 gtcgcaaatc gagatggaac gcgcatgcac ggattacctc cgttctgtcg gcgcatatat
     9661 ctcgccggat gagattaagc ccctcgcact cgacaccaca gggtttacac gtgaggcttc
     9721 ggtcatcatc cccgtgcgca atagggtgcg gacgatcgaa gatgcagtcc gctctgtgct
     9781 gagtcagcaa gcgtcgtttg attttaatct cattgtcatc gataaccact cgacggacgg
     9841 cacgaccgac atcctctgtc gctacgcagc tgatgatccg cgcgtgattc acctcatccc
     9901 cgagcggaac gacctcggaa tcggcggctg ttggaacctc ggcgtgcagc atgacgcttg
     9961 cgggcgtttc gctgtacaat tagacagtga cgacatctat aaagacgaac acaccttacg
    10021 aaccgttgtc gaaacattcc acagagaaca gtgcgcgatg gtcataggat cttaccaaat
    10081 gactgacttt cacctacagc ccatcccacc cggtctgatt gatcataagg aatggacgcc
    10141 cgagaatggt cacaataacg ccctccgggt gaatggtctg ggggcgccga gggccttcta
    10201 cactccgctg ctccgtgcat tacctttacc caacacaagc tacggcgagg attatgccat
    10261 cggactgacc gtgtcgcgga actatcgcat cggcaggatc tacgatccga tttatatctg
    10321 ccgtcggtgg gaggacaact cagacgctgc gctcgacgtt acccgatcga accgcaataa
    10381 cttctacaaa gacaaaatcc gcacctggga gctccaagcg cggatccgca tgcacgaaga
    10441 aatatcatga acccttcacc gaaacgatct gcctggcggt ggattcccag cctctatttt
    10501 gccgaagggc taccctatgt ggccgtgatg accatagcgg tcatcatgta caagcgcctc
    10561 ggactatcta acacggacat cgcgctctat accagctggc tctacctgcc ttgggtgatc
    10621 aagcctttct ggagcccatt tgtcgatctg cttaagacga agcattggtg gatcgtcacg
    10681 atgcagttgc tgatcggcgc aggcttcgcc ggcatagcgt tctccatccc aacggcgtac
    10741 tatttgcaac tgtccttagc gttcttctgg ctgttggctt tcgcatcggc aacccacgac
    10801 atcgccgccg atggatatta tatgttagcc ctagacagcg gcgagcagtc cttctttgta
    10861 gggatacgca acacgttcta ccgcttggcc accatcttcg ggcaaggcat tttagtcatg
    10921 ctggcgggtg cattagagac cggcacgttg ctccctgaca ccccgctccg catcccgatg
    10981 gcttggagct tgacgtttta cctactggcc gcactgttca tcggcctaac gctttaccat
    11041 aagatagtcc tcccgcggcc cgccagtgat gcgccgcgca ccgagctatc ggtcggacag
    11101 ctggccagcg atttcttcca caccttcgtt acctttttcc agaagaagca cctcggactg
    11161 atgtttttct tcctcctcac gtatcgcttg ggtgagtcgc agctcgtgaa aatcgcatcg
    11221 ccctttctgc tggacaagca tgcagcgggc ggtttggaac tgtccactgc gacggtgggg
    11281 atgatctacg gcaccatagg tgttattgcc ctgttacttg ggggtgtact gggtgggatt
    11341 gtcgtctctc gccacggctt ccgtcgctgg attcttccga tggccctggc tatcaacctg
    11401 cccgacgccc tctacatcta tctatcggca gtccatccgg acgcatggca agtcatcgtg
    11461 gccgtggcca tcgagcaact cggctacggg tttggcttta cggcttacat gctctacctg
    11521 atctacatcg ccgagggcga acataagacc gcacactatg ccatcggcac gggatttatg
    11581 gctctcggga tgatgcttcc cgggatggct gccggatgga tacaagatac ggtcggctac
    11641 acgcccttct tcatctgggt gtgtatctgt acactgcccg gcatcctggc ctccgtctta
    11701 gttaggaaca aaatagatcc cgctttcggg aagaaatcat gaaacggtac ctattccttt
    11761 ccctgattct ctacttcgca gtcggaatag ttgcctcggc gcagaaagta cgtgtcaaga
    11821 ccggtataga ggtcttgcaa gacgaacatt tccggcgact cgagggcaag cgcgtagggc
    11881 tcatcacaaa tcccacggga gttgatcacc gcctacggtc gacaatcgac atcctgcacg
    11941 aggcccccaa cgtccgcttg gttgctcttt acggtcccga acatggagtc cgcggcaatg
    12001 tccatgcagg cgacacggtc ggcggaactg tcgatccggc cacagggtta cccatccatt
    12061 cgctgtatgg caatacccgc aagccaacgc ccgacatgct gcgcgggatt gacatcctcg
    12121 tttacgacat acaagatatt ggctgtcggt cgttcaccta tatcagcacg atgggtctgg
    12181 cgatggaggc tgccgctgaa gccggcatag agttcatggt actcgaccgg cccaatccgt
    12241 taggtggcga acgcgtagag ggctgtatcg tagaagacgg ataccagtct ttcgtcagcc
    12301 catatcccat tccctacgtc tacggcctca cctgcggtga attggcccgg ttactcaatg
    12361 aggaaaggat gatcggacag cgttgccgac tacaagtcgt gaagatgaaa ggctggcgtc
    12421 gtcggatgtc ctatgccgag acaggtctgc cgtgggtact accctcaccg cacatccccc
    12481 atcccgaaac agcacactac tatcccgcta caggtatact cggcgaactc ggcacgatct
    12541 ccattggtgt aggctacacc ctccccttcc aactttttgc agccccctgg atcaacggcc
    12601 cacaacttgc gcggcgtatg aacaccctcc gtgtgcccgg cgtgatcttc cgtccgattt
    12661 acctcaagcc attctacgca tcattcaagg gtgaattcat ccaaggtatt caggtgcatt
    12721 tgatcgacac acggcacgcg ccgctcagtg aattgcaatt cctcgttatg caggaggccg
    12781 ccgcactcta cccaaaccat agtccgcttc aagaagctga ctcatcccgc ctccgtatgt
    12841 tcgataaagt atgcggcagc cccgagattc gtcggcgctt tacccaacga ttccgttgga
    12901 acgacgtgcg tgactattgg atgaaggatg ttgcgacctt ccgacgcctc tctcgcaaat
    12961 actatctcta caaataagcc taccgaacac ccatgtccca tcaacctact caacgactac
    13021 ttgcgctcga catcttgcgc ggcatcacca tcgccggaat gatcaccgtg aacaatcccg
    13081 gctcttggtt gtacgtctat gctccgctcg gccatgctga atggaatggt cttacaccga
    13141 cagacctcgt ctttcccttc tttatgttca tcatgggcat ttcgacctac atctccctgc
    13201 gcaagtacca attcacttat agtgcaagtg ccgcgcgaaa gatcgtacgc cgtaccgcag
    13261 tcatttttgc tatcggactg gccatcgctt ggtttggact ttcctgcaga acatggcacg
    13321 ccttggccga agaggcagat ctgtcctttg cgagccgcct ctggcgcgca gtgacgaatt
    13381 tcgatcatct acgtatcctc ggcgtcatgc cgcgcttggc actctgctac ggcgcaaccg
    13441 ctctcattgc tattacagtc cctcaccgac gcataccttt ccttatcggt gccacccttg
    13501 cgggatacac tgtgctactc ttcctcggaa atggtttcgc gtacgatgag acaaacgttt
    13561 tatctgtcgt cgatcgcgcc gtactcggcc ccgaccacat gtataaggat aacggcatcg
    13621 agccggaggg acttctcagc acattacccg ccatagcgca cgtgcttgtc ggattctgct
    13681 gcggtgcatt gcttattggc gtcacggatg tgaaagacaa gatgctccga ctcttccttg
    13741 tcggtacggc gatggctctc ggtggctggt tactaagtta cggctgcccg ataaacaaga
    13801 agatctggtc gccaacgttc gtacttacca catgcggcat ggctgcctca ctgttggccc
    13861 tactcgtgtg gattattgac gtacgtggac accgcagatg gtgcagattc ttcgagtcat
    13921 tcggtgtcaa cccgctattt atgtacgtat tggctgccgt tttcgctatt ctgctgggga
    13981 atatccgaat tccacacggt gacggtgaat ctgtctcact gggaggctac atctacggcg
    14041 atgtattgcg tcctctgctc ggtgaatacc ccggatcgct ggcctacgca ctactccttg
    14101 tctgttcatg ttggtgcatt ggctacgtgc tctataagcg gaatatttac atcaagattt
    14161 gacgatggaa tagcaagccg ctacaagcaa actattcacc cccggtctga aggcagcgca
    14221 tgccttttgc tcgggggctt tttttgcgcc aaaagtcacc catctcacga aaagtattcc
    14281 cctcaaaaaa agcgaggcgc aggatccgtc tcaattacaa gccacttaca cgccaaaagt
    14341 cacccatctc acgaaaaaca ttcccctcaa aaaatgcaag gcaaagggtc catctcaaat
    14401 acaagccacc tacacgccaa gagtcaccca tctcacgaaa agcattcccc tcaaaaaaag
    14461 cgaggcgaag gatccgtctc aaatacaagc cacttacacg ccaaaagcca cccatctcac
    14521 gaaaaacatt cccctcaaaa aatgtaaggc aaaggatccg tctcaattat aagcctccta
    14581 cacgccaaga gtcacccatc tcacgaaaaa cgttctcctc aaaaaatgcg aggcaaaggg
    14641 tccatctcaa ttacaagcca cttacacgcc aaaagtcacc catctcacga aaaacgttcc
    14701 tctcaaaaaa tgtaaggcaa aggatccatc tcaaatacaa gccacttaca cgccaagagt
    14761 cacccatctc acgaaaaaca ttcccctcaa aaaatgtaag gcaaaggatc catctcaaat
    14821 ataagccact tacacgccaa aagtcgccca tctcacgaaa aacattcctc ctcaaaaatc
    14881 cagaacaggg aatgcatctc ggttggaagg ggatggagcg gcggtgatga gacataccat
    14941 ggaaaaatac cctcctcaaa aatccagaac agggaatgca tctcggttgg aaggggatgg
    15001 agcggcgtcg atggggcatc catgaaagaa tgaggggcgg gaggtggagg gggcggagga
    15061 tcctccgcag atggaggcgg aaaactggac gcgggcgacc gatccgatcc acatttgagg
    15121 gccatcaatt agcaatcggc gcaggagttt acctttgcgg ccgcttttgc cgtttatttt
    15181 tccacattca agcccaaacg gtgcccataa tgcataggaa aacggccaaa tcaaagaatt
    15241 gtatcacatc atcggatcaa agaatagaat aaaatgaaag tattgaagtt tggagggacc
    15301 tcggtagggt ctgtcaaggg actggcgaac gtaaaacgca tcgtagaagc catagacgag
    15361 gaggttatag tggttgtttc ggccttgggc gggcttaccg accgactttt attggcctca
    15421 aaattagcat ctgagggtaa tgaggcctat ttagccgaat acgcggagat tgtgcgccgt
    15481 catgacgagg tgatagacgg tatcgtgccc gaagtgtcgc gtgaaagcgt aaaaaggcac
    15541 gttcgcgaga cgcttggaga gcttgaaaac atctatcgag gggtttacct gatccgtgac
    15601 ctctctcgca agacctccga tacgatcgtc agctacggcg agcgactctc ctccttcatt
    15661 atctcccata tcatcgacgg cgcagtgctt tacgactcgt gcgagttcat caagacggtc
    15721 gaccgtttcg ataaacacat cgtagacttc gaagtcacgg accgcctgat cagtgaacga
    15781 ttcaaaaagt tgccgcgcgt ggccctcgtg ccgggtttta tctccacaga tgccgtcacg
    15841 ggcgagatta cgaaccttgg tcgcggcgga tcagactata ccgcgtctat tttggcggct
    15901 cgactcggtg catcacagct cgaaatttgg acggacgtag atggattcat gacggcagac
    15961 ccgcgcgtga tcaattcggc ctatgtcatc gaccaactct ccttcatcga ggccatggag
    16021 ctttgtaatt tcggtgcgaa agtcatctat ccgccaacga tttaccccgt ctatcacaaa
    16081 aatatcccca tccgcgtctg caacaccttt aacctccaag cgccaggtac gctcatcacg
    16141 caggaatacc gtcgcaagga cggcaaaagg gccctcatca ccggcatctc gtctatcgac
    16201 aacacttgcc tcgtcaccgt gcaaggcctc ggcatggtcg gcgtgattgg agtcaatcac
    16261 cgcatcttca agaccctggc tgagaacggt gtaagcgtct tcatggtctc gcaagccagc
    16321 tcggagaaca acaccacctt cgccgtgcgt aacgaagacg ctgaccgcgc cgtagaagcc
    16381 ctcaacaaag agttttcgct cgagcgctcg caaggtgaga tcaacgacgt gaccgccgaa
    16441 aaggggcttg ccacggtggc tatcgtcggc gaagacatga agcgcacccc cggcattgca
    16501 ggacgcctct tcggcaccct cggacgggct ggcatcagcg tcatagcctg cgcacaaggc
    16561 gcgtcagaga caaacatctc gtttgtgatc cgctccgaag tcttgcgtaa ggccctcaac
    16621 tcgattcatg actccttctt cctctcggaa tacaaagtcc tcaatctctt tatcgctggc
    16681 gtgggcacgg tgggaagcaa tttgctcgaa cagatccgtg gccagcagga aaatctgaag
    16741 aagcagaacc gattaaagct caacattgtc ggcgtagcca actctcggaa aatgttgttc
    16801 cgtcgcgagg ggctgaaggc cgaaggactc atagaagcat tgaaaaacga gggcgttccg
    16861 tcgtctccag ccttgctcag agaggaaatt ttgcagatga acatcttcaa ttccgtcttc
    16921 gtagactgta cctcgaacga ggacgtggct gctatctacg aatcgctcct ggataagaac
    16981 atttccgtcg ttgcggccaa caaaatagcc ccttcgtcgg cctatgatca ttatcgtttg
    17041 ctcaaagata cggctcgccg acgcgatgtg aagttccttt tcgagaccaa tgtgggtgcc
    17101 gggctgccga tcatccatac aatcaacgat ttgatcaaca gcggcgacca tgtgattcgt
    17161 atcgaggccg tactgtctgg cacattgaac tacattttca acaccatcga cgctgaagtc
    17221 cccatgagcc gcgccatccg cttggctgtc gattcaggat acgccgaacc cgatccgcgc
    17281 gtggacctga gcgggaaaga tgtcgttcgc aagctcgtca ttttggctcg cgaggccggt
    17341 tatagggtcg agcaagccga cgtgaagcaa cgcctcttca tcccagccga cttcttcgac
    17401 gggtcggcag aaaatttctg ggcacgtatc cccgaactcg acgcgcattt cgaatccgag
    17461 cgcaaaagac tcgccgccga aaacaagcgt ctgcgcttcg tggctcgtat ggccgacggc
    17521 gcctgcgagg ttggcttaga ggaggtttgt agcacccatc ctttctacga attggaggga
    17581 agcaacaaca ttattatgat ctccaccgag cgttatcacg agtatccgat gattatcaag
    17641 ggctacggcg ccggtgccga cgtgaccgca gcgggtgtgt ttgccgatat tatttcgatc
    17701 gccaacatcc gataacgaga gagcgtatcg ccccagacgg aacgtgaaaa atgccgggtg
    17761 cgtagctgga ttcttcctgc gcgtacccgg cttttttgtt gttcgttctc tgtttttttc
    17821 tcgggaatcc atccttttct tgtcttgata caagaaaagg atgcgaaaag aaaatcaagg
    17881 catcagggat gccggccaaa ttagccgggt acctggcttt ttcgttgttc atttttcgtt
    17941 tttcgttatc cctggtaggg gcgtattgaa tacgccccac aaaacgaccc gaaggggcga
    18001 tcttatctat ctataggtcg ccacatttat ccctgcggga tacatatggg gcgtatgcaa
    18061 tacgccccta ccctaccggc aggagatgtc tcctatttat acccacaacg tttaccacgt
    18121 acccggcatt ttttgttgtt ggatcttcct ttttcgatgt ccccgtgtag gggcgtattg
    18181 catacgcccc acaaacgacc cgacaggggc ggattcaaga cgataggaag ggccaaattt
    18241 ttacaggtcg gcgcatataa catggaggga gggggcgttg ccccctaacc cctacatcct
    18301 tttcttgtct tgatacaaga aaaggatgcg aaaagaaaat caaggcatca gggatgccgg
    18361 ccaatttggc cgggtacccg accctctcgt ttttagtttt ccattttttg atctaccttc
    18421 cccttatgat tcagatagaa gatacgattg tgagtctcga tgtgatcgag cgacggttta
    18481 tgtgcgactt gagccagtgt cgcggggctt gttgcattga gggtgagtcg ggcgcgccgc
    18541 tggaggaggg tgaagcggag cagcttcggc tggccttgcc cgaggtgtgg gatgagttga
    18601 aggaggatgc ccgggaagtg atccgccaac agggtgtctc gtacttggat gccgatggcg
    18661 acgaggtgac gtcgattgtc aacggtcggg attgtgtttt tacgcgttat gcaccggatg
    18721 gcacctgcca ttgtgctctg gaacaagcct tccgagaggg tcgcacgacg tttatgaagc
    18781 ctatctcgtg ccgactgtac cctgttcgcg tcacgcagta ccgtcgcttt cgtgccgtca
    18841 accttcatcg gtgggaggta tgtcgtcccg cagaaatttt gggtgaacag ttgggcattc
    18901 ctgcctatcg cttcctgcgc gaacctctta tcagcaagtt cggaactgaa tggtacaccg
    18961 cgctcgaggc tgccgccgag atggtagccc gtcaatccga acagaaatag cctcgaaagg
    19021 ggaaagaatg cccctttttc gatgtacccg tgtaggggcg tattgaatac gccccacaaa
    19081 acggcccgaa gggggcgatc ttatctatct atgggtaggt atttttatcc ctgcgggata
    19141 tatatggggc gtattttttt gcgccctacc ctaccggcag gagatatttc tatcgtgatt
    19201 gccatcaaat tttttctgga atccatcctt ttcttgtctt gatacgggga aaaggatgcg
    19261 aaaagaaaat caaggcatca gggatgccgg ccaatttggc cgggtacctg attttttcgt
    19321 tgttcatctt tcgttttctg ttgtcccaag taggggcgta ttgcatacgc cccacaaacg
    19381 acccgatagg ggcgggtgca ggatgatggg aagggggaaa tttttagagg ccggcgcata
    19441 taacatggag ggagggggcg ttgcccccta acccctacat ccttttcttg tcttgatacg
    19501 gggaaaagga tgcgaaaaga aaatcaaggc atcagggatg ccggccaaat ttccctgccc
    19561 cggaaggggt catcagggat gccggccaat ttggctgcgt ccccgaccct ttcgttgtta
    19621 gatcttcgtt ttttgtccca tacggttact cttcgggcag atggatgtcg ggattgccac
    19681 tgtcgccgcc accttctttc ggtttcttgg gctgctcgcc gccgcccgtg ccaccgccac
    19741 cgcctggttt ggcgccaccg ccgcccgctc cgccaccttc accttctggc ttcttcggtg
    19801 cgtctggctt tttcggatct gaaccctctg ggaggtggat gtcgggcttg ccgtcgtcct
    19861 tccctggctt tttaggcttt ggatctttcg gatccttcgg attcttaggc gcatcaggct
    19921 tcttcttttt gtccgccgac gccttcttta tcgcctgacc ctgccgatag gccgcgtcgc
    19981 tctcatgcat gcgctgattg aagcgtccca cgagcgtctc gatcaatgtc ggctcgatag
    20041 gagtcttgcc aaagaggtag tttgacttga gtaagtccaa gatacgttca aaatgttcgt
    20101 ccacttcggc acgcaccttc gctgtagctg gcaacttttt cgccgcacgc tctttcgtgc
    20161 gctgaagatg cagctccgca aactccttat tgagtgtctc cagcttagta agtgccgagg
    20221 tcaggcgcag tttggtcata tcggccgcat gctccgtctt cttcagatcc tccaccaagc
    20281 cgtcaatatg tgccgtctcc cgatcttgcg attctaactg gataccagca tatcccttgg
    20341 tcacgacata gagacgctcg gcagcctcag cctcatccgt ctccggcgac agcaaaaagc
    20401 tgcgcacctg actaaaaatg aacagcgcca atcggttgcg cgcctcatcc ttcttcctta
    20461 gcagtttcga cgtagcgctg gccgtagtct ctatgttcag atccttctcc agatgcaggc
    20521 tgccgtccca ctccgtcttc gcttcttctg gtataccgat cttagtcaga tcaaactctg
    20581 ccatgatggc atacaaagcg ctgtgcagtt gcacatgttg tgcattgtcg agcttattca
    20641 tcccgacgcg ttcaataact aatccctttt tcatctcgtc tttcttgatt gataatgata
    20701 catttactgt ttgtgttatg gtgatcaatg ataccccaga ggatctccac caagagagaa
    20761 gcccgaagcc gatacgctct cagtcttgct acttagtagg aagtccaaaa cgcggcgcgt
    20821 ttcagtcttg ctacttagta ggaagtccca aacgcggcgc gttttagtgt tgctacttag
    20881 taggaagtcc caaacgcggc gcgtttcagt cttgctactt agtaggaagt tcaaaacgcg
    20941 gcgcgtttca gtcttgctac ttagtaggaa gtcccaaacg cggcgcgttt cagtcttgct
    21001 acttagtagg aagtcccaaa cgcggcgcgt ttcggtcttg ctactaagta ggagcttttg
    21061 cactcgtcgc gttagatcga tcgaactcgg atagagcctg ccacttgacc caagttcagg
    21121 tcatccaacc gataccgatc gctccgacgc ccatcatttc aaaaagatgt ctacgaccgc
    21181 tgtcgtaacg gcggcgaatg tagcgtcttt tttgaaacag caaatacccc gcaccttctg
    21241 cgcaggataa ttcctaccca gaggcataaa aacgcgccac attttccacc tcccacccca
    21301 tagcatcccc taaaggcagc ctgtttttcg tatcccacct caaaacatac cccggccgcg
    21361 atcatttttc ggccgtcagg gtaggggcgt atggcatacg ccccacaaaa tggccccgca
    21421 aaggacaaga atgcgtatca gcgatcgatc atttggatca ttcgccccat aaatgggacg
    21481 tttgtggggc atatgcaata cgcccctaca cggggacacg aaaacgcacc acgttttcca
    21541 cctcccaccc catagcatcc ccaaaaggca gcccgttttt cgggtaacac ggcaaaacat
    21601 gccccgaacg cgatcatttt tcggccgtca gggtaggggc gtatggcata cgccccacaa
    21661 aatggccccg caggggacaa gaatgcgcat cggtgaccga tcattcggat cattcgcccc
    21721 ataaatgggt cgccggtagg gcgtattcaa tacgccccta catagaaaca tgtaaacgcg
    21781 ccgcggttag ggcatacacg cgcctcagac ccccatttct tgggatggat agcacatacc
    21841 tctatgattc ctcctcaaaa cgagggatat gcttgaaatt catacaaata gcaaggataa
    21901 aataaggcgc cgtgatgtct taattcacag atgaatcatc tatctttgcc tccgcagctc
    21961 catcaaagcg ggttgcagat tttctcacac aataataaat agagaggcat atgaaattgg
    22021 cccaagaaag aggagatgaa actaagagga acatgaggga catcatcttc atgatttttc
    22081 tactgatgct atccctctct gcttgttcga gaaaagaaat ggatacagca gagataagcg
    22141 atgagatgga cctcatagaa aatgatacga tgccctccat aaagaagagt gattcctccg
    22201 actgtcaaaa ctacacgtgt cttgcattca ttgatttgcg cataatagat aaggatggaa
    22261 atgatttatt agatccctca tctacatctc caaacaaagt ggatctttct aagattgata
    22321 tctacgatgt aagggatgga gctgaattgc gtaattataa cccttggtct gacaatccca
    22381 ggggcttttc gatcagcccc ccggagagca ccttcctacc ttattattta atgaccattt
    22441 accccgatgt aaggccggat aaagggacaa taacgacaac gatgactctt gtagattggg
    22501 gagatggacg tcgtgatcta tttaaggtag agttctatca ttcccccaca atggatattc
    22561 agcagaaagt atggctgaat gatacattga tctgggacag ggccacaagt agtacagaac
    22621 ccaagtatgt aatgatacgc tgaatctcat aacaataggt cgcatgcata tgagcagcgc
    22681 cataccacac agtaagagtc cggtgcggcg ccgccgtttg tacctcccaa gaagaatgag
    22741 tccatcaaag catgcatgga tttgtgatgg atatagaaga atgtgtatat tattgagccg
    22801 atgaagtact ttcttttcat tgttttattt cccctactgc tcagcacctg ttctcaaaaa
    22861 ggaaagagca gactcgcccc caacttgtct gttgctacaa gagacacgac agaggaagaa
    22921 gaaggtgggc atattacatc ctgccatatt cgagtgcgga tattggacga atatgggaat
    22981 gacttgttag atccatcctc ctcttcgccc aaagctatcg atggttcaaa aatcaaattc
    23041 tactatgtaa gaggtggaaa ggagttgctt tgtggaattg aaggacgtcc gagaggagga
    23101 tacgttatca cacccgaagg agatgcttcg tcgtattatg agatcaaagt ctttttggat
    23161 atttccccag aagactcgat cacaacgact cttttggatt ggggagatgg tcatcgagat
    23221 gttttcaaga cctatttttt ccgccaacct ggcgtaatca tccggcaaaa ggtttggttg
    23281 aatgatagcc tgatcttgga tattcctaag cgatacggcc ccaaagattt gatctttaca
    23341 atcaggcgct aacccccaca cgacctaaat agaataggtc gcacgcatat gagcggcgcc
    23401 ataccaagca gtaagatgcc ggtgcggcgc cgcgttttgt acatgccacc caatggcatg
    23461 ccctaaaggc agcgtgtttt tcgggtaaca cggtaggggc gtattgcata cgcccctacc
    23521 cagggacata aaaacgcggt gcggtttcca cctcccacct catggcatcc ccaaaaggca
    23581 gcctattttt ggggtaacac gatagaacat gccccggccg cgatcatttt tcggccgtca
    23641 gggtaggggc gtattgcata cgccccacaa aatggcccca caggggacaa gaatgcgtat
    23701 cagcgatcga tcatttggat cattcgcccc ataaatggga cgccggtagg gcgtattcaa
    23761 tacgccccta cacagggaca cgtaaacgca ccacattttc cacctcccac cccatagccc
    23821 ccccaaaacg cagcctattt ttcgtatccc acctaataat atgccccgaa cgcgccgcgt
    23881 tttatacatg ccacaaccgt gaaacaatct aacgcggcgc gttttatgta ttccaacgaa
    23941 tgacatgtcc ggtatgtgtc gcgttaggat atattgcaat cgtggaacta ttaagacgcg
    24001 ctgcgtttca cgcattccgc ggcatggcat gatctcaacg cgctgcggat ggggcatgcg
    24061 ccgacgtggg atggggaggg gtggaaaaat ttcctgcctc gttacgtccg aaaagtcctg
    24121 actgcttctt agctttgcag cccagaaaaa acgattacgg atatgtttat cgaagtaacc
    24181 cttcatcccc tcctgccatg acgctatctt acagagaaaa catgcgtcgg ctacgcaatc
    24241 cgtcttttga aaaaatcacg gccatcgctc actctttcct tccctctcct acggatggcc
    24301 ggacggcccc tcccaccgat cttccatccc ccgacatggc ggcggatcgc ggacaaatgc
    24361 tcctcagagc cctctgcgac gacggtgtgc ggcaaaaagc caaggtggat agggtgctcg
    24421 gcacgatgcc caggaagctc tttcaaggca caaccttcga cgtcgtcgat tggcagtgtg
    24481 ggcagggcgt gaatacggtc tgcttcttcg attttatccg tcgtaacggc atggagaatc
    24541 gtgtccagca ggtttttctg atcgataccg atgcggaagc catggagcgc gccctctggc
    24601 accttgaacc ctacatggga gacacggatc gcatcgtgac catccataaa ccgatcaacg
    24661 aagtggatcg attcgacatc gagacccatc aaccggtcac atttcacttc tttaccgacg
    24721 ttttggggca tcctgagatc gatttacgcc gattggcgca actgattggg cgtactatcc
    24781 gcggggaaca ctattttttc tgcgtggacg cacttaaaca tggcaacgat cgattagaga
    24841 cgttctatcg ctgcttcaat agtccggagc ttttcacgga cgagacgtat taccccactg
    24901 cacgtcagcc atatgccatg acctgcaaag cttttcggct tcgcgccgag acgtttgggc
    24961 ttaacacggc cctttcgccc gttcaatggc aggcggcttt ccgactcgac atcgtccgag
    25021 agctattaca gcagacggaa cgcgaaaaag tggccgcgct ctaccgttcc ctttcgcgat
    25081 ttgaggtctc cgcgggctac gacgtggctg cctgcgccca taatgacctg ccgccgctgc
    25141 tggcggtgct gagtaacctc attacacgcg gtctgcctac cgccgcttcg cctctactcg
    25201 aagatgcatt cgcaccgctg ggcaatcgca agagatggaa cgaggaggga aggatcactt
    25261 acgccgcgcg agacctttat ccgtctgatt tgttcgaggc tttgcacctg attgaccctc
    25321 gatttaagcc agatgagacc acttacaacg tggacgcact cgaaagcgac ctgcaacggg
    25381 aatacatcac gcgggtggcc cctccaccct tccgacagct cttcgaaccg cagcggaacg
    25441 tctatacctt gaccgggcaa cgcgaatatt gcacgcagca tgtcgatttt tcgctcgagt
    25501 ttccctatcc gacgaaagat ctgagggacg taaggcacaa cggattcgtg atcgagatcg
    25561 aggatcccac tgtgcagacc actatggatc agcggcgcat cgagaaacaa cgtactgacg
    25621 atctggcagc catgaactgg acttgcgaga ccttctccga cggccatttg agcgacatgc
    25681 acttcggcta tttggatagc gactatgtgc ggacggcctt ccgcgttttc agtcgcccat
    25741 tcgacagcga atgggtccgc acgctgcaat atgtgcttac tcctatcggt gtagcacgca
    25801 tcgagaaggt cattttggag gctcttatgg ccggacgatt agatctcgcg gcgccgcatt
    25861 gggaggtact cgtggtggag cgcgatgtgc cctgcgccgt ggcggctcta tcggacttgc
    25921 gagccctgtt tgagcgcctg acagcgctta gtgcagagtg ggatggggta cattttccgg
    25981 aagtgacgct tgatgtgatc agtacaccgg agtttatcga ttcgccactc catgccgacg
    26041 tggtgccatc ggctgaactg accgaggagc accgcgctaa gacgtacgat ttgatcatcg
    26101 acatctccgt gctgcgacgt gcaggcattg aacgcccgct catcggcacg tacacgaact
    26161 gccacaacga ttgttgcttc atcgtccgct cggctcacca tgcccgcgaa ccgagaaggg
    26221 tgctcaccac ggggcgcatc acttatcgcc cgctcattat ccgcgacgcc atcgggcgaa
    26281 gcacactcat cccagaaaca gctggggcta tacattatat tatgggcatc ttatcccgtc
    26341 gggaggactt ccggccgggt caggaggcca ttctcgaccg gttacttcgc ggcgaaagcg
    26401 tggcggcgct acttcctacg gacgcgcatg gtgcagcggt ggcgcttccg gccgctctat
    26461 tgcagccggg tgtgacggtc gtcataacgc cagacgctaa aacggctgat aagctgatcg
    26521 acgaggcgcg gcaggcagat atagattgtg gagccagcct ccacacgaac atgacggatg
    26581 gtgaacgtga gcggagggag cgtcgcgtgg aatcggccgc actccatttc gttgcgatct
    26641 ccgcggaaca gttggccagg cccaccctac aacaacgctt cctctctatg cgtgagacgg
    26701 gggtatattt tgcttatggt atcctcgata gcgcagaaag agggtcagaa tggagtccat
    26761 tttttgaccc tcattatctc tgtgcgggga aaattttgcg tcgatatgcc cgaccgcgag
    26821 agggaacgat cacgctcggg gctaccttga gtcaggcgtc gttcgatgtg ctcttcgacg
    26881 tcgaacgaga gctgctcccc gtcgattcct acactcctga ccgcgatcga atcgtcaccg
    26941 ccagcgctac cgtggctccc atgtcgttag aatcgcgttc ggaggcggaa gaagggaagg
    27001 acatcgagca gatactccgc gaaatgggaa tggaatacat cgctccggtc ttaggatcct
    27061 cttcggcgga agaggcacgc cttgtgggct tgtcttatcc cacatccgca ggcgagggag
    27121 gtgaaagcac acgagacaaa gccgccgaag cgcgctacat acgtatcctc taccgcatgg
    27181 gatgcctcgg actgatcgat ggcgtggctc gcgacgaggc ccaaaagcgc ttcctgctcg
    27241 tggtgcgcga ctgcaccgcg gaacaggtct acaaacggta ctgcgattac tttaatcgct
    27301 actatacaag gaaacgcgcc gaacgggaag agacttccgc acgagcggga atgcccgccg
    27361 tgatgctccg cgacgaacgt gagggggtta tatataagtg cctcaccgga ttgacgcact
    27421 acgtttgcga taacattgtg cgccttgccc ccgacaccgc ttcccacacg ccactgaccg
    27481 agcgactcgc ccaggatttg gctgacgact cgcaggcaac ggacgaagtg cttttccgtt
    27541 acctacatct tgtcaatgat tcctccgagg gatcgcccaa agggcgtatc catgccctac
    27601 acgagtcggt ctgcacgctg cgtcgggcag gtcatacaca tccggtgttg ctactcttga
    27661 atactttttg cctgctttat ctcggtacag gggatcgcgc gacgcttgag caggatctct
    27721 ctacgagtta tgagcagggc atcatagggc tttatcactt aatgccggat tatgcccgct
    27781 tccaagaaca atttgaggct tataatcgct tcgtgcgtaa cgaggcggac gctacggacg
    27841 atgccaccga ggcacgtatg gaaaaggcgg cctcgcgcct ccttctgatc cgtgcggcag
    27901 acatcttgag cacgcatttg acttatacga cagaattaca acgtacttat ttaggataaa
    27961 tggaaacgat agaagatatt aatgtcgccc tcttgcagct gcgggagaac ttagcgaact
    28021 tggatgcggc tcgcctgcaa gtggcacagg tcacaggcag cagtcaagag ctcgtcgagg
    28081 ccacagctcg gctgtcggac gaggtgaaac ggttggccga ccgtatcagc gaggaaacac
    28141 aggcggtgat tagccgtttc gccgaacagt tggaggggtc acgggccgaa tggaccgacg
    28201 ccatcaacga cgggaaggct cgtttcgcga cagaagtgga gcaaacccga caggctacgg
    28261 ctctattgaa gtccgatgcc gagctggctc tgcaacaggc cctcgccacc tccacacagt
    28321 cggtcgccga cctgaaattg gagacgcagg agacgctccg tctggctacc tccgccgcga
    28381 cacaggtcgt cgccgacttg aagtcggaaa cccaagagac gctccgccaa gccaccgcct
    28441 ccgcagccca aaccgtggcg gcgctgaagg ataacaccga ggagacgctc cgtcaagcag
    28501 cagcgacgtc gactcagacg gtcgcagacc taaaaacgga gaccgaggag acactccgac
    28561 aggctaagga agcctcactt caggctacgg aacagctccg tacggagacg caagcggctc
    28621 tgcaacagtc gctcgaggct actacacgca caatgggcga agtcagcgag caggcgaagc
    28681 aatctgtcgg tgaagtgtcc gcactggcca aacatgcgct gactgaagtg accaccgttt
    28741 cgactgacgc gatagaaatg cagcaatccg agatcgcaga tacgcttgac acgctggcgg
    28801 actataacga acggatccgg caacttatcg acgcgctcac ggcctcgaat ctttctgcac
    28861 agattgcctc acttgagcgt aaagtggacg agcaatcggc cgcgcaacag gctgcactcg
    28921 aaaagatccg cctcgatgcc gaacggaatc agaagattca gctgtttacg gccatcacta
    28981 tcgtcatcct tctcctactt ttcttcttcc tcaaatagtc aaagaacatt tttacgcata
    29041 tgtcaaagaa caatatccac aaagtccttg tgcttggatc cggtgcgctg aagattgggc
    29101 aagccggcga gtttgactac tccggctcgc aagcactgaa ggctctccga caggatggaa
    29161 tcaaatccgt gctgatcaat cccaacatcg ccaccattca gacctctgaa ggcgtggccg
    29221 acagcgtata tttccttccg gtaacgccct attttgtcga gcaagtcatt gctaaggaac
    29281 gtccagatgg tatcctgctg gccttcggcg gacaaacagc tctcaattgt ggcatcaaac
    29341 tctacaacga gggcacgctg gaacgttacg gtgtccaagt gctgggtacc tcggtagaag
    29401 ccatcatgaa tacagaggat cgcgaccttt tcgtacgcaa actgcgcgag gtggatctca
    29461 agacgcccgt cagtcaggcc gtcgaaacga tgagcgatgc catcaccgcg gccgagcaga
    29521 tcggttatcc cgtcatggta cgctcggctt acgctctggg aggacttggt agcggtattt
    29581 gtaagacaga aagcgagctg cgggcactgg ctgagagtgc gtttgccttc gccccgcaaa
    29641 ttcttgtgga agaatcgctg aaaggttgga aagaaatcga atttgaagtg atccgtgacc
    29701 ggacagatcg gtgttttacc gtggtgagca tggaaaatgt cgatccgctt ggtgtacaca
    29761 caggcgaaag tattgtggtt gccccgacat gttcgctgcg cgaggacgaa ctcactcagc
    29821 ttcaggaatt atccgtccgt accgtgcgcc atttaggcat cgtcggcgaa tgcaatatcc
    29881 aatacgcata caattctgac actggcgact atcgcatcat tgaggtcaac gcccgattga
    29941 gccgttcctc ggcccttgca tccaaggcaa gcggctatcc gctggctttc gtcgctgcca
    30001 aattggccat cggctacgcg ctcgatgaga tcggtgagcc gggaacgacc ggatcagcgg
    30061 ccgtagcccc acaagtggac tatctgatcg ctaagattcc ccgttgggac ctcacaaaat
    30121 ttgctggtgt aagccgccaa atcggatcca gcatgaagtc agtaggagag atcatgtcta
    30181 tcggccgatc tttcgaagag atcatgcaga agggtctacg aatgatcgga cagggcatgc
    30241 atggatttgt gggtaataac aatctggaat tcgaagacct agatagcgaa ctggaaaatc
    30301 cgactgacct gcgcattttc gccgtagctc aggccttaga gaagggatat acgatcgaac
    30361 acatctatga gctgacgaag atcaacccct ggttcctgga gcgactgaag aatatcgttg
    30421 attataccca cgtactcgga cagtataaga agatcgagga ccttccggcc gacgtactcc
    30481 gcgaggctaa gcgactcggt ttctctgact tccaaatagc gcgttacacg gagcaccctg
    30541 agggtaacat ggagcgcgaa aacctccgcg tgcgtgcctt gcgtaagcga catggtatat
    30601 tgccggccgt gcgacgcata gacactgtcg cctccgatcg cgcagaactc acgaattacc
    30661 tctacctcac ctacggagca ccctctggcg actctgcgac aggagatgag cacgacatac
    30721 cattctataa gaacgataag agtgtgattg tcctcggctc gggagcctac cgcattggtt
    30781 cgtccgtcga gttcgactgg tgttcggtta acgctgtgcg caccgctcgc agtctgggct
    30841 acaaatccat tatgatcaac tataacccag agacagtctc taccgactac gacatctgcg
    30901 accgactcta tttcgatgag ctctcactgg agcgggttct cgacattgtc gatctggagc
    30961 aaccacgcgg tgtcatcgta tccgtcggcg gacagattcc gaataacctg gccatgaagc
    31021 tctaccggag gcaagttccg attctcggaa cctcgcccgt atcgattgac cgcgcggaga
    31081 accgccataa attctccgcc atgcttgata ccctcggaat agaccagcca cgttgggcag
    31141 agctcaccag catggacgaa atcgacgact ttatccatcg cgtaggcttc ccggttctca
    31201 ttcgaccctc ctatgtgttg agtggagccg ccatgaatgt gtgctacaac aaggatcagc
    31261 taatcgaatt cctcggcgta gccgcgcgcg tatcaaagga gtatcccgtc gtcgtgtcgg
    31321 agttcctgca agacgtgaag gagatcgagt tcgatgccgt agcgcatcac ggagagatcg
    31381 tcgagtatgc tatctcggaa cacatcgaat acgccggcat tcattcaggt gatgccaccc
    31441 tggtcttccc accgcagaaa ctatacttcg agaccgttcg ccgaatcaag aagattagcc
    31501 gcaaaatcgc ccgagagctt aacatcagtg ggcccttcaa catacagtac ttggcgaaga
    31561 acaatgacgt gaaggtgata gaatgcaatc tgcgtgcctc tcgcagtttc ccgtttgtca
    31621 gcaaagtgct gcggcaaaac tttatcgata ccgccacgcg catcatgctc gacgcaccgt
    31681 ttacgccacc caacaagacg gagttcgaca ttgactggat cggagtcaaa gcctcacagt
    31741 tttcattcgg gcgtttgtca aatgcagacc ccgtgttagg cgtcgacatg agttctacgg
    31801 gtgaagtagg ttgtattggc gatgactttg acgaggcgct tctcgccgcg atggttgctg
    31861 tgggtaacac catacccacg cgtagcatta tggtttcttc gggaggagct aagagcaagg
    31921 tggagttgtt ggaaccctgt cggatgctct gtgagcgagg ctacacgata tacgccacgc
    31981 aaggcactgc ggctttccta cgcgacaacg gagtagaagt gacacctgtg tgctggcccg
    32041 atgagcgtga cggagggctg aacatacttg atatgttcag tcgccatgcc ttcgacttag
    32101 tcgtcaacat tcccaagaac caaagccggc gtgagttgac aaacggatat aagattcgga
    32161 gggcagctat cgaccacaat ataccgctga tcacaaatgc ccgactggca ggcgcattca
    32221 cccgagctgt ctgcaactta ggcgagaagg atataccgat caagagctgg caggaatacc
    32281 gttaacgaag acctatcgcc ggtagcgccg agtaggtcgt ggccgagcat gcggaggatc
    32341 atctccccgc gtgctcggct tttttgtgtc tgtgtgcgta atcgatagat gcgggcgatt
    32401 gcccgtcgga gggtggttgg gctatcatgg cggctgcagg aaagcaaaaa gagattccaa
    32461 tgagctatct cgcccattcc acgaagccga aaacaacctt cggtctcaat ctccggacac
    32521 ttcgtgaatc aaaaaacaga ttccgtttta ttacctcgga cattctacga aaccgaaaac
    32581 aactttctgt ctcaatctcc ggacacttcg tgaatcaaaa aacagattcc gtttcgttac
    32641 ctcggacatc ccacgaagcc gaaaacaact ttctgtctca atctccggac actccgcgaa
    32701 accaaaaacg aatctcaatt tcgatcccca ggcactatgc aaagcgaaaa acgaatctcg
    32761 attttgactt ccgagtactc tggaagcaaa aaatgaattg cgattttgct ttcagagtgt
    32821 ccgggaagcc aaaaatgaat ctcgatttgc gtctccggac actcagtgaa gtgaaaaatg
    32881 aattacgatt tcgctttcgg agtgtccggg aagccaaaaa tgaattgcga tttcgcattt
    32941 tgggtactcc ggaaggcaaa aatgaatctc gatttcgctt cccggagtgt ctgtgaagcg
    33001 aaatcgaaat tcatttttga cttcattttg tccgctggat aagcgataat aacttgatga
    33061 accttaggcg gagagtccgg ctatacacac cgtattttgt ttctcttatc gatgagtgaa
    33121 gatgaataac aataggatcc atgcgatgat tgccatcaag tcgtccgaat gggcgcggaa
    33181 agttgtttgg accttcatag ggtgcgtctg aataggcgta gggagttgtt tcgaccttca
    33241 cggggtgcgt ctggtaggcg tagtaggttc gttggggctt tcacgggggc ttcgcccccg
    33301 cgctccgact tccttttctt ctcttgatgg aagaaaagga agcaaaagaa gatcaaggcg
    33361 atgatcgcca tcaagttggc cgaataggcg cagagggttg tttggacctt catggtgtgc
    33421 agccgaatag gcgcagagga ttattttggc cttcatgggg tgcgtctggt aggtgtagga
    33481 ggttcgttgg ggctttcgcg ggggattcgc ccccgcgctc cgacttcctt ttcttccctt
    33541 gatggaagaa aaggaagcaa aagaagatca aggcgatgat cgccntcaag tngnccgnat
    33601 agncgcagag gnttgtttng nccttcatng ngtncntcng aataggcgca gaggnttgtt
    33661 tnggcnttcn cggggtncgt ctggtangcg taggaggttc gttggggctt tcgcgggggc
    33721 ttcgcccccg tgccccgact tccttttctt ccatcaaggg aagaaaagga agcaaaagaa
    33781 gatcaaggcg atgatcgcct tcaagttggc cggataggcg cggaaagttg tttggacctt
    33841 catggggtgc agccgaatgg gtgcagagga ttgttttggc cttcatttta ttcgtctggt
    33901 aagcgtagga ggttcgttgg ggctttcgcg ggggcttcgc ccccgtgccc cgacttcctt
    33961 ttcttcc
//
LOCUS       SEQF2637|AYYD01001180.1 1249 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1249
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(214..432)
                     /locus_tag="SEQF2637_01824"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAETILCIYSANLKAIITLIFFCFLFFYQEKKRKSGYGGEAPA
                     KAPTNLLRLPDASRESPNEPPTPTRRTL"
     CDS             complement(821..991)
                     /locus_tag="SEQF2637_01825"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVQTTLCVYSANMKAIIALIFFCFLFFHQEKKRKSGCGGEAPA
                     KSLMNLLRLPDE"
     CDS             complement(988..1206)
                     /locus_tag="SEQF2637_01826"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKXXTXLCXYXXXLXAIIALIFFCFLFFHQGKKRKSGHGGEVPA
                     KAPTNLLRLPYEPHEGQNNSLHLFRRTL"
ORIGIN      
        1 attttattcg tctggtaagc gtaggaggtt cgttggggct ttcgcggggg cttcgccccc
       61 gtgccccgac ttccttttct tcccttgatg gaagaaaagg aagcaaaaga agatcaaggc
      121 gatgattgcc atcaagtcgt ccgaataggc gcaggaagtt atttgggcct tcgtggggtg
      181 cagccgaata ggcgcagagg attgttttgt ccttcatagg gtgcgtctgg taggcgtagg
      241 aggttcgtta gggctttctc gggatgcgtc tggtaggcgt aggaggttcg ttggggcttt
      301 cgcgggggct tcgcccccgt accccgactt ccttttcttc tcttgataga agaaaaggaa
      361 gcaaaagaag atcaaggtga tgatcgcctt caagttggcc gaatagatgc agaggattgt
      421 ttcggccttc atggggtgca gccgaatagg cgcagagggt tgttttggcc ttcatggggt
      481 gcgtatggta gacgtaggag gttcgttagg gctttcgcgg gggcttctcc cccgtgcccc
      541 gacttccttt tcttcccttg atggaagaaa agaaagcaaa agaagatcaa ggcgatgatc
      601 gccttcaagt tggccgaatg ggctcagagg attattttgg ccttcatggg gtgcgtttgg
      661 tagtcgcaag aggttcgttg gggctttcgc gggggcttcg cccccgcacc ccgacttcct
      721 tttcttccct tgatggaaga aaaggaagca aaagaagatc aaggcgatga tcgccttcaa
      781 gttggccgaa taggcgcaga ggattgtttt ggccttcatt ttattcgtct ggtaagcgta
      841 ggaggttcat tagggatttc gcgggggctt cgcccccgca gcccgacttc cttttcttct
      901 cttgatggaa gaaaaggaag caaaagaaga tcaaggcgat gattgccttc atattggccg
      961 aatagacgca gagggtcgtt tggaccttca tagggtgcgt ctgaataggt gtagtgagtt
     1021 gttttggcct tcatgaggtt cgtatggtag gcgtaggaga ttcgttgggg ctttcgcggg
     1081 gacttcgccc ccgtgccccg acttcctttt cttcccttga tggaagaaaa ggaagcaaaa
     1141 gaagatcaag gcgatgatcg ccntcaagtn gnccgnatag angcagaggn ttgtttnggn
     1201 cttcatngng ttcagccgaa taggcgcaga ggattgtttt ggccttcat
//
LOCUS       SEQF2637|AYYD01001181.1 2010 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2010
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(214..432)
                     /locus_tag="SEQF2637_01827"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAETILCIYSANLKAIITLIFFCFLFFYQEKKRKSGYGGEAPA
                     KAPTNLLRLPDASRESPNEPPTPTRRTL"
     CDS             complement(821..991)
                     /locus_tag="SEQF2637_01828"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVQTTLCVYSANMKAIIALIFFCFLFFHQEKKRKSGCGGEAPA
                     KSLMNLLRLPDE"
     CDS             1044..1649
                     /gene="hisS_2"
                     /locus_tag="SEQF2637_01829"
                     /EC_number="6.1.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8YMC2"
                     /codon_start=1
                     /transl_table=11
                     /product="Histidine--tRNA ligase"
                     /translation="MVGSEAGIRGVEETEYILDRIEPLPLKAHLETDLTLARGLNYYT
                     GAIFEVKALDAEIGSITGGGRYDNLTGVFGMAGLSGVGISFGADRIYDVLNQLDLYPE
                     DTLRTTQLLFVHFGEREANYLLPLIARVRAAGIRAELYPDAAKMKKQLGYADANAIPF
                     VALVGEDEMSTGRIQLKDMRSGEQRAVTLDELIATLSESHN"
ORIGIN      
        1 attttattcg tctggtaagc gtaggaggtt cgttggggct ttcgcggggg cttcgccccc
       61 gtgccccgac ttccttttct tcccttgatg gaagaaaagg aagcaaaaga agatcaaggc
      121 gatgattgcc atcaagtcgt ccgaataggc gcaggaagtt atttgggcct tcgtggggtg
      181 cagccgaata ggcgcagagg attgttttgt ccttcatagg gtgcgtctgg taggcgtagg
      241 aggttcgtta gggctttctc gggatgcgtc tggtaggcgt aggaggttcg ttggggcttt
      301 cgcgggggct tcgcccccgt accccgactt ccttttcttc tcttgataga agaaaaggaa
      361 gcaaaagaag atcaaggtga tgatcgcctt caagttggcc gaatagatgc agaggattgt
      421 ttcggccttc atggggtgca gccgaatagg cgcagagggt tgttttggcc ttcatggggt
      481 gcgtatggta gacgtaggag gttcgttagg gctttcgcgg gggcttctcc cccgtgcccc
      541 gacttccttt tcttcccttg atggaagaaa agaaagcaaa agaagatcaa ggcgatgatc
      601 gccttcaagt tggccgaatg ggctcagagg attattttgg ccttcatggg gtgcgtttgg
      661 tagtcgcaag aggttcgttg gggctttcgc gggggcttcg cccccgcacc ccgacttcct
      721 tttcttccct tgatggaaga aaaggaagca aaagaagatc aaggcgatga tcgccttcaa
      781 gttggccgaa taggcgcaga ggattgtttt ggccttcatt ttattcgtct ggtaagcgta
      841 ggaggttcat tagggatttc gcgggggctt cgcccccgca gcccgacttc cttttcttct
      901 cttgatggaa gaaaaggaag caaaagaaga tcaaggcgat gattgccttc atattggccg
      961 aatagacgca gagggtcgtt tggaccttca tagggtgcgt ctgaataggt gtagtgagtt
     1021 gttttggcct tcatgaggtt cgtatggtag gctcggaggc aggcatccgc ggcgtggagg
     1081 agacggaata cattctggat cgcatagagc cgctgccgct gaaggcccac ttagagaccg
     1141 atctcacact ggcgcgtggc ctcaattact acaccggagc cattttcgaa gtcaaggccc
     1201 tcgatgcgga gatcggaagc attacgggcg gcggtcggta cgacaacttg acaggcgtct
     1261 tcggtatggc cggcctttcc ggcgttggga tctcattcgg cgcagatcgc atttacgatg
     1321 tcctgaacca gcttgatctc tatcccgaag acacgttgcg aaccacccag ctgctctttg
     1381 tgcacttcgg cgagcgtgag gccaactacc tcctgccgct gattgcccgc gtgcgcgctg
     1441 ccggcattcg tgctgagctt taccccgacg cagcgaagat gaaaaagcaa ctcggctatg
     1501 ccgacgcaaa tgcaatcccc ttcgtggccc ttgtcggcga ggacgagatg tccaccggcc
     1561 gcattcagct caaggacatg cgcagcggcg agcaacgcgc cgtcaccctc gacgagctta
     1621 tcgccaccct cagcgaaagc cataactaac ctctataccc catcccccca gccggatatc
     1681 agccgagcgt cgtctcgagc cggtatccgg ctttttttgt gcccgccccc acggatccct
     1741 gcgggccatc gccagcatcc catgaaacca cgcagcaatc cctaccccca tccagacaca
     1801 cctcgcgaaa gccaaaacaa ctccctgtac ccatccagat acacccaatg aaaccacaca
     1861 tcaatcccta cacccatcca gacacaccct atgaaagccc aaacaccccc ttgcacctat
     1921 acggctaact tgaaggcgat catcgccttg atcttctttt gcttcctttt cttctatcaa
     1981 gagaagaaaa ggaagtcggg gcgcgggggc
//
LOCUS       SEQF2637|AYYD01001182.1  303 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..303
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gcttcgcccc cgtgccccga cttccttttc ttctcttgat agaagaaaag gaagcaaaag
       61 aagatcaagg cgatgatcgc cttcaagttg gccggatagg tgcagagact tgtttcggcc
      121 ttcatggagt tcagccgaat aggcgcagag gattgttttg gccttcatgg ggtgcgtatg
      181 gtaggtgtag aaggttcgtt ggggctttcg cgggggcttc gcccccgcgc cccgacttcc
      241 ttttcttctc ttgatagaag aaaaggaagc aaaagaagat caaggcgatg atcgccttca
      301 agt
//
LOCUS       SEQF2637|AYYD01001183.1 2911 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2911
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             193..1338
                     /gene="aroB"
                     /locus_tag="SEQF2637_01830"
                     /EC_number="4.2.3.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56081"
                     /codon_start=1
                     /transl_table=11
                     /product="3-dehydroquinate synthase"
                     /translation="MQSEAHFRLYTLVKCNPRLIFSYYYMYSIDPPMIIFTKDIAEAL
                     TAYLASKNYDKTYLVTDTNTRQHCLPLLEGIPALRDAGQITIEAGDVHKDIAQVAQIW
                     QHLSDGGASRHSLLINLGGGMVTDLGGFAGATFKRGLHVLNIPTTLMASVDAAVGGKT
                     GINFNGLKNEIGSFHQPDCVMIDCTFLCTLDRDNLLSGLAEMIKHGLIADPDHLRALL
                     SIDISARHFTIDPAEVERFVAVKARIVEEDPTERGIRKALNFGHTVGHAFESLSFVRS
                     RPILHGHAVAAGIVCELYLSHKHCGLSTDDLRRVTHFIRSGYPPFSFSCRDYDTIYER
                     MTHDKKNAGGRIRFALLRGIGDVVIDQEVPRELVIESFDFYRENMGQ"
     tRNA            1415..1490
                     /locus_tag="SEQF2637_01831"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(ggg)"
     CDS             1544..1765
                     /locus_tag="SEQF2637_01832"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMNEAVPRLSAGPFSGIMGILESAAIECLSINIEPITTEKLSS
                     ESLYSCGGGRRLDTSIHCRFAAKETMFHE"
     CDS             2170..2682
                     /locus_tag="SEQF2637_01833"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRRISGRTFAMALAATTFFAAPSHDAWASSPDASGRNGEASL
                     RAPLSNPAVSDGDLLGTWTINRVKVKKTVDGVSSERTYSAGQKVESFIPCPQRWRMMN
                     SKELEMYFEDGRKEVLEYKLGDGQFSINSLGAIFDYSYSVNGNTMTLTSIFKYGKEEE
                     QLIVDLKKQN"
ORIGIN      
        1 ctcattttgg actttgcacg cttgtaaaat gcgatctgag gctcattttg gattttgcac
       61 gcttgtaaaa tgcaatctga gcctcatttt ggactttgca cgcttgtaaa atgcgatctg
      121 aggctcattt tggattttgc acgcttgtaa aatgcaatct gagcctcatt tcaggctttg
      181 cacgcttgta aaatgcaatc tgaggctcat ttcaggcttt acacgcttgt aaaatgcaat
      241 ccgaggctca tcttctccta ttattatatg tatagcatag accccccaat gatcatcttc
      301 acaaaagaca tcgccgaggc actgactgcc tatctcgcgt caaaaaatta cgacaagacc
      361 tacctcgtca ccgacaccaa cacgcggcaa cactgcctgc ccctgctcga aggcatcccc
      421 gccctccgcg acgccgggca gatcaccatc gaggccggcg acgtccataa agacatcgcg
      481 caggtggccc agatctggca gcatctctcc gacggcggcg cctcgcgtca ctcgctgctc
      541 atcaacctcg gcggcggcat ggtgaccgac ctcggaggct tcgccggcgc caccttcaag
      601 cgcggcctac acgtcctcaa catccccacc accctcatgg cctccgtcga cgccgccgtg
      661 ggcggaaaga cgggtattaa cttcaatggc cttaagaacg agatcggctc cttccaccag
      721 cccgactgcg tgatgatcga ctgcaccttc ctctgcaccc tcgaccgcga caacctcctc
      781 tccggcttgg ccgagatgat caagcacggc ctcatcgccg accctgacca cctgcgcgct
      841 ctcctctcca tcgacatctc cgcccgccac ttcaccattg atcccgctga ggtggagcgt
      901 ttcgtcgctg tcaaagcgcg catcgtcgag gaggatccca ccgagcgggg catccgtaag
      961 gcactcaact tcggccacac cgtcggccac gctttcgaga gcctctcctt cgtccgcagc
     1021 cgtcccatcc tccacggcca tgctgtcgca gcgggcattg tctgcgaact ctacctctcg
     1081 cacaaacact gcggcctctc gaccgacgat ctgcgccgcg tgacccactt catccgttcg
     1141 ggctatcctc ccttctcgtt cagttgccgc gattacgaca cgatctacga acgcatgacg
     1201 cacgacaaga agaacgccgg cggccgcatt cggtttgccc tcctgcgcgg aatcggcgac
     1261 gtcgtcatcg atcaagaagt gcctcgtgag ctcgttatcg aatcgttcga cttctatcgg
     1321 gagaacatgg ggcagtaaga aatagtgcgc acggggtttt ggttagtcga ttatctttct
     1381 acttttgccg cgcattcgag aaaacgatgc aacgcggggt gtagctcagc ccggttagag
     1441 tactcgtctg gggggcgagt ggtcgctggt tcgaatccag tcaccccgac taactggaag
     1501 gcctctcaaa gtcagtgatt tagctgcttt gaggggcttt tttatggtca tgaacgaggc
     1561 ggtgccgcgc ctctccgcag ggccgttttc gggtattatg gggatattgg agagtgccgc
     1621 aatcgagtgt ttatcgatca acatagaacc gataactact gagaagctgt catcagaaag
     1681 tctctattcg tgtggggggg gaaggaggct ggatacttct atccattgcc ggtttgcggc
     1741 aaaagagacg atgtttcacg agtagggtgt tttcaggtat cgctttcggg gcggccgaga
     1801 gaatcgcgcg acattacaga cgttcgcaga ggaacgagag aagaccgcct ctcttcatca
     1861 ggaaagctcc ttcttcttga gggtccgatc ttattccggg tcatgaaagt gaggaggtaa
     1921 tagagccatt ttcactcgcc ctattccttt ggattcaatg gcagtagttt gacggaatag
     1981 aaatccataa aaaaataaag cagtacgttg gaacgaaata atttgattcc cattgcggca
     2041 aatttttgcc gacaaacatt cggctatcaa atgaactaca gacataagac taaagtgaag
     2101 aataaaaaga gctccgatgt cagataaggt aacttcaggg cagattccaa atcaataaag
     2161 tgttacaaaa tgaagaagag aagaatttct ggtaggacgt tcgctatggc ccttgcggcc
     2221 acgacgtttt ttgcagcacc atcccacgac gcttgggcct ccagcccgga cgccagtggc
     2281 cggaatggag aggccagcct tcgggcaccg ctatccaacc ccgcagtatc cgatggtgat
     2341 ctgcttggca cctggaccat caaccgggtg aaggtcaaaa agaccgtcga cggtgtctcc
     2401 tccgagcgca cctattcggc cggtcagaag gtggagtcgt tcattccttg ccctcagaga
     2461 tggaggatga tgaatagcaa ggagttggaa atgtattttg aggatgggcg gaaagaagtg
     2521 cttgagtata agttgggaga cggacagttc tccatcaaca gcttgggcgc catttttgac
     2581 tattcgtata gcgtgaatgg gaatacgatg accttaacgt cgatctttaa gtacggcaaa
     2641 gaggaagaac aattgatcgt ggatttgaaa aagcaaaatt gatcggagta tgaagcgaat
     2701 aattacacta ttcctcctct tggtatttgc gtgctctctt ggtgcgcaag tcgagacgcg
     2761 agggtctgat ttctgggtta cgttcggtaa taatgcaaac gccccatcga atggcgtata
     2821 tctgcagttg cgaatcgtag ccaaacaagc agtaacgggt cggattacgt ttacggagaa
     2881 caacaaggtt gttcccttct caatctcaga t
//
LOCUS       SEQF2637|AYYD01001184.1 1000 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1000
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             15..887
                     /gene="recQ_1"
                     /locus_tag="SEQF2637_01834"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15043"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecQ"
                     /translation="MGKETADIVSYQQNEMEQFGSGQEEDDKTWNAVLRQALIAGYLT
                     KEIENYGTLRITPQGREFMEHPTSFRVVKDKEFEEDEGADMPMRGSGASAVDPALFSI
                     MKDLRKKLSKQLDVPPFVIFQDPSLEAMATTYPVTLEELQNIPGVGSGKAKRYGTEFV
                     ALIKKYVEENEIERPEDMRVRTVANKSKLKVYIVQSIDRKVALDDIASSKGLEFSELL
                     DEIESIVYSGTRINIDYFIFDAIDEDRVDDIYQYFKESTTDSLQEAIEELGSDYTEDE
                     IRLVRIKFLSEMAN"
ORIGIN      
        1 tcgtcgactt cctgatgggt aaagagacgg ccgacatcgt ctcctatcag caaaacgaaa
       61 tggagcaatt cggtagcgga caagaggagg acgacaagac ttggaacgcg gtacttcgtc
      121 aggccctcat cgcaggctat ctaacgaaag agatcgagaa ctacggtacc ctccggatca
      181 cccctcaagg acgggagttc atggagcacc ccacctcgtt ccgcgtcgtg aaagacaagg
      241 agttcgagga ggacgaaggc gcagacatgc cgatgcgtgg cagcggtgcg agcgccgtcg
      301 atccagccct tttctcgatc atgaaagacc ttcggaagaa gctctctaaa cagctcgatg
      361 tgcctccctt cgtcatcttc caagatcctt cgctcgaggc gatggccacc acctatcccg
      421 tcacactgga ggagctacag aacatccccg gcgtaggatc cggcaaggcc aaacgctacg
      481 gtacggagtt cgtggccctg atcaagaaat acgtcgagga aaacgagatc gaacgccccg
      541 aagacatgcg tgtgcgcacc gtggccaaca aatcgaagct gaaggtctac atcgtgcaga
      601 gcatcgaccg caaggtggcc ctcgacgaca tcgcctcgtc taaaggactg gaattttccg
      661 aactgctgga cgagatcgaa tccatcgtct actccggcac ccggatcaac atcgactact
      721 tcatcttcga cgccatcgac gaggatcgcg tggacgacat ctatcaatac ttcaaggagt
      781 caaccacgga cagccttcag gaggccatcg aagagctcgg tagcgactat accgaggacg
      841 agatccggct tgtccgcatc aagttcctct ccgaaatggc caactaacgg cctcacagat
      901 caatcatcaa ccaatcgacg atagaatgaa aagaaggctt ttatgggtcg ccctgtgttg
      961 cgccatgccc ctcagcggag cgttcgcaca gaaaaaggca
//
LOCUS       SEQF2637|AYYD01001185.1 1001 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1001
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             16..888
                     /gene="recQ_2"
                     /locus_tag="SEQF2637_01835"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15043"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecQ"
                     /translation="MGKETADIVSYQQNEMEQFGSGQEEDDKTWNAVLRQALIAGYLT
                     KEIENYGTLRITPQGREFMEHPTSFRVVKDKEFEEDEGADMPMRGSGASAVDPALFSI
                     MKDLRKKLSKQLDVPPFVIFQDPSLEAMATTYPVTLEELQNIPGVGSGKAKRYGTEFV
                     ALIKKYVEENEIERPEDMRVRTVANKSKLKVYIVQSIDRKVALDDIASSKGLEFSELL
                     DEIESIVYSGTRINIDYFIFDAIDEDRVDDIYQYFKESTTDSLQEAIEELGSDYTEDE
                     IRLVRIKFLSEMAN"
ORIGIN      
        1 atcgtcgact tcctgatggg taaagagacg gccgacatcg tctcctatca gcaaaacgaa
       61 atggagcaat tcggtagcgg acaagaggag gacgacaaga cttggaacgc ggtacttcgt
      121 caggccctca tcgcaggcta tctaacgaaa gagatcgaga actacggtac cctccggatc
      181 acccctcaag gacgggagtt catggagcac cccacctcgt tccgcgtcgt gaaagacaag
      241 gagttcgagg aggacgaagg cgcagacatg ccgatgcgtg gcagcggtgc gagcgccgtc
      301 gatccagccc ttttctcgat catgaaagac cttcggaaga agctctctaa acagctcgat
      361 gtgcctccct tcgtcatctt ccaagatcct tcgctcgagg cgatggccac cacctatccc
      421 gtcacactgg aggagctaca gaacatcccc ggcgtaggat ccggcaaggc caaacgctac
      481 ggtacggagt tcgtggccct gatcaagaaa tacgtcgagg aaaacgagat cgaacgcccc
      541 gaagacatgc gtgtgcgcac cgtggccaac aaatcgaagc tgaaggtcta catcgtgcag
      601 agcatcgacc gcaaggtggc cctcgacgac atcgcctcgt ctaaaggact ggaattttcc
      661 gaactgctgg acgagatcga atccatcgtc tactccggca cccggatcaa catcgactac
      721 ttcatcttcg acgccatcga cgaggatcgc gtggacgaca tctatcaata cttcaaggag
      781 tcaaccacgg acagccttca ggaggccatc gaagagctcg gtagcgacta taccgaggac
      841 gagatccggc ttgtccgcat caagttcctc tccgaaatgg ccaactaacg gcctcacaga
      901 tcaatcatca accaatcaac gatagaatga aaagaaggct tttatgggtc gccctgtgtt
      961 gcgccatgcc cctcagcgga gcgttcgcac agaaaaaggc a
//
LOCUS       SEQF2637|AYYD01001186.1  674 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..674
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(156..425)
                     /locus_tag="SEQF2637_01836"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPLISSSLAAAVSRSLRKPFRSDSKVTIFFSSFAFSSRSVLPD
                     STATYSEKFMPLSSSIEPSSMERLPSVFVLSWLMKSCLLCSKLNL"
ORIGIN      
        1 gcggtggcag tccatcacct cgatatagct tggaggcctt ccgatctcga gcagcgcaac
       61 gggcgtgccg tccgtaaagg caacgaggtg gccaaacagt ttgcgggcaa caaagtggac
      121 gtgatcatct atgccgtgga gcgctcgctt gacagttaca agttcaactt gctgcacaac
      181 aaacagctct tcatcaacca gctcaagacg aacacgctcg gcagtcgctc catcgacgaa
      241 ggttcgatgg acgaggacag cggcatgaac ttctcggagt atgtggccgt gctgtcgggt
      301 aacaccgacc tactcgagaa agcgaagctg gagaagaaga tcgtcacttt ggaatcggag
      361 cgaaagggct tccttaaaga gcgcgacacg gcggcggcca agctcgagga gatcaagggc
      421 tccatcgcct tccattcgga caagatccgg gaagcccggg cggatcgagc acattttgag
      481 agccagctac agcgtgacgc cgacggtgtg ccagtcaata agttgtctgt aaaaggtgtg
      541 ccggacggtg cggatgttaa ggtcctggct gcgcgactac aggagatcgc cgagaaagcg
      601 cgcaccgaag gcgagtacaa caagatcggt gagatctacg gtttcccggt catggtgaag
      661 actgagagca cggt
//
LOCUS       SEQF2637|AYYD01001187.127940 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..27940
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(147..794)
                     /locus_tag="SEQF2637_01837"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVRALSFFAPKQMLLPTAYLGPIPYYRLMHRATEVRIEACEHY
                     PKQTLRNRCLIATAGGVQALTVPVVRPDNPKAPTRDIRISDHGRWRHLHWQALVSAYG
                     MSPFFEYYADDFAPFYERPYTFLIDYNMALQSLVCELLDISPTVSLTEAYMPPESVTD
                     DLREAFTPRTPRPEHPDLPPPQPYYQVFGRKHGFQPDLSIVDLLFNMGNESLLYL"
     CDS             complement(852..1301)
                     /gene="rplI"
                     /locus_tag="SEQF2637_01838"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RY49"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L9"
                     /translation="MEVILKEDVANLGYKDDIVHVKDGYGRNFLIPQGKAVIASESAR
                     KVLAEVLKQRAHKIAKIKEEAEALAEKMKGVSLTIGAKTSSTGTIFGSVTNIQIAEEL
                     AKLGFEVDRKIIRIKEDAVKEIGSYNATVRLHKEVSVEIPFEVISEA"
     CDS             complement(1326..1616)
                     /gene="rpsR"
                     /locus_tag="SEQF2637_01839"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2G111"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S18"
                     /translation="MATTNTPAGNNQSELRYLTPMSKDVKKKKYCRFKKSGIKYIDYK
                     DPDFLKKFLNEQGKILPRRITGTSLKFQRRVAQAVKRARHLALLPYVTDLMK"
     CDS             complement(1635..2000)
                     /gene="rpsF"
                     /locus_tag="SEQF2637_01840"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66474"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S6"
                     /translation="MNNYETVFILTPVLSEAQVKEAVDKVKAALGTVKAEIVNEENWG
                     LKKLAYPIDKKTTGFYWLLEFKAVPEAVEVLETQFRRDERVIRFLTFRQDKFAAEYAA
                     KRRGLKASKERESAEKANQ"
     CDS             2133..3698
                     /locus_tag="SEQF2637_01841"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHITHSSLRHVLAWMALALSFHVYADGAADSTASPPSSAHTLYK
                     VSFSGAATDGGTPFWMASHTHGQMPIDIARFGGYMQAGLQHTGRLTDRWQWEAAMSLV
                     AATPRIGRHVFVEEAYAALSYRDRLALSIGSRAWGGNASAARPTSPDPTLSSGDLLLS
                     HNARPIPEITLYTPRLMTVPLTGGWLAAGGDFAVGRSFDTDYLRTAIAPERHYVQGVL
                     WHRKALYLRLRDPGPASLPLAFTIGIRHMAQWGGTSTLPKMGRQPQSLKDFARIVLGQ
                     SGGSDATVSDQINVLGNHYGTFDFRLDYTGPRFVISAYYQHFWEDRSGIEWYNGLDGL
                     AGISIDLPPFPHLRRIVVEYLSTMDQSGPFHFIQYDHKKYPGYGGGADNYYNNGEYTT
                     GASYFGRAIGSPLLLSPAYNANRSPAFLHNRIRAWHIGAEGRIAGSWGWRARLSTLRS
                     FGTPYAPTLRPLDDTSLSLDIRYLLPDAHSAAPSGWEFTATLALDRGSLIGSRTGVGL
                     TVSRCGWIRWAGR"
     CDS             complement(3700..4446)
                     /gene="plsC_1"
                     /locus_tag="SEQF2637_01842"
                     /EC_number="2.3.1.51"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26647"
                     /codon_start=1
                     /transl_table=11
                     /product="1-acyl-sn-glycerol-3-phosphate acyltransferase"
                     /translation="MAKLLYPIYFILIALPLFVLLTALTALLTTVGCLLGGERVFSYY
                     PGMIWSRLTCLLVLSPVHVRGREHLQRGRSYVFAANHQGAFDIFLVYGFIGLPIKWMM
                     KAGLERIPLVGYACRAAGFIFVDNSSPRAARRSIAEAERRLKDGFSLAVFPEGSRSKT
                     GRMGRFKKGAFQVALDRGLPVVPITLNGPYHVLPIGRWLAWPHRLEMVIHPPIDCGAL
                     AEGEDEFARMQQVADRTRETIASALWPEFR"
     CDS             4596..4772
                     /locus_tag="SEQF2637_01843"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGALKYLGILILLIGVGVLAATTAGDTSSNTMLLLGLALIICGY
                     LAHIFFNKNSKRIE"
     CDS             4838..5035
                     /locus_tag="SEQF2637_01844"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFFVPKPRTTRTSTPLRPPKTHAIGFVRIVMLQNVTPSAFPAL
                     RQLSKTNAKRMSWTFNQMFYS"
     CDS             5709..7061
                     /gene="miaB"
                     /locus_tag="SEQF2637_01845"
                     /EC_number="2.8.4.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31778"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-2-methylthio-N(6)-dimethylallyladenosine
                     synthase"
                     /translation="MNEKMKGETKKLYVETYGCQMNVADTEVVASVMQTDGYELTANL
                     EEADAVFVNTCSVRDNAEQRVVSRLQYFRSLKRGGRPRLIVGVLGCMAERAKEELVEK
                     HGVDLVAGPDSYMDLPNLVGAVERGEKAVNVSLSTEETYRDVKPLKMAGVHVTGFVSI
                     MRGCNNFCSYCIVPYTRGRERSRDVDSILSEIEDMRAKGYRDVTLLGQNVNSYLYRSA
                     EGEEVSFARLLERAAEAASDVRIRFMTSHPKDMSDEMLHVMAAHRNICKYIHLPAQSG
                     SSRMLAVMKRGYTREWYLDRIAAIRRILPGCAISTDLFCGFHSETEADHQETLSLMRE
                     VGYDSAFMFKYSERPGTYAARHLEDDVPEEVKVRRLQEMIALQNELSEASNRRDVGRR
                     FEILVEGFSKRSRERMYGKTEHNKVVVFDRGGHRIGDFVRVEVEEATSATLLGREVFD
                     "
     CDS             7178..8053
                     /gene="ftsX"
                     /locus_tag="SEQF2637_01846"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81X30"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell division protein FtsX"
                     /translation="MAYKKSGSASFFSSRLTSVISIALALYMTGVFFVFGLLSRGLSV
                     YMKENLAFSVVLKDDLRESDIRRMQDYLEAQPFVRSTEYISKAEAAEEMKAELGEDPE
                     VFLGYNPFHASIGVTLKSEYANAENLREIEKKLTADVRVMELAYRKDIMQTVNDNIRR
                     IGLVLALLIALLMVISFVLISNTIRLLIYSKRFLIYTMRLVGATPEFIRRPFIHSAVV
                     NGAVAGGLADMLLALTAVYLQNELSGLDRILPVGGVVTVCLVLPLLGVALSVGAAYFS
                     VNRYLYMERGQLYSV"
     CDS             8123..8392
                     /locus_tag="SEQF2637_01847"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKEDKMKDFALGKLNFMLIGAAVVLIAVGFMLMSGGGSTDGVS
                     FNPAIFSKQRISVAPIVTMAGFILMVFGILVGDRKTTSDKDQTEA"
     CDS             8389..9201
                     /gene="uppP"
                     /locus_tag="SEQF2637_01848"
                     /EC_number="3.6.1.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P60932"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-diphosphatase"
                     /translation="MNEAEAIVLGLIQGLTEFLPVSSSGHLTIAGTLFGMNSGKEMLA
                     FTTLLHVATVFSTLVVLRSEIGELIRGLFAFRRNDETAMVGKLLLSAVPVGIVGLFFR
                     DWVEAVFGEGLLVVGCMLLLTALLLGLASFIKPRMEKPEISYRDAFVIGVAQACAVMP
                     GLSRSGTTIATGLVLGNKREAVAKFSFLMVLIPVLGEALLDVVKILKAGSTEAAFGGI
                     SPAAMVLGFLAAFVTGVMACRWMIGVVKRGRLIYFAIYCVIAGAVAIVYSLL"
     CDS             9201..9914
                     /gene="truB"
                     /locus_tag="SEQF2637_01849"
                     /EC_number="5.4.99.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHP7"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA pseudouridine synthase B"
                     /translation="MDFLKGEIVGFDKPLDWTSFDVVNKFRYALSRRLSVKKIKVGHA
                     GTLDPKATGVLVLCTGGATKRIEELQSHTKEYIATLQLGATTPSFDLEKPIDATYATD
                     HITREMVEEVLTAFTGEIRQVPPTFSACKVDGKRAYDLARRGKDVELEARPIVISEME
                     LLDYQLPGMIRIRCVCSKGTYMRALARDIGEALQSGAHLIELQRTRSGDMTLDRCITP
                     DQIGDFLDRALGATHSIRI"
     CDS             9944..11002
                     /gene="queA_1"
                     /locus_tag="SEQF2637_01850"
                     /EC_number="2.4.99.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WZ44"
                     /codon_start=1
                     /transl_table=11
                     /product="S-adenosylmethionine:tRNA
                     ribosyltransferase-isomerase"
                     /translation="MKLSRYKFTLPPELIATHPAPYRDESRLMVVHRDTGKIEHRVFK
                     DLVKYFGAGDVFVMNNTRVFPARLYGNKEKTGARIEVFLLRELNESLRLWDVLVDPAR
                     KIRIGNKLYFGKDENMEDLVAEVIDNTTSRGRTLRFLCEGDHDAFKKKLYELGETPIP
                     KYMNREAEEEDKERYQTIYATEEGAVVAPAAGLHFSRELMRRLEIKDSRFVYLTVHSG
                     LGIYREIDVEDLSKHKIDSEQMIIGRETIDAVNTAIDTNHRVCAVGTSVMRAIETAVG
                     TDGHLKEFDGWTNKFIFIPYEFSIANSMITNFHQPYSTLLLMTAAFAGYELTMEAYDI
                     AIKEKYRFCAYGDAMLIL"
     CDS             11249..11719
                     /gene="folK"
                     /locus_tag="SEQF2637_01851"
                     /EC_number="2.7.6.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26281"
                     /codon_start=1
                     /transl_table=11
                     /product="2-amino-4-hydroxy-6-
                     hydroxymethyldihydropteridine pyrophosphokinase"
                     /translation="MSDVYLSLGSNLGDRHRLITSAIALLAERAGRTVAVSRCYETAP
                     WGFQSAHPFLNVALSLRTDLAPLPLLDLTQQIERELGRTVKSSPGGTYADRPIDIDLI
                     FYADTCLDTPRLTLPHPLMHLRRFVLEPLAEIAPTIVHPTLGRTVSKLLEHCPE"
     CDS             11822..12064
                     /locus_tag="SEQF2637_01852"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTMQHLRSPFTVCEMTMQHLHSPFTVCSETMQHLHSIVAVCGVT
                     MQHLLDLFTGCKTTIHPLRTLFTVCSVTMQHLQGVL"
     CDS             12184..13131
                     /locus_tag="SEQF2637_01853"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKLRNILLTLLLLAIVALTAGSFFLLNHALRPADNKGRDTEGS
                     YAYMFQTYPFLRPWVDSLRRAGALCDTFITSADGTRLHALYARATRPTRRSAVIVHGY
                     KDCAVRMLMIGYLYHHDLGFNILLPDLYGAGQSGGDYIRMGWLDRYDVIRWTCVADEL
                     FGPEATIAVHGISMGAATTMMVAGEKQRADVRCFVEDCGYTSVWDEFAKELRAQYGLP
                     EMPLLYTTSMLCRARYGWDFLQASSLAQVAASELPIFFIHGEADDYVPTEMVHPLYEA
                     KRRGGRELWIAPGSAHALSYHDHRAEYTARVRAFVRRYM"
     CDS             13276..13545
                     /locus_tag="SEQF2637_01854"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTTLTKSAASIRINSGVLKQLKEEAKKEDKSLSSYLETLLYEM
                     GYRPYNEETVQACREAREGKIAGVVDTTSRETIEASLFGDEEAED"
     CDS             13526..13816
                     /gene="yafQ_2"
                     /locus_tag="SEQF2637_01855"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q47149"
                     /codon_start=1
                     /transl_table=11
                     /product="mRNA interferase YafQ"
                     /translation="MKKRRIEYTVRFKKNLKKFRHMPEKRAKITKAIQILAEGLPIPL
                     SMRPHKLIGDYAGYMELHIEGDLLLIWIELNANNEEIIRLSRIGSHSELFGT"
     CDS             13857..14450
                     /gene="ruvA"
                     /locus_tag="SEQF2637_01856"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A809"
                     /codon_start=1
                     /transl_table=11
                     /product="Holliday junction ATP-dependent DNA helicase
                     RuvA"
                     /translation="MIEYIKGEIVELQPALMIMECGGVGYELNISLTTYSTFDGLREG
                     KIYVHEVIREDAHLLYGFASREERELFLLLTSVSGVGPNTARMILSSFKPSDLIDIIA
                     SGDDATLTTVKGIGNKTAQRIVVDLKSKVRPVAGLDERRAAASRGSQTDTSEEAVAAL
                     VMLGFQKNASQKAVEKLLKEDPNMPVEQIVRSALKVL"
     CDS             14492..21928
                     /locus_tag="SEQF2637_01857"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTGRPYRSTLLLALFFAILWSGGRAAAQAPADSVRKDSVPPTI
                     ATLGKPRFPVARTAPLFYRDLTQPLPADLHNPDNLQTTVEYDILTNRYIVRTRVGDME
                     LGTPITMTPEQYQQYSMQQSMKAYYRQRNDENFRQASGEKLNLMDMRFNIGAADRVFG
                     PGGIRVKSQGTAEMKVGMKSSGTKNPTLPERSRNHTFFNFDNNVQLNMQASVGTKVNF
                     GLNYNTQSSFEFDASRLNLAYTGDEDEIIKNIEAGNVSLNTGNSLIRGGAALFGIKTE
                     LQFGKLRVNALLAQQNSESRTITSQGGVQTTDFEINIDNYDENRHFFLGHFFRDRYDE
                     AMAKLPLVASSAKITKIEVWVTNRRGNYNEARDIVAFSDLGENVHIGNTAEVQASGTV
                     RMTHNEANTLYSRVNALTDARSIDRVNGALSFLEDGRDYEKIGSARLLSPSEYSLNEA
                     LGYISLSTALQPDESLAVAFEYTYGGQTFKVGEISTDNTNNTSGCLFVKLIKGINEAP
                     GMPFWDLMMKNVYSLEAFSVQKDRFKLDIVYQSDTVGTYVYSIQEGNIAGRTLLQVMN
                     LDRLDVNNEPYPNGSFDFVEGYTIQPANGRIFFPVVEPFGRHLRKAIGNNAIADRYVF
                     QELYDSTKTVAQQIAEKNKFKLRGKYRASSASDINLGSTNVARGSVVVTAGGVRLTEN
                     VDYVVDYASGIVSIINESVLANRSSISVSLENQSVYSMQRKTMMGLDLNYEFSKHFSA
                     GATVMHLSEMPLTTKTAMGEESINNTLWGANLAYKGESQWLTNVVDKLPLLNLTQPSQ
                     ISLNAEFAHLIAGHYQNENTGRYSYLDDFESTRNSIDLLNPYLWSLASTPYDNGAAAK
                     FPEASLVNNTEYGKNRALFAWYYIDGLFTRRNSSLRPKYLTDKDISNHYVRPIEYSEI
                     YPNKDLAYNETNMLNTLNLAYYPTERGPYNLDVDGMNADGTLANPQRRWGGMMRRLDQ
                     TDFEASNIEYVEFWMMDPFIYNRETTKGGDLFLHLGDVSEDILRDGKKFFENGLPVNG
                     NLSQVDTNVWGRIPRQQSTVYAFDNTTGARRVQDVGLNGLSSTEERAFPTYKNYVERL
                     RAKVSADTWMRWEHDPFSPVNDPAGDDYHYFRGSDYDRDQVDILTRYKHYNGTEGNST
                     ASEDSPESYDISSKTNPDVEDINGDNTMSDLERYYEYRVSIRPKDMVVGQNHIVNERR
                     VRVRLPNGDTTSVTWYQFKVPVKEYLRRVGTIQGYKSIRFMRLYMTDFYETTILRLGT
                     FDLVRGDWRTYLQSLAPIGAPPSVNGTLDVTSVNIEENGDREPVNYILPPGVTRMTDP
                     SQPQIRQQNEQALSLKVTNLASQDARAIYKSTKYDMRRYKRLQLFVHAERLINDVTSL
                     ANGELSVFIRLGSDYKNNYYEYEVPLTLTPAGRYNSSSEADRSTVWPESNMIDFPTEV
                     LTNLKNKRNRAKREGRAGVSFATVYSEMDPQRQMNKVSVVGNPSLAEVRTIMIGVRNN
                     AKDLKSGEVWVNELRLTDFDERGGWAANGSLSVALSDLGTIQAAGRITTAGFGQIDQS
                     IGERSMDNYTQYAVSTSLQLGKFFPEKAQVNLPLYYAYSRETISPEYNPLDGDVHLRD
                     ALDAAVTTAQKDSIRNLTQQRVTTKSVALSNAHVNIQSKTPMPYDPSNFSFGYAYNER
                     ERKDPETVYETTKNYQGNLSYIYTPYIRPFQPFEKLQKSNGYTRYIKQLAFNYLPSTI
                     TFQTTMLRNYNELQLRDMDHLDDAASATTLPVSFSSLFTWDRSFSIRWSPLTNLTADF
                     SAGTNARIEEPHVQVNKKLNRSDYELWKDSIKRSIADLGTPQLYDQTLNVSYSLPLQY
                     IPVLDWVAANMTYNAQYNWESGSRVDQTTKTGNTIKNQRQMNYTAGLNLQGLYNKSSF
                     LKTVNQKYGALADAQRSEGSRRRRVKQNYEATIRLSPDSGTIVSHSLMTKKLARVTAR
                     RTDDSSRYNITYKVIDFARIRITNRDSVELRIVVVPAPPKEETPAYKGLEYAARFLMM
                     VRRVNLQFSQTDGMKVDGFQPQIGDWIGQASTAYGRAPGWGFAFGDVRESYVREAYDR
                     HWLMTESEQNYLAQINSSRTLTGSATIEPAVGMKIELNINRVDSRDAEIQYLYSGMPT
                     MHRGTFTMTTSTIGSAFASLGSAANGYESGPFRRFVENRAIVASRIEREYAGATYPSE
                     GFLAQSELAGKAHNATKSPVSQNASDVLIPAFLAAYTGRSASRVALTAFPSMLSLLPN
                     WRLSYDGLVQIPFIRRHFKTMTLSHQYRCVYTVGTYQSHLSWVGIGRGDRGYIKDASG
                     DPRPSSPYDIASVSITEAFSPLIGIDAMFLNNVTAGLKYQKTRNLNLNITSYQVVETH
                     SGEFTVSLGYKYAEFNKVLKMRKKGDFSNDLMLRFDYSRRRTQSLIRKIENAYTQLTA
                     GTMTQSLQFSADYAFSRAVTVRAYYDLQINTPLISNNSYPTSNADYGISLRFSLAQ"
     CDS             complement(22404..23087)
                     /locus_tag="SEQF2637_01858"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFLGYVDGAFVGDIRALPCPIMGRMQYTPTLPVDCMGSFCQLP
                     DLDAIQDISGKGTNAGVRLFRRAIYWGHSGSTVPDCGAYAIRPYPDGRLFSSEWVGAY
                     CIRPIRRPHQGDECGCPVISQSDLLGLSGPYRARLWGVCCCAPTLTVDCMGSFCQPSD
                     LDAPSDVPVKGTEVGMGFGCRVRFWDCGGGGGGVTGPYFGLRRGRRGRDGSVFWTAEG
                     WRLPIRQVF"
     CDS             23456..23962
                     /locus_tag="SEQF2637_01859"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRMLLRPTLTVKKQKPETWGNTHFLSVRPSVDHCASGGTASVP
                     KRPERRVARTRPEIRVSEAEHSDASFSDFVPCPVSSDVPGKLPSPGRGLFLCQDKKRR
                     WGPVGASPHPMADEGQSPDGFPIYICIEKGRPMAVSPPASHFLPSMSCNSKYTLYLRY
                     RETHFSHI"
     CDS             23976..25016
                     /locus_tag="SEQF2637_01860"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDVKSISGINHHYPLGMHIDMQVQLYDILQPVAPAKILLDAAD
                     LPAWKSDIDKEKESVREPSAYAETKYLKEKDKKRDEIVTSLFQEIRMAARSMVEDRQK
                     AGHRLCLIVDAYKGLQSENIANKTGHVTGLLLDLGKPEATADLTTLGLATTVPMLKNI
                     NDEFVTLRTQRLKAEAEDTQTAGTDLRAKNDATATKIFRHIEAAYIAAASDEDRKLVG
                     DLIDRINTVLSYTKTHYSQSLALKRLAAERRKQPKDPKKPKKPKKGTDPEIRLPDDGQ
                     PKTPETPKKPEGGGGGSGKHPEGGGGGTGGGGKHPEGGSGGTGGGGKPSEGGGGGTGG
                     SGGGPEIHLPEE"
     CDS             26162..27682
                     /locus_tag="SEQF2637_01861"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIARLGLLALLLSIVWAACTHEPDVPPRPEPKPDTTAVDSAL
                     LGKWYLAGLGRVGDTTVTPIDSISYALEIWREGFLYGHYVNGSYTWAGDTIHIKLNAE
                     DEKRMPEQIRRYREALLSVTSYRVDNEHQMRLFYDRGQRYLLFRDQPTRPSKQAIVPQ
                     DLLTTWIYRGRVYLKDGKKTLLPNIETGRLRFNADTTWVFQLSTGQLTGSFRTDGQSM
                     HFTITPPSLKTSPNEAYYLRQALERVTSYKIYDNELRLYEGGEETYVTFQKAEIGTGR
                     INEHLCRPWKLVGFGHTADGSVQIPEEGDNLGPRFFMLEFRVDGSLYTRSSTNMLYGD
                     YSVDGQSLHMDVGAGTKVSETKEGKAYIEALHAVERFELQKDGQLKLFYNQGRDYLLF
                     RDGLSLISSPPPAELLGKWTLAQIRYSARPPVVFKPGEHTITFHKSGYIDIEGYKLFG
                     SIPEDQLSYGYRPWGKENTLFIGWTYFTYNLEGETLTMTNTAAVDGPRYVYKRLRK"
ORIGIN      
        1 gaatttactc ggagaaattc cttcaaaaga gatcggttgg aagaatttac tcggagaaat
       61 tccttcaaaa gagatcggtt ggaggaattt actctgagga agcggcccgg cgagaggcct
      121 tcctccccca gagcgaacgt gcatggctat aaatacagca ggctctcgtt ccccatattg
      181 aagagcaggt cgacgatgct aaggtcgggc tggaagccgt gtttgcgccc aaagacttgg
      241 tagtagggtt gcggcggcgg caggtcgggg tgctcggggc gtggcgtacg cggggtgaag
      301 gcctcgcgca ggtcgtccgt cactgactcc gggggcatgt acgcctcggt caggctgacc
      361 gtcgggctga tgtcgagcag ctcgcagacg agcgactgga gcgccatgtt gtagtcgatc
      421 agaaacgtgt aaggccgctc ataaaacggc gcgaagtcgt cggcgtaata ctcgaaaaag
      481 gggctcatgc cgtaggccga gaccagggct tgccagtgca gatggcgcca ccgaccgtgg
      541 tcggagatgc ggatgtcacg cgtaggcgcc ttggggttgt caggccgtac gacaggcaca
      601 gtgagcgcct gcacaccgcc ggcggtggcg atcaggcaac ggttgcggag cgtctgtttc
      661 gggtagtgtt cgcaggcctc gatgcgcacc tcggtggcgc ggtgcatgag gcggtagtag
      721 gggatggggc ctaagtaggc ggtggggagg agcatctgtt tgggtgcaaa aaaagagagc
      781 gcccgaacgc tcatgttcgg acactctctt ctgcttctat ccggtttctg gaaaagactc
      841 cgggtgcggg gtcatgcctc cgagatcacc tcgaagggga tctccaccga cacttcctta
      901 tggagtctca ccgtggcgtt atacgagccg atttccttca ctgcgtcttc cttgatacgg
      961 atgatcttac gatctacctc gaagcccagc ttagccagct cttctgcgat ttggatattc
     1021 gtcaccgagc cgaagatcgt acccgtggag ctggtcttgg caccgatggt gagcgatacg
     1081 cccttcatct tttcggccag tgcctcggct tcttccttga tcttggcaat cttgtgagcg
     1141 cgctgcttga gcacttctgc gagcactttg cgggcagact ctgaggcgat cacggccttc
     1201 ccctgcggga tcagaaagtt gcgtccgtag ccgtccttta cgtgtacgat atcgtctttg
     1261 tagcccaggt tggctacgtc ttctttcaat ataacttcca tagttctgtt tcgctttaac
     1321 gggggttatt tcatcaaatc ggttacgtaa ggcagcaggg ccaagtggcg agcacgctta
     1381 acggcctggg ccacgcgacg ctgaaacttc agcgaggtgc cggtgatgcg tcggggcagg
     1441 atcttgcctt gctcgttgag gaacttcttg aggaagtcgg gatccttgta atcgatgtat
     1501 ttgattccgc ttttcttgaa gcggcagtac ttcttcttct tgacgtcttt cgacatcggg
     1561 gtcaggtagc ggagttcaga ctggttgtta cctgcggggg tgtttgtcgt tgccatgtgg
     1621 tttaatcctc ctttttactg gttagctttc tctgccgatt ctctctcttt cgatgccttc
     1681 aggccgcggc gcttggctgc gtactcagcg gcgaacttgt cctgacggaa ggtcaggaag
     1741 cggatcacac gctcgtcacg gcggaactgc gtctccagca cttccacggc ttcgggtacg
     1801 gccttgaact caagcagcca gtagaagccc gtcgtcttct tgtcaatcgg gtaagccagc
     1861 ttcttcagcc cccaattctc ttcgttcaca atctctgcct tcactgtccc cagtgcggcc
     1921 ttcactttgt ctaccgcttc ctttacctgt gcttcagata aaacgggagt taaaatgaaa
     1981 acggtttcgt aattgttcat atgtgtatta cttacgctta aaaaaattcg gccgcaaaga
     2041 tagatattcg acttacctgc acaaccgtca gggtattgtg ccacaagatg aagccgctac
     2101 ggtagctttg ccgcccgtat tatttctgac ttatgcacat cacccattct tccctccgcc
     2161 acgtcctcgc atggatggcg ctcgcgcttt catttcacgt ttatgcagac ggggctgccg
     2221 actccacggc ctctccccca tcttctgccc atactttata taaggtgtca ttctccggag
     2281 ccgccaccga cggcggcaca cccttctgga tggccagcca cacgcacgga caaatgccca
     2341 tagacatcgc ccgtttcggt ggctacatgc aggcaggcct gcaacacacg ggacggctca
     2401 ccgaccgttg gcagtgggag gcggcgatga gcctcgtagc cgccacacca cgcatcgggc
     2461 gacacgtctt cgtcgaggag gcttacgccg cgctctctta ccgcgaccga ctcgcgctct
     2521 ccatcggcag tcgtgcatgg ggcggtaacg cctcagcggc tcgcccgacc agccccgacc
     2581 caacgctaag cagcggcgac ttgctcctct cgcacaacgc acgtcccatc cccgagatca
     2641 cgctctacac gccgcgtctc atgaccgtcc cgctgacagg cggatggctc gcggcaggcg
     2701 gcgacttcgc cgtgggacga tcgttcgaca cggactatct gcgcaccgcc atcgcccccg
     2761 agcgccacta tgtgcagggc gtcctgtggc accgcaaggc gctctacctc cgcctccgcg
     2821 accctggccc tgcatccctt ccgctcgcct tcacgatcgg catacgtcac atggcgcaat
     2881 ggggcggcac atcgacctta cccaagatgg gccgtcagcc gcagtcgctg aaagactttg
     2941 cgcgcatcgt cctcgggcaa tcgggcggta gcgacgccac cgtctcggat cagatcaacg
     3001 tgctgggcaa tcattacggc acattcgact tccgcctcga ctacaccggc ccacgcttcg
     3061 ttatctccgc ttactaccag catttctggg aggatcgctc cggaatcgaa tggtacaacg
     3121 ggcttgacgg cctcgcggga atctctatcg acctgccccc cttcccccac ctgcgccgca
     3181 tcgttgtgga gtacctctcg acgatggacc agagcggccc cttccatttc atccagtatg
     3241 accacaagaa atatcccggc tacggcggcg gtgcagacaa ctactacaac aacggtgagt
     3301 acaccaccgg tgcctcctac ttcgggcgcg ccatcggctc gccgctcctc ctctcgcccg
     3361 cctacaacgc caaccgttcg cccgccttcc tccacaaccg catccgcgcg tggcacatcg
     3421 gcgccgaggg acgcatcgcc ggatcttggg gttggcgtgc ccgcctctcg accctccgca
     3481 gcttcggcac gccctacgcc cccacgctgc gcccgcttga cgacacctcc ctcagcctcg
     3541 acatccgtta cctcctgccc gacgctcaca gcgcggcgcc gtctggctgg gagtttacgg
     3601 ccacgctggc cctcgatcgc ggtagcctga tcggctcccg aaccggcgtc ggactgaccg
     3661 tcagccgctg cggatggatc cggtgggccg gacgataggt catcggaact ccggccagag
     3721 cgccgaggcg atcgtctcac gcgtacggtc ggccacctgc tgcatgcgcg caaactcatc
     3781 ctcgccctcg gccaacgccc cgcaatcaat cggcggatgg atcaccatct ccaatcggtg
     3841 cggccaggcc aaccaacggc cgatcggcaa aacgtgatac ggcccattaa gcgtgatcgg
     3901 caccacgggc agcccccggt cgagcgccac ctgaaaagcg cccttcttga agcgccccat
     3961 ccggccagtc ttcgaccgcg aaccctcggg gaagacagcc agcgaaaagc cgtccttcag
     4021 ccgtcgctca gcctccgcga tgctgcggcg tgcagcccgc ggcgacgaat tatccacgaa
     4081 aatgaatccc gcggcccgac atgcatagcc caccagcgga atacgctcca gcccagcctt
     4141 catcatccac ttgatcggga ggccgatgaa gccgtaaacc agaaaaatgt cgaacgcccc
     4201 ctgatgattg gccgcgaaga cgtacgagcg gccccgttgc agatgttcgc gcccccgcac
     4261 atgcaccggc gaaagcacca ataggcacgt cagccgcgac caaatcatgc ccgggtaata
     4321 cgagaaaacg cgctccccac ccagcaggca gcctaccgtt gtcaagagcg ccgtcagcgc
     4381 cgtcagcagc acaaacagcg gcagcgcgat caggatgaaa taaatgggat aaagcaattt
     4441 agccatcgtt tttgtcagtc ttttcttgca acaaagatac gtcccttgcc ccgttccctc
     4501 gggcactttt tacagcgccc cgcgcatgcg atctgatttt tatcccttct tttgtgcgta
     4561 gaaatcgtaa tcaatcaaca gtaatagatc gaactatggg tgctttgaag tatttaggga
     4621 tcctgatcct cctcatcggc gtcggcgttt tggctgccac cacggcaggc gacacaagca
     4681 gtaacaccat gctcctcctc gggctggcat tgatcatctg cggctacctg gcgcacatct
     4741 tcttcaacaa gaacagtaag cgcatcgaat gaaaagcggg ctctcgggcc ctgcctcttt
     4801 aacgtctttc gtgcatcctc caccatcgcg gtgggggatg cttttttttg tccccaaacc
     4861 ccgcacgacg cgaacctcca ccccgctccg tcccccaaaa acgcacgcca tcggcttcgt
     4921 caggatcgtg atgctccaaa acgtcacgcc atcagctttc cctgccctca ggcaactctc
     4981 aaaaacgaat gcgaagcgaa tgtcatggac tttcaaccag atgttttatt catagacact
     5041 aaatccaaaa gtgtttccaa agcgtttatc ttcttgacgg gatctccaat gtattttatc
     5101 cctatttctt tctattgacg cctatttaaa aagtgatttc atcctgtttg gatgcatatc
     5161 cttatgtaga aatagctcga aatctcgttt atgatcaaaa aaagctatct aatagatata
     5221 tcatgctgct tatgacaaga acgagctgaa taaaatgttt ggaaacttat atcgatcata
     5281 gacaaggagc aaaatgcgat atgcagctca tttatgtcat gatcaatata taaaaaggat
     5341 ttacatgctt attttgatcg catacgatat gtgtaaatga ttccataagc cgtttgtttg
     5401 atagatagga cctataaaac agaagtaaag ctgtatgaag aaaagacaga tcgagtaatg
     5461 ttttatactc actgtttatg atcaaaacaa tagatagaag ttttttgata gtatgtctat
     5521 gaataaaaca gcaccttgaa gaatcacagt ttcagccctt gagtcgtttt tggggccatc
     5581 acggcggggg tgaaaccgat tgcgcacgtt tttcggagag agaggcgaat gggaagggcc
     5641 gtcgcctcga tcaatgggag attcgggtcg gcggctacct ttgccgcccg atttttttaa
     5701 ggtatacgat gaacgaaaag atgaagggag agacgaaaaa gttgtatgtg gagacgtacg
     5761 ggtgccaaat gaatgtggcg gacacggagg tggtggcgtc ggtgatgcaa accgatggct
     5821 acgagctgac ggccaacctg gaggaggcag acgcggtgtt cgtgaacacg tgttcggtgc
     5881 gcgacaatgc ggaacagcgg gtggtgagcc ggctgcaata tttccggtcg ctgaagcgcg
     5941 ggggacggcc gcggctgatc gtcggtgtgc tgggctgcat ggccgagcga gccaaggagg
     6001 agctggtcga aaagcatggc gtggacctgg tggcgggacc ggattcgtac atggacctgc
     6061 cgaacctcgt gggggcggtg gagcgcggcg agaaggctgt caatgtgtca ctctcgacgg
     6121 aggaaacgta tcgcgacgtg aagccattga agatggctgg ggtgcatgtg acggggttcg
     6181 tttcgatcat gcgggggtgc aataacttct gttcgtactg cattgtgccc tacacgcggg
     6241 ggcgggagcg gagccgcgat gtggacagca tcctgtccga aatcgaggat atgcgggcga
     6301 agggataccg cgatgtgacg ctgttggggc agaacgtgaa ctcgtatctc tatcggtcgg
     6361 cggagggcga ggaagtgagc ttcgcgcggc tgctggagcg ggctgcggag gcggcttcgg
     6421 acgtcaggat ccgcttcatg acgtcgcacc cgaaggacat gagcgacgag atgctgcatg
     6481 tgatggcggc acaccggaac atctgcaaat acatccacct gccggcgcag tcgggcagct
     6541 cgcggatgct ggcggtgatg aagcggggct acacccggga gtggtatctg gaccggatag
     6601 cggccattcg gcggatcctg cccgggtgtg ccatttcgac agatctcttt tgcggcttcc
     6661 actccgagac ggaggcggat caccaggaga cgctctcgct gatgcgtgaa gtgggctacg
     6721 attcggcctt tatgttcaag tactcggagc ggccggggac gtatgcggcg cgacacctcg
     6781 aggacgacgt gccggaggag gtgaaggtgc ggcggctaca ggagatgatt gcgctgcaga
     6841 acgagctctc ggaggcgagc aatcggcggg atgtggggcg tcgattcgag atcttggtcg
     6901 agggcttctc gaagcgttct cgggagcgta tgtacgggaa aacggagcac aataaggtgg
     6961 ttgttttcga tcgcggcgga catcggatcg gggactttgt gcgggtcgag gtcgaggagg
     7021 ccacgtcggc cacgctgctg ggccgggagg tgttcgattg acgcctcgaa gtcggcttga
     7081 gaggtctttt ggaggctgtt aaatatcaca aagggggcga gcgggccgtg gattagcctt
     7141 tcttttgcgc gctcatcatc atccccgcgc gcatcgcatg gcctataaaa aatccggttc
     7201 ggcatccttt ttcagctcac gtttgacctc cgtcatcagc atcgcattgg cgctgtacat
     7261 gacgggcgtt ttttttgtgt ttgggctgtt gagccgcgga ctgtcggtgt acatgaagga
     7321 gaatctggcg ttctcagtcg tactgaaaga cgacctgcgc gagtcggaca ttcgccgcat
     7381 gcaggattac ctcgaggcgc agccgttcgt gcgctccacg gagtacatct cgaaggctga
     7441 agcggcggag gagatgaagg ccgagctggg ggaggatccg gaggtgtttt taggctataa
     7501 cccgtttcat gcttcgatcg gcgtgacgct gaagtcggaa tatgcgaacg cggagaatct
     7561 ccgagagatt gagaagaaac tgacggctga tgtgcgtgtg atggagctgg catatcgcaa
     7621 ggacatcatg cagacggtta acgacaatat ccggcgcatc gggttggtgc tggcactgct
     7681 gatcgcgctg ctcatggtga tctcgttcgt actgatcagc aacacgatcc gactcctgat
     7741 ttactcgaaa cgttttctga tttacaccat gcgactggtg ggcgctacgc cggaattcat
     7801 ccggcggccg ttcatccaca gcgccgtagt gaacggtgcg gtggcgggtg ggctggccga
     7861 catgttgctg gcgctgacgg cggtctatct acagaacgaa ctgagcggac tggaccgtat
     7921 cctgcccgtg ggtggggtcg tgacggtgtg cctcgtactg ccattgctgg gcgtggcgct
     7981 gtcggtcggt gcggcgtatt tctccgtgaa ccgctatctg tatatggagc gggggcagct
     8041 gtattcggtg tagctcggag tcgggtaagg ggagagtgag aagtagcgga cggcaatacc
     8101 tattatatgt gtgatttgaa tcatggataa agaagataag atgaaagatt ttgcgttggg
     8161 gaaactcaac tttatgctga tcggggccgc ggtggtactg atcgctgtgg gctttatgct
     8221 gatgagcggt ggcggatcga cggacggcgt gtcgttcaat cctgcgatct ttagcaaaca
     8281 acggatctcg gtagcaccga tcgtgacgat ggccggattt atactgatgg tcttcgggat
     8341 tttggtgggc gaccgtaaga cgacgtcgga caaggatcag acggaggcat gaacgaggcg
     8401 gaagcgattg tgctgggcct gatccaaggc ctaacagagt ttctacccgt cagcagcagc
     8461 ggccacttga caatagcggg cacgctgttc ggcatgaata gcgggaagga gatgctggcc
     8521 ttcacgacgc tgctccatgt ggctacggta ttcagtacgt tggtcgtgct gcgtagcgag
     8581 atcggtgagc tgatccgcgg actgttcgct tttcggcgaa acgacgagac agcgatggtc
     8641 ggtaagttgt tactgtcggc cgtgccagtg ggcattgtgg ggctgttctt ccgcgactgg
     8701 gtagaggctg tgtttggcga gggattgctc gtcgtgggct gcatgttgct gctgacggcg
     8761 ttactactcg gcttggcatc gttcataaag ccacggatgg agaagcctga gatctcgtat
     8821 cgcgacgcat tcgtgatcgg cgtggcgcaa gcctgtgccg tgatgcccgg actgtcacgg
     8881 tcggggacga ccattgcgac gggtctggtg ctgggcaaca agcgtgaggc ggtagccaag
     8941 ttctcgtttc tgatggtgct gatccctgtg ctcggtgagg ctctgctgga cgtcgtaaaa
     9001 attctcaagg cgggatcgac cgaggcggct ttcggtggca tttcaccggc ggcgatggtg
     9061 ctcggtttcc tggccgcatt cgtgacgggc gtcatggctt gccgctggat gatcggcgtg
     9121 gtgaagcgcg gccgactgat ctatttcgcc atctattgtg tcatagccgg agcggtggcc
     9181 atcgtttatt cgctgctgtg atggactttc tgaaggggga gattgtaggc ttcgacaagc
     9241 cgctggactg gacgtcgttt gacgtggtca acaagtttcg ctatgccctc tctcgacgcc
     9301 tcagcgtgaa gaagatcaag gtggggcacg ctgggacgct cgacccgaag gccacgggcg
     9361 tcttggtgct ctgcacgggc ggcgctacga agcgcatcga ggagctgcaa agtcacacga
     9421 aggaatacat cgccacactg caactgggcg ccaccacgcc ctcgttcgac ttagagaagc
     9481 ctatcgatgc cacgtacgcc acagaccata tcacccgcga gatggtggag gaagtgctca
     9541 cggcgttcac gggcgaaatc cgacaggtgc cccccacatt ctcagcctgc aaagtggacg
     9601 ggaaacgagc ctacgactta gctcgccgtg gcaaggacgt ggagctggag gcgaggccga
     9661 tcgtcatcag cgagatggag ctgctggact accagttgcc gggcatgatc cgcatccgct
     9721 gcgtatgcag caaaggcacc tacatgcgag ccttggcgcg cgacatcggc gaggcgctcc
     9781 agtcgggcgc ccacctcatc gaactacaac gtacacgcag cggcgacatg acgctcgacc
     9841 gctgcatcac cccggaccag atcggggatt tcttagaccg tgccctcggc gcgacgcatt
     9901 caatacgtat ttaatcactg accaaatacc ctttttacgc cacatgaaac tttcgagata
     9961 caaattcacc ctgcccccag aactgatcgc tacgcacccc gcgccctacc gcgacgagtc
    10021 gcgcctcatg gtggtgcacc gcgacacggg taagatcgaa catcgggtct tcaaagatct
    10081 ggtcaaatac ttcggcgccg gcgacgtgtt tgtgatgaac aacacgcgcg tcttccccgc
    10141 ccgcctctat ggcaacaagg agaaaaccgg tgcacggatc gaggtcttcc tgctgcgcga
    10201 gctgaacgag agcctgcgcc tgtgggacgt gctggtcgac cctgcgcgta agatccgcat
    10261 cggcaacaag ctctatttcg gcaaggatga gaacatggaa gacctcgtgg ccgaggtgat
    10321 cgacaacacc acctcgcgcg gacgtacgct gcgcttcctc tgcgaaggcg accacgatgc
    10381 cttcaaaaag aaactctatg aactgggcga gacgccgatt ccgaaataca tgaaccgcga
    10441 ggccgaggag gaggacaagg agcgctacca gaccatctac gccaccgaag agggcgccgt
    10501 cgtagccccc gctgccggac tccacttcag ccgcgagctg atgcgccgac tcgagatcaa
    10561 ggacagccgc ttcgtctacc tcaccgtcca ctctgggctg ggcatctatc gcgaaatcga
    10621 cgtcgaggat ctctccaagc acaagatcga ctccgagcag atgatcatcg gtcgcgagac
    10681 gatcgacgcc gtcaatacgg ccatcgacac caaccatcgc gtctgcgccg tcggcacctc
    10741 cgtcatgcgc gccatcgaga cggccgtcgg tacggacggg catctcaagg agtttgacgg
    10801 ctggacgaac aagttcatct tcatccccta cgagttctcc atcgctaact cgatgatcac
    10861 caacttccat cagccttact ccacgctgct gctgatgacg gccgccttcg cgggctatga
    10921 gctgacgatg gaagcctacg acatcgcgat caaggagaaa tatcgcttct gcgcttatgg
    10981 cgacgcgatg cttatcctgt aattagaggg tagagggtag agggtagagg gtagagagtg
    11041 gagggtagag ggtagagggt agagggtaga agcaaaacga aagagagcgt aaagcataaa
    11101 cactcgacca tccgactcca ccccctatcc tctactctct atcctctaat ctccccccta
    11161 ccctctactc tctactctct accctctacc ctctaccctc tatcctctac cctctaccct
    11221 ctaatctcta ccctctaccc tctataacat gtctgacgtc tacctcagcc tcggttccaa
    11281 cttaggcgac cggcaccgac tgatcacatc ggccattgcg ctactggccg aacgggctgg
    11341 caggacggtc gccgtgtcac gttgctatga gaccgcaccg tgggggttcc aatcggcgca
    11401 ccccttcctc aacgtcgccc tcagcctccg caccgacctc gcccccctac ccttgctcga
    11461 cctgacgcaa cagattgagc gcgagctggg ccgcaccgtc aaatcctcgc ccgggggcac
    11521 ctacgccgat cgtccgatcg acatcgacct catcttctat gccgacacct gtctcgacac
    11581 gccccgccta accctgcccc acccactgat gcacctgcga cgcttcgtcc ttgagccgct
    11641 cgcagagatt gcccctacga tcgtccaccc cacgctcggt cgcacagtca gcaaactgct
    11701 ggagcactgc ccagagtgat cccctgaggg ggcgtaaacc tccgttcacc ccttgcacag
    11761 cgccgtcgca gtgtgtgata cgagtgtgca acacctgcac aggccttcca cagtgtgcga
    11821 aatgaccatg caacacctgc gcagcccttt cacagtgtgc gaaatgacta tgcaacacct
    11881 gcacagccct ttcacagtgt gcagcgagac tatgcaacac ctgcacagca tcgtcgcagt
    11941 gtgcggcgta actatgcaac acttgctcga ccttttcaca gggtgtaaaa cgaccataca
    12001 tcccttgcgc acccttttca ctgtctgcag cgtgaccatg caacacttgc agggagtctt
    12061 gtaagcattt tccccaagct atggaggcgt gaggcacgcc tttatggtgc accctgagag
    12121 gcgccttatg agcaaaggcc ctttctggct gcgcaccggc gaggccttac ctttgcggcc
    12181 atgatgagaa aactacgcaa catcctgctc acactgctgc tgctcgccat cgtggccctc
    12241 accgcaggca gcttcttctt gctcaaccat gccctccgac cggccgacaa taaggggcgc
    12301 gacacggagg gatcgtacgc ctacatgttt cagacttacc ccttcctgcg accttgggtg
    12361 gacagcctcc gccgtgcggg tgccctgtgc gatacgttca tcacctccgc cgatggcacc
    12421 cgcctgcatg ccctctacgc ccgcgccaca cggcccacgc gccgatcggc cgtcatcgtc
    12481 cacggctaca aggattgcgc tgtgcgtatg ctcatgatcg gctatctcta tcaccacgac
    12541 ctaggcttca acatcctcct gcccgacctc tacggcgccg gtcaaagcgg tggcgattac
    12601 atccgtatgg gttggctcga ccgttacgac gtgatccgtt ggacgtgcgt cgccgacgag
    12661 ctcttcggcc ccgaggccac gatcgccgtg cacggcatat cgatgggcgc cgccacgacg
    12721 atgatggtgg ccggcgaaaa gcagcgggcc gacgtgcgat gcttcgtcga agactgtggc
    12781 tacaccagcg tctgggacga gtttgccaag gagctgcgcg cgcagtacgg cctgcccgag
    12841 atgcccctgc tctacaccac cagcatgctc tgccgcgcgc gttacgggtg ggacttcctg
    12901 caggcctcgt cactggcgca agtggccgct tcggagctac ccatcttctt catccacggc
    12961 gaggcagatg actatgtgcc caccgagatg gttcaccccc tctacgaggc caaacgccgt
    13021 ggcggccgcg agctctggat cgcccccggg tcagcccacg ccctctccta tcacgatcac
    13081 cgcgccgaat acaccgcccg cgtccgcgcc ttcgtccggc ggtatatgtg agcccgactc
    13141 tcgctatact ttttcaatcc tttagccgtt atgaggggac acgtaaccaa tctcttgaga
    13201 gggcttcata gcctaagcag aagcgaccgt acacctctca aatacgttta catgtaaatg
    13261 atatatcgct cgattatgaa tacgactctc acgaaatccg ctgcgtctat tcggatcaac
    13321 tccggagttc tgaagcagct gaaagaagaa gccaagaaag aagacaagag cctaagcagc
    13381 tacctggaga ccttgcttta cgagatggga tacaggccct ataacgaaga gaccgtgcaa
    13441 gcctgtcggg aagccagaga gggtaaaata gccggcgtcg ttgatacaac cagtcgagag
    13501 acaatcgaag cctcgctgtt cggagatgaa gaagcggagg attgaataca ccgtgaggtt
    13561 caagaaaaac ctcaagaagt ttcgccacat gccggagaag cgagccaaga tcacgaaggc
    13621 gatccaaata ctggcagaag gactcccgat tcctttatcc atgcggcctc ataaactcat
    13681 cggtgactat gccggataca tggagcttca catcgaaggc gatcttcttt tgatctggat
    13741 agaacttaac gcgaacaacg aagagatcat ccggctctct cgcataggat cccattccga
    13801 actgtttgga acatagaatc agcatcctcc ccctattaag aaccacccat agatatatga
    13861 tcgaatacat caaaggagaa atcgtagaac tgcaacccgc actgatgatc atggagtgcg
    13921 gcggcgtggg ctacgaactc aatatctcac tgaccaccta cagcaccttc gacggtctcc
    13981 gcgagggcaa gatctacgtc cacgaagtga tccgtgagga cgcccaccta ctttacggct
    14041 ttgccagccg cgaagagcgc gagctcttcc tgctgctcac atccgtctcc ggcgtcgggc
    14101 cgaacaccgc gcgcatgatc ctctcgtcct tcaagccctc ggatctgatc gacatcatcg
    14161 cttctggcga cgacgccaca ctgaccaccg tcaaaggcat cggtaacaag acggcccagc
    14221 gcatcgttgt cgacctcaag agtaaggtgc gccccgtggc cggactcgac gaacggcgtg
    14281 ctgcagcctc gcgagggtca cagacagaca cgtccgaaga ggccgtggcg gcgctcgtca
    14341 tgctgggttt ccagaaaaac gcctcgcaaa aagccgtcga gaaactcctc aaggaagatc
    14401 ccaacatgcc cgtcgaacag atcgtacgca gtgccctgaa agtgctctga tcaccttgac
    14461 gcatcgtttc ccgtcactat tccccatccg tatgaaaaca ggtcgcccct atcgttctac
    14521 ccttctcctt gcactcttct tcgccatact ctggtccgga gggcgcgccg cagcgcaggc
    14581 tccggctgac tccgtgcgca aggactccgt ccccccgacc atcgctacgc tgggcaagcc
    14641 acgcttcccc gtggcacgca ccgctcccct cttctaccgc gacctgacac agcccctgcc
    14701 tgccgacctc cacaacccgg acaatctgca aaccaccgtt gagtacgaca tcctcacgaa
    14761 ccggtatatc gtccgtacac gcgtaggcga catggagctt ggcacaccca tcaccatgac
    14821 tcccgagcaa taccagcagt acagcatgca acagtcgatg aaggcctatt atcgccagag
    14881 aaacgacgag aacttccgac aggcaagtgg cgaaaagctg aacttgatgg acatgcgctt
    14941 caacatcggt gccgccgatc gggtgtttgg ccccggaggc atacgcgtca agtcgcaggg
    15001 gacggcggag atgaaggtgg gcatgaagtc cagtggcacg aagaacccca ccttgcctga
    15061 acgatcgcgc aaccatacct tcttcaactt tgacaacaac gtacagctca acatgcaggc
    15121 ctccgtcggc acgaaggtca atttcgggct gaactacaac acccaatcct cgttcgagtt
    15181 cgacgcttca cgcttgaatc tggcctacac gggcgacgag gacgagatca tcaagaacat
    15241 cgaggccggt aacgtgagcc tgaacacggg caactcgctc attcgtggtg gggcggccct
    15301 gttcggcatt aagacggagc tacagtttgg caaactgcgc gtcaacgccc tcttggctca
    15361 acagaactcc gagtcgcgta ccatcacctc gcaggggggc gtacagacga cggacttcga
    15421 gatcaacatc gacaactatg acgaaaaccg ccacttcttc ctgggtcatt tcttccgtga
    15481 ccgctatgac gaggccatgg ccaagttgcc cctcgtggcg tcgagtgcca agatcaccaa
    15541 gatagaggta tgggtgacca accgccgtgg caattacaat gaggcgcgag acattgtcgc
    15601 cttctccgac ctcggtgaga acgtccatat cggtaacacg gccgaggtgc aggcttcggg
    15661 tacggtgcgg atgacccaca acgaggccaa cacgctctac tcccgcgtca acgccttgac
    15721 cgatgcgcgc agcattgacc gcgtcaacgg ggcactgagc ttcttggagg acgggcgcga
    15781 ctatgagaag atcggtagtg cacgcctact cagcccctcc gaatattcgc tcaacgaggc
    15841 cttagggtat atctccctct cgaccgcctt gcaaccggac gagagtttag cggtggcctt
    15901 tgagtacacc tatggcgggc agacgtttaa ggtgggagag atctcgaccg acaatacgaa
    15961 taacaccagt ggatgcctct tcgtcaagct aatcaagggt atcaatgagg ctccgggtat
    16021 gccattctgg gatctgatga tgaagaatgt ctactccctc gaggcattct ccgtgcagaa
    16081 ggaccgcttc aaactagaca ttgtctacca gagcgacacg gtcggcactt acgtctacag
    16141 catccaagag ggaaatatcg ccgggcgtac cttgctgcag gtgatgaacc tcgaccgcct
    16201 cgacgtcaac aatgagccct atccgaacgg ttcgttcgac ttcgtggagg gctacaccat
    16261 ccaacccgcc aacggacgca tattcttccc cgtcgtggag ccctttggac ggcacctccg
    16321 gaaggctatc ggtaacaacg ccattgccga tcggtacgtg tttcaggaac tctatgactc
    16381 caccaagacc gtcgcccaac agattgcaga gaagaacaag ttcaagctac gtggcaagta
    16441 ccgtgcgtca tcggcatcgg acatcaacct gggttcgacc aacgtggccc gaggatctgt
    16501 tgtcgtcacc gccgggggcg ttcgactgac cgagaatgtg gactacgtcg tggactacgc
    16561 ttccggtatc gtcagtatca tcaacgagag cgtgctggcc aatcgcagtt ccatcagtgt
    16621 atcgttagag aaccagtccg tctacagcat gcaacgcaaa acgatgatgg gcctcgacct
    16681 gaactatgag ttctcgaagc acttttcagc cggagccacc gtgatgcacc tctccgaaat
    16741 gcccctcacc acaaaaaccg ccatgggcga ggagtcgatc aacaacaccc tttggggggc
    16801 caatctggcc tacaagggag aaagtcagtg gttgacgaac gtagtggaca agctcccgct
    16861 cttgaacctc acccagccca gccagatctc cctcaatgcg gagttcgctc acctcatcgc
    16921 cggacactac cagaacgaga acacgggtcg ctattcctac ctcgacgact ttgagtccac
    16981 ccgaaacagc atcgacctac tgaaccccta cctctggtcg ctggccagca caccttacga
    17041 taacggcgcc gcagcgaagt tccccgaggc ctcactcgtc aataacacag agtatggcaa
    17101 gaaccgcgcg ctctttgctt ggtattacat cgacggactc tttactcgcc gcaactcgag
    17161 cctccgaccg aagtatctta cggacaagga catctcgaac cactatgtcc gtccgatcga
    17221 gtattccgag atctatccca acaaggattt ggcatacaac gagaccaaca tgcttaacac
    17281 cctcaacctg gcctattacc cgaccgagcg aggcccctac aatctggatg tagatggcat
    17341 gaacgccgat ggcaccttag cgaatccgca gcgccgttgg ggtggcatga tgcgacgact
    17401 ggaccagacg gacttcgagg cctccaatat tgagtacgtc gagttttgga tgatggatcc
    17461 cttcatctat aaccgggaga caaccaaggg gggcgacctc ttcttacatc tcggcgacgt
    17521 atcggaagac atactgaggg acggcaagaa gttcttcgag aatggtctgc ccgtcaacgg
    17581 caacctgagt caggttgaca cgaacgtctg gggtcggata ccccgacagc agagcactgt
    17641 ctatgccttt gacaacacca ccggtgcacg ccgtgtgcag gacgtgggcc ttaacggtct
    17701 ctcctccacc gaggagcgcg ccttccccac gtacaagaat tatgtggaac ggctgcgcgc
    17761 caaggtctcg gccgacacat ggatgcgatg ggagcacgac cccttctcac ccgtcaatga
    17821 ccctgcgggc gacgactacc attacttccg cggttcggat tacgaccgtg atcaggtaga
    17881 tatcctcacc cgatacaagc attacaacgg tacggagggc aactccaccg cctcggaaga
    17941 ttctccggag agttacgaca tctcatccaa gaccaacccc gatgtggaag acatcaacgg
    18001 agacaacacc atgagcgact tggagcgcta ttatgagtat cgtgtctcga tccgccccaa
    18061 ggacatggtc gtggggcaga accatatcgt caacgagcga cgcgtccgcg ttcgcctgcc
    18121 taatggcgac acgacgtccg tcacctggta ccagttcaag gtaccggtca aggagtacct
    18181 ccgccgcgtg ggcaccattc aggggtacaa gagtatccgc ttcatgcgcc tttacatgac
    18241 tgacttttat gagaccacca tcctacgtct gggcaccttc gacctcgttc gcggtgactg
    18301 gcgcacctac ctccagagcc tggcacctat cggcgcgccc ccgtcagtga acggcaccct
    18361 cgacgtcact tccgtcaaca tagaggagaa tggcgaccgc gagccggtca actatatcct
    18421 gcccccaggc gtcacccgaa tgaccgaccc cagccagccg cagatcaggc agcaaaacga
    18481 gcaggccctc tcgctgaagg tcaccaatct ggcctcgcaa gacgcacgcg ccatctacaa
    18541 gagtaccaaa tacgacatgc gtcgctacaa gcgcctccag ctcttcgttc acgccgagcg
    18601 attgatcaac gacgtcacca gcctggccaa tggcgagctg tccgtgttca tccgactcgg
    18661 atcggactac aagaacaact actacgagta tgaggtaccc ctcaccctca cccctgccgg
    18721 acgatacaat agcagcagcg aggccgaccg ctccaccgtt tggccggaaa gcaatatgat
    18781 cgacttcccg accgaggtgc ttaccaatct gaagaataag cgcaaccggg ccaagcgcga
    18841 gggtcgtgcg ggggtatcgt ttgccacggt ctattccgag atggatccgc agcggcagat
    18901 gaataaggtg agcgtggtgg gcaacccttc gctcgctgag gtgcgcacga ttatgatcgg
    18961 cgtccgcaac aacgctaagg acctcaagag cggcgaggtc tgggtcaacg agcttcgctt
    19021 gaccgacttc gacgagcgag gcggatgggc cgccaatggc tcgctcagtg tggccctctc
    19081 agacctcggg acgattcagg ctgccgggcg gatcacgaca gccggattcg ggcagatcga
    19141 ccaatccatc ggcgagcgca gcatggataa ctacacccag tatgccgtct ctacctccct
    19201 ccagctcggc aagttcttcc ccgaaaaggc tcaggtgaac ctgccgcttt actatgccta
    19261 ttcgcgtgag actatctcgc cggaatacaa cccgttagac ggcgacgtcc acctccgcga
    19321 tgcccttgac gccgccgtaa ccacggccca aaaggactcc atccgcaacc tcacgcagca
    19381 gagggtcacc accaagagcg tcgccctttc gaacgcgcac gtgaacatcc aaagcaagac
    19441 acctatgcct tatgacccgt cgaacttctc cttcggctac gcctataacg agcgtgaacg
    19501 gaaagaccca gagacggtct acgagactac gaaaaattat cagggcaacc tcagctacat
    19561 ctatacgccc tacatccgac ccttccagcc cttcgagaag ctgcagaaga gcaatggcta
    19621 tacccgctat atcaagcaac tggccttcaa ttacctcccc tccaccatca ccttccagac
    19681 caccatgctc cgcaactaca acgagcttca gctccgcgac atggaccacc tggacgacgc
    19741 agcctccgcg accaccctgc cggtctcatt cagcagccta ttcacctggg atcgcagctt
    19801 cagcatccga tggagccctc tgacgaacct caccgccgat ttctccgccg gaactaacgc
    19861 ccgcatcgag gagccgcacg tgcaggtcaa caagaagctc aaccgctcgg actatgagct
    19921 ctggaaggac tccatcaagc gcagcatcgc cgaccttggc acgccccagc tctacgacca
    19981 aaccctgaac gtctcctaca gcctgcccct gcaatacatc ccggtgctcg actgggtggc
    20041 ggctaacatg acctacaatg cgcagtacaa ctgggagagc ggctctcgcg ttgaccagac
    20101 caccaagacc ggtaacacga tcaagaacca gcgccaaatg aattatacgg ccggcctcaa
    20161 cctgcaaggc ctttacaaca agagttcgtt cctcaagacc gtgaaccaga aatacggcgc
    20221 tctggccgat gcgcagcgca gcgaggggtc ccgccgacgt cgcgtgaagc agaattatga
    20281 ggccaccatc cggctcagcc ctgacagtgg cacgatcgta tcgcacagcc tgatgaccaa
    20341 gaagttagcc cgcgtcacgg cgcggcgaac cgacgacagt tcgcgctaca acatcacgta
    20401 caaggtgatc gacttcgccc gcatccgcat tacgaatcgg gattcggtgg agctacgcat
    20461 cgtcgtcgtc cctgccccgc ccaaagagga aacgcccgct tacaagggtc tggagtacgc
    20521 cgcacgcttc ctgatgatgg tgcgccgcgt caacctacag ttctcgcaga cggatggcat
    20581 gaaggtggac ggcttccagc ctcagattgg cgactggatc gggcaagcct ccacggccta
    20641 cggtcgggca cccggatggg gttttgcttt tggcgacgtc cgcgagagct atgtccgcga
    20701 ggcttacgac cgccactggc tgatgacaga aagcgagcag aactatctgg cccagatcaa
    20761 tagcagccgc accttgaccg gatcggccac catcgaaccc gccgtgggca tgaagatcga
    20821 gctcaacatc aatcgagtgg actcccgcga cgcggagatt cagtatctct attccggcat
    20881 gcccaccatg caccgaggca ccttcacgat gaccacctct acgatcggta gcgcctttgc
    20941 cagcctcggc agcgctgcca atggctacga gtccggaccc ttccgacgtt tcgtggagaa
    21001 ccgtgccatc gtagcctcgc gcatcgagcg tgagtacgcc ggggccacct atcccagcga
    21061 aggcttcctg gcccagtccg aactggccgg taaggcccac aacgcgacaa aaagccccgt
    21121 cagtcagaac gcgtccgacg tactcatccc cgccttcctg gccgcataca ccggccgcag
    21181 cgcatcccgc gtggccctga ccgccttccc ctccatgctc agcctactgc ccaactggcg
    21241 cctctcgtac gacggactcg tgcagatccc cttcatccgt cgccacttca agaccatgac
    21301 cctcagccac cagtatcgct gcgtctacac cgtcggcacc taccagtcac acctatcctg
    21361 ggtcggcatc ggtcgcggcg accgcggtta catcaaagac gcctcgggcg accctcgccc
    21421 gtcatcgccg tatgacatag cgtcggtcag catcactgag gctttctcgc ccctcatcgg
    21481 aattgacgcc atgttcctca acaacgtcac ggccggtctg aagtaccaaa agacgcgcaa
    21541 cctgaacctg aacatcacct cttatcaagt cgtcgagacc cacagtgggg agttcacggt
    21601 gagtttaggc tacaaatacg ccgagttcaa taaggtgttg aagatgcgca agaaaggtga
    21661 cttcagtaac gacctcatgc tccggttcga ctacagccgc cgccgcacgc agtcactgat
    21721 ccgtaagatc gagaatgcct atacgcagct gaccgccggt acgatgaccc aaagcctaca
    21781 gttctctgcc gactatgcct tcagccgtgc cgtcaccgtt cgagcctact acgatctcca
    21841 gatcaatacg ccgctcatct cgaacaactc ctacccgacc tccaacgctg actatggcat
    21901 cagcctccgc ttctctctgg cgcaataacc ctccctctga catatcccta tcccgaaccc
    21961 cggctcagtc ggggttcatt tttttgtgct ctatgttgaa gctcgacagc ccggcggtcg
    22021 atgtttttcg tccgaatggg tagggcgcaa aagcatacgc cctccctggc ggccccgtta
    22081 agggaacgaa cacccgtacc gggttttatc gatggttatt ttaggacaac catccgggcc
    22141 ctatcgtgcc cgtttggaag gcgtatgcaa tacgccccta ccctgacggt cgaaaaaaca
    22201 cgttcgtatt ttgaactcct gaggggtcgg agtaccctta acacgtccgt atttacaact
    22261 accgagcact attgtatgac aatacggcag gtattttgaa gtatcgagtg gtaggagtgc
    22321 aaaattcggc gccgtattgt catgctccac cccttaggag ttcaaaatac ctgccgtatt
    22381 ttcagtcaac acccctcagt agttcaaaat acctgccgta ttggcagtct ccacccctcg
    22441 gcagtccaaa atacggaccc gtcacgtccc ctccgccccc tccgcagtcc aaaatacgga
    22501 cccgtcacgc cccctccgcc ccctccgcag tcccaaaaac ggacgcgaca tccaaacccc
    22561 atacccacct ccgtcccctt tacggggacg tctgatgggg cgtcaaggtc agacggttgg
    22621 caaaatgatc ccatacaatc gaccgtcagg gtaggggcgc aacagcatac gccccacaaa
    22681 cgggcacgat agggaccgga caaccccaac aaatcactct gcgaaataac cgggcacccg
    22741 cattcgtccc cttgatgggg acgtctgatg gggcgtatgc aatacgcccc tacccattcg
    22801 gatgaaaaca atcgaccgtc agggtagggg cgtattgcat acgccccaca atcaggcacg
    22861 gtagagcccg aatgccccca ataaattgcc ctgcgaaata accggacacc cgcattcgtc
    22921 ccctttccgg agatgtcttg tatggcgtca aggtcgggca attggcaaaa tgatcccata
    22981 caatcgaccg gcagggtagg ggtgtattgc atacgcccca taatcgggca cggcagagcc
    23041 cgaatgtccc caacaaatgc cccatcgaca taacccaaaa accgcattcg tccccttgtc
    23101 ggggacgttt tatgaggcgt atgctgttgc gccctaccct gacggtcaaa aaacagaaac
    23161 cggagacgta gggcgcaaca gcatacgccc cacaaacggg cacggcaggg cccgggcgat
    23221 cccaacaaat caccctgcga aataaccggg cacccgcatt cgtccccttg acggggacgt
    23281 ctgatagggc gtattcaata cgcccctacc ctgacggcca aaaaacagaa accggagacg
    23341 tagggcgcaa cagcatacgc cccacaaacg ggcacgatag ggcccggacg ccctaaacaa
    23401 atcaccctgc gaaataaccg ggcacccgca ttcgtcccct tgtcggggac gtctgatggg
    23461 gcgtatgctg ttgcgcccta ccctgacggt caaaaaacag aaaccggaga cgtggggtaa
    23521 tacccatttt ttatctgtca gaccatccgt cgaccattgt gcgtccggag gaacggcatc
    23581 ggtccccaag cgcccggaaa gacgagttgc aaggacgcgc ccggaaatcc gagtgtccga
    23641 agcggagcat agcgacgcaa gtttttcgga tttcgtcccg tgcccggtct cttcggatgt
    23701 accaggcaaa cttcccagcc ccggcagggg ccttttcttg tgtcaagaca agaaaaggag
    23761 gtgggggccg gtgggggcta gcccccaccc catggcagac gaagggcaga gcccagacgg
    23821 tttccccata tatatatgta tagagaaggg caggccgatg gcggtcagcc ctcccgcctc
    23881 gcatttttta ccatcaatga gttgcaattc aaaatacacc ctatatttgc ggtatcgaga
    23941 gacccacttt tcacatatat aaatcacata cgagaatgaa agacgttaaa tccatctctg
    24001 gaatcaatca tcactacccg ttgggtatgc acattgacat gcaggtgcag ctgtacgaca
    24061 tactacagcc cgtcgcccct gccaaaatcc tcttagacgc cgctgatctt cccgcctgga
    24121 agtccgacat cgacaaagag aaagagtccg tccgtgagcc gtcagcttac gcggagacta
    24181 agtatctgaa agagaaagac aagaagcgtg acgagatcgt cacctccctc ttccaggaga
    24241 tccgcatggc agctcgctcg atggtcgagg ataggcagaa ggcaggccac cgtctctgcc
    24301 tgatcgtaga cgcctataaa ggtctgcaaa gcgagaacat cgccaacaag accggtcacg
    24361 tcacgggcct gctgctcgac ctcggcaaac cggaagccac agccgacctg acgaccctcg
    24421 ggctcgccac caccgtgcct atgctcaaga acatcaacga cgagtttgtc accctgcgca
    24481 cccaacgcct caaagccgag gccgaggaca ctcagaccgc aggcaccgac ctaagagcta
    24541 agaacgacgc gacggccacg aagatcttcc gtcacatcga ggccgcctac atcgcagctg
    24601 cctcagacga ggatcggaag ttagtcggcg atctgatcga tcgcatcaac acggtcctca
    24661 gctacaccaa gacgcattac agccagagcc tcgccctcaa gcgactggcc gccgagcgga
    24721 ggaaacaacc caaagacccc aagaaaccca agaagcccaa gaagggcact gaccccgaga
    24781 tccgtctccc ggacgacggc caacccaaga cacccgaaac gccgaagaag ccagagggag
    24841 gcggcggtgg cagcggtaag catcccgaag gcggcggtgg aggcaccgga ggcggcggta
    24901 agcatcccga gggcggcagc ggaggtaccg gcggaggagg taagccctcc gaaggcggcg
    24961 gaggaggcac cggcggcagc ggtggcggcc ccgagatcca cctcccagaa gaataaggaa
    25021 cgcactttct ttagtttttt cttcatatct agtctccccg ggaacggcct cgcctgtcga
    25081 ggtacgcccg gggtttgttt ttcgcccccc actccgtccg acaaggacaa tccatcaacc
    25141 gttataccca cacagtccct atttttcatc cgaataggta ggacacaaaa gcatacgccc
    25201 cttcaaacgt tcccgtcaag ggaacggatc caattagccg gtttggccaa caatcaccca
    25261 aaggcaaccg cccgtgcact atggtgcccg attgtagggc gtatgcaata cgcccctacc
    25321 ctgacggacg aaagaacatg atcatttttt gaactcatat gttttcactg tccctatttt
    25381 tcctccgaat aggtaggaca caaaagcata cgccccttca aacgttcccg tcaagggaac
    25441 ggatccaatt agccggtttg gccaacaatt acccaaagga aaccgtccgg gcaccattgt
    25501 acccgtttgt ggggcgtatg cttttgcgcc ctaccctgac ggtcgattgt acatgattgt
    25561 tttttgaacc catatgtttt cacagtctct gtttttcgtc cgaatgggta gggcgcaaaa
    25621 gcatacgtcc catcagacgt ccccgtcaag gagacaaacg taaatactcc gttctgccga
    25681 caatcaccca aaggcaaccg cccgggcact atggtgcccg attgtggggc gtatgcaata
    25741 cgcccctacc ctgacggtag aaagaacatg atcatttttc taaccacaga tatgcagcga
    25801 ttttccattt ttatccgtca aaccatctgc cgaccattgt gtatccggag gaacggcatc
    25861 ggtccccaag cgcccgacct cggtagttct agtttttcat ccgtcagggt aggggcgtat
    25921 tgcatacgcc ccatcagacg tccccgtcaa ggggatgaac gcccgtaccc agttctgccg
    25981 acaatcaccc aaaggcaacc gcccgggcac tatggtgccc gattgtgggg cgtattcaat
    26041 acgcccctac cctgacggtc gattgtacat gattgttttt ccaccgcctg cgctatgcag
    26101 catctcccca cccccttcat cttaaccaca tagacgtctc acttctcaaa cacacacaga
    26161 tatgaaaact attgcacgtt tagggctcct tgccctgttg ctgtccatcg tctgggcagc
    26221 ctgtacacac gaaccggacg tcccgccacg gccagagccg aagcccgaca ccacggccgt
    26281 cgattctgcc ttgttaggca aatggtatct cgccggcctc ggccgtgtcg gcgacaccac
    26341 tgtcacgccc atcgactcga tcagctatgc cttggagatc tggcgcgaag gcttcctcta
    26401 tggccattac gtcaatggca gctatacctg ggcgggggac accatccaca tcaagctcaa
    26461 cgccgaggac gaaaagcgca tgccagaaca gattcggcgt tatcgcgagg cactgctgag
    26521 cgtcacgagt taccgtgtcg ataatgaaca ccaaatgcgg ctcttctacg atcggggtca
    26581 gcgctatctg ctcttcaggg accagcctac gagaccatcc aagcaggcta ttgttccgca
    26641 agacctgctc accacgtgga tctatcgcgg ccgtgtgtac ctcaaggacg gaaagaagac
    26701 ccttctcccg aatatcgaga caggccgact ccggttcaac gccgatacca cttgggtgtt
    26761 ccaactctca actggacagc tcacgggctc cttccgcacc gatggtcagt caatgcactt
    26821 caccatcaca cctccgtcgc tgaaaactag cccgaacgaa gcctactacc tccgtcaggc
    26881 actggaacgg gtgacgagct acaagatcta cgacaatgag ctgcggctct atgagggtgg
    26941 agaggagacg tacgtcactt tccaaaaagc agagatcggg acaggtcgca tcaacgagca
    27001 cctctgccga ccgtggaaac tcgtcgggtt cggacacaca gcagatggct ctgtgcagat
    27061 tccggaagaa ggcgataacc tcggcccacg gtttttcatg ctcgaattcc gagttgacgg
    27121 ctcgctatac acccgttcct caaccaatat gctctacggc gattactccg tggatggcca
    27181 gtcgctccat atggatgtag gcgcaggcac caaggtgagc gaaaccaaag agggtaaggc
    27241 atatatcgag gcgctgcatg cggtggaacg ttttgaactg cagaaggatg gacagctgaa
    27301 actcttctat aatcaaggtc gcgactatct gctcttccgc gatggtctct cgctcatctc
    27361 ttccccgcca cctgccgagc tgctgggcaa gtggacactg gcccagatac gctattccgc
    27421 acggcctcca gtcgtcttta agcctggcga acatacgata acgttccaca agagtgggta
    27481 tatcgatata gaaggataca agctctttgg cagcatacct gaagatcagc tgtcttacgg
    27541 ctatcgtccg tggggcaagg agaacaccct ctttatcggt tggacgtact tcacctacaa
    27601 tctggaaggc gaaacactga cgatgaccaa cacagcagct gtagacggtc cgaggtacgt
    27661 ctataaacga ctaaggaagt gatcgccccc ctccccccga caaccccatt ttttgaaccg
    27721 cggtaccccc gcggttcatt tttttcagcc gtcagggtaa cgctgaaaat gtacggattc
    27781 aattttgggg gccgaacagg taggggcgta ttgcatacgc cccatcagac gttcccgtca
    27841 agggaacgaa cgtaaacacc cagttctgcc gacaatcacc caaaggcaac cgcccgggca
    27901 ctatggtgcc cgattgtggg gcgtattcaa tacgccccta
//
LOCUS       SEQF2637|AYYD01001188.1 1494 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1494
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             921..1130
                     /locus_tag="SEQF2637_01862"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRFIQLGVVILKIRNNSVQWIFTSYTPPSAGTYSVLGVKVIFDF
                     AAACCGAMAPASPARMSSRARSMFL"
ORIGIN      
        1 tgttgacata ggtagtgaac aaacagctat atgaatgcga gttgattttt gcgacctgca
       61 caaacggatt catccagctc ggcagtatgg tttctttttc tttgatctca aaatcttgat
      121 tgcaggagat atacacttta taccatgccc ctcccgctga caccttcagc tctttaggct
      181 cgagggtaaa ctcgggcacc ttgccttccg cctgcgtcac cttgagcttg attacgcctt
      241 ggccgatagt gaagacgaca tcgcccgtcc gttcggggcc ggtgttgggc tggaacttaa
      301 acgtatattc ataggtcccc gggccgctgt tacttagttt ttcccgactc atccaactcg
      361 gcataatcac caaggggctg acgtcaaaat gatatttgcc ggagagcttc acctcatgct
      421 ctccaccctc ggcgtccacc tttagctcct tggggacgag ggtgatgaag cttttgggat
      481 ccgcgccgcc ctcttgcgtc accttgagct tgacgtcgcc ttcggaggtt ttgaaggtga
      541 tcacgccctc gcgcttgccg ccggcgtttg ctttggagat gatcgatatc gattttttga
      601 gatcatatga tattatatcg tattctgctt ccagccaatt cggcacatcg atacgctcta
      661 agcgataggc taggttgcag ctgagtgtga cactttcttt gccggcatac gcacccatat
      721 ccaactcttc ggggctaaga gtaaagatgg ccttatccga tcccggcttc gcgccaccca
      781 actgtatcaa tttgtacttg gcttcgcctt cagacgtttt gaaggtgatc acgccctcac
      841 gtgagccttc ggtgtttggt ctgaagaaga attcaaacgt ataaaacaga tctttctcct
      901 tggataagcc actaggagaa atgcgtttta tccaactcgg agtagttata ttgaaaatcc
      961 gaaacaattc cgtgcagtgg attttcacct catacacgcc tccctctgca ggtacataca
     1021 gtgtattagg cgtgaaggtg atcttcgact tcgccgccgc ctgttgcggc gcgatggctc
     1081 ctgccagccc cgcgaggatg agcagcaggg cgaggagcat gttcttgtaa tttgttcttg
     1141 agtccatatt tctgattgtg ttgggggcct tgcggcccgg ttgatgttgt tggggccttg
     1201 cggcccgttg aggtgttggg ggctgcgccc ctgttggttt gttgaggtgg gcccgtcggg
     1261 ccgccccggg tacccgtgcg ccctgtaggg gcgccggatc atagcccagg gcgaaaccct
     1321 gggcgggccg ggtacccgat gcggtcgaat acgggcgggg cggtacatcc attcgggccc
     1381 ggaggcccgt ttggcggggc gtctgccgtt gcgccccggg gtttcgccgc ccagggtttc
     1441 gccctgggct atggtccacc gggcctacag cccggccggg tacgtcccat tcgg
//
LOCUS       SEQF2637|AYYD01001189.120365 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..20365
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             988..1176
                     /locus_tag="SEQF2637_01863"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPPPLPMVMAAGLREIPLTATGGSTVFAASCLTKSERSIGWPSF
                     PFFSEEKATRAARFLVPL"
     CDS             2076..2552
                     /locus_tag="SEQF2637_01864"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVDFCDLHKRIHPARQYGFIFFDIKILIAGDIHFIPCPSRWHL
                     QLFRLEGEDRLFGHLAARRDDDCRAHLAIQHDCSIDIALFERVIIDKKIDGGSGRAGY
                     ATALQPDLAIGQECHRGIFRFHYGVLDDQVSFTYNKPHTDPTPGIDGAALDAQRAE"
     CDS             complement(3176..3757)
                     /locus_tag="SEQF2637_01865"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTYTYSYQNGLCRGREAGEVPGQIRRRPQTPPRPRKVSNKLFQ
                     GIRGLGKCQTSCFKVSDASERLKQVVSRNPRPRKGSNKLFQGFRGLGKAQTSCFKVSD
                     ASGRLRTAPAGAGKPAGYPKGPECTYPCRGGRLRTPANLAGYPKGPECTTRVGAGVCG
                     RRQILPGTRRDPNACTRVGAYCIRPTKHPARDE"
     CDS             complement(4084..5322)
                     /locus_tag="SEQF2637_01866"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTGKLLTLGLILLTCCGACRPKSGLKEAAEAGLRGVESVFGSK
                     ADSGSEEPASQPEVQPDRDLTDVARFIAGMAPSEGGRLDSLAHTDTWKRYAAHADSAW
                     TRHRREQADSIRQWARNELPQGTDTIATVFYPFSGPDYFNVNLYFPNARNYILFGMEA
                     PGRVPEPRTDARQVGLSQYLAAYGQEVSGILRLSFFQTKLMATRYETQEMYGVTPLLL
                     LFLARADKEIVRVRPFAFTDGGRKHYLDSAPRYRGDEKYGKGVEIEFTDRDHRTLRTL
                     TYFSANIADGGLSVNKPTRDFLTTIDSGCVTYVKSATYLMHKAYFSTIRNTVLSKASV
                     ILQDDSGIKFSFFDPSRWDIRLYGMYDHPIALFGNHFEPDLYAAYRRGAVRPLPFRRG
                     YNSQSNQLLARRLRPGETKN"
     CDS             complement(5410..6159)
                     /locus_tag="SEQF2637_01867"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRNPKKQANSLRGITPHRTGGDRETARSTQYQKQEESKSMVIT
                     YDGPEDVEESPNRKPNDREEEYFRSYRSYMQELVYGREPYDPEADRGDCSDTDDSGEP
                     STTDEAQIPIINKLAQFGLKEDYFKPGLFSRAVRFSVRMIHFLKAGENVEPSDDRRSV
                     RHRKALLRELEHPNPTVQQAAEDFFYSPSGTLVDLLRHLVEFCRAQNQHERRIQHPFR
                     RGDIAEWADSPLSRSQGSRMGDDGFTGPHMN"
     CDS             complement(6156..7595)
                     /gene="steT"
                     /locus_tag="SEQF2637_01868"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34739"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine/threonine exchanger SteT"
                     /translation="MNKHQSHAATSTAEAPKDTRLGFTGVTSFTVANMIGTGVFTTLG
                     FQLLDLHTPFALLALWIVGGLIALCGSLVYGELGAAMPRSGGEYHYLSVIYHPAVGFL
                     SGFVSLTIGFAAPVALACMALGHYTESLFPEGVTAQMIAVSALLIITAVHMWSVRGGS
                     RFQNVFTLLKLALIVAFIVCGVAAGGDKQPFLPVPDGAGWRELLSPAFAVCLIYVSYA
                     YSGWNASAYVAGEVRDPQRTLPRSLLWGVTIVAVAYVGLNATFLSLVPHEEMQGKLQV
                     GFIAAQHLFGPTGASLMAGVIGLLLVSSISSMIFIGPRVSQVMGEDYTLFRFLSHRSR
                     RGTPTVAVAVQSAISLLFILSGSFEQVVTFSGFILSLFTFLSVLGVFVHRRRYPEAER
                     PYRTWGYPVTPILFLLLTGWTMVFLLVEKTSESVLGIFTLGIGLGAYAVCRGWEMMKR
                     YKEHREQVAEMAAADTSATRKKKRATYPE"
     CDS             complement(7642..8232)
                     /locus_tag="SEQF2637_01869"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRSIITALAALCLTAAALAQNAKIDGIRKEYAAIKADVADLQR
                     AGAKGKWYVLTLDDNAYGRRYVGSDHFRARLHFYYELESETVIPILRYATEEVEADEQ
                     RIRREALYTDGQPVYIYEKDSDQDNVERTLFLDEGEPIQYAENNKVLTGDEATDAAGM
                     LLWQAENLMKRFEGSFGDSPEDTPDDDGEVIPLGDE"
     CDS             complement(8266..8817)
                     /locus_tag="SEQF2637_01870"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSILVALLSLAILAAFAQSKTIEQIRADYNALKTEVARLPQM
                     KETGIMYCLIIDDNPQGATYPGVGHFRSKTYFYYDVAGDEPPVLRLAVESYEGGTQRT
                     HTEAMYDERGRASFVFVSQRTVDGQPVVEQRLYMEGDSALDFTLNKIGAAEGLRAQSQ
                     RDVWMKANRLVKQFLSVMGGGDE"
     CDS             complement(8857..9396)
                     /locus_tag="SEQF2637_01871"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKSIIVVLATLVFAVIHAQDKKIQQIRKDYNELKASIAQLTSG
                     GSAGSGLLCVTLDNNPYGASYPAVGSYHTTTQFYYEPYEGRAPQLRMAIEHYAAANQK
                     MYTEVLYQENRPAFVFLKNNYDGDDDRRLYLEGDQIIQYSENNAVKPYPSDDDRRMNL
                     IDYAEVLLKQFKAIKGYDR"
     CDS             10102..11052
                     /gene="rgtE"
                     /locus_tag="SEQF2637_01872"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q1MJ95"
                     /codon_start=1
                     /transl_table=11
                     /product="Dodecaprenyl-phosphate galacturonate synthase"
                     /translation="MDISVVVPLYNEAESLPELHAWIERVMDENHFSYEIIYVNDGST
                     DGSWGVIERLARQSTHVKGIKFRRNYGKSPALHCGFYRAEGDVVITMDADLQDSPDEI
                     PELYRMIREDGYDIVSGWKKKRYDNRLTKNLPSKLFNATARKFSGINLHDFNCGLKAY
                     RREVVKNIEVYNDMHRYIPYLAKIAGFNKIGEKVVHHQARKYGVTKFGLDRFVNGYLD
                     LITLWFTSKFGKKPMHIFGLWGSGMFLIGFAALVIVLVMKLVSMMEGDLRPLVTTSPF
                     FYISLTAMIIGSQLFLSGFIGELISRNSPNRNNYKIEQEI"
     CDS             11142..11843
                     /locus_tag="SEQF2637_01873"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDALPLHYALKPPPAWFLVKITLLGWLLAVPALVAAQEPAAVDT
                     AWLRRARSGELELNEETLRAIRSGSLLSPASAAPALRHSPADLPLVISFDSIRPTGGP
                     TARPDQLPPAVYRLYEPAALPQPTAPMGSYMLSAATVSDLRALRRIGLRRAGHVGSGM
                     LPMGLSIPVNFENMLRFVFWPSYRAKKHNARHAQAYKSYSLLPPPADDSNNEIERRRL
                     NEAINEKRSELKAKD"
     CDS             complement(13115..14122)
                     /locus_tag="SEQF2637_01874"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKIQINVPRTITFVKANNTKLNNSLHVQYHRKQYDLVMAVDKT
                     KLKLPADLPEKWNTGITYETKIDQHSALSADTAKLKKKDAERKDQLIHIFLTIRAQER
                     SHKEDVRDAALRLAATLHPYEKIYKLPYEMESGRLLSMEDDIKTMTAEITALGLADAF
                     ENLKKINTEFEALHVRRRTGDADGKLPQAVEIRPQTDAAFDAVCQYIQAAYLSAASDD
                     DRALIDQLVDRMNQTSRDFKTMQRSLTASHRKDNKKKPGEKKKPRKKPDDGPDIRLPE
                     DGNQPKKPEGGGGGKQPETPKPGGAGEGKKPETPQPGSAGTGGTGGTGGGGPEIHLPE
                     E"
     CDS             complement(15640..16533)
                     /gene="lpxL"
                     /locus_tag="SEQF2637_01875"
                     /EC_number="2.3.1.241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01942"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipid A biosynthesis lauroyltransferase"
                     /translation="MKAFANTLIYALLYAVVRLHALLPIAVLYVLSDVFYVLIYRLVG
                     YRRRVVRSNLEGAFPHLSPDERLRLERRFYHHFSDYIVETIKLAGISHEELLRRAHLR
                     NPEMVRPLLEAGHKSLILVMGHYGNWEWFTGFPSRFGGLLEVCQIYRPLDSSAFDRLF
                     RHLRTRFGARCVPKKDVVRELIRTARPTSPPALFVFIADQTPSRANLHYWTRFLGRDT
                     AVLNGPERLAVKMNLPVIYADVRCESRGHYTVDFQLLTDAPRSKPENWITEEYTRRME
                     RTILRDPAGWLWTHRRWKYSR"
     CDS             complement(16530..17846)
                     /gene="mtaB"
                     /locus_tag="SEQF2637_01876"
                     /EC_number="2.8.4.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P54462"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyladenosine tRNA
                     methylthiotransferase MtaB"
                     /translation="MIDSAYFEDKKAAYYTLGCKLNFAETSAIGRELADHGIRRARAG
                     EQADVCVVNTCSVTELADKKCRQLIRRIRRQHPKAFVIVTGCYAQLKPDEVLAIDHVD
                     LVLGAEQKGDVMRHLRERTAGLAVTTDTKRIRAFTPSCSADDRTRHFLKVQDGCDYFC
                     SFCTIPFARGRSRNGRIADLVAQAEGVAREGGREIVLTGVNIGDFGRSTGETFLDLLR
                     ALDRVEGIARYRISSIEPNLVTDEVIELVAASSRFMPHFHIPLQSGSDTVLELMRRRY
                     DTSLFRRRVERIRSLMPDAFIGVDVIVGTRGETEACFAECHEFLENLPFSQLHVFSYS
                     ERPGTMALRITPVVPADVKHARSRTLLDLSDRKLHAFYDAHIGREATVLFEHARKGGR
                     MHGFTANYIKVETAYDSALANRLTPVRLDGWNADGTALTATLLSRP"
     CDS             complement(18801..19436)
                     /locus_tag="SEQF2637_01877"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYPEKTFRPDNLRLPFPTDREAPQVARCDNSKKSSSRKPSTFGQ
                     SFSENLSSVPLRRLEKEQLQIAFGFGSIPCEKSHQPSELCSEKTFRPGRLQLWEDPLR
                     KATPAFGNVPRKNIPARQPSALGRYPAKSPTSLRNCVLKRRSGQAASSFGEILCEKPL
                     QPLEMYPEKIFPPDSFRFLVNSLQKVSPASGNVPRKDVPARQPPAAFSNRS"
ORIGIN      
        1 ccggcgaggg tgtagacctg taccgtctcg ggcgtcggga gggagaggta gagcgtcggg
       61 ccgacggtgt agaccttcgc ctgtggggcg tagggcacgg tgttggcgac ggtcgagagg
      121 acgttcacct cgcagcgggc gacgatgcca ctgccgtcgg aggcggcggc cgtgatcacg
      181 gccttaccct tgccgacgat ggtcacgagc gcgtagtcgt cggcgtcggg ggcgaagcgc
      241 agctggggca gtgcggccga ctgcttcggg gtggagactt gcacggtggc cacggaggcg
      301 ttggagctca tccaaaggag gcccttgttg cgcgcgttgt ccggcgagac gatggcggag
      361 atgagcgccg tggagaggtc gccgttgacg gtgagcgtgg ccgggtcgag cgtgacgtta
      421 gagactttca cctcggccgg tggcacgacg ctgccgtcgt tgccctgctg gtggatggcc
      481 actttcagct cgtccatgcc ttgctgcgtg cggacggtga tcgtgccgtg gcgcatctcc
      541 ttggacgggt tgggggcgac ggtgaacgtg aacgtgccgt tgccgcggcc gacggcgctc
      601 tcgaggcgga tccagtcctc ggtcgtggag ccggcccaga ggcgacccgt cacgacgctg
      661 atcgtgctgc cggcgccgtc cgacgggccg acggtgatct cttcggggtt cagcgccagg
      721 tcgtagtcgt attcttcgga tggggtgctg ccggggctgg gcgtgggctt gcgttggccg
      781 gcgcgctggg tgagggtgaa ggtgcgttcg gcttttccgt cgtcgctctt gacggtgagc
      841 ttgcccgtgc gttcggcgcc ggactcattg cggtcgaagc ggacgatgac gagtcgcgtg
      901 cccgagccac gtgtggcgtc ggggtgcatc cagtcggggc tgccgctgat cgtccagccc
      961 ttgccggcat agacgttgaa gccgaccgtg ccgccgccgc tgcccatggt catggctgcg
     1021 gggttgaggg agattccgct gacggccacg ggtggctcca cggtctttgc ggcctcctgt
     1081 ctgacaaaga gcgaacgctc gatcggctgg ccgtccttcc ccttcttttc cgaagagaag
     1141 gccacccgcg cggcgcgctt cttagtgccc ttgtagggcc cgacttccac ggtcagtgtg
     1201 cccgccgcca tgtcgggcgt gatcttcacc caggctgcat agacgccctc cgcaaggccg
     1261 gcgtaccagt cgccgttggc cgtgacgttg accgtctgct tgccgccttc agcggggaag
     1321 gtgagcgact cggtgctcag ctccaacgtg ggcttcggct ccgatgcgcc cgcctgcgtc
     1381 accttgagct tgacttcctc ttggctttgg tctgtactga tatcgaagac gacgtcgccc
     1441 atccgttcgg cgccggtgtt gggcttgatc tggatcgtga tcttatggac agtctccgct
     1501 tttttgctgt gtgtgctcgc attcagccag ctcggtagat gccagccctc gatattaaac
     1561 gctttattgc agctgatcgt gacctccttc ttgcctccgt ccgcttccac ctttagctcc
     1621 ttggggtcga gggtgagctt gccttcgggc ttctccggct cgggctttgc accgcccgcc
     1681 tgcgttacct tgagcgtgac gtcgcctttg tcggttttga tgacgacgtc ggccgtccgc
     1741 tcggctccgg tgttgggctc gaacttgaac ttgaacgtac agccatagta caacgtgctg
     1801 taatcgaatt gtgactgaat tatccagctt ggcagcttta catccttcac cttaaaatag
     1861 tcggggtagc tgagcgttac ctccttctcg cctccgtcgg cctccatctt cagttctttg
     1921 gggtcaaggg taaagacggg ttcgtccggc tcgggctccg cggccgcctc ctgcgtcacc
     1981 ttgagcttga cgtcgcctag agtggtttta atgacgattt ccccactacg ttcgccgtgg
     2041 gtgttgacat aggtagtgaa caaacagcta tatgaatgcg agttgatttt tgcgacctgc
     2101 acaaacggat tcatccagct cggcagtatg gtttcatttt ctttgatatc aaaatcttga
     2161 ttgcaggaga tatacacttt ataccatgcc cctcccgctg gcaccttcag ctctttaggc
     2221 tcgagggtga agacaggctt ttcgggcacc ttgccgcccg gcgcgatgat gactgccggg
     2281 cacaccttgc cattcagcat gattgttcga tagatatagc gctcttcgaa agagtcataa
     2341 tcgacaagaa aatcgatggt ggctccggaa gggctggcta cgctacagcc ctccaaccgg
     2401 atctggccat aggccaagag tgccatcgtg ggatcttccg ctttcactat ggcgttcttg
     2461 atgatcaggt ctctttcacg tataataagc cccacactga tcccaccccc ggcattgatg
     2521 gtgcagccct cgatgcgcag cgagccgaat gaagaaatgc cagcgtaatc attagacggt
     2581 gtccccaccg tcagcgtacc gctgcctgtg atacttaaat cacggctgct ctccgagcga
     2641 atcctcgatc taacggtgtt gttcccgacg agtatgatat gaaagtcctt ctcggaaagg
     2701 tcgttgtaga tcgccccttc gatcgtggca ttatttagcg tcagcgtgtt ggaagcgggg
     2761 tcatacgtca ccgtgccgct cttaacggcg gagaagccac ccgaagccga gatgtcggtg
     2821 taattctcag aggtaacctc cacgtcgccg atcttgattt tgtagtcctt cgccgccgcc
     2881 tgttgcggca tcatcgctcc tgccagcccc gctacgacga gcagcaggac gaggagcatg
     2941 ttcttgtaat tcgtttttga gtccataatt ctgattgtgt tgggggcctt gcggcccggt
     3001 tgatgttgtt gggggctgcg cccccgttgg tttgttggtt tgttgggggc tgcggcccgt
     3061 tggtttgttg aggtgggctc gtcgggcccg aatgatggta cccgtgtagg aggcgcaaca
     3121 gaatacgccc caccgggcgc caccatcggt ggcgaataca tgtacccggg tatgatcatt
     3181 catcccttgc gggatgtttg gtggggcgta tgcaatacgc ccctacacgg gtacatgcat
     3241 tcggatccct tcgggtaccc ggcaaaattt gccggcgtcc gcagacgccc gcccctaccc
     3301 gggtcgtgca ttcgggtccc ttcgggtacc cggccaaatt cgccggcgtc cgcagacgcc
     3361 cgcccctaca cgggtacgtg cattcgggtc ccttcgggta cccggccggc ttccctgccc
     3421 cggcaggggc cgtccgtaga cgccccgagg cgtcggaaac cttgaaacaa cttgtttgag
     3481 cctttccgag gcctcggaaa ccttgaaaca acttgtttga gcctttccga ggcctcggat
     3541 tccttgaaac aacttgtttg agcctttccg acgcgtcgga aaccttgaaa caacttgttt
     3601 gacactttcc gaggcctcgg attccttgaa acaacttgtt tgacactttc cgaggcctcg
     3661 ggggcgtctg cggacgccgg cgaatttggc cgggtacctc gccagcttcc ctgcctcggc
     3721 agaggccgtt ctgataggaa taagtgtacg tcttcatctt gcttttgcct ccggattctt
     3781 gtccgtttgc gagggcaaag gtctatacgt aagacgtgcg tgtcaatacg taatattacg
     3841 tatttcatct cgcccgtgca catggccgga atgttcattt tacaggcgcc ctatttactg
     3901 cctatcagcg ccgtatgctt cccacggtgt tcccgaaatc cgcgggccgt aaacaatcct
     3961 tcacgtcgca attaacactt cggaggtcgg gtctttctgg ggcggggggg aaaacgaaag
     4021 ccgggtacac gctgaggaga tcctcaacat gtacccggct tttcgctttt agggtttagc
     4081 tccttagttc ttcgtttccc ccggtcggag gcgtcgggct aggagctggt tagactggct
     4141 gttgtagcct cggcggaagg gcagcggacg gacagcgcca cgacgatagg ctgcgtatag
     4201 atccggctcg aaatggttgc cgaagagcgc aatgggatga tcgtacatgc cgtagaggcg
     4261 gatgtcccag cggctgggat cgaagaagga gaacttgatg ccggagtcgt cctgcaggat
     4321 gacggaggcc ttagagagca cggtgttgcg gatggtgctg aagtaggcct tgtgcataag
     4381 gtaggtggcg gacttgacgt aggtcacgca gccggagtcg atggtggtga ggaagtcacg
     4441 cgtgggcttg ttgacggaga ggccgccgtc ggcgatgttg gccgagaagt aggtcagggt
     4501 gcggagcgta cggtggtcac ggtcggtgaa ctcgatctcg acgcccttgc cgtatttctc
     4561 gtcgccgcga tagcgtggcg cgctgtcgag gtagtgctta cggccgccgt cggtgaacgc
     4621 gaaggggcgt acgcgtacga tctccttatc ggcccgcgcc aggaagagga gcaggagggg
     4681 cgtgacgcca tacatctctt gcgtctcgta gcgggtggcc atgagcttgg tttggaagaa
     4741 gctgaggcgg aggataccgg agacttcctg gccgtaggcg gcgaggtatt gcgagagtcc
     4801 gacctgtcgt gcgtcagtgc ggggttcggg cacacgcccc ggggcttcca taccgaagag
     4861 gatatagttg cgggcgttgg ggaagtagag gttgacgttg aagtagtccg ggccgctgaa
     4921 ggggtagaag acggtggcga tggtgtccgt gccttggggc agctcgttgc gcgcccactg
     4981 gcggatgctg tcggcttgtt cgcgtcggtg gcgtgtccag gccgagtcag cgtgtgcggc
     5041 gtagcgtttc caggtgtcgg tgtgagcgag tgagtcgagg cggccgccct ctgatggagc
     5101 cataccggcg atgaaacggg ccacgtcggt aaggtcacga tcgggttgca cctcgggctg
     5161 cgaggcgggc tcttcagagc cgctgtcggc cttcgatccg aagacggatt cgacgccgcg
     5221 gagtccagcc tcggcagcct ccttaaggcc ggatttcggt cggcaggccc cgcagcatgt
     5281 cagcaagata agtcccagag taagtagttt tcctgtgttc attttttatt gttacgagtt
     5341 cgattattga tccagatgag aagaagaacg gggggaggcc ccgggtgggg tgggtcgcgt
     5401 tgatgaccct caattcatgt gtggccctgt gaatccatcg tcacccattc ggctgccttg
     5461 agagcgcgaa aggggtgagt cggcccattc agcgatgtca ccgcggcgaa agggatgctg
     5521 tatccgtcgt tcgtgttggt tttgggcgcg gcaaaattcg acgaggtgcc gtaggaggtc
     5581 caccagcgta ccactggggg aatagaaaaa gtcttccgcc gcctgctgca ccgtcgggtt
     5641 ggggtgctcc agctcacgga gcagtgcctt tcggtgtcgc acagagcgac ggtcgtcact
     5701 gggctcgaca ttctcgcccg ccttgaggaa gtggatcatt cgcaccgaaa agcgtacggc
     5761 cctcgagaag agtccgggct tgaaataatc ctccttgagg ccaaactgcg ccagcttatt
     5821 gatgatcggt atctgcgcct cgtccgtagt cgacggctcg ccgctgtcgt ccgtatcgct
     5881 acagtcgcca cgatcggcct ctgggtcata cggctcacga ccgtacacca gctcttgcat
     5941 gtaactgcgg tagctgcgga aatactcctc ctcccggtcg ttcggcttgc gattcggaga
     6001 ctcctcaacg tcttccgggc cgtcatacgt gatcaccata gacttgcttt cttcctgttt
     6061 ttgatattgc gtgctgcggg cggtctccct gtctccaccg gttcggtggg gtgtgatgcc
     6121 ccgcagactg tttgcttgct ttttcgggtt acgcgtcatt cggggtatgt cgcccgtttt
     6181 ttttttcgag tcgcacttgt gtccgccgct gccatctcgg ccacctgctc ccgatgttct
     6241 ttatatcgct tcatcatctc ccatcctcgg cacacggcat aggccccgag tccgatgccc
     6301 agcgtaaaga tgcccagcac ggattcggac gttttctcaa ccaacagaaa gaccatcgtc
     6361 catcccgtca gcaacaagaa gagaatcgga gtcacggggt agccccacgt ccgatagggt
     6421 cgctcagcct cgggataacg tcgcctatgg acgaacacgc ccagcaccga gaggaacgtg
     6481 aacagcgaca ggataaaacc ggagaaagtc accacctgct caaacgatcc ggagaggatg
     6541 aacagcagac tgatggcgga ctgtacggcc acggccacgg tcggcgtgcc ccgtcggcta
     6601 cggtgcgaca agaagcggaa cagcgtataa tcctcaccca tcacctgcga aacgcgcggc
     6661 ccgatgaaaa tcatcgagct gatcgacgaa acgagtaaca gtccgatcac acccgccatc
     6721 aggctcgcac cggtgggtcc gaagaggtgt tgcgcggcga taaatcccac ctgcaacttg
     6781 ccctgcattt cctcgtgcgg cacgaggctg aggaacgtgg cgttcagccc gacgtaggct
     6841 acggccacga tggtcacgcc ccagagcagc gatcgcggca gcgtacgttg cggatcgcgc
     6901 acttcaccgg ccacatacgc cgacgcgttc cagcccgaat aggcatagga gacatagatc
     6961 agacagacgg caaacgctgg gctgagcagc tcccgccacc ccgcgccgtc aggcacgggc
     7021 aggaacggtt gcttgtcgcc accggccgcg acgccacaca caatgaaagc gacaatcagc
     7081 gccagcttga gcagcgtaaa aacgttctgg aaccgactgc ccccacgcac actccacata
     7141 tggacggcgg tgatgataag gagtgcactg acagcgatca tctgcgccgt gacaccctcc
     7201 gggaaaagcg attcggtgta gtgccccagc gccatgcagg ccagcgccac cggcgcggca
     7261 aagccaatcg tcaacgagac aaagccggag aggaatccta cggcgggatg atagatgacc
     7321 gacaagtagt ggtattcgcc ccccgaacgc ggcatggcgg cgccgagctc gccgtagacg
     7381 agcgaaccgc agagggcaat caatccgccc acgatccaga gcgcaagcag tgcgaaaggc
     7441 gtgtgcaggt cgagcagctg gaagccgagc gtagtaaaga cgccggtgcc gatcatgttg
     7501 gccaccgtga aggaggtcac gcccgtgaag cccagtcggg tgtccttggg cgcttcggcg
     7561 gtagaggtag cggcatgcga ttggtgcttg ttcatcgctt tcttttgatg gaatgaggtg
     7621 tttgggtgcc gaaatcgaaa atcattcgtc gcctaaggga atcacctcac cgtcgtcatc
     7681 gggcgtatcc tcgggcgagt cgccgaaaga tccctcgaag cgcttcatca ggttctccgc
     7741 ctgccaaagc aacataccgg cggcgtccgt tgcctcatcg ccggtcagga ctttgttgtt
     7801 ttcggcgtac tgtatcggtt cgccttcgtc caagaagagt gtgcgttcga cgttatcctg
     7861 gtcgctgtcc ttctcgtaga tataaacggg ctggccgtcg gtgtagagcg cctctcgacg
     7921 gatacgttgc tcgtcggcct ccacctcttc ggtggcataa cgcaggatgg ggatgaccgt
     7981 ctcactctcc agctcgtaat aaaaatgaag ccgcgcgcgg aaatgatctg agccgacata
     8041 acgtcgtccg taagcgttat cgtccagcgt caggacgtac catttgcctt tggcgcctgc
     8101 gcgttgcagg tcagccacat cggccttgat ggcggcgtat tccttgcgga tgccgtcaat
     8161 tttcgcgttt tgcgccagcg cggcggcggt caggcagagc gctgccaagg ccgtgattat
     8221 acttcttctc atatctataa ttaatgtagc tagaggcggg gaaaatcact catcgccgcc
     8281 tcccataaca ctcaaaaatt gctttaccag ccggttggcc ttcatccata catcgcgctg
     8341 actctgtgcg cgaagacctt ccgccgcgcc gatcttattc agggtaaaat ccaacgcgct
     8401 gtcgccctcc atgtagagac gctgctccac cacaggctgg ccgtccaccg tccgctggct
     8461 gacgaaaacg aaggaggctc tccctcgctc gtcatacatc gcctcggtat gcgtgcgctg
     8521 tgtgccgccc tcatacgact caacggccaa cctcagcacg ggcggctcat caccagcgac
     8581 gtcgtaataa aagtacgtct tggagcgaaa atgaccgacc cctggataag tagcgccctg
     8641 cggattgtcg tcgataatca ggcagtacat gatgcccgtc tctttcatct gtggcagtcg
     8701 ggcgacctct gttttcaacg cgttgtaatc cgcacgaatt tgctcgatgg ttttgctttg
     8761 cgcaaaggca gcaagaatgg cgagcgacag cagtgcgaca agtatacttt ttctcataac
     8821 cggttcatat gcaaaagagg acgtcgggag aaatgttcag cggtcgtatc ccttaatagc
     8881 cttgaactgc ttgagcaaaa cctcggcgta gtctatcaag ttcatgcgtc tgtcgtcatc
     8941 gctcggataa ggtttgacgg cgttattctc tgagtattga atgatctgat cgccctctaa
     9001 gtagagtctg cgatcatcat ccccatcgta attgttcttc agaaagacga atgcgggccg
     9061 attttcctgg tacagcacct cggtgtacat cttttggttg gctgctgcgt aatgctcgat
     9121 agccattcgg agctgaggcg ctcgcccctc gtagggctcg taatagaact gcgttgtggt
     9181 gtgataagag ccaacggccg gatagcttgc gccgtaagga ttattgtcga gggtgacgca
     9241 aagcagccca ctgcctgccg acccacccga ggtcaactgg gcgatggagg ccttcagttc
     9301 attgtaatcc ttgcggatct gctgaatttt cttgtcttgc gcatggataa cggcgaaaac
     9361 aagtgtcgcc aacacgacga tgatgctttt tctcattcga tgctctctgt gtaaccggct
     9421 gcgaaatacg ctattttttg ccgaattgca gctgaggatg cggcttacat accgcccgca
     9481 aacaccttaa aagtcggtat ccaagcggct tcaaacccct tttgagtgag ggcgtaacaa
     9541 atacgttccc ccgaaatacg tgatctcctc aaagccgcag gctacgtggc gccgacgacg
     9601 ccaaacggcc ttcagccaac cgatacgtcc tccagaaata cgtgatctcc ccaaagccgc
     9661 aggctacgtg gcgccgacga cgtccaacga ccctcagcca accgatacgt tctcccgaaa
     9721 tacgtgatct cccccaagcc tcaggctacg cgacgccgac gacgtccaac gaccttcagc
     9781 caaccgatac gtcctccaga aatacgcgat ctcccccaag cctcaggcta cgtggcgccg
     9841 acgacgtcca acgaccttca gccaaccgat acgtcctcca gaaatacgtg atctccccaa
     9901 agcctcaggc tgcgtggcgc cgacgacgtc caacgacctt cagcctacgg acgtgtaccc
     9961 ccgaaatacg tgatctcccc aaagcctcag gctacgtggc gccgacgacg tccgacgacc
    10021 ttctgcgctt cgggcgggcg acgcaccgag ataattcaaa tcccggccta cttttgcgtc
    10081 tcaaaagaaa cgaaccgaac gatggatata tcagttgtcg tacccctata taatgaagcg
    10141 gaatccctgc ctgagttgca cgcatggatt gagcgagtga tggacgaaaa ccatttcagt
    10201 tacgagatca tctatgtgaa cgacggcagc accgacggct catggggcgt catcgaacgc
    10261 ctggcgagac agtcgacgca tgtgaaggga atcaaatttc gacgcaacta cggcaagtcg
    10321 ccggcgctcc attgcggctt ctaccgcgcg gagggcgacg tggtgatcac catggacgcg
    10381 gatctgcagg acagccccga cgagattccc gaactctatc gcatgatccg cgaagacggc
    10441 tacgacatcg tctcgggctg gaaaaagaag cgatatgaca atcgcctgac gaaaaacctc
    10501 ccgtcgaagc tctttaacgc cacggcacgc aaattctccg gcatcaatct gcacgatttc
    10561 aactgcggac tcaaggctta ccgccgcgag gtggtaaaga acatcgaagt ctataacgac
    10621 atgcaccgat acatccccta cttagcgaaa atcgctggtt tcaataagat tggcgaaaaa
    10681 gtagtccacc atcaggcgcg gaaatatggc gttacgaaat tcggactcga tcgcttcgtg
    10741 aacggttatc tcgacctcat tacgctttgg tttacgtcga aattcggaaa aaaaccgatg
    10801 cacatcttcg ggctttgggg cagcggcatg tttctcatcg ggttcgctgc gctcgtcatc
    10861 gtcttggtga tgaaattggt ctcgatgatg gagggcgatt tgcgcccctt ggtcacgacg
    10921 tcgcctttct tctacatttc gctcacggcc atgatcatcg gctcgcagct cttcctctcg
    10981 ggctttatcg gggagttgat ctcgcgtaac tcgccgaatc ggaacaacta caagatcgaa
    11041 caggaaatct gattcggctt cgcatcgcag cgcatccgtg gccttgcctg cgcgccccgc
    11101 tgtttggcca tgcactcaac catgtttccc ccctctcggt cttggacgcc ttgccgctac
    11161 actacgctct caagcctcct ccagcgtggt ttctcgtaaa aatcaccctg ctcggctggc
    11221 tgctggctgt ccctgccctc gtcgcggcgc aggagcctgc ggccgtggat acggcttggc
    11281 tacgtcgggc acgcagcggc gagctggagc taaacgagga aacgctgcgg gccatccgct
    11341 ccggttcgct tctctcgccc gcgtcggcgg ctccggcgct gcgacatagt cccgccgacc
    11401 tccccttggt catttccttc gacagcattc gccccaccgg cggtccgacg gcccgccccg
    11461 accagctgcc gcccgcggtc tatcggctgt acgagccagc cgccctcccc cagcccaccg
    11521 caccgatggg cagctatatg ctttcggctg cgacggttag cgacctccgt gcgctgcgac
    11581 gcatcgggct gcgacgcgct gggcatgtag gctcgggaat gctgccgatg ggcctcagta
    11641 ttccggtcaa tttcgagaat atgctccgct ttgttttctg gccgagttac cgggcgaaaa
    11701 aacacaacgc gcgtcacgct caggcttata aatcgtacag tttgctcccg ccgccagccg
    11761 acgattcaaa caatgaaatc gaacgccgcc gcctcaacga ggcgatcaat gaaaagcgga
    11821 gcgagctaaa agcgaaagac taacgacgaa aaacgccgcg cgtaggcgtc aggcggcaaa
    11881 aagctgaaaa tgaacgacgc gcaattgccg aaggcgaaag actaacgaca aaaaacgcca
    11941 tgcgtacgcg tcaggcggca aaaagctgaa aattagcgac gtgtggctgc cggaagcaaa
    12001 agactaacga cgaaaaacga tgcgcgtacg cgtcaggcgg caaaaagctg aaaatgaacg
    12061 acgcacggct gccgaaagcg aaaagtcgac aacaaaaaac gccatgcgta cgcgtcaggc
    12121 ggtaaaaagc tgaaaatgaa caacgcatgg cagccggaag caaaaagccg acaacaacga
    12181 atgctgtgcg taggcgtcag gcggcaaaaa gctgaaaatg aacgacgcat ggcagccgga
    12241 agcgaaaagt cgacgacaaa aaacgccgcg cgtacgcgtc aggcggcaaa aagctgaaaa
    12301 tgagcgacgc accgcatccg gaagcgaaag actaacaacg aaaaacgctg cgcgtacgca
    12361 tcaggcggca aaaggctgaa aataaacgac gcgcaattgc cggaggcgaa agactgacaa
    12421 caaaaaacgc catgcgtagg cggcaggcgg caaaaagctg aaaatgaacg acgcgcaatt
    12481 gccggaagcg aaaagtcaac gacaaaaaac gccatgcgta cgcctcaggc ggcaaaaggc
    12541 tgaaaatgaa cgataatcca cggccgagag cgaaagacta acaacgatga acgccgtgca
    12601 tacgcgtcag gcggcagaaa gctgaaaatg agcaacgcac cgcatccgaa agcgaaaagt
    12661 caacgacaaa aaaacgacgt gcgtaggcgt caggcggtaa aaagctgaaa atgaacgacg
    12721 cacaattgcc ggaagcaaaa gactaacaac aaaaaacgcc atgcgtaggc gtcaggcggc
    12781 aaaaagctga aaataaacga tgcgcggcag ccggaagcga aaagtcaacg acgaaaaacg
    12841 ccatgcgtac gcgtcaggcg gcaaaaagct gaaaatgagc gacgcactgc atccgaaagc
    12901 gaaaagtcaa cgacaaaaaa cgatgcgcgt acgcgtcagg cggcaaaaag ctgaaaatga
    12961 gcgacaatcc acagccgaga gcggacaaag gaaaatgccg ggtatggagc gatagcttcg
    13021 ctcctgtacc cggcattttt catcgttcgt tgttcgcttt cggctctccc cgcgggggaa
    13081 ccgtttcctg tcgtccgctt tcggcttacg cgcttcattc ttccggaagg tggatctccg
    13141 gaccgccgcc gcccgtgcca cctgtgcccc ctgtgccagc gctacccggc tgaggcgtct
    13201 cgggcttctt accctcgcca gcgccgcccg gcttcggcgt ttcgggctgt ttgccgccac
    13261 cgccgccctc cggcttctta ggctgattgc catcttctgg cagccgaatg tcgggaccat
    13321 cgtctggctt cttcctcggt tttttcttct ctccgggctt ctttttgttg tctttccgat
    13381 gagaggccgt gagggagcgc tgcatcgttt tgaagtctcg cgaagtctgg ttcattcggt
    13441 ccacgagctg atcgatgagc gcgcgatcgt cgtccgaagc ggcactgaga taggcggctt
    13501 ggatatactg gcagacggcg tcgaacgccg cgtccgtttg cggacggatc tcgactgcct
    13561 gaggcagctt cccgtcggcg tcgcccgtcc gacggcggac gtgcagcgcc tcaaactcgg
    13621 tgttgatctt cttcagattc tcgaaggcat cggcgaggcc caaggccgtg atctcggccg
    13681 tcatcgtttt gatgtcgtcc tccatgctca gcaggcggcc gctctccatt tcgtagggca
    13741 gtttgtagat cttctcgtac ggatggagcg tggcggcgag tcggagggca gcgtctcgga
    13801 catcttcctt gtgcgaccgt tcctgggcgc gtatcgtgag gaaaatgtgg atcaactggt
    13861 cttttcgctc cgcatccttc ttcttgagct tggccgtgtc ggctgagagc gcggagtgct
    13921 ggtcgatctt cgtttcatac gtgattcccg tattccactt ctccggcagg tcggcaggca
    13981 gcttcagctt cgttttgtcg acggccatga ccagatcata ctgtttgcgg tgatactgca
    14041 cgtgcagcga attgttcaac tttgtgttgt tagccttgac gaaggtaatt gtgcgaggca
    14101 cattgatttg aatcttttcc atcgggattt attatgtggt tattgtaatt tttatgcagg
    14161 tatcatgccg caaacatacg cctttttctt taccgccaaa cgttcggcgc tatttttctt
    14221 caatctttcc gctgcgcacc gctcgcgacc gacgtaacgc gacgattcga acggctcgaa
    14281 agcctgcggc tatacgttat atatataagc ggacgaccca cagcctaaag cgttaatatg
    14341 tcgacggcaa aaaactatcc tcagtccttc gcctttaggc agctaaaagc cctcgcgagg
    14401 gcttgaattt cttttgcctt cttttcttgt ggcaagacaa gaaaagaagg tgggggacag
    14461 ggggcgacgc cccctcacag ctaaaggcgg aaggtttttg gtcgtattca tatacatata
    14521 aggtatagcc gcaggttggg atgcgccatt cggccggtag gcgtaggggc gtatggcata
    14581 cgcccctctc cccgatcagt tcaaggaagc cgaaagatag ctgatccaaa cagacgaaaa
    14641 cacaaggccg ctctactctt ttaccatcta tctccttgtt ccacctaaac gcctgaagct
    14701 atgcatctaa tctacacgta aacatccgaa agccttaggc aaatgagtat tttcaccgtc
    14761 gagacgccaa agccttaggc aaatcgttgt ttctcgctgg aaatgtcgtt ttgcctaagg
    14821 caatttgctg tttccaactg aaaatgccgt tttgcctgag gcaatttgat gtttccaacc
    14881 gaaaacgtca ttttgcctga ggcaaattcg tctcgccgaa gtgatttgag cttttgccta
    14941 aggctttcgg gtgtaaacat tggaaacgtc catttgccta aggctttgag ctgtttatat
    15001 ttagaaagaa gatacagcca taggcattta gatgaaacgt atagataaat ggcaaaagag
    15061 agagacgaag ctatgtttct tcttgtttgg atggggcatc ttttcgcttt ttcaagctgc
    15121 ccgatgagag gggcgtatgc catacgcccc tacacctact ggccgaatgg cgcatcccaa
    15181 cctgcggcta caccttatat atatacagat atgaccctca gctttccgcc tttagctgtg
    15241 agggggcgtt gccccctctc ctccaccttc ttttcttgtc ttgccacaag aaaagaagga
    15301 aaaagaaagt caagccctcg cgagggcctt tagatgccta aaggcggagg gttgaagatg
    15361 gattttcgcc gtcgacatat caattcttta ggctgtgggt cgtccgctta tatatataac
    15421 gtatagccgc aggctttcaa gtcgttcaaa tcaaaaaaag actctcagct ttccgctttt
    15481 agctgtgagg gggcgttgcc ccctctcccc caccttcttt tcttgtcttg ccacaagaaa
    15541 agaaggcaaa agaaagtcaa gccctcgcga gggcctttag ctgcctaaag gcggagggat
    15601 atgagaagat ggggaacgtt tttgcgacgc ggccggaggc tatcggctgt atttccagcg
    15661 gcgatgggtc cagagccaac cggcggggtc gcgcaggatg gtgcgctcca tacgccgggt
    15721 gtattcttcg gtgatccagt tctcgggctt ggagcgcggg gcatcggtga gaagttgaaa
    15781 atcaacggta taatgcccac ggctttcgca ccttacgtcg gcgtagatga cgggaagatt
    15841 catcttgacg gccaatcgct cagggccgtt gagcacggca gtgtcgcggc cgagaaaccg
    15901 ggtccagtag tgcagattcg cgcggctggg ggtctgatcg gcaatgaaaa cgaagagcgc
    15961 ggggggcgac gtggggcggg cggtgcggat gagttcgcgg acgacgtctt ttttgggcac
    16021 acagcgggca ccgaaacgcg tccgaaggtg gcggaagagt cggtcgaaag cggaactatc
    16081 cagcgggcgg tagatctggc acacctctaa cagcccccca aaacgcgaag gaaatccggt
    16141 gaaccattcc caattaccgt agtggcccat gacgaggatg agcgacttat ggccggcttc
    16201 gagcagcggg cggaccatct ccggattgcg taggtgagcc cgccgcaaca gctcctcgtg
    16261 cgagatcccg gccagtttga tggtctcgac gatgtagtcc gagaaatggt gatagaaacg
    16321 gcgctccagc cgcaggcgtt cgtccggcga gaggtgcggg aaagcgccct ctaagttgct
    16381 gcggactaca cgccgacgat agcctactaa cctatagatg aggacgtaaa acacatccga
    16441 cagcacgtag agcacggcta tcggaagcag cgcatggagg cgcaccacgg cgtaaagcag
    16501 cgcatagatc agcgtgttcg caaaggcttt catgggcggc tgaggagtgt ggccgtgagc
    16561 gccgtaccgt ccgcgttcca cccgtcgagg cggacggggg tgaggcggtt ggcgagcgcg
    16621 ctgtcgtacg ccgtttctac cttaatatag ttcgctgtga acccgtgcat gcggccgcct
    16681 ttgcgggcgt gctcgaagag gacggtggcc tcgcgaccga tgtgggcgtc gtaaaacgca
    16741 tggagtttgc ggtccgacaa atcgagcagc gtgcggctgc gggcgtgctt gacgtcggcc
    16801 gggacgacgg gcgtaatccg cagcgccatc gtccccggcc gctcggaata gctaaaaacg
    16861 tgaagctgtg agaagggtaa attttcaaga aattcgtggc actcggcaaa acacgcctcc
    16921 gtctcgccgc gggtacccac gatcacgtcc acgccgataa acgcgtccgg catcaggctg
    16981 cggatccgct ccacgcggcg gcgaaagagc gacgtgtcgt agcgtcggcg catcagctcg
    17041 aggacggtgt cgctgccgct ttgcagcggg atatggaagt gcggcatgaa gcggctgctg
    17101 gcggctacga gctcgatgac ctcatccgtg acgaggttcg gctcgatgga ggaaatacgg
    17161 tagcgcgcaa tgccctcgac ccgatccagc gcgcggagga ggtccagaaa agtctcgccc
    17221 gtggagcgcc cgaagtcgcc aatattgaca ccggtgagga cgatctcccg cccgccttcg
    17281 cgcgccaccc cctcggcctg cgctacgagg tcggcaatgc ggccattccg actgcgtccg
    17341 cgcgcaaacg ggatggtaca gaaagaacag aaatagtcac agccgtcctg caccttcaaa
    17401 aagtggcgcg tgcgatcgtc cgccgagcag gagggggtga aagcgcgaat gcgtttcgtg
    17461 tcggtcgtca ccgccaggcc agccgtccgc tcgcgcaggt gacgcatcac atctcccttc
    17521 tgctcagcgc ctaagaccag atcgacgtga tcgatggcga gcacctcgtc cggcttcagt
    17581 tgcgcgtaac atcccgtgac gataacgaac gccttcgggt gttggcggcg aatgcgtcgg
    17641 atcaattggc gacatttttt gtcggcaagc tccgtcacgg agcaagtgtt caccacgcag
    17701 acgtcggcct gctccccggc gcgcgcacgc cggatgccat gatcggccag ttcgcggccg
    17761 atggcggacg tttcggcgaa attgagcttg cagcccagcg tgtagtaagc ggccttttta
    17821 tcttcaaaat aagcactatc aatcatcttt ggagtcccct tttttagggg gcgcaaaagt
    17881 aagaggctgc gtacacattc gctccgtttc ggtccgcagg ccataagatt tgaggccgat
    17941 acgcactttc gaggaggact atcttgaagc cgtttcgagt cgccgaagcg cttcttcaca
    18001 tagccgaagg ctatctgtag aacagttcgt ttttcctcag cgcgtcttgg atttgaggca
    18061 gatacactct ttcgaggaga agtatctcga ggccgtttcg agtcgccaaa gcgcttctcc
    18121 acatagccga aggctgtttg tagaatagct tatttcccct cagcgcgttt tggatttgag
    18181 gccaatacgc actttcgaag agaagtatct tgaggccctt ctaagtcgcc gaagcgcttc
    18241 ttcacatagc cgaaggtcgt ctgtagaacg gttcattttt cctcagcgca ttttggattt
    18301 gaggccgata cgtattttct agaaggggta tcttgaggcc atttcgagtc gccaaagcgc
    18361 ttcttcacat agccgaaggc cgtctataga acagcttatt tttcctcagc gcgttttggg
    18421 ctataagacg catcttttgg aaatttacac cctattcgca gccctcacgc cctatttctt
    18481 ttatctttgt tacagcctaa agccgacagt ccgagacgaa tggctggggc acatctccga
    18541 aggctggcgg gacttttcgc aaggtatcga cccaaagccg aaggctgtct ggagctgtac
    18601 tttttcgggt tatcgcagca ggtcgcttag ggtgcctcac gatcggtggg aaaaggcagc
    18661 cggaggttgt ctggccggaa cgtcttttcg gggtacattt ccggacgctg gcgagacttt
    18721 ttgcagggta tcgacccaaa gccgaaggca gtctggagct gtactttttc gggttatcgc
    18781 agcaggtcgc ttagggtgcc tcacgatcgg ttggaaaagg cagccggagg ttgtctggcc
    18841 ggaacgtctt ttcggggtac atttccggac gctggcgaga ctttttgcag agaattgacc
    18901 aaaaaccgaa agctgtctgg cgggaatatt ttttcggggt acatttccaa aggctggagt
    18961 ggcttttcgc agaggatctc cccaaagctg gaggcggcct ggcctgaacg tcttttcaga
    19021 acacaattcc gaaggctggt gggacttttc gcagggtatc gacccaaagc cgaaggctgt
    19081 ctggcgggaa tattttttcg gggtacattt ccaaaggctg gagtggcttt tcgcagagga
    19141 tcttcccaaa gctggaggcg gcctggcctg aacgtctttt cagagcacaa ttccgaaggc
    19201 tggtgggact tttcgcaggg tatcgaccca aagccgaagg ctatctgaag ctgctctttt
    19261 tcgagtcgtc gcaacgggac gctggagaga ttttccgaaa aggattgacc aaaagtcgaa
    19321 ggctttctgg agctgctctt tttcgagtta tcgcagcggg ctacttgggg agcctcgcgg
    19381 tcggtgggaa aaggcagccg gaggttgtct ggccggaacg tcttttcggg gtacatttcc
    19441 ggacgctggc gagacttttc gcagggtatc gacccaaagc tggaggcagc ctggcctgaa
    19501 cgtcttttca gagcacaatt ccgaaggctg gagagacttt ttgcagggga ttgacccaaa
    19561 gccgaaggct gtctggagct gtactttttc ggggcatatc tccgaaggct ggcagggctt
    19621 ttcgcagggg attaaccaaa agccggaggc catctggtct caacgttttt tcgggacaca
    19681 tctccggaga ttggtggggc ttttcgcggg gcatcgacca aaagctgaag gcagtctgga
    19741 gctgtacttt ttcgggttat cgcagcgggt cgcctgggga gcctcacgat cggtgggaaa
    19801 aggcagccgg aggttgtctg gccggaacgt cttttcgggg tacatttcca aaggctggag
    19861 tggcttttcg cagggtatcg acccaaagcc gaaggctgtc tggagctgta ctttttcggg
    19921 ttatcgcagc gggtcgcttg gggagcctcg cggttggtgg gaaaaggcag ccggaggttg
    19981 tctggccgag acgtcttttt ggggtacatt tccggacgct ggcgagactt tttgcagaga
    20041 attgaccaaa agccgaaagc tgtctggcgg gaatattttt tcggggtaca tttccaaagg
    20101 ctggagtggc ttttcgcaga ggatctcccc aaagctggag gcagcctggc ctgaacgtct
    20161 tttcagagca caattccgaa ggctggtggg acttttcgca gggtatcgac ccaaagccga
    20221 aggctgtctg aagctgcact ttttcgggtt atcgcagcgg gccgcttagg gagcctcgcg
    20281 atcggtggga aaaggcagcc ggaggttgtc tggccggaac gtcttttcgg ggtacatttc
    20341 cggacgctgg cgagactttt tgcag
//
LOCUS       SEQF2637|AYYD01001190.1 2960 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2960
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             7..1893
                     /gene="susC_8"
                     /locus_tag="SEQF2637_01878"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MLLATVNQEVNSEGTSYVSPFYTSRNAVVPSDPVYNKDGSWNRX
                     MIRIGDRNPAQSAAYDYQREYVTRTXNTLFAEYEFIRXLKXRSTFSYDYVNTKGKDWS
                     DPRTAEGQDKNGIMDKRYSELSKMTWANQLSYRTTLSDXHHLDALIGXEVDDQYSDYX
                     LGIASNFATPQKNXISNGMKTEAVGGSNTRSRMVSYISRLNYDYRNRYYXGGSFRTDG
                     SSRFHRNSRWGSFWSLSGAWRAIEESFMEPTKGWLSDLKLRASYGVNGTLPSDLYGYM
                     GLSDLTNGYLXQPGIIRSRLPNIDLQWETNHNLNLGLDLGLWNRINVTLEYYVRTTKN
                     LLMDRPISMTTGFSSYLMNIGEVXNQGVELEXGSTNVQTXDLTWTTNFNISHNRNEIV
                     KLDGLQTEIIGGYQIHQVGKPYRTFYMXEFAGINPETGAPQFXTNXRDANGNYKKDIT
                     EDVSKANAAVLDKYADPAVIGGLSNSIRYKWFDLSCMFSYQFGGXAYDVWAQKTEHGG
                     NDMRANVPTYYRNSWRKPGDATSYELFYENPAVAMNKISTSRRLHSTDFIRLKTLTLG
                     FTLPKSWVKAAHLENVRLYASANNLWTWAAYDYYDPEATESGSATWGTPPLKTVIFGV
                     NMNF"
ORIGIN      
        1 gtaaatatgt tgctggccac cgtaaatcaa gaagtgaaca gcgagggaac gtcttatgtt
       61 tcacctttct acacatcgcg caatgccgtt gtgccttcag atccngttta caacaaagac
      121 ggcagttgga accgcaanat gattcgtatc ggcgaccgca atccggccca gtcggcagct
      181 tacgactatc aacgcgaata cgttacgcgt actttnaata cgctctttgc cgaatatgaa
      241 ttcattcgtg anctcaagtt ncgctccacc ttcagttatg attacgtgaa cacgaaggga
      301 aaagactgga gtgacccacg cacggccgag ggacaggaca aaaatggtat catggataag
      361 cgctacagcg aattgagtaa aatgacttgg gcaaaccaat tgagctatcg gacgacccta
      421 tcggacnatc atcacctcga tgcgctgatc ggatangagg tngacgatca atatagtgac
      481 tatttnctcg gaatagccag taatttcgct acnccacaga aaaacganat cagtaacggt
      541 atgaaaaccg aagccgtagg cggaagcaat acgcgctcac ggatggtgtc ttacatctct
      601 cgcttaaatt atgattatcg caatcgctac tacntnggag gtagtttccg caccgacgga
      661 agctctcgct tccaccgcaa tagccgttgg ggnagcttct ggtccctctc aggcgcttgg
      721 cgggccatcg aggaatcgtt tatggaacct acaaaaggct ggttgtccga tttgaagctc
      781 cgcgcntcgt acggcgtgaa cggaacactt ccttcggatc tctatggcta tatgggnctt
      841 agcgacctca cnaatggcta tttagancaa cctggaatca tccggtcgcg gctcccgaac
      901 atcgatttgc agtgggagac gaaccacaac ctcaatctgg gtctcgatct gggcctctgg
      961 aatcgcatca atgtgacgct ggaatattat gtccgtacga cgaagaatct actcatggat
     1021 cgcccgattt cgatgactac gggattttcg agctacctga tgaacatcgg agaggtgaan
     1081 aatcaaggcg tggagttgga aatnggttcg acgaacgtgc agacgaanga cttgacctgg
     1141 acnacgaatt tcaacatctc gcacaaccgc aacgaaattg tcaaactcga cggattacag
     1201 actgagatca tcggcggata tcaaattcac caggtcggaa agccttaccg caccttttat
     1261 atgatngaat ttgctggcat taaccctgaa acgggtgcgc cacagttcta nacgaacgan
     1321 cgggatgcta acggcaacta taagaaggat attaccgaag atgtaagcaa ggcaaacgct
     1381 gcggtgctcg ataaatacgc tgatccggcc gtgataggcg gtctgagcaa ctcgattcgt
     1441 tacaaatggt tcgacctgag ctgcatgttc tcctatcagt ttggcggata ngcctacgac
     1501 gtatgggcgc agaagacnga acacggcgga aacgacatgc gggctaacgt gccgacctat
     1561 tatcgaaaca gttggcggaa gccgggcgac gcgaccagct atgagctttt ctatgagaac
     1621 cccgcggtag ccatgaacaa gatttcgact tccagacgcc tgcacagcac agacttcatc
     1681 cgtctaaaaa cgctcacctt aggcttcacg ctacccaaga gctgggtgaa ggctgcgcat
     1741 ctcgaaaatg tacgtcttta tgcttctgcc aacaacctct ggacgtgggc cgcatacgat
     1801 tattatgatc ccgaagccac cgaaagcggt tcggcaacgt ggggaactcc tccgctcaaa
     1861 accgtcatct ttggcgtaaa catgaacttc taatccctca agaaagatcg aatcatgaac
     1921 tatttgaaat accttaccct catccttgct gcatctctaa tcacttcgtg cggcaacgat
     1981 tggctcgacg tggagccctc gacatccata cagaccgaaa gcggcgtcaa gtcgctgaag
     2041 gaagtggagt tttctctcaa cggcatttac agcacgatgc aaagtgccga tgcttattcc
     2101 ggccgactcg tttattacgc tgacgtgacg ggcgacgaca tgcaggccgt cagctcgacc
     2161 aagcgaacgg ccaattacta tcgctttaac ttcacgaaag acaacggtcc gtccagtcat
     2221 tgggcttacc tctacaacat cattcagaat tgcaacgtag tgttagccag cctcgatcgt
     2281 atcaccgcaa acgacgctga gaaggcttat cgcaacgatt tgcgaggtca ggcgctcgcc
     2341 atccgtggca tggctctctt tgacctgacc cggatattcg gataccccta tacgaaagac
     2401 ggtggggcct cgatgggtgt ccccatcatc gaaacggttt ccggaacgga gaataagccc
     2461 tcccgcagct ccgtggccga atgctacacg cacatcatag ccgacctgaa gtccgcctcg
     2521 gaactcctcg gggagaagtt caacaagggg aagttcaata agtgggccgc cctgacgttg
     2581 ctgagccgcg tgtacctcta taaaggcgaa aatgaggagg ccctgaaagc cgccaagtcc
     2641 gctatttcgg gcgcggagaa gaatgggtat gccctctggt ccaataagtc ttatccgacg
     2701 gcttggggag cagacgcgtc gtccgcagat caaggcgaag tactgttcga gatcgtcaat
     2761 ctcaccaccg actcgcccgg caaggagagc atgggttacc tgaactccaa agacggatac
     2821 gacgacatgt gcatcactgc ctcgttctat cgtttgctca aggagaaccc ccgcgatgta
     2881 cgtctgaagc tcctgagctt cgacggcaag cagtacgcgt atgtcaataa gtatcagccg
     2941 caaccgggag agaatatcgc
//
LOCUS       SEQF2637|AYYD01001191.1 1145 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1145
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(210..653)
                     /locus_tag="SEQF2637_01879"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSTFKILFYINRQKTKADGKTAIFCRVTIDGRSTAITTGEECL
                     PAEWNSRQGTAGEKKINQRLAAFKELVEKTYAEMLTKDGIVSAELLKNRLQGTVAAPT
                     TLLAMSEAELQSVKACVGKSKAESTYQNLIYSDKLLRAFMKENGG"
     CDS             complement(666..1142)
                     /gene="xerC_12"
                     /locus_tag="SEQF2637_01880"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFACYTGAAYCDLMALNRGHLVCDDEGALWLKXNXQKTGVLC
                     RVKLLPEALRLMNRLSDEGRNTLLPHINYLTYQSHLKVLRLRAGIALPFTSHTARHTF
                     ATLVTLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 tgcaagaagc gaatcttcct ttcctctttt tcataggtga catcttcaaa aggatggcag
       61 cggatgactt tcaagtctac cgcacgatac atcaatcgac tcaatcggca gaggtgcttg
      121 ttcatggtcg atgccgccaa accgcgtttt ttgagaaaga agcggaagtc ctcaaacaga
      181 tcttccgtaa tgcctacgag ggggatgtct caccctccgt tttccttcat gaacgcccga
      241 agcagcttgt ccgaatagat caggttttgg taggtgcttt cagctttcga cttgcctacg
      301 catgccttca cagattgcag ttctgcctcg ctcatggcca aaagggtggt tggtgcggca
      361 acggtgccct gcaagcggtt cttgaggagt tctgcactga ctatgccgtc cttcgtgagc
      421 atttccgcgt aagtcttttc cacaagctcc ttgaacgctg cgaggcgttg gttgattttc
      481 ttttcgccgg ctgtcccctg tctgctgttc cattcggccg gcagacattc ctcacctgtg
      541 gtaatagctg tgctcctacc atcgatagtg acgcggcaaa agatggctgt cttgccgtct
      601 gcttttgtct tctgcctgtt gatgtagaac aggatcttga atgtacttct catgttggtc
      661 tgtggttaaa tggttaggtg caaatcttcg gtgaaggcga ttaagcgatc gaactcctcg
      721 aataacttct gcggtgtcac cttcgcatat cgctcggtca tgcgcactgt gctatgtcca
      781 agcatcttgc tgacggtctc gatgggtacg ccctgctcca aggtgacgag cgtagcgaag
      841 gtgtgtcggg cggtgtgcga agtgaagggt agcgcgatac cggcccgcag cctgagaacc
      901 ttcagatgcg attgataggt caggtaattg atgtgaggaa gcaacgtgtt ccttccttca
      961 tcggacagtc tgttcatcaa tcgaagcgct tcgggcaaga gctttacacg gcagagaacg
     1021 cctgttttct gtcngttnaa cttcagccaa agggcgccct cgtcgtcgca gacaagatgc
     1081 ccacggttca gtgccattag atcgcaatag gcggcgccgg tgtaacaggc gaaaagaaac
     1141 acatc
//
LOCUS       SEQF2637|AYYD01001192.1 1259 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1259
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1..498
                     /locus_tag="SEQF2637_01881"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDACPIILAILSIGMPALSDRVPNVWRAIWKEIRCLTPQALPTV
                     LSLLFITLRLQLRGKTRSSPSSFTVCSSWHLLRISSAIGCSGTTDSTFVFCRSLRIYL
                     RPSTAVWICENFNLSISAMASPVKQEKRNICRACSASLSFTFSATSLATSLFCKKRIF
                     LSSFS"
     CDS             complement(1128..1247)
                     /locus_tag="SEQF2637_01882"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLTI"
ORIGIN      
        1 atggatgcat gtcccatcat cttggcaata ctctctatcg gtatgccagc actgagcgac
       61 agggttccga acgtgtggcg cgccatatgg aaagagattc gttgcctgac gccacaggct
      121 ttacccacgg tgctcagttt gttattcatc acactacggc tgcaactgcg tggaaagaca
      181 aggtcgtcgc cttcttcttt caccgtttgt tcctcttggc atctgctaag gatctcctcc
      241 gcgatcggat gtagcggcac gacagactcc actttcgtct tctgccgttc cttacggata
      301 tacctccggc catcgaccgc cgtttggata tgcgagaact tcaatctctc catatccgca
      361 atggccagtc cggtgaagca ggagaagaga aacatctgtc gggcctgttc ggcttccctg
      421 tcgtttactt tcagcgccac gagcttggcc acatcgctct tttgcaagaa gcgaatcttc
      481 ctttcctctt tttcataggt gacatcttca aaaggatggc agcggatgac tttcaagtct
      541 accgcgcgat acatcaatcg actcaatcgg cagaggtgct tgttcatggt cgatgtcgcc
      601 agtccacgct tttttaggaa gaagcggaag ttctcaaaca gatcttccgt aatgcctgcg
      661 agggggatgt ctcgccctcc gttttccttc acgaacgccc gaagcagctt gtccgaatag
      721 atcaggtttt ggtaggtgct ttcagccttt gacttgccca cgcatgtctt cacggattgc
      781 agttccgcct cgctcatggc caaaagggtg gttggagttg ccgcgacacc ctgcaagcgg
      841 ttcttgagca gttctgcact gaccacgccg tccttcgtaa gcatttccgc gtaggccttt
      901 tccacaagct ctctaaacgc tgcgaggcgt tggttgattt tcttttcgcc ggttataccc
      961 tgtttgctgt tccattcatc tggaagacat tcctcgccgg ttgtcatgac cgtactttta
     1021 ccatcgatgg tgacgcggca aaagatggcc gtcttgccgt ctgtcttcgt cttctgtctg
     1081 ttgatgtaga acaggatctt gaatgtactt ctcatgttgg tctgtggtta aatggttagg
     1141 tgcaaatctt cggtgaaggc gatcaagcga tcaaattcct cgaataactt ctgcggtgtc
     1201 accttcgcat atcgctcggt catgcgcacc gtgctatgtc caagcatctt gctgacggt
//
LOCUS       SEQF2637|AYYD01001193.1 1362 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1362
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(243..641)
                     /locus_tag="SEQF2637_01883"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYIFCEGKLGRLLALHNLCGETPKEIHEE
                     MKLINDYNSRCKNKFLRIEIGIAPKDEPLMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLSMSSEIFLSVTCA"
     CDS             complement(625..1029)
                     /locus_tag="SEQF2637_01884"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHPQKEDKKPNKTAFIKVRCTAEEKERIRSRAANAGRKYSDY
                     CREMLLGGSVTAVPPMGDNEREALAILRQTALFYGHISNLIKVKDTSWVDTTKALATY
                     AKIAFKRFFSSRYRVPEEVFKRLNIEDHDRQV"
ORIGIN      
        1 ttctgcggtg tcaccttcgc atatcgctcg gtcatgcgca ccgtgctatg tccaagcatc
       61 ttgctgacgg tctcgatggg cactccctgt tccaaggtga tgagcgtagc aaaggtgtgt
      121 cgggcggtgt gcgtggtgaa gggcagcacg ataccggccc gcagtcggag ggctttcagg
      181 tgggattgat aggtcttgta attgatgtga ggaagcaatg tgtccattac aagcacgcag
      241 atctatgcgc aggtgacgga caaaaagatc tcggaagaca tggacaagct gatccgattg
      301 gcgatgatat ggatgtgtag attgtcggtg tctttgtgcg tgacggccac ccactggtga
      361 tcgtccagcc ccatctgttt ggcaaagagc aaggcgaggc ggttcagagt tttgaacgtc
      421 atcagtggct cgtctttcgg ggcgatgccg atctcgatgc gcaggaactt gtttttgcaa
      481 cggctgttgt agtcgttgat cagcttcatc tcctcgtgaa tctccttcgg cgtttcgccg
      541 cacagattgt ggagagcgag aagccggccg agctttccct cgcaaaaaat gtactccagc
      601 gcattgcctc cgtgtgcgat ggccttacac ttggcgatca tgatcttcga tatttaggcg
      661 cttaaatacc tcctctggga cccgatagcg ggagctgaag aatcgcttaa aagcgatctt
      721 ggcgtaggtg gcaagtgcct ttgtggtgtc cacccaagag gtgtccttaa ccttgatcaa
      781 attagaaatg tgcccgtaga acagtgccgt ctgacgaagg atggcgaggg cctccctctc
      841 gttatcgccc atcggaggga cggcggtgac ggatccaccg agcaacatct cgcgacagta
      901 gtcggagtac ttccgccctg cgttcgcggc cctcgaacgg attcgctcct tctcttctgc
      961 cgtgcatcgg accttgataa aggcggtttt gttcggcttc ttgtcttcct tttgggggtg
     1021 tcttttcatg tggataggtc ttttctgtgg tgcttatact atggttgggg ccgatgagaa
     1081 cggatgtgat tacggctctc tcctccgtcc gctaaggccg ggggagcaag tgcagtttgt
     1141 gggaacaaac tgacgtcttg cattaccgtc gtcacgctcc ggtacatacc tagaatgttt
     1201 cttacaatca gtgcatgcca tgcattcagg cggttgctgc ttgcttgacg tgcatattat
     1261 tcgtggactc tttgatggat ctgtatgctc ggattatagc ttccgccatt cctcgatctc
     1321 ctcggcgtag tcctccaaat gggcgcgcac gatgcgctcc ac
//
LOCUS       SEQF2637|AYYD01001194.1  638 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..638
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ttctgcggtg tcaccttcgc atatcgctcg gtcatgcgca ccgtgctatg tccaagcatc
       61 ttgctgacgg tctcgatggg cactccctgt tccaaggtga tgagcgtagc aaaggtgtgt
      121 cgggcggtgt gcgtggtgaa gggcagcacg ataccggccc gcagtcggag ggctttcagg
      181 tgggattgat aggtcttgta attgatgtga ggaagcaatg tgtccctcga ttcgtcatgc
      241 agtttgttca ttaatcggat cgcctctggc aacagtttta cacggcaaag gacacccgtc
      301 ttctgcctgc tgaacttcag ccaaagggcg ccctcatcgt cgcggacaag atgctcaggg
      361 cgcagcacca tcagatcgca ataggcggcg ccagtgtaac aggcgaaaag aaacacatcg
      421 cgggaggtct ccatatcccc ctccaaactg tcaaaacaga gcgccttcaa cttgtctaac
      481 gcagccttgt caagcgcttt cggcgttttc ttgtcccctc gctctacgcg taccttatta
      541 aacagtaaga catctgtcag cccttcgcgg taagccagtc tgcataccgt tttcagcagg
      601 gaggccgttc cgaagaangt gctttcttga agaccgca
//
LOCUS       SEQF2637|AYYD01001195.1  851 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..851
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcctcgaata acttctgcgg tgtcaccttc gcatatcgct cggtcatgcg caccgtgcta
       61 tgtccaagca tcttgctgac ggtctcgatg ggcacgccct gttccaaggt gatgagcgta
      121 gcaaaggtat gtcgggcggt gtgcgaggtg atgggtagcg cgataccggc ccgcagcctg
      181 agaaccttca ggtgcgattg ataggtcagg taatcgatgt gaggaagtaa cgtgttcctt
      241 ctctcatcag acagtcggtt catcaatcga agcacctcgg gcaacagctt tacacggcag
      301 aggacacctg ttttctgtcg gttgaatttc agccaaagga cgccctcgtc gtcgcgaatg
      361 agatgctcag ggttcagcgc catcaaatcg caataggcgg cgccggtgta acaggcgaaa
      421 agaaacacat cgcgcgctgt ctccaagtca atctcccagc cgtcaaaaca gagcgccttt
      481 aacttgtcca acgcttccct atcgagcgct ttgggcagtc tactatctcc cttgtctaca
      541 tgcacattgt cgaataacaa ggagtccgcc gctccttcgc gataagccag tttgcagacc
      601 ttcttgataa ggacgatcat gttatagcaa gtgctctgtt tcagaccaac ttctccggtc
      661 acaaattgct cgaattgttt gatgaagttt tccgtgagct gcgaaaaggt taagtcggaa
      721 gcgttatgct tcgcccgaat gagctgttgc aatcgcgctc tcgtttgacg atacaagacc
      781 aaagactctc ttttgatgtc tatcccgacg tgctcctcca tatcctcgat caggccgtca
      841 aaccgctcca a
//
LOCUS       SEQF2637|AYYD01001196.1 5060 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5060
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             341..559
                     /locus_tag="SEQF2637_01885"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSEDIFTLGLGLTPPWEISKVEFVQESDKSKTLHIYIDFWKGG
                     EFVNDAGQKQKAYDTEDKDVALPQLFPA"
     CDS             510..677
                     /locus_tag="SEQF2637_01886"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRKTKTWRYLNFFQHEFYLHYRVPRIIMSNGKYKMMEVPWARP
                     KSGFTLLLRHI"
     CDS             993..2153
                     /locus_tag="SEQF2637_01887"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METENYETQYRHFMDQCYSWGDVYERELTDIGIDAFLLPTNVDP
                     LIRQWALENNIEGTLQDIVLLQLKEFTPDIIYIDDTSFFAPYRIGDLRKEIPRLKLII
                     GGCCSPYNTYTLQVYRQCDFVICCCKQLSEELRKMDIRTYVVMHGFDSSILSKINDNP
                     NRDIDVLFTGSIMSGRGFHRGRSELINAILRSGINIHVYGNITADKFLTTTLKQIAYF
                     FLLCIKKINTFSLPESISRRIGGKAFPQYLRIPYLIRKNAKPPVFGLEMLGLLKRSKI
                     CLNAHGDIAVDGAANMRLFEATGMGCCLVTDWKIDMCKLFDDGAEVITYQDAEDCINK
                     LKWLLDHPDRIRDIAEAGQRRCLRDYTILERSREIYEILKKELIQRFPEASF"
     CDS             2322..2573
                     /locus_tag="SEQF2637_01888"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTKYNFKIPSKSFDKLYQRTSVVTIGKELFLRSGNQLTSCFIS
                     GILSLEGMDIFRMDRRCHRMFYCIYIYNDMFFLSFEKLF"
     CDS             2901..3131
                     /locus_tag="SEQF2637_01889"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEVRKLQRNVIGRTDYARVTSILMLILDFSPDLVAQGLGIDVA
                     TVYRYKNLYVRGKTDSLLEDQGYWGRLETWAD"
     CDS             3521..3793
                     /locus_tag="SEQF2637_01890"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTCSSVNADSTIGLYKAALKKYLEAESIYILTDNARYYYYLSKK
                     LRKWLEGTKIKQVFLPPYSPKLNLIGAAVEVLPKGDHQHEVLSDKT"
     CDS             3790..3903
                     /locus_tag="SEQF2637_01891"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFETQCSNSLTTLHLIGRESLLTLNFRVLNSQSIFD"
ORIGIN      
        1 gagggcgtaa cgtgttctaa ctcctctcca aagagctgtt tgtagagctc acgaatactg
       61 gcttcgtgtg ccagtgcata atcttgcatg gtgtaccaag agtcatgttt agagatactg
      121 gcacagaatg cgatcagaag caagaggggc aagggataac gtttattctt gttgttacgg
      181 cggtcatcaa tcagggtgag actccggata aggctgggcg gttccattat tgtcatgtat
      241 agtttgatgg gacgaagcta aacggaatcc cggacctcga aaagattatg cgccagccct
      301 gatcccgtat cagaaaaaga aaacggttta gattagcagt atgagaagtg aagatatatt
      361 cacattaggc ttaggcctta ctcctccttg ggagattagc aaagtggagt ttgtgcaaga
      421 atcggacaag agcaagacgc tccatattta tatcgatttc tggaaaggcg gagagtttgt
      481 caatgacgcc ggtcagaagc aaaaggccta tgacacggaa gacaaagacg tggcgctacc
      541 tcaacttttt ccagcatgag ttctatctcc attaccgtgt gccacgcatt ataatgtcca
      601 atggcaaata caaaatgatg gaagttccgt gggcccgccc caagagcgga ttcacactgc
      661 ttttgaggca tatatgatgc tcgtggaggg cgagatggat gcctgtggca gcggtgtcaa
      721 agacagtgaa ggagacagct ccgcgtattt ggcgcatctt ccgccatcgc attggtgagt
      781 aaatcacgag cagcgattga cctatttgca gttcgtcgga ttggtgtgga cgaaacatca
      841 atccgtaatg gacacaaata catcacacaa catgagattc atgggcattt atactttttg
      901 cagggaaaga ctttttcaca atgcttagat atatcaagat agcatcattt tacaagcagg
      961 ctatagatgc gtactatcga acatttccag atatggagac tgagaattac gagactcaat
     1021 atcgacattt tatggatcaa tgttactcat ggggggatgt ttacgagagg gagttaacag
     1081 atatcggcat tgatgcattt ttgcttccga caaatgtaga tcctctaata agacaatggg
     1141 cacttgaaaa taatattgag gggacacttc aagatattgt tcttttgcag ctaaaagaat
     1201 ttactccgga cattatttat atagatgata cctcgttttt tgcaccttat cgtattggcg
     1261 atctgaggaa agagatccca agactaaaat tgattattgg tggatgttgc agcccgtata
     1321 atacctacac tttgcaggtg tatcgccaat gcgattttgt tatttgttgc tgcaagcaac
     1381 tgtcagagga gttgagaaag atggatattc gaacttatgt ggtgatgcat ggatttgaca
     1441 gttcgatatt atcgaaaatt aacgataacc ccaacaggga tattgatgtt ttatttactg
     1501 gttcgataat gtcgggaagg ggttttcatc ggggcagaag tgagttaatt aacgcaatat
     1561 tgcgatctgg gattaatatc catgtgtatg ggaatataac tgctgacaaa tttcttacaa
     1621 cgacactcaa gcagattgct tatttttttt tattatgtat taaaaaaata aacacattca
     1681 gcctgcctga gtctattagc aggagaattg ggggaaaggc gtttccacaa tatcttcgaa
     1741 taccttatct tataagaaaa aacgcgaagc ctcctgtatt tggactggaa atgcttggac
     1801 ttttgaaaag atctaagata tgtcttaatg cccatggtga tattgctgta gatggtgcag
     1861 caaatatgag gctgtttgaa gctacaggca tggggtgctg tttggttaca gactggaaga
     1921 tagatatgtg taaattgttt gatgatgggg ctgaggtaat tacatatcag gatgcagaag
     1981 actgtattaa caaattgaag tggttattag atcatcccga tagaattaga gacattgcgg
     2041 aggcgggtca aaggaggtgc ctaagagatt atacgatttt ggaacgatct agggaaatat
     2101 atgagattct aaaaaaagag ttgattcagc gatttcctga agccagtttt taactgtcat
     2161 ttttttaaga atgatgtggc agaaagagag atctaacctg gcttctgcag attcacggtc
     2221 tcattcgtaa tcgatggtca ttctcctgta gttttctacc aagagaatgc cctttctacg
     2281 attcatctga ggagaggtcc cacaaactta ctagcagatt cttggggacg aagtacaact
     2341 tcaaaatccc atccaagtcc tttgacaaac tctaccaacg gacctcggta gtcaccatcg
     2401 gtaaagagct ttttttaagg tcgggaaatc agcttacaag ttgttttata agcggtattt
     2461 tgtctttaga aggcatggat attttccgga tggatcgccg ttgccatagg atgttctact
     2521 gtatctacat ctacaacgat atgttctttc tttcctttga gaagctgttt tgaatttatt
     2581 ggatgattgt tttatggaac aattcgggcg gagatcttat ctcttttcta tttcgggtct
     2641 atcgaggcct atttctgccc tttgttctat cattaatcct cacataactt cccatgttcg
     2701 tcaaatggtg aaataaaatc atcagaaata ttctcccgat aatctccgaa ataaattcat
     2761 aacagcttct gatcttctta gctccatcac ccccaccttc cttactgttt atagccaaat
     2821 ggaaaaggat tgcgaaccga aattgtaaaa acagaaatat ctttatggcg gatatttcat
     2881 tcaaatgacc ggaacaagaa atggaagaag tgcgcaaact tcagcgtaac gttatcggtc
     2941 gtacagacta tgctcgggtt acgagcatat tgatgcttat cttggacttt agccccgatt
     3001 tggttgccca aggtttgggc atagacgtcg ctaccgtcta tcggtacaag aatctttacg
     3061 tccgaggaaa aacggacagt cttttggaag atcagggtta ttggggacgt cttgagacgt
     3121 gggcagatta gcctagagtt ggagcgacat ctttataccg atgccaagag cgtgcccgaa
     3181 tgagtaaagg ataccttcgg aatagcatat acgccagccg aaatggtgga tcttttgaat
     3241 ccaaatcggc tttacttaca agaagactac ggaggttcct tgtgaggcgt atgcagagga
     3301 gcaaaggact tcgttcaaat gataaaggag cgctttagag ctaagaaaga gagcgatatc
     3361 tactattacg ctgatggcgg acactcgact cacaacacac gtccacttat gcatggatca
     3421 agaagggcaa acgtttggag tagcccactg tgggcggtcg ggacccaagt caacattaac
     3481 aggctactta atgcacatga tgtgacagac gtcatagccc atgacgtgtt cgagtgtcaa
     3541 tgccgattcc accatcggcc tttacaaggc agctttgaag aagtaccttg aggctgaaag
     3601 catctacatt ctcacagata atgcacgcta ttactattac ctgagtaaaa agctccgaaa
     3661 gtggctggaa ggcacgaaaa tcaagcaggt cttcctaccg ccctattctc cgaaattaaa
     3721 cctgatcgga gcggctgtgg aagttcttcc gaaaggagat catcaacacg aagttctatc
     3781 ggacaaaaca tgaatttcga gacgcagtgc tcaaattctt taacaacatt gcatcttatt
     3841 ggacgcgagt cgcttttaac tctgaacttc cgcgtgctca attcgcaatc tatttttgat
     3901 tgacgataca tggtaagagc ttcgtgcgct tctccaagtc tattatacca agactcagag
     3961 attttttcca taggattttc ggactgacga tacatcagct cttcaaagac accttcttgt
     4021 ttccattttc taaaaataga agcgaactgt ttgccatgga gcgaaatctc tggggggcat
     4081 ttgccattgg tacctcgttt ttgttatgca caatagggca ttcacaatcc ctcggagagg
     4141 ttttttcggc gcctttcccg gagggtcaaa tagatctttc ttactttcct actgtttatc
     4201 ggtcaggttg gatattctct tgtcactttt tatgttgtca accataaagt tatgggggac
     4261 tttatgattg gataatcaat aggctctatc ttttttactc tttttacttc tcattaatga
     4321 aaaataccct caatacttca tccaataaac tcagaatagt ctcttaaaat tagacgagaa
     4381 tatatatata gagagagact tttcataaag cgagcagatt tgctagctgt ttagatgtcc
     4441 tcgttaatct ttatgttgtt tttagaagtg tgtcgatttc tctcagagtc tagggaggct
     4501 taggtcaata gaccggtggt aatgcctata tccagacatt gggcgacatg ctttactagt
     4561 ctgttaccct acaagatgag gctcaatacg cacgtaagcc gagtatagtt cgcattgtct
     4621 attgatgtcg tatcgcattt atacagcatc tctacttcta tttcttctgg taaaataatg
     4681 agcatatcag ctgtaaagat agcttttttt gttttttttc tgttcgcggg gcctgttttt
     4741 tattgtaata ttaatatgaa actcttgcaa gttgtcggta gaaaattatg tagaccagtt
     4801 atttggggag atatttctac gagaccgatt tcagatgatt ttggattgtc tcgtggaact
     4861 cctattgatc ggtattatat agagtcattt ctgcaagaaa acagcacaga tataagaggt
     4921 actgtcctcg agatagcgga gagcacctat acgaaacgat tcgatcataa cgtaacctca
     4981 ttcgaggtgt tacatgttga cgcgtcgaat cgtttcgtat aggtgctctc cgctatctcg
     5041 aggacagtac ctcttatatc
//
LOCUS       SEQF2637|AYYD01001197.113620 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..13620
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(956..3274)
                     /locus_tag="SEQF2637_01892"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRFYFLLVGIVGAMVAAHAQQLTGRVVDSQNQPIEFANVALYA
                     LPDSSLVTGTITDARGAFALEGGGARRTFLKVSFVGYETRTIDAPQSGVTVTLQAEAA
                     QLGEVTVTASRPAIRLKNDALVASVQGSVLSRAGTANDVLRRLPSLTSDNKGVFSVFG
                     KGEAKIYINRREVRDLSELDQLNSADIRDVEIVRNPGARYDASVKAVIRINTVRRAGD
                     GFGFDARSSWYEGETTDLREQVNVNWRRNGWDVFGTALYGRGAYLIDSRIAQQTRLDT
                     LWQQENTLYATGVDRWVRITAGTNWEISPAHYVGLRYTLSPTLRDDINHTTFNSMVHA
                     DSAFYDEWHSDNARRTTNHPAHRLNAYYNGTVGRLGIDFNVDFYTSGSTSRSHTEETS
                     RMQEDRVVNSENRVQNRLVASKLILSYPVLGGEFSVGGEYVRTHRTDTYCNPERIVPS
                     SDMTADEWNSSLFAEYARETPIGQFGVGLRYEHVRSDYLSDGRPLAGQNRSYNQWFPN
                     VSLSTQVKGVSLQLAYTAKTQRPTYRQLSSNVYYANRLSLQTGNPLLKPTVTHDVSLT
                     ASWRIVQLMASYRQERDAVIDWTERSPSDPKVSLITYRNLDRLPALTVFATVTPIFGP
                     WTPQLSAGLIKQWAEVEIDGRPVRCDKPLFRASLNNSLRLPAGLLLTLDARYRSTGDE
                     RNLYLKDATLVVNLGLTRSFFGDRLSVTLRGWDVFRGEQGGYTILAPRMVYEQYDRYD
                     SREFEVTLRYKFNAAKSKYKGTGAGNRELERL"
     CDS             4053..4988
                     /locus_tag="SEQF2637_01893"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATRKCSFCGKSFVTRSGMQRYCSEACQAEAKRARVMQKNNLF
                     KVAQPLMEIQHQEYLTFSKAAILMGCSRQYIYKLVAIGKLKASRISNRMAFIRRADIE
                     QMLEGNPYHRILPGNTSTPRKSSSSSLPAKREKREKESEEVLDFYSGEEVMSLFKVKQ
                     SWLYTSAKRNHIPICRIAGKNYYSKKHIDEFFGVAVDISEITDWLLTEEVEELFGMKP
                     TALRAYTYRHKIPTKREYGRTYYSKSHLNELRRTDLVNDERYYTVEQVQQIYGLSSAN
                     ICHIVKVKHIEKIKVGVKNLLLRSDVERVMAERNK"
     CDS             5130..6248
                     /gene="xerD_7"
                     /locus_tag="SEQF2637_01894"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31206"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MSKCKTVTLRKRKIKNGTQYSLCLDYYPGYRDNVTMRVITREAL
                     GIYIFAKPANQQERDFNARMMKKAVILRNQRYEAIFNENNGFFDKTKMKGDFLAYFKG
                     LADRKNIKWQHVYKHFQRFVNGKCTFEEVDVDLCRKFMEYLLDAPQSIHTNQKLHINS
                     AAGYWSTFRAVLHTAYRDRKIKENPNGFLDRIECIPTIREHLSQEELIRLAETPCEEE
                     VLKKAFLFACLTGLRKSDIRQLTWQQIQPYTNGRMFVTTRMQKTKEIVHNPISDEAYG
                     LLGERGEGLIFEDFKDKMLQGPLQRWLTAAGITKKITFHCTRHSFGSLHVEMGTDMAV
                     IQAYLGHKNITTTQIYSKIAAQQMCQVVDKITLKRKEA"
     CDS             6496..7353
                     /locus_tag="SEQF2637_01895"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESSIKDKYIILGFVGFAIVLISSIATLVIADSFNQDNFVRWIV
                     FVCCNLLGWLLYLSFQTLIFDTYEIYKIKFGKKETIAEAIEVQEELSQNTLEEATSVP
                     GPTSVPEPVPESSPTKEETLIQTQPIELTIAPDLHEKNRANYASREQREKEERIRMVM
                     EYCHYYLPRIADQETVNHICTEVDKWMNLNTYTPKPIQRPFTKDINNIPLRHFVWNIS
                     ERFLYKRYYNGDNRAKFIKALFPKSFADTDLSTIKNFKVEPLKTEIPIDEPENGKLDF
                     HYPEDYVRN"
     CDS             7553..7927
                     /locus_tag="SEQF2637_01896"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKSILTFNDLPEVVAQLRDEVMSLKSLLAEQRSVNNAKTVDTH
                     VPMSVDEAAEYLGIPKGTLYMKLSEGTIPATKPGKRYCLYRDELDKWLETARKNPIPL
                     SDEELNKSLSSSHRRKPNPRNW"
     CDS             7933..8253
                     /locus_tag="SEQF2637_01897"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEDKNYINLIRGDLTKASQAHNGMPDSVGMMNIKTANQTILEA
                     SLLPTPRALWDSFWYEGELSCLFADSNVGKSILAGRPTARFSSLTILPTCVAPWRKAM
                     PQDG"
     CDS             8223..8819
                     /locus_tag="SEQF2637_01898"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKGDAAGRLMIQLNNLKKRYALSILVLAHTPKRSLDCPITSND
                     LAGSKRLYNFFDSVFTIGKSAQDGGLRYVKQLKVRYGTFSHDADNVIVYEIDKVDAFL
                     QFVFRGYSTEKEHLKKLGDNESSQRDCQILQLSQSGKSVREIASQVNCGKSTVNRIIQ
                     RSKESKNAGVPSVPLSQPLECGTMGQDGTADNQPSKTD"
     CDS             8823..9938
                     /locus_tag="SEQF2637_01899"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGNYSLQKYKGTATRHTCPKCGDRHSFVYYVDENNVPLHPSVGR
                     CNHESGCGYHYTPKEYFQEHPEHRTTNDFSFDRQRAEQKKVKQQSKPTAIGYIPPHYV
                     EKSQSERSNFFRFLFTLLTSYYGDKAKEVLKRLLEEYRLGATRDGSVIFWQIDRTGKV
                     RTGKVMQYNPEDGHRIKGGQTSAVNWIHSILKKQRVLAEDWQLSQCLFGEHLLKTHPD
                     KVVVLVESEKSAVIGSAIFPDYVWLATGGKSQMREEKLRVLSGRTVLLFPDADAYAEW
                     KQRAESMYFCKVVVSDIIERNATPKQKEAHIDIADWIIFQIREGKVMSTANHLVEAER
                     ILQRMIEKNPVLQKLIDDLDLVLVGASPIGNDDEKPP"
     CDS             10138..11625
                     /locus_tag="SEQF2637_01900"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGCTPKNPMRLRTAEKQTIKYKPKKQVSMATKSSIHIKPCNIAS
                     SEAHNRRTAEYMRHIGESRTYVVPELSTDNEQWINPDFGSPDLRMHYDNIRQMVKEKT
                     GRAMQEKERERKGKNGKIVKIAGCSPIREGVLLVRSDTTLADVRKFGEECQRRWGITP
                     LQIFLHKDEGHWLNGQPEAEDRESFKVGDRWFKPNYHAHIVFDWMNHETGKSRKLNDD
                     DMMQMQTLASDILLMERGQSKAVTGKEHLERNDFIIEKQKAELQRMDAAKRHKEEQIN
                     LAEQELKQVKSEIRTDKLKKTATTAATAITSGVASLFGSGKLKELERANEKLQDEVSK
                     RNTNIEKLQSQVQQMQKQHDTQIHNLREMHRQELDMKEKELSRLARIIDKAFRWFPMF
                     REMLRMEKFCAMLGFSKEMTESLIVKKEALKCSGKIYSEQHRRNFDIKDDILRVENDP
                     DDESRLNLTINRKPIADWFREQWHRLRYGARVPQQEERKSRGFKL"
     CDS             complement(11718..12683)
                     /gene="per1"
                     /locus_tag="SEQF2637_01901"
                     /EC_number="3.5.2.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37321"
                     /codon_start=1
                     /transl_table=11
                     /product="Extended-spectrum beta-lactamase PER-1"
                     /translation="MEKNRKKQIVVLSIALVCIFILVFSLFHKSATKDSANPPLTNVL
                     TDSISQIVSACPGEIGVAVIVNNRDTVKVNNKSVYPMMSVFKVHQALALCNDFDNKGI
                     SLDTLVNINRDKLDPKTWSPMLKDYSGPVISLTVRDLLRYTLTQSDNNASNLMFKDMV
                     NVAQTDSFIATLIPRSSFQIAYTEEEMSADHNKAYSNYTSPLGAAMLMNRLFTEGLID
                     DEKQSFIKNTLKECKTGVDRIAAPLLDKEGVVIAHKTGSGDVNENGVLAAHNDVAYIC
                     LPNNISYTLAVFVKDFKGNESQASQYVAHISAVVYSLLMQTSVKS"
     CDS             complement(12691..13197)
                     /gene="acrR"
                     /locus_tag="SEQF2637_01902"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACS9"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional regulator AcrR"
                     /translation="MEKVIAILRSNDTDQRVSQKQYRQARNMSEFVKLEKTMRYPKKE
                     KILTESFRLFLSRGYDAVSFTDIEKAANVTRGIIFYYFKGKEDLLRQVADAFVIQFLK
                     SDNLTEDCSSSPTPLRIFLENCIDRIRERIRFFFDEVGDGIEITAASFLSFTLCRQIK
                     IFSSNKYK"
ORIGIN      
        1 ctactggagg tgagaaactg ttccaccctt ctgtggtctt cgatacgctg taggagatct
       61 cccatcagtt tggtgtcgaa gaatttcatc ggaagtttca tcaacttgat gaagaaatca
      121 gaaatgagtg aaatattgat gcgggtggaa atgtgcagca gtatcttcga gcggataaag
      181 tctatcgctg tacgactgaa aagcagcatc atctctgcca ataaaacaag ccatacgaaa
      241 cttatgtctt tacctccgat tccggtatca acaatcgctt gtgtcaggaa cgggaaaatg
      301 agttgtagca aggaaccgag taacagtccc aaaatcagct gtacgaaaaa acgtttgtac
      361 tttctaaggt atccccaaag gaatttgaaa cgatatcttt tcgacgcttg tttggtgctg
      421 ttttgtgtat agaatttttc tgtaggttct aaaagtaaaa cgatgccttt ctcttcgcca
      481 ttggtcttcg tacttgccca acgctcacaa aattcctctt tatcatatgt gagaagacct
      541 tttcccggat ctgccacata gattgtgtaa tctccccttc tgtgctttcg gattttatat
      601 atgacaacaa agtgattttg atcccaatga gcgatacaag gaaagggctt ttctgcaata
      661 agcgaatgca atgaaaccat ccctcccaca gtcctgattc ctattttttc agcggccttg
      721 ctgataccta acaatgagac tccggatctc cctatatcac agtctcgtct taatttatcc
      781 tgatttataa tgatcccgta atgttctaca atcattaata gacatgcaga accacagtcc
      841 atactgtctc gctgagagat atgcctaaat gaggaagata ttgccattaa ttatctgtaa
      901 tgcgttttgt atttcttgcg atttgcccac gtgttaataa agcatagaat actatctata
      961 acctctcaag ctctcgattg cccgcgccgg tgcccttgta cttgctcttg gcggcgttga
     1021 acttgtatcg cagggtgacc tcgaactcgc gcgagtcgta gcggtcgtat tgctcataga
     1081 ccatgcgcgg ggcgaggatg gtgtagccgc cctgctcgcc acggaacacg tcccagccgc
     1141 gcaacgtcac gctcagacga tcgccgaaga aggagcgcgt gagcccgaga ttgacgacca
     1201 gcgtggcgtc cttcaggtag aggttgcgct cgtcgcctgt gctccggtag cgcgcatcga
     1261 gcgtcaggag cagtccggca ggcaagcgga gcgagttgtt gagcgaggcg cggaagagcg
     1321 gcttgtcgca gcgcaccggc cgaccgtcaa tctccacctc agcccactgc ttgataaggc
     1381 ccgcgctgag ttgcggcgtc cacggcccga aaatcggcgt gacggttgcg aagacggtca
     1441 atgcgggcag gcgatcgagg ttgcggtaag tgatgagaga caccttcggg tccgacgggc
     1501 tgcgctccgt ccagtcgatg acggcgtcgc gctcttgtcg gtagctggcc atcagttgca
     1561 cgatgcgcca cgaggccgta aggctcacgt cgtgcgtcac ggtcggcttc agcagcgggt
     1621 tgcccgtctg gagcgagagt cggttggcgt agtagacgtt gctgctgagc tggcgatacg
     1681 tcgggcgttg cgtcttggcc gtgtaggcca gttggaggct gactcccttc acctgcgtgc
     1741 tcaacgacac attcgggaac cattggttgt agctgcggtt ctggcccgcg aggggtcggc
     1801 cgtcgctgag gtaatcggag cggacatgct cgtagcgcaa cccgacgccg aattgcccga
     1861 taggcgtctc ccgtgcatac tccgcaaaga ggctactgtt ccattcgtcc gcggtcatat
     1921 cagacgacgg gacaatgcgc tccgggttgc agtacgtgtc cgtgcggtgc gtgcggacgt
     1981 actcgccgcc gacggagaac tcgccgccaa ggactgggta cgacaggatc agcttcgacg
     2041 ccaccagccg gttctgcacg cgattctccg agtttaccac gcggtcttcc tgcatgcgac
     2101 tcgtctcctc ggtgtgcgag cgcgacgtgc ttccgctcgt gtagaaatcg acgttgaagt
     2161 cgatccccaa gcggcccacc gtgccgttgt aatacgcatt gagacggtgt gcagggtggt
     2221 tcgtcgtacg gcgcgcattg tcgctatgcc attcgtcgta aaaggccgag tcggcgtgaa
     2281 ccatgctgtt gaaagtcgtg tggttgatgt cgtcgcgcag ggtaggcgag agcgtgtagc
     2341 gaaggccgac gtagtgcgcg ggcgagatct cccaattggt gcccgccgtg atgcgcaccc
     2401 accgatcgac gcccgtggcg tagagcgtgt tctcctgctg ccagagggta tcgaggcggg
     2461 tctgttgcgc gatgcggctg tcgatgaggt acgccccgcg gccgtagagc gcggtgccga
     2521 agacgtccca gccgttccgc cgccagttca cgttcacctg ttcgcgcagg tcggtcgtct
     2581 cgccctcgta ccagctcgat cgtgcatcga acccgaagcc gtcgcccgcg cgccgcacgg
     2641 tattgatacg gatcacggcc ttgaccgagg cgtcgtagcg cgcgccggga ttgcggacga
     2701 tctccacgtc gcggatgtcg gccgagttga gctgatccag ctccgagagg tcgcgcacct
     2761 cgcgacggtt gatgtagatc ttggcttcgc ccttgccgaa gacggagaag acgcccttgt
     2821 tgtccgacgt cagcgagggt aggcgtcgca gcacatcgtt cgccgtgccc gcccgactca
     2881 gcacggagcc ctgcaccgac gccacgagcg cgtcgttctt cagtcggatg gccggccgac
     2941 tggccgtcac cgtcacctcg cccagctgcg cggcttcggc ttgcagcgtg acggtgacgc
     3001 ccgactgcgg cgcatcgatg gttcgcgtct cgtagcccac gaaggagacc ttgaggaacg
     3061 tgcgccgcgc gccgccgccc tccaacgcga acgccccgcg ggcgtcggtg atcgtgcccg
     3121 tcacgagcga cgagtcaggc agcgcgtaga gcgccacgtt ggcaaactcg atgggttggt
     3181 tttgcgagtc caccacgcgc ccggtcaatt gctgtgcgtg ggccgcaacc atcgcgccca
     3241 cgatgccgac caataggaaa tagaatcgtc tcatgtggta atgttttttt tatttcaatc
     3301 agtcgtgtag agcgatgcac aacaaggaag tgtctttttg tattttcttg gtagaggaaa
     3361 gttgattttt gcaggtgtca tgcttattgt tgattgataa aaataaacgc actacacgag
     3421 gggagttcat aaatccaatt caggatattc cttgtcgtat ttgttcaggc tgagcaatag
     3481 ggctctttcc aaattggatt tgtctttata tatagagcat atgtcaaatt tcgccccttg
     3541 atacttattg cgaaaacgat accagccgca tcctccctga cagatgggaa atacgtagca
     3601 atctttgcaa cactcatctt caaaagggga acaatcgcat gcatatttaa acaacagagc
     3661 ctcgttgatt aatttgctct cgcaaatata gaatatgtat ttataaccat agaacaacca
     3721 aaactaatca gaaatatccg agtgtaaatc tttaattacc agcatattct aaaatttaac
     3781 acttttcggt tgccatttgt cgcttcccaa atttccacat atttttgaga cgtatttctg
     3841 acgtggagaa tttgcggggc ttgttttttg tcacaccgtg cagacagttg acaagggttt
     3901 acaaccgttt acgacaagcg acaataaccg ccccgatatg cggaaacagt cacactgtgt
     3961 agaaaagcga caatggttga cttccgttca catccgttta ccatttcaga gatataggat
     4021 tgaagaaatg aaccattaaa cgataaaacg gtatgaaagc aaccagaaaa tgcagttttt
     4081 gcggcaagtc ctttgtaacc cgaagcggta tgcaaagata ttgcagtgag gcttgtcagg
     4141 cagaagccaa acgagccaga gtgatgcaga agaacaacct cttcaaagtc gcccaaccct
     4201 tgatggagat acagcatcag gagtatctca ccttttccaa agcagccatc ctcatgggct
     4261 gttcccgaca gtacatttac aaacttgtag ccatcggcaa gctgaaagcc tcacgcatca
     4321 gcaaccgcat ggcattcatc cgcagagccg acatcgagca gatgttggag ggcaatccct
     4381 atcaccgcat cctgcccggc aacacctcca caccaaggaa atcatcttca tcttccttac
     4441 ctgccaaaag agaaaaaagg gaaaaggaaa gcgaagaagt gttggacttc tattcgggcg
     4501 aggaggtgat gtcccttttt aaggtaaagc agtcatggct ttacacttcc gccaagcgta
     4561 accatatccc catctgccgt atcgcaggaa agaactatta cagcaagaag catattgacg
     4621 agtttttcgg tgtggcagtt gatattagcg aaattaccga ctggctactg accgaggagg
     4681 tggaggaact gttcggcatg aagccgaccg cactccgtgc ctacacctat cgccataaga
     4741 tacccactaa aagagagtac gggcgtacct attactccaa atcacatttg aacgaactcc
     4801 gcagaactga ccttgtgaac gatgaacgct actataccgt tgagcaggtg cagcaaatct
     4861 atggtctttc gtcagccaac atctgccata tcgtcaaggt gaagcacatc gaaaagataa
     4921 aggtgggtgt gaaaaacctg cttttgcgct cagatgtgga gcgtgtcatg gctgaaagga
     4981 acaaataacc gtgaaaaatc gggattatcg aaaattattt caaaatgatg tatcgtggag
     5041 gtattcacgg atatttcacg ttgttccttt gccatcggaa acatggatac aactccaaaa
     5101 tgtatacaac caattaaaac ataattatta tgagtaaatg caaaacagtt accttgcgta
     5161 agcgcaagat taagaacggg acacagtatt cactatgcct tgactactat cccggctacc
     5221 gtgacaatgt caccatgaga gtgattacac gtgaagcctt aggaatttac atcttcgcca
     5281 aacctgcaaa ccagcaggaa cgggacttca acgcacgcat gatgaagaaa gcggtcatcc
     5341 tgcgcaacca gcgctacgaa gccattttca atgaaaacaa cggctttttt gacaagacca
     5401 agatgaaggg cgatttcctt gcctatttca aaggactggc tgaccgcaag aatatcaagt
     5461 ggcagcacgt atacaagcat ttccagcggt tcgtgaacgg caaatgcacc tttgaggagg
     5521 tggatgtgga tttgtgccgc aagttcatgg aatacctgct tgatgcaccc caatccatcc
     5581 acaccaacca aaagctgcac atcaactccg cagcaggcta ttggtcaact ttccgtgccg
     5641 tgctgcacac cgcctaccgt gacaggaaga taaaggagaa cccaaacggc ttcttagacc
     5701 gcatcgagtg cattcccacc atcagggagc atttgagcca agaggaactg atacggcttg
     5761 ccgaaacacc ctgtgaggag gaggtcttga aaaaagcttt tcttttcgcc tgtcttacgg
     5821 gactgagaaa gagcgacatc agacagctca cgtggcagca gatacaacca tacaccaacg
     5881 gcaggatgtt cgttaccacc cgtatgcaga aaaccaaaga aatagtgcat aaccccatca
     5941 gtgatgaagc ctatggactg ctgggagaac ggggcgaggg acttatcttt gaggatttca
     6001 aggacaagat gctgcaagga ccactccaac ggtggctcac ggcagcaggg ataaccaaga
     6061 aaatcacctt tcactgtacc cgccacagct tcggaagcct gcacgtggaa atgggaacgg
     6121 acatggctgt catccaagcc tatctcggac ataagaacat taccaccaca caaatctatt
     6181 ccaagatagc agcgcagcag atgtgtcagg tggtggacaa gataaccttg aagcgcaagg
     6241 aggcataaat gtctcacatt gacaggtatt cagaggggcg gttatggcta caaggctata
     6301 atcgcccctc tatgtttttg gcttgatgcc accatttata agcccctcag agtatgaaac
     6361 agagtatgat atgatgacat ttcgtgaaat acattgaaaa agaccgttct aaccgcaaat
     6421 aacgggcagt aattgggaaa aatagcatta actttgcaca aaataataca ggaacattca
     6481 atctctcaac gaaatatgga atcatcaatc aaggacaaat acatcatctt gggctttgtc
     6541 ggcttcgcca tcgtcctaat atcttccatt gccacgctgg taatagcgga cagcttcaac
     6601 caagacaact ttgtcaggtg gatagtattc gtatgctgta acctgttggg atggttgctc
     6661 tatctctcct ttcagacact tatctttgat acatacgaaa tctacaaaat caagttcggc
     6721 aagaaagaaa cgattgccga agccatagag gtgcaggaag aactgtcaca aaatacactt
     6781 gaagaagcca catctgtgcc tggacctaca tcagtccctg agcctgtacc cgaatcatcc
     6841 ccgacaaaag aagagacact tatccaaaca caaccgatag agcttactat cgccccggat
     6901 cttcacgaaa agaaccgtgc caattacgca agcagagagc aacgggaaaa ggaagagcgc
     6961 atccgcatgg tcatggagta ttgccattat tacctgcctc gcattgccga ccaagaaacc
     7021 gtgaaccaca tctgtactga ggtggacaaa tggatgaatc ttaacactta taccccgaag
     7081 cccatacaaa gaccgtttac caaagacatc aacaacattc cactccgtca cttcgtatgg
     7141 aatatctctg agcgtttcct gtacaagaga tactacaatg gggataaccg tgccaagttc
     7201 atcaaagccc ttttcccgaa atcgtttgct gatacagact tatcaaccat caagaatttc
     7261 aaggtagagc cgttaaagac ggaaattccc attgatgaac ccgaaaacgg caaacttgat
     7321 ttccactatc ccgaggatta tgtgcggaat taggataatc acgacaccaa cgacaaccat
     7381 ccggtaactc ataaccgcct gttttacatc gtttcccgag taattttacc cgtcatttat
     7441 ggctgggctt aattattcgg gaattatttt gcaatgacgt gtcgtggaga tattcacgga
     7501 tatatcattt cagtcctttg cgccaagtct tacaaaagag acgagtacgc gaatggaaaa
     7561 atcaattctt accttcaacg acctccccga ggttgtcgct cagcttcgag acgaagtgat
     7621 gagcctgaaa agcctgctcg ccgagcagcg cagtgtgaac aatgccaaaa cggtggacac
     7681 ccacgtgccc atgtctgtgg acgaggcagc agagtattta ggtatcccta agggtacgct
     7741 ctacatgaaa ctgtcagaag ggacaatccc tgccaccaag cccggcaaac gctattgcct
     7801 ttaccgtgac gaactggaca agtggctgga aaccgcccga aagaatccca taccgttgtc
     7861 agacgaggaa ctgaacaagt ccttatcctc ttcccaccgt cgcaagccca acccacgtaa
     7921 ctggtgaatg atatggaaga ggataagaac tatatcaacc tgatacgtgg cgacctcaca
     7981 aaagcatccc aagcgcataa cggtatgccc gacagtgtag gcatgatgaa tatcaagacg
     8041 gcaaaccaaa ccattcttga agcatcgtta ttgcctacgc cccgtgcgct gtgggacagc
     8101 ttttggtacg agggggaact ctcctgcttg tttgccgatt ccaacgtggg caagtccatc
     8161 cttgccggca gaccgactgc aagattttca tcattgacaa tcttacctac ctgtgttgcg
     8221 ccatggagaa aggcgatgcc gcaggacggc tgatgattca gctgaacaat ctcaaaaaga
     8281 gatatgcgct ctctatcctt gtcctggcac atacgcccaa acgctctttg gattgtccca
     8341 tcacatccaa cgaccttgcc ggaagcaaac ggctctacaa tttctttgac agcgtgttca
     8401 ccattggaaa aagtgcccaa gacggagggc ttcgctatgt gaagcagctt aaagtgcgct
     8461 atggcacgtt ctctcatgat gcggataatg taatcgttta cgagattgac aaggtggatg
     8521 ctttcttgca gttcgtgttc aggggctatt ccacggaaaa ggaacacttg aaaaaattgg
     8581 gcgacaatga atcaagccaa agggattgcc aaattctgca actctcccaa tcgggcaagt
     8641 ccgtcaggga gatagcctca caggtgaatt gtggcaagtc caccgtaaac cgtatcatcc
     8701 agcgcagcaa agagagtaaa aacgcaggtg tcccaagtgt cccactgtcc caacccttag
     8761 agtgtgggac aatgggacag gatgggacag ccgacaatca accatcaaaa acggactaag
     8821 ctatgggcaa ttattcatta cagaagtata aaggaacggc aacacggcat acctgcccca
     8881 aatgcggaga caggcattct ttcgtctatt acgtggacga aaataatgtg ccgttgcatc
     8941 catcggtcgg cagatgtaac cacgaaagcg gttgtgggta tcactacact ccgaaagagt
     9001 attttcaaga gcatcctgaa cacagaacta ccaatgattt ctcttttgac aggcaaagag
     9061 cagagcagaa gaaagtgaag cagcaaagta agccgacagc catcggctat attccccctc
     9121 actatgtgga gaagtcgcaa agcgagcgta gcaatttctt ccgtttcctc ttcacactcc
     9181 ttacttccta ctatggcgac aaggcgaaag aggtgttgaa gcggttgttg gaggaatacc
     9241 gtttgggggc tacccgtgac ggctctgtta tcttttggca gatagacagg acgggcaagg
     9301 tacgcacggg aaaggtgatg cagtacaatc ccgaagacgg acaccgtatc aagggaggac
     9361 agacatcggc agtgaactgg atacacagca tattgaaaaa gcagcgtgtg ttggcagagg
     9421 attggcaact atcccaatgc cttttcgggg aacacttgtt gaaaacgcat cccgacaagg
     9481 tggtggtctt ggtggaatcc gagaagagtg ccgttatcgg ttctgctatc ttccccgatt
     9541 atgtatggct ggctacgggt ggtaagagtc agatgagaga agagaaactc cgtgtactgt
     9601 cagggcgaac cgtgcttctc tttcccgatg ccgatgctta tgccgagtgg aaacagcgag
     9661 ccgagagcat gtacttttgt aaggtggtgg tttcggacat catcgaaagg aatgccaccc
     9721 cgaaacaaaa agaagcccat atcgacatag ccgattggat tatctttcag atacgggagg
     9781 gcaaggtgat gagtacagcc aaccacttgg tcgaggctga gagaatcctc cagcggatga
     9841 tagagaagaa tcccgtcctg caaaaactga tagacgattt agaccttgtg ctggtcggtg
     9901 catctccaat cggcaacgat gatgaaaaac ctccctgacg gaggagagcg gaagccgtag
     9961 gctggagttt gcagacaatg gcttgccatt gatatagccc actataacta cacgctccgc
    10021 ttacgtagtt gtgggctctc ccgaggggat tagggtttta ccctaatgac ccactcaggg
    10081 cgtttctccc ctgagaaccc agagcaaaga gtgaccctct ctttgcaatc tccgcttatg
    10141 ggttgcaccc ctaagaaccc catgcgttta cggacagcgg aaaagcaaac aataaagtac
    10201 aaacccaaaa aacaagtatc tatggcaaca aaatcaagca tacatatcaa gccctgcaat
    10261 atcgcatcga gtgaggctca caacaggagg actgccgaat acatgcgcca catcggagag
    10321 tccagaacct atgtggttcc agaactctcc accgataatg agcagtggat aaatcccgac
    10381 ttcggcagtc cggatttgcg gatgcattat gacaatatca gacagatggt aaaggaaaag
    10441 accggacgtg ccatgcagga aaaggagcgt gaacgcaaag gcaagaacgg taaaatagtc
    10501 aagattgcgg gatgctcccc catacgtgaa ggagtgctgc ttgtcaggtc ggacaccaca
    10561 ctggcagacg tgcgtaaatt cggtgaggag tgtcaaagac gctggggaat cacaccgctg
    10621 caaatcttcc tgcacaagga tgaagggcat tggctgaacg gtcagccgga agcggaagac
    10681 agggaaagct tcaaagtcgg ggacagatgg ttcaagccga actatcatgc ccatatcgtt
    10741 ttcgactgga tgaaccacga aacaggaaag agccgaaagc tcaatgacga tgacatgatg
    10801 cagatgcaga cccttgcatc cgacatcctg ctgatggaac gcgggcagtc aaaggctgtc
    10861 actggtaagg agcatctgga acggaacgac tttatcattg agaagcagaa agctgaactg
    10921 caacgcatgg atgcagccaa acggcacaaa gaagaacaga taaatcttgc cgagcaggaa
    10981 ctgaaacagg tgaaatcaga aatacgcact gacaagttaa agaagacagc caccacggca
    11041 gcgacagcca taactagtgg agttgcttct cttttcggga gtggaaaact gaaagaactg
    11101 gaacgtgcca acgaaaaact gcaagacgag gtttcaaaac ggaacaccaa tattgaaaaa
    11161 ttgcagagcc aagtacagca gatgcagaaa cagcatgata cgcaaatcca caatctcaga
    11221 gaaatgcaca ggcaggaact tgacatgaaa gaaaaagaac tgtcacggct cgccagaatc
    11281 atagacaagg ctttcaggtg gtttccgatg ttcagggaaa tgctgcgcat ggaaaagttt
    11341 tgtgccatgc tgggattctc taaagaaatg actgaaagtc ttatagtcaa aaaagaagcc
    11401 ctgaaatgta gcggtaaaat ctattccgag caacacaggc ggaactttga tataaaggat
    11461 gatattttaa gggtggaaaa tgaccctgac gatgaaagca ggctgaacct gacaataaac
    11521 aggaagccga ttgccgactg gttcagggag caatggcaca ggcttagata tggagcaaga
    11581 gtgccgcaac aggaagaaag aaaaagtaga ggattcaaat tataatagaa gcaatttgat
    11641 tagtaatcta aaagcactcc gataacgatt agagtgcttt tagattgttt atcattaatt
    11701 atcaaagcaa gtgcagttta agattttact gaagtttgca ttaataaaga atatactaca
    11761 gctgatatat gcgcaacata ttgtgacgct tgtgattcat ttcccttgaa atccttaaca
    11821 aataccgcta aggtataact gatattatta ggcagacata tataggcaac atcattgtga
    11881 gctgcaagaa caccattttc attaacatca cctgaacctg tcttatgcgc tataacaacc
    11941 ccttctttat caagaagtgg agctgctatc ctatctacac ctgttttgca ttcttttaac
    12001 gtattcttaa tgaaactttg tttctcatca tcgataagac cttcagtaaa caaacgattc
    12061 atcaacattg cagcaccaag aggagatgta tagttagagt aagccttgtt atggtcagcc
    12121 gacatttcct cttccgtata agctatctga aaacttgaac gaggaatgag tgtggctata
    12181 aaactatctg tttgagcgac attaaccata tccttaaaca taaggttgct tgcattgttg
    12241 tcactctgag taagagtata acgcagcaaa tctctcactg tcaatgatat gactggccct
    12301 gaataatctt tcagcatagg actccaagtc tttgggtcaa gtttatccct atttatattt
    12361 actaaggtat caagtgaaat tcctttattg tcaaagtcat tacaaagagc taatgcctga
    12421 tgaaccttaa acacactcat cataggataa acactcttat tattgacctt aaccgtatct
    12481 ctgttattaa caataaccgc cacaccaatt tcgccaggac aagctgagac aatttgagaa
    12541 atgctatcag tcaaaacatt tgttaaagga ggatttgcgc tatcttttgt cgctgattta
    12601 tggaacaatg aaaataccaa gatgaaaatg caaactaaag ctatactcaa aactacgatt
    12661 tgtttttttc tgtttttttc catgtttata ttatttatat ttgtttgacg agaatatctt
    12721 tatttgccga cacaacgtaa agctcaaaaa acttgctgcc gtaatttcta ttccatcccc
    12781 gacttcatca aaaaagaaac gaattctctc tctgattcga tcgatacaat tctccaaaaa
    12841 gattctcaaa ggagtcggac tacttgaaca gtcttctgtg agattatcgc tcttcaaaaa
    12901 ttgaatcacg aacgcatctg ctacctgtcg tagaagatct tccttgcctt tgaagtagta
    12961 gaagataatg ccacgtgtaa catttgcggc tttctctata tcagtaaaac tgaccgcatc
    13021 atatcctctg gataagaata acctaaatga ctcggtaagg atcttctctt tctttggata
    13081 ccgcatcgtc ttttctaatt tgacaaattc tgacatattt cttgcttgtc gatattgctt
    13141 ttgactgact cgttgatcag tatcattcga gcgcaaaatt gcaatcactt tttccattcc
    13201 accaaatttt tctgcaactt ttttcgctga ttaaaaaaga aaggcgtgat agatgtagaa
    13261 acatacagcc tgcaactcct cacaacacgc ttattatctt gcatttatac acgtctactt
    13321 tttgtgattt tcacgtagca taaagaaaca tcatgcagaa gaaaaagtag agatgctgtt
    13381 agaagaaaga tgaagaacgc ctttcaatcg ttgctaaccg gagatgtata atagcagaaa
    13441 agacctatcc tgtctccact tgggggctgg aaatacgtct ctggacactc tctttctatc
    13501 ggcacccatc gcccaaacca cctaccaacg acttccctcc atttcccgcc ttctccctcc
    13561 caagccatac agagtcattc cacatagcca tcccggatcg gggtggctat tttcgtatct
//
LOCUS       SEQF2637|AYYD01001198.1 4466 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4466
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(273..1295)
                     /gene="cobD_2"
                     /locus_tag="SEQF2637_01903"
                     /EC_number="4.1.1.81"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P97084"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine-phosphate decarboxylase"
                     /translation="MLHGHGDDLHHCGQTIRANFSSNIFATTDLSALQQHLSAHLSVI
                     GHYPEPEPYALESLWADSLGLLPAEICVTNGATEAIYLTAQAFRGATSYIRQPTFSEY
                     ADACRMHGHSVRSLFTDDTIDDTPDLVWLCNPNNPTGEVRDRHTLLRLIDAHPSVCFV
                     IDESYGAFTRQPLPTAAEMAERSNVIVIRSATKRHAVPGLRLGCLTASAEMIDRIRVQ
                     RMPWSVNALAVEAGKFFLHENLPLQPPIDDLLAERDRLMAALADLKIADLWPTETHFF
                     LARLRMGTAAALKHYLIQEHGLLIRDASNFEGLDASFVRIATQSRADNDLLIQSLSLW
                     KHTYSS"
     CDS             complement(1329..1622)
                     /locus_tag="SEQF2637_01904"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSPRPFPPPDKPSPSPSPPNATTFAGTEYDTIMDTTTIQSPPR
                     PRLPLDTPIDRQPIRRTCIPPRCTLSPRPLFAFMTSCPSHTQNGRPMHQAYEA"
     CDS             complement(1647..2768)
                     /gene="ybhR_1"
                     /locus_tag="SEQF2637_01905"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFP9"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane transport permease YbhR"
                     /translation="MRTLFFLLQKEFIRIFRNRTLLPLIFSMPFVQLIVLPWAADYEI
                     KHLDIAIVDADHSTSSRRLTEKLTASGYFRLTDFPATYDDAVPLIENDRADMILEIPR
                     HFERDLSSGRACQLFAAVNAINGVKAGLGSAYLARVVAAFADDLRLEHRPEVSIASTP
                     VIATSSLRRFNSAGNYRHFMVPAILTLLVTMISVYMCALNLVTEKESGTIEQMNVTPV
                     GKSIFLLSKTIPFLAIGLFIFTVGLFAIARPLYGIVPVGNVALLYLYLIVYLIAMLGL
                     GLLIATSCETQQQVMFITFFFMMIFILMSGLFTPVESMPAWARAIARANPVTYFMEVC
                     RMIILKGSGWSDIRRHLMITIGFATLFHLSAILNYRKTT"
     CDS             complement(2765..3877)
                     /gene="ybhR_2"
                     /locus_tag="SEQF2637_01906"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFP9"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane transport permease YbhR"
                     /translation="MSQFFIFVRKEFIQMFRDVRTLMILFGLPITLVVLLGFALTNEI
                     KDARIVVCDYAHDTYSRQIVQLLAANPNFIVQESLMSHEEIDRAFRSGRVKLAVVFPA
                     GFRDQLLHTRRAELQIVADASDPNTADLLTGYVESVVRGYASSLQSERAPTAPPLIDL
                     NVRALYNPELRSAVNFVPGVIAFVLMMISVLMTSVSIVREKEFGTMEVLLVSPIAPMT
                     LILSKLTPYLVLSLVNLAMILTLSATVLRVPIAGSLPLLIAESLLFILTALSLGLLIS
                     SSVRTQQAAILSSLIGLMVPTMLFTGFVFPIENMPIPLQLFANVVPSRWFYVIVKNVM
                     IKGTGFAAVWRETLILATTTLVLLLAGYKKFNLRLS"
ORIGIN      
        1 cggccatagc gtccgctccc tcttcaccgt cggcaccaca atgccccagc gtccgccgta
       61 gcgataaccg gcaacaatta gcgcccatgt ggcagcgaac gttccggtga ttaacacgac
      121 tgccagcaga ccgcctttca acgtgcgatg tcttccgcgg ttcagccatg tgtcgcccca
      181 cgcgatcagt cgcccgaaga ggactatggg atggggcatc cagcgcggat cgcccaatag
      241 tttatctaat aaccatccgc caatgagggg gattaagaag agtaagtatg cttccataag
      301 gataaggatt gtatcagtag atcgttatcg gcacgacttt gtgtggcaat gcgcacgaag
      361 gaggcgtcga ggccttcgaa gttggacgca tcacggatga gcaagccgtg ctcctgtatg
      421 agataatgct tcagcgccgc ggctgtaccc atacgcagtc gggcgaggaa gaagtgggtt
      481 tctgttggcc agaggtcggc gatcttgaga tccgccagcg cggccatgag tcggtctcgc
      541 tcggccaaaa gatcatcgat cggcggttgt agagggagat tctcatggag aaagaacttc
      601 cccgcttcta cggccagcgc attcacagac cacggcatgc gttgcacgcg gattcgatcg
      661 atcatctcgg ccgatgcagt gaggcagcca agccgtaggc cggggactgc gtgacgtttc
      721 gtggccgacc ggatgacgat cacgttgctc cgttcggcca tttctgctgc ggttggtaac
      781 ggttggcggg tgaaagcacc atagctctcg tcgatgacga agcagacgga ggggtgagcg
      841 tcgatgagtc ggagcaatgt gtgtcggtcg cggacctcac ctgtcgggtt gttcggattg
      901 cagagccaga cgaggtcggg cgtgtcatcg atggtgtcgt cggtgaagag ggagcggacg
      961 ctatggccgt gcatgcggca ggcgtcggcg tattcgctga aggttggctg tcggatgtag
     1021 ctcgtggcgc cgcggaaggc ttgtgcggtg agatagatag cctcggtggc gccgttggtg
     1081 acgcatattt ctgcggggag tagcccgagg gagtcggccc agagactctc taacgcgtag
     1141 ggttcgggtt cggggtagtg gccgatgacg ctaagatgtg ccgagaggtg ttgctgcaac
     1201 gccgagaggt cggttgtagc aaagatgttc gaactgaagt tggcgcggat ggtctgtccg
     1261 caatgatgta ggtcgtcgcc gtggccgtga agcatgatgg gaggggatga ggggtgtttg
     1321 cgttgtcttt aggcctcata tgcttggtgc atgggccggc cattttgtgt gtgagagggg
     1381 catgatgtca tgaaggcgaa gagggggcgc ggcgaaaggg tgcatcgagg agggatgcac
     1441 gtgcggcgaa tcggctggcg gtcgatgggg gtatcgaggg gcaggcgggg gcggggcgga
     1501 gactgtatcg tcgttgtatc catgatcgtg tcgtattctg tccctgcaaa ggtagtggca
     1561 ttcggtgggg atggagacgg ggagggctta tcgggcggtg ggaaggggcg aggcgagccc
     1621 attggaccct tctgacaatc gaggagttac gttgtcttgc gataattgag gatggcagag
     1681 agatggaaga gggtggcgaa gccgatggtg atcattaaat gtctgcggat gtcgctccag
     1741 ccgctgcctt tgaggataat cattcgacag acctccataa aatacgtcac ggggttagct
     1801 cgtgcgatgg cgcgtgccca agcgggcata ctttcgacag gggtaaagag tccgctcatc
     1861 aaaatgaaga tcatcatgaa gaaaaatgtg atgaacatga cctgttgctg ggtctcgcag
     1921 gaggtggcaa tgagcaggcc caggccaagc atggcgatga gatagacaat aagataaaga
     1981 tagagcaggg cgacgttgcc gacggggaca atgccgtaga gagggcgggc gatggcgaaa
     2041 agtccgacgg taaaaatgaa gagaccaatg gccagaaagg ggatggtctt ggagagtaag
     2101 aagatggact tgcctaccgg ggtgacgttc atctgctcta tcgtgccgga ttccttctcg
     2161 gtgaccaggt tgagggcaca catgtagacg gagatcattg tcacgagcag ggtgaggatg
     2221 gctggcacca tgaagtggcg ataattgcct gcggagttga atcggcggag ggaggaggtg
     2281 gctatcacgg gcgtggaggc gatgcttact tcggggcggt gctcaagccg gagatcgtcg
     2341 gcgaatgcgg cgacgacacg agccagatag gcgctgccga gaccggcttt gacgccgttg
     2401 atggcgttga cggcggcgaa gagctggcat gcacggccgg aggagaggtc gcgctcgaaa
     2461 tggcggggga tctcgaggat catgtctgcc cgatcgtttt cgatgagggg gacggcatcg
     2521 tcgtaggtgg ccggaaaatc ggtgaggcgg aagtatcctg acgctgtgag cttctccgtg
     2581 aggcgccgcg aggaggtcga atgatctgca tctacgattg cgatgtcgag atgcttgatc
     2641 tcataatctg cggcccaggg aaggacgatg agttggacga atggcatcga aaagatgagg
     2701 ggaagcaacg tgcggttgcg gaaaatgcgg ataaattcct tctgaagcag gaaaaagagg
     2761 gttctcatga gagtcgaaga ttgaattttt tgtagccagc gaggagtaat acgagtgtag
     2821 tagtggccaa aatgagcgtt tcacgccata cggcggcgaa accagtgcct ttgatcatca
     2881 cgtttttgac tatgacatag aaccagcgcg aaggcacgac gttggcaaag agttgtaggg
     2941 gtataggcat gttttcgatc ggaaagacga agcctgtaaa aagcattgtg ggcaccatga
     3001 ggccgatgag ggaggataaa atggcggctt gctgggtgcg cacggagctg gagatgagta
     3061 atccgaggga gagagccgtc aaaatgaaca gcaagctctc tgcaatgagc agcggaaggc
     3121 ttcccgcgat ggggacgcgg agcacggtgg cgctaagagt cagaatcatg gccaggttga
     3181 cgagcgaaag gacgaggtaa ggcgtcaatt tggacaggat gagggtcatc ggggcgatgg
     3241 gagagaccag caagacctcc atggtgccaa attccttctc acgaacgatc gacacggacg
     3301 tcatcagcac actaatcatc atcagaacga acgcaatcac cccggggaca aagtttacgg
     3361 ccgaacgaag ctccggattg tacagcgcgc gcacattgag gtcgatcaga gggggcgccg
     3421 tgggcgcgcg ttcggactgt aagctcgagg catagccgcg gacgacgctc tcgacgtatc
     3481 ctgtcaataa atcagctgtg ttcgggtcgg aggcatcggc cacaatttga agttccgccc
     3541 gccgcgtgtg cagcagttgg tcacgaaatc cggctgggaa gaccacggcg agcttcacgc
     3601 gcccactccg aaaggctcgg tctatctctt cgtggctcat gagggactcc tgtacaataa
     3661 agttggggtt ggccgcgagc agttggacga tctgtcggga ataggtgtcg tgagcgtagt
     3721 cgcagacgac gatccgtgcg tctttgatct cgttcgtcag tgcaaagccg agcaagacaa
     3781 cgagagtgat gggcaatcca aaaagaatca tcaaggtgcg cacatcacgg aacatctgaa
     3841 tgaactcctt ccgaacgaaa ataaagaact gagacataag aaaatgaata agctaaaaac
     3901 aacaatcgaa aaaagaggag gcaaacgcat cacgtttcga ggttgcatgg taggggcgta
     3961 ttgcatacgc cccactgaat ggccccgtag gggacaaaga gtcgcgcgtt tggtcacctt
     4021 ttgcagatct cgtccccttg caaggacgtt ttgtggagcg tatttgcgta ccatttatct
     4081 tgatagtcaa aaacgtgggg cgtatgcaat acgcccctac ccaggtacac aaaaacgcgc
     4141 tgcgtttcgg tgttgctact aggtaggaag tgcaaaacgc gccgcgtttc ggtgttgcta
     4201 ctaggtagga agtgcaaaac gcgccgcgtt tcagtgttgc tactaggtag gaagtgcaaa
     4261 acgcgccgcg tttcagtgtt gctactaggt aggaagtcca aaacgcgccg cgtttcagtg
     4321 ttgctagtag gtaggaagtg taaaacgcgc cgcgtttcgg tgttccatct aaggtggagg
     4381 tgcaaaacgc gccgcgtttc ggtgttccat ctaaggtgga ggtgcaaaac gcgccgcgtt
     4441 tcggtgttcc atctaaggtg gaggtg
//
LOCUS       SEQF2637|AYYD01001199.111056 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11056
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             231..866
                     /locus_tag="SEQF2637_01907"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLLLRGYPKADLYKDGLIFYRDSAALHEFGHVVASRNGSSFLS
                     LMKEKKQKKIKAMIAISFCLVHVVNGRFFVRLGEGRTIFAKFLLLRVCSKSDLYKDRL
                     IFYHGNATLHEFGHVVASRNSSSFLSLMKEKKKKKIKAMIAISFCLVHVIHGRYFVRL
                     GEGKAIFAEEMLLCSLYMRKKCLHFFRLYLLFVSKTCSNFGAMKRRESLPI"
     CDS             941..1894
                     /locus_tag="SEQF2637_01908"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARTIEVKRVGMKKYDNSLHVRYHSEIYGIVKQYDLTKIGLTTA
                     LMDEWNGDINLEGDINKEAGMNVNTERMLKKDEERGKLITFIFNAIRNARQSPDDNES
                     DAAMTLYTVIRSYDGLQQEAHERKSADIFGLVTDLRKTENAPFVTALHLTNAVNKLET
                     VNKAYDEFVAKRAKDRTAAAELPPARVVRPKTDEVFDHIVFAIQSAYTFGTAPVEKEL
                     ITKMVAEMNQRTREIEEAYHRSLAEKKANRKKDPNQPKDPKPKKPKKKDNDPDVHLPE
                     KEEPKNPEDGKDKKPEGGGGSAAGGTEGGSGGGPEIHLPKE"
     CDS             2543..4633
                     /gene="axeA1_2"
                     /locus_tag="SEQF2637_01909"
                     /EC_number="3.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:D5EV35"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetylxylan esterase"
                     /translation="MSKLIITLIMITSFTAVVGQRIKVACVGNSVTYGYGLPNPATDA
                     YPAQLQKLLGDTFDVRNFGRNGATLMHGSGTTYRLQNECKRALAFAPDYVVIDLGLND
                     VDPMNWTPNDTAFTRDYRELIDAFRRVNPRCRIWICHMTPIAYDYPNYFHGLRERYAM
                     IRQKIADVARETGASLIDLREPFRHRLDLLFDGLHPNAEGARLLAATIGGALTGRHGG
                     LRMPAMYTDHMVLQRDRPIKIEGTADAGETVTVRIADRTHSAQAAADGRWLVTLDAMP
                     AATGLTLEVATPKRKLRFDDVAVGDVWLCSGQSNMAYPTDSVVPAERAVLRAFAKTHP
                     AVRLFLMQPSRIPFAEEWEAPMLDSLNRLEYFLPARWEQCNDSTAGHFSAIAMAFAKR
                     IQETENVPIGLILNAVDGSPLEAWIDRETLETDGPEMLSDFASNVLIHPWVRSRTAFN
                     LRRATSNRQRHPYAPTYLFETGVWPLAQLPVRGVLWYQGESNAHDAAGYARFFPLLVS
                     SWRRYFSDATLPFYFVQISTTDKPDWGRFRDMQRRLPERVPACYMAISSDRGDSIDIH
                     FPHKIDVGERLARQALYHSYGHTDVIADGPIVERAVQHDGRVTIYFRSAADLITSDRQ
                     PVRTVELADAEGPFYPATAEIIGDRLSAYSPHVPHPHRVRYGWASFNRANLTNGAGLP
                     ASTFSVDVEQEGKP"
     CDS             4630..4860
                     /locus_tag="SEQF2637_01910"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKAQKGAVPRSERKLRMHRVSFLMNEEEYRAVTHHLARYKIKN
                     RSNWLRMTILTHVFRVMGEDHPTLFNENEMRR"
     CDS             4857..5303
                     /gene="tadA"
                     /locus_tag="SEQF2637_01911"
                     /EC_number="3.5.4.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99W51"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA-specific adenosine deaminase"
                     /translation="MTVQPFNDEYFMRRALDEARQAAAEGEVPVGAIVVCGDRVIARA
                     HNQTERLNDPTAHAEMLAITAATGAMGAKYLPECRLYVTVEPCVMCAGAIGWAQLGAV
                     VYGAPDAKRGFTVYAPQAFHPRTEVRGGVMEAECAAEMTAFFRAKR"
     CDS             complement(5404..6378)
                     /locus_tag="SEQF2637_01912"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIZ6"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative NAD(P)H nitroreductase"
                     /translation="MNDLFTQNPDLLFLIEQAVKAPSGHNTQPWLFRIGKTEIDICPD
                     YSRALPVVDPDNRELFVSLGCAAENLCIAASHKGYCPTVTVAEDGTICIRLDRHADVT
                     PSPLFAQIALRQTNRRVYDGRTIPAANIDRLRAVEVAPSVSVHFYERGTPTFDAIAEL
                     IYRGNSLQMQDDAFKAELRSWMRYNKKHRDAQHDGLSYDVFGAPNMPRFISENVIAGA
                     LNERSQNRGDRKKIASASHLILLTTRNNVVEQWVALGRTLERLLLTSTAMGLAHAYLN
                     PPNELPELTHELADTLGLSGEYPTILLRIGYAKRMPHSVRIPAEQRVR"
     CDS             complement(6418..6717)
                     /locus_tag="SEQF2637_01913"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPGLNPLLHSELRLGVMSILIGVESADFTYLRKETGATAGNLS
                     VQLEKLSQAGYIAIEKGFRGKIPRTTCRITPEGTEALHQYVKALDHYLKGVKNGK"
     CDS             complement(6702..7319)
                     /locus_tag="SEQF2637_01914"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEEEKKVLRDVPLNEEESMALIAQMIRNTQRKMERGAGTPILV
                     WGYATVLATLAVWAGVKFTNDPRMEYLWFLIPAIGLPWQLFQKRRPPEVRTYVDKVVS
                     YIWIVMGWSGFIVSCLSFLGAIQATILFLITLMMGQGNVITGLVTRFRPLTIGGIVAL
                     LLSFALLHLTDIDLHLLTFALAFVAMEIIPGHILNRRAKKACSQD"
     CDS             complement(7329..9638)
                     /locus_tag="SEQF2637_01915"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLADGARAQEIRGRVTDAEGRAVEPATVAVFRGDRQLAADVTDT
                     AGRFRLSAPDGPYTLRVRHVAYRPLDTLISVRGRSGDELSLVMAEASVGLGEVTVQAE
                     RIVREADRFVVHVGDAPAMAGRDGAELLRTAPGVWVTDDGVSVNGAAGARVYVDDREL
                     RLSGRALTAYLRTLRAADVARVEVLPQADASYGADVRGGVVRIVLRRRRERGMDANVS
                     VETDFGRQYGGVRPSASVRVHAGRWTWHASAAGDHLYKGIGQLSAQRFYVNDAAGSFA
                     SQSVTDGRRRNVTGRVGAIFDANPRTSIGAEAELSRGRETEPSEVETVISQHGRLQSI
                     SGHYDREETDRLAAAAVNVTHRTDTIGSRLKLVADYTDRSLGGETDERSTAGWMNRDF
                     TASRYRVLAIDASALRVLRSGMRLSAGAKYTRNRMRDSVRREGPASDPGFLTDYTEQI
                     AAGYASVALELGRLSLTAGLRAEWTHTAGREGMRRAYADLFENATATYAFDPMRLFML
                     VAQYARNVERPNFRYLNPRRVRSSDFAYIEGNPALRPTYIRRLSLTAVWHYRYTLTVG
                     GNLHRDLVREEAHTDASAPEVRIVRPENHDRENHWFVALSAPLRPVRGWELNANLVGV
                     RQDLRATSSDPWATHWLGFARLTLGVTLPRDAYAELTYNASSRLHSANTGVEPRHTFD
                     VVLKKQFADHRLTVTLGVSNLFDRGVTYFSHTDRFNERTSISGGSAGRRLTVGLHYVL
                     RSGKSVKSRTVERASSDDTRRMDRVKNEK"
     CDS             complement(9746..10174)
                     /locus_tag="SEQF2637_01916"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLRIACLAGVFCMMTGAAMMAQSRPLPMSDKVNVNLLLSGVR
                     TGGGKLMASAVDPKDSKRTVYAMADPTADELQAVVLENVPVGMCDIYVFQDLNGNKKL
                     DRNADGVPTEPCYMKQKVRVADHGVLLKAHLVNPAEMMGK"
     CDS             complement(10280..10804)
                     /locus_tag="SEQF2637_01917"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQILATPSASLVSTSLPVQCLRPTNIFFYRGIFPNSFLRQLLLA
                     HAPASSCSRTSFFLLTHQLLLAHAPATSCSRTSFFLLTRQLLLAHAPASSCSRASYLL
                     LTRQLLLARTPATSCSHASYLLLARQLSLAHTPATSCSCASYIMLTRQLSLAHTPASS
                     CSRASFILLICEKK"
ORIGIN      
        1 accctaaggc tgatctgtat aaagatggac tgatctttta tcgtgatagc gctgctttgc
       61 atgagtttgg ccatgtggtt gcctctcgga acggttcttc ttttctttcc ttaatgaaag
      121 aaaagaatca aaagaaaatc aaggcgatga tcgccatctc tttttgcctt gtacatgtga
      181 tccatgggta atgtttcatt cgcttgggag agaggaggat tatcctcacc atgtttttgc
      241 ttttgagagg gtaccctaag gctgatctgt ataaagatgg actgatcttt tatcgtgata
      301 gcgctgcttt gcatgagttt ggccatgtgg ttgcctctcg gaacggttct tcttttcttt
      361 ccttgatgaa agaaaagaag caaaagaaaa tcaaggcgat gatcgccatc tctttttgcc
      421 ttgtacatgt agttaatggg cggttttttg tacgcctagg agaggggagg accatcttcg
      481 caaagttttt gcttttaaga gtatgctcca agtctgatct atataaagat aggctaatct
      541 tttatcatgg taacgctacc ttacatgagt ttggccatgt ggttgcctct cggaacagtt
      601 cttcttttct ttccttgatg aaagaaaaga agaaaaagaa aatcaaggcg atgatcgcca
      661 tctctttttg ccttgtacat gtgatccatg ggcggtattt tgtacgattg ggggagggga
      721 aggccatctt cgccgaggag atgcttctct gttctttata tatgaggaaa aagtgcctcc
      781 atttttttcg attgtacctg ctgtttgttt caaaaacatg ttctaacttt ggggccatga
      841 aacgaaggga atcgttgccg atatgaggct tataagtcat aatgggtagc agattctctt
      901 ccaaatgtaa atagtaatac taaatataaa taggaaaaag atggcaagaa cgattgaagt
      961 taagagagtg ggcatgaaaa agtacgacaa ctctcttcat gtacgttatc acagcgagat
     1021 ctatggcatt gtaaaacagt atgatctgac caagattggc cttacgaccg ctttgatgga
     1081 tgaatggaat ggcgacatca atttagaggg cgacattaac aaagaggcag gcatgaatgt
     1141 gaacacagag cgcatgctta agaaagacga agagcgtggc aagctgatca cgttcatttt
     1201 taatgctatt cggaacgcgc ggcagtctcc cgacgacaac gaatccgatg cggctatgac
     1261 gctgtacacc gtgattcgct cttacgacgg tctgcaacag gaagcgcatg agcgcaagtc
     1321 tgccgatatc tttggcttag tgactgactt acggaaaacc gagaatgcgc cgtttgttac
     1381 agcccttcat ttgacaaacg ccgtgaataa attggagacg gtgaacaaag cgtacgacga
     1441 atttgtcgca aaacgggcaa aagatcgtac agcggccgcc gaactgcctc cggctcgagt
     1501 agtccgccca aagacggacg aggtttttga ccacattgtc tttgcgatac agagcgctta
     1561 cacctttggc accgcacctg tagaaaagga gctgattacg aagatggtag ccgagatgaa
     1621 tcagcgtacc cgagagatcg aggaggctta tcaccgcagt ttggcggaga aaaaggccaa
     1681 tcggaagaaa gatcctaacc agccgaaaga tcctaagccg aaaaagccca agaaaaagga
     1741 caatgatccg gatgtccatc tgcctgagaa agaggaacct aagaatcctg aggatggcaa
     1801 ggacaaaaag cctgaaggag gcggcgggtc tgctgctggc ggaacggaag gcggcagcgg
     1861 aggcggcccc gaaattcatc tcccgaaaga atagatgcac aaactgggca ggtcggagaa
     1921 tcgtttgtaa taccctaact gccttttgat gagatagata atgactgggc gcacggagaa
     1981 gggaaacctt gcttcgtgcg cctttcattt tgcctatctg tagcgaaatc ttggctttgt
     2041 ttctattcgt aaagtgttcg tatagaggat atttagcgag tgcgcccatc gtctatactt
     2101 ttttatagac gttcctcttg aatttcttct tcctttttta tccttgatga gagaaaaggg
     2161 cgggaagtag attaagagat caagagtgtt agccaaactg gccgggtatc cagtaaaaaa
     2221 ggagtaaaat aacgccaaaa tgtcagggat tttggatgaa tgggcttggt attaggcaaa
     2281 cttccccacc tccgaagagg tcttttttct tcttgatagg agaaaggacg ggaaaaagga
     2341 tcaaggcatt acgagtgtcg ctatctttgc cgggtaaatt ctgagttggc gtcctgttta
     2401 tcagatattt agtgagtact ttcttcggaa aaactctttt taggataaac ggggcgagac
     2461 atcgattaga atttctttct gtcatgtata actaattatt aatcaaccgc taatagcttc
     2521 atcttttccc attcctgaca atatgtccaa actgataatc accctgatca tgattacgag
     2581 ctttaccgcg gtagtcggcc agcggatcaa ggtcgcatgc gtgggcaaca gcgtaaccta
     2641 tggctatggt ttgccgaatc ctgccaccga cgcttatccc gcacagctgc aaaagctgct
     2701 cggcgatacg ttcgacgtgc gcaatttcgg ccgcaatggc gccaccctca tgcatggcag
     2761 tggcacgacc taccgtcttc agaacgagtg taagcgcgcc cttgcttttg cccctgatta
     2821 cgtcgttatt gacctcggac tgaacgatgt agatccgatg aattggacac ccaacgatac
     2881 ggcttttact cgcgactacc gtgagctgat cgacgccttc cgtcgggtca atccgcggtg
     2941 tcgcatttgg atttgccaca tgacgccgat cgcgtatgac tatccgaact atttccacgg
     3001 ccttcgcgag cgctatgcca tgattcgaca gaaaattgcg gatgtggccc gcgaaacagg
     3061 cgcctcactg atcgaccttc gcgagccgtt ccgccatcgc ctcgacctac tttttgacgg
     3121 cctccatccg aatgccgagg gcgcgcgctt gttggccgcg accattggcg gggccctgac
     3181 cgggaggcac ggcgggctgc gcatgcctgc catgtacacc gatcacatgg tgctccagcg
     3241 cgaccggccg atcaagatcg agggcacggc cgacgccggt gagaccgtca ccgtgcgcat
     3301 agccgatcgc acgcactcgg cgcaggccgc agccgacgga cgctggctcg tcacgctcga
     3361 cgccatgccc gccgccaccg gcctcacgct tgaagtggcc accccgaagc gcaaactccg
     3421 ctttgacgac gtagccgtgg gcgacgtttg gctctgctcc gggcagtcga acatggccta
     3481 ccccacggac agcgtcgtgc cggccgagcg cgctgtatta cgcgccttcg cgaagaccca
     3541 tccagccgtg cgtcttttcc tcatgcagcc ctcgcggatc ccctttgccg aggaatggga
     3601 ggcgccgatg ctcgacagcc tcaaccgctt ggaatatttc ctacccgcgc gctgggagca
     3661 gtgcaacgac tccacggccg gccatttttc agccatagcg atggccttcg ctaagcggat
     3721 tcaggagacg gagaacgttc ctattggcct catcctcaat gctgtcgatg gctcaccgct
     3781 cgaggcctgg atcgaccgcg agaccttaga aaccgacggc ccagagatgc tcagcgactt
     3841 cgcgtcgaac gtgctcattc atccctgggt gcgcagccgc accgcgttca acctacggcg
     3901 tgcgacatcg aatcggcaac gccacccgta cgcgcccacg tacctctttg agaccggcgt
     3961 ttggcccctt gcgcagcttc ctgtccgcgg cgtgttgtgg tatcaaggcg agtcgaacgc
     4021 gcacgatgcg gcgggttacg cgcgcttctt cccgttactc gtcagcagtt ggcggcgtta
     4081 cttcagcgac gccacattac cgttctattt tgtccaaatt tccaccaccg acaagcccga
     4141 ttggggtcgt tttcgcgaca tgcagcgccg actgcccgag cgcgtccccg cctgttacat
     4201 ggccatcagc agcgaccgtg gagattcgat cgacatccat ttcccgcata agatcgacgt
     4261 cggggaacgg ctagcgcgac aggcccttta tcacagctat ggccacacgg acgtgatcgc
     4321 cgacggtccg atcgtcgaac gcgccgtgca acacgatggc cgagtgacga tttacttccg
     4381 atcggccgcg gatctcatca cgtctgaccg tcagccagtt cgcacggtcg agttggccga
     4441 tgccgaaggc ccgttttacc ccgctacggc cgagattatc ggggataggc tgagcgctta
     4501 ctcgccacac gtcccccatc cgcatcgcgt gcgttacggt tgggcgtcat tcaatcgggc
     4561 caacctaacg aacggcgcag ggctgcccgc ttcgaccttt tctgttgatg tcgaacagga
     4621 gggcaagcca tgaaaaaagc gcaaaaaggt gcggtgccgc ggtcggaacg caagctgcgc
     4681 atgcatcgcg tatcattttt gatgaacgaa gaagaatatc gggctgtcac gcatcattta
     4741 gcaagataca agatcaaaaa ccgttcgaat tggcttcgta tgacgattct cacccacgtt
     4801 tttcgcgtta tgggcgagga tcatccgaca ctcttcaacg aaaacgaaat gcgccgatga
     4861 ctgtacagcc ttttaatgac gaatacttca tgcgccgtgc cctcgacgag gcgcgtcagg
     4921 ccgccgcaga aggcgaagtg cccgtcggag cgatcgtagt ttgcggcgat cgcgtcatcg
     4981 cccgtgccca caaccaaacg gagcgcctca acgacccgac tgcgcatgcc gagatgctgg
     5041 cgatcaccgc cgccaccggg gctatggggg caaaatattt gcccgaatgt cgtctctacg
     5101 ttaccgtcga gccctgcgtc atgtgtgctg gcgccatcgg ctgggcacaa ttaggcgccg
     5161 tcgtctacgg tgcgccagac gccaagcgcg gcttcaccgt ttacgctccg caggcgttcc
     5221 atccgcggac ggaggtgcgt ggcggcgtga tggaggcgga atgcgctgcc gagatgacgg
     5281 ctttcttccg tgctaagcgg tgaggtgtta tggtgcgctt gcgggggtgt actgatgtgg
     5341 ccgcccagag caaagaaaaa gagggtagga cgtcgtggtc ttaccctctt ctcattatat
     5401 gtgttaccgg acccgctgtt cggctgggat ccgcactgaa tgcggcatac gtttggcgta
     5461 tcctatgcgc agcaagatcg tcggatactc acccgagaga ccgagcgtgt cggccaactc
     5521 atgggtgagt tccggaagct cgttcggcgg gttgaggtag gcatgggcga ggcccatcgc
     5581 cgtcgatgtg agcaagaggc gctccaacgt ccgacccagt gccacccatt gctccacgac
     5641 attgttgcgg gtggtgagca agatcaggtg agaggccgaa gcgatcttct tgcggtcgcc
     5701 gcgattctgc gatcgctcgt tgagtgcacc ggcgatcacg ttttcggaga tgaagcgcgg
     5761 catattaggg gcgccgaaga cgtcgtaact cagtccgtcg tgctgagcgt cgcggtgctt
     5821 cttgttataa cgcatccagc tgcggagttc ggctttgaat gcgtcgtcct gcatttgcag
     5881 gctgttgccg cggtagatca gttcggcaat agcgtcgaaa gtaggcgtgc cgcgctcgta
     5941 gaaatggacg ctgaccgagg gcgcgacttc gacggcccgc agtcggtcga tgtttgccgc
     6001 ggggatcgtg cgcccatcgt acacccggcg attagtctgc cggagggcga tttgtgcgaa
     6061 gagcggcgac ggcgttacgt cggcgtggcg atcaagccgg atgcagatcg taccgtcctc
     6121 cgcaacggtc accgtcgggc agtagccctt atgcgaggcg gctatgcaga ggttttccgc
     6181 cgcgcaaccg aggctgacga acaactcccg attgtccgga tcaactacgg gcaatgcccg
     6241 gctgtagtcg gggcagatgt cgatctccgt cttgccgatt cggaacagcc acggctgtgt
     6301 gttatgcccc gacggggctt tgacggcctg ctcgatcagg aacaggaggt cagggttttg
     6361 tgtgaacaag tcattcattg cagtctaaag tcaataggtg aaatcgagta agccatctca
     6421 ttttccgttt ttcactccct tgaggtagtg gtccaacgcc ttgacgtatt gatggagggc
     6481 ttccgtgccc tcgggcgtga tacggcaggt ggtacgtgga atttttcccc tgaaaccttt
     6541 ctctatagcg atgtaacccg cttgagagag cttctccaac tgcacactca ggttgccggc
     6601 cgtcgcgccc gtctccttgc gcaggtaggt gaagtcggca ctttctacgc cgatcagaat
     6661 cgacatcacg cctaaccgaa gttcgctgtg aagcagcgga ttcagtcctg ggagcatgcc
     6721 ttcttcgcgc gacggttcaa gatgtgtcca gggatgatct ccatcgccac gaaagccaag
     6781 gcgaaggtca gcaggtgcaa gtctatgtcc gtgagatgga ggagcgcgaa gctgagcaac
     6841 agcgcgacga tgccgccgat ggtgagcggg cggaagcgcg tgactaaccc ggtgatgacg
     6901 ttgccctgac ccatcatcag cgtgatgagg aacaggatcg tcgcctgtat cgcaccgagg
     6961 aacgacaggc aggagacgat gaagccgctc cagcccatga caatccagat gtacgaaacc
     7021 actttgtcga catacgtgcg gacctccggc ggccggcgtt tctgaaatag ctgccacggc
     7081 agcccgatgg cggggatcag aaaccatagg tactccatcc gagggtcgtt cgtgaacttc
     7141 acgccggccc agaccgccag cgtggccagc accgtggcgt agccccaaac gagtatcggc
     7201 gtacccgcgc cacgctccat cttgcgctgc gtgttgcgga tcatctgcgc gatcagcgcc
     7261 atactctctt cttcattcag cgggacgtcc cgcaagactt tcttctcttc ttctttcatt
     7321 gtcatgattc atttttcatt cttcacccga tccatccgcc gggtgtcgtc ggacgaggca
     7381 cgctccacgg tgcgcgactt gacggacttg ccggaacgca gcacgtaatg caacccgacc
     7441 gtgaggcgtc gcccggccga tccgccggag atggacgtgc gttcgttgaa gcggtcggtg
     7501 tgcgagaagt acgtcacgcc gcggtcgaag aggttgctca cgccgagggt gacagtcagc
     7561 cgatggtcgg cgaactgctt cttgagcacg acgtcgaacg tgtggcgcgg ctcgacaccg
     7621 gtgttggccg aatggagccg actcgacgcg ttgtaggtca gctccgcgta cgcgtcgcgg
     7681 gggagggtga cgccgagcgt gaggcgagca aagccgagcc agtgcgtcgc ccacggatcg
     7741 gaggaggtgg cgcgcagatc ttgtcgcaca ccgacgaggt tggcgttgag ttcccaaccg
     7801 cggacgggtc ggaggggggc gctgagggcg acgaaccagt ggttctcgcg gtcgtgattc
     7861 tcgggccgca cgatgcgcac ctcgggcgcc gaagcgtcgg tgtgcgcctc ctcgcggaca
     7921 aggtcgcggt ggaggttgcc gccgacggtc agcgtgtagc ggtagtgcca gacggccgtc
     7981 aggctgaggc gccggatgta ggtcgggcgg agcgccgggt tgccctcgat gtaggcgaag
     8041 tccgacgagc ggacgcgccg cggattgagg tagcggaagt tgggccgctc cacgttgcgg
     8101 gcgtactgcg cgacgagcat gaagaggcgc atcgggtcga aggcgtacgt agcggtggca
     8161 ttctcgaaga ggtcggcgta ggcgcgtcgc atgccctcgc gaccggccgt gtgtgtccac
     8221 tccgcgcgca gtccggcggt gaggctgagg cgaccgagct cgagggcgac cgaggcgtag
     8281 ccggccgcga tctgctcggt gtaatccgtc aggaaacctg ggtcggacgc cgggccttca
     8341 cgccggacag agtcgcgcat gcggttgcgg gtgtacttcg cgccggcgga gagtcgcatg
     8401 cccgaccgga ggacgcgcaa ggcggaggcg tcgatggcca gcacacggta gcgcgaggcc
     8461 gtgaagtcgc ggttcatcca gcccgccgtc gaacgttcgt ccgtctcgcc gccgaggctg
     8521 cggtcagtgt agtcagccac gagcttgagc cgcgagccga tcgtgtccgt gcggtgtgtt
     8581 acgttcacgg ctgccgccgc taagcggtcc gtctcctcgc ggtcgtagtg acccgagatg
     8641 gactgcagcc tgccatgttg actgattacg gtctccacct ccgacggctc cgtctctcgt
     8701 ccgcgcgaca gctccgcttc ggcgccgatg gacgtccgcg ggttggcgtc gaagattgcc
     8761 cccacgcgcc ccgtgacgtt gcgtcgccgg ccgtccgtca ccgactggga cgcgaacgag
     8821 ccggctgcgt cattcacata gaaacgctgg gccgatagct gccctatacc tttatataga
     8881 tggtcgcccg cggcggaggc gtgccacgtc cagcggccgg cgtgcacccg gacggaagcc
     8941 gagggccgga cgccgccgta ctgccggccg aagtctgtct cgaccgacac attggcatcc
     9001 atgccccgct cacgccgccg acgcagcacg atccgcacga caccgccccg cacgtccgcg
     9061 ccatacgacg catcggcctg gggcaagacc tccactcgcg ccacatcggc cgccctcagc
     9121 gtgcgcaagt aagccgtcag cgcgcgcccc gagagccgca gctcgcggtc gtccacatag
     9181 acccgcgcgc cggccgcgcc attgacagac acgccgtcgt ccgtcaccca gacgcccggc
     9241 gccgtgcgga gcaactccgc gccatcgcgg ccagccatcg ccggcgcatc gccgacgtgc
     9301 accacgaagc gatctgcctc acgcacgatc cgctcggcct gcaccgtcac ctcgccgagg
     9361 cccacggacg cctcagccat gacgagtgac aattcgtcac ccgaacggcc gcgcaccgag
     9421 atcagcgtgt ccaacggccg ataggccaca tgccgcacac gcagcgtgta aggcccatca
     9481 ggtgcggaga gtcggaatcg tccggctgtg tcggttacgt cggccgccag ctgccgatcg
     9541 ccgcggaaga ctgccaccgt ggcaggctcc accgctcggc cttcggcgtc cgtcacccga
     9601 ccgcggatct cctgcgcccg cgccccatcg gcgagcatcg ctgccgccag cgccactata
     9661 tataaggtat aacgcatcgt tttttcgttc tcgaggttgc ccccctctat tctctattct
     9721 ctaccctcta ccctctatcc tctactcatt tgcccatcat ctcggccggg ttcacgaggt
     9781 gcgccttcag aagaacgcca tgatcagcaa ccctcacctt ctgcttcatg tagcaaggct
     9841 cagtgggcac gccgtccgcg ttgcgatcga gctttttgtt gccgttcagg tcttgaaaga
     9901 cgtagatgtc gcacatgccc acgggcacgt tctccagcac gaccgcctgc agctcgtcgg
     9961 ccgtcggatc cgccatggcg tagaccgtgc gcttgctgtc tttcgggtcg acggccgagg
    10021 ccatcagctt gccgccacca gtgcgcacgc ccgagaggag caggttcacg ttcaccttgt
    10081 ccgacatagg caggggtcta ctttgcgcca tcatcgcggc gcccgtcatc atgcaaaaca
    10141 cgcctgcgag gcaggctatt ctcagtgttt tcatcttgtt tatctcctat tttaatgggg
    10201 tttgaattgt catcgaatcg gctcgatgac gggggcaaat atatggaggt ttgttttata
    10261 aactactctc tatggcgaac tattttttct cacagatcag caagatgaag ctggcgcgtg
    10321 agcaagaaga agctggcgtg tgagcaagag atagctggcg cgtgagcatg atgtagctgg
    10381 cgcatgagca agaagtagct ggcgtgtgag caagagatag ctggcgtgcg agcaagagat
    10441 agctggcgtg cgagcaagaa gtagctggcg tgcgagcaag aagtagctgg cgtgtgagca
    10501 agagatagct ggcgcgcgag caagatgaag ctggtgcgtg agcaagaagt agctggcgcg
    10561 tgagcaagaa gaagctggtg cgtgagcatg atgtagctgg cgcgtgagca agaagaagct
    10621 ggtgcgtgag caagaagaag ctggtgcgtg agcaagaaga agctggcgca tgagcaagaa
    10681 gtagctggcg tagaaaacta ttcggaaata tccctctgta aaagaagatg ttagtcggtc
    10741 gtaggcattg gacgggtaac gaagtagaaa cgagcgaagc gcttggggtt gctagaatct
    10801 gcacaaacaa agggcgcttg tcatttgagg ctgcaatgtt actatgacta tttaaattac
    10861 aggcgttttt gatgcgcttc tctcgatttg gctttcggct tggaagtgtg tgaacgcaga
    10921 gcggatgggg gctgaagaac cgcttaaaag cgatcttggc ataggtggcg agtgccttcg
    10981 tcgcgtctac ccaggaggcg tccttgacct taatcaggtt agaaatgtgc gcgtagaata
    11041 gcgtcgtctg acggag
//
LOCUS       SEQF2637|AYYD01001200.1 1144 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1144
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             4..480
                     /gene="xerC_13"
                     /locus_tag="SEQF2637_01918"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01808"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MFLFACYTGAAYCDLMALNRGHLVCDDEGALWLKXNXQKTGVLC
                     RVKLLPEALRLMNRLSDEGRNTLLPHINYLTYQSHLKVLRLRAGIALPFTSHTARHTF
                     ATLVTLEQGVPIETVSKMLGHSTVRMTERYAKVTPQKLFEEFDRLITFTKDLHLTI"
     CDS             492..935
                     /locus_tag="SEQF2637_01919"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSTFKILFYINRQKTKADGKTAIFCRVTIDGRSTVMATGEECL
                     PTEWNSGQGTTGEKKINQRLAAFKELVEKTYAEMLTKDGIVSAELLKNRLQGTVAAPT
                     TLLAMSEAELQSVKACVGKSKAESTYQNLIYSDKLLRAFMKENGG"
ORIGIN      
        1 gatgtgtttc ttttcgcctg ttacaccggc gccgcctatt gcgatctaat ggcactgaac
       61 cgtgggcatc ttgtctgcga cgacgagggc gccctttggc tgaagttnaa cngacagaaa
      121 acaggcgttc tctgccgtgt aaagctcttg cccgaagcgc ttcgattgat gaacagactg
      181 tccgatgaag gaaggaacac gttgcttcct cacatcaatt acctgaccta tcaatcgcat
      241 ctgaaggttc tcaggctgcg ggccggtatc gcgctaccct tcacttcgca caccgcccga
      301 cacaccttcg ctacgctcgt gaccttggag cagggcgtac ccatcgagac cgtcagcaag
      361 atgcttgggc atagcacggt gcgcatgacc gaacgatatg cgaaagttac ccctcagaaa
      421 ctattcgagg agttcgatcg cttgatcacc ttcaccaaag acttacatct gaccatttaa
      481 ccgaaaccaa catgagaagt acattcaaga tcctgttcta catcaataga cagaagacaa
      541 aagcagatgg caagacggcc atcttttgcc gcgttaccat tgatggcaga agcacggtga
      601 tggcaaccgg agaagaatgt ctgccgaccg aatggaatag cggacaggga acaaccggcg
      661 aaaagaaaat caatcaacgc ctcgcagcgt tcaaggagct tgtggaaaag acttacgcgg
      721 aaatgctcac gaaggacggc atagtcagtg cagaactcct caagaaccgc ttgcagggca
      781 ccgttgccgc accaaccacc cttttggcca tgagcgaggc agaactgcaa tctgtgaagg
      841 catgcgtagg caagtcgaaa gctgaaagca cctaccaaaa cctgatctat tcggacaagc
      901 tgcttcgggc gttcatgaag gaaaacggag ggtgagacat ccccctcgta ggcattacgg
      961 aagatctgtt tgaggacttc cgcttctttc tcaaaaaacg cggtttggcg gcatcgacca
     1021 tgaacaagca cctctgccga ttgagtcgat tgatgtatcg tgcggtagac ttgaaagtca
     1081 tccgctgcca tccttttgaa gatgtcacct atgaaaaaga ggaaaggaag attcgcttct
     1141 tgca
//
LOCUS       SEQF2637|AYYD01001201.1  666 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..666
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 catatgcatg actcacagtg tgttatagca ctccgcagga acatatttga cccttaagcc
       61 caatattttg tcattattcg gcggagggat tcttttttgc tgttatccca tgtgctttcc
      121 cttaaaggaa gaaagagaag agggcgaagg gggcatcaat atctcctcta ggagcggaac
      181 gggagacttt gagggactgc ttcggattga ggtggaccaa gaagatggct acctctgtcg
      241 gtggatgccc cacaaaacat taagtacaac gggggaaacg gaaaacactg agagacaggg
      301 atgtgagaaa aagaggcgcc aaacattcag tacattttgc ttggatttcg gttggattcg
      361 ggggggatgg aactgggggc ctacaacggg cgggttggat tgagatctcc caaagggcca
      421 aaaacgcgcg aaaaggcgca tgaatactga tgatctgagg ggataaacaa aggcgctcag
      481 ggggctcgaa atagggctaa aacggggtgt tcggacgtgg ggctgggcac cccgtttttt
      541 tacccctcaa aatcgaataa tgacgcgata aagacaatcc cggcgccgaa taatgacaaa
      601 atattgggct taagggtcaa atatgttcct gcggagtgct ataacacact gtgagtcatg
      661 catatg
//
LOCUS       SEQF2637|AYYD01001202.130381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..30381
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             40..261
                     /locus_tag="SEQF2637_01920"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDSIRCDFDRYPYEVTTYARQFIVRPSNVTERNLITTCTLQN
                     AVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             265..531
                     /locus_tag="SEQF2637_01921"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLRAHVWLHRQCDRLSPKWQKRIVFALCAVYFIC
                     SMAMIAQPFLPEEKHEPAVPVSRLTDSPIKRDSLHRHVIEPIKT"
     CDS             538..1755
                     /locus_tag="SEQF2637_01922"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTKRKEQLQRTLVFTGLGLLFTLSIWFIFRPSADEQSAAEQGL
                     NKDVPQASPDELPTSKLKAYELGRDEEAEGRKSQLLGTLADYFNREGEAKAEPEPAEE
                     VPAAIGRSIDKYEETARELESFYDLPAVEDDDVKRELNALRAELGALKEEKAQANGEV
                     DQLELLEKSYQMAAKYLPSGNTPTSPTPERSTIKPPASELPAAELSPERETVVSSLDQ
                     PISDSTFIAEYGYKERNMGFRSVGKATPSIARNTLSVVVDRTTTIRQGDFLRLRLAEP
                     ARIEGMTLPPNTVLIAQSTIDGNRMKLHVTSVEHAGRILAVKLSAFDLDGQEGLSIPG
                     SEEVSALKEVGAGVGGTIGTSFTFASSAKDQLIAEAARGVMQGASQLLQKKLRTIKVT
                     VKSGHRLFLVQAK"
     CDS             1780..1926
                     /locus_tag="SEQF2637_01923"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLLSAVLCCGFITTTFATSTDTLRTQMRSTGDLYQGMSRAV
                     PNCR"
     CDS             2548..3006
                     /locus_tag="SEQF2637_01924"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNIRNAAWAIGVLLLAGFCLVGCDRRLDVRTVYPFQVTTMPI
                     PKILAPGEEVEIRCTLALERIVNGTRYTLRYFQYDGNGALRIGRRGKSLTPNDRYAIA
                     PGHFTLYYHSLSAERQSLEVVFEDNHGQSQTLAFDFNHKENKVSPEDISV"
     CDS             3120..3641
                     /locus_tag="SEQF2637_01925"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKIGCGLLALLVCVQALAASNAQAQRGADRLFSLPRFERAVA
                     CIKHYEGLHGPKNHPYVGYGHRLLPGERLSCAMTKRQADSLLRADLKKRLVTFRRFGR
                     DSLLLAVLSYNVGEYRLLGYGKQPKSRLIQKLESGDRDIRGEYTSFCRYRGKELKALR
                     LRRRVELALLYEK"
     CDS             complement(3693..4187)
                     /locus_tag="SEQF2637_01926"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVPLSSGEGQQTIRVTSRSNAPKAFATDKIFLLHSVFYRRRAL
                     PFPSSSALCCPRNETGILRALNAKKNVSTMKTERSYHPQNRFETKRRLLTLPHKIVWI
                     VICIVALKAIGTSEELTAILTLLAVFYLVHATLQMALRILFYLIRWLCITAALAWIVC
                     RLLL"
     CDS             complement(4351..4794)
                     /locus_tag="SEQF2637_01927"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNKKXFSYYRLRLXSXLXDYHPERLADEAFIRARSDAAAQA
                     YEDAFRQGYPVLEAGYIATEVLFAGLHFSPYYMLEQIIENEFANVVPPERAADFALRL
                     LQSDSIRETIEKYEPGDDFDGSPEYDQLYTELTGVIALSYSKRTA"
     CDS             complement(4832..6055)
                     /gene="xerD_8"
                     /locus_tag="SEQF2637_01928"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MKTIFRTAFYLRSNYVNKDRKVPVMLRIYLNNERLSLGSTGIAI
                     LRSQWDGKKERVKGRSTEVLSINLELDNIQNGLQNIFRRMELGDYLSLERIKMEFLGK
                     KEDIGTIMELFDRHITDVKKQVGVSVSAATLQKYNVCKKHFTTFLKSKYSRTDLKLSE
                     LTYVVLHDFDLYLRTTVGQAPNTATKTLKTFKTITLFGGKLGVLHHDPFVNLRFHMEP
                     VDRGFLTDEEILRVANKNLGIQRLELVRDIFIFSCFTGLAYIDVANLTLDHIVTMDDK
                     QWIMTKRQKTSVETNVLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQKTNSYLKEIADL
                     CGIKKKLTFHLARHTFATMSLSXGVPXESVSKMXGHTNIRTTQXYARITNXKIEHDME
                     QLSEKLGKFNSAMGI"
     tRNA            complement(6430..6517)
                     /locus_tag="SEQF2637_01929"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(gct)"
     CDS             complement(6594..7190)
                     /locus_tag="SEQF2637_01930"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTVEERTREVHPLTLFAPEGARLLMLGSFPPPRERWRMDFFYPN
                     FQNDMWRIFGLVFFGDKSHFLTDDGHAFREAELRRFLTERGIAIWDTAMEVSRLQGNA
                     SDKFLEVLRPIDLRQTLALLPSCRAIAVTGQKALDTLLTLVSVPSPPPKTGEWTEAAL
                     DDRHFRLYRMPSSSRAYPLSVEKKAEKYRRMFEEMGLK"
     CDS             complement(7187..8359)
                     /gene="fadM"
                     /locus_tag="SEQF2637_01931"
                     /EC_number="1.5.5.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8RMG1"
                     /codon_start=1
                     /transl_table=11
                     /product="Proline dehydrogenase 1"
                     /translation="MLDFNDTQIAFEAKSDSELRNARLLFGTIKHPGLVKLAKLGTNI
                     ALGIHFPLGWIVKPTLYKQFVGGETIEDCARTVAGLRRFGVKSTLDYSAESEQTPEGI
                     EATMKETLRSVDNAKGNPDIAYAVFKPSTLTTDALLAKASEHPEQLTAEEKAAHEAYH
                     QRFLALCQRAYDNDVRILVDAEDYCFQDSIDAMTDEAMRMFNKRRAIVFATLQMYRHD
                     RMPYLRRILEDAKEKGYTAGIKFVRGAYMEDERARAVAMGYPDPICKNKQATDDNYNQ
                     GVEFVIDNLDHFELFMGTHNEESNYRLAKLIEKKGLRHDDPRIFFAQLLGMSDNISFN
                     LAHAGYNVTKYVPYAKVRDVLPYLIRRAEENTSVAGQTTRELNMLNLETERRKRAK"
     CDS             complement(8479..8988)
                     /locus_tag="SEQF2637_01932"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSRTLRSRLGSHSERSLLPLAQAVAVCETSVQHLRGTGKVCET
                     TMQRLCGPFTVCEMSVQHLHSPFTVCETTMQHLRGPFTVCGGTMQHLHSPFGVCETTM
                     QRLRGLFTVCGVTMQHLHSLFGVCETTMQALHSLFGVSDSDHTPEGASGKPFSEALRV
                     YKPVVFHPV"
     CDS             9073..9867
                     /locus_tag="SEQF2637_01933"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGCMTMSAQHAAQGKYACIYEYDVKSADGNIDRGTTLLQIADA
                     FAVFTDYSAFQLDSVARQPGASEAQRKEMEERVERNDHFFDQTVYQNDPSNRLTVHSV
                     IAPYRYTYEEKINPIAWRLVDEEKEVCGYPCKKATGTYGGREWIAWYAPEVAVPFGPW
                     KIVGLPGLVMAAEDAEGVHRFTAIQFRAASGPVVMGELPDEIKTTREKFIEAKNRFEQ
                     NPMANLPPEALSDMTIRKGEGGRKSIFVNGVQLRMRANGYTPLEVE"
     CDS             9864..12455
                     /locus_tag="SEQF2637_01934"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKWLLYLVFVLAGALPLRAGHTLRGTVANASGKAVEAATVQIMD
                     RDKTIAYAFTDAQGGYVVTYEADAAQQLRIVVSHLSYEKHTAQINVGDKRHDVRLKDK
                     NKALQEVVVKAPEVYQRGDTLNYRLSAFTGAADYTLSDALKKLPGVEVSDEGAIKYLG
                     KDISDFYIEGLDLLGGKYNVATQSLPAAYVTSVQVLTNHQPVKVDEAAFSDDVAINIK
                     LSKHAKLRPVGTYEATVGRGDKTRYYLAGAGMLFNPGFQLLAALKLGDTKEFAEQEGR
                     DHFADDAYTPVARSVLGELNASHPPIKRERYISPQDHAVSLNLIQKLRPEATLKANVG
                     YAHTRTGHSYASEQRYPTASESITIAQQYAPDVERHLPFLSMEYKDNRSKRYVVNRLT
                     AGATFLDASLPMSDGTWGASLQREKGREANVENRFSVRWKSEKLGWGLASFVRYNRTP
                     EGRVDIATSGGERLTQRAAGRHLLVRTTLSAAYETRTSRLYLPLTVDYGADRVTTALQ
                     QDTIAADNQLDGASLRILLSPQYEYTHPLRRFIFRASTTLGGVFQDYTNRGSHLAAYR
                     TGRWTAAPSLYFYYALSPRSIVRLQGAYAETDGDLSDLLTAPIRNRLTSERRGLGLLA
                     RSRTLSARADYDFKLPLEMLFCYVGASYVQQRNSLIPSLAVSPRLIEATARCMPHHTR
                     HASVYFGLTKRFQSVGTKAALNAGFTRGQQAMIQNERLYNYQLSTLWFTPTVVAKPFG
                     DPVELAYSYRFVKTFNRIRSGRTSSHLSQTHDIRLHLQPAAAWLLTAASDITTEAWPT
                     GRPVTATLFDLGLTYRHRALRLSLDLRNVFNRRHYSYSLFSAVNTYTYSYRLRGRELW
                     LTASLTR"
     CDS             13324..15078
                     /gene="aspS"
                     /locus_tag="SEQF2637_01935"
                     /EC_number="6.1.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67015"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate--tRNA ligase"
                     /translation="MYRTNTCGELRLTDEGRTATLAGWVQRTRKMGGMTFVDLRDRYG
                     ITQLVFNEALNAPLCEQANKLGREFVIRVTGTVRERSNKNPHLATGEIELIVDELEVL
                     NPALTPPFTIEDETDGGDDLRMKYRYLDLRRQAVRKNLELRHRMALEVRRYLSDLHFL
                     EVETPILVNSTPEGARDFVVPSRMNPGQFYALPQSPQTLKQLLMVSGFDRYFQIVKCF
                     RDEDLRADRQPEFTQIDCEMSFVEQDDVITLFEGMVRHLFRAVLGVEFSSEAFPRMTW
                     HDAMKYYGSDKPDLRFGMRFVEITDLMKGHGFGVFDRADYIAGIRAEGAATYTRKQLD
                     ELTKFVERPQIGAKGLIYARVEPDGHVKSSIDKYFTQEQLQAMKAAFGAEPGDLMLIL
                     CGETDKTRKQLCELRLEMGNRLGLRDKSRFECLWVVDFPLLEWSEEDQRFYAVHHPFT
                     SPKPEDIPLLEANPGAVRANAYDMVINGVEVGGGSIRIHDSKLQDKMFSILGFTEERA
                     QEQFGFLMNAFKYGAPPHGGIAYGLDRVVSLFAGLDSIRDCIAFPKNNAGRDVMLDAP
                     TPLEPAQLEELHIDVKPE"
     CDS             15090..16187
                     /locus_tag="SEQF2637_01936"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67272"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP cyclohydrolase 1 type 2"
                     /translation="MLLIRDVLREIEHLAPTALQESYDHTGLQVGDVNQPARGALLCV
                     DVTEAVVDEAIAHDCNLIIAHHPLLFRPLRELTGADYVQRCVAKACRHDLVIYAAHTN
                     LDNATGGVNDKLAELLGLRNTRILRPLSDGLLKLVTFVPETHADAVRAALADAGAGHI
                     GAYDACSFSSRGEGRFRASEGCQPYVGTVGALHVEPEVRVETVLPRHLRSTVVRALLA
                     AHPYEEVAYDLYPLSNAWSQAGSGAVGELAEPMSEADFLHHLKSVLHVPCVRHSALRN
                     RPVRRVALCGGSGAFLWRDAAAAGADVFVTGEAKYNDYFDVADSLLLAVVGHYESERC
                     TVDLFHEIISSKHPTFALRNSETSINPITYL"
     CDS             16191..17039
                     /gene="smc_3"
                     /locus_tag="SEQF2637_01937"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01894"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosome partition protein Smc"
                     /translation="MTTKEETSVMNEAETPTPEVVETAAPTHTPAAEYRELTVEERLR
                     SLHHLQAIMSEVDKLKTLRGELPLEVQDLEDEIAGLETRIKNYQGGIEENKANVLAQK
                     NKISESRELIERYKSQLDNVRNNREFDNLTKEIEFQGLEIEFAEKKIREFNAAVDAKK
                     QKIKQSKEVLEGRKGDLAQKKSELDEITSETRQEEDRLRDKAKALETTIEPRLLAAFK
                     RIRKGARNGLAVVPIERDACGGCFNKIPPQRQMDIKLRKKIIVCEYCGRIMIDPDLAE
                     EGTPNT"
     CDS             complement(17373..18125)
                     /locus_tag="SEQF2637_01938"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEMIEQISIDLSNYCSKQCPFCYNHSRPEGATMWRPSEVIRLA
                     TDCIAHGVRAVSLGGGEPFEYDGVFDIIRALYPRCYLTVTTNGLPLEHDAVWLQLLRD
                     APDKIHVTIHRPHDADEVRRVEGLIRRLAATPIKPGLNLLVESDRLPEATAVFTRFLG
                     LLTRQQIILVPRRPDHTPSARQLAEVAGRQPFQAPACLTRCLRPERFVSISWDKQVNH
                     CSYARGKAPLHSLDHAGLLDALSRVTWQRCGS"
     CDS             complement(18122..18913)
                     /locus_tag="SEQF2637_01939"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATAWYMVDDDDNVAIIQFENNGPIPVDVPDTWFDKLLFGPSTT
                     DRDDDHITFSLTDDQLDEVLENLTYAPTAPDEEKYWDEGITQIDPSREEEFLALCREG
                     ELIVEKCVSRVRGLYLVDYYNCFKHIEKEEDSPLLDPQSVIRKLIDRGIILRYLSFKY
                     LSIDDNKADESGKKFRLNFESLPYYLYQQPYNEEELSERVLTPRHPVKLSQVPEEFRS
                     RIHRIPGCFADKEYLQIAQHTPCRFEESPNFSLSTLPREEDYIPT"
     CDS             complement(18986..20404)
                     /locus_tag="SEQF2637_01940"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLLDKEYPATHSMSTAWYMVDDDDNVAIIEYNENGPVPWDVPEA
                     TTEDLLFGPPTGVSDSCKTTIELTEEQIEELLPDFLDAPCSLEDVSCWWHRTVFQIDP
                     RQTDAFLALCSEGGVPIKEIVSKQKGLYLAEFDRCIQMGKIKEGSVLQKMIAGGILTA
                     AYEMKEFEFDDIYHKETRRMEYTKNYEAAPYYIYYQPYWVAHLAKRMITPHHPVKLSQ
                     VPENFRHRIHRIPGRFADKEYLQIAQHTPCKVYGYSELTHSSGIWSLTPLPMEDGLWR
                     EVICHIPCWESYGWRPDPSEGDEEQSLEVLFQHIHNVPLTHRPTVVMIGDLKKRWFII
                     DKAFEHTDRLIRHTMWIPYVPMLPKKYANYDYDSAAAKSLTDEVLAQLLADCKYPDWV
                     VRWIRPHVLLLDDDAQAVFEQVYPITDHRVQIDGDSYPIYLLSERKRYAAEIEHYAQQ
                     PYRGEVQALVDYSFCVNDPSVR"
     CDS             complement(20921..21790)
                     /gene="ispH"
                     /locus_tag="SEQF2637_01941"
                     /EC_number="1.17.7.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67625"
                     /codon_start=1
                     /transl_table=11
                     /product="4-hydroxy-3-methylbut-2-enyl diphosphate
                     reductase"
                     /translation="MVNVTIDQDSGFCFGVVNAIRSAERELTQTDELYSLGDIVHNSL
                     EVDRLRSIGLHTIEHADLSRLEGRTVLLRAHGEPPSTYRLAREHRIRIIDATCPVVLQ
                     LQRRIHRCYNEIKGTPAQLVIYGKKGHAEVNGLVGQTDGTAIVIEHPEEALTRLDFSR
                     DIYLFSQTTKSLEGFGQTVELIRAHLAAGVHFRYFDTICRQVSNRLSTIRDFAARHDY
                     VYFVAGKKSSNGQMLYDQCRLANPRSVFISEVAEITEPLPPDVHSVGVCGATSTPKWL
                     MEEVAERIRTLNA"
     CDS             complement(21794..22492)
                     /gene="cmk"
                     /locus_tag="SEQF2637_01942"
                     /EC_number="2.7.4.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97PK6"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytidylate kinase"
                     /translation="MTKKIIVAIDGLSSCGKSTMARELAREVGYAYIDTGAMYRAVTL
                     YALRHALLSPDGAVDAAALERRMGEIDITFRVNPATGRSETHLNGQNVEADIRGMEVS
                     ALVSRVSALPFVRRALVAQQQAMGREKGLVMDGRDIGTVVFPQAELKVFVTASDEVRA
                     QRRVDELRAKGTDVSMEEVLRNVRERDRLDMERAESPLRRAEDAIELDNTHLTIEGQR
                     ERLLQLFRQATEAE"
     CDS             complement(22908..23912)
                     /locus_tag="SEQF2637_01943"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILRLMGLLCLFPACLAAQQGNEVFRFLRFPTSARAGALGGHT
                     VSLVEADPALVFHNPALLGGEMNGMVGLSYMNYIGGIHVGSAIYTRTHGDRGAWAVGL
                     SYINYGSMKEADAQRNLSGHFSASDAGLSATYSYDLSDRWRGGLSMKVLYSAIAEYSA
                     FGLAADAGLSYFDEEADLSVGIALKNIGAQLKAYDSRRSRLPWDIQLGFTKRMAHAPI
                     RLSVTGMYLNQWKFKYVDETLTERNVDDSFVATLAKHLVFGVDFVPSNNFWVGVGYNP
                     KEAMDMRLKDGGNRLGGFSMGAGLHVSRFDVSISAARYHPSAMSLMLGLGISLNDDNP
                     "
     CDS             complement(24384..25157)
                     /locus_tag="SEQF2637_01944"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKILILGAGRMGSFFTDLLSFDHEVAVLESDPRRMRFIYNALRL
                     ASPDEMEAFAPELVINCVTLSRTLEAFDAVLPHLRPGCIISDIASVKTGLAEYYARCG
                     FPYVSTHPMFGPTFANLGNLMNENAIIISEGDHLGRVFFKDLYGRLKLNIFEYTFDEH
                     DRVVAQSLGIPFASTFVFVATMEHQDAPGTTFRRHMKIARGVLSEDDYLLSEILFNPR
                     TPGQIERIREELAELQHIIARHDTEAMRAYLARLRKRIE"
     CDS             complement(25154..26257)
                     /gene="aroF"
                     /locus_tag="SEQF2637_01945"
                     /EC_number="2.5.1.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYH8"
                     /codon_start=1
                     /transl_table=11
                     /product="Phospho-2-dehydro-3-deoxyheptonate aldolase"
                     /translation="MSKKIENLDLKSIVLPGVDEKRPLVIAGPCSAETEEQVMTTANA
                     LAAVGVKIFRAGIWKPRTRPGGFEGVGAPGLKWLKRVKEETGMYVATEVATRDHVFEA
                     LKAGVDVLWIGARTAVNPFAMQDVADALSGVDIPVLIKNPVNPDLELWIGAIQRVYGA
                     GIRRIAVIHRGFSSYDKKLYRNSPLWHIPIELRRRIPNLPIICDPSHIGGKRELIAPL
                     SQQAMDLNFDGLIIESHCSPDEAWSDAAQQITPDVLDYVLSLLVIRDATQTTENLSAL
                     RRQIDGVDEQLLELLAKRMRISREIGVYKKEHNMPILQSPRYGEILENRAKAGAAMEL
                     NPDFVQAILKNIHEESVRQQMIVMNQGENATES"
     CDS             complement(26308..27516)
                     /gene="dapL"
                     /locus_tag="SEQF2637_01946"
                     /EC_number="2.6.1.83"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2RK33"
                     /codon_start=1
                     /transl_table=11
                     /product="LL-diaminopimelate aminotransferase"
                     /translation="MNKENKAFSVRPAYRVGTVQEYYFSKKLKEVAAMNAAGKRVISL
                     GIGSPDLPPSEVAVKTFQREVARPDVHGYQPYTGMPELRRGYATWYEQWYGVTLDADR
                     EVLPLIGSKEGILHVSMAFLNPGEGVLVPNPGYPTYSSVSRLVGAELVPYTLEASRGW
                     QPDFEALERLVAEREAALCPPIKLMWVNYPNMPTGADASDKLLERLVDFGRRHGIVIC
                     HDNPYSFILNDHPRSILAVKGAKEVCIELNSMSKAHNMPGWRMAMLASNAQFVSWILR
                     VKSNVDSGQFRPMQSAVVEALKAPREWYDGMNAVYRRRRVLAERIMDALGCQYDRKQV
                     GLFLWGRVPVSAQSGEALADRVLQQAHVFITPGFIFGSAGDQYVRISLCCPEEALEEA
                     LERVKMKIEK"
     CDS             complement(27491..28447)
                     /gene="pheA"
                     /locus_tag="SEQF2637_01947"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9J8"
                     /codon_start=1
                     /transl_table=11
                     /product="P-protein"
                     /translation="MKEIEKDPAIVNGGIFSFSMGSPFAKKEDRPDINDEQKGMKKKV
                     AIQGIAGSYHDVAAQRYFEGEAVEPVPCDTFREVIEHVSAGTVGMMAIENTIAGSLLQ
                     NHELIREGNCRIVGEYKLRIMHSFAALPGTRAEDITEVNSHPIALMQCRDFLDTLPGA
                     KLVECDDTAGSARWVAEKQMHGHGVICARRAAEMYGLEVLAEGVETNKRNYTRFLVIA
                     RPDLAEHMQQEAVRNKASLVFALPHTSGSLSKVLTILSFYDMNLSKIQSLPIIGREWE
                     YMFYVNLTFEDYTRYRQALEAIIPLTNDLKILGEYEQGKQSI"
     CDS             28690..30309
                     /gene="ybiT"
                     /locus_tag="SEQF2637_01948"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9U3"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YbiT"
                     /translation="MIIVSGLDIRFGKRILFQDVNLKFLPGNCYGIIGANGAGKSTFL
                     RAISGDLDPTRGTISMGPGERLSVLAQDHFAFDDYTVLDTVLMGHTQLWAVMSEKNAL
                     YAKEDFTDADGIRASELEEKFAEMEGWNAESDAAALLSGLGIEEALHAKMMRDLSGKQ
                     KVRVLLARALFGKPDNLLLDEPTNDLDLETVSWLENYLANFEHTVLVVSHDRHFLDSV
                     CTHTVDIDFGKLKLFAGNYSFWYESSQLALRQQQQQNKKAEEKKKELEEFIRRFSANV
                     AKSKQTTSRKKMLEKLNIEEIQPSSRRYPGILFNPAREPGNQILEVSGLTKTIDGHTL
                     FRDLNFNVEKDDKIVFISRDPRAMTALFQIINGEEEPDAGTFRWGQTITTAYLPLDNA
                     RYFNSDYNLLEWLGQFAKDTNEVFLKGFLGRMLFTGEELQKKVSVLSGGEKMRCMISR
                     MMLRDANTLILDTPTNHLDLESIQAFNNTLVNYKGNVLFSSHDHEFIQTVANRVIELT
                     PNGNIDKMIEYDDYISDPKISELRERLYAGK"
ORIGIN      
        1 tacttcaatc gcatcatctc gggcaacatc aaccagcgcg tggaggtgga ctcgatccgc
       61 tgcgacttcg atcgctaccc gtacgaagtc acaacctacg cccgtcagtt catcgtccgt
      121 ccgagcaatg tgacggagcg caacctgatc acgacgtgca cgctgcaaaa cgccgtccgc
      181 tcagacaaca acccgcaagg tttcctcatg gagcacttcc tcgtgaggga gaatagggac
      241 attcagacat ataagagata agccatgagc acgagattta ccctcacccg ccgctacttg
      301 cgggcacacg tatggctgca cagacaatgc gaccgcctca gtcccaagtg gcagaagcgg
      361 attgtcttcg ctttatgtgc tgtctacttc atctgttcta tggccatgat tgcgcagccc
      421 ttccttcctg aggagaagca tgaaccagcc gttcccgtca gccgacttac ggacagtccg
      481 atcaagcggg acagcctgca tcgccacgtt attgaaccca taaagaccta acctatcatg
      541 gacaccaaac gcaaagaaca actacagcgc acccttgttt ttactggctt ggggctactg
      601 tttaccctct caatctggtt catcttcaga ccgtctgccg atgagcagtc ggccgcggag
      661 caagggctga acaaggacgt cccacaagcc tcacccgatg agctgcccac aagtaagctc
      721 aaggcctacg agttagggcg cgacgaagag gcggagggtc gcaagagcca gctcctcggc
      781 acgctcgctg actacttcaa ccgggagggt gaggcgaaag ccgaaccgga accggcagag
      841 gaagtccccg cggctatcgg tcggtcgatc gacaagtacg aggagactgc ccgcgagttg
      901 gaatcgtttt acgacctgcc cgccgtggaa gacgacgacg tcaaacgtga actcaatgcc
      961 ctccgcgccg aactcggtgc gctgaaggag gagaaagccc aagcaaacgg cgaagtcgat
     1021 caattagaac tgttagagaa gtcatatcag atggccgcga agtatctgcc atcaggtaac
     1081 accccaacct cacccacacc agagaggtct accatcaagc cacccgcatc tgaactaccc
     1141 gccgcggagc tatcgcccga acgagagacg gtcgtctctt cactcgatca gccgatcagt
     1201 gactccacct ttatcgccga gtacggttac aaagagcgca acatgggctt ccgctccgtc
     1261 gggaaggcca cgccctccat tgcccgcaat acgctgtcgg tcgttgtcga tcgcacgacg
     1321 accatccggc aaggcgactt ccttcgcctc cgtctcgcag aacctgcccg catcgagggt
     1381 atgacgctgc cccctaacac ggtgcttatt gcgcagtcca cgatcgacgg caatcggatg
     1441 aaactccatg ttacgagtgt agaacacgcc ggtcgcatcc tcgccgtcaa gctctccgcc
     1501 ttcgacctcg atgggcaaga aggcttatct atccccggct ctgaggaggt atcggccctc
     1561 aaagaagtgg gcgcgggcgt cggtggaaca atcggaacga gcttcacctt cgcctcgtca
     1621 gccaaagatc aactcattgc cgaagccgcc cgaggcgtga tgcagggcgc cagtcagctt
     1681 ctacagaaga agctccggac tatcaaggtg acagtcaaaa gcggtcaccg actcttcctc
     1741 gttcaagcca agtaaacctc atttcattac ctgattccca tgaaaaaact tctcctatcc
     1801 gccgtccttt gctgcggatt catcactaca accttcgcca caagtaccga cacgttgcgc
     1861 acgcagatgc gctccaccgg cgacctgtat caaggcatga gccgcgctgt ccctaactgc
     1921 cgttagccct ctggaagaaa cttccacggt atcctcaacc gctgtttggt ctctggaaga
     1981 aacttccacg gtacccccaa cggaagatag gcctctggca gaaacttcca tggtgcctcc
     2041 aacgactgtt aggcctttgg cagaaacttc cacggtatct ctaacggctg taaagtctct
     2101 ggcagaaact tctacggcac ttcaaccggc tgttgagcct ctggcagaaa cttccacggt
     2161 atctccaacg gctgttaggc ctctggcaga aacttccacg gttttactcg ccgctcccac
     2221 cacccattta cattatttat tgcccgctga gtatgcatgc cggtttacaa gagttttatc
     2281 cggactaatc cagccgctcg tccttgagaa aatccttatg gaagccacca acgtcctcca
     2341 atcgaaggtc gacatcgata aagagcacaa ggcggttcgc gcatagtcgg gggcggcggg
     2401 ctgcatctcc gtgtagagct gttcctgtcg gatcacctgc tctttgtcgt cggcggccgc
     2461 ggactgttcc tcttcggctc ggacgtctat cctttccgac ctgctatctc ggcaggtttt
     2521 cgcatcaacc tctaacccca atgaatcatg aaaacgaaca tccgtaatgc ggcatgggcg
     2581 ataggcgtcc tgctcctggc cgggttttgt ttggtcggct gtgatcgccg tctggacgtg
     2641 cgaacggttt acccgttcca agtcaccacg atgcctatcc cgaaaatcct cgcgccgggt
     2701 gaagaagtcg agatccgctg cacgctcgcg ctcgagcgca tcgtgaatgg cacacgctac
     2761 accctccgct atttccagta cgacggcaat ggagcgctgc gcatcggtcg acgcggtaag
     2821 tcactcacgc cgaacgatcg ctacgccatc gcgccggggc atttcaccct ctattatcac
     2881 tcgctttccg ccgaacgaca gtcgctcgaa gtcgtgttcg aagacaacca cggccagagt
     2941 caaacgctcg catttgactt caaccataag gagaacaaag tctctccaga agacatctct
     3001 gtctgaatac atcttttttc atcgcctatt ttattcataa ccctgacatg aaaagcatct
     3061 gtccgcgacg gatcggtgct tttgcttttt atctaccccc aaaaacatct gaccacctta
     3121 tgaaaacgaa aatcggatgc ggcctgctcg cgctccttgt ttgtgtccaa gcgctcgccg
     3181 cgtccaacgc gcaggcacag cgcggagccg atcggctgtt cagccttcca cgcttcgagc
     3241 gcgccgtcgc gtgcatcaaa cattacgaag ggctgcatgg cccgaagaac cacccttatg
     3301 tcggctacgg ccaccgcctg ctgcccggtg agcggctttc gtgtgcgatg acaaaacggc
     3361 aggcggattc tctgcttcgt gcagatctga agaaacggct cgtcacgttt cgtcgcttcg
     3421 gtcgcgactc cttgctcctt gctgtgttgt cgtacaatgt cggtgaatac cgcctcttag
     3481 gctacggcaa gcagccgaag agtcgcctca ttcagaagtt ggaatcgggc gacagagaca
     3541 tccgaggtga gtacacctcg ttctgccgat accgcggcaa agagctgaaa gcactgcgtt
     3601 tacgacgtcg cgtggagctt gcgttgctct atgaaaagtg atgggaagaa ggtcccgata
     3661 gatcctctcc ccgtcattgc tattataacg tctcaaagta gtagtcggca aacgatccaa
     3721 gccaatgcag cggtgatgca aagccatcga ataaggtaga acagtatccg aagagccatt
     3781 tggagtgttg catgcacgag atagaagacg gcaaggagcg tcaagatggc ggtcaattct
     3841 tccgaagtgc ctatggcttt caacgccaca atacagatga caatccaaac gattttatgc
     3901 ggtaatgtga ggaggcgtcg tttcgtttca aatctgtttt gggggtgata agatctttcc
     3961 gttttcatcg tgctgacatt tttttttgcg ttcaaagctc ggagtatgcc ggtttcgttt
     4021 cgagggcaac aaagggcaga cgatgaggga aaaggcaagg ctctacgccg ataaaatacg
     4081 ctgtgaagca ggaagatttt atcggtggcg aaggctttgg gggcgtttga ccttgacgtt
     4141 acccttatcg tctgctgacc ttcgcccgaa gacaagggaa ccgacatcag cctccgagtc
     4201 gcaaacaaaa agtggaagca gggaaccccg tagaggaaag atcctcgaaa taggatattt
     4261 taggtatcga ggtcagaaaa acggccgcag cggagtgcca cggccgaatg aaaaacggga
     4321 tgcgaaaggg gggaggctac gggagcacct tcacgccgtc cgcttcgagt agctcagggc
     4381 gatgacgccg gtcagttcag tgtagagctg gtcgtattcc gggcttccgt cgaaatcgtc
     4441 acccggctcg tacttctcga tggtctcgcg gatggagtcg ctctgcaaca gcctcagcgc
     4501 aaaatccgcg gcacgttcag gcggaaccac gttggcaaac tcgttctcga taatctgctc
     4561 gagcatgtaa tacggcgaaa aatgcagtcc tgcgaagagg acttccgtag cgatataccc
     4621 ggcttcgaga acgggatagc cttgccgaaa ggcgtcttca taggcctgcg ccgcggcgtc
     4681 cgatcgggca cggataaacg cctcgtcggc cagccgttcg gggtgataat cttncaaatn
     4741 ggantctaat cgcagtcggt aataggagaa ntccttcttg tttgttgttt tcatatcgtg
     4801 tttctgtttt tgatgtgact tggntnttgt atcagatccc catcgcagag ttgaacttgc
     4861 cgagcttctc ggacagttgc tccatgtcgt gttcgatctt nttgttcgtg atgcgngcgt
     4921 anatctgcgt cgtgcggatg ttcgtatggc cnaacatctt gganacngat tcnatgggga
     4981 cgccnttgct tagngacatg gtggcaaagg tgtggcgagc gaggtggaag gtcagcttct
     5041 tcttgatccc gcagaggtcg gcgatctcct tgaggtagga gttggttttc tgattcgtca
     5101 ggacgggaaa gagcttaccg tcccggtatg tcttgtggct gtacttcgca atgattgctc
     5161 tcgggatgtc gagaagcagc acattggtct ccacgcttgt tttctgtcgc ttggtcatga
     5221 tccactgttt gtcgtccatc gtcacaatgt ggtctagcgt gaggttggcc acgtcgatgt
     5281 aggccagtcc ggtgaagcag gaaaagatga agatgtcccg caccaactcc agtcgctgga
     5341 tacctaaatt cttgttagcc actcgaagga tctcttcgtc cgtcaggaag cctcgatcta
     5401 ccggctccat gtgaaagcgg agattgacga agggatcatg gtggagaacg ccaagctttc
     5461 ccccgaagag agttatggtc ttgaaagtct tcaacgtctt ggtggccgtg ttgggcgctt
     5521 gcccgacggt tgtccgaagg tataggtcga aatcatggag cacgacgtag gtcagctcgg
     5581 agagctttaa gtcggtgcgg ctgtacttgc ttttcaggaa ggtcgtgaaa tgctttttgc
     5641 acacattgta cttctgcaat gtcgcagcag aaactgatac gccgacctgc ttcttgacat
     5701 cggtaatatg cctgtcaaaa agctccatga tcgtaccgat gtcctctttc tttccgagga
     5761 actccatttt gatgcgctcc aaggatagat aatcgcccag ctccattctc ctgaagatgt
     5821 tttgcaatcc gttttgaatg ttatccaatt cgagattgat gctgagcact tccgtgcttc
     5881 ttcctttcac acgttccttc ttaccatccc attgagatcg aaggatggct ataccggtag
     5941 agccgagcga gagtcgctcg ttgttgaggt agattctcag catgacgggt accttcctgt
     6001 ctttgttcac gtagttgctt ctgagataga aagcggttct gaatatggtc ttcatacaca
     6061 tgactgtttt tggctgcagt catgatcttc agaaaagaag tgtagccaag acctctgttg
     6121 attgtagccg gatacagtgt tttggcacga actttttccc ttcgatcacg cttgcaaagt
     6181 tctacataga tgactgaaaa acagttgtat atgagtgctc cctacagact cttggctaca
     6241 attttcattt ggccgaaaaa gttgtagcca gattgtagct gttggggagc attttgggcg
     6301 tttcggccgc ttcaatacgt gctctgaaat gataggtagg cacagaagaa aagtgccata
     6361 actcgttcaa gttatggcac ttacattttt cctaaagagt ctctgaatgc ctttttcaga
     6421 gtacctccag cggaaggagg gggattcgaa cccccggtac ggtaacccgt acgacagttt
     6481 agcaaactgt tggtttcagc cactcaccca tccttcctta ctgactcagc agtgtggctt
     6541 atttcaaaaa gacgggggca aagatagacc cgttttccat ttacacaaat gtctcacttc
     6601 agccccatct cttcaaacat ccgccgatat ttctcagcct tcttctccac cgaaagcgga
     6661 taggcgcgcg atgacgaggg catacgatag agtcggaaat gccgatcgtc taacgcggcc
     6721 tccgtccatt cgcccgtctt cggaggtggt gagggcactg agacgagtgt cagtaacgtg
     6781 tcgagcgcct tttgacccgt cacggcgatg gcgcggcagg acggaagcag agccagagtc
     6841 tgccgaaggt cgatcgggcg aaggacttcg agaaacttat ctgaggcgtt gccttggagg
     6901 cgactgacct ccatcgctgt gtcccagatg gcgatgccac gctcggtgag aaaacggcgg
     6961 agttcggcct cgcgaaacgc atgtccatcg tcggtgagga agtgcgactt gtcgccgaag
     7021 aagactaagc cgaagatgcg ccacatgtcg ttctgaaagt tgggataaaa gaagtccatc
     7081 cgccaacgct cacgcggcgg aggaaagctg cccagcatca gcagccgggc accctccggt
     7141 gcaaaaagcg tcaggggatg gacttcccgt gtgcgttcct ccacggtcat ttcgctcgct
     7201 tacggcgctc ggtttcgagg ttaagcatgt tcagctcgcg ggtggtctgt ccggctacgg
     7261 aggtgttctc ctctgcgcgg cggatgaggt acggaagcac gtcgcgcacc ttggcgtagg
     7321 gcacgtattt ggttacgttg taacccgcgt gggcgaggtt gaaggagatg ttgtcgctca
     7381 tgccgagtag ctgggcgaag aagatgcgcg gatcgtcgtg acggaggcct ttcttctcga
     7441 tcagcttggc caggcgatag ttgctctcct cgttgtgtgt gcccatgaaa agctcgaagt
     7501 ggtcgaggtt gtcgatgacg aactccacgc cttggttgta gttatcgtcg gtggcctgct
     7561 tgtttttgca gatcgggtcg gggtagccca tggcgacggc acgggcgcgc tcatcctcca
     7621 tgtaggcacc gcggacgaac ttgatgccag ccgtgtaacc cttctccttg gcgtcctcga
     7681 ggatgcggcg gaggtacggc atgcggtcgt ggcgatacat ctggagggtg gcgaagacga
     7741 tggcgcggcg cttattgaac atacgcatgg cctcgtccgt catggcgtcg atggaatcct
     7801 ggaagcagta atcttcggca tcgacaagga tacggacatc gttgtcgtaa gcgcgttggc
     7861 agagggcgag gaagcgctgg tgataggcct catgggcggc tttctcctcg gccgtcagtt
     7921 gctcggggtg ctcagaggct ttggcgagca gggcatcggt ggtgagggtg gagggcttga
     7981 agacggcgta ggcaatgtcg gggttgccct tcgcattgtc caccgagcgg agggtctcct
     8041 tcatcgtagc ctcgatgccc tcgggggtct gctcactttc ggccgaatag tcgagtgtcg
     8101 acttgacgcc gaagcgcctc agtccggcca cggtgcgggc acagtcttcg atcgtttctc
     8161 cgcccacaaa ttgcttgtag agcgtcggct tcacgatcca ccccagcggg aagtggatcc
     8221 ccagcgcgat gttcgtccca agctttgcca acttcactaa cccggggtgt ttgatggtgc
     8281 caaacagcag gcgggcattt ctcagttcac tgtctgattt cgcctcaaag gcgatctgag
     8341 tatcattaaa atctaacata taggtacttg ctaagcgatt tgaaatcggg ccgaatgtat
     8401 tccgttttcc ataacgccac cctccccccc ccgtaacaat tttctcccga ggcggccctg
     8461 cgcgcttatg atctacaatc aaacggggtg aaaaacgacc ggcttatata cccgcaaagc
     8521 ctctgagaaa ggcttgccag acgccccctc cggcgtgtga tccgagtcgg agactccgaa
     8581 aaggctatgc aaggcttgca tggtcgtttc gcacactccg aaaaggctgt gcaggtgttg
     8641 catagtcacg ccgcacactg tgaaaaggcc acgcaggcgt tgcatagtcg tttcacacac
     8701 tccgaaaggg ctgtgcaggt gttgcatagt cccgccgcac actgtgaaag ggccacgcag
     8761 gtgttgcatg gtcgtttcac acactgtgaa agggctgtgc aggtgttgca cactcatttc
     8821 gcacactgtg aaagggccgc acaagcgttg catggtcgtt tcacacactt tgccggtgcc
     8881 acgcaggtgt tgcacactcg tttcgcacac tgcgacggcc tgtgcaaggg gtaaaagaga
     8941 cctttcggaa tggctcccca aacggcttcg cagcgttcgg gaggtcattt gaggctggat
     9001 gtatatcgct atctatgcac ccactaacag atatacagta tgaatacacg aattccaatc
     9061 atttgtcttt tgatggccgg ctgcatgacg atgtcggccc agcacgcggc gcaagggaag
     9121 tatgcgtgca tctatgagta cgacgtgaaa agtgcggacg gaaacatcga tcggggcacc
     9181 accctgctgc agatcgccga tgcctttgcg gtgttcacgg attattcggc ctttcagctc
     9241 gattcggtcg cacggcagcc cggcgcgtcg gaagcgcagc ggaaggagat ggaggaacgg
     9301 gtggagcgaa acgaccactt tttcgaccag acggtgtacc agaacgaccc cagcaatcgc
     9361 ctcacggtgc acagcgtgat cgccccttat cgatacacct acgaggagaa gatcaacccc
     9421 atcgcttggc gccttgtgga cgaagagaag gaagtctgcg gttacccctg caagaaggcg
     9481 accgggacgt acggcggccg cgaatggatc gcgtggtacg ccccggaagt ggccgtcccc
     9541 ttcgggcctt ggaagatcgt cgggctgccc ggcctggtga tggcggccga ggatgcggag
     9601 ggggtgcatc gcttcaccgc catacagttt cgggccgcgt cggggcctgt tgtgatgggc
     9661 gagctgcccg acgaaatcaa gacgacgcgc gagaagttca tcgaggccaa gaaccgtttc
     9721 gagcagaacc ccatggccaa tctgccgccc gaggcgctgt cggacatgac cattcgcaag
     9781 ggcgaaggcg ggcgaaagtc gatcttcgtc aacggggtgc agctgcgcat gcgggctaac
     9841 ggatacacac cgctggaagt cgaatgaagt ggctcttgta cctcgtcttt gtgctggccg
     9901 gagcgctccc gctccgcgcc gggcacacgt tgcgcggcac cgtcgcgaac gcctcgggca
     9961 aggccgtgga ggcagccacg gtgcaaatca tggatcgcga caagaccatc gcctatgcct
    10021 ttaccgatgc gcagggcggt tacgtcgtca cgtatgaggc cgacgccgcg cagcagctcc
    10081 ggatcgtcgt ctcgcacctc tcttacgaaa agcacaccgc gcagatcaac gtcggggaca
    10141 agcgtcacga tgtgcgattg aaggacaaga acaaggccct gcaagaggtc gtcgtcaagg
    10201 cccccgaggt gtatcagcgg ggcgatacgc tgaactatcg gctgagcgcc ttcacggggg
    10261 cggccgacta tacgctcagc gatgcgctga agaagttgcc gggcgtggag gtgtcagacg
    10321 agggcgccat caaatacctc gggaaagaca tctccgactt ctacatcgaa gggctggatc
    10381 tgctcggcgg gaaatacaac gtggccacgc agagcctccc cgccgcgtac gtgacgtccg
    10441 tgcaagtgct cacgaaccat cagccggtga aggtggacga ggccgcattc tctgacgatg
    10501 tggccatcaa catcaagcta tccaagcacg ccaaactgcg gcccgtcggc acctatgagg
    10561 cgaccgtcgg gcgaggcgac aagacgcgct actacctcgc aggggcgggc atgctgttca
    10621 atcccggctt ccagctactg gcggccctga agctgggcga tacgaaagag tttgccgaac
    10681 aggagggccg cgatcatttt gcggacgacg cctacacgcc cgtggctcgg tccgtgttgg
    10741 gcgagctgaa tgcctcccat cccccgatca aacgcgagcg atacatctcc ccgcaagacc
    10801 atgccgtgag cctgaacctg atccaaaagc tgcgccccga ggctacgcta aaagccaacg
    10861 tgggctatgc acacacccgc acggggcaca gctacgcctc cgaacagcgc tatcccaccg
    10921 cctcagagtc gatcaccatc gcccagcagt atgcgcccga cgtggagagg catctgccct
    10981 tcctttcgat ggaatacaaa gacaaccgct cgaagcgcta tgtcgtgaac cgcctcacgg
    11041 ccggcgctac gtttctggac gcttcgctcc cgatgtcgga cggcacgtgg ggcgcgtcgt
    11101 tacagcgtga gaagggccgc gaggccaacg tggagaaccg cttctcggtg cgctggaaaa
    11161 gtgagaagct gggctgggga ctcgcctcgt tcgtccgcta caaccgcacg cccgagggac
    11221 gtgtcgacat cgctacgagc ggcggcgaac gccttacgca acgggctgcc ggtcggcatt
    11281 tactcgtccg aacgacgctc tcggcggcgt acgagacgcg gacatcacgc ctctatctgc
    11341 cgctgacggt ggactatggc gcggaccggg tgacgacggc tttgcagcag gataccatcg
    11401 cggccgacaa ccagttggac ggtgcgtcgc tgcgcatcct cctctcgcca caatacgaat
    11461 acactcaccc gctgcggcga ttcatctttc gcgcctccac caccctgggc ggcgtgtttc
    11521 aggactacac caaccggggg agccacctcg cggcctatcg gacgggccga tggacggccg
    11581 ccccgtcgct ttacttctac tatgcgctct cgccgcgatc catcgtccgg ctgcaggggg
    11641 cgtatgcgga gacggacggc gacttgtccg acttgctcac cgcgcccatc cgcaatcgcc
    11701 tgacgtccga gcggcgtggc ctcggcctgc tcgcccgtag ccgcacgctc tccgcccggg
    11761 ccgattacga cttcaagctg cccctcgaaa tgcttttctg ctacgtcggc gcctcgtacg
    11821 tgcagcagcg caacagcctg atcccatcgc tggccgtcag tccgcggctg atcgaagcga
    11881 cggcccgctg catgccgcat catacgcgcc acgcaagcgt ctacttcggc ctcaccaaac
    11941 gcttccagtc cgtcgggacc aaggcggcgc tcaacgccgg cttcacgcgc ggccagcagg
    12001 cgatgatcca aaatgaacgg ctatacaatt accaactgag cacgctttgg ttcaccccga
    12061 ccgtcgtcgc taagcccttc ggcgaccccg ttgagttggc ctacagctac cgcttcgtca
    12121 agactttcaa ccgcatccgc agcggccgca cgtcgtcgca tctctcgcag acgcacgaca
    12181 tccggctgca tctccagccc gccgcagcat ggctcctcac ggccgcgtcc gacatcacca
    12241 ccgaggcttg gcccaccggc cgccccgtca ccgccaccct cttcgacctc ggcctcacct
    12301 atcgccaccg cgccttgcgc cttagcctcg acctgcgcaa cgtcttcaac cgtcggcatt
    12361 acagctattc gcttttcagc gccgtcaaca cctacaccta tagctatcgc ctccgcggcc
    12421 gcgagctgtg gcttaccgct tcgctcacgc gatgatgccg gcgtcacctc catcgcttgg
    12481 ggaaacgcat gcaattccaa acagcttctt gagatctacg tacgggcgtt ctgctcgctc
    12541 gtcgttatgt cacttgggag gagtctctga gtcgaaagcg gcgccagaat gtcgcatgac
    12601 gggcccgctg gcacgcagcg acgccagaat gtcgcatgac gggcccgctg gcacgcagcg
    12661 acgccagaat gtcgcatgac ggggccgctg gcacgcagcg acgccagaat gtcgcatgac
    12721 ggggccgctg gcacgcagcg acgccagaat gtcgcatgac ggggctgctg gcacgcagcg
    12781 gcgccagaat gtcgcatgac ggggctgctg gcacgcagcg acgccaaaaa gtcgcttgac
    12841 ggagccgctg gcacgcagcg acgccaaaaa gtcgcttgac gaggccgctg gcacgcagcg
    12901 gcgccaaaaa gtcgcttgat gaggccgctg gcacgcagcg acgccaaaaa gtcgcttgac
    12961 ggagccgctg gcacgcagcg acgctaaaaa gtcgcttgac gaggccgctg gcacgcagcg
    13021 acgctaaaaa gtcgcttgac gaggccgctg gcacgcagcg gcgccaaaaa gtcgcttgac
    13081 gaggccgctg gcacgcagcg acgctaaaaa gtcgcttgac gaggccgctg gctcccagcg
    13141 acgccaaaaa gtcgctcggg cgggccggct ctctgcgtcg aactcacatt ctgaaaaagg
    13201 tcagcgccag agggtgaacg ggagtttacg cgcttgcgcc gattccgact ctgaatgact
    13261 ttcccaagcg gacttatctt tggcgccgct tatccaaaga caatcattac acatcatatt
    13321 tatatgtaca ggacaaatac ttgcggcgag ctgcgactga ccgacgaggg acggaccgcg
    13381 acgctggccg gatgggtaca gcgtacccga aagatgggcg gcatgacgtt cgtcgacctg
    13441 cgcgaccgct acggcatcac gcaattggtg tttaacgaag ccctcaacgc gccgctctgc
    13501 gagcaggcca acaagctggg gcgagagttt gtgatccgcg tgacgggcac cgtccgcgag
    13561 cgctcgaaca agaatccgca cctcgccacg ggcgagatcg agctgatcgt cgatgagctg
    13621 gaagtgctca acccggcgct caccccgccg ttcaccatcg aggacgagac cgacggcggc
    13681 gacgatctgc ggatgaagta tcgctactta gacctccgtc ggcaggccgt gcgtaagaac
    13741 ttagagctgc gccatcgcat ggccctcgag gtgcgccgat acctgagcga cctccatttc
    13801 ttggaggtgg agacccccat tttggtcaac tccacgccgg agggcgcacg cgacttcgtc
    13861 gtgccgtcgc gcatgaaccc ggggcaattc tatgccctgc cacagtcgcc gcagacgctc
    13921 aagcagctgc tgatggtctc cggcttcgac cgctatttcc agatcgtgaa atgcttccgc
    13981 gacgaagacc tccgcgccga ccgtcagccg gagttcacgc agatcgactg cgagatgagc
    14041 ttcgtggagc aagacgacgt catcacgctc tttgagggca tggtgcgcca cctcttccgc
    14101 gccgtcctcg gcgtggagtt ctccagcgag gccttcccgc gcatgacgtg gcacgacgcc
    14161 atgaagtatt acggctccga caagcccgac ctgcgcttcg gcatgcgttt cgtggagatc
    14221 accgacctga tgaagggaca cggattcggc gtcttcgacc gtgccgacta catcgccggc
    14281 atccgggctg agggcgcagc cacttacacg cgcaagcagc tcgacgaact gaccaagttt
    14341 gtggagcggc cgcagatcgg ggccaagggt ctcatctacg cccgcgtgga gccggacgga
    14401 cacgtcaagt cgagcatcga caagtatttc acccaggagc agctgcaggc catgaaggct
    14461 gccttcggcg ccgagccggg cgacctgatg ctgattctct gtggcgagac agacaagacg
    14521 cgcaagcagc tctgcgagct ccgtctggag atgggcaacc ggctcgggct gcgagataag
    14581 tcgcggtttg aatgcctctg ggtggtcgac ttcccgctgt tggagtggag cgaagaagac
    14641 caacgcttct acgccgtgca ccaccccttc acctcgccca agccggagga catcccgctg
    14701 ctcgaggcca atcccggggc cgtccgcgcc aatgcctacg acatggtcat caacggtgtc
    14761 gaagtgggcg gcgggtcgat ccgtatccac gacagcaagt tgcaagacaa gatgttctcg
    14821 atacttggct tcaccgaaga gcgcgcccag gagcagtttg gcttcctcat gaacgccttc
    14881 aaatacggcg ccccacccca cggcggcatc gcctacggcc tcgaccgtgt cgtctcgctc
    14941 ttcgccggcc tcgactccat ccgcgactgc atcgccttcc cgaaaaacaa tgcgggccgt
    15001 gacgtcatgc tcgacgcccc gacaccgctt gagccagcac agctcgagga gcttcacatc
    15061 gacgtgaaac cggaataacc gcacgcgcca tgctgctcat cagagatgta ttacgtgaaa
    15121 tagagcacct cgcaccgacc gcgttgcaag agtcgtacga ccatacaggc cttcaggtgg
    15181 gcgacgtcaa ccagccggcg cgtggcgcac tgctctgcgt cgacgtcacg gaggccgtgg
    15241 tcgacgaggc catcgcccac gattgcaacc tcatcattgc ccaccatccg ctgctgttcc
    15301 gccccctgcg tgagctgacg ggtgcggact acgtacagcg gtgcgtggcc aaagcctgcc
    15361 ggcacgatct cgtgatctat gccgcccata cgaacctcga caacgccacg ggaggcgtca
    15421 atgacaagct ggccgagctg ctcgggctac ggaacacgcg catcctccgt ccgctatcgg
    15481 acggcctgct gaagctcgtc accttcgtgc cagaaacgca cgccgatgct gtgcgcgcgg
    15541 ccttggccga cgccggggcc ggccacatcg gagcctatga cgcatgcagc ttcagcagcc
    15601 ggggcgaggg acgattccgt gcctcggaag gctgtcagcc atacgtcggc accgtcggcg
    15661 cgctgcatgt cgaacccgag gtacgcgtag agaccgtcct gccgcgccat ctgcgcagca
    15721 ccgtggtgcg ggccttgctc gcagcgcatc cctacgagga ggtggcctac gatctctatc
    15781 cattgagtaa cgcctggtcg caggccggat cgggagccgt cggtgaactg gcggagccga
    15841 tgagtgaggc ggacttcctg catcacttga agagcgtgct ccatgtgccc tgcgtacgcc
    15901 actcggccct gcgcaatcgg ccggtgcggc gcgtggccct ctgcggtggc agcggcgcgt
    15961 tcctttggcg tgacgccgca gcggcgggtg cggatgtttt cgtaaccggc gaggcaaagt
    16021 acaacgacta cttcgacgtg gcggatagcc tcctcctggc cgtagtcgga cactatgaga
    16081 gtgaacgatg cacggtggat ttgtttcacg aaatcatctc ctcgaaacac cctacttttg
    16141 cactacgaaa ctcagaaaca agcattaatc ccataacata tttatagcgt atgactacga
    16201 aagaagaaac gtcagtgatg aatgaggccg aaacaccgac gcccgaagtg gtggaaacag
    16261 ctgccccaac ccatacccca gcagctgaat accgggagct gacggtagaa gagcggctga
    16321 gatcgctgca ccatttgcag gcgatcatgt cggaggtcga caagctgaaa accctacgtg
    16381 gggagctacc gctggaagtg caggacttgg aagacgaaat agccggactg gagacgcgca
    16441 tcaagaacta tcagggcggc attgaggaga ataaggcgaa cgtgctggca cagaaaaaca
    16501 aaatctcgga gtcgagagag ctgatcgagc gctacaagtc gcagctggac aatgtgcgta
    16561 acaaccgcga gttcgacaac ctgacgaagg aaatcgagtt ccaaggtctc gagatcgagt
    16621 ttgccgaaaa gaaaatccgc gagttcaacg ccgccgtaga cgccaagaag cagaagatca
    16681 agcagagcaa ggaagtgctc gaagggcgca agggcgatct agcgcagaag aagagcgagc
    16741 tggatgagat cacctccgag acgcgtcagg aggaggatcg cctgcgcgac aaggccaagg
    16801 cgctcgagac gaccatcgag ccgcgcctcc tggcagcctt caaacgtatt cgcaagggcg
    16861 cccgaaacgg gctcgccgtg gtgcccatcg aacgcgacgc gtgcggtggc tgcttcaaca
    16921 agattccgcc ccagaggcag atggacatca agctgaggaa gaagatcatc gtctgcgagt
    16981 attgcggccg tatcatgatc gacccggatc tggccgaaga ggggactcct aacacctgac
    17041 ccccgcgact gatcaccaag aattgcagcg ccgccctgtc ggaatccctt ccggcggggc
    17101 ggcgttgtgt tattgagggg gggggagtgg tcggcggtta agccagcagg gggcatcgaa
    17161 cctgttcggg ccgcagcgtc caatccgatg ggagccaacc gccgaaccag actggcccca
    17221 tacgccgagc ggaattgggc ctatccaccc gaagcgattg ggcctacacg ccccatgggg
    17281 tgggggctgt caggcaaacg gtcttgggcg catcatgcaa gcccgatcgg acacactctg
    17341 ccatccggtt ttggcccccg cattcgtagc cgctaactgc cgcagcgttg ccacgtcacg
    17401 cgcgagaggg cgtccagcag gccggcgtgg tccaaactgt ggagcggcgc cttaccgcgg
    17461 gcatagctgc aatggttcac ctgcttgtcc cacgagatgg agacgaagcg ctccggccgc
    17521 agacaacgcg tcaggcaggc gggcgcctga aagggctgtc ggccggccac ttcggccaac
    17581 tgccgggccg acggggtatg gtcggggcga cggggtacga ggatgatctg ctggcgggtg
    17641 agtaggccga gaaaacgcgt gaagacggcc gtggcctccg gcagccgatc agactcaacg
    17701 agcaggttca gcccgggctt gatgggcgtt gcggcgaggc gacggatcag gccctccacg
    17761 cgacggactt cgtcggcgtc gtgcgggcgg tggatggtga cgtgaatctt gtctggcgca
    17821 tcgcgtagaa gttgtagcca gacggcgtcg tgctccagcg gcagtccgtt ggttgtgacc
    17881 gtgaggtagc accgagggta gagcgcgcgg atgatgtcga acaccccgtc gtactcgaag
    17941 ggttcgccac cgccgagcga gacggcccgc acgccgtgcg ctatgcaatc cgtggccagg
    18001 cggatcacct ccgacgggcg ccacatggtc gctccctccg gccggctatg gttgtagcaa
    18061 aaggggcact gcttggagca atagttgctg aggtcgatgg agatttgctc gatcatttca
    18121 atcatgtagg gatatagtcc tcctcacgcg gcagggtaga gagagaaaaa tttggactct
    18181 cttcgaaccg acagggggta tgctgagcaa tttggaggta ctccttatcg gcaaagcatc
    18241 cgggaatgcg atggatgcgc gacctaaatt cctccggcac ctgagaaagt ttcaccggat
    18301 ggcggggcgt gaggacacgc tccgagagtt cctcctcgtt gtagggctgt tggtagaggt
    18361 agtagggtag ggattcgaaa ttaagcctga acttcttgcc cgattcatct gccttattgt
    18421 catcgatcga caggtattta aaggagaggt aacggagaat gatgcctcgg tcgatgagct
    18481 ttcggatcac cgattgcgga tcaagcagcg gactgtcttc ctccttctct atatgcttga
    18541 aacaattata ataatcgacg aggtacagtc ctcgcaccct cgacacacat ttctcgacga
    18601 tcaactcccc ttcgcggcag agtgccaaaa attcctcttc gcgcgaggga tcgatctggg
    18661 tgataccctc atcccaatat ttttcctcat ccggcgcggt gggcgcatag gtcaaatttt
    18721 ctaagacctc atcgagctga tcatccgtca gggaaaaagt gatgtggtcg tcatccctgt
    18781 ctgtggtgct gggcccaaaa agcaacttat cgaaccatgt gtcaggcacg tccacgggaa
    18841 tagggccatt attttcgaac tgtatgatag ccacgttgtc gtcatcgtcg accatatacc
    18901 aggccgtggc catggagtgc gtggcgggat attctttgtc tgtcttcacc gttgtaaggg
    18961 ggtaaataag tgagactcaa ataggctatc gaacagaagg atcattcacg cagaatgaat
    19021 agtctacgag ggcttgcact tccccgcggt aaggctgctg cgcgtaatgc tcaatctcgg
    19081 cagcgtagcg cttgcgctca gagaggagat agatggggta actgtcaccg tcgatttgaa
    19141 cacgatgatc ggtgatgggg tagacctgct caaagactgc ctgcgcatca tcatccagca
    19201 agagcacgtg cggcctgatc cagcgaacga cccaatctgg atacttgcaa tccgcaagca
    19261 gctgggccag cacctcgtcg gtgaggctct tggcagccgc gctatcgtag tcatagtttg
    19321 cgtacttctt cggtagcatg gggacatagg gaatccacat cgtgtggcga atcagcctgt
    19381 ccgtatgctc gaacgcctta tcgatgatga accatcgctt cttcagatcg ccaatcataa
    19441 cgactgtcgg ccggtgggtc agtgggacat tatgaatatg ctgaaacaaa acttctagac
    19501 tctgctcctc gtcgccttca ctcggatccg gacgccagcc atacgactcc cagcagggga
    19561 tatgacaaat cacctcgcgc cacagcccat cctccatggg gagaggcgtg agcgaccaaa
    19621 ttccagagga atgagtcagt tcgctatagc catacacctt gcagggggta tgctgggcga
    19681 tctggaggta ctccttatcg gcaaaacgtc cggggatgcg gtggatgcga tggcgaaaat
    19741 tttccggcac ttgggacagc ttcaccgggt gatgcggcgt aatcattcgt ttggccagat
    19801 gcgcgaccca gtagggttga taatagatgt aatacggcgc agcctcgtag ttcttggtgt
    19861 actccattcg acgagtttct ttgtggtaga tatcgtcgaa ctcaaactct ttcatctcgt
    19921 aggccgcagt aaggatgccg ccagctatca ttttctgcaa tacggaaccc tccttgatct
    19981 tacccatctg gatacaacga tcaaattcgg caaggtaaag tcccttttgc ttcgatacaa
    20041 tctctttgat gggcacaccg ccttcactac agagcgccaa aaacgcgtct gtttgcctgg
    20101 ggtcgatctg aaacaccgtc cgatgccacc aacagctgac atcctccagc gagcaggggg
    20161 cgtcaagaaa atcgggtaaa agctcttcga tttgctcttc ggtcagctcg atagtcgttt
    20221 tacaactatc ggaaacaccc gtaggtgggc caaacagtaa atcctctgta gttgcctcgg
    20281 gcacgtccca aggcacggga ccgttttcgt tatactcaat gatggccacg ttgtcgtcgt
    20341 cgtccaccat gtaccaggcc gtggacatgg agtgcgtggc gggatattct ttatcaagta
    20401 gcatggggtg gggcggattg tataaaacga ttcttttgat ctactctgga gagcccaaag
    20461 gtgcttagaa gattcttttt agagagcttc cgagtgtatg gaagtgcgta ggattttttt
    20521 tcggtgaact tccgagtgca tagtggtgcg tgggtgattc ccccagaggg cttctgagtg
    20581 catagaggta cgtgggggat tcccccagag agcttccgag tgcatagaga tgcgtggggg
    20641 attcccccag agagcctccg agtgcatagt ggtgcgtggg ggattccccc agagagcttc
    20701 cgagtgcata gtggtgcgtg ggggattccc ccagagacca aaacgcactc tgggagcgtt
    20761 tgggggattc ccccagaggg cctctgagtg cctgagggtg ctcagcggtt tcgtttttga
    20821 gacctcaaag cgctcggagg ttcctaagaa gatttttttc ggggggccaa aagcactcgg
    20881 aggctccctg agaagaatct tttttgggag cctccgaggt tcaggcattg agtgtgcgga
    20941 tgcgttcggc cacctcttcc atgagccact tgggcgtgga ggtagcgccg cagacgccga
    21001 cgctgtgaac gtcaggcgga aggggctccg tgatctcggc cacctcggag atgaatacgg
    21061 agcgggggtt ggccagccga cattggtcgt agagcatttg cccgttggag cttttttttc
    21121 cggccacgaa gtagacgtag tcgtgccgcg cggcgaagtc gcggatcgtg gagagacggt
    21181 tggagacttg gcggcagatg gtgtcgaagt agcggaagtg gacgcccgcg gcgaggtgcg
    21241 cacggatcag ctcgaccgtc tggccgaatc cctcgagcga cttcgtggtc tgggagaaga
    21301 ggtagatgtc tcgcgaaaaa tcgaggcgag tcagggcctc ctccgggtgc tcgatgacga
    21361 tggccgtgcc gtccgtctgg cccaccaggc cattgacctc cgcgtggccc ttttttccgt
    21421 agataacgag ctgcgcgggg gtgcctttga tctcgttgta gcagcggtgg atgcgccgct
    21481 ggagctggag gacgacgggg caggtggcgt cgatgatccg gatgcggtgc tcgcgggcca
    21541 ggcgataggt ggagggcggc tcgccatgcg cgcgaagaag gacggtgcgc ccctcgagcc
    21601 gcgagaggtc ggcgtgctcg atggtgtgta ggccgatgga gcggaggcgg tcgacctcca
    21661 ggctgttatg gacgatgtcg ccgaggctgt acagctcgtc cgtctgcgtt agttcgcgct
    21721 cggcgctgcg gatggcgttc acgacaccga agcagaagcc cgaatcctgg tcgatggtta
    21781 cgttcaccat agcttattct gcctccgtag cctgccgaaa gagctgcagc agacgttcac
    21841 gctgcccctc gatcgtcagg tgggtgttgt ctaactcgat ggcgtcctcc gcacggcgca
    21901 gggggctctc ggcgcgctcc atgtcgaggc ggtcgcgctc gcgcacgttt cggagcacct
    21961 cctccatcga cacgtccgtg cccttggccc gcagctcatc gacgcgtcgt tgggcacgca
    22021 cctcgtccga ggcggtgaca aaaactttca gttcggcctg ggggaaaacg accgtgccaa
    22081 tgtcgcgtcc gtccatcacc aacccttttt cgcggcccat cgcctgctgc tgcgccacga
    22141 gtgcgcgtcg gacgaacggc agtgccgaaa cgcggctaac cagcgcagac acctccatgc
    22201 cgcggatgtc ggcctcgacg ttctggccgt tgagatgcgt ctccgagcgt cccgtcgcgg
    22261 ggttcacgcg gaaggtgatg tcgatctcgc ccatgcgccg ttcgagtgca gcggcatcga
    22321 ccgccccgtc ggggctcagc aacgcgtgtc tgagggcgta aagggtcacg gcgcgataca
    22381 tagcgccggt atctatatag gcatagccga cctcacgggc cagctcgcgc gccatcgtgc
    22441 tcttaccgca cgacgatagg ccatcaatgg ctacaattat tttctttgtc atagtgagtt
    22501 agggggtact ttttctttga ttctctttcc tctctttact ccttttcttg tcttgacaca
    22561 agaaaaggag gcaaaagaaa gtcaaggcct ctgccgaggc cggggaagct ggccggatac
    22621 cagggcaaac ttcgctggcg gccgcagccg ccccgctgac cttgtcttta ctccttttct
    22681 tgtcttgaca caagaaaagg aggcgaaaag aaagtcaagg cgtcagagac gccggggaag
    22741 ctggccgggt acttcttttc cttgatgatg gttagcggag agactttaga gagtggcgca
    22801 gatgcaaggc gtccgagacc gaaggcttta gggagtatac atgagtatat gaccgagcct
    22861 gagtttgtcg aaggcaacgc agcagatgcg ctactatata aagtctctta tgggttgtcg
    22921 tcattgagcg atatccccaa ccccaacatc agcgacatcg ctgaggggtg atagcgtgca
    22981 gcggagatgc tgacgtcgaa ccgcgagacg tgtagccccg cacccatcga gaatccgccg
    23041 agccgattgc cgccatcctt gagccgcatg tccatggctt ctttggggtt atagcccacg
    23101 ccaacccaaa agttgttcga gggcacgaag tcgacaccaa agacgaggtg cttggccagc
    23161 gtggcgacga agctatcgtc cacgttgcgc tccgtgagcg tctcgtcgac gtatttgaac
    23221 ttccattgat tgagatacat gcccgtgact gacaggcgta tcggggcatg ggccatgcgc
    23281 ttggtaaatc ccagctggat gtcccacggc aggcgactgc gacgcgagtc gtaggccttg
    23341 agctgagcgc cgatgttctt cagcgcgatg ccgacggaga ggtctgcctc ctcgtcgaag
    23401 tagctaagcc cggcgtctgc ggccagtccg aaggccgagt attcggcgat ggcggagtag
    23461 aggaccttca tcgacaaccc accccgccaa cgatccgaga ggtcgtagga ataggtggca
    23521 cttaggcccg cgtcggaggc cgagaagtgg cccgagaggt tgcgctgcgc atcggcctcc
    23581 ttcatgctcc cgtagttgat gtacgagagg ccgacggccc acgcgccgcg gtcgccgtgt
    23641 gtgcgtgtat agatggcgct accgacgtgg ataccgccga tgtagttcat atagctcagc
    23701 cccaccatgc cgttcatctc gccccccagc aacgcggggt tgtgaaagac gagggccgga
    23761 tcggcctcca cgagcgagac cgtgtgcccc cccagtgcgc cagcccgggc cgacgtgggg
    23821 aaacgtaaaa agcggaacac ttcgttgccc tgctgagccg caaggcatgc gggaaagagg
    23881 cataaaagcc ccatcaaccg tagaatcttc atcttgtctt tgtctaaaat atcggtggca
    23941 aaaatagagc aaagcccccg gggcagcggt gggcctcacc cttaacggac aaaggcgcca
    24001 ggtatttcct ttcggggctg aaaagagggg ctcgggaggg gcggtcgagg gtcgttgggt
    24061 gaattatcgt gagacaacgg cgccaactaa ggatcaatgg aggcgtttct ttgagtaatt
    24121 tttaccgatg accagccaac ggtgaaaatt actcaagtaa attccttcaa aagaggtcgg
    24181 ttggaggaat ttactcggag aaacgccttc aaaagagatc ggttggagga atttacttgg
    24241 ggggaacgcc ttcaaaaggg atctggcggg gggaatgtgg cgataggaca ctccttttct
    24301 tgccttgatg tggggaaaag gagcaaaaga aaatcaaggc gtcagggatg ctggcctaat
    24361 tggacgggta ccaggcccgc ttcttattcg atgcgcttgc ggaggcgggc gaggtaggcg
    24421 cgcatggctt cggtgtcgtg gcgggcgatg atgtgttgta gctcggccaa ctcctcgcgg
    24481 atgcgctcaa tctgaccggg cgtgcggggg ttgaagagga tctcggagag caggtagtcg
    24541 tcttcggaga gtacgccgcg ggcgatcttc atgtggcgcc ggaaggtggt gccgggcgcg
    24601 tcctgatgtt ccatcgtggc cacgaagacg aacgtcgagg cgaaggggat gccgagcgac
    24661 tgggccacga cgcggtcgtg ctcgtcgaag gtgtattcga agatgttcag cttgagccgg
    24721 ccgtagaggt ccttgaagaa gacgcggccg aggtggtcgc cctcggagat gatgatggcg
    24781 ttctcgttca tcaggttgcc gaggttggcg aaggtggggc cgaacatggg gtgggtggag
    24841 acgtagggga agccgcagcg ggcgtagtat tcggccaggc cggtcttgac cgaggcgatg
    24901 tccgagatga tgcagccagg ccggaggtgt ggcagcacgg cgtcgaaggc ctcgagggtg
    24961 cggctgagcg tgacgcagtt gatgaccagc tcgggggcga aggcctccat ctcgtcaggc
    25021 gaggcgaggc ggagggcgtt atagatgaaa cgcatgcggc gcgggtcgga ctcgaggacg
    25081 gccacctcgt gatcgaagct gagcaggtcg gtgaagaacg accccatccg acctgcaccg
    25141 aggataagga tcttcatgac tcggtcgcgt tttcgccttg gttcatcacg atcatctgct
    25201 ggcgcacgga ctcctcgtgg atgttcttga gaatggcctg cacgaagtcc ggattcagct
    25261 ccatcgcggc gccggccttg gcgcggttct cgaggatctc gccgtagcgt ggcgactgga
    25321 ggatgggcat gttgtgctcc tttttgtaga caccgatctc gcgcgagatg cgcatgcgct
    25381 tggccaggag ctcgagcagt tgctcgtcca caccgtcgat ctgtcggcgc agggcggaga
    25441 ggttctccgt cgtttgcgtg gcgtcacgga tgacgagcag gctgagcaca tagtcgagca
    25501 catcgggcgt gatctgctgc gcggcgtcgc tccaagcctc gtcgggcgag cagtgcgact
    25561 cgatgatcag gccgtcgaag ttcaggtcca tcgcctgctg gctgagcggt gcgatcagct
    25621 cacgcttacc gccgatgtgg ctcgggtcgc agatgatggg caggttcggg atgcgtcggc
    25681 gcagctcgat ggggatgtgc cagaggggcg agttgcggta gagcttcttg tcgtacgagc
    25741 tgaatccgcg gtggatgacg gcgatgcgtc ggatgccggc gccgtagacg cgttggatgg
    25801 cgccgatcca tagctctaag tcggggttca cggggttctt gatcagtacg gggatgtcca
    25861 cgcccgagag cgcgtcggcc acgtcctgca tggcgaaggg gttgacggcc gtgcgggcac
    25921 cgatccaaag cacgtccacg ccggccttga gcgcctcaaa gacgtggtcg cgtgtggcca
    25981 cttcggtggc tacgtacatg cccgtctcct ccttcacgcg tttgagccac ttcaggcccg
    26041 gtgcgccgac gccctcgaag ccccccggcc gcgtgcgcgg cttccagatc cccgcgcgaa
    26101 agatcttcac ccccacggct gccaatgcgt tggcggtagt catcacttgc tcttcggtct
    26161 ccgcgctgca cgggccggca atcaccagcg gacgcttctc gtcgaccccc ggtaatacga
    26221 tggatttcaa atccaaattc tcgattttct tgctcattgt agtatatgtg tagatgtatg
    26281 attcattgtt agtcgggcgc ccgtctctca tttttcgatt ttcattttca ctctttccag
    26341 cgcctcctcg agcgcctctt ctgggcaaca aagcgagatg cgcacgtact gatcgccggc
    26401 cgatccgaag atgaagccgg gcgtgatgaa tacgtgggcc tgctggagta cgcggtcggc
    26461 caacgcctcg ccgctctgtg ccgatactgg cacccgtccc cagaggaaca ggcccacctg
    26521 cttccggtcg tattgacaac cgagcgcgtc catgatgcgc tccgccaaga cgcgccgacg
    26581 gcgatagacg gcattcatcc cgtcgtacca ttcgcgcggc gctttgagcg cttccaccac
    26641 ggccgactgc atggggcgga actgccccga gtccacattg ctcttcacgc gcaggatcca
    26701 cgacacgaat tgtgcgttgg aggccaacat ggccatgcgc cagcccggca tgttgtgcgc
    26761 cttgctcatc gaattcagct cgatgcacac ctccttggcg cccttcaccg cgaggatgct
    26821 gcgcgggtga tcgttcagaa tgaagctgta cgggttgtcg tgacagatga cgatgccgtg
    26881 ccgacgccca aagtcgacca agcgctccag cagcttgtcc gacgcgtccg cacctgtcgg
    26941 catgttcgga taattgaccc acatcagctt gatcggtggg cacaacgccg cctcacgttc
    27001 ggccacgagg cgctctaacg cctcaaagtc gggctgccat ccgcgcgacg cctcaagcgt
    27061 gtacggaacc agctccgcac ccaccagacg gctcaccgag ctataagtcg ggtatcccgg
    27121 gttgggcacc aagacgcctt cgccggggtt gaggaaggcc atagagacgt gcaggatgcc
    27181 ctctttcgac ccgatgagcg gcagcacttc acggtccgca tccagcgtga cgccatacca
    27241 ttgctcgtac catgtggcgt agccccggcg tagttcgggc atgcccgtgt agggttgata
    27301 gccgtgcaca tcggggcgtg ccacctcgcg ctggaacgtc ttgacggcta cctccgacgg
    27361 tggcaggtcg gggctgccta tgccgagact gatcacgcgt ttgccggcgg cattcatggc
    27421 cgccacttcc ttcagtttct tggagaagta atactcctgc accgtaccga cgcgataggc
    27481 cggccgtacg ctaaatgctt tgttttcctt gttcatattc gcccagtatt ttcaagtcgt
    27541 tagtcagggg gatgatggcc tccaaggctt gccgatagcg cgtgtaatcc tcgaaggtga
    27601 ggttgacgta aaacatgtac tcccactcgc gtccgatgat gggtagcgac tggatcttgg
    27661 agaggttcat gtcgtaaaac gagaggatgg tgagcacctt cgagaggctt ccggaggtgt
    27721 gtggtagggc gaagacgagc gaggccttgt tcctcaccgc ctcttgctgc atgtgttcgg
    27781 ccaggtcggg gcgggcgatg acaaggaagc gcgtgtagtt gcgtttgttc gtttccacac
    27841 cctcggccaa cacctccagg ccatacatct cggccgcacg tcgggcgcag attacgccgt
    27901 gaccgtgcat ttgtttctcg gccacccaac gggcgctgcc ggccgtatcg tcacactcta
    27961 cgagcttggc gcccggcagt gtgtccagaa aatcgcgaca ctgcatcagt gcgatggggt
    28021 gcgaattgac ctcggtgatg tcctcagccc gcgtgcctgg cagcgcggcg aaggagtgca
    28081 tgatgcgcag tttatactct cccacaatgc ggcaatttcc ctcgcggatc agctcgtggt
    28141 tttgcagcag actgccggcg atggtgttct cgatggccat catgccgacg gtgccggcgg
    28201 atacgtgttc gatcacttcg cgaaacgtgt cgcagggcac tggctccacg gcctcgcctt
    28261 caaaatagcg ttgcgccgcc acgtcgtgat acgaccccgc tatgccttgt atggctactt
    28321 tcttcttcat tcctttttgt tcgtcgttta tatccggtcg atcctccttt tttgcgaatg
    28381 gggaacccat agaaaaagaa aagatcccac catttacaat ggcaggatct ttctctattt
    28441 ccttcataaa agtctcttct acttacgtgc accggatcct gcctttactt cgctgtcgag
    28501 gtaaaagaaa aaataaccgt atgcgtaaaa tcgacccatg atctcttcgt taaatcgtcg
    28561 gcaaagatag aaccgcattc tttctaagca aggaataggt agaagaaagc tgtatgccgc
    28621 ctcccgcccc caccttcttg ctgtaccttt gcccgcgtat tattaaagca tatatcacac
    28681 gaagaaatca tgattatagt tagtggtttg gacatccgat tcggaaagcg gatcctcttt
    28741 caagacgtca atctcaagtt tttgcccggc aactgttacg gcatcatcgg tgccaacggt
    28801 gccggtaaat ccaccttcct gcgcgccatc agtggcgacc tcgacccgac gcgtggcaca
    28861 atcagcatgg gcccaggcga gcgactctcg gtcttggcgc aggatcactt tgccttcgac
    28921 gattacacgg tgctcgacac cgtcctcatg ggccacacgc agctctgggc cgtgatgagc
    28981 gaaaagaatg cgctctacgc caaggaggac tttaccgacg cggacggcat tcgcgcctcg
    29041 gaactggagg agaagtttgc cgagatggag gggtggaacg ccgagagcga cgcggcggca
    29101 ctgctcagtg ggctgggcat tgaggaggcg ctgcacgcga agatgatgcg tgacctgagc
    29161 ggtaagcaga aagtgcgtgt gctgttggcc agggcgctct ttggtaagcc ggacaacttg
    29221 ctactcgatg agcctacgaa cgacctcgac ctggagacgg tatcctggct cgagaactac
    29281 ctggccaact tcgagcacac ggtgcttgtc gtcagccacg accgccactt cctcgactcc
    29341 gtctgcaccc acaccgtgga catcgacttt ggcaagctca aactcttcgc cggcaactac
    29401 agcttctggt acgagtcgag ccaattggcc ctccgccagc aacaacagca gaacaagaag
    29461 gccgaggaga agaagaagga gctggaggag tttatccgcc gattcagcgc caacgtggcc
    29521 aagtcgaagc agaccacaag ccgcaagaag atgctcgaga agctcaacat cgaggagatc
    29581 caaccctcgt cgcgtcgtta cccgggcatc cttttcaatc ccgctcgcga gccgggcaac
    29641 caaatcttgg aagtcagcgg tctgacgaaa acaatcgatg gacacacgct cttccgcgac
    29701 ctgaacttca acgtggagaa ggacgacaag atcgtcttca tcagtcgtga tccgcgcgcc
    29761 atgacggccc ttttccagat catcaacggc gaggaggagc ctgacgcagg caccttccgc
    29821 tgggggcaga cgatcacgac ggcctatctg ccgctggaca atgcacgcta tttcaactcc
    29881 gactacaacc tcctggagtg gctcgggcag ttcgccaagg acacgaacga ggtcttcctc
    29941 aaaggcttcc tcggccgcat gctcttcacc ggcgaggagc tccagaagaa ggtgagcgtc
    30001 ctctccggcg gcgagaagat gcgctgcatg atctcgcgca tgatgctccg cgacgccaac
    30061 acgcttatcc tcgacacgcc cacaaaccac ctcgatctcg agtcgatcca agcctttaac
    30121 aacacgctgg tgaactacaa aggcaatgtg ctcttctcca gccacgacca cgagttcatc
    30181 cagaccgtcg ccaaccgcgt tatcgagctt accccgaacg gcaacatcga caagatgatc
    30241 gagtacgacg attacatctc tgaccccaag atctccgagc tgcgcgagcg cctctacgcg
    30301 gggaagtgat cgtaataccc gctgtttttc aggctcaaaa ccgcctgaga cgttctgaac
    30361 ctctcgcgac acgtctagaa c
//
LOCUS       SEQF2637|AYYD01001203.1 9637 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..9637
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             40..261
                     /locus_tag="SEQF2637_01949"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVDSIRCDFDRYPYEVTTYARQFIVRPSNVTERNLITTCTLQN
                     AVRSDNNPQGFLMEHFLVRENRDIQTYKR"
     CDS             265..531
                     /locus_tag="SEQF2637_01950"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTRFTLTRRYLRAHVWLHRQCDRLSPKWQKRIVFALCAVYFIC
                     SMAMIAQPFLPEEKHEPAVPVSRLTDSPIKRDSLHRHVIEPIKT"
     CDS             538..1755
                     /locus_tag="SEQF2637_01951"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTKRKEQLQRTLVFTGLGLLFTLSIWFIFRPSADEQSAAEQGL
                     NKDVPQASPDELPTSKLKAYELGRDEEAEGRKSQLLGTLADYFNREGEAKAEPEPAEE
                     VPAAIGRSIDKYEETARELESFYDLPAVEDDDVKRELNALRAELGALKEEKAQANGEV
                     DQLELLEKSYQMAAKYLPSGNTPTSPTPERSTIKPPASELPAAELSPERETVVSSLDQ
                     PISDSTFIAEYGYKERNMGFRSVGKATPSIARNTLSVVVDRTTTIRQGDFLRLRLAEP
                     ARIEGMTLPPNTVLIAQSTIDGNRMKLHVTSVEHAGRILAVKLSAFDLDGQEGLSIPG
                     SEEVSALKEVGAGVGGTIGTSFTFASSAKDQLIAEAARGVMQGASQLLQKKLRTIKVT
                     VKSGHRLFLVQAK"
     CDS             1780..1926
                     /locus_tag="SEQF2637_01952"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLLLSAVLCCGFITTTFATSTDTLRTQMRSTGDLYQGMSRAV
                     PNCR"
     CDS             2548..3006
                     /locus_tag="SEQF2637_01953"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNIRNAAWAIGVLLLAGFCLVGCDRRLDVRTVYPFQVTTMPI
                     PKILAPGEEVEIRCTLALERIVNGTRYTLRYFQYDGNGALRIGRRGKSLTPNDRYAIA
                     PGHFTLYYHSLSAERQSLEVVFEDNHGQSQTLAFDFNHKENKVSPEDISV"
     CDS             3120..3641
                     /locus_tag="SEQF2637_01954"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKIGCGLLALLVCVQALAASNAQAQRGADRLFSLPRFERAVA
                     CIKHYEGLHGPKNHPYVGYGHRLLPGERLSCAMTKRQADSLLRADLKKRLVTFRRFGR
                     DSLLLAVLSYNVGEYRLLGYGKQPKSRLIQKLESGDRDIRGEYTSFCRYRGKELKALR
                     LRRRVELALLYEK"
     CDS             complement(3693..4187)
                     /locus_tag="SEQF2637_01955"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVPLSSGEGQQTIRVTSRSNAPKAFATDKIFLLHSVFYRRRAL
                     PFPSSSALCCPRNETGILRALNAKKNVSTMKTERSYHPQNRFETKRRLLTLPHKIVWI
                     VICIVALKAIGTSEELTAILTLLAVFYLVHATLQMALRILFYLIRWLCITAALAWIVC
                     RLLL"
     CDS             complement(4351..4794)
                     /locus_tag="SEQF2637_01956"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTNKKXFSYYRLRLXSXLXDYHPERLADEAFIRARSDAAAQA
                     YEDAFRQGYPVLEAGYIATEVLFAGLHFSPYYMLEQIIENEFANVVPPERAADFALRL
                     LQSDSIRETIEKYEPGDDFDGSPEYDQLYTELTGVIALSYSKRTA"
     CDS             complement(4832..6049)
                     /gene="xerD_9"
                     /locus_tag="SEQF2637_01957"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MNFKVSFYLRSNYENKEGKSPVMLRIFLGGEMANFGTTKIFVKK
                     SLWSNATSRLRGRTAEALSVNAALDSISTTLHGIYRKYENEESLSLDLIRTVYFGKNR
                     EFTSFLPVFDKFLEDIKQRVGKTIGADSLQKYSVLRRHFAEFLMYKYSRKDIGLNEFT
                     PAVVQDFHLYMSTVAGCAYNTSVKKVKTLKTITIYAQKRGFLLHDPFVNHHFHMEPVD
                     RGFLTDEEILRVANKNLGIQRLELVRDIFIFSCFTGLAYIDVANLTLDHIVTMDDKQW
                     IMTKRQKTSVETNVLLLDIPRAIIAKYSHKTYRDGKLFPVLTNQKTNSYLKEIADLCG
                     IKKKLTFHLARHTFATMSLSXGVPXESVSKMXGHTNIRTTQXYARITNXKIEHDMEQL
                     SEKLGKFNSAMGI"
     tRNA            complement(6369..6456)
                     /locus_tag="SEQF2637_01958"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(cga)"
     CDS             complement(6521..7774)
                     /gene="lolE"
                     /locus_tag="SEQF2637_01959"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75958"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein-releasing system transmembrane
                     protein LolE"
                     /translation="MNVELFIARRIHFGGKADQGKTRITPPAVRIAVAGIAIGLAVMI
                     LTVAIVVGFKQEVRDKVIGFGSHIQITNFDSNSSYETAPIHVSDSLLDMLRQTHGVRH
                     VEAFATKPGLLKTDTDFQGIVLKGIGSDYDWGFFRKHLVEGRPFSVTPGRMTTDVLIS
                     RHLADLLRLRCGDSFLAYFVQDDIKARKFRISGIYDTGFSDYDHLFVLADIEQIRTLN
                     DWPSDAVSGLELLVDDYDRLDETAERVDTLLLNRRDNAGNTYFVRSIRELNPIIFNWL
                     DLLDLNVAVILALMMAVSGFTMISGLLIIILERTNMIGILKAVGQPDRSLRRVFLYIS
                     SFLIGRGMLWGNVIGLALCWVQWQFRLLTLDPSIYYLDAVPIRLSIWSWLLINVGTLT
                     VSLLMMLAPSYLITKINPARTIRFE"
     CDS             complement(7817..9022)
                     /gene="aspC"
                     /locus_tag="SEQF2637_01960"
                     /EC_number="2.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X0Y2"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate aminotransferase"
                     /translation="MPEISRLGIKMPESPIRKLAPLANEAKARGIKVYHLNIGQPDIP
                     TPEVGLEALRRIDQKVLSYCPSDGLPSLRQKMAEYYGRFAIEVTPDEIFITTGASEAL
                     TLVFLACLDPGDEILIPEPAYANYMSMAMSCGAVVKTVLSSIDNGFALPPIEAFEEAI
                     TPRTKAVLLCNPNNPTGYVYTREELEHIRDLVRRHDLFLFSDEVYREFRYTDAPYVSS
                     FHLEGIEPNVVMFDSMSKRYSECGIRVGAIVTRNARVRKSVMKWAQARLSPPLLGQIV
                     AEASIDAPESYLKGVYEEYIQRRDFLVKRINEIPGCYSPLPMGAFYTVAKLPVDDADK
                     FCAWCLRDFSYEGQTVMMAPASGFYVTPGYGRNEVRIAYVLERDELARALDVLEAALT
                     TYRDRWNKR"
ORIGIN      
        1 tacttcaatc gcatcatctc gggcaacatc aaccagcgcg tggaggtgga ctcgatccgc
       61 tgcgacttcg atcgctaccc gtacgaagtc acaacctacg cccgtcagtt catcgtccgt
      121 ccgagcaatg tgacggagcg caacctgatc acgacgtgca cgctgcaaaa cgccgtccgc
      181 tcagacaaca acccgcaagg tttcctcatg gagcacttcc tcgtgaggga gaatagggac
      241 attcagacat ataagagata agccatgagc acgagattta ccctcacccg ccgctacttg
      301 cgggcacacg tatggctgca cagacaatgc gaccgcctca gtcccaagtg gcagaagcgg
      361 attgtcttcg ctttatgtgc tgtctacttc atctgttcta tggccatgat tgcgcagccc
      421 ttccttcctg aggagaagca tgaaccagcc gttcccgtca gccgacttac ggacagtccg
      481 atcaagcggg acagcctgca tcgccacgtt attgaaccca taaagaccta acctatcatg
      541 gacaccaaac gcaaagaaca actacagcgc acccttgttt ttactggctt ggggctactg
      601 tttaccctct caatctggtt catcttcaga ccgtctgccg atgagcagtc ggccgcggag
      661 caagggctga acaaggacgt cccacaagcc tcacccgatg agctgcccac aagtaagctc
      721 aaggcctacg agttagggcg cgacgaagag gcggagggtc gcaagagcca gctcctcggc
      781 acgctcgctg actacttcaa ccgggagggt gaggcgaaag ccgaaccgga accggcagag
      841 gaagtccccg cggctatcgg tcggtcgatc gacaagtacg aggagactgc ccgcgagttg
      901 gaatcgtttt acgacctgcc cgccgtggaa gacgacgacg tcaaacgtga actcaatgcc
      961 ctccgcgccg aactcggtgc gctgaaggag gagaaagccc aagcaaacgg cgaagtcgat
     1021 caattagaac tgttagagaa gtcatatcag atggccgcga agtatctgcc atcaggtaac
     1081 accccaacct cacccacacc agagaggtct accatcaagc cacccgcatc tgaactaccc
     1141 gccgcggagc tatcgcccga acgagagacg gtcgtctctt cactcgatca gccgatcagt
     1201 gactccacct ttatcgccga gtacggttac aaagagcgca acatgggctt ccgctccgtc
     1261 gggaaggcca cgccctccat tgcccgcaat acgctgtcgg tcgttgtcga tcgcacgacg
     1321 accatccggc aaggcgactt ccttcgcctc cgtctcgcag aacctgcccg catcgagggt
     1381 atgacgctgc cccctaacac ggtgcttatt gcgcagtcca cgatcgacgg caatcggatg
     1441 aaactccatg ttacgagtgt agaacacgcc ggtcgcatcc tcgccgtcaa gctctccgcc
     1501 ttcgacctcg atgggcaaga aggcttatct atccccggct ctgaggaggt atcggccctc
     1561 aaagaagtgg gcgcgggcgt cggtggaaca atcggaacga gcttcacctt cgcctcgtca
     1621 gccaaagatc aactcattgc cgaagccgcc cgaggcgtga tgcagggcgc cagtcagctt
     1681 ctacagaaga agctccggac tatcaaggtg acagtcaaaa gcggtcaccg actcttcctc
     1741 gttcaagcca agtaaacctc atttcattac ctgattccca tgaaaaaact tctcctatcc
     1801 gccgtccttt gctgcggatt catcactaca accttcgcca caagtaccga cacgttgcgc
     1861 acgcagatgc gctccaccgg cgacctgtat caaggcatga gccgcgctgt ccctaactgc
     1921 cgttagccct ctggaagaaa cttccacggt atcctcaacc gctgtttggt ctctggaaga
     1981 aacttccacg gtacccccaa cggaagatag gcctctggca gaaacttcca tggtgcctcc
     2041 aacgactgtt aggcctttgg cagaaacttc cacggtatct ctaacggctg taaagtctct
     2101 ggcagaaact tctacggcac ttcaaccggc tgttgagcct ctggcagaaa cttccacggt
     2161 atctccaacg gctgttaggc ctctggcaga aacttccacg gttttactcg ccgctcccac
     2221 cacccattta cattatttat tgcccgctga gtatgcatgc cggtttacaa gagttttatc
     2281 cggactaatc cagccgctcg tccttgagaa aatccttatg gaagccacca acgtcctcca
     2341 atcgaaggtc gacatcgata aagagcacaa ggcggttcgc gcatagtcgg gggcggcggg
     2401 ctgcatctcc gtgtagagct gttcctgtcg gatcacctgc tctttgtcgt cggcggccgc
     2461 ggactgttcc tcttcggctc ggacgtctat cctttccgac ctgctatctc ggcaggtttt
     2521 cgcatcaacc tctaacccca atgaatcatg aaaacgaaca tccgtaatgc ggcatgggcg
     2581 ataggcgtcc tgctcctggc cgggttttgt ttggtcggct gtgatcgccg tctggacgtg
     2641 cgaacggttt acccgttcca agtcaccacg atgcctatcc cgaaaatcct cgcgccgggt
     2701 gaagaagtcg agatccgctg cacgctcgcg ctcgagcgca tcgtgaatgg cacacgctac
     2761 accctccgct atttccagta cgacggcaat ggagcgctgc gcatcggtcg acgcggtaag
     2821 tcactcacgc cgaacgatcg ctacgccatc gcgccggggc atttcaccct ctattatcac
     2881 tcgctttccg ccgaacgaca gtcgctcgaa gtcgtgttcg aagacaacca cggccagagt
     2941 caaacgctcg catttgactt caaccataag gagaacaaag tctctccaga agacatctct
     3001 gtctgaatac atcttttttc atcgcctatt ttattcataa ccctgacatg aaaagcatct
     3061 gtccgcgacg gatcggtgct tttgcttttt atctaccccc aaaaacatct gaccacctta
     3121 tgaaaacgaa aatcggatgc ggcctgctcg cgctccttgt ttgtgtccaa gcgctcgccg
     3181 cgtccaacgc gcaggcacag cgcggagccg atcggctgtt cagccttcca cgcttcgagc
     3241 gcgccgtcgc gtgcatcaaa cattacgaag ggctgcatgg cccgaagaac cacccttatg
     3301 tcggctacgg ccaccgcctg ctgcccggtg agcggctttc gtgtgcgatg acaaaacggc
     3361 aggcggattc tctgcttcgt gcagatctga agaaacggct cgtcacgttt cgtcgcttcg
     3421 gtcgcgactc cttgctcctt gctgtgttgt cgtacaatgt cggtgaatac cgcctcttag
     3481 gctacggcaa gcagccgaag agtcgcctca ttcagaagtt ggaatcgggc gacagagaca
     3541 tccgaggtga gtacacctcg ttctgccgat accgcggcaa agagctgaaa gcactgcgtt
     3601 tacgacgtcg cgtggagctt gcgttgctct atgaaaagtg atgggaagaa ggtcccgata
     3661 gatcctctcc ccgtcattgc tattataacg tctcaaagta gtagtcggca aacgatccaa
     3721 gccaatgcag cggtgatgca aagccatcga ataaggtaga acagtatccg aagagccatt
     3781 tggagtgttg catgcacgag atagaagacg gcaaggagcg tcaagatggc ggtcaattct
     3841 tccgaagtgc ctatggcttt caacgccaca atacagatga caatccaaac gattttatgc
     3901 ggtaatgtga ggaggcgtcg tttcgtttca aatctgtttt gggggtgata agatctttcc
     3961 gttttcatcg tgctgacatt tttttttgcg ttcaaagctc ggagtatgcc ggtttcgttt
     4021 cgagggcaac aaagggcaga cgatgaggga aaaggcaagg ctctacgccg ataaaatacg
     4081 ctgtgaagca ggaagatttt atcggtggcg aaggctttgg gggcgtttga ccttgacgtt
     4141 acccttatcg tctgctgacc ttcgcccgaa gacaagggaa ccgacatcag cctccgagtc
     4201 gcaaacaaaa agtggaagca gggaaccccg tagaggaaag atcctcgaaa taggatattt
     4261 taggtatcga ggtcagaaaa acggccgcag cggagtgcca cggccgaatg aaaaacggga
     4321 tgcgaaaggg gggaggctac gggagcacct tcacgccgtc cgcttcgagt agctcagggc
     4381 gatgacgccg gtcagttcag tgtagagctg gtcgtattcc gggcttccgt cgaaatcgtc
     4441 acccggctcg tacttctcga tggtctcgcg gatggagtcg ctctgcaaca gcctcagcgc
     4501 aaaatccgcg gcacgttcag gcggaaccac gttggcaaac tcgttctcga taatctgctc
     4561 gagcatgtaa tacggcgaaa aatgcagtcc tgcgaagagg acttccgtag cgatataccc
     4621 ggcttcgaga acgggatagc cttgccgaaa ggcgtcttca taggcctgcg ccgcggcgtc
     4681 cgatcgggca cggataaacg cctcgtcggc cagccgttcg gggtgataat cttncaaatn
     4741 ggantctaat cgcagtcggt aataggagaa ntccttcttg tttgttgttt tcatatcgtg
     4801 tttctgtttt tgatgtgact tggntnttgt atcagatccc catcgcagag ttgaacttgc
     4861 cgagcttctc ggacagttgc tccatgtcgt gttcgatctt nttgttcgtg atgcgngcgt
     4921 anatctgcgt cgtgcggatg ttcgtatggc cnaacatctt gganacngat tcnatgggga
     4981 cgccnttgct tagngacatg gtggcaaagg tgtggcgagc gaggtggaag gtcagcttct
     5041 tcttgatccc gcagaggtcg gcgatctcct tgaggtagga gttggttttc tgattcgtca
     5101 ggacgggaaa gagcttaccg tcccggtatg tcttgtggct gtacttcgca atgattgctc
     5161 tcgggatgtc gagaagcagc acattggtct ccacgcttgt tttctgtcgc ttggtcatga
     5221 tccactgttt gtcgtccatc gtcacaatgt ggtctagcgt gaggttggcc acgtcgatgt
     5281 aggccagtcc ggtgaagcag gaaaagatga agatgtcccg caccaactcc agtcgctgga
     5341 tacctaaatt cttgttagcc actcgaagga tctcttcgtc cgtcagaaag cctctatcca
     5401 caggctccat gtggaaatgg tgattgacaa aggggtcatg aagcaaaaag cctcgcttct
     5461 gagcatagat ggttatggtc ttgagcgttt tcaccttctt gaccgaagtg ttgtaggcgc
     5521 atcccgcgac cgtactcata tagagatgga agtcttgaac gacagcgggg gtaaactcat
     5581 tcagcccaat gtctttccga gaatacttgt acatgagaaa ctcagcaaag tgcctcctta
     5641 gcacgctgta cttctgcaaa ctgtccgcac cgatagtctt accgacacgc tgcttgatat
     5701 cctccaagaa cttatcgaag actgggagga aagaggtgaa ctctctgttc ttaccgaaat
     5761 aaacagtccg gattaaatcc aatgacagcg actcttcgtt ctcgtacttg cgatagatcc
     5821 cgtggagtgt cgtggagatg gaatccagcg ctgcgttcac tgacaaggct tccgctgttc
     5881 tccctctgag tcgacttgtg gcattgctcc aaagagactt cttcacgaaa atcttcgtcg
     5941 tgccgaagtt tgccatctct ccacccaaaa agatccgaag cataacgggt gactttcctt
     6001 ctttgttctc gtagttcgag cgtaggtaga aggagacctt gaagttcatt ctcatattgc
     6061 atcgttttgt tatgcagctt ttcggctgca aagttcaact tgagtacgat gaaatagaga
     6121 gaattaatgc cttcaatatg gtattcacaa tcccgtcact gctacatttt ttgctgctct
     6181 cgtttttgtg tagcaggaag tgttgcagaa tatgaccgaa aggtgactgt caaaacatag
     6241 ggttatgccg tcaggcaatc aggtatatac aaaagaaaaa tcgctgtaaa accttgattt
     6301 tacaacgatt atctatgagt ttgaaggctt aattgacttg ctttctgaag ccctattgaa
     6361 gcctttcagc ggaaagagag ggattcgaac ccccggtaca gtcacccgta caccgcattt
     6421 cgagtgcggc ccattcgacc actctggcat ctttcctttc gctgaagagc gcgcaaatgt
     6481 aaaatgattt ctatacgcgc aaagcatgga cgaaaatctt ctactcgaag cggatggtgc
     6541 gggcgggatt gattttggtg attaggtatg aaggtgccaa catcatcagc aacgaaacgg
     6601 tgagcgtacc gacgttgata agtagccatg accagatgct gagacggatg ggtacggcgt
     6661 cgagatagta gatcgaagga tcgagggtga gcaggcgaaa ttgccactgc acccagcaca
     6721 aggcgagtcc gatgacgtta ccccagagca tgccgcggcc gatcaagaag ctggagatgt
     6781 agaggaagac acgccgtagg ctgcgatccg gttggccgac ggctttgagg atgccaatca
     6841 tgtttgtgcg ctcgaggatg atgatcagta ggccggagat catggtgaac cccgagactg
     6901 ccatcataag tgcgaggatc acggctacgt tcagatcgag taggtcgagc caattgaaga
     6961 tgatcgggtt cagctcgcgg atggagcgga cgaagtaggt gttgcctgcg ttatctcgac
     7021 ggttgaggag gagggtgtcg acacgttcgg cggtctcgtc gagacgatcg tagtcgtcga
     7081 cgagtagctc caatccactg accgcgtcgg agggccagtc gttcagggtg cgaatctgtt
     7141 cgatgtcggc aaggacgaag aggtgatcgt agtccgaaaa gcccgtatcg tagatgccac
     7201 tgatgcgaaa cttgcgagcc ttgatatcgt cctgcacgaa gtaggcaagg aaggagtcgc
     7261 cgcaacgtag gcgaagcagg tcggccagat ggcgcgagat gagcacatcg gtcgtcatcc
     7321 gtccaggagt gacgctaaag gggcggccct ccacgaggtg cttgcggaaa aagccccaat
     7381 cgtaatccga accaatgccc ttcaggacga taccttggaa atcggtgtcg gttttgagta
     7441 gccccggctt ggtggcgaag gcctcgacgt gtcgcacgcc atgcgtctgg cggagcatgt
     7501 ccagcagact gtcgctcacg tggatcgggg ccgtctcgta agatgaattg ctgtcgaaat
     7561 tggtgatctg gatgtgcgac ccgaagccga tcaccttgtc acgcacctcc tgcttgaagc
     7621 ccaccacgat ggccacggtg aggatcatga cagccaagcc gatggcaatg ccggccacag
     7681 cgatgcgcac cgctggcggc gtgatgcgcg tcttcccttg gtcggctttg ccaccgaagt
     7741 ggatgcgtcg ggcgataaac agctcaacgt tcatgacccg acgcttcctt atgaataggt
     7801 gtgggctcgg ccaccgtcaa cgcttgttcc atctgtcacg ataggtcgta agcgcggcct
     7861 ccaagacgtc gagcgcacgc gccagctcgt ctcgttccaa cacataagcg atgcgcacct
     7921 cattgcgccc gtaacccggg gtgacataaa agcctgacgc tggcgccatc atcaccgtct
     7981 gcccttcgta cgagaagtcg cggaggcacc aggcgcagaa cttgtcggcg tcgtccaccg
     8041 gcaacttggc caccgtataa aacgcgccca tcggcagtgg cgaatagcaa cccggaatct
     8101 cgttgatccg cttgaccaga aagtcgcgtc gctggatgta ctcctcataa acgcccttga
     8161 gatacgactc cggtgcgtcg atcgacgcct cggccacgat ttgccccaaa agcggcggac
     8221 tgaggcgtgc ctgcgcccat ttcatcacgc ttttacgcac ccgcgcgttc ctcgtcacga
     8281 tcgctccgac gcggatgccg cactcgctgt aacgcttcga catggagtcg aacatgacca
     8341 cattcggctc gatgccttcg aggtggaacg acgagacata gggcgcgtcc gtgtagcgaa
     8401 actcgcggta gacctcgtcc gaaaagagga agaggtcgtg gcggcgcacc aagtcgcgga
     8461 tgtgctccag ctcctcccgc gtgtagacat agcccgtggg gttgttcggg ttgcagagca
     8521 ggacggcctt cgtgcgcggc gtgatggcct cttcaaatgc ttcgatgggg ggcagtgcga
     8581 agccgttatc gatggacgag agcaccgtct tgaccaccgc accgcacgac atagccatcg
     8641 acatatagtt ggcataagcc ggctccggga tcaggatttc gtcacccggg tcgaggcagg
     8701 ccaggaagac cagcgtaagg gcttcggagg cgccggtggt gatgaaaatc tcgtccggcg
     8761 tgacctcgat cgcaaaccgt ccgtagtact ccgccatctt ttggcgcagg ctgggcagcc
     8821 catcgctcgg acagtaacta agcacctttt ggtcgatccg gcgcagcgcc tcgaggccaa
     8881 cctcgggcgt cgggatgtcg ggctggccga tatttaggtg atacactttg attcctctgg
     8941 cttttgcttc gttggccaac ggcgccagct tccgtatcgg cgattcgggc atcttgatac
     9001 ccaatcgtga gatctcaggc atttccttat gaattattga attataggcc gcaaaagtag
     9061 aagcctgatt gagatcttcg gagtgtagga atcaatttga aagtccatag acggcttttt
     9121 cgcggccata aacgggtacg ctacccgtcg tcgtggcttc tctctccgtc gaaacgttca
     9181 ctccgtccga atccgaccga tccccgcctg aaaatcgagt gacacctgct atgacaagta
     9241 tttttccgtt gaaaatagaa cttcataggc tatgaaaatt cttattcaag cgtatgataa
     9301 tcctcatagt ctatgaaagc tcttatttaa gtgtatagta accttcatag gctatgaaag
     9361 tttatattca agtatataat gattttcata ggctatagag accattattt tagcgcataa
     9421 tgatcctcat aggctatgaa agttcttatt cgagtgtata acgattttca taggctatga
     9481 aagtttttat tcaagcgtat gataattctc atagtctatg aaagctctta ttcaatcgta
     9541 tgataatcct cataggctat gaaagctctt attcgaatgt acaatgattt tcatagcaga
     9601 taaaaagagg tatacgaaag gagagagacc gtaattc
//
LOCUS       SEQF2637|AYYD01001204.1  542 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..542
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(45..542)
                     /locus_tag="SEQF2637_01961"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDACPIILAILSIGMPALSDRVPNVWRAIWKEIRCLTPQALPTV
                     LSLLFITLRLQSRGKTRSSPSSFTVCSSWLLLRISSAIGCSGTTDSTFVFCRSLRIYL
                     RPSADVWICENFNRSMSTMASPVKQEKRNIRRASSASLSFTFSTMSLATSLFCKKRIF
                     LSSFS"
ORIGIN      
        1 gacagcttga aagtcatccg ctgccatcct tttgaagatg tcacctatga aaaagaggaa
       61 aggaagattc gcttcttgca aaagagtgat gtagccaagc tcatggtgct aaaggtgaac
      121 gacagggaag cagagcttgc ccgacggatg tttctcttct cctgcttcac cggactggcc
      181 attgtggaca tggagcgatt gaagttctcg catatccaaa cgtcagccga tggccggaga
      241 tatatccgta aggaacgaca gaagacgaaa gtggagtctg tcgtgccgct acatccgatc
      301 gcggaggaga tcctcaataa aagccaagag gagcagacgg tgaaagaaga aggcgacgac
      361 cttgtctttc cacgcgattg cagtcgtagt gtgatgaata acaaactgag taccgtgggt
      421 aaagcctgtg gcgtcaggca acgaatctct ttccatatag cgcgccacac gttcggaacc
      481 ctgtcgctca gtgctggcat accgatagag agtattgcca agatgatggg acatgcatcc
      541 at
//
LOCUS       SEQF2637|AYYD01001205.1  542 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..542
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(45..542)
                     /locus_tag="SEQF2637_01962"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDACPIILAILSIGMPALSDRVPNVWRAIWKEIRCLTPQALPTV
                     LSLLFITLRLQLRGKTRSSPSSFTVCSSWHLLRISSAIGCSGTTDSTFVFCRSLRIYL
                     RPSTAVWICENFNLSISAMASPVKQEKRNICRACSASLSFTFSATSLATSLFCKKRIF
                     LSSFS"
ORIGIN      
        1 gacagcttga aagtcatccg ctgccatcct tttgaagatg tcacctatga aaaagaggaa
       61 aggaagattc gcttcttgca aaagagcgat gtggccaagc tcgtggcgct gaaagtaaac
      121 gacagggaag ccgaacaggc ccgacagatg tttctcttct cctgcttcac cggactggcc
      181 attgcggata tggagagatt gaagttctcg catatccaaa cggcggtcga tggccggagg
      241 tatatccgta aggaacggca gaagacgaaa gtggagtctg tcgtgccgct acatccgatc
      301 gcggaggaga tccttagcag atgccaagag gaacaaacgg tgaaagaaga aggcgacgac
      361 cttgtctttc cacgcagttg cagccgtagt gtgatgaata acaaactgag caccgtgggt
      421 aaagcctgtg gcgtcaggca acgaatctct ttccatatgg cgcgccacac gttcggaacc
      481 ctgtcgctca gtgctggcat accgatagag agtattgcca agatgatggg acatgcatcc
      541 at
//
LOCUS       SEQF2637|AYYD01001206.1  545 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..545
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(48..545)
                     /locus_tag="SEQF2637_01963"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDACPIILAILSIGMPALSDRVPNVWRAIWKEIRCLTPQALPTV
                     LSLLFITLRLQSRGKTRSSPSSFTVCSSWLLLRISSAIGCSGTTDSTFVFCRSLRIYL
                     RPSADVWICENFNRSMSTMASPVKQEKRNIRRASSASLSFTFSTMSLATSLFCKKRIF
                     LSSFS"
ORIGIN      
        1 gcggtagact tgaaagtcat ccgctgccat ccttttgaag atgtcaccta tgaaaaagag
       61 gaaaggaaga ttcgcttctt gcaaaagagt gatgtagcca agctcatggt gctaaaggtg
      121 aacgacaggg aagcagagct tgcccgacgg atgtttctct tctcctgctt caccggactg
      181 gccattgtgg acatggagcg attgaagttc tcgcatatcc aaacgtcagc cgatggccgg
      241 agatatatcc gtaaggaacg acagaagacg aaagtggagt ctgtcgtgcc gctacatccg
      301 atcgcggagg agatcctcaa taaaagccaa gaggagcaga cggtgaaaga agaaggcgac
      361 gaccttgtct ttccacgcga ttgcagtcgt agtgtgatga ataacaaact gagtaccgtg
      421 ggtaaagcct gtggcgtcag gcaacgaatc tctttccata tagcgcgcca cacgttcgga
      481 accctgtcgc tcagtgctgg cataccgata gagagtattg ccaagatgat gggacatgca
      541 tccat
//
LOCUS       SEQF2637|AYYD01001207.112432 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..12432
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             341..538
                     /locus_tag="SEQF2637_01964"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFSRYNDQIIPKRITFSGYSFHRWNVCGAYAIRPYRVTGKRIAF
                     LRYNDQIIPKRITFWIFIFDE"
     CDS             complement(967..6588)
                     /gene="yfhM"
                     /locus_tag="SEQF2637_01965"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P76578"
                     /codon_start=1
                     /transl_table=11
                     /product="putative lipoprotein YfhM"
                     /translation="MKRIFLLMTIATVAWAIVSCRSNQDLTPSIEFAPYISAYTGGVI
                     GSDGTIRIELTEEQQIVQMGEEVKDDLFDFSPGLKGKTYWVNSRTIEFVPDSGQLRPG
                     TLYNATFRLGRVMKVEKKLDAFRFSYRVQARDFTARITSTDITASAPDRVTICGELRL
                     SEAPKADEVAKMVTAKHDGDKPKVTVTRTEDARVYRFTVSEVAKKEAETELLVTIDGS
                     PFGADHKETLRATIPGTKPPFKLMQAEMIDEPESGVCLTFSAPVSTTQDVNGLVTLRA
                     GEGGSDGAVSYTCQVQDNKVRLFFERRSDLKAVAIEVDGALRSVAGDALTASSSVRLE
                     VKSLNPQVEFLSEGTIMPNAEQLILPFRAVNLYAVDLKIIRIFERNVLTFLQDNSLEA
                     SSSSELRRTGRLVYRKMLRLDSDATKDIHNWDNYFIDLSKLIRQEPGAIYRVVLSFKR
                     EYSAYPCDSVEGGARNLGPTGMTRLDENELGEADEATWDKPQTYYYDGADMDWDTYQW
                     EERDNPCSASYYMSSDRMAATNVLASNLGLIVKANANNTLWVAVSNLIDTKPLSGVEV
                     TAYNFQLQPIGSAKTDDNGFAEIKTKNKPFALVATASDKQKGYLRLVDGEENMLSRFD
                     IGGKETERGLKGFIYGERGVWRPGDTLHVTFMMEDREKRIPQNHPVSIEIFNPRGQFY
                     TKQISVSGVNGMYVFHIPTRPDDPTGLWNAYVKVGGASFHKALRIETVKPNRLKINLT
                     LPGQILQVSPLPVPMNLESAWLTGAVARGLKAKVEMSLTKVPTQFKGYEKYTFDNPAA
                     AFTSGTTDLFDGALSDIGKASFLANLPTASDAPGMLQANLTCRVFEPGGDASLFTQSI
                     PFSPFPVYVGVKLGNFDQGQTLETDRDHHFEVVTLSPDGKPLNRQGLEYKIYKVNWSW
                     WWEHDDETFASYLNNASIVPVAAGTINTVGSGKAVIPFRVNYPEWGRYLVYIKDREGG
                     HATGGTIYVDWPEWRGRSNKSDPNGIKMLAFALDKSSYEVGETATAIIPASTGGRALV
                     AIENGTEVLHREWVNMAASGDTKYSFKVTEGMAPNVYLHITLIQPYAQTANDLPIRMY
                     GVMPVFVTHKNSILKPLIVMQDVLRPEADFTVQVKEQSGRPMTYTLAIVDDGLLDLTN
                     FQTPDPWNTFYAREALGIRTWDMYDFVMGAYAGRLGSLFSVGGDESLRPVESKANRFK
                     PVVKFLGPFALKKGETQTHKLKLPPYIGSVRVMVVAGQEGAYGRAEKRVAVRAPLMVL
                     SSLPRVVSTDEEILFPVNVFAMESGVKNVTVKVETTGKLRLTEGSSQSVTFAAPGDKP
                     VFFKLRSGLTTGIERIVVTATGGGHSSKETIEIGVRNPNPPIVRIDSRLIAAGSTGLL
                     TYQTGFGGSSEGWASLEVARIPSPNLSRCLDFLSDYPHYCTEQVTSAALPLLYVGAFR
                     ELDKREADAIRENVRRAVQDLYSRQLPSGAFTYWPGGLQEDEWATSYVGTFLVLAREK
                     GYEVNAGALNRWKSYQRRAAQGWRPAAKAPSRFAIDQGDLVQAYRLYALALAGAPELG
                     AMNRLRESRTLSMQARWRLAAAYALAGKPNIANELIFRLPLAVATYDWSNPTYGSPER
                     DQAMILEALVLMGRDREAFEQARRVSQSLTTSQEFATQSTAYALLALGRLAERTSGSL
                     QFDWSLNGGKQPTVNSQRTLFRSQLPTFPPVGLVSVKNNGKGQLYVSLTTKMIPLRDS
                     LPAISEGLRMEVTYTDRSGRALSVDRLPQGTDLVAVVKVSNPSAVSDYTNLALTQIIP
                     SGWEIYNERLITPEDVEQGASAASYTYRDIRDDRVLTYFDLKRGETKTFRVRLQASYA
                     GSFILPAIRCAAMYAPGVQARTRASRVVVER"
     CDS             complement(6852..6962)
                     /locus_tag="SEQF2637_01966"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVFEWIFLLSCFGSIEACFCPFVPSLILTQLAMLV"
     CDS             7037..8467
                     /locus_tag="SEQF2637_01967"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGQENNDRSGQLVLILLVTAAACLALYMLPDELFGLSIKKMDML
                     SDLRVGSEDEDEDSNLSRADSVLLRGDSTGLSAADRERLAYRDSMYRAIMAQLRGDTL
                     KAVVEDFSVGHIGLRRFFAALNGISTLGRPVRVAFLGDSFIEGDILTADFRERMQARF
                     GGRGVGFVPVSSQVAQFRPTVRLRSKGWTTRSILSDRKPKYLLSCLLFDAANDAPTIA
                     FETTDYMPHLKSVGTLKFLYTSNRATDLRWICNEGRDTFTARLPETDGVGQYVAKGSF
                     TEGKLAFTHAQGLQALGIALEDDRGVVVDNFALRGNSGLPLENLDIARCQALQGIRPY
                     DLIVIQYGLNVAVERTKDYGFYRDRMVAIIKHIRTCFPGADVLLLGVSDRSKVVGGER
                     HTMSAVKNLRRAQREAALEAGVAFWDVYEAMGGEDGMVNYVKRNWAAKDYTHLSFQGG
                     RELANALYDAIILEKTLYDNLEKTQR"
     CDS             8439..9842
                     /locus_tag="SEQF2637_01968"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIWKKRSANRAPFWAALCCLCMATAAQAERPHSPIENRNLAAE
                     KAAPEKKKTSPLTDQVDLTMTFAVDSLCRIIDPRHTLDEFWENLLSLYNGKDTVLPIA
                     HLGDSHIQGGFYTNETMNLLRRTFGNAGRGWIAPYRPARENGPSDYRIFSQVKSWSVG
                     RCTRPQSGTPWGLGGMGLQTDVATIDFTIAVNGADDDFTQVLMYRGEYARPMLPEGIR
                     NARTAWGKDTYAPDLTVDSFFLPEAVRELRLQSVSRSEAPTSVTGASCYYGFSLFNGR
                     PGVVYHAIGRNGATYSQYTSERFVRQLSLLEPAILIISLGTNESYGTHFSASDFITRV
                     DRFVRLAQRYMPLTTIVLTTPAENYLAARTTVTRRAKGKKRRTTTTVTRGYTRNVHVG
                     EAAEAILDYAAREGLACFDLYGMTGGAGSCERWQAEGLFSHDRVHYSASGYREQGRLL
                     YKALVRSALDYQQRKRK"
     CDS             9839..11380
                     /gene="patA_2"
                     /locus_tag="SEQF2637_01969"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O25526"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan O-acetyltransferase"
                     /translation="MIHSLPLDLSLERLRALFAYQPESPMLFSTGLFFFLFIAFYIGY
                     RALRHTTTARILYVVLFSLYFYYKSSGVWFLLLVFTATSDFLIARALAATVRPAGRKA
                     WVTLSLVINLGMLAYFKYTNFLLQTLLAIGQSMGSWFGVAPVGGTVYEPLDIFLPVGI
                     SFFTFQSLSYTIDVYRGELQPLRRWIDYLFYVSFFPGLVAGPIVRARDFIPQMFRTPV
                     VTRETLGEGLYLIICGLLKKSVISDYISVNFVDRIFDAPTLYTGLENLVGAYGYALQI
                     YCDFSGYSDMAIGIALLLGIRFNTNFDSPYQSATITEFWRRWHISLSTWLKDYLYISL
                     GGNRRGRVRTYVNLMLTMLLGGLWHGASGRFILWGGLHGAALAVHKFMMNHFPSFRPT
                     GDTMSPLRRVCGVLITFHVVCFGWIFFRADTMATGWDVIRQIFTAFHPEVFSQFVVGY
                     TEVFLLILGGYAIHFMPRVVDTTVRGWVTQSPTLVQALYLTVAIIIVLQLKSADIVPF
                     IYFQF"
     CDS             11544..12143
                     /locus_tag="SEQF2637_01970"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSDFRSGAHVPCWYVLGRMQFAPTLTADNGAHASGAPVGNHFA
                     IPHAYLARMAGVPDALIFFCALFLYQDKKRVWGIGGKAPHDNSPRHKPAPARNHFENL
                     GHPSASTAYSGGGDFMSMASIEKHFANPWYKSALSGKHFANFGHPSALIGNHFTNPRR
                     TVASIKNPFGNLFHDHAPVEAFNEALFCDHTLIEVFNGV"
     CDS             complement(12099..12317)
                     /locus_tag="SEQF2637_01971"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIYTQKDRWFGDSHRIDARIGFYFMDSRRCLASIEDINGGVFLK
                     LRPIEYFNDSVIAQLHPIEHFNEGVIAK"
ORIGIN      
        1 cggcctcggc agaggccttg attttctttt gccttctttt cttgtatcaa gacaagaaaa
       61 gaaggtagag gcaagatgaa tacgtcccac cgaataccat tttaatgatg atgaatgcgc
      121 aaaacgtgat acgttttcgg gatataagga tctaataatc tggaaacgca tcacgttttt
      181 tattttcatc atgtacccgg ccagtttccc cggcctcggc agaggccttg atcttctttt
      241 gccttctttt cttgtatcaa gacaagaaaa gaaggtagag gcaaaatgaa tacgtcccac
      301 cgaataccat tttaatgatg atgaatgtcg aaaacgtgat atgttttcga gatataacga
      361 tcagataatc ccaaaacgca tcacgttttc aggttattcg ttccatagat ggaacgtttg
      421 tggggcgtat gcaatacgcc cctaccgtgt taccggaaaa cgtatcgcgt ttttgagata
      481 taacgatcag ataatcccaa aacgcatcac gttttggata ttcatattcg atgaatgatg
      541 aaaacgcggt tcattttccg ggtatattga tcttgggatc tgaaaatcgg gggctttgcc
      601 cccatgcccc taccttcttt tcttgtcttg atacaagaaa agaaggcaaa agaaaatcaa
      661 ggcctctgcc gaggccgggg aagttgaccg ggtacatgat tgatcttgaa aacgcattga
      721 ttttttgaga tcccgtgtag gggcgtattg catacgccct accggatgcc atcccgagga
      781 tggcgaatgc gcaaaacgtg atacgttttt gagatataac gatctaataa tccgaaaacg
      841 caccacgttt tggggacata acgatctaaa tgtatggaaa cggtacaaaa aaacggcacc
      901 tcctctcggg agatgccgtt tgcgatatgg aatcaggcgg gtgtatcgac ctatctttcc
      961 gtttctttat cgctctacga ctacgcgact ggcacgggtg cgggcttgca cgccgggggc
     1021 atacatggct gcacaacgga tggcgggtag gatgaacgat ccggcgtatg aggcttgcaa
     1081 tcgtacgcgg aacgtttttg tctcgcctct ttttaggtcg aaataggtca gtacgcggtc
     1141 gtcgcggatg tctctatacg tgtaggatgc ggctgaggcg ccctgttcga cgtcttccgg
     1201 cgtgatgagc ctctcattgt agatctccca accggagggt atgatctggg taagggctaa
     1261 attggtgtag tcggacactg ccgaggggtt agacaccttg accacggcca cgagatcggt
     1321 tccttgcggc agacgatcca ccgagagggc acgcccggac ctatctgtat aggtgacttc
     1381 catgcggagg ccttcggaga tggctggcag ggagtcgcga aggggtatca tcttcgtggt
     1441 gaggcttaca tagagctgac ccttgccgtt attcttgacg gagacgagtc ctacgggcgg
     1501 gaaggtgggc aactggctgc ggaagagggt ccgctgactg ttgactgtcg gttgcttgcc
     1561 gccgtttagg ctccaatcga actgaaggct gcccgacgtg cgttcggcca gtcttcctaa
     1621 ggccaagagg gcgtaagccg tggactgggt agcgaactct tgcgacgtgg taaggctttg
     1681 cgacacgcgt cgagcctgct cgaacgcctc ccgatcacgc cccatcagca cgagcgcctc
     1741 taatatcatg gcttgatcac gctccggcga cccgtacgtc ggattgctcc aatcgtaagt
     1801 cgccaccgcg agaggaagtc tgaatattaa ttcgttagct atgttcggct tgcccgccaa
     1861 agcatacgct gcggcgaggc gccaccgtgc ctgcatcgag agtgtgcgac tctcacgcaa
     1921 tctgttcatc gcgcccagct cgggagcacc tgctaaggcc aaggcataga gtcggtaagc
     1981 ctggacaagg tctccctggt cgatagcaaa gcgtgaaggc gccttggcgg ccggcctcca
     2041 cccctgtgca gcccgtcgct gatacgattt ccaccgattc agtgcgccag cattcacctc
     2101 gtagcctttt tcgcgggcta aaacgaggaa agtgcccacg tacgaggtcg cccactcgtc
     2161 ttcttgcaag ccaccaggcc aatacgtgaa ggcgccgctg ggtaattgtc ggctgtaaag
     2221 gtcttggacg gcgcggcgga cgttttcacg gatggcatca gcctcgcgct tatccaattc
     2281 tcggaaagca ccgacgtaaa gaaggggtaa ggcggccgaa gtgacctgtt ccgtgcagta
     2341 atgagggtaa tcgctgagaa aatcgaggca tctgctgagg ttgggagagg gtatgcgagc
     2401 cacttcgagg cttgcccagc cctcggatga tccgccgaag cccgtttgat aggtcaagag
     2461 gccggtggat cccgcagcga tgaggcggct gtcgatcctt acgatggggg gattgggatt
     2521 gcggacgccg atttcgatcg tttccttgga ggagtgtccg ccgccggtag cggtgacgac
     2581 tatgcgttca atgccagtgg tcagacccga tcggagcttg aaaaacacgg gtttatcgcc
     2641 cggtgccgcg aacgtgacgg actggctgga gccttcagta agtcgcaact tgcccgtggt
     2701 ttccactttc acggtcacat ttttcacgcc gctctccatc gcaaagacat tcaccgggaa
     2761 aagaatttcc tcatccgtgc tcacgacccg aggcaacgac gaaagcacca tcaacggcgc
     2821 gcgcacagcc actctttttt cggcacgtcc atacgcccct tcttgtccgg ccactaccat
     2881 gacgcgaaca gatccgatat aaggcggaag tttgagctta tgcgtctgtg tttctccctt
     2941 cttcagcgcg aaaggcccaa ggaacttcac gacaggctta aaccggttcg cttttgactc
     3001 tactgggcgc agagactcgt cgcccccgac gctgaagagg gatcccagac ggccggcata
     3061 ggcgcccatg acgaaatcgt acatatccca ggtgcgaata ccgagcgcct cgcgggcgta
     3121 gaaggtattc caggggtcgg gagtctgaaa attggtcagg tcgaggagtc catcgtccac
     3181 aatagccagc gtgtaggtca tcgggcggcc tgattgctct ttgacttgca cggtgaagtc
     3241 cgcttcgggc ctcaacacat cttgcatgac gatcaagggc ttcaggatgg aatttttatg
     3301 ggtcacgaag acgggcatca cgccatacat gcggatcggc agatcgttag ctgtctgtgc
     3361 gtaaggctgg atgagggtaa tgtggaggta gacattgggc gccatgccct cggtgacctt
     3421 aaaactgtat ttcgtatcgc ccgaggcggc catgttgacc cattcacgat ggagtacttc
     3481 cgtaccattt tcaatggcga ccaatgcgcg tccaccggta gaggcaggaa tgatggcggt
     3541 ggccgtttca cccacctcgt aagacgattt atcgagcgcg aaggccaaca ttttgatgcc
     3601 gttagggtca gatttgttcg agcgaccacg ccattcgggc caatccacgt aaatcgtgcc
     3661 gcccgtggca tgtccaccct cgcgatcctt gatatacacc aaatagcgac cccattcagg
     3721 atagttgact cggaagggga tcacggcttt gccgcttccc accgtgttga ttgttcccgc
     3781 cgcgacgggg acgatagatg cgttgttgag ataagaggca aacgtctcgt cgtcatgctc
     3841 ccaccaccag ctccagttca ctttgtagat cttgtattcc agtccttggc ggttaagagg
     3901 cttgccatcg ggcgagaggg tgactacctc gaagtggtga tcccgatccg tctcaagggt
     3961 ctgaccttgg tcgaaattgc ccagcttgac gccgacgtaa acggggaaag gagagaatgg
     4021 aatgctctgc gtgaagagac tcgcgtcacc tccaggttca aagactcggc aagtgaggtt
     4081 ggcttgcagc atgccaggtg catcagatgc cgtaggcagg ttggcgagga aggatgcttt
     4141 tccgatatca ctcagtgcgc cgtcaaaaag atcggtcgta ccggaggtga atgccgctgc
     4201 gggattgtcg aaggtgtact tttcgtagcc tttgaattgc gtcggcacct tcgtgaggga
     4261 catctccacc ttagctttta gcccgcgcgc cacggcaccg gtaagccagg ccgattcaag
     4321 gttcatcggc accggcagcg gggacacttg taagatttga ccgggcagcg taaggttgat
     4381 tttgagccta ttgggtttta cggtttcgat ccgcagcgcc ttatggaagc tggcaccgcc
     4441 tactttcacg taagcgttcc aaagtccggt agggtcatcc ggtcgggtag ggatatggaa
     4501 gacgtacatg ccattcacac cactaacgga gatctgtttc gtgtagaatt ggccacgcgg
     4561 attgaagatc tctatcgaaa cgggatgatt ttgagggata cgtttttcgc gatcttccat
     4621 catgaaggtc acgtggaggg tgtcacccgg ccgccatacg ccacgctcgc cgtagatgaa
     4681 gcctttcagt ccgcgttcag tctctttgcc gccaatgtcg aagcggctaa gcatgttttc
     4741 ctccccatct acgagtcgga ggtagccttt ttgcttgtcc gaagcggtgg ccacgagggc
     4801 gaagggctta tttttcgtct tgatttcggc aaagccgttg tcgtcggtct ttgcgctgcc
     4861 gatgggttgc agttggaagt tgtaagccgt cacttctacg cccgataaag gcttcgtatc
     4921 gatcaaattg gagactgcca cccaaagcgt attgttcgca ttggccttga cgataagccc
     4981 taagttcgag gcgagtacgt tcgtggccgc catacggtct gacgacatat agtagctggc
     5041 cgagcacgga ttgtcacgct cttcccactg gtaagtatcc caatccatgt ctgcgccatc
     5101 gtagtaatag gtctgcggct tgtcccacgt ggcctcgtct gcctctccca actcgttttc
     5161 atccagtcgc gtcatgccag tagggcctaa atttcgcgca ccaccctcga cgctgtcgca
     5221 gggataggct gaatattcgc gcttaaacga aagcacgacg cggtagatgg ctcccggttc
     5281 ctgacgaatg agtttgctga ggtcgatgaa gtaattatcc cagttatgaa tgtctttcgt
     5341 ggcgtcgctg tcgagtctga gcatcttgcg atagacgagt cgacccgtcc gccggagttc
     5401 cgacgaggag gaagcctcga gcgagttgtc ctgtaagaag gtcaggacgt tacgctcgaa
     5461 aatgcggata atttttaggt ctaccgcata gagatttacg gctcggaaag gcaaaatgag
     5521 ctgctccgcg ttcggcataa tcgtcccctc ggacaggaat tcgacctgcg gattgagcga
     5581 cttcacctcc agccgcacgg acgaggaagc cgtcaaggca tcacccgcca cgctgcgcag
     5641 cgcaccgtct acctcgatgg cgacagcctt caaatcgctc cgccgctcga agaaaagtcg
     5701 cactttgttg tcttgcacct gacaggtgta ggatacagcg ccgtcagatc ccccttcgcc
     5761 agcccggaga gtgactaaac cgttcacatc ctgcgtcgtg gagacggggg cggagaaggt
     5821 taggcagacg ccactctccg gctcgtcgat catctcggct tgcatcaact tgaaaggggg
     5881 tttcgtgcct gggatggtag ctcggagcgt ctccttatgg tctgcgccga aagggctgcc
     5941 gtctatcgtc accagaagtt ccgtttcggc ctcttttttg gcgacttccg agacggtgaa
     6001 gcggtacacc cgggcgtctt ccgtccttgt gaccgtcacc ttgggcttat cgccgtcatg
     6061 tttggccgtc accattttcg cgacctcgtc cgccttgggc gcttcgctca gtctaagctc
     6121 gccgcatatg gtcacgcggt ccggggccga ggctgtgatg tcggttgagg tgatacgcgc
     6181 cgtaaagtca cgcgcttgta cgcggtagga gaagcgaaac gcatccagtt tcttctccac
     6241 tttcatcaca cgccccaagc ggaaggtcgc attgtagagt gtccccgggc gtaattgccc
     6301 agaatcaggc acgaactcaa tcgtgcgact gttgacccaa tacgttttgc ctttcagacc
     6361 aggagaaaag tcgaagagat cgtccttcac ttcctcgccc atctgtacaa tctgttgttc
     6421 ttcggtcaat tcgatgcgta tcgtcccatc cgagccgatg acaccccccg tataggcaga
     6481 gatgtagggc gcaaattcga tggaaggggt aagatcttgg tttgaccggc acgacacgat
     6541 ggcccaagcc actgtcgcga tcgtcatcag tagaaatatc cgtttcatag agtcacttgt
     6601 tgatatgtta tgtatgagca tgtttttatg agtgcttgcc ggggaatgga gagcggactc
     6661 cctctctgtg agggtttaca aaggtattcc tcttcagccc atttttcctc gtaggggtcc
     6721 gtcccctcgc cgcgtgaaga gggagcactc ttcatggatg ttcgtgcgat gggcctttag
     6781 gggatcagaa gctgtttgga atttatttcg gagggtatcg ggcggatgtt tctgatgatt
     6841 ttgtttcatc attagacgag catagcgagc tgtgtgagga ttaatgaggg aacaaagggg
     6901 cagaaacagg cctcgataga cccgaaacaa gaaaggagaa agatccactc aaacacctcc
     6961 atgaaacaat cacccaataa attcaaaacg gcttctcaaa actgcgtcta cctttggccc
     7021 cgcttttttg gaaagaatgg gacaagagaa taatgatcgc tccgggcagt tggtactgat
     7081 cctgctggta acagcagcgg cctgtctggc gctctacatg ttgccagacg agttgtttgg
     7141 cctaagcata aagaaaatgg atatgctctc cgaccttaga gtcgggagcg aggatgaaga
     7201 cgaggacagc aacctctcca gagccgactc cgtactgttg cgcggcgact ccacggggtt
     7261 gagtgcagcc gaccgtgaac gtttggcgta ccgtgactcg atgtataggg ccatcatggc
     7321 ccaattgcgg ggtgatacgc tcaaggcagt cgtcgaagac ttctccgtgg ggcacatcgg
     7381 actgcggcga ttcttcgctg cgctgaacgg catcagcacg ttaggccgac ccgtccgtgt
     7441 ggcgttcctc ggcgactcct ttatcgaggg tgacatcctc acggccgact tccgcgagcg
     7501 gatgcaagcg cgatttggtg gccgaggcgt aggctttgtg ccggtttcat cgcaggtggc
     7561 acagtttcgc ccgactgtcc gactgcgctc taaggggtgg acgacgcgct ccatactctc
     7621 cgaccgtaag ccgaagtacc tcctttcttg cctcctgttc gatgccgcga acgatgcccc
     7681 gacaatagcc ttcgaaacga ccgactatat gccccacttg aagagtgtcg gtaccctcaa
     7741 gttcctctac acaagcaatc gggcgacaga cctccgctgg atatgcaacg aggggcggga
     7801 tacattcact gcgcgcctcc cagagaccga cggcgtgggg caatatgtgg cgaagggctc
     7861 ctttacggag ggtaaattgg cctttacaca tgcgcaaggg ttgcaagcgt tgggcattgc
     7921 gttagaggat gaccgcggag tggtggtgga caattttgct ttgcgaggta attccggttt
     7981 gccgctggaa aacttggata tagcgcgctg ccaagcattg cagggcatac gcccctacga
     8041 cctgatcgtg atccaatacg gcctgaatgt ggccgtcgaa cgaacgaagg actatggctt
     8101 ctaccgagac cggatggtgg ccatcattaa acacatccgt acctgtttcc caggggccga
     8161 cgtgctgctt ttgggcgtct cggaccgcag caaagtggtc ggcggagagc gccacacgat
     8221 gtcggccgtg aagaatcttc gccgcgcgca acgtgaggcg gccctcgagg cgggagtagc
     8281 cttctgggac gtttacgagg cgatgggcgg agaggatggc atggtcaatt acgtgaagcg
     8341 caattgggcg gccaaggatt atacacacct cagttttcag ggtggccgcg aattggccaa
     8401 tgccctctac gacgcaatca ttttagagaa aacgctatat gacaatctgg aaaaaacgca
     8461 gcgctaacag ggcacctttc tgggcggcgc tctgctgctt atgtatggct acggcagccc
     8521 aggccgaaag gccgcattcg ccgattgaaa acaggaacct tgcagcggaa aaagctgccc
     8581 ccgaaaagaa gaagaccagc cccctgacgg atcaggtcga tctcacgatg acgtttgccg
     8641 tcgattcgct ttgtcgcatc attgatccga ggcacacgct ggacgagttc tgggagaatc
     8701 tgctcagcct atacaatggt aaagacaccg tactgcctat cgctcacttg ggcgactccc
     8761 atatccaggg tggattctat acgaacgaga ctatgaacct gctccggcgc acctttggca
     8821 atgccggccg cggatggatc gcaccttacc ggcctgcacg cgaaaatggc ccctcggact
     8881 atcgtatttt ctcgcaagtg aagagctgga gcgtcgggcg gtgcacgcgt ccgcagtcgg
     8941 gcacgccgtg ggggctgggc ggcatgggct tgcagacgga tgtcgccacg atcgacttca
     9001 cgatcgcggt caatggggcg gacgacgact tcacgcaggt gctgatgtac cgcggagagt
     9061 acgcccgacc catgctcccg gaggggatcc gcaatgcgcg gacggcttgg ggcaaggata
     9121 cctatgcgcc cgacctgacg gtggatagct tcttcctgcc cgaggctgtg cgcgagctcc
     9181 gtttgcagag cgtcagccgc agtgaggctc ccacctcagt cacgggcgcg agctgctact
     9241 acggattctc gctcttcaac gggcgccccg gggtggtcta tcacgccatc ggtcgcaacg
     9301 gagccaccta ttcgcagtac acctccgagc gattcgtccg ccagctctcg ctcttggagc
     9361 ctgccatact catcatctcg ctcggcacca acgaatcgta cggcacgcac ttctcggcct
     9421 ccgatttcat cacgcgcgta gaccgcttcg tgcgactggc ccagcgatac atgcccctga
     9481 cgaccattgt actcactact ccggccgaaa actacctcgc ggcgcgaacc accgtcactc
     9541 ggcgggccaa gggcaagaaa cgtcgcacga cgaccaccgt cacgcggggc tatacccgca
     9601 acgtgcacgt cggtgaggcc gccgaggcga tcctcgatta tgccgcgcgg gagggtctgg
     9661 cctgcttcga cctctacggc atgaccggcg gcgcaggctc gtgcgagcgg tggcaagccg
     9721 aaggactctt ctcgcacgac cgtgtgcatt acagcgcctc cggttatagg gagcaggggc
     9781 ggctactgta caaggcactc gtccgcagtg cattggatta ccagcaacgt aaacgaaaat
     9841 gatccacagc ctaccccttg acctcagcct cgagcgcctc cgcgccctct tcgcgtatca
     9901 gcctgagagc ccgatgctct tcagcacagg cctctttttc ttcctcttca tcgccttcta
     9961 catcggttat cgcgccctgc gccacacgac gaccgcccgc atcctttacg tcgtcctctt
    10021 ttcgctctac ttctattata agagcagcgg cgtctggttc ctgcttctcg tcttcaccgc
    10081 cacgtccgat ttcctcatcg cccgggccct cgccgccacc gtccgcccgg ccggacgaaa
    10141 ggcttgggtg acgctcagct tggtcatcaa cttgggcatg ctggcctact tcaaatacac
    10201 caacttcctc ctccagaccc tcctcgccat aggtcagagc atgggctctt ggttcggcgt
    10261 ggcccccgtc ggaggcacgg tttacgagcc gctggacatc ttcctgcccg tcggcatctc
    10321 gttcttcacc ttccaatcgc tcagctacac catcgacgtc taccgcggtg agcttcagcc
    10381 gctccgacgc tggatcgact acctgtttta cgtctccttc ttccccggac tcgtggccgg
    10441 acctatcgtc agggcccgcg acttcattcc ccagatgttc cggacgcccg tcgtgacccg
    10501 cgagacgctc ggcgaagggc tctacctcat catctgcggc ctgctgaaga aaagcgtcat
    10561 ctcggactat atcagcgtca acttcgtcga ccgcatcttc gacgccccga cgctctacac
    10621 gggcctcgag aacctcgtcg gcgcctacgg ctatgcgctt cagatctact gcgacttctc
    10681 gggttactcc gacatggcca tcggcatcgc cctgctgctg ggcatccgct tcaacaccaa
    10741 cttcgactcc ccctaccagt cggccaccat caccgagttc tggcgacggt ggcacatttc
    10801 gctctccacc tggctcaagg actacctata tatcagtctc ggcggcaatc ggcgcggccg
    10861 cgtccgtacg tacgtcaacc tcatgcttac gatgctcctc ggcgggctct ggcacggcgc
    10921 atcgggccgc ttcatcctct ggggcggact tcacggggca gcgctggccg ttcataagtt
    10981 catgatgaac catttcccca gcttccgccc cacgggcgac acgatgtcgc cacttcggcg
    11041 cgtctgcggc gtcctcatca ccttccacgt cgtatgcttc ggttggatct ttttccgggc
    11101 cgacacgatg gccacgggtt gggacgtgat ccgccagatc ttcaccgcct tccacccgga
    11161 agtcttcagc cagttcgttg tcggatacac cgaagtcttt ctgctgatcc tcggcggcta
    11221 cgcgatccac ttcatgcccc gagtggtcga cacgaccgtc cgcgggtggg tcacccagtc
    11281 cccgacgctg gtgcaagccc tctacctcac ggtcgccatc atcattgtcc tgcagctgaa
    11341 gagcgccgac atcgtcccct tcatctactt ccagttctga gggcgtcagg gacgccggcc
    11401 aagatggcct ggtacccata tccagccctt aggcgtcagg tgcccccacc ggaaaccatt
    11461 tcaacggcgg gtacatacca tccgccggta gggtaggggc gtatggcata cgcccccaca
    11521 aatggcccgt caggggcaaa ttcatgacga gcgattttcg gtcaggcgcc cacgtccctt
    11581 gttggtacgt gctggggcga atgcaattcg cccctaccct gacggccgat aatggtgccc
    11641 acgcgtcagg tgcccccgtc ggaaaccatt tcgcaatccc ccacgcgtac ctggcaagga
    11701 tggcaggcgt ccctgacgcc ttgattttct tttgcgccct tttcttgtat caagacaaga
    11761 aaagggtgtg ggggataggg ggcaaagccc cccacgacaa tagcccccga cacaaacccg
    11821 cccccgccag aaaccatttc gagaacctcg ggcacccatc cgcctccacc gcatattccg
    11881 gtgggggcga tttcatgtca atggcttcca tcgaaaaaca ttttgcgaac ccgtggtaca
    11941 aatctgccct cagcggaaaa cattttgcga acttcggaca cccatccgcc cttatcggaa
    12001 accatttcac gaacccccgg cgcaccgtcg cctccataaa aaatccgttt gggaacctat
    12061 ttcacgatca cgcccccgtt gaggccttca atgaggcgtt attttgcgat cacaccctca
    12121 ttgaagtgtt caatggggtg taattgtgcg atcacgctat cgttgaagta ttcaatgggg
    12181 cgtaatttca aaaacacacc cccattgata tcctcaatgg aggcgagaca acgacgggag
    12241 tccatgaaat aaaatccgat gcgagcgtct atccggtggg agtcgccgaa ccatctgtct
    12301 ttctgtgtat agatcattcc tatctccccg ttggagaccc attcgggagc aggggtgacg
    12361 cattaaaatt gtattgtgat tagttgttgt gggttcattc gagcaagttt cttttggata
    12421 cgagggattg ag
//
LOCUS       SEQF2637|AYYD01001208.1 4389 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             310..1596
                     /locus_tag="SEQF2637_01972"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTETIFRVLLWSLFMATGMVGLRSAAQTDAPARRTYATVSGTV
                     RDTRTNRVLPAVHVAVPGTGIGTVTNADGYFSLHVADSLRADRIEFSHIGYALLTYPI
                     RPGTQVEAASIRLTPNANLLEEVTVMGGDARDLVRQAVDRITDNYPQRANRLTGFYRE
                     VIRKGRRYIDISEAIVGLYKTPYNGVGTNTDRVRLEKGRRLLSQRPGDTLIVKFEGGP
                     TLSIFLDVVKNSDLMFAPDEMEHYAFRYNRTTLIDDRPHVEIRFMPRVVCPYALYEGL
                     LYIDSETRTISRAEFSLDMTDRLKATQAMLRKKPAGLRFRPERLAFLVTYRRQADGRS
                     SLAYVRCETAFRCDWHRRLFATSYVVTSEMAITDRDETHAEKIPYREAFRSRDALTDR
                     AADFYDANFWDGYNIIEPTESLENAVGRLMRRRNRD"
     CDS             complement(1733..3808)
                     /gene="rho_1"
                     /locus_tag="SEQF2637_01973"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AG30"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination factor Rho"
                     /translation="MVKYNIVELTDMDLPRLQTIATDLGLTDIKGVEKQALIYQILDR
                     QAESVAGMQKEKEAQKSEQKRRGPGRPPKNKSAESAAETSASEKEPKADTAEKAESKP
                     AKRRPGRPKKNKAAEPTEAAAPAKAETTEAAPKAETKEEAEAAESKPAKRRPGRPKKS
                     KSAAAPVAETPASIAETEPILATEPMLEAEEMPVESPVAAPIAPVSPVVPPSAAAETA
                     PQASAAAAHEAKPSPEAPTATPATPPAPEEPKRTIFKHATDTPSVLDQVLPMQPPAPQ
                     PKDKQQNEAKKRPQQNHRPNNPNLRENAPVVPPPPIYDFDGILTAAGVLEIVPDGYGF
                     LRSSDYNYLASPDDVYVSASQIKLFGLRTGDLVEGPIRPPREGEKYFPLVKVDTINGR
                     LPEEVRDRVPFDHLTPLFPEEKFKLTDRRSPKVYDPYAVRVVDLFAPIGKGQRGLIVA
                     QPKTGKTMLLKDIANAIAANHPEVYMIILLIDERPEEVTDMARSVDAEVIASTFDEPA
                     DRHVKIAEIVLNKAKRMVECGHDVVILLDSITRLARAYNTVQPASGKVLSGGVEANAL
                     QKPKRFFGAARNIEHGGSLTILATALTETGSKMDDVIFEEFKGTGNMELQLDRKLANR
                     RIFPAVDIQASSTRRDDLLQDENTRNRLFVLRNTVLSDMNTVEAMEFVKKRLEGTTDN
                     AEFLASMNG"
ORIGIN      
        1 cggtgggaaa aggcagccgg aggttgtctg gccggaacgt cttttcgggg tacatttccg
       61 gacgctggcg agactttttg cagaggattg acccaaagcc gaaggctatc tgaagctgct
      121 ctttttcgag tcgtcgcaac gggccgctgg agagtctcgc ggttggtggg aaaaggcagc
      181 cggaagcgga caggcgctaa aactttttta ggtctacttg ccgatgattt ttgttatttc
      241 gtgctactta ttcccagctt acttcacgct ctctttctct attcatttta ttcaaacgct
      301 taccgaatca tgaagactga aacgattttt cgagttctgc tgtggagcct ctttatggcc
      361 accggtatgg tggggcttcg cagcgcggcg cagacggatg cgccagcacg taggacgtac
      421 gccaccgtca gcggaacggt gcgcgatacc cgcacgaacc gtgtgctgcc ggcggtgcat
      481 gtcgccgtgc caggtacggg catcggcacc gtgaccaatg ccgacggtta tttttcgctc
      541 catgtggctg actccctccg ggccgatcgg atcgagtttt cgcacatcgg ctacgcgctc
      601 cttacctatc caattcgacc gggtacgcag gtcgaggcgg cctccatccg actgacaccg
      661 aacgctaacc tcctggagga ggtgaccgtc atgggcggtg atgcgcgcga cctcgtgcgt
      721 caggccgtgg atcgcatcac ggacaactat ccgcagcggg ccaatcgcct gaccggtttt
      781 tatcgggaag tcatccgcaa ggggcggcgc tatatcgata tttcggaggc tatcgtcggg
      841 ctctacaaga cgccttacaa tggcgtgggc acaaacaccg atcgggtacg gctcgagaag
      901 gggcggaggc tgctcagcca acggccgggc gacacgctca tcgtgaaatt cgaaggcgga
      961 ccgacgctct ccatctttct cgacgtggtg aaaaacagcg atttgatgtt cgcccccgac
     1021 gagatggaac actacgcctt ccgctacaat cgcaccacac tgatagacga tcgtccgcac
     1081 gttgagatcc gcttcatgcc acgtgtcgtc tgcccttatg cgctctacga agggctgctt
     1141 tacatcgaca gcgaaacacg gacgatctcc cgcgcggagt tcagcctcga tatgaccgac
     1201 cgcctcaagg ccacgcaggc catgctccgc aagaaacccg ccggactgcg ctttcgcccc
     1261 gagcgattgg ccttcctcgt cacctatcgg cgacaggccg acggtcgcag tagcctggct
     1321 tacgtgcgct gcgaaacggc ctttcgttgc gactggcatc ggcggctttt cgccacatcg
     1381 tacgtcgtga cgtcggaaat ggccatcacc gatcgtgacg agacacacgc agagaaaatc
     1441 ccctaccgcg aggcgtttcg ctcgcgtgac gccctgaccg accgagctgc cgacttttat
     1501 gacgccaatt tctgggacgg ctataatatc attgagccaa cagagtctct tgaaaatgcc
     1561 gtgggccgac tgatgaggcg gcggaaccgc gactaagctc cgccaacggc ggacggatgc
     1621 aaacgaaacg tcctgccgga cggaaggaat cgaccggatc cctttcgccc gacaggacgt
     1681 ttctgcggtg ccaccctaag tccgagaggc catagtggca ctcctccgac tgtcagccgt
     1741 tcatggaggc taaaaattcg gcgttgtccg tggtgccctc caagcgcttc ttgacgaact
     1801 ccatcgcctc gactgtgttc atgtccgaga gtacggtgtt acggagtacg aataggcggt
     1861 tgcgggtgtt ctcgtcctgc agcaaatcgt cgcggcgcgt gctggaggcc tggatgtcga
     1921 ccgcagggaa gatgcgacgg ttggccagct tacggtcgag ttgcagctcc atgttgcccg
     1981 tacccttgaa ctcctcgaag atcacgtcgt ccatcttcga acccgtttcg gtgagagccg
     2041 tagcgaggat ggtgaggctg ccgccgtgct cgatgttacg cgcagcaccg aagaatcgct
     2101 tcggcttctg gagggcattg gcctccacgc cacccgaaag caccttgccc gaggccggtt
     2161 gcacggtgtt ataagcgcgg gccaggcggg tgatggagtc gagcaggatg actacgtcgt
     2221 ggccacactc gaccatgcgt ttggccttgt tgaggacaat ctcggcgatc ttcacgtggc
     2281 ggtcggccgg ctcgtcgaag gtggaggcga taacctcggc gtctacgcta cgggccatgt
     2341 cggtcacctc ctcggggcgt tcgtcgatga gcaggatgat catgtaaacc tccgggtgat
     2401 tggcggcgat ggcgttggca atgtccttga ggagcatcgt cttaccggtc ttcggttgcg
     2461 ccacgatgag cccacgctgc cccttgccaa tgggtgcgaa aaggtcgact acgcggacgg
     2521 cgtacgggtc gtaaaccttc ggcgaacggc ggtcggtgag tttgaatttc tcttcgggga
     2581 aaagcggtgt gagatggtcg aaggggacgc ggtcgcggac ctcttcgggc agtcggccgt
     2641 tgatggtgtc caccttgacg agcggaaaat atttctcgcc ttcgcgcggc gggcggatgg
     2701 gaccttcgac gaggtcgccg gtgcggagtc cgaagagctt gatttgtgag gccgagacgt
     2761 agacgtcgtc cggcgaagcg aggtaattat agtccgacga gcggaggaaa ccgtagccat
     2821 cgggcacgat ttcgaggacg ccggcggcgg tcagtatgcc gtcgaaatcg tagatcggcg
     2881 ggggcggcac gacgggggca ttttcgcgta ggttgggatt gttgggccga tgattctgtt
     2941 gggggcgttt cttggcttcg ttctgctgct tgtctttggg ctgcggcgcg ggaggctgca
     3001 tgggcagcac ctgatcgagg acggaaggcg tgtcggtagc atgcttgaag atggtgcgtt
     3061 tcggttcctc gggcgcgggg ggagtggcgg gtgtcgctgt tggcgcttcg ggcgacggct
     3121 tcgcttcatg agcggctgcg gcggatgctt ggggcgccgt ttcagctgcg gcggatggag
     3181 gaacgacggg cgatacggga gcaatggggg cagccacggg cgattctacg ggcatctctt
     3241 cggcttcgag catcggctcg gtggccagga tcggctccgt ttcggcgatg gaggcgggtg
     3301 tctcagcgac gggtgctgcc gccgacttgc ttttcttcgg acgacccgga cgacgtttgg
     3361 cgggtttgct ttccgctgcc tcggcctcct ccttcgtctc ggccttgggc gcggcttccg
     3421 tcgtctcggc cttggctgga gcggcggctt ccgtcggctc tgccgctttg tttttcttcg
     3481 ggcggcccgg gcgacgtttg gcgggtttgc tttccgcttt ttcggccgtg tcggctttgg
     3541 gttccttttc ggaggcggag gtctcagcgg cggattcggc cgacttgttt ttgggtggac
     3601 ggccggggcc gcggcgtttc tgttcggatt tctgagcttc tttttccttt tgcataccgg
     3661 ctaccgattc ggcttgtcgg tcaagaatct gataaatcag ggcttgtttt tcgacacctt
     3721 taatgtccgt gagtcccaga tcggttgcga tggtttgcag ccgggggaga tccatgtctg
     3781 tgagttcgac aatgttgtat ttgaccatgt tgttatgtgg ataaatggag aattagcggg
     3841 ggtacgcggg gcagaagcgg acatgtatac gcagcgtcca cgcgccacca ggctcttcgc
     3901 ttatgatgta actatcaatt gtatatatcg tgaggattgc tttttcgtcc gaccctcgtc
     3961 cccggggtta atgggtgcta tttgaagggg ggatcaagcg ggggcaaata tacgccaatc
     4021 cgtaagacgc caaaatcgaa cactttatcc ggaaacagcg cagcgacgga atgtcgcagg
     4081 ttggttaggc ctcaaaattc acagcgataa taaatcacat gcatgtttct tgatgtcaca
     4141 cacagcgcaa gtcaattccc gacatgtttc ttagtgtcgc acacagcgcc agtcaattcc
     4201 ctgcatgttt cttagtatcg catacagcga cagtcaattc cctgcatgtt tcttagtatc
     4261 gcacacagcg ccagtcagtt cccgtcatgt ttcttagtat cgcatacagc gacagtcaat
     4321 tcccgtcatg tttcttaata tctcacacag cgacgggccg ccgcagactt gcatggcctc
     4381 gaaatacac
//
LOCUS       SEQF2637|AYYD01001209.111057 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..11057
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             327..818
                     /locus_tag="SEQF2637_01974"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVVATQDNTIVYENGSDVAHLSKGQVYFRRADNMSQDLSGRHIT
                     SNNPIAYFTAHNYHQIDGGGDNIFQQLTSVETWGTKFIVPVSLREVELIRIVASHNNT
                     KVTQTGAVLPKTATPAQQTYTLNAGEFVELQISLANKGCYIGLVFLISVPLRRSIGLV
                     VLI"
     CDS             1093..2856
                     /locus_tag="SEQF2637_01975"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDDFTDWRLVSAGPPCLFISFCASDAPTRQRSYSEGLYPSADGP
                     QTARQGTRKVYFCADYKLKKIDQMKNRILWIPLLGILAIMNLIGCSSEEKLPPTVTLE
                     ANKTSIKANGRDSITFVVKVNGQETTQGVTVRSESGQAVSSTLRYAADKVGTQTFYAL
                     YEGTKSNAVTVTATQIVVTLKVDRTSIRPGTADQVHFTVLADDEDVTASSSILRRGET
                     ETKLEGTTFSADKSGDYTFYAIYRNERSAEVAVHAAAGSVTLRADRSAIHADGNEAVA
                     FTVTADGHDVTDKAVISLRSTPDIALIGHNFTTTEAGDYAFYATYDGVRSTEVRVKAS
                     AMALNFAKQHCIMQFSSATCATCPIMTTAINDIMTLTPGRAVPIVFHVSQLCFNYPEL
                     YGVLSETADRLCPAWPSALVDMHTKVNVYRTATREKFNEAIWILNSYAPAQTGIALRS
                     SVEGGTISFTADVAANKTGEYRFFAYIVEDGIKYGQRIGNGEDAIDPNYVHNNVATYP
                     LTATDDPRSGLSLGTIERGKRLTRTYTIDTRAYNIKRNVDLSRCRVVAYTLRLVNGSY
                     TVDNVATCPVSGGSVSFRYAK"
     CDS             complement(2949..3545)
                     /gene="engB"
                     /locus_tag="SEQF2637_01976"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38424"
                     /codon_start=1
                     /transl_table=11
                     /product="putative GTP-binding protein EngB"
                     /translation="MEIQRAEFVTSNTDVKRCPDGGMPEYAFIGRSNVGKSSLINMLT
                     RRKQLAMTSQKPGKTQLINHFIINDSWYLVDLPGYGYARRSRENRDRLRQIIESYILG
                     RQQLTCLFVLLDCRHEAQRIDLEFMEWLGQNGVPFAIIFTKTDKLSRSRLQENLAAYR
                     EKMLETWEELPPIMTSSSEKNEGRDEILAYIDEINRSL"
     CDS             complement(3576..4163)
                     /locus_tag="SEQF2637_01977"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQERIKAHYPHHLTVEKRLTTEKSIYVADYNKQTGSKEGVKLF
                     CCPPTEEIKCFILNNPCGIEITGLPFDKMSFVKPEGGSESQCECVIYPKEGDEESWIC
                     FVELKYSAKPANNRSNLIKARRQLLRTQACYRSKQVIDKRNTCYLFASLPKQTEPFLH
                     FTLTQSYLIDLKRRFNIVLRFKNSAEVLNHTMLRV"
     CDS             complement(4163..5314)
                     /locus_tag="SEQF2637_01978"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTIKIRNIGPIKEVPEITLNRVNVFMGPQSSGKSTIAKIISYC
                     TWLEKEMATSHLAKEYALTTRFKDELESFHKIKGYFRADSYIRYTSDTVEIIWENETC
                     RLCWVNDLAYKLSKVSYIPSERNMVILPEARRVELGSTNVRSFLFDWFTACEKCTDLP
                     ILNLGVNYHYVEAKEEDHIRGGEGDSKYDVLLSNASSGLQSLTPLLVMIEYLTKWVYE
                     EKTPSYEHAQREKAFLTLYKELPSDLLTELSQQLYETHNTQFIIEEPEMNLFPETQRD
                     LVYHLLNKCLEREGNRLTITTHSPYILYALNNCMMAGLVYDKMDEESKGRLKCDTSKI
                     SPSDVSIYEIQEGVVKRIQKEDGLIQDNYFDQQMGKLMDDFYLMLNYYP"
     CDS             complement(5760..6731)
                     /gene="yrbG"
                     /locus_tag="SEQF2637_01979"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45394"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YrbG"
                     /translation="MNNVWMSLVFVVIGLVLILVGANALTDGAAAVAKRFRISNLVIG
                     LTIVAFGTSAPELTVSVLSALKGSPDLAMGNVVGSNIFNVLLILGVTAAIIPLHVPRS
                     TITKEVPLCILASLVLLFVASDVWIDGATENVLSRIDGLVLLCFFAIFFGYTLAIAHN
                     KTDDADEEGIKSMPIWRSALYIVGGLAGLIYGGQLFVDGSSAIARNLGVSESTIGLTL
                     VAGGTSLPELATSAVAALKKNPQMAIGNVVGSNLFNIFFVLGCAASIHPLHVAGITLV
                     DYGVMIGSAILLFIFGQFFRQRTITRWEGIVLSLCFIAYTAYLVANA"
     CDS             complement(6728..7105)
                     /gene="carH"
                     /locus_tag="SEQF2637_01980"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q53W62"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional repressor CarH"
                     /translation="MGLKQNKNLKLYFSIREVAARFGLNESTLRYWEKEFDELAPRKT
                     PGGTRYYTEQDIELIGLIHYLLKERGMTVAGARRKLKDNKETTINQMQIIEKLKTIRA
                     ELVALRDAIDRLENNEEERMEKQ"
     CDS             complement(7123..8106)
                     /gene="mepM_1"
                     /locus_tag="SEQF2637_01981"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFS9"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein DD-endopeptidase MepM"
                     /translation="MGLFKSKKIYYKYNTETLSFERVYPTVKQRIFAVVRHASIGILV
                     GVALFFLFANIFSSPMESLLQKENKLLQTQYEVLSLQLNDALEVLDDIQQRDENLYRA
                     IFQARSIPESVRKPGFGGTNRYAYLSSLSNADLVIETTQKLDMLKKQLYVESNSLEEL
                     ISIGKSLEERVRCIPAIQPISNKDLKRTASGYGTRIDPIYHTLRFHAGMDFAAPMGTD
                     IYATGNGRVILAGWKQGYGNCVIIDHGYSYKTLYGHMEKILVREGQSVTRGEVIGLVG
                     STGKSTGPHLHYEVHINDKPDNPAKYYYQDLNPEEYDQMLQLSENHGQVLD"
     CDS             8286..10835
                     /gene="alaS"
                     /locus_tag="SEQF2637_01982"
                     /EC_number="6.1.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00957"
                     /codon_start=1
                     /transl_table=11
                     /product="Alanine--tRNA ligase"
                     /translation="MVIKDDPTLMFTNAGMNQFKDIILGNTAIKYPRVADSQKCLRVS
                     GKHNDLEEVGHDTYHHTMFEMLGNWSFGDYFKKEIISWAWEYLVDTLHLDPARLYATI
                     FEGSPSEGLERDSEAAGYWAKFLPADHILEGNKHDNFWEMGDTGPCGPCSEIHIDLRP
                     DAERAAVPGASLVNKDNPLVIEIWNLVFMQYNRKADGSLEPLPNRVIDTGMGFERLCM
                     ALQGKTSNYDTDVFQPLIQAIAHMTGTTYGADRQKDVAMRVVADHIRTIAFSITDGQL
                     PSNAKAGYVIRRILRRAVRYAYTFLDCKEAFMYRLLPTLIATMGTAYPELVAQQELIE
                     KVMKEEEEAFLRTLETGIRLLEKKIEELNAAGSKTLAGTDAFALYDTYGFPLDLTELI
                     LREHGMDADLKGFDAEMQKQKERARNAAAIEADDWVTLREGETAFVGYDMMECDVEIL
                     RYRRIKQKNKTLYQIVLDKTPFYAEMGGQVGDSGVLIAPDGERTEIIDTKRENNLPVH
                     LTTKLPNDLTASFTARIDVERRIRCECNHTATHLLHEALRETLGTHVEQKGSYVGPES
                     LRFDFSHFGKMTDEEIRRVEQIVNRRIRQNMPLDEHRNMPIAEAKALGAMALFGEKYG
                     EEVRVVRYGTSVELCGGTHIPATGMIGSMYITSESSIAAGVRRIEAVTADAAERLFYF
                     TQDAVREVRALFNNVPNLVPTIRKSIEENSELKRQVGEYIREKAATMKKELLAHAVDR
                     RGTRLILFNGEGDVDLCKSIAMQIKDESSSDERICFVAGIRDHDRCGLIVLLSQPLVS
                     EGLDAAKLVKKGSSFIRGGGGGQPHFAMAGGKNPDGLSAAIDAILEEAGLK"
ORIGIN      
        1 tgcgaatcgt agccaaacaa gcagtaacgg gtcggattac gtttacggag aacaacaagg
       61 ttgttccctt ctcaatctca gataatgacg cgttcaatta caccctgact caagaggata
      121 gagctgcctc ctactccctt gaaacgggga taagcagcaa gtctatccga atccaaacgg
      181 acaatgatat tcccgtgacg gtgtatgcct ttaataccta tgcggcattg gctgatgcga
      241 cgaatttgtt gcccgtcccc acactgggaa gcgattatta tcatttgggt cgagctgctg
      301 ttggtagtaa ttttactgac aactacatgg ttgtagccac ccaggataac acgatcgtct
      361 acgagaatgg aagtgatgtg gcacaccttt caaaagggca agtctatttc agacgagctg
      421 ataacatgag ccaagatttg agtggacgtc acatcacctc aaacaatccg atagcctact
      481 tcacagccca caattatcat cagatagatg gtggcggtga caatatcttc cagcaattga
      541 cctctgttga gacttggggt accaagttta ttgtacctgt cagcttgaga gaggttgaat
      601 tgattaggat tgttgcgtct cataataaca ccaaggttac gcagaccggg gctgtactcc
      661 ctaaaacggc tacacctgct caacagactt atacacttaa cgccggagag ttcgtggaac
      721 tccagatctc attggctaat aagggctgct atatcggact ggtgtttttg atctccgtac
      781 ccctacggag atctatcgga ctggtggttt tgatttgatg cggttgccct gttttggaag
      841 gccgcctgcc agcgtttgcg cccccggatg ttcagcgacg cgcccccctg aagcgatagg
      901 ccgacgaacg atcacgccaa gctcatagac aagcccatag atatacagcc tacagcgcca
      961 ccgataggta tcgatggggc tgtcgacgta tctgcgatca ccggatcgga agccgtttgg
     1021 actacagccg aagcgctatg cacccggcac cacggatgat ttcacaactt ttcgtcaggt
     1081 gctttggcca ttatggacga tttcacagac tggcgcctgg tctccgccgg ccctccctgc
     1141 cttttcatct ctttttgcgc ttcggatgcc ccaacccgcc agagaagcta ctccgagggg
     1201 ctctatccgt ccgcagacgg gccgcaaacg gcaaggcagg gaacccggaa agtctatttt
     1261 tgcgccgatt acaaattgaa gaagatagat caaatgaaaa atcgtatcct atggattccc
     1321 ctcttgggga tcttggccat catgaacttg ataggctgct caagcgaaga aaaactgccc
     1381 cccacggtca ccctggaggc caacaaaacg tcgatcaaag ccaacggccg cgactcgatc
     1441 accttcgtgg tgaaggtgaa cggccaagag acgactcaag gcgtcaccgt ccgctccgag
     1501 tcgggtcagg ccgtctcgtc cacgctccgc tatgccgcgg ataaggtcgg cacgcagacg
     1561 ttctacgccc tgtatgaggg cacgaagtcg aacgccgtca ccgtcacagc cacccagatc
     1621 gtggtgacgc tcaaggtgga tcgcacatcg atccgaccgg gcacggcgga tcaggtgcac
     1681 ttcaccgttc tggctgacga cgaggatgtg accgcctcct cctccatcct gcgccgcggc
     1741 gagaccgaga cgaagctcga aggcaccacc ttctcggccg ataagtcggg cgactacacc
     1801 ttctacgcca tctatcgcaa cgaacgttcg gccgaagtgg ctgtgcacgc tgccgctggt
     1861 agcgtcacgc tgcgcgctga ccgcagtgcg atccacgctg acggcaacga ggcggtggcc
     1921 ttcaccgtga cggccgacgg tcacgacgtt acggacaagg ccgtcatctc cctccgctcc
     1981 acgcccgaca tcgccctcat cggccacaac ttcaccacca ccgaggccgg cgactatgcc
     2041 ttctatgcca cctacgacgg cgtccgctcg actgaggtgc gcgtcaaggc cagcgcaatg
     2101 gctttgaact tcgccaagca gcattgcatc atgcaattct cgtcggccac ctgcgccacc
     2161 tgccccatca tgactacggc catcaacgac atcatgaccc tcacgccggg tcgggctgtg
     2221 cccatcgtct tccacgtcag ccagctctgc ttcaactatc ccgagctcta cggcgtactc
     2281 tccgagacgg ccgaccgtct ctgcccggct tggccctcgg cgctggtgga tatgcacacg
     2341 aaggtgaacg tctaccgcac ggccacgcgc gagaagttca acgaggccat ctggatcctg
     2401 aacagttacg caccggcaca gacgggcatc gccctacgct cttcggtgga aggtggcacg
     2461 atcagcttca cggccgatgt ggcagctaac aagacgggcg agtatcgctt cttcgcctac
     2521 atcgtcgagg acggcatcaa gtacggccag cgcatcggca atggcgagga cgccatcgac
     2581 cccaactatg tacataacaa cgtggcgact tatccgctga ccgccacgga cgacccgagg
     2641 tcgggcctct cgttaggcac catcgagcgt ggcaaacgcc tcacccgcac ctatacgatc
     2701 gacacccgcg cctacaacat caagcgcaac gtggatctca gccgctgccg cgtcgtggct
     2761 tacacgctgc gtttagtgaa cggctcgtac acggtcgaca atgtggccac ctgccccgta
     2821 tcgggcggtt cggtcagctt ccgctacgct aagtaatcag ggcgtcactc tgatcacccc
     2881 gtaatgaaga aaagcccgct accgacagag gagttcggta gcgggctttt tgtgtgatag
     2941 aggggggatc agaggctgcg attgatctcg tcgatgtagg cgaggatctc gtcgcgtccc
     3001 tcgttcttct cggacgacga ggtcatgatg ggcggcagct cctcccacgt ctcgagcatc
     3061 ttttcgcgat aggccgcaag gttctcttgc aggcgactgc ggctgagttt gtcggtcttg
     3121 gtgaagatga tggcgaacgg cacaccattc tgcccgagcc actccatgaa ctccaggtcg
     3181 atacgttgcg cctcatggcg acagtcgagc aggacaaaga ggcacgtgag ctgctggcgg
     3241 ccgaggatgt acgattcgat gatctgccgc agtcggtcgc ggttctcgcg actgcgtcgg
     3301 gcgtaaccgt atccgggcag gtcgaccaga taccagctgt cgttgatgat gaaatggttg
     3361 atgagttgcg ttttgccggg tttctgcgac gtcatagcca gctgtttgcg tcgcgtcagc
     3421 atattgatca gcgacgactt gccgacgttc gaccgtccga taaaggcata ctccggcatc
     3481 ccaccgtcgg gacaccgctt cacgtccgtg ttactcgtca cgaactctgc acgttgaatt
     3541 tccatttgtt gttacgtgtg ggggttaggg tgggattata cgcggagcat tgtgtggttg
     3601 aggacttcgg ccgaattctt gaatctaagc acgatgttga atcggcgctt caagtcgatc
     3661 aaataggact gcgtcaaggt gaaatgcaga aacggttccg tttgcttggg caaggaggcg
     3721 aataggtagc aggtgttgcg cttatcgatc acctgcttgc ttcggtagca ggcttgtgta
     3781 cggagcaatt gcctgcgggc ttttatcaga ttgctgcgat tgtttgcggg ctttgcgctg
     3841 tacttcagtt ctacgaagca gatccatgac tcctcatcgc cctctttcgg gtagatcacg
     3901 cattcacact gagattcaga tcctccttcc ggctttacaa aactcatctt gtcgaacggc
     3961 aggccggtta tttctatgcc gcaaggattg tttagaataa agcatttgat ttcctccgtt
     4021 ggaggacagc agaagagctt aacaccttct ttgctgccgg tctgcttgtt ataatcggct
     4081 acgtagatgg acttttcggt ggtgagcctc ttctccacgg tcaaatgatg cggatagtgc
     4141 gccttgattc tctcttgtat catcagggat agtaattgag catgaggtag aagtcgtcca
     4201 tcagtttccc catctgttga tcgaagtaat tgtcttggat caggccgtct tccttttgaa
     4261 tccgcttgac tacgccctcc tgaatctcat agatcgagac atccgagggg gagatcttgg
     4321 acgtgtcgca tttcagtcgg cctttcgatt cctcgtccat cttatcgtag accaagccgg
     4381 ccatcataca attgttcagc gcgtagagga tgtatgggct gtgcgtggtt atcgtcagtc
     4441 ggttgccttc cctctcgagg catttattca gcagatgata gaccaaatcc cgctgcgttt
     4501 cggggaatag gttcatctcc ggctcctcga taatgaattg ggtgttgtgt gtctcatata
     4561 gttgctgact taactccgta agcagatcgg agggaagctc tttgtataga gttagaaatg
     4621 ctttttccct ttgggcatgc tcatatgaag gcgtcttttc ttcataaacc cattttgtca
     4681 ggtattcgat cattaccaac agcggtgtta gtgattgcag cccgctcgaa gcgtttgata
     4741 gcaagacgtc gtatttcgaa tcaccttcac cgcctcggat atgatcctct tctttggctt
     4801 ctacataatg atagttcact cccaagttca gaatgggaag atcagtgcat ttctcgcatg
     4861 cagtgaacca gtcgaagagg aagctccgga cgttggtgct gcctaactct accctccggg
     4921 cttccggtaa gatcaccatg tttctttccg aagggatata ggagaccttg ctgagtttgt
     4981 aagccagatc attgacccag caaagtctgc atgtttcgtt ttcccaaata atctctaccg
     5041 tatcgcttgt atagcggata tagctatccg cccggaaata acctttgatc ttatggaaag
     5101 attcgagctc atccttgaag cgtgttgtga gtgcgtactc cttcgccaag tggcttgtgg
     5161 ccatttcttt ttccaaccat gtgcagtagc tgatgatttt ggcaatggtg cttttgccgc
     5221 tgctttgtgg gcccatgaag acgttcacgc ggttgagcgt gatctccggg acctctttga
     5281 tcggcccgat gtttcttatt ttgatggttg tcatatctct gttttcgttt gtgtgaatag
     5341 ggggagctta gctccgagga attgtgcgga ggtcaaaacc cggtggggat tgcaccaaaa
     5401 accgatttga agcccaaaac ccgccgggaa ttgctccaaa gactgttttg aagcccaaaa
     5461 ctcaccgggt tttgtatcaa caaccgtttt ggaacccgaa acccgccggg aattgcacca
     5521 aaaaccgttt ggaagctcaa aacccgccgg ggattgcgcc aaaaactgat ttggagccca
     5581 aaacccggcg aggattgcgc caaaaaccga tttggaagcc taaaacccgc cgggaattgc
     5641 accaaaaacc gttttggagt ccgaaacccg ccgggaattg cgtcaaaaac cgatttggaa
     5701 cccaaaaccc ggcgaggatt ggcccctcgc tttttgcttt tagttattct gcattcgtgt
     5761 tacgcattgg ccaccaagta ggcggtgtag gcgatgaaac agagggaaag cacgatgcct
     5821 tcccaacggg tgatggtgcg ctggcggaag aactgtccga agatgaaaag gaggatagcc
     5881 gatccgatca tcacgccgta gtccacgaga gtgatgccgg ccacgtgaag ggggtggatg
     5941 gaggcggcgc aaccgaggac gaagaagatg ttgaaaaggt ttgagccgac cacgttgccg
     6001 atggccatct gcggattctt cttcagcgca gccacggcgg aggtggccag ctcgggcagg
     6061 gaggtgccgc cggcgacgag cgtcaggccg atggtcgact cgctcacgcc gaggttgcgc
     6121 gcgatggccg acgagccgtc gacgaagagc tgtccgccgt agatcagccc cgccagtccg
     6181 ccaacaatgt agagtgccga gcgccagata ggcatggatt tgatgccctc ctcgtcggcg
     6241 tcgtccgtct tgttatgggc gatggcgagg gtgtagccga agaagatggc gaaaaagcag
     6301 aggagcacca gtccgtcgat acggctgagg acgttctccg tggcgccgtc gatccatacg
     6361 tcgctggcta cgaagaggag caccaaggag gcgaggatgc agaggggcac ttctttcgtt
     6421 atggtgcttc gggggacgtg cagcggaatg atggcggctg tcacgccaag gatcaagagg
     6481 acgttgaaaa tgttcgaccc gaccacgttg cccatggcta ggtcggggct gcccttgagg
     6541 gcggagagta cgctcacggt tagctccggg gcggaggtgc cgaaggctac gatcgtgagg
     6601 ccgatcacga ggtttgagat gcggaatcgc ttggctacgg ccgctgcgcc gtcagtcagg
     6661 gcgttggcgc cgacgaggat cagcaccagt ccgatgacga caaaaacgag ggacatccat
     6721 acgttgttca ttgtttttcc atcctttctt cttcattgtt ttcgagccga tcgatggcgt
     6781 cccgaagggc gacgagctcg gcgcggatcg tttttaattt ctctatgatt tgcatttggt
     6841 tgatagtagt ctccttgttg tccttgagct tgcgtcgggc gccggcgacg gtcataccgc
     6901 gttccttgag gaggtagtgg atgaggccga tgagctcaat gtcctgctcg gtgtagtagc
     6961 gggtgccgcc gggcgtcttg cgcggagcaa gctcgtcaaa ttccttctcc cagtagcgga
     7021 gggtggactc gttcaggccg aagcgtgcgg ctacttcccg gatggagaag tagagcttga
     7081 ggttcttgtt ctgttttaat cccattgatg ggcgagggag gatcagtcga gcacctgacc
     7141 gtggttctca gacagctgca gcatctggtc gtactcctcg ggattgagat cctgatagta
     7201 gtacttggcg gggttgtccg gtttgtcgtt gatgtgcacc tcgtagtgca ggtgtgggcc
     7261 ggtggatttg ccggtgctac ccaccaggcc gatcacttcg ccacgggtca cggactgtcc
     7321 ttcgcggacg aggatcttct ccatgtggcc gtagagcgtt ttgtagctgt agccatgatc
     7381 tatgatgacg cagttgccgt agccctgttt ccatccggcc aggatgacgc ggccgttacc
     7441 cgtggcgtag atatccgtgc ccatcggggc ggcgaagtcc atgccagcat ggaagcggag
     7501 ggtgtgatag atcgggtcga tacgtgtgcc gtagcctgat gcagtgcgtt tgaggtcttt
     7561 gttcgatatg ggctggatgg cggggatgca gcgcacacgc tcctcgagac ttttaccgat
     7621 ggagatcagc tcctcgagcg agttggattc gacgtagagc tgcttcttga gcatgtcgag
     7681 cttttgcgtg gtctcgatca ccagatcggc gttggagagg ctggagaggt aggcgtagcg
     7741 gttggtgccg ccgaagcccg gtttgcggac agattcaggg atggagcggg cttggaagat
     7801 ggcacgatag aggttctcgt cgcgctgctg gatgtcgtcc aaaacttcca gcgcatcgtt
     7861 gagttgcagg ctgagcacct cgtattgagt ttgcagcagc ttgttctcct tttgcaggag
     7921 ggattccatg ggggaggaga aaatgttggc gaaaagaaag aagagcgcta ccccgaccaa
     7981 tataccgatg ctggcatgcc tgacgacagc gaaaatgcgc tgcttgacgg tgggatagac
     8041 ccgctcgaag ctgagcgtct ccgtgttgta cttgtagtat atcttctttg acttgaatag
     8101 tcccataatc aattcatccc ttatgattga ggcgcaaatg taggttttga cctatgtttg
     8161 cgccccattt gcaaggtttt aacaggttat ttacatattc aaatatgctg acagcacaag
     8221 aaattcgcga atcattcttg tcttttttcg catcgaaaag acaccatatt gtaccatcgg
     8281 ctccgatggt tattaaggac gatcccacgc tgatgttcac caacgccggg atgaaccaat
     8341 tcaaggacat tatactcgga aacaccgcca tcaaataccc ccgcgtggcc gattctcaga
     8401 aatgtttgcg cgtcagcggt aagcataacg acctcgagga ggtgggccac gacacgtatc
     8461 accacaccat gttcgagatg ctcggcaact ggtcgttcgg cgattatttc aagaaagaaa
     8521 tcatcagctg ggcgtgggaa tacttggtcg acacgctgca cctcgacccg gcacgactct
     8581 acgccaccat cttcgagggc agcccatccg agggcctcga gcgtgacagt gaggcggctg
     8641 gctattgggc caaattcttg cccgctgacc acatcctcga gggcaacaaa cacgataact
     8701 tttgggagat gggcgatacg ggcccctgcg gcccctgctc ggagatccac atcgacctcc
     8761 ggcccgacgc tgagcgcgcg gctgtgcccg gggcatcgct cgtgaacaag gacaacccgc
     8821 tcgtaatcga gatctggaac ctcgtattca tgcaatataa caggaaggcc gatggctctt
     8881 tggagccgct gccgaaccgc gtcatcgata caggtatggg cttcgagcga ctctgtatgg
     8941 cgctgcaagg caagacgtcg aactatgata cggacgtctt ccagccgctc atccaggcca
     9001 tcgcccacat gacgggcacg acctacggcg ccgatcggca gaaggacgtg gcgatgcgcg
     9061 tcgtggcgga tcatatccgc accatcgcct tctccatcac cgacggacag ctgccctcga
     9121 acgccaaggc gggctatgtg atccgccgca tcctgcgccg cgccgtgcgt tacgcctaca
     9181 ccttcctcga ctgcaaagag gccttcatgt atcgcctcct cccgacgctc atcgccacca
     9241 tgggcacggc ttatccggag cttgtggccc agcaggagct gatcgaaaag gtgatgaagg
     9301 aagaggaaga ggcctttctc cgcacgctcg aaacgggcat ccgtttgctc gaaaaaaaga
     9361 tcgaagagct gaacgccgcg ggcagcaaaa cgctggccgg aacggacgcc ttcgccctct
     9421 acgacacgta cggcttcccg ctcgacctca ccgaactgat cctccgcgag cacggcatgg
     9481 acgctgacct caagggtttc gacgccgaaa tgcagaagca aaaggaacgc gcgcgtaacg
     9541 ccgccgccat cgaggccgat gactgggtga cgctgcgcga gggtgagacg gccttcgtgg
     9601 gttacgacat gatggagtgc gacgtggaga tcctccgcta ccgccgtatc aaacagaaaa
     9661 acaagacgct ctaccagatc gtcctcgaca agacgccctt ctacgctgag atgggtggac
     9721 aggtgggcga cagcggagtg ctcattgccc cggacggcga gcggacggag atcatcgaca
     9781 cgaagcgcga aaacaacctg cctgtgcacc tcaccacgaa gctcccgaat gacctcaccg
     9841 cctccttcac ggcccgcatc gacgtggagc gccgcatccg ctgcgaatgc aaccacacgg
     9901 ccacccacct gctccacgag gcgctccgcg agacgctcgg cacacacgtc gagcagaaag
     9961 gatcgtacgt cgggcccgag tcgctccgct tcgacttctc ccacttcggc aagatgaccg
    10021 acgaggagat ccgccgcgtg gagcagatcg tcaaccgtcg catccgccag aacatgcctc
    10081 tcgacgagca tcgcaacatg cccatcgccg aggccaaagc cctgggcgcg atggccctct
    10141 tcggcgagaa gtacggcgag gaagtgcgcg tcgtgcgcta cggcacctcc gtcgagcttt
    10201 gcggcggcac ccacatcccc gccaccggca tgatcggctc catgtacatc accagcgaaa
    10261 gctccatcgc cgccggcgtg cgccgcatcg aggccgtcac ggccgacgcc gccgagcgac
    10321 ttttctattt cacgcaagac gccgtgcgcg aggtgcgcgc cctgttcaac aacgtgccca
    10381 acctggtgcc gaccatccgc aaatcgatcg aagagaacag cgagctcaag cggcaagtcg
    10441 gcgagtacat ccgggagaaa gccgccacga tgaagaagga actgctcgcc cacgccgtcg
    10501 atcgtcgtgg cacccgactg atcctcttca acggcgaggg cgacgtcgac ctctgcaagt
    10561 ccatcgccat gcagattaag gacgaatcgt cgagcgacga gcgtatctgc ttcgtggccg
    10621 gcatccgcga ccatgatcgt tgcggcctga tcgtcctgct cagccagccc ctcgtcagcg
    10681 aaggcctcga cgccgcgaaa ctggtcaaga agggctcctc gttcatccgc ggcggcggtg
    10741 gcggacagcc ccacttcgcc atggctggcg gcaagaaccc cgacggcttg agcgccgcca
    10801 tcgacgccat cttggaggag gccggactga aataaagtcg cccggcccac ccccgccaag
    10861 agctttgcaa gcgtgtgaaa tccaatctga ggctcatttc ggactttgca cgcttgtaaa
    10921 atgcgatctg aggctcattt cagactttac acgcttgtaa aatgcgatct gaggctcatt
    10981 ttggactttg cacgcttgta aaatgcgatc tgaggctcat tttggatttt gcacgcttgt
    11041 aaaatgcaat ctgagcc
//
LOCUS       SEQF2637|AYYD01001210.1 2730 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..2730
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             157..561
                     /locus_tag="SEQF2637_01983"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRHPQKEDKKPNKTAFIKVRCTAEEKERIRSRATNAERKYSDY
                     CREMLLGGSVIAVPPMGDNEKEALAILRQTALFYAHVSNLIKVKDVSWVDATKALATY
                     AKIAFKRFFSSRYRVPEEVFKRLNIEDHDRKV"
     CDS             545..1174
                     /locus_tag="SEQF2637_01984"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAKCKAIAHGGNALEYIFREGKLGRLLALHNLCGETPKEIHEE
                     MRLIGDYNSRCKNKFLRIEIGIAPQDEPQMTFKTLNRLALLFAKQMGLDDHQWVAVTH
                     KDTDNLHIHIIANRISLGGQVYDTTFVSNRAARVAEELSLKYGLTIANEVRSVRPHRK
                     PKPILKESGQSSRFGISATPCSRSTKEKACRVIPCFSTNFTEAASRSSA"
     CDS             1126..1803
                     /locus_tag="SEQF2637_01985"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLYELYRSGVTIERMKNKQDKVYGLKLTYGDHSFKASEIGREF
                     GYRTLPKQFEFDNTLKPIIPSSYSSTRSTKDTTPIVQVTDSVVDTALDAAESLLSEVG
                     EVTTLQTHGADYAEIAWQRRLRNEAGKKKKRGWGNRENRIKNTCFSNSHSNIAPSNDK
                     RPLFVQILATSSASLVSTSLPVQCLRSTNFFFFREIFPNSFLRHQNLITREVKKLARH
                     QNLITEK"
     CDS             1867..2496
                     /locus_tag="SEQF2637_01986"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHKLILCLVCCLLLTRTAHAQWIVTDPVNLAGNIANTIKEIAT
                     ASKTVNNTLSNFKEVEKLYNDTKRYYDALKKVNNLIGDAYKVKETILMVGDMTEMYVG
                     AYKKMLSDPNYSPEELSAMAAGYAKLMERSSESLKELKSLVRSGVLSMNDKERIELID
                     RIYNEVKEYRAATSYFTRKNISVSFVRAAKKGEMARVNALYGSADNRYW"
ORIGIN      
        1 gtaacggagc gtgacgacgg taatgcaaga cgtcagtttg ttcccacaaa ctgcgcttgc
       61 tcccccgccc ctgtcggtcg gtggagaggg ccgtaatcac atccgttctc atcggcccga
      121 accatagaat aagtaccaca gaaaagacct atccacatga aaagacaccc ccaaaaggaa
      181 gacaagaagc cgaacaagac cgcctttatc aaggtcagat gcacggccga ggagaaggag
      241 cggatccgtt cgagagccac gaacgcggag cggaaatact ccgactactg ccgcgagatg
      301 ttactgggtg gatccgtcat cgccgtccct ccgatgggtg acaacgagaa ggaggcgctc
      361 gccatcctcc gtcagacagc gctattctac gcgcacgttt ctaacctgat taaggtcaag
      421 gacgtctcct gggtagacgc gacgaaggca ctcgccacct atgccaagat cgcttttaag
      481 cggttcttca gctcccgcta tcgggtcccc gaggaggtat ttaagcgctt aaatattgaa
      541 gaccatgatc gcaaagtgta aagccatcgc acacggaggc aacgcgctgg agtacatctt
      601 tcgcgaggga aagctcggcc ggcttctcgc cctccacaac ctctgtggcg aaacgccaaa
      661 ggagatccac gaggagatga ggctgattgg cgactacaac agtcgctgca aaaacaagtt
      721 cctgcgcatc gagatcggca tcgccccgca ggacgagccg cagatgacgt tcaagaccct
      781 gaaccgcctc gccctcctct ttgccaaaca gatggggtta gacgatcacc agtgggtagc
      841 tgtcacgcat aaagacaccg acaatctgca catccacatt attgccaatc gaatcagcct
      901 cggtgggcag gtctacgata ccaccttcgt cagtaaccga gccgctagag tagccgaaga
      961 actcagtctc aagtacgggc tgaccatcgc caacgaagtc cgttccgtac gaccgcatcg
     1021 gaagcccaag ccgatcctga aagagagcgg acaaagcagc aggttcggaa tatctgctac
     1081 gccctgctcg agaagcacaa aggaaaaggc ctgtcgggtc attccatgtt tctctacgaa
     1141 ctttaccgaa gcggcgtcac gatcgagcgc atgaagaaca agcaggacaa agtttatgga
     1201 ctgaagctta cctacggcga tcacagtttc aaggcctccg aaatcggtcg tgagttcggc
     1261 taccgcaccc tgccgaaaca gttcgagttc gacaacacac tgaagcccat catcccctcc
     1321 agctattcct ccacgagatc cacgaaagac actaccccta tcgtacaagt aacagattct
     1381 gttgtggaca ctgctttaga tgccgcggaa agccttcttt cggaggttgg cgaagtcaca
     1441 accctgcaga cacacggcgc agactacgcc gagatcgcat ggcaacgacg attgaggaat
     1501 gaagctggga aaaagaagaa gcggggttgg ggaaatagag agaatcgcat caaaaacacc
     1561 tgtttttcaa atagtcatag taacattgca ccctcaaatg acaagcgccc tttgtttgtg
     1621 cagattctag caacctcaag cgcttcgctc gtttctactt cgttacccgt ccaatgccta
     1681 cgatcgacta acttcttctt tttcagagag atatttccga atagttttct acgtcatcaa
     1741 aatttgatca ctcgagaggt aaaaaagctc gcgcgtcatc aaaatttgat cacagaaaag
     1801 tgaatcgatc atccgtatag tccggaacta ttttattccc tcatttccct tatcccccca
     1861 atcctcatga aacacaaact tatcctctgc ctcgtgtgct gcctgctgct tacgcgaacg
     1921 gcgcacgccc aatggatcgt gaccgaccct gtcaacttgg caggtaacat cgcgaacacg
     1981 atcaaagaga tcgccaccgc ctccaaaacg gtgaacaaca cgctgagcaa tttcaaggaa
     2041 gtcgagaagc tctacaacga caccaagcgt tattacgacg ccctgaagaa ggtcaacaac
     2101 ctgatcggcg acgcgtataa agtcaaggaa accatactca tggtgggcga catgacggag
     2161 atgtacgtcg gcgcgtacaa gaaaatgctc tccgatccga actactcgcc cgaggagctg
     2221 tcggccatgg cggcgggcta tgccaagctg atggagcgct ccagcgagtc gctcaaggag
     2281 ctcaagtcgc tcgtccgcag cggcgtgctc tcgatgaacg ataaggagcg aatcgagctg
     2341 atcgaccgca tctacaacga ggtgaaggag taccgcgcgg ccacgtcgta cttcacgcgt
     2401 aagaacatct ccgtcagctt cgtacgggcg gctaagaagg gcgagatggc ccgtgtcaat
     2461 gcgctctacg ggtcggccga taaccgctat tggtgatgca cgatggactt taccgacctg
     2521 cacgcgctgc tgcacgctac ctacggggaa atgatgcccc tatgcgccca tatgacaggc
     2581 atcgcaaagg gtatcgccgg cctcggcgca ctcttctata tcgccctacg catctggtcg
     2641 tcgctcgccc gcgccgaacc catcgacgtc ttcccgctcc tccgcccctt cgtcctcggc
     2701 ttctgcatca tgttcttccc gtcggtcgtc
//
LOCUS       SEQF2637|AYYD01001211.135827 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..35827
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             194..418
                     /locus_tag="SEQF2637_01987"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRGTLEAYKQTFLVPAKLTDRRAVYLSRDTQERADFVVRRLGD
                     RGANLSSFVERIVRAHLEDYAEEIEEWRKL"
     CDS             complement(505..639)
                     /locus_tag="SEQF2637_01988"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTDVITALSTDRQGRGSKRSLWEQTDVLHYRHHAPVQPLQYFL
                     "
     CDS             683..823
                     /locus_tag="SEQF2637_01989"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIIANRISLCGQVYDTTFVSNRAARMAEELSHKYGLTIAKEVR
                     SA"
     CDS             938..1273
                     /locus_tag="SEQF2637_01990"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLYELHRSGVTIEHMKNKQGKVYGLKFTYDGHSFKASEIGREF
                     GYRILPKQFEIGNAQKSIIPFTHFSTRSTNDSTPIIQICGHCFRCRGKPSFGDCRGHC
                     LTDTWRRLR"
     CDS             complement(2017..4572)
                     /gene="dpp5_2"
                     /locus_tag="SEQF2637_01991"
                     /EC_number="3.4.14.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2RIT0"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl-peptidase 5"
                     /translation="MMKKNLMMRKMQVALLLASYVTVGFAQSETLKKIVATTPLEVRA
                     PLMVDPAKDAKDPFGADKLLKLGLTIPEQTGFTQKYDADADGFFRVGKVAQGASVQLF
                     AFYVRGDRYGNVKVTVTTPDLAELFVNGKSVATKTTSEDGRKEAKELSTTLTPYPETD
                     RVVVKLLRPAGAKAEPVIKVALEPDSTEKDMKLSTWESGKRPIELNDAIKGKRVYDTK
                     VSPKGNYVLMTYTYNHGETSTYPKELYSIKTGRRVTIAPNNDKHALGWMPKSERLFYL
                     SKDDGNVANLITIDPETLEEKVMARNVPYEWVTFSPDEKALFYSKGDEPKKTEDVYRM
                     QTVTDRSGGAVPLTFIYRYDLGTGLTTQLTFGDRTATLNDIAHDGQSILFTITDETIT
                     EQPFTVNSHYRLDLRTMRVDTLCAREAHTTEALFSPDGRKVLFLGDPEAFGRIGLNVG
                     QGQTPNSFDVQAYLMDVATKKVEPLTRDFNPSISKAKWSGDGRTIYFEVADEDHVYVY
                     AYDVAAKKFNRLPSEEDVVNAFDVANQAPVMAYSGEGLMNSTRAYVYDLNTKKTTRIA
                     DPYAEHLAQLKLQPVKDWNFTNSDGQEIKGFYYLPPDFDPNKKYPMIVFYYGGTLPNA
                     RYFGGRYPMHVYASLGYVVYELQPSGAIGFGQKFSALHVNAWGKRSSDDIIEGTRKFI
                     ADHPFVDGKKVGCIGASYGGFMTMHLQTRTDLFAAAVAHAGISSIAGYWGEGHWGYSY
                     STAASAGSYPWNNKALYVDQSPLFNADKINTPILLINGTSDTNVPPGQSVQMYVALKI
                     LGKPVELVQVKGEDHFIMDYNKRVKWTYSILSFFDRWLKGQPAWWDSMYDPKP"
     CDS             complement(4844..6025)
                     /locus_tag="SEQF2637_01992"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9S3R8"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein 40"
                     /translation="MKTKALLLAVLFGSALTVSAQNAQRYEPQVGFSTERGSKTNFKK
                     NKATDNVFISLAGGANVLFGDLNGNAELMDRIAPSGAISVGKWYNPYLAFRLQVNGGK
                     MRNYSYVTDYKSDNAQEFWWINPHLDLMWDVTNFFAPYKESKVFRFIPFVGLGYALRP
                     GYTDDKTHTSFPRAESASLNGGAQFMFRLSKRVDLFLEGQYTLLGEHWNWDSHPRPRY
                     DRAVQAMLGLNFNLGRKEFEVIEPMDYNLLNDLNDQINRLREENAELAKRPEFCPECP
                     KCPEASEQKENLENVVYFRLNSAKIDKHQEISIFNTAEYAKKYNLPIKLVGYADKKTG
                     NPDYNKGISERRARAVAKRLIDKYGVSSDNISIEWMGDTVQPYAENAWNRVVIMNTDN
                     K"
     CDS             complement(6218..7099)
                     /gene="rffH"
                     /locus_tag="SEQF2637_01993"
                     /EC_number="2.7.7.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P61887"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucose-1-phosphate thymidylyltransferase 2"
                     /translation="MKGIVLAGGSGTRLYPITKGISKQMIPVYDKPMIYYPISVLMLS
                     GIREILVISTPQDLPAFRRLLGDGSDWGVRFEYAEQPSPDGLAQAFLIGADFIGNDDV
                     CLVLGDNIFYGQSFTRMLKSAVFNATDKQNATVFGYYVNDPERYGVATFDTQGNVLTI
                     EEKPQHPKSNYAVVGLYFYPNEVVEVARHVKPSARGELEITSVNQAFLDKHRLKVELL
                     GRGFAWLDTGTHASLAEASTFVEVIEKRQGLKIACVEEIAYRQGWIDAAQLERNATPM
                     AKNPYGQYLLNLLKGEK"
     CDS             complement(7896..9182)
                     /gene="nqrF"
                     /locus_tag="SEQF2637_01994"
                     /EC_number="1.6.5.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56584"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit F"
                     /translation="MVLLEISGLTIGASVAVFLIIVLLLVVLLLVAKAKLMPSGNVKL
                     TVNGEKEIETPIGGTLLGALQSGNIFLSSACGGGGKCGQCRAQVIEGGGDILPTEKVF
                     FSRKQMKDHWRLACQTKVRNDMTVQVPDEVFGVKEYECTVVSNKNVATFIKEFIVALP
                     PGEHMDFIPGSYAQINIPKFSMDYNVDIDKDSIGAEYLPAWEKFGLFTLKCRNDEETI
                     RAYSMANYPAEGDRFMLTVRIATPPFKPKPQVGFMDVMPGIASSYIFTLKPGDKVKMS
                     GPYGDFHPIFNSKNEMIWIGGGAGMAPLRAQIMHMTKTLHTRDRKMSYFYGARALNEV
                     FYLDDFLAIEKEYPNFSFHLALDRPDPAADAAGVKYTAGFVHNVLHDTYLKDHDAPED
                     IEYYMCGPGPMSKAVEGMLDSLGVPPENLMFDNFGG"
     CDS             complement(9215..9832)
                     /gene="nqrE"
                     /locus_tag="SEQF2637_01995"
                     /EC_number="1.6.5.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5F5Y5"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit E"
                     /translation="MDNLLSTFIRSIFVDNMIFAYYLGMCSYLAVSKNVKTALGLGLA
                     VTFVQVCTLPINYLLENYVLKEGALAWLGAGFQDVNLSFLAFILFIAVIASFVQLVEM
                     VIEKFAPALYSSLGIFLPLIAVNCAIMGGSLFMQQKAFDNVGIATVYGLGSGIGWMLA
                     IVGMAAIREKLAYSDVPKPLRGLGIAFILTGLMGMAFMCFSGFKI"
     CDS             complement(9872..10498)
                     /gene="nqrD"
                     /locus_tag="SEQF2637_01996"
                     /EC_number="1.6.5.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q57095"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit D"
                     /translation="MGLSAKNKEILFNPLSKDNPVIVQMLGICSALAVTVKLQPALVM
                     AISVTAVVAFANVIISLLRKTIPNRIRIIIQLVVVAALVTIVNEILKAFAYDVSKQLS
                     VYVGLIITNCILMGRLEAFALGNKPWESFLDGVGNGTGYGIILVVVAFVRELFGSGTL
                     LGFRIIPQAVYDAGYVNNGLMIMPPMALILCAVIVWIHRARNKDLQEK"
     CDS             complement(10505..11200)
                     /gene="nqrC"
                     /locus_tag="SEQF2637_01997"
                     /EC_number="1.6.5.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5F5Y7"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit C"
                     /translation="MATKLNTNGNGYTVIYATVMVVVVALLLAFTSQALSSAQKANQD
                     NDKRQQILRAVNVSVPASEAEAKYKELIKEAFLVDADGNRVDGDAFSDDVKKQFARGV
                     FPVFVATVDGQTKYILAMRGTGLWGPLWGYMSVNDDCNTVFGADFSHESETPGLGAEI
                     VQKAFSGQFAGKELFKDGAFKSIAVVKHGNKADGQDYVDGISGGTITSNGVNAMIQTS
                     LGHYAGFLTKQKQ"
     CDS             complement(11223..12410)
                     /gene="nqrB"
                     /locus_tag="SEQF2637_01998"
                     /EC_number="1.6.5.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5F5X0"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit B"
                     /translation="MKALRNYLNKIKPTFEEGGRLSMFRSVFEGFETFLFVPSDTSQS
                     GVHIHDSIDSKRTMTVVVIALIPALLFGMYNVGYQHNLAIGAEQLFWPTFLFGFLAVL
                     PKIIVSYVVGLGIEFMVAQWKKEEIQEGFLVSGMLIPMIVPVDTPLWMIALATAFAVV
                     FAKEVFGGTGYNIFNVALVTRAFLFFAYPAAMSGDKIFVRTADTFGLGAGSVVDGFSG
                     ATPLGIASTATSGTGYPAFSMDMITGLIPGSIGETSVIAIAIGAVLLLWTGIASWKTM
                     LSVFVGGALTACMFNAIGMENNAMANMPWYEHLVLGGFCFGAVFMATDPVTSARTERG
                     KWIYGFLIGFLAICIRVLNPGYPEGMMLAILMMNIFAPLIDYYVVDANIKRRAARLKQ
                     TAN"
     CDS             complement(12439..13797)
                     /gene="nqrA"
                     /locus_tag="SEQF2637_01999"
                     /EC_number="1.6.5.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A5F5X1"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)-translocating NADH-quinone reductase
                     subunit A"
                     /translation="MANVVNIKRGLNIQLKGKAPLSELERHQSEDYAVEPGCFAGIVP
                     KVLVKVGDKVKVGTPLMWDKVHPEIRLVAPVSGEVAAVHRGEKRKVLSVVVRPDGSSD
                     SEPFDAPKSPATAEPEAIRTLLLQTGIWPYIKQRPYDRVADPTVTPRDIFVSALDTAP
                     LAPDFDYVVNGQEDTLQAGLAALARLTPGRVYLGVRRGSPLRNMQGVEVVELEGPHPA
                     GNVGVIINHVKPVNKGETVWTLRAADVLFIGRLFTAGRIDFTRTVALVGSEMTERGYV
                     KAIAGCRINSLIEERTKPNLAALRIISGNVLTGHKVDPATGWLGAYDTQITAIPEGND
                     VNEFLGWGMPGLGKYSMSHSYFSWLMGSKKEYTLDARIKGGRRAMIMSGEYDRVFPMD
                     IYPEYLLKAIIAYDIDKMEALGIYEVAPEDFALCEFVDTSKIEIQRIVRGGLDLLYKE
                     MN"
     CDS             complement(14488..16110)
                     /locus_tag="SEQF2637_02000"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRDLRICLYIILCVCCAGGVQAGGRRDALRRLDDVIRRRAAFQ
                     ADKERAIDSLRRRLYSAHTDAARFDLYSRLYEAYVAYQTDSALKLIHEKERLLPRLAE
                     PRFRIDARLNRAGALTIAGMYKEALEVLQETTRSDIPPDLLQAYFHHFRTLYGHMAGY
                     ALTPDERREYFLRADRYRDSLLSVIPPADVNHRIIRADQLIARGRPAEAVRLLQPVAD
                     TCSQSAVMRFLAYTLADAYGRLGDRERQKRYLALSAEADLRLSVREYISLRQLAFLLY
                     EDGDIDRAYDYMKCALEDAGACNARARIVEAAEIYPVIDRAYRIRSDRKQRTIVGLLL
                     GSVLLAASLVLSLLHVYRQMQHLRQARRALSDANARLQTANDALSDVNRTLLEANAIK
                     EEYIAQYINRCSVYIDKLDHYRRRLMKLAQSGRTDELLRTVRSTELIADERREFYAEF
                     DRTFLGLFPHFVEEFNALLHPADRITPKADERLTTELRIFALIRLGITDSARIAEFLG
                     YSVTTIYNYRSKTRGKSTLDRDAFESAVMRIG"
     CDS             complement(16199..17029)
                     /locus_tag="SEQF2637_02001"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRPIDIHECHRLLLDMAAILDRVCRENAIPYYMLGGTMLGAVRH
                     GGFIPWDDDMDFGIPRDHFDRLTHLLTDALHGTPYRLHTYHNSPNKINYLKVVDTRTC
                     IRGAWETTDTGVNIDLFPLDRGPRPGFLTRPFAAYVYLLLFVKDYKQLDASPRRGLKR
                     LIADTLKRLPFRTDTLIAHIDRCILRHSTGGRERCINYFGHWRAREIFPADVFSAPVD
                     YAFEGMTLSGVTHPDAYLAQLYGDYMQLPPPEKRLAHTDTIFWASADASEVASRAPSA
                     "
     CDS             complement(17026..18276)
                     /gene="mshA"
                     /locus_tag="SEQF2637_02002"
                     /EC_number="2.4.1.250"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QQZ8"
                     /codon_start=1
                     /transl_table=11
                     /product="D-inositol 3-phosphate glycosyltransferase"
                     /translation="MKVLLIDVYHYNRGGAETVCFNTGQLLQAHGHEVVYFCLKWKRN
                     LPSPFERYFPESKETRRGVFRQVKNLVNYFYHFEAARKMDQLLRDEQPDIAHIHLIWG
                     QITESILPVLRRHGVPVVLTAHDFRVVCPAYVFRDGRGQLCERCQGRYFYHCFLHKCA
                     KNNWVMSGVMAAEQYFRNAFFNPSRLIDGFIYVSHFTKKKHETYMPALRQKPNMVLYN
                     NAPEIAAEPYKKQGEPYFLFMGRLSGEKGIRTLVEAMNGLPSCRLKVAGTGPQEAELK
                     RYAAEHGLSNVDFCGYQTGEPLATLVREARFIVVPSECYENNPMSIIEAYAIGTPVVG
                     ANIGGIPEIVPEGVTGFRFESRNADDLRAKLTAAASLSSDAYAAMQRAALAFAREHFN
                     TENYYPRLIAFYRQCMKAPSTARP"
     CDS             complement(18273..19535)
                     /locus_tag="SEQF2637_02003"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQDYINKSFFALLVFTLIFGVMFYDMIDRLGFSYVDEICALLIF
                     GLFGYHTSQSRTWAFNRGFLFVIGVFVFYFIYSLLIGSNSVQGIAMDFLIQIKPYIAF
                     FCIYSLRTKLTENQKSILRNLVVLFTLYMIPIGLAEAVYGGHIIQAFFGHESRLATSA
                     TILAMIYLYCSDFTSKDKFVYVCILAVGLFSGRSKLFGFLALSTLMLIYMNRSFRMRF
                     DLRNTFFLLMALAATAYVAKDKIELYFITGGFGGGRSEEDLYARMALYYFSIPIFLQY
                     IPFGSGFASYGTYASGVYYSKLYNRFGMDHLYGLTESNPNFVADTYYPVLAQFGFVGV
                     ALFFSFWIYLGSQAMKAYRVGMKKESILVLLIVFFFAIESTSDATITHNRGLFIMMLL
                     GLLMSDIRSGMQVATGPNRYPERNRLNE"
     CDS             complement(19632..20630)
                     /locus_tag="SEQF2637_02004"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKRTYNSIDVAKLVSAFFVAAIHANPFSGLSSTIAISLFARMA
                     VPFFFMVSAFFFFRAGCDGERLVAYLKRLGRLYLIWFIVGLPVIIKRSFLDHEGGFGA
                     DLLVLIRNFFLGSTFRGSWFVMALMIAIPLVYYISKRLSTGWAIGIGALCYLPVTLLS
                     NYHNYLPTGVQQFHDWTVATFGPIQFTFLAAIVFCSIGKYLSEKQDAIERIPRWATDT
                     ALLLSISGAALEVLSHTAFSDDTYFMLVPVTTLLLVFVLRHEVHWKVNYAFIRNQSTV
                     TYFAHFTFINFLDDIIGLEMHTWLFYVLVVAPCFFLTIFMRWIAEKKYFGWVKYSF"
     CDS             complement(20627..21364)
                     /locus_tag="SEQF2637_02005"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIDYPDMRRANNGAHGMFMKSVSERLEKESEVMKNAVMQRAA
                     MALKAAMEEESLYLGRSRKSLLTDEIKTADKERDGLLTGLRATVRGLRRLPDPEKAKA
                     AQELEVMLSGNRVKRSMQLDRETGMITKLTEELETTYASQVSLLSIGLFVSGLKAANE
                     RVKGLIDERSNGEVERKPAAMQQARLRTDAAFRQVARVANAMAVLEDEAVVAPFINFV
                     NELVRRYRQQVFPKRKKKAESTKTENA"
     CDS             21763..21855
                     /locus_tag="SEQF2637_02006"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYELHIDDILFYGVDEYIDMIILDFTCLE"
     CDS             22008..22160
                     /locus_tag="SEQF2637_02007"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCVHEYLNFYPVSGSTTPDSLTGITVGCSLSLFSFFAAAFDPQS
                     TVTWLL"
     CDS             22193..22927
                     /gene="coaX"
                     /locus_tag="SEQF2637_02008"
                     /EC_number="2.7.1.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37564"
                     /codon_start=1
                     /transl_table=11
                     /product="Type III pantothenate kinase"
                     /translation="MNLILDQGNTATKIVLVDRGQAVYSAACSRLTSEELAALIDRYR
                     PECGIIASVAEPDPAWLPLLRRRLRRFLSLNDDPTIRLPITLGYRTPETLGRDRIAAA
                     VGAWTLRPEVPLLIIDAGTAITYDVVLPPGHFVGGNISPGLTTRFRALHDYTRRLPLI
                     SERDEVPDLGVTTEEAILSGVVRGIVYEMNGYIETMHTKHPHAAVFLTGGHAPYFDRR
                     LKCRTFASENLVWLGLNRIIEYNEDK"
     CDS             22914..24158
                     /locus_tag="SEQF2637_02009"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTSRSVLSLLLGILLCGALPMMAQNSTNSPYTRFGYGMQADRS
                     FAAGRAMGGIGYGLRSARQINPMNPASYTGMDSLTFLFDGGISAQMSWFNDGTHRQRD
                     LNGGFNYAAMQFPLHRRLAVSIGLLPFSSVGYNYTTPSQGDTRYTDRFSGTGGLNEIY
                     GGLSFAPWKERLSIGANISYMFGTITHSSVTNLTNTFYWRNKIRVHNVKYDFGLQYTH
                     PLSKTDRLTLGAVYSPKLRLGTTVSNETSFREDFSTVVEGDTMRNAGFDLPDMYGVGL
                     SFTRDNRMVLAADVSYRQWSKAQFYNREGDFNDQIRVGLGGEYIPNAFTRAYLQRIRY
                     RAGLHYGNSYVKVNGNGGYKEYGVTLGVGLPMLDNRSFINASLEYIKVAPERKGLIDE
                     QYLRLTVSYTFNEYWFFKRKID"
     CDS             24217..25584
                     /locus_tag="SEQF2637_02010"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIKGFLSVALFLATVMSANAQKGVDNGTQFGSGEDSIRCLTNI
                     SLFIPYAKVNNFQDAYPYWKIAYDECPAATKDIYLYGVRIMNWKIAQEKDPAKQAALI
                     DELMAVYDKRVKYFGGDQKYGKDWILARKVEDYLRLKGDKADIAAAYGWLTQVLDEYK
                     EKTDELAVSEYMFLSHKMMEKDEAGHKAKFVQDFLRCSSIFDTQIKAAQEANNQKQLD
                     NLMAMKAGIEKGFSGSGAADCQTLQSIYADQIEANKDNLDFLKETLTLLRRAGCQEIE
                     AYFKASEYAYQKEKTAEIAFGMGNQAIKKRDYASAERYLLEAADMAKDKEMKENVYYT
                     LAVLASQQRAYPKMRTYCYKALEFNPNNGKAYILIGNAYAATAGGIYPDDPVKRKCVY
                     YAAVDKLQKARSVDPSVASEANALIGRYSSYFPTTEEVFMHPDLNKGAGFTVGGWIGE
                     HTTIR"
     CDS             25674..26240
                     /gene="lptC"
                     /locus_tag="SEQF2637_02011"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01915"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide export system protein LptC"
                     /translation="MLLFCSIVSCSREKKEEVEIGFNPDSTYTMKAVDVVTLVSDSGV
                     TRYKVETHEWYMFGEASEPYWYFPKKLHLEKFDSLFRVEASVDADTAYFYQRRKLWKL
                     IGNVRVRSLQGEQFETSVLYWDQNTEKIYSDQFIRITKGEFVNTGQGFESNQALTQYR
                     IFNSAAEIPFDERSSSDSMGVAPPLPPT"
     CDS             26375..28561
                     /gene="ppiC"
                     /locus_tag="SEQF2637_02012"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9L5"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidyl-prolyl cis-trans isomerase C"
                     /translation="MATLEKIRGHAPLLVTIVGLALLGFIIEDFLNSGSTYFRQSKNQ
                     VVTVNGTSVDYQEYQKRIEEMTEVTKLQYGLQSLNEEQTLDLRQSVYNSIVSEIVMKD
                     VADKIGIDVTSDELFDMIQGDNIPPIVQQNPLFLDPQTRRFNKARALGVLKALENIDA
                     VPEEQREEMQQMRNFWLFWEKNMKLQRMQEKYMNLLTKAIVANPIDAKDAYEGSVVSS
                     DIVYAVQPLASIPDSTVQVDESAIRKLYNERKEQFKQKDSRVIDYLAVEVRPSKEDYD
                     AINKDMQEARAQLASTDSSSSVENVISKYSRTPYMDFYISENDMRDEDLKRFVQNAEV
                     GTMEGPIFKDDSYRLYKLLGRKSAPDSAKISDIFLAAPSGSITADLTRLADSLMTLLK
                     GGADFAELAKKYSSFGSAENGGDLGWLTEAALTQANLGKDFDREVFSAPINQPTLVKT
                     NNGYHLLKVTERTAAVSKYKVAVVYMDVRPTNKTYSKVFNDLNAFVAKNKTADQIAAA
                     AKENGYELTPDVTVTGEDHQLGMIQDARQVVRWAFENKSKGKVSDIKECKSRIPGTSD
                     YKTTYVVAILRDVLKEGYQSFETVAPLIRRELAMRKKSEDVAAALKAKNLTSLQAYAS
                     AMNSRIDTVKFITMNTARINGIGLEPILNAYVAYAKPNTLSGPVAGYNGVYVFQVYNR
                     TKDATPYNEKAQMREIEANTVPRVGYFALQKLVENSKITDNRIRFE"
     CDS             28990..29250
                     /locus_tag="SEQF2637_02013"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNGKCYCAYCGQSFKSVSELTRAGLCARHPDGPVRGKHKLYEG
                     TEKTVYTCKYCGAEARTIDRLTASTCVHHPKGHHRGHHEPAL"
     CDS             29286..30518
                     /locus_tag="SEQF2637_02014"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEQIRNLFITRTEPLRAIYENSSNTFYSNMPENVKENVVNSFN
                     LTMDDEILFFRDISLRLSGDQGLLMTTSNVYWKLDGNEESNTFYYLDWSQIMSAEYQD
                     MKMYLFGYNGAPFDPPLDISLFFAGEFQIDHAQYFASVLSEIAYLCQPDETPDEAKER
                     IEELMNAQNYSEAEEACNAYQEIHGYDPWVGLQKATIAIQQGDLDKGSDEAVEVYETV
                     GEQSKGSPLPPIVGDACAIISYIGLQKQDYENSRFFAFEAIGNSDPSQQDFRIERFEE
                     INELYSRYFLELDISHRRLLVPVKEIINLASMEIAVLEMPLIGEAIHFPDGHPIPNKL
                     YVAHPHSSDRYVPFDDYELELLEDKLREFYWVAQCLGATDISIEGANRTLNPRLKQLK
                     RRYPSYSHRSHLAISSCC"
     CDS             complement(30645..31262)
                     /locus_tag="SEQF2637_02015"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATQRLQGGLLEHVEQMESQNIGGVTAALPDLAEIRIDFIILSI
                     GVEGDLSPEAEKAFKQKDNLSLRIHVKFAPVSVQYMANANEVISLPQQSDSSKTTAEQ
                     EYLTAYKECLASNGGEFSDSERRLLERMRKSLGISVKRAAELEDSLTPALQLTEAESE
                     YLEEYKLCAAEGSITDSERRLLNRMRKTLGISDERAIEIESSINY"
     CDS             31427..32662
                     /locus_tag="SEQF2637_02016"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFYRDTSSFNTALNGLVITTSGVYWNLNYITKDPIHVEWSRIQ
                     HAVYKDLSIHLLFSDGLSHPLDIKLFFKKGKFEPEHALHFAAVLTEIAELCQQTKVPD
                     ASNVNGGGYQRSQQENSEVFADPNSLKEQIRLLFVDKMDLLKRTHENAFNTFYGEVPD
                     DTIKSLKEGFAISSEEDVLFFRNPAFLASTLEGVLITTSGVYWNLSYSENNLATCTTW
                     DRIQAVEYRDSNMHFFFRDGFSYALDIKYFFKKKKFNLDHANHFAAVLTEIANLCQQS
                     VANTRVDEPGVEDYTVATSFPQQGGSMTTAEQEYLTEYKECLASNGGEFSDSERRLLE
                     RMRKSLGISVKRAAELEDSLTPALQLTEAESEYLEEYKQCAAEGNITDSERRLLDRMR
                     KTLGISDERAVEIESSITI"
     CDS             32674..34797
                     /locus_tag="SEQF2637_02017"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKKKNLNKEAALQKILSTAGELEQKNDYLTRSDLAFELKDYGV
                     EGDSLQLNDLIREAYERNRSMKRAFDRILSNDKRQPVLEASKSFELAARSGYESLIDL
                     AKQDLISGGRSIEALTNLIGNLALSSEANQTNRLMKQVVGVAGLDRVKGEAQELFEKY
                     SQVIDYYDNAKGSVLNVISDFSLVRERVAESYRTFASMLTDIFGDSIRAVDPNLFDFD
                     KIEYLDINAMMKNMELAYNKLTTECSQLMSSITDSFKNSLKTALSINNNVPDKRVGLI
                     MAGLTMVSHYFDAHDQTLTMQTELSNMKTSAKRDVSQITADLQRLALIYETIKSIYIP
                     KAELYQKHSGELLETAMRNIAGIVYASPKLQELNARRIARLEELKTLGIEITDIQRSV
                     NYYEGAIAGNKEVIAQLEDEYQMAKDKLPKKPFGIATKKYNRDVYEWNLTCRPLVTRY
                     EDLKVDMRVDDEELQSQKARLQVLEGKKRELQAELRSISRSIKGVLSVDDGIKRDLLP
                     YMDQIIGLLRVGKDVAEAKLDTRLTQAVRMKDLSQMTHEVQQEDTYQKFLADNRHLLN
                     VSYSFAAASVMAVGEEMGYNPRSNVSSQDMNAVAAAQTQVLNKGVDLLRKMRTLERLY
                     KAERLASQEYDREVKRLQKDFDSQFADINTRKEALAQLMNDTSFTQNKDERRKYLLRL
                     SNMDTKGLSADEWEAFLRGDRTITL"
     CDS             34828..35415
                     /locus_tag="SEQF2637_02018"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENSRRRQRVGDSMEVISTRQYAAMDRAAEQELARQEKKNRRRE
                     EIEMSSSYSMIKGIKTILDDWYVDAIVGLVIPGGIGDALSGSLSLPYLYISMFKVRSF
                     SLTLAVLYNMLLDVILGMIPFYVGDVIDFFNKSFKRNYRLIVGFVEDDQETIRQVKRR
                     AVYCFFMILVFIGLIYLLFVLGAMFISWIRSRLGW"
ORIGIN      
        1 ggcacggcgt agcttctgcg tctgcttgct gcccatcagc ggacgcatct cttgttgctg
       61 tctctgtaag ccattattga agattgactg agcgtcttga ctttctgcgc ctccttctct
      121 cggcaaaggg ccagatagat gtctccaaac gtctggcgag agtgcactca caccgaaacg
      181 catcagcgcc aaaatgaggc gaggaacact ggaggcttac aagcagacct tcctcgtccc
      241 tgccaagctg acagatcgtc gggcggtcta cctcagtagg gacacgcagg agcgcgccga
      301 cttcgttgtc cgtcgtttgg gcgatcgggg cgccaatctg tcgagcttcg tggagcgcat
      361 cgtgcgcgcc catttggaag actacgccga ggaaatcgag gaatggcgaa agctgtaatc
      421 cgagcacgct aactcgtcaa agagtccacg aacaatatgc acgtcaagca gtcagcaacc
      481 gcctgaatgc acggcatgca gtgatcacaa gaagtactgt aggggctgta ccggggcgtg
      541 atgacggtaa tgcaagacgt cagtttgttc ccacaaactg cgcttgctcc cccgcccctg
      601 tcggtcggtg gagagggccg taatcacatc cgttctcatc ggccaaaacc atagaataag
      661 taccacagaa aacatcgaca acatgcacat catcgccaat cgaatcagcc tctgcggaca
      721 ggtctacgac accactttcg tcagtaaccg agccgccaga atggccgaag aactcagcca
      781 caagtacggg ctgaccatcg ctaaagaagt ccgctccgcg tgaccgtatc gaaaagccca
      841 agctgattcc gcaagagagc ggacaaagca gcagattaga aacatctgct acgccctact
      901 ggacaaatac cgagggaaag gcctgtcggg tcactccatg ttcctctacg aactccaccg
      961 aagtggcgtc acgatcgagc acatgaagaa caagcagggg aaagtctacg gactgaagtt
     1021 cacctacgac ggccatagtt tcaaggcctc cgagattggc cgtgagttcg gctaccgcat
     1081 cctgccgaaa cagttcgaga tcggcaatgc gcagaagtcc atcatcccct tcacccattt
     1141 ttccacgaga tctacgaacg acagtacccc tatcatacaa atatgtggac actgctttag
     1201 atgccgcgga aagccttctt tcggagactg tagaggtcac tgccttacag acacatggcg
     1261 tcgactacgc tgagatcgca tggcaacggc gattgaggga ccaagccatg aaaaagaaga
     1321 agcggggggc ggagaatgtg agctttaaca ctcatttagt cgttcatcca gacctttccc
     1381 aagccgaaag ccaaatcgag gaaatcgcat caaaaacgcc tgtctttcaa atagtcatag
     1441 taacattgcg ccctcaaatg acaagcgcct tttgtttgtg cagattctag caatcccaag
     1501 cgcttcgctc gtttctacct tgttacccgt ccaatgccta cgaccgagta acttcttctt
     1561 tttcaagagg atattcctga atagttttct ccgtgatcaa attttgatga cagatgagta
     1621 agagggagct ggtgcgtgaa caaaatttga tgacgcgcga gcaacaagaa gctggcgcat
     1681 gaacaaaatt tgatcacaca cgagatagag agggtgacac aaggacgcgt ttgatggata
     1741 gatcaggcgg aggctgtgtg ggaatagcct caaaaaacgg agccagcccc gccggaggtg
     1801 atccgacagg gctggctcta tttttgtgac aatacggcgg gggcgttttg cctccgttaa
     1861 tcccttatac acttatagat atgtggcagg aaatcattgt cattctgatt ggcctagcgg
     1921 cgtttggcgt cgtaggctgg aggttatacc gattctttac ggggcgtggc agcgcgggat
     1981 gcagctgctg ctcagggtgc gacgcggcgg acgcgctcaa ggcttcgggt catacatgct
     2041 gtcccaccaa gccggctggc ccttcaacca acgatcgaag aaggaaagga tcgagtaggt
     2101 ccacttcaca cgcttgttgt aatccataat gaagtggtct tcgcccttga cctgaacgag
     2161 ctcgacgggc ttgccgagga tcttgagggc gacgtacatc tggacgctct gtccgggagg
     2221 gacgttcgtg tccgaggtgc cgttgatgag caggatcggg gtgttgatct tgtcggcgtt
     2281 gaagaggggg ctctggtcga cgtagagggc cttgttgttc caggggtagc tgccggcgct
     2341 ggcggcggtg ctgtaggagt aaccccagtg gccctcaccc cagtatccgg cgatggagct
     2401 gatgccggcg tgggccacag cggcagcgaa gaggtcggtg cgcgtttgca ggtgcatggt
     2461 catgaagcca ccgtaggagg cgccgatgca gcctactttc ttgccgtcga caaaggggtg
     2521 gtcggcgatg aacttccggg tgccctcgat gatgtcgtcc gaggagcgtt tgccccatgc
     2581 gttgacgtgc agggcggaga acttctgtcc gaaaccgatg gcgccgctgg gctggagctc
     2641 atagacgacg tagccgagcg aggcgtagac gtgcatcggg taacggccgc cgaagtagcg
     2701 ggcgttgggc agcgtgccgc cgtagtagaa gacgatcatg gggtacttct tgttcgggtc
     2761 gaagtcgggc ggcaggtagt agaagccctt gatttcctgt ccgtcggagt tggtgaagtt
     2821 ccagtccttg acgggttgca gcttcagctg ggccaggtgc tcagcgtagg gatcggcgat
     2881 gcgagttgtc tttttcgtgt tcagatcgta gacgtaggcg cgggtggagt tcatgagtcc
     2941 ctcgccgctg taagccatga cgggcgcctg gttggcgaca tcgaaggcgt tgaccacgtc
     3001 ctcctccgag ggcagtcggt tgaacttctt cgcggccacg tcgtaggcgt agacgtagac
     3061 atggtcttcg tcagctactt caaagtagat cgtgcgtccg tcgccgctcc atttggcttt
     3121 ggagatgctc gggttaaagt ctcgcgtgag cggctccacc ttctttgtgg ccacgtccat
     3181 gaggtaagcc tggacgtcga aactgtttgg cgtctgccct tggccgacgt ttaggccgat
     3241 gcgtccaaaa gcctcggggt cgccgaggaa gagcaccttg cgcccgtcgg gtgagaagag
     3301 cgcctcggtg gtgtgcgctt cgcgtgcgca gagcgtgtcg acgcgcatgg tgcggaggtc
     3361 gaggcgataa tggctgttga cggtaaaggg ctgctcggtg atggtctcgt cggtgatggt
     3421 gaagaggatc gactgtccgt catgggcgat gtcgttgagt gtggcggtgc gatcgccaaa
     3481 ggtgagctgc gtggtcaggc ccgtgccgag gtcgtagcgg tagatgaagg tcaggggcac
     3541 ggcgcctccg gaacggtcgg tgacggtctg catgcggtag acgtcttcgg tctttttcgg
     3601 ctcatcgccc ttactgtaga agagcgcttt ctcgtcgggc gagaaggtga cccattcgta
     3661 aggcacgttg cgggccatga ctttctcctc gagtgtctcc ggatcgatag tgatgaggtt
     3721 ggccacgttg ccgtcatcct tggagaggta gaacagacgt tcgctctttg gcatccatcc
     3781 gagggcgtgc ttgtcgttgt tgggtgcgat ggtgacgcgt cggccggtct tgatggagta
     3841 gagctccttg gggtaagtgg aggtctcgcc gtggttgtag gtgtaggtca tcaagacgta
     3901 gttccccttg ggcgacactt tggtgtcata gacacgtttg cctttgatgg cgtcgttcag
     3961 ttcgatgggt cgcttgccac tctcccaggt ggagagcttc atgtcctttt ccgtcgagtc
     4021 cggttcaagg gcgaccttga tcaccggttc cgccttcgca ccggccggtc gcagcagttt
     4081 gactaccacg cgatccgtct ccggataggg cgttaacgtc gtcgacagct ctttggcctc
     4141 ctttcgtccg tcctccgagg tcgttttagt cgctaccgat ttaccattca cgaatagctc
     4201 ggccaagtcg ggcgttgtta cggtcacctt cacgttcccg tatctgtccc ccctcacata
     4261 aaaggcgaac agttgcactg acgcgccttg tgccaccttt ccaacccgga aaaatccgtc
     4321 ggcatcggcg tcatactttt gagtgaatcc cgtctgttcg gggatcgtca gtccgagctt
     4381 taggagcttg tctgccccga acggatcctt tgcatctttt gccgggtcca ccattagcgg
     4441 cgcccgaact tccagcggtg tagtggcgac gatcttcttc aaggtctcgc tctgtgcgaa
     4501 gccgactgtc acatatgacg caagcaggag cgccacttgc atctttcgca tcatcaagtt
     4561 ctttttcatc atgtttttac ggttgattga tacttctatt ttatgatctc tgatattctt
     4621 tctgttgggg gaggcccact tcaacagtcg taaggagttc gcagaggcac actcggggaa
     4681 gtgtatgtag ttcgagcaga agtgtgttcc aatgcggctt cacgacacgt tttttgtcgg
     4741 gcggccaaaa ctacaaatac aaaggcgaga tcaaaggata gacacaaaaa aagccggcgg
     4801 aaagaaactt ccgtcggctt tttctaagtg ttaggggaat cgcttatttg ttatcggtat
     4861 tcatgataac cacgcggttc caagcattct cagcgtacgg ctgaaccgtg tcacccatcc
     4921 attcgatgga gatgttgtca gatgaaacgc catacttgtc gataaggcgc ttagcgacgg
     4981 ctcttgcacg tctttcagag atacccttgt tgtagtccgg gttacccgtc ttcttgtcag
     5041 cataacctac caacttgatc ggcaagttgt acttcttagc gtactcagcc gtgttgaaga
     5101 tgctgatctc ttggtgcttg tcgatcttcg cgctgttcag acggaagtaa acgacattct
     5161 cgagattctc cttctgctca gaggcttcgg ggcacttcgg gcattcgggg cagaactccg
     5221 gacgcttagc cagctcagca ttctcttcac gcagtctgtt gatctgatcg ttcaggtcgt
     5281 tcaacaggtt gtagtccatc ggctcgatca cctcgaactc cttgcgaccc aagttgaagt
     5341 tcaaaccaag catagcttgt acagcgcgat cgtaacgggg ccgtggatgc gaatcccagt
     5401 tccagtgctc acccagcagt gtgtactgtc cttccaagaa caggtctaca cgcttagaaa
     5461 ggcggaacat aaactgagca ccaccgttga gcgatgccga ttcagctctc gggaaactgg
     5521 tgtgcgtctt atcatccgta tagcccggac gcagtgcgta accaagaccc acgaacggaa
     5581 tgaaacggaa caccttagac tctttgtacg gagcaaagaa gttggttaca tcccacatca
     5641 agtctaggtg aggattgatc caccagaact cctgagcgtt atcgctcttg tagtccgtta
     5701 cgtagctgta gtttctcatc ttaccaccgt ttacctgcaa gcggaaagcc aagtatgggt
     5761 tgtaccactt tccgacagaa atagcacctg acggtgcaat gcggtccatc aactcagcat
     5821 tgccattcaa gtcgccaaac aggacgttcg cacctccggc cagcgaaata aatacgttgt
     5881 ccgtcgcttt gtttttcttg aagttcgtct tagaacctct ctccgtgctg aagccaactt
     5941 gcggttcata tctctgcgcg ttttgcgctg aaaccgtcaa tgcagaaccg aataaaacgg
     6001 ctaaaagtaa tgccttagtc ttcataatct attcaatttc ttattaaaca atcttctttt
     6061 cctttctgtt ttgtgatctc ttacttaact cattcgttat ctctcaatta tttgcggcaa
     6121 aggtaaatgt tttttcttcc ctagcaaggg aagcgcttgc tttgctctgg aggccccatc
     6181 tatatacact tcacgttcga tttcacacca actgccgtta tttttcccct ttcagcagat
     6241 tcaataggta ctgtccgtag gggttcttgg ccattggggt ggcgttacgc tccagttgag
     6301 cggcgtcaat ccagccttgc cgataggcga tctcttcaac acaggcaatt ttgagacctt
     6361 gacgcttctc gatgacttcg acgaaggtgg aggcttcggc cagtgaggcg tgtgtgccgg
     6421 tgtcaagcca agcaaagccg cgtccgagga gttcgacttt caggcgatgc ttgtccaaga
     6481 aggcttgatt gacggacgtg atctccagct ctccgcgggc cgatggcttg acgtggcgtg
     6541 ccacttcgac tacttcgttg ggatagaagt agaggccaac cacggcgtag ttcgacttgg
     6601 gatgctgggg cttttcttca atcgtgagta cgttgccctg agtgtcgaac gtcgctacgc
     6661 cgtaccgctc ggggtcgttg acgtaataac cgaatacggt tgcattttgt ttgtcagttg
     6721 cgttgaaaac ggcgcttttt aacattcggg tgaagctctg gccgtagaag atattgtcgc
     6781 ccagaacgag gcagacgtcg tcattaccaa tgaaatcggc tccgatgagg aaggcttgtg
     6841 ccagtccgtc gggcgagggc tgttcggcgt attcaaagcg aacgccccaa tccgatccgt
     6901 cgcccaggag acggcggaag gcgggcaggt cttggggggt ggagatgacg agtatctcgc
     6961 ggatgccgga cagcatgagc accgagatgg ggtaataaat catgggtttg tcgtaaacgg
     7021 ggatcatctg tttggagatg cccttggtga tggggtagag gcgtgtgccg gagcctccgg
     7081 ccagtacgat tcctttcatc tgtagtgttg tatttacggg gttgttatga tgggtttgtt
     7141 tatccgtcgt gctcgttccg ttttcggggt ttggagcggc ggatatggcg caaaagtatg
     7201 ccaatcttgt caggtgcttg gcgtccgacc cactgttgac ggcttcatca gggcttcgat
     7261 gcaagaggag gcgccgtagt ctatagaaat gttttgtgta gatagggagt gcaagattta
     7321 taagctatga aagttgttcc acgtatgaaa tataactttt atagcctatg aagatagttc
     7381 tctctatgta taggagagat cgtaggctat tacaaggtgc tctgataatg atagttattt
     7441 ttattggcta tatggatagg agtttggatg aatagagagc ttcataagct atgaaagtta
     7501 ttatccgtat gaataaaaac ttttataggc gatgaaagta gatttttatg tgtatagaaa
     7561 tgattataga ctatgaagag aggaatggat agtagaaatg atctctatag gctatttcag
     7621 taagtattta gatgtagaga gagattcata ggctatgaaa gttgtgtttc gtatgaatta
     7681 gaacttttat aggccatgaa agtgatgttt tgcgtcaaca ggatatatca tggcaggatc
     7741 tgtagagacg acgggcgtag gagcgctggt ggggcgtacg acggtggatc gtgacacaaa
     7801 aaagcctcga cgaggggggc gacgaggcaa aaaatatgcg gaagacccga cgggtccccc
     7861 gcatatccag aagaaaaaaa cagcaggctg atgtttcagc ctccgaagtt gtcaaacatg
     7921 aggttctcgg gcggtacgcc gaggctgtcg agcatgccct ctacggcttt cgacatgggg
     7981 ccggggccgc acatgtagta ctcgatgtct tcgggtgcgt cgtgatcctt gaggtaggtg
     8041 tcgtgcagga cgttgtgaac gaatccagcg gtgtacttca cgcctgcggc atcggcggcc
     8101 ggatcgggtc ggtcgagggc gaggtggaag gagaagttgg ggtattcctt ctctatggcc
     8161 aggaagtcgt cgaggtagaa gacttcgttc agggcacggg cgccgtagaa gtaggacatc
     8221 ttccgatcgc gcgtgtggag cgtcttggtc atgtgcataa tctgtgcgcg taggggggcc
     8281 ataccggcgc caccgccgat ccagatcatc tcgttcttgg aattgaagat cgggtggaag
     8341 tcgccatagg ggccgctcat tttcaccttg tcaccaggct tgagggtgaa gatgtaagag
     8401 gatgcgatgc cgggcatgac gtccatgaat cccacctgag gcttcggctt gaagggcggg
     8461 gtggcgatgc ggacggtcag catgaagcgg tcgccctcgg ccggatagtt ggccatggaa
     8521 taggcgcgga tcgtctcctc gtcgttgcgg catttgaggg tgaagaggcc gaacttttcc
     8581 cacgcgggca ggtactcggc gccgatggag tctttgtcga tgtcgacgtt gtaatccatc
     8641 gagaatttgg ggatgttgat ctgggcgtag gagccgggga tgaagtccat gtgctcgccc
     8701 gggggcaggg ccacgatgaa ctccttgatg aaggtggcca cgttcttgtt cgagaccacg
     8761 gtacactcgt actccttgac gccgaagact tcgtcgggca cttgcaccgt catgtcgttc
     8821 ctgaccttcg tttggcaggc cagtcgccag tggtctttca tctgtttgcg gctgaagaag
     8881 accttttcgg tgggcaaaat gtcgccgcct ccctcgatga cttgcgcgcg gcactggccg
     8941 catttaccgc cgccaccgca ggcggaggag aggaagatgt tgccgctctg aagggctccg
     9001 agcagggtgc cgccgatggg cgtttcgatt tctttttcgc cgttgacggt cagcttgacg
     9061 ttgcccgacg gcatgagctt ggcttttgca accagcagca gtacgaccag cagcagcacg
     9121 atgatgagaa acaccgctac gctggctccg atcgtcagtc ctgagatttc caataaaacc
     9181 atcttgtatt cttgcttata cgtttataaa ccactcaaat tttgaaccct gagaagcaca
     9241 tgaaggccat acccatgagg ccggtcagga tgaaggcgat gcccagtcca cgcagcggtt
     9301 tggggacatc ggaataggcc agcttctcgc gaatagcggc catgccgacg atggccagca
     9361 tccagccaat gcctgacccg aggccgtaga cggtggcgat gccgacgttg tcgaaggctt
     9421 tctgctgcat gaagagcgag ccgcccatga tggcgcagtt cacggcgatg agcggcagga
     9481 agatgccgag cgatgaatag agcgcggggg caaacttttc gatcaccatc tcgaccagtt
     9541 gcacgaacga ggcgatcacg gcgatgaaga ggatgaaggc caggaagctc aggttgacgt
     9601 cctggaagcc cgcaccgagc caagccagcg cgccctcttt gaggacgtaa ttctcgagca
     9661 ggtagttgat cggtagggtg cagacttgga cgaaggtgac ggccaggccg aggccgaggg
     9721 cggtcttgac gttcttcgac acggcgaggt aggaacacat gcctaagtag taggcgaaga
     9781 tcatgttgtc gacgaagatc gaccggatga atgtgcttaa taggttatcc atgattgttt
     9841 actcctttct ttttcgtcag tgacatgtgt gttacttctc ttgcaaatcc ttgttgcgtg
     9901 cacggtgtat ccatacgatg acggcgcaga ggatgagggc cattggcggc atgatcatca
     9961 ggccgttgtt gacgtagcct gcatcgtaga cggcttgcgg gatgatgcgg aaaccgagca
    10021 gtgtgcccga tccgaacagc tcgcggacga aggctacgac gacgaggata atgccgtatc
    10081 cggtgccatt gcccacaccg tcgaggaacg actcccaagg cttgttgccc aaggcgaagg
    10141 cctcgaggcg ccccatcagg atacagttcg tgatgatcag cccgacgtag acggagagct
    10201 gcttgctgac atcgtaggca aaggccttga gtatctcgtt gacgattgtc accaacgcgg
    10261 ccacaacgac caactggatg atgatgcgaa tgcggttggg gatcgttttg cggagcagcg
    10321 aaatgatgac gttggcgaag gccacgacgg ccgtcacgga gatggccatg acgagcgccg
    10381 gctgcagttt gacggtcacg gccagggctg agcagatgcc cagcatttgc acgatgaccg
    10441 gattgtcctt gctcaggggg ttgaacagga tctctttatt ctttgctgat aaacccatat
    10501 ctctttattg tttttgcttg gttaggaatc cggcgtagtg ccccaggctg gtctggatca
    10561 tggcgttgac gccgttgctg gtgatggtgc cgccagagat gccgtccaca tagtcctggc
    10621 cgtcggcttt gttgccatgc ttcacgacgg cgatcgactt gaaggcgccg tccttgaaga
    10681 gctctttgcc ggcgaactgt ccggagaagg ctttctgtac gatctcggca cccagaccgg
    10741 gcgtttcgct ctcgtggcta aagtcggcgc cgaagaccgt gttgcagtcg tcgttgaccg
    10801 acatatagcc ccacagcggc ccccagaggc cggtgccacg catggccaga atgtacttcg
    10861 tctgcccgtc taccgtggcg acaaagacgg ggaagacgcc gcgggcaaac tgcttcttga
    10921 cgtcgtcgct gaaggcgtcg ccgtctacgc gattgccgtc ggcatcgacc aggaaggcct
    10981 ccttgatcag ttccttgtat ttcgcttcag cctcactggc gggcacgctg acgttcaccg
    11041 cgcggaggat ctgctgtcgc ttgtcgttgt cctggttcgc cttctgggcc gagctgagcg
    11101 cctgcgaggt gaaggccaag agcagggcca cgacgacgac catcaccgtg gcataaatca
    11161 cggtgtatcc gtttccgttt gtattcaact tagttgccat aatgttatcc gtctccccat
    11221 gattagttag cggtttgttt gagtcgggca gcccgacgtt tgatgttggc gtcgaccacg
    11281 tagtagtcga tcagcggagc gaagatgttc atcatcaata tggccagcat catgccttcg
    11341 ggatagcccg ggttgaggac acggatgcag atggccaaga agccgatgag gaagccgtag
    11401 atccacttgc cgcgttcggt gcgggccgag gtcactgggt cggtggccat gaagacggcg
    11461 ccgaagcaga agccgcccag cacgaggtgc tcgtaccacg gcatgttggc catggcgttg
    11521 ttctccatac cgatggcgtt gaacatgcag gccgtgagtg cgccgcccac gaagacggac
    11581 agcatcgtct tccagctggc tatgcccgtc cagagcagca gcacggcgcc gatggcgatg
    11641 gcgatgacgc tcgtctcgcc gatggagccg gggatgaggc cggtgatcat atccattgag
    11701 aaggccggat agcctgtgcc cgatgtggct gtggaggcga tgcccagcgg tgtggcgcct
    11761 gagaaaccgt cgacgacgct accggcgcct aagccgaacg tgtcggcggt gcggacgaag
    11821 atcttgtcgc ccgacatggc ggcggggtag gcgaagaaga ggaaggcgcg tgtgacgagg
    11881 gctacattaa atatgttgta gcccgtgccg ccaaacactt ccttggcgaa gacgacggcg
    11941 aaggccgtag ccaaggcaat catccacagg ggcgtatcca cgggcacgat catagggatc
    12001 agcatacccg agacgaggaa gccttcctgt atctcttctt tcttccattg cgccaccatg
    12061 aactcgatgc cgagcccgac gacgtacgag acgatgatct tgggcagcac ggccaggaag
    12121 ccgaagagga acgtgggcca gaagagctgc tcggcgccga tggccaggtt gtgctggtag
    12181 cccacgttat acatgccgaa cagcagcgct gggatgaggg cgatgacgac gaccgtcatt
    12241 gtgcgcttgg agtcgatgct gtcgtggatg tgtacgcccg attgcgacgt gtcgctgggg
    12301 acgaacagga acgtttcgaa cccctcgaat acggagcgaa acatcgacag gcggccaccc
    12361 tcctcgaagg tcggcttgat cttattgagg taattcctta atgctttcac tttctatttt
    12421 ccgattaatg gtggttgatc aattcatctc tttgtagagt aggtcgaggc caccacgcac
    12481 gatccgttgg atctcgatct tggaggtgtc tacgaactca caaagggcga agtcctccgg
    12541 cgccacttcg tagatgccga gggcttccat cttgtcgatg tcgtaggcga tgatggcttt
    12601 gaggaggtat tcggggtaga tatccatcgg gaagacgcgg tcgtattcgc cggacatgat
    12661 catagcgcgg cggccgccct tgatgcgggc gtcgagggta tattcctttt tggagcccat
    12721 gagccaagag aagtagctgt gcgacatgct gtatttcccg aggccgggca taccccagcc
    12781 gaggaactcg ttgacgtcgt tgccctcggg gatggctgtg atttgcgtgt cgtaggcgcc
    12841 gagccaaccg gtggcggggt cgaccttgtg acccgtcagg acgttgccgc tgatgatgcg
    12901 aagggccgcg aggttaggct tcgtccgctc ttcgatgagg ctgttgatgc ggcatccggc
    12961 gatggccttg acgtagccgc gctccgtcat ctcggagcct acgagggcta cggtgcgggt
    13021 gaagtcgatg cggcctgcgg tgaagagtcg gccgataaag agcacgtcgg cggcgcggag
    13081 ggtccagacc gtttcgccct tgttgacggg cttgacgtgg ttgatgatca cgcccacgtt
    13141 gccggccggg tgggggcctt caagctcgac gacctccacg ccctgcatgt tgcgcagggg
    13201 cgatccgcgg cggacaccga ggtagacgcg ccccggggtg agtcgggcga gggccgcgag
    13261 gccggcctgg agcgtgtcct cctgaccgtt gacgacgtag tcaaagtcgg gcgccagagg
    13321 ggcggtgtcg agtgcggaga cgaaaatgtc gcgcggtgtc accgtcgggt ctgccacgcg
    13381 atcgtacggg cgttgcttga tgtagggcca gatgcctgtt tggaggagga gggtgcggat
    13441 ggcctccggt tccgccgtgg cgggactttt gggggcgtcg aagggctcgc tgtctgagct
    13501 gccatcgggt cggactacga cgctgagcac cttgcgtttc tcgccgcgat ggacggcggc
    13561 cacttcgccg ctgacgggcg ctacgaggcg gatctccggg tggaccttgt cccacatcag
    13621 cggcgtacca accttgactt tatcgccgac tttgaccaag accttgggca caatgccagc
    13681 gaaacagccc ggctcaacgg cgtaatcctc ggactggtgc ctttccagtt ccgacagagg
    13741 ggctttgcct ttcagctgga tgttgagccc ccgtttgata ttaaccacat ttgccatgat
    13801 acttctgttt ctattattat tttctgtttg cgacgccaaa aataggtgct ttccttcagg
    13861 tttaatgatc ggcgattatc cgatgcgcgc tggggcatct tcggatgccg gcgaaatgga
    13921 cctgatacct gtagggcgta tactttttag ttcgtgttta tgtggtgtaa tgctatgctg
    13981 cgtagtggga acctctgttt ccgttgtgcc ccgggtcact ttcgccaaag cggcctgaaa
    14041 tggacctcgc cccgggtcac tttcgtcaaa gcaacccgaa atggacctcg cctcggatca
    14101 ctttcgccaa agcggcctga aatggacctc gcctcgggtc actttcgcca aagcaacccg
    14161 aaatggacct cgtctcggat cactttcgcc aaagcagccc gaaatggacc tcgccccgga
    14221 ttgctttcgc caaagctgtc cgaaatggac ctcgccccgg atcactttcg ccaaagcagc
    14281 ccgaaatgga cctcgcctcg ggtcactttc gccaaagttg cccgaaatgg acctcgcccc
    14341 gggtcacttt cgtcaaaaca acccgaaatg gacctcaaaa agcatttgta atcccccgaa
    14401 gcctccactc cgcggggaga tctggaaaga ttcagttgtc tccgcagccg gcgcctctcc
    14461 cctttagatg ggccaaggat tattgcctca gccgatgcgc atgacggcgg attcgaaggc
    14521 gtcgcggtcg agggtggact tgccgcgggt cttgctgcgg tagttgtaga tggtggtcac
    14581 ggagtagccg aggaattcgg ctatgcgggc gctgtcggtg atgccgaggc ggatgagggc
    14641 gaagatgcgc agctcggtcg tgagtcgttc gtcggctttg ggcgtgatgc ggtcggcggg
    14701 gtggagcagg gcgttgaatt cctccacgaa atgggggaag aggccgagaa aggtgcggtc
    14761 gaactcggcg tagaactcgc ggcgctcgtc ggcgataagc tccgtggagc ggaccgtgcg
    14821 cagcagttcg tccgtgcggc cgctctgggc gagcttcatc agtcggcggc ggtagtggtc
    14881 gagcttgtcg atatagacgg agcagcggtt gatgtactgg gcgatgtatt cctctttgat
    14941 ggcgttggcc tcaaggaggg tgcggttgac gtcagagagg gcgtcgttgg cggtttgcag
    15001 acgggcgttg gcgtcggaga gggcgcgacg ggcctggcgg aggtgctgca tttgtcggta
    15061 gacgtgcagg aggctgagga cgaggctggc ggccagaagg acgctgccca agagcaggcc
    15121 gacgatggtg cgctgcttgc ggtcgctacg gatgcggtag gcgcgatcga tgacggggta
    15181 gatctcggcc gcctccacga tgcgcgctcg ggcgttgcag gcgccggcgt cctcgagggc
    15241 gcacttcatg tagtcgtagg cgcggtcgat gtcgccgtcc tcgtagagca ggaaggccag
    15301 ttggcgcagt gagatgtatt cgcggacgga gagccggagg tcagcctcag ccgatagggc
    15361 cagataacgc ttctgccgct cgcggtcgcc cagccggccg taagcgtcgg ccagggtgta
    15421 ggccaggaag cgcatgacgg cggactggct gcaggtgtcg gccacgggct ggagcagacg
    15481 gacggcctcg gccggtcggc cgcgggcgat gagctggtcg gcgcggatga tgcgatggtt
    15541 gacgtccgcg ggggggatga cggagaggag cgagtcgcgg taacggtcgg cgcggaggaa
    15601 gtattcgcgg cgttcgtcgg gggtcagggc atagcctgcc atgtgtccgt agagggtgcg
    15661 gaagtggtgg aaataggcct ggaggaggtc gggcgggatg tcgctgcgag tcgtttcttg
    15721 gagcacctcc agcgcttcct tatacatgcc cgcgatggtg agtgcaccgg cacggttgag
    15781 tcgggcgtcg atacggaatc ggggttcggc gagtcggggc agcaggcgtt ccttctcatg
    15841 gatcagcttc agggcggagt ccgtttgata ggccacgtaa gcctcataga gtcggctgta
    15901 gagatcgaac cgcgcggcgt ccgtgtgggc gctgtagaga cggcgtcgca ggctgtcgat
    15961 cgcacgttcc ttatcggcct gaaaagcggc ccgtcgtcgg atcacgtcgt ccagcctccg
    16021 gagcgcgtca cgccggccgc ccgcctgcac gccgcccgca cagcagacac acagaatgat
    16081 gtataaacag atgcgtaaat cccgttgcat gggttgcctt ctcctctcta tcactgatct
    16141 atggctctga ttttcgcggt aaaggtagag ggtacatcta aaaatgaaga gctaagagct
    16201 aagccgaggg tgcacgtgag gcaacttcgc tggcgtccgc agacgcccag aatatcgtgt
    16261 ccgtgtgtgc cagacgtttc tcgggcggag gcagctgcat atagtcgccg tagagctggg
    16321 cgaggtaggc gtcgggatgg gtgacgccac tcagcgtcat gccctcgaag gcgtagtcca
    16381 ccggcgcact gaagacgtcg gcggggaaga tctcccgcgc ccgccaatgg ccgaaatagt
    16441 tgatgcaacg ctcgcgtcct ccggtgctgt ggcgcaggat gcagcggtcg atatgcgcga
    16501 tcagtgtgtc cgtgcggaag ggtaggcgct tcagggtgtc ggcaatgagg cgcttcaggc
    16561 cgcgtcgggg cgaggcgtcg agctgcttat agtccttgac gaagagcagg aggtagacgt
    16621 aggcggcgaa gggacgggtg agaaaccccg gccgtgggcc gcggtcgagc gggaagaggt
    16681 cgatgttgac gcccgtgtcg gtcgtctccc atgcgccgcg gatgcaggtg cgcgtatcga
    16741 ccacctttag gtagttgatc ttgttcggcg agttatggta ggtgtgcagt cggtaaggtg
    16801 tgccgtgtag ggcgtcggtg agcaggtggg taaggcggtc gaagtggtcg cgggggatac
    16861 cgaaatccat gtcgtcgtcc caggggataa atccgccgtg acggacagcg ccgagcatgg
    16921 tgccgcccag catgtagtaa gggatggcgt tctctcggca gacgcgatcg aggatggcgg
    16981 ccatgtcgag cagtaggcgg tggcattcgt ggatgtcgat cggtctcatg ggcgggctgt
    17041 cgatggggct ttcatgcact gtcggtagaa cgcgatgagc cgcgggtagt agttctccgt
    17101 gttgaaatgt tcgcgggcga aggcgagtgc ggcgcgttgc atagcggcat aggcatcgct
    17161 cgagaggctt gcggcggcgg tcagtttggc gcgcagatcg tcggcgttgc gactctcgaa
    17221 gcggaagccg gtgacaccct cgggcacgat ttctgggatg ccgccgatgt tggctccgac
    17281 gacaggcgta ccgatggcgt aagcctcgat gatgctcatc gggttgttct cgtagcactc
    17341 tgacggcacg acgatgaagc gtgcctcacg taccaacgta gccaatggct cgcccgtttg
    17401 gtagccgcaa aagtctacgt tgctcagccc gtgctccgct gcgtaacgct tcaactcggc
    17461 ctcctgcgga cccgtaccgg ccaccttcag cctacacgac ggcagaccgt tcatggcctc
    17521 caccaaggtg cggatgccct tctcgcccga tagccgaccc atgaatagga aatacggttc
    17581 gccttgcttc ttgtatggct ccgcggcgat ctccggcgca ttgttataga gtaccatgtt
    17641 gggtttctgg cgcagggcgg gcatgtaggt ttcgtgcttc ttcttcgtga aatggctgac
    17701 gtagataaag ccgtcgatca gtcgtgaggg gttgaaaaag gcgttgcgga aatactgctc
    17761 ggcagccatc acgccgctca ttacccagtt gtttttcgcg catttgtgca ggaagcagtg
    17821 gtagaagtat cgcccctgac aacgctcgca gagctgtccg cggccgtcgc gaaagacgta
    17881 ggcggggcag accacccgga agtcgtgcgc cgtcagcacg acgggcacgc cgtggcgacg
    17941 cagaacgggc aggatggact ccgtgatctg tccccagatg aggtggatgt gggcgatgtc
    18001 gggctgctcg tcgcggagca gttggtccat cttacgggcc gcctcaaaat ggtagaagta
    18061 attgacgagg ttcttgactt ggcggaacac tccgcggcgc gtctctttcg attcggggaa
    18121 gtagcgttcg aagggggagg ggaggttgcg cttccatttg aggcagaaat agactacctc
    18181 gtggccgtgt gcttgcaata gctgtccggt gttgaagcag accgtctcgg cgccgccgcg
    18241 gttgtaatgg tacacgtcga tcaagagcac tttcattcgt tcaagcgatt tctttcgggg
    18301 taacgattcg ggcccgtggc gacttgcatc ccgctacgga tgtcggacat gagcagtccg
    18361 agcagcatca taataaacag tccgcggttg tgcgtgatgg tggcgtcgga tgtgctttcg
    18421 atcgcgaaaa agaagacgat cagcaagacg agtatcgact cctttttcat ccccacccga
    18481 taggccttca tggcctgtga ccccagataa atccagaagg agaaaaagag cgctacgccg
    18541 acgaaaccga actgggccag caccgggtaa tacgtgtcgg ctacgaagtt gggattcgat
    18601 tccgtgaggc cgtacagatg atccatgccg aagcgattgt agagcttgga atagtagacg
    18661 cccgaggcgt aggtgccgta cgaggcgaag ccggagccga aggggatgta ttgtaggaag
    18721 atggggatgg agaagtagta gagcgccatg cgggcgtaga gatcctcctc cgaccgtccg
    18781 ccgccgaagc cgccggtgat gaagtagagc tcgatcttat ccttagccac ataggccgtc
    18841 gccgccagcg ccatgagcag gaagaaggtg ttgcgcaggt cgaatcgcat gcggaacgag
    18901 cggttcatgt agatcagcat cagggtggat agggccaaga agccgaacag cttcgagcgc
    18961 ccggagaaga gccccacggc caggatgcag acgtagacga atttgtcctt cgacgtgaag
    19021 tcgctgcaat aaaggtagat catggccagg atggtggccg atgtggccag acgcgattcg
    19081 tggccgaaga aggcttggat gatgtgcccc ccgtagacgg cttcggccag tccgatgggg
    19141 atcatataaa gcgtgaagag gaccaccaag ttgcgcagga tgctcttttg gttctccgtc
    19201 agcttcgtcc tgagcgaata gatgcagaag aaggcgatgt agggcttgat ctgaatcaag
    19261 aaatccatag cgataccctg caccgagttg ctgccgatga ggagggaata aatgaagtag
    19321 aagacgaaga cgccgatcac gaaaaggaag ccccggttga aggcccacgt gcgcgactgc
    19381 gacgtgtggt agccgaagag gccgaagatg agcagcgcgc agatctcgtc gacgtagcta
    19441 aagcccagcc ggtcgatcat gtcgtaaaac atcacgccga agatgagcgt gaagaccagt
    19501 agcgcgaaga agctcttgtt gatataatcc tgcatcgtgt ggtttttact gttgttccta
    19561 agagcgcggc aaaagtaagc cggggggcta aacctttgca aaagcgtgcc ggaggggagg
    19621 cgtctgcacg gttagaaact gtatttcacc cagccgaagt acttcttctc cgcgatccat
    19681 cgcatgaaga tggtcaggaa gaagcacggc gccacgacca acacgtagaa cagccacgtg
    19741 tgcatctcga ggccgatgat gtcgtccaga aagttgatga aggtgaagtg agcgaagtag
    19801 gtcactgtgc tttgattgcg gatgaaggcg tagttcactt tccaatgcac ctcatgacgc
    19861 aaaacgaaca ccagaagcag ggtcgtcacg ggcactaaca tgaagtaggt gtcgtccgaa
    19921 aaagccgtgt gagagagcac ctcgagggct gcaccggaaa tgcttagcag taaggccgtg
    19981 tcagtcgccc aacgtggtat ccgctcgatg gcgtcttgct tttccgagag gtatttgccg
    20041 atactgcaaa acacgatggc ggccaaaaag gtgaattgaa tcgggccgaa agtggccacc
    20101 gtccagtcgt ggaactgctg gacgcccgtt ggcagatagt tgtggtaatt cgagagtaat
    20161 gtcaccggga ggtaacacag cgccccgatg ccaatggccc accccgtgga tagccgtttg
    20221 ctgatgtagt acaccagcgg gatggctatc atcagcgcca tgacgaacca ggagccgcga
    20281 aaggtgctgc ccagaaaaaa gttgcgaatc aggacgagca gatccgctcc gaatccaccc
    20341 tcatgatcga ggaatgagcg cttgatgatg accggcagtc cgacgatgaa ccagatcaga
    20401 tacaggcgcc ctaagcgctt cagataggcg acgagcctct ccccgtcgca ccccgcccgg
    20461 aagaagaaaa aggcgctcac catgaagaaa aagggcaccg ccatgcgggc aaacaggctg
    20521 atggcaatcg tggagctgag gccgctgaag ggattggcgt ggatggcggc cacgaaaaag
    20581 gcgctgacca atttggccac atcgatgctg ttgtaggttc gctttgtcat gcgttttccg
    20641 tctttgtgct ttccgccttc tttttccgtt tggggaagac ctgctgccga tagcgccgaa
    20701 ctagctcgtt cacgaagttg atgaacggcg ccaccaccgc ctcgtcctcc agcaccgcca
    20761 tcgcgttggc cacccgggcc acctgcctga aggctgcatc cgtccgcagc cgcgcctgct
    20821 gcatagccgc cggtttacgc tccacctcgc catttgatcg ttcgtcgatt aggcctttca
    20881 ctcgctcgtt ggccgctttg agcccactca cgaacaggcc tatactaagt agtgacactt
    20941 gcgaggcata cgtcgtttcc agctcctccg tgagcttcgt gatcatgcct gtttcgcgat
    21001 ccagctgcat gctgcgtttt acccggttgc cgctcagcat cacctccaat tcttgagcag
    21061 ccttagcctt ctcaggatcg ggcagacgcc gaagtccgcg caccgtggca cggaggcccg
    21121 ttagtaggcc atctcgctcc ttgtccgcag tcttgatttc gtccgtcaat aggcttttac
    21181 gcgaccgtcc cagatagagt gattcctctt ccatagccgc cttcagcgcc atagccgccc
    21241 gttgcatcac ggcgtttttc atcacctccg attccttctc cagtcgctcg ctgactgatt
    21301 tcatgaacat gccatgcgcc ccgttgttcg cacgcctcat gtcgggataa tcgatctcct
    21361 tcatataatt aatggtgtaa gttccgtttg cagaaaggtt ccaccaaaaa tcgtttgggt
    21421 cgatgatcgt tggcggagct ttcgctgaaa tattttcact tccgtgtgac ctcgcaatag
    21481 attctcatcc tcttgtttta tctctgtttg atgccacaaa gataagtcta aaatgatctt
    21541 attcgcttcg tgtgcgaaca taaatctgta tttacttatc tctatgatta tatggatgtc
    21601 ctataaaata gatcagatag agttctctac ttcatgatgt cacggagata agaaaaaatg
    21661 atttgattat ttctgtgcgc acatgtgtat tatacgaata taatacctat attcacttcc
    21721 atgcgtatat agtttgatca tattgtatag tgattaaatt ccatgcagta tgaactgcat
    21781 atagatgata ttctattcta cggtgtggat gaatatatag atatgatcat tcttgacttt
    21841 acgtgtttgg agtgaaatct ataatcgatt tttgtgtggc gataggtata cacgaatgat
    21901 ttatcacata gttatttgct gtttcgtgcg tgcaggataa atttcaaacg aatataacat
    21961 cctatatgtg tgtgcatttt tcagtataga taattcatca aagattgatg tgcgtgcacg
    22021 aatatctgaa tttttatccc gtgagcggct ctacaacgcc agacagcctc accgggatca
    22081 ccgtcggatg ttcgctttcg cttttctctt tctttgccgc cgcttttgac ccccaatcta
    22141 cggtcacttg gctcttgtaa ctcgtaacca ttcgctcgta actcgttttt agatgaatct
    22201 catattggat caaggcaaca cggccacgaa aattgtcctc gtcgaccgcg gacaggccgt
    22261 ctacagcgcc gcctgctccc gcctgacgtc ggaggagctc gctgcactca tcgatcgata
    22321 ccgccccgag tgcggcatca tcgcctccgt cgccgaaccc gaccccgcct ggctcccatt
    22381 gctccgccgg cgcctccgcc gcttcctctc cctcaatgac gacccgacga tccgcctacc
    22441 catcaccctc ggctaccgta cgcccgagac cctcggccgc gaccgtatcg ccgctgccgt
    22501 tggggcttgg acgctccgcc cagaggtgcc gctgttgatc atcgatgcgg gtacggccat
    22561 cacgtacgac gtcgtcctcc cgccgggcca tttcgtgggc ggaaacatct cgcccggcct
    22621 caccacccgc ttccgtgccc tgcacgatta cacccgtcgc ctgcccctca tcagcgagcg
    22681 cgacgaggtg cccgatctgg gcgtcaccac cgaagaggcg atcctctcgg gcgtcgtccg
    22741 cggcattgtc tacgagatga atggctacat cgagaccatg cacaccaagc acccccatgc
    22801 ggctgtcttc ctcaccggcg gacatgcccc ctattttgat agaaggctca aatgccgcac
    22861 ctttgcctct gaaaatttag tgtggctcgg attaaatcga attattgaat ataatgaaga
    22921 caagtaggtc agtcctctcc ctcctccttg gcatcctcct ttgtggcgcc ctgccgatga
    22981 tggcacaaaa cagcacaaac tccccttata cacgtttcgg atatggcatg caggccgacc
    23041 gctcctttgc ggccgggcga gcgatgggcg gcatcggata cggcctccgc tccgcacgcc
    23101 aaatcaatcc gatgaacccc gcgtcgtaca ccggcatgga ctcgctgacc ttccttttcg
    23161 acggcggcat atcggcgcaa atgtcctggt tcaacgatgg cacccatcgg cagcgcgacc
    23221 tcaatggtgg cttcaattac gccgccatgc agttcccgct ccatcgtcgc ctggccgtca
    23281 gcatcggcct gctacccttc tcgtccgtcg gttacaacta taccacaccc agccagggcg
    23341 acacccgcta tacggatcga ttcagcggca cggggggatt aaacgaaatc tacgggggcc
    23401 tgtcattcgc gccgtggaaa gagagattat ccataggcgc caacatcagt tacatgttcg
    23461 ggacgatcac ccacagcagc gtgacgaact tgacgaacac gttttactgg cggaataaga
    23521 tccgggtaca caacgtcaag tacgacttcg gcctgcaata cacgcatccc ctctcgaaga
    23581 ccgatcgact caccctcggc gcggtctatt cgcccaagct ccgcctcggc actacggtga
    23641 gcaacgagac cagcttccgc gaagacttct ccaccgtcgt cgagggcgac acgatgcgca
    23701 acgcaggctt cgaccttccg gatatgtacg gcgtggggct gtcctttaca agagacaatc
    23761 ggatggtgct ggcggctgac gtctcctaca ggcaatggtc gaaggcgcag ttctacaacc
    23821 gcgagggcga cttcaacgat cagatccgcg tcggccttgg cggcgaatac atccccaacg
    23881 ccttcacccg cgcctacctg caacgcattc gctatcgtgc aggtctgcac tacggcaatt
    23941 catacgtcaa ggtgaacggc aacggtggat ataaggagta cggagtgacg ctgggtgtag
    24001 gcctgccgat gctcgacaat cggtcgttca tcaacgcctc gctggagtac atcaaggtgg
    24061 cgccagaacg caagggcctg atcgatgagc agtacctccg gttgacggta agttatacgt
    24121 ttaatgagta ttggttcttc aaacgcaaga tagattgaaa gagaaaacag agagagactt
    24181 gtttcggatt agtgaataca aaaagacaat gaggatatga acatcaaagg attcttgagt
    24241 gtcgccctgt tcctggcgac ggtaatgagt gcaaatgcac aaaaaggtgt ggacaacggg
    24301 acgcaattcg gttccggaga agacagcatt cggtgtctga cgaatatcag cctgtttatc
    24361 ccctacgcca aggtgaacaa cttccaggac gcctatccgt attggaagat cgcctacgac
    24421 gaatgcccag ctgctacgaa ggacatctat ctctatggtg tccgcatcat gaattggaag
    24481 attgcgcagg agaaagaccc ggcgaagcag gctgcgctca tcgacgagct gatggccgtc
    24541 tatgacaagc gtgtgaaata cttcggtggt gatcagaaat atggtaagga ctggatcttg
    24601 gcgcgtaagg tggaggatta tctccgtctc aagggcgata aggccgacat cgctgccgcc
    24661 tacggttggc tgactcaggt gctggacgag tacaaggaga agacggatga gttggccgta
    24721 tcggagtaca tgttcctttc gcataagatg atggagaagg acgaggccgg acacaaagcc
    24781 aaattcgtgc aggacttcct ccgctgctca tccatcttcg acacccaaat caaggccgct
    24841 caggaggcta acaaccaaaa gcagctggac aacctgatgg ccatgaaggc cggtatcgag
    24901 aaaggattct cgggtagtgg tgccgccgac tgtcagacgc tccagagcat ctacgccgat
    24961 cagatcgagg ccaacaagga caatctggac ttcctgaagg agaccctcac gctgctccgc
    25021 cgtgctggat gccaggagat cgaggcctac ttcaaagcct ctgagtacgc ttaccagaag
    25081 gagaagacgg ccgagattgc tttcggtatg ggtaatcagg ccatcaagaa gcgtgactac
    25141 gccagcgccg agcgttacct cttggaggcc gctgacatgg ctaaggacaa agagatgaag
    25201 gagaacgtct actacacgct ggccgtactg gcttctcagc agcgtgcgta tccgaaaatg
    25261 cgcacctact gctacaaggc gctggagttc aatccaaaca atggtaaggc gtatatcctg
    25321 atcggcaatg cgtacgcagc cacggcaggc ggtatctatc cggacgatcc tgtgaagcgt
    25381 aaatgtgtct actacgccgc tgtggacaag ctccagaagg cacgctcggt agacccctcg
    25441 gtggcctctg aggctaatgc actgatcgga cgttacagtt cgtatttccc cacgactgag
    25501 gaagtcttca tgcaccccga tctcaataag ggcgccggat ttaccgtcgg tggctggatc
    25561 ggtgagcata ctacgatacg ctaactccca acctcttccc cccctccatc gaagaggtga
    25621 tgattcacaa gagaaacaat cccagcatag caatcgcttc tgtagcggtt gctatgcttc
    25681 ttttttgctc gatcgtctcg tgtagtcgcg aaaagaaaga ggaggtagaa attggcttca
    25741 accccgacag cacctacacg atgaaggcgg tggacgtggt cacgctcgtc tctgactccg
    25801 gggtcacgcg ctacaaggtg gagacgcatg aatggtacat gttcggtgaa gcctcggaac
    25861 cgtattggta cttccctaaa aagctgcatc tggaaaagtt cgactcactc tttcgcgtcg
    25921 aagccagcgt agatgccgac accgcctatt tctatcagcg acgcaagctc tggaagctaa
    25981 ttggcaacgt gcgtgtccgc agcttacagg gcgaacagtt cgaaacgagc gtcctctatt
    26041 gggatcagaa cacggagaag atctactccg accaattcat tcgtatcacc aaaggcgaat
    26101 ttgtcaacac ggggcaaggc tttgagtcga atcaggcatt gacacaatac aggatcttca
    26161 attcggcagc agagattcct tttgatgagc gctcctcgtc cgattcgatg ggtgtcgcgc
    26221 caccacttcc gccgacgtaa gacgaacgta tttatccccc cgaaacaacc cacgaacact
    26281 atctaaaaag cgcgccaaat ttgccgtata ccaatttttg cacctccttt gcgcgcgcta
    26341 aatcaaaaga caattcatat ttgcagaagt aaagatggct acattagaga agattagagg
    26401 gcacgcaccg ctgttggtta ctatcgtcgg tctggccctg ttagggttca tcatcgagga
    26461 ctttctgaac tcgggttcga cctatttccg tcaatcaaaa aaccaggtgg ttaccgtcaa
    26521 cggtacctcc gtcgactatc aagaatatca aaaacgcatc gaggaaatga cggaagtcac
    26581 caagctgcag tacggcctcc aaagcctgaa tgaagagcag acgctggacc tccgccagag
    26641 cgtatataac tcgatcgtga gtgagattgt gatgaaagac gtggcggata agatcggtat
    26701 tgacgtgacg tcagacgagc tcttcgacat gattcaaggt gacaacattc ccccgattgt
    26761 acagcagaat ccattgtttt tggatccgca gacgcggcga ttcaacaagg cgcgtgcact
    26821 gggtgtattg aaggccttag agaacatcga cgctgtgccc gaagagcagc gcgaagaaat
    26881 gcagcagatg cgcaacttct ggctcttctg ggagaagaac atgaagctgc aacgcatgca
    26941 agagaaatac atgaacctct taacgaaagc aatcgtagcc aaccccatcg acgccaagga
    27001 tgcttacgag ggatcggtgg taagctcgga cattgtctac gccgtgcagc cgctggcttc
    27061 gatccctgat tctacggtgc aggtggacga gtcggccatc cgcaagctct acaacgagcg
    27121 taaggaacag ttcaagcaga aagattcgcg cgtgatcgat tacctagccg tcgaggttcg
    27181 cccgagcaag gaagattacg acgccatcaa taaagacatg caggaggccc gtgcgcagct
    27241 tgcctctaca gacagtagta gcagcgtgga gaatgtgatc tcgaaatatt cccgcacgcc
    27301 atacatggac ttctatatct ccgaaaacga tatgcgagac gaagacctta agcgcttcgt
    27361 tcagaatgcc gaagtgggca ctatggaagg ccccatcttc aaggatgaca gctatcgcct
    27421 ctacaagctc ctcggtcgca agtccgcacc ggactccgcc aaaatcagcg atatcttctt
    27481 ggctgctccc agcggatcga ttaccgcaga cctgacccga ctggccgaca gcctcatgac
    27541 gctgctcaag ggcggcgccg actttgccga gctggccaag aagtactcct ccttcggatc
    27601 ggccgagaat ggtggcgatc tgggttggct taccgaggcc gctctcaccc aagccaacct
    27661 tggcaaggac ttcgaccgtg aagtattcag cgcccccatt aaccagccga cgctggtcaa
    27721 gaccaacaat ggctatcacc tgctgaaggt gacggagcgt accgccgccg tatcgaagta
    27781 taaggtagcc gtcgtctaca tggatgtgcg cccgactaac aagacttaca gcaaggtctt
    27841 caacgacctc aacgctttcg tggcgaagaa taaaacggca gatcagatcg ctgctgccgc
    27901 taaagagaat ggctatgagc tgacgccaga cgtgaccgta acgggtgaag accatcagct
    27961 gggcatgatc caagatgccc gtcaggtagt gcgctgggca tttgagaaca agtcgaaagg
    28021 caaggtgtcc gacatcaagg agtgcaagtc gcgcatcccg ggtacgagcg attacaagac
    28081 gacctacgtc gtggctatcc tgcgcgatgt gctgaaagag ggttatcaat cgtttgagac
    28141 cgtggctccg ctgatccgtc gtgaactggc catgcgcaag aagagcgagg acgtagccgc
    28201 agcgctgaag gccaagaacc tgacctcgct tcaggcctac gcttcggcta tgaactcacg
    28261 cattgacacc gtgaagttca ttacgatgaa cacggcacgt atcaatggca tcggactcga
    28321 accgatcctc aacgcctacg tggcctatgc aaagccgaac acactctccg gacccgtagc
    28381 gggatacaac ggcgtttacg tcttccaagt ctacaaccgc acgaaggacg ccacgcccta
    28441 caacgagaag gcgcaaatgc gggagattga ggccaatacc gtaccgcgcg tgggctattt
    28501 cgcccttcaa aagttggtgg agaactcgaa gatcaccgac aatcgcattc gatttgaatg
    28561 atacttactc ctctctctga gggggcactt tgtacataat ttttttgctg ccgtagcgac
    28621 gaaagtcgtt gcggcagttt ttttagcttt tgattttagc cgttagatcc ccccacctat
    28681 atttgcggcc gcaagaagaa aaacgacaac catccgatcc acacagaacc gaatgactat
    28741 ttcaagcctc gacataccgc actcctccga cgagctgcat aaacaagcgc ctatgcaggc
    28801 gtttggcgat ctggttgtta aaaatacccc ccccgtttaa cagttaagcc cattatttac
    28861 ggactcctac ttgtctgcgg atgcttgttg ccgtccgcag ccatgttcgc gcaccctttt
    28921 gccggggatg cgtgccgtgt cggtgtgtcc gttggggagg gagaactgag aaacaaacaa
    28981 gcacgaaata tgagtaacgg aaaatgttat tgcgcctact gcggccagtc gtttaagagc
    29041 gtcagtgagc tgacgcgggc aggactgtgt gcgcgccacc ccgacggccc cgtccgaggg
    29101 aaacacaaac tctacgaggg gaccgagaag acggtctaca cctgcaaata ctgcggtgcg
    29161 gaagcccgca cgatcgatcg cctgacggcc tccacctgcg tacaccaccc caagggtcac
    29221 catcgcggcc accatgagcc ggcgctgtag aaaaattgac gtggaatcga aaacttagaa
    29281 cagagatgaa agagcaaatc aggaacctgt ttatcaccag gacggaacca ctaagggcaa
    29341 tttatgagaa ttcgagtaac accttctact cgaatatgcc cgagaatgtc aaggagaatg
    29401 ttgtaaacag cttcaatctg acgatggatg atgaaattct cttcttccgg gatatatctt
    29461 tacgcttgtc gggcgatcaa ggactgctaa tgacgacatc taacgtctat tggaagttag
    29521 atggcaatga ggagagtaat accttctact acttggattg gagccagata atgagtgctg
    29581 aataccaaga catgaaaatg tatttgtttg gttacaacgg cgctcctttt gatccgcctc
    29641 ttgacatatc actttttttc gcgggagaat ttcaaattga ccatgctcaa tatttcgcat
    29701 ctgtattaag tgagattgcc tacttgtgcc agccagacga aacgccggat gaagccaaag
    29761 aacggattga agaattgatg aatgcccaga attactctga ggcagaagag gcctgcaatg
    29821 cctaccaaga gatacatggc tacgatcctt gggtggggtt gcagaaagcc acaatagcta
    29881 ttcaacaagg tgatctggat aaaggatctg atgaagctgt tgaggtttat gaaacagtag
    29941 gcgaacaatc taagggtagc cctttgcctc caatagttgg agatgcctgt gctataatta
    30001 gctatattgg attacagaaa caagattatg agaatagtcg gtttttcgct tttgaggcta
    30061 ttggcaattc agatccttca caacaggatt tccggattga gcgttttgaa gaaatcaatg
    30121 agctgtacag caggtatttt ttggaattag acatcagtca taggcgacta ttagtgccag
    30181 tcaaagagat tataaacttg gcctctatgg aaattgctgt attggaaatg ccactcatag
    30241 gggaggctat acattttccg gacggacatc ctatacccaa caagctctat gtcgcgcatc
    30301 ctcatagctc agatcgttat gttcctttcg atgattacga attagaactc ctagaggaca
    30361 aactgcgaga gttttattgg gtagcgcaat gcttgggcgc gacagatatt tccatagagg
    30421 gtgcgaatcg aacattgaat ccaagactta aacagctaaa acgaaggtat ccgtcgtatt
    30481 ctcatagatc acacttagca atttcatcct gttgttaaat aggtctctga tttgctcttt
    30541 catttctctt ccacgttttg gcccaacgtt catactttca tagctcacag cacaaagtgc
    30601 ggataagtct aattaacaag catgccttga agcccattag tgtatcagta attaatagat
    30661 gattcaattt ctatcgcccg ctcatcggag ataccgagcg tctttctcat tcggtttaat
    30721 agtcgacgtt cactatcggt gatacttcct tcagcagcac acagcttgta ttcttccaag
    30781 tattcgcttt ctgcctctgt cagctgtaag gctggtgtga gagagtcctc caactcggcc
    30841 gcccgcttca cagatatacc gaggctttta cgcattcttt caagtaaccg ccgctctgaa
    30901 tcagaaaact cacctccgtt gcttgctagg cattccttgt atgctgttag atattcctgc
    30961 tcggcggtgg tcttgctgct gtcgctttgt tgcgggagtg agatgacctc atttgcattt
    31021 gccatatact gcacgctgac cggagcaaat tttacgtgga tacggagcga gagattgtcc
    31081 ttctgcttaa atgctttttc cgcctcaggg ctgagatcgc cctctactcc gattgatagt
    31141 ataataaagt cgattcgaat ctccgccaag tcgggtaacg cggctgtaac accaccgata
    31201 ttttgagatt ccatttgctc cacatgttca agtagtccac cctgcagccg ctgggtagcc
    31261 attcgtttcc aggagggttc atgctcgaac caaagcaaat cgtccggaat aaaaggtatt
    31321 tgtattgcag caaactgctg gttcaacgga aaccttctat tcgcatatcc ccgatgatgt
    31381 actgaaaagt attagagatg ccttcaagat atcagcggaa gaagatgtgc ttttctaccg
    31441 agatacttct tcgtttaata ccgcacttaa cggcttagtc atcactacat ctggtgttta
    31501 ttggaatctc aattatatca ccaaagatcc catacatgta gaatggagtc gtattcagca
    31561 cgctgtgtat aaggatctga gtatccatct gctttttagc gacgggctgt cacatccttt
    31621 ggatatcaaa ttgtttttca agaagggaaa attcgagcct gaacatgccc ttcattttgc
    31681 agccgtgttg acagaaatcg ccgaattgtg tcagcagact aaagtcccgg atgcctccaa
    31741 tgttaatggc ggaggctatc agcgttctca gcaagagaat agtgaggtat ttgccgatcc
    31801 gaattctttg aaagagcaaa tcaggctttt gtttgtcgac aaaatggatt tgctgaagag
    31861 gacacatgaa aatgcgttta atacattcta tggggaggtg cctgatgaca cgataaaaag
    31921 cctaaaggaa ggattcgcca tatcctcaga ggaggatgtg cttttctttc gaaatccagc
    31981 tttcttagct tctactctcg agggagtact cattaccaca tctggtgttt attggaacct
    32041 ctcttattca gagaataacc ttgctacatg tacaacttgg gatcgcattc aagcagtcga
    32101 atacagggac tcaaacatgc acttcttttt tcgtgatggt ttttcgtatg ccttggacat
    32161 caagtacttt ttcaagaaga aaaaattcaa ccttgatcat gcgaaccatt tcgcagctgt
    32221 gctgacagaa attgcgaatc tgtgtcagca gagcgttgcc aatacacgag ttgatgagcc
    32281 gggtgtagag gactatactg tggcaacatc gttcccgcaa caaggcggca gcatgaccac
    32341 cgccgagcag gagtatctaa cggaatataa ggagtgctta gcaagcaacg gtggcgagtt
    32401 ctccgactca gaacgccggt tgcttgaaag aatgcgcaag agcctcggta tatctgtgaa
    32461 gcgggcggcc gagttggagg actctctcac gcccgccttg cagctgaccg aagcggaaag
    32521 tgaatactta gaggaataca agcagtgtgc ggccgaaggc aatattacag atagcgagcg
    32581 ccgactgctt gaccgaatga gaaagacgct cggtatatct gatgaacgcg ccgtagaaat
    32641 tgaatcatct attacgatct gacatataca tatatgagta aaaagaagaa tctcaacaaa
    32701 gaggccgcgt tgcagaagat cttatccaca gccggcgaat tggaacagaa gaatgactac
    32761 ctcactcgat cggatctagc ctttgagcta aaagattacg gtgtagaggg ggactcacta
    32821 cagctgaacg acctgattcg ggaagcgtac gaaagaaacc gctccatgaa gagggctttc
    32881 gatcggatac tgagcaacga caaacgtcaa cctgttctcg aggccagcaa aagttttgag
    32941 ttggcagcaa ggagtggcta tgagagtctg attgatttag ccaaacaaga tcttatatct
    33001 ggcgggcgat ctatcgaagc actgactaat ctgattggta atttggctct atcgtctgaa
    33061 gccaaccaga caaacaggct gatgaagcaa gtggtcggag tagccgggct tgaccgggtg
    33121 aaaggcgaag cgcaagagct ttttgagaaa tactctcagg tgattgacta ttacgacaac
    33181 gccaagggga gtgtgctgaa tgtgatctcg gatttttcac ttgtgcgtga gcgggtagca
    33241 gagagctatc ggacatttgc ctctatgctt accgacattt tcggagacag tataagagcc
    33301 gtcgatccga acctcttcga tttcgacaag atcgaatact tggatataaa cgccatgatg
    33361 aaaaacatgg agttggccta caacaagctt acgaccgagt gcagccagct gatgtcgtcc
    33421 atcacggaca gcttcaagaa ttcactgaag acggcattgt ccatcaataa caacgtgccc
    33481 gacaagcggg tggggctgat catggccgga cttactatgg tctctcacta cttcgacgca
    33541 cacgaccaga cactcactat gcagaccgag ttgagcaaca tgaagacaag cgccaagcga
    33601 gacgtctcgc agattacggc cgacctgcaa cgattggcct tgatctacga aacgatcaag
    33661 tccatctaca ttcccaaagc cgaactctat caaaagcaca gcggagagtt gctggagacg
    33721 gccatgagga acattgctgg cattgtctat gctagtccta agctgcaaga gctgaacgcc
    33781 cgaaggattg ctcgactgga ggagctgaaa acgctgggaa tagagataac cgacatccag
    33841 cgcagcgtca attattacga gggagctatt gctggaaaca aggaggtcat tgcacagttg
    33901 gaagacgaat atcaaatggc taaagacaag ctccccaaga agccgttcgg gatagccacg
    33961 aagaaataca accgtgacgt gtacgaatgg aaccttacgt gccggccttt agtgaccaga
    34021 tacgaggatt tgaaagtcga catgcgtgta gacgacgaag agttgcagtc gcagaaagct
    34081 cgtcttcaag tgttggaagg caagaagcga gagctgcaag cagaactgag gagcatctcg
    34141 cgctccatca agggggttct ttccgtcgat gacggcatta agcgcgatct tctgccctac
    34201 atggatcaaa tcatcggcct gctccgagtt ggtaaggatg tggcagaagc caaactcgat
    34261 acccgactca ctcaagcggt tcggatgaaa gacctgtctc aaatgaccca tgaggtccaa
    34321 caggaggata cttatcaaaa gtttttggcc gacaatcgcc atctgctcaa cgtaagctat
    34381 tccttcgccg ccgcctccgt catggctgtt ggcgaggaaa tgggatacaa cccgagatcg
    34441 aacgtctcgt cgcaagacat gaacgctgtg gccgcagcac agacgcaagt tttgaacaaa
    34501 ggcgtggact tactccgcaa aatgaggaca ctggagcgac tctataaagc cgaacgcctc
    34561 gcctctcaag aatacgatcg agaagtcaag cggttgcaaa aagacttcga cagtcagttt
    34621 gccgatatca acacccgaaa agaggccttg gcacaactga tgaacgacac ctctttcacc
    34681 caaaacaaag acgaacgacg aaaatacctc ctccggcttt ccaacatgga caccaagggc
    34741 ctcagcgccg atgaatggga ggcattcctt cgaggcgatc ggacgattac actataacag
    34801 atacacgaac tacaaacaga catacaaatg gaaaatagca gacgcagaca acgcgtgggg
    34861 gactccatgg aggtcatctc cacaaggcaa tacgcagcca tggatcgcgc agctgaacaa
    34921 gaactggcgc ggcaagagaa gaagaaccga agacgggaag aaatagagat gtccagttcc
    34981 tattcgatga tcaaaggcat caaaaccatt ttggacgact ggtatgtgga cgccattgtc
    35041 gggctcgtca ttcccggagg aatcggcgac gccctttcgg gcagcctctc gttgccgtac
    35101 ctctatatat ccatgttcaa agtccgctcc ttctccctta ctctagccgt actctataac
    35161 atgctgctcg atgtgatact gggaatgatt cccttctatg tgggcgatgt gatcgacttc
    35221 tttaataaat cattcaagcg taactataga ctgatcgtcg gctttgtaga agacgatcaa
    35281 gaaacgattc ggcaggtcaa gcggagagcc gtttactgct tctttatgat tctggtcttc
    35341 attgggctga tttatctgct ctttgtactt ggagctatgt tcattagttg gatacgtagt
    35401 cgtcttggct ggtagcgtaa ccgtcgaaag gaggatgggg gtgcgtgtct gtgatatatc
    35461 gtacccctcc ccctttcccg aatctttcta cctcgccccc gctgcggggc gagagaaccc
    35521 tctggaagaa acttccacgg tacccccaac ggctgcgaac cctctggaag aaacttccac
    35581 gatactccca acggctgcaa gccctctgga agaaacttcc acggcacttc aaccagctgc
    35641 gagccctcag gaagaaactt ccacggcact tcaaccagct gcgagccctc tggaagaaac
    35701 ttccacggtt tgactcgctg tgcccgccgt ccattcacat tacatttttc ataaagagat
    35761 aacccacatc cacttgatca attaaaaact gaaccagatg aaacgagcta aacccattga
    35821 caccatc
//
LOCUS       SEQF2637|AYYD01001212.144810 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..44810
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             323..571
                     /locus_tag="SEQF2637_02019"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNKKLACDQISMTHELFYLLRDQILMTREQTLITQFAFYLVHE
                     LTNLSDYPRPFSGHKEAPSGFAYFCPRNRKGVSVSLRK"
     CDS             581..820
                     /locus_tag="SEQF2637_02020"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKPTVEVTGISRKGLILMVRGKEYALPYSRFPWFEQARVSDVF
                     DVEMRGRSRIRWEALDVDLSLSILENPDAYPLTAR"
     CDS             842..2215
                     /gene="radA"
                     /locus_tag="SEQF2637_02021"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37572"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA repair protein RadA"
                     /translation="MAKTKSVYVCSQCGADSPKWVGKCPACGAWNTYVEEIVRTEPAA
                     RRAAAAIGRSDARPQLLRDITAEEEVRIDMHDAELNRVLGGGLVRGSLVLVGGEPGIG
                     KSTLVLQTVLRLTDLHTLYVSGEESARQLKMRADRLSSDGAEGMAHCHVYCETHLEQI
                     LAHADRLRPDLMIIDSIQTMYTEAAESSPGSITQVRECSAAILKFAKETGTPVLMIGH
                     INKEGSLAGPKVLEHIVDTVLQFEGDRQYMYRILRSIKNRFGSTAELGIYEMRQGGLR
                     EVDNPSELLLTQNHEGLSGVAIAAAVEGARPFLIETQSLVSSAVYATPQRSATGFDLR
                     RMNMLLAVLEKRAGFKLIQKDVFLNIAGGLRVSDPAIDLPVISAVLSSSIDLSIDRGT
                     CLAGEVGLSGEIRPVHRIEQRIREAAKLGFRRIIVPQMKGLESVSDLIELHQVRKVEE
                     AFRLLFG"
     CDS             2249..2536
                     /locus_tag="SEQF2637_02022"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MADKLSAFFRTQPTVDKAWLFGSCARGEATPESDVDVLVRFQGN
                     ARVTLFSYASMQHKMEQLLNKRVDLVEDGRLKDFARASAEADKVLIYERED"
     CDS             2520..2876
                     /locus_tag="SEQF2637_02023"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREKIRDEARLRHMIEAIDNIFEFTSRETFESYQQNKILRFAVI
                     KNLEIVGEAAYLLTKAFKEAHPEIEWNAVIGMRHILVHGYYQIRDEIVWATIETDLLP
                     LKASIQLILESEFKTS"
     CDS             2900..3367
                     /locus_tag="SEQF2637_02024"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9I0Q8"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetyltransferase"
                     /translation="MHHITIQPGLSDRDRATLIGWTNRKGADFLRQWAGPTPHFPLTP
                     EQVDDWSDLYTIFRQGRFVGIIQEIRREQDNVHIGHFVLDPALTGRGIGRAALLIFMD
                     ILFRDDAIRSITLNVFDYNLAARKLYERVGFVVLRTIESPEKKYTMIKHKPTP"
     CDS             3364..4938
                     /locus_tag="SEQF2637_02025"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKDLQLRLLPEEAANDDTLRAVVARETGDAPRALRILKRSIDA
                     RQRTVYVNVTLRAFFDEEPTEPLFPEVELRDVSGRPAAIVVGAGPGGLFAALRLIELG
                     MRPIVVERGREVNERKRDIADIVRRGTIDPESNYCFGEGGAGAFSDGKLYTRSKKRGS
                     VERILIRFCQHGANPAILYDAHPHIGTDKLPGVIERMRRHIIGCGGEVHFGTCMDGLL
                     IHDDEVTGITTRTGQEFRGPVILATGHSARDVYRMLTDHGVTLEAKGIAVGVRLEHPQ
                     ALIDRIRYHRREGRGPHLPAAEYTFVSQAGGRGVYSFCMCPGGFVIPASTAPDECVVN
                     GMSPANRGSRWANAGWVVELRPEDLASFHLPDTGGEPVPEVLAMMDFQERLERLCRIN
                     AGQGVKAPAQRMADFVARRNSSALPSSSFSPGLLASPLHFWMPDFITSRLREGFRSAD
                     RVSRGFLTNEAVMIGVETRTSSPVRILRDRETLRHVTLRGLYPCGEGAGYAGGIVSAA
                     IDGERCAEQLAAAYGG"
     CDS             complement(5140..5742)
                     /gene="ribE"
                     /locus_tag="SEQF2637_02026"
                     /EC_number="2.5.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P16440"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin synthase"
                     /translation="MFSGIVEEAATIVALEQDKGNLHLTLRCSFVNELKIDQSVAHNG
                     VCLTVVRRTDDTYTVTAVRETLERSNLGHLHVGDRVNVERSMLMNGRLDGHIVQGHVD
                     QTAVCTDVREADGSWYYTFSYTADPEMARQGYMTVEKGSVTVNGVSLTVCNSRADGFE
                     VAIIPYTHDLTNFNAIVKGTVVNLEFDIIGKYISRLMTFK"
     CDS             complement(5724..5825)
                     /locus_tag="SEQF2637_02027"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPIKFAPDGAVGGRMQYAPTINYPLTYLCFQES"
     CDS             complement(5993..7639)
                     /gene="pfp"
                     /locus_tag="SEQF2637_02028"
                     /EC_number="2.7.1.90"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9FAF8"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyrophosphate--fructose 6-phosphate
                     1-phosphotransferase"
                     /translation="MTKSALQIARAAYVPKMPVALRGSVRAVEGAATEAAGDKEEIKR
                     LFPHTYGMPAVTFERGDAADPMPPINAGVILSGGQAPGGHNVIAGLFDGLKAANPESR
                     LFGFILGPGGLVEHKYMELTADIIDEYRNTGGFDMIGSGRTKLERREQFDKGLEILKE
                     LGISALVIIGGDDSNTNAAVLAEYYRSIGAGVSVIGCPKTIDGDLKNDLIETSFGFDT
                     ACKVYSEVIGNIQRDCNSARKYWHFIKLMGRSASHIALECALQTHPNVCIISEEVEAN
                     DLSLDEIVNRIARVVARRAAEGNNFGTVLIPEGLIEFIPAMKRLIAELNDFLARNKAE
                     FKMIKKSVRHSYLISKLSKENAALYASLPEGVARQLALDRDPHGNVQVSLIETEKLLA
                     EMVDNRLSEWKEEGRYRGKFATQMHFFGYEGRCAAPSNYDADYCYSLGYAASCLIRAG
                     KTGYMASVRNTTAPAAEWTAGGIPITMMMNMEQRDGVMKPVIRKALVQLDGAPFRAYA
                     AMRDEWAMTTDYVYPGPIQYFGPSEVCDAPTKTLQLEQGK"
     CDS             8150..8533
                     /locus_tag="SEQF2637_02029"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKISTKQKEFFRFCLVGGTATGIHYGIYLLLNRVMNPNVAFSIG
                     YFVSFLANFVLSNVFTFKTRPSAGKGVGFTLSHIVNYLLQSGFLNLFIYVLKVPETWA
                     PLPVYAITVPINFILVRTALKSPRL"
     CDS             8555..9493
                     /locus_tag="SEQF2637_02030"
                     /EC_number="2.4.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55487"
                     /codon_start=1
                     /transl_table=11
                     /product="putative glycosyltransferase"
                     /translation="MKRVSILIPAYNEEESLPLLYRRLADLMDAQPMYAWEVLFVNDG
                     SRDHTLAILAQLRESDPRINYLDLSRNYGKEAAMLAGFDYVTGDCMVIMDADLQHPPE
                     LIPDMLRLWEQGYDDVYARRRTRGRESFLRRRLTAAFYALLRHTTRVPMQPNTGDFRL
                     LDAVCIRALRRLRESQRYTKGMFSWIGFRKHELLFDQQDRVAGQSKWGFFKLLNLAIE
                     GITSFTVAPLRIASVCGAIVSLLAFAYGLFILLKNLIYDDPVAGFPTLMVTILFLGGV
                     QLLCIGIIGEYLGRIFTETKQRPVYFVSSYNGERAD"
     CDS             complement(9688..10131)
                     /gene="dps"
                     /locus_tag="SEQF2637_02031"
                     /EC_number="1.16.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2RMG0"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA protection during starvation protein"
                     /translation="METKASIIESLADLLANRQVSYTNLRGLHWDIKGDKFYELHALY
                     EEYYNGEAEAIDELAERIVMLGGHPENRFSEYLKVAEIKETHNVSDWKQGVDQVLATW
                     KMLQAKYHALDKLATAAGDVTTHSIVEHHLSAIETNLWKLGAYAS"
     CDS             complement(10192..11859)
                     /gene="hcp"
                     /locus_tag="SEQF2637_02032"
                     /EC_number="1.7.99.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q01770"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxylamine reductase"
                     /translation="MDYKMFCYQCQETAKGVGCTVQGVCGKKSDLSAMMDMLLFAVRG
                     VSVLATGLRKLEQPVGREVDHAVVDALFATITNANFDKESLRRRVDRMFELRDELKKQ
                     AAAVGLTYAADEVTWVPVADEYESKGFAEGVLREQNEDVRSLKELTVYGLKGLAAYVE
                     HAMRLGKEDDAIYAFMERALSDMTIGNLDAAALTELVLETGRFGVQGMALLDGAHTSA
                     YGNPVMTEVNIGVGKRPGILISGHDMHDMEMLLQQTEGTGVDVYTHGEMLSAHYYPAF
                     KKYKHFVGNYGNAWWQQREEFESFNGPIVFTTNCIVPPTPRNTYLSRMFTANSTGYPG
                     CKHIEEDANGHKDFSEVIALAKTCQPPKEIETGTIVGGFAHHQVFQLADKIVDAIRSG
                     ALRKFVVMGGCDGRFASRSYYTDYALGLPKDVVILTSGCAKYRYNKLGLGDIGGIPRV
                     LDAGQCNDSYTWAVVALKLKEIFELNDINDLPIVFNIAWYEQKAVIVLLALLSLGIKN
                     IHIGPTLPAFLSPGVAKVLTETFGLAGNGTVEDDLKLVMPAEAEVLA"
     CDS             12372..13196
                     /locus_tag="SEQF2637_02033"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILDRKLIHRPTHGGIRGEKAAISRPQQPLLQAYMRKSITLRRM
                     AGLTCLWLMAVTCLQAQRRRPQNQPYVDYKRYHFGFHVGLHTQDLILTNTGVAGADGK
                     TWFAEIPAYTPGFSVGVIGDLFLNPVLSVRLTPTVHFGDKRLTFIDPQTKEQFATSLR
                     SNYLAIPIDFKYTAMRLNNYRPYMLAGVFTQFDMGRKRGYPMLLRGVDYGVEFGLGCD
                     IYLPYFKLCPELKFCFGLADVLEPDRSDLANPLDRVYSQALSRATSRLIVLTFNFE"
     tRNA            complement(13309..13380)
                     /locus_tag="SEQF2637_02034"
                     /product="tRNA-Gln"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gln(ctg)"
     CDS             13517..13876
                     /gene="rsfS"
                     /locus_tag="SEQF2637_02035"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02SH2"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal silencing factor RsfS"
                     /translation="MDQTKTLVNAIVRGLQEKKGRSIVTVDMTAQSGAICQYMVICEG
                     ASPTQVSSLSDSVWDVVRTDTGEKPLSMAGTQNAQWIGMDYGTVLVHIFLPEQRAFYN
                     LENLWADSKIDRLPDVE"
     CDS             13910..15874
                     /gene="ftsH"
                     /locus_tag="SEQF2637_02036"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AAI3"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent zinc metalloprotease FtsH"
                     /translation="MDKKDNQPKNNGNKPRLRFNFYWIYGIVFVALMGLYLMNDFSMS
                     KELGWTDFQRFTADDAFSRIVVHNRKNILEATVKSDFRDRIFTPREVQQLTTEPKVYV
                     RIPSSDKFSDFYDKMVAEKHISTQVTYKESDDILWNILASVGPFVIIILLWLFLMRRM
                     AGGGAGGAGGVFSVGKARAQLFDKNTNVKVTFKDVAGLMEAKQEVEEIVEFLKNPEKY
                     TELGGKIPKGALLVGPPGTGKTLLAKAVAGEAHVPFFSLSGSDFVEMFVGVGASRVRD
                     LFRQAKEKAPCIVFIDEIDAVGRARGKNVNMTSNDERESTLNQLLTEMDGFGSNSGVI
                     ILAATNRADVLDKALLRAGRFDRQIHVELPDLNERKEIFNVHLRPIKIDSSVDTDFLA
                     RQTPGFSGADIANVCNEAALIAARGGKRFVQKDDFMNAVDRIIGGLEKRTRITTAQER
                     RSIAYHEAGHASISWLLEYANPLVKVTIVPRGKALGAAWYLPEERQITTREQLLDEMC
                     ATLGGRAAEEIFLGAISTGASNDLERVTKQAYAMVTYFGMSDQLPNLNYYDSTGQEWG
                     FTKPYSEETARLIDKEVQKIINEQYDRARTILRDNAAKHNQLAEKLLECEVIYSEDLE
                     KIFGKRPWASRSEEIMEQQAADASTTAPHA"
     CDS             15871..16737
                     /gene="cdsA"
                     /locus_tag="SEQF2637_02037"
                     /EC_number="2.7.7.41"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABG1"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphatidate cytidylyltransferase"
                     /translation="MKNFTLRGITGAAFVAAIIAALTLHPFLFLGLFAVVVGAAQWEF
                     YGLTERIGLQPDDAAPAPRTADRVWGITGGLYLFTATFLYASARASAVVYAPYLAFLI
                     GGLVSGLYHRGGNPIHRWAVGLLAQAYAAGTFATLNFIVFNPADTTLPRTFHSHYALL
                     LFVLIWLNDTGAYFVGSAIGRRKLFPRISPGKSWEGFLGGLAIVACAALLLAPLFPEL
                     AWYHRVALSLIIVGVGTWGDLVESLIKRTAGAKDSGTLLPGHGGILDRFDSVMLATPA
                     ALLYLEVFVRGS"
     CDS             complement(16960..17895)
                     /locus_tag="SEQF2637_02038"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLHSCNVPRLQQMELVTLLRETTADVETAAGNLKTTDVPLKR
                     YLKETKDGIDPFETATRNPTKDPDTEVMHKKDSERDKAVSRFVLKFQSFRLSEDSAEQ
                     TAYNNLQILWARHRNVQGLNNENQTGATDNLLNDLKKEPFASAVTKLHLEAEVTGIQT
                     TNDAFRTFMVGRRATARDAAMEETHVNKMRRELTDKYTGLCIYVMAMADAYPDVPEWA
                     KSLAAINVIRKRYAEILTRRAAAQKDKDPSKPKTPKDPKQPKDPKTPDQPKDPKQPEK
                     PGGGAGEQPKKPDEKPKDPKKPGDDGNPDIKLPEE"
     CDS             complement(18274..19968)
                     /locus_tag="SEQF2637_02039"
                     /EC_number="3.6.5.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B2IZD3"
                     /codon_start=1
                     /transl_table=11
                     /product="Bacterial dynamin-like protein"
                     /translation="MEKFEVKKQRLKEALSELEQLLDEGQRLGLDLTDAAQKFRSVVQ
                     SSEDETIRIVLLGSFSDGKTSAIAGLLGRLEDSMKIDQDESSDELKIYRPKDLKDGFE
                     IVDTPGLFGTKEKETDGQTMRYSEITERYISKAHIVIYVCHAVVPLKDSHKEIIRLVM
                     RDFGKLDCSIFVINKMDEAGTDMLDADDYAEMAAVKKKNLTQRLRDTIHLTPEEEAGL
                     RIACIAADPKGKGLAHWFDRPDDYMKRSHIGLLRDYITEITEKKDATTLRENKNIAAV
                     KDAMMQVEKEIFDRERLLSADLERSQEAMKEINTELQLMKKDVEEARRTMSDRFKALF
                     EGITTDIDSATAKSISQVIEQRLGFKDGEVGFILERDVNQILQDCSEANNLQVSSVHV
                     DKLQELFASQNKLMQQMVKQGGKALGSVKLSGGMIKSARNVLAKGFKFKPWGAVKLAK
                     NLTNAFGAIGIGLSVGMEVWDAIVSKKRENDLAELKSQLKGMLADMQADIYAQFNDNE
                     SYYKNFAPSFLEMQQHAEEMQEAVDRIRKQTERLHDYGERLRKHFDIKDTVKDTVI"
     CDS             complement(19955..22192)
                     /locus_tag="SEQF2637_02040"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQRTNQGWNRTGKWNTASRRLVYALQRADLDSVQLGLSLPSAG
                     CLSDDEASCEMQPVGVDVELEKVHVCNYPKKENVRQGWRRTDRWCAANGWRASTLKWE
                     DPDPIKNGWLAYWPQVIMTLSPGSPSLSLESQPASGHAEKEDNERPSAMNIPDNASKK
                     YERFEARYQELSSYLCSIAAKIDAIRTDNTKQAGIKKNLLAFLETYIKDSMNKLGEIK
                     TGARWDKLVIAFFGETNAGKSTIIETFRILFDESRNRAEKEGDGLIVGDGRSDFTKVY
                     EEYNLKINGKEFILIDVPGIEGREEDFRDEIKRALNQAHCVFYVQGHNKKPDIKTAEK
                     IKNYLSDWVNVYSIFNVRGGASNYDESDERETLETEAVRKNEQLIQDTFRGILGNIYK
                     GNITLQALLAMCARGHFSSTREDLLRAQKKLLGYFGSADAVLRFSRFDRIMQLVDEKS
                     EHYTDEIVEANKQKLIAQYRKVYQGLVDMIAEQQRDIDRLKERLIRFDVDMNMSFEET
                     IRAIRNRMAYEHTKVFDDFKREVCDVLDDDYNREDSEKEIQQRAERLFEAYTMESKII
                     VEYEFSRLEEKIRERRRELDNIQIGGLHIDISSLEMPNLDEAFGKMNLNFGDVFGFAT
                     TVGGTALAFSVIPGFGTLIGAGVGLLLWGGKQLFLGDGKREEAKDKARKRIDEKKRES
                     QSTSLNKQINLIERTLDNEKDRFRQIIRNERSNLQQLSGAIEDAQRQVVAYANHIKNT
                     AYGEI"
     CDS             complement(22385..22645)
                     /locus_tag="SEQF2637_02041"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSNRKYYCAYCGQSFKSVSELTRAGLCARHPDGPVRGKHKLYEG
                     TEKTVYTCKYCGTEARTIDRLTSSTCVHHPKGHNRGHHEPAL"
     CDS             complement(23150..24601)
                     /gene="mrdB"
                     /locus_tag="SEQF2637_02042"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABG7"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan glycosyltransferase MrdB"
                     /translation="MYRDNERRSLWLSVDWLTIIVYILMVGCGWLSICGASYEYDTTG
                     LFDPAGRPGSQLIWIGSAFALSFIILMLERDIYETFAYLFYGLIILLLIATIFLAPDI
                     KGSRSWLVLGPIRLQPAEFAKFATALALARLMNSYNFNLFTLRNFGLVLLIILLPMGL
                     VLMQKETGSALVFLAFALMLYREGMSGYLLLAAVCAVTFFVTVMKFDDTLLGATPAGA
                     LIVSSLTLIIEMLLVTGLRNDRLTLRIILYGLVAALLTAIIASLYIPVNFVWVLVGVI
                     LTSSLMLIVQAIVKLSWRYALVALFALSSVAFMLSVNYVFNDMLEPHQQQRIRVSLGL
                     EDDPGGSGYNVNQSKIAIGSGGLLGKGFLNGTQTKLKYVPEQDTDFIFCTVGEEFGFV
                     GSIVVLTLFGVMIVRLITLAERQDTLFGRVYGYSVASIILFHLVINVGMVLGLTPVIG
                     IPLPFFSYGGSSLWGFTILLFIFLRIDASRKEV"
     CDS             complement(24588..26459)
                     /gene="mrdA"
                     /locus_tag="SEQF2637_02043"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AD65"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidoglycan D,D-transpeptidase MrdA"
                     /translation="MENFKKYAYENRRFIVIGSVIFVLLVYIVRLALLQLVDSNYKAS
                     ADNNAFLRKVLYPARGVIYDRNGQLLVYNQPAYDVMLIMREIQAFDTLDFCRTLGITK
                     EVFDKRIADIKNKKLNPGYSSYVPQVFMNQLSSYEYGALQEKLYKFPGFYIQNRTIRE
                     YTYPNAALLLGNIGEVNRRDIKDDNYYNQGDYAGRAGVERSYEKWLRGKKGIEVLLRD
                     ARGRIKGRFEDGRHDEVPISGKNLTLAIDINLQILAEKLLKNKVGSIVMIEPATGEVL
                     CLASSPGYDPNLLVGRKRGKNYAMLEEDPTKPLFDRSIMAMYPPGSTFKPTQGLIFLQ
                     EGVITPDKLYTCARGYPYHGGKPACHGHGSPLALIPAIATSCNSYFCWGLHDMLDSRR
                     RYPTVQEALDKWKDYMVAQGYGYQLGIDLPGEKRGYIPNSKVYDKVYKSARWNSSTII
                     SIAIGQGEVLATPLQICNLAATIANRGYYIVPHVVRKIENAQLDSIYTHRKYTGIDQE
                     HYRVIAQGMRMAVVGGTCRGLNMRDVEVCGKTGTAENPHGKDHSACMAFAPYNEPKVA
                     IAVYVENAGFGARMAVPLARVMLERYFHGAQANSEADVESLSNTVVKATNNNNRVPR"
     CDS             complement(26446..26964)
                     /locus_tag="SEQF2637_02044"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKGLLRVVAYIVVCVLLQVTVFNHIHLFNLMTPFLYLYAIAKI
                     PAGFTRVQVIWMAFITGLLVDIFSGTLGIHAAASTLIGYYRNPLMHAFTDKEMLEDAS
                     PSYVTLGTGAFMKYIVCLTFLHHTALYAIESLSLFDPPYLLLRIASSTVLTTLCLFVI
                     EAFHMERRSGEL"
     CDS             complement(26961..27830)
                     /gene="mreC"
                     /locus_tag="SEQF2637_02045"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y6Y4"
                     /codon_start=1
                     /transl_table=11
                     /product="Cell shape-determining protein MreC"
                     /translation="MRKLLEFLIGKRHWFLFCFLEIVSCILLFYNQDYHRNLIFGSSN
                     TVVAQISSISGRVRSYLGLRDENKALFEQNGQLQLQVIKLEREIAYMKAHAQTYDSLF
                     VADTVTMPYHFVTAEIVNSNVSSLSNYLTIDKGTKDGVKVDMGVVTTQGIVGIVSVAD
                     EHFSVVISVLNPKLLVSCKLLNGNYHGSLVWDGRDPRYAYLDDLPRHAIFKEGDTVVT
                     TGFSTAFPPNVMVGTVAKFEKKRDQNFYSLKIKLATDFSAIKSVRVIQNDFREEREAV
                     EEKARTLITNKTE"
     CDS             complement(27922..28941)
                     /gene="mreB"
                     /locus_tag="SEQF2637_02046"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Rod shape-determining protein MreB"
                     /translation="MGLFSFTQELAIDLGTANTIIVSDGKIVVDAPSVIALDKRTDKV
                     LAVGETARQMHGKTHENIRTVRPLQDGVIADFYAAEQMIRGLIKMIHFRNRWFSPPLR
                     VVVCIPSGSTEVEIRAVRDSAEHAGARDVYMIYEPMAAAIGIGVDVEAPEGNMIVDIG
                     GGTTEIAVISLGGIVSNKSIRIAGDDLTADIMEYMRRQHNMKVGESTAERIKINVGAV
                     LTSLDNPPEDYVVHGPNQMTALPMEVPISYQEIAHCLDKSISKMEAAILSALEQTPPE
                     LYADIVRNGIYLAGGGAMIRGLEKRLTDKINIPFRVAEDPLHAVAKGTGISLKNIDKF
                     KFLIK"
     CDS             complement(28969..30501)
                     /gene="purH"
                     /locus_tag="SEQF2637_02047"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15639"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional purine biosynthesis protein PurH"
                     /translation="MTDEKKRISRALISVYHKDGLLEDIIKTLHNEGVQLVSTGGTQT
                     FIESLGIPCETAESLTGYPSILGGRVKTLHPKIFGGILARREYDTDLRQLSEYDIPAI
                     DLVIVDLYPFEETVASGAGEADVIEKIDIGGISLIRAAAKNYRDVTIVASRAQYAPLL
                     ELLKQGGAQTTLDDRRRFARAAFAVSSGYDAAIFRYFDADEHTAFRAAFDDAMPMRYG
                     ENPHQRGIFFGSFDTLFDRLHGKQISYNNLLDIDAAVALIDEFDEPTFAILKHNNACG
                     VASRPTMVEAWKAALAGDPVSAFGGVLIGNRAIDADAANEIDQIFFEVIIAPDYTEDA
                     IRILSKKKNRIILRRKAVGAGQGLAFRSLLNGVLVQDRDLSTQTAGDLKPMTTALPTE
                     RETADLLFANKIVKHSKSNAITLAKNKQLCANGVGQTSRVDALKQAIEKARTFGFDLS
                     GAVMASDAFFPFPDCVEAAAEAGVTAVIQPGGSVNDELSVEYCNAHHISMVKTGTRHF
                     KH"
     CDS             complement(30897..31388)
                     /gene="gldH"
                     /locus_tag="SEQF2637_02048"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8KRP0"
                     /codon_start=1
                     /transl_table=11
                     /product="Gliding motility lipoprotein GldH"
                     /translation="MVRRRSNRLHSVVRALLPMVFALLLLAACTDTARYDHYQSVEKP
                     WTKDHIYYFTYDIDDNTVPYDLALEIRNNDLYPYQNLWLLCSEEPPVGPMTHDTIECM
                     LADDYGAWHGAGIAIHHLSVPLRSRYRFPHKGQYTLGIRQGMRDEQLNGIEAIGLRIE
                     ASR"
     CDS             complement(31369..32640)
                     /locus_tag="SEQF2637_02049"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFVQNTERGCLECKGCCETSGSKLSVHDWLCDIPEEEHATAYV
                     EVQFKNTRKEYFLNEDHIPLEKGDIVAVEASPGHDIGMVTLTGRLVLFQLWKHSTRHS
                     TINKKIYRIARPYDLERWEEAKAREHETMIRSRQIAAELGLDMKIGDVEFQGDGNKAI
                     FYYIAEGRVDFRQLIRVLADNFHVRIEMKQIGVRQEAGRIGGIGPCGRELCCASWMSH
                     FTSVSTEAARLQDISMNPQKLAGQCGKLKCCINYEADMYVDARKGMPSRKIVLETKDN
                     AYYYFKTDLFKREITYSTDKTIAKDLVTLTARQAFDVINMNQKGIKPDTLLPESKETQ
                     TKKSDSHDILDDNVSRFDSARKKRKKKRTAAPADGRPKAAAEGRPKRSPKPSADGAPQ
                     AAAKASAPKSPRRERKGNNPQPTPTDGPSPQ"
     CDS             complement(32664..33851)
                     /gene="bioF"
                     /locus_tag="SEQF2637_02050"
                     /EC_number="2.3.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P22806"
                     /codon_start=1
                     /transl_table=11
                     /product="8-amino-7-oxononanoate synthase"
                     /translation="MNLLREKLAKYDAPQRAKAAGIYPYFREIQSDQDTEVVIDGKKV
                     LMFGSNAYLGLTNHPKVKEAAIEAIRKYGTGCAGSRFLNGTLDIHVALEKRLAAFVGK
                     EDAISFSTGFQVNEGVISCITGREDYIIWDELNHASIIEGIRLSYSRKLKYKHNDMAS
                     LERQLQKCEPDKVKLIVMDGVFSMEGDIANLPEIIRLAKQYNANVMVDEAHGIGVLGQ
                     CGRGTCDHFGVTSDVDLIMGTFSKSLASLGGFIASDHDTINYLRHHARTYIFSASCTP
                     ASVAAANAALDIMLTEPEHMERLWELTHYALDGFRQMGCEIGHTSTPIIPLFIRDNDL
                     TFLIVKELFEAGVFVNPVVSPAVASQDTLIRFSLMATHTRAQLDYALEAIRKVFKQHA
                     LIP"
     CDS             34428..35870
                     /locus_tag="SEQF2637_02051"
                     /EC_number="3.4.21.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A5M9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative CtpA-like serine protease"
                     /translation="MKKTMNARLAICGLGLLGLLTACEKDPTPTPKPDPESKVTLKVN
                     EFIYEGLRSEYLWENTINWNAIDFKKEKDPHAFFKRLIYKDDRWTNLTDNAEAWNQGF
                     AGISTTYGFDLRFSYIGQTEELVAIVRYVYPGTPADRAGIRRGDLLLKLNGGPITVKN
                     YADFYDKPTIVVNKGILKDKTLTAEPVGVAMTAVEMYQDPILKDTVINKDGHRVGYLC
                     YTDYTARSTAELIKVFTRFKTAGVTDVVLDLRYNGGGYVSTARALCSILAPEAAMKKK
                     ERFLFKLWNENYMNHWKSEGRNDELYETFVDTLGINMNLNRLYILTGKGTASASELTL
                     TGLTPYMDVVQIGDTTHGKFCGGIVLMPKHLWWDRAASYYQEIKNWGMYVMIYKFSNK
                     RNDEFPRGFAPKYVVKEYLLELYPFGDERDPLLGKALELITGKQVAKARSRRIQPALR
                     ELPIDNPNRPLNGKAIDTPPAGQRLFMSNK"
     CDS             complement(35843..36910)
                     /gene="aroC"
                     /locus_tag="SEQF2637_02052"
                     /EC_number="4.2.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12008"
                     /codon_start=1
                     /transl_table=11
                     /product="Chorismate synthase"
                     /translation="MNTFGNNYRLTTFGESHGTAIGGIIDGCPAGIEADTAFIQSELN
                     RRRPGQSALTTSRNEPDTVEFLSGLYEGRTTGTPIAFLVRNRDQHSKDYDAMRDLYRP
                     SHADYTYQMKYGIRDPRGGGRSSARTTIAQCVGGAMAKLALQPEGITVRAYTSQVGRI
                     RLDGTYRDYDLTLTETNPVRCPDARKAAEMETLIRRVKEQGDTVGGVITGVITGVPVG
                     LGEPVFGKLHAALGAAMLGINAVKGFDYGDGFDAPLYLGSEHNDTFCNDHGRIATRTN
                     YSGGIQGGISNGEDIYFRVAFKAVATLLREQQTVDRDGRETIINAKGRHDPCVLPRAV
                     PLVEAMAAMTMLDYLLLMKSR"
     CDS             complement(37038..37589)
                     /gene="slyD"
                     /locus_tag="SEQF2637_02053"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9CKP2"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type peptidyl-prolyl cis-trans isomerase
                     SlyD"
                     /translation="MRVSKNKFVTVTYDLHVGDADDRTLMESATPEQPLKFIYGIGAM
                     LEAFEKNLSGLEPGDRFEFSLTPEQAYGQRIEENVVDLPKSVFMVDGVFDSERVKEGA
                     TLPMMSAEGQHMNGSVLEVKDDVVVMDFNHPLAGETLHFAGQVADVHEPTAEELAEME
                     QMMHGGCGGHDHDGCGGCDGCCH"
     CDS             complement(37669..38319)
                     /gene="yfiC"
                     /locus_tag="SEQF2637_02054"
                     /EC_number="2.1.1.223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31825"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA1(Val) (adenine(37)-N6)-methyltransferase"
                     /translation="MKVGTDGCLLGAWANVSGARRIADVGTGSGLVALMLAQRNTDAR
                     IDALDIDRDACLQAAENVSASPFAARIRVLRTDFRTYAATAPPAYDRIVSNPPYFDES
                     LKCPDAGRRMARHSDTLPMAELLSVAAALLTDDGRVALVLPYAQREGVLRQAEARALH
                     LVRETHVVPVEGASPKRWLVELARRPSPCVPDVLTLETPDHRRTAAYAELMGAFYL"
     CDS             complement(38604..40004)
                     /gene="fumC"
                     /locus_tag="SEQF2637_02055"
                     /EC_number="4.2.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05042"
                     /codon_start=1
                     /transl_table=11
                     /product="Fumarate hydratase class II"
                     /translation="MADFRIEKDTMGEVKVPADKIWGAQTERSRNNFKIGPSASMPLE
                     VIYGFAYLKKAAAYANHELGVLPVEKRDLIARVCDEILEGKLNDQFPLVIWQTGSGTQ
                     SNMNVNEVIANRAHQLAGKKIGEGEKTLQPNDDVNKSQSSNDTYPTGMHIAAYKMVVE
                     TTIPGVERLRDALKKKSEEFKDVVKIGRTHLMDATPLTLGQEFSGYAAQLDHGLRALR
                     NTLSHLSELALGGTAVGTGINTPKGYDVVVARYIAQFTGLPFVTAENKFEALAAHDAM
                     VEAHGALKQLAVSLNKIANDVRMMASGPRSGIGEIIIPANEPGSSIMPGKVNPTQCEA
                     VTMVAAQVMGNDVAISVGGTQGHYELNVFKPVICANFLQSARLIGDVCVSFEEHCVSG
                     IQPNYPRIKELVNNSLMLVTALNTKIGYYKAAEIANTAHRNGTTLREEAVRLGYVTPE
                     QFDEWVRPEDMVGSLK"
     CDS             complement(40635..40883)
                     /locus_tag="SEQF2637_02056"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSESLCEPLADFRFMPFRACEPSAALFAPHDRAREGLADIRFIL
                     ERCRQRYIVSRFYTSEFPENVFLFISIVRNFPKRILYM"
     CDS             40900..41634
                     /locus_tag="SEQF2637_02057"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIGNIDLTRATKAAHVEFIHSVCIAVDESPEVTANAVAKKAA
                     ERLKTAYDEERENLILSNKSLLTDDIHAADTERDGLFTGFKGTVMAQQRMPDAAKAEA
                     ARELTQRIKDYRLQRGMQLDGETAMIGKLVEDCEGAYASHVERLGVGPYVVAMKAANE
                     RVHRLINERMQNQRLRKEAEVDMARRQSDAAYRWLVEVVNAMQVLLGDEAGVGHFIDF
                     MNALIKRYRQVVFAKRKRNKDAAVEG"
     tRNA            complement(41748..41821)
                     /locus_tag="SEQF2637_02058"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(ccc)"
     CDS             41923..43785
                     /locus_tag="SEQF2637_02059"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MREFQKISTRKKGDYEAAFREEKPNVFQRLAAIFGHAAFFWLAV
                     CLALFFWLEREGRFYFFFIEQRKLFLSEASFIGSYFTRPGGGAQLVTDYATQFFVKPY
                     LGAATGSVVLTAVAMLSVGLMRRIAPRANLRLLGLLPTAAQLLMTFDMNYSYAGTVAY
                     ALTLVAMYGYFFIPSMVGQVVYATVATGLLFWLGGSVAFLFATCIFLWELATRFWRAY
                     GFLVPLAVAVGAAVWGVYDAWAGEYRFLLGPDGYYAPTVAPDPVLYGVWACLPVMLAV
                     AYCLRGQGREKKEAGRRIAEITVQLVLVGGLLWIGRDRLKDHDTSGYSKELDCYLRQG
                     RWDDVVDRYTFTYKHNPTPTEACMLSIALAERGQLADSLFAYAPRGVEAILPTWDGSD
                     PQVAALLSDLYFSMGDIDMAQRMAIEANTGMDDRSPRMIKRLAETSLIRGTYPLAEKY
                     LSVLEHTRYYGQWAHDARRFLYNDSAVVVDSLLGRKRRCLTGASGDLPHTLHAIAEQN
                     PTHRASIEYAGVLLLLQKDLGRFRTLADSCAGRMVLPRLPKSFAEATLLYTFVGDTTA
                     QKRYRLPADMTQRYADFRRRADAARGNRQSAEALRDAFGDSYWYYFTFTSGATK"
ORIGIN      
        1 accttcattt tcatgtcatc catacgcttt gaaaactgtg ggcaaaatta cccggttcaa
       61 agcgcccgtt acctgtgcag attgctgtat atcaatgtaa aagaatcgtg tgcgagaaag
      121 gttcagttac ctgcttttgt accatagtta cctgtagagg gaccgggtaa cggtttggta
      181 actgaacttc tgctcggatc cgcacttttc tgccttttac gctcgacgca acccaaagca
      241 tatctacttc tttccaccta acaatcagtc cacttgcttc gacatcagct cttctgcttt
      301 taaggggaat agttgatgac gcatgagcaa caagaagctg gcgtgtgatc aaatttcgat
      361 gacgcatgag cttttttatc tcttacgtga tcaaattttg atgacgcgcg aacaaacttt
      421 gatcacacaa tttgcttttt acctggtgca tgagcttacg aatctatccg actacccccg
      481 gcccttctct ggccacaaag aggcaccctc gggattcgcg tacttttgtc cgcgtaacag
      541 aaaaggggtg agcgtaagcc tccgcaaata gaagtaagac atgaataagc ctaccgtcga
      601 agtgactggc atctcgcgca agggcctgat cctaatggtg cggggaaaag aatacgcgct
      661 gccttacagc cggttcccgt ggttcgaaca ggcacgggtc agcgacgtgt tcgacgttga
      721 aatgcgcggc aggagtcgca ttcgatggga agccttggac gtcgacctca gcctatccat
      781 cctcgaaaac ccggacgcct acccgctcac cgcccgataa cccgacattc aaacagaaac
      841 aatggccaaa acaaaatcag tctacgtctg ctctcagtgt ggggcggatt cacccaaatg
      901 ggtgggcaaa tgccccgcgt gcggcgcatg gaatacgtat gtggaggaga tcgtccgcac
      961 cgaaccggcc gcccgacgtg ccgcggctgc catcggtcga tccgacgccc ggccgcaact
     1021 cctgcgcgac atcaccgccg aggaggaggt gcgcatcgat atgcacgacg cggagctgaa
     1081 ccgcgtcttg ggcggcggac tcgtccgcgg atcgctcgtc ctcgtgggcg gtgaacccgg
     1141 catcggcaag tcgacgctcg tcctccagac cgtcctccga ctcaccgacc tccacacgct
     1201 ctacgtctcc ggcgaggaga gcgcccgcca gctcaagatg cgcgccgacc gcctctcctc
     1261 cgacggcgcc gaaggcatgg cgcactgcca cgtctattgc gagacgcacc tcgagcagat
     1321 cctcgcccat gccgaccgac tcaggcctga cctgatgatc atcgactcga tccaaacgat
     1381 gtacaccgag gcggccgagt cgtcgccggg cagcatcacg caggtcaggg agtgcagcgc
     1441 ggccatcctc aagttcgcca aagagacggg cacgccggtc ctcatgatcg ggcatatcaa
     1501 taaggaagga agcctggccg ggccaaaggt tttggagcac atcgtggaca cggtgctgca
     1561 attcgagggc gacaggcagt atatgtaccg tatcctgcgc agcatcaaga accgcttcgg
     1621 cagcaccgcc gagttgggca tctacgaaat gcgccaaggc ggcctccgcg aggtcgacaa
     1681 cccctcggag ctgctcctga cgcagaatca tgaagggctg agcggcgtag ccatcgcagc
     1741 ggccgtcgaa ggtgcgcgac cgttcctcat cgagacccag tcgctcgtca gcagcgccgt
     1801 ctatgccacg ccgcaacgca gtgccacggg tttcgatctg cggcgcatga acatgctcct
     1861 ggccgtactc gagaagcgcg ccgggttcaa gctgatccag aaggacgtct tcctcaacat
     1921 cgccggcgga ctgcgcgtca gtgacccggc catcgacctg cccgtcatca gcgccgtgct
     1981 ctcctccagc atcgacctct ccatcgaccg cggcacatgt cttgccggcg aggtcggtct
     2041 ctcgggcgag atccggcccg tgcaccgcat cgagcaacgc atccgcgagg cagccaagct
     2101 cggcttccgt cgcatcatcg tgccgcagat gaagggtctc gagtccgtct ccgacctcat
     2161 cgaactgcat caagtgcgca aagtcgagga ggccttccga ttgttgtttg ggtaaagcat
     2221 aaaggatatg aatacagtag atcaagcgat ggcagacaaa ctgtctgcat tcttccgcac
     2281 acagccgacg gtggataaag catggctgtt cggctcctgt gcacgcggcg aggctactcc
     2341 cgaaagcgac gtagacgtgc tggtacgttt tcagggcaat gcccgggtga cgctcttctc
     2401 atatgcgtcc atgcaacaca agatggagca gctgttgaac aagcgtgtgg atctcgtgga
     2461 ggacggccga ttaaaagact tcgcccgcgc aagcgccgag gcggataaag tgttgatata
     2521 tgagagagaa gattagagac gaggcgcgtt tgcgccatat gatcgaagca atagacaaca
     2581 tcttcgagtt tacgagtagg gaaaccttcg agagctatca gcaaaataag atcttgcggt
     2641 ttgcggtgat taagaatctg gagattgtcg gtgaagccgc ctatctgctg acaaaagcgt
     2701 tcaaagaagc acacccagag atcgaatgga atgcagtcat tgggatgagg cacatactgg
     2761 tgcatggtta ttatcagata agggacgaaa tcgtctgggc aaccatagaa actgaccttc
     2821 tgccgctaaa ggcaagtatc caattgatat tagaaagcga attcaagacc tcatgaccaa
     2881 acagacagat agtccatcca tgcaccacat caccatccag cccgggttga gcgaccggga
     2941 ccgagcgaca ctcatcggat ggacgaaccg caagggggcg gatttcttac gccaatgggc
     3001 cgggccgacg ccgcactttc cgttgacgcc tgagcaggtc gacgactgga gcgacctcta
     3061 caccatcttc cgacaggggc gattcgtcgg catcattcaa gagatcagaa gggagcaaga
     3121 caacgtgcac atcgggcact tcgtcttaga tcccgcactg accgggcgag ggatcggacg
     3181 cgctgccctg ctcatcttta tggacatcct cttccgcgac gacgccattc gatccatcac
     3241 ccttaacgtg ttcgactata acctcgcggc tcgaaagctc tacgagcggg tcggatttgt
     3301 agtcctccga actatcgagt cgccggagaa gaaatacacg atgattaagc ataaacccac
     3361 cccatgacca aagaccttca gctccgactg ctgcccgaag aggcggcgaa tgacgacaca
     3421 ctgcgcgccg tcgtagcgcg cgagacgggc gacgcaccgc gtgccctgcg catccttaaa
     3481 cgatcgatcg atgcccgaca gcgcacggtc tacgtcaatg tcaccctccg cgccttcttc
     3541 gacgaggagc cgaccgaacc gctcttcccc gaggtcgaac tgcgcgacgt ctccggccga
     3601 cccgccgcca tcgtggtcgg cgccggaccg ggcggactct tcgccgccct ccgactcatc
     3661 gaactgggca tgcgccccat cgttgtggag cggggccgcg aggtgaacga acgcaaacgc
     3721 gacatcgccg acatcgtccg ccgcggcacg atcgacccgg agtcgaacta ctgcttcggc
     3781 gagggcggcg cgggcgcctt ctccgacggc aaactctaca cccgcagtaa gaaacgcggc
     3841 tcggtggagc gtatactcat ccgcttctgc cagcacggcg ccaaccccgc tatcctctac
     3901 gacgctcacc cgcacatcgg cacagacaag ttgcccggcg tgattgaacg catgcgccgc
     3961 cacatcatcg gctgcggtgg cgaggtgcac ttcggcacct gcatggacgg gctgctcatc
     4021 cacgacgacg aggtgacggg tatcaccacc cgcacggggc aagagtttcg cggccctgtg
     4081 atcctggcca ccggccactc ggcgcgcgac gtctaccgca tgctcaccga ccacggcgtg
     4141 acgctcgagg ctaagggcat cgccgtcggc gtacggttag agcacccaca ggcgctcatc
     4201 gaccgcatcc gctaccatcg ccgcgaggga cgcggcccgc acctgccggc ggccgaatac
     4261 accttcgtct cgcaggccgg gggtcgcggc gtctactcct tctgcatgtg ccccggcggc
     4321 ttcgtgattc ctgcttcgac ggcgccggac gagtgcgtcg tcaatggcat gtcgcccgcc
     4381 aatcgcgggt cgcgatgggc caacgctggg tgggtcgtcg agctgcggcc ggaagatctt
     4441 gcgtcgtttc acctaccgga tacaggcggc gagcctgtgc ccgaggtgct ggccatgatg
     4501 gactttcagg agcggctcga gcggctctgc cgcatcaacg ccgggcaggg cgtcaaggcg
     4561 ccggcgcaac gcatggccga ctttgtggcg cgtcgcaact cgtccgccct gccgtcgtcg
     4621 tcgttcagtc ccggtctgct ggcctcgccg ctccacttct ggatgcccga ctttatcacg
     4681 agccgactgc gcgagggctt ccgctcggcc gaccgcgtgt cgcgaggttt cctgacgaac
     4741 gaggccgtga tgatcggcgt ggagacgcgc acctcgtcgc ccgtgcgcat cctccgcgac
     4801 cgcgagacac ttcgtcacgt gaccctccgc gggctctacc cctgtggtga gggcgcgggc
     4861 tacgccggag gcatcgtctc ggccgccatc gacggcgaac gctgcgccga gcagttggcc
     4921 gccgcctacg ggggataaac aacggccagc ggagatgtcc ccggcccgac ttccccgccc
     4981 ccggcagggg gcttgatctt cttttgtctc cttttcttcc atcaagggaa gaaaaggagg
     5041 atgtaagctt ggacaaacac cgagaatccc tccctaacga aaaatggccg gatacatgac
     5101 gatgtatccg gccattttca ttgtcgtgcc ttcggcggct tacttgaagg tcatcagtcg
     5161 gctgatgtat ttgccgatga tgtcgaactc gaggttcacc accgtgcctt tgacgatggc
     5221 gttgaagttc gtgaggtcgt gcgtgtaggg gatgatggcc acctcgaagc cgtccgcgcg
     5281 ggagttgcag acggtgaggc tgacgccgtt gacggtgacg gagcctttct cgacggtcat
     5341 gtagccctgc cgagccatct ccgggtcggc ggtgtagctg aaggtgtaat accaactgcc
     5401 gtcggcctcg cgcacgtcgg tgcagacggc tgtctggtcg acgtggccct gcacgatgtg
     5461 gccgtccaag cggccattca tcagcatact gcgctccacg ttcacgcggt cgccgacgtg
     5521 caagtgtccg aggttggagc gctccagtgt ctcgcgcacg gcggtgacgg tgtaggtgtc
     5581 gtccgtccga cggacgacgg tcaggcagac gccattgtgg gcgacgctct gatcgatctt
     5641 caattcattc acgaaggagc aacgcagcgt caggtgcagg ttgcccttgt cttgttccag
     5701 cgcaacgatg gttgcggctt cttctacgat tcctgaaaac ataaataggt aagggggtag
     5761 ttaatggtag gggcgtattg catacgcccc ccaacggccc catcgggggc gaatttgatt
     5821 ggcatttaaa tgacgtttga atggtgatgc aatggcgttt gaacataggg ggacatacgc
     5881 ttgcccctga cggggcattt gtggggggcg tatgcaatac gcccctaccg cgatacatgt
     5941 aagggcggcc tgaaaggtcg cccctactac catgggcgta tgcgatacgc ccctacttcc
     6001 cttgctccag ttgcaacgtc ttggtgggag cgtcgcagac ctcggagggg ccgaagtact
     6061 ggatggggcc ggggtagacg taatcggtgg tcatggccca ctcgtcacgc atggcggcat
     6121 aggcacggaa gggggcgccg tcgagctgga cgagcgcctt gcggatgacg ggcttcatga
     6181 cgccgtcgcg ctgctccatg ttcatcatca ttgtgatggg gataccgcca gcggtccact
     6241 ccgcggccgg cgcggtggta ttgcgcacgg aggccatgta gcccgtcttg ccggcgcgga
     6301 taaggcacga ggcggcgtaa ccgagcgagt agcaatagtc ggcgtcgtag ttcgacggcg
     6361 cggcgcagcg gccttcgtaa ccgaagaagt gcatctgcgt ggcgaacttg ccccggtaac
     6421 gcccttcctc tttccactcc gagaggcgat tgtcgaccat ctcggccagc agcttctcgg
     6481 tctcgatgag cgagacttgg acattgccgt gcggatcgcg gtcgagggcc agctgacggg
     6541 ctacgccctc gggcaggctg gcgtagagcg ccgcgttctc tttcgagagt ttggagatga
     6601 ggtagctgtg gcgcacgctc ttcttgatca tcttaaactc tgccttattg cgggccagga
     6661 agtcgttcag ctcggcgatg aggcgcttca tggcggggat gaactcgatg agcccctcgg
     6721 ggatgagcac ggtgccgaag ttgttgccct cggcggctcg gcgggctacg acgcgcgcta
     6781 tacggttcac gatctcgtcg agcgagaggt cgttggcctc cacctcttcg gagatgatgc
     6841 agacgttcgg gtgggtttgc agggcgcact ccagggcgat gtgcgacgcc gatcggccca
     6901 tgagcttgat gaagtgccaa tacttacgcg ccgagttgca gtcgcgctgg atgtttccga
     6961 tcacctcgga gtagaccttg caggcggtgt cgaagccgaa ggatgtttcg atgaggtcgt
     7021 tcttcaggtc gccgtcgatc gtcttggggc aaccgatcac gctgacgcca gcgccgatcg
     7081 accggtaata ttcggccagc acggccgcgt tcgtgttcga gtcgtcgccg ccgatgatga
     7141 cgagcgccga gatgcccagc tccttgagga tctccagccc cttgtcgaac tgttcgcgtc
     7201 gctcgagctt cgtgcgcccg gagccgatca tgtcgaagcc gcccgtgttg cggtattcgt
     7261 cgatgatgtc agccgtcagc tccatgtatt tatgctccac cagtccgccg ggccccaaga
     7321 tgaagccgaa gagacgtgac tcgggattag ccgccttgag tccgtcgaag aggccggcga
     7381 tcacgttgtg tccgcccggg gcctgtccgc cggagaggat cacgcccgcg ttgatgggcg
     7441 gcatggggtc ggccgcgtcg ccacgctcga aggtcacggc cggcatgccg taagtgtgcg
     7501 ggaagagccg cttgatttcc tctttgtcgc ccgctgcttc cgtcgctgcg ccctctacgg
     7561 cacgcaccga tccgcgcagc gccacgggca tcttgggcac ataggccgcc cgcgcgattt
     7621 gtaatgcact tttcgtcata gttctctcta ttaaatgtat gaatgatgat aacctcgctc
     7681 tgagatttgg atgggcgcaa agatacaggg ccgcggggtg tcagggacac ctgtcaagtt
     7741 taccggatac ctgaaaaact ttccagcctc agcagaagcc atcagaaacg ctctcggaaa
     7801 gcttcaaaca acctgtttca tcatttccga gccctcggaa accttcaaac aacctgtttc
     7861 gtcatttccg agccctcgga aaccttcaaa caacctgttt cgtcatttcc gagccctcgg
     7921 aaaccttcaa acaacttgtt tcatcatttc cgagccctcg gaaaccttca aacaacttgt
     7981 ttcatcattt ccgaggcctc ggggcctcta cggaggcctg cgaagtttgc tcggtacggg
     8041 cttttgaggt acctagccag cttcccagcc tcggcagagg ccggaggccg gcgaaaaaac
     8101 gttttgcctt tacatttgcc cgccctcaag aagaggggca tcgctcagta tgaagatatc
     8161 aaccaagcaa aaagaattct ttcggttctg cctcgtgggg ggcaccgcca ctggcatcca
     8221 ttacggcatc tatttattgc tgaatcgggt gatgaacccc aacgtagcct tctccatcgg
     8281 ctacttcgtg agcttcctgg ccaacttcgt cctctcgaac gtcttcacct tcaagacgcg
     8341 cccctcggcg ggcaaaggcg tgggcttcac ccttagccat atcgtcaact acctgctgca
     8401 gtcgggcttc ctcaatctct tcatttacgt cttgaaagtg cccgaaacct gggcgccgct
     8461 gccggtctac gccatcaccg tgcccatcaa tttcatcctc gtgcgcaccg ccctcaagtc
     8521 gccgaggctc taacccaccg ttgccccaac cgtcatgaag cgcgtatcga tccttatccc
     8581 ggcttataac gaagaggaat ccctgcccct gctctaccgc cgactggccg acctgatgga
     8641 cgcacagcct atgtacgcct gggaggtgct cttcgtcaac gatggcagcc gcgaccatac
     8701 gctggccata ctggcccaac tgcgcgaaag cgatccgcgc atcaactacc tcgacctgtc
     8761 acgcaattat ggcaaagagg ctgccatgtt ggccggtttc gactatgtca ctggcgactg
     8821 catggtgatc atggacgccg acctgcaaca tccgcccgag ctcatccccg acatgctccg
     8881 cctctgggag cagggctacg acgacgtcta tgcccgccgc cgtactcgcg gccgcgagtc
     8941 cttcctccgc cgacggctca cggccgcctt ctacgccctg ctccgccaca ccacgcgtgt
     9001 gcccatgcaa cccaacacgg gcgacttccg cctcttggac gccgtctgca tccgtgccct
     9061 gcgccgccta cgcgagtcgc aacgctacac gaagggcatg ttcagctgga tcggcttccg
     9121 caagcatgag ctgctcttcg accagcaaga ccgcgtggcg ggccagagca agtggggctt
     9181 cttcaagctg ctcaacctgg ccatcgaggg catcacctcc ttcaccgtcg caccgctgcg
     9241 catcgcctcc gtctgcggcg ccatcgtctc gctactggcc tttgcctacg ggctcttcat
     9301 cctgctcaag aacctgatct acgacgatcc cgtggccggt ttccccacgc tgatggtgac
     9361 catcctcttc ctcggcggcg tgcaactgct ctgcatcggc atcatcggcg aatacctcgg
     9421 ccgcatcttc accgaaacca agcaacgccc cgtctacttc gtcagctcct acaacggaga
     9481 gcgggcagac taaaagacga aaagcgaaac gaagccaggt acatgtccgg gggagagtcc
     9541 tccgatcatg tacccggctt cgtttcgttt ccgctaggat atagaaaagg cgtccggaac
     9601 ccgtccggac gccttcgaat tgcatttatg cctgaataca atacatctgc ccccaaaatc
     9661 cataaaaggg gctgaatgct tcttcaatta agatgcgtat gcacccaatt tccacaggtt
     9721 agtctcgatc gccgacaggt gatgctcaac gatcgaatgc gttgtcacgt cgccagcagc
     9781 cgtcgccagc ttatccagcg cgtgatactt ggcctggagc atcttccaag tagccagtac
     9841 ttggtcaacg ccctgcttcc agtctgacac gttgtgtgtc tccttgatct cagccacctt
     9901 caggtattcc gagaaacggt tctccgggtg gccacccagc atgacgatgc gctcagccaa
     9961 ctcgtcgatg gcctcggctt cgccattgta atactcttcg tagagcgcgt gcagttcata
    10021 gaacttgtcg cccttgatgt cccagtgcaa accacgcagg ttcgtgtagc tcacttgacg
    10081 gttggccagc agatcggcca gactctcgat gattgatgct tttgtttcca tctaattctt
    10141 tgatttgatt ctgttcttac ttgaaaaatt cgagaccgta tctggcaaac actatgccaa
    10201 aacctcagct tcggcaggca tgacaagttt gaggtcatcc tctacggtgc cgtttccagc
    10261 caggccgaac gtctcagtca gcaccttggc tacgcccgga gagaggaagg cgggcagcgt
    10321 ggggccgatg tggatgttct tgatgccaag gctgaggagg gccagcagaa cgatgacagc
    10381 cttctgctca taccaagcga tgttgaagac gatcggcagg tcgttgatgt cgttcagctc
    10441 gaagatctcc ttgagcttca gggcgaccac ggcccaggta tagctgtcgt tgcactgacc
    10501 ggcatcgagc acgcggggga taccgccgat gtcgcccagc cccagcttgt tgtagcgata
    10561 cttggcgcaa ccggaggtga ggatcacaac gtccttgggc agacccaggg catagtccgt
    10621 atagtagctg cgtgaggcga agcggccgtc gcaaccgccc atgacaacga acttgcgcag
    10681 ggcacccgag cggatggcgt cgacaatctt gtcagccagc tggaagacct gatggtgtgc
    10741 gaatccgccc acgatcgtac cggtctcaat ctctttgggc ggctgacagg tcttggccag
    10801 ggcgatcacc tcgctgaagt ccttgtgacc attagcgtcc tcctcgatgt gcttgcagcc
    10861 ggggtaacct gtcgaattgg cagtaaacat gcggctgagg taggtgttgc gtggcgtggg
    10921 cggcacgata cagttggtgg tgaagacgat cgggccattg aacgactcga actcctcgcg
    10981 ctgctgccac caggcgttgc catagttgcc cacgaagtgc ttgtatttct tgaacgccgg
    11041 atagtaatgc gccgaaagca tttcgccgtg cgtatagacg tctacgcctg tgccctcggt
    11101 ctgctggagc agcatttcca tgtcatgcat gtcatgtccg ctgatgagga tgcccggacg
    11161 cttacctaca ccgatgttca cctccgtcat cacggggttg ccataagccg aggtatgcgc
    11221 accgtcgagc agggccatgc cttgcacgcc gaagcgaccc gtctcaagca ccagctccgt
    11281 aagcgccgca gcgtccagat tgccgatggt catgtcgctc agggcacgct ccatgaaggc
    11341 gtagatcgca tcgtcctcct taccgaggcg catggcatgc tctacgtaag cggccaagcc
    11401 cttgagacca tagacagtca gctccttgag cgagcgcaca tcttcgttct gttcacgcag
    11461 cacaccctca gcgaagccct tcgactcata ctcgtcagcc accggcaccc atgtcacttc
    11521 gtcagccgca taagtcagtc cgaccgcagc agcctgcttt ttcagctcat cgcggagctc
    11581 gaacatccga tccacacggc gacggaggct ctccttgtca aagttggcgt tcgtgatcgt
    11641 ggcaaacagg gcgtctacaa cggcgtgatc cacctcacgt cccaccggct gctccagctt
    11701 acgcagtccc gtggccagca cactgacgcc acgcacggcg aacagcagca tatccatcat
    11761 ggcggagaga tcgctcttct ttccgcatac accttgcact gtgcagccaa cacccttggc
    11821 cgtctcttgg cattgatagc aaaacatctt gtagtccatc ttcttttctt tctctgttga
    11881 atttttctgt caattaaatt tctattgtcg agcccacttt gaggcccaat tgcggcgcaa
    11941 agatccgtca gcggccccgc ccaaactgta agctatgtga caagcggggc aggaataaca
    12001 aactacaaca cctatcatcc tcccgataca tttccgcgcc ccgtttctct cccttgaggc
    12061 catcaaacag ggcccatttg gccaaacatc tcgccaagaa tcgcccgtcg aatgcgattt
    12121 agctgcaacc tcgcccagaa atattgaatc aagtgcatct tgcttattat cccatacagg
    12181 aatcataatc gaatagagaa ttaattacta tacttcttaa gcatcgtgag tcaattgcgt
    12241 acggattatg attctcagca gatatcgtga atcgattgat tgtggattat tataatccgt
    12301 caaggatcgt aatccatgcg caatcggctc acgattttca gcagctatcg taaatcattt
    12361 gtgcatggat tatgattctt gatcggaaat tgatccaccg gcccactcac ggcggaattc
    12421 gaggtgagaa agctgcaata agtcgccccc agcagccgtt attgcaggcg tatatgagaa
    12481 aaagcatcac actcagacgg atggcgggcc taacctgcct gtggctgatg gccgtcacgt
    12541 gcctccaggc gcagcgtcga cgcccacaga atcagccgta tgtcgactat aagcgttacc
    12601 acttcgggtt ccacgtcggg ctgcacacgc aggatctgat cctgaccaac actggcgtgg
    12661 ctggcgccga cggcaagacg tggttcgctg agataccggc ctacacgccg ggattcagcg
    12721 tcggcgtcat cggcgacctc ttcctcaacc ccgtcctcag cgtacgcctc acgccgaccg
    12781 tccactttgg tgacaaacgc ctcaccttca tcgacccgca gaccaaggag cagttcgcca
    12841 cctccctccg ctccaactat ctggccatcc ccatcgactt caaatacacc gccatgcgcc
    12901 tcaacaacta ccgcccctac atgctggcgg gcgtcttcac acagttcgac atgggccgaa
    12961 agcgtggcta cccgatgctg ctgcggggcg tagactacgg ggtcgagttt ggcctcggat
    13021 gcgacatcta cctgccctat ttcaagctct gccccgagct caagttctgc ttcggcctgg
    13081 ccgatgtgct cgagcccgac cgtagcgacc tggccaaccc cctcgaccgc gtttacagcc
    13141 aggccctctc ccgagccacc tcgcggctga tcgtgctgac gttcaacttt gagtaacgct
    13201 ccgactcgtt gccccgcaga cagggcttgt gcctacctgc tggcatgcgc aacaaaagaa
    13261 acgggaggcc gcccgaacgt atcggacggc ctcccgtggt tttgctctgt tgttctacta
    13321 ggactcgaac ctagaatttc aggaccagaa tctgacgtgt taccattaca ccatagaaca
    13381 atgtctttac ttgctctctc cggggcctct cgcccctcga ttgcggccgc aaacatacat
    13441 ctcttcttca cacctccaaa aaacggcccc aaaaagtttg ccatatcttt ggcccgtcta
    13501 acagaaatat cgaattatgg atcaaacaaa aacgctggta aatgccatag tcagaggact
    13561 tcaagaaaag aagggacgca gcatcgtgac cgttgacatg accgcacaat cgggcgccat
    13621 ctgccaatac atggtcatct gcgaaggtgc aagccccacg caggtgtcct ctctttcaga
    13681 ctccgtttgg gacgtcgtgc ggacggacac cggagaaaag cccctctcta tggccgggac
    13741 gcaaaacgct caatggatcg gcatggacta tggcacggta cttgtccaca tcttcctgcc
    13801 ggagcagcgc gcgttttaca acctcgaaaa cctctgggcc gactcgaaga tcgatcgact
    13861 ccccgacgtg gagtgaccgc cacggctcct tcccccttac attagtttta tggacaaaaa
    13921 agacaatcag ccgaagaaca acggcaacaa accccgcctg cgcttcaact tttactggat
    13981 ctacggaatc gtcttcgtcg ccctgatggg gctctatctg atgaacgatt tctccatgtc
    14041 gaaggagctc gggtggaccg attttcaacg cttcacagcc gacgatgcct tcagccgcat
    14101 cgtggtgcat aaccgaaaaa acatcctcga ggccaccgtc aaaagcgact tccgcgatcg
    14161 catcttcacc ccgcgtgagg tgcagcagct tactaccgag cccaaggtct acgtccgcat
    14221 cccctcatcc gacaagttct ccgacttcta cgataagatg gtggccgaga agcatatctc
    14281 cacccaagtg acctacaagg agagcgacga catcctttgg aacatcctcg cttccgtggg
    14341 gcccttcgtc atcatcatcc tgctctggct tttcctcatg cgacgcatgg cgggcggcgg
    14401 tgcaggcggt gccggtgggg tcttcagcgt aggcaaggcg cgtgcgcaac tcttcgataa
    14461 gaacacgaac gtaaaggtga ccttcaaaga tgtggccgga ctgatggagg ccaaacagga
    14521 ggtcgaggag atcgtggagt tcctcaagaa ccccgagaaa tacaccgagt tgggcggcaa
    14581 gatccccaag ggtgcgctgc tcgttggccc tccgggaacg ggcaagacgc tcctggccaa
    14641 agccgtcgca ggtgaggccc acgtgccctt cttttcgctc tcgggatcgg acttcgtgga
    14701 gatgttcgtc ggtgtgggcg cctcacgtgt ccgagacctc ttccgacaag ccaaagagaa
    14761 ggctccgtgc atcgtcttca tcgacgagat cgacgccgtc gggcgggcgc gcggcaagaa
    14821 cgtgaacatg accagcaacg atgagcgcga gagtaccctc aaccaactcc tcacggagat
    14881 ggacggcttc gggtcgaaca gtggcgtgat catcctggcc gccaccaacc gcgccgatgt
    14941 gctcgacaaa gccctgctgc gtgccggacg cttcgaccga cagatccacg tcgagctgcc
    15001 cgacctcaac gaacgcaagg agatctttaa cgtgcacctc cgcccgatca aaatcgactc
    15061 cagcgtcgac accgacttcc tggcccgaca gaccccagga ttctctggcg ccgacatcgc
    15121 caacgtctgc aacgaggccg cactgatcgc cgcacgcggc ggcaaacgct tcgtccagaa
    15181 ggacgacttt atgaatgccg tcgaccgcat catcggcgga ctcgagaaac ggacccgcat
    15241 caccaccgcg caggagcgac gcagcatcgc ctatcacgag gccggacacg cctccatcag
    15301 ctggctactg gagtatgcca acccgctcgt caaggtgacg atcgtgccac gaggcaaggc
    15361 tctcggcgcc gcctggtacc tgcccgaaga gcgacagatc acgacccgcg aacagctcct
    15421 cgacgagatg tgcgccacac tgggcggacg cgctgccgaa gagatcttcc tcggagccat
    15481 ctccaccgga gcctcgaacg acctggagcg tgtcaccaag caagcctacg ccatggtcac
    15541 ctatttcggc atgagcgacc agctgcccaa cctcaactat tacgactcca cgggccagga
    15601 atggggcttc accaaaccct acagcgagga gacggcccgc ctgatcgaca aggaggtgca
    15661 gaagatcatc aacgagcagt acgaccgcgc ccggaccatc ctccgcgaca acgccgcgaa
    15721 gcacaaccag ctggccgaga agctccttga gtgtgaagtg atctactccg aagacctcga
    15781 aaagatcttc ggcaaacgtc cctgggcctc gcgctccgaa gagatcatgg agcaacaggc
    15841 cgccgacgcc tcaaccaccg ccccacacgc atgaagaatt tcactctccg aggcatcacg
    15901 ggtgcagcct ttgtcgcagc catcatcgct gcgctgacgc tgcacccgtt cctgtttctg
    15961 ggcctcttcg ccgtcgtcgt cggcgcggcc cagtgggagt tctacggcct cacggaacgc
    16021 atcgggctgc agccggacga cgccgccccc gcaccccgca ccgctgaccg agtctggggc
    16081 atcaccggcg gcctctacct cttcaccgcc accttcctct acgccagcgc acgcgcctcg
    16141 gccgtcgtct acgcccccta cttggccttc ctgatcggcg gcctcgtcag cggcctctac
    16201 caccgcggcg gcaaccccat ccatcgatgg gccgtcggcc tcttggccca agcctacgcc
    16261 gcgggcacct tcgccacgct caacttcatc gtcttcaacc cggccgacac gaccctcccg
    16321 cgcaccttcc acagccacta cgccctgctg ctcttcgtcc tcatctggct caacgacacg
    16381 ggcgcctact tcgtcggatc ggccatcggt cggcggaaac tcttcccgcg catctcgccc
    16441 ggcaagtcgt gggagggctt cctcggcgga ctcgccatcg tggcctgcgc cgccctgctg
    16501 ctcgcgcccc tcttccccga gctggcgtgg tatcaccgcg tggccctctc cctcatcatc
    16561 gtcggcgttg gcacgtgggg cgacctcgtc gagtcgctca ttaagcgcac cgccggcgcg
    16621 aaagactcgg gcaccctcct gcccggccac ggcggcatcc tcgaccgttt cgatagcgtc
    16681 atgctggcta cccccgccgc tctcctctac ctcgaggtgt tcgtgcgcgg gagctaagaa
    16741 aacggtacac cgatcagcaa aggcatcagg gatagcccct gcgggggcgg cgaatatgta
    16801 ggggcgtatt gcatacgggc gtctacggac gccggcgaat ttggccgggt acctgtgggg
    16861 cgaatgcaat tcgcccctac aaccgggtac aaaaaagccg gatacatgtg aatcgaatca
    16921 acatgtaccc ggcaaacttg gctggcgtcc ctgacgcccc tattcctccg gcagcttgat
    16981 gtcgggatta ccgtcgtcac ccggtttctt cggatccttc ggtttctcgt ccggtttctt
    17041 gggctgttcg ccagcgccac caccgggctt ctccggctgc ttcggatcct tcggctgatc
    17101 gggagtcttg gggtccttag gctgcttggg atccttgggg gtcttgggct tgctgggatc
    17161 cttgtccttc tgtgcggctg cacgacgagt taggatctcc gcatagcgct tgcggatcac
    17221 attgatggcg gccagcgact tggcccattc cgggacgtcc ggataggcat ccgccatggc
    17281 catcacatag atgcaaagcc ccgtgtactt gtccgtcagc tcgcgacgca tcttgtttac
    17341 atgcgtctct tccatggcgg cgtctctggc cgtggctcgc cgaccgacca tgaaggtgcg
    17401 gaaggcatcg ttcgtcgtct gtatgcctgt cacctctgcc tccagatgga gcttcgtcac
    17461 ggccgatgca aagggctcct ttttcaggtc gttgagcagg ttgtccgttg cgcccgtctg
    17521 attttcattg tttagccctt gcacattccg atggcgcgcc caaaggattt gcaggttgtt
    17581 gtaagccgtt tgttcggccg aatcttccga cagcctgaag ctctgaaact tcagcacgaa
    17641 ccggctcacg gccttatcgc gctcgctgtc cttcttatgc atgacctccg tatccggatc
    17701 cttcgttggg ttacgggtag ccgtctcgaa gggatcgatt ccgtctttcg tctccttcag
    17761 gtagcgcttg aggggtacgt cggtcgtttt caggttccca gctgctgttt ccacatcagc
    17821 cgttgtctcg cgcagcaggg ttacgagttc catctgctgc aatcttggca cattacatga
    17881 atgaagtgtc ttcatcgtga tttatgtatt tagaattgat atgatttagt tcccaatcgc
    17941 tctatcgatt ggccttcggg gcacaatgat acgatgaaat tgttggcatc gactttccac
    18001 ttcgccttag cgtcctcctc tttgcggatg gaaaaagacg ttgacagcag tcagaggtat
    18061 gcaaaatgcg ttttagatgc ctctgactac tgtcaatggg ctaagaaatg cgttttggac
    18121 acctctgact gttgtcaatg ggtcccaaaa cgcgttttag acacctctga ctattgtcaa
    18181 tggatagaaa aacgcgtttt gcatgcctct gactgcagtc aatggccgat ctcttaaata
    18241 ttttaacgga aagatgggga gaggagggcc gttttatatg accgtgtcct tgaccgtgtc
    18301 tttgatgtca aagtgttttc tcaggcgctc gccgtaatca tgcagccttt cggtctgctt
    18361 gcggattcgg tcaacggcct cctgcatctc ctcggcgtgc tgctgcatct cgaggaagga
    18421 gggcgcgaag ttcttgtagt acgattcgtt gtcgttgaat tgagcgtaga tgtcggcctg
    18481 catatcggcg agcattcctt tgagctggct tttcagttcg gccaaatcat tctcccgttt
    18541 ctttgagacg atggcatccc aaacttccat accaacggat agtccgatgc cgatagcgcc
    18601 aaaggcattc gttaggttct ttgccaactt gacggctccc caaggtttga acttaaatcc
    18661 cttggcgagg acgttgcggg cggacttgat catacctccg gacagcttca ccgatcccag
    18721 cgcctttccg ccctgcttaa ccatctgctg catgagcttg ttttggctgg caaaaagctc
    18781 ctgcaatttg tccacatgta ccgatgagac ttggaggtta ttcgcttcgc tacagtcttg
    18841 gaggatctga tttacgtcgc gctccaagat aaacccgact tcgccgtctt tgaacccgag
    18901 tcgctgttcg atgacttggg aaatgctttt ggccgtggcg ctgtcgatgt cggtcgtaat
    18961 gccttcaaag agtgctttga agcggtcgga catggttcgt cgagcttcct ctacgtcttt
    19021 tttcatcaat tggagctcgg tgttgatttc cttcatcgcc tcttggcttc gctctaagtc
    19081 ggccgacaaa aggcgttcgc gatcgaaaat ctctttttcc acctgcatca tcgcgtcctt
    19141 caccgcggca atgtttttgt tttcgcgcag cgtagtggcg tctttcttct cggtgatttc
    19201 agtgatgtag tcgcgcagga ggccgatgtg agagcgcttc atatagtcgt ccggccggtc
    19261 gaaccaatgt gctagcccct tccccttggg gtcggcggcg atgcacgcga tgcgcagtcc
    19321 ggcttcctcc tcgggcgtca ggtggatggt gtcccttaat cgttgggtca ggtttttctt
    19381 tttgacggca gccatttcgg catagtcgtc ggcgtcgagc atgtcggttc cggcctcgtc
    19441 cattttgttg atgacgaaga tggagcagtc cagcttgccg aagtcgcgca tcaccagccg
    19501 gatgatctcc ttgtggctgt ctttgagtgg cacgacggca tggcagacat aaatgacgat
    19561 gtgcgccttg gagatatacc gctcggtgat ttcagaatac ctcatcgttt gcccatccgt
    19621 ttccttctct ttcgttccga acagccccgg ggtgtcgacg atctcgaatc catccttcaa
    19681 atccttcggg cgatagatct tcaattcgtc agacgattcg tcttggtcga tcttcatcga
    19741 gtcttcgagt cgtcccaaca aaccggctat cgcactcgtc ttgccgtctg agaaggaacc
    19801 gagcaggacg atgcggatcg tttcgtcttc tgaggattgg actacgcttc ggaacttctg
    19861 ggcggcgtca gtaagatcca gccctaaacg ctgcccctca tcgagcagtt gctccaattc
    19921 cgacagcgcc tctttcagac gctgcttctt cacttcaaat ttctccatat gctgtgttct
    19981 taatgtgatt ggcgtacgct acgacctgcc tttgggcatc ctctatcgcg ccgctgagtt
    20041 gttgcaaatt gctgcgctcg tttctgatga tctgccggaa gcggtctttt tcgttatcga
    20101 gcgtccgttc tatcaaatta atctgtttgt tcaggctggt ggattggctc tctcgtttct
    20161 tctcatcgat tcttttgcgg gccttgtcct tggcttcttc tcgcttgcca tctcccaaga
    20221 aaagctgctt gccgccccat agcaaaagac caacacccgc gccgataagt gttccgaatc
    20281 cggggataac actaaaagca agagccgttc ctcccaccgt ggtggcaaaa ccaaagacat
    20341 cgccaaaatt gagattcatc ttgccaaagg cttcatcaag gttaggcatt tctaagctcg
    20401 atatatcgat atgcaatccg ccgatttgaa tattgtcaag ctccctgcgt ctttctctga
    20461 tcttctcttc taagcgactg aattcatatt cgacgatgat cttagattcc atcgtgtagg
    20521 cctcgaataa cctctctgca cgttgctgaa tctctttctc gctgtcttcc ctgttatagt
    20581 cgtcatccag cacgtcgcaa acctctcttt tgaagtcgtc aaagactttg gtgtgctcat
    20641 aggccattcg attacggatt gctcggatcg tctcttcaaa tgacatgttc atatctacat
    20701 caaaccggat cagccgctcc tttaatcggt caatgtctcg ctgttgttcc gctatcatat
    20761 ccaccaagcc ttgatagact ttgcgatact gcgcgatcag cttctgcttg ttggcctcta
    20821 cgatctcgtc cgtgtagtgc tccgactttt catccactaa ctgcatgatc cggtcgaacc
    20881 gactaaaccg aagcactgcg tcggcactcc cgaaatagcc gagcagtttt ttctgtgccc
    20941 gcagcaaatc ttcgcgtgtg cttgaaaagt gtcctcgggc acacatggcc aacaacgcct
    21001 gaagggtaat attccctttg tagatgttcc ctaagattcc tcggaaagtg tcttgaatga
    21061 gctgttcatt cttacgtacg gcttcggtct ctaatgtttc gcgctcgtcg ctctcatcat
    21121 agttgcttgc accgccgcgc acattgaaaa tggaatagac gttgacccaa tcactgaggt
    21181 agtttttgat tttttcagcc gtctttatgt ccggtttctt attgtgccct tgcacataga
    21241 acacgcaatg cgcctgattt aatgcacgct ttatttcatc tctgaagtct tcttcccgtc
    21301 cctcaattcc cggtacatca atcaggataa actccttgcc attaatcttc aggttatact
    21361 cctcatagac cttcgtaaag tcagatcgtc cgtcgccgac gatcagaccg tctccttctt
    21421 tctccgcccg atttcgcgat tcgtcaaaga ggatgcggaa ggtttcgatg atggtgctct
    21481 tcccggcatt cgtctcgccg aaaaaagcaa tgaccagctt atcccatcgg gcacccgtct
    21541 tgatttcccc cagtttattc atcgaatcct tgatataggt ctccaagaac gcgagaagat
    21601 tcttcttgat accggcctgc ttcgtgttgt ctgttctgat cgcgtcaatc ttcgcagcga
    21661 tggaacacaa gtaagacgac agctcctgat aacgggcttc aaatcgctcg tatttcttgc
    21721 ttgcgttatc tggaatattc attgcggaag gtctttcgtt atcctctttc tccgcatgcc
    21781 cgcttgctgg ttgcgattcg aggctaaggc ttgggctgcc tggcgaaagc gtcatgatta
    21841 cttgtggcca gtaagccaac catccgtttt tgatcggatc gggatcctcc catttcaatg
    21901 tggaagcgcg ccatccattc gcagcacacc accggtcagt tctgcgccac ccttggcgca
    21961 cattctcttt cttagggtag ttgcagacgt gcactttttc gagctcaaca tctacgccta
    22021 ctggctgcat ctcacagctt gcctcatcgt ccgataagca gcctgccgac ggtagactta
    22081 accctaactg aacggaatcc aaatcggctc tctgcaacgc gtaaacgagg cgtctgcttg
    22141 cagtattcca tttaccggta cggttccatc cttgatttgt tcgctgattc atctgaactt
    22201 tctcttgaat tcattcttca atcaaacgaa tgtccaccgg cgcaagggaa tcgcacgcca
    22261 tccgttagcg gcgcgccact ggctggttct acgccatttc aattctctct gggttgcttt
    22321 ttccttttcc ataaaatcat tcgtttaagt ggtgatgtat agaggtgtgt aaaaatcaaa
    22381 tacgctatag tgctggctca tgatggccgc ggttgtggcc cttgggatgg tgtacgcagg
    22441 tggaggacgt tagacggtca atcgtgcggg cttccgtgcc acagtattta caggtgtaga
    22501 ccgtcttctc agtcccctcg tagagcttgt gtttccctcg gacggggccg tcgggatggc
    22561 gcgcacacag ccctgcccgc gtcaactcgc taacgctctt gaaagactgg ccgcagtacg
    22621 cgcaataata ttttctgttg ctcatatgct ataggggata accagatcgc caaacacctt
    22681 tatgggtgct tgtttatacg gctcatcgga gggctgtggt atgtcgaggc ttgaaatagt
    22741 cattcggttg tgtgcgatcg gatggttgtc gcttttcttc ttgcagccgc aaatatagat
    22801 ggaggatcta actgctaaaa atgaaaaaca aaaagtgcct gtgtcgcctt ttgggccacc
    22861 acatcaccat ccagacatgc ccgaggattc ccgtcggtta gcagaggtca aatccataca
    22921 taggagaacg aattgtcctc ctatggagat cctacctacg catggttttg atctccgtag
    22981 aggacagaca ttagagtccc agagatactg gaaggggcag aaaccgaaaa ctaagtgtat
    23041 tccaagccta ccgccatgtt gatacaccca cgcgggataa ggaacaggac tctcgctgtt
    23101 gtccccgccc tcatcaaacg cccccctcct gggcttcact tttggcgact cacacctctt
    23161 ttcgtgaggc gtcgatgcgg aggaagatga agaggaggat ggtgaagccc cagagcgacg
    23221 agccgccgta gctgaagaag ggtaggggga tgccgatcac gggggtgagt ccgagcacca
    23281 tgccgacgtt gatgacgagg tgaaagagga tgatggaggc tacactgtaa ccatagacac
    23341 gcccgaaaag ggtgtcttgt cgctcggcca gcgtgatgag tcgcacgatc atcacaccga
    23401 aaagggtcag gacgacaatg gagccgacga agccgaactc ctcgccgacg gtgcagaaga
    23461 tgaagtcggt gtcttgctcg ggcacgtatt tgagcttcgt ctgtgtgccg ttaaggaagc
    23521 ctttgcccaa caggccgccg gagccgatgg cgatcttgga ctggttgacg ttgtagcccg
    23581 atccgccggg gtcgtcctcc aggccgaggg agacgcggat gcgttgctgc tggtggggct
    23641 cgagcatgtc gttgaagacg tagttgaccg acagcatgaa ggctacggac gagagggcaa
    23701 agagggccac aagggcgtaa cgccaactga gcttgacgat ggcttggaca atgagcatga
    23761 ggctggaggt gaggatgacg ccaacaagca cccaaacgaa gttgacgggt atgtagagcg
    23821 aggcgatgat ggccgtgagg agggcggcca cgaggccgta gaggatgatg cggagcgtga
    23881 ggcggtcgtt ccgaaggccg gtgacgagga gcatctcaat gatgagggtg agggaggaga
    23941 cgatgagtgc gccggccggg gtggctccga ggagggtgtc gtcgaacttc atcacggtga
    24001 cgaagaaggt gacggcgcag acggcggcca gcagcagata gccggacatg ccttcgcgat
    24061 agagcatcag ggcgaaggcg aggaagacga gggccgagcc ggtctctttc tgcatcagca
    24121 caaggcccat gggcagcagg atgatgagca gcacgaggcc aaagttgcgg agggtaaaga
    24181 ggttgaagtt gtagctgttc atcaggcgcg ccagggccag ggcggtggcg aacttggcga
    24241 actcggcggg ctgcaggcgg atggggccga ggacgagcca ggaacgtgac cccttgatgt
    24301 cgggcgccag aaagatggtg gcgatgagta ggaggatgat gaggccatag aagaggtagg
    24361 cgaaggtctc atagatgtcg cgctcgagca tgagtatgat gaagctcagg gcgaaggcgg
    24421 agcctatcca gatgagctgt gagccgggtc ggccggcggg gtcgaagagg ccggtggtgt
    24481 catactcgta gctggcgccg cagatgctga gccatccgca gccgaccatg agtatgtaga
    24541 cgatgatggt cagccagtcg acagagagcc agagactcct tctttcgtta tctcggtaca
    24601 cggttattgt tgttggtagc cttgactacg gtgttggaaa gggattccac gtcggcctca
    24661 gagttggcct gtgcgccgtg gaagtatcgt tcgagcatga cgcgtgccag ggggacggcc
    24721 atgcgtgcgc caaagccggc gttctcgacg tatacggcga tggccacttt gggttcgtta
    24781 tagggtgcga aggccatgca ggcggagtgg tccttgccgt gggggttctc ggcggtacct
    24841 gtcttgccgc agacctcgac gtcacgcatg ttgagcccgc ggcaggtgcc tccgacgacg
    24901 gccatacgca tgccttgggc gatgacgcgg tagtgctctt gatcgatgcc ggtgtatttg
    24961 cggtgggtgt agatggagtc cagctgtgcg ttctctattt tccggacgac gtgggggacg
    25021 atgtagtaac cgcgattggc tatggtggcg gccaggttgc agatctgcag cggggtggca
    25081 agcacctcgc cctgtccgat ggcgatggag atgatggtgc tggagttcca gcgtgccgac
    25141 ttgtagacct tgtcgtagac cttgctgttg gggatgtatc cgcgcttctc accgggcagg
    25201 tcaatgccca gctgatagcc atatccctgg gccaccatgt agtctttcca tttgtcgaga
    25261 gcttcctgca cggtggggta tcggcgacgg ctgtcgagca tgtcgtgcag tccccagcag
    25321 aaataggagt tgcaggaggt ggcgatagcc ggaataagag ccaggggtga tccgtggccg
    25381 tggcaggcag gtttgcctcc gtggtagggg tatccgcggg cacaggtgta gagtttatcg
    25441 ggagtgatga caccctcttg caggaagatg agcccttggg tgggcttgaa ggtcgatccc
    25501 ggggggtaca tggccatgat ggatcggtcg aagaggggct tggtggggtc ttcctccagc
    25561 atggcgtagt tctttccgcg tttacggccc accagcaggt tgggatcgta gccgggcgag
    25621 ctggccaagc atagtacctc accggtggca ggctcgatca tgacgatgct gccgactttg
    25681 tttttgagca gcttctcggc caagatctgg agattgatat cgatagcgag ggtgaggttc
    25741 ttgcccgata tgggcacttc gtcgtgcctt ccgtcctcaa atcggccctt gatacgtccg
    25801 cgggcgtcgc gcagaaggac ctcgatgccc ttctttccgc ggagccattt ctcgtacgaa
    25861 cgctctacac cagcacgccc ggcatagtcg ccctgattgt agtagttatc gtctttgatg
    25921 tcgcgtcggt tcacctcgcc gatgttgccc agcagtaggg cggcattggg ataggtgtat
    25981 tcgcggatgg tgcgattctg tatgtagaag ccggggaact tgtagagctt ctcttgcagg
    26041 gcgccgtact cataggagga gagctggttc atgaacacct gcggcacgta agaggaatag
    26101 ccggggttga gcttcttgtt cttgatatca gcgatgcgct tgtcgaacac ctctttggta
    26161 atgcccagcg tgcgacagaa atcaagggtg tcgaaggcct gtatctcgcg catgatgagc
    26221 atcacgtcgt aggccggttg gttgtagaca agcagctggc cgttgcggtc gtaaatgacg
    26281 ccgcgtgcag gatagagcac cttcctgaga aaggcgttat tgtccgccga ggccttgtaa
    26341 ttactgtcta caagctgcaa aagagcaagc cgcacgatgt agacgagcag cacaaagatg
    26401 acggagccga tgacgatgaa tcgccggttt tcgtaagcgt atttcttaaa gttctccact
    26461 tcgacgttcc atatggaagg cttcaatcac aaagaggcaa agcgtagtca gcacagtgct
    26521 ggatgcgatg cgaaggagta gatagggagg atcgaacaag gagagggact cgatggcgta
    26581 cagggccgtg tgatgaagga acgtcaggca gacgatatat ttcataaagg cgcccgtgcc
    26641 tagcgtaacg tacgagggcg aagcgtcttc gagcatttcc ttgtcggtaa aggcgtgcat
    26701 aagcggatta cgatagtagc cgatcagggt agacgcggcg gcatgtatgc cgagtgtccc
    26761 ggagaagatg tcgaccagta gccccgtaat gaaagccatc caaatgacct gcacgcgcgt
    26821 gaatccggcg gggatcttgg cgatggcgta gaggtacaag aagggcgtca tgaggttgaa
    26881 gaggtggatg tggttaaaca ccgtcacctg caacagcaca cacacgacga tatacgccac
    26941 gactctgagc aagcccttaa tcattctgtc ttattcgtta tgagggtacg cgctttttct
    27001 tccaccgctt cacgctcttc gcgaaaatcg ttctgtatca ctcggacgga ctttatggcc
    27061 gagaaatcgg tggccaactt gatcttgagt gaatagaaat tctgatcccg tttcttctca
    27121 aacttcgcca cggtgccgac catgacgttc ggcggaaagg ccgtcgagaa tccagtagta
    27181 accaccgtgt cgccctcctt gaagatggcg tggcgaggta gatcatccaa ataagcatat
    27241 cgtggatcgc gcccgtccca aaccagtgac ccgtgatagt tcccattcag cagcttgcaa
    27301 ctgacgagca gcttgggatt caacacagag atgacaaccg agaaatgctc atccgccacc
    27361 gatacaatgc cgactatgcc ttgtgtggtg acgacaccca tatcgacctt caccccgtct
    27421 ttggtaccct tgtcgatggt gaggtaattc gacagtgaag agacgttgct attgacgatc
    27481 tcggccgtaa cgaaatggta aggcatcgtc acggtgtcgg ccacaaacag actatcgtac
    27541 gtctgtgcat gggctttcat gtacgcgatc tctcgctcca gtttgatcac ctgaagttgt
    27601 agctgcccgt tctgttcaaa cagggccttg ttctcatctc ggagtccgag gtacgacctc
    27661 accctgcccg aaatagaaga gatctgggcg actacggtgt tagaagaacc aaagattagg
    27721 tttcggtggt aatcctgatt gtagaatagg agtatgcacg aaacgatctc aaggaaacag
    27781 aataagaacc aatgcctttt ccctataagg aattcaagca gtttccgcat agatagtgga
    27841 aggactggag tgcgtacgct ataaaagcct ccgctttacc ggggcgaaag gctctatgca
    27901 cgccgcacac ggccccggta cttacttaat taagaacttg aatttgtcga tgttcttcag
    27961 cgagataccg gtacccttgg ctacggcatg caacgggtct tcagctacac ggaacgggat
    28021 attgatcttg tccgtcaacc gcttctctaa accgcgaatc atggcgccac caccagccag
    28081 atagatgccg ttacgaacaa tatcggcata aagctcgggc ggggtctgct cgagggcgct
    28141 gagaatggct gcttccattt tcgagatgga cttatcgagg cagtgcgcaa tctcctgata
    28201 agagatgggc acttccatag gcagtgctgt catctgattc ggaccgtgca ccacgtaatc
    28261 ctctggcgga ttgtcgagcg aggtcaagac ggcacctacg ttgatcttaa ttctctcggc
    28321 cgtgctttcg cccaccttca tattgtgctg acgacgcata tactccatga tgtcggccgt
    28381 cagatcgtca ccggctatac ggatagactt attggagaca atacctccga gcgagattac
    28441 agcgatctcc gtcgtgcctc cacctatatc gacaatcata tttccttctg gcgcctccac
    28501 atcaacacct ataccgatag ccgcagccat gggctcatag atcatgtaga catcgcgtgc
    28561 acctgcatgt tctgcagagt cacgcacggc acgtatctcc acctctgtgc taccagaggg
    28621 gatgcaaacc acaacgcgca aagggggaga gaaccaacga ttccggaagt ggatcatttt
    28681 gatcaatccg cgaatcatct gttcggcggc gtaaaagtca gctatgacgc cgtcctgaag
    28741 tgggcggacg gtacgtatgt tctcatgtgt tttaccgtgc atctggcggg ctgtctcgcc
    28801 gacggctaac accttgtccg tacgtttatc taatgcgatc acagacggcg catcaacaac
    28861 gattttccca tcgctgacaa tgatcgtgtt agccgtcccc agatcgatag ctaattcttg
    28921 tgtgaaggag aataatccca tattattcgt tatgtcttta gttcaatgtt aatgtttgaa
    28981 gtgacgggta cccgtcttta ccatacttat atgatgcgca ttgcaatact ccaccgagag
    29041 ttcgtcgtta acggatcctc cgggttggat tacggccgta actcccgcct cagcagctgc
    29101 ttcaacacag tcgggaaagg ggaagaacgc atccgaggcc atcaccgcgc cgctcagatc
    29161 gaagccgaac gtacgggcct tttcgatggc ctgtttgagt gcatccacac gcgatgtttg
    29221 ccccacacca ttggcgcaga gctgcttgtt tttcgccagt gtgattgcat tggacttgct
    29281 atgcttcaca atcttgttgg caaacagcaa gtcggcggtt tctctctcgg tggggagagc
    29341 tgttgtcatc ggcttgaggt cgccagcggt ttgtgtgctt aggtcgcgat cctgcacgag
    29401 tacgccatta aggagggagc ggaaggcaag gccttgtccc gccccaactg ccttgcggcg
    29461 caggatgatg cggtttttct ttttgctcaa aatacggatc gcgtcctcag tataatccgg
    29521 tgcgatgatc acctcgaaaa atatctgatc gatctcgttg gcagcgtcgg catcgatcgc
    29581 tcggttgcct atcaacacgc cgccgaaggc tgagacggga tcgccagcca aggccgcttt
    29641 ccacgcttcg accatcgtcg gacgggaagc cactccgcac gcattgttat gcttgaggat
    29701 agcgaaggtc ggctcgtcga actcgtcgat aagtgcgacc gcagcatcaa tatccagcaa
    29761 gttgttgtag gatatttgtt tgccatgcag gcgatcgaag agtgtatcga atgagccaaa
    29821 aaagatgccc cgttgatggg gattctctcc gtaacgcatg ggcatggcgt cgtcgaatgc
    29881 agcgcgaaat gcggtgtgtt cgtcggcgtc gaaatagcga aagatggctg cgtcgtagcc
    29941 ggatgaaacg gcgaaagcgg cacgtgcgaa tcggcgacga tcgtcaagcg tagtctgtgc
    30001 accgccctgc ttgagcagtt ctaacagggg ggcgtattgc gctcgtgaag caacgatcgt
    30061 tacgtcgcga tagttttttg ccgcggcacg aataagggat atgccaccga tgtcgatctt
    30121 ttcaatcaca tcggcctcgc ctgcacctga ggctacggtc tcttcaaaag gatagaggtc
    30181 gacgatcacc aagtcgatcg ccggtatatc atattccgac agctgccgga ggtctgtgtc
    30241 gtattcacgg cgggccagga tgccgccaaa tattttggga tgtaacgttt tcactcgccc
    30301 tcctaagatg gagggataac cggtcaggct ctcggccgtt tcgcacggta tgcctaacga
    30361 ttcgatgaag gtctgtgtgc ctcctgtcga gacgagctgc acgccttcgt tgtggagcgt
    30421 ctttattatg tcttctaata gtccgtcttt gtgataaact gagattaggg ctcggcttat
    30481 ccgcttcttt tcatccgtca tcatgcgttt gaattcattg tccactttct atttctcgaa
    30541 aaagtcgcac aaaagtatgg tttaattcca ttctgaaaag tgctataaga gagaatgttc
    30601 gtggccccgg atataatata tgttattgtc ccataaggat aaagcgacta tggacttcct
    30661 tctctgcacc ttgaggggta gccgtcgcct gatggtaagc ccaaccgtca gcagttgggg
    30721 gctcggtcgt ttaacgcatg agttcgacga aagtatgagg gtctttctcc ttggagaatg
    30781 tctttgatag cgcgctataa cggccaaagc atttccaaaa acgttttggc cctcgcatgg
    30841 cttccgtaga ggctctctgc tggctttatt cttacatcga actcgcgtta cgaaggtcag
    30901 cgcgaggctt cgatacgcag gccgatggcc tcgataccat tcagctgttc gtcgcgcata
    30961 ccctgacgga tccctaaggt gtactgcccc ttgtgaggga agcggtaacg cgagcggagg
    31021 gggacactga ggtgatggat ggcgattcca gcgccgtgcc aagcaccata gtcgtcggcc
    31081 agcatacact cgatggtgtc gtgcgtcatg gggccgacgg ggggctcttc gctgcaaagg
    31141 agccagaggt tttggtaagg atagaggtcg ttgttacgga tctcgagggc gaggtcgtag
    31201 ggcacggtgt tgtcgtcgat gtcgtacgtg aagtagtaga tgtgatcctt cgtccagggc
    31261 ttctcgacgg actgatagtg gtcgtagcgg gccgtgtcgg tgcaggcagc aaggagcagc
    31321 agagcgaaga ccatgggtag gagggcgcga actacgctgt gcaatcggtt actgcggcga
    31381 cggaccatcg gtgggagtcg gttgggggtt gttgcctttt cgctcacggc gcggggactt
    31441 gggggcggac gctttagcgg cggcttgtgg agcgccgtct gctgacggtt ttggggagcg
    31501 tttgggccgt ccttccgcag cggcctttgg acgcccgtca gctggagccg cggtgcgttt
    31561 ctttttcctc ttcttacggg cgctatcgaa gcggcttacg ttgtcatcca gaatgtcgtg
    31621 cgagtccgac ttcttcgtct gcgtctcttt cgattcaggc agtagggtgt cgggcttaat
    31681 gcctttttga ttcatgttaa tgacgtcgaa ggcttgtctg gcggtgaggg tcacgaggtc
    31741 tttggcgatc gtcttatccg tcgagtaggt gatttcgcgc ttgaagaggt ccgttttgaa
    31801 gtaatagtag gcgttgtcct tcgtctccag cacgatctta cgcgagggca tgcctttgcg
    31861 ggcgtcgacg tacatgtcgg cctcgtaatt gatgcagcat ttgagtttcc cacactgccc
    31921 ggccaacttc tgagggttca tcgaaatatc ctgtagacgt gcggcctcgg tggagacgga
    31981 ggtgaagtgc gacatccacg acgcgcagca gagttcgcgt ccgcaggggc cgataccgcc
    32041 gatgcgtccg gcttcttgtc ggacaccgat ctgcttcatt tcaatacgca catgaaagtt
    32101 atcggccaag acacgaatca gttggcggaa atcgacacgt ccttctgcga tgtagtagaa
    32161 gatggccttg ttgccgtcgc cctgaaactc cacatcgccg atcttcatat ccagccccag
    32221 ttcggcggcg atctgtcggg agcggatcat ggtctcatgt tctcgcgcct tggcttcttc
    32281 ccagcgctct aaatcgtagg ggcgggcgat gcgatagatc tttttgttga ttgtgctgtg
    32341 ccgggtgctg tgtttccata attgaaagag gacaagtcgg ccggtcaatg taaccatgcc
    32401 aatgtcgtgc cccggactgg cctcgacggc cactatgtcg cctttttcga gtgggatatg
    32461 gtcttcgttt aggaagtatt ccttgcgcgt attcttgaat tgcacctcca cataggccgt
    32521 ggcatgctcc tcctcgggga tgtcacacag ccagtcgtgg actgagagtt tgcttcctga
    32581 cgtttcacag catcctttac attccagaca gcctctttct gtgttctgta cgaaattcat
    32641 tcttcggaaa gggggggggg agattagggg atcagtgcgt gctgcttgaa tactttccga
    32701 atggcctcca aggcatagtc taactgcgcc cgggtgtggg tggccatgag ggagaagcga
    32761 atcagggtgt cttgcgatgc tacggctggc gatacgacgg ggttaacgaa gacgccggct
    32821 tcgaagagct ctttaacgat gaggaaggtg aggtcgttgt cgcggatgaa aagggggatg
    32881 atcggcgtgg aggtgtgccc gatctcgcag cccatttgac ggaatccgtc gagggcgtaa
    32941 tgtgtcaact cccagaggcg ctccatgtgt tcgggttcgg tgagcatgat gtcgagggcg
    33001 gcgtttgcgg cagcgacgga agcgggggta cagctggcgc tgaatatata ggtacgcgca
    33061 tgatggcgca ggtagttgat cgtgtcgtga tcggaagcga tgaatccgcc gagggaggcg
    33121 agtgatttgc tgaaggtgcc catgatcaga tccacgtcgg acgtcacgcc gaaatggtcg
    33181 catgtgccgc gtccacactg gcccaaaacg ccgataccgt gtgcctcatc gaccatcaca
    33241 ttggcgttgt attgcttggc cagacggatg atctcgggca ggttggcgat gtcgccctcc
    33301 atgctgaaga cgccgtccat aacgatgagc ttcaccttgt ccggctcgca tttctggagc
    33361 tggcgttcga gggaggccat gtcattatgc ttgtatttca gtttgcggga ataggaaagg
    33421 cggatgcctt cgatgatgga ggcatggtta agctcgtccc agatgatgta atcctcgcgg
    33481 cctgtgatgc aggagatcac tccttcgttc acctgaaaac ctgtggagaa ggagatggcg
    33541 tcttctttac cgacgaaggc ggccaggcgt ttctcaaggg ccacatgaat atccagcgta
    33601 ccgttcagaa agcgtgaacc ggcgcatccc gtgccgtatt tacgtatggc ttcaatggcg
    33661 gcttctttca ctttcgggtg gttggtgagg cctaagtagg cgttcgagcc gaacatcagc
    33721 accttttttc cgtcgatgac gacttccgta tcctgatcgc tttggatctc gcggaagtag
    33781 gggtaaatgc cggcggcctt agctcgctgt ggggcgtcgt atttcgccag cttctctctc
    33841 aataagttca tgtttgtgga ggttttaacc ttgtcttttt gtgaaaaatg tcgccggcaa
    33901 aagtagaaaa aaatggccgc ggcctttggt gacttgccgc atgtctacag agtaaccaca
    33961 tcaaaacttc acctacgtcc cacaaccgtc tgctcatcta cggagatcaa aaccacacgt
    34021 ggttctcctt tccgtagggg tacgaagatc aaaaccacgc gtggttctcc tttccgtagg
    34081 ggtacggaga tcaaaaccac acgtggttct cctttccgta ggggtacgga gattaaaacc
    34141 acacgtggtt ctcctttccg taggggtacg gagatcaaaa ccacacgtgg ttcttctttc
    34201 cgtaggggta cggagatcaa aaccacacgt ggttcttctt tccgtagggc tgtagagcaa
    34261 agaagtgccc caagtttgca gctattcggg tgcggttgcc ctgtctgcct acgcctctcc
    34321 gaagagtgat tgagtgtttc agaactactt ttgcccctgt cgggaggcca acacctccct
    34381 cccgacgcct ctttatgtat aacacaacaa cgtaatcaag acagtgtatg aaaaagacaa
    34441 tgaatgccag gctggcgatc tgcggcctcg gtctcttggg gctcctcacg gcttgcgaga
    34501 aggatcccac accaacaccc aaaccagatc cggagagtaa agtcaccctg aaggtgaacg
    34561 agttcatcta cgaggggctg cggagtgaat atctgtggga gaatacgatc aattggaacg
    34621 ctatcgattt caagaaggag aaggatccgc acgccttctt caaacggttg atctataaag
    34681 acgatcgctg gacaaacctc accgacaatg ccgaggcttg gaaccagggc ttcgccggca
    34741 tatcgaccac ctacggtttc gatctccgct ttagctacat cggacagacg gaagagctcg
    34801 tggccatcgt ccgttatgtc tatcccggca caccggccga ccgtgcgggc atccgacggg
    34861 gcgacctctt gctcaagctg aacggcggac ccatcacggt gaagaactat gccgacttct
    34921 acgacaaacc caccatcgta gtcaacaagg gtattctcaa ggacaaaacc ctcacggccg
    34981 aaccggtcgg cgtggctatg acggccgtgg agatgtacca agatcccatc ctcaaggaca
    35041 ccgtgatcaa caaggatggc caccgcgtgg gctacctctg ttacacggac tacacggcgc
    35101 gctccaccgc ggagctgatc aaggtcttta cgcggtttaa gacggccggc gtgaccgacg
    35161 tcgtgctcga tctgcgctac aatggcggcg gctacgtcag cacggcgcgc gcgctctgta
    35221 gcatccttgc gcctgaggcg gctatgaaaa agaaagagcg cttcctgttc aagctgtgga
    35281 acgaaaacta catgaaccac tggaaaagcg agggccggaa cgacgagctg tatgagacct
    35341 tcgtcgacac cttgggcatc aacatgaacc tcaaccgact ctatatcctt acgggcaagg
    35401 gcacagcctc agcttcggag ctgaccctca cagggctcac gccttacatg gatgtggtgc
    35461 agatcggcga cacgacgcat ggcaaattct gcggcggcat cgtactcatg ccgaaacacc
    35521 tctggtggga cagggcggcc tcgtattacc aagagatcaa gaactggggc atgtacgtga
    35581 tgatctacaa gttctccaac aagcgtaacg acgagtttcc gcgcggcttc gcaccgaagt
    35641 atgtcgtgaa ggaatacctg ctggagctct atcccttcgg cgacgaacgc gacccgctgc
    35701 tgggcaaggc gctggagctg atcacgggca agcaggtggc taaggcgcgc tcacgccgca
    35761 tacagcctgc gctccgcgag ctgcccatcg ataacccgaa ccgtccgctg aacggtaagg
    35821 ctatcgatac gccgccagcc ggtcaacggc tcttcatgag caataaataa tccagcatag
    35881 tcattgccgc catcgcctcg acgagcggca cggcacgggg aaggacgcac ggatcgtggc
    35941 gtcctttcgc gtttataatg gtctcgcgtc cgtcacgatc gaccgtctgt tgctcgcgca
    36001 gcagggtggc cacagccttg aaagctacgc ggaaatagat gtcttcgccg ttggagatgc
    36061 cgccctgtat gccgcccgaa taattcgtgc gagtggcgat acggccgtgg tcgttgcaga
    36121 aggtgtcgtt gtgttccgaa ccgaggtaga ggggggcgtc gaagccgtcg ccgtagtcga
    36181 agcccttcac agcgttgatg ccgagcatgg cggcgccgag cgcggcgtgt aacttgccaa
    36241 agacgggttc gccgaggccg acgggcacgc ccgtgatgac gcccgtgatg acgccgccca
    36301 ccgtgtcgcc ttgctccttg acgcgacgga tcagcgtctc catctcggcg gccttgcgtg
    36361 cgtcgggaca tcgcacgggg ttcgtttcag tgagcgtaag gtcatagtcg cgatacgtgc
    36421 catcgaggcg aatacgcccc acctgcgagg tataggcgcg gacggtgatg ccctcgggtt
    36481 gcagggcgag cttggccatg gcaccgccga cgcattgcgc aatggtggtg cgtgccgagc
    36541 tgcgtccacc gccacgcgga tcgcggatgc cgtacttcat ctggtaggta tagtcagcgt
    36601 gcgacgggcg atagagatcg cgcatggcgt cgtagtcttt cgaatgctga tcgcggttgc
    36661 ggacgaggaa ggcgatgggt gtgccggtcg ttcggccctc gtaaagcccg gagaggaact
    36721 cgaccgtgtc gggttcgttg cgtgaggtag tcagtgcgga ctgtcccggc cgacggcggt
    36781 tgagttcgct ttgaatgaag gccgtatccg cctcaatgcc ggcggggcaa ccgtcgataa
    36841 tgccgccgat ggccgtgcca tgcgattcgc cgaaggtggt caggcggtag ttgtttccga
    36901 acgtattcat atcgtatcgt ggggagtagg gagaagtagt tattagaaga gggggtaaaa
    36961 agaagccctt catccgagac ccaccgaggg ttaggaatga agagctactt caaaaagggg
    37021 gattagaaga ttatagatca atggcagcag ccgtcgcaac caccacaacc gtcgtggtca
    37081 tgtccgccac agccgccgtg catcatctgc tccatctcgg ccagttcctc agccgtcggc
    37141 tcgtgcacgt cggccacctg tccggcgaag tgcagcgtct cgcccgccaa cgggtgattg
    37201 aagtccatca ctacgacgtc gtccttcacc tccagcacgg agccgttcat gtgctgcccc
    37261 tcggcgctca tcatgggcag cgtggcgcct tccttcacgc gctcgctatc gaacacaccg
    37321 tccaccatga agacactctt cggcagatcg accacattct cctctatacg ctggccgtat
    37381 gcttgctcag gcgtaaggga aaactcgaag cgatcgcccg gctccaggcc gctcagattc
    37441 ttttcgaaag cctccagcat ggcgccaatg ccatagataa acttcagggg ttgttctggg
    37501 gtagccgact ccatcagtgt gcggtcgtcc gcatcgccca cgtgcaggtc ataggtgacc
    37561 gtcacgaatt tgttctttga tactctcata tacattcttg atttttagat aggggcgcaa
    37621 aagtagccga ttatgcataa gcccgccggg gcgttgagaa ggcacgcact acaaatagaa
    37681 cgcccccatc agctccgcgt aggccgccgt ccgacggtga tctggcgtct ccagcgtcag
    37741 cacatccggc acgcagggcg acggccgacg cgccagttcg accagccatc gcttgggcga
    37801 cgcaccctcc acgggcacga cgtgcgtctc gcggacgagg tgcaacgctc tcgcctcggc
    37861 ctgcctcagc acgccctcac gctgcgcata aggcaacaca agggccaccc gaccgtcgtc
    37921 cgtaagcagc gccgcggcca cgctgagcag ctcggccatc ggcaacgtat cgctgtgacg
    37981 cgccatgcgt cgcccagcgt cggggcactt cagcgattcg tcgaaatagg gcggattgga
    38041 aacgatccga tcgtaagccg ggggagccgt agcggcgtac gtgcggaagt cggtgcgaag
    38101 gacacgaata cgcgccgcga agggtgatgc agagacattc tccgcggctt gcaggcaggc
    38161 gtcgcgatcg atgtcgagcg catcaatgcg ggcgtccgtg ttgcgttggg cgagcatcag
    38221 ggccacaagg ccgctgcccg taccgacatc ggctatgcga cgcgcaccgg acacattggc
    38281 ccacgctccg agcaggcagc cgtccgtgcc gaccttcatc gcgcaacgat cgtggcgaac
    38341 ggtgaattgt ttgaatcgaa aatagggatt ggacatggtg tggggtaaaa aaatccctcc
    38401 cagcgctcgc gcgaggggag ggactgatgt aaataaaaaa taattaccct tattgattgg
    38461 ctctgagagc ctcacaactc aggaaatccc tcccggcgct cgcgcgaggg gagggaccaa
    38521 tattatatta tggaaaaaat aataaccctc attgattggc cctgagagcc tcacaactcg
    38581 ggatacactt tcggcggcga gccttatttc aggctgccga ccatatcttc tggccgcacc
    38641 cactcgtcga actgctccgg ggtgacgtag cccaagcgga cagcctcctc gcgcagcgtc
    38701 gtaccgttgc ggtgcgccgt gttggcgatc tctgccgcct tgtagtaacc aatcttcgtg
    38761 ttgagcgccg tgacaagcat gaggctgttg ttcaccagct ccttgatccg cggataattc
    38821 ggctggatgc cgctcacgca gtgctcctcg aagctcacgc agacgtcgcc gatcaggcgg
    38881 gccgactgca ggaagttggc gcagatgacg ggcttgaaca cgttcagctc gtagtgtccc
    38941 tgcgtaccgc cgaccgagat agccacgtcg ttacccatca cctgggcagc caccatcgtc
    39001 accgcctcgc actgcgtcgg gttcaccttg cccggcatga tcgagctacc cggttcgttg
    39061 gccgggatga tgatctcgcc gatgccactg cgcggaccgg aggccatcat gcggacgtcg
    39121 ttggcgatct tgttgagcga cacggctagc tgcttcagtg cgccgtgagc ctccaccatg
    39181 gcgtcgtgtg cggccagcgc ctcgaacttg ttctcagccg tcacaaaggg cagccccgtg
    39241 aactgggcga tgtaacgcgc cacgaccacg tcgtagccct tcggcgtgtt gatgcccgtg
    39301 cccacggccg tgccaccgag cgccagctcg ctgaggtgcg acagggtgtt gcggagtgcg
    39361 cggaggccgt gatccagctg tgcagcgtag cccgagaact cctgtccgag cgtcagcggc
    39421 gtagcgtcca tcaggtgcgt acggccgatc ttgaccacgt ccttgaactc ctcagacttc
    39481 ttcttcagcg cgtcgcgcag gcgctctacg ccggggatcg tcgtctccac caccatcttg
    39541 taggccgcga tgtgcatgcc cgtgggatag gtgtcgttcg acgattgcga cttgttcacg
    39601 tcgtcgttcg gctgcagcgt cttctcgccc tcgccgatct tcttgcccgc cagctgatgg
    39661 gcgcggttgg cgatcacctc gttcacgttc atgttcgact gcgtgcccga gcccgtctgc
    39721 cagatcacga gcgggaactg gtcattgagt ttcccctcca ggatctcgtc gcacacccgt
    39781 gcgatcaggt cacgcttctc taccggcagc acgcccaact cgtggttggc gtaagcagcg
    39841 gcctttttca ggtacgcaaa gccgtagatc acctccagcg gcatggaggc cgacggcccg
    39901 atcttgaaat tgttacgcga gcgctccgtt tgcgctcccc agatcttgtc ggcggggact
    39961 ttcacctcgc ccatcgtgtc tttttcgatt ctgaaatctg ccattgttct atattttttt
    40021 ggtgatgatt caatttcttg gtgacaaccg cgggcaaaaa tagacgttct tggcaattac
    40081 cgtggggcga tgccaaaaac atacgtcgcg gcctcagaaa cacctcgcga aggccccgca
    40141 gcgtccgttt agccccttgc gtaagcccgt tcacagcccg ccgaatcccg tttgcggcct
    40201 actcgcctct gcgcaccgct cgcggagatc cgttttccct cctttcttct cggataaggc
    40261 cttatcggct ccttttttac ccgttcggaa cttcccgaaa cgtatccctc atctactaca
    40321 atcgtccgga acttcccgaa gctatattca atctggttgc aaatgctcgg aattatccga
    40381 agaatagaaa actaatgtat catctcttcg ggaaactccg atcagataga aatatagata
    40441 gcaacctttc gggatagtcc gagaagttat aaataagata tacagccttt cgggaatctc
    40501 cgattagtat aaaaatctat ttctatactt tcggggattt ccgaagagtt gaaagcatat
    40561 agcttagact gttcggggat tcccgagaat taggtatata ctatggatat acgtcggaat
    40621 aatccgaaac tttgttacat atagaggata cgcttcggga aattccgaac gatggaaata
    40681 aaaaggaata cgttttcggg aaattccgat gtgtagaaac gtgaaacgat atacctttgg
    40741 cggcaccttt caaggataaa acggatgtcc gcaaggcctt cacgggcccg atcatggggc
    40801 gcgaagagcg cggcggacgg ttcgcatgcc cgaaatggca tgaaacggaa gtccgcgagg
    40861 ggttcgcaaa gtgattcgga cataaaaacg acaggagaca tgaaaaagat cggaaacata
    40921 gacctgacac gggccacgaa ggcggcgcac gtggagttca ttcactcggt ctgcatcgcg
    40981 gtggacgaga gtccggaggt gacggctaac gcggtggcca agaaagccgc ggagcgactc
    41041 aagacggcct acgacgagga gcgggagaac ctgatcctct cgaacaaaag cctgctgacg
    41101 gacgacattc acgcggccga caccgagcgc gacggccttt tcaccggctt caagggcacc
    41161 gtgatggcgc agcagcgcat gccggacgcg gccaaggcgg aggcggcgcg cgagctgacg
    41221 cagcggatca aggactaccg gctgcagcgc ggcatgcagc tggacgggga gacggcgatg
    41281 atcgggaagc tggtggagga ctgcgagggg gcctacgcgt cgcatgtgga gcggctcggc
    41341 gtcgggccgt acgtggtggc gatgaaggcg gccaacgagc gcgtgcaccg gctgatcaac
    41401 gagcggatgc agaaccaacg gcttcggaaa gaggcagagg tggacatggc gcggcggcag
    41461 tcggacgcgg cctatcggtg gctcgtggag gtggtgaacg cgatgcaggt tttgctgggc
    41521 gacgaggccg gcgtgggcca cttcatcgac ttcatgaacg cgctgatcaa gcgttatcgg
    41581 caggtggtgt ttgccaaacg gaagcggaat aaggacgccg cagtggaggg ctaaccaaga
    41641 cgctattcgg ggaggttgtc aggggggggc taaacgagga aaggccccgc cctgaattga
    41701 atcagagggg gcctttaccg tgaagaacgc catgaaatac aaaaaacgag cggcaaacgg
    41761 ggctcgaacc cgcgaccctc agcttgggaa gctgatgctc taccaactga gctactgccg
    41821 cgtcttgctc tggtgttgcg ggggcaaaaa tagaccttcc tttggctttt tacctaagtt
    41881 tgcccgacat tttttgacag agaccgaaat aagcggcatt tcatgaggga atttcagaag
    41941 atcagcaccc ggaaaaaagg ggattacgag gcggctttcc gcgaggaaaa gccgaatgtg
    42001 tttcagcggt tggccgcgat atttggccat gccgcttttt tttggctggc cgtctgtctg
    42061 gccctgtttt tctggctgga acgtgagggc cgattctact ttttcttcat cgagcagcgg
    42121 aagctgttcc tcagcgaggc atcgttcatc gggtcgtatt tcacgcggcc agggggcggg
    42181 gcgcaattgg tgacggacta tgcgacgcag ttcttcgtca agccgtacct cggggcggcc
    42241 accggaagtg tggtgctgac ggccgtggcc atgctgtcgg tgggcctcat gcgacggatc
    42301 gcaccgcggg cgaatctgcg gctgctgggg ctactaccga cggcggcgca gctgctgatg
    42361 acgttcgata tgaactattc gtacgccggg acggtggcct atgcgctgac gctcgtggcg
    42421 atgtatggct atttcttcat cccgtcgatg gtggggcagg tagtctatgc cacggtggcc
    42481 acggggctac tgttttggct cggcggatcg gtggcgttcc tctttgcgac gtgcatcttt
    42541 ttgtgggaac tggcgacgcg cttttggcgg gcttacggct tcttggtgcc gctggcggtg
    42601 gccgtaggag ctgctgtctg gggcgtgtat gacgcatggg cgggggagta tcgcttcctg
    42661 ttaggtccgg acggatacta tgcgccgact gtggcgcctg atccggtgct ttacggcgta
    42721 tgggcctgcc tgccggtgat gttggccgtg gcttattgcc tgcgtgggca gggacgcgaa
    42781 aagaaggagg cggggcgacg gatcgcggag ataacggtgc agctcgtgtt agtgggcgga
    42841 ctgctttgga tcgggcgcga caggctgaag gatcacgaca cgtcgggcta cagcaaagag
    42901 ctggactgct acctccgaca aggacgatgg gacgacgtcg tcgatcgcta tacctttaca
    42961 tataagcaca acccgacgcc taccgaggcc tgcatgctga gcatcgcgct ggccgaacgg
    43021 ggacaattgg ccgacagtct gtttgcctac gctccgcgcg gcgtggaggc catcctgccg
    43081 acatgggacg gaagcgatcc ccaagtggcg gcactgctga gcgacctcta tttctcgatg
    43141 ggcgatatcg atatggcgca acgcatggcg atagaagcca atacgggcat ggacgaccgc
    43201 agcccgcgca tgatcaaacg tctggccgag acgagcctga tccgcggcac ctatccgctg
    43261 gccgagaagt acctctcggt gctggagcat acgcgttact acggccagtg ggcgcacgat
    43321 gcacggcggt tcctgtataa cgattcggcc gtggtggtgg actccctgct gggccgcaaa
    43381 cgtcgctgcc tgacgggtgc atcgggcgat ctaccgcaca ctctgcacgc catcgccgaa
    43441 caaaacccga cgcaccgcgc ctcgatcgag tatgcgggcg tgctcctctt attgcaaaaa
    43501 gacctcgggc gcttccgcac cttggccgac agttgcgcgg gacggatggt gctcccccgc
    43561 ctgcccaaat cctttgcgga ggccacgctg ctctacacct tcgtcggcga cacaacggcg
    43621 cagaagcgct atcgactgcc agccgacatg acgcaacgct acgctgactt ccgtcgccgt
    43681 gcggatgcag cgcggggcaa ccgccagtcg gccgaggcgc tgcgcgatgc cttcggcgat
    43741 agctactggt attacttcac cttcacgtcc ggtgcgacga aatgacccgt aatgaaaacg
    43801 actctccccc ccactcttcg acacctcttc acactcctgc tcatcctcct gctgacggcg
    43861 gcctgccgac acgaagcacc gatgacgaac cggctggtgg accatcggcc acctatcttc
    43921 cctgactata cggaggtgac gatcccgccc aacattgcgc cgctgcgctt cctgctgtcc
    43981 gacacgtgcg acgtggacaa ggccgcggct acgtttgagt gtggcgccga acgcgtcacc
    44041 gtctgggcct ccgacggccg gtccatcgcc atcgcgccgc gcgcatggaa gcgcctgatg
    44101 aaggacgccg caggcaaggt gatcagcgtg aaagtgacgg cccgcatcgc cggcgaatgg
    44161 gtcggctatg cgcccttcaa cctctacgtg gccacggact caatcgaccc gtacatcgtc
    44221 tacggccgca cggatccgag tcgcaacgtg atgggccata cggggcttta cagtcgctgc
    44281 ctggaggact ttcgcgagcg tgccgtgctc acgagcgaca tgacccgcgg cgaccgcatc
    44341 ggcccggcca ccttcagcgg tggcgacgcc cagcgcttct ttctgcccct aagcggcgcc
    44401 ctgtcctgcg ccctgctgac cgacagcgac aagatcgaga aactgaacac gcacaccatc
    44461 cccggactac ccacgccgac ccatgtcgcc tggcaccctt cggggcgtta catggccttc
    44521 gccgtcaacc gcaacgcgcg gcaggatgcc cgcgagacgg cctcgcgcat cgtcatctac
    44581 gacgtcgcca agcatgagct attcacctcc ccgcagctct tctctgactc cagttcggtc
    44641 acctaccccg ccttctcgcc cgacggcgag acgctctact tctgcgccac ctcactcatg
    44701 gcccacaccc acgccgacag cgccaagtat cacctctgcg ccctggcttt caacatccac
    44761 ggtggacgcc gcttcggtcg taaggcagac accctctacc actcccgacc
//
LOCUS       SEQF2637|AYYD01001213.1 1622 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1622
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(291..1622)
                     /locus_tag="SEQF2637_02060"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPEYTACLDAGDAYHTFTLKNSFKPIMKKQADRSNINTSKTPDS
                     SGRSSKNGEIEAYLSQHYAFRYNTVWGRAEYRGRKDSRFVKVGRYEINTLRRELDNEA
                     GITTSPDNLYSIIESSFSPRVNPIQAYFKALPAAALDDPNAHAIRELADCVVVRNPEK
                     WLLYLTKWLVAVVANAMDDRECRNHTCLVLTGEQGRFKTTFLDLLCPPELHDYSYTGK
                     IYPQEKDTLTYIGQNLIINIDDQLKALNKRDENELKNLITCPMAKYRMPYDKHVEEHP
                     HMASFVASVNGNDFLTDPTGSRRFLPFEALSIDIDRARAVSMDAVYAEAKLLLQSGYR
                     YWFNDEEIAELYRESEAFQVQTAEMELLLRCFELPTTDSDCSYLTTTEILTYLGAYTR
                     QLLTAKRMGEALKKVGYIKISRRRDGGSPLYVYKVRKILPCPLLQICSSNM"
ORIGIN      
        1 cgcaatggtg aacggtacat tgcataggcc gccagccgtc ggacgggcgt gatgccttta
       61 ctttccaagt acgccgtgat gggataccgc ttgatggtcg ataggttttc ttctttcatg
      121 ctgattaaac attgagatcg gtaatgaaat ggtggggggt tttattggaa tgcaagtgat
      181 ttaagatcga atacccgtac tcttcggctt cttcttacta caaactacaa tcgccataat
      241 cgattgtttt ccaacagcat ccatgcaaat cgaagtcact acacagctga ctacatgttg
      301 ctactacaga tttgaaggag gggacagggg aggatctttc ggactttgta gacatacagt
      361 ggactaccgc cgtcccgccg tcggctgatc ttgatgtatc cgaccttttt cagcgcctct
      421 cccatacgtt tggccgtgag cagctggcgc gtgtaggcgc cgaggtaagt caagatttcg
      481 gtcgttgtca gataggagca atcgctgtcg gtggtcggca gctcgaagca tcgtagtaga
      541 agctccatct ccgcggtctg cacttggaac gcctcacttt cgcgatacaa ctccgcgatc
      601 tcctcatcgt tgaaccaata ccgatagccc gattgcaaca gcaattttgc ctccgcatag
      661 acggcgtcca tcgagactgc tctcgcccga tcgatgtcga tggaaagtgc ctcgaagggc
      721 aggaagcgcc tgctgccggt ggggtcggtg agaaagtcgt tgccgttcac cgaggccacg
      781 aagctcgcca tgtgggggtg ctcctccacg tgcttatcgt aaggcatgcg gtacttggcc
      841 atcgggcagg tgatcaagtt ctttagctcg ttttcgtccc gtttgttgag cgccttgagc
      901 tggtcgtcga tattgataat gagattctgc ccgatatagg tcagcgtgtc tttttcctgt
      961 ggatagatct tgccggtata gctgtaatcg tgcagctcag gcgggcaaag caggtcgaga
     1021 aacgtcgtct tgaatcgccc ctgttcgccg gttaagacca ggcaggtgtg gttgcgacac
     1081 tcgcggtcgt ccattgcgtt ggcaactaca gccacaagcc attttgtcag gtacagcagc
     1141 catttctccg ggttacggac gacgacgcag tcggccaact cacggatggc gtgtgcgttt
     1201 gggtcatcca gtgcagcggc aggcaaggct ttgaaatacg cctgtatggg attgacacgg
     1261 ggcgaaaagc tgctttcaat gatcgagtag aggttgtccg gggacgtcgt gatcccggcc
     1321 tcattgtcga gttcgcggcg cagcgtgttg atctcatagc ggccgacctt cacgaatcgg
     1381 ctgtccttcc gaccgcgata ttccgcccgt ccccaaacgg tgttgtatcg gaatgcgtaa
     1441 tgctgagaga ggtaggcctc gatctccccg ttctttgatg agcgtccgct gctgtccggt
     1501 gttttgctgg tgtttatgtt gcttctatct gcctgtttct tcataatggg cttgaatgag
     1561 ttcttgaggg tgaaggtgtg ataggcatcc ccagcatcca agcatgcagt gtattccggc
     1621 at
//
LOCUS       SEQF2637|AYYD01001214.1  859 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..859
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             4..675
                     /locus_tag="SEQF2637_02061"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYDSLGRMSADALMGYDSLGRMSADALMGYDSPGRMSADTFMG
                     YDSLGRMSADALMGYDSLGRMSADALMGYDSLGRMSAGTLMGCDSLGRMSASILMGYD
                     SRGDSVASILMGCGSPGDSVAGILMGCDSPGDSVAGILMGCGSPGDSVASILMRCGSP
                     GDSVASTLMGCGSPGDSVASMLMGCDSPGDSVASMLMGCDSPGDSVASILMGCDSPGD
                     SVADV"
     CDS             complement(677..856)
                     /locus_tag="SEQF2637_02062"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMMRLPFDIPLWQPLLSIALLYATALGVVWLSGRIYRVGILLYG
                     KKPNLKEIVKWIGYR"
ORIGIN      
        1 ttcatggggt atgatagcct cggcagaatg tctgccgacg ccctcatggg gtatgatagc
       61 ctcggcagaa tgtctgccga cgccctcatg gggtatgata gccccggcag aatgtctgcc
      121 gacaccttca tggggtatga tagcctcggc agaatgtctg ccgacgccct catggggtat
      181 gatagcctcg gcagaatgtc tgccgacgca ctcatggggt atgatagcct cggcagaatg
      241 tctgccggca cactcatggg gtgtgatagc ctcggcagaa tgtctgccag catactcatg
      301 gggtatgata gtcgcggcga cagtgtcgcc agcatactca tggggtgtgg tagccccggc
      361 gacagtgtcg ccggcatact catggggtgt gatagccccg gcgacagtgt cgccggcata
      421 ctcatggggt gtggtagccc cggcgacagt gtcgccagca tactcatgag gtgtggtagc
      481 cccggcgaca gtgtcgccag cacactcatg gggtgtggta gccccggcga cagtgtcgcc
      541 agcatgctca tggggtgtga tagccccggc gacagtgtcg ccagcatgct catggggtgt
      601 gatagccccg gcgacagtgt cgccagcata ctcatggggt gtgatagccc cggcgacagt
      661 gtcgccgacg tatgattcat cgatacccga tccactttac gatctccttc aggttgggtt
      721 tcttgccata aagcaggatg ccgacgcggt aaatgcggcc cgagagccag accacaccca
      781 gggctgtggc gtagagcagg gcgatggata gcaggggctg ccagagggga atgtcgaacg
      841 gcaggcgcat catcatcac
//
LOCUS       SEQF2637|AYYD01001215.1 1169 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1169
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(166..528)
                     /locus_tag="SEQF2637_02063"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGKSXRELIVWERAMQLAVYAYRLTLXLPREEKFAIGDQMRRS
                     AVSIPSNXAEGNARGPKEMVHFLQYAQGSRVELETQVEICYRVGYITEAHLRQHIELS
                     TEVGRMISSMIKTLSKYY"
     CDS             complement(603..1151)
                     /locus_tag="SEQF2637_02064"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WQL7"
                     /codon_start=1
                     /transl_table=11
                     /product="Fluoroquinolones export ATP-binding protein"
                     /translation="MAWWNRRLEELSKGMQQKVQFIITVVHRPALLIFDEPFSGFDPV
                     NAEQLKCEMLRLKAEGRTLIFSTHNMSSVEEVCDEIALIDHSRVVLSGNVHEVRERYK
                     EHLFEVEYVGAITLQPDPTRYTLIGAAPSGGGTAIRIRKSPTVSNAELLTSLSAQGEL
                     RAFREVLPSMNEIFIKTVEGRG"
ORIGIN      
        1 atcaggggga gggtagaggg tagagggtag agggtagagg gtagagggtt gagggtagac
       61 atattgaata gggggttaga gggtagaggg tggagagtag agggtagagg gtagagggtt
      121 gagggtagac atattgaata gggggttaga gggtagaggg tggagtcaat agtatttgga
      181 tagcgttttg atcatgctgc tgatcatgcg tcctacttct gttgagagtt cgatgtgttg
      241 tctcagatgt gcctcggtga tatatccgac tcgatagcag atttcgactt gggtctctaa
      301 ttcgacgcgt gatccttggg cgtattgcag gaagtgcacc atttcttttg ggcctcgtgc
      361 attcccttcg gcnatattgg agggaataga taccgcagag cgcctcatct gatctccgat
      421 tgcgaatttc tcttctcgag gaagaancag ggtaaggcga taggcataca ccgccagttg
      481 cattgccctt tcccaaacga ttaattctcg naaactcttt ccagccatat cctgtgtctg
      541 tcgtcttgtg atctcaaacg tagaaggcgc atctctaccc tctaccctct accctctacc
      601 ctctaccctc taccctctac agtcttgata aatatctcat tcatggaggg cagcacctcg
      661 cggaaggcgc gcaactcacc ttgggcgctc agagaggtga gcagttcggc gttgcttacg
      721 gtcggcgact tacggattcg gatcgcagtg ccgccgcctg agggcgcggc gccgatcagg
      781 gtgtatcgcg tggggtcggg ttggagggtg atggcgccga catattccac ttcgaaaagg
      841 tgttccttat atcgctcgcg cacctcgtgg acgttgccag agaggacgac gcgggagtgg
      901 tcgatgaggg cgatctcgtc gcagacttcc tccacggagg acatgttgtg tgtcgaaaaa
      961 atcaacgtcc gaccctcggc cttgaggcgg agcatttcgc acttgagttg ctcggcattg
     1021 acggggtcga agccgctaaa gggttcgtcg aagatgagca gtgcgggccg atgcacgacg
     1081 gtgataatga actgcacctt ctgctgcatg cccttcgaga gctcctccaa gcgccggttc
     1141 caccaagcca tgatgtcgaa ccgttcgaa
//
LOCUS       SEQF2637|AYYD01001216.120554 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..20554
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(166..528)
                     /locus_tag="SEQF2637_02065"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGKSFRELIVWERAMQLAVYAYRLTLLLPREEKFAIGDQMRRS
                     AVSIPSNIAEGNARGPKEMVHFLQYAQGSRVELETQVEICYRVGYITEAHLRQHIELS
                     TEVGRMISSMIKTLSKYY"
     CDS             complement(589..1500)
                     /gene="natA"
                     /locus_tag="SEQF2637_02066"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46903"
                     /codon_start=1
                     /transl_table=11
                     /product="ABC transporter ATP-binding protein NatA"
                     /translation="MYFIEADNIVKQYANHRALDGVSLRVPEGKIFGLLGPNGAGKTT
                     LIRIINRITAPDSGSIRFDGHPSQPDDVRRIGYLPEERGLYKKMKVGEQALYFARLKG
                     MSATDARASLTEWFERFDIMAWWNRRLEELSKGMQQKVQFIITVVHRPALLIFDEPFS
                     GFDPVNAEQLKREMLRLKAEGRTLIFSTHNMASVEEVCDEIALIDHSRVVLSGNVHEV
                     RERYKEHLFEVEYVGAITLQPDSTRYTLISATPSGGGTAIRIRKSPTVSNAELLSSLS
                     AQGELRAFREVLPSMNEIFIKTVEGRG"
     CDS             complement(1692..2372)
                     /locus_tag="SEQF2637_02067"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKNILVSTLLLYACCMALLSCSNKKPAIFKNEQGQYLCKAGGK
                     IYLFPYHYAGGDGVFVNGQAVAVLDGKWGVIDEQGNTVHPFVYDWISEKGEAGFADQY
                     LVKVGHVDPERKFYLSGGQTGIINERGEVVLPPSYVAIYPAVTFGLMMVNNGTSVDLA
                     NDSVHFDGLYGYINKTGQIVIPCEYEEASPAFDEDGTVWVRKSGLWGKIDTLGRVKEP
                     FVHDHIEH"
     CDS             complement(2378..4453)
                     /gene="dnaG_3"
                     /locus_tag="SEQF2637_02068"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74893"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA primase"
                     /translation="MIDPATKDRILEAAQIVDVVSEFVTLRKRGVNYVGLCPFHADKN
                     PSFYVSPAKNLCKCFACGEGGSPVYFIMKHEQLSYPDALRYLAKKYHIEIRERELTDE
                     ERRAQGDRESMFILNTWAQKYFTSCLMEHEEGRTIGLSYFAQRGFREETIRKFQLGYG
                     LEARDALYRAAMTKGFKREYLEKTGLSSFYENGMVADRFRGRVIFPIHTISGKVAGFG
                     GRILDSTKKVGKYLNSPESEIYHKSNELYGLYFAKQAIAKADKCYLVEGYTDVISMHQ
                     SGIENVVASSGTALTQGQIHLIHRMTNNITVLYDGDAAGIKAAIRGIDLLLEAGMNVK
                     VLLLPDGEDPDSFARSHNAFDLSVYLNNHETDFIRFKTQLLLCEAEGDPIRRAALITD
                     ILQSVALIPDAIKRSVYLQECSRMMEIKEAILLAELNKIRATRRSAPPLVRPAAPPPT
                     QPTPSEHHPEPSPDDPSTATAPTPAPTSPQPVQPATKPTSRTMRSPYRAAEEALMRYV
                     VLHGEETLYDYTDEESGEHVVIHIAEYILSELQRDGLSLSVPIFQSILDEAVSHVSEP
                     GFRAESHFLSHPDAEISRVTMYLMDDRYRTIEEEPDDNNRMTDDERQETARKRLKELE
                     KAIVHDLFALKGAYLLQQIAQLNHRIKELQTEGRLDEAIELMKEQKQLNEIKVALSRE
                     LGDRIILKM"
     CDS             complement(4527..6008)
                     /locus_tag="SEQF2637_02069"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRSILPAIIAAACLLSTAQAEQKPLRFDADKGVRTELVMPNG
                     QTVRYTAYTKLYFATNVEDSTYQYMNLFVPDGATEQSPIFLRTYIGGYMECQAGYPQA
                     TDASGRALAEGYVLVIPGSRGRQSTVTRKGKTVYTGRAPKGLLDLKAAIRYLRHFDQQ
                     IPGNTERIITDGTSAGGAMSALLGATGNHPSYDPLLRAMGAARERDDVFASVCFCPIT
                     DLEHADMAYEWLYGNTLSRQALSETKRQLSAELAAQFPDYIRSLGLKLPDGTQLTADK
                     YLDYIRQLLMESAQEAKDAGAAISDTIGLTFSEQSAFQAPINGGVGMPNRTEASRPMP
                     RGDKPQGEYITSIDLEKYLNYVETTQPLKGVPAFDSYGVDGAVASGENGEFGGADGSD
                     ANFTPWSANKTGHPLTNEVQASVHLMNPMHFIGNTQARNASHWYIRHGARDRDTAFPI
                     AINLATKLRNQGRDVNFKLPWNRPHSGDYALNELFRWIKQITQ"
     CDS             complement(6041..6523)
                     /locus_tag="SEQF2637_02070"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSGTAMHGQAASALSEMRSKYILNPSKLSSLGRGLRKPEQVLD
                     WLRAVCADPNRHSIGFAQCARLKTGTRLASRSVRGSKQALDWGVRDASQVCRVQSKFH
                     LILVPGKLSQPRQRPARSKTDERPPPMIDPATKDRILEAAQIVDVVSEFVTLRKRRFL
                     "
     CDS             complement(6525..7466)
                     /gene="rsgA"
                     /locus_tag="SEQF2637_02071"
                     /EC_number="3.6.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X242"
                     /codon_start=1
                     /transl_table=11
                     /product="Small ribosomal subunit biogenesis GTPase RsgA"
                     /translation="MHGLVIKNTGSRYTVCIDGGRCFDCKIKGAFRIKGIRTTNPVAI
                     GDCVTVEVPANETDTAYITAIAPRRNYMIRRASNLSKESHILAANIDLALLVATIDFP
                     ATTLTFIDRFLATAEAYAIPALLVFNKIDRYDADARRTLDEYVALYTAIGYDCLPISA
                     LTGEGVGTLTERLHGRITLLSGHSGTGKSTLINRLLPHADLRTQEISEYHRTGVHTTT
                     FSEMLPLSDGSGYLIDTPGIKGFGTIEMQGPEVAHYFPEIFRASADCRFNNCTHTGEP
                     GCAVRREMECGNIASSRYRSYLNILEDADGNKYREAY"
     CDS             complement(7490..8056)
                     /gene="frr"
                     /locus_tag="SEQF2637_02072"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81WL1"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome-recycling factor"
                     /translation="MAATDTKQIIKDAEAKMNAAVQHLDDELARIRAGKASARILDNV
                     RVTYYGDLAPLSNVASVTTPDAKTILITPWEKSLLKEIEKAILASEVGITPENNGETI
                     RLGIPPLTEDRRRSLAKNAKQHAEAAKVSIRNARRDTIDVIKKAVKDGTPEDLGKDAE
                     AEAQKIHDKYVKKVDDLYAAKEKEIMTV"
     CDS             complement(8079..8786)
                     /gene="pyrH"
                     /locus_tag="SEQF2637_02073"
                     /EC_number="2.7.4.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65933"
                     /codon_start=1
                     /transl_table=11
                     /product="Uridylate kinase"
                     /translation="MIYKRILLKLSGESLMGGRAYGIDEVRLGEYAKQIKEISDQGIQ
                     IGIVIGGGNIFRGLAGAAKGFDRVKGDQMGMLATVINSLALSSALEAFGVEADVLTAV
                     RMEPVGTYYSPSRAAELLRDGHVVLMAGGTGNPFFTTDTAAALRGIEIGADVLLKGTR
                     VDGIYTADPEKDPTAVKFDEITFDEIYSRNLRVMDLTATTMCKENNLPLVVFDMDTPG
                     NLKRVLSGENIGTRVTL"
     CDS             complement(9195..10070)
                     /locus_tag="SEQF2637_02074"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDSLLKVYYPVKDYLLIILGTALYGFGYNAFILSNEIVTGGLS
                     GICGLIFFATKLPVSVSYFAINVLLLGIAFKILGFKFLVKTILGVVSLSFWFWFFELV
                     FAGQPLMQLQEVFMSVIIGAMICGSGLGLVFYAGGSTGGTDIIVAIINKYKDISIGMG
                     MVLLDFLIVSSSYFLFANVDKIVLGLIEMGVNSYMLDRVMNANTQSVQFMIFSRKYDE
                     IADAIIHRLQRGCTILEGEGGYSHKPIKVIVLVARNRERTNIFRLIKMIDSQAFISQS
                     TVRGVYGEGFDAIKV"
     CDS             complement(10067..12907)
                     /gene="leuS"
                     /locus_tag="SEQF2637_02075"
                     /EC_number="6.1.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R7H5"
                     /codon_start=1
                     /transl_table=11
                     /product="Leucine--tRNA ligase"
                     /translation="MDYTFREIEKKWRERWIADKTYEVHEDHARPKYYVLDMFPYPSG
                     AGLHVGHPLGYIASDIYARYKRLCGFNVLHPMGYDAYGLPAEQYAIQTGQHPEVTTVN
                     NINRYREQLDKIGFSFDWSREVRTCEPTYYHWTQWAFLRMFGSYYCNIGQHAQPIEKL
                     IAAFEANGTEGVNAACTEELSFTAAEWQAMSERERQQTLMNYRLAYLGDTMVNWCPQL
                     GTVLANDEVSEGLSIRGGYPVEQKVMRQWCLRVSAYAQRLLDGLDTLDWSDSLKETQR
                     NWIGRSEGAEMLFPLADGSESLKIFTTRADTVFGVTFMVLAPESEYVGRLTTDAQRAD
                     VEAYLEAVKRRTERERIADHKVTGVFSGSYAINPLTGEQIPIWISDYVLAGYGTGAIM
                     AVPAHDSRDYAFARHFNLPIVPLIEGCDVSEESFDAKEGRMINSPMAGRERAGGLVLN
                     GMDVPEAIAATKRYIAAEGLGRIKVNYRLRDAIFSRQRYWGEPFPIYYDADGMPRPLP
                     EECLPLRLPEVDKFLPTETGEPPLGRATHWAWDSAKREVTDNSRIDNQTIFPLELCTM
                     PGFAGSSAYYLRYMDPHNDRALVSPEADAYWRNVDLYIGGTEHATGHLIYSRFWNKFL
                     FDVGTSCEEEPFRKLINQGMIQGRSNFVYRIVGTNRFVSYGLKGDYDVTPIHVDVNIV
                     SNDVLDLDAFRAWNPEYRDAEFVLEDGRYLCGWAVEKMSKSMYNVVNPDTIVEKYGAD
                     TLRLYEMFLGPLEQSKPWDTNGIDGVFRFLKKLWATYYSGPDGAWGVVDDEPTADELK
                     ALHKLIKKVTHDIEHFSYNTSVSAFMICLNELTTLRCRKRAVLEPLLIVLAPFAPHIA
                     EELWHALGHTTTICDAAWPDYNEQYLIETTVRYAVSFNGKTRFNLELPADLDRASIER
                     AALGHDAAAKWIGDKTPKKIIIVPNKIINIVL"
     CDS             complement(13077..14423)
                     /gene="trpB_2"
                     /locus_tag="SEQF2637_02076"
                     /EC_number="4.2.1.20"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P16609"
                     /codon_start=1
                     /transl_table=11
                     /product="Tryptophan synthase beta chain"
                     /translation="MKTKKFLLQEQDIPTAWYNIVADMATKPQPMLNPGTKEPLKAED
                     LYPLFARSLAEQELNTTDTWIEIPEEVRDLYKNWRPTPLVRAYGLERALDTPAHIYFK
                     NESVSPVGSHKLNSAIPQAYFCRKEGVTNITTETGAGQWGAAMSYAAQAFGLELAVYM
                     VKVSYNQKPYRRSIMQTFGAQVIASPSMSTKAGRKILTDHPTYQGSLGTAISEAVELA
                     MQTPNCKYVLGSMLNHVALHQTVIGLEAEKQMEMAGEYPDVVIACFGGGSNFSGLSFP
                     FLRHKLTEGRTLRVVAAEPASCPKLTRGRFQYDFGDEAGHTPLIPMYTLGHTFAPAHI
                     HAGGLRYHGAGAIVSQLKKDGLMDAVDIPQLETFGAARLFAETEGIIPAPESAHAIAA
                     TIREAKEAKEEGKARTILFNLSGHGLIDMTAYDQYLAGDLTNYVLPDEVLNASLNA"
     CDS             complement(14585..15349)
                     /locus_tag="SEQF2637_02077"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIGHLSVASLHMMEDFGFHGAVIRHLSDLPLSDGAVGYTPGLK
                     QAAQAFKTVFQEWDDAVNATSGPTPAAVAKKIDRQRVRTWREMRAFVRASMAFPDEKV
                     AEVARRAADLFKAYGNMPQKSETGRSGRMKNLTDTLRNLGTEALEKARLTPFLEKLEQ
                     ENEVHFAATERRAMARGARVKGLLRAKRMATDAAYHTLVETVNALILVNGEAPYQAFT
                     ASLAGEISHAHTKLATRRTILAKHRAARKAKEEANS"
     CDS             complement(15930..16193)
                     /locus_tag="SEQF2637_02078"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFLVPKSTIHRMTASLFPQKHAPRRMTAFLSKKESTIHRVTAP
                     LFSQKHAPRRMTAFLSKKESTIHRVTASFSSRIAITWFILYLI"
     tRNA            16318..16392
                     /locus_tag="SEQF2637_02079"
                     /product="tRNA-Lys"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Lys(ttt)"
     CDS             complement(16824..17276)
                     /locus_tag="SEQF2637_02080"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTLLLLLTLMFTLIAPTPSAAQKGDPQKHIDREAFFARRNAYI
                     TAEAGLTADEAAAFIPLENELQRRKMEVGRECRKLARKNRSHQGLTDRERRELSDCLT
                     ETRLKEAQLEKEYIERFKKILSVEKLSKYQQAEAEFLRKFLQNRKRDD"
     CDS             complement(17289..17681)
                     /locus_tag="SEQF2637_02081"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKEEPLTPDFPSRDTEPFRVPDGYFEGLTNRILSALPDPPAD
                     APQPPTVSLMEKVKPLIYLAAAFLGMVLLFKGLSALRPADRTTEQPLYVQHATTPSAA
                     ADDEADFLDYLEAQYADLFFSDDINEWE"
     CDS             complement(17736..18308)
                     /gene="sigW_2"
                     /locus_tag="SEQF2637_02082"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q45585"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigW"
                     /translation="MKETPLQPEPDFAQWHSRLQDPSTRRAAFAEAVEAFSQRLYWLI
                     RRMVISHEDANDLLQNTFLKAWANLDTFRGEARISTWLYKIATNECLTHLEKQRLRRH
                     LSLDDADSYLVETLQGDEFFDGDAVQTRFQTAVLQLPPKQRLVFNLRYYNDMKYEDMS
                     EALGTSEGALKASYHHAVKKITAYMTSGND"
     CDS             complement(18305..18919)
                     /locus_tag="SEQF2637_02083"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIETIRIQDGHVCHLSDHTDRMRRTADHFGFTAPTLPIDLASL
                     VPDELRTGTVRCRVMYDHTLREVTFTPYRRRHIERLFAVDAGTTTYAFKYADRAPLAR
                     PDVPLGASDELLFVRDGYLTDTSYTNLVLRRGRELVTPDTFLLDGTCRRRLLREGVVH
                     TEPVRLHDLPTYDELLLINAMMPLREAIRLPTTAVHLDFYTFAP"
     CDS             complement(19058..20044)
                     /gene="pabB"
                     /locus_tag="SEQF2637_02084"
                     /EC_number="2.6.1.85"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28820"
                     /codon_start=1
                     /transl_table=11
                     /product="Aminodeoxychorismate synthase component 1"
                     /translation="MDTFAAMRNASDVVRDMNRAGAAGRPFLFGFDFELTHAFFIPDP
                     LHQTEVRFNLRGVSNASDDGPEVPYAFERTPEPETTYARRFDIIRAGLLRGDSFLTNL
                     TVRTPIRTDLAPDAIYRRARALYKMYYPGAFVCFSPERFVRIDADGTIASNPMKGTID
                     ARLPRARERILADPKETAEHNTIVDLIRNDLSMVADGVHVRRFRYIDRLETSAGPILQ
                     VSSEIVGCLATDWRSHVGDVIARLLPAGSVSGAPKDATVRLIRQAEQTPRGFYTGVFG
                     LFDGHTLDSAVFIRFIDLTTDPFTYQSGGGITARSRMHDEYEEVIQKVYLPF"
ORIGIN      
        1 atcaggggga gggtagaggg tagagggtag agggtagagg gtagagggtt gagggtagac
       61 atattgaata gggggttaga gggtagaggg tggagagtag agggtagagg gtagagggtt
      121 gagggtagac atattgaata gggggttaga gggtagaggg tggagtcaat agtatttgga
      181 tagcgttttg atcatgctgc tgatcatgcg tcctacttct gttgagagtt cgatgtgttg
      241 tctcagatgt gcctcggtga tatatccgac tcgatagcag atttcgactt gggtctctaa
      301 ttcgacgcgt gatccttggg cgtattgcag gaagtgcacc atttcttttg ggcctcgtgc
      361 attcccttcg gcgatattgg agggaataga taccgcagag cgcctcatct gatctccgat
      421 tgcgaatttc tcttctcgag gaagaagcag ggtaaggcga taggcataca ccgccagttg
      481 cattgccctt tcccaaacga ttaattctcg gaaactcttt ccagccatat cctgtgtctg
      541 tcgtcttgtg atctcaaacg tagaaggcgc atctctaccc tctactctct accctctacc
      601 ctctacagtc ttgataaata tctcattcat ggagggcagc acctcgcgaa aggcacgcaa
      661 ctcaccttgg gcgctcaggg aagagagcag ttcggcgttg cttacggtcg gcgacttacg
      721 gattcggatc gcagtgccgc cgcctgaggg cgtggcgctg atcagggtgt atcgcgtgga
      781 gtcgggttgg agggtgatgg cgccgacata ttccacttcg aagaggtgct ccttatatcg
      841 ctcccgcacc tcgtgcacat tgcccgagag caccacccgg gagtggtcga tgagtgcgat
      901 ctcgtcgcaa acctcctcca ccgaggccat gttgtgcgta gagaaaatca gcgtccgccc
      961 ctcggccttg aggcggagca tttcgcgctt gagctgctcg gcattgacgg ggtcgaagcc
     1021 gctaaagggt tcgtcgaaga tgagcagtgc gggccgatgt acgacggtga tgatgaactg
     1081 caccttctgc tgcatgccct tcgagagctc ctccaagcgc cggttccacc aagccatgat
     1141 gtcgaaccgt tcgaaccact ccgtcaggct cgcccgagca tcggtggcac tcatcccctt
     1201 gagccgtgcg aaataaagcg cctgctcgcc gaccttcatt ttcttgtaca ggccgcgctc
     1261 ctcgggcaga tagccaatcc gacggacgtc gtccggttgc gacgggtgtc cgtcgaagcg
     1321 gatggagcca ctgtccgggg cggtgatacg gttgatgata cgtatgagcg tcgtctttcc
     1381 ggcgccatta ggccccaata gcccgaagat tttcccctcc gggacgcgta ggctcacccc
     1441 atcgagggca cgatggttag cgtattgctt gacgatgttg tcagcttcta taaaatacat
     1501 ggtgttcgtg ttgcataatg agggcggcaa aagtacaggc cgatccgccc ccttccaagc
     1561 cgtgcgccta tccccgcggt ggtaaagccg ctacctgtaa atgagtgatg atgtgccggg
     1621 tacaagtaag ccctcgacca ccccatagaa agcggggcag ccgagggctt gggtgtgata
     1681 tgggggggcg gtcagtgctc tatatgatca tgcacaaacg gctccttcac acggcccagc
     1741 gtgtcgatct ttccccaaag gccggacttt cgcacccaca ccgtgccgtc ttcatcaaag
     1801 gccggggagg cttcctcata ttcgcaagga atgacgatct gccccgtctt gtttatgtag
     1861 ccgtataaac cgtcaaagtg gacggagtca ttggcaaggt cgacgcttgt gccgttgttg
     1921 accatcatta agccgaaggt gaccgcagga tagatcgcga cataggaagg cggcaggaca
     1981 acctctccac gttcattgat aatcccggtc tgcccaccag atagatagaa ctttcgctcc
     2041 ggatcgacgt gcccaacctt taccagatat tgatcggcaa atccggcctc tcctttttcg
     2101 gagatccaat catagacgaa gggatgcacc gtattcccct gttcgtctat aacaccccac
     2161 ttgccatcga gcacagcgac agcctgcccg ttgacaaaga cgccatctcc gccggcgtaa
     2221 tggtagggaa agaggtaaat cttaccccca gccttacaca gatattgccc ctgctcattc
     2281 ttgaaaatgg ccggcttctt gttcgagcaa gaaagaagcg ccatgcagca tgcgtagagc
     2341 aggagggtgg atacaagaat gtttttgttc ataggactta catcttcaaa atgatccggt
     2401 cgcccagctc acggctgagc gccactttga tttcgttcag ttgtttttgc tccttcatca
     2461 gttcgatggc ctcatcgagg cgtccctcgg tctgaagctc cttgatgcgg tggttgagct
     2521 gggctatttg ttgcaagagg taagccccct tgagtgcgaa aaggtcgtgc acgatggcct
     2581 tttcaagctc cttgaggcgc tttctggcgg tctcttgtcg ctcatcgtct gtcattcgat
     2641 tgttgtcgtc cggttcctct tcgatcgttc ggtagcggtc gtccatgagg tacatggtga
     2701 cgcgcgagat ttccgcgtcg gggtgcgaga gaaagtgact ttcggcgcgg aatcccggtt
     2761 cagagacgtg tgaaacggct tcatccaaga tggattggaa gataggcacg gagagcgaaa
     2821 gcccatcgcg ctgcaattcg gagaggatat actccgcgat gtggatgacg acgtgctcgc
     2881 ccgattcctc gtcggtgtag tcatagagtg tctcttcgcc atggagcacg acgtagcgca
     2941 tcagcgcctc ctcggctgcg cgataaggcg aacgcatggt gcgcgatgtc ggttttgtgg
     3001 ccggctgaac tggctgaggc gacgtggggg cgggcgtcgg agcggtagcc gtggatgggt
     3061 cgtcgggcga tggctccgga tggtgttctg agggagttgg ctgagtgggc ggtggcgcag
     3121 cggggcgaac cagggggggc gccgatcgac gcgtggcacg gatcttattc agctcggcca
     3181 agagtatggc ttctttgatc tccatcatcc gactgcactc ctgtaggtaa accgagcgct
     3241 taatggcgtc cgggatcaag gccacggatt gcagaatgtc cgtgatcagc gcggcccgac
     3301 ggatggggtc gccctcggct tcgcagagca ggagctgtgt cttgaagcgg atgaagtccg
     3361 tctcgtggtt gttgaggtag accgacagat cgaaggcgtt gtgcgagcgg gcgaaagagt
     3421 ccgggtcttc gccgtcgggc agcagtaata ctttcacgtt catgcccgcc tcgagtagca
     3481 aatcgatccc tcgaatggcg gctttgatgc ccgctgcgtc gccgtcgtag agcacggtga
     3541 tgttattcgt catgcggtgg atcaggtgga tctgcccttg ggtgagggcg gttcctgacg
     3601 aggccaccac gttctcgata cccgactgat gcatggatat gacgtccgta tatccctcca
     3661 ctaagtagca tttatcggcc tttgcgatgg cctgtttggc gaaatagagg ccgtagagtt
     3721 cgttgctttt gtggtagatc tcactctctg gcgagttgag atacttgccc accttcttgg
     3781 tggagtccag gatgcgtcca ccgaagccgg ccacctttcc gctgatggta tgaatgggga
     3841 aaatcactcg cccccggaag cggtcggcca ccatgccgtt ctcgtagaag ctcgagaggc
     3901 cggtcttttc gaggtattcc cgcttgaaac ccttggtcat ggcggcgcgg tagagcgcat
     3961 cgcgcgcctc cagaccgtag cccagctgga atttgcggat cgtctcttcg cgaaatccgc
     4021 gctgcgcgaa gtaggagagg ccgatcgtgc gaccctcttc gtgctccatg aggcagctgg
     4081 tgaagtattt ctgcgcccag gtgttgagga taaacatgct ctcgcggtcg ccctgagcac
     4141 ggcgttcctc gtccgtgagt tcccgttcgc ggatctcgat gtgatacttc ttggccaggt
     4201 agcggagggc gtcgggatag ctcagctgct cgtgcttcat aatgaagtag acgggcgagc
     4261 cgccctcgcc acaggcgaag catttgcaga ggtttttggc gggcgagacg tagaacgagg
     4321 ggttcttgtc ggcatggaat gggcacagtc cgacgtagtt gacgccgcgc ttgcgcaggg
     4381 tgacaaactc ggagacgaca tcgacaatct gtgctgcctc gaggatgcgg tctttagttg
     4441 cgggatcgat cataggggga gggtgagtcc ggtgattggg ggctaaataa ataagggcga
     4501 acaggagtgc ccgtccctac atggccttat tgcgtgatct gtttgatcca tcggaacagc
     4561 tcatttaggg cgtagtcgcc gctgtgggga cgattccaag gcaacttaaa gttgacgtcg
     4621 cgtccttggt tgcggagttt cgtagccaaa ttgatggcta tcgggaaggc tgtgtcgcga
     4681 tctcgtgcgc catggcgaat gtaccaatgg gaggcattgc gagcctgtgt gttgccgatg
     4741 aagtgcatgg ggttcattag atgtactgag gcctgcactt cgtttgtcaa agggtggccc
     4801 gtcttgtttg cagaccaagg ggtaaaattc gcgtctgatc cgtcggcgcc tccaaactca
     4861 ccgttctctc cactcgctac agcaccatct accccgtaac tatcgaaggc tggtacgcct
     4921 ttcagaggct gtgttgtctc cacatagttt aggtacttct ctagatcgat gctcgtgatg
     4981 tattctcctt gcggcttgtc accgcgtggc atgggccggg aggcctccgt gcgattgggc
     5041 atacctactc cgccattgat tggcgcctgg aaagcactct gctcggagaa ggtcaggccg
     5101 atggtgtccg agatagctgc cccggcatcc ttcgcctctt gggcactctc catcaggagt
     5161 tggcggatgt aatcgaggta tttatcagcc gtcagttgcg tgccgtcggg caacttcagt
     5221 cccagcgagc ggatgtagtc gggaaattgt gcggccaact cagctgagag ctggcgcttc
     5281 gtttcggata aggcttggcg actaagggtg ttgccgtaaa gccattcgta ggccatgtcg
     5341 gcatgctcca gatcggtgat ggggcaaaag cagacggagg cgaacacgtc gtctcgctcc
     5401 cgggcggcgc ccattgcgcg gagcagagga tcgtaggatg gatggttgcc cgtagcaccc
     5461 aggagggccg acatggcccc gcctgcactc gttccgtcgg tgatgattcg ctcggtgttg
     5521 cccgggatct gttggtcaaa gtggcgcagg taacggatgg ctgcttttaa gtccagcaat
     5581 cctttcggtg cacgacccgt gtagaccgtc ttaccctttc gcgtgacggt tgattgtcgg
     5641 ccacgactgc ccggtatcac caatacatag ccctcggcca aggcacgtcc tgaggcgtcc
     5701 gtggcctgcg gatagcccgc ctggcattcc atatacccac cgatgtaggt gcggagaaag
     5761 atgggagact gctctgtggc accgtcgggc acgaagagat tcatgtactg gtacgtggag
     5821 tcctccacgt ttgttgcgaa atacagcttg gtgtatgcgg tgtacctcac tgtttgccca
     5881 ttgggcatca ctaactcggt gcggacgcct ttgtcggcgt cgaatcgcag aggcttctgc
     5941 tctgcctgtg cggtggagag caggcaggcc gcagcgataa tggctgggag aatacttcgt
     6001 ttattcatat cagtttatcg ataagtgatt agggaaatgt ctataaaaat ctgcgcttcc
     6061 tcagcgtgac aaactcggag acgacatcga caatctgtgc cgcctcgagg atgcggtctt
     6121 tcgttgcggg atcaatcata gggggagggc gttcgtccgt tttgcttcgc gcaggcctct
     6181 gccgaggctg ggagagtttg cctggtacaa gaatgaggtg gaatttgctt tgtacccggc
     6241 aaacctggct ggcgtccctg acgccccaat cgagcgcctg tttggatccg cgcacactgc
     6301 gcgaagccaa tcgagtgcct gttttgagcc gcgcacactg cgcgaagcca atcgagtgcc
     6361 tgtttgggtc cgcgcacact gcgcgaagcc aatcgagtac ttgttcgggt ttgcgcaggc
     6421 ctctgccgag gctggaaagt ttgctcgggt tcaaaatgta tttcgagcgc atttccgata
     6481 acgctgaagc ggcttgtccg tgcattgctg tgccactctg catgtcagta cgcctcgcga
     6541 tacttgttgc cgtcggcgtc ttccaagatg ttcaggtagc tgcggtaacg cgacgatgcg
     6601 atgtttccac actccatctc gcgacgtacg gcacatccgg gttcgcccgt gtgggtgcaa
     6661 ttgttgaagc ggcagtcggc cgatgcgcgg aagatttcgg ggaagtagtg ggccacctcc
     6721 gggccttgca tttcgatcgt cccgaagccc ttgatgcccg gcgtgtcgat caggtaaccc
     6781 gagccgtcgg agagggggag catttcggag aaggtcgttg tgtggacgcc cgtgcgatgg
     6841 tactccgaga tctcctgcgt gcgcagatcg gcgtgcggca ggagccgatt gatgagcgtc
     6901 gacttgcctg tgcccgaatg gccagagagg agcgtgatgc gtccgtgcag acgctcggtc
     6961 aaggtgccga caccctcgcc cgtgagcgcg ctgatgggca ggcagtcata accgatggcg
     7021 gtgtataggg ccacgtattc gtcgagcgta cggcgggcat cggcgtcgta gcggtcgatt
     7081 ttgttgaaca ccaacagggc gggaatagca taggcctcgg cggtggccag gaaacggtcg
     7141 atgaaggtga gggtggtggc ggggaaatcg atggtggcga ccagtagggc gaggtcgatg
     7201 ttggcagcca ggatgtgcga ctctttggag aggttcgagg cgcggcggat catgtagttg
     7261 cggcgcggtg cgatggcggt gatgtaggcc gtgtccgttt cgttggcggg cacttcgacc
     7321 gtgacgcagt cgccgatggc cacggggttg gtggtgcgga tgcctttgat gcgaaaggct
     7381 cccttgatct tacaatcgaa acaccggccg ccgtcgatac aaactgtata acgactgccg
     7441 gtgtttttaa tgactaatcc gtgcatgggg tgcgggggat aggagggggt cagaccgtca
     7501 tgatctcctt ttccttggcg gcgtagaggt cgtctacctt cttgacatac ttgtcgtgga
     7561 tcttctgtgc ttcggcctcg gcgtctttac cgagatcctc gggcgtaccg tccttgacgg
     7621 ctttcttgat cacgtcgatc gtgtcgcggc gggcgttgcg gatgctgacc ttggcggctt
     7681 cggcgtgttg cttggcgttc ttggccaggc tacggcgacg atcctcggtg agcgggggga
     7741 tgcccaggcg gatggtctcg ccattgttct cgggcgtgat gccgacctca gaggcgagga
     7801 tggccttttc gatctccttg agcagggact tctcccacgg ggtgatgagg atcgtcttgg
     7861 cgtcaggggt ggtgacggag gctacgttcg agagcggcgc gaggtcgccg tagtaagtca
     7921 cgcggacgtt gtcgaggatg cgtgcactgg ctttgccggc gcggatgcgt gccagctcgt
     7981 cgtctaaatg ctggacggcg gcgttcatct tcgcttcggc gtccttgatg atttgtttgg
     8041 tgtctgttgc tgccatatga tgagggttct aaagttgttc agagggtgac gcgtgtaccg
     8101 atgttctcgc cggagagcac gcgcttgagg ttgccggggg tgtccatgtc gaagacgacg
     8161 agggggaggt tgttctcctt gcacatcgtc gttgcggtga ggtccatcac gcggaggttg
     8221 cgggagtaga tctcgtcgaa ggtgatctcg tcgaacttca ctgccgtggg gtctttctcc
     8281 gggtcggcgg tgtagatgcc gtccacgcgg gtgcctttga gcaagacgtc ggcaccgatc
     8341 tcaatgccgc gcagggcggc ggcggtgtcg gtggtgaaga agggattgcc cgtgccgccg
     8401 gccatgagta cgacgtggcc gtcgcgaagc agttcggcgg cgcgtgaggg gctgtaatac
     8461 gtcccgaccg gctccatacg tacggccgtc agcacgtcgg cctctacgcc gaaggcctcg
     8521 agggcggagc tgagcgcaag actgttgatg acggtggcca gcatacccat ctggtcgccc
     8581 ttgacgcggt cgaagccttt ggcggcgccg gcgagcccgc ggaagatgtt gcctccgcca
     8641 atgacgatgc cgatttgtat gccttgatcg gagatctctt taatctgttt ggcgtattcg
     8701 ccgaggcgca cctcgtcgat gccgtaagcg cggccgccca tgagtgactc gccgcttagc
     8761 ttgagtagga ttcgtttgta gatcatatgt atggggattt tttttcggcg gacaaacgta
     8821 agcgtaaaag agaaaaaggg gaaaggcccc taccggggcg gggaggttta cccgtcttca
     8881 aacatgtaca gcagggatag gcccgatgag caatcagcaa tctgttaaat cttttaagag
     8941 atgacccgtt gacaacagtc agaggcatgc aaactcgggg tttctggtca ttgacaacag
     9001 tcagagggta gaaaacttgc ggattctgat cattgacaat cgtcgaagga cagaaaaccc
     9061 gggtttttcg gccattgtca atggacaacg ggtagaaaac tcgggttttc tagtcattga
     9121 caacagtcag agggcagaaa actcacggga gcatgcctct gacagttgtc aacgggtacg
     9181 agggctcgtt tggcctacac cttgatcgcg tcgaaacctt cgccgtagac gccgcggacg
     9241 gtgctctgcg agatgaaggc ttggctgtcg atcatcttaa tgaggcggaa gatgtttgtc
     9301 cgctcgcggt tgcgggccac gagcacgatc accttgatgg gcttgtgtga ataaccgccc
     9361 tcgccttcga ggatggtgca gccgcgttgc aggcggtgga tgatggcgtc ggcgatctcg
     9421 tcgtatttgc gcgagaagat catgaactgc accgactgtg tgttggcgtt catcacgcgg
     9481 tcgagcatgt aggagttgac gcccatctcg atgagtccga gcacgatctt atccacgttg
     9541 gcaaagagga agtaggagct gctgacgatc aggaagtcga gcaacaccat gcccatgccg
     9601 atggagatgt ccttgtactt gttgatgatg gccacgatga tgtccgtgcc gcccgtgctg
     9661 ccgccggcgt agaagacgag ccccaggccc gaaccgcaga tcatggcgcc gatgatgacg
     9721 gacatgaaga cttcttgcag ctgcatgagc ggttggccgg cgaacacaag ctcgaagaac
     9781 cagaaccaga acgagagcga gacgacgcca aggatggtct tgacgaggaa tttgaaccca
     9841 agaatcttga aggcgatgcc gagcaggagg acgttgatcg cgaaatagga gacggagaca
     9901 ggcagcttgg tggcgaagaa gatcaatccg cagataccgc tcaggccgcc ggtgacgatc
     9961 tcgttggaga ggatgaaggc gttataacca aagccgtaga gggcggtgcc gaggatgatg
    10021 aggaggtaat ccttcaccgg gtagtagact ttgagtagag aatctttcat agaacgatgt
    10081 tgatgatttt gttgggtacg atgatgattt tcttaggggt cttatcaccg atccacttgg
    10141 cggccgcgtc gtggccgagg gcggcacgct cgatggacgc acggtcgagg tcggcgggca
    10201 gctccaggtt gaaacgcgtc ttgccgttga aggagacggc gtagcgcacg gtggtttcga
    10261 tgaggtattg ttcgttgtag tcgggccatg cggcgtcgca gatggtcgtg gtgtggccca
    10321 gcgcgtgcca cagctcctcg gcgatatgcg gggcgaaggg cgcgagcaca atcagcagcg
    10381 gctccagcac agcgcgcttg cggcagcgca gtgtggtgag ttcgttcagg cagatcatga
    10441 aggcgctcac ggaggtgttg tacgagaagt gttcgatgtc gtgcgtcacc ttcttgatca
    10501 gcttatggag cgccttcagc tcgtcggccg tcggctcgtc gtcgacgacg ccccacgcgc
    10561 cgtccgggcc ggagtaataa gtggcccaga gcttcttcag gaagcggaag acgccgtcga
    10621 tgccgttcgt atcccacggt ttggattgct ccagggggcc gaggaacatc tcatagaggc
    10681 gaagcgtgtc ggcgccatac ttctcgacga tcgtgtccgg gttcaccacg ttgtacatcg
    10741 acttcgacat cttctccacc gcccatccgc agaggtatcg cccatcctcg agcacgaact
    10801 cagcgtcgcg atactccggg ttccaagcgc ggaaggcgtc cagatcgagg acgtcgttgc
    10861 tgacgatgtt cacatccacg tggatcggcg tcacgtcgta gtcgcccttc aggccgtacg
    10921 acacgaagcg gttcgtgccc acgatgcgat agacgaagtt cgatcggcct tggatcatgc
    10981 cttggttgat cagcttgcgg aagggctctt cctcgcacga ggtgccgacg tcgaagagga
    11041 acttgttcca gaagcggcta tagatcaggt gacccgtggc atgctccgtg ccgccgatgt
    11101 aaaggtctac gttgcgccaa taggcgtcgg cttcgggcga tacgagtgcg cggtcgttgt
    11161 gcggatccat gtagcgcaga taataggctg acgagccagc gaatccgggc atggtgcaaa
    11221 gctcaagcgg gaagatggtc tggttatcga tgcgactgtt gtccgtcact tcacgcttcg
    11281 cgctgtccca cgcccaatgc gtagcgcgac ccagcggcgg ctcacccgtt tcggtcggca
    11341 ggaacttgtc cacctccggc agtcgcagcg gcaggcattc ctcgggcaac gggcgtggca
    11401 tgccgtcggc gtcgtaatag atcgggaacg gttcgcccca gtagcgctgg cggctgaaga
    11461 tggcgtcgcg cagacggtag ttcaccttga tccgacccag cccttcggct gcgatgtagc
    11521 gcttcgtagc tgcgatggct tcgggcacat ccatgccgtt cagcacgagt ccgcccgccc
    11581 gttcccggcc agccattggc gagttgatca tgcggccctc tttggcatcg aagctctcct
    11641 cggagacgtc gcaaccctcg atcagcggaa cgatgggcag attgaaatgg cgtgcgaagg
    11701 catagtcacg actgtcgtgc gcgggcacag ccatgatggc gcccgtgccg tagccggcca
    11761 atacatagtc gctgatccag atcgggatct gctcgcccgt cagcggattg atggcgtacg
    11821 agccactgaa gacgcccgtc accttatggt cggcaatgcg ctcgcgctcc gtgcgccgct
    11881 tgaccgcttc gagatacgcc tccacatcgg cccgttgcgc gtcggttgta agtcgcccga
    11941 cgtactcgct ctcaggtgcc agcaccataa aggtgacgcc gaagacggtg tctgcccgcg
    12001 tggtgaagat cttcagcgac tccgacccgt cggccagcgg gaagagcatc tcggcgccct
    12061 cgctacggcc gatccagttg cgttgcgtct ccttgagtga gtcgctccag tccagcgtgt
    12121 cgagcccgtc taagaggcgt tgcgcatagg ccgacacgcg cagacaccac tgccgcatca
    12181 ccttttgctc caccggatag cctccgcgga tcgataggcc ttcgctcacc tcgtcgttag
    12241 ccaacacggt gccaagctgc ggacaccagt tcaccatcgt atcgccgagg taagccaggc
    12301 gataattcat cagcgtctgc tgacgttcgc gttcgctcat cgcctgccat tcggccgcgg
    12361 tgaacgacag ctcctcggtg catgctgcgt tgacaccctc cgtgccgtta gcctcgaagg
    12421 ccgcgatcag cttctcgatc ggctgcgcat gctgaccgat gttgcaatag tagctgccga
    12481 acatgcgcag gaaggcccac tgcgtccagt ggtaatacgt cggctcgcag gtgcgcacct
    12541 cgcggctcca gtcgaacgag aagccaatct tgtccagctg ttcgcgatag cgattgatgt
    12601 tgttcaccgt cgtcacctcc gggtgctgac ccgtttggat ggcgtactgc tcggccggca
    12661 gaccgtaggc gtcgtaaccc atcgggtgga gcacgttgaa gccacagagg cgtttgtagc
    12721 gagcgtagat gtcggaggcg atgtagccca gcggatgccc aacgtgtagc cctgcaccgg
    12781 aagggtaagg gaacatgtcg aggacgtagt atttcgggcg tgcatggtcc tcatgcacct
    12841 cgtaggtctt gtcggcgatc cagcgttcac gccatttctt ttcgatttct ctgaaggtat
    12901 agtccattgt gtgataagag tagtcagggg tagttatgcg cctaacggcg cggtagtcag
    12961 aagtagttat aagaatacgc agccggtacc cggccaaact tccccggcct cggttgaggc
    13021 ctttcttgca tcaaggcaag aaaaggaaga aggacagttt ggccaggccg tatctatcag
    13081 gcgttcagcg atgcgttcag cacctcgtcc ggaagcacat aattcgtcaa gtcgccggcc
    13141 agatattgat cgtaagccgt catgtcgatc aacccgtggc ccgaaaggtt gaagaggatc
    13201 gtgcgtgcct tgccttcctc cttcgcctcc ttcgcctcac ggatggtggc ggcgatggcg
    13261 tgagccgact caggcgcggg gatgatgccc tccgtttcgg cgaagagtcg ggcggcgccg
    13321 aacgtctcaa gctgcgggat gtctacggcg tccatcagcc catccttctt cagctggctg
    13381 acgatggcgc ccgcaccgtg gtaacgcagt ccgccggcgt ggatatgtgc cggagcgaag
    13441 gtgtggccga gcgtgtacat ggggatgagc ggcgtgtgac ccgcctcatc gccgaagtcg
    13501 tattggaagc gaccgcgcgt cagctttggg caagaggccg gttcggcggc tacgacacgc
    13561 agcgtgcgac cctcggtcag cttatgccgc aggaagggga acgacagtcc ggagaagttc
    13621 gatccgccgc cgaagcaggc gatcaccacg tccggatatt cgcccgccat ctccatctgc
    13681 ttctccgcct ccagcccgat caccgtctgg tggagcgcca catggttgag catactgccc
    13741 agcacatact tgcaatttgg cgtctgcatg gccagctcta cggcctccga gatagccgtc
    13801 ccgaggctgc cctgatacgt cggatgatcc gtcaagatct tccgccccgc cttcgtgctc
    13861 atgctcggcg aggcgatgac ctgcgcgccg aacgtttgca tgatggagcg tcggtaaggc
    13921 ttctggttgt agctcacctt gaccatgtag acggccagct ccagcccgaa ggcctgcgcg
    13981 gcgtacgaca tggcggcgcc ccattgacct gcacccgtct cggtggtgat gttcgtcacg
    14041 ccctccttcc gacagaagta ggcctgcggg atggctgagt tcagcttgtg cgacccgacg
    14101 gggctgacgc tctcgttctt gaagtagata tgtgccggtg tgtccagcgc gcgctccagt
    14161 ccgtaagccc ggacgagcgg tgtggggcgc cagttcttgt agaggtcgcg cacctcttca
    14221 ggaatctcga tccatgtatc tgtcgtgttc agctcttgct ccgccaggct gcgggcgaag
    14281 agcgggtaga ggtcttcggc cttcagtggc tcctttgtgc ccgggttcaa catcggttgc
    14341 ggtttggtgg ccatgtcagc cacgatgttg taccatgctg tgggaatatc ctgctcctgc
    14401 agtaagaatt tcttcgtctt catttctgct tgctgtttat gtgtcgttta tataccgtta
    14461 aaatcgactg caaaggaagg gggcagcggg ggaaacgaaa aacggaaggc gaaaaacggc
    14521 cgagtcggat agagcggggg gccgttgctc catcccatgc ctgtccgtat tgagttgttc
    14581 gtctttagct gttcgcttcc tccttcgcct ttcgtgcagc ccgatgtttg gccaagatcg
    14641 tgcgccgtgt agccagctta gtgtgcgcat gcgagatctc tccggcgagg ctagccgtga
    14701 acgcttgata tggcgcctca ccattaacca agatcagcgc attgaccgtt tccaccagcg
    14761 tgtgataagc cgcatcggtt gccatccgct tcgcacgcag gagtcccttg acgcgtgccc
    14821 cccgtgccat ggctcgccgc tcggtagccg caaaatgcac ctcattctcc tgctccaact
    14881 tctccagaaa cggtgtcaga cgcgcctttt ccagcgcctc cgtccccaga ttgcgcagcg
    14941 tgtccgtcaa gtttttcatc cgccccgatc gacccgtctc cgacttctgc ggcatattgc
    15001 cataagcctt gaagaggtcg gctgcccgtc gggccacttc cgccaccttc tcgtcaggaa
    15061 aggccatcga cgcccgcacg aaagcccgca tctcgcgcca agtacgcacc cgctgtcggt
    15121 cgattttctt cgccaccgca gccggagtcg gtccgctcgt ggcgttcacg gcgtcatccc
    15181 attcttggaa gaccgtcttg aacgcctgcg ccgcctgctt caatcccgga gtgtatccca
    15241 cggccccgtc actgagaggc aaatccgaaa gatgccttat cacggcccca tgaaacccga
    15301 aatcctccat catatgcagt gacgccacac tcaaatgccc gattttcatc tctaaattcc
    15361 ttctccttac aaggttctac ttcattttgt cgcacaaaag tagtgtcaaa tgcttcagtt
    15421 gatattatat cttgaaataa gaaggaaaat gaagacgcag tcggcatctt atttttccat
    15481 acgtagcaat catgctccct tttaggagca tattttgaaa tacgtaatta tccgatatac
    15541 catcgctatc tcatctcaaa attcgatgtc aatcatactc tctattagga gtacatctcg
    15601 aaatatataa tgatccgacc ttacaccgct atctcatctc gaaattcgat atgatatcat
    15661 gcttcatatt gtattgtatt tttagatgcg caagaaaaag atgctcgtct tgattcatat
    15721 tttgagatga agtatccagt gtgtattgaa tagtattata tttcgagata tgatataaga
    15781 agaaccatca tgcgaataga tatttcaaaa tgagatattt gcatagaagc taatagtacc
    15841 atattttgag atacactata aatggatagg atgctaatga tgtatcagaa aatatagaga
    15901 tgattcatgg ttcagattgt acgatatttt tagatgagat atagaatgaa ccaggtgata
    15961 gcaattctgg aagaaaaaga ggctgtcacg cggtggatcg tgctctcctt tttgctgaga
    16021 aaggctgtca tgcgtcgagg agcgtgcttc tgagaaaaga gaggggctgt cacgcggtgg
    16081 atcgtgctct cctttttgct gagaaaagct gtcatgcgtc gaggagcgtg cttctgagga
    16141 aagagagagg ctgtcatgcg gtggatcgtg ctctttggga caagaaaaag catgggcagc
    16201 ggtcgtggat ggctctttgg aacgtcgcaa aaggcggtct gcacagtgtg acgccgtttg
    16261 tgcgatatgg aaaaaggtct acatttgccg ccgcatcggg gagatagacg atgcatcgat
    16321 tcgctagctc agcaggtaga gcacatccct tttaaggatg gggtcctggg ttcgagcccc
    16381 aggcgaatca ccggtgttca gatgaataaa aaagcgaagg ccttccactc gtggactgat
    16441 ccacagtgga aggccttttt ttcgtgtctt ctctttcatg tcttctcttt cgtgtcttcc
    16501 ttttcttgcc ttgatgcaag aaaaggaagc gaaaagaaga tcaaggcctc tgccgaggcc
    16561 ggggaagttt ggccgggtat caggcaaact tggctggcgt ccctgacgcc ccttgatgca
    16621 agaaaaggaa gcgaaaagaa aatcaaggcc tctgccgagg ccggggaagt ttggccgggt
    16681 accaggcaaa cttggctggc gtccctgacg cctcttgatg caaggaaagg aagcgaaaag
    16741 aagatcaagg cctctgccga ggccggggag gtttggccgg gtactgggca aacttggcag
    16801 gcgtccctga cgccccccga gggttagtcg tcccgcttgc gattttggag gaacttacgg
    16861 aggaactcgg cctcggcttg ctggtatttg gagagcttct cgacggagag gatcttcttg
    16921 aaacgctcga tgtattcctt ctctaactgg gcctccttga ggcgtgtctc ggtgaggcag
    16981 tcggagagtt cgcggcgctc gcgatcggtg aggccttgat gtgaacggtt cttgcgggct
    17041 agcttacggc actcgcggcc gacttccatc ttgcggcgct ggagctcgtt ttcgagcggg
    17101 ataaaggctg cggcttcgtc ggcggtgagg ccggcttcgg cggtgatgta ggcgttgcgt
    17161 cgggcgaaga aggcttcgcg gtcgatgtgc ttctgcgggt cacccttttg cgccgcggat
    17221 ggtgtgggcg cgatgagggt gaacatgagg gtaaggagta gtaggagtgt cttcatctgt
    17281 cgttgttgtt attcccattc attgatgtcg tcggagaaaa agaggtcggc atattgcgcc
    17341 tcgagatagt ccagaaagtc agcctcgtcg tcggccgcgg cggagggtgt ggtggcgtgc
    17401 tgcacataga gcggctgctc ggtggtgcga tcggctgggc ggagggcgga gagtcctttg
    17461 aacaggagca ccatgcccag aaaggcagct gccaagtaga tcagcggttt gaccttctcc
    17521 atgagggaga ccgtaggcgg ttgtggggcg tcggctggag ggtcgggcag ggcggagagg
    17581 atgcggttcg tgaggccttc aaagtagccg tcgggcacac gaaacggttc ggtgtcacgg
    17641 ctgggaaagt ccggggtgag gggttcttct tttgtcttca tcagatctgt ttttgggggt
    17701 aaagcagccg taggacggag gctgcgtgaa cgggtttaat cgttgccgct ggtcatgtag
    17761 gccgtgattt tcttgaccgc gtggtgatag gaggctttga gggcgccctc ggaggtgcct
    17821 aaggcctcgg acatgtcttc gtatttcatg tcgttgtaat aacgcaggtt gaagacgagt
    17881 cgctgtttgg ggggcagctg caaaacagcc gtctggaagc gggtttggac cgcatcgcca
    17941 tcgaagaact cgtcgccctg gagggtctcc accaggtagc tgtcggcgtc atcgagcgag
    18001 aggtggcggc gcaggcgctg cttctctaaa tgggtgaggc attcgttggt ggcgatcttg
    18061 tagagccaag tggagatgcg ggcttcaccg cggaaagtgt ccaggttggc ccaagcctta
    18121 aggaaggtgt tttggagcag gtcgttggcg tcctcgtgcg agatgaccat gcgtcggatc
    18181 agccagtaaa gtcgctgact gaaggcctcg accgcctcag cgaaggcggc gcgtcgggtg
    18241 gagggatctt gcagtcggct gtgccactgg gcgaaatcgg gttcgggttg taagggggtc
    18301 tctttcacgg cgcaaaagtg tagaaatcga ggtggacagc cgtcgtaggc aggcgaatag
    18361 cctcacggag cggcatcatg gcgttgatga gcagcagctc gtcgtaggtc gggaggtcat
    18421 ggaggcgaac aggctccgtg tggacgacgc cctcgcggag cagccgtcgg cgacaggtgc
    18481 cgtcgagcag gaaggtgtcg ggggtgacga gttctcggcc acggcggagg acgaggttgg
    18541 tgtacgacgt atctgtcagg taaccgtctc ggacgaagag cagttcgtcg gaggccccga
    18601 gtggcacgtc ggggcgagcc agcggcgcac ggtcggcgta cttgaaggcg tacgtcgtgg
    18661 tgcctgcatc cacagcgaag agtcgctcga tgtgccgccg acggtagggt gtgaaggtga
    18721 cctcgcgcaa cgtgtggtca tacatcacgc ggcagcggac agtgcccgtg cgcagctcat
    18781 cggggacgag cgatgctaaa tcgatgggga gcgtgggggc cgtgaagccg aagtggtcgg
    18841 cggtgcggcg catgcggtcg gtgtggtcgc tgaggtgaca cacgtggccg tcttgaatgc
    18901 gtatggtttc tatgaacatg ggggagtata gggtagggta gttaaagggt agtataaggt
    18961 agttaggggg tagttagaag tagagagaga agggttgtgg cactacccct gactaccctt
    19021 taactaccct ctgactaccc ctgactacct tctattatta gaacgggaga tagacctttt
    19081 ggatgacctc ctcgtactcg tcgtgcatgc gactgcgggc ggtgatgccg ccgccgctct
    19141 ggtaggtgaa ggggtcggtc gtgaggtcga tgaagcggat gaagacggcc gagtcgagcg
    19201 tgtgtccgtc gaagagtccg aagacgcctg tgtagaagcc gcgcggcgtc tgctcagcct
    19261 ggcggatgag tcgcacggtg gcgtctttcg gtgcgccgga gacggagccc gcgggcaaca
    19321 gtcgggcgat cacgtcgccc acatggctgc gccaatccgt ggccagacaa cccacgatct
    19381 cggagctgac ttgcaggatg ggcccagccg acgtctcgag tcggtcgatg tatcggaagc
    19441 gccgcacatg caccccatcg gccaccatcg agaggtcgtt acggatcagg tcgacgatcg
    19501 tgttgtgttc ggccgtctct ttcgggtcgg ccaagatgcg ttcgcgggca cggggcagtc
    19561 gggcgtcgat ggtgcccttc atcgggttcg acgcgatggt gccgtcggca tcgatccgca
    19621 caaagcgctc gggcgagaag cagacgaagg cccccgggta gtacatttta tagagggcgc
    19681 gggcgcggcg atagatcgcg tcgggggcga ggtcggtacg gatgggcgtg cggacggtga
    19741 ggttggtcag gaaggagtcg ccgcggagca gccccgcgcg gatgatgtca aagcggcgcg
    19801 cgtaggtcgt ctccggttcg ggcgtccgct caaaggcgta aggcacttcg gggccgtcgt
    19861 ccgacgcgtt gctgacgccg cgcaggttga atcgcacctc cgtctggtgg agggggtcgg
    19921 ggataaagaa ggcgtgcgtc agctcgaagt cgaagccgaa aaggaacggt cggcccgccg
    19981 ctccggcccg gttcatgtcg cgcactacat cagatgcatt tctcatggcc gcaaaagtat
    20041 ccatccgccc ctccccatga tatgggcacc ctcggacggg cgtaggtggc cctaatggct
    20101 tctgtttatt aagtagcaag tgctttcatt taataggaag aatcttcccg ttaagtcgca
    20161 tgtgctttca tttagcagga agaatctgct tattaaatca caggcgaatt gacttattag
    20221 gaagaatctg cttattaagt tgcaagtgat ttgatttaat aatcagcata tgttttgccc
    20281 ctgaaagcac tcggaggttc ctaagcagaa gctgtttttg cccttaaaag cacccggagg
    20341 ttcccaagca gcatatgttt ttgcccctaa aagcacccgg aggttcccaa gcagaacctg
    20401 tttttgcctc taaaagcacc cggaggttcc caagcagaag ctgtttttgc acccgaaagc
    20461 tgtccggagg gcgcggattt cttgggatgg gtatacaaaa tccattcgca cctcgttcta
    20521 cttttgtgtt tagaaccaac ccccatacga tatg
//
LOCUS       SEQF2637|AYYD01001217.1 6855 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6855
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             699..1262
                     /gene="ydaF"
                     /locus_tag="SEQF2637_02085"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96579"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative ribosomal N-acetyltransferase YdaF"
                     /translation="MREGQNNVEKIKLNTAAVLRLLTPLDAPDIFNAIDTQRRHLAQW
                     LPFVSGTRTIEDTLRYVRTSMLDFERGDYVFVIVCEEQFAGLIGFKDTDRENRRTELG
                     YWLREEYQGRGLMTESVKALCRWAFRKQRMFRVQIKCATENVRSRAIPERLGFVHEGT
                     ERGGARLANGRHTNLEVYSRLRTDKVK"
     CDS             1322..1804
                     /locus_tag="SEQF2637_02086"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWFECKVSYEKMIEGGMQKKVTEPYLVDAMSFTEAEARIIEEL
                     QPYITGEFLVADIKRVRLSELFYNEQGDRYYKAKVCYISLDEKSGMEKRTTVQMLAQA
                     SSVREALDTIDEGMKGSMADYEVASITESPLIDVFPFSEGAKARQGEAPKKSSAEDEA
                     "
     CDS             1801..2475
                     /locus_tag="SEQF2637_02087"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTVAERLEAIRRTLPKDVELVAVSKFHPAEVVREAYDAGQRLF
                     GESRVQELVAKQPLLPNDIEWHFIGSLQTNKVKYLAPFIHTIQSIDSLKLLAEVDRAA
                     ERVGRQIRVLIEVHIAEEDSKHGFSVDECRKLFADGALSAYKHVKITGLMGMATFTDD
                     TEQVRREFDRLRTLFDEVRAMPGAVDSCFTELSMGMSDDYPTAIEAGSTMVRVGTKIF
                     GPRQYS"
     CDS             2522..3511
                     /gene="preA"
                     /locus_tag="SEQF2637_02088"
                     /EC_number="1.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25889"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD-dependent dihydropyrimidine dehydrogenase
                     subunit PreA"
                     /translation="MRNLETKYAGLKLRNPLIVGSSGLTSKADKNGKWEEAGAGAVVL
                     KSLFEEQIEAQGDLLMAGASDYPEAEDYVRAYVRANGREEYLQLIRDSKAACHVIPVI
                     ASVNCYRADTWADFAAEIERAGADALELNVFYLDTDIHSDSREVLRHYSSILKDVRRR
                     ISIPIIMKIGKGFSTIPAFVNRLQGFGANAVVLFNRYYRPDIDIERCRIVAAPPFSDP
                     SELGDTLRWTAIVSGALPDMPIAASTGVHTWQDAIKCILAGASAVQLCSTLYKHGAKV
                     IPEMITQIADWMEHTKYESVEEFRGRLSLSNAADASMYERTQFMKYISSRETI"
     CDS             3713..6676
                     /gene="rexB"
                     /locus_tag="SEQF2637_02089"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01453"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent helicase/deoxyribonuclease subunit
                     B"
                     /translation="MTPFLQQIAKCFYDAYGADVQQMAFIFPNRRAGLFFRKYLSQTV
                     GRPMFSPAILTLNGLFEQLSTLQPADHLQMLFLLYHIYVRRSQRQETFDDFVHWGEML
                     FSDFNDVDNYLVDARQLFTNASHLHEFEKDLSYLEPEQVEAIRSFWAAFRPDTEDDGN
                     RRSFLGVWDILHDIYLDFRAELTDRGRGYEGMIARDVVERIRREGGADLSYSRVVFVG
                     FNALSRAEEALLVELQKQGITDFYWDAGTINADTGEDGFRRVLDKDNRAAHFLRDYLR
                     RFPSELPLPPEEPNEPVITLTGLPSRIGQTKHVHELLLRMADGRLRMTEDEALRTAVV
                     LPDEQLLIPILNAIPHTVPHINITLGYPLSGTPVASLIEDVLALQKNLRTTSGGGVEY
                     YHREVTAILNHRYVRRAAPRIVTDLLCNIIANNRIYIPAEDLAQTDLLRLIFRRVRSA
                     ADLSRYLIDLLKGLNGLFPDRIDETADDDATDPVGMDAVEGEFTYAYYTTLTRMNDLI
                     AEAQISMSVDTYTRLLARLIESVSIPFRGEPLAGLQIMGVLETRVLDFDRLIILSMNE
                     GLFPARGATPSFIPHTLRHGFGLPTFELRDSVFAYYFYRMISRARSVNLLYDTRTDGF
                     RTTGEVSRFIHQLRYHYEVPMKDEAPAFAIASSDDLRLRIDKTGDVLHQLESFLGKGE
                     KALSASTINSYIDCPLRFCLSSVMGLQEEDEITESVENRLFGSILHRVMEGIYKPLCN
                     ATVDKAWLGSVIANRENLRHKIDEAFAELFFHTPGDVRPLTGQNSLTAAMIEKYILRI
                     LRYDQSLAPFVYVGSERRILSAFPLSDGRRVRLKGYIDRLDEVDRSLRIVDYKTGTEK
                     KMQFATPADLFDRDKGLNRQSAVMQVLIYAWMLHTENLTRSLPIRPSIYYVRSLFKDA
                     FDPSIYTKEEGQRTYSLLIDDFVGQCLPDFEIAMRHVLDELFDPRIPFVQTDEEKSCG
                     YCTFRELCGRKKTVS"
ORIGIN      
        1 taaatcttac aaagatcgct ctttcgctga tagagggatt tattattgac tctctctatt
       61 ctagcatttt cttctttctt ccaccctgcc gtctctcgca ggtttcgggg cgcaaagata
      121 aaacccttta tttcattcca ccaaattttt cgagaaaaaa tttttgagtg gattctcttg
      181 ttgaacggtg cttgcctttt tactcacatt tgagtggata actcttatca agtttcccgt
      241 cgccgagtct tacacttaaa tatctcaact ttttcctagt ttaataacta ggaaaaactc
      301 ttctttaagc tcttccagca attctcgccg ttcgctcttc cagcatttca tctttatcgt
      361 cgctccctct ctcgaaagcg ggtgcaaaag tacatggact ttcttctcat ccaaatctta
      421 ccaccatatc ctccgtgtta aattatgctt gatcgttgat tctcagatgc tatgaaaaaa
      481 cgagaaccgc tcttttttta ttgagataag cgattcgaga ggcaaagaaa cacttgcccg
      541 agtatcatag cagtcgtaag caactatgcc gatctctatg cctaactgag acttttatta
      601 gggagggagt aggaaataaa tcatagcttt gcacttccga aatacgatta cgatagagcg
      661 gaatccaatc aacatacatt ttattatacg agtagcacat gagggagggc caaaacaatg
      721 tggagaagat aaaactgaac acggctgcag ttctgcgact gttaactcct ctggatgcac
      781 cggatatttt caacgcgatc gacacacaac gccgtcactt agctcaatgg ctaccttttg
      841 tgagcggaac acggactatt gaagacactc tccgctatgt gcgaacctca atgcttgatt
      901 ttgaacgggg cgattacgtg tttgtgatcg tttgcgagga gcaatttgca ggactgatcg
      961 ggtttaagga tacagatcga gaaaaccgca gaacggaact ggggtactgg ctgcgtgagg
     1021 agtatcaggg ccgaggactc atgacagaat cggtaaaggc attatgtcgc tgggcatttc
     1081 ggaaacagcg gatgttcagg gtacagatca aatgtgcgac ggaaaacgtc cgtagccggg
     1141 ccataccaga gcgactggga ttcgtacatg agggtacgga gcgtggaggg gcacgattag
     1201 ctaacggtcg acatacgaac ttagaggtgt atagccgttt gcggacagat aaggtgaaat
     1261 agatatatat taaggtgaaa tagatatata tgaagtatag caagcagaaa agacagatgt
     1321 catgaattgg tttgaatgca aggtatcata cgaaaagatg atcgaaggtg ggatgcagaa
     1381 gaaggttaca gagccttatc tggtggatgc gatgtcgttc accgaggctg aggcacggat
     1441 catcgaggag ctgcagccct atatcacagg tgaattctta gtagccgaca tcaagcgggt
     1501 acgactctct gagctatttt acaacgaaca gggcgaccga tactataagg cgaaagtctg
     1561 ctacatctcg ctcgacgaga agagcgggat ggagaagcgc accaccgtcc agatgctagc
     1621 ccaagcctca tcagtaaggg aagcgttaga cacgatcgat gagggcatga agggctctat
     1681 ggctgattat gaagtagcct ccatcacgga gagtccgctg atagacgtct tcccattctc
     1741 cgagggcgcg aaggcgcggc aaggtgaagc accgaaaaaa agctctgcgg aggacgaggc
     1801 atgagcacgg tagcagaacg tctggaagcc atccggagaa cgttgcccaa agatgtggag
     1861 ttggtggcag tatcgaagtt ccacccagct gaagtggtgc gcgaggccta cgatgccggg
     1921 caacgcttgt tcggtgagag tcgcgtacag gagcttgtag ccaagcagcc tctacttccc
     1981 aacgatatcg agtggcactt catcggatcg ctacagacta acaaagtgaa atacctcgct
     2041 ccctttatcc acaccattca aagcattgac tcgctaaaat tgctggccga ggtggatcgg
     2101 gcagcagagc gcgtggggcg acagatccgc gtactgatcg aggtgcatat cgccgaagaa
     2161 gactcgaagc acggattcag cgtggacgag tgtcgcaaac tgtttgctga cggtgcactc
     2221 tcggcctaca aacacgtcaa aatcacaggc ctaatgggca tggctacatt cacggacgat
     2281 accgagcagg tgcgtcgtga atttgatcga ctccgcacac tcttcgacga ggtgcgggcg
     2341 atgcccggag ccgtcgactc atgcttcacg gagctgtcga tgggtatgag cgacgattat
     2401 ccgacggcca tcgaggccgg tagcacgatg gtccgcgtgg gcacgaagat cttcgggccg
     2461 cgacagtaca gctaagggtc agacttagga atttgaatag taaacgaaaa cagcataacc
     2521 aatgagaaat ttagagacaa aatatgccgg cttgaagctg cgtaacccgt tgatcgtcgg
     2581 cagttcagga cttacgagca aggctgataa aaacggcaaa tgggaagaag caggcgcggg
     2641 ggccgtggtc ctcaaatcgc tcttcgaaga gcagatcgag gcgcaaggtg acctattaat
     2701 ggccggcgca agcgactacc cagaggccga agattatgtc cgcgcctacg tccgcgcgaa
     2761 tggacgcgaa gagtatctcc agttgatccg cgatagcaaa gccgcctgcc acgtgatccc
     2821 cgtgatcgcc agcgtaaact gctaccgcgc ggacacctgg gccgacttcg ccgccgagat
     2881 cgaacgtgcg ggcgccgacg ccctcgagct caacgtgttc tacttagaca ccgacatcca
     2941 ttccgacagc cgcgaagtgc tccggcacta cagctcaatt ctaaaagacg tgcgccgccg
     3001 catctccatc cccatcatca tgaagatcgg caagggcttc agcaccatcc ccgccttcgt
     3061 caaccgtctg caaggcttcg gtgccaatgc cgtagtgctc ttcaatcgct actaccggcc
     3121 ggatatcgac atcgaacgct gccgcatcgt cgctgcaccg cccttcagcg acccgtccga
     3181 gctgggcgac acgctccgct ggacggccat cgtctcgggt gcgctgccgg acatgcccat
     3241 cgccgcatcc accggggtgc atacgtggca ggacgccatc aaatgtatct tggctggagc
     3301 ctcagccgtg cagctttgca gcacacttta caagcacggt gcgaaggtga tacccgagat
     3361 gatcacgcag atcgccgact ggatggagca cacgaagtac gaatctgtcg aggagttccg
     3421 cggccgcctc agcctctcga atgccgccga cgcatcgatg tacgagcgga cgcaattcat
     3481 gaaatatatc tccagccgcg agaccatctg accggcctcc gcgctacatg tcatcagaaa
     3541 aaaggggaag cccgcacggg ttgccccttt cttttgctct tttgttgccc tgcgcccact
     3601 ccacgcgata acctcttatt tcccttccaa cgactatccg catggattgg atcaaaaaaa
     3661 tggcgttcac agtcaccttc ccgtattctt cattcttagt ttttcgtttt ccatgactcc
     3721 ctttcttcag cagattgcca aatgttttta tgacgcctat ggtgctgacg tgcagcagat
     3781 ggccttcatc ttccccaacc gtcgtgccgg cctcttcttt cgcaaatacc tctcgcagac
     3841 cgtaggccga ccgatgttct cccctgccat cctcaccctc aacggtctct tcgagcaact
     3901 cagcacgctc caacctgcag atcacttgca gatgctcttc ctcctctacc atatctatgt
     3961 cagacgcagc cagcgacagg aaacgttcga cgatttcgtc cactggggcg aaatgctgtt
     4021 cagcgacttc aacgatgtcg acaactatct cgttgacgca cgccaactct tcaccaacgc
     4081 cagccatctc catgagttcg agaaggatct ctcttatctc gagcctgaac aagtcgaagc
     4141 catccgcagc ttctgggccg ccttccgtcc cgacaccgag gacgatggca accgccgatc
     4201 cttcctcggc gtctgggaca tcctgcacga catctacctc gatttccgcg ctgagctcac
     4261 cgaccggggg cgcggctacg agggtatgat cgcgcgcgac gtcgtggagc gtatccgacg
     4321 cgaagggggc gccgatttgt cctatagccg cgtcgtcttc gtgggcttca atgcgctctc
     4381 gcgcgccgag gaggcactct tggtggagct tcaaaaacaa ggcatcaccg acttctattg
     4441 ggacgccgga acgatcaacg ccgacacggg cgaagacggt ttccgacgcg tgctcgacaa
     4501 agacaaccgt gctgcgcatt ttctccgcga ctatctccgc cgcttcccct ccgagcttcc
     4561 cctacccccg gaggagccta acgagcccgt aatcaccctg accggcctgc cttcgcgcat
     4621 cggacaaacg aaacacgtcc atgagttgct cctgcgcatg gctgacggac gcctccgcat
     4681 gacggaggac gaggcgctcc gaacggccgt tgtcttgcct gacgaacagc tgcttatccc
     4741 catccttaac gccatccccc acaccgtgcc gcacatcaat atcaccctgg gataccccct
     4801 ctccggcact cccgtagcct cgcttatcga ggacgttttg gctttgcaga agaacctccg
     4861 cacgacttcc ggcggcggcg tggaatacta ccaccgcgag gtgacagcca tcctcaacca
     4921 ccgctatgtc cgccgtgctg cgccgcgcat cgtgaccgac ttactctgca atatcatcgc
     4981 caataaccgc atctatatcc ctgcggaaga tttggcccag acggacctcc tccgactcat
     5041 ttttcgccgc gtccgctccg ctgccgacct ctcgcgctat ctcatcgacc tactcaaagg
     5101 gctcaacggc ctctttcccg ataggatcga tgaaacggcc gacgatgacg ccaccgaccc
     5161 ggtcggtatg gatgccgtcg aaggcgagtt cacctacgcc tactacacca ccttaacgcg
     5221 catgaacgac ctcatcgccg aggcccaaat ctccatgtcg gtcgacacct acacccgcct
     5281 cttggcgcgc cttatcgaaa gcgtatccat ccccttccgc ggcgaaccgc tggccggact
     5341 ccagatcatg ggcgtgctcg aaacgcgcgt cctcgacttc gaccgactca tcatcctctc
     5401 catgaacgag ggcctcttcc ctgcgcgcgg cgccaccccg tcgttcatcc cgcacaccct
     5461 tcgccacggc ttcggcctgc ctaccttcga gctgcgcgat agtgtttttg cctactattt
     5521 ctatcgtatg atctcgcggg cccgcagcgt aaacctcctc tacgacaccc gcacggatgg
     5581 ctttcgcacc acgggtgaag tcagtcgctt catccaccaa ctccgctacc attacgaagt
     5641 gcccatgaaa gacgaggccc cggcgttcgc tatcgcttcg tctgacgacc tccgtctgcg
     5701 gatagacaaa acgggcgatg tgctccatca gttagaatcg ttcctcggga agggtgaaaa
     5761 agcactttct gcgagtacga ttaacagcta catcgattgc cctctgcgtt tctgcctttc
     5821 ctccgtcatg ggcctacagg aagaggatga aatcaccgaa agcgttgaga accgcctctt
     5881 cggcagcatc ctccaccgcg tcatggaggg aatctacaag ccgctctgca acgccacagt
     5941 cgacaaggca tggttaggct ccgtcatagc caatcgcgaa aacctgcggc ataagatcga
     6001 cgaagccttc gctgaacttt tcttccacac cccgggcgac gtccgccccc tcaccggcca
     6061 aaacagctta accgccgcca tgatcgaaaa atatatactc cgcatccttc gttacgacca
     6121 gagtctggcc cccttcgtct atgtcggttc cgagcgacgc atcctgtcgg cctttcccct
     6181 ctccgacggc cgccgcgtcc ggctcaaggg ctacattgac cgactcgacg aggtcgaccg
     6241 ctcgctccgc atcgtagatt ataaaacagg tacagagaaa aagatgcagt tcgccactcc
     6301 cgccgacctc ttcgatcggg acaaggggct gaatcgccag tctgccgtca tgcaggtact
     6361 catctacgct tggatgctgc acaccgaaaa cctcacccga agcctgccca ttcggccgtc
     6421 catctattat gtgcgcagtc ttttcaaaga cgccttcgac ccctcaatct acaccaaaga
     6481 agaaggccaa agaacataca gcctcctcat tgacgacttt gtcggccagt gcctacccga
     6541 cttcgagatc gccatgcgcc atgtgcttga cgaactcttt gacccgcgca ttcccttcgt
     6601 acagaccgac gaggaaaaat cttgcggtta ctgcaccttc cgcgagctct gcggccgcaa
     6661 gaaaaccgta tcgtaactct actttattga agacgggaga tattcttcga tggtcacacc
     6721 cgtttgcaat gcagataggc ccgctcccgc gatgagcaca cccgattgca atgcagatag
     6781 gtatgctccc gtgaggagca ccaccgattg cagcgtcaac aggcatgctc ccgtgatgag
     6841 cgctctcgat tgcaa
//
LOCUS       SEQF2637|AYYD01001218.1 4507 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4507
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(528..1001)
                     /gene="rlmH"
                     /locus_tag="SEQF2637_02090"
                     /EC_number="2.1.1.177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C1V0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase H"
                     /translation="MNVELWMIGKTDLSYWREAQDEYVRRLTHYLPFSLRIIPDVKNA
                     ARLTESQQKAQEGQQILKALQPSDQCILLDEKGTEHTSVGFSVYLSKRLQQPSRRLIF
                     VIGGPYGFSDAVYTRATDRLSVSQMTFSHQMVRVIFLEQLYRSMTIIKGEPYHHE"
     CDS             complement(998..1783)
                     /locus_tag="SEQF2637_02091"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVDGLSIGLLLSMEDFGYQSLIQEMLPDLPLETADEGYSDKLK
                     SAVEDYRAAYRAFDDAVETSGTTSPAVIAARHDKARDNAWRTLRAYVKVCTRHPDPDV
                     AATSTRALQLIRNIGDLSIRNRTDETGRLNTLIQSLREIGAAPLAQAGITPFIDDLER
                     KDHAYREAYQHWIDVKGDRTIGLVQLKRRAADAAYRNLITTVNALIHLNGDAPYAAFV
                     RSVNALIKRNKTTLITRQTLRAKRHLSPMAPSSATDNQQHIES"
     CDS             2521..3918
                     /gene="wcaJ"
                     /locus_tag="SEQF2637_02092"
                     /EC_number="2.7.8.31"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71241"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-glucose:undecaprenyl-phosphate
                     glucose-1-phosphate transferase"
                     /translation="MEKNSRQGYFLQWLIGVGDLVLINALFLVLYRALSADYTRLIGH
                     SLKEIILLLNFCYFFALYFVPVRVHLSVVFLDNIVKRSFMLITFQMIMFTTCLIFMRI
                     GHGSARFLIILYGTLLVAFSLWRVVMRVIVKIYRRKGYSVKNVIIVGAGKNGLELYKV
                     LKNDMAYGFNVYGFFDDNEALRGELPNYLGRLKETEAFIETHPVDEIYCTIPGANSEK
                     ISGLLSFAEKHMIRFYILPDFYRDIKKSMVMEIMEYVPLLSIRNEPLQSASNRAVKRA
                     FDILFSSLVMLLLYPMLYLVIGLLIKLSSPGPILFKQKRTGLYGKEFDCYKFRTMRVN
                     KEADEKQATRDDPRTTPIGAFLRHTNLDEIPQFVNVLKGDMSVVGPRPHMLKHTEQYS
                     KLIDKYMVRHLVKPGITGWAQITGYRGETKTLEQMEGRVKRDVWYIENWSFFLDLKII
                     YVTVINMFQGEKNAY"
     CDS             3921..4370
                     /gene="yrrK"
                     /locus_tag="SEQF2637_02093"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34634"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative pre-16S rRNA nuclease"
                     /translation="MGRILAVDYGAKRTGLAVTDTLQIAAGGLTTVASVEAVSYIVAY
                     AAREPLERVVVGLPKQMDNRPSENMARVEAFARRLEAALPAGVEVTFYDERFTSVMAH
                     RAMIDGGLGRKRRQDKALVDEISAVLILQGYMEWMKSPGATGHPHLL"
ORIGIN      
        1 taaatcttac aaagatcgct ctttcgctga tagagggatt tattattgac tctctctatt
       61 ctagcatttt cttctttctt ccatcctgcc gtctctcgca ggtttcgggg cgcaaagata
      121 aaacccttta tttcattcca ccaaattttt cgagaaaaaa aattgagtgg attctcttgt
      181 tgaacggtgc ttgctttttt actcacattt gagtggataa ctcttatcaa gcttcccgtc
      241 gctgaatctt acacttaaat atatcgactt cttcctattt aacaactagg agaaactctt
      301 ctttaagctc ttcagcaatt ctcgccgttc gctcttccag catttcatct ttatcgtcgc
      361 tccctctctc gaaagcgggt gcaaaagtac atggactttc ttctcatcca aatcttacca
      421 ccacatcctc tgtgttaaat tatgcttgat cgctgattta cagatactat gcaaaaacga
      481 ggtccgctgt ttttttattg agataagcga ttcgagaggc aaaatctcta ttcatggtgg
      541 tagggctccc ccttgatgat cgtcattgag cggtatagct gttctaagaa aatcactcga
      601 accatttgat gagagaaggt catttggcta acggataaac gatctgtcgc gcgggtgtag
      661 acagcatcac tgaacccgta agggccgcca atgacgaaaa taagccgtct ggagggctgc
      721 tgcagtcgct tcgagaggta gacagagaag ccgacggagg tgtgttcggt acccttttcg
      781 tcgagtaaga tgcattgatc gcttggttgt agcgctttca ggatctgttg gccttcttgg
      841 gctttttgct gcgattcggt gaggcgggcg gcgtttttga cgtcgggaat aatgcgtaag
      901 gagaagggta gatagtgggt caggcggcgg acatactcgt cttgtgcctc gcgccaatag
      961 gagaggtcgg ttttgccgat catccaaagt tcgacgttca tgattcgatg tgctgctggt
     1021 tgtcggttgc agaagagggt gccataggtg aaaggtgacg cttggcacgg agggtctggc
     1081 gggtgataag ggtcgtcttg ttgcgcttga tgagggcgtt gacggagcgc acgaaggcgg
     1141 cgtagggtgc gtcgccattg aggtggatga gggcgttgac agtcgtaata aggttgcggt
     1201 aggcggcgtc ggcagcgcgc cgtttgagtt ggacgaggcc aatcgtacgg tcgcccttga
     1261 cgtctatcca gtgttgataa gcctctcgat aggcatgatc cttacgttcc agatcgtcga
     1321 tgaaaggcgt aataccagcc tgcgcgagtg gggcggcgcc aatctcgcga aggctctgaa
     1381 tgagggtatt gaggcgcccg gtttcgtcgg tacggttccg aatggagagg tcgccgatgt
     1441 tacggatcag ttgaagggcg cgggttgagg tggcggccac gtccggatca ggatggcggg
     1501 tgcagacctt aacgtaagcg cgaagggtac gccaggcatt gtcgcgcgcc ttgtcgtggc
     1561 gggcggcgat gacggctgga gaggtggttc cagaggtttc gacggcgtcg tcgaacgcac
     1621 gataagccgc ccgatagtcc tcgacggccg atttgagttt gtcggaatag ccttcatccg
     1681 cggtttcgag cggcagatcc ggaagcatct cctgtatcag ggattgatag ccaaaatctt
     1741 ccatcgaaag gagcagtcct atgctcaatc catctacttt cattttgtcg ttctccttac
     1801 attatatata tgtgtacttt ttcgagttgt cgaggcctga ccacatgcca ttttgtcact
     1861 tcgacagcga acaaagaccc aactcctcct tgcgcaaagg tatttctaaa aggaagacga
     1921 tcgtcatagg ctatgacgat cattcttcat atgaagagta tgcatcatag tctatgacaa
     1981 tactttatgt aatggatacc atctgtcata ggctatgaaa gttcttatac gcatgaaaaa
     2041 taaaaatcat agcctatgaa tagcccttag atagattata cctttcatta tatgctatga
     2101 atacctctat acatatcaat agaaagaatt atagactatg atagatctta tctatatgca
     2161 tatacttcct catatcctgt gaaaatgaac aatataccat acacttaata tcatagtcaa
     2221 taatactaaa tcaatacact aatatcatct ttcataggct atggagatat acattcagat
     2281 gaaatattga gattatagga gtgcttggag agacagacga gagaccaagc acaggaataa
     2341 gacaaggggg cgatcggacg caaaacgagg agccggaatg cggcatgacg ggccgtttga
     2401 tgacccaaaa agcgcttcca agcggcggtg tggccggtcc gcacgacgta gatccgctga
     2461 ttcgtgccat tttgtgcgct gggataatcg tccgtacctt tgccttaact tcaagtggaa
     2521 atggaaaaaa actcgagaca gggatatttt cttcaatggt tgatcggggt gggtgacttg
     2581 gtgctcatca atgccctgtt tctcgtttta tatcgtgcgc tcagcgctga ttacacgcga
     2641 cttatcggtc acagcctcaa ggaaatcatc ctgttgctga acttctgtta cttcttcgcc
     2701 ctctacttcg ttcccgtccg ggtgcacctc tcggtggtct tcttggacaa catcgtcaaa
     2761 cggtcgttca tgctgattac gtttcagatg atcatgttca ccacatgcct cattttcatg
     2821 cgtatcgggc acggatcggc gcgctttctg atcattcttt acggcacgct gttggtggct
     2881 ttttcgctgt ggcgcgtggt gatgcgggtg attgtaaaga tctatcgacg gaaggggtac
     2941 agcgtgaaaa acgtgatcat tgtgggggcc ggaaagaacg ggctggagct gtacaaagtg
     3001 ctcaaaaacg acatggcgta cggcttcaat gtgtacggct ttttcgatga taacgaggcg
     3061 cttcgaggcg aactaccgaa ctacctcggg cggctgaagg agacggaagc cttcatcgaa
     3121 acgcaccccg tggacgagat ttattgcacc atcccggggg ccaatagcga gaagatctcg
     3181 ggcctgctgt cgttcgccga gaagcacatg atccgcttct acattctgcc tgatttttat
     3241 cgcgacatca agaaaagtat ggtgatggaa atcatggagt acgtgcccct gctgtcgatc
     3301 cgcaacgagc cgctgcagtc ggcctcgaac cgggccgtga agcgggcgtt cgacatcctc
     3361 ttttcgtcgc tggtgatgct gctcctttac cccatgctct atctcgtgat cgggctgctg
     3421 atcaagctca gttcgcccgg gccgatcctg ttcaagcaga agcgcacggg gctctacggc
     3481 aaggaatttg actgctataa gttccgcacc atgcgcgtca acaaggaggc cgacgagaaa
     3541 caggccacgc gtgacgaccc acgcacgacg ccgatcgggg ccttcctccg acatacgaat
     3601 ctggacgaaa ttccgcagtt tgtaaacgtg ctgaagggtg acatgtccgt cgtcgggccg
     3661 cggccgcaca tgctcaagca caccgagcaa tactcgaagc tgatcgacaa atacatggtg
     3721 cgccatctgg tcaagcccgg catcacgggt tgggcgcaga tcacgggcta tcgcggcgag
     3781 acgaagacgc tggagcagat ggaggggcgc gtcaagcgcg acgtgtggta tatcgaaaac
     3841 tggtccttct tcctcgatct gaagatcatc tacgtgacgg tgatcaacat gtttcaaggc
     3901 gaaaaaaacg cgtactgacg atgggacgaa tcttggccgt ggactacggc gcgaagcgta
     3961 cagggctggc cgtcaccgac acgctgcaaa tcgcagccgg cgggctgacg acggtggcca
     4021 gtgtcgaggc agtaagctac atcgtggcct atgccgcacg cgaaccatta gaacgggtcg
     4081 tcgtggggct acccaagcag atggacaatc ggccgtcgga aaatatggct cgggtggagg
     4141 ccttcgcccg tcggttggaa gccgcactgc cggcaggtgt ggaggtcacg ttttacgacg
     4201 aacgcttcac gtccgtcatg gcgcatcggg cgatgatcga cggaggactc ggtcggaaac
     4261 gtcggcaaga caaagccttg gtcgacgaga tcagcgccgt gctcatcctg cagggctata
     4321 tggaatggat gaaaagtccc ggcgctaccg gtcatccaca cctactttga ctacttataa
     4381 caaccctata acgactgtgg gcatcaggcc cacataacta cttattacta ctaatgatac
     4441 taccgattta tacctacggc caagccgtac taagagaaga aacgaagccc atcgacagca
     4501 gctatcc
//
LOCUS       SEQF2637|AYYD01001219.1 1831 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1831
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             133..1434
                     /locus_tag="SEQF2637_02094"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKVAIKNENITSFGGICHIMDVFSKLGFEKLTESVLGKRGCSD
                     KAFSHGSIFGSLFFSYLCGGECLENINTLIGQFRQRPGTQLPGADTVGRGLKELAEEN
                     IVYKSEISGKSYSFNAAEKLDTLLLRMIRQMGLIKVGSHVDLDFDHQFIPAHKFDAKY
                     SYEQDFGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVISELGVTIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGTRYEEFRQLKEWKSVEVGYEKYDVTSINM
                     DNLIEGKSYRLVVQRSPLRDKGGKKQTDMFGVIYTYRCILTNDWVSTEKDIITFYNGR
                     GASEKNFDIQNNDFGWAHLPFSFMAENMVFMMVTAMLKNFYLYLVRRISEKVKPLKKT
                     SRLKAFILHFVSVPAKWVRTGRQNVLNLYTNKAYYSEVFLE"
ORIGIN      
        1 ccttaattcc gcagcataaa ttcttgtaag aactccaagt gtctgagaaa caaagttctc
       61 aaaacacttg gatatgtcag aaatttcacc tatcttngtg ctgcaaacat aacaagtaag
      121 caaaaatntg acatggtaaa ggtagcaatt aaaaacgaga atatcacttc tttcggtgga
      181 atttgtcata ttatggacgt attttcaaag ttgggctttg aaaaacttac agaatctgtc
      241 ttgggcaaac gtgggtgtag cgataaggct tttagtcatg gaagcatttt cggttctctc
      301 ttcttcagtt acctttgtgg tggagaatgt cttgagaata tcaatacact tatagggcag
      361 ttcaggcaga gacctggtac gcaactgcct ggtgccgaca ctgtaggacg tggacttaag
      421 gaacttgccg aagagaatat cgtctataag agcgagatct ctgggaagtc gtatagcttc
      481 aatgcagcag agaaactgga caccttactt ctgcgaatga tacgacagat ggggcttata
      541 aaggtaggca gccatgttga cttggacttt gatcatcagt ttattcctgc ccacaagttc
      601 gatgcaaaat attcttacga acaggatttt ggctacttcc ctggttgggc ttccattggg
      661 ggcattatcg ttggaggtga gaatcgtgat ggaaacacca atgtgaaatt tcatcaggaa
      721 gacacgcttc gtcgcattat ggaccgagta atctcagaac ttggtgtgac aatagagcgt
      781 ttccgtgccg actgtgggtc gttctcaaag gaaattatcc aaaccgtaga gcaacgctgt
      841 aacacattct atatacgtgc tgccaactgt ggcactcgtt atgaagagtt ccgccaactg
      901 aaagaatgga agagcgtcga ggttggttat gaaaaatacg atgtcacatc catcaacatg
      961 gacaacctca ttgaaggaaa gtcatacagg cttgtcgtac agcgaagtcc tttaagggac
     1021 aagggtggta agaaacagac ggatatgttc ggagtaatat acacatatcg ctgtatcctt
     1081 accaatgact gggtatcaac cgagaaagac atcattacat tttacaatgg acgaggagca
     1141 agtgaaaaga acttcgacat acagaacaat gacttcggct gggcacatct gcccttttcc
     1201 tttatggctg agaacatggt gttcatgatg gttaccgcca tgctgaagaa cttctatctc
     1261 tatctcgtcc gtcgtatcag tgaaaaggtt aagccgttga aaaagacaag cagattgaaa
     1321 gcctttatac tgcattttgt cagtgtgcca gcgaaatggg tgcgcacagg aaggcagaac
     1381 gttctaaacc tttataccaa taaagcatac tactctgaag ttttccttga ataaacagca
     1441 tttctttgtg gcattcattt tccccattgg cttgggtggg ggattttatg cgcctgcaag
     1501 gactaatacc agtctaaggt cgcttcctat cacatgtaga ggcaaaaaga cgcctcaaca
     1561 cacaaaatca tatcacaaga aaaagtgctg cggaattaag gcatataagg ataacacagc
     1621 aaaagtagca aaaaaactgt aatcactgat ctatctcccg aaaaatatgt atatttgctt
     1681 ggataatcag tataaataac atttattgca tcctaacatg aatagacaat acattctaac
     1741 ccgctctctt gtttgcaccc caacgatgct tccaatcaag agagatatta cctaatattt
     1801 cctctgcctt tcgttctcct ctataagcta a
//
LOCUS       SEQF2637|AYYD01001220.1  478 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..478
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gccttcgtcg cgtctaccca ggaggcgtcc ttgaccttaa tcaggttaga aatgtgcgcg
       61 tagaatagcg tcgtctgacg gaggatggcg agcgcctcct tctcgttgtc gcccatcgga
      121 gggacggcaa tgacggatcc gctgagcaac atctcgcggc agtagtcaga gtacttccgc
      181 cctgctttcg tggctctcga acggatccgc tccttctcct cggccgtgta tctgaccttg
      241 ataaaggcgg tcttgtttgt cttcttgtct tcccttttag ggtgtttttt catgtggata
      301 ggtctttttt gtggtgctta ttctatggtt gtgggcgatg aggacggatg tgattacggc
      361 cctctcacac gtccggacag ggcgggggag caagtgcagt ttgtgggaac aaactgacgt
      421 cttgcattac cgtcgtcacc tccggtacgt acccgctgta tttcttacaa tcactgcg
//
LOCUS       SEQF2637|AYYD01001221.1 4634 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4634
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             444..983
                     /locus_tag="SEQF2637_02095"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKTYRDLIYRFQNQGIEESQSTDAILIGKAPHIAPEAWLNTLY
                     PPLSKNDVQALEKELGMGIPIDYEKFLLDVSNGLDILVGTFCLDGLRRNYKRSTDESR
                     QPFSIITANIRERPRNAADDHFFIGGYDWDGSYLYIDKRTSTVHYCDRDDATSLFQWE
                     TFEQMLIEPFCHNVKFISS"
     CDS             complement(1326..4493)
                     /gene="lacZ"
                     /locus_tag="SEQF2637_02096"
                     /EC_number="3.2.1.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81650"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-galactosidase"
                     /translation="MDKILLTALLVGMSVSGIHAQKTIVEPTFTEWHDLQVNAVNRFA
                     THTDFFAFAPTENVHSRKFDMKQSANYLSLNGDWKFNWVENADQRPTDFFRTDFDDSQ
                     WKTFPVPGIWEVNGYGDPVYVNIGFAWRGNFKNNPPEVPFKENHVGSYRRTIRIPDNW
                     DGKQVIAHFGSVTSCVYLWVNGKFVGYSEDSKIGPEFDITKYLKKGENQFAFQVFRWS
                     DGSYCEDQDFWRLSGVARDSYLYARDAKQHLKDIRVTPDLANDYKDGTLSVNLQLAGS
                     TKAFLILEDADNNLAAKTVVTADKAGEAKAFMELRNPKKWSAETPYLYNLYVNVEDAK
                     TSKAIETIPLKVGFRKVEIKNAQVLVNGQPVLFKGANRHEMDPDGGYVVTRERMLQDI
                     KLMKRLNVNAVRTCHYPDDPIWYDLCDEYGLYVVAEANQESHGFGYSKNAISGSPLFA
                     KQIMERNQHNVGTKFNHSSIIFLSLGNETCYSKNFDDAYNWIKLQDQSRPVQYERAEL
                     NGYATDIFCPMYYSPKACEDYSKNAKYTRPLIQCEYNHTMGNSGGNLKDYWDLVRKYP
                     KFQGGFDWDFVDQGLHRNPNFDASRSLEDYERAADAANVKTEYTYGGDYNKTDPSDNN
                     FNCNGMIGPDRQLNPHAYEVAYEYQNVWAHPVDLKQGKIAVHNEYFFRNLSNYRMEWS
                     LVNEGKIVEKGTIDQLNIAPQQTVEYTLPIAGKEFDGEVLLNIDFKLKSAEPLMAAGQ
                     TIAEMQMEVQPWQPMPKMEPIVKQKIKVTDNVKDSFVRFAGNNFDITFDRKTGFLNSY
                     KVDGRSFLGEGGTLKPNFWRAVTDNDMGANFQKRLSVWKNPAMTLKSLQVEKKINGLT
                     AVYELPQVGGQLCLVYHIASDGALHVSMDIEFKEDSKAPQLPRFGMLMQLPYEMDKSV
                     FYGRGPIENYADRKLSQRIGRYEQTADKQFFPYIRPQETGTKSDIRWWQQTDNSGRGF
                     RVLFDEAAFSASALHYNISDLDEGSEKHQRHSYQVPLSKYTNLTLDGVMMGVGGIDSW
                     GAEPLKKYQLPAENRAMHFWIVPVF"
ORIGIN      
        1 tttctgacat atccaagtgt tttgagaact ttgtttctca gacacttgga gttcttacaa
       61 gaatttatgc tgcggaatta aggtaagaca aaaagctgtt aaagatgcat ggaaagcaga
      121 gaaaagattg gtggaaagga cagggcgcgg ttccagaaga tggacaaaga aagaattaaa
      181 ggaataaaag aaacaggaaa agtaaagggt tacgaaggac atcacattaa tagtgtaaaa
      241 ggacatccag aagatgctgg tgatccgtca aatattgaat ttgtgaagaa aggtggagag
      301 catcttagta ggcataatgg taattacagg aatccatcaa gtgggaagaa aatcaataga
      361 gattaaatca gctgttgtcg aattcttcat ttttaatgat gagccttacc atagatagta
      421 tagcgtatat agaaaaatag aatatgaata aaacatatag ggatttaatt tatagatttc
      481 agaaccaggg tattgaagaa tcccaatcca ccgatgcaat ccttatagga aaagcgcccc
      541 atatagcccc cgaggcttgg ctaaacaccc tgtatcctcc gctaagtaag aacgatgtcc
      601 aagcattgga gaaagaattg ggcatgggaa ttcccatcga ttatgaaaaa ttcttgttag
      661 atgtaagcaa tgggttagac atattggttg gaaccttttg tttagacggg ttaagaagaa
      721 actataaaag aagtactgat gaaagccgcc aaccgttttc gattattacg gcaaacattc
      781 gggaaagacc tcgaaatgcc gcagacgacc atttctttat aggcggttat gactgggacg
      841 gttcttatct ttatatagat aaaagaacaa gcaccgtgca ctattgtgat agagacgatg
      901 caacctccct attccaatgg gaaacgttcg agcaaatgct tatcgagcct ttttgccaca
      961 atgttaagtt tataagttct tgatattcaa cgtttattat cgctgaatag ttacaccatt
     1021 tcttatggat aataggttgc tgttttgtta gtttacctat aagtttgaaa tgctaagaca
     1081 aagctgaaca aataacttca gtctatgaat acaacggata atagtctatt cgggtcaaac
     1141 aacccacacg attcattatg attccataac gagcgaaaag tatggctttt gtgatgtttt
     1201 atcgtgatga ggctacgcta tcaataccga aaaaagtttc tcataacatt gtaattctaa
     1261 ttaaaaacgc ctttgcaatt ctcatgcaaa ggcgtttttt tattttctta atacagatgt
     1321 tctgcttaga atactggtac tatccagaag tgcatagcac gattttcagc tggcaactga
     1381 tatttcttca gtggttcagc accccagcta tcaataccgc ccacacccat cattacacca
     1441 tccaaagtga gattagtgta cttagacagt ggcacctgat agctatgacg ctgatgcttc
     1501 tcacttccct catcgaggtc agagatattg taatgtaatg cactggcaga gaaagcagcc
     1561 tcgtcaaata atactcggaa accacgacca ctgttatcag tctgttgcca ccaacggatg
     1621 tcactcttcg tacctgtttc ctgtggacgg atgtaaggga aaaactgctt atcagcagtc
     1681 tgctcatagc gtccgatgcg ctgtgatagc ttacgatcag catagttttc aataggtcca
     1741 cgaccataga ataccgactt atccatctcg taaggcaact gcatcaacat accgaagcga
     1801 ggaagctgag gagccttgct atcttctttg aattctatat ccatacttac gtggagtgca
     1861 ccatctgatg ctatatggta aacgaggcac agctgtccgc caacctgtgg tagttcatac
     1921 accgctgtga gaccatttat cttcttctca acctgcagtg atttcagtgt catcgcagga
     1981 ttcttccaaa ctgacagacg cttctggaaa ttggctccca tatcattatc tgtcacagca
     2041 cgccagaagt taggcttcaa agtaccacct tcacccaaaa aactacgacc atcaacctta
     2101 taactgttaa ggaaacctgt cttacgatcg aaagtgatat cgaagttatt gccagcaaag
     2161 cgaacaaagc tgtccttcac attgtctgtg acctttatct tttgcttgac gataggctcc
     2221 atctttggca ttggttgcca aggctgtacc tccatctgca tttcagcaat agtctgccct
     2281 gcagccatca aaggttcggc agacttcaac ttgaagtcaa tattcaacaa cacttcacca
     2341 tcaaactcct tacctgctat tggcaaggtg tattcaactg tctgctgtgg tgcaatattc
     2401 aattggtcaa tcgtaccttt ctcaacgatt ttaccttcat ttacaaggct ccactccata
     2461 cgatagttgc taagattgcg gaagaagtat tcgttatgga cagcaatctt accctgtttg
     2521 aggtcgacgg ggtgtgccca aacattctga tattcgtatg caacctcata ggcatgtgga
     2581 tttagttgac ggtcaggacc aatcatacca ttgcagttga agttgttatc tgatgggtcc
     2641 gtcttattgt agtcaccacc gtatgtgtat tcggtcttca cattggcagc atcagccgca
     2701 cgttcataat cttccaaaga gcgagaagcg tcaaaattag ggttgcgatg taagccttga
     2761 tctacgaagt cccaatcgaa tccaccttgg aacttaggat acttgcgtac aaggtcccag
     2821 tagtctttca agttaccacc tgagttaccc atcgtatgat tatactcgca ctggataaga
     2881 gggcgagtgt actttgcgtt ctttgaataa tcctcacaag cctttggaga atagtacatt
     2941 gggcagaaga tgtccgtagc atagccgttt agctctgccc gctcatattg tacagggcga
     3001 ctctggtcct gtagcttaat ccaattgtat gcatcatcaa agttcttgct ataacaagtt
     3061 tcgttaccaa gactcaaaaa aatgatgctt gagtggttaa actttgttcc gacattatgc
     3121 tgattgcgtt ccataatctg cttggcaaag agcggactgc ccgatatagc attcttgctg
     3181 taaccaaagc cgtggctttc ctgattagcc tcagcaacaa cgtagagtcc atactcgtcg
     3241 caaaggtcgt accaaatagg gtcgtcagga tagtgacaag tacgcacagc attgacattc
     3301 aaccttttca tcagtttaat gtcctgaagc atacgctcac gtgtcacaac ataaccaccg
     3361 tctgggtcca tctcatgacg gttagctccc ttgaagagaa caggctgacc attgaccagt
     3421 acttgtgcat tctttatttc aaccttgcgg aaaccaacct tgagtgggat agtctcgata
     3481 gccttgctcg tcttagcatc ctctacatta acatagaggt tatagaggta aggagtctca
     3541 gccgaccact tcttagggtt tctaagttcc ataaaagcct ttgcttctcc tgccttatca
     3601 gctgtgacga cggtcttagc tgcaagatta ttatctgcat cctccaatat taagaacgcc
     3661 tttgtgctac cagcaagttg gagattgaca ctaagtgtac catccttata gtcattggcg
     3721 aggtcaggtg ttacacgaat atctttcagg tgctgctttg catcgcgagc atagagatag
     3781 ctatcgcgag caacaccact gagccgccag aagtcctgat cctcacaata gctgccatct
     3841 gaccaacgga acacctgaaa agcaaactga ttttcaccct tcttgaggta ctttgttata
     3901 tcaaactctg gtccaatctt tgagtcttca ctgtaaccta cgaacttacc gttcacccac
     3961 agatatacac aagacgttac agagccaaaa tgagcaataa cttgtttacc atcccagttg
     4021 tctggtatac gaatagtacg acgataagaa cctacgtgat tttccttaaa aggaacttct
     4081 ggagggttgt tcttaaagtt accacgccat gcaaaaccga tgttcacata gacagggtcg
     4141 ccatagccat tcacctccca gataccagga acggggaagg ttttccactg agaatcgtca
     4201 aaatcagtgc gaaaaaagtc ggttggacgt tgatcggcat tctcaaccca attaaacttc
     4261 caatctccat tgagcgaaag atagttagct gattgcttca tatcaaactt cctactgtgc
     4321 acattctcag tcggtgcgaa ggcaaagaag tctgtatgcg ttgcaaaacg attgacggca
     4381 ttcacctgaa gatcatgcca ttcggtgaaa gtaggctcaa caatggtttt ctgtgcatga
     4441 ataccagaca cagacatgcc caccagcaaa gccgttagaa gaatcttatc catattgatg
     4501 ataatttagg tttctttctt taagtttctc aaattacaaa agagtatata tccttaattc
     4561 cgcagcataa attcttgtaa gaactccaag tgtctgagaa acaaagttct caaaacactt
     4621 ggatatgtca gaaa
//
LOCUS       SEQF2637|AYYD01001222.1  634 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..634
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 aaggatcaat ttcatgaatt ctccatcttc tatctttgag gttgcatgtg cttattatgg
       61 tccgcgcttc gcttgcttga ccatnaggct tgcataggac aaanataaca caattagaag
      121 aagttggact ggtcgtgaag gttattacac acgcatgtgt cttcgtgttc agatgtagtg
      181 gaggcagctc tataatcctg ttgccgtaag gattgtagaa aaagaacgtt gtcagccttt
      241 gaatttttcc aaaaacaacc aaccaaagtt ttaactctag tccaatcttt tcgtgatgaa
      301 tcaagctggt aaatatgcca ataaacttca ccgctatcgt gatgataaag tgccaataag
      361 agttttccat cagactcaac cagataagag aatattgtat aggatcgtat tcctaaggag
      421 gtagaacaat ccaccatcac ccaatcttca agttctatat ccaacttacc caccattaac
      481 gagacctgac atcaaaacac aacagaaaac ttcgttggtg taggtgacgt ccataacact
      541 accataacaa gaaggatcaa tttcatgaat tctccatctt ctatctttga ggttgcatgt
      601 gcttattatg gtccgcgctt cgcttgcttg acca
//
LOCUS       SEQF2637|AYYD01001223.122328 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..22328
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             438..620
                     /locus_tag="SEQF2637_02097"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIPGDVYSPRAGAPGGAYAIRPYTGTIIRAIGPPRGTVIRARG
                     ARPVGRMQYAPTRIPT"
     CDS             840..1253
                     /locus_tag="SEQF2637_02098"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKAFTLILALAMLGLMAVINPAAAQDIRLSGSVAYVVKSDGN
                     VYNGSNSQIGQFRGNTLHNRGGASVGEIRGNSIYRGGSSVGEVRSGTVYNRSGQSIGE
                     IKNGTIYNASHSSIGSYSNVDPTRVAALVFFKLLN"
     CDS             1358..2005
                     /locus_tag="SEQF2637_02099"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSKRNLLGILLALAVGLFCLAPAAQAQESESDLSAIREMWEGQ
                     PLTVKISGNRAAGLADFARTFARAYPSDLTDALVARLNDPNNTRKDPNTFVFDPPHGY
                     LKYRYAMDGGAWLELCYWTLPKGHRMVAVSMVDLYNSDKEGLLAFYDYDPTTHRMSPI
                     TPLPVRRGLERGIDGRIVELPRVGYDIRLYEPSDRRAKPEMLKWVKGAQFFESDQ"
     CDS             2098..2718
                     /locus_tag="SEQF2637_02100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTHRIIACLIALICFSAQRAAADSPLTSTDFHQAYANEPIVA
                     QIVQGRTPSDDTWAYLAAPDNPVAVKMAIINKIGWAFEGKNSYQLFLSYLKRQGICKR
                     EKDLYQKRPGDLLLSAAYLKAMDNYFNVEEAARMARRARQMHPDSYTVNIICALIEAQ
                     IAFDSDWGEVYRLTDAVRRNTTLKDDMNDEAKRIIFEYMDLYGSDT"
     CDS             2788..3816
                     /locus_tag="SEQF2637_02101"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTKHLFYAGLMALLLGLMTLGAAPIEAQTGKHDLTRRTWSDG
                     FAAYTVRRGTGGLLLFEGGSLYEGGYAFALRPEGGDFYRLQPAPGRSDIPILGEPGNI
                     VRLRPYGPEMYLVVYDEKDLPFSVLAPIRDLRQRIEDDLSNYYLAGEYRTANGRTITF
                     YPASITSKRRVQGLTDEGDEAVPYTFGEEYNTPMKVVILPDGSAYRVEKTDLGLTIHR
                     VTQDEEGLWTGDGEEIIRNARRTRFLSELDDLPGDFPCTAMRALTIGQLSRLADVDLR
                     IMRNEIYARRGLHFAGGGEMQRHFESKDWYHPEADDVSDRLTELDALNISMIRRAEEM
                     MTNETCRH"
     CDS             3945..5087
                     /locus_tag="SEQF2637_02102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAIHFLLSPLAVLLVVLARCDDGNEVPGRHRTPEPTAVRIDPT
                     AHIWSDGYYAFVVSRTDGGALRFRGISCRKREAEVSFQLVPDGRDGAYRIEGRGRAFK
                     NARSGDAIRFEGFDGTAYLVARDERGRACAALEIIAPRPASAGDGYRPYEELIRTVER
                     HMAYYYLSGEYRTDEGRTIRFSPDRQAVSGLTAGGGEVAYTFAREGGNPVNVILLPDG
                     SAYHVFKGSISRGLNKCDALIIRRATRRGDRWVDGDTVASLCTIRRYFETESVPGTYP
                     FPSTRILTYGIMQQFCFEEAKLLNFELTARYGARFPYPVREIENQRWYQRMKKRDVTQ
                     NDLSPLERINNDLLRWDQEHGSKRPYPWESSEGNGGWRESDIQDLR"
     CDS             5148..6332
                     /locus_tag="SEQF2637_02103"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKNSPLILTLLLALLACSAAAHAQSDGDKQWGTHVLRVHIQP
                     GKRPTIADFARAFLQQYPTPLNTAALAKLDGKAPQPKSCTLEYLLDAPSGYLKYSFHE
                     NSCNRTDYPTMEMCYWRTDAGHCLVAVNGNTYMGNLLLVFYDYNPTTGLMTPLSKPPF
                     KDLHDDVREFIVQLPRKGKDIHLEGWSDRSAPAPLTLRWDGLGGFTLVGAAERYRQPG
                     AGLYQNGQFPATFKTRFGDSDEYPTPFNVHFGKSDEAIPLYNGPSGSATHPITPGDFC
                     YDITVEKVQTGRAYIHYAQMSEDPTVEPSYAYAWVDCSSLYVLLRSRHESVAMTLFAE
                     PTRTSRPLQTIKNEYVDDSQIRPFPWQLLEARQGWLKVRHLRTHVTGWVESRFASSDF
                     VQ"
     CDS             6361..7074
                     /locus_tag="SEQF2637_02104"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNLFGTRSVALLIAFLTFSSAAPAQDDDSPDYFRRPLRVQTA
                     AGKQPTIADFARAFASADQETDPLFSATLARIDGGQPKLPQGDRFTCLIDRPHGYFRA
                     CYTFGEGGIDPNQILEVCYWRTDTDHRLVAVCSYSDIGTYILIFYDYNPATGLMTPLA
                     QPPFQDFHELLGELIVQLPSEGKDIHMKSWWAGGPAPSPSAGMAVTASPWSTPLSAIG
                     SPRPTNLPPATSSHSSNPR"
     CDS             7071..7496
                     /locus_tag="SEQF2637_02105"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTGGEPVDLYDAPDGKVIRHLTDKELDYDLRVKRAENGWAYVD
                     YGNNLLGAGSSEGSAWVRSTALYVLPAGPVYTNYLYAEPTRASHRVATFNEAQDNSSD
                     IWWKVLEIRKGWVKIRTTHLGITGWIEARILCGSKGVDC"
     CDS             7562..8791
                     /locus_tag="SEQF2637_02106"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPLFLLLLGLTLLVPATHAQDDDTKYDEYTDYGDEMEIMRSLS
                     IEGWAHEPALPVHASTSKGPTIADFARAFLKQKRYSSSFSRAILARLDGLHPKPNDGM
                     FRYLIDVPHGYLSVDTPFSCGADCTISLEMCYWHTANGHRLVGLTWGDRGIGCLLFYD
                     YNPQTRLMTPLPEPPIKDFYDNPALLNALLPRQGKDIHIKPIWDNPSDTLTLRWNGSD
                     AFIFDGAAERYRKPAKSNEVALFARAYFYQTPNMPDLSDMKDAPLYDAPNGIITRRLT
                     PAEQQEYFIMLTCVRGDWAEVAYIQPGDRYPVDLTRSLRQGRDYDTSFRRAWVPRRAL
                     FVDIADKDGPFDLMLHLYAEPTLASRRLYAVEDMRNSVEVALAFHLLEARHGWVKVQM
                     ATTNYIGWIESRYLLAD"
     CDS             8844..9824
                     /locus_tag="SEQF2637_02107"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNLFWANALRPCIALLIGLLTVAPACTRKSANAQETASASPK
                     VAQSVDRPEDPVRAEIVDGRVRLTAKTDELGWPERTQFVEGLTGRCVGLFVGDIGQDT
                     NPFLCMLMDDGGVELLSYHSLGHEAYGRTLCFTSSGRLPGLKDITRFREGPVMNEYGF
                     ADYGTIFAIDREGREHEIEPCIRPFSALYSYSSGGTGVVLEQQLVIYPDWTFLFTLGI
                     AESELVHTYTGRLRPIKMDYENEVYEYSYTMLTRFDYPPVGDEEAYENARPQPATERG
                     SFRLTYKDGSRSYDLVVLSGPLPFATEKGSPARYRRVRNSDIPAPNLVTD"
     CDS             9845..11251
                     /locus_tag="SEQF2637_02108"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTSLFTLLLGLLALTATGCNRSNAQGAAAADVSELPWEETDIV
                     AVAFVGYGASFEDFKQTPAFADLKQRYGLPDDISCISRKDEEGEESATDNELYLVIPR
                     DPNASVAVNDLPVERLIDPDADVYGPILYKSESGTPFFVRCQSSGGMMNLEMIIVDNN
                     GRQIIYRPQLSTDDGSLVTPGIVNKGEGSVLDITQPLPTSRLPQSVECPEDPITARIA
                     QGRVFLDVQKPFGAVENRTYVLEGITGRCVGLFAGEIGRDKLFFLCLLMDDGGVEAFC
                     PTSISGFNPNSGADFISSGRLPDLKDITGFRQEGDAIQAIDKSGGKHALRPNLLPKPY
                     RSLFHDADGEEYELRIYPDWRLMFIDGSREGSTIACYAGQVFQTKADAKSGQYEFRYL
                     MRSHTAFESGDTNPDIVEKTTPSTASGTFRLTTHDGGQTYDLVLLSGPALFRFKPGSP
                     AHFSIVSSYEGQPLWSEE"
     CDS             complement(11639..12613)
                     /gene="ispB"
                     /locus_tag="SEQF2637_02109"
                     /EC_number="2.5.1.90"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44916"
                     /codon_start=1
                     /transl_table=11
                     /product="Octaprenyl diphosphate synthase"
                     /translation="MINKRDIERPVEEALEQFRNEYTEALHSDVRTIRAAIEAVYHSG
                     GKHVRPLLLLLSAQAAGGVRPDSVHSAVFIELLHMASLIHDDVVDDTRQRRGQPSINA
                     VFDNRIAVLVGDFVLSEALIRAARTGSAMIVSIISTLSRQMAAGEIKQLENAREQLLT
                     EEDYFSAVEKKTAMLLAVCAEIGAVTAGADAEVQAHCREYGRLLGYSFQIRDDLFDYF
                     DMPTTGKPGGNDIREGKVTLPLLYALSATAEAVKAPFLRMIREQCFTPENVAALIRFA
                     KEHGGIAYAEQRMNEFRDRAKDEIRYLPDGPARESLLALADYIVGRNV"
     CDS             12832..15594
                     /gene="polA"
                     /locus_tag="SEQF2637_02110"
                     /EC_number="2.7.7.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00582"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA polymerase I"
                     /translation="MKLLLIDAYALIYRSYYAFIRNPRVNSKGMNTSAIFGFINSLDD
                     ALRRLTPTHAAIAFDPAGPTFRHEAFPEYKAQREKTPEDIHTSVPYIRRLIEARHIPL
                     LEVARYEADDVIGTIATQAAQEQFDVYMMTPDKDYGQLVTDRIFQFRPRHGGDYETMG
                     TTEVLAKYGLTDVRQVVDLLGLMGDASDNIPGCPGVGEKTAQKLLTEFGSIERLLEST
                     DQLKGALRTKIETHAEQIRFSKFLATIVTDAPIRFDAAACAVSEPDRDALRELYTELE
                     FRSFLTKLDTPTDAPAPGSQLTLFANEPTAMPPQSPDEADTADATTTPHTYHLVDTEE
                     ARRALAEQLNQAEAFAFDTETEGVDALHTRLVGMSFALRAHEAWYVPVPADEEEARAT
                     VAPFAAPLQNTAIRKVGQNIKFDLMVLIKYGIRADGPLFDTMIAHYLLHPELRHNMDY
                     LSETYLRYRPIAIESLIGPRGKGQRSMREVPVKDVCEYAAEDADVTWQLMEHFRPLLA
                     EHGVEQLFHDIEMPLVPVLAEMEEAGMTLDTEALRQSSDELNATLRSLEEEIHTLAGM
                     EFNINSSRQVGTVLFEHLRLEEKVKKTKTGLYSTGEEVLEKLRSKHPIVDKLLDYRRV
                     KKLLSTYIDALPERVDPATGKIHTSFNQTVTSTGRLSSSNPNLQNIPVREELGREIRK
                     AFTADDADSVFFSADYSQIELRIMAHFSGDEHMTDAFRHGTDIHAATAAKIFGVTPEE
                     VTSDMRRRAKTANFGIIYGISAFGLAERLAIPRAEARELIDGYFASYPRIKAYMDESI
                     RTATERGYVETLFGRRLFLPDIRSRNAVVRGYAERGAINAPIQGTAADIIKIAMIGIR
                     RRFRQEHLRSRMILQVHDELNFNVRKEELDVVRRIVREEMEGAAKLSVPLTVDCGVGR
                     NWLEAH"
     CDS             complement(15788..16132)
                     /locus_tag="SEQF2637_02111"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEPFDDMKVIYNRLVPFRGFTAINLMGVVFARVEYRPLSTAILR
                     HEAIHTAQMKETAFLGFYLIYISEWLWGLLRRQSSLAAYRAIRFEREAYRYMADPSYL
                     TRRHPYAWASMT"
     CDS             complement(16363..17175)
                     /gene="pyrF"
                     /locus_tag="SEQF2637_02112"
                     /EC_number="4.1.1.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIU3"
                     /codon_start=1
                     /transl_table=11
                     /product="Orotidine 5'-phosphate decarboxylase"
                     /translation="MNKNELIQNIRRKKSFLCVGLDTDLKKIPPHLLNDDDPIFAFNR
                     AIIDATAEYAIAYKPNLAFYECAGARGWLAFEKTVRYLREHHPDTFLIADAKRGDIGN
                     TSALYARTFFEETDVDALTVAPYMGEDSVTPFLGYDGKWVVLLALTSNKGSADFQLTA
                     SADGERLFERVLRQSQEWADDERMMYVVGATQGRMFEDIRRIVPRHFLLVPGVGAQGG
                     SLDEVCRYGMNADCGLIVNSSRAILYADRTEAFATAAAREARAVQQQMAAYL"
     CDS             complement(17180..17308)
                     /locus_tag="SEQF2637_02113"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGSSFLPLREEKKQKKIKAAGLPANYAGAPKDYLPRKFKMT"
     CDS             complement(17432..18541)
                     /gene="prfA"
                     /locus_tag="SEQF2637_02114"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7I0"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptide chain release factor RF1"
                     /translation="MNANLILQKLDGLTARFEEVSTLITDPEVIADRNRFVRLTKEYK
                     GLEELLSAKRDYEQLLANLDEARSIVMNDDDPDLKEMAREEIAAGEERLPALEEQIKL
                     MLVPADPEDAKNAIVEIRGGTGGDEAALFAGDLYRMYAKYCEVKGWGVAVSSVSEGTS
                     GGFKEIIFTVTGDNVYGTLKYESGVHRVQRVPQTETQGRVHTSAATVAVLPEADEFDV
                     EINEGEIRWDTFRSSGAGGQNVNKVESGVRLNYTWRDPVTGESEEIRIECTETRDQPK
                     NKERALSRLRSFIYDREHSKYMDDIASRRKTMVSTGDRSAKIRTYNFPQGRITDHRIN
                     YTIYNLPAFMNGDIQDCIDRLTIAENAERIKESEL"
     CDS             complement(18542..19615)
                     /locus_tag="SEQF2637_02115"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTLKVIIHTENPHDHQKVMGTSDCVMTVLSRRFCEKMDLSKID
                     EMKKPALYLLVDEEKKAYIGQTRSFNSRVKDHLAKKKWWTRAYVFVSDAGRYNTASIE
                     YLEYLAIQEGLAVGIYDLSDNWQTPTEPTLQKWDRNEYDEIFEGIKFFLEYERCFVFT
                     KMEEKAKAPLQKEITFSTESTASKAVAETVSSEPIEPKPAAKTFSIEAVVPRSTTKTV
                     LPAPVTQHPIVKTFSPDAIVSRPVANQPPLFFLKHTKQTCVARGYPLNDGTKSFVVLK
                     GSEVSVKESNDKGGSARVEILKHCTLRGDDKYVLNEDLIFKTPSGASRTCLGRSSNGY
                     DVWKTEAGVTLKSYLENLKQTHP"
     CDS             complement(19926..21095)
                     /gene="purM_2"
                     /locus_tag="SEQF2637_02116"
                     /EC_number="6.3.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q97TA2"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylformylglycinamidine cyclo-ligase"
                     /translation="MSDQRYTRRGVSASKEDVHNAIRRIDKGLFPKAFCKIIPDILGA
                     DPAYCNIMHADGAGTKSALAYLYWRETGDLSVWKGIAQDALIMNIDDLLCVGATDNIL
                     VSSTIGRNKLLIPGEVISAIINGTDELLSELREMGIGVYATGGETADVGDLVRTIIVD
                     STVTCRMRRADVIDNARIRPGDVIVGLASFGQATYEHAYNGGMGSNGLTSARHDVFAH
                     YLAEKYPESFDAAVPDDLVYAGGLRLTDAIEGLGIDAGRLVLSPTRTYAPVVKALLDA
                     MRPEIHGMVHCSGGAQTKILHFIGDDMRVVKDNLFPLPPLFRIIREQSGTDWAEMYKV
                     FNMGHRMEVYLDAARAEEVIALSRSFGIDARIVGRVESAERKELIIRSEFGEFRY"
     CDS             complement(21037..22173)
                     /locus_tag="SEQF2637_02117"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPKKSKPEAAAPKAQKEPAAQPAPAKPAPKKEAAPAAKPAPAPK
                     ADAPKPAAKPAADPKDAAAKKPAPADAKKPAPAPKADAPKPAAKPAADPKAAAAKKPA
                     PADAKKPAPTPKADAPKPAAKPVADPKAAAAKKPAPADTKKPASAPKAWTPKPTAKPA
                     ADPKAAAAKKPAPADTKKPASAPKAWTPKPTAKPAADPKAAAAVKKPATAVKKSAIAS
                     AKKPVATKKAVSPPAAKKPAPTPKKQSGKLVASSEKSKATPTKKVTPKDQRAPQAKKP
                     AASVVNKAKTPAAKPAAKPTAAKPAAKPATKSAAKPAAKATAAKPTAKPAAKTALVKK
                     TTPQASQKKEPKTLQKTSTLRRQNNNERPTVHTARRQRLERRRA"
ORIGIN      
        1 caggcgaagg tctacaccgt cggcccgacg ctctacctct ccctcccgac gcccgagacg
       61 gtacaggtct acaccctcgc cggcacgctc taccgcatct ggcaagcccc cgccggcgac
      121 acgtccggca ccctccccgc cggcacctac atcatcaagg tcggcccgct gacggagaag
      181 gtggtggttc ggtaactgtt tagttgttta gttgttgggg ctgcgccccg ttgagatgtt
      241 taggcgtttg gctggggcgt ctgcggacgc cggcgaatct ggccgggtac ccaaagggac
      301 ccgcctcaac atctcaacag ggccgcaagg cccgaatgga tgtacccgga gcggcctgta
      361 gggccgccgg accatagccc ggggcgaaac cccggggcga aacagaatac gccccccaaa
      421 catcccgcaa gggatgaatg aacatacccg gggacgtgta ttcgccccgt gccggggcgc
      481 ccggtggggc gtatgcaata cgcccctaca cgggtacgat cattcgggcc atcggcccgc
      541 cccgtggtac ggtcattcgg gcccgtgggg cccgcccggt ggggcgtatg caatacgccc
      601 ctacccggat acccacctaa acacctaaac gcataaacaa ttcaacaggg gcgcagcccc
      661 caacacctca acggggcgca ggccccaaca aaccaacaat tcaccggggc gtctgcggac
      721 gccggcgaag ctggccaggt acccggcaaa cttggctggc gtccctgacg cccccggcaa
      781 acttggcagg cgtccctgac gccccccaac atattaacat cataaacccc aaaaacaaga
      841 tgaaaacaaa agcattcacc ctcatcctcg ccctggccat gctggggctg atggcagtca
      901 ttaaccccgc cgcagcgcag gacatccgcc tcagcggctc cgtggcctac gtcgtcaagt
      961 ccgacggcaa cgtctacaac ggctcgaaca gccagatcgg ccagttccgc ggcaacacgc
     1021 tccacaatcg cggcggcgcg agcgtcggcg agatccgcgg caacagcatc taccgcggcg
     1081 gctccagcgt cggcgaagtg cgcagcggca ccgtctacaa ccgcagcggc cagagcatcg
     1141 gcgagatcaa gaacggcacg atctacaacg cctcacattc cagcatcggc agctatagca
     1201 atgtcgaccc gacccgggtg gccgcgctcg tcttctttaa gctgctcaac taatccgttc
     1261 acgcacaccg taaccccaga gagcaggcgg acgcggggag ggcagcaacc cgttcctccc
     1321 ctccgcccgc cctctctcta caacaccaca caaactcatg aactcgaaac gcaacctctt
     1381 aggaatcctc ttggccctcg ccgtagggct cttctgcctc gctcccgccg ctcaggcgca
     1441 agagagcgaa tccgacctgt cggccatccg cgaaatgtgg gaaggccaac ccctcaccgt
     1501 caagatctcg ggcaaccgcg cggccggcct ggccgacttt gcccgcacct tcgcccgcgc
     1561 ctatccctca gacctcaccg acgccctcgt ggcccggctg aacgacccga acaacacgcg
     1621 caaggacccg aacaccttcg tcttcgaccc tccgcacggc tacctcaagt atcgttacgc
     1681 gatggacggc ggcgcgtggc tcgagctctg ttactggacc ctcccgaagg gccatcggat
     1741 ggtggccgtg agcatggtcg acctctacaa cagcgacaag gagggtctgc tggccttcta
     1801 cgactacgac cccacgacgc accggatgag ccccatcacg ccgctgcccg tacgccgcgg
     1861 actcgagcgt ggcatcgacg gacgtatcgt ggagctgccc cgcgtaggct acgacatccg
     1921 tctctacgaa ccgtctgacc gtcgggccaa gcccgaaatg ctgaagtggg tcaaaggcgc
     1981 ccaattcttc gagtcagacc aatagccaac cttgccccct cggagcgtcc tcaccgtgcg
     2041 acgctctgaa ggggtcatga cttcttattc atatcacact tcaaacccac ccacacaatg
     2101 aaaactacgc accgcatcat cgcatgcttg atcgcactga tctgtttcag cgcacagcgc
     2161 gccgcggccg actcgccgct cacctcgacc gacttccatc aggcttatgc caacgagcct
     2221 atcgtggcgc agatcgtgca gggcagaaca ccctccgacg acacgtgggc ctacttggcc
     2281 gcacccgaca atcccgtggc cgtcaagatg gccatcatca acaagatcgg atgggctttc
     2341 gagggcaaga acagttacca actcttcctc agctacctca agcgccaagg catctgcaaa
     2401 cgggagaaag atctctacca gaagcgcccg ggcgacctgc tgctctcggc cgcttacctc
     2461 aaggcgatgg acaactattt caacgttgaa gaggccgccc gcatggcgcg tcgggcacgg
     2521 caaatgcacc cggacagcta cacggtgaac atcatctgcg ccctcatcga ggcacaaata
     2581 gccttcgaca gcgactgggg cgaggtctac cggctgaccg acgccgtacg ccgcaacacc
     2641 acgctcaagg acgacatgaa cgacgaggcc aaacgcatca tcttcgagta tatggatctc
     2701 tacggctcgg atacctaacg cggctggcaa ttatccgcaa ctatgcggac ctttacgacc
     2761 agtaatcacc cctcatttac acacacaatg aaaacgacca agcatctttt ttacgcaggg
     2821 ctcatggccc tcctccttgg gctgatgacc ctcggcgcag cgcccatcga ggcacagacg
     2881 ggtaagcacg acctgacgcg ccgcacgtgg agcgacggct tcgcggctta caccgtgcga
     2941 cggggcacgg gcggactgct cctcttcgag ggcggatccc tctatgaggg tgggtatgcc
     3001 ttcgccctca ggcctgaggg cggcgacttc tatcgactgc aaccggctcc gggccggagc
     3061 gacatcccca tcctgggcga gccgggcaac attgtccgcc tcaggcccta cggcccggag
     3121 atgtatctcg tagtctacga cgagaaggac ctcccgttca gcgtgctggc acccatccgt
     3181 gacctccgcc aacggatcga ggacgacctt tcgaactact acttagctgg cgaataccgc
     3241 accgcgaacg gtcgcacgat caccttctac cctgcctcca tcacctctaa gcggcgcgtg
     3301 cagggactca ccgacgaggg tgacgaggcc gtaccctaca ccttcggcga ggagtacaac
     3361 acgcccatga aagtcgtcat cctgcctgac ggctcggcct atcgggtgga gaagaccgac
     3421 ttggggctca ccatccaccg tgtcacccaa gacgaggagg gtctctggac gggcgacggc
     3481 gaggagatca tccgcaatgc acgacgcaca cgtttcctct cggagctgga cgatctgccg
     3541 ggcgacttcc cctgcaccgc catgcgggcc ctgacgatag ggcagctgag ccgccttgcc
     3601 gacgtggatc tccgaatcat gcgcaacgag atctatgccc gccgcggact gcacttcgcc
     3661 ggcggcggag agatgcagcg acatttcgag tcgaaagact ggtatcaccc cgaggccgac
     3721 gacgtctccg accgcctcac cgagctggat gcgctcaaca tctccatgat ccgacgtgcg
     3781 gaggagatga tgactaacga gacctgccgg cattgagatg gataagaaac aagtatgact
     3841 gatccatgat gctccccgga gatacaccgg ggagcatggt gccgcccata gagaatcgat
     3901 cactgaccac tacttattaa ccactcatcc ccccaaaaac gccgatgaac gcaatacatt
     3961 tcctactcag ccccttggcc gtgctgctgg tcgtcctcgc ccgatgcgac gacgggaacg
     4021 aggtgcccgg ccgtcaccgc acacccgagc ctacggccgt ccgcatcgac cccacggccc
     4081 acatctggag cgacggctac tacgccttcg tggttagtcg gacggacggc ggagcgctcc
     4141 ggttccgcgg catctcttgt cgtaaacgcg aggccgaggt cagcttccag ctcgtccccg
     4201 acggccggga cggcgcctac cgtatcgagg gacgcggacg cgccttcaag aacgcccgct
     4261 cgggcgacgc catccgcttt gagggcttcg acggcacggc ctacctcgtc gcccgtgacg
     4321 agcggggacg cgcctgcgcc gccctcgaga tcatcgcccc acggcctgcg agcgcaggcg
     4381 acggctatcg gccctacgag gagctgatcc gcaccgtgga gcgacacatg gcttactact
     4441 acctctcggg cgaataccgc accgatgagg gtcgcacgat ccgcttctcg cccgaccgtc
     4501 aggccgtcag cggactcacc gccggcggcg gcgaagtggc gtacaccttc gcccgcgaag
     4561 ggggcaaccc ggtgaacgtc atcctgctgc ccgacggatc ggcttaccac gtcttcaaag
     4621 gcagcatttc gagaggactg aataagtgcg acgcccttat catccgccgt gctacccgtc
     4681 ggggcgaccg ctgggtggac ggcgacaccg tggcctcact ctgcaccatc cgccgctact
     4741 tcgagaccga gagcgtgccc ggcacatacc ccttccccag cacgcgcatc ctgacctacg
     4801 gcatcatgca gcaattctgc ttcgaggaag ccaagctcct caacttcgag ctgaccgccc
     4861 gctacggcgc tcgcttcccc tacccggtga gggagataga gaaccagcgc tggtatcagc
     4921 gcatgaagaa gcgcgacgtg acgcaaaacg atctctcccc gttggaacgc atcaacaacg
     4981 acctcctccg ctgggatcag gagcatggat caaagcgccc ctacccctgg gagtcgtccg
     5041 agggcaacgg cggatggagg gagtcggaca tccaagatct tcgataatcc ccaatcggcc
     5101 attgacccat ttgggttgat aattgaccat cgataattct cacagatatg aaaacaaaaa
     5161 actctcctct catcctcacg ctactcctcg cgctcctcgc ctgctccgcc gccgcccacg
     5221 cacagagcga cggcgataag caatggggta cccacgtctt acgcgtacac atccagcccg
     5281 gcaagcggcc cacgatcgct gacttcgccc gcgccttcct ccagcaatat cccaccccgc
     5341 tcaacaccgc cgccttggcc aagctcgacg gcaaggcacc acagccgaag agctgcacat
     5401 tggaatacct cctcgatgcc cccagcggct atctgaaata cagcttccat gagaatagct
     5461 gcaatcggac cgactacccg acgatggaga tgtgctactg gcgcaccgac gctggccact
     5521 gcttagtggc cgtcaatggc aacacctaca tgggcaacct cctcctcgtt ttttacgact
     5581 acaaccccac caccggactc atgacgcctc tctccaagcc acccttcaaa gacctccatg
     5641 acgacgtccg agagttcatc gtccaactcc cccgcaaggg caaagacatc cacctagaag
     5701 gctggtcaga ccgaagcgcc cccgcccccc tcaccctccg ctgggacgga ctgggcggat
     5761 tcactctggt cggcgccgcc gaacgctatc ggcagcccgg ggccggtctt tatcaaaacg
     5821 gccagttccc ggccacattc aagactcgct tcggagactc cgacgaatac ccgaccccct
     5881 tcaatgtgca cttcgggaaa tccgacgaag ccattccgct ctataacggg cccagcggct
     5941 ccgccaccca tcccatcaca cccggcgact tctgttacga catcaccgtg gaaaaggtgc
     6001 agacgggcag ggcgtacatc cattacgctc aaatgtccga ggatcccact gtcgagccct
     6061 catacgctta cgcttgggta gactgttcct cgctctacgt cttattacgc tccagacacg
     6121 aaagcgtcgc catgaccctc ttcgccgagc ccacccgcac ctcgcgcccc ctccaaacca
     6181 tcaaaaacga atacgtcgac gactcccaaa tccgtccatt cccttggcag ctcttggaag
     6241 cccgccaagg atggctgaaa gtgcgccacc tccgtacgca cgtcactgga tgggtcgaat
     6301 cacgctttgc ctcttccgac ttcgtgcaat aaatctctcc ctaacgactc ctcaacagat
     6361 atgaaaacga atctctttgg gacgcgctca gtcgccctac tcatcgcctt cctcaccttc
     6421 tcctccgccg cacccgcgca agacgacgac tctcccgatt acttccgccg ccccttacgc
     6481 gtgcaaaccg cggccggcaa gcagcccacg atcgccgact tcgcccgcgc ctttgccagt
     6541 gccgaccaag agacggatcc gctcttcagc gccacccttg cccggatcga cggcggccaa
     6601 cccaagctcc cccaaggcga ccggttcacc tgcctcatcg accgtccaca cggctacttc
     6661 cgcgcctgct acaccttcgg cgaaggcggc atagatccga accaaatcct ggaagtatgc
     6721 tactggcgca ccgacaccga ccaccgcctc gtcgccgtct gtagctacag cgacatcggc
     6781 acctacatcc tcatcttcta tgactacaat cccgctaccg gactcatgac gcccctcgcc
     6841 cagccgccct tccaagattt ccacgagctc ctcggggaac tcatcgtgca acttcccagc
     6901 gaaggcaaag acatccacat gaaaagctgg tgggcaggcg gcccagcccc ctcaccctcc
     6961 gctggaatgg ccgtgacggc ttcaccctgg tcgacgccgc tgagcgctat cggcagcccg
     7021 cggccaacca acctaccacc tgcgacttcc tcgcactctt caaacccgag gtgactaccg
     7081 gcggcgaacc cgtcgacctc tacgacgccc ccgacggcaa agtcatccgt catcttaccg
     7141 acaaagaact cgattacgac ttgcgggtca agcgcgcaga aaatggctgg gcttacgtcg
     7201 actacggtaa taacttgctg ggagcgggct catccgaggg tagcgcttgg gtacgcagca
     7261 cagctctcta cgtcctcccc gccggccccg tctacaccaa ctacctctac gccgagccca
     7321 cccgcgcctc acaccgcgtc gccaccttca acgaagccca ggacaatagc tccgatatct
     7381 ggtggaaagt cctcgaaatc cgcaaaggct gggtcaaaat ccgcaccacc catttaggca
     7441 tcaccggctg gatagaggcc cgtatcctct gcggctccaa gggcgtagac tgctgactcg
     7501 gccgcatacc cttcttttcg cggatacccg gataatcatc gacaattcac aatggatcat
     7561 tatgaaacct ctcttcctcc tcctgttagg actcactctc ctcgtccccg ccacccacgc
     7621 gcaagacgac gacaccaaat acgacgaata cactgactac ggcgacgaga tggagatcat
     7681 gcgctcctta agcatcgaag gctgggctca cgaaccggcg ctccccgtgc acgcttccac
     7741 aagcaaaggg ccgacgatcg ccgactttgc ccgcgccttc ctgaagcaga agcgatacag
     7801 cagctccttc agccgcgcta tcctcgcccg gctcgacggt ctccatccga agcccaacga
     7861 cggcatgttc cgctatctca tcgacgtacc tcacggctac ctctccgtcg ataccccctt
     7921 cagctgcggt gcggactgta ccatctcgtt agaaatgtgc tattggcaca ccgccaacgg
     7981 ccatcggctc gtgggcctca cttggggcga ccggggcatc ggctgtctcc tcttctacga
     8041 ttacaacccc cagacccgcc tcatgacgcc cctccccgag ccccccatca aggacttcta
     8101 cgacaatccc gccctgctga acgccctcct gccccgccaa ggcaaagaca tccacataaa
     8161 gcccatctgg gataacccct ccgacaccct taccctccgc tggaacggaa gcgacgcctt
     8221 catcttcgac ggcgccgccg agcgatatcg gaagcccgcg aaaagcaacg aggtggctct
     8281 ctttgcccga gcatatttct atcagacgcc caacatgccc gacctctcgg acatgaagga
     8341 cgccccgctc tacgacgccc cgaacggcat catcacccgt cgcctgaccc ccgcggagca
     8401 gcaggagtac ttcatcatgc tcacctgcgt ccgcggcgac tgggccgaag tcgcctacat
     8461 acagccgggc gatcgatacc cggtagatct gacccgtagc ctccggcaag gccgcgacta
     8521 cgacaccagc ttccgccgcg cctgggtgcc ccgcagggcg ctcttcgtcg acatcgccga
     8581 caaagacggg cccttcgacc tgatgctcca cctctacgcc gagcccacac tcgcctcgcg
     8641 ccgcctctat gcggtggaag acatgcgaaa cagcgtcgag gtggcgctcg catttcacct
     8701 cctggaagcc cgccacggct gggtcaaggt gcaaatggcc accaccaact acatcggctg
     8761 gatagaatcg cgctacctct tggccgatta ggacagcgat tgcggatact gatcccgctt
     8821 catcatggat aattgaaacc gatatgaaaa cgaatctctt ttgggcgaat gcgcttcgcc
     8881 cctgtattgc cttattgatc gggctactca ctgtcgcccc tgcttgtacg cggaagtcag
     8941 ccaacgcgca ggaaacggcc agcgcctcgc cgaaagtcgc tcaatccgtc gaccggccgg
     9001 aagaccctgt ccgcgccgag atcgtagacg gacgcgtccg cctcaccgcc aaaacagacg
     9061 agctcggttg gcctgagcgc acccaattcg tcgaaggcct cacgggccgc tgcgtcgggc
     9121 tcttcgtcgg cgacatcggc caagacacca accccttcct ctgcatgctc atggacgacg
     9181 gcggcgtgga gctcctctcc taccacagcc tcggccacga ggcctacggg cgtacgctct
     9241 gcttcacctc ctccggccgc ttgcctggcc tgaaggacat cacgcgtttc cgtgaaggcc
     9301 ccgtcatgaa cgagtatggc ttcgccgatt acggcaccat cttcgccatc gatcgtgaag
     9361 gccgcgagca cgagatcgag ccttgcatcc gacccttctc cgcgctctac agctactctt
     9421 caggcggcac cggcgtcgtc ctggaacaac aactcgtcat ctatcccgat tggaccttcc
     9481 tgttcaccct cggcatcgcc gaaagcgaac tcgtccacac ctacaccggc cgcctccgcc
     9541 cgatcaaaat ggattacgaa aacgaagtct acgagtacag ctacaccatg ctcacccgct
     9601 tcgactaccc gcccgtaggc gacgaggaag cgtacgaaaa cgcccgtccc cagcctgcca
     9661 ccgagcgcgg ctccttccgc cttacctaca aagacggaag ccgcagctac gacctcgtcg
     9721 tcctcagcgg cccccttccc ttcgccaccg agaagggctc cccggcacgt tacagacgcg
     9781 tccgcaacag cgatattccc gcccccaatc tcgtaaccga ctaatcccct cacacctcac
     9841 agatatgaaa acctccctct ttacgcttct actcgggcta ctcgccctca ccgccacggg
     9901 ctgcaaccgc agcaacgccc aaggcgccgc agcggcggac gtctctgaac tcccttggga
     9961 agaaaccgac atcgtggccg tcgccttcgt gggctacggc gcctcgttcg aagacttcaa
    10021 acagacgcct gccttcgccg atctgaagca gcgctacggc ctgcccgacg acatcagctg
    10081 catcagccgc aaggacgaag aaggcgagga gagcgccacc gacaatgagc tctacctcgt
    10141 catcccccgc gatccaaacg cctccgtagc cgtcaacgac ctgcccgtcg aacgcctcat
    10201 cgaccccgac gccgacgtct atggcccgat cctctacaag agcgagtcgg gcacgccctt
    10261 ctttgtccgc tgtcagagca gtggcggcat gatgaacctt gaaatgatca tcgtggacaa
    10321 caacggccga cagatcatct accgcccgca gctctccacc gacgacggct cgctcgtcac
    10381 gcccggcatc gtcaacaagg gcgaaggctc cgtgctcgac atcacgcagc cgctgcccac
    10441 gagccgcctg ccgcagtccg tcgagtgccc cgaagatccc atcacggccc gcatcgctca
    10501 ggggcgcgtc ttcctcgacg tgcagaagcc cttcggcgcc gttgagaatc gcacctatgt
    10561 gctggagggc atcaccggcc gctgcgtcgg actcttcgcg ggcgagatcg gccgtgacaa
    10621 gttattcttc ctctgcctgc tcatggacga cggcggcgtg gaagccttct gtccgaccag
    10681 catcagcggc ttcaatccga acagcggcgc ggacttcatc tccagcggcc gcctgcccga
    10741 cctgaaggac atcaccggct tccgccaaga gggcgatgcg atccaagcca tcgacaagtc
    10801 aggcggcaaa catgcgctcc gccccaacct cctgcccaag ccttaccgct cactcttcca
    10861 cgatgccgac ggcgaggagt atgaactgcg catttacccc gattggaggt tgatgttcat
    10921 cgacggatcg cgcgagggca gcacgattgc gtgctacgct gggcaagtct tccagacgaa
    10981 ggccgacgcc aagtccggac agtacgagtt ccgctacctc atgcgctcgc acaccgcctt
    11041 tgaaagtggc gacaccaatc cggacatcgt cgaaaagacc actccctcga ccgcgagcgg
    11101 caccttccgc ctcaccaccc acgacggcgg ccagacctac gacctcgtcc tcctcagcgg
    11161 ccccgccctc ttccgcttca agcccggcag ccctgcccac ttcagcatcg tcagcagcta
    11221 cgaaggccag ccgctctgga gcgaggaata agcggacaga gaacagcccc gccattcccg
    11281 attgagcccc gtttccacct ggaaacagcc ccgtaattcc ggattacagc gtgttgcttg
    11341 gaagaaactc gccggaattc tcgatttggg cgtgttgctt ggaagaaaca gggcagaatt
    11401 cccgatttag gcgtgttgct cggaagaaac tcgctggaat tctcgatttg ggcgcgtttc
    11461 ttggaagaaa caggccggaa ttcccgattt aggcgtgttt ctcggaagaa acacggcaga
    11521 attccggatg gaggcacgtt tccgggtgga aatgtgtgcg agatgaaagc aaaacgtcct
    11581 gccgacaagg gatttcccct ccgccggcag gacgtttcgc gtgtaaccct tgcgcctctt
    11641 acacgttgcg gcccacgata tagtccgcca aagccagcag actctcgcgc gccggtccgt
    11701 cgggcagata gcggatctcg tccttggcac gatcgcggaa ctcattcatg cgctgctcgg
    11761 cgtaggctat gccgccgtgc tccttggcaa aacggatcag cgccgccacg ttctccggcg
    11821 taaagcactg ctcacggatc atacgcaaga agggcgcctt cacggcctcg gccgtcgcag
    11881 agagcgcgta gagcagcggc agcgtcacct tgccctcacg gatatcattg ccgccgggct
    11941 tacccgtggt gggcatgtcg aagtagtcga agaggtcgtc gcggatctgg aaactgtagc
    12001 cgagtagccg gccgtactcg cggcagtgcg cctgcacctc tgcgtccgca cccgccgtga
    12061 ccgccccgat ctcggcacag accgccagca gcatggccgt cttcttctct acggcggaga
    12121 agtaatcctc ttccgtaagg agctgttcgc gcgcgttctc cagctgtttg atctcgcccg
    12181 cggccatctg tcggctgagg gtggagatga tggagacgat catcgcactc cccgttcggg
    12241 cggcgcggat cagtgcctcg gacagcacaa agtcgcccac caagacagcg atgcgattgt
    12301 cgaaaacagc gtttatggag ggctgtccac ggcgttgacg cgtatcgtcc accacgtcgt
    12361 cgtggatcag cgaggccatg tgtagcagtt cgatgaagac ggccgagtgc accgaatcag
    12421 gtcggacgcc gcccgcagcc tgggcggaga gcaacagcaa cagtggccgg acatgcttgc
    12481 cgccggagtg atatacggcc tcaatggctg cacggatcgt gcgcacgtcg ctgtgtagcg
    12541 cctcggtgta ttcgttgcga aactgctcaa gcgcctcttc caccggacgc tctatatccc
    12601 gtttattgat catgttctgg gtgtatttta atgtcgggca aaagtagata gaggtgggaa
    12661 ttatcctttc atcctggccc catccgccgt tacaatcgcc cccttctgcc gaaaggagat
    12721 tcgttggggg catgctcaca tgtacccggc caaacttccc tgccccggca ggggcccccg
    12781 ccggatctac tcttactttt acgcccgcaa atccaaactc atacatccca aatgaagctc
    12841 ctcctcatcg atgcttacgc actgatctac cgttcctact acgccttcat acgcaatcct
    12901 cgcgtcaatt cgaaaggcat gaacacctcg gccatcttcg gcttcatcaa ctcgcttgac
    12961 gatgccctcc gacgactcac gcccacccac gccgccatcg ctttcgaccc cgccggaccc
    13021 accttccgcc acgaggcctt tcccgaatac aaggcgcaac gcgagaagac gcctgaggac
    13081 atccacacat ccgtacccta catccgccga ctcatcgagg ccaggcacat ccccctgctc
    13141 gaggtcgcgc gctacgaggc cgacgacgtg atcggcacca tcgccacaca ggctgcgcag
    13201 gagcagttcg acgtctatat gatgacgccc gacaaggatt acgggcaact cgtcaccgac
    13261 cgcatcttcc agttccgccc gcgccacggc ggcgattacg agacgatggg cacgaccgag
    13321 gtgctcgcca agtatggcct gaccgacgtc cgtcaggtgg tcgacctgct cgggctgatg
    13381 ggcgacgcct cggacaacat ccccggctgc ccgggcgtcg gcgagaagac ggcgcagaag
    13441 ctgctcaccg agttcggcag catcgaacgg ctgctcgagt ctaccgacca actcaagggc
    13501 gcgctccgca cgaagatcga gacgcacgcc gagcagatcc gcttctccaa gttcctcgcc
    13561 acgatcgtca ctgacgcacc tattcggttc gacgccgccg cgtgtgccgt cagcgaaccc
    13621 gatcgcgacg ccctccgcga actctacacc gaactcgagt tccgcagctt cctcacgaag
    13681 ctcgatacgc caaccgacgc tccggcacca ggcagtcagc tgacgctctt cgccaacgaa
    13741 cccacggcca tgccgccgca atcgcccgac gaggccgaca cggctgatgc caccacgacg
    13801 ccgcacacgt atcacttggt cgataccgag gaggcgcggc gcgccttggc cgaacagttg
    13861 aatcaagccg aggccttcgc ctttgacacg gaaacggagg gcgtcgacgc gctccacacg
    13921 cggttagtcg gcatgtcgtt cgcccttcgt gcgcacgaag cgtggtatgt gcccgtgccg
    13981 gccgacgaag aggaggcgcg cgccacggtc gcccccttcg ccgcgccact ccagaacacc
    14041 gccatccgta aggtggggca gaacatcaag ttcgacctca tggtgctgat caaatacggc
    14101 atccgcgcgg acggcccact cttcgacaca atgatcgccc actacctgct ccaccccgag
    14161 ctgcgccaca acatggatta cctctccgag acttacctcc gttatcgccc catcgccatc
    14221 gagtcgctca tcgggccgcg cggcaagggg caacgctcga tgcgcgaggt gcccgtcaag
    14281 gatgtctgcg aatacgccgc ggaggacgcc gacgtgacgt ggcaattgat ggaacacttc
    14341 cgcccgctgc tcgcagaaca cggcgtggag caactctttc acgacattga aatgcccctc
    14401 gtgcctgtct tggccgagat ggaagaggcc ggcatgacgc tcgacacgga ggcgctccgg
    14461 cagtcgtccg acgagctgaa cgcgaccctc cgcagcttgg aagaagagat ccacacgttg
    14521 gccggcatgg agttcaacat caactcttcg cggcaagtcg gcacggtgct ctttgagcat
    14581 ttgcggctgg aggagaaggt gaaaaagacg aagacgggcc tctacagcac gggcgaagag
    14641 gtgctcgaaa agttgcgcag caaacacccg attgttgaca agttgctcga ctaccgacga
    14701 gtgaagaagc tgctcagtac ctacatcgac gccctgcccg agcgcgtgga cccggcgacg
    14761 ggcaagatcc acacctcgtt caaccagacc gtgacgtcga ccggccgact gagttcgtcg
    14821 aaccccaacc tgcaaaacat ccccgtgcgc gaggagctgg gccgcgagat ccgcaaagcc
    14881 ttcactgccg acgacgccga ttcggtcttc ttttcggccg actattcgca gatcgagcta
    14941 cgcatcatgg cccacttcag cggcgacgaa cacatgaccg acgccttccg ccacggcacc
    15001 gacatccacg ccgccacggc cgccaagatc ttcggcgtca cgcccgagga ggtcacctcc
    15061 gacatgcgcc gccgcgccaa gacggccaac ttcggcatca tctacggcat ctccgccttc
    15121 ggcttggccg aacgcctcgc catcccccgc gccgaggccc gcgagctgat cgacggctac
    15181 ttcgcctcct acccccgcat caaggcttac atggatgaat ccatccgcac ggccacggag
    15241 cggggttacg tggagacgct cttcggccgt cgcctcttcc tgcccgacat ccggtcgcgc
    15301 aacgccgtcg tccgcggtta cgccgagcgg ggtgccatca acgccccgat acagggcacg
    15361 gcggcagaca tcatcaagat cgccatgatc ggcatccggc gccgtttccg tcaggagcac
    15421 ctccgcagcc gcatgatcct gcaggtgcac gacgaactca acttcaacgt ccggaaggag
    15481 gagctggatg ttgtccgccg gattgtccgc gaagagatgg aaggcgccgc caagctcagt
    15541 gtcccgctga ccgtcgactg tggcgtcggg cgcaactggc tcgaggcgca ttgatcaacg
    15601 gatcaacaga tcatctaaaa acgaaaagct aaaaacggat ggctacagga tgggagcgta
    15661 tgcatgtgcg ggcccttttt gttgcgtctc tcacaacaca gacttaagag acgctcttaa
    15721 gcaggcttgc agccgtcgtg caaggtggct tgcacgatga ccgaggggct atccccttta
    15781 gtcatcatta ggtcattgaa gcccacgcat aggggtgccg ccgggtgagg tagctcggat
    15841 cggccatgta gcggtaggcc tcgcgctcga agcggatagc ccgataggcc gcgagggagc
    15901 tctgcctgcg caacagtccc cacagccatt ccgagatata gatcaggtag aagccaagga
    15961 aggccgtctc tttcatctgc gccgtgtgga tggcctcgtg cctaaggatg gcggtcgaga
    16021 gtggccgata ttccaccctc gcgaacacga cgcccatcag attgatagcc gtgaagccgc
    16081 gaaagggcac gaggcgattg tagatcactt tcatatcatc gaaaggctcc attggcctga
    16141 gaaaatggcg tatcacaccc agagaaaagt cctgcccgca gagagccttt tgctctcctt
    16201 tcgacaggac ttttcggttt tagttctcct tgatgaaatc ttcttttctt cccttgatgg
    16261 gagaaaaggc ccctgccggg gcaaggaagt tcggccaagt acgccggcca acttagccgg
    16321 atacctgttg ccgttgggtc atggttgcca ttgacaatta cgtcacaggt aggccgccat
    16381 ttgctgctgc acggcgcgag cttcgcgagc agcagccgtg gcgaaggcct cggtacggtc
    16441 ggcatagagg atggcgcgcg aggagttgac gatcagtccg cagtccgcat tcataccata
    16501 gcgacaaacc tcatcgagcg atccgccttg tgcgccaacg ccgggcacaa gcaggaagtg
    16561 ccgcgggacg atgcgacgga tatcctcaaa catgcgtccc tgcgtggctc cgacgacgta
    16621 catcatccgc tcgtcgtcgg cccactcttg cgactgcctg aggacgcgct caaagaggcg
    16681 ttcgccgtcg gccgaagcag tgagctggaa gtccgccgag cctttattcg acgtcagggc
    16741 gagcagcacg acccacttgc cgtcgtaacc gaggaaaggc gtgacgctgt cttcgcccat
    16801 gtagggcgca acggtgaggg cgtccacgtc ggtctcctcg aagaaggtgc gagcgtagag
    16861 cgccgatgtg ttgccgatgt cgccgcgttt ggcgtcggcg atgagaaacg tgtccggatg
    16921 atgctcgcgg aggtagcgaa cggtcttctc gaaggccaac cagccgcgtg ctccggcgca
    16981 ctcgtagaag gcgaggttgg gtttatacgc aatggcgtat tcggccgtgg cgtcgatgat
    17041 ggctcggttg aaagcgaaga tcgggtcgtc gtcattcaac aaatgcggcg ggatcttctt
    17101 cagatccgtg tcaagcccga cgcagaggaa ggatttcttg cggcggatgt tctggatgag
    17161 ttcgttctta ttcatgtggc tatgtcattt tgaattttct cgggagatag tctttcgggg
    17221 ctccggcata attggccggc agccctgctg ccttgatctt cttttgcttc ttttcttccc
    17281 ttaatggaag aaaagaagat cccttcattt ctccttttct tgtcttgaca caagaaaagg
    17341 agacgaaaag aaagtcaagg cctctgccga ggccagggaa gctctgccgg ttactcatcg
    17401 tttttcgttt ttcccctttc gtttttagct atcacagctc gctctccttg atacgttcag
    17461 cgttttcggc gatcgtgagg cggtcgatgc agtcctgaat gtcgccgttc ataaaggcgg
    17521 ggaggttgta gatggtgtaa ttgatgcggt ggtcagtgat gcgaccttgg ggaaagttgt
    17581 aggtgcggat cttggccgaa cggtcgccgg tggagaccat ggtcttgcga cgcgaggcaa
    17641 tgtcgtccat gtatttgctg tgctcgcggt cgtagatgaa ggagcgtagg cgcgagaggg
    17701 cgcgctcctt gttcttcggc tggtcgcgcg tctcggtgca ctcgatgcgg atctcttccg
    17761 attcgcccgt gacggggtcg cgccacgtat agttcagcct gacgcccgac tccaccttgt
    17821 tcacgttctg tccgcccgcg ccactgctgc gaaaggtgtc ccaacggatc tcgccctcgt
    17881 tgatctccac gtcaaactcg tcggcctcgg gcaaaacggc cacggtagcc gccgacgtgt
    17941 ggacgcgtcc ctgcgtctcg gtctgcggca cacgctgcac gcggtgcacg cccgactcgt
    18001 atttaagcgt gccgtacacg ttgtcgcccg tgacggtgaa gatgatctcc ttaaatccgc
    18061 ccgaggtacc ctcgctgacg ctcgacacgg ccacccccca gcccttcacc tcgcagtatt
    18121 tggcgtacat ccgatagagg tcaccggcaa agagtgcggc ctcgtcgccg cccgtgccac
    18181 cgcgaatctc gacgatggcg ttcttagcgt cctccggatc ggcaggtacg agcatgagct
    18241 tgatctgctc ctccagggcg ggcagacgct cttcgccggc cgcgatctct tcgcgggcca
    18301 tctccttgag gtccggatcg tcgtcgttca tgacgatgct tcgcgcctcg tcgagattgg
    18361 ccaacagttg ttcgtagtcg cgttttgcgg acagcaattc ctcgaggcct ttgtattctt
    18421 tggtcagccg cacgaagcgg ttgcgatcag cgatgacctc ggggtcagtg atcagcgtcg
    18481 acacctcctc gaaacgcgcc gtaaggccgt cgagcttttg aaggatgagg ttagcgttca
    18541 tttagggatg cgtttgtttt aggttttcca aatatgattt gagcgtcacg cctgcctcgg
    18601 tcttccatac atcatagccg ttgctgcttc gccccaagca ggttctagac gctccgctcg
    18661 gagttttgaa tatgaggtcc tcattgagta catatttatc atcaccacgc agcgtgcaat
    18721 gcttcaatat ctcgacccgc gcactaccac ctttgtcgtt gctttctttt actgagacct
    18781 ctgatccctt caatacgaca aaagactttg tcccatcgtt cagcggatag cctcgcgcca
    18841 cgcaggtttg cttggtatgt tttaagaaga acaatggggg ctgattggca accggccgcg
    18901 atacaatagc gtctggtgaa aacgttttaa caattggatg ttgtgtaacg ggggcaggca
    18961 aaactgtttt agtcgttgac cgcggaacaa cggcctctat tgaaaacgtt ttagcagctg
    19021 gcttcggttc gataggctct gatgaaaccg tttcggcaac tgctttcgaa gcagtggact
    19081 ctgttgaaaa cgttatctct ttctgcaaag gtgcttttgc tttttcctcc atcttagtaa
    19141 agacgaagca tcgctcatat tcaaggaaga acttaatccc ctcaaatatt tcgtcatact
    19201 catttcgatc ccacttctgc aaggttggct ccgtcggcgt ttgccaatta tccgacaggt
    19261 catatatgcc aacagccaaa ccctcttgaa tggccaaata ttctaagtat tcaatgctgg
    19321 ccgtattata tcgaccagca tcagagacaa atacataggc gcgcgtccac catttcttct
    19381 ttgctaaatg atcctttaca cggctattga aactccgagt ctgtccgata taggcttttt
    19441 tctcctcgtc cacgagcagg taaagggctg gtttcttcat ctcatcgatt ttggagagat
    19501 ccatcttttc gcagaagcgg cgagaaagga cggtcatcac acaatccgac gtgcccatca
    19561 ccttctgatg gtcatgcggg ttctctgtat ggataatcac tttcagtgtg cgcatatgtt
    19621 tcttgattga tttttaactg atgattccgg aagtgtttgc aacagtgttg caaacaccag
    19681 aaagtttttc gtgagacttg caacagtgtt gcaaacgcca gaaagttttt cgcgggactt
    19741 gcaacggtgt tgcaaacgcc agaaaatttt tcgtgggact tgcaacggtg ttgcaaacgc
    19801 aaaaaagttt ttcgtgagac ttgcaacagt gttgcaaacg ccagaaagtt tttcgtgaga
    19861 cttgcaacgg tgttgcaaac gccgaaaagt ttttcgtgag acttgcaacg gtgttgcaaa
    19921 cactttcaat accggaattc cccgaattcg ctacgaatga tcagctcttt ccgctcggca
    19981 gactctacgc ggcccacgat acgggcgtcg atgccgaacg agcgactgag ggcaatgact
    20041 tcttctgctc gcgcggcgtc caagtagacc tccatgcggt gccccatgtt gaagactttg
    20101 tacatctcgg cccagtccgt gccgctctgc tcgcggatga tgcggaagag gggcggcagg
    20161 gggaagaggt tgtccttgac gacgcgcatg tcgtcgccga tgaagtggag gatcttcgtc
    20221 tgtgcaccgc cagagcagtg caccatgccg tggatctcgg ggcgcatggc gtcgagcagg
    20281 gccttgacga caggggcgta ggtgcgcgtg ggagagagga cgaggcggcc ggcatcaatg
    20341 cccaagcctt cgatggcgtc cgtgaggcgg agaccaccag cgtaaacgag atcgtcagga
    20401 acggcggcgt caaaactctc ggggtatttc tcggccaagt agtgggcgaa gacatcatgg
    20461 cgcgcgctgg tgagtccgtt gctgcccatg ccgccgttgt aggcatgctc ataagtggct
    20521 tgaccgaagg aggccaatcc gacgatgacg tcgccggggc ggatgcgcgc attgtcgatc
    20581 acatcggcac ggcgcatgcg gcaggtgacg gtgctatcga caatgatcgt gcgcaccaaa
    20641 tcgcccacgt cggccgtctc accgcccgtg gcgtaaacgc cgatgcccat ctcacgcagc
    20701 tcggacagca gctcgtctgt gccgttgatg atggcagaga tcacttcacc agggatcagc
    20761 agtttgttgc gcccgatggt gcttgagaca aggatgttgt ccgtggcgcc gacgcaaagc
    20821 agatcgtcga tgttcatgat cagcgcgtcc tgcgcgatgc ccttccagac gctgaggtcg
    20881 cccgtttcgc gccagtatag ataagcaagc gccgacttgg tgccggcgcc atcagcgtgc
    20941 atgatgttgc agtaagcagg atcagcaccc agtatgtcag ggatgatttt gcaaaaagcc
    21001 ttcgggaaaa ggcccttgtc gatgcgtcga atggcgttat gcacgtcttc tttcgaggcg
    21061 ctgacgccgc gccgtgtgta ccgttggtcg ctcattattg ttttgtcttc tgagggtaga
    21121 cgttttctgc agtgttttgg gttctttttt ctgagaagcc tgaggggttg tcttcttgac
    21181 gagagccgtt ttggctgcag gcttagccgt cggcttcgcg gcagtggctt tggctgctgg
    21241 tttggcagca gactttgtgg ccggtttagc ggcgggctta gcggcagtcg gtttggcggc
    21301 cggcttagca gcgggagtct tcgccttatt aacgacagaa gccgcaggct tctttgcctg
    21361 cggcgcgcgc tgatctttag gagtgacctt tttcgttgga gtcgctttag acttctccga
    21421 cgatgccacg agcttacccg actgtttctt cggtgtcggg gcaggcttct tcgcggcggg
    21481 tggggagacg gctttcttcg tcgccaccgg tttcttggcg ctggctatgg ctgacttctt
    21541 gacggcagtc gcaggctttt ttacagcagc agcggccttc ggatcggctg cgggtttcgc
    21601 agtaggcttg ggagtccacg ctttcggggc agaggccggt ttcttagtgt cagccggagc
    21661 tggctttttc gcagcagcgg ctttcggatc ggcagctggt ttcgcagtag gcttgggagt
    21721 ccacgctttc ggggcagaag ccggtttctt agtgtcagcc ggagctggct tcttggcggc
    21781 cgcagctttc ggatcggcga cgggtttcgc agcaggcttg ggagcatctg ctttgggggt
    21841 aggagccggt ttcttagcgt cagccggagc tggcttcttg gcggccgcag ctttcggatc
    21901 ggctgcgggt ttcgcggcag gcttaggagc atctgctttg ggagcaggag ccggtttctt
    21961 agcgtcagcc ggagctggct ttttcgcagc agcatctttc ggatcggctg cgggtttcgc
    22021 agcgggctta ggagcatctg ctttgggagc aggggctggt ttagcagccg gagcagcttc
    22081 cttcttcggt gcaggtttcg ccggagcggg ttgggcagct ggctcttttt gagctttggg
    22141 tgcggccgct tccggtttcg attttttggg caccttgata ccgtgggctg tgggtttcgt
    22201 tcccggctca agttgcgtgg cggcagcggg tttggtttcg gcaggtttct tgcgctccgg
    22261 ctttacctcg ggtgaggtgg cgggacgctt ggccggtgcc gatggtgtgg agacgctcct
    22321 tgcgggtc
//
LOCUS       SEQF2637|AYYD01001224.1 6760 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6760
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             778..1893
                     /gene="resA_2"
                     /locus_tag="SEQF2637_02118"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35160"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MPLKKLYIISCVAWLLCACGEKATYRVELDLSNLETQNLYAVFE
                     SDDHKQVDTAVYRPGKPVQITRDEGQFDQLTVYFENHKEGITIYLEPGRKITVTGDAR
                     YPLTLQVRGTRTNDLLSDFRKQAATLLKEKTELSGAALPEADAGRAAEASRAEHLPRL
                     ANIDHELAQMAENFIHKHPKDEASAILIRDYILDPEDPTRAEKMIGTLSPKLENTRTL
                     RNLRAYCERAMHTMVGAKAPDFSLRNVYGATFTRDSFAGRNLVLAFTAAWCDLCKTEK
                     LLLDKIQADFSRQDVAVALVSLDEAPSDVRSQMRTDTTHWNVFTDSAGQSIRVLEAYN
                     VNALPRCFLIDRSGTIVLKTDNGIELRRALEALLKKK"
     CDS             complement(2221..3861)
                     /gene="groL"
                     /locus_tag="SEQF2637_02119"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P81284"
                     /codon_start=1
                     /transl_table=11
                     /product="60 kDa chaperonin"
                     /translation="MAKEIKFDIDARDSLKKGVDELANAVKVTLGPKGRNVIIEKKFG
                     APQITKDGVTVAKEIELACPYENMGAQLVKEVASKTNDKAGDGTTTATVLAQSIIGVG
                     LKNVTAGANPMDLKRGIDKAVSKVVESIAAQAEEVGSNMERIEHVAKISANGDESIGK
                     LIAEAMQKVKKEGVITVEEAKGTDTTVEVVEGMQFDRGYISAYFVTDTEKMETQYENP
                     YILIYDKKISVLKDLLPILEQVVQSGRALLIIAEDIDSEALATLVVNRLRGGLKVCAV
                     KAPGFGDRRKAMLEDIAVLTGGTVITEEKGMKLEDAKMDMLGTAEKVTVDKDNTTIVK
                     GHGSKKAIEARVNQIKAQIETTTSDYDKEKLQERLAKLAGGVAVLYVGAASEVEMKEK
                     KDRVDDALHATRAAVEEGTVPGGGVAYIRAISALEGLKGENEDETTGIEIIKRAIEEP
                     LRQIVNNAGKEGAVVVQRVKEGKAAFGYNARTDVYEDLNQAGVVDPAKVTRIALENAA
                     SIAGMFLTTECVVAEKKEDLPPMPPMNPGMGGGMGGMM"
     CDS             complement(3901..4170)
                     /gene="groS1"
                     /locus_tag="SEQF2637_02120"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77828"
                     /codon_start=1
                     /transl_table=11
                     /product="10 kDa chaperonin 1"
                     /translation="MNVKPLADRVLVKPAEAEEKTASGIIIPDSAKEKPLKGEIIAAG
                     KGTKDEEMVLKPGDHVLYGKYAGTEIELEGTKYLIMRQSDVLAII"
     CDS             4637..5650
                     /gene="fbp"
                     /locus_tag="SEQF2637_02121"
                     /EC_number="3.1.3.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A993"
                     /codon_start=1
                     /transl_table=11
                     /product="Fructose-1,6-bisphosphatase class 1"
                     /translation="MKEQSLPTLGEFIIEKQMDFKYSSGEFSRLISCIQIASKMVNRF
                     INKAGITNVLGEAGNRNVQGEEQQKLDVIANEIFINALSQREVVCGVASEENDDFIEI
                     RSGANAELSKYVVLMDPLDGSSNIDVNVSVGTIFSIYRRITPAGTPVQLEDFLQKGTN
                     QVAAGYIIYGSSTMLVYTTGNGVNGFTLDPSLGSYYLSNPNMRFPEDGKIYSINEGNY
                     IKFPQGVKDYIKYCQREEENRPYTSRYIGSLVADFHRNMIKGGIYIYPSTSQSPRGKL
                     RLLYECNPMAFLTEQAGGKASDGFRRILDIEPTELHQRTPFFCGSRKMVEKVEEFMRN
                     APE"
     CDS             5766..6638
                     /gene="nreC_2"
                     /locus_tag="SEQF2637_02122"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen regulatory protein NreC"
                     /translation="MTLVYANMKMSEAIESHLALVPVVNRFGIRLGVGDDTVKAVCDA
                     HNVDPDFFLTIVNTFINEDYFPEKKLQNFHLSQIIDYLKKTNLYYLQNQLPNIERHLH
                     FFLHASDNTSLRLLGDMFASFKEGLRRRIEADEREWFPLLLTPTDTKSRRRPRPKPSS
                     DDDEAIQATLDDMRHIMLKHLSGAYDENLCYAVLFAIDTLGRDIRQHNRIRHRILLPM
                     IDDESNSLSEREKDVLRLIVEGLTNKEIAARLYVSVNTVLTHRKNITAKLGIKTTPGL
                     TFYAITHRLIPEVK"
ORIGIN      
        1 caggcgaagg tctacaccgt cggcccgacg ctctacctct ccctcccgac gcccgagacg
       61 gtacaggtct acaccctcgc cggcacgctc taccgcacct ggcaagcccc cgccggcgac
      121 acgtccgtca ccctccccgc cggcacctac atcatcaagg tcggcccgct gacggagaag
      181 gtggtggttc ggtaggtgtt taattgttta gttgttgggg ctgcgccccg ttgagatgtt
      241 taggcgtttg gctgagtacc cgccccaaca cctcaaccgg gccgcaggcc ccaacacctc
      301 aacgccccat cggggcgaat gcacgtaccc ggagcggcct gtagggccgc cgaatcatag
      361 cccggggcga aaccccgggg cgaaacagaa tacgcccccc ccaaccgggc cgcaaggccc
      421 gaatggatgt accgccccgc ccgtattcga ccgcatcggg tacccggccc acccagggtt
      481 tcgccctggg ctatgatccg gcgcccctac agggcgcacg ggtacccggg gcggcccgac
      541 gggccgcctc aacaaaccaa cgggccgcag gccccaacgc ataaacgatt cgagggggcg
      601 tctgcggacg ccggtgaatt tggccgggta tccgaagggg tgcccggcct tttttgcgtg
      661 tacgaatctg ccactttggt ccgccattac gatacgatca tatcgctata ttccctttaa
      721 tatctttttc gactccacca aaaagcgcac tatctttgtg gcaaattttc acgtaagatg
      781 ccgttaaaga agttgtatat catcagttgt gtggcctggt tgctgtgtgc atgtggcgaa
      841 aaagcgacct accgggtgga gttggatctg tccaacttgg agacacagaa cctttacgcc
      901 gtgtttgagt cggatgacca caagcaggtc gacacggccg tttaccgtcc tggaaagcct
      961 gtgcagatca cacgcgacga ggggcagttc gaccagctta cggtctattt cgagaatcat
     1021 aaagagggca ttaccatcta tttggagccg gggcgaaaga tcaccgtcac cggcgacgct
     1081 cgctatccgc ttaccctaca ggtgaggggc acgcgtacca acgacttgct ctctgacttt
     1141 cgtaagcagg ctgccacgct gctcaaggag aagacggagc tctccggtgc cgctctccct
     1201 gaggctgacg cgggacgagc cgccgaggcg agtcgggcgg aacaccttcc acggctggct
     1261 aacatcgacc atgagctggc ccagatggcc gaaaacttca tccataaaca ccccaaagac
     1321 gaggcctcag ccatccttat ccgcgactat atcctcgacc ccgaagaccc tacgcgcgcc
     1381 gaaaagatga tcggcaccct tagccctaaa ctggagaaca cgcgcaccct gcgcaacctc
     1441 cgtgcttatt gtgagcgggc tatgcacacc atggtcgggg ctaaggcgcc ggacttctcc
     1501 ctgcgcaatg tctacggtgc gacgttcacc cgcgactcct tcgcgggtcg caacttagtg
     1561 ctggccttca ccgccgcttg gtgcgacctc tgcaagacgg agaagctgct cttagataag
     1621 atccaagccg acttctcgcg ccaagacgtc gctgtggctc ttgttagcct tgatgaagcc
     1681 ccaagcgacg tgcgcagcca aatgcgtacc gacacgacac actggaacgt cttcactgac
     1741 tccgccggac agtccatccg tgtcttagag gcgtacaacg tcaacgcact gccccgttgc
     1801 ttcctgattg accgtagcgg gacaatcgtc ctcaagacag acaatggcat tgagctgcgt
     1861 cgggccttgg aggcactact gaagaagaaa tagtgtgcct aagagctgtt ttgaacttat
     1921 tgagcgattg ttttatggag ctgcttaggc ggatcctcct ttcttgtttc gggtctatcg
     1981 aggcctgttt ctgccctttt gttccatcat taatcctcac acgagctggc tatgctcgtc
     2041 aaatgatgaa acaaaatcat cagaaacatg ctctagggta gcccccgaaa taaatcccaa
     2101 acagccttct aaaaacagag ctgcccgcag cgctttacag cacggcaggc agctcttact
     2161 gaaccaactt atttcaatac gaaaaagtct ctctctcggg aatggcttga gggctatgga
     2221 ttacatcatg ccgcccatgc cgccacccat acccggattc atcgggggca tcgggggaag
     2281 gtcttctttc ttctcggcca cgacgcattc ggtggtcagg aacataccag cgattgaggc
     2341 ggcattctcc agcgcgatgc gggtcacctt ggcgggatct acgacgccag cctggttgag
     2401 gtcttcgtag acgtccgtgc gggcgttgta accgaaggcg gccttgccct ccttcacgcg
     2461 ctgcacaact acggcaccct ctttaccagc gttgttgacg atctgacgga gcggctcttc
     2521 gatggcgcgc ttgatgatct cgatacccgt cgtctcgtct tcgttctcgc ccttgagacc
     2581 ttccagtgca gagatggcgc ggatgtaagc tacaccacca ccgggcacgg taccttcttc
     2641 aacggctgca cgtgtggcat gcagggcatc gtccacgcga tccttcttct ccttcatctc
     2701 aacctccgaa gcggcaccga cgtagagcac agctacgccg ccggccaact tagccagacg
     2761 ctcctgcagc ttctccttgt cgtagtccga cgtggttgtt tcaatctgcg ccttgatctg
     2821 gttgacgcgt gcttcgatgg ccttcttgct gccatgaccc ttcacgatgg tggtgttgtc
     2881 cttgtcgaca gtcaccttct cggccgtacc cagcatatcc atcttggcgt cctcgagctt
     2941 catgcccttc tcttcggtga tcacggtacc gccggtcagt acggcgatgt cttccagcat
     3001 ggccttgcga cggtcgccga agcccggagc cttcacggcg cacaccttga ggccgccacg
     3061 cagacggttc acaacgaggg tagccagcgc ttcgctgtcg atatcctcag cgatgatcag
     3121 cagggcgcgg ccagactgta cgacttgctc gaggatgggc aggaggtcct tcaggacgga
     3181 gatcttcttg tcgtagatga ggatataggg gttctcatac tgcgtctcca tcttctccgt
     3241 gtcggtcacg aagtaggcgg agatgtagcc gcggtcgaac tgcataccct cgaccacttc
     3301 gacggtcgtg tccgtgccct tagcctcttc tacggtgatg acgccttctt tcttcacctt
     3361 ctgcatggcc tcggcgatca gcttgccgat gctctcgtcg ccgttagcgg aaatcttagc
     3421 cacgtgctcg atgcgctcca tgttcgagcc cacctcttcg gcctgtgccg cgatgctctc
     3481 tacgaccttg gatacggcct tgtcgatacc gcgcttcagg tccatcggat tggcaccggc
     3541 ggtgacgttc ttcagaccta cgccgatgat ggactgtgcc agaacggttg cggtagtcgt
     3601 accgtcgcca gccttgtcgt tcgtcttgga ggctacctcc ttaaccagct gcgcacccat
     3661 gttttcgtac gggcaggcca gctcgatttc cttggccacc gtgacgccgt ccttggtgat
     3721 ctgcggtgcg ccaaatttct tctcgatgat cacgttgcga cccttggggc cgagcgttac
     3781 tttgactgca tttgccagtt cgtctacgcc ctttttcagt gagtcgcggg cgtcgatgtc
     3841 gaattttatc tcttttgcca tgattgttat gtcttactct tttgtttgtg attctgtgat
     3901 ttagatgatg gccaaaacgt ctgattggcg catgatgagg tacttcgtac cctcgagttc
     3961 gatctccgta ccggcatact taccgtagag cacatggtcg cccggtttga gcaccatctc
     4021 ctcatccttt gtgcctttac ctgcggcgat gatctcgccc ttgaggggtt tctccttggc
     4081 cgagtcgggg atgatgatac cgctcgccgt cttctcttca gcttctgctg gcttaaccag
     4141 cactctgtct gctaatggct ttacattcat gattgttcct gtatttattg ttactgatta
     4201 tgatgttcat ttctcttgtc gctcgcctcg cttaggagcg acacggcccc tttcttgcga
     4261 ataccatgcc aaacttaccc gtgccttgtg ttgcggatgt ctgcggcgag tgcacgtgtc
     4321 atattgcggt cgtttacgca gttggaggtc ggacaatgtg tcagcattcc ggaggcgatg
     4381 tgtcaggaaa tgcttcgcgc gactcattga ctattggcgc tggcgtctga aaggcgtttt
     4441 tcaagccttc gtctacggac aatagtcaga gaaacgcaca tgaacggcta ttgtctgcaa
     4501 acaaagagtc gaaaaaagcc gacgtgtggc ctccgacgat tgtcaatggg ccaagacgca
     4561 gagcttttat cccgctaaca gttgtcaatg gagaaaaaaa ggcgcttctt tgcccggcaa
     4621 tcaaaaaaat accgaaatga aagagcaaag tttaccgacc ttgggtgagt tcattatcga
     4681 gaagcagatg gatttcaaat attcatctgg cgaattctcc cgcttgatca gctgtatcca
     4741 gatcgcctcc aagatggtga accgcttcat taacaaagcg ggtatcacca acgtgctggg
     4801 cgaggcgggg aaccgcaacg tgcagggcga ggaacagcag aagttggacg tcatcgccaa
     4861 cgagatcttt atcaatgccc tctcgcagcg cgaggtggtc tgcggtgtgg cctcggagga
     4921 gaatgacgac tttattgaga ttcggagcgg cgctaacgcc gaactgagca agtatgtcgt
     4981 gctgatggat ccgctggacg ggtcgtcaaa catcgacgtg aacgtgtccg tggggacgat
     5041 cttttccatc tatcgccgta tcacccccgc cggcaccccc gtgcagctgg aggacttcct
     5101 gcaaaagggg acgaaccaag tggccgctgg atacatcatc tacggctcgt ccaccatgct
     5161 ggtctacacc accggaaacg gcgtcaacgg cttcaccctc gacccctcac tgggcagcta
     5221 ctacctctcc aaccccaaca tgcgcttccc cgaagacggc aagatctact ccatcaacga
     5281 gggcaactac atcaagttcc cccagggcgt gaaggactac atcaagtact gccaacggga
     5341 ggaggagaat cggccctaca cctcgcgcta catcggttcg ctggtggccg acttccatcg
     5401 taatatgatc aagggcggca tctacatcta tccctccacc tcgcagtcgc cgcgcggcaa
     5461 actccgtctg ctctacgagt gcaacccgat ggccttcctc acggagcagg ctggcggtaa
     5521 ggcttcggat ggcttccgtc gcatcctcga catcgagccc acggagttgc atcagcgcac
     5581 tcccttcttc tgcggcagtc ggaagatggt cgagaaggtg gaagagttca tgcgtaacgc
     5641 ccccgagtga ttcgcgctat ccattagaga gaagagctac gagagtcagc aaagcccgta
     5701 gctcttctat ttattatgta gcatgctccc ccttccgccg tgtaatttga aatgagtaat
     5761 tgaccatgac cctggtctac gccaacatga agatgagcga ggcgatagag agtcacctcg
     5821 cactcgtgcc cgtcgtcaat cgcttcggca ttcgcctcgg cgtgggcgac gacacggtca
     5881 aggccgtctg cgatgcgcac aacgtagacc cagacttctt cctcaccatc gtcaacacct
     5941 tcatcaacga agactatttc ccggagaaga agctccagaa cttccacctc tcgcagatca
     6001 tcgactatct gaagaagacc aacctctact atctccagaa ccagttgccc aacatcgagc
     6061 gccacctcca cttcttcctc cacgcctcgg acaacacttc cctgcgcctt ctgggtgaca
     6121 tgttcgccag cttcaaggag ggcctccgcc gacgcatcga ggccgacgaa cgagagtggt
     6181 tccccctgct actcaccccc accgatacga agagtcgtcg ccgcccacgt cccaagccca
     6241 gctctgacga cgacgaggcc atccaagcca ccctcgacga tatgcgccat attatgctca
     6301 agcacctctc cggagcctac gacgagaacc tctgctacgc cgtcctcttc gccatcgaca
     6361 ccctcggccg cgacatccgc cagcataacc gtatccgcca ccgcatcctc ctgcccatga
     6421 tcgacgacga gagcaacagc ctctcggagc gcgagaagga cgtcctccgc ctcattgtcg
     6481 aaggtctgac gaacaaagag atcgccgccc gcctctacgt cagcgtcaac accgtcctga
     6541 cgcaccgcaa gaacatcacc gccaagctgg gcatcaaaac cacgcccggc ctcaccttct
     6601 acgccatcac ccaccgcctc atcccggagg tgaagtgaag ggcggctctc cctcacatct
     6661 tcatcaaata caacgctatg ccccgtcgca agatcagcaa cacccaagcc gtgtgcatcc
     6721 tttttctgtg gttccttttg gtctacatgc tcctctggta
//
LOCUS       SEQF2637|AYYD01001225.1 1023 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1023
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             54..962
                     /locus_tag="SEQF2637_02123"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRAKPIDTIYVHYPLGMHVGLQEVLYGLIQPIAPEKILLEATD
                     IPLWKAXIDKXRXVVRETKASEETEALAEKDAKRDEIITSLFQEIRLADKSLIEARKA
                     AGHRLRLVVDTYKGLQRENLFEETGHVSGLLNDLDKPAAVADLTALGVKPLVXKLRTI
                     NGEFIALRDTRLKAKAAVNLPTGTSLRNKNDDTANQIFRHIEAAYLATTSDEDRKTIS
                     ELIDQLNQALRDVKTTHRQSLAQKKAADKKPADPKQPKDPKTPDQPKDPKQPETPQPP
                     KPGGEKPKDPKKPGDDGNPDITLPEE"
ORIGIN      
        1 tttttcataa agagataacc cacatccact tgatcaatta aaaactgaac cagatgaaac
       61 gagctaaacc cattgacacc atctatgttc attacccnct gggtatgcat gttggtttgc
      121 aagaagtgtt gtacggactg atccagccga tcgcccctga gaaaatcctt ttggaagcca
      181 ccgacatccc cttgtggaag gccganatcg acaaagancg ngangtggtn cgcgaaacga
      241 aagcctccga agagaccgaa gccctcgcgg aaaaggatgc gaaacgcgat gagatcatca
      301 cctcgctctt ccaagagatt cggctggctg acaagtcgct catcgaagcn cgcaaggccg
      361 ctggccatcg gctccgcctc gtngtcgaca cctacaaagg cctgcaaaga gagaacctgt
      421 ttgaagagac cggacatgta tccggcctgc tgaacgattt agacaagccc gccgctgtng
      481 ctgatctgac cgccctcggt gtgaaacctt tggttganaa gttgcgcacc atcaacggcg
      541 aattcattgc cctgcgcgat acccgtttga aggcgaaggc cgccgtcaat ttgccgacgg
      601 gcaccagcct ccgcaataag aacgacgaca cggcaaacca gatcttccga cacatcgagg
      661 ccgcttatct ggctaccacc tccgacgaag accgcaaaac gatcagcgaa ctgatcgacc
      721 aactgaacca agcgctccgt gacgtcaaaa cgactcaccg ccaaagcctc gcccaaaaga
      781 aggctgccga caaaaagccc gccgacccca agcagccgaa ggatcccaag actcccgatc
      841 agccgaagga tccgaagcag ccggagacgc ctcagccgcc caaaccgggt ggcgagaaac
      901 cgaaggatcc gaagaaaccg ggtgacgacg gtaaccccga catcacgttg ccggaggaat
      961 agggtacccg gttgtagggg cgaattgcat tcgccccacg gacactccgg aatgattaaa
     1021 ggg
//
LOCUS       SEQF2637|AYYD01001226.1 1044 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1044
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             54..983
                     /locus_tag="SEQF2637_02124"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRAKPIDTIYVHYPLGMHVGLQEVLYGLIQPIAPEKILLEATD
                     IPLWKAXIDKXRXVVRETKASEETEALAEKDAKRDEIITSLFQEIRLADKSLIEARKA
                     AGHRLRLVVDTYKGLQRENLFEETGHVSGLLNDLDKPAAVADLTALGVKPLVXKLRTI
                     NGEFIALRDTRLKAKAAVNLPTGTSLRNKNDDTANQIFRHIEAAYLATTSDEDRKTIS
                     ELIDQLNQALRDVKTTHRQSLAQKKPKDPKTPDQPKTPKDPKQPKEPKTPDQPKDPKQ
                     PETPQPPKPGGEKPKDPKKPGDDGNPDITLPEE"
ORIGIN      
        1 tttttcataa agagataacc cacatccact tgatcaatta aaaactgaac cagatgaaac
       61 gagctaaacc cattgacacc atctatgttc attacccnct gggtatgcat gttggtttgc
      121 aagaagtgtt gtacggactg atccagccga tcgcccctga gaaaatcctt ttggaagcca
      181 ccgacatccc cttgtggaag gccganatcg acaaagancg ngangtggtn cgcgaaacga
      241 aagcctccga agagaccgaa gccctcgcgg aaaaggatgc gaaacgcgat gagatcatca
      301 cctcgctctt ccaagagatt cggctggctg acaagtcgct catcgaagcn cgcaaggccg
      361 ctggccatcg gctccgcctc gtngtcgaca cctacaaagg cctgcaaaga gagaacctgt
      421 ttgaagagac cggacatgta tccggcctgc tgaacgattt agacaagccc gccgctgtng
      481 ctgatctgac cgccctcggt gtgaaacctt tggttganaa gttgcgcacc atcaacggcg
      541 aattcattgc cctgcgcgat acccgtttga aggcgaaggc cgccgtcaat ttgccgacgg
      601 gcaccagcct ccgcaataag aacgacgaca cggcaaacca gatcttccga cacatcgagg
      661 ccgcttatct ggctaccacc tccgacgaag accgcaaaac gatcagcgaa ctgatcgacc
      721 aactgaacca agcgctccgt gacgtcaaaa caactcaccg ccaaagcctc gcccaaaaga
      781 aacccaagga tcccaagact cccgatcagc ccaagacccc caaagatcct aagcaaccca
      841 aggaacccaa gactcccgat cagccgaagg atccgaagca gccggagacg cctcagccgc
      901 ccaaaccggg tggcgagaaa ccgaaggatc cgaagaaacc gggtgacgac ggtaaccccg
      961 acatcacgtt gccggaggaa tagggtaccc ggttgtaggg gcgaattgca ttcgccccac
     1021 ggacactccg gaatgattaa aggg
//
LOCUS       SEQF2637|AYYD01001227.1 3418 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3418
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             5..115
                     /locus_tag="SEQF2637_02125"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVEACNFIYSDKRLKWAMEAVLYRELRVIERRNYI"
     CDS             112..288
                     /locus_tag="SEQF2637_02126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARELRPGACYWYTGRGRREMLRYRYRELDVYLFDSDEGQSVS
                     LTADRVERYIQGRA"
     CDS             315..602
                     /locus_tag="SEQF2637_02127"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENGRCKSGHSSLTGSSEGVCDTPLRMFLGALRMTSVGMWLRFG
                     CLGVLLSCSPTEGTESVTDIAFYLALAATVGWIWWRDRARVKRIADHLGED"
     CDS             1093..3105
                     /locus_tag="SEQF2637_02128"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAYSIIDGVPALTVNDWCQSGLTYRQYCYDRRNGDVKILRRGV
                     RGETMIDARSIRRADRLRVIERVMGRVPREEHRALYAVDVDREAEAFFAAYEKADGGR
                     LSEETVRQLTAKASIFNALGDGLRRQTERRAASGSKLRKGAYWQTMLQWHTEECRRSA
                     ETYGVAVPEYTNARSLERAFRAYMAEGYASLLPRNMGNDAARKVSRRAENLIVALWRT
                     NDKPFAARVHELYLEFAAGDTELFDRATGEVFRPEDYRYKGRPQEVSCSTIRRYLKNV
                     VNETAVYADRNGQFDYANSQRPKHVRHNGRFALSKISMDDAVLSRKSTRGWVAKYLCV
                     DVVSGYWFRPAYTVGTPTLDTVMEAFRNVFCELTELGLPMPAELEVEHHLMQNIDWLP
                     EAFQFVRFCSSPTEKRAEHNIRSLKWGTSKKQGHMRGRWYGKAEAFKSVRNKVHGDFI
                     DPTFQPQTIIADDLADIELHNNALHPRQKEFPGLTRREVLLKHANPTLRPIAPERLYK
                     HIGNVTETTIRNNDYVRVASAEFALADFDMLSRLQPNDRRVTAYWLPLEDGSVPCVYL
                     YQGDVYIGQATARAAMAYNECAAERTEEDEARMLVQHKRAARFDRMIRERREEIPQVG
                     RVDRETAEAVAAAPVKIVETRQPIGYEEDELTASMEDWAARAIDQL"
ORIGIN      
        1 tgagatgctg gtggaggcgt gcaacttcat ttatagcgat aagcgcctga aatgggcgat
       61 ggaggctgtt ttatacagag agttgagagt gatagaaagg aggaattaca tatgaaagca
      121 agagaattga ggcccggggc gtgctactgg tacacgggcc gggggcggcg cgaaatgctg
      181 cgataccgat accgggagct ggatgtctac ttgtttgatt cggacgaggg tcagtcggtc
      241 agtctgacgg ccgaccgggt ggaacgatat atccaaggga gggcgtaagt gcaacgaaaa
      301 acgaaaagtg aaaaatggaa aacggaagat gcaagagcgg gcattcatcc ctcacgggaa
      361 gctcggaggg cgtatgcgat acgcccctac ggatgttttt gggcgcgctc agaatgacaa
      421 gcgtggggat gtggcttcgg ttcggatgcc tcggggtgtt gctctcgtgc agcccgacgg
      481 aggggacgga atcggtcaca gacattgcct tttacctggc tctggccgcg accgtgggct
      541 ggatctggtg gcgtgaccgg gcacgagtga agcgaatagc tgaccacctg ggcgaggatt
      601 aattgttgct ttgttcaatg tctaaataac cacccgaaat gagcctcgga tttgaccaaa
      661 aaccggtttg aagcccgaaa tgagcctcgg atttgaccaa aaaccggttt gaagcccgaa
      721 atgagcctcg gatttgacca aaaaccgttt ggaagcccaa aacgtgccaa ggatttgacc
      781 aaaaaccgtt ttgaagccca aaacgtgcca aggattgcac caaaaaccgt tttgaagccc
      841 gaaacgtgcc aaggatttga ccaaaaaccg atttgaagcc caaaacgtgc caaggatttg
      901 accaaaaacc gattggaagc ccaaaacccg ccgaggattg catcaaaaac cattttggag
      961 tccaaaaccc ggcctcgaat agctctttct aacccttata tgcctcaaaa acttatccga
     1021 gagtgatcac tgggcggctt ttatgcactg cccgggttcc ccatttttag cttttagatt
     1081 atagtttcca cgatgcccgc ttactcaata atagatggag tgcccgccct gacggtgaac
     1141 gactggtgcc agtcggggct aacttatcgg cagtattgtt acgatcgccg caacggcgac
     1201 gtgaagattc tgcgccgcgg ggtgcggggc gagacgatga tcgacgcgcg ttcgatccgt
     1261 cgggccgacc ggctgcgggt gatcgaaagg gtgatggggc gtgtaccacg ggaggaacac
     1321 cgggcgcttt acgcggtgga cgtagaccgg gaggcggagg ccttcttcgc cgcttatgaa
     1381 aaagcggacg gcgggcgtct ctcggaagag accgtccggc agctcacggc caaagcctcg
     1441 atcttcaacg ccctcggcga cgggctgcgc cgacagacgg agcgccgcgc ggccagtggc
     1501 tccaaacttc ggaaaggtgc ctactggcag acgatgctcc agtggcacac ggaggaatgc
     1561 cggcggtcgg ccgaaacgta tggcgtggcc gtccccgagt acaccaacgc acgcagcctc
     1621 gagcgcgcct tccgggccta catggctgag gggtacgcct cgctgctgcc ccgcaacatg
     1681 ggcaacgatg cggcgcggaa ggtgtcccgt cgggctgaaa acctgatcgt ggcgctttgg
     1741 cgaacgaacg acaagccgtt tgcagcccga gtgcacgaac tgtatttgga gtttgcggcg
     1801 ggcgatacgg aattgtttga ccgggcgacg ggcgaagtgt tccgccccga ggattaccgt
     1861 tacaaaggcc gcccgcaaga agtgagctgc tcgaccatcc ggcggtacct gaaaaacgtg
     1921 gtcaacgaga cggccgtcta tgccgaccgc aacggacagt tcgactacgc caactcgcag
     1981 cgcccgaagc atgtgcgaca caatggccgg tttgccctct ccaaaatctc gatggacgac
     2041 gccgtcctgt cccgaaaaag cacccgcggc tgggtggcca aatacctctg cgtggacgtc
     2101 gtctcgggct actggtttcg gccggcctac actgtgggca cgccgacgtt ggacaccgtg
     2161 atggaggcct tccgcaacgt cttttgcgag ctcacggagc tgggtctgcc catgccggcc
     2221 gagttagaag tggagcatca cctgatgcaa aacatcgact ggctgcctga ggccttccaa
     2281 ttcgtccgat tctgttcgtc gcccaccgag aaacgggccg agcacaacat ccggtcgctc
     2341 aaatggggca catcgaagaa gcaagggcac atgcgcggcc gttggtacgg caaggcggag
     2401 gccttcaaaa gcgtgcgcaa caaggtgcac ggcgacttta tcgaccccac ctttcaaccg
     2461 caaacgatca ttgccgacga tttggcagac attgagttgc ataataacgc cttgcatcca
     2521 cggcagaaag agtttcccgg gctgacccgc cgcgaggtgc ttttgaaaca cgccaacccg
     2581 acgctccggc cgatcgcgcc ggaaaggctg tataaacaca tcggcaacgt gacggaaacg
     2641 accatccgca acaacgacta cgtgcgggtg gccagcgccg agttcgccct tgcggacttt
     2701 gatatgctca gccgcctcca gccgaacgat cggcgcgtga cggcctactg gctgcccctc
     2761 gaggatggct cggtgccgtg cgtctacctc tatcagggcg atgtctacat cggccaggcg
     2821 acagctcggg cagcaatggc atacaacgaa tgcgccgcgg aacgcactga ggaagacgag
     2881 gcgcggatgc tcgtgcaaca caagcgtgcg gcgcgcttcg accggatgat ccgcgagcgg
     2941 cgcgaagaga ttccccaggt gggtcgggtg gatcgggaga cggctgaggc tgtggccgcg
     3001 gcgccggtca aaatcgtcga gacccgccag ccgatcggct acgaagaaga cgagctcacg
     3061 gcctcgatgg aggattgggc cgcccgcgcg atcgatcaat tatgaaccaa caaaatagaa
     3121 actacttaac acgaatagga catgtttcga caggataata ttgtagagaa tgagcaatct
     3181 gataaagtgg gcaaaacgcc tcaaacgcat ttatcgcctc gcagaaagca tatgggtcag
     3241 ccggcaattc aactaaccaa tagttttccc cttgcacctg ccggcaaggg catttcatca
     3301 gccgggaaaa cgacaaaaga gctttggtac tctcgactct ctgtataaaa cagcctccat
     3361 cgcccatttc aggcgcttat cgctataaat gaagttgcac gcctccacca gcatctca
//
LOCUS       SEQF2637|AYYD01001228.1 3338 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3338
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             5..115
                     /locus_tag="SEQF2637_02129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLVEACNFIYSDKRLKWAMEAVLYRELRVIERRNYI"
     CDS             112..288
                     /locus_tag="SEQF2637_02130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKARELRPGACYWYTGRGRREMLRYRYRELDVYLFDSDEGQSVS
                     LTADRVERYIQGRA"
     CDS             315..602
                     /locus_tag="SEQF2637_02131"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENGRCKSGHSSLTGSSEGVCDTPLRMFLGALRMTSVGMWLRFG
                     CLGVLLSCSPTEGTESVTDIAFYLALAATVGWIWWRDRARVKRIADHLGED"
     CDS             1093..3105
                     /locus_tag="SEQF2637_02132"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAYSIIDGVPALTVNDWCQSGLTYRQYCYDRRNGDVKILRRGV
                     RGETMIDARSIRRADRLRVIERVMGRVPREEHRALYAVDVDREAEAFFAAYEKADGGR
                     LSEETVRQLTAKASIFNALGDGLRRQTERRAASGSKLRKGAYWQTMLQWHTEECRRSA
                     ETYGVAVPEYTNARSLERAFRAYMAEGYASLLPRNMGNDAARKVSRRAENLIVALWRT
                     NDKPFAARVHELYLEFAAGDTELFDRATGEVFRPEDYRYKGRPQEVSCSTIRRYLKNV
                     VNETAVYADRNGQFDYANSQRPKHVRHNGRFALSKISMDDAVLSRKSTRGWVAKYLCV
                     DVVSGYWFRPAYTVGTPTLDTVMEAFRNVFCELTELGLPMPAELEVEHHLMQNIDWLP
                     EAFQFVRFCSSPTEKRAEHNIRSLKWGTSKKQGHMRGRWYGKAEAFKSVRNKVHGDFI
                     DPTFQPQTIIADDLADIELHNNALHPRQKEFPGLTRREVLLKHANPTLRPIAPERLYK
                     HIGNVTETTIRNNDYVRVASAEFALADFDMLSRLQPNDRRVTAYWLPLEDGSVPCVYL
                     YQGDVYIGQATARAAMAYNECAAERTEEDEARMLVQHKRAARFDRMIRERREEIPQVG
                     RVDRETAEAVAAAPVKIVETRQPIGYEEDELTASMEDWAARAIDQL"
ORIGIN      
        1 tgagatgctg gtggaggcgt gcaacttcat ttatagcgat aagcgcctga aatgggcgat
       61 ggaggctgtt ttatacagag agttgagagt gatagaaagg aggaattaca tatgaaagca
      121 agagaattga ggcccggggc gtgctactgg tacacgggcc gggggcggcg cgaaatgctg
      181 cgataccgat accgggagct ggatgtctac ttgtttgatt cggacgaggg tcagtcggtc
      241 agtctgacgg ccgaccgggt ggaacgatat atccaaggga gggcgtaagt gcaacgaaaa
      301 acgaaaagtg aaaaatggaa aacggaagat gcaagagcgg gcattcatcc ctcacgggaa
      361 gctcggaggg cgtatgcgat acgcccctac ggatgttttt gggcgcgctc agaatgacaa
      421 gcgtggggat gtggcttcgg ttcggatgcc tcggggtgtt gctctcgtgc agcccgacgg
      481 aggggacgga atcggtcaca gacattgcct tttacctggc tctggccgcg accgtgggct
      541 ggatctggtg gcgtgaccgg gcacgagtga agcgaatagc tgaccacctg ggcgaggatt
      601 aattgttgct ttgttcaatg tctaaataac cacccgaaat gagcctcgga tttgaccaaa
      661 aaccggtttg aagcccgaaa tgagcctcgg atttgaccaa aaaccggttt gaagcccgaa
      721 atgagcctcg gatttgacca aaaaccgttt ggaagcccaa aacgtgccaa ggatttgacc
      781 aaaaaccgtt ttgaagccca aaacgtgcca aggattgcac caaaaaccgt tttgaagccc
      841 gaaacgtgcc aaggatttga ccaaaaaccg atttgaagcc caaaacgtgc caaggatttg
      901 accaaaaacc gattggaagc ccaaaacccg ccgaggattg catcaaaaac cattttggag
      961 tccaaaaccc ggcctcgaat agctctttct aacccttata tgcctcaaaa acttatccga
     1021 gagtgatcac tgggcggctt ttatgcactg cccgggttcc ccatttttag cttttagatt
     1081 atagtttcca cgatgcccgc ttactcaata atagatggag tgcccgccct gacggtgaac
     1141 gactggtgcc agtcggggct aacttatcgg cagtattgtt acgatcgccg caacggcgac
     1201 gtgaagattc tgcgccgcgg ggtgcggggc gagacgatga tcgacgcgcg ttcgatccgt
     1261 cgggccgacc ggctgcgggt gatcgaaagg gtgatggggc gtgtaccacg ggaggaacac
     1321 cgggcgcttt acgcggtgga cgtagaccgg gaggcggagg ccttcttcgc cgcttatgaa
     1381 aaagcggacg gcgggcgtct ctcggaagag accgtccggc agctcacggc caaagcctcg
     1441 atcttcaacg ccctcggcga cgggctgcgc cgacagacgg agcgccgcgc ggccagtggc
     1501 tccaaacttc ggaaaggtgc ctactggcag acgatgctcc agtggcacac ggaggaatgc
     1561 cggcggtcgg ccgaaacgta tggcgtggcc gtccccgagt acaccaacgc acgcagcctc
     1621 gagcgcgcct tccgggccta catggctgag gggtacgcct cgctgctgcc ccgcaacatg
     1681 ggcaacgatg cggcgcggaa ggtgtcccgt cgggctgaaa acctgatcgt ggcgctttgg
     1741 cgaacgaacg acaagccgtt tgcagcccga gtgcacgaac tgtatttgga gtttgcggcg
     1801 ggcgatacgg aattgtttga ccgggcgacg ggcgaagtgt tccgccccga ggattaccgt
     1861 tacaaaggcc gcccgcaaga agtgagctgc tcgaccatcc ggcggtacct gaaaaacgtg
     1921 gtcaacgaga cggccgtcta tgccgaccgc aacggacagt tcgactacgc caactcgcag
     1981 cgcccgaagc atgtgcgaca caatggccgg tttgccctct ccaaaatctc gatggacgac
     2041 gccgtcctgt cccgaaaaag cacccgcggc tgggtggcca aatacctctg cgtggacgtc
     2101 gtctcgggct actggtttcg gccggcctac actgtgggca cgccgacgtt ggacaccgtg
     2161 atggaggcct tccgcaacgt cttttgcgag ctcacggagc tgggtctgcc catgccggcc
     2221 gagttagaag tggagcatca cctgatgcaa aacatcgact ggctgcctga ggccttccaa
     2281 ttcgtccgat tctgttcgtc gcccaccgag aaacgggccg agcacaacat ccggtcgctc
     2341 aaatggggca catcgaagaa gcaagggcac atgcgcggcc gttggtacgg caaggcggag
     2401 gccttcaaaa gcgtgcgcaa caaggtgcac ggcgacttta tcgaccccac ctttcaaccg
     2461 caaacgatca ttgccgacga tttggcagac attgagttgc ataataacgc cttgcatcca
     2521 cggcagaaag agtttcccgg gctgacccgc cgcgaggtgc ttttgaaaca cgccaacccg
     2581 acgctccggc cgatcgcgcc ggaaaggctg tataaacaca tcggcaacgt gacggaaacg
     2641 accatccgca acaacgacta cgtgcgggtg gccagcgccg agttcgccct tgcggacttt
     2701 gatatgctca gccgcctcca gccgaacgat cggcgcgtga cggcctactg gctgcccctc
     2761 gaggatggct cggtgccgtg cgtctacctc tatcagggcg atgtctacat cggccaggcg
     2821 acagctcggg cagcaatggc atacaacgaa tgcgccgcgg aacgcactga ggaagacgag
     2881 gcgcggatgc tcgtgcaaca caagcgtgcg gcgcgcttcg accggatgat ccgcgagcgg
     2941 cgcgaagaga ttccccaggt gggtcgggtg gatcgggaga cggctgaggc tgtggccgcg
     3001 gcgccggtca aaatcgtcga gacccgccag ccgatcggct acgaagaaga cgagctcacg
     3061 gcctcgatgg aggattgggc cgcccgcgcg atcgatcaat tatgaaccaa caaaatagaa
     3121 actacttaac acgaatagga catgtttcga caggataata ttgtagagaa tgagcaatct
     3181 gataaagtgg gcaaaacgcc tcaaacgcat ttatcgcctc gcagaaagca tatgggtcag
     3241 ccggcaattc aactaaccaa tagttttccc cttgcacctg ccggcaaggg catttcatca
     3301 gccgggaaaa cgacaaaaga gctttggtac tctcgacg
//
LOCUS       SEQF2637|AYYD01001229.1 1333 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1333
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(211..471)
                     /locus_tag="SEQF2637_02133"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVNFTTQEFTTRSDQAFDLADKGEKVIIRRGRRRAYRLIPFT
                     EESSGITPELQAKIDQAREEYRRGETLHFESKEEIDRYFDSL"
     CDS             complement(547..822)
                     /gene="relK"
                     /locus_tag="SEQF2637_02134"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WF09"
                     /codon_start=1
                     /transl_table=11
                     /product="Toxin RelK"
                     /translation="MKYKVDFTKDAQKVVKKWKKSNPILFKKLVAILDEISIHPRTGI
                     GHPEPLKGGNDITYSRRISAHDRIIYDIYDEKITVLVIDVEGHYDDK"
     CDS             complement(819..1286)
                     /locus_tag="SEQF2637_02135"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATVNFTTQEFTSRLDQAFDLADKGEKVIIRRGRRRAYRLIPFT
                     EESSKMMTYLHLPLTNLFIPSNRSSMATVNLTAQEFTSYSDKAFNMADKGSKVIIGSD
                     RRQPYLLVLFTETLSDITPELQAKIDRAREEYRRGETLHFESKEEMHAWLDAL"
ORIGIN      
        1 tgggtggtga agtttactgt tgccatgatg cttcgttttg aggatgaatg gatgggacaa
       61 aggtagaggg ggaggtgaaa agcaaatggg ggcgaaggaa ctcgcttctt cttttcttcc
      121 cttgatggaa gaaaaggaag caaaagaaga tcaaggccca ccggggccgg ggaggtttgc
      181 cgggtacgtc gaaatctcat cgcgtcttga tcagagactg tcaaagtatc ggtcgatttc
      241 ctctttactc tcaaaatgta gggtttcgcc ccttctatat tcttctcttg cctggtcaat
      301 tttggcttgt aattcgggtg taatgcccga tgactcttcg gtgaagggaa tgagcctata
      361 agctcgtctg cggccgcgac ggatgatcac cttttcgccc ttatcggcca agtcaaacgc
      421 ttgatccgaa cgggtggtga actcttgggt ggtgaagttt actgttgcca tgatgcttcg
      481 ttttgaggat gaatggatgg gacaaaggta gagggggagg tgaaaagcaa atggggcaga
      541 catttactat ttgtcgtcgt aatggccttc gacatcaatg acgagcaccg tgattttctc
      601 gtcgtagatg tcgtaaatga ttcgatcgtg tgcagagatg cgtcttgaat aggtgatgtc
      661 gttgccgcct ttcaatggct ccggatggcc gatgcctgtc cgcggatgaa ttgaaatctc
      721 atcgagaatg gcaaccagct tcttgaacaa gatggggttg gacttcttcc acttcttgac
      781 aaccttttga gcgtctttcg tgaagtctac tttatatttc atagcgcgtc caaccaagcg
      841 tgcatttcct ctttactctc aaaatgcaga gtttcgcccc ttctatattc ttctcttgcg
      901 cgatcgattt tggcctgtaa ttcgggcgtg atatccgaga gcgtttcagt gaaaagaaca
      961 agcaagtaag gttgtctacg atcactacca ataatcactt tgctgccttt gtcggccatg
     1021 ttgaatgcct tatcggagta ggaggtgaac tcttgggcgg tgaggtttac tgttgccatg
     1081 gagcttcggt ttgaggggat aaatagattc gttaaaggta gatggaggta tgtcatcatc
     1141 tttgaagact cttcggtgaa ggggatgagc ctataagccc gtctgcggcc gcgacggatg
     1201 atcacctttt cgcccttatc ggccaagtca aacgcttgat ccaagcggga ggtgaactct
     1261 tgggtggtga agtttactgt tgccatgatg cttcgttttg aggatgaatg gatgggacaa
     1321 aggtagaggg gga
//
LOCUS       SEQF2637|AYYD01001230.1 5421 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..5421
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(156..2621)
                     /gene="susC_9"
                     /locus_tag="SEQF2637_02136"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKSKRRYTRCGLLATVLSLCLSLTTAWAQRIKISGNVRDADGNP
                     VELVLVQVKQTMNGAMTDEKGFYSLTVAPTDSVVLVFSCLGYHKAERIIPRPAGDMRV
                     NVQLTSAALELGEIAVTATRRQTTTMEHLDANRLKILPDPSGGSIESLVVTYAGVSSN
                     NELSSQYSVRGGSYDENMVYVNGMEVFRPLLIRSGQQEGLSFVNPNLTEQVQFSAGGF
                     EARYGDKMSSVLDITYKRPKGWEGAATLGMLASSHPTLSTANAYVGSASKRFTQVTGI
                     RYRMSSSLLSDADSRAEYEPRFVDLQTFMTYRPAPKWEVNFLGNIASNHYSYRPIELQ
                     TRFGTTEEQRVFHVYFDGRERDRFDTYYGALTLKHTPSDKSEVGLQAFAFRSNEEESY
                     DIEGAYRLDKVGEESAGEASSLSLASYHEHARNRLQATVVHVGVYGLSQLSSFHTLKW
                     GAGLQSERFVDRISEWESHDSSGYSLPQTGREVNVIANLFSNNSLSSMRGSGYAQDVI
                     KFRTPQGLFTVIAGLRATYWSYNRELLISPRASVGFIPTANQDITLRLATGLYSQSPF
                     YKELRVEEQDAGGNTVVRLNSDLKAQRSIHFILGGDYSFKVGGRNFKLSSEVYYKHLS
                     RINPYTVDNVKIRYYGENCARGYIVGWDTKLFGEFVPGADSWISLSLMQARQTIDRTG
                     QPTVHAPLPNSPAYNLSLYFQDYFPGYRRAMVNLRGVLTGGLPVTVPRQGYTGNTFRT
                     PAYRRVDIGFTYQLVGGESRVMDSGLLRHFKNLWIGVDVFNLLDIYNTGSYYWITDVY
                     NHRYAVPNYLTGRQLNLRLSADF"
     CDS             complement(2948..3232)
                     /locus_tag="SEQF2637_02137"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKLIIHIEASKDYYDGYAVNVDGIYGAGSSVEECKVDVGRGLR
                     LMIESAAARGDRSLPEWLMTGNYVIEYTYDLPRIVSRPSSRRREKVTGYV"
     CDS             complement(3258..3437)
                     /locus_tag="SEQF2637_02138"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYTELHRKIVKAGWTFHHAEGSHYFYIKDGILSVPIPYHGSKE
                     IGKGLAQKLIKNMGL"
     CDS             complement(3479..3994)
                     /gene="kdsC"
                     /locus_tag="SEQF2637_02139"
                     /EC_number="3.1.3.45"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Z3G5"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-D-manno-octulosonate 8-phosphate
                     phosphatase KdsC"
                     /translation="MIPYDLTRIRAFLFDVDGVLSSDKIPLADNGDPARTVNIKDGYA
                     LQLAVRHGYEVGLITGAYTENIRRRFEHLGVKHIYLCSSVKIIDYEDFLRRTGLTDEQ
                     VAFAGDDIPDYEVMRRVGLPIAPSTAAPEIKRIARYISPLAGGDGIAREVIEQTMKVQ
                     GTWMSDKAFGW"
     CDS             complement(4067..4849)
                     /gene="hemA"
                     /locus_tag="SEQF2637_02140"
                     /EC_number="1.2.1.70"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00087"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamyl-tRNA reductase"
                     /translation="MMNETVVMIGAGRVATHLAQALREHAGLRLVQVYSRTAEHARAL
                     AERSDGAAWTTSAEAVRTDADVYVFSLSDDALADVARRVPANDGLWLHTAGSVPMAVF
                     RGRARRYGVLYPLQTFSRERSVDFRRVPCFVEGCTAEVTDEVRTLAERLSDEVHELSS
                     VDRAYLHLAAVFACNFTNHMYALADGIVRARGLDGSVLRPLIDETAAKIHRLTPREAQ
                     TGPALRNDRAVMDRQAAMIADPDVRRLYEDISRGIYAEQLKS"
     CDS             complement(4846..5412)
                     /gene="frp_1"
                     /locus_tag="SEQF2637_02141"
                     /EC_number="1.5.1.38"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56691"
                     /codon_start=1
                     /transl_table=11
                     /product="NADPH-flavin oxidoreductase"
                     /translation="MESFNELMMRRRSSRKFTAEPIAPDQVQELLKAALVAPTSKNAH
                     SWQFVAVEDREMLERLAACRKMGSSFLSGCALAVVVMGDVTVTDVWVEDASIAAAYMQ
                     LQAEDLGLGSCWCQVRNRHTPDDTEAEQYVRDLLDIPYQLGIVCIVGFGHRERVGRPH
                     DEAALLWEHVHIGRYRTAEITGDGQVQA"
ORIGIN      
        1 ggtgaactct tgggtggtga agtttactgt tgccatgatg cttcgttttg aggatgaatg
       61 gatgggacaa aggtagaggg ggaggtgaaa agcgaaggga gggcggagac tatggccgag
      121 tatccggcaa acttggctgg cgtccctgac gcccgtcaga agtccgcgct gaggcggagg
      181 ttgagttggc ggccggtgag gtagttgggg acggcgtagc ggtggttgta gacgtcggtg
      241 atccagtagt aggagccggt gttgtagatg tcgagtaggt tgaagacgtc gacaccgatc
      301 cagaggttct tgaagtgacg caagaggccg ctatccatca cgcgactctc gccgccaacg
      361 agctgataag tgaagccgat gtcgacgcgc cgataggcag gcgtgcggaa ggtgttgccg
      421 gtgtagcctt gtcgcggaac agtgacggga aggccaccgg tcaggacacc gcgcaggttg
      481 accatggccc ggcgatagcc cgggaaatag tcctggaaat agagcgagag attgtatgcc
      541 ggactgttcg gcaggggcgc atgcaccgtc ggctgacccg tgcggtcgat cgtctggcgg
      601 gcttgcatga gcgagaggct aatccacgaa tcggcgccgg ggacgaactc gccgaagagc
      661 ttcgtgtccc acccgacgat atagccccgc gcacagttct cgccatagta gcggatcttg
      721 acgttgtcca ccgtgtaggg attgatccgg ctgaggtgct tgtaataaac ctcggacgag
      781 agtttgaagt tgcggccgcc gaccttgaag ctataatcgc ctccgaggat gaaatggatg
      841 gagcgttggg ctttcaaatc gctattgagg cgcacgacgg tattgccgcc ggcatcttgt
      901 tcctccacac gcagctcctt ataaaagggc gactgcgaat agagtccggt ggccaggcgt
      961 agcgtgatgt cttggttggc tgtggggatg aagccgacgg aggcgcgagg gctgatgagc
     1021 agttcgcgat tgtagctcca ataggtcgcg cgcagaccgg caatgacggt gaagagtcct
     1081 tgcggggtgc gaaacttgat cacgtcttgt gcataacccg agccacgcat gctgctgagg
     1141 ctattgttag aaaagaggtt ggcgatgacg ttcacctcgc ggcccgtctg cggcagcgaa
     1201 taacccgacg agtcgtggct ctcccattcg ctgatgcgat ccacgaaacg ctccgactgg
     1261 aggccggcgc cccacttgag tgtatgaaac gacgacaact gcgagaggcc atagacgccg
     1321 acgtgcacca cggtggcctg aaggcgattg cgggcgtgtt cgtgatacga cgccagcgaa
     1381 agcgacgagg cttcgccggc cgattcctcc cccactttgt cgaggcgata ggcgccctcg
     1441 atgtcgtagc tctcctcctc gttggagcgg aaggcgaagg cttgcagacc gacttccgac
     1501 ttgtcgctgg gcgtatgctt gagcgtcagg gcaccgtagt aggtatcgaa gcggtcgcgc
     1561 tcgcggccgt cgaagtagac gtggaagacg cgctgctcct cggtcgtgcc gaagcgtgtt
     1621 tgtagctcga tggggcggta ggagtagtgg ttcgaagcga tgttgccgag gaagttcacc
     1681 tcccatttcg gtgccgggcg gtaagtcata aacgtttgca gatcgacgaa ccgcggctcg
     1741 tattcggccc gcgagtcggc gtcgctgagc agcgagctgg acatgcggta acggatgccc
     1801 gtgacttgcg tgaagcgttt gctggcgctg cccacatagg cgttggccgt gctgagcgtg
     1861 gggtgcgagg aggccagcat gccgagcgtg gccgcgccct cccatccctt gggccgcttg
     1921 tacgtgatgt cgagcacgga gctcatcttg tcgccatagc gcgcctcgaa gccgccggcc
     1981 gaaaattgca cttgctccgt caggttgggg ttgacgaagc tcagcccctc ctgctggccg
     2041 gagcgaatga gcagcgggcg gaacacttcc atgccgttga cgtaaaccat attctcgtcg
     2101 tagctaccgc cacgaacgga gtactgcgag ctgagttcgt tgttggatga gacgccagcg
     2161 tacgtcacca cgaggctctc gatgctgccg cccgagggat cgggcaggat tttgagccgg
     2221 ttggcgtcga ggtgctccat cgtcgtcgtt tgtcggcgcg tggccgtgac ggcgatctcg
     2281 cccagctcga gcgctgcgga ggtcagctgc acgttcacgc gcatgtcgcc agcaggccgc
     2341 gggatgatgc gctcggcctt gtggtagcca aggcaggaga agacgagcac gacggagtcc
     2401 gtcggcgcca cggtgagcga atagaaaccc ttctcgtcgg tcatggcgcc gttcatcgtt
     2461 tgcttgactt gcaccaagac cagctccacg gggttgccgt cggcgtcgcg cacgttgccg
     2521 gagatcttga ttcgctgtgc ccacgccgtc gtaaggctca agcagaggct gagcaccgtg
     2581 gctaacaggc cgcatcgtgt atatcgtctt ttactcttca tcctatttat ctattgtgta
     2641 aaccggttcc ttaacgggcg aacgagggga aacgtatgta tcgccggccc ctcgacgccg
     2701 catcttttcg cccgaaatgg ccgcaaacct ctttttagtc gtttcgggtg acccgaaatg
     2761 gctgcaaacc tctttttagt cgtttcgggc gacccgaaat ggccgcaaac cactttttgg
     2821 tcgtttcggg cgacccgaaa tggccgcaaa cttcttttta gtcgtttcgg gcgaaaagat
     2881 gcgattccga acctcctccg catcttttca aaagatggat tgaggggtgg aggaggggcg
     2941 gagatcttta gacatagccc gtgaccttct cccgccggcg gctgcttggg cgacttacta
     3001 tgcggggcag atcatatgtg tactcgatca cgtaattccc cgtcattagc cattctggca
     3061 gactgcgatc acctcgcgcg gcggccgatt cgatcatcag tcgcagcccc cgtccgacgt
     3121 ccaccttaca ctcttccacc gagcttccgg ctccgtatat cccgtccaca ttgaccgcat
     3181 atccatcata gtaatccttg ctcgcttcaa tgtgaataat cagcttttcc ataatccgat
     3241 attatttctc ttgtgattca aagccccata ttttttatca gcttttgcgc caatcccttt
     3301 cctatctctt tcgatccgtg atatggaatc ggcacagaca atatcccgtc tttgatataa
     3361 aaatagtggc tgccttcggc atgatggaat gtccatccgg cctttacgat cttccgatga
     3421 agctctgtgt acttcatctt ttattcaccc ttttgttctt gataaagcta agcgcaactc
     3481 accacccgaa cgccttgtcg gacatccatg tgccctgcac cttcatcgtc tgctcgatca
     3541 cttcgcgggc aataccgtcg ccgccggcca gcggggagat gtaacgggcg atgcgcttga
     3601 tctccggcgc cgccgtactg ggggcaatgg gcagcccgac gcgacgcatt acctcatagt
     3661 ccgggatgtc gtcgccggcg aaagccactt gctcgtccgt gaggcccgtc cggcggagga
     3721 agtcctcata gtcgatgatc ttgacactgc tgcagaggta gatgtgcttc acgccgaggt
     3781 gctcgaagcg gcggcggatg ttctccgtat aagcgcccgt gatcaggccc acctcgtagc
     3841 cgtgtcggac ggccaactgc aacgcgtagc cgtctttgat gttcaccgtg cgggccggat
     3901 caccgttgtc agccagcgga attttgtcgg acgacagcac gccgtccacg tcgaaaagaa
     3961 acgcccgtat gcgggtcaaa tcgtaaggaa tcattgtttg aaagtgaaaa gtgaatagtg
     4021 aaaaacgaga agaaccaatc cggtgcccgg ccaaacttcg ccccctctaa ctttttagtt
     4081 gttcggcgta gatcccccgg ctgatatcct cgtagaggcg cctcacgtcc gggtcagcga
     4141 tcattgcggc ctgacgatcc atcacggcgc ggtcgttgcg aagcgctgga cccgtctgcg
     4201 cctcacgcgg cgtgaggcgg tggatcttcg ccgccgtctc gtcgatcagc ggacggagca
     4261 cggagccgtc gaggccacgc gcacggacga tcccgtcggc caaggcatac atgtgattcg
     4321 tgaagttgca agcaaagacc gccgccagat ggaggtacgc ccgatcgacc gacgacagct
     4381 catgcacctc gtccgagagt cgctcggcca gcgtccgcac ctcgtcggtc acctccgccg
     4441 tgcagccctc cacaaagcag ggcacccgac gaaagtccac cgacctctcg cgtgagaacg
     4501 tctgcagcgg ataaagtacg ccgtagcgcc gcgcccggcc gcggaagaca gccatcggca
     4561 cactgcccgc cgtatgcagc cacagcccat cgttcgccgg cacccgacgg gccacgtccg
     4621 ccaacgcatc atcgctgagc gagaagacgt acacgtcggc atccgtgcgc acggcttcag
     4681 ccgacgtcgt ccacgccgcg ccgtccgacc tctcggctaa cgcccgggca tgctccgctg
     4741 tccgactgta gacctgcacg aggcgcagcc ccgcatgctc acgcaacgcc tgcgcaagat
     4801 gcgtggccac acgcccggca ccgatcatca cgaccgtctc gttcatcatg cctgtacctg
     4861 accgtctccg gtgatctccg ccgtgcggta acggccgata tgcacgtgtt cccaaagtaa
     4921 cgccgcctcg tcgtgcggcc ggcccacgcg ctcgcggtgc ccgaagccga cgatgcaaac
     4981 aataccgagc tggtagggga tgtcgagtag gtcgcggaca tattgctcgg cctcggtgtc
     5041 gtccggcgtg tgacggttac gcacctgaca ccagcagctg cctaagccga gatcttcagc
     5101 ctgaagctgc atgtatgcgg cggcgatcga agcgtcctcc acccacacat ccgtcacggt
     5161 cacgtcgccc atgaccacca cggccagcgc gcagccgctg aggaaggagc tacccatctt
     5221 ccggcaagcg gccagtcgct ccagcatctc acgatcctcc acggccacaa actgccatga
     5281 atgcgcattc ttcgacgtcg gcgccacgag cgctgctttc agtaattcct gcacctggtc
     5341 cggtgcgatc ggttcggccg taaacttccg cgagctgcgg cggcgcatca tcaattcatt
     5401 gaaactttcc attgtgctat c
//
LOCUS       SEQF2637|AYYD01001231.1 8995 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..8995
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(33..701)
                     /locus_tag="SEQF2637_02142"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIIANRISLCGQVYDTTFVSNRAARVAEELSRKHGLTIAKEVH
                     SARPHRKAQADPARERTKQQVRSICYALLEKHKGKGLSGHSMFLYELYRSGVTIERMK
                     NKQGKVYGLKFTYDGHSFKASEIGREFGYRTLPKQFENGNAQKPIIPSGYSSMKSTND
                     SIPTAQVARSVVDTALDAAESLLSETGEVTALQTHGADYAEIAWQRRLRNQAVKKKRR
                     GRGI"
     CDS             complement(966..1271)
                     /locus_tag="SEQF2637_02143"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEKSSNKAGRASLDAYPEETHPQTAEPSGQSAHAESAPTTKRI
                     SAKMRRAVYLSRDTQERADFVVRRLGDRGANLSSFVERIVRAHLEDYAEEIEEWRKL"
     CDS             complement(1268..2227)
                     /gene="dnaG_4"
                     /locus_tag="SEQF2637_02144"
                     /EC_number="2.7.7.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00974"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA primase"
                     /translation="MKEENLPAIKRYPITAYLESQGITPVRRLASYAMYRSPLRDDRH
                     PSFKVDTEKNLWIDYAEGRGGSIIDLCMRLEGRTLPEAIRRLGQMVSGRTTNDYPRTE
                     SYSHAAESMPGSRKLIGISDDLLPHLQDYLTKVRCIDLGQAQPFLRCVRYEVQGRTYE
                     VIGFANASGGYELRGAGSFKGTLAPKDITPAFPDGRHPVCVFEGFMDFLSFLSMKEKV
                     DSHCLVMNSVSNVRRCIRYLRELRITALRAFLDNDDAGRRTLNTFIDAGFQVEDMSVH
                     YRECKDLNEFHVKRVRRLREQQGQAPITTKPSHPIKLKRRSQP"
     CDS             3167..3409
                     /locus_tag="SEQF2637_02145"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLSLAACYLKAFGEESKHTDWLHNGDVCRLLGISKCTLQHYRDT
                     GVLPFAQIGHKCYYKREDVERLLCVKSDKTAHTTPR"
     CDS             3406..3711
                     /locus_tag="SEQF2637_02146"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMEAIQDLSMEAGEMQAVVSALRRVRERIQEVSKMHRPLFGGEH
                     FLTGKEVCERLYISPRTLQDYRDRKIIPYTPFAGKILYKASDLERILEENYKGGGKR"
     CDS             complement(4088..4426)
                     /locus_tag="SEQF2637_02147"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAEQNPEAYKPDVAATLNNLGSLLYATNDLKQTQDYYEEALEIR
                     RELAKQNPKAYNSYVAMTLNNLVILYLELKKKGDAEKAYQGAHDIYQKLAGRHPGAYE
                     IDYAGQLAKR"
     CDS             complement(4441..5532)
                     /gene="ycf3"
                     /locus_tag="SEQF2637_02148"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00439"
                     /codon_start=1
                     /transl_table=11
                     /product="Photosystem I assembly protein Ycf3"
                     /translation="MQGLMNRMEELNMAPQYIRALLKELPIEQGLERTELALGAMLAN
                     GRIHSEGTKCLVAEFVRFLFEHTDKIAEEARRLREAGDSYLAETLEEIKRVLTGESEQ
                     SLTTVYEGFKTREKQKEVRVLQELIEAAQIQFSFGEARGFYERLIELAPTIEHHFKYA
                     YLLQSLNDFEKAINLYEMVLKELRELAKQNPEAYNPDMALTLNTLGCLLRVANDFKQA
                     QSHFEEALEIYRKLTKLNPEAYNPYVAMSLNNLGCLLRVTNDFKQAQAHFEEALEIRR
                     ELAKQNPEAYKPHMATTLNNLGNLLRDTNDLKQAQAYFEEALEIYRELAKQNPEVYKP
                     YVALTLNNSGILLYDTNDLSKPKLTTRRR"
     CDS             complement(5980..6114)
                     /locus_tag="SEQF2637_02149"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFCKLLIYNYKLQNNSEITNLFRALFYPELAYRMGKEEGGMCMR
                     "
     CDS             6123..7043
                     /locus_tag="SEQF2637_02150"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIATDKVTEIFCILDEFCKNLDAELAKNLHIAPIDEGYKRMRNR
                     KGQMSKSEIMTILLCYHFGSFRNFKHYYLFFIKEHLASYFPKAVFYTRFVELMPRVFF
                     DMMAFMRIQGFGKCTGISFVDSTMVPVCHNMRRKFNKVFDGLAKNGKGTMGWCHGFKL
                     HLLCNEMGDVLTFCLTPANVDDRDPRVWRVFTKVLYGKVFADKGYIKQEFFENLFNQG
                     IHLVHGLKSNMKNKLMPLWDKMMLRKQYIIECINELLKNKANLVHSRHRSVHNFLMNL
                     CAALAAYCFFENKPEALPVRIEKSRQLELF"
     CDS             complement(7629..8843)
                     /gene="xerC_14"
                     /locus_tag="SEQF2637_02151"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44818"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MRSTFKILFYINRQKTKTDGKTAIFCRVTIDGRSAVMTTGEECL
                     PTEWNGRQGITGEKKINQRLAAFRELVEKTYAEMLTKDGVVSAELLKNRLQGVAAAPT
                     TLLTMSEAELQSVKACVGKSRSAGTYRNHTYSDKMLREWIEDKGRKDMPIDTVTGDLF
                     EEFRFYLKKKRFTAKTVNRHLCWLCRLMYRAVSKRIIRYNPFEDATYEKEERKIRFLQ
                     KSDVAKLMALKVNDKEAEQARQMFIFSCFTGLAIADMERLKFSHIQTAADGRRYIRKE
                     RQKTKVESVVPLHPIAETILNRLREEEEQAVKEKDGDLVFPRGCSRSVMNNKLSTVGL
                     ACGVRQRLSFHMARHTFGTLSLSAGIPIESIAKMMGHTSITSTQIYAQVTDKKISEDM
                     DRLIRKQQTASV"
     CDS             complement(8855..8974)
                     /locus_tag="SEQF2637_02152"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGHSTVRMTERYAKVTPQKLFEEFDRLIAFTEDLHLII"
ORIGIN      
        1 tcgggatgga tggagtggat gaacgtcgaa catcatatcc cccttcctct cctcttcttc
       61 ttcacggctt ggtttcttaa gcgccgttgc catgcgatct cggcgtagtc tgcgccgtgt
      121 gtctgtaggg ctgtgacctc tccagtctcc gaaagaaggc tttccgcggc atctaaagct
      181 gtgtctacaa cggatcttgc gacttgtgcg gtaggtatac tgtcattcgt ggacttcatg
      241 gaagaatagc cggagggaat gatgggtttc tgcgcattgc cgttctcgaa ctgtttcggc
      301 agggtgcggt agccgaactc acgaccgatt tcggaggcct taaaactgtg gccgtcgtag
      361 gtaaacttca gcccgtagac tttgccctgc ttgttcttca tgcgctcgat cgtgacgccg
      421 cttcggtata gctcatagag gaacatggag tgacccgaca ggccttttcc tttgtgcttc
      481 tcgagcaagg cgtagcagat gctccgcacc tgctgcttcg ttcgttctct tgcgggatcg
      541 gcttgggctt tccgatgtgg tcgcgcggag tggacttctt tggcgatggt cagcccatgc
      601 ttgcgactga gttcttcggc cactctcgcc gcccgattgc tgacgaaggt ggtgtcgtag
      661 acctgcccgc agaggctgat tcgatttgcg atgatgtgca tgttgtcgat gttttctgtt
      721 ctgcttattc tatggttttg gccgatgaga acggatgtga tcacggccct ctcctccgtc
      781 cgccaaggcc gggggagcaa gcgcagtttg tgggaacaaa ctgacgtctt gcattaccgt
      841 cgtcatgctc cggtactggc ccgacagtga ttcttttgat cactgcatac catgcattca
      901 gacagttatt gattgcttga cgtgcatatt gttcgtgaat tttttgatag atctgtatgc
      961 tcggattaca gcttccgcca ttcctcgatt tcctcggcgt agtcctccaa atgggcgcgc
     1021 acgatgcgct ccacaaagct cgaaaggttg gcacctcgat cgcccaagcg acggacaacg
     1081 aagtccgcgc gctcctgcgt gtcccggctg agatagaccg cccgcctcat tttggcactg
     1141 atgcgcttgg ttgtgggcgc actctcggca tgcgcggatt gcccggaagg ctctgctgtc
     1201 tgtggatgcg tttcttcagg ataggcatca agagacgccc ggcccgcttt gttggagctt
     1261 ttctctttca tggttgcgat ctccttttca gtttgatggg gtgtgatggt ttggttgtga
     1321 tgggtgcttg tccttgttgt tctcgtaggc gacggacgcg tttgacatga aactcgttga
     1381 gatccttgca ttcgcggtaa tgcacggaca tgtcttccac ctggaacccg gcatcaatga
     1441 atgtgttcag ggttcgcctt ccggcgtcgt cgttatcgag gaacgcacgg agggccgtga
     1501 tgcgcagctc gcgtaggtaa cggatgcacc gcctgacgtt cgacacggag ttcatcacga
     1561 ggcaatggct gtcgaccttc tctttcattg aaaggaagga gaggaagtcc atgaagccct
     1621 cgaaaacgca gaccggatgc cgcccatcgg ggaaggccgg cgtgatgtct ttcggcgcca
     1681 gcgtcccctt gaacgacccg gcgccccgca gttcgtaacc gcccgaggcg ttggcaaagc
     1741 cgatgacttc gtacgtccgc ccctgcacct cgtagcggac acatcggagg aagggctgag
     1801 cctggccgag gtcgatgcac cgcacttttg tcaggtagtc ctgcaaatgt ggcagcaggt
     1861 cgtccgatat gccgatcagc tttctgctac cgggcatgct ctcggcggca tggctgtagg
     1921 attccgtccg tggatagtcg ttcgttgtgc gaccggaaac catctggccc aaacggcgga
     1981 tggcctccgg gagagtgcgc ccctccagcc gcatacagag gtcgatgatg ctcccgccgc
     2041 ggccctcagc gtagtcgatc cacaggttct tttcggtgtc caccttgaag ctcggatgac
     2101 ggtcatcccg cagcggcgag cggtacatcg cgtagctcgc cagccttcgg acgggcgtga
     2161 tgccctgact ttccaagtac gccgtgatgg ggtaccgctt gatggctggt aagttctctt
     2221 ctttcatgtt tcagaggtat gaggatgggt aatgaaatga cgcggtgttt tatccgaatg
     2281 caaatgattt tcgatcaatc acggtggtgt ttaatcttat tccaatgaaa taagatcaac
     2341 tatacttgtg ttttatcgca cttcatatga tttccaatca accacattgg tgattctttc
     2401 tatttcatat gcattgtaat ggtttcccgc agtgattctt cgcatttcag atgaaatgaa
     2461 atcaaacacc gcggtgattc ttcttgattc cattgttttc cgatcaaaca cttggacttt
     2521 ttaaccccct tcttactact tacgacaacc gtagtaagtg cctgttttct aatagtattc
     2581 agacggatcg aagtcactac gcagctgact acatgtcact actacaggat cgaaggagcg
     2641 gaactcaatg gtctattgaa gccgttttcg ccttccgcct atgcctgatt gtcagaccgg
     2701 attaggttgc ttcgatctgc ctgtttcttc ttgggttggc tgggatgagt tttcggaggt
     2761 gaaggtgtga cgggtattct cggcatccaa gcatgcagtg cgttccggca tgatgttgcg
     2821 cccgtttgcg tccgatttct tcggggaaca ggctttacaa ggaagcgatt cgccccttcg
     2881 ataagacaaa atggcagtaa aagaaaagaa ggtagggaac gattcacagg ctgctatctg
     2941 ctttcacttg cggccgtttt ccgcagggat tgtgaggtct tccatctacg ccggttgtat
     3001 ccttactgtt ccatttgcat ccctgctgtt cccgattgca ttgacggcgt ttggcgtgcg
     3061 atttaagttt gccgccgaaa acagtagaac ctgaatacca accacaaact aatatgtgaa
     3121 cccatgaagt attacagagg ccgattggca aagtctgcgc gacgaagtgc tgagcctcgc
     3181 cgcatgttac ctgaaggctt tcggagaaga gtccaaacac acggattggc tgcataacgg
     3241 agacgtctgc cgactgctcg gcatcagtaa atgcaccctg caacactacc gcgacacggg
     3301 cgtgctgccc ttcgcgcaaa tcgggcacaa gtgctattac aagcgggagg acgtggagcg
     3361 gttgctctgc gtgaagtctg acaaaacggc acacacgacg ccgcgatgat ggaagcgatt
     3421 caagacttga gtatggaggc gggcgaaatg caggcagtag tctctgcctt gcgacgagtc
     3481 agggaacgga ttcaggaagt gtccaagatg caccggccgc tcttcggcgg tgaacacttc
     3541 ctcacaggca aggaagtatg tgaacggctc tacatcagtc cccgcacctt gcaggactac
     3601 cgcgaccgaa agatcatccc ctacacgccg tttgccggca agatccttta caaggcctcg
     3661 gatctcgaac ggatcttgga agagaattac aagggaggcg ggaagcggta gggcaatcac
     3721 gctttcatga attgaaaacg gcacttgaag gcagaggcag atctgcacca agtgccgttt
     3781 cttgtaacgt aagttcgata taagtgtact tttttattcg ccggcaaacc gcttgccggg
     3841 gatatcttac gtcgaaccga ggttaaataa gaagctattc aaagctatcc aaataccatt
     3901 acaaccttac gaggaacaca gggtcgacgc ataataccac aagatttatc ctccccaagt
     3961 gcaccgcgaa agaaactagg ctactgcacc ctatacgggg atctacctaa atccgcaagc
     4021 gaggtgttgc acctcctata ggaaaataca atgtaattaa acatgaagtc taaaaaccat
     4081 gagacaatta cctcttggcg agttgcccgg catagtcgat ttcgtaggct ccgggatggc
     4141 gaccagctag tttttggtaa atgtcatgcg ccccttggta agccttctct gcatcccctt
     4201 ttttctttag ttccaaataa aggataacaa ggttatttag ggtcatcgcc acatatgaat
     4261 tgtatgcctt cggattctgt ttggccaact ctcgacgtat ctctagcgcc tcctcgtagt
     4321 aatcttgggt ttgcttgagg tcattggtgg cgtatagtaa ggagcccaag ttgtttaggg
     4381 ttgcagctac atccggcttg tatgcctccg gattctgttc ggccaactct cgatgtatct
     4441 ctagcgcctc ctcgtagtaa gcttgggctt gcttaagtcg ttagtgtcgt agagtaagat
     4501 gcccgagtta tttagggtta gcgccacata tggcttgtac acctctggat tctgcttggc
     4561 caactctcga tatatctcta gcgcctcctc aaagtaagct tgggcttgct taaggtcatt
     4621 agtgtcgcgg agtaaatttc ccaagttatt tagagttgta gccatatgtg gcttgtacgc
     4681 ctctggattc tgcttggcta actctcgacg tatctctagc gcctcctcga agtgagcttg
     4741 ggcttgctta aagtcgttgg tgacgcggag taaacatccc aagttattta gactcatcgc
     4801 cacatatgga ttgtacgcct ctgggttcag cttggtcaac tttcgatata tctctagtgc
     4861 ctcctcgaag tgagattggg cttgcttgaa gtcgttggcg acgcggagta aacatcccaa
     4921 ggtatttagg gtcagcgcca tatctggatt gtacgcctct gggttctgct tggccaactc
     4981 tcggagttcc tttagcacca tctcataaag gtttatagct ttctcaaagt cattgagact
     5041 ttggagtagg taagcatact tgaagtgatg ctcaatagtc ggagccagct cgatcaaacg
     5101 ctcgtagaaa ccacgagcct ccccgaagga gaactggatt tgagccgcct caatcagctc
     5161 ctgaaggact ctgacctcct tctgcttctc tcgggtcttg aacccctcgt aaacagttgt
     5221 cagactctgc tcgctctccc ctgtcagtac ccttttgatt tcctctaagg tttcggcaag
     5281 atagctgtct cccgcctccc ttagtcgcct ggcttcttcg gcgatcttgt cggtgtgttc
     5341 aaagagaaat cgcacaaact ctgcaactag gcatttcgtt ccctccgaat gtatgcgccc
     5401 gttggcgagc atcgccccga gtgccagctc tgtacgctct agtccttgct ctatcggaag
     5461 ttctttgagg agcgctcgga tgtactgtgg agccatgttg agttcctcca ttcgattcat
     5521 caagccttgc attgactctt gtgtcctgtg gtgttctagc agattctgct tctcgttttt
     5581 tgcctgctca tccgctctaa gcgtcatcag gtagttgtgt gctgcgggtt gctcgctaag
     5641 ccttttcttg aagcagtcaa taaaagctcg ggtatccgca tcaagtcttt cgtagctcgt
     5701 tgcgttttgg atataccgct ccaatgcatt atttaagcgg agcctgtcgc tggaggtggg
     5761 gggtgctgag accaatcatc aagtgcgaat tgaaaggctt gatcaatgcc attatcagcc
     5821 tctgaggtgt agtatttctt gagttgaagt ccgactttta gggctgcttt gagagcatat
     5881 tctccgagtg taaaaggatc catagtgaaa taatgctata ataattagat ggttcaaagg
     5941 taataagtct ttacctaatg aggagagatg gcaatgaatc tatcgcatgc acattcctcc
     6001 ctcctcctta cccatcctat acgccagttc gggataaaaa agtgccctaa aaagattggt
     6061 aatctcgcta ttattttgta acttatagtt gtaaatcaat aacttacaaa acatatatag
     6121 cgatgattgc cacagacaaa gttacagaaa tattttgtat attggatgag ttctgcaaga
     6181 atttagatgc cgagttagct aaaaacctac atatcgcccc catagacgag ggatataagc
     6241 gcatgcgaaa ccgcaaaggg cagatgtcca agagcgaaat catgaccatc ctgttgtgct
     6301 atcattttgg ctctttccgc aacttcaagc actattatct cttcttcatc aaggagcatt
     6361 tggcaagcta cttccctaag gccgtgttct acacgcgttt cgtggaactc atgccccgcg
     6421 tgttcttcga catgatggcc ttcatgcgca tccaaggttt tggaaagtgc acgggcatta
     6481 gtttcgtgga cagtacgatg gttcccgtat gccacaacat gaggaggaaa ttcaacaagg
     6541 tgtttgatgg acttgctaag aacggaaagg gaacaatggg gtggtgtcat ggcttcaagc
     6601 ttcatctgct gtgcaacgag atgggcgatg tactcacgtt ctgcctaact cccgcaaacg
     6661 tggacgacag ggaccctagg gtgtggagag tcttcaccaa ggtgctctac ggcaaagtat
     6721 ttgccgataa gggctacatc aagcaagaat tctttgagaa cctcttcaac caaggcatcc
     6781 acctcgttca tgggctcaaa tcaaacatga aaaacaagct tatgccctta tgggacaaaa
     6841 tgatgctgcg caagcaatat ataatagaat gcatcaacga actgctcaag aacaaggcca
     6901 accttgtcca ttcacgacat cgctccgtac ataactttct catgaatctc tgtgcggcat
     6961 tagcagcata ttgtttcttc gagaataagc ccgaggcact gcccgtgcgc attgaaaaga
     7021 gtaggcaatt ggaacttttc taagcaaacc cttatcccga actggcgtat cctttatgca
     7081 aaaggaaggg acaaagacag ctcagcgtgg cgcaagtaag gctgcgggcc ggcaagattg
     7141 gctcgaattt gactcaagag cttgtcaaaa ccaaagaaca ggtcgaaaaa ctgagcctgc
     7201 cggaaaacga tgattttgtt tcattatttc cacgagcata gccggctatg taaggatata
     7261 gtcaaccgaa aatggtttgc gaaatcatgt acttggggcg cccccccttt ttttcgcaaa
     7321 ccatttctgt tcgactataa atgatggaac aaaagggcag aacaggcccc gatagccccg
     7381 aaatagaaaa ggaaaagatc cgccaaaaca gctccttaaa ataatcagtc aataaattca
     7441 aaacagcttc taagctggtc gcgatgaaag aagaagttgt atgtagtctg ttcgtagtaa
     7501 tgtcgcatac gcctttccaa ctacacccca atccttcttc tttcaccgca ttacctccgt
     7561 tgtagtcatg tagtaagatc tattcggtga aaggagaaaa agacctgttt agacagccgt
     7621 gcgggggatc acactgaagc agtttgttgc ttccggatca gcctgtccat gtcttctgag
     7681 atctttttgt ccgtcacctg cgcatagatc tgcgtgcttg taatggacgt gtgtcccatc
     7741 atcttagcga tgctctctat agggatgccg gcactgagcg acaaagtccc gaacgtgtgg
     7801 cgcgccatgt ggaaagacag tctttgcctg acgccacacg ccagccccac ggtgctcagt
     7861 ttgttattca tcacactgcg gctgcaaccg cgtgggaaga caaggtcgcc atctttttct
     7921 ttcaccgcct gttcctcttc ttctcggagt ctgttgagga tagtctccgc gatcggatgt
     7981 aacggcacga cggattctac tttcgtcttc tgccgttcct tgcggatata cctccggcca
     8041 tctgccgccg tttgaatatg cgaaaatttc agacgttcca tatccgcaat ggccaaacct
     8101 gtgaagcagg agaagatgaa catctgccga gcctgctctg cttccttgtc gtttactttc
     8161 agcgccatga gcttggccac atcgctcttt tgcaagaagc gaatcttcct ttcttccttt
     8221 tcgtaggtag catcttcaaa agggttatag cggatgattc ttttgctgac cgcccgatac
     8281 atcaatcggc agagccaaca aaggtgccga ttgaccgtct tcgctgtaaa ccgtttcttc
     8341 ttgagataga aacggaactc ctcaaacaag tctcctgtaa cagtgtcgat gggcatgtcc
     8401 tttcgccctt tgtcttctat ccactcgcga agcatcttgt ctgaataggt gtgattgcga
     8461 taggtacccg cagatcttga cttgcctacg catgccttaa cagattgcag ttctgcctcg
     8521 ctcatggtca aaagggtagt cggtgccgcg gcgacaccct gcaagcggtt cttgagtagt
     8581 tctgcgctga ccacgccgtc cttcgtaagc atttccgcgt aagtcttttc cacaagctcc
     8641 ctgaatgcag cgaggcgttg atttattttc ttttcgccag ttataccctg tctgccgttc
     8701 cattcggtcg gcagacattc ctcgccggtt gtcatcaccg cacttctgcc atcgatggtg
     8761 acgcggcaaa agatggctgt cttgccgtct gtcttcgtct tctgtctgtt gatgtaaaac
     8821 aggatcttga atgtacttct catatcggtt ttggttaaat gatcaggtgt aaatcttcgg
     8881 tgaaggcgat taagcggtcg aactcctcaa atagcttttg gggagtgact ttcgcatatc
     8941 gctcggtcat gcgcaccgtg ctatgcccaa gcatcttgct tacggtttcg atggg
//
LOCUS       SEQF2637|AYYD01001232.126219 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..26219
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             79..2028
                     /locus_tag="SEQF2637_02153"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAWSYRKRVRIAPGVHLNLSRRGVSTTIGVRGASVNFGKKGTYV
                     NTGIPGTGFYNRQKILGGRGRPHASVKRNIHTSPSGGGQLLGYGCAGILALLFLFMGL
                     IWLIDEKQILSGIIFLSFALYVVVGAILINTSISAKPKAPSINWVDQAKRMLPRTSGT
                     ARSILQNFIQCYELAQQIDEESAIVQGLEKKLSKKPNEQLEHLLKDCRGVLTKRMRQL
                     EATQINVDSQLSEEEKAAYSRLCKRFEALLSTDKIWLITDEMLTTQRKAFPNISIKRC
                     EASIYVGVFNFLKSAFDIPVLDSGDTRYYIYPKFIIKATDVCHFYVYPHDLGRLTTAT
                     VNYQESEARPVDAEFLKYTWQYVNKNGEPDKRYANNSRYPVFKYCCLFVNTGNTTAKF
                     MFSNYTTASEFATAYTVYANLLTAPNTTPTEPAPEVAPSEPIPEAVPTESIPKAEPKT
                     PVVSVHGFSAIEREITNLYLYIKSLDSMAAVREALRKHTALDFAEEIKFXVSGRLAFA
                     VWIDVLKCYKKLGYEIDPSKGECIALSVFVAELYLPDALMLEMSEDKMVEVLPATKRL
                     VSMTEEVYPFTEPDDELLFVKVLRADGVDEAIVNKYMALLHQFVSVVVKADGRVDEQE
                     KTWLKQLKTFTPLENRVVLKGPVTR"
     CDS             2025..2114
                     /locus_tag="SEQF2637_02154"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFISAYPDFQSRFNRYIHFGNYSIAEP"
     CDS             2374..3783
                     /gene="cnrC"
                     /locus_tag="SEQF2637_02155"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37974"
                     /codon_start=1
                     /transl_table=11
                     /product="Nickel and cobalt resistance protein CnrC"
                     /translation="MKHTLILWMTFALPICAAYGQEALTLEQCRQLAIDNNKELKIAE
                     AQVDRAAQERRAARTKYFPQLSATGSYMHNSKPLELVDYTRFEAMTGQLLPQLAPLLM
                     KYPQLAQSLPQIMEELKSLTHVDMQNVWIGDVSLVQPVFMGGKIVSYNQITGYARELA
                     ESMHDTKLQDVICRTDETYWQVISLANKKKLADAYVDLLRKMDTDIAAMITAGVATKA
                     DELSVKVKLNEAEMAQTKVNNGLALSRMLLAQLCGLDMEQPPLLADERIEQFAVQPTA
                     TQANAEEAFSHRPELKSLELATKIYRKKEQIALAEILPTVALTANYLVTNPNAYHGFK
                     KEFSGMYNVGVLVRVPLSTWWEGSYKRNAARAETVIKRLETEEAREKVELQVNQSVYK
                     VNEAGKQLTASTRNMERAEENLRYANVGFEEGVIPALNLMEAQTAWVSARSQLIDAQI
                     EVKLTEVYLSKALGRLGKE"
     CDS             3947..4951
                     /gene="emrK_2"
                     /locus_tag="SEQF2637_02156"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P52599"
                     /codon_start=1
                     /transl_table=11
                     /product="putative multidrug resistance protein EmrK"
                     /translation="MSEKKYSINNMLLAFIAVVIVIGLVSLAGFILLTPPDDIIMGQA
                     EATQVRISGKVPGRIEAYRFGEGDRVHAGDTLVYLNTPEVDAKLRQAEAVRSAAEAQS
                     AKAMAGARSQEVTGAYELWQKAKAGLDIAKKSYDRVQHLYDQGVMSAQKRDEAEANYQ
                     AMVATEKAAHSQYDMAREGARREDKAAASALVRQAGGVVDEVEAYLGERVLTSPIDGE
                     VVERFPQIGELVGTGAPIMNIADLNDMWVTFSVREDLLRDIKIGAEIRGFIPALGDKE
                     VVMKVYFMKDMGTYAAWKATKTTGQYDSKTFEVRARPTSPVADLRPGMSVIIKRPGKR
                     "
     CDS             4948..6126
                     /locus_tag="SEQF2637_02157"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLREGIYAILRIARRELRRLVANPVYFFCMVVAPVGCLFFFTT
                     LMRSGLPTDLPVAVVDLDNTPTSRRLVRQLDAFEQTAVRMQCASFDEARHEMQQGSIY
                     GVFLIPKNFQQDATSGKRPRLSFYTNGSFLIAGSLMFRDMKTLSVLAGASVGLQQGQA
                     RGMTDAQIMGQIQPITVDTHAIGNPWLNYSVYLSNAMLPGLLQLLVFIVTVYSIGAEI
                     KQRTSRRWLSLGNDSLAVSLAGKLLPHTVIFTVVGLLICAVLYGYNAFPLASGWLPIL
                     AAMTLLVIASQAVGVFMIGVLPTVRLGLSFASLFGMLGFSICGLSYPVTAMYPPFHAL
                     SYLYPLRHYLLIYIDQALNGRALAYTWGEYVWLAAFFLLPLTIYRNLKRALLYFHYIP
                     "
     CDS             6337..7587
                     /locus_tag="SEQF2637_02158"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDNEKRLPTLIAEGFRDLFYIWRQELRAIFRDSGVMIFFFLVPL
                     AYPVIYALIYNPETVRDVPLAVVDQSGSQRSREFIRRVDATPDVRVVATCGSIEDARR
                     LVDSKQAYGILLFTSDFNRDLAAGRQATVSLYTDMSLLLHYKALLLATTEVSLDMGRE
                     IRAARTPQSTDELQQIYVAPIPYESVALFNPANGFASFLLPAVLILIIQQTLVLGICM
                     LGGTAREQSRFHHLVPLDRRFRGTLRVLLGKAFAYVIIYIPVCLWTLVVVPRIFAYPS
                     VGNPWDALLFLLPYLLASIFFAMILSGFMRTRESGMMLFVFMSVILLFLSGISWPTDA
                     FPFYWRALAQLFPSTPAIRGFVLIKSCGATLFDVAREYRLLWLQTGLYFLLAALVYRR
                     QIIRVRRKMIRQYQAAKARQPQPE"
     CDS             complement(7854..8102)
                     /locus_tag="SEQF2637_02159"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAMMFTEVVRAEYAGGYRVRLWFNNETVKTVDLEQSLKGSVFE
                     PLKDVERFKRFHVRYATIEWENGADLAPEYLFELPAVE"
     CDS             complement(8823..9272)
                     /locus_tag="SEQF2637_02160"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQGRHCNFCNTQRINGSRTHLFAHDKAKCAIESAIASFFVPHPA
                     PFSPVLSLSEILLNHVVPVTHAAALILASDSFGRPSAVFVLPYPAAVRPFAAFVFATD
                     SFGRPSAAFVFATKSSGRPSAAFMMPCICSVYDLNRPSKINIVLSMI"
     CDS             9406..11655
                     /gene="pflB"
                     /locus_tag="SEQF2637_02161"
                     /EC_number="2.3.1.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5HJF4"
                     /codon_start=1
                     /transl_table=11
                     /product="Formate acetyltransferase"
                     /translation="MRQEWNGFQGTKWTDEVDVRGFIQDNYTAYDGCECFLEGPTEAT
                     QKLWGILQGLQKEERAKGGVLDMETEIVSGLTAYGAAYIAEGTKDLERVVGLQTDKPL
                     KRAFMPYGGIKMAEEACTTYGYKPSEKLHEIFTEYHKTHNDGVFDAYTKQMKSVRHNH
                     ILTGLPDTYGRGRIVGDYRRVALYGVDFLIEKKKQDLALHDGGGVMTDDVIRLREEVS
                     MQIKSLQGLKKMAAIYGYDISAPAKNAREAVQWLYFGYLGAIKTQNGAAMSVGRISTF
                     LDIYIQRDLEAGTLTESEAQELIDHLVMKFRMVKFARIPSYNQLFSGDPIWATLEMAG
                     LGMDGRSMVTKNDFRFLHTLENMGPSPEPNLTVLYSSRLPEGFKRYASKISVTTSSIQ
                     YENDDVMRPIWGDDYSICCCVSATQTGKEMQFFGARANLAKCLTYAISGGVDAKTREQ
                     CGPAYRPIEGDVVKYDEFMPRFMDMMEWLAGVYVNTLNVIHYMHDKYFYEAAELALID
                     TDVRRTFATGIAGFSHVVDSISAIKYAKVNIIRDETGFPLSFKTEGDFPRYGNDDDRA
                     DEIAVWLLKTFMNMIRRHHTYRNSEPTTSILTITSNVVYGKYTSNMPDGRPAGAPLAP
                     GANPSYGAEKSGLLASLNSVAKLPYEYALDGISNTQTISPSTLGHTQDEQVETLVRVM
                     DGYFDRGAHHLNVNVFGVDKLIDAMEHPEKEEYANFTIRVSGYAVKFIDLTKEQQLDV
                     IARQAHGKM"
     CDS             11663..12538
                     /gene="pflA"
                     /locus_tag="SEQF2637_02162"
                     /EC_number="1.97.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A7X5"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate formate-lyase-activating enzyme"
                     /translation="MKKRGSGARSMLLLFLLYPITTSTPNFSFSLLVIRFMETSPLLG
                     RVHSVETFGSVDGPGIRFLIFLKGCSMRCRYCHNPDTWDPETDDLRTADELLTQAMRY
                     RSYWGREGGITVSGGEALLQIDFLTELFRKAKAKGIHTCLDTSGQPFTRREPFFSKFA
                     ELMKYTDLLLFDLKQIDDAKHRELTGRTNRNILDCARYLSDIGKPIWVRHVLVPGVTD
                     NDDDLHALRAFIDTLQNVKRVEVLPYHAMGTYKWEQLGIPYTLKDVSAPSEERVRNAK
                     HILTAPGICPVERGA"
     CDS             12861..14135
                     /locus_tag="SEQF2637_02163"
                     /EC_number="1.6.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A6J4"
                     /codon_start=1
                     /transl_table=11
                     /product="NADH dehydrogenase-like protein"
                     /translation="MDDRKHIVIVGGGFAGLRLVKELDRGGKYRVTLVDMNNYNFFPP
                     LLYQVAAGFMEPSSISYPYRRLLRKRPNTRFRMGILQAVVPEEKKLVLSNGELHYDLL
                     IMATGAESNFFGNPDVEAKAMPMKTIGDALMLRNLVYTRLERATRTTDSEQRHKLLSF
                     AIAGAGPTGVELSGIFAEMKQNIMMKDYPELSRSELGDIYLIDGQKTVLAPMSQRAQA
                     YTEQALRRKGVKLKLGVFVKDFVNDEVHLSDGTVLEARNLIWAAGVSARTFPGLDTPD
                     RLGRGRRMKTDAFNRVEGQDDIFAVGDAALMTADPAYPGGHPQLAQVAIQQATNLARN
                     LNRDFQSPTPFRYVDKGAMAIIGRNQAVADLSRKIFLKGFLAWAIWAFVHIMSLVNFR
                     NKLRSFYNWAGYYISKDQSYRMVLRPTEKAKG"
     CDS             complement(14410..15471)
                     /gene="nrnA"
                     /locus_tag="SEQF2637_02164"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SM25"
                     /codon_start=1
                     /transl_table=11
                     /product="Bifunctional oligoribonuclease and PAP
                     phosphatase NrnA"
                     /translation="MLTKILDENAVHRFSRYLEKGEKFVLTAHLSPDGDAIGSALGMA
                     HYLSEQGKERVHVIVPNDFPAFLKWMPGAEDVLIYNKYPDYAEQLIREADVIINLDFN
                     EPKRIGDLAPLVEAASGRKVMIDHHLYPAPDFCRLVISHPELSSTCELVFRLLCAMKA
                     YDDISRNAAECLYTGMMTDTGAFSYNSNRADIYVIIGELIKKGIDKDAIYRQVYQVYS
                     ESRMRLMGYTMNEKMKVYPAQQAALITLTSDELRRYHYKTGDTEGFVNMPLDIDGIVF
                     SVFIREDPDYAKVSLRSVGSFPCNRFAMRYFNGGGHKNASGGEFYGTLEEAIRTFEQG
                     LAEFNPTHFTETAEEAQAV"
     CDS             complement(15715..16245)
                     /gene="srpC_1"
                     /locus_tag="SEQF2637_02165"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55027"
                     /codon_start=1
                     /transl_table=11
                     /product="putative chromate transport protein"
                     /translation="MEIYIQLFITFFKIGIVGFGGGYAMLSMVQYEVVEAHNWLSVGE
                     FTDIVAISQMTPGPIIINCATYIGYTATGGSILGSLFATTAVCLPAIIIMTLICRFFL
                     LFHNNAYMNGALSWMKPAAIGLIAAAALLLMNEHNFIDWRSVVIAIGAFVASYFFRVG
                     TIRLILAAGLAGWLLF"
     CDS             complement(16673..17224)
                     /gene="srpC_2"
                     /locus_tag="SEQF2637_02166"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q55027"
                     /codon_start=1
                     /transl_table=11
                     /product="putative chromate transport protein"
                     /translation="MRKYLQLFLSFFKIGAFTIGGGYVMIPLIEKEVVERRRWIEREE
                     FTEMLTLAQSAPGPISINSAVFVGYKTLGLGGMITAVLGTVIPSFVVILLVAMFFTDI
                     RENPTVERIFRGIRPAVVSLIVVPVVNMLKKSGFSPFVVSLATIAALAVWLFGVSPVW
                     VIAAAGVTGVIYHSWIAKEHPEK"
     CDS             complement(17321..17581)
                     /locus_tag="SEQF2637_02167"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNCVKAFIEKGADNIYSVYVDLEDNTLNYGIHGNGDTIEEAIDD
                     FESSYVGMKELYHSKGEHFVEASFEYYDESNGENPPRRYDRV"
     CDS             complement(17578..19029)
                     /gene="mltF"
                     /locus_tag="SEQF2637_02168"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HXN1"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase F"
                     /translation="MNKTGLAFLATLLLMAGCHSEQKKTELAPDLPVLQSRGVITAVT
                     LNSSTSYFQYKMQPMGYEYDLIADFAARNGLKLEIKVAESVAQSIEMLQNGQADVVAY
                     PVPIDNERKQSLRFCGRERQSSLVVVQRSSNRDSVLTDVTQLIGREVHIKPDSRYRDR
                     LENLNRELGGGIRIVEMKSDTLSVEDLIGMVSRGEIQYTICEDDVARLNRTYYGNLDV
                     SLAVSFRQRSAWAVRRDCPLLGMAIDLWAAGATGDDTYRAAEKRYFELSKGGPEAIEA
                     DAETPDTVKQTKPKVPKMRPGMISPYDDLFKRHAKSLGWDWRLLAAIAYFESHFRPNA
                     VAWTGAKGLMGIMPSTARALGFRYEEMGDPEKNIRAGIECLRRFRSSFPAASEEERVK
                     LTLASYNAGVGHINDAQRLAKKYGHNPNVWTDNVAEYIRLKAEPKYYTDSVCRFGYLR
                     GRETYRYVDAVLGRYHHYRELTEKQTAEKTEKE"
     CDS             complement(20110..20673)
                     /locus_tag="SEQF2637_02169"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLASLFKCFKRKPSAVVQTSETVDVTPPPHPLSDMEKNGYRTLA
                     ALCLAKEKQDEMAVFIDNLNDFEGDDGYFRTLNYVMDWEDDHDLFFIMAVDWKEEVDT
                     LEWRIDNAVKNNFGLCISLPDPQDYSDTPVYDPKVFPDYEAALSKHDLKLGFIDTQAD
                     EYVFFVHRTADQSAVEEAVRQIGYQYK"
     CDS             complement(20667..21881)
                     /gene="rlmCD"
                     /locus_tag="SEQF2637_02170"
                     /EC_number="2.1.1.189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31503"
                     /codon_start=1
                     /transl_table=11
                     /product="23S rRNA (uracil-C(5))-methyltransferase RlmCD"
                     /translation="MDPFCEHFGVCGGCKWQHLPYEEQLRFKQQQVVDALTRIGHVTP
                     REVRPILGSEQTTHYRNKLEFTFSNRRWLTAEEIDSERNDTDMNALGFHIPGMFDKVL
                     DIRRCHLQDDVSNRIRLAVKKYCLTHDGYPFFDLKNNAGFVRTLMIRTSSAGGVMVVM
                     AFYYEDRARREALLDFIAAEVPEITSLMYVINEKCNDTLTDQDIRLYRGVDHLIERME
                     DLQFKVGPKSFYQTNSQQAYRLYSVVREFAELSGCETVYDLYTGTGTIANFVARRSRR
                     VIGIEYVPEAIDDARVNAGLNGIENAVFYAGDMKDMLTESFIEAHGRPDVVITDPPRT
                     GMHNDVTDTILRAAPERIVYVSCNPATQARDIARMADQYEIVRIQPVDMFPHTHHVEN
                     VALLRKKCTEKC"
     CDS             22266..24986
                     /gene="ppdK"
                     /locus_tag="SEQF2637_02171"
                     /EC_number="2.7.9.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P22983"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate, phosphate dikinase"
                     /translation="MEVKRVYTFGNGKAEGKADMRNLLGGKGANLAEMNLIGVPVPPG
                     FTITTDVCNEYYRIGKEKMVELLQDDVKKAVAHVEMLMNSKFGDVENPLLVSVRSGAR
                     ASMPGMMDTILNLGLNDDVVEGLTRKTGNPRFAWDSYRRFVQMYGDVVLGMKPENKED
                     IDPFEEIIEDVKKAKGVKLDNELEVEDLKELVKRFKAAVKKQTGKDFPTCAYDQLWGA
                     ICAVFDSWMNERAILYRKMEGIPAEWGTAVNVQAMVFGNMGDTSATGVCFSRDAATGE
                     DLFNGEYLINAQGEDVVAGIRTPQQITKIGSQRWAELAGVSEADRVAKYPSMEEAMPE
                     IYKELDEIQTRLENHYHDMQDMEFTVQDGKLWFLQTRNGKRTGSAMVKIAMDLLRQGM
                     IDEKTAIKRIDANKLDELLHPIFDKEALKKAKVLTRGLPASPGAATGQIVFFADDAAE
                     WHAKGHHVVMVRLETSPEDLAGMAVAEGILTARGGMTSHAAVVARGMGKCCVSGAGAL
                     NVDYKNRTVEIDGVKLKEGDYISINGSTGEVYEGEVHTKAAELSGDFADLMTLADKYA
                     RLKVRTNADTPHDAQSARNFGAVGIGLCRTEHMFFEGEKIKAMREMILAENAEDRKKA
                     LAKILPYQQDDFKGILRVMAGYPVTVRLLDPPLHEFVPHDEKGQQEMAEAMGVSLAYI
                     RQRVEALHEQNPMLGHRGCRLGNTYPEITQMQTRAILGAALDLKKEGVETHPEIMVPL
                     TGILYEFKEQETVIRAEAEALFAERGDRIDFLVGTMIEVPRAALTADRIATSAEFFSF
                     GTNDLTQMTFGYSRDDIASFLPIYLHKKILKVDPFQVLDQKGVGSLIRMATEKGRSVR
                     PTLKCGICGEHGGEPSSVKFCHKVGLDYVSCSPFRVPIARVAAAQAAIEE"
ORIGIN      
        1 gaagggcgga taaatcagat ggaacatctt tgcggcaggt aaaccgcatt gtattcatca
       61 ataaaacaga gaacaatcat ggcttggagc tatcggaaga gagtaagaat tgcgccgggt
      121 gtacacctaa atctgagcag aaggggtgtg agcaccacga taggcgtcag aggggcaagt
      181 gtaaacttcg ggaagaaagg gacgtatgtt aacaccggta ttcccgggac gggcttctat
      241 aaccgacaaa agatcttggg cggcagggga cggccgcatg cgtctgtcaa acgcaacatc
      301 cacacatcgc caagcggtgg cggccaactt ctcggctatg gttgtgctgg gatccttgcg
      361 cttctctttc tttttatggg tttgatatgg ctgatagatg agaagcagat tctctccggc
      421 ataatcttcc tctcgtttgc cctttatgtt gtagtcggag ccattctaat aaacacctca
      481 atctcagcta agccgaaagc tccgagcatc aattgggtgg atcaggcgaa gcggatgtta
      541 ccccgtacga gcggcacggc ccggtcgatc ctccaaaact tcatccaatg ctacgagctg
      601 gcgcagcaaa tcgacgaaga gtcggccatt gtgcagggct tggaaaagaa gctatcaaag
      661 aaacccaacg agcagctcga acaccttctg aaagactgtc gtggcgtgtt gacgaaacgc
      721 atgcggcagc tggaggccac gcagatcaat gtcgactccc agttgtcaga agaggagaaa
      781 gcggcgtaca gccggctgtg caagcgattt gaggcgctac tctcgacgga caaaatatgg
      841 ctcatcacgg acgagatgct cacgacacaa cgaaaagcat tccccaacat ctccatcaaa
      901 cgatgtgaag cgtcgatcta cgtcggcgtc ttcaacttcc tcaagtctgc cttcgatatc
      961 cccgtattgg actccggcga cacccgctat tacatctatc ctaagttcat catcaaggcc
     1021 accgacgtct gccacttcta cgtctatccc cacgacttgg gcagactcac caccgctacg
     1081 gtcaattacc aagagagcga agccagaccc gtggatgccg agttccttaa gtacacctgg
     1141 cagtacgtca ataagaacgg cgagccagac aagaggtacg ccaacaactc gcggtatccc
     1201 gtgttcaaat actgctgtct cttcgtaaac acggggaaca ccacggccaa attcatgttc
     1261 tcgaactaca ctacggcgag tgagtttgcc acggcctata ccgtttacgc gaacctgctc
     1321 accgccccga atacgacgcc aacagaaccc gctccggaag ttgcgccttc agaaccaatc
     1381 ccggaagcag tgccgacaga gtctatcccg aaagcggagc cgaagacacc tgtagtgtcg
     1441 gtgcacggtt tctcggccat cgaaagagag atcaccaacc tatatcttta tataaagagc
     1501 ctcgacagca tggcggccgt gagggaggcc ctccgcaaac acacagcgct ggactttgct
     1561 gaggaaatca agtttanggt cagtgggcga ctcgcctttg ccgtatggat cgacgtgttg
     1621 aagtgttaca agaagctggg ctacgagatt gatccttcca aaggggagtg catcgcattg
     1681 tctgtctttg tggctgagtt gtacctcccc gacgccctta tgctggaaat gtcggaagac
     1741 aaaatggtgg aggtgctccc tgccacgaaa aggctcgtgt ccatgactga agaagtctat
     1801 cccttcacgg agcccgacga cgaactcctt ttcgtcaagg tgctacgggc tgacggcgtg
     1861 gatgaggcga tcgtcaacaa atacatggca ctcctccacc aatttgtttc cgtggtagtc
     1921 aaagccgacg gtcgggtgga tgagcaggag aaaacttggc tgaagcagct gaagacgttt
     1981 acgccgctgg aaaaccgagt agttctcaaa ggcccggtaa cgagatgaag cgcttcatct
     2041 cggcctatcc cgactttcaa tctcgcttca accgctacat ccacttcggc aactacagta
     2101 ttgcggagcc atagctaatg attggatccg tttgggcgca tagccccaat cgttttgggt
     2161 gtataggtcc gatttgtttg agtgtatagc cccaatcgtt ttgggtctat aggtccgacc
     2221 tgtttgggtg tataatgcta atcagtttgg gcctataggg ccgaaatgat agaactgtac
     2281 gattcgcgcg tcttatgtcc atttcggtgg aattatggaa cagtggcttt atgcactaat
     2341 atctttgcac ccctgaaaaa atagacacga agaatgaagc acacattgat tttatggatg
     2401 actttcgcac tgcccatttg tgccgcttac gggcaggagg cgctcacgct ggagcaatgc
     2461 cgacagctgg ccattgacaa taataaggag ctgaaaatcg ccgaggcaca ggtggatcgc
     2521 gctgcgcagg aacgacgcgc ggcacgcacg aaatacttcc cccaactctc ggccacaggc
     2581 tcgtatatgc acaacagcaa gccgctcgag ctggtggatt acacccgttt tgaggccatg
     2641 accggtcaac tgcttccgca actggcgccg ctactgatga agtatccgca attggcgcaa
     2701 tcactccccc aaatcatgga agagctgaaa agcctcacac atgtggatat gcagaacgtt
     2761 tggatcggcg atgtgtcgct cgtgcagccc gtattcatgg gtgggaagat cgtctcgtac
     2821 aaccagatca cgggttacgc ccgcgagttg gccgagtcga tgcacgacac gaagttgcaa
     2881 gacgtgatct gccgcacgga cgagacctat tggcaggtca tctcgctggc taacaagaaa
     2941 aagttggccg acgcgtacgt agatctgctt cgcaagatgg acaccgacat cgccgccatg
     3001 atcacggccg gcgtggccac gaaggcggac gaattgtctg tcaaagtgaa gctcaacgag
     3061 gccgagatgg cccagacgaa ggtgaacaac gggctggcgc tctcgcgcat gctcctggcg
     3121 caactctgcg ggctcgacat ggagcagccg cccctcttgg ctgacgaacg catcgagcag
     3181 tttgccgtcc aacccaccgc aacgcaggcc aacgccgagg aggcattcag ccatcgcccc
     3241 gagctaaaga gcctcgagct ggccacgaag atttaccgca aaaaggagca gatcgcactg
     3301 gccgagatac tgcccaccgt cgcactgacg gccaactacc tcgtcacgaa tccgaacgca
     3361 tatcacggtt tcaagaagga gttttcgggc atgtataacg tcggcgtgct ggtgcgtgtg
     3421 cccctctcga cgtggtggga aggctcctac aagcgtaacg ccgcacgcgc cgagacggtg
     3481 atcaagcgac tcgaaacgga ggaggcgcgc gagaaggtgg agctgcaagt caatcaatcc
     3541 gtctacaagg tgaacgaggc cggcaaacag ctcaccgcct ccacgcgcaa catggagcgc
     3601 gccgaagaga acctccgcta cgccaacgtc ggctttgagg agggcgtcat ccccgcactc
     3661 aacctcatgg aggcgcaaac cgcgtgggtc tccgcccgtt cgcagcttat cgacgcccaa
     3721 atcgaggtca agctcaccga agtctacctc agcaaagccc tcgggcgctt aggcaaagag
     3781 tagcccgcct gtaccaagcc aacttggccg gcgtccctga cgcctttctt gcatcaaggc
     3841 aagaaaagaa gaagtaagta tacctattta tatatgggcg cccacaaggc tccctcccga
     3901 ctacgtatca atcccggggc aaagccccat aactacgcta catacaatga gtgagaaaaa
     3961 atattcaatc aacaacatgc tactggcctt catcgctgtc gtcatcgtga taggcttagt
     4021 gtcactggca ggcttcatcc tgcttactcc ccccgacgac attatcatgg gtcaggcaga
     4081 ggccacccaa gtacgtatct ctggcaaggt gcccggacgc atcgaggctt accgcttcgg
     4141 tgagggcgat cgcgtgcacg ctggtgacac attggtttac ctaaacaccc ccgaggtgga
     4201 cgccaagctg cgtcaggccg aggccgtacg atctgccgcc gaggcacaga gcgccaaggc
     4261 aatggccggc gcccgatcgc aggaagtgac cggcgcctac gagctttggc agaaggccaa
     4321 ggcgggactt gacatcgcca agaagtcgta cgaccgcgtg cagcacctct acgaccaagg
     4381 cgtcatgtct gcccaaaagc gcgacgaggc cgaggcaaac tatcaggcga tggtggctac
     4441 cgagaaggcc gcacattcgc agtacgacat ggcccgcgag ggcgctcggc gagaggataa
     4501 ggcggccgca tcggcccttg tccgccaggc tggcggcgtc gtcgacgagg tggaggctta
     4561 cctcggcgag cgtgtcctga cctcccccat cgatggcgaa gtggtggagc gcttcccgca
     4621 gatcggcgag ctggtgggta ccggtgcacc gatcatgaac atcgccgact tgaacgacat
     4681 gtgggtcacc ttcagcgtcc gcgaagactt gttgcgcgac atcaagatcg gcgccgagat
     4741 ccgaggcttc atccctgcgc tcggcgataa ggaggtcgtg atgaaggtct acttcatgaa
     4801 ggacatgggc acctacgccg catggaaggc cacaaagact actggccagt atgactcgaa
     4861 gactttcgag gtgcgtgcgc gccccacatc gcccgtggcc gacctccgcc ccggcatgtc
     4921 cgtcatcatc aaacgccccg gtaaacgatg acccttcgcg aaggcatata cgccatcctg
     4981 cgcatcgccc gacgggagct gcgccgtttg gtggccaacc cggtctactt cttctgcatg
     5041 gtcgtggccc ccgtcggctg tctctttttc ttcaccacgc tcatgcgcag tggcctgccc
     5101 accgacctgc ctgtggctgt cgtcgatctc gacaatacgc ccacttcgcg tcgtctcgtc
     5161 cgccagcttg acgccttcga gcagaccgcc gtacgtatgc agtgcgcctc tttcgacgag
     5221 gcgcgacacg aaatgcagca gggcagcatc tatggcgtct tcctgatccc gaaaaacttc
     5281 cagcaggacg ccacctccgg taagcgcccc cggctgtcgt tctacaccaa tggctcgttt
     5341 ctcatcgctg ggtctctgat gtttcgtgac atgaagacgc tctccgtgct ggccggcgcc
     5401 tccgtcgggc tacagcaggg gcaggcgcgc ggcatgaccg atgcgcagat tatgggtcag
     5461 attcagccca tcaccgtcga tacgcacgcc attggcaacc cgtggctgaa ctactccgtc
     5521 tatctcagca acgccatgct gcccggacta ctgcaactgc tcgttttcat tgtcaccgtc
     5581 tacagcatcg gcgcggagat caaacagcgc acttcccgcc gttggctcag cctcgggaac
     5641 gactcgctgg cggtcagtct ggccggcaaa ctgcttccgc atacggtcat ctttaccgtc
     5701 gtcggattgc ttatctgcgc cgtgctctat ggctataacg cctttccatt ggccagcggt
     5761 tggcttccca tcctcgccgc catgacgcta ttagtcattg cctcgcaagc cgtcggtgtg
     5821 tttatgatcg gcgtcttgcc caccgtccga ctcggcctca gctttgctag cctctttggc
     5881 atgctcggct tctctatctg cggcctgtcg taccctgtga cggccatgta tcctcccttc
     5941 cacgccctgt cgtacctcta tcccctgcgc cattacctgc tcatctacat cgatcaggcc
     6001 ctcaacggtc gcgcgctggc ttacacctgg ggcgaatacg tctggcttgc cgccttcttc
     6061 ctgttgcccc tcaccatcta ccgcaacctg aaaagggccc tgctctactt tcattacatc
     6121 ccatgatttt agagggtaga gattagaggg tagaaccggg tacatgaagc gcccctccac
     6181 tcccaactct ccactctcca ctctctaccc tctaccctct accctctacc ctctatcctc
     6241 taccctctat cctctaccct ccactctcta ccctctaccc tctaccctct atcctctatc
     6301 ctctactttc cactctctac cctctaccct ctatatatgg ataacgaaaa acgtctaccg
     6361 accctcatag ccgaaggctt ccgcgacctg ttctacatct ggcggcaaga gctgcgcgcc
     6421 atctttcgtg acagcggcgt gatgatcttc ttcttcctcg tccccttggc ctaccccgtc
     6481 atctacgccc tcatctacaa ccccgaaacg gtgcgcgacg tccccttggc cgtcgtcgac
     6541 cagagcggat cgcagcgtag ccgcgagttc atccgccgtg tcgatgccac gcccgacgtc
     6601 cgcgtcgtgg ccacctgcgg atccatcgag gacgcccgtc ggttagttga tagcaagcaa
     6661 gcctacggca tcctcctctt tacatccgac ttcaaccgcg accttgccgc tggacgtcag
     6721 gctaccgtct cgctttatac cgacatgagc ctgctgctgc actacaaagc cctcctcctg
     6781 gccaccaccg aagtctcgct cgacatgggg cgtgagatcc gtgccgcccg cacgccccaa
     6841 tctaccgacg agcttcagca gatctacgtc gcgcccattc cctacgaatc tgtggccctc
     6901 ttcaaccccg ccaacggttt cgccagcttc ctcttgcccg ccgttttgat ccttatcatc
     6961 cagcagacgc tcgtcctggg tatctgcatg ctgggcggca ccgcccgcga gcagagccgc
     7021 ttccaccacc tcgtccccct cgaccgacgc ttccgcggca ccctccgcgt cctccttggc
     7081 aaggccttcg cttacgtcat tatctacatc cccgtctgcc tctggacgct cgtcgtcgtc
     7141 ccacgcatct tcgcctaccc ctccgttggt aacccctggg acgcgctact tttcctcctt
     7201 ccctacctcc tggccagcat cttcttcgcc atgatcctct ccggcttcat gcgcacccgt
     7261 gagtccggca tgatgctctt cgtcttcatg tccgtcatcc tgctcttcct ctccggcatc
     7321 tcttggccca ccgacgcctt ccccttctac tggcgcgccc tggcccaact cttcccctcc
     7381 acgcccgcca tccgcggctt tgtgctgatc aagagttgcg gcgccaccct cttcgacgtc
     7441 gcccgtgagt accgtctcct ctggctgcag accggcctct acttcctcct tgccgccctc
     7501 gtctaccgtc ggcagatcat acgcgtccgt cgaaagatga tccgccagta ccaagccgcc
     7561 aaagcccgac agccccagcc agagtagagc tgtctgcccg gtacccggca aacttggcag
     7621 gcggcctcta ccgaggcagg gaagtctatc tagtacccgg caaacttggc aggcggcctc
     7681 taccgaggca gggaagtttg tccagtaccc agtaaacttg gcaggcgtcc ctgacgcctt
     7741 gatcttcttt tgcttccttt tcttccatca agggaagaaa aggaagacca tcaaaggaag
     7801 agaggaagaa ccatcaagaa aaggaagaga gatcccagag aaacgtcccc gacttattcc
     7861 acagccggca actcaaagag atattccgga gccagatccg cgccgttctc ccattcgata
     7921 gtcgcatatc tgacgtggaa ccgcttgaac cgttccacgt ccttcagggg ttcgaacacg
     7981 cttcctttca gcgattgttc cagatccacc gttttcaccg tctcgttgtt aaaccacagc
     8041 cgcacgcggt atccccccgc gtattcggcc cgtaccactt ctgtaaacat cattgcattc
     8101 atgtcagagg tttgacttgg gaggacaaaa gtaaaggggg attaaagcat ggatagacac
     8161 catttccggt atccggcaaa cttggcaggc gtccctgacg ccttgatctt cttttgcttc
     8221 cttttcttcc atcaagggaa gaaaaggaag accatcaaag ggagagagga agagccatca
     8281 agaaaaggaa gagagatccc agagaaacgt ccccgacata tcccgtccac acctctgcta
     8341 cccttgtcta atacccccaa agcctcggca gaccctctgc ggcccttgtc ctccaccacc
     8401 cagctccagt cagacccttc gccacccttg tctaacaccc ccaaagtccc ggcagagcct
     8461 ctgccacctt tgtcttcgtc cccggtagtt caggcagagc ctctgccgct tttatgatgc
     8521 cctgtacagg aaccgtttat aacatagaca ctataaaatc atttttagag tcactgtttt
     8581 tgatatgaac agcaactaaa aattgaatat gataccgtct atagaaagaa cttgcttgat
     8641 atattttata gcctatttct tgatcatgga tagttatgga aaatatttag acatgctgtt
     8701 tatgtagaaa gccatctata taagagctta tacaccattt tatcagacaa aacagaggaa
     8761 taaaatctcc ataaatcatt tttagattca ggacaccgta tataagtatt tagacagcat
     8821 gtttagatca tagatagcac tatattgatt tttgatggcc tgtttagatc atagacacta
     8881 catatacagg gcatcataaa ggcggcagaa ggtctgcctg agctcttggt ggcaaagaca
     8941 aaggcggcag aaggtctgcc gaaggagtcg gtggcgaaga caaaagcggc gaagggtctg
     9001 acggcagccg ggtaggggag gacaaagacg gcagagggtc tgccgaagga gtcggaggcg
     9061 aggataagag cggctgcgtg tgtgacgggg acgacgtggt ttaggaggat ctcggagagg
     9121 gataaaacgg gagaaaaagg ggctgggtga gggacaaaaa aggaggcgat agcgctttca
     9181 atggcacact tcgccttgtc gtgtgcaaaa aggtgcgttc tggagccgtt gattctctgc
     9241 gtgttacaaa aattgcaatg tcgaccttgc atttttctgc ctaaaatgtg tccagtgtaa
     9301 ggaaatgcct ctacatttgc ccgcggatga cagaggaaag ggggccaacc ccctcccgaa
     9361 aaggtcagcc gataacatca tcaacaataa aaattcgatc ataaaatgag acaggaatgg
     9421 aatgggttcc aaggaaccaa gtggacggat gaagtggacg ttcgcggatt tattcaagac
     9481 aattacacgg cttatgacgg ctgcgaatgc ttcctggagg gcccaaccga ggccacgcag
     9541 aagctgtggg gcatcctgca gggcttgcag aaggaggagc gcgccaaggg cggtgtactc
     9601 gatatggaga cggagattgt ctctggcctg acggcttacg gagcggctta tatcgccgag
     9661 ggcacgaagg atttggagcg cgtcgtgggt ctgcaaaccg acaagccgct caagcgcgca
     9721 ttcatgcctt acggcggtat caagatggcc gaagaggcct gcacgacgta tggctacaag
     9781 ccgtcggaga agctgcacga gatcttcacg gagtatcaca agacgcacaa cgacggcgtg
     9841 tttgatgcct acacgaagca gatgaagtcc gtgcgacaca accacatcct caccggtctg
     9901 ccggatacct acggccgcgg acgcatcgtg ggcgactacc gccgcgtggc gctttacggc
     9961 gtggatttcc tgatcgaaaa gaagaagcaa gacctggcgc tgcatgacgg cggcggcgtg
    10021 atgacggacg acgtgatccg tctgcgcgag gaggtttcga tgcagatcaa gtcgctccaa
    10081 gggctcaaga agatggcggc catctatggc tacgacatct cggcaccggc gaagaatgct
    10141 cgcgaggccg tgcagtggct ctacttcggc tacctcggcg ccatcaagac gcagaacggc
    10201 gccgcgatgt cggtgggccg tatctcgacc ttcctcgaca tttatatcca gcgcgatctg
    10261 gaggctggca cgctgacgga atcggaagcg caggagctga tcgaccatct ggtgatgaag
    10321 ttccgcatgg tgaagtttgc gcgcatcccg tcgtacaacc agctcttctc tggcgatccg
    10381 atctgggcga cgctcgagat ggctggtctc ggtatggacg gccgctcgat ggtgacgaag
    10441 aacgacttcc gcttcctcca cacgttggag aacatgggtc cctcgcccga gccgaacctg
    10501 acggtgctct actcatcgcg tctgccagaa ggtttcaagc gttacgcatc gaagatctcg
    10561 gtgacgacca gctctatcca gtacgaaaac gacgacgtga tgcggccgat ctggggcgac
    10621 gattactcga tctgctgctg tgtgtcggcc acgcagacgg gtaaggagat gcagttcttc
    10681 ggtgcacgag ctaacctggc taagtgcctt acgtacgcca tcagtggcgg tgtggacgcc
    10741 aagacacgcg agcaatgcgg cccggcttac cgtccgatcg agggcgacgt ggtgaagtac
    10801 gacgagttta tgccgcgctt catggatatg atggagtggc tggctggcgt gtatgtgaac
    10861 acgttgaatg tgatccacta catgcacgac aagtatttct acgaggccgc tgagttggca
    10921 ctgatcgaca ccgatgtgcg tcgcacgttc gctacgggta tcgcaggctt tagccatgtg
    10981 gtagactcca tcagcgccat caagtacgcc aaggtgaaca tcatccgcga cgaaacgggc
    11041 ttcccgctca gcttcaagac cgaaggcgac ttcccgcgct acggtaacga tgacgaccgt
    11101 gccgatgaga tcgcggtatg gctgctgaag acgtttatga acatgatccg ccgccaccac
    11161 acctaccgca actcggagcc gacgacgagt atcctgacca ttacctcgaa cgtggtttat
    11221 ggcaagtaca cgagcaacat gcccgacgga cgtccggccg gtgcaccgct cgctccgggt
    11281 gccaacccgt cgtatggtgc agagaagagt ggcttgctgg catcgctgaa ctcagtggct
    11341 aaactgccgt atgagtatgc gttggacggc atctcgaaca cgcagacgat cagcccctcg
    11401 acgctcggcc atacgcagga tgagcaggta gagaccctcg ttcgcgtgat ggacggctac
    11461 ttcgatcgcg gcgcacacca cctgaacgtg aacgtctttg gcgtagacaa gctgatcgac
    11521 gccatggagc accccgagaa agaagagtac gccaacttta cgatccgcgt cagtggttac
    11581 gccgtcaagt tcatcgactt gaccaaggag cagcagctcg acgtgatcgc acgccaggca
    11641 catggaaaga tgtaattatt gaatgaagaa gagggggagc ggagcacgtt cgatgctcct
    11701 cctctttttg ctctacccaa tcacaacctc aacccccaac tttagttttt cgcttttagt
    11761 cattcgcttc atggaaactt ctcctctctt aggccgtgtg cattcggttg aaacgttcgg
    11821 ttcggtcgat gggccgggca ttcgcttcct cattttcctg aaaggttgca gcatgcgctg
    11881 ccgttattgc cacaatccag acacgtggga tcccgagaca gacgatctgc gtacggcgga
    11941 cgaattgctg acgcaggcca tgcgttaccg tagttattgg ggacgcgagg gaggtatcac
    12001 tgtcagcggt ggcgaagcgt tgctgcagat cgacttcctg acggagctgt tccgtaaggc
    12061 caaagcgaaa ggtatccaca catgcctcga cacgtcgggg caacccttca cacgtcggga
    12121 gccgttcttc tcaaagtttg cagagctgat gaagtacact gacttgcttc tttttgacct
    12181 caagcagatc gacgacgcga agcaccgcga gctgaccgga cgcacgaatc gtaacatcct
    12241 cgattgcgcg cgctatctgt ccgacatcgg caagcctatt tgggtgcgac acgtactcgt
    12301 cccgggcgta accgacaacg atgacgatct gcatgccctg cgtgccttca ttgacacgct
    12361 gcaaaacgtc aagcgggtgg aagttttgcc ctatcacgcg atgggaacgt acaagtggga
    12421 gcaattgggt attccataca cactgaaaga cgttagcgca ccctccgaag agcgcgttcg
    12481 caacgccaaa cacatcctca ccgctccagg catttgtcct gtggagcgcg gcgcgtaacc
    12541 tgtccggaag acagcttagc gaaaaagaac acgaagcact tcccccactt tacgcggcgg
    12601 gaagtgcttc gtgttttatt cttggaagct gtttggaatt tatttcggag ggtatcgggc
    12661 ggatgtttct gatgatttta tttcatcatt agacgagcat agcaagctat gtgaggatta
    12721 atgatggaac aaaagggcag aaacagacct cgatagaccc gaaactggaa aggagaaaga
    12781 tccgcccaaa cagctccata aaacaatcgc tcaataaatt caaaacagct tcttacacat
    12841 aacatttaaa cgacaacaaa atggatgaca ggaaacacat cgtaattgtg ggcggtggat
    12901 ttgccggcct gcgattagtc aaggagttag atcgcggtgg aaagtaccgc gtgacattgg
    12961 tagacatgaa caattacaac ttttttccgc ccttgctcta tcaggtggcc gcgggtttca
    13021 tggagccttc gtccatctcg tatccctacc gtcgattatt gcgcaaacgg ccgaacacgc
    13081 gtttccgcat ggggatactt caggccgtgg tgccggagga gaagaagctc gtgcttagca
    13141 atggcgagct acattacgac ctgctgatta tggccacagg tgcggagtcc aatttcttcg
    13201 gcaatccgga cgtcgaggcc aaagctatgc cgatgaagac gatcggtgac gccctcatgt
    13261 tgcgcaattt ggtctatacg cgtctcgagc gggccacccg cactacagat agcgagcaac
    13321 gccacaagct gctctctttc gccatagccg gtgccgggcc aacgggcgtg gagctgtctg
    13381 gcatctttgc cgaaatgaag caaaacatta tgatgaagga ctaccccgag ctgagtcgct
    13441 ccgaattggg cgacatctac ctcatcgacg ggcaaaaaac ggtgcttgcg cctatgtcgc
    13501 agcgtgccca ggcttatact gagcaggcat tgcgacgtaa gggagtcaaa ctcaagcttg
    13561 gagtcttcgt gaaggacttc gtgaacgatg aagtgcacct ttccgacggt acggtcttag
    13621 aggcgcgaaa cctgatctgg gccgctggcg tgtcagcgcg gacctttccg ggtctcgaca
    13681 ctcccgatcg gctcggaagg ggacgccgga tgaagaccga cgctttcaat cgcgtcgaag
    13741 ggcaagacga catctttgcc gtgggcgacg ctgccctcat gacggccgat ccggcttatc
    13801 ccggcggtca tccacagctg gcgcaggtag ccattcagca ggccacgaac ttagctcgca
    13861 acctaaaccg agattttcaa tcgcccacgc ccttccgtta cgtcgataaa ggagctatgg
    13921 cgatcatcgg gcgtaatcaa gcggtggcag atttgtctcg caagattttc ctcaagggat
    13981 ttctcgcgtg ggccatttgg gcttttgttc acatcatgtc gttagtgaac tttcggaaca
    14041 agctgcgttc gttctacaac tgggctggct attacatcag caaggatcag tcttaccgca
    14101 tggtgcttcg ccccacggag aaggccaaag gataaggcat agaaaaaaag cgccccgaaa
    14161 aggcgatcaa gaagtaatgc gcgagaaaaa agtttcccca aaaagctctc aagaagtagg
    14221 gcatgagaaa aaagtttccc caaaaaggtc tcaagaagta ggacacgaga aaagagtgct
    14281 ccgcaaatag cctcaagaag taaggcacag ataaaaagtg cctcgaaaaa agcagtcccc
    14341 cggacgacag gcgtcaagcc ttcgttcggg ggactttctt ttgggtctgc gagtgacaat
    14401 ctgtcaggct tacacggcct gtgcttcttc ggccgtctct gtaaaatgcg tcggattgaa
    14461 ttccgccaaa ccctgctcaa aagttcggat cgcttcttcg agtgtgccgt aaaattcgcc
    14521 tccagatgcg ttcttatgac cgccgccgtt gaagtaacgc atagcaaaac ggttgcaagg
    14581 gaagctcccg acggatcgca gggacacttt agcgtaatca ggatcctcgc gaataaatac
    14641 agagaagacg attccgtcga tgtcgagagg catattcacg aaaccctccg tatcgcccgt
    14701 cttataatgg tagcgccgaa gttcatcgct cgtgagggtg atcaaggcgg cctgttgcgc
    14761 agggtaaacc ttcatttttt cgttcatagt gtaccccatc aaacgcatac gagactctga
    14821 ataaacctga tagacctgcc gataaatggc atccttatcg attcccttct tgatcagttc
    14881 gccgataatg acatagatat cagcgcggtt ggaattatag ctaaacgctc ctgtatcggt
    14941 catcataccc gtataaaggc attccgcggc gttgcggctg atgtcatcgt acgctttcat
    15001 ggcgcagagc aaccggaaga ccaattcgca cgtcgaagaa agctccgggt gagagatcac
    15061 gaggcgacaa aagtcgggag cgggatagag gtgatgatcg atcatcacct ttcgccccga
    15121 agcggcttcg acgagaggtg caaggtctcc aatacgtttc ggttcgttaa agtcgagatt
    15181 gataatcacg tctgcttcgc gaattaattg ctccgcgtag tccggatact tgttataaat
    15241 caagacatct tcggcgccgg gcatccactt gagaaaagct ggaaaatcgt tagggacaat
    15301 cacatgcaca cgctccttgc cctgctccga aagatagtgg gccattccga gcgccgaacc
    15361 gatcgcgtcg ccatcgggcg agagatgggc cgtcagtaca aatttttcgc ctttttcaag
    15421 gtagcggcta aagcgatgca ccgcgttttc gtctaaaatc ttcgttagca taatgtgatg
    15481 agaaaatagg gttcgttaat gggttgcttg tacgcctaca cggcaaggaa atgcccccga
    15541 gaggtcctga tttccttttg ccccttccct tttatcaaga aaaggagagg ggataggagt
    15601 ggcaggctga aatctgttga caagtagaga cttacgccgg tcgaaggcaa aaaaatatgc
    15661 ctccaaacag gccttatgca tctgctaagg agccatttta agttcgatga acgactaaaa
    15721 cagtagccaa cctgccaatc cggcagctaa aataaggcgg attgtgccaa cacgaaaaaa
    15781 ataagacgcc acgaaggccc cgatggcgat caccacgcta cgccaatcga tgaaattatg
    15841 ttcgttcatc aacagcaggg ccgctgctgc gatgagtccg atggccgcgg gcttcatcca
    15901 gctcaaagct ccgttcatgt aggcgttgtt gtgaaagagc aggaagaagc gacagatcaa
    15961 tgtcataatg atgatggccg gcaggcagac cgctgtcgtg gcaaataggg agccgaggat
    16021 actgccgccc gttgctgtgt agccgatata ggtggcgcaa ttgataatga tcggtcctgg
    16081 cgtcatttgc gagatggcca caatgtcggt aaactcgccc acgctgagcc agttatgtgc
    16141 ttcaacgacc tcgtattgaa ccatcgaaag catggcgtat ccaccaccga agcctacaat
    16201 cccgatcttg aaaaacgtaa taaacagttg gatgtaaatt tccattgagg gaaaaacgta
    16261 tcttgtaaaa ctaaaagtga aaaactaagg gcgaaaagcg tgtctcgtaa aacggaatgc
    16321 taaaaacaaa gatcgaaaaa tagatcttgt agaactaaaa gtgaaaaact aagatcgaaa
    16381 agtgtatctc gtgaaacgga atgctaaaaa caaagatcga aaaatagatc ttgtagaact
    16441 aaaagtaaaa aactaagagt gaaaagcgtg tcttgcgaaa cggaatgcta aaaacaaagg
    16501 tcgaaaaatg gatctcgtag aactaaaagt gaaaaactaa gatcgaaaag tgtatcctgt
    16561 gaaacagaat gctaaaaaca aagatcgaaa aatggatctc gcaaagcggc atggaggaaa
    16621 atagttgaga agcggggaat atgaatagcc gtggcatgtc attttgtcca ttttatttct
    16681 cggggtgctc tttcgcgatc caagaatggt agatgacacc ggtcacgccg gccgccgcaa
    16741 tgacccaaac gggcgaaacg ccaaacaacc aaacagccag cgctgcaatc gtggccaatg
    16801 agacgacgaa gggactgaaa ccgcttttct tcagcatgtt gacaacaggc acgacaatca
    16861 gcgagacaac cgctggccgg atgccacgaa agatgcgttc caccgtgggg ttttctcgga
    16921 tgtcggtaaa gaacatggca accagcagga tgaccacaaa tgacggaatg acagtcccta
    16981 aaacggcggt gatcattcct ccgagaccga gcgtcttgta cccaacgaaa acagcggagt
    17041 taatcgaaat cgggcctggt gcagattgcg ccaaggtgag catttcggta aattcctcac
    17101 gttcaatcca tcgccgacgc tccacgactt ctttttcgat cagcgggatc atcacgtaac
    17161 ctccaccaat ggtgaaggct cctatcttga aaaacgagag gaaaagttgg aggtattttc
    17221 tcataatgag gaaattatgt agacttctta cggtcacaaa agtataccta catattcgca
    17281 cgagaaaatt ttatgcgata gttggagtcg tgccaatttg tcagactcta tcatagcgtc
    17341 gaggaggatt ctcgccattt gattcgtcgt aatattcaaa agaggcttca acaaaatgct
    17401 ctcctttgct atgatataac tccttcattc ctacgtatga agattcaaaa tcatcgatag
    17461 cctcttctat ggtgtcccca tttccgtgaa taccataatt cagagtatta tcttccaaat
    17521 ccacatatac actatagata ttgtcagcac ctttttcgat aaatgctttt acgcaattca
    17581 ttctttctcc gttttttctg ccgtttgctt ttccgtgagt tcgcgataat ggtgataacg
    17641 gccaagcact gcgtcgacat agcgataagt ctcgcggccg cgtaaatacc caaagcggca
    17701 aacggaatcg gtgtaatatt tgggttctgc cttgaggcgg atgtattctg ccacgttgtc
    17761 agtccatacg ttggggttat ggccatattt tttggccaaa cgttgggcgt cgttgatgtg
    17821 tccgacacct gcattatagg aagcgagtgt caatttgaca cgttcctctt cacttgccgc
    17881 tggaaaagag ctgcggaaac gtcgcaggca ttcaattcct gcgcgaatgt tcttctcggg
    17941 gtcgcccatc tcttcatatc ggaagccgag ggcacgcgcg gtggacggca tgatgcccat
    18001 cagcccctta gcgcctgtcc aggcgactgc gttgggtcgg aaatgcgatt caaaataggc
    18061 tatggcggcc agcaggcgcc aatcccagcc gagacttttg gcgtgacgct tgaaaagatc
    18121 gtcgtaaggc gaaatcattc ccggccgcat tttgggcact ttcggtttcg tctgcttgac
    18181 ggtgtcgggc gtttctgcat cggcctcgat agcctccggg ccgcccttgg agagttcgaa
    18241 atagcgcttt tctgccgccc gataggtgtc gtcgcccgtt gcaccggccg cccaaagatc
    18301 gatggccatc ccaagcaaag gacaatcacg ccgtacagcc cacgcggaac gttggcggaa
    18361 actgactgcc aaactgacat ctaaatttcc gtagtatgta cgattgagtc gagccacatc
    18421 gtcctcacaa atcgtgtatt gaatttcgcc tcgagaaacc attccgataa gatcttcaac
    18481 cgacaaagtg tcagacttca tttccacgat acgaatgcct ccgcccagtt cgcggttcaa
    18541 attttccagc cgatcgcgat atctgctgtc tggtttgata tgcacttcgc ggccgataag
    18601 ctgcgtgacg tccgtcagca ccgaatctcg gttcgagctg cgctgcacca caacgagact
    18661 cgactgtctt tcgcgaccgc aaaagcgcag cgattgtttt cgctcattat cgatcggaac
    18721 cgggtatgcc accacatcgg cctgcccatt ttgcagcatt tcaatcgatt gcgccacact
    18781 ctcggccact ttaatctcca atttgagacc gttgcgggct gcaaaatcag caatcagatc
    18841 gtattcataa cccatgggct gcatcttgta ttgaaaatac gacgtagagc tattcagcgt
    18901 gactgccgtg atcacgcctc gcgactgaag gacaggcagg tcaggtgcca gctccgtttt
    18961 tttctgctca ctgtgacatc cggccatcag cagcagcgtt gcaaggaaag ccaaaccggt
    19021 cttgttcatt ctcattactc atttttagtt gcgtacataa taaaagatac gcgcgtacat
    19081 attatatatg agccgaaagc catgcgtgcc attcgtcacg accctcgctc gaaaccacaa
    19141 aaatcgcctg caaaaatggg acaccatttg catttatcgg cagaggggta tgctgaaatg
    19201 tttgccatcc gtttggccga cagcgatcat catgccatgc gtcgtacccc gcgctctgtc
    19261 gaatcgtccg ctatgcagtg ctacagcaga ccgtctttcg cggaagatat taagtcgcat
    19321 gaatgttatt tagttgctct gataaagcaa ttaagccgca gaaatgtctc ttaattgctc
    19381 tattgaagca attaagccga gaaaatgtct cttagttgct ctgttgaagc aattaagccg
    19441 cagaaatgtc tcttagttgc tctgttgaag caattaagcc gcaaaaatgt ctcttaattg
    19501 cttcggtcaa tcagctaaat aagaagaatg tctcttacta atttgctccc aaagaggcct
    19561 ctcgccatcc tgcacatccc tttttaaggc caatgtgaga tacccgagaa accgtttacc
    19621 cccttccttg atccaaaaaa gtatcctgca aaacggagag aacctatttt tgatccgaaa
    19681 aagtctcacg taaaacgaaa ggaactcatt tttgattcaa gaagagctta tgcgaaacgg
    19741 aaggaactct tttttgattc agaatagacc tattctatta gtaaggtagg ggcgtattgc
    19801 atacgcccca cgtgtaccag atggcagatt atatgatctt tacaaggcga cctatgaagc
    19861 gtatattttt acgccactac cttagaatcc cattgataaa cgattcggat taagccgcta
    19921 ttggactcaa aaaagaccta tgcaaaacag agagaacctc tttttgattc gagaaaagcc
    19981 tatgccaaat ggattagacc tttttttgaa tcagaaaaga cttgtgccaa acggaggcac
    20041 cctctttttg aatcaaaaaa ggctcgtgca aaatggaggg aacggctatg gggtgaaaaa
    20101 gtggaggctt tatttgtact ggtacccgat ttggcgcact gcttcctcca cggcggattg
    20161 atcggctgtc cgatggacga aaaaaacgta ctcgtcagct tgcgtatcaa taaaaccgag
    20221 tttcaaatcg tgcttgctga gtgccgcctc atagtcagga aagactttcg gatcgtagac
    20281 aggtgtgtcg ctataatctt gaggatcagg aagggagatg cagagtccaa aattgttttt
    20341 taccgcatta tcgatcctcc attccaacgt atcgacctcc tctttccaat cgacggccat
    20401 gatgaaaaac agatcgtgat cgtcttccca gtccatgaca tagttgaggg ttctaaaata
    20461 tccgtcatcg ccctcaaaat cgttcaggtt gtcaataaag actgccattt cgtcctgttt
    20521 ttccttcgcc agacagagcg cggccaacgt tctgtagcca tttttctcca tgtcagacag
    20581 cgggtgaggc ggtggcgtca catcgaccgt ctcggacgtt tgcaccactg cggacggctt
    20641 ccgtttgaaa catttgaaga gtgacgctaa catttttctg tgcacttttt tctcagtaga
    20701 gccacgtttt ccacgtgatg cgtgtgggga aacatgtcga cgggttggat gcgcacgatt
    20761 tcgtattgat ccgccatccg tgcaatgtcg cgagcctgcg tcgcggggtt acaactaacg
    20821 tagacgatgc gctcgggtgc agctcgtagg atggtgtcag tcacgtcgtt atgcatgccc
    20881 gtccgtggcg ggtcagtgat caccacgtcg ggtcgcccgt gtgcctcaat gaacgattcg
    20941 gtgagcatgt ccttcatgtc gcccgcgtaa aagacggcat tttcgatgcc gttaagcccg
    21001 gcattcacgc gtgcgtcgtc gatagcctcc ggcacatatt caataccgat gacgcgccgc
    21061 gagcgacgag ctacgaaatt ggcaatcgtg cccgtgcccg tgtagagatc gtaaaccgtt
    21121 tcgcaaccgc tgagctcggc aaattcacga accacggaat agagcctgta agcctgctga
    21181 ctgttagttt gatagaagga tttcggcccg accttaaatt gcaggtcttc catccgctcg
    21241 atcaaatgat ccaccccgcg atagaggcga atatcttggt cggtcaatgt gtcattacat
    21301 ttttcgttga tgacatacat cagggaagtg atctcgggca cctccgcggc gataaaatcg
    21361 agcagcgctt ccctgcgcgc gcgatcctca taataaaaag ccatcacgac catcaccccg
    21421 cccgctgatg aggtgcgaat catgagcgtg cgaacgaacc cggcgttatt ttttaggtca
    21481 aaaaatgggt agccatcgtg cgtgaggcaa tattttttga cggcgagtcg gatgcggttc
    21541 gacacgtcgt cctgtaggtg gcagcggcga atgtccagca ccttatcaaa catgcccgga
    21601 atgtggaagc ccagtgcatt catgtccgtg tcattccttt ctgaatcaat ctcttctgcg
    21661 gttagccagc ggcgattaga gaacgtaaat tcgagcttat tccgatagtg tgtcgtctgc
    21721 tcggagccaa gaatgggccg cacctcacgc ggcgtcacgt gtccgatgcg agtcagggcg
    21781 tcgacaactt gctgctgctt aaaacgcagc tgttcttcgt acggtaaatg ttgccacttg
    21841 cagcctccgc acacaccgaa atgctcgcaa aacggatcca cgcgtagtgg gctcctttct
    21901 cgaaacgcga caattgtacc ctctgcgtaa tgactttttc tacgcgtaag tcgcacatca
    21961 acaacgtctc ccggggccgc ccaagggata aacaccactc tctcgtcaat tcttgcgaca
    22021 gcttttcctt cagccgccac gtccgtcacc ttcacgccct caacgacggg gcacggtttt
    22081 ttctttcgtg tcaaaattgc aatgccattt gaattttcag gggcgcaaag gtatggatag
    22141 cctcaagaag accttcgcgc caaccagcac gatgaaaaaa actgcgaaaa cggcggtgta
    22201 acgaaagcgt atatatttgc cgccgcttaa aaaaacagcg agacacataa aaaatatacg
    22261 acctaatgga agtaaagaga gtttacacct tcggtaacgg aaaggccgaa ggaaaagcag
    22321 atatgagaaa tctgctggga ggaaaaggtg ccaatttggc agagatgaac ttgatcggcg
    22381 tacccgttcc accgggtttc acgatcacga cggacgtgtg caacgaatac tatcggattg
    22441 gaaaagagaa gatggtcgag ttgctgcaag acgatgtaaa aaaagcggtc gctcacgttg
    22501 aaatgctgat gaactccaag tttggagacg tggaaaaccc gctgctggtc tctgtgcgct
    22561 ccggtgcacg cgcctcgatg ccgggcatga tggacaccat cctcaacctc ggactgaacg
    22621 acgacgtcgt ggaaggctta acccgcaaaa cgggtaaccc gcgattcgcc tgggactctt
    22681 atcgtcgctt tgtacagatg tatggcgacg tcgtgctggg catgaagccg gaaaataagg
    22741 aggatatcga ccccttcgaa gaaattatcg aagatgtaaa gaaggccaag ggtgtcaagc
    22801 tcgacaacga actcgaagtt gaagacctga aggaactcgt aaagcgtttt aaggcagcag
    22861 tgaagaagca gacgggaaaa gacttcccga cttgcgctta tgatcagctg tggggagcca
    22921 tttgcgccgt gttcgactct tggatgaacg agcgcgcgat cctttatagg aagatggaag
    22981 gcattcccgc tgaatgggga acggcagtga acgtgcaagc gatggtgttt ggcaacatgg
    23041 gcgacacatc ggccacgggc gtttgcttct cacgcgacgc ggcaactggc gaggaccttt
    23101 ttaacggcga atatttgatc aatgcacaag gcgaggacgt cgtagccggc attcgtacac
    23161 cgcagcagat caccaagatc ggctctcagc gttgggcaga actggcggga gtttccgagg
    23221 ccgatcgtgt ggccaaatat ccctccatgg aggaagccat gcccgagatt tacaaggaac
    23281 tcgatgagat ccagacccgc ctcgagaacc attatcacga tatgcaggac atggagttca
    23341 ccgtacagga cggcaagctc tggttcctcc agacgcgaaa tggcaagcgt acaggttcgg
    23401 ccatggtgaa gatcgcgatg gacctgctcc gtcaaggcat gatcgacgaa aagaccgcca
    23461 tcaagcgcat cgacgccaat aagctcgatg aattgctcca cccgattttt gacaaggagg
    23521 cgctgaagaa agcgaaggtg ctgacgcgcg gattgcccgc atcaccgggc gctgcgacgg
    23581 gccagatcgt cttctttgcc gacgatgccg ccgaatggca cgccaaggga catcacgtgg
    23641 tgatggttcg cctcgagacg tcgccggagg atttggcagg tatggctgta gccgaaggta
    23701 ttttgacggc tcgcggtggt atgacctcgc acgctgctgt ggtggctcgt ggtatgggta
    23761 aatgctgcgt atcgggcgca ggcgcactga acgtagacta caagaatcgc acagtcgaaa
    23821 ttgacggcgt gaagctgaaa gaaggcgact atatctcgat caacggttcg accggtgagg
    23881 tgtacgaagg cgaagtgcac acgaaggctg ccgaactgtc aggtgacttt gcagacctga
    23941 tgacgctggc agacaagtac gcccgtctca aggtgcgtac caacgctgat acgccacacg
    24001 acgcacagag cgcacgcaac tttggcgccg taggtattgg cctttgccgt acggagcaca
    24061 tgttcttcga gggtgaaaag atcaaggcca tgcgcgagat gatcttggct gaaaatgcag
    24121 aggatcggaa gaaggcactg gcgaagattc tgccttatca gcaggacgac ttcaaaggta
    24181 tcctgcgcgt gatggcaggt tatcccgtga cggttcgctt gctcgatcca ccgctgcatg
    24241 agttcgtgcc gcacgatgag aagggtcagc aggagatggc tgaagcgatg ggcgtaagtc
    24301 tcgcatacat ccgtcaacgc gtggaagcgc tccacgagca gaacccgatg ctcggtcacc
    24361 gcggatgccg tctgggcaac acctatccgg agattacgca gatgcagacg cgcgctatcc
    24421 tcggtgctgc actcgatctg aagaaggaag gcgtggagac ccatccggaa atcatggtgc
    24481 cgctgacggg tatcctctac gagtttaagg aacaggaaac cgtgatccgt gccgaggccg
    24541 aggcactctt cgccgagcgt ggagacagga ttgatttcct cgtgggtacg atgatcgagg
    24601 tgccacgcgc tgcgctgacg gctgaccgta tcgctacgtc tgcagagttc ttctcgtttg
    24661 gcacgaacga cttgacgcag atgaccttcg gttattcgcg tgacgacatc gcctccttcc
    24721 tcccgatcta tctgcacaag aagatcctga aggtggatcc gttccaggtg ctcgaccaga
    24781 agggcgttgg ctcgctgatc cgcatggcta cagagaaggg acgctctgtt cgtccgacgt
    24841 tgaagtgcgg tatctgtggc gaacatggtg gcgaaccctc gtccgtgaag ttctgccaca
    24901 aggtaggcct cgactatgtc agctgctcgc cgttccgtgt gcctatcgcc cgggtcgctg
    24961 cagcacaggc agccatcgaa gagtaattcg acaaaccgaa gaaagagcgc atgaggcgca
    25021 tcgccgcctc tgcctctctt tcgtaacaac acgcgaaagc cgacttatct cccgacgaaa
    25081 agggtgggta agtcggcttt ctttttgggg ggtgggaggg ggattcatgg gaatctgcgg
    25141 cgcggaaatc gttcaaactc cagttttgac ccgagatgag gctcagaaac gattcaaaca
    25201 gttgttttga cctgagatga ggctcagaaa cgattcaaac tctggttttg gcccgagatg
    25261 aggctcagaa gcgattcaaa ctctggtttt gatccgagat gaggctcaga agcgattcaa
    25321 acaggtgttt tgacttgaga tgaggctcag aagcgattca aactctggtt tcgatccgag
    25381 aagcattatt gagcaggggg gcacggacct tttccggctc tttcccgcgg aggcgtactt
    25441 ttgcggcgaa ctaatcaata gacacggaaa tgaaaaagat cattggatta tgcatgctgc
    25501 tcgttgtggc ggcgtgcagc gttgtccccc tgacaggtcg gcggcagatg ctgcttgtct
    25561 ccgactcgga gctgctctct gccagtttga cacagtacaa cgcttacatg aaaaaggcgg
    25621 ttaagtcgag cgacaaggcg aaaaccgaca aggtcgtgcg cgtcggacga cgtattgctg
    25681 cggctacgga ggaatatctg cgccaaaatg gcatggagag cgagctgcag aacttccgct
    25741 gggagtttaa cctgatcaag gacaagcagc acaacgcctt ctgcatgccg ggcgggaaga
    25801 tcgtggtcta cgagggaatc ctcgacctga cgccgacgga cgacgacttg gccgtggtgc
    25861 ttggacacga ggtggcgcac gctgtggcca agcatagcaa tgagcgcatg agccaacaac
    25921 tggtggcaca atatggtgcg gccatcctcg gcgcggcgtt gagtaagaag tcggccgcta
    25981 cgcagcagct cgcctccacg gtcttcggac tcggaacgca ggtgggcgtc atgttgccct
    26041 tctcgcgcaa gcacgagtcg gaggccgact atatggggct ggtgtttatg accatggcgg
    26101 gctacaaccc gaacgtggct gtgggcttct ggcaacgcat gtctcagggt gggtcgagcg
    26161 tgcccgagct gcttagcaca cacccgagcg acgagacgcg tatcgctgcc atccgccgc
//
LOCUS       SEQF2637|AYYD01001233.1  560 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..560
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agtaattcgg cgatgtcgcc ggctttgtag tagcacttat gcctgatcat ggagaagggg
       61 attttgcccg tatctctcaa ggtttgcagg gtgcgagggc tgatgctcag ccggcggcac
      121 acggcgtcgt tgtcgagcca ttcgtcggcc tcgggcggat tgccgatgag ccgctcgatg
      181 cggtggataa agtcggcaaa ggcggagcga tgttgctccc aagccttacc gtctacaagg
      241 atgatttgca tggtgttttt gaaatatgag gttgtataat tggattggag caaccagagt
      301 tgccagcgtc actttttctc gagcgtcccc gcccgagcga ctttttagcg tcacttacga
      361 cccagtggcc ccgtcaagcg actttttagc gtcacttacg acccagcggc tccgtcaagc
      421 gagttgccgg cgtcactttt tctcgagcat cccctttctc ggcggacaga ctcgcaaggc
      481 acggcgtagc ttctgcgtct gcttgctgcc catcagcgga cgcatctctt gttgctgtct
      541 ctgtaagcca ttattgaaga
//
LOCUS       SEQF2637|AYYD01001234.1  599 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..599
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 agtaattcgg cgatgtcgcc ggctttgtag tagcacttat gcctgatcat ggagaagggg
       61 attttgcccg tatctctcaa ggtttgcagg gtgcgagggc tgatgctcag ccggcggcac
      121 acggcgtcgt tgtcgagcca ttcgtcggcc tcgggcggat tgccgatgag ccgctcgatg
      181 cggtggataa agtcggcaaa ggcggagcga tgttgctccc aagccttacc gtctacaagg
      241 atgatttgca tggtgttttt gaaatatgag gttgtataat tggattggag caaccagagc
      301 tgccagctca ctttcgatcc agcggcctcg cccgagcgac tttttagcgt cacttacgac
      361 ccagcggctc cgtcaagcga ctttttagcg tcacttacga cccagcggcc ccgtcaatcg
      421 agttgccagc aaacttttga gccagcggac cggcaaccag agttgccagc gtcacttttt
      481 ctcgagcgcc ctctttctcg gcggacagac tcgcagggca cggcgtagct tctgcgtctg
      541 cttgctgccc atcagcggac gcatctcttg ttgctgtctc tgtaagccat tattgaaga
//
LOCUS       SEQF2637|AYYD01001235.137925 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..37925
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             2017..2292
                     /locus_tag="SEQF2637_02172"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLLNPVDDELASEDLVAAVLRVDLRESEHFAVGQLAPQSVAQV
                     VQVTHLVVAEGKTFATIVVRDVVDIDDGFGLSSGGEEALVEPVVEAL"
     CDS             3018..3647
                     /locus_tag="SEQF2637_02173"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMVDLLELFRTGMIIGILVSAPMGPIGMLCIQRTLSEGRWHGFV
                     SGLGAALSDVIYAAVTALSMGLVVNFVEAHQKPLEVFGSLVLGAFGYYIFQANPVKRL
                     RKNSASRLSLVQDFISAFLLTLSNVLIVFLYIGLFARFSFVFSASVWDVPIGLTGIAA
                     GAVLWWLLITYLVSRLRRWFNIRSIRILNRIVGSAIILLSILGLVYAFA"
     CDS             4576..5190
                     /locus_tag="SEQF2637_02174"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPFSKTAYPIFERAIDDYHVSDDVDAPIRNPYSAPGIEADLYL
                     KNWIDTVQWHLEDIVRDPEIDPIRALQIKRRIDRSNQERTDLVERIDSYFLTLYKDVQ
                     PAADATINTESPAWAVDRLSILALKIYHMRQEVDRTDVDEAHREACRRKLAVLLEQRA
                     DLSLALDQLLADIAAGRKYMKVYRQMKMYNDPSLNPVLYGKKEE"
     CDS             5171..6235
                     /locus_tag="SEQF2637_02175"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARKKSDGSLRALVIRFRRVGDAVLAVAACSSLKRSFPGIRVDF
                     VLNEAIAPLFEGHPDIDRVVTFTDTDNANPWRYVRRVFNVMRKTRYDILIDMRATPRT
                     LLFSLFSLRTPFRIGTRKPYSRLLHNYRVADRIDPSLDMVQRDLLLLSPLERLGPLRL
                     DPTFRLYVSDKDRATYRAYMEGKGVDFTKPIVLAAVATRIEGKGWEMERMVGVLRRII
                     DSFHPQIILNHSGYRELEISLMLYERMDYDPHILPEIEATTLRELRALTSLCDFFFGN
                     EGGPRHIAQALDTPSYAIYPPGISRRLWLPGDSPRHRGISPDDIAPPSPTATRAERFD
                     LVTVDRVWSDLEPMMREYLG"
     CDS             7482..8291
                     /gene="znuB"
                     /locus_tag="SEQF2637_02176"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39832"
                     /codon_start=1
                     /transl_table=11
                     /product="High-affinity zinc uptake system membrane
                     protein ZnuB"
                     /translation="MNIFQYTFFQNALLGALFTTIACGIVGTYVVSRRLVFISGGVTH
                     ASFGGLGLGFYLGLDPFWAALTFAVLSAFGIEWVGRSGRVREDSAIAAFWSLGMAVGA
                     IFIVLTPGYAPNLSSYLFGNILTISRADIGLTATFATALSLFFALLYRPIVYTAFDRD
                     FAQVQGLPVRRIESAMTLFTAITIVLSIRLVGIMLLMSLLTVPQMTVNLFTADFRRIL
                     FGSIALGFFACVCGLWLSFVLQVPSGAFIIVVLIVVFLLAKLIHARLPRKR"
     CDS             complement(8208..8366)
                     /locus_tag="SEQF2637_02177"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSFEIPMLSLDRRGGDFWEVGRWGLPLAGETGVNEFGEEEDDD
                     QDDNNEGA"
     CDS             complement(9862..11613)
                     /gene="pgcA"
                     /locus_tag="SEQF2637_02178"
                     /EC_number="5.4.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P18159"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglucomutase"
                     /translation="MENSELLEIVRKKAQVWLGPEYDEETRCEVQALLDKDDPTDLIE
                     AFYKDLEFGTGGLRGIMGVGTNRMNIYTVGAATQGLSNYLKKEFAELPQIKVVIGHDC
                     RNNSRRFAEISADIFSANGIKVYLFDALRPTPETSYAIRHLGCQSGIIITASHNPKEY
                     NGYKAYWDDGAQMIAPHDKNTIAEVNKIRNASDIHFHGDKSLIEIIGAEMDERYIRDL
                     TAISLSPDVIRRQHDMKIVYTPIHGTGTHIIPKALQAFGFTNVIHVPEQDVISGDFPT
                     VISPNPEEAAALRLAVEKARETDAELVLASDPDADRVGSAVKNEAGEWVLLNGNQNAI
                     LYVYYLLTRWKETGRLTGREYIVKTIVTSETIRAIAERNGVEMYDVYTGFKWIADIMR
                     RNEGKKQFIGGGEESYGFLCEDFVRDKDAVSGCCMLAEIAAWAKDRGLTLYRLLEEIY
                     REYGYSKEVNISVVKKGKSGAEEIEAMMTRFRNNPPTDLAGSKVVTLYDYSSLKGHSF
                     TDGENFSLHMPTTSNVLQYYTEDQTKVSIRPSGTEPKIKFYIEVHVPHIRSVEDLHAA
                     EAHALEKVEAIKASLGI"
     CDS             complement(11686..12681)
                     /locus_tag="SEQF2637_02179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFSLLCISLLLLLSTGACAKKKPREGTFQVMSYNVENLFDTS
                     DDPHTNDNEFLPDGTRHWTQKRYRSHLEQTARVILAAGAWESPALVGLCEVENEAVLQ
                     QLMHHTQLRSEGYRSCITRGNDPRGINNALLYRQDRFRLLGWRSVRIPFADRAKRSRD
                     LLHAWGRIASGDTLDVIVCHFPSRRNGRNASEPDRIDAARCVRRLCDSLGRARRRPQL
                     IVMGDFNDTPTDRSLRLMTDGGARHLRLTNLFSDPHRTGFAGSHYYRGAWAQLDQMLV
                     SPLLAERVTSARVFAPDFLLTDDGRRRSRRPHRIYNGFRYEGGFSDHLPIVATFR"
     CDS             complement(12678..13400)
                     /locus_tag="SEQF2637_02180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQISFHKIKTKNLGVLAQQVIQASKSGTYKLPEEHVLLKKLEDE
                     SREYTQAYTKPAYSQKGRSVLAADAARTKAYQRLRAYLKAYGEMPLLADYKDAAELYK
                     VMRRFDIRRMNYAEKSAEMKLLVEELEKSEHAERLKKLKLKPAFDELKALYEGFEDLY
                     AEQASANAALRATPSATAIRRRLERALRDYINLLTAMRSLEGWDMIYGEVNELVKAAA
                     IVYKNDRKKDKVAVAPTDKTEA"
     CDS             complement(13895..14005)
                     /locus_tag="SEQF2637_02181"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METNYYSHFFQISCMAINYRVHSSQIICRAINYRIH"
     CDS             complement(14192..14449)
                     /gene="acpP_1"
                     /locus_tag="SEQF2637_02182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01217"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /translation="MEELILELKNEIINVLNLEGVKPEDIATDDELFGGGLGLDSIDA
                     LELIVLLEKNYGIKLKDPAQGKEIFRSVRTMAEFIQANRTK"
     CDS             complement(14469..15089)
                     /locus_tag="SEQF2637_02183"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMYIQKSCRIHDRRVMVDGQTRFEASDGHASGTDFLADAFRSMG
                     IDYRKFYKMDPLSRLGFLAAELILPQPAEADPSGEEMGLICFNSTASLAADRAYQRTI
                     PAGDNFFPSPSDFVYTLPNIVTGEIAIRHHIQGETAFYVLRAFNPETICHIVRETIAD
                     ADLHRAFVGWIDIDTDHLDARAMLCVDRPHGNSPELTPEALLQLFP"
     CDS             complement(15093..16268)
                     /gene="fabF_2"
                     /locus_tag="SEQF2637_02184"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34340"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /translation="MTTVFEATNIVSALGLTTDEVFDNIRQGRTGLSLQSDHFDLPEP
                     FMASLIDRARLDEAFDRLHPPTWPDGAYTRFEQAAIVSADDALRQTDIDPTTLRVRFF
                     LSTTKGNVHLLDPRETAGHSADQLYLWHTAYRIAHFFGNITPPLVISNACISGAAALI
                     AARRELLAGRIDTAIVIGADMLSRFVVSGFQSFKALSPEPCRPFDADRTGLNLGEAAS
                     TVILTRRAVNNLEPSDVLLTDGAIRNDANHISGPSRTGEGCFRALRHILRNIPEERLT
                     DEIAFVNAHGTATPYNDEMESVALTRAALDRVPVNSLKGYLGHTLGAAGVLETILAAE
                     SLRAGIALPTAGFHTLGVTHPIRVTNATAPITARRCIKMLSGFGGCNAALLVSLPDC"
     CDS             complement(16265..16630)
                     /locus_tag="SEQF2637_02185"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHIVWHGSYALYFEDAREEFGRVFGLSYSSYVENGCYAPLVDLQ
                     FSYRQPLRHGERARTVITYRNTPAAKVVFDYAIHRLDEADTLIATGSSTQVFLDLNYQ
                     LIWTNPPFYEAWKIRHGQL"
     CDS             complement(16765..17331)
                     /locus_tag="SEQF2637_02186"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKRILLFIMATLLVAVGTLRAQSASTPAKFHTELGASFGTGSL
                     NGSDYHFTSRDLNVSFGYAFTPRFSAYIPLTLTTGLFRGDSPGLHSTYENTGTVGVGA
                     GWNAIQRSLWRLRLNGEAGCSLKSKTDPWSFYYYDAGARLYLGEQNRFVNAYVGLGVK
                     HILTRTDGRSDYFTPYVSIGFRLNALGR"
     CDS             complement(17416..17862)
                     /locus_tag="SEQF2637_02187"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRPFDILELLPQRPPFVMVDRLIYYDPVVARSEFTIRPDNIFC
                     TGDGRVEEAALVEIIAQTCAARMGYREKTEPSRDGMVKIGFIGMIRPLHILRAPRIGE
                     MLTTTVEVKEDIFSTTLVETFVEASGETIATCSMKIFLTDRVPTTA"
     CDS             complement(17859..18959)
                     /gene="sfmM2"
                     /locus_tag="SEQF2637_02188"
                     /EC_number="2.1.1.304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B0CN31"
                     /codon_start=1
                     /transl_table=11
                     /product="L-tyrosine C(3)-methyltransferase"
                     /translation="MKMSPALERTFTKDRMRILEAQRRAHEIAFAPVTFQVARLMRKF
                     GLFALLNEARQGLTLEELTERSPALSHYAVQVLLESALTAGMVCCTDDRFVLSKLGWI
                     LLTDPLIAVNIDFNHDVNYLGLHRMEQALLEGKPEGLRVFGDWKTIYEGLSELPDPAR
                     ESWFRFDHFYSDHSFDEALEIVFAQRPKRLLDVGGNTGRWAARCVDYSPDVHVTIMDL
                     PQQLDMVRRQMADRRGADRIEGYAIDLLDVTAPFPTGADAIWMSQFLDCFSEGEITSI
                     IRRAAEAMTDRTRLYVMETLWDRQSNDIAAFCLTQISLYFTVMANGNSKMYHSDDLIR
                     CIHAGGLEVETIHDGLKGGHSILVCRKPAERS"
     CDS             complement(18956..19846)
                     /locus_tag="SEQF2637_02189"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVRKSDEWDGVTGGTTLGQKAMKVMLSILDVRMGYVLLAFVVPF
                     YMLFHHKGYVAIYGYFRRRHGYGPLKSLLKTYRNHFLFGQAMLDRFAVYAGRAKFSVD
                     NPDNPLFLAMLDRPEGCIVASAHVGNPELSGYLLSQQKKRINCLIYGGEAKEVQKNRI
                     KILERNNIRAIPVSDDLSHIFLVNEALQGGEMVSMPCDRTLGSSKCVTCDFLGAPADF
                     PIGAFVLAEQFGVPVLAMFVLKVSASGYRIHVSRIPSPAGGTKRERIESMTRAYANEL
                     ERIVRRYPEQWFNFYTFWKR"
     CDS             complement(19881..20126)
                     /gene="acpP_2"
                     /locus_tag="SEQF2637_02190"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67611"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /translation="MKMERREIEEKVNDFLVEEMEIEAEKIKPEALLKEDLGLDSLDF
                     VDIVVIVERTFGFKIKPEEMADVKTVGAFYNYIESKL"
     CDS             complement(20218..20946)
                     /gene="fabG_3"
                     /locus_tag="SEQF2637_02191"
                     /EC_number="1.1.1.100"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P73574"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] reductase"
                     /translation="MTKYALVTGGSRGIGRAVCLELSAAGYAVLINCRANLEAASEVE
                     AEVRARGGVAEVIPFDVADSAAVDAALEAWEARHPEDAIEVLVNNAGIRQDAMMIFMQ
                     DKDWHEVINASVDGFFYVTRRVLKGMLMRRHGRIINMVSLSGLKGMPGQTNYSAAKAA
                     VIGATKALAQEVARRHVTVNAVAPGFIATDMTKDLDEAALKQTVPAGRFGRPDEVAAL
                     VGFLASDRADYITGQVISINGGLL"
     CDS             21143..21760
                     /gene="ywlC"
                     /locus_tag="SEQF2637_02192"
                     /EC_number="2.7.7.87"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39153"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyl-AMP synthase"
                     /translation="MLLKIYPNNPNQKDLDRVASTLRDGGLVIYPTDTLYAIGCDALN
                     VRAVERICRIKGVDPQKSKLSIVCHDLSEAGAYTRIDNNAFKLLKRHLPGAFTFILPA
                     GADLPRIYKSRREVGLRIPDNPIALELVRTLGNPLLTMSVHDPASDNEEPEYLTDPEL
                     IHEKFDGRVDLVIDGGIGRAEGSTVVDCTASPFTILRQGRGVIDL"
     CDS             21900..22463
                     /locus_tag="SEQF2637_02193"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKFLMSAIVFALCSIGAANAQLEKGSVLVGGSIGDIRFGLGSG
                     SYFSLNLTPRVGYFVQDNLAFGAKVNAGFTGQRGGNTTFSYGVNAFGRYYLGNKEVEI
                     GPKEGHFFGEVGVGLGGVQGAPVGFNVNFGPGYAYFLNEHVALEALALYNGQFGQGSV
                     NGLSLNVGLQIYLPVSKLEARAKSLKK"
     CDS             22639..22812
                     /locus_tag="SEQF2637_02194"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTCMKEVNATNLRMSINMEPPSAADFGMPINIEEVNVADFGMS
                     INLEEVNAACFPM"
     CDS             23310..24089
                     /locus_tag="SEQF2637_02195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKHTIQIKKIGLDKLDNALHARFHCEACDLVREVNAKTTDIPTE
                     LSDEWYALARKEIDQAVEIRATVYTKTMHEKDAERTRAATFILGIVRIMRLSPDKAQV
                     EAAHALHIVTRQFVRLQNLSTDRRSADLLSLIYDLKKPEHTAHIGRLGLTAALEALER
                     LDGEYLTLSRQRRDERVGQKEQPAMLEVRHQSDEIYQHIIMLLQMAYLKANSEATRTE
                     LEALAERLTALTARINTSYKQSLSQRRARRQKATGTEMEGI"
     CDS             24224..26248
                     /gene="btuB_4"
                     /locus_tag="SEQF2637_02196"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06129"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MNRKRHLNRACTFRFRRFARKAYSAFSSMHRVVNIGVVAGCMLT
                     FAHATQTAAQPAAAPDALPTDSLREETLEEVTVTASHLETPLSQTSKIVTVITRAQIE
                     QAPVRSIQDLLVYAANVDVIQRGGHGVQSDISIRGGSADQTAVLLNGVNFSNPHTGHY
                     SFDLPINLSDIERIEIVHGPSALIYGSSAFSGGINIITKQKVETPLYLAAEAGMHALR
                     GGEVRGALEAGPTTSSLSVGHRASDGYIAGSDYAIWNAFWQTRVRFSGDNRLDIQAGY
                     ESKNYGANTFYTALYPNQYERTSAWAGSVKGAFGGALKVVPILYWNRHYDQFDLIKDT
                     DKGRNFHRGDTYGANLIFQYTWCGGTTSLGGELRREEIISSKLGTPMATPNGHYTRSD
                     ARTIVSATAEHTWTWQRWAASAGVMMQRNTLLDGVRFYPSAGLAYRPTDDLKLNATWS
                     RSTRMPTFTDLYYTTETHTANVGLKPERSESVDLGVTFTRPAVSLRLVGYLMWGRDVI
                     DWVRDSGTAKWASWNFTEIDKQGVEVGATFRPGAIWPSMRGTVLNVDYARMNQTADSH
                     GLESRYSLNYLRDKVTVGLQHPIFRGLTASWHFRAQKRMGSYRRYVDKKDMGLEPYPA
                     FSTLDLKLNYAVRKFDFHLDLNNMFNVTYYDIGNVPQAGFWLMGGVAFKL"
     CDS             26520..27305
                     /locus_tag="SEQF2637_02197"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNLKQIIAAGILLMSLAACVEERSNQGETAPGWVAFEYTSALVE
                     RCGITAEYLHRFDRYLEQNTSSGRDSVDRLYFSNVKIQRDQEPNAWTLRLKERYGNER
                     TITIRNAVRGGMWEVVGEGLATKFSPRSERAVDHFRVNTGKSGTWYMEHIGRDREFAD
                     SSAWTVQFVSDGSLQLVGNGVRTSLAVPTLRLDFKTDLPLSYTLRNTSTFTLVDGQLR
                     IIATGPNGLPETTAVTAIGSDRIRINYNNKHSAEGNWNSAIEL"
     CDS             complement(27111..27833)
                     /locus_tag="SEQF2637_02198"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVILVLARHARGKMRVISVLARRARGKMRVISVLARHARGKMR
                     VISVLARRARGKMRVILVLARHARGKMRVISVLARRARGKMRVISVLARHARGKMRVI
                     SVLARHARGKMRVISVFARRARGKMRAISVFARRARGKRPRWLGAIKATEAAEGGVSP
                     RTASVGWLPSLRSGFGSELNRRVPIALSAVLVVVVNPYAIATDGCDRGCLRQTVGAGG
                     YDPQLPVHERERRGVSQGVTQG"
     CDS             27972..29891
                     /gene="dxs_2"
                     /locus_tag="SEQF2637_02199"
                     /EC_number="2.2.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KGU7"
                     /codon_start=1
                     /transl_table=11
                     /product="1-deoxy-D-xylulose-5-phosphate synthase"
                     /translation="MADSNQYHLLSRIDSPADLRKLAVDKLPAVCDELRKYIIDVLSE
                     RPGHLGASLGAVELTVALHYVFNTPDDRIVWDVGHQAYSHKILTGRREAFHTLRQFGG
                     IGGFPHPEESAYDTFIAGHASNSISAALGMSTAFEIAGEGGRHVVAVIGDGAMTGGLA
                     FEGINNASIDPNNLLIVLNDNDMSIDRNVGGMNRYLVDITTSQTYNHIRYEVYQRLLK
                     LNLISEDRRENILRFNNSLKALINRQHNLFEGFSIRYFGPIDGHDVGDLVKKLGDIKD
                     MKGPKLLHIKTKKGKGYKPAEQSATVWHAPGRFNKDTGQRLLPERTNEPQLYQDVFGH
                     TLVELAEKDQRITGVTPAMPTGCSMTYMMKAFPDRAFDVGIAEGHAVTFSAGMAKEGM
                     IPFCNIYSSFLQRAYDQVIHDAAILKLHVVLCLDRAGLVGEDGVTHHGAFDLAYLRPI
                     PNVIISSPLNEIDLRNLMFTAYKTDRGPFVIRYPRGKGELRDWQNEMELLPVGRGRRL
                     REGTDVAVVTIGPIGNVARQAIEAAAEEGISAAHYDMIYLKPIDAELLHEIGRRYSRI
                     ITVENGTVVGGLGTAVMEFMMEHGYTPRVQRIGIPDRFIEHGSIAELYNLCGMDAPHI
                     LEAIRSLVGQKGGQA"
     CDS             29888..31231
                     /gene="trkA"
                     /locus_tag="SEQF2637_02200"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AGI8"
                     /codon_start=1
                     /transl_table=11
                     /product="Trk system potassium uptake protein TrkA"
                     /translation="MRVVIAGAGEVGRHLAKMLSRERHDIILLDPNEDNLAFAKTGME
                     ILPIVGNPTSLHDLENADVRDAHLFVSVTTEESTNITACMLASNLGARKTFARINNHE
                     YLLPRNNELFQKIGVNSMICPEILAAKEIVAAIRRPWTRQYWELFGGGLILLGIKVRD
                     DAPIINRSLIELMQHDKKCYHIVAIQRCNGEMIIPRGMDHIESGDIVFVTTTREHIED
                     VRIKTGKQNPEVKKIIIMGGGRIAIKTAHFLPDNTNITIIEADRDKCAKISAQVPKNV
                     LVIHGDGRDTDLLVQEGIDDAQAFVALTEIAGTNILACLAAKRYGVFKTIAQVENLDY
                     ISLAAKVDIGTVINKKLIAAGHIYQFLLDADVANVKCLAFARADVAELVAKPDSKITR
                     KPIKDMRLPKDMTLGGLIRNGIPMMVEGDTQIRANDHVMVFCFDSAMRKLKDYFN"
     CDS             31330..32865
                     /gene="sdcS"
                     /locus_tag="SEQF2637_02201"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99SX1"
                     /codon_start=1
                     /transl_table=11
                     /product="Sodium-dependent dicarboxylate transporter SdcS"
                     /translation="MVSYFIQLNLQPCFINPLTQHTMTEVIGKLSDQFEMKKLISSLV
                     ILLLALIVWNLPSTSFGIDGLTTVQQRVIAIFVLATLLWITEAIPSWATSLVIITTMC
                     LTVSDNSLSFLKSDSESFGTLMSSKEIMATFANPVIMLFLGGFILAIAATKSGLDVLL
                     AKTLIKPFGKRSETVLLGFILITGTFSMFISNTATAAMMLVFLTPVFAALPPDGKGRT
                     ALTLSIPIAANLGGMATPIGTPPNAIALQALNDPEGLNMHIGFGDWVAFMFPLVIVLL
                     FISWYLIKKLFPFKKKTIELTITGEIHSGWRMKVVSITFIITVLMWLFDRYTGVDANT
                     VAMIPMGVFAVTGVITKRDLQSINWSVIWMVAGGFALGLGLNGSGLAGAVIRSIPFGG
                     WSPILILIISGAICYILSNFISNTATAALLVPILVVACTGMGDALKQIGGTSTVIIGI
                     ALSASSAMCLPISTPPNAIAHSTGLVEQKDMLKIGLIVGMVSLILGYLLLFLVGKTGL
                     IEG"
     CDS             32916..33422
                     /locus_tag="SEQF2637_02202"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLIERCNGQSASGNACNTVASLTKNFLEFAAMLQMPRKTFLRL
                     QECCKCLEKLFGVCRNAASVPKNFLEFAGTLQVPRKTFRRLQERCKYLEKLFGVCSNA
                     ASVPKNFLEFAETLQVLRKKLSGVCNNVASISRNVLAHRETSVETLCRLYSYVKLTLT
                     RSCFEFIE"
     CDS             33484..34944
                     /gene="trkH"
                     /locus_tag="SEQF2637_02203"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q87TN7"
                     /codon_start=1
                     /transl_table=11
                     /product="Trk system potassium uptake protein TrkH"
                     /translation="MFHQLNVRFIIKFLGTMHMLESLFMLSAVAVSFWYHDSDLIPLA
                     ISCAIMFSAGLAMYITGRHANDYRSGRREGMISVTLTWIFLSFFGMLPYLISGYIPNV
                     TDAFFETISGFTTTGATILDDIERLPHGLLFWRSLTQWQGGIGMIVFTVALLPMFGGA
                     ASQLFDAETPGITHDRFRPRITQVAKRIFGLYVLITLAFLLLLWIGPMNLFDALNHAM
                     TTVATGGYSTKNNGLAYWHSAYTEYIVILGMFIGATNFTLLYFALRGHSQKLFHDHEF
                     RWFCIVIATTTIVTTAWILLRHNETNPELAFRHALFHITALVSNTGLLTVNYSSWGSF
                     FAVIALFVIIVAGCAGSTSGGLKMGRFMILVKDLLNEFKRQTHPRAVLPLRAGGQVIP
                     EHVVQRVYTFAIIYVGLILFGCTVLTFEGIDLGDALGLAATSVSNAGPGIGHFADGNF
                     STISSFNKWILSFLMIVGRLEIFTVLTPLLPGFWRR"
     CDS             complement(35193..35417)
                     /locus_tag="SEQF2637_02204"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFQHDKIMLRKRSLIETVNDQLKNICQIEHTRHRCFSNFIINLL
                     SALAAFSFFDKKPSINTAEEFVHPSFLPVA"
     CDS             complement(35469..36107)
                     /locus_tag="SEQF2637_02205"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MISTNKTVEIYYLVDEFLKEYDAVIKSHSLEEGAPKKRRNRKFT
                     MSGSEVMTILILFHFSSFRDLKHFYLFVRSHMKSDFPHTVSYNRFVELERKVCIPLAV
                     FLKMKALGQCAGISFIDSTPIRSCHIKREKQHKTFKEFARKGKSTLGWFYGFKLHLII
                     NDKGELLGFSSDSGQCRRQNPLETHGLPQTDLREALRRQGLYLERPLRTALH"
     CDS             36572..37105
                     /locus_tag="SEQF2637_02206"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYLLGVFVMILGVGSSYAQSVNIDKIPTKDRHVILIEIAQNVA
                     ETLGPGYASYFGKPIVSPPKKLCRDDYDDSSPEIRKNLGRAYYTVTFPYDSSIVKFEF
                     DYAAEVRIWKDTGEPMDVIFGNGMGRNFFSSSFEEQTNRPLRIKDRNHVRRAPMSSKT
                     IEVVPLQTRDEEQSIWN"
     CDS             complement(37260..37847)
                     /locus_tag="SEQF2637_02207"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVNKLSVKGVPDGADVKAVAARLQEIAEKARTEGEYNKIGEIY
                     GFPVMVKTESTAKDLFDCSVNRFFVQGRSGILYTYNNGRLAADPKLACQNFLNALERI
                     PKVIETHERELAKTKEQIPAFEAAASGVWRKEDELRTLKRNAAELDRKIALSLKKDEA
                     KEDEAAIGKQVSVLEPPATKAERPLPGNETKLRVR"
ORIGIN      
        1 gtcggggatg gcgtccagat cgacctcgag gccgccgtca acgttagcga aacacatctc
       61 cagtagggcg accagcatgc cgccggccga tacgtcgtgc ccggcctgca ccagacccga
      121 cccgacagcc gactgcacgg cctcgaaggc tcggcggaaa tagtccgtat ccaaaacgtc
      181 cggcacctcc gaccccacgc taccgagtga ttgcgcgaag gccgacccgc ctaaccttag
      241 ctcgcagccc gagaaatcta cataatagac ggccgtcgct gggtcgttcg atagtacggg
      301 ggagatgatc cgatggatgt cactcacctc ggcggctgcg gagatgatga ccgtgcctgg
      361 cgccagtacc ttctcctcac catacttctg agtcatcgag agtgaatcct tgccggtcgg
      421 gatgttgata ccgagggcgc aagcgaagtc agatgcggct tcgacagcat gatagagacg
      481 tgcgtcctca ccggggttgc ggcagggcca catccagttg gcgctcaggg agacgctacg
      541 taggccgtcg gccaggtggg caaagacgat gttggtcagc gcttcggcga tagccagccg
      601 cgagccagct gcggggtcga cgagggcggc ttgcggggcg tgcccgatgg aggtggccat
      661 gccgtgcctt ccgtgaaagt cgagtgcgac ggcacccaga tcgctcagcg gtagctgtaa
      721 ctcgcccaca cactgctgtc gggccacgcg gcccgtgacg ctccggtctg ctttgtttgt
      781 cagccagtct ttgcaggcta cggcttccat ctgtaaaacg ttctccagat aggtatgcag
      841 ttccgataac cgataggtca aggcggggaa cgagggatgg aggttggtgt cctccatgag
      901 ggtgcgcgga ggattgccga acatatcttc caagcggagg tcgatcgggc aggtgccgtc
      961 gcgctgggca aagacaaacc gcatgtcgcc cgtagtctcg cccaccacat acatcggtgc
     1021 acgctcccgt tcggcgatgc gccgcacgcg ggcggtatcc tcctccttaa tcaacaagcc
     1081 catgcgctcc tggctctcgt tgccaataat ctcgcgtgca gagagggtcg gatcgccgac
     1141 aggtaggctg tccatgtcga ttcggccacc agtggcctcc accagttccg aaagacagtt
     1201 cagatggcct cctgcgccgt ggtcgtggat cgatacgatg gggttgtcgt ccgattcggc
     1261 cagggcccgt atcacgtttg cggcacgctt ctgcatctct gggttggctc gctgcacggc
     1321 attcagctca ataccagagg cgtagcggcc cgtgtcaacc gacgaaacag ccccgccacc
     1381 cataccaatg cggtaattgt ctccgcctaa cacgaccact ttttcacctg cctcgggctg
     1441 ccccttcagg gcatcgcgtc ggttagcgaa gcccatgccg ccggccagca tgatgacctt
     1501 gtcgtaagcg taactgcgac cgtccggcgc tttgtattca aacgtcagca aggagccaca
     1561 gatgagcggt tggccgaact tattaccaaa gtcagaggca ccgttggagg ccttgactaa
     1621 gatctgcgcg ggcgtttggt agagccacga gcgcgggtcc aagacgcgtt cccaagcgcg
     1681 atcggggtct gtgcgcgggt aggctgtcat gtagaccgct gtaccggcca gtggcagcga
     1741 ggcgcggccg cctccgagac ggtcgcggat ctcccccccg gtgccggtag cggccccgtt
     1801 gaagggttcg accgtagtgg ggaagttgtg cgtttcggct ttcagcgcca gcacggtagg
     1861 gatgggccgc gtgacgaaga aatcaggccc gtcagccgaa gcgggggcga actgctctac
     1921 cgtcggcccg gcgttaaagg ccacgttgtc cttgtaggcc gagacgagac cgttcgggtt
     1981 gacggacgac gtgcgcttga tcattgcaaa gaggctatgg ggttgctcaa ccccgtcgat
     2041 gacgaacttg cctccgaaga tcttgtggcg gcagtgctca gagttgacct gcgagaatcc
     2101 gaacacttcg ctgtcggtca gcttgcgccc cagtcggtgg ctcaggtcgt tcaggtaacg
     2161 cacctcgtcg tcgctgaggg caagaccttc gcgacgattg tagtccgcga tgtcgtcgat
     2221 atagacgatg ggttcgggct gtcgagcggt ggtgaagagg cgttggtcga gccggtcgta
     2281 gaggcgttgt agcatggggt cgcagtcggc ctgatcggtg gcgggcaggt attcctcgat
     2341 gcgcgagatg cccttgagac ccatgttttg ggtgatctcc acggcgttgg tgctccaggg
     2401 ggtgatcatt tcgcggcgag gcccgacgaa tcggccttct atttcgggag agtctacggc
     2461 agctgcctgg ccaaagagcc agctgagtgg ggcgcgttca tcctcggtca gggcgtggtc
     2521 tacttcaacg gcatagaccg ttccggcggg taggtggaag aattggatca tttgtagtta
     2581 cgagtggtta ggggtaggga gtgccgggag tcatcagcca tcggggcgcc gcgctaccgc
     2641 cgtttaacga tgcgcaaaaa tacaggttct tgccgtgggg tgtactcccg cgggggtcca
     2701 aaatatatat ctgtatgctg aaccctaaac ctatggcggt tcaacacacc tatcccgcgg
     2761 ccgtcccctg cggggccgtt tgtggggcgt atgctgttgt gcccctacgc cgggtacacg
     2821 catcacatca aaatccggat cggttacgtg aatctcccaa acgtatcact tcccaatccg
     2881 ggttggttac gtgaacccgc ggcggcctca gggcgaggcg attttgctac ctttgcaacc
     2941 atcatgcgca gacagtccac aatgacccta cgatttgccc aacccctgac tcctcacact
     3001 tcctttgacg caacaagatg atggtggatt tactggaact ctttcgcacg gggatgatta
     3061 taggcatact ggtgtcggct ccgatgggcc ccatcggcat gctctgcatc cagcgcaccc
     3121 tctccgaagg tcgttggcac ggctttgtaa gcggactcgg ggcggccctt tctgacgtga
     3181 tctatgccgc cgtgacagcc ctctcgatgg gattggtggt caactttgtc gaggcacacc
     3241 agaagccgct cgaggtattc ggcagtttgg tactcggcgc ctttggttac tacatcttcc
     3301 aggccaatcc cgtcaaacgt ttacgcaaga acagcgcctc gcgcctctcc ttggtgcaag
     3361 attttatctc agcctttctg ctcaccctga gcaatgtact gattgtattc ctatatatcg
     3421 gcctctttgc ccggttctcc ttcgtctttt cggccagcgt ctgggacgtg cccattggtc
     3481 tgaccggtat tgccgccgga gccgtcctgt ggtggctgtt gatcacctac ctcgtgtcac
     3541 gcctccgccg atggttcaac attcgcagca tccgcatact gaaccgcatc gtaggctccg
     3601 ccatcatcct cctctccatc ctcggactcg tctacgcctt cgcctaattc ggaaaacacg
     3661 ttcgtatttc ggtgggtaac gtgtatccgg ttcggaaaac gtttccgtat ttcaatgcgt
     3721 aatgtgcacc cggtacggga aacacgttcg tatttcggtg ggtaacgtgt acccggttcg
     3781 gaaaacgttt ccgtatttca atgcgtaatg tgcacccggt acgggaaaca cgttcgtatt
     3841 tcgatgtatg gcatgtaaca cgtgtagggg cgtattgcat acgccccaca aacgccaccc
     3901 atgggtggcg aaaacatgtc tgtattccca accaccatcc ccccaaacaa cccataacat
     3961 gaccgtcatt tggccccgca gggccgtctg tggggcgtat gcaatacgcc cctacaaccg
     4021 gggacacgcc ttagttggga taacacggcc gtatttctaa ctgccgatag gtgtgatatg
     4081 acaatacggc aggtattttg aactaccgag gggtattaca tgaaaatacg gcaggtattt
     4141 tcaactccag agtggtagga actgaaaata cggcaggtat tttcaactcc tgagcctcgg
     4201 tagttcaaaa tacctgccgt attgtcatat atatgcgctc ggtagttgtc ttgacggtcg
     4261 tgttacgggg tatcacgggg ttctatggtt gaaaatacgg tcgtgttacg accaccgcgg
     4321 aagggccgca cctatgtatt cggtcatgtt atgggcagtt tttggaggcg gcggttagaa
     4381 atacggacac gttttccgta tcaggtacac gccatacatt aaaatacgga cacgtttccc
     4441 cgacccgata cgcgccacat atagaaaaac acaccctatt tttcaacatt cgtccaatgg
     4501 gggtaaccat gaccgggagg tttggcctac ctttggggcc gttcatttca agaataacgt
     4561 attaaagacc tacttatgac acctttcagt aagaccgcct atccgatttt tgaacgcgcc
     4621 atagacgatt atcacgtctc cgacgatgtc gacgcaccta tccgcaatcc ttactccgca
     4681 cccgggattg aggccgactt gtatctcaag aactggatcg acacggtgca atggcatttg
     4741 gaagacattg tgcgcgaccc tgagatcgac cctatccgtg ccctacagat caagcgccgg
     4801 atagatcgct cgaatcagga gcggacggat ctggtggagc gcattgatag ctatttcttg
     4861 accctataca aggacgtgca gccagcggca gatgctacga tcaatactga aagcccagct
     4921 tgggccgtcg accgcctctc gatactggcc ctgaagatct accacatgcg tcaggaggtt
     4981 gaccgtacgg atgtcgacga ggctcatcgg gaggcttgcc ggcgtaagct ggcggtgctg
     5041 ttggaacagc gcgcagacct ctcactggcc ttggatcagc tgctggcgga cattgcggcg
     5101 ggccgtaagt acatgaaagt ctaccgacag atgaagatgt acaacgatcc ctcgctcaac
     5161 cccgtgctgt atggcaagaa agaagagtga cgggtcgctc cgcgcgctcg tgatccgctt
     5221 ccgccgggtg ggcgacgccg tcttggcggt tgccgcgtgc agctccctga agcgctcctt
     5281 ccccggtata cgtgtggatt tcgtactcaa cgaggccatc gctccccttt tcgagggtca
     5341 tccggacatc gatcgcgtgg tcacctttac cgatacggac aatgcgaatc cgtggcgata
     5401 cgtccggcgt gtcttcaacg tcatgcgcaa gacacgttac gacatcctga tcgacatgcg
     5461 cgctaccccg cgaacgttgc tcttcagcct cttctccctc cgtacgccct tccgcatcgg
     5521 gacgcgcaag ccctacagtc gcctcctcca taactatcgc gtagccgacc gcatcgaccc
     5581 ctcgctcgac atggtgcagc gcgacttgct cctgctctcg cccctcgagc gactcggccc
     5641 gttgcgctta gatcccacgt tccgcctcta cgtctccgac aaggatcggg ctacctaccg
     5701 cgcttatatg gagggcaaag gggtcgattt cacgaagccc atcgtgctgg cggctgttgc
     5761 gacacgcatc gagggcaaag gctgggagat ggagcgtatg gtcggcgtgc tccgacgcat
     5821 cattgactcc ttccaccccc agatcatcct gaaccattcc ggctaccgcg agctggagat
     5881 cagtctcatg ctttacgagc gcatggacta cgacccgcat atccttcccg agatcgaggc
     5941 cacaacgcta cgcgaactgc gcgccctgac ctcgctctgc gacttcttct ttggtaacga
     6001 gggcggcccc cggcacatcg cccaggcgct cgacacgccc tcgtacgcca tctatccccc
     6061 gggcatcagt cggcggctat ggctgcccgg cgacagtccg cgacaccggg gcatcagccc
     6121 agacgacatc gcccccccct cccccacagc tacccgtgcc gagcgcttcg acctggtgac
     6181 agtcgaccgc gtctggtccg acctcgaacc catgatgcgg gaatatctgg gctaagcccc
     6241 cgtagcatcc ggcctctggc tggggtagta ggggctgcgc cccggtagtt acgcgccctt
     6301 ggcgcgggta gtcaagggct acgcccggta gcttccggcc tctggccggg gtagttgggg
     6361 atgcgccccg gtagttacgc gcccttggcg cgggtagtca agggctacgt ccagtagcat
     6421 ccggcctctg gccggggtag tgggggctgc gccccggtag ttacgcgccc ttggcgcggg
     6481 tagtcaaggg ctacgcccag tagcatccgg cctctggccg gggtagtagg ggctgcgccc
     6541 cggtagttac gcgcccttgg cgcggatagt tagaagtagt ttcatgtagc ttctacctac
     6601 tgacgtctcc actatacgca ccgcaaggcg cataactacc ggccgaaggc cgtacttccc
     6661 gcgccgcaag gcgcaatccg gcctctggcc ggggtagtag gggctgcgcc ccggtagtta
     6721 cgcgcccttg gcgcgggtag ttagaagtag tttcatgtag cttctaccta ctgacgtctc
     6781 cactatacgc gccgcaaggc gcatcactac cggccgaagg ccatattccc tgcgccgcaa
     6841 ggcgcataac taccggccga aggccgaact ccccgcgcca taaggcgcat aactaccggc
     6901 cgaaggccga actccccacg ccgcaaggcg catcactacc ggccgaaggc cgtactaccc
     6961 acgccgcaag gcgcataact accggccgaa ggccgtacta cccgcgccgc aaggcgcatc
     7021 actaccggcc gaaggccgta ctacccgcgc cgcaaggcgc atcactaccg gccgaagacc
     7081 atactccccg cgccgcaagg cgcataacta ccggccgaag gccatactcc ccgcgccgca
     7141 aggcgcataa ctaccggccg aaggccgtac tacccacgcc gcaaggcgca taactaccgg
     7201 ccgaaggccg aactccccgc gccgcaaggc gcataactac cggccgaagg ccgcactccc
     7261 cgcgccgtaa ggcgcatcac taccggccga aggccgtact ccccgcgccg caaggcgcat
     7321 aactaccggc cgaaggccgt acttcccgcg ccacaaggcg catcactacc ggccgaaggc
     7381 cgtaatcccc gcgccgcaag gcgcatcact accggccgaa ggccgtaatc cccgcgccgc
     7441 aaggcgcata actaccggcc gaaggccgaa ccccctattt tatgaacatc tttcaataca
     7501 ccttctttca gaacgccctc ctcggagcac ttttcacgac aatcgcctgc ggcatagtcg
     7561 gcacgtacgt cgtgtcacgc cgactcgtct tcatcagcgg tggcgtcacc cacgcctcct
     7621 tcggaggtct cggcctcggc ttctacctcg gtctagatcc gttttgggcc gcccttacgt
     7681 tcgccgtcct ctcggccttt gggatcgagt gggtgggtcg ctccgggcgt gtccgcgaag
     7741 actccgccat cgccgccttc tggtcgctcg gcatggctgt cggggccatc tttatcgtcc
     7801 tcacgccggg ctacgctccc aatctgtcat cgtatctctt tggcaacatc ctcaccatct
     7861 cccgtgccga catcggtctg acagccacct tcgccaccgc cttgagtctc tttttcgccc
     7921 tcctctaccg cccgatcgtc tacacggcct tcgaccgcga ttttgcccaa gtgcaaggcc
     7981 tccccgtccg acgtatcgag tccgccatga ccctcttcac agccatcacc atcgtcctct
     8041 cgatccgcct cgtgggcatc atgctcctga tgagcctcct gaccgtccct cagatgacag
     8101 tcaacctctt caccgccgac tttcgccgaa tcctcttcgg cagcatcgcc ctggggttct
     8161 tcgcctgcgt gtgcggttta tggttgtcgt ttgtgctgca agtcccctca ggcgccttca
     8221 ttattgtcgt cctgatcgtc gtcttcctcc tcgccaaact cattcacgcc cgtctccccc
     8281 gcaagcggta gcccccaccg ccccacctcc caaaaatccc cgcccctccg gtcgagagat
     8341 agcatcggta tttcgaagga ttgcatgtac ccggttgggg gtgttgcatc agtatttcga
     8401 aggatcgcac gtacccagtt gtaggggcgt atcgaatatg ccccacaccg cgggctcgaa
     8461 gaggacgaaa acgagatagt tttttgaagg gccgcacgta tccagttgga aaattgcatc
     8521 ggtatttcga aggggcacac gtacccagcc gtaggagcgt attgcatacg ccccaccata
     8581 cgccaccgtc ggtggcgtat acagagccat tttttgaacc ctcgcacgta cccggtcggg
     8641 ggatcacatc ggtatttcga agagccacac gtacccagtt gtaggggcat attgaatacg
     8701 cccaccccac ggccccgtag gggacgaaaa cgagatagtt ttttgaaggg ccgcacgtac
     8761 ccagttggag aattgcatcg gtatttcgaa ggatcgtacg tacccaattg taggggcgta
     8821 ttgaatacgc cccaccccgc gaccccgaag gggacgaaaa cggggtggtt tttcgaaggg
     8881 ccgcacatac ccggtcgtag gggcgtatcg catacgcccc acaagcgtcc ccgaaaggga
     8941 cgaaaacaaa acagtttttt gaactctcac acgtactcag ttggagaatt gcatcggtat
     9001 ttcgaaggat cgcacgtatc ctgtcgtagg ggcgtattga atacgcccca caagtggccc
     9061 cgaaggggac gaaaacggga tagttttttg aagggccgca cgtacccggt taggaaattg
     9121 catcggtatt tcgtaggatc gcacgtaccc ggtcgtagag gcgtattgaa tatgcccacc
     9181 ccacggcccc gaaggggacg aaaacgagac atctttcacc accgttggtg gcgtttagtt
     9241 gggcgtatgc aatacgcccc taccctaccg gctgataagg gttcaataaa tagatacgca
     9301 ttcgctacct ctaatagaca atcccaagga taacgtttcc ggaaagccta ctttctggag
     9361 gtgagactaa ggataacatt ttcggaggat ctgctttcta gagatgagag taagaataac
     9421 attttcggag attctacctt ctgaaaacga gagtaagaat aatgttttca gaaaacctac
     9481 tttctggagg tgagacaaag aataatgttt ttagagaatc tatttccttg agatgagagt
     9541 gaggataaca tttccggaga atctactttc ttgagatgag agtaaggatg atgttttcgg
     9601 ataatctacc tccagaagac aagactaagg ataatgtttt cagaaaacct actttctgga
     9661 gattggacaa agaggtggtt tttttaaggg gtacttttct gggaagaggg taagggatac
     9721 gtccgtctat aggcaagctc gcggggcgtc cagtcgccct ctccatgcct gacgacggac
     9781 acgaaaaaag gcacccccta cgatagggaa tgcctttttg aacagctatg cgtgtgcccg
     9841 tcagctgacg gacagttcgg gtcagatacc gagcgaagcc ttgatagcct ccaccttctc
     9901 caaggcatgt gcctcggcgg catgcaagtc ttccacagaa cggatatggg gcacgtgtac
     9961 ctcgatatag aacttgatct taggttccgt gccagatggg cggatagaga ccttcgtctg
    10021 atcctcagtg taatactgga gcacgttcga cgtggttggc atgtggagcg agaaattctc
    10081 accgtcggta aagctgtgtc ccttcaacga cgagtaatcg tagagtgtga ccaccttaga
    10141 cccggccaaa tcggtcggtg gattgttgcg gaagcgggtc atcatggcct cgatctcctc
    10201 ggcgccgctc ttacccttct tcaccactga gatgttcacc tccttcgagt aaccgtactc
    10261 gcggtagatc tcctccagca gacggtagag cgtcaagccc cgatccttag cccatgccgc
    10321 gatctcggcg agcatgcaac agccggacac cgcgtctttg tcacgcacaa agtcctcaca
    10381 aaggaagccg tagctctcct cgcctccacc gatgaattgc ttcttgccct cattgcgacg
    10441 cataatgtcg gcgatccatt tgaagcctgt gtagacgtcg tacatctcca cgccattacg
    10501 ctctgcgata gcccggatgg tctcggaggt gacgatcgtt ttaacgatat actcccgccc
    10561 agtgagccga cctgtctctt tccatcgggt gaggagatag tagacgtaca ggatggcgtt
    10621 ctgattgccg ttcaaaagca cccactcgcc tgcctcgttc ttgacagccg atccgacacg
    10681 gtcggcgtca gggtcggagg ctaacacgag ctccgcgtct gtctcacgcg ccttctcgac
    10741 agctaagcgt aacgcagccg cctcttcagg gttgggcgag atgacggtgg ggaagtcgcc
    10801 actgatcacg tcctgctctg gcacgtggat cacgttggtg aagccgaagg cctggagcgc
    10861 tttggggatg atgtgcgtcc cggtgccatg gataggcgtg tagacgatct tcatgtcgtg
    10921 ctgacgacgg atgacgtcgg gggagagcga gatggcggtc aggtcacgga tgtagcgctc
    10981 atccatctct gcgccgatga tttcgatgag cgacttgtcg ccatggaagt ggatgtcgga
    11041 ggcgttgcgg atcttgttca cctcggcgat ggtgttcttg tcatggggtg cgatcatctg
    11101 tgcgccgtcg tcccagtagg ccttgtagcc gttgtattcc ttgggattgt gcgaggctgt
    11161 gatgatgatg ccgctctggc aaccaagatg gcgaatggca tacgaggttt cgggtgtcgg
    11221 gcggagggcg tcgaagaggt aaaccttgat gccgttggct gagaatatat cggccgaaat
    11281 ctcagcgaat cgacggctgt tgttccgaca gtcatggccg atgacaacct taatctgcgg
    11341 cagttccgcg aactccttct ttaggtagtt cgagaggcct tgcgtggcgg ctcccacggt
    11401 gtatatgttc atgcgattgg tgcccacgcc catgatgccg cgcaggcctc cggtgccgaa
    11461 ctccaagtct ttgtagaagg cctcgatgag gtccgtcggg tcgtccttgt cgagcagggc
    11521 ttgcacctcg caacgggtct cttcgtcata ctccgggccc agccagacct gagctttctt
    11581 tctcacgatt tccaataatt ccgaattctc cataatgatg tgatgattat atgatgatga
    11641 atgggttcac aaatgtacgg gctttccgtt acggtcattt acgcctcatc ggaatgtggc
    11701 cacgatcggc agatggtcgc tgaagccgcc ctcgtagcga aagccgttgt agatgcgatg
    11761 tgggcgacgg gaacgacgcc gaccgtcgtc ggtgagcagg aagtcaggag caaagacacg
    11821 tgccgatgtg acgcgttcgg ccagcagggg actgacgagc atttgatcca gctgcgccca
    11881 tgcgccgcga taataatgac tgcctgcgaa gcctgtccgg tgcggatcgg agaagaggtt
    11941 cgtgaggcgg aggtgacgtg cgccgccgtc ggtcatgagg cgaaggctgc gatctgtggg
    12001 cgtatcgttg aagtcgccca tgacgatcag ctgtgggcgg cgacgcgcac gaccgagcga
    12061 atcgcagagc cgacgtacac atcgcgcagc atctatccga tccggttcgg atgcattccg
    12121 accgttgcga cgcgagggga aatggcagac gatgacgtcg agcgtatccc ccgaggcgat
    12181 gcgtccccaa gcgtgaagca ggtcgcgcga ccgtttcgca cgatcagcaa aggggatgcg
    12241 cacggagcgc caaccgagca atcggaatcg gtcctgacgg tagagcagcg cattgttgat
    12301 gccacgcgga tcgttgccgc gggtgatgca actgcgatag ccctcactac gcagctgcgt
    12361 atggtgcatg agctgctgga ggacggcctc gttctccacc tcacacagtc caacgagggc
    12421 cggtgactcc cacgcaccag ctgccagaat gacacgtgcc gtctgttcca aatggctgcg
    12481 gtagcgcttc tgtgtccagt ggcgcgtgcc atcgggcagg aactcgttgt cgttcgtatg
    12541 cggatcgtcg gacgtatcga agaggttttc aacgttgtaa ctcatcactt ggaatgtgcc
    12601 ctcgcgtggc tttttcttcg cgcaggctcc cgtggagagg agtagcagca gggagataca
    12661 gagcagtgaa aagcgcttca tgcctcggtc ttgtctgttg gggcgactgc cactttgtct
    12721 ttcttccgat cgttcttgta gacgatcgcg gcggctttta ccagctcgtt gacttcgcca
    12781 taaatcatat cccaaccctc caggctgcgc atggccgtca ggaggttgat gtagtcgcgc
    12841 agggcacgct ccaaccgacg acggatggcc gtggccgatg gtgtggcacg tagggcagcg
    12901 ttggctgaag cctgctcagc gtagagatcc tcaaagccct catagagcgc tttcagctca
    12961 tcgaaggcgg gttttagctt cagctttttg agtcgctcgg catgctccga cttctccagt
    13021 tcctcgacca gcagcttcat ctcggccgat ttctccgcat agttcatccg ccgaatatca
    13081 aaccgcctca tgaccttata cagctccgcg gcatccttat aatcagccag cagcggcatc
    13141 tcgccataag ccttgagata ggctcggagt cgttggtaag ccttcgtgcg cgccgcatca
    13201 gccgccagca cactgcgtcc cttttggctg taggcgggct tcgtgtacgc ctgggtgtat
    13261 tcccttgact cgtcttcgag cttcttgagc agcacgtgtt cttccggcaa cttgtacgtg
    13321 ccgcttttgg aagcctgaat cacttgctgt gccagcactc cgaggttctt tgttttgatt
    13381 ttgtggaagg atatctgcat ggttcttgga tgaaaacggg cgcaaggtag gtcttttgcc
    13441 actcgtcgac aatcaccttt cccgttcagg gtgaaaaact tctcccgcgt tttttccgta
    13501 tgcaactggt tggagcatgt cacccgccga tattcttctt tctccattga ccataagatt
    13561 aaccccttcc ctaatttatc tccatgcaat tgatttgcga tcaatgaatg cggtaattta
    13621 tcgccctgca aatgctttgc gatcaatgaa cgtagtaatt tattatcata caagtgattt
    13681 gcaagaaatg actttggtaa tttatcgcca tgcaattgat ttacgatcaa taactttggt
    13741 aatttatcgc catgcaattg atttacgatc aataactttg gtaattgatt gccctgcaaa
    13801 tgctttgcga ttaatgaccg cgataattta tcgccatgca aatgatctgc gatgaatgaa
    13861 cgcagtaatt tattgccctg caaatgattt gtgatcaatg aatgcggtaa ttgattgccc
    13921 tgcaaatgat ttgcgatgaa tgaacgcggt aattgatcgc catgcaactg atttgaaaga
    13981 aatgactgta gtaattggtc tccatacaaa tgatttacga gaaatgactg cagtaattgg
    14041 tctccatgca aatgatttgc gagaaatgac cgacgaagaa attcctacgc aagttgtttc
    14101 cgaacgtcgg acagaaaaag aaagctcccg ccggaggatc tttgatgtga tccttggggc
    14161 gggagcttta cgcattcggt gggcgcgtcc gctacttcgt gcgattggct tggataaatt
    14221 cggccatcgt gcggacggag cggaatatct ctttgccctg tgcggggtct ttgagcttga
    14281 tgccgtagtt cttctccagg agcacgatca gctccagggc gtcgatggag tcgaggccga
    14341 ggccgccgcc aaagagctcg tcgtcggtgg cgatgtcctc cggcttgacg ccttcgaggt
    14401 tcaggacgtt gatgatttcg ttctttaatt ctaagatcaa ttcttccatt gtagtctata
    14461 ataagtagtt aggggaacag ttggaggagg gcctcgggcg tcagctcggg gctatttcca
    14521 tgaggccggt cgacgcaaag catggcccga gcgtcaaggt gatcggtgtc gatgtcgatc
    14581 cacccgacaa aggcgcgatg aaggtcggcg tcggcgattg tttcgcggac gatgtgacaa
    14641 attgtctcgg ggttgaaggc acgcaggacg taaaaggcgg tctcgccctg tatgtgatgt
    14701 cggatcgcga tctcgcccgt gacgatgttc ggcaacgtgt agacaaagtc cgacggcgag
    14761 gggaaaaagt tgtcgcccgc ggggatggtg cgctgataag cccgatcagc agcgagcgag
    14821 gcggtgctat tgaagcagat gaggcccatc tcctcgcctg aagggtcggc ctcagcgggc
    14881 tgcgggagga tcagctccgc ggccaagaat ccgaggcgcg aaagggggtc catcttgtag
    14941 aacttgcgat aatcgatgcc catgcttcgg aacgcatcgg ccaaaaagtc agttccggaa
    15001 gcgtgtccat cggaggcttc gaagcgcgtc tgaccgtcta ccataacgcg gcggtcgtga
    15061 atgcgacagg atttctggat atacatcatg ggtcagcagt caggaaggga aacgagtagg
    15121 gcggcgttgc atccgccaaa accggagagc attttgatgc agcggcgggc cgtgatgggc
    15181 gccgtggcgt tggtgacacg gatcgggtga gtgactccga gcgtatggaa accggcggta
    15241 gggagcgcga tgcctgcgcg caaagactcc gcagcgagga tggtctcaag cacaccggcg
    15301 gcacccagcg tgtgacccag atagcccttg aggctgttca cgggcacgcg gtcgagggcg
    15361 gcacgggtga gggcgacgga ctccatctcg tcgttgtaag gcgtggctgt gccgtgggca
    15421 ttgacgaaag cgatttcgtc cgtgaggcgt tcctcgggga tgttgcggag gatgtgtcgg
    15481 agggcacgga agcatccttc gcccgttcgc gaaggtccgg agatgtggtt ggcgtcgttg
    15541 cggatggctc catcggtgag cagcacgtcg gagggctcca gattgttcac ggctcgacgg
    15601 gtaaggatga cggtggaggc cgcctcgccg aggttcaagc ccgtccgatc ggcgtcgaag
    15661 ggccgacagg gctcggggga aagcgctttg aaggattgga agcccgagac gacgaagcgc
    15721 gaaagcatgt ctgcgccgat gacgatggcc gtatcgatgc gacccgccaa cagttcgcga
    15781 cgagccgcaa tgagtgcagc agcaccggag atgcaggcgt tggagatgac gagcgggggc
    15841 gtgatgttgc cgaagaaatg cgcaatgcgg taggcggtgt gccagaggta gagttggtcg
    15901 gcactgtggc cagccgtctc acgtgggtcg agcagatgga cgttgccctt cgtggtggag
    15961 aggaagaagc ggacgcgcaa agtggtcggg tcgatgtccg tctgacggag cgcgtcatcc
    16021 gcagaaacga tggctgcctg ctcgaatcgg gtataggcgc cgtctggcca ggtaggcgga
    16081 tgcagtcggt cgaaagcctc gtccagtcgt gcgcggtcga tgagggacgc catgaacggt
    16141 tcgggcaagt cgaagtggtc agactgcagg ctcaggccgg tgcgtccctg acggatgttg
    16201 tcaaacacct cgtcggtcgt taagccgagc gcagagacga tgttagtggc ctcaaagacg
    16261 gtggtcatag ctggccgtga cggattttcc atgcttcgta aaaaggggga ttggtccaaa
    16321 tcagttgata attgaggtcg aggaagacct gtgtggagga gccagtggcg atgagcgtat
    16381 cggcctcgtc gaggcgatgg atggcatagt caaagaccac cttggccgcg ggcgtgttgc
    16441 ggtaggtgat gaccgtgcga gcgcgttcgc cgtggcgcaa cggttggcgg tagctgaatt
    16501 gcagatcgac aagcggagcg tagcaaccat tttcgacata gctcgaatag ctcagcccga
    16561 agacacgccc gaactcctcg cgagcgtcct cgaaatagag ggcgtacgag ccatgccaga
    16621 cgatgtgcat cgaatcgacc tcactgaagc ggatgtcgaa ggtcttggat gtttgaagga
    16681 tgggagaagt caaaagtgga gagaggtcaa gaggagtaat tagaagaaaa aggcggcaag
    16741 catctggcgc ttgccacttg ttacttatcg gccgagggca ttgaggcgga agccaatgct
    16801 aacgtagggc gtgaaatagt cgctacgccc atcggtgcgc gtgagtatat gcttgacgcc
    16861 aaggccaacg taggcgttga caaagcgatt ctgttcgcca aggtagaggc gcgcaccagc
    16921 gtcgtaatag tagaagctcc aaggatcggt cttactcttg agtgagcagc ccgcctcgcc
    16981 attgaggcga aggcgccaaa gcgagcgttg gatggcgttc catccggcgc cgactccgac
    17041 ggtgcccgta ttttcgtaag tgctatggag gccgggacta tcgccccgga agagtccggt
    17101 ggtcagcgtg agagggatgt aagcagaaaa gcgcggggtg aaggcgtagc caaacgacac
    17161 attcaagtcg cgcgaagtga agtggtagtc gctaccgttc aatgaaccgg tgccaaagga
    17221 ggctccaagc tcggtgtgaa acttagcggg ggttgaggca ctctgcgccc gcagcgtgcc
    17281 gacggcaaca agcaaggttg ccatgataaa aagcagaatt ctcttgttca tattgtttat
    17341 agttacgggt tagagagcca caagtgccag atactcgtaa ctcgtagttt acggtttgta
    17401 ggccagtcag ggcgtttaag ctgttgtcgg tacacggtcg gtcaggaaga tcttcatgct
    17461 acacgtggcg atggtctcac cgctcgcttc gacgaaagtc tcaacgagtg tggtggaaaa
    17521 gatgtcctcc ttcacctcga cggttgtggt gagcatctcg cctatgcggg gcgcacggag
    17581 gatgtgcagc ggacgaatca tgccgatgaa gccgatcttg accatgccat cgcgtgaagg
    17641 ttccgtcttt tcacgatagc ccatcctcgc agcacatgtt tgggctataa tctccacgag
    17701 tgcagcctcc tccacgcgtc catctccggt gcagaagatg ttgtcggggc ggatagtaaa
    17761 ctcagatcgg gccacgacag gatcgtagta gatcagccgg tcgaccatga cgaaaggtgg
    17821 gcgctgcggc agcagttcga ggatgtcgaa gggacggatc atgaccgctc agcgggtttc
    17881 cgacagacaa gaatcgagtg gccgcccttc agaccatcat ggatcgtctc cacctccagt
    17941 ccgcccgcgt ggatgcagcg tatgaggtcg tcggaatggt acatcttgct gttgccattg
    18001 gccatgacgg tgaagtaaag gctgatctgc gtcaggcaga aggctgcaat gtcgttcgac
    18061 tgcctatccc agagcgtttc catgacatag aggcgggtgc gatctgtcat cgcctccgca
    18121 gcacgtcgta tgatgctcgt gatttcacct tccgagaagc aatcgaggaa ctgactcatc
    18181 caaatagcgt ctgccccagt ggggaagggg gccgtaacgt cgagtaagtc gatggcgtag
    18241 ccttcgatgc gatctgcacc gcggcgatca gccatctggc ggcgcaccat gtcgagctgt
    18301 tgcggcaaat ccatgattgt cacatgcaca tcgggggaat agtccacgca gcgtgcggcc
    18361 catcggcccg tattcccacc tacatcgagc aagcgtttcg gtcgttgggc aaagacgatc
    18421 tctaatgcct cgtcgaaaga gtgatccgaa tagaaatgat cgaagcggaa ccaactttca
    18481 cgtgccggat cgggcaactc ggagagaccc tcgtagatcg ttttccaatc gccaaacacg
    18541 cgcaagcctt ctggcttacc ttcaaggagc gcctgctcca tgcgatgcaa accgaggtag
    18601 ttgacatcat ggttaaagtc gatgtttacg gcaatgagcg gatctgtaag taggatccag
    18661 cccagctttg agagcacaaa tcgatcgtcc gtgcagcaaa ccatcccggc cgtgagagcc
    18721 gactcaagaa gtacctgcac cgcatagtgc gaaagcgctg gggagcgttc ggtaagctcc
    18781 tccagcgtca agccttggcg tgcttcattc aacaaagcga agagaccgaa cttgcgcatg
    18841 agtcttgcca cctgaaaagt gactggcgca aaggcgatct cgtgtgctcg ccgttgtgcc
    18901 tcgaggatcc tcatccgatc tttggtaaaa gtccgctcaa gagcgggtga cattttcatc
    18961 ttttccagaa cgtataaaag ttaaaccatt gttcggggta acgccgcacg atgcgttcga
    19021 gttcattggc ataggcgcgg gtcatggact cgatgcgttc gcgttttgtt ccccctgcgg
    19081 gcgaagggat gcgagaaaca tggatgcgat agcctgaggc cgagaccttc agcacgaaca
    19141 tagccagcac aggcaccccg aattgctcag ccaacacgaa agcgccgatg gggaagtcag
    19201 ctggcgcacc gaggaagtcg cacgtcacac acttgctact gcccagcgtg cgatcgcacg
    19261 gcatacttac catctcgccc ccttgtaacg cctcgttgac gaggaagatg tgcgacaaat
    19321 cgtccgatac ggggatggcg cggatgttat tccgctccaa tattttgatg cgatttttct
    19381 gcacttcctt cgcttcaccg ccatagatga ggcaattgat gcgctttttc tgctgactca
    19441 gcaggtaacc actcaactcc ggattgccca catgggcgct ggccacgatg cagccctctg
    19501 gccgatcgag catggcgaga aaaagcgggt tatcagggtt atcgacgctg aattttgccc
    19561 ttccagcata gaccgcaaac cgatccagca tggcctgacc aaaaaggaaa tggttgcggt
    19621 aggtcttgag caatgatttc agcggtccat agccgtgacg acggcgaaaa tagccgtaga
    19681 tagccacgta acccttgtga tgaaagagca tatagaaggg gacgacgaag gccagcagga
    19741 cgtagcccat gcgaacgtcg aggatagaca gcatgacctt catggccttc tgtccgagcg
    19801 tcgtgccgcc cgttacgccg tcccattcgt cgcttttccg caccattgtg acgccttgat
    19861 cgatccttcc agtctcgtct ttagagcttc gattcgatat agttgtagaa ggcacccacc
    19921 gtcttcacgt cggccatctc ttcgggcttg attttgaagc caaaagtgcg ctcgacaatc
    19981 acaacgatgt ccacaaaatc caagctgtct aaccccagat cctccttcag caaggcctca
    20041 ggtttgatct tctccgcctc gatctccatc tcttccacta aaaagtcgtt caccttctct
    20101 tctatctctc ttctttccat cttcatctct atagtcttct tgattgtttc gtgtatgtgt
    20161 cctatacctt atatatatgc ccccgaggga ggggagtttt aggcccaagg aagcccttca
    20221 caggaggcct ccgttgatag atatgacctg accagtgatg tagtcggccc tgtctgaggc
    20281 taaaaagccg accaatgcgg ccacctcgtc cggcctaccg aaacgccccg cagggacagt
    20341 ctgcttcagc gccgcctcgt ccagatcttt cgtcatgtcg gtcgcaataa agcccggggc
    20401 gacggcattc accgtcacat gacgccgtgc cacctcctgc gctagggctt tcgtggcgcc
    20461 gatcacggcc gccttagccg ccgaatagtt cgtctggccc ggcataccct tcaaaccgga
    20521 cagggagacc atattaatga tgcgtccatg gcggcgcatc agcatgccct tcagcacgcg
    20581 gcgggtgaca tagaaaaagc catcgacgga ggcattgatc acctcgtgcc aatccttatc
    20641 ctgcatgaag atcatcatcg cgtcttgacg aatacccgca ttgttgacca gcacctcgat
    20701 cgcatcctcc gggtgacgcg cttcccaagc ctccaaggca gcatctaccg ccgcagagtc
    20761 ggccacatcg aacggaatca cctctgccac tccgccgcga gccctcacct cggcctcgac
    20821 ttcggatgcc gcttcgaggt tagcccgaca attgatcagc accgcatatc ccgcagccga
    20881 taactccagg caaacggccc gcccaatgcc tcgtgagccc cctgtaacca acgcatattt
    20941 cgtcataact acattcgctt atcttactaa taatcgccca tctacggatg gagcgggcgc
    21001 aaaagtagaa aaaatgccac acggcaaatc tggctaatca tgcgggaaaa ttagcccctc
    21061 agcacacccc gtctgagggc tttcatcatg tatcactacc caaagtctct acttttgcca
    21121 ccctcatcaa acagccccta ccatgcttct aaaaatttac cccaacaacc ccaaccagaa
    21181 ggatctggat cgcgtcgcca gcaccttgcg tgacggtgga cttgtcatct atcccaccga
    21241 cacgctctat gccatcggtt gcgacgccct caacgtccgc gccgtggagc gcatttgccg
    21301 catcaagggc gtcgacccgc aaaagagcaa gctctccatc gtctgtcatg acctctccga
    21361 ggccggagcc tacacgcgca tcgataacaa tgccttcaaa ctcctcaagc gccaccttcc
    21421 cggcgccttc accttcattc tgcccgccgg cgccgacctt ccgcgcatct acaaaagccg
    21481 acgcgaggta ggcctccgca tccccgacaa ccccatagcc ctcgaactcg tccgcacgct
    21541 gggaaacccc ctcctcacca tgtccgtcca cgaccccgcc agcgacaatg aggagccgga
    21601 atacctcacc gaccccgagc ttatccatga aaagttcgac ggacgtgtcg acctcgtcat
    21661 cgatggcggc atcggccgcg ccgaaggctc caccgtggtc gattgcaccg cttccccctt
    21721 caccatcctg cgccagggtc ggggcgtcat cgacctctga cctcctgttt atctgcctct
    21781 ttttgggttc actacaaacc gacttacaaa aaaccgcata cctttgccgc ggcagtatcc
    21841 gaaaaggcca tatgaataga gtaggaataa aaagaaccaa acaaagagaa caaaacagta
    21901 tgaagaaatt tctgatgagt gcgattgtat tcgcactgtg ctccatcgga gcagcaaacg
    21961 cacagctcga gaaaggtagc gtattggttg gtggaagcat cggcgacatc cggttcggtc
    22021 tgggtagcgg cagctacttc tcgctcaacc tcaccccgcg tgtaggctac ttcgtgcagg
    22081 acaacctggc ctttggtgcc aaagtaaatg ccggtttcac cggtcagcgc ggtggcaaca
    22141 ccacgttcag ctatggcgtc aacgccttcg gtcgttacta tctcggcaat aaagaggtag
    22201 agatcggccc gaaagaaggc cacttctttg gtgaagtcgg cgtcggtctg ggtggtgtcc
    22261 aaggtgcacc agttggattc aacgtcaact ttggtcccgg ctacgcttac ttcctcaacg
    22321 agcacgtagc gcttgaagca ttggctctct acaacggcca gttcggccaa ggctccgtaa
    22381 acggcctttc gctcaacgta ggtctccaga tctacctccc ggtttccaaa ctggaagctc
    22441 gtgcaaaaag cctgaagaag taatcctcgg gccaacgtaa ctattacact tgtcaatctg
    22501 tctggtgcgc aacccgacgc cgagggtagc caccgagatt cagcaggggg gagagtcaca
    22561 accgactctc ttccctgctc tctttttgtc cctccccaac gcatagacat cctcccccct
    22621 tccgcggctc atttcggaat gtccacctgt atgaaagagg taaacgcgac taatctcaga
    22681 atgtccatca acatggaacc cccttccgcg gctgatttcg gaatgcccat caacatagaa
    22741 gaggtaaacg tggctgattt cggaatgtcc atcaacttgg aagaggtaaa cgcggcgtgt
    22801 ttccctatgt agcagccgta agagtcgaga gaaagaggct atttcccaat ccatacgccg
    22861 tatgactcta taaaaagaag ctgtttctca cttcatacac ggtataagtt caccgaaaga
    22921 cgctttttcg cacctcatac gcggtataag ctaagaaata gagtctgttt cgcacatcat
    22981 acaccgtcaa actccctcga gagcctcttt tgagagcact ttacggcgta cacaccacga
    23041 aaaagaggct atttccagac ctataccaag tatgaataga gaaatagaga cagtttgtgg
    23101 actcttacca agtatgaata acgaaaaaga gcctctttac gaactcatac gggtgctgaa
    23161 tcacgcgaaa gaggctcttt cgagcatata accttgtacg cttaccgaaa agcgataatt
    23221 tatttcattt gtaggcgcta acgatcggga aacgcgacgc gtgaggcact ccgatcgagg
    23281 tgtcaatccc catatccatc aaaaacgaga tgaagcacac gattcagatc aagaaaatcg
    23341 gcttagacaa gttagacaac gcacttcacg cacgattcca ctgcgaggcg tgcgacttgg
    23401 tgcgcgaggt gaacgcaaaa acgaccgaca taccgaccga attatccgac gagtggtatg
    23461 ccctagcccg taaagagatc gatcaggccg tcgagatccg cgccacggtc tataccaaga
    23521 ctatgcacga aaaggatgcg gaacgtacgc gagccgcgac gtttatcctc ggcatcgtgc
    23581 gcatcatgcg gctctcgccc gacaaggcgc aggtggaagc tgcccacgcg ctgcacatcg
    23641 tgacacgtca gttcgtgcga ctccagaacc tctccaccga tcgccgatcg gccgacctgc
    23701 tatcgctcat ctacgacctg aaaaagcctg agcacaccgc acacataggg cgcctcggcc
    23761 tcaccgcggc attagaggcg ctggaaaggc tcgacgggga gtacttaacg ctgagtcgac
    23821 agcgtcgaga cgagcgtgtg gggcaaaagg agcaacccgc tatgcttgaa gtgcggcacc
    23881 agtcggacga gatctatcaa cacatcatca tgctgctcca aatggcctac ctcaaagcca
    23941 attccgaggc cacgcgtacg gagctcgagg ccctggccga acgtctcacc gccctcacag
    24001 cccgcatcaa cacctcctac aagcagagcc tctcgcaacg tcgtgcccgc cgccaaaaag
    24061 ctacggggac ggagatggag ggcatttagt cgccttatga tcgaagagga aatgaagcgc
    24121 ctaatcgtga cgaaaggact gatcgctcct cgttttttcc cttttccctt cttttgcaag
    24181 ccgtttaact gcggcgcaaa catcatttaa tcactaatta attatgaaca gaaagagaca
    24241 cctgaacagg gcgtgcacct tccgcttccg gcggtttgca cgcaaggcat acagcgcttt
    24301 cagcagtatg caccgagtag ttaacatcgg cgtggtggcc ggctgcatgc tgacctttgc
    24361 ccacgccacg cagacggcag cacagcccgc ggcagcaccc gacgcgctgc ccacggacag
    24421 cctccgggaa gagacgctcg aggaagtgac cgtcacagct tcacacctcg agacgccgct
    24481 cagccagacg tccaagatcg tcaccgtcat cacccgcgca cagatcgagc aggcgcccgt
    24541 ccgaagcatc caagacctgc tggtctacgc cgctaacgtg gacgtcatcc aacgcggcgg
    24601 ccacggcgta cagtccgaca tctccatccg cggcggctca gccgaccaga cagccgtcct
    24661 cctcaacggc gtcaacttct ccaaccccca cacgggccat tacagcttcg atctccccat
    24721 taacctttcc gacatcgagc gcatcgagat cgtacacggc ccatcggcgc tcatctacgg
    24781 ttcgtcggcc ttctccggcg gcatcaacat catcacgaaa cagaaagtcg aaacacccct
    24841 ctacctcgca gccgaagccg gtatgcacgc cctgcgtggc ggcgaagtgc gcggcgcact
    24901 cgaggcggga cccaccacaa gcagcctctc cgtcggccat cgcgcctcag acggatacat
    24961 cgccggcagc gactacgcca tctggaacgc cttctggcag acgcgtgtcc gcttcagcgg
    25021 cgacaaccgc ctcgacatcc aggcgggcta tgaaagcaag aactacggcg ccaacacctt
    25081 ctacaccgcc ctctacccca accaatacga gcgcacgagc gcctgggccg gatccgtcaa
    25141 aggagccttt ggcggcgcgc tgaaggtggt gccgatcctc tactggaacc gtcactatga
    25201 tcagttcgac ctcatcaaag acaccgacaa gggccgcaac ttccaccgcg gcgacacgta
    25261 cggggcgaac ctcatcttcc aatatacctg gtgcggcggc acgaccagcc tcggcggcga
    25321 actgcggcgc gaagagatca tcagcagcaa gctcggcaca ccgatggcca cgccgaacgg
    25381 tcactacaca cgcagcgacg cccgcaccat cgtcagcgct acggccgagc acacctggac
    25441 gtggcagcgc tgggccgcct cggccggcgt catgatgcag cgcaacaccc tgctcgacgg
    25501 cgtgcgcttc tacccctcgg ccggcctagc ctatcgcccg acggacgacc tgaagctgaa
    25561 cgccacctgg agtcgctcga cccgtatgcc gaccttcacc gacctctact ataccaccga
    25621 gacgcacacg gccaacgtgg gcctgaagcc cgaacgctct gagtcggtcg acctcggtgt
    25681 gaccttcacg cgccccgcag tgtcgctccg cctcgtaggc tacctgatgt ggggacgcga
    25741 cgtgatcgac tgggtgcgcg actcgggcac ggccaagtgg gcgtcatgga acttcacgga
    25801 gatagacaag cagggcgtcg aggtgggcgc caccttccgc ccgggcgcca tctggccctc
    25861 gatgcgcggc acggtgctca acgtggacta tgcgcgcatg aaccagacgg ccgacagcca
    25921 cgggctggag tcgcgctact cgctgaacta cctgcgcgac aaagtgaccg tcggactaca
    25981 gcacccgatc tttcgcgggc tgacggcctc gtggcacttc cgcgcgcaga agcgcatggg
    26041 cagctaccgc cggtacgtgg acaagaagga catgggcctg gagccttacc cggccttctc
    26101 gaccctcgac ctgaagctga actacgccgt ccgcaagttt gacttccacc tcgacctgaa
    26161 caacatgttc aacgtcacct attacgacat cggcaacgtg ccccaggccg gcttctggct
    26221 catgggcggc gtcgctttca agctgtagac ggggctgaag ccccgcgtag ttatgcgcct
    26281 tgcggcgctg tagttaaggg cttcgcccgg gtagttatgc agcctgtcgg ccgcggtagt
    26341 acggggctaa agccccgagt agttagaagt agattctacc atgtaactac catatagcta
    26401 ccctctgact acccggcgcg aagcgccata actaccgggc gtatgcaata cgcctactac
    26461 cgcggccgtt aggccgataa ctaccgcggc cgcaaggccg cataactact ttataacata
    26521 tgaacctgaa acaaatcatt gccgcaggga tcctcctcat gtcgcttgcg gcctgcgtcg
    26581 aagaacgcag caatcaaggt gagacggccc ccggatgggt cgcctttgag tacacctcgg
    26641 cgctggtgga gcgctgtggc atcacggcgg aatacctcca ccgcttcgac cgttatttag
    26701 agcaaaacac ctcgtctgga cgcgactcgg tggataggct ctacttctcc aacgtaaaga
    26761 tccagcgcga ccaagagccc aacgcgtgga cgcttcgcct caaggagcgc tacgggaatg
    26821 agcgcaccat tacgattcgc aacgccgtac gcggtggaat gtgggaggtg gtcggcgaag
    26881 gcttggccac gaagttcagc ccacgctcgg agcgtgccgt ggatcacttc cgcgtcaaca
    26941 cggggaagag tggcacgtgg tacatggagc acatcggacg cgaccgagag tttgccgaca
    27001 gctccgcgtg gacggtgcaa ttcgtcagcg acggcagcct acagctcgtg gggaatggcg
    27061 tgcggacaag tctggctgtg cctacactgc ggctggactt caagaccgat ttacccctga
    27121 gttacaccct gcgaaacacc tctacgttca cgctcgtgga cgggcaactg cggatcatag
    27181 ccaccggccc caacggtctg ccggagacaa ccgcggtcac agccatcggt agcgatcgca
    27241 tacggattaa ctacaacaac aagcacagcg ctgagggcaa ttggaactcg gcgattgagc
    27301 tctgatccga agccgcttcg caggcttggc aaccagccga cggaggcagt ccggggagaa
    27361 actcctccct cggctgcctc tgttgctttt atagccccaa gccatcgggg ccgtttaccc
    27421 cttgcacgcc gtgcaaacac cgaaatggcc ctcattttac cccttgcacg ccgtgcaaac
    27481 accgaaatga ccctcatttt gcctcttgca tgccgtgcga gtaccgaaat gaccctcatt
    27541 ttgccccttg catgccgtgc aagtaccgaa atgaccctca ttttacccct tgcacgccgt
    27601 gcgagtaccg aaatgaccct cattttgccc cttgcatgcc gtgcgagtac caaaatgacc
    27661 ctcattttac cccttgcacg ccgtgcgagt accgaaatga ccctcatttt gccccttgca
    27721 tgccgtgcaa gtaccgaaat gaccctcatt ttaccccttg cacgccgtgc gagtaccgaa
    27781 atgaccctca ttttgcccct tgcatgccgt gcgagtacca aaatgaccct cattttaccc
    27841 cttgcatgcc gtgcgagtac caaaatgacc ctcgatgacc tgaggaaaag gctggggaat
    27901 gcgctttcct tgctgccctt acttccggtg ctacctttgc ccgataaaaa cgaacagtaa
    27961 ggaacacagg aatggctgat agcaaccaat atcatctgtt gagccggata gatagcccgg
    28021 ctgatttgcg gaaactcgcc gtcgataagc tccccgccgt atgcgatgag ctgaggaaat
    28081 acatcatcga cgtgctctca gagcgacccg gacatctcgg tgccagcctc ggcgccgtgg
    28141 agctgaccgt ggccctgcat tacgtcttca acacacccga cgaccgcatc gtctgggacg
    28201 tcgggcatca ggcctatagt cacaagatac tcaccggccg acgcgaggcc ttccacaccc
    28261 tccgccagtt cggcggcatc ggcggattcc cccaccccga agagagcgcc tacgacacct
    28321 tcatcgccgg acacgcctcg aactccatct ctgccgcctt gggcatgtcc accgcctttg
    28381 agatagctgg cgaagggggc cgacacgtcg tggccgtcat cggcgacggc gccatgaccg
    28441 gcggactggc cttcgagggc attaacaacg cctccatcga ccccaacaat ctgctgatcg
    28501 tgcttaacga taacgacatg tcgatcgacc gcaacgtggg cggcatgaac cgttaccttg
    28561 tcgacatcac caccagccag acctacaacc acatccgcta cgaggtctac cagaggctcc
    28621 tcaagctgaa cctcatttcc gaagatcggc gcgagaacat cttgcgcttc aacaacagcc
    28681 tcaaggccct catcaaccgc cagcacaacc tcttcgaggg cttcagcatc cgctacttcg
    28741 ggcctatcga cggccacgac gtgggcgatc tggtcaagaa gttgggcgac atcaaggaca
    28801 tgaagggccc caagctgctc cacatcaaaa cgaagaaagg caagggctac aaacctgccg
    28861 agcagtccgc caccgtctgg catgcccccg ggcgcttcaa taaggatact ggccagcgcc
    28921 tcctgcccga acggacgaac gagccgcagc tctatcagga cgtcttcggc catacactcg
    28981 tggagttggc cgagaaagat cagcgcatca cgggcgtcac cccagccatg cccacgggtt
    29041 gctcgatgac gtacatgatg aaagccttcc ccgatcgcgc cttcgacgtc ggcatcgccg
    29101 agggccacgc cgtgaccttc tctgcgggca tggccaagga gggcatgatc cccttctgca
    29161 acatctactc ctctttccta cagcgcgcct atgatcaggt gatccacgat gcagccatac
    29221 tgaaattgca cgtcgtgctc tgcctcgacc gcgcaggcct cgtgggtgag gatggcgtca
    29281 cgcaccacgg cgccttcgac ctggcttacc tccgccccat cccgaacgtg atcatctcct
    29341 cccccctcaa cgagatcgac ctccgcaacc tcatgttcac ggcttacaag accgaccgtg
    29401 gccccttcgt catccgctat ccgcgcggca aaggcgagct gcgtgattgg cagaacgaga
    29461 tggagctgtt gcccgtcggt cgtggccgtc gactgcgcga ggggacagac gtagccgtcg
    29521 tcacgatcgg ccccatcggc aatgtggcgc gtcaggccat cgaagccgcc gccgaggaag
    29581 gtatctccgc cgcgcattac gatatgatct acctcaagcc catcgacgcg gaactgctgc
    29641 atgagatcgg ccgtcgctac tcgcgcatca tcaccgtaga gaacggtact gtggtcggcg
    29701 gactcggcac tgccgtcatg gagttcatga tggagcatgg ctatacgccc cgcgtgcaac
    29761 gcatcggtat ccccgaccgc ttcatcgagc atggcagcat agccgaactc tataacctct
    29821 gcggcatgga cgccccgcac atcctcgagg ccatccgctc cctcgtcgga cagaaaggag
    29881 gccaggcatg agagtcgtca ttgcgggtgc cggcgaggta ggccgccacc tggcgaaaat
    29941 gctttcgcgc gaacgccacg acatcatcct ccttgacccc aatgaggata atctggcctt
    30001 cgccaagacg ggcatggaga tcctgcccat cgtcggcaat cccacttcgc tgcacgatct
    30061 ggagaacgcc gacgtccgtg acgcccacct cttcgtcagc gtcaccaccg aggagtcgac
    30121 caacatcacg gcctgcatgc tggccagcaa cctcggtgca cgcaagacct tcgcccgcat
    30181 caacaaccat gagtacctcc tgccgcgcaa caatgagctc ttccagaaga tcggcgtcaa
    30241 ctccatgatc tgccccgaga tcttggccgc caaagagatc gtagcagcca tccgtcggcc
    30301 ttggacacga cagtactggg aactcttcgg cggcggactc atcctgctcg gcattaaggt
    30361 gcgcgacgat gcaccaatca tcaaccgctc gctgatagag ctgatgcagc acgacaagaa
    30421 atgctatcac atcgtagcca tacagcgctg caacggcgag atgatcatcc cccgcggtat
    30481 ggaccatatc gaatcgggcg acatcgtctt tgtcaccacc acccgcgaac acatcgagga
    30541 tgtccgcatc aagaccggta agcagaatcc ggaggtgaag aagatcatca tcatgggcgg
    30601 cggacgcatc gctatcaaga cggcgcattt cctgcctgac aatactaaca tcaccatcat
    30661 cgaggccgac cgcgacaagt gtgcaaagat ctccgcacag gtgcccaaga acgtgctcgt
    30721 catccacggt gatgggcgcg acaccgactt gcttgtgcag gagggcatcg acgacgccca
    30781 ggccttcgtg gccctgaccg aaatcgcggg cacgaacatc ttggcctgtc tggcagccaa
    30841 gcgttacggc gtcttcaaga ccatcgcaca ggtggagaac cttgactaca tctccctggc
    30901 cgccaaggtg gacattggca cggtaatcaa taagaagctc atcgccgcgg ggcacatcta
    30961 ccagttcctc ctcgacgccg acgtggccaa cgtcaagtgc ctcgccttcg cccgtgccga
    31021 cgtagccgag ctcgtggcca aacccgactc gaagatcacc cgcaagccca tcaaggacat
    31081 gcgtctgccg aaggacatga ccctgggcgg actcatccgt aacggtatcc ccatgatggt
    31141 ggagggtgac acgcagatcc gcgccaacga tcacgtcatg gtcttctgct tcgactcagc
    31201 catgcgcaaa ctcaaggatt acttcaactg aatataaagg gtgataaagg ggtataggat
    31261 ggtggatagt caacgcgctg atgccctcct tatcgattgt catgtctaaa aagcatcaga
    31321 gagcacctca tggtgagtta ttttattcaa ctaaacttgc agccctgttt tattaatcca
    31381 ttaacgcaac acaccatgac agaagtaatc ggaaaactct cagatcaatt tgagatgaaa
    31441 aaactcatct catcacttgt tatcctgctg ctcgcactaa tcgtttggaa tctgcccagc
    31501 acatcgttcg ggatagatgg gctcacgaca gtacaacagc gggttattgc cattttcgtg
    31561 ctcgccaccc tgctgtggat caccgaagcc atcccatcgt gggccacctc gttagtcatc
    31621 atcacgacga tgtgcttaac ggtatcggac aacagtctat cattcttgaa gagcgatagc
    31681 gagtcgttcg ggacactgat gagctcgaaa gagatcatgg ccacgtttgc caaccctgtg
    31741 atcatgctgt ttctcggcgg atttatcctc gccatcgcag ccactaaatc cgggttagac
    31801 gtgctactgg ccaagacgct gatcaaaccc ttcgggaaac gctcggaaac cgtcctgctg
    31861 gggttcattc tgatcacagg caccttctcc atgtttataa gtaatacggc gacggcagcc
    31921 atgatgcttg tcttcctcac acccgtattt gcagccttgc caccagacgg taagggacgt
    31981 acggcgctga cgctctccat acccatcgcg gccaatctcg gcggaatggc aacacctatt
    32041 ggaaccccac cgaacgccat cgccctgcaa gcattgaacg atccagaagg cttgaacatg
    32101 cacatcggtt tcggggactg ggtggccttt atgttccctc tggtcatcgt attactcttc
    32161 atctcgtggt acctcataaa aaagctgttc ccgttcaaga agaaaacgat tgagctcacg
    32221 atcaccgggg agatacatag cggatggaga atgaaggtgg tatcgatcac cttcatcatc
    32281 accgtcctaa tgtggctgtt cgaccgatat accggggtcg acgccaacac ggttgcgatg
    32341 attccgatgg gcgtctttgc cgtcaccgga gtcattacga agcgagatct acagtcgatc
    32401 aactggagtg tgatttggat ggtagcgggc ggattcgcgc ttggtctcgg gctgaacggt
    32461 tctggtttag cgggtgccgt cattcggtcg atcccgttcg gaggatggtc acccattctg
    32521 atccttatca tatcgggcgc gatctgctac atcctctcca acttcatctc taacacagct
    32581 acggcggcgc tgcttgtgcc cattcttgtc gtagcctgca cgggaatggg agacgctctg
    32641 aaacagatcg gcggaacgtc gacagtcatc atcggtatag ccctttctgc atccagcgcc
    32701 atgtgcctac cgatatcgac ccctccgaac gccatagccc attctacagg actggtcgaa
    32761 cagaaggata tgctcaagat cggactgatc gtcggcatgg tctctttaat actcggctat
    32821 ctgctcttgt ttctggtggg gaaaacgggg ctgatcgaag gataacaaac gtgagttcgg
    32881 cgtaagaatg aggtctctta tcttatctct ggagcatgtc tttgattgag cgctgtaacg
    32941 gccaaagtgc ttctggaaac gcttgcaaca ctgttgcaag tctcacgaaa aactttttgg
    33001 agtttgcagc aatgctgcaa atgccccgaa aaactttcct gcgtttgcag gaatgctgca
    33061 agtgcctcga aaaacttttt ggagtttgca ggaacgctgc aagtgtcccg aaaaactttt
    33121 tggagtttgc aggaacgctg caagtacctc gaaaaacttt tcggcgtttg caggaacgct
    33181 gcaagtacct cgaaaaactt ttcggcgttt gcagcaacgc tgcaagtgtc ccgaaaaact
    33241 ttttggagtt tgcagaaacg ctgcaagtgc ttcgaaaaaa actttctggc gtttgcaaca
    33301 atgttgcaag catttccaga aacgttttag cccatcgcga gacctctgta gaaactctct
    33361 gcaggcttta ttcttacgtc aaactcacgc taacaagaag ctgtttcgaa tttattgaat
    33421 gattattctg aggagctgcc gaaatcgatt cgagacagct tctaaatccc atcctcccct
    33481 tctatgtttc accaactcaa cgtccgcttc atcatcaagt tcttgggcac gatgcacatg
    33541 ctcgagagcc tctttatgct ctccgccgtg gccgtctcct tctggtatca cgacagcgac
    33601 ctcatcccgc tcgctatctc ctgcgccatc atgttctctg ccggactcgc catgtatatc
    33661 accggtcgcc acgccaacga ctatcgctcc ggccgccgcg aaggcatgat cagcgtcacc
    33721 ctgacgtgga tcttcctctc cttctttggt atgctacctt acctcatcag cggctacatc
    33781 ccgaacgtca ccgacgcctt tttcgagacc atctccggct tcaccaccac cggtgccacc
    33841 atcctggacg acatcgagcg gctgcctcac ggactgctct tctggcgaag cctcacccag
    33901 tggcagggtg gcattggcat gattgtcttc actgtcgccc tattacccat gttcggtggt
    33961 gccgcctccc agctattcga cgccgaaacg cccggtatca cccacgatcg cttccgcccg
    34021 cgcatcaccc aggtagccaa gcgcatcttc ggactctacg tcctcatcac tctggccttc
    34081 cttctcctcc tttggatcgg ccccatgaac ctattcgatg ccctcaacca cgccatgacc
    34141 accgtagcca ccggcggcta ttccaccaaa aacaacggcc tcgcctactg gcactccgcc
    34201 tacacggagt atatcgtcat cctgggcatg ttcatcggcg ccaccaactt cacattgctc
    34261 tacttcgccc tccgcggaca cagccaaaag ctctttcacg accacgagtt tcgctggttc
    34321 tgcatcgtca tcgccaccac caccatagtg accaccgcgt ggatcctgct gcgtcacaac
    34381 gagaccaacc ccgagctggc cttccgccac gccctctttc acatcaccgc cctcgtctct
    34441 aacaccggct tactgaccgt caactattcc tcctggggct ccttctttgc cgtcatcgcc
    34501 ctcttcgtca tcattgtggc cgggtgcgct ggctccacca gcggcggact caagatgggt
    34561 cgcttcatga tcctcgtcaa ggacctgctc aacgagttca aacgccaaac acacccccgc
    34621 gccgttctgc ccctgcgggc gggcgggcaa gtcatccccg agcatgtcgt ccagcgcgtc
    34681 tacaccttcg ccatcatcta cgtcggcctc atcctttttg gctgcaccgt cctcaccttc
    34741 gagggcatcg acctcggtga cgccctcggc ttggccgcca cctccgtcag caatgcaggc
    34801 cccggcatcg gccactttgc ggacggcaac ttctccacca tctcctcctt caacaagtgg
    34861 atcctctcct tcctaatgat cgtcggccga ttagagatct tcaccgtcct cacccccctt
    34921 ctacccggct tctggcgacg gtaaaacgca tatttgtcca atagacctcg ctcgagctgc
    34981 ttcctcgaga gaacgctctc actgatccta ataagaagct gtttggggtt tgtttcgggg
    35041 ggggaataac gttccgaggt ggtcgtaata cgttagggag gtggttgtga tacgttcgga
    35101 acgtggttgc gatacgttcg gaacgtggtt gcgatacgtt cggaacgtgg ttaaataccc
    35161 ctcggaacga tattaaataa cgcgagttcg acctaagcaa ccggcaggaa agagggatgt
    35221 acaaactcct cggcggtgtt gatggagggc tttttgtcga aaaaggagaa agcagccaaa
    35281 gccgataaca gattgatgat gaagttcgag aagcatcgat gacgggtatg ttctatctga
    35341 cagatattct tcagttgatc attaactgtc tcgatcagag atcttttccg gagcataatc
    35401 ttgtcatgtt ggaacatcaa ggcattcttc acagaccctt tttcagacgc gtgatgaggt
    35461 ggactccgtc aatgaagagc tgttcgaaga ggtctttcga gatatagccc ctgtctccga
    35521 agagcttccc gaagatccgt ttgtggaagt ccatgtgttt caagggggtt ctgtcgtcta
    35581 cattgcccgg agtcagaaga aaacccgagc agttccccct tgtcattaat gatcaagtgg
    35641 agtttgaatc catagaacca ccccagcgta cttttccctt tccgggcaaa ttccttgaag
    35701 gttttatgct gcttttctct tttgatatgg cagcttcgga tgggagtaga atcgataaaa
    35761 gatatgccgg cacattgccc caaagccttc atttttagga agacagcaag cgggatacag
    35821 acttttcgct ctaactcgac aaatcggttg taggacacgg tatgggggaa atcagacttc
    35881 atgtgtgatc ggacgaagag atagaaatgc ttcagatccc gaaaagagga gaagtggaaa
    35941 aggatgagaa tcgtcatcac ctcactaccg gacatagtga atttgcggtt cctccttttc
    36001 tttggggctc cttcttccaa ggaatgactt ttgattacgg cgtcgtattc tttcaagaat
    36061 tcgtcgacaa gatagtagat ctctaccgtt ttattggtgg aaatcattgt tgggtttgct
    36121 ctttgttttc aacgcattaa agatacaaac ctcactcttg actcccacct ctttttgccc
    36181 cttttcttag gtcgaactca cgttatattt actacaacaa gaacaccaat acttattcat
    36241 gtagagaaat tgtgcaaggg ccagtcattc aaggatgtag agggacaaat gcaaatgtta
    36301 gcttagggaa agtcattgat aatacgacag tctgtgcttt ttttcattgc catacgactt
    36361 tgcagtattg ccctaaagaa acaaagagaa ggacaggccg tcttctgctg ataaaagttt
    36421 tgatagtaaa aataagtcac taagtgtatt atatgattat gccaagcgag aaagaggggg
    36481 agataggaaa gatcttccaa agaaaatata tacgctttgg tccatcaaag cgttctatct
    36541 aatctaaata atcaatatag cggtttatat tatgaagtac ttacttggtg tttttgtgat
    36601 gattttgggt gtaggctcat catatgccca atcagtaaat atagataaaa ttcccactaa
    36661 agatcggcat gtgattttga tcgaaatcgc acagaatgtg gcagaaacgt taggaccagg
    36721 atatgcgtca tactttggaa agcctatagt atctcctccc aaaaagttat gtagggatga
    36781 ttatgatgat agctctcctg aaataagaaa gaatcttgga cgtgcgtatt atactgttac
    36841 atttccatat gatagtagca ttgtgaaatt cgagtttgat tatgctgctg aagtgcggat
    36901 atggaaagat acgggtgaac ccatggatgt tatttttgga aatggtatgg ggaggaattt
    36961 tttttcgtca agttttgaag agcagactaa tcgcccttta agaatcaaag atagaaatca
    37021 cgtaaggaga gcccctatgt cttcaaaaac aatagaggtg gtacctctac aaacaagaga
    37081 tgaggaacaa tctatatgga actaagtcaa tccatataat ggtaatacta cggatgtgcc
    37141 tttacaaagc gactcgctgt aattcttact taaactgagg gtgaactaag tctatagtca
    37201 agaatgagtg cgtgagttaa tttgtaaaat caacaacaat gatatctgcc tccacccact
    37261 cagcgcacac gcagcttcgt ttcgttacca ggtagtggcc gttcagcttt ggtggccggc
    37321 ggctctagaa cggaaacctg cttaccgatc gcagcttcgt cttctttcgc ctcgtccttc
    37381 tttaatgaga gcgcgatctt ccgatccagc tccgccgcgt tcctcttcag cgtacgtagc
    37441 tcgtcctctt tccgccagac gcctgaggca gcggcctcga aggctgggat ctgctccttc
    37501 gtcttggcca actccctctc gtgcgtctcg atgactttcg ggatccgctc tagtgcgttc
    37561 aggaagtttt ggcaggcgag cttcggatca gcggccagac gaccattatt ataggtatag
    37621 aggatgccgc tgcggccctg cacgaaaaag cggttgacgg aacaatcgaa aaggtccttt
    37681 gctgtactct ctgtcttcac catgactggg aacccgtaga tctcaccgat cttattgtac
    37741 tcgccttcgg tacgcgcctt ctccgcaatc tcctgcaagc gcgcagccac agccttgacg
    37801 tccgcaccgt ccggcactcc ttttaccgac aacttattga ccggcacacc gtcggcgtca
    37861 cgctgtagct ggctctcaaa atgtgctcga tccgcccggg cttcccggat cttgtccgaa
    37921 tggaa
//
LOCUS       SEQF2637|AYYD01001236.1 1076 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1076
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             152..565
                     /locus_tag="SEQF2637_02208"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFLYELHQSGVTIDRMKNKQGKVYGLKFTYGEHSFKASEIGREF
                     GFRTLPKQFEHSNAQKPIIPSGYSFMIHTKDGPPIAQVTGSAVDTALDAAGSFLSKTG
                     EGTLLQTHGVDYAEISWQRRLRNQGMKKKKRGRGI"
     CDS             complement(518..1021)
                     /locus_tag="SEQF2637_02209"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFKTLNRLVLLFAKQMGLDDHQWVAVTHKDTDNLHIHIIANRI
                     SLGGQVYDTTFVSNRAARVAEKLSRKYGLTIANEVRSARLHRKAQADPAREQTKRLRL
                     LESAQTKGACHLRVQCYYDHLDCRCFGCDSLDLAFGLGKVGMDGADERLTSYSPTPLL
                     LFHALVP"
ORIGIN      
        1 cgggctgacc atcgccaacg aagtccgatc cgcgcgacta catcggaaag cccaagccga
       61 tcccgcaagg gaacaaacga agcagcaggt tcggaacatc tgctatgccc tgctcgagaa
      121 gcacaaagga aaaggcctgt cgggtcactc catgtttctc tatgaactcc accaaagcgg
      181 cgtcacgatc gaccgcatga aaaacaaaca gggcaaagtc tacgggctga agtttaccta
      241 cggcgagcac agtttcaagg cctccgagat cggccgtgag ttcggtttcc gcaccctgcc
      301 gaaacagttc gagcacagca atgcgcagaa acccatcatc ccttccggct attccttcat
      361 gatccatacg aaagacggtc ctcctatcgc gcaagtcaca ggctccgctg tggacaccgc
      421 tttagacgct gcgggaagct ttctttcaaa gaccggagag ggcacactcc tacagacaca
      481 tggagtcgac tacgccgaga tctcatggca acgtcgatta aggaaccaag gcatgaaaaa
      541 gaagaagcgg ggtcggggaa tatgatgtta gacgttcatc cgctccatcc atcccgacct
      601 ttcccaaacc gaaagccaaa tcgagagaat cgcatccaaa gcacctgcaa tccaaatggt
      661 catagtaaca ttgcaccctc aagtgacaag cgccctttgt ttgtgcagat tccaacaacc
      721 tcaagcgctt cgtttgttcc cttgcgggat cggcttgggc tttccgatgt agtcgcgcgg
      781 atcggacttc gttggcgatg gtcagcccgt acttgcgact gagtttttcg gctactctgg
      841 cggctcggtt actgacgaag gtggtatcgt agacctgtcc accgaggctg attcgattgg
      901 caatgatgtg gatgtgaaga ttgtcggtgt ctttatgcgt gacagccacc cactggtgat
      961 cgtctaaccc catctgtttg gcaaagagga ggacgaggcg gttcagggtc ttgaacgtca
     1021 tctgcggctc gtcctgcggg gcgatgccga tctcgatgcg caggaacttg tttttg
//
LOCUS       SEQF2637|AYYD01001237.1  603 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..603
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcctccacgc cacctgctac ctcgcccgca tccaacaccc ctccgaggcc ctcctccgcc
       61 tcacccacac ctcgcgcgcc gagctggatc gctatcccct nccgcggctc atgacgctcc
      121 tnatcgatcg tgtcnacngc ngcggncngt gaccncttcc ggctttgtgc gatcctattc
      181 ttagccatac ttttggcgca cttaaacgat aaaaagactg ataactatgt cactgaacaa
      241 agtcatcctc attggaaacg tggggcgcga acccgacgtc cgctactttg acagcgggaa
      301 cgccgtagcc aacttcacgc tggctactaa cgaacgcgga taccgcttgg ccaacggcac
      361 agagattccc gaacgtaccg aatggcacaa catcgtcgct ggccgcgatc gcgcactctt
      421 cgtagagcgc cacgtccata agggatcgct cgtctacgtc gaaggcaaga tccgcacccg
      481 cagctacgac gatgcctcgg gcaacaaacg ctacatcacg gagatctacg ccgatcgcat
      541 tgagttcttt tccctcggtg gacgccgtcc gcaggatgcc gaacacgcgg gcgactcgtc
      601 cgt
//
LOCUS       SEQF2637|AYYD01001238.1  603 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..603
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tcctccacgc cacctgctac ctcgcccgca tccaacaccc ctccgaggcc ctcctccgcc
       61 tcacccacac ctcgcgcgcc gagctggatc gctatcccct cccgcggctc atgacgctcc
      121 ttatcgatcg tgtcnacngc ngcggncngt gaccncttcc ggctttgtgc gatcctattc
      181 ttagccatac ttttggcgca cttaaacgat aaaaagactg ataactatgt cactgaacaa
      241 agtcatcctc attggaaacg tagggcgcga acccgacgtc cgctactttg acagcgggaa
      301 cgccgtagcc aacttcacgc tggctaccaa cgaacgcgga taccgcctgg ccaacggcac
      361 agagatcccg gagcgcaccg aatggcacaa catcgtcgcc ggccgcgacc gcgcactctt
      421 cgtcgagcgc cacgtccaca agggatcgct cgtgtacgtc gaaggcaaga tccgcacccg
      481 cagctacgac gatgcctcgg gcaacaagcg ctacatcaca gagatctacg ccgatcgcat
      541 tgagttcttt tccctcggtg gacgccgtcc gcaggatgcc gaacacgcgg gcgactcgtc
      601 cgt
//
LOCUS       SEQF2637|AYYD01001239.1 4740 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4740
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1114..2193
                     /gene="algA_1"
                     /locus_tag="SEQF2637_02210"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P07874"
                     /codon_start=1
                     /transl_table=11
                     /product="Alginate biosynthesis protein AlgA"
                     /translation="MDNNYCVIMGGGIGSRFWPFSRENRPKQFLDFFGTGRSLLQMTV
                     DRFAKIIPKEHIYIVTNRRYVGMVHKQLPFLADDQILAEPARRNTAPCIAYASYRIKA
                     RCPQANIVVAPSDHLILKENEFLDDVRKSLDFVAKHRALVTLGVKPSRPETGYGYIQS
                     SDERQGDFVKVKTFTEKPNRELAQVFMDSGEFFWNSGLFVWNVDTILEAIRRHLPDIS
                     ARFDIGPEKFNXPAEAAFIEEHFPFCPSISIDYGVMEKADNVYMRCVDFGWADLGTWG
                     SIFDIASRDEANNAVLKTRAMLYESEDNIVAIEDRNRLAVIQGLKDYIVVESGNVLLI
                     CRKTDEQRIKQYMADAQIRYGDEFN"
     CDS             2246..3478
                     /gene="spmA_1"
                     /locus_tag="SEQF2637_02211"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35157"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore maturation protein A"
                     /translation="MTLNYIWVAFIVIAFAVATCRLIFFHDTDVFTEIVTSTFSAARA
                     GFDVSIGLTGILSLWLGLMKIGERAGLVGAFARLAAPVFGRLFPGVPAGHPAAGSIFM
                     NISANMLGLDNAATPIGLRAMQQLQELNPRKDTASDAMIMFLNLNASGLTVVPITIMM
                     YRAQYGAANPADVFLPILLTTTVATLTAIIAVALMQRINLMHRSLIGFFAGTAAFIGG
                     LVWLFRTLPSEQVSLCSTVAANVLLFTIICGFIVAGVRKRLNVYETFIEGAKEGFGTA
                     IRIVPYLVAILVAVGVFRASGAMGLLIDGLRWTVDAIGWDTSFVEGLPTLLMKPLSGS
                     GSRGMMLDAMGTYGADSFVGRLACVAQGSTDTAFYIVAVYYGSVAIRRTRYTIPCALI
                     ADLAGAITAILMTYLFFR"
     CDS             3478..3942
                     /gene="ybeY_1"
                     /locus_tag="SEQF2637_02212"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X1J7"
                     /codon_start=1
                     /transl_table=11
                     /product="Endoribonuclease YbeY"
                     /translation="MITYNFEGIKRPEFLRRLTSAWIRLVAARHGKKVGDITYLFCSE
                     EKMLETNQKFLQHDYYTDIITFDNSEGDTISGDIIIAPDTVRSNAAKYGTHFRDEFRR
                     VIIHGILHLXGXDDKAPGAREIMERHENEALALFRKMTDREPKKPKEPKESK"
     CDS             complement(4001..4528)
                     /gene="virF_1"
                     /locus_tag="SEQF2637_02213"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C2V5"
                     /codon_start=1
                     /transl_table=11
                     /product="Virulence regulon transcriptional activator
                     VirF"
                     /translation="MQRGGGCISFTDEQIRELDEYYALFFRTLACPEAPFRTEAFRCL
                     IAAAIYRIGAIFFSKVKTGNNRPTNNRREALFERFMQLLXEHHVSERNVAFYADHLFL
                     TPXHVSKVILEVSGKTPTQWIDEYVVLEAKXLLKYSNLTIQEIADYLNFSTQSVFGKY
                     FKHKTGLSPREYKES"
ORIGIN      
        1 caatcgtgct cttgtctgac gatatgaggc caaagaattt tccttgatgt ctacaccgac
       61 gtgacccttc atttcctcga tcaagccgtc aaaccgctcc aatagcatag ttcgactttg
      121 cacactgcct tggaaatgct ccttgatgtc cgttgcgtta aacggtgatc ctttgacaag
      181 taaggattga taggaggcct gaacggcgag gagaaggttg tccaatcgtc cattgacttc
      241 taccgcctcg cgactctttc cgtccatccg actttcgcgc gggttccaca aatcgggatt
      301 gcagaatagc ttgcaactga actgtgcgat ggaacgcccc aacgtgatgc gtcccatgat
      361 cggtgccttg cccgacctgt cgcgactgct ctttttgagg tagagcaaca ccttcatttt
      421 catgtcatcc atacgctttg aaaactgtgg gcaaaattac ccggcccaaa gcgcccgtta
      481 cctgcgcaga ttcctgtata tcaatgcaaa agagccgtgt gcgagaaagg ctcagttacc
      541 tatcactgca ccgtcgttac ctaccaccag actgggtaat ggtttggtaa ctgaacttct
      601 gcttaagacc gcacttttct gccttttacg ctcgacgcaa tccaaagcat atctacttct
      661 ttccacctaa aaatcagtcc acttgcttcg acatcggctc ttctgctttt aaggggaata
      721 gttgctcttg agtgatcaaa ttttgatgac gtgagacatt cagaacctct cgcgccatcg
      781 aattttgttc acgtaagaga taaaaagact catgcgtcat caagatttga tcacgtgaga
      841 ggtaaaaaag ctctcgagtc atcgaatttt gatcacatga gacattctga agctctcgca
      901 tcatcaaaat ttgttcgcac gcacctcatt tttagtcgca caccaaggga tcgaccccga
      961 cggtgagccc gacaatctct ttgcagcctt cggaaacgcc gctggacagc cttcgcaccc
     1021 ctcccgaccg tctcccgatc gcaggcgtgg acagtgtccg atcgatctcc atttctttac
     1081 gttcctttgt cgcacagaat caaaccctac cctatggata ataactattg tgtcatcatg
     1141 ggcggcggaa ttggcagccg cttctggcca ttcagccgcg aaaacaggcc gaaacagttt
     1201 ctcgacttct tcggaacggg gcgatcactc ctgcaaatga cggtcgaccg ctttgcgaaa
     1261 atcatcccca aggaacacat ctacattgtc accaatcggc gctacgtcgg gatggtgcac
     1321 aagcaactgc ccttcctggc cgacgaccaa atcctggccg aacccgctcg gcgcaacacc
     1381 gcgccctgca tcgcctacgc ctcctaccgc atcaaagccc gctgcccgca ggctaacatc
     1441 gtcgtggccc cctcggacca cctcatcctc aaggaaaacg agttcctcga cgacgtccgt
     1501 aagtcgctcg acttcgtggc caagcatcgc gctctggtta ccctcggcgt caaaccctcc
     1561 cgacccgaga cgggctacgg ctacatccaa agcagcgacg aacgtcaggg cgacttcgtc
     1621 aaggtcaaga ccttcaccga aaagcctaac cgcgagctgg cgcaagtctt catggacagc
     1681 ggcgagttct tctggaactc cggcctcttc gtctggaacg tcgacaccat tctggaggcc
     1741 atccgtcgcc atctgcctga catttcggca cgcttcgaca tcggccccga gaagttcaac
     1801 ncccccgccg aggccgcctt catcgaggag cacttcccct tctgccccag catttcgatc
     1861 gactacgggg tgatggaaaa ggccgacaat gtctacatgc gttgcgtcga tttcggttgg
     1921 gccgacctcg gcacttgggg ctccatcttc gacatcgcct ctcgcgatga ggctaacaat
     1981 gccgtgctga agacccgtgc tatgctctac gagtcggaag acaacatcgt cgccatcgaa
     2041 gatcgcaacc gtctggccgt cattcagggg ctcaaggatt acatcgtcgt ggagtcgggc
     2101 aacgtgctcc tgatctgtcg caagacggac gagcagcgca tcaagcaata catggccgac
     2161 gcccaaatcc gctacgggga cgagttcaat tgattccgca aacacgaact gactgccttt
     2221 ttggcacact atctctgagt ccggcatgac gcttaactac atctgggttg cctttatcgt
     2281 gatcgccttt gcggtcgcta catgccggct catctttttt catgatacgg acgtcttcac
     2341 cgagatcgtc acgtccacct ttagcgccgc ccgcgccggc ttcgatgtct cgatcggcct
     2401 gacgggcatc ctctcgctgt ggctggggct gatgaagatc ggcgaacgcg cggggctggt
     2461 cggtgccttt gcccgactgg ccgcccccgt cttcggccga ctctttccag gcgtacccgc
     2521 cggtcatccg gctgcggggt ccatcttcat gaacatctcg gccaacatgc tcggcctcga
     2581 caacgccgcc acccccatcg gcctacgcgc catgcagcag ctccaagagc tgaacccgcg
     2641 caaggacacg gccagcgacg ccatgatcat gttcctcaac ctgaacgctt cgggcctgac
     2701 cgtggtgccg atcacgatca tgatgtaccg cgcgcagtac ggcgccgcga accccgccga
     2761 cgtcttcctg cccatcctgc tcaccaccac cgtggccacg ctgacggcca tcatcgccgt
     2821 ggcactcatg caacgcatca acctgatgca ccgcagcctg atcggcttct tcgcgggcac
     2881 cgcagccttc atcggcggac tcgtgtggct cttccgcacg ctgccgtcgg agcaggtctc
     2941 gctctgctcc acggtcgcgg ccaacgtgct gctgtttacc atcatctgcg gcttcatcgt
     3001 ggccggcgtg cgcaagcggc tgaacgtcta cgagaccttc atcgaaggcg ccaaagaggg
     3061 tttcggcacc gccatacgga tcgtgcccta cctcgtggcc attctcgtgg ccgtgggcgt
     3121 ctttcgtgcc tcgggtgcga tgggtctgct gatcgacggg ctgcgctgga cggtcgacgc
     3181 catcgggtgg gacacgtcgt tcgtcgaggg tctgccaacg ctgctcatga aaccccttag
     3241 cgggagcggc tcacgcggca tgatgctcga cgcgatgggc acctacggcg ccgactcctt
     3301 cgtcggccga ctcgcatgcg tggcccaagg ctctacggac acggcgtttt acatcgtggc
     3361 cgtttactac ggtagcgtgg ccatccgccg cacgcgctac accattccct gcgcccttat
     3421 tgccgacctg gcaggcgcta tcaccgccat tcttatgaca tacttattct ttagataatg
     3481 atcacgtaca acttcgaagg catcaaacgc cccgaattcc tccgccgcct cacctccgct
     3541 tggatccgcc tcgtggccgc acgtcacggc aaaaaggtgg gcgacatcac ttacctcttc
     3601 tgctccgaag agaagatgct cgaaacgaac caaaagttct tgcagcacga ttactatacg
     3661 gacatcatca ccttcgacaa ctccgagggc gacaccatct ccggcgacat catcatcgcc
     3721 cccgacaccg tccgctccaa cgccgcgaag tatggcacac atttccgcga cgagttccgc
     3781 cgcgtcatca tccacggcat cctgcacctc tgnggcatng acgacaaagc gcccggagcg
     3841 cgcgagatca tggagcgcca cgaaaacgag gccctcgccc tcttccgcaa gatgaccgac
     3901 agggagccga agaagcccaa ggagccgaag gagtcgaagt aagccaagcc cccaagaagt
     3961 caagtgccgg acggaaccat ctctggggcc gtctggtctt ctacgactcc ttgtattccc
     4021 gtggggagag gcccgtcttg tgcttgaaat acttaccgaa gactgactgc gtggagaaat
     4081 tcaggtagtc ngcgatctct tgtatcgtca ggttagagta tttgagcagn ctcttggcct
     4141 ccagcaccac gtattcgtcg atccactgcg tgggcgtctt gccgctcact tctaagatca
     4201 ctttcgagac atgnttgggc gtgaggaaga ggtggtcagc atagaaagcc acgttgcgct
     4261 ccgagacatg atgctcctna agcagctgca tgaaacgttc gaagagggcc tcccggcgat
     4321 tgttcgtcgg gcgattgttg cctgtcttga ctttgctgaa aaagatggcg ccgatgcgat
     4381 agatcgccgc cgcgatcagg cacctgaagg cctccgtcct aaaaggcgcc tcggggcaag
     4441 ccagggtgcg aaagaataag gcgtaatact cgtccagctc gcggatttgc tcgtcggtga
     4501 acgagatgca gccgccgcct cgctgcatca ggccgaagac gcttacgccc gcatgaaaca
     4561 attctacgac aagaagagcc taccggaaat gcaaatggtg gaggtcgaga cacgcctgca
     4621 acaggctcgg tcgatgtacg aactatcgaa aaagaagatg aacgactgcg ccctgcatgc
     4681 gccctttgcc ggtgtcgtgg ggcgtcgcac ggccgaggtg ggggtaacgt ccatgttcgg
//
LOCUS       SEQF2637|AYYD01001240.1 4739 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4739
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1114..2193
                     /gene="algA_2"
                     /locus_tag="SEQF2637_02214"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P07874"
                     /codon_start=1
                     /transl_table=11
                     /product="Alginate biosynthesis protein AlgA"
                     /translation="MDNNYCVIMGGGIGSRFWPFSRENRPKQFLDFFGTGRSLLQMTV
                     DRFAKIIPKEHIYIVTNRRYVGMVHKQLPFLADDQILAEPARRNTAPCIAYASYRIKA
                     RCPQANIVVAPSDHLILKENEFLDDVRKSLDFVAKHRALVTLGVKPSRPETGYGYIQS
                     SDERQGDFVKVKTFTEKPNRELAQVFMDSGEFFWNSGLFVWNVDTILEAIRRHLPDIS
                     ARFDIGPEKFNXPAEAAFIEEHFPFCPSISIDYGVMEKADNVYMRCVDFGWADLGTWG
                     SIFDIASRDEANNAVLKTRAMLYESEDNIVAIEDRNRLAVIQGLKDYIVVESGNVLLI
                     CRKTDEQRIKQYMADAQIRYGDEFN"
     CDS             2246..3478
                     /gene="spmA_2"
                     /locus_tag="SEQF2637_02215"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35157"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore maturation protein A"
                     /translation="MTLNYIWVAFIVIAFAVATCRLIFFHDTDVFTEIVTSTFSAARA
                     GFDVSIGLTGILSLWLGLMKIGERAGLVGAFARLAAPVFGRLFPGVPAGHPAAGSIFM
                     NISANMLGLDNAATPIGLRAMQQLQELNPRKDTASDAMIMFLNLNASGLTVVPITIMM
                     YRAQYGAANPADVFLPILLTTTVATLTAIIAVALMQRINLMHRSLIGFFAGTAAFIGG
                     LVWLFRTLPSEQVSLCSTVAANVLLFTIICGFIVAGVRKRLNVYETFIEGAKEGFGTA
                     IRIVPYLVAILVAVGVFRASGAMGLLIDGLRWTVDAIGWDTSFVEGLPTLLMKPLSGS
                     GSRGMMLDAMGTYGADSFVGRLACVAQGSTDTAFYIVAVYYGSVAIRRTRYTIPCALI
                     ADLAGAITAILMTYLFFR"
     CDS             3478..3942
                     /gene="ybeY_2"
                     /locus_tag="SEQF2637_02216"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X1J7"
                     /codon_start=1
                     /transl_table=11
                     /product="Endoribonuclease YbeY"
                     /translation="MITYNFEGIKRPEFLRRLTSAWIRLVAARHGKKVGDITYLFCSE
                     EKMLETNQKFLQHDYYTDIITFDNSEGDTISGDIIIAPDTVRSNAAKYGTHFRDEFRR
                     VIIHGILHLXGXDDKAPGAREIMERHENEALALFRKMTDREPKKPKEPKESK"
     CDS             complement(4001..4612)
                     /gene="virF_2"
                     /locus_tag="SEQF2637_02217"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C2V5"
                     /codon_start=1
                     /transl_table=11
                     /product="Virulence regulon transcriptional activator
                     VirF"
                     /translation="MSRPSPFAFPVGSSCRRVVSCGRKRLRPDAARRWLISFTDEQIR
                     ELDEYYALFFRTLACPEAPFRTEAFRCLIAAAIYRIGAIFFSKVKTGNNRPTNNRREA
                     LFERFMQLLXEHHVSERNVAFYADHLFLTPXHVSKVILEVSGKTPTQWIDEYVVLEAK
                     XLLKYSNLTIQEIADYLNFSTQSVFGKYFKHKTGLSPREYKES"
ORIGIN      
        1 caatcgtgct cttgtctgac gatatgaggc caaagaattt tccttgatgt ctacaccgac
       61 gtgacccttc atttcctcga tcaagccgtc aaaccgctcc aatagcatag ttcgactttg
      121 cacactgcct tggaaatgct ccttgatgtc cgttgcgtta aacggtgatc ctttgacaag
      181 taaggattga taggaggcct gaacggcgag gagaaggttg tccaatcgtc cattgacttc
      241 taccgcctcg cgactctttc cgtccatccg actttcgcgc gggttccaca aatcgggatt
      301 gcagaatagc ttgcaactga actgtgcgat ggaacgcccc aacgtgatgc gtcccatgat
      361 cggtgccttg cccgacctgt cgcgactgct ctttttgagg tagagcaaca ccttcatttt
      421 catgtcatcc atacgctttg aaaactgtgg gcaaaattac ccggcccaaa gcgcccgtta
      481 cctgcgcaga ttcctgtata tcaatgcaaa agagccgtgt gcgagaaagg ctcagttacc
      541 tatcactgca ccgtcgttac ctaccaccag actgggtaat ggtttggtaa ctgaacttct
      601 gcttaagacc gcacttttct gccttttacg ctcgacgcaa tccaaagcat atctacttct
      661 ttccacctaa aaatcagtcc acttgcttcg acatcggctc ttctgctttt aaggggaata
      721 gttgctcttg agtgatcaaa ttttgatgac gtgagacatt cagaacctct cgcgccatcg
      781 aattttgttc acgtaagaga taaaaagact catgcgtcat caagatttga tcacgtgaga
      841 ggtaaaaaag ctctcgagtc atcgaatttt gatcacatga gacattctga agctctcgca
      901 tcatcaaaat ttgttcgcac gcacctcatt tttagtcgca caccaaggga tcgaccccga
      961 cggtgagccc gacaatctct ttgcagcctt cggaaacgcc gctggacagc cttcgcaccc
     1021 ctcccgaccg tctcccgatc gcaggcgtgg acagtgtccg atcgatctcc atttctttac
     1081 gttcctttgt cgcacagaat caaaccctac cctatggata ataactattg tgtcatcatg
     1141 ggcggcggaa ttggcagccg cttctggcca ttcagccgcg aaaacaggcc gaaacagttt
     1201 ctcgacttct tcggaacggg gcgatcactc ctgcaaatga cggtcgaccg ctttgcgaaa
     1261 atcatcccca aggaacacat ctacattgtc accaatcggc gctacgtcgg gatggtgcac
     1321 aagcaactgc ccttcctggc cgacgaccaa atcctggccg aacccgctcg gcgcaacacc
     1381 gcgccctgca tcgcctacgc ctcctaccgc atcaaagccc gctgcccgca ggctaacatc
     1441 gtcgtggccc cctcggacca cctcatcctc aaggaaaacg agttcctcga cgacgtccgt
     1501 aagtcgctcg acttcgtggc caagcatcgc gctctggtta ccctcggcgt caaaccctcc
     1561 cgacccgaga cgggctacgg ctacatccaa agcagcgacg aacgtcaggg cgacttcgtc
     1621 aaggtcaaga ccttcaccga aaagcctaac cgcgagctgg cgcaagtctt catggacagc
     1681 ggcgagttct tctggaactc cggcctcttc gtctggaacg tcgacaccat tctggaggcc
     1741 atccgtcgcc atctgcctga catttcggca cgcttcgaca tcggccccga gaagttcaac
     1801 ncccccgccg aggccgcctt catcgaggag cacttcccct tctgccccag catttcgatc
     1861 gactacgggg tgatggaaaa ggccgacaat gtctacatgc gttgcgtcga tttcggttgg
     1921 gccgacctcg gcacttgggg ctccatcttc gacatcgcct ctcgcgatga ggctaacaat
     1981 gccgtgctga agacccgtgc tatgctctac gagtcggaag acaacatcgt cgccatcgaa
     2041 gatcgcaacc gtctggccgt cattcagggg ctcaaggatt acatcgtcgt ggagtcgggc
     2101 aacgtgctcc tgatctgtcg caagacggac gagcagcgca tcaagcaata catggccgac
     2161 gcccaaatcc gctacgggga cgagttcaat tgattccgca aacacgaact gactgccttt
     2221 ttggcacact atctctgagt ccggcatgac gcttaactac atctgggttg cctttatcgt
     2281 gatcgccttt gcggtcgcta catgccggct catctttttt catgatacgg acgtcttcac
     2341 cgagatcgtc acgtccacct ttagcgccgc ccgcgccggc ttcgatgtct cgatcggcct
     2401 gacgggcatc ctctcgctgt ggctggggct gatgaagatc ggcgaacgcg cggggctggt
     2461 cggtgccttt gcccgactgg ccgcccccgt cttcggccga ctctttccag gcgtacccgc
     2521 cggtcatccg gctgcggggt ccatcttcat gaacatctcg gccaacatgc tcggcctcga
     2581 caacgccgcc acccccatcg gcctacgcgc catgcagcag ctccaagagc tgaacccgcg
     2641 caaggacacg gccagcgacg ccatgatcat gttcctcaac ctgaacgctt cgggcctgac
     2701 cgtggtgccg atcacgatca tgatgtaccg cgcgcagtac ggcgccgcga accccgccga
     2761 cgtcttcctg cccatcctgc tcaccaccac cgtggccacg ctgacggcca tcatcgccgt
     2821 ggcactcatg caacgcatca acctgatgca ccgcagcctg atcggcttct tcgcgggcac
     2881 cgcagccttc atcggcggac tcgtgtggct cttccgcacg ctgccgtcgg agcaggtctc
     2941 gctctgctcc acggtcgcgg ccaacgtgct gctgtttacc atcatctgcg gcttcatcgt
     3001 ggccggcgtg cgcaagcggc tgaacgtcta cgagaccttc atcgaaggcg ccaaagaggg
     3061 tttcggcacc gccatacgga tcgtgcccta cctcgtggcc attctcgtgg ccgtgggcgt
     3121 ctttcgtgcc tcgggtgcga tgggtctgct gatcgacggg ctgcgctgga cggtcgacgc
     3181 catcgggtgg gacacgtcgt tcgtcgaggg tctgccaacg ctgctcatga aaccccttag
     3241 cgggagcggc tcacgcggca tgatgctcga cgcgatgggc acctacggcg ccgactcctt
     3301 cgtcggccga ctcgcatgcg tggcccaagg ctctacggac acggcgtttt acatcgtggc
     3361 cgtttactac ggtagcgtgg ccatccgccg cacgcgctac accattccct gcgcccttat
     3421 tgccgacctg gcaggcgcta tcaccgccat tcttatgaca tacttattct ttagataatg
     3481 atcacgtaca acttcgaagg catcaaacgc cccgaattcc tccgccgcct cacctccgct
     3541 tggatccgcc tcgtggccgc acgtcacggc aaaaaggtgg gcgacatcac ttacctcttc
     3601 tgctccgaag agaagatgct cgaaacgaac caaaagttct tgcagcacga ttactatacg
     3661 gacatcatca ccttcgacaa ctccgagggc gacaccatct ccggcgacat catcatcgcc
     3721 cccgacaccg tccgctccaa cgccgcgaag tatggcacac atttccgcga cgagttccgc
     3781 cgcgtcatca tccacggcat cctgcacctc tgnggcatng acgacaaagc gcccggagcg
     3841 cgcgagatca tggagcgcca cgaaaacgag gccctcgccc tcttccgcaa gatgaccgac
     3901 agggagccga agaagcccaa ggagccgaag gagtcgaagt aagccaagcc cccaagaagt
     3961 caagtgccgg acggaaccat ctctggggcc gtctggtctt ctacgactcc ttgtattccc
     4021 gtggggagag gcccgtcttg tgcttgaaat acttaccgaa gactgactgc gtggagaaat
     4081 tcaggtagtc ngcgatctct tgtatcgtca ggttagagta tttgagcagn ctcttggcct
     4141 ccagcaccac gtattcgtcg atccactgcg tgggcgtctt gccgctcact tctaagatca
     4201 ctttcgagac atgnttgggc gtgaggaaga ggtggtcagc atagaaagcc acgttgcgct
     4261 ccgagacatg atgctcctna agcagctgca tgaaacgttc gaagagggcc tcccggcgat
     4321 tgttcgtcgg gcgattgttg cctgtcttga ctttgctgaa aaagatggcg ccgatgcgat
     4381 agatcgccgc cgcgatcagg cacctgaagg cctccgtcct aaaaggcgcc tcggggcaag
     4441 ccagggtgcg aaagaataag gcgtaatact cgtccagctc gcggatctgc tcgtcggtaa
     4501 acgagatcag ccaccgcctc gctgcatcag gccgaagacg cttacgcccg catgaaacaa
     4561 ctctacgaca agaagagcct accggaaatg caaatggtga aggtcgagac atgcctgcaa
     4621 caggctcggt cgatgtacga actatcgaag aagaacatga acgactgcgc cctgcatgcg
     4681 ccctttgccg gtgtcgtggg gcgtcgcacg gccgaggtgg gggtaacgtc catgttcgg
//
LOCUS       SEQF2637|AYYD01001241.1  936 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..936
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(335..931)
                     /gene="pncA"
                     /locus_tag="SEQF2637_02218"
                     /EC_number="3.5.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21369"
                     /codon_start=1
                     /transl_table=11
                     /product="Nicotinamidase"
                     /translation="MKTALLLVDIQNDFITGSLPVPDGAAIIDPVNRCMTDYEYVIAT
                     QDWHPATHFSFHTSHPGRKPFETIERDGESQTLWPPHCVQASDGAALHPLLDTAPIAA
                     IFRKGIHPDIDSYSAFFDNLRRRQTGLDGYLRGLGVGRLTIAGLAADYCVYYTIKDAL
                     SLGYEVTLSERLTRPISPEDFECQKRELTAHPAFTLTD"
ORIGIN      
        1 ccatgtgctt tcccttaaag gaagaaagag aagagggcga agggggcatc aatatctcct
       61 ctaggagcgg aacgggagac ttttagggac gtattcggat ggaggtggac caagaagata
      121 gctgcctctg tcggtggcgg agagggacgt attgcatacg cctcatgtgc acccagatcc
      181 tgatcataag cctcttcaca ggccccataa gaggcgaatg tgatacgcac tcttgccctg
      241 gagctctctc ttatgaccga tttgagatga aaaggaaacg ccccaccgcc tacgatggca
      301 gtggggcgtt gtttttaggg aggagacgga ggctttagtc cgtgagggtg aaggctgggt
      361 gagcagtgag ctctcgcttt tggcactcga agtcttcggg ggagatgggg cgggtgaggc
      421 gttcggagag ggtgacttcg tagcctaagg agagggcgtc cttgatggtg taatagacgc
      481 aatagtcggc ggccagaccg gcgatggtga ggcggccgac accgagtcca cggaggtagc
      541 cgtcgaggcc tgtctgacgt cggcggaggt tgtcgaagaa ggcgctgtag ctgtcaatgt
      601 cggggtggat gcctttgcgg aagatggcgg cgatgggtgc cgtatcgagt agggggtgga
      661 gggcggcgcc gtcgctggcc tgtacgcaat ggggaggcca gagggtctgc gactcgccgt
      721 cacgctcgat ggtctcgaag ggctttcggc cggggtgaga ggtgtggaag ctgaaatgcg
      781 tggcggggtg ccagtcttgg gtggcgatga catactcgta atccgtcatg caacggttta
      841 cggggtcgat gatggcggcg ccgtcgggga cggggaggct gccagtgatg aagtcgtttt
      901 ggatgtcgac taaaaggagg gctgttttca tattta
//
LOCUS       SEQF2637|AYYD01001242.1  567 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..567
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             70..240
                     /locus_tag="SEQF2637_02219"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHPCPFFFLFWPAYFEEEIQCTCEIDVESVRCEAFQLTEHDDG
                     RPIYRDHLKRLP"
     CDS             complement(224..370)
                     /locus_tag="SEQF2637_02220"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDNSPRWDNWHVRLPAPKDQRKAIDLFQKSGAKTKSDFVYTSA
                     RGAF"
ORIGIN      
        1 ctcaatccct cgtatccaaa agaaacttgc tcgaatgaac ccacaacaac taatcacaat
       61 acaattttaa tgcgtcaccc ctgtccgttc ttctttctct tttggccggc ttatttcgaa
      121 gaagagattc agtgcacctg cgaaatagac gttgaaagcg ttcgctgcga agccttccaa
      181 cttacggagc atgacgacgg tcgacccatc taccgcgatc accttaaaag gctcccctag
      241 cagacgtgta tacgaagtcg gacttcgttt tcgcgcctga tttttggaag agatcgatgg
      301 cttttcgttg gtcttttggg gccggcagac ggacgtgcca attgtcccag cgcggactgt
      361 tgtctttcat ttcgatttga ggtttttagg ttacgacttt ggagtgaacc gccccccggc
      421 cgaggcaagg tttttcgtgg tacaaacggc ggtttgtgtc acaaaaacac accttgcccg
      481 gcctcagaat aggaggtgcc cgtaccctga acacttgcac tcaatacatg caagtgctcg
      541 ggagggcatt gcatgctaag tttgcat
//
LOCUS       SEQF2637|AYYD01001243.1 6790 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..6790
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             470..1633
                     /locus_tag="SEQF2637_02221"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNRLNPLTILLCTLIGLLSGCQRSAKDFTVSGIVAGAEGQTI
                     YLENIGLSSVTLLDSAKVGTSGKFHFKRPRPDYPDFYRLRLKNQWINFAIDSTETITF
                     TADAKSFATSYTVEGSDDCTAIKAITLAQLDASQEIAHARDEYQAGTLSDSAYRQRIV
                     SAAEAYKEVARKYIYARPMSTAAYFALFQQVDGMLLFDLYDKNDSRAFGAVATSYNNL
                     YPESPRSKHLYNLALQSLKVTRNRPELNLEGIPTKEVEMIDIELPDLHGRTVKLSDVA
                     PGHITLLCFTAYEAEWAPALNLTLGSIYEKFRGRGLVIYQVSLDDNVHLWKNVASNLA
                     WTCVRDPESVYSRYTALYNVRNLPTLFLLNRHGAPVKRVDNPDRLESEIQALL"
     CDS             complement(1722..2690)
                     /locus_tag="SEQF2637_02222"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEQIIPPVDPDELERELTPARRLRRTNKSDNEIYVVTGAEAPQ
                     VMREIGRLREAAFRYYGGGTGRALDVDTFDSRPGAYRQLIVWSPKDRRILGGYRFRCG
                     SEALDTDGEPALATAALFHFSDRFIREYLPYTVELGRSFVSLDYQATLPRPGSIFILD
                     NLWDGLGALTVIDPTLRYFFGKVTMYPGYNIEARNMILYFLRRHFPDPDRLVEPIHPL
                     TVDVDEAAMEALFRHGSFRENYRVLNQEVRKRGLNIPPLVNAYMSLSPQMRTFGTAIN
                     RRFGNVEETGLLIAIDEILEEKKKRHIETYLKEEAETPAFRRMEIR"
     CDS             complement(2687..3517)
                     /locus_tag="SEQF2637_02223"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEEEKRIIDVREVLRRKAPGAARWIPAAVTNWLSRTIHEAEMND
                     ILTRYADLDGVAFMQALVAEFDLTLDLHGAEHLPTSDQRCLFVSNHPLGGLDGICLSA
                     LLGGRYGATFRCVVNDLLLFIPNLRSIFLPVNKHGRQRREAATRFDEAMRGAGQVLTF
                     PAGLCSRQQGGQIADVAWRPSFVRDAVRYRRDVVPIFFDARNSNRFYRAARWRQRLGI
                     SLNVEMVYLPDEMFRNKHQRFGVYIGAPIAWQTLADGRPQEWTARVREMVYRLKTKQE
                     "
     CDS             complement(3920..5332)
                     /gene="uxaC"
                     /locus_tag="SEQF2637_02224"
                     /EC_number="5.3.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZM23"
                     /codon_start=1
                     /transl_table=11
                     /product="Uronate isomerase"
                     /translation="MIRSFLDANFLLRTDTAVELYRRHAEKLPVADYHTRLRADLIAA
                     NEPVADLTTLWLDTDPDKWRLMRAGGVSEDYISGNRTPYEKFEKWAEILPQAMRHPIY
                     HQAHMELNRVFGIGETLKPSNARDIYESCTAKLQTPEYLPQAILRRLRIETLATTDDP
                     ADSLNAHLALRETGGVDALRIIPTWAPDRVLDLRHPEHYNLYLDQLAAASDTVISTYN
                     DLLTALRRRHKAFGEAGCVATLHRLTTFPDAPSADDVQAAHEALRKVREGGEPTADEC
                     LSFRAVLLRDLAEMDAEAERMQMFHVGALRDLHPRLYKKIGPDAGFDAPTDRPTAEQM
                     ARFFARLDADGALPETIVSCDRLSDAPSVAGVTACFAGRGLRVQYAPAGWHIGRPGAL
                     ETHLDVMTTEGLVAQSVGFASGARTLLAPVRHEYFRRVICDVFGREVEQGLLPHGDLA
                     TVKRTIENICSTNARRLMNC"
     CDS             complement(5356..6753)
                     /locus_tag="SEQF2637_02225"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRSISASSTFTFSSLSYLKDSVPDLQGNPEVLSFIQNYTSMGY
                     LSLLIFLAIGTILTIIVQSSSATVAITLIMCTQGWMPFEMAAAMVLGENIGTTITANL
                     AALSGNVSARRAALAHLMFNLFGVLWVMILFYPFCNLVEWLVTRFGPGDPHAMTNFIH
                     SLDAETVRSITSDEKLTDSRLIGLREQLQTQQVAVSYGLSLFHTLFNVFNILVMIWFV
                     KLYERICSALIKSPRESEDEEFQLKYISAGMLSTSELSLIQANKEIAVFSDRTYRMFG
                     MIKTLLHETDSEKFLKTFVRVEKYEQISDRMEVEIANYLTRVLEGRLSAEGKNNIRVM
                     LRAVSEIESIADSCNNIARTIKHRNDAKGHFTEEQNHSVEHMMSLTDAALVHMKDILH
                     RQAGTRDDMVLSYNLENEINSYRNMLKNENIDNIDNKRYSYSDSVYYMDIISEYEKMG
                     DYILNVVQAIVEKKF"
ORIGIN      
        1 ctcaatccct cgtatccaaa agaaacttgc tcgaatgaac ccacaacaac taatcacaat
       61 acaattttaa tgcgtcaccc ctgtaggggt ttctgtccaa aacagcagta cccgaccttg
      121 cttatccgga aaccaactgc cgacttggga atgacggatg ccgggagcgc cttcccgccg
      181 cgggaaatgg cttacgaact tcaaaaagtc acttcccgcg acgggaaacc gttttccaac
      241 ttcgaaaagt catttcccgc ggcgggaaac cgttttccaa cttcgaaaag tcatttcccg
      301 cggcgggaag agagaatgga gatcggatgg cttcctgcgg cgggaaggaa tgcttttccc
      361 tgtgctttgg gtcaatatat tttcagatta gatcgagatc ttccccgtta tgtcgttaaa
      421 ataagatact tttgcagccg tagaacaaga atgaatgatc ccccatctta tgaagacgaa
      481 ccgcctcaat cccctaacta tccttctctg cacgctgatc ggcctacttt ccggctgcca
      541 acgatcggca aaggacttca ccgtctccgg tatcgtggcc ggcgcagagg gacaaacgat
      601 ctatctcgaa aacatcggac tctcgtccgt caccctactc gattcggcca aggtcggcac
      661 ctcgggcaag ttccacttca agcgcccccg gccggactat ccggatttct atcgcctgcg
      721 cctgaagaac cagtggatca acttcgccat cgactctacc gagacgatca ccttcacggc
      781 cgacgccaag agcttcgcta cctcgtacac cgtcgagggc tccgacgatt gcacggccat
      841 taaggcgatt accctggcgc agctcgacgc cagccaagag atcgctcacg ctcgtgacga
      901 gtatcaggct ggcaccctca gcgactccgc ctaccgccag cgtatcgtca gcgccgctga
      961 agcctacaag gaggtggccc gcaaatacat ctacgcccgg cctatgtcca ccgccgccta
     1021 tttcgccctc tttcagcagg tcgacggcat gctcctcttt gacctctatg acaagaacga
     1081 ctcgcgcgcc ttcggggccg tggcaaccag ctacaacaac ctctaccccg aaagtcctcg
     1141 ctcgaaacac ctctacaacc tcgccctcca gtcgctcaaa gtgacccgca accgtcccga
     1201 gctgaatctc gagggcatcc ccacgaaaga ggtcgaaatg atcgacatcg agctgcccga
     1261 cctacatggt cgcacggtta agctctccga cgttgccccg ggccacatca ccctgctttg
     1321 cttcacggcc tacgaggccg agtgggcccc cgccctcaac ctcacgcttg gctccatcta
     1381 tgagaagttc cgcggccgtg gcctcgtcat ctaccaagtc tcgctcgacg acaacgtcca
     1441 cctctggaag aacgtcgcct ccaacctcgc ctggacttgt gtgcgcgatc ctgaatccgt
     1501 ctactcgcgc tataccgccc tgtataatgt ccgcaacctg ccgaccctct tcctgctcaa
     1561 tcgacacggc gcccccgtca agcgcgtcga caaccctgac cggctcgaaa gcgagatcca
     1621 agccttgcta tgacgtgtac ctggccagtt tggcctgcac caaaagaaaa aaggcggccc
     1681 cgttaagggg tcgcctttcc tattatatag ccgtcgctcc gtcaccggat ctccatccgt
     1741 cggaaggcag gcgtctcagc ctcctccttg aggtaggtct cgatgtggcg cttcttcttc
     1801 tcctccaaaa tctcgtcgat ggcgatcagc aagcccgtct cctccacgtt gccgaagcgc
     1861 cgattaatgg ccgtgccgaa cgtccgcatc tgtggcgaga ggctcatgta ggcattgacg
     1921 agtggcggaa tgttcagccc ccgcttacgc acctcctgat tcaagacccg ataattctcc
     1981 cggaagctcc catgccgaaa gagcgcctcc atagcggcct cgtccacgtc caccgtcagc
     2041 ggatggatag gctccaccag tcggtcagga tccgggaaat gacggcggag gaagtagagg
     2101 atcatgttgc gcgcctctat gttgtagccc ggatacatgg tcaccttgcc gaagaaatat
     2161 cgcagcgtag ggtcgatcac cgtcagcgcc cccagcccgt cccacaggtt gtcgaggatg
     2221 aagatgctgc ccggccgtgg cagcgtggcc tgatagtcga gcgagacgaa cgatcgcccc
     2281 agctccaccg tgtatggcaa gtattcccga ataaagcgat ctgaaaaatg gaacagtgcc
     2341 gccgtagcca gcgccggttc accatcggta tcgagcgcct ccgacccgca gcgaaaccga
     2401 tagccgccca gtatccgtcg atccttcgga ctccatacga tcagctgccg gtaagccccc
     2461 ggccgactgt cgaaggtgtc tacatccagc gcacgacccg tgccgccgcc gtagtagcga
     2521 aacgccgctt cgcgtaaccg cccgatctca cgcatcacct gcggtgcctc ggccccggtg
     2581 actacataga tctcattgtc cgacttattc gtccgtcgca accgccgcgc aggcgtcaat
     2641 tctctctcca actcgtccgg atccaccggc ggtataatct gctcaatcat tcctgtttcg
     2701 tttttaatcg ataaaccatc tctctcactc gtgccgtcca ttcctgcggc cgcccgtcag
     2761 caagcgtctg ccacgcgatc ggagcgccta tgtaaacgcc aaaccgctgg tgtttgtttc
     2821 ggaacatctc gtccggcaga tagaccatct ccacattcag gctgatgccc agccgttgcc
     2881 tccagcgcgc cgcccgatag aagcggttgg agttgcgggc gtcgaagaag atgggcacta
     2941 cgtcgcgccg gtaacgcacc gcatcgcgca cgaacgaggg tcgccaggct acgtcagcga
     3001 tctgcccacc ctgctgccgc gaacatagcc cagcgggaaa ggtcagcact tgtcccgcgc
     3061 cgcgcatggc ctcgtcgaac cgtgtcgcag cttcgcgtcg ctgccgaccg tgcttgttga
     3121 ccggcaggaa gatcgagcgc aggttgggga tgaagagcag caggtcgttc accacgcagc
     3181 gaaacgtcgc cccgtatcgc ccgcccagca gcgccgagag gcagatgccg tccaacccgc
     3241 ccagcggatg attcgaaacg aaaaggcagc gctgatcgga tgtgggcaga tgctccgcgc
     3301 cgtgcagatc cagcgtcaag tcaaactccg caactaaggc ctgcataaac gccaccccgt
     3361 caaggtcggc gtaacgcgtc aagatgtcat tcatttctgc ctcgtgaatc gtgcgtgaga
     3421 gccagttcgt caccgctgcg gggatccacc gtgccgcccc cggtgccttg cgccggagca
     3481 cctcgcggac gtcaatgatt cgtttctctt cctccatgat gcgggcaaag atacccccgc
     3541 ttgaataggg acgcaggagg gagccgcctc gtcccgccac gggatggggc ctaaatggct
     3601 gttgagacgc cgtcccgcca cgggacgagg ccaaaatggc tgttgagaag ctgtcccgcc
     3661 acgggacggg gccaaaatgg tcgttgagat gttgtcccgc cacgggacaa ggccaaaatg
     3721 gctgttgaga tgtcgtcccg ccgcgggacg ggcccaaaat ggctgttgag acgctatccc
     3781 gccacgggac gaggccaaaa tggctgttga gatgtcgtcc cgccacggga cggggatcgc
     3841 gggcctccca atgggcagaa aaaaagagtc gacagccatg gaaagctgcc ggctcctcat
     3901 gaacaaaaac aagagccact taacagttca tcaagcggcg tgcattggtg ctacagatgt
     3961 tttctatcgt acgcttcacg gtcgctaagt cgccgtgggg cagtagaccc tgctccacct
     4021 cgcggccgaa gacgtcgcag atcacacggc ggaaatactc gtgccgcacc ggggccagca
     4081 gcgtgcgtgc tccggaggcg aacccgaccg actgtgcgac gagtccttcc gtcgtcatca
     4141 cgtcgagatg tgtctcgagt gccccggggc gtccgatatg ccatcctgct ggtgcatact
     4201 gcacacgcag tcctcgacct gcgaagcatg cggttacgcc cgccaccgat ggcgcgtcgg
     4261 acagacggtc acaactgacg atcgtctccg gtagggcacc gtcggcatcg agtcgagcaa
     4321 agaagcgcgc catctgttcc gctgtaggcc ggtctgtcgg tgcgtcaaag cctgcgtcag
     4381 ggccgatttt cttatagagt cgtggatgaa gatcgcggag cgcaccaacg tggaacatct
     4441 gcatgcgttc cgcctcggcg tccatctccg ccagatcgcg gagcaacacg gcacggaagc
     4501 tgaggcactc gtccgctgtc ggttcgccac cctcgcgcac cttacgcagc gcctcatggg
     4561 ccgcctgcac gtcatcggcg ctcggggcgt cgggaaaggt ggtcagccga tgcagcgtag
     4621 ccacacagcc agcttcgcca aaggctttgt gccgcctgcg gagtgcggtg agcaggtcgt
     4681 tgtaggtcga gattacagtg tcggatgcgg cggccagttg gtcgaggtag aggttgtaat
     4741 gctccgggtg gcggaggtcg agcacacggt ctggcgccca agtggggatg atgcggaggg
     4801 catccactcc gccagtctca cgcagtgcaa ggtgggcatt gaggctgtcg gcgggatcgt
     4861 ccgtcgtagc cagcgtctcg atgcgtaggc gtcggaggat ggcctgcggc aggtactcgg
     4921 gcgtctggag cttggcagtg caagactcgt agatgtcgcg ggcgttggag ggcttgaggg
     4981 tctcgccgat gccgaacacg cggttcagct ccatgtgcgc ctgatgatag atcgggtggc
     5041 gcatggcttg cggtaggatc tcggcccact tctcgaactt ctcgtagggc gtgcgattgc
     5101 ccgagatata gtcttcagac accccgccgg cacgcatcag gcgccatttg tcggggtcgg
     5161 tgtcgagcca gagggtggta agatccgcca cgggttcgtt ggcggcgatg aggtcggcgc
     5221 ggaggcgcgt atggtagtca gctacgggga gtttctcggc gtgacggcgg tagagctcta
     5281 cggccgtgtc ggtgcggagt aggaaattgg cgtcgaggaa ggagcgtatc atcatgcggt
     5341 gaggtcaggg gtgaatcaga acttcttttc gacaatggct tggacgacgt tgaggatgta
     5401 gtcacccatc ttttcatact cggagatgat gtccatgtag tagaccgagt cggaatagct
     5461 gtagcgcttg ttgtcgatgt tgtcgatgtt ctcgtttttg agcatgttcc gataggagtt
     5521 gatctcgttc tcgaggttgt aggagagcac catgtcgtct cgcgtgccgg cctgacggtg
     5581 caggatgtcc ttcatgtgca ccagggcagc gtcggtgagg ctcatcatgt gctccacgct
     5641 gtggttctgc tcctccgtga aatggccctt ggcatcgttg cgatgcttga tggtgcgggc
     5701 gatgttgttg caggagtcgg cgatgctctc aatctcggag acagcgcgga gcatgacgcg
     5761 gatgttgttc ttaccctcgg cactgagtcg gccttcaagc acacgggtga ggtagttggc
     5821 tatctccacc tccatgcggt cgctgatctg ctcgtatttc tctacgcgga cgaatgtctt
     5881 gaggaacttc tcgctgtcgg tctcgtggag cagggtcttg atcatgccaa acatgcgata
     5941 ggtgcggtcg ctaaagaccg caatctcttt gttggcctgt atgagcgaga gctcagaggt
     6001 agagagcata ccggccgaga tgtatttgag ttggaactcc tcgtcttcgc tctcgcgcgg
     6061 cgacttgatg agggccgagc agatgcgttc gtagagcttg acgaaccaga tcatgactag
     6121 gatattgaag acgttgaaca gcgtatggaa gagcgaaagc ccgtaggaga cggccacttg
     6181 ttgcgtctgg agctgctcgc ggaggccgat gaggcgcgag tcggtgagct tctcgtcgga
     6241 ggtgatgctg cggacggttt cggcgtcgag cgagtggatg aagttcgtca tggcgtgcgg
     6301 gtcgccgggg ccgaagcgtg tcacgagcca ctcgaccaaa ttacagaagg gatagaagag
     6361 gatcatcacc cagagcacgc cgaagaggtt gaacatgagg tgggccaagg cggcgcggcg
     6421 ggcggagacg ttgcccgaga gggcggctag gttggccgtg atggtcgtac cgatgttctc
     6481 accaagcacc atcgcagcgg ccatctcgaa cggcatccag ccttgggtac acatgatgag
     6541 cgtgatggcc accgtggcac tggaggactg tacgatgatg gtcaggatcg taccgatggc
     6601 caggaagatg agcagcgaga ggtagcccat cgacgtatag ttctgaataa aggagagcac
     6661 ctcagggttg ccctgaaggt caggcacaga gtccttcagg taggacaggc tggagaaggt
     6721 gaaggtggac gaagcggaga tcgagcgcct catgcccgcc gtcttccgcc gcttggagtg
     6781 gctcgagaag
//
LOCUS       SEQF2637|AYYD01001244.1 1237 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1237
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             231..1223
                     /gene="cysK_2"
                     /locus_tag="SEQF2637_02226"
                     /EC_number="2.5.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7DDL5"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine synthase"
                     /translation="MARVYQNLTALVGGTPLLEVSNIEKSEGLKARVIVKLEYFNPGG
                     SVKDRIALAMIEAAERSGELKPGSIIIEATSGNTGIGLAWVASVKGYKLILTMPETMS
                     VERQNLLKALGATLVLTPGSEGMKGALRRAGELKEEHPGSIILQQFENEANPEVHTRT
                     TAEEIWNDTDGKVDIFVAGVGTGGTVSGVAEGLKKHNPKVKAVAVEPVGSPVLSGGQP
                     GPHKIQGIGAGFVPKNYHADAIDEVLQVQDNEAIGASRLLAAREGLLVGISSGAALHA
                     ALELARKPENEGKTIVALLPDTGERYLSTVLYAMIVLCFIDEYNAVYLPQRCSI"
ORIGIN      
        1 gccatgattg ttctctgttt tattgatgaa tacaatgcgg tttacctgcc gcaaagatgt
       61 tccatctgat ttatccgccc ttcaacgcat tccggagcgc tgtatatcct ccacataccc
      121 cctccaaaac ccgcattcca tgcggataac caccaatata ccacacatat ggtattgtcg
      181 ggcctatggg acgcccatac ctttgcgctc aaattaaaca ccgaaagaaa atggcaagag
      241 tttatcagaa cctgaccgcc ctcgtaggcg gcaccccgct cctggaagtg agcaacatcg
      301 aaaagtcaga aggcctcaag gcacgcgtga tcgttaagct ggagtatttc aaccccggcg
      361 gtagcgtcaa ggatcgtatc gcactggcca tgatcgaggc cgcagagcga agcggcgagc
      421 tgaagcccgg ctccattatc atcgaggcta ccagtggcaa cacgggtatc ggactggcct
      481 gggtggcctc cgtaaagggt tacaagctga tcctgaccat gcccgagacg atgagcgtgg
      541 agcgtcagaa tctgctcaag gctctcggcg ctacattggt gctgacgccc ggtagcgagg
      601 gtatgaaggg tgcgctccgt cgtgctggcg aattgaaaga ggagcatccg ggatcgatca
      661 tcctgcagca gtttgagaat gaggccaacc ccgaagtgca tacccgcacg acggctgaag
      721 agatctggaa cgatacggat ggaaaggtcg acatcttcgt ggcgggcgta ggcacgggcg
      781 gcaccgtgag cggtgtggcc gagggattga agaaacataa cccgaaggtg aaggccgtag
      841 ctgtggagcc ggtgggatcg ccggtgctgt cgggtggaca gccggggccg cacaagattc
      901 agggtatcgg tgctggcttt gtgccgaaga actatcacgc tgacgcgatc gatgaagtgc
      961 tgcaagtgca ggacaacgag gccatcggcg cttcccgact gctggctgcc cgtgaaggtc
     1021 tgctggtcgg catctcgtct ggcgccgcgc tgcacgccgc gctggagctg gctcgcaagc
     1081 ccgaaaacga gggtaagacg atcgtggccc tactgcctga cacaggcgaa cgctacctct
     1141 cgaccgtgct ctatgccatg attgttctct gttttattga tgaatacaat gcggtttacc
     1201 tgccgcaaag atgttccatc tgatttatcc gcccttc
//
LOCUS       SEQF2637|AYYD01001245.1  248 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..248
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(54..170)
                     /locus_tag="SEQF2637_02227"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTPCSKVTXVAKVXRAVCVVXXXDXPALXEXAFXQDK"
ORIGIN      
        1 cagctacaca gcgatgcaag agagacactg ctcccttata tgaantatgc cacctatttg
       61 tcttgnctga aagcnatctc gntaagggcn ggnctgtctt ngncnatcac cacgcacacn
      121 gcncgncaca ccttcgcnac nctcgtcacc ttggagcagg gcgtacccat cgaaaccgtn
      181 agcaagatgc ttgggcatag cacggtgcgc atgaccgagc gatatgcgaa agtcactccc
      241 caaaagct
//
LOCUS       SEQF2637|AYYD01001246.1 1492 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1492
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(167..256)
                     /locus_tag="SEQF2637_02228"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKFKCIYNNIFFPSFDLLTQSNRINIRA"
     CDS             complement(310..471)
                     /locus_tag="SEQF2637_02229"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLYENRQNHSISAAFYWVLRTFAERETKSIVSTQNNESKRASL
                     VSYSFTLGE"
     CDS             718..1422
                     /locus_tag="SEQF2637_02230"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFETFLDPQRIDMGIFNEATRVQMPAMVHLTRLGYKYFGKVHEE
                     DASKGIYDADTNILLQVFKNQFVLLNPEHKGEVEQVLRDIRKELNDDDLGRSFYRRLK
                     SVSPIRLIDFDTPGNNTFHFTAEFTCRNGQDEFRPDITLFVNGLPLCFIEVKKPNNTG
                     GIVAESRRMNQARFPNKKFRRFINITQLMIFSNNMEYDTLKGVVPVEGAFYCTGARGN
                     APFNCFREENPKGAEY"
ORIGIN      
        1 atgaaagaag cgtgactggg gagtagttag gtgtagtcaa aaagccacac cttttcttga
       61 taagtgtatt aaagttttca cacacgcaac tatctaataa tgagcggaat actagaaact
      121 ctactataag aattcaatgt taaatactga aaagcatctc taaaaatcag gctcttatat
      181 tgatgcggtt gctctgggta agaagatcaa aggaaggaaa gaatatattg ttgtagatac
      241 acttgaactt ccccataaaa caagagaatg ggggtttaag tgtttgtcaa tgagcagata
      301 atgatcgctc tactcaccca aagtgaacga ataggaaacg agcgaagctc tcttgctttc
      361 gttgttttgc gtagatacaa tggacttcgt ttcccgctct gcaaaggtac gcaaaaccca
      421 gtaaaaagca gctgaaatag aatggttttg tctgttctcg tacagaggca ttggtttgct
      481 ttggtgtatg gctttaatgt tgtacctttg cagacgtaag tctgctctct tagaaatcaa
      541 atcaacagat gaaggttgta agcagtataa aatcagtatt agcagaaaag caagtatcag
      601 gcaaatggtt agcacaagag attgggtgta ctgagaatac tgtgtcccat tgggtatcca
      661 ataaggtaca accctctcat ggaaagcttt cgtgaagttc tgatgcctta gaggttgatg
      721 ttcgagacct tcttagaccc tcaaagaata gatatgggaa tattcaatga agcaacacgt
      781 gtacagatgc cagcaatggt gcaccttaca cgcttggggt ataaatattt tggtaaggtt
      841 cacgaagaag atgcctctaa gggtatttat gacgcagaca ccaacatcct attacaagtt
      901 ttcaaaaatc agttcgttct actcaatccc gaacataagg gagaagtaga gcaggtgtta
      961 agagacatcc gtaaggagct taacgatgat gatttggggc gtagtttcta tcgacgccta
     1021 aagtcagtat cgcccattcg gttgatagac tttgatacgc ctggaaacaa tacttttcac
     1081 tttacggcag agtttacttg ccgtaatggg caagatgagt ttcgccctga tatcacactc
     1141 ttcgtcaatg gtctacctct ctgcttcatt gaggtcaaga agcctaataa tacggggggg
     1201 atagtagctg agagtaggcg aatgaatcag gctcgatttc caaataagaa attccgtcgc
     1261 ttcatcaata tcactcagtt gatgattttc tccaacaata tggagtacga cacgctgaaa
     1321 ggtgtggtac ctgttgaagg tgcgttctat tgtactggtg ctagaggcaa tgccccgttc
     1381 aattgcttca gagaagagaa tcccaaagga gcagagtatt gagtttgtga atacggcttt
     1441 gaccggcgca aagcgcttct ctcagtatct gttgccgacc ttcaaaaagg ac
//
LOCUS       SEQF2637|AYYD01001247.110680 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..10680
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(167..256)
                     /locus_tag="SEQF2637_02231"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKFKCIYNNIFFPSFDLLTQSNRINIRA"
     CDS             complement(310..471)
                     /locus_tag="SEQF2637_02232"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLYENRQNHSISAAFYWVLRTFAERETKSIVSTQNNESKRASL
                     VSYSFTLGE"
     CDS             718..3915
                     /gene="hsdR_3"
                     /locus_tag="SEQF2637_02233"
                     /EC_number="3.1.21.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A801"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-1 restriction enzyme R protein"
                     /translation="MFETFLDPQRIDMGIFNEATRVQMPAMVHLTRLGYKYFGKVHEE
                     DASKGIYDADTNILLQVFKNQFVLLNPEHKGEVEQVLRDIRKELNDDDLGRSFYRRLK
                     SVSPIRLIDFDTPGNNTFHFTAEFTCRNGQDEFRPDITLFVNGLPLCFIEVKKPNNTG
                     GIVAESRRMNQARFPNKKFRRFINITQLMIFSNNMEYDTLKGVVPVEGAFYCTGARGN
                     APFNCFREENPKGAEIAPFYADYPYLPVDPKVEETILSEFNCQVIHTSPEYRSNLSEY
                     TPTNRILTSMCSPQRLLYLLRYGIAYVRQEREVDGKIESTDQKHIMRYQQLFAAMAIE
                     QKLSQGITSGLVWHTQGSGKTALSFHLAHILSDHFARLGKVAKFYFIVDRLDLLEQAT
                     QEFEARGLVVNTASTRKELMEQFRMNQAQHGSTGQAEITVVNIQRFAEDTERVELNAY
                     ATNLQRIFILDEAHRGYRPGGCFLANLFDADQNAIKIALTGTPLLKEEQASCKIFGDY
                     LHTYYYDRSIADGYTLKIIREDIETSYKEKLTEVQDKLEALVQKKDVRKNTIIEHDSY
                     VDELLRYILTDLIRFRKIQGDETLGGMIICETSTQAEKLYQHFGRICEELKFDKMLKA
                     GLVLHDYEDKETRKQIVKDFKKNMTIDLLIVYNMLLTGFDAPRLKRLYFGRKLKDHNL
                     LQAITRVNRPYKDLRYGYLIDFADIKRNFEETNEAYLQELNRFNDISQEENPNTPNTF
                     TQVLVSKEEIIEQMKEIRQILFDYSCHNAEDFSTEISTLEDKQALLDLKHALVSAKDM
                     ANLVRTFGDDDLRAKFAEVEITKLPELLSEVQHRINIINQKEAFYTNAETKLLINEAM
                     LDIEFNFAKIGQEELRLVAGGVELKEKWQRTITAFTQNDDQEDPEFIFLRDAFAERFK
                     ERGFVIDTIAKFNEEAQALDEVVKRLQDIQKRNTALIKKYNGDVKFARVHKRIREVNL
                     ERSQAKKPPMFSFRDEEIMDILKRIKSDIDGRVYDKNDILKKDTFFAQTVLFLISGCL
                     YHFPQIKPEMDDYQFIQKRISQQYLNQYNATYPNV"
     CDS             3919..5568
                     /gene="hsdM"
                     /locus_tag="SEQF2637_02234"
                     /EC_number="2.1.1.72"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P08957"
                     /codon_start=1
                     /transl_table=11
                     /product="Type I restriction enzyme EcoKI M protein"
                     /translation="MPIKAKTIQLIDELKATCATYGMGNDGNEYKIITQVFLYKFLND
                     KFGYELKRAKSNIARQKILPASQWEEAYAALSEEERLLLQASLPAEVPLLQPYHLIAH
                     LWNQQSKGDFDTIFDNTMTDIAEKNADIFSTQTTENTKIPLFETLTNYVTDTAQRASF
                     ARALVDKLANFSFEEAFEQHYDFFASIFEYLIKDYNTAGGGKYAEYYTPHSIATIMAR
                     LLVGDNPDLHSQECYDPSAGTGTLLMALSHQIGEERCSVFSQDISQRSNKMLKLNLLL
                     NGLVSSLDYAIQGDTLVAPYHKSDDKQSLRQFDFVVSNPPFKMDFSATREKIAAQPAR
                     FWAGVPNVPAKKKEAMAIYTCFIQHVINSLKSNGRGAIVIPTGFITARSGIENRILKR
                     IVEERWVYGCVSMPSNVFANTGTNVSVLFFDKSASADKVVLVDASKLGEEYKEGNNQK
                     KRLRDSEIEQIVSTFREAKPVEDFSVVVSYDEIKEKGYSLSAGQYFDIKIDYVDISEA
                     EFDQRMANYMQTLSEQFAESHRLEEEIMKQLRALKFNPEVR"
     CDS             5568..6224
                     /locus_tag="SEQF2637_02235"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNNSLTPFFLYPLPNNEGEVSALIKDDTIWLTQKSMTQLFGVN
                     LPAISKHLKNIFEEDELEINSTVSKMEIVQNEGGREVKRSIDFYNLDAIISVGYRVSS
                     QKATRFRQWATKVLNEYIRKGFVMDDERLKQGGTIFGKDYFKELLERVRSIRTSERRI
                     WQQITDIYAECSTDYDRTSPETKEFYTMIQNRFHYAITDIQLQKSCITKRITTSKTWA
                     "
     CDS             6215..6586
                     /locus_tag="SEQF2637_02236"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLTTWKYAPDGRILKSDVSVAKNYLSEEERRRLERAITVFFDY
                     IEDLIEQENSFTMADFSESVDAFLNFRRYKILQGKEAISSEQAKEKAYAEYQLFNPTQ
                     RIDSDFDKELRKRENKEDEEI"
     CDS             6573..7157
                     /gene="hsdS_2"
                     /locus_tag="SEQF2637_02237"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05719"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-1 restriction enzyme EcoKI specificity
                     protein"
                     /translation="MKKYRLGEIAEVIGGVTFNKADIATSGIRILRGGNIQNGEICLK
                     EDDMYLPHIYKDNKNTILEGDTILVASTGSVEVLGKAATAFSSLGEVQIGAFLRIIRP
                     KKTKYAALISAHLQSSRFREYIQKQAKGTSINNIRNEYLINFLLYAPNEDSLVDFSAF
                     YHTIHHKIALNRAINHNLPTLDCSSKAVEARLVT"
     CDS             complement(7081..8274)
                     /locus_tag="SEQF2637_02238"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLSEIATLVEDKISSNSISLGDYVTTDSLLPNKEGKNIATNLP
                     PVACSLTHYQKGDVLVANIRPYLKKVWLADKEGGCSSDVLVFRVREGYKNSFLYAVLL
                     QDRFFDYATRGAKGSKMPRGDKEQIMRYELPVFSPQEQENIGNIVISITEKLRLNRAI
                     NHNLEALTKQLYDYWFVQFDFPDENGTPYKSSGGKMVWNEKLKREIPEGWKVKSIFEE
                     LSIQYGFPFSTELFVEEQTSIPVVRIRDILSNSISAYTTEQIGERYRLQEKDLLIGMD
                     GNFHMNYWSDNNSFLNQRSVRLRAVKSSVSIIQARYDIEPHIKAKELRAKGSTVGHLS
                     DKDLKDLFILVPSIKDLRITLDFILNNIIRNRIEITKLTKLRDELLPLLMNSQVSVNY
                     DLSHD"
     CDS             complement(8351..9412)
                     /gene="xerC_15"
                     /locus_tag="SEQF2637_02239"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39776"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerC"
                     /translation="MICLCLAIVCFCYYGNKRLSNKIMKKRIIAEILAGVSPSLEESQ
                     MANLQSVLERAFEQIQMLPSEPASERRERANKELLLAFLSAKKIEGCSEKTLHYYQST
                     IEALLSAEPKCVEDLTTNDIRSYLAAYQERRHSSRVTIDNIRRIFSSFFAWLEDEDYI
                     AKSPVRRIHKVRTESLIKEVLYDEHIEELRDSCKEIRDLAIIDLLASTGMRVGELVKM
                     NREDIDFHERQCVVFGKGNKEREVYFNARTKLHLKRYLESRADGNPALFVSLASPHRR
                     LTIGGVECRLRTLGRRLGLPKVHPHKFRRTLATMAIDKGMPIEQVQRLLGHVKIDTTL
                     RYAMVNQNNVKLAHRKFIG"
     CDS             9512..10195
                     /locus_tag="SEQF2637_02240"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVWNEKLKREIPEEWHCGNLFEIATFTNGLACQKFRPKDDEVPL
                     PVIKIREMHDGISSDTEEVSPNIPELVKVYNGDVLFSWSASLEVMLWACGLGGLNQHI
                     FKVTSANDFPKSFYYFQLLNYVDVFKKMAEARKTTMGHITQDHLQQSTIAIPDNKDIV
                     DKFEKRISPIFAQMVKLQEEIQQLSKQRDELLPLLMNGHASLNYDLSAFYSSIVQNLL
                     SVAGLALAV"
ORIGIN      
        1 atgaaagaag cgtgactggg gagtagttag gtgtagtcaa aaagccacac cttttcttga
       61 taagtgtatt aaagttttca cacacgcaac tatctaataa tgagcggaat actagaaact
      121 ctactataag aattcaatgt taaatactga aaagcatctc taaaaatcag gctcttatat
      181 tgatgcggtt gctctgggta agaagatcaa aggaaggaaa gaatatattg ttgtagatac
      241 acttgaactt ccccataaaa caagagaatg ggggtttaag tgtttgtcaa tgagcagata
      301 atgatcgctc tactcaccca aagtgaacga ataggaaacg agcgaagctc tcttgctttc
      361 gttgttttgc gtagatacaa tggacttcgt ttcccgctct gcaaaggtac gcaaaaccca
      421 gtaaaaagca gctgaaatag aatggttttg tctgttctcg tacagaggca ttggtttgct
      481 ttggtgtatg gctttaatgt tgtacctttg cagacgtaag tctgctctct tagaaatcaa
      541 atcaacagat gaaggttgta agcagtataa aatcagtatt agcagaaaag caagtatcag
      601 gcaaatggtt agcacaagag attgggtgta ctgagaatac tgtgtcccat tgggtatcca
      661 ataaggtaca accctctcat ggaaagcttt cgtgaagttc tgatgcctta gaggttgatg
      721 ttcgagacct tcttagaccc tcaaagaata gatatgggaa tattcaatga agcaacacgt
      781 gtacagatgc cagcaatggt gcaccttaca cgcttggggt ataaatattt tggtaaggtt
      841 cacgaagaag atgcctctaa gggtatttat gacgcagaca ccaacatcct attacaagtt
      901 ttcaaaaatc agttcgttct actcaatccc gaacataagg gagaagtaga gcaggtgtta
      961 agagacatcc gtaaggagct taacgatgat gatttggggc gtagtttcta tcgacgccta
     1021 aagtcagtat cgcccattcg gttgatagac tttgatacgc ctggaaacaa tacttttcac
     1081 tttacggcag agtttacttg ccgtaatggg caagatgagt ttcgccctga tatcacactc
     1141 ttcgtcaatg gtctacctct ctgcttcatt gaggtcaaga agcctaataa tacggggggg
     1201 atagtagctg agagtaggcg aatgaatcag gctcgatttc caaataagaa attccgtcgc
     1261 ttcatcaata tcactcagtt gatgattttc tccaacaata tggagtacga cacgctgaaa
     1321 ggtgtggtac ctgttgaagg tgcgttctat tgtactggtg ctagaggcaa tgccccgttc
     1381 aattgcttca gagaagagaa tcccaaagga gcagagatag cccccttcta tgcagactat
     1441 ccctatctcc cggtagaccc taaggtggaa gaaactatcc tctcggagtt caactgtcaa
     1501 gtaatccata ctagccctga atatcggagt aacctttctg aatatacgcc taccaatcgc
     1561 atactcacat cgatgtgtag tccgcagcgt ctgctctatc tgctacgcta cggtatcgcc
     1621 tatgtgcgac aagagcggga agtagatggt aaaatagagt ctacggacca aaagcatatt
     1681 atgcgttacc aacagctctt tgccgccatg gcaatagagc aaaaactatc ccaaggaatt
     1741 acctcgggac tggtttggca tacgcaaggg agtggcaaga cagccctctc ctttcacttg
     1801 gctcacatct tgagtgacca ctttgcgagg ctgggtaagg tggctaagtt ctactttatt
     1861 gtagaccggc tcgatctcct agaacaggct actcaggagt ttgaggcacg tggtttagtg
     1921 gtcaatacgg ccagtacacg caaagagctg atggagcaat ttcgtatgaa ccaagcacag
     1981 catggctcga caggtcaagc agagataacg gttgttaata tccaacgctt tgccgaggat
     2041 accgagcgag tagaactcaa tgcctatgct accaacctac agcgtatctt tatcctcgat
     2101 gaagctcatc gtggctatcg ccctggaggt tgcttcctag ccaatctctt tgatgcagac
     2161 caaaatgcaa ttaaaatcgc tctaacaggt acgcctttgc tcaaggaaga gcaagcctca
     2221 tgtaagatct ttggcgacta cctgcacacc tactactacg accgctcgat agctgacggt
     2281 tatacgctca agattatccg tgaggacata gagacatctt ataaagagaa actcacggaa
     2341 gtacaagaca agcttgaggc tctcgtacaa aagaaagacg tacgcaagaa tacaattata
     2401 gaacatgaca gctatgtcga cgagttacta cgctatatcc tcacagacct catccgcttc
     2461 cggaagatac aaggggacga gactcttggg gggatgatta tctgcgaaac cagcactcaa
     2521 gccgagaagc tatatcagca ttttgggcgt atctgtgagg agcttaagtt cgacaaaatg
     2581 ctcaaggcag ggcttgtcct gcacgactac gaggacaaag aaactcgcaa gcagatagta
     2641 aaagatttca agaagaatat gacgatagac ttgctcatcg tctacaatat gctgctcaca
     2701 ggcttcgatg cacccagact caagcgtcta tactttggtc gcaaacttaa ggatcacaac
     2761 ctcttgcaag ccatcactcg tgtcaatcgt ccctataaag acctacgcta tggttacttg
     2821 attgactttg ccgacatcaa gcggaacttt gaagagacca acgaagccta cttacaagag
     2881 cttaatcgat tcaatgatat tagtcaggag gaaaatccca atacgcccaa cacttttacg
     2941 caagtattag tgagtaaaga ggaaatcatc gaacagatga aggaaattag gcagatactc
     3001 ttcgactact cgtgccacaa tgcagaagat ttctctacgg agatttcaac cctagaggat
     3061 aaacaagccc ttttggactt aaagcacgca cttgtctctg ccaaagatat ggccaatcta
     3121 gtgcgcacct ttggggacga cgatctacgt gcgaagtttg ccgaagtcga aataacaaag
     3181 ctccccgaac tactaagcga ggtacagcat cgtatcaata ttatcaacca aaaggaggct
     3241 ttctatacta atgctgaaac taaactcctc atcaacgagg ctatgctcga tattgagttc
     3301 aactttgcta aaatcgggca agaagaactt cggctggttg ctggaggagt ggagttaaaa
     3361 gagaaatggc aacgcaccat tactgctttc acgcaaaatg atgaccaaga agaccccgag
     3421 tttatcttct tgcgagatgc ttttgccgag cgcttcaaag agcgtggctt tgtcatagat
     3481 acgattgcca agttcaacga agaggcacaa gctcttgacg aggtcgtcaa gcgtctacaa
     3541 gatatacaga aacgcaatac cgcactcatt aagaagtata atggtgatgt taagttcgca
     3601 cgtgtacaca agcgtatccg tgaggttaat ttagagcgta gccaagccaa gaagcctccg
     3661 atgttctcct ttcgtgatga agagattatg gacattctta agaggatcaa gtcggatatt
     3721 gatggcaggg tctacgacaa aaatgatatt ctcaaaaagg atacattttt tgctcagact
     3781 gtactgtttc tcatcagtgg ctgtctatat cacttcccac agattaagcc cgaaatggat
     3841 gattatcagt ttatccaaaa gcggatttca caacaatacc tgaaccagta taacgcaact
     3901 taccccaacg tataggctat gccaattaaa gctaagacaa tacagcttat agacgaactc
     3961 aaagccacct gtgctactta tggcatgggc aatgatggta acgagtataa gatcatcacg
     4021 caagtattcc tgtataagtt tctcaatgat aagttcggtt acgaactcaa gcgtgccaag
     4081 agcaatattg cacgccaaaa gattctccct gcctcccagt gggaagaggc ctatgctgcc
     4141 cttagcgaag aggaacggtt gttattgcaa gcttcgttac cagcagaagt acctcttcta
     4201 cagccctacc accttatcgc tcatctgtgg aatcagcaga gcaaaggtga cttcgacact
     4261 atctttgaca atacgatgac cgatattgcc gaaaagaatg ccgatatatt ctctacgcag
     4321 actacagaga acaccaagat accactcttc gagactctga cgaactatgt taccgacacg
     4381 gcacagcgtg cctcctttgc gcgtgccttg gtggataagc ttgctaattt ctcttttgaa
     4441 gaagcctttg agcaacacta cgactttttt gcctcgatct ttgagtacct tatcaaggac
     4501 tataacacag caggcggtgg taagtatgcc gaatactata cccctcattc gatagccacc
     4561 attatggctc gtcttttggt tggagataat cctgatttgc acagccaaga atgttatgac
     4621 ccttctgctg gtacaggcac actccttatg gctctcagcc accaaatagg agaagagcgt
     4681 tgctccgtct tctcgcaaga catctcacaa cgatccaaca agatgctaaa gctcaatctc
     4741 ttgcttaatg gccttgtgtc ttcactcgac tatgccattc agggggatac gctcgttgca
     4801 ccttaccaca aaagcgatga taagcaaagc cttcgtcagt tcgactttgt cgtcagcaac
     4861 ccgcccttta agatggactt ttcggctacc cgggagaaga tcgctgccca gcctgctcgt
     4921 ttttgggcgg gtgtacccaa tgtcccagct aagaagaaag aggcgatggc tatctatact
     4981 tgcttcattc aacatgtgat caactcactc aaaagcaatg gtcgaggggc tatcgttatc
     5041 cccacgggct ttattacagc aaggagtggc attgagaata gaatactgaa acgcattgta
     5101 gaggagcgtt gggtctatgg ctgtgtgtct atgcccagca atgtctttgc caatacgggt
     5161 acgaatgtgt cagtactatt cttcgataag tccgcttcag ccgataaggt tgtgctggta
     5221 gatgccagca agctggggga ggagtataaa gagggtaaca accaaaagaa gcgtttgcgc
     5281 gactctgaga ttgagcaaat tgtctctacc ttccgtgagg ctaagcccgt ggaggacttc
     5341 tccgtggtag tcagctacga tgaaatcaag gaaaagggct attcgctttc ggctggtcaa
     5401 tacttcgata ttaagattga ctacgtggat atcagtgaag cagagttcga ccagcgtatg
     5461 gcgaattata tgcaaaccct cagtgagcag tttgctgaga gtcatcgcct tgaggaagag
     5521 ataatgaagc aactacgtgc actgaagttc aatcccgaag ttagataatg atgaacaaca
     5581 gcctaacccc attttttctt tatcctctcc ccaacaacga aggagaggtc agtgctttaa
     5641 tcaaagacga taccatttgg ctaacacaga aatctatgac tcagttgttt ggtgtcaacc
     5701 tccccgcaat aagtaagcac ctaaaaaaca tctttgagga agatgagcta gagataaatt
     5761 caactgtttc caaaatggaa atagttcaaa acgaaggggg gcgagaggtc aagagaagca
     5821 tcgactttta taaccttgac gccattatat cggtgggcta cagggttagc tctcagaagg
     5881 cgacacgctt ccgccaatgg gcgacgaagg tattgaatga gtacatccgc aaaggttttg
     5941 tgatggacga tgaacgcctc aaacaaggag ggactatctt tgggaaagac tatttcaaag
     6001 agttactgga acgggtacgt tctatccgaa ccagtgaaag acgcatctgg caacaaatta
     6061 ccgatatcta tgctgagtgc agcacagact atgatcgcac gtctcctgaa actaaggagt
     6121 tttatactat gatccaaaat cgctttcatt atgccatcac ggacatacag ctgcagaaat
     6181 cgtgtataac aaagcgaatc acaaccagca aaacatgggc ttaacgacgt ggaaatatgc
     6241 cccagacgga cgtatcctca agtcggatgt gagcgtggct aagaattatt tatccgaaga
     6301 agaaagacgt agactagagc gtgcgattac ggtcttcttt gactacatag aagaccttat
     6361 tgagcaagaa aacagcttca ctatggctga tttttcggaa agtgttgatg ctttcctgaa
     6421 ttttagaaga tataagattc ttcaaggtaa agaggctatc tcaagcgagc aagcgaagga
     6481 aaaagcttat gccgagtatc aactcttcaa ccctacacaa cgcatagact ctgacttcga
     6541 taaggagtta cgcaaacgcg aaaacaaaga agatgaagaa atatagactc ggagagatag
     6601 cagaagtcat cggaggtgta acttttaata aagcagatat tgctaccagt ggtatacgaa
     6661 tacttcgtgg tgggaatatt caaaatgggg agatttgctt gaaagaagat gatatgtatc
     6721 ttccacatat atacaaagac aacaagaaca ccattctgga aggagacaca atcttagttg
     6781 cctctacggg tagcgtggaa gtacttggaa aagctgcaac agctttctct tcattaggag
     6841 aagtgcaaat cggagcattt ctccgaatca ttcgtcctaa aaaaacgaag tatgcagcac
     6901 tcatatccgc tcatcttcaa agttcccgat ttcgagagta tatacagaaa caagccaagg
     6961 ggacaagtat caataatata agaaacgagt atttaatcaa cttcctacta tatgctccta
     7021 atgaagatag cttggtagac ttctccgctt tctatcatac catccaccac aagattgcac
     7081 tcaatcgtgc gataaatcat aatttaccga cacttgactg ttcatcaaaa gcggtagaag
     7141 ctcgtctcgt aacttagtga gttttgtaat ctctattcta ttgcggatga tattatttag
     7201 gatgaagtcg agggttatcc taagatcttt aatagaaggg acaaggataa ataagtcttt
     7261 caaatcttta tctgaaagat gccctactgt agaccctttt gctcgtaatt cttttgcctt
     7321 tatatgaggt tcaatatcat aacgagcttg aatgatagaa actgaagact tgacggctct
     7381 aagtcgaaca cttcgctgat tcagaaatga gttattgtca ctccaatagt tcatgtgaaa
     7441 atttccatcc attcctatca aaagatcttt ctcttgaaga cgatatcttt ctccgatctg
     7501 ttcggtagta tatgccgata tagagttgct aagaatatct cgtattctaa ctacaggtat
     7561 acttgtttgt tcttctacaa atagctccgt agaaaaaggg aacccatatt gaatagataa
     7621 ttcttcaaat atacttttta ccttccaccc ctctggtatc tctcgtttca gcttctcatt
     7681 ccaaaccatc ttccccccac tactcttgta gggggtacca ttttcatcgg ggaagtcgaa
     7741 ctgcacgaac caatagtcat atagttgctt ggtaagggct tctaaattat gatttatcgc
     7801 acgattgagc cgtaactttt ccgttatgct aataacgatg ttgccgatat tctcttgttc
     7861 ttgaggagag aatacaggta attcatatct cattatctgc tctttgtcac cgcgtggcat
     7921 tttacttcct tttgctcctc tcgtagcata gtcaaaaaaa cgatcttgca acaggacagc
     7981 atagaggaaa gagtttttat agccttctct cactctgaaa acaagaacat cagaagaaca
     8041 tcctccctcc ttatcagcaa gccacacttt cttcaaatag ggacgtatat tggctaccaa
     8101 tacatcgcct ttttgataat gcgttagtga acatgctaca ggaggaaggt ttgttgcaat
     8161 gttttttcct tctttattgg gcaatagaga atccgtagta acataatcac ccaatgaaat
     8221 gctgttacta ctaattttat cttctactaa tgtagctatc tccgataact tcatttttgt
     8281 tcctatttta ctgcaaaaat acggtcccga aggcaaaata gcggagaaat caaagataat
     8341 tcaccaaccg tcagccaata aatttgcggt gtgcaagctt cacattgttc tgattgacca
     8401 tggcatagcg cagcgtagtg tctattttga cgtgtccaag taagcgttgt acctgctcta
     8461 tgggcatacc tttgtcgatg gccatcgttg ccaatgtgcg gcgaaacttg tgtgggtgta
     8521 ccttgggtag tcccagtctc cgccctaagg tccgtagccg acactccacc cctcctattg
     8581 tgagcctcct atgagggctt gcaaggctga caaagagggc tggattgccg tccgctctgc
     8641 tctcaaggta tcgcttgagg tggagcttcg tgcgtgcgtt aaagtagacc tctcgttctt
     8701 tattcccctt accaaagact acacattgac gctcgtggaa gtctatatcc tcacggttca
     8761 tctttactag ttcgcctaca cgcatacctg ttgaggcaag gaggtcgatg atagccaaat
     8821 ctctgatttc cttacagcta tctcgcagtt cttcaatatg ttcatcatag agtacctcct
     8881 taatcaaact ctcggttcgc accttatgga tacgacgaac tggactcttg gcgatataat
     8941 cttcatcttc cagccaagca aagaagctcg agaagatacg cctgatgttg tctatcgtca
     9001 ctcggctgga atgtctcctc tcctgatacg cggctaaata agagcgaata tcgttggttg
     9061 tgaggtcctc cacacacttg ggttctgcgc taagtagggc ctcaattgtg ctttgataat
     9121 agtgtaacgt tttttcggaa cagccttcga tcttcttggc tgagagaaaa gccagcaaca
     9181 gttctttgtt cgctcgctct cttcgctcag atgctggttc actcgggagc atctgtattt
     9241 gctcaaaggc acgctccaat acagattgca aattagccat ttggctttcc tctaagctgg
     9301 gggacacacc agcaagtatt tctgctataa ttctcttctt cattatcttg ttgcttaatc
     9361 gtttgttccc ataatagcaa aaacaaacga tagctaagca gagacaaatc ataatttaga
     9421 agcgatagca aagcagcttt acgattattg gtttgtgcag ttcgactttc ccaacactga
     9481 gggcaagccg tacaaaagta gcagtggaaa gatggtgtgg aatgagaagt tgaagcgtga
     9541 aataccagag gaatggcatt gtggaaatct ctttgagatt gcaacattta ccaatggctt
     9601 agcttgccag aaattcagac cgaaagatga cgaagtacca ttgcctgtta tcaaaatacg
     9661 ggaaatgcac gatggcatat cttctgatac agaagaagtc tcgcctaata tacccgaatt
     9721 ggtaaaggta tataatggcg atgtgctgtt ttcatggtca gcatcattgg aagttatgct
     9781 ttgggcttgt ggtcttggcg gacttaatca gcacatcttt aaggttacat ctgctaatga
     9841 cttcccaaag tcattttact actttcaact tttgaattac gtggatgtct tcaagaaaat
     9901 ggcagaagcg agaaaaacaa cgatggggca tattacgcaa gaccatctac agcaaagtac
     9961 aatcgccatt cctgataaca aagacattgt agacaaattc gagaaacgaa tatctcccat
    10021 ctttgcacag atggtcaaac tacaagaaga aatacaacaa ttatctaagc agcgtgacga
    10081 actcctgccg cttttaatga acggtcatgc atcactaaat tatgatttgt cagctttcta
    10141 ttcatccatc gttcaaaatc ttttgtcagt tgcagggctt gctcttgcag tctgatgagt
    10201 gcttgggagt aggtctcgag cttacttatc attcgctggg ctgtagcaac cgaatgataa
    10261 gtgttgagga ctttcaccgc ttcgtcgtaa aggatgccta tcttgtgcgt caagacaaca
    10321 atcttcgtga gcctttctat gcaaggttca gccgaagttt ttttgatgac cttaaaggct
    10381 tcgcccaaga gtcttgctcg gacaaagtcg ctcttcgtct ttgcttccga cttttggtat
    10441 agctcgatga tcttctgctg atcttagagc ttggagattc tgatgtgcca tctatcccat
    10501 tgtgggcagg tggcacatct gctgcttgac ttattctgtt tcatcttttc caccgtattg
    10561 ttatcacgac tttggagtaa ccctaccctg gctggctgca aggcgttttg tagcacaaaa
    10621 cggtttttgt ggcacaaaaa cacaccttgc cgggccccag aataggaggt gcccgtacct
//
LOCUS       SEQF2637|AYYD01001248.1  629 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..629
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acctgctcaa cagacttata cacttaacgc cggagagttc gtggaactcc agatctcatt
       61 ggctaataag ggctgctata tcgagagtga taagccggtg caagtctgct cctacatggt
      121 gggaatgaat tacaataacg gtgctgttgg taatggcgat gaatcgcttg tgtggattcc
      181 tcctgttgag cagtctgtgc aaacagcctt gattgcacca tttacttcag ataggttgtc
      241 gtctcattat gcattgatcg tgacccctac tgcgacaaaa gagaaaacga ccattaagat
      301 tggggctgga cagacgatgc ttttgagtag tcaaggcggt acgtggtatg acaatccgag
      361 ctccggtatg tcattctaca acctacagct tacggagtct tcggcctctt atctatttga
      421 caacgaagag ggccttattg tttatggata tggctttgga tcttacatat cctactacta
      481 catggcagca tcatccatac ggcagctgaa cccttcattc tatatcaacg atgtccattt
      541 ccaaaatgcg aatcgtagcc aaacaagcag taacgggtcg gattacgttt acggagaaca
      601 acaaggttgt tcccttctca atctcagat
//
LOCUS       SEQF2637|AYYD01001249.1 1486 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1486
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acctgctcaa cagacttata cacttaacgc cggagagttc gtggaactcc agatctcatt
       61 ggctaataag ggctgctata tcgagagtga taagccggtg caagtctgct cctacatggt
      121 gggaatgaat tacaataacg gtgctgttgg taatggcgat gaatcgcttg tgtggattcc
      181 tcctgttgag cagtctgtgc aaacagcctt gattgcacca tttacttcag ataggttgtc
      241 gtctcattat gcattgatcg tgacccctac tgcgacaaaa gagaaaacga ccattaagat
      301 tggggctgga cagacgatgc ttttgagtag tcaaggcggt acgtggtatg acaatccgag
      361 ctccggtatg tcattctaca acctacagct tacggagtct tcggcctctt atctatttga
      421 caacgaagag ggccttattg tttatggata tggctttgga tcttacatat cctactacta
      481 catggcagca tcatccatac ggcagctgaa cccttcattc tatatcaacg atgtccattt
      541 ccaaaatgcg aatgggcaga cgtactgcaa tggttcgttc agattcaagg ctgaattgaa
      601 tttcccgcta agtgcgaatc ctggacatat aaaatggtat gtcaacggag tcgaagagcc
      661 cactgctcaa gataagatcg aatggacgaa gtcgtcattc ccattgaaga cccctcaaga
      721 gatcaaattg gtcgttatcg gagaagatgg aaagcagctt acaataaaat ctacgataac
      781 agtagtagat cccaaaccat tgaagattac gggagatcgt tttatctgcc cacctgcaaa
      841 aagtacggtg ttgacagctg aaagtggtcc gacacgttat cagtggtact ataatggcaa
      901 tcctatttta ggagccatag agaatacata cacggttacg tcggataaag cgggtcaata
      961 ctcagtaatt ggctcgtatg gcaagtgcac ctccccgatg agtgacactg tgaccgtggt
     1021 agacggctgt aacgctacgc tcaatgtgac ctacaacgga aacggcagta acagtggcac
     1081 ggtgccgacg gacgagaaga gtccctatgt cgaggatgcc gaagtgaccg taaagggctt
     1141 gggcgacctc aagcgtacgg atgccacgtt catcggttgg agctttacgc agaagggtct
     1201 cattacagct aagagcgacg agccgactga cctgaagaag gagaacgaca agttcaccat
     1261 caaaaccgac acgacgcttt acgccacatg ggccgtcgat aagaagggcc ccaatggcca
     1321 gggcgacaat gtgcccgact acctgcaaaa cggggtgacc tacaacggta atcactcaac
     1381 gagcggtgcg gctccgacgg acgacaacct ctacaacgcc aatacgcagg ttgaggtgaa
     1441 agattccggt agcctcgttc gtacgggtgc agcattcgtc ggctgg
//
LOCUS       SEQF2637|AYYD01001250.1  692 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..692
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             5..508
                     /locus_tag="SEQF2637_02241"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGYDSLGRMSADAFMGYDSLGRMSADAFMGYDSLGRMSADAFMG
                     YDSPGRMSADALMGYDSRGRMSAGILMECGSPGDSVAGILMGCGSPGDSVASTLMGCD
                     SPGDSVASTLMGYDSPGDSVASILMGCDSPGDSVASILMGCGSPGDSVAGMLMGCGSP
                     GDSVADV"
     CDS             complement(510..689)
                     /locus_tag="SEQF2637_02242"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMMRLPFDIPLWQPLLSIALLYATALGVVWLSGRIYRVGILLYG
                     KKPNLKEIVKWIGYR"
ORIGIN      
        1 cttcatgggg tatgatagcc tcggcagaat gtctgccgac gccttcatgg ggtatgatag
       61 cctcggcaga atgtctgccg acgccttcat ggggtatgat agcctcggca gaatgtctgc
      121 cgacgccttc atggggtatg atagccccgg cagaatgtct gccgacgccc tcatggggta
      181 tgatagtcgt ggcagaatgt ctgccggcat actcatggag tgtggtagcc ccggcgacag
      241 tgtcgccggc atactcatgg ggtgtggtag ccccggcgac agtgtcgcca gcacactcat
      301 ggggtgtgat agccccggcg acagtgtcgc cagcacgctc atggggtatg atagccccgg
      361 cgacagtgtc gccagcatac tcatggggtg tgatagcccc ggcgacagtg tcgccagcat
      421 actcatgggg tgtggtagcc ccggcgacag tgtcgccggc atgctcatgg ggtgtggtag
      481 ccccggcgac agtgtcgccg acgtatgatt catcgatacc cgatccactt tacgatctcc
      541 ttcaggttcg gtttcttgcc ataaagcagg atgccgacgc ggtaaatgcg gcccgagagc
      601 cagaccacgc ccagggctgt ggcgtagagc agggcgatgg atagcagggg ctgccagagg
      661 ggaatgtcga acggcaggcg catcatcatc ac
//
LOCUS       SEQF2637|AYYD01001251.1  389 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..389
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctacttctta ctacttataa ctccccctac tacttatcac tcccccctac ctatctatat
       61 aggtatatcc aacgcagcgc cctccgacgc gacaagctga aggtgcagca tgcgcaaaac
      121 gctcgcgagg acacccgcca actgatgcgt gtggacatcg aaacgaaatg gagcaacctc
      181 agcgaggctt acttgcagat cgatctggcg cgccgctccg tcgcctcggc cacggataac
      241 ctccgcctca atcgcgatag ttacgaggcg ggcaccgtcc ccctgaccga cctgctcgac
      301 gcccagaccc agctgcgcct cgcccgcgac cgctacaccg aggcctgcac cgcctattgc
      361 aacgcccgga cggcttaccg gcaggccgt
//
LOCUS       SEQF2637|AYYD01001252.1 3973 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3973
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             693..3704
                     /gene="uvrA_1"
                     /locus_tag="SEQF2637_02243"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYV0"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein A"
                     /translation="MDVLPSPRFADQSKYFNVKLRVDGVFSFFEVVLLFEMDNQCIND
                     LFALPLWPLTPDIDLITRNKMTVSKMKEDVWQDDNCILIKGARVNNLKNIDVRIPXDR
                     FVVITGLSGSGKSSLAFDTLYAEGQRRYVESLSAYARQFLGRMSKPECDYIKGIPPAI
                     AIEQKVSVRNPRSTVGTSTEIYDYLRLLFARLGRTFSPVSGQEVKKHQVSDVVEKALS
                     YPTGTRLAVYAPIVLPEGRTMKEQLEILQKEGYTRIEADGRVMRLQEVLEQEKLPTEG
                     VYILIDRLEVSDDKLFRNRLADSVETAFYEGHETCRLSVYAKPGADPEVLEFSKRFEA
                     DGLTFEEPTEMMFNFNNPMGACPQCEGFGRVVGIDEDLVIPDKNLSVYEGAVACWRGE
                     VMDQWRRDFMRTASKKDFPIHRAYYDLTDEERHLLWHGAEDVNGIDDFFADVEXNVYK
                     IQYRVLLARYRGKTTCPTCHGTRLKPEALYVRVGGRKITELVSMPITELRAFFSDLRL
                     NETEATIGKRLLAEITTRIQYLLDVGLGYLTLDRLSASLSGGESQRVSLSTSLGSSLV
                     GSLYILDEPSIGLHPHNTDQLIRVLRQLQAQGNTVVVVEHDEEIIRAADYIIDIGPAA
                     GRLGGEVVYQGPVSEIEKGAKESFTVRYLTGEEQIEAPDAPRLWXEFIEVRGARKNNL
                     KQIDVKFPLHAMTVVTGVSGSGKSSLVRDILYEGLKQLLDDAPLTVECLAIEGDVQHI
                     KNIEFIDQNSIGKSSRSNPVTYIGAYEEIRKLFAEQPLSKQMGYTPAHFSFNKEGGRC
                     EECKGEGRITVEMQXMADITLECEACHGRRFXADTLEVEYHGVNIYDVLEMTVAQAME
                     FFSAQKDDKQAKKIVARLTPLXEVGLGYIKLGQSSSTLSGGENQRVKLAYYLGLEKQH
                     PATMFIFDEPTTGLHFHDIKTLLKAFSDLIRLGHTVVIIEHHLDVIKCADYVIDLGPE
                     GGKAGGHLICAGTPREIVACPESLTGRYLKL"
ORIGIN      
        1 gtattcatct tgcctctacc ttcttttctt gtcttgatac aagaaaagaa ggcaaaagaa
       61 aatcaaggcc tctgccgagg ccggggaaac tggccgggta catgatggaa atagaaaacg
      121 tgatgcgttt tgcgcatttg ccatccttgg gatgtcgtcc ggtagggcgt atgcaatacg
      181 cccctacatt ggatctcaaa aaatcaatgc gttttccggt aacacggtag gggcgtattg
      241 catacgcccc acaaacgttc catctatgga acgaataacc taaaaacgtg atgcgtttcc
      301 agattattag atcgttatat cccgaaaatg taccacgttt tcgacattca tcatcattaa
      361 aatggtatcc ggtggggcgt atgcaatacg cccctaccct gatggtcgaa aaattatcgc
      421 gcctcaacct tgctacttag ttggaagtgc aaaacgcgcc gcgtttggga cttgctactt
      481 agttggaagt aaaaaacgcg ccgcgtttgg gacttgctac ttagttggaa gtgaaaaacg
      541 cgccgcgttt aggacttgct acttagttgg aagtgtaaaa cgcgccgcgt ttgggacttg
      601 ctacttagtt ggaagtgcaa aacgcgccgc gtttgagtct tccatcttag ttggaggtgc
      661 aaaacgcgcc gcgtttgagt cttccatcta agatggatgt tttgccttcg ccgcgttttg
      721 ccgatcaatc aaagtatttt aatgtaaaac ttcgtgtaga tggggtcttt tccttttttg
      781 aagtggtgct tctttttgag atggataatc agtgtatcaa tgacttattc gccctacctt
      841 tgtggccact tacaccagac atagatctca tcacacgcaa caaaatgacc gtatccaaga
      901 tgaaagaaga cgtatggcaa gacgataatt gcatccttat caagggagca agggtcaaca
      961 atctgaaaaa tatagatgta cgtatcccga gngaccgctt cgtggtcatt acggggcttt
     1021 cgggcagcgg aaagtcgtcn ctggctttcg atacgctcta tgccgagggc caacgacgct
     1081 atgtggagag tctgtcagcc tatgccaggc agtttcttgg ccgaatgagt aagccggaat
     1141 gtgattatat taaaggtata cccccggcca ttgccattga gcagaaagtg agcgtccgga
     1201 atccccgatc nacggtcggg acgtcgactg aaatctatga ttacctccga ttgttattcg
     1261 cgcgactggg tcgtactttt tcgcctgtct ctggccagga ggtgaagaag catcaagtgt
     1321 ctgatgtagt cgaaaaggcg ctctcctacc cgactggcac ccggttggcg gtctatgcgc
     1381 cnatcgtttt gccggaaggg aggacgatga aggagcaact cgagatcctg caaaaagagg
     1441 gttatacgag aatagaggca gacgggcgcg tgatgcgcct tcaagaggtg ttggaacagg
     1501 aaaagttgcc cacggaaggg gtatatattt tgattgatcg cctcgaagtg tccgacgaca
     1561 agctctttag gaaccgatta gctgactccg tcgaaacggc tttctacgaa gggcatgaga
     1621 catgccgcct cagcgtctac gctaagcctg gggccgatcc tgaggtcctc gaattttcca
     1681 aacgtttcga ggctgacggc ctgacgttcg aggaaccgac cgagatgatg ttcaatttta
     1741 ataatccgat gggcgcctgc ccncaatgtg agggcttcgg acgggtagta ggtatcgatg
     1801 aggaccttgt gatcccggat aaaaacctgt cggtctatga gggcgcggtc gcgtgttgga
     1861 ggggtgaggt gatggatcag tggcgacgcg attttatgcg gacggcatcg aaaaaggact
     1921 tcccgattca tcgtgcttat tacgatctaa cggatgagga gcgccatctg ctctggcatg
     1981 gggcagagga tgtgaatggc atcgacgatt ttttcgcaga cgtggaggnc aatgtgtata
     2041 aaatacagta tcgcgtgttg cttgcgcgat atcgaggcaa aacgacctgc cccacgtgcc
     2101 acgggacgcg cttaaaaccc gaagcgctct atgtccgcgt cggcggacgg aaaatcaccg
     2161 aactggtgtc tatgcctatc accgaactac gtgctttttt ctccgattta aggctcaacg
     2221 agaccgaggc aacgattgga aagcgactat tggccgagat cacgacccgg attcagtacc
     2281 ttctcgacgt gggactcggc tacctgacgc tcgatcgcct atctgcgtcg ctttcaggcg
     2341 gcgagagtca gcgcgtcagc ctctccacct cgctgggaag tagcctcgtg ggctcgcttt
     2401 atatactcga cgagccgagc atcggtctcc atccgcataa tacggaccaa ttgatccgag
     2461 tgctccggca attgcaggcg caggggaata cggtcgtcgt agtagagcat gatgaggaga
     2521 ttattcgggc tgcggattac attattgata tcggcccggc cgcgggacgg cttggtggcg
     2581 aggtggtata tcaaggcccg gtcagcgaaa tagaaaaagg cgccaaggag agcttcaccg
     2641 tgcgctatct gacgggggaa gagcagattg aagcccccga cgcgcctcgg ctctggaang
     2701 aatttatcga agtacggggc gctcggaaaa acaatctgaa gcaaatcgat gtcaagttcc
     2761 cacttcacgc catgacggtc gttaccgggg tcagtgggtc gggaaaaagc tcgctcgttc
     2821 gggatatttt gtatgaggga ttgaaacaac tcttagacga tgcgcctcta accgtagagt
     2881 gcctcgctat cgagggcgat gtgcagcata tcaagaacat agagttcata gatcaaaatt
     2941 cgatcgggaa aagttcgcgg tcaaatcccg tcacttatat cggngcgtat gaagaaatac
     3001 ggaaactctt tgcngaacaa ccgctttcga agcaaatggg ttacacacca gcccatttct
     3061 cgttcaataa ggagggaggt cgctgcgagg agtgcaaagg cgagggacgg atcacggtcg
     3121 aaatgcagtt natggccgac atcacgctcg agtgtgaggc ttgtcacggg cggaggttca
     3181 angccgacac gctggaggtg gaatatcacg gggtgaacat ttacgacgtg ctcgagatga
     3241 cggttgcaca ggcgatggag ttcttcagcg cgcagaagga cgacaaacaa gccaagaaaa
     3301 tagtcgctcg cttgacgcct ttgcangaag taggcttggg atacatcaaa ctcgggcaat
     3361 cctcgtcgac cctatctgga ggcgagaacc agcgcgtcaa attggcctac tatttagggt
     3421 tagagaagca gcatccggcg acaatgttca tcttcgacga acctacgact ggccttcatt
     3481 tccacgatat taagacccta ctcaaagcct tctccgatct gatccgcttg gggcacacgg
     3541 tagttattat tgagcaccat ctggacgtaa tcaagtgtgc cgactacgtc attgacctcg
     3601 gtcccgaagg cggcaaagcc ggtggtcacc tgatctgtgc cggcaccccg cgcgagattg
     3661 tcgcttgccc cgagtcccta accggccgct acctcaaact ttagcaactt atcaacggta
     3721 tatgtccgcg atcgatccac ggttcgggtc attcgttcca taaatggaac gtttgtaggg
     3781 cgtatgcaat acgcccctac cttgttaccc gaaaacacgg tacgttttct atcccccaca
     3841 tgtacccggc taacttcccc ggcctcggca gaggccttga ttttcttttg ccttcttttc
     3901 ttgtatcaag acaagaaaag aaggtagagg cagtaggaat acgccacacc gaatgccatc
     3961 caaaggatag tga
//
LOCUS       SEQF2637|AYYD01001253.1 4855 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..4855
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             693..3704
                     /gene="uvrA_2"
                     /locus_tag="SEQF2637_02244"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYV0"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein A"
                     /translation="MDVLPSPRFADQSKYFNVKLRVDGVFSFFEVVLLFEMDNQCIND
                     LFALPLWPLTPDIDLITRNKMTVSKMKEDVWQDDNCILIKGARVNNLKNIDVRIPXDR
                     FVVITGLSGSGKSSLAFDTLYAEGQRRYVESLSAYARQFLGRMSKPECDYIKGIPPAI
                     AIEQKVSVRNPRSTVGTSTEIYDYLRLLFARLGRTFSPVSGQEVKKHQVSDVVEKALS
                     YPTGTRLAVYAPIVLPEGRTMKEQLEILQKEGYTRIEADGRVMRLQEVLEQEKLPTEG
                     VYILIDRLEVSDDKLFRNRLADSVETAFYEGHETCRLSVYAKPGADPEVLEFSKRFEA
                     DGLTFEEPTEMMFNFNNPMGACPQCEGFGRVVGIDEDLVIPDKNLSVYEGAVACWRGE
                     VMDQWRRDFMRTASKKDFPIHRAYYDLTDEERHLLWHGAEDVNGIDDFFADVEXNVYK
                     IQYRVLLARYRGKTTCPTCHGTRLKPEALYVRVGGRKITELVSMPITELRAFFSDLRL
                     NETEATIGKRLLAEITTRIQYLLDVGLGYLTLDRLSASLSGGESQRVSLSTSLGSSLV
                     GSLYILDEPSIGLHPHNTDQLIRVLRQLQAQGNTVVVVEHDEEIIRAADYIIDIGPAA
                     GRLGGEVVYQGPVSEIEKGAKESFTVRYLTGEEQIEAPDAPRLWXEFIEVRGARKNNL
                     KQIDVKFPLHAMTVVTGVSGSGKSSLVRDILYEGLKQLLDDAPLTVECLAIEGDVQHI
                     KNIEFIDQNSIGKSSRSNPVTYIGAYEEIRKLFAEQPLSKQMGYTPAHFSFNKEGGRC
                     EECKGEGRITVEMQXMADITLECEACHGRRFXADTLEVEYHGVNIYDVLEMTVAQAME
                     FFSAQKDDKQAKKIVARLTPLXEVGLGYIKLGQSSSTLSGGENQRVKLAYYLGLEKQH
                     PATMFIFDEPTTGLHFHDIKTLLKAFSDLIRLGHTVVIIEHHPDVIKCADYVIDLGPE
                     GGKAGGHLICAGTPREIVACPESLTGRYLKL"
ORIGIN      
        1 gtattcatct tgcctctacc ttcttttctt gtcttgatac aagaaaagaa ggcaaaagaa
       61 aatcaaggcc tctgccgagg ccggggaaac tggccgggta catgatggaa atagaaaacg
      121 tgatgcgttt tgcgcatttg ccatccttgg gatgtcgtcc ggtagggcgt atgcaatacg
      181 cccctacatt ggatctcaaa aaatcaatgc gttttccggt aacacggtag gggcgtattg
      241 catacgcccc acaaacgttc catctatgga acgaataacc taaaaacgtg atgcgtttcc
      301 agattattag atcgttatat cccgaaaatg taccacgttt tcgacattca tcatcattaa
      361 aatggtatcc ggtggggcgt atgcaatacg cccctaccct gatggtcgaa aaattatcgc
      421 gcctcaacct tgctacttag ttggaagtgc aaaacgcgcc gcgtttggga cttgctactt
      481 agttggaagt aaaaaacgcg ccgcgtttgg gacttgctac ttagttggaa gtgaaaaacg
      541 cgccgcgttt aggacttgct acttagttgg aagtgtaaaa cgcgccgcgt ttgggacttg
      601 ctacttagtt ggaagtgcaa aacgcgccgc gtttgagtct tccatcttag ttggaggtgc
      661 aaaacgcgcc gcgtttgagt cttccatcta agatggatgt tttgccttcg ccgcgttttg
      721 ccgatcaatc aaagtatttt aatgtaaaac ttcgtgtaga tggggtcttt tccttttttg
      781 aagtggtgct tctttttgag atggataatc agtgtatcaa tgacttattc gccctacctt
      841 tgtggccact tacaccagac atagatctca tcacacgcaa caaaatgacc gtatccaaga
      901 tgaaagaaga cgtatggcaa gacgataatt gcatccttat caagggagca agggtcaaca
      961 atctgaaaaa tatagatgta cgtatcccga gngaccgctt cgtggtcatt acggggcttt
     1021 cgggcagcgg aaagtcgtcn ctggctttcg atacgctcta tgccgagggc caacgacgct
     1081 atgtggagag tctgtcagcc tatgccaggc agtttcttgg ccgaatgagt aagccggaat
     1141 gtgattatat taaaggtata cccccggcca ttgccattga gcagaaagtg agcgtccgga
     1201 atccccgatc nacggtcggg acgtcgactg aaatctatga ttacctccga ttgttattcg
     1261 cgcgactggg tcgtactttt tcgcctgtct ctggccagga ggtgaagaag catcaagtgt
     1321 ctgatgtagt cgaaaaggcg ctctcctacc cgactggcac ccggttggcg gtctatgcgc
     1381 cnatcgtttt gccggaaggg aggacgatga aggagcaact cgagatcctg caaaaagagg
     1441 gttatacgag aatagaggca gacgggcgcg tgatgcgcct tcaagaggtg ttggaacagg
     1501 aaaagttgcc cacggaaggg gtatatattt tgattgatcg cctcgaagtg tccgacgaca
     1561 agctctttag gaaccgatta gctgactccg tcgaaacggc tttctacgaa gggcatgaga
     1621 catgccgcct cagcgtctac gctaagcctg gggccgatcc tgaggtcctc gaattttcca
     1681 aacgtttcga ggctgacggc ctgacgttcg aggaaccgac cgagatgatg ttcaatttta
     1741 ataatccgat gggcgcctgc ccncaatgtg agggcttcgg acgggtagta ggtatcgatg
     1801 aggaccttgt gatcccggat aaaaacctgt cggtctatga gggcgcggtc gcgtgttgga
     1861 ggggtgaggt gatggatcag tggcgacgcg attttatgcg gacggcatcg aaaaaggact
     1921 tcccgattca tcgtgcttat tacgatctaa cggatgagga gcgccatctg ctctggcatg
     1981 gggcagagga tgtgaatggc atcgacgatt ttttcgcaga cgtggaggnc aatgtgtata
     2041 aaatacagta tcgcgtgttg cttgcgcgat atcgaggcaa aacgacctgc cccacgtgcc
     2101 acgggacgcg cttaaaaccc gaagcgctct atgtccgcgt cggcggacgg aaaatcaccg
     2161 aactggtgtc tatgcctatc accgaactac gtgctttttt ctccgattta aggctcaacg
     2221 agaccgaggc aacgattgga aagcgactat tggccgagat cacgacccgg attcagtacc
     2281 ttctcgacgt gggactcggc tacctgacgc tcgatcgcct atctgcgtcg ctttcaggcg
     2341 gcgagagtca gcgcgtcagc ctctccacct cgctgggaag tagcctcgtg ggctcgcttt
     2401 atatactcga cgagccgagc atcggtctcc atccgcataa tacggaccaa ttgatccgag
     2461 tgctccggca attgcaggcg caggggaata cggtcgtcgt agtagagcat gatgaggaga
     2521 ttattcgggc tgcggattac attattgata tcggcccggc cgcgggacgg cttggtggcg
     2581 aggtggtata tcaaggcccg gtcagcgaaa tagaaaaagg cgccaaggag agcttcaccg
     2641 tgcgctatct gacgggggaa gagcagattg aagcccccga cgcgcctcgg ctctggaang
     2701 aatttatcga agtacggggc gctcggaaaa acaatctgaa gcaaatcgat gtcaagttcc
     2761 cacttcacgc catgacggtc gttaccgggg tcagtgggtc gggaaaaagc tcgctcgttc
     2821 gggatatttt gtatgaggga ttgaaacaac tcttagacga tgcgcctcta accgtagagt
     2881 gcctcgctat cgagggcgat gtgcagcata tcaagaacat agagttcata gatcaaaatt
     2941 cgatcgggaa aagttcgcgg tcaaatcccg tcacttatat cggngcgtat gaagaaatac
     3001 ggaaactctt tgcngaacaa ccgctttcga agcaaatggg ttacacacca gcccatttct
     3061 cgttcaataa ggagggaggt cgctgcgagg agtgcaaagg cgagggacgg atcacggtcg
     3121 aaatgcagtt natggccgac atcacgctcg agtgtgaggc ttgtcacggg cggaggttca
     3181 angccgacac gctggaggtg gaatatcacg gggtgaacat ttacgacgtg ctcgagatga
     3241 cggttgcaca ggcgatggag ttcttcagcg cgcagaagga cgacaaacaa gccaagaaaa
     3301 tagtcgctcg cttgacgcct ttgcangaag taggcttggg atacatcaaa ctcgggcaat
     3361 cctcgtcgac cctatctgga ggcgagaacc agcgcgtcaa attggcctac tatttagggt
     3421 tagagaagca gcatccggcg acaatgttca tcttcgacga acctacgact ggccttcatt
     3481 tccacgacat taagacccta ctcaaagcct tctccgatct gatccgcctg gggcatacgg
     3541 tagttattat tgagcaccat ccggacgtaa tcaagtgtgc cgattacgtc attgacctcg
     3601 gtcccgaagg cggcaaagcc ggcggtcacc tgatctgtgc cggcaccccg cgcgagattg
     3661 tcgcttgccc cgagtcccta accggccgct acctcaagtt gtgagatcca tttcaggtaa
     3721 aagcccaagc cctcgatcca tttttcagcc tccacacgta tccgtctaac ttccctggcc
     3781 tcggtagagg ccttgatttt cttttgcctt cttttcttgt atcaagacaa gaaaagaagg
     3841 taggggcgta ttgcatacgc cacaccgaac gccatccaaa ggatagtgaa tgcacgaaac
     3901 gtgtcaattt tttaggttat aacgatcgta caatctgaaa acgcatcaca ttttcagggt
     3961 tattcgttcc atagatggaa cgtttgtagg gcgtatgcaa tacgccccta ccttgttacc
     4021 caaaaacacg gtacgttttc tatcccccac atgtatccgg ctaacttcct cggcctcggt
     4081 agaggccttg attttctttt gccttctttt ctttcatcaa ggaaagaaaa gaaggtcggg
     4141 gtattagaaa tacgctccac cgaacgccat ccaaaggata gtgaatgcac gaaacgtgtc
     4201 aatttttcag gttataacga tcgtacaatc tgaaaacgca tcacattttc gggttattcg
     4261 ttccataaat ggaacgtttg tagggcgtat gcaatacgcc cctaccttgt tacccgaaaa
     4321 cgtatcgatt tttcaggtct ctgtgtaggg gcgtattgca tacgccccac cggacgccat
     4381 tttaatgatg gtgaatgcac gaaacgtgat acgtttttgg ggtataagga tctaataatc
     4441 cccaaatgca tcacgttttg ggcattcaca ttcaatgaat catgaaaacg tgatacattt
     4501 tctgggtata ttgatcttgg agaataaaaa tcgggggttt tgcccccata cctctacctt
     4561 cttttctttc cttgatgaaa gaaaagaagg caaaagaaaa tcaaggcctc tgccgaggcc
     4621 gaggaagttg accggataca tgatttacct tgaaaaggta ccgcgttttg ggcatatcta
     4681 ttccatgtat ccccaaaaac acaccacgtt accccctcct accccaggtg agtacgtaat
     4741 ccgaggcgag ggagaagtct attttgaagg tgtatgtgtt cggcgtgagc gtttcgtgga
     4801 ctataagctg atgggaagcg ggctcgtagg ccacgatacg cactcctcgg agtgt
//
LOCUS       SEQF2637|AYYD01001254.1  486 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..486
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgttacctg tgcagaatcc tgtatatcaa tgcaaaagag ccatgtgcga gaaaggttca
       61 gttacctgct tttgcaccat cgttacctac caccagacag ggtaatggtt tggtaactga
      121 actcttgctc ggatccgcac ttttcagcct tttccgctcg acgcaatcgg aagcatatcg
      181 ccccctttcc gcctaattat cagcctactt actctgacat cgtggcttct gcttttgagg
      241 ggaatagttg gttccgaagg gtatttaatg acgttccgaa cgtggtttaa tacggttccg
      301 aggtggtcac aaccacgttc cggacgttat ttaaccacgt tccgaggggt atttaatatg
      361 gttctgaggg gtatttaata cggttctgag gggtatttaa tacggttctg aggggtattt
      421 aatacggttc tgaggggtat ttaatacggt tctgaggggt atttaatacg gttctgaggg
      481 gtattt
//
LOCUS       SEQF2637|AYYD01001255.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 cgccatggat atgcttcgcc gtggatggaa gatggggttg catgcgaagt atgtgattac
       61 cgatagttgg ttcacttgcg agcaacttat ggcgtgtgtt agaagcatag gtaaaggtgc
      121 aatgcacttt gtcggacttg caaaaatggg aaagacgaaa tacgctgtat caggcaggaa
      181 gaaaaatgtt gcagaactca ttgccaccta tgaacgcgaa cgaggaagga gctgtcgtaa
//
LOCUS       SEQF2637|AYYD01001256.1  450 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..450
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             49..300
                     /locus_tag="SEQF2637_02245"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPVWNEFLKIGTVANAEVDGRQIYTTDGVLYLTLPXPELVRIFD
                     VSGRLLQTFSAPAGSSTLRLKAGYHIVQVGDTAEKVYVN"
ORIGIN      
        1 aacgtgcagc tgaatgttcc tcggggaaca gagtcgacgt atcgctcgat gcccgtttgg
       61 aacgagttcc tgaagatcgg caccgtggcc aacgccgagg tggacggtcg ccagatctac
      121 accaccgacg gagtgcttta cctcacgctt ccgnagccgg agcttgtccg catcttcgac
      181 gttagcggtc gcctgttgca gacgttcagc gctcccgctg gctcctccac cctccgcctg
      241 aaggctggct accacatcgt ccaagtgggc gatacggccg agaaggtgta cgtgaactaa
      301 gaagtgaaaa gtgaaaggcc gggccgttgc acgatgagac tccacgtctc atcatgcggt
      361 gcccggtttt ttttgttttc ttcgctgttg cgtttccaat ccaagtggtt tgaagtgaaa
      421 ccgagctccg attttggtca aaccaggtgg
//
LOCUS       SEQF2637|AYYD01001257.1  209 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..209
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(40..207)
                     /locus_tag="SEQF2637_02246"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTSVGEAATLDHNAPVTTFTRWRTYLGAYYNPSKHFEFRAELGN
                     EARIYLTPPDS"
ORIGIN      
        1 acatagagtt gattgaagaa gatctcgttg aaggccgtct tagctgtcgg ggggggtgag
       61 gtagatacgg gcctcattgc ccagctcggc tctaaactca aagtgtttgc tggggttgta
      121 gtaggcgccg agataggtgc gccaccgggt gaaggtggtt acgggcgcat tgtgatccag
      181 cgtggcggct tcgccgacgg aggtcattc
//
LOCUS       SEQF2637|AYYD01001258.1  209 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..209
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gctgcacaag tgtggggggt gtgggatgtg tttccgtggg gcgggtgtac acctattata
       61 ataggtacgc gatgagctgc ggcgggagcg gacgtcgagt tgcatcgtgt acacctatta
      121 aggataggca aggtgcacca gccggcgaaa aggcgtccga catggtggtt tggatgcggt
      181 tgtgaattgt gtagaccgaa taacattcc
//
LOCUS       SEQF2637|AYYD01001259.1  218 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..218
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 tgggcggccc tcggtacgta taaagacata cgcacggagt cgttcgacga ggagacgctg
       61 catattgatg gcatgctgaa ggacatcgtg cccatcgcag ccgacatcac caccctcgga
      121 ctcacctcag agttcgccag cctcaagacg ctgaacgacg agtatgaatc cctcagcgcg
      181 caacgtgaac acacgacggc cgtcaccaaa ggcccgag
//
LOCUS       SEQF2637|AYYD01001260.1  318 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..318
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 caaggtcagc atccacaaca gctgccacgg tgtgcgcgag ttaggcctct cttctccctc
       61 ggagctgaca gtgccctact tcaacaagat ccgctcactg cttgagcgtg tacccggtat
      121 cacggtcgta gagcctaagc gcgtcgacga atgctgcggt ttcggcggct tattcgccgt
      181 cgaggagtct gaagtatccg cctgcatggg ccgtgacaag gtgaaggatc acatgtccac
      241 cggagccgaa tacattaccg gagccgacag ctcctgcttg atgcacatga atggcgtcat
      301 cgaacgcgaa cattaccc
//
LOCUS       SEQF2637|AYYD01001261.1  270 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..270
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ctatcgagca aatcttcgtt aggtcgccct ctacacagat cgcctgtgta ttcgtgatcg
       61 ggcgcagagg cagatggcta tatgtccgca cagtctcctc agccgactcc tcaaatggct
      121 cacaaccgta atggggcacc gtgtagaaat cgaccagtcc aagcgcatca aaatctcgaa
      181 agttgggcga tcatcttggc caatatcccc ggtatcatct tggggataat caccttcgcc
      241 accagcttct aagattcggc aagtaacggt
//
LOCUS       SEQF2637|AYYD01001262.1  380 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..380
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gagtgaaacc acctggtgcc tcggctcgca acattgggcg cgctacccac acacagcggg
       61 ctacacggcc gaatacggca tcctgctcga catggtcggc tcgcgcgacg ccgtcttcta
      121 ccgcgagcag acctccgacc gctacgccgc ancctacgtc gaccgcgtct ggtcggccgc
      181 ccgcgacctc ggcttcggac gctacttcgt caacgccccc ggtggcaacc tggtcgncgn
      241 ctttattatc aaggagatca ngcggcgaat cgnccgtttg gccantctng atacggcgaa
      301 agattttgct cgcgntgtgc gtgaattgaa gggcnaccgg atcgatgncg attnccgctc
      361 gcggcagttc acactggaag
//
LOCUS       SEQF2637|AYYD01001263.1  295 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..295
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 accaccgatc ccgaagcggg ctctttggga gaaatgaaaa ccgcgcgacg ggcctactac
       61 tcgccgcgcg gtgtgttttt agccccgttt tcatagggaa agagggcgcg gagtttttca
      121 atgttgctcg ggcgttatca ggcgcccata gctttcgtta tatcatcggc ttcagtgtct
      181 ctgccactct ttcttctcca tataatcccc caacattaaa gaacaagacg tatgacaaat
      241 ccgatttttg aaagtatgga tcaggataag ctgcgccgaa tgatcgcgat tcgtg
//
LOCUS       SEQF2637|AYYD01001264.1  246 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..246
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 acttcatgta ttggaacacg gcgtaataga catggtgtat gctggccgtg taatagcctt
       61 cttccgcttt gtcgatcagc gcctcggcgg cttttatgtt atggatggct ttcgtcttca
      121 tctgctcctg ttgcctttcg tgtgggcgca aagatagccg tggccccgtt tttcgttttg
      181 catttttcga ttttccctcc tcaggcccct acttttgccg ccgcttctaa caaacgaacg
      241 taacat
//
LOCUS       SEQF2637|AYYD01001265.1 1265 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1265
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(139..1137)
                     /gene="trpD_7"
                     /locus_tag="SEQF2637_02247"
                     /EC_number="2.4.2.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00500"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate phosphoribosyltransferase"
                     /translation="MKDILNKLTEHRCLSRDEARAILQDIAEGRYNDAQTASLITVFL
                     MRDISVDELCGFRDALLEMRHPVDLSDYAPIDIVGTGGDGRNTFNISTAASFVVAAAG
                     LPVAKHGNYGATSVSGASNVIERMGVRFTADEGALRRSMDGCRLAYLHAPLFNPAMKA
                     VAPVRKALGVRTFFNILGPLVNPALPAAQLLGVYNLALQRLYTYTYQAAGTTRFAVVH
                     SLDGYDEISLTSDFKVSGVDGEQIYRPETLGLARLRPEELYGGATPDEAADIFRRVLE
                     NRSTAAQKQAVVANAAFAIRLMRPDTSLPDCIAEATETIDSGRALQTLKRFIELNQ"
ORIGIN      
        1 tcttgcataa tgagggggtg attattcttc ttcttttgat gtccttcttt tcttgccttg
       61 atgcaagaaa agaagcaaaa gaagatcaag gccccaccgg ggccggggaa gtttggcagg
      121 agagacctgt ttacttggtt attgattgag ttcgatgaat cgcttgaggg tttggagggc
      181 gcggccactg tcgatggtct cggtggcttc ggcgatgcag tcgggcagag aggtgtcggg
      241 gcgcatgagg cggatggcga aggcggcgtt ggcgacgacg gcttgctttt gcgcggctgt
      301 cgaacggttc tcgagcacac ggcggaagat gtcggcggct tcgtcgggtg tcgcaccgcc
      361 ataaagctcc tccggacgta gtcgcgcgag gcctaacgtc tcggggcgat agatttgttc
      421 gccgtcgacg cccgacactt tgaagtcgga cgtgagcgag atctcgtcgt agccatccaa
      481 gctatgcacc acggcaaagc gtgtcgtgcc ggcagcctga taggtatagg tgtagagccg
      541 ttgcagagcc agattgtaga cgcccagcag ctgcgcagcg ggcagggcgg gattgaccag
      601 cgggccgagg atgttgaaga aggtgcgtac gccgagggcc ttgcgcacgg gggcgacggc
      661 cttcatggcg gggttgaaga gcggggcgtg gaggtaggcc aggcggcaac cgtccatgct
      721 gcggcgcagt gccccctcgt cggccgtgaa gcgcacgccc atacgctcga tgacgttgct
      781 ggcaccgctg accgacgtgg cgccatagtt gccatgcttg gctacgggca gtccggcggc
      841 ggctacgacg aacgaggcgg cggtggagat gttgaacgtg ttgcgaccgt cgccaccggt
      901 gcccacgatg tcgatgggcg cgtagtccga gaggtcgacg ggatggcgca tctccaagag
      961 ggcgtcgcga aagccgcaaa gctcgtccac ggagatgtcg cgcatgagga aaacggtgat
     1021 gagggacgct gtctgggcgt cgttatagcg cccctctgcg atgtcttgca ggatggcgcg
     1081 cgcctcgtcg cggctgaggc agcggtgctc ggtgagcttg ttgaggatat ctttcataag
     1141 gaagagtagt tagggggatt gggatcttct gatgagtagt taggggggac cttcttttct
     1201 tgccttgatg caagaggcgt cagggacgcc ggccaagttt gtccgggtac gtatttattc
     1261 gtnga
//
LOCUS       SEQF2637|AYYD01001266.1  240 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..240
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             61..168
                     /gene="trpG_3"
                     /locus_tag="SEQF2637_02248"
                     /EC_number="4.1.3.27"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26922"
                     /codon_start=1
                     /transl_table=11
                     /product="Anthranilate synthase component 2"
                     /translation="MALRHRTYPVHGIQFHPESILTPVGEKIIRNFLNE"
ORIGIN      
        1 cgcgaaggct tccccgacga cacgctccag gtgacagccg aaagccccga cggctacatc
       61 atggccctac gccatcgcac ctatcccgtg cacggcatac agttccaccc cgaatccatc
      121 ctgacgcccg tcggagagaa gatcatccgc aacttcctca acgaataaat acgtacccgg
      181 acaaacttgg ccggcgtccc tgacgcctct tgcatcaagg caagaaaaga aggtcccccc
//
LOCUS       SEQF2637|AYYD01001267.1  571 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..571
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 gattggagcc gttgtcgcga aacatcgtgt ccacgggccc ccatgtttag tttttcgttt
       61 ttagttttcc ccatccccct tttatgaaga tcctcctttt agacaactac gactccttca
      121 cctacaacct tgtgcacgcc ttgcacgacg ctggggcgca ggacgtcacc gtggtccgca
      181 acgaccgcat cgacctcgac gacgccgcgg cgttcgacaa gatcatcctc tcgcccggcc
      241 ccggcatccc cgaagaggcc ggcctactcc tgccgctcat ccggcgttat gccccgtcga
      301 agcccatcct gggcgtctgc ctcggccatc aagccatcgg gcaagtgttc ggggcacgcc
      361 tcgagaacct ctccgacgtc tttcacggcg tccagacgcc catccgactc accgccaccg
      421 acgagcccct ttttgccggc ctcacgggcg agttcaccgc cgggcgctat cactcgtggg
      481 tcgtcagccg cgaaggcttc cccgacgaca cgctccaggt gacagccgaa agccccgacg
      541 gctacatcat ggccctacgc catcgcacct a
//
LOCUS       SEQF2637|AYYD01001268.1  653 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..653
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgtgttgcc cgtcacccaa atacgattac tgtgtacgcc ctcttgcaat aaattatctc
       61 gccctaaaga ggttggcgaa aagtggtatg tagcaatacg cccggttatc tgacgattca
      121 tctcttctgg ccatggacta tatatattat tcgtacgtaa accagcttcg acatgtccga
      181 cccgcatctg ttgatagaat gcagctaaag caacagccat tgacgtagtc gtatcaccat
      241 gcaccatcac tatatccggt ttagcctgag aaaaaacatc tcgcattccc aataagattc
      301 gcgatgtaat gtcgtataaa tcctggcctg acttcatgat gttcagatca taatccggta
      361 taatatcaaa gatattcaac acttgatcga gcatttctct atgttgccct gtcacgcaaa
      421 cagtcgtcct gaacttatcc ggatatttct gaaactcctt aactaaagga gccatcttga
      481 ttgcctctgg ccgtgtccca aaaaccaaca taatgttctt ccgcattatt cttatccctt
      541 tctaccctga aatacagatt ttatccggta ttggatctta tgccacagca tcgcataacg
      601 gaaataacca ataaacgctt ttctcgcatt cttatcttct tcaagtagaa gac
//
LOCUS       SEQF2637|AYYD01001269.1  827 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..827
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             26..463
                     /locus_tag="SEQF2637_02249"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLTGVIIVSVIVLAMFYLGGVVDPAAENKEPVNTSLLLYWCYAL
                     FGVTMVCLVLFGIMQFFSTLKTKPKAALGSLVVLIAFVVLLGVTYAMGDATPLPGINV
                     DSAQFNTAGWLKVSDMWIYSTYVLLGLSVLAMIAGSLKKVLNK"
ORIGIN      
        1 caagataagg aaactgtcga gctggatgtt gacaggcgtc atcatagtta gtgtgattgt
       61 cctagcaatg ttctatctcg gtggtgtggt tgatcctgct gcagagaata aggagcccgt
      121 aaatacatcg ctgttacttt attggtgcta tgcgctgttt ggagttacga tggtttgttt
      181 ggtgctgttt ggaattatgc agttcttctc tacattgaag actaaaccaa aagcagcact
      241 gggctcttta gtggtgttga ttgcttttgt agtcttgctt ggagtaactt atgcaatggg
      301 tgatgctact cctctaccgg gaatcaatgt tgattcagca caattcaata cagcgggctg
      361 gttgaaggtc tcggatatgt ggatctattc aacgtatgtc ctgttgggac tgtcagtgtt
      421 agcgatgatt gctggtagtc ttaagaaggt tctgaataag taatagatat agcgagcata
      481 gaaagaacat gagtaagaaa aggaaagttc cgggaattaa tggatcttct tctgctgaca
      541 tcgctttcat gttgttgctg ttctttcttt tgacgacttc tatggatacg gatatggggt
      601 tagcgcgaag attgcctcct ccacccgata aacagcagaa gaaacaggaa atcgatgtca
      661 aaaaaaggaa catgcttgta gttttgatca gctccactaa tcaagtgttg tgcggtggcg
      721 aatacatgga tataaagcag gtcaaagcta aggctaagga gttcatagcc aatgtgaata
      781 acgatccgaa tttaccggag aaggaagaag ctgatgtccc gtttttt
//
LOCUS       SEQF2637|AYYD01001270.1  289 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..289
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             25..171
                     /locus_tag="SEQF2637_02250"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGHRVEIDQSKRIKISKVGRVGRCNSIHYLCIGNVRRSNHAPRR
                     LSNV"
ORIGIN      
        1 ctcctcaaat ggctcacaac cgtaatgggg caccgtgtag aaatcgacca gtccaagcgc
       61 atcaaaatct cgaaagttgg gcgtgtaggg cgttgcaaca gcatccatta cttgtgcata
      121 ggcaatgttc ggcgcagcaa tcatgctccc cgccgactct ccaatgtata gcgctcccgc
      181 ctccacccga cggccgaagt gatcgagcag actttggaga gaaatgactg catttacgtc
      241 agcggtggta acctgttttt cctcatgcag gaacttaggc ggaagggng
//
LOCUS       SEQF2637|AYYD01001271.1  273 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..273
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
ORIGIN      
        1 ccgtcaccgt gcaggaggcg gaggtcacca cctacgacgg ccgtcgcctc acggccaaaa
       61 acatcatcgg cgcactggcc cccgatcgca cacgccgcat cctgctttgc gcgcattggg
      121 actcgcgccc cttcgccgac cgtgacccgg acgcgggtcg ccagcgcaca cccatcgacg
      181 gggccgacga cggggccagc ggcgtgggcg tcttactgga gatcgctcgc cagctcaacg
      241 tctcggggct gcctgcggac gtgggcatag aca
//
LOCUS       SEQF2637|AYYD01001272.1  291 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..291
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             109..219
                     /locus_tag="SEQF2637_02251"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLQDTQLCEKTSKTMEKQMRRINESVKKGAKVTGDY"
ORIGIN      
        1 gtgactacta gtgaagacaa gaacgatttt gatggtcaat ttatgaatac tcgttccggc
       61 ttcttcaata cgcaaattcg aatcatattt ggaccacttg attagtacat gttgcaggac
      121 acccaactat gtgaaaagac aagcaaaacc atggagaagc agatgagaag aattaatgaa
      181 agcgtgaaga agggggcaaa agtcactggt gactactagt gaagacaaga acgattttga
      241 tggtcaattt atgaatactc gttccggctt cttcaatacg caaattcgaa t
//
LOCUS       SEQF2637|AYYD01001273.133326 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..33326
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             2..481
                     /locus_tag="SEQF2637_02252"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAVCGAYAIRPYTGDLKNGDFSIHSTTGVAVYGAYSIRPYTGDL
                     KNGDFSIHLTTGVAVYGAYSIRPYTGDLKNGDFSIRSTTAVVVCRAYTIRPYTGDLKN
                     GDFSIRSASGVAVYGAYAVAPLHGQTKTGLVFGSYFEEGRKRGRGVGCAKSGVGALP"
     CDS             581..2623
                     /gene="glgB"
                     /locus_tag="SEQF2637_02253"
                     /EC_number="2.4.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P16954"
                     /codon_start=1
                     /transl_table=11
                     /product="1,4-alpha-glucan branching enzyme GlgB"
                     /translation="MNKLMLIQKDPWLEPYAEAIEGRHNDVIKKEQDLTQNGRLSLSD
                     FASGYLYFGLQRMADGGWVFREWAPNATAIYLVGDFNGWEKREDYRLRRLEGAAGNWE
                     IVLPADALHHGDLYKLRMEWEGGAGERIPAWCRRVVQDETTKIFSAQVWDPAEKYKFR
                     VNDFRPDTSPLLIYECHIGMATEEEKTGTYEEFRLKVLPRVARDGYNAIQIMAIQEHP
                     YYGSFGYHVSSFFAASSRFGTPEELKRLIDDAHALGLAVIMDIVHSHAVKNEAEGLGR
                     FDGSYRQYFHTGERREHRAWDSLCFDYGRNEVLHFLLSNCKFWLDEYRFDGFRFDGVT
                     SMLYYSHGLGEAFSNYGDYYNGHQDGDAIVYLTLANRLIHEVNPHAVTIAEEVSGMPG
                     LAARFEDGGYDFDYRMAMNIPDFWIKTLKEKKDEDWHPSAIWWETTNRRADEKTISYA
                     ESHDQALVGDKTIIFWLIDADMYWHMQTNDRNLTVERGLALHKMIRLVTATTMNGGYL
                     NFMGNEFGHPEWIDFPREGNGWSYKYARRQWGLVDNPDLKYHFLGDFDHAMLALIHSV
                     PAFQALPLQKVWDNDGDQVLAYMRGDFVFAFNFSPTHSFTDYGLLTPEGSYRVVLNTD
                     DPLYGGNGLTDDSIEHFTQPDPLYAPDGKGWLKLYLPARTAMVLRRVTPKKRKPKR"
     CDS             2735..3712
                     /gene="manA"
                     /locus_tag="SEQF2637_02254"
                     /EC_number="5.3.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31646"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannose-6-phosphate isomerase ManA"
                     /translation="MNPYVFRPILKEVLWGGAAICPFKSLPPDPRKIGESWEVSDVDG
                     RPSVVADGPEEGVTLGELVRRHGADLVGGRILERFGSRFPLLVKFIDARDDLSVQVHP
                     DDNLAHARHGALGKTEMWYVVQAAPGAALYSGFSRPIDADEFRRRVEERTIMEVLKRY
                     EVRPGDVFFLPPGRVHAIGAGCFVAEIQQTSDVTYRIYDYDRVGTDGRKRELHVAEAL
                     EAIDYTFYADHRQPYTPRYDAVVKLIHCPYFTTHLLDLTTLPMTRDFARLDSFVIYLC
                     MAGGVRLTDDLGHVRTIRRGQTVLLPATTRQVTLTPDSDGVKLLETFIA"
     CDS             3923..4252
                     /locus_tag="SEQF2637_02255"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLGDYSVVKCKKIFSDFEKMKADPVDVADLMLFYVEIGCRFTLA
                     YGDIDEPFYASFARYFDKTMKYIRANNLMSAYRYRAKKIVDSVYDDVGWGFPDELLDS
                     YNKYVAK"
     CDS             complement(4393..5013)
                     /locus_tag="SEQF2637_02256"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDSLPLTLREAIEYIGTIVFAISGIRLAAAKGFDWFGAFVVGFV
                     TAIGGGTVRDLLLDVTPFWMLSPAYLWCTLLGMIVVFIFNRQLVRLDLPFFIFDAIGL
                     ALFVVIGIEKTLDLKYPFWVAITMGTITGIVGGVMRDNFINETPLVFRKEIYALACVM
                     GGTVFAACYYLHFNHEVCELSAAATVLIIRILAIKFHWHLPKMKLR"
     CDS             complement(5026..6525)
                     /locus_tag="SEQF2637_02257"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFLYLLIGLAVGFTAAWFYLQARSRNEVLQAEQTVRQELSQLE
                     QSARQELQRQLQTAEQAQLLAEQAAARESLLRQRAESDAAELKQERDRLAHEHATLQA
                     ERAALLASMDALRQQSKADAVHHQQRFDEQMATLKEQFQSVARQVLDHTSERLKSENT
                     EHMERFTLPLRENLTQLRTAIEQTNDATTRNTASLAEQLRQMVAQTERMDRTATNLTN
                     ALRGDNKQVGDWGELVLSELLDAQGFVRGLNYDVQDTLTDDRGQAVVHDETGQRMRPD
                     VILHYPDNEDVVIDAKVSIKAYSDYVAATDDFTRRRHLERHLQSVRSHVTELARKDYS
                     RYITAPRRAVEFVIMFVPNDAALQLALTNDPKLWQSAFEQKVFITGTQNLYAILRMIS
                     IAWRQHTQTENQKHIFQMAEELLKRVGDFVKRFDRVGESIRTLTKDYDSAYNKAYSGK
                     QSIVQKANELKALGVKESQTYPLPAAVFAFDDDADATNATANELPHPQP"
     CDS             complement(6720..7469)
                     /locus_tag="SEQF2637_02258"
                     /EC_number="2.4.1.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:C5CBV8"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl-phosphate mannosyltransferase"
                     /translation="MRQPFAVVIPTYNNVRTVGSVIDEVLATGARVIVVNDGSTDGTA
                     DVLRGYAKRDVEVVAYAKNRGKGYALSRGFDRAEAMGFDRVITMDADGQHSVADLPRF
                     VEATAVHPNALLMGRRTVEGEMPQGNTFANRLSNFWFAVQTGQRLRDTQNGFRLYPLS
                     AMRGMRPLTSRYEAELELAVRCAWRGLPIVAIPVTVNYAPPGGRVTHFRPGRDFLRIS
                     LLNTALTLLALVYGYPSMLVRRIVRHHPNDQ"
     CDS             complement(7466..7843)
                     /locus_tag="SEQF2637_02259"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLIDSLFTIRSREETPAGCTYVLAPDAGHAIYGAHFPGSPVTPG
                     VCIIQTVKELAERSIGRPLFLRTVRNAKFLHVIDPRQATEVTFPLAISRPDEGGVAVS
                     CVVTDAVGTLFAKISLLLEEVEG"
     CDS             complement(7957..8649)
                     /locus_tag="SEQF2637_02260"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWTMRYSLVKGLRIAAHLLRCLRHSGSVMCFSTLPSPSVSDALH
                     LHCSAKPLFFMLCLLLTGCAATRNVQQREASTARVWTPAMRSAEAKNTYRVRLRAAGN
                     DLTGICVTKRVGDEWRGSLVNEFGSKAFDFVTTARRGTLLNVFPMMDRWYIRRTVAAD
                     LHFLFEVDNAEATFARRVERSERGDTIVAVSGRWRMTATSHDSTVTLVNTRRNIVYEL
                     RRMAETDDGSDE"
     CDS             complement(8621..9271)
                     /gene="lolA_1"
                     /locus_tag="SEQF2637_02261"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00240"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer-membrane lipoprotein carrier protein"
                     /translation="MKKAVITAMLAVCVLATASAQTGGYRAASEAQRKEIVAKITQTA
                     ASVRTMKCDFTQVKQLSFMNDKVTSEGRMYYKKANKIRWEYTRPYAYVFSTDGTTVHM
                     TSGKGGASNRVPVKSSKLFSEISRVMVGGVSGAGLVDSPDFSSTFSVGQSDWQITLTP
                     RKKEVRDLFASVRLYVGKSDGRVRRVELEEKSGDRTTITLKNVQANVNVDDALFTR"
     CDS             complement(9900..11297)
                     /gene="asnS"
                     /locus_tag="SEQF2637_02262"
                     /EC_number="6.1.1.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8M0"
                     /codon_start=1
                     /transl_table=11
                     /product="Asparagine--tRNA ligase"
                     /translation="MKRTKIKEILASEAYDTDVVVCGWVRTRRGSKQVAFIALNDGST
                     IHNLQVVADIDGIGEEALRNVTTGACLRVNGRLVRSQGKGQTVEVQAASIEVLGPADP
                     TTYPLQKKGHSMEFLREIAHLRPRTNTFGAVLRIRHHMAMAIHTFFHQKGFFYLHTPI
                     ITASDAEGAGQMFQVTTLDVSNPPRRQDGSVDYDADFFGRRSSLTVSGQLEGELGAMG
                     IGEIYTFGPTFRAENSNTPRHLAEFWMIEPEMAFYEIEDNMDLAEEFIKYCVRWALDH
                     CADDLHFLNDMFDKELIARLESILQAPFVRLAYGEGIRILEEAVAGGTRFEFPVYWGA
                     DLAAEHERFLVEQHFKRPVILTDYPKEIKAFYMKQNDDGRTVRAMDVLFPKIGEIIGG
                     SEREADFDRLQTRIEELHIPMKDMWWYLDTRRFGACPHSGFGLGFERLLLFVTGMANI
                     RDVIPFPRTPKNAEF"
     CDS             complement(11331..12695)
                     /gene="rluB"
                     /locus_tag="SEQF2637_02263"
                     /EC_number="5.4.99.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P35159"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal large subunit pseudouridine synthase
                     B"
                     /translation="MEIEENDGREPRPTSENQEISKEPTPQNKPERQRPAYRATREGG
                     GYKLDSKGRPTPPPPPSTTKRRPRIKDSRPAGYNRIAYGSYGPAYEKDEYLHTSYSAP
                     DNRPYAYEQPTEGVERKPYVPQSADSDRRRHYASYPQGGERPERRRPFAPREGYGERP
                     HRPHDPRQAYGEGESRPAGPFPPKKKVMMKKKKPKKPVTPFIPEQVKYEEQLSDPNEP
                     IRLNRFLANSGVCSRREADTFIQAGVVQVNGEVVTTLGTKITRQDEVLFRDQPVHIES
                     KIYILLNKPKNCMTTVDDPQNRRTVMDLVKNACPERIYPIGRLDRNTTGVLLLTNDGN
                     LASKLTHPSFKKKKIYHVWLDKEVAVEDMEKLASGLVLDDGEIHADAISYASEEDHKQ
                     VGIEIHSGRNRIVRRMFEALGYHVTKLDRVYFAGLTKKNLGRGKWRYLNEQEVNMLRM
                     GAFE"
     CDS             complement(12799..14142)
                     /gene="purB"
                     /locus_tag="SEQF2637_02264"
                     /EC_number="4.3.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB89"
                     /codon_start=1
                     /transl_table=11
                     /product="Adenylosuccinate lyase"
                     /translation="MILSALTAISPVDGRYRGKTEALASYFSEFALIRYRVRVEAEYF
                     CALTEVLPQLEAANRPEIHEALRRVYLDFSMADAERIKEIERTTNHDVKAVEYFIKER
                     MDAAGLGAYREFVHFGLTSQDINNTALPLSVKEALEEVYYPALDSVMSVLYRYAEAWE
                     EIAMPAKTHGQPASPTRLGKEIRVFAYRLEQQLTLLRAVPISAKFGGATGNFNAHHAA
                     YPQTDWRAFADRFVSERLGLVREAWTTQISNYDNLAALFDGLRRVNTILIDLCRDMWQ
                     YISMDYFKQKIKAGEVGSSAMPHKVNPIDFENAEGNLGVADAILTHLSTKLPISRLQR
                     DLTDSTVTRNIGVPLAHIVVALASLNKGLEKLVLNRPAIDHELDAHREVVAEAIQTIL
                     RREGYPQPYEALKALTRKNEAVTEESIDRFIDSLELSDAVKAELKAVNPHNYTGV"
     CDS             14603..15349
                     /locus_tag="SEQF2637_02265"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNTVIYVAIAVVAAVVCGYFLYANFRMKRARRKELEEFNSRYSG
                     KPLGENHQRAMVYGAVLARSRGESVLSMIPKERIETYREGMKKSRNIVDEQSAITALN
                     ALLQLQNSINFDEFIRTHETNKELNRIYTRLSRELDLPEEEVKQVRSTYAWDISRAVN
                     VAKWCFWIGYLTESQFYGCLDRCHEMVSRLGKDWTEYTCSFLLGRCIQGFKPEEVLPA
                     AKELLAAIRDGAEVKTDDPDLTVYRDIAFS"
     CDS             complement(15352..15837)
                     /locus_tag="SEQF2637_02266"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLYPPLHLPPCSLRFGSDRGRQTVLDPLRRKYVALTPEEWVRQ
                     HFVHYLLSEKGVPAELTANEVPITLNSLSRRCDTVVYNRQLRPLAIAEYKAPSVAITQ
                     RVFEQIARYNMVLAVPFLLVSNGLRHFCFRQNQSMDAYLPMDHIPAYDEMLLALDQRA
                     T"
     CDS             15881..16657
                     /gene="amn"
                     /locus_tag="SEQF2637_02267"
                     /EC_number="3.2.2.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AE12"
                     /codon_start=1
                     /transl_table=11
                     /product="AMP nucleosidase"
                     /translation="MKTKQEIVENWLPRYTDRKLEDFSDHILLTNFTKYVELFAEHFD
                     APILGLRNSMPNASGGGITIINFGMGSSNAATIMDLLSAVMPKAVLFLGKCGGLKRAN
                     SLGDYVLPIAAIRGEGTSNDYLPPEVPSLPAFSMLRAISSAIRDKGHDYWTGTIYTTN
                     RRVWEYDTSFKEYLVRTHATGIDMETATLLTAGFANQIPTGALLMVSDKPLEENGVKT
                     QESDKGVTQKFAPEHVELGIAALEMIIDEKKTIQHIKFNW"
     CDS             16675..17712
                     /locus_tag="SEQF2637_02268"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAAEGAQTFDSLCRDIRAEKFSPIYLLIGEEPYFIDCIAELLTE
                     RVVKEADRDFNQTILYGSEAKSADVINAARRFPMMADRQLVLVREAQALTDLELITAY
                     ARKPLASTVLVLCCKLKKLDGRRRFTALSTAVKKVGVVFESDKIPDYRMEAYITAALK
                     GRSMTADRKVSAMLNEFVGNDPSRLHQILDKLQILLASQKDKTLTPELIEQNVGISKD
                     YNNFELLHAIAERDTLRAHRIAKYFDSDPVNHPIQMTLPVLFNYFTNLLICYYAKDRS
                     ERGLMQTLGLRFPVQVRDYVTGMKNYKAMKVFHVIHDIRLADAQSKGVDVTSSMTDGE
                     ILKELLHRIMH"
     CDS             complement(17878..19263)
                     /gene="cusC"
                     /locus_tag="SEQF2637_02269"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77211"
                     /codon_start=1
                     /transl_table=11
                     /product="Cation efflux system protein CusC"
                     /translation="MMNMTVMKRTFLTLVAAAMLNSCGIYTNYQRPDSVRTDGLYGNA
                     EKPDGDTSNLGSLLWRDVFTDVRLQALIERGLRNNTDLGRAHLQVEQAEASLSAANLA
                     FLPAFALAPQATLSGVDGAAPSQTYSLPLTASWQLDVFGSLRNARQRARTLLMASQAY
                     RQAVQAQVVSGIATYYYTLAMLDEQLKISEETAANWQKNVETMRALMAAGRYNDAAVS
                     QSEANWYSVSASVLSLRQQIRETENRLAVLLGDSIHAVKRGEMDAWQMPASLSVGLPA
                     SLLAQRPDVMRAEQSLAAAFYATNAARAAFYPSITLSGTAGWTSSAGAAITNPSNFIW
                     SAVASLTQPLFQNGRLRAQLRIARAEQESAALTFRQTLLNAGMEVNNALTQVQTYEAK
                     AEYYDKQVASLERAVKATTLLMEHGSATYLEVLTAQQSLLAARLTRLTNRYNEISSVI
                     TLYQALGGGAQ"
     CDS             complement(19260..22460)
                     /gene="bepE"
                     /locus_tag="SEQF2637_02270"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8G2M6"
                     /codon_start=1
                     /transl_table=11
                     /product="Efflux pump membrane transporter BepE"
                     /translation="MKGNVFIKRPVLAMSISILIVIVGLISLFTLPVEQYPNIAPPTV
                     MVSTAYTGADAEAVQKSVIMPLEENINGVENMIYMSSTATNSGSASISVYFKQGTDPD
                     MAAVNVQNRVSRAQGLLPAEVTRVGVSTQKRQTSFLQINALTCTNGKYDEHFLSNYLD
                     INIIPQIKRIEGVGDVMEMGDTYSMRIWLKPDVMAQYGLVPSDITAVLGEQNIEAPTG
                     SLGENSDNTFQYTMKYKGRLVSEEEFGNMVIRADENGNVLRLKDVARVELGSQSYSFH
                     GTMDGKPAVSFMVFQVSGANATETNARITALLQKLSKDLPDGLEFTNMMSSNDFLYAS
                     IHNVVETLVIAILLVILVVYFFLQDFKSTVIPSISIIVSLIGTFACLSIFGFSINILT
                     LFALVLAIGTVVDDSIVVVEAVQSKFDIGYKSPYQATKDAMGDVTMAVITCTIVFMAV
                     FIPVTFMGGTSGIFYTQFGITMATAVGISCINALTLCPALCAMIMRPADGTKSAKSFN
                     GRVKAAYNASFNAVMGKYKKGVMFFIHHRWMAWAALACAVVLLVYFMKTTKTGLVPQE
                     DQGVVMVNVSVSPGSSLGMTMKALEKAEAIVKTAPEVEHYTRVAGYGLMSGQGVSYGM
                     FIVRLKDWSERKGRAHSSDAVLGKLMAQLQTIKEAQIFAFQPGMIPGYGMGNAVSLNL
                     QDKTGGDMTKFYQTTMQYLGALNQRPEVAMAYTSYAMNFPQYSIDVDAAKCKRAGISP
                     SSVLSVLSAYCGGAYVSNFNQYGKVYRVMMQADPKYRLDQQSLNGLYVRNGTEMAPIG
                     QFVTIKPVMGPEVATRFNLYSAITANVSVADGYSTGEAMKAIEEVAEQMLPQGYGYEY
                     SGISREESESGGASTLLIYGICVVLIYLILSCLYESFLIPFAVILSVPCGLMGSFLFA
                     QLFGLENNIYLQTGVIMLIGLLAKTAILITEYAIERRRQGMGIIESAYSAAQVRLRPI
                     LMTVLTMIFGMLPLMFSSGAGANGNSSLGTGVVGGMIVGTLALLFLVPVLYIAFEFMQ
                     EKVRPAMHKEADAQVQLERERSLNERNASHTDNTAE"
     CDS             complement(22464..23582)
                     /gene="bepF"
                     /locus_tag="SEQF2637_02271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8FWV8"
                     /codon_start=1
                     /transl_table=11
                     /product="Efflux pump periplasmic linker BepF"
                     /translation="MKVKSFMWLALAVCLPGLIVSCGKKQAGDASQASAGAAGAYKTM
                     TVERSDKEFTRTYSATIRGRQDVSVMPQVSGTLTQVSVTEGQTVRRGQTLFVIDQVPY
                     QAALNQARAAVGTAEASLATARLTYESKQTLYDQKVISDYELQTAKNALKTAEAAVAQ
                     ARAAEVNARNNLSYTTVKSPADGVVGTLPYRQGSLVGPSMQTPLTTVSDNSQMYVYFS
                     INENELLALGREYGSTAEALKKFPPVRLILSDGSEYPDSGRVESVSGVIDPATGTVSL
                     RAEFPNAGRLLHSGATGNIVMPSVYRDCIVIPQAATVQMQDKTLVYKVVDGKAVSTLI
                     TVSPLSDGQEYVVLSGLEAGDVIIAEGAGLIREGTQVQ"
     CDS             24897..25373
                     /locus_tag="SEQF2637_02272"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYNRQEIRLIVICNQKKRETDMDIKNLHPILLIGEGLGEKYKA
                     LPIGEKKKLAILSDIEMSNIPASLSHKRNISKNTLRKLATGPDVYPAFFFIPDRCVQP
                     ECLVYKEDEGIVKVSDVRSILNSTVMDLSQETSPSDSFLYEREVYFLLDQLFEKLQ"
     CDS             25519..27567
                     /locus_tag="SEQF2637_02273"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRTTKEQILYATDGGLQVFRHYIPFAITPGKKFRNPLYDDRRA
                     SCFIYKVPQTSIYRVNDFGDPTCSGDCFWFVAALHDLDLQKDFPRILEKIIRDLSLSI
                     SLPECAPGSIRSQVESVPTLRPTPTLAEPAGRPYRIEEKAFDESECAYWRQYGITPNV
                     LQRYGVRSLRSVRSETAEGKRYGFMSSTHEPLFGYVRKDYVKIYRPLSAARFVYGGRL
                     PDIYTFGMEQLPQRDDMLFITGGEKDVMSLAAHGFHAICFNSETAEIDTSIIEMLVRR
                     FRHVFFLYDADETGVKASTLRCEQFAAYNVLRIELPLAGTKAEKDISDYFRLGYSAED
                     FHHLITDRLEQLYTQTLMLLDSCEIDYRHPPDRSQTVIASRGVPLGTYDNLFCITGGE
                     GTGKSNYVSALIAGTLLTEIPTPPPNLLGLEVTPNTSQKAVLHYDTEQSEYQLHRNVG
                     KTLRRVGLDAMPTFYHPVFLAALSRKDRLQLIKDSLDLYHHRHGSIHLVVIDGIADLI
                     RSANDEAESIAVVDELYRLAGIYHTCILCVLHFVPNGIKLRGHIGSELQRKSAAILSI
                     EKDDNPALSVVKALKVRDGSPLDVPIMLFGWDKQQDMHVSRGEKSEEERERRKTAELS
                     LIAREVFRERDRLSHDELLRLIMQTVEVKERTAKDYIRHMQESGLIEQQKDNHYTLKK
                     "
     CDS             27564..27770
                     /locus_tag="SEQF2637_02274"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTNEMKTKPDEPKYYDAFDVARILRTHHKTALIWGKKGMLPSVK
                     IGNRRYFPAEGILAFKKSENRNER"
     CDS             27830..28435
                     /locus_tag="SEQF2637_02275"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYITDSIAARIGDAPHGEVFFVSDFSRSGNDVFISRVLSRLVDQ
                     KKLARLATGVYYKPRETDFGMVKPSIEQIVRAIARRDHAQIMPTGQTAENRLGLSTQI
                     PLNHVYLTTGSARSIVLGNTRIVFKRSAPRNFAYKGELIPTLIQAMKSIGRGNLTDRQ
                     RTRIKELLSSYNEPETFEHDLALAPLWIKKIITQTTKALQE"
     CDS             28432..29100
                     /locus_tag="SEQF2637_02276"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNWLSHSIEDWRIILRQTAEAESLPEYAIEKDWWVTMTLKAIFQ
                     TECAASLLFKGGTSLSKGWKLIQRFSEDIDLSIDHQYFRETVENNNQLKMLRKQCRRY
                     VVDMLVGDIDCRMEAMGLSGYRIYPVVEQGGNKVSTDSDPTEIIIEYPSVIGAASDYV
                     RPAVKVEISCLSMKEPFEVKKITTLISDAFPRADRDTSAVIPIVLPHKTREWEFKYLS
                     MSEY"
     CDS             29715..31301
                     /locus_tag="SEQF2637_02277"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKYMIWITALLLFVTGCGKEPLTPAPPPPTPTPPPTELSKQW
                     HLVGFVHAADSTVTPPGRMACKGCFSLALGADGTISGQGFLTVFAGSYRVHNGDITLE
                     GIGGAADGEQPDGKQYIEALRTAVRYEILSARRMRLYYNGGKDYLLFREWGEADSKIP
                     AALLDNMWKLSGFVRTADGVVQEVQSGNCGRCYSMQMLSNGVIAGRTSANEIHGNFEV
                     WGDQIRIDRFFAVQPTRDEPTDGKRYIASMPEVTRYEVKDGQLKLYYNDDENYLLFRA
                     WKESKEDIIPEAPPAELLGRTWRLLGFGGPFDYAVREPEPTECRVCYTLTFSKDGTMK
                     GRTSSREISGRYKVRGGTFVMLFSANESAESSADGREYIRALDSISTYILSGDRLTFY
                     SEDQRRHLLFCDEKALSFDRVPPGLSGVWKLVGFVSADGILREADPKDCDRCYTISFL
                     KDGYLTGRTINNEAWARYQFNGHNIRIRDFGMTMVGEYGDSDTYVKALKQSTRYELVS
                     GRLRLYYNNDRDYLLFKKTQ"
     CDS             31298..31759
                     /locus_tag="SEQF2637_02278"
                     /EC_number="3.4.21.50"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15636"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 1"
                     /translation="MMRQTILLMSLFICVFFSVNAQISTDEEPVSFREGNIPSRFSVS
                     QDIRIMPALDMNRIEQEDAKDEANGLPPRFGYPHEVSLDLESSGHWQELSNGDRLWQL
                     TIRCPQALSINLLYDRFWLPEGGKFFIYTADRKHSIGAFTSLNSAALFLVI"
     CDS             complement(31893..33194)
                     /locus_tag="SEQF2637_02279"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVKVAIKNENITSFGGICHIMDVFSKLGFEKLTESVLGKRGCSD
                     KAFSHGSIFGSLFFSYLCGGECLENINTLIGQFRQRPGTQLPGADTVGRGLKELAEEN
                     IVYKSEISGKSYSFNAAEKLDTLLLRMIRQMGLIKVGSHVDLDFDHQFIPAHKFDAKY
                     SYEQDFGYFPGWASIGGIIVGGENRDGNTNVKFHQEDTLRRIMDRVISELGVTIERFR
                     ADCGSFSKEIIQTVEQRCNTFYIRAANCGTRYEEFRQLKEWKSVEVGYEKYDVTSINM
                     DNLIEGKSYRLVVQRSPLRDKGGKKQTDMFGVIYTYRCILTNDWVSTEKDIITFYNGR
                     GASEKNFDIQNNDFGWAHLPFSFMAENMVFMMVTAMLKNFYLYLVRRISEKVKPLKKT
                     SRLKAFILHFVSVPAKWVRTGRQNVLNLYTNKAYYSEVFLE"
ORIGIN      
        1 cgtggccgtc tgtggggcgt atgcaatacg cccctacacg ggcgacctaa aaaatggcga
       61 tttttctatc cattcgacca ctggcgtggc cgtctatggg gcgtattcaa tacgccccta
      121 cacgggcgac ctaaaaaatg gcgatttttc tatccatttg accaccggtg tggccgtcta
      181 tggggcgtat tcaatacgcc cctacacggg tgacctaaaa aatggcgatt tttctatccg
      241 ttcgaccact gccgtggtcg tttgtagggc gtatacaata cgcccctaca cgggcgacct
      301 gaaaaatggc gatttttcta ttcgttcagc ctctggcgtg gccgtctatg gggcgtatgc
      361 tgttgcgccc ctacacggac agacaaaaac cgggctggtt tttggttcgt atttcgagga
      421 ggggcggaaa agggggcggg gcgtgggttg tgcgaaaagt ggggtaggcg cgcttccata
      481 attatacggc tactgttacc tttgcgggcg cgtcgcagga tgggaccaat catcgcttcc
      541 gctcacgcat tcataatccc taactatgta gcataagata atgaacaaac tgatgctgat
      601 tcagaaagac ccttggctgg aaccctacgc cgaagccatc gaagggcgac ataatgatgt
      661 gattaagaag gaacaagact tgacgcagaa tggacggctt agcctctctg actttgcatc
      721 gggatacctc tatttcggcc ttcagcggat ggccgacgga gggtgggtgt tccgggaatg
      781 ggctccgaat gccaccgcga tatacctcgt gggggacttt aacggttggg aaaaacgcga
      841 ggattaccgt ctgcggcgct tggaaggtgc ggcgggcaac tgggaaatcg tgctgcctgc
      901 ggacgcgctt caccacggcg acctgtataa gctccgcatg gagtgggagg gaggcgctgg
      961 cgaacgcatt ccggcttggt gtcggcgtgt ggtgcaagac gagacgacga agatcttttc
     1021 ggctcaggtt tgggatccgg cggagaaata caagttccgc gtcaacgatt ttcggcctga
     1081 cacttcgccg ctgctcatct acgagtgcca tattggcatg gccacggagg aagagaagac
     1141 tggaacctac gaggaatttc gtctcaaagt gctgccgcgc gtggcccgcg acgggtataa
     1201 cgccatccag atcatggcca tccaagagca cccgtattac ggctcctttg gctatcatgt
     1261 gagcagtttc ttcgcggcct cgtctcgctt tggcaccccg gaagagctga aacggctgat
     1321 cgacgatgcg catgcgctcg gtttagccgt gattatggac attgtgcata gccacgcggt
     1381 caagaatgag gcggaaggct tgggacgctt tgacggatcg taccgccaat attttcacac
     1441 cggagaacgg cgtgagcacc gcgcttggga ttcgctttgc ttcgattacg ggcgtaacga
     1501 ggtgcttcat tttctgcttt ctaactgcaa attctggctc gacgagtatc gtttcgacgg
     1561 attccgcttc gatggcgtta cctccatgct ttactatagt cacggcctcg gggaagcctt
     1621 tagcaactac ggcgactatt acaacggcca tcaggacggc gatgcgatcg tctacctgac
     1681 cctcgccaac aggctgattc acgaggtcaa cccgcacgcg gtgacgatcg ccgaggaggt
     1741 gagcggtatg ccaggcttgg ctgcccgatt cgaggacggg ggctacgatt tcgactaccg
     1801 aatggccatg aatatccccg atttttggat caaaacactc aaggagaaga aggacgagga
     1861 ctggcatccg tcggccattt ggtgggagac cacgaatcgg cgcgcggatg agaagacgat
     1921 cagctatgcg gagagccacg accaggcgct tgtgggtgac aagacgatta tcttctggct
     1981 catcgacgcg gatatgtatt ggcacatgca gacgaacgac agaaacctca ccgtagagcg
     2041 tggcctggcc cttcataaga tgatccgcct cgtgacggcg accaccatga acggtggtta
     2101 tctgaacttt atgggcaacg agtttggcca tccggagtgg atagactttc cgcgcgaggg
     2161 caacggttgg tcatacaaat acgcccgcag acagtggggg cttgtggata atccggactt
     2221 gaagtatcat tttctcggcg attttgacca tgccatgttg gcactgatcc acagcgtgcc
     2281 cgcgtttcag gcgctcccgc tgcaaaaggt gtgggacaac gacggggatc aggtgctggc
     2341 ttacatgcgc ggcgattttg tgttcgcgtt taacttcagc ccaacgcatt ccttcaccga
     2401 ctacggtctg cttacgcccg aaggcagcta tcgggtggtg ctcaacaccg acgatccgct
     2461 ctacggaggc aatggtctta cggacgacag catagaacac ttcacccaac ccgatccgct
     2521 ctatgccccc gatgggaaag gctggctcaa gctctacctg cccgcccgca cggccatggt
     2581 tttgcgtcgc gtcacgccca agaagcgaaa accgaagcgg taaaggatgc ccgagagggc
     2641 aagcgataga aatctgatta aagttcaaca tatcaagcac ttctgtaagc tcatcgccac
     2701 tcatttttag cttgtgagtg agcgtaacaa cgaaatgaat ccctatgttt ttcggccgat
     2761 actgaaagaa gtcctttggg gcggcgcggc catctgtcct tttaagtccc tgccccccga
     2821 tccgcgtaag atcggcgaga gctgggaagt gtctgacgta gacggtcggc cgtcggtcgt
     2881 agccgatggg ccggaggagg gcgtcacgct cggcgaattg gttcgtcgac acggcgccga
     2941 tctcgtcgga ggccgcattt tggaacgttt tgggtcgcgc ttcccacttc tggtcaagtt
     3001 tattgatgcc cgcgacgacc tctccgtgca agtgcatccg gatgacaatc tggcacatgc
     3061 gcgtcatggt gccctcggca agacggagat gtggtatgtc gtccaagccg cccccggcgc
     3121 cgcgctttac agtggttttt cgcgtccgat cgacgccgac gagttccgcc gccgtgtgga
     3181 agagcggacg atcatggaag tgctcaagcg ttacgaggtc cgtccgggcg acgtcttctt
     3241 cctgcccccg ggtcgcgtgc acgccatcgg tgcggggtgc ttcgtggccg agattcagca
     3301 aacgagcgac gtgacgtatc gcatctacga ctatgatcgg gtgggcaccg acggtcggaa
     3361 gcgcgaactg catgtggctg aggcgctcga agcgatcgat tacacctttt acgccgatca
     3421 tcgccagccc tacacgcccc gctacgacgc cgtcgtcaag ctcatccact gcccctactt
     3481 cacgacccac ctactcgacc tcacgacgct acccatgacg cgcgacttcg ctcgcctcga
     3541 ctcgttcgtc atctacctct gcatggcggg tggcgttcgc ctcacggacg accttggcca
     3601 tgtgcggacg atccgccgcg gccagacggt tctccttccc gccacgactc ggcaggtcac
     3661 actcaccccc gacagcgatg gcgtcaagct gttggagacg tttatcgcgt aaaaaaagga
     3721 cagcgtgtcg aaagctcaac tgaaaaagtg catcaaatcg atgcccaaag aggagctgat
     3781 cgaggtcatc ctcgggttat acgatgcccg aaaggaagcg taggactatt tggagtattt
     3841 tcttcatgcc gatagccaag gcgagatcga gaagcgtaag aaatggcttc acaaggagtt
     3901 ttttcctcgc ggagagggcc agatgcttgg tgactattcg gtcgtaaagt gtaagaagat
     3961 cttttctgac tttgagaaaa tgaaggctga tccggtcgac gtagcggatt tgatgctgtt
     4021 ttacgtagag ataggatgcc gattcacgtt agcctatggc gacatagacg agcccttcta
     4081 cgcctccttt gcacgctatt tcgacaagac aatgaagtat atccgcgcca ataatctgat
     4141 gagtgcctat cggtatcgcg caaaaaagat cgtcgattca gtctacgacg atgtcggttg
     4201 gggattcccc gacgagttgc tcgatagtta taacaaatac gtggcgaaat aggccgtggg
     4261 cgcctatccg agatagaaaa aggagagggg aatgggccgc catttccttc tccttttttc
     4321 tgctgacggt atcccgagcg cttttgggct tcgtacgtat tcagcgtatc cgattcccat
     4381 cgagagagcg ctttaccgca acttcatttt gggcaaatgc cagtggaatt tgatcgctaa
     4441 aatgcggatg atgagcaccg tggcagcggc ggaaagctcg cacacctcgt gattgaaatg
     4501 aaggtaatag caggcggcga aaaccgttcc gcccatcacg caggccaagg cgtagatctc
     4561 cttacggaag acgagcggcg tttcattgat gaaattatca cgcatcacac cgcccacaat
     4621 gcccgtaatg gtgcccatcg tgatcgctac ccaaaaggga tacttgagat cgagcgtttt
     4681 ttcgatgcca atcaccacga aaagcgccaa tccgatggcg tcgaagatga aaaagggcag
     4741 gtcaagccga acaagctggc gattgaagat gaaaacgaca atcataccga ggagtgtgca
     4801 ccagagatag gccggactga gcatccagaa gggcgtcacg tcgaggagca gatcgcgcac
     4861 cgttccgcca ccgatggccg tgacgaatcc gacgacgaag gccccgaacc aatcgaaacc
     4921 tttggcggca gcgaggcgga taccgctgat ggcaaagaca atcgtgccga tgtattcgat
     4981 cgcttcgcgg agggtaagag gaagagaatc catgcgttgc ttgggttagg gttggggatg
     5041 tggtaactcg ttggcggtgg cgttcgtagc gtctgcgtca tcgtcgaaag cgaacacggc
     5101 ggcgggcagt gggtacgtct gcgactcttt cacgccgagg gccttcagct cgttggcttt
     5161 ctgcacgatg ctctgcttgc cgctgtaggc cttgttgtaa gcgctatcgt aatccttggt
     5221 gagtgtgcgg atgctttcgc ccacccgatc gaaacgcttg acgaaatcac ctacgcgttt
     5281 gagtagctct tcggccattt ggaagatgtg cttttggttt tcggtctgcg tatgttggcg
     5341 ccaggcaata ctgatcatgc ggaggatggc gtagaggttt tgcgtgccgg tgatgaacac
     5401 cttttgctcg aaggccgact gccacagctt gggatcgttc gtgagagcca actgcagggc
     5461 cgcatcgttg gggacgaaca tgatgacgaa ctccacagcg cggcgtgggg ccgtgatgta
     5521 gcggctgtag tccttccgag ccagttccgt gacgtgcgag cggacgcttt gcaggtggcg
     5581 ctccaaatga cgacggcggg tgaagtcgtc cgtggcggcg acatagtcgg agtaggcctt
     5641 gatggagacc ttggcgtcga tcaccacgtc ctcgttgtcg gggtaatgca ggatgacgtc
     5701 cgggcgcatg cgctggccgg tctcatcgtg caccacggcc tgtccgcgat cgtcggtcag
     5761 cgtgtcctgc acatcgtagt tcagtccgcg cacgaagcct tgggcgtcga gcagctcgct
     5821 gagcaccaac tcgccccagt cgccgacctg cttgttgtcg ccgcggaggg cgttcgtcag
     5881 gttggtggcc gtgcggtcca tgcgctccgt ctgggcgacc atctggcgga gctgttcggc
     5941 cagcgaggct gtgttgcgcg tcgtggcgtc gttcgtttgc tcgatggctg tgcgcagttg
     6001 cgtcagattc tcgcggaggg gcagggtgaa gcgctccatg tgctccgtat tctcgctctt
     6061 gagtcgctcg gaggtgtggt cgagcacttg tcgtgcgacg ctttggaact gctccttgag
     6121 tgtggccatc tgttcgtcga agcgttgctg atggtgtaca gcgtcggctt tcgattgctg
     6181 tctgagggcg tccatcgacg ccaggagtgc agcgcgctca gcctgcaacg tcgcatgctc
     6241 gtgtgccaac cgatcacgtt cctgctttag ctcggctgcg tcggactcgg cacgttggcg
     6301 gagcagagac tcacgtgctg ccgcctgttc ggccagtagc tgcgcttgct cagccgtctg
     6361 tagctggcgc tgcagctcct gccgcgcaga ctgttccagc tgagagagct cttggcgcac
     6421 cgtctgctca gcctgcaaga cctcattacg actgcgcgct tgcaaataga accaggccgc
     6481 ggtgaagccc accgccaagc caatcaataa atagaggaaa gtcatagggg aaatgaaaaa
     6541 cgaaaaaggg aaaaatgaga tgaatcagcc gatagggtag gggcgtattg catacgcccc
     6601 acatgtacct gaccactgga ttattcgccc ctattggggc gttaagtagg gcgtatgcaa
     6661 tacgccccta ccctgccggc cggaggagac gatcatctct aatggccgat tggagataat
     6721 cattgatcat taggatgatg cctcacgatt cgtcgaacga gcatcgacgg gtaaccatac
     6781 acaagcgcca gcagggtgag tgccgtgttg agtagactaa tgcggaggaa gtcgcggccc
     6841 ggtcggaagt gcgtcacccg accacccggg ggggcatagt tgacggtcac ggggatggcc
     6901 acgatgggca gcccgcgcca cgcacaacgc acggccaact ctaactcggc ctcgtagcgc
     6961 gacgtcagcg gacgcatgcc gcgcatggcc gatagcggat agaggcggaa cccgttctgc
     7021 gtgtcacgca ggcgctggcc tgtttgcacg gcgaaccaga agttcgacag ccggttggca
     7081 aacgtgttgc cctgcggcat ctcgccctcc accgtccgac ggcccatcag cagcgcgttc
     7141 gggtgcacgg ccgtggcttc aacgaagcgt ggcagatcgg ctacgctgtg ttgcccatcg
     7201 gcatccatcg taatcactcg atcgaaaccc atcgcctccg cccgatcgaa gccgcgcgac
     7261 agggcatacc ccttgccgcg attcttcgcg taggccacca cctccacgtc ccgcttggca
     7321 tagcctcgca gtacgtcggc cgtgccatcc gtcgagccgt cgttgacgac gatcacgcga
     7381 gcacccgttg ccagcacctc gtcgatcacg ctgccaacgg tgcgcacgtt attataggta
     7441 ggaataacga ccgcaaaggg ctgcctcatc cctccacctc ctcgagcagc aggctgatct
     7501 tggcgaagag tgtgccgacg gcgtcggtca cgacgcacga gacggcgacc ccgccctcgt
     7561 ccggtcggga gatggcgagc gggaaggtca cctcggtggc ctgacgcggg tcgatgacgt
     7621 ggaggaattt ggcgttccga acggtgcgca ggaagagcgg ccgaccgatg gaccgctccg
     7681 cgagctcctt cacggtttga atgatgcaca cgccgggcgt cacggggctt ccggggaagt
     7741 gtgcgccata gatcgcgtgg ccggcgtcgg gcgccagcac ataggtgcat cccgcaggcg
     7801 tttcctcacg gctgcggatc gtgaataggg aatcaatcaa catacgatag ggggtagtca
     7861 aagggtagtt atgcggcctg cggccgcggt agttacgggg ctgcaccccg gggagtcaga
     7921 gggtagtcaa ggagtagtct gagggtggcc gccccgttat tcatcgctgc cgtcgtccgt
     7981 ctcagccatt cggcgcagtt cgtaaacgat gttgcggcgg gtattgacga gcgtcacggt
     8041 gctgtcgtgc gacgtcgcgg tcatgcgcca ccggcctgag acggctacga tcgtgtcgcc
     8101 ccgctcgctg cgctccactc gacgggcgaa cgtggcttcg gcattgtcga cctcaaacag
     8161 gaagtgcagg tcggccgcga cggtccgccg gatgtaccac cggtccatca tcggaaagac
     8221 gttaagcaat gtgccccgcc gcgccgtggt gacaaagtcg aacgctttgc tcccgaactc
     8281 gttcacgagc gagccgcgcc attcgtcgcc cacgcgtttc gtaacgcaga tgcccgtcag
     8341 gtcgttgccc gccgcccgga ggcgcacgcg atacgtgttc ttcgcctccg ccgatcgcat
     8401 ggccggcgtc catacgcgcg ccgtcgacgc ttcacgctgc tgaacattgc gcgtcgcagc
     8461 gcagcccgtc agcagcaggc acagcataaa gaagaggggc tttgcagagc agtgcagatg
     8521 caaggcgtcc gagaccgaag gcgaagggag tgtgctgaag cacatgaccg agcctgagtg
     8581 tcgcaggcaa cgcagcagat gcgctgctat gcgaagcccc ttaacgagtg aatagcgcat
     8641 cgtccacatt gacattagcc tgcacattct tgagcgtgat cgtcgtccgg tcgccgctct
     8701 tctcctcgag ctccacgcgc cgcacgcgcc cgtcggactt gccgacgtag agccgcacgg
     8761 aggcgaagag gtcgcgcacc tccttcttgc gtggcgtgag cgtgatctgc caatcgctct
     8821 gcccgacgga gaaggtggac gaaaagtcgg gcgaatctac cagacctgcc ccgctcacac
     8881 cgccgaccat cacgcgactg atctcgctga agagcttgct cgacttcacc ggcacacggt
     8941 tcgatgcgcc gcccttgccc gaggtcatgt gcaccgtcgt gccgtcggtc gagaagacgt
     9001 aggcgtacgg ccgcgtgtat tcccagcgga ttttgtttgc cttcttataa tacatccgtc
     9061 cctcggatgt cactttgtca ttcataaacg acagctgctt gacctgcgta aagtcgcact
     9121 tcatcgtgcg tacgctggcg gccgtctgcg tgatcttagc tacgatctcc ttgcgttgcg
     9181 cctcgcttgc cgcgcggtat ccgcccgtct gtgccgacgc cgtcgccagc acgcacaccg
     9241 ccaacatggc agttatcact gctttcttca tccttttcat cttgtttata cctaaaatat
     9301 cggggcgcga agataagtgc ctggtcaaat taagtcggtt ggggcggctt tggctgccgg
     9361 cgaagtgggc ccggtatgca cgtttgatgt acccagcaat cttggcagat gtccctaaca
     9421 ccctcggaaa ccttcaaaca acttgtttgg gcctttccga cccctcggaa accttcaaac
     9481 aacctgttta ggcctttccg acccctcgga aaccttcaaa caacttgttt gggcctttcc
     9541 gacccctcgg aaaccttcaa gcaacttgtt ttggcctttc cgatgcgtcg gaaaccttca
     9601 aacaacatgt ttaggccttt ccgagccctc ggaaatcttc aaacaacctg tttgagcctt
     9661 tccgacccct cggggtgtca ggaacgccag ccaagtttgc cgagtacggg cttttgagtt
     9721 tgccgggtac gggctttttg aggtacccgg ccagcttccc tgccccggca ggggccgtca
     9781 gggacgtctg cccgcaaccg cccctcgcga cgagagagtt aaccacagca aagcccccga
     9841 gccttcaacg tgtgcgaagg tccgggggct tctttctcta aacagctacc gcggccgctt
     9901 tagaactcgg cgttcttcgg cgtgcggggg aaggggatca cgtcgcggat gttggccatg
     9961 cccgtcacga agagcagcag gcgctcgaag ccgaggccaa agccggagtg ggggcaggcg
    10021 ccgaagcgac gcgtgtcgag gtaccaccac atgtccttca tggggatatg cagctcctcg
    10081 atgcgggttt gcagtcggtc gaagtcggcc tcacgctctg atccgccgat gatctcgccg
    10141 atcttcggga agagcacgtc catggcgcgc accgtgcgtc cgtcgtcgtt ctgcttcatg
    10201 tagaaggcct tgatctcctt cgggtaatcg gtcagaatga caggccgctt gaagtgctgc
    10261 tccactaaga agcgctcatg ctccgcagcc agatcggcgc cccaatagac ggggaattcg
    10321 aaccgggtgc caccagccac ggcctcttcc aagatacgga tgccctcgcc gtaagccagt
    10381 cgcacgaagg gcgcctggag gatgctctcg aggcgggcga tcagctcctt gtcgaacatg
    10441 tcgttgagga agtggaggtc gtcggcgcag tggtcgagcg cccaccggac gcagtatttg
    10501 atgaactcct cggccagatc catgttgtct tcgatctcat agaaagccat ctccggttcg
    10561 atcatccaga actcggccag gtggcgcggc gtgttggagt tttcggcgcg gaaggtgggt
    10621 ccgaaggtgt agatctcgcc gatgcccatc gcgcccagct cgccctccag ctgtccggag
    10681 acagtcaggc tgctgcggcg tccgaagaag tcggcgtcgt agtccacact gccatcttgt
    10741 cgcctcggcg ggttggatac gtcgagcgtg gtgacttgaa acatctgccc ggcaccctcg
    10801 gcgtcggagg cggtgatgat cggcgtgtgg aggtagaaaa atcccttctg gtgaaagaag
    10861 gtgtggatgg ccatcgccat gtggtggcgg atgcggagga cggcgccgaa ggtgttcgtg
    10921 cgcggcctca ggtgggcaat ctcgcggagg aactccatcg agtgaccctt cttctgcaac
    10981 ggataggtgg tggggtcggc cggcccgagc acctcgatgc ttgcggcctg cacctctacc
    11041 gtctgccctt tgccctgcga gcggacgagc cgtccgttga cacgcagaca ggcaccggtg
    11101 gtcacgttgc ggagtgcctc ctcaccgatc ccgtcgatgt cggccaccac ttgcaggttg
    11161 tggatcgtgg agccgtcgtt gagggcgatg aaggccacct gtttgctgcc gcggcgtgtg
    11221 cgtacccagc cgcagacgac gacgtcggtg tcgtacgcct cactggcaag tatttctttg
    11281 attttcgttc gtttcatcgt gtgttacgtt gtgatgatgg ttttacgcat tcactcgaag
    11341 gcgcccatgc gcagcatgtt tacctcctgt tcgttcaggt agcgccactt tccgcggccg
    11401 aggttcttct tggtcaggcc ggcgaaatag acgcggtcga gcttcgtgac gtggtatccg
    11461 agcgcctcga acatgcgacg gacgatgcgg ttgcggcccg agtgaatctc gatgcccacc
    11521 tgcttgtggt cctcctcgct ggcgtagctg atggcgtcgg cgtggatctc gccgtcgtcc
    11581 agcaccagac cgctggccag cttctccatg tcttccacag caacctcttt gtcgagccac
    11641 acgtggtaga tcttcttctt cttgaacgac gggtgggtga gcttcgaggc cagattgccg
    11701 tcgttcgtaa gtagtagcac gcccgtggtg ttgcggtcga gtcggccgat ggggtagatg
    11761 cgttccggac aggcgttctt gacgaggtcc atcaccgtgc gtcggttctg cggatcgtcg
    11821 acggtggtca tgcagttctt cggcttgttc agtaggatgt agatcttgct ttcgatgtgc
    11881 acgggctggt ctcggaagag cacctcgtct tgccgtgtga tcttcgtgcc gagcgtggtg
    11941 actacttcgc cgttcacctg cacgacaccc gcttggatga acgtgtcggc ctcacgacgc
    12001 gagcagacgc ccgagttggc caagaagcgg ttcagacgga tcggctcgtt cgggtcgctc
    12061 agctgctcct catacttgac ttgttccggg atgaagggtg tgacgggctt tttcggcttc
    12121 ttctttttca tcatcacctt cttcttcggt gggaacggtc ccgcgggtct cgattcaccc
    12181 tcgccatacg cctgacgcgg gtcatggggg cggtgcggtc gctcgccata gccttcgcgt
    12241 ggcgcaaagg gtcgacgacg ctccgggcgt tcacccccct gcggatagga cgcgtaatgc
    12301 ctgcgacgat ccgagtcggc actttgcggc acataaggct tgcgctccac gccttccgtc
    12361 ggctgctcgt aagcgtaggg acggttgtcc ggcgcagagt aggatgtgtg cagatactcg
    12421 tctttttcgt aggccgggcc atacgacccg taggcgatgc gattataccc tgccggccga
    12481 ctgtccttga tgcgcggacg gcgcttcgtg gtcgaggggg gagggggcgg tgtcggcctg
    12541 cccttgctgt ctaatttgta gccgccgcct tcgcgtgtgg cacgataggc agggcgttgc
    12601 cgttccggtt tgttctgcgg agtcggctcc ttgctgatct cttggttttc actggtcgga
    12661 cgaggctcgc gtccgtcgtt ctcttctatt tccatgctta aaaagaaaat aaatgggggt
    12721 tgattaattg gggattatag tcgtcgcgac tattagttcc gggtttttag aggccattca
    12781 gcggggaacg atgccccctc atacgccggt ataattatgt gggttcacag ccttcaattc
    12841 ggccttcacc gcgtcgctta attccagtga gtcaatgaag cggtcgatcg attcctccgt
    12901 taccgcttca ttcttgcgcg ttagcgcctt tagtgcctcg taaggctggg gataaccctc
    12961 ccgcctgagg atggtttgta tggcttcggc caccacttcg cggtgggcat ccagctcgtg
    13021 atcgatagct gggcggttta gcaccagctt ctctaatcct ttgttcaggc tggccagtgc
    13081 cacgacaata tgcgccagcg gcacaccgat gttgcgcgtt acggtcgagt ccgtcaagtc
    13141 gcgttgcagg cgagagatgg gcagcttcgt gctcaggtgt gtcaagatgg catcggccac
    13201 cccgaggtta ccctccgcat tctcgaagtc gatcgggttc accttgtgtg gcatggccga
    13261 cgatcccact tcgcctgctt tgatcttctg cttgaagtaa tccatcgaga tatactgcca
    13321 catgtcacga cagaggtcga tcaggatcgt attcacccgc cgcagcccgt cgaagagtgc
    13381 agccaagttg tcatagttcg aaatctgcgt tgtccacgct tcacgcacca gccccaaccg
    13441 ttcgctgacg aagcggtcgg caaaggctcg ccagtccgtc tgcggatagg ccgcatggtg
    13501 cgcgttgaaa ttgcccgtcg ctccgccaaa cttcgctgaa atgggcacag cccgcagcag
    13561 ggtcagctgc tgttccagtc ggtaggcaaa cacccgaatc tccttgccta accgtgtcgg
    13621 agaggccggt tgtccgtgcg ttttagctgg catggcgatc tcctcccacg cctccgcata
    13681 cctatataat acggacatca cggagtcgag agctggataa tagacctcct ctaaggcctc
    13741 tttgaccgag agcgggaggg cggtgttatt aatgtcctgc gacgtcagcc cgaagtgcac
    13801 aaactcccgg tacgctccaa ggcccgccgc atccatgcgc tctttgatga aatactccac
    13861 cgccttcacg tcgtggttcg ttgtccgctc gatctcctta atgcgctctg cgtccgccat
    13921 cgagaagtcg agataaacgc gccgcaacgc ctcgtgtatc tccgggcgat tggccgcctc
    13981 gagttgaggc aacacctcgg tcagcgcaca gaagtattcc gcctccacgc gtacacgata
    14041 tcggatcaat gcaaattcag agaaatacga ggccagcgcc tctgttttgc cccggtaacg
    14101 tccgtcgacc ggagagatag ccgttaatgc tgaaagaatc atctactggt tttattaggg
    14161 gtggcaaaag tatgcctttt ttaataccct cctccgctgg ataggtctaa tcaggctgca
    14221 taaggacgcc gaggagtagg actacgtgcg agttttgggg gcgctttatt cctacggaaa
    14281 gcccacccac gcgtggtttt gatctccgta cccctacgga aagctcaccc acgcgtggtt
    14341 ttgatctccg tacccctacg gaaagcccac ccacgcgtgg ttttgatctc cgtaccccta
    14401 cggaaagctc acccacgcgt ggttttgatc tccgtacccc tacggaaagc ccacccacac
    14461 gtggttttga tctccgtacc cctacggagc cctacgacgt acgattttga tacgatagct
    14521 ccctgtctct tatcggggga aacgcgtgcc ctgctatact ttacgtttac ttttgccagc
    14581 gaatcaaatc agtaaaaggt agatgaatac agtaatttat gtggctatcg ctgtggttgc
    14641 agcagttgtg tgcggctatt tcttgtacgc caatttccgg atgaagcggg cacgtcgcaa
    14701 ggaattagag gagttcaatt cgcgctattc gggtaagccg ctgggcgaaa atcatcagcg
    14761 ggccatggtc tatggcgctg tgttggcccg atcgaggggc gaatcggtgc tgtcgatgat
    14821 tcccaaggag cgcattgaga cgtaccgaga ggggatgaag aaaagtcgga acatcgtcga
    14881 cgaacagtcg gctataacag ccctgaatgc acttctccag ttgcagaaca gcatcaattt
    14941 cgacgagttt atccgcaccc atgagacgaa taaagagctc aatcgcatct atacgcggct
    15001 gtcgcgagaa ttagaccttc cggaggagga ggtgaagcag gttcgatcga cgtacgcgtg
    15061 ggacattagc cgtgcggtga acgtggccaa gtggtgcttc tggattggat acctgacgga
    15121 atcgcaattc tatggctgct tagaccgttg ccatgagatg gtgtcccgct tgggcaaaga
    15181 ctggacggaa tacacctgct ccttcttgct ggggcgctgc attcagggat ttaagcccga
    15241 agaagtgctg cccgcggcca aagagctgct cgccgcaatc cgagacgggg cggaggtgaa
    15301 aacggacgat ccggatctga cggtttaccg ggatattgcc tttagttgag gctacgttgc
    15361 ccgctgatcc agcgcaagga gcatctcgtc gtaagcgggg atatgatcca tcgggaggta
    15421 tgcgtccatc gattgatttt gacggaagca gaagtggcga agcccgttgc tgacgagcag
    15481 gaagggcaca gcgagcacca tattatagcg cgcgatttgc tcaaacacac gctgcgtgat
    15541 ggctaccgag ggggccttgt attccgcgat ggccagcgga cgcagctgac ggttgtaaac
    15601 gaccgtgtcg caacgtcgcg agagggagtt cagcgtgatg ggcacctcat tggccgtcag
    15661 ttcagcgggc acacctttct ccgacaggag gtaatgcacg aaatgctggc gcacccattc
    15721 ttcgggcgta agcgctacgt atttgcggcg caggggatct aaaaccgttt ggcgccctcg
    15781 atcggagccg aagcgcagcg aacagggtgg gagatggagt ggggggtaaa ggctcattgc
    15841 gtgatcataa aaatgtagga caaacataaa tgcatgacag atgaagacaa aacaagaaat
    15901 cgtagagaac tggcttcctc gctacacgga taggaagctg gaggactttt cagaccacat
    15961 cttgctgacc aacttcacga agtatgtgga gctgttcgcg gaacatttcg atgcgcccat
    16021 tctggggctg cgcaactcga tgccgaacgc gtcggggggt ggcattacga tcatcaactt
    16081 tggaatgggc agctcgaacg ccgccaccat catggatctg ctttcggccg tcatgcccaa
    16141 ggcggtgctt ttcttgggca agtgcggcgg actgaagcgg gccaattctt taggcgacta
    16201 cgtgttgccg atcgcggcga tccgtgggga gggcacgtcg aacgactatc tgccgcccga
    16261 ggtgccgtcg ctgccagcct tctccatgtt gcgcgccatc tcgtcggcca tacgcgacaa
    16321 aggccacgac tactggacgg gcacgatcta caccaccaac cgacgggtgt gggagtacga
    16381 cacgtcgttc aaggaatatc tcgtccgcac ccatgccacg ggcatcgaca tggagacggc
    16441 caccctgctg acggctggct ttgccaatca gatcccgacc ggggcgctgc tgatggtctc
    16501 cgacaagccg ttggaggaga atggcgtcaa gacgcaggag agcgacaagg gcgtgacgca
    16561 aaagtttgcc cccgaacacg tggagctggg cattgccgcc ttggagatga tcatcgacga
    16621 gaagaagacg atccagcaca tcaagtttaa ctggtagccg gtagaggctt acgcatggca
    16681 gccgagggag cacagacgtt tgacagcctt tgccgcgaca ttcgagcgga gaagttcagc
    16741 ccgatctatt tgctgatcgg ggaggagccg tatttcattg actgcatcgc ggagttgctt
    16801 acggagcgcg tggtcaaaga ggccgaccgc gatttcaacc agacgatcct ctacggctcg
    16861 gaggcgaagt cggccgatgt gatcaatgcg gcacggcgct tcccgatgat ggccgacagg
    16921 cagttggtgc ttgtgcgtga ggcgcaggcg ctgactgacc tggagctgat cacggcttat
    16981 gcgcgtaagc cgctggcgtc gactgtgctt gtgctctgtt gtaagctgaa gaagttggac
    17041 ggccggaggc ggttcaccgc tctatctacc gcggtgaaga aggtgggcgt cgtgttcgag
    17101 tcggacaaga tccctgacta ccgcatggag gcctacatca cggccgcgtt gaaggggcgt
    17161 tcgatgacgg ctgaccgaaa ggtgtcggcc atgctgaacg agttcgtcgg taatgatccg
    17221 tcgcgtttgc atcagatctt ggataagttg cagatcctcc tggccagtca gaaggacaag
    17281 acgcttacgc cggagctgat cgagcaaaac gtggggatca gcaaggatta caacaacttc
    17341 gaactgctgc acgccattgc tgagcgcgac acgctgcggg cgcaccggat tgcgaagtac
    17401 tttgacagtg atccggtgaa tcacccgata cagatgacgc tgcccgtgct cttcaactac
    17461 ttcaccaacc tcctgatctg ctattacgcc aaggatcgtt cggagcgggg gctgatgcag
    17521 accttggggc ttcgcttccc ggtacaggtg cgtgactatg tgacgggcat gaagaactat
    17581 aaggccatga aggtcttcca tgtgattcac gacatccgtt tggccgatgc gcagtcgaag
    17641 ggggtggatg tgacctcgtc catgaccgat ggcgagatcc tcaaggagtt gctacatcgc
    17701 atcatgcact gacacggagc cgatcgagta cttgtttgag gccgaggcac ctggtacccg
    17761 gacaaacttc gctggcggcc gccgccgccc cgtcgattag aaataagaag agcccccgca
    17821 aactggtgcg agggctcttt tttcgtgtgt aggagtccgg cgtaaagtgc gataacgcta
    17881 ctgcgctccg ccaccgagcg cctggtaaag cgtgatgacg gacgagatct cgttgtagcg
    17941 gttcgtcagt cgggtcagtc gggcggccag gaggctttgc tgcgcggtga gcacctcgag
    18001 ataggtggcc gatccgtgct ccatgagcag cgtggtagcc ttgacggcgc gctcgagcga
    18061 ggcgacttgc ttgtcgtaat actccgcctt ggcctcgtag gtctgcacct gcgtcaaggc
    18121 gttattcacc tccatgccgg cgttgagcag cgtctggcgg aaggtgagcg cggccgactc
    18181 ctgttcggcg cgggcgattc gcagctgtgc gcgcaggcga ccgttttgga agaggggctg
    18241 cgtgagcgac gcgacggccg accagatgaa attacttggg ttggtgatgg ctgcccctgc
    18301 gctgctcgtc cagccggccg ttccgctcag cgtgatggag ggatagaagg ccgcacgggc
    18361 ggcgttagtc gcatagaaag cggcggccag actctgctcg gcgcgcatca cgtccggacg
    18421 ctgcgccagg agcgaggccg gcagccctac gctgagcgaa gccggcattt gccaggcgtc
    18481 catctcgcca cgcttcacgg cgtgaatgct gtcgcccaac aagaccgcca accgattctc
    18541 cgtctcgcgg atttgctggc ggagggagag cacggaggcg ctgacgctgt accagttggc
    18601 ctcggactgc gacacggcag cgtcgttgta tcgcccggcg gccatcagcg cgcgcatggt
    18661 ctcgacgttc ttctgccagt tggccgccgt ctcttcggag atcttcagct gctcgtcgag
    18721 catggccaac gtataataat aggtggcgat gccggagacg acttgcgctt gcaccgcctg
    18781 tcggtaggcc tgactggcca tgagtagcgt ccgggcgcgc tggcgggcgt tgcggaggct
    18841 gccgaagacg tcgagctgcc acgaggccgt cagcgggagg ctatatgtct gcgagggcgc
    18901 ggcgccgtct acgccgctga gcgtggcctg aggcgccagc gcaaaggcgg gcaggaaggc
    18961 caggttggcc gccgagagcg acgcctcggc ctgctccact tgcagatgtg cccggccgag
    19021 atccgtgttg ttacgcagcc cgcgctcgat aagcgcctgg aggcggacgt cggtgaagac
    19081 gtcgcgccag agcaggctgc ccagattcga tgtgtcgccg tcgggctttt cggcgttgcc
    19141 atagaggccg tccgtgcgga cactgtcggg gcgttgatag ttcgtataga tgccgcagct
    19201 gttcagcatg gccgctgcga cgagggtgag gaaggtccgt ttcattactg tcatgttcat
    19261 cattctgctg tgttatccgt gtgtgatgcg ttgcgctcat tcaggctccg ctcgcgctcc
    19321 aactgcacct gcgcgtccgc ctctttgtgc atagccgggc gcaccttctc ttgcatgaac
    19381 tcgaaagcga tgtagagcac cggcacgagg aagagcaggg caagtgtacc gacgatcatg
    19441 ccacctacta cgcccgttcc gagcgaactg tttccgttgg cgccagcgcc ggacgagaac
    19501 atgagcggga gcataccgaa gatcatcgtc agcaccgtca tcaagatcgg gcggaggcgc
    19561 acctgcgcag ccgaataggc ggactcgatg atgcccatcc cttggcgacg ccgctcgatg
    19621 gcatactcgg tgatgaggat agccgtcttg gccagcagcc cgatgagcat gatgacaccc
    19681 gtctgcaggt agatgttgtt ctctaagccg aagagctgcg caaagaggaa gctgcccatc
    19741 agtccgcacg gcacggagag gatgacggcg aaggggatga ggaagctctc gtagaggcag
    19801 gagaggatga ggtagatgag caccacgcag atgccgtaga tgaggagtgt cgaagcgccg
    19861 ccgctctccg attcctcgcg cgagatgccg ctgtattcgt agccatagcc ctgcgggagc
    19921 atttgctcgg ccacctcttc gatggctttc atagcctcgc cggtggagta accgtcggct
    19981 acgctgacgt tggccgtgat ggcggagtag agattgaagc gcgtggccac ctcggggccc
    20041 attacgggtt tgatggtgac gaattggccg atgggtgcca tctctgtgcc gttgcggacg
    20101 tagagaccgt tgagcgactg ctggtcgagg cgatacttgg ggtcggcctg catcatgacg
    20161 cggtagacct tgccgtactg gttgaagttg gagacgtacg caccgccgca gtaggcgcta
    20221 aggacgctga gcacggagga cggcgagatg ccggcgcgtt tgcatttggc ggcgtccaca
    20281 tcgatgctgt actgcgggaa gttcatcgcg tacgaggtgt aagccatcgc cacctcgggg
    20341 cgttggttga gggcgccgag gtattgcatg gtcgtctggt agaacttcgt catgtcgcca
    20401 cccgtcttgt cctgcaggtt taggctgacg gcgttaccca tgccataacc ggggatcatt
    20461 cccggttgga aggcgaagat ctgcgcctcc ttgatggttt gtagttgcgc catcagcttg
    20521 cccaacacgg cgtccgagct gtgtgcacgg cctttgcgtt cgctccagtc cttgaggcgg
    20581 acgatgaaca tgccgtatga tacgccttgc ccagacatca gtccgtagcc cgccacacgc
    20641 gtataatgct ctacctcggg tgctgtcttg acgatagcct cagccttttc gagcgccttc
    20701 atcgtcatgc ccagtgagct gccgggcgat acgctgacgt tgaccatcac cacgccttgg
    20761 tcttcctgcg ggacgaggcc cgttttcgtc gtcttcataa agtaaaccag caacaccaca
    20821 gcgcaggcca gtgctgccca cgccatccag cggtggtgga tgaagaacat gacgcccttc
    20881 ttatacttcc ccatcacggc gttgaacgag gcgttgtaag ccgccttcac ccgaccgttg
    20941 aagctcttgg cgctctttgt gccgtcggcc gggcgcatga tcatggcgca gagggcgggg
    21001 cagagcgtga gggcgttgat gcacgagatg ccgacagccg tagccatcgt aataccgaac
    21061 tgggtgtaga agatgcccga cgtgccgccc atgaaggtca cggggatgaa cacggccatg
    21121 aagacgatcg tacacgtgat gacggccatc gtcacgtcgc ccattgcatc cttcgtggct
    21181 tggtaaggcg acttgtagcc gatgtcgaac ttcgactgca cggcctcgac gacgacgatc
    21241 gagtcgtcca ccaccgtacc gatggccagc acgagggcga acagtgtcag gatgttgatg
    21301 ctgaagccga agatggacag gcaggcgaag gtgccgatca gcgagacgat gatcgagatc
    21361 gaggggatga cggtgctctt gaagtcttgc aggaagaagt aaaccaccag gatgacgagc
    21421 aggatggcga tgacgagcgt ctccaccacg ttgtggatcg aggcgtagag gaagtcgttt
    21481 gagctcatca tgttcgtgaa ctcgagtccg tcgggcaggt ctttgctcag cttttgcagc
    21541 agggccgtga tgcgcgcgtt cgtctccgtg gcgttggcgc cggagacttg gaagaccatg
    21601 aacgagacgg ccggcttgcc gtccatcgtg ccgtggaagc tgtacgactg cgaaccgagc
    21661 tccacccgcg ccacgtcttt taggcggagc acattgccgt tctcgtcggc gcggatcacc
    21721 atgttgccga actcctcttc gctgacaagg cgacccttat acttcatcgt gtattggaac
    21781 gtgttgtccg agttttcacc gagcgaaccc gtgggtgctt cgatgttttg ctcgccgagc
    21841 acagccgtga tgtccgacgg cacgagtccg tattgcgcca tcacgtcggg cttgagccag
    21901 atgcgcatgc tgtatgtgtc gcccatctcc atcacgtcgc ccacgccctc gatacgcttg
    21961 atctgcggga tgatgttgat gtcaaggtaa ttcgagagga aatgctcgtc atacttcccg
    22021 ttcgtacacg tcagggcgtt gatctgtagg aagctcgtct gacgtttctg cgtgctcacg
    22081 ccgacgcgtg tcacctcggc cgggagtaac ccttgggcac gcgacacacg gttctgcacg
    22141 ttcaccgcgg ccatgtccgg gtctgtcccc tgcttgaaat acaccgagat tgaggccgat
    22201 ccgctgttcg tagccgtgga cgacatgtag atcatattct ccacgccatt gatgttctcc
    22261 tcgagcggca tgatgacgct cttctgcacc gcctcggcgt ctgcgccggt ataggccgtg
    22321 gagaccatca cggtgggcgg ggcgatgttc ggatactgct ccacgggcag cgtgaagagc
    22381 gagataagtc ctacgatgac gatcagaatg gagatcgaca tggccagcac gggccgcttg
    22441 ataaatacgt ttcccttcat cgtttactgc acttgcgttc cttcccgaat cagtccggca
    22501 ccctcggcga tgatcacgtc gcccgcctcg agtccgctaa gcaccacgta ttcctgcccg
    22561 tcgctgagcg gcgagacggt gatgagcgtg gagaccgcct tgccgtcgac cactttatag
    22621 acgagcgtct tgtcctgcat ttgcaccgta gctgcctgcg gaatgacgat gcaatcgcga
    22681 taaaccgacg gcatgacgat gttgcccgta gcgccgctgt gcagcagcct tccggcattg
    22741 gggaactccg cccggaggct gaccgtcccc gtcgcaggat cgatcacgcc gctcacactc
    22801 tccacgcgcc ccgagtcagg atactccgat ccgtcgctca ggatcaggcg aacgggcggg
    22861 aacttcttca gcgcctcagc cgtcgaaccg tattcgcgtc ccagcgctaa gagttcgttc
    22921 tcgttgatgg agaaatagac atacatctgc gagttgtccg agacggtcgt cagcggcgtc
    22981 tgcatcgacg gccccacgag cgagccctgc cggtaaggca gcgtacccac cacgccgtcg
    23041 gccggactct tgaccgtggt gtatgaaagg ttgtttcgtg cattcacctc agccgctcgc
    23101 gcctgcgcca cagccgcctc ggccgtcttc agcgcattct tggccgtctg caactcatag
    23161 tccgagatca ccttttggtc atacagcgtc tgcttgcttt cataggtcag ccgcgccgta
    23221 gccagcgatg cctcagccgt gcccacggcc gcccgggctt gattgagcgc cgcctgatag
    23281 ggcacttgat cgatcacgaa tagcgtctgt ccgcggcgca ccgtctgtcc ttctgtcacg
    23341 ctgacctgcg tcaatgtgcc cgacacctgg ggcatgaccg acacatcttg ccgcccgcgt
    23401 atcgtggccg aataggtgcg ggtgaactcc ttgtccgagc gctccaccgt catcgttttg
    23461 tacgctccgg cggctcccgc actggcctgc gacgcatcgc cagcttgttt cttaccacat
    23521 gagacaataa gccccggcag acaaacggcc aaggctaacc acatgaaact tttcactttc
    23581 attcttctgc taataatata atgtatatgg attgctgatt tcaatacgtt gcttgccctc
    23641 ctaaaagcgc tggcaaagat acaaacgttt aatttctgta tggaaggctc taaagcgcat
    23701 ttccgttctc cgtcctgaag gccccctact ttgtaaatgc ttgcgggaat cccgcaaacg
    23761 ccaaaaagtt ttccgtggga cttgcggggc tcccgcaaac gccaaaaagt ttctcggggc
    23821 acttgcggga ctcccgcaag cacttcgaag aattttctgg gctttgcagg acttctgcaa
    23881 ggacgctttt cctcattttg gtgtttgcag aaactctgca tcgagagcct atctatctga
    23941 atggaagagt gttacctgta atacaaaagg gaataggtaa cgattaggta atgagctaag
    24001 tgcttcgacc tgctttgttc atgtataaca tgagaacact cgctttctgc tagcaaagat
    24061 agttttccct cgtgagaacg ttgcagtttt gctacgattt tcacacagaa cactacgatc
    24121 ttctcccgat tgctctttgg atgctctatt catgagcaac ggaagcaggt gtaaacggtc
    24181 tcttccccat agtcataacg gccaaatgtc gtgaaacgac aaggtagatc acctctattt
    24241 taccacgtaa tgtgttgata atacagcaat tgatcgatcc atacaggatg cttctctttt
    24301 caaatcacgc aatctctttt tctctgcagt ctcatacccc caagatgaag gcaaaaatca
    24361 agatgggcgt cactccgatg tcctatgcga atgacggaat gttattgcac aggttttgac
    24421 cttgggcgta aagcctgcag gtctgctgcc tgatgccgtc atctcgaagg aactctgcct
    24481 atggatgtgt ttttgcctta cggggtaagt tctgcctttt ggcgcaaagc ctgtggcata
    24541 ctgcgcgatt ccaccattcc ggagtacctc ttcctgtgaa ggcgttttta ccttacgggg
    24601 taagtttctg ccttttggcg caaacaaagc ctgcgggatg ctgcccgata cttcttccat
    24661 ctcggagtac ctctgcccat ggaagtgttt cacattacgg gcaaagattc agaagctgtt
    24721 tggagtttgt ttcggaggac actgagaaat aactccccca tatacttctc cattagggtc
    24781 atgtctcccc ctgagatatg acttacgaga caactgtttc aatcgagtcg cccatgtaag
    24841 accttcgttc gtcaaggagt taaatctgga cctatcttat atcatatcag ttcattatga
    24901 aatataaccg gcaagaaatc cggctcatcg ttatttgcaa tcaaaaaaag agagagacag
    24961 atatggatat aaagaacttg catccgatcc tccttatagg agaagggtta ggtgagaaat
    25021 acaaagccct tccaattggt gagaagaaaa aattggccat tttatccgat atagaaatgt
    25081 ccaatatacc agcatcgcta agtcacaaga ggaacatcag caaaaataca ctcaggaaat
    25141 tggcaacagg gccggatgtt tatcctgcct ttttctttat ccctgaccga tgcgttcaac
    25201 cggaatgttt agtctataag gaggatgaag gtatcgtcaa agtgagtgat gttaggtcca
    25261 tcttgaattc aacggtgatg gatctatcgc aagaaacaag tccatctgat tcatttctct
    25321 atgaaaggga ggtctatttt ttgctggatc aattgtttga gaaattacag tgatacaatc
    25381 gatccagcat aagcaaacag caattcgtgc gaaatcttac cccgattatg atccagttgt
    25441 ttagttcgat ggccaacaat ttatcttgag atcaagatcg ataaaagaac ctatccttta
    25501 caggtgagat aatcggaaat gatacgaaca accaaggagc agatcctgta tgccacggat
    25561 ggcggattgc aggtatttcg ccattacatc cccttcgcca tcacaccagg gaagaagttt
    25621 cgcaatccgc tctacgacga tcggcgggcg tcgtgcttca tctacaaggt gccgcaaaca
    25681 agcatttacc gcgtgaatga cttcggagat ccgacttgtt caggtgactg cttctggttt
    25741 gtagcggcgc tgcatgacct tgatttgcaa aaggacttcc cccgcatctt agagaagatc
    25801 atccgcgacc tatccctgtc catctccttg ccggagtgtg cacccggatc cattcgatca
    25861 caagtcgaaa gtgttccaac gcttcgacca acaccaacgc ttgcggagcc tgccggcaga
    25921 ccttaccgca tcgaggaaaa ggccttcgac gaaagcgaat gtgcttattg gagacagtac
    25981 ggcatcacgc cgaacgtgtt gcagcgctat ggcgtccgat cgctccgcag cgtccgcagc
    26041 gagacggccg aagggaagcg ttacggcttc atgagcagca cccacgagcc gctattcggc
    26101 tacgtgcgca aggattacgt gaagatctat cgccctttaa gtgcggcccg attcgtctat
    26161 ggcggtcgcc tgccggacat ctacacgttc ggcatggagc aactcccgca acgggacgac
    26221 atgctgttca tcaccggcgg cgagaaggat gtgatgtcgc tagccgcaca cggctttcac
    26281 gccatttgct tcaacagcga gacggctgag atcgacacct ccatcataga gatgctcgtt
    26341 cgacgcttcc gtcacgtctt cttcctctac gacgctgacg agacgggcgt gaaggcttcc
    26401 accctcagat gcgaacagtt tgctgcctac aacgtcctac gcatcgaact gccactggcc
    26461 gggacgaagg ctgagaagga catttctgat tactttcgtt tgggatacag cgcggaggac
    26521 ttccatcacc taattaccga ccgcttggag cagctttata cgcaaacgct catgctgctc
    26581 gactcgtgcg agatcgatta ccgccatccg cccgaccgtt cccaaacggt gatcgcgtcg
    26641 cgaggtgtcc cgctgggcac ctacgacaac ctgttctgta ttaccggtgg cgaagggacg
    26701 gggaaaagca attatgtgtc ggcgttgatt gccgggacac tgctgaccga gattccaaca
    26761 cctccaccta atctactcgg gctggaggtt acgcccaaca cgtcgcaaaa ggccgtccta
    26821 cactacgata cggagcaatc cgagtaccag cttcaccgca acgtggggaa gaccctgcgg
    26881 cgggtcggac tcgatgcaat gccgacgttt taccaccccg ttttcctcgc cgcactctct
    26941 cgcaaagacc gtttgcaact catcaaagac agcctcgacc tctaccatca tcggcacggc
    27001 agcatccatc ttgttgtcat cgacggcatc gccgacctga tccgttcggc caatgacgaa
    27061 gccgagagta tcgctgtggt ggacgagctc tatcggctgg ccggcatcta ccacacgtgt
    27121 atcctttgcg tactccactt cgtccccaac ggcatcaagc tgcgcggaca tatcggctcg
    27181 gaactgcaac gcaagtcggc cgccatcctg tcgattgaga aggacgacaa cccggcactg
    27241 tcggttgtca aggctttgaa ggtgcgcgac ggcagtccgc ttgatgtccc gatcatgctc
    27301 ttcgggtggg acaagcagca agacatgcac gtctcccgcg gcgagaagtc ggaagaagag
    27361 cgtgagcgac gcaagacggc tgagctgtcg ctgatcgccc gcgaagtgtt ccgtgagcgt
    27421 gaccgtctct cgcatgacga gcttcttcga ttgatcatgc agacagtaga agtaaaagag
    27481 cggaccgcta aagactacat ccgccacatg caagagagtg gcctgataga gcaacagaaa
    27541 gacaaccatt acacattgaa gaaatgacga acgagatgaa aaccaaacca gatgaaccga
    27601 aatattacga cgcctttgac gtggcccgaa tccttcgcac ccaccacaag acggccctaa
    27661 tttggggaaa gaaaggcatg cttccctccg tcaagatcgg taaccgccgc tacttccccg
    27721 ccgaaggcat cttggcgttc aaaaagtcgg agaatcgcaa tgagaggtag aaagttttgc
    27781 aaaaacgatc aacctttgcg ccgtaatcgt tgcactcttt tcaagacata tgtatatcac
    27841 tgacagtatt gcagcacgga tcggagacgc tccgcatggg gaggtcttct tcgtgtctga
    27901 cttttcccgt tcgggaaatg acgtatttat cagtcgcgtc ttatcgaggc tcgtagatca
    27961 aaagaaatta gctcggctgg ccaccggtgt atactataag cctcgcgaaa ccgatttcgg
    28021 gatggtcaag ccgagcatcg agcagatcgt ccgcgccatt gctaggcgag atcacgcaca
    28081 aatcatgccg acggggcaaa cagctgaaaa tcgcttaggg ctatccacgc agattcccct
    28141 gaaccatgta tatttgacca ccggatcggc tcgaagcatc gtattaggaa atacccggat
    28201 cgtattcaag cgcagtgcac cgaggaactt tgcttacaaa ggcgaattga tccccacact
    28261 gattcaagcc atgaagtcga tcggccgtgg caacctgact gaccgacagc gaactcgaat
    28321 caaagagttg ctaagcagct ataatgagcc ggaaaccttc gaacatgact tggcgctggc
    28381 tcccttatgg atcaagaaaa tcattaccca aacaaccaaa gcacttcaag aatgaactgg
    28441 ctgtctcatt ccatagagga ttggcgaatc atactccgtc aaacggcaga ggcggaaagt
    28501 cttccggaat atgcgatcga aaaagactgg tgggtaacga tgacactgaa ggccatattc
    28561 caaacggagt gcgccgcttc tctactgttc aaaggcggca cgagcttgag caagggctgg
    28621 aagctgatcc agcgattcag cgaagacatt gacctctcta tcgaccatca atatttcagg
    28681 gaaacagtcg aaaacaacaa ccagctaaag atgttgcgca agcaatgccg acgttacgtt
    28741 gtcgacatgt tggtcggaga catagattgc cgaatggagg cgatgggcct gtccggctat
    28801 cggatttatc cggtggtgga acagggcggc aacaaggtgt ctaccgatag cgatccgacg
    28861 gagatcatca tcgagtaccc gtccgtcatc ggtgcggcct ccgactatgt gcggccggca
    28921 gtcaaagtgg aaatcagctg cctctccatg aaggaacctt ttgaagtaaa gaagattaca
    28981 accttgatca gcgatgcgtt tccacgcgcc gaccgagaca cctcggccgt cattcccatc
    29041 gtgcttcccc ataaaacaag agaatgggag tttaagtatt tgtcaatgag tgaatactga
    29101 ttgctctact cacccaaagg gaacgaataa gaaacgagcg aggtgcgcct gctttcgtta
    29161 ctttgcagta gtcataagac atctcatttc tcgcccgcaa aggacgccaa aatcttcgaa
    29221 aaacgtcaca gcaaaagttt tgaatccttc ggaagcccca caacggtaag aaaacctacc
    29281 cttcgatgac tgcgtagctt ccttttccga aatgctgtcg atggcgaagg gtctttcctc
    29341 cgcgctcata tagggcttaa ggagcgattg actaatgacc acttgttaga aaattttttc
    29401 tctctctgtg aatcccatag gatacgagaa gcaataatag gagagcaaaa tttttcattg
    29461 agaaaaaaat taatccgcaa gaaaaagaga ttttctaggg ataaatcacc aagaatcaca
    29521 gaaaagaact tttgtattac ggttatatat tctatatttg tatcgaatat taatagatca
    29581 gttttatgaa agccatagag aataatccac cagacctatt tggacgccct taggaaccgc
    29641 accccggagg ctcagcgaga tcaatcgatc cggacaagcg gatttttgac taaccccaaa
    29701 aacgttgatg agaaatgaaa acgaaataca tgatatggat caccgccctg ctcctgtttg
    29761 tgacgggatg cggtaaggaa ccgctgacac cagcgccacc tcccccgaca ccgacgcctc
    29821 ccccgaccga attatccaag cagtggcact tggtcggctt tgtccacgcg gcagacagca
    29881 cagtgacgcc tcccgggcgg atggcgtgca aaggttgctt cagcctggca ttaggagcgg
    29941 acgggacgat cagcgggcag ggtttcctca ccgtgtttgc cggctcctat cgggtgcata
    30001 acggcgacat tacactcgaa gggatcggcg gtgcagcaga cggtgagcag cccgacggca
    30061 agcaatacat cgaggccttg cgcacggcgg ttcgctacga aatcctctcc gcccgacgca
    30121 tgcggctgta ttacaacggc gggaaggatt acctgctgtt tcgtgaatgg ggggaggcgg
    30181 acagcaagat cccggccgcg ctgctcgata atatgtggaa gctgtcgggc tttgtccgga
    30241 cggcggacgg cgtggtgcag gaagtgcagt ctgggaactg cggacgatgc tacagcatgc
    30301 agatgctctc gaacggcgtg atcgccggac gcacgtcggc caacgagatc cacgggaatt
    30361 ttgaagtctg gggcgatcaa atccggatcg accgcttctt cgccgtccaa ccgacccgag
    30421 acgaacctac cgacggtaag cgatacatcg cctccatgcc cgaagtcacc cgttacgagg
    30481 tcaaagacgg acagctgaaa ctctactaca acgacgatga aaactacctg cttttccgcg
    30541 catggaaaga gtcgaaagag gatatcatcc ccgaggcgcc accggccgaa ttactgggcc
    30601 ggacgtggcg actgctcggc ttcggcggcc cattcgacta tgccgtgcgc gagcccgaac
    30661 cgacggaatg ccgggtgtgc tacacgctga cgttctcgaa agacggcacg atgaaaggcc
    30721 gcacctcatc ccgcgaaatc tcggggcggt acaaggtgcg cggcggcacg tttgtgatgc
    30781 tcttttccgc caacgaatcc gccgaatcgt cggccgacgg gcgggaatac atccgggcct
    30841 tggacagcat atctacgtac attctgtccg gcgatcggct gaccttttac agcgaagatc
    30901 aaaggcggca tctgctgttc tgcgacgaga aggcgctgtc gttcgatcgg gttccgcccg
    30961 ggctgtccgg cgtatggaag ttggtcggct tcgtcagcgc ggacggcatc ctgcgtgagg
    31021 cggatccgaa agattgcgat cggtgctaca ctatctcgtt tttaaaagac ggctatctga
    31081 caggacggac aatcaacaac gaggcatggg cacgctatca attcaatggc cacaacatac
    31141 gcatcagaga ttttgggatg accatggtgg gcgaatatgg tgatagcgat acttacgtga
    31201 aggccttaaa acaatccacc cgctacgaac tcgtctcagg tcggttgaga ttatattaca
    31261 acaatgatag ggattattta ctgtttaaaa agacacaatg atgagacaga ctattttatt
    31321 gatgagctta ttcatctgcg ttttcttttc ggttaatgcg cagataagta ccgatgaaga
    31381 gcctgtgagc tttagggaag gtaatatacc ctctcgcttc tcggtatcgc aggatatcag
    31441 gatcatgcca gcgttggata tgaaccgcat cgaacaggaa gatgcgaaag acgaggcaaa
    31501 cggacttccg cctcgcttcg gttatcctca cgaggttagc ctcgatttgg aaagttccgg
    31561 tcactggcaa gaactttcca atggagatag attgtggcaa ttgactatac gctgtccaca
    31621 agcgctttcc ataaacctgc tttacgatag attttggctt ccggaaggag gaaagttttt
    31681 tatttatacg gctgaccgaa aacattcgat cggtgccttt acttccctta attccgcagc
    31741 actttttctt gtgatatgat tttgtgtgtt gaggcgtctt tttgcctcta catgtgatag
    31801 gaagcgacct tagactggta ttagtccttg caggcgcata aaatccccca cccaagccaa
    31861 tggggaaaat gaatgccaca aagaaatgct gtttattcaa ggaaaacttc agagtagtat
    31921 gctttattgg tataaaggtt tagaacgttc tgccttcctg tgcgcaccca tttcgctggc
    31981 acactgacaa aatgcagtat aaaggctttc aatctgcttg tctttttcaa cggcttaacc
    32041 ttttcactga tacgacggac gagatagaga tagaagttct tcagcatggc ggtaaccatc
    32101 atgaacacca tgttctcagc cataaaggaa aagggcagat gtgcccagcc gaagtcattg
    32161 ttctgtatgt cgaagttctt ttcacttgct cctcgtccat tgtaaaatgt aatgatgtct
    32221 ttctcggttg atacccagtc attggtaagg atacagcgat atgtgtatat tactccgaac
    32281 atatccgtct gtttcttacc acccttgtcc cttaaaggac ttcgctgtac gacaagcctg
    32341 tatgactttc cttcaatgag gttgtccatg ttgatggatg tgacatcgta tttttcataa
    32401 ccaacctcga cgctcttcca ttctttcagt tggcggaact cttcataacg agtgccacag
    32461 ttggcagcac gtatatagaa tgtgttacag cgttgctcta cggtttggat aatttccttt
    32521 gagaacgacc cacagtcggc acggaaacgc tctattgtca caccaagttc tgagattact
    32581 cggtccataa tgcgacgaag cgtgtcttcc tgatgaaatt tcacattggt gtttccatca
    32641 cgattctcac ctccaacgat aatgccccca atggaagccc aaccagggaa gtagccaaaa
    32701 tcctgttcgt aagaatattt tgcatcgaac ttgtgggcag gaataaactg atgatcaaag
    32761 tccaagtcaa catggctgcc tacctttata agccccatct gtcgtatcat tcgcagaagt
    32821 aaggtgtcca gtttctctgc tgcattgaag ctatacgact tcccagagat ctcgctctta
    32881 tagacgatat tctcttcggc aagttcctta agtccacgtc ctacagtgtc ggcaccaggc
    32941 agttgcgtac caggtctctg cctgaactgc cctataagtg tattgatatt ctcaagacat
    33001 tctccaccac aaaggtaact gaagaagaga gaaccgaaaa tgcttccatg actaaaagcc
    33061 ttatcgctac acccacgttt gcccaagaca gattctgtaa gtttttcaaa gcccaacttt
    33121 gaaaatacgt ccataatatg acaaattcca ccgaaagaag tgatattctc gtttttaatt
    33181 gctaccttta ccatgtcana tttttgctta cttgttatgt ttgcagcacn aagataggtg
    33241 aaatttctga catatccaag tgttttgaga actttgtttc tcagacactt ggagttctta
    33301 caagaattta tgctgcggaa ttaagg
//
LOCUS       SEQF2637|AYYD01001274.133982 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..33982
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(2323..4818)
                     /gene="mrcA"
                     /locus_tag="SEQF2637_02280"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O66874"
                     /codon_start=1
                     /transl_table=11
                     /product="Penicillin-binding protein 1A"
                     /translation="MAHFCLIPHTICYYIYPFYFDMKEIKKNVGHFAANGAGSHRKSG
                     DPTNRKLHLPSRGRQRFIAAIWITAGSIAALVFIIFFAISQGWIGYVPAVEQLENPID
                     RYATQLISADGKSLGSFSYSQDNRFYASYQDLSPDLVQALIATEDVRFTDHSGIDVRG
                     LFRAIVKRGLMGQRSGGGGSTITQQLAKQLYSPSVESLTERLLQKPIEWVIAVRLERY
                     YTKEEIINMYLNKFDFLHNAVGIRSAAQSYFGKTPATLTTEEAAMLIGMCKNPSYYNP
                     IRYPERTLERRNTVFRQMVKAGFMTEARCEELSAKPIVLHYTQLDHTDGIAPYFREYL
                     RVTMMAKKPERSDYSKWQQQKYLDDSLAWETNPLYGWCNKNRKANGDPYNLYTDGLKV
                     YTTIDSRMQQYAEEAIAEHLGKHLQPAFFREKRRKPYAPFSEDITEKQRKDILDRAMK
                     QSDRYRALKQAGYSEKKIRENFNEKVEMQVFTWKGIVDTTMSPMDSIIYCKSLLRTAF
                     MAMDVRTGQVKAYVGGINFDKFRYDMVTTGRRQIGSTMKPYLYSLAMIEGFTPCDQLL
                     HVQPVLYDEGGNAWIPRNPGARRIGEMVTVQWGLQVSSNWVTAYLMKQLSPYSLVRLL
                     RSYGMHSHIDPVVSICLGTPDISVSEMVSGYSVFANKGIRVEPLYVTRIEDSFGNTIA
                     TFAPQVNEVLPEEAAYKMLYMLRSVVDGGTAGRVRYGYDITAQMGGKTGTTQNNSDGW
                     YMGFTPSLVAGCWVGGEDRSIHFDKMDEGQGAAMALPIYGLFMKKVYADKKLGYSQSE
                     TFDVPKEYANPCRGYVPMESDYSNHTGIDDLFN"
     CDS             5103..5627
                     /locus_tag="SEQF2637_02281"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYFSDNHIKNRSHLQAFCSSMAILELRVSPIIRIKPAESLYGGH
                     AMAKVFLEMLAEVPQIEKRMFWRLRNSRKSKRERFGACGSSANQKENVLAFAGLPQIK
                     KRTFWRLRKFRKSKRECFGVCGIPANQKKNVLALAEVPQIKKRTLWRLRKFRKHSQKH
                     FGRYSALSKPFFRD"
     CDS             5880..6761
                     /gene="fabD"
                     /locus_tag="SEQF2637_02282"
                     /EC_number="2.3.1.39"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99UN8"
                     /codon_start=1
                     /transl_table=11
                     /product="Malonyl CoA-acyl carrier protein transacylase"
                     /translation="MNAYVFPGQGAQFVGMGKSLYDENSLAKDLFEQANGILGFRITD
                     LMFAGTDDDLKQTKVTQPAVFLHSVILALTQGDAFRPDMTAGHSLGEFSALVAARALS
                     FEDGLTLVSKRAQAMQKACEKTPSTMAAIIGLADEQAEQICAEITDEVVVCANYNCPG
                     QIVISGTLAGVDAACEKMKAAGAKRALKLKVGGAFHSPLMEPARAELAEAIESTHFNQ
                     PVCPVYQNVDARPQTDPDAIRRNLIAQLTSPVRWTQTVRNMAADGATHFTELGPGNVL
                     QGLIKKIESAVAVDGLQ"
     CDS             6768..7343
                     /locus_tag="SEQF2637_02283"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYSNKEPMEKGNNPLYDKNTLEFVAVAFECCSWLEKTKREGAEL
                     FAFVDKATKLLPLLYLKATLLPEVEVDDDEDVDLAPFITEETYEALRTRLSALLGQYD
                     SYLETFLPDMRYSDTPIAAFISENLSDLYQDLGDFVSLFREEHELTMHAALARCTENF
                     RLYWGQTLLNALKALHAVRYNEEFTLTDPTA"
     CDS             7340..7930
                     /gene="rnd"
                     /locus_tag="SEQF2637_02284"
                     /EC_number="3.1.13.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01899"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease D"
                     /translation="MTLPPPLPSKITKEEISTLPHEEYVGQIVVVDHPEAVARAVSAL
                     SAETRVGFDTETRPNFRKDQHHKVSLVQVATEETCYLFRLNCLGGIPEPLVSFLSDAD
                     VTKIGLSLADDFHMLRERVETLQPAGFIELQKLMPSYGINEAGLQKIYAILFQKKISK
                     RARLTNWDANVLTPAQQKYAALDAWACLRIYKHLCS"
     CDS             7927..9117
                     /gene="rlmI"
                     /locus_tag="SEQF2637_02285"
                     /EC_number="2.1.1.191"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75876"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase I"
                     /translation="MIYPKIYLKPKKEESVLRLHPWIFSGAVARIDGQPEEGAVVEVF
                     AADGRLLGVGHYQIGSIAVRLLAFDEVTIDHAFWLDRLRSAYNLRQMLGLDHTPENDT
                     YRLVYGEGDRLPGLVIDMYADTAVMQAHSVGMHHARHDIATALRELLGDRLQAIYYKS
                     DGTLPFKAALDHTDEYLLGRYSGGEHLATERGLRFGIDWLKGQKTGFFVDQRENRRLL
                     EQYAGGRTVLNMFCYTGGFSVYAIRGGARAVHSVDSSSKAVSLTERNVALNFPNDDRH
                     RAFAEDAFDYLRRAGNDYDLIILDPPAFAKHRDVLRNALQGYRKLNAAAFEKIRPGGI
                     LFTFSCSQVVSRNDFRLAVFTAAAQTRRHVRILHQLTQPADHPVSIYHPEGEYLKGLV
                     LEVE"
     CDS             9121..9705
                     /locus_tag="SEQF2637_02286"
                     /EC_number="2.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A3E8"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative acetyltransferase"
                     /translation="MTRTEIQKMRDGESPDFQSPELQASFRHAKELLARMRTMSTYSD
                     GFRELLEQLIPGIPPTSVICPPFHCDHGHGIRLGHGVYINAGCTFLDGGWIRIGDHTL
                     IGPAVQIYTPHHPLNYLERRTGREHARPVTIGADCWIGGGAIICPGVTIGDRTVVGAG
                     SVVTHDIPADSLAVGNPCRVIRPLEAGEDATHSL"
     CDS             9715..11034
                     /gene="nhaC"
                     /locus_tag="SEQF2637_02287"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07553"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+) antiporter NhaC"
                     /translation="MDHNPAQEINPHIPAAARWIGATPLVVFLAVYLLTSLILRDFYA
                     MPITVAFLVSSVYAVAITRGLSTEKRVLRFSRGVADYNLLMMIWIFVLAGAFSEAAKS
                     IGAIDATVHLILRLLPAGLLLPGLFLASCVISLSIGTSVGTVVALVPIALGLSEPLGL
                     PVEYIAAVVTGGAFFGDNLSFISDTTIAATRTQGCSMRDKFRVNLRIVLPAAIATFVI
                     YAFQGAHLAETPLSTDTHSPWLALPYLVVLIAAARGINVAAVLTLGIVVCGLVGAVFG
                     TVTFWPWIGALGQGIVGMGELIIVTMLAGGMLELIRFNGGIDYLMSGLTRGIRGKRGA
                     EAAIAALVSVANICTANNTIAILTTGSMAREITARYDIDPRKSASILDTFSCLIQGLI
                     PYGAQLLLAARFAEVSPIAIVGYLYYPFIMGACAILAIALRLPRKYS"
     CDS             complement(11603..12343)
                     /locus_tag="SEQF2637_02288"
                     /EC_number="3.1.3.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5XAP6"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative protein phosphatase 2C-type"
                     /translation="MQVVVGQPFAASETGGRANNEDAIYPAIGQAARGTGALFVVCDG
                     VGGAERGEVASALACEALADGMAVTGERDVQEAVKYTERRFDEYLAAHPEAVGMATTL
                     TMLAFDRGGGVTVAHIGDSRVYQFRDGRIVFRTEDHSLVNVWVKLGRITAEEAARHPQ
                     RHVITRAIQGSSAPAEADVVRLTDVRPGDRFLLCTDGVTDVITDDALSSLFATHPTPE
                     AVGRAIIDACSVRARDNFSFYIVPILRG"
     CDS             complement(12351..12860)
                     /locus_tag="SEQF2637_02289"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIPVKCPHCRTGLKVDETKIPEGITSFKCPQCKHDIPVSYLTQR
                     AADGGSETVLLRPVEKRQGRITVLAAFDTPEQVFPLSEGSHIVGRKSSNTEAAIAIET
                     SDRTMSRSHARIDVRRDRRGNLIHTLSDCQSKNHTLYNGAPLGAGETVVLKDNDELRL
                     GRTTLRFNF"
     CDS             complement(12857..13078)
                     /locus_tag="SEQF2637_02290"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDEQTFVSIDSDLADVVMIDMDNDADHSFVMVDDAAQAMDFITL
                     SDDAEFSTADDIIDIASDMDDAADISIFS"
     CDS             complement(13217..13894)
                     /locus_tag="SEQF2637_02291"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O65934"
                     /codon_start=1
                     /transl_table=11
                     /product="ABC transporter ATP-binding/permease protein"
                     /translation="MSQATIRIGKSTDNDYVIPADAPGVSRHHARLVREVDGRLFIED
                     ADSANGTFVNGDRIVRKRLGASDTVTLGDTYTLDVREALKFDNDYTAEFAALKPIYDG
                     YIRRKIRIQSSNQFKTRLFQTLPFAAVGIVGLIVGSVGRSHRVVFLVSLVLTIVAPLL
                     GVYLGARQSAKIPALLQDLANQFKIDYVCPKCGTFLGEIPWESLAKKKRCPTNGCRAK
                     WVNDNKP"
     CDS             complement(13891..14298)
                     /locus_tag="SEQF2637_02292"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRHLIIKTRDELLRLRINNILYLEADRNYTRLLLTEGIQFTFA
                     INLGRIEEMLNKQTAGSNSPLVRVGKSYIVNKNYILHINLPKQKMLMLVPGGKPRELV
                     ISRDPLKMMKDRLEQEALAGTATPTPSPAAEKP"
     CDS             complement(14427..15689)
                     /gene="pgk"
                     /locus_tag="SEQF2637_02293"
                     /EC_number="2.7.2.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8YPR1"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoglycerate kinase"
                     /translation="MQTIDSFDFAGKKAFVRVDFNVPLDENFHITDDTRIRAALPTLK
                     KILGDGGSVVIGSHLGRPKGNDDKFSLRHIRAHVAELLGVDVQFASDCVGEEAELKAC
                     ALQPGEALLLENLRFHAEEEGKPRGLADDASDEVKAAAKKEMKEKQRKFAETLASYAD
                     VYVNDAFGTAHRAHASTALMADCFDADHKMFGYLMEKEVRAVEKVLNDINRPFTAIMG
                     GSKVSSKIEIIENLLGKVDNLIICGGMTYTFMKALGGKIGSSICEDDKLDLALSLIEK
                     AKARGVKLVLSSDSKIADRFSNDANTAIAPNNNIPDGWQGLDIGPETEREFADVIRSS
                     KTILWNGPTGVFEFDNFSHGSRVVAEAIVEATKAGAYSLVGGGDSVACINKFGLADGV
                     SYVSTGGGALLEAIEGKVLPGIKAIRGY"
     CDS             complement(16144..17469)
                     /gene="dinF"
                     /locus_tag="SEQF2637_02294"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P28303"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA damage-inducible protein F"
                     /translation="MTLRFTPTDREILRLALPNIVSNITIPLLGMADTAIAGRIGDDA
                     NIAALSVGTTIFSMIYWNCAFLRMGTGGITAQAYGAGRPGECANMLARSVWVAAVLAL
                     LLLAFQGPIGHASLALMQAGNHVNALAADYFFARVWAAPASVLLLSLQGWLIGMQDAR
                     TPMFIAILSNVVNVVFSLWFALALGWGIAGVAWGTVVAQYTGLLVALVFLWVKYRGYL
                     RLIDLRASLSLAPLVHFLTVNRDIFLRTLCVVTAYTFFTAASARFGDTILTTNAVLMQ
                     LFTLFSYLSDGFAYAGEALSGRFVGERNAEALRRFIGRLMGWSLVIAGLFIGAYALCW
                     RQILAIFSPSPAIIATAGRYIVWIIAVPLVGAVPFMIDGIMIGATRTRILRNTVFYAL
                     VLYLAVFYALAPWIGNDALWIAFLTFLFARGFFLYVCSGRLNVERIIGG"
     CDS             complement(17494..18627)
                     /gene="pdxB"
                     /locus_tag="SEQF2637_02295"
                     /EC_number="1.1.1.290"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KQ92"
                     /codon_start=1
                     /transl_table=11
                     /product="Erythronate-4-phosphate dehydrogenase"
                     /translation="MRIIADDKIPFLRGVMEPYADIAYLPGAAISADDVRDADVLFTR
                     TRTHCDASLLAGSRVRLIVTATIGYDHIDTDYCRRAGIRWVNAPGCNATSVRQYIAAA
                     LVTIVRQRDLRLADTTLGIIGVGHVGRCVADAAQALGMRVLLNDPPREEREGSDAFTS
                     LDELLRQSDIVTCHTPLTADGPYPTRHLASGDFFDRMRRGAAFINSSRGPVVDSAALR
                     EAVQSGRLAAFILDTWEGEPDIDRTLLRDALLATPHIAGYSADGKANGTAVCVRTCSQ
                     MFGIDALVDWFPPTLPAPPMPTDFALDATGRTDEEVFYEAVTHTYPIEADSARLKASP
                     ETFERQRGDYWIRREFPCFRLCLTGASRRAEEGLRRLGFCVNL"
     CDS             complement(18858..19469)
                     /locus_tag="SEQF2637_02296"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MERKLIISDLLRKAWQSLVAQIWVLAGLVIGYTIISLLLTCTMP
                     YVGFPGRTALGVANTLFTLVFALGYLKNLFQALDGEEPQFSAYGQMSRKVFALLFAYI
                     LYWIIVSIGLVFLIVPGIYVGLRLVFAPQIIVEENAGALSSLRRSWEITRGATGQVFK
                     LVLAGCGIVLLGHIAFGVGVFAAIPLAHLMMCAAYRQLIIRGQ"
     CDS             complement(19485..22052)
                     /gene="glgP_2"
                     /locus_tag="SEQF2637_02297"
                     /EC_number="2.4.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WMW1"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen phosphorylase"
                     /translation="MTKIQSKQSNEPIWRDIYSHSKLPKQLSPLYEIASNLWWVWHYE
                     GAKLFGEISPDLWKSTEGNPVLLLQELPQRRIDEILADNELMMKIDCVYQLFKDYMAE
                     APDTSKPSIAYFSMEYGLTNVLKIYSGGLGVLAGDYLKEASDSNVDLTAVGFLYRYGY
                     FTQTLAMDGQQIANYEPQNFTTLPLEQVMEGTNQPFVLEVPYPGRTVYAHVWKVSVGR
                     VPLYLMDTDIPENSEWDRSITHQLYGGDWENRMKQEYLLGIGGILLLNKLGIKQQVYH
                     CNEGHAALINVQRLVDYIHNEKLDFNEALEVVRASSLYTVHTPVPAGHDYFEESLFGK
                     YMSEFPDKLGISWQDFIDMGRTNPGTPEKFCMSTFALNTCQEANGVSYLHGIVSRKMF
                     APVWKGYFPEELHVGYVTNGVHLPTWMATEWKKYCERTFDRNFLDDQSNKAIWDPIRN
                     VPDGEIWEIRKALKNKLIEYIKNQYRDNWLKNQGDPSKVITLMEKINPGALLIGFGRR
                     FATYKRAHLLFTDLDRLAKIVNNDKCPIQFVFTGKAHPADGGGQGLIKHIVEISRRPE
                     FLGKILFLENYDMRLARRLISGVDIWLNTPTRPLEASGTSGEKAEMNGVLNFSVLDGW
                     WYEGYKEGAGWALTSQRTYDNQQYQDQLDAATIYHLLEDEIIPLYFAKNSKGYSPEWI
                     QYIKNSMSQIAPEYTMKRMLDDYVARFYSKLAVRAARLEKSDFAEAREIAAWKREVAD
                     HWNEFEVESFDYQDDAAHPTVGEEYDIRIVIDRKGLKSMLGVEIVYTKENPENHQTEL
                     VTVAPFTLKKEVGSKLYFELHKKAAVYGHMRVGFRVYPVNPKLPHRMDFAYVRWIQP"
     CDS             complement(22074..22325)
                     /locus_tag="SEQF2637_02298"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADGALPDLNRGFVSAGEALPDLNRGFVSADGASPELNRGFVS
                     DGGALPDEDSDLIEAFDLLSPRVRRLFACGANSLYLCGV"
     CDS             22931..23995
                     /gene="mutS2_2"
                     /locus_tag="SEQF2637_02299"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00092"
                     /codon_start=1
                     /transl_table=11
                     /product="Endonuclease MutS2"
                     /translation="MNRIKIGDKVRFLNSVGGGVVKALKDKQTVMVEDENGFDYPVLV
                     SECVVVDDGKRPAAGGATRPTAPEPPRSEPAQPRPTAYRPEETPGGERLNVSLAYLPI
                     DPKNLVDSGYEVYLINESNYELSYSYMCASNRSWTLRAGGTVEPNTRIFLEEFGKEQL
                     ADLERLCVQLIAFKRGRPFGLKNAISVELRLDTVKFYKLHCFAPNDFFDEGAIVVPIV
                     RDDVPERPLLIPAAELEEAMMTKAREDRRRPQPAASKPKRKEDDLVEVDLHIHQLLDD
                     TTGMAPGDMLRYQVDRFHAVMEEFAGHKGQRIVFIHGKGEGVLRAAIEKELKTRYKSC
                     EYQDASFREYGFGATMVKIR"
     CDS             24001..24474
                     /locus_tag="SEQF2637_02300"
                     /EC_number="3.6.1.25"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A3DIJ8"
                     /codon_start=1
                     /transl_table=11
                     /product="Inorganic triphosphatase"
                     /translation="MAQETERKFLVAGDFTPYATAAIPIAQGYLCTDPERTVRVRRAG
                     DTAYLTIKSAPDERGWSRYEFEQPIPVDDAQKLLSMCVGHRIEKVRHLVPGGDGHTWE
                     VDVFSGANAGLTVAEIELRDADEPLTIPAWVGREVTGDARYYNSALSTRPYTEWA"
     misc_RNA        complement(24758..25157)
                     /locus_tag="SEQF2637_02301"
                     /product="tmRNA"
                     /inference="COORDINATES:profile:Infernal:1.1"
     tmRNA           complement(24760..25157)
                     /gene="ssrA"
                     /locus_tag="SEQF2637_02302"
                     /product="transfer-messenger RNA, SsrA"
                     /inference="COORDINATES:profile:Aragorn:1.2"
     CDS             25432..25632
                     /locus_tag="SEQF2637_02303"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYPFKTQIKGITKPPRERLVPTQSAVKWLYDVTQAAFRLERAP
                     LFAFGGKSRSGIFPKHSLQNDF"
     CDS             25691..26971
                     /locus_tag="SEQF2637_02304"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATQEQILHYAWKYQLYAEPEWTTTDGEQLRVITPGIHNTDAGP
                     DFFNAKVQLDDITWVGNVEIHGRSSDWLRHGHDTNPAYDSVILHVVGEADTPIRRTDG
                     SLIPQVVVRVPERVVRSIDWLLSREQAVPCIDRLSGLDDRLLYGWLSALVGERLKRKT
                     NDIFRRLERTHNDWNETFYITLSRNFGFGTNSDAFEWLASGLPFKYICKQRHSTVQIE
                     ALLFGQAGMLSDTRDDAYYRTLQREYHFLRTKYSLRPIDAHLFKNFRTRPLNFPHLRV
                     AQLASVWAHNDTLFSEILEDPSADRLCRCFDVPLSAYWNTHFHFDYPSPPHKSTLGPA
                     AARLMLINTVVPILYAYGLQKNVPEYCERAERLLDSLPPERNAVIRPFTEAGIRARNA
                     SDSQALLQLRREYCEPKRCLSCRIAFGLIKHSLA"
     CDS             26987..27724
                     /locus_tag="SEQF2637_02305"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNDWKDFFYLSIGERRALILLLILIAIGLILLIWGDILYDRQQA
                     AAPVATERTEPPIDTRAADRPAYASPPSDSRPRHTAYRRSYRRESLGERVRRLTDRRP
                     HYPHREKLSPGQTLELNAADTVALQKVPGIGPYYARRIAKFRALLGGFARVEQLSEVY
                     GVDEEKYTELAPWFTVNPRLIRRLAVNRLSEDSLRRHPYINYYQAKVIVRLRRKNGPI
                     SGWSELSLLEEFSDADRARLEPYLSFE"
     CDS             complement(28396..30651)
                     /locus_tag="SEQF2637_02306"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTATFGLLSALNIGSLRAADVRWHPGVQVRAGAPRTEIVTNGMH
                     QLSSNGYVVNGYVLLGWSDQSKLVVMSQAAENNLSPFYRLGSSLDIQGNRTLYAVWAL
                     DKNGNGIPDYQEAAKPVRLDTEYVNKLLSDLEAKRRAEEASGSRRNLRAAAVSLPKWN
                     IKDDIAAYKEKVFFVGCTYNEDTTSTHEILEPLIAFYGDNSFPGSTSGSHNLTAARDM
                     ELVFNYGGVLEDTCLVGGKGRPQKALSRIPFPKPVAGDTLVVKDLFSRDPMTFTRIKE
                     DGDAVLKLYFVKKKTGKGPDTLANSGAGNDTSYFRVIGPSSYPSISFNGQGKPFIDQE
                     TGEYVDTLTFRFQIFNQPEFAATTIRSRVSYGDTMRLNYGHLRGTPLKYMMRSLDGGW
                     NWHPADSPLTDVERDLLQDDSVRVCLRQLDKSVGYAAYVKERFMDPEQYTYQNYLDRE
                     GVNPEDIAWYDKYTRYTYFKEIYDKVAASYLPLNLRDTVIKYYNEMMFSPTAWADDFG
                     GDITQEIAYGFAPVADDIFLWNQTHPLYPHFVAAGYDTTVATTTEAVGRRDINTAFGK
                     RKADAVAVPERCRDESYCFYVKRDAPPVHHRSVFIPTVEGVTVVSPGVGYSSIPSQKN
                     FTFRVKYTGEPMTVTAKRLIDGRTVEVLTGTLNADGEYEYVIRRVMQDLTLEFTKTVA
                     NTLVDQPSVWANSGAVRIHAPKETTVRIYSASGVLVKQATVQGDKTVPLSAGLYLVVL
                     SDGTTQKVLVQ"
     CDS             complement(30711..31805)
                     /locus_tag="SEQF2637_02307"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTIKDKGDLTLNQTVFIGWHTSSVSIVTTASAVPADMKQPNQQV
                     SYSSALANLYAVWGEDKTGPNGQSDNVPDYLQKGVTYVGNGNDGGVAPVDNNRYNDST
                     MVTVKGKGTLTRTKAAFIGWSFGTSSLITAKTDEPSDLMKPDTAIRITSDLTFHAVWA
                     KDANQNGIPDYDEVDITWNPGSQPRAGKQWVETVTKGDLRLTNSRFAIRGYVLIGWSD
                     RMKPLVTSQAIEDKVTPLYKVGASLNVIENRKLFAVWALDKNNDGIPDYSSGANQIRS
                     GRASLLRGTSEDQIDQSESQLEAASIRVWAHGGVLYIESDRRARAEVYTRSGALYKRI
                     DVAEGQTREPLAEGFYVVVIDGKTHKVVVK"
     CDS             complement(31806..33950)
                     /locus_tag="SEQF2637_02308"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKDSGSLVRTGAAFVGWSFTQKELIKKASEVPSDLKTKGQNFTI
                     TQDTTLFAVWGEDKTGPNGTSDGIPDYLQKGLTYNGNNQTSGDAPVDNNRYNSGTSVA
                     VKDSGTMVRTEAVFLGWSFAQKGLITQAADEPADLKKTGAHFNITADTTLFAVWAIDK
                     TGPGGTPDGKPDXSQAGVTYKGNDNTGGTAPVDSKLYNDNDDVKVLDKGSLVRTDAVF
                     LGWLFEQKPLITKKADVPATIYQKDATFKYSANQKTLFALWGEDKTGPNGQSDNVPDY
                     LQNGVTYNGNNQSSGAAPVDANRYNNGENVTVKDSGSLVCTQAVFIGWSFTQKPVITK
                     AADEPSDLKKKGATFASTSDTTLYAVWAIDKTGPNGTPDGKPDYSQDGVTYYANGGTG
                     DAPTDNSLYNDNDEVTAKDKGTLAHTEAVFIGWLFNSHALVTKAADVPTGLKQAGDKF
                     NYSSTTNKLYAIWGQDKTGPNGGSDGIADYLQKGVTYDGNENSTGTAPTDNKRYNNND
                     AVNVLGKNDLTRDKAAFVGWSFGKKSLLTTKAEHDAVTDLKKEHETFTITTDTTLFAV
                     WGKDETGPAGQSDDVPDYLQNGVTYDGNGGTGAAPTDANRYDNNATVTVKGKEQLTRN
                     QAVFIGWSFGVHPLVETSAAQSAITDLKQPGGTFTITADTTLYAVWAVDKTGPNGTPD
                     GNPDYSQNGVTYHANGASGTAPQDANLYNNGD"
ORIGIN      
        1 ttgcgcgatg tgtagaaagg tgaaacataa gacgttccct cgctgttcac ttcttgattt
       61 acggtggcca gcaacatatt tacgcccaat ttcaagcgat ccgtggcctg ataatccaca
      121 ttaaggcgtc cgctgatgcg ttccagacct gagttatagg cgataccctc ttgcttgagg
      181 taagagaggg atgaatagta tttgaacttg tccgatccgc ccgtgatcga ggcttcgtag
      241 ctgctgtgac tgcctttgcg gaacaatacg tcatcccagt ccgtatagcc gctccacgga
      301 atgggcgcga agttgttgat gcgtttatcg gcatacgctc gcgccgcgct ttcggacttg
      361 ccgcgtttca tttggcccgc cacgagtccg tcgtagatat attggcgacg ttcttctccg
      421 cccatgatcg ggcgatactc catcgcaaag tctgaactac caaaatcggc cttgaaggag
      481 aatgcaggct ttccggactt gcctcttttg gtggtaatca gcaccacacc gttggccgca
      541 cgcgatccgt aaagcgaagc cgcagctgca tccttaatga tggtgatgct ttcgatatcg
      601 gagctattta acgtggacat gatgtcgagc cctgcacgcg agctgagact attgatcgat
      661 cccgaccgta cgggcacgcc gtcgatgaca taaagcggcg cattgctggc gttgaacgat
      721 cccatgccac ggatcttgag tgtcgaggcg gctcccggct gaccggaaga ggaggaaaac
      781 tgcacgcctg aagcgtttcc ttgcaacaaa tccttgaacg aaacggctgg aacatcctgc
      841 attttatcgg ctttcacatt cgaagccgat ccagcatagg ctgacttttt gaatgtacca
      901 taacccgtga cgacaacttc gtccatcacg ttatcttccg gctccagacg taccttaacg
      961 ggctgccccg ccgtagccga cacctccaaa cgcttgtaac ctatgtaaga gatgactaac
     1021 gtgacctgcg agccctcggc ttcgatcgaa aaatgtccat cgaggtctgt cgttgtgccc
     1081 gtagctgttc ccttcacgag gatgttggcc ccgatgacag gttctcctgt ttcgtcgatg
     1141 accgttccga ccacggtacg tttctgatgt tgtgttagcg tcgccatttc cggtgcacga
     1201 ctggctgcac tgcctacgat cgccactccg gcaccttcgg cttgcatcga aagggtgaca
     1261 accaggccaa tggcaggcaa cagctttcgc caactgcctt gtttcgttcg atgacttgtg
     1321 taatgatctt ttctattcat gtaaatatgg attaaaaaaa cgattacaaa gatacgacct
     1381 gaaaatatcc ttgacaaaaa ggcttccatc atatacggaa tttcatccat cgactcaccg
     1441 gacaatagaa gacaaaaggg aactgcatca aacgcagatt ttttgaggag aggaatgttt
     1501 ttattccggt agatagtagg ggcgtatagc atacgtccct ctacatatcc tatcgaggag
     1561 ccattcgaga ccgcacaaat ttggaggcca ataatttgag agattcaaga ccttcgacta
     1621 ttctcgaggt atccggaaaa acttccccgc cctcggcaga gggcttgagt ttcttttgct
     1681 tcttttcttt tctcaagaaa agaaaagaag gtcccattag aaagattttt ccagcctcat
     1741 gatcttcttt tcttgccttg atgcaagatt ttccggcctc atgaccttct tttcttctct
     1801 tgatagaaga aaagaaggca aaagaagatc aaggcgtcag ggacgccagc caattttggg
     1861 gactttcagc tattctcgag gtacccggaa aaacttcccc gccctcggaa gagggcttga
     1921 gtttcttttg cttcttttct tttctcaagg aaagaaaaga aggtcccatt agaaagattt
     1981 ttccggcctc atgatcttct tttcttgcct tgatgcaaga ttttccggcc tcatgatctt
     2041 cttttcttct cttgatagaa gaaaagaagc aaaagaagat caaggcgtca gggacgccgg
     2101 ccaattttgg ggactttcag ttattctcga ggtacccggc caaacttctc cgccctcggt
     2161 agaggacttg agtttctttt gcttcttttc ttttctcaag gaaagaaaag aaggtctcat
     2221 tagaaagcca agtaaggctt cacacgtgtc tgaaaataaa aggtctccag tcgaatggac
     2281 tggagacctt ttggggttgt cttagaactt aatttcgaac ctctaattga atagatcgtc
     2341 gattccggtg tggttggagt agtcggattc cattgggacg tatccgcgac aggggttggc
     2401 gtactctttg ggtacgtcga aggtctccga ttgtgagtaa ccgagcttct tgtcggcata
     2461 gaccttcttc atgaagaggc catagatagg taaagccatt gcggcgccct gtccttcatc
     2521 cattttgtca aagtggatcg atcgatcttc cccgcctacc caacaaccgg ctactaagga
     2581 gggcgtgaag cccatatacc aaccgtcgga gttattttga gtggttcccg tcttgcctcc
     2641 catttgcgcg gtaatatcat agccgtatcg cacacgccct gctgtaccgc catcgaccac
     2701 actgcgcaac atgtatagca tcttgtaagc cgcttcttca ggtaaaacct cattgacctg
     2761 cggagcgaac gtggcgatgg tatttccgaa ggagtcctca atgcgtgtca cataaagcgg
     2821 ctctacacga atgcctttat tggcaaaaac gctgtaacca ctgaccattt cactcactga
     2881 gatgtccggc gtacccaagc aaatagagac cacggggtcg atgtggctat gcatgccata
     2941 ggaacggagc aatcgaacca agctgtaggg cgaaagttgt ttcatcagat aggccgtgac
     3001 ccagttggag gatacttgta acccccattg gacagttacc atctctccta tacggcgtgc
     3061 gccggggttt cgaggtatcc acgcgtttcc gccttcgtca taaagaacgg gttgaacatg
     3121 taaaagctga tcgcaaggtg taaaaccttc aatcatggcc agtgaataga ggtagggctt
     3181 catggtggat ccgatttgac ggcgcccagt agtcaccatg tcgtatctga atttatcgaa
     3241 gttgatgccg cctacgtagg ccttgacttg ccccgtacga acgtccatgg ccataaaggc
     3301 ggtgcgcaat aaacttttac aatagatgat ggagtccatc ggtgacatcg tcgtgtcgac
     3361 aattcccttc caggtgaaga cctgcatctc tactttttcg ttgaagttct cccgaatctt
     3421 cttctcggag tatccggctt gtttgagcgc gcggtaacga tcgctctgct tcatggctcg
     3481 atcgagaata tccttccgct gcttctcggt aatatcttct gaaaaaggcg catagggttt
     3541 ccgacgcttc tcacggaaaa aagcaggctg aagatgcttc ccgaggtgtt cggcgatggc
     3601 ttcttcggcg tattgctgca tgcgggagtc gatggtggtg tataccttca gtccatcggt
     3661 atataaatta taggggtcgc cgttggcctt tcgatttttg ttgcaccagc cataaagggg
     3721 gttcgtctcc caagccagag agtcgtccaa atacttctgc tgctgccatt tggaataatc
     3781 gctacgctcg ggctttttag ccatcatcgt gacacggaga tattcgcgga aatagggtgc
     3841 tataccgtcc gtatgatcga gttgtgtata gtgtaagacg atcggcttgg cgctcaattc
     3901 ttcgcagcgg gcctcggtca taaacccagc cttgaccatt tggcggaaga cggtgttacg
     3961 gcgttccagg gtgcgctcgg gataacgaat cgggttatag taggaaggat ttttgcacat
     4021 accgatcagc atcgcagcct cctcggtagt cagcgtagcc ggagttttcc caaagtagga
     4081 ctgcgcagcg gaccgtattc cgactgcgtt atgaagaaag tcaaacttgt tgaggtacat
     4141 attgatgatt tcctctttgg tatagtagcg ctccaaacgg acggcaatga cccactcaat
     4201 gggcttctgg aggagtcgct cggtcaaact ttcgacgctg ggggagtaca gctgtttggc
     4261 caactgctgc gtgatggtac taccgccacc gccgctacgt tggcccatca atccgcgttt
     4321 cacaatggcc ctgaagagtc cacggacatc gattccactg tgatccgtga agcgcacgtc
     4381 ctccgtagct atgagcgcct gaaccaaatc gggggacaga tcttgatagc tggcataaaa
     4441 gcggttgtct tggctgtagg aaaagctccc gaggctcttt ccgtcggccg aaatgagttg
     4501 cgtagcatag cgatctatcg gattttcgag ctgctccaca gccggcacat agccaatcca
     4561 tccttgagag atggcaaaga agatgatgaa cacgagtgcc gctatacttc ctgcggtgat
     4621 ccatatggcg gcaatgaagc gctgtcgacc gcgagacgga aggtgcagct tgcggttcgt
     4681 ggggtcgccg gatttgcgat gagaccccgc cccattggca gcgaagtgtc cgacgttttt
     4741 ctttatctct ttcatatcaa aatagaaggg gtagatgtaa tagcaaatcg tgtgggggat
     4801 aagacagaag tgagccatcg gttagcgata gccgtatcat gccgatcggt ggtgtgtcgt
     4861 tttcggccga cgcgaacgca gtcgtgtccg tagggtctgc gccaaacgtt tgagtacctc
     4921 ccacgtctgt cgatctccga aaagcaaagc caaaatggct atcgcaagaa gcacttctcc
     4981 aacgccccaa tgggccatga gtagcagagg gttcatgttt ccgtatcact tgaaatcttc
     5041 tcttttccaa gggcgcaaaa gtacacgcag cgaattaatt tgatttcagg gtctatcggg
     5101 aggtgtattt ctcggacaac cacatcaaaa accgcagcca ccttcaagcc ttctgctcat
     5161 ctatggcgat tttagaacta cgcgtgagtc cgataataag aataaagccc gccgagagtc
     5221 tctacggggg ccacgcgatg gccaaagtgt ttttggaaat gcttgcggaa gttccgcaaa
     5281 tcgaaaagag aatgttttgg cgtttgcgga actcccgcaa atcaaaaaga gaacgctttg
     5341 gcgcttgcgg aagttccgca aatcaaaaag agaacgtttt ggcgtttgcg ggactcccgc
     5401 aaatcaaaaa aagaacgttt tggcgcttgc ggaagttccg caaatcgaaa agagaatgtt
     5461 ttggcgtttg cgggattccc gcaaatcaaa aaaagaacgt tttggcgctt gcggaagttc
     5521 cgcaaatcaa aaagagaacg ctttggcgct tgcggaagtt ccgcaagcat tcccaaaagc
     5581 actttggccg ttacagcgct ctatccaagc cattcttcag ggattaggag cctcattctt
     5641 tcgttcaagc tcacgttgca aagatttctg gaaagggaga tccgccgtcg agggcatccg
     5701 tttcgctccg atagatcgtt tagaggctat acgctcctgc gatctatatc cgaagtgccg
     5761 atctgatccc gctacgcact ttcgccctcg atggacaggc catcgaatcg cgaacaggtt
     5821 tccccctttc caaactgcgc ctacttttgc cgcgctaaaa acctaaacga taaaaaaata
     5881 tgaacgccta cgtatttcca ggtcagggcg cccagttcgt tggaatgggc aagtcgctgt
     5941 acgacgaaaa ttccctcgca aaagatctgt ttgaacaagc caacggcatc ctcggcttcc
     6001 gcatcaccga cctcatgttt gccggcacgg acgacgactt gaagcagacg aaagtcaccc
     6061 agcccgccgt cttcctccac tccgtcatct tggctctcac gcagggcgac gcctttcgtc
     6121 cggacatgac ggccggccat tcgctgggtg agttctctgc cctcgtcgcc gctcgcgcac
     6181 tctcattcga ggacggcctc acgctcgtct ctaaacgtgc acaggccatg caaaaggcat
     6241 gcgagaagac gccttccacg atggccgcca tcatcggact ggccgacgag caggccgagc
     6301 agatctgcgc tgagatcacg gacgaggtgg ttgtctgtgc caactataat tgccccggac
     6361 agatcgtcat ctcgggtacc cttgctggtg ttgacgccgc ctgcgaaaag atgaaagctg
     6421 ccggagccaa acgcgccctc aagctgaaag tgggcggtgc cttccactcc ccgctgatgg
     6481 agcccgcacg cgccgaactg gccgaggcga tcgagtcgac ccactttaac cagcccgttt
     6541 gccccgtcta ccagaacgtg gacgcacgac cgcagaccga tcccgacgcg atccgccgca
     6601 acctcatcgc gcaactcacc tcacccgtcc gctggacgca aaccgtgcgc aacatggccg
     6661 ccgacggcgc tacgcacttc acggagctgg gcccgggcaa tgtgctgcag ggattgatca
     6721 agaaaattga gtccgccgtg gctgtcgacg gtttgcagta atctataatg tatagcaaca
     6781 aggagccgat ggagaaggga aataatccac tctacgataa gaacacgctg gagtttgtcg
     6841 ctgtggcctt cgagtgctgt tcgtggttag aaaaaacgaa gcgtgagggc gccgaactct
     6901 tcgcgtttgt tgacaaggcg accaagctgc tccccttgct ctatctcaaa gcgacgctcc
     6961 tacccgaggt cgaggtcgac gacgatgaag acgtcgacct cgcgcctttc atcaccgaag
     7021 agacttacga ggcactgcgc acccgactct ccgctttgct cggacaatac gatagctacc
     7081 tcgaaacctt cctgcccgac atgcgataca gcgacactcc catcgcagct tttatctccg
     7141 aaaacctctc cgacctctac caagacctcg gcgatttcgt ctcgctcttt cgagaggaac
     7201 atgagctcac gatgcacgcc gcactggcgc gctgcacgga aaacttccgc ctctattggg
     7261 gccaaacgct actcaacgcc ctcaaggcac tccacgcggt gcgttacaac gaagaattca
     7321 ccctaaccga ccccacggca tgacactacc ccctcctctc ccctccaaaa tcaccaaaga
     7381 agaaatctcc accctgcccc acgaggaata tgtcgggcaa atcgtcgtcg tggatcatcc
     7441 tgaagctgtc gcccgggcag tcagcgcact ctcggccgag acacgcgtcg gcttcgacac
     7501 cgagacacgc cccaactttc gcaaggatca gcaccacaag gtgtcgctcg tacaagtggc
     7561 taccgaagag acgtgctacc tctttcggct gaactgtctc ggcggtattc cggagcctct
     7621 cgtgagcttc ctttctgacg cagacgtgac gaagatcggc ctctcgctgg ccgacgactt
     7681 ccatatgctt cgtgaacggg tagagacgct ccagccggcg ggctttatcg aactacaaaa
     7741 gctcatgccc tcttacggca tcaacgaggc cggcctgcaa aagatctacg ccatcctctt
     7801 ccaaaagaaa atctccaaac gggcacgcct caccaactgg gacgccaacg tactcacccc
     7861 cgcgcaacag aaatacgccg ccctcgacgc ttgggcttgc ctgcgcatct acaaacacct
     7921 ctgctcatga tataccccaa gatttacctc aagcccaaga aggaggagtc cgtgctgcgc
     7981 ctccatccgt ggatcttctc cggcgccgtg gcacgtatcg acggccagcc cgaagagggc
     8041 gccgtggtag aggtcttcgc tgccgatggc cgactgctcg gcgtagggca ctatcagatc
     8101 ggtagcatcg ccgtccggtt gcttgccttc gatgaagtga cgatcgacca tgccttctgg
     8161 cttgaccgac tccgctcggc ctacaacctc cgtcaaatgc tgggcttaga ccatacgccg
     8221 gagaacgata cctaccgact tgtctacggc gaaggcgacc gcctgccggg cctcgtcatt
     8281 gacatgtatg ccgacacagc cgtcatgcag gcgcactccg tcggcatgca ccacgcccgc
     8341 cacgacatcg ccacggccct gcgcgagctc ctcggtgatc gcctacaagc catctactat
     8401 aaatctgacg gcacactgcc cttcaaggcc gccctcgatc acaccgacga gtacctgctg
     8461 gggcgttact ccggcggcga gcacctcgct acggaacgcg gcttacgctt tggcatcgac
     8521 tggctgaagg ggcagaagac gggcttcttt gtcgatcaac gcgagaaccg tcggctctta
     8581 gagcagtacg ccggcggtcg cacagtgctg aacatgtttt gctacaccgg cggcttctcc
     8641 gtctacgcca tacgcggcgg tgcgcgggcg gtacactctg tcgatagctc ctcgaaagcg
     8701 gtctccctga ccgagcgcaa cgtcgccctc aacttcccca acgacgaccg ccaccgcgcc
     8761 tttgccgaag acgccttcga ttacctccga cgtgccggca acgattacga tctcatcatc
     8821 ctcgatcccc cggcctttgc caagcatcgc gacgtgctcc gcaacgccct tcaagggtat
     8881 cgcaaactca acgccgcggc tttcgagaag attcggcccg gaggcatcct cttcaccttc
     8941 tcctgctcgc aagtagtcag tcgcaacgac ttccgactgg ccgtcttcac cgccgctgca
     9001 cagacgcgtc gccacgtccg catcctgcat cagctcaccc aacccgccga tcatcccgtc
     9061 agcatttatc accccgaagg cgaatacctc aaaggcctcg tcttagaagt cgagtagcgg
     9121 atgacccgaa cagaaatcca gaaaatgcgc gacggcgagt cgcccgactt ccaatcgccc
     9181 gagctgcaag ccagcttccg gcacgctaag gagttgctgg cacgcatgcg taccatgtcg
     9241 acttacagcg acggcttccg cgagctgctc gaacagctta tccccggcat ccccccgacg
     9301 tccgtcatct gtccgccctt ccactgcgac cacggccacg gcatccgcct cggccacggc
     9361 gtctatatca atgccggctg caccttcctc gacggcggat ggatccgcat cggcgaccac
     9421 accctcatcg gccccgccgt acagatctac acgccccatc acccgctgaa ttatctcgag
     9481 cgccgcacgg gccgcgagca tgcgcgcccc gtcaccatcg gcgccgactg ctggattggc
     9541 ggcggagcga tcatctgccc cggtgtcacg atcggcgatc gcaccgtcgt cggcgcgggc
     9601 agcgtcgtca cgcacgacat ccccgccgac tcgctcgccg tcggcaatcc ctgccgcgtc
     9661 atccgcccat tagaggccgg agaagacgct actcactccc tataacgcat cacaatggac
     9721 cataaccccg cccaagaaat caatccccac atcccggctg cggcacgatg gatcggcgcc
     9781 acgccgctcg tcgtcttcct ggccgtttac ctgctgacct cgctcatcct ccgcgacttt
     9841 tacgcgatgc ccatcaccgt ggccttcctc gtctcctcgg tctacgccgt ggccatcacc
     9901 cgcgggctat cgaccgagaa acgcgtcctg cgcttctcac gcggcgtggc ggactacaat
     9961 ctgctgatga tgatctggat cttcgtcttg gcgggcgcct tctccgaggc cgccaagagc
    10021 atcggcgcca tcgacgctac ggttcacctc atcctccgcc tgttgcccgc cggactgctc
    10081 ctaccgggtc tttttcttgc ctcctgcgtc atctccctct ccatcggaac gagcgtcggc
    10141 accgtcgttg ccctcgtgcc catcgccctc ggactctccg agccgctcgg cctgcccgtg
    10201 gagtacatcg cggccgtcgt caccggcggc gccttcttcg gcgacaacct ctcgttcatc
    10261 tccgacacca ccatcgccgc cacacgcact cagggctgta gcatgcgcga taagtttcgg
    10321 gtcaacctcc gcatcgtcct gcccgcggcc atcgccacct tcgtcatcta cgccttccaa
    10381 ggcgcccacc tggccgagac gccgctcagc accgacaccc attcgccctg gctggccctg
    10441 ccctacctcg tcgtcctcat cgccgccgcc cgcggcatca acgtggccgc cgtcctgacc
    10501 ctcggcatcg tcgtctgtgg actcgtcggc gctgtcttcg gcacggtcac gttttggccc
    10561 tggatcggcg ccttggggca aggcatcgtc ggcatgggcg aactcattat cgtcaccatg
    10621 ctcgccggag gcatgctcga gctgatccgt ttcaacggcg gcatcgacta cctcatgagt
    10681 ggcctcacgc gcggcattcg cggcaagcgt ggcgccgaag cggccatcgc cgcactcgtc
    10741 tccgtggcca acatttgcac ggccaacaac accatcgcca tcctcaccac cggctcgatg
    10801 gcgcgcgaga tcaccgcccg ctacgacatc gatccgcgta agtcggccag catcctcgac
    10861 accttttcct gcctcatcca gggcctgatc ccctacggcg cgcagctgct tctggccgcc
    10921 cgtttcgccg aagtctcgcc catcgccatc gtcggctacc tctattaccc cttcatcatg
    10981 ggcgcctgcg ccatcctggc catcgccctg cgtctgccgc gcaaatacag ctgaatcggg
    11041 cgccgcggtc gatcaggctc atccgccgaa tcgaaatcca tcttttgaaa cgatgcagcg
    11101 gaacgccgga agcccatctt ttcgcccgaa acgactaaaa agaggttttt ggccatttcg
    11161 ggtcaccaga aacggctaaa aagtagtttg cggccatttc gggtcaccag aaacgaccaa
    11221 aaagaggttt gcagccattt cgggtcacca gaaacgacta aaaagtagtt tgcgaccatt
    11281 tcgggtcacc agaaacggca tttccgaccg tcgaagccat ttcatgtcgc atgaaacgac
    11341 atttccagcc gtcgaagcca tttcatgtcg catgaaacga catttccgac cgtcgaagcc
    11401 gtttcgtgtc gcatgaaacg acatttccag ccgtcgaagc catttcatgt cgcatgaaac
    11461 gatatttccg accgtcgaag ccatttcatg tcgcatgaaa cgacattccc gaccgtcaaa
    11521 gccatttcat gtcgcatgaa acgacatttc cgaccgtcga agccatttta tgtcgcatga
    11581 cgcgacattc aaccggcagc ggtcagccgc ggaggatggg aacgatgtaa aacgaaaaat
    11641 tgtcgcgcgc ccggaccgag cacgcgtcga tgatcgcacg gccgacggcc tcgggcgtgg
    11701 ggtgcgtggc aaaaagggac gacaacgcgt cgtccgtgat gacgtccgtc acaccgtccg
    11761 tgcagagcag gaaacggtcg cccgggcgca cgtccgtgag gcgcaccacg tccgcctccg
    11821 cgggtgcgct cgagccttgg atggcacgcg tgatgacgtg ccgctgcgga tggcgcgcgg
    11881 cctcctcggc cgtgatccgc cccagcttga cccacacgtt gacgagcgaa tgatcctccg
    11941 tgcgaaagac gatccgaccg tcgcgaaact ggtacacgcg gctgtcgccg atgtgcgcca
    12001 ccgtgacgcc cccgccgcgg tcgaaggcaa gcatcgtgag cgtcgtggcc atgcccaccg
    12061 cctcggggtg tgcggcgaga tattcgtcga aacgtcgctc ggtgtacttc accgcttctt
    12121 gcacatcacg ctcgcctgtg acggccatgc cgtccgccaa tgcctcgcag gccagcgcac
    12181 tggccacctc gccccgctcg gctccgccca caccgtcaca gacgacaaac agcgcacccg
    12241 tgccccgcgc cgcctgccca atggccggat agatggcgtc ctcattattc gctcgcccgc
    12301 ccgtttctga ggcagcgaag ggttgtccga cgactacttg cataagactt tcagaagtta
    12361 aatcggagcg tggttcggcc cagccgcagc tcgtcgttgt ccttgaggac gacggtctct
    12421 cccgcgccca gtggggcgcc gttgtagagc gtgtgattct tgctttggca gtccgagagc
    12481 gtgtggatga ggttgccgcg gcgatcccgg cggacgtcga tgcgtgcgtg gctgcggctc
    12541 atggtgcggt cggacgtttc gatggcgatc gcggcctctg tgttcgagga tttacgcccg
    12601 acgatgtgcg acccttcgct taagggaaag acctgttcgg gcgtatcaaa agcggcaagg
    12661 acagtgatcc gcccttgccg cttttcaacc ggcctaagaa ggacggtttc ggagccgccg
    12721 tcagcagctc gctgggttaa gtatgatacg gggatgtcgt gcttgcattg cgggcatttg
    12781 aaagaggtga tgccctcggg gattttcgtt tcgtcgactt tgaggccggt ccggcaatgc
    12841 gggcatttga cgggtatcat gagaagatgg agatgtcagc ggcgtcatcc atgtcggagg
    12901 cgatgtcgat aatgtcgtcc gcggtggaga actcggcgtc gtccgagagg gtaataaaat
    12961 ccattgcctg cgctgcgtcg tccaccatca cgaaactgtg gtccgcatca ttgtccatgt
    13021 cgatcatcac cacatcggcc agatcgctgt ctattgaaac aaaagtttgc tcgtccattg
    13081 tgctgtataa ttacatcgtt atcaattaga aatcggtgac gaaagtagga cgattgccgg
    13141 cctcgagccg tcccacggga ttcataacgt acaaaaagca gacgtttatg taccaattac
    13201 acccgccgtg ggggctttac ggcttgttgt cgtttaccca tttggcgcga caaccgttcg
    13261 tggggcatcg tttctttttg gccagcgact cccatgggat ctcgcccaaa aaggtgccgc
    13321 acttggggca gacgtaatct attttgaatt ggttggccag gtcttggagc agcgcgggga
    13381 tcttggccga ctggcgcgcg ccgaggtaga cacccagcaa cggggcgacg atggtgagca
    13441 cgaggctaac gaggaagacg acgcgatggc ttcgccccac ggagccgacg atcagcccga
    13501 caatgccgac agcggcgaag ggtaaggtct ggaagaggcg cgtcttgaat tggttggacg
    13561 actggatgcg gatcttgcgg cggatgtagc cgtcgtagat gggtttgagg gcggcgaact
    13621 cggcggtgta gtcgttgtcg aacttgaggg cttcgcggac gtcgagcgta taggtgtcgc
    13681 cgagggtgac ggtatcggac gctccgaggc gcttgcggac gatgcgatcg ccattgacga
    13741 aggtgccgtt ggccgagtcg gcgtcttcga tgaagagtcg gccgtcgacc tcgcggacga
    13801 gacgggcgtg atggcgactg accccgggcg catcggccgg gatgacgtag tcgttgtcgg
    13861 tggatttacc gatgcggatc gtggcctggc tcatggcttt tcggcggcgg gtgagggggt
    13921 gggcgtggcg gtgccggcca gagcttcttg ctccagacga tccttcatca tcttcagcgg
    13981 atcgcgcgag atgaccagct cgcggggttt gccgccgggc acgagcatga gcattttctg
    14041 cttgggcaga ttgatgtgca ggatgtagtt cttattgacg atgtagcttt tcccgacgcg
    14101 gacgaggggg gaattggatc cggcggtttg tttgttgagc atttcctcga tgcgcccgag
    14161 gttgatggcg aaggtgaact ggatgccttc ggtgagcagc agacgggtat agttgcggtc
    14221 ggcctcgagg tagaggatgt tgttgatgcg tagccggagc agttcgtctc ttgttttgat
    14281 aatcagatgt cgatccatac gtgtcgatgt gtggtttatt tccttttcga tttgggcggg
    14341 caaagatgtc ccataaaacc gagaggagaa ccacccccgg gcggctcccc tctcttgcta
    14401 tacatatcta ttaggcaacg ggcagatcag tatccgcgga tcgccttgat gccgggcaac
    14461 accttgccct cgatggcttc gaggagggcg ccgccgccgg tcgagacgta ggacacgccg
    14521 tcggccaggc cgaacttatt gatgcacgcc acggagtcgc cgccgcccac gagcgagtag
    14581 gcacccgcct tggtggcttc gacgatagcc tcggccacga cacgcgaacc atgagagaag
    14641 ttgtcgaact caaacacgcc cgtggggccg ttccagagga tggtcttcga gctgcggatg
    14701 acgtcggcaa actcgcgctc cgtctccggg ccgatgtcga gtccctgcca gccgtcgggg
    14761 atgttgttgt tcggcgcgat ggccgtgttg gcgtcgttgc tgaagcggtc ggcgatcttc
    14821 gaatcgctcg acaggacgag cttcacgccg cgcgccttgg ccttttcgat gagcgagagg
    14881 gccaggtcga gcttatcgtc ctcgcagatg gagctgccga tcttgccgcc gagggccttc
    14941 ataaacgtgt acgtcatgcc gccgcagatg atgaggttgt ccaccttgcc gagcaagttt
    15001 tcgatgatct caatcttcga cgacaccttc gagccgccca tgatggcggt gaagggccga
    15061 ttgatgtcgt tgagcacctt ctcgacggcg cgcacctctt tctccatcag gtaaccaaac
    15121 attttgtgat ctgcatcgaa gcagtcggcc atgagcgccg tcgaggcgtg agcgcggtga
    15181 gcggtgccaa aggcgtcgtt gacgtagacg tcggcgtagg aggccaacgt ctcggcaaac
    15241 ttgcgctgct tctctttcat ctccttcttg gcggcggcct tcacctcgtc cgaggcgtcg
    15301 tcagccagtc cgcgcggctt gccctcctcc tcggcgtgga agcggaggtt ctccagcagc
    15361 agcgcctcac ccggctgcag ggcgcaggct ttaagctcgg cttcctcgcc gacgcaatcg
    15421 ctggcaaact gcacatcgac gccaagcagc tcagccacat gcgcacggat gtgccggagc
    15481 gaaaacttgt cgtcgttgcc tttgggccgc cccagatgcg agccgatgac gacgctgccc
    15541 ccgtcgccga ggatcttctt cagtgtgggc agggcggcgc ggatgcgcgt atcgtccgta
    15601 atgtggaaat tctcgtcgag cgggacgttg aagtcgaccc gcacgaatgc cttcttaccg
    15661 gcaaaatcaa atgaatcaat ggtctgcata ccttgttgtt ttatatgtga taactatctt
    15721 atactcatta cgtatcgttc gttctgacgg gtgcaaatgt ataaccggaa tgggtgaaaa
    15781 tcgaaaaagt gggagcgaaa aatcccgccg agcggagggc tgccaattgc ctgaggaaat
    15841 cgctcgccac aaactttttc ggcccatttc ctcaggaaat cgcccgccac aaactttttc
    15901 ggctcatttc ctcagaaaat cgcccgccac aaaacttttt cagccaattg cctgaggaaa
    15961 tcgcgcgaaa aaggccggtg cgccggccgg cgaagttggc cgggtacggg atgtatccga
    16021 aatgtgacgg agaaaacttc gccggcgacc gcagcccttc ttttcttctc ttgatagaag
    16081 aaaagaagca aaagaagatc aaggccggtg cgccggccgg cgaaatttgc cggtagccgc
    16141 agtctacccg ccgatgatcc gctctacgtt gaggcggcct gaacagacgt aaaggaagaa
    16201 gccgcgggcg aagaggaagg tgaggaaggc gatccacagg gcgtcgttgc ctatccacgg
    16261 cgcaagggcg tagaaaacgg cgaggtagag cacgagggca tagaagaccg tgttgcgcag
    16321 gatgcgggtg cgggtggcgc cgatcatgat gccatcgatc atgaacggga cggcgccgac
    16381 gagtggcacg gcaatgatcc acacgatgta acgcccggcc gtcgcgatga tggcgggcga
    16441 gggggagaag atggccaaga tctgccgcca gcagagggcg tacgcaccga taaagaggcc
    16501 ggcaatgacg agcgaccagc ccatcaagcg accgatgaaa cggcgcagcg cctcggcgtt
    16561 acgctcgccc acgaagcggc ccgaaagcgc ttcgccggcg tacgcaaagc cgtcagagag
    16621 gtaggagaag agcgtgaaaa gctgcatcag cacagcgttt gtcgtcagta tcgtgtcacc
    16681 gaaacgcgcc gaggccgcgg tgaagaaggt gtaggccgtg acgacgcaga gggtgcgcag
    16741 aaagatgtcg cgattgacgg tcaaaaagtg cacgagcggc gccagactga gcgaggcgcg
    16801 gaggtcaatg agccgcaaat agccgcggta tttgacccat aggaaaacga gggcgacgag
    16861 cagcccggtg tattgcgcca cgaccgtccc ccaagccacg ccggcgatgc cccacccgag
    16921 cgcgagcgcg aaccaaaggc taaagacgac gttgacgacg ttcgagagga tggcgatgaa
    16981 catgggcgtg cgggcgtctt gcatgccgat cagccagccc tggagcgaaa ggagcaggac
    17041 ggaggcgggc gcggcccaga cgcgggcgaa aaagtagtcg gcggcaagtg cgttgacgtg
    17101 gttgccggcc tgcatcagag cgagcgaggc gtggccgatg ggaccttgga aggcgagcaa
    17161 aagcagcgca agcacggcgg ccacccacac ggaacgcgcg agcatgttgg cacactcgcc
    17221 cggtcgaccg gctccgtagg cctgggcggt gatgccaccg gttcccatgc gcaggaaggc
    17281 gcagttccag tagatcatcg aaaagatggt cgtgccgacg gagagggcgg cgatgttggc
    17341 atcgtcgccg atgcgcccgg cgatcgcggt gtcggccatg cccagcagcg ggatggtgat
    17401 gttcgagacg atgttcggca gtgccaaacg caggatctcg cggtcagtcg gggtaaatct
    17461 gagggtcatc agcggagcgc ggttgcttcc ttattatagg ttgacgcaga aaccgaggcg
    17521 acgcagtccc tcctccgcgc gtcggctcgc accggtgagg cacaggcgga agcaggggaa
    17581 ctctcgtcgg atccaatagt cgccgcgttg gcgctcgaac gtttcgggcg acgctttaag
    17641 tcgggcactg tcggcctcga tcggataagt gtgggtgacg gcttcgtaaa agacctcctc
    17701 gtccgtgcgg ccggtggcgt cgagcgcaaa atccgtcggc ataggcggcg cggggagggt
    17761 gggcgggaac cagtccacga gggcgtcaat gccgaacatt tggctgcacg tgcgcacgca
    17821 aacggccgta ccgttagcct ttccgtcggc cgaataaccg gcgatgtggg gcgtggcgag
    17881 aagcgcatcg cggagcagcg tacggtcgat atcgggttcg ccttcccacg tgtcgaggat
    17941 aaaggccgcg agtcgtccgc tctgcacagc ctcacggaga gccgcgctgt cgacaaccgg
    18001 tccgcgggag gagttgatga aggcggcgcc gcgacgcata cggtcgaaga agtcgccgga
    18061 ggctaagtgg cgcgtcggat acgggccatc ggccgtcagc ggcgtgtggc aggtaacaat
    18121 gtcgctctgt cggagcagtt cgtcgagcga cgtgaaagcg tcgctgccct cgcgttcctc
    18181 acggggcgga tcgttgagca agacacgcat accgagcgcc tgcgccgcgt cggccacgca
    18241 ccgcccgacg tgccccacgc cgataatgcc aagcgttgtg tcagcaagtc gcaggtcccg
    18301 ttggcggacg atggtgacga gtgcggcggc gatatattgt cggacagagg tggcgttgca
    18361 accgggcgcg ttcacccagc ggatgccggc gcgtcggcag taatccgtgt cgatatggtc
    18421 gtaaccgatg gtcgcggtga caatcaggcg aacgcgactg ccggcaagca gcgacgcgtc
    18481 gcaatgcgtg cgggtacgag tgaaaagcac atccgcgtca cgcacatcgt cagccgagat
    18541 cgcagcgccg ggcaagtagg caatgtcggc atacggttcc atcacacccc gcagaaaagg
    18601 gatcttatcg tcagcgatga ttctcatctt cttgttgaat gattcattgt ctatgattat
    18661 cgggcacccg gccagcttgg ctggcgcctc tggcgccttg actttctttt gatccttttc
    18721 ttgtgtcaag acaagaaaag gagaagtaag gggcgttgcc cactctcccc caccttcttt
    18781 tttccccttg atggaagaaa agaaggcaaa agaagatcaa gcccccaccg gggggggaag
    18841 ttggccgggt actggagtca ttgccctcga ataattaatt gccggtacgc cgcgcacatc
    18901 atcaaatgcg cgagcggaat ggccgcaaag acgcctacac cgaaggctat atgtcccagc
    18961 agcacgatgc cgcagcccgc gagcacgagc ttgaagactt gtcccgtagc gccgcgcgtg
    19021 atctcccagc tgcgcctaag cgacgacaac gcgccggcgt tctcttccac gatgatctgt
    19081 ggtgcaaaca ccagtcgcag gccgacgtag atgcccggca cgatcagaaa caccagcccg
    19141 atgctgacga ttatccaata caggatatag gcaaagagca gtgcgaatac cttgcgcgac
    19201 atctgtccgt aagccgagaa ttgcggttcc tcaccgtcga gcgcctgaaa gaggttcttg
    19261 agatagccca gcgcaaagac cagtgtgaaa agcgtgttag ccaccccgag cgccgtgcga
    19321 cccgggaagc cgacgtaagg catggtacac gtaagcaaga ggctgatgat cgtgtaaccg
    19381 atcaccagcc ctgcaagcac ccatatctga gccacgaggc tctgccacgc cttccgcaga
    19441 aggtcggaga taatgagttt tcgttccatg aattgtgcga ttgtttaggg ttgaatccag
    19501 cgcacgtagg caaagtccat gcggtgcggc agcttcggat tgacgggata gacgcggaag
    19561 ccgacgcgca tgtggccgta gacggcggcc ttcttatgga gttcgaagta gagcttcgat
    19621 cccacttcct tcttcagcgt gaaaggcgcc acggtgacga gctccgtctg atgattctcc
    19681 ggattctcct tcgtgtagac gatctccacg ccaagcatgc tcttgaggcc cttgcgatcg
    19741 atcacgatgc ggatgtcgta ctcctcgcct acggtcgggt gagcggcgtc gtcttgatag
    19801 tcgaacgatt cgacttcgaa ctcattccag tgatcggcca cctcccgctt ccatgcggcg
    19861 atctcacgcg cctcggcaaa gtcggatttc tctaagcgtg cggcacgcac cgccagcttg
    19921 gagtagaaac gcgccacgta atcgtccagc atacgcttca tggtgtactc cggtgcaatc
    19981 tgcgacatgg agttcttgat gtactggatc cactccggcg aatagccctt gctgttcttg
    20041 gcgaagtaga gcggaatgat ctcgtcctcc agtagatggt agatcgtggc cgcgtccagc
    20101 tggtcttgat actgctgatt gtcgtacgtc cgctgcgaag tcagcgccca gccagcgcct
    20161 tccttatagc cttcgtacca ccagccgtcg aggacggaga agttgagcac accattcatc
    20221 tcagccttct cgcccgacgt accagaggcc tcgagcggac gtgtcggtgt gttcagccag
    20281 atgtcgacgc cggagatgag gcgacgagcc agacgcatgt cgtagttctc gagaaagagg
    20341 atcttgccga ggaactcggg ccgacgagag atctctacga tgtgcttgat cagtccctgc
    20401 ccgccgccat cggccggatg agccttgccg gtgaagacga actggatggg gcacttgtcg
    20461 ttgttcacga tcttggccaa acggtcgagg tcggtgaaga gcaggtgcgc gcgcttgtaa
    20521 gtagcaaagc gacggccaaa gccaatcaac agtgcgccgg ggttgatctt ctccatcagc
    20581 gtgatcacct tcgaggggtc gccttgattc ttcagccagt tgtcgcgata ctggtttttg
    20641 atgtattcga tgagcttatt cttgagtgcc ttgcggatct cccagatctc gccgtcgggg
    20701 acgttgcgga tgggatccca aatggccttg ttcgactggt cgtcgaggaa gttccggtcg
    20761 aacgtccgct cgcaatactt cttccattcc gtggccatcc acgtgggcag atgcacgccg
    20821 ttggtgacgt aacccacatg cagctcctcg gggaaatagc ccttccacac aggggcgaac
    20881 atcttgcggg agacgatgcc gtggaggtag ctgacgccgt tggcctcctg acaggtgttg
    20941 agggcgaagg tgctcatgca gaacttctcc ggggtgccgg gattggtgcg gcccatgtcg
    21001 ataaagtcct gccagctgat gccgagcttg tcggggaact cgctcatgta tttgccgaag
    21061 agcgactcct cgaagtagtc gtggccggcg ggcacgggcg tgtgcaccgt atataaggaa
    21121 gaggcgcgca ccacctctaa agcctcgttg aagtcgagct tctcgttgtg gatatagtcc
    21181 acgagtcgct gcacattgat cagcgccgcg tgaccctcgt tgcagtgata aacctgctgc
    21241 ttgatgccga gtttgttcag gagcaggatg ccgccgatac ccagcaggta ttcctgcttc
    21301 atgcggttct cccagtcgcc gccgtagagt tgatgcgtaa tggagcggtc ccactcgctg
    21361 ttttcgggga tgtcggtgtc catcagatag aggggcacgc ggccgacgct caccttccag
    21421 acgtgtgcat aaaccgtgcg gccggggtag ggcacttcga gcacgaaggg ttgatttgtt
    21481 ccctccatca cctgctccag cggcagggtg gtgaagtttt gcggctcata gttggctatc
    21541 tgttggccgt ccatagccag cgtctgggtg aaataaccat agcggtagag gaagccgacg
    21601 gccgtaagat ccacgttgct gtcactggcc tccttcaggt agtcgccggc cagcacaccg
    21661 aggccaccgg agtaaatctt gagcacgttc gtcaggccgt attccatgct gaaataggcg
    21721 atagagggct tcgacgtgtc gggcgcttcg gccatgtaat ccttgaatag ctgatagacg
    21781 cagtcgattt tcatcatcag ctcattgtcg gccagtatct catcgatccg tcgctggggc
    21841 agctcttgga gcagcagcac ggggttaccc tcggtagact tccacaagtc gggagagatc
    21901 tcaccgaaaa gtttagcccc ttcgtagtgc cacacccacc agaggttgct ggctatttca
    21961 tacaaagggg ataattgctt cgggagtttg gagtgagaat agatgtctct ccagatcggc
    22021 tcgttggatt gtttcgattg aatcttcgtc atatgtaatg cactttgatt gagttagacg
    22081 ccgcaaaggt agagggaatt ggccccgcag gcaaaaaggc gtcgtacacg aggcgagagg
    22141 aggtcgaacg cctcaatcaa atcgctgtcc tcgtcgggta aagccccgcc atccgacacg
    22201 aagccacggt tcagttcagg tgaagccccg tcagccgaca cgaagccacg gttcaggtcg
    22261 ggtaaagcct cgccagccga cacgaagcca cggttcaggt cgggtaaagc cccgtcagcc
    22321 gacacgaagc cacggtctgg gtcaagggga gagccgtcag tcgaaattct accgttgtct
    22381 cacattaatt ggaaattaaa tggtcgctat tttatagttg agaacatatc ttagctataa
    22441 gacagttgcc attttatact gacgaaaatt tattgggtaa taaaaggtca cccatttatt
    22501 ctgaataaaa attactggca tctatttggt gactttttta tacccaataa attctcttgg
    22561 gtataagaga gcaacaattt attagtctac gaggtttatc cagtataaaa aggctaccat
    22621 ttaattcctg agcatcatta ctccatgata aaaagtcact tttttatttt cgaacaaggt
    22681 agatcagtat aagaaagtga cttgctattt atcaggtaaa ggcggacaat gtggttaatc
    22741 cagctgtggg ggcataccgg caagagggta acggcatcgg gtagagtgac ggggctttct
    22801 gcacttcggg taacccgaat ttgtcgcccg acaggacttt ccgggccgcg gacaaggcca
    22861 tcacaggcac ggtttgggtc gcgcgggcga aaagccgtcc tttgcgccga acaatttcac
    22921 gatcaagatt atgaacagaa taaaaatagg tgacaaggtg cgcttcctca acagtgtggg
    22981 cgggggcgtg gtgaaggctt tgaaggataa gcagacggtg atggtggagg atgaaaatgg
    23041 atttgactac cccgtgctcg tgagcgaatg cgtcgtggtg gacgacggga agcgaccggc
    23101 ggcgggcggt gcaacgcgac cgacggctcc ggagcctccg cggtcggagc cggctcagcc
    23161 tcggccgacg gcctatcgtc cggaggagac gccgggcggg gagcgcctga acgtgagcct
    23221 ggcctacctg ccgatcgacc cgaagaacct ggtcgatagt ggctacgagg tgtacctgat
    23281 caacgagagt aattacgagc tttcctatag ttatatgtgt gcctcgaacc gcagctggac
    23341 gctccgcgcc ggggggacgg tggagccgaa cacgcggatc ttcctcgagg agtttggcaa
    23401 ggagcagctc gccgatctgg agcggctctg cgtgcagctg atcgccttca agcgggggcg
    23461 gccgttcggg ctgaagaatg ccatctcggt ggagctgcgg ctggacacgg taaagtttta
    23521 caagctgcac tgctttgcgc cgaacgactt cttcgacgag ggggcgatcg tggtgcccat
    23581 cgtgcgcgac gatgtgccgg agcgtccgct cctgatcccg gcggccgagc tggaggaggc
    23641 catgatgacc aaggcgcgcg aggaccgtcg gcggccgcag cctgcggcct cgaagcccaa
    23701 gcgaaaggag gacgatctcg tggaggtgga cctacatatc catcagctgt tagacgacac
    23761 gacaggcatg gcaccgggcg acatgttgcg ctatcaggtg gaccgtttcc atgccgtgat
    23821 ggaggagttc gccggtcata aggggcagcg gatcgtcttt attcacggca agggtgaggg
    23881 cgtgctgcgg gcggcgatcg agaaagagct gaagacgcgg tataagtcgt gtgagtatca
    23941 agacgcctcg ttccgcgagt acggtttcgg ggctacgatg gtcaagatcc gctgagcgtc
    24001 atggcacaag aaacggaacg gaaattcctt gtggcgggcg actttacgcc ctacgcgacg
    24061 gccgcgattc ccattgccca gggttatctc tgcaccgatc cggagcgtac cgtgcgcgtg
    24121 cgtcgggcgg gcgatacggc ctatctgacg atcaagagtg cgccggacga gcgcggctgg
    24181 agtcggtacg agtttgagca gccgatcccg gtggacgacg cccagaagct gctctcgatg
    24241 tgtgtgggtc accggatcga gaaggtgcgc catctggtgc ccggcggcga cggtcacacg
    24301 tgggaggtgg acgtcttcag cggcgccaac gcagggctca cggtggcgga gatcgagctg
    24361 cgcgatgctg acgagccgct tacgataccc gcttgggtgg gacgtgaggt gacgggcgat
    24421 gcccgctatt acaactccgc gctctccacc agaccgtaca cggagtgggc atagagagac
    24481 gggaaagcga aaagtcctgc cggcgggagc atgtctccta ccagcaggac tttttgcttt
    24541 cccgtccctc agcccgaacg aaataaacct tgagcgtgac gagatcgcct tgtttcaagc
    24601 gtcatatccg cggtggataa gacttgtccg ttagcgatga tttatagacc tactatatgg
    24661 ctgtatctgg aaggcatccc atctctcgcg atgaagatcc ttccgcgcgg caatggcgtg
    24721 gcaacacacg atcacttgct gatacttgat agtagaattg tggagctgga gagagtcgaa
    24781 ctctcgtcca aacgaggaat tgatccgctt tctacatgct tatctctgcc ttcattttcg
    24841 tgctgcggca agaccagagc caccaaccgc aaccttattc cctaaagttt cacctgacgt
    24901 ccgggacgtc catcaggcta tctccgaaat tgctgcacca ccgattcgga cggcctcgaa
    24961 gccacggctt ccgggtggtg tctcgtccaa acaccttgtg taaggattaa gccttgacct
    25021 actgttcttc aatcaggcag cgagagcgta agattcttcg ccagttaatt gttcatcagc
    25081 cgagatttga gtgctggcca acgaggcact gcatgcttac aaaccacttc tacccgctgt
    25141 caaaaccggt cagccccgaa atgtgtttgt accttggaaa aagcagcctt gatcttttgt
    25201 cactccgtcg acgcctcgac gtggctggct ttctctttca acgggcgcaa agatagattc
    25261 ttttgaataa cacgatcgcg gggtctgtgt gctgcgcctc gatccgcctg tagacatttc
    25321 ttactgcaca cggggcttta cacgaaaatc tttttcgggc aagtgcttcg gaacctcttc
    25381 ggcgtcgtac ttttggggcc atagaaataa cacctatcca tcacacagat catggtctat
    25441 ccattcaaaa ctcagattaa aggcatcact aagccgccga gagaacggct cgtaccgaca
    25501 cagtcggcag tcaagtggtt gtacgacgtc acacaagccg ccttcagact ggagcgtgcg
    25561 cccttattcg cgttcggggg taagagcaga tctggcattt ttcctaagca ttcacttcaa
    25621 aacgacttct aagaggctct acggctacca aacgtggagc ttcctcccga cgcttacaac
    25681 cttattcatc atggcgactc aagaacaaat ccttcactac gcgtggaaat accagctcta
    25741 cgccgaaccg gaatggacga ccacggacgg cgaacagctc cgcgtcatca cgcccggcat
    25801 acacaacacc gacgccggcc cagacttctt caacgccaaa gtgcaactgg acgacatcac
    25861 ctgggtgggc aatgtggaga tccacggacg ctcgtcggac tggctgcggc acgggcacga
    25921 tacgaatccg gcctacgact cggtcatcct gcacgttgtc ggtgaggccg acacgccgat
    25981 ccgtcgcacc gacggctcgc tcatcccgca ggtcgtcgta cgggtgcccg aacgcgttgt
    26041 ccgaagcatc gactggttgc tctcgcgcga gcaggccgtc ccctgcatcg atcgcctcag
    26101 cgggctcgac gaccggttgc tctacggctg gctctcggcc ttagtcggcg aacgcctcaa
    26161 acgcaaaacg aacgacatct tccgacgcct cgagcgcaca cacaacgact ggaacgagac
    26221 gttctacatc accctctcgc gcaacttcgg ctttggtacc aacagcgacg ccttcgagtg
    26281 gctcgcctcc gggctgccct tcaaatacat ctgcaagcag cgccacagca cggtgcaaat
    26341 cgaggccctg ctcttcggcc aagcgggcat gctcagcgac acccgtgacg acgcctatta
    26401 ccgcaccctg caacgcgaat accacttcct ccgcaccaag tacagccttc gcccgatcga
    26461 cgcccacctc ttcaagaact tccgcacccg ccccctcaac ttccctcacc tccgcgtggc
    26521 gcaactcgcc tccgtctggg cgcacaacga cacgctcttc tccgagatac tcgaggatcc
    26581 ctcggccgac cgcctctgcc gctgcttcga cgtcccactg tcggcctatt ggaatacgca
    26641 cttccacttc gactatccct cgccgccgca caagtccacc cttggccccg ccgccgcccg
    26701 cctgatgctg atcaacaccg tcgtaccgat cctctacgcc tatggtctcc agaagaatgt
    26761 gcccgaatac tgcgaacgcg ccgagcgcct cctcgacagc ctaccgccgg agcgcaacgc
    26821 cgtcatccgt cccttcaccg aggccggtat ccgtgcccgc aacgcctccg attcgcaagc
    26881 cctcctgcag ctccgccgcg agtactgcga gccgaagcgt tgcctgtcgt gccgcatcgc
    26941 gttcggcctc atcaagcact ccttagcata gccggcacct aaagccatga acgactggaa
    27001 agacttcttc tacctctcca tcggcgaacg gcgtgccctg atcctactgc tcatcctgat
    27061 cgccatcggg ttgatccttt tgatttgggg cgacatcctc tatgatcggc agcaggccgc
    27121 agcgccggtg gccacggagc ggacggagcc gccgatcgac actcgcgcgg cagaccggcc
    27181 cgcgtacgcc tcgccgccgt ccgacagtcg tccgcggcat acggcctacc gtcgctcgta
    27241 tcgcagggag agtctggggg agcgtgtccg gcgcctgacc gaccgacggc cgcactatcc
    27301 gcaccgcgaa aaactgtcgc cggggcagac gctcgagctg aacgcagccg acaccgtagc
    27361 cctacaaaag gtgcctggca tcgggccgta ttacgcgcgg cggatcgcta agtttcgcgc
    27421 cctgctcggt ggctttgccc gcgtggagca actgagcgag gtctacggcg tcgacgaaga
    27481 gaaatacacc gagctggcgc cctggttcac cgtcaaccct cgactgatcc gtcgtctggc
    27541 cgtcaaccgg ctatcggaag attcgcttcg gcgccacccc tacatcaact attaccaagc
    27601 gaaagtcatc gtccgcctac gccgcaagaa cggccccatc agcggttgga gcgagctgtc
    27661 gctgctggag gagttctccg acgccgaccg tgcacgcctc gagccctacc tgtcgttcga
    27721 ataagaaaga agcaggggcg tctccgtagg gatccgggcg cggggtctta ctcccctgta
    27781 cccctacgga aagcccaccc acgcgtggtt ttaatctccg tacccctacg gaaagcccac
    27841 ccacgcgtga ttctaatctc cgtaccccta cggaaagccc acccacgcgt ggttttgatc
    27901 tctgtacccc tacggaaagc ccacccacgt gtggttttga tctccgtacc cctacggaaa
    27961 gcccacccac gcgtggtttt gatctccgta cccctacgga aagcccaccc acgcgtggtt
    28021 ctgatctccg taggggtgca gaccatcctc ccccgtacgc ttacgcaagc gaaactgccc
    28081 caagtttcgg gctcccaaac ggtttttgat gtaaaacccg gttctttttt ggcgtccgtg
    28141 taggggcgaa tggcattcgc cccacatgta cccggccgtg caaccattcg gccccacgag
    28201 ggccgtctaa tggggcgaat gccattcgcc cctacaccgg gtacttggcc aaacttcgcc
    28261 accgtcccta tgtgttgggg atacgtatag aaaaggaaag cgggcacgcc cttggatagg
    28321 catgcccgct tcttctttta taccgccctc cacgtcaaaa agatgagggg gggacggagt
    28381 agcgttacga ttggattatt gtaccaatac cttctgcgtt gtaccgtcgc tgaggacaac
    28441 gaggtagaga ccggcagaca gaggcaccgt cttgtcgcct tgcaccgtgg cctgctttac
    28501 cagcacaccc gaggcagagt agatgcgcac cgtcgtctcc ttcggggcgt ggatgcgaac
    28561 cgcaccgctg tttgcccata cggacggctg atctaccagc gtattggcca ccgtcttggt
    28621 gaactccagc gtcaggtctt gcatcacgcg acgaatcaca tactcgtatt cgccatctgc
    28681 gttcagcgta cccgtcagca cttccaccgt gcgaccgtcg atcagacgct tagccgtgac
    28741 cgtcatcggt tcgccggtat acttgacgcg gaaagtgaag ttcttctgtg aaggtatcga
    28801 gctgtatcca actcccggcg aaacgaccgt caccccttcc accgtcggga taaacaccga
    28861 gcgatgatga acgggaggtg catcccgctt gacatagaag cagtagctct catcacggca
    28921 ccgctcggga acagccaccg catcggcctt tcgtttccca aacgccgtgt ttatatccct
    28981 tctccctaca gcttccgttg ttgtagcgac agtcgtatca tagccggccg cgacaaaatg
    29041 ggggtacaac ggatgagtct gattccataa gaatatatca tctgcaaccg gcgcgaatcc
    29101 ataagcaatt tcttgagtta tatctcctcc gaaatcatcc gcccaagcgg tgggactgaa
    29161 catcatctcg ttgtagtact ttatcactgt atccctgaga ttaagaggga ggtagcttgc
    29221 ggctactttg tcatagatct ctttgaaata ggtataccgc gtgtatttat cataccatgc
    29281 gatatcttct ggattaacac cttcacggtc tagataattc tgataggtgt attgttcggg
    29341 atccataaac ctctccttca cataagcagc atatccgacc gacttatcga gttggcgcag
    29401 gcagacacgt acgctatcgt cttgcagcag gtctctttct acatccgtca ggggcgaatc
    29461 ggccgggtgc cagttccagc ctccatcaag gcttcgcatc atgtacttta agggtgtacc
    29521 acgcaaatga ccataattca accgcatcgt atcgccgtaa gagactcgag atcggatcgt
    29581 cgtcgcagcg aactccggtt gattgaagat ctggaatcgg aaagtgagcg tatctacata
    29641 ttcacccgtc tcctgatcga taaagggttt accctggccg ttaaacgaaa tagagggata
    29701 agatgacggc cctattaccc taaagtaact cgtatcatta cccgcacctg aattcgccaa
    29761 tgtgtcagga cccttaccgg tctttttctt cacaaaatac agcttcaata cggcatctcc
    29821 atcctcctta atccgagtga acgtcatcgg gtcacggctg aataagtctt taactaccaa
    29881 agtgtcgcct gcaaccggtt tcgggaacgg tatacgtgaa agcgcctttt gaggacggcc
    29941 ctttcctcct actaagcagg tgtcctctaa tacacctccg taattaaaga caagctccat
    30001 gtctcttgca gctgttagat tatgagatcc agatgtggaa ccagggaatg agttgtcccc
    30061 atagaatgcg atcaaaggct ctaagatctc atgggtcgaa gtcgtatctt cattataagt
    30121 acaacccaca aaaaagactt tctctttgta agccgctata tcgtccttga tattccactt
    30181 cgggagcgaa acagcagcag cccggagatt acgacgcgat ccgctggctt cttccgcccg
    30241 tcttttcgcc tccaaatcag agagcagctt attgacatat tccgtatcta accggactgg
    30301 ctttgccgcc tcctgataat caggtatacc attgccgttt ttatcaagtg cccatacagc
    30361 atacagggtc ctattcccct gaatatcgag actgctcccc agcctataaa atgggcttag
    30421 attgttctct gctgcctgac tcatcacgac cagcttactc tgatcagacc atccaagcaa
    30481 cacataccca ttcacaacat agccattgga actcaattga tgcattccat ttgtcactat
    30541 ctccgtccgt ggtgcaccag ctcgaacctg aacaccagga tgccacctca catcggctgc
    30601 acgcagcgaa ccgatattga gggcggacag caacccgaag gttgctgtca tagcccacaa
    30661 acaattcttt ttacttgttc gtatcatatt ccattgtaat ttggtttggt ttacttcact
    30721 accactttgt gcgtcttgcc gtcgatgact accacataga agccctcggc gagcggttcg
    30781 cgtgtctgcc cttcggctac gtcgatacgc ttgtacaacg caccactacg ggtgtagacc
    30841 tctgcacgtg cacgacggtc agactcgata tagagcactc ccccgtgagc ccatacgcgg
    30901 atagaagcag cttcaagctg agactctgac tgatctatct gatcctctga cgtgcctctt
    30961 aataaggatg cacggcctga tcttatttgg ttggctccac tactataatc agggatacca
    31021 tcattgtttt tatcaagtgc ccatacagca aacagctttc gattttcgat aacattgagg
    31081 ctcgctccta ccttatataa aggagtcact ttatcctcta ttgcctgaga tgttaccagc
    31141 ggcttcattc tgtcagacca tccgataagc acataaccac gtatggcaaa gcggctgtta
    31201 gtaagccgga gatccccttt agtcacagtc tcaacccatt gcttgccagc tcgaggttgg
    31261 gagccggggt tccacgtgat atctacttcg tcatagtcag ggataccatt ctggttggca
    31321 tccttagccc atacggcatg gaaggtcaga tctgatgtga tcctaatggc cgtatctggc
    31381 ttcatcaaat cgcttggctc atcggtcttg gctgtgatca gacttgaggt gccaaagctc
    31441 caacctataa aggcggcctt tgtacgcgtc aaggtgcctt tgcccttcac ggtaaccatc
    31501 gtgctgtcat tgtagcgatt gttatccaca ggggccacac caccgtcatt accgttaccg
    31561 acataggtca cgcccttctg caggtagtcg ggcacattgt cgctctgacc gttcggaccc
    31621 gtcttgtctt caccccatac ggcgtagagg tttgcgagtg cagatgagta agacacttgc
    31681 tgattcggct gcttcatgtc ggccggcaca gcggatgcag ttgtcacgat agatacactc
    31741 gaagtatgcc atccgataaa taccgtctgg ttaagcgtca agtcgccctt atccttgatg
    31801 gtcacctagt cgccattatt atagaggttg gcatcctgcg gagccgtgcc actggcacca
    31861 ttggcatgat aggtcacgcc attttggctg tagtctgggt tgccgtcagg cgtaccgttt
    31921 gggccagtct tatctactgc ccatactgcg tagagcgtcg tatcagcggt gatggtgaag
    31981 gttccacctg gctgcttcag atcggttatt gcactttgtg cggccgacgt ctcaaccaaa
    32041 ggatgcacgc cgaagctcca gccgatgaat acggcttgat tgcgagtcag ctgttctttg
    32101 cctttcaccg ttacggtcgc gttgttgtca tagcggttgg catctgtcgg cgctgcgcct
    32161 gtgccaccgt taccgtcgta ggtgactccg ttttgcaggt agtcgggcac atcatcgctc
    32221 tgtccagctg ggccggtttc gtccttaccc catacggcga agagcgtcgt atcggtggtg
    32281 atggtgaacg tctcgtgttc cttcttcagg tcggtcactg catcgtgctc ggctttcgtg
    32341 gtcagcagcg acttcttacc gaagctccag ccaacaaacg cggccttatc gcgggtcaga
    32401 tcattcttgc ccaggacgtt cactgcgtca ttgttgttat aacgtttgtt atccgtcggc
    32461 gctgtaccgg tcgagttctc gttgccgtcg taggtaacgc ccttctgcag gtagtcagca
    32521 atgccgtcag aacctccgtt cgggccggtc ttgtcctgac cccagatagc gtagagctta
    32581 ttggtcgtag acgagtaatt gaacttgtct ccggcttgct tcaggcctgt cggcacatcg
    32641 gctgccttcg taaccaaggc gtggctattg aagagccagc caatgaacac ggcctccgtg
    32701 tgtgccaagg tgcctttatc cttcgcggtc acttcgtcat tgtcgttata gaggctgttg
    32761 tccgtcggag cgtcgcctgt gccaccgtta gcatagtagg tcacgccgtc ctggctatag
    32821 tccggcttac cgtcaggcgt accgttcggg ccggtcttgt cgattgccca tacagcgtag
    32881 agcgtcgtat cgcttgtgct tgcgaacgtg gcacccttct tcttcaggtc agaaggttca
    32941 tctgcagcct tcgtaattac aggcttctgt gtgaagctcc agccgataaa cacagcctgt
    33001 gtgcatacca atgaaccaga atctttcacc gttacgttct caccattgtt atagcggtta
    33061 gcgtccacgg gagccgcacc gctgctctga ttgttaccgt tgtaggtcac accgttttgc
    33121 aggtagtcgg gcacattgtc gctctgtccg ttcgggccag tcttatcctc accccagagt
    33181 gcgaagagcg tcttctggtt agccgagtac ttgaaggtgg catccttctg gtagatcgtc
    33241 gccggcacat cagccttctt cgtgatcaga ggcttctgct cgaagagcca gccgaggaag
    33301 acggcatccg tacgaaccaa gctaccctta tcgagcactt tcacatcgtc gttgtcattg
    33361 taaagcttcg aatctaccgg agccgtacca ccggtgttgt cgttgccctt gtaggtcacg
    33421 ccngcttggc tntagtcagg cttaccgtcg ggggtaccgc ccgggcccgt cttgtcgatt
    33481 gcccatacgg caaagagtgt cgtatcggcc gtaatgttga agtgggcacc ggtcttcttc
    33541 aggtctgcgg gttcatccgc ggcctgcgtg atcagaccct tctgcgcaaa gctccagccg
    33601 aggaacacgg cctcggtgcg aaccatcgta ccggaatctt ttacagctac tgacgtgccg
    33661 ctgttatagc ggttgttatc taccggagcg tcgccactgg tttggttgtt accgttgtag
    33721 gtgagaccct tttgcagata gtcggggata ccatcagagg ttccgttcgg gccggtcttg
    33781 tcctcgcccc atacggcgaa gagtgtcgtg tcctgggtaa tggtgaagtt ctggcctttc
    33841 gtcttcagat cacttggcac ctcgctggcc ttcttgatca gctctttctg cgtgaagctc
    33901 cagccgacga atgctgcacc cgtacgaacg aggctaccgg aatctttcac ctcaacctgc
    33961 gtattggcgt tgtagaggtt gt
//
LOCUS       SEQF2637|AYYD01001275.125607 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..25607
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             290..1588
                     /gene="ltrA_9"
                     /locus_tag="SEQF2637_02309"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A3U0"
                     /codon_start=1
                     /transl_table=11
                     /product="Group II intron-encoded protein LtrA"
                     /translation="MKDRAMQALYLMALEPIAETTGDRFSYGFRKXRRTMDAIRQIDT
                     VLNRQHSPEWILEGDIKGCFDHISHDWLLSHIPMDKGILAKWLKCGFVFKGGLYPTEE
                     GTPQGGIISPTLANMTLDGLQTLLAERFKRRXINYKXFRYKVNLVRYADDFIITGYSK
                     ELLENEVKPLVVDFLKERGLTLSDEKTTITHIQDGFDFLGFNIRKFHKRLYTSPSKRA
                     QKRFRAKISEIVRRHRMCKQESLIRMLNPIVTGWGNYYRYGASTEAFHNCDNHIFNVT
                     RKWALRRHPKKKRTWVNDRYWHNLRGRKWTFAVVYKGKKGHEDYLALKRLADVHYTEY
                     KQIKGDANPFDPEYDLYFQKRETQLMLETLKGRKSLLCLWNKQGRTCPLCGKPIDRTK
                     AWNVNEKAIDGKIVRELVHNTCYLRSKRKSCKYEPISMYR"
     misc_RNA        1603..1679
                     /locus_tag="SEQF2637_02310"
                     /product="Intron_gpII"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             2055..7580
                     /locus_tag="SEQF2637_02311"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKRLYATLLIAALLASFGGKIWGQAGAILSPDGNPNGTVKVN
                     NAFGAGESSIISNGTSPTRNILGPNFTLSPYPNPDFSYTGGVAYNRAYAYPMVVSPSL
                     TDIQIGDNGVDGNRPNGNMVIRAYTGQGYALGWISVINRIPNKSTHPNSVPYPTSYPE
                     LSGLDANTQPKRFVKSPDGTPQFKLIEFSFNKNNYTNYEAEKWYKLGIGDHPDLSPAL
                     NGVVRSRHGGKDAFAPCGETVFTAVSCIDDPNVPGGYIIRVIQHQMPAGTYAETASGP
                     APIPEAVYTSTIDGYFTKSWDPTFFGRIGSPDSTRRNYPTDDGVHLVQLTGSPMQDAA
                     ALSTQVSLTSAANNAGSLKNYQRPTSVVLPTGIHQFSNLIFEDIRWYFEKNEASIDTL
                     IKPDAMKFIGQLGRCNSGASVAYSIKPFWKKAVDIGQTFVDGAVVLQPDARVCIAHDV
                     KDRTATPATSHDGTALPNTATDAILALPNNDPAHGGRFTLRIRGNIDSVNMAQTPTGS
                     QDPFFKQGNFPQAATDIYLYEDSAATHNFEKPHLGAYLNRQPTAHITNHPIAAPPTGA
                     VASIFGLYGDYHWTTNNADVHTDTVPAAFTGNNPGVIELGPQGAGRKHLNVYSGGMLK
                     NFEGCLPLDNFTMHFGGGFGTPNLKITGTKPLYILNYGNNDNKTACEANLVFHPSTSD
                     TVQHAINGANDPVAPTYYAPLTQDRGAMHIQALGNTEFRTDEVWKPGMNNNLLILSES
                     RNVIAQGIDYTAGYTDDVASGLLTFWAEDRTPDQALVSGCDNAGLADRNGHRGNLYLN
                     DVTKITRPAGGGTETNLVAANNVRTARVEYAGQNADTLNVISRKGDLYLGYAAGSKIY
                     TPTEAYVGNSKTGTDNAFIYQGTGGTAEVHLQAGFDDSRSQMTRTEGMEGGNVYFARL
                     AIDMPNGGRRNARVAIPYSSEYICNGGNLHQRAGQSMLRYEHSGIIGGLGRCGVESAA
                     GWAAYAGRLENPGTLNDLNTMARGAAHRSLEYKSDNGSLVLDAGRRGNIILNRGALLT
                     GRYTTGHVVFRTREGDIDLRDPVDITGGIGGGVLLLAQTDSLEKLSKIKACDCDEMRN
                     NVYLQDLSYTSTHSDNSFFIGADNNIKLNYGGLANIGTREDPFLSTDYEERDGQPVRR
                     GVGYAGGVNGGCDNNAFHCDLDPNENKARDLQLTFTTYVASDGSTKPIRSGGFAAVAS
                     DRIDVYKNLMYTGGEGTGLGTPPTANGLLHGEDVRGYGLFLKTQANKGNWTENMLLHT
                     PSCPTTCQATGCGSGETPRAYLHHTARLTFHSDARLKAGNQRLVLESPVIETFGVLEL
                     DALTNAGSNTEIVIKTDSLICHDSLIRAGDDRVKWTTWSGLPGDQPIIKLGYSRRTAP
                     FAEYAVDGKRCRECVSHYKGKIYAPGETPLDTMFIQFGPNTPTERRNVLVLDHTVLSF
                     LTDSFDHVKGGNIRHARFFVDTLKTRNQVEFWTDEKHEREGHLELISEPQMLSKDYAG
                     MYTRHLHLEPIGACGRPTSELWLPGNALDVITTSTFGGFGIQYTDVHVENGGHLNPGF
                     TSLRLRGQCYEQQAGTLTMKDLRLDSGADLHFSIGSTQGLNGSYSDAIDVDRLTTYGS
                     VNVHIEIRPCERVEKRCYPLIYYKSVTPNSLNNLKLTTKSVTIDGEEYPLALSLSTDG
                     VVYLCVGNAVDPVLTHTVTMPEVSGVTTTPRAGIWPVNSRSNFRFSASYPKGSRPLMV
                     RTNRRVQGGALEELSGILNANGEYEYIVPSVREEVTLTFGPDHVSNELIMSSAVWSHG
                     EQIHFRIDRSDVASIYSVAGRLVKRIDLPVGETSIPMQRGAYIITLRDGSVHKVIVK"
     CDS             8275..8448
                     /locus_tag="SEQF2637_02312"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLQMLDTVEKLHDALQGETLGDTVSALSRSRATMQTRSNKIIV
                     FNLIYSTTFQEVK"
     tRNA            complement(8685..8770)
                     /locus_tag="SEQF2637_02313"
                     /product="tRNA-Leu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Leu(taa)"
     tRNA            complement(8789..8862)
                     /locus_tag="SEQF2637_02314"
                     /product="tRNA-Gly"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Gly(gcc)"
     CDS             complement(9098..9559)
                     /locus_tag="SEQF2637_02315"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRPHIASIVATLLVGLVTACTEPNPIDNYPVALRLDLTFNDKA
                     LRTVPSAATYTHYSHPISSAYRAFGFGGVLVVHGVDAKFYAFDLSCPYENRSSVRVEP
                     DSDIIYAVCPQCGTKYLINDGSGVPVEGVGRHGLKPYKTESDGRGTVIVYN"
     CDS             complement(9556..9987)
                     /locus_tag="SEQF2637_02316"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEFTSTIRPIPHNDARVFAMLSDLSNLQRVRNSIPEDSIKAFS
                     FTDDHCSFEVSPIGKIEFRIVDREPNKTIKFETTQSPVPLQLWIQLKQVATSDTRMKL
                     TVRADLNPFLKPMVSKPMQEAVEKISEILARLPYEEQDLTP"
     CDS             complement(10042..10680)
                     /gene="pyrE"
                     /locus_tag="SEQF2637_02317"
                     /EC_number="2.4.2.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0CB78"
                     /codon_start=1
                     /transl_table=11
                     /product="Orotate phosphoribosyltransferase"
                     /translation="MKALERIVAEKLLKIKAVKLQPGNPFTWASGWKSPIYCDNRKTL
                     SYPALRTFLKIELARTIVENFGEVEAVAGVATGAIAQGALVADLLGLPFVYIRSTPKN
                     HGLENLIEGELRPGSKVVVVEDLVSTGGSSLKAVEAVRNFGCTVIGMVAIYTHGFPVA
                     EEQFQAANVRLITLSNYDAVIEEALKTEYITPTEEAILQEWRKDPAHWNPQD"
     CDS             complement(10830..11438)
                     /gene="nreC_3"
                     /locus_tag="SEQF2637_02318"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7WZY4"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxygen regulatory protein NreC"
                     /translation="MSRKKKVLIVEPSIIIKEGLIKILGKSPELDVLRPSDGTEDYAE
                     RISVARPDILLINPTVMPYSKRYPVYSLAQEYPHMTIIALVYQYIDNAILHAFHSVLE
                     IRESAERIVDIILEAYASTSDRAEMLDPAGGHELTRRETDVLVLVAKGLMSKEIAERL
                     HISVHTVISHRKNITRKTNIKSVAGLALYALMNNLMEEGDAS"
     CDS             complement(11435..12139)
                     /locus_tag="SEQF2637_02319"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKMLFSENMKLADLISANHNLILMLPRFGIPLGFGERSVARVC
                     AAYDVPVDFFLLVCNVYTFDAYLPNRETLQSIDMRLLVPYLHASHQYYLRHLPYLGRL
                     LDGMASKVDKRYGNMLRHFFAGYKNEVEEHFDYEEQVVFPYIERLRIASENGETLPES
                     YHIHDYAEAHDNIEDKLSDLTQIIFKYLPGNVSPEDSIDVVFDIFQLSADLNKHALIE
                     DRILVPYVEMLEAKRA"
     CDS             complement(13060..13209)
                     /locus_tag="SEQF2637_02320"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLFFCLVFQPLSAEITKMDLVLQLSSTESTQMDLVYLLSIAKSP
                     KMDLI"
     CDS             complement(13264..14457)
                     /gene="resA_3"
                     /locus_tag="SEQF2637_02321"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81SZ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MKKYLFLAVMALLAVACKQKASDGFVIDGKLTGNVENAVVKIFD
                     AADPTMTVVDSAVVKEGKFQLKGKVDEPTMFQLTIDLPDASLSEQERTLAYAFYVENA
                     PMTFTADAATMPTLFYIPDRKTVDPVITGSPTQELNEKFNAQMADKENRLSELSEKQA
                     SVYYSAEERTDSIIAEAVRMESEIEALRKECNDARLDFIRKNAASIVALDQAGILVYA
                     DELTTADVDEILKVLEPSWKGKARYDLLVQQMTTKKNMALGSVIPDADFSTTDGKTVK
                     LHDVLPKEGYALVEFWASWCSPCRAEIPHLKQIVSKYPAFHIISLSVDDDDAAWKKAL
                     DQDKPSWTQLRCPDGIQGMANKVYGIMGVPACFLVDSEGKIVRVGARGPVLDMMLSQL
                     YASNK"
     CDS             complement(14532..15941)
                     /locus_tag="SEQF2637_02322"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MKTTHAIIGLCLAMALTACELVGSLDKIEPEHKLTDNNVITDAK
                     SAEAALNGVYLSWRTYRIGWMRHLLGALTGVENEVNIAGIDGFADNEVTDDNTGVESN
                     YIELYFVVQNASAILEHLESTAAIQSLSPARRTEIVGEVKCSRALARLMLLRQYGEFY
                     DRTSAYGIVLYPGNRSIKDNTALPRASVEESYRAILSDLDEAIAKAPETNTHYRMSRL
                     TAKALKARVMLYRKEFAQAATLARQVIAEAPAAGYALEDSFKQLFVNSFQSPEMLFAV
                     YAMAPDELYSDGVWNRSTAGPVTSKLASAVAPSDSVPDKRFAAIYKDLDPGRPEVVNN
                     KYPITEGLAGTKQDSHYYIRLAEMYYLIAEAEARLGNPTAARAALKEILCIDRAGYTQ
                     AYVEAIPDSRLLEMILRHKWLEFFTENSEEWFDLVRFHAWDNYPIAPYYVKSDRHLIL
                     PIPRKALGGNRALKQNPGY"
     CDS             complement(15969..19571)
                     /gene="susC_10"
                     /locus_tag="SEQF2637_02323"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MARLRWESKSRYKVWRDVEWGSKSWCGGQVGMDERRNGGLRCNA
                     RLYTLQMQERAQKERRFVTIMGELMKVSIFAPFILLGANVHLTRMSGEISNQNIDNEY
                     FISIHLMTYKYDCKKHGGRRLGWAMMSLCIVAATGLQPAWAAEFDPTTGHMTATQQKG
                     IITGRIVDETGEPVVGANIVVKGTTTGTTTDLEGRFSLTVEGPNVTLVVSYVGYEQME
                     LPAVAGSTLNLRLVPDCKMLDDLVVIGYGSKDKKSLTSSISSLKNDDIERLARSASTV
                     DGMLGGAVKGVFSVQSSGAPGAGPLINVRGITSPIPRDKMTKQSNAPLYVIDGMPYFV
                     EDNNLNPLLAISPYDIESVDILKDASATAIYGSRGANGVVIVKTRNGRKNEKMTIDAG
                     YTLSVGNPIKEYSPLNPTEFRQLQGEIMDGTVRHIRENLGGMMDANMYAVLQSFGKVE
                     ATLDEDTYLYKLTAYNGLRDDVFGRANTNWNDEITHRNATTQQYYVSLRGGSAVTNYS
                     VSLNAMDQEGLMKNDRLKHYGGRMAIDTEVSKWVKAGATLSYSGSARHSGNLREGFQE
                     GLTAWRMRPDLPVRDEQGNFMRFDATPLYGVPIMSPNPVAVRDRKNRAVSSQFMGNGY
                     ADVTILEGLKAHAEVNVSVFGQRDRTFIPSHAQSLIPGVELKAELGEEYSTTTQTSAN
                     VRLDYNRSFGHHNLAALLGVGADRTHYQLRTLSASDFFNESDMDNIGSANTYLPIMDA
                     YARGGLNSTYARVSYDYAQRYLTELSLRSDASSKFGPNNRTAVFPAVSLGWRLGNEPF
                     MAGACSWLDDLKLRLSWGKTGSTNVDDFSYLRYYSKGGRYGEKPGVWLERNLPNRDIR
                     WEITTEYNGGIDFSFFDHRLYGSIDLYNRTTKGALVNSPYLAESGMNSYTSNLIDMSN
                     RGFELELGGDIVRTADFTWSTSFNIASNRNKVLKLNGANLNSQMQDLIVEGEPVGVIK
                     GFRTKGIAKDQAEIDRLNAQAATKGYGAYQTSLGVGDYILEDVNGDGRITSDDRTVIG
                     SPLPKFFGGWNHTLTYRNVDLSLFMQFSQGGKAFYSDVGLDLESTLGQSITRETFRRT
                     WTPERRDALFPRLVYGQYSSYNAKTNDRMIYSTSYLRMKNITLTYRLPKAALRLVGVQ
                     SASVFAMVTNLFTLTAWPGLDPELVGSGIHRGQGNDADPYPLSRTVSFGVHLQF"
     tRNA            complement(20397..20472)
                     /locus_tag="SEQF2637_02324"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
     misc_RNA        20679..20861
                     /locus_tag="SEQF2637_02325"
                     /product="Bacteroidales-1"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             20994..23315
                     /gene="susC_11"
                     /locus_tag="SEQF2637_02326"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MRRIYLLLIGILAAACATYAQQTLTGRVVDAQNQPIEFANVALY
                     ALPDSSLVTGTITDARGAFALEGGAAKRTFLKVSFVGYETRTVEAPQSGVTVTLNPES
                     TQLGEVTVRAQRPAIRLKSDALVASVQGSVLSQAGTANDVLRRLPSLTTDNKGVFSVF
                     GKGEAKIYINRREVRDLSELDQLNSADIRDVEIIRNPGARYDASVKAVIRINTVRRAG
                     DGFGFDARSSWYQGETTDLREQVNVNWRKSGWDVFGTVLYGRGEYIQDSRITQLTRLD
                     TLWRQENQLYGTGVDQWVRITAGTNWEISPKHYVGLRYTLSPGMLSETGHPTFNSMVY
                     ANGAFYDEWKNREDRRETSDPSHRLNAYYNGTVGRMGIDFNADYYTSGSTSRAHVEES
                     SRMQEDRVVNSENRVQNRLVASKLILSYPVLGGEFSLGGEYVRTHRTDTYSNPERIVP
                     SSDMTVDEWNGSLFAEYARTTPIGQLGAGLRYEHVRSDYLSDGRPLAGQNRSYNQWFP
                     SVSFGTRVKGVDLQLAYTAKTQRPTYRQLSSNVYYANRLSLQTGNPLLKPTVTHDVSL
                     TASWRIVQLMASYKMNRDAVVYWTERSKYDPKVSLITFRNLDRQSALTVFATVTPTIG
                     PWTPQLSVGLVKQWADVDVDNETIRYNDPMLQASLSNSLRLPAGLLLTVDLRYQGTGD
                     YENVHLTENSFSVNAGLTRSFFNDRLRVELKGWDIFRGRKDGNLLRFPRMELYQSNRY
                     DTRELELTLRYRFNAAKSKYKGTGAGVGEIDRL"
     CDS             complement(23411..23914)
                     /locus_tag="SEQF2637_02327"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKMFLVYSMATMALLMGLGGCSESEAGSESPSATLKVYHFTN
                     SGCLSNLRSDGTDDTTSIAGRHEVLRLKALGNGRLQVHHDSVVYQCAAKIELHVTRNG
                     QLIHIEERDVASAQANCTCPYNLKYEFPLEYGDYRIRINDGNTFPFTYTSATDMTLIL
                     GDYKGLY"
     CDS             complement(23991..25010)
                     /gene="ilvE"
                     /locus_tag="SEQF2637_02328"
                     /EC_number="2.6.1.42"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R066"
                     /codon_start=1
                     /transl_table=11
                     /product="Branched-chain-amino-acid aminotransferase"
                     /translation="MKEINWSEIPFGYMKTDYNVRCYYRDGAWGELEVSSSENIDIHM
                     ASTCLHYGQEAFEGLKAFMGKDGRIRVFRMDENAKRLQASSRAIMMAELPVEKFEEAV
                     RRVVLLNKRFVPPYGSGSSLYIRPLLIGTGAQVGVKPATEYLFVIFVTPVGPYFKTGF
                     RPSKVCIMRGYDRAAPHGTGMVKVGGNYAASLAAGSKAREAGYAAVLYLDPKEKKYID
                     ECGPANFFGIRGNSYITPASNSILPSITNKSLMHLAEHMGMTVERRPVPFEEIATFDE
                     AAECGTAAVIAPISAIDDLDENKSYVIAKDGNVGPVCEKLYHKLRAIQCGDEPDEFGW
                     VSIIE"
ORIGIN      
        1 tacaagcgcg tattgtaaag gctcagaaag aaggcaggca taacaaggtg aaagccttgc
       61 agtggctgct tactcactcc ttttatgcca aggctttggc ggtaaagcga gttacttcca
      121 acaagggaaa gaacacctcg ggggttgaca aggccctttg ggattcnccc aagcggaaat
      181 tcaaagcaat aagcgaactc cgcagacgcg gctataaacc acagccgctg agacgggttt
      241 gcatnaagaa aagcaacggt aaactcagag nccgttgggc attccaacga tgaaagacag
      301 ggctatgcaa gccttatatc tgatggcact tgaaccaatc gctgaaacga cgggcgacag
      361 attctcctat ggtttccgaa agngacgtag gacgatggac gctattcgac agattgatac
      421 agttcttaac cgtcagcact cccccgaatg gattctggag ggagatataa agggctgctt
      481 cgaccatatc agccacgact ggctgctatc ccacatccct atggataagg gnattcttgc
      541 caaatggcta aaatgtggtt ttgtcttcaa aggtggtcta tacccgacgg aagaggggac
      601 accacagggc ggtattatat cgcccacgct tgcgaacatg acacttgacg gacttcagac
      661 gctgttggct gagagattca agagacgttn catcaactac aagnttttcc gctacaaggt
      721 gaatcttgta cgttatgcgg acgacttcat cattacaggc tacagcaagg aactcttgga
      781 gaacgaggtc aaaccgttgg tggttgattt cttaaaggag cgtggactga cactttccga
      841 tgaaaagacc accatcacgc acatccagga cggcttcgac ttcctcggat tcaacatccg
      901 taagttccat aagaggttgt acacgtcacc gtcaaagaga gcacaaaaac gctttagggc
      961 gaagataagt gagatcgtga gacggcatcg gatgtgcaag caagagtcgc tgataagaat
     1021 gctcaacccg atcgtcacgg gatggggcaa ttattatcgc tatggtgcat caaccgaagc
     1081 ntttcacaac tgtgacaatc acatttttaa tgttacgagg aaatgggcct tgcgtcgaca
     1141 cccaaagaag aaaaggactt gggtcaacga cagatactgg cacaatctcc gtggcaggaa
     1201 atggactttc gctgtagtgt ataaaggaaa gaaaggtcat gaggactatc tcgccctcaa
     1261 acgacttgcc gatgtccact acacggagta caagcaaatc aagggcgacg caaatccgtt
     1321 tgacccagag tatgacttgt acttccaaaa acgcgaaacg cagttgatgc ttgaaacgct
     1381 gaaagggagg aagtctctcc tatgtttatg gaacaaacag ggacggacat gtccgctttg
     1441 tggcaagccc atcgaccgaa caaaagcatg gaacgtcaat gaaaaagcga ttgacggaaa
     1501 gattgttcgc gaacttgtac acaatacctg ttacttgaga agtaaacgca aaagttgtaa
     1561 gtatgagccg atttctatgt acagatagaa gttatgagtt gcttgagccg tatgagggga
     1621 aactctcacg tacggttctt aggggagaaa ggggcagcaa tgtccccgcc ttacccgata
     1681 aacttgcctt agccattgtc tctcagtaga aagacaagct atctcttaga aagaggctct
     1741 tcaaggcagc tctcaatatc aactacctca aaaagctact caaaatttga tgcggttgcc
     1801 ctgtctattt ccgccctttt gttccatctt ttaaggagca tagtgagcta tgtgacgaaa
     1861 aagatggaac aaaatcccag gaaatatcct ctgaatatcc tccgaaataa attccaaaca
     1921 gctgtctcaa tatcgactat ctcaaagagc tcctcaaaat ttgatgcggt tgccctggga
     1981 caataaaggg ttagaaagga gtcggttgga ccttcttcta tctttgccag ctcaattttt
     2041 ttactcgata caatatgaag aagaaaagac tttacgctac gctacttatt gcagcccttt
     2101 tggcctcttt cgggggcaaa atatgggggc aggcaggcgc tatactgagt ccggatggca
     2161 atccgaacgg cacagtgaag gtaaataacg cattcggcgc cggagagtcc tcgattatca
     2221 gcaacggaac gagtcccact cgaaatatat tgggtcccaa cttcacgctg agcccttatc
     2281 cgaatccaga tttctcgtac accggcgggg tagcctacaa tcgggcatac gcctatccga
     2341 tggtcgtatc gccgagctta accgacatcc aaataggtga taacggcgtc gatggaaacc
     2401 gtcccaatgg aaatatggtg attcgagctt ataccggaca gggatacgcg ctgggatgga
     2461 tctccgtaat taatcgtatt ccgaacaaat cgacgcatcc caacagcgtt ccctatccaa
     2521 cgagctaccc cgaattatct ggattggatg caaatacaca acctaaacga tttgtaaaat
     2581 caccagatgg gacacctcag ttcaagttga tagagttctc tttcaacaag aataattata
     2641 cgaactatga ggcagaaaaa tggtataagt tagggattgg cgatcatcca gacctaagtc
     2701 cagctttaaa tggagtcgta agaagcagac atggaggaaa agatgctttc gcgccatgtg
     2761 gtgaaacggt ctttacggca gtcagctgca tagacgatcc caatgtgccg ggcggttata
     2821 tcattagagt catacagcat cagatgccag cgggaacgta tgcagaaacc gcttctggac
     2881 ctgcccctat tccggaggcg gtatatactt ctacgatcga cggatacttt acgaagtcgt
     2941 gggatcctac ttttttcggt cgcataggca gcccagacag cacgcgcagg aattatccga
     3001 cggacgatgg ggtgcatttg gtgcagctga cgggtagccc gatgcaggat gccgccgccc
     3061 tctcgacgca ggtatctctc acctctgcgg caaacaatgc gggatctctg aagaattatc
     3121 agcgccccac gagtgtggtg ctcccgacgg gtatccatca attcagcaac ttgatattcg
     3181 aagatatccg ctggtacttt gaaaaaaatg aagcgagtat cgacacattg atcaaaccgg
     3241 atgctatgaa gtttatcggg cagcttggtc gatgcaattc aggcgcatct gttgcttatt
     3301 caatcaagcc cttctggaaa aaagccgtag atatcgggca gacatttgtc gacggcgccg
     3361 tggtgctaca gcccgacgcg cgggtatgca tcgcgcacga cgtaaaagac cgtaccgcga
     3421 cgccggccac ctctcacgac ggcaccgccc tacccaatac agccacggat gccatcctcg
     3481 cgctccccaa taacgacccc gcacacggcg gaaggttcac actgcgcatc cgcggtaaca
     3541 tcgacagcgt gaatatggcc caaacgccga ccggttcgca ggatcccttc ttcaaacaag
     3601 gcaattttcc gcaggccgcg acagacattt acttatatga agacagcgcc gcgacgcata
     3661 acttcgaaaa accgcacctc ggagcctatc tcaaccgtca accgacggct cacatcacca
     3721 accatcccat cgccgcgccg cctacgggag ccgtggcgtc catttttggt ctgtatgggg
     3781 attatcattg gacaacgaac aacgcggatg tgcataccga caccgtgcca gcagctttca
     3841 ccggaaataa ccccggcgtg attgagctgg gaccacaagg cgctggcagg aagcacctga
     3901 atgtgtattc gggcggtatg ctcaagaatt tcgagggctg tctgccgctc gataacttca
     3961 ctatgcactt cggcggtggc tttggcacgc ccaatttgaa gatcaccggc acgaagccgc
     4021 tctatatttt gaactatggc aataatgaca acaaaacggc ctgcgaggcc aacctcgttt
     4081 tccatccttc cacgagcgac actgtgcaac acgcgattaa tggagctaac gaccccgtgg
     4141 cgcctaccta ttatgcaccg ctgacgcaag atcgcggcgc gatgcatatc caggcgctgg
     4201 gtaatacgga gtttcgcacc gacgaggtgt ggaagccggg gatgaataac aacctcttga
     4261 tcctctcgga gagtcgaaac gtgatcgccc aagggattga ttacaccgcg ggatatacgg
     4321 acgacgtggc gagtggactt ctgaccttct gggcggagga tcgcacgccg gatcaggccc
     4381 ttgtctcggg ctgcgataat gccggcttgg ccgatcggaa tggtcatcgc ggcaatttgt
     4441 acctcaacga cgttacaaaa atcacacgtc cggccggcgg aggtacggaa accaacctcg
     4501 tagccgcaaa taacgtccgt acggctcgcg tggaatatgc gggacagaac gccgacacgc
     4561 tcaacgtgat ctctcgaaag ggcgatctct acctcggcta tgccgctggt tccaaaattt
     4621 acacgcccac ggaggcttac gtcgggaata gcaaaacggg caccgacaat gcgttcatct
     4681 atcaaggtac gggtggcacg gccgaggtcc atctgcaagc cggatttgac gacagtcggt
     4741 cgcagatgac gcgcacggaa ggcatggagg gcggaaacgt ctactttgcc cgcctggcga
     4801 tagatatgcc aaacggaggt cgccgaaacg cccgcgtcgc catcccctac tccagcgaat
     4861 acatctgcaa cggcggcaat ctgcaccagc gcgcgggcca gagcatgctc cgctacgaac
     4921 attcgggcat catcggcgga ctcggtcgct gcggcgtgga aagcgcggca ggctgggcgg
     4981 cgtatgccgg ccgattggag aacccgggca cactgaacga cttgaacacc atggcccgcg
     5041 gcgccgcaca ccgctcgctg gagtataaga gcgacaacgg aagccttgtg ctcgacgccg
     5101 gtcggcgggg gaatatcatc ttgaaccgcg gcgccttact caccgggcgg tacactaccg
     5161 ggcacgtcgt ttttcgcact cgcgagggcg atatagacct gcgcgacccc gtggacatca
     5221 ctggcggaat cggcggaggg gtcttattac tcgcccagac ggatagcctc gaaaaattat
     5281 ctaagatcaa agcctgcgat tgcgacgaaa tgcggaataa tgtctacctc caagaccttt
     5341 cttacacctc tacgcattcg gataatagct ttttcatcgg cgcagacaac aacatcaaac
     5401 tgaattatgg cggattggcc aatatcggca cacgcgagga tccatttctt agcaccgact
     5461 acgaagaaag ggacggccag cccgtcagaa gaggcgtagg ctatgccggc ggggtgaatg
     5521 gcggatgtga taacaacgct tttcactgcg atctggaccc gaacgaaaat aaggctcgcg
     5581 atctgcaact caccttcacc acctacgtgg cgagcgatgg cagcacgaag cccatccgca
     5641 gcggcggatt tgcggccgtg gcctcggatc gaatcgatgt gtacaaaaat ctgatgtata
     5701 ccggcggtga gggcacgggg ttgggcaccc ctccgacggc gaacggcctg ctgcacggcg
     5761 aagacgtacg cggctacggg ctcttcctca aaacgcaggc aaacaagggc aactggacgg
     5821 aaaacatgct cctccacacg ccctcttgcc ccaccacctg tcaggctacg ggctgcggca
     5881 gcggcgaaac accacgcgcc tacctgcacc acaccgcccg cctcaccttc cacagtgacg
     5941 cccggctgaa agctggcaac caacgcctcg tgctggagtc gcccgtgatc gagaccttcg
     6001 gcgtgctcga gcttgacgca ctcaccaatg cggggagtaa caccgagatc gtgatcaaga
     6061 cagactctct gatttgccac gacagtttga tccgcgccgg agacgatcgc gtaaaatgga
     6121 ccacttggag cggcctgccc ggcgaccaac ccatcatcaa attgggttac agccgccgca
     6181 ccgccccctt cgccgagtat gccgtggacg gcaagcgctg ccgcgagtgc gtcagccatt
     6241 ataagggtaa gatctatgcc ccgggcgaga caccgctcga cacgatgttc atccaattcg
     6301 gccccaacac gcccaccgaa cgtcggaatg tgttggtgct cgaccacacc gtgctctcct
     6361 tcctcacgga ttctttcgat cacgtcaagg gcggcaacat ccgccacgcg cgcttctttg
     6421 tcgatacgct caaaacgcgc aaccaagtgg agttttggac cgacgaaaag cacgaacggg
     6481 aaggccacct ggagctgatc tccgaaccgc agatgctctc gaaagactac gccggaatgt
     6541 acacccgcca tctgcacctc gagcccatcg gcgcttgtgg gcgccccaca agtgagcttt
     6601 ggctgccggg caacgcgctg gatgtgatca ccacgtctac gtttggcgga ttcggcatcc
     6661 agtacaccga cgtgcacgtc gaaaatggcg gacatctgaa cccgggattt acctccctgc
     6721 gcctccgcgg acaatgctac gagcagcaag ccggcacact gacgatgaaa gacctacgcc
     6781 tcgacagcgg agccgatctg cacttctcca tcggctccac ccaaggcctg aatggcagct
     6841 acagcgatgc catcgacgta gaccgactca cgacgtatgg ctccgtgaat gtccatatcg
     6901 agatccgccc gtgcgagcgt gtcgaaaagc gctgctatcc gctcatctac tacaaatcag
     6961 tgactccgaa cagcctcaac aacctgaagc tgacaacgaa gagcgtcacg atcgacggcg
     7021 aggagtaccc cctcgcactg agcctctcca cggacggcgt cgtttacctc tgtgtcggca
     7081 acgccgtgga tccggtgctc acgcatacgg tcaccatgcc cgaagtgagt ggcgtcacga
     7141 ccacaccgcg ggcaggcatc tggccggtga acagccggag caacttccgc ttcagcgcct
     7201 cctatccgaa aggctcccgc ccgctgatgg tgcgcaccaa tcgccgtgtg cagggtggcg
     7261 cgctggaaga gctttcgggc attctcaacg cgaatgggga gtacgaatac atcgtgccca
     7321 gcgtccgcga agaagtgacc ctcaccttcg gccccgatca cgtctccaac gagctgatca
     7381 tgagctcggc cgtgtggtcg cacggggagc aaatccattt ccgtatcgat cgcagcgacg
     7441 tagcgagcat ctactccgtg gcgggtcgcc tggtgaagcg catcgacctg cccgtcggcg
     7501 aaacgagcat ccccatgcag cgcggcgcgt acatcatcac cctgcgcgac ggctccgtgc
     7561 ataaagtgat cgtgaaataa gaagccgtta ggccgctcgt tcggccgccc cgcatcctct
     7621 tcaagcgtag agaggatcat ttcgaggctc gttttggaac tctccgtcgt gggaagtcca
     7681 aaatgagcct cattttttgt cctccgcgat ggagcgcata aaatgggtcg gattacgagg
     7741 tacatagccc tgatatgata agtggtgtct tgccacaaga tgcagggata tggaaaagtg
     7801 tactgtgcat ctgcggtcgt cttgtcatgc gtctcttttg actctgggca atgtagacga
     7861 cagagccctc ttgaaacaca tagacttcca caaacggatt ttcggggaag ctcttcggag
     7921 acaggggcta tatcttgaaa gacctattcg aacagctctt tatcgatgga gttcaccttg
     7981 tcactcattt aaagaagagt cagtgaagaa tgccttaatg cttcaacatg acaagattat
     8041 gactcggaaa agatctctga tcgagactgt taatgatcag ctgaaaaagc gtttgtcaga
     8101 tagagcatac ccgccatcgg tgcttctcga actttatcac caatctgcta tcggctttgg
     8161 ctgctttctc cttttttcga caaaaggccc tccatcaaca ccgctgagga gtttgtacat
     8221 tcctctttcc tgcctgttgc ttagatcaaa ctcgcccttg aaaaagtgcg cgacatgggc
     8281 ctgcaaatgc tcgacacggt ggaaaagcta catgatgccc tccaaggtga gacgctgggc
     8341 gatacggttt ccgccctcag ccgcagccgt gccacaatgc agacacgcag caataagatc
     8401 atcgtattca atctgatcta ctcgacgacc ttccaagaag taaagtagac gatcaaaagg
     8461 ggcgaaaatg ccccctttcg aggtgtgaaa gggatacaaa aaacggggcg cgaaaaacac
     8521 gtcccgtttt tgtacttttt gattggcgcc attgtactta agccaaaaaa tcccaccggg
     8581 ccgcagctcg atgggaaatt tgaggagaga aattgcttct cctgaaccat atgaaaaaat
     8641 ccgtagacca tagaatgtac cccgattgca aatcggggag acgtgtactc gaagcgggac
     8701 ttgaacccgc acagccgttg tcggccaagg gattttaagt ccctcgtgtc taccattcca
     8761 ccattcgagc cgcagatctg ggtcttgaga gcggaagacg gaactcgaat ccgcgacccc
     8821 aaccttggca aggttgtgct ctaccaactg agctacttcc gcaataatgt gtcaatgtgt
     8881 gcttggtgct tttgtcggct tttgcatctg ccttgccaag gttggccgtt tgtccatcct
     8941 ttggggcaag gttgcgctct accaactgag ctacttccgc gtgtgacaat catgtcaatt
     9001 gtgcgctttg ctttcgctaa agcggcggca aagatatacg cgatctcttt tttgcaaaac
     9061 gctggagtga aaaatggtgc ccgtgcgggg actgcgatca gttgtatacg atcacggtgc
     9121 ctcgcccatc gctctcggtc ttgtagggct tgaggccgtg ccgtccgaca ccctcgacgg
     9181 gaacgccgct gccatcgttg atgaggtatt tggtgccgca ctgtgggcag acggcgtaga
     9241 tgatgtcgct gtcgggctcg acgcgtacgg aggagcgatt ttcgtacggg caggagaggt
     9301 cgaaggcgta aaatttggcg tcgacgccat gcactacgag tacacctccg aatccgaagg
     9361 cccgataggc ggagcttatc ggatggctgt agtgggtgta ggtggctgcg gaggggacgg
     9421 tacgtagggc cttgtcgttg aaggtcagat cgaggcgtag agcgacggga taattgtcga
     9481 tggggttagg ctcggtgcag gccgtgacga gtccgacgag cagcgtggca acgatggacg
     9541 caatgtgagg gcgtttcatg gggtgaggtc ttgctcttcg tagggcaggc gggccaagat
     9601 ctcggagatc ttttcgacgg cttcctgcat gggcttggag accatcggtt tgaggaaggg
     9661 attgaggtcg gcgcggacgg tcaatttcat gcgggtgtcg ctcgtggcca cttgtttgag
     9721 ctggatccag agttgcaagg ggacgggcga ttgagtggtc tcgaacttga tggttttgtt
     9781 gggctcgcgg tcgacgatgc ggaactcgat cttcccgatg gggctcactt cgaagctgca
     9841 atggtcgtcg gtgaaggaga aggctttgat gctgtcttcg gggatgctgt tgcgcacgcg
     9901 ttgcaagttg gagaggtcgg aaagcatggc gaaaacgcgg gcgtcgttgt ggggaatggg
     9961 gcggatggtg ctggtgaatt ctgtcattat gtatgtacta aggaggagta aggagggggt
    10021 agggtggggg agtagtcggg gttagtcctg tgggttccag tgggcgggat ctttgcgcca
    10081 ttcttgcagg atggcctcct cggtcggggt gatgtattcg gtcttgaggg cttcttcgat
    10141 cacggcgtcg tagtttgaga gggtgatgag gcgcacgttg gcggcttgga attgttcttc
    10201 tgccacgggg aagccgtggg tgtagatggc caccatgccg atgaccgtgc aaccgaaatt
    10261 gcggacggcc tcgacggctt tgaggctgct accgcccgta gagacgaggt cttccacgac
    10321 gacgaccttc gatccgggtc tcagttcgcc ctcgatcagg ttttccagtc cgtgattttt
    10381 cggcgtggag cggatgtaga cgaaggggag tccgagcagg tcggccacca gggcaccctg
    10441 cgcaatggcg cctgtggcga cgccggccac ggcctccact tcaccgaaat tctctacgat
    10501 ggtgcgtgcc aattcgatct tgagaaaggt gcggagggcg ggataggaga gcgttttgcg
    10561 gttgtcgcaa tagatgggtg acttccagcc cgaggcccag gtgaaggggt ttccgggttg
    10621 cagcttgacg gctttaatct tgagcaactt ctcagcgacg atgcgttcta atgctttcat
    10681 attctctatt aatggatgga tgggtaatgt ttgtgggcgc aaaagtaggg taaaatgccc
    10741 acgcggccgg aacgcgcttc gttatcggag gctgtcccgg ccgcgcgtgt gggataagtg
    10801 gcgtggtgac ctgatggacg gcgctcgggc tacgatgcgt cgccttcttc catgaggtta
    10861 ttcatcaggg cgtagagcgc aaggccggcc acggatttta tgttcgtctt gcgggtgatg
    10921 tttttgcggt gtgagatgac ggtgtggacg gagatgtgga ggcgttcggc gatttcctta
    10981 ctcatcagcc ctttggctac gagtacgagg acgtccgtct cacgtcgcgt cagttcgtga
    11041 ccgcctgcgg ggtcgagcat ttcggctcta tcggacgtgg atgcgtaggc ctcgagtatg
    11101 atatcgacta tccgttcggc ggactcgcgt atctcgagca cgctatggaa agcgtgcagg
    11161 atggcgttgt cgatatattg gtaaacgagg gctatgatgg tcatgtgagg gtattcctgg
    11221 gctaagctat agactgggta gcgcttggag tagggcatta cggtcgggtt gatcaataaa
    11281 atgtctggac gtgccacgga gatgcgttcc gcgtagtcct ccgtgccgtc ggatgggcgt
    11341 aggacgtcca gctccggaga cttccccagg attttgatca gcccttcctt aatgatgatg
    11401 gagggctcga cgataagtac cttctttttg cggctcatgc acgttttgcc tccagcattt
    11461 cgacatacgg gacgaggata cgatcttcga tcagcgcatg cttgtttaag tcggccgata
    11521 attggaatat atcgaagacg acgtcgatag agtcttcagg cgacacattc cccggcaggt
    11581 atttgaagat gatttgggtc aagtcgctga gtttatcctc gatattgtcg tgcgcctcgg
    11641 catagtcatg gatatgatac gattcgggta aggtctcgcc gttttcggag gctattcgca
    11701 gtcgctcgat gtagggaaaa acgacctgct cttcgtagtc gaaatgttcc tcaacttcat
    11761 ttttataccc cgcgaagaag tggcgcaaca tatttccata tcgcttatcc actttcgagg
    11821 ccatcccgtc gagcagacgt cccaaatagg gcaaatgacg caggtaatac tgatgagaag
    11881 catgcaaata gggcacgagt aggcgcatgt cgatcgattg aagggtctca cgattcggca
    11941 gataggcatc gaaggtgtag acgttgcaga ccaggaggaa gaaatccact ggcacgtcgt
    12001 acgcggcgca tactcgtgcc acgcttcgct ctccgaaacc cagaggaatg ccgaaacgag
    12061 gcagcataag aatgaggtta tggttggcag aaatcaaatc ggccagtttc atgttttccg
    12121 agaaaagcat tttatccatt attcgttcaa ttcgttcatt gatcacggac gcaaaagtag
    12181 acctttccta tcgcatgaac tctcttcggg gcatcgctaa tgatagcgat tttttagctt
    12241 catctctacc caataatagg gatgggcgcg agtagtgacc cgccccagct tgatggcgac
    12301 tgcttctcgt ctcctcgata gctgcctctt ccatccgtgg tactcccaaa cgcgcctcgt
    12361 ttccctgttc acctccgatg ggggtgtctg tggggcgtat gctgttgcgc cctacagcga
    12421 gtatatctgg aaaacgcgcc gcattttttg attcgattcc gtcgggatcg tttgtggaac
    12481 gtatgctgtt gcgccctaca gcgggtatat ctggaaaacg tgccgcattt cttgattcga
    12541 tcccgtgggg atcgtttgtg gggcgtatgc aatacgcccc tacagcaggt gcaaccccaa
    12601 aacgtgatcc atttcctaat tcgatcccgt cgggatcgtt tgtggggcgt atgctgttgc
    12661 gccctacagc gggtatatct ggaaaacgtg ccgcatttcc taattcgatc ctgtggggat
    12721 cgcctgtgtg acgtatgctg ttgcgcccta cagcgggtat atctggaaaa cgtgccgcat
    12781 ttcctaattc gatcccgtgg ggatcgcctg tgtgacgtat gctgttgcgc cctacaacgg
    12841 gtatatctgg aaaacgtgcc gcatttccta attcgatccc gtggggatcg tttgtggggc
    12901 gtatgcaata cgcccctaca gcaggtgcaa cccctaaacg cgatccattt tgggactctc
    12961 cgcgatggat gactcctaaa cgcgatccat tttgggactc tccgcaatgg atgaccccaa
    13021 aacgcgatcc attttgggac tctttgcgat agataacccc taaatgaggt ccattttggg
    13081 actcttcgcg atggaaagta ggtaaacgag gtccatttgg gtgctctccg tgctggagag
    13141 ttgtaaaacg aggtccattt tggtgatctc tgcgctgagg ggttggaaaa cgagacaaaa
    13201 aaagagcatc cccgaggtgg ggatgccctt tagtgatcga cgggatagac cgtcgctaac
    13261 ggattactta ttggaggcgt acaattggct gagcatcatg tccaggacag ggccgcgggc
    13321 gcctacccga acgatcttac cctctgagtc taccaagaag caggccggta cacccataat
    13381 gccgtacact ttgttggcca tgccttggat gccatcaggg cagcggagct gcgtccagga
    13441 gggtttgtct tgatcgaggg ctttcttcca ggctgcgtcg tcgtcgtcga cggagaggct
    13501 aataatgtgg aaggcggggt acttcgacac gatctgcttg agatgtggaa tttctgcgcg
    13561 gcagggcgag caccacgagg cccagaactc tacgagcgcg taaccctctt tcgggagcac
    13621 gtcgtgcagc ttgacggtct tgccatctgt ggtggagaag tcggcgtcgg ggatgacgga
    13681 gccgagagcc atgtttttct tcgtcgtcat ctgctgtacc aacagatcat aacgtgcttt
    13741 acccttccac gagggctcca agaccttgag gatctcgtcc acgtccgccg ttgtcagctc
    13801 atccgcgtag acgagtatgc cggcttgatc cagcgcgacg atggaggcgg cgtttttgcg
    13861 gataaagtcc aggcgggcgt cgttgcactc cttgcggagg gcttcaattt cgctctccat
    13921 gcggacggcc tcggcgatga tgctgtcggt gcgctcctca gcggagtagt acacggaggc
    13981 ctgtttctcg ctgagctcgc tcaggcggtt ctccttgtcg gccatctggg cgttgaactt
    14041 ctcgttcagc tcctgcgtgg gtgagcctgt gatgacgggg tccaccgtct tacgatccgg
    14101 aatgtagaag agcgtgggca tggtggccgc atcggctgtg aaggtcatgg gtgcgttctc
    14161 gacgtaaaaa gcataagcta acgtgcgctc ctgctccgag agcgaggcgt cgggcagatc
    14221 tatcgtcagc tggaacatgg tcggctcgtc cactttgcct ttcagctgaa acttgccctc
    14281 cttaaccacg gcgctgtcga caacggtcat cgtcggatca gccgcatcga agatctttac
    14341 tacggcattc tcaacgttac cagtcaattt gccgtcaatc acgaagccat ctgaggcttt
    14401 ctgtttgcat gccacggcga gtaaggccat gactgcgagg aataagtact ttttcatctc
    14461 ttgtttatgt agaaattaaa cgtagttgtg tgtgggtgag cctcccggag gtacacttgc
    14521 ggggcgtcgg gtcaatagcc ggggttctgc ttcaaggccc gatttccgcc gagtgccttg
    14581 cgggggatcg ggaggatgag gtgtcggtcg gatttgacgt aatagggggc aatggggtag
    14641 ttgtcccaag cgtggaagcg gactaagtcg aaccattcct cactgttttc ggtgaagaat
    14701 tccagccatt tatggcggag gatcatctcc aagaggcggg agtccggaat ggcctccacg
    14761 taggcctggg tatatccagc gcggtcgatg cagaggatct ccttcagggc cgcgcgtgcg
    14821 gcggtggggt tgcccagacg cgcctcggcc tcagcgatga ggtagtacat ctcggccaga
    14881 cggatgtagt agtgcgaatc ttgtttggtg cccgccaggc cctccgtgat ggggtactta
    14941 ttgttcacca cctccggccg cccgggatcg aggtccttgt atatggctgc gaagcgcttg
    15001 tctggcacgc tatcggaggg ggccacggcg ctggccagct tactggtgac cgggccggcc
    15061 gtcgaacggt tccagactcc gtcgctgtag agctcatcgg gggccatcgc gtagacggcg
    15121 aagagcattt ccggcgattg gaaactgttc acgaagagtt gcttgaaact gtcctccagc
    15181 gcgtaaccgg ccgcgggcgc ctcggcgatc acttgacgcg ccagggtggc cgcctgggcg
    15241 aactccttcc tgtagagcat cacgcgggcc ttgagcgcct tggcggtgag tcggctcatg
    15301 cgatagtgcg tgttcgtctc gggggccttg gcaatggctt cgtccagatc ggagaggatg
    15361 gcgcggtagc tctcctccac ggaggcgcgc ggcagggccg tattgtcttt gatggagcga
    15421 ttgccggggt agaggacgat gccataagcg gacgtgcggt cgtagaactc gccatactga
    15481 cgcagcagca tgaggcgggc caaggcgcgc gaacatttca cctcgcccac gatctccgtg
    15541 cggcgcgcgg ggctgagcga ctggatggcg gcggtggact ccaggtgctc gaggatcgcc
    15601 gaggcgttct gcaccacgaa gtagagctcg atgtagttgc tttccacgcc ggtgttgtcg
    15661 tccgtcacct cgttgtcggc aaagccgtcg atgcccgcga tgttcacttc gttctcgacc
    15721 ccggtgaggg caccgagcag atggcgcatc cagccaatgc ggtaggtgcg ccaagagaga
    15781 tagacgccgt tgagggccgc ttcggccgat ttggcgtcgg tgatcacgtt gttgtccgtc
    15841 agcttgtgct ccggctcgat cttatctaag ctgcctacca attcgcaggc cgtgagggcc
    15901 atggcaaggc agagacctat gatagcatgt gtcgttttca ttactgtata gttggggatg
    15961 ggtggaaatt agaactgtag gtgcacgcca aacgatacgg tgcggctcag ggggtacgga
    16021 tcggcgtcgt tgccttgtcc gcggtgtatg ccggagccca cgagctcagg atccagtccg
    16081 ggccaggccg tgagagtgaa caagttggtg accatcgcaa agacggatgc gctctgtacg
    16141 cccacgaggc gcagggccgc cttggggagt cggtaggtca gggtgatgtt cttcatccgc
    16201 aaataggagg tggagtaaat catgcggtcg ttggtcttcg cattgtagct gctgtactgt
    16261 ccgtagacga gtcgggggaa gagcgcgtcg cggcgttccg gcgtccaggt gcggcggaag
    16321 gtctcccggg tgatgctctg cccgagggtg ctctctaagt ccagccccac gtcggagtag
    16381 aacgccttgc cgccctgcga gaactgcatg aaaagcgaga ggtccacgtt gcgataggtg
    16441 agcgtatggt tccatccgcc gaagaacttg ggcaggggcg atccgatcac ggtgcgatcg
    16501 tccgacgtga tgcggccgtc gccattgacg tcctccagaa tgtagtcccc cacgccgagg
    16561 gacgtttggt aagccccgta acccttcgtt gctgcctggg cgttaaggcg gtcgatctcc
    16621 gcctgatcct tggcgatacc cttggtccgg aagcccttaa tcacgccgac gggttccccc
    16681 tcgacgatca gatcctgcat ctgactgttc aggttggccc cgttcagctt caagaccttg
    16741 tttcggtttg aggcgatgtt gaacgacgtg ctccaggtga agtccgccgt gcggacgatg
    16801 tcgccaccca gctccagttc gaagccgcga ttactcatgt ctatcaagtt ggaggtatag
    16861 ctgttcatgc ccgattcggc taagtagggc gaattgacaa gtgcgccctt cgtcgtgcgg
    16921 ttgtagaggt cgattgagcc atagagccga tggtcgaaga aggagaagtc gataccgccg
    16981 ttatactccg tggtgatctc ccagcggatg tcacggttgg gcaggttgcg ctccaaccac
    17041 acgcccggct tctcgccgta gcgcccgcct ttggagtagt agcggaggta ggagaagtcg
    17101 tccacgttcg tcgaccccgt cttaccccag cttagtcgca gcttgaggtc gtctaaccag
    17161 ctgcacgccc ccgccatgaa cggctcattg cccaagcgcc aacccagaga gacggccggg
    17221 aagacagccg tgcgattgtt cggcccaaac ttcgacgagg cgtcgctgcg gaggctcagt
    17281 tcggtcaggt aacgctgcgc atagtcatag ctgacacgcg cgtaggtgga gttcagtccg
    17341 ccgcgggcat aagcgtccat gatgggcagg taggtattgg ctgaccctat gttgtccatg
    17401 tccgattcgt tgaagaaatc gctagcactc agcgtccgga gctgatagtg cgtacggtca
    17461 gcacccacac ccagcagggc cgccaggtta tggtgcccga aagagcggtt gtaatcaagc
    17521 cggacgttgg ccgacgtctg cgtcgttgtg ctgtattcct cgcccagctc agccttcagc
    17581 tccacgcccg ggataagcga ctgcgcatgc gaggggatga aggtgcggtc gcgctgacca
    17641 aagacagaga cgttgacttc agcatgcgcc ttgagacctt ccaagatcgt cacgtccgca
    17701 tacccattgc ccatgaattg actcgacacg gcgcggttct tccggtccct taccgccacg
    17761 gggttcgggc tcatgatggg cacaccgtag agcggcgtcg catcgaagcg catgaagttg
    17821 ccctgctcat cacgtaccgg cagatccggg cgcatgcgcc acgccgtcag gccctcctga
    17881 aagccttccc gtaggttgcc cgaatggcgt gccgatcccg aatagctcag cgtagcccca
    17941 gccttgaccc atttcgagac ctccgtgtcg atagccatcc gtccgccgta atgcttcagg
    18001 cgatcgtttt tcatcaggcc ctcttgatcc atcgcgttca gcgacacgga gtagttcgtc
    18061 accgccgatc cacctcggag cgagacgtaa tactgctgcg tggtggcgtt ccgatgcgtg
    18121 atctcgtcgt tccagttcgt gtttgcacga ccgaagacgt cgtcacgcaa cccgttgtaa
    18181 gccgtcagtt tatagaggta cgtatcctcg tccagcgtcg cttccacttt cccgaacgat
    18241 tggagcacgg cgtacatgtt tgcgtccatc attcccccca ggttctcgcg gatgtggcgc
    18301 accgttccgt ccatgatctc gccctgcagt tgcctgaact ccgtcgggtt gagtgggctg
    18361 tattccttga tcgggttgcc gacggagagg gtgtaacccg catcaatcgt catcttttcg
    18421 ttcttcctcc cgttgcgtgt cttgacgatc actacgccat tggcaccgcg cgaaccatag
    18481 atggccgtgg ccgaggcgtc cttgaggatg tcgacactct caatgtcgta cggtgagatg
    18541 gccagcagcg gattcaggtt gttgtcctcg acgaagtagg gcataccgtc gatcacgtac
    18601 agcggggcgt tggactgttt cgtcatctta tcccgcggta tgggcgacgt gatgccgcgt
    18661 acattaatca gtggcccagc ccctggcgca ccgctcgatt gcacactgaa gacgcccttc
    18721 acagcgccgc ccagcatacc gtccaccgtc gaggccgacc gtgccagccg ctcgatgtcg
    18781 tcgttcttca gcgacgagat ggagctcgtc aggctcttct tgtccttgct tccatagccg
    18841 atcacgacca ggtcatccag cattttgcag tctggcacca atcgcagatt cagcgtgcta
    18901 cctgccaccg caggcagttc catctgctcg tagcccacgt aagagactac cagcgtaacg
    18961 ttcggaccct ccaccgtgag cgagaagcgc ccctctaaat ccgtcgttgt tcccgtcgtc
    19021 gtacccttca cgacgatgtt cgcacccacc actggctcgc ccgtttcgtc cacgatccgt
    19081 cccgtgatga ttcctttctg ttgcgttgct gtcatgtggc ctgttgtcgg gtcaaactcc
    19141 gcagcccaag ctggctgtaa ccccgttgca gccacgatgc agagtgacat catggcccat
    19201 ccaagcctcc gcccgccatg ctttttacaa tcgtatttgt aggtcataag gtgtatggat
    19261 ataaagtatt cgttgtcgat gttttggttt gaaatctcac cactcattct cgtcagatgc
    19321 acattggcac cgagcaaaat gaacggcgcg aaaatagaaa ctttcattaa ctcgcccatg
    19381 atcgtaacaa atcgccgctc tttttgcgct ctttcttgca tttgtaaagt atagaggcgg
    19441 gcgttgcatc gcaatccacc attccgacgc tcatccatgc ccacttgccc gccgcaccaa
    19501 gacttcgacc cccattcaac gtctcgccat accttatacc gagacttcga ttcccatcta
    19561 agccttgcca tgccttatga caactctttt tcttctcata agctgctttt atatgctatg
    19621 aaaatcgttt ttcacttgta gaagaacttt catagcctat gaggattgtt tttcgcttga
    19681 tgagtagctc tcatagtcta tgaagattat cttttactta tgatataact ttcatagcat
    19741 gtgataatcg ttttttactt gataagtatc cttcatagtc tatgaaaatc gtattgttct
    19801 cgtagaagaa ctttcatagt ctatgaggat cttttttctc ttgaggaata tccatcacaa
    19861 tctatgaaaa tcgtattcta tttatagaag aactttcata gtctatgagg atcttttttc
    19921 agtcatagag gaactctcat agcctatgaa aatcgtattt tgcttgcaga agaactttta
    19981 tagcctatga aactacgtac ggtatgggat taggctgatt atagcctaag ggaatcactt
    20041 ttcatttata gaataatctt catagcctat gaaagtagta tttcgctcgt agaagaactt
    20101 ttatagccta tgatgattag ttgtcgagcg aaaaagttcc ctcataaggc gcactgccct
    20161 ttcgacgaaa ggcgaagtgt tgacacatca catgatgccc cctttgacaa aaaacgaagc
    20221 cccgtcgcac agtgcgacag ggcttcgacg gaaacgaatt gaatacaaag acagtcgaga
    20281 tcactccttt tcgagaaaat ccgattcctc gcactgaaat accaccacag tgcggcaata
    20341 caagtggggg agtcaggcaa aaaaaatggc cttgcggcca tttctcatct tttgtcggta
    20401 gcgagacccg ggattgaacc ggggacctca tgattatgaa tcatgcgctc taaccagctg
    20461 agctatctcg cctcttgttt caaaaagacg ccgcaaagat agacgtaggt ttgacataca
    20521 aaagcaccga cctctttttt tggccctatc gaccctgcgc taagtgatag gcgcaaaacg
    20581 tcacggtgcg ttttttcttc acagatcctt gccggtcttc attctcgttt tatatttgcg
    20641 acacgataac gcaagagagc gatcacaaca ccgagttaag ccgcacttgt tcgattggga
    20701 aactcatcat aaatatcaga attccgagac acgctcttgg caccaatggc gggctgcaac
    20761 cttcgggttt gcctctcgag gcacagcaga ttacaacgat gtcaatggca ctcaaatctt
    20821 gtcattcgga gtttgttcaa ttccacagtg cggctttcat acgagagaga ggtgactttt
    20881 caacgagtcg cctctctttt ttttgccctc tggcttgctc tgagctgtgg aggaagtgta
    20941 acgcacagct ccttcctgcg tcatgtctgt agaaaaccta aatagacacg gacatgagac
    21001 gaatctatct cctattgatc ggcatactgg ccgcagcatg tgctacttac gcacaacaaa
    21061 cattgaccgg gcgcgtggta gacgcgcaaa accaacctat tgagtttgcc aacgtggcgc
    21121 tgtatgcgct gcccgactcg tcgcttgtga cggggacaat caccgatgct cgcggggcgt
    21181 tcgcattaga aggtggcgcg gccaagcgca cgttcctcaa ggtctccttc gtgggctacg
    21241 agacgcgtac ggtcgaggcg ccacagtcag gcgtgaccgt cacgctgaat cccgaatcca
    21301 cgcagttggg cgaggtgacg gtacgggctc agcgacctgc tatccgactg aagagcgatg
    21361 cgctcgtggc gtcggtgcag ggctcggtgt tgagtcaggc gggtacggcg aatgatgtgc
    21421 ttcgtcggtt gccctcgctg acgaccgata acaagggcgt tttctccgtc tttggaaagg
    21481 gtgaggccaa gatctacatc aaccgccgcg aggtgcgcga tctctcggag ctggatcaac
    21541 tgaactcggc cgacatccgc gacgtggaga tcattcgcaa tcctggtgca cgctacgacg
    21601 cctcggtgaa ggccgtgatc cgcatcaata cggtgcggcg cgcaggcgat ggcttcgggt
    21661 tcgacgcacg atccagttgg tatcaaggcg agacgaccga cctccgcgag caggtgaatg
    21721 tgaattggcg caagagtggc tgggatgtct ttggcaccgt cctttacggt cgcggcgagt
    21781 acatacagga tagccgcatc acgcagttga cgcgcctgga tacgctctgg cggcaggaga
    21841 atcagcttta cggcacgggc gtagatcagt gggtgcgcat cacggccggc accaactggg
    21901 agatctcgcc caagcattac gtcggccttc gctacacgct ttcgcccggc atgctttccg
    21961 agacaggaca cccgaccttc aacagcatgg tgtacgccaa cggggctttt tacgacgaat
    22021 ggaagaaccg tgaggatagg cgcgagacgt ccgacccatc gcaccgcctt aatgcctatt
    22081 acaacgggac agtgggccgc atgggaatcg acttcaacgc ggactactac acgagtggta
    22141 gcacgtcgcg ggcacacgtg gaggaatcga gccgcatgca ggaagatcgc gttgtgaact
    22201 cggagaatcg cgtacagaat cgccttgtgg cttcgaagct gattctgtct taccccgtct
    22261 tgggtggcga gttctccctc ggtggcgaat atgtccgtac gcaccgcacg gacacgtaca
    22321 gcaatcccga gcgtatcgtc ccgtcgtcgg acatgaccgt agacgagtgg aacggcagtc
    22381 tcttcgcgga atatgcacgg acaacaccca ttgggcagtt gggcgctggg ctgcgttacg
    22441 agcatgtccg ctccgactac ctcagcgacg gccgaccgct cgcggggcag aaccgcagct
    22501 ataaccagtg gttcccgagt gtctcgttcg gcacgcgggt gaagggcgtc gacctgcaat
    22561 tggcttacac ggccaagacg cagcgcccga cttatcgcca gctgagcagc aatgtgtatt
    22621 acgccaatcg tctctctttg caaacgggca acccgctatt gaagcctacc gtgacgcacg
    22681 acgtgagcct tacggcctcg tggcgcatcg tgcaactgat ggcaagctat aagatgaatc
    22741 gtgacgcggt ggtctactgg acggagcgca gcaagtatga cccgaaagtc tccctgatca
    22801 ccttccgtaa cctcgatcgc cagtctgcgc tgacggtctt tgccacggtc acaccgacca
    22861 ttgggccgtg gacgccgcaa ctgagcgtgg gcctcgtgaa gcaatgggcc gacgtggacg
    22921 tagacaacga aacgatccga tataacgacc caatgctcca agcctcactc agcaattcgc
    22981 tccgcctacc ggccggactg ctcctgacgg ttgacttgcg ctatcagggc acgggcgatt
    23041 atgagaatgt gcatctgacc gaaaattcgt tcagcgtcaa tgcaggcctc acgcggtcgt
    23101 tcttcaacga ccggctgcgc gtggagctga agggctggga tatcttccgc ggacggaagg
    23161 atggcaatct gttgcgcttc ccgcggatgg agctctatca gagcaaccgt tacgacacgc
    23221 gtgagcttga gctgaccctg cgctaccggt ttaatgccgc caaaagcaaa tacaagggta
    23281 cgggcgcggg tgtgggggag atcgaccgac tgtaacgccc ctgcccgaaa aaaaagaagg
    23341 aggtcgccga aattgctccg acggcctcct tctcgatcaa taaaaaggag agaaaaaaac
    23401 cttactctaa tcagtacaac cccttgtaat ctcccaggat gagcgtcata tccgtagccg
    23461 aggtgtaggt aaacgggaac gtattgccgt cgttgattcg gatccggtag tcgccgtatt
    23521 ccaacgggaa ctcatacttc aggttgtagg ggcaggtgca attggcttgc gctgaagcca
    23581 catcgcgctc ctcgatgtgg atcaactgcc cgttgcgggt aacatgcagc tcgattttcg
    23641 cggcgcactg gtagaccaca ctgtcgtggt ggacctgtag ccgaccgttg ccgagcgcct
    23701 tgaggcggag tacctcgtgc cgaccggcga tggaggtcgt gtcgtccgtg ccgtccgatc
    23761 ggaggttgga gaggcagccc gagttggtga agtgatagac cttcaaagtg gccgaaggac
    23821 tttcactacc cgcttcactc tcgctacagc cacccagacc catcagcagt gccatcgtcg
    23881 ccatgctgta gaccaaaaac attttcgctt tcatattttg tgtcggattg attgtttctg
    23941 ctcttacgga tgtttggcgc ggggcagacg ctgcatgtct tgggcgtttc ttactcgatg
    24001 atcgacaccc agccgaactc gtccggctcg tcgccacact ggatggcgcg cagcttatga
    24061 tagagcttct cgcagactgg gcccacgttg ccatccttgg cgatgacgta cgacttgttt
    24121 tcgtccaagt cgtcgatcgc ggagatgggg gcgatgacgg ctgctgtgcc gcactcggcc
    24181 gcttcgtcga aggtggcgat ctcctcgaaa ggcaccggtc gacgctccac ggtcataccc
    24241 atgtgctcgg ccaaatgcat gaggctcttg ttcgtgatcg agggcaggat ggagtttgac
    24301 gcgggcgtga tgtacgagtt gccgcgtatg ccaaagaagt tggctgggcc gcattcgtcg
    24361 atgtacttct tctctttcgg gtcgaggtag agcacggcgg cgtagcctgc ttcgcgtgct
    24421 ttggaaccgg ctgcgaggct ggctgcatag ttaccgccga ccttcaccat accagtgcca
    24481 tgaggtgcgg cgcgatcgta gcctcgcatg atgcagacct tcgaggggcg gaaaccggtc
    24541 ttgaaatacg gtcccacggg cgtaacgaag atgacgaaga ggtactccgt agcgggtttg
    24601 acgcctacct gcgcaccggt accgatgagc agcgggcgga tgtaaagcga cgatccgctg
    24661 ccataaggcg gcacgaagcg cttgttaagc aatacgacgc ggcgcacggc ctcttcaaac
    24721 ttctccaccg gcagctcggc catcataatg gcgcggctgg aggcttggag gcgcttagcg
    24781 ttctcgtcca tgcgaaagac acggatgcgt ccgtccttgc ccatgaaggc cttcaggccc
    24841 tcgaaggcct cctggccata gtgcaagcag gtggaagcca tgtgaatgtc gatgttttcc
    24901 gaagaggaaa cctcgagttc accccacgcg ccatcgcggt aataacatct cacattgtaa
    24961 tccgtcttca tgtaaccaaa cggaatctca gaccaattga tttctttcat ggttgcgtct
    25021 cgtttttgat gtgttgtatt aatgtttgga aaataactac gtgcaaatgt aacgtcccgg
    25081 atgagatatg aaagcattcg gctctttttt tctgctaaag tatttcgtca agcgactttt
    25141 tggcgtcgct gcgtgccagc gagtccgtca agcgactttt tggcgtcgct gcgtgccagc
    25201 ggccccgtca agcgactttt tggcgtcgct gggtgccagc ggctccgtca tgcgacattt
    25261 tgaggagcct gggtgccagc ggctccgtca tgcgacattt tgaggagcct gtgtgccagc
    25321 ggctccgtca tgcgacattt tggggagcct gcgtgccagc ggctccgtca tgcgacattt
    25381 tgaggcgcct gcgtgccagc ggcgccgtca tgcgacattt tgaggcgcct gtgtgccagc
    25441 ggctccgtca tgcgacattt tgaggcgcct gtgtgccagc ggctccgtca tgcgacattt
    25501 tgaggagcct gcgtgccagc ggcgccgtca tgcgacattt tgaggcgcct gcgtgccagc
    25561 ggcgccgtca tgcgacattt tgggaagcct gcgtgccagc ggcgccg
//
LOCUS       SEQF2637|AYYD01001276.1122826 bp   DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..122826
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             38..1435
                     /locus_tag="SEQF2637_02329"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRSISASSTFTFSSLSYLKDSVPDLQGNPEVLSFIQNYTSMGY
                     LSLLIFLAIGTILTIIVQSSSATVAITLIMCTQGWMPFEMAAAMVLGENIGTTITANL
                     AALSGNVSARRAALAHLMFNLFGVLWVMILFYPFCNLVEWLVTRFGPGDPHAMTNFIH
                     SLDAETVRSITSDEKLTDSRLIGLREQLQTQQVAVSYGLSLFHTLFNVFNILVMIWFV
                     KLYERICSALIKSPRESEDEEFQLKYISAGMLSTSELSLIQANKEIAVFSDRTYRMFG
                     MIKTLLHETDSEKFLKTFVRVEKYEQISDRMEVEIANYLTRVLEGRLSAEGKNNIRVM
                     LRAVSEIESIADSCNNIARTIKHRNDAKGHFTEEQNHSVEHMMSLTDAALVHMKDILH
                     RQAGTRDDMVLSYNLENEINSYRNMLKNENIDNIDNKRYSYSDSVYYMDIISEYEKMG
                     DYILNVVQAIVEKKF"
     CDS             complement(1390..1950)
                     /locus_tag="SEQF2637_02330"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNYSFLDFLTLLGSLGMFLYGMKIMSEGLQKVAGDKLRNILSVM
                     TTNRITGVLTGMLVTALIQSSSATTVMVVSFVNAGLLTLGQSISVIMGANVGTTVTAW
                     VISFFGFKFDISILSLPLMGIAIPLMFAKKSNYKSLGEFILGFAFLFLGLSYLKDSVP
                     DLQGNPEVLSFIQNFFSTMAWTTLRM"
     CDS             2029..3735
                     /gene="thrS_2"
                     /locus_tag="SEQF2637_02331"
                     /EC_number="6.1.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56881"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonine--tRNA ligase"
                     /translation="MLTPSTFTPDESRVDSIEIYCKNTEQTVRVPVGATLEAIYEAAG
                     RPLRYPPLGARVNKRVEGLTYRCWNPKDVEFVDYTHPSGYRIYLRSLCFILVKAVYDL
                     YPSRPFSLEHPVSKGLYCAFEHREPMTEDDVRRIKQRMQEIIGEDLPFVRYVVRTEDA
                     LATFRERGMNDRALLIETAGMAYTTYYGLNGYIDYFYGCLTPSSGRIPLFDLIPYADG
                     VLLQLPQREDPTRLYPLVPQQKMFNAYKQHLQLQRTVGVNYVGDLNRAVSEGHARDII
                     MVSEAMQEKQIAQIADDIARRYREDGVRIVLISGPSSSGKTTFCKRLQVQLVTNLLHP
                     LGISLDDYYVNREDTPRDDDGAYDFESLYAIDLPYFHRDLERLLRGDEIELPSFDFSS
                     GRRVFRGDMLQIRDNSVLILEGIHGLNPELTAHIPPERIYRIYVSALTTISLDGHNWI
                     PTSDNRLLRRIVRDYHYRGYSARETIAMWPKVRRGDDRWVFPYQENADAMFNSAMIYE
                     LAALRRYAEPVLSEIRERDAESAEAYRLLRFLRYFNYIPIEELPATSLLREFLGGGVF
                     RY"
     CDS             4642..4881
                     /locus_tag="SEQF2637_02332"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKVENNRPRNPLVRVARFYIDGFRQMTWGRTLWILILVKLIIMF
                     VVLRMIFFPRFLSRFDTEGERRQYVSEELIHRATP"
     CDS             4916..6466
                     /gene="cydA"
                     /locus_tag="SEQF2637_02333"
                     /EC_number="1.10.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q09049"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome bd ubiquinol oxidase subunit 1"
                     /translation="MQQLDTSLIDWSRAQFALTAIYHWLFVPLTIGLGVVMALMETMY
                     VRTGRAFWKQTTKFWMKLFGINFAIGVATGLILEFEFGTNWSNYSWFVGDIFGAPLAI
                     EGIVAFFMEATFVAVMYFGWGKVSRGMHLASTWLTVIGATLSALWILVANAWMQYPVG
                     MQFNPETVRNEMFDFWAVALSPMAVNKFLHTVTSSWVLGAVFVVGVSSWFLLRNRHRE
                     FAVQSIRVAAIFGLVASGLAVLTGDGSAYNVAQFQPMKLAAMEGLYKGTNGAGLVAVG
                     ILNPAKQSHADDTDPFVMKVEIPYALSYLAERDLDAFVPGITDLIEGGYTTRSGARAL
                     SVEERIASGRLAIAALADYRKALAAKDEEAMRTSRAVLEENFPNFGYGYIKDPAELIP
                     PVGLTFYAFHVMVALGGYFVLMFLLVLWLGRKNRIASHRWLQTVCLWTIPLAFVASQS
                     GWIVAEAGRQPWVIQDLMPTTAAVSKLQTGSVQLTFFLFLILFTVLLVAELRIMTRAI
                     KQGPEMES"
     CDS             6485..7636
                     /gene="cydB"
                     /locus_tag="SEQF2637_02334"
                     /EC_number="1.10.3.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABK2"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytochrome bd-I ubiquinol oxidase subunit 2"
                     /translation="MDITYSFLQHYWWLLVSLLGALLVFLMFVQGGQSLLFTVGRTER
                     QQKLLINSIGRKWEFTFTTLVTFGGAFFASFPLFYSTSFGGAYWVWTIILLCFVLQAV
                     SYEFQAKRGNLLGKRTYQVFLFINGVLGPLLLGTAVGTFFSGASFVVDRVQLTDIGMP
                     VISRWATPWHGLEAALVVWNLLLGASVFFLSRVLALLYFINNIRDEEVSAACRRRLPI
                     EAVAFLVVFLPFVGHLLMADGFAVDPATGNVFMEPHKYLNNLVQMPLVAVLFLVGVVG
                     VLFGIGRTVLSATCTKGIWSAGAGTVLTVLALLLTAGWNNTAYYPSAVDLQSSLTIVN
                     SSSSEFTLRTMMYVSFIIPFVLAYIFYTWRALDLHKIDQKEMQEGEHNY"
     CDS             complement(7789..8214)
                     /gene="hslR"
                     /locus_tag="SEQF2637_02335"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACG8"
                     /codon_start=1
                     /transl_table=11
                     /product="Heat shock protein 15"
                     /translation="MDEVRIDKWMWAVRLFKTRSLAAEACKKGRVSMGGNNVKPSRTV
                     RVGDVIEVRKPPVTFSFCVLDLTESRMGAPLVPRFMENVTPPEQYEILEMNRISGFVD
                     RARGLGRPTKKERRDLEQFTHPDAPDFPFFDLDEDDDGE"
     CDS             complement(8814..9395)
                     /gene="pth"
                     /locus_tag="SEQF2637_02336"
                     /EC_number="3.1.1.29"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6YP15"
                     /codon_start=1
                     /transl_table=11
                     /product="Peptidyl-tRNA hydrolase"
                     /translation="MKFLIVGLGNIGSEYWGTRHNIGFRVVNAVAEAASADFTEERYG
                     AVARLRFKSAELVVLKPNTFMNLSGNAVRYWLQRESIPRERLLVVADDLSLPFGSLRL
                     KARSSHGGHNGLRNIGELLSTDDYARLRFGIGNNFPRGRQVDYVLSPFTDDELAQMPA
                     IVDRAVEIVRSFCLEGVDVAMNRYNRNAPGNAS"
     CDS             complement(9498..10202)
                     /gene="rplY"
                     /locus_tag="SEQF2637_02337"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02G03"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L25"
                     /translation="MKTFNLNCTPREDLGKKATKALRKQGLIPAVLYGNEPVKLPYTG
                     TLKPGEKLVEIEGGMGIIVTDFTVSFDGVRKLIYTPDIHLVEIDWEDGRRNRAILKDI
                     QFHPVTDAILHLDFLEVFGDKPIVMNVPVELVGHAKGVKAGGKLNHAMRRLKVKGHAE
                     QIPEKLVVNVDKLELGQVIKVGELTFENVEVMSPKNAVVCAVKMTRAAQSAAGAQTFD
                     EEGEEHIEGEEAPAAE"
     CDS             complement(10413..14063)
                     /locus_tag="SEQF2637_02338"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRYYTIVCFALLLTAVACSTKKNTAGTRRWHAFTARYNTYFNG
                     KTSFDEQLETMLNSYHENYTERILMHPVSTLPKEKQSAGGPFDRAILKGNKAIKQHSI
                     QRKPVRKPGWQGNAREVAMQNREEYNPFLKHCWMLVAEGQFYNGDFLQAAATYSYIAR
                     HYATEPEVVAAAHIGRARCYAEMGWLYETESTLERLEKNGFPAANRKDYDRVYADFLV
                     KSNRTEQAIPALKKVIDTERNRRQRTRMRYLLGQLLTEAGRNDEAYREFGRVASANPP
                     YELEFAARIRQAEVLPPSRWQQVLSMLRRMSKSDKNKNYLDQVYMAIGDVYMSRHDTA
                     QAIAAYAQGVEKSVQNGLDLAICQIKLGDIYFTQKDYVRAQPCFSGALSAMPREYRDY
                     ERVARLSSVLDELVVHVEAVHLQDSLQALARMPEKERLAVIDKIIAEVKEKEKREAEE
                     ADKERYLADQQSRGNDFQRQRQNIQTPQMPLLNGNNGGFYFYNEQTVAQGKTQFQNKW
                     GKRVNQDDWRRRNKAMPLASSTDNADGNLPDTPQLDANGNPIASTDSTDALQDSISSD
                     PKSREYYLQQIPLTAEDVEASNVIIADGLYNMGMIYKDKLENMPLSVETFEELERRFP
                     DNKYRMDYYFQSYLMGLRYKDKPLETRSRDRLVKAFPESDYATAVADPNYEYHIRMMD
                     RVQDSIYEQAYNRYLKGDTSFVRRSYREFSRTYPLATLMPKFMFVEALTYVQSGNVAS
                     FKSALQTLVEKYPTADVTELASEMLKGVLRGRALVQGSLTGMKWDLRFGTDEFGEISD
                     LDSARAFVDEPESPHRMVLLYPKGAVEANALLYAVAAYNFAHFEVKSFDLSTDEAGNF
                     GMLIVSGFDNLQQVLEYYDMIYARDGYARKVDRAVIFFPISDANYETLLHGKSPSDYM
                     AFFAEVYGRQAPQLVARWRTQVAADEREAKREDQAVEQAADEVKERVQDVDEPQPIDA
                     AQPEDVTPTEEPHATDSIAPTDSVTITQDQPAASVKKKKTKEERAQERAEKAEKKKQE
                     KAAKAAEAERKKQEKAAKKQAATSVRRRKNKAVQQADEPLPTDTTALPEPTTPVDATT
                     ETPAIDTTATPEVDMDTVLVKPKEITLEYLKKRRELEERKARMAQGEKAQTQAERRQE
                     AAEQRKQQLKEREAQRKQKEKEARERMKQREKERKEREKANKQRLKEKEAARRAALRE
                     KEAARREKAKSK"
     CDS             complement(14711..15301)
                     /gene="folE"
                     /locus_tag="SEQF2637_02339"
                     /EC_number="3.5.4.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19465"
                     /codon_start=1
                     /transl_table=11
                     /product="GTP cyclohydrolase 1"
                     /translation="MKDLQDTPALLEARESLCGHYRDIITLLGEDPNREGLQKTPMRV
                     AKAMQFLLRGYDEDPEAVLASAMFQEEDYKQMVIVKDIDFFSLCEHHILPFFGKVHVA
                     YIPRRYITGLSKIPRVVDIFSHRLQIQERLTLQIKECIQKTLNPLGVMVVVEAQHMCM
                     QMRGVEKQNSLTTTSDFTGVFQQVQTREEFMNLIKK"
     CDS             complement(15298..15909)
                     /locus_tag="SEQF2637_02340"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFFCLCLLLCCSGALMAQNSIFDELARKSPKYGTVTIHQSAA
                     IRKLVGAVIPAADKADKADSKSDSKSDSKSDLDFIAAIAAITGNTNAAVERTINDIEL
                     APTEKTEGHAYRVQVYSGNNQRQSMQEAQTIESQIKRAFPKLNVFRRYQAPVWKVFVG
                     HFGTFEEAMYIKERIHKTFPAYRGMKVVHGELPRSSSNSSSSK"
     CDS             complement(16053..16808)
                     /gene="tpiA"
                     /locus_tag="SEQF2637_02341"
                     /EC_number="5.3.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8XKU1"
                     /codon_start=1
                     /transl_table=11
                     /product="Triosephosphate isomerase"
                     /translation="MRKQIVAGNWKMNTTLPEGLALAKGIDEALRGKTVHCDVILGTP
                     FTHLASVAAAIDTTRIGVAAENCADKEKGAFTGEVSAAMIASTGARYVIIGHSERRAY
                     YHETPEILKEKVRLALAHGLTPIFCVGEVLAEREAGKHFDVVDAQIRESLFDLTADDF
                     GRLILAYEPVWAIGTGKTATAAQAQEIHAHIRQTIAAKYGATVADATSILYGGSCNAG
                     NARELFANPDVDGGLIGGASLEVEKFLPIIEAF"
     CDS             complement(16805..18067)
                     /locus_tag="SEQF2637_02342"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKETLIKIIAELSRILLGVTFIFSGTVKAIDPEGTIIKMGDYF
                     TAFGWGHAIWSDALLSFAMIAFEFMLGVCVLLGVHRRLSTLGILLFMAIMTPVTLYLA
                     LYNPVPDCGCFGDALIITNWQTFDKNIILSAAAIIAFIYCRRLTPCYSNRAHSIVALF
                     AFAFGVAFCYWNYSHLPMVDFRPYKVGANIPKLMEIPADAPQDEYVFIYQKDGVQKEF
                     KLEEAPAGDSTWVYVDARLVKQGFIPTVSSFDLYNEAGDNVAGEILSDEKPVLLLISP
                     HLEQASEAHVAEIEAISDYARTHDLPIYTVTASNETQCREWAKHTGLDIPFLTADDVL
                     LKTIIRSNPGLVLMKQGTILDKWHHNDIPTPNELQALIEANRPNLRSAGRIWLYTVLA
                     FVLPLLLFWGCDRALKPKKLGQVKNEQI"
     CDS             complement(18060..18578)
                     /locus_tag="SEQF2637_02343"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFKAKLADYGASWRIMRPTSVTDQLFIKAKRIRTLEAIGEDHSL
                     VGEGIRPEFVAIVNYGIVGLIQLELGAVDKPDINPERALSFYDAHIKTSTTLMLAKNH
                     DYGEAWRSMRVASYTDLILMKLSRVKEIEDHRGQVAVSEGISANYMDIVNYALFGIIK
                     LSTEEITPTHHA"
     CDS             complement(18996..20423)
                     /gene="mepM_2"
                     /locus_tag="SEQF2637_02344"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFS9"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein DD-endopeptidase MepM"
                     /translation="MERKASELIAGHIDVTKKKMTSDKLAPVTYSSQAELLRNEELRF
                     PADELYASSWDTRWVNPFRSKNIPFPDSFRVDCSSFVCPVGKRLKINSEYGIRRRWMH
                     RGIDLDLNIGDTVRAAFSGKVRIKNFERGGYGNYLVIRHPNGLETVYGHLSGFLVGEN
                     QIVLAGQPIGLGGSTGRSTGPHLHFETRFLGEAFNPHEIIDFNNGTPRRDFYVIRKST
                     FRRNVNIYTSTSERIVYHRVRRGESVAMIARKYRISVAELCRLNGLRRKSRLRVGQAL
                     RCGKIYITTPKRKIAEDEAVASTTTTNVDRTVVRPAAYHRVESDETLMSIARQYGTTV
                     DALCKLNNIRPTSALKPGQNICYRAERKVSLDKNGEAIAKAIPTTKAEASAARKVADN
                     SEYIDVDDDSDNGAAVVAPKASKKMTPGGRKIATSKQIYYRVRKGDTLKSIARRYGMT
                     VNQLCRINGLRKTSKVKVGRSLRCS"
     CDS             complement(20565..20702)
                     /locus_tag="SEQF2637_02345"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVVSYFPENKTDDGSIKPHINTSKVSKTRFFLAGMLVIQTFGRF
                     F"
     CDS             complement(21021..22556)
                     /gene="leuA_1"
                     /locus_tag="SEQF2637_02346"
                     /EC_number="2.3.3.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JZG1"
                     /codon_start=1
                     /transl_table=11
                     /product="2-isopropylmalate synthase"
                     /translation="MNQNPSTMPMIEIMDTTLRDGEQTNGVSFTAHEKKNIARLLVKE
                     LNVDRLEIASARVSDGELEAVRRIAQWANEAGCLDRFEVLGFVDGGRSLAWIRDAGCR
                     TMNLLCKGSLRHLTEQLRRTPEQHAADIAEEVRRAEEVGITVNLYLEDWSNGINDSPD
                     YVFALVDALRHLPIRRFMLPDTLGVLNPETTFEFCRRMTERYPELHFDFHAHNDYGLA
                     VANTYMAIRAGVRGVHVTINGLGERAGNATFSSTVAVIHDQLHYRTAIREAGIYRVSK
                     SVETYSGIHISPNQPIAGENVFTQCAGVHADGDAKSNLYCNPLVPERFGRTREYALGK
                     TSGKANIRKNLEALGIELDDETMRKVTERVVELGDKKELLTQEDLPYIVSDVLRHNIH
                     GNRIRILNYSLSLTHGLRPVATIKIEIDGRVYEETATGDGQYDAFVAALQKIYKSLGR
                     TLPMLTNYAVTIPPGGRTDAFVQTIITWSHNDIEFKTRGLDADQIEAAIKATVKMLNK
                     IES"
     CDS             complement(22560..23156)
                     /gene="leuD1"
                     /locus_tag="SEQF2637_02347"
                     /EC_number="4.2.1.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P04787"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydratase small subunit 1"
                     /translation="MNEKFTILRSTCVPLPLENVDTDQIIPARFLKATTKEGFGDNLF
                     YDWRYDKQGQPIPSFVLNNPAYAGARILVAGRNFGSGSSREHAAWAIAGYGFRVVVSS
                     FFADIHKQNELNNGVLPVVVTDAFLAHLFAAIEADPKTEVEVDLPAQTITLLSTDESA
                     HFEINNYKKHCLMNGLDDIDFLIENRNLIEAYEQNINA"
     CDS             complement(23382..24779)
                     /gene="leuC1"
                     /locus_tag="SEQF2637_02348"
                     /EC_number="4.2.1.33"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15717"
                     /codon_start=1
                     /transl_table=11
                     /product="3-isopropylmalate dehydratase large subunit 1"
                     /translation="MNTLFDKIWDAHVVQTVADGPTQLYIDRLYCHEVTSPQAFAGLR
                     RRQLRVFRPDQVFCMPDHNTPTHDQDKPIEDPVSRTQVDTLEKNAAEFGLTHFGMMHP
                     KNGIIHVVGPERGLTLPGMTIVCGDSHTSTHGAMGAVAFGIGTSEVEMALASQCILQQ
                     KPKTMRITIDGRPGPGVTAKDLALYVIARMTTGGATGYFVEYAGEAVRSLSMEGRLTL
                     CNLSIEMGARGGMIAPDDVTFAYIRDREYAPKGDDWDRAVAHWRTLRSDDDAVFDREI
                     RFDAADIEPMITYGTNPGMGMGITQTIPTAESVPESSRASYRRSLDYMGLTAGSQLLG
                     MPVDYVFCGSCTNGRIEDFRAFASLVKGKRKAPGVTAWLVPGSWMVDAQIRREGLDKI
                     FTDAGFELRQPGCSACLAMNDDKIPSGKYAISTSNRNFEGRQGPGARTLLAGPLVAAA
                     AAVTGVVTDPRSMMG"
     CDS             complement(24969..26480)
                     /gene="leuA_2"
                     /locus_tag="SEQF2637_02349"
                     /EC_number="2.3.3.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P09151"
                     /codon_start=1
                     /transl_table=11
                     /product="2-isopropylmalate synthase"
                     /translation="MDNKLYIFDTTLRDGEQVPGCQLNTVEKIEVAKALEALGVDILE
                     AGFPVSSPGDFQSVVEISKAVTWPVICALTRGVEKDIDVAAEALQYARRKRIHTGIGT
                     SDYHIQYKFRSNREEIIERAVAATKHAKSYVEDVEFFCEDAGRADNEYLARVVEAVIK
                     AGATVVNIPDTTGYCLPSEFGEKIRYLMEHVDGIHKAIISVHCHNDLGMATANTMAGV
                     LAGARQAEVTINGIGERAGNTSLEEVAMILKCHHAHLGIDTNINTQRIHATSRLVSSL
                     MNMPVQPNKAIVGRNAFAHSSGIHQDGVLKNVQTYEIIDPKDVGIDDNSIVLTARSGH
                     AALKHRLEVLGVDLGSREKLDKVYQDFLRLADRKKEISDDDLLMLVGEDRKALHRIKL
                     AYLQVTSGVGVRSVASVALTIAGETFEAASSGNGPVDAAIKAVKNIIRRKMTIREFLI
                     QAIDKGSDDMGKVHMQVEHEGNNYYGFAANTDIIAASVEAFVDAINKFEGAKG"
     CDS             complement(27138..28367)
                     /locus_tag="SEQF2637_02350"
                     /EC_number="1.1.1.382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A8ZTR0"
                     /codon_start=1
                     /transl_table=11
                     /product="Ketol-acid reductoisomerase (NAD(+))"
                     /translation="MLSFLLLIEEKKQKKIKASGTPAKFGWMLDGVFDDAEGAGRTQA
                     HISVFYKHSPKPNYIDNDMAKMNFGGVEENVVTREEFPVVKALEALKGETIAVLGYGV
                     QGPGQACNLRDNGFHVIVGQRPGKTYEKAVADGWVPGETLFSLEEAAERGTVICMLLS
                     DAAQIQCWPQIKPHLTAGKTLYFSHGFAITWSDRTGIVPPKDIDVILVAPKGSGTSLR
                     TLFVEGRGINSSYAVYQDVSGRALDKTLAIGIGIGSGYLFETTVEREAVSDLTGERGS
                     LMGAIQGLFAAQYEVLREHGHTPSEAFNETVEELTQSLMPLVAQRGMDWMYANCSTTA
                     QRGALDWMGPFHDAVKPVVEKLYDEVKTGREAQRSIDSNSKPDYRVKLEAELKALRES
                     ELWQTAVTVRGLRPEGV"
     CDS             complement(28431..29168)
                     /locus_tag="SEQF2637_02351"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDPIGTYDYTTEAYSLDFMGRLPLPTLGNYLLDAATRHAEERGA
                     GYTVMEGRGTAWVLSRLAIEVIDTEGLTAPIRVSTWAEAVERIFIRRCFEVTSAATGK
                     PLAYARSIWAAIDKNTRRPTSLVGAWADRMMVPDRHCPVEIAGRIAAAEEAPDNEPTT
                     RVVRYSDLDINGHLNSIRHMEAMLDGFDLETYRTMRVQHFEISYHAEGRYGTPLALFR
                     RKFEPGAFACALVDGDRAVSRALIRFV"
     CDS             complement(29329..29922)
                     /gene="ilvH"
                     /locus_tag="SEQF2637_02352"
                     /EC_number="2.2.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WKJ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative acetolactate synthase small subunit"
                     /translation="MQTNEKNIVAPTDGRRLYTVIIFSENTVGLLNQITIIFTRRQLN
                     IETLSVSPSAIPGIHKFTITTYADEVMIEKVVKQIDKRVDILKSYYNTDEDLVYQEIA
                     LYKLATDKFIRMGGVEDLIRKYDARILEINEDCVVVEMNGHYEETQALFHELSDRIGV
                     LQFIRSGRVAITRSRVERLSDMLSTIEEEMHQKGGSC"
     CDS             complement(29926..31620)
                     /gene="ilvG"
                     /locus_tag="SEQF2637_02353"
                     /EC_number="2.2.1.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00892"
                     /codon_start=1
                     /transl_table=11
                     /product="Acetolactate synthase isozyme 2 large subunit"
                     /translation="MENKDTITGAEALLRALIAEGTECIFGYPGGQAIPVYDCLYDYR
                     DRLRHVLVRHEQGAAHAAQGFARVSGRVGVALVTSGPGATNTITGVADAMLDSTPIVV
                     ITGQVPSPLLGTDAFQEVDVIGIMSPITKWAYQVRRTDEIAWAVARAFYIASTGRPGP
                     VVLDISKDAQVGRTVFEHKPVDFIRSYRPWPEINAERVAEAAALIDAAERPFALVGQG
                     VILSGAEQQLKDFLEKADIPAGATMLGLSAMPSDFRLNKGMLGMHGNVGPNRKTNQCD
                     VLIAIGMRFDDRVTGELKSYARQAKIIHLDIDASEQGKNVRADVKVLGDAKASLSALT
                     NAVRPARHTAWIESFATDEAEEWEKVIEKEIHPTDGKLHMGEVVRRVSEATNHNAVLV
                     TDVGQNQMVGVRYFQYTQTRSVVTSGGLGTMGFGLPAAIGAKLGAPDRTVCLFVGDGG
                     LQMTIQELGTIMQERLDVKIILLNNHFLGMVRQWQELFFNERYSATEMENPDFVAIAR
                     AFRIASREVSRREELDEAVEEMMATDGPYLLVADVEKCGIIYPMVPAGASISNILM"
     CDS             complement(31671..33452)
                     /gene="ilvD"
                     /locus_tag="SEQF2637_02354"
                     /EC_number="4.2.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05791"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroxy-acid dehydratase"
                     /translation="MAGARALWAANGMKREQMGRPIVAVVNSFTQFVPGHTHLHDVGQ
                     LVKQEIEERGCFAAEFNTIAIDDGIAMGHDGMLYSLPSRDLIADSVEYMVQAHKADAM
                     ICISNCDKITPGMLMAAIRLNIPAVFVSGGPMEAGRHGERSLDLIDAMVMAADASVTD
                     AEVEAVERNACPTCGSCSGMYTANSMNCLNEAIGLALPGNGTVVATHANRLQLFRDAA
                     RRIVENAYRYYRDDDASVLPRSIATRASFLNAMRLDIAMGGSTNTVLHLLAIAHEAEV
                     DFTMDDIDALSRETPCLCKVAPNSEKYHIQDINRAGGVMAILGELSRAGVLDTSVRRV
                     DGLTLAEAIDRYDIRSPHVTDAAKAVYHSAPGLRFNLKMGSQRTIYDKLDTDRAEGCI
                     RDVAHAYSKDGGLAILKGNIAMRGCVVKTAGVDERILRFSGPARVFQSQDDACEGILG
                     GQVSAGDVVVITHEGPKGGPGMQEMLYPTSYIKSMHLGAECALITDGRFSGGTSGLSI
                     GHISPEAASGGAIGLVRTGDIIDIDIPARTINVRLSEAELAERRREEEARGAEAWQPH
                     RDRTVSKALRAYASMVSSADEGGVRII"
     CDS             34024..34296
                     /locus_tag="SEQF2637_02355"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSRKSFVASDFLRLLVLRMLWIDLIDDIPIYIAQEPPEGQSPDG
                     SVGAADRWESGRAIYTAYSMIGSAVVLAVVAAWCASRSAMRFTLRQ"
     CDS             complement(34197..34556)
                     /gene="higA_2"
                     /locus_tag="SEQF2637_02356"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="MGTRDNYKGGNYADMIPFRAVHPGEVLWEEMKERRISKNALAEQ
                     LGMPRAMLSDLLKGKRDFTPDFAVKLQELLGIDAESWMNLQAGYWRNVKRIAEREAHQ
                     AATTAKTTADPIIEYAV"
     CDS             complement(34540..34866)
                     /locus_tag="SEQF2637_02357"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVVILDPDLDELLHTKKNKRYRKVERSKKLWEGLERTIQLMES
                     VKNIDKLHEYSFLHYEKLKHGSYKGKSSVRIANGAIERLIFSENENGIEVYIIELNDT
                     HYGNKR"
     CDS             34985..36433
                     /gene="mggB_1"
                     /locus_tag="SEQF2637_02358"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A9BJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannosylglucosyl-3-phosphoglycerate phosphatase"
                     /translation="MKRIFILWMIAVGFAACSTTKETQLVILSTNDMHAHIDDYAKVA
                     AFVSQEQKAHPGRVVVLSGGDLFSGNPVVDHCDRPGKGYPIIDLMNRVGYRASAVGNH
                     EFDYGQRVLAERVRQARFPFLCANLHVGEGAEIRQPEPSTVIRVGRLRLGIISGIQVE
                     AISGRLIPSSHPGRLAGLTFTEPVEELTKLRDMRKRCDVFLALNHMGVEEDKKLAERM
                     PELDLIVGGHSHTRLDTGIVVNGVLITQAGEYLQYVGRTELTLRGRKVVARRNRLIPV
                     ASMTAEDAEVKAAIKKFYDESPLNEVIGRVTARIEGKEGLGNLVTDAEAAMNGADFAF
                     QNAGGIRIGALEPGDMTAKMVYEMDPFGNEVNVVELTPAEMRDLIRVSHRYNKRRHAV
                     DLLVSGMTYTLYTKNGEPDRIEMAFPDGRPLEEGRYYRVALNDYIVSAYKFPHARAAK
                     PTGKSSEETIIEYIRSRKEIAPQAPRTKLIEE"
     CDS             36578..39889
                     /locus_tag="SEQF2637_02359"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIYLLLLAVILPAIASAQITTSAIGGKIADQEGEALIGAAIV
                     AVHEPSGTQYGAVTNVDGRYSIEGMRPGGPYKITMSYVGLKSVEYRDVTLQLGEMATL
                     DAVLRDDLTLNEVVVTAASSKFTGLKTGASTNVSKQQLQLLPSINRSLTDFTRMSPYS
                     GGGTVIASRDGRTNTFTVDGANLNNNFGLSGTLPGGGNPISLDAIEELQVVVAPFDVR
                     QTNFMGGGINAITKSGTNTLKGTAYTYHRNESLRGNTVDGHDLGDRARERTETYGFTL
                     GGPIIKNKLFFFINGEYENSPNPITKYHVSTDGVGNGATQTSRVTAADMEAFAKILRD
                     KYGYEPGSYTDFSDGGTKNYKALARLDWNINDAHKLSVRFNYTTNSHINEPNWTSGIN
                     PRASSSRISDKAFSFRNSCYGMENNVWSVTGELNSRFSNTLQNRILFTYSDIHDKRNS
                     TSKPFPFIDIWDGAGDAFMSAGYELFTWTTGSQNNVLNLQDHLTWTIGSHRLIGGLNV
                     EYQKAINTYMRYGTGYYKYASFDDFKAGNAPIAFGLTYGYNGDKNPASEVAFIQSGLF
                     LQDEWNVTDRFKLTYGLRADMTNFVTPIETNQAYLKLNWRDHFVAKNDPNYASFQSPR
                     VNTGKWPKTSVLLSPRVGFNYDINGDRSLVVRGGTGVFTGRVPLVFLVNMPTNSAMIQ
                     NTITVTDAKTLEKFKNNMLTNVDDMIKLLDAPTTPIYGDPNSTASRASIAGIADDFKM
                     PQIWKNTLAVDYRLPVSFPLTLTVEGMYNKDIYNVVMRNWNIVNNGNLSRFAGPDNRL
                     DYSTSTTGNYLVDKNVTGGAVILDNDTRGYSASFNTMVTAEPIKDLNLMFSYTHQWAK
                     EITGLPGNQAYSTWQGLYAVDGPNNAELHNAQYLTPDKLIASLTYRKDYGKYFATSVG
                     LYYAAYSSGMYNYYYSNDMNGDKNSFDLMYIPRTKDELKFVDKNGFTAAEQAEAFWRF
                     VEQDKYLSAHKGEYAEAYGAALPWVHRFDLKVTQDFRLRAGKAIHTLQLSFDILNVGN
                     LLKSSWGVTQTTSPSNYGKILRYEGKDANGVPTYSMGYNTVNKKKELYSRTYEPYRNS
                     SNCWQMQIGLRYIFN"
     CDS             complement(40600..41325)
                     /locus_tag="SEQF2637_02360"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WGR7"
                     /codon_start=1
                     /transl_table=11
                     /product="putative oxidoreductase"
                     /translation="MKRAVIVGATSGLGLEVARLLLERGWSIGVAGRRVEALEQLRAV
                     APDRVRVRAIDVTQSDAPDRLHALIDDLGGMDLYFHSSGIGRQNPDLDPSIELATVRT
                     NGEGFVRMVTAAYRYFRTQGRGHIAAITSVAGTRGMGAAAAYSATKRFQRTYLDALAQ
                     LAHREGLRLRITDIRPGFVRTALLNPEVRYPMMMEPAPVARQIVGAVERRRRVVTIDR
                     RYRALVLLWRLIPQCVWERIKWC"
     CDS             complement(41378..41959)
                     /gene="tpx"
                     /locus_tag="SEQF2637_02361"
                     /EC_number="1.11.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80864"
                     /codon_start=1
                     /transl_table=11
                     /product="putative thiol peroxidase"
                     /translation="MRTTITITLLFIQSIIQLVMAQEKENQGVVTFAGNPVTLLGELI
                     KVGDTAPEFTATGEGLKPVRLSDFKGKTVILSVFPSVDTKVCAAQTRRFNKEASELSE
                     NVVVLTLSKDLPFALGRFCAAEGIDRIHTLSDYQHSEFGLKYGFLMKENMLLARGVVV
                     VNPEGKVTYVEYVKEVTHEPDYAKALEAARAAL"
     CDS             complement(42114..42545)
                     /gene="hspA"
                     /locus_tag="SEQF2637_02362"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06823"
                     /codon_start=1
                     /transl_table=11
                     /product="Spore protein SP21"
                     /translation="MTLARRNQNYWLPSIFNDFFENDWMSRQGTTAPAINVKESKDAY
                     TVEVAAPGMTKSDFSVNIDADNNLAISMEKKDEHKEENRETRYLRREFSYAKFQQTMI
                     LPDDVDKDRITARVEDGVLLIGLPKVSREEVHRFGRSIEIE"
     CDS             complement(42717..43310)
                     /locus_tag="SEQF2637_02363"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKKMMWLCAAVAVVVLATACGVTKDLENAYNLKDCKYSYRSI
                     SNIRVNNEELGLVSGAKLLAQLSSGGSVSSLPLQFTLNLNVENPNASAAAFQAMEYKV
                     SIDSLDFTEGKLMEPFSVNAGQTKTLSVGIGTDVGRLFSGESRGAMMRILQNLVGWES
                     KTQSTVTVQLRPTFNVGGVPITSPLYIPVSFKIGGKK"
     CDS             43408..44070
                     /gene="ttgR"
                     /locus_tag="SEQF2637_02364"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9AIU0"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional regulator TtgR"
                     /translation="MDDIMHRQKGVYRDIMAQSKTQNHASILQAARAEFLERGFQDTS
                     MRTIARLSGVTLSNIYNYFRDKDTLFRAVLQPLLDAFEDLLARHNSDYYLTTDVYSMK
                     SYQEHMLNEFMRLPQHFRAELRLLLFHAAGSSLEHFRDDFCERQTREGIRYIRLMKER
                     YPDRVTGDVSPFFLRTVSSLWLTVMGEIVRHDELSEADIERFLSEYLAFGTAGWKALL
                     GL"
     CDS             44154..45140
                     /locus_tag="SEQF2637_02365"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEHYDKRPLSYDEQIDLLASKGLLIPDRQRTARQLKNISYYRLS
                     AYMLPYKEKIGDAISSKFKKGSTWDMIYRLYVFDRKLRLLVFDAIERVEVAVRAQIVH
                     QLSQKYGSHWQDNREIFKPTKTKTVKGRDIVIDVFSDIQKHIKEQLNNNRAEIFIQHY
                     KTKYGDPPNPPSWMCVEIMYFKQLSRICDELKLREDVSGISWYFGLPPEIFCSWLHTI
                     NYVRNICAHHARLWNRAMSIVPVKLEFSKTLRWIRDPNRVQRSRLYYFLCMLDYILQT
                     ANPTSSFKAKLTSLLDEYRDVANLKAMGFPADWSREALWTREEHENVRTIAY"
     CDS             45569..46456
                     /locus_tag="SEQF2637_02366"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLYADLSADNECLYAGFTPLSEEVRRNNDMKELMACNTTRLQQM
                     EFITLMRETVEQIEMRGATLIETDAPLKRYTMAIKAAIGPLEGATRDPQRRPETAVAH
                     TKNSERRTAISRFGLRFKVYRLSEDADERQAYEALNILWRKHRLVYPLNVQKLTGATD
                     NFLNDLTKSPYAEAVQRLHLQTDVDAIRTANEAYRTHAAEVRAHEAGRIPVDVGTMRR
                     AITEDYTRLSLYLAVMADAYPEVEAWSRTLSGLNILRKHYAELLARRAGARRAKKNAA
                     ALAEAAAESTAPSTFATNP"
     CDS             46470..48107
                     /locus_tag="SEQF2637_02367"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKATLLITAGILFMSMTMDALAGGGPKSAPAKLNEATVFYRGAV
                     LEHTASVTLDKGDNEVWIEGLSSGIDESSLRIGMSGGALITAYEYVPRHQTDKAADAG
                     TQRMLDSLRTYENKLRQIGIETKTNEQMLKLLETGMTQKMATPSERGVSLDELSRSMD
                     YYKTKMMAIENELIRLREEKKTCEATVKRLSQQLAEAGHNAGALRLNVTAPVAGAVRV
                     AVSYCTFAASWTPYYGINVESPEKPIRIVQKAKVKQTTGVDWKQVKLTLSTGSPNNGR
                     VAPLFNTWFLHENPPMILAEMTVQNSYSMKTRSVAKAEADMAVEDVADATPMEMSIDD
                     HVIVSDNSAVATIYAIDLPYTIPGNGKEQNIDLRTQEAAADYYYYAAPKLDTDAYLLA
                     EIKESDKLDLPSGSAQITYDGVYLGETYIDNAEALKKLTLTLGTDKRITIRREKVKDF
                     STKKVFGSDTRQVFAYTISVKNNRKRDVRLTLKDQYPISTQKNIEVELLKDTTTPTTN
                     NTETGVVTWNVTLKAGEARTFTFSYSVKYPKGMDLNL"
     CDS             complement(48197..49840)
                     /gene="rlmL"
                     /locus_tag="SEQF2637_02368"
                     /EC_number="2.1.1.173"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9K0V4"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA large subunit methyltransferase L"
                     /translation="MADEQFDLVAKTLYGLEDVLADELRALGAEAVETGRRMVAFRGD
                     KAMLYKANFHCRTALRILKPVARFRAENADEVYEAVKAVEWERYLSPERTFAVDAVIY
                     SENFRHSKFVAYRTKDAIADRFKERTGQRPSVRLSNPDMAIHIHISHNDCTLALDSSG
                     ESLHRRGYRVEQGEAPLNEVLAAGMILLTGWRGESHFVDPMCGSGTLLIEAAMIALNI
                     PPGVYRKGFAFERWPDFDRELFESIYNDDSGERDFEFLCHGTDISADAIRRTERNVRS
                     AGLSRYITLRTMPFQQFMRAPQPAILVTNPPYGERIAMDNVAELYGMIGERLKHVFMG
                     CQAWILSYRDECFDHIGLRPKTKLQLMNGELACEYRGYELFAGTNKDYRKAQNEAPPA
                     RRFERGERPERTDRSERFERHERPERGERFERNERFERSERPERRERPERGERFERSE
                     RPERTERSERFERRERGERPERNERTARFARGERTERSERFKRSDRPERSPLGERPER
                     KERSERPARNTFTGKPRLSRRDLDALRRAIDKPDATAEE"
     CDS             complement(49846..50334)
                     /locus_tag="SEQF2637_02369"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKYLILLAAVIMALTACEGPMGPPGPVGPQGPPGNGGSGENVR
                     WKVFEYTVLERDWQLVGGKDALNSHYIFEFKENLLTKEMTEGAIIGYRILTLDNGSKV
                     YTPMPYNLPRGERSGNRENLWNEVYTFDLQAGSIAFYAYYSDFKTGNRPPTCSFRIVI
                     LY"
     CDS             50753..50974
                     /locus_tag="SEQF2637_02370"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEATTLNEAQLEMLKLMSVIKTPEELAELKQAISDHFARKAAEE
                     IDRMWADGRLTEERVESFRHLHERTPYRP"
     CDS             50971..51408
                     /locus_tag="SEQF2637_02371"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGKVVLDTNCLLMAISSRSRYYPVWQSFLQGEYTLCVTTDILE
                     EYEEVLARNINQRVAQYILSALLERANVQMVDVFFRFRLITADPDDNKFVDCAIASNA
                     RYIVTEDRHFEVLEKIDFPKLAVIGIDRFFDEINDRCTLPPQA"
     CDS             complement(51515..52405)
                     /gene="mscS"
                     /locus_tag="SEQF2637_02372"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C0S1"
                     /codon_start=1
                     /transl_table=11
                     /product="Small-conductance mechanosensitive channel"
                     /translation="MLTAATLPDFGLNLDADFHSKVILSVIVLVGVWLARVLILRMVW
                     RSTTNHKVRYRWKRALSYAAPACLFLFVALVWINAFRHVSTYLGLLSAGIAIALKDLL
                     ENMAGWLFIVIRKPFAVGDRVQIGDDRGDIIDIRLFQFTILEIGNRIDAEQSTGRIIH
                     IPNGRVFTMPQANYDQGFRYIWNEVRVRLTFDSNWQRAREILLEVLNRYGGDVVLDAE
                     QGLNEASKMYYVHYQHLTPIVYIALMEDGITLTGRYLCEPRRIRSTESAIWEDLLTAF
                     ATHNDIRWAYPTRRLVGYGD"
     CDS             52668..55667
                     /gene="susC_12"
                     /locus_tag="SEQF2637_02373"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MQKKVLYMLAFLLLGVGWASAQVSSVTGTVTSADDGEPVIGASV
                     LVKGTTTGTVTDIDGNFTLSVPAGAKTLVVSYIGFQTQEVAVAPRVTISLKSDDKLLD
                     EVVVTGYTTQRRASFTGAAAIVDKEALNKKTDASFMKSLEGAVPGVQMNNATSMPGTF
                     GSVFVRGRGSLNSGTAPLYVIDGVPVNAENEGSSSTSNNNVDPMSALNPSDIENITIL
                     KDAAATAIYGSRAGNGVIVITTKKGAEGATTVNFEMKQGAVSVGNHNMDYADAKSSMD
                     LYAKGWVAAGRAADYDAAYKTLTKNYGWDGTSSTDWFDLVTRTGHYQDYNLNVSGRTG
                     KTGYYLGLGYMDAEGIVINSDFSRFTGRLNVDSKFDRLTVGANTSFTYSVKNGFSQGL
                     SGTMNSPLVAAVSLMKPFYTPRDANGNYTHIDEVNPLAVNDPELGNINRTKTQVVNLS
                     PYLQVDLGRGFYVKTTLGVNINDLNEYGYNSAIYDPDGRERNGSGSQYTSRTTVVTWT
                     NIGGWNKTLGDHNLNLLLGQESQRKHYSYTYLTGTDFPFAAVGQRELSTAGQWKDEQA
                     ELREARLASYFMDGHYSYADKYYASLAFRRDGSSVFGSNHRWGNFWSVGGKWRLTGEE
                     FLKDNRTITNTMLRVSYGTVGNQDIDWYAARGYYAANHNYNSVAGIAPEQIPNPELTW
                     ETSKKFDVGFDLSFVNRYHLSVDFYNENTSDALYETPLSRSTGFKTLIKNIAAIRNQG
                     VEVALNGTLVRNKDLNWTAYVNMTYNQNKVVELANHQAIKNNYTIIEEGRPYRQFWMK
                     EYAGVDRETGKPLWYLKEEGNETTSDYSKAAKRYVGSADPKVYGGFGTSLTWKGFDAS
                     LAFNYRMGSKVFDFGASFTGWGMNNRPALKRIVEDSWTPENKDAKNPQYIFGDPNQAT
                     QRSTRFLFSGDFLRVSNLTLGYTLPANLTKKAFMNRVRIYGSVDNLYTFAAKDFVGYN
                     PETYDNGYIAWQYPASRTLIGGVQITF"
     CDS             55695..57173
                     /locus_tag="SEQF2637_02374"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKILIHTLVAATLTAGLSGCGDSFLETKFYKGQDIEKGLTSVP
                     IVDAALNGAYDRFYDYRFAGNYALAIGDVSTDIAYWNGVTGHWSNIYGYSFLDTEGYL
                     ADIWEYGYKVIDNSTRVIEDASKLYASSTDAEKKSLDRDIAEAYALRGFSRLILTNIF
                     GHQIKVNGKDFSDQPGILISDKIVGPEDQVKRATVGESYAAIVSDLKNALTRFTAAGG
                     DRGSKVYLGVAAVHGLLARTYLYMENWDEAVASAQAALTAGGVTTLATTPAAYRALYA
                     TELSNNESFFALAINSTKNFGASSLGTVWSVYCFSPSPKLQKMYKSTDVRTAIMLRDT
                     TKGSETVPYYRGGKFDNAAKSPAYSSNYMVNAPEMYLIQAEALLQKGDLDGSRKALLV
                     VAGRDVSIKAVSDLPQTKDALYSFIKDERARELFQEGFRLWDLRRWDTSAEVYAINAP
                     KVEYTYTSYKISNLVYPIPADEINTGSGATQTPGWSDALPKK"
     CDS             complement(57636..60797)
                     /locus_tag="SEQF2637_02375"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALRSRRLIVGAWRTAWLTGTLWLGLTACNGGAGGSADGSDFVD
                     PYLEQDSGGRRNDVTRFQNSADLARDFTNPPSYARPRIVWQWPGGRISEEGIRHDLTE
                     MWRVGIRGAVIYETGVSAPDRTPGATSMGTGFMSPRWRALFRYACQVADSLGMEIGLN
                     LGSGADSGGPWITPELASKRLFWSQTDVEGGRRIRIQLALPEGVMMRPGLKVPFYIPV
                     AVLAVRMDDAYGGEEEVPTEPSTEPTDSTTTDAPKTTTRVLLPIRPGDVYDLSERVDA
                     DGNLSWEAPAGTFRLFRFVCSGTGRRSAHATPGAGGLTPDFLSVEATDVHFDHTVTVL
                     LGEMRDHRPQSWTYITDDGAMPSDADWTPSLATEFRRLNGYDLTRYLPVFTGLTIENY
                     DVSERFRADYRRTVADLLARNRYGRLRELAHQRNLSIHPISRSALSVPADAVRNAAFS
                     DVTAAHFRLRTPSPLATYPTGRDASIKIAASAGHLYNRRFIAAKGPQTDGGGGWEVDL
                     RALKPLVDRVYVQGANRIFINAFTHSPASAGVPGIECPDGVCFNANATWWRQSRAFLT
                     WTARNAVMLVQGKPVSDVCVICDDEAAACEALLRRVEEELGGRYDYDVAGTDALLTRM
                     TAHSSGAIVLPDGVRYRLLVLPDRPAMRPEVMAKIKELVRGGAVVMAPKPLTTVGLQG
                     YPESEALLRADADSVWGRTFTGESVFGRGRVVWGKRLSEVLSHIGVQPDFEYISTPPL
                     GTHLSYIHRTTDGADLYLVVNRRDRPEFVNLTFRNGGGRRPEIWDPMTGTMTPQLIFR
                     SDRLGRISVPAFLPPYGSFFVVFRRPIEGPYFTALMRNGDDLFPKLPPYPFGQAPVTT
                     VESGAAFCFQTGWKYGLQKRGGHRLALRGYHTETVPVATAWSVWFDPRWGGPGELRFD
                     RLYSWPTHPDPGVRNYSGTAVYRNTFRLSTAQLSHTNVVLSLGQVLHLAEVEINGRPA
                     GVWWCPPYEREVTSLLREGENTLEVRVTNLWPNRLIADLREQPTDRLTQTNLSGRYTG
                     GSPSTISGLLGPVRLSVRPIKRP"
     CDS             complement(61192..62553)
                     /locus_tag="SEQF2637_02376"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKELICPNCQKAFKVDEADYAAILMQVKDREFKADLDRRIAELH
                     KQHEAEQAAATLKANQAYERSLQQREVALKEKDATIARLETQLNGMEEKKQLELSAQL
                     TRKEQEIDRLKAEIKGNDDRTKLEVLKEGQRWREALQKAKNEGEQLQNEIKLEQKEAA
                     IRENALKEDYERRLKQQQEQVDYYKDLKARMSTKMIGESLEIHCSTEFNRVRSSVYPN
                     AYFEKDNDASRGTKGDFIFRDHIDGMEYISIMFEMKNEADTTATKHRNEDFLAKLDKD
                     RREKGCEYAVLVSLLEPESELYNEGIVDVSYRYPKMFVVRPQFFMPIIALLTQASRNS
                     VAYKKELEQVRQQSVDVHNFEEQLETFKDGFARNYRLASERFHTAIDEIDKSIEHLQK
                     IKEALVGSENNLRLANNKAERLTIRKLTYKNPTMKRMFDEARAANQLEEVSEEIEEEN
                     VDE"
     CDS             complement(62550..63020)
                     /locus_tag="SEQF2637_02377"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLAEALSLRADLQKRVNELKVRFKDSAKVQEGDTPAEDLAALD
                     VELNTALEELEDLIYRINATNMRTVHEGETVTRLMARKDVLAMRVQLMKEVLSHVVEG
                     DARYGRNEIKTVRVVDVPDLRRRTDAAARELRELDMKIQALNWSVDLIEEDTNK"
     CDS             63039..63536
                     /locus_tag="SEQF2637_02378"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKCRSPFDGRAKVSRSSISDMSSVLSKRRKRPLRESCWTRGVC
                     LDVCRNAASATKNFLAFAGMLQVSRKTFWRLQGRCKCFEKFFGVCRNAASASKNFLAF
                     AGMLQVPRKTFWRLQECCKCFEKLSGVCNTVASLTKNFLAFATPLQVSRITFRRLQHR
                     CKSHE"
     CDS             64092..64676
                     /gene="mip"
                     /locus_tag="SEQF2637_02379"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5ZXE0"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein MIP"
                     /translation="MDKISYALGLSIGNNFRASGIKGLEIDDFIKGINDVFNEAKPAI
                     AFDEAQHLLQAYFKDLQAEKFEMNKQVGEEFLRINKEKRGVVTLPSGLQYEVLKTGDG
                     QKPGPNDKVRCHYHGTLIDGRVFDSSIERGQPAVFGVSQVIRGWTEALQLMNVGSKWR
                     LFIPSDMAYGAHGAGEAIEPNMTLIFDVELLGIE"
     CDS             64737..65447
                     /gene="fklB_1"
                     /locus_tag="SEQF2637_02380"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9L3"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type 22 kDa peptidyl-prolyl cis-trans
                     isomerase"
                     /translation="MKKINVWMMAAAAAACVTMNSCNQGGVSADATLGSQNDSLSYAV
                     GVNVGNNIKASLATFPGDDSLKMDLVIKGILAVLKDTSALKMTSDNANAYLNAYVMKV
                     QQSQAEAELKVGQDFLAANRSKEGVITTASGLQYKVITEGTGAKPTAKDKVRCHYTGR
                     LLDGTVFDSSVQRGQPAEFEVGQVIPGWQEVLQLMPVGSKFQVWIPSNLAYGTQGAGP
                     IKPNSTLEFEIELLEIVK"
     CDS             65447..66346
                     /gene="fklB_2"
                     /locus_tag="SEQF2637_02381"
                     /EC_number="5.2.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9L3"
                     /codon_start=1
                     /transl_table=11
                     /product="FKBP-type 22 kDa peptidyl-prolyl cis-trans
                     isomerase"
                     /translation="MKQFHKLTTLALVCAAMLLGGAMANAAVKPTRKASGPALKSPLD
                     TVSYALGVNIGSSLRENLKTFPNGPVNINVLAEIFVRTLKGDTAGLLMNNAASETCIQ
                     NYVMEAQQKEGDARKAEGEKFLAANKKKEGVVTTESGLQYKVLKPGEGDEKPTDADRV
                     KVHYTGRLLDGKVFDSSVERGEPAEFGVTQVIRGWQEALKLMCKGEKLQVWIPSDLAY
                     GTGGAGDMIKSNATLEFEIELLDIIKPEPKVEKAAEEAVESAEKVVNKAVEKVDKAAK
                     KAAKEAEKAAKKAEKAVKKTEKK"
     CDS             complement(66502..66813)
                     /locus_tag="SEQF2637_02382"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITKDNMLTSISKEIEQEFGKPGTPERAKFDEEAYAFYTGQLLS
                     DARKEAKVTQAELARRLHATRSYIARVERGDIMPSAAMFYNMISALGLRIEIVKPVAT
                     I"
     CDS             complement(66776..67132)
                     /locus_tag="SEQF2637_02383"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGMKREIIAFGSYYKDFMSTLGEKERKKVLYILSLLENEERLPV
                     KFIKHLLRGLYELRIMYDGNIYRIFFIFDDNCIVVLFNGFQKKTQKTPKAEINKAIQI
                     MEEYYDHKRQHANEHQ"
     CDS             67313..68857
                     /gene="zraR_2"
                     /locus_tag="SEQF2637_02384"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14375"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein ZraR"
                     /translation="MKRNKILWADDEIDLLKPHILFLEEKGYDVTPVISGQDAIDSCS
                     EQTFDLIFLDENMPGLTGLETLVSIKEIDPAVPVIMVTKSEEESIMNQAIGNRIADYL
                     IKPVNPNQLLLSIKKNLHKNDIITTATTESYQQEFGRIGMQINDSFTADDWAEVYKKL
                     VYWEIELEENQAPMQEMLIMQKREANSAFGKFIRKNYMGWMADPASRPLMSPDLFKTK
                     VFPLLDAGEKVFFILIDNFRFDQWRVVRSLLSDRFTVDEEMYYSILPTATQYARNAIF
                     SGLMPAQIAQMFPDLWVDEESEEGKNTNEEPLIQTQIDRFRKRYDFSYHKVYESQYGE
                     RILNGLNDLLRNQLNVVVINFIDMLSHARTESKMIRELAQSAAAYRSLTRSWFQHSVM
                     LELLNRLADEGCRVILTTDHGTIQVDDPIKITGDRNTNTNLRYKTGRHMTCDSKYIFE
                     INDPARAGLPSPHLSTRYVFATNAYFFAYPNNYNYYVPYYRGTFQHGGISMEEMMVPF
                     ITLQPK"
     CDS             68854..69279
                     /gene="tsaE"
                     /locus_tag="SEQF2637_02385"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O05515"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine biosynthesis
                     protein TsaE"
                     /translation="MSTIHIPSLAYLHDAAQEFLRTVGPAPRVVAFYGEMGAGKTTFI
                     KALCEALGVRDAINSPTFAIVNEYVGRDADHLIYHFDFYRIRTLAEALDIGTEDYFER
                     PSWSFIEWPERIEPLLPPQAVRVHITEQADGARELTISD"
     CDS             69443..69730
                     /locus_tag="SEQF2637_02386"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSENLASRQEKPRAGKFGRVHREQSKGSNWADASLRHDARTRR
                     RPNRLIADLREQPSDRLTQTNLSGRYTGGSPSTISGLLGLVRLSVRPIKRP"
     CDS             70403..71314
                     /locus_tag="SEQF2637_02387"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WIY9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative NTE family protein"
                     /translation="MNFPLLKWIEPRKPYRLGLALSGGGAKGLAYVGVFKFLEERGIR
                     PDVIVGTSAGAIAAVLWADGHTSDEIREMFAGREFSEFARVQVPTTGLFDSRGVSEFL
                     KRNLRAKTFEELRIPTIVMATDLDNGCGHRFSSGPIVEAVRASCSIPIIFSPVVIDGV
                     HYVDGGLFHNFPVSIIRDSCEMVIGVNVNPYTARKYSKNIYSIGERSFHYMFRANTVE
                     DRRLCDLLIETEEFGHYKLFDLKNIDHIARVGYVTAVRAYNRLARTADKNNKLLRAYP
                     PPKRTAPKSAAPKRQAAGEVGRPRQRP"
     CDS             71375..73081
                     /locus_tag="SEQF2637_02388"
                     /EC_number="3.2.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P20845"
                     /codon_start=1
                     /transl_table=11
                     /product="Alpha-amylase"
                     /translation="MNKNSKKPIIYQVLPRIFGNMQRPAKEYGNIEENGCGKMADFTP
                     EALDAIRQLGATHVWYTGILEHATRTDYSAYGIPKDHNAVVKGKAGSPYAVKDYYDVA
                     PDLAVSVPDRMAEFEALVERTHEAGLKVLIDFVPNHVARQYHSDAKDPLEPDLGQNDD
                     TSRAFARDNNFYYLPGQALAFHFGAKQEDFEYSEFPAKVTGNDCFSATPGRNDWYETV
                     KLNYGVDLQGGGTKYFYPVPDTWHKMLAILRFWIARGVDGFRCDMAEMVPVEFWQWVI
                     PRVKSWKQVIFIAEVYQPALYRDYIRTGGFDYLYDKVGLYDTLRSVVCGHAPASRITE
                     CWQAVDDIRPHMLSFLENHDEQRIASDFFAGRAEAGIPAMIVAATIGTGPVMVYFGQE
                     LGERGMDEEGFSGRDGRTSIFDYWSLDTLRRRCHGGRYDEALLTDTERSLLHQYTAIL
                     RLSREEKALAEGTFFDLMYVNPASDSFDPARQYAYLRKADEVVVLVAVNFADTPRRVR
                     IRIPEDAFRAMSIPDNTPARLTDLLTGTVAIGTLTHACAYEVELPPCSGRLLKFDYSG
                     LS"
     CDS             73232..74176
                     /gene="prs"
                     /locus_tag="SEQF2637_02389"
                     /EC_number="2.7.6.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65235"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribose-phosphate pyrophosphokinase"
                     /translation="MSAYTPFAIFSGTNSRYLAERICKSLHCPLGQMNIEHFADGEFS
                     VSYEESIRGKDVFLVQSTFPNSDNLMELLLMMDAAKRASAHSVIAVIPYFGWARQDRK
                     DKPRVSIGAKLIADLLSVAGLDRLITMDLHADQIQGFFNVPVDHLYASSVFLDYIREE
                     LPFDNLVIATPDVGGTKRASSYSKFLELPMVICYKRRLKANQISDMKILGDVEGKDVL
                     LIDDIVDTAGTITRAADLLKQHGAKSVRAMASHAVMSDPATERIANSCLEEMIFTDSI
                     PYQKECSKVTILSVADMFAEAIRRVCHDESISTLYAIR"
     CDS             74201..74530
                     /locus_tag="SEQF2637_02390"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X113"
                     /codon_start=1
                     /transl_table=11
                     /product="Oxalate-binding protein"
                     /translation="MIIDFPNIPEQRLPNFKGGEKEYIARMFFDGQNRIMYGRLEPGA
                     SIGLHTHETSSEIMYFLEGRGKVLLADGEERVAAGQCHYCPKGHTHSLVNDSDADLVF
                     FAVVPEQ"
     CDS             74802..76136
                     /locus_tag="SEQF2637_02391"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIRRKKRAIILAVLAVLLLGAGYFLYPIVRYSVHNYQEFQRIP
                     DELSLDIPFSYDGYFSVRCTIDGKEVNMGISTSGICLMKEEDLKKYHAIYFGRAPLPT
                     RNVRGQWDWLRLYRIPDFRIDTFAMNPLFASVGKHNYMHLLVGDSVFEDNIFQRSKRI
                     FSVKEGQMYVVIALDEAETDIRRDNLMGNGVLGLNIMRQCNWLFSVDEGRVRIFSVAN
                     DKRLEQESKGFHKIQDGLEEEGISARLGSLKEDLAFSLAIGVDAEVIVNNEVSAQLKK
                     RYPYKVILTLRGDNSIDSLFVFDGVPVVWDGITIPNCQITHSPKFAFNKNYFGAQLMH
                     RFNFILNYSADQGDNLYIQPGKDFEQQRAMPIISVFGLNVGEREQGIIVHRLEPDGIA
                     EKAGIALGDVVLELDGRAPKASLTSQDFIRYTADKKEIRLRIKGKGEMRLAL"
     CDS             76505..79162
                     /gene="valS"
                     /locus_tag="SEQF2637_02392"
                     /EC_number="6.1.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11931"
                     /codon_start=1
                     /transl_table=11
                     /product="Valine--tRNA ligase"
                     /translation="MALASKYDPSSVEGKWYQYWLDNGFFRSLPDEREPYTVVIPPPN
                     VTGVLHMGHMLNNTIQDILVRRARMTGRNACWVPGTDHASIATEAKVVARLAERGIRK
                     SDLTREEFLRHAWEWKEEHGGIILKQLRRLGASCDWDRTAFTMDDIRSRSVIRVFCDL
                     YRKGLIYRGVRMVNWDPAALTALSDEEVIYKEQQGKLYYLRYRIVGEDGYAIVATTRP
                     ETIMGDTAMCINPNDPKNQHLRGRRVIVPLVGREIPVIEDDYVDVEFGTGCLKVTPAH
                     DVNDYMLGEKYNLPSIDIFNDNGTIAPAGELYVGMDRFAVREQIVRDLDAAGLLEKTE
                     DYTNKVGFSERTNVPIEPKLSMQWFLKMDGLAKPALDAVMDDEIRFYPPKFKNTYRHW
                     MENVKDWCISRQLWWGHRIPAYYASPTDGEASGNVSPVIILVAETEEEARAQAAEHPM
                     LKGRPFTLRQDEDCLDTWFSSWLWPIALFDGINHPGNDEMCYYYPTADLVTGPDIIFF
                     WVARMIMAGYEYEGDKPFRSVYFTGIVRDKLGRKMSKSLGNSPDPLALIDQYGADGVR
                     MGIMLAAPAGNDILFDESLCEQGRNFNNKIWNALRLVKSWEVSDAAEQPDAARIAIDW
                     MKAKFCATIVELEDDFSRYRISEALMTAYKLFRDEFSAWYLEAVKPAYGRPIDTKTYR
                     STISLFEKLMLTLHPFMPFITEEVWQALADRQPGESIMVTQQPRPEQTNDRLTADFEV
                     VKNIVAGVRSIRLERNIPNKESLTLQVVTGDHNEAYNPVIMKMCNVDTIVRAPKDATA
                     ASFMVGTTEYAVPLGNTIDVAEEIQKMEAEIDYLEGFLRSVMKKLGNEKFVANAKPEV
                     VAVERKKRADAESKLALLRENVAKLKDNA"
     CDS             79182..80228
                     /locus_tag="SEQF2637_02393"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQTDKRRGWGIYVCLSLLLLLASCSTIRFIGIDTLEPSELHVP
                     HTVRRVLIVDNAAMPSVAPCALTLGKIPLEVKEVTTDSMAFYYCHTLGERIADAHRYD
                     DVRLYDRAYRPSHLSDQPLSASEVHQLCTDEGADAVISLDRLQFSIKGDVDLLYFLTH
                     DPLRVEVSGLIRLSIPSDTLTMARTVHLSDTLRAAFEGTIDSPEAISQAMRTVLREVS
                     LYMADKSSSRFVPHWEPNVRWYYTSSSSAWKEASAYAAAEKWKEAAAIWHHLYDQARN
                     WKVKARLASNIAVSEELCGNLSIASDWAERSYTHYLEYASEVDSTTLNRQRRYTEAMK
                     QRLRSDKELRGLGK"
     CDS             complement(80413..80526)
                     /locus_tag="SEQF2637_02394"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRLIKNLDLTCVSIQLYIQTADRLYCSIFCYPIYRG"
     tRNA            80892..80965
                     /locus_tag="SEQF2637_02395"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(cgt)"
     CDS             81478..85056
                     /locus_tag="SEQF2637_02396"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKVFTLLAASFMLLLGAVGASARPAWGDSVKYLPDGTGKGAY
                     HLQVSFIGQRAIKDSVLMMDQEGRLDFADSAYVWNKDGDPDSAFFKLRSSLWCVNVGR
                     PENAGKVPAFTFINKEYGTELAFDYQPYLFTDTGTVNGLSTRKIYYDSMARLIPGYGI
                     DLIAGQTVAPLVGGNLSKWKFSRTYNGAHGSAELEKDQYLAIEVKPDYYLTFAVPTDG
                     TSSGKIRLVVAHKNDFDPTAPFYKNNLVRFRLVNASPRVLTAHDFNTRMHQNPTEGPV
                     QLFFSPDVTSGQTNAFAQLLKATDVQSSTRGKDNHYLYLNTTGGQYITMSTSDYNSDL
                     GIRYPKIETTGATNEDQSKWRLVYYPSEDSLIVNVKGYKNHVSYGTQKDPGSYSLNED
                     LYNNDILNYLILRVQDLNATAGRILTVANAPANTRIHFNINNCVVYDTDRTTVPSNLY
                     TVRDREGRYLVVPMYAGDLTPQWMRLEDIENANRTPSDQWFVTKVNGESGISKIHLTN
                     REFNNIRIEFVQVYNDYHLFKGVWHRIDENGLGRDYSPIMGRNYVNLAGFTVVPKPYR
                     NDPYLGYKFFSKNLDEAAAIKEATDSLNWFAYAFNYLNKLSDGNHYMGFRDNASSTDT
                     GLYILKDDRTYFQLVVPDTLRREAYGVEKYGIGWNDGLLANFSNTNSDDYIAPLKRWF
                     YHLQVNDYWKFKRNENYVVMDDNARYGYTPERNANSRRLNKAKFYLRFTYETNGKDYY
                     TLLDRIDISNFHYLTYVKGLAVTDTIKAYDWSHGSIRQNSFGVVAASVTDHAPMYVAA
                     QPKTIGTYRVSTFALTHETEPLYRRFNSLDEGSVATDDPDTVAFRRTAKPNDYLYEDA
                     HSVYSATKKQNAAGYSNINFAGVENADDAIKNKDKDQVFKRHIDTDWAIYVDTAYVNR
                     GTGLIKPQYLLVVGPEFGWLGCPVCGEDELNRPYVYGRFLRNETDSARTDPQLGSQSA
                     IRDRDYILPSNWDRLAFTPAIHAGDTLYVLNGHSIEEFYVKGANGQRYVNYKKLNNTP
                     RVKKVFLGNNLHKDEVFSFRYIEPRGGSKKDFLIESETWNRGAGRMIAPMQGAWIKIQ
                     NGVPVVSRGSYYDAITEAEVWNVRKTDKAPLANKEVSTTNVVVTAGVGNVTVLNASGK
                     AVTVSNILGQTVAKAVLASDNETISAPQGVVIVSVEGENAVKAVVK"
     CDS             85159..89337
                     /locus_tag="SEQF2637_02397"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKKIFTLLAGILMLGLFAVSGNAQGRSTFLKKQDLRVGKPVRK
                     LQAGPNKGYYYLSVDSVVGFDAASVGRALSKLQGGRGDTIMSYIPDGNNGSKKLMVLF
                     MRPDTNKNGKYSLFVDTLNVIKRTGNRDSVKAKWKGYFKDNTPKTEISASALWCVNVT
                     DYLQGQNPTFDFTNKQYETLLEIDAYNHESWRRDSSSSLNADRNNWRMSPAHGDTSLV
                     PGGLSGWEFSETYATVLNAGRPLVTYLDDTHDTVAVLCMPRDTSGGHRFGELVPDSFI
                     CVKIAPATDVRAGKVDGMLYFTLREALPFALDANDFNSLSRTNPLKFSPDAASNNIFT
                     SGLKAAQLDTSAHRAALVNAAFLKSYATPPSPALAPWNAPVPGDTVLVAFPDSILDYL
                     GYLHLKSGNNYLRVDSNFHVRNAGGDQFLKFATGTQAQMWTKLRGDTVSLRDSLMYGQ
                     YVWRMVYYPSGDSVYINPFKAAYRPEYDPAIWRNGADSVRTLGWVTQQRYTFAAIPDT
                     AVLYMQSNSPANNGQLNAIRSALISANTTSMVGTVNQLDSNQVKTARLRDGFMIGARN
                     TRGEDAPLPYKYRHRLYVSIQNLASGREVTLHSNHSGFLPAGDCSINTHINFGGYYTP
                     CLATGSDRVSIPSDLYLIRNTDGQYLHVPLYSAHDSAVWTYLDEFVHPEELPSFQWIV
                     EKRYRNSENSPINIINREFGHRVGNKYGLAFENVQLKKDMEHFSFRTDRWRWNEEKKV
                     NERTTTFDAAKSNMSEKNGATFIALPKKYKNDPLLGYQWINPDTSIVNLYAFNYASGI
                     DDSRYISTAKNFDMNAYPKTDTFLYIGAKDNFDVAYFRMDTIGAENGKLNEYGYKVVS
                     NRNQVQDLVTLKRQAYRLNFENPFKYCLGTLSVSNAAQHFYSLSSRLTAPLTNILGRP
                     VFYLRDVYMENDGVKDFALVQVMDTVAMQSADSTQLKTYMTQTLGSQISDLMMRNLRI
                     AGKFNPGLFVMAVDEPTLKLKFDYRGNSVTRVSTFRLKKDADPIYRRFNTELEGKVGD
                     DSPRTMKFFRTSSMTTGKDYLFENTGALTDQKAYYKGPRNYLGLVSSNSNPNAKTSIF
                     VDTAYVNRGTGYIKPQYLLMIRPSIVSDTLGCDDNGELTIHLPGYRRGMYLINATDSA
                     NMERTAGVDDERNTYLWNTRWERFVFTDAIHANDALYILGGADLSNLYTKVDAKGNAK
                     ALDLAKLDAVSDTTPAAPKNGKIRKIALGNNYHKDCVFSFRLVERGSPQKDFLIESET
                     AYRGEPITNRNPMIAPCIGGWLKIQNGVPVISRSDEEKRIPEGDLFNVEMTSEDPVSN
                     VVVPATTGVKVVAENGSVTVLNASGKRVVISNVLGQTVANTVLTSDRATVSAPKGVVL
                     VAVEGEPVVKALVK"
     CDS             89985..90800
                     /locus_tag="SEQF2637_02398"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTRLTLLLLLCLAVSLYMRAYDNVRRPDTRALGLAGSEVVYSP
                     LFNPSLTPFFAHRQLRGDYFNPYGMKELVTVSAGLNVPNRILPFGVHIASFGYDRYRE
                     SMFRLSVSKRLSSMWSLGVSVQYALLQSEIFEQDGQRLSVDVGVALRPTDKWLLGLSV
                     LHFPAVSIGSDETNQVHMTPRMILLGARYMIDEGLELSAEAEYRQYEPFLFSVGAEYT
                     PFANFQLRAGVKSSPFSPSLGVSYSFIGLTLDTALYYHPALGASVGIGLAYSF"
     CDS             91214..92734
                     /gene="gltX"
                     /locus_tag="SEQF2637_02399"
                     /EC_number="6.1.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27000"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate--tRNA ligase"
                     /translation="MSERKVRVRFAPSPTGPLHIGGVRTALYNYLFAKKHGGDFILRI
                     EDTDSQRFVPGAEEYIIQSFEWLGLRFDEGVGFGGNYGPYRQSERKAIYRQYVDQLLD
                     AGLAYIAFDTPEELEAKRSEIPNFQYDASTRGQMRNSLTLPADEVRRLIDSGARYVVR
                     IRIEPNEDIRVNDLIRGEVIINSSILDDKVLYKSADGLPTYHMANIVDDHLMEITHVI
                     RGEEWISSAPLHVLLYRYLGWADTMPQFAHLPLLLKPEGGGKLSKRDGDRLGFPVFPL
                     EWHDPKSGEKSSGYRESGYLPEAVINFLALLGWNPGNDIELMTLDEMVRLFDLTHCSK
                     SGAKFDYEKGKWFNHRYIQLRSDRDIADMFRPVLESHGITDADQAYVEKVVGLMKERV
                     SFVPELWPLTYYFFVAPTEYDEKTRKKRWREDSAAQLTELIEVLRGREPFDVEGTEAY
                     VKEWIAAKGYHLGNIMNAVRLALVGQGIGPQIFHITEAIGKDETIRRIQRAIEILG"
     CDS             92734..93966
                     /gene="waaA"
                     /locus_tag="SEQF2637_02400"
                     /EC_number="2.4.99.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AC75"
                     /codon_start=1
                     /transl_table=11
                     /product="3-deoxy-D-manno-octulosonic acid transferase"
                     /translation="MRPLYTAAISLYAAAVQAAAPFHGKARKMIDGRRSIDEVLREKI
                     VPGARYVWLHAASLGEFEQGRPLLEAIRQRHPDYKIVLTFFSPSGYDVRRDYPGADVV
                     CYLPFDFPRRIRRFLDRVRPTLALFVKYEFWLNTLDELRRRRVPTYLVSGIFRPGQFF
                     FRPIGRPYRDALRCFDHLFVQDETSRQLLAGIGLTNVTVTGDTRFDRVIDIRRTARPL
                     PVVAAFVERDARPVLIAGSSWPEDEALLIPYFNAHPDLKLILAPHEIHEAHLAAIEAR
                     LTRPALRLSRADADTAAGVDCLIVDSFGLLSSIYRYARIAYIGGGFGHGIHNAPEAAV
                     YGVPVLFGPNHHKFREALDLIACGGAYSITDASTLSARLDALLADPDACTAAGESAGA
                     YIQQHSGATEQILRAIDL"
     CDS             complement(94385..96442)
                     /locus_tag="SEQF2637_02401"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRPLFVVLLLLVVASNVVRSQDTHPTDDWMEQLRELSEYTDDE
                     FDEKRLEALYSDLSHLAEHPIDLNTATTYDLHQLPFLSDAQVDSILSYRQRHHYFLTV
                     YELRTIDVLDWITLRRIAPFVCVNRHGPERPNIILANLLHHGASEWIVKYNQTVERKR
                     GYSPAPDSSSRRYLGEPFGHTVRYAYTFDDRLQAGFAAEKDAGEPFANATHKGYDYYS
                     VHFVLKDFGHLRTLAVGDFKATFGQGLVVSHDYTPARGTLAVEPEYRNNGFRRHYSTD
                     EQQFFRGIAATLALSHWQLSLFGSSRKVDATTDGTTITSLKVDGLHRTRNERRTRHTV
                     SLRAIGGNLRYARSRMHIGLTALAYDFGGQRVDPPPKPYNHYDFRGRSNVDLGLDYMI
                     KNDRLKLFGETALSTASGATATLAALQWTPSSEIIATLLYRNYSPRYHALFASAFART
                     ARVRNEEGLYLGLTFAPAPRWLLTGHADLFRFPWMKPRVSFPSTGSEYTLRIDWTDPR
                     EIIAAYVRFRSQRTEGDAVRGHEIAIRPIVRHRLRAQITCTIDTVWALRTALDVSLHQ
                     PDGASTARGHMLSEAISWRPQRLPVRAELFAALFLTDGFAARLYSYEKNLLYTFATPS
                     LYGRGLRLSGLLYWRPAGRRLTLSTKIGWTHLFTGDSIGSGLETIRGRNRTDLYAMLR
                     WTF"
     CDS             complement(96494..97657)
                     /gene="capA"
                     /locus_tag="SEQF2637_02402"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19579"
                     /codon_start=1
                     /transl_table=11
                     /product="Capsule biosynthesis protein CapA"
                     /translation="MNKGIARVIHRSATRPHRLYWLAVALLFCIACTMHPRKGQSGEL
                     DSSASDTVRREARLVFAGDLMQHMPQVRAAQRPNGRFDYSESFRYVKPLFEQADYAIL
                     NFETTLTPTTDYHGYPTFRSPGAVADALRDIGIDAVMFANNHICDNGRTGIEYTTRRF
                     DSLGIVHTGAFVDSGRIRREHPLLFQAGGLRFALFNYTYDTNGMPIPKGMIVNLIDTN
                     AIRRDLSLVNRKHIDCVIVFFHWGIEYARRPNDEQRRLAALCHRLGAEIVIGSHPHVI
                     QPIEAKRDNEGVMRSVTVYSLGNLVSNQKERYRNGGLIVTLDIKKERNGALRIAPAYT
                     PGWVYRPGGYRIIPPSAADSIALPADLRATCTQFFEDTRALLEGNKIFEERVR"
     CDS             complement(97650..98162)
                     /gene="cysE_2"
                     /locus_tag="SEQF2637_02403"
                     /EC_number="2.3.1.30"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A9D4"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine acetyltransferase"
                     /translation="MALIKSVRGFTPSIGKDTFLADNATIIGDVVLGEGCSVWFGTIL
                     RGDVNSIRIGNGVNIQDGSVLHTLYQKSTIEIEDDVSVGHNVTIHGAKICKGVLVGMG
                     SVVLDHAVIGEGAIIAAGSVVLSHTQVEPWSIYAGVPAKFVKKVDPEQAKEMNQKIAR
                     NYHMYASWYE"
     CDS             98364..98555
                     /gene="rpsU"
                     /locus_tag="SEQF2637_02404"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66519"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S21"
                     /translation="MIVVPLKEGESIERALKRFKKKFEKTGVIRELRSRQAYTKPSVK
                     KRKERMRAVYVQHLQQEEE"
     CDS             98617..99513
                     /gene="xerD_10"
                     /locus_tag="SEQF2637_02405"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A0P0"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine recombinase XerD"
                     /translation="MEAFIASFIDYLRYERGASVATRVAYKNDLLQFVAYVREHTENG
                     KASLGLVDSDLIRLWITSLMDGCMSPTSVNRKLSALKSYFKYLMKQGLVLNNPASLVI
                     GPKFFRPLPQIIKEDELTELLDGSCFKADFIGTRDRLMMEFLYETGLRRQELAFLKCS
                     DIDLMAMVVRVCGKRNKERIVPFSERLKLQIISYLQERRSVLQCDNTHFFVCKNGRSV
                     AGATIYNVVRKYVSNRGLRTKCAPHMLRHSFATSLLNNGAELNAVKELLGHSSLSSTS
                     IYTHINFDKLKEMYYAHPRANR"
     CDS             99524..99823
                     /locus_tag="SEQF2637_02406"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEIRIQAIHFDVTERLDAFIRKKVAKLSQYHDGILDAEVILRVV
                     KPETVRNKQAGIRLQIKSNDCFSEKVSDTFEEAVDEAVVALEKQLIKAKEKSRSK"
     tRNA            100002..100074
                     /locus_tag="SEQF2637_02407"
                     /product="tRNA-Thr"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Thr(ggt)"
     CDS             100120..101316
                     /gene="tufA"
                     /locus_tag="SEQF2637_02408"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64027"
                     /codon_start=1
                     /transl_table=11
                     /product="Elongation factor Tu"
                     /translation="MAKEHFNRSKPHVNIGTIGHVDHGKTTLTAAITKVLAEKGFSSA
                     EGVKSFDQIDNAPEEKERGITINTSHVEYETANRHYAHVDCPGHADYVKNMVTGAAQM
                     DGAIIVVAATDGPMPQTREHILLARQVNVPKLVVFMNKCDMVDDEEMLELVEMEMREL
                     LSFYKFDGDNTPIIRGSALGALNGDPKWEEKVLELMEAVDTWIPLPPRDVDKPFLMPV
                     EDVFSITGRGTVATGRIETGIVKTGDEVEIIGLGADGKKSVVTGVEMFRKILDEGQAG
                     DNVGLLLRGIDKNEIKRGMVLCHPGQVKPHSKFKAEVYILKKEEGGRHTPFHNKYRPQ
                     FYIRTLDVTGEITLPAGVEMVMPGDNVTIEVELIYPVACNVGLRFAIREGGRTVGAGQ
                     ITELLD"
     tRNA            101371..101444
                     /locus_tag="SEQF2637_02409"
                     /product="tRNA-Trp"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Trp(cca)"
     CDS             101659..102201
                     /gene="nusG"
                     /locus_tag="SEQF2637_02410"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFG1"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination/antitermination
                     protein NusG"
                     /translation="MPDSQQKFYVLRAISGKENKVREYLEAEIKNSDLGNYVSQVLIP
                     TEKTFVVRNGKKVMKERAYLPGYVLVEANLVGEVIHRLREIPNVIGFLGGEGQPVPLR
                     PSEVSRVLGTLDELQEQPEEMEIQYFVGETVKVISGPFNGFSGLVEEVNAEKKKLKVI
                     VKIFGRKMPLELSYVQVEKE"
     CDS             102729..103424
                     /gene="rplA"
                     /locus_tag="SEQF2637_02411"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99W68"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L1"
                     /translation="MGKVTKKRKLAESKLEAGRSYTLQEASVLVKEISMTKFDASVDI
                     DVRLGIDPRKSNQMVRGVVSLPHGTGKETKVLALCTPDKEAEAKAAGADFVGLDDYIE
                     KIKGGWTDVDIIITMPSIMGKIGALGRILGPRGLMPNPKSGTVTNDVGSAVKEVKQGK
                     IDFKVDKAGIVHTSIGKVSFNPEQISGNAKEFISTLVKLKPTAAKGTYIKSIYLSSTM
                     SPGIRVEPKSVDE"
     CDS             103439..103966
                     /gene="rplJ"
                     /locus_tag="SEQF2637_02412"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P42923"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L10"
                     /translation="MKKEDKSIVIGQLTETLKEYDNFYLTDIEALNAEKTSALRRLCF
                     KENVKLVVVKNTLFKRALENMDVDYSALYSTLKGNTAVMFSNVVNTPARLIKDFTKGT
                     KGEGKPQLKAAYVQESFYVGVEHLDTLASLKSREEMLGDVIGLLQSPIKNLISALQSS
                     SGHVIHGVLQTLEKR"
     CDS             104010..104384
                     /gene="rplL"
                     /locus_tag="SEQF2637_02413"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P02397"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L7/L12"
                     /translation="MADLKALAEQLVNLTVKEVSELTTILKDEYGIEPAAAAVAVAAG
                     PAEGAAAVEEKTSFDVVLKAAGANKLAVVKLVKELTGLGLKEAKDLVDGAPNNVKEGA
                     AKAEAEDLKKRLEEAGAEVELK"
     CDS             104495..108310
                     /gene="rpoB"
                     /locus_tag="SEQF2637_02414"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7ZUK1"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit beta"
                     /translation="MSSTAQVQRINFASIKKFLPYPDFLEVQLKSFQDFLQLDTPPER
                     RKKEGLYKVFSENFPIADTRNNFVLEFLDYYVDPPRYSIDECIARGLTYSVPLKAKLK
                     LYCTDPEHEDFDTVIQDVYLGPIPYMTERGTFVINGAERVVVSQLHRSPGVFFGQSVH
                     ANGTKLYSARIIPFKGSWIEFATDINNVMYAYIDRKKKLPVTTLLRAIGYESDKDILE
                     IFHLAEEVKVSKANLKKFIGRKLAARVLKTWVEDFVDEDTGEVVSIERNDVVIDREAE
                     LDEDNINTIVDSGAQYVLLHRGDQNLSDYAIIYNTLQKDPSNSEKEAVLYIYRQLRNA
                     DPADEASAREVITNLFFSEKRYDLGDVGRFRINRKLNLSTAVDTKVLTKEDIIEIIKY
                     LIELINSKAVVDDIDHLSNRRVRTVGEQLYNQFGVGLARMARTVRERMNVRDNEVFTP
                     IDLINAKTISSVVNSFFGTNALSQFMDQTNPLAEITHKRRLSALGPGGLSRERAGFEV
                     RDVHYTHYGRLCPIETPEGPNIGLISSLCVYAKINDLGFIATPYRKVEDGKVDFSEDA
                     ITYYTAEEEENKIVAQGNTPLDDDGHFLLDRVKARYEADFPVVEPDKVSLMDVSPTQI
                     ASIAAGLIPFLEHDDANRALMGSNMMRQAVPLIRTDAPIVGTGIEGQVARDSRTQVIA
                     EREGEIVFVDATCIKIKYDRTEEEEFISFEDAIKTYNIPKWRKTNQSTTVDLRPICHP
                     GQRVKKGDILTEGYSTQNGELALGRNVKVAYMPWKGYNYEDAVVLNERMVREDFFTSV
                     HVDEYILEVRETKRGMEELTSDIPNVSEDAIKDLDERGIIRVGAHVKPGDILIGKITP
                     KGESDPTPEEKLLRAIFGDKAGDVKDASLKATPSLRGVVIRTNLFSKMVKKRASSRLA
                     DKAILPKIDEEYEEKLAQLKTSLVDKLQSLTNGKTSQGVKDYLNTEVIPRGVKFSRKM
                     LEELDYNAIQVSKWTTDAAKNELIKQLIVNYLKKYKELDSELRRKKFDLTVGDELPTG
                     IVQIAKVYIAKKRKIQVGDKMAGRHGNKGIVSKIVRQEDMPFLEDGTPVDICLNPLGV
                     PSRMNLGQIFEAVLGWAGRTLDVKFATPIFDGASIDDLNEWTDKAGIPRYGKTYLYDG
                     GTGERFDQPATVGVTYFLKLGHMVDDKMHARSIGPYSLITQQPLGGKAQFGGQRFGEM
                     EVWAIEAFGAAHILQEILTVKSDDVVGRSKAYEAIVKGDNMPTPGIPESLNVLLHELK
                     GLCLSLTLD"
     CDS             108460..108648
                     /locus_tag="SEQF2637_02415"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFVHLRKVSCNLQEMFVHLRKVSCNLREMFVHLRKVSCNLREMF
                     VHLRKVSCNLQEMFVDLQ"
     CDS             108773..113152
                     /gene="rpoC"
                     /locus_tag="SEQF2637_02416"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7ZUK2"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit beta'"
                     /translation="MAFRRENKIKTDFTKITIGLASPEEILENSYGEILKPETINYRT
                     YKPERDGLFCERIFGPVKNYECYCGKYKRIRYKGIVCDRCGVEVTEKKVRRERSGHIQ
                     LVVPVAHIWYFRSLPNKIGYLLGLPTKKLDSIIYYERYVVIQTGEAENVNDMDLLSEE
                     EYLNILDTLPKENQMLEDTDPNKFIAKIGAEAIYDLLTRIDLDTLSYDLRHHAMTDTS
                     QQRKNEALKRLQVVEAFRASKGRNRPEWMIIKVVPVIPPELRPLVPLDGGRFATSDLN
                     DLYRRVIIRNNRLKRLIDIRAPEVILRNEKRMLQEAVDSLFDNSRKSSAVKTDANRLL
                     KSLSDSLKGKQGRFRQNLLGKRVDYSARSVIVVGPELKMHECGLPKDMAAELYKPFII
                     RKLIERGIVKTVKSAKKIVDRKEPVVWDILEYVMKGHPVLLNRAPTLHRLGIQAFQPK
                     MIEGKAIQLHPLACTAFNADFDGDQMAVHLPLGNEAVLEAQMLMLASHNILNPANGAP
                     ITVPSQDMVLGLYYITKLRKGTRGEGLIFYGPEEARIAYNEKKLDIHAPIKVYVNDRD
                     AEGNPVRHMVETSVGRLMVNEFVPEEVGYVNEVWGKKALRDIIGNVIKTCGVARTAQF
                     LDDIKNLGYYMAFKGGLSFNLADVLIPPEKDSIVKEGYDEVEQITSNYNMGFITNNER
                     YNQIIDTWTHVNSKLSKTLIDQLSSDNDGFNSIYMMMDSGARGSKEQIRQLSGMRGLM
                     AKPQKSGSDGGQIIENPILSNFKEGLSVLEYFISTHGARKGLADTALKTADAGYLTRR
                     LVDVSHDVIINEEDCGTLRGLVCTELKNNEDVIASLYERILGRVSVHDVVHPITGKII
                     VHSGEEIREKEAMEIQESPIESVEIRSVLTCESKKGVCAKCYGRNLSTGRMVQKGEVV
                     GVIAAQSIGEPGTQLTLRTFHVGGIASNIATENSLISKYDGVLEIDELRVVDSESDGC
                     KIVVSRLAELRIVDPNTKIVLHNHNIPYGSKIFFDNGATVKKGDKIIEWDPFNAVIVS
                     EAAGRITFESMEENITYKVESDETTGLKEKIIIESKDKTKVPVAHVVSDEGTTLKNYA
                     LPLGAHVIKEDGDLIKTGEVLVKIPRAVGKTGDITGGLPRVTELFEARNPSNPAVVSE
                     IDGEVSFGKIKRGNREVMVTSKLGETKKYMVPLSKQLLVQENDYVRAGMPLSDGAITP
                     SDILSIKGPTAVQEYIVNEVQDVYRLQGVKINDKHFEVIVRQMMRKVEIADAGDTRFL
                     EQQLVDKIDVMEENDRMWGKKVVTDPGESDTLNAGQIVTARKLRDENSSLKRRDKKLV
                     EARDAKPATTIQILQGITRAALQTSSFMSAASFQETTKVLNEAAISGKSDRLEGLKEN
                     VICGHLIPAGTGRREFDRLIVGAKDDFDRIVAERELAELGETLETPAPRKTKKKKAAP
                     APAPAPVVESETVVLTSDAIVEP"
     CDS             113249..114787
                     /locus_tag="SEQF2637_02417"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLDNQNRACIAVTAGGGDVCLLPQMANRHGLIAGATGTGKTCTL
                     QNMAETFSRMGVPVFATDIKGDLSGVARPGGGNAALQRSVDAHHLAERGFAYAASPVC
                     LWDIFGEAGHPLRTTISEMGPLLLSQLLDLNDIQSNVLSIAFRIADDEQLLLLDLKDL
                     RKMLEHIGQERTRYTTAYGNISVATIGAIQRGLLALEEQGADHFFGEPAFDILDFLQP
                     RDGRGVIHILEAERLMRSPKLYTTFLLYLLSELFERLPEVGDLDRPRLVFFFDEAHLL
                     FNGIAPSLLEKVEQVVRLIRSKGVGIYFCTQNPADIPDTVLGQLGNRVQHALRAFTPR
                     DQKAVSTAASTFRPNPAFDARTAITELGVGEALVSFLDTAGRPSIVERAVIIPPEGRA
                     GALSADERRAVIQSSPFLGKYDQAVDNESAFELLTARMERASREQADALREKEELRQQ
                     KEQERRERAERVERERLERQRQREKDNSLTGSLTKMASTKAKREVINLLFKFGRGLLG
                     SLLK"
     CDS             114900..115394
                     /locus_tag="SEQF2637_02418"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLFRLEKRRPTLSMGLFRLEKRRPTLSMGLFRLEKRRPTLSMG
                     HFGLEKRRPTLSIGHPDLKNANLHCRWGISDLKNADLHCRFGISDLESLDLHCRWGIS
                     DLKNADLHCQWAFSWGKCGFEQRWRPFRTFKRVPFGISAIPKKKYFCARATNPATYRT
                     HPPC"
     CDS             115351..116346
                     /locus_tag="SEQF2637_02419"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIPLHIERILLVNDCVIIPDFGGFILRRHAAVHKTRECAFLP
                     ARKEIVFNPTLTHNDGLLAESYMEMYGMDFNQAQQAIRHDVSALLAQLDEEGILRLDA
                     IGTLRRNDDGALLFDPIDRTPLYGIGSYGLPLFYMPPLSPEPPEAQPIDRPTVPDSIP
                     VTRRLIPESVKAHLPAALRVVGQTVAVAAVACAFYFTVSTPVKEVDRSAYTAGFVPSE
                     LLHDLSEKTPAAPPAPVPEIQPEGEGQAKTQKAAEKKRYRIVIASLDRLEAAEQLVSK
                     LTPADRARARIRMNGMVRKIRVIIGDYTDRKEAEAELARWRKNPKFETAWLIVGP"
     CDS             116427..118292
                     /gene="mutA"
                     /locus_tag="SEQF2637_02420"
                     /EC_number="5.4.99.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11652"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylmalonyl-CoA mutase small subunit"
                     /translation="MAEAAKEKLFSEFPPVTTEEWMAKITADLKGVPFEKKLVWKTGE
                     GFNVNPFYRAEDIEGLATATSLPGEFPYVRGTKVCNTWLVRQDLAVDDCAAANEKAKR
                     LIAESGVTALGFNVKSTLIDAANIATLLDGIDPVAVELNFRTCNHRVTDLISILADYF
                     KAKGVNLDEVVGSVAYDPLKKPLVKGVALTGAWVQEAVDVVNAAEALPGYRVLAVNAA
                     NLNDAGSYITQELGYALAWGNDLIAKLSEAGLPAEKVAKKIKFNFGISSNYFLEIAKF
                     RAARWLWAEIVKAYNPSCDCACKIRVHARSSMWNMTVFDAYVNLLRTQTETMSAAIAG
                     VDSITVLPYDSVFKTPDEFSERIARNQQLLLKEECHFDKVVDPAAGSYYVEVLTQSMA
                     DAAWKLFLEVEDKGGFAAVANTGEVQKAINESNKARKKLVATRRISLLGTNIFPNFTE
                     MSGDKIEKKEEGTGHGCGCSKDASIEKLDFSRGASEFETLRLATEHSGKRPKVFMLTI
                     GNLAMRLARSQFSSNFFACAGYEIIDNLGFETVEAGVKAAREKKADIIVLCSSDDEYA
                     VHAPEAFKLIDGKELFVVAGAPACMEELKAAGIEHFIHVKSNVLETLQMFNAKLL"
     CDS             118305..120461
                     /gene="mutB"
                     /locus_tag="SEQF2637_02421"
                     /EC_number="5.4.99.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11653"
                     /codon_start=1
                     /transl_table=11
                     /product="Methylmalonyl-CoA mutase large subunit"
                     /translation="MRPNFRNIDIKSAGFVATDATAWAKSNGITADWKTPEHIQVKSV
                     YTKEDLDGMEHLHYASGLPPYLRGPYSGMYAMRPWTIRQYAGFSTAEESNAFYRRNLA
                     SGQKGLSVAFDLPTHRGYNADNPRVVGDVGKAGVSICSLEDMKVLFDGIPLSKMSVSM
                     TMNGAVLPVLAFYINAGLEQGAKLEEMQGTIQNDILKEFMVRNTYIYPPEFSMRIIAD
                     IFEYTSQNMPKFNSISISGYHMQEAGATADIEMAYTLSDGMEYLRAGINAGIDVDAFA
                     PRLSFFWAIGMNHFMEIAKMRAARMLWAKIVKSFGAKNPKSLALRTHSQTSGWSLTEQ
                     DPFNNVGRTCIEAMAATLGHTQSLHTNALDEAIALPTDFSARIARNTQIYIQEETQIC
                     KEIDPWAGSYYVETLTNELVHKGWELIKEIESMGGMAKAIETGLPKMRIEEAAARTQA
                     RIDSGVQTIVGVNKYRLAKEAPIDILEVDNRAVREEQEARLKELRAERDEAAVQKALA
                     DITECVRTKKGNLLALAVKAAGLRASLGEISDACEAVVGRYKAIIRTISGVYSSETKN
                     DSDFQRACELAEKFAKKEGRQPRIMIAKMGQDGHDRGAKVVATGYADCGFDVDMGPLF
                     QTPAEAAREAVENDVHVLGVSSLAAGHKTLVPQVIEELKKLGRPDILVIAGGVIPAQD
                     YDFLYKAGVAAIYGPGTSVAKAACQILEILLGEENK"
     CDS             complement(120642..121583)
                     /locus_tag="SEQF2637_02422"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNENSKDLPWVEKIEPSNSGIFTLSLHVEYQNEQYARVKAFDQT
                     KLKLPAGLMAAWDGRREKEIQVNKTVTESAYTKRLEEADKKRDKVLTFIFTSVRSQRL
                     SPTEAVAEAAERIARTLKPYGGSQIAAFDEETANIRGLLEDLSKQTTDVTALGLTDAV
                     TRLGALNTEFINLRAERRVESPEGDLPNSRVVRAETDAAYETVCCYIEAAFLYAATDE
                     DRKVIANLIKELNKTTAAYKTTHRMKAAQRKPKDPKDPKLPKEPKPNTPKPDDKPDIK
                     HPEEGPKKPDPKKPEEGGKKPEGGGTGGDPDIRLPEE"
ORIGIN      
        1 cttctcgagc cactccaagc ggcggaagac ggcgggcatg aggcgctcga tctccgcttc
       61 gtccaccttc accttctcca gcctgtccta cctgaaggac tctgtgcctg accttcaggg
      121 caaccctgag gtgctctcct ttattcagaa ctatacgtcg atgggctacc tctcgctgct
      181 catcttcctg gccatcggta cgatcctgac catcatcgta cagtcctcca gtgccacggt
      241 ggccatcacg ctcatcatgt gtacccaagg ctggatgccg ttcgagatgg ccgctgcgat
      301 ggtgcttggt gagaacatcg gtacgaccat cacggccaac ctagccgccc tctcgggcaa
      361 cgtctccgcc cgccgcgccg ccttggccca cctcatgttc aacctcttcg gcgtgctctg
      421 ggtgatgatc ctcttctatc ccttctgtaa tttggtcgag tggctcgtga cacgcttcgg
      481 ccccggcgac ccgcacgcca tgacgaactt catccactcg ctcgacgccg aaaccgtccg
      541 cagcatcacc tccgacgaga agctcaccga ctcgcgcctc atcggcctcc gcgagcagct
      601 ccagacgcaa caagtggccg tctcctacgg gctttcgctc ttccatacgc tgttcaacgt
      661 cttcaatatc ctagtcatga tctggttcgt caagctctac gaacgcatct gctcggccct
      721 catcaagtcg ccgcgcgaga gcgaagacga ggagttccaa ctcaaataca tctcggccgg
      781 tatgctctct acctctgagc tctcgctcat acaggccaac aaagagattg cggtctttag
      841 cgaccgcacc tatcgcatgt ttggcatgat caagaccctg ctccacgaga ccgacagcga
      901 gaagttcctc aagacattcg tccgcgtaga gaaatacgag cagatcagcg accgcatgga
      961 ggtggagata gccaactacc tcacccgtgt gcttgaaggc cgactcagtg ccgagggtaa
     1021 gaacaacatc cgcgtcatgc tccgcgctgt ctccgagatt gagagcatcg ccgactcctg
     1081 caacaacatc gcccgcacca tcaagcatcg caacgatgcc aagggccatt tcacggagga
     1141 gcagaaccac agcgtggagc acatgatgag cctcaccgac gctgccctgg tgcacatgaa
     1201 ggacatcctg caccgtcagg ccggcacgcg agacgacatg gtgctctcct acaacctcga
     1261 gaacgagatc aactcctatc ggaacatgct caaaaacgag aacatcgaca acatcgacaa
     1321 caagcgctac agctattccg actcggtcta ctacatggac atcatctccg agtatgaaaa
     1381 gatgggtgac tacatcctca acgtcgtcca agccattgtc gaaaagaagt tctgaataaa
     1441 ggagagcacc tcagggttgc cctgaaggtc aggcacagag tccttcaggt aggacaggcc
     1501 gaggaagagg aaagcgaacc cgagtatgaa ctccccgagc gatttgtagt tgctcttctt
     1561 ggcgaacatg agcgggatgg ctatgcccat gagcggcagg gagaggatac tgatgtcgaa
     1621 cttaaagccg aagaaggaga tgacccacgc cgtgaccgtg gtgccgacgt tggcgcccat
     1681 gatcacgctg atggactgcc cgagggtgag caaaccggcg ttgacaaagc tgaccaccat
     1741 gacggtcgtg gcgctggagg actggatcag ggcggtgacg agcataccgg tcaggacgcc
     1801 ggtgatgcgg ttcgtcgtca tcacggagag gatgttgcgc agcttatcgc cggccacttt
     1861 ctggagccct tcactcatga tcttcatgcc atagaggaac atgccgagcg aaccgagcag
     1921 cgtcagaaag tcaagaaagg agtaattcat acggggttat gtttcggaat aatcaatttt
     1981 tctttgcccg acaaaaatag agattacact aaacacgaaa ggaagacaat gcttaccccc
     2041 tccacattta cccccgacga aagccgggtg gactccattg agatctactg caaaaacacc
     2101 gagcagaccg tccgcgtccc cgtcggtgcc accctcgaag ccatctatga ggccgccggc
     2161 cgacccttac gttacccgcc cctcggcgca cgagtcaaca agcgcgtaga gggcctcacc
     2221 tatcgctgct ggaacccgaa ggacgtcgag ttcgtcgact acacccaccc ctcgggctat
     2281 cgcatctacc tgcgctccct ctgcttcatc ctcgtcaagg ccgtctacga cctctatccc
     2341 tcgcgcccct tcagcctcga gcaccccgtg tcgaaaggtc tctactgtgc cttcgaacac
     2401 cgcgaaccga tgaccgagga cgacgtccgc cgcatcaagc agcgcatgca ggagatcatc
     2461 ggcgaggatc tccccttcgt ccgctacgtc gtccgcaccg aggacgcctt ggctaccttc
     2521 cgcgagcggg gcatgaacga ccgtgccctg ctcatcgaga ccgccggcat ggcctacacc
     2581 acctactacg gcctcaacgg ttacatcgac tacttctacg gctgcctcac gccctcctcc
     2641 ggccgcatcc cgctcttcga cctcatcccc tacgctgacg gcgtcctcct gcagctgccc
     2701 cagcgcgaag accccactcg gctctacccc ctcgtgccgc agcagaagat gttcaacgcc
     2761 tacaagcagc acctccagct gcagcgcacc gtgggcgtga attacgtcgg cgacctgaac
     2821 cgggccgtct ccgagggcca cgcccgcgac atcatcatgg tctccgaggc catgcaggag
     2881 aagcagatcg cacagatcgc tgacgacatc gcccgacgct accgcgagga cggcgtccgc
     2941 atcgtcctca tctccggccc ctcatcttcg ggcaagacca ccttctgcaa acgcctccag
     3001 gtgcagctcg tcaccaacct gctccacccc ctgggcatct ccctcgacga ctactacgtc
     3061 aaccgcgagg acaccccccg cgacgacgac ggcgcctacg actttgagtc cctctacgcc
     3121 atcgacctcc cctacttcca ccgcgacctt gagcgactcc tccgcggcga cgagatcgag
     3181 ctgccctcgt tcgacttctc ctccggccga cgcgtcttcc gtggcgacat gctccagatc
     3241 cgtgacaact ccgtcctcat cctcgagggc atccacggcc tcaaccccga gctcacggcc
     3301 cacatcccgc ccgagcgcat ctaccgcatc tacgtctcgg ccctgaccac catctcgctc
     3361 gacggccaca actggatccc cacgtccgac aatcgtctgc tccgccgcat cgtccgcgac
     3421 taccactatc gtggctactc cgcccgcgag acgatcgcca tgtggcccaa ggtgcgccgc
     3481 ggcgacgacc gctgggtctt cccctaccag gagaacgccg acgcgatgtt caacagcgcc
     3541 atgatctacg agctggccgc cctccgccgc tacgccgagc ccgtcctgag cgagatccgc
     3601 gagcgtgacg ccgagagcgc cgaggcctac cgcctgctcc gcttcctccg ctacttcaac
     3661 tacatcccca tcgaggagct gcccgccacc tcgctcctcc gcgagttcct cggcggcggc
     3721 gtcttccgct actgaagttc acggcgagcc ctcgggtagg ggcgccccag tgggtggcgc
     3781 tcagaacggc cggacacaga tgggaggccc actccgcctg tatccggcct ttctatgccc
     3841 ccgaacatgc ccggcactgt gtctgccacg atcttctcgg gccactttcc tctcatcaag
     3901 gcgtgcaaag cgaatcatcg gccccaccca acccccgtca caccctctgc cgccctttac
     3961 gtgccccgtc cgactctcgg cagaccttct gccccgattc ctatgccttg tagaggtagt
     4021 gtctatatca tgaacacgtt ggatcacatt ttagagccac tgttttgaag tcaaacggat
     4081 attcaaaatc tttttgtctg atgtacataa tatagacggc atcatcaatc ttatttggct
     4141 ttcgttttga tcataaacag gatggataag gtttttagcg tctatatttt gaagatgaac
     4201 gagcttataa atcattttga cacgatattc atagagaaat cataggttaa aaatgactga
     4261 ctatcatgtt ttgatcatag acaagtgtca tacatctttt tacttgatga ctgagtcata
     4321 aacagtggat aaattctttt ggacataccg ttcatggcat aaacactacc tctacaaggc
     4381 ataggaatcg gggcagaagg tctgccgcga atcggatggg gtatagtgat ccgggcagag
     4441 ggtctgccgc gagtcgggcg gggcgagtca aggccgtcga agcggataaa gggaggctca
     4501 tggggtaggt caaggccgtc agaaggggcg atggaggttg agggatagag ggatgcgtcg
     4561 gcggcgacgt gtttcgtgag aaagaggaaa gggcttactt tcgcacccga ttgaaattgt
     4621 atttggcaca aaaagaaaga gatgaaagtc gagaacaacc gcccccgcaa ccccttggtg
     4681 cgcgtcgcac gcttctacat cgacggcttc cggcagatga cctgggggcg cacgctgtgg
     4741 attctgatcc tggtgaagct gatcatcatg ttcgtcgtgt tgcgcatgat cttcttcccc
     4801 cgcttcctga gccgcttcga cacggagggc gagcgccggc agtatgtctc cgaagaactc
     4861 atccaccgcg ccacaccctg acccccaccg acttactcta actacacatt tatatatgca
     4921 acaattggat acttctttga tcgactggtc gcgggcgcag tttgcgctga cggccatcta
     4981 tcactggctg tttgtgccgc tcacgatcgg gctgggcgtc gtcatggcct tgatggagac
     5041 gatgtacgtc cgcacggggc gggcgttttg gaaacagacg accaagttct ggatgaagct
     5101 cttcggcatc aacttcgcca tcggcgtggc cacggggctg attctggagt ttgagttcgg
     5161 caccaactgg tcgaactaca gctggttcgt gggcgacatc ttcggcgcgc cactggccat
     5221 cgaaggcatt gtggccttct tcatggaggc cacgtttgtg gccgtgatgt atttcggctg
     5281 gggcaaggtg agccgtggca tgcacctggc ttctacgtgg ctgacggtca tcggggccac
     5341 cctctcagcg ctgtggatcc ttgtggccaa cgcgtggatg cagtaccccg tgggcatgca
     5401 gttcaacccg gagacggtgc gtaacgagat gttcgacttc tgggccgtgg cgctctcgcc
     5461 gatggcggtg aacaagttcc tgcacaccgt gacctcgtcg tgggtcttgg gtgccgtgtt
     5521 cgtggtgggc gtcagcagtt ggttcctgct ccgcaaccgg catcgtgaat ttgcggtgca
     5581 gagcatacgt gtcgctgcca tcttcgggct ggtggcctcg gggttggccg tcttgacggg
     5641 cgacggttcg gcgtataacg tggcgcagtt tcagcccatg aagctggccg ccatggaggg
     5701 cctgtataag ggcacaaacg gtgcggggtt ggtggccgtg ggcatactga acccggctaa
     5761 gcagtcgcac gctgacgaca cggatccatt cgtgatgaag gtggagatcc cctacgcgct
     5821 gtcgtatctg gcggagcgag atctggacgc gttcgtgccg ggcatcacgg acctgatcga
     5881 gggcggatac acgacgcggt cgggcgcacg ggcgctctcg gtcgaggaac gcatcgccag
     5941 cggacgcctt gccatcgcag cgctggctga ctatcgcaag gcactcgcgg cgaaggatga
     6001 ggaggccatg cgcacgagtc gggctgtgct ggaggagaac ttcccgaact tcggctacgg
     6061 gtatatcaag gatccagccg agctgatccc gcccgtgggc ctgaccttct acgcgtttca
     6121 cgtgatggtg gcgctgggcg gatacttcgt gctcatgttc ctactggtgt tgtggctcgg
     6181 gcgaaagaac cggatcgcgt cgcaccgttg gctgcagacc gtctgcctct ggaccatccc
     6241 gttggctttt gtggccagcc aatccggctg gatcgtggcc gaagcggggc gtcagccgtg
     6301 ggtcatccaa gacctgatgc cgacgacagc cgcggtctcg aagctgcaga ccggctcggt
     6361 gcagctcacg ttctttcttt tcctcattct cttcaccgtg ctgttagtgg ccgagctgcg
     6421 catcatgacg cgggccatca agcagggacc agagatggaa tcttaaccct tagcacatcg
     6481 tctcatggat ataacgtata gctttcttca acactactgg tggctgctcg tgtcgctgct
     6541 tggcgcgctg ttggtgttcc tcatgttcgt acagggcggg cagtcgctgc tcttcaccgt
     6601 cggccgcacg gagcggcaac aaaagctgct gatcaactct atcggccgca agtgggagtt
     6661 cacgttcacg acgctcgtga ccttcggcgg cgcctttttc gcctccttcc cgctgtttta
     6721 ctccaccagc ttcggcggag cctattgggt gtggacgatc atcctgctgt gcttcgtgct
     6781 gcaggccgta tcgtatgagt ttcaggctaa gcggggcaac ctgctcggca aacgcacgta
     6841 ccaggtgttc ctcttcatca atggagtcct ggggccgctc ttgttgggca cggccgtggg
     6901 cacgttcttc agcggcgcct cgttcgtcgt ggaccgcgtg caactgacgg acatcggtat
     6961 gccggtcatc tcgcgttggg ccacgccgtg gcacgggctc gaggctgcgc tcgtggtgtg
     7021 gaacctgctc cttggtgcct ccgtcttctt cctctcccgt gtgctggcgc tgctctattt
     7081 catcaataac atccgcgacg aggaggtgag cgccgcttgt cgtcgccgcc tgcccatcga
     7141 ggcggtggcc ttccttgtgg tcttcctgcc cttcgtgggt cacctgctca tggccgacgg
     7201 cttcgctgtt gatccggcca cgggcaatgt cttcatggag ccgcataagt acctcaacaa
     7261 cctcgtgcag atgccgctcg tggcggtgct cttcttggtc ggtgttgtgg gagtactctt
     7321 cggcattggt cggaccgttt tatcggccac gtgcacgaaa ggcatttggt cggctggggc
     7381 gggcactgtc ctgaccgttc tcgcgctgct gctcacggcc ggctggaaca acacggctta
     7441 ctacccctcg gcggtcgatc tgcagagctc gctgacgatt gtcaacagtt cgtcgagcga
     7501 gttcacgctg cgaacgatga tgtacgtgtc gttcattatc cccttcgtgc tggcttacat
     7561 cttctacacc tggcgtgcgc tggatctgca caagatcgat cagaaggaga tgcaggaggg
     7621 ggagcacaac tactaaatga aaagccgtga tcaggcggat cgtgatccac tgacacaaac
     7681 aacctgcatg agaaaaggtg acgacccgaa cgggggtggt caccttttcg ttttctgata
     7741 gggagggcat gccccgaacc cgacaggagg ggggatgtga ggctgagctt attcgccgtc
     7801 gtcgtcctca tcgaggtcga agaaggggaa gtccggagcg tcggggtgcg tgaactgctc
     7861 cagatcgcgc cgctccttct tggtcggtcg acccaggcca cgggcgcggt cgacaaagcc
     7921 ggagatgcgg ttcatctcca ggatctcgta ctgctcgggc ggcgtgacgt tctccatgaa
     7981 ccgcggcaca agcggcgcac ccatgcggct ctccgtgagg tcaagcacgc agaaagagaa
     8041 cgtgactggt ggcttacgca cctcgatgac gtcgcccacg cggacggtac gcgacggctt
     8101 gacgttgttt ccgcccatcg agacgcgccc tttcttgcag gcctctgccg ccagcgatcg
     8161 cgtcttgaag agtcgcacgg cccacatcca tttatctatt ctgacttcgt ccataagttg
     8221 tagtcgttag agggatagtt atcgttcgtc aggaatggat ggcgaatgcg gcgcccccgc
     8281 ggggcatacg cctatgaatg ggccatccat tcctctttgg ggtataaaat agtgcccggg
     8341 cacgcctcat gattctcttt tcacctcccg cgcacccaag aactgtgaaa aacgggccgc
     8401 ctttttgacc gcgcaggcaa gaactgtgaa aaacagcccg ccgttttgac cgcgcaccca
     8461 agaacggtgc caaacagccc gcctttttca ccgcgcagcc cggaacggtg ccaaacagcc
     8521 cgcctttttc gccgcgcagc ccggaacggt gtaaaacagc ccgccttttt caccgcgcag
     8581 cccggaacgg tgcaaaacag cccgcctttt tcaccgcgca gcccggaacg gtgcaaaaca
     8641 gcccgccttt ttcgccgcgc agtccggaat ggtgcaaaac agcccgccgt tttggccgcg
     8701 cagtccggaa cggtgcaaaa cgggccgcct ttttcactgc gccgggtggc ggctatgcaa
     8761 acggcggcgc ctttgagacg ctccagccgt cgctttacgc cgcagttggc cctttatgag
     8821 gcattcccgg gtgcgttgcg gttgtatcga ttcatcgcca catccacgcc ctcgaggcag
     8881 aagctgcgca caatctccac ggcccggtcg acgatggcgg gcatctgggc gagttcgtcg
     8941 tccgtgaagg ggctgagcac atagtccacc tgccgtccgc gagggaagtt gttgccgatg
     9001 ccgaagcgta ggcgggcgta gtcatccgtg gagagcagtt cgccgatgtt gcgcaggccg
     9061 ttgtgcccgc cgtgactgct gcgcgccttg aggcgcaggc tgccgaaggg cagcgagagg
     9121 tcgtcggcca cgaccaacag ccgctcgcgg gggatggact cgcgttgcag ccagtagcgg
     9181 actgcgtttc cgctgaggtt cataaacgta ttgggcttga ggacgaccag ctcggcgctc
     9241 ttgaagcgca ggcgggccac agcgccgtaa cgctcctcgg tgaagtctgc cgaggcggcc
     9301 tccgccacgg cgttgaccac gcggaagccg atgttgtggc gcgtgcccca gtattcagag
     9361 ccgatgttgc ccagtccgac aatgagaaat ttcatctctg agtcatgttt gaagcacgaa
     9421 gaagggggag ggatgcaccg ctaagcacgg gcaccctccc cctccttgaa tattcacgaa
     9481 atgatatcgg cctgttgtta ttcggctgcc ggagcctctt cgccctcgat atgctcttcg
     9541 ccctcttcgt cgaaggtctg tgcaccggcg gcactctgag cggcacgcgt catcttcacg
     9601 gcgcaaacca cggcgttctt cgggctcatc acttccacgt tctcgaaggt cagttcgccg
     9661 accttgatca cctgacccag ctccagcttg tctacattga ccacgagctt ctccgggatc
     9721 tgctccgcat gacctttcac cttcaggcga cgcatagcgt ggttgagctt accaccggct
     9781 ttcacaccct tggcgtggcc caccagctca acgggcacgt tcatcacgat cggcttgtcg
     9841 ccgaatacct cgaggaagtc caggtgcagg atggcgtccg tcacggggtg gaactggatg
     9901 tccttcaaga tggcgcggtt gcggcgtcca tcttcccagt cgatctctac gaggtggatg
     9961 tctggcgtgt agatcagctt gcggacaccg tcgaacgaga ccgtgaaatc cgttacgata
    10021 atgcccatgc caccttcgat ctcgaccagc ttctcacccg gtttgagcgt gcctgtgtag
    10081 ggcagcttca ccggttcgtt gccgtagagt acggcgggga tcagtccttg tttgcgcaac
    10141 gccttggttg ctttcttgcc gaggtcttcc cgcggcgtgc agttcaaatt gaatgtcttc
    10201 attttcctta agctattgtg ttactcaaaa tcagtcttgc tctttccgat ttcccatcac
    10261 acgtgtagat aggcttttct tcaaagcggc ggcaaaaata agccgctgtt tggaatatac
    10321 aggggccgat taggccaccc ggaacagccc ccatcgtgtg tgcgaagcat tcggggcggg
    10381 gaaaacggga tgcaggcgat gcctccgacg gcctacttgc tcttcgcctt ctcacgacgg
    10441 gcagcctcct tctcacgcag tgccgcacga cgagccgcct ctttctcctt caggcgttgc
    10501 ttgttggcct tctcgcgctc cttacgctcc ttctcgcgct gcttcatgcg ctcgcgggcc
    10561 tccttctctt tctgcttacg ctgcgcctcg cgctccttga gctgctgctt gcgttgctcg
    10621 gcggcctcct ggcgtcgctc ggcttgggtc tgggccttct cgccttgtgc catacgtgct
    10681 ttgcgctctt ccagttcgcg tcgcttcttg aggtattcca gcgtgatctc tttcggcttc
    10741 acgagcaccg tgtccatgtc cacttcgggc gtggcggtgg tgtcgattgc cggggtctcg
    10801 gtcgtcgcat cgacgggagt cgtaggctcg ggcagcgccg tggtgtcggt cgggaggggt
    10861 tcgtcagcct gctgaaccgc cttgttcttg cggcggcgga cggaggtggc agcttgcttc
    10921 ttggccgcct tctcctgctt tttccgctcc gcttcggcag ccttggcggc tttctcctgc
    10981 ttctttttct ccgccttctc ggccctttcc tgcgctcgct cctccttcgt cttcttcttt
    11041 ttgacggagg cggcgggctg atcttgcgtt atggtgacgc tgtccgtggg ggcgatggaa
    11101 tcggtagcgt ggggttcctc cgtgggggtg acgtcctccg gttgggcggc gtcgatcggt
    11161 tgcggttcgt ccacgtcttg cacacgctct ttcacctcat cggcggcttg ctccacggct
    11221 tggtcttcac gcttcgcctc acgttcgtca gcggccactt gggtgcgcca acgggccacc
    11281 aactggggcg cttgtcggcc atagacttcg gcgaagaagg ccatgtagtc cgatggcgac
    11341 ttgccgtgca ggagggtctc gtagttcgcg tcggagatgg ggaagaagat gacggcgcga
    11401 tccaccttgc gggcgtaacc gtcgcgggcg tagatcatgt cgtagtactc gagcacctgc
    11461 tgcaggttgt cgaaaccgct gacgataagc atgccgaagt tgcccgcctc gtcggtcgag
    11521 aggtcgaaac tcttgacctc gaagtgtgca aagttgtagg ccgccacggc gtaaaggagg
    11581 gcgttcgctt cgacggcgcc tttggggtag agcaacacca tgcgatgcgg cgactcgggt
    11641 tcgtcgacga aggcgcgggc agaatctaag tcggagatct cgccaaactc atccgtaccg
    11701 aagcgcagat cccacttcat gcccgtcagg ctaccctgca ccagcgcccg cccacgcaac
    11761 acgcccttca gcatctcgct ggccagctcc gtcacatcgg ccgtgggata cttctccacg
    11821 agcgtttgca gcgccgactt gaacgacgcc acgttgccgg actgcacata ggtgagcgcc
    11881 tcgacgaaca tgaatttcgg catcagcgtg gccagcggat aggtgcggct gaactcacga
    11941 tagctgcggc gcacgaacga cgtgtcgccc ttgaggtagc ggttgtacgc ctgctcatag
    12001 atcgagtcct gcacacggtc catcatgcgg atatggtact catagttcgg atccgcgacg
    12061 gccgtggcat agtcgctctc ggggaaggcc ttcacgaggc ggtcgcgcga gcgtgtctcg
    12121 agcggcttgt ccttgtaccg cagacccatg aggtaagact ggaagtagta atccatccgg
    12181 tacttgttgt ccgggaagcg ccgctccagc tcctcgaacg tctcgaccga gagcggcatg
    12241 ttctccagct tatccttgta gatcatgccc atgttgtaca gcccgtcggc gatgatgacg
    12301 ttcgaggcct ccacgtcctc cgccgtgaga gggatctgct gcaggtaata ctcgcgcgac
    12361 ttggggtcgg acgagatgga gtcctgcagt gcgtcggtcg agtcggtgga ggcgatcggg
    12421 ttgccgttgg cgtcgagttg cggcgtgtcg ggcaggttgc cgtcggcgtt gtcggtggac
    12481 gaagccagcg gcatggcctt gttgcggcga cgccaatcgt cctgattgac gcgcttgccc
    12541 cacttgtttt ggaactgggt cttgccctgc gccacggtct gctcgttgta gaaatagaag
    12601 ccgccattgt tcccgttgag cagtggcatc tgcggcgtct gtatgttctg ccgctggcgc
    12661 tgaaagtcgt tgccgcggct ctgttggtcg gccaggtaac gctccttgtc ggcctcttcg
    12721 gcctcgcgtt tctctttctc cttcacctcc gcgatgatct tatcgatcac cgccagccgc
    12781 tccttttcgg gcatgcgcgc cagggcctga aggctgtctt gcaggtgtac cgcctcgacg
    12841 tgcaccacca actcgtcgag cacggacgag aggcgggcga cgcgttcgta atcccgatac
    12901 tcccggggca tggccgagag tgcgccgctg aagcagggtt gcgcccggac gtaatccttc
    12961 tgcgtgaaat agatgtcgcc gagcttgatc tggcagatgg ctaggtcgag gccgttttgc
    13021 acgctcttct ccacgccctg agcgtaggcg gcgatggcct gcgcggtgtc gtgccgactc
    13081 atgtagacgt cgccgatggc catataaact tggtcgaggt agttcttgtt tttgtcgctc
    13141 ttggacatgc gtcggagcat gctgagcacc tgttgccaac gcgacggcgg cagcacttca
    13201 gcctgacgga tgcgggcggc aaactccagc tcgtagggcg ggttggcgga ggccacgcgg
    13261 ccgaactcgc ggtaggcttc gtcgttccga cccgcctcgg tgagcagttg ccccagcagg
    13321 tagcgcatgc gggtgcgctg ccgacggttg cgctccgtgt cgatcacctt cttgagggcc
    13381 gggatggctt gctccgtgcg gttgctcttg accagaaagt cggcatagac gcggtcgtaa
    13441 tccttccgat tggcggcggg gaagccgttc ttctcgagcc gttcgagcgt cgattccgtc
    13501 tcgtagagcc agcccatctc ggcgtagcag cgtgcgcggc cgatgtgcgc tgcggccacc
    13561 acttcgggct cggtggcgta gtggcgggcg atgtaggaat aggtggctgc ggcttggagg
    13621 aagtcgccgt tgtagaactg cccctcggcc acgagcatcc agcaatgctt caggaagggg
    13681 ttgtactcct cgcggttctg catggccact tcgcgggcgt tgccctgcca gccgggtttg
    13741 cggacgggct ttctctggat cgaatgctgt ttgatggcct tgttaccctt caggatggcg
    13801 cggtcgaagg gccctccggc cgactgtttc tctttcggca gcgtgctgac ggggtgcatg
    13861 aggatccgct cggtgtagtt ctcgtgatag ctgtttagca tcgtctctaa ctgctcgtcg
    13921 aaggaggttt tgccgttgaa ataggtgttg tagcgcgccg tgaacgcgtg ccaacggcgt
    13981 gtgcccgctg tgttcttttt ggtgctgcat gccacggcgg tcagcagcag ggcgaagcaa
    14041 acgatggtgt aatatcttct cacgtcctct ctttttctct ctggtttgaa gtgatatgat
    14101 aactggttgc gcgtgtgttt attgtaggga tttgcgtgtc ccagacggct tacgcgatgg
    14161 agcgcctccg cggagtcggg gagaccacac ctctacgccg ataccgctcg gtaatgacgc
    14221 agaaactgtg tttctgcgct gataccgctc gggaacagtc cagaaaccat gattctacgc
    14281 tgataccgct cgggaatgct ccagaaaccg tgtttctgcg ccgataccgt ccgggaatgg
    14341 tccagaaacc gtgtttctgc gccgataccg tccgggaatg gtccagaatc aatgattctg
    14401 cgctgatacc gctcgggaat ggcccagaaa cagtgattct acgccgatac cgttcgggaa
    14461 cagtccggaa accgtgattc tacgccgata ccgtccggga atggcccgga atccgggtac
    14521 atgctggggc gtatgcgata cgcccctacg aaactccgtg tttctgcgcc gaaaccgatc
    14581 agggttgttt ggggcgcccg aaaaaaagga ccggggtggg ctgcaacaaa aatccccgga
    14641 cggagagggg ttgaggctct ccaggtccgg ggtgaaggcg cgatgagtta ttggcttgtc
    14701 gagcgcgcgc ttatttcttg atgaggttca tgaactcctc gcgggtctgg acttgctgga
    14761 agacgccggt gaagtccgac gtggtggtga gcgagttctg cttctccacg ccacgcattt
    14821 gcatgcacat gtgttgggcc tcgacgacga ccatcacgcc gagcgggttg agggtcttct
    14881 gtatgcactc cttgatctgt agcgtgaggc gctcctggat ctggaggcgg tgggagaaga
    14941 tgtcgaccac gcgggggatc ttgctcaggc ccgtgatgta acggcggggg atgtaggcca
    15001 cgtgcacctt accgaagaag ggcaggatgt ggtgctcgca gagggagaag aagtcgatgt
    15061 ccttgacgat gaccatctgc ttgtagtctt cttcttgaaa catggccgag gcgagcaccg
    15121 cttcggggtc ttcgtcgtag ccgcggagca ggaactgcat ggctttggct acacgcatgg
    15181 gggtcttttg gaggccttcg cgattggggt cttcgcccag cagggtgatg atatcgcgat
    15241 agtgtccgca gagcgattcg cgtgcctcaa gcagggccgg ggtgtcttgt aagtccttca
    15301 tttgctactg ctggagttgc tgcttgatct ggggagctcg ccgtggacga ccttcatgcc
    15361 gcggtaggcg gggaaggtct tatggatgcg ctccttgatg tacatggctt cttcgaaggt
    15421 gccgaaatgg ccgacgaaga ctttccagac gggggcttga tacctacgga agacgttcag
    15481 cttggggaag gcgcgtttga tctgcgattc gatcgtttgg gcctcttgca tggattggcg
    15541 ttggttgttg ccggagtaga cttgcacgcg gtaggcgtgg ccctcggtct tttccgtggg
    15601 ggccagctcg atgtcgttga tggtgcgctc aacggcggcg ttggtgttgc ccgtgatggc
    15661 tgcgatggcg gcaatgaagt cgaggtcgga tttgctgtcg gacttactgt ccgacttgct
    15721 gtcggctttg tccgctttat ccgcagcagg gataacggcg ccgacgagtt tgcggatggc
    15781 cgcggactga tggatggtga cggtgccgta tttgggagac ttgcgcgcca attcgtcgaa
    15841 gatggagttt tgcgccatca gtgcgccgct gcagcaaagc agaaggcaga ggcagaagaa
    15901 tcgtttcatg aggtggtgcg tttgtgtgta agatagacat gaagatccct ccaccttttc
    15961 ctccttgtcg tgagggggcg cctagagtag ggggtgatat ggaaaagaat gggcgccagg
    16021 gaggatcggg gtggagggaa tagggggatg ctttagaatg cttcgatgat cgggaggaac
    16081 ttctcgacct cgagggatgc gccgccgatg agtccgccgt ccacgtcggg gttggcgaag
    16141 agttcgcggg cgttaccagc gttgcaactg ccgccgtaga ggatggaggt ggcgtcggcc
    16201 accgtggcgc cgtacttggc ggcgatggtc tggcggatgt gtgcgtggat ctcctgtgcc
    16261 tgagcggcgg tagctgtctt tccggtgccg atggcccaga cgggctcgta ggcgaggatg
    16321 aggcgaccga agtcgtcggc cgtaagatcg aagagggatt cgcggatctg tgcgtctacg
    16381 acgtcgaagt gtttgcccgc ttcacgttcg gccagcactt caccgacgca gaagatgggc
    16441 gtcaggccgt gtgccagtgc caggcgtact ttctccttga ggatctcggg cgtctcgtga
    16501 tagtaggcgc ggcgttcgga gtgtccgatg atgacgtagc gtgcaccggt ggaggcgatc
    16561 atggcggcgg atacttcgcc ggtgaaggcg cccttctctt tgtcagcgca gttctcagcg
    16621 gctacgccga tgcgcgttgt gtcgatggct gcggccacgg aggccagatg ggtgaatggg
    16681 gtgccgagaa tgacgtcgca atggacggtt ttgcctcgga gtgcttcgtc gatgcctttg
    16741 gccagtgcca aaccttcggg cagggtggtg ttcatcttcc agttacctgc aacaatttgc
    16801 tttctcatat ctgttcgttt tttacttgtc ctaatttctt cggtttaagg gccctgtcgc
    16861 agccccaaaa caggagcaaa ggtaagacaa aagcgaggac tgtatagagc cagatccggc
    16921 ctgcggagcg gagattggga cggttagcct cgatgagcgc ttgtagttcg ttgggggtcg
    16981 ggatgtcgtt gtggtgccac ttgtcgagta ttgtgccctg cttcatgagc accagcccgg
    17041 gatttgaccg gatgatggtc ttgagtagca catcgtcagc cgtgaggaag gggatgtcga
    17101 gccccgtatg cttagcccat tcgcggcatt gcgtctcgtt ggaggcggtg acggtgtaga
    17161 tgggcaggtc gtgcgtgcgg gcatagtcgc tgatggcctc gatctcggca acgtgtgcct
    17221 cgctggcctg ctccaagtgg ggcgaaatga gcagtaagac gggcttctcg tcggataaga
    17281 tctccccggc cacattgtcg cccgcttcat tatataggtc gaaggaggat accgtcggga
    17341 taaagccctg cttgactaag cgtgcgtcaa cgtagaccca agtggagtcg ccagcgggtg
    17401 cttcctcgag cttgaactcc ttctgcacgc cgtctttttg gtagatgaag acgtattcgt
    17461 cttgcggagc gtcagcaggg atctccatca gcttggggat gttggcgccg accttgtagg
    17521 ggcggaaatc gaccatcggc aggtggctgt agttccagta acagaaggcg acgccaaaag
    17581 cgaaggcgaa gagtgcgacg atggagtgtg cccggttgct atagcagggt gtgagccgcc
    17641 gacagtagat gaaagcgatg atggctgcgg ctgagaggat gatgtttttg tcgaacgtct
    17701 gccagttggt gatgatcagc gcgtcgccaa agcatccgca gtcgggcacg ggattgtaga
    17761 gcgccagata gagtgtcacg ggcgtcataa tggccatgaa aaggaggatg cccagcgtgg
    17821 agagtcggcg gtggacaccg agcaggacgc agacgccaag cataaactcg aaggcgatca
    17881 tggcgaacga tagtagcgcg tcggaccata tggcatgccc ccaaccgaaa gccgtgaagt
    17941 agtcgcccat tttgatgatg gtgccttctg ggtcgatagc cttgacggtg cccgaaaaga
    18001 tgaaggtgac gcccagcaat atccggctga gctcggctat gatcttgatg agagtctctt
    18061 tacgcatgat gtgtaggggt gatttcttcc gttgagagtt tgatgattcc gaagagagcg
    18121 tagttaacga tgtccatata gttggcgctg atcccctcgg atacagcgac ctgtccgcgg
    18181 tggtcttcga tctccttgac gcgactcagc ttcatcagga tcagatccgt gtaggaggcc
    18241 acgcgcatgc tgcgccatgc ctcgccatag tcgtgattct tggccagcat gagtgtggta
    18301 gacgttttga tgtgggcgtc atagaacgag agcgcccgct ccgggttgat atccggcttg
    18361 tcgaccgccc ccagctccag ctgtatcagt ccgacgatac catagttgac gatggcgacg
    18421 aactcgggcc gtataccttc gcctacgaga ctgtgatcct caccgatcgc ctccaacgta
    18481 cggatgcgtt tggccttgat aaatagctga tccgtaaccg acgtcggtcg catgatgcgc
    18541 catgatgcac catagtcggc cagtttagct ttgaacattg ccctgcaatc cttgattgct
    18601 gcagcaaatt gttcttctgt ctttgacata gacatataat agaatgtgag ttcgacgaaa
    18661 gaaggagatt ccttatccct ggagtatgtc tctgatagag actgtaacag ccaaagtgct
    18721 tttggaaatg cttgcaccgc cggtgcaaac ctcaaaaacc actttttggc ctttgcacca
    18781 tcggtgcaaa cagaaaaaac agctttttgg cccttgcacc gccggtgcaa gcatttccaa
    18841 aaacgttctg gccatcacat ggtttccata gcaactctct gctggcttta ctcttacatc
    18901 gaactcacat taagaaagag gtgcacctgt taccgcggag atgcggacat ctccttcagt
    18961 aaccggtgca ccaaaaccct gttgtttcta tgtgtttatg agcaacgcag cgaacgcccg
    19021 acttttacct tagaggtttt acggaggcca ttgatgcggc agagctggtt gacggtcata
    19081 ccgtatctac gtgcgatgga cttcagcgta tcgcctttcc gcactcgata ataaatctgc
    19141 ttgctggtgg cgattttgcg cccaccagga gtcatttttt tagaagcctt tggggcaact
    19201 acagctgcgc cgttatccga atcgtcatcc acgtcgatgt attcgctatt gtcagcgact
    19261 tttctggcgg ccgatgcttc ggccttagtc gtgggtatag ccttagcgat ggcctcgcca
    19321 ttcttatcca aggagacctt gcgctcagca cgatagcaaa tgttttgtcc cggtttcagt
    19381 gcagaggtgg ggcggatatt gttcagcttg cagagggcat cgaccgttgt gccgtattgg
    19441 cgagcgatag acatgagtgt ttcgtcgctt tctactcgat ggtaggcggc tggacgtacc
    19501 acggtacgat ctacgttcgt ggttgtcgtt gaggctacag cttcgtcctc ggcaattttg
    19561 cgtttaggag tagtgatata gatctttccg cagcgaagag cctgtccgac acgtaggcgc
    19621 gacttacgtc tgagtccgtt caggcggcag agctcggcca cggaaatgcg gtacttacga
    19681 gcgatcatag cgactgattc gcctcgtctt acgcggtggt aaacgatgcg ttcagaggta
    19741 gatgtataaa tgttaacgtt tcttcggaag gtacttttac ggatcacgta gaagtcacgg
    19801 cggggggtgc cgttattaaa gtcgatgatt tcatggggat tgaaggcttc acccaagaat
    19861 cgggtctcaa agtgaagatg cggacccgta gagcgtccgg tagatcctcc aaggccaatg
    19921 ggctggccgg caaggacaat ctgattctct cccactaaga atccggacag atgtccgtaa
    19981 acagtttcca gaccgttggg atggcgaatc acgaggtaat taccatagcc cccgcgctcg
    20041 aaattcttga tccggacttt tccgctgaag gctgcacgca ccgtatcgcc tatgttaaga
    20101 tcgagatcga ttccgcgatg catccagcga cgacgtatgc cgtactctga gtttattttc
    20161 agacgttttc cgacgggaca tacaaatgat gaacagtcga ccctgaatga atcggggaag
    20221 ggaatattct tactgcgaaa cggattgacc cagcgggtgt cccagctcga ggcatagagc
    20281 tcgtcggcag ggaagcgtag ctcttcattg cggagaagct ctgcttggga agagtaggtg
    20341 acgggggcta acttgtccga cgtcatcttc ttttttgtca cgtctatgtg accggcgatc
    20401 aattccgacg ccttacgttc catcgtacga gagcgtacgg tttgttgcac acgtgtcggc
    20461 aaccttttgt tgtgagttct ttgtgcatag cctcctccta cagagaatag ggcaaagcag
    20521 cacaagacgc ttacatttcg taatacattc atagtttgtc gtctctaaaa aaagcgccca
    20581 aaggtctgta taacaagcat accggccaaa aaaaagcggg ttttggacac tttggaggtg
    20641 tttatgtggg gcttgataga cccgtcatcc gttttatttt cagggaaata gctgactacc
    20701 atgttttaca acatatttca gtcttgacgc gctattttca tcccttcttc ttggatttgg
    20761 ataaccatac ggataggttt gatcatcatt cggaggggtt ggataacctt tcgttgggta
    20821 gtctcagtgt ttggagaggt tttggagtgt gattttggac gatccgaaca tattctgagt
    20881 ctatcggcgt aacatctcca aatagccctc ttcccttagg cctatctgca tatttgtttg
    20941 gtctgatctc cgacgcgttt tcctaacagc gtctttggaa acgtctccgg agaatcatgt
    21001 ccctctttgt acgggctgga ttaggattcg attttgttca gcattttgac tgtagccttg
    21061 atggcggctt cgatttggtc ggcatcgagg ccacgggtct tgaactctat gtcgttgtgg
    21121 ctccacgtga tgatggtctg gacaaatgca tcggtgcggc ctccgggagg gatggtaacg
    21181 gcgtagttcg tgagcatggg gagggtgcgg ccgagtgatt tgtagatctt ctgcagggcg
    21241 gctacgaagg catcatattg tccgtcgccc gtcgcggtct cctcatagac gcggccatcg
    21301 atttcgatct tgatcgtggc tacggggcga aggccgtggg tgagggagag ggagtagttg
    21361 aggatgcgga tgcggttgcc gtggatgtta tggcggagga cgtcggaaac aatgtagggg
    21421 aggtcttctt gggtgaggag ctcctttttg tcgcccaact ctacgacgcg ttcggtcact
    21481 ttgcgcatcg tctcatcgtc aagctcaatg ccgagggctt cgaggttctt gcggatgttg
    21541 gctttgccgg aggttttgcc gagggcgtac tcacgggtac ggccgaagcg ctcgggaacg
    21601 agcgggttac agtagaggtt actcttggcg tcgccgtcgg catgtacacc agcgcattgg
    21661 gtgaaaacat tctcacctgc gataggctgg ttgggggaga tatggatgcc ggagtaggtc
    21721 tcgacgcttt tgctgacgcg atagatgcca gcttcgcgga tggcggtgcg atagtggagc
    21781 tggtcgtgga tgacggccac ggtgctgctg aatgtggcgt tgccggcgcg ttcgccaagg
    21841 ccattgatgg tgacgtgcac gccacggacg ccagcgcgaa tggccatgta ggtgttcgct
    21901 acggccagac cgtagtcgtt gtgggcgtgg aaatcgaaat ggagttcagg atagcgctcg
    21961 gtcatgcgac ggcaaaattc gaaggtcgtt tcggggttga ggacgccgag cgtgtcgggc
    22021 agcatgaagc ggcggatggg caagtgacgg agcgcgtcga cgagggcgaa gacgtagtcc
    22081 ggcgaatcgt ttatgccgtt ggaccaatcc tcgaggtaga gattgacggt gatgccgacc
    22141 tcttcggcgc ggcgtacctc ttcggcgatg tcggcggcgt gctgttcggg agtccggcgg
    22201 agttgctcgg tgaggtggcg cagagaaccc ttgcagagca agttcatcgt acggcaaccg
    22261 gcgtcgcgaa tccaggcgag cgaccgtccg ccatcgacaa agccgagcac ttcgaagcgg
    22321 tcgaggcatc cggcttcgtt ggcccattga gcaatgcgcc ggacagcctc cagttcgccg
    22381 tcagagacac gcgcggaggc gatctcgagg cggtctacat tcagttcttt gacgaggaga
    22441 cgagcgatat tcttcttctc atgggcggtg aaagagacgc cgtttgtctg ttcgccgtcg
    22501 cgcagggtgg tgtccatgat ttcgatcatg ggcatggtgg agggattctg attcatgact
    22561 tatgcattga tgttttgttc gtaggcctcg atgaggttgc ggttttcgat gaggaaatcg
    22621 atgtcgtcaa ggccattcat gaggcaatgt ttcttgtaat tgttgatctc aaagtgagcg
    22681 ctctcgtcgg tggagagtag cgtgatggtt tgggccggaa gatcgacctc gacctcggtc
    22741 ttcgggtctg cctctatggc ggcgaagagg tgggcgagga aggcgtccgt aacgactacg
    22801 ggaaggacgc cgttattaag ttcgttctgc ttatggatgt cggcaaagaa gctggagacg
    22861 acgacccgga agccatagcc agcgatagcc catgcggcat gctctcggct cgagccgcta
    22921 ccgaagttgc ggccagcgac gaggatgcgg gcgccggcgt aggctggatt attgagcacg
    22981 aaagagggga tgggttggcc ttgcttgtcg tagcgccaat cgtaaaagag attgtcgccg
    23041 aagccctctt tggtagtggc tttgaggaag cgggcgggga tgatctgatc cgtgtcgacg
    23101 ttctcgagcg gaagggggac gcaggtgctg cggaggatgg tgaatttttc gttcataatc
    23161 gtttgacgaa ggtggtgaat aaataggatg aaaaatcgga tgcccgtcag gggatgatag
    23221 ggatatgcca gatggcgggt gatcccccac ggacagtcat cctatatata aatgtataga
    23281 gggaggcttc aatactcgca gtcctctcta ccgaaggcgg ggaggatggc cgagtatgcg
    23341 aggcggtcat tgctgatgtc gaggggtagg ctgcgcaccg ctcaccccat catgcttcgg
    23401 ggatcggtga ctacgccggt gacagcggcc gcggcggcaa caagggggcc agccaacagg
    23461 gtgcgggcac cggggccttg acggccttcg aagttgcggt tggaggtcga gatggcatat
    23521 ttccctgagg ggatcttgtc gtcgttcatc gccaagcagg ccgagcagcc gggctgcctc
    23581 agctcgaagc cggcatcggt aaaaatcttg tcgaggcctt cgcggcggat ctgcgcatcg
    23641 accatccagc tgccgggcac gagccacgcc gtcacgcctg gggctttgcg tttgcctttg
    23701 accagcgacg cgaaggcgcg gaagtcttcg atccgtccgt tggtgcagga gccacaaaaa
    23761 acatagtcca cgggcatgcc gagcagctgg ctgcccgccg tgaggcccat gtaatcgagg
    23821 gagcggcgat acgacgcgcg actactttcg ggaacgctct cggccgtggg gatggtctgc
    23881 gtaatgccca tgcccatgcc tgggttggtg ccgtaggtga tcattggctc gatgtcggcg
    23941 gcgtcgaaac ggatctcccg gtcgaagacg gcatcgtcgt cgctgcggag ggtacgccag
    24001 tgcgccacgg cgcgatccca atcgtcgccc ttaggggcat actcgcggtc gcggatgtag
    24061 gcaaacgtga cgtcgtccgg ggcgatcatg ccgccgcgtg cgcccatttc gatggaaaga
    24121 ttgcagagcg tcagtcggcc ttccatgctg aggctgcgga cggcctcgcc cgcgtattcc
    24181 acaaagtaac cggtggcgcc gccggtcgtc atgcgggcga tgacatagag cgcgaggtct
    24241 ttggcggtga cgcccgggcc gggtcggccg tcgatggtga tgcgcatcgt cttgggtttc
    24301 tgttgcagga tgcattgcga ggccagcgcc atctccacct cgctggtacc gatgccaaaa
    24361 gctacggcgc ccattgcgcc atgcgtagag gtgtggctgt cgccgcagac gatggtcatg
    24421 ccgggcagcg tcaggccgcg ctcggggccg acgacatgga tgattccgtt cttgggatgc
    24481 atcatgccga agtgcgtgag accaaattcg gctgcgttct tctcaagcgt gtcgacttgg
    24541 gtgcgcgata cgggatcctc gatgggtttg tcttgatcgt gcgtgggggt gttgtggtcg
    24601 ggcatgcaaa aaacttggtc ggggcggaag acgcgcagct ggcgacggcg aagtccggcg
    24661 aaggcctggg ggctcgtcac ttcatgacag taaaggcgat cgatatagag ttgggtgggg
    24721 ccgtcggcca cggtttggac gacgtgggcg tcccagattt tgtcgaaaag ggtattcatt
    24781 gaaaatgaaa aacgggtgtg aactaaaagt tagctgtgaa aaacgtaatc ggaggcgatg
    24841 aacgctaaaa acgcaaagct aaaaacgaga ttagcagcgg tgggaaactg cggacgatag
    24901 gcaaaaaacg aatcgaaccg atggcctccc taccgcgctt ggcattttta gtagtccgtg
    24961 tttagccgtc agcctttcgc tccctcaaac ttattgatgg catcgacgaa cgcctctacg
    25021 gaggcggcga tgatgtcagt gttagcggcg aatccgtagt agttattgcc ttcgtgctcg
    25081 acttgcatgt gcactttgcc catgtcgtcg ctgcctttgt cgatggcttg aatgaggaac
    25141 tcgcggatgg tcattttgcg gcggatgatg ttcttgacgg ccttgatggc ggcgtcgacg
    25201 gggccgttgc cggaagaggc ggcctcgaac gtttcgccgg cgatcgtgag cgctacgctg
    25261 gctacggagc gcaccccgac gccggacgtg acttgcaggt aggccaactt gatgcgatgg
    25321 agggccttgc ggtcttcgcc gacgagcatg agcaggtcgt cgtcgctgat ttcttttttg
    25381 cggtcggcca ggcggaggaa gtcctgatag actttgtcga gcttctcgcg gctgcccagg
    25441 tctacgccga gcacttcgag gcgatgcttg agcgccgcgt gaccactgcg agcggtgagt
    25501 acgatgctat tgtcgtcgat gcccacatcc ttggggtcga tgatttcgta cgtctgcacg
    25561 ttcttcagca cgccgtcttg atggatgccg gaggagtgcg cgaaggcgtt acggcctacg
    25621 atggctttgt tgggctgcac cggcatgttc atcaggctgg agacgaggcg gctggtggcg
    25681 tgtatgcgct gggtgttgat gtttgtgtcg atgccgaggt gcgcgtggtg acacttgagg
    25741 atcatggcca cttcttcgag agaggtgttg ccggcgcgct cgccgatgcc gttgatggtc
    25801 acttccgcct ggcgtgcgcc ggccagaacg ccggccatgg tgttggccgt cgccatgccg
    25861 aggtcgttat gacaatgtac ggagatgatc gccttgtgta tgccatcgac atgctccatg
    25921 aggtagcgaa tcttctcgcc gaactcgctc ggcagacagt agccggtcgt gtccgggatg
    25981 ttgaccaccg tggcgccggc tttgatgaca gcctccacga cgcgtgccag atactcgttg
    26041 tcagcacgtc cggcgtcctc gcagaagaac tctacgtcct ccacgtagct tttggcgtgc
    26101 ttcgtggcgg caacagcgcg ctcgatgatc tcttcgcggt tcgatcggaa cttatactga
    26161 atgtggtagt cgctcgtgcc gatgcccgtg tggatacgtt tgcgacgggc atattggagg
    26221 gcctccgccg ccacgtcgat gtctttctcg acgccgcggg tgagggcgca aatcacgggc
    26281 caggtgacgg ctttcgagat ttcgacgacc gactggaagt cgcctgggct ggagacgggg
    26341 aatccggctt cgagaatgtc tacgccgagc gcctcgaggg ctttggcgac ttcgatcttt
    26401 tcgaccgtat tgagttggca accgggcacc tgctcgccgt cgcgcagggt ggtgtcgaag
    26461 atgtagagtt tgttatccat ttatcctgtg tagctaaaaa tgaaaagaga aaaggggaaa
    26521 aggaagcgtg tggggaagca taaaatgaaa taaacgtcgt gtatctgcac gggagcactg
    26581 tcatttcgtc aggaaaaacc tatgctcctc gcgggagcag tgctatttcc ttgcgcaacg
    26641 gggtgtatcc gcaccggagc actgccattt cgtcgcgaaa cagggtgcat ccgcaccgga
    26701 tacgcgctat ttccttgcgc agcggggtgt atccgcacgg gagcatggct atttccttgc
    26761 gcagcggggt gtatccacac cggatacacg ctatttcctt gcgcaacggg gcgtacccgc
    26821 acgggagcat ggccatttcc ttgcgcggcg gggtgtatcc gcaccggata cgcgctattt
    26881 ccttgcgcaa cggggtgtat ccgcacggga gcagtgctat ttccttgcgc aacgaggtgt
    26941 atccacaccg gatacgcctt atttccttac gcagcgaggt gtatccgcat gggagcagtg
    27001 ctgatggcaa gggcgacggg gatgctctgt ggtaacgggt gaatggagag cctctcggcg
    27061 ggagtcgttc agactgaggc gctcccgccg aaggtctcga cggcggagcg agacgctgcc
    27121 cgcccctgcc tgatccatta aacgccctcc ggacgcagtc cgcgtacggt gacggctgtc
    27181 tgccaaagct cgctctcacg gagtgccttc agctcggcct cgagtttaac gcggtagtcg
    27241 ggcttcgaat tgctgtcgat cgagcgttga gcctcgcgtc cagtcttcac ctcgtcgtag
    27301 agcttctcga caacgggctt cacggcgtcg tggaagggac ccatccagtc gagggcgccg
    27361 cgctgggctg tggtggagca attggcgtac atccagtcca tgccgcgctg tgcaaccaga
    27421 ggcatgagcg attgggtaag ctcctccacc gtctcgttga aggcttcgga gggggtgtgg
    27481 ccgtgctcgc ggagcacctc atactgcgct gcaaagagtc cttggatggc tcccatcagc
    27541 gagccgcgct cgccggtcag atcggagaca gcctcacgct cgacggtcgt ctcaaacaaa
    27601 tatccagagc caatgccgat gccgatggcc agcgtcttat cgagcgcccg cccgctgaca
    27661 tcctgataga cggcataaga ggagttgatt ccccgtccct caacgaagag ggtacgcagc
    27721 gacgtgcccg atcccttcgg tgcaaccaag atgacgtcga tatccttcgg cggcacaata
    27781 cccgtgcggt cgctccacgt gatcgcaaag ccatgcgaga agtagagcgt cttgccggcc
    27841 gtcaaatgcg gcttaatctg cggccagcac tggatctgag ccgcgtcaga aagaagcata
    27901 cagatcaccg tgccgcgctc cgccgcctcc tcgagagaaa acagcgtctc gcccggcacc
    27961 cagccgtcgg caacagcttt ttcgtacgtc tttccggggc gctggcccac gatgacatgg
    28021 aaaccattat cgcgcaagtt gcacgcctga ccggggccct gtacgccata acctaacaca
    28081 gcgattgtct cgcctttgag cgcctcaagc gccttcacaa ctggaaactc ttcgcgggta
    28141 actacgtttt cttcaacccc gccaaaattc atttttgcca tatcgttatc tatataattg
    28201 ggtttaggtg aatgcttata aaaaacagaa atatgcgcct gcgttcggcc agccccctcg
    28261 gcatcatcaa agacgccatc gagcatccag ccaaacttgg ccggcgtccc tgacgccttg
    28321 atcttctttt gtttcttttc ttctatcaag agaagaaaag aaagcatgga tcacgttcgg
    28381 gcacaagtca aaacaagaaa agaaagaaag aacaaggagc acaggccccc tcacacaaag
    28441 cggatcagcg cccgactgac agcgcgatca ccatcgacca gcgcacaggc aaacgccccc
    28501 ggttcgaact tgcgacggaa tagcgcgagc ggcgtgccgt agcgtccctc cgcgtgataa
    28561 gagatctcga aatgctgcac ccgcatcgtg cggtaggttt cgaggtcgaa tccatcgagc
    28621 atcgcctcca tgtggcggat actgttcaag tgaccattaa tgtctaggtc actgtaacga
    28681 acgacgcgcg tggtaggttc attgtccggc gcctcttctg cggcggcgat tcgtccagcg
    28741 atctccaccg ggcagtgtcg gtcgggcacc atcatccggt cggcccacgc cccgacgagc
    28801 gaggtcggtc tgcgcgtgtt tttgtcgatc gccgcccaga tggagcgggc gtaagccagc
    28861 ggtttgcctg tggccgccga cgtcacctca aagcagcgcc tgatgaagat ccgctccacg
    28921 gcctcggccc acgtgctgac gcggataggg gctgtcagtc cctccgtgtc gatcacctcg
    28981 atggcgaggc gagagagcac ccaggccgtg ccacggccct ccatcacggt atacccggcg
    29041 ccgcgctctt cggcatggcg cgtggcagcg tcgaggaggt agttgccgag cgtgggcagg
    29101 ggcaggcgcc ccatgaaatc gagcgagtaa gcctcggtcg tgtagtcgta tgtgcctatg
    29161 ggatccatat tctattgatg tagttagaag tagtcgcggg tagttatgcg gccgcgccgc
    29221 agtagtcgga ggtagtagga gaaacagcag caagcatata gctacttgta actaccgcgg
    29281 cgcagccgca taactacccg acctttaggc cgtaactacc cgggcagctc aacaagagcc
    29341 gcctttctgg tgcatttcct cctcgatggt ggaaagcatg tcgctcagtc gctccacacg
    29401 gcttcgggtg atggccactc ggcccgagcg gatgaactgg aggacgccga tgcggtcgct
    29461 gagttcgtga aagagcgcct gcgtttcctc gtaatgcccg ttcatctcca ccacgacaca
    29521 gtcttcgttg atctcaagga tgcgggcgtc gtacttacgg atcagatctt ccacgccgcc
    29581 catgcggata aacttgtcgg tggccagttt gtagagcgcg atctcttggt agacgaggtc
    29641 ctcatcggtg ttgtaatacg atttgagaat gtccacgcgc ttgtcaatct gcttgacgac
    29701 tttttcgatc atcacctcgt cggcgtaggt cgtaatggtg aacttgtgga tgccgggtat
    29761 ggccgagggc gagacggaga gcgtctcgat gttcagctgc cggcgggtga agatgatggt
    29821 gatctggttg agcaggccca cggtgttctc cgagaagatg atcacggtgt agagccggcg
    29881 gccgtccgtg ggggctacga tgtttttttc gtttgtctgc atgggttaca tcaatatgtt
    29941 gctgatactc gctccggcgg gcaccatcgg gtagatgatg ccgcattttt ctacgtcggc
    30001 caccaggagg tagggcccgt cagtggccat catttcttcg acggcctcgt ccaactcttc
    30061 gcgacggctg acctcccgcg aggcgatgcg gaacgcccgt gcgatggcca caaagtcggg
    30121 gttttccatc tccgtggccg aatatcgttc gttgaaaaac agttcttgcc attggcgcac
    30181 catgccgagg aagtggttgt tgaggaggat gatcttcacg tccagccgct cctgcatgat
    30241 ggtgccgagt tcttggatcg tcatctgcaa tccgccgtcg ccgacgaaga ggcagacagt
    30301 gcgatccggt gcgccgagct tggcgccgat ggcggcaggc aggccaaagc ccatcgtgcc
    30361 cagtccgccg gaggtgacga cgctgcgcgt ctgggtgtac tggaagtagc gtacgcccac
    30421 catttggttc tgccccacgt cggtcacgag caccgcgtta tggttcgtgg cctcagagac
    30481 gcgccggact acttcgccca tgtgcagctt cccatcggtg gggtgtatct ctttttcgat
    30541 cactttttcc cactcctcgg cctcgtccgt ggcgaacgac tcgatccacg ccgtgtggcg
    30601 tgccgggcgt acggcgttgg tgagggcgct gagggaggcc ttagcgtcgc ctaagacttt
    30661 gacgtcggcc cggacgttct tcccctgctc cgaggcgtcg atgtcgaggt ggatgatctt
    30721 ggcctggcgt gcatagctct tgagctcgcc cgtaacgcgg tcgtcgaagc gcataccgat
    30781 ggcgatgagc acgtcgcact ggttcgtctt gcggttcgga ccgacgttgc cgtgcatgcc
    30841 cagcatgcct ttgttcagac ggaagtcgga gggcatagca gaaagcccca gcatggtcgc
    30901 tccggcgggg atgtccgctt tttcgaggaa gtccttcagc tgctgttcgg caccgctgag
    30961 gatgacaccc tgcccaacca gcgcaaaggg acgctcggcc gcgtcgatca gggcggccgc
    31021 ctctgccaca cgctcggcgt tgatttcggg ccacgggcga tagctgcgga tgaagtcgac
    31081 gggcttgtgt tcgaagaccg tccggcctac ttgcgcgtct tttgagatgt cgagcacgac
    31141 cggcccgggt cggccggtgg aggcgatgta gaaggcgcga gccacggccc acgcgatctc
    31201 gtcggtgcgg cgcacttggt aggcccattt cgtgatgggc gacatgatgc cgattacgtc
    31261 gacctcctga aaggcgtctg tgcccagcaa gggcgagggg acttgtccgg tgatgacgac
    31321 gatgggggtg ctgtcgagca tggcgtcagc tacgcccgtg atggtgttcg tggcgcccgg
    31381 tccggacgtg accagcgcca cgccgacgcg tccgctaacg cgagcaaatc cttgggccgc
    31441 atgggcggct ccctgttcgt ggcgcaccaa gacgtggcgc agccggtcgc ggtagtcgta
    31501 gaggcaatcg tagactggga tcgcctgtcc gccagggtag ccgaagatgc actccgtccc
    31561 ctccgctatc aatgcgcgga gtaatgcctc cgcaccggtt attgtatcct tattctccat
    31621 ttataagcgt atagttagaa gtagtcagaa agtagtagtt gggggggatg ctagatgatt
    31681 cgcacgcccc cctcgtcggc tgatgaaacc atgctggcgt aggcgcgtag agccttcgat
    31741 acggtacggt cgcggtgtgg ttgccaagcc tccgcgccac gcgcctcctc ctcccgccgg
    31801 cgctcggcca gttcggcctc gctgagacgc acgttgatgg tgcgcgcggg gatgtcgatg
    31861 tcgatgatat cgcccgtgcg gaccagtccg atggcgccgc ctgaggctgc ttccggcgag
    31921 atgtgcccga tgctcagccc cgatgtgccg ccgctgaagc gtccgtcagt gatgagtgcg
    31981 cactcggcgc cgaggtgcat ggatttgatg tacgacgtgg gatatagcat ttcctgcatg
    32041 ccggggccac ccttcggccc ctcgtgcgtg atgacgacca catcgccggc gctgacttgt
    32101 ccgccgagga taccctcgca ggcgtcgtct tgcgattgga agacgcgtgc cggcccactg
    32161 aagcgcagga tgcgttcgtc tacgcccgcc gtcttgacca cgcagccgcg catggcgatg
    32221 ttgcccttga ggatggccag gccgccgtct ttcgagtagg cgtgcgccac gtcgcggatg
    32281 caaccctcgg cgcgatccgt gtcgagcttg tcgtagatgg tgcgttgcga ccccatcttg
    32341 aggttgaagc ggaggcccgg cgcgctgtga tagacggcct ttgcggcgtc cgtcacgtgc
    32401 gggctacgga tgtcgtagcg gtcgatggct tcggccaggg tcagtccgtc gacacgccga
    32461 acggaggtgt cgagcacgcc cgcgcgggag agttcgccga ggatggccat cacgccgccg
    32521 gcgcggttga tgtcttggat atgatacttc tccgagtttg gggccacctt gcagaggcag
    32581 ggcgtctcac gcgagagagc gtcgatgtcg tccatcgtaa agtccacttc tgcttcgtgt
    32641 gcgatggcca agaggtgaag caccgtgttg gtcgatccgc ccatagcgat gtccagccgc
    32701 atggcgttga ggaaggacgc acgggtggcg atgctgcgcg gcagcacgga ggcgtcgtcg
    32761 tcgcgatagt agcggtaggc gttctccacg attcgccggg cggcgtcgcg gaagagttgc
    32821 aggcgattgg cgtgcgtagc taccaccgtg ccgttgcccg gcagcgccag tccgatggct
    32881 tcgttgaggc agttcatcga gttggccgtg tacatgcccg agcagctgcc gcaggtgggg
    32941 caggcgttcc gctcgacggc ctccacttcg gcgtcggtga cggacgcgtc ggcggccatc
    33001 accatcgcat cgatgaggtc gagcgaccgc tcgccgtggc gtcccgcctc catgggcccg
    33061 ccggagacga acacggcggg gatgttcagc cgaatggccg ccataagcat gcccggcgtg
    33121 atcttatcgc aattgctgat gcagatcatg gcgtcggctt tgtgcgcctg caccatgtat
    33181 tcgacgctgt cggcgatgag gtcgcgcgag ggcagggagt agagcatgcc gtcgtgcccc
    33241 atagcgatgc cgtcgtcgat ggctattgta ttgaactcgg ccgcgaagca gcctcgctct
    33301 tcaatttctt gcttcactaa ttgccccaca tcatgcagat gtgtgtgtcc gggcacaaac
    33361 tgcgtgaacg agttgaccac ggccacgatg ggtcgcccca tctgttcgcg cttcatcccg
    33421 ttggcggccc agagcgccct ggcgcccgcc atgcggcgcc cctgtgtact ctttgaacta
    33481 cgtaaatcca ttcttcttat ttcttctgtt tgttccgttg ttgtgcggct ctgggtcttc
    33541 ctcatgcctt ctataggggg aaggctcttg gcaacatgtc aaaaaaaaag ccctccccac
    33601 gcttgatgag aaaggccctt tttcgcacaa aacgaattgt caaaaaccga atcgtttaca
    33661 cccttcccgt aacgccattg gaataataat gacattaatc gataggacga cggaaagtgt
    33721 atatacggac ttcattttta tcttacatat gccatgaaac ggcggcaaag atagagccgt
    33781 ttctgtaaca ggcaaacaaa atctctacaa tatcccgcaa aaggccgaaa aatattccat
    33841 tctcttgcac cccgtcctct atgccttctt tttcgcttgt ggcagtcgat ttcctcaggc
    33901 ttttggctga aaaagttttg tggcggccga tttcctgagg aaatgagccg aaaaagtttg
    33961 tggcgagcga tttcctgagg aaatgagccg aaaaagtttt gtgacggccg atttcctgag
    34021 gaaatgagtc gaaaaagttt tgtggcaagc gatttcctca ggcttttggt cctacggatg
    34081 ctatggatcg atctgatcga cgacatacct atatatatag cgcaagagcc gcccgaggga
    34141 cagtccccgg acggctctgt gggtgccgct gatcgctggg aaagcgggcg ggcgatctac
    34201 acggcgtatt caatgatcgg atcagccgtt gtcttggcgg tcgttgcggc ctggtgcgct
    34261 tcacgctcgg ctatgcgctt cacgttacgc caatagccgg cttgcagatt catccaactc
    34321 tcagcgtcaa tgcccaagag ctcttgcaac ttcacggcaa agtcgggcgt gaagtctcgc
    34381 tttcccttca acaagtcaga cagcatagcg cgtggcatgc cgagctgttc ggccaaggcg
    34441 ttcttgctta tcctgcgttc cttcatttct tcccaaagca cctcgcccgg atgtacagct
    34501 cggaaaggaa tcatgtcggc ataattgccc cccttgtagt tatctcttgt tcccataatg
    34561 cgtatcgttt agttctatga tgtatacctc tataccattc tcattctcgg aaaagatcag
    34621 tcgctcaata gctccgttgg caatcctgac tgagcttttc cccttgtagc tgccatgctt
    34681 tagcttctcg taatgcaaga aagagtactc atgcagcttg tcgatattct tcacagactc
    34741 catgagctga atcgtccttt ccaatccctc ccatagtttt ttcgagcgtt cgaccttgcg
    34801 gtagcgcttg ttctttttcg tatggagcag ctcgtctaag tctgggtcta aaatcacaac
    34861 attcattgct gttttgcttg gatggcacaa aggtagcacc aaatcccccg tcattccttt
    34921 aatgattttg aacagcggag tacctttgcc ttaaaagaaa taacagcaag aagagatagc
    34981 acacatgaaa aggatcttca ttctatggat gatcgccgtc ggattcgcag cttgtagcac
    35041 gacgaaagag actcagctcg tcatcctctc gacgaatgat atgcacgcgc atatcgatga
    35101 ttatgcgaag gtggccgcct tcgtcagcca agaacaaaag gcacacccgg ggcgcgtcgt
    35161 cgtgctcagc ggtggcgacc tattctcggg caaccccgtg gtggatcatt gcgatcggcc
    35221 gggcaagggc taccccatca ttgacctcat gaaccgcgtc ggataccgcg catcggccgt
    35281 cggaaaccac gagttcgact acggccaacg cgtcctggcc gagcgcgttc gtcaggcccg
    35341 ttttcccttc ctctgcgcca acctgcacgt cggcgagggc gccgagattc gccagccgga
    35401 gccgtcgacg gtgatccggg tcggccgcct gcgcctcggc atcatctctg gcatacaggt
    35461 ggaggcgatc agtgggcggc tcatcccgtc gtcgcatccg gggcgcctcg ccggcctgac
    35521 gttcaccgaa ccggtcgagg agcttacgaa gctgcgcgat atgcggaagc gctgcgacgt
    35581 cttcctcgcc ctcaatcaca tgggcgtgga ggaggataag aagctcgccg agcggatgcc
    35641 ggagcttgac ctgatcgtgg gcgggcattc gcatacgcgc ctcgacacgg gcatagtggt
    35701 caacggcgta ctcatcaccc aagcgggcga atacctgcaa tacgttgggc gtacggagct
    35761 gacgctgcgc ggacggaaag ttgttgcgag gcgcaatcgg ctgatccccg tggccagcat
    35821 gacggcggag gacgctgagg tgaaggctgc catcaagaag ttctacgacg agtcgccgct
    35881 gaacgaagtg atcggtcgtg tcacggcacg gatcgagggt aaggaagggc tgggcaacct
    35941 cgtgacggat gccgaagcgg ccatgaatgg tgccgacttc gctttccaaa acgccggcgg
    36001 catacgcatc ggggcgcttg agccgggcga catgacggcc aagatggtct acgagatgga
    36061 tcccttcggc aacgaggtga acgtggtgga gctgacgccg gcggagatgc gcgacctgat
    36121 ccgcgtgtcg catcgttaca acaagcgtcg ccacgccgtc gatctgctcg tctcgggcat
    36181 gacctacacg ctctacacga agaacggcga gccggatcgc atcgagatgg cgttccccga
    36241 cggccgaccg ctcgaggagg gccgatacta tcgcgtggcg ctgaacgact acatcgtgtc
    36301 ggcttacaaa tttccgcatg cgcgagctgc gaagcccacg ggcaagtcgt ccgaagaaac
    36361 cattattgaa tacatccgca gccgcaaaga gatcgctccg caagctccgc ggactaagct
    36421 gatcgaagaa taaaaatgca aggggtggca acgaagtgca tgaaggcttc gtcgccgctc
    36481 cttcttttat aagcacacgg gcggacatcg aaagggtcgc ctaccagaca ctggttctaa
    36541 ctatttactt atatgtcaca ctaaacacgc attgatcatg aagagaatct atctgctatt
    36601 gttagcagtg atcttgccag ccattgcatc ggcacagatc acaacgtccg ccatcggcgg
    36661 aaagatcgca gaccaggagg gcgaagcgct catcggcgcc gccatcgtgg ccgtgcatga
    36721 gccttcgggc acgcagtacg gcgccgtcac gaacgtcgac ggtcgctatt cgatcgaggg
    36781 tatgcgccct ggcgggccgt acaagatcac catgtcgtac gtcgggctga agtccgtcga
    36841 gtatcgcgac gtgacgctcc aattgggcga aatggcgacg ctggacgcgg tgctccgcga
    36901 cgacttgacg ctgaacgagg tggtcgtcac cgccgcctcg tcgaagttca cgggactgaa
    36961 gacgggcgcc tcgacgaacg tctccaagca acagctgcag ctcctgccct ccatcaaccg
    37021 cagcttgacg gacttcacgc gcatgtcgcc ttattcgggc ggcggcaccg tgatcgccag
    37081 ccgtgacgga cgtacgaaca cgttcaccgt cgatggggcg aacctgaaca acaacttcgg
    37141 cctctcgggc accctgcccg gcggcggtaa cccgatctcg ctcgacgcta tcgaggagct
    37201 tcaggtggtt gtagcgccct tcgatgtgcg ccaaacgaac ttcatgggcg gcggcatcaa
    37261 cgccatcacc aagtcgggta cgaacaccct caagggtacg gcttacacct accaccgcaa
    37321 cgagagcctg cgcggtaaca ccgtcgacgg tcacgacctc ggcgaccgcg ctcgcgaacg
    37381 caccgagacg tacggcttca cgctcggcgg accgatcatc aaaaacaagc tcttcttctt
    37441 catcaacgga gagtatgaga actcgcccaa cccgatcacg aagtatcacg tctccaccga
    37501 cggcgtgggc aacggcgcca cgcagacctc acgcgtcacg gcggctgaca tggaagcctt
    37561 cgccaagatt ctccgcgaca agtacggcta cgagcccggc tcctacaccg acttcagcga
    37621 cggcggcacg aagaactaca aggccctagc ccgtctggac tggaacatca acgacgccca
    37681 caagctgagc gtgcgcttca actacaccac gaactcgcac atcaatgagc ccaactggac
    37741 gtcgggcatc aacccacgcg cctcgtcgag ccgcatctct gacaaggcct tctctttccg
    37801 caactcctgc tacgggatgg agaacaacgt ctggtccgtc accggcgagc ttaacagccg
    37861 tttcagcaac acgctccaga accgcatcct cttcacctac tccgacatcc acgacaagcg
    37921 taactccacc tccaagccct tccccttcat cgacatttgg gacggcgcgg gcgacgcctt
    37981 tatgtcggcc ggttacgagc tctttacctg gaccaccgga tcgcagaata acgtcctcaa
    38041 cctgcaggac catctcacct ggaccatcgg ttcgcaccgt ctcatcggcg gtctgaacgt
    38101 ggagtatcag aaggccatta acacctacat gcgctatggt acgggctact ataagtatgc
    38161 ctcgttcgac gacttcaagg ctggtaatgc gcccattgcc ttcggtctga cctacggcta
    38221 taacggcgat aagaatccgg cttcggaagt ggccttcatc cagtccggcc tcttcttgca
    38281 agacgaatgg aacgtcaccg accgcttcaa actgacctac ggcctgcgtg cagacatgac
    38341 gaacttcgtc acgcccatcg aaacgaatca ggcttacctg aagctcaact ggcgcgacca
    38401 tttcgtggct aagaacgacc cgaactacgc ctccttccag tcgccgcgtg tcaacaccgg
    38461 caagtggccc aaaacctccg tactcctctc gccgcgcgta ggattcaact acgacatcaa
    38521 cggcgatcgc tccttggtcg tgcgtggtgg tacgggcgtc ttcaccggac gcgtgccctt
    38581 ggtcttctta gtcaatatgc cgaccaacag cgcgatgatc cagaacacga tcaccgtgac
    38641 cgacgccaag acactcgaga agttcaagaa caacatgctc accaacgtgg acgacatgat
    38701 caagctcctc gacgccccca cgacgccgat ctatggcgac ccgaactcca ccgcctcacg
    38761 cgcctcgatc gcgggcatag cggatgactt caaaatgccg cagatctgga agaacacgct
    38821 cgccgtggac tatcgcctgc ccgtttcttt cccgctgacc ctgaccgtgg aagggatgta
    38881 taacaaggac atctacaacg tcgtgatgcg caactggaac atcgtcaaca acggcaacct
    38941 cagtcgcttc gctggccccg acaaccgtct ggattactct acttccacca cgggcaacta
    39001 cttggtggat aagaatgtga ccggtggtgc cgtcatcctc gacaacgata cgcgcggtta
    39061 cagcgcctct ttcaacacca tggtgaccgc tgagccgatc aaggatctga acctcatgtt
    39121 ctcctacacc caccagtggg cgaaagagat caccggcctg cccggtaatc aagcctactc
    39181 cacctggcag ggtctctatg ccgtcgacgg ccccaacaac gccgagctcc acaatgcgca
    39241 gtacctcacg ccggacaagc tcatcgcctc cttgacctat cgcaaggact acggcaagta
    39301 cttcgcgacc tccgtcggcc tctactacgc cgcctattcc tcgggcatgt acaactacta
    39361 ttacagcaac gacatgaatg gcgacaagaa ctctttcgac ctcatgtaca tcccccgcac
    39421 gaaagacgag ctgaagtttg tcgacaaaaa cggcttcacc gccgccgagc aggccgaagc
    39481 cttctggcgc ttcgtggagc aagacaagta cctgagcgcc cacaagggcg agtatgccga
    39541 ggcttacggc gcagccttgc cgtgggtaca ccgcttcgac ctgaaggtga cgcaagactt
    39601 ccgcctgcgc gcgggcaaag ccatccacac gctgcagctc tcgtttgaca ttctcaacgt
    39661 cggcaacctg ctgaaaagct catggggtgt gacgcagacc acctcgccca gcaactacgg
    39721 caagatcctc cgctacgagg gcaaggacgc caacggcgtg cccacctact cgatgggtta
    39781 caacaccgtc aataagaaga aggagcttta cagccgcacc tacgagccgt atcgcaacag
    39841 ttccaactgc tggcagatgc agatcggctt gcgctacatc ttcaactaat cttacccgta
    39901 atcatgccgt ggggccgcgt gcccccggcc tgtaaacagc gagagggagg cgatacggca
    39961 atcgtctccc tctctttttc cgcggggtgt gggggctaag aggcctttcc gagttgcaga
    40021 ttatcaaccc ttaggcttat gggttaacgt cagctcacct gccagtcaat cttgaaatca
    40081 agatttagta tcatcttgcc ttccagtcaa tcttgaaatc aagatttagt atcatctcgc
    40141 ctgccagtca atcttgaaat caagatttag tatcatctcg cctgccagtc aatcttgaaa
    40201 tcaagattta gtatcagctc gcctgccagt caatcttgga atcaagattt agtatcggct
    40261 cgcctgccag tcaatcttga aatcaagatt tagtattatc tcgcctgcca gtcaatcttg
    40321 aaatcaagat ttagtatcag ttcgcctgcc agtcaatctt gaaatcaagg cttaatatca
    40381 ccttgcttga cgctacgcct tggggtcatc ttttcttccc ttgatggaag aaaagaagca
    40441 aaagaagatc aaggcgctag gggcgccggc caagttggcc gggtacttct cttccttgat
    40501 ctgtcatcaa ctcaacgcct caacaaacca acacctcaac atctcaacaa accaacacct
    40561 caacacctca acacctcaac aaaccaacgc ctcaacacct caacaccact ttatcctttc
    40621 ccagacgcac tgcgggatga ggcgccagag gaggacgagc gcgcggtagc gcctgtcgat
    40681 ggtgaccacg cgccgcctac gctccacagc gccgacgatc tgtcgggcca cgggcgccgg
    40741 ctccatcatc atcgggtaac gcacctcggg attaaggagg gcggtgcgga caaagcccgg
    40801 gcggatgtcc gtaatgcgca ggcggagtcc ctcacggtgg gccagctggg cgagggcgtc
    40861 gaggtaggtg cgctggaaac gcttcgtggc cgagtaagcc gcggcggcgc ccatgccacg
    40921 cgtaccggct acggacgtga tggcggcgat gtgtccgcgg ccttgggtgc ggaaatagcg
    40981 gtaggcggcc gtcaccatac gcacgaagcc ttcgccgttg gtgcggactg tggccagctc
    41041 aatgcttgga tctaagtcgg ggttctgccg accgatgccg gaggagtgga agtagagatc
    41101 catcccaccg aggtcgtcga tgagggcgtg gagacggtcc ggggcgtcgc tctgggtgac
    41161 gtcgatggca cggacccgga cgcggtctgg cgccacggcc ctcagctgct ccaacgcctc
    41221 gacgcgtcgg ccggccaccc cgatgctcca gccccgctcc aataacaaac gagccacctc
    41281 caggcccagg cccgaggtgg ctccaacgat tactgctcgt ttcataaggg ggggactatg
    41341 tccgttgtgc ggcagtcata cgttcatagg tggcggatca gagcgcagcg cgagcagcct
    41401 caagcgcctt agcgtaatcc ggctcgtggg ttacttcctt cacatactcc acatacgtga
    41461 ccttgccttc ggggttcacg accactacac cacgcgccag cagcatgttc tccttcatca
    41521 ggaagccgta cttcaggccg aactcggagt gctgatagtc cgagagcgtg tggatacggt
    41581 cgatgccttc ggcggcgcag aagcgaccga gcgcgaaggg caagtctttg gagagggtca
    41641 gcacgaccac gttctccgac agctccgaag cctccttgtt gaagcggcgc gtctgtgcgg
    41701 cgcacacctt cgtgtcgacc gacgggaaga cggacaggat cacggtcttg cccttgaagt
    41761 cagacaggcg gacgggtttc aggccctcgc ccgtagcggt aaattcgggc gcggtgtcgc
    41821 ccactttgat cagttctccg agcagcgtca cagggttacc tgcgaacgtt actacacctt
    41881 ggttctcttt ctcttgtgcc atgactaatt gaatgatgga ttgaatgaat aatagggtga
    41941 tggttatggt tgttctcata tatcaagggt gtgttcgcgg cagagatggg aacagaaaag
    42001 gggcggagac ccgagcgccc tagtagcgct gaaccaccgt ccctcatcca ctttcaatac
    42061 attaccatga acacgctgtt tgcgattttt tttcttgtct ctctttctct ggtttactcg
    42121 atctcgatgg agcgtccgaa gcgatgcact tcctcacgcg acactttggg gagaccgatg
    42181 agcaacacgc cgtcttccac gcgggccgtg atgcgatcct tgtccacatc gtcgggcagg
    42241 atcatggtct gttgaaactt ggcgtaggaa aattcgcggc gcaggtaacg cgtctcgcgg
    42301 ttctcctcct tgtgctcgtc cttcttctcc atagagatcg ccaagttgtt gtcggcatcg
    42361 atgttgacgc tgaaatctga cttcgtcatg cccggtgcag ccacctccac ggtgtaagcg
    42421 tctttcgatt ccttcacgtt gatggccggg gccgtggtgc cttgtctact catccagtcg
    42481 ttctcaaaga agtcgttgaa gatcgacggc aaccaatagt tctgattcct tcttgctaaa
    42541 gtcattttct aatcctccgt ttttatgtta ctgtttatgt tgttgggttg tctgaagcgc
    42601 ccttccctat tgcgggggat cggccgcttc gccctccctt attgcaaacc gtgtaccgaa
    42661 atcggaggta gacaattcgt ccggagcggg ctgtcaattc tgtcagttgt gcagagttac
    42721 ttcttcccgc caatcttgaa gctaaccggg atgtagagcg gcgaggtgat aggcacaccg
    42781 cctacgttga acgttgggcg cagctgcacc gtgacggtcg attgggtctt tgattcccac
    42841 ccgacgaggt tctgcaagat ccgcatcatg gcgccccgtg actctccgga gaagagtcgt
    42901 ccgacgtccg taccgatacc cacgctgagc gttttcgttt gtcctgcatt cacactgaac
    42961 ggttccatga gcttgccctc ggtaaagtcg agcgagtcga tcgacacctt gtactccatc
    43021 gcctggaagg ctgcagcgga ggcgttcgga ttctccacgt tgaggttgag cgtgaactgt
    43081 agcggtagcg acgagacgga tccgccgctg ctgagttggg ccagcagctt ggcgccgctc
    43141 accagtccta gctcctcgtt attgacccgg atattcgaga tcgagcggta ggaatacttg
    43201 caatccttga ggttgtaagc gttctccaga tccttcgtca caccacaggc cgtggccagc
    43261 acgaccacgg ctacggcggc acagagccac atcatctttt tcttcttcat acgctgtgat
    43321 acattaatta tttggggttt atcggccgca aaagtagccc ccgccgcctc cttctacaaa
    43381 gccccctact tttgtcgcac atagaaaatg gacgatatca tgcatcgaca gaaaggagtt
    43441 tacagagaca tcatggcaca atccaagaca cagaaccacg catccatcct gcaagccgct
    43501 cgggcggagt ttctcgagcg aggatttcag gatacctcca tgcgcaccat cgcccgcctc
    43561 tcgggcgtga cgctaagcaa catctacaac tacttccgcg acaaggacac cctctttcgg
    43621 gccgtcctac agcccctcct cgacgccttc gaagacctcc tggcccgcca caacagcgac
    43681 tattacctga ccacggacgt gtactccatg aagtcgtatc aggagcacat gctgaacgag
    43741 ttcatgcgcc tcccgcagca ctttcgcgcc gagctccgcc tgctgctctt ccacgccgca
    43801 ggctcgtcgt tggagcattt ccgcgacgac ttctgcgagc gtcagactcg cgagggcatc
    43861 cgctacatcc gcctgatgaa ggagcgctat ccggaccgcg tcacgggcga cgtatcgccc
    43921 ttcttcctcc gcaccgtcag ctcgctctgg ctgaccgtca tgggcgagat tgtccgccac
    43981 gacgaacttt cggaggccga catcgagcgt ttcctttcgg aatacctggc cttcggcacc
    44041 gccggctgga aggcgctgct ggggctgtga gaagagggag acgcatcggg cgatgctttg
    44101 cgaccagtat gacatgaatg gaaaatcaga cgcatgagtt acggggcatt cttatggaac
    44161 actatgacaa acgaccatta agctatgacg agcaaatcga tttgttagcg tcaaaaggct
    44221 tattgatccc agaccggcag aggacagcgc gtcagctaaa aaacatcagc tactatcgcc
    44281 tcagtgccta tatgctgcca tataaagaga agataggcga tgccatatcc agtaaattca
    44341 aaaagggaag cacgtgggat atgatttatc gtctatacgt attcgataga aaactgaggc
    44401 tgcttgtttt tgacgcgatc gaacgtgtag aggttgccgt tcgtgctcag atcgtacatc
    44461 aacttagtca gaaatacgga tcgcactggc aagataatcg cgagatattc aagccgacca
    44521 aaacaaaaac ggtgaaaggc agggatatcg tgatcgatgt gttttcggat atacagaagc
    44581 acattaaaga acaactgaac aataacagag cggagatctt tatacagcac tataaaacga
    44641 agtacggtga tcctcccaat cctccctctt ggatgtgtgt ggagatcatg tacttcaaac
    44701 agctatcacg tatttgcgac gagctgaaac tgcgtgagga tgtcagcggc atatcgtggt
    44761 atttcggtct gccaccagaa atattctgct catggttgca tacgattaat tatgtgcgga
    44821 acatttgcgc gcatcatgcc aggctttgga atagggcgat gagtatagtg ccagtgaaac
    44881 tggaattctc gaaaacgttg cgttggataa gggatccgaa ccgtgtgcaa aggagtcgac
    44941 tgtattactt cctatgcatg ctggactata tcttacaaac ggccaaccct acgtcaagct
    45001 ttaaggcgaa actaacatcc ttgttggatg aatacaggga tgtggccaat ctgaaagcga
    45061 tgggatttcc ggcagattgg agtagagagg cactatggac acgggaagag catgaaaatg
    45121 taagaaccat tgcgtattga aaagcgattt tacttttgcc ccgctttccc aagaggaagg
    45181 catctatata gagtaaaaga caataagcct cccaggcgag ccgcaaggca gcatacttgg
    45241 ggggcgttct tcattttata cggtctcctc cccgcacgtt tgtcccctgt ctgctgttgc
    45301 agatgggggc tttttgtttt cgggcggagg gttgacggtc ggcaatgggc tggaaaacgt
    45361 gttacagttg attttgtctg cagacaaaat ggtcgtttac atctaaaaca taggattgtc
    45421 tatggacaaa acgagtcgtt atctattgcg ggtaggtttg tccgtagaca atagatgtgt
    45481 atagatataa tgcatacttt tgtctgccga caaaagtatt tgaatcgtgt aaatgcgagg
    45541 tttgtctata gacaatagag attgaaacat gttatacgcc gatttgtctg cagacaatga
    45601 gtgcttatac gccggattca cccccttgtc agaagaagtc agaaggaata acgatatgaa
    45661 ggaattaatg gcttgcaaca ccacccgttt gcagcagatg gagttcatca cgctgatgcg
    45721 cgagacggtg gaacagatcg aaatgagagg tgcgacgctg atcgagacgg acgcgccgct
    45781 gaagcgctac acgatggcta tcaaagccgc tatcggaccc ttggagggcg ccacgcgtga
    45841 cccccagcgg aggcccgaga cggccgtggc gcacacgaaa aacagcgagc ggcggacggc
    45901 catcagccgc ttcggactcc gattcaaggt ctatcggctg tccgaggacg cggacgagcg
    45961 ccaagcctac gaggcgctga acatcctctg gcggaagcat cggctggtct accccctcaa
    46021 cgtccagaag ctgaccggcg ccacggacaa cttcctcaac gacctcacga aatcgcctta
    46081 cgccgaagcc gtccagcggc tccacctgca gacggacgta gacgccatcc gcaccgccaa
    46141 cgaggcttat cgcacccacg ccgccgaggt ccgcgcccat gaggccgggc gaattccggt
    46201 cgatgtcggg accatgcgcc gcgccatcac ggaggactat acccggctca gcctttatct
    46261 ggccgtcatg gccgacgcct accccgaggt ggaggcgtgg agccggacgc tctccggcct
    46321 caacatcctc cgtaagcatt acgccgagct cctcgcccga cgtgccggcg cccgacgcgc
    46381 caaaaagaac gccgccgccc tcgccgaggc agcggccgag agcacggcac catctacctt
    46441 tgccacgaat ccctaataga aaagagaata tgaaagcgac cctattaatc acagcaggta
    46501 ttttatttat gagcatgaca atggatgcac tggccggcgg cggacccaaa tcggcaccgg
    46561 caaaactgaa cgaggcgacc gtgttttatc gcggcgctgt gctggagcat accgcttcgg
    46621 tgacactgga taagggcgac aacgaggtgt ggatcgaagg cctcagctca ggcatcgacg
    46681 agagcagcct ccggatcggc atgagcggcg gcgccctgat cacggcttac gagtatgtgc
    46741 cgcgccacca gaccgataag gccgccgatg cgggcacaca acgcatgctg gactcactcc
    46801 gaacgtacga aaacaagctc cgccagatcg gcatcgaaac gaagacgaac gagcaaatgc
    46861 tcaaactcct cgagacgggc atgacgcaaa agatggccac cccgtccgag cgcggcgtgt
    46921 cgctcgatga gctttcgcgg agcatggatt attacaagac gaagatgatg gccatcgaaa
    46981 acgagctgat ccgccttcgt gaggagaaga agacgtgtga ggccaccgtc aagcgactca
    47041 gtcagcagct cgccgaggcg ggtcacaacg ccggagcgct gcgcctcaac gtgacggcac
    47101 ccgtggccgg cgccgtacgc gtggccgtga gctactgcac cttcgccgcc agctggacgc
    47161 cttactacgg catcaacgtg gagtcgcccg agaagccgat ccgcatcgtg cagaaagcga
    47221 aagtgaagca gacgacgggc gtcgactgga agcaggtgaa gctgaccctc tccaccggat
    47281 cgcccaacaa cggacgcgtc gcaccactct tcaacacctg gttcctccac gagaatcccc
    47341 ccatgatact cgccgagatg acggttcaga actcgtatag catgaagacc cgatccgtcg
    47401 ccaaggccga agccgatatg gcggtcgaag acgtggccga tgcgacgccg atggagatgt
    47461 caatcgatga tcacgttatc gtaagcgaca actcggccgt ggccaccatc tacgccatcg
    47521 acctgcccta caccatcccc ggcaacggca aggagcaaaa catcgacctg cgcacccagg
    47581 aggccgccgc ggattattac tactacgccg caccaaagct ggacacggat gcctacctct
    47641 tggccgaaat caaggagagc gacaagctgg atctgcccag cggatcagcg cagatcacct
    47701 acgacggcgt ctacctcggc gagacctaca tcgacaatgc cgaggcgctc aagaagctca
    47761 ccctgacgct cggcaccgac aagcgcatca ccatacggcg tgaaaaagtg aaggacttca
    47821 gcacgaagaa ggtcttcggt tcagacacac ggcaggtgtt cgcctacacg atctcggtga
    47881 agaacaatcg caagcgtgac gtccgcctca cgctcaagga tcagtatccc atctcgacgc
    47941 agaaaaacat cgaggtggag ctgctcaagg acaccaccac gccgacgacg aacaacaccg
    48001 agacgggcgt tgtgacgtgg aacgtgacgc tcaaggccgg cgaggcgcgc accttcacct
    48061 tcagctatag cgtgaagtat ccgaagggca tggacctcaa tctgtaactc gtcaccggtc
    48121 acttgtaaca acaaaagggg gacgcaccga gattggattc tcaaggtgcg tccccccttt
    48181 ttttcggtac gtggggctac tcctcggccg tggcgtcggg cttgtcgatg gctcggcgca
    48241 gggcgtcgag atcgcgccga ctgaggcggg gcttgccggt aaatgtgttg cgggctggcc
    48301 gctcactgcg ctccttgcgt tctggtcgtt cgccgagtgg agaacgttcg ggacgatcgc
    48361 tacgcttgaa ccgttcgctt cgctccgtgc gctcgccacg agcaaagcgc gctgtgcgtt
    48421 cattgcgttc cggacgttca cctcgttcac ggcgttcgaa ccgttcactg cgttctgtgc
    48481 gttcgggccg ctcgctgcgc tcgaatcgtt caccgcgctc cggacgctca cggcgttcgg
    48541 gccgctcgct gcgttcgaac cgttcattgc gctcgaatcg ttcaccacgc tccggacgct
    48601 catggcgttc gaatcgttcg ctgcggtctg tgcgttcggg gcgttcgccg cgctcgaatc
    48661 ggcgtgcggg aggagcctcg ttttgcgcct tgcgatagtc cttattcgtg ccggcgaaga
    48721 gttcgtagcc gcgatattcg cacgccagct cgccgttcat cagctggagc ttcgtcttgg
    48781 ggcggaggcc gatgtggtcg aaacactcgt cgcggtagct caagatccac gcctgacagc
    48841 ccatgaagac gtgcttcagc cgttcgccga tcatgccgta aagctccgcc acgttgtcca
    48901 tcgcgatgcg ctcgccgtag ggcgggttgg tgacgaggat ggcgggctgc ggcgcgcgca
    48961 tgaactgctg gaagggcatg gtgcggagcg tgatgtaacg cgagaggccg gcgctgcgca
    49021 cgttgcgctc ggtgcggcgg atggcgtcgg cggagatgtc ggtgccgtga cagaggaact
    49081 cgaagtcgcg ctccccagag tcgtcgttgt agatcgactc aaagagctcg cggtcaaagt
    49141 ctggccagcg ctcgaaggcg aagcccttgc gatagacgcc gggcgggatg ttgagggcga
    49201 tcatggcggc ttcgatgagc agggtgcccg agccacacat ggggtcgacg aagtgcgact
    49261 cgccgcgcca tccggtcagg aggatcatgc cggcggccaa gacctcgttc agcggcgcct
    49321 cgccctgctc cacgcggtat ccgcgccggt gcagactctc gcccgagctg tcgagggcca
    49381 gcgtgcaatc gttgtgcgag atgtggatat ggatcgccat gtccgggttg ctcaggcgca
    49441 cggaggggcg ctggccggtg cgctccttga agcggtcggc tatggcgtcc ttcgtgcggt
    49501 aagccacgaa cttggagtgg cggaaattct cggaatagat gaccgcgtcc acggcgaagg
    49561 tgcgttcggg cgagaggtat cgctcccact cgacggcctt gacggcctcg tagacctcgt
    49621 ccgcgttttc ggcacggaag cgggccacgg gcttgaggat gcgcagggcg gttcgacagt
    49681 ggaagttggc cttgtaaagc atggccttat cgccacgaaa ggccaccatg cgtcgacccg
    49741 tctcgacggc ctcggcaccg agcgcgcgaa gctcgtcggc cagcacatcc tccagtccgt
    49801 agagcgtttt ggctactaaa tcaaattgtt cgtcagccat tcctattaat agagtatgac
    49861 gatgcggaag ctgcacgtcg gggggcggtt gccagttttg aagtcagagt aataggcata
    49921 gaaagcgatc gaaccggctt gcaagtcgaa ggtgtagact tcgttccaga ggttctctcg
    49981 gttgccgctg cgctccccgc gaggcaggtt gtagggcatt ggggtgtaga ccttgctgcc
    50041 gttgtcgagc gtcaagatgc ggtagccgat gatggcgcct tcggtcatct ccttggtcag
    50101 aaggttctct ttgaactcaa agatgtagtg cgaattgagc gcatccttgc cgccgaccag
    50161 ctgccagtcg cgctccagga cggtgtattc gaaaactttc caacggacat tctcgcccga
    50221 accgccgttg cccggagggc cttgcggtcc gacaggtccc ggaggcccca tgggcccttc
    50281 gcacgcggtc agcgccatga tgacggctgc cagtaagatg agatacttct tcataatggt
    50341 ctgctatttt gatgatgatg ggacaaaggt aggggcgtag ggagcgaaaa actaaaacct
    50401 acaaacgaaa aatggccttc ctctccccaa acagacgcct gtttaccctc gtgcaaattg
    50461 tgtagcgcca aacaggcgcc tgtttactct cgtgcaaatt gtgtagtgcc aaacaggcgc
    50521 ctgtttagct tcgcgcaggc ctctgccgag acagggaagt ttattctggt atccggccaa
    50581 acttcccaac cccggtaggg gtcctgttta gcttcgcgca ggcctctgcc gaggcagggc
    50641 agtttattct ggtacccggc caagcttccc agccccggta ggggccctgt ttagcttcgc
    50701 gtaaggggtg ggtttgtcgt atttttgtgc caccaacaaa gacggattat atatggaagc
    50761 aacgactctc aatgaagccc aattggaaat gctcaaactg atgtctgtga taaagactcc
    50821 tgaggagttg gccgaactga agcaggccat ctcggaccac tttgcccgca aggccgcaga
    50881 agagatcgat cgcatgtggg cggatggccg cctgacggaa gagcgtgtag aatcgtttcg
    50941 ccacctccac gagcggaccc cctatcggcc atgagcggta aggtcgtatt ggatacgaac
    51001 tgcctgctga tggctatctc gtcgcggagt cgctactatc ccgtttggca gtcgtttctg
    51061 caaggtgaat acaccttgtg tgtcactacg gatattcttg aagaatacga ggaggttttg
    51121 gcgcgcaata tcaaccagcg cgtggcgcag tacatcctgt cggctttatt agagcgggcg
    51181 aatgtgcaga tggtcgacgt cttctttcga tttcgtttga tcaccgccga tcctgacgac
    51241 aacaaattcg tggactgtgc gattgcctct aatgcccgat acatcgttac ggaagaccga
    51301 cactttgaag tcttggagaa gatcgatttc cccaagctcg cggtgattgg tatcgatcgt
    51361 ttttttgatg aaataaacga tcggtgcacg cttcctcccc aagcgtagca cgtttctttt
    51421 cacaaagccc cggagttcac gattccgggg ctttgctttt gggatacttc gcaggatcca
    51481 tggatcccgg ggggcgtggt gagccggcga acgcttagtc gccgtatccc accaaccgcc
    51541 gtgtggggta agcccagcgg atgtcgttgt gggtggcgaa ggcggtcagg aggtcttccc
    51601 agatggcgga ctcggtgctg cggatgcggc gcggctcgca gagatagcgt ccggtcaggg
    51661 tgatgccgtc ctccatgagg gcgatgtaga caatgggcgt gaggtgttgg tagtgcacgt
    51721 agtacatctt gctggcctcg ttcagcccct gctcggcgtc gaggacgacg tcgccgccgt
    51781 aacggttaag cacctcgagc agaatctcac gcgcacgttg ccaattgctg tcgaaggtga
    51841 ggcgcacccg gacctcgttc cagatatacc ggaagccctg atcatagttg gcctgaggca
    51901 tggtgaagac gcggccgttg gggatgtgga tgatgcggcc tgtgctctgc tcggcgtcga
    51961 tgcggttgcc gatctcgagg atggtgaact ggaagaggcg gatgtcgatg atgtcgccgc
    52021 ggtcgtcgcc aatctgcacg cggtcgccca cggcgaaggg tttgcgaatg acgataaaga
    52081 gccatccggc catgttctcc aggaggtctt tgagggcgat ggcgatgccg gccgagagga
    52141 gtccgaggta ggtgctgacg tgtcggaagg cgttgatcca gaccagagcc acgaagagga
    52201 agaggcaggc tggcgcggcg tatgagaggg cgcgcttcca gcgatagcgc accttatggt
    52261 tcgttgtgct ccgccacacc atgcgcagga tgaggacacg agcgagccaa acgcccacaa
    52321 ggacgatgac cgagaggatc actttgctat gaaagtcggc gtcgaggttc aggccgaagt
    52381 cggggagggt ggcggcggta agcataataa taggaatagg gggatgtttg atgtgtggca
    52441 aaggtaggcg tgcgccttgt gccagttggt taggggcgct tccccgtgtc cgaatttctt
    52501 tccgcaactg ggtgatgaaa ggaagccgtt gccgtaagat gattctacag attgggggta
    52561 atcgatggct gattttctgt tttgtggggg gagattgggg agatgatcct attacagata
    52621 gttttgccgc cgcaaaaaca aaccgtttta ctaatcaaac aaagagtatg cagaaaaaag
    52681 tactgtacat gttagccttc ctcctcttgg gggtaggctg ggcttcggcc caggtgtcga
    52741 gcgtgacggg gaccgtcacc tcggctgacg acggagagcc ggtcatcggc gcctccgtat
    52801 tagtgaaggg tacgacgacg ggaacggtga cggacatcga tgggaacttc accctctcgg
    52861 tgcccgcagg tgccaagacg ttagtcgtct cttacatcgg cttccagacg caagaagtgg
    52921 ccgtagcgcc ccgcgtgacg atcagcctca agagcgacga taagttgctc gacgaggtcg
    52981 tagtcaccgg ttacaccacc cagcgccgcg cctcgttcac tggcgccgcc gccattgtgg
    53041 ataaggaggc cttgaataag aagaccgacg ccagctttat gaagtcgctc gagggcgctg
    53101 tgccaggcgt gcagatgaac aacgccacga gtatgcccgg aacgttcgga agcgtcttcg
    53161 tgcgcggccg cggatcgctc aactcgggta cggccccgtt gtatgtgatc gacggcgtgc
    53221 ctgtgaacgc cgagaacgag ggtagctcct ccacgagcaa caacaacgtg gacccgatgt
    53281 ctgcgctgaa cccctctgac atcgagaaca tcaccatcct caaggacgct gccgcaacgg
    53341 ccatctatgg ctcgcgcgct ggtaacggtg tgatcgttat caccaccaag aagggcgctg
    53401 agggcgctac gacggtcaac tttgagatga agcagggtgc tgtctctgtg ggtaaccaca
    53461 atatggacta cgccgacgcc aagtcgtcca tggatctcta cgccaaggga tgggtggctg
    53521 ctggtcgcgc tgccgactac gatgcggcct ataagacctt gacgaagaac tatggttggg
    53581 acggcacttc gtccaccgac tggttcgacc tcgttacgcg tacgggccac tatcaggact
    53641 acaacctgaa cgtctccggt cgcaccggca agacgggcta ctacctcggc ctcggatata
    53701 tggacgcaga gggtatcgtg atcaactccg acttctctcg ctttaccggc cgactgaacg
    53761 tggatagcaa gttcgaccgc ctcactgtgg gcgccaacac ctcgttcacc tactccgtca
    53821 agaacggctt ctcgcagggc ctttctggca cgatgaatag cccgctcgtg gctgccgttt
    53881 cgctcatgaa accgttctac acgccgcgcg atgcgaacgg gaactacacg cacatcgacg
    53941 aggtgaatcc gctggccgtg aacgaccccg agttgggtaa catcaaccgc acgaagacgc
    54001 aggtggtcaa tctcagcccg tatttgcaag tggacctcgg ccgtggcttc tatgtgaaga
    54061 ctacgctggg cgtaaacatc aacgacctca acgaatatgg ctacaacagc gccatctacg
    54121 accccgacgg acgggaacgg aacggctccg gatcgcagta cacctcgcgc acaacggtcg
    54181 ttacctggac caacatcggc ggatggaaca agacgctggg agatcataac ctcaacctcc
    54241 tgctcggtca agagtcgcag cgcaagcact actcctacac ctaccttacg ggtacggact
    54301 tccccttcgc ggctgttggc cagcgcgaat tgtccacagc cggacaatgg aaggatgagc
    54361 aggctgagct gcgcgaagcc cgactggcgt cttacttcat ggacggacat tactcctatg
    54421 ccgataaata ctacgcttcg ctggccttcc gccgcgacgg ttcgtcggtc ttcggatcga
    54481 accatcgctg gggtaacttc tggtctgtgg gcggtaagtg gcgcctcacg ggcgaggagt
    54541 tcctgaagga taaccgcact atcacgaaca ccatgctgcg cgtgtcttat ggtacggtgg
    54601 gtaatcagga catcgactgg tatgccgctc gcggttacta cgctgcgaac cacaactaca
    54661 actctgtggc tggtatcgca ccggagcaga tccccaaccc ggagctgacg tgggaaacgt
    54721 cgaagaagtt tgacgtcggt ttcgatctct ctttcgtcaa ccgctaccac ctctccgtag
    54781 acttctacaa cgagaatacc tccgacgcgc tctatgagac gccgctctct cgttctacag
    54841 gcttcaaaac cctgatcaag aacatcgccg ccatccgtaa ccaaggcgtc gaagtagccc
    54901 tcaacggtac gctggttcgt aacaaagacc tcaactggac ggcttacgtc aacatgactt
    54961 acaaccagaa taaggtggtc gagctggcca accaccaagc gatcaagaac aactacacca
    55021 tcatcgagga ggggcgcccc tatcgccaat tctggatgaa ggaatacgca ggtgtggacc
    55081 gcgagacggg taagccgctc tggtacctca aagaggaagg caacgagaca acgagcgact
    55141 acagcaaggc tgccaagcgc tacgtaggat cggccgatcc gaaggtgtac ggcggtttcg
    55201 gtacctcact tacatggaaa ggcttcgacg cttcgctggc gttcaactat cgcatgggca
    55261 gcaaggtgtt tgacttcggc gcctccttca ccggatgggg catgaacaat cgcccggcgc
    55321 tcaagcgtat cgtggaagac tcttggacgc ctgagaacaa ggacgccaag aatccgcaat
    55381 acatcttcgg cgatccgaac caggccacgc aacgttctac acgcttcctc ttcagtggcg
    55441 atttcctgcg cgtcagcaac ctgaccctgg gctacaccct gccggccaac ttgaccaaga
    55501 aggcgttcat gaaccgcgta cgtatctacg gctccgtaga caacctctac actttcgccg
    55561 ccaaagactt cgtcgggtat aaccccgaga cctatgataa tgggtacatc gcttggcagt
    55621 atccggcttc gcgtacactc atcggtggcg tgcaaatcac attctaattc atgacccatt
    55681 caagaagaat agcaatgaag aaaatcctca tccatacatt ggttgctgca acactgacgg
    55741 ccgggctgtc gggctgcggc gacagcttcc tcgagacgaa attctataag gggcaagaca
    55801 ttgagaaggg gctgacctcc gtccccattg tcgacgcagc gctcaatggc gcttacgatc
    55861 gcttttacga ctatcgcttt gccggtaact acgccctcgc catcggcgac gtctctaccg
    55921 acatcgccta ttggaacggt gtcaccggtc actggtctaa catctacggc tacagcttcc
    55981 tcgatacaga gggctatctc gccgacatct gggaatatgg ctacaaagtc attgacaact
    56041 ccacgcgcgt tatcgaggat gccagcaagc tctacgcctc gtctacggat gcagagaaga
    56101 agagcctcga tcgtgacatc gcggaagcct atgccctgcg cggcttctcg cggctgatct
    56161 tgacaaacat cttcggccat cagatcaagg tcaacggaaa ggacttctct gatcaaccgg
    56221 gcattttgat ctccgataag atcgttggtc ccgaggatca ggtgaagcgt gctacggtag
    56281 gcgaatcata cgccgccatc gttagcgacc tcaagaatgc cctgacgcgc ttcacggccg
    56341 ctggtggcga tcgcgggtcg aaggtttact tgggtgtagc cgccgtgcac ggcctcttgg
    56401 ctcgcaccta tctctacatg gagaactggg acgaggccgt tgccagcgcg caggctgcac
    56461 tcaccgctgg cggggtcacc acgctggcta cgacgcccgc cgcttaccgc gccctctatg
    56521 ccacagagct gagcaacaac gagtcgttct tcgccctggc catcaattcg acaaagaact
    56581 tcggcgcctc ttcgctgggt actgtctgga gcgtctattg cttcagcccc agccccaagc
    56641 tgcagaagat gtacaagtcg accgacgtcc gcaccgcgat catgcttcgg gacaccacga
    56701 agggcagcga gacggtacct tattaccgag gtggcaagtt tgacaacgcc gctaagtcac
    56761 cggcttactc gtcgaactac atggtgaacg cccccgagat gtacctcatt caggccgagg
    56821 cgctcctcca gaagggcgac ctggacggct cacgcaaggc actgctcgtt gtggctggtc
    56881 gtgacgtatc gatcaaggcc gtaagcgacc tgccgcagac gaaggacgcc ctctatagct
    56941 tcatcaagga tgagcgcgcc cgcgagctct tccaggaggg cttccgcctc tgggatctcc
    57001 gccgttggga cacctccgct gaggtctatg ccatcaacgc gccgaaggtg gagtacacct
    57061 acacgagcta taagatctcc aaccttgttt accccatccc cgcagacgag atcaacaccg
    57121 gttccggtgc gactcagacg ccgggctggt cagatgccct gccgaagaag tagcgcctct
    57181 gaatccttat gcaccgcgcc cccggatatg ccttgccgca tattcggggg cgcttgcttt
    57241 tacggagaag ggcgagagag atgttagccc ccgatttagg cccaaccaat ggtttgaagc
    57301 gaaacctgac cccgattggg ctcaaaccaa tggtttgaag caaaacccga ccccgattta
    57361 ggccaaacca atggtttgaa gcgaaacccg accctgattt aggccaaacc aatggtttga
    57421 agtgaaaccc gaccccgatt taggccaaac caatggtttg aagcaaaacc cgaccctgat
    57481 ttaggccaaa ccaatggttt gaagcaaaac ccgaccccga tttaggccca accaatggtt
    57541 tgaagtgaaa cccgaccccg attgggccca aaccaatggt ttgaagtgaa acccgacccc
    57601 gattagggtc aaactgggtg attttgcgtt tctccttacg gtcgtttgat ggggcggacg
    57661 ctgagccgca cgggaccgag gagcccggag atggtggagg gtgaaccgcc cgtgtagcgg
    57721 ccgctcaggt tcgtctgcgt caggcggtcg gtgggctgct cgcgcaggtc ggcaatcagg
    57781 cggttgggcc agaggttcgt cacgcgcacc tctaacgtgt tctcgccctc gcggaggagc
    57841 gacgtcacct cccgctcgta gggcggacac caccacacac cagccggtcg gccgttgatc
    57901 tcgacctccg ccagatggag cacttgaccg agcgacagca ccacgttcgt gtggctcagc
    57961 tgggcggtcg agaggcggaa ggtgttgcga tagacagccg tgcccgaata gttgcgcacg
    58021 cccgggtcgg ggtgcgtggg ccaggagtag aggcgatcga aacgcagctc gccggggccg
    58081 ccccatctcg ggtcgaacca gacgctccag gccgtggcca cgggtaccgt ctccgtgtga
    58141 tagccccgca aggccagtcg atggccgcca cgcttctgta ggccatactt ccagccggtc
    58201 tggaagcaga aggccgcgcc gctctcaacg gtcgtcacgg gcgcctggcc gaaggggtag
    58261 ggggggagct tggggaagag gtcgtcgccg ttgcgcatga gggcggtgaa gtaaggcccc
    58321 tcgatcgggc ggcggaagac gacgaagaat gagccgtagg gcggcaggaa ggcgggcaca
    58381 ctgatgcggc ccagccggtc gctgcggaag atgagctgcg gcgtcatggt gcccgtcatc
    58441 ggatcccaga tctcgggccg acgaccgccc ccgttgcgga aggtcaggtt gacgaactcc
    58501 ggtcggtcgc gccgattaac cacgaggtag aggtcggccc cgtcggtcgt gcgatggata
    58561 tagctgaggt gggtgccgag aggcggggtg ctgatgtatt caaagtcggg ctggacgccg
    58621 atatggctta gcacctcgct gagccgtttg ccccaaacga ctcgcccacg cccaaagaca
    58681 ctctcgcccg tgaacgtgcg cccccaaacg gaatcggcgt cggcgcggag cagcgcctca
    58741 gactctgggt agccttgcag gccgacggtg gtcagcggct taggcgccat gacgacggcg
    58801 ccaccccgca ccagctcctt gatcttggcc atgacctcgg ggcgcatggc gggacgatcg
    58861 ggcaggacga gcaggcgata gcgcacaccg tcgggcagga cgatggcgcc gctggagtgt
    58921 gcagtcatac gtgtcagcag ggcatcggta ccagccacgt cgtagtcata ccgtccgccc
    58981 aactcctcct ccacccgtcg gagcagggcc tcacaggccg ccgcctcgtc gtcgcagatg
    59041 acgcagacgt cactcaccgg cttgccctgc accagcatga ctgcgttgcg agccgtccac
    59101 gtcaggaagg cccgtgactg gcgccaccac gtggcgttgg cattgaagca gacgccgtct
    59161 ggacactcga tgcccggcac acccgccgag gcgggcgagt gcgtaaaggc gttgatgaag
    59221 atgcggttcg cgccctgcac atagacgcga tcgacgagag gcttaagggc gcggaggtcc
    59281 acctcccatc cgccgccgcc atccgtctgc gggcctttgg cggcgatgaa tcgtcggttg
    59341 tagaggtggc cagcggaagc cgcgatcttg atcgacgcgt ccctgcccgt gggataggtc
    59401 gctaagggcg agggcgtacg gaggcggaaa tgggccgcgg tcacatcgct aaaagccgca
    59461 ttgcgtactg cgtcggcggg cacagatagg gccgatcggc tgatggggtg gatgctgagg
    59521 ttgcgctgat gagccagctc gcggaggcgt ccgtaacggt tgcgcgccaa caggtcagcc
    59581 accgtgcgcc gatagtccgc acggaagcgt tcggagacgt cgtagttctc gatcgtgaga
    59641 cccgtaaaga cgggcagata gcgcgtgaga tcgtagccgt tcaggcgacg gaactccgtg
    59701 gccagcgagg gcgtccagtc ggcatcggac ggcatggcgc cgtcgtccgt gatgtaagtc
    59761 cagctctgcg gccgatggtc acgcatctcc ccaaggagca ccgtcacggt gtggtcaaag
    59821 tgcacgtcag tagcctccac gctgaggaag tctggcgtca gtccgcccgc acccggcgta
    59881 gcgtgggccg atcgccgccc tgtacccgag cagacgaaac ggaagaggcg gaaggtgcct
    59941 gcgggtgcct cccatgagag attgccatcg gcgtcgacgc gctcgctgag gtcgtagaca
    60001 tcgcccggac gaatcggcag cagcacgcgt gtcgtggtct tgggcgcatc ggtcgtggtg
    60061 gagtccgtcg gctcggtcga gggttccgta ggcacttcct cctcgccgcc ataggcgtcg
    60121 tccatgcgca cagccagcac ggccactggg atatagaagg gcaccttcag ccccgggcgc
    60181 atcatcacgc cctcaggcag cgccaactgt atgcgtatcc gtcggccgcc ctcgacgtcc
    60241 gtctgactcc agaataggcg tttgctggcc agctcgggcg tgatccacgg ccccccgcta
    60301 tcggcgccac tgcccagatt gaggccgatc tccatgccta gactgtcggc cacctgacag
    60361 gcgtagcgga agagtgcacg ccagcgcgga ctcataaagc ctgtgcccat ggaggttgca
    60421 cccggcgtgc gatccggggc ggagactccc gtctcgtaaa tcacggcgcc gcgtatgccg
    60481 acgcgccaca tctcagtcag gtcgtgccga atgccttctt ccgagatgcg tccgccgggc
    60541 cattgccaga cgatgcgtgg gcgtgcgtag gaggggggat tggtgaagtc gcgagccaag
    60601 tctgcgctgt tctggaatcg ggtgacgtcg ttgcgtcgtc cgcccgagtc ctgctccaga
    60661 taggggtcga caaagtcgct gccgtcggcg ctgccgcccg caccaccatt gcaagccgtg
    60721 agtccaagcc acagcgtgcc cgtgagccaa gccgtacgcc acgcgcctac gatcaggcgt
    60781 cgggaccgta gggccatcaa ccggatatgt cgtttgcgat tcacggaggc aaaagtaagg
    60841 acgcggttaa aacccggagg aaggtgcgtg gtgtgcggat tcccattcct cctgacggtg
    60901 ctcccgaaaa agacgaaggg ccgcagcacc catgtgtgtg ccgcagccct tctacccact
    60961 gtcccacccg cgttcgtctt cggcgtcggt cgatacgtgg tgatgcgcaa tgcaccgaat
    61021 caattacgtt tcgggtatgc tccctgcgcc tgtgcgctgt gccgatgtgc acaatgcggg
    61081 ctcgatttct aattcgatga ctttttgcct cgtctcccga ggggagtgag gcgggtttgt
    61141 accgcccccg tacgccgctg ataatagacg aacgctgcct ttatgtctta cttattcatc
    61201 cacattctcc tcctcgatct cctccgagac ctcttccaat tggttagccg cgcgggcctc
    61261 gtcaaacatg cgcttcatcg tcgggttctt gtaggtgagc ttgcgaatgg tgagcctctc
    61321 agccttgttg ttggccaggc ggaggttgtt ttctgagccc acgagcgcct ccttgatctt
    61381 ttgcagatgc tcgatggact tatcgatctc gtcgatggct gtgtggaagc gctcgctggc
    61441 caagcggtag ttgcgcgcga agccgtcctt gaacgtctcc agttgctcct cgaagttgtg
    61501 cacgtcgacc gattgttggc gcacttgttc gagctccttt ttgtaggcta cgctgttgcg
    61561 cgaggcctgg gtgagcaggg cgatgatggg catgaagaac tgcgggcgga cgacgaacat
    61621 tttggggtaa cggtacgaca cgtccacaat gccctcgttg taaagctcgc tctcgggctc
    61681 aagcagggag accagcacgg cgtattcgca gcctttctcg cggcggtctt tgtcgagctt
    61741 agccaggaag tcctcgttgc gatgcttggt ggcggtggtg tcggcttcgt ttttcatctc
    61801 gaacatgatg gagatgtact ccatgccgtc gatatggtcg cggaagatga agtcgccctt
    61861 tgtgcctcgg ctggcgtcgt tgtccttctc gaaataggcg ttggggtaga cgctgctacg
    61921 gacgcggttg aactccgtgc tgcaatggat ctcgaggctc tcgccgatca tcttggtcga
    61981 cattcgggcc ttcagatcct tgtaataatc cacctgctcc tgctgttgct tgaggcgccg
    62041 ctcatagtcc tccttgagcg cattctcgcg gatggcggcc tctttttgct ccagcttgat
    62101 ctcgttctgc aactgttcgc cctcgttctt ggccttttgc agggcctccc tccatcgctg
    62161 cccttccttg agcacttcga gcttcgtccg gtcgtcgttg cctttgatct cagccttcag
    62221 gcggtcgatc tcctgctcct tgcgcgtcag ctgtgcgcta agctccaact gcttcttctc
    62281 ctccatgccg ttcagctgcg tttcgaggcg tgcgatggtc gcgtccttct ccttcagcgc
    62341 gacctcccgc tgctgcaggg agcgctcgta ggcttgattg gccttcaggg tcgccgccgc
    62401 ctgctcggcc tcgtgctgct tgtgcagctc ggcaatgcgt cggtcgaggt cggccttgaa
    62461 ctcgcgatcc ttgacttgca taaggatggc cgcatagtca gcctcgtcta ccttgaatgc
    62521 cttttggcaa ttgggacaga tcagttcctt catttgttcg tgtcttcttc aatcaagtcc
    62581 acagaccagt tcagggcttg gatcttcatg tccagttcac gcagttcgcg tgccgcagcg
    62641 tccgtgcgtc ggcgcaggtc gggcacatcc accacgcgca ccgttttgat ctcgttgcgc
    62701 ccatagcgag catcgccctc caccacatgg ctgagcacct ccttcatcag ctgtacacgc
    62761 atggccagca catccttacg ggccatgagt cgcgtcaccg tctcaccctc gtgcaccgtc
    62821 cgcatgttcg ttgcattgat gcggtagatc agatcctcca attcctccaa agccgtattc
    62881 agctccacgt ccagcgcagc cagatcttcc gccggcgtat cgccttcctg caccttggcg
    62941 ctgtccttaa accgcacctt cagctcgttc actcgtttct gtaagtcagc cctgaggctg
    63001 agcgcttctg ccagtttcat cgtagtcgtt attgctatat gattaaatgt agatccccct
    63061 ttgatgggcg cgcaaaagta agtcgcagca gcattagcga catgtcgtcg gtattgtcga
    63121 aacgaaggaa aaggcccttg cgggagtcct gctggactcg cggcgtttgc cttgacgtct
    63181 gcaggaacgc tgcaagtgcc acgaaaaact ttttggcctt tgcaggaatg ctgcaagtgt
    63241 cgcgaaaaac tttctggcgt ttgcagggac gctgcaagtg cttcgaaaaa ttttttggcg
    63301 tttgcaggaa tgctgcaagt gcctcgaaaa actttctggc gtttgcagga atgctgcaag
    63361 tgcctcgaaa aactttttgg cgtttgcagg aatgctgcaa atgcttcgaa aaactttctg
    63421 gtgtttgcaa caccgttgca agtctcacga aaaactttct ggcgtttgca acaccgttgc
    63481 aagtctcacg aataactttc cggcgtttgc aacaccgttg caagtctcac gaataacttt
    63541 ccggcgtttg caacaccgtt gcaagtctca cgaaaaactt tctggcgttt gcaacaccgt
    63601 tgcaagtccc acgaaaaact ttttggcgtt tgcaacaccc ttgcaagtct cacgaaaaat
    63661 tttctggcgt ttgcaacacc gttgcaagtc ccacgaaaaa ctttccggcg tttgcaacac
    63721 cgttgcaagt gccacgaaaa actttccggc gtttgcaaca ccgttgcaag tcccacgaaa
    63781 aactttttgg cgtttgcaac accgttgcaa gcatttccaa aaacgtttgg gccatcgcgt
    63841 ggcttccgta gaaactctct gcttggctgt cgaactcacg ttatagatag gcttgtaagg
    63901 caagaatatc caaccggcgg aaaaggtttg tctcggttga ttatgctgtc tgtagggcct
    63961 atggagaact tctccacatg tggtttcggt acggtgtccc ttggtctgac gcccattgcc
    64021 agccctgtag gccgtatgga attgtttcta cttttgcggc ctgatttaca aaacagaaag
    64081 acagttcgat aatggataag ataagctatg ccctcgggct gagcatcggg aacaatttcc
    64141 gggcatcggg tatcaaaggg ctggaaatcg atgatttcat caagggcata aacgacgtat
    64201 ttaatgaggc taagccagcc atcgctttcg acgaggcgca gcacttgctt caagcgtatt
    64261 tcaaggacct tcaggccgag aagtttgaga tgaataagca ggtcggtgaa gagtttctac
    64321 gaatcaataa ggagaagcgg ggcgtggtga cgctccccag cggcctccag tacgaagtgc
    64381 tcaagactgg cgacgggcag aagcctgggc cgaacgacaa ggtgcgctgc cattaccacg
    64441 gcacactcat cgatggacgc gtcttcgata gctccataga gcgtggtcag ccggctgtgt
    64501 tcggcgtttc gcaggtgatc cgcggatgga ccgaggcgct gcaactgatg aacgtcggat
    64561 ccaaatggcg cctctttatc ccctccgaca tggcctacgg cgcacacggt gcaggcgagg
    64621 ctatcgagcc gaatatgacg ctcatcttcg acgtcgaact gctcggcatc gaatgaatga
    64681 gagacgacga agagaataac aatagaatag taactacata acaaccaaac aggaagatga
    64741 aaaagattaa tgtatggatg atggcggccg cagcggctgc ctgtgtaacg atgaactcgt
    64801 gtaatcaagg cggcgtttca gcagatgcca cgctgggctc gcagaacgac agcttgagct
    64861 acgccgtcgg tgtgaacgtt ggaaataaca tcaaggccag tctggctact ttccccggcg
    64921 acgactcgct gaagatggat ctcgtgatca agggaatctt ggctgtgctg aaggatactt
    64981 cggccctgaa gatgacttcc gacaatgcca atgcctatct caatgcttat gtgatgaagg
    65041 ttcagcagtc gcaggctgag gccgagctga aggtgggaca ggacttcttg gccgctaacc
    65101 gttctaagga aggcgtcata acgaccgcca gcggactcca gtataaggtc atcaccgagg
    65161 gcacgggagc caagccgacg gcaaaggata aggtgcgctg ccactacacc ggtagattgc
    65221 tcgacggaac cgtcttcgac agctcagtac agcgtggaca gcctgctgag tttgaagtag
    65281 gtcaggtgat cccgggatgg caggaagtgc tgcagctgat gcccgtagga tcgaagttcc
    65341 aagtatggat cccctccaat ctggcttatg gtacgcaggg cgcagggccg atcaagccta
    65401 actctacgct cgaattcgaa atcgaactgc ttgaaatcgt gaagtaatga agcagttcca
    65461 caagttgaca accctcgcac tcgtctgcgc agccatgctg ctcggcggtg cgatggctaa
    65521 tgcggctgtt aagccgacac gtaaggcatc cgggcccgca ctcaagtcgc cgcttgatac
    65581 ggtcagctat gcgctgggtg tgaacatcgg tagcagcctc cgcgagaatc tcaagacgtt
    65641 ccccaacggc ccagtcaaca tcaatgtctt ggccgagatc ttcgtccgta cgctcaaggg
    65701 cgataccgct ggactgctga tgaacaacgc agcctccgag acgtgcatcc agaactatgt
    65761 gatggaagcg cagcagaagg aaggcgacgc tcgcaaggcc gaaggcgaga aattccttgc
    65821 tgccaacaag aagaaggaag gcgtggtgac gactgagagc ggtctgcaat acaaggtgct
    65881 caagcccggt gagggtgatg agaagccgac ggatgctgac cgtgtcaagg tgcattacac
    65941 tggccgactg ctcgatggta aggtgttcga cagctctgtg gagcgtggtg aaccggccga
    66001 gtttggcgtg acgcaggtca tccgcggatg gcaggaggcg ctcaagctga tgtgcaaggg
    66061 cgagaagctc caggtgtgga tcccctccga tctggcttac ggtacgggtg gcgctggcga
    66121 catgatcaag tcgaacgcta cgcttgagtt tgagatcgag ctactggaca tcatcaagcc
    66181 tgagcccaag gtggagaagg cggctgaaga ggctgtggaa tccgccgaga aggtcgtaaa
    66241 caaagccgta gagaaggtgg acaaagccgc taagaaggcc gccaaggaag ctgagaaggc
    66301 tgctaagaaa gccgagaaag ctgtcaagaa gacggagaag aagtaagacg agccaaatcc
    66361 ccctccgccc acaagagcaa cctctgtgag gcgagacaac gaaacgatag cggtgtatcg
    66421 gtgggccatg tccagagagt tggacacccc cgatgcaccg cttctttatg gcgcttgatt
    66481 gcggtctctc gttagaggcc gttagatcgt cgctaccggc ttgactattt cgatgcgcag
    66541 ccccagcgca ctaatcatat tgtagaacat cgctgcactg ggcatgatgt ctccgcgttc
    66601 cactcttgca atgtagctcc ttgtagcatg cagacgtcgg gccaattcag cctgtgtcac
    66661 cttcgcttct ttgcgtgcgt cggaaagcaa ctgtccggta taaaacgcgt aggcttcttc
    66721 atcaaacttg gctcgctctg gtgtacctgg tttgccaaac tcttgctcga tttccttact
    66781 gatgctcgtt agcatgttgt cttttgtgat cataatactc ctccattatt tgaatcgcct
    66841 tgttgatttc tgccttcggt gtcttctgcg tcttcttctg gaagccattg aagagtacta
    66901 cgatgcagtt gtcatcaaag atgaagaata tgcggtagat attaccgtcg tacataattc
    66961 tcaattcata cagacctctc agaaggtgct tgataaactt caccggaagt ctctcttcat
    67021 tttccagtaa agagagaata taaagcacct tcttccgctc tttttctccc aatgtcgaca
    67081 taaagtcttt gtagtagctg ccgaaagcga tgatctctct tttcataccc atgtctttga
    67141 tgctgcaaag gcacgaaaag gattcaacat accggtgcat gacacaaaga tcccgcatcc
    67201 ataatatcca cccctcctcc gccgtttaat ccccggttga atcagggtag agcggaccct
    67261 tcaccacttc taactactcg ctctcaccac cacttaatcc cccctacttc ttatgaaaag
    67321 aaacaagatc ctctgggctg acgacgagat tgacctcctt aagccgcaca tcctcttcct
    67381 cgaagagaaa ggctacgacg tgacgcccgt catcagcgga caagacgcta tcgacagctg
    67441 tagcgaacag acttttgacc tcatcttcct cgatgagaat atgcccggac tcaccggact
    67501 cgaaaccttg gtctccatca aggagatcga ccccgccgtg cccgtcatca tggtcaccaa
    67561 gagcgaggag gagagcatca tgaatcaggc tatcggtaac cggattgccg actaccttat
    67621 caagcctgtc aaccccaacc agctgctcct ctccatcaaa aagaacctcc acaagaacga
    67681 catcatcacc accgccacca ccgagagcta tcagcaggag tttggtcgca tcggcatgca
    67741 gatcaacgac tcctttactg ctgacgactg ggcggaggtc tacaagaaac tcgtctattg
    67801 ggagatcgaa ctcgaggaga accaagcccc catgcaggaa atgctcatca tgcagaagcg
    67861 ggaggctaac agtgccttcg gcaagttcat ccgcaagaat tacatgggct ggatggccga
    67921 tcctgccagt cgaccgctga tgagtcccga ccttttcaag acgaaggtct tccccctgct
    67981 cgacgctggc gagaaggtct tcttcatcct catcgacaac ttccgtttcg accagtggcg
    68041 cgtcgtgcgg tcgttgcttt cggaccgctt cacggtggac gaagagatgt actacagcat
    68101 cctccccacc gccacccagt atgcccgcaa cgccatcttc tccggcctca tgccggcaca
    68161 gatcgcccag atgtttcccg atctctgggt cgacgaggag agcgaggagg gtaagaacac
    68221 gaacgaggag ccgctgatcc agacccagat cgaccgcttc cgcaaacgct acgacttctc
    68281 ttaccacaag gtctacgaat cgcagtacgg cgagcgtatc ctgaacggcc tcaacgacct
    68341 gctgcgcaac cagctcaacg tcgttgtcat caactttatc gacatgctct cgcatgcccg
    68401 taccgagagt aagatgatcc gtgagctggc ccagagcgcg gccgcttacc gcagcttgac
    68461 gcgctcttgg tttcaacatt ccgtcatgct cgagctgctc aaccgactgg ccgacgaggg
    68521 ctgccgtgtg atcctcacca ccgatcatgg caccatccag gtcgacgacc cgatcaagat
    68581 caccggcgat cgcaacacca acaccaacct ccgctacaag accggccgac acatgacctg
    68641 cgactccaag tacatcttcg agatcaacga ccccgcccgg gctggactgc cctcgccgca
    68701 cctgagcacg cgctacgtct tcgccaccaa cgcctacttc ttcgcttacc ccaacaatta
    68761 caactactac gtcccctact atcgaggcac cttccagcat ggcggtatct cgatggagga
    68821 gatgatggtg cccttcatca ctctgcaacc caaatgagca cgatccacat cccctcgctg
    68881 gcctacctcc acgacgcggc ccaggagttc ctccgcaccg tcggccccgc gccccgtgtc
    68941 gtagccttct acggcgagat gggcgccggc aagaccacct tcatcaaggc cctctgcgaa
    69001 gccctcggtg tccgcgacgc catcaacagc cccactttcg ccatcgtcaa cgagtatgtc
    69061 ggccgcgacg ccgatcacct catctaccac ttcgacttct accgcatccg caccctcgcc
    69121 gaagccctcg acattggcac cgaagactat ttcgagcgcc cctcgtggag cttcatcgag
    69181 tggcccgaac gtatcgagcc gctccttccg ccccaagccg tccgcgtcca catcaccgag
    69241 caagccgacg gcgcccgcga gctaacgatc agtgattaag ccctctgccg agggcgggga
    69301 agtttggccg ggtacatcga gaatagccga aggttcccaa aatggccggc ccccatcggg
    69361 taccccgccg aattggccgg cgtccctgac gccttgatct tcttttgctt cttttcttct
    69421 atcaagagaa gaaaagaaga tcatgaggtc agagaatctt gcatcaaggc aagaaaagcc
    69481 gagggcgggg aagtttggcc gggtacatcg agaacagtcg aagggctcca attgggccga
    69541 cgcctctctc cgtcatgatg cgcggacgag gcgtcggccc aaccgcctga ttgccgacct
    69601 ccgcgagcag ccctccgacc gcctgacgca gacgaacctg agtggccgtt atacgggtgg
    69661 atcgccttcc accatctctg gcctcctcgg cctcgtgcgg ctcagcgtcc gccccatcaa
    69721 acggccgtag ggaaaacgca cctcgccccg ggtcactttc atcaaacatc aaagcgatgc
    69781 gaaacgcacc tcgccccggg tcgctttcac caaagcgatg cgaaatggac ctcgccccgg
    69841 gtcactttca ccaaagcgat gcgaaatgga cctcgccccg ggtcactttc accaaagcga
    69901 tgcgaaacgc acctcgcccc gggtcacttt caccaaagtg atgcgaaacg cacctcgccc
    69961 cgggtcgttt tcatcaaagc aatgcgaaac gcacctcgcc ccgggtcact ttcaccaaag
    70021 cgatgcgaaa cgcacctcgc cccgggtcac tttcaccaaa gcgatgcgaa acgcacctcg
    70081 ccccgggtcg ctttcaccaa agcgatgcga aacgcacctc gccccgggtc actttcacca
    70141 aaaaacgtga gttcgacgaa agaatgaggt tccttatctc aggataatgt ctttgataga
    70201 gcgctgtaac ggccaaagtg tttttggaaa tgctttgctc atctcgtggc ttccgtagaa
    70261 acgcgctgct ggctttatgc ttagatccag agtgcacctc ttcgacgcac acgaataggg
    70321 gctccgttgg cggagaaacg ttttaccgct aaaccatact tttgtccgac tgttatagta
    70381 attggttatt tgagcattac gtatgaattt ccccttattg aaatggatcg agccgaggaa
    70441 gccctaccga ctcggactcg ccctgagcgg cggtggagcc aaaggattgg cctatgtggg
    70501 cgtctttaag tttttggagg agcgcggtat tcgtcccgac gtcattgtgg gcaccagcgc
    70561 cggcgctata gcggctgtgc tgtgggccga cggacacacc tcggacgaga tccgcgaaat
    70621 gttcgccggg cgtgagttct ccgagtttgc tcgggtgcaa gtgcccacca cgggcctgtt
    70681 cgacagccgt ggcgtgagtg agtttctgaa gcgcaacctc cgcgccaaga ccttcgagga
    70741 gcttcgtatc cccaccatcg tcatggccac cgacctcgac aacggctgcg gccatcggtt
    70801 cagctccggc cccatcgtgg aggccgtgcg cgcctcgtgc agcataccga tcatcttcag
    70861 ccccgtcgtt atcgacggcg tgcactatgt cgacggcgga ctcttccaca acttccccgt
    70921 ctccatcatc cgtgacagtt gcgagatggt catcggcgtc aacgtcaacc cctacactgc
    70981 ccgcaagtac agcaagaaca tctacagcat cggcgagcgc tcgttccact atatgttccg
    71041 cgccaacacc gtcgaggatc ggcgcctctg cgacctgttg atcgagaccg aggagttcgg
    71101 ccattacaag ctcttcgacc tgaagaatat cgaccacatc gcccgcgtgg gctacgtcac
    71161 cgctgtccgc gcctacaacc gcctggcccg gacggccgat aagaacaata agcttctgcg
    71221 tgcctatccg ccgcccaaac gcaccgcgcc caagtcggct gcccccaaga ggcaggcagc
    71281 tggcgaagtc ggccgccctc ggcagaggcc ttgattcctt ttgcttcttg cataaaagaa
    71341 gcacctcgtc acccccctac atccgtcact cactatgaat aagaacagca agaaacccat
    71401 catctatcaa gtcctcccgc ggatctttgg caacatgcag cgccctgcga aggagtatgg
    71461 caacatcgaa gagaacggct gcggcaagat ggccgacttc acccccgagg cgctcgatgc
    71521 cattcgccaa ttgggcgcga cgcacgtctg gtacaccggc atcttagagc acgccacccg
    71581 cacggactac tccgcctatg gcatccccaa ggatcacaac gccgtggtta agggcaaggc
    71641 cggatcgccc tatgcggtga aggattacta cgacgtggcg cccgatctgg ccgtgagcgt
    71701 gcccgaccgc atggccgagt ttgaggccct cgtggagcgg acgcatgagg ctgggctgaa
    71761 ggtcctcatc gacttcgtgc ccaaccacgt ggcccgtcaa taccactccg acgccaagga
    71821 tcccctcgag cccgaccttg gtcagaacga cgacaccagc cgcgccttcg cccgcgacaa
    71881 caacttctac tacctgcccg gacaggccct cgcgttccac ttcggcgcca aacaggagga
    71941 ctttgagtac agcgaattcc ccgccaaggt caccggcaac gactgcttca gcgccacgcc
    72001 cggccgcaac gactggtatg agacggtgaa gctcaactac ggcgtcgacc tgcaaggcgg
    72061 tggcacgaag tatttctatc ccgtgcccga cacgtggcat aagatgctgg ccatcctccg
    72121 cttctggatc gcccgcggcg tggacggctt ccgttgcgac atggctgaga tggtgcctgt
    72181 cgagttctgg cagtgggtca tcccgcgggt caagagttgg aagcaggtca tcttcatcgc
    72241 cgaggtctac cagcccgcgc tctatcgtga ctatatccgc accggcggct tcgattatct
    72301 ctacgacaag gtggggctct acgacacact ccgcagcgtc gtctgcggcc atgccccagc
    72361 ctcacgcatc acggaatgct ggcaggccgt cgacgacatc cgtccgcaca tgctctcttt
    72421 cctcgagaac cacgacgagc agcgcatcgc ctccgacttc tttgccggcc gcgccgaggc
    72481 gggtatcccc gcaatgatcg tcgccgctac catcggcacg ggcccggtga tggtctactt
    72541 cggccaagag ctcggcgagc gtggcatgga cgaggagggc tttagcggac gagacggtcg
    72601 cacgtccatc ttcgactatt ggagcctcga caccctgcgc cgacgttgtc acggcggacg
    72661 ttacgacgag gccctcctga ccgacaccga gcgtagcctg ctgcaccaat acacggccat
    72721 cctgcgcctc tcgcgtgagg agaaggccct ggccgagggc acgttcttcg atctgatgta
    72781 cgtcaatcct gcctccgaca gcttcgatcc cgcccgccag tacgcttatc tacgcaaggc
    72841 cgacgaggtg gtggtgctcg tggccgtgaa ctttgccgat actccgcggc gtgtccggat
    72901 acgcatcccc gaggacgcct tccgcgccat gtccatcccc gacaataccc ccgcccgcct
    72961 gaccgacctc ctcacgggca cggttgccat cggcaccctg acccacgcct gcgcctatga
    73021 ggtggagctg ccgccgtgct ccggtcggct gctgaagttc gattactccg gcctgtcgtg
    73081 accccgttca tagggagctt ttagatttta gctcgtcgcg ccctactttt ggcgccatat
    73141 ttttaactga tacagcgggg gagacagtcc gccatcgcaa ccggtgaagg acgcccctcc
    73201 gcgctcaaac tacttacaac ccactaaacg gatgagtgct tatacgcctt ttgccatctt
    73261 ctcgggaacc aactcccgtt acctcgcaga gcgaatctgc aaaagcctgc attgccccct
    73321 cgggcagatg aacatcgagc atttcgctga cggtgaattt tccgtctcgt acgaagaaag
    73381 tatccgcggc aaggatgtct tccttgtgca atccaccttt cccaactcgg acaacctcat
    73441 ggagctgctg ctgatgatgg acgcagccaa acgcgcctcg gcgcactcgg tcattgccgt
    73501 catcccctac ttcggttggg cgcggcagga caggaaggac aagccccgcg tctccatcgg
    73561 cgccaagctg attgccgacc tgctcagcgt agccggtctc gatcgcctga tcactatgga
    73621 cctgcacgct gaccagatcc agggcttctt caacgtgccc gtcgatcacc tctacgcctc
    73681 gtcggtcttc ttagactaca tccgcgagga gttacccttc gacaacctcg ttatagccac
    73741 gcccgacgtg ggcggcacga agcgcgccag cagctactct aagttcctcg agctgccgat
    73801 ggtgatctgc tacaagaggc gcctaaaggc caaccagatc agcgacatga agatcctcgg
    73861 cgacgtggag ggcaaggacg tccttcttat cgacgacatt gtggacacgg ctggcaccat
    73921 cacccgtgca gccgacctgc tcaagcaaca cggcgccaag tccgtccgcg cgatggccag
    73981 ccacgctgtc atgtccgatc ccgccacgga gcgcattgcc aactcctgcc tcgaggagat
    74041 gatcttcacc gactcgatcc cctaccagaa ggagtgcagc aaagtcacca tcctctccgt
    74101 ggccgacatg ttcgctgaag ccatccgccg cgtctgccac gacgagtcga tcagcacgtt
    74161 gtacgctatc aggtaacctc ccctctaacc ccattcaatt atgattatcg acttccccaa
    74221 catcccagaa caacgcctgc cgaacttcaa gggcggcgag aaagagtaca tcgcccgcat
    74281 gttcttcgac gggcagaacc gcatcatgta cggccgactc gagccgggcg cttcgatcgg
    74341 cctgcatacg cacgagacga gcagtgagat tatgtatttc cttgagggcc gtggcaaggt
    74401 gctgcttgcg gacggcgagg aacgcgtcgc cgctggccag tgtcactact gcccgaaagg
    74461 ccacacgcac agccttgtca acgacagcga cgccgatctg gtcttctttg ccgtcgtacc
    74521 tgagcaatga gtagctggcc cagagtggcc ggtttaccga tgaatcatag gggcgctacc
    74581 ttcggggaat agcgccccta tttgtagggc aaccgcatca aaaccacgcg tggttttgat
    74641 ctccgtaggg gtgtggagcg cgaaaaacgc atgtagcccc ccccaaggct ttctgtcatt
    74701 tcgatgtggc caccctacct ctatttgtgc cccgcccccg aggtggcggc tattggctat
    74761 actccttttt tttgagacat ctataccccc agcttactgc aatgaaaatt cgacgcaaga
    74821 agagagcaat catcctcgcc gtcctcgccg tcctcctgtt gggtgccggt tattttctgt
    74881 atccgatcgt gcgatacagt gtgcacaact atcaggagtt ccaacgcatt ccggatgaac
    74941 tgtctcttga cattcctttt tcctatgacg gttatttctc cgtgcgatgc accattgacg
    75001 gcaaagaggt gaacatgggc ataagcacaa gcgggatttg cttgatgaaa gaagaagacc
    75061 tcaagaaata tcacgccatc tacttcggaa gggctccgct gcctacgaga aatgttcgtg
    75121 gacagtggga ttggctacgc ctctaccgca ttcctgattt tcgcatagat accttcgcga
    75181 tgaatcccct ttttgcgtct gtcggtaagc acaattacat gcatttgctg gtgggagaca
    75241 gcgttttcga agacaatatc tttcagcgga gcaaaaggat cttttcggtt aaggaggggc
    75301 agatgtatgt ggtcattgct ttagatgagg cagagacaga cattagacgt gataacttga
    75361 tgggaaatgg tgtcttgggg ctcaatatca tgcggcaatg caattggctt ttttcggtcg
    75421 atgaaggacg ggtacgcata ttcagtgttg ctaatgataa gcggctcgaa caggagagca
    75481 agggcttcca taagattcag gatgggctgg aagaagaggg catcagcgct cgcctcggat
    75541 cgcttaaaga agatctggca ttttcgttag ctatcggggt agacgctgaa gtcatagtca
    75601 acaatgaggt gtccgcccag ctgaagaaac ggtatcctta taaggtgatt cttacgcttc
    75661 gaggggataa cagcatcgac tccttgtttg tgtttgatgg cgttccggtg gtgtgggatg
    75721 ggataacgat ccccaactgc caaatcacac acagccccaa gtttgccttt aacaagaact
    75781 acttcggggc ccaactgatg catcgcttca atttcatctt gaattattcc gctgatcaag
    75841 gggataactt gtatatccaa ccgggcaagg acttcgagca gcagcgtgct atgcctatca
    75901 tatctgtctt cgggctcaat gtaggagaga gggagcaggg tatcattgtc catcgattgg
    75961 agccggacgg catcgccgag aaggccggca tcgccttagg tgatgtggtg ctggagttag
    76021 acggacgcgc gcccaaagcc tcactcacca gccaagattt catccgatat acagccgata
    76081 agaaagagat ccgcctacga atcaagggta agggagagat gcggctcgcg ctgtgaggtc
    76141 ttgtttcccc agagtaaatt cctccaaccg atctcttttg aaggcgttcc ccagagtaaa
    76201 ttcctccaac cgatctcttt tgaaggcgtt tcctcgagta atttcgtcca accgatctct
    76261 cttgaaggaa tttctccgag taaattcgtc caaccgatct cttttgaagg aatttctccg
    76321 aagaaattcg tccaactgat cccttttgaa ggaatttctt tgagtaattt tcaccgttga
    76381 ccagtcatcg gtaaaaatta ctcaaagaaa cgcctccatt gatccttagt tggcgttgtt
    76441 gtcgcctcta aacgttcacc gctgctgctt acttttgcgc gctgcaatta aaaatcatag
    76501 gaacatggca ttagcatcga aatacgatcc ctcgtcggtc gaggggaaat ggtatcaata
    76561 ctggttggac aacggtttct ttcgctccct cccggacgag cgcgagccgt acacggtggt
    76621 catcccgccg cccaacgtca ccggcgtgct ccacatgggg cacatgctca acaacacgat
    76681 tcaagacatt cttgtgcgcc gcgcacgcat gacgggccgc aatgcctgct gggtgccggg
    76741 cacggatcac gcctccatcg ccaccgaggc caaggtggtg gcacgactgg ctgagcgcgg
    76801 aatccgcaag tcagacctca cccgcgagga gtttctgcgc cacgcttggg agtggaaaga
    76861 ggagcacggc ggcatcatcc tcaaacaact ccgacgcctt ggtgcctcct gcgactggga
    76921 tcgcacggcc ttcactatgg acgacatccg ctctcggagc gtcattcgcg tcttttgcga
    76981 tctgtaccgt aaagggctga tctatcgcgg cgtccgcatg gtcaattggg atcccgccgc
    77041 cctaaccgcc ctcagcgacg aggaggtgat ttataaggag caacagggca aactctacta
    77101 cctgcgctat cgcatcgtcg gtgaagacgg atacgccatc gtggctacca cccgccccga
    77161 aacgatcatg ggtgacacgg ccatgtgcat caatccgaac gacccgaaga accagcacct
    77221 ccgcggaagg cgcgtcattg tcccgctcgt ggggcgcgag atccccgtca tcgaggacga
    77281 ctacgtcgac gtcgagtttg gcaccggctg cctcaaggtc actcctgcac acgatgtaaa
    77341 cgactacatg ctgggcgaga aatataatct cccctctatc gacatcttta acgacaacgg
    77401 caccatcgct cccgctggcg aactttacgt cggcatggat cgtttcgccg tccgcgagca
    77461 gatcgtccgc gaccttgatg cagctggact gctcgaaaaa acagaggatt acacgaacaa
    77521 ggtgggcttc tccgagcgca ccaatgtgcc cattgagccg aagctctcca tgcaatggtt
    77581 cctgaaaatg gacggtctgg ctaagccggc actcgatgcg gtgatggatg atgagatccg
    77641 tttctacccg ccgaagttca agaacaccta tcgccactgg atggagaacg tgaaggattg
    77701 gtgcatcagt cgccaactct ggtggggcca tcgcatcccg gcttactatg cctcgccgac
    77761 tgatggggag gcgtcgggca atgtgtcgcc ggtcatcatc ctcgtagccg aaaccgaaga
    77821 ggaagcgcgt gcacaagccg ctgagcaccc catgctgaaa ggtcgcccgt tcacgcttcg
    77881 gcaggatgag gattgcctcg atacttggtt ctcgtcttgg ctttggccca tcgccctctt
    77941 cgacggcatt aaccatcccg gcaacgacga aatgtgttat tactacccca cggcggacct
    78001 tgtcactggt ccggatatca tcttcttctg ggtggcgcgc atgatcatgg ccggatatga
    78061 gtatgagggg gataagccct tccgtagtgt ctacttcacc ggcattgtgc gcgacaagct
    78121 ggggcggaag atgtcgaagt cgctcggcaa ctcacccgat ccgctcgccc ttatcgacca
    78181 atacggcgcc gatggggtgc gtatgggtat catgctggcc gctccggcag gtaacgacat
    78241 cctcttcgac gagtcgttgt gcgaacaagg gcgcaacttc aacaacaaga tctggaacgc
    78301 actccgtttg gtgaagagtt gggaggtttc cgatgcggca gaacagccag atgcggcaag
    78361 aattgcgatc gattggatga aggcgaagtt ctgcgcgacg atcgtggaac ttgaggatga
    78421 tttctcgagg taccgtatct ccgaagcgtt gatgacggct tacaaactct ttcgtgatga
    78481 gttctctgcg tggtatctcg aggctgttaa gcctgcttac ggtcggccca tcgatacaaa
    78541 aacatatcgt tccacgatct cgttgtttga gaaactcatg ctgacccttc atccgtttat
    78601 gcccttcatc acagaggaag tatggcaggc attggccgac cgtcagccag gtgagagtat
    78661 tatggtcact cagcagcctc gcccggagca aacgaacgac cgcctgacag ccgatttcga
    78721 agtggtgaag aacattgtgg ccggtgtccg ctccattcga ctcgagcgca acattccgaa
    78781 caaggagtcg ctcacgttgc aggtcgttac gggtgatcat aacgaggcgt ataatccggt
    78841 cattatgaag atgtgcaacg tcgatacgat cgtgcgagct ccgaaagatg ccactgccgc
    78901 ctcgtttatg gtcggcacga cagagtatgc cgtaccgctg ggcaacacga tcgatgtggc
    78961 tgaagaaatc cagaagatgg aagctgagat tgactacctc gagggcttcc ttcgttcggt
    79021 gatgaagaag ctcggcaatg agaagtttgt cgccaacgct aagcccgaag tcgtggctgt
    79081 cgagcgaaag aagcgtgccg atgccgagag taaactcgcg ctcttgcggg aaaacgtggc
    79141 taagctgaaa gacaatgcgt gagacttatc gaagtagaga aatgacacaa accgataaaa
    79201 gaagaggttg gggcatatac gtatgcctca gcctcttact gttacttgcc tcatgcagta
    79261 ctatccgctt cattgggatc gacactttgg agccttccga gctgcatgtt ccgcatacag
    79321 tccgtcgagt gctgattgtg gataacgctg cgatgccatc tgtcgcccct tgtgcattga
    79381 cgttggggaa gatcccactg gaggtgaagg aagtaacgac tgacagcatg gcgttttact
    79441 actgccacac cttgggcgaa cgcatcgccg atgcacaccg ttacgacgat gttcgtctct
    79501 acgacagagc ttatcgcccc tcccacctct ccgatcaacc gctatcagcc tccgaagtcc
    79561 atcaactatg tacggacgag ggtgcagatg ccgtcatctc gctcgatcgc ctacagttca
    79621 gcatcaaagg ggacgtcgac ctgctctatt tcctcaccca cgacccgtta cgggtcgaag
    79681 tgtctggtct catccgtcta tctatcccat ccgataccct aacgatggcc cgtaccgtcc
    79741 acctatccga cactctccgc gctgcgtttg agggtaccat cgatagtccc gaagccatta
    79801 gtcaggccat gcgtaccgta ttacgtgaag tttcactcta catggctgac aaatcctctt
    79861 cgcgctttgt tccacactgg gagccaaatg ttcgttggta ctatacctcc tcttcatccg
    79921 catggaaaga ggccagcgcc tatgccgctg cagagaaatg gaaggaggcc gctgcaatct
    79981 ggcatcacct ctacgaccaa gctcgaaact ggaaagtcaa ggcgcgttta gcctccaaca
    80041 ttgctgttag cgaggagcta tgtggcaatc tatcaatcgc ctccgactgg gccgaacgtt
    80101 cctacaccca ctatctcgag tatgcctcag aggtagactc caccacactc aatcgccagc
    80161 gacgctacac ggaagccatg aagcagcgtc ttcgctctga caaagaactt aggggtttgg
    80221 gaaagtgagt cttgcggtgt tccacgatgt ggctttgtat agatgtgagt tcgggtgtgg
    80281 ggtaacagga cacaaagaaa tagacacttg tttttaggat ctccggtcaa cccttctatc
    80341 tttgcccgcc gacaaacaga agaatacgtg aaagagaatc caaagattca gggaataata
    80401 gagtccatat tcttatccgc gatagatcgg gtaacaaaag atggagcaat acagacgatc
    80461 agccgtttgt atgtacaatt ggatgctgac gcaggtgaga tccagatttt tgatgagcct
    80521 gagcatttat tgaagaagaa gatcatcttc gattgggctg atccgcgcaa taagggagct
    80581 gtttttttgc agcgaaaact tgcgatgatt cgttcggcaa tagctcgtgt ggcagcaaaa
    80641 ggcgtcttta atcatccaaa gtgttcaaag ccgttcttta ttagtctagt agatgatgaa
    80701 tttaaagagt cagaagtgtt gtttggacag aaagaacagt ctgaagaagg agaggaatgc
    80761 ttgatggcgg acttagaaaa agaactggat gatttttatc ggaaactatt tccagatatg
    80821 gaataaagct ctatctttgt ccccgataag aagaacgatt gttggatttg ataagatcat
    80881 agtcgtaaat tgccgaaatg gctcagttgg tagagcaatt cattcgtaat gaataggtcc
    80941 ccggttcgag tccgggtttc ggctcaaata aaagataata ggaatataaa gggtatacgt
    81001 atatataggc gtatgccctt tcttgtaaaa gaaagatgca gaacacctct atgcggaata
    81061 agtcaagtta cgtagaagtc cttaagcttc gatagaagga gatcgatttt acgtaagaag
    81121 tggtgcggaa tagaatgcta ggatgaaaaa gtagccttgt agattgtcta tgtgtaatag
    81181 aataccgaat agatgcaagt gtgttccaga gagggattaa ggttcgagag tgaaagatga
    81241 gcatagcgct gtttgttctt ggattttact gttttgttgg agcgctttgc cttttggata
    81301 agaattagaa gagtggatca gaaaaaagag agggatggat tgtgagaata gggcaaatct
    81361 gtatttttgt tgcggcgatt gactcgtgtg gagctaatgc agcgatcgtt ggttgcagag
    81421 gcgaaggatg aggcgaaaga agagatttta cgagtattaa tatttaacta attgattatg
    81481 aacaaaaaag tatttacttt gttggcagct tcgttcatgc tactcttagg agcagtaggg
    81541 gcaagtgcta ggcctgcatg gggggattct gtaaagtatc tacccgatgg cacaggaaag
    81601 ggtgcttacc accttcaggt gtcgttcatc ggtcagaggg ctattaagga tagcgttttg
    81661 atgatggatc aggagggtcg tttggacttt gctgatagtg cttatgtgtg gaataaggat
    81721 ggagatccag attctgcatt tttcaaattg cgttcctcct tgtggtgcgt caatgttggt
    81781 agaccagaga atgcaggaaa agttcccgcc tttaccttta taaacaaaga gtatgggacg
    81841 gagctggcat tcgattatca gccgtattta tttacggaca caggaactgt gaatggcctc
    81901 tccacacgta aaatttacta tgacagtatg gcacgtttga tcccaggtta tggtatagat
    81961 ctgattgccg gccagacagt cgctccattg gtgggtggta acttgtcaaa atggaagttt
    82021 tcacgtacat acaatggtgc gcatggatcg gctgaattgg agaaagatca atacttagct
    82081 attgaggtaa agcctgacta ttatttaact ttcgctgttc ctacagatgg tacttcgagt
    82141 ggaaaaattc gtttagttgt agcgcataag aatgattttg atcctacggc acctttttac
    82201 aagaacaatt tggtgcgttt tagattggtc aatgcatctc cgagagtgtt gactgctcac
    82261 gattttaata ctaggatgca tcaaaatccg acggaaggcc cggttcagct gttcttctct
    82321 ccagatgtaa catcaggaca gacgaatgct tttgctcaat tactgaaggc tacggacgtt
    82381 cagtcatcta cccgtgggaa ggataatcat tatctttact tgaataccac cggaggtcaa
    82441 tatataacta tgtccacgtc ggactacaat agtgacttgg gtattcgtta tccaaagatt
    82501 gaaacgacag gtgctactaa tgaggatcag agtaaatggc gcttggttta ctatccttca
    82561 gaggacagct tgattgtcaa tgtgaagggg tataagaatc atgtaagtta tggtactcag
    82621 aaagatccgg gttcatactc tcttaatgag gacttataca acaatgatat tttgaattat
    82681 ttaattcttc gtgtacagga tctaaatgct acggctggtc gtatactaac agtagccaat
    82741 gcaccggcta atacacgcat tcatttcaat attaataatt gcgtggtata tgatacggat
    82801 cggacaactg ttccttcgaa cttgtatacg gtaagggatc gtgagggtcg ctacttagtg
    82861 gttccgatgt atgcaggtga tctcacacca cagtggatgc gtctggaaga tattgaaaat
    82921 gcaaatcgta caccgtccga tcagtggttt gtgacgaagg tgaatggtga atcgggtata
    82981 tcgaagattc atctgacgaa ccgtgaattc aataatatcc gcatcgagtt tgttcaagta
    83041 tataatgact accatctgtt taagggtgta tggcatcgta ttgacgaaaa cggattagga
    83101 cgtgactata gcccgattat gggtagaaac tatgtgaatc tggctggttt tactgtagtt
    83161 ccgaagccat atcgtaatga tccttacttg ggatataagt tctttagtaa gaatctcgat
    83221 gaggctgctg ctattaagga agcaactgac tcattgaatt ggttcgctta tgccttcaat
    83281 tacttgaata agctgagtga tggtaatcac tatatgggct tccgtgacaa tgcttcgagc
    83341 acagatacag gtttatatat cttgaaggat gacagaacat acttccaact tgttgtcccc
    83401 gacactctgc gtagagaggc ttatggcgtt gagaaatatg gtattggctg gaatgatggt
    83461 ctattagcta acttcagtaa cacaaatagc gacgactata tcgctccgtt gaaacgctgg
    83521 ttctatcact tacaagtgaa tgactattgg aagtttaagc ggaatgagaa ctatgtcgta
    83581 atggacgaca atgcacgtta tggttatacg ccagagagaa atgcgaatag tcgtcgtttg
    83641 aataaggcaa agttctatct gcgctttacg tatgagacaa atggcaagga ttactataca
    83701 ctgttagatc gaatcgatat ctcgaacttc cactacctga cgtatgtaaa gggtcttgct
    83761 gttacggata cgattaaggc ttatgattgg agtcatggca gcatcaggca gaattcgttt
    83821 ggtgtagtag ctgctagcgt aacggatcac gctccgatgt atgtagctgc acagccgaag
    83881 acgattggta catatcgtgt ttcgacgttt gctttaactc atgaaacaga gccattgtat
    83941 cgtcgcttca attctttaga tgaaggttct gttgcgactg atgatcctga tacggtagca
    84001 ttccgtcgta cagcaaagcc taatgattat ctgtatgaag atgcgcacag tgtatactct
    84061 gcgactaaga agcagaatgc agctggctat agcaatatca atttcgctgg tgtagagaat
    84121 gcagacgatg ctatcaagaa taaggataag gatcaggtat tcaaacgcca cattgataca
    84181 gattgggcta tttatgtaga tactgcttat gtgaaccgtg gtacgggtct gatcaaaccg
    84241 cagtacttgc tggtggtagg tccggaattt ggttggctgg gttgcccggt ttgtggtgaa
    84301 gatgagttga accgtccata tgtatatggc cgcttcttac gtaacgagac ggattctgcc
    84361 cgcactgatc ctcaattggg ttcgcagagt gccatccgcg atcgtgatta catcttgcct
    84421 tctaactggg atcgtttggc cttcacccca gctatccacg caggtgatac gttgtatgtt
    84481 cttaatggac attcgattga agagttctat gtgaaaggtg ctaatggaca gcgttatgtg
    84541 aactacaaga aactgaataa cacaccgcgt gtgaagaaag tattcttggg taacaacctc
    84601 cataaagacg aagtgttctc gttccgctat atcgaacctc gtggtggatc gaagaaagac
    84661 ttcttgatcg agtctgagac atggaatcgt ggtgctggac gcatgattgc tccaatgcag
    84721 ggtgcatgga tcaagattca gaatggtgtg cctgttgtca gccgtggatc gtactacgat
    84781 gcgattactg aggccgaagt ttggaatgta cgtaaaacgg acaaagctcc gttggccaac
    84841 aaggaagtat ctacgacgaa tgtagtagta actgccggtg tgggtaacgt aactgttctg
    84901 aatgcttcag gtaaggctgt tactgtaagt aatatcttgg gacaaacggt agcaaaagcc
    84961 gtattagcat ctgataacga gacgatttct gcaccacaag gtgtcgttat tgtgtcggta
    85021 gaaggtgaga atgcagtgaa ggctgtcgtg aagtaaaaga tagagatgaa gattttcgga
    85081 cggtagagtt ctatctaccg tccggagtcc ttcgatcgaa ttataatcga ctatttgaat
    85141 attaaaacga taataattat gaacaaaaag attttcacgc tattagcggg aattctcatg
    85201 ttggggctat ttgcagtctc gggcaatgcc caaggaagga gtaccttctt aaagaagcaa
    85261 gacctgcgtg tgggaaaacc cgtgaggaaa ctgcaggctg gccctaacaa aggctattac
    85321 tacttatccg tagatagtgt agtaggattt gatgctgcta gtgttggtcg ggcactgtca
    85381 aaacttcagg gtggacgcgg agatacgatt atgtcttaca ttccagacgg taataatgga
    85441 tcaaagaagt tgatggttct gtttatgcgt ccggatacaa acaaaaatgg gaaatactcc
    85501 ctttttgttg acacactcaa tgtcatcaag cgtacgggga atagggactc tgtaaaggct
    85561 aaatggaaag gttattttaa ggataatacg ccgaagacgg agatttcagc ctctgctctg
    85621 tggtgtgtaa atgtgacgga ctatctacaa gggcagaatc caacatttga ttttacgaat
    85681 aagcagtatg agactctgtt ggaaatagat gcttataatc atgagagttg gaggcgtgac
    85741 tcatctagtt ccttaaatgc agatagaaat aactggagga tgtctcctgc acatggtgac
    85801 acgtcgttag ttccaggagg tctgtctgga tgggaattct cagagactta tgcaactgtt
    85861 ttaaatgcag gtcgtccatt ggttacttat ttggatgata cgcacgatac ggtagctgta
    85921 ttgtgtatgc cgcgtgatac ttcaggtgga catcgttttg gagaattagt tccggatagc
    85981 tttatctgtg tgaagattgc tccggctacg gatgtaagag ctggtaaagt ggatggtatg
    86041 ctctatttca ctttgcgtga agcgctcccg tttgcattgg atgccaatga tttcaattca
    86101 ttgagtcgta cgaatccgct gaaattctct ccggacgctg cttcgaacaa tattttcacc
    86161 tcgggtctga aggccgcaca gcttgacaca agtgcgcatc gtgcagcttt agtcaatgcg
    86221 gcattcttga aatcttatgc gacccctcct tctccagcac ttgctccgtg gaatgctcct
    86281 gttcccggtg ataccgtctt ggtcgctttc ccggactcta ttctggatta tctgggttac
    86341 ctgcatttga agagtggtaa taactatttg cgagttgact ccaatttcca tgtacgtaat
    86401 gctggaggtg atcagttcct gaaatttgca acgggtacac aggcgcagat gtggacaaaa
    86461 cttcgtggtg atacggtctc tctgagagac tcgttgatgt acggtcagta cgtttggcgt
    86521 atggtctatt atccttcggg agatagcgtc tatatcaatc ccttcaaggc agcttatcgt
    86581 cctgagtacg atccagctat ctggcgaaat ggggcggata gtgttcgtac tcttggttgg
    86641 gtgacacaac aacgttatac gtttgctgca attcctgaca ctgcggtatt gtatatgcaa
    86701 tcaaactccc ccgctaacaa tggacaactg aatgcaattc gctctgcact catatctgcc
    86761 aacacaactt caatggttgg tactgtgaac cagcttgata gtaatcaggt gaaaacggct
    86821 cgtctgagag atggatttat gataggtgct agaaatacga gaggagaaga tgccccgctt
    86881 ccatataagt atcgtcatcg tttgtatgta tcgattcaga atctggcatc gggacgtgag
    86941 gttactctcc actcgaacca tagcggattc ttgccggccg gtgattgcag tatcaataca
    87001 cacatcaatt ttggtggcta ctatactcct tgcttggcta ctggctctga tcgcgtttcg
    87061 atcccgtcag atttgtatct gatccgtaat acggacggac agtatctgca tgttccgttg
    87121 tactctgctc acgactctgc tgtttggact tacttggatg agtttgtaca tccggaagaa
    87181 ctcccgtcct tccagtggat tgttgagaag cgttatagaa actctgagaa ctctccgatc
    87241 aacatcatta accgtgagtt tggtcatcga gttggtaata agtatggtct ggctttcgaa
    87301 aacgtacagt tgaagaaaga catggagcac ttctctttcc gtactgatcg ctggagatgg
    87361 aatgaggaga agaaggtgaa cgagagaacg accacgttcg atgctgctaa gtcgaacatg
    87421 agtgaaaaga acggcgctac gtttattgcg ttgccgaaga agtataagaa tgatccgttg
    87481 ctgggttacc agtggattaa tccggatact tcaatcgtga acctctatgc atttaactat
    87541 gcaagtggta tcgatgatag ccgttacatc tcaaccgcta agaacttcga tatgaatgct
    87601 tatcccaaaa cggatacgtt cctctatatc ggtgctaagg acaatttcga tgtggcctac
    87661 ttccgtatgg atacgatcgg tgctgagaat ggtaagttga acgagtacgg ttacaaggtg
    87721 gtttctaata ggaaccaagt acaagacctc gtaacgctga agcgtcaggc ttatcgtctg
    87781 aacttcgaga atccgttcaa gtactgcttg ggtacgcttt ctgtaagcaa tgctgcacag
    87841 cacttctatt cattgagctc gagattgaca gctcctctta ccaacatctt gggcagacct
    87901 gtcttctact tgcgtgatgt atatatggag aacgatggtg taaaagactt cgctcttgta
    87961 caggtaatgg atacggtggc tatgcagagt gcagattcta cgcagctgaa gacttatatg
    88021 actcagacgc tgggatctca gatctctgac ctgatgatga ggaacctcag aatcgctggt
    88081 aaattcaatc cgggtctctt tgtcatggct gtagacgaac cgacgctgaa gctgaagttt
    88141 gactatcgtg gtaattctgt aacacgtgta tcgaccttca gactgaagaa ggatgcagat
    88201 ccgatctacc gtcgcttcaa tacggagctt gagggtaagg taggtgatga ctcacccaga
    88261 acgatgaagt tcttcagaac aagcagtatg acgacaggta aggattacct cttcgagaat
    88321 acgggtgctc tgacggatca gaaggcttac tacaagggcc cgagaaacta tctgggtctt
    88381 gtaagtagca actctaatcc taacgctaag acttcgatct tcgtggatac ggcttatgta
    88441 aaccgtggaa cgggttatat caaaccgcag tacctgctca tgatccgtcc gtcgattgta
    88501 agcgatacat tgggttgcga cgacaatggt gaattgacga tccatctgcc gggctaccgt
    88561 agaggtatgt acctgatcaa tgctaccgac tctgctaata tggagagaac ggccggtgtt
    88621 gatgacgagc gtaacactta cctctggaac actcggtggg aacgctttgt gttcacggat
    88681 gctatccatg caaacgacgc tctctatatc cttggtggtg ctgacttgag caacctctac
    88741 acgaaggttg atgctaaggg taatgcgaag gctcttgatt tggctaagtt ggatgccgta
    88801 tcggatacga caccggctgc accgaagaac ggtaagatcc gcaagatcgc tttgggtaac
    88861 aactaccaca aagactgcgt attctccttc cgtttggttg agcgtggatc gccccagaag
    88921 gacttcttga tcgagtctga gactgcatat cgtggtgagc ctattacgaa tcggaatccg
    88981 atgatcgcac cgtgtattgg tggttggttg aagatccaga atggtgtacc tgtaatcagc
    89041 cgctctgacg aagagaagag aataccggaa ggtgatctgt tcaatgtaga gatgacatct
    89101 gaagatcctg tttccaacgt agttgttccg gctactacgg gtgtgaaggt ggttgctgag
    89161 aacggttctg taactgtact caacgcttct ggcaagcgtg tagtgatcag caatgtactg
    89221 ggtcagacgg tggctaatac ggtattgact tctgatcgtg ctacggtatc cgctccgaag
    89281 ggagttgtgc ttgtggccgt tgaaggcgaa ccggttgtga aggcactggt gaagtaacaa
    89341 ctagtgatat taattgaggg aaggctgctc ctatatgggg gcagcctttc ttttttgatc
    89401 ttatggtcca atggaattac agtcaatcag aaaaggatag gggataatct ttcacgcacg
    89461 aagggcgatc gtattaagaa catggcctcc ttttccaaga ttgccattcg ttaggagagg
    89521 gcaaaaccgt acaacggtga gggggctgag gggctacaga gatcaaaacc acgcgtggtt
    89581 ctaatctccg taggggtaca gacattaaaa ccacgcgtgg ttttgctttc cgtaggggta
    89641 cagacatgag aactacgcgt ggttttgctt tccgtagggg tacagacatt agaaccacgc
    89701 gtggttttga tctccgtagg ggtacagaca tgagaaccac acgtggtttt gatctccgta
    89761 ggggtacaga catgagaacc acgtgtggtt ttgatctccg taggagtaag tatgaagagt
    89821 gtatctcggg cctatcgcca ttttgatacg aggttaccct aattcgtcct catatagttg
    89881 atgcattcca ttacaattat ttgctttgcg ggagcatttc gatttctatg aacaaacagt
    89941 catggaagca atgaagatca ctaaacatca aatgaaaata gagtatgaaa acacgtctta
    90001 ccctactgtt actgctttgc ctcgctgtta gcctgtacat gcgagcttat gacaatgtgc
    90061 gtcggccaga tacgcgtgcg ctgggattgg ctggttccga ggtcgtctat tcgccgctct
    90121 tcaacccatc gctgacgccc ttctttgcgc atcgccagct gcgcggtgac tatttcaacc
    90181 cctatgggat gaaggagtta gtcacggtca gtgctgggct caacgtgccg aaccgcattc
    90241 tgccgttcgg tgtgcacatt gcctcgtttg gctacgacag ataccgcgag agcatgttcc
    90301 gcctttcggt ctctaagcgg ctgagcagca tgtggtcact gggggtgagt gtacagtatg
    90361 ctctcctgca gtctgagatc tttgagcagg acgggcagcg gctgtcggtc gacgtgggtg
    90421 tggcgctacg gccaacagat aagtggctgc tggggctgtc ggtacttcat ttccccgctg
    90481 tttcgatcgg ctccgatgag acgaatcagg tgcacatgac gccgcggatg atccttctcg
    90541 gggcgcgtta tatgatagac gagggcttgg aactgtcggc cgaggcggag tatcggcagt
    90601 atgagccctt cctcttttca gtcggggcgg agtatacgcc ttttgccaat ttccaactgc
    90661 gtgccggcgt gaagtcgtca cccttcagcc cttcgctggg cgtgagctat tccttcatcg
    90721 gcctgaccct cgacacggca ctatactatc accctgcgct tggagccagt gtgggaattg
    90781 ggctggcata ttcgttttga tgcgagaagc cattcttttt taacgtgagt tcgacgaaag
    90841 aatggactcc ctaatccttg aagaatgtct ttgatagcgc gcagtagcag ccaaagtgct
    90901 tttggaaatg cttgcaccgg cggtacaaac ctcaaaaacc acttttcacc tcttgcatca
    90961 ccggtgcaag catttccgaa aacgttttgg ccatcgtgtg actcccgcag aaactccctg
    91021 ctggcgttat tcttacatcg aactcacatt aaggggcaga gcatgctatg cgacggaaaa
    91081 gatgagacag aaaggcggaa taggtctcga atggattcga cggggaaggt cgtattgtgg
    91141 cagctatgga gggcgggtaa gcattcgccc tatatttttg gcgtcgtttt caacgaataa
    91201 gcctatacga atcatgtcag aacgaaaagt tagggtgcga ttcgcgccca gtcccacggg
    91261 accccttcac atcggcggtg tacgcaccgc gttatacaat tatctgtttg cgaaaaagca
    91321 cggcggcgac tttattctcc gcattgagga cacggactct cagcgctttg tgcctggcgc
    91381 cgaggaatac atcattcagt cgttcgagtg gcttggcctt cgcttcgacg agggtgttgg
    91441 gtttggcggc aactacgggc cttaccgaca gagcgagcgg aaagccatct atcgccagta
    91501 tgtcgaccag ctgctggatg caggtctggc ctacatcgct tttgatacgc ctgaggaatt
    91561 agaggccaag cggagcgaga tccccaactt ccaatacgac gcttcgacgc gcgggcagat
    91621 gcgcaactcc ctgacgctcc cagctgacga ggtgcggagg ctgatcgaca gcggtgcgcg
    91681 ctacgtggtg cgtatccgca tcgaaccgaa cgaggatatc cgcgtcaacg acttgatccg
    91741 cggtgaggtg atcatcaact cgtccatcct cgacgacaag gtgctttaca aatcggccga
    91801 tggactgccc acgtaccaca tggccaacat cgtggacgac catttgatgg agatcacgca
    91861 cgtgatccgc ggcgaggaat ggatctcgag cgcaccgttg catgtattgc tttaccgtta
    91921 cctcggttgg gctgatacga tgccgcagtt tgcgcacctg ccattgctgc tcaagcctga
    91981 gggcggaggc aagctgagca agcgcgacgg cgaccgcctc gggttccccg tctttcccct
    92041 cgagtggcac gacccgaaga gtggcgaaaa gtcatctggc taccgcgaga gtggctacct
    92101 gcctgaggcc gtgatcaact tccttgcgct gctcgggtgg aaccccggca acgacatcga
    92161 actgatgacc ctcgacgaga tggtccgcct ctttgacctc acccactgca gcaagagcgg
    92221 cgccaagttc gattacgaga aaggcaagtg gttcaaccac cgctatatcc agctgcgcag
    92281 cgatcgcgac atcgctgaca tgttccgccc tgtgctcgaa agtcatggca ttacggacgc
    92341 cgaccaggcg tatgtcgaga aggtggttgg gctgatgaag gagcgcgtca gctttgtgcc
    92401 cgaactctgg ccgctgacct attacttctt cgtcgcgccg accgagtacg acgagaagac
    92461 ccgcaagaag cgttggcgcg aggacagcgc cgcacaactc acggagctga tcgaggtttt
    92521 gcgtggacgt gaacccttcg acgtggaggg caccgaggcg tacgtcaagg agtggatcgc
    92581 agcgaagggc taccatctcg gcaacatcat gaatgctgtc cggctggcgc tcgttgggca
    92641 gggtattggg ccgcagatct tccatatcac tgaggccatc ggcaaggacg aaaccattcg
    92701 gcgcattcag cgcgccatcg aaatactcgg ctgatgcgcc ccctctacac ggcggctatc
    92761 agcctctacg cagcggccgt ccaggccgct gcgccttttc atgggaaggc gcgcaagatg
    92821 atcgacggga ggcggagcat tgacgaggtc ttgcgtgaga agatagtccc cggtgcgcgc
    92881 tacgtctggc ttcacgccgc ttcgctcggt gaattcgagc aggggcggcc cctgcttgag
    92941 gctatccgcc agcgccaccc cgattacaaa atcgtcctca cgttcttctc cccctctggc
    93001 tacgacgttc gccgagacta ccctggcgcc gatgtcgtct gctacctccc gttcgacttt
    93061 ccacgccgta tccgccgttt cctcgaccgt gtccgcccca ccctcgccct ttttgtcaag
    93121 tacgagtttt ggctgaacac gctcgacgag ctgcggcgcc gacgcgtccc cacctactta
    93181 gtctccggca tcttccgtcc cggccaattc ttcttccgcc ccatcggccg accgtatcgt
    93241 gacgcgctcc gttgtttcga tcacctcttt gtgcaagacg agacctcgcg ccagctcctc
    93301 gccggcatcg gtctgacgaa cgtcaccgtc acgggcgaca cccgcttcga tcgcgtgatc
    93361 gacatccgcc gcaccgcccg tccactcccc gtcgttgccg ccttcgttga acgcgacgcc
    93421 cgtccggtgc tgattgccgg cagctcgtgg cccgaagacg aggcgctgct gatcccctat
    93481 ttcaacgctc accccgacct gaagctgatc ctcgctccgc acgagatcca cgaggcgcat
    93541 ctcgccgcca ttgaggcccg cctcacccgt ccggccctgc gcctctcccg cgccgatgcc
    93601 gacacggccg cgggcgtcga ctgcctcatc gtcgactcct ttggcctcct ttcgtccatt
    93661 taccgctacg cccgcatcgc ctacatcggc ggcggcttcg gtcacggtat ccacaacgcc
    93721 cccgaggctg cggtctacgg cgtccccgtg ctcttcggcc ccaaccacca caagtttcgc
    93781 gaggcccttg acctcatcgc ttgcggcggc gcctactcca tcactgacgc gtccaccctc
    93841 tctgctcgcc tcgatgcgct cctcgccgac cccgacgcct gcactgcggc gggagagtct
    93901 gccggtgcat atatccaaca acatagcggt gccactgagc agatcctccg cgccatcgac
    93961 ctataaaaca ggctgtgggt tgtctataat aggtacgtct ccggttagtg atgacctacc
    94021 attgcttgtt agtgatgacc taccattgct tgttagtgat gacaaacctt acgtgttagc
    94081 gacgacctgc cttatagggt agcgacgacc taccttatag ggtagtgatg acctacctta
    94141 tagggtagta ctgacaaacc ttagtgctca tagcccaatc acttcgggtc gatgttttga
    94201 attagattgg gtgtatgtgt tgaatcggat tggacttacg tattaaatca gattgggcct
    94261 ataagcccaa tcgctttggg tgtatagttc taatcatttt ggacttatag gtccaatcaa
    94321 attggactcg tctacccgct cctactggta ggggtgcatg cactttgctt aacgatggcc
    94381 caccttagaa cgtccagcgg agcatggcgt agaggtccgt acgattgcgc ccgcggatgg
    94441 tttcgaggcc cgagccgatg gagtcgccgg tgaagaggtg cgtccagccg attttagtcg
    94501 agagcgtgag ccgacgaccc gcggggcgcc aatagagcag gccggagagg cgcagtccgc
    94561 ggccgtagag cgagggcgtg gcgaaggtgt agagcaggtt tttctcgtag gaatagaggc
    94621 gagcggcgaa cccatctgtc aggaagaggg cggcgaagag ttcggcgcgg acgggcagcc
    94681 tttgagggcg ccaactgatg gcctcggaga gcatgtggcc gcgtgcggta gaggcgccgt
    94741 cgggctggtg aagcgagacg tcgagggcgg tgcggagcgc ccaaacggtg tcgatggtac
    94801 aggtgatttg ggcgcggagc cgatgtcgga cgatggggcg aatggcgatc tcatgtccgc
    94861 gaacggcatc gccttcagtg cgttggctac ggaaacggac gtaagccgcg atgatctcgc
    94921 gtggatcggt ccaatcgatt cgcaaggtgt attcgctgcc ggtggagggg aagctgacgc
    94981 ggggcttcat ccatgggaag cggaagaggt cggcatgacc cgtgagcaac cagcgtgggg
    95041 cgggtgcgaa ggtgaggccg aggtagagcc cctcttcgtt tcggacgcgg gcggtgcgcg
    95101 cgaaggcaga ggcaaagagg gcgtggtagc ggggcgaata gttgcggtag agtagggtgg
    95161 cgatgatctc ggagctgggc gtccattgca gggcggcgag tgtggccgtg gcgccagagg
    95221 cggtggagag tgccgtctca ccgaagagct tcagacggtc gttcttgatc atgtagtcaa
    95281 ggccaaggtc gacgttgctg cggccgcgga agtcgtagtg gttgtaaggt ttaggtggcg
    95341 gatcgacgcg ttggccaccg aagtcgtagg ccaaggctgt aagtccgatg tgcatgcggg
    95401 agcgggcata gcgcaggttg ccgccgatgg cacgcaggct gaccgtgtgt cgggtgcggc
    95461 gttcgttgcg ggtacggtgc aggccgtcga ccttgaggga ggtgatggtg gtgccgtctg
    95521 tcgtggcgtc caccttgcgg ctcgacccga agaggctcag ctgccagtgc gaaagtgcaa
    95581 gggtggctgc gatgccgcgg aagaactgtt gttcgtcggt ggaataatgg cggcggaagc
    95641 cgttgttgcg gtattcgggc tcgacggcga gtgtgccacg ggcgggcgta tagtcatgac
    95701 ttacgacgag cccttgtcca aaggtggcct tgaaatcacc cacggcgagg gtgcgtaggt
    95761 gcccgaaatc tttcaggaca aagtgaaccg aatagtagtc gtagccctta tgagtcgcat
    95821 tagcaaaggg ctctccggca tctttctctg ccgcaaagcc cgcttgcaga cggtcgtcaa
    95881 aggtgtaggc gtatcggacg gtgtggccga agggctcgcc gaggtatcgc cgggagctgc
    95941 tgtccggagc aggggagtag ccgcgctttc gttccacagt ctggttgtat ttcacgatcc
    96001 attcgctggc gccgtggtgc agcagattag caaggatgat attcgggcgt tcggggccgt
    96061 gtctgtttac gcaaacgaag ggggcgatgc gtcggagtgt gatccagtcg aggacgtcga
    96121 tggttctcag ttcgtagacg gtgaggaagt agtggtgccg ctggcggtag gagaggatgg
    96181 agtcgacttg tgcgtcggag aggaagggaa gctggtgaag gtcgtaagtg gtggctgtgt
    96241 tgaggtcgat cggatgttca gccaggtggg agaggtcgga gtagagtgct tcaagtcgct
    96301 tttcgtcgaa ctcatcgtca gtgtattcgg aaagttcacg cagctgctcc atccaatcgt
    96361 ccgtcgggtg ggtgtcctgc gacctgacga cgttgcttgc cacaacgagt aaaagcagga
    96421 cgacgaatag ggggcggagc atggcatgta tagattcagg tgttggtaga atttcaggat
    96481 gagctggccg actttaccgg actctctcct cgaagatctt gttcccttcg agcaacgcgc
    96541 gggtgtcttc gaagaattgc gtgcaggttg cgcgtaggtc agctggtagc gcgatggagt
    96601 cagccgcaga cggcggaata atccggtatc caccgggacg atagacccat ccgggcgtgt
    96661 aggcaggagc gatccggaga gcaccgttgc gttccttctt aatgtcgagc gtgacgatca
    96721 gtccgccgtt ccgataacgc tccttctggt tcgaaacgag gttgccgagc gaatagacag
    96781 tgacgctgcg catgacaccc tcattgtcgc gtttcgcttc aatgggttga ataacgtgtg
    96841 ggtgactacc gatgacgatc tcggcgccaa gccgatggca gagcgcggcc agtcggcgtt
    96901 gctcgtcatt cggtcggcgg gcatactcta taccccaatg gaaaaagacg attacgcagt
    96961 cgatgtgctt acggtttact agcgataggt ctctacggat ggcattcgta tcgatcaggt
    97021 taacgatcat acctttgggt atcggcatgc cattcgtgtc ataggtatag ttgaagagcg
    97081 caaaccgtaa ccctccagct tggaacaaca gcggatgttc tctgcgtatc cgaccactgt
    97141 cgacgaaggc tcccgtgtgt acaattccga gcgaatcgaa gcgtcgtgtc gtgtattcga
    97201 ttcccgtacg accgttgtca cagatatgat tattcgcgaa catcacagcg tcgatcccta
    97261 tgtcacgcag agcgtcagcc acagctcccg gcgatcggaa cgtaggatag ccgtgataat
    97321 cagttgttgg agtcagagtt gtctcgaagt tcaggatggc ataatcggcc tgttcgaaaa
    97381 gtggcttgac gtagcgaaac gattcggagt aatcaaaacg accgtttgga cgttgggctg
    97441 ctcttacttg cggcatgtgc tgcattaggt cgccagcgaa taccagtctc gcctccctgc
    97501 gcaccgtgtc cgaagcgctt gagtcgagtt cacccgattg tcccttccgc ggatgcatcg
    97561 tgcacgcgat gcaaaatagg agagccaccg cgagccagta gaggcggtgg ggccgggtgg
    97621 ccgatctgtg tattacgcgt gcgatgcctt tattcatacc acgaggcgta catgtgatag
    97681 ttgcgagcga tcttctgatt catctctttg gcctgctctg ggtctacttt ctttacgaat
    97741 ttggcaggta cacccgcata aatactccac ggctcaactt gtgtgtgact caatacaaca
    97801 gatcctgcgg ctataattgc cccttcgccg atcacggcgt gatcgagtac tacggacccc
    97861 atacccacaa ggaccccttt gcagatcttg gctccgtgga tagtgacatt gtgtcctacc
    97921 gagacatcat cctcaatctc tatcgttgac ttttgatata aggtgtgcaa cactgatccg
    97981 tcctgaatat ttacaccgtt tccgatgcgg atagagttta cgtcgccacg caatatcgtg
    98041 ccaaaccaaa cgctgcatcc ttcgccaagc acgacatcac caataatcgt cgcgttgtct
    98101 gcgaggaaag tatcttttcc aatacttgga gtaaatcctc ttaccgattt gataagcgcc
    98161 attgttctct tctttgatgg gttatgaatg aaattaacgc cgacaaaagt agacaaaaga
    98221 aggacagcta ttttgcgtgg gagagcatgg atgaaaatcc aactgaaagt tttgctggga
    98281 ataaaatatc tctacttttg cgcctgattt ttagtataag tagaagagaa acagatactg
    98341 agtaattcta aaagcgataa tatatgattg tagttccgtt gaaagaagga gagagcatcg
    98401 agcgagcact gaagaggttc aagaagaagt ttgaaaagac tggtgttatt cgagaactga
    98461 gaagtcgtca ggcttatacg aagccttcgg tgaaaaaacg aaaggaacgt atgcgtgcgg
    98521 tctacgtgca gcacttgcag caggaagaag agtaatccgc ttacacgaag tgtctctcgt
    98581 gtgtttgtca cgatagtagg tgtatggaga ggtgatatgg aagcatttat cgcatctttt
    98641 atagactatc tccgatacga gagaggagca agcgttgcta cgagagttgc ttataaaaat
    98701 gacttgcttc aatttgtggc atatgtgcgt gaacacacgg agaatggcaa agcaagcctt
    98761 gggcttgtcg attcggactt gatacgtcta tggatcacat cattgatgga tggatgtatg
    98821 tctccaacat cggtgaatcg aaagctgagc gcattaaaat cgtattttaa gtacttgatg
    98881 aagcagggat tggtcttgaa caatccggcg tctttagtta ttggtcccaa atttttccgt
    98941 ccgttacctc agattataaa ggaagatgag ttgacagaat tgctcgatgg aagttgtttt
    99001 aaggctgatt ttataggaac acgtgatcga ctaatgatgg agttcctgta tgagaccggg
    99061 cttcgacgtc aagaacttgc ttttttgaaa tgctcagata tagatctaat ggcgatggtg
    99121 gtaagggttt gtggaaagcg caataaggaa cgtatagtcc ctttctcgga acggttgaag
    99181 ctgcagatca ttagctatct acaagagaga aggtctgtgc tgcaatgtga taacactcac
    99241 ttttttgttt gtaagaatgg tcgttctgtc gctggcgcaa caatatacaa tgttgtgagg
    99301 aagtatgtct ctaacagagg cttgcgtaca aagtgtgctc ctcatatgct gaggcattct
    99361 tttgcgacga gtttattgaa taacggtgca gaactaaatg ctgtgaaaga attactggga
    99421 catagtagct tatcctcaac ttcgatttat acgcatatca actttgataa gttgaaagaa
    99481 atgtattacg ctcatcctag ggctaataga taaggaggta attatggaaa ttagaattca
    99541 ggcaattcat tttgacgtga cggagcgctt agatgcgttt attcggaaga aagtagctaa
    99601 attgagtcag tatcatgatg gcattttgga tgctgaagtc atattgcgag tagtcaagcc
    99661 ggagacagta cgaaataagc aggccggcat acgtttacag attaaaagca atgactgttt
    99721 ctccgagaag gtaagtgata cttttgaaga agctgttgat gaggctgtag ttgctttgga
    99781 aaagcaactg attaaagcca aagaaaagag tagatccaaa taaaaaaaga ccggagattt
    99841 gttgcgtaac aaattcattc taaatttgcg gccgtttcgc gtgataacgg aacggctctt
    99901 ttaaactaaa ctcgaccatt cattgctgag ttttccatcc agtgatggcg atagcttctt
    99961 acgtgggcta ggtgtgaatg tgtcgttttc aagagggtaa tgcctgtgta gctcagcggt
   100021 agagcacttc cttggtaagg aagaggtccc gagttcaagt ctcggcaccg gctcaatatt
   100081 aaagattaga gaattgaatg tataaaggca ttttgagtta tggcaaaaga acattttaac
   100141 aggagtaaac cgcatgtaaa catcggtacg attggtcatg ttgaccacgg taagacgact
   100201 ctgacggctg caattacgaa agtgttggct gagaagggtt tttctagcgc agagggcgta
   100261 aagtcgtttg atcaaattga taacgccccg gaagagaagg agagaggtat taccatcaat
   100321 acttcgcatg tagagtatga gacggccaat cgtcattatg cccatgtaga ttgtccaggt
   100381 cacgccgact atgtgaaaaa tatggttact ggtgctgcac agatggatgg tgccattatt
   100441 gtagttgctg cgactgacgg tccaatgcct cagacacgtg aacatattct tttggctcgt
   100501 caggtgaatg tacctaagct ggttgtcttc atgaataaat gtgacatggt agacgacgaa
   100561 gagatgttgg aacttgtaga aatggaaatg cgtgagttgc taagtttcta taagttcgat
   100621 ggtgataata cgccaatcat tcgtggttct gcattgggcg ctcttaatgg cgatccgaag
   100681 tgggaggaga aggtgctaga gcttatggag gctgttgata catggattcc gcttcctcct
   100741 cgtgatgtcg ataaaccttt cttgatgcct gtggaggatg ttttctcgat tacaggtcgt
   100801 ggaacggtag caacaggtcg tatagaaacg ggtattgtca agaccgggga tgaagttgag
   100861 attatcggct taggtgctga tggtaaaaaa tccgtggtta caggcgttga aatgttccga
   100921 aagatattag acgaaggtca agctggtgat aatgttggac ttttgctccg tggtatcgac
   100981 aagaatgaga ttaagcgtgg tatggtactt tgtcacccag gtcaggttaa gcctcattct
   101041 aaatttaagg ccgaggttta tatcttgaag aaagaggagg gaggtcgtca tactccattc
   101101 cataataaat atcgccctca gttctatatc cgcacattgg atgtgactgg agagataacg
   101161 ttaccggctg gtgttgagat ggtaatgcct ggtgataatg ttacgattga ggttgagtta
   101221 atctatcccg tagcatgcaa tgtgggtctg cgctttgcta ttcgtgaagg tggacgtacg
   101281 gtgggtgcag gtcagataac ggaattgtta gattaggatt gggttaattg cagccgattt
   101341 ccactgatat tgtgagtcgg ctgcatatat acggaagtaa ctcagttggt agagtaccgg
   101401 tctccaaaac cggctgtcgg gagttcgagc ctctccttcc gtgcaataaa taggataatg
   101461 aatgaagaag gttatctcat atattaaaga ctcatataac gaacttgtat ataaagtatc
   101521 ttggccgacg aggtcggagc tttcgagtag tgctgttgtt gttatgttcg cttcccttat
   101581 catagcagta ctaattgggg ttgttgactt tggatttgag gctgtgatga atttcatcta
   101641 tagcttataa tggttataat gccggattct cagcaaaaat tttatgttct cagagctatt
   101701 agtggcaagg agaacaaggt ccgtgaatat ctggaggccg aaatcaagaa ttcggacttg
   101761 ggtaattatg tttctcaagt tctgattcct actgagaaaa ctttcgttgt aagaaacggc
   101821 aagaaagtga tgaaagaacg ggcatattta cctgggtatg ttttggttga ggctaatttg
   101881 gttggagagg ttattcatcg cttacgtgag attcctaacg ttatcggttt tttgggggga
   101941 gaagggcaac cagtgccgtt gcgcccatct gaagtaagtc gagtgttggg aactttggac
   102001 gaactacaag agcagccaga ggaaatggag attcagtatt ttgtgggaga aaccgtcaag
   102061 gtgatttccg gtccatttaa tggttttagc ggcctagttg aagaagtcaa cgctgagaaa
   102121 aagaagctca aggtaatagt taagattttc gggcgcaaga tgcctcttga gttaagttat
   102181 gtgcaggtgg agaaagaata gccattggtt acggatggcg gatctttatt ctatgagata
   102241 attcgtgaat tgttttaggt aagaaagatg gcgaaagaaa ttgctggaca aattaaattg
   102301 cagattaagg gaggggcggc taatccttct ccccccgttg gacccgcatt gggttctaag
   102361 ggtattaata taatggagtt ctgcaagcaa ttcaatgcca gaactcagga taaagccgga
   102421 aaagttcttc ccgtagtaat tacttattat gcggataaga cctttgattt tatagtaaaa
   102481 actcctcctg ttgcggttca gctgttagaa gctactaagc aaaagggagg atcttctgaa
   102541 cctaatcgta aaaaggtggc tcagattact tgggaaacag tacggaaaat cgctgaggat
   102601 aagctggtag atttgaattg ctttactgtt gagtctgcta tgcggatggt agctggaact
   102661 gctcgaagta tgggcattgc tgtaaggggc gctttcccaa cgacgaatca ataaactcaa
   102721 ttaagaagat gggtaaagta acgaagaaac gaaagttggc tgagagcaaa cttgaagcgg
   102781 gaaggtcgta tacactgcaa gaagcttcgg tattggtgaa agaaatttcg atgacgaagt
   102841 ttgatgcatc tgtggatatt gatgtccgcc ttgggataga tcctcgtaag tctaatcaaa
   102901 tggttcgtgg cgttgtatct cttcctcatg gaactggaaa agagactaag gttttagctt
   102961 tatgtacgcc tgataaagag gccgaggcta aggctgcagg tgcagatttt gtcggattag
   103021 atgattacat cgagaagatt aaaggtggat ggactgatgt cgatattatc attacgatgc
   103081 cgtccatcat gggaaaaatt ggagctttag gaaggatctt gggccctcgt ggtttaatgc
   103141 ctaatccgaa aagtggtact gttactaatg atgtaggcag tgctgttaaa gaggttaagc
   103201 aaggtaagat cgattttaaa gttgacaagg ctggtatcgt tcatacttcc attgggaaag
   103261 tctcgtttaa tccagagcag ataagtggaa atgcgaagga gtttatttcc acattggtta
   103321 agttgaaacc tacggctgcg aaaggtacct atatcaagag tatatatctt tctagtacca
   103381 tgagtccggg tattagggtt gaaccgaaat ctgttgatga gtaatacatg taagtacgat
   103441 gaagaaggaa gataagagca ttgttatagg acaattgact gagacactga aggagtatga
   103501 caacttctat ttgacagata ttgaggcatt gaatgctgag aagacaagtg cgctgagaag
   103561 attgtgcttt aaagagaatg tgaagttagt cgttgttaaa aacaccttgt ttaagagggc
   103621 tctagagaat atggatgttg attattcagc attatattcg acgctaaagg ggaataccgc
   103681 tgtcatgttc tctaacgtgg tgaatactcc ggctaggtta attaaagact ttactaaggg
   103741 cacgaaaggt gagggaaaac ctcagttgaa ggccgcgtat gtacaggaaa gtttttatgt
   103801 aggagttgaa catcttgaca cgttagcaag tctgaagagc agagaggaaa tgttgggaga
   103861 tgtgatcggc ttgttgcaat cgccgataaa gaatctgatc tcggcgttgc agtcctcttc
   103921 tggacacgtt atacatggtg ttttacaaac tctcgagaag agatagaaaa taattaatac
   103981 ggaataataa tcgattaaat cataagaaaa tggcagattt gaaagcttta gcagagcaat
   104041 tagtgaacct caccgtaaag gaagttagcg aactgacgac aatattgaaa gatgaatatg
   104101 gcatcgagcc cgcagctgct gctgtagctg ttgctgcagg accggctgaa ggtgctgcag
   104161 ctgttgaaga gaagacctcg tttgacgtgg tcctgaaggc tgcaggtgct aataagttgg
   104221 ctgtcgttaa attggtgaag gaacttaccg gtctgggctt gaaggaagct aaggacttgg
   104281 ttgatggtgc tcccaataat gtaaaggaag gtgcagcgaa agccgaggct gaagatttga
   104341 agaagaggtt agaagaggct ggggctgaag ttgagcttaa atagtctcta tctcctgttt
   104401 atcaggtaat atggttaagt ctcccctatg tgtggggata cttaaccttt ttgtgtctat
   104461 ctcataagtt cagaataaac tcgttcaata gaagatgtct tcaacagccc aagtccagag
   104521 aataaatttc gcttcgataa aaaagtttct accctatccg gactttctcg aagtacagtt
   104581 aaagtcgttc caagactttt tgcaactcga tacgcctcca gagaggagga agaaggaagg
   104641 gttgtataaa gtgttttctg agaacttccc catagcggat acgcgaaata atttcgtgtt
   104701 ggagttcttg gattattatg tagatcctcc tcgttattcg attgacgaat gcattgcacg
   104761 tggactgacg tatagcgtcc ctctaaaggc aaaactgaaa ttgtattgta cggatccgga
   104821 gcatgaagat tttgatacgg tcattcagga cgtttattta gggccgattc catatatgac
   104881 ggaacgggga acgtttgtta tcaatggtgc agaacgagtg gttgtttctc agttacatcg
   104941 ttcgccaggc gtctttttcg gccagagtgt tcacgctaat gggacgaaac tctattcagc
   105001 tcgaattatc ccattcaagg gctcatggat tgaatttgct acagacatta ataatgtcat
   105061 gtatgcctac atcgatcgaa agaagaaact gcctgttacg actttacttc gcgccatagg
   105121 ctacgagagc gataaagaca tcttggagat attccatttg gccgaagagg tgaaggtgtc
   105181 taaggccaat ctgaagaaat ttatcgggcg caaattagcg gctcgtgtat tgaagacttg
   105241 ggttgaggac tttgtggatg aagacacagg tgaggtggtt tcgattgagc gaaacgatgt
   105301 agtgattgac cgtgaggctg agttggatga agacaacatc aacaccatcg tggattcagg
   105361 tgcacagtat gtgttgctcc atcgtggaga ccaaaatctg tcagactacg cgatcattta
   105421 taatacgctg caaaaggatc cgagtaattc ggagaaggag gccgtgttgt acatctatcg
   105481 tcagttgcgt aatgctgatc cggcggatga ggcaagtgcc agagaggtca tcacgaatct
   105541 gttcttttcc gagaaacgct atgatttggg tgatgtgggg cgcttccgga tcaatcgcaa
   105601 attgaatttg tcgacagcgg tggacacgaa ggtgttgacg aaggaggaca tcatcgaaat
   105661 catcaaatac ctcatcgagc tgatcaactc caaggcagtt gttgatgata tagaccactt
   105721 gagtaatcgt cgtgtacgta cggtgggtga gcagctgtac aatcaatttg gtgtcggatt
   105781 ggcgcgtatg gcgcgtacag tgcgcgaacg aatgaacgta cgcgataatg aggtctttac
   105841 tccgattgac ctgatcaatg ctaagacgat ctcttctgtt gtcaattcgt tcttcggaac
   105901 gaacgctttg tcgcagttta tggatcagac gaatccgttg gctgagatta cacacaagcg
   105961 ccgtttgtct gctctgggac cgggtggatt gtcgcgtgaa cgtgccggat ttgaggtgcg
   106021 tgacgtgcac tatacgcact atggccgtct gtgccccatc gagacaccag aaggtccgaa
   106081 catcggactg atctcgtcgc tgtgtgtgta tgccaagatc aatgatctcg gattcatcgc
   106141 tacaccttat cgaaaggttg aggacggaaa ggtggacttc tcggaagacg ccataaccta
   106201 ttacaccgca gaggaagagg agaacaagat cgtagcacaa gggaatacgc cgctggatga
   106261 cgacggtcac tttttgctcg accgcgttaa ggcgcgctat gaagcagact tcccagtagt
   106321 ggagccggat aaggtgagcc tgatggacgt ctctccgaca cagatcgcat cgattgctgc
   106381 tggactgatc cccttcttgg aacatgacga cgcgaaccga gcgctgatgg gatcgaacat
   106441 gatgcgccag gctgtgccgt tgatccgcac cgatgcgccg atcgtgggaa cgggcattga
   106501 ggggcaggtg gcacgcgact cgcgaacgca ggtgattgcc gaaagagagg gcgagattgt
   106561 gttcgtagat gcgacctgca taaagatcaa atacgaccgg actgaggaag aagaattcat
   106621 cagtttcgag gatgcaatta agacttacaa catccccaag tggcggaaga cgaaccagag
   106681 tacgacggtc gatttgcggc ccatttgtca tcctggccaa cgagtgaaga agggtgacat
   106741 tctgacagaa ggctactcca cgcagaatgg cgaattggcg ctgggacgga acgtgaaagt
   106801 ggcttacatg ccgtggaagg gatacaacta tgaggacgcc gtggtgctga acgaacgcat
   106861 ggttcgggag gacttcttca cctcggtgca tgtggacgaa tacatcctcg aggtgcgtga
   106921 aacgaagcgc ggtatggagg agttgacctc cgatattccg aacgtcagcg aggatgcaat
   106981 taaggactta gatgaacgcg gcattatccg cgtcggtgcg cacgtgaagc cgggtgacat
   107041 cctgatcggg aagatcacgc cgaagggaga gtcggatccg acaccggagg agaagctgct
   107101 gcgcgccatc ttcggcgata aggcgggcga cgtgaaggac gcttcgctga aggctacacc
   107161 gtcattacga ggcgtggtga ttcggacgaa cctcttctcg aagatggtga aaaagcgcgc
   107221 ctcgtcacgc ttggctgaca aggctatact gcccaagatc gacgaggaat atgaggagaa
   107281 attggcccag ctgaagacct cgctggtcga taaactgcaa tcgctgacga acggaaagac
   107341 ctcgcagggc gtgaaggact atctgaatac ggaggtcata ccccgcggtg tgaagttctc
   107401 gcgcaagatg ctcgaggagc tggactacaa cgcgatccaa gtcagcaagt ggacaacgga
   107461 tgcagccaaa aacgagctaa tcaagcagct gatcgtgaat tacctcaaga aatacaagga
   107521 gctggattcg gagcttaggc gaaagaagtt cgacctcacc gtgggcgacg agctgccgac
   107581 cggcattgtg cagattgcga aggtctacat cgccaagaag cgcaagatcc aggtgggtga
   107641 caaaatggcc ggtcgtcacg gaaataaagg tatcgtgtcg aagattgtgc gccaagagga
   107701 catgcctttc ctcgaggatg gtacaccggt ggacatctgt ctcaacccgc tgggtgtgcc
   107761 ttcgcgaatg aacctcgggc agatcttcga ggccgtcctc ggatgggccg gaagaacact
   107821 cgacgtgaag tttgctacac cgattttcga cggcgcttcg atcgacgact tgaacgaatg
   107881 gacggacaaa gcaggcattc ctcgctatgg caagacgtat ctctacgacg gcggcacggg
   107941 cgaacgcttc gaccagccag ccaccgtggg cgtgacgtac ttcctcaagc tcggccacat
   108001 ggtggacgac aagatgcacg cccgctccat cgggccgtac tctctgatca cgcagcagcc
   108061 actcggcggt aaggcccagt tcggtggaca gcgcttcgga gagatggagg tctgggccat
   108121 cgaggccttt ggcgctgcgc acatcttgca ggagattttg accgtgaagt cggacgatgt
   108181 cgtgggccgc tcgaaagcct acgaggccat cgtgaaaggc gacaacatgc cgacaccggg
   108241 cattccggag tcgctcaacg tgttgctcca tgaactcaaa gggctctgct tgagcctcac
   108301 attagattaa agatacagcg catgaatcag ggcggaagag agggcacacc cctcgctttc
   108361 ccttgttcat agggacgaat agcagggggg cacagcagac tcctgcaatc tgcgggagat
   108421 gttcgccaac tgacggtgat cccctgcaat ctgcgggaga tgttcgtaca cctacggaag
   108481 gtctcctgca atctgcagga gatgttcgta cacctacgga aggtctcctg caatctgcgg
   108541 gagatgttcg tacacctacg gaaggtctcc tgcaatctgc gagagatgtt cgtacaccta
   108601 cggaaggtct cctgcaactt gcaggagatg ttcgtagacc tacagtgatc ccctgcaagt
   108661 tgcaggagat gttcgtagac ctacggaagg cccaaacact cgaggagatt cagtttcacc
   108721 ccatcatgcg acccatcgcg atacaaatac gactatataa tagaagagga ttatggcttt
   108781 taggagagag aataagataa agacggattt cacgaagatc acgatcggac tagcttcacc
   108841 ggaggagatt ttggagaact cctacggtga gattctcaag cccgagacga tcaattaccg
   108901 cacgtacaag cccgaacgcg acggactgtt ctgcgagcgc atcttcgggc cggtgaagaa
   108961 ctacgaatgc tattgcggaa aatacaaacg catccgctac aaaggcatcg tctgcgaccg
   109021 ttgcggggtc gaggtgacgg aaaagaaggt gcggcgagag cgttcgggac atatacagct
   109081 cgtcgttccc gtggctcaca tttggtattt ccgctcattg cccaacaaga tcggctacct
   109141 gcttggcctg ccaaccaaga agctggattc gatcatctac tatgagcgtt acgtagttat
   109201 ccagaccggt gaggctgaaa atgtgaatga tatggacctc ctctccgaag aggaatacct
   109261 gaacatcctc gacaccttgc cgaaggaaaa ccaaatgctt gaggatacgg acccgaacaa
   109321 gttcatcgcc aagatcggcg ccgaggcgat ctatgacctc ctgacgcgca tcgatctcga
   109381 caccctctct tacgacctgc gccaccacgc catgaccgac acctcgcaac agcgcaagaa
   109441 cgaagccctg aagcgcctgc aggtggtcga ggctttccgt gcgtcaaagg ggcgcaaccg
   109501 tccggagtgg atgatcatca aagtcgtgcc cgtcattccg cccgagctgc gtccgctcgt
   109561 tccgctcgat ggtggacgct ttgccacctc cgacttgaac gacctctatc gtcgtgtcat
   109621 catccgcaac aaccgtctca aacggctcat cgacatccgc gccccggaag tcatcctccg
   109681 caacgagaag cgcatgctcc aagaggccgt cgattcgctc ttcgacaact cgcgtaagtc
   109741 gagcgccgtc aagacggacg ccaaccgcct cctcaaatct ctctccgata gtctgaaggg
   109801 taagcaggga cgcttccgcc aaaacctgct cggtaaacgt gtcgactact ccgcacgctc
   109861 cgtcatcgtc gttggccccg agctgaagat gcacgaatgc ggtctgccca aggatatggc
   109921 cgccgaactc tataagccat tcatcatccg taagctcatc gagcgtggca tcgtgaagac
   109981 ggtcaagtcg gccaagaaga tcgtcgaccg caaagagccc gtcgtgtggg acatccttga
   110041 atacgtcatg aagggtcatc ccgtcctcct caaccgtgcc ccgacgcttc accgcctcgg
   110101 tatccaggcc ttccagccga agatgatcga ggggaaagcc attcagctcc accccttggc
   110161 ctgtaccgct ttcaacgccg acttcgacgg tgaccagatg gctgtccatc tgccgctggg
   110221 caacgaggcc gtgctcgaag cgcagatgct catgctcgct tcgcataaca tcctcaaccc
   110281 agccaacggc gcccccatca ccgtgccctc gcaagacatg gtgctcggac tctattacat
   110341 caccaagctc cgtaaaggca cccgcggcga agggctcatc ttctacgggc cagaggaggc
   110401 gcgcatcgct tacaacgaaa agaagctcga catccacgcc ccgatcaagg tctatgtcaa
   110461 cgaccgcgac gccgaaggca accctgtccg tcacatggtc gagacctccg tgggccgact
   110521 catggtcaat gagttcgtac ccgaagaagt gggttacgtc aatgaggttt ggggcaagaa
   110581 agccctgcgc gacatcatcg gcaacgtgat caagacctgc ggcgtggccc gtacggcaca
   110641 gttcctcgac gacatcaaga acctcggtta ttacatggcc ttcaagggtg gcctgtcgtt
   110701 caacctggcc gacgtgctta tcccgcccga aaaggacagc atcgtcaagg agggatacga
   110761 cgaagtggag cagatcacgt ccaactacaa catgggcttc atcaccaaca acgagcgtta
   110821 caaccagatc atcgacacct ggacgcacgt caacagtaag ctctccaaga cgctcatcga
   110881 tcagctcagt tcggacaacg atggcttcaa ctccatctat atgatgatgg attccggtgc
   110941 tcgtggatcg aaggagcaga tccgtcagct ttcgggtatg cgtggtctga tggccaagcc
   111001 gcagaagagc ggtagcgacg gcggtcagat catcgagaac ccgatccttt cgaacttcaa
   111061 agagggactc tccgtgttgg agtactttat ctccacccac ggtgcccgaa aaggtttggc
   111121 cgacactgcc ctcaagacag ccgacgccgg atacctgacg cgtcgacttg tggacgtctc
   111181 gcacgacgtg atcatcaacg aggaagactg cggtacgctg cgcggcctcg tctgcacgga
   111241 gttgaagaac aacgaagacg tcatcgcctc gctctacgaa cgtatcctgg gccgcgtgtc
   111301 tgtgcatgat gtcgttcacc cgatcacggg taaaatcatc gtccactcgg gtgaagagat
   111361 tcgcgagaag gaagccatgg agatccagga atcgccgatc gaaagtgtcg agattcgctc
   111421 cgtgcttacg tgcgaatcga agaaaggcgt ctgtgccaag tgctacggcc gcaatctctc
   111481 tacgggtcgc atggtgcaga agggtgaagt ggtcggcgtc atcgccgctc agtccatcgg
   111541 tgagccgggt acacagctta cactgcgtac attccacgtc ggcggtatcg cctcgaacat
   111601 tgctaccgaa aacagcctca tctccaagta cgacggtgtg ctggagatcg atgagctacg
   111661 cgtggtagac tccgagagcg atggctgcaa gatcgtagtc agccgtctgg ccgaattgcg
   111721 catcgtagac ccgaacacga agattgtgct gcataaccac aacattccct acggttcgaa
   111781 gatcttcttc gacaatggcg ccaccgtgaa gaagggcgac aagatcatcg aatgggaccc
   111841 cttcaatgcc gttatcgtct ccgaggccgc cggacggatc acgttcgaaa gcatggaaga
   111901 gaacatcacc tacaaggtgg aaagcgacga aaccacgggc ttgaaggaga agatcatcat
   111961 cgaatcgaaa gacaaaacga aggttcccgt ggcgcacgta gtcagcgacg agggtacgac
   112021 gcttaaaaac tatgcgctgc cgttgggtgc tcacgtgatc aaggaggatg gcgacctgat
   112081 caagacgggc gaggtgctcg taaagattcc gcgcgccgtc ggtaagacgg gcgacatcac
   112141 cggtggtctg ccgcgtgtca cggagctctt cgaggcgcgt aacccgtcca acccggccgt
   112201 agtgtctgaa atcgacggtg aggtcagctt cggtaagatc aagcgaggca atcgcgaagt
   112261 catggtcacc tccaagctcg gcgaaacgaa gaagtacatg gtgccgctct ccaagcagct
   112321 tctggtgcag gaaaacgact acgtccgcgc cggtatgcca ctctctgacg gtgccatcac
   112381 cccgtccgat attctctcca tcaagggtcc cacggccgtg caggagtaca tcgtcaacga
   112441 ggtgcaagac gtctatcgtt tgcagggcgt gaagatcaac gacaagcatt tcgaggtgat
   112501 cgtacgccag atgatgcgca aggtggagat tgccgatgcg ggcgacacgc gtttccttga
   112561 gcaacagctt gtcgataaga tcgacgtcat ggaggagaac gatcgcatgt ggggcaagaa
   112621 ggtggtgact gatccgggcg agtcggatac gctcaacgct ggacagatcg tcaccgcgcg
   112681 taagctccgc gacgagaata gttcgctcaa gcgccgcgac aaaaagctcg tcgaggctcg
   112741 cgacgcgaaa ccagcgacaa cgatccagat ccttcagggt atcacccgcg ccgcacttca
   112801 gacgtccagc ttcatgtccg ccgcctcttt ccaggagacg accaaggtgc tcaacgaggc
   112861 cgccatcagc ggtaagtctg accgcctcga gggactgaag gagaacgtca tctgcggaca
   112921 cttgatcccg gccggaacgg gccgccgcga gttcgatcga ctcatcgttg gcgccaagga
   112981 cgacttcgac cgcattgttg ccgaacgcga gctggccgag ctgggcgaaa cccttgagac
   113041 gcctgcacca cgcaagacga agaagaagaa agccgccccg gcgcctgccc ccgcacctgt
   113101 ggtcgagtcc gagacggtcg ttctgacctc cgacgctatc gtggagccgt aagcgcacac
   113161 gttgtgagtt acaggcagcc tatccggcgg cttgtaactc gcaactactt ctcagaagct
   113221 cttcttactt ataacaatcc atcacctcat gcttgacaac caaaacagag catgcatagc
   113281 cgtaactgcg ggagggggcg acgtctgcct tctcccgcag atggctaata ggcatggcct
   113341 catcgccggt gccacaggca cgggcaagac ttgcacgctg caaaacatgg ccgagacatt
   113401 cagtcgcatg ggtgtccctg tctttgccac cgacatcaaa ggcgacctct ccggagtggc
   113461 ccgcccgggc ggtggtaacg ccgccctgca acgcagcgtg gacgcgcacc accttgccga
   113521 acgaggcttt gcctacgccg cctcacccgt ctgcctctgg gacatcttcg gcgaggccgg
   113581 tcatccgctg cgcaccacca tctccgagat gggaccgctg ctcctcagcc agctgctcga
   113641 cttgaacgac atccaaagca acgtcctctc gatcgccttc cgcatcgcgg acgacgagca
   113701 actcctgctg cttgacctca aagacctccg caaaatgttg gagcacatcg gccaggagcg
   113761 cacccgctac accacggcct acggcaatat ctccgtggcc accatcggcg ccatacagcg
   113821 cggactgctg gcgcttgagg agcaaggcgc cgaccatttc ttcggcgaac cggccttcga
   113881 catcctcgac ttcctccagc cacgcgacgg ccgcggcgtc atccacatcc ttgaggccga
   113941 acgcctcatg cgctccccga agctctacac caccttcctc ctctatctcc tttccgagct
   114001 ttttgagcgc ctacccgagg tgggcgacct cgaccggccg cgcctcgtct tcttcttcga
   114061 tgaagcccac ctgctcttca atggcatagc cccctcgttg ctcgaaaagg tcgaacaggt
   114121 ggtccggctc atccgctcca aaggcgtggg catctatttc tgcacacaaa atccggccga
   114181 cattcccgac accgttctcg gtcagctcgg caaccgtgtg cagcatgccc tgcgtgcctt
   114241 caccccgcgc gaccagaaag ccgtctcgac ggccgcctcc accttccgcc ccaatcccgc
   114301 ttttgatgcg cgcacagcca tcacagagct tggcgtgggc gaggcgcttg tctccttcct
   114361 cgacaccgcc ggacggccat ccatcgtcga gcgcgctgtc atcatcccgc ctgagggccg
   114421 cgccggcgct ctctccgcag acgagcgtcg ggccgtgatt cagtcgtcgc ccttcttggg
   114481 caagtatgac caagcggtgg acaacgaatc ggccttcgaa ctcctcaccg cccgcatgga
   114541 gcgcgccagc cgtgagcagg ccgacgccct ccgcgaaaag gaggagctgc gtcagcaaaa
   114601 ggagcaagag cgtcgcgaac gggccgagcg cgtcgagcga gagcgcctcg aacgccagcg
   114661 ccagcgcgag aaggacaaca gcctcacggg aagcctcacc aaaatggcct ccaccaaagc
   114721 caagcgtgag gtgatcaatc tcctcttcaa attcggtcgc ggcctgctgg gatcgctcct
   114781 gaaatagcca caaggcccgc atatcatacc gatgtgcggg tcttcttttt gggggggaac
   114841 accaacctac actgtcaatt cggcttttca gacttgaaaa acgccgatct acactgtcga
   114901 tggggctttt cagacttgaa aaacgccgac ctacactgtc gatggggctt ttcagacttg
   114961 aaaaacgccg acctacactg tcgatggggc ttttcagact tgaaaagcgc cgacctacac
   115021 tgtcgatggg gcatttcgga cttgaaaaac gccgacctac actgtcaatt gggcatccag
   115081 acttgaaaaa cgccaaccta cactgtcgat ggggcatttc agacttgaaa aacgccgatc
   115141 tacactgtcg attcggcatt tcggatttgg aaagcctcga tctacactgt cgatggggca
   115201 tttcggactt gaaaaacgcc gacctacact gtcaatgggc attttcatgg ggaaaatgtg
   115261 gatttgaaca gcgctggagg cccttccgta ctttcaaacg cgtcccgttc ggcatctccg
   115321 caattccgaa aaaaaaatac ttttgcgctc gtgctacgaa tcccgctaca tatcgaacgc
   115381 atcctccttg ttaatgattg cgtaataatc ccggatttcg gaggcttcat cctccggcgg
   115441 catgctgccg tccacaaaac ccgggaatgt gccttccttc ccgcccgaaa agaaatcgtt
   115501 tttaatccca cgctcaccca taacgacggc ctgctggccg agtcgtatat ggagatgtac
   115561 ggcatggatt tcaaccaggc gcaacaggct atccggcacg acgtcagcgc cctgctggcc
   115621 cagctcgacg aggagggcat cctccgattg gacgctatcg gaacgctccg tcgcaacgat
   115681 gacggtgcgc tcctctttga tcctatcgat cgaacgcccc tttatggcat cggttcttac
   115741 ggtctacctt tattttatat gccgccgctc agccccgaac cgcccgaggc ccagccgatc
   115801 gaccggccta ctgtccccga ttcgataccc gtcacacgtc gcctgatccc cgagagtgta
   115861 aaggcgcatc tccccgccgc cctgcgtgtg gtgggacaga cggtcgccgt agccgccgtc
   115921 gcatgcgcct tctattttac ggtgtccaca cccgtgaagg aggtggatcg gtcagcctat
   115981 accgccggct ttgtcccctc tgaattgctc cacgatctga gcgaaaaaac gcccgccgca
   116041 ccgcccgcgc ctgtcccaga gattcagccg gaaggggagg ggcaagcgaa gacccaaaaa
   116101 gcagcagaga aaaagagata taggatcgtc atcgccagtc tggatcgtct cgaagccgct
   116161 gagcagcttg tctcgaagct aacgcccgct gatcgggctc gagctcgaat ccggatgaac
   116221 ggaatggtcc gcaagatccg cgtgataatc ggcgattata cggatcggaa agaggcggag
   116281 gctgagctgg cgcggtggcg aaagaatccc aagtttgaaa cagcctggct catcgtcgga
   116341 ccttaaagca tagatcctct tcctctcccc caaaaagtga ggaatacaat acagtcattt
   116401 ttttacacag taaaacgaag aaatttatgg cagaagcagc aaaagagaaa ctgttctcgg
   116461 agttcccgcc cgtcaccacc gaagagtgga tggccaagat cacagccgat ctaaagggcg
   116521 tgccgttcga gaagaaactg gtttggaaaa cgggcgaagg attcaatgtg aatccgtttt
   116581 atcgcgccga agacatcgaa ggactggcca ccgccacctc gttgcccggg gagttcccct
   116641 acgtgcgcgg tacgaaagtc tgcaacacgt ggttggtccg tcaggacctc gccgtcgacg
   116701 attgcgcggc ggcaaacgag aaagccaaac gcctcatcgc agagagtggc gtcacggccc
   116761 tcggtttcaa tgtaaagagc accctcatcg acgctgcgaa catcgccacg ttgctcgacg
   116821 gcatcgatcc ggtggctgta gaactcaatt tccgcacctg caaccatcgc gtgacggatc
   116881 tgatcagcat cctcgctgac tatttcaagg ccaagggcgt caacctcgac gaggtcgtag
   116941 gctccgtggc ttacgatccg ctcaagaagc ccctcgttaa gggtgtggct ctgacaggcg
   117001 cttgggtgca ggaagctgtc gatgtggtga acgccgccga agctctgccg ggctatcgcg
   117061 tgctggccgt caacgccgcc aacctcaacg acgccggttc gtacatcacc caagagctgg
   117121 gctatgcgct ggcttggggt aacgatttga tcgccaaact gagcgaggcc ggtctgcccg
   117181 cagagaaggt ggcgaagaag atcaagttca atttcggtat ctcgtcgaac tacttcttag
   117241 agatagccaa gttccgcgcc gcacgctggc tctgggccga gatcgtcaag gcctataatc
   117301 cctcgtgcga ctgcgcctgc aagatccgcg tccatgctcg ctcgtcgatg tggaacatga
   117361 ccgtgttcga cgcctacgta aacctgctcc gcacgcagac ggagacgatg tcagccgcca
   117421 tcgcaggcgt tgactccatc accgtcctgc cgtacgacag cgtattcaag acgcccgacg
   117481 aattttcgga acgtatcgca cgcaatcagc agctcttgct caaggaagag tgccacttcg
   117541 acaaggtggt tgaccccgca gcgggttcct attacgtaga agtgctgacg cagtcgatgg
   117601 ctgacgccgc atggaagctc ttcctcgagg tagaggacaa gggtggattt gccgccgtag
   117661 ccaacacggg cgaagtgcag aaggccatca acgaatcgaa caaggcacgc aagaagctcg
   117721 ttgccacgcg tcgcatcagt ctgctgggca cgaacatctt cccgaacttc acggagatgt
   117781 ctggcgacaa gatcgagaag aaagaagagg gcaccggcca cggatgcggt tgcagcaaag
   117841 acgcctctat cgagaagctc gacttctctc gcggtgcatc ggagtttgaa accctgcgtc
   117901 tggccacgga gcacagcggc aagcgcccga aagtgttcat gctgaccatc ggcaacctgg
   117961 ccatgcgtct ggcacgctca cagttctcgt ccaacttctt cgcctgcgca ggctacgaga
   118021 tcatcgacaa cctcggtttc gagaccgtag aggctggcgt gaaggccgct cgcgagaaga
   118081 aggccgacat catcgtgctc tgctcgagcg acgacgagta tgccgttcat gcccctgaag
   118141 ctttcaagct gatcgacggc aaggaattgt ttgtggtggc aggtgcgcct gcttgcatgg
   118201 aggaattgaa agctgccggc atcgaacatt tcattcacgt gaaatcgaac gtgctggaga
   118261 ccttgcagat gtttaacgcg aaacttcttt gatggaaaga tcttatgaga ccgaacttta
   118321 gaaacataga tatcaagtca gccggctttg tcgctacgga tgcgacggcc tgggcaaagt
   118381 ccaacggcat cactgccgac tggaaaacgc ctgaacacat tcaggtgaaa tccgtataca
   118441 cgaaagaaga cctcgacggc atggagcacc tgcactacgc ttccggtctg cccccctacc
   118501 tgcgcggccc gtatagcggt atgtacgcca tgcgcccttg gaccatccgt cagtacgccg
   118561 gattctccac ggccgaggag tcgaacgcct tctatcgccg taacctcgct tcgggtcaga
   118621 aaggtctctc tgtagccttc gacttgccga cgcaccgcgg ctacaacgct gacaaccccc
   118681 gcgtggtggg cgacgttggt aaagccggtg tgtcgatctg ctcgctggag gacatgaagg
   118741 tgcttttcga cggtattccc ttgagcaaaa tgtccgtatc catgaccatg aacggcgccg
   118801 tgttgcccgt cctcgcgttc tacatcaacg ccggtctgga gcagggtgct aagctcgagg
   118861 agatgcaggg aacaatccag aacgacatcc tcaaggagtt catggtgcgt aacacctaca
   118921 tctatccgcc cgaattttcg atgcgcatca ttgccgacat cttcgagtac acctcgcaga
   118981 acatgcccaa gttcaactcc atctccatct ccggctatca catgcaggag gcgggtgcta
   119041 cggccgacat tgagatggct tacaccctct cggacggtat ggagtacctc cgcgcaggta
   119101 tcaacgccgg tatcgacgtt gacgcctttg ctccgcgtct ctccttcttc tgggccatcg
   119161 gtatgaacca cttcatggag atcgccaaga tgcgcgctgc gcgtatgctt tgggccaaga
   119221 tcgtgaagag cttcggcgcg aagaatccca aatcgttggc gctgcgtaca cacagccaga
   119281 cgtcgggttg gtcgcttacg gagcaggatc cgtttaacaa cgtcggccgt acctgtatcg
   119341 aggccatggc tgctacgctc ggacataccc agtcgctcca cacgaacgcc ctcgatgagg
   119401 ccatcgcctt gccgacggac ttctccgctc gtatcgcccg taacacgcag atctacatcc
   119461 aagaggagac gcagatctgc aaggagatcg acccctgggc cggttcctac tacgtggaga
   119521 cgctgacgaa cgagctcgtg cacaagggct gggagctgat caaggaaatc gaaagcatgg
   119581 gcggcatggc caaggccatt gagacgggtc tgccgaagat gcgtatcgag gaagccgccg
   119641 cacgtacgca ggctcgcatt gactcgggcg tgcagacgat tgtcggtgtg aacaagtacc
   119701 gcttggctaa ggaagccccg atcgacatcc tcgaggtgga caaccgcgcc gtgcgtgagg
   119761 agcaggaagc gcgcttgaag gagttgcgtg ccgagcgtga cgaggccgcc gtacagaagg
   119821 cgctggccga catcaccgag tgcgtccgga cgaagaaggg caacctgctg gcattggccg
   119881 ttaaggccgc cggactgcgc gcttcgctgg gtgaaatctc cgacgcgtgc gaggccgtag
   119941 tgggacgtta taaagcaatc attagaacca tatcaggcgt gtattcatca gagacaaaga
   120001 acgacagcga cttccagcgt gcctgcgaat tggccgagaa gttcgccaag aaggagggcc
   120061 gtcagccgcg tatcatgatc gccaagatgg gccaggacgg acacgaccgc ggcgccaagg
   120121 tggtagccac gggctatgcc gactgcggtt tcgacgtgga catgggtccg ctcttccaga
   120181 cgccggccga ggctgcgcgt gaggcggtcg aaaacgacgt gcatgtgctc ggcgtatcgt
   120241 cgctggccgc aggtcataag acgctcgtgc cgcaggtgat cgaagagctg aagaagctcg
   120301 gccgtccgga catcctcgtg atcgccggcg gtgtaatccc cgcgcaggac tacgacttcc
   120361 tctacaaggc cggtgtggcc gccatctatg gccccggaac ctccgtggcc aaggctgcct
   120421 gccagatcct ggagatcctc ttaggggaag agaataagta aacggtatcg gcgcagaaaa
   120481 tgcgctgaag gtggagtcga ggggggagcg ccctctctcc tctccccacg ctccacgact
   120541 ataacgaaac agggacgaac ccccgcgatg ggatgttcgc ccctgttttc tttttgtatg
   120601 cggcgcccca accgcccggg gggggggacg cgcgcaatca attactcctc cggcagacgg
   120661 atatccggat cgccacccgt accgccgcct tcgggcttct tgccgccctc ttcgggcttc
   120721 ttcggatcgg gctttttagg cccctcctcc gggtgcttga tgtccggctt atcgtcgggc
   120781 ttgggcgtgt tcggcttagg ctccttgggc agcttgggat ctttcggatc cttgggcttg
   120841 cgttgcgcag ccttcatgcg atgcgtcgtc ttgtaggccg ccgtggtctt gttcagctct
   120901 ttgatcaagt tggcgatgac cttgcgatcc tcgtcggtgg cggcatagag gaaggccgcc
   120961 tcgatgtagc agcagaccgt ctcgtaggcc gcatccgtct ccgcccgtac gactctcgag
   121021 ttgggcagat cgccctcggg cgactccacg cggcgctcgg ctcgcaggtt gataaactcc
   121081 gtgttcagcg cccccagtcg ggtgacggcg tcggtcagtc cgagggcggt cacgtcagtc
   121141 gtctgcttgc tcagatcctc cagcagtccg cggatgttgg ccgtctcttc gtcaaaagcg
   121201 gcgatctgcg aacccccgta aggcttcaag gtgcgtgcga tacgttccgc tgcttcggcc
   121261 accgcttcgg tgggggagag cctctggctg cgcaccgagg tgaagatgaa ggtcaacacc
   121321 ttatcgcgct tcttgtcagc ctcctccaac cgcttggtgt aagccgattc cgtcaccgtt
   121381 ttgttgacct gaatctcttt ctcacgcctg ccgtcccagg ccgccatcag cccggcgggc
   121441 agcttcagct tcgtctggtc aaaagccttg acccgcgcat actgttcgtt ctgatactct
   121501 acatgcaacg atagggtgaa aatcccgctg ttgcttggct caattttctc gacccatgga
   121561 aggtccttgc tgttctcatt catttcctat agattattag tgtatctctt tttgtttatc
   121621 ggataggtga cccgtcatgc gacattttga ggagcctgcg tgccagcggc ctcgtcatgc
   121681 gacattctgg ggagcctgcg tgccagcggc gccgtcatgc gacattttgg ggagcctgcg
   121741 tgccagcggc gccgtcatgc gacattttgg tgagcctgcg tgccagcggc gccgtcatgc
   121801 gacattttgg agagcctgcg tgccagcggc ctcgtcatgc gacattttgg gaagcctgcg
   121861 tgccagcggc cccgtcatgc gacattttgg gaagcctgtg tgccagcggc gccgtcaagc
   121921 gactttttgg cgtcgctgtg agccagcggc cccgtcaagc gactttttga cgccaccttc
   121981 gacccagcaa ccctgtcaag cgactttttg cggtgaatcc catctgattc agcgagggca
   122041 aaggtaggcg tgtggagctg gaatggcaac aggggtgcgt tatccgtttt tgaggaatcg
   122101 aagcgggata atcgcgctga tggccccgtt tttccctaat atccaccacg catgacgctg
   122161 gagatccgtg gaaaaacgta gccgctggcg aaggcgaaat cttttccgcc cctttgcggc
   122221 gcatttacgc ttgaacatgg cccaactatc aaacaaaaga gtgccccccg tgaacgggta
   122281 aactcgaccg taataactaa aacaacgata aaagcaggga agttctcgct gtctgttctc
   122341 tttgatcttt ggttgtctct attgttttca tgatggtttg tctatgaaaa ttgctctcgc
   122401 aaagcaaatg attacgacgg aaaccatcaa caatggggac gtcgcatatt cctgaagtga
   122461 ggcttgttcc acttattaaa agcgacccaa actcggcgag attctgtttc catagcccat
   122521 tttagtgcca aacgacgtgc ttttcagtca aggaagccgt gtcaaaagcc atagctctcc
   122581 atcagttagc agaggtcaaa cgcatagggg agagtgaact ggagagctgc ggagttcgat
   122641 gtaagaaaaa ggcctgcaga gagcatctct gaaagcctcg cgacggctaa atagcttttg
   122701 gaaatgattg caggaatgct gcaagtgtca cgaaaaactt tttggacttt gcaggaatgc
   122761 tgcaaacgcc gcgaaaaact ttttggcctc tgcaggaatg ctgcaaatgc cacgaaaaac
   122821 tttttg
//
LOCUS       SEQF2637|AYYD01001277.1 1728 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..1728
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             33..482
                     /locus_tag="SEQF2637_02423"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRWDEDWTESVKRQVVKDAFYIHQHKGTTSAVRRVVEPFGFLI
                     RIIEWWQTGETPGTFRLDIGVQDQGITEDTYLELERLISDAKPCSRHMIGMSINLQTS
                     GPHWVGAASYLGEEITIYPYINETIISGGTAHEGGAVHVIDTMRVNP"
     CDS             479..946
                     /locus_tag="SEQF2637_02424"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSTKFYTLLTDIGAAKLASAAALGVPLKITHMAVGDGGGVLPTP
                     DAKQTALVNEKRRAALNMLYIDPQNSSQIIAEQVIPENEGGWWIREVGLFDESGALIA
                     VGNCPESYKPQLAEGSGRTQTVRMVLITSSTDNITLKIDPAVVLATRKYVDDK"
     CDS             930..1529
                     /locus_tag="SEQF2637_02425"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWMTSDAVPPVAAVMESDEALRLRVPAAFEGLSVAGPTAAYEFH
                     ARSADGRVADASATSPAPAEVVLTVLSREGDGTAEKDLLDVVEKALNSENVRPVADRL
                     TVRSAEIIPYRVEATIFLYPGPEAEPVMAAAKASLQKYIASQTRLGRDIRRSAIFAAL
                     HVEGVQRVELASPLADVVLNKTQAASCTQWSVTNGGTDE"
ORIGIN      
        1 gtttcctgcc ttatctcgcc tgggcgttct ctgtggatcg ctgggacgag gactggacag
       61 aaagtgtcaa gcgccaggtg gtgaaggatg ctttttatat tcatcagcat aaagggacca
      121 ccagtgccgt gcggcgggtg gtggagccgt tcggctttct gatccgcatt attgagtggt
      181 ggcagaccgg agagacaccg ggcacgtttc gtctggatat cggcgtgcag gaccagggca
      241 tcactgaaga tacctatctg gaacttgagc gactgataag cgatgccaaa ccatgcagcc
      301 gtcacatgat cggcatgtcc atcaacctgc agaccagcgg cccgcattgg gtgggagccg
      361 ccagctatct tggcgaagaa atcacgatct atccgtatat caacgaaaca attatttccg
      421 gtggcaccgc gcatgaaggc ggggcggtcc atgttattga cacaatgaga gtgaatccat
      481 gagcacaaaa ttttataccc tgctgacgga tattggcgcg gcgaaacttg ccagcgccgc
      541 cgcgctcggt gtgcctttaa aaattaccca tatggcggtc ggcgatggcg gcggagtatt
      601 gccaacgccg gatgcaaagc agactgcact ggtgaatgag aaacgccggg ctgcgctgaa
      661 tatgctctat atcgacccgc agaacagtag ccagattatt gctgaacagg taatccctga
      721 aaatgagggc ggttggtgga tacgtgaagt gggcctgttt gatgagtccg gggcattgat
      781 tgccgtggga aactgcccgg aaagctataa gccgcaactg gctgaaggca gtgggcgtac
      841 ccagaccgtg cgcatggtgc tgattaccag cagcacggac aatatcaccc tgaaaatcga
      901 ccctgccgtc gtgctggcaa cccgcaagta tgtggatgac aagtgacgct gtgccgcccg
      961 ttgcggctgt gatggaaagc gatgaagcgt tacgcctgcg tgtgcctgca gcctttgaag
     1021 ggctttcagt tgcggggcca actgcagcct atgaatttca tgcccgaagc gccgacggtc
     1081 gggtggcgga tgccagtgca accagtccgg cacctgcaga ggtggtactg actgtcctta
     1141 gccgtgaagg cgacggaaca gcagaaaaag acctgctgga tgtggtggaa aaagccctga
     1201 acagtgagaa cgtccgcccg gtggctgacc gtctgacggt tcgcagcgca gaaatcatcc
     1261 cgtatcgcgt ggaagccacc atttttctct atccgggacc ggaagcagag ccggtaatgg
     1321 cagcggcaaa agccagcctg cagaagtaca tcgccagtca gacgcgtctt ggtcgggata
     1381 ttcgccgtag cgccatcttt gccgccttgc atgttgaggg tgtgcagcgt gtggagctgg
     1441 cttctcctct ggcggatgtg gtcctgaaca aaacacaggc ggcatcatgt acgcagtgga
     1501 gcgtaaccaa cggaggaacg gatgaatagt ctgctgccac cgggttcaac accactggag
     1561 cgccgactgg cgcaaacctg cagcgggatt tctgatctgc aggtgccgct tcgtgacttg
     1621 tggaatccgg caacctgtcc ggtcagtttc ctgccttatc tcgcctgggc gttctctgtg
     1681 gatcgctggg acgaggactg gacagaaagt gtcaagcgcc aggtggtg
//
LOCUS       SEQF2637|AYYD01001278.149327 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..49327
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             1..441
                     /gene="mdtC_2"
                     /locus_tag="SEQF2637_02426"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B7LV40"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtC"
                     /translation="MNDCALHAPFAGVVGRRTAEVGVTSMFGFISLLGMIMKNVILMY
                     QHAEDERHLAHRSARDAAYDAGARRMTPIFLTTATTAVGVIPMIIEGSSFWSPVGVSI
                     FAGGIGALIAVVTVLPVLYWKLYGKEDQKRQTRGAVAPPETHTA"
     CDS             480..1022
                     /locus_tag="SEQF2637_02427"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGLTFGRGHFPSQEMGPTFGRGYFRASEMGPTFGRGYFRASEMG
                     PTFGRGHFPSQEMGPTFGRGHFPTEEMSPTFGRGHFPSQEMGLTFGRGHFPSQEMGPT
                     FGRGHFPSQEMGPTFRRGHFPTEEMGPTFGRGHFPSQEMSPTLGRGHFPSQEMGPTFG
                     RGHFPSQEMGPTFGRGHFPS"
     CDS             1026..1532
                     /locus_tag="SEQF2637_02428"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGPTFGRGHFPSQEMSPTFGRGHFPSLGRPTPFYFLLLLTTYNS
                     PYYLSLPPTYLYRYIQRSALRRDKLKVQHAQNAREDVRQLMRVDIETKWSNLSEAYLQ
                     IDLARRSVASATENLRLNRDSYEAGTVPLTDLLDAQTQLRLARDRYTEACTAYCNART
                     AYRQAVGE"
     CDS             1588..2532
                     /locus_tag="SEQF2637_02429"
                     /EC_number="1.13.12.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9I4V0"
                     /codon_start=1
                     /transl_table=11
                     /product="Nitronate monooxygenase"
                     /translation="MYMNRIASLFDIEYPVIQGGMVWCSGWRLAAAVSNAGGLGLLGA
                     GSMHPETLREHIRKCRAATDRPFGVNVPLMYPQIDEIMQIIMDEGVKIVFTSAGNPKT
                     WTARLKDHGITVAHVVSSSRFAAKCEAAGVDAIVAEGFEAGGHNGREETTTLCLIPAV
                     RRVTDLPLMAAGGIATGEGMLAAMALGADGVQIGTLFALAEESSAHEAFKLHCLALDE
                     GDTKLLLKKLSPTRLAAGAFRTAVEEAEAAGADAETMSRLLGKGRAKKGIFEGDLEEG
                     ELEIGQASALLSDIRPVAEIMDDLIRGYRRAADKSYKL"
     CDS             complement(2779..3393)
                     /locus_tag="SEQF2637_02430"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSNLHYVIEGILAAAIVCLFVMQLSGHKGGSVAVAKMETDSTG
                     APLKAFPVAYINVDSLLQKYNFSIDLNEQILKKQENARASYTQKARSLQAEVKDFQYK
                     MQNGAFATRERAEQEQQRLMKKEQELQELDARLTKELMEQTQAMNEQLRDTVVRCLKL
                     YNKDKGYQIIFSNTAGSPIFLADDVYNITGEIIEFLNKRYAGTK"
     CDS             complement(3405..3626)
                     /locus_tag="SEQF2637_02431"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFIVSLATIIILIICMALLCVRILLEKNGRFPNTHVDSSPALRK
                     KGIACARTQDRQASHQKNLADRMGEMMSN"
     CDS             3766..5220
                     /gene="pepD_3"
                     /locus_tag="SEQF2637_02432"
                     /EC_number="3.4.13.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15288"
                     /codon_start=1
                     /transl_table=11
                     /product="Cytosol non-specific dipeptidase"
                     /translation="MKTILDLQPAIVWKYFHEITQVPRPSKKEGKIIRYLEQFAADHH
                     LPIKKDEAGNILISKPATKGYEKLPTIILQSHMDMVCEKNNDVTHDFDNDPIETVVDG
                     EWLRAKGTTLGADNGIGVAASLAILASDDIEHGPVECFVTVDEETGMTGAFEVKEGFL
                     SGKILINLDSEDEGQIFIGCAGGKNTLATFSFTPEAAPARSYFKIVVTGLNGGHSGGD
                     IHKGLGNANKLLARFLYSLREKYDYTLAAIEGGNLHNAIPREASAVIGLKDDDREPVR
                     VLLNHFQADVENELKRIDPNVRLTMETVDTPKTVLPKDVAARLVESLVACPHGVLGMS
                     HEVEGLVETSTNLASVKMPEAGKVVVETSQRSSVDSLKDAAADQVAAVFRLAGAEVKH
                     GDGYPGWAPNPDSKILKVAEDTYRKIFGKDALVLAIHAGLECGLFLEKYPYLDMISFG
                     PTMRDVHSPNERIEIATVDLWWRHLLEILKNIPA"
     CDS             5278..6807
                     /locus_tag="SEQF2637_02433"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKKQTAGLGLLLATLLYLAAGCERVDHYATDPSLRLDFSTDT
                     LTFDTLFTTIGSTTKQFMVYNPHGENLRIESVTLASGGRSGFRLNVDGRKGESFSGID
                     LWKRDSLRVLVEVTASANNADRPLLIQDSILFYTNGVRQFVLLQAVGQDVHIIRGGRT
                     YTENTTLSADRPYLVFDSLIVGPGVTLTLVPGATLCFHHQAKLIVAGTLKAIGTQAQP
                     ITLRGDRLDSIYANVTLPYDRVPGQWGGIRFESTSFENELEYTDVRNTSFGLDFQPST
                     PDRRKIRIHNSRVTNSSGDLLTAVNCHIEASGSEFTNAAGNTVCLIGGRHRFAHCTLA
                     NFMVLSTRQGAPTLILTDTARIDNTPHHYPLTEARFDNCLIDGSISGDTTRTYRGEIA
                     LISRNGDTAGSDAFNYRFTACYILTKAITNNPRFDRCLFGFSQKPIYLKSGTRKQAYA
                     YDFRLANKSVGIGAADRTVAAEFPTDRYGVSRLTGSTAPTIGAYEHAHQPEEKKSSAR
                     R"
     CDS             6997..7494
                     /locus_tag="SEQF2637_02434"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKMAYAELPQASKWGKWLLRNFRKRQNGESGVCGTSASIQKEK
                     VAFAELPQASKWRKWPLRNFRKRPKGENGVCGTSASVKKFSVGLAGLPQTPKSFSRHL
                     RSSRKRQKVFRGTCGVPANAYPFFESMARNGTTKTAGYRRVCAPLVPGRICRRTLLIP
                     SVCHG"
     CDS             complement(7469..8755)
                     /gene="fucP_2"
                     /locus_tag="SEQF2637_02435"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P11551"
                     /codon_start=1
                     /transl_table=11
                     /product="L-fucose-proton symporter"
                     /translation="MDTVKQEKSNVLVIAVMFLLFFMIAFVTNFAGSMGVIVKTQFGA
                     SNALSQLGTLANFIAYACFGIPVGLILKRRGYKFTSLLATIVGFVGVGIQFASGYVDP
                     SIAFGIYVLGAFVAGISMCLLNTTVNPMLNTLGGGGNRGNQLIQFGGSCNSIGGTIAP
                     ILLGYLIGGSVQTAKVNDAAPAMIIAMAIFALAFLIILLARIPEPHMETADERAARLS
                     GNTKKDPHGPMSFRHFVLGAIAIFFYVGIEVGIPNTANLYMSNLEWVGPMVAGTLVGF
                     YWFLMMCGRLVGGAVGGRVSSKTMLTTVSLLATVFLLCLIFIPEDVRFSIPVIGAEVP
                     LGMVFMFLCGLCTSVMWGAIYNLAAEGLGKYTPLASGIFMALVCGGGVISFIQNLVAD
                     KVGFISSYWVIIAGLCYLLFYALVGSKNVNRDIPTE"
     CDS             complement(8896..10392)
                     /gene="sglT_2"
                     /locus_tag="SEQF2637_02436"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P96169"
                     /codon_start=1
                     /transl_table=11
                     /product="Sodium/glucose cotransporter"
                     /translation="MSSTTILFIIAAYFGLLLLIAWITGRGGASAADNDAFFLGNRRS
                     PWYIVAIGMIGSSLSGVTFVSVPGWVRQIDMTYMQTVFGFFFGYVVIAHVLLPLYYRL
                     QLTSIYTYLETRIGRRAYKTGASFFLLSKIIGAAARLYLVVLILQTYVFSTWQIPFGV
                     TVILSILLVWLYTYKSGVKTIIWTDTLQALCLVGTLVVIIWQVKDRMGLDFDGLCRTV
                     AESPHFRLFEWSDWSSKQHFVKQFLSGIFITIVMTGLDQDMMQKNLSCRSLRDAQKNM
                     YSYGLAFTPINFLFLSLGILLITLAGQLGIALPDAGDDILPMFCTSGVLGQTIIVFFT
                     IGIIAAAFSSADSALTALTTSFCVDILGIERDQAARARRIRMRVHILISALFAAIIMV
                     FKAVNDRSVIDAIYVIASYTYGPLLGLFAFGLFTRLRPADSAVPYICLASPLICYALE
                     RLTLHYTGYRFGYEMLMINGALTFVGLWIASVRMLKNVGEDAHTRVGA"
     CDS             complement(10389..11711)
                     /gene="lytB"
                     /locus_tag="SEQF2637_02437"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02113"
                     /codon_start=1
                     /transl_table=11
                     /product="Amidase enhancer"
                     /translation="MIGIPNVDVGILMERDVSFHFNGAYRCLETGRTHTGQQHATLQD
                     GRIAFESHTFDTLHFESTDPSDSFDLRGVTIGVHFHWERREDQRFRGALILTPSSDGV
                     LVVNRIDVESYLESVISSEMSATSSPELLRAHAVISRSWLLAQIEKRQAPVDAKAESC
                     SQDDEGLVRWYDREDHTRFDVCADDHCQRYQGITRATTPAVEEAVRATCGEVLTDEGQ
                     LCDTRFSKSCGGITECFEYCWEPVHHRYLVALRDSHTPDTPVPDLTNEAEADRWIRSA
                     PEAFCHTTDEGILSQVLNNYDLETPDFYRWTVEYTQDELADLIRRKSGIDFGAILNLQ
                     AVERGRSGRIVRLRIVGSRRTYIIGKELEIRRTLSETHLYSSAFVVDALDLHHGVPRR
                     FRLTGAGWGHGVGLCQIGAAVMGAEGHSYRAILTHYYPGSRSEIRYVR"
     CDS             12019..13632
                     /locus_tag="SEQF2637_02438"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALPINIEDLLNRQRIEGNRIEFKRGWNPAKIYQTICAFANDFD
                     NIGGGYILVGVEEDHGRARRPVVGIPEEKLDGIQQSMVGFNNKIKPYYMPRTSVEAVD
                     GKYVLAIWVPSGSYRPYEVLEDVLSSKSKSRWYIRSGSSTIEAKGEVLDELREMANRV
                     PFDERGNEQIAIDDLSPVLVLDYLRRVKSRLTADFTGRTLEQVLEQLDLYEGPQEQRR
                     LKNVAAMMFSEEPHRFFPYTRVEIVLFPEGTVRNPNNFMEAPTITGSVPTMIRATLDY
                     LRLMVIKERIRKVPYAAEAIRHFNYPYQAIEEAVVNALYHRDYQQREPVEITVEPHAI
                     SILSYAGPDRSITKEAIEQAHLLRARRYRNRRLGDFLKELDFSEGRATGIPTIQEELR
                     NNGSPPATIETDDDRSYFLIIIPCHPDFLHDGVLNDPDKFKGRIKRGGRISDTINDDE
                     DRNGRINGRINGRIKSSAKCKRWSALMEIIRDQPQISSKDLAAQLKASDRTIWRDLSE
                     LTERGIIRYEGAKKTGRWVILNQADEGME"
     CDS             complement(13737..15059)
                     /gene="bepC"
                     /locus_tag="SEQF2637_02439"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8G0Y6"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane efflux protein BepC"
                     /translation="MKTLTLIPALLLAATLTASAQNTTATRWSLQRCIEHAKANNLEV
                     RMRQVEVDRQELTLHTARSKRLPSLSAGASQQWSFGRSASAADNTYQVQTTSSTAWSL
                     SSDVPLFTGFEIPNEIAAARLDLMALAADLQKTRENMEITVTSAYLQVLFDKELLGVA
                     ENKLALSRTQLDRTRKMHDAGRASEAQIYETEAQVAADELSTVQATNDLRIATLTLTQ
                     LLELPSPEGFDVEPPTEADTSFLLARRPDDIYRTALTTRAAVRAEELRLQSSEKQVRV
                     AQSALYPSLSFGASYNNAFYHIYNKPNTPFANQIRDNRGLGLGFNLRIPIFNRFATRN
                     SIRSARLGLRNQELQLENTKKALYKDIQQAYYSALSAAERYRSATAAWQSAEKAFTFT
                     GDRFENGRATTYEYNEAKTNLIKALSDRTQAKYEFLLRKKILEFYEQQ"
     CDS             complement(15056..16198)
                     /gene="macA"
                     /locus_tag="SEQF2637_02440"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75830"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export protein MacA"
                     /translation="MNNRLVKKIKRIVLLSLVGLAVVGTFVFLWKKAQPEVTEYEIVT
                     PERGTVETKTVATGNVEPRYEILIKPQISGIISEVLKEAGQRVTEGEIIAKVKVIPEM
                     GQLNSAESRVNVARISLDQVESTHRRDEQLFKQGILTAEEFDVSKANYRKAKEELANA
                     QSALEIVRDGISRNTRSSSTTQIRSTITGMILNVPIKVGNSVIQSNSFNDGTTIASVA
                     NMNDMIFRGNVDETEIGKIREGMPIKLTVGALGTRTFDAVLEYVSPKGEEKNGAIQFE
                     IKAAVSLPDTSFVRAGYSANAEIVLERAENVLTIPESTVEFHGDTAFVQVVKQEKPKQ
                     IFEKRQIKTGLSDGIKIEVKEGLTEKDKIRGAAISKEANNNNEAKP"
     CDS             complement(16393..17649)
                     /gene="macB_1"
                     /locus_tag="SEQF2637_02441"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2EHL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MLFDADRWTEIWVTITRNKTRSLLTCFGVFWGILMLVILLGLGT
                     GLKNGILKNTDGFATNSVFFIADRTSEPYRGFNKGREWNIRNRDLESIRREVSGLEAI
                     SPVLWGARADKNVVYGQLSGTYNVKGVDPAYFRIEAQHVLFGRLLNEIDAREKRKVCL
                     IGSRINETLFRNENPCGRYIRVNGIYYQVVGVVRERARVNIGGRSQESVFLPFTTMQQ
                     TLNQGDVIHFLAASAYKDVSIQRIIDDITGILRRQNSIAPTDKQAVMVINIAEQFATF
                     AMLFTGIDALIWLVGMGTLLAGVIGISNIMMVTVKERTREIGVRRAIGARPRDIISQI
                     MSESLVLTAMAGMIGLSIGVFIIDIVDRLLSAQPGDDAALVNPGVHMGTAVAATIVLL
                     VCGLLAGLIPAWRAMQIKAIDAIRDE"
     CDS             complement(17679..18944)
                     /gene="macB_2"
                     /locus_tag="SEQF2637_02442"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2EHL8"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MFDFDDIREILSTMRKNRLRTFLTGFSVAWGIFILIILLAAGNG
                     LRNGVMYNFSNFSANRVEVWPNYTTKPWQGIRENRRLTFRNADVEHLGTDFPEVEYYS
                     GRIDHSDTLAYNKEYVNGNLSGVAPDFASIDFIIPTRGRFINEIDMQQRRKAIVLSPR
                     MAEVLFHEEDPIGRYVRIGRMMFQVVGVYRDKEMNNNKPAYIPFTTAQQLFRSGMEVD
                     DLIFTVRGIKSEEENTAFEQRFRTAMALRHHFDPSDTGALGMWNTGDDFRMFDLILGG
                     LMMFIWIVGISTLMAGIVGVSNIMLVTVRERTREFGIRKAIGAGPASILRLIIIESIL
                     VTTLFGYVGMVAGIGVTELIDYGMTMAGMNADTGGGPGNLSIFRHPTVSLGIATSATV
                     LLIIAGVAAGYFPARKAVSIPAVEAMRSE"
     CDS             complement(19052..19720)
                     /gene="yknY_1"
                     /locus_tag="SEQF2637_02443"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31711"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YknY"
                     /translation="MIIRLQGINKTYYNGAPLHVLKGIDLGIERGEMVSIMGASGSGK
                     STLLNILGILDTYDSGEYYLDDLLIRDLSESRAAELRNRMIGFVFQSFNLISFKNAME
                     NVALPLYYQGVPRRQRNALALDYLERVGLRDWAEHLPSEMSGGQKQRVAIARALIARP
                     QVILADEPTGALDSKTTVEVMELLRAVNREGMTMVIVTHEPSVAEATDRVVHVKDGLI
                     VAND"
     CDS             complement(19928..20824)
                     /locus_tag="SEQF2637_02444"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPEDKEIRKRTLLIMVIIVVVIALIGVSYVVFHQRKQMDDMTE
                     LFAIEKEQLTDEYAELSLQYEGYKFSVGNDSLVALLTTEQMKVQRLMEELRTVKATNT
                     RRITELKRELETLRKIMRGYVVQIDSLNAENGRLRNENERVTEQYRQASSAAAQLTRE
                     KEHLTERVTLASRLEASAIAVRPITSRGKDAKKIDKIAQLAVSFHVAKNITAPTGEKT
                     IYVRIMRPDDDILTKPGSGTFAFENRNIGYSMKRTVEYAGEDLPVVMYWDVEEYLSPG
                     TYRVDIFADGHLIGRRSFTLQN"
     CDS             20998..22518
                     /gene="guaA"
                     /locus_tag="SEQF2637_02445"
                     /EC_number="6.3.5.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P04079"
                     /codon_start=1
                     /transl_table=11
                     /product="GMP synthase [glutamine-hydrolyzing]"
                     /translation="MHEKIIILDFGSQTTQLIGRRIRELNTYCEILPYHSFPADDPTV
                     RGVILSGSPYSVNNPDAFRIDTAALRGRYPVLGICYGAQLLAATAGGRVESAATREYG
                     RALLTEVDANDPLLDGIRAGSQVWMSHGDTITRLPDTFRVIARTDNVEAAAFRVDGEQ
                     TWGVQFHPEVFHTEGGTRLLDNFLTQCGCTRDWTPASFIESTVAELKAQLGDDRVILA
                     LSGGVDSSVTAVLLHRAIGSRLTCIFVDHGLLRKNEFENVLRDYEHLGLNVIGVDAKA
                     KFYRELAGVTDPEQKRKIIGRGFIDVFDEEAHKLHDIRWLGQGTIYPDVIESLSVTGT
                     VIKSHHNVGGLPEKMQLKLVEPLRLLFKDEVRRVGAELGMMPHLLKRHPFPGPGLGIR
                     ILGEVTPEKVRILQDADDIYISLLREWGLYDEVWQAGTILLPIRSVGVMGDERTYENT
                     IALRAVTSTDAMTADWAQLPYDFLAKVSNEIINKVKGVNRVVYDISSKPPATIEWE"
     CDS             complement(22645..23115)
                     /locus_tag="SEQF2637_02446"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSDSKTDRRWHLDGVSDPKTDRRWHPDGLSDPKTDRRWHPDGPS
                     DPKTGRRWHPDGLSDPKTDRRWHLDGLSDPKTDRRWHPDGPSDPKTDRRWHPDGLSDP
                     KTDRRWHRDGLSDPKTDRRWHPDGLRGQKRGLFFTVLGCAVKTAARFSPFFTAR"
     CDS             23187..25457
                     /gene="copA"
                     /locus_tag="SEQF2637_02447"
                     /EC_number="3.6.3.54"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2FV64"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper-exporting P-type ATPase A"
                     /translation="MNPTKQFSVDGMSCSACSAHVERAVSRVEGVSSVAVNLLTNSMV
                     VEGTATADAIVAAVRKAGYDAAEQVTEEPHAPADKSPDDPLADRETPALRRRLVASLL
                     LLLLLMYTAMGHSMLGLPLPAALAGNPMAVGIVQMLLAMAVMIINGRFFISGYKGTLH
                     GAPGMDALVALGSGTAFVYSLVGLFAMSAALMDGRTADAYAGLHALYFETCAMILTLI
                     TLGKLLEARAKGRTTDALKSLMRLAPKTATLVRDGREVAVPIEQVRVGDTFAVRPGEH
                     IPVDGIITEGTAAVDESALTGESLPVDKSPGDRVSAATVNRSGYLRCRAERVGRDTTL
                     AQIIRMVSDASSGKAPIAKMADRVSGFFVPAVIVIALITVGVWLAVGADVGTAISRGM
                     AVLVVSCPCALGLATPVAIMVGSGLGARHGILFKTAEALERAGQVRVVALDKTGTITN
                     GSPVVTDLLPAAGVEEEELLRAAYALEVKSEHPLARAVAAYAEARGMQPDASDAFEVI
                     PGKGLTAMVDGRRITGGSLAFLSERIGTTDAIASAAERVAGEGKTPLLFAAEDRWLGL
                     IAVADTVKDDAREAVGRLHAMGLRTVMLTGDNQRTAEAVGRLVGVDEVVAGVLPDGKK
                     AAVESLRGRFGAVAMVGDGINDAPALATADIGIAIGAGTDVAVDAADVVLMKSRPSDI
                     PAAVRLSRATLRNIRENLFWAFIYNVVGIPLAAGVWIPVFGVGMTPMFGAAAMSLSSF
                     CVVMNALRLNFVRLRK"
     CDS             25554..26195
                     /locus_tag="SEQF2637_02448"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDTEGKQRVIVYIDGFNFYYGLRGDRRWKKYYWLDVVKLFEAFM
                     RPNQELVAVKYFSARPDDIERSRRQNAFFQANKENPKFHLVLGKYLKKEITCFKCGNV
                     IHTYEEKETDVRIATQIVADAYQKNCDAAIVVSADSDMIPAIELAIQARQKVFIYFPP
                     NQYSSNLASMGIGKPTQLQRYESRFRQSLLPDVIHLSVADYDLRIPEEWKAYQ"
     CDS             26207..26614
                     /locus_tag="SEQF2637_02449"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHAGCLKGITKHQNSMAFIRNDIATGDMFRHVYGGMTKRELDE
                     RAAQLLSAWGYKKVSDTAQGAAVYEKGNRVARLLLGALVKYFKVSVTTSVSPSDEVIC
                     EVRTESSGMSGGLIGMNQVKTEMGNLNAAFRDF"
     CDS             complement(26758..27390)
                     /locus_tag="SEQF2637_02450"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTKDLTEHCALFRGLTPERATELLETYGYALRSYPPRSFAAMQ
                     GDTCRTLLIVCHGQVNAWMAGAGGKQIIVEQFADWDVLAPAFLMATHNVFPVSIETTT
                     ESELLVIHRDTLLKMLHADMRMMENYLREISDKCFALTQRIGSFALKSLREQLLTYLH
                     THDTYARQQDIADRFGVARPSLNRVLQELSQEGIVKMVHGKIKLLRRFDP"
     CDS             28071..28934
                     /locus_tag="SEQF2637_02451"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLPLHGVQGGKRGTFGPLHDLHIDKRGEKEMEEEVQIQKLSQER
                     LDNALHLHFHASVRDWLLEADLKKIGLPKELVEEYEKCVQDEQEMIKETRARFETPHI
                     AKKEKECNHWLSYIAAVVRAMRLSPDPDEVKAAEMLYLLWRSDKPLQGVSLGRKSAGI
                     TSLLIDLKDDRYAPLITRLRLDRGVQLLDEANQALEDLQLQRIKARSKPDLPSSTDLR
                     PTTDAVYRRIVKYLELSYMNASPDGQAAITELVHLINKMVDHTRTAYKQSLSQRRARR
                     RQKEAREEGQS"
     CDS             28981..29409
                     /locus_tag="SEQF2637_02452"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYMKTKAIYNLEAAAALIDRQDERYYTASIHHAYYAVFQYMKYV
                     LANTGTSPLSYKEQDEKARSKGSHKYVIEQIVLRIALQMGTYKKARKFGQAVRKLKGE
                     RVEADYSTRLFTLEECLACKQQAEDLIAKLVIYLETYERS"
     CDS             29396..29749
                     /locus_tag="SEQF2637_02453"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRDLELEQILRRWAQDLVSRYTWLTIRFEYSERRGVYLVSYSPS
                     EKIDESESFARETMEFENRMNDLYDDNAPLFCDEEELFKLSSEAEVIRYHTPEKVDQH
                     SVPKKKKSSLAAAIL"
     CDS             29989..32808
                     /gene="susC_13"
                     /locus_tag="SEQF2637_02454"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MTKRTTQFYLLTLLFLLCTATTALAQRRVEGRVVDNETGETLPG
                     VNLVTRNGTYAVTDEKGTYNLSITRGDSVTVSYVGYEPQTLPAFYLIDHHEIRLKTGA
                     ELREVVVTASIASARNAKAVGSKIDKVDVERLMDQGTGSNLADIIDGRIGGVQMFQSN
                     GKVGMPIRFNMRSGATLSMDRDPIIYVDGVRYNNSHTSDINTSQDAMSSLNDLPLEDI
                     ASIDVIKGPAAAASYGAEAANGVIVITTKRRSSAAADGGNLTGTVKFTQGVNTLARRY
                     TQFVNNDDINNFFVNGNITRLYANLSKRFSPGNQLYFSLDENHTAGIIPGNRDVRHAL
                     MAAYDVTQDKFGMNVSLRYINGSLSLPQTAQGKNDAIWNLMRTQKPWGYVSERTWRAQ
                     SWTYDNDRVIGQARLSYLLPGAVKVETLLGMDVNFIRGEYLLPYGYLLNTNDKGARNV
                     SNRRNSTLNWDIKANRRFDLGGGWQTTLTLLSQIVRRYETVNTVSTSVFSGNVTQLSA
                     ASEKQVSESDFEQRTWGLYGEAFFNYRNTLFINAGLRRDASNLIGANVASIYYPSLSV
                     SYNQQAFKWRAAYGESGRLPYPTDAHTAYALTGSSAYGPLVAPSTQGNPNIRPERMRE
                     IELGTDVNLKRHRIGLSLYGQFTSDAIIYVPLRSSLGWLGSRPENIGSVRGYGFELNW
                     NGTVWENRSAGNALDLFVSVNGQTNEVTNTGGRTIENLPNVIKEGQPAYAFYYKKVEG
                     ARYDAKGVYKGAQESKEYEYLGKPFPTVNGAVGFELKLFHNLTLNARVNYAAGASVYN
                     QSFYNVAGLGDNLKKREDLKAALAKETPGTDAYRATAEQLAHTERNRDNYIEKADFIR
                     LSSLSVGYDFSSPVRRATNNVFKACRLMLSAQNLILITNYSGAEPQIEANGGTRQTRG
                     IGSLSRDITNAPAPRSFTASLTIGF"
     CDS             32812..34101
                     /locus_tag="SEQF2637_02455"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQTDIMKNLRYILLSAVALVTLAGCDKWIDNAKTPSNSLTYDD
                     LRRPGMMASVKGKILTDGALTANVKTLAGQASSAAFMALGAMTDELTPTKVPNALVYK
                     ALSDDNASSAGGEADGVFNSLQNLRARAEELLAIEASTEDDGSAGYEIVRAYARHTGH
                     LYAGYAYKLLADCFSSNPSAAGEVPVNGKNLTHEALYAEAITHLQAAVREADAEVLRG
                     MGGAFNRDLAVGSAEALLCKLYMSRGQYTEASAHLDAALGEKATMQIVYNVNGSPNGL
                     YSTLGETARDVEVDADIVNSLRNDAERKAVPTATNKEGNRYLTNLQRHSPLTITDGAE
                     MLLIRAELIVRGVRTGDALATVNRVITPYDAASALTTQPSLSDIDHLRRVYLFLRGER
                     TLDYRRGLVDSAKQQTWQSRRLKWMPLPENETGKTND"
     CDS             34601..35044
                     /locus_tag="SEQF2637_02456"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVFITVISMLALAACNNNAQQQDTAAADSTAQAQEAPATGGD
                     RDEHGCIPSAGQSWSQLRQECVQIFEVGTRLDPVEKKEGEAVISAFVLFNDDRSKAEI
                     FLPNSDVESIILDKAADGTYKADRYAFNDAEQALYVDGKKAFVKE"
     CDS             35203..35715
                     /gene="cobO"
                     /locus_tag="SEQF2637_02457"
                     /EC_number="2.5.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P29930"
                     /codon_start=1
                     /transl_table=11
                     /product="Cob(I)yrinic acid a,c-diamide
                     adenosyltransferase"
                     /translation="MSYVHLYTGNGKGKTTAAIGLALRAVGAGRRVYIAQFVKGQRYG
                     EIAYIDRRIPTITTHRYGSECFIERKPTPDDISRAAEGLEEVRRILHNGRYGLVILDE
                     ATIAIYFGLFTSAELIDAINDRHPDTEVVITGRYATPDLIAAADLVTDMQEVKHYYTL
                     GVEARPGIEC"
     CDS             35731..36273
                     /locus_tag="SEQF2637_02458"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSQPERVVYTIGHSTHPIEVFIAMLRSFDIRLLVDIRGLPGSNK
                     YPQYNQEALQVSLPASGIAYLHLPDLGGRRRVHRDSHNTRWRNASFRAYADYMETDDF
                     ARGIARLMDEAERQPTAYFCAEAVWWRCHRSLVSDYLKAHGWRVMHITGVGRAEEHPY
                     TQAARVVGNRVYYSDPGLFD"
     CDS             complement(36360..39161)
                     /locus_tag="SEQF2637_02459"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQRFSILFLSLLLLGAATGVVAQVHVKGTVVRSGEPAEAVEMA
                     AVRLLNIKDSAMVKGTVTDREGRFDLMGVRQGDYLLHVTYVGLDPLYQRLHISGSKTP
                     VDVGRLTMTEDGVLLGEAVVTARAVEVQVKNDTVEYNASAYKVAEGSVLEDLLKKMPG
                     VEVSAEGAVTVNGKEIKKILVDGKEFFSDDPKAASKNLPAQIVDKVQTYEKKSDLAML
                     TGFDDGDAEAVINLTVKPGMKQGWFGNAFAGAGSRGRYDVNAMLNRFVDDDQFSLMGG
                     INNTNNMGFTDFAAAAFGGGPGGGRHRFGGFGAGNGITSSGNVGTNFSKRLMKDLTVG
                     GNVRFSGSDNEARAKIDRQNILAGDSTSFDHAESASDTRTRNVGFNLHMEWKPDSLTQ
                     VIFRPEFSYGTTHTDAEELTHTLSGSLDSVNASRSRSRVDGHALTASAKLDVSRKLNS
                     RGRTLTLSVSGGGNQSIDNTLNRSDTRFLLFADSTETIDQQVHNDTRGYNVRGKVAWV
                     EPLGHSNFLHLSYRLRRTHRELLRDAYLIDEEGQYTVPDTTTGRNTRSDATEHRLNLS
                     FKMVRPKYDFTLGLNFDPTQTRTVTEVAGRTLYDLSRSVVNYSPTAKLRIRFDKRTDL
                     RLDYDGRTEQPSMTQLQPVADLSDPLNTVIGNPDLRPTYTNSLRLHFGKFVPDKQSAF
                     IFMAGVNYVLNDIVSRTTTDRLTGRRQTTYENIDGNYNLDGRLIINLPLPGKHFTLSS
                     MTYARYGHSGGFIDGSRNTSQATVLMQHAGISFRSSLADIELNGNIRHNRTRNTLSAG
                     RDLSTLNYGGSAAFTLYLPLGFRLESDLTYSTNSGYTDGYSQREWLWNAGASKSFLKN
                     NAGMLRLKMYDILRQRSNISYSATATAIRYSEYNTLSSYVMLHFIYRFSLFKGGANAS
                     DMRMPGPPDRGGRDRRPRD"
     CDS             39529..39903
                     /locus_tag="SEQF2637_02460"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGSYLLGALVGYSNKNHQPSGALFGKYFEDSIRPVALFGKYFGD
                     SHSLGAAVGKHFGDSFLRLRLIEGLNEYVIAQLHPIEDFNKGVIVKLHPIEHLNEGVI
                     VQLRPIEGLNGSESAPGVHEIE"
     CDS             40045..40170
                     /locus_tag="SEQF2637_02461"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTEARKMFSDGSARVSVAHKMISNDGLRVPEAGEMFSNSSV"
     CDS             40171..40341
                     /locus_tag="SEQF2637_02462"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAARKMFSDGGDCAQAAPKARSNGRACRSVAPKGKNLDGRRPK
                     KASQLQKFMAKK"
     CDS             40415..41752
                     /gene="nhaA"
                     /locus_tag="SEQF2637_02463"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13738"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+) antiporter NhaA"
                     /translation="MITKIRSLSRFVTQKPNASLLLFLTTIAAVVLANSPLVDAYNSC
                     LEYPLDFRFDNFIFFPHHGQPMSLTTFVNDAFMAIFFFVVGMEIKQELLVGELSSARK
                     ALLPVIAACGGMIVPVLVYLSVCHSGPAAHGAAIPMATDIAFALAALGALGSRVPLSL
                     RVFLTALAVVDDIGGIIVIAIFYSGHVAATPLFIALGVLVFLTVGGRLGIQHALFFYT
                     GFFVVWYLFTQAGIHPTIAGVLVAFTVPARPKVKLDSFADNMRDHLASLDFTQARHAG
                     KSTVLSPGQVLVLTNIHRLAAHTVSPLQSLVERLNPVVNYLILPLFAFVNAGVHFGGF
                     DLSALAGIPLAIFLGLFVGKTIGIFIFSYLAAKARIVSISPEITKRALFGVSILGGIG
                     FTVSLFIANLSFAAVPDIGDELLNEAKLGIFVGSLVSGIVGYFFLKHQLPERD"
     CDS             42039..45146
                     /gene="susC_14"
                     /locus_tag="SEQF2637_02464"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MNRRLLFLMLFAFFAFVAWTQAQSVTVSGTVVGKDDGQPVIGAN
                     IVIKGTTTGTVSDVDGHFRLTAPRPGATLVISFVGYRTKEVPATASMHVELETDATQL
                     GEVEVVVAYGQQKRRELTGAIGSVDAASIRETPATSLEQTLSGRVSGVQVTQASGAPG
                     GAVVVNIRGTSSISAGNEPLYVVDGMPILSADFSQKAGYQGNTLSGVADINPADIASV
                     EVLKDASAAALYGSRASNGVVLITTKRGSSGRTRVTLDSYVGVQNLWRKLQFLPTAEH
                     VAARNEAIDNYNTSLGLSPTDATYKKPVAAAQEGADTDWIDAITRTALHTNHQLALSG
                     GTDQTQFYASLGYYDQQGVMKKTDYTRYNLRTNLTNRISRTVKISADIALSSATTNRA
                     TGDGNLYSPWINALSASPDYAVRTASGSFGSINASKYNPVALIDEQEQVTRKYRAIVG
                     LKTTWNILPELRYNLDLGGDYIFMHETGVFPRGTIRGARSNGDVHDLRGFSFSNLAEH
                     TLDYFHQWDKLAFKALLGYSYQKTTLDNNFVRGTNFVSPMLKYINSAGSVTEGSSSLS
                     EYALQSLFGRVNLNYADRYLLEASLRSDASSKFAPGRRVGYFPAASLGWIVSEEGFFP
                     KTKSVNDLKLRVAVGYTGNQEGIGYYDYFNTYRASDVAYIGQSGLAFPNSRPNPDLTW
                     EKTLQYDLGVDAALFDRRLELTLDWYHKDTRDLLLSHPINALSGYTRTTSNVGRIRNE
                     GFEAMITGHPLRGRGLTWDVRLSFGYQHNEVVALTKKADGTDNFIEVGPSNILQVGQP
                     MATFYLIRAEGIYQSKEEILAQPGGEALWKRGIRPGDVKYYDKDGNGIINNNDRVTAG
                     SPFPKITGAFINNFAYKGFDLGLDLQYSLGAKIYATWKGAYTGGGGQGGTPNGYAIFR
                     DEFEARWTPERPSNDRPRAVADGAAYTNNMMNYTTRFLEKADFLRIRNVTLGYTLPDE
                     TVRHLGLSRLRFYAQVNNLYTFTTYDGFDPEVAMNPDRATYRGYDSGSVPHPRSFLFG
                     MNLSF"
     CDS             45163..46602
                     /locus_tag="SEQF2637_02465"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MTYPMNMRTPLMVAALAASLLAFNGCNLDYPPTAAVSDSSLTDA
                     DYQALLNGVYDGAQNYRLVMEDIAADNLNSKSWYSDMDDNNPTTSSDNINSLWQQLYG
                     AVQRCNNLINLVEKHTGTSTVNLTEIAAQARIVRAWLYMRITANWGDAPLLTTVTDEP
                     VSRASEDSVWMLIKQDLEYGMAHAPAFSTAGYASRVAAKALLARVLLIAPTPVQDKAR
                     ARQLAEEVIADGHFALADHYADIWHAKTSKEMILQWTNTTGDSGSYGWFLRSNIVDQY
                     EKENGAGSAAPGGNGRYELPVDQALIRAYEEGDERKAASVRHLKLKNGTETYDCIKYP
                     NTDKSDSYPVVRIAEMYLIVAEAAGYPEGVKRLNELRAKRGVAALQTGSTVTAANFMA
                     RIMHERRVEFFAEGQRWYDLRRWFNSGPEGRQAVRALCKYRTGEAAGSRPQASDKLNI
                     AETGYNLLWPITTEAIDNDRNLLPNNPGY"
     CDS             complement(46759..48798)
                     /gene="pgpH"
                     /locus_tag="SEQF2637_02466"
                     /EC_number="3.1.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0A0H3GGY3"
                     /codon_start=1
                     /transl_table=11
                     /product="Cyclic-di-AMP phosphodiesterase PgpH"
                     /translation="MHTLKSKKTAIQAFLYFMATAVVIAYFFPREGKFRYQFHEGKPW
                     RYGLLTAPSDFPIYKSDAELKAERDSLQARFRPYFRVDDRVAGQALGNLKNDYVEHRT
                     MSTPVWQYLTQKLSALYADGIISVQDMERMTSEHRTRLRLLRKNVSSQVDISRFHSEK
                     SAYEMVINEAPESMDKGELRASNFDRYLHPNVTYDAETSDKALEALMQKVTLSTGIVQ
                     AGERIVDRGEVVDARTYNILRSLKIVHETKSGGNRRDAITMLGQVILILGIMACCALY
                     FLAFRPELYFKRKNRLFILTCILVPCLLTELCVRYDLVNIYILPFAIIPIVVRTFFDS
                     HSALFTHLITALICSLVAPFPHEFLLLQIMAGVVFIISLKELSQRSQLLRCAFLISLA
                     YMLGYIGLSLYQDGDFNKIDWRMGIYFGINFVLLMFSYVLIYMMEKAFGYVSPITLVE
                     LSNINTPLLKKLSETCAGTFQHSLQVSILASAASAKIGADTQLVRTGALYHDIGKMKN
                     PPFFTENQMKGINPHRDLPFEQSAQIIISHVTEGIKMAEKAGLPEAIIDFIRTHHGAG
                     KAKYFYNSYCNAHPGEPVDESLFTYPGPNPFTRETAILMMADSVEAASRSLNEYTDET
                     IRALVNKIIDGQIADGLMRNAPLTFRDIDKIKTTFVEKLKTMYHTRISYPDLKKS"
ORIGIN      
        1 atgaacgact gcgccctgca tgcgcccttt gccggtgtcg tggggcgtcg cacggccgag
       61 gtgggggtaa cgtccatgtt cggcttcatc tcgctcttag gcatgatcat gaaaaacgtc
      121 atcctcatgt atcagcacgc cgaagacgag cgccacctgg cccaccgatc ggcacgcgat
      181 gcggcttacg acgccggcgc ccgacgcatg acgcccatct tcctgaccac cgccacgaca
      241 gccgtgggtg tgatccccat gatcatcgag ggcagctcgt tttggagccc cgtgggcgtc
      301 tccatcttcg ctggtggcat cggtgcgctg atcgccgtgg tcaccgtcct acccgtgctt
      361 tactggaaac tctacggcaa agaggatcag aaaaggcaga cgcgcggggc ggtcgctcct
      421 ccagaaacgc acacggcgta aacgtctcaa cgtaagtcgt ccttcgccga gcctcggaaa
      481 tgggtctaac cttcgggaga gggcatttcc cgagtcagga aatgggtcca accttcggga
      541 gaggctactt ccgagcctcg gaaatgggtc caaccttcgg gagaggctat ttccgagcct
      601 cggaaatggg tccaaccttc gggagaggcc atttcccgag tcaggaaatg ggtccaacct
      661 tcgggagagg gcatttcccg accgaggaaa tgagcccaac cttcgggaga gggcatttcc
      721 cgagtcagga aatgggtcta accttcggga gagggcattt cccgagtcag gaaatgggcc
      781 caaccttcgg gagagggcat ttcccgagtc aggaaatggg cccaaccttc aggagagggc
      841 atttcccgac cgaggaaatg ggcccaacct tcgggagagg gcatttcccg agtcaggaaa
      901 tgagtccaac cctcgggaga gggcatttcc cgagtcagga aatgggccca accttcggga
      961 gaggtcattt cccgagtcag gaaatgggtc caaccttcgg gagagggcat ttcccgagtt
     1021 aggaaatggg cccaaccttc gggagagggc atttcccgag tcaggaaatg agcccaacct
     1081 tcgggagagg gcacttcccg agtctcgggc ggcctactcc cttctacttc ttactacttc
     1141 ttactactta taactccccc tactacttat cactcccccc tacctatcta tataggtata
     1201 tccaacgcag cgccctccga cgcgacaagc tgaaggtgca gcatgcgcaa aacgctcgcg
     1261 aggacgtccg ccaactgatg cgtgtggaca tcgaaacgaa atggagcaac ctcagcgagg
     1321 cttacttgca gatcgatctg gcccgccgct ccgtcgcctc ggccacggag aacctccgcc
     1381 tcaatcgcga tagttacgag gcgggcaccg tccccctgac agacctgctc gacgcccaaa
     1441 cccagctgcg cctcgcccgc gaccgctaca ccgaggcctg caccgcctat tgcaacgccc
     1501 ggacggctta ccggcaggcc gtcggggagt agcgcccgca tcgttcccga attatctcag
     1561 ttcctttgcc gccgtattta attccgtatg tatatgaatc gaatcgcttc tttgtttgat
     1621 atcgaatacc ccgtcattca gggcgggatg gtgtggtgca gtggctggcg actggccgcg
     1681 gccgtgagca acgccggcgg actcggactg ctcggcgccg gatcgatgca ccccgagacc
     1741 ctccgcgagc atattcgcaa atgccgcgcc gccaccgatc gacctttcgg cgtaaacgtg
     1801 ccgctgatgt acccgcagat cgatgagatc atgcagatca tcatggacga aggcgtgaag
     1861 atcgtcttca cctccgccgg caaccctaag acgtggacgg cgcgcctcaa ggaccacggc
     1921 atcaccgtgg cgcacgtcgt ttcctcctca cgctttgccg ccaaatgcga ggccgcgggc
     1981 gtcgacgcca tcgtggccga gggcttcgag gcgggcggac ataacggtcg cgaggagacc
     2041 accacgctct gcctcatccc cgccgtgcga cgcgtcaccg acctgccgct catggccgcc
     2101 ggtggcattg ccacgggcga aggcatgctc gccgcgatgg cactcggtgc cgacggcgtg
     2161 cagatcggca ccctcttcgc cttggccgaa gagagctccg cgcacgaggc cttcaagctc
     2221 cactgcctgg ccctggacga gggcgacacg aaactgctgc tcaagaagct ctcccccacc
     2281 cgactggctg ccggcgcctt ccgcacggct gtcgaggagg ccgaagccgc cggtgccgac
     2341 gccgagacga tgagccgact gctcggcaag gggcgcgcca agaagggcat cttcgagggc
     2401 gacctcgagg agggtgagtt ggagatcggc caagcctccg cactgctgtc cgacatccgg
     2461 cccgtcgccg agatcatgga cgacctaatc cgcggctatc gtcgtgccgc tgacaagtcc
     2521 tacaagctct aatcggcgac tgacattcat cagctcccac ggggtgcatc ggtcaacggt
     2581 gcatcccgtt tttctttcat ggcaggcctc tgccgaggcc cgggaagttt gcctggtaca
     2641 agatgaggcg ggatttatct cggggggtac ccggtcaacc ttcgccggag gccgcagccg
     2701 cccgatacac ggcaaaaaaa atcccatcca ctctcgaggc cgagaaagga tgggatgtat
     2761 aggatcacgc ccgataggtt acttcgttcc ggcgtatcgc ttattcaaga actcaatgat
     2821 ttcacccgtg atattgtaga cgtcgtcagc taagaagatg gggctaccgg ccgtattgct
     2881 aaagatgatc tgatagccct tgtccttatt gtagagcttc aggcaacgca ccacggtgtc
     2941 gcgcaactgc tcgttcatgg cctgcgtctg ctccatcaat tccttcgtca gacgggcgtc
     3001 cagctcctgc aactcttgct cctttttcat cagccgttgc tgctcctgtt cagcgcgttc
     3061 acgcgtagcg aaggccccgt tctgcatctt gtattggaag tccttgactt cagcctgcag
     3121 gctgcgtgcc ttctgggtat aactggcgcg tgcgttctct tgcttcttca ggatctgctc
     3181 gttcaggtcg atggagaaat tgtatttctg caacaaggag tccacgttga tataagcaac
     3241 agggaaagct ttgaggggcg ctccggtgga atccgtctcc atcttcgcca ccgcgacgct
     3301 gcccccttta tggccggaca gttgcatgac gaacaggcag acaattgcag ccgcaagaat
     3361 cccctcgatc acatagtgta gattactttt catataaacg gaatttaatt actcatcatt
     3421 tcacccatcc gatcggccag attcttctgg tgcgaagcct gccgatcctg cgtgcgagcg
     3481 cacgctatgc cctttttgcg tagggcgggg ctgctatcga catgcgtgtt cggaaaacgt
     3541 ccgtttttct ccagtaaaat cctcacgcaa agcagcgcca tgcaaataat cagtataata
     3601 atagttgcca gagagacgat aaacatttta ctttaccttt gtggacgcaa agatagacga
     3661 ttcgataaac agccattcgg ggcttcctcc catttccgtt tttttgtcat tcgccgcgcc
     3721 tatctttttt cactcagcga tttaagtcat ttatatacgt agaaaatgaa gactatattg
     3781 gatctccagc cggctattgt gtggaagtat tttcacgaaa tcacacaagt gcctcgtcct
     3841 tctaaaaagg aaggaaaaat catccgctat ttagagcaat tcgctgccga ccatcatctc
     3901 ccgattaaga aagatgaggc cggcaatatt ctcatctcaa aacccgcaac gaagggctac
     3961 gagaagctgc caaccatcat cctgcaatcg catatggata tggtttgcga gaagaacaac
     4021 gacgtcaccc acgacttcga caacgacccg atcgagaccg ttgtcgacgg tgagtggctg
     4081 cgtgccaagg gcaccacact cggcgctgat aacggtatcg gtgtagctgc atcgctggcc
     4141 atcttggcct ccgacgacat cgagcacggc cccgtcgaat gctttgtcac cgtcgacgaa
     4201 gaaacgggta tgaccggtgc ttttgaggta aaagaaggct tcctcagtgg gaagattctc
     4261 atcaatcttg acagcgagga cgaaggccag atcttcatcg gatgtgccgg cggaaagaat
     4321 accctcgcca cgttcagctt cacgcccgaa gcggctcctg cccggtcgta tttcaagatc
     4381 gttgtcacgg gtctcaacgg tggacactct ggcggtgaca ttcacaaagg tctcggcaac
     4441 gccaacaagt tgctggctcg tttcctctat tcactgcgcg agaagtatga ctacacgctg
     4501 gcggctatcg aaggtggtaa cctgcacaac gccatcccac gtgaggcttc ggccgtgatc
     4561 ggactcaagg acgacgaccg cgaaccggtg cgcgtgctgc tgaaccactt ccaagccgac
     4621 gtggagaacg agctgaagcg catcgacccg aatgtccgcc tgacgatgga gacggtcgac
     4681 acgccgaaga ccgtcctgcc aaaggacgtt gctgctcgac tggttgagtc gctggttgcc
     4741 tgtccgcacg gtgtgttggg catgagccac gaggtggaag gattggtgga gacgtcgacc
     4801 aacttggcgt ctgtgaagat gcctgaagca ggcaaggtgg tcgttgagac cagccaacgc
     4861 agctcggtag actcactgaa ggatgccgca gcagatcagg tggctgccgt cttccgcctg
     4921 gctggagccg aggtgaagca tggcgacggc tatcctggct gggcacctaa cccggactcg
     4981 aagatcctga aggtggctga ggatacgtac cgcaagattt tcggcaagga tgcgctggtg
     5041 ctggccatcc acgcgggatt ggaatgcgga ctcttcctcg agaagtatcc ctacctcgac
     5101 atgatctctt tcggtccgac gatgcgcgac gttcactcgc ctaacgagcg gatcgagatt
     5161 gccaccgtag acctctggtg gcgccacctg ctggagatac tgaagaatat ccccgcgtaa
     5221 acaaaatatc gcacgcgtag cggcgtttct tcattcgtaa tcaacccccc agagacgatg
     5281 aagatgaaga aacaaacagc cggcctcggc ctgctcctcg ccacgctact ctacctcgca
     5341 gccggatgcg aacgggtcga ccattatgcc accgaccctt cgctccggct cgatttttct
     5401 acggacactc tcacgttcga caccctcttc accaccatcg ggtcgaccac gaagcagttc
     5461 atggtctata acccgcacgg tgaaaacctc cgcatcgagt ccgtcacgct ggccagcgga
     5521 ggccgcagcg gtttccgcct caatgtggac ggccgcaagg gcgaatcctt cagcggcatc
     5581 gatctttgga aacgcgacag cctgcgcgtg ctcgtcgaag tgactgccag cgctaataat
     5641 gccgaccgcc cgctgctgat ccaagattcc atccttttct acaccaatgg cgtccgccaa
     5701 tttgtcctgc tgcaagccgt cgggcaagac gtgcacatca tccgcggcgg ccggacgtac
     5761 accgaaaaca caaccctctc ggccgaccga ccttacctcg tcttcgatag cctcatcgtc
     5821 ggccccggtg tcaccctcac cctcgtaccc ggcgccacgc tctgctttca ccatcaggcc
     5881 aaactcatcg tcgccggcac actcaaggcc atcggtaccc aagcccaacc catcacactg
     5941 cgcggcgacc gcctcgacag catctacgcc aacgtcaccc taccttacga ccgcgtcccc
     6001 ggccaatggg gcggcatccg cttcgaatcc accagcttcg aaaacgagct tgaatacacc
     6061 gacgtccgca acacctcctt cggcctcgac ttccaaccct ccacccccga ccggcgtaag
     6121 atccgcatcc acaactctcg cgtcacgaac agcagtggcg acctactgac ggccgtcaac
     6181 tgtcacatcg aggcctctgg cagcgagttc acaaacgctg caggaaacac cgtctgcctc
     6241 atcggtgggc gccaccgctt cgcccactgt acgctggcca acttcatggt cctcagcacg
     6301 cgtcaaggtg cccccaccct catcctgacc gacaccgctc gcatcgacaa cacgccacac
     6361 cactacccac tcaccgaagc gcgcttcgac aactgcctca tcgacggcag catctcgggc
     6421 gacaccacac gcacgtaccg cggcgaaatc gcccttatct cccgcaacgg cgacacggcc
     6481 ggcagcgacg ccttcaacta ccgattcacg gcctgctaca tcctcaccaa agccatcacc
     6541 aacaatcccc gcttcgaccg ctgcctcttc ggcttcagcc agaagcccat ctacctcaag
     6601 tcaggcaccc gcaaacaggc ctacgcctac gatttccgtt tggccaacaa atccgtcggg
     6661 atcggtgccg ctgaccgcac cgtcgccgcc gaattcccca ccgaccgcta tggcgtgagt
     6721 cgcctcaccg gcagcaccgc cccgaccatt ggcgcgtacg aacacgcaca ccagccggag
     6781 gagaagaagt cttcggcacg ccgttaaaag ggagattcgc cctgaggaag gcgggttgac
     6841 gagtcgcctg tgcttgtatc gggcctataa gcgctgagac gcgtttattc atgcctccta
     6901 agagggcaaa tcgttttgga aatgcttgcc ttgtaacggt gttgcaaacc ccaaaaagtt
     6961 catcgcggcc cttgcggaac ttccgcaagc gtcaaaatgg agaaaatggc ctatgcggaa
     7021 cttccgcaag catcaaaatg gggaaaatgg ctcttgcgga acttccgcaa gcgtcaaaat
     7081 ggggaaagtg gcgtttgcgg aacttccgca agcatccaaa aggagaaagt ggcgtttgcg
     7141 gaacttccgc aagcatcaaa atggaggaaa tggcccttgc ggaacttccg caagcgtcca
     7201 aaaggagaaa atggcgtttg cggaacttcc gcaagcgtca aaaagttctc cgtgggactt
     7261 gcgggacttc cgcaaacacc aaaaagtttt tcgaggcact tgcggagttc ccgcaaacgc
     7321 caaaaagttt ttcgaggcac ttgcggggtt cccgcaaacg cttacccttt ttttgagagc
     7381 atggcgagga atggtacaac gaaaacggcc ggataccgga gggtttgcgc cccactggta
     7441 cccggccgaa tttgtcggcg gaccctactt attccgtcgg tatgtcacgg ttgacattct
     7501 tcgagccgac gagggcgtag aagagcaggt agcagaggcc ggcgatgatc acccagtagc
     7561 tgctgatgaa gcccacctta tcggccacca gattttggat gaacgagatg acgccgccac
     7621 cgcagacgag ggccatgaag atgcccgatg ccaagggagt gtatttgccc agcccctcgg
     7681 cggccaagtt gtagatggca ccccacatga cggacgtgca gaggccgcag aggaacatga
     7741 agaccatgcc cagcggtacc tctgcgccga tgacggggat cgagaagcgc acatcctcgg
     7801 ggatgaagat gaggcagagc aggaagacgg tggcaagcag gctgacggtc gtcagcatcg
     7861 tcttgctcga gacgcggcca cccacggcgc cgcccacgag gcgtccgcac atcatcagga
     7921 accagtagaa gccgacgagt gtcccagcca ccatcggacc tacccactcg aggttcgaca
     7981 tgtagaggtt ggccgtgttc gggatgccca cctcgatgcc gacgtagaag aagatggcta
     8041 tggcgcccag cacaaagtgg cggaacgaca tcgggccgtg cgggtctttc ttcgtgttgc
     8101 cagagaggcg cgcggcgcgc tcgtcggccg tctccatgtg cggctcgggg atacgtgcca
     8161 gcaggatgat gaggaaggcc agggcgaaga tggccatcgc aatgatcatg gccggggccg
     8221 cgtcgttcac cttagccgtc tgcaccgagc cgccgataag gtagcccagg aggatggggg
     8281 cgatcgttcc gccgatggag ttgcaagagc cgccgaactg gatgagttga ttgccacggt
     8341 tgccgccgcc gcccagggtg ttcagcatgg ggttgacggt ggtgttaagc agacacatcg
     8401 atatgccggc cacgaaggcg ccgagcacat agatgccgaa cgcgatggag ggatccacat
     8461 agcccgatgc gaactggatg cccacgccca caaagcccac aatggtggcc agtagggagg
     8521 tgaacttgta tccgcggcgt ttgaggatca ggcccacggg gatgccaaag caggcgtagg
     8581 cgatgaagtt ggccagtgtg cccagctgcg agagggcgtt gctggcgccg aactgcgtct
     8641 tgacgatgac gcccatcgat ccggcgaagt tggtgacgaa cgcaatcatg aaaaagagca
     8701 ggaacatgac ggcgatgact aagacattgc ttttctcttg ttttacggtg tccattttgt
     8761 ttgggttttt gagtggtgta tgggttgata attaatgact gctacgcttt tggctgcggc
     8821 gggcgtaaag gtacacccaa agtttggccc cgggcggaaa ctgatcttgt gtatccgttt
     8881 agcaggacgt cagcgttacg ctccaacacg ggtatgtgca tcctccccga cgtttttcag
     8941 catcctcacc gacgcgatcc acagcccgac gaacgtcagt gcgccattga tcatcagcat
     9001 ctcgtagccg aagcgatagc cggtgtaatg cagcgtgagg cgttcgaggg cgtagcagat
     9061 gaggggcgag gcgaggcaga tgtagggcac agcgctgtca gcgggccgta ggcgcgtgaa
     9121 gaggccgaag gcaaagagcc ccagcaatgg gccgtaggta taggaggcga tcacatagat
     9181 ggcgtcgatc acactgcgat cgttcacggc tttgaacacc atgatgatcg ccgcaaagag
     9241 cgccgagata aggatgtgca cccgcatgcg tatgcggcga gcacgcgccg cttggtcgcg
     9301 ttcgatgccg aggatgtcga cgcagaagga cgtcgtgagt gccgtcagtg ccgagtcggc
     9361 actgctgaag gcggccgcga tgatgccgat ggtgaagaag acgatgatcg tctgccccaa
     9421 tacgcccgag gtgcagaaca tcggcaggat gtcgtcgccc gcgtcgggca gggcgatgcc
     9481 gagctgtccg gccagcgtga tgagcaggat gcccagcgag aggaagagga agttgatcgg
     9541 cgtaaaggcc aagccgtagg agtacatgtt cttctgcgcg tcgcgcaggc tacggcagga
     9601 gaggttcttc tgcatcatgt cttgatccag tccggtcatg acgatggtga tgaagatgcc
     9661 gctcaagaat tgcttcacga agtgctgctt gctcgaccaa tcgctccact cgaagaggcg
     9721 gaagtgcggg ctttcggcca ccgtgcggca gaggccgtcg aagtccagcc ccatgcgatc
     9781 cttcacctgc cagatgatca ccacgagcgt gcccacaagg cagagggcct gaagcgtgtc
     9841 tgtccagatg attgtcttga cgccgctctt gtaggtgtag agccatacga gcaggatact
     9901 caggataacg gtcacgccga aggggatctg ccacgtcgag aagacgtacg tctggaggat
     9961 gagcaccacg agatagagcc gcgcggccgc accgatgatc ttggagagga ggaagaagga
    10021 ggcgcccgtc ttgtaagccc gccgaccgat gcgtgtctcg aggtaggtgt agatggaggt
    10081 gagctgaagg cggtagtaga gcggcaggag cacgtgcgcg atgacgacgt aaccgaagaa
    10141 gaagccgaag acggtctgca tgtacgtcat gtcgatctgc cgcacccagc cggggacgga
    10201 gacgaacgtc acgcccgaga gtgaggagcc aatcatgccg atggccacga tgtaccacgg
    10261 cgaacgacgg ttgccgagga agaaggcgtc gttgtctgca gccgatgcgc cgccgcggcc
    10321 cgtgatccaa gcgatgagca gcagcaggcc gaagtaggcc gcgatgatga agaggatggt
    10381 cgtgctgctc atcggacgta ccgtatttcc gaccggctgc cgggatagta atgcgtgagg
    10441 atggcgcgat aggaatgtcc ctcggctccc atcacggcgg cgccaatctg gcagaggccc
    10501 acgccgtgcc cccagcctgc gccggtgagg cggaagcgac gcgggacgcc gtgatgcaga
    10561 tcgagcgcgt cgaccacgaa ggccgagcta tagagatgcg tctcggagag cgtgcggcgg
    10621 atctccagct ctttgccgat gatatatgtg cgccgactgc cgacgatccg gagtcgtacg
    10681 atgcgccccg atcggccgcg ctcgacggct tgcaggttga ggatagcgcc gaagtcgatg
    10741 ccgctcttgc ggcggatcag gtcggcaagc tcgtcttgcg tgtactccac cgtccagcga
    10801 tagaagtcgg gcgtctcgag gtcgtagttg ttgagcactt ggctgaggat gccctcgtcc
    10861 gtggtgtgac agaacgcctc gggtgcggag cggatccagc gatcggcttc ggcctcgttc
    10921 gtcaggtcgg gcaccggggt gtctggcgtg tgactgtcgc gcagggcgac gagataacgg
    10981 tgatgaacag gctcccagca gtactcgaag cactccgtaa tgccgccgca cgacttcgag
    11041 aagcgtgtgt cgcaaagctg accctcgtcc gtgagcacct cgccgcaggt ggcccggacg
    11101 gcctcctcca cggccggtgt cgtggcgcga gtgatgccct gataacgctg gcaatggtcg
    11161 tcggcgcaga cgtcgaagcg cgtgtgatcc tcgcggtcgt accatcggac gaggccctcg
    11221 tcgtcttggc tgcagctctc cgccttggcg tcgaccggcg cctgtcgctt ttcgatctgt
    11281 gccagcagcc agctgcgcga gatgacggcg tgcgcgcgga gtaactcggg cgacgaggtg
    11341 gcgctcatct cagacgagat gacgctctcg agatacgact cgacgtcgat acgattcacc
    11401 accaggacgc cgtcgctcga gggcgtgagg atcaacgctc cgcggaagcg ttggtcttcg
    11461 cggcgctccc agtggaagtg tacgccaatg gtgacgcccc gcaggtcgaa cgagtccgag
    11521 gggtcggtgg actcgaagtg cagcgtgtcg aacgtgtgac tctcgaaggc gatgcgcccg
    11581 tcttgcagcg tagcgtgttg ttggcctgtg tgcgtgcggc ccgtctccag gcagcggtag
    11641 gcgccgttga aatgaaatga aacgtctctc tccatcaaga tcccgacgtc tacgttgggt
    11701 ataccgatca tgatctgtgt atgcattaat gtaaataggt gtggttctat ttctcccgct
    11761 tgttcagcga gcggacaaaa gtagaaggct tgtgtaattg tcaatggcta aaggtcaagg
    11821 atgacggaga ggaggaagac cacacatgag ggaataaccc accctcattt tgctactcgc
    11881 acgccgtgca agccccgaaa ggcgccaggg gcgccggcca agtttgcagg cgacatagga
    11941 tcccccccga gtttcgcctc catctatctt tgtccccacg aaaaaaacga ttcataaaca
    12001 gggattaaac gaagcatcat ggcattaccc atcaacatag aagacctcct caatcggcag
    12061 cgcattgagg gtaaccgcat cgagttcaaa cgcgggtgga atccggccaa gatctaccaa
    12121 acgatctgtg ccttcgccaa cgatttcgac aatatcggcg ggggctacat cctcgtaggc
    12181 gtggaggagg atcatggccg ggcgcggcgc ccggtggtgg ggatccctga ggagaagttg
    12241 gacggcatac agcaaagcat ggtcggattc aataacaaga tcaagcccta ctacatgccc
    12301 cgcacctcgg tggaggccgt agacggtaaa tacgtgctgg ccatctgggt gccgtcgggg
    12361 agttatcgcc cctatgaagt tttggaggac gtgctcagta gtaaatccaa gtcacgctgg
    12421 tacatccgct ccggctcaag caccattgag gccaagggag aagtgctgga cgagctgcga
    12481 gagatggcca accgtgtgcc attcgatgaa cgagggaatg agcagatcgc gatcgacgac
    12541 ctttcgcctg tgcttgtgtt ggactaccta aggcgtgtaa agagtcggct aacggctgat
    12601 tttactggcc ggacactcga acaggtcttg gagcaactgg atctatacga agggccgcaa
    12661 gaacaacggc ggctgaagaa tgtagccgcg atgatgttca gcgaggagcc gcatcgcttc
    12721 tttccttaca cccgggtcga aattgtctta tttccggagg ggacggtgcg caaccccaac
    12781 aacttcatgg aagcgccgac tatcacgggc tccgtcccca cgatgatccg cgccaccttg
    12841 gactacctcc gccttatggt catcaaggag cggatccgca aggtgccgta tgcggccgag
    12901 gccatccgac atttcaatta cccctaccaa gccatcgaag aggccgtggt caatgcgctc
    12961 tatcaccgcg attaccaaca acgcgaaccg gtggagatca ccgtggagcc gcatgccatt
    13021 agcatactca gttatgccgg ccccgatcgc agcatcacga aggaggccat cgagcaagct
    13081 cacctgctcc gtgcacgtcg ttatcgcaac cgtcgcttgg gcgactttct caaggagctg
    13141 gacttctctg agggacgcgc cacggggatc ccgaccatcc aagaggagct tcggaacaac
    13201 ggctcgcccc cggctacaat cgagaccgac gacgaccgct cctacttcct catcatcatc
    13261 ccttgccacc cggatttcct gcacgatggc gtcctcaacg accccgacaa gttcaaaggc
    13321 cgaataaagc ggggtggcag aataagtgac actataaacg atgatgagga tagaaatggc
    13381 agaataaatg gcagaataaa tggcagaata aagtcttccg ctaagtgtaa aagatggtct
    13441 gctcttatgg agatcatccg tgatcaacca cagatttcat caaaggattt ggcagcccaa
    13501 ttaaaggcct ccgatcgtac catctggcgc gatctatcgg agcttacgga gcgcggcatc
    13561 atccgctacg aaggcgccaa gaagacgggg cgctgggtga tactcaacca agcagacgaa
    13621 ggcatggaat aagcccccct cgaacggaga cacaaaaacg aaccgtcctc cgagcaatgg
    13681 atcaatcatc catcgcccgg aggacggttc gtttttagag agtatcacag ccccgcttac
    13741 tgctgctcgt agaactcgag aattttcttg cggagcagga actcgtattt ggcttgggtg
    13801 cggtcggaga gggctttgat gaggttcgtc ttggcctcgt tgtattcgta ggtcgtggcg
    13861 cggccattct cgaagcggtc gccggtgaag gtgaaggcct tctcggccga ctgccacgcg
    13921 gcggtggccg accggtatcg ctcggcggct gaaagggcgc tgtagtaggc ctgctggatg
    13981 tctttgtaga gtgctttctt ggtgttctcc agctgcagct cttggttgcg caggccgagg
    14041 cgagcgctgc ggatgctgtt gcgtgtggcg aaacggttga agatagggat gcggaggttg
    14101 aagccgaggc cgaggccgcg gttgtcgcga atctggttgg cgaagggcgt gttgggcttg
    14161 ttgtagatgt gataaaaggc attgttgtag ctggcgccga aggagaggct ggggtaaagg
    14221 gcgctctggg ccacgcgcac ttgcttctcg ctgctctgga ggcgaagctc ctcggcgcgg
    14281 acggcggccc gcgtggtgag ggcggtgcga tagatatcgt cggggcggcg cgccagtagg
    14341 aaggacgtgt cagcctccgt gggcggctct acgtcgaagc cttccgggct gggcagctcg
    14401 agcagctggg tgagtgtgag cgtagctata cgcaggtcat tagtggcttg tacggtggag
    14461 agctcgtcgg ccgccacctg cgcctcggtc tcgtagatct gtgcctcgga ggcgcgcccg
    14521 gcgtcgtgca tcttacgtgt gcggtcgagc tgtgtgcggc tcagggcgag cttattctcg
    14581 gccacaccga gcagctcctt gtcgaagagc acttgcaggt aggccgacgt gacggtgatc
    14641 tccatattct ctcgcgtctt ctggagatcg gcggcgaggg ccatgaggtc gaggcgcgcg
    14701 gcggcgatct cgttggggat ctcgaagccg gtgaagaggg gaacgtcgga tgagagcgac
    14761 caggcggtgg aggaggtggt ctgcacctga tacgtgttgt cggccgctga ggccgatcgc
    14821 ccgaacgacc attgttgcga ggctccggcc gagaggctcg gcagacgttt gctgcgcgcc
    14881 gtgtggagcg tcagctcctg ccgatcgact tccacctgtc gcatgcgcac ctccaggttg
    14941 ttcgctttgg cgtgctcgat gcaacgttgg aggctccagc gcgtggctgt tgtgttctgc
    15001 gccgaagcgg tgagggtggc ggcgaggagc agggcgggga tgagggtcag cgtcttcatg
    15061 gcttggcttc gttgttattg tttgcttcct tgctgatggc cgcgccgcgg atcttgtctt
    15121 tctccgtcag tccttccttc acttcgatct tgataccatc gctgaggccc gtcttgatct
    15181 gccttttctc gaagatttgc ttgggcttct cttgcttaac cacttgcacg aaggccgtgt
    15241 cgccatgaaa ctccaccgtg ctttcgggga tggtcaggac attctcggcg cgctccaaca
    15301 cgatctccgc gttggcgctg tacccggcgc gcacgaacga ggtgtcgggc agcgagacgg
    15361 ccgccttgat ctcaaactgt atggcgccgt tcttctcctc gcccttgggg gagacgtatt
    15421 cgaggacggc gtcgaaggtg cgtgtgccca gcgcgccgac ggtcagcttg atgggcatgc
    15481 cctcgcggat cttgccgatc tccgtctcgt ccacattgcc gcggaagatc atgtcgttca
    15541 tgttggccac ggaggcgatg gtggtgccgt cgttgaagct gttgctttgg atcacggagt
    15601 tacccacctt gataggcacg ttgagaatca tgccggtgat ggtgctgcgg atctgcgtgg
    15661 tactcgagct gcgtgtgttg cgcgagatgc catcgcggac aatctcgagt gcactttggg
    15721 cgttggccag ctcttctttg gccttgcgat agttggcttt cgacacgtcg aactcctcgg
    15781 cggtgaggat gccctgcttg aagagttgtt cgtcgcggcg gtgcgtgctc tccacttggt
    15841 ctaagctgat gcgggccaca ttgacgcgcg actcggcgct gttgagctgc cccatctcag
    15901 gaatgacttt cactttggcg atgatctcgc cttcggtgac gcgttggccg gcttccttga
    15961 gcacctcgga gatgatgccc gaaatctgcg gcttaattag gatctcgtag cgcggctcca
    16021 cattgcccgt ggccacggtc ttggtctcga ccgtcccacg ctcgggcgtc acgatttcat
    16081 actcggtcac ttcgggctgc gccttcttcc acagaaacac gaaggtacct accacggcca
    16141 gccctactaa ggaaagcagg acgattctct tgatcttctt tacaagtcga ttattcataa
    16201 gctgaaaact aaaatctaaa aactaacaac tcacagttgg ggaaatgaac ggtttgaggc
    16261 gtggggagac tttggagagt agtgcagatg caaggcgtcc aagaccgaag gcgaagggag
    16321 catacataag tatgtgaccg agcctgagct tgtcgcagga cacgcagcag atgcgctaca
    16381 aagtttctcc ccctattcat cgcggatcgc atctatggct ttaatctgca tagcccgcca
    16441 ggcggggatg agcccggcta acagaccaca cacaagcagc acgatggtag cggctacggc
    16501 ggtgcccatg tgtacgccgg ggttgacgag cgccgcatcg tcgccgggtt gggcgctgag
    16561 gaggcggtcg acgatgtcga tgatgaagac gcctatgctg aggccgatca tgccggccat
    16621 ggctgtcagc acaaggctct cactcatgat ctgcgagatg atgtcgcgcg ggcgggcacc
    16681 gatggcgcgc cgcactccga tctctcgcgt gcgttccttg accgtcacca tcataatgtt
    16741 actgatgccg atcacgccgg ccagcagcgt gcccatgccc acgagccaga tcagtgcgtc
    16801 gataccggtg aagagcatgg cgaaagtggc gaactgttcg gcgatgttga tcaccatcac
    16861 ggcctgcttg tcggtcgggg cgatgctgtt ctgccggcgg aggatgccgg tgatatcgtc
    16921 gatgatgcgc tgtatggata cgtctttata ggcggaggca gctaagaagt ggatcacgtc
    16981 gccttggttc agcgtctgct gcatggtggt gaagggcagg aagacgctct cctgcgaccg
    17041 tcctccgatg ttcacccgtg cccgttcacg taccacgccg acgacctgat agtagatgcc
    17101 attgacgcgg atgtaccggc cgcagggatt ctcgttgcgg aagagggtct cgttgatgcg
    17161 cgagccgatg aggcatactt tgcgtttttc gcgggcgtcg atctcgttga gtaggcggcc
    17221 gaagagcacg tgttgcgcct cgatgcggaa ataggccggg tcgacgcctt tcacgttata
    17281 tgtgccggag agttggccat agaccacgtt cttatctgcc cgcgcgcccc aaaggacggg
    17341 tgagatggcc tccagtccgg acacctcgcg gcggatactc tccaagtcgc ggttgcggat
    17401 gttccattcg cgtcctttgt tgaaaccacg gtaaggttcg ctggtgcggt cggctatgaa
    17461 aaagacggag ttcgtggcga agccgtcggt gtttttgagg atgccattct tgagccctgt
    17521 gccaagcccg aggaggatga ctaacatgag tatgccccaa aagacaccga agcaggtcag
    17581 taggctgcgt gtcttgttgc gggtgatggt tacccatatc tcggtccatc tatctgcgtc
    17641 gaaaagcata tgaagaagta gttagaggta gtctatgatt attcgctgcg catggcctca
    17701 acggcgggga tactgacggc tttgcgggcg gggaaatatc cggctgcgac gccggctatg
    17761 atgagcagta cggtggcgga cgtggcgatg ccgaggctaa cggtggggtg gcggaagatg
    17821 gagaggttgc ccgggccacc gcccgtgtcg gcgttcatgc cggccatcgt cattccgtaa
    17881 tcaatcagct cagtcacgcc gataccggcc accatgccca cgtaaccgaa gagcgtggtg
    17941 acaaggatgg actcaatgat gatgagccgc aggatggagg cggggccggc gccgatggct
    18001 ttgcggatgc cgaactcacg cgtccgttcg cggacggtga cgagcatgat gttgctcacg
    18061 cccacgatgc cggccatgag tgtgctgatg cccacgatcc agataaacat catcaggccg
    18121 ccgaggataa ggtcgaacat gcggaagtcg tcgcccgtgt tccacatgcc gagggcgccc
    18181 gtgtccgagg ggtcgaagtg gtggcggagg gccatggcgg tgcggaagcg ttgctcgaag
    18241 gcggtgttct cttcttcaga cttgatgcca cgcacggtga agatcagatc gtccacctcc
    18301 ataccgctgc ggaagagttg ctgagcggtg gtgaagggga tataggcggg cttgttgttg
    18361 ttcatctcct tgtcgcgata gacgccgacg acttggaaca tcatgcggcc aatgcgcacg
    18421 tagcgcccaa tgggatcctc ctcgtggaag agcacctcgg ccatgcgtgg gctgaggacg
    18481 atcgctttgc ggcgttgctg catgtcgatc tcgttgatga agcgtccgcg ggtggggatg
    18541 ataaagtcga tggaggcaaa gtcgggtgcg acaccgctca ggttgccgtt gacgtattcc
    18601 ttattgtagg ccaacgtgtc gctatggtcg atgcggccgg agtagtactc cacctcgggg
    18661 aagtcggtgc ccaagtgctc cacgtcggcg ttgcggaagg ttaggcggcg gttctcgcgg
    18721 atgccttgcc agggcttggt ggtgtagttg ggccacacct cgacacggtt ggcggagaag
    18781 ttgctgaagt tgtacatcac gccgttgcgc aggccgttgc cggcggccag caggatgatg
    18841 aggatgaaga tgccccaggc cacggagaag ccggtgagga aggtgcgcaa gcggttcttg
    18901 cgcatcgtgc tgaggatctc tcgaatgtcg tcgaagtcga acataaatct tataggtagt
    18961 aggggcgacc cttgtagtcg cccggtatag ttacggccta cggccgggta gttatgcggc
    19021 taaagccgcg gtagtaggga gttggccaag ctcaatcatt agccacgatc agtccgtcct
    19081 tgacgtgcac cacgcggtcc gtagcttcgg ccacggaagg ctcatgagtg acgatgacca
    19141 tcgtcatgcc ttcgcggttg acggcgcgca ggagctccat cacctcgacg gtcgtcttgc
    19201 tgtccagcgc gcccgtgggc tcgtcagcta ggatcacctg cgggcgggcg atgagtgcgc
    19261 gggcgatagc cacccgttgc ttctgtccgc cggacatctc gctgggcagg tgctcggccc
    19321 agtcgcggag gccgacacgc tcgaggtagt ccagcgccaa ggcgttgcgc tgccggcgcg
    19381 gcacgccctg atagtagagc ggcagggcca cgttctccat cgcgtttttg aaggagatga
    19441 ggttgaagga ctggaaaacg aagccgatca tgcgattgcg tagctcggcg gcgcggcttt
    19501 cgctgaggtc acggataagc aggtcgtcga ggtaatactc gcccgagtcg taagtgtcga
    19561 ggatgccgag gatgttgagc agggtgctct tgcccgaccc ggaggcgccc atgatggaga
    19621 ccatctcgcc acgttcgatg ccgagatcaa ttcccttgag tacatgcagc ggggcgccgt
    19681 tgtagtaggt cttgttgatt ccttgtagtc ggataatcat tggtgggtga atgtagtagt
    19741 tagagaaaga tgaggggcgg acaatgtgcc cgccggtgat gtatggacgc cagtagttgc
    19801 gtcgggttac agcttgggcg tttttttagg ggggggaggc gcattccctt ccgcggcggg
    19861 aaggacgggg ctcaccgcat gaacccgtac ccggcccaga cttcgccggc gtccgtagac
    19921 gccctgatta attctggagc gtgaaggagc ggcggccgat caggtggccg tcggcaaaga
    19981 tgtcgacgcg gtaggtgccg ggcgagaggt attcctccac gtcccaatac atcaccacgg
    20041 gtaagtcctc accggcatac tccacggtgc gcttcatgga gtaaccaatg ttgcggttct
    20101 caaaggcgaa ggtgcccgat ccgggtttgg tcaggatgtc atcgtcgggg cgcatgatgc
    20161 gcacatagat ggtcttttcg cccgtgggcg cggtgatgtt tttggccacg tggaaggaga
    20221 cggcgagctg ggcgatctta tcgatcttct tggcgtcctt gccgcgcgag gtgatggggc
    20281 ggacggcgat ggcggaggcc tcgagtcgac tggctaaggt gacgcgctcg gtgaggtgtt
    20341 ccttctcgcg cgtaagctgc gccgcggccg aggaggcctg gcggtattgc tctgtgacgc
    20401 gttcgttctc gttgcgcagg cgaccgtttt cggcgttgag ggagtcgatt tggacgacat
    20461 agccgcgcat gatcttacgg agcgtctcca gctcacgctt cagctcggtg atgcggcgcg
    20521 tgttggtggc cttgaccgtg cgaagctcct ccatgaggcg ttgcaccttc atctgctccg
    20581 tagtcagcag ggccacgagc gaatcgttgc cgacgctgaa cttgtagcct tcgtattgca
    20641 gagatagttc ggcgtattcg tccgtgagtt gttccttttc gatggcgaaa agctcggtca
    20701 tgtcgtccat ctgtttgcgt tgatgaaaga cgacatagct gacgccgatg agcgcgatga
    20761 cgacgacgat gatgaccata atgagtagcg tgcgtttcct aatctcttta tcctccggat
    20821 tcatgtcttt ggggtgtgtt atagtgagta atatgttatg ggcggcaaag ataaaccggc
    20881 aaccacaagg gccgccccga ctatctttgt cgcccataaa gcgaaagggg gcaccctcgg
    20941 gctacttatt gctgcccctc acgcttcctc tggctactta taactactca tttagatatg
    21001 cacgaaaaga tcatcatcct cgactttggc tcgcagacta cgcagctcat cggccgccgc
    21061 atccgcgagc tcaacaccta ctgcgagatc ctgccctacc acagcttccc ggccgacgac
    21121 cccacggtcc gcggcgtcat cctctccggc agcccctatt cggtgaataa ccccgacgcc
    21181 ttccggatcg atacggctgc cctacgcggg cgataccctg tgctcggcat ctgctacggc
    21241 gcacaactgc tggccgctac ggccggagga cgcgtcgagt cggccgccac gcgcgaatac
    21301 ggccgcgcac tcctcaccga ggtcgacgcc aacgatcctc tgctcgacgg catccgggct
    21361 ggatcgcagg tgtggatgtc gcacggcgac acgatcacac ggctgccgga caccttccgc
    21421 gtcattgccc gcacggacaa tgtggaggcg gctgccttcc gcgtcgatgg cgagcagact
    21481 tggggcgtac agttccaccc cgaagtcttc cacaccgagg gcggcacgcg tctgctcgac
    21541 aacttcctca cccagtgcgg ttgcacccgc gactggacgc cggcctcctt catcgaatcc
    21601 accgtggccg aactgaaggc ccaactcggc gatgaccgtg tcattctggc gctctccggt
    21661 ggcgtcgact cgtccgtcac ggccgtccta ctccaccgcg ccatcggcag ccgtctgacg
    21721 tgcatcttcg tcgaccacgg cctgcttcgc aaaaatgagt ttgagaacgt gctccgcgat
    21781 tacgagcatc tcggactgaa cgtgattggc gtcgacgcca aggcgaagtt ctaccgcgag
    21841 ctggccggcg tcaccgaccc cgagcagaag cgtaagatca tcggccgggg cttcatcgac
    21901 gtcttcgacg aggaggcgca caagctgcac gacatacgct ggctcggtca gggcacgatc
    21961 tacccagacg tcatcgagtc gctctccgtc acgggcacgg tgatcaagag tcaccacaac
    22021 gtgggcggcc tgccggagaa gatgcagctg aagctcgtcg agccgctgcg tttgctcttc
    22081 aaggatgagg tgcgccgcgt gggcgctgaa ctgggcatga tgccccacct gttgaagcgt
    22141 caccccttcc ccggcccggg cctcggcata cgcatcctcg gcgaggtgac gcccgagaag
    22201 gtgcgcatcc tccaagacgc cgacgatatc tacatctccc tcctccgcga gtgggggctc
    22261 tacgacgagg tttggcaggc cggcaccatc ctgctgccga tccgctccgt cggcgtgatg
    22321 ggcgacgagc ggacgtatga gaacaccatc gccctgcgcg ccgtcacctc caccgacgcc
    22381 atgacggccg actgggcgca actgccctac gacttcctgg ccaaggtctc gaacgagatc
    22441 atcaacaagg tgaagggtgt caatcgcgtc gtctacgaca tcagttccaa gccgcccgcg
    22501 acgatcgagt gggagtgaac caccaaacga caggacgggg agccggggca cgatctttgc
    22561 cctgtgctcc tcgtcttttt agttgtgtat gtccccgcct ttttgaccgc gcagcccgtc
    22621 gcggtgcttt cggcgccgcc tttttcaccg cgcagtaaag aaaggtgaaa aacgggccgc
    22681 cgttttgacc gcgcacccaa gaactgtgaa aaacaggccg cgtttttgac cgcgcagccc
    22741 gtcggggtgc cagcggcggt ctgttttggg gtccgacagc ccgtcgcggt gccagcggcg
    22801 gtctgttttt gggtccgaca gcccgtcggg gtgccagcgg cggtctgttt tggggtccga
    22861 cggcccgtcg gggtgccagc ggcggtctgt tttggggtcc gacagcccgt cgaggtgcca
    22921 gcggcggtct gtttttgggt ccgacagccc gtcggggtgc cagcggcggc ctgtttttgg
    22981 gtccgacggc ccgtcggggt gccagcggcg gtctgttttt gggtccgaca gcccgtcggg
    23041 gtgccagcgg cggtctgttt ttggatccga caccccgtcg aggtgccagc ggcggtctgt
    23101 ttttgagtcc gacaccccgt cggggtgctt tttactacct cttattcctg tttactactt
    23161 attactcccc ctaactacgt atagatatga atcccacgaa acaattctcc gtcgatggca
    23221 tgtcctgttc ggcctgtagc gcccatgtgg agcgcgccgt gtcgcgcgtc gagggcgtgt
    23281 cgtccgtggc cgttaatctg ttgaccaact cgatggtggt cgagggcaca gctacggccg
    23341 acgccatcgt ggccgccgtg cgcaaggcgg gctatgacgc cgcggagcag gtgaccgaag
    23401 agccacacgc gcctgcggac aagtcgcccg acgatcccct ggccgaccgt gagacgcccg
    23461 ccctccgccg gcgcctcgtc gcctccctgc ttttgctcct gcttttgatg tacacggcga
    23521 tgggtcactc gatgcttggc ctgcccctcc ctgcggcgct tgcgggcaac ccgatggccg
    23581 tcggtatcgt gcagatgcta ctcgccatgg ctgtgatgat catcaatggg cgcttcttca
    23641 tttctggtta caagggcacg ctgcacggtg cgccgggcat ggatgcgctc gtagccttag
    23701 gatcgggcac agccttcgtc tatagtcttg tcggcctctt tgccatgtcc gccgcgctga
    23761 tggacgggcg cacggccgac gcctatgcgg ggctgcatgc gctctacttc gagacgtgtg
    23821 ccatgatcct tacgctcatc acgctcggca agctgctcga ggcgcgcgct aagggtcgga
    23881 cgacggacgc gctgaagagc ctcatgcggc tggctccgaa gacggccacg ctggtgcgcg
    23941 acggccgcga ggtagcggtg cccatcgagc aggtgcgcgt cggcgacacg tttgccgtgc
    24001 gccccggcga gcatatcccc gtggacggca tcatcaccga gggcacggcg gccgtggatg
    24061 agtctgcgct gacgggcgag agcctgcccg tagacaagtc gccgggcgat cgtgtctcgg
    24121 ccgctacggt caatcgttcg ggctacttgc gttgccgggc ggagcgcgtc gggcgcgaca
    24181 cgacgctggc gcagatcata cgcatggtca gcgacgcttc gtcgggcaag gcgccgatcg
    24241 ccaagatggc cgaccgggtg tcgggcttct tcgtgccggc cgtcatcgtg atcgcgctca
    24301 tcacggtggg cgtgtggctg gccgtcgggg cggatgtggg gacggccatc tcgcgtggca
    24361 tggccgtctt ggtggtcagt tgtccgtgtg ccctcgggtt agctacccct gtggcaatca
    24421 tggtgggcag cggactcggt gcgcgtcacg gcatcctctt caagacggcc gaggcgctcg
    24481 agcgagcggg acaagtgcgg gtcgtggcgc tcgacaagac gggcacgatc acgaacggct
    24541 cgcccgtcgt gaccgacctc ctgccggccg ctggcgtgga agaggaggag ctgctccgtg
    24601 cggcctatgc gttagaggtg aagagtgagc acccgctggc gcgggccgta gcggcctacg
    24661 ccgaagcgcg cggtatgcag cccgacgcgt cggatgcctt cgaggtgatc cccggcaagg
    24721 ggctgacggc gatggtcgat gggcgacgga tcacgggcgg cagcctggcc ttcctctcgg
    24781 agcggatcgg cacgacggac gccatcgcgt ctgcagccga gcgcgtcgcg ggtgagggca
    24841 agacaccgct gctctttgcc gcagaggatc ggtggctggg gctgatcgcc gtggccgata
    24901 cggtgaagga cgatgcgcgc gaggccgtcg gccgactgca tgcgatgggc cttcggacgg
    24961 tgatgctgac gggcgacaat cagcgcacgg ccgaggccgt cgggcggctc gttggcgtgg
    25021 acgaggtggt cgccggtgtg ttgcccgacg ggaagaaggc ggcggtggag tcgctccgtg
    25081 gacggttcgg cgccgtggcg atggtgggcg acggcatcaa cgacgcgccc gcattggcca
    25141 cggccgacat cggcatagcc atcggcgccg gtacggatgt ggccgtcgac gccgcggatg
    25201 tggtgctgat gaagagtcgg ccgtcggaca tccccgctgc cgtgcgactc agtcgtgcca
    25261 cgctgcgcaa catccgcgag aacctcttct gggccttcat ctataacgtc gtcggcatac
    25321 cgttagcggc gggcgtgtgg atccccgtgt tcggcgtggg catgacgccc atgttcggcg
    25381 ccgcggccat gagcctctcc agcttctgcg tggtaatgaa cgcgctccga ttgaacttcg
    25441 tgaggctgcg taaataggat gggattatct ttgcgacaga attatcaccc ttaggtggaa
    25501 aagactaagg ctcgccaccc cacatcgggg tggcttattt ttttattggc gtcatggata
    25561 cagaaggaaa acaaagagtc atcgtgtata tcgacggatt caacttttac tacggcttga
    25621 ggggagatcg gcgttggaag aaatactatt ggctcgatgt cgtcaagttg ttcgaggctt
    25681 ttatgcgtcc caatcaagaa ttagtcgcgg taaagtattt ctccgcgagg ccggacgaca
    25741 tagagcggag taggcggcag aatgcctttt ttcaggcaaa caaagagaac ccgaagttcc
    25801 atctggtctt agggaagtac ttgaagaagg agatcacctg cttcaagtgt gggaatgtca
    25861 tccataccta cgaggagaag gagacggacg taaggattgc aacgcagatc gtggccgatg
    25921 cgtatcagaa gaattgcgat gcggctattg tcgtctctgc cgacagcgat atgatcccag
    25981 cgatagagct cgccatacaa gcgcggcaaa aggtgtttat ctatttcccg cccaatcagt
    26041 attcgagtaa tctggcatct atggggatcg gaaaaccgac gcagttgcaa cgctatgaga
    26101 gccgattcag gcagagtctt ttgcctgatg tcatccattt atctgtcgcc gactatgatt
    26161 tgcgtatacc ggaagagtgg aaagcgtatc aatgaaagga tgaaccatgc gccacgcagg
    26221 ttgtttgaag ggcataacaa aacatcagaa cagcatggca tttattagaa acgacatcgc
    26281 cacgggcgat atgttccgcc acgtttacgg cggcatgacg aagcgtgaac tggacgaacg
    26341 cgcggcacaa ctgctcagcg cgtggggcta caaaaaggta tcggatacgg ctcaaggcgc
    26401 cgcagtctac gaaaagggca accgggtggc tcgactgctg ctgggcgccc tcgtgaaata
    26461 cttcaaggtg tcggtcacga cgtccgtctc cccgtcggac gaggtgatct gcgaggtgcg
    26521 caccgagtcg tccggcatgt cgggcggttt gatcggaatg aatcaggtga agactgagat
    26581 gggcaacctc aacgccgcct tccgcgactt ttgacggctc ctcagggccg acgctcgatc
    26641 gtcccccccc tcccccgacg cgaaaagcct ccgaacccct gctgcgaagc gggccttcgg
    26701 aggctttttc atgcccggcc aaagcgaggc cgcgggggcg tcatacggcc ttttgtctta
    26761 cggatcgaag cggcgcagga gcttgatctt gccgtgcacc atcttcacga tgccctcctg
    26821 cgagagctcc tgcaggaccc ggttgagcga cggccgcgcc acgccgaagc ggtcggcgat
    26881 gtcttgctgc cgggcgtagg tgtcgtgcgt gtgcaggtag gtcaggagtt gctcgcggag
    26941 cgacttgagg gcgaagctgc cgatgcgctg cgtgagagcg aaacacttgt ccgagatctc
    27001 gcgcaggtag ttctccatca tgcgcatatc ggcgtgcagc atcttgagca gcgtgtcgcg
    27061 atggatcacg agcagctcgc tctccgtggt cgtctcgatg ctgaccggga agacgttgtg
    27121 cgtggccatg aggaaggccg gcgccagcac gtcccagtcc gcgaattgct ccacgatgat
    27181 ttgcttgcca cccgcgcccg ccatccaggc gttgacctgc ccgtggcaga cgatgagcag
    27241 cgtccgacac gtgtcgccct gcatggcagc gaaggagcgc ggcgggtagg aacggagggc
    27301 gtagccatag gtctcgagga gttccgtggc gcgctccggc gtcagccctc ggaagagcgc
    27361 gcagtgttcg gtcaaatctt ttgtcatcat gggggcaaaa atagggatcg aaaggcgtac
    27421 aagccgctgt ccgtgccgct ttggggaggt cggcagccgt tggcggagcc atttggggca
    27481 cgttcgggtg gtcggcagcg cggcaagctc ggaaaagtgc ctcgtgtggg ggctatcacc
    27541 ccgtgcaggc tcctcaaaga ggcgttcgtc atattccccc gataaaatgg aatccaataa
    27601 acagcgtaga agaaaaccac acgattcacc cagtttgaat tgatgaggta tataagaatc
    27661 atatggttca atccactcct attgattcag tcaatgaaaa tcccctgata gaatcgggtc
    27721 aaataaacag cgtgtatttg agtcgaatta tagaggtggg tcttattgat gctgtgcata
    27781 taagccactt gatagagttg gtaaaaatat acggtgtata tttgatctac ttgatagaaa
    27841 tgactgcgat taactttgta tatttaaccc acttgataga agtgattggc agatacgatg
    27901 tatatgggag ccgattgaat cgttgaattg ataaatacga ggtatctatt taccgatgga
    27961 tagatgggat ttcgatagac attgataaac ggagtcgatg gatagatgtg gcttcaatct
    28021 gcttcgtaga taggcaccga tggatagatg ggatttcaac aaaccgctaa atgttacctt
    28081 tgcacggggt gcaagggggt aaacgaggca cgtttggccc cctgcacgac ctgcacatag
    28141 acaaacgagg agaaaaagag atggaagaag aagtgcaaat ccaaaaactc agtcaggagc
    28201 ggctcgacaa cgccctgcac ctgcattttc acgcctccgt tcgcgattgg ctgctcgagg
    28261 cggacttgaa aaagatcggg ttaccgaagg aactcgtcga ggagtacgag aaatgtgtcc
    28321 aagacgagca ggagatgatt aaggagaccc gtgcgcggtt tgagacacca catatcgcaa
    28381 agaaggagaa ggaatgcaac cattggctgt cgtacatcgc agccgtggtg cgggccatgc
    28441 gcctctcgcc ggatccggac gaggtgaagg ccgccgaaat gctctacctc ctgtggcgct
    28501 ccgataagcc acttcaggga gtctccctcg ggcggaagtc agccggcata acgtccctgc
    28561 tgatcgatct caaagatgac cgctacgccc cgcttattac gcgcctccga ctcgaccgtg
    28621 gcgtgcaact gctcgatgag gcgaaccagg cgctggaaga cttacagctg caacgaatta
    28681 aggcgcggtc gaagccagac ctgccctcgt ctaccgacct ccgccccacg acggacgccg
    28741 tctatcgccg catcgtcaag tatttagagc tgtcgtacat gaacgcctcg cccgatggac
    28801 aggccgctat caccgagctg gtacatctga tcaataagat ggtcgaccac acccgcacag
    28861 cctacaagca gagcctgtcg caacgtcgtg cccgccgtcg ccaaaaggaa gccagagagg
    28921 aggggcagtc gtgagacaat cgaaggaact atgtttgtct tcggcaagcg ataaaagata
    28981 atgtacatga agacgaaagc catctacaat ttggaagcag ctgcggccct tatcgataga
    29041 caggacgagc gctattacac ggctagcata caccacgcct attatgccgt gtttcagtac
    29101 atgaaatacg tattggcaaa caccggaacg tccccgttgt cctacaaaga gcaggatgag
    29161 aaagcgagga gtaagggttc gcacaaatac gtgatagagc agatcgtact gcggatcgcg
    29221 ctacagatgg gcacctataa gaaggcgcga aagtttggac aggcggtgcg taaattgaaa
    29281 ggagaaaggg tggaagccga ttacagtaca cggctgttca ctttagagga atgtctggcg
    29341 tgcaaacaac aggcagaaga tttgattgcg aaactggtaa tatatttaga gacctatgag
    29401 agatcttgag ttggaacaga tcctgcggcg atgggcgcag gacttggtca gtcgctacac
    29461 ctggctgacg atccgatttg aatacagcga aaggagaggc gtatacctcg tctcctactc
    29521 accctcagaa aagattgacg agagcgaatc ttttgcccgt gagacgatgg aattcgagaa
    29581 tcggatgaat gatctatacg acgacaacgc accgctattc tgtgacgagg aggagctttt
    29641 caagctctct tctgaggcgg aggtgatccg ttaccacaca cccgagaagg tggatcagca
    29701 tagcgtgccg aagaaaaaga agtcgtcgtt agctgccgct atactctgag tcacgcaacc
    29761 tgcggcgtcc tacgaattag ccctgccggt gggaaggtga agacctcacc ctttcagccg
    29821 gcagggcttt tttacgtccc tcgcccgtcc cctccccatt gatagggaga aaaggggagt
    29881 ttgcattccc tgcagagccg cataaacagc tataattagg gaggggtcac gggcagtggc
    29941 gggcgtactt ttgcgcccgc taaaaatcaa ttgtaataga agaacagtat gacaaaaaga
    30001 actacgcagt tttatctgct caccctcctc tttctgctct gcaccgccac cacggccctg
    30061 gcacagcgac gcgtggaggg acgcgtggta gacaacgaaa cgggcgagac actgcccggc
    30121 gtgaacctcg tcacccgaaa cgggacgtat gccgtcaccg acgaaaaggg tacctacaac
    30181 ttgtccatca cacggggcga ctcggtcacc gtctcctacg tcggctatga gccgcagacc
    30241 ctccccgcct tttacctcat cgaccatcac gagatccgcc tgaagacggg cgcagagctt
    30301 cgcgaggtgg tcgtcaccgc cagtatcgcc agcgcacgca acgccaaggc cgtcggatcg
    30361 aagatcgaca aggtggacgt ggagcggctc atggatcagg gcacaggctc gaacctggcc
    30421 gacatcatcg acggacgcat cggcggtgtg cagatgttcc aatccaacgg taaggtgggt
    30481 atgcccatcc gctttaatat gcgcagcggc gctacgctca gcatggaccg cgacccgatc
    30541 atctacgtcg acggtgtgcg ctacaataac tcccatacgt ccgacatcaa cacctcgcag
    30601 gacgccatga gctccctcaa cgacctgccg ctggaggaca tcgcctccat cgacgtcatc
    30661 aagggtccgg ctgccgcagc ctcctacggt gccgaggcgg ccaacggtgt catcgtcatc
    30721 accaccaagc gtcgtagctc ggccgcagcc gacggcggca acctgacggg gacggtcaag
    30781 ttcacccagg gcgtcaacac gctggcccgc cgatacacgc agttcgtcaa caacgatgac
    30841 atcaataact tcttcgtcaa cggcaacatc acccgcctct acgccaacct atcgaagcgc
    30901 ttctcgcccg gcaaccagct ctatttctcg ctcgacgaga accacaccgc cggtatcatc
    30961 cccggcaacc gcgacgtgcg ccacgccctc atggccgcct acgacgtgac ccaagacaag
    31021 ttcggcatga acgtcagcct gcgttacatc aatggttcgc tcagcctgcc gcagacggcg
    31081 cagggaaaga acgatgcgat ctggaacctc atgcgcacgc agaagccgtg gggctacgtc
    31141 agcgaacgca cctggcgcgc acagtcgtgg acgtacgaca acgaccgcgt catcggtcaa
    31201 gcccgcctca gctacctctt gcccggcgcc gtgaaggtcg agacgctcct cggcatggac
    31261 gtgaacttca tccgcggtga atacctgctg ccctacggct acctgctcaa cacgaacgac
    31321 aagggcgcgc gcaacgtcag caaccgtcgc aactcaacgc tcaactggga catcaaggcc
    31381 aaccgtcgct tcgacctcgg tggcggatgg cagaccaccc tgacgctcct ctcgcagatc
    31441 gtccgccgct acgagacggt caacaccgtc tccacaagcg ttttcagcgg caacgtcacg
    31501 cagctctctg ccgcgtccga gaagcaagtc agtgagtcgg actttgagca gcgcacatgg
    31561 ggactctacg gcgaggcgtt cttcaactat cgcaacacgc tcttcatcaa cgccggcctc
    31621 cgccgcgacg cctcgaacct gatcggcgcc aacgtggcca gcatctatta tccctcgctc
    31681 agcgtatcgt acaatcaaca ggccttcaag tggcgcgccg cctatggcga gtcgggccgc
    31741 ctgccttacc ccaccgatgc gcacacggcc tacgccctga ccggcagctc ggcctacggt
    31801 ccgctcgtgg cgccctccac gcagggcaat cccaacatcc gccccgaacg catgcgcgag
    31861 atagagttgg gtacggacgt caacctgaag cgccatcgca tcggcctctc gctctatggc
    31921 caattcacct cggatgccat catctacgtg cccctgcgca gctccctcgg ctggctcggt
    31981 tcgcgcccgg agaacatcgg tagtgtgcgc ggctacggct tcgaactgaa ctggaacggc
    32041 accgtctggg agaatcgcag cgcaggcaac gccctcgatc tcttcgtcag tgtgaacgga
    32101 caaacgaacg aggtgacgaa cacaggcggc cgcacaatcg agaacctgcc caacgtgatc
    32161 aaggagggtc agccagccta cgccttctat tataaaaagg tagagggcgc gcgctacgat
    32221 gccaaaggcg tctacaaggg tgcgcaggag agcaaggagt atgagtatct cggcaaaccc
    32281 ttcccgacgg tcaacggcgc ggtaggcttc gagctgaagc tgttccataa cctcaccttg
    32341 aacgcccgcg tgaactatgc cgccggcgca tcggtctaca accagagctt ctacaacgtg
    32401 gccggtttgg gcgataacct caagaagcgc gaagacctca aggccgcgct ggccaaggag
    32461 acgccgggca cggacgctta tcgcgccacg gccgaacagt tggcgcacac ggagcgcaat
    32521 cgcgacaact acatcgagaa ggccgacttt atccgcctca gcagcctctc cgtgggctac
    32581 gacttcagct cgcctgtgcg tcgggctacg aacaacgtct tcaaggcctg ccgcctgatg
    32641 ctctcggcgc agaacctcat cctcatcacc aactacagcg gcgccgagcc gcagatcgag
    32701 gccaacggcg gcacacgcca gacgcgtggc atcggcagcc tctcgcgcga catcaccaac
    32761 gcccccgcgc cgcgctcatt caccgcttca ctcaccatcg gattctaaac aatgacacag
    32821 acagacataa tgaagaacct ccgctatatc ctcctttcgg ccgtcgccct cgtcaccctg
    32881 gccggctgcg acaaatggat cgacaacgcc aagacgccct ccaactcgct cacgtacgac
    32941 gacctgcgcc gacccggcat gatggcctcc gtcaaaggca agatcctcac cgacggcgcc
    33001 ctcacggcca acgtcaagac actggccgga caggcctcct cggccgcctt catggccctc
    33061 ggcgcgatga ccgacgagct gacaccgacg aaggtgccca acgccctcgt ctataaagcc
    33121 ctcagcgacg acaacgcctc ctctgcgggt ggcgaggccg acggcgtctt taacagtctc
    33181 cagaacctcc gcgcccgcgc cgaagagctc ctcgccatcg aggcctcgac ggaagatgac
    33241 ggctcggcag ggtacgagat cgtccgtgcc tatgcccgcc atacgggcca tctctatgcc
    33301 ggctatgcct acaagctgct ggccgactgc ttctcgtcga acccctcggc ggctggcgag
    33361 gtgcccgtga acggtaaaaa ccttacccac gaggcgctct acgccgaggc catcacccac
    33421 ctccaggcag ccgtccgcga ggccgacgcc gaggtgctcc gcggcatggg cggcgccttc
    33481 aatcgcgacc tggccgtggg cagcgccgaa gccttgctct gcaaactcta catgagtcgc
    33541 gggcaataca ccgaagcctc tgcccacctc gacgccgcgc tcggcgaaaa ggccacgatg
    33601 cagatcgtct acaacgtcaa cggctcgccc aacggcctct attcgaccct cggcgagacg
    33661 gcccgcgacg tggaggtcga cgccgacatc gtcaacagcc tgcgcaacga tgccgagcgg
    33721 aaggctgtcc ccacggccac gaacaaggag ggcaaccgct acctcaccaa cctgcaacgc
    33781 catagtccgc tgaccatcac cgatggcgcc gagatgctcc tcattcgcgc cgaactgatc
    33841 gtccgcggtg tgcgcacggg cgatgccctg gctaccgtca accgcgtcat cacgccctac
    33901 gacgccgcct cggcgctgac cacccagccc tccctcagcg acatcgacca cctacgccgc
    33961 gtctacctct tccttcgcgg tgagcgtacc ctcgactatc gtcgtggcct cgtcgatagt
    34021 gccaagcagc agacttggca atcgcgccgc ctgaagtgga tgccactccc cgaaaacgag
    34081 acagggaaaa cgaacgacta aagaaggacc aacaacaaac ggccgggtgc acaaaggggc
    34141 atctggccgt ttctcttcat tgttcgttct tgagtgattc gtcttctgtt tgcttctgtc
    34201 gtcccgccac gggatggcgt ctcaatggtc attttgatct cgtcccgcca cgggatggcg
    34261 tctcaatggt cattttgatc tcgtcccgcc acgggatggc gtctcaacgg ccattttgat
    34321 ctcgtcccgc cgcgggatgg cgtctcaacg gtcattttga tctcgtcccg ccgcgggatg
    34381 gcgtctcaat ggtcattttg atctcgtccc gccacgggat ggcgtctcaa cggccatttt
    34441 gatctcgtcc cgccgcggga tggcgtctca atggccattt aggtttcgtc ccgccgcggg
    34501 gcgaagccca tttcctgcta ttcatgtccc cctctatgta caaagccctc gcagcctgtg
    34561 tatctttgcc cccagatttt aatttctaca tgacaagaca atgaagaaag tatttatcac
    34621 agtgatcagc atgctggcct tggccgcatg taacaacaat gcccagcagc aagacactgc
    34681 cgccgccgat tccaccgcgc aggcgcagga agcccccgcc acaggaggcg accgcgacga
    34741 gcacggttgc atcccctcgg ccggacagtc gtggagccag ctgcgccaag aatgtgtgca
    34801 aatcttcgag gtcggcaccc gcctggaccc cgtagaaaag aaagagggcg aagccgtcat
    34861 cagcgccttc gtactcttta acgacgaccg ctcgaaagcc gaaatcttcc tgcccaatag
    34921 cgacgtggaa tccatcatcc tcgacaaggc agccgatggc acctataagg ccgatcgcta
    34981 tgccttcaac gacgctgaac aggcacttta tgtggacggt aaaaaggctt tcgtgaaaga
    35041 atgatgaggc agccccaagg aatcgacgct cggacagtcg gggcattgct cttttatgca
    35101 gaaggacgag acatgcattc tctcgcctcg ttttccccct ccccactctc cttcaaacta
    35161 cctcaaacta aatcctattc aacctactaa tatcaatcca ctatgagtta cgtacatctc
    35221 tacaccggca acggcaaggg taagaccacc gctgccattg gattggccct ccgcgcagtc
    35281 ggagccggtc gacgtgttta catcgcacag ttcgtcaaag gccagcgata cggcgaaatc
    35341 gcctacatcg accgccgcat ccccaccatc accacccacc gctacggatc ggagtgcttc
    35401 atcgagcgca aacccacacc ggacgacatc agtcgcgccg ccgaggggct cgaggaggtt
    35461 cggcgcatac tccacaacgg tcgctatggg ctcgtgatcc tcgatgaagc taccatcgcc
    35521 atttacttcg gtctctttac ctccgccgaa ctcatcgacg ccatcaacga ccgccaccct
    35581 gacacggaag ttgtcatcac cggtcgctat gctacgcccg acctcatcgc cgccgctgac
    35641 ctcgtcaccg acatgcagga ggtgaagcat tactacaccc tcggcgtcga ggcccggccg
    35701 ggcatcgagt gctgacatac gccctgcgcc atgtcgcaac ctgagcgcgt ggtctacacc
    35761 atcggccact ccacccaccc gatcgaggtc ttcatcgcca tgctgcgatc gttcgacatc
    35821 cgcctgctgg tcgacatccg cggcctaccg ggctcgaaca agtatccgca gtacaaccag
    35881 gaggccctgc aagtgtcgct ccccgcgagc ggcattgcct acctccacct ccccgatctg
    35941 ggcgggcgcc gacgggtgca ccgcgattcg cacaacacgc gctggcgcaa cgcctccttc
    36001 cgcgcctatg cggattatat ggagaccgac gactttgccc gcggcatcgc ccgccttatg
    36061 gacgaggcgg agcgccaacc gacggcctac ttctgcgccg aggccgtttg gtggcgctgc
    36121 caccgctcac ttgtttcgga ctatctcaag gcccacggct ggcgagtgat gcacatcacc
    36181 ggcgtgggcc gtgccgagga acatccctac acacaggccg ctcgcgtggt cggcaaccga
    36241 gtctactatt ccgacccggg tctctttgat taacgaataa cgaaccgcta aaaaggaaaa
    36301 gtcctgtcgg cgggaggcga acacctcctc tgccggcagg acttcttgta tctgtactct
    36361 taatctcgtg gtcgacggtc gcggccgccc cgatcgggtg ggccgggcat acgcatatcg
    36421 gacgcgttgg ctccgccctt gaagaggctg aagcggtaga tgaagtgcag catgacgtaa
    36481 ctggagagcg tgttgtactc cgaatagcgg atggctgtcg ccgtagcgct gtacgagatg
    36541 ttgctgcgct ggcgcaggat gtcgtacatc ttcaggcgga gcatgccggc gttgttcttc
    36601 aggaacgact tcgaggcgcc cgcgttccag agccattcgc gctgtgaata gccatcggtg
    36661 tagcctgagt tggtggagta ggtaaggtca gactccagtc ggaagccgag tgggaggtag
    36721 agcgtgaagg ctgcgctgcc gccatagttg agggtgctca ggtcgcggcc cgcgctgagg
    36781 gtgttgcggg tgcggttatg gcggatgttg ccgttgagct cgatgtcggc cagggacgaa
    36841 cggaagctga tgcctgcgtg ctgcatgagg acggtggcct ggctcgtgtt gcgggagccg
    36901 tcgatgaagc cgccggagtg tccgtaccgg gcgtaggtca tggagctgag cgtaaagtgc
    36961 ttgcccggca gtgggaggtt gatgatcagg cggccgtcga ggttgtaatt gccatcgatg
    37021 ttctcgtagg tggtctggcg gcgacccgtg aggcggtcgg tggtggtgcg gctgacaatg
    37081 tcgttcagca catagttcac gccggccatg aagatgaatg cggactgctt gtcggggacg
    37141 aatttgccga agtggaggcg taggctgttc gtgtacgtgg ggcggaggtc cgggttaccg
    37201 atcacggtgt tgagcgggtc ggagaggtcg gccaccggct ggagctgcgt catggagggc
    37261 tgctcggtgc ggccgtcgta atcgaggcgg aggtcggtgc gcttgtcgaa gcggatccgc
    37321 agtttggccg tcggggagta gttgacgacg ctccgggaga ggtcgtagag tgtccggccg
    37381 gccacctcgg tcacggtgcg ggtctgggtg gggtcgaagt tgagacccag ggtgaagtcg
    37441 tacttcgggc ggaccatctt gaaggagagg ttgaggcggt gctcggtcgc gtcgctacgt
    37501 gtgttgcggc ccgtcgtcgt gtcgggcacg gtgtattggc cctcctcatc gatgaggtag
    37561 gcatcgcgga gcagctcgcg gtgtgtccgt cggaggcgat aggagagatg caggaagttg
    37621 gagtgaccca gcggctcgac ccacgccacc ttgccgcgca cgttgtagcc ccgagtgtcg
    37681 ttgtgcacct gctggtcgat cgtttcggtg gagtcggcga aaagcaggaa gcgtgtgtcg
    37741 gagcgattca gggtgttgtc gatcgattgg ttgccgccgc cggagacgga gagcgtcagc
    37801 gtgcggccgc gactgttcag cttgcggctg acgtcgagct tggcggaggc cgtcagcgcg
    37861 tggccgtcca cacgagagcg cgatcgggag gcgttcaccg agtcgaggct cccgctgagg
    37921 gtatgggtca gctcctccgc gtcggtgtgg gtcgtgccat aggagaactc cgggcggaag
    37981 atgacctgcg tcagcgagtc cggcttccac tccatgtgca ggttgaagcc cacgtttcgc
    38041 gtccgggtgt cggaggcgct ctcggcgtgg tcgaacgagg tgctatcgcc ggccaggatg
    38101 ttctgccggt cgatcttggc ccgcgcctcg ttgtccgaac cggagaaccg gacgttgccc
    38161 ccgacggtca gatccttcat taggcgcttg ctgaagttcg tgcccacgtt gccggacgac
    38221 gtgatgccat tccccgcgcc gaagcccccg aaccggtgcc gcccgccgcc cggcccaccg
    38281 ccgaaggccg ccgcggcaaa gtccgtgaag cccatattgt tcgtgttatt gatcccgccc
    38341 atgagcgaga actggtcgtc gtcgacgaac cggttcaaca tcgcgttcac gtcgtaccgc
    38401 ccgcggctgc cggcccccgc aaaggcgttg ccgaaccacc cctgcttcat gccgggcttc
    38461 accgtgaggt tgatcacggc ctccgcgtcg ccgtcatcga agcccgtaag catggccaga
    38521 tcgctcttct tctcgtaggt ctgcaccttg tcgacgatct gggccggcag gtttttggag
    38581 gctgccttgg ggtcgtccga gaagaactcc ttgccgtcaa ccagtatctt tttgatctcc
    38641 tttccgttca ccgtcaccgc gccctcagcg ctcacctcca cgcccggcat cttcttcagc
    38701 agatcctcaa gcacagaccc ttcggccacc ttgtacgcgc tggcgttata ctccaccgtg
    38761 tcgtttttga cctgcacctc cacggcgcgg gccgtcacca cggcctcgcc cagcagcacc
    38821 ccgtcctcgg tcatcgtcag ccggcccacg tccacgggcg tcttgctgcc cgatatatgg
    38881 agccgttggt agagcgggtc gagcccgacg tacgtcacgt gcagcaggta gtcgccctgc
    38941 cggacgccca ttaggtcgaa gcgcccctcg cggtccgtga cggtgccctt caccatcgcg
    39001 ctgtccttga tgttcagcag cctcacggcc gccatctcga cggcctccgc cggctcgccc
    39061 gatcggacga ctgtgccctt gacgtggacc tgcgccacca ctccggtagc agcccccagc
    39121 agcaggaggc tcaaaaaaag gatcgaaaat cgttgtatca ttgtttgttt acctataaat
    39181 cgtgtgtcct tccgaggcgc ccaagccccg aaagcggggc gatagacgtc atccgtgggc
    39241 gatggtttaa gccgtgcccc tgtcggaaaa tactatggga gccgccgtcc gttgggcgct
    39301 cttttcggaa aatattttgg gagctactgt ccatcggtcg ctcttattgg ggagtacgtt
    39361 acaggccgct gcctgtcggg cgctctcgtt tgggaatacg ttatgagcag ctacctgtta
    39421 ggtgctctcg tttggaggta cgccgcaggc cgctggctgt cgggcgctct cgtttgggag
    39481 tacgcagcaa gccatcgccc gtcgctcgct cctgtttggg agtacgttat gggcagctac
    39541 ctgttgggcg ctctcgtcgg atattccaat aagaaccacc aaccgtcagg cgctctcttc
    39601 ggaaaatatt ttgaggactc tattcggccg gtcgctctct tcggaaaata ttttggggac
    39661 tctcattcgt taggcgctgc tgttggaaaa cattttgggg actcttttct ccgattacgc
    39721 ctcattgaag gcctcaacga gtatgtgatt gcacaattac accccattga agacttcaat
    39781 aagggtgtga tcgtaaaatt acaccccatt gaacacctca acgagggtgt gatcgtgcaa
    39841 ttacgcccca ttgaaggcct caacgggagc gaaagtgcgc cgggagttca cgaaatagag
    39901 taagagagga gctatctgcc cgcccgagtc gccccaatgt tttccgacag cagcacccga
    39961 gtgcccgcag cccataaaat gatctccgac gacggcttac gcatgcccgc agccggtgaa
    40021 atgtttttcg atggcagtgt atgaatgacc gaagcccgca aaatgttttc cgacggcagc
    40081 gcccgagtgt ccgtagccca taaaatgatc tccaacgacg gcttacgcgt gcccgaagcc
    40141 ggtgaaatgt tttccaacag tagtgtataa atgcccgcag cccgcaaaat gttttccgac
    40201 ggcggcgact gcgcccaagc cgctcccaaa gcgcgctcca acggccgtgc atgccgctca
    40261 gtcgccccca aagggaaaaa cttggacggc cgtagaccaa aaaaagcctc ccaactgcaa
    40321 aaatttatgg ccaaaaaata gggatccgtc tatctttgcc acacctattt agacttacgt
    40381 tatttgatcc tcaaacctca ctacaacatt actcatgatc accaagattc gatccctcag
    40441 ccgcttcgtg acccagaagc ccaacgccag tctgctgctg ttcctaacca ccatcgcggc
    40501 cgtcgtgctg gccaactccc ccttagtcga tgcctacaac agctgcctgg agtaccccct
    40561 cgacttccgg ttcgacaact tcatcttctt cccccatcac ggtcagccca tgtcgctcac
    40621 cacctttgtc aacgacgcct ttatggccat ctttttcttc gtcgtgggca tggagatcaa
    40681 gcaggagctg ctcgtaggcg aacttagctc cgcccgtaag gcgctactgc ccgtcatagc
    40741 ggcctgcggc ggcatgatcg tgcccgtact ggtctacctg tccgtctgcc acagcggccc
    40801 cgcggcccac ggcgccgcca taccgatggc caccgacatc gccttcgccc tggccgccct
    40861 cggtgccctc ggcagccgcg tccccctcag cctacgcgtc ttcctgaccg ccctggccgt
    40921 ggtcgacgac atcggcggca tcatcgtcat cgccatcttc tacagcggac acgtcgccgc
    40981 caccccgctg tttatcgccc tgggcgtact ggtcttcctg accgtcggcg gacgcctggg
    41041 aatacagcac gcgctcttct tctacaccgg atttttcgtc gtttggtacc tcttcaccca
    41101 agccggcatt caccccacca tagccggggt actcgtcgcc ttcaccgtgc ccgcgcgacc
    41161 caaggtgaag ctcgactcct tcgccgacaa catgcgtgat cacctcgcct cgctcgactt
    41221 cacccaggcc cgacacgccg gcaagtccac cgtcctgagc cccggtcaag tcttagtcct
    41281 taccaacatc caccgcctgg ccgcccacac ggtcagcccc ctgcaaagcc tcgtggaacg
    41341 gctcaacccg gtggtcaatt acctcatcct gcccctcttt gcctttgtca atgccggcgt
    41401 acacttcggc ggcttcgacc tttcggccct ggcaggcatc ccgttggcca tcttcctcgg
    41461 cctattcgtg ggtaagacca tcggcatctt catcttctcc tatctggcgg ctaaagcgcg
    41521 catcgtgtcg atctcgccgg agatcacgaa gcgggccctc ttcggcgttt cgatcctggg
    41581 cggcatcggg ttcaccgtgt cgctcttcat cgccaacctc tcctttgctg ccgtgcccga
    41641 catcggcgac gaactgctca acgaagccaa gctgggcatc tttgtcgggt cgctcgtctc
    41701 gggcatcgtc ggctatttct tcctgaaaca ccagttgccc gaacgcgatt agccccccga
    41761 tcgccagccc cccacactct gccccgccgg acgatgagcc tacatccagc gctcctcgtc
    41821 cggcggggct tgttgtaggg tacggggccg gcgcctgtcc tgttatcgct acaaatggca
    41881 ggtctacggg gcagcgcacg gcctgaaatc gccacaattt gggacaagcc gcaccagccc
    41941 ccgcccgtac ttttgcgccc ccggaagcga cctctttcta tgcaatgaaa ggggccgctt
    42001 ctctttttgt attaccccat taaacaagta tgtcacacat gaacagaaga ctactcttct
    42061 tgatgctatt cgcattcttc gcctttgtcg catggacgca ggcgcagtca gtgacggtca
    42121 gcggtaccgt cgtcggtaag gacgacggcc aacccgtcat cggcgcaaac attgtaatca
    42181 agggcacgac gacaggcacg gtgagcgacg tcgacggaca cttccgcctg accgccccac
    42241 gccccggcgc cacgctcgtc atctccttcg tcggctaccg aacgaaagag gtccccgcca
    42301 ccgcctccat gcacgtcgag ctggagacgg acgctacgca gctgggcgag gtggaggtcg
    42361 tcgtagccta cggccaacag aaacgacgcg aattgacggg cgccatcggc tcggtggacg
    42421 ccgcctccat tcgggagacc cccgccacgt cgctcgagca aacactcagc ggacgcgtca
    42481 gcggcgtgca ggtcacacag gcctcgggag caccgggcgg agccgtggtc gtgaacatcc
    42541 gcggtaccag ctccatctcg gccggcaacg aaccgctgta cgtcgtcgac gggatgccga
    42601 tcctctcggc cgacttctcg cagaaggccg gctaccaagg caacaccttg agcggcgtgg
    42661 cggacattaa ccccgcagac atcgcctcgg tggaggtgct caaggatgct tcggccgcag
    42721 cgctctacgg atcgcgcgcc tcgaacggcg tcgtcctcat caccaccaag cgcggcagct
    42781 ccggtcgcac acgggtgacg ttagatagtt acgtcggcgt gcagaacctc tggcgcaagc
    42841 tccaattcct gcccacggcg gaacatgtgg ccgcccgcaa cgaagcaatc gacaactaca
    42901 acacctcgct cggcctctcg cccacggacg cgacgtataa gaagcccgtt gccgccgcac
    42961 aggagggcgc ggacaccgac tggatcgacg ccatcacccg cacggcgctc catacgaacc
    43021 atcagctggc cctatccggc ggcacagacc agacgcagtt ctatgcctcg ctcggttatt
    43081 acgatcagca gggcgtgatg aagaagacgg actacacccg ctacaacctg cgcacgaatc
    43141 tcacgaaccg catcagtcgc acggtgaaga tctcggccga catcgccctc agctccgcca
    43201 ccaccaaccg tgccacgggc gacggcaacc tctactcgcc ttggatcaac gccctctccg
    43261 cctcgccaga ctatgccgtg cgcaccgcca gcggcagctt cggctccatc aacgccagca
    43321 aatacaaccc cgtagcgctg atcgatgagc aagagcaggt gacacggaag taccgcgcca
    43381 tcgtcggtct gaagacgact tggaacatcc tccccgaact gcgttacaat ctcgatttgg
    43441 gcggcgacta catcttcatg cacgagacgg gcgtcttccc acgtggcacc atccgcggcg
    43501 cccgctctaa tggtgacgtg cacgacctcc gcggcttcag cttctcgaat ctggccgagc
    43561 acacgctcga ctatttccac cagtgggaca agctcgcctt caaggcgctc ctcggttaca
    43621 gctaccagaa gacaacgctg gacaacaact ttgtccgagg caccaacttc gtttcgccta
    43681 tgctgaaata catcaactcg gcgggcagcg tcacggaagg gtcgtcgtcc ctgtcggagt
    43741 acgccctcca gtcgctcttc ggacgcgtga acctgaacta tgcggaccgc tatctgctgg
    43801 aggcgtcgct gcggagtgat gcctcgtcga agtttgcgcc cgggcggcga gtgggctact
    43861 tcccggcggc ttcgctcggg tggatcgtgt ccgaggaggg cttcttcccc aagacgaaat
    43921 cggtgaacga cctaaagctc cgcgtcgccg tcggctatac gggcaaccaa gaggggatcg
    43981 gctattacga ctacttcaac acctatcgcg ccagcgatgt ggcttacatc ggacagtcgg
    44041 ggctggcttt ccccaactcg cgtccgaacc cggacttgac gtgggagaaa acgctgcagt
    44101 acgacctcgg ggttgacgct gcgctcttcg atcgacgcct ggagctgacg ctcgactggt
    44161 atcacaagga tacgcgcgac ttgttgctct cgcaccccat caacgccctg agcggttaca
    44221 cgcggacaac ctccaacgtg gggcggatcc gtaacgaggg tttcgaggcc atgatcaccg
    44281 gacatccgct gcgcggccgt ggcttgacgt gggacgtgcg cctctctttc ggttatcagc
    44341 ataacgaggt cgtggcgctc acgaagaagg ctgacggcac ggataacttc atcgaagtag
    44401 ggccgagcaa catcctgcag gtgggtcagc cgatggcgac gttctacctg atccgtgccg
    44461 agggtatcta ccagagcaag gaggagattc tggctcagcc cggcggcgag gcgctctgga
    44521 agcgcggcat ccggccgggc gacgtgaagt attacgacaa ggacggcaac ggcatcatca
    44581 acaacaacga ccgtgtgacg gccggatcgc ccttccccaa gatcacgggc gccttcatca
    44641 acaactttgc ctataaaggc ttcgacctcg ggctggacct ccaatactcc ctcggcgcca
    44701 agatctacgc cacgtggaaa ggggcctaca ccggaggcgg cggacagggc ggtacgccga
    44761 acggatacgc catcttccgc gacgaatttg aggcgcgatg gacgcctgaa cgcccatcga
    44821 acgacaggcc gcgggccgtg gccgacggtg cggcgtacac gaacaacatg atgaactaca
    44881 cgacgcgctt cctcgagaag gccgacttcc tccgcatccg taacgtgacg cttggctata
    44941 ccctgcccga cgagacagtg cgccatctgg gcctctcccg actgcgtttc tatgcccagg
    45001 tgaacaacct ctacaccttc acgacgtacg acggcttcga ccccgaagtg gctatgaacc
    45061 ctgaccgtgc cacctatcgc ggctacgact ccggatccgt gccgcatccg cgctctttcc
    45121 tcttcggcat gaacttatcc ttctaaactt tcccccaacg agatgactta cccaatgaat
    45181 atgagaaccc ctttgatggt cgccgcactg gcggcctcac tactggcctt caacggctgc
    45241 aatctggact atccgcccac cgcggccgtc tcggactctt cgctgacgga tgccgactat
    45301 caggctctgc tcaacggcgt ctacgatggc gcccagaact accgactcgt gatggaggac
    45361 atcgcggccg acaacctcaa cagcaagtcg tggtattccg acatggacga caacaaccca
    45421 acgacaagca gcgacaacat caactcgctc tggcaacagc tctacggcgc tgtgcagcgg
    45481 tgtaacaacc tgatcaacct ggtggagaag catacgggca catcgaccgt caacctgacc
    45541 gagatcgccg cccaagcgcg catcgtccgc gcttggctct atatgcgcat cacggccaac
    45601 tggggcgacg cgccgctgct gaccaccgtc acggacgagc ccgtgagccg tgcgtcggag
    45661 gactctgtct ggatgctcat taagcaagac ctggagtatg gcatggcgca tgcgccggcc
    45721 ttctccacgg ccggctatgc cagtcgcgtg gcggccaagg cactcttggc gcgggtgctg
    45781 ctcattgccc ccacgcccgt gcaggacaag gcgcgcgccc gacagttggc tgaagaggtg
    45841 atcgccgacg gtcacttcgc cctggccgat cattacgccg acatctggca cgccaagacg
    45901 agcaaggaga tgatcctgca atggaccaac acgacgggcg acagcggctc ctacggctgg
    45961 tttttgcgct ccaacatcgt cgaccagtac gagaaggaaa acggcgcggg cagcgcagcc
    46021 cccggcggca acggacgcta cgaattgccc gtcgatcagg ccctcatcag ggcttacgag
    46081 gagggcgacg agcgcaaggc ggcctccgtg cgccacttga agctcaagaa cggcaccgag
    46141 acgtacgact gcatcaagta tcccaacacg gacaaatccg actcctaccc cgttgtccgc
    46201 atcgccgaga tgtacctcat cgtggccgag gcggcgggct accccgaggg cgtgaagcgg
    46261 ctcaacgagc tgcgtgccaa gcgtggcgtc gcggccctcc agacgggcag caccgtcacg
    46321 gccgcaaact tcatggcgcg catcatgcac gagcgccgcg tggagttttt cgccgagggg
    46381 caacggtggt atgacctccg tcgctggttc aactccggcc ccgaagggcg gcaggccgtt
    46441 agggcgctct gtaagtatcg cacgggcgag gccgcgggca gtcgtccgca ggcttcggac
    46501 aagctgaaca tcgccgagac cggctacaac ctcctttggc ccatcaccac ggaagccatc
    46561 gacaacgacc gcaacttgtt gccaaacaat cccgggtact aaccgccgcc atcgggcccg
    46621 atttccgctt gggaaatgcg ccggatttct gaattccggt gcatttccat ttggggaaaa
    46681 cggcgaagtt ttcgcataga aaaaggcctg tcgcgatggg tgcggcaggc ctttcttgtt
    46741 ggaaatggtc tcggggcgtc agcttttctt cagatcgggg tagctgatgc gggtgtggta
    46801 catcgttttg agcttttcca cgaaggtggt cttgatcttg tcgatgtcgc ggaaggtcag
    46861 cggggcgttg cgcatgagtc cgtcggctat ttgcccgtcg atgatcttat tgaccagtgc
    46921 gcggatcgtc tcgtcggtgt attcgttgag gctgcgcgag gccgcttcga cggaatcggc
    46981 catcatcagg atcgccgtct cacgggtgaa ggggttcggg ccggggtagg tgaagagcga
    47041 ctcgtcgacg ggttcgccgg ggtgggcgtt gcagtaggag ttgtagaaat acttggcctt
    47101 accggcgccg tggtgcgtgc ggataaagtc gatgatggcc tcgggcaggc ctgccttttc
    47161 ggccattttg atgccctcgg tgacgtggct gatgatgatc tgtgcgctct gctcgaaggg
    47221 tagatcgcgg tgggggttga tgcccttcat ctggttctcg gtgaagaaag gcgggttctt
    47281 catcttgccg atatcgtgat agagcgctcc ggtgcggacc agctgcgtgt cggcgccgat
    47341 cttggcgctg gcggcggagg ccagaatgga gacttgcagg gagtgctgga aggtgcctgc
    47401 gcaggtttcg gagagctttt tgagcagcgg ggtgttgatg ttcgacagct ccacgagcgt
    47461 aatgggcgag acgtatccga aggccttttc catcatataa atgaggacgt aggagaacat
    47521 gagcagcacg aagttgatgc cgaaatagat ccccatacgc caatcgatct tgttgaagtc
    47581 gccgtcttga tagagcgaga ggccgatgta gcccaacatg taggccagag agatgaggaa
    47641 ggcgcatcgc aggagctgcg atcgctgcga aagctccttg aggctgatga tgaagacgac
    47701 gccggccatg atctgcagaa gtaggaactc gtgcgggaag ggggccacga gggaacagat
    47761 gagcgccgtg atgaggtggg tgaagagggc cgaatgagag tcgaagaagg tgcggacgac
    47821 aatggggatg atggcgaagg gcaggatgta gatgttcacc aggtcgtagc gcacgcaaag
    47881 ctccgtgagg aggcagggga cgaggatgca ggtgaggatg aagaggcggt tcttgcgctt
    47941 gaagtagagc tccgggcgaa aggccaagaa gtagagcgcg cagcaggcca tgatgccgag
    48001 gatgaggatc acttggccca gcatggtgat ggcgtcacgg cgattgcctc cggacttggt
    48061 ctcgtggacg atcttgagcg agcggaggat gttgtacgtg cgggcgtcga ccacctcgcc
    48121 ccgatcgacg atgcgctcgc ctgcctgcac gatgccggtg gagagtgtca ccttctgcat
    48181 gagcgcctcc agcgccttgt cggacgtttc ggcgtcgtag gtgacgttgg ggtgcaggta
    48241 gcggtcgaag ttggaggccc tcagctcgcc cttgtccatc gattcgggcg cctcgttgat
    48301 gaccatctcg taggccgact tttcggagtg gaagcgggag atgtcgacct gcgaggagac
    48361 gttcttgcgg agcagtctca ggcgagtgcg atgctcggag gtcatgcgct ccatatcctg
    48421 caccgagatg atgccgtcgg cgtagagtgc gctgagcttt tgggtgaggt attgccagac
    48481 gggcgtgctc atggtgcgat gttcgacgta gtcattcttg aggttgccca aggcctgccc
    48541 cgcgacgcgg tcgtcgacgc ggaaataggg ccggaagcga gcctgtagac tgtctcgttc
    48601 ggccttcagc tcggcgtcgg acttgtagat ggggaagtcg ctgggggccg tcagcaggcc
    48661 gtagcgccaa ggcttaccct cgtggaactg gtatctgaac ttgccttctc gcggaaagaa
    48721 gtaggcgatc acgacggccg tagccatgaa atagaggaag gcctgtatgg ccgttttctt
    48781 tgatttcagc gtatgcataa tagtcggagt attcgtgtgt gtataggcgt catgtgtttg
    48841 cgatgtctaa tcggccgcaa aggtggggga aaagggcggg aggagaatgc cccgaatacg
    48901 ttcggaggtg gtcggaatac gttccgaacg tattgcaacc acctccccaa cgtattccaa
    48961 taggttcgga acgtattccg accacctccc taacgtattc caataggttc ggaacgtatt
    49021 ccgaccacct ccctaacgta ttccaatagg ttcggaacgt attccaacca cctccccaac
    49081 gtattccaac cacctcggaa cgtattccaa ccacctcccc aacgtattcc aataggttcg
    49141 gaacgtatta cgacacgttc cgaacgtggt atcgtcactc ctttacagtg gctccgccct
    49201 cctcaaaggc cggcggcagg ttgacgaagt agagccgccc cgttgcgtgg gggttattgc
    49261 gtcatggtca gcgacaacgt ctggccattc ttgcggataa acatgccatc gaatccatag
    49321 ctggtgc
//
LOCUS       SEQF2637|AYYD01001279.128596 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..28596
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(436..921)
                     /locus_tag="SEQF2637_02467"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAKIFSAAALCLLAVSAVLFTACEKENSDVTKPVIKLEEPENG
                     DSLLIGDAHGVHLEMDLSDDVMLKSYKIDVHNNFDGHSHTRAGDGTTPFSFKKEYDLT
                     GKREAHIHHHDIKIPANATPGKYHLMIYCTDEAGNESYVARDVVLSKTAKPHDHHDDH
                     D"
     CDS             complement(918..3077)
                     /locus_tag="SEQF2637_02468"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9JZN9"
                     /codon_start=1
                     /transl_table=11
                     /product="putative TonB-dependent receptor"
                     /translation="MRIQLLSGTLGILFAGAIHAQQSADSVRTVALGEVVVSESYRTR
                     QEKLTALPVDVVRKDFLSRHFSGNLVQTLEQIPGVHSMDIGAGFSKPVIRGLGFNRIA
                     VSENGIKQEGQQWGSDHGLEIDAFNIDEVRVRKGPASLLFGSDAMGGVIEVLPPVTPI
                     LNGLAGEAVLLSKTVNGTLGGSLMLGWKRGAWYVKGRYSEQRYGDYRVPTDTVVYLTQ
                     KMPVYGRRLKNTAGVERNASLFSAYARGHYRMNVALSNAYQKMGFFAGAHGVPDLARV
                     QDDGDSRNIDLPFSRVNHLKLTTHQELFGERFILSGDFGWQYNHREEWSAFHTHYDTQ
                     PLPERDPDKELEFRLHTFSSSLRLRLLPSTTWEHTVGLDAQAQRNDIGGYTFLLPEYR
                     RLTTGAYWLTMYRPSNRFMVSGGARYDLGRVRVAASTDPYLAEYLRRQGYEEEKVKAY
                     ELRSVGADRTYGDYSLSAGIVWNPTPQHLVKVNLGRSFRLPGANELASNGVHHGTFRH
                     EQGDPSLSSERGWQLDASYSFRRGALELTVSPFLSLFDNYIYLRPTGEWSVLPHAGQI
                     YRYTGARVVFAGGEVTFDVPLPANLSYRLAGEYVYTRNRDERTALSFSPPASMRNTLT
                     WERGRVRLYAEWQAIASQRRIARNEDQTPGANLLHVGGSLRLHALGTHVEVALDARNV
                     FDTKYYNHLSFYRKVEIPEPGRNFQLSIKIPFNQHSK"
     CDS             complement(3176..3445)
                     /locus_tag="SEQF2637_02469"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPFFAVKAIHHHEVVPSAICQTTDAGQSQSACGDDSCPICHFSL
                     EPFTPGESLTLSVTLSYTHHEPGTLREPLFGQPVASYNLRAPPAC"
     CDS             3628..4320
                     /locus_tag="SEQF2637_02470"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIWPDSYTIKMIDMKTYLLNGLFLLAVCLSSACTEKTLNKKSD
                     GQKDFPTLSAMEIFDNLDTSFEAEMSLVDSGGTQIRSVGMGIHPSLPDFYGGGYYDAE
                     GHAVVLVKGDPNAYLDEIRVRTKSNNVIVQRCDYAYNELVALNDSLGIPFEDEALCRE
                     LGWTGSGIDSEKNRVMVGLLPLTEKAKRRFKERVCSSGAIEFEEGGVSVLDAARLKQP
                     QASPLHLRPSNR"
     CDS             4391..5101
                     /gene="cobI"
                     /locus_tag="SEQF2637_02471"
                     /EC_number="2.1.1.130"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21639"
                     /codon_start=1
                     /transl_table=11
                     /product="Precorrin-2 C(20)-methyltransferase"
                     /translation="MHPISIISLGPGDPELITLKGLRRLRQADAIYCPATVQPDGSLA
                     SRAADILRALDIDLAAIRPFPVAMRDDRAAALADYGAAVERIAAECAEGRRVAVTAEG
                     DAGFYSSSGYVSALLAERGLSTERIAGIPAFVACAASEGVVIAEQTEETDILTTLASA
                     DELLGRVAAGRSVVLMKPSRYASAVKEALAQAPDGVAFHYFEHTGADAERAFYSCRRD
                     AILERRFPYFSLLIVRRG"
     CDS             5495..6310
                     /gene="rsmA"
                     /locus_tag="SEQF2637_02472"
                     /EC_number="2.1.1.182"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83AC2"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase A"
                     /translation="MTTIRPKKALGQHFLIDDSIAARIADTLADYRGRPVLEVGPGTG
                     VLTRHLLAAGHDLSVVEIDPASISFLRTHYPALEGRILDEDFLQMDLRTRYPSDFMVI
                     GNYPYYISSQIFFKVLEERDRVVCCSGMIQKEVAERLAARPATRTAGILSALIQPWYD
                     VEYLFTVPPSAFNPPPKVQSAVVRLTRNDRQELGCDERLYKTVVKTAFNRRRKTLRNA
                     LEPLLGRTFEGRDDRLFSLRAEQLTLDDFIHLTHLTEAHLQRTQAAAEADAND"
     CDS             6373..7320
                     /gene="corA"
                     /locus_tag="SEQF2637_02473"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ABI4"
                     /codon_start=1
                     /transl_table=11
                     /product="Magnesium transport protein CorA"
                     /translation="MSEIRIFYREDNRLKLSKDIDVLKRAPRENLLWIDLNDVTEEAE
                     SRLEQFLKIYIQEEEEMEEIEISSRYMETENSLVANSRFLLSNFEEETVSFIIKDNTL
                     VSVRSQELPSFNDTMRKLFASPRSYPTGYHVLTTLLETRVDYDADLIEDLTREITELS
                     SHLKSEEDVDNAILIAIKELQERTMIIRENIVDKQRVCSNMIKSILIPADAKAKMSIL
                     IKDINSLFEHLRFSFDRLEYMQDTFLGLVNIQQNKIIKIFTIVSVVFMPPTLVASIYG
                     MNFKVMPELEWKFGYPFAIVLMICGVIGILWYFKRKKWF"
     CDS             7413..8960
                     /gene="comM"
                     /locus_tag="SEQF2637_02474"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45049"
                     /codon_start=1
                     /transl_table=11
                     /product="Competence protein ComM"
                     /translation="MLIKTFSAAVYGISATIITIEVSCTKGIQFFLVGLPDVAVRESH
                     ERIVSALQVNGYPFPRHRIVINMAPADIKKEGSAYDLPLAIGILAASGELKTDGLLDR
                     YLLMGELSLDGSLMPIRGALPIALKAREEGFEGIILPQQNAREAAVTEGLTVYGASNI
                     REVIEFFAGERKLEPTVIDTYAEFFSQQHFDLDFADVRGQESVKRALEVAAAGGHNLI
                     MVGPPGSGKSMLAKRLPSILPPPTLQEALETTKIHSVAGKTGAGTGLLAQRPFRAPHH
                     TISDVAMVGGGSFPQPGEISLAHNGVLFLDELPEFNRNVLEVLRQPLEDRNIHVSRAR
                     LSVDYPASFMLVASMNPCPCGYYNHPTRPCVCTSGAVRKYMNRISGPLLDRIDIQVEI
                     VPVPFEKISEQRPSEPSSDVRVRVVRAREIQQRRYVDEDGIYCNAQMSSRMLHRYAVP
                     DAESLARLKRAMERLNLSARAYDRILKVARTIADLDASSDIRPEHISEAIGYRTLDRG
                     TWGESVG"
     CDS             9271..12087
                     /gene="ptrA"
                     /locus_tag="SEQF2637_02475"
                     /EC_number="3.4.24.55"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05458"
                     /codon_start=1
                     /transl_table=11
                     /product="Protease 3"
                     /translation="MQFKHMLLGLAVLCFTATKAQQMPTVPVDKQVRIGHLENGLTYY
                     IRANKLPENRANFYIVQRVGSILEEENQRGLAHFLEHMAFHGSKHFPEDQTGSGIISY
                     LETIGVKFGRNLNAYTGMDETVYNIDDVPTDRRGAVDSCLLILHDWSNSLFLRDKDID
                     KERKVIHEEWRTRRSASSRLIDSIAPVIFAGSKYAERMPIGLMSVVDHFKPKELRDYY
                     HKWYRPDLQAIIIVGDFDAEQVEKDVKRIFGSIPKPVNPAERVYEKIPDNEAPAVAVV
                     TDKEQPTGYFMVSYKRDALPKEQKTVIDYLVYDFATDMIDRMLTDRFQEMMQNQNPPF
                     AYARASNGSFFGVATTDAMQLAGVIKPGQADTTLLTLLREAKRVHDFGFTPSEYERAK
                     ADWLSDIEKLYNERDKQKNNYYVQQYVEHFLLGEPIPSLEEYYQIMSQVVPSVPLEAI
                     NQLAAEFISDNNRAVVLMGNEEQRPTYPTPDRIRKIIAQVDGEHLTAYADKSINEPLI
                     ATLPTKGKITKEEKLTDRGVTVWTLSNGARVAVKKTDFKKDEILLAGFAYGGKSLMDP
                     RYAAEQKLMDDASSVGGLGKFSATDLKKVLAGKNADVSASISEYNQSVGGRSSVKDLE
                     TLMQLLYLQFTAVRKDETAYAALATRLKGILPMLANNPDYAFNDSVMMAIYKGNPLMR
                     IPTVKEIDAVNYDKLLDLFRARLANAADYTFTFVGNVDEAALRPLVEQYVASLPSNGK
                     PSKAFNKDYLPVRKGQFENHFSRQLETEKATTSIYYSGDMAYTADNLILLSALEQLFN
                     MEFVDKIREKLGGTYGVSVSSNAQKLPTEGFSLQFQYDCAPDRRVELTNAMNQVSERM
                     RKTGPDAVMLSKVKEYMLKQHADNLKENGYTLRATWRYLVFGIDLNADYEKKVNALTI
                     ESVRDFANKLLSQGNRIEVSMSSK"
     CDS             complement(13270..13530)
                     /locus_tag="SEQF2637_02476"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MATDYFTSTTLRRRLAHVLDLVDQGEKVIIRRGNKQAYTITPIQ
                     EEKMEITPELQAEIEQAEADYRAGNCIRLKTIEELNRYLDSL"
     CDS             complement(13650..14096)
                     /gene="yqaA"
                     /locus_tag="SEQF2637_02477"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ADR0"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YqaA"
                     /translation="MDILISYGYIGVFIASFLAATVLPFSSEVVLTGVLLAGGSYWPC
                     MVAATLGNTLGGMTCYALGRLGKIEWIKKYLRLDITRLQRVQHWIEGRGSWTAFFVFT
                     PGVGDFIAVALGFLRARIGPVIFWMLIGKALRYWVWMELVYKVQGN"
     CDS             complement(14084..15001)
                     /locus_tag="SEQF2637_02478"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMGYTYSAGYPVATRPENLPTWQSLIGLLPDRLTTYVIGASLYA
                     LVAGIVQRINYKYIIVRGRRALPALFFFLFVSTNLDTFPLRPVSLSLIGLTLALSQLL
                     GSWQRPDDIGRTFNISVCLSLGALVWPHMVWFIPLFWYGMYRFGSLSARGLLTSVLGL
                     LTVFGFVFAWCLWQNDYRLPQAFYNALATPDVPFLHAVFEPNWISSLCVVCLVIVTSI
                     YLSLHNTENSVRTRQNLSFLSVFVGWAFTLLCVYANDAPDILCVLYVPASILVAYFFS
                     DKRNLLTYLFYILILTFLVYLLLTRLWTS"
     CDS             complement(15186..16481)
                     /gene="purD"
                     /locus_tag="SEQF2637_02479"
                     /EC_number="6.3.4.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15640"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylamine--glycine ligase"
                     /translation="MTDKKGLHLLLIGSGGREHALAWKMAQSPRLGKLFIAPGNAGTA
                     HLGTNVNLPTGDFEALGRFVEAERIDLIVVGPEDPLVAGIADYFDSDRAPRRVPVIGP
                     KCAGAQLEGSKDFAKAFMRRHNIPTAHYRSFTADELDVAELYLATLRPPYVLKADGLA
                     AGKGVLIVESLHDAREGLRRMLHGQFGAASRTVVIEEYLDGIECSVFVLTDGDGYFIL
                     PEAKDYKRVGEGNTGLNTGGMGAVSPVSFANEEFMRKVDEKIIRPTLKGLSAESIDYR
                     GFIFFGLINVQGEPMVIEYNCRMGDPETEVVMPRLMNDLVELFEATAHRRLQDYTPKI
                     DPRAATTVMLTSGGYPEAYEKGKTISGLDDPRLDSAIVFHAGTSVGSDGAIVTSGGRV
                     IAVSALADTVQEALRRSYRGAEAITFEKKYYRRDIGFDL"
     CDS             complement(16659..17474)
                     /locus_tag="SEQF2637_02480"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLTTTRNLLRRRAFLFTLFLLSVALSLQAQMLFSENMTMKIDS
                     SKPIQGTFSAMVNFKTEHEDLFEVKTFSNLNILLASRHVINLMGRFEFTTYGSKITVD
                     EGDLHAEYRYLLRPSFEVYPYVEAQWAGTRGLIRKVSTGVQARYRPIHTEHSLMFFTT
                     ALFYEAEDWKNLSGDTLSPPYGYNRNIRLHLSTSYRHRLSDKWEITATAIHQANPRYY
                     FSRARFGGALDLKFHLSKVVGLRGTYRFIYDTSPVVPMRKMLIFTNAFLDIAF"
     CDS             17965..19161
                     /locus_tag="SEQF2637_02481"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAGVGVMMTTLTATYAQDAKKDEAKTEGLQFTTVKELKITPIKN
                     QNRTGTCWSFSGVGFIESELLRTGKGEVDLSEMFIVNHSYKDKADKYVRLHGMLNFAQ
                     GGSFYDVLYAFKHYGAMPNELYTGLEYGEDSHVHNELAEIATAYVKAVVGNKNGKLSP
                     VWRQGFDALIDAYLGKIPEKFTYKGKQYTPKSYGESLGLNFDDYVSLTSFTHHPFYTQ
                     FPLEIEDNWRWSESYNVPINELMEVIDNAINSGYTLAWGTDVSEKGFTRDGIGIAADV
                     KALETSGSDQARWVGLSRSAKDEELRKMIEAPGCKEIKVTQELRQQAYDNFQTTDDHG
                     MLIYGIAKDQTGRKYYMVKNSWGTDTKYKGIWYVTEAFVAYKTINIAVHKDALPKALR
                     TKLGIK"
     CDS             19177..19647
                     /locus_tag="SEQF2637_02482"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTLVDKVERAEERRRKLRRMLRVAVPIVLIALLIVGGFYYYFP
                     FATGMKSGRLNYVVYKGIVFKTYEGRLIQAGIRPADTGGFQSNEFVFSVSDKEVAEQL
                     MNAGGQTVELHYTEYLGALPWRGYSRYVVDRIVNITDNGGDGVAAPTEGTPEIM"
     CDS             complement(19900..21339)
                     /gene="mggB_2"
                     /locus_tag="SEQF2637_02483"
                     /EC_number="3.1.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A9BJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Mannosylglucosyl-3-phosphoglycerate phosphatase"
                     /translation="MKRYCISLLAVLTLSVSAQTKEFTILATNDMHAAVENFSRFAAI
                     VDSVRELHPDLLLLSGGDNRTGNPINDMYPITGYPMVALMNRIGFDLSAVGNHEFDSK
                     LDGFRELINLSNFRYVCANMYPNDTLRLHIEPYKFFERDGIRFCILGFIQVNRNGIPD
                     AHPDAMRGITFRYPNDVAPEYKWLRDRCDVLILLTHNGYEADIELAKVFPEADLIVGG
                     HSHTPLEGNHLHSGVLITQAGKKLTNVTEIKLKLQDGKVIDKQAHLIRIADCPRIDTA
                     IQAMVDKFSDNPFLNRVLTQVPNGFSSKQELGCMMADAQRATTGADIAIQNCGGVRYE
                     TLPKGGMTVGDVLRLDPFGNEMMIFNLTGAEVKELLKAICRADDYGPAYVSGITYQID
                     LGRTNREVKAIKVRNEKGGKFDENRTYKVAINSYVASVADYKRGDKDGTHLHVKSADE
                     IMKYLEQHPSIDYKGAVRRTYTGGEDMEK"
     CDS             complement(21367..22557)
                     /locus_tag="SEQF2637_02484"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAYTETTSTSYGQRLAGSAKGMIGGLLMFIIGTCLLWWNEGRTV
                     RTAKAIGDAASHVESVADVSKIDASLNGKLIHASAFADTKDTLTDDMFGVRELAIRLD
                     RKVEYYQWVENAQTKEREKIGGGKETTTTYTYEKKWVDKPVNSAEFKDPQYQSANKVL
                     SEVEERNEMAQHVTFGAYTLPESFVASISGSEPVEVRMTEEQRFTWNERLHMLRPKVD
                     TETSLVHTSANTVYLGLSPNSPQIGDVRVTFTKVPPADISLIAQVDGSTFKVYRAKNG
                     QSFSRVQMGTVGVDEMIEQARSENNMLTWVLRLVGVLLIVIGLKGMFGLLPMLFKVLP
                     FLGSIVDAGVGLVSWIFGLAWSLIIIAIAWLVFRPIIGISLLVLAIAGIVFLKRRGKK
                     NEEK"
     CDS             complement(22604..22795)
                     /locus_tag="SEQF2637_02485"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METEKMSREDLVMRAKRLDRYCELLIEQCDNWLAAPDYEYKETL
                     WGQKGVARKRGEPSDQKSK"
     CDS             22891..23559
                     /locus_tag="SEQF2637_02486"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITRGVRRQNKARRGFPREPCDGLIVFGNACNSVANAKKFFVRL
                     ATLLQTPKSFSWDLQQCCKRQKVFRGTCNSVASAKKFFVRLATVLQTPESFSWDLQQC
                     CKRRKVLRGTCNSVANVERFFGAFAAFLQTPKSFSKHLQHSCKRQKVSRGICSIPANA
                     KKFFVPFAALLQRPKSFSGHLQHSCKDQKVSRSICSIPAKTKKFLEAFAALLQAFPKA
                     LRCL"
     CDS             23731..24276
                     /gene="perR"
                     /locus_tag="SEQF2637_02487"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2G282"
                     /codon_start=1
                     /transl_table=11
                     /product="Peroxide-responsive repressor PerR"
                     /translation="MKQPESRLTRKYLMDHGIRPSTQRIAIMQFLLDNHTHPTAEEIH
                     LKLLPKIPSLSKTTVYNTMKLFIRKGVAIMIDIDGRNARFDGDVSTHAHFQCRSCNRI
                     FDLAIPGLYSTISLEEEYSVENVCLNMRGLCPECNRRKQAESGAGATKTNRPTHHPSI
                     EQLLNESQAGEAMALQLESEM"
     CDS             complement(24277..25317)
                     /gene="rfaQ"
                     /locus_tag="SEQF2637_02488"
                     /EC_number="2.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9R9D5"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide core heptosyltransferase
                     RfaQ"
                     /translation="MAKTLIIRLSAIGDVAMTIPIIYSVARAHPEDAFTVLTQPFLTT
                     LFIHRPENVALVGVDTKGAEHSLWGVVRLALRLAHERFDRVVDLHNVIRSRVIGLVFQ
                     LRGVPVYRLDKMRRERRALTARPPKTIRPLRPVTERYADVFRAAGLSFSRTFVSLFAA
                     HPVDEAVISEMAGEKTGHWVGVAPFARHVGKIYPPAQMERVIDLLSGRGEITLFLFGG
                     KGDEQAVLDRWAAARPRVRSMAGRYTLNQELALISRLDVLLCMDSANMHFAALVGTPV
                     VSVWGATHPFAGFYPYGLSPEDAIQEDLDCRPCSTFGDKPCHRGDWACMTRIAPERIV
                     RRVVERLGGVKP"
     CDS             complement(25336..25923)
                     /gene="purN"
                     /locus_tag="SEQF2637_02489"
                     /EC_number="2.1.2.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P99162"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoribosylglycinamide formyltransferase"
                     /translation="MKRIAILASGNGSNAENIARYFSGNRSVDIVFICSNNPRARVHE
                     RAARLGIPSMTFSNADFADGTTVLKKLSEAAIDFIVLAGFMNKIPDVILQAYPDRILN
                     IHPALLPRHGGKGMYGMHVHEAVIAAGDTVTGITIHYINSCYDEGRIVFQAQCPVLPG
                     DSALEVATRVHALEYAYYPQVIEHVLCGSPLPDQA"
     CDS             26092..26328
                     /gene="acpP_3"
                     /locus_tag="SEQF2637_02490"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94123"
                     /codon_start=1
                     /transl_table=11
                     /product="Acyl carrier protein"
                     /translation="MSDVASRVKAIIVDKLSVEESEVTNEASFTNDLGADSLDTVELI
                     MEFEKEFGLSIPDDQAEKISTVGDAIAYIEANAK"
     CDS             26350..27606
                     /gene="fabF_3"
                     /locus_tag="SEQF2637_02491"
                     /EC_number="2.3.1.179"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P73283"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 2"
                     /translation="MELKRVVVTGLGAITPIGNTAPETWAALLNGVSGAGPITQFDAS
                     KFKTQFACEVKGFDASKHFDRKEARKYDRYAQLALVSATEAIEDAALDLEKEDLNRIG
                     VIFAAGIGGIRSFEDEVRDYNEERGPRFNPFFIPKIIADIAAGHISIKYGFRGPNFAT
                     VSACASSTNAIADAFNYIRLGKANVIVAGGAEAAVAIVGVGGFNAMNALSTRNDSPQT
                     ASRPFSGSRDGFVLGEGAAGLVLEEMEHAVARGAKIYAEVVGSGLSADAYHLTASHPE
                     GLGAILVMQNALEDAGLTPDAIDYINVHGTSTPIGDISEVRAIKQVFGDHAYELNISS
                     TKSMTGHLLGAAGAVEALASVLAVKNDIVPPTINHAEGDDDPEIDYKLNFTFNKAQKR
                     TVRAALSNTFGFGGHNASVIVKKFEK"
     CDS             27627..28430
                     /gene="rnc"
                     /locus_tag="SEQF2637_02492"
                     /EC_number="3.1.26.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P51833"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease 3"
                     /translation="MIARLFVLRNKEPYSSMYRMLGFYPNNMWLYDQAFTHRSSHNTP
                     EGKRSNDNERLEFLGDAVLGIAVADILYKHFPNQKEGFLTSTRSKIVQRETLNRIALE
                     MGLDKMMVSTVRPQTHNSYILGNALEALIGAIYLDQGYRRCRRFVQERMIDRYTPLDK
                     VAQKEVNFKSNLLEWGQKAKLRIAFVLNETSTDQNGNRMFQSTVHIEDVPFGTGAGYT
                     KKESQQIAAKKAIKKIRYDREAQTLLAELRQRVLEARATPDVLSEAQPE"
ORIGIN      
        1 cgttgagaca ccatcatgtc gcatgatgag gccaaaatgg ccgttgagac gccatcgtgt
       61 cgcatgacga gaccaaaatg gccattgaga caccgtcatg tcgcatgacg aaaccaaaat
      121 ggccattgag acaccgtcat gtcgcatgac gaaaccaaaa tggccgttga gacaccatca
      181 tgtcgcatga tgaggccaaa atggccgttg agacgccatc gtgtcgcatg acgagaccaa
      241 aatggccgtt gagacgccgt cgtgtcgcat gacgagacca aatggtcatt gagacgccgt
      301 cgtgccgcat gacgatcgaa ctcacgtctc aatccgcttc tgattcgcca ctaaagacaa
      361 aagcccctcc acccgcagga atggggcaga ggggctctcg gaacaacacc cacggatggg
      421 cgcgaggggg agcgatcaat cgtgatcgtc gtggtgatcg tgcggcttag ccgtcttgct
      481 gagcacgacg tcgcgagcca catacgactc gttaccggcc tcgtccgtgc agtagatcat
      541 caggtgatac ttgcccggcg tagcgttggc tgggatcttg atgtcgtgat gatggatgtg
      601 cgcctcacgc ttacccgtga gatcgtactc cttcttgaag ctgaagggcg tcgtaccatc
      661 tcctgcacgc gtgtggctat ggccatcgaa gttgttgtgc acatcgatct tgtacgactt
      721 cagcatcacg tcgtccgaga gatccatctc caggtgaaca ccatgcgcgt caccgatcag
      781 gaggctgtcg ccgttctcag gctcttcgag cttgatcaca ggcttcgtta catcagaatt
      841 ctccttctca caggcggtga aaaggacggc gctcacggcc aagaggcaga gcgcggctgc
      901 ggaaaaaatc ttcgctttca ttttgaatgt tgattaaagg ggattttgat ggataattgg
      961 aagtttcgac ccggttcggg gatctccact ttccgataaa aactcaagtg gttgtaatac
     1021 ttcgtatcga acacatttcg ggcatcaagc gccacctcca cgtgcgtacc gagggcatgc
     1081 aggcggaggc tgccaccgac gtggagcagg ttggccccag gcgtctggtc ctcgttccgg
     1141 gcgatgcgcc gctggctggc aatggcctgc cactcggcgt agaggcgcac gcggccacgc
     1201 tcccacgtca gcgtgttgcg catggaggcg ggaggcgaga agctcagcgc cgtgcgctca
     1261 tcgcggttgc gggtgtagac atactcgccg gccaagcgat agctcaggtt ggccggcagg
     1321 ggcacgtcaa aggtcacctc gcctccggca aagacaaccc gcgcaccggt gtagcgatag
     1381 atctgtccgg cgtgtggcaa gacggaccac tcgcccgtgg ggcgcaggta gatgtagttg
     1441 tcgaagaggc taaggaaggg cgagacggtc agctccagtg ccccgcggcg gaagctgtac
     1501 gaggcgtcca actgccatcc gcgctcggag ctgagcgagg ggtcgccctg ctcatggcgg
     1561 aaagtgccat gatggacgcc gttggaggct aactcattcg cgccaggcag acggaagctg
     1621 cggccgaggt tcaccttcac gaggtgctgc ggcgtaggat tccagacgat gcctgccgag
     1681 agcgagtagt cgccatacgt gcgatcggca cccacgctcc gcagctcgta cgccttcacc
     1741 ttctcctcct catacccctg ccgacggagg tactccgcga ggtaaggatc tgtggaggcc
     1801 gccacgcgca cacgtcccaa gtcgtaacgc gcgccaccgc tcaccatgaa gcggttgctg
     1861 ggccgataca tcgtgagcca gtaggccccc gtggtaaggc gtcggtattc aggcagcagg
     1921 aaggtgtatc cgccgatgtc gttgcgctgc gcctgggcat caagccccac ggtgtgctcc
     1981 cacgtggtgg agggcagcaa ccggagtcgg agcgaagagc tgaaggtgtg gagtcggaac
     2041 tccagctcct tgtcagggtc gcgctcgggc aggggctgcg tgtcgtagtg cgtgtggaag
     2101 gcgctccact cctcgcggtg gttgtattgc caaccgaagt cgccggagag gatgaagcgc
     2161 tcgccaaaaa gctcctggtg ggtagtcagc ttgaggtggt tgacgcggct gaagggcagg
     2221 tcgatgttgc gcgaatcacc gtcgtcctgc acacgggcca agtccggcac gccgtgtgca
     2281 ccggcgaaga agcccatctt ctggtaggca ttgctcaggg ccacgttcat gcggtaatgg
     2341 ccgcgagcgt aggccgagaa gagcgatgcg ttacgttcca cgccagccgt gttcttgagc
     2401 cgccgcccat agacgggcat cttttgcgtc aggtagacga ccgtgtccgt gggaacccga
     2461 tagtcgccgt atcgctgctc cgaataacgt cccttgacgt accatgcgcc gcgcttccag
     2521 cccagcatga gcgatccgcc cagtgtgccg ttgaccgtct tgctgagcaa caccgcctcg
     2581 cccgccagtc cgttcaggat gggcgtcacg ggaggcaata cctcaatgac accgcccatc
     2641 gcatcgctac cgaagaggag cgatgcgggc cctttacgga cgcgcacttc gtcgatgttg
     2701 aaggcgtcga tctccagccc gtggtcactg ccccactgct ggccttcctg cttgatgccg
     2761 ttttcggata ccgcaatgcg attgaacccc agtccgcgaa tgacgggctt ggagaatccc
     2821 gcaccgatat ccatcgaatg cacgccgggt atttgttcga gggtctgcac caaattgccc
     2881 gagaaatggc gcgaaaggaa gtccttacgc accacatcga cgggtagcgc cgtcagcttc
     2941 tcctgccgcg tgcggtaact ctcggagaca acgacctcgc cgagtgctac cgtacgaacc
     3001 gaatcggccg actgctgcgc atgaatggcc cctgcgaaca gtatgcccag cgtacccgaa
     3061 aggagttgga tacgcatgta ttctgcttaa aaaatgaatg gataatgaat ggctgaaata
     3121 cgtgccccgc gcctccgtcg gacgatggaa gtgcctctgg gggcggagcg aaggttcagc
     3181 aggcgggcgg tgcccggagg ttgtacgaag cgacgggctg gccaaagagc ggctcgcgga
     3241 gggtgcccgg ttcgtgatgg gtgtaagaaa gggtgacgga gagtgtgagg ctctcgcccg
     3301 gggtgaaggg ttcgagggag aagtggcaga tggggcagct gtcgtcgccg caggctgact
     3361 gcgactgccc ggcgtccgtc gtctgacaga tggccgacgg cacgacctcg tggtgatgga
     3421 tagccttcac cgcgaagaag ggcatgagcg ttgccaaaag caaccatgcg atccgtattc
     3481 tgccttgtaa actcgtcttc actgtcgttc tcgttctctc tctcatggat cctgggggga
     3541 taagcccccc tttttcccag agcggcggca aagaaagggc aaaatctcag tgaatgcatt
     3601 gattgcctcc ctgtactgca tcaaatcatg gatatttggc ctgattctta cacgataaag
     3661 atgatcgata tgaaaacgta tttattgaat ggacttttct tgcttgctgt ttgtctgtca
     3721 tcagcctgca cagagaagac tttgaacaaa aaaagcgacg gacagaagga cttccccaca
     3781 ttgtccgcca tggagatttt tgacaatctg gatacttctt ttgaggcgga aatgtccctt
     3841 gtggattctg gaggcacaca aatccgctcg gtaggtatgg gtatccatcc aagccttccc
     3901 gacttttatg gtgggggata ttacgatgca gagggtcatg cggtggtgct tgtgaaagga
     3961 gatcccaacg cttatctcga tgaaatacgg gtgcgtacga agagcaataa tgtgattgtc
     4021 caacgctgcg actacgctta caatgaactg gtcgcattga atgacagctt ggggattccg
     4081 tttgaagacg aggccttgtg ccgcgagctg ggatggaccg gcagcggaat tgattcggaa
     4141 aagaaccggg tgatggtggg tctgcttccc ctcacggaaa aagcaaagcg tcggttcaaa
     4201 gagcgggttt gcagttccgg agccatcgag tttgaagagg gaggagtcag tgtattggat
     4261 gccgctcggt tgaagcaacc acaagcctcg cccttacatt tgcggccttc aaacaggtag
     4321 cgacgcctct cctgcacgat ggatcggcac gtctctccct ttcattaccc ctaaccccca
     4381 tccccccgtt atgcacccca tctccatcat ctcgctcgga ccgggcgacc ccgagctgat
     4441 caccctcaaa ggcctacgcc gactgcgcca ggccgacgcc atctattgcc ctgccaccgt
     4501 ccagcccgac ggctcactcg cctctcgcgc ggccgacatc cttcgcgcac tcgatatcga
     4561 cctggcggcc atccgaccgt tccccgtcgc catgcgcgac gaccgagcgg cggcactggc
     4621 ggactatggc gcggccgtcg agcggatcgc ggccgaatgt gccgaggggc gtcgggtggc
     4681 cgtcacggcc gagggcgatg cgggcttcta ctcctcgtcg ggctacgtca gcgcactgct
     4741 tgccgagcgg ggactctcga cggagcgcat cgccggcata cccgcctttg tggcctgtgc
     4801 agcatcggag ggcgtcgtca ttgccgagca gacggaggag acggacatac tgactaccct
     4861 cgcttcggcc gacgagctgc tcggccgtgt ggctgcgggg cgtagcgtgg tgctgatgaa
     4921 gccctcgcgc tatgcctcgg ccgtcaagga ggcgctcgcg caggcccccg acggcgtggc
     4981 cttccattat ttcgagcaca ccggcgccga cgcggagagg gcgttctaca gctgccgtcg
     5041 cgacgccatc ctcgagcgcc gcttcccgta cttctcgctg ctgatcgtcc gtcgggggtg
     5101 acgcagcggt tgcttcctgg ggcagaaaag ggcattgctg acggacaaag ccaatttctg
     5161 ggtcaggaaa gtgctttgtt ggccaacaat gctcttttct gggtcaggaa aatgctttgt
     5221 tggcgagcaa tgctgattcc tgggtcagga aaatgctttg ctggtgaaca atgccctttt
     5281 ctgactcagg aagcgggctt gtcgaagttc atttcacaca aaaaggcgcc atcaaaaggg
     5341 cattgttagc ccagatagcc gatccgacga cctctttagg gcctgttctg ccgtgcgaaa
     5401 ggcctcacac tcccacacac gggggccgat cttcgttacc gaccgcctct aatccctctt
     5461 tacctttgcg gcattcatta taaatacgaa cacgatgacg acgatccgac cgaaaaaggc
     5521 gctgggccaa catttcctca tagatgattc cattgcagcg cgcatagccg acacgctggc
     5581 cgactaccgc gggcggcccg tgctggaagt ggggcccggg acgggcgtgc tgacgcgcca
     5641 cttgctggct gccggccacg acctctcggt ggtcgagatc gatcccgcat cgatcagctt
     5701 cctacgcacc cattatccgg ccctggaggg gcgcatcctg gacgaggatt tcctgcaaat
     5761 ggacctccgc acacgctatc cgtcggactt catggtgatc ggcaactatc cctattacat
     5821 atcgagccag atcttcttca aagtgctcga ggagcgcgac cgcgtggtgt gttgctcggg
     5881 catgatccaa aaggaggtgg ccgaacgact ggctgcacga cccgccaccc gcacggcagg
     5941 catcctctcg gccctcattc agccctggta cgacgtggaa tacctcttca ccgtcccccc
     6001 ttcggccttc aatccgccgc ccaaggtgca gagcgccgtg gtgcgattga cacgcaacga
     6061 tcggcaggag ctcggctgcg acgaacggct gtacaagact gtcgtcaaga cggccttcaa
     6121 ccgccgtcgc aagacactcc gcaacgccct cgaacccctg ctcggacgca ctttcgaggg
     6181 ccgcgacgac cgcctcttca gcctccgcgc cgagcaactc acgctggacg acttcatcca
     6241 cctcacccac ctcaccgagg cgcacctcca gcgtacccaa gcggccgcag aagccgatgc
     6301 aaacgactaa gccgcacaca cgatttcaaa ccattccccc actacgtctc acccctctaa
     6361 caatttattc ccatgtctga gattcgcatt ttctatcgtg aagacaatcg cctgaaactc
     6421 tccaaagaca tcgatgtgct gaaacgggcg ccccgcgaaa acctgctttg gatcgacctc
     6481 aacgacgtga ccgaagaggc cgaaagtcgc ctcgagcagt tcctcaagat ctacatccaa
     6541 gaggaggaag agatggaaga gatcgagatc agttcgcgct acatggagac ggagaactcg
     6601 ctcgtggcca actcgcgctt cctgctgtca aacttcgaag aggagacggt ctcgttcatc
     6661 atcaaggaca acacgctcgt ctccgtacgc agccaagagc tcccctcgtt taacgacacc
     6721 atgcgcaagc tcttcgccag cccccgcagc tatcccacgg gctatcatgt cctcaccacg
     6781 ctcctcgaga cccgagtcga ctacgacgcc gacctcatcg aggacctcac ccgtgagatc
     6841 accgaactga gcagccacct caaatccgaa gaggacgtcg acaacgccat cctcatcgcc
     6901 atcaaagagc tacaagagcg cacgatgatc atccgcgaaa acattgtcga caagcagcgc
     6961 gtctgctcca acatgatcaa gagcatcctc atccctgccg acgccaaggc caagatgagc
     7021 atcctcatca aggacatcaa ctcgctcttt gaacacctcc gcttcagctt cgaccgtctg
     7081 gagtacatgc aggacacgtt cctcggcctc gtcaacatcc agcagaacaa gatcatcaag
     7141 atcttcacca tcgtctccgt cgtcttcatg ccacccacgc tcgtagccag catctacggg
     7201 atgaacttca aagtcatgcc cgagctggag tggaagttcg gctatccgtt tgccatcgtg
     7261 ctcatgatct gcggcgtgat cggcatcctc tggtacttca agcggaagaa gtggttctaa
     7321 cggccgttcc gtttggcgcg tagtctcgca tacccctcat catacaccct atacccctcc
     7381 taaccacctt tatcccccta tcccactcac tcatgctcat caaaaccttt tcggcagccg
     7441 tatacggcat ttccgccacc atcattacca tcgaagttag ttgtacgaaa ggcatacagt
     7501 tctttctcgt cggattgccc gacgtggctg tacgcgaaag ccacgaacgc atcgtttctg
     7561 ccctgcaagt gaatggttat cccttccccc gtcatcgcat tgtgattaac atggctcccg
     7621 ccgacatcaa aaaagaagga tcggcctacg atctgcctct cgccatcggc attctggctg
     7681 cgtccgggga gctcaagact gacggattgc tcgatcgcta tttgcttatg ggcgagctat
     7741 cgctcgacgg tagcctcatg cccattcgcg gagccttacc gattgcctta aaggcccgcg
     7801 aggaaggatt tgagggcatc atcttgcctc aacagaacgc tcgcgaagcg gccgtgacgg
     7861 agggactgac cgtatacggc gcaagtaaca ttcgggaggt gatcgagttc ttcgccggcg
     7921 aacgcaagct ggagcccacg gtgatcgata cctacgcgga gttcttcagt cagcaacatt
     7981 tcgacctcga ctttgccgat gttcgtgggc aagagagtgt caagcgtgcc ttagaggtgg
     8041 cagctgccgg cggacataat ttgatcatgg tgggaccgcc gggaagtggg aaatctatgc
     8101 tcgctaagcg tctgccgtcg attttacccc cgcctacact tcaggaagca cttgagacga
     8161 ccaagataca ctccgtggcc ggtaagacag gagctgggac gggtcttttg gcccagcgcc
     8221 cttttcgtgc ccctcatcac accatctcgg acgtggcgat ggtgggcgga gggtcatttc
     8281 cgcaacccgg ggagatcagt ttggcgcata atggggtgct ctttctcgac gaattgcccg
     8341 aatttaatcg caacgtgctc gaggtgctcc gccaacctct cgaagaccgc aacatacacg
     8401 tctcacgagc ccgcttatct gtcgattatc cggccagctt catgctcgta gcctcgatga
     8461 atccttgtcc ctgcggttat tacaatcacc caacgcgtcc ttgtgtctgc acttccggag
     8521 cggtgcgtaa atacatgaat cgaatatccg gtccgctgct cgatcgcatt gacatacagg
     8581 tggaaattgt ccccgtgcct ttcgaaaaga tctccgaaca acgtccatcg gaaccttctt
     8641 cagatgttcg tgtgcgggtc gttcgggcgc gcgaaattca gcagcggcgc tatgtcgatg
     8701 aggacggcat ctattgcaac gcgcaaatga gctcccgcat gctgcaccgt tatgccgtgc
     8761 ccgacgcgga gagtcttgcc cgactcaagc gggccatgga acggttgaat ctttcagctc
     8821 gcgcctatga tcggatcctg aaagtggccc gaacgatagc cgacctcgac gcgtcgtccg
     8881 acattcgtcc cgagcacatc tccgaggcta tcggataccg tacgctggat cgcggcacat
     8941 ggggcgaaag tgtcgggtag ggcaaaaatt catatcccat cgtgttcaaa acgggcggaa
     9001 cccctcggtt cgcgcccgtt cttatttcca gacattccgg agagcctttt tgcgattacg
     9061 atagaagttg ccgcgtggcc tgaggtgctt ttttcaaccg caatgggaat tgcggagtga
     9121 tccgaagtgg catgcctcga tttgaataca cctcatttat ctcttcgcct ccttgatacg
     9181 ttcacttaaa tctaacacaa gattaacctt gtcccctcag aggggcgtat atctttgccc
     9241 gcgttaaatc aacatttata tagaatgaaa atgcaattca aacacatgct gctgggcctg
     9301 gccgtgcttt gctttacggc tacaaaggcg cagcaaatgc ccactgttcc ggtggacaaa
     9361 caggtgcgca tcggacacct cgaaaacgga ttgacttact acatccgtgc taacaaattg
     9421 cccgaaaaca gggcgaactt ctacatcgtg caacgcgtgg ggtcgattct tgaagaggag
     9481 aaccagcgcg gattggccca cttcctcgaa cacatggctt tccacggttc caaacacttt
     9541 ccagaggatc aaacgggcag cggaatcatc tcctatctcg aaacaatcgg tgtgaaattt
     9601 gggagaaacc ttaacgccta tacgggaatg gacgaaacgg tgtataacat tgatgacgtg
     9661 cctacggacc gccgtggcgc tgtcgattcg tgtctgctga tccttcacga ctggtcaaat
     9721 tcgctctttc tgcgtgacaa ggatatcgac aaggagcgaa aagtaatcca cgaggagtgg
     9781 cggacacgtc gcagtgcctc gtcgcgtttg atcgactcta tcgcgccagt catctttgcc
     9841 ggaagtaaat acgccgaacg catgccgatt ggcttgatga gcgtcgtgga tcattttaag
     9901 ccgaaagagt tgcgcgacta ctatcataaa tggtatcgtc cggacctcca agccattatc
     9961 atcgtcggag atttcgatgc cgagcaggtc gagaaagacg tgaagcgcat ttttggcagc
    10021 attcccaaac cggtgaaccc cgccgagcgt gtatacgaaa aaatacctga taacgaggca
    10081 cctgctgtag ccgtggtgac ggataaggag cagcccacgg gttattttat ggtctcttat
    10141 aagcgtgacg cccttcccaa agagcaaaaa acggtgatcg attatctcgt ttatgatttc
    10201 gctacggata tgatcgacag gatgttgacg gatcgatttc aagagatgat gcagaaccaa
    10261 aatccgcctt ttgcatatgc tcgagcgagc aatggatcct tttttggcgt ggctacgacg
    10321 gatgccatgc agttggcggg cgtcattaaa ccggggcagg ccgacacgac cctcttgacc
    10381 cttcttcgcg aagccaaacg ggtgcacgat tttggtttta cccccagcga atatgagcgc
    10441 gcgaaggccg attggctcag cgacatcgaa aagctctaca acgagcgaga caagcaaaag
    10501 aacaactatt acgtgcagca atatgtggag cacttcctgc tcggggagcc cattccgtcg
    10561 ctcgaggaat actatcaaat catgtcgcag gtcgtcccct cggttccttt ggaggccatc
    10621 aatcaattgg ctgcggaatt tatttcggac aacaatcgcg ccgtcgtctt gatgggcaat
    10681 gaagagcaac gccccactta cccaacgccg gataggatcc gaaaaattat cgcacaggtt
    10741 gacggtgagc acttaacggc ttacgccgat aaatcgatca atgaacccct tatcgcaacc
    10801 cttcccacca agggaaagat cactaaagag gaaaaattga cagatcgcgg cgtcaccgtt
    10861 tggactttat ccaatggtgc aagggtggct gtgaaaaaaa cggacttcaa aaaagacgag
    10921 atcctcctcg caggatttgc ttacggaggt aagtcgctca tggatccccg ttacgcggcg
    10981 gagcagaagt tgatggatga cgcatcgtcc gtgggcggac tcggaaagtt tagtgcgaca
    11041 gacctgaaga aggttttggc cggaaagaat gctgacgtga gtgcctcgat cagcgaatac
    11101 aatcaatccg tgggcggccg gagtagcgtg aaggatctgg aaacgctcat gcagctgctc
    11161 tacctgcaat ttacggccgt acgaaaagac gaaacggctt acgcggccct cgcaacccgt
    11221 ctcaagggca ttttgcccat gttggccaac aatccagatt atgctttcaa tgattccgtg
    11281 atgatggcca tctataaagg caatccgctc atgcgcattc cgaccgtaaa ggagattgat
    11341 gcggtcaatt acgataaatt gctcgatctt ttccgtgctc gactggctaa tgcagcggat
    11401 tacacattta ccttcgtagg taatgtcgac gaagccgcgc ttcgcccact tgtagagcaa
    11461 tacgtagcct cgctgccctc aaatggcaaa ccttcgaagg cctttaataa ggattatttg
    11521 ccggttcgta aaggtcagtt cgaaaatcat ttctcccgtc agctcgaaac ggagaaggca
    11581 acaacctcca tctattactc tggcgatatg gcctatacgg cggataactt gatccttctt
    11641 tctgccctcg aacagctgtt caacatggag tttgtcgata aaattcgcga gaagttaggc
    11701 ggcacgtatg gcgtaagtgt cagcagcaat gcgcagaagc tgcccacgga aggcttcagc
    11761 ctccaattcc aatacgattg cgcccccgac cgtcgcgtgg agttgaccaa cgccatgaat
    11821 caggtgtccg agcgtatgcg caagaccggt ccagacgccg tgatgctgtc caaagtcaaa
    11881 gaatatatgc tcaaacagca cgccgacaac ctcaaggaaa acggctacac ccttcgcgcc
    11941 acatggcgtt acctcgtctt tggcattgat ctcaatgccg actacgagaa gaaggtcaac
    12001 gccctgacca tcgaatctgt ccgcgatttt gccaacaaac tgctctctca aggcaaccgc
    12061 atcgaagttt cgatgagcag caaatagcct ccaactgcgt tttgagtccc atgtaggact
    12121 caaaacgatt gcttaacggc cggacacctc aaaagaagga gtccggccgt ttctttatct
    12181 ccatcttatg caaaagatag acctcaaaaa caccttcacg ccattttgag cctcaaaaag
    12241 tacctcaaaa gtattttcat tcgattttga gcctcaaaaa gcacctcaaa aacattttga
    12301 ctcgattttg agcctcaaaa agcacctcaa aagtattttc actccatttt gatcctcaaa
    12361 aagcacctca agaacatttt gactcgattt tgagactcaa aaagtactac aaaagcattt
    12421 tcattcgatt ttgagtctca aaaaaaacta caaaagtatt tgagctccat tttgagtctc
    12481 aataagtatc tcaaaaacat ttttactcga ttttgagcct caaaaagcat cacaaagaca
    12541 ttttgaaacc ttcttttttc atccggtagg gtaggggcgt attgcatacg ccccacgaac
    12601 aatcacgtga tggatcggaa agaacgaatc atcgcatagc attttcgtat cacggtatgg
    12661 gcgtattcaa tacgccccac aaatgatcac ggaaggggtc ggatagaacg aatcatcgca
    12721 tagcattttc gtatccgtgt aggggcgtat tgcatacgcc acacaaacga tcctgggagg
    12781 ggtcggaaag aacgaatcat cgcataacat tttcgtatca aggtaggggc gtattgcata
    12841 cgcccaacaa acgatcacgg aagggatcgg aaagaacgaa tcatcgcata gcattttcgt
    12901 atcatggtag gggcgtattg catacgcccc acaaacgatt ccgggaggat tcagaaattg
    12961 tttggtataa atatttcagg tattgatggg gttagaacgg aaaggcacat caatctatat
    13021 atccatatag ggctatttgt ttgtcccctg tggggacatt tgtggggcgt atgcaatacg
    13081 cccctacacg ggtacataat ctatatgccg gatggctata tccattttct acgtataaaa
    13141 ggaaatgatt ttcaccatct cagacgtttc ataatggaat aaccgaaaac aaaaaagggt
    13201 agacgacaat gtctacccct cttcgttgat gtattggacg gttcactata tatctgagca
    13261 cagattatct cataggctgt ctaaatatcg attaagttcc tcaatggttt tcagtcgaat
    13321 gcaattccct gcacgataat ctgcttctgc ttgttcaatt tcggcctgaa gttcaggcgt
    13381 gatctccatt ttttcttctt ggataggggt gattgtatac gcctgcttat ttccgcggcg
    13441 aataatcacc ttttcacctt gatcgaccag gtctaataca tgtgctaaac ggcgtcttaa
    13501 tgtcgttgat gtaaaataat ctgttgccat gatgtatatc gtttttggag ggttatttat
    13561 atgcaaagat atgacctgcg gtgtatcttg atgccttctt ttgatcatca atcgcaggtc
    13621 atgacacatg gatagtcaag gattcatatt cagttgccct gcaccttata cacgagctcc
    13681 atccagaccc aataacggag ggctttgccg atgagcatcc aaaaaatgac ggggccaatg
    13741 cgtgcacgaa ggaagccaag tgctacggca atgaaatcgc ctaccccggg agtgaagaca
    13801 aaaaaggctg tccacgatcc acggccttca atccaatgct gaactcgttg gagacgtgta
    13861 atgtcgagtc ggagatattt tttgatccat tctattttgc cgagacgacc caaagcgtag
    13921 caggtcatgc ctccgagcgt gtttccgagt gttgccgcca ccatgcaagg ccaataggag
    13981 ccgccggcaa gcaagacgcc cgttaggact acctccgaac taaacggcaa gaccgttgcc
    14041 gcaaggaagg aagcgatgaa aacgccgata tatccataac tgattaggat gtccatagcc
    14101 gtgtgaggag cagatagacc agaaaggtga ggataagtat gtaaaagaga tacgtcagca
    14161 ggttgcgctt gtctgagaag aaataggcaa ccaaaataga agctgggacg tagagtacac
    14221 acaaaatatc gggcgcgtcg ttagcataga cgcatagtaa agtgaaggcc cagccgacga
    14281 agacggataa gaaggatagg ttttggcgtg tgcgaactga attttccgta ttgtgcagcg
    14341 agaggtatat gctggtgacg ataacgaggc aaacgacaca cagcgaactg atccaattgg
    14401 gctcaaagac agcatggaga aaggggacat cgggcgttgc gagggcgtta tagaaggctt
    14461 gaggcaggcg gtagtcgttt tgccaaaggc accaggcgaa gacaaacccg aacaccgtca
    14521 ggaggcccaa gacggacgtc agcagtccgc gagctgacaa ggatccgaaa cgatacatgc
    14581 cataccaaaa gagcggtatg aaccacacca tgtggggcca gacgagggct cccagcgata
    14641 ggcaaacgga gatattaaag gtcctcccga tatcgtcggg ccgttgccaa gatcccaaaa
    14701 gctgactcaa ggccagcgtt aagccgatca aactgaggga gacgggcctc aagggaaacg
    14761 tgtcgaggtt ggtgctgaca aagaggaaga aaaagagggc tggaagggct cgccgaccgc
    14821 gcacgatgat gtatttgtag ttaatgcgct gcacaattcc agccaccaag gcatagagcg
    14881 aggccccgat gacgtaagtc gtcaggcgat cgggcaatag gccgatgagg gactgccaag
    14941 tgggcaaatt ttcgggcctc gtggccaccg gatatcctgc cgaataggta taacccatca
    15001 tccagcacaa cagacatact gccgctgaaa gcaaaaggtt agggatgctc gtgacatcca
    15061 ttttaatcgc gcgccgcagc ctactctgtg gttttcgtcg ccttcctgcc gtttccattg
    15121 ggggtataaa gctatgggtg aatcaaaaaa agagggggag tagctgctcc ccccggactt
    15181 gtattttaga gatcaaagcc gatgtctcgg cggtagtatt ttttctcgaa cgtgatggct
    15241 tcggcgccac gataagaccg tcggagggcc tcctggaccg tgtcagccag ggctgagacg
    15301 gctatgactc gcccgcctga ggtgacaatc gcaccatcgg agccgaccga agtgccggcg
    15361 tgaaagacga tggcgctatc cagccgcggg tcgtctaatc cggagatcgt tttgcccttt
    15421 tcgtaggcct cggggtatcc gccgctggtc agcatgacgg tcgtggctgc ccgcgggtcg
    15481 atcttgggcg tatagtcctg caatcgacgg tgggccgtag cctcaaataa ttccacgaga
    15541 tcgttcatca gacgcggcat cacgacctcc gtttccggat cgcccatccg acagttgtat
    15601 tctatcacca tcggttcgcc ctggacgttg atgagtccaa agaagatgaa tccgcgatag
    15661 tcaatgctct cagcagagag tcccttcagc gtgggacgga tgattttttc gtccacctta
    15721 cgcatgaact cctcattggc aaacgagacg ggagacacgg cacccatgcc ccccgtgttg
    15781 agccccgtat tgccctcgcc gactcgtttg tagtccttcg cctcgggtaa gatgaagtat
    15841 ccgtcgccat cggtcagcac aaaaacggag cactcgatac catcgaggta ttcctcaatc
    15901 acaaccgtgc gactggcggc tccaaactgt ccgtggagca tgcgtcggag tccttcgcgg
    15961 gcatcatgga gcgactcgac gatcaatacg ccttttcccg cggccaatcc gtcggccttg
    16021 agcacgtagg gcgggcgaag ggtggccaga taaagctccg cgacgtccaa ttcgtcggcc
    16081 gtgaagctgc ggtaatgtgc cgtggggatg ttgtgccgac gcatgaaggc cttggcgaaa
    16141 tccttgctgc cctcgagctg tgcgccggcg cacttcgggc ctatcacggg cacgcgccgc
    16201 ggtgcacgat cgctgtcaaa gtagtccgcg atgcccgcca cgagcggatc ttcgggcccg
    16261 acgacgatca ggtctatccg ctccgcctcc acgaagcgcc cgagcgcctc gaaatctcct
    16321 gtaggcaggt tgacattcgt acccagatgg gccgtaccgg cgtttccggg cgcaataaag
    16381 agcttaccga ggcgcggact ttgcgccatt ttccaggcca acgcatgttc gcgcccgcca
    16441 gatccgatca gcaacagatg taatcctttc ttgtccgtca ttgtggtgtg atgtaggggt
    16501 tgtgggtgta tctatatatg tatggcctct ctgaggctga aaaatgggcg acaaagatag
    16561 gcgggggtgg aaacgaaaaa acgaaaggca gaaaacgaaa gtcggaagtc tcgcctcggt
    16621 cggcgtttcc agccctcagc ttgcggcacc tgacgcattc aaaacgcaat gtcgaggaag
    16681 gcgttcgtga agatcaacat cttgcgcata gggactacgg gcgaggtgtc gtagatgaat
    16741 cggtacgtgc cgcgcagtcc aacgactttc gagagatgaa acttcaggtc caaggcacct
    16801 ccgaagcgtg cacgactgaa gtaataacgt ggattggcct gatggatggc tgtggcagtg
    16861 atctcccatt tgtcgctgag acgatggcga taactggtcg agagatggag gcggatgtta
    16921 cggttgtagc cgtacggagg gctaagggtg tcgccggaga ggtttttcca gtcctcggct
    16981 tcataaaaaa gcgcagtagt gaagaacatc aggctgtgct cggtatggat cggacgatag
    17041 cgcgcctgca caccggtcga tactttgcga atcaggccgc gtgtgcctgc ccactgggct
    17101 tcgacgtagg gatagacctc aaaagaaggc ctcaagagat agcggtactc tgcatgcaga
    17161 tcgccctcgt ctacggtgat cttgctgccg taggtggtga actcaaagcg gcccatgagg
    17221 ttgatcacgt ggcgactcgc gagcaggatg ttgaggttgg agaaggtctt gacctcaaaa
    17281 agatcctcgt gttcggtctt gaagttgacc atggcggaga atgtgccttg gatgggcttg
    17341 ctgctgtcga tcttcatcgt catgttttcc gagaagagca tctgggcttg cagggagagg
    17401 gcgacggaga ggaggaagag ggtgaagaga aaggcgcggc gtcgcagcag gttgcgggtc
    17461 gttgtcaatt tcataaggaa ggggtgttac gcgtgatgaa actgccgcaa aggtctcaca
    17521 taaaccgaaa tcaatgatcg aggcacccgc cgcgtatcgc acggaccgaa acgcgctgtt
    17581 tttcactccc tgcgttgcgc aggactccga aagagaccct tttttgctcc ctgcgttgcg
    17641 cagggctcca aaagagaccc tgttttgctc cctgcgttgc gcaggactcc ggaagagacc
    17701 ctgttttgct ccctgcgttg cgcagggccc cgaaagagac ccttttttgc tccctgcgtt
    17761 gcgcagggct ccgaaagaga cccctttttg ctccctgcgt tacgcgtggg gccgaaaatc
    17821 atggcttttc attttcgagc gctgcgaata gtcccctgaa ccggccgtcg attcgtcgct
    17881 gcgctttcgc ctctggtcgc actgtctata tttgcgcacc aatcataaaa agtacagata
    17941 gataacatga gaagatggat tactatggct ggcgtgggcg tcatgatgac gaccctcacc
    18001 gcaacgtatg cacaggatgc aaagaaggac gaggccaaga ccgaaggcct gcagtttacc
    18061 accgtcaagg agctgaagat tacaccgatt aagaaccaga accgcacggg cacgtgctgg
    18121 tcgttctccg gcgtgggctt tatcgagtct gagctgctcc gcacgggtaa gggcgaggtg
    18181 gacctctcgg agatgttcat cgtcaaccac tcttacaagg acaaggcaga caagtatgtg
    18241 cgcctgcatg gcatgctgaa cttcgcccag ggcggatcgt tctacgacgt gctctacgcc
    18301 ttcaagcact acggcgctat gccgaacgaa ctctacaccg gcctcgagta tggcgaggac
    18361 agccacgtgc acaacgagct ggcggagatc gccaccgcct acgtcaaagc cgtcgtgggt
    18421 aacaagaatg gcaagctctc gcccgtctgg aggcagggct tcgacgccct gatcgacgcc
    18481 tatctgggca agatccccga gaagttcacc tacaaaggca agcagtacac ccccaagagc
    18541 tacggcgaat cgctgggctt gaacttcgac gactatgtct cactgacctc cttcacgcac
    18601 caccccttct acacccagtt cccactcgag atcgaggata actggcgctg gtcagagagc
    18661 tacaatgtgc ctatcaacga actgatggag gtgatcgaca acgccatcaa ctccggctat
    18721 acgctcgctt ggggcaccga cgtgagcgaa aagggcttca cccgcgatgg gatcggcatc
    18781 gcagccgacg tgaaggcgct cgagacctcc ggttctgatc aggcgcgttg ggtaggcctc
    18841 tctcgctcgg ccaaggacga ggagctgcgc aagatgatcg aggccccggg ttgcaaggag
    18901 atcaaggtca cacaggagct gcgccagcag gcctacgaca acttccaaac tacggatgac
    18961 cacggcatgc tcatctatgg catcgccaag gatcagacgg gtcgtaagta ttacatggtg
    19021 aagaactcct ggggcacgga cacgaagtat aaaggcatct ggtacgttac ggaggcattc
    19081 gtagcctaca agacgatcaa catcgccgta cacaaggacg cgctgcctaa ggcgttgcgc
    19141 acgaaactgg gaatcaaata aagccctcac tcgcatatgc agacgttagt tgataaagtg
    19201 gaacgcgccg aagagcgtcg tcgcaagctg cgccgaatgc tccgtgtcgc tgtgccgatc
    19261 gtgctgatcg ccttactgat cgtgggcgga ttctattact acttcccgtt tgccacgggc
    19321 atgaagtcgg gccgactgaa ttacgttgtc tataaaggca tcgtgttcaa gacctacgag
    19381 ggaagactga ttcaggccgg cattcgtccg gcggatacgg gcggcttcca gtcgaacgag
    19441 ttcgttttct ccgtctctga caaagaggtg gccgaacagc tgatgaacgc cggaggccag
    19501 accgtcgagc tgcactacac ggagtatctc ggtgccctgc cctggcgcgg ctattcgcgc
    19561 tacgtggtag atcgcatcgt gaacatcacg gacaatggtg gcgatggtgt ggcggctccg
    19621 acggagggga cgcccgaaat catgtagtcg ggctgcctca taaatggcga attgctgcgt
    19681 tgccttcgac tctcaggctc ggtcatgtac tttagtacac tcccttcgcc ttcggtcttg
    19741 gacgccttgc acttcatcca tttatgagac accccaagga taacatcctc ggataaaaag
    19801 tagaaggggt ctcctcacca agaggaggcc ccttcttgta ttcggtcgtt ccattctttt
    19861 cacgaccaac agcgcgttag gacgaccgtt tttactcgtt catttctcca tgtcctcacc
    19921 gcccgtgtaa gtgcgacgga cagcaccctt gtagtcgatc gaggggtgct gctcgaggta
    19981 cttcatgatc tcgtcggctg acttgacgtg caggtgcgtg ccgtccttat cgccgcgctt
    20041 gtagtcggcc acggaggcca cgtagctgtt gatggccacc ttgtaggtgc gattctcgtc
    20101 gaacttgccg cccttctcat tcctcacctt gatggccttc acctcgcgat tcgtgcggcc
    20161 caggtcgatc tggtacgtga tgccggagac gtaggcgggg ccgtagtcat cagcgcggca
    20221 gatagccttc agcagctcct tgacctcggc gccggtgagg ttgaagatca tcatctcgtt
    20281 gccgaaggga tcgaggcgga gcacatcgcc caccgtcatg cctcccttgg ggagcgtctc
    20341 gtagcgtaca ccgccgcaat tctgtatggc aatgtcggcg cccgtggtgg cacgttgtgc
    20401 gtcggccatc atgcagccca gctcctgctt cgaggagaat ccgttaggca cctgcgtcag
    20461 cacacggttg aggaaggggt tatcgctgaa cttatcgacc atcgcctgaa tggccgtatc
    20521 gatgcggggg cagtcagcga tgcggatcag gtgcgcctgc ttgtcgatga ccttaccgtc
    20581 ttgcagcttc agcttgatct cggtgacgtt cgtcagcttc ttgcccgcct gcgtgatcag
    20641 cacgccgctg tgcagatggt tgccctcgag cggcgtgtgc gagtgtccac cgacgatgag
    20701 gtcagcctcg gggaagacct tggccaactc tatgtccgcc tcatagccgt tgtgagtaag
    20761 caggatcagc acgtcgcagc ggtcacgcag ccacttgtac tccggcgcca cgtcgttggg
    20821 atagcggaag gtgatgcccc gcatggcgtc cgggtgagcg tccggaatgc cgttgcgatt
    20881 gacctgtatg aacccgagga tgcagaagcg gatgccatcg cgttcgaaga acttgtatgg
    20941 ctcgatgtgc agccggagcg tatcgttggg atacatgttg gcgcatacgt agcggaagtt
    21001 ggagaggttg atcagctcgc gaaagccgtc gagcttggag tcgaactcat gattcccgac
    21061 ggccgagagg tcgaagccga tgcggttcat cagcgccacc atgggatagc ccgtgatggg
    21121 atacatgtcg ttgatcgggt tgcccgtgcg attgtcgccg cctgagagca gcagcaggtc
    21181 ggggtgcaac tcgcgcacac tgtccacgat ggccgcaaag cgggagaagt tctccaccgc
    21241 cgcgtgcata tcgttcgtgg ccagaatcgt aaactctttc gtctgggccg atactgacag
    21301 cgtcagcaca gccaataggg agatgcaata gcgtttcata tgaatggttt atgggggtta
    21361 tgcaggttat ttctcttcgt tcttctttcc acggcgcttc aggaacacga tgcccgcaat
    21421 ggccagcaca agcagcgaga tgccaatgat cggccggaag acaagccacg cgatggcgat
    21481 gatgataagt gaccaggcca gaccgaatat ccagctgacc agccccacac cggcatcgac
    21541 tatgctaccc aagaacggta gcaccttgaa cagcatcggc agcaatccga acatgccctt
    21601 caggccgatc acgatgagca gtacacccac cagacgcagc acccaggtca acatgttgtt
    21661 ctctgaccgg gcctgctcga tcatctcgtc cacgccgacc gtgcccatct gcacccgtga
    21721 gaagctctgc ccgttcttgg ccctgtaaac cttgaacgtc gagccgtcca cctgggcgat
    21781 cagcgagatg tccgccggtg gcaccttggt aaacgtcacg cgtacgtcgc caatctgcgg
    21841 actgttgggc gagagtccca agtagaccgt gttcgcgctc gtgtgcacta acgacgtctc
    21901 agtatccacc ttcggcctga gcatatgtag ccgctcattc cacgtaaagc gttgctcctc
    21961 cgtcatgcgc acctcgacgg gctcgctgcc actgatcgat gcgacgaacg actcgggcaa
    22021 ggtgtaggcc ccgaacgtca cgtgctgcgc catctcgttg cgctcctcca cctcgctcaa
    22081 caccttgttc gcactctgat actgcgggtc tttgaattcg gccgagttca ctggtttgtc
    22141 cacccacttc ttttcgtagg tgtacgtcgt cgtggtttcc ttgccaccgc cgatcttctc
    22201 tcgctctttc gtttgtgcgt tttctaccca ctggtaatac tccaccttgc ggtcgagccg
    22261 gatagccagt tcgcgcacgc caaacatgtc gtccgtgagc gtgtctttcg tgtcggcaaa
    22321 ggccgatgca tggatcagct tgccgttgag cgaggcgtcg atcttcgaga cgtccgccac
    22381 agactccacg tgcgatgccg cgtcgccgat ggccttggcc gttctcaccg tccgtccctc
    22441 gttccaccac agtaggcatg tgccgatgat gaacatcagc agcccgccga tcattccctt
    22501 cgctgagccg gccaggcgtt ggccgtagct cgtgcttgtt gtctcagtat aagccatgat
    22561 tcgtatagat taaaatgtat ggtctgtctc ccttctcccc gcatcatttc gacttttgat
    22621 ctgagggttc gccccgtttc cgagccaccc ctttttgtcc ccacagcgtc tccttgtatt
    22681 cataatccgg agctgccagc caattgtcgc attgctcaat gagcaactcg caatagcgat
    22741 ccagtcgctt agctcgcatc accaaatctt ctctgctcat cttttccgtt tccatcgtaa
    22801 ccgtgtcttg atttcgaggg caaagttacg cctacctctt ccagccgtcc tatacgtaac
    22861 attacgtata tccgaatgtt aacgaggcga atgatcacgc gtggggttcg acgtcagaat
    22921 aaagcccgca gagggtttcc acgggagccc tgcgatggcc taatcgtttt cggaaacgct
    22981 tgcaacagtg ttgcaaacgc caaaaagttt ttcgtgagac ttgcaacact gttgcaaacg
    23041 ccaaaaagtt tttcgtggga cttgcaacag tgttgcaaac gccagaaagt ttttcgtggg
    23101 acttgcaaca gtgttgcaag cgccaaaaag ttcttcgtga gacttgcaac agtgttgcaa
    23161 acgccagaaa gtttttcgtg ggacttgcaa cagtgttgca aacgccgaaa agttcttcgt
    23221 gggacttgca acagtgttgc aaacgtcgaa aggtttttcg gggcatttgc agcattcctg
    23281 caaacgccaa aaagtttttc gaagcatttg cagcattcct gcaaacgcca aaaagtttct
    23341 cggggcattt gcagcattcc tgcaaacgcc aaaaagtttt tcgtgccatt tgcagcgttg
    23401 ctgcaaagac caaaaagttt ctcggggcat ttgcagcatt cctgcaaaga ccaaaaagtt
    23461 tctcggagca tttgcagcat tcctgcaaag accaaaaagt ttctcgaggc atttgcagcg
    23521 ttgctgcaag catttccaaa agctctgcgc tgcctttagg gctctatcaa agacattctt
    23581 ccgggatacg gatcctcatt ctttcgccga actcgcgttt ggaatgtgtt tcgtacagat
    23641 tttttgcata gttcgcagca tgtatgccca ttgcgagggg gtgcagatag atattccttc
    23701 tatctttgcc cccaataaaa gagattttac atgaagcagc cagaatcaag attaacgcga
    23761 aaatacctga tggatcatgg catcaggccc tctacgcagc gaattgccat catgcaattt
    23821 ctattagaca accataccca ccctacggcc gaagagatcc atctgaagct cttgcctaag
    23881 atcccttccc tctccaaaac aacggtttac aacaccatga aactgtttat ccgcaagggt
    23941 gtggcgatca tgatcgatat cgatgggcgt aacgcacgct tcgacggcga cgtctctacg
    24001 cacgctcatt ttcaatgtcg ttcatgcaat cgcatcttcg atttggccat tccaggcctg
    24061 tattcgacca tttcgttaga agaagaatat tctgttgaaa acgtttgcct caatatgcgt
    24121 ggactgtgcc ccgaatgcaa ccgccgcaag caggctgaat ccggtgcagg tgcaaccaag
    24181 accaaccggc caacgcacca cccatctatt gaacagctgc tgaatgagag tcaagcggga
    24241 gaagccatgg ccctgcagct cgaaagcgaa atgtgattat ggtttgactc ccccgagccg
    24301 ctccacgacc cggcgcacga tccgctcggg agcaatacgc gtcatgcagg cccagtcgcc
    24361 acgatggcag ggcttgtcgc caaaggtgga gcaggggcga caatccagat cctcttggat
    24421 ggcgtcctcc ggcgacagtc cgtacggata gaagccggcg aaagggtgcg tggcgcccca
    24481 aacagagaca accggtgtgc caacaagcgc ggcgaagtgc atgttggccg agtccatgca
    24541 gagcaatacg tctaagcggc tgatcaaggc caactcctga ttgagcgtgt accggccagc
    24601 catactccgc acccgcggcc gcgccgcagc ccagcggtca agcaccgctt gctcgtcccc
    24661 ctttccccca aataggaaca aggtgatttc gccacgcccg gatagcagat cgatcacccg
    24721 ctccatctgc gcaggcggat agatcttacc tacatggcgg gcgaagggcg caacgcccac
    24781 ccaatggccc gtcttctctc cagccatctc gctgatcacc gcctcgtcaa ccggatgagc
    24841 agcaaaaagt gacacgaacg tgcgcgaaaa cgagagtcca gccgcccgaa acacgtcagc
    24901 atagcgctct gttacgggcc gtagtgggcg gatcgtttta ggcggacgcg ccgtcaatgc
    24961 ccgacgttcc cgccgcatct tgtccagccg atagacgggc actccccgca attgaaacac
    25021 gagtccaatc acccgactgc ggatcacatt gtgcagatcc accactcggt caaatcgttc
    25081 atgcgccagc cgaagcgcca atcgcacaac gccccacagc gagtgctccg cacccttcgt
    25141 atcgaccccg acgagggcca cattctccgg acgatggata aaaagcgtag taaggaaggg
    25201 ctgcgtcagc accgtaaacg cgtcctctgg gtgagcacgt gcgacggaat agatgatggg
    25261 gatagtcata gccacgtcgc cgatggccga gagtcggatg atgagcgtct ttgccataga
    25321 cgtgtggtct gacgatcaag cctgatcagg aagaggactt ccacatagca cgtgctcaat
    25381 cacctgcgga taataagcgt actcgagcgc atgcacccgc gtagccacct ctaaggcgct
    25441 gtcaccgggc aatacagggc attgcgcctg aaagacgata cgtccctcgt cgtagcagct
    25501 attaatataa tgtatggtga tacccgtcac cgtgtcgcca gctgcgatca cggcctcatg
    25561 cacatgcatg ccatacatgc ccttgcctcc gtggcggggc aggagggcag gatggatgtt
    25621 taggattcta tccggatagg cctggagtat cacgtcgggg atcttgttca tgaatccagc
    25681 caagacgatg aaatcaatcg cagcctcaga gagtttcttg agcaccgttg tgccgtcggc
    25741 gaaatctgca ttggaaaagg tcatggaggg gatccctaag cgtgcggccc gttcgtgaac
    25801 ccgtgcgcgg ggattgttgg agcagataaa aacgatgtct acggacctat ttccggagaa
    25861 atatcgggcg atgttttcgg cgttgctacc gttgcccgaa gcgaggatgg ctattcgttt
    25921 catttcgatt atggatcaat tgcggagcta tgaagtgcac aaacaaagcg cgaatgtgca
    25981 ggatttgggg ttttttatag ggcaaaacca atgagtgacg ggggaaaata ctttcctttg
    26041 cggcgcaaat gtaaaaatgt agtattacac taatctttaa aacttagaat tatgtctgat
    26101 gtagcatctc gcgtaaaggc gattattgtg gacaagttga gtgtcgagga atcggaagta
    26161 acaaacgaag cgagcttcac caacgacttg ggtgcagact ctctcgacac agtagagttg
    26221 atcatggagt ttgagaagga gttcggtctt tcgattccgg atgatcaggc tgagaagatc
    26281 tccacggtag gagacgccat tgcttatatc gaagcaaacg cgaagtaatc cccacgcttt
    26341 ttattcgtca tggaattaaa aagagtcgta gtgacgggcc ttggagccat cactccgatc
    26401 ggaaacaccg ccccggaaac gtgggcggcg ttactgaacg gggtgagcgg agccgggccc
    26461 atcactcagt ttgatgcctc caaattcaag acgcagttcg cctgcgaggt gaagggcttc
    26521 gatgcatcga aacactttga ccgaaaagag gcgcgcaaat acgaccgcta cgctcagctg
    26581 gcgctcgtat cggccaccga agcgatcgaa gacgccgcat tggacttgga gaaggaagac
    26641 ctgaaccgga tcggggtcat cttcgccgcc ggtatcggag ggatccgctc gtttgaggac
    26701 gaggtgcggg actacaacga ggagcgtgga ccacgcttca accccttctt catccctaag
    26761 atcattgcag acattgcagc gggacatatc tcgatcaaat acggtttccg ggggccgaac
    26821 tttgccaccg tttcagcctg cgcatcgtcg acgaatgcga tcgccgatgc gttcaactat
    26881 atccgactgg gtaaggccaa cgtcatcgta gccggcggag cggaagcagc cgtggccatc
    26941 gtgggcgtgg gcggattcaa cgcgatgaat gcactctcga cgcgtaacga ttcgccgcag
    27001 accgcctcac gtccgttcag cggtagccgt gacggattcg tgctgggcga aggtgccgcg
    27061 gggctggtgt tggaagagat ggagcacgcc gtggctcgcg gagcgaagat ctacgccgaa
    27121 gtggtgggat ccggtctctc ggccgacgcg taccacctga cggccagtca tcccgaaggc
    27181 ttaggcgcca tcttagtgat gcaaaacgcg ctggaagacg ccggtctcac acccgacgcc
    27241 atcgattata tcaacgtgca cgggacttcg acgccaatcg gcgacatctc cgaagtgcga
    27301 gctatcaagc aagttttcgg tgatcatgcc tacgaactga atatcagctc gacgaagtcc
    27361 atgacgggcc acctgctcgg cgccgccgga gccgtcgagg ccttggcatc ggtgctggcg
    27421 gtgaagaacg acatcgtgcc gccgacgatc aaccacgccg agggcgacga cgacccggag
    27481 atcgactaca agctgaactt caccttcaat aaggcccaga aacgcaccgt tcgcgcggcg
    27541 ctttctaaca cgttcggctt cggcgggcat aacgccagcg tgatcgtcaa gaaattcgag
    27601 aagtaacggt gaatcgtttt ttccaaatga tagcaaggct ctttgttctc aggaacaagg
    27661 agccttattc atcgatgtat cgcatgttgg gattctatcc gaacaacatg tggctctacg
    27721 atcaggcctt cacccaccgc tcgtcgcaca atacgcccga gggcaagcgc tcgaacgaca
    27781 acgagcgact ggagtttctg ggtgacgccg tgctgggcat cgccgtggcc gacatcctct
    27841 acaagcattt ccccaaccag aaggagggct tcctgaccag cacaaggtcg aagatcgtgc
    27901 agcgcgagac gctcaaccgc atcgccctcg agatgggact ggacaagatg atggtctcca
    27961 ccgtacgccc acagacgcac aacagttaca tcctcggcaa cgccctggag gcgctcatcg
    28021 gcgccatcta tctggatcag ggctaccgac gctgccgacg cttcgtgcag gagcgcatga
    28081 tagaccgata cacgcccctg gataaggtgg cgcagaagga agtgaacttc aagtcgaacc
    28141 tcttagaatg ggggcagaaa gcgaagctgc gcatcgcctt tgtcctgaac gagacgtcga
    28201 ccgaccagaa cggcaaccgc atgttccaaa gcactgtcca catcgaggac gtgcccttcg
    28261 gaacgggcgc cggatacacc aaaaaggaat cgcaacagat agcggccaag aaggccatca
    28321 aaaagattcg gtacgaccgc gaggcgcaga cgctgcttgc cgaactccgc caacgagtcc
    28381 tcgaggccag ggccaccccg gacgtgctga gcgaagcaca accggagtaa ttgcgggctg
    28441 tttatcgctg ataatcatcc caaacagaag gagccaataa tcgatcgatt atcggctcct
    28501 tctgttgtta tgggcccatt gtatcgtaca atcacgagaa aaaaactttt tcagcccatt
    28561 gtatcgtaca atcacgagaa aaaaactttt tcagcc
//
LOCUS       SEQF2637|AYYD01001280.173369 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..73369
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             231..1178
                     /gene="cysK_3"
                     /locus_tag="SEQF2637_02493"
                     /EC_number="2.5.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7DDL5"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine synthase"
                     /translation="MARVYQNLTALVGGTPLLEVSNIEKSEGLKARVIVKLEYFNPGG
                     SVKDRIALAMIEAAERSGELKPGSIIIEATSGNTGIGLAWVASVKGYKLILTMPETMS
                     VERQNLLKALGATLVLTPGSEGMKGALRRAGELKEEHPGSIILQQFENEANPEVHTRT
                     TAEEIWNDTDGKVDIFVAGVGTGGTVSGVAEGLKKHNPKVKAVAVEPVGSPVLSGGQP
                     GPHKIQGIGAGFVPKNYHADAIDEVLQVQDNEAIGASRLLAAREGLLVGISSGAALHA
                     ALELARKPENEGKTIVALLPDTGERYLSTVLYAFEEYPL"
     CDS             1244..1894
                     /gene="vraR"
                     /locus_tag="SEQF2637_02494"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A2Q1"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator protein VraR"
                     /translation="MITFLLADNQDITRAGLRAYIADTFGEAGCRTLEVANKKALIEA
                     LTTHRDSTVAILDYALFDLASVEELLNLGRRFPEVAWLLCSNELSDALIRRLSAEHHV
                     GMILKDCTADEIRAALRHTVQGDRFLCHRIADFLLTVHRQPDTHEALTATETEILRLI
                     ARGLSVKEIASERISSTHTIITHKKNIFRKLGVNNVYEATKYALRAGLVEMVEYYI"
     CDS             complement(2427..3065)
                     /gene="pdaD"
                     /locus_tag="SEQF2637_02495"
                     /EC_number="4.1.1.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01404"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvoyl-dependent arginine decarboxylase"
                     /translation="MRPPDSEERENKTDFILIQKIKTKKMVKKVGNLIPNTFFIAKGS
                     GDSDLEKHAGSYHMALFDAGIADFNIMTYSSVIPATAHPVMMDEVDLPPFGSELKTIM
                     AVSHGYQDEFISAGLVYAWMYKDENFDEKAGGLVCEVSGRYRIEELEARLIRVINDLH
                     QRTYSRFYLGDLNFVTEGMTIERRYGTALAALCFTDFIMPDSADGSSEVVRL"
     CDS             3209..3898
                     /gene="tcrA"
                     /locus_tag="SEQF2637_02496"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O07776"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcriptional regulatory protein TcrA"
                     /translation="MKILIIEDDPSLRELIAQSLTDRERAVVETADNLRSALYKIEDY
                     DYDCVLLDIMLPDGSGFTLLERLKAMKKRESVIIISARDTTDDKVAGLELGADDYLAK
                     PFHLAELHARIRSVVRRSRQAGKVDIRLGNVRLLPETFQVFVADRELSLGRKEYGILA
                     YFFHRPGHLINKETLAEAVWGDHVDQADNFDFVYAQMKNLRRKLTDAGATIQLKSVYG
                     FGYKLIEDTEE"
     CDS             3895..5205
                     /gene="qseC"
                     /locus_tag="SEQF2637_02497"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45336"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor protein QseC"
                     /translation="MKLIYRILLHLSIVLSAVLTGWAIYFYAGIVEEVNDETDDALDD
                     YAERIIRRYLAGVHLPSEDNGMNNSFYVHAVTEDYLHHHPAIEYIDESVFIAEKGETE
                     PARTLRTVFRDRAGRYFLLSVSTPTIDKDDLKQAILWRIITLYVALLVTILTVNVWVY
                     SRSMRPLYRLLRWLDTYTVGRPHTPLTAHSAVTEFRRLYDAVRRHTDRTEQAFEQQKQ
                     FIGNASHELQTPLAVSLGRLELLADSTPALTEAQLAEVIKTQQTLRRAVRLNRSLLFL
                     TKIDNRQFLDQTDLCLDALLRRDLEDLQEVYASRRITVDLTAVDPPLRASMHESLADA
                     LVSNLLKNAFVHNHPDGRILIRIATPTLTIANTGPAASLDPTHLFDRFHQGPHRVEGS
                     TGLGLSIVRAICRLYAIDIRYAFTADRLHTFTLTFPLTSQNKTP"
     CDS             complement(5715..6260)
                     /locus_tag="SEQF2637_02498"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNAIRLSTDGIVYVCVGDAQPVDINRTVTIPSVSGVKTDPGVGI
                     WDVKSRGSFKFKATFSGSKPLAVRTNRTVKGAPEMLTGTKNANGEYEYIIPNVQQDIT
                     LSIGPDHVANELLAGTAVWSHGEMIYIRVDRADIASIYSVAGQLVRKVDLPEGDTSIP
                     MSRGAYVITLKDGSVHKVIVK"
     CDS             6281..6511
                     /locus_tag="SEQF2637_02499"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPSLCGSASQVYPQREVLAPKKDEAPAPQKDEGAAPPYVETAP
                     FSQRRNLEAIRYAVAVAAVAPAALSDLRCWIS"
     CDS             complement(6445..9483)
                     /locus_tag="SEQF2637_02500"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQNKGFVRVFSILLALVCLYYLSFSFVTRKYYKEAAEYANGDPA
                     KESFYLDSLANKKVWFGAYTLKQCREMEVTLGLDLKGGMNVVLELNVPDVVRSLADNN
                     PDANFNKALDAAYARQATSQKNYIDLFAEEYKKLDPGAHLAALFSTFELKDKITPQSS
                     DAQVIAVLKEELQSAIDNSFNVLRTRIDRFGVVSPNIQRLETAGRILVELPGVKEPAR
                     VRKLLQGSANLEFWETYNLTEIGQQLTAADHALAEALKSTKSSSTATTDTTATAAKSD
                     LTAKADSATSETDSLMAQINAESQQSPAAGQMTAEEYAKEHPLFALLQLNVDRTGRYL
                     VPGPVVGYAKKTDMDKITEYLNRPEVKAVLPNNVLFRWSVKAMDDNDQFYQLFALKVT
                     NRDGTPALSGDVVTNAVADFAQQQIGRPQYQVSMTMNAEGAREWARLTKENIKRSIAI
                     VLDGMVYSAPTVQSEITGGQSQITGNFTQDEGKDLANVLKSGKMAASVNIVQEDIVGP
                     SLGQEAINAGIISFALALILLMVYMCAMYGLLPGMIANGALVINIFFTMGILASFQAV
                     LTLPGIAGMVLTLGMAVDANVLIYERSKEELRAGKPLARAIADGYSNAFSAIFDSNLT
                     TIITGVVLFVFGTGPIRGFATTLIIGLISSFLTSVFITRLVYEALLAKEKIKHLTFTT
                     SISKNFLNDPKINFLGKRKVGYIIPLAIILLGCVSMATIGLNNGIDFTGGRNYVIRFD
                     KDVRTDEVRAALEPQFKGGSVSVITIGSQNQVRVSTNYKITDNSAGIDDEIIGKLYTG
                     LKPFLGNATQEQFASDNIQSSQKVGPSMADDIKNSAVLAVLFAMVCMALYILVRFRDV
                     AFSVGVFISVAVTTLCIIAFYTLLWKIMPFSMEVDQTFIAAILTVIGYSINDTVVVFD
                     RIRETIKLYPKRDRYEVINDALNSTLSRTFSTSLSTFIVVFVIFLLGGSTIQSFTFAI
                     LLGVIVGTYSTLFVATPIAYEIQHRKSLKAAGATAATATA"
     CDS             complement(9639..10622)
                     /gene="dus"
                     /locus_tag="SEQF2637_02501"
                     /EC_number="1.3.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WNS7"
                     /codon_start=1
                     /transl_table=11
                     /product="putative tRNA-dihydrouridine synthase"
                     /translation="MKIGTIELGDRPVMQAPMEDVTDAAFRLMCKRFGADMVYTEFVS
                     SDALIRGVSRTEEKLRVRDEERPVAIQIYGRDVQSMVEAAQICEAARPDVLDINFGCP
                     VKKVAGKGAGAGMLRNVPLMLEITRAVVRAVRIPVTVKTRLGWDADHRIIVELAEQLQ
                     DCGIAALTIHGRTRAQMYTGEADWTLIGAVRSNPRMTIPIIGNGDITSAERCREAFDR
                     YGVDGVMIGRGCIGRPWIFREVKHYLQTGEPLQPEPFAWYLDVLKQQVLQSVERLDER
                     RGILHIRRHLVATPLFKGIPDFKPTRVAMLRAETVGELFAIMDAIPAPTTE"
     CDS             complement(11002..11751)
                     /gene="cutC"
                     /locus_tag="SEQF2637_02502"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67825"
                     /codon_start=1
                     /transl_table=11
                     /product="Copper homeostasis protein CutC"
                     /translation="MNRIIEVCANSAQSCVEAEAGGAARVELCAGIPEGGTTPSYGEI
                     VMARQSTERIAIHVLIRPRAGDFLYTETEVGAMLHDIQVAHQLGVQGVVIGCLTPDGD
                     INEPLLDRLMAAARPLSVTFHRAFDVCRDPHAALELLIRHGVDRVLTSGQEATAVQGI
                     PLLRELVSQADGRIVVMPGCGVRADNIARIESETGAREFHTSARRVVESGMIYRNERV
                     PMGSCAVTSEFETVQTDRHEVARYVSRTCIK"
     CDS             complement(12632..13684)
                     /locus_tag="SEQF2637_02503"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKIWGVGKKMDLRTPNRYHFYSELVMKISTINIARLRVQEDFG
                     FQELVKNETDQLPLLESASGYTAGLKTDVENHGKAFGEFDTALKAASSVPSAAEVSNL
                     DRQRDDSCTKLYTFVRGVSGHPDKEKAKVGAEAVAVFKKYGGGSIVDQPQNQESGTLR
                     NLIQDFRAMDVSKLTQTGIKDFVDDLEQKQTAYLAAVKKRAKEERSELTGVIKQKRKA
                     CDEAYLKLIETVNALVVVNGDVPYRGFVESVTSHINHQKSTLANRQTNADKKPKDPKQ
                     PKQPKQPKEPKPQKPGKDDGKPDIHLPEEEEPKKPGGDSGAGKKPDGGGGAGGGAGTG
                     GAGDSSNPDIHLPEEG"
     CDS             14244..14621
                     /locus_tag="SEQF2637_02504"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIVVYLLLLASLAVRAAAREPVLDRAHMKCLYRYVYTFDTLKN
                     ELRDDLLILQIGKEVSKCYSYYTFQCDSLRRTPDGEKVWSELFRRATEKDGIYGDFPH
                     VRMSTYVYKNYPTGQMTITDRIS"
     CDS             14667..15074
                     /locus_tag="SEQF2637_02505"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGDSTREVLGYTCQQATADFRGRRWTVWFATDIPISDGPWKIGG
                     LPGLILEAYDEGKQHVFTAVGLERVKDELIIFNRPFRGNHRFEQTNRLDFLRMERRFL
                     MDSNSFIQMETGIDLLGDEPNQVMRYDLLERDY"
     CDS             15086..15931
                     /locus_tag="SEQF2637_02506"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTVFLLLFSTQVVAQHHTRLEPATIEVHYHHTMQRDTVRRLA
                     TETDSMILRIGASASQFFSRHTFYYDSLWNDPDGRATAEALTLEAFRTRDHSKEPRVG
                     TTYDYLYKNYPAGRVTTTNEQFYVACRYDEATPSISWGMADSVRTILGHPCRMATADF
                     RGRRWTAWFATDIPVSDGPWKLGGLPGLILEAYDRGDDYRYTAVRIVESGLDPVTFYC
                     FDGKPFFDTDRQTFLRSQRAFLSGQGNVYDIELIRAIVQSGRRKTYMQREAHRLLFDP
                     LERDY"
     CDS             15943..16779
                     /locus_tag="SEQF2637_02507"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIRYILLFMALAVHASAQKDVLDRASMKCMYRATELKDTLDV
                     AFYEDLLILQIGPQVSKCFSYYTFQNDSLRQTPEGNHQASELFNRALADFHKHRDRNR
                     FLNSFPRNRTVTIVYKNHPAGAITVTDGLREDQVTYRDTLNAQQWTMTDSTREVLGYT
                     CQQATADFRGRRWTAWFATDIPISDGPWKLGGLPGMILEAYDKGHQYTFTAVGLERVA
                     EEPIVFTPSGEKNGYRTVDRRAFLKAKMFDLTHGGALGASGLKSTDYEPVYMDLIERD
                     YR"
     CDS             16779..19031
                     /locus_tag="SEQF2637_02508"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRHFLILLLFVTGVAATAQRVTLSGMVTDGANGQPIAGVLVTVR
                     PSGAQKVLAFTQTMANGRFEVTLTADATDRVLYFSMMGYAARTLPIEKGRTTYDVTLK
                     EQATALREVVIRALSIHERGDTITYIVSRFATTADRSLGDVLKKMPGIEVEKSGAITY
                     NGKAINKFYIEGKDMLEGRYGIATNNIHPSDVGSVEVMENHQPVKALENISFSQNPAI
                     NIRLKEDAKARWVGTAKAAVGASPFLWEGELALMRFKRKSQTLNTLKSNNTGRDVTRE
                     AALLIDGERAESALMEHIDVFPDRLRAIDGDRSRFNRSHLVTTNNLWGVSKDFDLTSQ
                     VTYGNHRLTSDVASSQTYFLDDSTVFTESDEHTLSRRHTCTGDITLTANTTSLYVRNK
                     LQVDLRWDDTQQTVRGTYPNHQAATLPRRSFSDELELIRRHGRRAYSLRSLNVYRAHP
                     HRLTVRRSDGDEQQQRVESSVFYTHMHTALSFYFDPVALSLRAGLVGTWRSLRSALTG
                     LSDSLGSLRNDMSTRRLRLYVSPELAYRHADLEATVRLPLSLLPYRHTDRITGRTTTR
                     GHLLFAPTAYIQWYLTSRLTLSLDGRLSPIAPDEQTFYEGLILRDYRYLSQGLIDDHL
                     GQHISADITLRYRYPLRALFAHASAGYMQRHQPRTVDSRFLGAYLLQTTIPEATDTRS
                     WTADASLSKGLDALRSIVTLSASFLSTRGTAYRNRVPTFFTSTNRDASCKLSTRLATW
                     CNTAYELSLS"
     CDS             19119..19370
                     /locus_tag="SEQF2637_02509"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MWSLRLTAEHYSNEIADGLRKQLLLADAELTCSLKGGWEVNVSA
                     RNLFNRRTYAYTLYDGLATFRKSYLLRPRNLTVGLFFHF"
     CDS             complement(19914..22502)
                     /gene="susC_15"
                     /locus_tag="SEQF2637_02510"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MNKAVIRTLFAVLLLIGLGRQAAYAQHATSVAGMVVDSITGEPL
                     PFVTLVFEGSTIGGVTDMDGNFQLKNDRGLTRLKISYVGYDPKTVTLTAGHATTDLRI
                     RLAPSTIQLSEIVIRPKRERYTRKNNPAVELMKRVVARKDSNRITQLDDYSTECYEKM
                     TLSLDKFDTRLEKSKVLKRFKFLKNYLDTSEFDGRPILTLSLREKISDIYYRRDPRSE
                     KVVVRATRQQGIDQSLDEYGTLTANLDEIFQGVDIFDNNITFLLNRFVSPLSSTLANT
                     FYHYYIMDTVDVGGEPCTDLAFVPVNAQSYGFTGRLYVTTDGTYSVKKVLLNVPRHIN
                     LNFVRELRVEQQFRRRTDGLWELDTDNTYVLFQLFDGGQQMYAHQLRSYSDYRTNIAS
                     ADSIFALSGRVQTPLSRYLAQPDSFWANRRHTPLRERESGIESLLNQLKEVTAFKVLL
                     KTAEILISGYIPINDVHEKNKLDFGPMNTVFSANNIEGFRIRAGAMTTANLHPHLFLG
                     GYGAFGLNDRRWKYSATATWAFNEKEYHEKESPVNNLSLQHEYDLYTPGQDFLFTSKD
                     NVFVAWKVGHPNRNMNYLRKTRLQYEREWRNGFSVKTWAQVMNNEAAGTLRYIVRNSA
                     DDFTRLQDYNTTEWGIQLRFAPGERAYNSRLGKSSVFNLSKDAPVFRLSHQVGFRGIL
                     GGDYRYNRTEAGVSKRIWLSSFGHIDASLRGGIVWDKVPFPLLITPNTNQSVTIQPEA
                     FHLMNPMEFMADRYFSFDARYHLKGWILNRIPLINLLGLREVASVSGVWGSLSDRNNP
                     DKTDGLMLFPDGSHAFGTSPYMEFSVGLENIFRVLEVSYYRRLTYLNHSEIQRHGFRI
                     ALHFDF"
     CDS             22722..23084
                     /locus_tag="SEQF2637_02511"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHCTEKVRRRLALWLCILFIGYTAATSFFYHAHYVNGRWIVHSH
                     PYTQAPETGHHTHTQAGFATLACLTAALMTSIAPTLYTEPFTRLSAVIIEAVRTAIIS
                     QELFHLSLRGPPTHSGLN"
     CDS             23547..26162
                     /gene="btuB_5"
                     /locus_tag="SEQF2637_02512"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P06129"
                     /codon_start=1
                     /transl_table=11
                     /product="Vitamin B12 transporter BtuB"
                     /translation="MRIIYLPLLMLCASLTQPVWAGTTDPTIGSEQVKPKTDAVVTGH
                     VVDAKTGEHLPYINVVVKGTTIGVATDATGHYMLKDLPAGELTIEASFIGYKKVVKKV
                     KTKPNTMVEVNFELEEEALAIDEVVVSATRSETMRREAPSLVNVLDTKLFERTQSTDI
                     AQGLKFQPGVRVETNCQNCGFSQVRINGLDGPYSQILIDSRPIFSALAGVYGLEQIPA
                     NMIERVEVVRGGGSALFGSSAIAGTINIITREPTGNSASLSHQTRGLGGLNTFENTTN
                     FNGSMVSDNGRLGVTLFGQARHRTGYDHDGDGYTELPVLDGRTLGFRTFLKPNIYSRF
                     TLEFHNTHEFRRGGDLLKEQPHNAHIAEQLEHINNVGSLGYQYFSPDGHHRFNAYGSF
                     MKVQRKSYYGGGDRTADEIINEGKKNVEAAKDAFIAELKKKNPAITDDELEAEVKKSF
                     LPGSHNGLTNEDMLELNKRMSSYGRTNGLTYMFGAQYAADFDRLLFLPSTLTAGIEYN
                     HDHLDDKSGYREAPIDQRVNTKSAFLQNEWKDDRWSILVGARLDKHSMVSRAILSPRL
                     NLRFAPSKDFTLRASYSKGFRAPQLFDEDLHVDNAGGDLIVSRNAPGLREETSHSFSA
                     SIDWYHRFGVWQLNLLAEGFYTQLVDAFGFTQKDTVIGGISQILKTRENSDGAKVYGL
                     NFEGKIAYLNTWQLQGGLTAQRSLWNTERQWNEDDAYKTRRIYRTPDLYAYFIGTLNI
                     TRALSFSLTGNYTGSMLTGHEIPTEDDGSLTQFNGRPAATIHPDRMQHGEGQTDKTYG
                     PRTFKTPAFFEMGARVAYNIPLYKTYTLQLHAGVQNMFNAFQDDFDRGPSRDSAYIYG
                     PGSPRCWYAGMKLTL"
     CDS             26359..27441
                     /gene="gmd"
                     /locus_tag="SEQF2637_02513"
                     /EC_number="4.2.1.47"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AC88"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP-mannose 4,6-dehydratase"
                     /translation="MGKTALITGITGQDGSYLAEFLIDKGYEVHGIMRRSSSFNTGRI
                     EHLYLDEWVRDMKRQRTINLHYGDMTDSSSLVRIIQLTQPDEIYNLAAQSHVKVSFDV
                     PEYTADADAIGTLRLLEAVRILGMEHKTRIYQASTSELFGLVQEVPQRETTPFYPRSP
                     YSVAKQYGFWITKNYRESYDMFAVNGILFNHESERRGENFVTRKITLAAARIVQGFQD
                     KLYMGNLNALRDWGYAKDYVECMWMMLQYERPEDFVIATGEMHTVREFCTLAFREAGI
                     ELRWEGEGLNERGIDVKTGRSLVEVDPKYFRPAEVEQLLGDPTKAKTLLGWNPRKTSF
                     EELVRLMVKHDLRFTRKLYLRAKEEE"
     CDS             27446..28552
                     /gene="fcl"
                     /locus_tag="SEQF2637_02514"
                     /EC_number="1.1.1.271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P32055"
                     /codon_start=1
                     /transl_table=11
                     /product="GDP-L-fucose synthase"
                     /translation="MMDKQAKIYVAGHRGLVGSAIWNNLLAKGYTNLVGRTHTELDLL
                     DAAAVRRFFDEERPAYVVLAAAYVGGIMANNRYRADFIYRNLGIQQNVIGESFRHDVR
                     KLLFLGSTCIYPRDVPQPMREDALLTAPLEYTNEPYAIAKIAGLKMCESFNLQYGTNY
                     IAVMPTNLYGPNDNFDLERSHVLPAMIRKIHLARCLHEGRMDDVRADLIRRPVEQVDA
                     RTAPDEELLALLAKYSIAPDTVTLWGTGTPLREFLWSEEMADACVYIMEHVDFADLKG
                     SDPDVRNCHINIGTGHEITIGDLARLIVRTVGYGGRLAFDATKPDGTLRKLTDVSKLH
                     ALGWHHRIEIDEGVDRIYRWYTKASAEASTGASQ"
     CDS             complement(28664..28954)
                     /locus_tag="SEQF2637_02515"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPNQKLIPYPFHVIAPNQKLIPYPFRVMTPNQKLIDDLLRLGV
                     MNQNLIDDLLQSGVANQNLIDDLLRSGVMNQNLIDDLLQSGVANQKRMDDLL"
     CDS             29098..30618
                     /gene="dnaC"
                     /locus_tag="SEQF2637_02516"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37469"
                     /codon_start=1
                     /transl_table=11
                     /product="Replicative DNA helicase"
                     /translation="MAENNSNRTARKKPVVVQVSDMGRLQPQARDLEQAVLGALMLEQ
                     DAFFKVNETLKPESFYERAHRLIYQAIVDLAARQHPIDMLTVIDQLKKNGDLEAIGGP
                     LYISQLTENVGGAAHLERHAQIVAEKFLARELIRYTGEIQGKAYDETIEVKELMQEAE
                     GELFRISQQNIRNEAVQINPIIKEARELLERAANRKEGLSGLPTGFADLDKITSGWQN
                     SDLVIIAARPAMGKTAFVLSMARNMAVTFKVPVAMFSLEMSNVQLVNRLIVNVCELPG
                     EKIKSGRLEKYEWEQLEYKIKDLYDAPIYVDDTPSLSIFELRTKARRLVREHKIQCIF
                     IDYLQLMNASGMNFGSREQEVSTISRSLKGLAKELNIPIIALSQLNRGVEARQGIEGK
                     RPQLADLRESGAIEQDADMVCFIHRPEYYKILEDERGNSLAGIAEIIVAKHRNGATGD
                     VRLRFKSEFAKFINLSEDQAVREYASSMNQEEASAPVTAPNVEDFIAAQNDEPVPF"
     CDS             complement(30861..31661)
                     /gene="nagB_1"
                     /locus_tag="SEQF2637_02517"
                     /EC_number="3.5.99.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O30564"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucosamine-6-phosphate deaminase"
                     /translation="MRLLIQPTYEAMSRWAADYIASRINCAAPTAERPFVLGLPTGSS
                     PIGTYKRLIELCQQGRVSFRHVVTFNMDEYVGLPEDHPESYHTFMRRHFFEHVDVEPH
                     NIHILNGNAPDLEAECAAYEKRISEVGGIDLFLGGIGPDGHVAFNEPGSSLRSRTRIK
                     SLTTDTIIANSRFFDNDVTQVPKTALTVGVGTVMDAREVVILANGHAKARALQQAVEG
                     SVNQMWTITALQLHPHGIIVCDEAACDELKVGTYRYFKDIERANILGN"
     CDS             complement(31746..32930)
                     /gene="fprA"
                     /locus_tag="SEQF2637_02518"
                     /EC_number="1.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9FDN7"
                     /codon_start=1
                     /transl_table=11
                     /product="Nitric oxide reductase"
                     /translation="MKAVAKDIYYVGVNDRQKALFENLWPLPGGVSYNSYLIVDDKTV
                     LVDTVDICYSDLFFKRVAKLLNGRKLDYLVVDHMEPDHAGSIRLLRQIYPDVKIIGNK
                     QTFGMLAGYHGITDGLHEVKEGDTLDLGHHKLSFYMAPMVHWPEVMVTYEETEKVLFS
                     ADAFGTFGTLDGGVLDTDMDTDRFWSEMTRYYANIVGKYGGPVQRALKKLSGLDIQTI
                     CSTHGPVWTRQSGDVIALYDRLSRYEGLDGVTIVYGSMYGHTEQMAEDIATALSDGGV
                     RHIAMHNVSKSHGSYILRDVFNYRGLIVGCPTYSGQLYPEVEMVLSEIKLREVKDRLF
                     SYFGSFTWAGAAVKHLAAYAEAMKWEVVGTPVDQKQGISTEEQCIALGQAMAERLRGT
                     NK"
     CDS             complement(32927..33484)
                     /locus_tag="SEQF2637_02519"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARAETACPVLNVHSEGLTAPTAFLEMLATILQSPKSFSRHLQR
                     PCKLQKVFRSTCSVPANAEKFFEALAAFLQTPKSSSRRLQHSCKRQKVFRGTCSVPAN
                     AKKFFAAFAAFLQRPKSFSGHLQHFCKHQNFIFRFARLLQRLTSPSAPRISRKKRGRE
                     LTSLRSTSHYQFIHISIINKKQDPS"
     CDS             complement(33451..34275)
                     /gene="lgt"
                     /locus_tag="SEQF2637_02520"
                     /EC_number="2.4.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P60955"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolipoprotein diacylglyceryl transferase"
                     /translation="MLLDITWTADPVIFSIGPKEIRWYTLMFLVGFAVGYKIVERMFR
                     REGLNEKWLDPLLYFTLAGTLIGARLGHCLFYNPSYYFSHPVEILKVWEGGLASHGGV
                     LGIIIAIYFFSRYVSHRSMLWTFDKLVVPTGLVAALIRIGNLMNHEIYGHPTDLPWGF
                     RFVKNLYAWRHGAAPIFTPPSHPTQLYEALCYLLTFVLCMWLYFKRDAWKREGLIFGI
                     FMICIFTARFFVEFLKNYQEDFEASLPLDMGQLLSIPFILLGIYCVWRAQKQPVQS"
     CDS             complement(34293..35192)
                     /gene="ddh"
                     /locus_tag="SEQF2637_02521"
                     /EC_number="1.4.1.16"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5L9Q6"
                     /codon_start=1
                     /transl_table=11
                     /product="Meso-diaminopimelate D-dehydrogenase"
                     /translation="MKKIRAAVVGYGNIGRYALEAIEAAPDFEVAGIIRRNPQAPLPE
                     PFRSYPVTDNLEKLTAVDVAILATPTRSVEAYAKAALALGIRTVDSFDIHTQIADLRR
                     TLDVEAKRHGVVSVVAAGWDPGSDSVVRTLLQAIVPEGITYTDFGPGMSMGHTVAVKA
                     IEGVRAALSMTIPMGTGVHRRMVYVEIEDGYDFDTVADAIRRDDYFAHDETHVVRVDS
                     VEALKDVGHGVHLTRKGVSGVTHNQRISFDMQINNPALTGQILVAAARAAMRLQPGAY
                     TMIEIPPVDLLPGDRDAWIGRIV"
     tRNA            complement(35214..35288)
                     /locus_tag="SEQF2637_02522"
                     /product="tRNA-Arg"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Arg(cct)"
     CDS             complement(35373..35954)
                     /gene="sodB"
                     /locus_tag="SEQF2637_02523"
                     /EC_number="1.15.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P19665"
                     /codon_start=1
                     /transl_table=11
                     /product="Superoxide dismutase [Mn/Fe]"
                     /translation="MSFDMPKLPYATNALEPVISQQTIEFHYGKHLQNYVNTLNKLIE
                     GTEYASKPLEEIVKTAPAGGIFNNAGQLLNHTLYFLQFKSPVENNKPIGKIAEAINRD
                     FGSFEAFQKAFGDAAATLFGSGWAFLSVDQNGKLVITQEPNGANPVVRGYKPIFGLDV
                     WEHAYYLDYQNRRADHIKAVWDIVDWDVVGSRL"
     CDS             complement(36152..36877)
                     /gene="recO"
                     /locus_tag="SEQF2637_02524"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00201"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA repair protein RecO"
                     /translation="MLHKTRGIVLHTLPYGDKYLIVAIYTELFGRVGYLITPARRGKV
                     GVAQALLMPLSLLELEVEHRNDRDLQRIREARSLSLPTALQTHPVKNAEALFLSEILY
                     RVIREKESDPPLFHFLFDAVRHLETADAGIANFHLTFLFRLAVYLGIRPNRETYVEGR
                     YFDLLEGIFTEEVPLHGRYLNADDSRVMARLTKMTFANMSLFAFSHTERSAILGHVLD
                     FYRLHLPGFPELKSLEVLRALFE"
     CDS             complement(36881..37429)
                     /gene="ispF"
                     /locus_tag="SEQF2637_02525"
                     /EC_number="4.6.1.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P57708"
                     /codon_start=1
                     /transl_table=11
                     /product="2-C-methyl-D-erythritol 2,4-cyclodiphosphate
                     synthase"
                     /translation="MFILYPLPSTLYPLPSTLYPLPSIIMRIGFGYDVHTFAPDRELW
                     IGGVHIDHPLGLLGHSDADVLIHAICDALLGAAGLRDIGYHFPDTAGEYAGIDSKILL
                     SRTMRLLRDAGYELGNIDATVVAEQPKLNPHIPDMQRTMADVMGVPTADISIKATTSE
                     RMGFVGRREGIAAYAVALIVPR"
     CDS             complement(37454..38623)
                     /locus_tag="SEQF2637_02526"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMNLRRIVGLLPALLLPAALLHAQDKYKQFSPINTAIPSLSIAP
                     DARGGGMGDIGAATLPDIHSQYWNASKYAFMESKAGVGISYTPWLRKLVKDVYMAYAS
                     GYYKPNDRSAVGASLRYFSLGEVPITNQVGQQLTNLNPYEMAFDLSYGMKLSENYSMA
                     VALRYIRSDMNASINQDLQPANAVSVDVSGYLEKYVYLGQSESLWSFGYNVSNLGTKV
                     SFDGGNRQQFLPANLKIGTGLLYPIDDYNQIGVYLDLNKYLVPTEPIKREGESDADFA
                     KRSDDYKTMNSLSAALRSFSDANDGFSEELKEVNVSLGAEYSYNNQFFVRGGYYYENQ
                     LKGNRQYFSMGAGFKMNVFRLDAAYLISTVQSNPLDQTLRFSLSFDMDGLRSLFN"
     CDS             complement(39310..40161)
                     /locus_tag="SEQF2637_02527"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRDPRLPAMMRLWQDTFGDSDAFVRLFFTRVYRPQNALTLSRD
                     GHLAAMLHIVPYRLRVGRRTLPAAYICGVSTRPEARGQGLMTALMRRALRTMRRRGFA
                     LTTLIPAEPWLFDVYARLGYVHPIPARDERISTDGLPLTPTPIRVAPCTDARFYAAFD
                     RLQHRRPCAILHTARDFDTIRLDCESDGGRVLVALADGRPAGFLFEAPEAGGVVRVKE
                     LLADSADAETALLRAAATRHGATQLRIRRPPQPGCPSQPYGLAARLDDRLSAADIDRL
                     HMALMLD"
     CDS             complement(40158..41066)
                     /locus_tag="SEQF2637_02528"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFQPISLTDRDAISAFTLNAPYSNCDFAFANMCSWRFLYDTEY
                     AIEDGFLFIRFYIEENAGRRLAYMIPIGHGDLGAAIRKLDENNHVNGFGHPLLVLGIT
                     PEARPELEAACPDEFAYMADRDYFDYIYLREELLTLRGKKLQSKRNHANRFRKEYTYT
                     YLPLTPETAPCCMELERTWMRANATDDNADDLTNERRSMDFALRNFEALGLTGGALVI
                     DDHIAAFTYGSPINGITFGVHVEKADTSYEGIFSVINQEFVAHIPETYTYINREEDLG
                     LPGLRKAKLSYNPAVLLEKFGAVKRR"
     CDS             complement(41154..42344)
                     /gene="kbl"
                     /locus_tag="SEQF2637_02529"
                     /EC_number="2.3.1.29"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AB77"
                     /codon_start=1
                     /transl_table=11
                     /product="2-amino-3-ketobutyrate coenzyme A ligase"
                     /translation="MYGKIQAFLQQELADIESAGLFKKERIIRTPQRADIRVGDGEDV
                     LNFCANNYLGLSDNPRLIEAATRAMQQRGFGMSSVRFICGTQDMHKDLEAAIARFFRT
                     DDTILYGSCFDANGGLFEPLLGEQDAIISDALNHASIIDGVRLCKAKRFRYANADMAD
                     LERCLKEAAGCRFRVIATDGVFSMDGNVAPMDKICDLAERYDALVMVDESHSAGVVGP
                     TGRGVAEQFNLYGRIDIFTGTLGKAFGGAMGGFTTGRKEIIDMLRQRSRPYLFSNSVA
                     PSIVGASIEMFKMLDESDTLHTKLARNVTYFRDRMIEAGFDIKPTQSAICAVMLYDAK
                     LSQDFAREMQHEGIYVTGFYYPVVPKDQARIRVQLSAGHEREHLDKAIAAFIKVGRTL
                     GVIK"
     CDS             42673..43620
                     /locus_tag="SEQF2637_02530"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A788"
                     /codon_start=1
                     /transl_table=11
                     /product="putative epimerase/dehydratase"
                     /translation="MKNILVIGSTGQIGSELTLELRKHYGENVVAGYIPGAEPKGELA
                     ETGPAAIVDITNGQQIADTVAKYRVDTVYNLAALLSAVAESKHRLAWHIGIDGLMNVL
                     EVARERGCAVFTPSSIGAFGDGAPKDMTPQDTICRPHTMYGVTKVTGELLSDYYYTRF
                     GVDTRGVRFPGLISYVTPPGGGTTDYAVDIFYAAARGETFRCPIQGGTFMDMMYMPDA
                     LRAAIQLMEADPSRLRHRNAFNIASMSFDPEIIYRQIHKYRPDFVMEYAVDPLRQSIA
                     DSWPNHMDDHCAREEWDWAPRYDLDAMTRDMLEKLSARF"
     CDS             complement(43845..44573)
                     /locus_tag="SEQF2637_02531"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMSRLHSAARWLQGVSDRRRAMALFLFLAWAAVHATDGRAQRPT
                     FSEEWAAGVTGGINYSTVFFAPKVHQSPMQGFNGGVALRWITERNLGLQLEAGFRQLG
                     WRERFDEQPQYRYIRRMNYLELPFLTHIYFGSERVRCFFNLGPQIGLLTGESTDENLN
                     GATPNKTNDQHTMAIERRFAWGLCGGPGVELRTSVGYFQLEGRYYYSLGDFYSTRHGD
                     AFSKASPQVFTLRLAYFMPFTLRH"
     CDS             complement(44570..46351)
                     /locus_tag="SEQF2637_02532"
                     /EC_number="3.2.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37710"
                     /codon_start=1
                     /transl_table=11
                     /product="Autolysin"
                     /translation="MNRLNFYLLSLLLCLPPSFLAAQGSRKQASAGNERDDSVIYHTV
                     ERGQTIYSIAALYKVSENDIYRLNPSSRNNIREGETLKIPRNGTSNASGRTADGASVQ
                     HTIRSGETLFSLSRNYGVTPDEITAANPGLDAGTFYVGKTIRIPAPSAAPATASTGET
                     YTIKKNETIYGLCRRFETDNETLLRVNPQLKSGLRAGMVIKVPPKKAGAAPSTPTTPV
                     SGPTNEFDIEAMRAYRNEVNRIDVARVALLLPFLTSDKKNVPRFVEYYEGFLMAIDSL
                     RRTGTSIDLSVYDLGDGTQKTEEVLRTDEVNAADLIIGGVTDEQIELIADYASRKGVK
                     YVIPLSSKLEKLTSGNSFIFQVNAPKAYIAPIAAVRAASLLANYNAVFVSIGDKDEET
                     DFVRALKAEMTKKGIPNREVGYNSRTFMNDLTGLLSTSKPNVIIPTSSSEGALAKLRP
                     TLRALLQGKSNYRLTLFGYPEWQTYTNYTRDFSAFNTYIYAPFFAISRSASVRRFTSR
                     YKSFYQKSMHQTYPRYAMLGFDTGMYFIGALQKHGANFEENIRQMKYTSLQMGLYYNE
                     RMSNWGGFMNQNIYIVHYNKDNTVTRE"
     CDS             complement(47183..47848)
                     /gene="ddpX"
                     /locus_tag="SEQF2637_02533"
                     /EC_number="3.4.13.22"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77790"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanyl-D-alanine dipeptidase"
                     /translation="MKRPLLALLVALVLAATARAEDWDARLRAAGYVDLQLLIPSLRV
                     ELKYATADNFMGRPVYDGLTSAFLHPDAARKLRRAHELLRLERPDLTLLVYDAARPIA
                     VQRIMWSLVRGTPNTYYVASPARGGLHNFGLAVDLTLCDTLGHALPMGTPFDHFGPTA
                     NIDREPSLVRTGRITQQELQNRLLLRRVMRAAGFTTVTSEWWHFNACPAARARASYPL
                     IGK"
     CDS             complement(47845..48711)
                     /gene="racE"
                     /locus_tag="SEQF2637_02534"
                     /EC_number="5.1.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94556"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate racemase 1"
                     /translation="MNDKPTPIGIFDSGFGGLTIFDKIREALPDYDYIYLGDNARTPY
                     GTRSYDAVYRFTREAVMHLFAEGCPLIILACNTASAKALRTIQQRDLPAGHDPSRRVL
                     GVIRPTAEIVGRLTHTGHVGLLGTTGTVASRSYPMEIAKLYPDVTVVGEACPMWVPLV
                     ENGEADSPGADYFVQKHIERLFNRDPQIDTVILGCTHYPLLTDKIRRYLPEGVTLFSQ
                     GDRVADRLKDYLTRHPEIERRLSRHAEVRFQTTDSPERFADMASLFLRKDVGRAERVA
                     LTSDTVTQRRIR"
     CDS             complement(48916..49413)
                     /locus_tag="SEQF2637_02535"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLVVLIFMLLPLGGVFAQDKIAIVNTADIFNAMPEVAAVEKK
                     MAALNEQYEKEFKTMQDEYTKKYSEYMSKQDSLTENIKLRRQQEIQDLETRIQNFVPV
                     AREEMQKKQQELYEPIQKKMQAAIKAVGDEKGYTYIINPQVLLYTGSSAIDATPLVKA
                     KLGLK"
     CDS             complement(49570..50067)
                     /gene="skp"
                     /locus_tag="SEQF2637_02536"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31519"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein Skp"
                     /translation="MIGMVLLFSVASMAQKFALVDMEYILKNIPAYEMTNEQLSQLSK
                     KWQNEVEAIQQEAQNMYKKYQSDLVFLSAEMKTKREEEIVKKEQAAQDLKRKYFGAEG
                     ELYKKRESLMKPIQDEIYNAVKEIANDKGYQMVIDRASAGSMIFASPRIDISNEVLTK
                     LGYAK"
     CDS             complement(50172..52901)
                     /gene="bamA_2"
                     /locus_tag="SEQF2637_02537"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9K1H0"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamA"
                     /translation="MQKRLRLMAAALMAALTVGSAWAQVDTTAVHAGTVLSDLTPTNA
                     VPTDTVPAGEVPTVSYTLTPKRYTIAGIQVTGTKNYDDFILIGFSGLSVGDEVSIPGD
                     EISDAVRRFWKHGLFSDVKILATRIQGDKVWLEIRLKQRPRISEIHYNGVKKSEREDL
                     EAKLGLRKGHQITPNVMDRAKTLVKKYFDGKGFKNVEVDIVQREDAGKDGEVIVDVNI
                     SKNQKTRIREIHLNGNHALSDVTLKKAMKKTNEKFDLKKRFRTSWLELFSTKKFTSEE
                     YENDKKNLIDKYNEYGYRDAVVTSDSIVPVDDKYVDIYLNLNEGDRYYLKDIRFVGNT
                     KYPTEQLSMLLNMKAGDVYNQKKLQERLQSDDDAVSNIYYNNGYLFFYADPVEVEVEN
                     DSISLEIRIQEGPQATINKVIINGNDRLYENNIRRELRTKPGQLFSRDDLIRSAREIA
                     QTGHFDPEKMNPEPIPNPDNGTVDIRYNLVSKASDQIELSAGWGPGGLLGRVGLKFNN
                     FSMRNLFHPGTYRGIIPQGDGQTFTINGQTSGKYYQSYSLSFLDPWFGGKRPNTLSVG
                     LYYSKYTGYNPRYFNQEYSRYMANSFYNNGIYGRNSYGSNGYNPYEQAYDPTKYIEMV
                     GGSIGFGKRLNWPDDYFYTMFTLGYQLYHMHDYRYFDVANGVCHKISLDLSLQRNSID
                     NPIYTRYGSQFLASVSFTPPYSLIDGKDYSKINDPAERHKLIEYHKWKFQGKMFFPLT
                     PLPQNNGPKRTPVLMTRVEYGFLGYYNRHKISPFESYQMGGDGMSGYSGNGYPTELVA
                     LRGYENNSIAGNSVVPYAYAYSRLSMELRYPLILEPTSTIYGLAFVEGGNAWGSVRDF
                     NPFDLKRSAGVGARIFLPMIGMIGIDWAYGFDRPYPGAQRGGSQIHFYLGQEF"
     CDS             complement(52999..53739)
                     /gene="uppS"
                     /locus_tag="SEQF2637_02538"
                     /EC_number="2.5.1.31"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P60473"
                     /codon_start=1
                     /transl_table=11
                     /product="Ditrans,polycis-undecaprenyl-diphosphate
                     synthase ((2E,6E)-farnesyl-diphosphate specific)"
                     /translation="MSLKEQIDRNRLPQHVAIIMDGNGRWAQARGEDRSAGHREGVVS
                     VRKVVEAAVAIGLRYLTIYTFSTENWNRPAAEVHALMALMVAAIQRETPDLMRNNVRL
                     EAIGDLDRLPAEVRATLEECLRETSGNTGTTLVLALSYSARWEILRATRELAEAVRDG
                     RLRPEEVTEELFSDHLTTRHLPDPDLMIRTGGEQRISNFLLWQLSYAELYFTDTYWPD
                     FREEELYTAILDYQHRERRFGKTGEQLK"
     CDS             complement(53763..54485)
                     /locus_tag="SEQF2637_02539"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSAAFFRHLAAGLVFAVVSVSAFAQEYKYEIGGMGGGAFYMGDV
                     NKSTPLKGMNPSLGLVFRYNANFRIAFKGGLTWARVTGSTAGLKNAFPGGMQTAFSRN
                     VVDLGGQFEFNFFPYSDKFAYLNTQRLAPYLLVGLGGTVATGQGRTFGGLNLPIGVGI
                     KYKLRNRVNIGAELTVHKVLGDGLDNAQLDNPYNIIPGSVMKNGDWYTLTTLFLTWDF
                     GPRNRKCNSTKGIEALMGLSKH"
     CDS             complement(54554..55942)
                     /locus_tag="SEQF2637_02540"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNNGLRSVLVSCLAALVLSSCLKDEAQRTTPRWRQKNCQIASF
                     LLKNVTKDKDSIAGLSRVTFTIDQLRGEIYNTDSLPYGTRVTHKLACQIVYDEAVGPS
                     SVEFEPEATGKRISGREDDSIDFSRPVRIYVTSLDRTEAKTYTVRLNVHQQDPDSMAW
                     QHTAPLLRQSNLVEARVLAHTGAYLLLARTTDGLSAYRSSDAQTWTALTPSGLPAGKT
                     FEAAYATLLRHTYYIHATDGALYRSADGATWTSVAGAPTIVRLLGAVDTVTYGSQPVA
                     LAAIVRSKDNTLHFASMDASGTWTTGDAVPTTFPTEGFGSTSYEAAHRRHLLIAGGRR
                     RDGILTDQAWETTDGRTWICLNQYTASGLPALEGAAVANYSGAIVLVGGLNASGTAQR
                     TLYLSYDRGATWIAAAHKLQLPTEFVARGYASAAVTSDGYLLLVGGRTSRTGAMMDEL
                     WRGRINRLGYGR"
     CDS             56542..56877
                     /locus_tag="SEQF2637_02541"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFYPIILKASDIHLHLRLRGGEELRMGTLGQPATREQSERPSL
                     LPLTRRRTPKCPSNCRLTPLTDRLHFVFSVLPCGMFPRKGGVCFRAPTRSSLLYLAKL
                     RLPPQRPLP"
     CDS             56941..58047
                     /locus_tag="SEQF2637_02542"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEGFTDNRPNKNPRMKHLFIGALALLVALHGGAAYGQKAKQKQK
                     SAAVNVLANDTRVFKVDPAIDVQGVRFKNRFGIELAGHLYMPKGYEASKRYPAVAVCG
                     PFGAVKEQASGLYAQELASRGFVALAFDPSFTGESGGEVRSVAAPDINTEDFGAAVDY
                     LMRLRNVDVSKIGLVGIGGWGGMAVNEASVDTRVKATVICSFYDMKRLFADVYYDSKS
                     DDARYEELRRLSNQRTRDAQTDTHEVTGDNLDRIAANAPRYLRDFQAYYKSARGFHKR
                     SVNSTGGWTKTTPISFIGSPLCSRVGEIRGAVLIVQGEKSHTRSMAEDIFKRLNGSNK
                     ELYIVPGAYHIDLYDDMKRIPFDIIDRFLKEYLK"
     CDS             58127..60799
                     /locus_tag="SEQF2637_02543"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIAGLLLLLFAAFGCTKSEHFITDASYRARVEADFKTKREAFAD
                     SSLFAIFQTEMTTPEREAMEFLYAYMPIGDVADYDGAFYLRNVRAAFTARREMPWGQQ
                     IPEDIFRHFVLPIRVNNENLDESRTVFFEELKDRVRGLSLREAVLEVNHWCHEKVIYT
                     PSDARTSSPLASVCTAYGRCGEESTFTVAALRAVGIPARQVYTPRWAHTDDNHAWVEA
                     WVDGRWYFFGACEPEPTLNLAWFNAPAYRGMLMHTKVFGYYDGPEDVMERTACYTEIN
                     VIDNYAPTGRTTITVKGTDGKPVADALVEFQLYNYAEFFTVARKQTDADGKASLTAGK
                     GDMLVWVSKDGRYGFHKVTFGKDDAVTISLDHTPGDTATVEMDIVPPVEGAIPPEREV
                     TDAEKAENTRRMLAEDSIRNAYVATFYTDTLSAALAKVLGMSNADELRKIMPKTRGNH
                     QEVEHFLREADQANRLPDALRLLNSISEKDLRDTPADVLLDHLNNTPQIPEGLIDRPD
                     ATLFAEYVVNPRVWNEYLTPYKQFFAERIDTSLATAARRNPQALVEWVKTHIALRNDL
                     NPQYISIMPTGVWRARMADAYSRNIFFVAVARSLGIPARIELMTGKVQYYNHGWQDVN
                     FEADHQTNAPQGMLTASYSPTPSLDNPKYYSHFTIARLRDDAQMRTLDFESQGGVGDT
                     WQDLLRAPSSLRLDCGNYVLVTGTRMASGKVLARLTFFSIHEGQTTNVPLVMRADTTD
                     ISVIGSIDPEAKFDNETGSKVSILSTTGRGYFIIGILAARQEPTNHALRDIARLKADF
                     EGWNRGIVLLFKDKASLGGFDRKEFGPLPSTITWGTDADGSVTRMITEAMKLRNTNDL
                     PIFIIADTFGRVVFVSQGYTIGLGEQMMQVVRKL"
     CDS             complement(61120..63705)
                     /locus_tag="SEQF2637_02544"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLAVAGSSAQQQLKGHTRAKTNGAPIPDVYVMLMSADGRRILSY
                     DYSRDDGAFTLDLPSDGAPEYVVSTSRLGFEALRQSVRRDAGTVELRLQETSVKLREV
                     KVEAAPMRRRGDTLTYFMSNFSRPQDKTLAEVLERMPGIEVRSDGLVKYDGRPINRFY
                     IEDLNLLGNRYSLATKNLSPADIASVQVYENHEPIKMMRGRTDPDEAALNIRLKSGSR
                     AKWLLTGDFGLGGFPMLYDATVTPARFARRNQTLIVAKANNTGRDIAMELRIHSMGAT
                     VFNPATLEGIPDQLSPLTMTSAFFVRDRARFNRSAIASVNQLWRLADDVDLRLNLNYG
                     YERESRSRSVETEYRLGNGQTYTVGDYTSQIVRRHKLEGEWTLTANRTRYFLENKLSA
                     EIHWKDARADVAAGGRQMQQQMNLPRTLIKNHLKLSRLIGRVAFGFGNETEFIRMPQW
                     LTVSSQDSIPLFRQLFVRQSIRYEAGSNDSYLTLNFHSGAHTLDLKTGFAWKGQAVRS
                     ALQPQPEGVEGPYTNDLRWRLWQLYAVPAYRFVYGAWSLTSSAMLEQRQTTYAGHTDR
                     DLQIHPAIRFSYEPSAVFKSSASWQRTIRRGDLDNRLTGYVMKRYNLLTRGTDREERN
                     VSDMLSLDLSVKDLSHFFNLSYMAYFSRHQGNLISAYLIRDFYTFSWLRPFDQRSTYW
                     SHTLSATRLLTRLSLTAGLQIAYARNASTLEQQGATIDYTDHSFTLSPSLKWNARRNL
                     NFDYVASLSYTGVSIDRSAVDRYIPFLDHRLYTYWGLTPRLSLTTTLQHYYTQAPDIS
                     ATNLFFADLGLRFSFPHMTVSLDWTNLLNHRTYVVTGYNAINTYTRTDRLRPSEFLIS
                     FRFKR"
     CDS             complement(63853..64704)
                     /locus_tag="SEQF2637_02545"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRIPIFFFAWIFAIVALYAQETIDTARFWAVYKFSYRTAPEQS
                     EFEGVDWIYLDIGHKVTKFYSRYGEIRDSIKNDALKNGLSAWEVLELIKGYPRSSNTP
                     VYYQFYDEKKTRTAIEYMDGYIGEEQMAMPDWTFHEDTTTISGYLCKRATTHYRGRDW
                     EVYYTPEIPLNRGPWKLWGLPGLITRATDADHYFLFEMEAFKRLINPVPIIYIHREIG
                     AKGGYTGAEYKKISRKTYLEYERLYHEDAIAFGDFETGSPSTFFDESGNPTSAPVMKR
                     EYIPIEK"
     CDS             complement(64901..65743)
                     /locus_tag="SEQF2637_02546"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRRIPIFFFAWIFAIVATHAQETIDTARFWAVYKFSYKTAPEQP
                     EFDWIDWMYLDIGDKATKYFNRYAEIKDSVKNEGLKKGLSGWELFEMTKEYPVRGAAP
                     IYYQLYNEKKTRVATEYVAHGYVYEEPLAMPNWTLQEDTMTILGYLCHRATTHYLGRD
                     WEVYYTTEIPLNRGPWKLWGLPGLITQATDADHYFLIEMDQFKHLTEPIPMTYIHRTL
                     GHKGGYTGDEYKKITKATYLKYEASYHEDVNAFMNFEIGSEIRDTEGNPLPVNKLPYI
                     PLEK"
     CDS             complement(65939..66778)
                     /locus_tag="SEQF2637_02547"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVLIFLFAWTLVVFALQAQTEIDKVRFWAVYKFSYKTSPEQP
                     TFDWVDWMYLDIGNKATMFYNRYAELKDSMTNECLKQNMPPEAIHERTKNYPVRGDAP
                     VYCQLYSEKTTRVAIRYAKGYYYEEPMVMPQWILDNKSLTLYGYTCRRATTHYLGRTW
                     EAYYTTDIPLSYGPWKLWGLPGLIVRATDADHYFLFELDYFKRLSKPEPIIYIHRGFG
                     NKGGYTGSEYKKVSKKTFVEYERLFHKDVMAFLDFEMGDIIRSTSGDPAPATEIPYIP
                     LEK"
     CDS             complement(67465..68502)
                     /locus_tag="SEQF2637_02548"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDELVEIQKMRLTRLDNALHVLYHSDAYDIVHAVDITKLGLTLA
                     LLNEWNGNLLTEKDLNLEAQANHNTKLLNEKNEERNKLITFIFNVVRTYQRSPDADEA
                     KAATQLDIITRRYRGIQYGSKSHETVHIDGLLIDLKKAEMTPLLATLRLTSAVSLLET
                     ANAEFNKFRKARTASRAKKDLPKIVEVRPKTDAVYERVIFMLQAAYLSGSATVDKELI
                     RTVAKQLNQRMDEINETFSQILARRKSDKSKDPKTPKEPKKPRKPKDKDDPDIRLPET
                     EEPKKPGDNGKDKKPEGGGTPKPGGGGKKPEGGGSGAEGGGKNPKEGGSGSEGGGGAS
                     GGGPEIHLPEN"
     CDS             complement(70013..71455)
                     /gene="susD_3"
                     /locus_tag="SEQF2637_02549"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G2"
                     /codon_start=1
                     /transl_table=11
                     /product="Starch-binding protein SusD"
                     /translation="MNYLKYLTLILAASLITSCGNDWLDVEPSTSIQTESGVKSLKEV
                     EFSLNGIYSTMQSADAYSGRLVYYADVTGDDMQAVSSTKRTANYYRFNFTKDNGPSSH
                     WAYLYNIIQNCNVVLASLDRITANDAEKAYRNDLRGQALAIRGMALFDLTRIFGYPYT
                     KDGGASMGVPIIETVSGTENKPARNSVAECYTHIIADLKSASELLGEKFNKGKFNKWA
                     ALTLLSRVYLYKGENEEALKAAKSAISGAEKNGYALWSNKAYPTAWGADASSADQGEV
                     LFEIVNLTTDSPGKESMGYLNSKDGYDDMCITASFYRLLKENPRDVRLKLLSFDGKQY
                     AYVNKYQPQPGENIADANIPLLRLSEAYLNAAEAAVKTGDNATAVTYLDAIVHRADPD
                     STVKGKTLTLANVLHERRKELVAEGHRMYDVMRNGLSIKREDVEESAISRTRHDTPYM
                     DYDRTFYMIVLPIPKGEIDANPNIKQNPGY"
     CDS             complement(71477..73363)
                     /gene="susC_16"
                     /locus_tag="SEQF2637_02550"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MLLATVNQEVNSEGTSYVSPFYTSRNAVVPSDPVYNKDGSWNRN
                     MIRIGDRNPAQSAAYDYQREYVTRTFNTLFAEYEFIRDLKFRSTFSYDYVNTKGKDWS
                     DPRTAEGQDKNGIMDKRYSELSKMTWANQLSYRTTLSDDHHLDALIGYEVDDQYSDYL
                     LGIASNFATPQKNEISNGMKTEAVGGSNTRSRMVSYISRLNYDYRNRYYLGGSFRTDG
                     SSRFHRNSRWGSFWSLSGAWRAIEESFMEPTKGWLSDLKLRASYGVNGTLPSDLYGYM
                     GLSDLTNGYLEQPGIIRSRLPNIDLQWETNHNLNLGLDLGLWNRINVTLEYYVRTTKN
                     LLMDRPISMTTGFSSYLMNIGEVKNQGVELEIGSTNVQTKDLTWTTNFNISHNRNEIV
                     KLDGLQTEIIGGYQIHQVGKPYRTFYMIEFAGINPETGAPQFYTNERDANGNYKKDIT
                     EDVSKANAAVLDKYADPAVIGGLSNSIRYKWFDLSCMFSYQFGGYAYDVWAQKTEHGG
                     NDMRANVPTYYRNSWRKPGDATSYELFYENPAVAMNKISTSRRLHSTDFIRLKTLTLG
                     FTLPKSWVKAAHLENVRLYASANNLWTWAAYDYYDPEATESGSATWGTPPLKTVIFGV
                     NMNF"
ORIGIN      
        1 gccatgattg ttctctgttt tattgatgaa tacaatgcgg tttacctgcc gcaaagatgt
       61 tccatctgat ttatccgccc ttcaacgcat tccggagcgc tgtatatcct ccacataccc
      121 cctccaaaac ccgcattcca tgcggataac caccaatata ccacacatat ggtattgtcg
      181 ggcctatggg acgcccatac ctttgcgctc aaattaaaca ccgaaagaaa atggcaagag
      241 tttatcagaa cctgaccgcc ctcgtaggcg gcaccccgct cctggaagtg agcaacatcg
      301 aaaagtcaga aggcctcaag gcacgcgtga tcgttaagct ggagtatttc aaccccggcg
      361 gtagcgtcaa ggatcgtatc gcactggcca tgatcgaggc cgcagagcga agcggcgagc
      421 tgaagcccgg ctccattatc atcgaggcta ccagtggcaa cacgggtatc ggactggcct
      481 gggtggcctc cgtaaagggt tacaagctga tcctgaccat gcccgagacg atgagcgtgg
      541 agcgtcagaa tctgctcaag gctctcggcg ctacattggt gctgacgccc ggtagcgagg
      601 gtatgaaggg tgcgctccgt cgtgctggcg aattgaaaga ggagcatccg ggatcgatca
      661 tcctgcagca gtttgagaat gaggccaacc ccgaagtgca tacccgcacg acggctgaag
      721 agatctggaa cgatacggat ggaaaggtcg acatcttcgt ggcgggcgta ggcacgggcg
      781 gcaccgtgag cggtgtggcc gagggattga agaaacataa cccgaaggtg aaggccgtag
      841 ctgtggagcc ggtgggatcg ccggtgctgt cgggtggaca gccggggccg cacaagattc
      901 agggtatcgg tgctggcttt gtgccgaaga actatcacgc tgacgcgatc gatgaagtgc
      961 tgcaagtgca ggacaacgag gccatcggcg cttcccgact gctggctgcc cgtgaaggtc
     1021 tgctggtcgg catctcgtct ggcgccgcgc tgcacgccgc gctggagctg gctcgcaagc
     1081 ccgaaaacga gggtaagacg atcgtggccc tactgcctga cacaggcgaa cgctacctct
     1141 cgaccgtgct ctatgccttc gaagagtatc cgctgtaatt aaagcacact gaaagggggc
     1201 gcgctgtgtc tccccccttc agtcgtctca cctttctccc cctatgatca ctttcctcct
     1261 ggccgataat caagacatca cgcgggctgg actgcgtgcc tacatcgccg acaccttcgg
     1321 cgaggcgggc tgccgcacgc tcgaggtggc caataagaag gcgctgatcg aggccctgac
     1381 gacgcaccga gacagcacgg tggcgatcct tgactatgcg ctcttcgacc tagccagcgt
     1441 ggaggagctc ttaaacttgg ggcgacgctt tccggaggtc gcgtggctgc tctgctccaa
     1501 cgagctgagc gacgccctca tccgccgcct cagcgccgag caccacgtgg gaatgatcct
     1561 caaggattgt acggccgacg agatccgcgc ggcgctccga catacggtgc agggcgaccg
     1621 tttcctctgt catcgcattg ccgacttcct gctcactgtg caccgtcagc cggatacgca
     1681 cgaggcgctc acggccaccg agacggagat cctccgactc atcgcccgcg gactgtcggt
     1741 caaggagatc gcctccgaac gcatttccag cacacacacc atcatcactc acaagaagaa
     1801 catcttccgt aagctgggcg tcaacaacgt ttacgaggcc acgaagtatg ccctgcgtgc
     1861 cggcctggtg gagatggtgg aatactatat atgagaagct gttttgaatt tattgagtga
     1921 ttgttaggag ctgtttgggc ggagcttctc catttctatt tcgggtctat tcaggcctat
     1981 ttccgccctt ttgtcccatc tttttcgtca catagctcgc tatgctcctt aaaagatgaa
     2041 acaaaatccc cggaaatatc ctctgaatat cctccgaaat aaattccaaa cagcttctga
     2101 gacaaaacat tctgccttga cagtgtgttg ctcatgccgc tcgcgctgta tatgtgacgc
     2161 tttgtagttg aaaatagttc gcacctgagc agagggggag ctggagtgat acgactccgg
     2221 tttcccctct ctcttttttt gctggagggc tgtctcctgc cgattgatcc aatcaatgag
     2281 ccgaaactgt tttgattctt gcgtttgact cagtcaatgg gccgaaacgg gtttgatgct
     2341 cgcgggccgc atatgacaaa aggcagccac gaacggatgc gtcgtgactg ccttttttta
     2401 tgcgctgtgg cctatcccag accctctcag agtcttacca cctcactgct tccatccgca
     2461 gagtcgggca tgatgaagtc ggtgaagcag agcgcggcta gggcggtgcc ataacggcgc
     2521 tcgatggtca taccctcggt gacgaagttc agatcgccga ggtagaaccg gctgtaggtg
     2581 cgctgatgca ggtcattgat cacacgaatg agacgcgcct ccagctcctc gatgcggtag
     2641 cggccgctga cctcgcagac taggccgccg gccttctcgt cgaagttttc gtccttatac
     2701 atccacgcat agacgaggcc ggccgagatg aactcgtcct gatagccgtg cgaaacggcc
     2761 atgatcgtct tcagctccga gccgaagggc ggcaggtcga cctcgtccat catcaccggg
     2821 tgcgccgtgg cgggaatcac ggacgaataa gtcatgatgt tgaaatcagc aatgccggcg
     2881 tcgaagagcg ccatgtgata cgacccggcg tgcttctcca agtcggagtc gccactgccc
     2941 tttgcaatga aaaacgtgtt cgggatcagg ttccccactt tctttaccat cttctttgtc
     3001 ttgatctttt gaattaaaat gaaatcggtt ttgttctctc gttcctccga gtcggggggg
     3061 cgcataggtg cacacccctt tcggtaaaca ggccgcaaaa atacgggggg atcgaaaatg
     3121 taaaagcgaa ccgagaaaaa cgagccggtg agacgcccgg gtcgctctat ttttgccgcc
     3181 cgtaacccat taccccaccc gatacgaaat gaagattctc atcatcgaag acgacccctc
     3241 gctgcgcgaa ctgatcgccc aatcgctcac cgaccgcgag cgcgccgtgg tcgaaacggc
     3301 cgacaacctt cgctcggcgc tctacaagat cgaggactac gactacgatt gcgtcctact
     3361 cgacatcatg ctgcccgatg gcagcggctt cacccttctg gagcgcctca aggcgatgaa
     3421 gaagcgcgag agcgtgatca tcatctctgc gcgcgacacg acggacgaca aggtggccgg
     3481 gctggagctt ggcgccgacg actatctggc taaacccttc cacctagccg aactgcatgc
     3541 gcgcatccgc agtgtcgtcc gccgcagccg acaggccggc aaggtggaca tccggctggg
     3601 caacgttcga ctgctgccgg agacgttcca agttttcgtc gccgaccgcg agctcagtct
     3661 cggacgcaag gagtacggca tcctggccta cttcttccat cgtccgggcc atctgatcaa
     3721 taaggagacg ctggccgagg ccgtctgggg cgaccatgtc gaccaggccg acaacttcga
     3781 cttcgtctat gcccagatga agaacctccg ccgtaagctc accgacgccg gcgccacgat
     3841 ccagctcaaa tccgtctacg gcttcggcta caaactgatt gaagacacgg aggaatgaag
     3901 ctcatctacc gcatcctcct ccacctctcc atcgttctct cggccgtcct caccgggtgg
     3961 gccatctact tctacgccgg catcgtggag gaggtcaacg acgagaccga cgacgccctc
     4021 gacgactacg ccgagcgcat catccgtcgc tacctggccg gtgtccacct gccctccgaa
     4081 gacaatggca tgaacaacag tttctatgtc cacgccgtga cagaggacta cctccatcac
     4141 catcctgcca tcgagtacat cgatgaatcc gtcttcatcg ctgaaaaagg cgaaaccgaa
     4201 ccggcgcgca ccctccgtac cgtctttcgc gaccgtgcgg ggcgctactt cctgctttct
     4261 gtcagcacgc ccacgatcga taaagacgac ctcaagcagg ccatcctctg gcgcatcatc
     4321 acgctctacg ttgcactcct cgtcaccatc ctcaccgtca acgtctgggt ttacagtcgc
     4381 agcatgcgcc ccctgtaccg cctcctccgt tggcttgaca cctacaccgt cggccgaccg
     4441 cacacgccac tcacggccca ctcggccgtc accgagtttc gccgactcta cgacgccgtg
     4501 cgccgccaca ccgaccgcac cgagcaggct ttcgagcaac aaaagcagtt catcggcaac
     4561 gcctcgcacg agcttcagac gccgctggcc gtcagcctag gccgcctcga actcctggcc
     4621 gacagtacgc ccgcgctcac cgaagcccaa ctcgccgagg tgatcaaaac gcagcagacg
     4681 ctccgccgtg ccgtgcgcct gaaccgctcg ctgctcttcc tcaccaagat cgacaatcgg
     4741 cagttcctcg accagaccga cctctgcctc gacgccctcc tccgccgcga tctggaagat
     4801 ctgcaagagg tctacgcctc gcgccgcatt accgtcgacc tcaccgccgt cgatccgccc
     4861 ctccgtgcat ccatgcacga atctctggcc gacgccctcg tctccaacct gctcaagaac
     4921 gccttcgtcc acaaccaccc cgacggacgc atcctgattc gcatcgccac ccccaccctc
     4981 accatcgcca atacaggccc cgccgcctcg ctcgatccca cccacctctt cgaccgcttc
     5041 catcagggcc cccaccgcgt cgaaggctcc accggcctgg ggctctccat cgtccgtgcc
     5101 atctgccgcc tctacgccat cgacatccgc tacgccttca ctgccgaccg tctccacacc
     5161 ttcacgctca cattccccct cacctcccag aacaagacgc cgtaaagtcc gcagactgca
     5221 ccccggaaat gattgcagaa cttctgcaag gacacttttc cccattttgg cgtttgcaga
     5281 acttctgcaa gagcgctttt ccccattttg gcgtttgcag gactcctgca aggacacttt
     5341 tccccatttt ggcgtttgca ggacttctgc aaggacgctt ttccccattt tggcgtttgc
     5401 agaacttctg caaggacact tttccccatt ttgatgtttg cagaacttct gcaaggacac
     5461 ttttccccat tttgatgttt gcagaactcc tgcaaggaca cttttcccca ttttgatgtt
     5521 tgcagaactc ctgcaagggc gcttttcccc attttgacgc ttgcaggaat gctgcaaaca
     5581 caacaaatcc ccgacacggg cctttacgag gctgtgccgg ggattctttc tgaaggtggg
     5641 gcagatcctc tctctcagta atccgcccac accagagggc cctccataca gaggaacccc
     5701 atatacatca atgcttactt cacgatcacc ttatgcacgg aaccgtcctt aagggtgatc
     5761 acatatgcgc cgcggctcat cgggatcgac gtgtcgcctt cgggcaggtc taccttacgg
     5821 acgagctgtc cggctacgga gtagatgctg gcgatatcag cacgatcaac gcggatgtag
     5881 atcatctcgc cgtgcgacca tacggctgta ccggccaaaa gctcgttggc tacgtggtcc
     5941 ggaccgatag acagtgtaat gtcttgctgc acgttcggaa tgatgtactc atactcgcca
     6001 ttggcattct tcgtgcctgt cagcatttca ggcgctccct tcaccgtgcg gttggtgcgt
     6061 acggccagcg gtttagagcc tgagaaggtg gccttgaact tgaagctgcc acgactcttt
     6121 acatcccaaa tacctacgcc cggatctgtc ttcacacccg atacggatgg gatcgtcacc
     6181 gtgcggttga tgtctaccgg ctgagcgtca ccgacgcaga cgtagacaat accgtcggtc
     6241 gagaggcgaa tggcattcac ccctaccgac cgatagagag atgaaaccaa gcctctgcgg
     6301 aagtgcctcg caggtatatc cacagcgaga ggtgctggcc cccaaaaaag acgaggcacc
     6361 agccccccaa aaagacgagg gggctgcccc accctatgtg gagacagccc ccttcagtca
     6421 gaggagaaac ttagaagcta tacgttatgc cgtcgcagtg gctgccgttg caccggccgc
     6481 cttgagcgat ttgcgatgtt ggatctcgta agcgatcggc gtggccacga agagcgtgga
     6541 gtaggtgccg acgatgacac cgagaaggat ggcgaacgtg aagctctgga tcgtggatcc
     6601 accgaggagg aagatcacga agacgacgat gaaggtggag agtgacgtgc tgaacgtacg
     6661 cgagagtgtg gagttcaggg cgtcgttgat cacctcgtaa cggtcgcgct tgggatagag
     6721 cttgatcgtt tcgcggatac ggtcgaagac gaccacggtg tcgttgatcg agtaaccgat
     6781 gacggtcaga atggccgcaa tgaaggtttg gtcgacctcc atagagaaag gcatgatctt
     6841 ccacagcaac gtgtagaagg caatgatgca gagcgtggtg acggccacag agatgaacac
     6901 accgacggag aaggctacgt cgcggaagcg aacgaggatg tagagcgcca tgcagaccat
     6961 agcgaagagg acggccagga cggcgctgtt cttgatgtcg tccgccatac tggggccgac
     7021 cttctgcgag ctttggatgt tgtccgaggc aaactgctcc tgtgtggcgt tgccaaggaa
     7081 gggtttgagg ccggtgtaga gcttgccgat gatttcgtcg tcgatgccgg ccgagttgtc
     7141 cgtgatctta tagttggtcg agacgcgcac ctgattctgc gagccgatgg tgatgacgct
     7201 gacggatccg cctttgaatt gcggttcgag ggccgcacgc acctcgtcgg tgcgaacatc
     7261 cttatcgaaa cggatcacat agttgcgacc gccggtaaag tcgatgccgt tgttgaggcc
     7321 aatcgtagcc atcgaaacac aaccgagaag gatgatggcg agcgggatga tgtagcccac
     7381 cttacgctta ccgaggaagt tgatcttcgg atcgttgagg aagttcttcg agatcgatgt
     7441 ggtgaaggtc aggtgcttga tcttctcctt agccaagagg gcttcgtaga cgagacgtgt
     7501 gatgaagaca gaggtcagga aggatgagat caaaccgatg atcagcgtgg tggcaaaacc
     7561 gcggatggga ccggtaccaa agacaaagag tacgacacca gtgatgattg tcgtgaggtt
     7621 cgagtcgaag atggcagaga aggcattgga gtagccgtca gcaatggcac gggccaaggg
     7681 tttgccggcg cggagttcct ctttcgatcg ctcatagatg agcacgttgg cgtcgactgc
     7741 cataccgagc gttagcacca taccggcgat accgggcagg gtgagcacag cctggaagga
     7801 ggcgaggata cccatcgtaa agaagatgtt gatgacgagg gcgccgttag caatcatacc
     7861 cggcaacagg ccatacatag cgcacatgta gaccatgagg aggatgagtg cgagggcaaa
     7921 cgagatgata ccggcgttga tggcttcctg cccgagcgac ggcccgacga tgtcttcctg
     7981 cacaatgttg accgaggcag ccatcttacc cgacttgagc acgttggcta agtccttgcc
     8041 ttcatcttgg gtgaagttac ccgtgatctg cgactggcca ccggtgattt ctgactgtac
     8101 cgtgggggcg gagtagacca tgccgtcgag tacgatggcg atgctacgct tgatgttctc
     8161 cttggtcagg cgagcccatt cgcgggcacc ttcggcgttc atcgtcatgc tgacttggta
     8221 ctgtgggcgg ccgatctgct gctgggcgaa gtcggccacg gcattcgtga ctacgtcgcc
     8281 actcagggcg ggcgtaccgt cacggttggt gaccttcagg gcaaagagct gatagaactg
     8341 atcgttatcg tccatcgcct tcacgctcca gcggaagaga acattgttgg gcaacacagc
     8401 cttcacttca ggccggttga ggtattcagt gatcttgtcc atgtccgtct tcttggcgta
     8461 acctacgacg gggccgggaa cgaggtagcg accggttcgg tcgacgttca attgcaacag
     8521 ggcaaagagc gggtgctcct tggcgtattc ttcggcggtc atctgaccgg ctgcaggcga
     8581 ctgctggctt tcggcgttaa tctgcgccat gagcgaatcg gtctctgagg tggctgagtc
     8641 agccttagcc gtgaggtcgg atttggcggc ggtagccgtt gtatcggtcg tggcggtgga
     8701 cgaagacttt gtggacttca gcgcctctgc caaagcgtgg tcagcggcgg tgagttgctg
     8761 tccgatctcg gtcaggttgt atgtctccca gaactccaga ttggcgctac cctgcaagag
     8821 tttgcggaca cgtgccggct ccttcacacc cggcagctcg acgaggatac gaccagccgt
     8881 ctcgaggcgc tggatgttgg gcgacacgac gccgaagcgg tcgatacgtg tgcgcaatac
     8941 attaaatgaa ttgtcgatag cgctctgcag ctcctctttc agtacggcaa tgacttgcgc
     9001 gtcggagctt tggggagtga ttttatcttt caactcaaag gtgctgaaga gggctgcaag
     9061 atgagcgccc ggatccagct tcttgtattc ttcggcaaac aaatcgatgt aattcttctg
     9121 gctggttgcc tgacgggcat aagccgcatc gagcgccttg ttgaagttgg cgtcgggatt
     9181 attgtccgcc agcgaacgaa cgacatcggg cacgttaagc tccaatacga cgttcatacc
     9241 gcccttcagg tcaagcccca aggtcacctc catttcgcgg cattgcttca gcgtataggc
     9301 gccgaaccag accttcttgt tggccaatga gtctaaataa aaactctctt tagcagggtc
     9361 cccgttagca tactcggcgg cttccttgta gtattttctc gtcacaaacg agaaggagag
     9421 atagtacaag caaaccaaag cgagcagtat ggagaagacc ctcacgaatc ctttgttctg
     9481 catttgaaat tcctgattta ttgttattta taccttattc ttttttttca gggcgcaaat
     9541 atagcgcgtt ttttattcca actacatgga agagaacctt tgcaaaagcc ccatcaatac
     9601 agggaagtag ccccccaatg aggccttgcg aaagggggct attcggtcgt cggtgcgggg
     9661 atggcgtcca tgatggcgaa aagctcgcca accgtctcag cgcgcagcat agctacacgc
     9721 gtcggcttga agtccggtat gcctttgaag agcggtgtgg cgactagatg gcgacggata
     9781 tggaggatgc cacggcgctc gtcaagacgc tccacactct gcaaaacctg ctgcttaagt
     9841 acgtcgagat accacgcgaa cggctctggc tggagtggtt cacccgtctg cagatagtgc
     9901 ttcacctcgc ggaagatcca cggccgaccg atgcagccac gcccgatcat cacaccatcg
     9961 acgccgtagc ggtcaaaggc ctcgcgacaa cgctcggcgg aggttatgtc gccgttgccg
    10021 ataatgggaa tcgtcatgcg gggattggag cggacggcgc cgatgagcgt ccagtcggct
    10081 tcgccggtgt acatctgcgc gcgggtacgg ccgtggatcg tcagggcggc gataccacag
    10141 tcttgcaact gttcggccag ctcgacgatg atacgatgat cggcgtccca gccgagtcgc
    10201 gtcttgacag tcacggggat acggacagca cggacgacgg cgcgcgtgat ctcgagcatg
    10261 agcggcacgt tgcgcaacat gccggctccc gcacctttac ctgccacctt cttgacagga
    10321 catccgaaat tgatgtcgag cacgtcgggc cgagcggcct cgcaaatctg tgcggcctcg
    10381 accatggact ggacatcgcg gccgtagatc tgtatcgcca cggggcgttc ttcgtcgcgc
    10441 acccgcaact tttcttcggt gcggctgacg ccgcgaatga gcgcgtcgct cgacacaaat
    10501 tcggtgtaca ccatatccgc gccgaagcgt ttacacatca gtcggaaggc ggcgtctgtg
    10561 acgtcttcca tcggcgcctg catgacgggc cgatcaccta attcaattgt tccgattttc
    10621 atcttcctct ttgtacctat aatatatgta tgggggcctt ctcttgattc tgtccatagg
    10681 atgctcccag tcctctgccc tctaaaaaaa ggaaaggcga agattcacat cttcgccccc
    10741 tcagaagaat tttaaacact acaccagagc ggcgatatga tgggcaatgc gccgctctta
    10801 atctcaaaaa aacaatgtct cgtggagccc gccgcggttc gacgcccgcc tctcggagtc
    10861 gctgccttgc gtatattctc tctcctgcgt ggcgtaaggg ctcgctgtga ccaatttgat
    10921 cgaattcgac tgttttgatt gctgtttctt agtggaaaac gtcaaataaa tttcttttcg
    10981 acgccaaaag tacacccctt ttcattttat gcaagtccga gagacgtagc gcgccacttc
    11041 gtgccgatct gtctgcacgg tttcgaactc tgacgtcacg gcgcaactgc ccatgggtac
    11101 gcgctcgttg cggtaaatca tgccactctc gacgacgcgt cgagcggagg tgtgaaactc
    11161 gcgggctccg gtttcggact cgatgcgcgc gatgttgtcc gcccgcacac cacagccggg
    11221 catgacgacg atacgtccgt cggcctggct caccagctca cggaggaggg gaataccctg
    11281 cacggcggtg gcttcctggc cggaggtgag cacacgatcg acgccgtgac ggatcagtag
    11341 ctcgagtgcg gcgtgcggat cgcggcagac gtcgaaggcg cgatgaaagg tgaccgagag
    11401 cggtcgggcg gcggccataa gtcggtcgag gaggggctcg ttgatgtcgc cgtcgggcgt
    11461 taggcagccg atgacgacgc cttgcacgcc gagctggtgg gctacctgga tgtcgtggag
    11521 catggcacca acctcggtct cggtatagag aaagtcgccg gcccgtggac gaatgagtac
    11581 gtggatcgcg atccgctcag tggactgtcg agccatgacg atctcgccat agctgggcgt
    11641 tgtgccgcct tcggggatgc cggcgcagag ttccacacgt gcggctccgc cggcttcggc
    11701 ctccacgcag ctttgcgccg aattggcgca gacttcgatg attcgattca tatctctata
    11761 atcaggaata gagggacaaa tgaaaagcta aaaactatac tctaaaaata gtgcactttc
    11821 gacgggcaat gataacctaa atcccaacat caaaggctac ccgccaacct tcgctcgccc
    11881 tttccgacaa aaaagagctt cttcaataat cgctgacgcc ccttccctct aaaaaagaac
    11941 ttcttcaaca atccccgaca tctcaatacc taaaaagata ctattccaaa ctctcatcaa
    12001 taccccctac attcttaaaa aatactccac caacaaccat caactcccct accccccaaa
    12061 aagacctctt caccgataac catcaatacc cccaccccct aaaaaaatac cccaccgatg
    12121 ctcatcaaca actctatccc caaaaagcaa ctatcactga ccgcaaacaa tatcccttac
    12181 ttcaaaaagt aattaccctc aatgctccac aataccccta ctccttaaaa aaaacactct
    12241 cccaacaacc atcaacgccc ctacccctaa aaagcaacta tcaccgactg aaaataacat
    12301 ccctactcct taaaaaaaca ccccaccgat aaccatcaac tcccctaccc ccaaaaagcg
    12361 agtatcaccg accaaaaata atatccatat ccactaaaaa aatgcttcac cgacaaccac
    12421 caacgcccca ccccctaaaa agcaactatc accaaccaaa aacaataccc ctctctccta
    12481 aaaaaatact atcccgacag caatcaacac ctcaaccccc aacaaaaaaa cacccaacaa
    12541 caaacatcaa acaacggaag acgaccggat acctgagagc gatgctcggc aagtatctgg
    12601 tcgtttgcgg gtgagcgtga gcgactgacg gttagccctc ttccggcaga tggatatcgg
    12661 gattgctgct atcgccggca cctccggtgc cggcaccacc gccggcgcct ccgccgccgt
    12721 cgggtttctt tccggcaccg ctatcgccgc cgggcttctt cggctcttcc tcctcgggga
    12781 ggtggatgtc cggcttgccg tcgtccttcc ccggtttttg gggcttgggt tccttcggct
    12841 gtttcggctg cttgggttgc ttcggatcct tcggtttctt gtcggcgttc gtctgccggt
    12901 tcgccagagt ggacttctga tggttgatgt gcgacgttac gctctcgaca aagccgcgat
    12961 atgggacgtc gccattcact acgacgaggg cgttgaccgt ctctatgagc ttgaggtacg
    13021 cttcgtcgca ggctttgcgc ttctgcttaa tgacgcccgt caactccgat cgctcctctt
    13081 tggctcgctt cttaactgcc gccaagtagg cggtttgttt ctgctccaga tcgtcgacaa
    13141 agtcttttat accagtctgg gtgagcttgc tgacgtccat cgcgcggaaa tcctgaatca
    13201 ggtttcgcag cgtgccggac tcttggttct gtggctgatc gacgatactg ccgccaccgt
    13261 acttcttgaa tactgccacc gcttcggcac cgaccttggc cttctccttg tctggatgtc
    13321 ccgaaacgcc tcgcacgaaa gtgtagagct ttgtgcaaga atcgtcgcgc tgacgatcca
    13381 agttcgacac ctcggccgct gacggcacac tggatgcggc cttgagcgcc gtatcaaact
    13441 ctccgaaagc cttgccgtgg ttctcgacgt ccgtctttag tccagccgta tatccagaag
    13501 ccgattcgag cagcggcaac tggtctgtct cgttcttgac taactcttgg aacccaaaat
    13561 cctcctgcac tcggagtctc gcaatgttga tagttgatat tttcatgact aactcgctat
    13621 aaaaatggta tctgtttggg gtgcgaagat ccatcttttt tccgaccccc caaatttttc
    13681 ccatcaatgg cagtcatttt tttgattttg gtctatcgtc attcatcgat catacaaaaa
    13741 ttttacagga agaatgactg taagccatcg acagcaaaac ttttttcagg gaaggccatt
    13801 gtaagccgta gacagcgctt acttttcgag gaaagccaat tgtaagccgt cgacagtcct
    13861 tacttttcga agaaagcgaa ttgtaagccg tagatagcaa aaacttttcg agaaaagcga
    13921 attgtaagcc gtcgacatcc cttacttttc gagggaagcc aattgtaagc cgtcgacagc
    13981 atttactttt caaggagatc caattgtaag ccatcgacag cgcaaacttt ttgagggaaa
    14041 cgaattgcaa gccgtcaaca gcacttactt ttcaagggag gctcattgca cgttagcgat
    14101 gccgcttact ttttaacaaa agacagacca actcttatct acaccactta tttttcaagg
    14161 aaaatatgcc cgacattcgt ttttaacgta tccaaaaata aagatgattc atatatttgc
    14221 ggcaaaccta caaactgaac gagatgaaaa tcgttgttta cctccttctc ctcgcctctc
    14281 tcgccgtacg ggctgccgcg cgagagccgg tgctcgatcg ggcgcacatg aagtgcctct
    14341 accgttatgt ttacaccttc gacacgctga aaaacgagtt gcgcgacgac ttacttattc
    14401 tccaaattgg gaaagaggtg tcgaagtgtt acagttacta cacctttcaa tgtgactcgc
    14461 tacggcgcac gcccgatggg gaaaaagtct ggagcgagct attccgacga gcgacagaaa
    14521 aggatgggat ctatggagac ttcccacacg tccgaatgag cacctatgtc tataaaaatt
    14581 acccgacggg acagatgaca atcacagatc ggatttctta acagaactat tgctacgtgg
    14641 attcgctgca cacgcaaaca tggacgatgg gcgacagcac gcgcgaggtg ttaggatata
    14701 cgtgtcagca agcgacggcc gactttcgcg gtcgccgatg gacggtttgg ttcgcgacgg
    14761 acatccccat cagcgacggt ccgtggaaga tcggcggact gccggggttg atcctcgagg
    14821 cgtatgatga ggggaagcaa catgtgttta ctgccgtcgg cttagaacgg gtgaaggatg
    14881 aactgatcat ttttaatcga ccgtttagag gtaatcatag atttgagcag acgaaccgcc
    14941 tagatttcct acgtatggag cggcgattcc tgatggattc caattctttt atccaaatgg
    15001 agacaggtat tgacttgctt ggcgatgaac ccaatcaagt gatgcgatac gacctgttgg
    15061 aacgtgatta ctgatttcgt aagcgatgaa gacgaccgtt tttctcttac ttttttctac
    15121 gcaagtcgtg gcgcaacatc acacgaggct tgagcctgcc acgatagagg tgcattatca
    15181 ccacacgatg cagcgcgaca cggtgagacg gctggcgacg gagacggact ccatgatcct
    15241 ccgaatcgga gcaagcgcga gccagttttt tagccgtcat accttttatt atgactcgtt
    15301 gtggaacgac cccgatggtc gcgcgacggc cgaagcgctg acactcgagg cctttcgcac
    15361 gcgcgatcat tcgaaagagc cgcgggtggg aacgacttac gactacctct acaagaatta
    15421 cccggcgggg cgagtcacga cgactaacga acagttctac gttgcctgcc gctacgacga
    15481 ggccacgccc tcgatctcat gggggatggc cgactccgtc cgcacgatac tcggccaccc
    15541 gtgccgcatg gcgacggccg actttcgcgg tcgccgctgg acggcttggt tcgcgacgga
    15601 catccccgtc agcgatggcc cttggaagct cggcggactg ccggggctga tcctcgaggc
    15661 gtatgaccgg ggcgacgact accgttacac agccgtccgg atcgtggaga gcggcctcga
    15721 tcccgtgacg ttctactgtt tcgacggcaa acccttcttc gacaccgatc gacagacctt
    15781 ccttcgctcc cagcgtgcct tcctcagcgg acaaggcaac gtctacgaca tcgaattgat
    15841 ccgcgcgatc gtgcaatccg gccgccggaa gacctacatg cagcgcgagg ctcatcggct
    15901 gctcttcgat ccattggaaa gggattacta atatgatagg gtatgaaaac gattcgctac
    15961 atcttgttat ttatggcgtt ggccgtccat gcctcggcac aaaaggacgt gctcgaccgc
    16021 gcatctatga agtgtatgta tcgggcgacg gaattaaaag acacgctcga cgtcgctttt
    16081 tatgaagacc tcttgatact gcagattgga ccccaagtct ccaaatgttt cagctattac
    16141 acgttccaga acgactctct ccgacagaca ccggagggaa atcatcaggc gagcgagctt
    16201 tttaatcgtg ccttggccga tttccataag catcgtgacc gtaaccggtt cctgaatagc
    16261 tttccgcgca accgcactgt cacaatcgtt tacaagaatc accccgcggg cgccatcacc
    16321 gtgaccgacg gactgcggga agatcaagtg acgtatcgcg acaccctcaa cgcccagcag
    16381 tggacgatga ccgacagcac gcgcgaagtg ttgggatata catgtcagca agcgacggcc
    16441 gactttcgcg gtcgccgctg gacggcttgg ttcgcgacgg acatccccat cagcgacggc
    16501 ccgtggaagc tcggcggact gccggggatg atcctcgagg cttacgataa gggccatcaa
    16561 tatacgttta cagccgttgg gctggagcgg gtagcggagg aaccgatcgt cttcacccct
    16621 tccggagaga agaatggcta ccggacggtg gacaggcgtg ctttcctcaa agctaaaatg
    16681 ttcgatttga cgcacggcgg tgcactcggc gcctcgggtc tgaagtcgac ggactacgag
    16741 cctgtatata tggatctgat agagagggat taccggtgat gagacacttc cttattcttt
    16801 tattatttgt gacgggcgtc gcggccacgg cccagcgggt gacactctcg ggaatggtga
    16861 ccgacggcgc taacggccaa cccatagcgg gtgtgctcgt cacggtgcgc ccttccggag
    16921 cgcagaaagt gctggcgttc acgcaaacga tggctaacgg acggtttgaa gtgacgctga
    16981 cggccgacgc gaccgatcgc gtgctctact tttcgatgat gggctacgcc gcacgcacgc
    17041 tcccgatcga gaaaggccgg acgacgtacg acgtgaccct taaagaacag gccacagcgc
    17101 tgcgggaggt cgtcatccgc gctctcagca ttcatgaaag gggggacacc atcacgtata
    17161 tcgtctcccg atttgcgaca acggccgacc gctcgctggg cgacgtcctc aaaaagatgc
    17221 caggcatcga agtcgagaag agcggggcca tcacctacaa cggaaaggct atcaacaagt
    17281 tctacatcga gggtaaggac atgctggagg gccgatacgg catagcgacg aacaatatcc
    17341 atcccagcga cgtgggtagc gtagaggtga tggagaacca ccaaccggtg aaagcgctgg
    17401 agaacatctc tttttctcaa aacccggcca tcaatatccg gttgaaggag gacgccaagg
    17461 cgcgctgggt ggggacagcc aaggcggccg tcggcgcgag tcctttcctt tgggagggag
    17521 agctggcgct gatgcgtttt aagcggaaat cgcaaacttt gaatacgttg aagtcgaaca
    17581 atacgggtcg cgacgtgacg cgtgaggccg cgttgctcat cgacggcgag cgtgccgaat
    17641 cggctctcat ggagcatatc gacgtattcc ctgaccgcct gcgggctatc gacggcgacc
    17701 gcagtcgttt caatcgttct cacctcgtaa cgacgaacaa cctctggggc gtgtccaaag
    17761 attttgatct cacgtcgcaa gtcacctatg gcaaccaccg cctcacgtct gacgtggcca
    17821 gcagccagac gtatttcctc gatgactcga ccgttttcac cgaatccgac gagcacactc
    17881 tcagccgccg ccacacctgc acgggcgaca tcacgctgac ggccaacacc acgtctttat
    17941 acgtgcgcaa caagctgcaa gtcgacctcc ggtgggacga cacgcagcaa accgtccgtg
    18001 gcacctaccc caaccatcaa gcagccacac tcccccgccg ttccttctcc gacgaattgg
    18061 agctgatccg tcgccacggc cgtcgcgcct actcgctccg ctcgctcaac gtctaccgcg
    18121 cccatccgca ccgcctcacc gtccgccgga gcgatggcga cgagcagcaa cagcgcgtcg
    18181 agtcctccgt tttttacacc cacatgcata cggcgctctc gttctatttc gacccagtcg
    18241 ccctctccct acgtgcgggc ctcgtcggca cctggaggag cttgcgcagc gcgttgaccg
    18301 gcctctcgga ctcgctcggc agcctccgca acgacatgtc gacgcgtcgc ctccgcctgt
    18361 acgtctcccc cgagctggcg taccgtcacg ccgacctgga ggcgaccgtc cgactaccgc
    18421 tctccctcct cccctatcgt catacggacc gcatcaccgg ccgcacgacc acgcgcggac
    18481 accttctttt tgcgcccacg gcttacatcc agtggtacct cacctcgcga ctcaccctgt
    18541 ccctcgacgg tcgcctgtcc cccatcgcgc ccgacgagca gacgttttac gaaggcctta
    18601 tcctgcgcga ttatcgctat ctgtcgcagg gactcatcga cgaccatttg gggcaacaca
    18661 tctcggccga catcacgctc cgttaccgct atccgcttcg tgcgctgttc gctcacgcct
    18721 ccgccggcta catgcagcgt caccagccgc gcaccgtcga cagccgtttc ctcggcgctt
    18781 acctcctcca gacgaccatc ccagaggcca ccgacactcg gtcatggacg gccgacgcca
    18841 gtctgagcaa gggtcttgac gcccttcgga gcatcgtcac cctgagcgcc agcttcctct
    18901 caacccgagg cacggcctac cgcaatcgcg tgcccacttt tttcacgtct acaaatcgcg
    18961 acgccagttg taagctctcc acccgtctcg cgacgtggtg caacaccgcc tacgagctct
    19021 cgctttccta gagcaccatt cacgtcgacc gtcccgacct ccgatcctcc tacctcgacc
    19081 tttcccaacg cctcacgcta cacctcatcc cgcatcgcat gtggagccta cgcctcacgg
    19141 ccgagcacta cagcaatgaa atcgccgacg gactccgcaa gcaactcctc ctggccgatg
    19201 ccgagctgac gtgcagcctg aaaggtggct gggaggtaaa cgtttccgcc cgcaacctct
    19261 tcaaccgccg cacctacgcc tacaccctct acgacggcct ggccaccttc cgcaaatcct
    19321 atctcctccg cccgcgcaac ctcaccgtcg gcctcttctt ccacttctga cgccccctcc
    19381 cccaccgaca acgcccctcc ccccaaatag aaagccctat tgcttcacag cgatagccct
    19441 ttcctttcaa gggaagcgct attttttcac agcgacagcc ttttcttttc aagggaaggg
    19501 ctattttttc atagcgatag acttttcaat ttaaggaaag gagtgttttt ttacagcgac
    19561 agtcctctct attcaaggtg atagctgttt ttttacgccg aaagctcttt atgctcaagg
    19621 gaaaagttga ttttttatag cggtagcctt tttgattcaa ggaaaggact atttgtttac
    19681 ggcaacagtc ctctctattc aaggtgatag ctgttttttt acgccgaaag ctctttatgc
    19741 tcaagggaaa agctgatttt ttatagcggt agcctttttg attcaagaag tgggctattt
    19801 tttcacagcg acagtcctct cctctcgaag aaagaagcgt aaacgcaaaa aaacgccccc
    19861 gtcacctctc ggcgataggg gcgcttttcg tgatgaatag gcaactcgag gagttagaag
    19921 tcgaaatgca gcgcgatacg gaagccgtgg cgctggatct cggagtgatt gaggtaggtc
    19981 aggcggcggt aatagctgac ttcgagaacg cggaagatgt tttccagccc gacgctgaac
    20041 tccatgtagg gcgaggttcc aaaggcgtgc gatccgtcgg ggaagagcat gaggccgtcg
    20101 gtcttgtccg ggttgttgcg gtcgctgagg ctgccccaga cgccgctgac ggaggctacc
    20161 tcacgcaacc cgaggaggtt gatgagcgga atgcggttca ggatccagcc tttgaggtga
    20221 tagcgggcgt cgaacgagaa gtaacggtcg gccatgaact ccatcgggtt catgaggtgg
    20281 aaggcttcgg gctggatggt gacggactgg ttcgtgttcg gggtgatgag cagcgggaag
    20341 ggcaccttgt cccagacgat gccgccgcgc agggaggcgt cgatgtgacc gaaggaggag
    20401 agccagatgc gtttgctgac gccggcctcg gtgcggttgt agcggtagtc gccgcccagg
    20461 atgcctcgga aaccgacctg atgcgagagg cggaagacgg gggcgtcttt gctgaggttg
    20521 aagacggagc tcttgcccag gcgactgtta taggcgcgct cgccgggggc gaagcgaagt
    20581 tggatgcccc actctgtggt gttgtagtcc tgtaggcggg tgaagtcgtc ggcgctgttg
    20641 cggacgatgt agcggagcgt gccagcggcc tcgttgttca tcacctgcgc ccaagtcttg
    20701 acggagaatc cgttccgcca ctcgcgttcg tattgcaggc gggtcttgcg gaggtagttc
    20761 atgttgcggt tcggatggcc cactttccaa gccacgaaga cgttgtcctt gctggtgaag
    20821 aggaagtcct gaccgggggt gtagaggtcg tactcgtgct ggagggagag gttgttgacg
    20881 ggcgattcct tttcgtgata ctccttttcg ttgaaggccc aggtggcggt ggcgctgtat
    20941 ttccatcggc ggtcgttgag gccgaaggcg ccgtagccac cgaggaagag gtgcggatgg
    21001 aggttggccg tagtcatggc gccagcgcgg atgcggaaac cctcgatgtt gttggcactg
    21061 aagacggtat tcatggggcc gaagtcgagc ttgttcttct cgtgcacgtc gttgatgggg
    21121 atgtaaccgg agatgaggat ctcggccgtc ttgaggagca ccttgaaggc cgtcacctcc
    21181 ttgagctgat tgagcagact ctcgatgccg ctttcgcgct ctcggagcgg ggtgtggcgg
    21241 cggttggccc agaaggaatc gggctgcgcg aggtagcgcg agaggggcgt ctggacgcgt
    21301 ccggagaggg cgaagatgga gtccgcactg gcgatgttcg tccgatagtc cgagtagctg
    21361 cgcagctggt gggcgtacat ctgctggccg ccgtcgaaga gttggaagag cacgtaggtg
    21421 ttgtccgtgt ccagctccca gaggccgtcc gtgcggcggc ggaactgctg ctcgacgcgt
    21481 agctcacgga cgaagttgag gttgatgtgt cggggcacat tgaggagcac tttcttgacc
    21541 gagtatgtgc cgtcggtcgt gacatagagt cgaccggtga agccgtagct ctgcgcgttg
    21601 acgggcacga aggctagatc ggtgcagggc tcgccgccca cgtcgaccgt gtccatgata
    21661 taataatggt agaaggtgtt ggccagggtg gacgagaggg gactgacgaa gcgattgagc
    21721 agaaaggtga tgttgttgtc gaaaatgtcg acgccttgga agatctcgtc gaggttagca
    21781 gtgagggtgc cgtattcgtc gaggctctgg tcgatgccct gctgacgggt ggcgcggacg
    21841 acgacctttt cggatcgggg atcgcggcgg tagtagatgt cggagatctt ctcgcgcagg
    21901 gagagcgtga ggatggggcg gccgtcgaac tcggaggtgt cgaggtagtt cttcaggaac
    21961 ttgaatcgct tgagcacctt gctcttctcc agtcgggtgt cgaacttatc gagcgagagg
    22021 gtcatctttt cgtagcactc cgtgctgtag tcgtccagct gggtgatgcg gttgctgtcc
    22081 ttgcgggcta cgacgcgctt catcagctct acggcggggt tgttcttgcg ggtgtagcgt
    22141 tcgcgtttgg ggcggatgac gatctcggag agctggatgg tggagggtgc gaggcggatg
    22201 cggaggtcgg tcgtggcgtg cccggcggtg agggtgacgg tcttggggtc atagcccacg
    22261 taagagatct tgaggcgtgt cagcccgcga tcgttcttca gctgaaagtt gccatccatg
    22321 tcggtaactc caccgatggt ggatccctcg aaaacgagcg taacgaaggg caggggttcg
    22381 ccagtgatgg agtcgaccac catgccagcg acggaagtag cgtgttgtgc gtatgcggct
    22441 tgtcggccaa ggccgatgag caaaaggacc gcaaagaggg ttcggataac cgctttgttc
    22501 attctgtgta agataacttg ttactgttca attaagcggc gccaaagata gagtgagcgt
    22561 aaaaacccga ccatccaaaa ggaggtggca aattcgtcgt ggggaaggcc tcccccccac
    22621 cgtccccatt caatgggatt ggcgcatctg atcttagtac atttctttgc acccgatttc
    22681 aaacacgttt caagcgcatt ccatccatac acaccccacg catgcattgc actgaaaaag
    22741 taagacgacg actggccttg tggctgtgca tcctcttcat aggatacacg gcggcgacgt
    22801 cgttcttcta tcatgcgcac tacgtgaacg gtcgatggat cgtgcactct cacccctaca
    22861 cccaggcgcc cgagacgggc caccacaccc acacacaggc gggctttgct acgctggcct
    22921 gcctcactgc ggcgctgatg acttccatcg cgcccacgct ttacaccgaa cctttcacgc
    22981 gtctctcggc cgtcatcatc gaggctgtcc gcacggcaat catcagccag gagctcttcc
    23041 acctatcgct tcgcggcccg ccgacacact cggggctcaa ttgatcctga tccctggcta
    23101 tggggcaaac cctgtttgcc ttctacagcc atagctgcgt ccattccgat acttctgatt
    23161 taccgtaaat cagctcaagc acgcttgcat ggctccgatt taccataaat cagcgtcaag
    23221 cacgcttgca tggactcgat ttaccgtata tcagcgtcaa gcacgcttgc atggactcga
    23281 tttaccgtat atcagctcca agcacgcttg catggactcg atttaccgta aatcagcttc
    23341 aagcaggctt gcagggctcc gatttaccgt aaatcagctt caagcacgct tgcagggctc
    23401 cgatttaccg taaatcagct tcaaacaggc ttgcatggcc cgatatacag tatatcagct
    23461 ccaagcaggc ttgcatggac tcgatataca gtattccaac tatccaaaga caaacagata
    23521 tcacaccaat aaacacaagt aagaaaatga gaatcattta cctccccctg ctgatgcttt
    23581 gcgcatcact cacacagccg gtctgggccg gcacgactga tcccacgatc ggatcggaac
    23641 aagtcaaacc caagacagac gccgtcgtca ccggccacgt ggtcgacgct aagacgggcg
    23701 aacacttgcc ctacatcaac gtcgtagtca aaggcaccac catcggcgtg gccaccgacg
    23761 ccacgggtca ctacatgctc aaggacctgc ccgcgggcga actgaccatc gaggccagct
    23821 tcatcggcta caaaaaggtc gtgaagaagg tcaagacgaa gcccaacacg atggtcgaag
    23881 tcaactttga gctcgaggaa gaggcgctgg ccattgacga ggtggtcgtc tcggccacac
    23941 gcagcgagac gatgcgccgc gaagcaccgt cgctcgtgaa cgtgcttgac acgaagctct
    24001 tcgagcgtac ccaatcgacc gacatcgccc agggactgaa gttccaaccc ggcgtgcgcg
    24061 tggagaccaa ctgccagaac tgcggcttca gccaagtgcg catcaacggc ctcgacggcc
    24121 cctattcgca gatcctgatc gactcacgac ccatcttcag cgcgctggcg ggcgtctacg
    24181 ggctggagca gatcccggcc aacatgatcg agcgcgtcga ggtggtgcgt ggcggcggat
    24241 cggcgctgtt cggatcgtcg gccatcgcgg gcacgatcaa catcatcacc cgcgaaccga
    24301 cgggcaactc tgcctccctc tcgcaccaga cgcgcggact gggcggcctg aacacgtttg
    24361 agaacacgac gaacttcaac ggctccatgg tgagcgacaa cggtcggctg ggtgtcaccc
    24421 tcttcggcca ggcacgccac cgcacgggct acgaccacga cggcgacggc tacacggagc
    24481 tgcccgtgct cgacggtcgc accttaggct tccgcacctt cctcaagccc aacatctact
    24541 cgcgcttcac gctggagttt cacaacaccc acgagttccg ccgcggcggc gacctgctca
    24601 aggagcagcc ccacaacgcc cacatcgccg agcagctgga gcacatcaac aacgtgggca
    24661 gcctcggcta ccaatacttc agccccgacg gccatcaccg cttcaacgcc tacggctcgt
    24721 tcatgaaggt gcagcgcaag agctactacg gtggcggcga tcgcacggca gacgagatca
    24781 tcaacgaggg caagaagaac gtggaggccg ccaaggacgc gttcatcgcc gagctcaaaa
    24841 agaagaaccc cgccatcacg gacgacgagc tagaggccga ggtgaagaag tccttcttac
    24901 ccggctcgca caacggcctg acgaacgagg atatgctgga gctgaacaag cgcatgtctt
    24961 cttacggacg cacaaacggc ctgacctaca tgttcggcgc acagtatgcc gctgactttg
    25021 accgcctgct cttcctcccc tccacgctca ccgcgggcat cgagtacaac cacgatcact
    25081 tggacgataa gagcggatac cgcgaggcgc ccatcgatca gcgcgtgaac acgaagagcg
    25141 ccttcctgca aaacgaatgg aaggacgacc gctggagcat cctcgtcggt gcccgactcg
    25201 acaagcactc gatggtcagc cgcgccatcc tcagcccgcg cctcaacctg cgctttgccc
    25261 cctcgaaaga ttttaccctg cgcgccagct acagcaaggg attccgcgcc ccgcagctct
    25321 ttgacgagga cttgcacgtg gacaacgccg gtggcgacct catcgtctct cgcaacgccc
    25381 cgggtctccg ggaggagacc tcgcacagct tcagcgcctc catcgactgg taccaccgct
    25441 tcggcgtttg gcagctcaac ctgctggccg aaggcttcta cacgcagctc gtggacgcct
    25501 ttgggtttac gcagaaggac accgtcatcg gtggcatctc gcagatcctc aagacgcgcg
    25561 aaaactccga cggcgccaag gtgtacggcc tcaatttcga gggtaaaatt gcatacctca
    25621 acacctggca gctgcaaggc ggactcaccg cgcaacgtag cctttggaac accgagcgac
    25681 agtggaacga ggacgacgcc tacaagacgc gccgcatcta ccgcaccccc gacctctacg
    25741 cctacttcat cggcacactg aacatcaccc gcgccctcag cttctccctc acgggcaact
    25801 acacgggcag catgctcacc ggccacgaga tcccgaccga ggacgacggc tcactcacgc
    25861 agttcaacgg ccgccccgcc gccaccatcc accccgaccg catgcagcac ggcgaaggtc
    25921 agacggacaa gacctacggc ccacgcacat tcaagacgcc ggccttcttc gagatgggcg
    25981 cccgcgtggc ctacaacatc ccgctctaca agacctacac gctgcagctc cacgccggtg
    26041 tgcagaacat gttcaacgcc ttccaagacg acttcgaccg cggtccctcg cgcgactcgg
    26101 cctacatcta cggccccgga tcgccccgct gctggtacgc cggcatgaag ctcacgctgt
    26161 aatcgtcaga gggttcattg tcaatgatgg aaagggcatc tccgcgggtc gggggtgccc
    26221 ttttttcgta tgctcaccct ggctgcctcc ccgctcggct gagcccgatc tgccgccgat
    26281 ccccccgccc tacctcagcc ccgcccgccg cgcctatctt tgccgcccaa acaacacatc
    26341 atagtatata tcacacaaat gggaaagacc gcattaatca caggcatcac gggccaagac
    26401 ggatcgtact tggccgagtt tctgatcgac aaaggctatg aggtgcacgg catcatgcgc
    26461 cgctcctcat cgttcaacac cgggcgcatc gagcacctct acctcgacga gtgggtgcgc
    26521 gacatgaagc gccaacgcac catcaacctc cactacggcg acatgaccga cagtagctcg
    26581 ctcgtccgca tcatccaact gacgcagccc gacgagatct acaacctcgc cgcacagagc
    26641 cacgtcaagg tcagcttcga cgtgcccgag tacactgccg acgccgacgc catcggtacc
    26701 ctccgcctgc tggaggccgt acgcatcctc ggtatggagc acaagacacg catctatcag
    26761 gcctctacct cggagctctt cggactcgtg caggaggtgc cgcagcgcga gacgacaccc
    26821 ttctaccccc gatcgcccta cagcgtagcc aagcaatacg gcttctggat caccaagaac
    26881 tatcgcgaga gctacgacat gtttgccgtc aacggcatcc tcttcaacca cgaaagcgaa
    26941 cgccgcggtg agaactttgt cacccgcaag atcacgctgg ccgccgcacg catcgtgcag
    27001 ggcttccaag acaagctcta catgggcaac ctcaacgcgt tgcgcgactg gggttacgcc
    27061 aaggattacg tggagtgcat gtggatgatg ctgcaatacg agcgcccgga ggacttcgtg
    27121 atcgctacgg gcgagatgca caccgtgcgc gagttctgca ccctggcctt ccgtgaggcc
    27181 ggcatcgagc tgcgttggga gggcgagggc ctgaatgagc gcggcatcga cgtcaagacg
    27241 ggccgctcgc tcgtggaggt agatccgaaa tacttccgac ccgccgaagt ggagcagttg
    27301 ctcggcgacc cgacgaaggc gaagaccctg ctcggctgga acccgcgcaa gacctcgttc
    27361 gaggagctgg tccgcctgat ggtgaaacac gatctacgct tcacgcgaaa gctctatctg
    27421 cgcgccaaag aggaggagta aaccgatgat ggataagcaa gccaaaatct atgtcgccgg
    27481 ccaccgcgga ctcgtcgggt cggccatttg gaacaacctc ctcgccaagg ggtacacgaa
    27541 cctcgtgggc cgcacccaca cggagcttga cctcttggac gccgctgccg tccgccgctt
    27601 cttcgacgag gagcgcccgg cgtacgtcgt cctggccgcc gcctacgtgg gcgggatcat
    27661 ggccaacaac cgctaccgcg ccgacttcat ctaccgcaac ctcggcatcc agcagaacgt
    27721 catcggcgag agcttccgcc acgatgtccg caagctgctc ttcctcggca gcacctgcat
    27781 ctacccccgc gatgtgcccc aacccatgcg cgaggacgcc ctgctgaccg cccccttgga
    27841 gtacaccaac gagccttacg ccatcgccaa aattgccggc ctgaagatgt gcgagagctt
    27901 caacctgcaa tacggcacga actacatcgc cgtcatgccc accaacctct acggcccgaa
    27961 cgacaacttc gacctggagc gcagccacgt cctgcccgcc atgatccgca agatccacct
    28021 ggcccgctgc ctccacgagg gccgcatgga cgacgtccgc gccgacctca tccgccgccc
    28081 cgtcgagcag gtcgacgccc gcacggcccc ggacgaggag ctgctcgccc tgctcgccaa
    28141 gtacagcatc gcccccgaca ccgtcacgct ctggggcacg ggcacaccgc tgcgcgagtt
    28201 cctctggagc gaggagatgg ccgacgcctg cgtctacatc atggagcatg tcgacttcgc
    28261 tgatttgaag ggctccgatc ccgacgtccg caactgccac atcaacatcg gcacgggcca
    28321 cgagatcacc atcggcgact tggcgcggct catcgtccgc accgtcggct atggcggccg
    28381 cctcgccttc gacgccacca agcccgacgg caccctccgc aagctgaccg acgtctccaa
    28441 gctccacgcc ctcggctggc accaccgcat cgagatcgac gaaggtgtcg accgcatcta
    28501 tcgctggtac acgaaggcgt ctgcggaggc gtctacgggc gccagccaat aagccgggta
    28561 cgacgcctta tcccccaatg cagagaagtc ctgcggatcc tttgttgatc cacgggactt
    28621 cttgttttga gtcgtggatc cgtttctgat tcgctatccc tgactacaaa aggtcatcca
    28681 tccgtttctg atttgctacc cctgactgca aaaggtcgtc aatcagattc tgattcatta
    28741 cccctgaccg caaaaggtca tcaatcagat tctgatttgc tacccctgac tgcaaaaggt
    28801 cgtcaatcag attctgattc attaccccta accgcaaaag gtcatcaatc agtttctgat
    28861 tgggggtcat cacacgaaag ggatagggaa tcagtttctg attgggggct atcacatgaa
    28921 aaggataggg aatcagtttc tgattgggag tcatcacacg aaagggatag ggaatcagtt
    28981 tctgattgga gggtctaaca tgaaaagagt agggaatcag aaacggattc gaaggcccac
    29041 ccgatagaca agtacttttg gcgccacaaa aaacatctca tcacacatcc catccctatg
    29101 gcagaaaaca attccaaccg cacggcgcgc aagaagcccg tcgtcgtaca agtatcggac
    29161 atgggccgac tccagcctca ggcgcgcgac ctggaacagg cagtcctcgg tgcgctcatg
    29221 ctcgaacagg acgccttttt taaggtcaac gaaacgctca agcccgagag cttctacgaa
    29281 cgggcacacc ggctcatcta tcaggccatc gtcgatctgg ccgcgcgcca gcaccccatc
    29341 gacatgctga ccgtcatcga tcagctgaag aaaaacggcg acctggaggc gatcggcgga
    29401 ccgctctaca tctcccagct gaccgagaac gtgggcggcg cagctcacct cgagcgtcac
    29461 gcgcagatcg tggccgagaa gttcctggca cgcgaactga tccgctacac gggcgagatc
    29521 caaggcaagg cctacgacga gacgatcgaa gtcaaagagc tcatgcagga ggccgagggc
    29581 gagcttttcc gcatctcgca gcagaacatc cgcaacgagg ccgtgcagat caaccccatc
    29641 atcaaggagg cgcgcgagtt gctcgagcgg gcggccaacc ggaaggaggg cctcagcgga
    29701 ctgcccaccg gctttgccga cctggacaag atcacctccg ggtggcagaa ctccgacctc
    29761 gtcatcatcg ccgcccgccc cgcgatgggt aagacggcct tcgtgctctc catggcccgc
    29821 aatatggccg tcacgttcaa agtccccgtg gccatgttct cgcttgagat gagcaacgtg
    29881 cagctcgtga accgcctcat cgtgaacgtc tgcgagctgc cgggcgagaa gatcaagagc
    29941 ggccggctgg agaagtacga gtgggagcag ctggagtaca agatcaagga cctctacgac
    30001 gcgccaatct acgtcgacga cacgccaagc ctctccatct tcgagcttcg caccaaggcg
    30061 cgacgtctcg tacgcgagca caagatccag tgcatcttca tcgactacct ccagctgatg
    30121 aacgccagtg gcatgaactt cggcagccgt gagcaggagg tgagcaccat ctcgcgctcg
    30181 ctcaaagggc tggccaagga gctgaacatc cccatcatcg ccctctcgca gctcaaccgt
    30241 ggcgtggagg cgcgccaagg catcgagggg aagcgcccgc aattggccga cctgcgcgag
    30301 tcgggcgcca tcgagcagga cgcggacatg gtctgcttca tccaccgccc ggagtactac
    30361 aagatcctcg aggacgagcg cggcaactct ctcgcaggca tcgccgagat catcgtagcc
    30421 aagcaccgta acggtgccac gggagacgta cgactgcgtt tcaagagcga gtttgccaag
    30481 ttcatcaacc tcagcgaaga ccaagccgtc cgcgaatacg cctccagcat gaaccaggaa
    30541 gaggcctccg ctcccgtcac cgccccgaac gtggaggact tcatcgccgc ccaaaacgac
    30601 gaaccggtgc cgttctgatg aaaacgaaaa acgaaaaata accgggtaca tgtggggcgt
    30661 atgcgatacg cccctaccct accggccgga ggcttccgca caaacaagac aatgccggat
    30721 acacgatggg tctcccccac atgtatccgg catttttcgt tgacggccac agccacatgt
    30781 acccggcaaa cttcgccggc gtccgaagac gcccccggca aacttcgctg gccggcggac
    30841 cggccccggc gaaccggcct tcagttaccg aggatgttcg ctcgctcgat gtctttgaaa
    30901 taacggtagg tgccgacctt cagctcgtcg caggcggcct cgtcgcagac gatgatgccg
    30961 tgcggatgga gttgcagggc ggtgatggtc cacatctggt tcacgctgcc ctcgacggct
    31021 tgctgcagcg cacgcgcctt ggcgtgaccg ttggcgagga tcaccacctc acgcgcgtcc
    31081 atgacggtgc cgacgccgac ggtgagcgcc gtcttgggca cctgcgtgac gtcgttgtcg
    31141 aagaagcgtg agttggcgat gatcgtgtcc gtggtgagcg acttgatgcg ggtgcgcgaa
    31201 cggagcgacg agccgggctc gttgaaggcc acatggccgt cggggccgat gccgccgagg
    31261 aagaggtcga tgccaccgac ttcgctgata cgcttctcgt aggctgcaca ctcggcttcg
    31321 aggtcggggg cgttgccgtt gaggatatgg atgttgtgcg gctccacatc gacgtgctcg
    31381 aagaagtggc gacgcatgaa ggtgtggtaa ctctcgggat gatcctcggg caggccgacg
    31441 tattcgtcca tgttgaaggt gacgacgtgg cggaaggata ctcggccttg ctggcacagc
    31501 tcgatgagcc gtttgtaggt gccgatgggc gacgagccag tgggcagacc caagacgaag
    31561 ggacgctcgg ccgtgggcgc ggcgcagtta atgcgcgaag cgatgtagtc cgccgcccag
    31621 cgggacatgg cttcgtaggt gggttggata agcaggcgca tgattgatct ataaacgaaa
    31681 agctcctgcc ggacgaaggg gcgatccccg tcccttaccg gcaggagcct ttcacggttc
    31741 cgtttttact tgttcgttcc tctcagtcgt tccgccatgg cttgtccgag ggcgatgcac
    31801 tgctcttcgg tgctgatgcc ttgcttctga tcgacgggtg tgccgacaac ttcccacttc
    31861 atggcttcgg cgtaggccgc cagatgcttc actgcggcgc cggcccaggt gaacgagccg
    31921 aagtagctga agaggcgatc cttcacctcg cgcagtttga tctccgagag caccatctcc
    31981 acctcggggt agagctggcc gctgtaggtg gggcaaccca cgatgaggcc gcgatagttg
    32041 aagacgtcgc gcaggatgta ggagccgtgg ctcttgctga cgttgtgcat ggcgatgtgg
    32101 cgcacaccgc cgtcggagag ggccgtggcg atgtcctcag ccatctgctc ggtgtggccg
    32161 tacatgctgc cgtaaacgat cgtcacgccg tcgaggcctt cgtagcggct gaggcggtcg
    32221 tagagggcga tcacatcgcc gctttgcctc gtccagacgg ggccgtgggt ggagcagatg
    32281 gtttggatat cgagcccgga gagcttcttg agggcgcgct gcacggggcc gccgtacttg
    32341 ccgacgatgt tggcgtagta gcgcgtcatc tcgctccaga agcggtcggt gtccatatct
    32401 gtgtcgagca cgccgccgtc cagggtgccg aacgtgccga aggcgtcggc cgagaagagc
    32461 accttctccg tctcctcata cgtgaccatg acctcgggcc aatgcaccat cggggccatg
    32521 tagaacgaga gtttgtggtg acccaagtcg agcgtgtcgc cctccttgac ctcgtgcagc
    32581 ccgtcggtga tgccgtgata tccggccagc atgccgaagg tttgcttgtt gccgatgatc
    32641 ttcacatcgg ggtagatctg gcgcagcagg cggatgctgc cggcgtggtc cggctccatg
    32701 tgatcgacca ccagatagtc cagcttgcgg ccgttgagca gcttagccac gcgcttgaag
    32761 aagaggtcgg aatagcagat gtcgaccgta tcgaccagca cggtcttgtc gtcgacgatc
    32821 aaataagagt tgtaggacac gcccccgggg agcggccaca ggttttcaaa cagtgctttt
    32881 tggcgatcgt ttacgcctac gtaataaatg tccttagcaa cagctttcat gatggatcct
    32941 gttttttatt gatgattgat atgtgtatga attggtagtg tgatgtcgat cgaagcgagg
    33001 tgagctctcg gcctcttttt ttacgggaaa tacggggcgc ggaaggactt gttagtcgtt
    33061 gcaacaatct tgcaaatcga aaaatgaagt tttggtgctt gcagaaatgc tgcaaatgcc
    33121 ccgaaaaact ttttggcctc tgcaggaatg ctgcaaacgc cgcgaagaac tttttggcgt
    33181 ttgcagggac gctgcaagtg cctcgaaaaa ccttttggcg tttgcaggaa tgctgcaaac
    33241 gccgcgaaga actttttggc gtttgcagga acgctgcaag tgcctcgaaa aacttttcgg
    33301 cgtttgcagg aacgctgcaa gtgcttcgaa aaactttttg gagtttgcag ggacgctgca
    33361 agtgcctcga aaaacttttt gggctttgca gaattgttgc aagcatttcc aaaaacgccg
    33421 tgggcgccgt aaggccctca gaatgtacgt ttaagactgg acaggctgtt tctgcgcgcg
    33481 ccatacgcaa tagatgccca aaaggatgaa cgggatgctg agcaactggc ccatatcgag
    33541 cggcagagag gcctcaaagt cttcctgata gttcttcaga aactccacga agaagcgggc
    33601 ggtgaagatg cagatcatga agatgccgaa gatgagcccc tcgcgcttcc aggcgtcccg
    33661 cttgaagtag agccacatgc agaggacgaa ggtcaggagg tagcagaggg cctcgtagag
    33721 ctgcgtcggg tgtgagggcg gggtgaagat gggcgcggcg ccgtgacgcc aggcgtagag
    33781 gttcttgacg aagcggaaac cccacggcag gtcggtcggg tggccataga tctcgtggtt
    33841 catcaggttg ccgatgcgga tcagcgccgc caccagcccg gtggggacga cgagcttgtc
    33901 gaacgtccag agcatgctcc ggtgcgacac gtaacgcgag aagaaataga tggcaatgat
    33961 gatacccaat acgccgccgt ggctggccag gccgccctcc cagaccttga ggatctcgac
    34021 cgggtgggag aagtaatacg acgggttgta gaaaagacaa tgccccagtc gggcgccgat
    34081 aagcgttccg gccagggtga agtagaggag cgggtcgagc catttctcat tgaggccttc
    34141 gcgtcgaaac atgcgctcga cgatcttgta acccacggca aaaccgacga ggaacatgag
    34201 cgtgtaccag cggatttcct tcgggccgat ggagaagatg accgggtcgg cggtccaagt
    34261 aatgtctaaa agcataggcc gagtgggatt cgttacacga ttcgtccgat ccaggcgtcg
    34321 cgatcgccag gcagcaggtc gacgggcgga atttcaatca ttgtataggc gcccggctga
    34381 agtcgcatcg cagcgcgggc ggcggccacg aggatctgcc ccgtgagcgc cgggttattg
    34441 atctgcatat cgaagctgat gcgctggttg tgcgtcacgc cggagacgcc cttgcgggtg
    34501 aggtgcacac cgtgacccac atccttcagc gcctcgaccg agtcgacgcg gacgacgtgc
    34561 gtctcgtcgt gggcgaaata gtcgtcgcgg cggatggcgt cggctacggt gtcgaagtcg
    34621 tatccgtctt caatctctac gtagaccatg cgtcggtgca cgcccgtgcc catcgggatg
    34681 gtcatgctca gcgccgcgcg tacgccttcg atggccttca ccgccaccgt gtgccccatg
    34741 ctcatgcccg ggccaaagtc ggtgtaggtg atgccctccg gcacgatggc ctgcagcagc
    34801 gtacgcacca cagagtcgct tcccggatcc catccggcag ccacaaccga cacaactccg
    34861 tgccgtttgg cctctacgtc gagcgtccga cgcaggtcgg ctatttgggt atggatatcg
    34921 aagctgtcca ccgtgcgaat acccagcgcc agtgcggctt tggcgtaagc ctcgaccgaa
    34981 cgcgtgggag tagccagtat agccacatcg acagccgtga gcttctctaa attatcggtt
    35041 acggggtatg agcggaacgg ctcaggaagg ggagcttggg gattacggcg gatgatgccc
    35101 gccacttcaa aatcgggcgc agcctcaatg gcttccagcg catagcgtcc gatattgccg
    35161 tagcccacta cggcagctct gatttttttc atagagggag aggaagtgtt gcttggtagt
    35221 ctcgccggga atcgaacccg aatctaaagt ttaggaaact tctattctat ccattgaact
    35281 acgagacctt attcaacagc ggaccgcctg aaaaacagtc cgctgtgaag agttgttggt
    35341 gcgccttggc gccattgact gacgcttccg gtttagaggc ggctgcctac cacgtcccag
    35401 tcgacaatat cccagacggc cttgatgtga tcggcgcgac ggttctgata gtcgaggtag
    35461 taagcgtgct cccatacatc gagaccgaag ataggcttgt agccacggac tacgggattg
    35521 gcaccgttgg gctcctgcgt gatgacaagt ttgccattct gatctactga gaggaacgcc
    35581 cagcctgacc cgaagagggt agcggcggcg tcaccgaaag ccttctggaa ggcctcgaag
    35641 ctgccaaagt cgcggttgat ggcctcagcg atcttgccga tcggcttgtt gttctcgacg
    35701 ggcgacttga actggaggaa gtagagcgtg tgattcagca gctggccggc gttgttgaag
    35761 atgccgcccg cgggggctgt cttgacgatc tcttcgaggg gtttgctcgc atattcggtg
    35821 ccttcgatga gtttattcag cgtgttgacg tagttctgaa ggtgtttgcc gtagtgaaac
    35881 tcgatcgtct gttggctgat tacgggttct aacgcattcg ttgcgtaggg aagtttgggc
    35941 atgtcgaagc tcataagtgt aaagctgatg attgttgtga tgatggataa tacaatggtt
    36001 ctcattctgc tgtatggcaa aaaacgcggg caaagatacg cccggggttg taatgccaaa
    36061 gtggcaattc ggcttttact gttttttggg tgactctgca tagcggcgca tctgccgtcg
    36121 ctctacgccc cctcccatac gcaatccgcc ttcattcaaa cagtgcgcgc agcacctcga
    36181 gcgacttgag ctcgggaaag ccgggcaggt gcaggcggta gaagtcgagg acgtggccaa
    36241 ggatggcgga gcgttcggtg tgggagaagg cgaagagcga catgttggcg aaggtcatct
    36301 tcgtcaggcg ggccatgaca cgactgtcgt cagcgttcag atagcggcca tgcaggggaa
    36361 cttcctcggt gaagatgccc tcgaggaggt cgaagtagcg gccctccaca tacgtctcgc
    36421 gattggggcg gatgccgagg tagacggcca gacggaagag gaacgtgagg tggaagttgg
    36481 cgattccggc gtcggccgtt tcgaggtgac ggacggcgtc gaagaggaag tggaagagcg
    36541 gcggatcgga ctccttctcg cggatgaccc gatagaggat ctcggagagg aagagtgcct
    36601 cggcattctt caccggatgc gtctggaggg cagtgggaag ggagagggag cgggcctcac
    36661 ggatgcgttg caggtcgcgg tcgttgcggt gctccacctc cagctcgagt agcgagagcg
    36721 gcatgagcag ggcctgcgca acgccaacct taccccgtcg ggcgggggtg atgagatagc
    36781 ccacgcgccc gaagagttcg gtgtagatgg cgacgatgag gtatttgtcg ccatagggta
    36841 gggtgtggag gacgatgccg cgcgtcttat gcagcataag tcaccggggg acgatgagcg
    36901 ccacggcata ggcggcgatg ccttcgcggc gtccaacgaa gcccatgcgc tcggaggtgg
    36961 tggctttgat ggagatgtcg gccgtgggga cgcccatgac gtcggccatc gtgcgctgca
    37021 tgtcggggat gtgggggttg agcttgggct gttcggccac gacggtggcg tcgatgttgc
    37081 ccagttcgta gcccgcatcg cggaggagac gcatggtccg ggagaggagg atcttgctgt
    37141 cgatgccggc atactcgccg gcggtgtcgg ggaagtgata gccgatgtca cgcagtccgg
    37201 cggcgccgag cagggcgtcg cagatggcgt gaatgagtac gtcggcgtcg ctatggccga
    37261 ggagtccgag ggggtggtcg atgtgtacgc cgccgatcca cagttcacgg tcgggggcga
    37321 aggtgtggac gtcgtatccg aatccgattc gcataatgat agagggtaga gggtagaggg
    37381 tagagggtag aggatagagg gtagagggta gaggatagag gatgaacatg tacccggctc
    37441 taccctctac cctctaattg aacaggctac gcagtccgtc catgtcgaag gagagggaga
    37501 agcggagcgt ttgatcgagg gggttgctct ggacggtact aataaggtag gcggcatcga
    37561 ggcggaagac gttcatcttg aagccggcac ccatcgagaa atattggcgg ttgcccttca
    37621 gctggttctc gtaatagtaa ccgccgcgga cgaagaactg gttgttgtag ctgtattcgg
    37681 caccgagcga gacgttgacc tccttcagct cttcgctgaa accgtcgttg gcgtcggaga
    37741 aggaccggag cgcggccgag agggagttca tcgtcttgta gtcgtcgctg cgtttggcga
    37801 agtcggcgtc cgactcgccc tcgcgcttaa tcggttcggt gggcacgaga tacttgttga
    37861 gatcgaggta gacgccgatc tggttgtagt cgtcgatggg gtacaggagg ccggtgccga
    37921 tcttgaggtt ggcgggcagg aactgctggc ggttgccacc gtcgaacgag accttggtgc
    37981 cgaggttcga gacgttatag ccgaagctcc agaggctctc gctctgcccg aggtagacgt
    38041 acttctcgag gtagcccgag acgtcgaccg atacggcgtt ggccggctgc aggtcttggt
    38101 tgatggaggc gttcatgtcc gaccggatgt agcgcagggc cacggccatg gagtaattct
    38161 ccgagagctt catgccgtaa ctcaggtcga aggccatttc gtaggggttg aggttggtga
    38221 gttgctggcc gacctgattg gtgataggca cctcaccgag cgagaagtag cgcagcgagg
    38281 cgccgacggc cgatcggtcg ttgggcttgt aatagcccga ggcgtaggcc atgtagacgt
    38341 ccttgacgag cttgcggagc cagggggtgt acgagatgcc gacgccggct ttgctctcca
    38401 tgaaggcgta tttcgaggcg ttccaatact gcgagtggat gtcgggcagg gtggcggcgc
    38461 cgatgtcgcc cataccgccg ccgcgtgcat cgggggcgat ggaaagcgag gggatagccg
    38521 tgttgatggg gctgaattgt ttgtacttgt cctgtgcatg cagcagggcc gcgggcagga
    38581 gcagcgccgg cagcaggccg acgattctac gaaggttcat cataggggtt tgtgtcaatg
    38641 tttcgttcaa aaaataagcc cctttataac tacgaggccg gtgcattatt gtacgcaggt
    38701 gaagaagccc tctccgtcgg ccccctcccg tctgccgcgg gctgacggca gcctcccgat
    38761 gctaagaaac gaatagccgc tttttggatt catctcgtat agccgaccct ctcttttgaa
    38821 tccatcttga ttcagatcac attcccttcc acctctattt atacaaaata gaaacacatc
    38881 agattacacg ccatccgaag cgaaacagtt ttatatcgga tcagattgca tgacatccga
    38941 agcgaaacag ttttgtattg gattagattg catgacatcc gaagcgaaat agttttgtat
    39001 cagatcggat tgcatgccat ctggagtaaa tcagttttga ttcagattag attgtatgca
    39061 atctagagca atacaatttt gatttgaatc agattgtata ccatctggag tgaatcagtt
    39121 ttgattcgga tcagattgca tgcaatccaa agcgaaacaa ttttgtatcg gatcggattg
    39181 catgctatct gatataaaac aaacatgtat cagatcgtat ttccagccat acgataggat
    39241 acacgttttg cattcaatag aaatcaggat cagggacccg aaaacgggtg gaaacgacgc
    39301 gcagctcggc taatcgagca tcagcgccat gtggagacgg tcgatgtcgg cggccgagag
    39361 acggtcgtcg agccgtgcgg ccagtccgta aggctgcgag ggacagccgg gctgcggggg
    39421 gcgacgaatg cggagctgcg tggcgccgtg acgcgtggca gcggcacgaa ggagggccgt
    39481 ctcggcgtcc gcactatcgg cgagcaactc cttgacgcgc accacgccgc ccgcctcggg
    39541 cgcctcgaac aggaagcccg cgggccgtcc gtcggcgagg gccacgagca cacggccgcc
    39601 gtccgattca cagtcgaggc ggatggtgtc gaagtcgcgc gccgtgtgca ggatggcgca
    39661 cgggcggcgg tgttggaggc ggtcgaaggc ggcgtaaaaa cgcgcgtcgg tgcagggcgc
    39721 aacgcggatg ggggtgggcg tgaggggcag gccgtccgtg gagatccgct cgtcgcgggc
    39781 ggggatgggg tggacgtagc ccaagcgggc gtagacgtcg aagagccacg gctcggcggg
    39841 gatgagcgta gtgagggcga agcctcggcg gcgcatcgta cggagggcgc ggcgcatgag
    39901 ggccgtcatc agcccctggc cgcgcgcctc ggggcgggtg ctgacgccgc agatgtaggc
    39961 cgcggggagc gtgcgcctcc ccacgcggag gcggtagggg acgatgtgga gcatggccgc
    40021 gaggtgtccg tcgcggctga gcgtgagggc attctggggc cggtagacgc gggtgaagaa
    40081 aaggcggacg aaggcgtcgg agtcgccaaa cgtgtcctgc cagaggcgca tcatcgcggg
    40141 cagtcgcggg tcgcggatca tcgacgcttc acggcgccga acttctccag cagcacggcg
    40201 gggttgtacg acagtttggc cttgcggagg cccggcagcc cgaggtcctc ctcgcgattg
    40261 atgtaggtgt acgtctccgg aatgtgggcg acgaactcct ggttgatgac gctgaaaatg
    40321 ccctcgtagc tcgtgtcggc cttctcgacg tgcaccccga aggtgatgcc gttgatgggc
    40381 gatccgtagg tgaaggcggc gatgtggtcg tcgatgacta gggcgccacc ggtgaggccc
    40441 agcgcttcga agttgcggag ggcgaagtcc atcgatcggc gctcattggt gaggtcgtcg
    40501 gcgttgtcgt ccgtcgcgtt ggcacgcatc caggtgcgct ccagctccat gcagcagggg
    40561 gccgtctcgg gcgtgagggg caggtaggtg taggtgtatt ccttgcggaa acggttggcg
    40621 tggttgcgct tcgactggag ttttttgccg cgcagcgtga gtagctcctc gcgcaggtag
    40681 atgtaatcga agtagtcgcg gtcggccatg taggcgaact cgtcggggca ggcagcctcc
    40741 agctccgggc gtgcctcggg ggtaatgccg agcacaagca gcgggtggcc gaaaccgttc
    40801 acgtggttgt tttcgtccag cttacggatg gctgcgccca ggtcgccgtg accgatgggg
    40861 atcatgtagg ccagccgtcg gcccgcgttt tcctcgatgt aaaagcggat gaagaggaag
    40921 ccgtcctcga tggcatactc ggtgtcgtag aggaaccgcc agctgcacat gttggcgaag
    40981 gcgaaatcgc agttggaata gggggcattc agggtgaatg cgctgatcgc gtcgcgatca
    41041 gtgagggaga tgggttggaa tgtcataagt ctataaatag gaaaggaaac gccgaccggg
    41101 caggcctgaa atctgtccga tcggcgtcgg ggggcttgtc ggcaggctta cgtctacttg
    41161 atgacgccca gcgtacggcc gactttgatg aaggcggcga tggccttgtc gaggtgctcg
    41221 cgctcgtgtc cggcggagag ctgcacgcgg atgcgcgctt gatccttggg cacgaccgga
    41281 tagtagaagc cggtcacgta gatgccttcg tgctgcattt cgcgggcgaa gtcttgcgag
    41341 agcttggcgt cgtacagcat cacggcgcag atggccgact gcgtgggctt gatgtcgaag
    41401 cccgcctcta tcatgcggtc gcggaagtaa gtcacgttgc gcgccagctt cgtgtggagc
    41461 gtgtccgact cgtcgagcat cttgaacatc tcaatgctcg cgccgacgat cgacggggcc
    41521 acggagttgg agaagaggta cgggcgcgac cgctggcgga gcatgtcgat gatctccttt
    41581 cggcccgtgg tgaatccgcc catggcgccg ccgaaggcct tgcccagcgt accggtgaag
    41641 atgtcgatcc gtccgtagag gttgaactgc tccgctacgc cgcgtcccgt cggcccgacg
    41701 acgcccgcag agtgcgactc gtcgaccatc accaacgcgt cgtaacgctc ggccaggtcg
    41761 cagatcttgt ccatcggtgc cacgttgccg tccatcgaga agacgccgtc cgtcgcaatc
    41821 acgcggaagc gacagcccgc ggcctccttc aggcaacgct ccaagtcggc catatctgca
    41881 ttggcgtagc ggaaacgttt ggccttgcag aggcgtacgc cgtcgatgat cgaggcgtgg
    41941 ttgagggcat cggagatgat ggcgtcctgc tcgccgagga gcggctcgaa gagtccgccg
    42001 ttggcgtcga aacaggagcc gtaaaggatc gtgtcgtccg tccggaagaa gcgggcgatg
    42061 gcggcctcga gatccttgtg catgtcctgc gtaccgcaaa tgaatcgcac ggacgacata
    42121 ccgaatccgc gctgttgcat ggcgcgtgtg gcggcctcga tgaggcgcgg attgtcggat
    42181 agcccgaggt aattgttggc gcagaagttc agcacatcct cgccgtcgcc aacgcggatg
    42241 tcagcgcgtt gcggcgttcg gatgatgcgt tcttttttga ataatcccgc cgactcgatg
    42301 tcggccagtt cctgctggag gaacgcttga atttttccgt acatgactct ttgtgtatgt
    42361 aattatggtt tcgcggcggc aaatgtaaga cgtagttcga ggtaaaaagg ggccggcgcc
    42421 tcatccctca gccaccgatg cgatatcagc acagcgccac acgtctgcgc gagcccgtcg
    42481 ctgtgtattt cgggcgttgc aaaatctgcg acagcccgtc gctgtgtatt tcggggccat
    42541 gcaaagctgc gacagcccgt cgctgtgcgt tttgaagtgc acgcgtcatc tctttttgca
    42601 gattgtatgg gtttctattt tgtcgtatac ctattctgat acctttgcgc gcaaaaattc
    42661 acattcagca agatgaaaaa catattggta atcggttcaa ccggacaaat cggctctgaa
    42721 ctgaccttgg aattgcgaaa gcattacgga gagaatgtgg ttgcgggtta catacccgga
    42781 gccgaaccca agggcgagct ggccgaaacg ggcccggcag ccattgtgga catcacgaac
    42841 ggacagcaga tcgcagacac ggtggcgaag tatcgcgtcg acacggtgta caacctcgca
    42901 gcgctactct cggccgtggc cgaaagcaag caccgcctgg cttggcacat cggcatcgac
    42961 ggcctgatga acgtgctcga agtggcccgt gaacggggct gcgccgtctt cacccccagc
    43021 tcgatcggag cctttggcga cggtgcgccg aaagacatga cgccgcagga taccatctgc
    43081 cggccacaca ccatgtatgg cgtgacgaag gtgacgggcg agttgctcag cgactattat
    43141 tacacccgct tcggcgtcga cacgcgtggc gtgcgcttcc cggggttgat ctcgtacgtg
    43201 acgcctccgg gcggtggcac gacggactat gccgtcgaca tcttctacgc cgcggctcgg
    43261 ggcgagacgt tccgctgccc cattcagggc ggcacgttca tggacatgat gtacatgccc
    43321 gacgccctgc gtgcagcgat ccagctgatg gaggccgacc cgtcgaggct tcgtcatcgc
    43381 aacgcgttca acattgcctc gatgagcttc gatccggaga tcatctaccg gcagatccac
    43441 aagtatcgac ccgacttcgt catggagtac gccgtcgatc ccttgcggca gtctatcgcc
    43501 gactcgtggc cgaatcacat ggacgaccat tgcgcccgcg aggagtggga ctgggcaccg
    43561 cgctacgatc tcgacgccat gacgcgcgac atgctggaga agctctcggc tcgcttctga
    43621 ccgagcgcac ccctcctacc ctgctttcac gactaatccc gcataccggc cacacggtgt
    43681 gcgggatttt tttggccaat atgtgggagg cgaaggggtt gaattggatc ttcttttctt
    43741 cccttgatgg aagaaaagaa gcaaaagaag atcaaggcct ctaccgaggc cggggcagtt
    43801 tggccgggtt ctgggttgta tcacaaccga gggccgcagc cgcctcagtg gcgcagggtg
    43861 aagggcatga agtaggccag ccgcagggtg aagacttggg gcgaggcttt ggagaaggcg
    43921 tcgccgtggc gggtactgta aaagtcgcca agggaatagt agtagcggcc ttcgagctga
    43981 aaatagccga cggacgtgcg cagttctacg cccggcccgc cgcagagtcc ccacgcgaaa
    44041 cgtcgctcga tggccatcgt gtgctggtcg ttcgtcttgt tgggtgtggc gccgttcagg
    44101 ttctcgtccg tactctcacc cgtcaggagg ccgatctgcg gaccgaggtt gaaaaagcat
    44161 cgcacacgct cggagccgaa gtagatgtgc gtcaggaagg gcagttcgag gtagttcata
    44221 cggcggatgt agcgatactg gggctgctcg tcgaagcgct cgcgccaacc aagctgacgg
    44281 aagccggcct cgagctgtag cccgaggtta cgctccgtaa tccacctgag ggccacgcca
    44341 ccgttgaagc cctgcatcgg gctctgatgc accttgggcg cgaagaagac ggtcgaatag
    44401 ttgatgccgc ccgtcacgcc cgccgcccat tcttcgctga acgtgggccg ttgcgcccga
    44461 ccgtccgtag cgtgaacggc cgcccatgcc agaaacagaa agagggccat cgccctcctc
    44521 ctgtctgaaa cgccttgcag ccaccgggct gcgctgtgaa gtcggctcat cattcgcgcg
    44581 tgacggtgtt gtccttattg tagtggacga tgtaaatgtt ctggttcatg aagccgcccc
    44641 agttgctcat ccgctcattg tagtagaggc ccatctggag gctggtgtac ttcatctggc
    44701 ggatgttctc ctcgaagttt gcgccgtgct tttgcagcgc accgatgaaa tacatgcccg
    44761 tatcgaagcc cagcatggcg tagcgcgggt aggtctggtg catactcttt tggtagaacg
    44821 atttgtagcg tgaggtgaag cggcgcacac tcgctgatcg gctgatggcg aagaagggcg
    44881 cgtagatgta cgtattgaag gcgctgaagt ctcgagtgta gttggtgtac gtctgccatt
    44941 cggggtatcc gaagagcgtc agccgatagt tcgacttgcc ctgcaagagc gcgcggagcg
    45001 tggggcggag cttggccagc gcgccctcgg acgacgaagt ggggatgatc acgttcggct
    45061 tcgaggtgct gagcaggccc gtgagatcgt tcatgaacgt gcgactgtta tagcctactt
    45121 cccgattcgg aatgcccttt ttcgtcattt ccgctttgag ggcacggaca aagtccgtct
    45181 cttcgtcctt atcgccgatg ctgacaaaga cggcgttgta gttcgccaac agcgaggcgg
    45241 ctcggacggc agcgatgggc gcgatgtaag ccttgggggc attgacttgg aagatgaacg
    45301 agttgccaga cgtcagcttc tcgagtttcg aagagagggg gatgacgtat ttgacgccct
    45361 tccgcgaggc atagtcggca atcagctcga tctgttcgtc cgtcacgcca ccgatgatca
    45421 ggtcggcggc gttcacctcg tccgtgcgga gcacctcctc ggtcttctgc gtgccgtcgc
    45481 ccaggtcgta gacggataga tcgatcgagg tgcccgtacg gcgcagactg tcgatggcca
    45541 tgaggaaacc ctcgtaatac tccacaaagc ggggtacgtt tttcttgtcg ctcgtcagga
    45601 agggcagcag cagcgccaca cgggccacgt ctatgcgatt cacctcgttg cgataggcac
    45661 gcatggcctc gatgtcaaat tcgttcgtgg gtccactgac gggtgtggtg ggtgtagaag
    45721 gtgcggcgcc cgctttcttg ggtggcactt tgatcaccat gcccgcgcgc aggccgcttt
    45781 taagttgtgg attgactcgg agcagtgtct cgttgtccgt ctcgaagcgt cggcagagac
    45841 cgtagatggt ttcgtttttc ttgatcgtgt aggtctcgcc cgtcgaggcg gtggctggag
    45901 cggcggacgg ggccgggatg cggatcgtct tgccgacgta gaacgtgcct gcgtccagtc
    45961 ccgggttcgc ggccgtgatc tcgtccggcg tcacgccata attcctggag agggaaaaga
    46021 gcgtctcgcc actgcgaatg gtgtgctgca cagaggcgcc gtcggccgtc cgtccgctgg
    46081 cgttcgacgt gccgttacgg ggaatcttca gcgtttcgcc ctcccggatg ttgttgcggc
    46141 tactggggtt caaccgatag atgtcgtttt cactcacctt gtacagggcg gcgatggaat
    46201 agatggtttg tccacgctct acggtgtgat aaataacgct gtcgtcgcgc tcgttaccgg
    46261 cggatgcttg tttgcggcta ccctgtgccg ccaagaagct gggtggcaaa cagagcaaga
    46321 gagacagcag atagaaattc aatctattca tagtcaatta aaaatttgtg cacaaaggta
    46381 agccttattc atcgatcaga cagccgggta tgtggggaaa ttggatagcg gcgaggatcg
    46441 tttgaatgtt tgagggccac tctccgccat ccgatccact tcccgcttcg gaacagcatc
    46501 gggcgacgat gcgtgtcggt ttgggaggct cgtttcgggc tttcgtcggg tgacgggatg
    46561 tccgaaaagg ttcgaaatgg acttccatct ggtagcgcgg tgttgtcgcg aacttatcta
    46621 aaattcaacc gagccaccgc ggccttaggc tggatgtata tcataggctt ttaatctgaa
    46681 agcccgtaat gtacacagta ggttattggc tattgatctg aaatgcgcct acacacttta
    46741 tctatcacaa gatcttaatc taaaaggaaa gaatatgcac cgactatact atactttcaa
    46801 tataaaagga caccatatac atgagagatt gtatcctttt aatctgaaag caaaccatat
    46861 acagtttaca tagcctccta ttaatctgaa aggatagaat ccacactgac tatattgtga
    46921 ttttaatata aaaggctact atatacataa gagatcgcat ccttttaatc taaaagcagg
    46981 ctgtatgcag catgcataac ctccttttaa tctgagagcc tcttatatac gatagacatt
    47041 agatcctttc cttgtgaaag cactttacag gcagtgacat ttctaacctt ttaagctgaa
    47101 agcatgccac agacacccgt tctgggggcg gacgagaggt ctactgggcc aaacggggcg
    47161 tcggggggag cgccgcgggg cgtcacttgc caatcagggg gtatgaggcg cgggctcggg
    47221 cggcgggaca ggcgttgaag tgccaccatt cgctggtgac ggtggtgaaa cctgcagcgc
    47281 gcatgacacg acggagcagc aggcgattct ggagctcctg ttgggtgatg cggccggtgc
    47341 gaacgagcga cggctcgcgg tcgatattgg ccgtggggcc gaaatggtcg aagggcgtgc
    47401 ccatgggcag ggcgtggccg agggtgtcgc agagggtgag gtcgacggcg aggccgaagt
    47461 tgtggaggcc gccgcgggcg ggactggcca cgtagtaggt gttcggggtg ccacggacga
    47521 ggctccacat gatgcgctgc acggctatgg gccgcgcggc atcgtagacg agcagggtga
    47581 ggtcggggcg ctcgaggcgg agcagctcgt gggcgcggcg gagcttacgg gcggcgtcgg
    47641 ggtggaggaa ggcgctggtg aggccgtcgt agacggggcg gcccatgaag ttgtcggccg
    47701 tggcatactt cagctccacg cgtaggctgg ggatgaggag ctggaggtca acgtaaccgg
    47761 cggcccggag gcgggcgtcc cagtcctcgg cgcgggcggt ggcggcgagg acaagggcga
    47821 cgaggagggc aaggaggggg cgcttcatcg gatgcgccgc tgtgtgacgg tgtcggacgt
    47881 cagggcgacg cgttcggcac ggccgacgtc tttgcggagg aagagggagg ccatgtcggc
    47941 gaatcgctcg ggggagtcgg tcgtctggaa acgcacttcg gcgtgtcggc tgaggcgacg
    48001 ctcgatctcg gggtggcgcg tgaggtagtc cttgaggcgg tcggccacgc ggtcgccttg
    48061 cgagaagagg gtgacgccct cgggcaggta gcggcggatc ttgtcggtga gcagcggata
    48121 gtgcgtgcag ccaaggatga cggtgtcgat ctgcggatcg cggttgaaga ggcgctcgat
    48181 gtgcttctgg acgaaatagt cggcgccggg cgagtcggcc tcaccgttct cgacgagggg
    48241 cacccacatg gggcaggctt cgccgacgac agtgacgtcg gggtagagct tggcgatctc
    48301 catggggtag gatcgggagg cgacggtgcc ggtggtgccc agcagcccga cgtggcccgt
    48361 gtgtgtgagc cgtccgacga tctcagcggt gggccggatg acgcccagga cacgccgcga
    48421 ggggtcgtgc ccggcgggca gatcgcgctg ctggatggtg cggagggcct tggccgaggc
    48481 ggtgttgcag gccaagatga tgagggggca gccttcggcg aagaggtgca tgacggcttc
    48541 gcgggtgaag cggtagacgg cgtcgtagga gcgtgtgccg tagggggtgc gggcgttgtc
    48601 gccgaggtag atgtagtcgt agtcgggcag ggcttcgcgg atcttgtcga agatggtgag
    48661 tccgccgaag ccggagtcga agatgccgat gggggttggt ttatcgttca ttttttaggg
    48721 gagttacgcg ccgttggcgc gggtagttat gcggccgttg gccgcggtag ttgcggcctt
    48781 gcgaccgggg agttaggggt agttatagga agaggggggc ggggataaaa agggaaagga
    48841 tgccggccgc acatcgattg gcggggcatc ccttctctga tttttacttc ggattacacg
    48901 tgcgtctcgt cccgattact tgagcccaag tttggcctta accagcggtg tagcatcgat
    48961 agcggagcta cctgtgtaga gaagcacttg ggggttgatg atgtaggtgt aacctttctc
    49021 atcgcccacg gccttgatgg cggcctgcat cttcttttgg atgggctcgt agagctcttg
    49081 ctgcttcttc tgcatctcct cacgtgccac gggaacgaag ttttggatcc gggtttcgag
    49141 gtcttgaatc tcctgctgac ggcggagctt gatgttctcg gtcagggagt cctgcttgga
    49201 catgtactcg gaatacttct tcgtgtactc gtcctgcatg gttttgaact ccttctcata
    49261 ctgctcattg agggccgcca tcttcttttc aacggctgcg acttcaggca tagcattgaa
    49321 aatgtctgcc gtgttgacaa tagcgatctt gtcttgtgcg aagactccgc ccaggggcag
    49381 gagcataaaa atcagcacta ctaacttctt cattactcta aaaatctctt gttactaaaa
    49441 tggattgttc tgtctattca aaagtgggcg gcaaagatgg aggtaaaagc gaaatgcgaa
    49501 aagctaaggg ggacggctgg tccagatgtg gggtccggct tcgggctttt agcttttcgt
    49561 cgttccgttc tacttcgcgt agccgagttt ggtgagcacc tcgttgctga tgtcgatccg
    49621 tggcgaggcg aagatcatgc tgccggccga ggcacgatcg atgaccatct ggtagccctt
    49681 gtcgttggca atctccttga cagcgttata gatctcgtct tggatgggct tcatcaggct
    49741 ctcgcgcttc ttatagagct cgccctcggc tccgaaatat ttccgcttca gatcttgggc
    49801 cgcctgttcc ttcttcacga tctcttcctc gcgcttggtt ttcatctcgg ccgataggaa
    49861 gacgaggtcg ctctgatact tcttatacat gttctgcgcc tcttgctgga tggcctcgac
    49921 ctcgttctgc cacttcttgg agagttgcga cagctgttcg ttggtcatct catacgccgg
    49981 aatattcttc aggatatact ccatgtccac taaggcgaac ttctgcgcca tcgatgccac
    50041 tgagaacagc agcaccattc cgatcatcaa aatacttttc cttttcatcg ctctatggtc
    50101 attaaaaatt tatcgtcgca acagacggac tccctgcgta gaggtttgag tcgtccgctt
    50161 cataaatcac attaaaattc ttgtcccaaa tagaagtgga tctggctgcc gccgcgctgt
    50221 gcgccgggat aaggccgatc gaagccgtag gcccagtcga taccgatcat gccgatcata
    50281 ggcaggaaga tacgcgcacc gacaccggcc gaacgtttca aatcgaaggg attgaagtcg
    50341 cgcaccgatc cccaggcgtt accgccctcc acgaaggcca ggccatagat cgtagatgtc
    50401 ggctcgagga taagcggata gcgcaattcc atcgataggc gggagtaggc gtaggcgtag
    50461 ggcacgacgc tgttgccggc gatggagttg ttttcgtagc cgcgtagggc aacaagctcg
    50521 gtgggatagc cgttgccgga atagcccgac atgccgtcgc cacccatttg ataagactcg
    50581 aagggggaga ttttatgtcg gttgtagtag ccaaggaagc cgtactccac acgggtcatg
    50641 aggaccggcg tacgcttggg gccgttgttt tgcggcaggg gcgtgagggg aaagaacatc
    50701 ttgccttgga atttccactt atggtactcg atcagcttgt gtcgctcggc cgggtcgttg
    50761 atcttagagt agtccttgcc atcgatgagc gagtagggcg gcgtgaacga gacggaagct
    50821 aggaactgcg agccgtagcg cgtgtagatc gggttatcga tcgagttacg ttgcaaactc
    50881 agatcgaggc tgatcttgtg gcagacgccg ttggctacgt cgaagtaccg gtagtcgtgc
    50941 atatgataca gctgatagcc cagcgtgaac atggtataga aatagtcgtc gggccaattg
    51001 agacgcttac caaaacctat acttccgcca accatttcga tgtacttcgt tgggtcgtag
    51061 gcttgctcat agggattgta gccattgctt ccataactat tgcgaccgta gatgccgttg
    51121 ttgtagaagc tgttggccat gtagcggctg tattcctgat taaaatagcg gggattataa
    51181 cccgtgtact tggaataata gagcccgaca gagagcgtgt tcgggcgctt gccaccgaac
    51241 cacgggtcga ggaaggagag gctgtaggac tgatagtatt taccactcgt ctggccgttg
    51301 atggtaaacg tttggccgtc gccctggggg ataatgccgc ggtaggtgcc ggggtggaaa
    51361 aggttgcgca tggagaagtt gttgaacttc aaaccgacgc gcccaagcaa tccgcccggt
    51421 ccccatccgg ccgataactc gatctgatcg ctggccttgg aaacgaggtt gtagcggatg
    51481 tccaccgtgc cattgtctgg gttggggatg ggttcagggt tcatcttctc aggatcgaag
    51541 tggcccgtct gcgcgatctc acgcgccgaa cggatcaggt cgtcgcggct gaagagctgt
    51601 cctggcttgg tgcgcaactc acggcggata ttgttttcat agagccgatc gttaccgttg
    51661 atgatcactt tattgatcgt ggcctgcggg ccttcctgta tgcggatttc aagcgagatc
    51721 gagtcgttct ccacctccac ttcgacgggg tcggcgtaga agaagaggta gccgttgttg
    51781 tagtagatgt tcgagacggc gtcgtcgtca gactgtaggc gctcctgcaa cttcttctgg
    51841 ttgtagacgt cacccgcctt catattgagc agcatggaga gctgctcggt gggatacttc
    51901 gtgttgccca cgaagcggat gtccttgaga tagtatcggt cgccctcgtt aaggttgagg
    51961 tagatgtcga cgtatttgtc gtccacgggc acgatgctgt ctgaggttac gacggcatct
    52021 cgatagccgt actcattgta tttgtcgatg aggttcttct tgtcgttttc atactcctcg
    52081 ctggtgaact tcttcgtgct gaaaagctcc aaccaactgg tgcggaaacg cttcttgagg
    52141 tcgaacttct cgttcgtctt cttcatggcc ttcttcagtg taacatctga gagggcatgg
    52201 ttgccattga ggtggatctc gcgaatcctc gtcttttggt ttttggagat gttcacgtcc
    52261 acgatcacct cgccgtcttt ccccgcatcc tcacgttgca cgatgtccac ctccacgttc
    52321 ttgaagccct tgccatcgaa atatttcttg acgagcgtct ttgcgcgatc catcacgttg
    52381 ggcgtgatct gatgcccctt gcgcaggccg agcttcgcct cgaggtcttc gcgttcgctc
    52441 ttcttcacgc cgttatagtg gatttccgag atacgtgggc gctgctttag gcggatctcg
    52501 agccacacct tatcgccttg gatgcgagtg gccaggatct tcacgtcaga aaacagccca
    52561 tgcttccaga agcgccgcac cgcgtccgag atctcatcgc ccgggatcga cacctcgtcg
    52621 ccaacagaga ggccggagaa gccgataagg atgaaatcgt cgtagttctt agtgccggtc
    52681 acttggatgc cggcgatggt gtagcgtttc ggcgtcagcg tataggatac cgtcggcacc
    52741 tcgccggctg gcaccgtatc cgtcggtacc gcgttcgtcg gtgtaaggtc cgaaagcacc
    52801 gtcccagcgt gcacggccgt ggtgtcgacc tgcgcccacg cgctgcccac cgttaaggct
    52861 gccattaggg ccgccgccat caagcgtaat ctcttctgca tagtaaagtc gttagaagta
    52921 gtaggagtgt ggtttgaggt agtaagtcgt agggaagcgg tgcccccagc gaggttcgta
    52981 cctgtgtact tgtcttattt atttgagttg ctcgccggtc ttgccaaagc gccgctcgcg
    53041 gtgctgatag tccaagatgg ccgtgtataa ttcttcttcc ctgaaatcgg gccaataggt
    53101 gtcggtgaaa tacagctcgg cataagaaag ttgccagagc agaaagttgc taatgcgctg
    53161 ctcgccgccc gtgcggatca tcagatcggg atcaggcaag tggcgggtgg tgagatgatc
    53221 ggagaaaagc tcctccgtca cctcctccgg ccgtagccga ccgtcacgaa cggcttcggc
    53281 caattcacgc gtagcacgca ggatctccca acgcgccgaa taactgagcg caagaacgag
    53341 cgtcgtgcct gtattgcctg acgtttcgcg cagacattcc tcaagcgtgg cccgcacttc
    53401 ggccggcaac cgatctaagt cgccaatggc ctcaaggcgc acgttgttcc tcatcaggtc
    53461 gggcgtctcg cgctggatgg cggccaccat gagcgccatc agggcgtgca cctcggccgc
    53521 ggggcggttc cagttttcgg tagagaaggt gtagatggtc aggtagcgca gcccgatggc
    53581 cacggccgcc tcgaccacct tacgcacgga gacgacgccc tcacggtgtc ccgcgctgcg
    53641 atcttcgcca cgcgcttgcg cccatcggcc gtttccgtcc atgatgatcg ccacatgctg
    53701 cggcaatcgg ttgcggtcta tttgttcttt caacgacatg ctttggtaag tcttcagttg
    53761 gttcagtgtt tcgataatcc catcagcgcc tcgatgccct ttgtgctgtt gcatttgcgg
    53821 ttgcgcggcc cgaagtccca cgtgaggaag agcgtcgtga gcgtgtacca gtcgccgttc
    53881 ttcatcacgc tgccggggat gatgttgtac gggttgtcca gctgcgcatt gtctaagcca
    53941 tcgcccaaga ccttgtgcac cgtcagctct gcgccgatgt tgacgcggtt gcggagcttg
    54001 tatttgatcc ccacgccgat gggcaggttc agcccgccga acgttcggcc ttggcctgta
    54061 gccacggtgc caccgaggcc gacgagcagg tagggcgcaa ggcgctgcgt attgaggtag
    54121 gcgaacttgt cgctgtaggg aaagaagttg aactcgaatt gcccgccaag atccaccacg
    54181 ttgcgcgaaa aagcggtctg cataccgccg gggaaggcgt tcttgaggcc agctgtgcta
    54241 cccgtgaccc gtgcccacgt caggccgccc ttgaaggcaa tgcggaagtt ggcgttgtag
    54301 cgaaagacca gccccaacga cgggttcatg cccttgagcg gcgtactctt attcacatcc
    54361 cccatgtaaa acgctccgcc gcccatgccg ccgatctcgt atttgtattc ctgcgcaaag
    54421 gccgacacgc tgacgacggc gaagacgagc cccgccgcaa ggtgtcgaaa gaaagctgct
    54481 gacattatcc ttgattatta cggtcattac tttctcccta acgcgaaaag tgtttcaaaa
    54541 ttacgttcac cctttaccgc ccgtaaccca gtcgattgat gcgtccacgc cacagttcgt
    54601 ccatcatggc acccgttcgc gaggtgcgtc cgccgacaag cagcaggtag ccgtccgacg
    54661 tgacagcggc cgaagcataa ccacgcgcca cgaactccgt tggcagctgg agcttgtgcg
    54721 ccgctgcgat ccatgtcgcg ccgcggtcgt aggagaggta gagcgtgcgc tgtgcagtgc
    54781 ccgaagcgtt caggccgccc acaaggacga tggcgccgct gtagttcgct accgccgcgc
    54841 cttccaaggc cggcagaccg gaggcggtgt actggttgag gcagatccac gtgcgaccgt
    54901 cggtcgtctc ccaggcttgg tccgtcagga taccgtcgcg ccgacgaccg cccgcgatca
    54961 gcaggtgccg acgatgggcc gcctcgtagc tcgtactgcc gaagccctcc gtggggaagg
    55021 tggttgggac ggcgtcgccc gtggtccatg tgcccgacgc atccatcgag gcgaaatgga
    55081 gcgtgttgtc cttactgcgc acaatggccg ccagcgccac cggctgtgag ccgtaagtca
    55141 ccgtgtccac ggcgcccaag aggcggacga tggtgggcgc ccctgcgacg gacgtccacg
    55201 tggcgccgtc ggccgagcgg tagagcgcgc cgtcggtggc gtgtatataa taggtatggc
    55261 ggaggagggt ggcgtaggcc gcctcgaatg tcttgcccgc gggcaggccg gacggagtga
    55321 gggcggtcca cgtctgcgcg tcggacgagc gataggcgct caggccgtcg gtcgtgcggg
    55381 ccaagagcag gtaggcgcca gtgtgggcca gcacgcgcgc ctcaacgagg ttgctctggc
    55441 ggagcagcgg cgcggtgtgt tgccaagcca tcgagtcggg gtcttgctgg tgcacattca
    55501 ggcgcacggt gtaggtcttg gcctcggtgc ggtcgagcga cgtgacgtag atgcgcacag
    55561 gccgcgagaa atcgatcgag tcgtcctccc gccccgaaat gcgtttgccg gtcgcctctg
    55621 gctcgaactc cacgctcgac gggcccacag cttcgtcgta tacgatctgg caggccaact
    55681 tatgggtgac ccgtgtgccg tacggcagtg aatcggtgtt gtagatttcc cctcgcagtt
    55741 ggtcgatggt gaaagtcacc cgactaaggc cagcgatgga gtccttatcc ttggtgacat
    55801 tcttcagcaa aaaggaggcg atttggcagt ttttctgccg ccatctcggc gttgtcctct
    55861 gcgcttcgtc cttcaagcag gacgacaaaa cgagcgctgc taaacagctg acaagcaccg
    55921 atcgtaaccc gttatttctc atttacacaa ttgttttttc tgaacgaggg gcaaaagtag
    55981 atagatattc gtcctacaca accggcgtcc ggagcaaggg tcaggggtca aatccccctg
    56041 attacaggtg tgcgcaacgg cttacccggc atcgccattt ccgttgtcct accattcacc
    56101 ctgcgccgcg cccgaagcac ctcgttttgc ccgatagacg ccctgcgtgg cccctaatgc
    56161 gcctcatttt acccgataga caccctgcac ggcgcccgaa gcgagtcatt ttgccccaca
    56221 acttccccgc tcagccctaa aaagagccat atattccatg cttttacatt aaaagcacaa
    56281 gatgtacgat gcaagtaatg agcttatata ttgaaaggat aagatatttg acatgcattg
    56341 aatgctatca tattaaaagc ctattatata cgatctatat tccatgcttt tatactgaaa
    56401 ggatataata tgcatgatat atatgatcct tttaatctga aagcatcgaa tatacgatga
    56461 aggtatatat ctttcaaatt gatacaatca aacttgcagt atatattcta tcctttcaaa
    56521 ttaaaagcat agaatatacg tatgacattt tatcctatca tattaaaagc gtctgatata
    56581 cacctccatc taaggctacg cggcggggag gagcttcgaa tggggacgct ggggcagccc
    56641 gccacccggg aacagtccga aaggccgtcg cttttgcccc tcacacgacg ccgcaccccg
    56701 aaatgccctt ccaattgcag gctaacgccc ctcacggatc gactccactt cgtcttttcc
    56761 gtcctcccct gcgggatgtt cccccggaag ggaggcgtat gctttcgggc ccctacccga
    56821 tcgtccctcc tgtatctggc caaacttcgc ctgcctccgc agaggcccct accataaatc
    56881 gaacagccgc ttagctttgc gcctccaaat ttccagagag taagaagtga caataggaca
    56941 atggaaggat tcacagataa cagaccaaac aagaaccccc gcatgaagca tctatttatc
    57001 ggcgccttgg cgctgctcgt cgccctacat gggggcgcag cctacgggca aaaagcaaaa
    57061 cagaaacaga agtcggccgc agtcaatgtg ctggctaacg acacgcgcgt cttcaaggtc
    57121 gatccggcga tcgatgtgca gggcgtgcgc ttcaaaaacc gcttcgggat agagttggcc
    57181 ggccacctct acatgcccaa gggctatgag gcatcgaagc gataccccgc cgtggccgtc
    57241 tgcgggccct tcggggcggt caaggagcag gcctccggac tctacgccca ggagttggca
    57301 tcgcgcggct tcgtggccct ggccttcgac ccctcgttca cgggcgagag cggcggcgag
    57361 gtgcgcagcg tggccgcacc agacattaac acggaggact tcggcgcggc cgtggactat
    57421 ctgatgcgcc tgcgcaacgt cgacgtctcg aagattggcc tcgtgggcat cggtggctgg
    57481 ggcggcatgg cggtcaatga ggcctcggtc gacacgcgcg tcaaggcgac cgtcatctgc
    57541 tctttctacg acatgaagcg cctcttcgcc gacgtctatt acgactccaa aagcgacgat
    57601 gcgcgctacg aggagctgcg ccgactgagc aatcagcgca cccgagacgc gcagacggat
    57661 acgcacgagg tgacgggcga taacctggat cgtatcgccg ccaacgcgcc ccgctacctg
    57721 cgcgactttc aggcctacta caagtcggcc cgcggcttcc acaagcgctc ggtgaactcc
    57781 acgggcggct ggacaaagac aacgcccatc tccttcatcg gctcgccgct ctgctcgcga
    57841 gtgggcgaaa tccgcggcgc ggtgctcatc gtccagggcg aaaagtcgca cactcgcagc
    57901 atggccgagg acatcttcaa gcgcctcaac ggctcgaaca aggagctcta catcgtgccc
    57961 ggcgcctacc acatcgacct ctatgacgac atgaagcgca tccccttcga tatcatcgat
    58021 cgattcctga aggaatatct gaagtgaggc ggctcgacgc cgcaggtgcg caactaccta
    58081 tgcaaggctc tataactacc tattcattat gagaacatac tcacccatga tcgcaggact
    58141 cttgctcctg ctctttgctg cgttcggctg cacgaaatcc gaacatttca tcacagacgc
    58201 ctcctatcgc gctcgcgtgg aggcggattt caaaacgaaa cgtgaggcct tcgccgactc
    58261 gtcgctcttc gccatcttcc aaaccgagat gaccaccccg gagcgtgagg cgatggagtt
    58321 cctctatgcc tacatgccca tcggcgacgt ggccgactac gacggcgcct tctatctgcg
    58381 caacgtccgg gcggccttca cggcccgccg tgagatgcca tggggacaac agatcccgga
    58441 ggacatcttt cgccactttg tcctcccgat ccgcgtcaac aacgagaatc tggacgagag
    58501 tcgcaccgtc ttcttcgaag agctgaagga ccgcgtgcgg ggactctcac tgcgcgaggc
    58561 ggtgcttgag gtgaaccatt ggtgccacga gaaggtgatc tacacaccct ccgacgcccg
    58621 caccagttca ccgctcgcgt ccgtctgcac ggcctacgga cgatgcggcg aggagtccac
    58681 cttcaccgtg gccgccctac gcgccgtcgg cattcccgcg cggcaggtct acacgccacg
    58741 ctgggcccat acggacgaca atcatgcctg ggtcgaggcg tgggtcgacg gtcgctggta
    58801 cttcttcggc gcctgtgagc ctgagccgac gctcaatctg gcttggttca acgctccggc
    58861 ttatcgcggg atgctgatgc acacgaaggt gttcggctac tacgacgggc cagaggacgt
    58921 gatggagcgc acggcctgct acacggaaat caacgtgatc gacaattacg ctccgacggg
    58981 tcgcacgaca atcaccgtga agggtaccga cggcaagccg gtagcggatg cgctcgtaga
    59041 gttccagctt tacaactacg ccgagttctt caccgtggcg cgcaagcaga ccgatgccga
    59101 cggcaaggcc tcactgacgg cgggcaaggg cgacatgctc gtgtgggtgt cgaaagacgg
    59161 acgctatggc ttccacaagg tgacctttgg taaagacgac gccgtgacga tctccttgga
    59221 tcatacgcca ggtgacacgg ctacggtaga gatggacatc gtgcccccgg tggaaggtgc
    59281 catcccaccg gagcgtgagg tgacggatgc ggagaaggcc gaaaatacgc gtcgcatgct
    59341 ggccgaggac agtatccgca acgcatacgt ggccacgttc tataccgaca ccctgtctgc
    59401 tgccttggcg aaagttttag gtatgtcgaa cgcggatgag ctgcggaaaa tcatgcccaa
    59461 gacacgtggc aaccaccagg aggtcgagca tttcctgcgt gaggcagatc aggccaaccg
    59521 actgcccgat gcgctgcgtc tattgaacag tatctccgaa aaggacctcc gcgatacgcc
    59581 ggcggacgtg ctactcgacc atctgaacaa cacgccgcaa atccctgagg gccttatcga
    59641 ccggcctgat gccactcttt ttgcggagta cgtagttaac ccacgcgtat ggaacgagta
    59701 tctgacgcct tacaaacaat tctttgccga gcggatcgat acgtcgttgg ctacggcagc
    59761 tcgacgcaat ccgcaggccc tcgtggaatg ggtgaagaca catatcgccc ttcgtaacga
    59821 cctcaatccg cagtatatct ctatcatgcc gacgggtgta tggcgtgcgc gcatggcgga
    59881 cgcctattcg cgcaacattt tcttcgtggc cgtggcgcga agcctaggca tacctgcccg
    59941 gatcgagtta atgacgggta aggtgcagta ctacaaccac ggatggcagg atgtgaactt
    60001 cgaggcggac catcagacta acgcgcccca aggaatgctc acggccagct actcccccac
    60061 tccctcgctt gacaatccga aatactacag ccacttcacg attgcccgat tgcgtgacga
    60121 cgcacaaatg cggacgctcg actttgaatc gcagggcggt gtgggcgaca cgtggcagga
    60181 tctgcttcgc gcgccgtcct cattgcgact cgattgcggc aattatgtgc tcgtcacggg
    60241 tacgcgtatg gccagtggca aggtgctggc acgtctcacc ttcttctcta ttcacgaagg
    60301 gcagacgacg aatgtgccac ttgtcatgcg tgcggatacg acggacatca gcgtgatcgg
    60361 cagtatcgat ccagaagcca agttcgacaa cgaaacaggc tcgaaggtct ccattctttc
    60421 gaccacaggc cgcggatact tcatcatagg cattctcgcc gcgcgtcagg aaccgacgaa
    60481 tcatgcactg cgcgatattg cccgtctgaa ggccgacttt gaaggctgga accgtggcat
    60541 agtgcttctt ttcaaggata aggcttcttt gggtggcttt gatcgaaagg agttcggccc
    60601 gctaccgagc acaattacgt ggggaacgga cgcggacggt tccgtgacgc gcatgattac
    60661 cgaggccatg aaattgcgga atacgaacga cctgccaatt ttcattatcg ccgacacgtt
    60721 cggtcgggta gtctttgtat cgcagggcta cacgattggc ttaggtgagc agatgatgca
    60781 ggtggtgcgg aagctgtaaa acgtaggccg aaaaaagtct aaggtcttca tacgaaagcc
    60841 gggtacacgg gcgggatttc cccaagtcgt gtacccggca tttttttgtc ctcacgtgta
    60901 ccggcgaaat aagttgggat taaaaataag tctacacatg gctccgcagc tccttcatga
    60961 aacgacatgc ggaccttacg cattgttgga ggtcgcgtaa gattttgcaa tcttatctcc
    61021 agacagtcgg atggataaaa agcggccgga tacgtgacga gaaaactcgc aggcgtccgg
    61081 ccattttttg tttttcgatt ttcgttttct cctgatttcc tatcgcttaa aacgaaagct
    61141 gatcagaaat tccgagggcc gcagccgatc ggtacgcgta taggtattga tagcgttata
    61201 gcccgtaacc acatacgtgc gatggttcag gaggttcgtc cagtccaaac tgacggtcat
    61261 gtgagggaac gaaaaacgca gacctaagtc ggcgaaaaaa agattcgttg ccgatatgtc
    61321 tggggcctgt gtgtaataat gttgcagggt ggtggttagt gagaggcgcg gcgtgaggcc
    61381 ccaataggtg tacagacgat ggtcgaggaa aggaatgtac cgatccacgg cgctccgatc
    61441 gatgcttacc ccggtatacg atagcgacgc gacataatca aaatttaagt tcctccgagc
    61501 gttccattta agggaaggcg aaagcgtgaa actatgatcg gtataatcta tcgtagctcc
    61561 ctgctgctcc aaggtcgatg cgttgcgagc gtacgcaatt tgtagccctg cggtaaggga
    61621 aaggcgcgtc aatagccgag ttgccgaaag ggtatgagac caatacgtgc tgcgttgatc
    61681 aaaaggacga agccaggaga aggtatagaa atcacgaata agatatgccg agatcaggtt
    61741 tccctgatga cgagaaaaat acgccatata actcaagtta aagaaatgcg acagatcctt
    61801 gaccgagagg tcgagactca gcatgtccga aacgttgcgt tcctcacgat ccgtgccacg
    61861 cgtgagcagg ttatagcgtt tcatcacata gcccgtgagg cgattgtcca ggtcgccacg
    61921 gcgaatcgta cgctgccaac tggcgctcga cttgaatacc gccgaaggct catagctaaa
    61981 acgtatcgca gggtgtattt gcagatcgcg atcggtatgg ccggcatacg tggtctgtcg
    62041 ttgctccagc atcgcggacg acgtgaggct ccaagcccca tacacgaatc gataagcagg
    62101 caccgcgtat agctgccata ggcgccaacg aagatcgttc gtgtagggac cctccacgcc
    62161 ctccggttgg ggttgcaggg cggaccgcac ggcttgtccc ttccatgcaa aacccgtttt
    62221 taagtccagc gtatgtgccc cggagtggaa gttgagcgtc agatacgaat cgttgctacc
    62281 cgcctcatag cgaatagatt gtcggacaaa tagctgtcta aaaagtggta tcgaatcttg
    62341 cgaagaaacc gtaagccatt gcggcatacg tataaattct gtctcatttc cgaatccaaa
    62401 agccacgcga ccgatcaaac gagaaagttt taagtgattc tttatcaagg tgcgtggcaa
    62461 attcatctgc tgctgcattt ggcgacctcc ggcagctaca tcggcgcgcg catccttcca
    62521 atgaatttct gcgctgagct tattctccaa aaaataacgt gtccgattgg ccgtcaaagt
    62581 ccattcgcct tccaatttat gacgtcgaac gatctgcgag gtgtaatcgc cgacggtgta
    62641 cgtctgtccg ttgcccagcc ggtactccgt ctcaacgcta cggctgcgcg actcacgttc
    62701 gtagccgtaa ttgagattca aacgcaagtc cacgtcgtcc gccaaccgcc aaagttgatt
    62761 caccgaggcg atagcagacc gattgaagcg tgcgcgatcg cgaacgaaga aggccgaggt
    62821 catcgtgagg ggcgaaagtt gatccggaat gccctctaag gtagccggat taaagacggt
    62881 ggcgcccatc gaatggatcc ggagctccat ggcaatgtcc cgccccgtat tattggcctt
    62941 ggcgacaatc agcgtctggt ttcgacgcgc aaagcgggct ggcgtaacgg tcgcgtcata
    63001 gagcatcgga aaaccgccca aaccgaagtc acccgtgagg agccatttgg cgcgcgatcc
    63061 cgatttcagt ctgatgttta gggccgcctc gtcgggatcc gtgcgtccac gcatcatttt
    63121 gataggctca tgattttcgt aaacctgtac ggaagcgatg tcagctggtg aaagattttt
    63181 cgtagccagt gaataccgat tgccaagcag attcaaatct tcgatataaa agcggttgat
    63241 gggtcggccg tcatatttga caagtccgtc actacggact tcaatgccgg gcatacgctc
    63301 cagcacttcg gccaacgtct tatcctgcgg ccgcgaaaaa ttagacatga aataggtcag
    63361 cgtatccccg cggcgtcgca tgggcgcggc ctcgaccttc acttcgcgca gcttgaccga
    63421 agtctcctgc aaacgcagtt ccacagtgcc cgcatccctc cgaacacttt gccgcagggc
    63481 ttcaaaacct aaccgggagg tcgatacaac gtattccgga gcaccgtccg acgggaggtc
    63541 taaagtgaaa gcgccgtcat ccctcgagta atcgtaggac aggattcgcc gtccgtccgc
    63601 actcatcagc ataacgtaga cgtccggaat gggtgcgcca ttggtcttcg cgcgggtatg
    63661 gcccttcaat tgctgttgcg cgctggaccc ggcgacggcc agcataaaaa gtattgtcca
    63721 aaaaagtagt ccacgattta tcataggtca ttcttacgct aaagtgagta atcaaaaaac
    63781 ctcaggatgt gtctttcgtc taaagaaaag cacaaactga ggcctgtaaa gtacttctga
    63841 aaaaaatagg tgctatttct ctattgggat atactctctt ttcatcacag gagcagatgt
    63901 ggggtttccg ctctcatcaa aaaaggtcga aggcgacccc gtctcaaaat ctccaaaggc
    63961 aatggcatcc tcgtgataca atcgctcata ttccaaatag gtcttcctcg atattttctt
    64021 gtattccgca cctgtataac ctccttttgc accaatctcg cgatgaatat aaatgatcgg
    64081 aactggattt attagacgct taaaagcctc catttcaaat aggaagtagt gatccgcatc
    64141 cgtagcgcgg gtaatcaatc ccgggaggcc ccaaagtttc cacggaccac gattaagcgg
    64201 tatttctggg gtgtaataca cttcccaatc acgacctcga taatgcgtcg tagcccgttt
    64261 gcacaaatat cctgatatag ttgtggtgtc ttcatgaaat gtccagtcag gcatagccat
    64321 ttgttcctca ccgatatacc catccatata ttcgatagcc gtacgggtct ttttttcgtc
    64381 ataaaattga tagtaaacag gggtattact tgaccgcgga tagcctttga tcaattcgag
    64441 gacttcccag gcagacagac cattcttcaa cgcgtcattt ttgattgaat cacgtatctc
    64501 accataacgg ctataaaatt tcgtcacctt atggcctata tccaagtaaa tccaatccac
    64561 gccctcaaac tccgactgtt ccggagcggt cctataagag aacttataga ccgcccagaa
    64621 ccgtgctgtg tcgattgttt cctgcgcata caaagccact atagcgaaga tccatgcgaa
    64681 aaagaatatc ggtattcgtc tcattcggaa tgtccttatt tgttctccac aaagaacgca
    64741 gaaacaactg tagactcaaa aataagagcg catgttttac aacatgtttt ttgtctcctg
    64801 aaaattgagg agcttgctat tggagacgct caatgactgc catagctgct taaaaacaga
    64861 gtccccatat ataggcaata ggaatacgtt tttgagaaag ctatttctcc aatgggatgt
    64921 aaggcaattt gtttacaggt aagggattac cctccgtatc tcttatttcc gaaccaattt
    64981 caaagttcat aaaagcattc acatcttcat gataagaggc ttcatatttg agataggtcg
    65041 ccttagtgat ctttttatac tcatcccctg tatagccacc tttatggccc agtgttcgat
    65101 gaatataagt catcggaatg ggttctgtta aatgcttaaa ttgatccatc tcaattaaaa
    65161 agtaatgatc tgcatccgta gcctgcgtaa tcagtccagg taatccccag agcttccatg
    65221 gtccacgatt aagaggtatt tcagtggtat aatatacttc ccaatctcgt cctaaatagt
    65281 gagttgttgc gcggtggcat aagtaaccca aaatggtcat cgtatcttct tgtagtgtcc
    65341 aattgggcat tgctaagggt tcctcataga catatccatg agctacatat tcagtcgcca
    65401 ctcgcgtctt tttttcattg tataattgat aatagatagg agctgcccct cttactggat
    65461 actctttggt catctcaaaa agttcccagc cagataagcc cttcttcaat ccttcgtttt
    65521 tgacagaatc cttgatctcg gcatatcgat tgaaatactt tgtcgcttta tcgcctatat
    65581 cgagatacat ccaatctatc caatcaaact ccggctgttc cggagcggtc ttataagaga
    65641 acttatagac cgcccagaac cgcgcggtat cgattgtttc ctgtgcatgt gtcgccacta
    65701 tagcgaagat ccatgcgaaa aaaaatatgg gtattcgtct cattaggaat gtccttattt
    65761 gttctccaca aagaacgcag aaataactgt agactcaaaa ataagcgcgc atgttttaca
    65821 acatgttttt cggctcctga aaattgagga gcttgctatt ggagatgctc aatgactgcc
    65881 atatctgctt aaaaacagag tccccatata taggcaatag gaatacgttt ttgagaagct
    65941 atttctctaa tggaatatat ggaatttctg tagctggtgc tggatcaccc gatgtagatc
    66001 ttattatatc tcccatctca aaatcgagaa acgccataac atccttatga aacaatctct
    66061 catattccac aaaagtcttc ttggatacct tcttatactc acttcctgtg tatccaccct
    66121 tattgccaaa tccccgatgg atataaataa tgggttcagg cttggataga cgtttgaaat
    66181 aatccaattc aaaaagaaaa taatggtctg catctgtagc acgaactatc aatccgggca
    66241 atccccataa tttccatggt ccataactca agggaatgtc tgtagtataa taggcttccc
    66301 atgttcgacc taaataatgg gttgtagctc gacggcaagt gtaaccgtat aaggttagcg
    66361 acttattgtc aagtatccac tgcggcatga ccatcggttc ttcatagtaa taacctttgg
    66421 cataccgtat agcaacccgc gttgtcttct cactatacaa ctgacaataa accggcgcat
    66481 ctccccttac gggatagttt tttgtccgct catggatcgc ctctgggggc atattctgct
    66541 ttagacactc gttcgtcata gaatctttga gttcggcata acggttataa aacatcgttg
    66601 ccttattccc tatatcgaga tacatccaat ccacccaatc aaatgtgggc tgttccggac
    66661 ttgttttata agagaactta tagaccgccc agaaccttac tttatcgatt tctgtctgcg
    66721 cttgcagagc gaagactact aatgtccacg cgaaaagaaa tatcaatact cgtttcattt
    66781 gaaatatcct tatatgtttc ctcacaaaga aacaatgacc ttctgtatca tcaaaaatag
    66841 agctacatgt tatataacat gtttcccaat ccctacgaat gcacaaatac acgtcttcgc
    66901 tacctccggc ggcgtttgtg gggtgtatgc tgttgcgcct ctacagatcc tgatatactg
    66961 atcttctaac aattagattt ttctcgtttc ttttgattct tttcttgcct tgatgcaaga
    67021 aaagaatcaa aagaaaatca aggcgtcagg gacgccagcc aaatttcaag catccaactt
    67081 atatgaatgt acctagaaaa acttctctgc tctcggaaga gggcttgagt ttcttttgct
    67141 tcttttcttt cctcaaggaa agaaaagaag atctcaatag gaagtcaagt aaggccacat
    67201 gatcttcttt cttctcttga tagaagaaaa gaaccaaaag aaaatcaagg cgtcagggac
    67261 gccagccaat tttggcttgg tacatattag aggggcatat attttttcgc ccctatatat
    67321 tccgatacga taatattcta acaatcaata tgcccctatc ccaccggaaa atctgaaatc
    67381 gaaaaatgga aatgaaaaat ccggatacat gattcgacat gtacccggat ttgtttttag
    67441 gtttatggtg ttcgttctat ctattcaatt ttccggaaga tggatctcgg ggccgccgcc
    67501 actggcgcca ccgccacctt cggaacctga gccgccttct ttagggttct ttcctccgcc
    67561 ttcggcaccc gagccaccgc cctcgggctt cttgccaccg cctccgggct tcggcgtacc
    67621 gccaccctct ggctttttgt cttttccatt atcgccgggt ttcttgggct cctcggtctc
    67681 tggcagacgg atatccggat catccttatc cttcggctta cgcggttttt taggctcctt
    67741 gggcgtcttg ggatccttac tcttgtccga tttgcggcgc gcgaggatct ggctaaacgt
    67801 ctcgtttatt tcgtccatcc gctgattgag ctgcttggct actgtacgga tcaattcctt
    67861 atccaccgtt gccgaaccag acaaataggc ggcttgaagc ataaaaatga cgcgctcata
    67921 taccgcatcc gtcttcggac gcacctcaac gatcttcggg aggtcttttt tggcgcgaga
    67981 tgcggtacgg gccttacgga acttgttaaa ctcagcgttg gcagtctcca aaagtgacac
    68041 ggccgaggtc agtcgcaagg tagcgagtag cggagtcatc tcagccttct tcagatcgat
    68101 cagcaggcca tcaatatgca ctgtctcgtg cgatttgctg ccatactgta tgcctcgata
    68161 gcggcgagtg atgatatcca actgtgtagc ggctttcgcc tcgtcggcat ccggtgaacg
    68221 ctggtaggta cgaaccacat tgaaaataaa ggtgatcaat ttgtttcgtt cctcattttt
    68281 ctcattcagg agcttcgtgt tgtgattggc ttgtgcttcc aaattgagat ctttctccgt
    68341 cagcagattg ccattccact cattgagtag cgcgagggtc aatccgagtt tcgtgatgtc
    68401 tactgcgtga actatatcgt acgcatccga atgatacagt acgtgcagcg cgttgtcaag
    68461 cctcgtaagg cgcatttttt ggatttcgac taattcgtcc attcgttttt ctccttcctt
    68521 tataggtaca tatataatga tgaatgcttc tgacagcagc gtaagctgtt ccacatatct
    68581 ctgcagtcct ttttgagcct caaaattgac atcaaacgct tttgtagtcc tttttgagcc
    68641 tcaaaattga cctcaaacag ttttgcagtc ctttttgagc ctcaaaatcg acctcaaaca
    68701 gttttgtagt cctttttgag gactcaaaat cgatctcaaa cgcttttgca gtcctttttg
    68761 agcctcaaaa tcgacctcaa acagttttgt agtccttttt gagcctcaaa atcgacctca
    68821 aacgcttttg cattcctttt tgagcctcaa aatcgacctc aaatgctttt acagtccttt
    68881 ttgagcctca aaatcgacct caaacacttt tgcagtcctt tttgagcctc ataatcggcc
    68941 tcaaacgttt tttggctcct tccgagctgt aaaaacacac ccaaagcgta tttggcgctt
    69001 tctctttatc ctcaaaatct atctggagtg tttcccacga cccgaaagtg tctcaatatg
    69061 tagttcgact tatgaccgct gtcctaagcg gcggctaaag tataactgtt ttgaatagca
    69121 acaaactttt cgcgaaaaaa tcgtagaaaa atttttgcgg ggatgctgta tgtgctgatt
    69181 ttcagggtgt agctgatctt attctggata agaaaaatat gtctgcaatt tgggtttctc
    69241 tgtatacata agtgattgtc tatgatcgtg attagggtga atggcggtgt attttatccg
    69301 gcaggcggta ggggcgtatt gcatacgccc ctcaaatatc ttatcgggga caattctgca
    69361 ttacgcaaag acacgtcttc gctgccttcg gcagcatatg tggggcgtat gcaatacgcc
    69421 cctaccgtat atggataaag agagattttc taatgggaaa cgggctgttt tctgactttc
    69481 taatcttctt ttcttctctt gatagaagaa aagaagcaaa agaaaatcaa gccctctgcc
    69541 gagggcaggg aagtttggcc tggtacgtgt ttgggagagc gtatgcaata cgcccctacc
    69601 atgttacaag aatggaatcc ataaaataag aatgtaccca ggtaggggcg tattgcatac
    69661 gccccccgaa cgtttccgaa ggaaacgaag aggcgtgcca atgcacaaaa atgatcattc
    69721 gccgcctccg gcagcgtctg tggggcgtat gcttttgcgc ccctacatat cctgatacac
    69781 tgatattcta agaattaaaa tgtacccggg taggggcgta tcgcatacgc cctccgaacg
    69841 tttccaaagg aaacgaagag acacgccaag gcacaaaaac aatcattcgc tgtctccggc
    69901 agcgtctgga ggacgtattc gatacgcccc tacattatag gaatgtcaga aaataaaagg
    69961 tctccagccg gagggactgg agaccttttg gaactgctaa acgatctgcg aatcaatagc
    70021 cggggttttg cttgatgttg ggattggcat caatctcgcc cttggggatg ggcaggacga
    70081 tcatatagaa cgtgcgatcg tagtccatgt aaggcgtatc gtggcgggtg cgactgatcg
    70141 cgctctcctc gacgtcttca cgtttgatcg agagtccatt acgcatcaca tcatacatgc
    70201 gatgtccttc tgcaactaat tctttgcgtc gctcatggag tacattggcc aaagtcaacg
    70261 tttttccctt caccgtagag tcgggatctg ctcgatgaac aatggcatcg aggtaagtca
    70321 cggctgtggc attgtcgcct gtcttgactg ccgcctcggc cgcattcaga taggcttccg
    70381 acagacgcaa taggggtata ttggcatcgg cgatattctc tcccggttgc ggctgatact
    70441 tattgacata cgcgtactgc ttgccgtcga agctcaggag cttcagacgt acgtcgcggg
    70501 ggttctcctt gagcaaacga tagaacgagg cagtgatgca catgtcgtcg tatccgtctt
    70561 tggagttcaa gtaacccatg ctctccttgc cgggcgagtc ggtggtaaga ttgacgatct
    70621 cgaacagcac ttcgccttga tctgcggacg acgcgtctgc tccccaagcc gtcggatagg
    70681 ccttattgga ccagagggca tatccgttct tctccgcgcc cgaaatagcg gacttggcgg
    70741 ccttcagcgc ctcctcattt tcgcctttat agaggtacac gcgactcagc aacgtcaggg
    70801 ccgcccactt attgaacttc cccttgttga acttctcccc gaggagttcc gaggcggact
    70861 tcaggtcggc tatgatgtgc gtataacatt cggccacgct gttacgggca ggcttattct
    70921 ccgtgccgga aacggtttcg atgatcggga cacccatcga ggccccgccg tccttcgtat
    70981 aggggtatcc gaatatccgg gtcaggtcaa agagcgccat gccgcggatg gcgagcgcct
    71041 gacctcgcaa atcgttgcga taagccttct cagcgtcgtt tgcggtaatg cgatcgaggc
    71101 tggccaacac tacgttgcaa ttctgaatga tgttgtagag gtaagcccaa tgactggacg
    71161 gaccgttgtc tttcgtgaaa ttgaagcgat agtaattggc cgttcgcttg gtcgaactca
    71221 cggcctgcat gtcgtcgccc gtcacgtcag cgtaataaac gagtcgaccg gaataagcat
    71281 cggcactttg catcgtgctg taaatgccgt tgagggaaaa ctccacttct ttcagcgact
    71341 tgacgccgct ttcggtctgt atggatgtcg aaggctccac gtcgagccaa tcgttgccgc
    71401 atgaagtgat tagagatgca gcaaggatga gggtaaggta tttcaaatag ttcatgattc
    71461 gatctttctt gagggattag aagttcatgt ttacgccaaa gatgacggtt ttgagcggag
    71521 gagttcccca tgttgccgaa ccgctttcgg tggcttcggg atcataataa tcgtatgcgg
    71581 cccacgtcca gaggttgttg gcagaagcat agagacgtac attttcgaga tgcgctgcct
    71641 tcacccagct cttgggtaac gtgaatccta aggtgagcgt ttttagacgg atgaagtcag
    71701 tgctgtgcag gcgcctggaa gtcgaaatct tgttcatggc taccgcgggg ttctcataga
    71761 aaagctcata gctggtcgcg tcgcccggct tccgccaact gtttcgataa taggtcggca
    71821 cgttagcccg catgtcgttt ccgccgtgtt ctgtcttctg cgcccatacg tcgtaggcat
    71881 atccgccaaa ctgataggag aacatgcagc tcaggtcgaa ccatttgtaa cgaatcgagt
    71941 tgctcagacc gcctatcacg gccggatcag cgtatttatc gagcaccgca gcgtttgcct
    72001 tgcttacatc ttcggtaata tccttcttat agttgccgtt agcatcccgt tcgttcgtgt
    72061 agaactgtgg cgcacccgtt tcagggttaa tgccagcaaa ttcgatcata taaaaggtgc
    72121 ggtaaggctt tccgacctgg tgaatttgat atccgccgat gatctcagtc tgtaatccgt
    72181 cgagtttgac aatttcgttg cggttgtgcg agatgttgaa attcgtcgtc caggtcaagt
    72241 ctttcgtctg cacgttcgtc gaaccgattt ccaactccac gccttgattt ttcacctctc
    72301 cgatgttcat caggtagctc gaaaatcccg tagtcatcga aatcgggcga tccatgagta
    72361 gattcttcgt cgtacggaca taatattcca gcgtcacatt gatgcgattc cagaggccca
    72421 gatcgagacc cagattgagg ttgtggttcg tctcccactg caaatcgatg ttcgggagcc
    72481 gcgaccggat gattccaggt tgttctaaat agccattcgt gaggtcgcta agccccatat
    72541 agccatagag atccgaagga agtgttccgt tcacgccgta cgacgcgcgg agcttcaaat
    72601 cggacaacca gccttttgta ggttccataa acgattcctc gatggcccgc caagcgcctg
    72661 agagggacca gaagctgccc caacggctat tgcggtggaa gcgagagctt ccgtcggtgc
    72721 ggaaactacc tcctaagtag tagcgattgc gataatcata atttaagcga gagatgtaag
    72781 acaccatccg tgagcgcgta ttgcttccgc ctacggcttc ggttttcata ccgttactga
    72841 tctcgttttt ctgtggtgta gcgaaattac tggctattcc gagcaaatag tcactatatt
    72901 gatcgtcaac ctcgtatccg atcagcgcat cgaggtgatg atcgtccgat agggtcgtcc
    72961 gatagctcaa ttggtttgcc caagtcattt tactcaattc gctgtagcgc ttatccatga
    73021 taccattttt gtcctgtccc tcggccgtgc gtgggtcact ccagtctttt cccttcgtgt
    73081 tcacgtaatc ataactgaag gtggagcgaa acttgagatc acgaatgaat tcatattcgg
    73141 caaagagcgt attgaaagta cgcgtaacgt attcgcgttg atagtcgtaa gctgccgact
    73201 gggccggatt gcggtcgccg atacgaatca tgttgcggtt ccaactgccg tctttgttgt
    73261 aaaccggatc tgaaggcaca acggcattgc gcgatgtgta gaaaggtgaa acataagacg
    73321 ttccctcgct gttcacttct tgatttacgg tggccagcaa catatttac
//
LOCUS       SEQF2637|AYYD01001281.1 3381 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..3381
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             368..595
                     /locus_tag="SEQF2637_02551"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYLLMVICFIDKQKKLAYQIGLLNELLMVFNIYKYYTKSITIIN
                     NFKQNHLYYRLIKTFISLQERANGGIFYAKI"
     CDS             567..1628
                     /locus_tag="SEQF2637_02552"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVFFMRRYSATQINAELFWKFPKFLSINKKYVGLTNDDRMAYM
                     LIKDRYRYSLSNNWIDKDKNVYVYFTIDDLKELLHVGKNKVTRIKQHLIDYGLLEIVK
                     QGFDPQNKKNYPDRIYLLQPEYDPTDLISQSSHASALEQSGIPKMGTRYQNEGNLDNK
                     GKSDSENCNKDTSALEQSGIPKMGTNKDNNSSDTIKDTIKDTDQWNFSTNNYTPEQVT
                     AQNQDLLSHLGETLTGDKEAPMFLNKDSINLIAKWFRTPEGASECISTILNAANDSRK
                     NAESQIGHHELYFEDYNNELKRMITNRLRRYFNKMRTAKDGKIKNPKNYLYVSMRNMF
                     DKWQNDVLMAEKDKANNKD"
     CDS             complement(2141..2266)
                     /locus_tag="SEQF2637_02553"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNDVRLLPKFLGKGALTHNKINQLYFVLKPVSEFALLKRN"
     misc_RNA        3125..3185
                     /locus_tag="SEQF2637_02554"
                     /product="Bacillus-plasmid"
                     /inference="COORDINATES:profile:Infernal:1.1"
ORIGIN      
        1 tgcaaaagta gaaaaattcg ttctttgtgt gagtatgaag ttactcatag aaagatgaat
       61 aactggagca tttttagaat gttacctatg actacttttg catgtattaa atattggaat
      121 ggtatgaatg ctcgatatgc tagaggatca ttgtcattaa cgttttacag gaaaagtatt
      181 gctgatagat atgatacaaa ttcactattt ggatacgacg aaaaggtaaa ataaaaagac
      241 atctgcttga ggatgggggc tagggggtcc ccgactcacg cagatgcctt ttgtttctat
      301 tttccgtatc aaagttgctt ttcatcatat ttagcaaact tttatgctgt aggattttta
      361 tataattatg tatctactta tggtaatatg ttttatagat aaacaaaaaa agctcgctta
      421 tcagattgga ctcctaaacg aacttttgat ggtttttaac atctataagt attataccaa
      481 atcgattacg attatcaata attttaaaca gaatcattta tactatagat taataaaaac
      541 cttcattagt ttgcaggagc gagctaatgg aggtattttt tatgcgaaga tatagtgcaa
      601 ctcagattaa tgcagaactt ttctggaagt ttccaaaatt tttatccatt aacaaaaaat
      661 atgtaggtct aaccaacgat gatcgcatgg cttacatgtt aatcaaagat cgctatcgat
      721 attctttatc taacaactgg atagataaag ataaaaatgt ttacgtctac ttcacaattg
      781 atgatttaaa agaactatta catgtaggaa agaataaagt taccagaatc aaacaacatc
      841 tgattgatta tggattattg gaaattgtta aacagggttt tgatcctcaa aacaaaaaga
      901 attatcccga ccgaatctat ttactacaac cagaatacga tccaaccgac ttaatttcac
      961 aaagttcaca tgcttcagcc ttagagcaga gcggaatccc caaaatgggg actcgatacc
     1021 aaaatgaagg aaatcttgat aataaaggaa agtctgatag tgaaaattgc aacaaggaca
     1081 cttcagcctt agagcagagc ggaatcccca aaatggggac aaataaagat aataattcct
     1141 cagatactat taaagatact attaaagata ctgaccagtg gaatttttct acgaataatt
     1201 acaccccaga acaagtaacc gcacagaacc aagatttact tagtcactta ggagagacgc
     1261 tcacaggcga taaggaggcc cctatgttcc taaacaaaga ttctatcaac ttgattgcta
     1321 aatggtttag aacacctgag ggagcttcag aatgcatcag tacaatcctt aacgctgcta
     1381 atgacagtcg aaagaatgct gaatcacaaa ttggacacca tgaactatac tttgaggatt
     1441 acaataatga attaaagaga atgattacta atcgtttgag aagatacttt aacaagatga
     1501 gaactgctaa agatggcaag atcaagaatc ctaagaatta tttatacgta tctatgagaa
     1561 atatgtttga taaatggcag aatgatgttc taatggcgga aaaagataaa gctaacaata
     1621 aagactaacg ttgattaacg ttaaagcaac agttaaaaga gcagaaagag caatatgagc
     1681 aagtagtagc atctaaaaat gagactatat cttctttgca aaagtcatat gaggacatga
     1741 agtctcagtt gagcgtgaag gataatcaaa tatctacctt aactcaactt gcagaccagg
     1801 cgcagaagct taatttagtt gataaagcac caaaaagatt agaatctgat attgagacga
     1861 agcgtgagag ttcaagttca tcaggctttg ggtttggtta gtctgtcaac tccttaaagc
     1921 ctccaagagg gggctaatat cgcctgtaag gctcaataag cccctctaag tcgatttatc
     1981 gttgacagac agctaaatat atcactgcta gctaaaattg tttagaacgc aaatatgagc
     2041 cttttagagc tatccaaata attgcaacgt tcaaaacaga aaaagttcag tcgcaagctc
     2101 cttcgaactt tttctgtttt gaatgtttta actgacgcag tcagtttcgt ttgagcaacg
     2161 cgaattctga tacaggtttt agcacgaaat acaactgatt tatcttgttg tgtgtaagtg
     2221 cgcccttacc caaaaacttg ggtaacaaac ggacgtcatt caacatgacg tgtaagtgcg
     2281 catttcatga taatgcgcac ttacacatag aattaattct atgtcgtgct ctctgacaaa
     2341 aaatgtcaga atgcgcattt acaccccact aaaaaaaaca tggggttaca gcgcttaaaa
     2401 ttttgtatca gaagtcggct agccgacaac aagaaaaggt gctcgaatcg agcacctttt
     2461 cttgtttata ttatttaatc cttagctagc ttacgccggt gaagtaacag ctcattaaca
     2521 gtcacattaa tcggcaattc tagtgcggcc accctaaaaa aatggcaaat gccactaaaa
     2581 ggaaacccgg aataattaaa aacagtttag aaaaacccac acgttcatca attcgcttgc
     2641 taaagccttg caccaacaaa ataattccga taattgcgga aagtatcatt acccaaaagc
     2701 ccatcattct cctcctttag cattttttac tcgctttcgt tcctcttctt ctctaatatt
     2761 ttaccagttt ctttgttaat ctgtggctta cgattatatc tatgtaagac acataataga
     2821 gctaaaggta atcgatgata aaactttgtg aaattttaaa atatgcaaaa acaaaaagtt
     2881 tgatttaata ggttttatca attgtgtacg gctttgtttt cacaaagtga ttttctttgg
     2941 ctctgtgaag ccttgcagct ctagcaactt cgtttaatgg gcattatgtt aagttaaatc
     3001 aaaaggcccc ttagaaattc tctaagaggt cttttttctt tcaagttaac actgtgttga
     3061 cagctgtatt atagcacgaa aaaattttta gcaatgtaaa attctaaaaa atctaaaaaa
     3121 gacaaatgtc aacggtaccg gactgagctt gcgagggagg ataaggagtt gacattttgc
     3181 tgtcaaaaca cttgaaaacc aggagaaaga atttattctt tcttcctgcc taacggcgag
     3241 tgataaaaaa tgggctattc taatagcccg ttacccgttc aaaaattgaa ccttcagttg
     3301 caaaagtaga aaaattcgtt ctttgtgtga gtatgaagtt actcatagaa agatgaataa
     3361 ctggagcatt tttagaatgt t
//
LOCUS       SEQF2637|AYYD01001282.149392 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..49392
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(482..4036)
                     /gene="por"
                     /locus_tag="SEQF2637_02555"
                     /EC_number="1.2.7.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94692"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyruvate synthase"
                     /translation="MAREKKFLTCDGNQAAAHISYMFSEVAAIYPITPSSTMAEYVDE
                     WAAAGRKNIFGETVLVQEMQSEGGAAGAVHGSLQAGALTSTYTASQGLLLMIPNMYKI
                     AGEFLPCVFHVSARTLASHALSIFGDHQDVMAVRQTGFAMLAEGSVQEVMDLAGVAHL
                     ATIKSRVPFVSFFDGFRTSHEIQKIEKLDNEDLAPLIDQKALAEFRARALNPMNPVAR
                     GMAENPDHFFQHREAGNRFYDEVPAIVEEYMEEIYKLTGRKYGLFNYYGAEDADRVII
                     AMGSVTEAAREAIDYLVANGEKVGMVAVHLYRPFSAKHFLAAVPKTVKRIAVLDRTKE
                     PGANGEPLYLDVKDCFYGRENAPIIVGGRYGLSSKDTTPAQIISVFENLALNEPKNHF
                     TVGIVDDVTFTSLPMKEEIALGGEGMFEAKFYGLGADGTVGANKNSVKIIGDNTDKYC
                     QAYFSYDSKKSGGFTCSHLRFGDHPIRSTYLVNTPNFVACHVQAYLHMYDVTRGLRKN
                     GSFLLNTIWEGDDLVRNLPVKVKKYFAKNNITVYYMNATEIAQQIGLGNRTNTILQSA
                     FFRITGVIPVDLAVEQMKKFIVKSYGRKGEDVVNKNYAAVDRGGEYKQLTVDPAWADL
                     PDDPRATNSDPAFINEVVRTINAQDGDQLPVSAFKGREDGTWMQGTAYYEKRGVATFV
                     PEWNMDNCIQCNQCAYVCPHAAIRPFVLDEEEQKGANFPQLKAQGKTFAGMNFRIQVD
                     VLDCTGCSNCVDVCPGKKGEKALGMKHLETQMDQVPNWNYCVDHVKTKQHLVDTKANA
                     KNSQFATPLFEFSGACAGCGETPYVKLVTQLYGDREMVANATGCSSIYSGSVPSTPYT
                     KNDMGRGPAWANSLFEDFCEFGLGMELANEKMRERIVKLFKQAIENEYTPAEAKELMQ
                     AWIDNMFDADKTKELAPQLEVMIDRGIKEADCSVCKELKGLTQYLIKRSQWIIGGDGA
                     SYDIGYGGLDHVIASGKDVNILVLDTEVYSNTGGQSSKSTPVGAIAKFAAAGKRVRKK
                     DLGLMATTYGYVYVAQIAMGADQAQTLRAIREAEAYPGPSLIIAYSPCINHGLKAGMG
                     KSQTEEKQAVACGYWQLWRYNPQLEAEGKNPFILDSKAPNFDEFQNFLKGEVRYASVM
                     KQYPAEAAELFKAAEENARWRYRNYQRMASNEFWALGQ"
     CDS             complement(4108..5295)
                     /locus_tag="SEQF2637_02556"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEAFYRTHKYLVTHLGTPVRRGLMDEVDWSQRLIGIKGCREIGK
                     TTFLLSYAREYFAPDGRECLYVNLNNFIFTERTLTDFAGEFYAAGGKVLLIDQIFKYP
                     NWSRELRYCYDHYTNLRIVFTGSSVMRIKEENHEVGDIVAPYYLRGFSFREYLNLKTG
                     LDLQPFSFDMLMRDRHLIARDICDQVNPGEYFHDYLHHGFYPFFLEKRNYSENLLKMM
                     NMTLEVDVLYIRQIEQRYLPKLRRLLYLISQNEPCTLNISQLSKDIGTSRATVMNYLK
                     YLKDARMITLLYPRGEEFPQKPVYAYLYNPNLLHVMNRQTQDERTVNEAFFFNQLLKD
                     NRVNAYDRHNSFLVNDRYLFRVSYPEARWKVSPDFYYAVDEVEPPLDEPNCIPLWMFG
                     FLY"
     CDS             5578..5877
                     /locus_tag="SEQF2637_02557"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQSGMIQIRYGSDGKQSDPIQNCFTSDCIPFVVIQIGYELDGVQ
                     SDPIQNYFASDCMRFVVIQVGYELDGVQSDLIQNYFASDCMRFGIKQKGFKTHSR"
     CDS             complement(5925..7727)
                     /gene="clcA"
                     /locus_tag="SEQF2637_02558"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZRP8"
                     /codon_start=1
                     /transl_table=11
                     /product="H(+)/Cl(-) exchange transporter ClcA"
                     /translation="MIHTNHMTNENRFYRFLLWRERHIRERNFILIISFLVGIGAATA
                     SLLLKFLIHTIQQLLWANIREGANYWLLLYPIIGILLAGVFVYYVVRDDISHGVTKIL
                     YAISQRKSRIKPHNMWSSLVASSLTIGFGGSVGAEAPIVLTGAAIGSNLGRLFRMEQK
                     TLMLLVGCGAAGAVAGIFKAPIAGLVFVIEVLMLDLTMTSVLPLLISSVTAATMSYVF
                     SGTEAMFQFSQTEEFVMERIPYVLLLGIFCGLVSLYFTRAMLRVEGIYASLSHRWQRF
                     ILGAAMLSILIFLFPPLYGEGYDTIETLLNGDFIHLMDQSPFLGMENGYWGIVIFLGL
                     ILLTKVFASAATNGGGGCGGVFAPSLYIGCIAGFFFSHVLNFFGLPVDLPEKNFALMG
                     MAGTMSAVMHAPLTGVFLIAELTGGYNLFLPLMITSIGSYVTIRAFEPHSLYTMRLAQ
                     KGELLTHHKDKAVLTLMNVGSLIETDFIAVRPDMSLGDVVKEAIAKSSRSMFPVVNTE
                     GVLLGIVLVDNIRNIMFRPELYERFRVSRFMVSPPARIVNDMPMEKIMHIFDDTKAWN
                     LPVVDTEGKYIGFVSKSKIFNAYREVLVDTFTGD"
     CDS             complement(7724..9115)
                     /gene="wecA"
                     /locus_tag="SEQF2637_02559"
                     /EC_number="2.7.8.40"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B3FN88"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylgalactosamine-undecaprenyl-phosphate
                     N-acetylgalactosaminephosphotransferase"
                     /translation="MMNRRRQRLLYLSSDFVTAAVAWAVLNVVRFHEVARYDFGTLAD
                     FLGYRQVIQVQLIVPFFWLALYFLSGYYNRPFGKSRIEEAFTTFVSVGLGCVVIFFVV
                     ILNDLPRSFDVYYIIFFTYCALQFVLTYLGRNMITNHALRMVRRGLWATDVLVIGTGQ
                     HAPEARRDLERLGYRVEGFVGEPSTAEGVQETLGRISDLPTLMATRPAHELALVVEPG
                     GDADAVHILYSLYRYKCPVKIWAAKNSPLGRIGVRTIHGIPLIDATDNNFSEAGKNLK
                     WLADKIVSAIALLLLSPVYAYLAIGVKRSSPGPVLFRQERIGRGGRPFMIYKFRTMYV
                     GADRRGHRLTQHNDDRVTPFGGFLRKYRLDELPQFWNVLIGDMSLVGPRPEQRYYIDR
                     IVRTAPYFYLLHNVRPGITSWGMVKYGYADTVEKMIERLDYDILYYENMSLALDLTIL
                     IYTVRTVVTGKGV"
     CDS             complement(9115..9705)
                     /gene="tsaC"
                     /locus_tag="SEQF2637_02560"
                     /EC_number="2.7.7.87"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45748"
                     /codon_start=1
                     /transl_table=11
                     /product="Threonylcarbamoyl-AMP synthase"
                     /translation="MHSINDNELLQADLTACVRTLREGGLILYPTDTIWGIGCDATSD
                     EAVRRVYALKQRADHKAMLTLADSPGRVMGYVDAIPDIAWDLIELSERPLTIIYPHGR
                     NLAPSLLGPDGSVGIRVTRERFSHALCERFRRPIVSTSANLSGQAAPGCYDEVSQEII
                     RGVDYVVHYRRTDRSTARPSGIIRLGADGTIQVIRE"
     CDS             10289..12586
                     /gene="bamA_3"
                     /locus_tag="SEQF2637_02561"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01430"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamA"
                     /translation="MPRITPVLLALLVLASCSTTRYVGEGEYLLDRVRVEADYSPIPT
                     SELKSYLHQHPNQKIFGLLKWPLYVYDWSSDRGRWSDRLLRRMGEAPVIMDTSLIALS
                     RDELRRYMVNKGFVQAAVDYAIDTSRSRRATVRYRIRSGAPYLIASYRLEPGDDRMDS
                     LLRTEPTPIRVGQRFDRDELEQERQRITSLMRRNGYFAFHRDYIYFSADSSVPERVDL
                     VMRIRPVRIATDSLPIEHPHRLYRIDSVRILVDSRTHLTDSSTLFRTATDTVRIRDVE
                     IRYAAGQHLLRPGVLYRRCFLLPGHLFNERDGERTYSSLAGLGALRHVSLRYEETTDN
                     PSDTVRLQTTIITAAAPPQGFGLELEGTNSGGDLGFASAVSYRHRNLLRGSELLSTRV
                     RGAYEALSGGDRRSGWGNYWEFETEASIHFPTFLLPFASYAFRRRMRATTEFKISYDQ
                     QRRPEYRRAIISGGWNYNWQTGASNHPARHTLKLIDVDYIYMLHVDTAFRSRLPELTA
                     KYNYSDMFIVSSGYTYSLNSYDPMRRNRSAHSLRAAIELAGNALYGLSHLLGASRGAD
                     GSYKLFGTTYSQFVKADIDYARSVVLDARNSVAFHIGGGLGVPYGNSTEIPFVRRYYA
                     GGANNNRGWSVRTLGPGSMADEESTSFTNQVGDIRLDANIEYRTRLFWKFELAAYIDA
                     GNIWTIRRYGYQPDGDFRLSRFYREIALSYGLGLRLDFDYFLIRFDTGLKAYDPGQRG
                     ARRWAISRPNLTNNFAWHFAIGYPF"
     CDS             complement(13798..15795)
                     /gene="ompA"
                     /locus_tag="SEQF2637_02562"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A910"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein A"
                     /translation="MKTLYAIRKHAALSLVCCLLIGLATSCKTVKLKDAEEKQQLGEY
                     YAAAEMYRKLYTKSKPDQKDLRAYIAYRMGYCNQRVNNNGRAISAYLNALRYDYPDSL
                     LRFRLGQACQKEGRYDEAARYYREYLAEAPTDQRAVLALAGCDSAVRWRERPTLYQVS
                     RMEVFNSRRSECCPMYYGDKYDQVYFNSTRGIVHKDSVNAITGLKNNALFFAKKNEQG
                     LWTKPKEVEDPVASEYDQGTPSFTRDGNTMYYTFCAVDATEPRTAEIYQSLRSGAAWS
                     KGQRANVLKDSITLLAHPAVSPDGKYLYFVAESVGGYGGKDLFRSRIVGGSDFGGMEN
                     LGPVINTAGDELFPYVRDSVTIYFASDGHPGMGGLDLFRAKQDSAGQWHVENLGAPIN
                     SSFDDFGITFEGQRERGLFSSNRGDARGWDHIYSFEYPTFTMKIDGYVSDVDEVPIDK
                     AIVRIVGRDGMNRKIPVKKDGSYSVELARGMDYVMMAEAPNYLNQNFELKTEAEEKNE
                     TYYVDFFLSPTDKPVVVENIFYDFDRATLRPESKEALDRLIKLLRDNPSARIELGAHT
                     DRKGSDAYNEGLAQRRAQSVVDYLIAAGIDAARLTAKGYGKMVPKTITAKLAEKYPFL
                     PEGTMLSEEFVNSLPQEQQEVADQLNRRTEFQVTGMDYEIK"
     CDS             complement(15864..17090)
                     /gene="queA_2"
                     /locus_tag="SEQF2637_02563"
                     /EC_number="2.4.99.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7F9"
                     /codon_start=1
                     /transl_table=11
                     /product="S-adenosylmethionine:tRNA
                     ribosyltransferase-isomerase"
                     /translation="MHTPQQIHISDYAYALPDDRIAKYPLAERDASKLLIYRGGQIRE
                     TLFRHLPDCLPDGALLVFNNTRVIRARLLFRKDTGAMIEIFCLEPAVPSDYEQSFAQT
                     AHCTWHCLVGNSKRWKSGQLHTTVTVGGEPVTLSAERVSVAGEAGDLVDFRWDNPRCT
                     FSDVLEAVGVLPIPPYLHRETEAKDLQTYQTVYSKVKGSVAAPTAGLHFTPAVLAELD
                     ARGMEREEVTLHVGAGTFRPVKSDTIGGHAMHTEHFAVTRRTVDRLLAKPEHVIAVGT
                     TSVRTLESLYYIGCALARDGADESADEAFTVGQWAPYDADAPTLTAEEALRAILCYLD
                     RRGMDRLWAATQIIIAPGYQFKIVRGMVTNFHQPQSTLLLLVSAFVGGDWRTIYDYAL
                     SHDFRFLSYGDSSLLL"
     CDS             17180..18796
                     /locus_tag="SEQF2637_02564"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTKTRNVCTRLLTVAAGLILLATASVAQDLNNDARIRARMERA
                     MRRDSVAQSAEPTHTSQPTVRQRTATPDTLRAEPGDLNARLLERMERRARRDTTLEHP
                     AATDLSAPIILPTEPLTMSDRALYWSRYWRSATGRIPSYFTFNDTIIVNPLFMPVLFK
                     KKNLDNARRIVFYRPMDLNDRPWERPLYRLIHPFERAENRIIIQDYAYRYVRHYHPNY
                     FRHSADDLPVERTLRMRMNGNVQVPVYHVERSANDYDAPPKFIPDRRYWTSSLESSLR
                     FSQNYVSPNWYKEGNSNLNILSKNLFQYNYARDRIQLKNLLQVDLSVYTASDDTLRNY
                     KFGDNLFRLYTNFGYRAFSRWFYTIDGELKTPLVANYKKNTNVRQVALLSPYIVNVGL
                     GMKYDLEKKFRTRGRSLKLAVNIAPISYTHMYSLDAAVDRSPHGFPKDASGGYERVLH
                     KIGSTVRMDMVLKPNHNVTWKSRLYYNTTYRNILAEFENSLDMAFSRFFSTMINVYLR
                     FDDSVTKTPGYDSYVQTNQILSFGFSYKWD"
     CDS             19378..19857
                     /locus_tag="SEQF2637_02565"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKTKNLVSATLSEASCDKIQEMIKKIESELPFLIALSTADKRR
                     IRPSGPRTAAFVDMALRGAQNFPQHLLQTFDVDEFEHDVLLMHRLKGLRASVASLLEK
                     LDDTIYASSADALAEANEVYGYLKKASRFEGSLKAVVKEIGQRYARPSRRKNVADDE"
     CDS             20031..21026
                     /gene="ravA_2"
                     /locus_tag="SEQF2637_02566"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P31473"
                     /codon_start=1
                     /transl_table=11
                     /product="ATPase RavA"
                     /translation="MNQTVDIRELNERIERHSTFVTTLTMGMNQVIVGQKHLIESLLI
                     GLLSDGHILLEGVPGLAKTLAIKTLASLIDAKYSRIQFTPDLLPADVIGTMVYSQKNE
                     EFQVRQGPIFANFVLADEINRAPAKVQSALLEAMQERQVTIGETTYKLPAPFLVMATQ
                     NPIEQEGTYPLPEAQVDRFMLKVIINYPKKEEEKQVIRQNITGHAPEIRPVMDTKQIM
                     AARDIVREVYIDEKIERYIVDIVFATRFPQEYGLADLQSMIAFAASPRASINLALASR
                     AYAFIKQRGYVIPEDVRAVCHDVMRHRIGLSYEAEANNLTSEAIVSEILNKVEVP"
     CDS             21066..21935
                     /locus_tag="SEQF2637_02567"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METSELLKKVRQIEIKTRGLSNNIFAGQYHSAFKGRGMAFSEVR
                     EYQFGDDTRDIDWKVTARYVRPYVKVFEEERELTVMLLIDVSGSKDFGTVSQMKRDVT
                     TEIAATLAFSAIQNNDKIGVIFFSDKIEKFIPPQKGRRHILYIIRELIDFRPDDRQTD
                     INQALKYLTNAIKKRCTAFLLSDFIDHGNYHDALTIANRKHDIVAIQVYDRRETELPA
                     VGLMKVRDAETGQERWIDSSSKRVREAYRTWWDKRQAEMNAAFQKSRIDAVSIRTEDD
                     YVKALLALFDKRN"
     CDS             21948..22931
                     /locus_tag="SEQF2637_02568"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKVISVRMLLLVVCLLAGFTAGAQQTLIDVKVDTADILVGEQ
                     TTLHVTVTTDPNRRIIIPLPSDTLMTGVEVISVSDADSTVADGRLVIRRDILVTSFDS
                     SLYLLPPFIAIDGGDTIASNQVALKVSTVPVDVDNPEKFYDIKDVWKPPFVLADYYPW
                     IFGVLTALFLICVIGYLVQRYRRHRSEVPVKPAEPELPPYETAIRELDSIKDQKLWQQ
                     GLNKEYYTQVTDTLRRYISRRYGVNAMEKTSEEILAIIERESDEHTVYDTLRQVLRLS
                     DYVKFAKLHPLPDENDESMRNAYLFVNQTKRTEAPQPDGTAPETVTKEDKK"
     CDS             22928..23917
                     /locus_tag="SEQF2637_02569"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFANPAYLFLLLLLVPLIAAYVWKLRRSQASMEMSSSEAFDVK
                     GITTAKVRLRHLPFVLRMVAIALVIVILARPQSTDSWQNSSTEGIDIMMAMDISGSML
                     ARDLRPDRLTAAKNVAASFINGRPNDNIGLVVFSGESFTQCPLTTDHAVLLNLFKDIQ
                     SGMIEDGTAIGVGLANAVSRIKDSQAKSKVIILLTDGSNNRGEIAPVTAAEIARTFGI
                     RVYTIGVGTQGEAPYPFRLPGGTIQMQMVPVDIDEPTLQQIASITGGQYFRATNNSSL
                     KSIYAEIDKMEKTKISVREFSKKQEEYTRIALVVLGLLLIEWLLRITILKRIP"
     CDS             23930..24952
                     /locus_tag="SEQF2637_02570"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFRFAHPIYLYLLAVLPVMIGGYVYTLIDRRRAVRRFGDPKLVA
                     ELMPEVSRKREHLKFWLFFAAVAVMIFVIAGPQFGSKLETVKKRGVEIMVCLDVSNSM
                     MAEDIQPNRLEKAKQMLSRMTESFTNDKVGLIVFAGDAFTQLPITSDYISAKMFLSSI
                     SPSMVSTQGTAIGAAINLALRSFTPNDQAGKTILLITDGENHEDDAVKAAKAAADRGI
                     SVNIVGIGQPEGAPIPVGGSSNYMKDNDGNVVITRLNEQMCQEIAAAGKGIYVRADNT
                     NSALHTLQKEIDKMQKAEQESQVYSEYDEQFQSLAWIVLLLLIAEYIIMDRRNRIFRR
                     VKLFSR"
     CDS             complement(24933..25430)
                     /locus_tag="SEQF2637_02571"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPCGSPGDSVASVTMPCGSLGDSVASVILPCDSPGRHSADAILA
                     HDSPGRHSASTILPCGSPGRHSADVIMACGSPGRHSASVILPHDSPGRHSADAILACG
                     SPGRHSASVILPHDSPGRHSADAILPHDSPGRHSADADGVGRTRVRWIWRMGRMPFTA
                     ISKTA"
     CDS             25547..26269
                     /locus_tag="SEQF2637_02572"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRSTLYIISIGLLLAAGSASAQKAERSNIRQGNRLYRNEKYTE
                     SEIAYRKGLTVNPRSVEAAYNLGNALYKQKKYPEAAEQYMQIVGRREQLLADNPANGR
                     RLAEVYHNLGNIQMQGKDYAKSVEAYKQSLRLNPKDDETRYNLALAQKLLKNQQQQQQ
                     NQQQNQQQQQQQQQEQQQQQQKEDKRENKTQQEKQQNEQMSQDNAQQILDAFLQDERD
                     TQEKVKKAQRQQQERRKTDKQW"
     CDS             26263..28125
                     /locus_tag="SEQF2637_02573"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVNATKQLILFLALWLTAGATHLVKANGVTFRASAPSAVVMGQQ
                     FQLTYTVNTEGASSLRTPDLSDFEVLMGPSSSVSRSMQIVNGQMSSSYSQTFTYVLMP
                     KKEGTFNIGPGSIKIKNANYSSNSLVIKVLPPDKAGSAGGGRSGGAAAGAAGAGTSQG
                     STSVGANELFVRMNVANRSVYEQEGILVTFKIYSLYDVDLDDIKFPEFEGFLAQDIEL
                     NPQWTLENYNGRNYRTAVFKQTILYPQRSGKITIGSGRFDAIAHVRVKQRSGSIFDEL
                     MGGGYQDIRKVLTTSPVTIDVKPLPSGKPESFNGAVGGYTMKATINSNQAKTNEAVTV
                     TVTLTGNGNIKLAKNPTVTFPNDFEVYDPKVETNIRTTASGSSGTKTIEYIAIPRYAG
                     DFEIPAIRFSYFDPRSGSYKTLTSEPFKLHVEKGPEGAASPAVSNYGSQEDVKYLSKD
                     IRYIKTSSPHFVNSRGDIFFGSFTYVLAYVLIALLFAVFFVIYRKQMKENADLAFVRT
                     KRANKVALRRLKTAEKLMKEGRKEDFYDEIFRTLWGYLSDKLNIPQADLTRENVGNEL
                     ATFGADETLAKDLMQILDTCEFARYAPSQASDTLDTLYRQTADAIGRMENLTKH"
     CDS             28132..28896
                     /locus_tag="SEQF2637_02574"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPIKQITLTLLAFLFAAVSLHAADRDAELRSAEKAYADGNYPA
                     AAEQYEALIKNYGDAAEVYYNLGNAYYKLGRIAPAILNYERALVMNPGDGDTRFNLEM
                     ARQRTADRIEPADGFFGRAYRSVQHLLSVDGWAAVGLICFVAFAGCLVLFFFSKWMRL
                     RKTGFYLGLLLLFVTVMANVFAWGERQDLIVRDTAVVFTPTVTIKSSPDRSGTDLFIL
                     HEGTKVTIKNTLGEWYEIRLGDGKEGWIPSKDLERI"
     CDS             28909..29598
                     /locus_tag="SEQF2637_02575"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLEQILVYERDAFLWLNGLHTPYLDRFMWIYSGNPAWIPLAVFI
                     LFALCYRRPWRESVLLILALALAITLCDQFASGFCKPFFARFRPTRHPDFMHVVQTVI
                     SPRTGEPYLSGRYGFMSSHAANTFGFALFTSLLFRHRVYTVCLFLWAAAMSYTRIYLG
                     VHFLSDIIPGALFGLLFSWLTFRLYVRVRPRFIPDTPLLPYPAVVPRTILCGMLLTHA
                     AITLIAAWWVW"
     CDS             29812..30465
                     /locus_tag="SEQF2637_02576"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILLAACAIALGLTHAQAQSPFSFGVKAGVNFSTISRPNLIIHG
                     PGDGLETDQFKMKFIPGYHLGLYGRYNFSPAVGVQAEVLYSMAGYKVTTTLLNGTYIR
                     SQLHYLNVPVLFRYTMPSSGFYAELGPQFGYFLKDNIVGTGHIGTVRGGFSDSGEGQA
                     ASLSLEGVVGVGYKLDNGVGFALRYQHEFKTSSNVNRLIPDKAQKRGVQLSVTYDLF"
     CDS             30704..31345
                     /locus_tag="SEQF2637_02577"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILLLMCAAIGLTQAQAQLSFGVKAGANFSTISKIDFSSIGPGG
                     KALSGLFESKYMPGYHVGLYTRYNLTPSMGVQPELLYSMMGYKITSPLVADASVKTQL
                     HYLTLPVLFRYTLPNIGLYAELGPQAGLFLKDNITVTGSLGGRSSDITKGGSKQAASF
                     DLSGVVGLGYRLDNGLSISARYIHEFKTSSGDHFIPTYAKKRGFQVSLAYELF"
     CDS             complement(31994..33799)
                     /locus_tag="SEQF2637_02578"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTDNRIRICAAAVLLLSCSLGLRAQDDRENTDEKLRRELTLER
                     EYDPGVQDADKVNRLPEVKDPQVTKHKIEYSRFTTTADPDREIITLPSGRVMTDIPYN
                     RNRGYFHYGIGTHLNMDGDVGYHFLDNATDRLNALLSLRSTHGNVRYNDWGGQKQRAK
                     YTDIRGAVHYAHRFAPLTFRLGGQYRYNTFNYYGFPLDSIYRLGPWSMAPAVIYPADR
                     DRNQRNQTFDAYFGLQSNDTTDLSYRLDLSYLRFVQRYGHTAQIDGLQENRFSLNLGL
                     LANIDDRYFGLDAIAHLFNYVYPATVRNAVDFNGYRSHAQITLTPYYRYFDELFNLRL
                     GINLGLVTGDSAKFFAGPAIRFEAKLADHTLLYGRADGNIGMNDAASIADRNRYVDHT
                     LKVRPSRTWLDAELGVRSGIVPGLWLDAFAGYAVIKSAAFFVPSDYLGEPYDFGNYHV
                     AFQPDATWMRIGAALKYAYQRTADFSVKAVYNRGTFRKGEGNSWLSGAGMSNMKPYGC
                     PAVEVNADLTVRPITPLSLTLDYYLGARRVTLFHGDNIKMSDLHDLNFTAAYNLNDMF
                     GAYLKFTNILSRGQDLWYGYPMQRFGFMGGININF"
     CDS             complement(33873..36875)
                     /gene="bamD_1"
                     /locus_tag="SEQF2637_02579"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00922"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamD"
                     /translation="MKKIVVSLCLMASCLMAYGQRTYRFERADRLFQEGKAFFELRNF
                     PGCSDKLMAFKAISHDRDLIQEADYMLAVVASEQGREDAAAVMERYLSLYPDSRHANE
                     AAFLLGSYYFAHEDYGTAIQWFNTSEIDLLGIDQQEDYAYRLAYSLLQLHDLRTARNY
                     FARIEEVGRKYRVPATYYLAYINYAEDKLKQAEPRFEQLKSEPAYREQSLYYLMQIHY
                     VDERYDRVKSEGKALLSAYPNSRNSAEAYRLLGDVAYREGDEATAIKMLDKYVERADS
                     FVRGDLYILGVCRYNRGDYPEAIQAFAEVVGEEDELMQNACLYLGQCYLQTGDRNRAR
                     MSFEQAATLTFDPKVQETAMYNYALLIHETSFSGFGESVTIFEDFLNRFPDSKYADKV
                     SDYLAEVYLTTKNYDAALASIDKIRRPGRKILAAKQNILFRMGVEAFTARRPSEAIRR
                     FDEAITPGVYDADAYSQAYYWRGETYYRQDDFNNAAADYRSYLSNATDRSAEAYPLAY
                     YNLGYCLFKQQRYNDALAEFRRYINLEPRKESVSYADAYNRVGDCLFHARQFEAADEN
                     YTRAAALQPSSGDYALYRKGFLLGLQKNYQGKITVMERVVREYPESPHAAAALFEMGR
                     SYVMLEDEDRAAAAFTQLQQKYPLHTLARKAGLQLGLLYFNSNRPEQSIKAYKKVISD
                     YPGSEEARTAVQDLKAVYVDMNDVAGYATYVRSLGDMAARFEVSEQDSLTYFAAEKRF
                     LRGESEAEQSLRNYLRQFPKGAFSARANYYLAQIAYDAKNYEEAKKYYEVVIRSGDTK
                     FGEEALTRKGEIEYMNKDYAAALESFKRLAAIATTAEVRDGARLGALRCARRTKQSAD
                     AVKMADELLKNEKISPEIAAEARFLRMKSYIDLKEDAKAQADLVTLSKDTRTVYGAES
                     KYLLAQRYFDRNEIDKAEKEMLGFIEQGTPHSYWLARGFILLSDVYARKGDKFQARQY
                     LTSLQKNYKGGNKDDVMAMIDKRLAALK"
     CDS             37051..37251
                     /locus_tag="SEQF2637_02580"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCAAPRNAIYKKVRARNKGTKTDLRSGATSGKCPPKEMCPNRLQ
                     NPVPPPDPRNHSAFLTMGVKME"
     CDS             37346..38245
                     /locus_tag="SEQF2637_02581"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTPTQKMKTTYLLLLSFVLLLSGCEITSSDLTEVDENGNRVNNK
                     EIRIGASLLDVGMTAYTIDTVCTELILTRQKGGAVRISGFRKGTVIYDENGAIDSIAW
                     DWRRPEINYGYDYRYVWDDLEYRILSLQDNGFVEDMEIWRRGKDGERDRLVAQLSYSY
                     DYAGYVSRIEIPNLQATIRFKYHYRDQSNYANSITITEVQRTDTSTYTLRLAPEKLRN
                     TGYVCNVLRAVGAPLTNQYALNPDLYYLGIYGTPVKLLPDAIIERNIYRDGEGDLHSV
                     YSRVGSDYYFYEDNAMLTRSRQP"
     CDS             39099..39371
                     /locus_tag="SEQF2637_02582"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYFEDPVFNLHPIEGINGCVFLQLRLIEYFNRGVIVKLHPIEHF
                     NEGVIVNLRLIEHLNGYVFTKWVVKMVSDKSGRVIGVRKMFYGMGE"
     CDS             39390..39959
                     /locus_tag="SEQF2637_02583"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFYDKSGWATWVREMFLDRGYGPTGAALGRYFSTFSLSSFLSLM
                     KEKRAKENQAPTGGGEVGRVQEGAGVVFSDGGEWVTRVREMFFDGGYGVAGATLEKSF
                     PTFFLSSFLSLMKEKRAKENQGARGTCQVCRVREEADVVFSNWGGRAKKIPAKRLDGG
                     NLRVVANDGMDYVGDSVSGAFRSKMERRM"
     CDS             complement(39902..40663)
                     /locus_tag="SEQF2637_02584"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPNLLRHLPNALTCCNLICGCIATAAALDGRLMTAVALLFAAVA
                     FDFVDGLAARLLHAASPIGKDLDSLADVVSFGLAPAAMLHRLFVDLSLLGPDATLPLP
                     LSILATIAVLAIPVGSALRLAKFNNDARQTTSFIGLPVPAHAIFWSSLLASLARIAEQ
                     YPAAVAADLTLWVIGLSVLALAGSLLLVSELPMFSLKVKSMAWQGNERRYLLLIAAVV
                     LTLAMPMLTGISATILLYILLSIFDRKAPETESPT"
     CDS             complement(40668..41342)
                     /gene="psd"
                     /locus_tag="SEQF2637_02585"
                     /EC_number="4.1.1.65"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHQ5"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphatidylserine decarboxylase proenzyme"
                     /translation="MKVHREGTGLLLTLFTLLFVVDLLIYYTIDKGFFFYLFTASSVV
                     FFALVLNFFRSPHRRFPYDSEGLVIAPADGTVVAIEEVAENEYFHDRRLQVSIFMSVF
                     NVHANWYPVNGVVKHVSHQKGRFQAAYLPKSSTDNERSTIVITTSYGVEVLTRQVAGA
                     LARRIVTYAQPGEQCKVDDQMGFIKFGSRVDTFLPVGTDVLVRLGQKVRANQTPIARL
                     GKIIYR"
     CDS             complement(41481..44753)
                     /gene="addA"
                     /locus_tag="SEQF2637_02586"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A6H4"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent helicase/nuclease subunit A"
                     /translation="MLTVYRASAGAGKTHTLTGEYLKMLFGSEGREGEATYRHILAVT
                     FTNKATAEMKDRIIRDLYALASGGRSGHLEMLRDHLGGATEADVRTRARTLLVRMLHD
                     YAAFNVSTIDHFFQQTLRAFVREIGLQGNYVVELDAEPVLDEAVDSLLAGLDREGGDS
                     ELFRWLLRFSEQKVERGETWVLSRDMKTLGRQLFNEHYKALCSADDADETAPTVDRKK
                     MTAYSDMLYATMNAIKSEARELGERGLAIMARYGLKPESFKWKDKSGLMFFNKLQSGV
                     IDEEPGKRFCQLPDNLAEWVSGKNAAIEQAYADGLNDCVKAVLRFYDTHMRDYLTAQA
                     IAANFYTLGILGDIAREIRRRSDEKNRMLIADTAELLTRIIDGSDVPFIYEKTGTRIR
                     HYLIDEFQDTSALQWRNFRPLVADSLGAGYDDLIVGDVKQSIYRFRNSDWTLLDERIG
                     LDFPTGVTERTLTENWRSLGRVVEFNNALFTFFPARLQERYNVGLAESTLPPERCALY
                     GGRILRAYAHSRQALPEGRAANAGHVRVELLEHTGKKEEWQEQAMARLVDVVSELRRH
                     GRSWGDIAVLTRTRAEAALVTGALLTYGRQHPEEALRILSDDGLQLEGASAVRFIVGM
                     LRYMNRPDDSTLQCSAGLLLSAMRIKRMGEGADPSLVCAELDADGAEARDPLLAGHRS
                     IYEAVEAICRRFGSDFPEDELIFVQSFLDLIADYAEREGSDVDRFLSWWKDTGSRTQI
                     AMPETQDALRVMTIHKAKGLGFDVVVLPFSDWGLDAKSETILWCRPCVAPFDAIGAVP
                     VNYKAELSRTIFSEEYYHEKLHAYIDALNTFYVALTRAKEELILFTPAAPPKKEAKKD
                     AAASIADILCEALISRLTQTAEGDPLLPLADGFRAEDGLFEWGTWIDCEERRTDELPA
                     DTASIVRTLPSVRPDARMYLSLSGRSFDDTQRDYGVLMHDLLSHIRTVDDLPAAVAAK
                     VSAGEIGRRSADELEKRLRTLLDLPTVRAWFDGSMTVLTEAEILSGDGRSRRPDRVML
                     ATDDEEPCAVIVDYKFGLHKSTRYARQIRDYMALLGAMGYANVRGYLWYVELGETEEV
                     SA"
     CDS             complement(44747..45091)
                     /locus_tag="SEQF2637_02587"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKNNDWKERLGVTYSTNPDFAYQTDEAPEVETLPCDRQRLRVR
                     IDRRNRGGKTVTLVEGFRGTADDLEALGKALKVRCGVGGAAKDGEIILQGDLRQKVAN
                     ILQGEGYGVRVC"
     tRNA            complement(45449..45524)
                     /locus_tag="SEQF2637_02588"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(cgg)"
     CDS             45648..46679
                     /gene="tsaD"
                     /locus_tag="SEQF2637_02589"
                     /EC_number="2.3.1.234"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P36175"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA N6-adenosine threonylcarbamoyltransferase"
                     /translation="MSNVTILGIESSCDDTSCAVIRDGVLLSNVIASQAVHEAYGGVV
                     PELASRAHQQNIVPVVSEAIRRAGIHRSELTAVAFTRGPGLLGSLLVGTSFAKGLAIS
                     LGIPMIEVNHLQAHVLAHFIKQSPDDNAHPAFPFICLLVSGGNSQIIRVEAYDRMEVI
                     GQTIDDAAGEAFDKCAKVMGLGYPGGPIVNRLANEGNPRAFTFSKPHVPGYDYSFSGL
                     KTSFLYTLRDALKDDPDFVEKHKADLCASLQATVIDILMDKLRRAVADTGIREVAVAG
                     GVSANSGLRDAFRDHAERLGWNIFLPPNAFTTDNAAMVAMTGYFKYADGLFCAMDAAP
                     YARVTSTIC"
     CDS             complement(46685..47914)
                     /locus_tag="SEQF2637_02590"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHT5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative zinc protease"
                     /translation="MKENITLTYTLSNGLRMVHLPTDSEVAYCGLAVDAGTRDEAPDE
                     SGLAHFVEHMLFKGTRRRRAWHILNRMEAVGGDLDAYTTKEETFLYSVFPAPHFERAV
                     ELIADLAAHAQFPAAEIEKEREVILDEIRSYEDAPAELIFDEYESMLFDGHPLGRPIL
                     GNKRALRRFDTLRGRSFMERYYTAANMVFFSMGATAFQRIVRMAERHFADLPAVGIPH
                     QRTSPAEVSPRESVSRKRTHQSHVILGARACDLFDTRHAPLYLLNNILGGPGMNSRLN
                     VALRERRGLVYGVESNLTCYTDAGLCTIYFGTDPRNRTQALDLVRAELARLRERPLSP
                     TQLAAAKKQAIGQLRVAGDNREGLFLTLGKSFLRFGRCDTPAETARRIEEVTADEILA
                     VANEFLAPERLSCLVYE"
     CDS             48079..48831
                     /locus_tag="SEQF2637_02591"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTTKFLLMSLCAALIMSGAVSCSKDDSGYSLGRVWRSVVTVDP
                     IGKGGTYSLTLDDGTRLWPAGTEIPFYRPTTRHRALAYYTILSDTFQGYDHAILMRSI
                     RDILTKPFIESDMLSTSKTSDDFGSDPISVIDIWYGDGYINVHFGANHGGTKRHLVNL
                     VQVSQSGIPPYVFEFRHNAFGDPPRYGRRAFVAFDMAKLKFPAGSDSTVTVRVKTFDG
                     EKRYKIVCRRSVDKTIPYEARSMAQEELVDVE"
ORIGIN      
        1 agtccgggag atctccgtag gggtacggag atcaaaaaca ccagtccggg agatctccgt
       61 aggggtacgg agatcaaaaa cacttgtccg agagatctcc gtaggggtac ggagatcaaa
      121 aacacttgtc cgggagatct ccgtaggggt acagagatct ctcagacgcg tggttttgat
      181 ttgatgcggt tgccctggcc ttgcacggca cgcaaggggt aaaacccggg ggagttctcc
      241 tgtatccggc aaacttggct ggcgcccctg gcgcctttcg ggggcgtcag ggacgcctgc
      301 caagttttcc cgggtacctg gttgttactt cgccggggcc cgcaggcccc ctccggcaaa
      361 agattcgggg cgcccccttc ctgctttgtg taggaaagag acgccccgaa gggtgtagcg
      421 cgtcgacgtc aagaagacga gaccgcgcta cgtcctatgt ggagatactt ctgcgttgct
      481 gttattgtcc cagcgcccag aactcgttcg aggccatgcg ctgatagttg cggtaacgcc
      541 agcgggcgtt ctcctcggcg gctttgaaaa gctcggctgc ctcggcgggg tactgcttca
      601 tgacggaagc gtaacgcacc tcgcccttga ggaagttctg gaactcgtcg aagttcggcg
      661 ccttgctgtc gaggatgaag gggttcttgc cttcggcctc gagctgcgga ttgtagcgcc
      721 agagctgcca gtagccgcaa gccacggcct gcttttcctc cgtctgactc ttacccatgc
      781 cggccttcaa accgtggttg atacagggcg agtaggcgat gatgagcgag gggccggggt
      841 aggcttcggc ctcgcggatg gcacggagcg tctgggcctg gtcggcaccc atagcgatct
      901 gggcaacgta gacgtagccg taggtggtgg ccatgaggcc gaggtccttc ttacggacgc
      961 gcttaccggc ggcggcaaac ttggcgatgg cgcccacggg cgtggacttg gacgactgtc
     1021 caccggtgtt ggagtacacc tcggtgtcga gcacaaggat gttgacgtcc ttaccgctgg
     1081 cgatgacgtg gtcgagaccg ccgtaaccga tgtcgtacga ggcaccgtcg ccaccgatga
     1141 tccactggct gcgcttgatg aggtattggg tcaagccctt cagctccttg catacggagc
     1201 aatcggcctc cttgatgccg cgatcgatca tgacctcaag ttgcggagcc aactccttcg
     1261 tcttatcggc atcgaacatg ttgtcgatcc atgcctgcat cagctctttg gcttcagccg
     1321 gagtgtattc gttctcgata gcttgcttga agagcttcac tatgcgctca cgcatcttct
     1381 cattggccag ctccatgccg aggccgaact cgcagaagtc ctcgaagagg gagttggccc
     1441 aagccggacc gcggcccatg tcgttcttcg tgtagggcgt ggaggggacg gagccggagt
     1501 agatcgagga gcaacccgta gcgttggcca ccatctcgcg gtcgccatag agctgggtga
     1561 cgagcttcac gtagggcgtc tcgccgcaac cggcacaggc tccggagaac tcgaagagcg
     1621 gcgtggcgaa ctgtgagttc ttggcgttgg ccttggtgtc gaccagatgc tgcttcgtct
     1681 tgacgtgatc tacgcagtag ttccagtttg gcacctgatc catctgcgtc tcgaggtgct
     1741 tcatgccgag cgccttctcg cccttcttgc ccgggcagac atcgacgcag ttgctgcagc
     1801 cggtgcagtc gagcacatcg acctggatgc ggaagttcat gcccgcaaac gtcttgccct
     1861 gtgccttgag ctgggggaag ttggcgccct tctgttcctc ttcgtcaagc acgaagggac
     1921 ggatggcagc gtgggggcag acgtaggcgc actggttgca ctggatgcag ttgtccatgt
     1981 tccactcggg gacgaaggtg gctacaccgc gcttctcgta gtaagccgtg ccttgcatcc
     2041 aggtgccgtc ctccctgcct ttgaaggccg atacgggcag ctggtcgccg tcctgagcgt
     2101 tgatggtgcg taccacttcg ttgatgaagg ccgggtcgct gttcgtagca cgcggatcgt
     2161 cgggcaggtc ggcccaagcg ggatctacgg tgagctgctt gtactcgcct ccacgatcga
     2221 cggcggcgta gttcttattc accacgtcct cacccttgcg gccgtacgac ttgacgatga
     2281 acttcttcat ctgctccaca gccagatcaa cggggatgac gcccgtgatg cggaagaagg
     2341 ccgactggag gatggtgttc gtacggttgc cgaggccgat ctgctgggcg atctcggtgg
     2401 cgttcatgta gtagaccgtg atgttgttct tggcgaagta cttcttcacc ttcacgggca
     2461 ggttgcgcac cagatcgtcg ccctcccaga tggtgttgag caggaaggag ccgttcttgc
     2521 ggagaccgcg ggtcacatcg tacatgtgca gataggcctg cacgtggcac gctacgaagt
     2581 tgggcgtgtt caccagatag gtcgagcgga tcgggtgatc gccgaagcgg aggtgcgagc
     2641 aggtgaagcc gcccgacttc ttggagtcgt aagagaagta ggcctggcaa tacttatcgg
     2701 tgttgtcgcc gatgatcttc accgagttct tgttggcacc caccgtaccg tcggcgccga
     2761 ggccatagaa cttggcttcg aacatgcctt cgccaccgag cgcgatctct tccttcatcg
     2821 gcagcgaggt gaaggtgacg tcgtccacga tgccgaccgt gaagtggttc ttgggctcgt
     2881 tgagggcgag gttttcgaag acggaaatga tctgtgccgg cgtcgtgtcc ttcgagctga
     2941 ggccgtagcg tccaccgacg atgatcgggg cattctcgcg gccatagaag cagtccttga
     3001 cgtcgaggta gagcggctcg ccattggcgc ccggctcctt cgtacggtcg agcacggcga
     3061 tgcgcttaac cgtcttcggc actgcggcca ggaagtgctt agccgagaac ggacgataga
     3121 ggtgtacggc caccatgccg accttctcac cgttggctac gaggtaatcg atggcctcac
     3181 gcgcggcttc cgtcacggaa cccatggcga tgatgacgcg gtctgcatct tcggcgccgt
     3241 agtaattgaa gaggccgtat ttgcgaccgg tgagcttgta gatctcttcc atgtattcct
     3301 ccacgatggc gggcacttcg tcgtagaagc gattgccagc ctcgcggtgc tggaagaagt
     3361 ggtcggggtt ctcagccata ccgcgcgcca cggggttcat cgggttcagg gcgcgggcgc
     3421 ggaactcggc cagagccttt tgatcgatga gcggagcgag atcctcgttg tcgagcttct
     3481 cgatcttctg gatctcgtgc gaggtgcgga agccgtcgaa gaagctgacg aacgggacgc
     3541 gtgacttgat cgtggctagg tgtgccacac cggccaagtc catcacctcc tgcacggagc
     3601 cttcggccag catggcgaag cccgtctggc gtacggccat cacgtcctgg tggtcgccga
     3661 agatggagag ggcgtgcgag gccagggtac gtgcggaaac gtggaagacg cagggcagga
     3721 actcgcccgc gatcttgtac atgttcggga tcatgagcag caatccctgt gaggccgtat
     3781 aggtagaggt cagcgcaccg gcctgcagcg atccgtgcac ggcgccagcg gctccgcctt
     3841 cggactgcat ctcttgcacc aatacggttt cgccgaagat gttcttccgc ccagcggcgg
     3901 cccattcatc gacgtattcg gccatcgtcg acgacggtgt gatggggtaa atggcagcca
     3961 cttcggagaa catatacgag atatgcgccg cggcttgatt accgtcacag gtcaaaaatt
     4021 tcttttctcg tgccataact atctgttgtt tgatgtgtgt aacattctga ttgcttgtat
     4081 gtggatattt agtcagtgga gattgtatca gtataagaag ccgaacatcc atagggggat
     4141 gcagttcggc tcgtcgaggg gaggctccac ctcgtcgacg gcgtagtaga agtcggggct
     4201 gactttccag cgcgcctcgg ggtaggagac ccggaagagg tagcgatcgt tgaccaggaa
     4261 gctgttgtgc ctgtcgtaag cgttcacgcg attgtccttc aggagttggt tgaagaagaa
     4321 ggcctcgttg acggtgcgct cgtcctgcgt ctgacggttc atgacgtgca gcaggttcgg
     4381 gttgtagagg taggcgtaga cgggcttttg agggaactcc tcgccgcggg ggtagaggag
     4441 ggtgatcatg cgggcgtcct tgaggtattt gaggtagttc atcacggtgg cgcgtgaggt
     4501 gccgatgtcc ttgctgagct gactgatgtt gagcgtgcag ggctcgtttt gcgaaatcag
     4561 gtagagcagg cggcgcagtt tgggcaggta gcgctgctcg atctggcgga tgtagagcac
     4621 gtcgacctcg agggtcatgt tcatcatctt gagcaggttc tcggaatagt tgcgcttctc
     4681 gaggaagaag gggtagaagc cgtgatgaag gtagtcgtgg aaatactcgc cggggttgac
     4741 ctggtcgcag atgtcgcggg cgatgagatg gcgatcgcgc atgagcatat cgaagctgaa
     4801 gggttgcagg tcgaggccgg tcttgaggtt gaggtattcg cgaaaggaga agccgcgcag
     4861 gtagtaaggt gccacgatgt cgcccacctc gtggttctcc tccttgatgc gcatgacgga
     4921 cgatccggtg aagacgatcc gcaagttagt gtaatgatcg tagcagtacc gcagttcgcg
     4981 cgaccagttg ggatacttga agatctgatc gatgaggagc accttgcctc cagcggcgta
     5041 aaactcgccg gcgaagtccg tgagggtgcg ttcggtgaag atgaagttgt tcaggttgac
     5101 gtacaggcat tcgcggccat cgggggcgaa gtattcgcga gcgtaagaga gcagaaacgt
     5161 cgtcttaccg atctcgcggc agcccttgat cccgatcagg cgctgactcc agtccacctc
     5221 gtccattagg ccgcggcgca caggtgtccc cagatgcgtc accagatatt tgtgcgttcg
     5281 atagaatgcc tccataagtc agttcaaatt tccgcgggca aagataggat ttgcgcgtaa
     5341 aaacaccatc aaaaatgcaa actgtagatt gcaattttgc gcttcccgtt cggttttcga
     5401 cccctgattc gtgtttacga tcgcgccaaa atatgctcct gatcgtatga cgtaagattc
     5461 gattcaaatc caaatggatc cacgcggcca tgcttgccat ctcatctgaa tagactttgt
     5521 gtttgatcag atcgcatgag atccatcaat cttcaaattt gaatgtgacc agatagtatg
     5581 caatctggta tgattcaaat cagatacgga tcagatggca agcaatctga tccgatacaa
     5641 aattgtttca cctcggattg cataccattc gtagtgattc aaatcggata cgaattagat
     5701 ggcgtgcaat ccgatccaat acaaaattat tttgcttcgg attgcatgcg attcgtagtg
     5761 attcaagtcg gatatgaatt agatggcgtg caatccgatc tgatacaaaa ttatttcgct
     5821 tcggattgca tgcgattcgg cataaaacaa aaaggattca agacgcacag caggtgatcc
     5881 gtcttgaatc caattctcga gatgttgttg ttgggcttcg gaagtcagtc gccggtgaac
     5941 gtgtcgacga gtacttcgcg ataggcgttg aagattttcg acttggagac aaagccaatg
     6001 tatttgcctt cggtgtcgac gacgggcagg ttccaggcct tggtgtcgtc gaaaatgtgc
     6061 atgattttct ccatcggcat gtcgttgaca atgcgcgcgg ggggcgagac catgaagcgc
     6121 gagacgcgga aacgctcgta cagctcgggg cggaacatga tgttgcggat gttgtccacc
     6181 agcacgatgc ccagcagcac gccttcggtg ttgaccacgg ggaacatgct gcgggagctc
     6241 ttggcgatgg cctccttgac gacgtcgccg aggctcatat cggggcggac ggcgatgaag
     6301 tccgtttcga tcaaactgcc gacgttcatg agcgtcagca cggccttgtc cttatggtgc
     6361 gtcaacagtt cgcccttttg ggccaaacgc atggtgtaga ggctgtgggg ctcgaaggcg
     6421 cggatggtga cgtaggagcc gatggaggtg atcatgagcg gcaggaagag gttgtagccg
     6481 ccggtcagct cggcgatgag gaagacgccc gtcagggggg cgtgcatgac ggcggacatg
     6541 gtgccggcca tgcccatgag ggcgaaattc ttttcgggca ggtcgaccgg caggccgaag
     6601 aagttgagga cgtgcgagaa gaagaagccc gcgatgcagc cgatgtagag gctcggggcg
     6661 aagacgccac cgcaaccgcc accgccgttg gtggccgccg aggcgaagac tttcgtgaga
     6721 aggatgaggc cgaggaagat gacgatgccc caatagccat tctccatgcc gaggaagggg
     6781 ctttggtcca tgaggtggat aaagtcgccg ttgagcaggg tctcgatcgt gtcgtagccc
     6841 tcgccgtaga gcggggggaa gaggaagatg aggatgctga gcatggccgc gccaaggatg
     6901 aagcgttgcc agcggtggga aaggctggcg tagatccctt cgacgcgcag catggcgcgg
     6961 gtgaagtaga gcgagacgag tccgcagaag atgcccagca agaggacgta ggggatgcgc
     7021 tccatgacga actcctcggt ctgcgaaaac tggaacatgg cctcggtgcc ggagaagacg
     7081 tacgacatcg tggcggccgt gacggacgag atgagcaggg gcaagacgga cgtcatcgtc
     7141 aagtcgagca tgagcacctc gatgacgaag accaatccgg cgatcggggc cttgaagata
     7201 cccgccacag ctcccgcggc accacagccg acgagcagca taagtgtctt ctgctccatg
     7261 cggaagagtc ggccgaggtt cgacccgatg gcggcgccag tgagcacgat gggcgcctcg
     7321 gccccgaccg atccgccgaa tccgatcgtc agcgaactgg ccacgagcga gctccacatg
     7381 ttgtgcggct tgatgcggct cttgcgctgt gagatggcgt agaggatctt ggtgacgccg
     7441 tggctgatgt cgtcgcggac gacgtaatag acgaagactc cggccagcag gatgccgatg
     7501 atggggtaaa ggagcagcca atagttggct ccctcgcgga tgttggccca gagcaactgc
     7561 tggatggtgt ggataaggaa cttcagcagt agggaggccg tagcggctcc gataccgacc
     7621 aggaaactga tgatgagaat gaagttgcgc tcccggatgt ggcgttcgcg ccaaagcagg
     7681 aagcgataga agcggttttc gtttgtcatg tggttcgtgt gtatcataca cccttgcccg
     7741 tgaccaccgt cctgaccgta taaataagga tagtcaggtc cagggcgaga gacatatttt
     7801 cgtaatagag gatatcgtag tcgaggcgct cgatcatctt ttccaccgtg tcggcatagc
     7861 catacttgac catgccccaa gaggtgatgc cggggcgaac gttgtgcaat aaatagaagt
     7921 agggcgcagt gcggacgatg cggtcgatgt agtaccgctg ctcaggccgt ggcccgacga
     7981 gcgacatgtc gccgatgagc acgttccaga actgcggcag ctcgtccagc cgatacttac
     8041 ggaggaagcc gccgaagggc gtcacgcggt cgtcgttatg ctgggtcagt cggtggccgc
     8101 ggcggtcggc gccgacgtac atcgtgcgga acttgtagat catgaagggt cgaccaccgc
     8161 gcccgatgcg ctcctgccga aacagtacgg ggccgggcga gctgcgcttg acaccgatag
     8221 ccaggtaagc gtagacgggc gagagcagca ggagagcgat agcggaaacg atcttatcgg
     8281 ccaaccattt gaggttctta cccgcctcgg agaagttgtt gtccgtggca tcgatcaggg
     8341 ggatgccgtg gatggtgcgt acgccgatgc gcccgagcgg actgttcttg gccgcccaga
     8401 tcttcacggg gcacttatag cggtagagtg agtagagaat gtgcacggcg tcggcgtcgc
     8461 cccccggctc cacgacaagc gccagctcat gcgcaggacg agtggccatc agggtgggta
     8521 aatcactaat acggcccagc gtttcctgca caccctccgc cgtagacggt tcgccgacga
     8581 acccttccac ccgatagcct aaccgctcca gatcgcgtcg cgcctccggg gcgtgctgac
     8641 ccgttccgat gaccaagaca tccgtagccc acagtccgcg gcgtaccata cgcagggcat
     8701 gattcgtgat catgttgcgc ccgaggtagg tcaggacgaa ttgcagcgcg cagtaggtga
     8761 agaagatgat gtagtaaacg tcgaacgaac gcgggaggtc gttgaggatg accacgaaaa
     8821 agatgacgac gcaccctagc ccgacgctca cgaaggtggt gaaggcctcc tcgatacgcg
     8881 acttgccgaa gggccgattg tagtaacccg aaagaaaata gagggccagc cagaagaagg
     8941 gtacgataag ctgcacctga atgacttgcc ggtagccgag gaagtcggcc agcgtaccga
     9001 agtcgtagcg ggccacctcg tgaaagcgta ccacgttgag tacggcccac gctacagccg
     9061 cggtgacgaa gtcggacgac agatagagga gacgttggcg gcggcggttc atcatcactc
     9121 gcgtatgact tgaatggttc cgtcggcgcc taatcggatg atgcccgagg gacgcgctgt
     9181 ggagcgatcc gtgcgccgat aatggacgac gtagtccacg ccgcggatga tctcctggct
     9241 gacctcgtcg tagcatccgg gcgcggcttg tccgctgagg ttggctgagg tcgacacgat
     9301 gggacggcgg aagcgttcac agagcgcatg tgagaatcgt tcgcgggtga cgcgtatgcc
     9361 caccgagccg tctgggccga gcagcgacgg cgcgaggttc cgtccgtggg gatagatgat
     9421 cgtcagcgga cgttcggaga gctcgatgag gtcccaggca atgtcgggga tggcgtcgac
     9481 gtaccccatc actcgtcccg ggctgtcggc cagagtcagc atggccttgt gatcggcgcg
     9541 ctgcttgagc gcataaaccc gtcggacggc ctcatcggag gtcgcatcac agcctatgcc
     9601 ccagatcgtg tcggtgggat aaaggatcag tccgccttcg cgcagtgtgc gcacacatgc
     9661 cgtgagatcg gcctgcaaca gttcgttatc gtttattgag tgcataatcc atgtggttct
     9721 gtaatcggat cacaaaggaa taccgaaaag tgtaaacacc gcccccgact gacacttccg
     9781 cccgaccatt ctgaggacgg cccaccgcaa tccgaccccg gaggtggggc ctgcgcaggg
     9841 gcggactgcc tccgccgaat cgacagattg accccgcgca acggacactt aagccgtcgc
     9901 attgtgcttg cgaggtcggt ggacggatga gagggacagg cgtcggttgc ggggtgatcc
     9961 gtcgatcggg agggtgagcg gagccaggcg ggctatacat atatataata ggtataggga
    10021 ggcggactca gtcggcggat ggggggcagc ggctgaggtg gtgctcccta cgaatgcgca
    10081 cggggtgtca gccgaccgga agggttgccg caccgcatgc cccgaggtga cttcacgcac
    10141 cgaacgacgc tttctcgcca cccgacggga caggtattca cggagcagac ttggtcgtcc
    10201 gatttcgttt tttgccccgc gccctacctt tgccagccgt cgggacgccc gattgtcaat
    10261 cattcctcac gcactataca tattctatat gccccgcatc acccctgtcc tcctcgcgct
    10321 ccttgtgctg gcttcgtgca gcacgacgcg ctatgtgggc gaaggcgaat acttgcttga
    10381 ccgcgtacgc gtggaagcgg attactcgcc catccccacc tccgaactga agtcttacct
    10441 ccaccagcat cccaatcaga agatcttcgg cctactcaaa tggccgctct acgtctatga
    10501 ctggtccagc gaccgtggcc gttggtcaga ccgactgctg cgccgcatgg gcgaggctcc
    10561 tgtgatcatg gatacgtcac tcatcgccct ctcgcgcgac gagctccggc gctacatggt
    10621 gaacaagggg ttcgtgcagg ccgcggtgga ctatgcgatc gacacctcgc gcagtcgacg
    10681 cgctacggtc cgttaccgca ttcgctccgg cgcaccgtat ctgattgcca gttatcgcct
    10741 cgaaccgggt gacgatcgga tggactcttt gctacgcacc gagccgacgc ccatccgagt
    10801 cggacagcga ttcgaccgcg atgagctgga acaggagcgc caacgcatca cgtcgctcat
    10861 gcgtcggaac ggatattttg cctttcaccg cgattatatc tacttctcgg ccgacagctc
    10921 cgtcccggag cgcgtcgatt tggtcatgcg catccggccc gtccgcatcg ccacggactc
    10981 cttaccgatc gagcacccgc accgactcta tcgcatcgac tcggtgcgta tcctggtgga
    11041 cagcaggaca caccttacag attcatcgac cctattccgc acggcgaccg acacggtgcg
    11101 cattcgtgac gtggagatcc gttacgctgc gggccagcat ctgcttcgcc cgggcgtgct
    11161 ctatcggcgc tgcttcctgc tgccgggcca tctgtttaat gaacgcgacg gcgagcggac
    11221 ttactcttcg ctggccggat tgggagccct gcggcatgtg agcctgcgat acgaggaaac
    11281 cacggataac ccctcagaca ccgtaaggct ccaaacgacc atcattaccg cagccgcccc
    11341 gccgcagggt ttcggattgg aacttgaagg caccaactcc ggcggtgatc tgggcttcgc
    11401 ctcggctgtt agttaccgtc atcgcaacct gctgaggggc tcggaacttt tgtcgacacg
    11461 agtccgcggt gcgtacgagg ccctttccgg cggcgatcgt aggagtggtt ggggcaatta
    11521 ctgggaattc gaaacggaag cctctatcca tttcccgaca ttcctcctcc ccttcgccag
    11581 ttacgccttc cggcggcgca tgcgggccac caccgagttc aaaatcagct atgatcagca
    11641 gcgccgaccc gaataccgac gtgccatcat atccggcggc tggaattata actggcaaac
    11701 gggcgcgtcc aaccaccctg cgcgccacac acttaagctc atcgatgtcg actacatata
    11761 catgctgcac gtcgacacgg ctttcagaag tcgattacct gagctgacgg ctaaatacaa
    11821 ctactccgac atgttcatcg taagcagtgg ctatacctac tcgctcaaca gttacgaccc
    11881 gatgcgtcgg aaccgcagcg cgcattccct tcgtgcggcg atcgagctgg ccggcaatgc
    11941 gctctatggc ctctcgcatt tgttaggcgc atcccgcggc gcggacggta gttataagct
    12001 cttcggaaca acttattcgc agttcgtaaa ggccgacatc gactatgccc gcagtgtcgt
    12061 tctcgatgca cgaaacagcg tcgcttttca tatcggtggc gggctgggcg ttccctacgg
    12121 aaactccacg gaaataccct tcgtgcgccg atactatgcc ggcggcgcaa ataataatcg
    12181 cgggtggtcc gtccgcacgc ttggcccggg cagtatggcg gatgaggagt ccacgtcgtt
    12241 caccaaccaa gtgggcgaca tccgactcga tgcgaacatc gaataccgca cacgcctctt
    12301 ctggaagttc gagctcgccg cctacataga tgctggaaat atttggacca tacgtcgtta
    12361 cggctatcag cccgacggcg attttcgcct ttcacgcttc taccgtgaga tcgccctctc
    12421 gtacggactc ggtctccgac tcgatttcga ctacttcctc atccgcttcg acaccggact
    12481 caaggcctac gaccccggac aacgcggtgc gcgtcgctgg gccatctccc gccccaatct
    12541 gaccaacaat ttcgcctggc atttcgctat cggttatcca ttctgatcga aaatcggaaa
    12601 acgaaacctg aactgttccg catgcacgga ctaaaatcgg gaaacgaaat ctgaatcgtt
    12661 ctgcgtgcac ggttatcatt cctttttggg tgtacctatt gtgcactcgg tgggggcgta
    12721 ttgcatacgc cccaatatgt acccggccgt ctacatggct gatattcttt atcagcagaa
    12781 gttattcatc gcccggtagt ggcgtaaaag tatacgcccc cgcatgtaac ctatatataa
    12841 atggatagat ctcatggaat aggtggcctg atttagctgc ccaatcagga ttcaatctat
    12901 tactatctgt atttatctgc atgctacaga tgtattgtag ggcatatgct tttgcgccca
    12961 tatcctatac atgatagatc ttccaaaatg aaaacaatac ctacacaagc agcgtgactt
    13021 accttttgtt tttcaatttt tgattacgca tatcgtaggg gtatgcacac ggtatacgca
    13081 tgctaggcct ttacgtcgtt taacctataa aacaaatctc gattccatac tccgcacgct
    13141 gaatgactca aaaacaagtt ctgttttccc actctgcacg ctgcggagta agaaaacaaa
    13201 gtctgttttc tacatttcgc agtgtgcaga ccccaaaaac aaagttcgtt ttggcactct
    13261 gcagcgtgca gaacccaaaa acagatcttg ttttcgcact ccgcagcgtg cgagacccaa
    13321 aaacagactt tgttttccta ctctgcagcg tgcagaacct caaaacagac tttgttttcc
    13381 tactctgcag cgtgcagagt tgccattcag cgtttgtttt tataccccgc aaacggctcg
    13441 acagcaactc aataagccgc tttacagcca ttctgcatac gggcctatct ctacgcaaac
    13501 cgttttccca tcctgaagaa aaaaaagctc cccccacgta tcacgcaggg ggagctctat
    13561 cttgacggtt atcaagtgat gtgaaaattt tcaggtctta aactaaggac acttctcagg
    13621 agaaatggtt ccgcatctct cctatgggcg aacaaatata tgtattcttt taaaactgta
    13681 accctgcagt cggcataatc gataaaataa aaacggccgg acaggtgcag cggctgcgta
    13741 actgcatctg tccggccgga taggctgtcc gtcagacggc ccaggtggtc gtgcgatcta
    13801 ttttatctca tagtccatgc cggtcacttg gaactccgtc cgccgattca gttggtcggc
    13861 cacttcttgc tgctcctgcg gcagactgtt gacgaactcc tcactgagca tagtgccctc
    13921 gggcaagaag ggatacttct ccgccagctt ggccgtgatg gtcttcggaa ccattttgcc
    13981 gtaccctttg gccgtcaggc gtgccgcgtc gatgcccgca gcgatgaggt aatccacgac
    14041 cgactgtgcg cggcgttgcg ccagaccctc gttgtaggca tccgatccct tccgatcggt
    14101 gtgcgcaccc agctcgatcc gcgcagaggg gttgtcacga agcagtttga tcaaccgatc
    14161 caaggcttcc tttgactcgg ggcggagcgt tgcacgatcg aaatcgtaga agatgttctc
    14221 aacaacgacc ggcttgtcgg tgggcgagag gaagaagtcc acgtagtacg tctcattctt
    14281 ctcctccgcc tcggtcttca gctcgaaatt ttggttgagg tagttgggcg cttcggccat
    14341 catcacgtag tccatccccc gggcaagctc gacgctgtac gacccgtctt tcttaaccgg
    14401 tatcttgcgg ttcatgccgt cgcggcctac aattcggacg atggctttat cgatgggcac
    14461 ctcgtcgaca tcggaaacgt aaccatcaat cttcatcgtg aacgtgggat actcgaacga
    14521 atagatgtga tcccaccccc gcgcatcgcc gcgattagag gagaaaagtc cgcgctcgcg
    14581 ttgtccctcg aacgtgatac cgaaatcgtc gaacgacgag ttgatgggcg cgccgaggtt
    14641 ctccacgtgc cattgcccgg cgctgtcctg cttggcgcgg aacaggtcga gcccgcccat
    14701 cccgggatgc ccgtcggagg cgaagtagat cgtcaccgag tcgcggacgt agggaaacag
    14761 ctcatcgccc gccgtgttga tcacggggcc aaggttctcc atgccgccaa agtccgaacc
    14821 gcctacgatt cgcgatcgga agaggtcctt gccaccgtat ccgccgacgg attcggccac
    14881 gaaatagagg tacttcccgt cgggcgaaac cgctgggtgg gccagcagcg tgatcgagtc
    14941 cttcaacacg ttcgcacgct gacccttgct ccatgcagcc ccgctgcgca aggattggta
    15001 gatctcagcc gtgcgcggct cggtagcgtc gacggcgcag aaggtgtagt acatcgtgtt
    15061 gccatctcgg gtgaacgagg gcgtaccctg atcatactcg ctggccactg gatcctccac
    15121 ctccttcggc tttgtccaga ggccctgctc attcttcttg gcgaagaaga gcgcattgtt
    15181 tttcagcccc gtgatagcat tgacggaatc cttatggacg atcccccggg tggagttgaa
    15241 gtaaacttga tcgtatttgt caccataata catggggcag cactcgctgc gccgagaatt
    15301 gaagacctcc atgcgggaga cctggtaaag cgtcggccgc tcgcgccatc tgacggccga
    15361 atcacagccc gccaaagcca gtacggcacg ctgatccgtg ggcgcctcag ccaaatattc
    15421 gcggtaatac cgggcggcct cgtcgtagcg tccctctttc tgacacgcct gaccgagtct
    15481 gaagcgcaag aggctgtccg gataatcata gcggagggca ttgaggtagg cactgatcgc
    15541 tcggccgttg ttgtttacgc gttggttgca gtatcccatg cggtaagcga tgtaagcgcg
    15601 cagatccttc tggtcgggct tcgacttggt gtagagcttc cgatacatct ccgccgcggc
    15661 atagtactct ccgagttgct gtttttcctc ggcatccttc agcttgaccg tcttgcaaga
    15721 cgtggcgagg ccgatcagca ggcagcagac cagggaaagc gccgcatgtt ttctaattgc
    15781 gtacagggtt ttcattgcta attgaacgaa gcaagtttgg gggttattgc tgcacagtct
    15841 gtgtgtcgat cgaggacgac ggactataac aacagcgagc tatcgccgta gctcaagaat
    15901 cggaagtcgt gcgacagggc gtagtcgtag atcgtgcgcc aatccccacc tacgaaggcc
    15961 gagacaagca gcagcagggt gctctgtggc tggtggaagt tggtgaccat accgcgtacg
    16021 atcttgaact ggtaccccgg cgcaatgatg atctgtgtgg cggcccacag gcgatccatc
    16081 ccgcggcgat cgaggtagca aaggatggcc cggagcgcct cctccgccgt cagcgtgggt
    16141 gcatcggcgt cgtacggtgc ccattggccc acggtgaacg cttcgtcggc cgactcgtcc
    16201 gccccatccc gcgccaacgc acaaccgata taataaagac tctcgagcgt acgtaccgac
    16261 gtcgtaccca cggcgatcac atgctccggc ttagccagca gtcggtccac tgtccgccgc
    16321 gtgaccgcaa agtgctccgt atgcatcgca tgaccgccga tcgtgtcgct cttgacgggg
    16381 cggaaggtgc ccgcgcctac gtgtagcgtc acttcttcgc gctccattcc tcgggcgtcc
    16441 agctcggcca acaccgcggg cgtgaagtgc agcccggccg taggcgccgc cacggagccc
    16501 ttgaccttcg aatagacggt ctgatacgtc tgcagatcct tcgcctctgt ctcacggtgc
    16561 agatagggcg gaatgggcag tacgccgaca gcctcgagca cgtcggagaa ggtgcagcgg
    16621 ggattgtccc agcggaagtc gacgagatcg cccgcctcgc ccgctacgga gacgcgttcg
    16681 gccgagagcg taactggttc accgccgacg gtgaccgtgg tgtgcagctg gcccgacttc
    16741 catcgcttgc tattgcccac gaggcaatgc caggtgcaat gggccgtctg tgcaaacgac
    16801 tgctcatagt cgctcggcac ggctggctcg aggcagaaga tttcgatcat ggcgccggtg
    16861 tccttgcgga acagtaggcg ggcccgaatg acccgggtgt tgttgaagac aagcagtgca
    16921 ccgtccggca ggcagtcggg caagtggcgg aagagcgtct cgcggatctg cccaccgcga
    16981 tagatgagca gtttggaggc gtcacgctcg gccagggggt acttcgcaat ccgatcgtcg
    17041 gggagtgcgt acgcgtaatc gctgatgtgt atctgttggg gggtatgcat aacggcggac
    17101 aaatgtaggg cgtacagctt cagtttcacc gcctactttt gccggccatc acacacactc
    17161 ctattaatgt acacacacga tgaagactaa aacacgtaac gtttgcacgc gactcctgac
    17221 cgtcgctgcc ggactgatcc tcctggctac cgcttccgta gcgcaagact tgaacaacga
    17281 cgctcgcatc cgcgctcgca tggagcgggc catgcgacgc gattccgtcg cccaatcggc
    17341 cgagccgacc cacacctcgc agcccaccgt ccgccagcgt accgccacgc ccgacaccct
    17401 ccgcgcggag cctggcgacc tgaacgcccg cctactggag cggatggagc gccgtgcccg
    17461 acgtgacacg accctggaac accccgcagc caccgacctc agcgcgccca tcatcctccc
    17521 cacggaaccg ctcaccatgt ccgaccgcgc gctctactgg tcgcgctact ggaggagcgc
    17581 cacgggccgc ataccgagct acttcacctt caacgacacc atcatcgtca acccgctctt
    17641 catgcccgtg ctcttcaaaa agaagaacct cgacaatgcg cggcgcatcg tcttctatcg
    17701 ccccatggat ctcaacgatc gaccgtggga gcgccccctc taccgcctca ttcacccctt
    17761 tgaacgggcc gaaaaccgca tcatcatcca ggactacgcc tatcgctacg tgcgccatta
    17821 ccacccgaac tacttccgcc acagcgccga cgacctgccc gtggagcgca cgctgcgaat
    17881 gcgcatgaac ggcaatgtgc aggtgcccgt ctaccacgtc gagcgctcgg ccaacgacta
    17941 cgacgcgccc ccgaagttca ttcccgaccg ccgctactgg acctcgtcgc tcgaaagctc
    18001 cctccgcttc tcgcagaact acgtctcgcc caactggtac aaagagggca acagcaacct
    18061 gaacatcctc tccaaaaacc tcttccagta caactacgcc cgcgaccgca tccagctcaa
    18121 gaacctcctc caggtcgacc tcagcgtcta caccgcctcc gacgacacgc tccgcaacta
    18181 caagttcggc gacaacctct tccgcctcta caccaacttc ggctaccgcg ccttcagccg
    18241 ctggttctac accatcgacg gcgaactcaa gacgccactc gtggccaact ataagaagaa
    18301 caccaacgtc cgccaggtgg ccctcctctc gccctacatc gtcaacgtgg gcctcggtat
    18361 gaagtacgac ctagagaaga aattccgcac ccgcggccgc tcgctcaagc tggccgtcaa
    18421 catcgcgccc atctcctaca cccacatgta cagcctcgac gccgccgtcg accgcagccc
    18481 ccacggcttc cccaaagacg cctccggagg ctacgaacgc gtgctccata agatcggctc
    18541 cacggtccgt atggacatgg tactcaagcc caaccacaac gtcacgtgga aatcacgcct
    18601 ctactacaac accacctacc ggaacatcct ggccgagttc gaaaactcgc ttgacatggc
    18661 cttcagccgc ttcttctcga ccatgatcaa cgtctacctc cgcttcgacg acagcgtcac
    18721 gaagacgccc ggctacgatt cctacgtcca aacgaaccag atcctcagct tcggcttcag
    18781 ctacaagtgg gattagcctg aagggcagac ccgcgggcat ccgccgcccg tcatccggcc
    18841 ctattatata aggtataagc aaagggagct catccgtggg ctccctttct tgtttcgtcc
    18901 gcttgcgtta tccatgtgtc atcaatcttt catcacacga gaggtaaaaa acctcacgcg
    18961 tcatcaaaat tcgatcacgt gagaggtaaa aaagctctcg cgtcatcaaa attcgatcat
    19021 acgagaggta aaaaagctca tgcgtcatca aaattcgatc acgcgtgaac aaaatttgat
    19081 cacacgccag cttcttgttg ctcgcgcgtc atcaaaattt gatcacttaa gagataaaaa
    19141 agctcatgcg tcatcaaaat ttgatcacgc accagcttct tgttgctcgt gtgtcatcaa
    19201 aatttgatca tgcaccagct ttttgttgct cgctcgtcat cgaaatttga tcacgcgtga
    19261 acaaaatttg atcactcgcc agcttgttgt tgctcgcgcg tcatcaaatt ttgatcacac
    19321 atacatcatt cggagacagc cgctaccttt acgccatcaa tcataacccc tactgcgatg
    19381 aacaagacga aaaatctagt ctcggccacg ctcagcgagg catcatgcga caaaatccaa
    19441 gagatgatca agaaaatcga gtccgaactg cccttcctaa tcgccctctc caccgccgac
    19501 aagcgacgca tcaggccttc cggcccgcgc acggccgcct tcgtcgacat ggccctccgc
    19561 ggcgcccaga acttccccca acacctcttg cagacgttcg acgtcgacga gttcgagcac
    19621 gacgtcctgc ttatgcaccg actcaaaggc ctccgcgcct ccgtcgcctc gctgctcgaa
    19681 aagctcgacg acaccatcta cgcctcctcc gccgacgctc tggccgaggc caacgaggtc
    19741 tacggctacc tcaagaaggc ctcacggttc gaaggctccc tcaaagccgt cgtcaaagag
    19801 atcggccaac gctacgcccg cccctcacgc cggaaaaacg ttgccgacga cgaataatcg
    19861 cccatccccc gccgccccgc actcctcccc ccgctgcatc catccgcgct tcagcaaatt
    19921 caaaacagct tccatttctt taaccacgcc tcgcgggcac tcactcgcta aagggtctac
    19981 ttttgcgccc cagaatagaa aaggacagta taagtatcaa tcaaacgtct atgaatcaaa
    20041 cagtagatat ccgggaattg aatgagcgaa tcgagcgcca cagcacgttc gtgacaacgc
    20101 tcaccatggg aatgaatcaa gtgatcgtcg ggcagaaaca cctcatcgag tcgctgctca
    20161 tcggcttgct ttccgacggg cacatcctcc tcgagggcgt ccccgggctg gccaaaacgc
    20221 tggccattaa gacgctcgcc tcactgatcg acgccaaata cagccgcatc cagtttaccc
    20281 ccgacttgct cccggccgac gtgatcggga ctatggttta cagccagaag aacgaggaat
    20341 ttcaagtgcg ccaaggtccc atcttcgcca acttcgtgct ggctgacgag atcaaccgtg
    20401 ccccggccaa ggtgcaaagc gcactcttag aagccatgca ggagcggcag gtgaccatcg
    20461 gcgaaacgac ctacaagctc cccgccccct tcctcgtcat ggccacgcag aaccccatcg
    20521 agcaagaagg cacctacccg ctgcccgagg cgcaggtgga ccgattcatg ctcaaggtca
    20581 tcatcaacta cccgaagaag gaggaagaga aacaggtgat ccggcagaac atcaccggcc
    20641 acgcgcctga gatccgcccc gtgatggaca cgaagcagat catggccgcc cgcgacatcg
    20701 tgcgcgaggt ctacatcgac gagaagatcg agcgctacat cgtggacatc gtcttcgcca
    20761 cccgcttccc acaggagtac ggcctggccg acctccagtc catgatcgcc ttcgccgcct
    20821 caccccgcgc ctccatcaac cttgcgctgg cctcccgcgc ctacgccttc atcaagcagc
    20881 gcggctacgt gatccccgaa gacgtgcgcg ccgtctgcca cgacgtcatg cgccaccgca
    20941 tcgggctcag ctacgaggcc gaagccaaca acttgacctc cgaagcgatc gtgagcgaga
    21001 tcctcaacaa agtcgaggtg ccctaacccc cgccgcccat catccgtata gattaatagg
    21061 taaggatgga gacgagcgaa ctcttaaaga aggtccggca gatcgaaatc aagacgcgcg
    21121 gactctcgaa caacatcttc gccgggcaat accactcagc cttcaagggg cgcggtatgg
    21181 ccttcagcga agtccgcgaa taccagttcg gcgacgacac gcgcgacatc gattggaaag
    21241 tcaccgcgcg ctacgtccgg ccctacgtca aggtcttcga ggaagagcgc gagctgaccg
    21301 tcatgctgct catcgacgta tcgggcagca aagacttcgg caccgtgtcg cagatgaagc
    21361 gcgacgtgac gacggagatt gccgccacgc tggccttctc cgccatacag aacaacgaca
    21421 agatcggcgt catcttcttc tccgataaga tcgagaagtt catccccccc cagaagggcc
    21481 gccgacacat cttatatatc atccgcgagc tgatcgactt ccgccccgac gaccgtcaga
    21541 cggacatcaa ccaagcgctg aagtacctca ccaacgccat caagaagcgt tgcacggcct
    21601 tcctgctctc cgacttcatc gatcacggca actatcacga cgcgctgacc atcgccaacc
    21661 gtaagcacga catcgtagcc atccaagtct acgaccgccg cgagacggag ctccccgccg
    21721 taggcctgat gaaggtgcgc gacgccgaga ccggccaaga acgatggatc gacagctcat
    21781 ccaagcgagt gcgcgaagcc taccgcacgt ggtgggacaa acggcaggcg gagatgaacg
    21841 ccgccttcca aaagagccgt atcgacgccg tctccatccg tacggaggac gactatgtga
    21901 aggcgctgct ggctctcttc gataaacgaa actgactttt cctgacaatg aaattgaaag
    21961 tgataagcgt ccgtatgctt ctcctcgtcg tgtgcctcct cgcggggttc accgctggag
    22021 cgcagcagac actgatcgac gtgaaggtcg acacggccga catcctcgtt ggcgaacaga
    22081 cgacgctgca cgtgaccgtc acaaccgacc ccaaccggcg gatcatcatc cccctgccca
    22141 gcgacacgct gatgacgggc gtggaggtga tctccgtctc cgacgccgat tcgacggtgg
    22201 ccgacggtcg cttggtcatt cgccgcgaca tcctcgtcac ctccttcgat tcgtcgctct
    22261 acctgctccc gcccttcatc gccatcgacg gcggcgacac gatcgcgtcg aaccaggtgg
    22321 cgctgaaagt ctccaccgtg cccgtcgatg tggacaaccc ggagaagttc tacgacatca
    22381 aggacgtctg gaagccgccc ttcgtcttgg ccgactatta tccgtggatc ttcggcgttc
    22441 tgaccgcgct gttcctcatc tgcgtgatcg gctacttagt gcagcgctac cgccgccatc
    22501 ggtcggaagt gcccgtaaag ccagccgagc cggaacttcc gccctacgag acggctatcc
    22561 gcgagctgga ctccatcaag gatcaaaagc tctggcagca agggctgaac aaggaatact
    22621 atacgcaggt gaccgacacg ctccgccgct acatctcccg ccgctacggc gtgaatgcga
    22681 tggagaagac ctccgaggag atcctcgcca tcatcgagcg cgagagcgac gaacacaccg
    22741 tctacgacac gctgcggcag gtgcttcgcc tgtcggacta cgtgaaattc gccaagctgc
    22801 accccctgcc cgacgagaac gacgagagca tgcgcaacgc ctacctcttc gtcaaccaaa
    22861 cgaaacgcac cgaggcgccg cagcccgatg ggacagcccc ggaaaccgta actaaggagg
    22921 ataagaaatg acgtttgcca atcccgccta tttgtttttg ttgctcctac tcgttccgct
    22981 gattgctgcg tatgtgtgga aactgcgccg cagccaggcg agcatggaga tgtcgtcgtc
    23041 cgaggcgttc gacgtgaagg gcataacgac cgccaaggtg cgcctgcgcc atctgccctt
    23101 tgtgctgcgc atggtggcca tcgcgctcgt catcgtcatt ctggcccgcc cgcagtcgac
    23161 ggacagctgg cagaactcct cgaccgaagg catcgacatt atgatggcca tggacatctc
    23221 gggcagtatg ctcgcccgtg acctgcgccc cgaccgactg acggcggcca agaacgtagc
    23281 cgccagcttc atcaacggtc ggccgaacga caacatcggc ctcgtggtct tctccggcga
    23341 gagcttcacc cagtgccccc tcacgaccga ccacgccgtg ctgctgaacc tcttcaaaga
    23401 catccaaagc ggcatgatcg aggacggtac cgccattggc gtcggactgg ccaacgccgt
    23461 gagccgcatc aaggacagcc aagccaagtc gaaggtgatc atcctcctga ccgacggctc
    23521 gaacaaccgc ggcgagatcg ccccggtgac ggcggccgag atcgctcgca cgttcggcat
    23581 ccgcgtctat acgatcggcg tgggcactca gggcgaggcg ccctacccct tccgactgcc
    23641 cggcggcacg atccaaatgc agatggtgcc cgtcgacatc gacgagccga ccctgcaaca
    23701 gatcgcctcc atcaccggcg gccaatactt ccgcgccacg aacaactcga gcctcaaatc
    23761 catctacgcc gagatcgaca agatggagaa gaccaagatc agcgtgcgcg agttcagcaa
    23821 gaagcaggag gaatacacgc gcatcgccct cgtcgtgctg ggcctgctgc tcatcgagtg
    23881 gctcctgcgc atcactatcc tcaagagaat cccgtaatcc cccgctacaa tgtttcgttt
    23941 tgcacacccc atatacctct acctgctggc cgtgctcccg gtgatgatcg ggggctacgt
    24001 ctacaccctc atcgaccgtc ggcgggccgt gcgtcgcttc ggcgacccga agctcgtggc
    24061 cgagctcatg ccggaagtgt cgcgtaagcg cgagcacctg aagttctggc tcttcttcgc
    24121 cgccgtggcc gtgatgatct tcgtgatcgc cgggccacag ttcggctcca aactggagac
    24181 ggtgaagaag cgcggcgtgg agatcatggt ctgcctcgac gtctccaact cgatgatggc
    24241 tgaggacatc cagcccaacc gcctcgagaa ggccaagcag atgctctctc gcatgaccga
    24301 gagcttcacc aacgacaagg tggggctgat cgtcttcgcc ggcgacgcct tcacgcagct
    24361 gcccatcacg tcggactata tctccgccaa gatgttcctc tcctccatca gcccctcgat
    24421 ggtctccacg caaggcacag ccatcggcgc agccatcaac ttagccctgc gttccttcac
    24481 gccgaacgac caggcgggca agaccatcct gctgatcacc gacggcgaga accatgagga
    24541 cgacgccgtg aaggccgcca aagccgctgc cgatcggggc atcagcgtca acatcgtcgg
    24601 catcgggcag cccgaaggcg cacccatccc cgtcggtgga agcagcaatt acatgaagga
    24661 taacgacggc aacgtggtca tcacccgact caacgaacag atgtgtcagg agatagccgc
    24721 cgctggcaaa ggcatctatg tccgcgccga caacaccaac tcggccctgc acacgctgca
    24781 aaaagagatc gacaagatgc agaaggccga gcaagaaagc caggtctatt ccgaatacga
    24841 cgagcagttc cagagcctcg cgtggatcgt gctcctgctg ctcatcgcgg agtatatcat
    24901 catggatcgc cggaatcgga tcttccgtcg ggtcaagctg ttttcgagat agcggtgaaa
    24961 ggcatccggc ccatcctcca tatccatcgg acgcgagtac gtcccacccc gtcggcgtcg
    25021 gcagaatgtc tgccggggct atcatggggt aggatggcgt cggcagaatg tctgccgggg
    25081 ctatcatggg gcaagatgac gctggcagaa tgtctgccgg ggctaccaca ggccaagatg
    25141 gcgtcggcag aatgtctgcc ggggctatca tggggtagga tgacgctggc agaatgtctg
    25201 ccggggctac cacaggccat gatgacgtcg gcagaatgtc tgccggggct accacagggc
    25261 aggatggtgc tggcagaatg tctgccgggg ctatcatggg ccaagatggc gtcggcagaa
    25321 tgtctgccgg ggctatcaca gggcaggatg acgctggcga cactgtcgcc gaggctacca
    25381 cagggcatgg tgacgctggc gacactgtcg ccggggctac cacagggcat ggtgacgctg
    25441 gcgacactgt cgccggggct accacagggc gcgaggacgt tggcaaacca tttgtcggtt
    25501 caacaaaccg acgcatagat tgttggatca cccagaaaag atgaatatga aaagaagcac
    25561 gctatacatc atcagcatag gcctgctgct ggccgccgga agcgcatcgg cgcagaaggc
    25621 tgagcggtcg aatatccgcc agggcaaccg gctttatcgc aacgagaaat ataccgagtc
    25681 cgagatcgcc tatcggaagg ggctgacggt caatccgcgc tccgtggagg cggcctacaa
    25741 cctcggcaat gcgctgtaca aacagaagaa ataccccgaa gcggccgaac aatacatgca
    25801 gatcgtgggt cggcgcgagc agttgctggc cgacaacccg gccaacgggc gacgcttagc
    25861 ggaggtctat cacaacctcg gtaacatcca aatgcaaggg aaggattacg ccaagagcgt
    25921 ggaggcctac aagcagtcgc tgcgcctgaa cccgaaggac gacgagacgc ggtacaactt
    25981 ggcgctggcg cagaaactgc tcaagaatca gcagcaacaa caacagaatc aacagcaaaa
    26041 ccagcagcag caacagcagc aacaacaaga acagcagcaa cagcagcaaa aggaagacaa
    26101 gcgcgagaac aagacgcagc aagagaaaca gcaaaacgaa cagatgagcc aggacaacgc
    26161 gcagcagata ctcgacgcct tcctgcaaga cgaacgcgac acgcaggaga aggtgaagaa
    26221 ggcgcagcgg caacaacagg aacgacgtaa aacagataag caatggtaaa cgcaacgaag
    26281 caactgattc tattcctcgc cctctggctc acggccgggg caacgcacct cgtgaaggct
    26341 aacggggtga ccttccgggc ctcggcaccc agcgccgtcg tcatggggca gcaattccaa
    26401 ctcacctaca cggtcaacac cgagggggcc agctcgctcc gcacgccgga cctctcggac
    26461 ttcgaggtgc tgatgggccc cagctcgtcc gtcagccgca gcatgcagat cgtcaacggg
    26521 cagatgtcaa gctcttactc ccagaccttc acctatgtgc tgatgccgaa gaaggagggc
    26581 acgttcaaca tcgggccggg cagtatcaag atcaagaacg ccaactatag ctccaactcg
    26641 ctcgtcatta aggtgcttcc gcccgacaag gcgggcagtg ctggcggtgg gcgtagcggc
    26701 ggggccgccg caggagccgc tggtgcgggc acctcgcaag gctcgacgag cgtgggcgcg
    26761 aacgagctct tcgtacgtat gaacgtagcc aaccgcagtg tctacgagca ggagggcatc
    26821 ctcgtcacct tcaagatcta ctccctctat gacgtcgacc tcgacgacat caagttcccc
    26881 gagttcgagg gcttcctcgc ccaagacatc gagctcaacc cccagtggac actcgaaaac
    26941 tacaacggcc gtaactatcg caccgccgtc ttcaagcaaa ccatcctcta cccccagcgt
    27001 tcgggcaaga tcaccattgg ctcgggccgc ttcgatgcca ttgcgcacgt ccgcgtcaag
    27061 caacgctcgg gaagcatctt cgacgagctt atgggcggcg gttatcagga catccgcaag
    27121 gtgctcacca cctcgcccgt caccatcgac gtcaagccgc tgccctccgg caagcccgaa
    27181 tcgttcaatg gcgccgtagg tggctacacg atgaaggcca ccatcaactc caaccaagcc
    27241 aagacgaacg aggccgtgac cgtgaccgtc acactcaccg gcaacggcaa catcaagctg
    27301 gccaagaacc ccaccgtgac cttccccaac gacttcgaag tctatgaccc gaaagtggag
    27361 acgaacatcc gcaccaccgc ctcgggctca agcggcacga agacgatcga atacatcgcc
    27421 atcccgcgct acgccggcga cttcgagatc cctgccatcc gcttctccta cttcgacccc
    27481 cgtagcggat cgtacaagac gctcacctcg gagcccttca agctgcacgt cgaaaagggc
    27541 cccgaaggcg ccgcctcgcc cgccgtctcc aactacgggt cgcaggagga cgtcaagtat
    27601 ctcagcaaag acatccgcta catcaaaacc tcaagcccgc acttcgtcaa ctctcggggc
    27661 gacatcttct tcgggtcatt cacttacgtc cttgcctacg tgctgatcgc cctgctcttc
    27721 gccgtcttct tcgtcatcta ccgcaagcag atgaaggaga atgccgacct ggcctttgtc
    27781 cgcaccaaac gcgccaacaa ggtggcgctg cgccgactca agacggcaga gaagctgatg
    27841 aaggagggtc gcaaggagga cttctacgac gagatcttcc gcacgctttg gggttatctc
    27901 agcgataagc tcaacatccc gcaggccgac ctgacgcgcg agaacgtcgg caacgagctg
    27961 gccaccttcg gcgcagacga gacgctggcc aaagacctga tgcagatact cgacacctgc
    28021 gagttcgccc gctatgcccc ctcgcaagcc tccgacaccc tcgacaccct ctatcgacag
    28081 accgccgacg ccatcggacg aatggaaaac ctcaccaaac attgaactga catgactccc
    28141 atcaagcaaa tcaccctcac ccttttggcg ttcctcttcg ccgccgtcag tctgcacgcc
    28201 gccgaccgcg acgccgaact ccgcagcgcc gaaaaggcct acgccgacgg caactaccct
    28261 gctgccgctg agcaatacga agccctgatc aagaactatg gcgacgccgc cgaggtctac
    28321 tacaacctcg gcaacgctta ctacaagctc ggacgcatcg cccccgccat cctcaactat
    28381 gagcgcgccc tggtcatgaa ccccggcgac ggcgacacgc gtttcaacct cgagatggcc
    28441 cgccaacgca cggcagatcg catcgagccc gccgacggct tcttcggccg tgcctatcgc
    28501 agcgtgcaac acctgctcag cgtcgacggt tgggctgcgg tcggcctgat ctgcttcgtc
    28561 gccttcgctg gctgcctcgt cctcttcttc ttttccaagt ggatgcgcct gcgtaagact
    28621 ggcttctacc tcgggctcct tctcctcttc gtcaccgtca tggccaacgt ctttgcctgg
    28681 ggcgagcggc aggatttgat cgtgcgtgac acggcagtcg tcttcacccc cacagtcacc
    28741 atcaaaagct cgcccgatcg cagcggcacc gacctcttca tcctgcacga gggcaccaag
    28801 gtgacgatca agaacaccct cggcgaatgg tacgagatcc gtctcggcga cggcaaagag
    28861 ggctggatcc ctagcaaaga cctcgaacgc atctaacgcc ccaccgccat gctcgaacaa
    28921 atcctcgtct acgaacgcga cgccttcctc tggctcaacg gcctgcacac gccctactta
    28981 gaccgcttca tgtggatcta ctccggcaac cccgcctgga tcccactggc cgtcttcatc
    29041 cttttcgccc tctgctaccg gcgaccttgg cgcgaatccg tgctgctcat cctggcctta
    29101 gcgctggcca tcaccctctg cgaccagttc gcctccggct tctgcaaacc cttctttgcc
    29161 cgcttccgac ccacgcgtca cccggacttt atgcacgtgg tgcagaccgt catcagcccc
    29221 cgcaccggcg agccttacct cagcggtcgc tacggattca tgtcgagcca cgcggccaac
    29281 acgttcggct tcgcactgtt cacctcgctg ctcttccgcc accgcgtcta caccgtctgc
    29341 ctcttcctct gggccgccgc catgtcctac acgcgtatct acctcggcgt ccatttcctt
    29401 tcggacatca tccccggcgc cctcttcggc ctcctcttct cgtggctcac cttccgactc
    29461 tacgttcgtg tccgcccacg cttcatcccc gacacgcccc tcctacccta ccctgccgtc
    29521 gtgccccgca ccatcctctg cggcatgctc ctcactcacg ccgcaatcac gcttattgcc
    29581 gcatggtggg tatggtaagt aaggccatga ttcgtacctc ctttttcata cgtagcggag
    29641 cgaccgactc cccccccaac tgggaagcat tcagagcagg caggggcgtg cgtgattaat
    29701 gattatttgg cagctttgca ctcgaaagaa ctcacctcta accattctcc ccttagacat
    29761 tcgcttacag actactcact ctaaatattt gacagtatga aaactaaaag aatgattctc
    29821 ctcgctgcat gtgccatcgc ccttggcttg acgcatgccc aagcacagtc gcccttctcc
    29881 ttcggagtta aggcaggtgt caacttctcc acaatcagta ggcccaacct catcatccac
    29941 ggccccgggg acggcttaga gacagaccaa ttcaagatga agttcatccc cggctatcat
    30001 ctggggctct acggccgcta caatttcagc cccgccgtgg gcgtgcaagc cgaagtgctc
    30061 tactctatgg ccggctacaa ggtgaccacc acgttgctca atggcaccta catccgctct
    30121 cagctgcact atctcaacgt gcccgtgctc ttccgctaca ccatgccgag cagcggcttc
    30181 tatgccgagc tgggtccgca gttcgggtat ttcctgaagg ataacatcgt ggggaccgga
    30241 catatcggca ccgtcagagg cggcttctct gatagtggtg agggccaggc agcatcgcta
    30301 agccttgagg gcgtggtggg tgtcggctac aagttggaca atggcgtagg cttcgcctta
    30361 cgttaccagc acgagttcaa gacctcgtct aacgtcaacc ggctcatccc cgacaaggcg
    30421 cagaagcgcg gcgtccagct ctctgtcacc tacgacctgt tctaagcatt gcggacgtct
    30481 gtctgaatta gggaagcccc gcctccatcc tcggtttacc gaagcgtggg ggcggggctt
    30541 ctgattattt atatggaaca cccaaagggt agaaacaggc cccaatagct cccctaaaac
    30601 agaaagaagg aagatccacc cgaacagccc cactacaatc tcggagccct ttctccgtta
    30661 taaggactca cttaacccct taataattca cagtatgaaa agaatgattc tcctcctgat
    30721 gtgtgcggcc atcggtttaa cgcaggcaca ggcccagcta tccttcggcg taaaagctgg
    30781 tgcgaacttc tcgacgatca gcaagatcga tttctcctca ataggtcccg gtggcaaagc
    30841 gctctccggt ctgtttgaga gcaagtatat gccaggctat cacgtcggct tatacacacg
    30901 ctacaacctc accccctcga tgggtgtaca gcccgaattg ctctactcga tgatgggcta
    30961 taagatcacc tcgcccctgg tcgcagacgc atcggtcaag acgcagctgc attacctcac
    31021 cctgcccgtg ctcttccgct acaccctgcc caacatcgga ctttacgccg agctgggccc
    31081 gcaagcaggc ctcttcctga aggacaacat caccgtcaca ggaagtcttg gcggccgcag
    31141 ctccgacatc acaaagggcg gatccaagca agccgcctcg ttcgacctct cgggcgtcgt
    31201 tggtttgggt tatcggttgg acaacgggct ctcaatctct gcgcgctaca tccatgagtt
    31261 caagacctcg tctggcgatc acttcatccc cacgtatgct aagaagcgcg gctttcaagt
    31321 ctctctggct tacgagctgt tctaagcagc gaagtaaccc cgcataggga aagccccgcc
    31381 tccatcctcg gttcaccgaa gtttgggggc ggggcttctg atttaacgtt ggtaggatac
    31441 ggctaaccct tcctaaacag ctctaaggga caggcagaaa agtgctttgt ggcgcaacaa
    31501 tgcggattct aggggcagaa aagcgctttg ctgagtaaca atgcagattt ctggggcaga
    31561 aaagtgcttt gtggcgtaac aatgcggatt cctggggcag gaaagtgctt tgtggcgcaa
    31621 caatgcggat tcctggggca ggaaagtgct ttgtggcgca acaatgcgga ttcctgggat
    31681 ccaaaagctg ttttgtgtga caagagcgcg cgagaaagac agcccctaaa gtttcttgcg
    31741 gcgcaataaa gccgaaacga gggtatcgag aacgtgcctt gcccgccaat catcttgatc
    31801 cataagggta atgtccgacg tctttgtgcg ttaagggcaa gcccccacgc ctcagagcaa
    31861 tctctcggat aaatctaaga agggcttctg aaaaagaagc gtcccccggg ttacggatta
    31921 cgtatccata agcccggagg acgctttgtc tatcggcgac ttcggaagtg tcgcctgctt
    31981 ttatacggac gtctcaaaaa ttgatgttga ttccccccat aaatccaaac cgctgcatcg
    32041 ggtagccgta ccaaagatct tgtccacgcg agaggatgtt tgtgaacttg agataggcgc
    32101 cgaacatgtc gttgaggtta taagcggcgg taaagttcag gtcgtgcagg tcgctcatct
    32161 tgatattgtc gccgtggaag agggtgacgc gtcgggcgcc gaggtaatag tccaacgtga
    32221 gcgagagagg cgtgatcggc cgcacggtga ggtcggcgtt gacctccaca gcggggcagc
    32281 cgtagggctt catgttcgac atgccggcgc cggagagcca cgagttgccc tcccctttgc
    32341 ggaaggtgcc gcggttgtaa acagccttaa cggagaagtc ggccgtacgt tgataggcat
    32401 actttaaggc cgcaccgata cgcatccaag tagcgtcggg ctggaaggct acgtgataat
    32461 tgccgaagtc gtaaggctca ccgagatagt ccgaggggac gaagaaggcg gcgctcttga
    32521 tcaccgcata gcccgcaaat gcgtcgagcc agaggccggg gacaatgccc gaccgaacgc
    32581 ccaactcggc gtcgagccat gtgcgcgagg gtcgcacctt gagcgtatga tcgacgtagc
    32641 ggttgcggtc agcaattgag gccgcatcgt tcatgccgat gttaccgtcg gcgcgcccgt
    32701 agagcaacgt gtggtcggcc aacttggcct cgaagcggat ggctggccca gcgaagaatt
    32761 tggcagagtc gcccgtgaca agccccagat tgatgccaag gcggaggttg aatagctcgt
    32821 cgaaatagcg gtagtagggc gtgagggtga tctgggcgtg gctgcgatag ccgttgaaat
    32881 cgacggcgtt gcggacggtc gcggggtaga cgtaattgaa gaggtgcgcg atggcgtcga
    32941 ggccgaagta gcggtcgtcg atgttggcca gaaggccgag gttgagggag aagcgattct
    33001 cttgcaggcc gtcgatctgc gcggtgtggc catagcgctg cacgaagcgg aggtaagaga
    33061 ggtcgaggcg atagctgaga tcggtggtgt cgttcgattg cagtccgaag taggcatcga
    33121 acgtttggtt gcgttggtta cggtcgcggt cggcgggata gatgacagcg ggcgccatgc
    33181 tccaagggcc gaggcgatag atggagtcga gcgggaaacc gtaatagttg aaggtgttgt
    33241 agcggtattg cccaccgagg cggaaggtga gcggggcgaa gcgatgggcg taatggacag
    33301 cgccgcggat gtcggtgtac ttggcgcgct gcttctggcc tccccagtcg ttgtatcgca
    33361 cgtttccgtg ggtggatcgg agggagagga gggcgttgag gcggtcggtc gcattgtcaa
    33421 ggaagtggta gccgacgtcg ccgtccatgt tgaggtgcgt accgatgccg tagtggaagt
    33481 agccgcggtt gcggttatag gggatgtcgg tcatgacgcg ccctgatggc agggtgatga
    33541 tctctcggtc agggtcggcc gtggtggtga agcgagagta ctcgatcttg tgcttagtca
    33601 cctgcgggtc tttcacctca ggcagccgat tgaccttatc cgcgtcctgc acaccggggt
    33661 catactcacg ttcgagggtc agttcgcggc gcagtttctc gtccgtgttt tcgcgatcgt
    33721 cctgagcccg aaggccgagg ctacagctga gcagcaggac tgctgcagcg cagatccgta
    33781 tccgattgtc tgttctcatc ttcttatggg gtagtaatca gtagtcagaa agttatttgt
    33841 ggggagtgag cggtagcaga ggaggcgggg actcatttca atgcagccag tcgcttatcg
    33901 atcatggcca tgacgtcgtc cttattgcca cccttgtagt tcttctgcaa gctggtgagg
    33961 tattggcgcg cttggaactt gtcgcctttg cgagcataca catcggagag gaggatgaag
    34021 ccgcgggcca gccagtagct gtggggcgta ccctgctcaa tgaacccgag catctccttt
    34081 tcggccttgt cgatctcgtt gcgatcgaag taacgctggg ccaagaggta cttggattcg
    34141 gcgccataga ccgtacgcgt atccttactc agcgtgacga ggtcggcctg cgccttggcg
    34201 tcctccttga ggtcgatgta cgacttcatg cgcaggaaac gcgcttcggc cgctatctcg
    34261 ggactaatct tctcattctt cagcagctca tcggccatct tgaccgcatc ggccgactgc
    34321 tttgtgcgac gtgcgcaacg caaggcaccc agtcgggccc cgtcacgcac ttcagccgtc
    34381 gtggcgatgg ccgccagtcg cttgaagctc tccagcgccg ccgcatagtc cttgttcatg
    34441 tactcaatct cgcccttacg cgtcagggct tcctcgccga acttggtgtc gccgctacgg
    34501 atcacgacct cgtaatactt cttggcctcc tcgtagttct tcgcgtcgta agcgatctgc
    34561 gctaagtagt agttggcgcg cgcactgaag gcacccttgg ggaattggcg caggtagtta
    34621 cgcagactct gctctgcctc gctctcgccg cgcaggaaac gcttctcggc cgcgaaatag
    34681 gtgagcgaat cctgctcact gacctcgaat cgggcggcca tgtctccgag cgagcgcaca
    34741 taagtggcgt aacccgccac atcgttcatg tcgacataca cggccttgag atcctgcacc
    34801 gccgtgcggg cttcctcgct gccggggtag tcggagatga ccttcttata ggctttgatg
    34861 gactgctcgg ggcggttgct attgaaatag agcaggccta actgcaatcc ggccttgcgg
    34921 gccagcgtat ggagtggata cttctgctgc agttgcgtga aggcagccgc agcacgatcc
    34981 tcgtcctcca gcatgacgta cgagcgaccc atctcgaaaa gtgcagcggc cgcgtggggc
    35041 gactcggggt attcacgaac tacgcgctcc atgaccgtga tctttccctg gtaattcttc
    35101 tgtagcccga gcaggaagcc cttgcgatag agggcatagt cgccgctgga gggttgaagt
    35161 gcggcggcgc gggtgtagtt ttcgtcagcg gcctcaaact gtcgggcgtg gaagaggcag
    35221 tcgcccacac gattgtaagc gtcggcatag gagacgctct ccttgcgcgg ctcgagattg
    35281 atgtatcggc ggaactcggc gagggcgtcg ttgtagcgct gttgtttgaa gaggcagtag
    35341 cccagattgt agtatgcgag agggtaagcc tcagccgagc ggtcggtggc gttgctgagg
    35401 taggaacggt aatcggctgc ggcgttgtta aaatcgtcct ggcgatagta ggtctcgccg
    35461 cgccagtagt acgcctgact gtaggcgtcg gcgtcgtaga ccccgggggt gatggcctcg
    35521 tcaaagcggc gaatggcctc cgacgggcgg cgcgcggtga aggcttcgac gcccatacgg
    35581 aaaaggatgt tctgcttggc ggcaaggatt ttccgacccg gtcggcggat tttgtcgatc
    35641 gaggcgagtg cggcgtcgta gttcttggtg gtgaggtaga cctccgcgag gtagtcgctg
    35701 accttgtcag catacttgga gtcggggaag cgattgagga agtcctcgaa gatggtgacc
    35761 gactcgccaa agcctgagaa ggacgtttcg tggataagga gggcgtagtt gtacatcgcg
    35821 gtctcttgca ccttcgggtc gaaggtcagc gtggcggcct gttcgaaaga catgcgcgca
    35881 cggttgcggt cgccggtttg caggtagcac tgtccgaggt aaaggcaggc gttctgcatc
    35941 agctcgtcct cttcgcccac cacctcggca aaggcttgga tggcctcggg gtaatcgcct
    36001 cggttatagc ggcagacgcc taggatatag aggtcgcccc ggacgaagga gtcggcccgt
    36061 tcgacgtact tatcgagcat cttgatcgcc gtggcctcgt cgccctcccg ataggctacg
    36121 tcgcccaaca ggcggtaggc ctcggcgctg ttccgactgt tcggatatgc gctcagaagg
    36181 gccttgcctt ccgacttgac gcggtcgtaa cgctcatcca catagtggat ctgcatcagg
    36241 taatagagcg actgctcgcg gtaggcgggc tcggatttga gttgctcgaa gcgcggctcg
    36301 gcctgcttga gtttgtcctc tgcgtagttg atgtaagcca ggtaataggt ggccggcacg
    36361 cggtatttgc gacccacctc ctcaatgcgg gcgaagtaat tgcgcgccgt gcgtaggtcg
    36421 tgcagctgga gcagggagta ggccaaccga taggcataat cctcctgctg atcgatgccg
    36481 aggaggtcta tttcggacgt gttaaaccat tggatagccg tcccataatc ctcgtgagcg
    36541 aagtaatacg agcccaggag gaaggcggct tcattggcat ggcgggagtc ggggtagagg
    36601 ctgaggtagc gctccatgac ggcggcggcg tcctcgcgcc cctgctcaga ggccaccacg
    36661 gccaacatgt agtcggcctc ttggatcaga tcgcgatcgt gggagatggc tttgaaggcc
    36721 atcaacttgt ccgagcaacc ggggaagttg cgcaattcga aaaacgcttt tccttcttga
    36781 aacagcctgt ccgcccgctc gaagcggtac gtgcgctgcc cgtatgccat caggcagctc
    36841 gccatcaaac acagcgatac gacgattttt ttcatattca atttgtcctc ttaatggctt
    36901 gatgagaccc attttagcgg cctctttcga tgatgggcgc aaaggtaggc gcgaaaatga
    36961 gaatcggaag gcgccccggg agggtcttgg atgtgccttt cgtaccctcg gaacaagcgc
    37021 agccgtgtgc ctgagacagg ccctgagcca atgtgcgccg ccccccgtaa cgctatatat
    37081 aaaaaggtac gcgcgcgaaa caagggcacg aaaaccgacc tccgatctgg ggccacgtcc
    37141 ggaaagtgcc cccccaaaga aatgtgcccc aacaggctcc agaatccagt ccccccgccc
    37201 gatcctcgca accattccgc ctttctgacg atgggggtta agatggaatg agaatcctat
    37261 aaaagacgaa aaagcggggg cgacgtaccg tccaaaccgg gcccgggagg caatttctct
    37321 acttttgcgc cgtacgaaac tcctaatgac ccccacacag aagatgaaaa cgacctattt
    37381 gctcctgctc tccttcgtgt tgctgctgtc cggctgcgaa atcacctcgt ccgacctgac
    37441 cgaggtggac gaaaatggca accgcgtgaa caacaaagaa atccgcatag gcgcctcact
    37501 gctcgacgtc ggcatgacgg cttacaccat cgacaccgta tgcaccgagc tgatcctcac
    37561 gcgccaaaaa ggcggcgcgg taagaatcag cggcttccgc aaaggcaccg tcatctacga
    37621 cgagaacggc gccatcgact ccatcgcttg ggactggcgc cgcccggaga tcaattacgg
    37681 ctacgactac cgctacgtct gggacgatct ggaataccgc atcctctccc tgcaggacaa
    37741 cggcttcgtg gaggacatgg agatctggcg ccgcggcaag gatggcgagc gcgaccgcct
    37801 cgtggcccag ctcagctatt cctacgacta cgcgggttat gtaagccgga tcgagatccc
    37861 gaaccttcag gccacgatcc gcttcaagta ccactatcgc gaccagtcga actacgccaa
    37921 cagcatcacc atcaccgaag tgcaacgcac cgacaccagc acctacaccc tgcggctggc
    37981 gcccgaaaag cttcgcaata cggggtacgt ctgcaacgtc ctgcgtgccg tgggcgcgcc
    38041 gctgacgaac cagtacgcgc tcaaccccga tctctactat ctcggcatct acggaacgcc
    38101 cgtcaagctg cttcccgatg ccatcatcga acgtaacatc taccgcgacg gtgagggcga
    38161 ccttcacagc gtctattcgc gcgtaggctc ggactactat ttctacgaag acaacgccat
    38221 gctcacccgc agccgacagc cctaagccgt cgatccccat tacaacgtca agccgcccac
    38281 agccagtagc ccgtggacgg ctttttttta cccgccaatt ccagtcatcc gcccccgccg
    38341 gaaaacacta cgccagcccc aacccatacc cagccttcgt cggaaaacac tacgccagcc
    38401 ctatcctgta cccagccaac ttcggaaaac acaacgccag ccctatcctg tacccggcaa
    38461 acttggcagg ttcccctggc accttgattt tcttttgtcc tcttttcttt catcaaggaa
    38521 agaaaagagg atagaaagaa ggtcgggaaa gactttccaa gagtagccct tgtcgctcgg
    38581 ttgccctcgt cggatttcat tttgggaaca cccgtcgctc agccgcttct atcggatttc
    38641 attttaggag cagtcatcgt tcagccgccc tcgtcggatt ccattttaag aacatccgcc
    38701 gctcagtcgc cctcttcaga ttccattcgg agagcacacg tcgctcggtt gctctcgccg
    38761 gatttcattt taggagcacc cgtcgctcag ccgcttctgt cagattccat tttgagaaca
    38821 cccatcactc agccgctttc atcggatctc attttgggag cacccatcgc tcagtcgctt
    38881 ctgtcagatt ccattttgag aacacccatc actcagccgc tttcatcgga tttcatttta
    38941 ggagcaatca tcgttcagcc gccctcgtcg gattccattt taagaacatc cgccgctcag
    39001 ccgcttctgt cagattccat tttaagaaca tccgccgctc ggtggctctc gtcggatttc
    39061 attttgggaa cccgtggcgt tcagcagcct tcgtaggaat gtatttcgaa gaccccgttt
    39121 tcaatttaca tcccattgaa ggcatcaacg gctgtgtatt tctgcaatta cgcctcattg
    39181 aatacttcaa tagaggtgtg attgtgaaat tacaccccat tgagcacttc aatgagggtg
    39241 tgatcgtaaa tttacgcctc attgaacacc tcaatggcta tgtgtttacg aaatgggttg
    39301 tcaaaatggt ttctgacaag agcggacggg tgattggggt tcgtaaaatg ttttacggta
    39361 tgggcgaatg agcggcacgg gttcgcgaaa tgttttacga taagagcgga tgggcaacgt
    39421 gggttcgcga aatgtttctt gataggggct acgggccgac aggtgctgct ctcggaaggt
    39481 atttttcgac cttctctcta tcctcttttc tttccttgat gaaagaaaag agggcaaaag
    39541 aaaatcaagc ccccaccggg ggcggggaag ttggccgggt acaggaaggg gcgggcgttg
    39601 tgttttccga cgggggcgaa tgggtgacac gagtccgcga aatgtttttt gatgggggct
    39661 acggggtggc aggtgctact ctcgaaaagt ctttcccgac cttctttcta tcctcttttc
    39721 tttccttgat gaaagaaaag agggcaaaag aaaatcaagg tgccaggggc acctgccaag
    39781 tttgccgggt acgagaggag gcggacgtag tgttttccaa ctggggcgga cgggcaaaaa
    39841 aaatccccgc caaacgtctt gacgggggca acttgcgggt ggtggcgaac gacggaatgg
    39901 actacgtggg cgactctgtc tcgggggctt tccgatcgaa aatggagagg aggatgtaaa
    39961 gcaaaatggt ggccgaaatg ccggtcagca tgggcattgc cagggtgagc acaacggccg
    40021 caataagcag caggtaccgc cgctcgttgc cttgccacgc catcgatttg accttgagcg
    40081 agaacatggg gagctcggac accagaagca acgatccggc caaggcgagc acggacaggc
    40141 cgatcaccca cagcgtgagg tcggcggcta cggccgcggg gtactgctcg gctatccggg
    40201 ccagagaggc cagcaacgac gaccaaaaga tggcatgcgc gggcacgggt aagccgatga
    40261 aggaggtcgt ctggcgggcg tcgttgttga atttggccag tcggagggcc gacccaacgg
    40321 gtatggccag gacggctatc gtggcgagga tcgacaaggg gaggggcagc gtggcgtctg
    40381 gccccaagag gctgaggtcg acgaacaggc ggtgaagcat ggccgcgggg gcgaggccga
    40441 aactgactac gtcggctagt gaatcgaggt ccttgccgat gggtgaggcg gcgtggagga
    40501 ggcgggcggc gaggccgtcc acgaagtcga acgcgacggc ggcaaagagg agcgccacgg
    40561 ccgtcatcag tcgcccgtcg agggcggccg ctgtggcgat gcaaccgcag atcaggttgc
    40621 aacaagtgag cgcgttaggg aggtgacgaa ggaggttcgg catagcgcta tcggtagatg
    40681 attttgccca gtcgggcaat cggtgtttgg ttggcccgca ccttctggcc gaggcggacg
    40741 agtacgtcgg tacccaccgg caggaaggtg tccacgcgcg agccaaattt gatgaagccc
    40801 atctggtcgt cgaccttgca ctgctctccg ggctgtgcgt aggtgacgat gcggcgggcc
    40861 aaggcaccag ccacctggcg ggtgagcacc tcgacgccgt aagaggtggt tatgacgatc
    40921 gtggagcgct cgttgtcggt gctacttttg ggtaggtagg ccgcctgaaa gcgccccttc
    40981 tgatgcgaga cgtgcttgac gacgccattg accggatacc agttggcgtg gacattaaag
    41041 acggacataa agatggaaac ttggagcctg cggtcgtgga aatactcatt ctccgccacc
    41101 tcttcgatgg caacgaccgt tccgtcggct ggggcgatca cgagaccctc cgagtcgtac
    41161 ggaaagcggc ggtgtgggct gcggaagaag ttcaatacga gggcaaaaaa gacgaccgac
    41221 gaggcggtga agaggtaaaa aaagaaccct ttgtcgatcg tatagtagat caagagatca
    41281 acgacaaaca aaagggtaaa taacgtcagc aataagcctg ttccttcgcg gtgaactttc
    41341 atccttatct tgttaagcgg ggcaaaaata gaatattcat tgagatacgg cctgccgaaa
    41401 gtcggtcgag ggataggtcg cacggggcgc ctgagaggcg tcggccgccc gtttgaccga
    41461 ccgatggcgg ggcattcggc tcatgcgctc acctcctccg tttcgcccag ctccacgtac
    41521 cagaggtagc ctcggacgtt ggcgtaaccc atggcgccca gaagggccat gtagtcgcgg
    41581 atctgtcggg cgtagcgcgt ggacttgtgg aggccgaatt tgtagtctac gatgacggcg
    41641 cacggctcct cgtcatcggt ggcgagcatg acgcggtcgg ggcggcgtga tcggccgtcg
    41701 ccggagagga tctcggcctc ggtgaggacc gtcatcgagc cgtcaaacca cgctcggacg
    41761 gtgggtaggt cgagcagggt gcgcaggcgc ttctccaact catcggccga ccggcgaccg
    41821 atctcgcccg cggagacctt ggcggctacg gccgcgggaa ggtcgtccac ggtgcggata
    41881 tggctgagca ggtcatgcat gagcacgccg taatcgcgtt gcgtatcgtc gaacgaccgg
    41941 ccggagaggc tcaggtacat gcgcgcatcg gggcggacgg agggcagtgt gcggacgatc
    42001 gacgcggtgt cggcgggtag ctcgtccgtg cgcctttcct cgcaatcgat ccaagtgccc
    42061 cactcgaaga gaccgtcctc cgcacggaat ccgtcggcta aggggagcag cggatcgcct
    42121 tcagccgttt gggtgaggcg agagatgagg gcttcgcaga gaatgtcagc aatcgatgcg
    42181 gcggcgtcct tcttggcttc cttcttggga ggggcggccg gagtgaagag gatcagctct
    42241 tccttggcgc gggtgagggc gacgtagaag gtgttcaggg catcgatgta ggcgtgcagc
    42301 ttttcgtgat agtactcctc ggagaagatc gtgcggctaa gctcagcctt gtaattgaca
    42361 ggcacggcgc cgatggcgtc aaacggtgcg acgcatggcc gacaccagag gatggtctcc
    42421 gactttgcgt ccagccccca atcgctgaag ggcaagacga caacatcgaa gccgaggccc
    42481 ttggccttgt ggatggtcat gacgcggagc gcatcctgcg tctcaggcat agcgatctgg
    42541 gtccggctgc ccgtgtcttt ccaccatgag aggaagcggt cgacgtccga cccttcgcgc
    42601 tcggcatagt ccgcgatgag gtcgagaaag gactgcacga agatcagctc gtcctccggg
    42661 aagtcgctcc cgaagcggcg gcagatggcc tcgaccgcct catagatcga gcgatggccc
    42721 gcaaggagcg gatcgcgggc ctcggcaccg tccgcgtcga gctcggcaca aacgagcgac
    42781 gggtcggcgc cctcccccat acgcttgata cgcatggccg agagcaggag gccggcggag
    42841 cactgcagcg tagagtcgtc cgggcggttc atgtagcgca acatgcccac gatgaagcgc
    42901 acggccgacg cgccttcgag ctgcagcccg tcgtccgaga ggatccggag ggcctcctcc
    42961 gggtgctgcc gaccgtacgt cagcaacgcg cccgtgacga gggctgcctc ggcgcgcgta
    43021 cgggtcagca cggcgatgtc tccccacgac cggccgtggc gccgcagctc actgacgacg
    43081 tccaccagac gcgccatcgc ctgttcctgc cactcctcct tcttacccgt atgctcaagc
    43141 agctccacgc gcacgtgccc ggcattggcc gctcgacctt cgggcagcgc ctgccgactg
    43201 tgtgcgtagg cccggaggat gcgcccgcca tagagcgcac aacgctccgg cggcagcgta
    43261 gactcggcca gccccacgtt gtatcgctcc tgcagccgcg cggggaagaa ggtgaaaagc
    43321 gcgttgttga actccaccac gcgaccgagg ctgcgccagt tctcggtcag cgtacgctcc
    43381 gtgacgccgg tcgggaaatc gaggccgatg cgctcgtcga gcagggtcca atccgagttg
    43441 cggaagcgat agatgctctg cttcacgtcg cccacgatca gatcgtcgta gcccgcaccg
    43501 agactgtcgg ccaccaaagg gcggaagttg cgccattgca gcgcactggt gtcctgaaac
    43561 tcgtcgatga gataatgccg gatgcgcgtg ccggtcttct cgtaaatgaa ggggacatcg
    43621 ctgccgtcga tgatgcgcgt gagcagttcg gcggtgtcgg cgatgagcat gcggttcttc
    43681 tcgtcgctcc gacggcgaat ctcgcgggcg atgtcgccca gtatacccaa cgtgtagaag
    43741 ttggcggcga tggcttgggc cgtgagatag tctcgcatgt gcgtgtcata gaatcggagc
    43801 accgccttga cgcagtcgtt cagaccgtcg gcgtaggcct gctcgatggc cgcattcttc
    43861 cccgagaccc actctgcgag attgtccggc aactggcaga accgtttgcc cggctcctcg
    43921 tcgatgacgc ccgattgcag cttattgaaa aacatcaggc ccgatttgtc cttccatttg
    43981 aagctctccg gcttcagccc gtagcgcgcc atgatggcca gcccccgttc gcccagctcg
    44041 cgcgcctcgc ttttgatggc gttcatggtg gcgtaaagca tgtcgctgta ggccgtcatc
    44101 ttcttacggt ccaccgtggg cgccgtctcg tcagcatcgt ccgcgctgca cagcgccttg
    44161 tagtgttcat tgaagagctg ccgcccgagc gtcttcatgt cgcggctcaa gacccacgtt
    44221 tcgccccgct ccaccttctg ctcgctgaag cgcagcagcc accggaaaag ctccgagtcg
    44281 cccccctcac ggtctaagcc ggctagcaaa ctatccaccg cctcgtcgag caccggctcg
    44341 gcatccagct ccacgacata gttgccctgc aagccgatct cacgcacaaa ggcgcgcagg
    44401 gtctgctgaa aaaagtggtc gatcgtgctc acgttgaacg ccgcataatc atgcagcatg
    44461 cgcaccagca acgtccgggc ccgcgtccgc acatcggcct ccgtcgcccc cccgaggtga
    44521 tcccggagca tctccagatg gcccgaccgc ccgcccgagg ctagggcgta gagatcgcgg
    44581 atgatgcggt ccttcatctc cgccgtcgcc ttattggtga acgtcacggc caggatgtgg
    44641 cgatacgtcg cctcgccctc gcgcccctcg ctgccgaaga gcattttgag gtactccccc
    44701 gtcagcgtgt gcgtcttgcc cgccccggcc gatgcgcgat aaacggtcag catacgcgca
    44761 ccccgtagcc ctcgccctga aggatgtttg ccaccttttg cctgaggtcg ccctgcagga
    44821 tgatctcccc atccttggcc gccccgccca cgccgcaacg caccttcagc gccttgccca
    44881 gcgcctccag atcgtccgcc gtgccgcgaa agccctccac gagcgtcacc gtcttgccgc
    44941 ctctgttccg ccggtcaatc cttacgcgca gccgctggcg gtcgcaaggc agcgtctcca
    45001 cctccggcgc ctcgtccgtt tgatatgcaa aatctggatt cgtggaatag gtcaccccga
    45061 gccgctcctt ccagtcgttg ttcttcttca ttcttctatt ggatcattat tcgggcgaca
    45121 aaaataggcg cgccttgcac ctcattctcg caccgcattc attgtatcgt acaatcaaca
    45181 gatgactcgt gggctgattg tatcgtataa tgacgagaat caaaaccgtt tcggctcatt
    45241 gtatcataca atcggccgaa acaaaaccat ctcagttcat tgtctcagac aagcagatcg
    45301 cgtgagactc cgtaaggctg cgcccgacga tccgccgcgg agccatccgc tgaggtgtgg
    45361 agccctggga taaggacaaa aaaagggctc tccatcacgg aaaacccttt tcttcgaatc
    45421 accaatttct caattaataa tatgatgagg tcgggatgag acgactcgaa cgtccgacct
    45481 ccacgtcccg aacgtggcgc gctagccaac tgtgctacat cccgtgtcat ttttgacggg
    45541 cgcaaaggta acatcatttt gaaacgagca aattcccgtg agctttttct ccgaaatttg
    45601 cgccgcattc tcctcagaca ggaggcgcac aatagatata aataggtatg agcaacgtaa
    45661 cgatattggg aatagaatct tcgtgcgacg acacgtcgtg cgctgtgata cgcgacggcg
    45721 tgctgctgtc gaacgtgata gccagccagg ccgtacatga ggcctacggc ggcgtggtgc
    45781 cggagctggc ctcgcgggca catcaacaaa acatcgtccc cgtggtctcc gaggccatcc
    45841 gtcgggcggg tattcatcgc tcggagctga cggccgtggc cttcacgcgt gggccgggac
    45901 ttttaggctc actgctcgtg ggcacctctt tcgccaaagg gctggccatc tcgctcggca
    45961 tccccatgat cgaggtcaat cacttgcagg cgcacgtgct ggcgcacttc attaagcagt
    46021 cgcccgacga taacgcgcac cccgcgttcc ccttcatctg cctactcgtc tcgggcggta
    46081 attcgcagat cattcgcgtc gaggcctacg atcgtatgga ggttatcggg caaacgatcg
    46141 acgacgccgc gggcgaagcc ttcgacaagt gcgctaaagt gatgggcctc ggttatcccg
    46201 gcggacccat cgtcaatcgc ctcgccaacg agggcaatcc gcgagccttc accttcagca
    46261 agccgcacgt cccgggctat gactacagtt tcagcggact caaaacgtct ttcctctaca
    46321 ccctccgcga cgcgctgaag gacgatccgg acttcgtgga gaagcacaag gctgatctct
    46381 gcgcctcgtt gcaggccacc gtcatcgata ttctgatgga caaactgcgc cgcgccgtgg
    46441 ccgacactgg tatccgcgaa gtggctgtgg cggggggcgt ttcggccaat tcaggcctgc
    46501 gcgacgcctt ccgtgaccat gccgagcgcc tcggctggaa catcttcctg ccgccgaacg
    46561 ccttcaccac agacaacgcc gcgatggtcg ccatgacggg ctatttcaag tacgccgacg
    46621 gtctattctg cgcgatggac gccgccccct acgcgcgcgt cacgtcgacg atttgttgac
    46681 ctcgctactc gtagactaag cacgaaaggc gctctggcgc gaggaactcg ttggccacgg
    46741 cgaggatttc gtcagccgtc acctcctcga tgcgacgggc cgtctcggcc ggcgtatcgc
    46801 accggccgaa gcgcaggaac gacttgccga gcgtgaggaa cagcccctcg cgattgtcac
    46861 ccgccacacg cagctgcccg atggcctgct tcttggccgc agccagttgc gtgggcgata
    46921 gggggcgttc gcggaggcgc gccagttcgg ctcggacaag gtcgagcgcc tgcgtgcgat
    46981 tgcgcggatc ggtgccgaaa tagatcgtac agaggcctgc gtcggtgtag cacgtcaagt
    47041 tcgactccac gccgtagacc agcccgcgac gctcgcgcag ggccacattc agtcggctgt
    47101 tcatgcccgg cccgccgagg atgttgttca gcagatagag cggcgcatga cgcgtgtcga
    47161 agaggtcgca ggcgcgggcg ccaaggatta cgtgcgactg gtgcgtgcgt tttcggctga
    47221 ccgactcgcg tggcgacact tcggccggtg acgtacgctg atgagggata cccacggcag
    47281 gtaggtcggc aaaatgtcgc tcggccattc gcacaatccg ctggaacgcc gtggcgccca
    47341 tcgaaaagaa gaccatgttc gccgccgtat agtaacgctc catgaacgat cgcccgcgca
    47401 gggtgtcgaa acgccgcagc gcgcgcttat tgccgaggat cggccgaccg agcgggtgac
    47461 cgtcgaagag catcgactca tattcatcga aaatcagttc cgcaggcgca tcctcgtagg
    47521 atcggatctc gtccaagatc acctcgcgct ccttctcgat ctcggccgca gggaactgcg
    47581 cgtgtgccgc caaatcggcg atcaactcca ccgcccgctc gaagtgtggc gcggggaaga
    47641 cggaatagag gaacgtctcc tccttcgtcg tgtaggcatc caaatcgccg ccgacagcct
    47701 ccatgcgatt caggatgtgc catgcccggc gccgacgggt acccttgaaa agcatatgct
    47761 ccacgaaatg cgccagccca ctctcgtccg gcgcctcgtc gcgcgtgcca gcgtcgacgg
    47821 ccagcccgca ataagccacc tccgaatcgg tcggcaaatg gaccatccgc aatccattac
    47881 tcagggtgta tgtaagggtg atattttctt tcatcaatgc ttggtcttta tcggccgcaa
    47941 aagtagacgg cgatcggtgg ccgcacgagg tgcgacagac cggcgtcagg gccttagaag
    48001 ttttaacatc cactcgatgc aacgctatcg caccctcccc catcaaggtt tgcagtaaat
    48061 caaaaaaaca acacccagat gaaaacgacg aaattccttt tgatgagtct ctgtgcggca
    48121 ttgatcatgt ccggggccgt atcatgcagc aaagacgata gcggatacag cttagggcgc
    48181 gtctggcgat cggtcgtgac cgtcgacccg atcggcaagg gcggcaccta ttcgctcacc
    48241 ctcgacgacg gcacgcgcct ctggcccgcc ggcacggaga tccccttcta tcgtcccacc
    48301 acgcgccacc gcgccctggc gtactatacg atcctctccg acaccttcca gggctacgac
    48361 cacgccatcc ttatgcgtag catccgtgac atcctcacga aaccgttcat agaatccgat
    48421 atgttgagta cctcaaagac gtcggacgac ttcggctctg atcctatcag cgtgatcgac
    48481 atttggtatg gcgacggtta catcaatgtg catttcgggg ccaatcacgg cggtacgaag
    48541 cgccacttgg tgaaccttgt gcaggtctcg caatcgggca tcccgcctta cgtcttcgag
    48601 ttccgccaca acgctttcgg cgaccccccg cgctacggcc gacgcgcttt cgtggccttc
    48661 gatatggcta agctgaagtt ccccgccggg tcagactcca cggtgacggt gcgggtgaaa
    48721 accttcgacg gtgagaagcg ctacaagatc gtttgccgcc ggtcggtcga taagaccatc
    48781 ccctacgagg cgcgcagcat ggcgcaagag gaactcgtcg atgtggaata agcagagcac
    48841 cgtgtaagtg tataagtatc agttatcata gatctcgttt aaaacataga ctaagacaaa
    48901 caactagtta gaacaatcgt gtgtttacct tgacaatgag gtagtgttct gcgtgaggat
    48961 gtgtccgtga gggtgcatcc tcatactttt tacgccccgt cctagcggga tcgctacgca
    49021 gccggcgccc catgcaagcc gctccttatc ctcacgcctc cgcgtgtcca tcctgtcgct
    49081 cgggccgcgc cgctggcacg caggctcctc aaaatgtcgc atgacggcgc cgctggcacg
    49141 caggcttccc aaaatgtcgc atgacggcgc cgctggcacg caggcgcctc aaaatgtcgc
    49201 atgacggagt cgctggcacg cagcggcgcc aaaaagtcgc ttgacgaggc cgctggcacg
    49261 cagcggcgcc aaaaagtcgc ttgacagagc cgctggcacg cagcgacgtc aaaaagtcgc
    49321 ttgacggagc cgctggcacg cagcgacgcc aaaaagtcgc ttgacggggc cgctggcacg
    49381 cagcggcgtc aa
//
LOCUS       SEQF2637|AYYD01001283.170730 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..70730
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             167..340
                     /locus_tag="SEQF2637_02592"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTISEGYFTTSGNTSEDLPNRTMAYGKKERGHIAPSDASSLPPP
                     VENQNLCGLLLGV"
     CDS             complement(323..1906)
                     /locus_tag="SEQF2637_02593"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKITTDRIIELMMAQTGRDRTAVQTFVGELTALVNDSLIKDG
                     STRIKGIGKFRIVPVRERESVTPEGERIVIPAHHWLSYLPDKSLKDRINKPFAIFEAV
                     EASESDAPIETPEDPEREYVDDEEAPADEAPLSTPSFISTPENEPTDSESEPTEPTPA
                     PPVPTEEADDDEEDEGDDDVEPVTLIGSTWNNEKSQTMNSEIKKEIAEGWSEGRSVGS
                     KPMTVGEMAAAHLKASQIITPEVTAEKVDTKAPEPVQKDEPKAPLATGRTDTPTPNAG
                     RTNEQRPPRKKPVTVIPPLAPPPPVEPTPQPKKSEKRSSSNFPLYVVLSILLLLLLGG
                     LFYHYFYYLPSSETRAMGRTDGDKVVTGDTFVMPGEEAKDKDAPEAGRGDKPQTSIAD
                     EQKLDPATAADKARRAAAEKEAKEKAKAEEEAKAKEDAKAKEKKEKPAAPKRKVVATV
                     RLEPGQFLTKLAEKYYGNKVFWVYIYEFNKSKIADPNHIPTNMEIKIPAKELYGIDAN
                     NSASVEKAKAIQARLNAQK"
     CDS             complement(1903..2190)
                     /gene="hup"
                     /locus_tag="SEQF2637_02594"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q99U17"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-binding protein HU"
                     /translation="MRDTELIAELAARLDREIPEVENMLDAFGQIVADRLADNDIVAL
                     EGWGQFELKKKAERYSADVESGKRYLLPPKLIPVFRPSSRLRTYIKNLDQA"
     CDS             complement(2255..3550)
                     /gene="rimO"
                     /locus_tag="SEQF2637_02595"
                     /EC_number="2.8.4.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X2H6"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal protein S12 methylthiotransferase
                     RimO"
                     /translation="MRKDKVDIITLGCSKNLVDSERLMRQLQLNGYTVTHDAKKINGE
                     IVVVNTCAFIGDAQEESINLILELGEEKKRGSIGKLYVMGCLSERFLEELQQELPFVD
                     RFYGKFNWKELLNDLGKAYLSEFSEDRVVTTPGHYAYLKIAEGCDRKCSYCSIPIITG
                     HYRSRPMEEIVKEARLLTEKGISEFQLIAQDLTYYGQDLYHKAVLPELVERLSDVPGV
                     EWLRLHYGYPSHFPHELLRVMRERENVCKYLDIALQHISNPVLERMRRHITKEETYEL
                     IARIREEVPGIHLRTTLMVGYPGETDDDFEQLMQFARDMRFERMGAFAYSHEVGTHSY
                     KNEQDNVPDEVKQQRLNALMDLQEAISAEVQEEKVGKTLRVMLDREEDYYIGRTEFDS
                     PEVDPEVLVHKDADMELGKIYSVQIEAAEPFELYGRKVV"
     CDS             complement(3537..4502)
                     /gene="ftsY"
                     /locus_tag="SEQF2637_02596"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P51835"
                     /codon_start=1
                     /transl_table=11
                     /product="Signal recognition particle receptor FtsY"
                     /translation="MGFFDFFSKEKKETLDKGLSKTKENVFSKITKAIVGKSKVDDAV
                     LDELEEVLISSDVGVDTTLKIIERIEKRAAKDKYVSTAELTKILREEIATLLTENKTE
                     DADDFRTPEGKRPYVIMVVGVNGVGKTTTIGKLAYQFKKHGYSVLLGAADTFRAAAVE
                     QIVIWGERVGVPVVKQKMGSDPASVAFDTLNSAQATGADVVIIDTAGRLHNKINLMNE
                     LTKIKNVMKKVVPDAPHEVLLVLDGSTGQNAFEQAKQFTAATEVNALAITKLDGTAKG
                     GVVISISDHFRIPVKYIGLGEGMEDLQVFNRKAFVDSLFGDDEKR"
     tRNA            complement(4801..4877)
                     /locus_tag="SEQF2637_02597"
                     /product="tRNA-Val"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Val(tac)"
     CDS             5349..6464
                     /gene="resA_4"
                     /locus_tag="SEQF2637_02598"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q81SZ9"
                     /codon_start=1
                     /transl_table=11
                     /product="Thiol-disulfide oxidoreductase ResA"
                     /translation="MKRLLWFAAVAAVCVSCGGKKSGYVIDGKIAEGRTDLEGKYVYL
                     IPYGSDGAATDSALIEKNTFKLQGEPTADGLYALYLKDEGDEMMSRVGEAPFSAVFVL
                     QNGEMQAVLDSFSYVTGTPENNAFKDIRSVLVDAQKNYMNLVSNVKEGELEAVKAKAK
                     QLEDEMMAKVKAYIEANPNKLTTAKLLTDFQFGLDEKTQEAALAKADSAFMKFPGIKE
                     IAEHLQAMKKVAVGQKFSDFEMVDLKGDTHKLSDYVGKGNVTLVDFWASWCGPCMQEV
                     PNLKKTYETYHKKGFEIVGISLDSEKGAWEAAVKDKQMNWIHLSDLRGWQSAGGALYG
                     VRSIPNTFLVDKDGTIVGHNLFGEELNKKLDELLAEK"
     CDS             6585..7964
                     /gene="pepP"
                     /locus_tag="SEQF2637_02599"
                     /EC_number="3.4.11.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15034"
                     /codon_start=1
                     /transl_table=11
                     /product="Xaa-Pro aminopeptidase"
                     /translation="MFKKETYIQRREALKKAVGTGLLLFMGNDEAGCNFEDNLYPYRQ
                     DSTFLYYFGLPYAGLMAVIDIDENREIIFGDELTIDAIVWMGVQPTLHEKSEAAGIKD
                     VRPSAELKPYLEAATRKGQPVRYLPTYRPEHRIKLLSLLGIMPGAEQPSVEFIKAVVN
                     MRNYKSDEEIAEIERACNVTADMHLRSLQMVRPGMRECEVAAAVQEVAAAHNFMLSFP
                     TIATVHGETLHNHDHSNVIRSGQLFLLDAGAETEMGYAGDMSSTVPADPKFTARQKEM
                     FEIQLASHEAAVKALRPGIRFEEVYDLSAEVIVEGMKSAGLMKGDAKEAVKAGAHALF
                     FPHGLGHMMGLDVHDMENLGEAYVGYGDQPKSKQFGRKSLRLARELEPGFVLTIEPGI
                     YFIPQLIDSWHAEKRFADFINYDKVITYKDFGGIRNEEDYLITADGARLLGKKILRHA
                     DALEELRKG"
     CDS             complement(8422..10491)
                     /locus_tag="SEQF2637_02600"
                     /EC_number="3.4.21.26"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q06903"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl endopeptidase"
                     /translation="MKYQYWLPMMLFAGTAGRAQVEFRPPATPQHAVRDTIHNVVFTD
                     PYRWLEDKDDPAVVAWSKAQHDYGIEYLQKTQQVHPGVREQLAAYIDRDYEGPLTNVG
                     DRVFQTVKMKGDKQYRIYTILNGKRVLIWDPVAIDPTGKTSTSGVAYTYDGNRAAISA
                     QKSGAEISTTYFIDTRTGKQIGKPLENTFDFKWTKDQKHAYVTFRSPEDVAAQRPLKT
                     YLWEFGTPASKARQIGTTDDAKNSFFIYDNRYGDMTVYGESDFYSNKAYIRRTGTNEK
                     GRLIYESTVSNAYPQIIGDRMYMFTNDHAPNFRLMTADVARPEYNDWRVLIPEGETVM
                     QNCVVTKHNIIVQDKKDIQSRLTLYDLEGHRQREIELPELGNVGGISYDREKDSIYMT
                     LNTFTTMPKTFVASPKDFKWKLYFARETPIDMSDIEAKIIFYPSKDGTKIPAFIYHKK
                     GLKMDGNNPVLIDGYGGFNDGIAPSYIGFYRSLLERGVVVVEAGIRGGDEYGESWHRS
                     GMLDKKQNTFDDFNSCAEWLIREKYTNPTRIAAKGGSNGGLLMGAIATQRPDLYRAIV
                     CQVPLLDMLRYHRFLIARYWIPEYGSSDDAEQFRWLFPYSPYHNIRSGVNLPTMLVTT
                     GANDSRVDPLHAKKFVAALQNNPGQLNPVILHIDYDSGHGSGQSTEQSIANWSFIFEF
                     ILNQLGL"
     CDS             10760..11017
                     /locus_tag="SEQF2637_02601"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQYAPTYPGTHPRYCPFAMLDFLPPAAYVSPDVLRKDDLRALAP
                     IYIGIDVRGRVLVAVGGRYEDLERPIVSDNTKCLIKVFNIV"
     CDS             11587..12570
                     /locus_tag="SEQF2637_02602"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTKEKVSSYELPKTVNFIVANTSRFSAEEYVPYQVELFKHVKAA
                     DQTKIKLPAGMAEEWDRLNGVGMEINKVTATSGLTKAKQKKDQERDRLLIHLFGMIRQ
                     QKYAPKKETIEAADRLSIIVAPYLGARDKRCDIKSGLILGLEKDLGKAPADVAAVGLT
                     DTLSQLHTVNAEYMTLGGASDAEIIERSKLPSIRDVRDAIDKIHLVACQVLQANYLTT
                     TKDEERTAIEALAEQMNQVTLRYKSRHNVSEAQKKSAAEKHPKEPKEPKEPKKPADPK
                     DPKDPKKPDTPKDPKDPKQPGTGPGEQPKPGGEQPKPGGSDGGPDIHLPEE"
     CDS             13079..16054
                     /locus_tag="SEQF2637_02603"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRTTPWIVALACLTTIGGSLWAASEMNLAPWAAPAPAPAPAPK
                     QLTVTAAPTDSVADTGGTVTLTINSDTAWSASTVPAWITLSQTSGPKGTGSVTVNVAA
                     NTTSSPRTATIEVHATDSAALKQIITISQKAQAPANKPITALTINKEKDTVDIGGTIT
                     LTAAITPTDATTQTVTWASSGAAVTVPAGSTGLSVTVTGAAPGDATITVTTTDGSNLT
                     KTCNVHVRAATVPVTNVNLAANDTLTVGGGTKTLTATIVPSNATNQAVTWISTNTGVA
                     TVTPGPGLTATITPVAAGTTAIRVTTADGNFQKSCDVLVKPAAGTPRTFTVTPTTFSN
                     PASGGSGRDTINIASNVAWVATVQAGQNWLSAEGATTGTGNGRVILTYTTNTSAARSA
                     TVTLKTAANDTTVTVTVNQAAGSAVLELEDTAQLRNVPFTGSNISIKVKSNVRWRITS
                     DAGPWIQFLDTQGNPQTARQGGNDQTVTVRVLPNLATIGRTAKITVETEQTGVPKITR
                     TANVSQSATDFSFNINGLPEPVDAAGGEFALALSGSANYAVSTRNTDWLKIKEAAVEK
                     DSISYAGGTRTFKFLVKGNETGGLRVGYVRVYYGGTLVQTRKVTQTGNQINVQIITPG
                     TIPVNGGTKEVRISGSAKWNIRISADWLRVDKKQAATGAVNDTLITFRAAGKNPSIQP
                     RTATVTVLTKLGKEAASFTLTQDGTFSTVYDKNLFESTSEKGGERTVTVNSEQPWLPT
                     LSEVAAAPAATAELLRVGVSGTDTTLTWLTVNYDREAGSSRYNGTVKIVVKPNKTQLS
                     REALLILKTTNGVALDTVVIKQYNVSGKMTPRAAEVKVTSLTMNRPNVTINGEKNVQL
                     SVAVKPDNATNKNVTWASSDTSIAKVDAKGLVTIGRKKGKVTITATAADGSGVKATSI
                     IDVLIPQANMELSGLKVYATAGQLHLSLPASDDVQIYAVSGTLVRSFAAPAGDTSVAL
                     PSGIYIVRVGSLTEKVAVE"
     CDS             complement(16214..19693)
                     /gene="plsC_2"
                     /locus_tag="SEQF2637_02604"
                     /EC_number="2.3.1.51"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P26647"
                     /codon_start=1
                     /transl_table=11
                     /product="1-acyl-sn-glycerol-3-phosphate acyltransferase"
                     /translation="MSHLILSIYDFFARHRALLFVLLLFLTAFCLFSAYRLGFKEDIA
                     RFLPNDSENARINNAYRDVILSNHITVYCSATDTTDEARAEQVEAIDALAERLRTMPD
                     ADRIQRLRYRIDPAEMMEVAEFVTDNMPYFLTDEDYQRIDSTLNRTAIARRLEADRDI
                     LTSSVGMILRPQLLADPLRLTEGAVDRLRNMQAGGRFSLFQDHIFADDGRALLMIECS
                     IPASETSANERFIKNLKTCMAETEREFKGVSFHSFGAVEISLSNANRIRQDALLTGIL
                     SAVIILALLIYSFRSAREIGLVFAAVLFGGLFALAALHLIRGEASTIAVGISSIIFGI
                     AINYPLHFIGHHHHTPDPRAVIKDIVRPLTVGNVTTVSAFMSLVFINSDAMRDLGWFA
                     SLLLVGTILFVLLFLPHLLPHRAVPRPDYSPFRWFTSRPWGSNRVVIGAVVFLTILLS
                     FFSDGSSFEADMARINYMTDAHRKDFAHLRAMLSENQHILYYVTEGATPDSALEANEQ
                     SLAALADLKKRGDISRVGGIDGLIPSRARQAERLGRWEAFWKTRRDSVLHILNEEASR
                     LGFRADAFGAFNASVSRSWSIEGLEFFNPLRQTVGGSYVFEQPEKTMIVNLLYLDADR
                     APAVEKALNDRNTASIAFDAESMTRRMIASLSDNFNYVLYVCGFIVFIFLLFSLGRLE
                     LSLIAFLPLALSWVWILGLMGIFDMKFNIVNIILATFIFGQGDDYTIFMTEGLIYEYT
                     YRRRTLASYKDSIALSAAIMFVGMGAMIFARHPALRSLGEVTVVGMFSVVVMAYIFPP
                     FLFGFLTSTRGKARRMPVTLRNLLISIYAFTYFLVLSFGLTVVGWVMFTLGKKTSRKK
                     AAYHRMLYSVARFTMQHFPQVRTTVENSCGEDFRRPSIILCNHQSHLDLMCLLMLTPK
                     LIILTNDWVWHSPFYGQLIRYADFYPITEGLDRTLEHLREVKRQGYSIAIFPEGTRSP
                     DCSLLRFRRGAFFLAEQLNMDLLPVVLHGTGHVLPKQDFMLRRGNIHVRVLPRITPAD
                     TRFGTDHIARARQLRQFYRAEYEALCRRVETPAYFSDLVLHNYIYKGPSVERAVRHTL
                     RQHDNYTAEISALPDSGEVTLRNTGYGEQALLAALVKPHLQITAVEPDDDRRAIAEHC
                     AARPANLQYVSEA"
     CDS             20583..20738
                     /locus_tag="SEQF2637_02605"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVMQNRLYLYWNREIVIQNGIIFFLIIKRVMLNGILSISVGVYC
                     IRTLKTP"
     CDS             complement(21025..21141)
                     /locus_tag="SEQF2637_02606"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSFIFSRWQDFFCPYRSLFSFNLNYFHLTTKKNTPSK"
     CDS             complement(21175..22626)
                     /gene="gnd"
                     /locus_tag="SEQF2637_02607"
                     /EC_number="1.1.1.44"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P70718"
                     /codon_start=1
                     /transl_table=11
                     /product="6-phosphogluconate dehydrogenase,
                     decarboxylating"
                     /translation="MENLADIGLIGLAVMGENLVLNMESKGYTVAVYNRTTEKVDHFI
                     NGRGRGKKFIATHTIAEFCRAIRRPRKVMMLVKAGPAVDDLIEQLLPHLEAGDVIIDG
                     GNTHFPDTIRRTKYVESKGLFYIGTGVSGGEEGALNGPSMMPGGSTAAWPLVKPIFQS
                     ICAKADGMPCCDWVGEDGAGHFVKMVHNGIEYGDMQLICETYQIMKDLLGMSNAEMHD
                     VFAKWNEGDLDSYLIEITRDILAYRDDTGAYTLDYILDAAGQKGTGKWTAIAALDEGV
                     PLTLITEAVFARSLSAMKEERVAASAELSGPKKTFAGDRTAFLSDLHDALYAAKIVSY
                     AQGYALMRQAAHTYGWNLNNGGIALMWRGGCIIRSVFLGKIKEAFDRMPNLTNLLLDP
                     FFKEKVLTAQSGWRSVVASAVTNGIPVPSMSAALSYFDGYRTERLPANLLQAQRDFFG
                     AHTYERVDRERGTFFHTNWTGKGGDTSASTYTA"
     CDS             complement(22698..23027)
                     /locus_tag="SEQF2637_02608"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDIKVRWTKRAWITLNEIYSYHAAISEQGARHLLKRLLNAAKTL
                     SIFSTAGRIETDLKHPISPYRSIVADKRYKLIYRIENQGLEVIIHDVWPCRRDPERMS
                     SSIKQDL"
     CDS             complement(23018..23245)
                     /locus_tag="SEQF2637_02609"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKECTYPPKTKQGHVKEPTAEYEVDTRADEDDIAPFLRVPIEEL
                     RRQVYESYEGWLRGERTYTTDEIKKMRPEWT"
     CDS             23457..24062
                     /gene="yvqK_2"
                     /locus_tag="SEQF2637_02610"
                     /EC_number="2.5.1.17"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O34899"
                     /codon_start=1
                     /transl_table=11
                     /product="Cob(I)yrinic acid a,c-diamide
                     adenosyltransferase"
                     /translation="MKIYTKNGDRGRTGLHGGSRVDKDDPRIEANGCLDELNVAIGLL
                     RARLNASHEWQFMLHDVQRTLMVVMSHVATPSSVRHLNPNVLPDDLATHCESWIDAMT
                     SSMADGEGYFILPGGTEISALCHQARVAARRAERRLCTLNKLDALPAQIMSYINRLSD
                     LFFTMARYDLHLAGASEERWQAFGYKRKRREDVAENRGEGN"
     CDS             24526..25935
                     /gene="cbiH"
                     /locus_tag="SEQF2637_02611"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05590"
                     /codon_start=1
                     /transl_table=11
                     /product="putative cobalt-factor III
                     C(17)-methyltransferase"
                     /translation="MNQARIIVAGIGPGSTGDITSAVIDALRHCDAVVGYHYYFPFIE
                     AYLPADALRIDSGMKQERRRAEEAFRVAEEGRTVCVISSGDAGIYGMASLILEMKHKR
                     GSHVEVEVLPGISAFQKAGALLGAPMGHDFCVISLSDLMTPWLLIERRIIAAAEADFI
                     TAVYNPKSDSRYWQLYRLKELFLARRAPETPVGIVRQAGRDGETTTVTTLADFDPEQA
                     DMFTVVLIGNSQSYAVGNTFVTPRGYYREMEREEGVNVGQGIMIESFRTIERELKHPD
                     IALDRKWAMLHAIHTTADFDMERLLWTDPGAVAEMYERLSSGRTRTIVTDVTMVTSGI
                     RKGALQRMGIEAKCYLSDERAVKMAAEKGITRAQAGIRVAVEEHPDALFAFGNAPTAL
                     MELCTLIRRGKAWPSGIVAAPVGFVHVCESKEMVKPFTDIPKVIIEGRKGGSNLAATL
                     VNSALTFNDAAQLRPGRDV"
     CDS             25928..27142
                     /gene="cbiET"
                     /locus_tag="SEQF2637_02612"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87694"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalamin biosynthesis bifunctional protein
                     CbiET"
                     /translation="MSESRRTFYVVGISDERDVQLPAAVRERIACGHVFSGGRRHREI
                     VGGWLPEGAVWIDITVPLERVFEQYRDHRDIIVFASGDPLFFGYAVTLRRVFPDAAIE
                     TYPSFNSLQLLVHRLGMPYNEMIPVSLTGRPWDDFDAALIERRPLLGILTDREKTPAV
                     IARRMIEYGYGDDYRMHIGERLGNETDERVRTLTLSEAVAATFTHPNNLILERIRRRP
                     RPFGIPESEFHLLDGRVKMITKRPVRLLSLSMLDLHNRTSLWDVGFCTGSVSVEARLQ
                     FPHLRVTAFEIRPGCEEILAANCRRFGTPGITPVMGDFMEADTTDLPAPDAVFIGGHG
                     GRLADMLRKIDGVMRPGGVIVFNSVSEESRQLFTDGLAAIGRRITECVRLNVDAHNAI
                     DVMKAACGPRRI"
     CDS             27715..29532
                     /gene="cbiF"
                     /locus_tag="SEQF2637_02613"
                     /EC_number="2.1.1.271"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87696"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-precorrin-4 C(11)-methyltransferase"
                     /translation="MKENIAIILVSEGGLPTARLISHELGDAPVFTTHTLEGCQTFPS
                     YAQFMAAHFREYDLFVFIGAMGICIRSIAPFIKDKYSDPAILCVDSTGRFVISVLSGH
                     IGGANDWARRVAAITGGETVVTTQSDNTGLWALDTLARRFDWRTVASHAEMNNMISLF
                     VGNQPTALLLDVKDRGTDYLERTLPEHVSVFYRFEDIRPEAFRLIIAVTPFIYTTDVP
                     ILYYRPRVLHVGIGCRRDSAPEGVAEHMAAVMEAHRLSPLSVRSVATIELKKDEPLFH
                     ALAQTWEAEKHVYRADELADITVPNPSQKVFDTTGVWGVSESTAQRASGFGPLVMEKQ
                     KGVLSASSDFTLAVALDADAQRGGFIEIVGAGPGDPELVSVRGKRLLETADLILYAGS
                     LVPRELTEYAKPGATVRSSAGMTLEEQFDVMKAFYDRGLFIVRLHTGDPCIYGAIQEQ
                     MAFFDRYGMRYHITPGISSFQAAAAALRSQFTIPERVQTIILTRGEGRTPMPEREKLH
                     LLARSQSTMCIYLSAAIVDDVQAELLQAYPPETPVAACYKLTWRDERIYRGQLKDLAQ
                     IVKENNLTLTTMLVVGEAIDNRQGLSHLYASDFKHLFRP"
     CDS             29529..31331
                     /gene="cbiD"
                     /locus_tag="SEQF2637_02614"
                     /EC_number="2.1.1.195"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O87693"
                     /codon_start=1
                     /transl_table=11
                     /product="Cobalt-precorrin-5B C(1)-methyltransferase"
                     /translation="MILILGGTTEGRAAVKTADEAGSPYFYSTRDAHQQVDCHHGTRL
                     TGAMDEEAMEAFCREKEIRLLVDAAHPFAEVLHRTVAVVAERLSLPVVRYERVYPPRS
                     ADIIWCDDYDDAIRRMEADGVTRLLALTGVQTIGRLRAYWQAHDACIFRILDLPTSLA
                     LAERQGFPRERIVYYEPGGDEALLERVRPQAILTKESGESGGFIDKVEAAHKLGIAVY
                     AVRRPPMPAGFVTVTGRHGFRKQIERFVPGFFPLRSGYTTGSCATAAAKAALMALLTG
                     EEQSEVSYALPDGEVMTLPVAETHLGEREATAAVIKDAGDDPDVTNGCKICATVALRD
                     EEGEGIRFLQGEGVGRVTLPGLGLEIGGPAINRTPREMITRELTALCDAPLDVTIAVP
                     DGEKIARQTFNPKLGIVDGISIVGTSGIVMPFSSDAFVRSIRREVEVCRALSPERLVI
                     NSGARSERFVKAEYPDLPAQAFVHFGNFIGETLKIAAELGIPNVTMGIMVGKAVKLAE
                     GSLDTHSKKVVMNKAFLQTVAAESGCSPSAAEAITGITLARELWHALTDTDRDRFFPA
                     LLRLCHRHCAPLLPDGHLTILLIDEDGNIPYRHA"
     CDS             31541..33856
                     /gene="susC_17"
                     /locus_tag="SEQF2637_02615"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MRRYYILLIGTLAAACATYAQQLTGRVVDTQNQPIEFANVALYA
                     LPDSALVTGTITDADGDFTLEGGTAKRALLKISFVGYETQTVEARPGVTVTLKPESTQ
                     LGEVTVRANRSAIRLKNDALVASVQGSMLSQAGTANDVLRRLPSLTTDNKGNISVFGK
                     GEAKIYINRREVRDLSELDQLNSADIRDVEIVRNPGAGYDASVKAVIRINTVRHAGDG
                     FGFDVRSSWYEGETTDLREQLNVNWHKRGWDVFGTVLYGRGAYLIDSRITQQTRLDTL
                     WQQENALYATGIDRWMRIMAGTNWEISPKHYVGLRYTLSPTLRDDINHTTFNSMVHAD
                     SAFYDEWHSDNARRTTNDPAHRLNAYYNGTVGRLGIDFNVDFYTSGSTSRSHAVETSR
                     MQEDRVVNSENRVRNRLAASKLILSYPVFGGELSVGGEYVRTHRTDMYSNPERIVPSS
                     DMTADEWNSSLFAEYARETPIGQFGVGSRYEHVRSDYLSDGRPLDGLNRNYNQWFPNV
                     SFGTRVKGVDLQLAYTAKTQRPSYRQLTSNVYYANRLTLQTGNPLLKPTLTHDVSLTA
                     SWRIVQLTASYRQERDAVIDRTERSRIDPKVSLITYTNLDRLPFLTAFATVTPAFGVW
                     TPQLSAGFVKQWAEVEIDGKPVRYDRPIFRISLNNSLRLPAGLLFTLDVRYRSKGDER
                     NLHLTDDVWVVNMGLTRSFFSDRLSVMLRGWDVFRGEGGGAIYRSPHMESYQVDRYDS
                     QEFELTLRYRFNAAKSKYKGTGAGTGELERL"
     CDS             complement(33897..34241)
                     /locus_tag="SEQF2637_02616"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSYKLRTIRSFDRDVKRLAKHYHSLRDDLRQLARQLLENPLQGA
                     DLGGGIRKIRLAITSKQSGKRGGARVIIHIELLTGMHEDTICFLALYDKSAQSSISDK
                     IIRELLKEAGII"
     CDS             complement(34231..34479)
                     /locus_tag="SEQF2637_02617"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTIELGAAIQRELDRMEGNETMMKQALQALRRIGREVKKKEYA
                     GQDDGEIIAGLRHAFSEWKDVKEGKLQTRSLEELLDEL"
     CDS             complement(34519..35880)
                     /locus_tag="SEQF2637_02618"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MITHALINPRSIAVIGGSNHIHKPGGRLVKNLIEGPFTGDLYIV
                     NPKERLIQGRPVTRSVNDLPTGIELGVLAVSAAHCTEAVRVLVEEKGARAIIIISAGF
                     SEESTEGAAIEREICRICTAAGAALIGPNCIGLANPYHHAVFTSPVPTLGPGGVALIS
                     ASGGVALFIIECALTKGLRFHSLWSVGNAAQTGIEEVLEYMDEHFDPSTDARIKALYI
                     EDIRDAEKLVRHATSLARKGCRIAAIKGGTTADGMRASAMHTGAQPTSEEEVAAIFRR
                     AGIVRCYSREELIAVACAFALPRPHGRSFAVVTHAGGAGVILTDALVRCGMKVPPYRG
                     AKAEELKARLLPGASVANPIDILGTGSAADFGLAIDYADQHFPETDAIAVIFGSIGLG
                     KITAAVDVILEKMQTCSKPIYPILPSVLNTAEEIAHFVRHGGITFPDEVTLAQALGRI
                     ASL"
     CDS             complement(35930..36283)
                     /locus_tag="SEQF2637_02619"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRASRPHPGGYLAEHFDSLSQVCMASKYTISGRRRFYNARNTLF
                     LAAAKFTTLEIHYFWSSQNLQCPKYIISGRRRIYNARNTLFLAVAEFTTPEIHYFWSS
                     QICMASKYIISGRRR"
     CDS             36431..38656
                     /gene="susC_18"
                     /locus_tag="SEQF2637_02620"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKLRFKYTLPVLAAALSVNAARAQFNVKGNVALDNGDKAIGATL
                     RLLRSGEVATTDADGNFTLHSSHATDRLVAAYIGFRSDTIDVTAANANALAIVLREEV
                     QQVSEVVVKGRVANTLKSRIATVQTEKINYEELTRAACCNLSESFETNASVDVSYSDA
                     ATGAKQIRLLGLPGTYVQMLTENVPNFRGAASLFGLDYVPAPWMESIQVSKGSASVRN
                     GYESVTGQINVEYKKPMKAAPLTLNLFASDAGRMEGNADAAIRLSKHLSTGLFAHYSR
                     DKQSHDADGDGFLDLPLTEQFNVFNRWFYNRKNYVSQVGVKLIHETRENGQTAHAKPA
                     RIGDPLYRIDIRTLRGEVFTKNGYVLDEEANRSVALILAGSFHKQDATYGALPYDLRQ
                     SNVYANLLFDTDLGVKHKISTGLSLNMDRTEQTSNYFADDPAFLRLRTEWTAGAFAEY
                     TWKPMRNLDIMAGLRADRHNEYGAFVTPRLHLHYTPIEALSVRASVGKGYRSVNVFVE
                     NNFLFASNRVRNLSVAPDLRMESAWNWGASLTGYLPIAGQELTLSAEYYQTDFQNQVV
                     ADVMTDAHGVRFYNLDGRAYARNIQLEAAYTFFKALDVRAAWRWTDAKETYNGLLMEK
                     PLTNRYKGLLTVGYRTPRYGWQLDATAQFNGAGSMPTPDAARPLWEPTFDPYTMLGAQ
                     VTKRFKKMSVYLGAENLLNFKQAHPIVASSDPWGNDFDATMVWGPVHGRKIYAGLRWS
                     L"
     CDS             38840..39145
                     /locus_tag="SEQF2637_02621"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVALLIMAMGATHTMAQDQKAPKKDERVTFAVEIVCSSCVKNI
                     KKQFAYEKGVKDVRVNQAKQQVTVTYNPTKTDTKRMIAAFKEIGKDATVATPPEVIN"
     CDS             39256..39870
                     /gene="flr_3"
                     /locus_tag="SEQF2637_02622"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KIT1"
                     /codon_start=1
                     /transl_table=11
                     /product="Flavoredoxin"
                     /translation="MKVSRLLHLLLVATLLALPTLSMLADTPKTAAPTGTFKAFPVSE
                     DFTLNPFTYFREGLLLAAGNREKSNAMTIGWGAMGCLWGRPTVTVYVAEKRYTKTFMD
                     RSPYFTVMAFAEGDSILRYMGHHSGRDGDKAAALGLHTLYTENGTPYYAEADLVLECR
                     LLYAAPFDSAAFKDDVPREFYNKRGKAGLHTMYIGEVVRALRKE"
     CDS             complement(40290..42140)
                     /gene="ltaS1"
                     /locus_tag="SEQF2637_02623"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q797B3"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoteichoic acid synthase 1"
                     /translation="MLVSRRPLFASPSERTERRRTALLFGLLWFKFLWFDVSWCAAST
                     YRPFSMVETYLSATLAALILLLPLVIWRMERTTWAVAILTDVLLVCNLMYFRTYYTAI
                     PPDSYLLVGNLRDFTDSVWGSLKITDALFPASTVVAAVLRYRRRGQASRLRRSTLLRR
                     YTIATTVTAAALLTLTLVKGGFRTAYESMQGSYTHTCVTPMYTVFGTFYYDCIRGAET
                     FTPEVGQRIEAWMTADHTARMAADADTLLPDTAVRRHVIIILAESLESWVLERTVEGQ
                     ELTPRLNALLRDSLTIYAPHILSQAKGGRSIDAQLMINAGLLPIASGAYSLKYPHTTY
                     PSLAEAMRAEYGADAVRAYALTGDKPMVWNQAVIDPALGYDSLIAKASFVNDEPVGPS
                     YRPQIGDVSLLRQITEKIVRGEVWDTRRHMLLQCVTYSGHFPFALPERLREVRFSDRY
                     PERMRDYMATARYTDRAIGLFVDRLRAAGVYDNTLVVITGDHEGLGEMRRAWCESAGG
                     RDLVADRPMVPFIVLNAPRGMRVEAVGGQVDIYPTLLRLLGLRRYAWRGMGRSLTDPT
                     HPPVAVDPYGTIYGRTDSVAAPTLQRLKEAWPVSDAIIRYDYLKRSSKKK"
     CDS             42691..44052
                     /gene="mepC"
                     /locus_tag="SEQF2637_02624"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C071"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug/solvent efflux pump outer membrane
                     protein MepC"
                     /translation="MMYKTWILSGWLCVAFVGARAQEAKTWTMDDCMRYAAENSLKVR
                     AEKHQDDTYRAEYRAAMADFFPSVGMRIGGQLNYGRSIDPQTNTYNNVSTFNNSYQAY
                     ASLPLFDGGQLVNRAKAAAINRQLGAHEVRRVQNEAALAVMEAFSNAVYYGGTVRLAI
                     EKLDESRQTLHKTRRMEELGLKGAADVAQVEAIVAADDYNLIHQQNLYDAAVRTLKEA
                     MNYPAEDALMMDTSVMVWRENATTLSAEEIFSRAVTDNPTMRAAECRRLAAQHLYRVA
                     RGAMFPQLTFEAGISTNYFRNLADPHTTAFSRQFFDNNRGEYVAVTLSIPLFDGLARY
                     TSARRARNAMRMADVQRDETLRQLRTAVEQAVADRDGFEKEVVQMARKVAADSMAYRV
                     TLRKYEEGLSSAIDLQTAANTLIEARANLLQKQLSYEIKRRLVAYYASDCEWSTINYE
                     PKK"
     CDS             44126..45379
                     /gene="mdtA"
                     /locus_tag="SEQF2637_02625"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01422"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtA"
                     /translation="MDILLEKKKGIRKKHLPYIAGGAAVVLLLSWIVFGNHAATLRVD
                     ARSLSIGDVKRDQFNDFVRVDGQVQPITIVQLSPEEGGIVQELVVEEGARVHRGDVIV
                     RLSNANLELQILNAEAELAEKQNLLRNTQVTMEQDRLRNKTEELQLDLATTRSLRNYR
                     QQEKLYNEKLTAREDYVQAKEDYELARRKHTLINERLRQDSLYRSIQMDQMEDNLMNM
                     RRNVLLIRERKNKLEVRSQIDGELGLLDVVLGQNVQPGQKIGQINDLSDYKVQALIDE
                     HYIDRVRAGLPATFDRQGTHFALTVRKVYPEVRDGKFRTDFVFTGERPDNIRSGQTYY
                     INLELGQPTEAVVIPKGTFFQNTGGNWIFVLDRDGKKAYRRRIKIGRQNPQYYEVTEG
                     LEPGEKVIVSGYESYKDSEVLILEK"
     CDS             complement(45572..45871)
                     /locus_tag="SEQF2637_02626"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNYEWKKDHVNRHNPFRPIRGTITELKMKIYKLKKDHVNQHNR
                     FRPNRGTVVELKMKIHERKKDHINRHNQFRPNRGTVVELKMRNYKWKKDHVNQHK"
     CDS             45893..48283
                     /locus_tag="SEQF2637_02627"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMTNYFLSAFRSLTKRGRNHGMKILSLGVGLAMGLVLIAKVFFE
                     QSYDTFYPDADRIYRMNEMIVMNGELKDYGQVSGGVAVGMRQDVAGVQQATRCTWIYI
                     GNVYTDDKKKISINMIAADDSFFNVLPRPMLQGNAEKILSAPRGDRLIIVSKELADKL
                     GGDVVGKILRAEDWGGEVLTIGGVFETIPENATLKYDAVISIDLLRTPDFDGTMNWIG
                     NDRYMAFVKLQPGVSADSLSDAMHAMQEKHQDLEQLKKAGVELSYSLTPLNDLHDSLP
                     EVRRMTWLLLLLAFALVFTAVMNYVLIVVSSLVSRTKEVAVHKCYGASGRDIVRMILS
                     ETFLHLILSLLLAVALILAFRATVEELLDASLGALFTTRSLVFLFAICIVVFLTAGLL
                     PGRLFARIPVAAAFRHFSAHRRSWKLALLAVQFMAVGFLLSLLVVIALQYRRMIDDDP
                     GYRYENLAYVSMGGIDSTLRRKLIDEAQRLPELSAVSTFYQPFFTGTSGNNVYLPNDS
                     RELFNIADLYECGNGFLEALEVPIIAGKTFTEDVAWSHEVMVSQRFVDKMKAFADWRD
                     GAVGKQILVTEHSGANNDEPFTICGVYDDIRIGTIQEEDERPSILFYSSDPEESNYLL
                     LKFHHMTPEAMQHVRQELQKLMPDREVELCDWRAEMETCYTDTRRFRNAVMIGVVITL
                     LISLVGLMGYTGDEINRRRKEIAVRKINGATLGEVLHLFERDIIRIAAPALVAGCGAA
                     AYVATLWQTGFSEKISLAWYLFALSGLLLLCLIVVVVALHVRRAAAENPVKSIKSE"
     CDS             48280..49410
                     /locus_tag="SEQF2637_02628"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGDIYIAAHLRRCLRHSVFGHVLQYTPSTSVLDALHLHHAIKS
                     PPLRYLSPLHIAFIEVKNELVKTKNVFPMKVNTHTITHQKKKTNIDTHIIMYQANFAG
                     GRSRLDLLLPSFLPSREEKKKQERRKQSIDSGAEWHNPYTDRVRIETKMQEQIFCPLR
                     DHAVGRMQYAPTSCQQETLFPINSRKERIGTKIQDQKNRPLGSRGVSNTPPKHLGSNE
                     QKMQDRIFCPLRGHSVGRMQYAPTSYRQETLFLINSWEERIETKIQDRKNRPLGSRDV
                     SHTPYTDRVRTETKMQERRKQSIDSGAEWHTPFMRQGKRDAVWRDTFLEQRARVAIWQ
                     DRHLEEKSSHARLQMRISGENSNPYKSSLVALSEQLRGIFAA"
     CDS             49778..50452
                     /gene="yknY_2"
                     /locus_tag="SEQF2637_02629"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31711"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YknY"
                     /translation="MIKVENLTKYFETEEIQTIALNKVSLEVADGEFVAIMGPSGCGK
                     STLLNILGLLDNPTEGHYYLDGREVGHLREKERTEVRKGQIGFVFQSFNLIDELNVFE
                     NVELPLTYLGIKASERKERVQNILKRMSISHRGRHFPQQLSGGQQQRVAIARAVVANP
                     KLILADEPTGNLDSKNGLEVIRLLNDLHDEGTTIVMVTHSQHDAGFANRIINLFDGQI
                     VNTTRL"
     CDS             50535..52898
                     /gene="macB_3"
                     /locus_tag="SEQF2637_02630"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P75831"
                     /codon_start=1
                     /transl_table=11
                     /product="Macrolide export ATP-binding/permease protein
                     MacB"
                     /translation="MHTIYRNLLSIFRRFKMATLFNLCGLAVAFAAFMTILMQVEYDY
                     TFDHFDPNHSRIFRVDFVHNEGESQAILNRPLIESFITSSPHIQAGTYQNMDYDIVFS
                     IENGADKKKFRELYETVSPGFTDVFHFDFVEGSPDVLKTPDQVMIPESMARKIFGQES
                     AVGKKLMNPYLSLTVGAVYRDFPKNTLVSNVIYHAIPDVENKLNWNNWNYTTFIRVDD
                     AANLPTIYENFKKHFTASMMELFGEKGNTTWDAVGGDLRFIPLPDVHFVTNVKFDSMP
                     KANAQALHVLTAIAFVVLLIAGINFTNFSIALTPMRIRSINTQKVLGSSVGNIRRALV
                     AESILISLAAYILAVGLVALFARSPLSALVTTDLGILSHKVVVGATAFIALCTGLAAG
                     LYPAFYMTSFPPALILKGSFGLSTRGRALRNALIGVQYFASFALIIGAGCMYLQNHFM
                     QHAPLGYERDQIIIVEMSDEIRAHPETFMNKMKSYADVSGITRSERILSSADSYMTWG
                     RDYRGKQIDYVVIPVEASFLDVLGIPVSEGRTFRTEDALTRHGVYVFNERAKQEYGLE
                     LGAMIDSTQIVGFMPDVKFASFRNAVEPMAFYVWGKENWGNNSRYVYIRMKAGTDMRA
                     AMEHVQSVLKELDPDYPFNVFFFDKVLQQLYEKERAVGSLITLFSAIAIFISMVGVFG
                     LVVFDSEYKKKEIGIRKVFGSSTRQILVRFNRTYFKIVIVCFVIAAPVAYYGVSQWLT
                     NFAYRTPIRWWIFALAFIAVTAITFFTVTFQNWRAANANPVDSLKSE"
     CDS             complement(52936..53091)
                     /locus_tag="SEQF2637_02631"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPAKLAGYLKGDKERSGRLAGYLKGDKETSAKLQETIMRSKKVP
                     GKLLGLR"
     CDS             53227..55608
                     /locus_tag="SEQF2637_02632"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTIYRNLLSIVRRFRVATVLNVFGLSFAFAAFMTILMQVDYER
                     NFDRCHPEAEHIFRVDLSQPGEFSTVLPRAFVEAVIASSPHIEAGTLINPFVGEVYFT
                     VAGNDGTRHGFRETVQTCHPTLVRTFNFPITEGDTDCLRSPDKVLIPESMARRLFGSV
                     SAVGRPLRAEESIWSKSRDGDSTQLELTVGAVYRDFPGNTQLRNVIYTAIDGAFLKEN
                     YDASNFICYVRLDNAASAVDVEENFNRHFNFSQIGHPGEQMKLTPLTSIYFMNESGDG
                     RLFRSGNADVVNLLMGIALLILVIAAVNYTNFSTAMTPLRMKSINTQKVLGSTNSALR
                     LSLLIEACAICLTAFLLAVILVWGMHQSRLLAFVEADTSPLHHPVLLLVTAVVSLLVG
                     LAAGIYPAYYMTSFPPAMVLKGSFGLSPRGRRLRLMLVSLQFVISMTLIIGAGFVQLQ
                     NRFLRTHSIGFDRDQIAVVELNGAIAGHHAREYVDGLKSYAGIEDVAFASEKIGAKDV
                     YMTESSDYNGRNFSYNLIYVSWNFLRTMGIHIVDGRDFTEADARSDRPAFIFNDYARR
                     SLQMSVGPFKYWRDNLGDLVGFTGDLHIASLRQESTNICLAASPLGSRLSVSYIRLKS
                     GTDVRAATAHIRKTVAAIDPSFPIDITFYDTIYNELYHRETTLRTLITFFGLLAVLLS
                     LVGVFGLVVFDSEYRRKEIGLRKVFGSSTGQILVLFNRTYLRIVAICFVVASPVAYYG
                     VTKWLEHFAHRTPIRWWVFAIAFVAISAITFITVTFQNWRSANANPVNSLKSE"
     tRNA            55856..55930
                     /locus_tag="SEQF2637_02633"
                     /product="tRNA-Asp"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Asp(gtc)"
     CDS             complement(56393..58549)
                     /gene="nanM"
                     /locus_tag="SEQF2637_02634"
                     /EC_number="5.1.3.24"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01195"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylneuraminate epimerase"
                     /translation="MNQKYLPYAFLSLLFTLFLTLPSACIDDPEVEPGIQNAHTPQMG
                     ETVTINALTASSVTLTATVVQANGAAVTERGFCWSEQAHPTVDHHTKVFGKGIGEYQG
                     TVDGLVNGRDYYIRPYARNAKGVAYGEERKVQTQTGLGLVHTFIIADSTRAATAVCGG
                     RIEISGEGEILARGVYYSTSPDMNPKDSVLSTSAADSFLCPIRGLRPSTTYYVEAFVR
                     NHFGVYNGTRKSFTTTDGRSVVSSLTVLHVSYTSASVSATVLSAGDAPIEERGFCWST
                     LPEPTLTNSPHVEVGSGTGPFTGQCTGLEANRKYYVRAYAGNRVYGYSYSTPDSFTTL
                     SSLPTVVTLPASTLTRGTATLGGRIVSPGQSAVTSCGICWSLTDETPTLYNAESAELT
                     LSPGGTFTGQLSGLKGGRTYYIRAYATNAEGTSYGETVVQRMPSIFRTIPHNFPGAAR
                     LQGTPTCFATTDRGYLLGGDIGPYYSADLYYYSTTTNEWRQMLACPAGPLKWQTAVTL
                     GGSAYVFGGIDVNHRTRNSFYRYDIASNTWYTIASSPAPDSLCLALGVALNGNIFLIG
                     GRGDTATNHVWGYNVAASTWIRQPDFPTQHYGGVALTVGTMVYAGLGRNADGSFNRNL
                     WRTIDLSTWTPETVCSVANGGILAGTTCRNKLYLIDESFTILEYDPATHTWTRRAQLP
                     SDFRGIHCMFTLNDIIYIGLSQQSSTLLAYDPTWDN"
     CDS             complement(58579..59535)
                     /locus_tag="SEQF2637_02635"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKWTGMLLLWIACCLSWHAQAQRQTEYNRKGDEALQRKDYRDA
                     KMWFEEGVFAECDRYSIDRLTTIWLEDETMHVSMRTVMNKCLNCLTEWATERDTFAID
                     KLILYYSRGIGTAENLVTADYWRRQLETVRRQNRGEDEAPTTTPTSATPMRFFFGYQA
                     SLLAPFGIRVGGIVGRLGWYIAAQSNFSFQGHTATCRTADGRFIIEGQSGYYGYMDRK
                     QANVLMASVGLMIRTLPGIYTSVGAGYWQRDLIRQYGTADNAGNIYQRAWAKDLDASE
                     KGLKVDLGATYLLPRGRYYVTGECTVLNFRYLYPALGVGMIF"
     CDS             complement(59563..61608)
                     /gene="pknH"
                     /locus_tag="SEQF2637_02636"
                     /EC_number="2.7.11.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WI71"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine/threonine-protein kinase PknH"
                     /translation="MELVFRSAFLFFSWRLYDTIGRRSLWQLIETIGRDIHSAWEKLQ
                     QKGENNSEDSPCRRTGKGAEKPLPEPFPPNSKRLLTFALENLNDSEIMILPKGYCLQN
                     GKYCLTEVIGQGGFGITYSGVWNTEVKGELGAVKTAVPICIKEYFFKDYCFRDPATMQ
                     VRVHSETGRRLFDKFRERQIQEARILSEVHHPYIVNVLEVFEENNTAYIAMERITGRS
                     LKSLLEDEGQLTEPCALKYIDQIGRALEFVHAKNILHLDIKPGNILIDEHDDARLIDF
                     GVSKRYDIDNQETSTTTLTLSKGFAAIEQYDSDGLTGFSPRPDIYSLGATLYNLLTGC
                     VPPESILRVTKPLTEPSRLNANITPRTEHAILRAIQVNPADRYASVREMLDDLDIPPY
                     PERKDQPVAATGQTTQRAPLTNDDERTQLLTADVEETALLTPAEQPTPARRRKGKRRV
                     LIPLLIGLSVLIGWAASYLIGGSKPAPTNEPTANLLLQSDAGSDRSPFDPPTVAPSSA
                     ADKQAEKHQSEEKKTDKKTEEKKSDKAETTTHDDASSETSNARYVALVASGKMKMERG
                     AYADAKRDFASAKEIKVTEEVIRLSLACDDRIEEDNVRARKALYEQGMPFGSYTIVRK
                     KQNGRYGAIDAQGIERIRCIYLSVGRSENGRAFEREDHLYDIYNANGTMVARGLTTY"
     CDS             complement(61653..62543)
                     /locus_tag="SEQF2637_02637"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKLFLLAAVALLSPTASIMAQDDAPRDTSYWTHSGAASLTFGQ
                     TSFTNWAAGGENSVSVLAAFAGKWNYAKDRWMWDNSADLGYGLTYQGSDQIKNDDHID
                     LATRLGYKASATWAYAAELNFKSQFNKGYSKYPVTDDAAYISKFMAPGYLLGSIGMTY
                     THPREDLKVLISPVSEKMTFVSDRRLSDEGAYGVEKGDRVLAEFGALVKGTYSKKITE
                     NVLFNTEVLLTSAYKTFGNVDVDWKMSLDWKLNKYFTFKANTYLLYDDDIRYVDKDGV
                     KHGPRVQFKEVVGLGLGYIF"
     CDS             complement(62985..63524)
                     /locus_tag="SEQF2637_02638"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKRLGKWLLGLMGWHVGPAGDEVAKCVICVAPHTSNMDFIIGE
                     LFYLAIGKQAAFLMKKEWFTFPLGLFFRALGGVPIDRSRNTSMTEQMAAEFARRDRFR
                     LAITPEGTRKRVDEWKRGFYYIALKAGVPIQLGYIDYGRKEVGIMETFRPTGDAEADI
                     QYIRSRYEGMTGNHSERFQ"
     CDS             63771..65099
                     /locus_tag="SEQF2637_02639"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNKVKIGLLLGLMAGVATVPVEAQVNASDSVQHHVLGNRLSVGG
                     YGEIAYSRNFYSDNVYRYSDAAKYKNDPSHGRFDVPHAVIYLNYNFGKGWTMGTEIEF
                     EHTGTGSAQEKEFTEGGEWEMEVEKGGEVELEQFWIQKSFSRAFNIRAGHIVVPIGMT
                     NAHHEPLHFFTVYRPEGEATILPCTWHDTGISFWGRTGRVRYEAQVVAGLDAFFFDRE
                     GWVSGGAGSPYEFKVANKYGFIGRLDYYAFPGLRIGLSGYYGRAMHNAFPHDLEGKDA
                     NGNVKRYDNVKGTVAIGAFDFAFNRFNWIVRGNADYGYVGDAATISTIKRNLTANSAP
                     YKKTPVGKNAVAVGLEAGYDIFSQVARLRADDQKFYLFGRYEYYNSYIPSSDQQKYEY
                     TGKQRLAVGFNYFPLPQIVVKGEYSTRLLKQQYNNEPSISLGIAYEGFFL"
     CDS             65185..66444
                     /gene="irpA"
                     /locus_tag="SEQF2637_02640"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P12608"
                     /codon_start=1
                     /transl_table=11
                     /product="Iron-regulated protein A"
                     /translation="MIKKYLRTSLLLTVGAMLTWGFSSCEKNNDPIEKELTEKQKEMS
                     QIAKQYVDNTVNLTYKNLAAETSELYDKLKAAKEKFLKDPKSLTQAEVDEICKTFIKA
                     RSSYEQSEAFLFGAATDFGVDPHIDTWPLDVDGLAAALTNKYQLEKLGGDENDAIAYA
                     AGKLGQELLGFHGIEFVIFRNGKNRTVAALQANEDNEAFTAIKAQVTGAEELTYATAV
                     AGDLRDRCYQLEVAWNANAPKAHKDRVEEIELPSSRNGKSYTDDLLGATKAGSGYATW
                     EEVMTTILKAGCENICDEVANTKIGNPYSGKDKNYIESPYSQRSFIDFHDNLISIQNS
                     LYGGVDGKRNEAASIMAFMKKYDAAQASKLESDLKAALKALEDCQTKLKGGFVSNISN
                     PLVGEAQKKIQTLDEDLNKAAEWFSKQ"
     CDS             66637..68304
                     /locus_tag="SEQF2637_02641"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTLKHNLTLSALAALWLVSFAACSDDPKPEPEPNVPDANFVGQA
                     VGNFSADEWYPGGQLGTTDNVVNGSYADETPAVEEQGLIELFNLGEAFDERKYTISTP
                     PFKGWGPAASRKTCFDCHIQYGGHGMRQTQFRPEYGNGYVIQVYYPDAPGSNNGKPIE
                     HITKFTQVMAAHPFLPPVDPDQIKIEWKTVAAMESGLPMTFPDGEKYELIYPEVTVPQ
                     TAFNTSPRPSGYEVRLLVSLSFSGLGLIDAIPDDSIIAQYRREAKYGVALNPAIWDKG
                     ANRLTAEGYSELNGKKRVRRFNYDLTEAALLEDAGLWDELGVSRTDLPWMCSTNEWAK
                     AMAENPSVVAGIKANPASPYYADGTEKGISNAIRILLSPETNQFDNPIHKFEPEMEDD
                     NYYAFAVWHRGLSIPRARNLNTKTVQRGKEVFMQIGCANCHRPQWKTGSDDNIYSPEP
                     VKNRKLPRYPHQTIYPYTDFVQHRMFMANDIFNSWCRTPPLWGRGLMRVNTGGEDRLH
                     DCRARNTIEAIMWHAYSKKSDAYRTVEKFYHLPKADRDAVVAFVNAI"
     CDS             68346..69011
                     /locus_tag="SEQF2637_02642"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQRPRETLFLGLFFIPAPQYILRLDKYVIHFFSMNLIPVKDQIR
                     HETCCHFLDRFSSLGVGAYCIRPTNASAWRRMTDKPDTFWGVCLCALPIRIKNLIPIY
                     WMNLKPGGFWGVCLCDQPHPGEKLLKFVWMHAKPGGNWTNMAISIENPPGIGGKWPYS
                     PKTRRGLDENGHTHRKPGGDWTKMAISTENPARIGRKWLYPSKTRRGLDEYGHIYRKP
                     AGN"
     CDS             complement(69069..69224)
                     /locus_tag="SEQF2637_02643"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPILTQNVIPGNVWNPILGEDSIAVFILNPIPAGFRVDMAIFL
                     QSSPGFR"
     CDS             complement(69377..70594)
                     /gene="hflX"
                     /locus_tag="SEQF2637_02644"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25519"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase HflX"
                     /translation="MKEFIITQEQTERAVLVGLVTPEQSEAQVKEYLDELAFLAETAG
                     IEPVRRFTQKADKPHAVTFVGSGKLQQIGEYVAENEIGIVVFDDELSAKQLRNIEKEL
                     KVRILDRTNLILDIFAKRAQTAHAKTQVELAQYRYMLPRLTRLWTHLERQRGGVGMRG
                     PGETQLETDRRIILDRISKLKRELEEIDRQKATQRRNRGKMVRVALVGYTNVGKSTLM
                     NLLGKSDVFAENKLFATLDTTVRKVIIDNLPFLLSDTVGFIRKLPTELVESFKSTLDE
                     VREADLLVHVVDISHPTFEEQIEVVERTLADIGCADKPIITVFNKIDAFSFVPKDEDD
                     LTPRERENIPLSELRETWMSRRPGSCIFISARDRTNIAALKSLLYEHVKAIHITRFPY
                     NDFLFQQYDGEGE"
ORIGIN      
        1 tctgaggggt atttaatacg gttctgaggg gtatttaata cggttctgag gggtatttaa
       61 tacggttctg aggggtattt aatgacgtcc tgaggggtat ttaatacggt tcggcggggt
      121 atttaatcac gtcctgaacc atattaatga cgttcggaac gtgattatga ccatctcgga
      181 agggtatttc accacgtccg gaaacacctc ggaagatctt ccgaatcgca ccatggctta
      241 tggcaaaaaa gagagagggc acatcgctcc gagcgacgcg tcctctctcc ctcccccagt
      301 ggaaaaccag aacttgtgcg gattacttct gggcgtttag gcgagcctga atggccttgg
      361 ccttttctac ggaggcgctg ttgttggcgt cgatgccgta gagctccttg gccggaatct
      421 tgatctccat gttggtgggg atatgattcg ggtcggcgat tttcgatttg ttgaattcgt
      481 agatgtagac ccagaagacc ttgttgccgt agtatttctc ggccagcttg gtcaggaatt
      541 gccctggctc taaccgaacg gtggccacca ctttgcgttt gggtgcggcc ggtttctctt
      601 tcttctcttt ggccttagcg tcctctttgg ctttggcctc ttcttcggcc ttagccttct
      661 ccttagcctc tttctcggca gcagcccgac gcgccttgtc ggcggctgta gccggatcga
      721 gcttctgttc gtcggctatg gaggtctgcg gcttgtcgcc acgaccggcc tcgggggcgt
      781 ctttgtcctt agcctcttcg ccaggcatta cgaacgtgtc gcccgtcacc accttgtcac
      841 cgtccgtgcg acccatggcg cgcgtttcgg acgaggggag gtagtagaag tagtggtaga
      901 agagtccgcc gaggaggagc agcagtagga tgctaagcac cacgtacagc gggaagtttg
      961 acgaggagcg cttttcgctc tttttcggct gcggtgtagg ctccacgggc ggtggcggcg
     1021 cgagaggcgg gatcaccgtc acgggctttt tccgcggtgg cctctgctcg tttgtgcgtc
     1081 cggcgtttgg tgtcggtgtg tcggttcggc ccgttgccag aggcgctttc ggctcatcct
     1141 tctggacggg ttccggcgcc ttcgtgtcaa ccttttcggc ggtcacttcg ggcgtaatga
     1201 tttgcgatgc tttgaggtgt gctgcagcca tttcgcccac tgtcatgggt ttactgccca
     1261 ccgagcgccc ctccgaccag ccctcggcga tttccttttt gatctcactg ttcatcgttt
     1321 gagatttttc gttgttccat gtgcttccaa tcagggtgac gggctccacg tcgtcgtccc
     1381 cctcgtcctc ctcgtcgtcg tcagcctcct cggttgggac gggcggtgca ggcgtgggct
     1441 ccgtcggttc cgactcgctg tcggtcggtt cattttccgg cgtggaaatg aaagaagggg
     1501 tggagagggg agcctcgtcc gcgggtgcct cttcgtcgtc cacatactca cgctcagggt
     1561 cttcgggcgt ctcaatcggc gcatcgcttt cgctcgcctc gacagcttcg aagatggcaa
     1621 agggtttatt gatgcggtct ttcagcgatt tatcgggtag gtacgacagc cagtggtggg
     1681 ccggaataac gatgcgctcg ccctctggcg tcacactttc gcgttctctg acgggcacga
     1741 tccgaaactt tccgatgccc ttgattcgtg tcgatccgtc tttgataaga ctgtcgttca
     1801 ccagtgcggt caactctccg acgaaggtct gcaccgctgt gcggtcgcga cccgtttggg
     1861 ccatcatcaa ttcaatgatg cggtctgtgg tgattttctc gttcatgcct gatctaagtt
     1921 tttgatgtac gttctgagtc gggaggaagg tctgaagacg gggatcaatt tcgggggcag
     1981 caggtagcgt ttgccgcttt cgacgtcggc cgagtagcgt tccgccttct ttttgagttc
     2041 aaattgcccc catccctcga gtgcaacgat gtcgttatct gcgagcctgt cggccacgat
     2101 ttgcccgaac gcgtccagca tgttctccac ctcggggatc tctcggtcga ggcgcgcggc
     2161 cagttcggct atcaattctg tatctctcat atgatggata tatctctttg tttctgatta
     2221 ttcggaatat aaatctcagt agttcgccga tggattaaac aaccttccgg ccgtatagtt
     2281 cgaacggttc agcggcttca atctgtacgg agtaaatttt gccgagctcc atgtcggcat
     2341 ccttgtgcac gagcacctcg gggtctactt cgggtgagtc gaactcggtc cgcccgatgt
     2401 agtaatcctc ctcgcggtcc agcatcacgc gcagcgtttt gcccaccttt tcctcttgca
     2461 cctcagccga aatggcctcc tgaagatcca tcagcgcgtt cagccgctgc tgcttcactt
     2521 cgtccggcac attgtcttgt tcatttttat aggaatgcgt ccccacctcg tgactgtagg
     2581 cgaaggcgcc cattcgctcg aaacgcatgt ctcgcgcgaa ctgcatcaat tgttcgaagt
     2641 catcgtccgt ctctccggga tagcccacca tcagcgtggt acgcaggtga atgccgggca
     2701 cttcttcccg aatccgggcg atgagttcgt aagtctcttc tttcgtaata tgccgtcgca
     2761 tgcgctccag cacagggtta ctgatgtgtt ggagggcgat gtcgaggtat ttgcagacgt
     2821 tctcgcgctc gcgcatcaca cgcagcaatt cgtgtgggaa atgcgacgga tagccgtaat
     2881 gcaacctcag ccactccacg cccggcacgt ccgacagtcg ctcgaccagc tcaggcagta
     2941 cagctttgtg gtaaaggtct tgtccgtagt aggtcaggtc ttgcgcgatg agttgaaact
     3001 cgctgatccc tttttcggtc aacagtcggg cctccttcac aatctcctcc atcggacgcg
     3061 agcggtaatg ccccgtaatg atcggtatcg agcagtagga acatttacgg tcgcacccct
     3121 cagcgatttt taggtacgcg taatgtccgg gagtcgtcac aacgcgatct tccgaaaatt
     3181 cgctcaggta ggccttacct aaatcgttca gcaattcttt ccagttgaat tttccgtaga
     3241 aacgatctac aaacggaagc tcctgctgga gttcctctaa gaaacgctcc gagaggcatc
     3301 ccatcacgta cagcttcccg atgcttccgc gtttcttctc ctcgcccaat tcgaggatca
     3361 agttgataga ttcttcttgt gcatcgccaa taaatgcgca cgtgttgaca acgacaatct
     3421 cgccgttgat cttcttcgcg tcgtgggtga cggtatatcc gttcagttga agttggcgca
     3481 tcaaccgctc cgaatcgacc agatttttcg agcaaccgag cgtgatgatg tcgaccttat
     3541 cttttctcat cgtccccgaa cagcgaatcc acgaatgctt ttctattgaa tacctgcaag
     3601 tcctccatgc cttcgcccaa gccaatgtat ttgacaggaa tccggaaatg gtcggaaata
     3661 ctgatgacta caccgccttt ggccgtcccg tcgagcttcg taatggccag cgcattgact
     3721 tccgttgcgg cggtaaactg cttagcttgc tcaaaagcgt tctgtcccgt cgatccgtcg
     3781 agcacgagca gcacctcgtg cggagcgtcc ggaacgacct tcttcatcac gttcttgatt
     3841 ttcgtcagct cattcatcag gttgattttg ttatgcagac gccctgccgt atcgatgatc
     3901 accacatccg ctccagtcgc ttgtgccgaa ttgagcgtat cgaatgccac tgaagctgga
     3961 tcagaaccca tcttttgctt gactaccggc acacccacac gttcgcccca aataacgatc
     4021 tgctctacag ccgccgcgcg aaacgtatcg gctgcgccta acaatacaga atagccatgc
     4081 ttcttgaatt gataggccaa cttaccgata gtcgtcgttt tacctactcc attgacacca
     4141 accaccatga tcacgtaagg tctttttccc tctggtgtac ggaagtcatc cgcgtcctcg
     4201 gtcttatttt ccgtaagtag ggtggcgatt tcttcacgta agatcttggt cagttctgca
     4261 gtcgagacat atttgtcttt cgcggcgcgt ttctcaatcc gttcaataat cttcagggtc
     4321 gtatccacgc ccacgtccga agagatcaaa acctcctcca gttcatccag cacggcgtca
     4381 tcgaccttgc tttttcccac aatggctttg gtgatcttag agaagacgtt ctctttcgtc
     4441 ttcgatagac ctttgtctaa tgtctccttt ttctctttgc tgaagaaatc aaaaaatccc
     4501 atctcttaat cgcgtgataa gtaggtaagt aagattgggc cacaaaagta aatctttttc
     4561 ggaaagccta agacatacat gatcagggct gctagggcaa ccgcatcaaa aaccacgtag
     4621 ctgcgtgagg tcgggaatat tatagatagc actccgttgt cttcctttga ctgagagttg
     4681 atctttcttc tgcttgagaa gatgcagaga taacttggag atgagattga gaagctgttt
     4741 cgttgcttag cgaataaaca aaaacaggag aaagtgattt tgctttctcc tgttttaata
     4801 ggtgggcgct gagggattcg aacccccgac cctctgcttg taaggcagac gctctgaacc
     4861 aactgagcta agcgcccttt tttatttgat tttgctgtcg ttctctcttg aagacggtgc
     4921 aaagataagg gcgttttcga aacctccaaa aaatgccatg aaaaaagtcg atcttttttg
     4981 agtcgtcatg gatcattgaa ttcttctttt gcgtgcttat gcgttgtgtc ctaaactatt
     5041 ggataggatt tctatggctt attagttcta ttcagaacaa ggtgcttttt tctccttgtg
     5101 gatggcttta gcctaaataa tggcaggaag aagtgcatgg ctcagcctgt ttcgggggtg
     5161 attgacgggc tgtctgttct gcgtggaggt gccttttgct atagggatct tattccgaat
     5221 cagattcaga cggattttta cttttgccgc cacttcgtca gaggtttatt gagacttttg
     5281 cgcgaagaga gatcccctat tgttgtattg ttatattgta tcatgtatta gaacaaacag
     5341 atcagattat gaaaaggctt ttatggtttg cagcagtggc tgcagtatgt gtgagttgtg
     5401 gcgggaagaa gtctggctac gtgattgatg gtaagattgc cgagggtcgt acggacctcg
     5461 aaggtaagta cgtgtatctg attccgtacg gatcagatgg cgcggcgaca gacagtgcat
     5521 tgatcgagaa gaatacgttc aagttgcagg gcgaacctac cgctgacggt ctctatgctc
     5581 tctacttgaa ggacgaggga gacgagatga tgagtcgtgt gggtgaggcg ccgttctctg
     5641 ccgtgtttgt gttgcagaac ggggagatgc aggctgtact tgactcgttt tcgtatgtga
     5701 cgggtacgcc ggagaataac gcgttcaaag acattcgttc ggtgttggtt gatgcgcaga
     5761 agaactacat gaaccttgtc agtaacgtca aggagggcga attagaggct gtgaaggcaa
     5821 aggctaagca gctggaggac gagatgatgg ctaaggtgaa ggcttacatc gaggcgaatc
     5881 cgaacaagct cactacggct aagctcctca ccgatttcca gtttgggctg gatgaaaaga
     5941 cgcaggaggc agcattggcc aaggcggatt cggccttcat gaagtttcct ggcatcaagg
     6001 agatagccga acatttgcag gcgatgaaga aggtggccgt cggacagaag ttctcagact
     6061 ttgagatggt cgacctgaag ggtgacaccc acaaactgtc ggactatgta ggcaagggca
     6121 acgtgacgct ggtagatttc tgggcgtcgt ggtgtgggcc gtgcatgcag gaggtgccga
     6181 acttgaagaa aacgtatgag acctaccaca agaagggatt cgagatcgtc ggaatctcgc
     6241 ttgactcgga gaagggcgcc tgggaggcag ccgtgaagga caagcagatg aactggatcc
     6301 acctgtccga cctgagaggg tggcagtcgg ctggcggagc tctctacggt gtacgatcaa
     6361 tcccgaacac cttcttggtg gataaggacg gtacgattgt cggtcacaac ctctttggcg
     6421 aggagctgaa taagaagctg gacgaactgt tggccgagaa gtaatcctcc ccgaaacttt
     6481 gtgtataggt atgataaagc ggcaaggcaa gtgtacaatg tgatacggcc ttgccgcttt
     6541 ccttttactt ttgctccatc tgatttcaaa acacgataat cactatgttc aagaaagaaa
     6601 cttacattca gcggcgtgag gccctgaaga aggctgttgg cacgggcctg ttgttattca
     6661 tgggtaacga cgaagcgggt tgcaactttg aggacaacct ctatccctac cgtcaggact
     6721 ctacgttcct ctactatttt ggcttgccct atgcggggct aatggccgtc attgacatcg
     6781 atgagaaccg cgagatcatc ttcggcgacg aactgacgat cgacgccatc gtctggatgg
     6841 gtgtgcagcc gacactccac gaaaagagcg aagctgccgg cattaaagac gtccgtccgt
     6901 cggccgagct gaaaccgtat ctcgaggcag ccacccgcaa gggacagccc gtgcgttacc
     6961 tgccgactta ccgccccgaa caccgcatca aactgctctc tctgctgggt atcatgccgg
     7021 gtgctgagca gccgtcggtg gagttcatca aggcggtggt gaatatgagg aactacaagt
     7081 cggacgagga gattgcagag atcgaaaggg cgtgcaacgt gacggccgac atgcatttac
     7141 gttcgctaca gatggtacgt ccgggaatgc gggagtgcga agtggcggct gctgtgcagg
     7201 aagtggcggc ggcgcacaac tttatgctgt cgttcccgac cattgccaca gtgcacggcg
     7261 agacgctcca caaccacgac cacagcaacg tgatccgtag cgggcaactc ttcctgctcg
     7321 atgcgggcgc ggagacagag atgggctacg cgggcgatat gtcgagcaca gtgcctgccg
     7381 atccgaagtt caccgcacgc cagaaggaaa tgttcgagat ccagttggcc agccacgagg
     7441 cagctgtcaa ggcgcttcgt cccggcatcc gattcgagga agtgtacgac ctgtcggccg
     7501 aggtgatcgt cgagggcatg aaaagcgcag gactgatgaa gggtgacgcc aaggaggctg
     7561 tcaaggccgg tgcgcatgcg ctctttttcc cccacggact gggccacatg atgggcctcg
     7621 atgtgcatga catggagaac ttaggcgagg cttacgtcgg ctatggcgac caaccgaaga
     7681 gcaaacagtt cggacgcaag tcgctgcggt tggcccgtga gctggagccg ggatttgtgc
     7741 tgaccattga gccgggtatc tacttcatcc cgcagctcat cgactcgtgg cacgcagaga
     7801 agcggttcgc agacttcatc aactacgaca aggtgatcac ctacaaagac ttcggcggta
     7861 tccgcaacga agaggactac ttgatcactg ccgatggtgc gcgtctctta ggcaagaaga
     7921 tcctgcgcca tgcggacgca ctggaggagc tgcggaaggg ctgatggcgg aatgacggac
     7981 cgttagttgt ccgtcgttag cgcttatgcc gggtatcccg atcgcggatg cccggcattt
     8041 tttatgtgct cctgtgcgag gagcggggca aaccgtccgt cgcgggcgag gggtagcggc
     8101 caaaacgagc gaggccgccc ggcgggatct ccccggcagg cagcctcttg ttggtattca
     8161 atgttgtgta cccccaatgg ctttcgcaag ccctacacgg ggagcacttc attgatgatt
     8221 gacatcagtc gaggcgctcg gggatgactt tcgcaagtcc tatggaagat gagcgcccca
     8281 aaatgatcgc ttatagtata tgaaacaact ccggacggac ttatcgcaag tcggttggtc
     8341 gatggagcgt tatgatagcg tagtatgagt gggcgtacgc cagatgtcac acgctggcgc
     8401 gcgccctaat tgcaatttct gttagagtcc taactggttc aggatgaatt cgaaaatgaa
     8461 tgaccagtta gctatcgatt gctcggtgct ttgtcccgat ccgtggccgc tatcatagtc
     8521 gatatgcagg atgacggggt tcagctgacc ggggttgttc tgcagggccg ccacaaattt
     8581 cttggcgtgg agcgggtcga cacgactgtc gttggcaccg gtggtgacga gcatggtcgg
     8641 caggttgacc cccgagcgaa tgttatggta aggcgagtag gggaagagcc agcggaactg
     8701 ttcggcgtcg tccgaggagc catattcggg gatccagtag cgggcgatga ggaagcggtg
     8761 gtagcggagc atgtccagca gcggcacctg gcagacgatg gcccggtaga ggtccggccg
     8821 ctgcgtagcg atcgcgccca tgagcaggcc gccgttgctg cctcccttag ccgcaatgcg
     8881 ggtggggttg gtgtacttct cgcggatgag ccactcggcg cagctgttaa agtcgtcgaa
     8941 ggtgttctgc ttcttgtcca gcataccgct gcggtgccag ctctcgccgt actcgtcgcc
     9001 gccgcggata ccggcctcca ccacgaccac tccgcgttcc agcagtgagc ggtaaaatcc
     9061 gatgtagctg ggcgcgatac cgtcgttgaa tccgccgtat ccgtcgatca gcaccgggtt
     9121 attgccgtcc attttgagcc ccttcttgtg gtagatgaag gcggggatct tcgtgccgtc
     9181 ctttgagggg tagaaaatga tcttagcctc gatgtcgctc atgtctatcg gcgtctcgcg
     9241 ggcgaaatag agcttccatt tgaagtcttt gggcgaggcc acgaaggttt tgggcatcgt
     9301 ggtgaaggtg ttcagggtca tgtagatcga atccttctcg cggtcgtagc tgatgccgcc
     9361 cacgtttccc agctcgggca gctcgatttc gcgctgccga tggccctcca ggtcgtagag
     9421 cgtgaggcgg ctctggatgt ccttcttgtc ttggacgatg atgttgtgtt tcgtcactac
     9481 gcagttctgc atcacggtct cgccttcggg gataagcacc cgccagtcat tgtattcggg
     9541 tcgggccacg tcggccgtca ttaggcggaa gttgggcgcg tgatcgttgg tgaacatata
     9601 catgcggtcg ccaatgatct gcggataggc gttcgatacg gtgctctcat agatgagtcg
     9661 tcccttctcg ttcgtgcccg tgcgacggat gtaggccttg ttggagtaaa aatcgctctc
     9721 gccatagacc gtcatgtcgc cgtatcggtt atcgtagatg aaaaagctgt ttttggcgtc
     9781 gtccgtggtg ccaatctgac gcgctttgga ggctggggtg ccgaactccc agagatacgt
     9841 cttgaggggg cgctgggcag ccacgtcctc cggcgaacgg aaggtgacat aggcgtgctt
     9901 ctgatccttg gtccacttaa agtcgaacgt attctcgagc ggtttaccga tctgtttccc
     9961 cgtgcgcgta tcaatgaaat acgtcgttga gatctccgcg ccactctttt gagcgctgat
    10021 tgctgcccgg ttgccgtcgt aggtataggc cacgccggag gtagacgtct tgcccgtggg
    10081 gtcgatggcc accgggtccc agatgagtac acgcttgccg ttcaggatgg tgtagatgcg
    10141 atactgcttg tcgcccttca tcttcacggt ttgaaaaacg cgatcgccga cgttggtcag
    10201 cggtccctca taatcgcggt cgatataggc tgcgagttgt tcacgtacgc ccggatgcac
    10261 ctgctgtgtc ttctggaggt actcgatacc atagtcatgc tgcgcttttg accaggccac
    10321 gacggccgga tcgtccttat cctcaagcca tcggtagggg tcggtaaaga caacattgtg
    10381 aatcgtgtct cttacggcat gttggggggt tgccggcggt cgaaactcga cctgtgcccg
    10441 ccccgctgtt ccagcgaaca gcatcatcgg gagccagtac tgatatttca tcttgtgtgg
    10501 tataaaagtg gtgatgtcta ttgaaaacgt gggcaaagaa ggggatgaaa atcgaaaaaa
    10561 tgaagcccga atgcaaaaaa gatctcccct tgtcgcgccg aatagggtgg gggagggccg
    10621 ggagcggggg aatcctcact gatattcttg cctgacaagg taggggcgta ttgcatacgc
    10681 ccccagatgt tcctgtcaga ggtagtcatg tatgctcgga taaagtatat ttggcctatc
    10741 cgaagacgtc ggggggcgta tgcaatacgc ccctacctat ccgggtacgc acccccgata
    10801 ttgccctttc gctatgttag acttccttcc tccagcagcg tatgtctctc cggatgttct
    10861 ccggaaagac gacctccgag cccttgcgcc tatatatata ggtatagacg tgcggggacg
    10921 cgtgcttgtc gctgtcggtg ggagatacga agacttggaa agacccattg tctcggacaa
    10981 tactaaatgc ctgatcaagg tattcaatat tgtctgagac aatgataaat acctgattca
    11041 actatctatc attgatcgaa tcaacgataa ataagagttt cgatatttat tatcgtctcc
    11101 gaaaacattg aatacctgca tgagttgttt attattatct cagacaatga ctccccccga
    11161 ggggtgaagt ctcctcgcgc ccgagacaat gtcaccttcg aaagatctga atctcttatc
    11221 gacagagacc gaaggggctt tccacgtgcg gagcctttct atgtctgaaa aagtgtcacc
    11281 tttgggggtc taaaatctct tattgataga gaccgtaagg gctttccacg tgcggagcct
    11341 ctctatgtct gaaaaagtgt cacctttggg ggtctaaaat ctcttatcaa cagagaccgt
    11401 aaaagttttt tgcatgcaga gcttctctat gtcagaaata gttgtacctt tggggccatc
    11461 agatcgctcc tcgtctgagg tgggagaggc ttcccgaaag agacgtctct tcgtgcttca
    11521 aacaatgaga gatttgttcg agtaaaattc accatatttg cacacaattc tagaccatgt
    11581 aattttatga cgaaagaaaa agtgagcagc tacgagctcc caaaaacggt aaactttatc
    11641 gtagccaaca cctcgagatt ctccgcagag gagtatgtac cctatcaagt agagcttttc
    11701 aagcacgtca aggcagccga ccaaacgaag atcaaactgc cggccggcat ggccgaggag
    11761 tgggatcgcc tgaacggtgt cgggatggag atcaacaagg tcaccgccac ttcgggcctt
    11821 accaaagcca agcagaagaa agatcaggag cgcgaccgcc tgctgataca cctcttcggc
    11881 atgatccgcc agcagaagta cgcacccaag aaggagacca tcgaagccgc cgaccgcctc
    11941 agcatcatcg tggcccccta tctgggagca cgcgacaagc gctgcgacat caaatccggg
    12001 ctcatcctgg ggctggaaaa agacctcggt aaggccccgg ccgacgtggc agccgtggga
    12061 ctcaccgaca ccctgagcca actgcacacc gtcaacgcgg aatacatgac cctgggtgga
    12121 gccagcgacg ccgaaatcat cgaacgcagc aagttgccgt ccatccggga cgtccgagat
    12181 gccatcgaca agatccatct ggtggcctgt caggtgctcc aagccaacta cttgaccacc
    12241 accaaggacg aggagcgcac ggccatcgag gccctggccg aacagatgaa ccaggtcacc
    12301 ctccgctaca agtcgcgcca caacgtcagt gaggcccaga agaaatctgc cgccgagaag
    12361 catcccaagg aacccaagga gccgaaggag cccaaaaagc cggccgatcc gaaagatccc
    12421 aaggacccga aaaagcccga cacgcccaag gatccgaagg accccaagca gcccggcacc
    12481 ggccccggcg agcagcccaa accgggcggc gaacaaccca aaccgggcgg cagcgacgga
    12541 ggccccgaca tccaccttcc ggaagagtaa gacgagacga gagacaatga tctaagagcg
    12601 agaaacgccg tgcgcatgcg ttcaccccgc aggtgcccgg ccgtttttcg ttttgcggtt
    12661 tgcgcgtgag ccctactgtt tttagctatt cgctttacgg tttgcgcgtg agccctactg
    12721 attttagcta ttcgctttgt ggtttacgcg tgagtcctac tgtttttagc tattcgcttt
    12781 gtggtttacg cgtgagtcct actgttttta gctattcgtt ttgtggttta cgcgtgggcc
    12841 ctactgtttt tggctattcg ctttgcggtt tgcgcgtggg ccctactatt tttggctatt
    12901 cgctttacgg tttgcgcgtg agtcctactg attttagctt ttgatttttc acttatccgt
    12961 ttccccgact cgtttttagc tttccgtttt tcatttttta gcttccccga cgcagcgttt
    13021 ggctgcgttt ttcgcatcac agatcacgta ttacacacac aacaaaatat ctacgaaaat
    13081 gaaaagaaca accccttgga tcgtggcgct ggcctgcctc accacgatcg gcggctccct
    13141 ctgggccgcc agcgaaatga atctcgcacc ttgggccgcc cccgctccgg ccccggcgcc
    13201 tgcaccgaag cagttgaccg tcacggccgc cccaaccgac agcgtggccg acactggagg
    13261 cacggtgact ctcactatca acagcgatac cgcgtggtca gcgtcaaccg ttcccgcttg
    13321 gattacgctc tcccaaacca gcgggcctaa gggcacagga tcggtgaccg taaatgtcgc
    13381 tgccaacacg acctcttccc cacgtacagc cacaatcgag gttcacgcca cggatagcgc
    13441 cgctttgaag cagataatta cgatcagcca gaaggcccaa gcgccggcca acaaaccgat
    13501 cacagctctg actatcaaca aggaaaagga tacggtggat atcggaggta cgatcacgct
    13561 caccgccgca atcaccccca cggacgccac cacgcagacc gtcacttggg cctccagcgg
    13621 cgctgccgtc accgtcccgg ctggctccac cggcctctcc gtcaccgtca cgggcgccgc
    13681 accgggcgat gccacgatca ccgtgacaac gactgatggc agcaacctga ccaagacttg
    13741 caacgtgcat gttcgggcgg ccacagtccc ggtaacgaac gtcaatcttg cggccaacga
    13801 caccctgacc gtgggaggcg gcaccaagac gctgaccgcc accatcgttc ccagcaacgc
    13861 cacgaatcag gccgttactt ggataagcac gaacaccgga gtggccaccg tcacgccggg
    13921 cccgggactt acggccacca tcactccggt cgctgccggc acgacggcca tccgggtcac
    13981 gacggccgac ggaaacttcc aaaagtcgtg cgacgtctta gtcaaacccg ccgctggcac
    14041 gcctcgcacc ttcaccgtca ccccgacaac cttctccaac cccgcttctg gcggatcggg
    14101 tagggacacg atcaatatcg cctccaacgt cgcttgggtg gccaccgtgc aagccggaca
    14161 aaactggctc agcgccgagg gtgccacgac gggaacgggt aacggtcgcg tgatcctcac
    14221 ctacaccacc aacacctccg ccgcccgctc ggccaccgtg acactcaaga ccgccgcaaa
    14281 cgacacgacc gtcaccgtca ccgtcaatca ggccgcggga agcgctgtcc tcgagctcga
    14341 agacaccgcc cagctgcgga acgtgccctt caccggcagc aatatctcga tcaaggtcaa
    14401 gagcaacgtc cgctggcgaa tcacgtccga cgccggcccc tggatccagt tcctcgacac
    14461 gcagggcaac ccgcagacag cccgccaggg cggcaacgac cagaccgtta ccgtgcgcgt
    14521 cctgccgaac ctcgccacca tcggtcgcac ggccaagatc accgtcgaga cagagcaaac
    14581 gggcgtgccc aaaatcacgc ggacggccaa cgtcagccag tctgccaccg attttagctt
    14641 caatatcaac ggtctgcccg agcccgtgga cgctgctggc ggagagttcg ccctcgccct
    14701 cagcggcagc gcaaactatg ccgtgtccac ccgcaacaca gattggctaa agatcaaaga
    14761 agccgcggtg gagaaggact ccatcagcta tgccggcggc acgcgcacct tcaagttcct
    14821 cgtcaagggt aacgagacag gcggtctgcg cgtaggctac gtccgtgttt actacggcgg
    14881 cacactcgtc caaacgcgca aagtcaccca gacgggcaac cagatcaatg tccaaattat
    14941 taccccggga acaatccccg tcaacggcgg tacgaaagag gtccgcatca gtggctccgc
    15001 caagtggaac attcgcatct cagccgactg gctccgcgtc gataagaagc aggctgccac
    15061 gggggcggtc aacgacaccc taatcacctt ccgcgccgcc ggaaagaacc ccagcatcca
    15121 gccgcgtacg gccaccgtta ccgtcctcac caagctggga aaagaagccg cctcgttcac
    15181 cctcacccag gacggcactt tctccaccgt ctacgacaag aatctcttcg agtcgacctc
    15241 cgaaaagggt ggcgagcgta ccgtcaccgt caacagcgaa cagccctggc tgcctacgct
    15301 gagcgaagtg gcggctgccc ccgctgcaac tgctgagctg cttcgcgtgg gcgtatccgg
    15361 cacggacaca acgctcactt ggctcaccgt taactacgac cgtgaggcag gatcttcccg
    15421 ctacaacggc accgtcaaga ttgtcgtcaa gccgaataag acacagctct ctcgtgaggc
    15481 gctgctgatc ctcaaaacca ccaacggcgt agcccttgac acagtcgtca tcaagcagta
    15541 caacgtcagc ggtaaaatga cgccgcgcgc cgccgaggtc aaggtaacgt ccctgacaat
    15601 gaaccgtccg aacgtgacca tcaacggcga gaagaacgta cagctctcgg tagctgtcaa
    15661 gccagacaac gcgacgaaca aaaacgtgac atgggccagc agcgacacct caatcgccaa
    15721 agttgacgcc aagggactcg tcaccatcgg ccgtaagaag ggcaaagtga cgattaccgc
    15781 caccgcagct gacggcagcg gcgtaaaggc caccagcatc atcgacgtac ttatcccgca
    15841 agcaaacatg gagctctccg gcctgaaggt gtacgccacc gctggccagt tgcacctgtc
    15901 gctgcccgcg tcggatgacg tacagatcta cgcggtctcg ggtacgctcg ttcgctcctt
    15961 cgccgctccc gctggcgaca cgtccgtagc gcttccgtcc ggcatctaca tcgttcgcgt
    16021 cggatcgctg accgagaagg ttgccgtgga gtaatctttt aacggctaac gattaatggc
    16081 caatggcgac gcccgaattg ggctaagcat tggccattcg ccattcggca tatctaaaga
    16141 agttccccgg gcaaggagca atccttagcg cgggggactt ttttatgggc gatagggaag
    16201 ggtgcagggc ggattaggcc tcgctgacgt actggagatt ggcggggcga gctgcacaat
    16261 gctcggcaat ggcgcggcga tcgtcgtccg gctctacggc ggtgatttgc agatggggct
    16321 tgacgagtgc agcgagtaag gcctgctctc cgtagccggt attgcgtagc gtcacttcgc
    16381 cgctgtcggg cagggcggaa atttcggccg tgtagttgtc gtgctggcgt aatgtgtggc
    16441 gaacggctcg ttcgacagat ggccccttat aaatatagtt gtggaggaca aggtcggaga
    16501 agtacgcggg cgtttctacg cggcggcaaa gggcctcgta ttccgcacga tagaattggc
    16561 gaagctggcg ggcccgtgcg atgtggtccg tgccaaaacg cgtgtcagcg ggggtgatgc
    16621 gagggagcac gcgaacgtga atgttgccac ggcggagcat gaagtcttgc ttgggtaaaa
    16681 catgtcccgt accgtgaagc acgacgggta gcaggtccat atttaattgt tcagccagga
    16741 aaaatgcacc tcgccggaag cgcaatagcg agcaatcggg ggagcgggta ccttccggga
    16801 agattgcaat ggagtaaccc tgacgtttga cctcgcgcag gtgttccaaa gtgcggtcaa
    16861 gtccctccgt gatgggataa aagtctgcgt aacggatcaa ttggccatag aagggagaat
    16921 gccacaccca atcgttcgtc aaaatgatga gcttgggggt gagcatgagc aaacacatga
    16981 ggtcgaggtg agactggtgg ttgcacagga tgatagatgg ccgacgaaaa tcctcgccgc
    17041 aggagttctc caccgtggtg cgaacctggg ggaagtgctg catggtgaaa cgggccacgc
    17101 tgtaaagcat acgatggtac gcggcttttt tacgactcgt ttttttgccc aaagtgaaca
    17161 tcacccatcc tacaacggtc aatccaaaac tcaagacgag gaaatacgta aacgcataga
    17221 tgcttatgag caaattgcgg agtgttacag gcatgcggcg agctttcccg cgcgtagacg
    17281 tcaggaaacc aaaaagaaag ggcggaaaaa tgtacgccat aactaccacg gaaaacatcc
    17341 ccaccacggt tacctcgccg agggaacgaa gcgctgggtg acgggcaaaa atcatcgcac
    17401 ccatgcccac aaacataatg gcggcagaaa gggctatgct gtctttgtat gatgccaaag
    17461 tgcggcgccg ataagtgtac tcataaatga gtccttccgt catgaagatg gtgtaatcgt
    17521 cgccttgacc gaatataaac gtggccagga tgatatttac gatgttgaat ttcatgtcga
    17581 aaatgcccat caatccaaga atccaaaccc aactgagcgc gaggggtaga aaggctatca
    17641 aactgagttc gagccgaccc agggagaaca gcaggaagat aaaaacgatg aaaccgcaga
    17701 cgtagaggac ataattgaag ttatccgaca gggaggcgat catgcggcga gtcatcgact
    17761 cggcatcaaa ggcgatggag gcggtgttgc gatcgttcag ggccttttct acggccggag
    17821 cacggtcggc gtcaagatac aagaggttga caatcatcgt tttttcgggc tgctcaaata
    17881 catagctccc gcctacggtc tggcgaaggg gattgaaaaa ttcaagccct tcgatcgacc
    17941 acgatcggct tacggacgca ttgaaagcac cgaatgcgtc ggcacgaaaa cccagccgcg
    18001 aagcctcttc attcaaaata tgtagcacag agtctcgccg cgttttccaa aaagcctccc
    18061 accggccgag acgctctgct tgacgagcgc gcgaaggaat caggccgtca atgcctccca
    18121 cgcgactgat atcgcctctt tttttcaggt cagcgagggc cgcgagactc tgctcgttgg
    18181 cttctaaggc cgaatcgggc gtggcgcctt ccgtcacgta ataaagaatg tgttgatttt
    18241 cgctcaacat ggcccgcagg tgcgcaaaat ctttccgatg ggcgtccgtc atgtaattaa
    18301 tgcgtgccat atcggcctca aaagacgatc cgtcagaaaa aaagctcaac aaaatggtga
    18361 gaaagaccac cgcgccgatc accacgcgat tacttcccca cgggcgagat gtaaaccatc
    18421 taaaaggcga ataatcaggg cgtgggacgg ccctatgcgg aagtaaatgg ggcaaaaaaa
    18481 ggagcacaaa aaggatcgta ccaacgagca gaagcgatgc aaaccaaccg agatctcgca
    18541 ttgcatctga attgataaaa acaaggctca taaaggcgct aaccgtagtc acattaccca
    18601 cggttagggg ccggacgatg tcttttatta ctgcacgggg gtcgggcgta tgatggtgat
    18661 ggccaatgaa atgcagcgga tagtttattg cgataccgaa gatgatggaa ctaatgccaa
    18721 cggcaattgt ggaggcctcg ccgcgaataa gatgaagcgc agcaagcgca aaaagtccac
    18781 cgaaaaggac ggccgcaaac acaagaccta tttctcgcgc actccggaag gaataaatga
    18841 ggagcgcaag aataatgacg gccgaaagga tgcccgtgag cagcgcgtct tgtctaatcc
    18901 gattggcgtt ggagagggag atttccacgg ctccaaaact atggaatgag acacccttga
    18961 actcccgttc ggtctccgcc atacacgttt tgaggttctt gataaagcgc tcattcgcag
    19021 atgtttcact ggcgggaatg ctgcattcga tcatgagcaa tgcacgcccg tcatcggcaa
    19081 agatgtgatc ctgaaagagg ctaaaacgtc cgccagcttg catgttgcga agccgatcca
    19141 ccgccccttc ggtcaatcgg agggggtcgg ccaatagctg cggccttaaa atcatgccga
    19201 cggacgaggt gaggatgtcc cgatccgcct ccaagcgacg agcgatggcc gtgcggttca
    19261 gcgtggaatc tattcgctga taatcctcat cggtgagaaa gtacggcatg ttatctgtca
    19321 caaattcagc cacctccatc atttccgcgg ggtcaattcg atagcgaaga cgctgtatgc
    19381 gatccgcgtc gggcatcgtt cgcagccgtt cggccagcgc gtcgattgcc tccacctgtt
    19441 cggcccgcgc ttcgtcggtc gtgtcggttg cgctgcaata aaccgtgatg tgattggaga
    19501 ggatcacgtc ccgataggca ttatttatgc gcgcattttc gctgtcgtta ggcagaaagc
    19561 gtgcaatgtc ttccttaaat cctaaccggt aagccgaaaa gaggcaaaaa gctgtgagaa
    19621 agagcaatag cacaaaaagc agcgccctat gtcgggcgaa aaaatcatag atggaaagta
    19681 taagatggct catgggcgag taaaaaatgg atattgaaaa atgaaatgcc tttgtatcat
    19741 ccgatgtagg cgactgcaaa aatggcgtac taatttcatt tgcccatata tgacccccga
    19801 aaaaatgcgg cgccctcgtt ttgccgatag aaagggtcat gcacctcttc agaaagccat
    19861 ccattgctca aaacactaag cgagatgaat gttgtttagt gaatctcaca gaaacgatta
    19921 agcggcagga atattcctta gttgctctac tgaagcaatt aagccgtaaa aatgtctctt
    19981 agttgctcta ctgaagcaat taagcagtaa aaatgtctct tagttgctct actgaagcaa
    20041 ttaagccgag aaaatgtctc ttaattgctt catcagagca actaaataac atgaatgtga
    20101 tttagtattt tcgatccaag atatagtcct gcaaaacgta ttcagacttg cccgaatcga
    20161 agcaaagttc atgcaaaaca gcatgacctt ccttttgatc aaacagagac ctatgcgaaa
    20221 tgtatcgacc ttttatttga atcgaggaag ggttatgcga aatggaatga cctttttttt
    20281 gatcagaaaa atggttatga aaaatgacat attcggtatc tctgtagggg tgtattgcat
    20341 acgccccctt aggatgtccc taaaaggaac gtatgattag aaatctatgt acatgtgggg
    20401 cgtatgcaat acgcccctac cctgacggta gaaaagaact atacctaaga tcaatttggg
    20461 attatgcgaa acagtataac cttctttttg atctaaaaaa tggtcatgca aaatcgatta
    20521 tccctctatt tggatcgaaa aaggatcatg cgaaaaggta agaccatttt ttgatctgga
    20581 aaatggttat gcagaatcga ttatacctct attggaatcg agaaattgtc atacaaaatg
    20641 gcataatctt ctttttgatc ataaaaaggg tcatgctaaa cggcatattg agtatttctg
    20701 taggggtgta ttgcatacgc accctcaaga caccttaaaa agtggcgtat gatcagaaat
    20761 ctatgtacat gtggggcgta tgcaatacgc ccctaccatg acggtagaaa agaactatac
    20821 ctaagatcaa tttttgatta tgcgaaacag tataaccttc tttttgatct ggaaaatatt
    20881 catgcaaaac cgattatcca tctatttgga tcgaacaata gttatacgaa atggcacaac
    20941 tatttttttg atctgaaaaa tggttatgcg aaatggcagg aaaggatttc gggaaaatgt
    21001 tttagagagg tgtttttgag gtacttattt tgagggagta tttttctttg ttgtgaggtg
    21061 gaaatagttt agattgaagg agaaaaggga acgatagggg caaaaaaagt cctgccagcg
    21121 ggagaaaatg aagctccgca tctggcagga cggtcatttt ttagctatat ttcttcacgc
    21181 cgtataggtt gaggccgatg tgtcgccacc ttttcctgtc caattggtgt ggaagaaagt
    21241 cccgcgctca cgatcgacgc gttcgtaagt gtgagcccca aaaaagtcgc gctgcgcctg
    21301 taagaggttg gccggcagac gctccgtgcg gtaaccatcg aagtaggaaa gcgccgcgct
    21361 catcgatggc acaggaattc cgttcgtgac ggccgacgcc accacgcttc gccaaccaga
    21421 ttgggccgtg agaactttct ccttgaaaaa tggatccaaa agaaggttcg tgaggttcgg
    21481 catgcggtca aaagcctcct taattttgcc caagaagacc gaccggatga tgcatccgcc
    21541 gcgccacatg agcgcgatgc cgccgttgtt gagattccag ccgtaagtgt gggccgcctg
    21601 acgcatcagg gcataacctt gggcgtaaga aacgatcttg gcggcgtaca gggcgtcgtg
    21661 taggtcgctg aggaaggccg tgcgatcgcc cgcgaacgtc tttttcggcc cagaaagttc
    21721 cgcggaggcc gccacgcgtt cctctttcat cgcagaaagg ctgcgggcaa acaccgcctc
    21781 cgtaattagc gtcaggggga caccctcgtc gagggccgcg atggctgtcc acttgccggt
    21841 gcccttctgg ccggccgcgt cgaggatata atcgagcgta tatgcgcccg tgtcgtcgcg
    21901 ataggccaaa atatctcggg tgatttcgat caggtaactg tccaaatctc cctcgttcca
    21961 cttggcaaac acgtcgtgca tctccgcgtt cgacattccg agcaaatctt tcatgatttg
    22021 gtacgtctcg cagatcaatt gcatgtcgcc atattctatg ccgttgtgca ccatcttgac
    22081 aaagtgtccc gcgccgtcct cgccgaccca atcgcagcaa ggcatgccgt cggctttggc
    22141 gcagatggat tgaaagatgg gcttcacgag cggccatgcg gccgtggaac ctcccggcat
    22201 catcgatggg ccgttaagag caccctcttc accgcccgag acgcctgttc cgatgtaaaa
    22261 taagcccttg ctttccacat acttcgttct tcggatcgta tcggggaagt gcgtatttcc
    22321 cccgtcaata attacgtcgc cagcttcgag gtgggggagt agctgctcga tcaaatcgtc
    22381 gacagcaggc cccgccttga ccagcatcat cacctttctc ggccttcgga tggccctgca
    22441 aaactccgcg atcgtatgcg tggcgataaa ttttttgccg cgccctcgcc cgtttatgaa
    22501 atggtccact ttttccgtcg tacggttata cacggccacc gtatagccct tactttccat
    22561 attgagcacc agattctcgc ccatcacggc gagtccgatc agcccgatgt ctgccaaatt
    22621 ctccatttga ttgttctatt atatagttag ggattgtatg tgatacgttt taagagacta
    22681 tttttcagct ctattcgtca taagtcttgc ttgatcgatg aagacatgcg ttcgggatct
    22741 cttctgcacg gccaaacgtc atgaataatg acttccaaac cttgattctc tattcgatag
    22801 attaatttgt agcgcttgtc tgcaacgatc gatcgatagg gagagatggg gtgcttcaga
    22861 tcggtttcta ttcgtcctgc ggtggagaag atggaaagcg tttttgcagc attcaataat
    22921 cgcttcaata aatgtctcgc accttgttca ctaattgctg catgatacga atagatctca
    22981 ttcaaagtga tccaagccct ttttgtccaa cgaactttta tgtccattca ggtctcatct
    23041 tttttatttc atcggtcgta taggtgcgtt cgccacgcag ccatccttca taactttcgt
    23101 agacctgccg ccggagttcc tcgataggca cacgaagaaa aggggcgatg tcatcttcat
    23161 cagccctcgt atccacttca tattcagccg tgggttcttt cacgtggcct tgttttgtct
    23221 ttggaggata ggtgcactct ttcattgtga actacttatt tgattctttc agcggacaaa
    23281 agtacggcac ggccgaaaac cgatagctat tcccgtgcaa cctgtcagga ggcccaactt
    23341 tccgccccca tgcttgcagc tcatgccccc gagcctatct ttgcccgcga gttttgattt
    23401 ttggctacac attatatata catcatatat acatccctct attctcgacc ctcgcaatga
    23461 agatctacac aaaaaatggt gatcgcggac gtaccgggct tcacggcgga tcccgtgtcg
    23521 acaaggacga tccacgtatc gaagccaatg gctgtctcga cgagctaaac gtggctattg
    23581 gccttttgcg cgcccgactc aatgcctcgc acgagtggca attcatgttg catgacgtgc
    23641 aacggacgct tatggttgtt atgtcacacg tcgccactcc gtcttccgtg cgacacctca
    23701 acccgaacgt gttgccagac gatcttgcga cacattgtga gtcgtggatt gatgcaatga
    23761 catcgtcgat ggctgacggc gaaggttact ttatccttcc cggcggcacg gaaatatctg
    23821 ccctctgtca tcaagcgcgc gtagccgctc gacgtgctga acgtcgcctg tgcacgctca
    23881 ataagctcga tgcgctgcct gcacagatca tgtcgtacat caaccgcctc tccgacctct
    23941 tttttacgat ggcacgctac gacttacatc tcgccggagc ctctgaggag cgttggcagg
    24001 ccttcggata caagcgaaag aggcgagaag acgtggcgga gaatcggggc gaaggcaatt
    24061 agcaccgcat ggagaaggaa ggcgttacaa cgacagaagg acaaacggga gaaagaaaag
    24121 acgcgccgcg agctgttggg caagttgttt ttcgactttg ccaagttggt ttttgccgcg
    24181 tttgtattag gcggattgtc gcctttattt cagggaaaag ccgaaggaga agtttctata
    24241 cccgcagtca ttatcgcggt ggcattagga atctccggca ccatagtatt cgtatcgata
    24301 ggaaataagg ttctaaagta gaaggatatg acctctctga taatagtatt tgcagtgatc
    24361 gatgttatcg ccgttggaat atggctttgg ctctacactc cctctggcaa gcgatggctg
    24421 aagagccttg atgattgaat tagcatcagc tacggatggg cgaagacctc ggatggccgc
    24481 ccctccgttt ttagttttca gattatagat tttcactaca cctaaatgaa tcaagcaaga
    24541 atcattgtgg ccggcatcgg gcccggatcg acaggcgaca tcacgtcggc cgtcatcgat
    24601 gcactccgac actgcgacgc ggtcgtcggc tatcattact atttcccttt catcgaggct
    24661 tacttgcccg cggacgcact ccgcatcgac agcggcatga agcaggagcg acgccgcgcc
    24721 gaggaagcct tccgtgtggc tgaggagggg cgaactgtct gcgtcatcag ctctggcgac
    24781 gcgggcattt acggcatggc ctcccttatc cttgagatga aacacaagcg tggcagtcat
    24841 gtggaggtag aggtgttgcc cggcatcagc gccttccaga aggccggcgc actgctcggc
    24901 gcaccgatgg gacacgactt ctgcgtcatc tccctttctg atctcatgac gccgtggctg
    24961 ctcatcgaac ggcgcatcat tgccgcagcg gaggccgact tcatcacggc cgtgtataac
    25021 ccgaaaagcg acagccgata ctggcaactc tatcgcctga aggaactctt cctggcacgt
    25081 cgtgcgccgg agacgcccgt aggaatcgtg cggcaggctg ggcgagacgg cgagacgacg
    25141 accgtcacca cgttggccga cttcgacccc gagcaggcgg acatgttcac ggtcgtgctg
    25201 atcggcaact cccaatcgta cgccgtaggc aacaccttcg tcacgccgcg tggatactac
    25261 cgcgagatgg agcgcgagga gggcgtcaac gtcgggcaag ggattatgat cgagagcttc
    25321 cgcaccattg agcgtgagct gaagcacccc gacatcgcgc tcgaccgcaa gtgggcgatg
    25381 ctgcacgcca tccacacgac ggccgacttc gacatggagc gcctgctctg gaccgatccg
    25441 ggcgccgtgg ccgagatgta tgagcgactc agctcggggc gtacgcggac gatcgtgact
    25501 gacgtgacga tggtgacgtc cggcatccgc aagggcgcgc tgcagcgcat gggcatcgag
    25561 gccaagtgct acctctccga cgaacgtgcc gtgaagatgg cggccgagaa gggcatcacc
    25621 cgcgcacagg ccggcatccg cgtggccgtc gaggaacatc ccgacgcgct ctttgccttc
    25681 ggtaatgcgc ccacggcgct gatggagctg tgcaccttga tccgtcgcgg gaaggcgtgg
    25741 ccgagcggca tcgtggcggc acctgtcggc ttcgtgcacg tctgcgagag caaggagatg
    25801 gtgaagccgt tcacggacat ccccaaggtg atcatcgagg gacgcaaggg cggcagcaac
    25861 ctcgccgcga cgctcgtcaa ctccgccctc acctttaacg acgcggcgca actgcgcccg
    25921 ggacgcgatg tctgagtcgc gccgcacgtt ctacgtcgtc ggtatcagcg acgagcgcga
    25981 cgtccaactg cccgccgccg tgcgcgaacg cattgcctgc ggacacgtct tctccggcgg
    26041 acgccgccac cgcgagatcg tcggtgggtg gctccccgag ggcgccgtgt ggatcgacat
    26101 cacggtgcca ctggagcgcg tcttcgagca gtaccgcgac caccgcgaca tcatcgtttt
    26161 tgcctccggc gacccgctct tcttcggtta cgcggtcacg ctccgccgcg tctttcccga
    26221 cgccgcgatc gagacgtacc cctcgttcaa ctcgctgcaa ctgcttgtcc accgactcgg
    26281 catgccgtat aacgagatga tccccgtatc gctcaccggc cggccgtggg acgacttcga
    26341 cgcggcgctg atcgagcggc gaccgctcct cggcatcctc accgaccgcg agaagacgcc
    26401 cgccgtgatc gcccgccgga tgatcgaata cggctacggc gacgactacc gcatgcacat
    26461 cggcgagcgc ctcggcaacg agacggacga gcgtgtccgt acgcttacgc tctccgaagc
    26521 cgtcgcggcc acgttcacgc acccgaacaa cctgatcttg gaacgcatcc gtcgtcggcc
    26581 gcgcccgttc ggtatccccg aaagcgagtt ccacctgctt gacggccgtg tgaagatgat
    26641 caccaagcga cccgtgcgcc tgctctcgct cagcatgctc gacctgcaca accgcacctc
    26701 gctgtgggac gtcggcttct gcaccggttc ggtgtccgtc gaggcgcggc tgcaattccc
    26761 gcacctccgt gtcacggcct tcgagatccg ccctggttgc gaggagatcc tggccgccaa
    26821 ctgccgacgg tttggcacgc cgggcatcac gccggtgatg ggtgacttta tggaggccga
    26881 cacgaccgac ttgcccgcgc ccgacgccgt ctttatcggc ggccacggtg ggcgactggc
    26941 ggacatgctg cgtaagatcg acggtgtgat gcgccccggc ggcgtgatcg tcttcaactc
    27001 cgtcagcgag gagagtcggc agctgtttac cgacggactc gccgccatcg gtcgtcgcat
    27061 cacggagtgc gtccgcctga acgtcgacgc gcacaacgcg atcgacgtga tgaaggcggc
    27121 ctgcgggccc cgccgaattt gactgggtac ccgacaaact gggcaggcgt ccctgacgcc
    27181 caaacaggcg cctgtttagg tcaatccagt ttgcgcgacg ccaaacaggc gcctgtttag
    27241 gtcactccag tctgcgcgaa gccaaacagg tgcctgttta ggtcactcca gtttgcgcga
    27301 agccaaacag gtgcctgttt aggtcactcc agtctgcgcg aagccaaaca ggcgcctgtt
    27361 taggtcactc cagtttgcgc gaagccaaac aggtgcctgt ttaggtcact ccagtttgcg
    27421 cgaagccaaa caggcgcctg tttaggtcac tccagtctgc gcgaagccaa acaggcgcct
    27481 gtttaggtca ctccagcctg cgcgaagcca aacaggcgcc tgtttaggtc aatccagcct
    27541 gcacgaagcc aaacagggcc cctgcggggg cagcgaagtt tgtccgggta ccaggcaaaa
    27601 cttccccggc ctcggtagag gcctgcgcgg agccaaacgc gcccgtgatt caggccgcgc
    27661 gggttagtga ttctaccctc tatcctctac cctctataac tacaccatca ttcaatgaaa
    27721 gaaaacatcg ccatcatctt agtgtcggaa ggcggacttc cgacggcgcg cctcatcagt
    27781 cacgagctgg gggatgcgcc agtgtttacc acccacaccc tcgagggctg ccaaaccttc
    27841 ccctcgtatg cgcaattcat ggctgcgcac ttccgggagt acgatctctt cgtctttatc
    27901 ggcgcgatgg gcatctgcat ccgcagcatc gcccccttta ttaaggataa gtactccgac
    27961 ccagccatcc tctgtgtcga cagcaccggg cgcttcgtca tctccgtcct gtcgggtcac
    28021 atcggcgggg ccaacgactg ggcacggcgc gtggccgcca tcaccggcgg cgagaccgtc
    28081 gtcaccacac agagcgacaa caccggcctc tgggcactcg ataccctggc ccgacgtttc
    28141 gactggcgca cggtcgcctc gcatgcagag atgaataata tgatctccct cttcgtcggc
    28201 aaccagccca ccgccctgct gctcgatgtg aaggatcgcg gcacggacta tctggagcgc
    28261 accctgcccg agcacgtcag cgtcttctac cgctttgagg acatccgccc cgaggcgttt
    28321 cggctcatca tcgccgtcac gcccttcatc tacaccaccg acgtgcccat cctctattac
    28381 cggccgcgcg tgctgcacgt cggcatcggt tgccgccgcg acagtgcgcc cgagggcgtg
    28441 gccgaacaca tggccgccgt catggaggcg caccgactct cgccgctgtc cgtccgctcc
    28501 gtcgccacca tcgagctgaa gaaagacgag ccactcttcc acgcgctggc gcagacttgg
    28561 gaggctgaaa agcacgtcta tcgggcggac gaattggccg acatcaccgt gcccaacccc
    28621 tcgcagaaag tgttcgacac gacgggcgtt tggggtgttt ccgagagcac cgcgcaacgg
    28681 gcttcaggct ttgggccact cgtcatggag aagcagaagg gcgtgctgag cgcttcgagt
    28741 gacttcacct tggccgtggc cctcgacgcc gatgcgcagc gtggcggctt catcgagatc
    28801 gtcggcgctg ggccgggcga cccggagctt gtctccgtac gcggcaaacg cctgctcgag
    28861 acggccgacc tgatcctcta tgccggcagc ctcgtgcccc gcgaactgac ggagtacgcc
    28921 aagcccggcg ccacagtgcg cagctcggcc ggcatgacgc tcgaggagca gttcgacgtg
    28981 atgaaagcct tctacgaccg cggcctcttc atcgtccgcc tccacaccgg cgacccctgc
    29041 atctacggcg ccatccagga gcagatggcc tttttcgacc gttacggcat gcgttaccac
    29101 atcacgcccg gcatctcctc cttccaggcc gcggccgccg cactccgctc gcaattcacc
    29161 atccctgagc gcgtgcagac catcatcctc acccgcggcg aggggcgcac accgatgccg
    29221 gagcgtgaga aattgcacct cctggcccgc tcgcaaagca cgatgtgtat ctacctcagc
    29281 gccgccatcg tggacgacgt gcaggccgag ctgcttcagg cttatccgcc cgagacaccc
    29341 gtggcggctt gttataaatt gacgtggcgc gacgagcgca tctatcgcgg gcagctcaaa
    29401 gacttggcac agatcgtcaa ggaaaacaac ctcaccctaa ctacgatgct cgtcgtcggc
    29461 gaggccatcg acaatcggca ggggctgtcg cacctctacg cgtcggactt caagcacctc
    29521 ttccggccat gatcctgatc cttgggggga cgaccgaggg gcgcgccgct gtgaagacgg
    29581 ccgacgaggc gggcagtccc tatttttatt ccacgcgcga cgcacatcag caggtggatt
    29641 gccatcatgg cacccgcctc acgggtgcga tggatgagga ggcgatggag gcgttctgtc
    29701 gggagaagga gatccggctg ctggtcgacg ccgcccatcc cttcgccgag gtgctgcatc
    29761 gcacggtggc cgtcgtggcc gaacggctct cgctgcctgt ggtgcgttac gagcgcgtct
    29821 atccgccgcg cagtgcggac atcatttggt gcgatgatta cgacgatgcc atccgtcgga
    29881 tggaggccga tggtgtcacg cgactgctgg ccctgaccgg cgtgcagacc atcggccggt
    29941 tgcgggcgta ttggcaggcg cacgacgcgt gcatcttccg catcctcgac ctgcccacgt
    30001 cgctcgcgtt ggccgagcgg cagggtttcc cgcgtgagcg gatcgtctat tacgaacccg
    30061 gcggcgacga ggcgctactt gagcgcgtgc gcccgcaggc catactgacg aaggagagtg
    30121 gtgagtcggg gggctttata gataaggtcg aagcggcgca taagctgggc attgcggtgt
    30181 acgccgtccg ccgtccgccg atgcctgcgg ggtttgtcac cgtcacgggg cgccacggtt
    30241 ttcgcaaaca gatcgagcgc ttcgtgcccg gcttctttcc gctgcgcagc ggctacacca
    30301 ccggatcgtg tgccacggct gcggctaagg cggcgctgat ggcgttgctc acgggcgagg
    30361 agcaaagcga ggtgtcgtat gccctgcccg atggcgaggt gatgacgctt cccgtagccg
    30421 agacgcacct cggcgagcgg gaagctacgg ctgccgtgat caaagatgcg ggcgacgatc
    30481 cggacgtgac gaacggctgc aagatctgcg caacggtggc gctccgtgac gaggaagggg
    30541 aggggatccg cttcctacaa ggtgagggcg taggccgtgt gacgttgcct ggccttggcc
    30601 tcgagatcgg tggaccggct atcaatcgca cgccgcgcga gatgatcacc cgcgagctga
    30661 cggcgctctg cgatgcccct ttggacgtga cgatcgccgt gcccgatggg gagaagattg
    30721 ctcggcagac gttcaacccg aagctcggca tcgtggacgg catctccatc gtcggtacgt
    30781 caggcatcgt catgcctttc tcgtcagacg cttttgtgcg ctccattcgc cgcgaagtgg
    30841 aagtctgccg tgccctcagt cctgagcgct tggtcatcaa ttccggtgcc cgcagcgagc
    30901 gcttcgtcaa ggccgaatac cccgacctgc ccgcgcaagc gttcgtccac ttcggcaact
    30961 tcatcggcga gacgctgaag atcgctgcgg aactcggtat cccgaacgtg acgatgggca
    31021 tcatggtcgg caaggcggtg aagctggccg agggctcgtt ggatacgcac agcaagaagg
    31081 tggtaatgaa taaggcattc ctacaaacgg ttgctgcaga atcgggctgc tcgccgtcgg
    31141 ctgcggaagc cattacgggc atcacgttgg cccgcgaact gtggcacgcc ctcaccgaca
    31201 ccgaccgcga tcggttcttc cccgccctgc tccgactctg ccaccgccac tgcgcccctc
    31261 tgctccccga cggtcatctc accatcctgc tgattgacga agacgggaat atcccgtatc
    31321 gtcatgcttg acgtgtaccc gtcaaacttg gcccggcgcc ccctcggcgc cttgactttc
    31381 ttttgcctcc atttcttgtg tcaagacaag aaatggaggt gggggcatgc gtccaaagcg
    31441 atcaagtttt atagacccat ttcccttcca acctcgaaag acctgtagca ttttctctac
    31501 ctcttcgtcc tgtttgtaga aacatcaaac ccagacaaac atgagacgat actacatctt
    31561 gctgatcggt acactggccg cagcatgtgc gacttatgca caacaattga ccggacgcgt
    31621 ggtggacacg caaaaccaac ccatcgagtt tgccaacgtg gcgctgtatg cactgcctga
    31681 ctcggcgctt gtgacgggaa cgatcaccga cgcagatggg gattttacgt tagaaggcgg
    31741 cacggcgaag cgagctctcc tgaagatctc tttcgtggga tacgagacgc agacggttga
    31801 ggcacggccg ggtgtgactg tcacgcttaa gcccgaatcc acgcagttag gcgaggtgac
    31861 agtacgggct aatcggtcgg ctatccggct gaagaacgat gcgcttgtgg cctcggtgca
    31921 aggctccatg ctgagccaag cgggcacggc gaacgacgtg ctgcgccggt tgccctcgct
    31981 gacgacggat aacaagggca acatctccgt tttcggtaag ggggaggcca agatctacat
    32041 caaccgccgc gaggtgcgcg acctgtcgga gttagatcag ctgaactcgg ccgacatacg
    32101 cgacgtggag attgtacgca atcccggcgc aggctacgat gcttcggtga aggcggtgat
    32161 ccgcattaat acggtgcggc atgccggaga tggcttcgga ttcgatgtac ggtcgagctg
    32221 gtacgagggt gaaacgaccg acctgcgcga gcagttgaac gtgaattggc acaagagagg
    32281 ctgggacgtg ttcggcaccg ttctttacgg ccgtggggcg taccttatcg acagccgtat
    32341 cacgcagcag acgcgcctcg atacactttg gcaacaggag aatgcgcttt acgccacggg
    32401 tatcgaccgg tggatgcgca tcatggctgg caccaattgg gagatctcgc ctaagcatta
    32461 cgtcggcctc cgctacacgc tttcgccaac cctgcgcgac gacatcaacc acacgacttt
    32521 caacagcatg gttcacgccg actcggcctt ttacgacgaa tggcatagcg acaatgcgcg
    32581 ccgtacgacg aacgaccctg cacaccgtct caatgcgtat tacaacggga cggtgggccg
    32641 cttggggatc gacttcaacg tcgatttcta cacgagtggc agcacgtcgc gctcgcatgc
    32701 cgtggagacg agtcgcatgc aggaagaccg cgtggtgaac tcggaaaatc gtgtgcgcaa
    32761 ccggctcgca gcgtcgaagc taatcctgtc gtaccccgtc tttggtggcg agctgtccgt
    32821 cggtggcgag tacgtccgca cgcatcgcac ggacatgtac agcaaccccg agcgcattgt
    32881 cccgtcgtct gatatgactg cggacgaatg gaacagtagc ctctttgcgg agtatgcacg
    32941 ggagacgcct atcggacaat tcggcgtcgg gtcgcgctat gagcatgttc gctccgatta
    33001 cctcagcgac ggccgaccgc tcgacggctt gaaccgcaac tacaaccaat ggttccccaa
    33061 cgtctcgttc ggtacgcggg tgaagggcgt cgacctgcaa ctggcttaca cggcgaagac
    33121 gcagcgcccg tcgtatcgcc aattaacaag caacgtgtat tacgctaacc gcctcacgtt
    33181 gcaaacgggt aacccgctgc tgaagccaac cctaacgcac gacgtaagcc tcacggcttc
    33241 gtggcgcatc gtgcaactga cggcgagcta ccggcaggaa cgcgacgccg tgattgatcg
    33301 cacggagcgc agccgaatag atccgaaggt gtctctcatc acctacacca acctcgatcg
    33361 gctgcctttt ctgacggctt ttgccaccgt cacgccggcg ttcggagtgt ggacgccgca
    33421 gctcagcgcg gggtttgtca agcagtgggc cgaggtggag attgacggga agccggtgcg
    33481 ctatgacagg ccgattttcc gcatctcgct gaacaactca ctccggctgc cggctggcct
    33541 actcttcacg ctcgacgtgc gttatcggag caagggcgac gagcgcaatc tgcacctcac
    33601 ggatgatgtg tgggtggtca atatggggct gacgcgatcg ttcttcagcg atcgcctaag
    33661 cgtgatgctg cggggttggg acgtgtttcg cggcgaaggg ggtggcgcca tttaccgctc
    33721 tccccacatg gagtcctatc aggtagaccg ctacgactcg caggagttcg agcttaccct
    33781 gcgctaccgg ttcaacgctg ctaagagtaa atacaagggc acgggcgcgg gcaccggtga
    33841 gttagagcgg ttatgaccac ccccggccgg tggggaggag gggattaagg tctgtatcaa
    33901 atgatgccgg cctctttgag tagttcgcgg atgattttgt cagagatgga agactgagca
    33961 gacttgtcgt aaagggcgag gaaacagatc gtgtcctcgt gcattccggt taagagctcg
    34021 atatggatga tcacccttgc accgccccgc ttaccgctct gcttggaagt gatagcaagt
    34081 ctgattttac ggatgccgcc tcctaagtct gcaccttgca acgggttttc cagtagttgc
    34141 cgggccaatt gccggagatc gtcgcgtaga gagtgatagt gcttggctaa ccgtttgaca
    34201 tctcgatcaa acgaacggat ggttcgcagc ttataactca tcaagcaatt cctctaatga
    34261 tcgggtctgt agcttaccct ctttcacgtc tttccattcc gaaaaagcat gccgcaagcc
    34321 ggcgataatc tccccgtcgt cctgtccggc gtattccttc ttttttacct cacggccgat
    34381 gcggcgcagg gcttgaagcg cttgtttcat catcgtttca ttgccttcca ttctgtccag
    34441 ttcacgttgg atggctgcgc ccaattctat cgttgtcatg atcgtctttt attaatggat
    34501 tgatagggca aacataactc ataggcttgc gatccgcccc agcgcttgcg ccagtgtgac
    34561 ctcgtcgggg aaggtgatgc cgccgtggcg gacgaagtgc gcgatctctt ctgccgtgtt
    34621 gagcaccgag gggaggatgg ggtagatcgg cttcgagcac gtctgcattt tttcgaggat
    34681 gacgtccacc gccgcagtga tctttcccag cccgatgctg ccgaagatca cggcgatggc
    34741 gtctgtctcc gggaagtgct gatcggcata gtcgatggcc agaccgaagt ccgccgcgga
    34801 acccgtgccg aggatgtcga tcgggttagc caccgatgct cccggcagca gacgcgcctt
    34861 cagctcttcg gcctttgcgc cacggtaggg cggtaccttc atgccgcaac gcaccaaggc
    34921 gtcggtcagg atgacgccgg cgccaccggc gtgggtgacg actgcaaagc tcctcccatg
    34981 cggtcgtggt agggcgaagg cacaggctac ggcgatcagt tcctcgcggc tgtaacaccg
    35041 cacgatgccc gcccgacgga agatcgctgc cacctcctct tcgctggtcg gctgcgcgcc
    35101 cgtgtgcatg gctgacgccc gcatgccgtc tgccgttgtt ccgcccttga tggccgcgat
    35161 gcggcacccc ttacgggcga gcgatgtggc gtggcgcacg agcttctcgg cgtcgcggat
    35221 gtcctcgatg taaagcgcct tgatgcgcgc gtcggtggag gggtcgaagt gctcgtccat
    35281 atactccaac acctcctcga tgcccgtctg cgcagcgttg cccaccgacc agagcgagtg
    35341 gaaccgcagc cccttcgtca gggcacactc gatgatgaac agcgccacgc cgcccgaggc
    35401 cgagatgagg gcgacgccgc cggggccgag cgtgggcacg ggcgatgtga agacggcgtg
    35461 gtggtacggg ttggccagcc cgatgcagtt cgggccaata agcgccgcgc cggccgcggt
    35521 gcagatgcgg cagatctccc gttcgatggc cgcgccctcg gtcgactcct cgctgaagcc
    35581 ggctgagatg atgatgatgg cgcgcgcacc tttctcctcc accaacacgc gcacggcctc
    35641 cgtgcagtgc gctgcggaga cggccagcac gcccagttca atgcccgtcg gtaggtcgtt
    35701 tacgctgcgc gtcacggggc gcccctggat cagacgctcc ttcgggttga cgatgtataa
    35761 gtcgcccgtg aacgggcctt cgatcaagtt ttttactaac cgcccgccgg gcttgtggat
    35821 gtggttcgat ccgccgatga cggcgattga tcgcgggttg atgagtgcat gcgtaatcat
    35881 ttgaatggga tttaatgggt gattgatggc cgcaaaaata ggagccttat catctgcggc
    35941 ggccggaaat aatgtatttc gaggccatgc aaatctgcga cgaccagaaa tagtgtattt
    36001 cgggcgttgt aaactctgcg acggccagaa ataatgtatt tcgggcgttg taaattctgc
    36061 gacgaccaga aataatgtat ttcgggcatt gtaaattctg cgacgaccag aaataatgta
    36121 tttcgagggt tgtaaatttt gcggcggcca gaaatagtgt atttcgggca ttgtaaaatc
    36181 tgcggcgacc agaaatagtg tatttcgagg ccatgcaaac ctgcgagagg ctgtcgaagt
    36241 gttcggcgag ataacctcca ggatgaggcc ttgaagctcg catttcccct gcccaaagtc
    36301 tctacaaaag attcaaaaac cgtttatcca tgcgctttcc acaggaaatt gcacgtcttt
    36361 tgccgccctc aaatgacaag tgagggtgac aaaaagcccc tcgaagattc tatacacacg
    36421 acttacgttt atgaagttac gattcaagta caccctgccc gtccttgccg ccgcgcttag
    36481 cgtcaatgcg gcccgggcac aattcaatgt gaaaggaaac gtcgccctcg acaacggcga
    36541 caaagccatc ggcgccacgc tgcgcctgct ccgttcgggc gaagtggcca cgaccgacgc
    36601 cgacggaaac tttacgctcc acagcagcca cgccaccgac cgactcgtgg cggcctatat
    36661 cggcttccgt tcggacacga tcgacgtcac cgcggccaac gcaaacgcgc tggccatcgt
    36721 cctccgcgag gaggtgcagc aggtgagcga ggtggtcgtc aagggccgcg tggccaacac
    36781 gctcaagtcg cgtatcgcca cggtgcagac cgagaagatc aactacgagg agctgacgcg
    36841 tgccgcttgc tgcaacctct cggagagctt cgagacgaac gcctcggtcg acgtctccta
    36901 ctccgacgcg gccacgggcg ccaagcagat ccgcctctta ggcctgcccg gcacgtatgt
    36961 gcaaatgctg accgagaatg tgcccaactt ccgcggcgcc gcttcgctct ttgggctgga
    37021 ctatgtgccg gcgccgtgga tggagagcat ccaggtgtcg aagggcagcg cgtcggtgcg
    37081 caacggctac gagtcggtca cggggcagat caacgtggag tacaagaagc ccatgaaggc
    37141 ggcgcccctt acgctcaacc tcttcgcctc cgacgcgggc cgcatggagg gcaacgccga
    37201 cgccgccatc cgcctctcga agcacctctc cacgggcctc tttgcccact attcgcgcga
    37261 caagcagtcg cacgacgccg acggcgacgg cttcctcgat ttgccgctca cggagcagtt
    37321 caacgtcttc aaccgctggt tttataaccg caagaattac gtctcgcagg tgggcgtgaa
    37381 gctgatccat gagacgcgtg agaacggtca gacggcgcat gctaagcccg cccgcatcgg
    37441 cgatccgctg tatcgcatcg acatccgtac gctgcgcggc gaggtgttca cgaagaatgg
    37501 ttacgtgctc gacgaggagg ccaaccgtag cgtggctctc atcttggccg ggtcgtttca
    37561 caagcaggac gcgacctatg gcgccctccc ctacgacctg cgccagtcga acgtctacgc
    37621 caatctgctc ttcgacaccg accttggcgt gaagcacaag atcagcaccg gcctcagcct
    37681 gaatatggat cgcacggagc agacgtcgaa ctatttcgcc gacgatcccg ccttccttcg
    37741 cctgcgcacg gagtggaccg ctggcgcctt cgccgaatac acgtggaagc cgatgcgcaa
    37801 ccttgacatc atggccggcc tgcgcgccga tcgccacaac gaatacggcg cctttgtcac
    37861 cccgcgcctg cacctccact acactcccat cgaagccctc agcgtgcgcg cctccgtggg
    37921 caagggctac cgctcggtga acgtctttgt ggagaacaac ttcctcttcg cctccaaccg
    37981 tgtgcgcaac ctcagcgtgg cgcccgacct gcgcatggag tcggcttgga actggggcgc
    38041 aagccttacg ggttacctcc ccatcgcggg gcaggagctg acgctctcgg cggagtatta
    38101 ccagacggat ttccagaatc aggtggtggc cgacgtgatg accgacgccc acggggtgcg
    38161 cttctacaac ctcgacggcc gggcctatgc gcgtaacatc cagctcgagg cggcctacac
    38221 cttctttaag gcgctcgacg tgcgcgcggc ttggcgctgg acggacgcga aggagaccta
    38281 caacgggctc ctgatggaga agccgctcac gaaccgctac aaaggcctcc tcacggtggg
    38341 ctaccggacg ccgcgctacg gctggcagct ggacgccacg gcacagttca acggcgccgg
    38401 ttcgatgccc acccccgacg ccgcacgccc gctctgggag ccgacgttcg acccctacac
    38461 gatgctcggt gcgcaggtga cgaagcgctt caagaagatg tccgtctacc tcggcgccga
    38521 gaacctgctc aacttcaagc aggctcaccc gatcgtcgcc tcgtccgacc cctggggtaa
    38581 cgacttcgac gccacgatgg tctgggggcc ggtgcacggt cggaagatct acgcggggct
    38641 gcgctggtcg ctctaacctc tcttcatggg gacttttccg ccggcgggtt aatcggttat
    38701 cttatttttg ccggcgtcgc tcccctcggg gcaagcatcg aactcgcccc tgcaatgacg
    38761 acttataact accgcgccac actggcgcat tcgattattc accctcaaaa caaaactgag
    38821 tatgaaagca attcaatcaa tgatcgttgc cctgctgata atggcaatgg gtgcaaccca
    38881 cacgatggcg caggatcaga aggcgcctaa gaaagacgag cgcgtcacct tcgccgtcga
    38941 gatcgtgtgc agcagctgcg taaagaatat caagaagcag ttcgcttatg agaaaggtgt
    39001 caaggacgtt cgcgtcaatc aggccaagca gcaagtgacc gtcacctaca accccaccaa
    39061 gacggacacc aagcgcatga tcgccgcctt caaagagatt ggcaaagacg ccaccgtagc
    39121 cactccgccc gaggtgatca attgatgcct cgttgcgcag atgtatgtat tcaagcagtc
    39181 ctgtcggtct acacatgacc cggcaggact gcttgccgtt tttatccacc ccttaacccc
    39241 ccatacgtat tcacgatgaa agtctcccgc ctccttcacc tcctattggt tgcgacgctg
    39301 cttgccctgc ccaccttatc catgctggcc gacaccccga agacggctgc tccgaccggc
    39361 accttcaaag cgtttcccgt aagcgaagat ttcaccctca accccttcac ctacttccgt
    39421 gagggccttc ttttggccgc tggcaaccgt gagaagagca acgccatgac catcggttgg
    39481 ggcgcgatgg gctgcctctg gggacggcct accgtcaccg tctacgtggc cgaaaagcgc
    39541 tacacgaaga cgttcatgga tcgctcgccc tacttcaccg tcatggcctt tgccgagggt
    39601 gacagcatcc tccgctacat gggccaccac agcggacgcg acggcgacaa ggccgctgcg
    39661 cttggtctcc acacgcttta caccgagaac ggcacgcctt actacgccga ggccgacctt
    39721 gtcctggagt gccgcctgct ctacgccgcg cccttcgact cggccgcgtt caaagacgat
    39781 gtgccccgcg agttctacaa caaacgcggc aaggccggcc tccacacgat gtacatcggt
    39841 gaagttgtcc gtgccctgcg caaggagtga gcgctgccga acgcgccttg caataggtcg
    39901 aaacgataaa gagacgcccc gttatccgag agatgacggg gcgtctttgc gatgacaccc
    39961 cttgtctcct gagggaacaa gcgtcatgcg acatgatggc gtctcaatgg ccattttggt
    40021 ctcgtcatgc gacacgatgg cgtctcaatg gccattttgg tctcgtcatg cgacacgatg
    40081 gcgtctcaac ggccattttg gtctcgtcat gcgacatgac ggcgtctcaa tggccatttt
    40141 ggtctcgtca tgcgacatga tggcgtctca acggccattt tggtctcgtc atgcgacacg
    40201 atggcgcctc aacagccatt tgggtctcgt catgcgacat gacggcatct caaaaacagc
    40261 attctctgac gtcgaacaca cgtttttagc tatttctttt tagagcttcg cttcaaataa
    40321 tcgtatcgga tgatcgcgtc cgatacgggc caggcctcct tcagccgctg gagtgtcggg
    40381 gcggcgacgg agtcggtcct accgtagatc gtaccgtatg gatcgacagc tacgggcggg
    40441 tgtgtggggt cggtgaggct acggcccatg ccgcgccagg catagcgtcg cagtccgagt
    40501 agccggagta gggtggggta gatgtccact tgtccgccga ccgcctccac gcgcattccc
    40561 cgcggtgcgt tcaggacgat gaagggtacc atcggccggt cagcgaccag gtcgcgtccg
    40621 ccggcactct cgcaccacgc ccgacgcatc tcaccgagtc cttcatggtc gcccgtgata
    40681 actacaagcg tgttgtcata aacgccggct gcccggagtc ggtcgacgaa gaggccaatg
    40741 gcgcgatcgg tgtagcgcgc cgtagccatg tagtcgcgca tacgctcggg gtaacgatcg
    40801 gagaatcgca cctcgcgcag ccgttcgggc agggcaaagg ggaagtggcc cgagtaggtg
    40861 acgcattgca ggagcatgtg ccggcgcgta tcccagacct cgccgcggac aattttttcg
    40921 gtgatctgac gtagcaggga gacgtcgccg atctgtgggc gatagctcgg tcccacgggc
    40981 tcgtcgttca cgaagctggc cttcgcgatc aagctgtcat agcccagtgc cgggtcgatg
    41041 accgcctggt tccacaccat cggcttgtcg cccgtcagcg cgtaggcccg caccgcgtcg
    41101 gcgccatact ccgcgcgcat ggcttcggcc agcgaagggt atgttgtgtg cggatacttc
    41161 aggctgtagg ctccgctggc gattggcagt agccccgcat tgatcatgag ttgggcgtcg
    41221 atcgatcgtc cacctttcgc ttgcgagagg atatgcggcg cgtagatcgt cagcgagtcg
    41281 cgtagcaggg cgttgaggcg cggcgtcagt tcctgcccct ccaccgtgcg ctccaagacc
    41341 cagctttcga gcgattcggc caggataatg atgacgtgtc ggcgcacggc cgtgtccggc
    41401 agtaacgtat cggcgtcggc ggccatgcgg gcggtgtgat cggccgtcat ccaggcctcg
    41461 atccgctgcc cgacctccgg cgtgaacgtt tccgctccgc gaatacagtc gtagtagaac
    41521 gtcccgaaga ccgtgtacat cggtgtcacg cacgtgtggg tgtacgagcc ttgcatcgac
    41581 tcgtaggccg tgcggaatcc acccttcacc aaggtcaaag tcagcagggc ggcggccgtg
    41641 acggtcgtcg cgatggtata acgtcgcagc aaggtcgacc gacggagccg cgaggcttgt
    41701 ccccgtcggc gatagcgtag cacggcggcc accacggtcg atgccgggaa gagggcgtcg
    41761 gtgattttaa gtgaccccca gacgctatcc gtaaaatctc ggaggttgcc caccagcagg
    41821 tagctatccg gcgggatggc ggtgtagtag gtacggaaat acatcagatt gcagaccaat
    41881 aatacgtccg tgaggattgc cacggcccat gtcgtccgct ccatacgcca gatcacgagt
    41941 ggcagcaaca aaatcagcgc ggcgagtgta gcgctgaggt atgtctcgac cattgaaaag
    42001 ggtcggtagg tggaggcggc acaccaactg acgtcaaacc acaagaattt gaaccacaac
    42061 agcccaaaca acaatgccgt acggcgtcgt tctgtccgtt cggacggtga ggcgaagagc
    42121 ggcctccggc taacaagcat atttttattc cacatcgttc aaatacgtcc tccacgcggt
    42181 atccgggggt taatcatcct ctgtgtcgac aggcattttg gacggcggca aaagtacaag
    42241 gatcgcggtc ggagccatgc ggcgtagctg cggcgtgaca ggaggaaata agaagctgtt
    42301 ttgaatttat tggacgattg tttgatggaa ttgtttgggc ggatcttact ctttcctgtt
    42361 tcgggtctat cagggcctgt ttctgccctt ttgtttcatc attcatcctc acatagctgg
    42421 ctatgctcgt caaatgatga aacaaaatca tcagaaacat cctcccgata gtctccgaaa
    42481 taaattcaaa acagcttctt agtccgaaaa aaatgggtgc tgagggtttg cacggccgtt
    42541 tcccgtttcg ttttgtctaa tacgtggacg ctcccgtcta agtttttgac aaggacgatt
    42601 ggcgtgcatt tccgcaactg actgaaaaca atctccttgc ctttggcggc atggttttgg
    42661 catgaataag tgcaaaataa aatcacggaa atgatgtaca agacatggat cctaagcgga
    42721 tggctttgcg tggcgtttgt cggggcacgt gcccaggagg cgaaaacgtg gacgatggac
    42781 gactgcatgc gttacgccgc ggaaaatagc ctcaaggtgc gcgccgagaa gcatcaagac
    42841 gatacgtatc gggcggagta tcgcgccgcc atggccgact tcttcccgtc ggtggggatg
    42901 cggattggcg ggcaacttaa ctacgggcgg tcgattgacc cgcagacgaa cacatataat
    42961 aatgtctcca cttttaataa ttcctatcag gcatacgcct cgctgccgct gttcgacggt
    43021 ggacagctcg tgaaccgggc taaagcggcg gcgatcaacc gtcagctggg tgcgcatgag
    43081 gtgcgtcggg tgcagaacga ggctgcgctg gcggtgatgg aggctttttc gaacgcggtt
    43141 tattatggcg gcactgtgcg gctggctatt gagaagctgg acgagagtcg gcagactttg
    43201 cacaagacgc gccgcatgga ggaattgggc ctgaagggtg ccgcggacgt ggcccaggtg
    43261 gaggcgattg tggcggcgga tgattacaac ctgatccacc agcagaattt gtacgacgcg
    43321 gctgtgcgga cgttaaaaga ggcgatgaat tacccggccg aagatgcatt gatgatggat
    43381 acgtccgtga tggtgtggcg agaaaatgca acgacccttt cggcggagga aatttttagc
    43441 cgcgcagtga cagataaccc gacgatgcgc gcggcggagt gtcgcaggtt ggcagcacaa
    43501 catttgtacc gtgtggcgcg tggtgcaatg tttccccagc taacttttga ggcgggtatt
    43561 tcgacgaatt acttccgcaa cttggccgac ccacatacga cggctttcag ccgacagttc
    43621 ttcgacaata atcgcggcga gtatgtggcc gtgacgctca gcatacccct tttcgacggc
    43681 ttggcaaggt acacgtcggc ccgcagggca cgcaacgcga tgcggatggc ggatgtgcaa
    43741 cgtgacgaga cgcttcgcca gctgcggacg gctgtcgagc aggctgtggc ggatcgagat
    43801 gggtttgaaa aagaggtcgt gcagatggcg cggaaggtgg ccgcggactc gatggcttac
    43861 cgcgtcacgt tacgtaaata tgaggaagga ctttcgtctg caatcgattt gcaaacggcc
    43921 gcgaatacgc tcattgaagc ccgcgccaac ttgctacaaa aacaactctc gtacgaaatt
    43981 aaacgccgct tggtggcata ctatgcctct gactgtgaat ggtcaacgat caattatgaa
    44041 ccgaaaaaat aaatcaaaaa aaagcactca tgactcatca catggccatt aatcattgaa
    44101 aataaagcat caatcataac ccatcatgga tatactgttg gaaaaaaaga aaggaatacg
    44161 gaagaaacac cttccataca ttgcgggcgg ggctgctgtc gttttgctgc tgtcgtggat
    44221 tgtgttcgga aatcatgctg cgacgctgcg cgtagacgcc cggagcttga gcatcggtga
    44281 tgtaaaacga gatcagttca acgactttgt ccgcgtggat ggacaagttc agccgattac
    44341 cattgtgcag ctaagtcccg aagagggagg aattgtacag gaacttgtgg tcgaggaagg
    44401 cgctcgtgtg catcgtggcg acgtcattgt gcggctgagc aacgctaatt tggagttgca
    44461 gatccttaat gcggaggcgg aattagctga aaaacaaaat ctgcttcgaa acacgcaggt
    44521 aactatggaa caagaccgtt tgcgcaacaa aaccgaggag ctccaattgg atcttgcaac
    44581 tacgcggagc cttagaaatt atcggcaaca ggaaaagctg tacaacgaga agctcaccgc
    44641 ccgggaggat tatgtgcagg caaaagaaga ctacgaattg gcgcggcgga aacatacgct
    44701 cattaatgaa cggctccgtc aggactcact ttatcggtct atccaaatgg atcagatgga
    44761 agataacctc atgaatatgc gccgcaatgt gctgctcatt cgcgagcgga aaaacaagct
    44821 tgaagtacgt tcccagatcg atggcgagct gggtttgctt gacgtggtgc ttggtcagaa
    44881 cgttcaaccg ggacaaaaaa tagggcagat aaatgatctc tctgattata aggtgcaagc
    44941 gttgatcgat gaacattaca tcgatcgtgt tcgcgctggg ttaccggcca cgttcgatcg
    45001 ccagggaact cacttcgcgc tgacggtacg taaggtatat cccgaggttc gtgacgggaa
    45061 gtttaggacg gattttgtgt ttaccggtga acgtccggat aacattcgga gtgggcagac
    45121 gtattacatc aatctcgaac tcggtcagcc gacggaggcg gtggttatcc cgaaaggaac
    45181 cttcttccag aatacgggcg gcaactggat cttcgttctt gatcgggacg ggaaaaaggc
    45241 gtatcgacgc cgcataaaga tcggcaggca aaatcctcaa tactatgaag ttaccgaggg
    45301 tctcgaaccg ggagaaaaag tgatcgtgtc gggctacgag agttataaag acagcgaggt
    45361 gctgatcctg gaaaagtgaa ccgtaaaaaa cagagagccg aaaacggtgc tcccggtctg
    45421 catgaaaaat ttttagccct cgttttttgt ccttccgata ggttcgtatt tattttttcg
    45481 gtctgaatgg gttgtgccaa tttacatgat cctttttctg ttcgtagatt ttcattttga
    45541 gtgcaacaat agttccacgg ttcggtctga atcatttgtg ctgatttaca tgatcctttt
    45601 tccatttata gtttctcatt tttagttcaa caacagttcc acggttcggc ctgaattggt
    45661 tgtgccgatt tatatgatcc tttttccgtt cgtggatttt cattttgagt tcaacaacag
    45721 ttccacggtt cggtctgaat cggttgtgct gatttacatg atcctttttc agtttgtaga
    45781 ttttcatttt gagttcagta atagttccac ggatcggtct gaatgggttg tgccgattta
    45841 catgatcctt tttccattcg tagtttttca tttttagttc aacaatacct ctatgatgac
    45901 gaattatttc ctctcggctt ttcgttcgct gactaaacgc gggcgaaatc atggcatgaa
    45961 aatcctctcg ctcggtgtcg ggctggcgat ggggctggtg ctgattgcca aggtcttttt
    46021 tgagcagtcg tacgatacgt tctatccgga tgcagaccgt atttatcgca tgaacgagat
    46081 gattgtgatg aacggagaat taaaagatta cggacaggtg agtggcggag tggccgtggg
    46141 aatgcggcag gacgtagcgg gtgtgcagca agccacgcgt tgcacctgga tctatatcgg
    46201 gaacgtgtac accgacgaca agaaaaaaat ctcgataaat atgattgcgg cagacgactc
    46261 cttttttaac gtcctcccga ggccgatgct gcaaggcaac gcggagaaaa tccttagcgc
    46321 gccgaggggc gatcggttga tcatagtctc taaagagttg gcggataagc tcgggggaga
    46381 tgtcgtggga aaaatcctcc gggcggaaga ctggggggga gaagtactga ccatcggcgg
    46441 cgtctttgaa acgatcccgg aaaacgccac gctcaaatat gacgccgtga tttcaatcga
    46501 tctgcttcgc acgcctgatt ttgacggcac gatgaactgg atcggaaacg atcgatatat
    46561 ggctttcgtc aaattgcagc cgggcgtttc tgcagatagc ctttccgacg ccatgcacgc
    46621 tatgcaggaa aaacatcagg atctggagca gttaaaaaag gccggtgtag aactgagcta
    46681 ttccctcacg cccctgaacg accttcacga cagtctgccc gaagtgcgcc ggatgacgtg
    46741 gctgcttctt ttgcttgcgt ttgcgcttgt ttttacggcg gtaatgaatt atgtgcttat
    46801 tgtcgtctct tccttggtgt cgagaacgaa ggaagtggct gtgcataaat gttatggagc
    46861 ctcgggacgc gatattgtcc gaatgatcct ttccgaaacg ttcctccatt tgatcctttc
    46921 actgctgctt gccgtcgccc tcattctggc ttttcgtgcg acggttgaag agctgcttga
    46981 tgcctcgttg ggggcactct ttacgacgcg cagccttgtt tttctgtttg ccatttgcat
    47041 cgtggtcttc ctcacggccg gattattgcc cgggagactc ttcgcgcgga tccccgtggc
    47101 cgccgccttc cgccattttt cggctcatcg gcgcagctgg aagctcgccc tgctggcggt
    47161 gcaattcatg gcggtcggat tcctcctttc gctgctcgtg gtgattgccc tgcaataccg
    47221 ccgcatgatc gacgacgatc cgggatatcg ctacgaaaac ctcgcctatg tcagtatggg
    47281 cgggatagac tccacgctgc gccgcaagct catcgatgag gcgcagaggc tgcccgagtt
    47341 gtctgccgtg tctacatttt atcagccatt ttttaccggg acatctggca acaatgttta
    47401 tctgcccaat gacagccgcg agctgttcaa catagccgat ctctatgagt gtggaaacgg
    47461 atttttagaa gcgcttgaag tgcccatcat cgcgggaaag acatttacag aagatgtcgc
    47521 atggtcgcac gaagtgatgg tcagtcaacg ctttgtggat aagatgaaag cgtttgcaga
    47581 ttggagggat ggcgctgtgg gcaagcaaat tttagtcacg gaacatagtg gtgcaaacaa
    47641 cgacgagcct tttacgatct gtggcgtcta tgatgacatt cggatcggaa cgattcaaga
    47701 ggaggacgag cgtccttcga ttctgtttta tagttctgat ccggaagaat cgaactattt
    47761 gcttctgaag ttccaccaca tgacgcccga agccatgcaa cacgttcggc aggagcttca
    47821 aaagttgatg cccgaccgtg aagtggagct gtgcgattgg cgcgcggaga tggagacctg
    47881 ttataccgat acgcgccgct ttcgcaatgc cgtcatgatc ggtgttgtga ttacgctgct
    47941 catctccctc gtcggattaa tgggttatac aggtgatgag atcaatcgcc ggcgtaagga
    48001 aatcgctgta cgcaaaatca acggggccac cctgggcgaa gtattgcatc tttttgaacg
    48061 cgacatcatt cgcattgcgg cgcccgccct tgttgcaggt tgtggcgcag ccgcctacgt
    48121 ggccacctta tggcaaacag gcttcagcga gaaaatttcg ctcgcgtggt acctctttgc
    48181 cctttccggg ctccttctcc tgtgcctcat cgtcgttgtt gttgcgctgc atgtgcgacg
    48241 cgcggcggcg gaaaatccgg tgaagagtat caaatcagaa tgaggggaga catttatatc
    48301 gcagcgcatc tgcggcgttg tcttcgacac tcggtgttcg gtcatgtact tcagtacact
    48361 ccctccacct cggtcttgga cgccttgcat ctgcaccacg ctataaagtc tcccccatta
    48421 cgctatctat ctcctttgca tatcgcattt atagaagtaa aaaacgaact cgtaaaaacg
    48481 aaaaacgtat ttccgatgaa agtaaacacc catacaatca cacatcagaa aaaaaagacg
    48541 aacatcgata cacatatcat catgtatcag gcaaacttcg ctggcggccg cagccgcctt
    48601 gatcttcttt tgccttcttt tcttccatca agggaagaaa agaagaaaca agagagaaga
    48661 aagcaatcga tagatagtgg cgccgaatgg cataatccct acacggatcg cgtaaggata
    48721 gaaacaaaga tgcaggaaca aatcttttgc ccccttcggg atcatgcggt agggcgtatg
    48781 caatacgccc ctacatcctg ccagcaggag acgttgtttc caataaattc tcggaaagaa
    48841 aggataggaa caaagataca ggatcaaaaa aatcgtccgt taggcagtag gggcgtatcg
    48901 aatacgcccc ccaaacatct cggaagcaat gaacagaaga tgcaagacag aattttttgc
    48961 ccccttcggg gtcattcggt ggggcgtatg caatacgccc ctacatccta ccggcaggag
    49021 acgttgtttc taataaattc ttgggaagaa aggatagaaa caaagataca ggacagaaaa
    49081 aatcgtccgt taggcagtag ggacgtatcg catacgccct acacagatcg cgtaaggaca
    49141 gaaacgaaga tgcaggagag aagaaagcaa tcgatagata gtggcgccga atggcatacg
    49201 ccctttatgc gccaaggaaa gagagacgcc gtttggcgag atactttttt ggaacagaga
    49261 gcgcgtgttg ccatttggca agacaggcac ttggaggaga aatcttcaca cgcaaggctg
    49321 caaatgagga tttctggaga aaatagtaat ccgtataaat cttctttagt tgctctatca
    49381 gagcaattaa gaggcatttt tgcggcttaa ttgcttcagc cgagcaacta agagacattt
    49441 ctgcggctta attgcttcag ccgagcaact aagagacatt tttacggctt aattgctcta
    49501 tcgaagcaac taagaaacat tcttgcggct taattgcttc agccgagcag ctaaataaga
    49561 ttcatgcgat ttaatatttt caggccgagc aagaggtaaa ccgttttaca ggagaccttt
    49621 tcgaaatcga aaatgtgtgt tgccgtttgg catgagtccc ataggggcga aaagaatcat
    49681 gccgcacttt tgcaataccc tttctcgaga tcgaaaaacg tgctctcatt ttcaccgata
    49741 acaaatagac attcattcaa ataacacgca aaacatcatg atcaaagtag agaatctgac
    49801 aaagtatttt gagaccgaag agatccaaac catcgccctg aataaggtct cgttagaagt
    49861 ggcggacgga gaatttgtgg ccattatggg cccgtcaggt tgcggcaagt ccaccctgct
    49921 caatatttta ggcctgctgg acaacccaac cgaaggccac tattatttag acggccgcga
    49981 agtgggacac ctccgcgaaa aggaacgcac cgaagtgcgc aaagggcaga taggcttcgt
    50041 gttccaaagt ttcaatctga tcgatgagct gaatgttttt gagaacgtag aattacccct
    50101 gacgtatctc ggcatcaaag catcggagcg aaaggaacgc gtgcagaaca ttttgaagcg
    50161 catgagcatc agtcatcgag ggcggcattt cccgcagcag ctttctggcg gccaacagca
    50221 acgcgtggcc attgccaggg ccgttgttgc gaatccaaaa ttgatcttgg cggacgagcc
    50281 gacaggaaat ttggactcaa aaaatggcct ggaagtgatc cgcctcctta acgacctgca
    50341 tgatgaaggc acgacgatcg tcatggtgac tcactcgcag catgatgcgg gctttgccaa
    50401 tcgcatcatc aatcttttcg acggacaaat tgtgaataca acgcgtttgt aaggcacatc
    50461 gaacgacgat ggctggggcg gatgctgttt cgcccccgtt cgtcctcatt ttttatccct
    50521 gtaattgatt ttctatgcat acgatataca gaaatctcct gagcattttt cgccgattca
    50581 agatggcgac cctttttaat ttatgcgggt tggcggtggc ctttgcggcc ttcatgacga
    50641 tcctcatgca agtggaatat gattatactt ttgatcattt tgacccaaac cattcgcgta
    50701 tattccgtgt ggatttcgtg cataatgaag gcgaatcgca agcaatcctg aataggccct
    50761 tgatagaatc gttcattact tcatcacctc atattcaggc gggaacgtat caaaacatgg
    50821 attacgatat tgttttttcc atagaaaatg gtgctgacaa aaagaaattt cgcgaactgt
    50881 atgaaaccgt ttctccgggg tttaccgacg tcttccattt cgattttgta gaaggctcgc
    50941 cagatgtctt gaagactcct gatcaggtga tgatccccga gagcatggcc cgcaagatat
    51001 ttggccagga atcggcagtc gggaaaaagc tcatgaaccc ttatttgtcg ctaacggtgg
    51061 gtgcggtgta tcgcgacttc cccaaaaaca cgctggtgag taacgtgatt tatcacgcca
    51121 tccccgatgt ggagaataaa ttgaactgga acaattggaa ctacaccacc tttattcgag
    51181 tggacgacgc ggccaacctc ccgaccattt acgagaactt caaaaagcat tttacggcta
    51241 gcatgatgga actttttggt gaaaagggta acacgacatg ggacgcggta ggcggcgacc
    51301 tacgttttat acccctgccg gatgtgcact ttgttactaa tgtaaagttt gacagcatgc
    51361 cgaaagccaa cgcccaagcc ctgcatgtgt tgacggccat cgcattcgtc gtgctcctga
    51421 tcgcgggaat aaatttcacc aacttcagca tcgcactcac gcccatgcgc attcgaagca
    51481 tcaacacgca gaaagtactc gggagttcgg tcgggaatat ccgccgcgct ttggtggcag
    51541 agtctatttt gatcagtttg gccgcataca ttttagcggt agggcttgtt gcgctctttg
    51601 cgcgtagccc gctttctgca ttagtcacta ccgacctcgg aattttatcg cacaaagtcg
    51661 ttgtaggagc aacggcgttc attgctttat gcaccggact tgcagcgggc ctttatccgg
    51721 ctttttatat gacatctttt ccgcccgcac tcattctgaa aggcagtttt ggcctatcca
    51781 cacgcggacg ggccttgcgc aacgccctga ttggtgtgca atactttgca tccttcgcgc
    51841 tcatcatcgg ggcggggtgt atgtatttgc aaaatcactt tatgcagcac gcgccgctgg
    51901 gttacgaacg tgatcagatc attattgtcg agatgagtga tgagatccga gcgcatccgg
    51961 agacttttat gaacaaaatg aagtcatacg ctgatgtttc aggcattacg cgctccgaac
    52021 gaatcctatc cagcgcggat tcatacatga cttggggccg ggattatcgc ggcaaacaga
    52081 tagattacgt agtcatcccc gtggaggctt cgttcctcga tgttttgggc attccggtga
    52141 gcgaggggcg aacgttccga acggaagatg cccttacacg gcatggggta tatgtattta
    52201 atgaacgcgc gaagcaagaa tatgggctgg aattaggcgc gatgatcgac agcacccaaa
    52261 tcgtcggctt tatgccagac gtgaagtttg catcgttccg taatgcggtc gagccgatgg
    52321 cgttctatgt gtggggaaag gaaaattggg gaaacaattc ccggtacgtt tatatccgca
    52381 tgaaagcggg cacagatatg cgtgctgcaa tggagcatgt acagtctgtg ctgaaagaat
    52441 tggatccgga ctatccgttc aacgtctttt tcttcgataa agtcctccag caactctacg
    52501 agaaggagcg cgccgtcggt tctttgatca cgctgttcag cgcgatagcc attttcatct
    52561 cgatggtggg cgtgttcggc ctcgtggtct tcgacagcga gtataaaaag aaggagatcg
    52621 gcatccggaa ggtttttggc tcgtccacga ggcagattct ggttcgtttt aatcgcacct
    52681 atttcaagat tgtgatcgtg tgcttcgtca tagccgcccc cgtcgcctat tatggcgtgt
    52741 cgcaatggct cacgaacttc gcctaccgca cgccgatccg ctggtggatc ttcgcactcg
    52801 catttatcgc cgtgacagca atcacatttt tcacggtaac gtttcagaac tggcgcgccg
    52861 ccaatgccaa tccggtagac agcctcaaga gcgaataaaa aggtatagcg aaacggcaag
    52921 aacgaaaaat gccccctacc gaaggccgag cagtttgccg ggtacttttt tcgagcgcat
    52981 gattgtctcc tgcaacttgg cagaggtctc tttgtcgcct ttaaggtacc cggctaacct
    53041 ccccgacctc tctttgtcgc ctttaaggta cccggctaac ttggcaggca tccccgatgc
    53101 cttgattttc ttttgcctcc ttttctttca tcaaggaaag aaaaggagaa agaggcgtca
    53161 ccttttttcg catcaaggaa agaaaaggag aaaggatcca agcaattcaa atacagtttc
    53221 tccgatatga aaacaatata ccgcaaccta ctcagcatcg tccgccgctt ccgtgtggcg
    53281 accgtgctca acgtcttcgg cctctcgttc gcctttgcag ccttcatgac gattctcatg
    53341 caggtcgatt acgagcgaaa ttttgaccgc tgtcaccccg aggccgaaca tatttttcga
    53401 gtggatctct cgcaacccgg cgagttctcc actgtcctgc cgcgtgcctt cgtggaggcc
    53461 gtcatcgcct cgtccccaca tattgaagca ggcacgctga tcaacccctt cgtcggcgag
    53521 gtctatttta cggtcgcggg aaacgacggc acccgtcatg gcttccgcga aacggtgcag
    53581 acgtgtcacc cgacgctcgt ccgcacgttt aatttcccca ttacggaagg cgacaccgat
    53641 tgtctccgca gtccggataa ggtgctgatc cccgagagca tggctcgccg actttttgga
    53701 tccgtgtcgg ccgtcgggcg tccattgcgc gccgaagaat cgatctggag caaaagccgc
    53761 gacggcgata gcacgcagtt ggagcttacg gtgggtgccg tctaccgtga ttttccgggg
    53821 aatacgcagc tgcgcaacgt catctatacc gccatcgatg gagcatttct gaaggagaat
    53881 tacgacgcca gcaacttcat ctgttacgtt cgcttggaca atgccgcctc agccgtcgac
    53941 gtagaggaaa acttcaatcg acatttcaac tttagccaaa ttggccatcc gggtgagcag
    54001 atgaagctca cgcccctcac cagtatctat tttatgaacg agagcggcga cggacgtctt
    54061 tttcggagtg gtaacgccga tgttgtgaat ctacttatgg gcatcgcact gctgatactt
    54121 gtcattgcag cagtgaatta caccaatttc agcaccgcca tgacgccgct gagaatgaag
    54181 agcatcaata cgcagaaagt tttaggcagt acaaattccg ctcttcgtct ctcgctactg
    54241 atcgaggctt gtgccatttg tctcacggcg tttttgctcg cggtaatact tgtttggggc
    54301 atgcatcaga gccgtttgct ggctttcgtt gaggctgaca catcgccgct tcatcacccg
    54361 gtacttttat tggttaccgc cgttgtgtcg ttactcgtcg gcctcgcagc aggcatctat
    54421 ccggcttact acatgacctc tttcccacct gcgatggtgt tgaagggtag cttcggcctc
    54481 tcaccccgcg ggaggaggct caggctcatg ctcgtcagcc tgcaattcgt catatcgatg
    54541 acgctgatca ttggcgcagg cttcgttcag ttgcaaaacc gttttctgcg cacccactcc
    54601 atcggttttg accgcgatca aattgccgtg gtagagctca acggagccat cgctggtcat
    54661 catgcccgtg agtatgtcga cggattgaaa tcttacgcag gtattgagga cgtggcgttt
    54721 gcctcggaga agatcggcgc gaaagatgtc tacatgacgg aatcgtcgga ctacaacggc
    54781 cgcaattttt cctacaatct aatctacgta tcgtggaact tcctccggac aatgggcatt
    54841 cacatagtcg acggccgcga tttcaccgag gccgatgcgc gcagtgaccg gccagccttt
    54901 attttcaacg attacgctcg gcgcagtctg cagatgtccg tcggtccctt caaatattgg
    54961 cgtgacaact tgggcgacct tgtcggcttc acgggcgact tgcatatcgc ttcgctgcga
    55021 caagaatcga ccaacatatg ccttgctgcc agtccgctcg gctcccgtct gtctgtctct
    55081 tacatccgcc taaagtccgg caccgacgtt cgtgccgcta cagcacacat ccgaaagacc
    55141 gtagccgcca tcgatccctc ttttccgatc gatatcacct tctacgacac aatctacaac
    55201 gagctttatc accgcgaaac gacactacgc acgctcatca cattttttgg tctgctggcc
    55261 gtgttactgt ctctcgtcgg cgtatttggc ctcgtggtgt ttgacagcga gtaccgtcgg
    55321 aaggagatcg gcctccgcaa agtcttcgga tcgtctaccg gacaaattct tgtcctattc
    55381 aatcgcactt acctgcgtat tgtcgcgatc tgctttgtcg tagcctcgcc cgtggcttat
    55441 tacggcgtaa caaaatggct cgaacatttc gcccaccgta ccccgattcg ttggtgggta
    55501 tttgcgatag cgtttgtagc catctcggcc atcactttta tcaccgtaac gttccagaat
    55561 tggcgctcgg ctaatgctaa tccggtgaac agtctaaaaa gtgagtgagg acagagagaa
    55621 agagagccgt gcttctgcac aggcctcaat ggactgttaa atcactcatt ttcaaattgt
    55681 aggtagaggg ttcgcatacg atgccttcct ctcgaattgt acgcatgccc ctctttcctg
    55741 agattttttc tcgagaaatt ttgcgtgaaa gctttgtgcg tttgaaaaag ccattatctt
    55801 tgcagcgcaa tcgaggaaac gaagagacgt tcaaacaaga gattgctccc aatatggtgt
    55861 ggtagttcag ctggttagaa tacctgcctg tcacgcaggg ggtcgcgggt tcgagtcccg
    55921 tccataccgc agcaaacgtt gataatcaac aacttgcaca gtttacaccc ggttttacac
    55981 ccgaaaaggt aaagccgggt gttttgtttc tatacacttg gaataagccg tctaatgatg
    56041 agttggaatt tcaccacctc acaccgcagc tttgcttgca agggcggccc agctctgtcg
    56101 caggttttgc aacgctcgaa atacactatt tctggccgtc gcagaattca caacgcctga
    56161 aatacattat ttctggccgt cgcagaattc acaacgcctg aaatacatta tttctggccg
    56221 tcgcggattt tgcagcgctc gaaatacact atttctagcc gccgcggatt tgcaacagcc
    56281 caaaacacac agcgacgggc cgtcgcagat ttgcaacaac ccgtcgctgt gtttgacggc
    56341 tcccacgcat aggataacgc tctgttggcc accgttccct tgagcgtggg gatcagttgt
    56401 cccacgtggg atcgtaggcc aggagggtgg aggactgctg tgagagaccg atgtagatga
    56461 tgtcgttgag ggtgaacatg cagtggatgc cgcggaagtc ggacggaagc tgcgcgcggc
    56521 gtgtccaagt gtgcgtggcg gggtcatact ctaggatcgt gaacgattca tcgatgaggt
    56581 agagcttgtt gcggcaggtg gttccggcca agatgccgcc gttggccacg gagcagaccg
    56641 tctcgggtgt ccaagtggag aggtcgatcg tgcgccaaag gttgcggttg aaggagccgt
    56701 cagcattgcg gccgaggccg gcgtagacca tcgtgccgac ggtgagggct acgccaccgt
    56761 agtgttgcgt ggggaagtcg ggctgccgga tccacgtgga ggctgctacg ttgtaacccc
    56821 agacgtggtt cgtggccgtg tcgccccgcc cgccgatgag gaagatgttg ccgtttagag
    56881 ccacgcctaa ggcgaggcag agcgagtcag gcgcagggct tgaggctatg gtgtaccaag
    56941 tattgctggc gatgtcgtag cggtagaagc tgttgcgggt gcgatggttc acgtcgatac
    57001 cgccgaagac gtaggccgat ccgccgagtg tgacggccgt ttgccacttc agcggaccag
    57061 cggggcaggc caacatttgc cgccactcgt tggtcgtagt gctgtagtag tagaggtcgg
    57121 cgctgtagta aggtccgatg tcaccgccca agagatagcc gcgatcagtc gtggcgaagc
    57181 atgtcggggt gccttgcagg cgggctgcac cggggaagtt gtgcggtatg gtgcggaaga
    57241 ttgagggcat gcgttggacg acggtctcgc cgtacgatgt gccttcagcg ttggtggcat
    57301 aggcgcggat gtagtacgtg cgccccccct tgaggccgga gagttgtccg gtgaaggtgc
    57361 ctccagggct gagggtaagc tcggccgatt cggcgttgta aagcgtcggc gtctcgtccg
    57421 tcagcgacca gcagatgccg catgaggtga cggcgctctg acccggtgag acgattcgtc
    57481 cgcccagtgt ggctgtgcct cgagtcaggg tcgatgcggg cagcgtgacg acggttggga
    57541 gactgctaag cgtggtaaag gagtcgggcg tactgtagga atagccgtag acacggttgc
    57601 ccgcgtaggc gcggacgtag tatttgcgat tggcctcgag gccggtgcac tgtcccgtga
    57661 agggccccgt gccggagccg acctccacgt ggggcgagtt ggtgagggtt ggctcaggca
    57721 gggtgctcca gcagaagccg cgctcctcga tcggcgcatc gccggctgag aggactgtcg
    57781 ccgacacgga ggcggaggtg tagctcacat ggaggactgt caaagaggag acgacggacc
    57841 ggccgtcggt cgtagtgaag gactttcggg tgccgttgta gacgccgaag tggttgcgaa
    57901 caaaggcctc gacgtaatag gtggtggacg gtctgaggcc gcggatagga cagaggaaag
    57961 agtcggccgc agatgtgctg aggaccgaat ccttcgggtt catgtcgggc gaggtggagt
    58021 agtagacacc gcgcgccagg atctcgccct cgcccgagat ctcgatgcgc ccaccgcaga
    58081 cggcggtggc tgcgcgtgtg ctgtcggcta taataaaggt atgcacgagg cccaggcccg
    58141 tttgggtctg cacctttcgc tcctcaccgt aggccacgcc tttggcgttg cgggcatagg
    58201 ggcggatgta gtagtcacgc ccgttgacga gcccgtccac ggtgccctga tattcgccga
    58261 tgcctttccc gaacactttg gtgtgatgat ccaccgtcgg gtgggcttgc tctgaccagc
    58321 agaagccacg ttcggtgacg gcagccccgt tcgcctgcac cacggtggcc gtcagcgtta
    58381 cggacgatgc cgtgagggcg ttgatggtta cggtttcgcc catctgcggg gtgtgggcgt
    58441 tctgtatgcc gggttccacc tccgggtcgt cgatgcaggc cgacggcagg gtgagaaaca
    58501 gcgtaaaaag aagagagagg aatgcgtaag ggagatattt ctggttcatg gggggagcct
    58561 cgttgtttcg tttttatgtc agaagatcat gcctacaccc agcgcggggt agaggtatcg
    58621 gaagttgagg acggtgcatt cgcccgtcac gtagtatcgg ccgcggggta ggaggtaggt
    58681 ggcgccgaga tccaccttca ggcctttctc ggaggcgtca aggtctttgg cccacgctct
    58741 ctggtagatg tttccggcat tgtcggccgt accgtattgc cggatcaggt cgcgctgcca
    58801 gtagcctgcg ccgacggagg tgtagatgcc gggcagggta cggatcatca gcccgacaga
    58861 ggccatgagt acattggcct gcttacgatc catgtagccg taatagccgc tttggccctc
    58921 gatgatgaag cgtccatcgg ctgtgcgaca ggtcgcggta tggccctgaa aggagaagtt
    58981 ggattgcgcc gcgatgtacc atcctaaccg tccgacgatc ccgcccacgc gtataccgaa
    59041 gggtgcgagc agtgaggcct gatagccgaa gaagaaacgc atgggcgtgg ctgacgttgg
    59101 cgtagtcgtc ggcgcctcgt cttcgccccg attctggcgg cgaaccgtct ctaattgtcg
    59161 gcgccaatag tcggccgtga cgaggttttc agccgtgccg atgccgcgac tgtagtaaag
    59221 gatgagctta tcgatggcga atgtatcgcg ctccgtggcc cactccgtga ggcagttgag
    59281 gcacttgttc atcaccgtgc gcatggagac gtgcatggtt tcgtcttcga gccagatggt
    59341 cgtcagtcgg tcgatgctgt agcggtcgca ttcggcaaag acgccctcct cgaaccacat
    59401 tttggcgtcc cgataatcct tgcgctgcag ggcctcatcg cccttgcgat tgtattcggt
    59461 ctgtcgctgc gcttgggcgt gccacgacag gcagcacgcg atccacagca acagcattcc
    59521 cgtccacttc ttcattgtct ttgtctgtgc gtctatactt agtcaatacg ttgtgagccc
    59581 ccgggctacc atcgtgccgt tggcgttgta gatgtcgtag aggtggtctt cgcgttcgaa
    59641 ggcgcgtccg ttttccgatc gccccacgct gaggtagatg cagcggatgc gctcgatgcc
    59701 ttgcgcgtcg atggcgccgt agcgtccgtt ctgctttttg cgaacgatgg tgtagctgcc
    59761 gaagggcatg ccctgctcgt agagcgcttt gcgggcgcgg acgttgtctt cctcgatgcg
    59821 gtcgtcgcaa gccaaactga ggcggatcac ctcttcggtc accttgatct ctttcgcgct
    59881 cgcaaagtca cgcttggcgt cggcataggc gccgcgttcc atcttcatct ttccggaggc
    59941 aactagggcg acgtagcgcg cgtttgaggt ctcggatgag gcgtcgtcat gcgtggttgt
    60001 ttccgcctta tcggatttct tctcctcagt cttcttgtcc gtctttttct cctccgactg
    60061 atgtttttcc gcctgtttat ctgcggccga cgagggcgct accgtgggcg gatcaaacgg
    60121 cgagcgatca ctgcctgcgt cgctttgcag caataggttg gccgtcggtt cgttcgttgg
    60181 tgccggtttg ctgccgccga tcaggtacga cgcggcccag ccgatcagca ccgagaggcc
    60241 gatcaatagc gggatcaata cgcggcgttt gccctttcgc cgacgcgctg gggtgggctg
    60301 ttccgccggt gtgaggaggg ccgtctcttc gacgtcggcg gtgagcaact gcgtccgctc
    60361 gtcgtcgttc gtgagtggcg cacgctgagt cgtttggccg gtagcggcca cgggctgatc
    60421 ttttcgttcg ggatagggcg ggatgtcgag gtcgtccagc atttcgcgga cggacgcgta
    60481 gcggtcggcg gggttcacct gtatggcccg caggatggcg tgttcggtgc ggggggtgat
    60541 gttggcgttc agccgcgaag gttcggtgag cggtttggtc acacggagga tggattcggg
    60601 gggcacgcag cccgtgagta ggttgtagag cgtggcgccg agcgaataga tgtccgggcg
    60661 gggcgagaag cccgtcaggc cgtcgctgtc gtactgctcg atggcggcga agcccttcga
    60721 gagggtcagc gtggtggtgc ttgtctcctg attatcgatg tcgtagcgtt tgctgacgcc
    60781 gaagtcgatc agtcgggcgt cgtcgtgctc gtcgatcaag atattgcccg gcttgatgtc
    60841 gagatggagg atgtttttgg cgtgtacaaa ctccagcgcg cgcccgattt ggtcgatgta
    60901 cttgagtgcg cacggctccg tcagctggcc ctcgtcttcg agcagcgact tgagcgatcg
    60961 gcccgtgatg cgctccatag cgatgtaggc cgtgttgttt tcctcgaaga cttcgaggac
    61021 attcacgatg tacgggtggt gcacttccga gaggatgcgt gcctcctgga tctgccgctc
    61081 gcgaaacttg tcgaacagcc tgcgccctgt ctccgaatgc acgcggactt gcatcgtggc
    61141 ggggtctctg aagcagtaat ctttgaagaa atattccttg atacaaatcg gtacggcggt
    61201 ctttacggct cccagttcac ccttgacttc ggtgttccaa acgcccgaat aagtgattcc
    61261 gaatccgcct tgtccgatga cctctgtcag acaatatttc ccgttttgca agcaatatcc
    61321 tttcggtaaa atcatgattt ctgaatcatt cagattttca agggcaaagg taagcagccg
    61381 ttttgaattt ggcggaaaag gctctgggag cggcttctcg gcccctttgc ccgttcgtcg
    61441 gcagggggaa tcttcggagt tgttttcacc cttttgttgc aatttctccc atgcgctgtg
    61501 gatgtccctt ccgatggtct caatcagctg ccacaaactt cttcggccga ttgtatcgta
    61561 caatcgccaa gaaaaaaaga gaaaggcact gcgaaaaaca agttccacag cgccttctcg
    61621 ataactgctt gagagatgac taagagggtc tcttagaaga tatatccgag gccgaggccg
    61681 acgacttctt tgaactgtac gcgcgggcca tgcttcacgc cgtccttgtc gacgtagcgg
    61741 atgtcgtcgt cgtagaggag gtaggtgttg gccttgaagg tgaagtattt gttgagcttc
    61801 cagtcgagcg acatcttcca gtccacatcc acgttgccga aggttttgta ggccgaggtg
    61861 aggaggactt cggtgttgaa gaggacgttt tcggtgatct tcttcgagta ggtgcccttg
    61921 accagggcac cgaactcggc cagcacgcgg tcgcccttct cgacgccgta cgcgccctcg
    61981 tcggagaggc ggcggtcgga gacgaaggtc atcttttcag acacgggcga gatgagcacc
    62041 ttgaggtctt cgcgcgggtg ggtataggtc ataccgatgg atccgagcag gtagcccggg
    62101 gccatgaatt tggagatgta ggcggcgtcg tccgtcacgg gatacttgct gtagcccttg
    62161 ttgaattgcg acttgaagtt cagctccgcc gcgtaggccc aggtggctga ggccttgtag
    62221 ccgaggcggg tggcgaggtc gatgtggtcg tcgtttttga tctggtcgct accttgatag
    62281 gtgagaccgt agccgaggtc ggctgagttg tcccacatcc atctatcctt cgcgtagttc
    62341 catttgcctg cgaaggcggc gagcacggag acggagtttt cgccgccggc ggcccagttg
    62401 gtgaaggagg tctgcccgaa ggtcagcgag gcggcaccgc tgtgtgtcca atacgaggtg
    62461 tcgcgcggcg cgtcgtcctg cgccatgatc gaggccgtcg ggctgagtag ggcgacggcc
    62521 gcaaggagga atagtttctt cattgtttct ggtttttaat acggccgcaa aagtaggttg
    62581 ccggataaag ggcgccggaa gtcagcgggt tcgtttaagt aaactcctcg attaataagt
    62641 ctttcggcgg gaatgcaggg cgcgcgatgg ccggaaaaat acgctcctta acgtgagttc
    62701 gacgtaagaa tgaggtatct tatccttgga gaatgtcttt catagcgcgc tgtaaaggcc
    62761 aaagtgcttt tggaaatgct tgcaccagtg gtgcaaatcg caaaaaccac ttttgggccc
    62821 ttgcaccacc ggtgcaagcc gtaaaaagta ttttttagtc gttgcaccgc cggtgcaagc
    62881 atttccaaaa gcgttttggc catcgtgtga ctcccgtaga agctctctgc tggcgttatt
    62941 cttacatcga actcacgttc cttaacaggg cagtgggggg gcgtttattg gaatcgctcg
    63001 ctgtgattac cggtcatgcc ctcgtagcgc gagcggatgt attggatgtc ggcttcggcg
    63061 tcgccggtag ggcggaaagt ctccatgatg ccgacctcct tccgcccgta gtcgatgtat
    63121 cccagctgga tgggcacgcc ggccttgagc gcgatgtaat agaagccccg cttccattcg
    63181 tccacgcgtt tgcgtgtgcc ttcgggcgtg atggccaggc ggaaacggtc gcggcgggcg
    63241 aactctgcgg ccatctgctc cgtcatggag gtgttgcgac tgcgatcgat cgggacgccg
    63301 ccgagggcgc gaaagaagag gcccagcgga aaggtgaacc attccttttt catcaaaaac
    63361 gcggcctgct tgccaatggc gagataaaac agttcgccga tgatgaaatc catattgctc
    63421 gtgtgtggcg ctacgcagat cacgcacttc gccacctcgt cgcccgccgg ccctacatgc
    63481 cagcccatca ggcccaaaag ccacttacca agtctcttct tcatgttctt tctatccgtt
    63541 tgatatacca ttttgtcggg ccaaaggtaa gggccgcacg gggacgccac ggtatttccg
    63601 ggcttgatcc cccggggggc gcgaaggatg cgacgcgctc cccgcaaaga tttttcacat
    63661 ccctaatatt tgggattgtg atggtttgga ggcgcctcta cttttgccgc cgaaagcctt
    63721 tcactccaaa ggggctttcg gcagaagcag cagacatata attaagaaca atgaataagg
    63781 tcaagattgg gttattactc gggcttatgg ctggcgtcgc caccgtaccc gtagaggcgc
    63841 aagtgaatgc ctcggacagt gtgcaacatc acgtgctggg caaccgattg agcgtcggtg
    63901 gatatggcga gatcgcctat tcccgcaatt tctacagcga caatgtgtat cgctacagcg
    63961 atgcagccaa gtacaagaac gaccccagcc acgggcgttt cgatgtgccg cacgccgtca
    64021 tctatctgaa ctacaatttc gggaaaggat ggacgatggg caccgagatc gaattcgaac
    64081 acaccggtac aggtagcgct caggaaaagg aatttaccga gggcggcgag tgggagatgg
    64141 aagtcgagaa aggcggcgag gtggagctgg agcagttctg gatccagaag tctttctcac
    64201 gcgccttcaa cattcgcgcg ggccacatcg tcgtgcccat cggcatgaca aacgcgcacc
    64261 acgagccact ccatttcttc accgtctatc gtcccgaagg cgaggccaca atcctgcctt
    64321 gcacatggca cgacacgggt atcagcttct ggggccgcac gggacgcgtc cggtatgagg
    64381 cgcaagtggt ggctggcctc gacgccttct tcttcgatcg tgaaggttgg gtgagtggcg
    64441 gcgccggatc gccctatgag tttaaggtgg ccaacaaata cggcttcatc ggccgactcg
    64501 actattatgc tttccccggg ctgcgcatcg gcctgagtgg atactatggc cgcgccatgc
    64561 acaacgcctt cccacacgat ctcgagggga aggacgccaa tggcaacgtg aagcgttacg
    64621 acaatgtgaa aggcaccgtg gccatcggtg cgttcgactt cgcgtttaac cggttcaact
    64681 ggatcgtccg cggtaacgcc gactacggtt acgtgggcga cgccgctacg atcagcacca
    64741 tcaaacgcaa cctgacggcc aactctgccc cctacaagaa aactcccgtc ggcaagaatg
    64801 ccgtggccgt aggccttgaa gcgggctacg atattttctc gcaggtagcc cggctgcgcg
    64861 ctgacgatca gaaattctac ctcttcggac ggtacgaata ctataactcc tacatcccct
    64921 ccagcgatca gcagaagtat gagtacaccg gcaagcaacg cctggccgta ggcttcaact
    64981 acttccccct gccgcagatt gtggtgaagg gcgaatactc cacccgtctg ctcaagcagc
    65041 aatacaataa cgaaccctcc atctctctcg gcattgccta tgagggcttc tttctctgat
    65101 ccgacatcga gagatgtgcc acggatcata gcccagagag ggtactacac acgcacacac
    65161 gcattcatca ttaataatag acacatgatt aagaagtatc ttagaacgtc attgctcctc
    65221 accgtagggg caatgctgac atggggattc tcctcatgcg agaaaaacaa tgatcctatc
    65281 gagaaagagc ttaccgagaa gcagaaagag atgagtcaga tcgccaagca gtatgtggat
    65341 aacacggtca acctgactta caaaaacctc gctgccgaga cctctgagct ctacgacaag
    65401 ctcaaggcgg ccaaggaaaa gttcctcaaa gaccccaaga gcctcacgca ggccgaggtg
    65461 gacgagatct gcaagacgtt catcaaggct cgttccagct acgagcagag tgaggccttc
    65521 ctctttggtg ccgctaccga tttcggcgta gatccgcaca tcgacacttg gccgctcgac
    65581 gtggacggtc tggctgccgc cctgaccaac aagtaccagc tggagaagct cggcggtgac
    65641 gaaaacgacg ctatcgccta cgcggctggt aagctcggac aggagttgct tggcttccac
    65701 ggcatcgaat tcgtgatctt ccgcaacggc aagaaccgca ccgtcgctgc gctgcaagcc
    65761 aacgaggaca acgaggcttt caccgccatc aaggcccagg tgacaggcgc cgaggagctg
    65821 acttacgcca cggctgtggc gggcgacctc cgcgaccgtt gctaccagct cgaggtggct
    65881 tggaacgcca acgcacccaa ggctcacaag gatcgggtgg aagagatcga actcccgtct
    65941 tcgcgtaacg gaaaatcgta caccgatgac ctgctcggcg ctaccaaagc cggcagcggt
    66001 tacgctacct gggaagaggt catgaccacc atcctcaagg ccggatgtga gaacatctgc
    66061 gacgaggtgg ccaacaccaa gatcggcaat ccctactcgg gcaaggacaa gaactacatc
    66121 gagtcgccct acagccagcg ctccttcatc gatttccacg acaacttgat cagtatccag
    66181 aactcgctct atggcggcgt cgatggcaag cgcaatgagg ccgcctcgat catggccttc
    66241 atgaagaagt acgacgcagc ccaggcttcc aagctcgaga gcgacctcaa ggctgccctg
    66301 aaggccctcg aggactgcca gacgaagctc aagggtggct ttgtgagcaa catctccaat
    66361 ccgctcgtag gcgaggcgca gaagaagatc caaaccctgg atgaagatct gaacaaggct
    66421 gccgagtggt tctcaaaaca gtaacccatc cgtaacggaa aaacgaaaga cgaaaaacgc
    66481 gaccgaggcc atcttgccac agtcagcaga gtccacggtt cgcgcttagc ttttcgtcct
    66541 tagtccccaa aggggcatcg gggaggcggg ttcagcccca tcacttcccg gtgccccttc
    66601 ctgttatatc tacaaacaac gaaaaggaat ttcagtatga cactcaaaca taacctcacg
    66661 ctttccgcgt tagccgcgct ctggctcgtt tccttcgctg cgtgcagcga tgatccgaag
    66721 cccgagcccg aaccgaatgt ccccgacgcc aattttgtcg gtcaagccgt cggcaacttc
    66781 tcggccgacg agtggtatcc cggaggccaa ctgggcacga ctgacaacgt cgtcaacgga
    66841 tcctatgccg acgagacacc cgccgtagaa gagcaaggtt tgatagagct cttcaacctg
    66901 ggcgaggctt tcgacgagag aaagtatacg atcagcacgc cgccattcaa aggctggggg
    66961 ccagcggctt cgcgcaagac ctgcttcgac tgccatatcc agtatggcgg tcacggcatg
    67021 cgccagactc agttccgccc cgagtatggc aatggctacg tcatccaggt ttattatccc
    67081 gacgcgccgg gcagtaacaa cggcaaaccc atcgagcaca tcaccaagtt tacccaggtg
    67141 atggccgcac accccttcct cccgccggtt gacccagacc agatcaagat cgaatggaaa
    67201 acggtggcgg cgatggaaag cggcctgccg atgaccttcc ccgacggcga gaaatacgaa
    67261 ctcatctacc ccgaagtcac cgttccccag accgcattca acacctcgcc ccggccctca
    67321 ggctatgagg tgcggctgct ggtatcgctc agcttctccg gtctcggact catcgatgct
    67381 atcccggacg actccatcat cgcccaatat cgccgcgagg ctaagtatgg cgtcgccctc
    67441 aaccccgcca tctgggacaa gggagcgaat cgcctgaccg ccgaaggtta cagcgagctc
    67501 aacggaaaga agcgtgtccg ccgcttcaat tacgatctca ccgaggcggc cttgcttgag
    67561 gacgcaggcc tctgggacga gctgggagtc tcgcggacgg acctgccgtg gatgtgctcc
    67621 accaacgaat gggctaaggc catggccgag aatccgtccg tcgtcgcggg catcaaagcc
    67681 aaccccgcgt cgccttatta cgccgacggg acggagaaag gcatctccaa cgccattcgc
    67741 atcctcctct cacctgagac caaccagttc gacaacccca tccacaagtt cgagcccgag
    67801 atggaggacg acaactacta cgccttcgcc gtctggcatc gcggtctctc catcccccgc
    67861 gcccgcaacc tgaacacgaa aaccgtgcag cgtggcaagg aggtattcat gcagatcggc
    67921 tgtgccaatt gccaccgccc gcagtggaag accggcagcg atgataacat ttactcgccc
    67981 gaaccggtaa agaatcgcaa gctgccgcgc tatccccacc agacgatcta tccttacacc
    68041 gactttgttc agcatcgcat gttcatggcg aacgacatct ttaactcgtg gtgcagaacc
    68101 ccgcccctct ggggtcgcgg actcatgcgg gtgaacacag gcggcgagga ccgcttacac
    68161 gactgtcgcg cgcgtaacac catcgaggcc atcatgtggc acgcctacag caagaagagc
    68221 gatgcctatc gtacggtcga aaagttctat catttgccga aggcagaccg tgacgccgtg
    68281 gtggcattcg tgaacgcgat atgattcatc acttttcata gcttccttat ctcactgata
    68341 agggcatgca aaggccgagg gagactctct tcctcggcct ttttttcatt cccgcgccgc
    68401 aatacattct ccgccttgat aaatatgtaa ttcatttttt cagcatgaat cttatacccg
    68461 tcaaggatca gattcgccat gaaacatgct gtcatttcct cgacagattt tcgagtcttg
    68521 gtgtaggggc gtattgcata cgccctacaa acgcctccgc atggaggcga atgacagata
    68581 aacccgatac attttggggt gtatgtcttt gcgccctacc tatacggatc aaaaatttga
    68641 ttcccattta ttggatgaat ctcaaacccg gtggtttttg gggtgtatgt ctttgcgacc
    68701 aaccccaccc cggcgagaaa ctcttaaaat ttgtatggat gcacgcaaaa cccggcggga
    68761 attggacgaa tatggccata tctatcgaaa acccgccggg gattggagga aaatggccat
    68821 attcaccgaa aacccgccga ggattggacg aaaatggcca tactcaccga aaacccggcg
    68881 gggattggac gaaaatggcc atatccaccg aaaacccggc gaggattgga cgaaaatggc
    68941 tatatccatc gaaaacccgg cggggattgg acgaatatgg tcatatctat cgaaaacccg
    69001 ccgggaattg aacgaatatg gccatattca ccgaaaaccc ggcgagtatt ggacgaaaat
    69061 ggctatatct atcgaaaacc cggcgaggat tggaggaata tggccatatc tacccgaaac
    69121 ccggcgggga ttggattcaa tatgaacaca gctatcgaat cctcgccgag gataggattc
    69181 catacgtttc cgggaatcac attttgggta aggattggat tcatgtaccc acatgcaggc
    69241 tatacctatt ctatataggg atgcaggtgg cccggatcgg ggtaaatgta tcaagacaag
    69301 aatgccgggc gacacgcgga atgagatccg cagtgtgcac ccggcagttt ttcacgctct
    69361 gttttccgtc cttagctcat tcgccttcgc cgtcgtactg ctgaaagaga aaatcgttgt
    69421 aggggaaacg ggtgatgtgg atggctttga cgtgctcgta gaggagcgac ttgagggcgg
    69481 cgatgttggt ccgatcgcgg gcggagatga agatgcagct gccggggcga cggctcatcc
    69541 aggtctcgcg aagctcggag agggggatgt tttcgcgctc gcggggcgtg agatcatcct
    69601 cgtccttggg gacaaacgaa aacgcgtcga tcttattaaa gaccgtgatg atgggcttgt
    69661 cggcgcaacc gatgtcggcc agggtgcgct ctacgacttc gatctgctcc tcaaaagtag
    69721 ggtgggagat gtccacgaca tgcaccaaaa gatcggcttc gcgaacctcg tcgagggtgg
    69781 acttgaacga ctcgacgagt tcggtaggca acttgcggat gaagcccacc gtatcggaga
    69841 ggaggaaggg caggttgtcg atgatcacct tgcgcacggt ggtgtcgagg gtggcaaaga
    69901 gcttgttttc ggcaaacacg tcgcttttac caagcaagtt catgagggtc gacttgccca
    69961 cgttggtata acctacgagc gccacgcgga ccatcttgcc ccggttacgc cgctgagtgg
    70021 ccttctgcct gtctatctct tccagctcgc gtttgagctt ggagatgcgg tcgagaatga
    70081 tgcgccggtc ggtttcgagc tgcgtctcgc ccggcccacg catacccacg ccgcctcgct
    70141 gacgctccag gtgcgtccat aggcgcgtca gacggggaag catatagcgg tactgcgcca
    70201 gctcgacttg cgtcttggcg tgggcagtct gcgcgcgctt ggcaaagatg tcgaggatga
    70261 gattcgtacg gtccaggatg cgcaccttga gttccttttc gatgtttcgt agctgcttgg
    70321 ccgagagctc gtcgtcaaag accacgatgc ctatctcgtt ctcagccaca tactcgccaa
    70381 tctgttgcaa cttacccgac ccgacgaagg ttacggcatg cggcttgtcg gccttttggg
    70441 tgaagcgtcg gacaggctca atcccggccg tttcggccag gaaggccagc tcgtctaagt
    70501 attccttgac ctgcgcctca ctctgctcgg gggtgactaa ccccactagg acggcgcgct
    70561 cggtctgctc ttgggtgata atgaattctt tcatacggct gcaaaggtag gggggaaagg
    70621 ctaactaaaa tcgaaaacga aatccaaggc ccgaggctgg gcgtttccga aacgtgacgg
    70681 ggcaaacttc gccggcggcc gcagccgccc ttcccttgat ggaagaaaag
//
LOCUS       SEQF2637|AYYD01001284.124495 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..24495
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(10..1041)
                     /locus_tag="SEQF2637_02645"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENREITPKKKCPYCGEEIQPDAVKCKHCGEWLTKESAPVPPST
                     EDQPPIENKSSAPEPDTPEPDRRRIKPVVLWAGLIAVVAILAIALAPSEGQHRERIEK
                     AAIACVEKKISSSLGAVGGSALSPISSIAFNVELVQQKIRERLEQENRIEVENRVFWS
                     QGRIYNQLHPYGKMVSFGCFGFVFPSIEWEDIALLSQAEREDISRFLSPTSAQAEQPL
                     TPPATAQAPTGTTGIRQLYHGVIEGDIDGKNRIDTLRCEFDLFFEDRVNEEGKLIVNG
                     TYKYPRYGGRAITLSGTYDPNTDLLVLVEYYKSGKPNCTMRVQRTSYGFDGMFIRKNG
                     QTLSLTMTQ"
     CDS             complement(1090..2544)
                     /gene="recD2"
                     /locus_tag="SEQF2637_02646"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9RT63"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent RecD-like DNA helicase"
                     /translation="MVDKYIYKKISEYFPYEPTEEQQKAIAAIAAFAADTTPRSLLIL
                     RGYAGTGKTSVLGAVVKALHAMERPSVLLAPTGRAAKVFAEYAERDAFTIHKKIYRQK
                     SFSNDFGSFSLGKNLQKNTLFIVDEASMISNESAGQNAFGSGHLLDDLIEYVYEGQGC
                     RLILSGDSVQLPPVMLRESPALSAERLRAYGMEVHEVSLTQVVRQDVDSGILFNATRI
                     RNGLWQSETTRFPVLRVEGFPDIRKVTGEDLIEEIASAYSRDGVDDTIVVCRSNKRAA
                     RYNNGIRHYILDREEEIERGDRLMVVKNNYYRWSQAKDAESSFIANGEIVEVLRVRRV
                     TELYGFHFTDVLVRFQDDAAEVELRVLTETLRNESPTLPREDSDRLFYAVLEDYKEVK
                     TKAARMKKMKEDPYFNAVQAKYAYAITCHKAQGGQWRNVFLDIGYLTEEMLGEDFYRW
                     LYTAVTRATGRLYFVNLPPAFEDGGRHGEAAEDF"
     CDS             2641..3327
                     /locus_tag="SEQF2637_02647"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVTLKVLLAAAVVLLAYMCYRSIMEPIEFDKERTARESAIEKR
                     LIDIRTAQIEYKNRNGRHAGSFEELAKFLNESKLPFVIKEGVLTDEQLEKGLTEKRAA
                     EIVRRARQTGNNEEVIRNGLQNFRRDTMWVSAKDTLLGRDFNVDSLAYIPVKGVNAKF
                     QMDTATLESSSGYTVKVFECRVPYDVYLGDLNKKELANLKDKMRKMNKYEGLKVGSVT
                     EINNNAGNWE"
     CDS             3360..4181
                     /locus_tag="SEQF2637_02648"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLRVPDSLTASNSEGYRTSVRLWPGGLSFSGGIPSDEGSFFCE
                     ETEVDVTRSPLQTLRDLFREHPFLSYPYAAVRIITSESNYTIVPEAIYEDEAKERLYR
                     FTFATPVETVVAQPLRELESVLLFGLRRDMYDFIAQTLPSAHWEHTLASLLIGWHERS
                     LRALHAHMYAVVQDRTMDVACFDLGALRFVNRFEVENHDDMMYYLLYVWKQLELDQRN
                     DMLTLSAVASVAFDLKEQLQTYLRDIRVEAIQTLYRADDRTATVGRLTVTPTTNT"
     CDS             4178..4723
                     /gene="rsmD"
                     /locus_tag="SEQF2637_02649"
                     /EC_number="2.1.1.171"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44869"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosomal RNA small subunit methyltransferase D"
                     /translation="MRIIRGIYGRRRFQVPSTFAARPTTDFAKENLFNVLENIVTWDD
                     TQALDLFSGTGSIAFELLSRGCSRVTAVESDRTHTAFIADVARRLAPPSGTFTLVRGD
                     VFRYLRTAPPFDLIFADPPYALPRLPELPEAILGRDLLRPGGLFILEHSGSYDFSTHP
                     LFTEMRTYGAVHFSLFHAPKE"
     CDS             4850..5323
                     /locus_tag="SEQF2637_02650"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRIGLLGVTLCLVFAIGTVSCKSKQSAYKAAYEQAKEREISSD
                     EPTDEEIAPVTKSKDSGETRQEKITPVEGEDADAIKLYSVVVGSFKNRTNAFSLKERM
                     QNEGYTPVLGENEQGMLRVIVTSFETKAEAEKSRDAIRAKYRPNFQDAWVLERTY"
     CDS             5439..6452
                     /gene="murB"
                     /locus_tag="SEQF2637_02651"
                     /EC_number="1.3.1.98"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9HZM7"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylenolpyruvoylglucosamine reductase"
                     /translation="MRIEKNFSLKDHNTFHLPVRTRWFMEYDNEDELGRILRDEYFQE
                     LRSLHIGSGSNLLFVADFNGIIVHSRIRGIRVARETDTEVILRIGAAEPWDDVVRYAV
                     SRGWGGIENLSHIPGEAGAAAVQNIGAYGVELKDVVDSVETFNQLTFEPHTYTVDACQ
                     YAYRHSIFKDEQRDPHIVTHLNLRLQKRPVLRLDYTPLRDAIGALASPTVSDVREAVG
                     AIRHSKLPNPERLGNAGSFFMNPLVDRAQFDALRALHPDIPSYPAPDGRVKIPAGWLI
                     ERCGFKGLREGEVGVYEHQALIIVNHGHATGDEIALFAERIRRTVSDRFGILLTPEVR
                     YVE"
     misc_RNA        7583..7798
                     /locus_tag="SEQF2637_02652"
                     /product="Cobalamin"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             8354..9646
                     /gene="cat1"
                     /locus_tag="SEQF2637_02653"
                     /EC_number="2.8.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38946"
                     /codon_start=1
                     /transl_table=11
                     /product="Succinyl-CoA:coenzyme A transferase"
                     /translation="MDRKEIFSTRTVTVEEAVQVIRNGDRVVFSQGAGIPQVVPEELL
                     KRREEYADVEIFHMLRPGTVGYVSAGMERHFRHCAAFVCAGTREAVAANRADYMPCFF
                     FEVPHFFRSGLLPVDVAVVQVSPPDAEGFCSFGPACDYVPAACEAARVVIAEMNDQMP
                     RIGRTNTIHISELDYVVPCSRALPEAPPPAIGAVEEAIGQFCAQLVEDGSTLQLGIGA
                     IPDAVLHSLTEKNDLGLHTELLADGVIDLIERGVINGRRKTLHRGEHVATFLLGTSRL
                     YEFAAACPEVALYPVDHVNHPFVIMKNERMVSINSCLEVDLMGQVNSETIGLRQFSGA
                     GGQVDYVRGASLSPGGKSIMAMPSTAVHGTVSRIVPFLSQGAAVTTSRNDVDYVVTEY
                     GIAHLKAKTLRERARSLIAIAHPSFREGLMEEFVRRFR"
     CDS             complement(9511..10266)
                     /locus_tag="SEQF2637_02654"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKIKASILSGVVATLFLSVGTERAGITEGFQIGDYAPEIILPEF
                     GGRAIDFREHAGQYTLVNFWAAYDAESRVRNIQLRNSVKELDSSLLAVHSISMDERKS
                     VFEGTLKADGLEKTNQWNDRRGKASALYKMYGLEKGLRNFLIDDKGVIVGVDLSPREV
                     IRIVTGNRVAKAKPITNDRKELSHRIRRDNSFLFLGTSHGPRLREPDQRNLLTNSSIS
                     PSRNEGCAMAIRLRARSRKVFALRCAMPYSVTT"
     CDS             complement(10648..11349)
                     /locus_tag="SEQF2637_02655"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEWIRLIDSSTIDAGTAIVRLLIGFLLGAVIGAERQARRREAG
                     LRTFTLICLGSTMSMLVSIWIPQTYPNFLNGDPGRIAAQVLTGIGFLGAGAIIQGKGG
                     VHGLTTAAGVWVVAVIGLAVGAGMFLPAIILTLLTVFVLTLLEHLEKRTCAGGVNKIL
                     VVVCSTSEPDIKAFRRILDRQQVYLMSNSYEADYTTDTAVLTCKVNVKARSSYTALFA
                     DLRQTGYVAQIKIFD"
     CDS             complement(11346..12656)
                     /locus_tag="SEQF2637_02656"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEDMENKLMRRKRYRMECRKGDLWKIFPVLILYLLTSCERANEP
                     APRPVEPSLSPEWAVLKEFTQDDLREMERGLGLSHFSIIGAMPRYPGKVQVRAVKMTF
                     SSAYPGGGAARIRLSGLLLLPPTIDSARIHSQLLALPYTYVLNRQTPTQQIADYVPAR
                     LEAYILFGILQASRGYVVLMPDYPGFGESFGQCAMPYVERRPMVHATIDFIRASQQVL
                     QAMHYGRKRELTITGYSLGAYVATQTAREMETNASAVSELTIDRLWVGGTPCDLKRIT
                     DEAKVATHLPTPYLLPLAIHSYRRNGYPKIAVDRLLRSPYAEQLTSRFDGMNEAYADG
                     LSTRASDLFTEAFVRGDADVSAPIDAILSENSLTPWRNRCAFVMLHGASDRTVYLDNA
                     RAYAEHHQASGGQVDFRVVPGNHKEAGILYYLYVILHLPEDRNT"
     CDS             complement(12690..14936)
                     /gene="inlJ_2"
                     /locus_tag="SEQF2637_02657"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MKKNIIVLFAASSLLYASAQTVVIPDADFKAYLVTSFDADGNGE
                     ISAAEAQAVRKIEYTDRPLQSLSGIEAFTALEELDCSYANPFERGGLTQIDVSQNPSL
                     KVLRCDNNSLEQINVSHNTALRELHCRNNKLSALDVSGRKELEELLCDNNRLKRLQTA
                     DCPSLSLMNCSMNQLEALDLQGCPSLRWLNCAENQLTTLDASPAVGLEQLYCNDNRLA
                     SLDVLRNGALRQLYCGHNRLDSIDLSRNTALTDLDCGNNRLTRLDVSQNAALTELECS
                     INRLAELDVTHNPELKQLYCNAIPTLTAVRLIKNQAYRTLSYQTASVTTYRVDRETAV
                     AEVAPLAEPSHPEVADVDVKNLPDFAQAAPVRSMSTAAPETKEEKAQPATHTRTAREI
                     FFDEEYRQEEARKAEEAKRVAEESRRASIRSYNGIVSVPDAEFKTFLVQSFDTDGNGE
                     ISGAEARAVTSMDCSGLNLSSVEGLEYFTSLEELKCQDNRITTLDMSYFPALRSLDCA
                     RNKLHYLNVKANPKLVDLECSDNNLINLDVSWNPALRTLGCNSIRLIRLDVTKNPELE
                     ALKCGNNHLAELNIANNRRLDTLNCSKNKLKLLTVSHLDGLNYLDCSGNQLTAIDVSR
                     NKKLGTLDCGMNALSKVDVSKNLALADFACNGNLLDDLDVAINTELVSLNCANNRLTQ
                     LDVSRNAALKRLRCMGNRLTVVDVRKNLKLKFLESAPMPTLETLYCPQEVIYSKLAYP
                     IMSKVVYK"
     CDS             complement(15099..16019)
                     /gene="pyrD"
                     /locus_tag="SEQF2637_02658"
                     /EC_number="1.3.1.14"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25996"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     catalytic subunit"
                     /translation="MANLTTHIGEHLVLKNPVMTASGTFGYGLEYADLMDISRLGAII
                     VKGTTAEPRQGNPYPRMAETPAGMLNAVGLQNRGVDYFVDKIYPAIRSVDTAMIVNVG
                     GSTVETYVECVEKIAALDDIPAIELNISCPNVKQGGMGFGLCAASAAEVVRAVRRVYP
                     RTLIVKLSPNVTDITEIARAVEAEGADAVSLINTLLGMAVDAERRRPILSTVTGGLSG
                     PCVKPIALRMVWQTAKAVRIPVIGLGGIASWRDAVEFMLAGATAVQIGTSNFVDPTVS
                     LKVIDGIAAYCERYGFHHASELVGALETDS"
     CDS             complement(16007..16801)
                     /gene="pyrK"
                     /locus_tag="SEQF2637_02659"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P25983"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     electron transfer subunit"
                     /translation="MKKKYLLDLRVVSNEYLQGRYSLLKLTSDSERLPEMDPGQFVEI
                     RVDDSPGTLLRRPISIHNIDRERNELWLLVLPIGDGTRRMARYKSGDIVNILLPLGNG
                     FTVPHAMPSDAKNYLLVGGGVGAAPMLYLGKALRESGLTPTFLIGARSADGIAQREAY
                     AAYGDVYVSTEDGSMGERGFVTDHSIWKRASFERIYSCGPKPMMMAVAKQARRTETPC
                     EVSLENMMGCGIGACLCCVEDTTDAGRVCTCTEGPVFNIDRLTWPI"
     CDS             complement(17012..17770)
                     /locus_tag="SEQF2637_02660"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIHHVNLSRIRVMNFYLAMSNVSTFLAKEDLETLKLKDQVAIFN
                     EKYKAFDDAVVPLRKSGKTDKLHKHGSKRDDALIGLGRHLRLYITYPVKTMSDAAWRL
                     YPVLKGYGKMPHLKPQREKTALISNLLQDYDTAQAKADLTLIGADKWVEILKDSNSKY
                     KGTYQERVEFESSLKKGLTQKTRDDLYEEFKRLVQRINSLALIEGEAPYLKLMEKINV
                     EMKQANLSERPDRKKKDDPDIQLPEDDEVEEKKD"
     CDS             complement(18283..21282)
                     /gene="nagZ"
                     /locus_tag="SEQF2637_02661"
                     /EC_number="3.2.1.52"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P40406"
                     /codon_start=1
                     /transl_table=11
                     /product="Beta-hexosaminidase"
                     /translation="MKKIPLLLPLLLTFCLSLATPTVSAQHEPSLLRKADREKMNRWV
                     DSVYNAMTDDERIGQLIMIIAEPKLDAANMRRLERYVSELKIGGVLFHTGDPGTQAEV
                     TNRLQRAARLPLFIALDGEWGLSMRLRGTTRFPKNMMLGAVQDTRLIEDYGAEVARQC
                     REMGIHINFAPSVDVNTNASNPIIGTRSFGDDPEAVAKRGIAYARGLESRGIMAVAKH
                     YPGHGNTSSDSHYTLPLVNRSERQMDSIDLLPFRRFIAAGFSGIMTGHLSVPSLDGGE
                     QGRAASLSPTIVTEILRKKDGFRGLCFTDALNMRGARPGERENPALSGIKAGNDIALA
                     PSSPDKAVAALRAALDSGVISRKDLESKCRRILAYKYVAGLNHYRPIETRGLSERLNT
                     PHADWLVAKLNEAAITLLKNDANCLPIKQLDKKRIALVTIGSADGDAFFSMLRRYAPV
                     DIFRIYATTRDAEFRHILSRLQPYETVICAVYSSRGAERADFLQLLGQKQTIYTFFTT
                     PYTLRNHRDAIRTADAVVLAYESTAPAQEYAAQLIFGGIPARGRLSVSLPGLFQAGTG
                     LTTTKTRLGYHRPEEVGFDPARLAEIDAIANEGVTKGAYPGCRVLVAKDGMIVYNKSF
                     GWYDSRKTRKVTDDAVYDLASVSKATGTLPAVMKAYDDGLIRLNSPISAYVPALRGSN
                     KSDFTVEELLYHQSGITPYIAFYQNARSDHSYMCDDGTSQCADTSRNAFPASSLRISS
                     ISPSWLSDSPKPGYTTEVARRMYIHDSFRDHIMQDIRNSRLGTRGKYTYSCVNFILLK
                     MAVENVYSQPMDRLLNTYFFSRLGASSTTYNPLRKMDTLRIVPTEDDRVMRHQLLRGY
                     VHDEAAALQGGVSGNAGLFSSADDLAKLLQLYLNNGNYGGESYISALTCNMFTHSQSH
                     ASRRGLGFDRPEKTPGKASPCGRLAPASVYGHTGFTGTCFWVDPDNQMIYIFLSNRVN
                     PSRDNNRLSTMGIRSRIQDAIYKALKK"
     CDS             21550..21909
                     /gene="rplS"
                     /locus_tag="SEQF2637_02662"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QV42"
                     /codon_start=1
                     /transl_table=11
                     /product="50S ribosomal protein L19"
                     /translation="MDLIKIAEEAFATRKEHPAFKSGDTVTISYRIKEGNKERIQQYR
                     GVVIRISGEGDKKRFTVRKMSENVGVERIFPIESPFIEQIVVNKVGRVRRSKLYYLRN
                     LTGKKARIKEKRGTATA"
     CDS             22065..23267
                     /gene="sufS"
                     /locus_tag="SEQF2637_02663"
                     /EC_number="2.8.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32164"
                     /codon_start=1
                     /transl_table=11
                     /product="Cysteine desulfurase SufS"
                     /translation="MLDIERIREDFPILRREVYDRPLVYFDNAATTQKPRCVVEKIEA
                     AYYNVNANIHRGVHFLSQQATEAHEAARETVRAFLNAPSSAEIIFTRGTTEAINLVAS
                     SYARACMQPGDEVIVTAMEHHSNIVPWQLQGMRLRVIPIDEHGTLDLEALPGLFTDRT
                     RLVAVTHMSNVLGTVNPVAEIARVAHAHGVPILVDGAQAVAHRAVDVQAADVDFYAFS
                     SHKIYGPTGMGVLYGKAEWLDRIPPYQGGGEMIRNVSFEHTTYNELPYKFEAGTPDFI
                     GSTALATALDYVQRIGLDAIAEHEHELLRYATDRLGAIPGMRFIGQAPEKGSVLSFLV
                     GDIHPYDLGMILDRLGIAIRTGHHCAEPLMHVLGVEGTARASFALYNTKAEVDALAEG
                     IERAQKMF"
     CDS             23307..23621
                     /locus_tag="SEQF2637_02664"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILTTTPSLEGKKITHYYGVVSGEAIIGANVFRDFFASITDFVG
                     GRSNAYEAVLRKAKDTALNEMSHHAQSLGANSVVGIDLDYETIGSSMLMVTASGTAVI
                     VE"
     CDS             23636..24250
                     /gene="rnhB"
                     /locus_tag="SEQF2637_02665"
                     /EC_number="3.1.26.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P10442"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease HII"
                     /translation="MLQPFLEPGRTEAGCDEAGRGCLAGPVFAAAVVLPPDFQNEELN
                     DSKQLTERARERLRTVIEREAVAWAIGVATAEEIDQMNILRASILAMHRAVAGLCLRP
                     DFLLIDGNRFAPCPEGIPYATIVHGDARMMSIAAASVLAKTHRDEMMAALDADYPAYG
                     WAKNKGYPTVAHRDAIRRFGVTPHHRRSFALLPEATQGEIVFGV"
ORIGIN      
        1 gcgtgggggt tattgcgtca tggtcagcga caacgtctgg ccattcttgc ggataaacat
       61 gccatcgaat ccatagctgg tgcgttgaac gcgcatggtg cagttcggct tgccactctt
      121 gtaatactcc accagcacga gcagatcggt attcggatcg tacgtgccgc tcagtgtgat
      181 ggcgcgtccg ccatatcggg ggtatttgta cgtgccattc acgatcagct tgccctcttc
      241 attcacccga tcctcgaaaa agagatcgaa ctcacagcgc aaggtgtcga tccggttctt
      301 cccgtcgatg tcgccctcaa tcaccccatg atagagctga cgtatgccag tcgttcccgt
      361 aggtgcttgg gccgtagcgg ggggcgtcag tggctgttcg gcttgggctg acgttgggct
      421 gaggaagcga gatatatcct cccgctctgc ttgggacagc agggcgatgt cctcccactc
      481 gatcgaaggg aagacgaagc caaagcagcc gaagctgacc atcttgccgt aagggtgaag
      541 ctgattatag atgcgcccct gcgaccaaaa cacgcggttc tccacctcga tccggttctc
      601 ctgctccaag cgctcccgga tcttctgctg caccagctct acgttgaaag caatcgaaga
      661 aatggggctt aacgcactcc ccccgacagc gcctaaagag ctactgatct tcttttcgac
      721 acatgcgatg gccgcctttt cgatgcgctc cctatgctgc ccttcggagg gagctaaggc
      781 aatggccaaa atggccacca cggcgatgag tcctgcccag agcacaacgg gctttatcct
      841 tcgtctgtcg ggttcgggcg tgtcgggttc gggcgccgat gacttgtttt cgataggagg
      901 ctgatcctct gttgagggtg gtactggcgc cgactctttc gtcagccact cgccgcaatg
      961 cttgcatttc acagcatccg gctgaatctc ttcgccacaa tacgggcatt tcttctttgg
     1021 ggtaatctct ctattttcca ttgttgtatg ttttgtgtgt gtaagtgttc gtgtagtgta
     1081 ggatcgttgt cagaaatctt cggccgcctc cccgtgtcgt ccgccatcct caaaggccgg
     1141 cggcaggttg acgaagtaga gccgccccgt ggcgcgggtg acggccgtgt agagccagcg
     1201 ataaaagtcc tcgcccagca tctcctccgt caggtagcca atgtccagaa agacgttgcg
     1261 ccactgtccg ccctgggctt tatgacacgt gatggcgtac gcatacttcg cctgcacggc
     1321 gttgaaatac ggatcctcct tcatcttttt catccgcgcc gccttcgttt tcacctcctt
     1381 gtaatcctcg agcacggcgt aaaagaggcg gtcgctgtct tcacgcggca gtgtgggcga
     1441 ctcgttccgg agcgtctccg tcagcacacg cagctccacc tccgccgcat cgtcttgaaa
     1501 ccgcaccagc acatcggtga agtgaaaccc gtacagctcc gtcacacgtc gcacacgcag
     1561 cacctccaca atctcgccgt tggcaatgaa gctcgactcc gcatccttcg cctgcgacca
     1621 tcggtagtag ttgttcttga ccaccatcag gcggtcgccc cgctcgattt cctcctcacg
     1681 gtccaggata taatgtcgga tcccgttgtt gtagcgtgcc gcacgcttgt tcgaccggca
     1741 gacaacgatc gtatcgtcca ccccatcacg actgtaagcc gaggcaatct cttcgatcag
     1801 atcctcgccc gtcaccttcc gaatatccgg aaacccctcg accctcagca ccgggaaacg
     1861 tgttgtctcc gactgccaca gcccattgcg gatccgcgtg gcgttaaaca agatgcccga
     1921 gtctacatcc tgccgcacca cctgcgtcag cgacacctca tgcacctcca tcccgtacgc
     1981 cctgagtcgc tctgcactga gtgctgggct ctcccgcagc atcaccggtg gcagctgcac
     2041 cgagtcgccc gacaaaatca gccgacaccc ctggccctcg tagacgtatt caatcaagtc
     2101 gtccagtaaa tgcccactcc cgaaggcatt ctgccccgca ctttcgttcg agatcatcga
     2161 cgcctcatcg acgatgaaga gcgtattctt ctgtaggttc tttcctaacg aaaaactgcc
     2221 gaaatcattc gaaaacgact tctggcgata gatcttctta tggatcgtaa aggcgtcacg
     2281 ctccgcatat tcagcgaaca ccttcgccgc cctgcccgta ggcgccagca gcacgctagg
     2341 ccgctccatg gcatgcaaag ccttcaccac cgcccccagc acagacgtct tgcccgtacc
     2401 ggcgtatccc ctaagaatca acagcgatct tggggtcgta tcagcagcaa aagcagcgat
     2461 cgcagcgatc gctttttgct gctcttcggt aggttcatac gggaaatact ccgaaatctt
     2521 cttgtatatg tacttgtcga ccatgtcaga tgaatatttt gggataaagg tagacctttg
     2581 aaaagaatca tacatttgca gcaataaaat cattctaaca atcaaagtga atatacagat
     2641 atgagagtta cactgaaggt attattggct gcggcggttg tgctgctggc atacatgtgc
     2701 tacagaagta tcatggaacc gattgagttt gacaaagagc ggacagcgcg tgaatcagcc
     2761 atcgagaagc gcctgatcga tattcggacg gctcagatcg agtataaaaa caggaacggg
     2821 cgccatgctg gatccttcga ggagctggct aagttcttga atgaatccaa gctgcccttc
     2881 gtcatcaagg aaggcgtgct gaccgacgaa cagctggaga agggactgac cgaaaagaga
     2941 gccgccgaga tcgtacgccg tgcccgccag accggcaaca atgaagaggt gatcagaaat
     3001 ggcctccaga acttccgtcg tgacacgatg tgggtgtcgg ccaaagacac cctgctggga
     3061 cgcgatttca acgtcgactc cctcgcgtat atccccgtca agggcgtgaa cgctaagttc
     3121 cagatggaca ccgccaccct cgaatcctct tctggctata cggtgaaagt cttcgagtgc
     3181 cgcgttcctt acgatgtcta tctgggcgac ctcaacaaga aggaactggc caatctcaag
     3241 gacaaaatgc gcaagatgaa caagtacgag ggtctcaagg tgggttccgt gacggagatc
     3301 aataacaacg ccggtaactg ggaataatcc taccgagact cctacgccag aagtatcgaa
     3361 tgagccttcg tgttcccgac tcgctcaccg cgagtaattc agaaggatat agaacgtctg
     3421 tccggctttg gccgggcgga ctttcttttt ccggtgggat cccttcggac gagggatcct
     3481 ttttctgtga agaaacggag gtcgacgtca cccgctcccc cctccagacg ctccgggatc
     3541 tcttccgtga acaccccttt ctcagctatc cctacgccgc cgtccgcatc attacctccg
     3601 aatcgaacta caccatagtg cccgaggcga tttacgaaga cgaagccaaa gagcgcctct
     3661 atcgcttcac cttcgccaca cccgtcgaga ccgttgtcgc ccaacccttg cgcgaactgg
     3721 agtccgtgct actctttggc ctgaggcgtg acatgtacga tttcatcgcc caaacgcttc
     3781 cctccgcaca ctgggagcac accctcgcct cgctgctcat cgggtggcac gaacggagtc
     3841 tacgtgcact tcacgcccac atgtacgccg tcgtccaaga ccgcacgatg gacgttgcct
     3901 gcttcgatct gggcgcccta cggttcgtca accgattcga ggtcgagaac cacgacgaca
     3961 tgatgtacta cctgctttac gtctggaaac agcttgagct tgaccagcgt aacgatatgc
     4021 tcaccctatc ggccgtcgcc tccgtcgctt tcgacctcaa agagcaactc cagacctacc
     4081 tccgagacat ccgcgtggaa gccattcaga cgctctatcg cgctgatgat cgcaccgcca
     4141 ccgtcggtcg tctaaccgtc acacccacca cgaacacatg agaatcatcc gaggaattta
     4201 cggccgacga cgcttccaag tcccgtccac attcgccgcc cgacctacca ccgactttgc
     4261 gaaagagaac ctcttcaacg tgctcgaaaa catcgtcact tgggacgaca cacaggccct
     4321 cgacctcttt tctggcaccg gcagcattgc cttcgagctg ctctcgcgtg gctgcagtcg
     4381 cgtcacagcc gtcgagtccg accgcacgca cacagccttc atcgccgacg tggcccgccg
     4441 cctcgccccc ccatcgggca ccttcacact cgtccgtggc gacgtcttcc gctacctccg
     4501 cacggccccg cccttcgacc tcatctttgc cgatcccccc tacgccctcc cccgattgcc
     4561 cgagctcccc gaagccattc tgggccgcga tctgctccgc cccggaggtc tcttcatcct
     4621 cgagcactcc ggctcgtacg acttctccac ccaccctctc ttcaccgaaa tgcgcaccta
     4681 tggcgctgtc catttttccc tctttcacgc ccccaaagag tgaccgaccg taggagtaaa
     4741 atcttctacg aaaggccccc caagccgctc cctataagac atttcaccca cgaagagagg
     4801 aatttgtttc tatatttgcc cccgttaatt caaataacat caaacagata tgaaaaggat
     4861 aggattgtta ggagttactc tttgcttagt ctttgcgatc ggcaccgttt cgtgcaaatc
     4921 aaaacagagc gcctacaaag cagcctacga gcaggccaag gaacgcgaga tatcaagcga
     4981 cgagcccaca gacgaagaga tcgcccccgt aaccaagtcg aaagactccg gcgagacacg
     5041 acaagagaaa atcacccccg tagaaggtga agacgccgat gccatcaagc tctacagcgt
     5101 cgtagtcggc agctttaaga accgcaccaa cgcattctcc ctcaaggaac gcatgcagaa
     5161 cgaaggctac acccccgtcc ttggcgaaaa cgagcaaggc atgctccgcg tcatcgtcac
     5221 cagcttcgaa accaaagctg aggccgaaaa gagccgagac gccatccgcg cgaagtatcg
     5281 ccccaacttc caggacgcat gggttttgga acgcacctat tgatctccca tggccggggt
     5341 agttgagccc aaacgaccat aaacaaggat gtccgcccca caccacgggc cggcatcctt
     5401 tttttatcct catccgaaac acacacatat tcattgacat gcgcatcgaa aaaaacttct
     5461 ccctcaagga tcacaacacc ttccacctgc ccgtccgcac ccgctggttc atggagtacg
     5521 acaacgaaga cgagctcggt cgcatcctcc gcgacgaata cttccaagag ctccgctccc
     5581 tccacatcgg ctccggtagc aacctcctct ttgtcgccga ctttaacggc atcatcgtcc
     5641 actcccgcat ccgcggcatc cgtgtcgctc gcgagaccga caccgaggtc atcctccgca
     5701 tcggcgccgc cgaaccctgg gacgacgtcg tccgctacgc cgtcagccgc ggctggggcg
     5761 gcatcgaaaa cctctcccac atccccggcg aagccggtgc cgccgcagtc cagaacatcg
     5821 gcgcctatgg cgtcgaactg aaggacgtcg tcgacagcgt cgagaccttc aaccagctca
     5881 ctttcgagcc ccacacctac accgtcgacg cctgccaata cgcctaccgc catagcattt
     5941 tcaaggacga acagcgcgac ccgcacatcg tcacccacct caatttgcgg ctccaaaagc
     6001 gccccgtcct tcgcctcgac tacacccctc tacgcgacgc catcggcgct cttgccagcc
     6061 ccaccgtcag cgacgttcgc gaggccgtcg gcgccattcg ccacagcaaa ctgcccaacc
     6121 ccgaacgcct cggaaacgcc ggcagcttct tcatgaaccc cctcgtcgac cgcgcccagt
     6181 tcgacgccct ccgcgctctc caccccgaca tcccgtccta tcccgcgccc gacggacgcg
     6241 tcaaaatccc cgctggctgg ctcatcgagc gctgcggatt caaaggcctc cgcgagggtg
     6301 aagtcggcgt ttacgaacac caagcgctca tcatcgtcaa ccacggccac gccaccggcg
     6361 acgagattgc cctctttgcc gaacgcatcc gccgcaccgt cagcgatcgc ttcggcatcc
     6421 tcctcacgcc cgaagtccgc tatgtggagt gacccacccg tggcccgaaa atcagagaga
     6481 ggtggcgcca aaaaggcgtc gcctctcttt gttttatgcc aaaatgacac tgcgaggccc
     6541 ccaacgccat cctcgcggcc ctttttcagc tcactgaaga cctaaacgac aactccgcca
     6601 gccattttcg gctcatcgaa gccctcaacg ccatctccac agcccatttt cggctcaccg
     6661 aacatctcaa ccacatctcc tcggcccttt ttcgactcac caaacatccc aaccacatct
     6721 cctcggccca ttctcggctc gccgaaggtc tcaacgacat ctccgcagcc ctttttcggc
     6781 ccaccgaaca tcccaacgcc atccctgcgg cccccgatcc gttcgcgaag gccttaagca
     6841 cctctcggac acaccctctc tttctttctc aggtctaaac acccccattt tcattcgttc
     6901 ggaatcttcc gaaagcctat cacatattga tcctatcaat cggaacttcc cgaatcgtat
     6961 tgaatacgtg tcgcatagat tcggggactt ccgatcggat tattcatccc attacaagtc
     7021 tccggaagtt tccgatcaat taagaccata catttatagg attcggaatc ttccgaaaga
     7081 atagagtact tgataataat aattcggaag aatccgaaat gaataaaatc tatgatctaa
     7141 aggttcggat gtatccgaat gaatagaata agcggtttaa ttagatcgga gattcccgaa
     7201 gtcttgtatc atagatataa aatgcttcgg gagattccga gtaattgata catgcactaa
     7261 tataggatcg gaggttcccg aatgattgaa atagatatgt aaatactttc gggaagttcc
     7321 gaatgggcga aaatgggggt gtttaggcct gaggaagaaa atgaggactt gtcggactat
     7381 ggtttgagac ttgagcagaa aaaagcgggc ccgcgacaaa ctgcggatgg cctgcgcgag
     7441 ggcgaaaggt gtccttggag cactccgcgg ccgctttgca agccgttttt ggggcttcgg
     7501 ctactcgttt ttccgcctaa cggatcgttt ttgagggcat gaaatattcg gatagggctg
     7561 gttgctctta tgcgcctttt tttacatttg cccccgagtt ggtgattcga tgctcaacag
     7621 tccagactgt cgaactgaaa agggaacccg gtgaaagtcc gggactgcgt cctcagctgt
     7681 aagttcttta gaaagcgacc ccgctctgca agcgtcactt tttcgtacca cacgaaaagg
     7741 gaaggccccg cgggatcggg aacaagtcag aagacctgcc gactccgatt tcatttcctg
     7801 tttgaggaaa ggcgagcagg gaaatttgac ataggatttc agcatataga tgagccggca
     7861 ggcgagagcc gccggtacac aaacaggacg tagcgctccc actccccgca aagaggggat
     7921 ccattcggtg acagcgaaag agacggattg gagcgcgggc gcctgtgtga aaagaagaaa
     7981 agtcgaacgg gaagatcgag ccgcgcgctc aattccgcgt cgtccggaaa agtcttacgt
     8041 ggctacccct cagcgcatac ggagcggagg ggggagacgt ggaggcctac ggacggccga
     8101 tcggccgcga aggtcgtggg ggtgcgtgtc agccgtcggt ataccgggta cttgctgttt
     8161 ctgccctttt ctgcacgcga cctgcaacga ttgaggatca gacttaccga ctcgcttcgg
     8221 gatgaatcga gcggcgagcg cggccgtgat ataaagtgac ataaagggtg cggatgcctt
     8281 cgggtagctc gatcttatcc cacgacttat ttataacgaa acacaaacac aacaaccatt
     8341 gaaagatacg tgtatggata gaaaagagat tttttccaca cggacggtga cggttgaaga
     8401 ggccgtgcag gtgatacgta acggcgatcg ggtggtcttc tcgcagggcg cagggattcc
     8461 tcaggtcgtg ccggaagagc tcctgaagcg tcgtgaggag tatgctgacg ttgagatttt
     8521 tcacatgctg cgcccgggta cagtcggcta tgtgtcggca ggtatggagc ggcattttag
     8581 gcattgcgcc gcctttgtct gtgcgggaac gcgcgaggcg gtggccgcga atagggcgga
     8641 ctacatgccg tgtttcttct tcgaggtgcc gcacttcttc cgcagcggct tgctgccggt
     8701 cgacgtggcg gtggtacaag tttctccgcc cgatgcggag ggcttttgca gcttcgggcc
     8761 ggcgtgcgat tatgtgccgg ccgcatgcga agcggcacgc gtggtgattg cagagatgaa
     8821 cgatcaaatg ccgcgcattg gccgaacgaa cacgatccac atctcagagt tagactatgt
     8881 ggtgccctgt tcgagggcgt tacccgaggc gccaccgccg gctattggcg ctgtggaaga
     8941 ggccatcggg caattctgcg cgcagctggt ggaggatggc tccacgctgc agctgggcat
     9001 tggcgccata ccggacgcgg tgctgcacag cctgacagaa aagaacgact tgggactgca
     9061 tacggagctg cttgccgatg gggtgatcga tctcatcgag cgaggcgtga tcaacggccg
     9121 tcgcaagaca ttgcaccggg gcgaacacgt ggcgacgttc cttcttggca ccagtcggct
     9181 gtatgagttt gcagccgcat gcccggaggt agcgctttac ccggtggatc acgtgaatca
     9241 tccgtttgtg attatgaaga acgagcgtat ggtgagcatc aattcctgcc tcgaggtgga
     9301 tctgatgggc caggtgaact cggaaacgat cggtctccgt cagtttagcg gcgcgggtgg
     9361 ccaggtggac tatgtgcgcg gcgcgtcgct atcgcccggt ggcaaatcga tcatggccat
     9421 gccatcgacg gcggtgcatg ggacggtgtc gcggatcgtg cccttcttat ctcagggtgc
     9481 agcggtgaca acgtcgcgca atgatgtgga ctatgtggtg acggagtatg gcattgcgca
     9541 tctcaaggcg aagaccttac gcgagcgtgc ccgcagtctg atagccattg cgcacccttc
     9601 gtttcgcgaa gggctgatgg aagagtttgt cagaaggttc cgctgatctg gctcgcgcaa
     9661 cctagggccg tgcgaggtac ctaaaaagag aaaggagttg tcccgcctga tgcggtggga
     9721 caactccttt ctgtcattcg taatgggttt tgcttttgct acacggtttc cggtcacgat
     9781 ccggatcact tcgcgagggc taagatcgac gcctacaatc acgcccttgt cgtcaatcaa
     9841 aaagttcctc aggcctttct ccagtccgta catcttgtac agtgctgagg cttttcctct
     9901 tcgatcgttc cattgattcg tcttctccaa gccgtcagcc ttcagtgtac cctcgaatac
     9961 ggacttccgt tcgtccatcg aaatggaatg cactgccagg agcgaagaat ccagctcttt
    10021 tacgctgttc cggagctgta tgttgcgaac gcgggattcg gcatcatagg ccgcccaaaa
    10081 gttcaccaac gtgtactgtc cggcatgttc tcggaagtcg atcgcgcgac ctccgaactc
    10141 cggaaggatg atctccgggg catagtcccc gatctgaaat ccttcggtga tacctgccct
    10201 ttcggttccg acggatagga acagcgtcgc aaccactccg gacaggatac ttgctttgat
    10261 cttcatactt ctcgtttatg aattagactc gaaccgggtt ttgcatcgct tgtagcgtgt
    10321 cggtcgttag cgcctccgcc tctctctacg cacaaagggg gaatcactgc gtttgtggtg
    10381 gggccttccg acacgatcaa gaattgcttt tcccgaccct cccgattttc gggagtagaa
    10441 acaaaaacgg ccttctccaa ggccgttgtt tgttccgatc ggcggcaaat gtaaagtaaa
    10501 atattccggc gatcagagcg gctgttccta ttttagagtc tgttcaagtt tatttcgggg
    10561 acctctccga ggtgttttca ggtcatgtag aaaaaggaat tggtggcgat ggagactcct
    10621 gttgggtggc atatcgcgga gaggatctta gtcgaaaatc ttgatttgcg ccacgtaacc
    10681 agtctggcgg aggtcggcaa agagagccgt gtaggaggag cgcgccttga cgttcacttt
    10741 acatgttagt acggcggtgt ccgtcgtata gtccgcttca taggagttac tcatcaggta
    10801 gacttgttgc cgatcgagga tgcgccgaaa ggccttgatg tcgggctcag acgtggagca
    10861 gaccacgacc aagatcttat ttacaccccc tgcgcaggtg cgcttctcga gatgttctaa
    10921 tagtgtgagg acgaacacgg tgagtagcgt taggataatg gcgggcagga acatgcctgc
    10981 tccaaccgcg aggccaataa ccgctacgac ccatacacct gccgctgtag tcaatccatg
    11041 tacaccgccc ttaccttgga tgatggcacc tgcaccgagg aaaccgatac cagtgagcac
    11101 ctgcgccgcg atacgtcccg gatctccgtt gagaaagttc gggtaggtct gcgggatcca
    11161 aatagagacg agcatggaca tggtcgatcc gaggcagatc agcgtgaagg tgcgcagtcc
    11221 agcttcgcgg cggcgtgcct gacgttcggc tccgataacg gctcctaaga ggaatcctat
    11281 gagtaggcgc acgattgccg tacctgcatc gatcgtgcta ctgtcgatca ggcgaatcca
    11341 ttcattcatg tgttgcggtc ttcgggaagg tgaaggatga catagagata atagaggatg
    11401 ccggcctcct tatggttgcc gggaactacc cggaaatcca cttggccgcc gcttgcttga
    11461 tgatgctctg cataagcacg tgcattgtcg agatagacgg tacggtcaga tgcaccgtgg
    11521 agcatgacga aggcgcagcg gttgcgccaa ggggtcaggc tgttctcgct taggatagca
    11581 tcgataggcg cggagacatc ggcatcaccg cggacgaagg cttcggtgaa gaggtcggaa
    11641 gcacgtgtgg acaacccatc ggcatacgcc tcattcatac catcaaaacg agacgtgagc
    11701 tgctccgcgt agggtgatcg gagcaggcga tccacagcga tctttgggta tccgttgcgc
    11761 cggtagctat ggatagccag cgggaggagg taaggcgtcg gcaggtgggt agccaccttg
    11821 gcctcgtcag taattcgctt caagtcgcag ggcgttccgc cgacccataa ccggtcgatc
    11881 gtcagctcac tgacggccga ggcattcgtc tccatctcgc gcgcggtctg cgtcgctaca
    11941 taagcaccga gcgagtagcc ggtgatcgtc aattcgcgct tccggccgta gtgcatggct
    12001 tgcaatacct gttgcgacgc acggataaaa tcgatggtcg cgtgcaccat cggacgtcgc
    12061 tccacatagg gcatggcaca ctgtccgaag gattcgccaa agccgggata atctggcatg
    12121 agcactacgt acccacgcga tgcctgtaat atgccaaaaa gtatataggc ctcgagccgc
    12181 gcgggtacat agtctgctat ttgttgtgta ggtgtctgtc gattgagaac gtaggtgtat
    12241 ggcaatgcca acaattggct gtgtatccgc gctgaatcga tagtcggcgg aaggagtagc
    12301 aggccagaga gacgaatccg tgcagcgcca cctcccggat acgccgatga aaacgtcatc
    12361 ttcactgccc tcacttgcac cttacccgga taacgcggca tagcgccgat gatgctgaag
    12421 tgggatagcc ctaatccgcg ctccatctcc cggaggtcat cctgtgtgaa ctccttcagt
    12481 acggcccact cagggctcaa actcggttcc accgggcgag gagccggctc attcgccctt
    12541 tcgcaggagg taagaagata cagaatgagg acaggaaaaa ttttccacag atctcccttt
    12601 cggcattcca tacggtaacg cttcctcctc atcagcttat tctccatatc ctccatcgga
    12661 ctcaacacgc tcaaatatgt acaagctgct tatttataga ctactttcga catgatcgga
    12721 taagcaagtt tggaataaat cacttcctgc ggacagtaaa gtgtctccaa tgtaggcatt
    12781 ggcgccgact ccaaaaactt cagctttaag ttctttcgta cgtccaccac cgtcagtcgg
    12841 ttgcccatac aacgcagacg cttcagtgcg gcattacgcg acacatccag ttgagtcagg
    12901 cggttattcg cgcaattcag cgatacaagc tccgtattaa tggccacatc cagatcgtcc
    12961 agcagattgc cattgcaggc aaagtcagcc aatgcgaggt tcttcgacac gtccaccttg
    13021 ctcaaagcgt tcataccaca atctaacgtg cctaattttt tattccgtga cacatcgatc
    13081 gcggtcaatt ggttcccgct acaatctaaa tagttaagcc catcgaggtg cgacaccgtg
    13141 agtaacttca atttgttttt gctgcaattc aatgtatcta accttcggtt attggcaatg
    13201 ttaagctccg caagatggtt gtttccacac tttagtgcct ccaattcggg atttttggtt
    13261 acgtccaatc gaatcaagcg aatgctatta catcccagcg tacgaagagc aggattccaa
    13321 cttacatcca ggttaatcag attgttgtca gaacattcca aatctaccaa tttgggatta
    13381 gccttcacgt tcaaatagtg cagcttattt cgtgcgcaat ccaacgaacg aagcgctgga
    13441 aagtaactca tatccaacgt ggtgattcga ttgtcctgac attttagctc ctctaacgag
    13501 gtgaaatatt cgagcccttc cactgaggat aaattcaaac ctgagcaatc catcgatgtg
    13561 accgcacgcg cctccgcgcc agatatttcg ccattcccat ccgtgtcaaa cgattgaaca
    13621 aggaacgtct tgaactctgc atcaggtacg gacacaatac cattgtacga ccgtatggag
    13681 gcgcgtcgac tttcttcggc tactcgctta gcttcctcag ctttacgtgc ttcctcttgg
    13741 cgatattcct catcaaaaaa gatctctcgc gccgtgcggg tatgcgttgc cggttgtgct
    13801 ttctcctctt tcgtttctgg cgcggcggtt gacatggaac gaactggggc ggcttgcgca
    13861 aaatcaggca ggttcttcac atccacatcg gccacttccg gatgagacgg ttctgccaac
    13921 ggagcaactt ctgccactgc cgtctcccga tctacacgat aagttgttac tgaggccgtc
    13981 tgatagctga gtgtacgata agcctgattc ttgatgagtc gtacagccgt aagggtggga
    14041 atagcattgc aataaagctg ttttaactcc ggattgtgcg ttacgtccaa ctccgccaga
    14101 cggttgatgc tgcattctaa ctcggtcagt gcagcattct gcgaaacgtc caatcgcgtc
    14161 aatctgttgt tgccacagtc taaatcagtc aatgccgtgt tacgcgataa atctatcgaa
    14221 tccagtcggt tgtggccgca atagagctgc cgcaaggccc cattccgtaa cacatcaagc
    14281 gaagccaatc ggttgtcgtt acaatagagt tgctccaaac ctacggccgg actggcgtca
    14341 agtgtcgtca attgattctc tgcacaattc agccaacgca gtgaggggca accctgaagg
    14401 tctaatgcct ccagttgatt catgctgcaa ttcatcaacg ataaggatgg gcagtccgcc
    14461 gtctgtaaac gcttcaaacg attgttatcg cagagcaatt cttcaagctc tttccgccca
    14521 ctcacatcca aagcgctgag tttgttgttt cggcaatgca gctcccgcag agcggtgttg
    14581 tgcgatacgt tgatctgttc caagctatta ttatcacagc ggagcacttt gagcgatgga
    14641 ttttgactga catcaatttg tgtcagccca ccccgctcaa acgggttcgc ataggaacaa
    14701 tccagctcct ccagtgctgt aaatgcctca atcccactta gcgactgtag ggggcgatcc
    14761 gtgtattcga tctttcgtac agcttgtgct tcggcagctg agatctcgcc gttaccatct
    14821 gcatcgaaag acgttactaa gtaggcctta aaatccgcat ccgggattac aacagtctgc
    14881 gcacttgcat agagcagcga tgacgcagca aataaaacga tgatattctt cttcatatac
    14941 aatatatata gcctgatccg aactaagagc tacaatctac aagcgaaaaa cgaatcatca
    15001 tctgagccgg atgcctgatc ataaacaggc attcggcggt atgggttttt agctgttttg
    15061 tcgttagccg ttagtgtata gttttcagct tttacgggtt agctgtctgt ctctaatgcc
    15121 cccactaatt ccgatgcgtg atgaaatcca taccgttcac aataagccgc tatgccgtcg
    15181 atcaccttga gcgagacggt aggatcaaca aaatttgagg tgccaatctg caccgcagtc
    15241 gctccggcca acataaactc tacggcatct cgccatgagg cgataccgcc caacccgatc
    15301 acaggtatgc gtaccgcttt tgccgtttgc cacaccatac gcagtgcaat cggcttcacg
    15361 caagggcctg aaagtccgcc tgtcactgtg gagaggatcg gtcttctacg ctccgcatcg
    15421 acagccatcc ccagcagggt attgatcagc gagaccgcat ctgccccctc ggcttctacg
    15481 gcgcgcgcga tctccgtgat gtctgtcaca ttcggtgaga gcttcacaat cagggtccgc
    15541 ggatagacac gtcgcacagc acgcaccact tccgctgcgg acgcggcgca taacccgaaa
    15601 cccattcccc cttgcttcac attcggacaa gagatattga gttcaatggc cggtatatcg
    15661 tctaatgcgg cgatcttctc cacacattcc acgtaagtct cgaccgtaga cccgcctaca
    15721 ttaacgatca tcgcggtgtc taccgatcgg atcgcgggat agattttatc tacaaaatag
    15781 tccacaccgc gattctgcaa tccgacagca ttcaacatgc cagccggagt ctccgccatg
    15841 cgtggataag gatttccctg cctcggttca gccgtcgttc ccttgacaat aatcgcacct
    15901 aaacgactaa tatccatcaa gtccgcatat tccaacccat aaccaaaggt accggaggcg
    15961 gtcatcacgg gattcttaag cactaagtgc tcccctatat gcgtcgttaa attggccatg
    16021 tcaatctatc tatgttaaag accggacctt ctgtgcaggt gcaaacacgt cctgcatcgg
    16081 tcgtatcctc tacgcagcaa aggcaagctc ctatgccaca tcccatcatg ttttcaagcg
    16141 aaacttcgca aggtgtttct gtacgccttg cttgtttggc tacggccatc atcatcggtt
    16201 tcggtccgca agaataaata cgttcgaaag acgcccgctt ccaaatggag tgatccgtca
    16261 cgaagccgcg ttcccccatc gatccatctt cggtagacac gtagacgtcg ccataggctg
    16321 cataggcctc acgttgggct atgccgtcag ccgaccgtgc tccgattaaa aaagtggggg
    16381 taagaccgct ctcacggagt gccttaccga gataaagcat cggcgctgcg cctactccgc
    16441 cgccaaccaa gaggtagttt ttagcatccg acggcatggc gtgcggtact gtaaatccat
    16501 tgcccagtgg caacaggatg ttcacaatgt cgcctgactt atagcgtgcc atgcgccgtg
    16561 taccatcgcc tatcggaagc accaatagcc atagctcatt gcgctcccgg tcgatattat
    16621 gaatggatat aggacgccta agcagcgtgc cgggagaatc atctacgcga atctctacaa
    16681 actgccccgg atccatttcg ggtaaccgct cactgtcgga ggtcagtttc agtaagctat
    16741 atcgtccctg caaatattcg ttggatacaa ctcgcaagtc gagcaggtat ttcttcttca
    16801 ttccagtgct ttatctcttg tcttttcctc taaatagttg atgtgttagc ccttatgtag
    16861 ctatagatcg aagcgaaatc aatcaatatt tgcatgttgc actccacagc gtatgggtct
    16921 cttattccta tttatctata cacggaccta ttgaaccgta taatgtacat ggaagttacc
    16981 ccttccgcca atccgcagtg cagcaaatgg cttaatcttt tttctcctcg acttcgtcat
    17041 cttcgggaag ctggatgtcg ggatcatcct ttttctttcg gtctggacgt tcagacaaat
    17101 tagcttgctt catctccaca ttaattttct ccatcagctt caaataggga gcctcccctt
    17161 caatcagagc caatgaatta atgcgctgga cgagtcgttt gaattcctcg tagagatcat
    17221 ctcttgtctt ctgcgtcaga cccttcttca acgaggactc aaattcaaca cgttcttggt
    17281 aggttccttt atacttcgaa ttagaatcct tcagaatctc cacccatttg tcggcgccga
    17341 ttagggttaa gtcggccttg gcttgggcgg tgtcatagtc ctgaagtagg ttgctgatga
    17401 gtgctgtctt ctcgcgctgc ggtttaaggt gcggcatctt tccataaccc ttcaacacgg
    17461 gatagaggcg ccaagcagca tcggacatgg tctttaccgg ataggtgatg taaagccgta
    17521 aatgtctccc gagaccaatg agcgcgtcgt cgcgtttgga tccatgctta tggagtttat
    17581 ccgtcttacc actttttcgg agcggaacta cagcatcgtc gaaggctttg tatttctcat
    17641 taaatatcgc tacttgatct tttagtttca gcgtctccaa atcttcctta gctaagaagg
    17701 tgctaacatt gctcattgct aagtagaagt tcatgacgcg aatgcgggat agattgacgt
    17761 ggtgtatcat ctcatatatg ttttatgcgc tgcaaatatc cgctatccat tttgattgta
    17821 caaattggcc gcgatattct tttattttat gcggcgcatt caaggtggta ggcactttgc
    17881 tttgcgcgct atgtatatcc acgataatca ttatattgtt gctcgataag attgcaatca
    17941 atggttccac cttgttgcac ttttacatgt tcgatcttga tcaattatgc ttccgatagt
    18001 gtggatgatc catctgaatg gaatcaaatg gggtattgtg taacacaaaa cagctttcga
    18061 cttcagtcaa atatacttct gtgttgctat ttagtgtgcc tgagcaggat cgagcgtata
    18121 tttgagtaac aggttggatg aattgatata gatcgtatga tctaacgcaa aacgatttgg
    18181 acgtaaagca cataaaaaag cagcaaacga gatataatcc acctcatttg ctgctttacg
    18241 aaaagtctaa atcgttacaa tgtggcgctt cacgtcttga cgttacttct tgagtgcttt
    18301 atagatggca tcctgaatgc gggagcggat gcccatagtg gataaccgat tattatcgcg
    18361 tgaaggattg acgcggttgc taagaaaaat atagatcatt tgattatccg gatctaccca
    18421 gaaacaagtg ccggtgaacc ctgtgtgacc ataaacagag gcaggcgcta atcgtccgca
    18481 gggtgacgcc ttgccgggtg tcttttctgg gcgatcaaat cccagtccgc ggcgagacgc
    18541 gtggctctgg ctgtgcgtga acatattgca ggtaagtgcc gagatataag actcaccgcc
    18601 atagttgcca ttattgagat agagctggag gagcttggcc aagtcgtcgg cagaagagaa
    18661 gaggccggcg ttacccgaca cgccgccttg cagcgcagcc gcttcatcat gtacgtatcc
    18721 gcgtaagagt tgatggcgca tcacgcgatc atcttctgtg ggaacaatgc gtagcgtatc
    18781 catcttgcgt aaaggattat aggtcgtcga ggaagcaccc agacgagaaa agaaatacgt
    18841 attgagcaaa cgatccatag gttggctgta cacgttttcg acggccatct tgagtaggat
    18901 aaagttgacg cagctgtagg tgtattttcc acgtgtcccc aatcgagaat tgcgaatgtc
    18961 ttgcatgata tggtcgcgga aggaatcatg tatatacatc cgccgagcga cctcggtcgt
    19021 atagcctggt ttggggctgt ccgacaacca gctggggctg atcgatgaga tgcgtaggct
    19081 gcttgcgggg aacgcgttgc gcgacgtatc tgcacattgg gacgtgccgt catcgcacat
    19141 atagctatga tccgaccggg cattttgata gaaggcgatg taaggtgtaa ttccagattg
    19201 atgataaagc aattcctcca ccgtgaagtc gctcttatta gatccgcgca aggccggaac
    19261 ataggcggaa atgggactat ttaggcgaat taatccgtcg tcgtaggcct tcatcaccgc
    19321 cgggagtgtg cctgtagctt tagagacgga cgcgaggtcg tagactgcat cgtcggtcac
    19381 ttttcgcgtc ttgcggctgt cgtaccatcc gaacgattta ttatagacga tcatgccgtc
    19441 tttagccacc aacacgcggc atccgggata ggcacccttc gtgaccccct cgttagcgat
    19501 ggcgtcgatc tccgcgagtc gagcgggatc aaagcccact tcttcggggc gatggtagcc
    19561 gaggcgcgtc ttggtggtcg ttaacccggt acccgcttga aagagtccgg ggagggagac
    19621 cgagagacgt ccgcgggccg ggataccccc aaaaatgagc tgggcggcat attcctgggc
    19681 cggtgcggtc gactcgtagg ccaaaacaac ggcatcggcc gtacggatcg catcgcggtg
    19741 attgcggagc gtgtaaggcg tagtgaagaa ggtgtatatc gtttgcttct gtccaagaag
    19801 ttggaggaag tccgcgcgtt cggcgccgcg cgaggaatag acggcgcaga tgactgtttc
    19861 atacggctgc aggcgagata gaatatggcg gaattccgcg tctctcgtcg tggcataaat
    19921 tcggaaaatg tcgacgggcg cgtaacggcg gagcatgctg aaaaaggcgt cgccatctgc
    19981 actgccgatg gtgaccagtg caatgcgctt cttatcgagc tgcttgatgg gcagacagtt
    20041 ggcgtcgttc ttaagtagcg tgatagccgc ttcgttgagc ttagccacaa gccagtccgc
    20101 atgaggtgta ttgaggcgtt cggagaggcc acgcgtctca atgggtcgat aatggttgag
    20161 gcccgctaca tatttataag caagaatgcg gcggcattta ctttcgaggt ctttccgaga
    20221 gatcacaccg ctatcgaggg ccgcacggag cgcagccacg gccttgtcag gtgatgaggg
    20281 cgcgagggct atatcattgc ccgccttaat accactgagg gccggatttt cacgttcacc
    20341 ggggcgagcg ccacgcatgt ttagggcatc cgtaaagcag aggccgcgga aaccgtcctt
    20401 ttttcggagg atctccgtta cgatagtggg cgagagtgaa gcggcgcggc cctgttcgcc
    20461 accatcgaga gacggaacac tcaggtggcc agtcatgatg cccgagaaac ccgccgcaat
    20521 aaatcgacgg aagggaagca agtcgatgct gtccatctgc cgctcggaac gattgacaag
    20581 ggggagcgtg tagtgagagt cgctggaggt attgccgtgg ccgggatagt gcttggcgac
    20641 ggccataatg ccacgacttt cgagtccgcg ggcataagcg atgccccgct ttgcgaccgc
    20701 ttcgggatca tcgccaaagg agcgggtgcc aataataggg ttgctggcat tcgtattcac
    20761 gtcgaccgac ggtgcgaagt tgatgtgtat gcccatctcg cgacattgac gggccacctc
    20821 agcaccatag tcctcgatca gtcgggtgtc ttgtacggca ccgagcatca tgtttttagg
    20881 gaagcgcgtg gtgccacgta gtctcatgga gagcccccac tcaccatcca aggcgataaa
    20941 gaggggtagg cgggcggccc gttgtagtcg gttcgtgact tcggcctggg tgccgggatc
    21001 tcccgtgtgg aagagtacgc caccgatctt cagctccgaa acatagcgct ccaaacggcg
    21061 catattggcg gcgtcgagct ttggttcggc gataatcatg atcaattgcc cgatacgttc
    21121 gtcgtcggtc atggcgttat agacggaatc gacccagcga ttcatttttt cgcggtcggc
    21181 cttgcggagg aggctcggtt cgtgctgcgc cgagactgtg ggcgtggcga gagagaggca
    21241 aaatgtaagc aggaggggga gtaggagggg aattttcttc atgtttctgt tccgtttgtt
    21301 ttttacggcc ggcaaaagta tatgccacta cagaaagggc aatcgtcgct taaagtagtc
    21361 ttagcacagg gctgcacgat acgttgggat gttgttaaaa agccgcataa tacttagatg
    21421 ggagtgtgtg aagaggcttt tctgtccttt ctttgcggcc gctttacgta atcgctggcg
    21481 ggcaaacatg agagacccgt tatgttgcgt tttgttcgat ttcaaaacat ataaagagca
    21541 tcattagaaa tggatttaat caagattgca gaggaagcat ttgctactcg aaaggagcat
    21601 cccgcattta agagcggtga cacggtgacg atttcgtacc gaatcaaaga gggaaacaag
    21661 gaacgtattc agcagtaccg cggtgtggtg atccgcatct cgggcgaggg cgacaagaag
    21721 cgttttacgg tgcgtaagat gtcggaaaac gtcggcgtgg aacgtatctt cccgattgag
    21781 tcgccgttca tcgagcagat cgtggtaaac aaggtcggca gagtgcgtcg ctcgaagctg
    21841 tactatctgc gcaacctgac gggtaagaag gcacgtatca aggaaaaacg cggtacggcc
    21901 acggcctgat aaggcgcagc gagaaacagt gagaaacccc gggagcctac tattcgtgga
    21961 tggctttcgg ggtttcttgt taccgacgct cttgagacga aggatgcgat gctgttagca
    22021 tactctcacc tctatttttg tgcacttatt cattagatat agacatgtta gatatagaac
    22081 gtatcaggga agactttccc atcctgcggc gagaggtcta cgaccggccg cttgtttatt
    22141 tcgacaatgc cgccacgacg cagaagccgc gttgcgtggt ggaaaagatc gaagcagcct
    22201 attacaacgt caacgccaac atccaccgcg gtgtgcattt tctcagccag caggctacgg
    22261 aggcacatga ggccgcgcgt gagaccgtgc gggcgtttct gaatgcaccg tcgtcggctg
    22321 agatcatctt cacgcggggc acaacggagg cgatcaatct tgtggcttcg agttatgcac
    22381 gcgcttgcat gcagccaggt gacgaggtga ttgtcacggc catggaacat cattcgaaca
    22441 ttgtgccgtg gcaattgcaa ggcatgcggc tgcgagtaat tcccatcgat gagcacggca
    22501 cactggattt ggaggcgctg ccgggattgt tcaccgaccg gacgcgtctg gtggccgtga
    22561 cgcacatgtc gaacgtgtta gggacggtca atccggtggc ggagatcgct cgcgtggcac
    22621 atgcgcacgg ggtgccgatc cttgtggacg gtgcgcaggc ggtggcccat cgcgcggtcg
    22681 atgtgcaggc ggcggatgtg gacttttatg ccttttcgtc gcataagatc tacggcccga
    22741 caggcatggg cgtactctat ggcaaggccg aatggctcga ccggataccg ccttatcagg
    22801 gcggcggcga gatgattcgc aacgtgtcgt tcgagcatac gacctacaac gaattgcctt
    22861 acaagtttga ggctggcaca ccggacttca tcggcagtac ggcgttagct acggcgttgg
    22921 attatgtgca gcgtatcggc cttgatgcca tcgctgagca cgagcacgaa ctgctccgtt
    22981 acgccacgga tcgccttggc gccatccccg gcatgcgctt catcggacaa gcgccggaga
    23041 agggcagcgt gctgtcgttt ctcgtgggtg acattcaccc ctacgatctt ggcatgatcc
    23101 tcgatcgcct cggcattgcc atccgcacgg ggcatcactg tgccgaaccg ctcatgcatg
    23161 tgcttggcgt ggaaggcacg gcacgcgcct cgttcgcttt atacaacaca aaggccgagg
    23221 tcgatgcgtt ggcggagggc atcgagcggg cgcagaagat gttttaatcg atagttattc
    23281 accctttaac cactcattaa acccctatga ttcttacgac aactccctca ctggagggga
    23341 aaaagattac gcattactat ggcgtcgtca gtggcgaagc catcatcggc gccaacgtgt
    23401 ttcgggactt ttttgccagc atcaccgact ttgtcggcgg acgttcgaac gcctacgagg
    23461 cggtgcttcg caaggccaag gacacggcat tgaacgagat gtcgcaccac gcgcagtcgc
    23521 tgggtgcgaa ctccgtggtg ggcatcgatc tggactacga gacgattgga agtagcatgc
    23581 tcatggtgac ggcctcgggc acagccgtga tcgtggagta aaggaggggg catcgatgct
    23641 ccaacctttt ttggaacccg gccggacgga agcgggctgc gatgaagcag gccgtggatg
    23701 tctggccgga cctgtgtttg cggccgccgt tgtgttgccg ccggactttc agaacgagga
    23761 gctgaatgac agcaagcagc tcacggagcg tgctcgcgaa cgtttgcgaa cggtcatcga
    23821 acgtgaggcc gtggcgtggg ctatcggggt ggcgacggcg gaggagatcg accagatgaa
    23881 catcctgagg gcatcgatct tggctatgca tcgcgccgtg gctggactct gtctgcggcc
    23941 ggacttcttg ctcatcgacg ggaatcgttt tgcgccgtgt ccggaaggga tcccgtatgc
    24001 gacaatcgta catggcgatg cgcggatgat gagtattgcg gccgcgtcag tgctggctaa
    24061 gacacatcgc gacgagatga tggcggcgct tgatgcggat tatcccgcct atggttgggc
    24121 gaaaaacaag ggctacccga cggtcgccca ccgtgacgcg atccgtcggt tcggcgtcac
    24181 accgcaccac cgacgctctt tcgcactgtt gcccgaagcg acgcaggggg agattgtgtt
    24241 tggggtgtga tccatagccc ccacgaaaaa aaaatccttg caaaggtctc ccgaggtggg
    24301 agtgtcctct gcaaggattt gcgtatagcc cgagggtgga agagtcgtat gctattcccc
    24361 cttcgcttgg aaggctacgg cgtacatctt catctgcttg agcatggaga cgaggccgtt
    24421 ggagcgcgtc ggggagaggt gctctttgag gccgatgcgg tcgatgaagt agagatcgga
    24481 ggcagtgatc tccga
//
LOCUS       SEQF2637|AYYD01001285.129388 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..29388
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(327..1265)
                     /locus_tag="SEQF2637_02666"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MESPAPKINFYRERTFGEKLNTTFDYLRHSWRPLLRYSLYFILP
                     LCLVQAFFLNRVMSNTFIDFPVAGESSFSNVISRVLAHAVGVYCCYIAGYILLSALLY
                     SLMQTYERREGGLVGVTFDELRASLGRLVGRSVRVLLFGLLLSLLVGAFIGLPALLGS
                     LWTLLATIPVTLLLVLLFISPLWLFAPLYLLGDRPFFASFRQAFRWGMPAWFEIFGLM
                     LVFGLIGSIVNMVTYLPWYLFTFIGQLFSYTEGNGIADTLWFQLTSYILGIIQSYGYY
                     LSQVIAMTGIAFEYFHLREKHEGVSAATDIASFSKL"
     CDS             complement(1315..2304)
                     /locus_tag="SEQF2637_02667"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKEIVFIRQNIEKWKDLERVVDQAAKEDPERLSDAYMAITTDLA
                     FSRSHYPTSRITIYLNNLASALHNTLYKNKREDRGRILDFWRTELPMAFYESRRELFY
                     SLLVFLVSVAIGVFSVAQDTDFSRLVLGDKYVDMTLRNIAAGRPMDVYDISNEWMMFL
                     RIATNNLYVCFRIFILGLFTGVATGLHLFYNGIMIGTFQAFLFRHGVGWESVLSIWLH
                     GVVEVASIIIAGAAGFALGYGWLFPGTYPRGYAFRQGAKRGLKLAVGVAPFIVLAAFV
                     ESFLTRHTELPDLLRAAYILLSLVLMIFYVVVYPLYVRRRVEAEAANDPDRLA"
     CDS             2707..5094
                     /gene="gerN"
                     /locus_tag="SEQF2637_02668"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KI10"
                     /codon_start=1
                     /transl_table=11
                     /product="Na(+)/H(+)-K(+) antiporter GerN"
                     /translation="MKSTCLARHTFYLARHVFSLSYLCGAFATHVMTKKFKGFLLYVG
                     LIVLFGASMYLIIREGQAHQLVSDSADSAHAPQNLVEGFSVFLALMAEHIHSSFGLLL
                     LQIIIILITCRIVGLLFKRIGQPMVVGEILAGILLGPSVLGRFAPDFSQFLFPRESLG
                     NINLLSQFGLIFFMYTIGMELDVDAIRKKLRETVMISYTCMFFTFFCGLLAAYFIYDR
                     YGREVPFLPFALFIAITMSITAFPVLARIIQERRLTRTHLGTVALAAAANGDVTAWCL
                     LAIVVAISQAGTMLGAVYNILFAAVYLLIMFTIVRPLLRMVGNLYHNPEVIGKPLVML
                     MFLLLLISSYLTEIAGLHALFGAFVAGLVMPENMRFRKIMTEKVEDVSLIIFLPLFFV
                     STGLRTEIGLIDSAEMWLVCFGLILVSTIGKFSSAILSARIEKESWKNSFLLGALMNT
                     HGLMELIALTIGYEMHILPPPVFVMLVLMTLASTFMTTPLLSLINFSFRTGERLRLRR
                     TETVGQGPFRVLISFGRAGSGPVLLDVAFRMFGRGDTKMDLTALHLTVGSDINPLHTA
                     GFEQVSFEPFIREAKRLNLRVSTRYEVSNNAGDTIVSLVNDEPFDFLLVGAGIAMSNL
                     PTDIEARRIRKSLFSLLGGARVQELLSPGSLIHDKTRYFIEHSRCSVGVFVNRGFTRA
                     DHLIVVIDSEADLPLLHYARVLLRSTHGTAALLHRRPSDDASPAPDTVTRELESFIAH
                     TENVHLLPERDLTRESFAEADFMLVGYATWNVISDVCREPLRQMPSTLIIHHRQR"
     CDS             5222..6871
                     /locus_tag="SEQF2637_02669"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQPDYIFECSWEVCNKVGGIYTVLSTKARTLQQQFPDHILFIG
                     PDLGHAGQAAEFDEDTTLYADWRRTTAAAGLPVRIGRWRVPGAPLVMLVDYRQLFSHK
                     NELFYEMWESFGVDSSQAYGDYDESCIFAAATGRVIESFYRFHHLESQRVVAHFDEWM
                     LGFGLLHLRKYTPRIATLFTTHATTIGRSIAGNNKPLYGYMSGYNGDGMAAELHVEAK
                     HSVEKKAAHFADCFTTVSEITAVECRQLLDKAPDVVTPNGFEPDFVPTPDRYPARRAD
                     ARQRLLRAASALYGQTFDSDDTFLVSISGRYEYRNKGIDVFIDAMNRLRTSADLPRAV
                     VAFVLIPAWVYAPRADLKATLEHGAPTTAPLPTPFLTHWLHRMDDDRVSNFILHAGFN
                     TTDGERLKIVFVPCYLDGRDGIFDTPYYDLLIGMDATLYPSYYEPWGYTPLESVAFGI
                     PTVTTDLAGFGRWAQTVVSGRDITEGVAVVHRTDDNYAAVVNESAGALLSLMRCSDAE
                     RSTIAAHCQSLAARAEWERFITYYYTAFNHALTAAARRADA"
     CDS             7223..8629
                     /locus_tag="SEQF2637_02670"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTHYYSLRLATLTAACFLIYTSASATPIVTDDNTAVRDETDYTL
                     SLRPAVSERLFISKAIEKEIVRIKRMITNEKLAWMFENCFPNTLDTAVHFSAIDGDDD
                     TFVYTGDIHAMWLRDSASEVWPYLTFVSRDDELRQMIRGVILRQFKCILLDPYANAFS
                     DGAENSEVYERRWELDSLCHCLRLAYAYWKETGDKSVFTDGRWQKVMQLVLRTLREQQ
                     RKDGPDPYAADSLMDHHSLRPVRPVGLIASAFRPSDDPVTLPFIVPSNFFAVSSLRKA
                     AEILSKVNKDAKTADACKALANEVEEALRRYATVEHPVYGRIYAYEVDGFGNRLMMDD
                     ADVPSLLAMTYLGDVPADDPVYLNTRRFVWSEDNPYFFHGNSGEGIGSSRTGNDMIRP
                     MSLLVRALTSTDDNEIAACLRMLITTDAETGFIHESFYKNDPKRYTRSWFARQNSLFG
                     ELIVKLIRDKKIELLNDL"
     CDS             8820..10730
                     /gene="dnaK"
                     /locus_tag="SEQF2637_02671"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P30721"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein DnaK"
                     /translation="MGKIIGIDLGTTNSCVAVLEGNEPVVIANSEGKRTTPSVVAFVE
                     GGERKVGDPAKRQAITNPQKTIFSIKRFMGETFDQVQKEIARVPYKVVRGDNNTPRVD
                     IDGRLYTPQEISAMILQKMKKTAEDYLGQEVSEAVITVPAYFSDAQRQATKEAGEIAG
                     LKVRRIVNEPTAASLAYGLDKANKDMKIAVFDLGGGTFDISILELGGGVFEVKSTNGD
                     THLGGDDFDHVIIDWLAEEFLKDEGLDLRKDPMALQRLKEAAEKAKIELSSSTSTEIN
                     LPYIMPVDGVPKHLVRTLTRAKFEQLADTLINACLEPCKRALSDAGMSTSDIDEVILV
                     GGSTRIPAVQQLVEKFFGKAPSKGVNPDEVVAIGAAIQGGVLSGDVKDVVLLDVTPLS
                     LGIETMGGVMTKLIEANTTIPTKKSEVFTTAVDNQPSVEIHVLQGERSLAKDNKSIGR
                     FHLDGIPAAMRGVPQIEVTFDIDANGILNVSAKDKGTGKVQSIRIEASSGLSDDEIRR
                     MKDEAAANAEADKKEKERIDKINQADSMIFQTEKQLKDLGDKLPADKRSQIEAALGKL
                     KDAHKAQDLAAIDTAIAELNNVFQAASQDLYNAQNAQAGGAGQPSGNASAGNASNNDG
                     SNVTDVDFEEVK"
     CDS             10933..11421
                     /locus_tag="SEQF2637_02672"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLNESKKMRLQKIEPHVIAFLKATEDHSILSLIFQNIGEGCAKN
                     VKVKVIKDYYKFNKEKYPISSHSFMKNGLTIMPPQYKCTYYLGIIKGDKKIDIEADDS
                     YVEFEISCYDIMGKEYVNTYKLPFNQVGFNDYSDPPNTSMEQIPYYLKEIKNELKGIK
                     QR"
     CDS             11932..13992
                     /gene="htpG"
                     /locus_tag="SEQF2637_02673"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A6Z3"
                     /codon_start=1
                     /transl_table=11
                     /product="Chaperone protein HtpG"
                     /translation="MAKQETKGNIGVTSENIFPVIKKFLYSDHEIFLRELVSNAIDAT
                     QKLKTLASVGEFKGELGDLTIRIRTEKGKLIISDRGVGMTADEIDRYINQIAFSGAEE
                     FVKKYKDNAAAIIGHFGLGFYSSFMVSKKVEIVTRSYQEGATAVRWSCEGTPEYEMTE
                     TTKDDRGTDIILHIDDDNKDFLEKDKITSLLEKYCRYLPIPIAFGKKQEWKDGKYVDT
                     DEDNIVNNTQPAWVRKPSELKDEDYKAFYRELYPMADEPLFWIHLNVDYPFNLTGILY
                     FPRIKSNMDLQRNKIRLYSNQVFVTDSVEGIVPEFLTLLHGVLDSPDIPLNVSRSYLQ
                     SDQNVKKISAHITKKVADRLEEIFKNDRKAFEEKWDSLKLFIQYGMLSDEKFYDRAAK
                     FALLKDVDGTYYTLEEYRKLIASEQTDKEGGVIYLYTTNPDEQYSYIQAAKDRGYNVL
                     VMDGQLDVHAIGQLEQKIEKTHFVRVDSDTIDRLILKADAPTVSLTDDQRQALQQVFR
                     SRLPKMGKTDFVVTFEALGPSANPVMLTQGEFMRRMREMSAMQPGMSFYGEMPESYNL
                     VLNTDHPLILSVLSDEEKACTDKLQPILSDIKGWEARQHDLREAQSKKKEDELTEAEK
                     EDMTNTNRTLDELRGRRDAILTEYAAGNKVVGQLIDLALLANGLLKGEPLSRFIRRSV
                     ELIG"
     CDS             complement(14266..15603)
                     /gene="allB"
                     /locus_tag="SEQF2637_02674"
                     /EC_number="3.5.2.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O32137"
                     /codon_start=1
                     /transl_table=11
                     /product="Allantoinase"
                     /translation="MKILIQDAVIVNEGRSFVGSVLIDGAFVAAVYEEGETPRADGAT
                     VINARGQWLLPGVIDDHVHFREPGMTHKGTIASESRAAVAGGVTTFMDMPNTNPKTVT
                     RREWEWKMARAADTSAANYAFYFGGSDDNADEIRRLDPAHVPGLKLFLGSSTGNGAMN
                     ADTVRRIFGETDLPIAVHAEEESIIERNRERYINLMGEDLPPAFHTKIRNAEACYASS
                     SRVVELADKMGVRLHVLHVSTERELSLFATGRPLTEKKITAEVCVHHLWFTDADYAAY
                     GNRIKWNPSIKSFDDREALRHALLTGAIDIVATDHAPHLPAEKEGSCLTAASGGPMVQ
                     HTLVAMLELAARGVVTREQVVQKMAHNPADLFHIDRRGYIRPGYYADLVLVDPASPWR
                     VTRENLLYHCGWSPMEGQTFQHAVRMTFVNGQPAYADGRVSDTVRGMAVQFVR"
     CDS             complement(15741..16487)
                     /gene="ppm1_2"
                     /locus_tag="SEQF2637_02675"
                     /EC_number="2.4.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QZ12"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyprenol monophosphomannose synthase"
                     /translation="METDSIVIIPTYNEKENIENILRVVFGLEKAFHVLIIDDGSPDG
                     TADIVKRLQREFPGRLHLVERSGKQGLGTAYICGFKWAIEHGYDFIFEMDADFSHNPQ
                     DLLRLYAACTEQGADVAVGSRYCNGVNVVNWPLGRVLMSYYASAYVRFVTGLKVHDTT
                     AGFKCYRRQVLETIELDKIRFKGYAFQIEMKYTAHRCGFKIVEVPIVFVNRVLGTSKM
                     NSSIFGEALFGVLRLKWQGFFRKYPQKKIG"
     CDS             complement(17092..18372)
                     /gene="glyA"
                     /locus_tag="SEQF2637_02676"
                     /EC_number="2.1.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5HE87"
                     /codon_start=1
                     /transl_table=11
                     /product="Serine hydroxymethyltransferase"
                     /translation="MRRDKAIFEIIEREHQRQLKGIELIASENFVSDEVMQAMGSCLT
                     NKYAEGYPGKRYYGGCEVVDESETLAIERLKKLFGAEWVNVQPHSGAQANAAVFLAVL
                     NAGDTFLGLNLSHGGHLSHGSPVNSSGILYHALEYNVKEETGRVDYDQMEEVALRERP
                     KLIVGGASAYSRDWDYKRMREIADKIGALLMIDMAHPAGLVAAGLLNNPLQYAHIVTS
                     TTHKTLRGPRGGVILLGKDFDNPWGKKTPKGEVKKMSQLLDSAVFPGIQGGPLEHVIA
                     AKAVAFEEALQPEYKTYQTQVKKNAAVMAQAFVDKGYKIISGGTDNHSMLIDLRTKFP
                     DLTGKVAEKALVAADITVNKNMVPFDSRSPFQTSGIRIGTPAITTRGAKESLMGEIVE
                     MIDTVLSKPTCDTTIASVREKVNHTMKEYPIFAW"
     CDS             complement(18510..19346)
                     /gene="gloB"
                     /locus_tag="SEQF2637_02677"
                     /EC_number="3.1.2.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01374"
                     /codon_start=1
                     /transl_table=11
                     /product="Hydroxyacylglutathione hydrolase"
                     /translation="MNLFRIARQALALVLLVAVTERGLAQADTADRYTQTRTIGDGVT
                     VTWIRDNAADHTMARSLFVDTPDSVMARLGLTDGVPATISTFLVETGGRINLFDTGYG
                     FPDSRLADALRRLGHDPSEIDLVYLTHFHRDHIGGLMHGDTAAFPHAEVYASRPEYDA
                     WMAMPPDRNAQQVKTMNAYRDRLHLFAFGDTLPGGVLTIDAVGHTPGHTAYRVGRLLI
                     IGDLIHGAALQLERPEYSTSYDMDRPAAARTRRRILDYARREGLVMAGMHLPPPALLP
                     SR"
     CDS             complement(19496..20989)
                     /locus_tag="SEQF2637_02678"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MHDIIIIGSGLGGLASGAILARRGMSVCVLEQHSQAGGCLQSFR
                     RGGATFDTGFHCVGGLRPGEVLHPYFRHLRLLDLPWVQMDEACFEEIHIGDDVYAFAQ
                     GRERFIETLAERFPTERAGLNAFMDMLESTGHSLRRLFDEADTARDHTRERFGQSAYA
                     FLQRTITDPRLRSVLSGASMKMELHADALPLYTFAQINNSYIQSAWRLRGGGEPIVRR
                     LVEQIEQAGGTVRTRARVTRLIAADGRLTAAELSDGERVEGRTFISDIHPALTVGLIP
                     SDSGLLRRVYRQRIESLRNTFGFFTLHVHAPDTPIPYLNRNVSIYDGYESLWHNDRSE
                     ISPSYLISCRPPDTPDSRTVTTLDVLHPITPRINSLLAWDTKDYRQNPRYNAWKSVSA
                     ELCEQRLREHAALPPDFTIERVTTSTPRTYHRYTGTPRGSAYGIRRDCRDLPRTLLSP
                     RTPIPNLLQTGQSVNVHGVLGVTVTAFLTSAELLGRETIRRMLVGEE"
     CDS             complement(21208..22437)
                     /gene="fabB"
                     /locus_tag="SEQF2637_02679"
                     /EC_number="2.3.1.41"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q02K94"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 1"
                     /translation="MNRAVITGLGIYSCLGTTLDAVEQSLREGRSGITLDPQRKELGF
                     RSALTARLDTPDLKGELSRSQRTYMPEQAKYAYVATRDALRQAGLDADYIDRHDVGIL
                     YGNDSTAEAVVHSMDILREKRDTTLIGSGSIFQSMNSTVTMNLSCIFRLRGINLTISG
                     ACASGAHAIGLGALLIRQGLQECIVCGGAQEVNPTAVGSFDGIGAFSTRESDPTRASR
                     PFDRDRDGLVPGGGAATVVLESYEHARRRGATILAEVLGYGFSSNGDHISVPNVDGPL
                     RSLRMAVADAGVPLESIGYINAHATSTPVGDRNEARALTALFDGHPMPPVTSTKSMTG
                     HEMWMAGASEVVYSLLMMRGQFIAPHLNFEHPDDDTAPLRIPTERLDDYAFDTFLSNS
                     FGFGGTNSTLVIGRVRE"
     CDS             complement(22693..23607)
                     /locus_tag="SEQF2637_02680"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPIKRIDEPNCRRYQLDLHTDYLQRLYDVISKIGPEKILLDAS
                     DIVTWDTGLKEQGEITREIKASEESESLLKKDEERDQIISALFQDIRSAARSPLPARR
                     EAGHKLKLVVDTYKGLQKERWAGETAHIKGLLNDLDKSEYAAAITTVGVAELIQLLRT
                     TNTAFDTLRMARTLTSASKNLPSAAEVRKKNEDALYAILFHIEVAYTMAPTEPERKVI
                     GELIDQINRITHEAKATFNQSDAQRKAAKQPKEPKQPKEPKQPKEPKDPKPAPDPKQP
                     EQPKKPDEKPKDPKKPDDGNPDIKLPEE"
     CDS             complement(24102..25700)
                     /locus_tag="SEQF2637_02681"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAINSNIWKCILFAALGFTALASCSEDAMDRVNEDNDHTTSAP
                     AKFVLADVITSTAFSNVGGDLNTYFSVYTEHTVGVDNQLYNAEIRNGEPSVSSTFNNV
                     WENLYSTLKNARIVILTASDEVAANYTTRGIAEVLTAINGALITDAFGDTPYSQAALP
                     QLKDGKPQYMAPNVDTQEAIYQAIMKSLDDAIVDLPKGDAKDKVGSYDFIYKGDGAKW
                     LKLAYGLKARYTMRLLARSKNREADLQKVLEYVDKSFKSIDDQAAYAIYDANNLNPLF
                     GFQWSRDGLAASKSYSDKLIERKDPRLRRFFCIGQDHLPKGSKRVTIQIKGADDPAFL
                     MAENGTATSIKYHYNVPIFFYAQVCPTLLMSYHELLFLKAEALARLNKTAEAEAALKE
                     AVVAAIANAEMGLKGAFKAPTVAGYGGIEETTEAITEKEAEEYFDKNVKPLFTANPLR
                     EVMIQKYLAMLGAFGESTECYNDIRRMKALKEDFVKLSNPKPFPLRAPYGDSDVLANP
                     KVKEAYGNGQYVYSDPVWWAGGNR"
     CDS             complement(25719..28895)
                     /gene="susC_19"
                     /locus_tag="SEQF2637_02682"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MKRSTMLLLCLLLSIGWTVAQTVKVSGTVISDEDGQPIIGAAVT
                     VKGASNVGTVTDVDGKYALDVPSSAKTLVISYVGMRSEEIPVTDKHATTVLRANLALD
                     EVVVTAMGISREKKALGYAVQDVKGDQLTQAANTNVASALQGKVSGIDIAPSSGMPGA
                     SSKMTIRGSRSFTGDNTPLYVVDGMPITSSSDIGTGNSVTGADYANRAVDIDPSDIES
                     INILKGQAASALYGMRATNGVIVITTKSGKGARKGKPEITVNTGFSFENPSTLPKFQT
                     EYAQGIGGKYVATDSRSWGPKIADLANDPKYGGNTDNDYTKESGRKPGQYYVVQRARA
                     GLDPWATPQTYDNAREFFNTGVTWNNSVNVAQNMDKGSYSLSLGNTTAEGIVPSTGLL
                     RYNAKLTAQATLNNHWTTGFSGNFATSKIKKQTGANNGIIATVYGVPASYDFKGIPNH
                     IQGDPYTQNTYRGTGGFDGAYWAVEHNSFVERSQRFFGNAYTQYATNFGDSHKVTAKY
                     QLGVDAYTTNYTDIWGYGHSNGRGEIEEQSVTSNELNSLLTFTWAWAINDNMNLDVLY
                     GNEFVQTASKYKDNTGSNFNFPGWDHMSNATVYTSSGTFHRTRTVGNFASASWAYRNM
                     LYLSATIRNDVVSSMPRNNRSFTYPSVSLGFIFTELDALKNNFLTYGKLRASYAEVGQ
                     AGTYYASYYTVPGYGGGFYNGTPLQYPIGSVMAYTPSYRIYDPNLRPQNTKSYEIGLD
                     LSFFNDLVSLNYTYSRQNVKDQIFDVPLAASTGYQKLRTNGGSVHTNAHEITLNIAPI
                     RRKNIHWEVGVNFTKLDNYVDELAPGVESIRLGGFVDPQVRLSKGDKFPVLYGTSFLR
                     NKKGDIVVDENGLPMAGENKVLGDAAPDFRMGFNTTLELFKFRLSAVFDWKQGGSMYA
                     GTAYMLDFYGVSQRSADFRNKKDFLFERPAVKQLADGSYAPNDIKIKGENAFDYFNAL
                     SRISEAGVYKSSFLKLREISLSYPVYNKPFLSVTANVFLRNVLLWSEMNNGIDPESTQ
                     GNNNMAGSFERFSLPGARSYGFGLSVKF"
ORIGIN      
        1 tccgtgacct cttcgtaatc catgcccagc tttttattgc gcagaaagag gctgggcctc
       61 ttcttccaga taaaccagat gacagcgatg agtgcaagga cgaagaggac aacgagcgac
      121 caggtcacaa tgctgctggc acgctccgtg tcgaggccgt gaaagagacg ttgcagcagg
      181 cgtgcgagtc gactgatcag ggcctcccac cacgaggtgt cgatgggctg caactggctg
      241 ttgtagtcgt agcgcggatc ggcttggtag cgggcgatct tgtcgagatc gtaggtgagg
      301 gtgtcgatat agtcggtcat cagtggtcag agcttagaaa aggaggcaat gtcggtggcg
      361 gcgctgacgc cctcgtgctt ctcgcggagg tggaagtact cgaaggctat gccggtcata
      421 gctatgacct gcgagaggta gtaaccgtag gattggatga tgccgaggat gtagctcgtg
      481 agctgaaacc agagggtgtc tgctatgccg ttgccttcgg tgtaagaaaa gagttggccg
      541 atgaaggtga agaggtacca cggcaggtag gtcaccatat tgacgatgct accaataaga
      601 ccgaagacaa gcatcagtcc gaagatctca aaccaggcgg gcatgcccca acgaaaagcc
      661 tgtcggaagg aggcgaagaa ggggcggtct cccaagagat agagcggagc gaagagccac
      721 agcggagaga taaagaggag gacgagcaac aaggtgacgg ggatggttgc gagtagtgtc
      781 cacagggagc ccaagagcgc gggaaggcca atgaaggcgc cgacgaggag ggagagaagc
      841 aggccgaaga gcagcacacg caccgatcgc ccgacgaggc gacccaagga ggcacgcaac
      901 tcatcgaacg tgacccccac gagcccgcct tcgcgtcgct cgtaagtctg catcagactg
      961 taaagcaggg ccgagaggag gatgtagcca gcgatgtaac agcagtaaac ccccaccgca
     1021 tgcgcaagca cccggctgat tacgttgctg aagctcgatt cgccagccac gggaaaatcg
     1081 atgaaggtgt tgctcatgac ccgattcagg aagaaggcct gaacgagaca gagcggcagg
     1141 atgaagtaaa gcgagtaacg gagcaggggg cgccagctat gacgcaggta gtcgaacgtg
     1201 gtgttcagct tttcgccgaa ggtgcgttcg cgatagaagt tgattttagg tgcgggggat
     1261 tccatatgcg tgtacaagag gtgtgacgac tgtatataaa taggtatagg gcgatcaggc
     1321 cagccggtcg gggtcgttgg cggcctcggc ctccacacgg cggcggacgt agagcggata
     1381 gacgaccacg tagaagatca tcaagacgag gctgagcagg atgtaggcgg cgcggagaag
     1441 gtcgggcagc tccgtgtggc gcgtgaggaa gctctccacg aaggcggcca ggacgatgaa
     1501 gggagccacg ccgacggcga gcttgagtcc gcgcttggcc ccctgacgaa aggcgtaacc
     1561 gcgcggatag gtgcccggaa aaagccagcc gtagcctaag gcgaaccccg cggcaccggc
     1621 gatgatgata gacgcgacct cgacgacgcc gtggagccag atcgacagca cagactccca
     1681 ccccacgccg tggcggaaga ggaaggcttg gaaggtgccg atcatgatgc cgttgtaaaa
     1741 gagatgaagg cccgtcgcca cacccgtaaa aaggccgagg atgaagatgc ggaagcagac
     1801 gtagagattg ttcgtggcga tacggaggaa catcatccat tcgttcgaga tgtcatagac
     1861 gtccatcggc cggccggccg cgatgttgcg gagcgtcatg tcgacgtatt tgtcgcccag
     1921 cacgaggcgg gagaagtcgg tgtcttgagc gaccgaaaag acgccgatgg cgacgctcac
     1981 aaggaagacg aggagcgaat aaaacagctc gcggcgcgat tcgtagaagg ccatcggcag
     2041 ctccgtgcgc cagaagtcga ggatgcgccc gcgatcctca cgtttgttct tgtagagcgt
     2101 gttgtggagc gcagaggcca gattgttgag gtagatcgtg atgcgcgacg tggggtaatg
     2161 gctgcgcgaa aaggcaaggt cggtggtgat cgccatgtag gcgtcggaga gtcgctcggg
     2221 gtcctccttc gcggcctggt cgaccacccg ctccaggtct ttccacttct cgatgttctg
     2281 ccggatgaat acaatctctt tcactgcgat ttatctttct tgatcaattg gccgcaaatg
     2341 taaccagacg aacgaatacg gctgggcagc cactccccgc ccctcttgcg ccacagtttt
     2401 cacctcacct atgcgcttct ttcaaccctg tgtgatcaaa atttgatcac gtgagaggta
     2461 aaaaagctcg tgtgtgatca aaatttgatc acgtgagagg taaaaaagct cgtgcgtcat
     2521 caaaattcga tcactcgaga gataaaaaag ctcgtgtgtc atcaaaattc gatcacgcgt
     2581 gaacaaaatt tgatcacgtg ccagcttctt attgctcgtg catcatcaaa ttttgatcac
     2641 gcgccagctt cttgttgctc gcgagtcatc aaattttgat cacacaaccg gctttccgcc
     2701 gaagacatga agtccacgtg cctcgcacgc cacacttttt acctcgcgcg ccatgttttt
     2761 tcactctcgt acctttgcgg cgcatttgca acacacgtaa tgacgaagaa attcaaaggt
     2821 tttttgctct atgtcgggtt gatcgtgctc ttcggcgcat cgatgtacct catcatccgc
     2881 gaaggtcagg cgcaccaact cgtctccgac tcggccgact cggcccacgc gccgcagaac
     2941 ctcgtcgagg gcttcagcgt cttcctcgcg ctcatggccg agcacatcca ctcgtccttc
     3001 ggcctgctcc tcttgcagat catcatcatc ctcatcacct gccgcatcgt ggggctgctc
     3061 ttcaagcgca tcgggcagcc gatggtcgtg ggtgagatcc tggccggcat cctgctcggg
     3121 ccgtccgtct tgggccggtt cgcgcccgac ttctcccagt tcctcttccc ccgcgaatcg
     3181 ctgggcaaca tcaacctcct gagccagttc ggactcatct ttttcatgta caccatcggt
     3241 atggagctcg acgtcgacgc catccgtaag aagctgcgcg agacggtgat gatcagctac
     3301 acctgcatgt tcttcacctt cttctgcggg ctcctggccg cctacttcat ctacgatcgc
     3361 tatggccgcg aggtgccctt cctgcccttc gcgctcttca tcgccataac gatgagcatc
     3421 accgccttcc ccgtcttggc gcgcatcatc caggagcgcc gcctgacccg cacacacctc
     3481 ggcaccgtgg ctctggccgc ggccgccaac ggcgacgtca cggcctggtg cctcctggcc
     3541 atcgtcgtag ccatctcgca ggccggcacc atgctcggcg ccgtctacaa tatcttattc
     3601 gcggccgtct atctgctcat catgttcacc atcgtcaggc ccctgctgcg catggtcggc
     3661 aacctctacc ataaccccga ggtgatcggc aaacccctcg tcatgctcat gttcctcctg
     3721 ctgctcatct cgtcttacct caccgagata gccggtctcc acgccctctt cggcgccttt
     3781 gtggcggggc tggtcatgcc cgaaaacatg cgcttccgca agatcatgac cgagaaggtg
     3841 gaggacgtct cgctcatcat cttcctgccg ctcttcttcg tctcaacagg cctgcgcacg
     3901 gagatcgggc tgatcgattc ggccgaaatg tggctcgtct gcttcgggct catcctcgtc
     3961 tccacgatcg gcaagttcag cagcgccatc ctctccgccc ggatcgagaa ggagagttgg
     4021 aagaatagct tcctgctcgg ggcgctcatg aacacacacg gcctgatgga gctcatcgcc
     4081 ctgacgatcg gttacgagat gcacatcctg ccgcccccgg tgtttgtcat gctcgtactc
     4141 atgacactgg cctcgacctt catgaccacg cccctgctca gcctcatcaa cttcagcttc
     4201 cgcaccggcg agcgcctgcg tctacggcgc acagaaacgg tcggccaagg gcccttccgt
     4261 gtactcatct ccttcggccg cgccggcagc ggacccgtcc tgctcgacgt cgccttccgc
     4321 atgttcggcc gtggcgacac gaagatggac ctcaccgccc tccacctcac cgtcggttcg
     4381 gacatcaatc cgctccacac agccggcttc gagcaggtca gcttcgagcc tttcatccgc
     4441 gaagccaaac gcctcaacct acgcgtctcc acccgctacg aagtctccaa caacgccggc
     4501 gacacgatcg tgagtctggt caacgacgag ccgttcgact tcctgctcgt gggcgccggc
     4561 attgccatga gcaacctgcc gaccgacatt gaggcacgcc gcatccgtaa gtcgctcttc
     4621 tccctcctcg gtggcgcccg cgtgcaagaa ctcctctcgc ccggatcgct catccacgat
     4681 aagacgcgct acttcatcga gcacagccgc tgctccgtgg gcgtcttcgt caaccgcggc
     4741 ttcacccgcg ccgaccacct gatcgtcgtc atcgattccg aggccgacct cccgcttttg
     4801 cattacgccc gcgtcctgct acgctccacc cacggcaccg ccgccctgct ccaccgtcga
     4861 ccgtccgacg acgcctctcc tgcaccggac accgtaaccc gtgagctgga gtccttcatc
     4921 gcccacactg agaatgtcca cctgcttccc gagcgcgacc tcacccgcga atcgtttgcc
     4981 gaagcagact ttatgcttgt cggttatgcc acctggaacg tcatctccga cgtctgccga
     5041 gagcccctcc gacaaatgcc ctccacgctc atcatccatc accgccagcg gtaggccgcc
     5101 ttccgacttc acacaacgag cgcccccctc attcgcccca actgaaacgg gcaggcactt
     5161 cggtccgtcc ctacatataa atacgtataa ctacccgggc aaagcccgta actatcccta
     5221 tatgatacaa cccgattaca tttttgaatg cagctgggaa gtctgcaaca aagtgggcgg
     5281 catctacacc gtcctatcaa ctaaagcacg caccctgcaa caacagttcc ccgaccacat
     5341 cctcttcatc ggccccgact tggggcatgc cggccaagcc gccgagttcg acgaagacac
     5401 cacgctctac gccgactggc gacgcaccac cgccgcggcc ggactccccg tgcgcatagg
     5461 ccgatggcgc gtgcccggcg ctccgctcgt catgctcgtc gactaccgcc aactcttcag
     5521 ccacaaaaac gaactcttct atgagatgtg ggaatcgttc ggcgtcgact cttcgcaggc
     5581 ctatggcgac tatgacgagt cgtgcatctt cgccgccgcc acggggcgcg tcatcgagag
     5641 cttctaccga ttccaccacc tggagagcca acgcgtcgtg gcccacttcg acgagtggat
     5701 gctcggcttc ggcctcctcc atctgcgcaa atacacgccg cgcatcgcca ccctcttcac
     5761 cacacacgcc accaccatcg gccgctccat cgccggcaac aacaaaccgc tctacggcta
     5821 catgtctggc tacaatggcg acggtatggc ggccgagctg cacgtcgagg cgaagcattc
     5881 ggtggagaaa aaggcggccc actttgccga ttgcttcacg acagtgagcg agatcacggc
     5941 cgtagagtgt cgccagctgc tcgacaaggc gccggacgtg gtcacgccga acggcttcga
     6001 gcccgacttc gtccccacgc ccgaccgcta ccccgcccga cgcgccgacg cccgccagcg
     6061 actgctccgc gctgcctcag cactctacgg ccagacgttc gactcggacg acacgttcct
     6121 cgtctccatc agcggccgct acgagtatcg caacaagggc atcgacgtct ttatcgacgc
     6181 catgaaccgc ctgcgcacgt cggccgacct gccccgcgca gtcgtcgcct tcgtgctcat
     6241 ccccgcctgg gtctatgccc cgcgtgccga cctgaaggct acccttgagc acggtgctcc
     6301 cacgactgcg ccgctgccca cccccttcct cacccactgg ctgcaccgca tggacgacga
     6361 ccgtgtctcg aacttcatcc tccacgccgg cttcaacacc accgacggcg agcgcctgaa
     6421 gatcgtcttc gtgccctgct acctcgacgg ccgcgacggg atcttcgaca cgccttacta
     6481 cgatctcctc atcggcatgg acgccacgct ctacccctcc tactacgagc cttggggcta
     6541 cacgccgctc gagagcgtgg ccttcggcat ccccacggtc acaaccgatc tggctggctt
     6601 cggacgctgg gcacagaccg tcgtcagcgg gcgtgacatc accgagggcg tggccgtcgt
     6661 tcatcgcacg gacgacaatt acgccgccgt agtcaacgag tcagctggcg ccttactatc
     6721 tctcatgcgt tgctctgacg ccgaacgaag cacgatcgcc gcgcactgtc agtccctcgc
     6781 cgcccgcgcc gagtgggaac gttttatcac gtattactac accgccttca accacgccct
     6841 caccgctgcc gcccgccggg ccgacgcata gggcgactgg atcgcctgag agtccggtgg
     6901 ctctggcagg ccgcctgcca acatcgcctg agagtccggt ggctctggca ggcggcctgc
     6961 caacatcgcc tgagactccg gtagccctgg caggcggcct gacaccctta ccaaagactc
     7021 cggtagccct ggcaggcggc ctgccacctt caccaaagac tccgatagtc ccggcaggcg
     7081 gcctgccacc ttcaccaaag ggtcgggtag ttttggcagg cggcctgcca gacatcgccc
     7141 gagggtgcga ggccatttct aaggccctac ctcgtcttcc cccctcctcg ttttcgtttt
     7201 tcacacttca cttttcgttt caatgacaca ctactactcc ctccgcctag ccaccctcac
     7261 cgcggcctgc ttccttattt acacatcggc cagcgccacg cccatcgtga cagacgacaa
     7321 caccgccgtc cgcgacgaaa cggactacac gctgtcgctc cgcccggccg tctccgaacg
     7381 gctcttcatc tccaaagcca tcgagaaaga aatcgtgcgc atcaaacgga tgatcacgaa
     7441 cgagaagctg gcttggatgt tcgaaaactg cttccccaac acgctcgaca ccgccgtcca
     7501 ctttagcgcc atcgatggtg acgacgacac cttcgtctac accggcgaca tccacgccat
     7561 gtggctccgc gactccgcct ccgaggtctg gccctacctg acttttgtca gcagagacga
     7621 cgagctgcgg cagatgatcc gcggcgtcat cctccgccag ttcaagtgca tcctcctcga
     7681 cccctacgcc aacgccttca gcgacggcgc cgaaaacagc gaggtctacg aacgccgttg
     7741 ggagttggac tccctctgcc actgcctgcg cttagcttat gcctactgga aggagacggg
     7801 cgacaagagc gtcttcaccg acgggagatg gcagaaagtc atgcagctcg tcctccgcac
     7861 cctccgcgaa cagcagcgta aggacggccc ggatccctac gccgccgact cgctcatgga
     7921 ccatcacagc ctccgccccg tgcgccccgt cggactgatc gcctccgcct tccgcccctc
     7981 ggacgacccg gtgacactgc ccttcatcgt cccctcgaat ttcttcgccg tcagttcgct
     8041 ccgtaaggca gccgagatct tgagcaaggt gaataaggac gcgaagacgg ccgacgcctg
     8101 caaggccctg gccaacgagg tggaggaggc actgcgccgc tacgccaccg tggagcaccc
     8161 cgtctacggc cgcatctacg cctacgaggt ggacggcttc ggcaaccgcc tgatgatgga
     8221 cgacgccgat gtgcccagcc tcctggccat gacttacctt ggcgacgtgc ccgccgacga
     8281 tcccgtctac ctcaacacgc ggcgcttcgt ctggagcgaa gacaacccct acttcttcca
     8341 cggcaattcc ggcgaaggca tcggcagctc gcgcaccggc aacgacatga tccgccccat
     8401 gtccctcctc gtccgcgccc tcacctccac cgacgacaac gagatcgccg cctgcctccg
     8461 catgctgatc accaccgacg ccgagaccgg tttcatccac gagtccttct ataaaaacga
     8521 ccccaagcgt tacacccgct cctggtttgc ccgccagaac agcctcttcg gcgagctaat
     8581 cgtcaaactc atccgcgaca agaagatcga gctgctcaac gatttgtaag gggcgaaagg
     8641 acgtggccga tacgctataa tttcacctac tccccttccc ccctacgaca aaatgtcagt
     8701 tgcaaatact cgtcacccta cgccgcgctt tggcacgccg tttggagaat gggacggcga
     8761 atcccccgaa agggcatcca accaaccaga atttcaaata gtaaaaacag atatagaaca
     8821 tgggaaagat tattggtata gacttaggaa caaccaactc gtgtgtcgcc gtattggaag
     8881 gcaacgagcc ggtagtgatt gcgaacagtg agggtaaacg caccacgcct tccgtggtag
     8941 ctttcgtaga aggtggcgaa cggaaagtgg gcgatccggc caaacgacag gccatcacta
     9001 acccgcagaa aacgattttc tcgatcaagc gtttcatggg cgagacgttc gatcaggtac
     9061 aaaaagaaat tgcccgcgtg ccgtataagg tagtgcgggg cgacaacaat acgccgcgcg
     9121 tcgacatcga cggacggctt tacacgccgc aggaaatctc ggccatgatc ttgcaaaaga
     9181 tgaagaagac ggccgaggat tatctgggtc aggaggtatc ggaggctgtg atcacggtac
     9241 cggcttactt cagcgacgca cagcgtcagg ctaccaaaga ggctggcgag atcgctggct
     9301 tgaaggtgcg ccgaatcgtc aacgagccta cggctgcatc gctggcttac ggtctcgaca
     9361 aggcaaacaa ggacatgaag attgccgtct tcgacctcgg tggcggtacg ttcgatatct
     9421 ccatcttgga gctcggcggc ggcgtctttg aggtgaagtc gaccaacggc gatacgcacc
     9481 tcggcggcga cgatttcgac cacgtcatca tcgactggct ggccgaggag tttctcaagg
     9541 acgaaggact cgacctgcgc aaagatccga tggcgctgca acgtctgaag gaagctgctg
     9601 agaaggccaa gattgagctc tccagctcga cgagcacgga gatcaacctg ccctacatca
     9661 tgcccgtgga cggtgtgccc aaacacctcg ttcgcacgct gacccgcgct aagttcgagc
     9721 agttggccga cacgctgatc aacgcctgtc tggagccgtg caagcgcgcc ctgtcagacg
     9781 ctggcatgtc gacgtcggac atcgacgagg tgatcctcgt gggcggttcg acacgtatcc
     9841 cggccgtgca gcagctggtg gagaagttct tcggcaaagc accgtcgaag ggtgtgaacc
     9901 cggacgaagt cgtggccatc ggcgcagcca tccagggcgg tgtcctctcg ggcgacgtga
     9961 aggatgtggt gttgctcgac gtaactccgc tgtcgctcgg tatcgaaacg atgggcggcg
    10021 tgatgacgaa actgattgag gctaacacga caatccccac gaagaagtcg gaagtcttca
    10081 ctacggccgt cgacaatcag ccctcggttg aaatccacgt cttgcagggc gagcgttcgc
    10141 tggccaaaga caacaagtcg atcggccgct tccacctcga cggtatcccg gccgccatgc
    10201 gcggtgtgcc gcagatcgag gtgacgttcg acattgacgc caacggtatc ctcaacgtct
    10261 cggccaagga caagggcacg ggcaaggtgc agagcatccg catcgaggcc tccagcggtc
    10321 tgagcgacga cgagatccgc cgcatgaagg acgaggctgc ggccaacgcc gaagcggaca
    10381 agaaggagaa ggagcgcatc gacaagatca accaggcgga cagcatgatc ttccaaacgg
    10441 agaagcagct gaaggacctc ggcgacaagt tgccggccga caaacgctct cagatcgagg
    10501 ctgcgctggg caagctcaag gatgcacaca aggcgcagga tctggctgcc atcgacacgg
    10561 ccatcgccga gttgaacaac gtcttccagg ccgccagcca ggacctctac aacgcgcaga
    10621 acgcgcaagc cggtggcgcc ggtcagccct caggcaacgc ctccgcgggc aatgcctcga
    10681 acaacgacgg cagcaacgtc acggatgtag actttgaaga agtgaagtaa tccccgcgat
    10741 ccatctctta gagcgttatt cgtaccatca tacaagtgtg aagaaatcgc agtcggccca
    10801 gtaatacggt gcaggctgcg atttctgtgt aatcaaaaga catttcagat gagcaccgaa
    10861 tcgataattc aaataatact gagtttagcc cttgttattt ccgctatagt ttctgctgta
    10921 ataacatgga aaatgctcaa cgaaagcaag aaaatgaggc tacaaaaaat agagccccat
    10981 gttatcgcat tcctgaaagc aacagaggat cactctatcc taagtctaat ctttcagaac
    11041 attggagagg gatgcgctaa gaatgtaaag gtgaaggtga ttaaggacta ttacaagttt
    11101 aataaggaga agtaccccat atcaagtcat tcatttatga agaatggcct gacaattatg
    11161 ccgccgcaat acaaatgcac ctattacctt ggaattatta agggtgacaa gaaaattgac
    11221 atagaagctg atgacagcta tgtcgaattt gaaataagct gctacgacat tatgggaaag
    11281 gaatatgtca acacctataa gctgccattc aatcaagtag ggtttaatga ctactcggat
    11341 cctcctaata catctatgga acaaattccc tattacttga aggagatcaa gaatgagtta
    11401 aagggaatca agcaacgctg atacccctac atatacggtc ccacgtttgc gcaggtcgcg
    11461 caagttccgc ggcatttgcc gagacgtttg cgcaagctgc gcaagttccg cggcatttgc
    11521 cgagacgttt gcgcaggctg cgcaagttcc acggcattta ccaagacgtt tgcgcaagcc
    11581 gcgtaaatac cgcggcattt accgagacgt ttgcgggact cccgcaaaca ccaaaaagtt
    11641 tctcgagaga cttgcgggac tcccgcaaac gccaaaaagt tttccgagag acttgcggga
    11701 ctcccgcaaa cgccaaaaag ttttccgaga ggcttgcggg acttccgcaa acaccaaaaa
    11761 gtttctcggg gcacttgcgg gactcccgca aacactcact actccgtcaa aatgtcagtc
    11821 cggtggcgac tggcattttt tttgacccaa ggggccggcg cgtgatccga aagatcacca
    11881 ccaactatcc aatagatcca ttcataaaca ataaatagac agaagaccac tatggcaaaa
    11941 caagaaacca aggggaacat tggcgtaacc agtgaaaaca tcttccccgt catcaaaaaa
    12001 ttcctctaca gcgaccacga gatcttcctc cgcgagctgg tctcgaacgc catcgacgcc
    12061 acgcagaaac tcaagacgct ggcctccgtc ggcgagttca agggcgagct gggcgacctc
    12121 acgatccgca tccgcacgga gaaaggcaag ctcatcatct ccgaccgcgg cgtgggcatg
    12181 acggccgacg aaatcgatcg ctacatcaac caaatcgcct tctccggcgc cgaggagttc
    12241 gtcaagaaat ataaggacaa cgcggccgcc atcatcggcc acttcgggct cggcttctac
    12301 tcctcgttca tggtgtcgaa aaaggtggag atcgtcaccc gctcatacca agagggcgcc
    12361 acggccgtgc ggtggagctg cgagggcacg ccggaatacg aaatgaccga aacaacgaag
    12421 gacgaccgcg gcacggacat catccttcac atcgacgacg acaacaagga cttcctcgaa
    12481 aaagacaaga tcacctccct gctcgagaaa tactgccgct acctgcccat ccccatcgct
    12541 ttcggcaaga agcaagagtg gaaggacggc aagtatgtcg acaccgacga ggacaacatc
    12601 gtcaacaaca cccagcccgc ttgggtgcgc aagccttcgg agctgaagga tgaggactac
    12661 aaggcgttct accgcgagct ctacccgatg gccgacgagc cgctcttctg gatccatctc
    12721 aacgtggatt atcccttcaa cctgaccggt atcctctact tcccgcgcat caaaagcaac
    12781 atggatttgc agcgcaacaa gatccgactc tacagcaacc aggtgttcgt tacggactcc
    12841 gtcgagggca ttgtccccga gttcctcacc ctgctgcacg gcgtgctcga ctcgcccgac
    12901 attccgctca acgtctcccg ctcctacctg cagagcgacc agaacgtgaa gaagatctcc
    12961 gcgcacatca ccaagaaggt ggccgatcgc ttagaggaga tcttcaagaa cgaccgcaag
    13021 gctttcgaag agaagtggga cagcttgaag ctcttcatcc aatacggcat gctcagcgac
    13081 gagaagttct acgaccgcgc cgcgaagttt gccctgctca aggacgtcga cggcacctat
    13141 tacaccctcg aggagtatcg caagctgatc gcctctgagc agaccgataa ggaaggcggc
    13201 gtcatctacc tctacaccac caacccggac gagcagtaca gctacatcca ggcggccaag
    13261 gatcgcggct acaacgtcct cgtcatggac ggacagctcg acgtccacgc catcggacag
    13321 ctggagcaga agatcgagaa gacgcacttc gtccgcgtgg atagcgacac gatcgaccgc
    13381 ctcatcctca aggccgacgc ccccacggtg agcctcaccg acgatcagcg tcaggcgctg
    13441 caacaagtct tccgcagccg gttgccgaag atgggcaaga ccgacttcgt ggtcacgttc
    13501 gaggcgctcg gcccgtcggc caacccagtc atgttgaccc aaggcgagtt catgcgccgc
    13561 atgcgtgaga tgtcggccat gcaacccggc atgtcgttct acggcgagat gcctgagagc
    13621 tacaacctcg tgctcaacac cgatcacccg ctcatcctct ccgtcctcag cgacgaggaa
    13681 aaggcctgca ccgacaagtt gcagcccatc ctctctgaca tcaagggctg ggaggcgcgc
    13741 caacatgacc ttcgcgaggc gcagagcaag aagaaggaag acgaactgac cgaggccgag
    13801 aaggaggata tgacgaacac gaaccgcacg ctcgacgagc tgcgtggccg tcgtgacgcc
    13861 atcctcacgg agtacgccgc cggtaacaag gtagtcggtc agctgatcga cctcgccctc
    13921 ttggccaacg gtctgctgaa gggtgagcca ctgagccgct tcattcgccg cagcgtggaa
    13981 ttgatcggct aaaacggccc cattcgtaag aacagccccc gaatcctccg caacaaaagg
    14041 aagggttcgg gggctttctt atatcctcac tgaaaaaaca aaagcgatct tcattacgaa
    14101 ggtcgctttt gccaaaactc caaatctttt tcgggtatca tgaataaggc gtaaagattg
    14161 ttctggttat ctgcccgcaa agaaggggca aagctgatag gcctgcaaat tttcgaacct
    14221 gttctacaac atgttttgag aatttgctcg tcccgtattt tctacttacc ggacgaattg
    14281 cacggccatg cctcgtacgg tgtccgacac gcggccatcg gcgtaggccg gctgaccgtt
    14341 gacgaacgtc atccgcacgg cgtgctggaa agtctggccc tccatcggcg accatccgca
    14401 gtggtagagc aggttctcgc gcgtgacgcg ccacggcgag gcggggtcga ccagcacaag
    14461 gtcggcgtaa tagcccgggc ggatgtagcc gcggcggtcg atgtggaaga ggtcggcggg
    14521 attgtgcgcc atcttctgca ccacctgctc acgcgtcacg acgccgcgcg cggccagctc
    14581 aagcatagcc accaacgtgt gctgcaccat cggtccgccg gatgcggccg tgaggcatga
    14641 gccttctttc tcggccggca gatgcggcgc gtgatcggtg gcgacgatgt caatggcacc
    14701 cgtgaggagg gcgtgacgaa gcgcctcgcg gtcgtcgaac gacttgatcg aggggttcca
    14761 cttgatgcgg ttgccgtagg cggcatagtc ggcgtcggtg aaccagaggt gatgcacgca
    14821 gacctcggcc gtgatcttct tctccgtcaa tggccgaccg gtggcgaaga gggagagctc
    14881 gcgctcggtg gaaacgtgga gcacgtgcag gcgtacaccc atcttgtcgg ccaactcgac
    14941 aacgcgcgac gaggaggcgt agcaggcttc ggcgttgcgg atcttggtgt gaaaagctgg
    15001 cggaagatcc tcgcccatga ggttgatgta gcgctcgcgg ttgcgctcga tgatggattc
    15061 ctcttcggcg tggacggcga tgggcaggtc ggtctcgcca aagatgcggc ggacggtgtc
    15121 ggcgttcatg gcgccgttgc cggtggagga tccgaggaag agcttgaggc cgggcacgtg
    15181 ggcgggatcg aggcgacgga tctcgtcggc gttgtcgtcc gatccaccga agtagaaggc
    15241 gtagttggcc gccgatgtat cggccgcgcg cgccatcttc cactcccatt cgcgccgtgt
    15301 gacggtcttg gggttcgtgt tgggcatgtc catgaaggtg gtcacgccgc cggccacggc
    15361 cgcacgactc tcgctggcga tggtgccctt atgcgtcata ccgggttcgc ggaaatgcac
    15421 atggtcgtcg atcacgccgg gcagcagcca ttggccgcgg gcgttgatca cggtggcgcc
    15481 atccgcgcgc ggcgtctcgc cttcttcata gaccgcggcg acgaatgcgc cgtcgatcag
    15541 taccgatccg acaaacgagc gtccctcgtt gacgatcacg gcgtcttgaa tcaatatctt
    15601 catataagta gtgggaagta gtgagtagta gtgggaagta gtgagtagta gtgacgaggg
    15661 ggattaggat ggggtatggg caaaaagaac ggggggcgcg tccattctga ggatgtgcgc
    15721 cccccgtatt tacgggttgt ttatccgatt ttcttctgtg gatatttcct gaagaagccc
    15781 tgccacttga gccgtagcac gccgaagagc gcctcgccga agatggatga gttcattttg
    15841 gatgtcccca gcacgcggtt gacgaagacg atgggcacct ccacgatctt gaatccgcag
    15901 cggtgggcgg tgtatttcat ttcgatctga aaggcgtagc ccttgaaacg gatcttgtcc
    15961 agctcgatcg tttcgagcac ctggcggcgg tagcacttga atccggcggt ggtatcgtgc
    16021 accttgaggc cggtcacgaa gcggacgtag gccgaggcgt agtacgacat gagcacgcgc
    16081 ccgaggggcc agttgaccac gttcacgccg ttgcagtagc gtgacccgac ggccacgtcg
    16141 gcgccctgtt cggtgcaggc ggcgtagagc cgaagcaggt cttgggggtt gtggctgaag
    16201 tcggcgtcca tctcaaaaat gaagtcgtag ccgtgctcga tggcccactt aaaaccgcag
    16261 atgtaggccg tgccgaggcc ctgcttgccg ctgcgttcga ccagatgcag ccgcccggga
    16321 aactcgcgct ggaggcgttt gacgatgtcg gccgtgccgt cgggcgagcc gtcgtcgatg
    16381 atcaatacgt ggaaggcctt ctccaagccg aagacgacgc ggaggatgtt ttcgatgttc
    16441 tctttttcgt tgtacgtcgg gatgatgacg atgctgtccg tttccatact ggttattgtt
    16501 tgtcgggcgt ctccaccgcc gcgcacgagg tcggagggag gaacgtggcc ctgttttctt
    16561 ctttgatttt cacgggccaa aagtagaaag attgtttggc gccccttttg cgccccccgc
    16621 ggcgtgccga ctcggtttcc agatcattcc caaacggttt cacaccagaa tcactgtttc
    16681 cataccgttc ccgaacggtt tcgccccaga atcacggttt ctggaccgtt cccgaacggt
    16741 ttcgccccag aatcacggtt tctggaccgt taccgagcgg tttcacccca gaatcactgt
    16801 ttctgaaccg ttaccgaacg gtttcgcccc agaatcacgg tttctggatc gttaccgaac
    16861 ggtttcaccc cagaatcacg gtttctggac cattaccgag cggtttcgcc gtagaatcac
    16921 tgtttctaag ctattcccgg acggtttcgc cgtagataca cggtttctgg actgctcccg
    16981 gacggtttcg ccccagaatc gccctcaaaa aaaggcatgc ctcccgacaa acgcgggaag
    17041 catgccaaca tgagctaagc taaaaatagt acccctctcg gggagatctg tttaccaagc
    17101 gaaaatgggg tactccttca tcgtgtggtt caccttctcg cgaacggagg cgatggtggt
    17161 gtcgcacgtc ggtttggaga gcaccgtgtc gatcatctcg acaatctcac ccatgagcga
    17221 ctccttagcg ccgcgggtgg tgatggccgg ggtaccgata cggataccgg aggtctggaa
    17281 cggcgagcgg ctgtcgaaag gcaccatgtt cttgttcacc gtgatgtccg cggccacgag
    17341 cgccttttcg gccaccttac cggtgaggtc ggggaacttc gtgcgcaggt cgatgagcat
    17401 gctgtggttg tccgttccgc cggagatgat cttgtaaccc ttgtcgacga aggcctgggc
    17461 catgacggcg gcgttcttct tcacctgcgt ctggtaggtc ttgtattcgg gctgcagcgc
    17521 ctcctcgaag gccacggcct tggcggcaat gacgtgctcc agcggtccgc cctgaatgcc
    17581 ggggaagacg gccgagtcga gcagctgcga catcttcttc acctcgcctt tcggcgtctt
    17641 cttgccccac gggttgtcga agtccttacc taaaaggatg acgccaccgc gcggtccgcg
    17701 cagggttttg tgggtcgtag aggtgacgat gtgggcgtac tgaagcgggt tgttgagcag
    17761 tccggcagcg acgagtccgg cggggtgtgc catgtcgatc atgagcaggg cgccgatctt
    17821 gtcggcgatc tcacgcatgc gcttgtagtc ccagtcgcgg gagtaggccg aggcgccgcc
    17881 gacgatcagt ttcggacgct cgcggagggc cacttcttcc atctggtcgt agtccacgcg
    17941 gcccgtctcc tccttcacgt tgtactccaa ggcgtggtag aggatgcccg agctgttgac
    18001 gggcgaaccg tgcgagaggt gtccgccgtg cgagaggtta aggccgagga aggtgtcgcc
    18061 agcgttgagc accgccagga agacggcagc gttagcctgt gcgccggagt gcggctgcac
    18121 gttgacccac tcggcgccga agagcttctt cagccgctca atggctagcg tttcgctctc
    18181 gtccaccacc tcgcaaccgc catagtagcg cttgccgggg tatccttcgg catacttgtt
    18241 cgtcaggcaa ctgcccatgg cctgcataac ctcgtcgctg acaaaattct ctgaagcgat
    18301 cagctcaata cctttcagct gacgctgatg ttcgcgttcg ataatctcga agattgcttt
    18361 gtctcttctc atagaaatac tctgtttacg attacgtctt acgtgacttg aatagtgatt
    18421 attgattctt taacggggcg taaaagtacc ctgattttaa tatccgcaaa gagaggccgc
    18481 ttctggtgcg ccctcccccg ggggggagat catcgggagg gcaggagggc aggcgggggc
    18541 aggtgcatac cggccatgac gagtccctcg cggcgggcat agtcgaggat gcgacgacgg
    18601 gtgcgggcgg cggcgggtcg gtccatgtcg taggacgtgc tgtactccgg gcgctcgagt
    18661 tgcagggcgg cgccgtggat caggtcgccg atgatgagca gccggccgac gcgataggca
    18721 gtgtggccgg gcgtgtgacc gacggcatcg atggtgagga cgccgccagg caacgtgtcg
    18781 ccgaaggcaa agagatgcag gcggtcgcgg taggcgttca tggtcttcac ctgctgtgcg
    18841 ttccggtcgg gcggcatggc catccaggcg tcatactccg ggcgcgaggc gtagacctcg
    18901 gcgtggggga aggctgccgt gtcgccgtgc atcagtccgc cgatgtggtc gcggtggaag
    18961 tgggtgaggt agacgaggtc gatctcggac gggtcgtgcc cgaggcgacg cagcgcgtcg
    19021 gccagtcggc tgtcggggaa gccgtagccg gtgtcgaaga ggttgatccg gccgccggtc
    19081 tcgacgagga aggtgctgat ggtggcgggc acgccgtcgg tcaggccgag gcgcgccatg
    19141 acgctgtccg gggtgtcgac gaacaggctg cgggccatgg tgtggtcggc ggcgttgtcg
    19201 cggatccagg tgacggtgac gccgtcgccg atggtgcgcg tttgggtgta gcggtcggcg
    19261 gtgtcagctt gagcaagccc tcgctcggtg acggccacaa gcaggacgag ggcgagtgcc
    19321 tgccgggcga tgcggaaaag gttcattgtt gcaggtagtt attatgcgcc ttgcggcgcg
    19381 gtggttagtg gatactcttc tcttgttcgc ctcctgttcc tgtcttgaca caagaaaagg
    19441 ggcgaaaaga aagtcaaggt gcgagcgggg cgccggccaa gttggccggg tacccctact
    19501 cctcccccac cagcatacgg cgtatcgtct cgcgaccgag aagctcggcc gaggtgagga
    19561 aggcggtgac ggtgacgccg agcacgccat ggacgttcac gctctggccc gtctggagga
    19621 ggttcgggat gggggtgcgc ggcgaaagga gcgtgcgcgg caggtcgcga cagtcacggc
    19681 ggatgccgta ggctgagccg cggggcgtgc ccgtgtagcg atggtaagtc cggggcgtgg
    19741 aggtggtcac gcgctcaatc gtaaagtcgg gcgggagggc ggcgtgttcg cggagtctct
    19801 gctcgcatag ctccgccgat acggacttcc aagcgttgta tctggggttt tgtcgataat
    19861 ccttggtgtc ccaagcgagg aggctgttga tgcggggcgt gatggggtgc aggacgtcga
    19921 gcgtggtgac ggtgcgcgag tcgggcgtgt ccggcggacg gcaggagatg agatagctgg
    19981 gggagatctc gctgcggtcg ttgtgccaga gcgattcgta gccgtcgtaa atgctgacgt
    20041 tgcggttgag gtatgggatg ggggtgtcgg gcgcgtggac gtgcagggtg aagaagccga
    20101 acgtgtttcg gagcgactcg atgcgctggc ggtagacccg tcggaggagg ccgctgtcgg
    20161 acggaataag cccgacggtg agcgcggggt ggatgtcgga gatgaaggtg cgcccttcga
    20221 cgcgttcgcc gtcggaaagc tcggcggccg tgaggcgacc gtcggcggcg atgagtcgcg
    20281 tgacgcgggc acgggtgcgg actgtgccgc cagcctgctc gatctgctcg acgagtcggc
    20341 ggacgatggg ctcaccaccg ccacgcagtc gccaggcgct ttggatgtag gagttgttga
    20401 tctgggcgaa ggtgtagagc ggcagggcgt cggcgtgaag ctccatcttc atcgacgcgc
    20461 cggagaggac gctgcgcagg cgagggtcgg tgatggtgcg ctggaggaag gcgtaggctg
    20521 actgaccgaa gcgctcacgc gtatgatcgc gggcggtgtc ggcctcgtcg aaaaggcggc
    20581 ggagcgagtg acccgtgctt tcgagcatgt ccatgaacgc gttgaggccg gcgcgctcgg
    20641 tggggaaacg ctccgcgagg gtctcgatga agcgttcgcg cccttgcgca aaggcgtaga
    20701 catcgtcacc gatatgtatc tcctcaaaac acgcctcgtc catctgcacc caggggaggt
    20761 caagcaggcg caggtggcgg aagtagggat ggagcacttc gccggggcgg agtccgccga
    20821 cgcagtggaa gccggtgtcg aacgtggcgc caccgcggcg gaaggactgg aggcagccgc
    20881 cggcctggga gtgttgctcg aggacgcaga cactcatgcc gcgccgtgcg aggatggcac
    20941 ctgaggcgag tccgcccaga ccgctgccga tgatgatgat gtcgtgcatg aataggggta
    21001 gttatgcgcc ttcggcgcgg tagtaggggc gggccttgtg cccgccctgg gtagttatgc
    21061 ggctaaagcc gcagtagtta cgggcgtgcg cccgggtagt tggattctct tgtttcctcc
    21121 ttttcttgtc ttgatacaag aaaaaggagg cgaaaagaaa atcaaggcgt cagggacgcc
    21181 ggccaacttg gtccgggcac ctctaaatca ttcgcggacg cgcccgatga cgagcgtgga
    21241 gttggtgccg ccgaagccga aggagttgga gaggaaggtg tcgaaggcgt agtcgtcgag
    21301 gcgctcggtg gggatgcgga gcggggcggt gtcgtcgtcc gggtgctcga agttgaggtg
    21361 gggggcgatg aactggccgc gcatcataag cagggaatag acgacctcac tggcgccagc
    21421 catccacatc tcgtggccgg tcatggactt ggtggaggtg acgggcggca tggggtgacc
    21481 gtcgaagagg gcggtgaggg cgcgggcctc gttgcggtcg ccgacggggg tggaggtggc
    21541 gtgggcattg atgtaaccga tgctttcgag cggcacgccg gcgtcggcca cggccatacg
    21601 aagcgagcgc aggggaccgt cgacgttggg cacggagatg tggtcgccgt tggacgagaa
    21661 gccgtagccg agcacctcgg cgaggatcgt cgcgccacgg cgtcgggcgt gttcgtagct
    21721 ctccagaacg acggtggcgg caccgccacc gggcacgagc ccgtcgcggt cgcggtcgaa
    21781 gggacgggag gcgcgcgtcg ggtcgctctc gcgggtggag aaggcgccga ttccgtcgaa
    21841 gctgccgacg gccgtggggt tgacctcctg tgcgccgccg cagacgatgc actcctgcag
    21901 gccctgccgg atgagcagtg cgccgagtcc gatggcatgc gcaccgctgg cgcaggcgcc
    21961 ggagatggtg aggttgatgc cgcgaaggcg gaagatgcag gagaggttca tcgtgacggt
    22021 ggagttcatc gattggaaga tggagccgga gccgatgagc gtcgtgtcgc gcttctcgcg
    22081 gaggatgtcc atgctgtgga cgacggcctc ggccgtgctg tcgttgccgt agaggatgcc
    22141 cacgtcgtgt cggtcgatgt agtcggcgtc gaggccggcc tgacggaggg cgtcgcgggt
    22201 ggcgacgtag gcgtacttgg cttgttcggg catgtaggtg cgttggctgc ggctgagttc
    22261 gcccttgagg tcgggtgtgt caagccgggc ggtgagtgcc gaccggaagc cgagctcttt
    22321 gcgctggggg tcgagggtga tgcccgaccg tccctcgcgg agggattgct cgacggcgtc
    22381 gagcgtggtg cccaggcagg agtagatgcc caggccggtg atgactgctc tgttcatagg
    22441 atctatatat gtaggggggc aaaagtaggt ctgcttttgc tgggagccgc tgtgcgcacc
    22501 cggacacaaa aatgccgggc acccactggg gggatacccg gcattttcgc gtttaggtta
    22561 cccttattcc tccggcaggc ggtaggggcg tattgcatac gccccaccac acggcccaac
    22621 ggggccgaat gatcaggtgg ccgggtacac gtggggcgta tgcaatacgc ccctacccgg
    22681 ttaccggacg ccctattcct ccggcagctt gatgtctgga ttaccgtcgt ccggtttctt
    22741 cggatccttc ggcttctcgt ccggcttctt cggctgctcc ggttgcttcg ggtcgggcgc
    22801 tggcttggga tccttaggct ctttcggctg tttgggttcc ttgggttgct tcggctcttt
    22861 gggttgcttg gcagctttgc gctgagcgtc gctttggtta aaggtggctt tggcttcgtg
    22921 ggtgatccga ttgatttggt cgatcagctc gccaatcacc ttgcgctccg gctcggtggg
    22981 tgccatcgtg taggccacct cgatgtgaaa gaggatggca tacaaggcgt cttcgttctt
    23041 cttacgcacc tctgcagctg agggcaagtt tttgcttgct gaggttagtg ttcgtgccat
    23101 gcgcagcgta tcgaacgccg tgttcgtggt gcgcagcagt tggatcagtt cagccacacc
    23161 gacggtcgta atcgctgcgg cgtattcgga tttgtccaaa tcgttgagca agcccttgat
    23221 atgcgctgtc tcaccggccc accgttcttt ctgcaatcct ttatatgtat cgaccacaag
    23281 tttcagcttg tgaccggctt cgcggcgtgc gggtaggggc gaacgggcgg cgctacggat
    23341 gtcttggaag agtgcgctaa tgatctgatc acgttcctcg tcttttttca ggagtgactc
    23401 tgattcttcg gaggccttga tttcacgggt gatctcgcct tgctccttga ggcccgtgtc
    23461 ccaagtgaca atgtcggagg cgtccagaag gattttctcc ggcccaatct tggagattac
    23521 gtcataaagg cgctgtaaat aatcggtgtg caggtccagc tgatagcgcc ggcaattcgg
    23581 ttcgtcgatt cgttttatcg gcttcattct tattggtgtt tgagtgaatt gtaaataaac
    23641 tataggcacc acctacttct atcccctcta ggggatgagg gcgtacccgt ctggaaagtc
    23701 cctatcccct gaggggatga gggcgtaccc gtctagaaag tccctgtccc ctgaggggat
    23761 gagggcgtac ccgtctggaa agtccctatc ccctgagggg atgggggtgt acccgcctgg
    23821 aaagctccta tcccctgagg ggatgggggt gtacccgtct ggaaagctcc tatcccctga
    23881 ggggatgggg gtgtacccgc ctggaaagct cctatcccct caggggatgg gagtgtaccc
    23941 gaaaaatagg tgctcagatg gatcggagat ttcatcgtct ctacgcatgt cctctcttta
    24001 cgccgggcaa atatagacgg ggatctaaaa atagccgggc acatggaagg caaggcccac
    24061 gcacgcaccc ggcttttcgt tcttagctat cggctcttcg atcaacggtt accgccggcc
    24121 caccagacgg ggtcgctgta gacgtactga ccgttgccgt aggcctcttt caccttcggg
    24181 ttggccaaga cgtcggagtc gccgtagggc gcacgcagcg ggaagggctt ggggttggag
    24241 agcttgacga agtcttcctt cagggccttc atgcggcgga tgtcgttgta gcactcggtg
    24301 gattcgccaa aggcgcccag catggcgagg tacttctgga tcatcacctc acgcagcggg
    24361 ttggcggtga aaagcggctt cacgttcttg tcgaaatact cctcggcttc cttctcggtg
    24421 atggcctcgg tggtctcctc gatgccgccg taaccggcta cggtgggtgc tttgaaggcg
    24481 cccttgagac ccatctctgc gttggcaatg gcggccacga cggcttcctt cagcgccgct
    24541 tcggcctcgg ccgtcttgtt cagacgggcc agcgcttcgg ccttgaggaa gagcagttcg
    24601 tggtagctca tcagcagtgt ggggcagacc tgagcgtaga agaagatggg cacgttgtag
    24661 tgatacttga tcgaggtggc ggtgccgttc tcggccatga ggaaggccgg gtcatcggcg
    24721 cccttgatct gtatcgtgac gcgcttcgag cctttcggca ggtggtcctg cccgatgcag
    24781 aagaagcggc gcaggcgcgg gtctttacgc tcgatgagct tgtcgctgta gctcttgctg
    24841 gcggccagtc cgtcacggct ccactggaag ccgaagagcg ggttgaggtt gttggcatcg
    24901 tagatggcgt aggcggcctg atcgtcgatg ctcttaaacg atttgtcgac gtactcgagc
    24961 accttctgga ggtcggcctc gcgattcttc gagcgggcca ggaggcgcat cgtgtagcgc
    25021 gccttgagtc cataggccag cttgagccac ttggcgccgt cgcccttgta gatgaagtcg
    25081 tacgatccga ccttgtcctt ggcgtcaccc ttgggcaggt cgacgatggc gtcgtcgagc
    25141 gacttcatga tggcctgata gatggcctcc tgcgtgtcga cattcggcgc catgtattgc
    25201 ggcttgccgt ccttgagctg gggcagggcg gcctgcgaat aaggcgtgtc gccaaaagca
    25261 tcggtgatga gggcgccgtt gatggcagtc agcacctcgg caatgccgcg ggtggtgtag
    25321 ttagccgcta cttcgtccga tgccgtaagt atcacaatgc gtgcgttctt cagcgtggag
    25381 tataggttct cccaaacgtt gttgaaggtg gaggatacgg agggttcacc gttgcggatc
    25441 tcggcattgt agagctggtt gtccacgccc acggtgtgct ccgtgtagac ggagaagtag
    25501 gtgttcagat cgccgccgac gttgctgaag gcggtggagg tgataacgtc cgccaggacg
    25561 aatttggcgg gtgcgctcgt ggtgtgatcg ttgtcttcgt tgacccgatc catcgcatct
    25621 tccgagcatg aggccagggc cgtaaagcct aaggcggcaa acaagatgca cttccagata
    25681 ttgctgttga ttgctttcat ctctgtgtgg taatagtttt agaatttgac tgataaacca
    25741 aagccgtagc tgcgcgcacc cggcagggag aagcgctcga aggatccggc catgttgttg
    25801 ttaccctgcg tggactcggg gtcgataccg ttgttcatct ccgaccaaag gagcacgttg
    25861 cgcaggaaga cgttggccgt cacactcaag aacggtttgt tgtaaacggg gtagctcagc
    25921 gagatctcgc gcagcttcag gaacgaggat ttgtagacgc ccgcttccga gatgcgtgac
    25981 agggcattga agtagtcgaa ggcgttttcg cccttgatct tgatgtcgtt cggggcatag
    26041 cttccgtcag ccaactgctt cacggcaggg cgttcgaaga ggaaatcctt cttgttgcgg
    26101 aagtcggccg aacgctgcga cacaccgtag aagtcgagca tgtaagccgt accggcgtac
    26161 atcgatccgc cctgcttcca gtcgaagacg gctgagaggc ggaacttgaa gagctccagc
    26221 gtggtgttga agcccatgcg gaagtcggga gcagcatcgc ccagcacctt gttctcgcca
    26281 gccatcggca gaccgttctc atcgactacg atatcgccct tcttgttgcg caagaagctc
    26341 gtaccgtaaa gcacggggaa cttatcgccc ttgctcaggc gcacttgcgg atcgacgaaa
    26401 ccgccgagcc tgatgctttc cacgcctggg gccagctcgt cgacatagtt atcgagcttg
    26461 gtgaagttca cgcccacctc ccaatggatg ttcttgcgac ggatgggggc gatgttcaac
    26521 gtgatctcgt gtgcattggt gtgcaccgat ccgccgtttg tcctgagctt ctggtatcct
    26581 gtggaagcgg ccaagggcac gtcaaagatc tgatccttga cgttctggcg ggagtaggtg
    26641 tagttcagcg aaacgaggtc gttgaagaac gagaggtcga ggccgatctc gtacgacttc
    26701 gtgttctgcg gcctgaggtt cgggtcatag atacgatacg acggtgtgta agccatcacc
    26761 gagccgatcg ggtattgcag cggggtgccg ttgtagaaac cgccgccgta gcctggtacc
    26821 gtataataag aagcgtaata cgtgcccgcc tgtccgactt cagcgtagga ggcgcgcagc
    26881 ttaccgtagg tcaagaagtt gttcttcagt gcgtctagct cagtaaagat gaagccgagc
    26941 gaaacggacg gataggtgaa cgaacggttg ttgcgcggca tgctggagac gacgtcgtta
    27001 cggatcgtag cgctcaggta gagcatgttg cgataagccc acgaggcact ggcgaagttg
    27061 ccgaccgtac gggtgcgatg gaaggtgccg gaagaggtgt acaccgtggc gttgctcatg
    27121 tggtcccagc ctgggaagtt gaagttgctg cccgtgttgt ccttgtactt gctggccgtc
    27181 tgcacgaact cgttgccgta gagcacatcc aagttcatat tgtcattgat cgcccaagcc
    27241 caagtgaagg tgagcagtga gttcagctcg ttgctcgtca cgctctgctc ctcgatctct
    27301 ccgcgaccat tggagtggcc atagccccag atgtcggtgt agttcgttgt gtaggcgtcg
    27361 acgccgagct gatacttagc ggtcaccttg tggctgtcgc cgaagttcgt agcgtactgc
    27421 gtgtaggcgt tgccgaagaa gcgctgcgaa cgctccacga aggagttatg ctccacagcc
    27481 cagtaggctc cgtcgaagcc gcccgtaccg cgatacgtgt tctgcgtata ggggtcgccc
    27541 tgtatgtggt tcggaatgcc cttgaagtcg tagctggcgg gcacaccgta gaccgtggcg
    27601 atgataccgt tgttggcgcc cgtctgcttc ttgatcttgg aggtggcgaa gttgccgctg
    27661 aagcccgtcg tccagtggtt gttcagggtg gcctgtgccg tcagcttggc gttgtaacgg
    27721 aggagaccgg tggagggtac gataccttcg gcggtggtgt tacccagcga gagggagtag
    27781 ctgcccttgt ccatgttctg cgccacgttg acggagttat tccacgtcac gcccgtgttg
    27841 aagaactccc gggcgttgtc gtacgtctgc ggcgtagccc acggatcgag ccccgcacgt
    27901 gcacgctgta cgacataata ctgccccggc ttccgcccgg actccttcgt gtagtcattg
    27961 tccgtgttgc cgccatactt cggatcattg gccaggtcgg caatcttcgg accccacgag
    28021 cgggagtcgg tagctacgta tttaccaccg ataccctgcg cgtattccgt ctggaacttc
    28081 ggcagtgtgg aggggttttc gaacgagaag cccgtattca ccgtgatctc cggcttaccc
    28141 ttgcgggcac ccttgccgct cttggtcgta atgacgatga cgccgttcgt ggcgcgcata
    28201 ccgtagagcg ctgaggcggc ctgccccttc aggatgttga tactctcgat gtcgctcggg
    28261 tcgatgtcca cagcgcggtt cgcatagtca gcaccggtca cagagttgcc cgtaccgatg
    28321 tcgctcgagg aggtgatcgg cataccgtcc acgacgtaga gcggcgtgtt gtcgcccgtg
    28381 aaggagcgcg atccgcggat cgtcatcttc gacgaggcgc cgggcatacc cgacgacggg
    28441 gcgatgtcga taccggagac cttgccttgc agggcggagg ccacgttggt gttggccgcc
    28501 tgggtcagct gatccccttt gacgtcttgc acggcatagc ctaaggcttt cttttcgcgt
    28561 gaaataccca ttgccgtgac cacgacttcg tccagcgcaa ggttagcgcg cagcacggtc
    28621 gtcgcatgct tgtccgtgac ggggatctct tccgatcgca taccgacgta agagatgacc
    28681 aacgtcttgg cagaactcgg gacgtccagc gcgtactttc cgtccacatc ggtgacagtc
    28741 cccacgttgg aggcgccctt caccgtgacg gctgcaccga tgatgggttg cccatcttca
    28801 tcggatatta ccgtcccact cactttgacc gtttgagcaa cggtccatcc tatgctcagt
    28861 agaaggcaca ggagaagcat cgtacttctt ttcatagata cactcttttg gttaaagact
    28921 caactaattc tctcttagaa caacgcaaca aagataggta tggccttcac aaatcaaaac
    28981 gagcgtctta caatctcaca ccaaaacgcc cattcaagtt gcgcttcgtt aatcgcaacc
    29041 cccgctttcg ctgcatttat tgcattaaaa atcccgtaat agggaagaac tgacatgctg
    29101 caaaaaggcc gtcatagcct gtgaatgtgc cggcagacat tctgccgggg ccatcatggg
    29161 gtgtggtggt gccggcagac attctgccgg ggccatcatg gggtgtggtg gtgctggcag
    29221 acattctgcc ggggctatca tggggtgtgg tggtgctggc agacattctg ccgaggccat
    29281 catggggtgt ggtaacgctg gcgacactgt cgccggggcc atcatggggt gtggtaacgc
    29341 tggcgacact gtcgccgggg ctatcatggg gtgtggtaac gtctgtct
//
LOCUS       SEQF2637|AYYD01001286.152816 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..52816
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             531..1802
                     /locus_tag="SEQF2637_02683"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKVLLAMCIVCGATAASAQNFNDYFEDRTLRIDYDFTGDVNKQ
                     EISVIRLNAIPRWYGKRQNLAEVPTAGNGDITVRSKDGRVIYKNSFSTLFQEWLAYPE
                     AKQVRKSFENVFLLPMPKDTVDVTVELRTSRLDVLVSYTHRVIPSDILIKHIGEKEVT
                     PYKTLMQAADTNKCMHIAYIAEGYRKEDMDDFIAHATEANEALFAHEPFKSLKGRFNV
                     IAVMSESKESGTSVPSKGVWKNTVLGSHFDTFYSDRYLTTLNLRDMHDQLAGTPYEHI
                     IVLVNSETYGGGGIYNSYNLTSTRHKYFKPVVVHEFGHSIAGLADEYAFEEELIPLYP
                     HDIEPWEPNLTTLVDFASKWKDMVKKGTKIPTIPTEKNKMEVGVYEGAGYSVKGVYRA
                     FQDCRMRTNQFPEFCPVCKRALTHLIDFYTK"
     CDS             1931..4201
                     /locus_tag="SEQF2637_02684"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSSIFILSAALALPFAAHAQHDEVSKDTAAVPNTKEVKNRNVL
                     LNASYDNRPRQISIGLPSGVSATIFEDGLPVTYDEWPGVPYFYWTAMGIHDHIGLSSL
                     SESAITNGTVNYTVLSTTRRGSEKFEGRAAYNTNIYGLQRFDIALSGPIGKGWSYTAG
                     MYVNHDPGTIKIEDADIAEKMEIFKAGLTKTWKDGKGVFSLLYKHVNTRLFFDNIGPY
                     YYVGDGTSKEYPGFKLGRDNLLPNNGRYRYYDVVDGEFKDVLRLHNNANNSNDLLARL
                     DYEFDNKLKLYVSSKIRRGNLDQARPDQNGLGTAKAGDGFTYAYDAKGHKAGEEYTGK
                     YLQRYLSRDKGFESTWMTTAELSRASARHSWRAGMNFWWGRSFVNSSAGTMVHTLEAS
                     PVWLKQKGELITGCNWTGEYMDMHEEKAALYFSDDWQATDRLWLSGGLRMEYYGIGGL
                     TTLAYMTYPRLDGMKPDHPENKRKENWSIKDGKLVDFSKGWINPAAAINGRYTLLDGF
                     GLTGEYVFAMRRPYAYDFAGEEIPNLDPVNIHLGRAGIFWNNSWIQLASQFSFVRQTN
                     YKWRTQFNHPTNETDFTTVFVNYDVQTLGWTTDMVLQPAKGFTFHALFTLQDPRYKNY
                     EIDPVFKDGTKSHASFSNKKTTGVSDVIIELNPSYTYDKFNIWLSARYSSAYYVNKMN
                     TLKFNGLWTTFAGVSYALNKNVDFSVNFVNLLNVSGASGGVSTSDLKPKNVENYLAVG
                     SYIRPFTVSFGAKVRF"
     CDS             4340..6538
                     /gene="ptpA"
                     /locus_tag="SEQF2637_02685"
                     /EC_number="3.4.14.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7MUW6"
                     /codon_start=1
                     /transl_table=11
                     /product="Prolyl tripeptidyl peptidase"
                     /translation="MRFKSYFTLALTMTLAAAIPQTGAAQKKLFTLEDLNFGGTNYRN
                     MTPQNRSIVWWGEEAVRTDADFCALINKTTGRETRLFTLADINQWIGAKDDNHRVKSL
                     RYATFPYAKQSLVLVENLTERMLVDWKAHRVVWRQASALQEHTDFAPASRATAYVRDH
                     NLFVIDGEGRVRQISTDGSREMVYGVTAYREMFGIYKGTFWNPDGSRLAFYRMDQTMV
                     PDYPLVDVDPDSMAVLAPEKYPMAGRTTHEVTIGVYDVKSDKTIYLKVGNPKDRYFVN
                     IGWSPDGKTIYLKEFNRKQNEMSLDAYDAVTGDKRATLYTEHHEKYITSYTSVAFLPW
                     DADKFILQSQKDGYNHLYLFNTKGEMLRQLTSGNFVVYDLLGFDKARKRAIILSAESS
                     PIQSNLYAVDIATGKRTLLDNGRGVHANIISPSGFHDRALSPDGGWIIDNYAEPTVPR
                     NIDFINLKTDKGTRYFTAENPWKDYAEPQISSGTIKAADGRTDLYYRLVKPADFDASK
                     KYPTVVYVYGGPMTRNVDAYWHYRLRGWEAYMAQKGFIVFVLDNRGSSDRGRDFEQAT
                     YRHLGTEEMKDQMKGVDFLKTLPYVDANRLGIHGWSFGGFMTINLMTTYPDVFKVGVA
                     GGPVIDWNWYEVQYGELYMGTPQDNPEGYAAGSLLPKAKNLKGKLQIIIGMNDPVVLP
                     QNALRFLKECISAGTQPDFFVYPGEPHNMRGHQSVHLHERITQYFIDYLK"
     CDS             7082..7663
                     /locus_tag="SEQF2637_02686"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQTWWGSLDPFMQTLWGIAIAASAVFIIQSIMTFVGMDSETNFD
                     GDFDGDMSADDAGESTPFQLFTFRNLINFMLGFSWTAIALRASTESTSLMLVGGVVVG
                     VLLVCAVMYLFKWMSGMQQSGTIEPEALVGCKGSVYLTIPAGRTGEGKVQITVRSAIR
                     EYNAMTDGDRLPNEAPIRVVAVLNGHTVLVEKV"
     CDS             7890..9344
                     /gene="yqiK"
                     /locus_tag="SEQF2637_02687"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77306"
                     /codon_start=1
                     /transl_table=11
                     /product="Inner membrane protein YqiK"
                     /translation="MPSLYLIVVIAGVLFVTFASILSRYKRCPSDKVLVVYGKTGRNK
                     EGGVSSARCIHGGAAFIWPVFQNYAFLDLTPISIECNLTNALSKQNIRVDVPCRFTVG
                     ISTEPESMTNAAERLLGQNTHNIQNIATDILFGQLRLVIATMDIEEINSDRDKFLANV
                     SANVEAELRKIGLKLINVNVTDIRDESGYIEALGKEAAAKAINEAKKSVAEQNRFGEI
                     GKAEADRDKDIRIAETLRDTRIRTSEANALAVEGENNAKIAIANSDATRREKEAEAAR
                     RAVAAEKVQTAKALQEAYQSEREAEMTRAEREKATQTANVVVPAEIEKEKAIINAEAE
                     AEKMRRIAKGEADAIFAKMDAEARGTYELLTKQAEGYDRLVRAAAGDPDKAVLMLITD
                     KLPELVRTQVEAVKNIKIDKITVWDGNNADGNGMTSTANFISGMMKSVPPLNDLFNMA
                     GLNLPTYLKGADRPTIPLRPTDSKSPEATPPAKK"
     CDS             complement(9459..10196)
                     /gene="frp_2"
                     /locus_tag="SEQF2637_02688"
                     /EC_number="1.5.1.38"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q56691"
                     /codon_start=1
                     /transl_table=11
                     /product="NADPH-flavin oxidoreductase"
                     /translation="MPLIIIYSTNEMKYSNKTWRACALCMLAALTMTTGCQNKPAETA
                     DSTNAATDSVVAESPLDNAVVRAIMDRRSVRKYKPEPVPKEMLDVILHCGINAPNAMN
                     EQRWEVRVTNSKAFIDGVTKVFVESAENDERVKKMVENPDFHNMFRNAPTVIFVAGKA
                     DEKSSPIDCGLLGENIMLAAQSMGLGTCCLGSAAGFLNSNPGAANYLKQLAFSDGYEL
                     LYAIAIGYPDESPEAKPRDASKIRYIE"
     CDS             complement(10918..11718)
                     /locus_tag="SEQF2637_02689"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTISGFQTFLVVSLSALIGLSACSHTPEGVLTEKQMRDVMIDLY
                     TAEAMIYDEPQRYETFEQRRALFNDVFAKHHLTEAQYDSSLMWYGRNLDLYMGVCDMA
                     LEEVDRRLKSAGGEVSSDVTVRRSSSPATPDLWSGKRYYAFSPSDLSDRVVFETSPGG
                     GAHATAAEYVLEMQIWGLQPAANERIVVSLRADVENDSTLIQRDTITADGPHRVALIN
                     PPGNYVRRIYGYLRVIAPSSKVYVDSLRLTPGESVSVDQLEPPLPPLE"
     CDS             complement(11739..12389)
                     /gene="lspA"
                     /locus_tag="SEQF2637_02690"
                     /EC_number="3.4.23.36"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P00804"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoprotein signal peptidase"
                     /translation="MNEQTRATKAWGAAAIILLLLFLDQAFKIWVKTHMALGESITIF
                     PWFQLYFTENPGMAFGMEFFNKLVLSVFRIVAVVGIGYYLVQLIRKEYPMGYIVCIAM
                     IFAGALGNIIDSVFYGVIFNHSYGQVATLMPASGGYAPLLHGKVVDMLYFPLIETTLP
                     AWVPIFGGQEFVFFRPIFNLADSSICVGVFLLLIFHSRTLSFSLSKKPSSSKDEKE"
     CDS             complement(12386..12766)
                     /gene="yocK"
                     /locus_tag="SEQF2637_02691"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80872"
                     /codon_start=1
                     /transl_table=11
                     /product="General stress protein 16O"
                     /translation="MAEKTRYSDAELEEFRTIIMEKLDKAKRDYDLLREGISNSEGND
                     VSDTSPTFKVMEEGASTLSKEEVGRLAQRQMKFIQNLQAALIRIENKTYGICRETGKL
                     ISKERLRAVPHATLSIEAKQSGVK"
     CDS             complement(12839..16303)
                     /gene="ileS"
                     /locus_tag="SEQF2637_02692"
                     /EC_number="6.1.1.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P56690"
                     /codon_start=1
                     /transl_table=11
                     /product="Isoleucine--tRNA ligase"
                     /translation="MKNRFAEYDSFDLSEINREVLKKWQEGDLFHKSLSIRTGAPDFV
                     FYEGPPSANGMPGIHHVIARTIKDIFCRYKTMKGFRVDRKAGWDTHGLPVELGVEKEL
                     GITKEDIGRKVSVAEYNAACRKNVMTYTKEWEDLTQQMGYWVDMEHPYITYDNRYIET
                     LWYLLKALYEKGLLYKGYTIQPYSPAAGTGLSSHELNQPGCYRDVKDTTVTAQFRAVK
                     PEQLANDFQRSVFAGSDAPSDVYFLAWTTTPWTLSSNTALCVGADIDYVAVRSFNPYT
                     GAPNTYILAEARLAAYFNPKAADMPLSAYKPGDKLIPYEVIGRCKGRDLVGLSYEQLI
                     PWFHPGDGAFRLISDSYVTTEDGTGIVHIAPTFGADDARVGKAFGIPPLQLVDKAGNL
                     RPAVDLKGRFYRLEDLDETYVKERVNTDLYKEYAGRYVKNDYDPALTDPNEKDPLDVD
                     LCVMLKQQGLAFKIEKYVHNYPHCWRTDKSILYYPLDSWFIRTTACRDRMIELNNTIN
                     WKPQSTGTGRFGKWLENLQDWNLSRSRYWGTPLPIWRTDDNAEEKCIGSVSELYAEIE
                     RSVEAGFMKSNPYKDNGFVPETYTAENYDRIDLHRPYVDDIVLVSPTGRPMKRETDLI
                     DVWFDSGAMPYAQIHYPFENKEAFDARKVYPADFIAEGVDQTRGWFFTLHALGTMLFD
                     SVAFKNVVSNGLVLDKNGNKMSKRLGNAVDPFATIRQYGSDPLRWYMITNASPWDNLK
                     FDPDGVEEMRRKFFGTLYNTYSFFALYANVDGFTYSEPDVPMADRPEIDRWILSLLHS
                     LVKDVDSYLNTYDPTRAGRAIADFINDHLSNWYVRLNRRRFWGGGMTTDKLSAYQTLY
                     TCLETVAKLMAPVAPFYADRLYGDLIAVTGRESAESVHLADFPVCDEAMIDKELEERM
                     QIAQDISSMTLALRRKVNIKVRQPLHTLLVSAVDEHQRAAVEAVQDIILNEVNVKELK
                     FADAGSNILVKKVKPDFKKLGPRYGKVMKALAAAIQAMTQEEIATFERDGSFTFPIDG
                     NACTVLTDDVEIISEDIPGWLVANEGRLTIALDITVTDELRREGLARELVNRLQNLRK
                     SSGLEITDHIRVTLAPAEEMEGVLETYGDYIRRQVLADAITSTERSADMTELEFDDFQ
                     LPVKIEKV"
     CDS             complement(16447..16731)
                     /locus_tag="SEQF2637_02693"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSADVLMGCDGRGRMSADVLMGCDSPGDTVASMIMGCGSPGDTV
                     ASMIMGYGSPGDTVASTIMGCGSPGDTVASMIMGYGSPGDTVASMIMSWA"
     CDS             complement(16982..17368)
                     /locus_tag="SEQF2637_02694"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVCLQLLTPSDEKPDFRDPFFLIYFPSGALLNRLPLLKRLQLR
                     EVVAFRGWYGTLTDKNNPFLADNADLYAFPSNTYLMGRRPYMELSVGLDNIFKLVRVD
                     YVWRLSYRDHPHTPNSGVRFKVQFSF"
     CDS             17511..19175
                     /gene="aspT_2"
                     /locus_tag="SEQF2637_02695"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8L3K8"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate/alanine antiporter"
                     /translation="MDWFISLFSEHTALQAMVVISFISAIGLGLGKVRLMGISLGVTF
                     VFFVGILAGHLGFTVDPAMRTYAESFGLVIFVYALGLQVGPGFFSSFHTGGLTLNMLS
                     MGVVVLGTLMAVAFSYATGVSLPDMVGILCGATTNTPALGAAQQTLMQLGLDGSTAAL
                     GCAVTYPLGVVGVIIAVMLMRKTLVKPGDTGAQEKEDANKVYMAAFQVHNPAVFGKSV
                     KDIGAISATRFVISRLWRDGHVSIPTSASTLREGDRLLVITSEKDVPALTVLFGEQEN
                     KDWNKDDIDWNAIDSELASERIVVTRPELNGKRLGSLRLRNHYGINISRVYRSGVQLL
                     ATPELVLQLGDRLTVVGESAAIRNVEKVLGNAVKSLNEPNLVVIFIGIVLGLVLGSLP
                     IAIPGISTPVKLGLAGGPIIVGILLGTFGPRLHMITYTTRSANLMLRALGLSMYLACL
                     GLDAGAHFFETVFRPEGLLWIGLGFVLTLIPTLIVGAIAMKWLKIDFASVFGMLCGSM
                     ANPMALNYVNDTVSGDNPAVAYATVYPLSMFARVILVQVLLMALLG"
     CDS             19253..20059
                     /gene="bamD_2"
                     /locus_tag="SEQF2637_02696"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00922"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer membrane protein assembly factor BamD"
                     /translation="MKNIGWVIGIMLLFASCGEYNKILKSTDYELKYSYAKKYFDEKK
                     YAKAATLLEELVPIFKGTTHAEESLYLLAQTYYSQKDYETAAEYFKTYYTTYPKGEYA
                     EQARFYSGYGLYLDSPDPRLDQSQTYEAIAQLQLYMEYYPQSERAKQAQEILFQLQEK
                     LAYKELLAAELYYNLGTYMGNNYRSCVITADNALRDYPYTKYREDFIFLKIKSKFELA
                     SVSVEDRLQGRYRDVVDEYYNYKNEFPDGKYSRQVQKYFNEANSHITTKY"
     CDS             20093..20425
                     /gene="rpoZ"
                     /locus_tag="SEQF2637_02697"
                     /EC_number="2.7.7.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00366"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-directed RNA polymerase subunit omega"
                     /translation="MDYRKTTAPTNTVTRDMIKLCHDNQDNVYETVMVIAKRANQISN
                     EMKQDLEKKLEEFTNLSDNLEEVFENHEQIEISRSYEKMPKPTLIATQEYLEDKIYYK
                     NPSREKSF"
     CDS             20444..20908
                     /locus_tag="SEQF2637_02698"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIQRIQTVYLLIVAALNLLVVFMPLATVQFDGIFYSFDASGMST
                     MASPEALVYPTWALMALSALISLLALVTIFLFRRRMLQIRLCTFNTLLIVGFYGLFAF
                     YLWRLAGSMDAFTFNFRIALAFPLISLILNWLAIRAIGADEMLVRSLDRLRK"
     CDS             20943..21794
                     /gene="mtgA"
                     /locus_tag="SEQF2637_02699"
                     /EC_number="2.4.1.129"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P46022"
                     /codon_start=1
                     /transl_table=11
                     /product="Biosynthetic peptidoglycan transglycosylase"
                     /translation="MKLRFKRILRWCRNAVLALFVFSLFMVLVYKWLPVPFTPLMFIR
                     ALDPETPQMKHHWVSIDKISHAMPLAVVASEDNRFMTHHGFDHEQIRQAMEEAKRGGR
                     KRGASTISQQTAKNVFLWPGRSWIRKGLEAYFTVLIEFVWGKERIMEVYLNSIEMGRG
                     IFGVEAASRTYFSKSAASLTRPEAALIAAALPNPRKRNPGAPSAYMRKRQGAILSLMN
                     KVGAVPIGSGSPAAVDAAPAEKPQPAAPSSRPKPAPQTVEPAPKDELPENVTVDDEEE
                     DDDEDLD"
     CDS             22178..22843
                     /gene="lipB"
                     /locus_tag="SEQF2637_02700"
                     /EC_number="2.3.1.181"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SLQ3"
                     /codon_start=1
                     /transl_table=11
                     /product="Octanoyltransferase"
                     /translation="MFIYQDLKRIDYAEALAIQTAAFDELLALKEHGETGTSRLFFCE
                     HNPVFTLGKHGLDANLLVSEDVLRRRGVAFYHTNRGGDITYHGPGQITGYPVFDLEPL
                     HLGLRAYIEALEETVIRFLARFDLHAERMAGATGVWLDVGKTRARKICAIGVRSRRFV
                     TMHGFALNISTDLSYFSLIHPCGFVDKGVTSLAKELAPSESPDMETSKQLLLEDFRSI
                     FGS"
     CDS             23449..24225
                     /locus_tag="SEQF2637_02701"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIETIHIEKISQHRLSLALHAFFHGDVCSRMMSEDSDKIGVPKS
                     QSEEYKKWVDEELDMIAEARESYNTREIQKKDSECDRLLSFIFSMVRTMRLSPKPEEV
                     ESAEKLYIIMRVGKRIQAEGVTRKPARIESLLIDLKKPECTEHISRLRLEEGIGLLEK
                     SYKELRTLVAERTNERAEKKRPSATQIRPKTDKAYYEILRLLEVAYIQGQAPVDRESI
                     ENLVRYLNEHTNNVRMVHRQSQAQRKSRSNQKEESEEVSD"
     CDS             complement(24240..25574)
                     /gene="mepA_2"
                     /locus_tag="SEQF2637_02702"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A7N0"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug export protein MepA"
                     /translation="MEQNRDNYAFLTEGPIHRVIGTMAVPTIISMLVLSLYNMADTFF
                     VGRIDTQSTAAIGIVFSVMFLVQAISFFFGNGSGNYISRELGARRHRNAEVMATTGFV
                     YAVAGGLLILIAGELFLTPLSRWLGSTPTILPYTRTYLGITLLGTPLVTGAFTLNNQM
                     RFQGNAIYAMRGIATGAILNVALDPLFIFVFNMGIAGAAVATVIGQAVSFVILLRMTH
                     RGGSIRIRLQNFSLSKVYIQEIMAGGTPSLSRQGLSSLATVMLNYGAGAYGDAAIAGM
                     SVVNRFTMILLAAVIGFGQGFQPFCGFCYGARLYERVKDGFWYAVRVSTLFLLVCSVV
                     GWIFSDHIIVLFRRDPAVVAVGTVALKWQLASLPLTGLIILGNMFTQTIRKTIQANIL
                     AAARSGLFFIPLMMILPNTFGLMGVEMCQTVSDVLAFSLTLPILHSAFREMR"
     CDS             complement(25643..26800)
                     /gene="celC"
                     /locus_tag="SEQF2637_02703"
                     /EC_number="3.2.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0C2S3"
                     /codon_start=1
                     /transl_table=11
                     /product="Endoglucanase C"
                     /translation="MRTTKQFLLTALAICALSACGKKDTPEPEPKPKPTPGTEQPVRP
                     ARLRGFMVARVEDVSERTLDDVAAWGANIIRLQICPVKYATDNNRNIWEALPVYLIRI
                     DERLKWAKARGLKVVLDLHEPPVNGYTNPGFPAFWNKSQILDDFLRFWTAVANKFKDP
                     AYNDLIYGYDIYNEPAAWVQGTDHVPHKWRAMAPEIVKAIRAIDRDVWIIYEPGPWNG
                     PDNYRNLQPLADKRVMYSLHFYLPGGFTHQGVNMATKAEAIASLGVEYPGKVKGKQWD
                     RAALERELEVVDDFQRRYNVPIFVGEFSVVRWAPIPSSARWLTDVVSLFEERKWTWCY
                     HAFREWDGWSLEHPEGRHTFRYKGDAAASPAKTETERAKVIRAALRKNAQK"
     CDS             complement(27077..27520)
                     /locus_tag="SEQF2637_02704"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKTVRIALALCGLFFVASNNAKRKKLLSSENVEADQAEPTYE
                     LIGQRVQLLYEGGMKAEVQYLNDTTLHRKTTVNGSVAEEQNTMVQRRIDNSRFFVNWI
                     ENDGTTASQVLDFKEKTVTVFLTFTGPDGTRHSQLLTGRLELQGE"
     CDS             complement(27740..28603)
                     /locus_tag="SEQF2637_02705"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRVISILLCAWWAITSSPADDWSGNLTFSVEDMTAFNGCMGTL
                     RSAADPRPVGTATLAAARYFVGRPYVASTLEREPERLVVNLREWDCTTLVESAVALAR
                     TAQSPAPTFDVYLRELSRLRYRTAVITDYTDRLHYFTDWIYENARRGLVRDVTAEIGG
                     RPYQPRLSFMSTHPDRYAALRSHPTRVNLLRVKEAEISARTGYALLPTAAIPSAAGHL
                     RDGDIVCFVTNVPGLDISHVGIICRRGRTVTFVHASSAAGRVIVEPTSLHAYAARNPR
                     TIGIMVVRPVD"
     CDS             complement(28600..30660)
                     /gene="uvrB"
                     /locus_tag="SEQF2637_02706"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37954"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein B"
                     /translation="MDFKLVSSYRPTGDQPEAIDALSRGIEDGVPYQTLLGVTGSGKT
                     FTIANVVERVRKPTLVLSHNKTLAAQLYSEFKSFFPQNAVEYFVSYYDYYQPEAYLPT
                     TDTYIEKDMAINQEIDKLRLRATASLLSGRRDVLVVSSVSCLYGMADPRAFEEQVVHV
                     ERGMRIARDKLLRRFVDALYVNNKVEFNSGSFRVNGDTVDIFPAIEGYDGMAYRIEFW
                     GDEVERISSFNPVDGREYDEQDTLQIYPTNLFVTTQERIHSAIGQIRLDLGERVQQLQ
                     EMGKPFEAKRLEERVTYDLEMIQELGHCAGIENYSRYLDGRQPGERPFCLLDYFPKDF
                     LLVIDESHVTVPQIRAMYGGDRSRKETLIEYGFRLPAALDNRPQTFDEFESLTPQAVY
                     VSATPAEYELAKSGGIVVEQVIRPTGLPDPVIEVRPSQNQIDDLMEEISQRTEVNERV
                     LVTTLTKRMAEELTDYLKRMNVRCNYIHSDVDTLERIRIMDDLRSGEFDVLIGVNLLR
                     EGLDLPEVSLVAVIDADKEGFLRSHRSLTQTAGRAARNLNGLVIFYADKITDSMRMTI
                     DETNRRREKQLNYNRAHGITPRTAIKQSSASVLGDRAQASAVPYAYTEPEPSLVAEPV
                     VSYMTRPQLEKAIERARRRMTEAARKLEFIEAAQYRDEMLKLQELLDGKPKDNEPQPK
                     EGRR"
     CDS             complement(30758..31645)
                     /locus_tag="SEQF2637_02707"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDNTNLTRVRMLNFYQIMDNVITYLNQEDLETLKLKDPVKVFT
                     DKFNDFDKLIQPMRSSGLSKDLYELDDRRDRAMGRLSTHLRLFSDYPEADKAKAAKEL
                     LQIYRKYGSLPQNKPNREETALIKNLLQDFEPADIKAKLALIGADKWVSVLKEANDAF
                     SVMYGRQVKHESMLDPGAVKEKRDAVYDEFKKLTNVINALATLGGEAAYKSIIDMINT
                     EMKKAVLAERPETKKPSDPKQPKTPKEPKEPKQPKEPKQPEQPKDPKQPETPQPPKPG
                     GEKPKPGGDGNPDITLPEE"
     CDS             32287..33342
                     /locus_tag="SEQF2637_02708"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDKIEIHGYKSIKDLVLPFRPINILIGSNGSGKSNFLSFFEFLS
                     QIYRRNLQSHVALKGLETFLHKGYKVTDEISASVYYSKEFCHTFTLRKGDDHFVFTKE
                     KWGNDAKQVDLTLPNQMESNSDLLFQEGSSLTYFTFRKNATTYHFNDTGANSPFNQGA
                     NIDADFPFLYEDGRNIAAYLYHIREEHPKTYRFIVATIQSIAPYFLDFYLEPNNNGLM
                     KLLWQSRYASTVYSVNDFSDGTIRFIALAALFLQPELPRTLIVDEPELGLHPAAIAKL
                     SGLIQSAATRKCQVIIATQSADLISYFQPEDIITVDQKEGASIFKRLNKEELEVWMED
                     YTMGDLWKQNIIAAGQP"
     CDS             33356..34024
                     /locus_tag="SEQF2637_02709"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNQEMKRIIIVCEGETEQEFVRDILRQPFLSRGILLNDPKIKYS
                     NGGIVKWNLLKAQIERHLREGDKPYVTTFIDYYGISDKHQFPDWDEAYKIPDKGQRID
                     CLQQAMREDIHEELRSRFIPYIQLHEFEALLFIDEESIVAAAIDCSIDRTKLRKVLAD
                     FPDPETINNHIETSPSHRLEQIITGYNKVLHGNIIALSIGLERIREKAKRFDQWLSQL
                     ESLA"
     CDS             34045..35367
                     /locus_tag="SEQF2637_02710"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILNFSIQNFGSIKDKQTLSFEADKSDHLEEAYVTRCGGRRILK
                     LALLYGANASGKTTVLKALDFLRELVVEPKSKKTDRLDFEPYLFDPDTPKQPTVLSIE
                     FIRNEVRYAYRVEFTQEAVVAEELYAYYTPNKARIYQRTTDLERQFVEIKFGRKMTKS
                     KAVKQSLTANTLWNNTVLGGYLKTNVDSKELQEVADWFKLYLKRMVQPQTSFEDLIFF
                     QMEDGEILSSDMIPILQQADLHISDIVIQSREIVGRQEVEDFLSLINDHHSVMSKGDV
                     IELREEAKAVIKKVMLEHTVNGEKYQLPLAEESRGTKRYYEFAGLLALFIKDPRAMLI
                     DELETSLHPDLYRHFIVSYLLNTKDSQILATTHNRELLDDRDLFRNDAIWFTDKSNAD
                     ATELYSLADFDRSVIGKKTNVLNAYKSGKLSGTPILGDTHIDLNHGKN"
     CDS             35354..35992
                     /locus_tag="SEQF2637_02711"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRIKRKTNPAFAIVADGETEIWYLQMMKQNERQVRLTIKPELP
                     KKKRIEDQCELVCKLAQGEYDKVFWIVDLDQITKEQREATGGKKDPMRTFIECREKVL
                     HGKKYAKRVRVIVNNPCLEFWFLLHYTHTDKSFGGYEELAKALKKHMKDYNKSESYFK
                     QKNNDIYLKLKPRLKKAMEHSDRLGSFDPQAPSKAVSEMPQFFRTEELNGLF"
     CDS             complement(36095..37882)
                     /gene="arnT"
                     /locus_tag="SEQF2637_02712"
                     /EC_number="2.4.2.43"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q66A06"
                     /codon_start=1
                     /transl_table=11
                     /product="Undecaprenyl
                     phosphate-alpha-4-amino-4-deoxy-L-arabinose arabinosyl
                     transferase"
                     /translation="MRASALQYLYLQKPVTTIIVLCLVTILPWIATGXFSTKGEPREA
                     SVAVSMLETGNWTLPKVYADEFAYKPPMAHWMMALASLPGGRVTELTARLPSAVAYTV
                     LGAMMLIFLGRRVRFQEAFIAVCVMLTCVEIHRAGMTARVDMVLTGFIVAALLQMYRW
                     EEKLALKGLPVIIPLLLSGAVLTKGPVGIILPLFIFGTYLILLRRHSALQIFKALLYI
                     GVSAAFLPLLWYIAAWRQGGEAFLNVVLAENFGRFFHLSEAAISYDLGHKEPIWYNFV
                     TLVAGFLPWTLLLVFSLFGFNRKPNDKRGDRPTLGSRVRHIVAGLLAMDRVRLFSLVA
                     AVCTLIFYTIPGSKRSVYLMPAYPFISLFVAQAMLYVAEHRSRCTRVFAAVFAAIGTA
                     AFGVAVLTAAGALRPVEIAAKFTDRADTLDTVSAVAQGFAHPSVGTIVILAILALALL
                     TVGYQMSRRINIKILYASLFLSVALNFFVDGAIMHNLRNRTSSREFADHIRSEFPAER
                     DRIYVMNDLRAGFTNLYGLNFYLGNRFRNFDAERPAEGALLLADRDETLLAERFGRLY
                     TFRRIAHSTRRLSDVRSSVTLYRFERIRP"
     CDS             complement(37904..39007)
                     /locus_tag="SEQF2637_02713"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLRIPSLKLTRIDRYIIGKFLGTYVFTILLVIAITVVFDFNEKI
                     DHFVGARATATLRGIVFEYYLNFIPYFISIFSPLFTFIAVIFFTSKLADKSEIIATLA
                     CGVSFRRLMRPYLIAAAXIASANYLLNAYIIPPANIVRINFQNKHIRDKKVSSAHNIQ
                     LEVEPDVFAYFXRYDAIASMGXRFSLDRFKDKNLVSRLTAESIQYDSLYRWTILNYVI
                     RDFDGMREXITTGERXDTTLTFMPSDFLISEGDCETMTMPQLAAHIRRQKERKLSNTQ
                     FFEXEYHQRIATTLSFFILTVIGASLSSRKIKGGMGLNIGIGFALSFSXILFSKITST
                     FAXSGYVSPMIAVWIPNIIYLFITIXLYRKAPR"
     CDS             complement(39008..40138)
                     /gene="tgt"
                     /locus_tag="SEQF2637_02714"
                     /EC_number="2.4.2.29"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P66905"
                     /codon_start=1
                     /transl_table=11
                     /product="Queuine tRNA-ribosyltransferase"
                     /translation="MNFEVIQTDSRSKARAGRITTDHGVIETPIFMPVGTQGAVKAVH
                     MAELQSEVGAQIILGNTYHLYLRPGVDTLERAGGLHRFNGWGGPILTDSGGFQVFSLA
                     DRRKLTAEGAEFRSHIDGSKHLFSPERVMDIERSIGADIIMAFDECCPGDADHAYAER
                     SLKLTEQWLGRCIKRFKETEPRYGYHQSLFPIVQGCVYPDLRTRAAERVAEAGAEGNA
                     IGGLSVGEPTEVMYEMIELVNAILPADKPRYLMGVGTPANILEAIERGVDMFDCIMPT
                     RNGRNGQLFTARGTMNMRNRKWADDFSPIDPDGHCAVDLLHSRAYLHHLFRAEELLAL
                     QIASIHNLAFYLWLVGEARRHILAGDFTTWKAGMVKQLSERI"
     tRNA            complement(40299..40372)
                     /locus_tag="SEQF2637_02715"
                     /product="tRNA-Phe"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Phe(gaa)"
     CDS             40812..40958
                     /locus_tag="SEQF2637_02716"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVYEYKIRWIIEIVMVYEYKRRWILRSYTMYSYSFWCISDLDSM
                     YKIN"
     CDS             41357..42019
                     /locus_tag="SEQF2637_02717"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRKRWIAMVLAAALSAAAQAQDVAELFLKMPDTQLVLLNEASRK
                     TLVDMHRAGEKAIVNNEMGGMAEIWKMTDDYLWLETSMGNFIQIRRLPLVNHTYVICL
                     ITSVGIVRQGQDSRVEFFTTDWTPLPTEGMYRPATMRDFLRADADTTSEDFKEICAAA
                     DIDLFHYKLSPDDLTMSVRYNTPKYFDQALQEKANRFFIDGWKVYTWRNGRFEESGIT
                     AK"
     CDS             42088..44130
                     /gene="pepO"
                     /locus_tag="SEQF2637_02718"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q07744"
                     /codon_start=1
                     /transl_table=11
                     /product="Neutral endopeptidase"
                     /translation="MNRKYLQVAAIIPLMMTGNAQAQPAATPAGDAGIRIENLDKTAD
                     PAVDFYQYACGGWMKTHPLTGEYSRFGSFDMLAENNREQLKSLIEEIAGRKNEPGTVA
                     QKIGDLYNLAMDSTRRNAEGVAPLKPWLDRVGAIKDKRELSTFLPELMLIGIDPFFSV
                     YVEADVMDSKQNLFGTYQGGLSLGERDYYLENDESTTKVREAFKAHVVKMFEMFGYSK
                     ADARKRMEDVMRIETRLARSHFDKVKRRDPYANYHKMPVSGLQKLVPNIDWTKFLATL
                     KVDIKELSVSQEEPMKEVSKVIAAEPLSAIKSYLEWKLIDNAASSLSDEVYALNFDFY
                     GRVLSGKTEMQPRWKRAQGSVSGGLGEAVGELYVAKYFPPAAKERMVNLVHNLQKAYA
                     ARIEKLDWMSAETKQRALEKLNAFYVKIGYPDKWKDYSPLEIKPEETYLANMDRVSRF
                     AVREMLDKATKPVDRDKWYMTPQTVNAYYNPTTNEICFPAGILQYPFFDMQADDAFNY
                     GAIGVVIGHEMTHGFDDQGRQFDKDGNLKNWWTEADAKKFNERAKVMSDFYDSIYVAP
                     GVHANGKFTLGETLADFGGLQIAYQAFKEATAGQPQEDKLGFTPDQRFFLAYSFVWAG
                     NIRDEEILRRTKTDPHALGKWRVNGELPQIDAWYKAFGITESSPMFIPKEKRVTIW"
     CDS             44143..45624
                     /gene="inlJ_3"
                     /locus_tag="SEQF2637_02719"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MKKRAIMLLAVMVCLTCAARLVGQPFHAGETAQLRAFLRQNAAD
                     EGRKNFQQLGIADTNAIDWATVTGLTWGPGGRLTAIIWNDKYLAGDLDLSGFDSLRVL
                     RCQVNNLTSLLLTHDSALVHVDCYDNLLTRMDITTNINLQHFCCRYNRIATLDVTRNP
                     RLTFLCLSGNPFTRFDLSNNPLLTEFYAAKCSLEEIDFSRNPLLKLVSVRSNKLKRLD
                     VSNLANLQQLFCYDNQLTELNVKGCKSLLRLAAYDNRLTRLDLSDCRALQNLPLYNNA
                     IAELDVSACPYIDFISTMNNGMHTLKLPLLPLKTLEIMCESNRFTFSALPKPMYLRSY
                     TPQARRTITAPADRVDLSSEYAVQGATSVYTWRDGATEVTPTQSHEGRFSFPAALSGH
                     TLTCEVTNTAYPKLTLTYDVTLTAPTANVLLIANDARPTVHSERGLLIVTSERPLTAR
                     VYTLTGVQVGTLRVQRGEASLALPPGLYIVSLSDGTARKVVVE"
     CDS             complement(45715..46410)
                     /gene="aqpZ2"
                     /locus_tag="SEQF2637_02720"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8UJW4"
                     /codon_start=1
                     /transl_table=11
                     /product="Aquaporin Z 2"
                     /translation="MKKYLAEMIGTMVLVLMGCGVAVSLNCSSDCADTANAGTVLGTA
                     LAFGLSVVAMAYTIGGISGCHINPAITLGMLLSRRISAKDAGMYMLFQVIGAIIGACV
                     LWLLTSGTESLAGGTGANDLQGGISVTSGLLAEIFFTCVFVLVVLGATARTNGATSGF
                     AGLAIGLSLVLVHLVCIRYTGTSVNPARSIGPALFQGGSALANLWIFIVGPFVGAALA
                     AFIWRVIDPDKAA"
     CDS             46427..46810
                     /locus_tag="SEQF2637_02721"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVLNRGKGKGPYPVFPDLTPYFCPHKNQNPNYMLTFFLFFVFVV
                     VFLVVMLGTSVLRIIRALFFGGRGPYSAGNPYASGGTSAGGASDTSSRSYSSRTFIEE
                     DETVPHRKKVFADDEGEYVDYEEIR"
     CDS             complement(47401..47802)
                     /locus_tag="SEQF2637_02722"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPHPTRRRLLIFSLPLLLIALVALTIIYYRVSPTTSVFFPKCAF
                     LMLTGLKCPGCGSQRAVHALLHADLASAFAHNALLVLSLPYLALLIGARLYVYLHPTS
                     SLRSTLESPLAIRTYFVITIAFWIARNVFGF"
     CDS             complement(47900..48472)
                     /locus_tag="SEQF2637_02723"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEKEYYYLKNGMKQGPFTLDALKKEPINPDTQVYHSEALDFAPA
                     RTFPELQSFFAEDRGTTVDESSYNRREPNYNTSAGTPSPQTAFEAAGNGASSSTYNPN
                     MQRPPMPENYLVWAILVTICCCLPLGIVSIINATKVSSAYAVGDYVGAEKASKDAKKW
                     AIWGAVSGGVFVLLYLLFVVVVAAAGFMDA"
     CDS             complement(48579..49499)
                     /locus_tag="SEQF2637_02724"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGRTIKDYALLTLKGIGMGAADVIPGVSGGTIAFIVGIYGELID
                     SIKRIGSPASLRLLFTFRLGAFWQAINGNFLLAIVAGIGISIFSLARLVTYLLVHQPV
                     LVWAFFFGLVLASTWFVSREVTRWDVKSIAGFVVGAVAAWFITVMTPAETPSALWFIF
                     LCGAIAICAMILPGISGSFILVLLGKYFYIMEAVKTLNLPVMLVFIAGAAIGISLFSH
                     ALSYALHRFHNVTIAVLSGFMLGSLNKVWPWKETIETYVDSHGEVRPLIEANILPDHL
                     VWEGVALAVAGFALVCVLELTAGRKAKNAG"
     CDS             complement(49506..50651)
                     /gene="lapB_2"
                     /locus_tag="SEQF2637_02725"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00994"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide assembly protein B"
                     /translation="MTALERFNEMREHGTEAYFDADEIVELIEHFDEEDDRRGYTQAL
                     ELGLRLHPEDVEIQTMKCRLYMYDKEYDKALQMITSLRNHADAEAMILDAMELECLYA
                     TDRADEATARLRSLPTDENTEAIYEALSGLLVEMDRDEEALLVVNLGLELFPENLTLK
                     EERCYHTERQKRWHEAAEQCEELIDLDPYSGDYWFMHGRIMIKLGEYDRAIRSLEFAQ
                     TCDEDDIEAKLLRTFLLYFTHNYEKAVEAYFELIADERFVNEQLRSFTEKYDLSYDDL
                     EKASQEFYRLFGSLQDLAKTLVGTSSAAEATDAFDLDLKKRIEYIVGKLILEARAIRK
                     GGREWDAELLEDLRFLRFGDLERSDPGNSHEGNHLFDDILNHKFYQN"
     CDS             complement(50648..52363)
                     /gene="glnS"
                     /locus_tag="SEQF2637_02726"
                     /EC_number="6.1.1.18"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9I2U8"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamine--tRNA ligase"
                     /translation="MAEQITPQEEGKKSLNFIEQMVEKDLAEGRNGGRVQTRFPPEPN
                     GYLHIGHAKAICLDFGIARKYGGTCNLRFDDTNPIKEDVEYVDSIQEDIQWLGFRWEN
                     IYYASDYFGQLFEFALWLIDHGHAYVDEQTAEAIAEQKGSPTVAGRESPFRNRPAAES
                     RDLFLRMNSGEFDEGAMTLRAKIDMASPNMHFRDPIIYRIIKTPHHRTGRTWNVYPMY
                     DFAHGQSDYFEGVTHSLCTLEFEVHRPLYDYFIDRLIESPFKTEDNYRTRQTEFNRLN
                     LTYTVMSKRKLLQLVKEHRVNGWDDPRMPTICGYRRRGFTPASIRNFVDMIGYTKYDG
                     VIDVALLEHAVREDLNATARRVAAVLHPVKLIITNYPEGQVEMMESVNNPENLAEGTH
                     PIAFTRELYIEREDFMEEAPKNYYRLTPGQEVRLRCAYIVRCTGCKKNEAGEVTEVYA
                     EYDPQTKTGMPESNRRVKGTIHWVSTSHALQAEVRLYDRLFTVENPMEEKDRDFLELL
                     NPNSLEVLTDCYVEEDLATARPYDHFQFQRVGYFNLDPDSRDGRLIFNRTVSLRDTWS
                     KKKNR"
ORIGIN      
        1 tacgaacatc tcctgcagtt tgcaggagac aattgtaggg ctacgaacat ctcccgcaat
       61 ttgcaggaga tactccgtag ggctacgaac atctcccgca gtttgcagga gatcattgta
      121 gggctacgaa catctcccgc agtttgcagg agacgattgt agggctacga acatctcccg
      181 caatttgttt gggcttatcg tagatgtacg aacatctccc gcagtttgca ggagacgatt
      241 gtagggctac gaacattccc cgcagtttgc aggagacaat tgtagggcta cggacgtctc
      301 ccgcaggctg cggggagagg gaagcgccgc cctgggcttc atttttatta taccggagaa
      361 agcccgataa gggctgtgag agagagtgag ttgcgaggag aaagcaggat aagtttcggg
      421 ctatggcgca tttttcagtg attcattctt gcaattgttc gaaggctttt cctttacctt
      481 tggcgcaaag ttataattca agtttaacgc aataaataca aatgccccgt atgaaaaagg
      541 tactcttggc catgtgtatt gtctgtggag ccaccgcggc ttccgcgcag aacttcaatg
      601 actattttga agatcggaca ttgcgcatcg actatgattt tacgggagat gtcaacaaac
      661 aagagatctc cgttatccga ctgaacgcta tccctcgctg gtatggcaaa cgacaaaacc
      721 tggccgaagt ccctactgcg ggcaacggcg acatcaccgt ccgatcgaaa gacggtcgcg
      781 tgatctacaa aaactccttc tccaccctct ttcaagagtg gctcgcctac ccggaagcca
      841 agcaggtgag gaaatcgttc gagaacgtct tcctcctgcc tatgcccaag gatacggtcg
      901 acgtgaccgt ggagctgcgc accagccgcc tcgacgtcct ggtcagctac acccatcgcg
      961 tgataccgtc tgacatcctc atcaagcaca tcggcgagaa agaagtgacg ccctacaaga
     1021 ccctcatgca ggccgcagac acgaataagt gtatgcacat cgcctacatc gctgaagggt
     1081 atcgcaagga agacatggac gactttatcg cccacgccac cgaggccaac gaggcgcttt
     1141 ttgctcacga gcccttcaag tcgctcaaag gccgtttcaa cgtcatcgcc gtcatgtccg
     1201 aatcgaaaga gagcggcacc agtgtcccct ccaaaggcgt gtggaaaaac accgtcctcg
     1261 gttcgcactt cgacaccttc tacagcgatc gctacctgac cacgctcaac ctgcgtgaca
     1321 tgcacgacca gctggctggc acgccctacg aacacatcat cgtcctggtc aactccgaga
     1381 cctacggcgg cggtggcatc tacaactcgt acaacctcac ctccacgcgg cacaaatact
     1441 tcaagcccgt cgtggtccac gaattcggcc acagcatcgc tggcctggcc gacgaatacg
     1501 cgtttgagga agagcttatc ccgctctatc cgcacgacat cgagccgtgg gagccgaacc
     1561 tcaccacact cgttgacttc gctagcaagt ggaaagacat ggtcaagaag ggcacgaaga
     1621 tccccaccat ccccacggag aaaaacaaaa tggaagtagg cgtctacgaa ggcgcaggct
     1681 acagcgtaaa aggcgtctat cgtgccttcc aagactgccg tatgcgcacc aaccaattcc
     1741 ccgaattttg ccccgtatgt aagcgggcac tcacgcattt aattgacttc tacacgaagt
     1801 gatggtcaag gcccgaggct ggcagagaga acagatctgt cggaatcctc gggcttcctt
     1861 ttgtccctct tccacaaaca tatcgcagaa cacaaccaat tagagataat cattttatag
     1921 taatcacgac gtgaaatcca gtattttcat tctatcagca gcgctcgctt tgccctttgc
     1981 ggcacatgca cagcatgacg aagtgagcaa ggacaccgca gcggtgccca acaccaagga
     2041 agtgaagaac cgcaatgtgt tgctcaatgc ttcctacgac aaccgcccac gacagatctc
     2101 aatcggactg ccctcgggtg tatcagcaac cattttcgaa gacggtctac ccgtcactta
     2161 tgacgagtgg ccaggcgtgc cctatttcta ttggaccgcc atgggcattc atgaccacat
     2221 cggcctctcg tccctaagcg aaagtgccat cacaaatggt accgtcaact acaccgtgct
     2281 ctccaccacc cgccgcggat cggagaagtt cgaaggccgc gccgcctata acaccaatat
     2341 ctacggcttg cagcgcttcg acattgccct ctccggcccc atcggcaaag gatggagcta
     2401 caccgccggt atgtacgtca atcacgaccc aggaacaatc aagattgaag acgccgacat
     2461 cgccgagaag atggaaatct tcaaggccgg tctgaccaag acttggaaag acggcaaggg
     2521 cgtcttcagc ctcctctata aacatgtcaa cacccgcctc ttcttcgaca acattggccc
     2581 gtactactac gtgggcgacg gaacatcgaa ggaatatccc ggtttcaagc tgggtcgaga
     2641 caatctgctg ccgaacaatg gccgctatcg ttactacgac gtagtggacg gcgagttcaa
     2701 agacgtactc cgtctgcaca acaacgccaa caacagtaac gacctcctgg ctcgcctcga
     2761 ctatgagttc gacaacaaac tgaagctcta cgtctccagt aagattcgtc gtggtaacct
     2821 cgatcaggcg cgtccggacc agaacggtct cggtacagcc aaggcgggcg acggcttcac
     2881 ttatgcctac gacgccaagg gccacaaggc aggcgaagag tacaccggca aatacttgca
     2941 gcgttacctg agccgcgata agggtttcga gtccacctgg atgacgacag ccgaactctc
     3001 tcgcgcttct gcacgccaca gctggcgcgc gggtatgaac ttctggtggg gacgttcgtt
     3061 cgttaactcc agtgccggaa cgatggtgca caccttggag gcatcgcccg tatggttgaa
     3121 gcaaaagggt gagctcatca ccggttgcaa ctggacaggc gagtatatgg atatgcacga
     3181 agagaaggcc gctctttatt tctctgacga ctggcaggct accgatcgcc tctggctctc
     3241 tggcggtctc cgcatggaat actacggcat cggtggactc accacgctgg cttacatgac
     3301 ctatcccagg ctggacggta tgaagcccga tcaccccgag aacaagcgca aagagaactg
     3361 gagcatcaag gatggcaaat tggtcgactt ctctaagggt tggatcaacc ccgcagctgc
     3421 catcaatggt cgctatacgc tgctcgacgg cttcggtctg acgggtgaat acgtcttcgc
     3481 gatgcgtcgc ccctacgctt atgactttgc tggtgaagaa ataccgaacc tcgaccccgt
     3541 gaacattcac ttaggccgcg ccggtatctt ctggaacaac tcttggattc aattggcttc
     3601 gcagttctcg ttcgttcgcc agaccaatta caaatggcgc acgcagttca accacccgac
     3661 caacgagacg gacttcacca ccgtgttcgt gaactacgac gtacagacgc tcggttggac
     3721 caccgacatg gtgctgcaac cagctaaggg cttcaccttc cacgccctct tcaccctgca
     3781 agatccgcgc tacaagaact acgagatcga ccccgtgttc aaagacggaa cgaagagcca
     3841 cgccagcttc agcaacaaga agacaaccgg cgtcagcgac gtgatcatcg agctgaaccc
     3901 aagctatacg tacgacaagt tcaacatctg gctgagcgca cgctattcca gcgcctacta
     3961 cgtcaacaag atgaacacac tcaagttcaa tggcctttgg accaccttcg ctggcgtaag
     4021 ctacgcactg aacaagaacg tagacttctc cgtcaacttc gtcaacctgc ttaacgtaag
     4081 cggtgccagt ggtggcgtat cgacctccga cctgaagccg aagaacgtag agaactatct
     4141 ggccgtaggc tcctacatcc gtccgttcac cgtatcgttc ggagcgaaag tcagattcta
     4201 actaatggct ccccatcgct tgaatattaa ggcaagcggg agagcagatt aaccccaaaa
     4261 agaatggccg gtgcagggct gcgaaatcgg cagacttgca ccggctccta ttttattccc
     4321 catcaattat cccatcatca tgagattcaa atcgtatttc acattggcac tcaccatgac
     4381 cctcgccgca gctatccctc agacgggagc ggcacagaag aaactcttca cgctggagga
     4441 tctcaacttc ggcggaacga actatcgcaa catgacgccg cagaaccgct ccatcgtttg
     4501 gtggggcgag gaagccgtgc gtaccgacgc agacttctgc gccctgatca acaaaaccac
     4561 cggacgcgaa acacgcctct tcaccctcgc cgacatcaac cagtggatcg gcgccaagga
     4621 tgataaccat cgtgtgaaga gtctccgata cgccactttc ccctacgcca aacagtcgct
     4681 cgtgctggtc gaaaacctca cggagcgcat gctcgtcgat tggaaagcgc atcgtgtagt
     4741 ttggcgtcaa gcctccgcct tacaggaaca taccgacttt gctccggcct cacgcgccac
     4801 agcctacgta cgcgaccaca atctcttcgt gatcgacggt gagggtcggg tacgacagat
     4861 ctccaccgac ggtagccgcg aaatggtcta cggtgtcacc gcttaccgag agatgttcgg
     4921 tatctacaaa ggcactttct ggaaccccga cggctcacgc ctcgccttct atcgcatgga
     4981 ccaaacgatg gtgcccgatt atcccctcgt cgacgtggat ccggatagca tggccgtgct
     5041 tgctccggag aagtatccca tggccggacg caccacccac gaagtgacca tcggtgtcta
     5101 cgacgtaaag tccgacaaga cgatctacct caaggtgggc aaccccaaag accgctactt
     5161 cgtcaacatc ggctggagcc ccgacggcaa gaccatttac ctcaaggagt tcaaccgcaa
     5221 gcagaacgag atgtcgctcg acgcttacga cgccgtgacg ggcgacaaac gtgccacgct
     5281 ctataccgag caccacgaga agtatatcac ctcttacacc tccgtggcct tcctgccgtg
     5341 ggacgccgac aagttcatcc tccaaagtca gaaggacggc tacaaccacc tctacctctt
     5401 caacaccaag ggcgagatgc tgcgtcagct gaccagcggc aacttcgtcg tttatgacct
     5461 gctcggcttc gataaggcga ggaaacgcgc catcatcctc tcggccgaga gtagcccgat
     5521 ccaaagcaat ctctacgccg tggacatcgc cacgggcaag cgcacactgc tcgacaatgg
     5581 ccgcggggta cacgccaaca tcatttcccc aagcggcttc cacgaccgcg ccctctcgcc
     5641 cgacggagga tggatcatcg acaactacgc cgagccaacg gtgccgcgta acatcgactt
     5701 tatcaaccta aagaccgaca aaggcacgcg ttacttcacc gccgaaaacc cgtggaagga
     5761 ctacgccgag ccgcagatct cctccggaac gatcaaggcc gccgacggtc gcacggatct
     5821 ttactatcgc ctggtgaaac ccgccgactt cgacgcctcg aagaagtatc ccaccgtcgt
     5881 ttacgtttac ggaggcccca tgacgcgcaa cgtcgatgcc tattggcact atcgcctgcg
     5941 cggttgggag gcctacatgg cgcagaaggg attcatcgtc ttcgttctcg acaaccgcgg
     6001 cagtagcgac cgaggccgcg acttcgagca ggccacctat cgccacctcg gcaccgagga
     6061 aatgaaggat cagatgaagg gcgtggattt cctcaagacc ttgccctacg tcgacgccaa
     6121 tcgcctcggc atccacggtt ggagcttcgg tggcttcatg accatcaacc tgatgaccac
     6181 ctatccggac gtcttcaaag tgggtgtggc cggcggcccg gtcatcgact ggaattggta
     6241 cgaagttcag tacggcgagc tctacatggg tactccgcag gacaatcccg agggttacgc
     6301 ggccggctcc ttgctgccca aggccaagaa cctgaagggc aaattgcaga tcattatcgg
     6361 catgaacgac cccgtcgttt taccgcagaa cgccctgcgt ttcctcaagg aatgcatatc
     6421 tgccggcaca cagcccgact tcttcgtcta ccccggcgag ccgcacaaca tgcgcggcca
     6481 tcagagcgta cacctgcacg agcgcatcac gcaatacttc atcgattacc tgaagtagcg
     6541 taagcgcagc cgatcaatct ttagaggggt gtctccatga aagtggggcg cccctttttt
     6601 tgcggtgagt tcgacgaaag aataaagcca gcaaagagtt tctatggaag ccacgccata
     6661 gccagaacgt ttttggaaat gccccgcgga agttctgcaa atgccaaaac gttctttttt
     6721 cgatttgcgg aactcccgca aacgccaagg caaataccgg gagacttgcg ggagtacccg
     6781 caaacgccaa agcatttccc gtgggacttg cggaacttcc gcgggacaaa agcactttgg
     6841 ccgcttacag cgcgctatca aagacattct ccagagataa ggaacctcta actcacgttg
     6901 tttatgagat cacccatttc ctattggcca tagcatgcaa aatgcgtttg aagagtcatc
     6961 gccaatcgga aatgaggcgc aaaacacgtt ttgcatgccg ccgtcaagtg gaaatgcgat
     7021 tttcagggct tattccttac gtttgcccgt gaatttttaa cgatctaaaa gcagaagacc
     7081 tatgcaaacc tggtggggat ccttggatcc gtttatgcag accctttggg gcatcgccat
     7141 tgccgcgtcg gcggtgttca tcattcaaag tatcatgacg ttcgtgggga tggattcgga
     7201 aacgaatttc gacggggatt tcgacggcga catgtccgcc gatgacgcgg gcgaatcgac
     7261 ccccttccaa ctcttcacgt ttcgcaacct gatcaacttc atgctcggct tcagctggac
     7321 ggccatcgcc ctgcgtgcct cgacggagag cacctccctc atgctcgtcg gcggtgtggt
     7381 ggtcggcgtg ttgctcgtct gcgccgtgat gtacctattt aagtggatga gcggcatgca
     7441 gcagtccggc accatcgagc cggaggcgct cgtcggctgc aaggggtcgg tctacctgac
     7501 cattccggcc ggccgcacgg gcgaaggcaa ggtgcaaatc accgtccgca gcgccatccg
     7561 cgagtacaac gccatgaccg acggcgatcg cctgccgaac gaagctccca tccgcgtcgt
     7621 cgctgtcctg aacggacata cggtgctggt agagaaagtc tgaagcgcct tcggcgcagt
     7681 agttacggcc ttgcggccgg gtagttaagc gcccattcgg gcgcaggagt aagggcggca
     7741 gatccgcctg gtagtcagaa gaagtaagct gctgctaccc ctaactaccg caccgaaaag
     7801 ggcgcataac taccggggcg aagcccctta actaccgagc cgcaaggcgt agaactaccc
     7861 ctaactacac tttatcaatt caatagctta tgcccagttt atatttaatc gtagtgatcg
     7921 cgggcgtcct tttcgtgacg ttcgcttcga tcctttcgcg ttacaaacgc tgtccgtcgg
     7981 acaaagtttt ggtcgtttac ggtaaaaccg gtcgcaacaa agaggggggc gtcagctccg
     8041 cacgctgtat ccacggcggg gccgccttca tctggcccgt gtttcagaac tatgccttcc
     8101 tcgacctcac gcccatctcc atcgagtgta acctgaccaa cgcgctgagt aagcagaaca
     8161 tccgcgtgga tgtgccctgc cgattcaccg tcggtatttc caccgaaccg gagagcatga
     8221 ccaacgcggc cgaacgactg ctcggccaga acacgcacaa cattcaaaac attgccaccg
     8281 acatcctctt cggccagctg cgcctcgtca tcgccacgat ggacatcgag gagatcaact
     8341 ccgaccgcga caagtttctg gccaacgtca gcgccaacgt cgaagccgag ctgcggaaga
     8401 tcggtctcaa gctgatcaac gtcaacgtga ccgacatccg cgacgaatct ggctacatcg
     8461 aggcgctcgg taaggaagct gccgccaagg ccatcaacga ggccaagaag agcgtcgccg
     8521 aacagaaccg tttcggtgaa atcggtaagg ctgaggccga ccgtgacaaa gacatccgca
     8581 tcgccgagac actgcgtgac acacgtatcc gcacctccga agccaacgcg ctggcggtcg
     8641 agggagagaa caacgcgaag attgccatcg ccaactcaga cgccacgcgt cgtgagaagg
     8701 aggccgaagc ggcccgtcgc gccgtagccg ccgagaaggt acagacggcc aaggcgctgc
     8761 aagaggctta ccagtcggag cgcgaggcgg aaatgacgcg tgctgagcgc gagaaggcga
     8821 cgcagacggc caacgtggta gtgcccgccg agatcgaaaa ggagaaggcc atcatcaacg
     8881 ccgaagcaga ggccgagaag atgcgccgca tagccaaagg tgaggcggac gccatctttg
     8941 ccaaaatgga cgccgaagcg cgcggtacgt acgagctcct caccaagcag gctgagggtt
     9001 acgaccgact cgtccgcgcc gctgccggtg atccggacaa ggccgtgctg atgctcatca
     9061 cggacaagtt gcccgagctg gttcgcacgc aggtcgaggc cgtcaagaac atcaagatcg
     9121 acaagatcac cgtctgggac ggcaacaacg cggacggcaa cggcatgacc tcgacggcca
     9181 acttcatctc tggcatgatg aagtccgtgc cgccgctgaa cgacctcttc aatatggccg
     9241 gcctgaacct gccgacgtac ctcaaaggtg ccgatcgccc gacgatcccc ctgcgcccca
     9301 ccgacagcaa gtcgcctgag gctacgccgc cggcgaagaa gtaagtcggc agccctttcg
     9361 ggacgagaaa acagacgtcc cacgaagtga acggccgggt acctgcgagg cacatgcctc
     9421 cggtacccgg ccgtttttct ttttccgtcg cgataggctt actcgatgta gcgaatcttc
     9481 gacgcgtcgc ggggcttggc ctcgggcgac tcgtcggggt agccgatggc gatggcgtag
     9541 agcagttcgt agccgtcgga gaaagccagc tgcttgaggt agttcgctgc gccggggttg
     9601 ctgttcagga agcctgccgc gctgcccagg caacacgtgc cgaggcccat cgactgggcg
     9661 gccagcatga tgttttcgcc aagcaggccg cagtcgatcg gcgacgactt ttcgtcggcc
     9721 ttaccggcca cgaagatcac cgtcggggcg ttgcggaaca tgttgtggaa gtctggattc
     9781 tcgaccattt tcttcacccg ctcgtcgttt tcggctgact cgacaaagac cttcgtgacg
     9841 ccgtcgatga aggccttgct gttcgtcaca cgcacctccc accgctgctc gttcatggcg
     9901 ttcggggcgt tgatgccgca gtgcaggatg acgtccaaca tctctttcgg caccggttcg
     9961 ggcttgtact tacgcacgct gcgacgatcc atgatggcgc gcacgacggc gttgtccagt
    10021 gggctttcgg ccacgaccga atccgtggca gcgttcgttg agtcagccgt ttctgccggc
    10081 ttgttttggc agcccgtcgt catcgtgagg gcggccagca tgcagagagc gcacgctctc
    10141 cacgtcttgt ttgaatactt catttcgttt gtgctataaa taatgatgag gggcataggc
    10201 cctcggttgt tatcggtgaa atttccagcc ggaggaggcc gaatggcaag cccgccaact
    10261 gatccttctt ctaaacgtgg gtcctacgta agagatgggc gccgtcaagt gactttttcg
    10321 tgtcgctgtg agccagcggc cccgtcaagc gactttttcg tgtcgctgtg agccagcggc
    10381 cccgtcaagc gacttttttg tgtcgctgtg agccagcggc ctcgtcaagc gactttttgg
    10441 cgtcgctgtg agccagcggc ctcgtcaagc gactttttcg tgtcgctgtg agccagcggc
    10501 ctcgtcaagc gactttttcg cgtcgctgcg tgccagcggc ctcgtcaagc gactttttcg
    10561 cgtcgctgtg agccagcggc ctcgtcaagc gactttttgg tgtcgctgtg agccagcgac
    10621 gccgtcatgc gacattttgg ggagcctgcg tgccagcgga ctcgtcatgc gacattttgg
    10681 gaagcctgcg tcccagcggc ctcgtcatgc gacattttgg gaagcctgcg tcccagcggc
    10741 ctcgtcatgc gacattttga gaagcctgtg agccagcggc gccgtcatgc gacattctga
    10801 ggagcctgcg tgccagcggc gccgtcatgc gacattttga gaagcctgcg tgccagcggc
    10861 accagaatgc gacatgacga caagcacaaa gcggcattcc cccacgtcgt gcccatgtta
    10921 ttccagcggt gggagtgggg gctcgagttg gtcgacggac acagactcgc cgggagtgag
    10981 gcggaggctg tcgacgtaaa ctttgctcga gggggcaatc acgcgcaggt agccatagat
    11041 gcgccgcaca tagttgccgg gcggattgat gagcgcaacg cgatgggggc cgtcggcggt
    11101 gatcgtgtca cgctggatga gggtggaatc gttttccaca tcggcgcgca ggctaaccac
    11161 gatccgctcg ttcgcagccg gttgtaatcc ccaaatctgc atttccagca catactcagc
    11221 ggccgtagcg tgcgccccgc caccgggcga ggtttcaaac acgacgcggt ccgagaggtc
    11281 gctgggagag aaggcgtagt aacgcttgcc cgaccagaga tccggagtgg cggggctcga
    11341 cgaccgtcgg acggtcacgt cgctgctgac ctcaccaccg gccgatttca gtcggcggtc
    11401 cacctcctcg agcgccatgt cacagacgcc catgtaaagg tccaagttgc ggccgtacca
    11461 catcaacgag ctgtcatact gggcttcggt gaggtggtgt ttggcgaaaa catcgttgaa
    11521 gagtgcgcgt cgctgttcga aggtctcgta acgctgaggt tcgtcgtaga tcatcgcctc
    11581 ggcggtgtag aggtcgatca tcacgtcacg catctgcttt tctgtgagca caccctcggg
    11641 cgtatggctg cacgccgaaa ggccgatgag ggccgacaga ctcactacga ggaaggtctg
    11701 aaatccggag atagtcatgt aagaatgggg gagggggact attctttttc gtccttcgaa
    11761 gaggagggtt tcttagaaag gctgaagctc agcgtgcggc tgtggaagat gagcagcagg
    11821 aagacaccga cgcagatgct cgaatcggcc agattgaaaa tgggccgaaa gaagacgaac
    11881 tcctgcccac cgaagatggg cacccacgcg ggcagtgtgg tctcgatcag cgggaagtag
    11941 agcatgtcca cgaccttacc gtgcagcagg ggcgcgtagc cgccgctcgc gggcatcagt
    12001 gtggccacct gcccatagct gtgattgaag atgacgccat agaagacgct gtcgatgatg
    12061 ttccccaggg cgcccgcgaa gatcatggcg atgcagacga tgtagcccat ggggtactcc
    12121 ttccgaatga gttgcaccaa gtagtagccg atacccacca cggccacgat gcggaagacg
    12181 gagaggacga gtttgttgaa gaactccatg ccgaatgcca tgccggggtt ctccgtgaag
    12241 tagagttgga accaggggaa gatggtgatg ctttcaccca acgccatgtg cgtcttcacc
    12301 caaatcttga aggcttggtc caaaaaaagg agcagcagga tgatcgccgc tgctccccaa
    12361 gccttagttg ctcgtgtctg ttcgttcatt tcacgccgct ttgtttggcc tcgatgctca
    12421 atgtggcgtg gggcaccgcc cgcagtcgtt ctttcgagat cagctttccc gtctcacgac
    12481 aaatgccgta ggtcttgttt tcgatgcgga tcaatgccgc ttgcaggttc tgaatgaact
    12541 tcatctggcg ctgcgccaac cgtccgactt cctctttcga gagcgtcgat gcaccctcct
    12601 ccatcacctt gaacgtgggt gaggtgtcgg atacatcgtt gccttccgag ttggaaatgc
    12661 cttcgcgcaa gaggtcgtaa tccctctttg ccttatctaa cttctccatg atgatggtgc
    12721 gaaactcctc gagctccgca tccgagtatc gtgttttctc agccatgact tcagtctcct
    12781 tgattgatat aatgtttggt ttcctaatgt ttcactgttt gtttatccgg gtggtgggtt
    12841 acaccttctc gatcttgacg ggcagttgga agtcgtcaaa ctccagctcc gtcatgtcgg
    12901 cagagcgctc cgtggaggtt atggcatcgg ccaacacctg ccgacggata taatcgccat
    12961 acgtttcgag cacgccctcc atctcttctg ccggagcgag ggtaacgcgg atatgatccg
    13021 tgatttccag tccgctgctc ttacgcagat tctgcaatcg gttcaccagt tcgcgggcaa
    13081 gaccctcgcg gcgcagctca tccgtcaccg tgatgtcgag cgcaatggtc aagcgacctt
    13141 cattagctac gagccatccg gggatgtcct cggagatgat ctccacgtcg tccgtcagca
    13201 ccgtgcaggc gttgccgtcg atggggaagg tgaacgatcc gtcacgttcg aacgtggcga
    13261 tctcctcttg tgtcatcgct tggatagccg ccgcaagtgc cttcatcacc ttaccgtaac
    13321 gtgggccgag cttcttgaag tcgggcttca ccttcttcac aaggatgttc gatccggcat
    13381 cggcgaactt caattccttc acgttgacct cgttcaggat aatgtcctgc accgcctcta
    13441 cggctgcgcg ctgatgttcg tcgacggcag agacgagtag ggtgtgcagg ggttggcgca
    13501 ccttgatatt caccttccga cgtagcgcca atgtcatcga agagatgtct tgtgcgatct
    13561 gcatccgttc ctccaactct ttatcgatca tcgcctcgtc gcacacaggg aagtcagcca
    13621 aatgcaccga ttcggcgctc tcgcgtcccg tcacggcgat caggtcgcca tagagacgat
    13681 cggcatagaa gggtgcgacg ggcgccatca gcttggccac cgtctccagg caggtgtaga
    13741 gcgtctgata agccgacagc ttgtcggttg tcatgccgcc gccccagaaa cgtcggcgat
    13801 tgagccgcac gtaccagttg ctcaggtggt cgttgatgaa gtctgctatg gcacggcctg
    13861 cgcgggtcgg atcgtacgta tttagataac tgtccacgtc cttgacgagc gagtggagca
    13921 gcgacaagat ccaacgatca atctccgggc gatcggccat cggcacgtcc ggctcgctgt
    13981 aggtgaagcc gtcgacattg gcgtagaggg cgaagaagga gtacgtatta tataaggtgc
    14041 caaagaactt gcgacgcatt tcttcgacgc cgtccggatc gaatttcagg ttgtcccacg
    14101 gcgaggcgtt cgtgatcatg taccaacgca gcggatcgga gccgtactgc cggatggtcg
    14161 caaacggatc gacagcgttg ccgaggcgct tggacatctt gttgccattc ttatcgagca
    14221 cgaggccgtt ggagacaacg tttttgaagg ctacactgtc gaaaagcatt gtgcccagtg
    14281 cgtggagcgt gaagaaccag ccacgcgtct ggtcgacccc ttcggctata aagtcggcgg
    14341 ggtagacctt gcgtgcgtcg aaggcctcct tattctcgaa cgggtaatgg atctgtgcgt
    14401 aaggcatggc gccagagtcg aaccatacgt cgatgaggtc cgtctcgcgc ttcatcgggc
    14461 gccctgtggg ggagacgagc acgatgtcgt ccacgtaagg gcgatgcagg tcgatgcggt
    14521 cgtagttctc ggccgtgtag gtctcgggca cgaagccgtt gtctttatag ggattgctct
    14581 tcatgaagcc cgcttccacg gagcgttcga tctcggcgta gagttcgctg acagagccaa
    14641 tgcacttctc ctctgcgttg tcatccgtgc gccaaatggg cagcggcgtg ccccaatagc
    14701 gactgcggct caggttccag tcttgcaagt tctcgagcca tttgccgaag cgacccgtgc
    14761 ctgtgctttg tggcttccag ttgatcgtat tgttgagctc gatcatgcga tcgcggcagg
    14821 cggtggtgcg gataaaccag ctgtcaagcg gatagtaaag gatggactta tcggtgcgcc
    14881 agcagtgcgg atagttgtgc acgtatttct cgatcttgaa agccagcccc tgctgcttga
    14941 gcatgacaca gaggtcgacg tcgagcggat ccttttcgtt ggggtcagtg agtgcgggat
    15001 cgtaatcgtt cttcacgtag cgccctgcgt actccttata taagtcagtg tttacgcgct
    15061 ccttcacgta ggtctcgtcg aggtcttcga ggcgatagaa gcgccccttg aggtcgacgg
    15121 ctgggcgaag atttccagcc ttatcgacaa gttgcaacgg tgggatgccg aaggctttac
    15181 ccacgcgggc gtcgtcagca ccaaaggtgg gagcgatgtg cacgatgcct gtaccatctt
    15241 cagttgtgac gtaactgtcg gagatgaggc ggaaggcacc gtcgccgggg tggaaccaag
    15301 ggatgagttg ctcgtaagag agcccgacaa ggtcgcggcc tttgcatcgg ccgatcacct
    15361 cgtaagggat cagcttgtcg cccggcttgt aggcgctgag gggcatgtct gcggccttgg
    15421 ggttgaagta agccgcgagg cgtgcctcgg ccaagatgta ggtgtttggg gcacccgtgt
    15481 aggggttgaa ggagcgaaca gccacgtagt cgatgtctgc gccgacgcac agcgccgtat
    15541 tcgatgataa cgtccacggc gttgtggtcc acgcaagaaa ataaacgtcc gacggcgcgt
    15601 cactgccggc gaacacactt ctctggaagt cgttggcgag ctgctcgggc tttacggccc
    15661 ggaactgcgc cgtcacggtc gtatccttca cgtcgcggta gcaaccgggc tggttcagct
    15721 cgtgcgagct gagccccgtg cccgccgcag gcgagtaggg ttgtatggtg tatcctttat
    15781 agaggagtcc tttttcgtag agggccttga gcaggtacca aagggtttcg atgtagcggt
    15841 tgtcgtaggt gatgtagggg tgctccatgt cgacccagta gcccatctgc tgcgtgaggt
    15901 cttcccactc cttggtgtag gtcatcacgt tcttgcggca ggcggcgttg tattcggcca
    15961 cgctgacctt gcgcccgatg tcctctttgg tgatgcctaa ttctttttcg acgccgagct
    16021 ccacgggcag tccgtgggtg tcccaaccgg ctttgcgatc gacgcggaag cctttcatcg
    16081 ttttgtatcg gcagaagatg tctttgatcg tgcgggcgat gacgtggtgg atgcccggca
    16141 tgccgttggc cgagggcgga ccctcgtaga acacgaaatc aggcgctccc gtacgtatag
    16201 ataggctctt gtggaagagg tcgccctctt gccacttctt caacacttca cgattgatct
    16261 ccgacaaatc gaatgaatca tactcggcaa atcgattctt catcttgcgt atatctactt
    16321 aatctgttat cttcttggaa aatcgccgca aaagtaatct ttcgagtgaa ttgaaaaagg
    16381 tgagaagtgg cccccgacgg gtggcttatt gcggcttgga gccagtgatt tggatgggct
    16441 atatagctac gcccaagaca tgatcatgct ggcgacagtg tcgccggggc taccataccc
    16501 catgatcatg ctggcgacag tgtcgccggg gctaccacac cccatgatcg tgctggcgac
    16561 agtgtcgccg gggctaccat accccatgat catgctggcg acagtgtcgc cggggctacc
    16621 acaccccatg atcatgctgg cgacagtgtc gccggggcta tcacacccca tgagtacgtc
    16681 ggcagacatt ctgccgcgac cgtcacaccc catgagtacg tcggcagaca ttctgccgcg
    16741 actatcacac cccatgagta cgtcggcaga cattctgccg cgactaccac accccatgag
    16801 tacgccggca gacattctgc cgcgactatc acaccccatg agtacatcgg cagacattct
    16861 gccgcgacta ccacacccca taagtatgcc ggcagacatt ctgccgcgac catcacaccc
    16921 catgatcgtg ccggcagaca ttctgccgag tgaatgaacg cccctgcgcc caaacagtgc
    16981 atcaaaacga gaattgcacc ttgaagcgga cgccgctgtt gggcgtgtgc gggtggtcgc
    17041 ggtaggagag gcgccagacg tagtccacgc ggacgagctt gaagatgttg tcgaggccga
    17101 cgctgagctc catgtaggga cggcggccca tgaggtaggt gttcgagggg aaggcgtaga
    17161 ggtcggcgtt gtcggcgagg aaggggttgt tcttatccgt gagcgtgccg taccagccgc
    17221 gaaaggcaac gacctcgcgc agttgcaggc gcttgaggag cggtaggcgg ttgagcagcg
    17281 cgccgctcgg gaaatagatc agaaaaaatg ggtcgcgaaa gtcgggcttt tcatccgagg
    17341 gcgtgaggag ttgtaagcat acggacataa atagagaaag gaagaataga aaatgcgacc
    17401 gggggctatg ttttttggca tgaccctgaa atcagcgatt tcagtgcttg gacaaaaatc
    17461 taagtcttat tcaccctcta cctttgcggc cgaactcaga gagaagaaca atggattggt
    17521 ttatcagttt attcagcgaa cacactgcac tacaagcgat ggtggtgatc tcttttatct
    17581 ccgccatcgg attgggactg ggcaaagtgc gccttatggg catctcactc ggcgtcacgt
    17641 ttgtcttttt tgtgggcatt ctggctggcc acctcggctt taccgtcgat ccggccatgc
    17701 gcacctacgc cgagagtttc ggcctcgtca ttttcgttta cgccctcggg ctacaggtcg
    17761 gcccgggctt cttcagctcg tttcatacgg gcggattgac gcttaacatg ctttctatgg
    17821 gcgtcgttgt gctcggcacg cttatggccg tcgccttttc gtacgctacg ggcgtttccc
    17881 tgcctgacat ggtcggcata ctctgcggtg ccacgacgaa tacacctgcg ctcggtgctg
    17941 cacagcagac gctcatgcaa ctcggactcg acggatcgac ggcggccctc ggttgcgccg
    18001 tgacttaccc actgggtgtc gtgggcgtca tcatcgccgt catgctcatg cgcaagacac
    18061 tcgtgaagcc cggcgatact ggcgctcagg agaaggagga cgcgaacaag gtctatatgg
    18121 ccgcttttca ggtgcacaac cccgccgtct tcggcaaaag cgtgaaggac attggggcca
    18181 tcagtgccac acgcttcgtc atctctcgtc tttggcgcga cggacatgtc agcatcccca
    18241 catcggcctc tacgctccgt gagggcgacc gtctgctggt cattacgtcc gaaaaagacg
    18301 tacccgcgtt gaccgtactc ttcggcgaac aggaaaataa agactggaat aaggacgaca
    18361 tcgactggaa cgccatcgat agcgagctcg cgtcggagcg catcgtcgtt acgcgccccg
    18421 aattgaatgg caagcgcctc ggatccctcc gcctacgcaa tcattacggc atcaatatca
    18481 gccgcgtcta tcgttccggg gtgcaactac tggccacgcc cgagctggtg ctccaacttg
    18541 gcgaccgatt gaccgttgtg ggtgagtcgg cagccattcg gaacgtcgaa aaggtacttg
    18601 gcaatgcggt gaaaagcctc aatgaaccga atctggtagt catatttata ggtatagtgc
    18661 tggggctcgt gctgggatca ttacccatcg ccattccggg catttctacg cccgttaagt
    18721 taggtctggc cggcggaccg atcatcgtag gcattctttt gggcacgttc ggcccacggt
    18781 tgcacatgat tacgtacacc acgcgtagtg cgaacctcat gttgcgcgcc ttgggactgt
    18841 cgatgtacct cgcatgcctc ggactcgacg cgggagcgca ttttttcgag accgtgtttc
    18901 gtcccgaggg cttgttgtgg atcggattgg gcttcgtgtt gacacttatc cccaccttga
    18961 ttgtcggtgc gatagccatg aagtggctga agatcgattt tgccagcgta ttcggcatgc
    19021 tgtgtggcag catggccaat ccgatggcgc tgaactatgt caacgatacc gtctctggcg
    19081 ataaccctgc cgtagcctat gccacggtct atccgctaag catgttcgcc cgtgtgatcc
    19141 tggtgcaggt gttgctgatg gcccttttgg gctgaaagac agcgtcactt tccggtttcg
    19201 ggggatgaat tacttttgcc gccgttaaaa aacagcgcct aactatagca gaatgaagaa
    19261 tatcggatgg gttattggga tcatgctcct gtttgcctca tgcggcgaat acaacaagat
    19321 cctcaagagc acggactacg aattgaagta ctcctacgct aaaaaatact tcgacgaaaa
    19381 gaaatacgcc aaagcagcca cgctgctgga ggagcttgtg cccattttta agggtacaac
    19441 acacgccgag gagtcgcttt acctgttggc tcaaacttat tatagccaga aggactatga
    19501 aacggccgca gagtatttca aaacctatta caccacgtat cccaaaggcg aatacgccga
    19561 gcaggcccgt ttttactccg gttatgggct ctatttggac tccccggacc ctcgacttga
    19621 ccaatcgcaa acctacgagg ccatcgcgca actccaactc tacatggaat actatccgca
    19681 gagcgagcgc gccaaacaag cccaagaaat cctctttcaa ttgcaggaaa aattggccta
    19741 caaggagctt cttgccgccg aattatacta caacttaggt acctacatgg gaaataatta
    19801 cagatcgtgc gtcatcacgg ccgataatgc tctccgcgat tatccctaca ctaagtaccg
    19861 tgaggatttt atcttcctga agatcaaatc gaagttcgag ttagcctcgg tcagcgtaga
    19921 agatcgtttg cagggccgct atcgtgacgt agtagacgaa tattacaatt ataagaacga
    19981 gttccccgac gggaagtaca gccgacaagt acagaagtac ttcaacgagg ccaactcaca
    20041 catcacaacg aaatattgac acatcaattc tttaacaaga gcataacgag aaatggatta
    20101 ccgcaagaca acggcgccga cgaataccgt cacgcgagac atgattaaac tctgtcacga
    20161 caatcaagac aacgtgtacg aaaccgtcat ggtgattgcc aaacgtgcca atcagatcag
    20221 taacgaaatg aagcaggatc tggagaagaa actcgaggag tttacgaacc tcagcgacaa
    20281 cctggaagag gtttttgaaa accacgagca gatcgaaatc tcccgatcct acgaaaaaat
    20341 gcccaaaccg accctcatcg ctactcagga gtatctcgag gacaagattt actacaaaaa
    20401 tccctcacgc gagaagagtt tctaatcgtt ctgatattca gatatgattc aacgtattca
    20461 gaccgtctat ttgctgatcg tggccgcact taacctcctt gtggtgttca tgccgctggc
    20521 tacggtgcag tttgacggca ttttttattc gttcgacgcc tcgggaatga gcacaatggc
    20581 ctctcccgag gcgctcgtct atcccacgtg ggccttgatg gccctttcgg cgctcatttc
    20641 gctgttggcg cttgtcacca tcttcctttt tcgccgacgc atgctgcaga tcaggctttg
    20701 caccttcaat acgctgctca tcgtaggctt ttatggcctc ttcgccttct atctctggcg
    20761 acttgcaggc tcgatggacg ccttcacctt caattttcgg atcgccctgg ccttcccact
    20821 tatttcgctc atcctaaatt ggttggctat ccgagctatc ggtgctgacg agatgctcgt
    20881 tcgctcgctc gacaggcttc ggaaatgatt cgaagagccc ctcgatctca ttttttcatc
    20941 tgatgaaact acgtttcaaa cgcatactac gctggtgccg caacgcggtg ctggcgttgt
    21001 ttgtttttag cctctttatg gtgctcgtat ataagtggtt gcccgttccg ttcacgccgc
    21061 tgatgttcat ccgtgccctc gaccccgaaa cgccgcaaat gaaacaccat tgggtatcca
    21121 ttgataagat ttcgcatgcc atgccactgg ctgtggtggc ttcggaagac aatcgtttca
    21181 tgacgcatca tggtttcgac catgagcaga tccgtcaagc gatggaagaa gccaagcgcg
    21241 gcggacggaa gcgtggagcc agcaccatat cgcagcagac ggctaaaaac gtcttcctct
    21301 ggcccggtcg atcgtggatc cgcaaaggct tggaggccta ttttaccgtc ctcatcgagt
    21361 tcgtgtgggg caaggagcgc attatggaag tctatctcaa ctccatcgag atgggacgtg
    21421 gcattttcgg cgtcgaggcc gcttccagaa cctacttttc taagtcagcc gcctcgctga
    21481 ctcgtccaga agccgcgctc atcgccgctg cgttgcccaa tccacgcaaa cgcaatcccg
    21541 gggccccttc ggcctatatg cgtaaacgtc aaggcgctat cctctcgctt atgaacaaag
    21601 taggcgcagt tcccatcggt tcgggtagcc ctgcggcagt cgatgcggca ccagccgaaa
    21661 agccccaacc cgccgcgcca tcgtcccgtc ccaaacccgc ccctcagaca gtcgaacctg
    21721 cgcccaaaga cgaacttccc gaaaacgtta cagtcgacga cgaggaagaa gacgatgacg
    21781 aggatctcga ttgagtcaaa aagaacagaa aaattacatc ccataaagta cccggccagc
    21841 ttccccggcc tcggcagagg ccttgatctt cttttgcttc ttttcttcta tcaagagaag
    21901 aaaagaagac aacccgaaga cgaaaaataa aaagcagatc aagtacacat cacgtaccag
    21961 gccaaattgg ccggtgtccc tgacgccttg attttctttt gattcttttc ttgcatcaag
    22021 gcaaggcggc tgcggccgcc ggcgaagttt gccaggtaca taacggagaa tctcatgtac
    22081 ccggacaacc tccccggcct cggtagagga cttgatcttc ttttgcttct tttcttctat
    22141 caagagaaga aaagaagacc atctaaccct cacacttatg ttcatttatc aagatctcaa
    22201 acgcatagac tacgccgaag cactggcgat acaaaccgcc gccttcgacg aactcctcgc
    22261 cctcaaagaa cacggagaaa ccggcacaag tcgactcttt ttttgcgaac acaaccctgt
    22321 tttcaccctt ggcaaacacg gtctggatgc caatttactc gtctcggaag acgtgctccg
    22381 tcgtcgcggt gtagccttct accacaccaa tcgcggagga gacatcacgt atcacggacc
    22441 cggccaaatc accggttatc ccgtcttcga ccttgaaccg ctgcacctcg gattacgcgc
    22501 ctatatcgaa gccctcgaag agaccgtcat ccgcttcctc gcacgcttcg atctccatgc
    22561 cgaacgcatg gcaggcgcta cgggagtctg gttagatgtc gggaaaacac gtgcccggaa
    22621 gatctgcgcc atcggcgtcc gtagtcgacg gttcgtcacc atgcacgggt tcgcactgaa
    22681 tatatcgacc gatctcagct atttttcact catccatccc tgcggatttg tcgataaggg
    22741 agtcacctcg ttagccaaag agctcgctcc gtccgaatca cccgatatgg agacctccaa
    22801 acagcttctc ctcgaggatt tccgatccat cttcggcagt tagcgaagcg ctcaaagcaa
    22861 ccagaagaaa atagggatgt gctagataca tgatttgcat gtgtctagca cttttgtttt
    22921 ctcccacttt gctctccgtt ctctatgtaa gaacaaattc aacgctatca tttttagatt
    22981 gatatgatcc aattacatca tacactctat catataccgt aatctgaaat caaataaatg
    23041 aattgatctc aaattacggt gtattcttca ttttatcgca tatttacttc caagattacg
    23101 tcgttattta gattctgagt gtatgattat atcatgatta cagtgtaatc ttatgtattt
    23161 cgatatagtt gagcttcaat tactccgtaa tttttgaatt atgaatatgg tagatagaca
    23221 ataacggcgt aatctttata tcacgaagat gatagatata agatctcact ggaattttga
    23281 tctgattaat gacaaaaact ccagattacg gcgtaatcta aaggtcctat atgcgataat
    23341 ttacgatcaa cgataaataa ttatcttcgc acccgaataa gtataggaaa tgaatttcat
    23401 gtgccattac ccgaatgtct accattcatc aagttggata aaaatagtat gatagaaacc
    23461 attcatatcg aaaaaatcag tcagcataga ctaagccttg cactgcatgc cttttttcat
    23521 ggcgatgttt gtagtcgcat gatgagcgaa gactcggata aaatcggtgt acccaaatcg
    23581 caatcagagg aatataaaaa atgggtcgac gaagaacttg acatgattgc cgaggcacga
    23641 gagagttaca acacgagaga aatacagaaa aaagactccg aatgcgatcg cttattgtcg
    23701 ttcatattca gcatggtacg cacaatgcgc ctatctccaa agccggaaga ggtcgaatcg
    23761 gccgaaaaac tgtacattat tatgcgtgtg ggtaagcgta tccaagcgga gggtgtcaca
    23821 cgtaagcccg cgcgtatcga atccttgctc atcgatctaa aaaagcctga gtgcaccgag
    23881 catatctccc gactcagact cgaggagggg atcggactac tcgaaaagtc ctataaggaa
    23941 ttgcgtacgc tggtggcaga acgcaccaat gagcgagccg aaaaaaaacg gccttcagct
    24001 actcaaattc gccccaaaac ggacaaagct tattatgaaa tactccgact tttagaggtg
    24061 gcttatattc agggacaggc gccagtagac cgggaatcga ttgaaaatct ggtgagatac
    24121 ctcaatgaac acacgaacaa cgtgcgcatg gtacatcggc agagtcaggc acaacggaag
    24181 tctcgcagca atcaaaaaga ggagtcggag gaggtatcgg actgaatgtt cagaaagttt
    24241 caccgcatct cgcggaaagc gctatgaaga atgggtaacg taagggagaa ggcgagtaca
    24301 tcactgacag tttgacacat ctctacaccc atcaaaccga acgtattcgg caaaatcatc
    24361 atcagcggaa tgaagaaaag tccgctacgt gccgccgcta aaatatttgc ctgtatcgtc
    24421 ttgcggatgg tctgcgtgaa catattgcca aggataatca gccccgtcag aggtagcgaa
    24481 gccaactgcc atttcagtgc cacagtgccg acagctacga ccgccggatc acgacggaag
    24541 agaacgataa tgtgatccga aaaaatccac ccgactacac tacagacgag taggaataac
    24601 gtgctgacac gcaccgcata ccagaagcca tccttgaccc gctcgtagag acgggcgcca
    24661 tagcagaagc cacaaaaagg ctggaatccc tgtccaaaac cgatgacggc agccagtagg
    24721 atcatcgtaa aacgattcac gacagacatg ccggcaatgg ccgcatcgcc atacgcaccg
    24781 gcgccatagt taagcataac cgtagctagg ctactgagtc cctgacggga gagcgaaggg
    24841 gttccgccgg ccataatttc ttgaatatag accttggaga gggaaaaatt ctgtaggcga
    24901 atgcgaatac taccaccgcg atgggtcatg cgcaggagaa taacgaagct gacagcttgt
    24961 ccgattaccg tggctaccgc ggcaccggca attcccatgt tgaagacaaa aatgaacagc
    25021 ggatcgagcg ccacattgag gatggcaccc gtcgcgatgc ctcgcatggc ataaatggcg
    25081 ttaccctgga agcgcatttg gttgtttagc gtaaaggccc cggtgacgag gggcgtcccg
    25141 agcagcgtga ttccgaggta agtacgggta tagggcaata tggtaggcgt acttccgagc
    25201 caacgggaga gtggcgttag gaatagttcg ccagcgatca aaataagcag tccaccagcc
    25261 acggcatata cgaaacccgt ggtagccatg acctcagcat tgcggtgacg tctggctcca
    25321 agctcacgag agatgtaatt acccgagcca tttccgaaaa agaaactgat ggcctgtacg
    25381 aggaacatga cagagaaaac gatgccgatg gcggcagttg actgcgtgtc gatacggccc
    25441 acgaaaaacg tgtcggccat gttgtaaagc gacaacacga gcatactgat aattgtgggc
    25501 acggccattg tgccgatcac gcgatgaatg gggccttcgg tcaagaaggc gtaattatct
    25561 ctgttttgtt ccatttgatt tgacgtaaat aaaaggtagg gacgaatgat ttttttcgcc
    25621 cctacctcat gaatttttga ttctatttct gcgcgttttt tcgcagtgca gcgcggatca
    25681 ctttggcgcg ctccgtttcg gtcttagccg gcgaggcggc ggcatcgcct ttgtaacgga
    25741 aggtgtgcct tccctcgggg tgctctaagc tccagccgtc ccattcgcgg aaggcgtggt
    25801 agcaccacgt ccatttgcgc tcttcgaaga gcgatacgac gtccgtcagc cagcgtgcag
    25861 acgacggaat gggggcccaa cgcacgacac taaattcgcc tacgaaaatg ggcacgttgt
    25921 agcgacgctg gaagtcgtcg acaacttcaa gctcacgctc cagcgcggcg cggtcccatt
    25981 gcttaccttt taccttgccg ggatactcta cgccaagtga ggcgatggct tcggcctttg
    26041 tggccatgtt gacgccctgg tgggtgaagc cgccggggag gtagaaatgc aggctataca
    26101 tcacgcgctt gtcggcgagg ggctgcaggt tgcggtagtt gtccgggccg ttccaggggc
    26161 cgggctcgta gatgatccag acgtcgcgat cgatggcgcg aatggccttg acgatctcgg
    26221 gggccatggc ccgccacttg tgggggacgt ggtcggtgcc ttgaacccag gcggcaggct
    26281 cgttatagat atcgtagccg tagatgaggt cgttgtaggc ggggtctttg aacttgttgg
    26341 ccactgcggt ccagaagcgg aggaagtcgt caagaatctg cgatttattc cagaaggcgg
    26401 ggaaaccggg attggtgtag ccgttgacgg gcggctcgtg taagtcgagc acaaccttta
    26461 ggccgcgggc tttggcccac ttgaggcgtt cgtcgatacg gatcaagtag accgggaggg
    26521 cctcccagat gttgcgattg ttgtccgtgg catacttcac ggggcagatt tgaagtcgga
    26581 tgatgttcgc gccccatgcg gccacgtcgt ccaaggtgcg ttcgctcaca tcctccacgc
    26641 gggctaccat aaaaccgcgt aagcgggctg gccgcacggg ttgttctgtg ccgggagttg
    26701 gtttgggttt gggctcgggt tcgggcgtgt ccttcttccc gcaagctgaa agtgcgcaaa
    26761 tggccagcgc tgtcagtagg aattgttttg tagttctcat ttcaataagg gttaggaatg
    26821 aatgatttcg tcgaaagtcc tttagggaac cttcgacgga atgaaaacgc acaatgcaac
    26881 gaaattgttc gggtgctcgg ggttgtttga cgtttattcc ggaggggagc ctcgttcgtt
    26941 tcgtctcctt ccagcacatg caacgcctac catctaacac agagagtggt caaaaacgtc
    27001 ctcgaggatg tgcccgcagg aagcctctaa acaattttcg gaatagtccg taaccctgca
    27061 ggttgagcga ttccggttat tctccttgca gctcaaggcg cccagtgagc agttgcgaat
    27121 ggcgtgtgcc gtcagggccc gtaaatgtga gaaagacggt caccgttttt tctttgaagt
    27181 cgagcacctg gctcgccgtc gtgccgtcgt tttctatcca gttcacaaag aagcgactgt
    27241 tgtcgatgcg tcgttgaacc attgtgttct gctcttctgc cacgctaccg ttcacggtgg
    27301 ttttcctgtg cagcgtcgta tcattcagat attgcacttc agccttcatc cctccctcat
    27361 agagcaactg gacgcgttgt ccgatcagct cgtacgtcgg ttcagcttga tccgcttcaa
    27421 cgttttcaga ggagagcagt tttttccgct tggcgttgtt gcttgcgaca aagaagaggc
    27481 cgcatagggc taacgcaatc ctaactgttt tctttttcat tgcctgatca ctttaatgtt
    27541 taatcaccgg caaaggtacc cccggcagca cagcttttcg catgccccat tcaataagta
    27601 gtccttgaaa agcgggattc tcctcattcg actcaaaatg atccatccgg agagcatgtt
    27661 ccccgattct tggttcaagg agatcccccg gagaggggcc ttcaagaaaa aaacgcagag
    27721 aataagccgc tgaacgggcc taatccacgg gcctaacgac catgatacct atcgtgcgcg
    27781 gattacgggc ggcgtaggcg tggagggagg tcggctcgac gatgacacgt ccggcggcgg
    27841 aggaggcgtg aacgaacgtc accgtacgcc cgcgtctgca aatgatgccg acgtgcgaga
    27901 tgtctaagcc agggacgttc gtcacgaagc agacgatgtc gccgtcgcgc aggtggccgg
    27961 cggcagaggg gatggcggcc gtcgggagga gggcataacc ggtgcgggcg gagatctcgg
    28021 cctccttgac gcgcagcagg ttgacgcgcg tggggtggga gcgtagcgcc gcgtaacggt
    28081 cggggtgagt ggacatgaag gagagccggg gctgataggg acggccaccg atctcggcgg
    28141 tgacgtcgcg cacgaggccg cggcgggcgt tttcgtagat ccagtcggtg aagtagtgca
    28201 ggcggtcggt atagtcggtg atgacggccg tacggtagcg taggcgggag agttcgcgga
    28261 ggtaaacgtc aaacgtcggc gcgggacttt gggcggtgcg ggctaaggcg acggccgact
    28321 cgacgagcgt ggtgcaatcc cattcgcgga ggttgaccac caggcgttcc ggctcccgtt
    28381 cgagcgtgga ggcgacgtag ggacggccga cgaagtatcg cgcggcggcg agtgtggcgg
    28441 tgccgacggg gcgcgggtcg gcggcagatc ggagtgtccc catgcagccg ttgaaggcgg
    28501 tcatatcttc cacggaaaac gtcaagtttc ccgaccaatc gtctgccgga ctcgacgtga
    28561 tcgcccacca ggcgcagagc aagatgctga tcacacgttt catcgccgac cctccttcgg
    28621 ttgcggttcg ttgtccttcg gttttccgtc gagcagctcc tggagcttca gcatttcgtc
    28681 gcggtattgg gctgcctcga tgaactccag tttgcgagcc gcctccgtca tccgacggcg
    28741 cgcgcgttcg atggcctttt cgagttgtgg acgcgtcatg tagctcacta ccggctcggc
    28801 aacgagcgag ggttcgggct cggtgtaggc gtagggcacg gcggatgctt gtgcgcgatc
    28861 gcccagcacg gaggcggagc tttgtttgat ggcggtgcgg ggggtgatgc cgtgtgcgcg
    28921 gttgtaattg agttgttttt cgcgtcggcg attcgtttcg tcgatcgtca tgcgcatgct
    28981 gtcggtgatc ttgtcggcat agaagatcac gaggccgttg agattgcggg ccgcgcgccc
    29041 ggccgtctgc gtgagcgagc ggtgggagcg gaggaagccc tctttgtctg cgtcgatgac
    29101 ggccacgagc gagacctccg gcaggtcgag gccctcgcgg aggaggttga cgccgatgag
    29161 cacgtcgaac tctccgctgc ggaggtcgtc catgatgcgg atgcgctcga gcgtgtcgac
    29221 gtcgctatgg atatagttgc agcgcacgtt catgcgcttg agatagtccg ttaattcttc
    29281 ggccatgcgc ttggtgaggg tcgtgacgag cacgcgttcg ttgacctccg tccgttgcga
    29341 gatctcctcc atcaggtcgt cgatctggtt ttggctcggg cggacctcga tgaccgggtc
    29401 gggcaggccc gtcgggcgga tcacctgctc cacgacaatg ccgccgctct tggccagctc
    29461 atactcggcc ggagtggcgc tgacgtagac ggcttgcggc gtgagggact caaattcgtc
    29521 gaacgtttgg ggcctgttgt cgagcgcggc cggcagtcgg aagccgtatt cgatgagcgt
    29581 ctccttgcgc gagcggtcgc cgccatacat ggcgcgaatc tgcggcacgg tgacatggct
    29641 ttcgtcgatg acgagcagaa agtccttcgg aaaatagtcc agcaaacaaa atgggcgctc
    29701 acccggttgg cgtccgtcca ggtaacgcga atagttttcg atgcccgcgc agtggcccag
    29761 ctcctgaatc atctccagat cgtacgtgac gcgctcctcg agacgcttgg cctcgaaagg
    29821 tttgcccatc tcctgcagct gctgcacgcg ttcgccgagg tcgaggcgaa tctgcccgat
    29881 cgccgagtgg atgcgctctt gggtggtgac gaagaggttg gtgggataga tctgaagcgt
    29941 gtcttgttcg tcatactcgc gcccgtcgac agggttaaat gaggagatgc gctcgacctc
    30001 gtcgccccag aactcgatgc ggtatgccat tccgtcatag ccctcgatgg cggggaagat
    30061 gtcgaccgtg tcgccattga cccggaagct gccggagtta aattctactt tattattgac
    30121 gtagagcgcg tctacgaagc ggcggagcaa cttgtcgcgg gcgatgcgca tgccacgctc
    30181 cacgtgcacg acctgctctt cgaaggcccg cgggtcggcc atgccataaa ggcaggagac
    30241 ggacgagacg accagcacgt cgcgacgccc ggagaggagc gaagccgtgg cgcgcaggcg
    30301 gagcttgtcg atttcttgat tgatggccat atccttctcg atgtacgtgt cggtggtggg
    30361 caggtaagcc tcgggctgat agtagtcgta gtaggaaacg aagtactcga cggcgttctg
    30421 cgggaagaag gacttgaatt cgctgtagag ttgggcggcc agcgtcttgt tgtgactcaa
    30481 aacgagcgtg ggtttgcgga cccgctccac gacgtttgcg atggtgaatg ttttgccgga
    30541 gccggtgacg cccaggaggg tctgatacgg cacgccgtcc tcgatgcccc gcgatagggc
    30601 atcgatagcc tcgggttggt cgcccgtcgg ccggtatgaa gagacgagtt tgaaatccat
    30661 aaggggaaag gggaagggga aatgaaagta ggggcgaacg ccattcgccc ctacccggat
    30721 agacggctgc ggccgccagt aaaatttgtc gggtatctta ttcttccggc agcgtaatgt
    30781 cgggattacc gtcgccgccc ggcttcggtt tctcaccgcc cggtttgggc ggctgaggcg
    30841 tctccggctg cttcggatcc ttcggctgct caggttgctt cggttccttg ggttgtttcg
    30901 gctccttggg ctccttcgga gtcttgggct gcttagggtc agacggcttc ttggtctccg
    30961 ggcgctcggc caggacggct ttcttcatct cggtattgat catgtcaatg atcgacttgt
    31021 atgccgcctc gccaccgagc gttgccagcg cgttgatgac gttcgtgagc ttcttgaact
    31081 cgtcgtacac cgcgtcgcgt ttctctttca cggcgcccgg atcaagcatg gactcgtgct
    31141 taacctgccg gccatacatg acgctgaatg cgtcgttcgc ctccttgagc acgctgaccc
    31201 acttatcggc gccaatcagg gcgagcttcg ctttgatgtc ggccggctca aagtcttgca
    31261 ggaggttttt gatgagggcc gtctcttcac gattcggctt gttctgcggc aaacttccgt
    31321 acttacgata gatctgaagc agctccttag ccgccttggc cttgtctgct tcgggataat
    31381 cggagaagag acgcaggtgt gtagagagcc gccccattgc tctgtcacgc cgatcgtcga
    31441 gttcgtacag atctttcgac agcccactgc tacgcatcgg ctggatgagc ttatcgaaat
    31501 cgttgaactt gtcagtgaag accttaactg gatccttcaa cttcaaggtt tccaagtctt
    31561 cctgattcaa ataggtgatt acgttgtcca ttatctgata gaaattcagc atgcggaccc
    31621 ttgtcaaatt ggtgttatcg atcatatgaa tattgaatta tagctgcata agaggttgtg
    31681 cgtgaaagca agccttgcaa tgtgcttcag aatctgattc cgaaggattg cagaccgttg
    31741 caaaggctca gaatctgatt ccgaaggatt gcagaccgtt gcaaaggctc agaatctgat
    31801 tctggaggat tgcagaccgt tgcaaaggct cagaatctga ttctggagga ttgcagaccg
    31861 ttgcaaaggt tcagaatccg attctggagg attgcagacc gttgcaaagg ctcagaatct
    31921 gattctggag gattgcagac cgttgcaaag gctcagaatc cgattctgga agattgcaga
    31981 ccgttgcaaa ggctcagaat ctgattctgg aggattgcag atcgttgcaa aggctcagaa
    32041 tccgattctg gaggattgca aaccgttgca aaggctcaga atccgattct gagaggattg
    32101 cagaccgttg caacgcgtcc aaaacccggt tttggagaaa aatcaaatca aacaacgcgc
    32161 tccggagagc atctttccgc ccgagccggc ggcgaatgta gaaagattcg tgaaccggcc
    32221 gccccttgta tgcgttcagt cccccgcccc ggcctatttt tgccgccaag taaaagcagt
    32281 agatcaatgg acaagattga aatccacgga tacaaatcca tcaaagacct tgttctgccc
    32341 ttccgtccta tcaatattct gatcggatcc aacggcagcg gcaagagcaa cttcctttct
    32401 tttttcgagt ttctgagcca gatctatcgt cgcaacctcc agtcgcacgt ggctctgaaa
    32461 ggcctcgaaa ccttcctaca taagggatat aaagtgacag atgagatctc cgcaagcgtt
    32521 tattattcga aggaattctg ccacactttt acattgagaa aaggcgacga ccattttgtt
    32581 ttcacgaaag agaagtgggg gaatgatgct aagcaggttg atctcacatt accgaatcag
    32641 atggaaagca attcggatct tctttttcaa gaaggctcct ctcttaccta ttttaccttt
    32701 cgcaagaatg ctacaaccta tcactttaac gatactggtg cgaactcacc tttcaatcaa
    32761 ggagccaata tcgatgccga ctttcccttc ctctatgagg acgggaggaa catcgccgcc
    32821 tatctctatc atattcgtga ggagcatccg aaaacctatc gctttatcgt ggccactatc
    32881 caaagcattg caccttactt tctggatttc tatttggagc ccaacaacaa cggtctgatg
    32941 aaactgttgt ggcaaagccg gtatgcctcc acggtgtaca gcgtcaatga tttttccgac
    33001 ggcacgattc ggttcattgc gctggctgcg ctctttttgc aaccagaatt acctcgaacg
    33061 ctcatcgtcg atgagccgga gctggggctg catcccgcgg ctattgcaaa gctgtcagga
    33121 ctgattcagt cagccgcaac ccggaagtgt caagtgatta tcgctacaca gtctgccgac
    33181 ctgatcagct atttccagcc agaagacatc attactgtgg accaaaaaga gggcgcaagc
    33241 atcttcaaac gactaaacaa agaggaactc gaagtatgga tggaggacta taccatgggg
    33301 gatctttgga agcagaatat tatagccgcc ggacaaccct aattctctct cccttatgaa
    33361 ccaagagatg aagcgcatca ttatcgtctg cgaaggggag acggagcagg agtttgtccg
    33421 tgatatttta cgtcagccgt ttctcagcag aggaattttg ctgaatgatc ccaagatcaa
    33481 atattctaac ggagggatag taaagtggaa tctcctgaaa gcacagatcg agcgacacct
    33541 gcgagaaggt gacaaaccgt atgtgactac tttcattgat tactacggta tcagtgacaa
    33601 acaccagttc cccgactggg atgaggcata caagatccct gacaaaggtc agcgcatcga
    33661 ctgcttgcaa caggccatgc gggaggatat acatgaggag ttacgaagcc gattcattcc
    33721 ttacatccaa ttgcacgagt ttgaagccct gcttttcatc gatgaagaaa gcatcgtagc
    33781 agcagcaatc gattgttcga ttgacagaac gaagttgcga aaggtcttag ccgatttccc
    33841 cgatcctgag acgatcaaca atcatataga aaccagtccc tcccatcgat tggagcagat
    33901 tattacaggt tacaataaag tgcttcacgg caatatcatt gccctatcta tcggcctaga
    33961 gcgtatccgc gaaaaagcca aacgctttga ccaatggctt agccaactcg aatcactcgc
    34021 ataaaacata aaagcagtag acccatgatt ctcaatttca gcatacagaa cttcggttcg
    34081 attaaggaca agcagacgct ttcgttcgag gccgataagt ccgaccacct cgaagaggcg
    34141 tacgtcaccc gttgcggagg ccgacgaata ctcaagctgg ccctcctcta cggagccaac
    34201 gcttcgggta aaacgacggt gctcaaagcg ctcgacttcc tccgagagtt agtagtcgaa
    34261 cccaaaagca agaagacgga tcgcctggac ttcgaaccct acctcttcga tcccgacacc
    34321 ccgaaacagc ccaccgtcct ctccatcgaa tttatccgta acgaggtgcg atacgcctac
    34381 cgggtggaat tcacgcagga ggctgtcgtg gccgaggaac tctatgccta ttataccccc
    34441 aacaaagccc gcatctatca acgaacgacg gacctcgagc ggcagtttgt cgaaatcaaa
    34501 ttcggccgta agatgacgaa aagcaaagcc gtgaagcaga gtcttactgc aaacacatta
    34561 tggaacaaca cggtgctggg ggggtatctg aaaaccaacg tcgactccaa agagctgcaa
    34621 gaagtggcgg actggttcaa gctttaccta aagcgcatgg tgcagccgca aacctccttc
    34681 gaagatctca tcttctttca gatggaagac ggggagatcc tctcgtcgga tatgatccct
    34741 attctacaac aagcagacct gcatatctct gatattgtca tccaaagtcg agaaatagtg
    34801 ggtagacagg aggttgagga tttcctgtca ttaatcaatg atcatcattc tgtgatgtcg
    34861 aagggggatg taatagagct tagagaagaa gcaaaagcgg tcattaaaaa ggtcatgctc
    34921 gagcataccg taaacggcga gaaatatcag ttgccattgg ctgaagagtc gcgcggtaca
    34981 aagcggtatt atgaatttgc tggcttgctg gccctcttta tcaaagaccc gcgcgccatg
    35041 cttatcgacg aattagagac ctcactacac cccgatctct atcggcattt catcgtctcc
    35101 tacctgctca acacgaagga ttcacagatc ctcgccacga cgcacaatcg ggagctgctg
    35161 gacgaccgcg acctcttccg aaacgatgcc atctggttta cggataagtc taacgccgat
    35221 gctaccgagc tctattcgct ggccgacttt gatcgctcgg taattgggaa aaagaccaac
    35281 gtgctgaacg cctacaaaag cggcaaactg agcggcacgc caatcctcgg tgacacgcat
    35341 atcgatttga atcatgggaa gaattaagcg gaaaacgaat ccagcgtttg ccatcgtggc
    35401 cgacggggag acagagatct ggtacctaca aatgatgaag cagaatgagc ggcaggtgcg
    35461 cctcaccatc aagccagaac tccctaagaa gaagcgtatc gaagaccaat gcgagcttgt
    35521 ttgtaagctg gcccaagggg agtacgataa ggtcttttgg atcgtcgact tggaccagat
    35581 cacaaaggag cagcgagagg caaccggagg taaaaaagac ccgatgcgga cgtttatcga
    35641 atgccgagag aaagtgcttc atggtaagaa atacgcgaag cgggtccggg tgatcgtgaa
    35701 taacccctgc cttgagttct ggttcctgct tcattacaca catacggaca aatctttcgg
    35761 gggctacgag gaattggcaa aagcactgaa gaagcacatg aaagactaca ataagtcgga
    35821 aagctatttc aagcagaaaa acaatgacat ctatttgaag ctaaagccgc gcttaaagaa
    35881 ggccatggag cattccgatc gcctcggttc atttgatccg caagcccctt cgaaagcagt
    35941 aagcgaaatg ccgcaattct tccgaaccga agagttgaac gggctctttt gaggtgttcc
    36001 ccaaacagca aatcgggtag agagatccta taaagatttc cctacccgat ttcccgttta
    36061 tgggcggaca atgattggct gccctctcga agcattacgg gcggatgcgc tcgaagcggt
    36121 agagcgtcac gctgctgcgg acgtcggaga gcctgcgcgt ggagtgggcg atgcggcgga
    36181 aggtgtacag ccggccgaag cgctcagcga gaagcgtctc gtcgcggtcg gccaagagga
    36241 gggcgccctc ggcgggacgt tcggcgtcga agttgcggaa gcggttgccg aggtaaaaat
    36301 tgaggccgta gaggttggtg aagcccgcgc ggaggtcgtt catcacgtag atccgatccc
    36361 gctcggccgg aaactcgctg cggatgtggt cggcaaactc gcgcgaggag gtgcggttgc
    36421 gcaagttgtg catgatggcg ccgtcgacga agaagttcag ggcgacgctc aggaaaagcg
    36481 aggcgtagag gatcttgatg ttgatccgcc gcgacatttg atagccgacc gtcagcaggg
    36541 ccagggctaa gatggcgagg atgacgatcg tgccgaccga gggatgggcg aagccttgcg
    36601 caacggcgct gaccgtgtcg agcgtgtcgg cgcggtcagt gaatttggcg gcgatctcca
    36661 ccgggcgcag ggcaccggca gcggtgagca cggccacgcc gaatgcggcc gtgccaatgg
    36721 cggcgaaaac ggcggcgaag acgcgtgtac agcgggagcg gtgttcggcc acgtagagca
    36781 tcgcctgcgc cacaaagagg gagataaagg gataggcggg catcaggtag acgctccgct
    36841 tgctgcccgg gatggtgtag aagatgagcg tgcagacggc ggcgacgagg ctgaaaaggc
    36901 gtacgcgatc catcgccaga aggccggcga cgatgtggcg cacgcggctg ccgagcgtgg
    36961 ggcgatcgcc gcgtttgtcg ttcggcttgc gattgaagcc gaagagggag aagacgagga
    37021 ggagcgtcca gggcaggaag ccggccacga gcgtgacgaa gttgtaccaa atgggttcct
    37081 tgtgccccag gtcgtacgaa atggcggcct cgctgaggtg gaagaagcgg ccgaagtttt
    37141 cagctaaaac gacgttgagg aacgcctcgc caccctgacg ccacgccgcg atgtaccaga
    37201 gcaagggcag aaaggcggcg ctgacgccga tgtaaagcag cgccttaaag atctgcaagg
    37261 cgctgtggcg gcgaagcagg atgaggtacg tgccgaagat gaaaagcggc aagatgatgc
    37321 cgactggccc cttggtgagc acggcgccgc tgagtaaaag cgggatgatg acggggaggc
    37381 ctttcaaggc gagcttttct tcccaccggt acatctgcag gagggcggcg acgatgaagc
    37441 cggtgaggac catgtcgacg cgggctgtca tgccggcgcg gtggatctcg acgcacgtga
    37501 gcatgacaca gacggcgatg aaggcttcct gaaagcgcac ncgccgcccc aagaagatga
    37561 gcatcatggc gccgagcacg gtgtaggcca ctgcggaggg gaggcgggcg gtcagctccg
    37621 tgacgcggcc gccaggcagg gaggcgaggg ccatcatcca gtgcgccatc ggcggcttat
    37681 aggcgaactc gtcggcgtag accttcggca gggtccagtt gccggtttcn agcatggaga
    37741 cggccacgga ggcttcgcgc ggctcgcctt tggtggaaaa gtngccggtg gcgatccagg
    37801 gcaggatggt gacgaggcaa agcacgatga tcgtcgtcac nggcttctgc aaatagaggt
    37861 attgaagggc ggaggcgcgc ataggatagg ggatgattaa gttttaccgc ggggctttgc
    37921 ggtaaagntg gatagtgata aagaggtaga taatgttcgg gatccagact gcgatcatgg
    37981 ggctgacata gccgctgang gcgaaggtgg aggtgatttt ggagaagagg atntaggaga
    38041 agctgagggc gaagccgatg ccgatgttga ggcccattcc gcccttgatc ttccgcgagg
    38101 aaagcgaggc gccgatgacg gtgaggatga agaaggagag ngtggtggca atgcgttggt
    38161 gatactcnat ctcgaaaaac tgggtgttgc tcagcttgcg ctccttctgt cggcggatgt
    38221 gggcggcaag ttgcggcatg gtcatcgtct cgcagtcgcc ctcggagatg aggaagtcgg
    38281 agggcatgaa ggtgagcgtc gtgtcnttnc gttcgccggt ggtgatntgc tcgcgcatgc
    38341 cgtcgaagtc gcggatgacg tagttgagga tggtccaccg gtagagcgag tcgtactgga
    38401 tggattcggc ngtgaggcgc gagacgaggt tcttgtcctt gaatcggtcg agggagaagc
    38461 gntagcccat cgaggcgatg gcgtcgtagc gntcgaagta ggcgaagacg tccggctcga
    38521 cctcgagctg gatgttgtgg gccgacgaga ctttcttgtc gcggatgtgc ttgttttgga
    38581 agttgatcct gacgatgttg gccgggggga tgatgtaggc gttcagcaga tagttcgccg
    38641 aggcgatnat ggccgcagcg atgaggtagg ggcgcatcag gcgacggaag ctgacgccgc
    38701 aagccagcgt ggcgatgatc tccgacttgt cggccaactt cgaggtgaag aagatgacgg
    38761 caatgaaggt gaaaagcggg ctgaaaatgc tgatgaagta ggggatgaag ttgaggtagt
    38821 attcgaagac gatgccgcgc aacgtggccg tggcgcgggc gccgacgaaa tggtcgatct
    38881 tctcgttgaa gtcgaagacg acggtgatgg cgatcaccag caggatggtg aagacatacg
    38941 tgccgaggaa cttgccgatg atgtatcggt ctatccgcgt gagcttgagg gaggggatac
    39001 gtagcattca gatccgttcc gagagttgtt tcaccatgcc ggccttccat gtcgtgaagt
    39061 cgcccgccaa gatgtgtcgt cgagcctcgc caaccagcca gaggtagaac gcgaggttgt
    39121 ggatggaagc gatctgcaaa gccagcagct cttcggcgcg gaaaaggtgg tgcaggtaag
    39181 cgcgactatg gagcaagtcc acggcgcagt ggccgtccgg atcgatgggc gagaaatcgt
    39241 cggcccattt gcgattgcgc atgttcatcg tgccgcgggc ggtgaagagt tggccattgc
    39301 gtccgttgcg cgtcggcatg atgcagtcga acatgtcgac gcctcgctcg atggcctcca
    39361 ggatattcgc cggcgtaccg acacccatca ggtagcgcgg cttgtccgca ggtaggatgg
    39421 cgttgaccag ctcgatcatc tcgtacatga cctccgtagg ctcgcccacc gacagcccac
    39481 cgatcgcgtt gccttctgcg ccagcctccg ccacgcgttc ggctgccctg gtgcgcaggt
    39541 cgggatagac gcagccttgt acgatcggga agaggctttg gtggtagccg tagcggggct
    39601 ctgtttcctt gaagcgcttg atgcagcgac cgagccactg ctcggtgagc ttcagcgagc
    39661 gctccgcata ggcgtggtcg gcgtcgccgg ggcagcattc gtcaaaggcc atgatgatgt
    39721 ccgcgccgat ggagcgctca atgtccatca cacgctcggg cgagaagaga tgcttgctgc
    39781 cgtcgatatg cgagcggaac tccgcgccct cggccgtcag cttgcggcgg tcggccaacg
    39841 aaaagacttg gaagccgccg ctatccgtca gtatcgggcc gccccaaccg ttgaagcggt
    39901 gcagtccacc ggcgcgctcg agcgtgtcga cacccgggcg gaggtagaga tgatacgtat
    39961 ttcctaagat gatttgcgcg ccgacctcac tttggagttc ggccatatgc acggccttga
    40021 ccgcgccttg ggtgccgacg ggcataaaga tgggcgtttc gatcacgcca tggtcggtcg
    40081 tgatgcgtcc cgcgcgtgcc ttggatcggc tgtccgtttg gatcacttca aaattcatgg
    40141 cggcaaaagt aaggtgtggt gagcaatcgg gtgggggagg catttgtgta aacgtatagg
    40201 caaggacgat agcgcacccg atgggcgccg cagttcggtg gggggaaata aaaaaagcag
    40261 cacacttgat ttgtgtactg cttacggagg tttttgaagt ggtgccaccg ggaatcgaac
    40321 cagggacaca aggattttca gtcctttgct ctaccaactg agctatggca ccgtgccttg
    40381 ttttttctta gcggccgcaa agatgaacga atctttgact ctacgccaaa tctgcaacac
    40441 taaaaaaatc acaaaagaaa cggtgacttg tttccctgca atcgaaccgt tttattctga
    40501 acgctttgcg gagaggggtc acaggaggat ttttccgcga aaaacgtgat cgaggggaga
    40561 attctggccg tagcaccctc attttttgtc tcggggcgac tgctcacgtc gtcggatcgg
    40621 catcgagcga cacggcgggt catggaaggt catcgaagcg ctgtcgaccg agtcgacggg
    40681 gcataacggg ctgttgcggt ctcgtcgtgt gacacgaggg ggcatgccta cgcgttgagg
    40741 cctcatcgag tcttttgagg gggcttcaat caatgtatag aaaatagata tgctggattt
    40801 atagcttata catggtgtat gaatataaaa tccgctggat aatagagata gtcatggtgt
    40861 atgagtataa aagacgatgg attttgcgct catacaccat gtatagctat tctttctggt
    40921 gtatatctga cttagacagt atgtataaga taaattgatg gcagcgtgta tacttagaca
    40981 ctatgtatat gcgcaaatga cgaacggaag aatgggctta cagtatgctt atccgataga
    41041 tcaattagaa tgataggcca tacatgatgt agatcagatt aaatggagag aatggagagt
    41101 cgggcatggt gtggatgtag actatataca ggatggttta gtcatacatg aggggatgcc
    41161 cgcgggggat aaattgaggg gctgcgacgc ggggagatgg cgagtcgagt ggcatggcga
    41221 ggctgcgacg ggctgggatg gtgcgtcgag tggcatggcg gggcggcgac gggctgggat
    41281 gggtcgcggg ctgggcaaag ggggagtttg tacttttggc acccgtaaaa aatcagcaat
    41341 ttgaaggata atgacaatga ggaagcgttg gatcgcaatg gttttggcgg cggctctatc
    41401 ggcagctgcg caggcgcagg acgtagcgga gctgtttttg aagatgcccg atacgcaatt
    41461 ggttttactc aatgaggcga gtcggaagac gctcgtggac atgcatcggg ctggcgaaaa
    41521 ggcgatcgtg aacaacgaga tgggcggcat ggccgagatc tggaagatga cggacgacta
    41581 cctgtggctg gagacgagca tggggaattt catccaaata cggcggctgc cgttggtgaa
    41641 ccatacgtat gtgatctgcc tgatcacgtc ggtgggaatc gtgaggcagg ggcaggactc
    41701 gagggtggaa tttttcacca cggactggac gccgctgccg accgagggga tgtatcgccc
    41761 ggccacgatg agggacttcc tccgggcgga cgcggacacg acgtcggagg atttcaagga
    41821 gatctgcgcg gcggcggaca tcgatttgtt tcactacaag ctgtcgcccg acgatctgac
    41881 gatgagcgtg cgatacaaca cgccgaaata tttcgaccaa gcgttgcagg agaaggcgaa
    41941 tcggtttttt atcgacggat ggaaggtcta cacctggcgc aacgggcggt ttgaggagag
    42001 cgggataacc gcaaaatgag aagcgaagaa tgaggcatag aagcctcaac acaagagaga
    42061 ggttctttta atcatactac atatcacatg aatcgaaagt atttacaagt agcagcaatc
    42121 attccactga tgatgacagg aaatgcacaa gcgcagccgg cagcgacgcc ggccggagat
    42181 gcgggtatcc gcattgagaa tttggacaag acggcggatc ctgccgtcga tttttatcag
    42241 tacgcctgcg gcggctggat gaagacgcac ccgctgacgg gcgagtattc gcgcttcgga
    42301 tcgttcgaca tgctggccga gaataaccgc gaacagctca agtcgctgat cgaggagata
    42361 gcggggcgga agaatgagcc ggggacggtg gcgcagaaga ttggcgacct ctacaacctg
    42421 gcgatggaca gcacgcggcg caatgccgag ggtgtggcgc cgctcaagcc gtggctcgac
    42481 cgcgtgggcg cgatcaagga caaaagggag ctctcgacct tcctgccgga gttgatgctg
    42541 atcggcatag accccttctt cagcgtctat gtagaggcgg acgtgatgga cagcaagcag
    42601 aaccttttcg gcacgtatca gggcggcctc tcgctcggcg agcgggatta ttacctcgag
    42661 aacgacgaga gcacgacgaa agtccgcgag gccttcaagg cgcacgtggt gaagatgttc
    42721 gagatgttcg gctactcgaa ggccgacgcg cggaagcgca tggaggacgt gatgcgcatt
    42781 gagacgcgtc tggcccggtc gcacttcgac aaggtcaagc gccgcgatcc gtacgcgaac
    42841 tatcacaaga tgcccgtcag cggcctgcaa aagctggtgc cgaacatcga ctggacgaaa
    42901 ttcctggcca cgctgaaggt ggacatcaag gagctgtccg tctcacaaga ggagccgatg
    42961 aaggaggtct cgaaggtgat cgctgccgag ccgctctcgg ccatcaagtc gtacttggag
    43021 tggaagctga tcgacaacgc agcctcgtcg ctgagcgatg aggtatacgc actgaacttc
    43081 gatttctacg gccgcgtgct ctccggaaag accgagatgc agccgcgatg gaagcgtgcg
    43141 cagggcagcg tgagcggtgg cttaggcgag gccgtgggcg agctctatgt ggcgaaatat
    43201 ttcccacccg cggccaaaga gcgcatggta aacttggtgc ataacctgca aaaggcttac
    43261 gccgcacgca tcgaaaaatt agactggatg agcgccgaga cgaagcaacg ggcgctggaa
    43321 aagctgaacg ccttctatgt caagatcgga tacccggaca agtggaaaga ctattcgccg
    43381 ctggagatca aacccgagga gacgtatctg gccaacatgg atcgcgtgag tcgctttgcg
    43441 gtgcgcgaaa tgctggacaa ggccaccaag ccggtggacc gcgacaaatg gtacatgacg
    43501 ccgcagacgg tcaacgccta ctataacccg acgacgaacg agatctgctt cccggccggc
    43561 atcttgcaat accccttctt cgacatgcag gccgacgacg ccttcaatta cggcgctatc
    43621 ggcgtagtga tcggtcacga gatgacgcac ggattcgacg atcagggtcg ccagttcgac
    43681 aaggacggca acctgaagaa ctggtggacg gaagccgacg cgaagaagtt caacgagcgc
    43741 gccaaggtga tgtcagactt ctacgacagc atttacgtag cgcccggtgt acacgccaac
    43801 ggcaagttca cgctcggtga aacgctggcc gacttcggcg gtttgcagat cgcttaccaa
    43861 gccttcaagg aggctacggc cggccagccg caagaggata agctcggctt cacgcctgat
    43921 cagcgcttct tcttggctta ctccttcgtc tgggcgggca atatccgcga tgaggagatc
    43981 ctgcgtcgca cgaagaccga tccgcacgcc ttgggcaagt ggcgcgtcaa cggcgaactg
    44041 ccgcagatcg acgcctggta taaggctttc ggcatcaccg aaagcagccc gatgtttatc
    44101 ccgaaagaga agcgggtaac gatttggtaa cacattcttg atatgaaaaa gcgagccatc
    44161 atgctgctcg ccgtcatggt ctgcctcacg tgtgccgcgc gcctcgtggg gcagcctttt
    44221 catgccggtg agacagctca actgagggcc ttcctgcggc aaaacgccgc cgacgagggc
    44281 cggaaaaact ttcagcagtt aggcatagcc gacaccaacg ccatcgattg ggccacggtg
    44341 acgggcctga cgtgggggcc gggcggacga ctgacggcga tcatttggaa cgacaagtat
    44401 ctggcgggcg atctggatct ctccggcttc gactcgctgc gcgtgctgcg ttgccaggtg
    44461 aacaacctca cgtcgctgct cctgacgcac gattcagcgc tggtgcatgt ggactgttac
    44521 gacaacttgc tgacgcgcat ggacatcacc acgaacatca acctccagca cttctgctgt
    44581 cgctacaacc gcatcgccac gctcgacgtg acgcgcaacc cgcgcctcac gttcctctgc
    44641 ctgagcggca acccattcac gcgtttcgat ctctcgaaca acccccttct gacggagttt
    44701 tacgccgcca aatgcagtct ggaggagatt gatttctcgc gcaatccgct cctcaaactc
    44761 gtctctgtgc gcagtaacaa actgaagcgc ctcgacgtat cgaacctggc caacctgcag
    44821 cagctctttt gctacgacaa ccagctgacg gagctgaacg tcaaggggtg caagtcgctc
    44881 ctgcgcctgg ctgcttacga caaccgactg acgaggctcg acctctccga ttgtcgcgcg
    44941 ctgcagaacc tgccgctcta caacaacgcc atcgccgagc ttgacgtctc ggcctgcccc
    45001 tacatcgact tcatttccac tatgaacaac ggcatgcaca cgctcaagct acccctgctg
    45061 ccgctcaaga cgttggagat catgtgcgag tcgaaccgtt tcaccttctc cgcgctgccc
    45121 aagccgatgt atctccgctc ttacacgccg caggcgcgga ggacgatcac agcgccggct
    45181 gacagggtcg atctttcgag cgaatacgcc gtgcagggcg ccacgtcggt ctacacctgg
    45241 cgcgacggtg cgacggaggt caccccaacc cagtcgcacg agggacgctt ctccttcccc
    45301 gccgcactgt ctggccacac gctcacttgc gaggtgacaa acacggctta cccgaagctc
    45361 accctcacgt acgacgtgac gcttaccgcg cccacggcca acgtgctcct catcgccaac
    45421 gatgctcgtc cgacggtgca ctccgagcgc ggactgctca tcgtcacctc cgaacgtccc
    45481 ctgacggcgc gtgtgtacac cttgacgggc gtgcaagtcg gcacgctccg cgtccagcgt
    45541 ggcgaagcca gtctggcgct tccgcccggc ctctatatcg tctccctgag cgatggcacg
    45601 gcgcgcaagg tggtggtgga gtgactccgc cccttatgga ttgacaagag aaagccccga
    45661 catacgtcct tgtatgccgg ggcttttcat aggttcgagt tgccctcgcg aaggttaggc
    45721 cgctttatct ggatcgatga cgcgccatat aaaggccgcc aatgctgcac cgacgaacgg
    45781 gccgacgatg aagatccaca ggttagccag tgccgatccg ccttggaaga gcgcagggcc
    45841 gatggaacgt gccgggttaa cggacgtacc cgtataacgg atgcagacga ggtggacaag
    45901 cacgagcgac aggccaatgg ccaggccagc aaagcccgac gtagcgccgt tcgtccgagc
    45961 cgttgcgccc agcacaacca gcacaaagac acaggtaaag aagatctcgg ccagcagtcc
    46021 gctcgtgacc gaaatgccgc cttggagatc gttagcgccc gtgccgcctg caagcgactc
    46081 ggtgcccgac gtcagcagcc acaacacaca cgcaccgatg atggcaccaa tgacctgaaa
    46141 cagcatgtac atgcccgcgt ccttggcgct tatccgtcgg ctgaggagca tgcccagcgt
    46201 aatggccggg ttgatgtggc accccgagat gccgccaatg gtgtaggcca tcgctaccac
    46261 ggagaggccg aacgccagtg ccgtaccgag gactgtgcct gcgttggccg tgtcggcaca
    46321 gtcggacgaa caattcaggc tgacagccac gccgcagccc atcaagacca gcaccatcgt
    46381 gccgatcatc tcagctaaat acttcttcat aataggaaaa cagttaatgg ttttgaatcg
    46441 cggcaaaggt aagggacctt atcctgtctt cccggattta acgccctact tttgcccgca
    46501 caaaaaccag aacccaaatt atatgcttac gttttttcta ttcttcgtct tcgtcgttgt
    46561 cttcctcgtt gtgatgctcg gcacgtctgt gttacggatc atccgggcgc tcttcttcgg
    46621 cggtcgtggt ccctatagcg cgggcaatcc gtatgcctcg ggcggtacat ccgctggtgg
    46681 cgcctcagac acctcgtcgc ggtcgtactc gtctcgcacc tttattgagg aagacgaaac
    46741 ggtgccccac cggaagaaag tcttcgccga cgatgaaggc gaatacgtcg attatgagga
    46801 gatacgctga tgcagcgccc tgtagtctcg tacgaagaac atgcgacctt ctgcatacat
    46861 caaaatgaag aaaacagtgc ttgcggaact tccgcaagcg tcaaaacgtt ctcttttcga
    46921 tttgcgggac ttccgcaagc gccaaaacgt tctctttttg atttgcggaa cttccgcaag
    46981 cgccaaaacg tccttttctt gatttgcgga acttccgcaa gcgccaaaat gtcctctttt
    47041 tgatttgcgg aacttccgca agcgccaaaa cgtcctcttt ttgatttgcg ggacttccgc
    47101 aagcgccaaa acgttctttt ctcgatttgc ggaacttccg caaacgctaa aacgtcctct
    47161 tttcgatttg cggaacttcc gcaagcgcca aaacgtcctc ttttcgattt gcggaacttc
    47221 cgcaaacgtt tttcagtctg ccgcaagccg tttgaccaat catcatactg agtaacggtc
    47281 gtgcttacaa ggctgccgtc cgctaagaca tctttctgct acttgtttta cgattgaagc
    47341 ccgggggtta catcgcctcg ggcttttttg tggagcgcca ttctgtcgct ctcaccgact
    47401 tcagaacccg aacacgttgc gggcgatcca aaaagcaatg gtgatgacga agtaggtgcg
    47461 gatggccaga gggctctcga gggtggatcg gaggctgctc gtggggtgga gatagacata
    47521 gaggcgggcg ccgatcagta gggcgaggta gggcagggag aggacgagca gggcgttgtg
    47581 cgcgaaggcc gacgcgagat cggcgtgcag cagggcgtgg actgcgcgct gcgaaccgca
    47641 gccggggcat ttgagtccag tcagcatgag gaacgcgcat ttggggaaga agaccgaggt
    47701 ggtcgggctg acgcggtagt agatgatggt cagcgcgacc agagcaatca gcagtagcgg
    47761 caggctgaag atcagcagtc gtcgacgagt ggggtgtggc attgggggag gggcaaaaag
    47821 cgagcggcac gcccgtctat cgatagagtg aagaagacag gcgcaccgcg taagtgaaac
    47881 cgatggcgag tacgacggat taggcatcca tgaaccctgc agcggcgact acaacaacaa
    47941 agaggaggta gagtaacaca aagacgcctc cggagacggc tccccagatg gcccacttct
    48001 tagcgtcttt cgaggccttt tcggcgccca catagtcacc tacggcatag gccgagctga
    48061 cctttgttgc attgatgatg gacacaatgc cgagaggaag gcagcagcag atggtgacga
    48121 ggatggccca aacgaggtag ttctccggca tcggcgggcg ctgcatgttc gggttgtagg
    48181 tagaggagga ggcaccgtta ccggcggcct cgaaagccgt ctgtggcgac ggggtgccgg
    48241 ccgaggtgtt gtagttcggc tcgcggcgat tgtagctcga ctcgtcgacg gtggtaccgc
    48301 ggtcctcggc gaagaaggac tgcaactcgg ggaacgtgcg tgcaggcgca aagtccagcg
    48361 cctcggaatg atacacttgc gtgtcgggat tgataggttc tttcttcaaa gcatcgaggg
    48421 tgaaagggcc ctgcttcatg ccgttcttga ggtaataata ttccttttcc attatgagtt
    48481 tagggggttg atgaataatc gggagaaaaa ctaagcgcgc tcgctgcgca tgtcagggaa
    48541 acgaaaaagg ccgggtagat gttcacggcc actcacggct atccggcatt tttcgctttt
    48601 ctcccggcgg taagttcgag cacgcagacg agggcgaatc cggctacggc cagggcgacg
    48661 ccttcccaga cgaggtggtc tggcaggatg ttggcctcga tcagcggacg cacttcgccg
    48721 tgactgtcta cataggtctc gatcgtctct ttccacggcc ataccttatt gagcgacccg
    48781 agcataaagc cgctcaggac ggcaatggtg acgttgtgaa accgatgcag ggcgtacgat
    48841 agggcgtgcg aaaagagtga gataccgatg gctgcaccgg cgatgaagac aagcatgacg
    48901 ggcaggttga gcgtcttgac agcctccatg atgtagaagt atttgcccag tagcacgagg
    48961 atgaagctgc ccgagatgcc aggcaagatc atggcgcaga tggcgatggc gccgcagagg
    49021 aagatgaacc acagcgcgga gggtgtctcg gccggcgtca tgacggtgat gaaccaggca
    49081 gccacagcgc ccaccacaaa tcccgcaatg ctcttgacgt cccatcgggt gacttcgcgc
    49141 gagacaaacc acgtggatgc cagtacaagc ccaaagaaga aggcccatac gagcacgggt
    49201 tggtggacga gcaggtaggt cacaagccgg gccagcgaga agatgctgat gccgataccg
    49261 gccacgatgg ccagcaggaa gttgccgttg atggcctgcc agaaggcgcc gaggcggaag
    49321 gtgaagagta gccgtagcga ggcgggcgat ccgatgcgtt tgatggaatc gatcaactcg
    49381 ccgtagatgc cgacgatgaa ggcgatcgtg ccgccggaga cgcccgggat gacgtccgct
    49441 gcgcccatgc caataccctt gagggtcagc agggcgtagt ctttaattgt acgtcccatg
    49501 tgtggtcagt tctgatagaa tttatgattc aaaatgtcgt cgaagaggtg gttgccctcg
    49561 tggctgttgc ccggatcgga gcgctccaga tcgccgaagc ggaggaagcg cagatcctcc
    49621 agcagctctg cgtcccactc tcgcccgccc ttacgaatgg cacgggcctc gaggatgagt
    49681 ttgccgacga tgtactcgat ccgctttttg agatccaagt cgaacgcatc cgtggcctct
    49741 gcggcgctcg atgtgccgac gagcgtcttg gccaggtctt gcagcgaacc gaaaaggcga
    49801 taaaactcct gactggcctt ctccaagtcg tcgtagctga gatcgtattt ctcggtgaag
    49861 ctgcgcagtt gctcgttgac gaaccgctcg tcggcgatga gttcgaagta ggcctcgaca
    49921 gccttctcgt agttgtgagt gaagtagagc aggaaggtgc ggagcagctt ggcctcgatg
    49981 tcgtcctcgt cgcaagtctg agcgaactcc agcgagcgga tggcacggtc gtattcgccg
    50041 agcttgatca taatgcggcc gtgcatgaac cagtaatcgc cggagtaggg gtcaaggtcg
    50101 atcagctcct cgcactgttc ggcggcctcg tgccaacgct tctggcgctc ggtgtgatag
    50161 caacgctcct ccttgagggt gaggttttcc gggaaaagct ccagaccgag gttcacgacc
    50221 agcagggcct cttcgtcgcg atccatttcg acaagcaagc cggacagggc ctcgtaaatc
    50281 gcctccgtgt tctcgtccgt gggcaggctg cggagtcggg cagtggcctc gtctgctcgg
    50341 tcggtggcat agagacattc cagctccatc gcatcgagga tcattgcctc tgcgtcggca
    50401 tggttgcgca gcgaggtgat catttgcaag gccttatcgt actccttgtc gtacatgtag
    50461 agccgacatt tcatcgtctg tatctccaca tcctcggggt gtagcctgag ccctaactcc
    50521 agggcttgcg tgtagcctct gcgatcgtcc tcttcgtcga aatgctcgat cagctctaca
    50581 atctcgtcgg catcgaagta agcctccgtg ccgtgttcgc gcatctcgtt aaatcgttcc
    50641 agggcggtca tcggttcttc ttcttgctcc aggtatcgcg cagggagacg gtgcggttga
    50701 agatgagacg tccgtcgcgg ctgtcgggat cgaggttgaa gtagcccacg cgttggaatt
    50761 ggaaatggtc gtagggacgg gccgtggcca gatcttcctc tacgtagcag tcggtgagca
    50821 cctcgaggga gttcggattg agcagctcga ggaagtcacg atccttctcc tccattgggt
    50881 tctcgacggt gaagagtcgg tcgtagaggc gcacctcggc ttggagtgcg tgcgaggttg
    50941 agacccaatg gatggtgccc ttgacgcgac ggttactttc gggcataccg gtctttgtct
    51001 gcggatcgta ttcggcataa acctcggtca cctcgcccgc ttcgttcttc ttgcaaccgg
    51061 tgcagcggac gatgtaggca cagcgcagac gcacctcttg accgggcgtg aggcgatagt
    51121 aattcttcgg agcctcctcc atgaagtcct cgcgctcgat atagagttcg cgggtgaagg
    51181 cgatcgggtg tgtgccctcg gcgaggttct ccgggttgtt gacggattcc atcatctcga
    51241 cttgcccctc gggatagttg gtgatgatga gcttcacggg gtggagcaca gcggccacgc
    51301 ggcgggcggt ggcgttcaga tcctcgcgca cggcatgctc aagcagggcg acgtcgataa
    51361 cgccgtcgta cttcgtgtag ccgatcatgt ccacgaaatt gcggatcgag gcaggggtga
    51421 agccgcggcg gcgatagcca cagatggtcg gcatgcgggg gtcgtcccaa ccgttgacgc
    51481 ggtgctcctt gacgagctgc aacagtttgc gcttgctcat gacggtgtag gtcaggttga
    51541 ggcggttgaa ctccgtctga cgggtgcggt aattgtcctc ggtcttgaag gggctttcga
    51601 tgaggcggtc gatgaagtag tcgtagagcg ggcggtgcac ctcgaactcg agcgtgcaga
    51661 gcgagtgggt gacaccctcg aaatagtcgc tctggccgtg ggcaaagtcg tacatggggt
    51721 agacgttcca agtgcggccg gtgcgatggt gaggcgtttt gatgatgcga tagatgatcg
    51781 ggtcgcggaa gtgcatgttg ggcgatgcca tatcgatttt ggcgcggagg gtcatggcgc
    51841 cttcgtcgaa ctcgccgctg ttcatgcgca agaagaggtc tcgactctcc gccgcggggc
    51901 ggttgcggaa ggggctttcg cggccggcta cagtgggcga tcccttctgc tcggcgatgg
    51961 cctcggccgt ctgttcatcc acataagcat gaccgtgatc gatgagccag agggcaaact
    52021 caaagagctg accgaaatag tcggaggcgt aatagatgtt ttcccagcgg aagccgagcc
    52081 actggatgtc ctcctggatg gagtcgacat actcgacgtc ttctttgatg gggttggtgt
    52141 cgtcgaagcg caggttgcac gtgccgccat acttgcgggc gatgccgaag tcgaggcaga
    52201 tggccttggc gtgaccgatg tgtaaataac cgttcggctc gggtgggaag cgcgtctgta
    52261 cgcgtccgcc gttgcgacct tcagcgaggt ctttttctac catttgttcg atgaagttga
    52321 ggctcttttt gccttcctct tggggggtaa tctgttcagc cattgtgatg atgtgctatg
    52381 cgttacgaat cctgtttaat tgagggcgca aatgtagcat gcgaatcgag tctctccggg
    52441 ggcgaatttg cacccccgta atacgttccg aggtggtcgg aatacgttag ggaggtggtc
    52501 ggaatacgtt cggaacctat tataatacgt tggtgaggtg gttttaatag gttcggaacg
    52561 tattctaata ggttccgaag tggttgtaat acgttccgga cgtggtctaa tgacgttccg
    52621 aggtggtcac aaccacgttc cgaacgtatc gcaaccacgt tccgaacgta tcgcaaccac
    52681 gttccgaacg tatcgcaacc acgttccgga cgtatcgcaa ccacgttccg aacgtatcat
    52741 aaccacgttc cgaacgtatc ataaccacgt tccgaacgta tcataaccac gttccgaacg
    52801 tatcataacc acgttc
//
LOCUS       SEQF2637|AYYD01001287.122995 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..22995
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             139..843
                     /locus_tag="SEQF2637_02727"
                     /EC_number="5.4.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHQ3"
                     /codon_start=1
                     /transl_table=11
                     /product="putative RNA pseudouridine synthase"
                     /translation="MYLSNETNMQVIYEDNHLIAVSKTCHEIVQGDKTGDPSLADELR
                     EWIREKYAKPGNVFVGVVHRLDRPVTGAVVFAKTSKGLARMNALFRDGGVRKTYWAIV
                     RQRPTEPEGVLVDWLWRNERQNKSYVCKSDRPGARRAELHYRLLASSDRYHLLEIDLR
                     TGRHHQIRCQLAHMGCSIKGDLKYGAERSNPDGGISLHARRIAFTHPVSGRSVEIVAP
                     VPAGDALWKALSEGMM"
     CDS             913..1215
                     /locus_tag="SEQF2637_02728"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSELDEKVQEKLQYGLLLLKTQDRVSKKFVKFIRDELYELRVKC
                     GSDNYRVFFIFDEGQIVVLFSGFMKKTQETPKHEIEKALRIKEAYYGDKQSSDRRL"
     CDS             1181..1483
                     /locus_tag="SEQF2637_02729"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METNNHQIVDYDLVLDEKFGKIGTPEREKSEEKARAYYASQILS
                     EARRESGMTQNELARRVGMTRAQIAKIENGTVEPGVGLFYRIVGELGLRVDIVRPL"
     CDS             1523..1993
                     /locus_tag="SEQF2637_02730"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MENQFVLPRRVRAKYSTFVKTLTAIVLVANVACMCLLLPGASLS
                     MWLVWGGGVPGLMLVFAGLAPVWFEEHEDRYVLRLVAMSMTFDRAVYVATPISKEDLE
                     GTIRLFASSGFCGFTGWFWSRRMGRFRCFASDLEAPLLHIHRRGEERGGVVVNG"
     CDS             complement(2117..3550)
                     /gene="clsA"
                     /locus_tag="SEQF2637_02731"
                     /EC_number="2.7.8.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P71040"
                     /codon_start=1
                     /transl_table=11
                     /product="Major cardiolipin synthase ClsA"
                     /translation="MIDFPIHTALGVTFFSLYFLSMLGLALVILLENRNPLKTIPWII
                     VLLTLPGIGLVFYFFFGQDNRRRRIISRRTYRRIMRPLSAGGPRQDKVNVPPAYRPLM
                     RMLNRNGRTPLLYGSHIDIYTSGQEKFTAFLEALRSARHHIHLQYYIIADDEIGRCVR
                     QVLIERARAGVEVRVLYDDVGSWSVPHRFFDAMRNAGIEAHPFLRVVFPLFTSKVNYR
                     NHRKVAIIDGRIGFMGGMNIADRYLRGVSWGVWRDTHFRIEGKGVHGLQSSFLIDWYV
                     VTRQLIKGKDYYPDEKFYDDNLMQIFSGGPTGRWRILLQAFIFCITNAKRYLYIQTPY
                     FLPTEGLTQALQTAALGGVDVRLMLPERSDTRSAHLASHSYLDDMLRAGVKVYFYRAG
                     FLHSKLLVSDDEIACIGSANFDFRSFEHNFEINAFVYHRPFAESLRRMYMDDLRSCVP
                     VRAYDWARRPFHLRLIESFLRLFSPLL"
     CDS             complement(3842..5071)
                     /gene="rfbX"
                     /locus_tag="SEQF2637_02732"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37746"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative O-antigen transporter"
                     /translation="MFGKYGLVLKNASYLTLFEVMRMAMPFIALPYLFRVVGEERYGT
                     VVFAQAIVALFALFIHFGLDISAVRDVAIYRNNRERLNQIFSAVIFIKSTLALLVGAI
                     LALAIHLIPALGSLSTLIFYAFIACLADIFLPVWYYQGCENMKVLTIVRFLSIAFYTA
                     ALFLCIHREEDYPLIALLQSLGLVVSAVVSCGYVFLHDRIRLRIPPTTILVRTFRDSV
                     PFFASRASLAVNTYMAKIMSGVYLSGAEVAAFDVAQKVLNGGMVPIQMLNQALYPNIS
                     RTRDRGMVRSLLRVVTLLVFGVAAALFTFAEPIVRILSHGELTEATALLRMLCVQLTC
                     SGFSVFLGTSVLVAFGHQRPFNVSVICSTVALLICYSVMITLHLNSIYLYAGALILAE
                     MVVLAYRAFAARRYWLI"
     CDS             complement(5094..6755)
                     /gene="etk"
                     /locus_tag="SEQF2637_02733"
                     /EC_number="2.7.10.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P38134"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine-protein kinase etk"
                     /translation="MEANNQLPREDGRPATNDADDREAVGLRPIIVGYLRQRTTILVS
                     AAISLLAAILYLVLYPKTYEIMARVQIQEDAGMLGTGSIGLGEASGLMKTFGIGSMGG
                     GSVSIDDEISTLKSNSLMRKMVVELGLYADYRRPYSLLRMYGEEPVRVTCDSATLAAL
                     NDEVEFKLHLTDRGAAEITAKTKGQKQTFHFDRLPAVVQLDKCTFTFTRNTEPTAKND
                     ITRLEITVYPPSWVAEKAADDFLIEDYSKSANIIELSCTDYERQRAKDMLNVLIDYYN
                     HDAYDYKKAQSDVSLAFLSERIIHVTDELEKVERQIEQYKAENKITDVEYDIQYYAEY
                     MRDIKGRLIEAETQSNIIAMMDAFVKNPANRYKLVPSLLTTSETESSPIFLYNQALLE
                     REKALRNSNESNPLVASLTTQVDRLRETVFQTINNAQQSMTQTRRTLEKQERELLDRM
                     GSVPVQERVYVDYKRQQEILQGVYLILLQKREEISLALGQHTDRAKIVDTAFVKAKPI
                     GPRKVFALAGFVVLTLLLSIGWIVCRDQYRLLRKELRDSRERSES"
     CDS             complement(6755..7558)
                     /locus_tag="SEQF2637_02734"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGKLLPIVCVLTLLGACSVPKDVAYFQGIDRLTTADLERMNQT
                     YATTIAADDLLTINVTAWNTTVVAPFNPPPFAYIPQGETSVAADSKLTTYLVDKEGYI
                     NFPVLGKVHAAGLTKAELIDALQTRIREYVDGAMVHVQIVNFKITILGEVSRPGSVNI
                     RNDRVSILDALGMVGDLTINANRKNILIVRDNNGHKEYGRLDVTNPEIFASPYFYLKQ
                     NDVVYVEPNNAKKRNANYSSAQQYTLTIISTILTAASVITTVVVALRRK"
     CDS             complement(8220..9731)
                     /locus_tag="SEQF2637_02735"
                     /EC_number="5.4.4.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46ZL2"
                     /codon_start=1
                     /transl_table=11
                     /product="3-hydroxylaminophenol mutase"
                     /translation="MNPQELSMNANRLVAFLQKPASEFTKADIISFIRQNDIKMVNFM
                     YPAGDGRLKTLNFIITNEEYLDTILTCGERVDGSSLFSFIGAGSSDLYAIPRFRTAFV
                     DPFAEIPTLSMLCSYFNKDGQPLESAPEYTLHKACKAFTDVTGMKFQAMGELEYYVIV
                     PQEDYKDFEATDQKGYHESGPYAKFNDFRTECMSYIAQTGGQIKYGHSEVGNFTLNGY
                     IYEQNEIEFLPVDAEEAADQLMIAKWVIRNLGYQYGYNVTFAPKITAGKAGSGLHVHM
                     RFTKDGKNQMLTNGELSETARKAIAGMMELAPAITAFGNTNPTSYFRLVPHQEAPTNV
                     CWGDRNRSVLVRVPLGWSAKTDMCVLANPLEKESHFDTAQKQTVEMRSPDGSAELYLL
                     LAGLAVACRHGFEIPNALEIAEKTYVSVNIHKKENEEKLKSLAQLPDSCEASADCLEK
                     QRKVFEAHDVFSPGMIDGILANLRSYKDKTLRADLEGKTEEMLALVKKYFHCG"
     tRNA            complement(10129..10204)
                     /locus_tag="SEQF2637_02736"
                     /product="tRNA-Pro"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Pro(tgg)"
     CDS             complement(10325..11965)
                     /locus_tag="SEQF2637_02737"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRYTAILLGLLAAFALQAQPEAVFNKLIKQYIWNSDGSMTYHY
                     RKEVKLNTHMAFNQLYGETFIIYNKEFQTLRINECYTRQADGTIVKAPDNAFNEVLPA
                     FAVDAPAYNHLTEMVITHTGLEIGATIYLDYTLTTGVGYYPFLDVAETLEEHAPVTEC
                     EVSITMPADEKLTCGISGVDSKEPTTHTENDMTTYTWQFRNLPAIPLESHRASEAVPM
                     LFASNAGGENGIAWLSAMKVHPADCARLVDKLLQGITSPVDRANAIQRFVVNNISTIN
                     LPVLLSADIREPSVVLSSAYGTPAEKAALMASMLLAANLDAQILAAFPIHAMPIAVGA
                     LTDIRVRTGGRFLSPVRMDAPDPALRATRDQFWLTGDDGVNMVQIVKRAARLACSAQI
                     TLGKDEATVEGTVTDSEDPAAKPDFTGKTPLQSSAGYTVYALPVPRHQGLDAWRLTLG
                     STRTQPYELPYALTETCDYTIDLGGRELKTLPFRKEWSGAAGKICLSLQRDGNKATVH
                     REIELTHPVIAPETYADFRTLILLWQDDAYRTLILKDK"
     CDS             complement(11998..13959)
                     /locus_tag="SEQF2637_02738"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNNKLLSTMLTMALAAPIAAQSWLPLKQHADGAADLVKEEALV
                     LLDSTGVVVAENGSGSFTIRQVVEVRSVPAALRYRVVKYDYDPLTAFARFSRATVYKA
                     DGTKREVDVTKAVDYAAPARMIYWGARQIMLEIGALDSGDIVDYEIDKKGFTYALLSA
                     GADDEERFVPPMRGQFYDIVPFWVTTPTVRKVYTVDMPADKEVQYEFYQGQCQSSMRL
                     QGKRRLMTFAVADVKPFPKEPNMVDLYDVAPKLMMSSTPEWKEKSLWFHKVNEDYNSF
                     GADPETKKKVDELLRGKRTEMEKIAVLTHWVADNMRYSGISMGKGEGYTLHATKMNFT
                     DRCGVCKDKAALLISMLRMAGFEAYPAMTMAGSRIESIPADHFNHCVTVVKLSNGQYM
                     PLDPTWVPFQRELWSSAEQQQHYLPGLPEGSDLLQTPLSPPEDHYFRLSANTALDAKG
                     TLRGEFTVTAEGQSDARLRWPLIRGLMANWRNAMESELLRVSPNARMLSVDYGRDPRN
                     YQAGPIRITMKFEIPDYALTGDGVLLVRPICARLYPSVRTYTNIDTDRPTRRYGFKDA
                     CSRLVELKETMTIPAGYTLRQSPVDERLKSDAADFIGSLSQRGNKLNIRHELTLRKRV
                     YDAADWPGFRKAVKAHKDLADEWLVLEKK"
     CDS             14538..15458
                     /locus_tag="SEQF2637_02739"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKPIKTIDGTLSSRFPFGLHANLYTTIYTLVKPIPPAKLLLEES
                     DITTWNGGILEEMEIDREAKKAEETAELQKKDDARDEIASALIQEIRLAAKSPIVEKR
                     APGQRLKIVVDTYKGITRENLASETAHIKALLNDLDKPAAVADLAAIGQTKLVQMLRT
                     ANEEFDAMYIKRLDFDVSIKNLPSGKVIRLKNDKMMAVIFRHIETAYMMAASDEDRKL
                     VSELIDRINAAIHKAKTVYNTSGKKKEDGDPKQPKEPKEPKTPEKPKEPKQPEKPGGG
                     SGEQPKKPDEKPKDPKKPDDGNPDITLPEE"
     CDS             15455..17773
                     /gene="dap4"
                     /locus_tag="SEQF2637_02740"
                     /EC_number="3.4.14.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q6F3I7"
                     /codon_start=1
                     /transl_table=11
                     /product="Dipeptidyl aminopeptidase 4"
                     /translation="MNDYAGYLTLEGPAFLRIHGGRRRYSSQTFSRHYICHPKFSLIK
                     RDTMKHSRTTLLLMMTLTTALAVAQKPTPNLKDYTDGKYSPTSKGSDLRSLPDGEHYT
                     AMDKLGTAIVRYEYRTGRVVDTLFNTRTARECDFKNFEGYEISPNGHHIIVWRESDEI
                     YRHSQRFKAYDYDVRRKLIKPLNESGRKIMLPTFSPDGRMCAYVADNNIWIKKFDYDT
                     EVQVTRDGATNRIINGSTDWVYEEEFAMTRMMTWSADSRFLAFVRFDESEVPEYSMQI
                     YGEKTYYPSYYKYKYPNTGDRNSTVSVHAYNIETKDTKTIPVPLDTDGYIPRIEFTTV
                     PDQLAVMTFNRHQSLFSMYFANPASGVCKLILKDENTRYINPEWVRTLRFNKNGFLYV
                     SERDGYAHIYQYAPTGVEQRQVTRGNWDVTRLIGLDEATNTVYFEAADESPLRRSVCR
                     VDAKGVKTNLSKLPGTNAATFSKNYAYYVLRHSSATTPTIATLHETKSGKELRTLQDN
                     AQLRERLAKLSYAPKEFFTVRTADGVELNAWMVKPADFNAKKKYPVLMTQYSGPNSQS
                     VLDRFEFGWEECLAAHGVITVCVDGRGTGARGEEFRKCTYLKMGDLESKDQVAAAKAL
                     AKQFPFIDASRMAIWGWSFGGYNTLMSMSVGEGTFKVGIAVAPPTDWHYYNTIYTERY
                     MRTPKENAEGYALTSPIKLAEKLTGKLLLIHGTADDNVHFMQTMDYAETLVQLGKQFD
                     MQVYKDRNHFIMGGNTRLHLYTRMTDFILENL"
     CDS             17773..18636
                     /gene="lipA"
                     /locus_tag="SEQF2637_02741"
                     /EC_number="2.8.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P65286"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipoyl synthase"
                     /translation="MATAHVRKPDWLKIRLSGNDDFRRTKEIVESHGLHTICTSGKCP
                     NQGECWSRGTATFMIGGDICTRSCRFCNTLTGRPHPLDPTEPDHVAMSIRLMGLRHAV
                     ITSVDRDDLPDLGARHWAVTIRRIKELNPHTTVEVLIPDFQGRTELVDEVIAAEPEVI
                     SHNLETVRRLTPSVRSAAKYDVSMRVLQHIASRNVRAKTGIMVGLGETIAEVEELMDD
                     AHAVGVDALTIGQYLQPSRKNLPVTEYVTPEQFEAYRLTALAKGIRSVESAPLVRSSY
                     HAERVLGVDIC"
     CDS             18823..20052
                     /locus_tag="SEQF2637_02742"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRIARIKDSLDIRHGLNNQVVGLTPLLLLVVLNYTYTYLISYL
                     ISSAVCLVGLIVFWGPVRRRRYQFMLLPTAVALALYSLFFVLQLGNMLADYSPLVTEW
                     LLVVVLSSISTMQRVIVGRVRRSRRPALRRTRLRTALNEFFFVARITQNAYTIHLFII
                     LFYKILPEADQTLRLEQLLQREFLLAISLGLMLYEQIRLSMMKRGLAEEAWLPVVDVK
                     GHVIGRVAYSVSLSAEARHYRHPVVRIAVMHRGMLYLSRRDADRVVSPEAIDHPFCAP
                     ILFGHTPEQTVRDLVGRNLFGKSDLKPRLLVRYAFDNERVSRLVSLYVVHLRSESTLD
                     DYTRNREGKLWTTQQIEDNLRQGLFSEYFEQEYPYLRQTALQAEQYLAAAAVNLTPPA
                     EDTELSPAPEGAAVHGV"
     CDS             complement(20164..20676)
                     /locus_tag="SEQF2637_02743"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKIGLISDTHGWWDEKYAEYFAECDEIWHAGDIGSADVAMRLT
                     AVRPLRAVYGNIDGYPVRQMYPRTLRFDVEQVSVMMTHIGGYPGRYDPAIRAELYAAR
                     PRVFVCGHSHILRVMYDKHLECLCLNPGAAGISGFHTVRTLLRFVIDGAEVRDMEVIE
                     LGDRSGSVKR"
     CDS             complement(20705..20992)
                     /locus_tag="SEQF2637_02744"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLSFSKRFIKQAKTLDSVTKKLLHTVLEEAEEANRVEEIGNCM
                     KMSGYKQVYRIRISDHRAIFILRTASSLFFQYIVSRGEAYGKKYRELLKGE"
     CDS             complement(20989..21231)
                     /locus_tag="SEQF2637_02745"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEATQRTLIDLPERAIRALQLRAETSGMSLKRYMEVLLIQQSEE
                     PLSDEQLYKSMLLMYPDGKEEASEEEVAEFRAWLKG"
     CDS             complement(21360..21590)
                     /locus_tag="SEQF2637_02746"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTISIIIERADDGTYGAYAENVPGIYGMGRTAAEVKQSIRDAI
                     DTVKESLDTPPPAALLGDYELAFHYATAEIYS"
     CDS             complement(21636..21815)
                     /locus_tag="SEQF2637_02747"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKSSEFIREIKRKGWIFIRRGKGSHEIYGKNGIQVAIPNHGSAE
                     IPKGLELKLRKDMGL"
     CDS             complement(21864..22493)
                     /locus_tag="SEQF2637_02748"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGTKHNETTTAHEWDEMRAQWAVLNRKLSHEPLVDDRHIRESMG
                     KNLAWNKRMSKTRMASIPILTLFYLYLHFTGKISLALTTYITVLFAFALLFEAVFYFT
                     KLRTLYDGDLLTVARRIVQVKKIRRQAFFWQTPPTLVFFFWFVYEVIGVKGELIIPTW
                     FFFVLCLIGSFLIGRDLYQRQNWMDDDILRQIKELTEGETSQDISTENS"
     CDS             complement(22509..22994)
                     /gene="sigE_3"
                     /locus_tag="SEQF2637_02749"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R2D4"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma factor SigE"
                     /translation="MKVSEQAFTKLVHEHKRTIYSVCYMFSADEEEVADLFQEVLIRM
                     WKGLATFEERSQMRTWIYRLSLNVCISYDRKKKSRPSALPLSMDINLFEDRDEDSRQV
                     SQLHDRISRLQPFDRAIVLLWLENMSYDEIGQVVGISTKNVSVRLYRIKEQLKRMSND
                     Q"
ORIGIN      
        1 tgcgggagct tattgtaggc gtacgaagat ctccagcaat ttgcgggagc ttattgtagg
       61 tgtacgaaga tctccagcaa tttgcgagag cttatcgtag gtgtatgaag atcaacccat
      121 attgccctca accacccaat gtatctatct aacgaaacga atatgcaagt catttacgaa
      181 gacaatcact tgatcgccgt cagcaagacg tgccacgaga tcgtgcaggg cgataagacg
      241 ggcgatccct cgctggcgga tgagctgcgg gagtggatca gagagaagta tgccaagccg
      301 ggcaacgtgt tcgtcggcgt tgtgcatcgc ctcgatcgac cggtcacggg cgccgtcgtc
      361 tttgccaaga ccagcaaggg actggcgcgt atgaatgcgc tttttcgcga cggtggcgtc
      421 cgtaagacgt actgggccat cgtgcgccaa cgaccgacgg agccggaggg cgtgctcgtc
      481 gactggcttt ggcgcaacga gcgacagaac aaaagctacg tctgcaagtc cgaccggccg
      541 ggcgcccgtc gcgccgagct tcattatcgt ctgctggcct cctcggaccg ctatcacctg
      601 ctggagatcg accttcgtac cgggcgccac catcagatac gttgccagtt ggcacacatg
      661 ggttgctcga tcaagggcga cctgaagtat ggtgccgaac gctccaatcc ggacggcgga
      721 atcagtctgc atgcgcgccg catcgccttc acgcaccccg tctcgggacg atctgtcgag
      781 atcgtcgctc ccgtgcccgc tggcgacgca ctctggaagg cgctgtcgga aggaatgatg
      841 taggggggag attcataact ttgtgccatg gggaggaaga ttagaacata cggaggatac
      901 ttcgaggcat ttatgtctga actggatgag aaggtgcaag agaaactgca atatggattg
      961 ctccttttga aaactcagga tcgggtgtcg aagaagtttg tgaagtttat tcgtgacgaa
     1021 ctgtatgaat tgagagtaaa gtgtggaagt gacaattatc gcgtgttctt catttttgat
     1081 gaaggtcaga ttgtggtatt gtttagtggt tttatgaaga agacgcagga aacgcctaaa
     1141 catgaaatag agaaggcttt aagaattaag gaggcttatt atggagacaa acaatcatca
     1201 gatcgtagac tatgaccttg tacttgacga gaaattcggc aagatcggga cgccggagcg
     1261 ggaaaagtct gaagagaagg cgcgggcgta ttacgcctcg cagatcctct ctgaggcgcg
     1321 tcgagagtcg ggcatgacgc aaaacgaact cgcccggcga gtaggtatga cgcgtgcaca
     1381 gatcgctaag attgagaatg gcactgtcga gccgggcgtg gggctgtttt accgcatcgt
     1441 cggggaactg gggttgcgcg tcgatatcgt ccggccgttg taacatcgta ttgactttat
     1501 tcacttctaa aataggaacc tcatggaaaa tcaatttgta ttgccgcgtc gtgtgcgcgc
     1561 aaagtattcc acgtttgtaa aaacgctgac ggcgatagtg ctcgtggcga acgtggcgtg
     1621 tatgtgtctg ttattgccgg gagcaagtct ctcgatgtgg cttgtttggg gcggaggagt
     1681 ccccggtttg atgttagtgt ttgctggtct tgcgccggta tggtttgagg agcacgagga
     1741 tcgatatgtg ttgcgcttgg tggcaatgag catgacgttc gatcgggctg tgtacgtcgc
     1801 gacgccgatc agcaaggagg acttagaggg tacgatccgc ctgttcgcgt cgagcggctt
     1861 ctgtgggttc acgggatggt tctggagtcg tcggatgggg cgcttccgtt gctttgcatc
     1921 ggacttggag gcgccactct tgcacattca tcgccggggc gaggagcgtg ggggcgtcgt
     1981 ggtgaacggt tgaggacacg ttgttaggcc gaaaggcttg tgatagaagt tcggatggag
     2041 ctttcctgga atggggagac cgtccgaact tttttgttgt gcgtgtacgc ccgaggagaa
     2101 ggaggtcacc ccaggcttac agcagcggcg agaagaggcg gaggaaggac tcgatgagtc
     2161 ggaggtggaa ggggcgacgg gcccagtcgt aggcgcggac ggggacgcag gagcggaggt
     2221 cgtccatgta catccggcgg agactttccg cgaaggggcg atggtatacg aaggcgttga
     2281 tctcaaagtt gtgctcgaag ctgcggaagt cgaagttggc ggaccctatg caggcgattt
     2341 cgtcgtccga cacgaggagc ttggagtgca ggaagcccgc gcgatagaag tacaccttga
     2401 cgccggcgcg gagcatgtcg tcgagatagg aatgcgaggc gagatgggcg ctccgggtgt
     2461 cggatcgctc ggggagcatg aggcgcacat ccacaccgcc cagcgcggcg gtctgtagcg
     2521 cttgggtgag gccctcggtg ggcaggaagt agggggtctg aatgtagaga tagcgcttgg
     2581 cgttggtgat acagaagatg aacgcctgta acaggatccg ccagcgcccg gtgggaccgc
     2641 cggagaagat ctgcatgagg ttatcgtcgt aaaatttctc gtccggatag tagtctttgc
     2701 ccttgatgag ctggcgggtg acgacatacc agtcgatgag gaaggacgat tgcaggccgt
     2761 ggactccctt cccttcgatg cggaagtgtg tgtcgcgcca gacgccccat gacacgccgc
     2821 ggaggtagcg atcggcgatg ttcatgccac ccataaagcc gatgcggccg tcgatgatgg
     2881 cgactttccg atggttacgg tagttgactt tgctggtgaa gagtgggaag acgacccgca
     2941 ggaaggggtg ggcctcaatg cccgcgttgc gcatggcatc gaagaaacgg tggggcacac
     3001 tccagctgcc gacgtcgtca tacagcaccc gtacctccac gccggcccgg gcgcgttcga
     3061 tgagcacttg gcgcacgcag cgcccgatct cgtcgtcggc tatgatatag tattgcagat
     3121 ggatgtggtg gcgcgcgctg cggagtgcct cgaggaaggc ggtgaatttt tcctggccgg
     3181 aggtgtatat gtcgatgtgg ctgccgtaga ggagcggcgt gcgaccgttc cgattgagca
     3241 tgcgcatcag cggacggtaa gcgggcggta cgttcacctt atcctgacgt ggtccgccgg
     3301 cgctcaaggg gcgcataatg cggcgatagg tgcgtcggga gatgattcga cgacggcgat
     3361 tgtcttgccc gaagaaaaaa tagaagacga gaccaatgcc cggcagggtg aggaggacaa
     3421 tgatccaagg aatggtcttc agcgggttgc ggttctccaa caagattacg agggcaagac
     3481 ccaacatgga gaggaagtac aggctgaaga aggtgacacc aagggccgta tgtatgggga
     3541 agtcaatcat gaattgcggg tggtgcttgt tccgagcgta aaagtacgcc gaaagcctta
     3601 atcggggcgc tttagtagga taaggctcta ataagacgtg agttcaatga aggccatcct
     3661 acgatggcct gaggaacgtg agtcgaaaaa gtttgtggca ggtgatttcc tccagaaaat
     3721 cgcacatcga actcacgcgt ttttgagggt aaacggagga gtgtaaggga aggaagtcag
     3781 aggtaaatgt gcttcacgtt tttagcgcgc actgatttcg aatggctcgg agcgtgtgat
     3841 tttagatgag ccaatagcgg cgggcggcaa aggcgcggta ggcgaggacg accatctcgg
     3901 ccagaatgag cgccccggcg tagaggtaga tggagttgag atggagggtg atcatcaccg
     3961 agtagcagat aagtagtgcg acggtggagc agatgacgct gacgttgaag gggcgttgat
     4021 ggccgaaggc gaccagcacg gaggtgccga gaaagaccga aaagccagag caggtcagct
     4081 ggacgcagag catacgtagt agcgcggtgg cctcggtcag ctcgccgtgc gagaggatgc
     4141 ggacaatggg ctcggcgaag gtgaagagcg cagcggcgac accgaacaca aggagcgtga
     4201 ccacgcggag cagggagcgc accatccccc ggtcgcgtgt gcgggagatg ttggggtaga
     4261 gcgcctggtt gagcatctgt atgggcacca tgccgccgtt gagcaccttc tgagccacgt
     4321 cgaaggccgc cacctcggcg ccggagaggt atacaccact catgatcttg gccatgtagg
     4381 tgttgacggc cagtgaggca cgtgaggcga agaaggggac gctgtcgcgg aaggttcgca
     4441 cgagtatcgt ggtcggcgga atgcggagac ggatgcggtc atgcaggaat acatatccgc
     4501 aggagacgac ggcggagacc accagaccga gcgactgcag cagtgcaatg aggggatagt
     4561 cctcctcgcg gtgaatgcag agaaagagcg ccgcggtata aaaggctatg gagaggaagc
     4621 ggacaatggt gaggaccttc atgttttcac agccttggta ataccacacg ggcaggaaaa
     4681 tgtcagccag gcaggcgatg aaggcataaa aaatgagcgt cgagaggctg cccaaggcgg
     4741 ggatgaggtg aatggccagc gcaaggatgg cccctacgag aagggcgagg gtggatttga
     4801 tgaaaatgac agccgaaaaa atctggttga gtcgctcgcg gttgttgcga tagatggcca
     4861 catcgcgcac ggccgaaata tcgaggccaa aatggatgaa aagggcgaac agggctacga
     4921 tggcttgggc aaagacgacc gtcccgtaac gctcctcgcc cacgacacgg aagaggtagg
     4981 gcagcgcgat gaacggcatg gccatgcgca tgacctcgaa gagggtcagg taggaggcat
     5041 tcttgaggac gaggccgtat ttaccaaaca tgtcgtgcgg ggtggtgacg gcgtcaggat
     5101 tcggagcgtt cgcggctgtc gcgtagctcc ttgcgcagca ggcgatactg atctcggcag
     5161 acgatccacc caatcgagag taataaggtg agcaccacga agccagccaa ggcaaacacc
     5221 ttgcgggggc ctatgggctt ggctttgacg aaggccgtgt cgacgatttt tgcacggtcc
     5281 gtatgttgcc cgagggcgag actgatctct tcacgcttct gcaagaggat gagatagacg
     5341 ccttgcagga tttcttgctg tcgcttgtag tcgacataga cgcgctcctg aacggggacg
     5401 gatcccatgc ggtcaaggag ctcgcgttcc tgtttttcga gggtccgacg agtctgcgtc
     5461 atgctttgtt gcgcgttatt gatggtctga aacacggttt cgcgcagtct gtccacctgt
     5521 gtggtgagcg acgcgacgag gggattgctc tcgttcgagt ttcggagggc tttctcgcgc
     5581 tccaagagag cttggttgta gagaaagatg gggctactct cggtctcgct tgtagtgagc
     5641 agggagggga cgagcttata tcggttggcg gggttcttga cgaaggcgtc catcatggca
     5701 atgatgttcg actgggtctc ggcctcgatg agtcggccct tgatgtcacg catgtactcg
     5761 gcgtagtact ggatgtcgta ttccacgtcg gtgatcttgt tctcggcctt gtattgttcg
     5821 atttgcctct cgaccttctc cagctcgtcc gtcacgtgta tgatccgctc actgaggaag
     5881 gccagcgaga cgtcgctttg ggccttctta tagtcgtagg catcgtggtt ataatagtcg
     5941 atgagtacgt tcagcatgtc cttggcccgc tggcgctcgt agtcggtaca tgaaagctcg
     6001 atgatgttgg ccgatttcga gtaatcctcg atcaggaagt cgtccgcagc cttctcggcc
     6061 acccaactgg ggggatagac ggtgatctcg aggcgcgtga tgtcgttttt agccgtcggc
     6121 tcggtgttgc gggtgaaggt gaaggtgcat ttgtcgagtt gcacgacggc cggaaggcgg
     6181 tcgaagtgga aggtttgctt ctgtcccttg gtcttggccg tgatctcagc tgcgccgcgg
     6241 tccgtgaggt gtagcttgaa ctccacttcg tcgttgaggg cggccagcgt ggcggagtcg
     6301 caggtcacac gcacgggttc ctcaccgtac atccgtagca gggagtaggg ccttcgatag
     6361 tcggcatata gaccgagctc gacgaccatc ttgcgcatga ggctgttgga ctttagggtg
     6421 gagatctcgt cgtcgatgct tacgctccca ccgcccatgc tgccgatgcc gaacgttttc
     6481 atgagtccgg aggcttcacc gaggccgatg ctcccggttc ccagcattcc ggcgtcttcc
     6541 tgtatctgca cgcgggccat gatctcgtaa gttttggggt acaacacgag atagagtatg
     6601 gctgccagga gggagatggc cgccgagacg agtatagtgg tgcgttgtcg taagtaaccg
     6661 acgataatgg ggcgcaagcc tacggcctcg cggtcgtcgg catcatttgt ggcggggcgc
     6721 ccgtcctccc gcggtagttg gttgtttgct tccatcactt tcttctgaga gccactacga
     6781 cggtggtgat caccgatgcc gccgtgagga tggtcgatat aatggtgaga gtatactgtt
     6841 gcgcggagct atagtttgcg ttgcgtttct tggcattgtt gggctcgacg taaacgacgt
     6901 cgttttgctt gagataaaag taaggcgagg cgaaaatctc agggttggtc acgtccagcc
     6961 tcccgtactc cttgtgtccg ttgttgtcgc gaacgatgag aatgtttttg cgattggcgt
     7021 tgatcgttaa gtcaccgacc atcccaagag cgtcgagtat agagacgcgg tcattccgga
     7081 tgttgacgct gcccggacgg gacacttcac cgaggatggt gattttgaag ttgacgatct
     7141 gcacatgaac catagcgcca tcgacatact ccctgattcg agtctgcaat gcgtcgatga
     7201 gctcagcctt cgtcaggccc gcggcgtgca cttttcctaa aacggggaag ttgatgtatc
     7261 cctccttgtc aactaaataa gtagtgagct tcgaatcggc tgccacagac gtctcgcctt
     7321 gggggatgta ggcaaacggt ggaggattga acggcgccac cacggtggta ttccatgccg
     7381 tgacgttgat ggtgagcagg tcgtccgctg cgatagtggt cgcataggtc tgattcatcc
     7441 gctccaggtc ggctgtagtc agccggtcga tcccctgaaa ataagccacg tctttgggga
     7501 cagaacaggc ccccaagagg gtcaaaacgc atacgatcgg taataattta cccttcattc
     7561 ttaattatca tttttttaac gggtcgcaaa gatatggata tatcaactcg tccgacgggt
     7621 ctccatgctt cacgaaatgc gctgttagaa cgcgctcgga ggtggtttat tatcctgagt
     7681 gtttggtcgg atttgcccgc attttgtcgg ggtgcagatc tgtccgggta ttccttttta
     7741 cgctgaggag ggcgtgcggt gttcttttca cgtacggatt gaccctgtat ggcttgatat
     7801 cggtgtcgca cagcgtgagt tcgacgaaag aatgagattc ccttattgag aatgtcattg
     7861 atagcatgct gtaacggcca acaggttctc cgaagcactt gcgggactcc cgcaaacgcc
     7921 aaagcaaatg ccgagagact tgcgggactc ccgcaaacgc caaagtaaat gccgggagac
     7981 ctgcgggact cccgcaaacg cccaaaagtt cttcgaagca cttgcaacag tgttgtaggc
     8041 atttccaaaa acgttttggt cgggcttccg tagaaactct ttgctggtac tattcttaca
     8101 ccgaactcac gttgtacagc gttttttgcg ccatacctgc cctgtaaaaa cgacaactcc
     8161 cggtgagaac tgagagcctc accgggagta tatcaaatga caacgttaga gcggagaaat
     8221 tatccgcagt ggaaatattt cttcaccagc gccagcattt cctcggtctt accttcgaga
     8281 tcggcacgga gtgtcttgtc cttgtagcta cgcagattgg ccaagatgcc gtcgatcatg
     8341 cccgggctga acacgtcgtg tgcctcgaac actttacgct gcttctcgag gcagtcggct
     8401 gatgcttcgc agctgtcggg cagctgggcg agcgatttca gcttctcctc gttctccttc
     8461 ttgtggatgt ttacgctgac gtacgtcttt tcggcgatct ccagcgcatt ggggatctcg
     8521 aagccgtggc gacatgctac ggccagaccg gccaacagca ggtacaactc ggccgatccg
     8581 tccggcgagc gcatctccac ggtctgcttc tgtgccgtgt cgaagtgact ctctttctcc
     8641 agcggattgg ccagaacgca catgtcggtc ttggcagacc atcccagcgg aacgcgtacg
     8701 agcaccgaac ggttgcggtc gccccagcat acgttcgtcg gagcctcctg gtgcggcacg
     8761 agacggaagt acgacgtcgg gttcgtgttg ccgaaagctg taattgccgg agccagctcc
     8821 atcataccgg cgatagcctt gcgagccgtc tcagagagtt cgccgttggt aagcatctgg
     8881 ttcttgccgt ccttggtgaa gcgcatgtgt acgtggagac ccgatccagc cttgccagca
     8941 gtgatcttcg gtgcgaaggt cacgttgtag ccatactggt agccaaggtt gcggatcacc
     9001 cacttagcga tcatcagctg atcggcagcc tcttcggcat caacggggag gaactcgatc
     9061 tcgttctgct cgtagatata gccgttgagc gtgaagttac ccacctcaga gtggccgtat
     9121 ttgatctgtc cgccggtctg tgcgatgtac gacatgcact cggtgcggaa gtcgttgaat
     9181 ttggcgtagg ggccagactc gtggtagccc ttctgatccg tagcctcgaa gtccttatag
     9241 tcttcctggg gaacgataac gtagtattcc agctcgccca tggcttggaa cttcatgccc
     9301 gtgacgtctg tgaaagcctt gcaagccttg tggagtgtgt actcgggtgc gctctcgagc
     9361 ggctgtccgt ccttgttgaa gtaagagcag agcatggaga gggtcgggat ttcagcgaat
     9421 gggtcgacga aggcggtacg gaaacgcgga atagcgtaga ggtcgctact gccggcgccg
     9481 ataaaggaga agagactcga accgtcgacg cgctcgccgc aggtcaggat cgtatccaga
     9541 tactcctcgt tcgtgatgat gaaattgagt gttttcagtc gaccatctcc cgcaggatac
     9601 atgaagttga ccatcttgat atcgttctga cggatgaacg agatgatgtc ggccttggta
     9661 aattcagaag caggcttctg caaaaacgca accaagcggt tggcgttcat tgataactct
     9721 tgtgggttca taagcaagtt ctttactctg attatttgct gattattttg ttcaaacggc
     9781 ggcaaaagta gaagaaaaag gatccgtgca aggggctctg atgggattgc ggaggatttc
     9841 actttcaggc atttcggagt gtaacttacg attcgtaacc gctttcttga tttgctcttg
     9901 aaaaacgact ttttcgccct gcttcgggcg gtgaaaagcc gtcgacttta ctcttcggct
     9961 tacgaatcgt aatcgaccta aattgacacg gaagaaatgg aggtgaggag gcggatatac
    10021 agcccgtgac cagtcttgtc gactgtccta ttatccggct gaggagtagg tgtacaagaa
    10081 agcctctcaa acacgccgcg aaacgtattt aagaggcttc ctcttgttgt cggggtagcg
    10141 ggattcgaac ccacgacccc ctgctcccaa agcaggtgcg ctaaccggac tgcgctacac
    10201 cccgttcaat ggttcttttt cgccattgcg gcggcaaaag taaaaacgca gaccttacta
    10261 ccaaacgtga gcccaacgaa aggtgtatct cctgacgtcg ggctcacggt gcatgctacc
    10321 gctcctactt gtcctttagg atcagtgtgc ggtaggcgtc gtcctgccaa aggaggatga
    10381 gcgtgcggaa atcggcgtat gtctcggggg cgatgacggg gtgcgtcagc tcgatctcac
    10441 ggtgtaccgt cgccttgttg ccgtcgcgct gcagactgag gcagatcttg ccggcggcac
    10501 cgctccattc cttgcggaag gggagagtct tcagctcgcg accgccgaga tcgatcgtgt
    10561 aatcgcacgt ctcggtgagg gcgtagggca actcgtaggg ctgtgtgcgg gtgctaccga
    10621 gcgtcaggcg ccaggcgtcg aggccttggt ggcgtgggac ggggagggcg tagacggtgt
    10681 agccggccga ggattgcagg ggcgtcttgc cggtgaagtc gggcttggct gcgggatcct
    10741 cgctgtcggt gacggtgccc tcgacggtcg cttcgtcttt gccgagggtg atctgtgcgc
    10801 tgcatgcgag gcgggcggcg cgcttgacga tctgtaccat gttgacgccg tcgtcgcctg
    10861 tcagccagaa ctgatcgcgg gtggcacgta gggcgggatc gggggcgtcc atgcgaacgg
    10921 gcgagaggaa gcggccgccg gtgcgtacgc ggatgtcggt cagggcgccg acggcgatag
    10981 gcatggcgtg gatggggaag gcggcgagga tttgtgcgtc gaggttggcg gcgagcagca
    11041 tggaggccat cagtgcggcc ttctcggcgg gtgtgccgta ggccgaggag aggacgacgg
    11101 acggctcgcg gatgtcggcc gagagaagta cgggcaggtt gatcgtggag atgttgttca
    11161 ccacgaagcg ctggatggcg ttggcgcgat cgacgggaga ggtgatgcct tgcagcagct
    11221 tatcgacgag ccgggcacag tccgcggggt gcaccttcat ggccgagagc cacgcgatgc
    11281 cgttctctcc gccggcgttg gaggcgaaga gcatcggcac ggcctcggag gctcggtgcg
    11341 attcgagggg gatggccggc aggttgcgga attgccacgt gtaggtggtc atgtcgtttt
    11401 cggtgtgcgt agtcggctct ttggagtcga cgccagagat gccgcaggtc agcttctcgt
    11461 cggcgggcat ggtgatcgag acctcacact ctgtcacggg cgcatgctcc tcgagtgtct
    11521 cggcgacgtc gaggaaggga tagtagccca cgccggtggt gagggtgtaa tcgagataga
    11581 tcgtggcgcc gatctcgagg ccggtgtggg tgatgaccat ctcggtgagg tggttgtagg
    11641 ccggggcatc gacggcgaag gcgggcagga cttcgttgaa ggcgttgtct ggcgccttga
    11701 cgatggtgcc gtcggcctga cgggtgtagc actcgttgat tcggagcgtt tgaaactcct
    11761 tgttgtagat gatgaacgtt tcgccgtaga gctgattgaa cgccatgtgg gtgttcagct
    11821 tcacctcctt gcggtagtga taggtcatgc tgccgtcgga gttccagatg tactgcttga
    11881 tgagcttatt aaagacggcc tcgggctgtg cctggagggc gaaggcggcc agaaggccga
    11941 gcaggattgc ggtgtatctc ttcatgtcgg tatgcgttat ttgcttcatt gattctctta
    12001 tttcttctcc agtacgagcc attcgtcggc gaggtcttta tgggccttga cggccttgcg
    12061 gaagccgggc cagtcggcgg cgtcatagac gcgcttgcgg agggtgagct cgtggcggat
    12121 gttgagcttg ttgccgcgct gagagagcga gccgataaag tcggctgcgt cgctcttgag
    12181 gcgctcgtcg acgggcgact ggcggagggt gtagcccgcg gggatggtca tcgtttcctt
    12241 cagctcgacg aggcgtgagc aggcgtcctt gaagccgtag cggcgcgtgg ggcgatcggt
    12301 gtcgatgttc gtataggtac ggacggaggg gtagaggcgg gcgcagatgg ggcggacgag
    12361 caggacgccg tcgcccgtga gggcatagtc cgggatctcg aacttcatgg tgatgcggat
    12421 cgggccggcc tgatagttgc gcggatcgcg gccatagtcg acgctcagca tgcgggcatt
    12481 gggcgagacg cgcagcagct cgctctccat ggcgttgcgc cagttggcca tgaggccgcg
    12541 gatgagtggc caccgcagac gggcgtcgga ctgcccttcg gccgtgacgg tgaactcgcc
    12601 gcggagcgtg cccttggcgt cgagggcggt gttagccgag aggcggaaat agtgatcctc
    12661 gggcggcgag aggggcgtct ggagcaggtc ggagccttcg ggcaggccgg gcaggtagtg
    12721 ctgctgctgt tcggcgctgg accagagctc gcgttggaag ggcacccagg tggggtcgag
    12781 cggcatgtat tggccgttgg agagcttgac gaccgtcacg cagtggttga agtggtcggc
    12841 cgggatcgac tcgatgcgtg agccggccat cgtcatcgcc ggataggcct cgaagccggc
    12901 catacggagc atggagatga gcagcgcggc cttgtctttg cagacgccgc agcggtcggt
    12961 gaagttcatc ttcgtggcgt ggagcgtgta gccctcgccc ttgcccatgg agatgccgga
    13021 gtagcgcatg ttgtcggcca cccagtgggt gagcacggcg atcttctcca tctcggtccg
    13081 cttgccgcgg agcagctcgt cgaccttctt cttcgtctcc gggtcggccc cgaagctgtt
    13141 gtagtcctcg ttcaccttgt ggaaccagag cgacttctct ttccactccg gggtggacga
    13201 catcatcagc ttcggcgcca cgtcgtagag gtcgaccatg ttcggctcct tcgggaaggg
    13261 cttgacgtcg gccacggcga acgtcatcag gcggcgcttg ccctgcaggc gcatggacga
    13321 ctggcactgg ccttgataga actcatactg cacctccttg tcggcgggca tgtcgacggt
    13381 gtagaccttg cgcacggtcg gggtcgtgac ccagaagggg acaatgtcgt agaactgtcc
    13441 gcgcatcggg ggcacgaagc gctcctcgtc gtccgcgccg gccgagagca gggcgtaggt
    13501 gaagcccttc ttgtcgatct catagtcgac gatgtcgccc gagtcgaggg cgccgatctc
    13561 gagcatgatc tgccgcgcgc cccaatagat catgcgggcg ggggcggcgt agtcaacggc
    13621 cttcgtgacg tccacttcgc gcttcgtgcc gtcggccttg tagacggtgg cgcgggagaa
    13681 gcgggcgaag gcggtgaggg ggtcgtagtc gtacttgacg actcggtaac ggagcgccgc
    13741 gggcacgctt cgcacctcca ccacctggcg gatggtgaag ctaccggagc cgttttcggc
    13801 cactaccacg ccggtgctgt caaggagcac cagggcttct tctttgacca ggtcggccgc
    13861 gccgtcagcg tgttgcttga ggggcagcca actctgcgct gcgatcggcg cggcgagcgc
    13921 catcgtcagc attgtgctga gtagtttgtt gttcttcata tacgttgaat atctgagtat
    13981 gcggcaaatg taagacgtct gcggacggcc tctgcggggg ggcgtcaggg acgccagcca
    14041 agtttgggcg tctgcggacg ccggcgaatt tggccgggta catgtagggg gcgaatgatt
    14101 gtatccgggt aggggcgaat tgcattcgcc ctccagacgt cccgcaggga tgaatgatca
    14161 ggcggggcgg gggacggggg taactgaatc gttctacatt tgtcgccgct ctggcagagg
    14221 ccgggcgatt taccgtaaat cagctccaaa catgcttgca tggctccgat ttaccgtaaa
    14281 tcagcttcaa gcaggcttgc atggctccga tttaccgtaa atcagcttca agcaggcttg
    14341 catgacttcg atttaccgta aatcagcttc aagcaggctt acatggcttc gatttaccgt
    14401 aaatcagctt caagcaggct tacatggctt cgatttaccg taaatcagct tcaagcaggc
    14461 ttacatggcc tcgatataca cagcgacact aggattatat tactcgataa ctgcaaattc
    14521 aataaacacc gaacgaaatg aaacccataa aaaccattga tgggacgtta agctcacgtt
    14581 tccctttcgg gctgcatgcc aacttgtaca ctacgattta cacactggtt aagccgatcc
    14641 ccccggccaa actcttgctc gaggagtcgg atattaccac ttggaacggc ggaatccttg
    14701 aagaaatgga gatcgatcgc gaagccaaaa aggctgaaga gaccgcagaa ctccagaaga
    14761 aagacgatgc acgcgacgaa atcgcctcgg ccctgattca ggagatccgc ctggcagcca
    14821 agtcgcccat cgtagagaaa cgcgcccccg gacagcgtct gaagatcgtc gttgacacct
    14881 acaagggaat cacccgagag aatctcgcct ccgagacggc tcacatcaag gccttgctta
    14941 acgacttgga taagcccgcg gccgtggctg acctggccgc cattgggcaa accaaactcg
    15001 tgcaaatgct ccgcacggcc aacgaggagt ttgacgccat gtatatcaag cgcctcgact
    15061 tcgacgtcag catcaagaat ctgccctccg gcaaagtcat acgtctgaaa aacgacaaga
    15121 tgatggccgt catcttccgc cacattgaaa cggcttacat gatggccgcc tcggacgaag
    15181 atcgaaagct cgtcagcgaa ctgatcgacc gcatcaacgc cgccatccat aaggcgaaga
    15241 ccgtctataa cacctcaggc aagaagaaag aagacggcga ccccaagcag cctaaagaac
    15301 ccaaggagcc caaaactccg gagaagccca aggagccgaa gcagccggag aagcccggtg
    15361 gtggttcggg tgagcagccg aagaagccgg acgagaagcc gaaggatccg aagaaacccg
    15421 acgacggcaa ccccgatatc acgttgccgg aagaatgaat gattatgccg ggtacctcac
    15481 gcttgagggc ccggcatttt tgcgcataca cggcgggagg aggcgctatt caagccaaac
    15541 gttttcccgc cattacattt gccaccctaa attttcactg atcaaacgag acacaatgaa
    15601 acactcaaga acaacccttc tactgatgat gaccctcacc acagccctgg cggtggcaca
    15661 gaagccaacc cccaacctga aggattacac cgacgggaag tattccccca cctcgaaagg
    15721 ctccgacctg cggtccctgc ccgacggcga acactacacg gccatggaca agctcggcac
    15781 agccatcgtg cgctacgaat accgcaccgg acgcgtcgtg gacaccctct tcaacacccg
    15841 taccgcccgc gaatgcgact tcaaaaactt cgaaggctac gagatcagcc ccaacggaca
    15901 ccacatcatc gtctggcggg agtccgacga gatctatcgc cactcgcagc gcttcaaagc
    15961 ctacgattac gacgtccgcc gcaagctcat caaacccctc aacgagtcgg gccggaagat
    16021 catgctcccc accttctcgc ccgacggacg catgtgcgcc tacgtggcgg acaacaacat
    16081 ttggatcaag aaattcgact acgacaccga ggtgcaagtc acccgcgacg gcgccacgaa
    16141 ccgcatcatc aacggctcca ccgactgggt ctacgaagag gagttcgcca tgacccgcat
    16201 gatgacctgg tcggccgata gccgcttcct ggccttcgtc cgcttcgacg agtcggaggt
    16261 gcccgaatac tccatgcaga tctatggcga gaagacctac tacccgtcct actacaaata
    16321 caagtatccc aacaccggcg accgcaactc gaccgtctcg gtgcacgcct acaacatcga
    16381 gacgaaggac acgaagacca tccctgtgcc cctcgatacc gacggctaca tcccccgcat
    16441 cgagttcacc accgtccccg accagctggc cgtgatgacc ttcaaccgcc accagagcct
    16501 cttcagcatg tacttcgcca accccgccag cggcgtctgc aagctcatct tgaaagacga
    16561 aaacacgcgc tacatcaatc ccgaatgggt gcgcaccctg cggttcaata agaacggctt
    16621 cctctacgtc agcgagcgcg acggctacgc acacatctac cagtacgccc ccaccggcgt
    16681 ggagcaacgt caagtgacgc gcggcaactg ggacgtcaca cgcctgatcg gcctcgacga
    16741 agccacgaac acggtctact ttgaagccgc cgacgagagt cccctccgcc gctccgtctg
    16801 ccgcgtcgat gccaagggcg tcaagacgaa cctctccaag ctcccgggca cgaacgcagc
    16861 caccttcagt aagaactacg cctactacgt cctccgtcac tcctccgcca ccacgcccac
    16921 catcgccacg ctgcacgaga caaagagcgg caaggagctg cgcaccctgc aagacaacgc
    16981 ccagctgcgc gaacgcctcg ccaagctctc ctacgccccg aaggagttct tcaccgtccg
    17041 cacagccgac ggcgtggagc tgaacgcctg gatggtgaag ccggccgact tcaacgcgaa
    17101 gaagaaatac cccgtgctga tgacgcaata cagcggcccc aactcgcagt ccgtgcttga
    17161 ccgcttcgag tttggttggg aggaatgtct ggcggcacac ggcgtgatca ccgtctgtgt
    17221 ggacggccgc ggcacaggcg ctcggggcga agagttccgc aagtgcacct acctgaagat
    17281 gggcgacctc gagtcgaagg atcaagtggc agcggctaag gccctggcca agcagttccc
    17341 cttcatcgac gcctcacgga tggccatctg gggctggagc ttcggcggat acaacacgct
    17401 gatgagcatg agcgtcggcg aaggcacctt caaggtcggc atcgccgtgg ctcccccgac
    17461 cgattggcac tattacaaca ccatctacac cgagcgctac atgcgcacgc cgaaagagaa
    17521 cgccgagggc tacgcgctca cctcgcccat caagctggca gagaagctca ccggcaagct
    17581 gctcctcatc cacggtacag ccgacgacaa tgtgcacttc atgcagacga tggattacgc
    17641 cgagaccctc gtccagctcg gcaagcagtt cgacatgcag gtctataagg atcgcaacca
    17701 cttcatcatg ggtggcaata cccgccttca cctctacacg cggatgacgg acttcatcct
    17761 cgagaatctc tgatggctac cgcgcacgtt cgcaagcccg actggctgaa gatccgcctg
    17821 agtggcaacg acgacttccg tcggacgaag gagatcgtcg agtcgcacgg cctgcacacg
    17881 atctgcacca gcggcaagtg ccccaaccaa ggcgaatgct ggagccgcgg cacagccacg
    17941 ttcatgatcg gtggcgacat ctgcacccgc tcctgccgct tctgcaacac cctgacgggc
    18001 cgccctcacc cgctcgaccc cacggagcca gaccacgtgg cgatgagcat ccgcctgatg
    18061 ggcctccgtc acgccgtcat cacttctgtc gaccgtgacg acctgcccga cctcggtgcc
    18121 cgtcactggg ccgtcaccat ccgccgcatc aaggagctga atccgcatac gacggtagag
    18181 gtgctcatcc ccgacttcca aggtcgcacg gagcttgtcg acgaggtgat cgcggccgag
    18241 ccagaggtga tctcgcacaa cctcgagacc gtccgccgcc tgacgcccag cgtgcgcagc
    18301 gccgcgaagt acgacgtcag catgcgcgtg cttcagcaca ttgcctcgcg caacgtccgc
    18361 gccaagacgg gcatcatggt cggcctcggc gagaccatcg cggaggtgga ggagctgatg
    18421 gacgatgccc acgccgtcgg tgtcgacgcg ctcaccatcg ggcaatacct ccagccctcg
    18481 cgcaagaatc tgcccgtcac ggagtacgtc acgcccgagc aattcgaggc ctaccgcctg
    18541 acggcgctcg ctaagggcat ccgttcggta gagagcgcgc cgctcgtgcg ttcgtcgtac
    18601 catgccgagc gtgtcttggg cgtagatatc tgctgagtgc gttgtacgaa tgattatgag
    18661 aggggtgtcc tgcttacgcg gggcaccccc gtttttattc cgccaaaccg tggacgatcg
    18721 agcatagatc attggcgtgt aaacaaatcc cccagcctcg gtgttattcc gataacgaac
    18781 ggattttata gcccataacc agagagagag gagaggaaga caatggatcg catcgcacgc
    18841 ataaaggaca gcttggatat acgtcacggc ctgaacaatc aagtcgtcgg tttgacgccg
    18901 ctcttgctgc tggtggtgct gaactacacg tacacctacc tcatctccta cctcatctcc
    18961 tccgccgtgt gcctcgtcgg gcttatcgtc ttttgggggc cggtacgtcg tcgacgctac
    19021 caattcatgc ttctgcccac ggccgtcgca ctggcgcttt actcgctctt cttcgtcctt
    19081 cagttgggca acatgctggc cgactattcg ccgctcgtca cggagtggtt gctcgtggtc
    19141 gtactctcca gcatcagcac catgcaacgc gtcatcgttg ggcgtgtacg ccgctcgcgc
    19201 cgccccgccc tgcgtcggac acgcctccgc acagccctca acgagttctt tttcgtggcc
    19261 cgtatcaccc agaacgccta tacgattcac ctcttcatca tcctctttta taagatcctc
    19321 cccgaggccg accaaacgct tcgtctggag cagctgttgc agcgtgagtt cttgctggcc
    19381 atcagtctgg ggctgatgct ttacgagcag atccgcctct cgatgatgaa gcgcggcttg
    19441 gccgaggagg cctggttgcc cgtggtcgat gtgaaggggc acgtcatcgg gcgcgtggcc
    19501 tactccgtca gtctcagcgc cgaggcccgc cactatcgcc accccgtggt gcgtatcgcc
    19561 gtcatgcatc gcggcatgct ctacctctct cgccgcgacg ccgaccgcgt cgtctcgccc
    19621 gaggcgatcg atcatccctt ctgcgcgccc atcctcttcg gccacacccc cgagcagacc
    19681 gtccgcgact tagtcgggcg gaacctcttc ggcaagtccg atctcaagcc ccgcctactc
    19741 gtccgctacg ccttcgataa cgagcgcgtc agccgcctcg tctcgctcta cgtcgtccac
    19801 ctccgctccg agtcgaccct cgacgactac acccgcaacc gcgagggcaa gctctggacc
    19861 acacagcaga tcgaggacaa tcttcgccaa ggacttttca gcgaatactt cgaacaggag
    19921 tacccctacc tccgtcagac ggccctccaa gccgaacagt atcttgctgc cgcggccgtc
    19981 aatctcaccc ctcccgccga ggacactgag ctgtcgcctg cccccgaagg cgctgctgtg
    20041 cacggggtat aggtggctct gccccccatc catacgcaag caggccgtac aacaaagaat
    20101 ggccgggtac atgatgagga aatccctcac acgtacccgg ccattttccg ctaagaaaca
    20161 gacttaccgc ttcacactcc cgctacggtc gcccaactca atcacttcca tgtcgcgcac
    20221 ctcggcaccg tcgatgacga agcgcagcag ggtgcgcaca gtgtggaatc cgctgatacc
    20281 cgccgcgccg gggttgaggc agaggcactc gaggtgcttg tcgtacatca cgcgcaggat
    20341 gtgtgagtgg ccgcagacga agacgcgggg ccgcgcggcg tagagttcgg cacggatcgc
    20401 gggatcgtaa cgcccggggt aaccgccgat gtgggtcatc atcaccgaga cttgctccac
    20461 gtcgaagcgc aacgtccgcg gatacatctg ccgcacgggg taaccgtcga tgttgccgta
    20521 caccgcccgg agtgggcgga cggccgtgag ccgcatcgcc acgtcggccg acccgatgtc
    20581 gcccgcatgc catatctcat cacactcggc gaaatactcc gcatacttct cgtcccacca
    20641 gccgtgggtg tctgaaatca atccgatctt tttcatggag agacaaacgc atttattgca
    20701 gaaactattc tcctttcagc aactccctat atttctttcc gtaggcctcc ccacgggata
    20761 cgatgtattg aaagaataag gacgaagccg tccggaggat gaatatcgcc ctatgatcag
    20821 atatccttat tcgatagacc tgcttatagc cggacatctt catgcagttc ccgatctctt
    20881 caacacggtt tgcttcctct gcctcttcaa gcacggtatg aaggagcttc ttagtgacac
    20941 tatccagtgt ctttgcttgc ttaatgaagc gtttggaaaa cgatagcttc atcccttcaa
    21001 ccacgctcta aactcagcaa cctcctcctc ggaggcttct tccttcccgt ccggatacat
    21061 caggagcatg cttttataaa gctgctcatc actcaacggc tcttcgcttt gctgtatgag
    21121 caaaacctcc atgtatctct tgagagacat tcccgatgtc tcggctctca actgtaatgc
    21181 cctgattgcg cgctcgggca aatcgataag tgtacgctgt gttgcttcca tttctgttcg
    21241 gtttatggtg caaaggtatg cctatgcatc cgcatacttc tcgtcccacc agccgtgggt
    21301 gtctgaaatc aatccgatct ttttcatgga gagacgctgt ccgacttacg tgtgtacgat
    21361 taggagtaga tctcggccgt ggcgtaatgg aaagccaact cgtagtcacc caacaaggct
    21421 gcgggcggcg gagtgtcgag tgattctttt accgtgtcga tggcgtcgcg gatgctctgc
    21481 ttcacttccg ccgccgtgcg ccccatgcca taaatgccgg gcacgttttc agcatacgct
    21541 ccatatgtgc cgtcatcggc acgctcaatg atgatactta ttgttcccat gtcttttact
    21601 ttttctcttt tgtttatcgc aatgaagtgg ggggcttaga gtcccatatc ctttctcaat
    21661 ttcaactcca atcctttggg tatttcagcg ctcccatgat tcggaatggc tacttggatg
    21721 ccatttttcc cgtatatctc atggcttcct tttcctctgc gaataaagat ccatcctttc
    21781 cgcttgatct ctctgataaa ttcactcgat ttcatctcca cccttgttct ttaccgcaaa
    21841 ggtagattga ttccgctcta tgattatgag ttctctgtgg atatatcctg tgaggtctca
    21901 ccctcggtga gctctttgat ttggcggagg atgtcgtcgt ccatccaatt ttggcgttga
    21961 taaagatctc gcccaatgag aaagcttccg atgaggcata acacgaagaa gaaccatgta
    22021 ggaatgatga gttcgccttt caccccgatc acttcataca caaaccagaa aaagaagacg
    22081 agtgtcggcg gggtctgcca aaagaatgcc tgtcgcctga ttttcttgac ttgaacgata
    22141 cggcgtgcga cggtcagcaa gtcgccgtcg tagagcgtcc gcagtttggt gaaataaaaa
    22201 acagcctcga agagtagggc gaaagcgaaa aggacagtga tgtaggtggt caatgccagg
    22261 gaaattttcc ctgtaaaatg gaggtagagg taaaagagag tcagaatagg gattgaagcc
    22321 attcgggttt tgctcatccg cttgttccac gccaggtttt tccccatcga ctctcggatg
    22381 tgccgatcgt caacgagcgg ttcgtggctc agcttgcggt tcaggacggc ccattgtgcg
    22441 cgcatttcgt cccattcgtg cgcggtggtg gtttcgttat gtttcgttcc catagttatt
    22501 ccgggggatt attgatcgtt agacatgcgt ttgagttgtt ccttgatgcg atagagtcgc
    22561 acggagacgt tcttggtgct gataccgacc acttgcccga tctcgtcgta gctcatgttc
    22621 tcgagccaga ggagcacgat ggcacggtcg aagggttgca ggcgactgat gcggtcatgc
    22681 agttggctga cctggcgcga gtcctcgtcg cgatcttcaa agaggttgat gtccatcgac
    22741 agcggcaggg ccgagggtcg cgacttcttc ttacggtcgt acgagataca gacgttgagg
    22801 ctcaggcgat agatccatgt gcgcatctgg ctgcgttcct cgaacgtcgc cagccctttc
    22861 cacatacgga tcagcacctc ttgaaagagg tcggccacct cctcctcgtc ggccgagaac
    22921 atgtagcaca cgctgtatat cgtgcgctta tgctcatgga cgagcttcgt gaatgcttgt
    22981 tcggatactt tcatt
//
LOCUS       SEQF2637|AYYD01001288.164252 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..64252
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     tRNA            complement(162..250)
                     /locus_tag="SEQF2637_02750"
                     /product="tRNA-Ser"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Ser(gga)"
     CDS             complement(394..1182)
                     /gene="yjjV"
                     /locus_tag="SEQF2637_02751"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39408"
                     /codon_start=1
                     /transl_table=11
                     /product="putative metal-dependent hydrolase YjjV"
                     /translation="MKLIDSHTHLYAENFYGDQELVIERAKAAGVIAVLLPNIDESSI
                     TPMFCLCDEHPEFAFPMMGLHPTSVDSHYSSRLQAIERMLTKRPYCGIGEIGIDLHWE
                     QAYLKEQRIVFEEQLKWSVDMNLPVSIHVRDAFSEVFDCIYKVGVERLKGVFHCFSGT
                     VDELEEIKRMQRFKIGVNGIVTFKKSALSDIIRMVPSTMLLLETDAPYLSPSPYRGKR
                     NEPAFLIEVVKKVAEELQLSEDTVADLTRENTLALFDIPYPTSN"
     CDS             complement(1196..2176)
                     /locus_tag="SEQF2637_02752"
                     /EC_number="2.5.1.10"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WKH1"
                     /codon_start=1
                     /transl_table=11
                     /product="(2E,6E)-farnesyl diphosphate synthase"
                     /translation="MLSFEYILKAIEEAIHQLRFDDSPQSLFDPIVYTLSEGGKRLRP
                     AFVLMACNLYRDDIECAMSSALGVEMFHNFTLLHDDLMDEAKKRRNQPTVHVKWNRNT
                     AVLSGDAMLIVAYRLIGQTPSSSLKPVLDLFTQTALEICEGQQFDMEFERRDDVTEEE
                     YMEMIRLKTAVLLACSLKMGALIGGASVHDAEVLYRFGIHIGLAFQLQDDMLDVYGDT
                     STFGKNIGGDILCDKKTFLSVLMYQLATDEQKTRIAHCRKENASAYTANEKISVITSI
                     YDELKLRERTQSRIKYHYDLAWSELARLSVNQEKCRELLRVCSLLIDRAK"
     CDS             complement(2307..3002)
                     /locus_tag="SEQF2637_02753"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MEVKKSPKADLEGSKGLGILMGLVVGLAVLFVGFEWGTQDQVVQ
                     KDEGISDVIAEEEMDITRQDETPPPPPPPDVPNVAEVLNVVEDNVQVANNDLISSEDN
                     QKAAQVQVYTPPAVTHEEEEESPQHIFVVVEEMPEFPGGQAELMSYIAKSIKYPVVAQ
                     ENGIQGRVTCTFVVNKDGTIVDAQVVRGIDPALDKEALRVINSMPKWKPGKQRGKPVR
                     VKFTLPVTFRLQQ"
     CDS             complement(3219..3503)
                     /locus_tag="SEQF2637_02754"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVDGCPGDTVARTIMVDECLGDTVARTIMVYERFGDTVARTIMA
                     DGSFGDTVARTIMVYGSLGDTVARTIMADGSFGDTVAGTIMVDGSPNDGV"
     CDS             3716..5320
                     /gene="pckA"
                     /locus_tag="SEQF2637_02755"
                     /EC_number="4.1.1.49"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O09460"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphoenolpyruvate carboxykinase (ATP)"
                     /translation="MAKLDLTKYGITGTTEIVHNPSYEDLFNEEMKPGLEGYEKGQLT
                     ELGAVNVMTGIYTGRSPKDKFIVMDETSKDTVWWTSEEYKNDNKPASAEAWNAVKEIA
                     KKELSNKRLFVVDGFCGANRSTCLRVRFIMEVAWQAHFVTNMFIRPTKEELESFEPDF
                     IVYNASKAKVENYKELGLNSETAVVFNLTSKEQVIINTWYGGEMKKGMFSMMNYFKPL
                     EGIASMHCSANTDTNGQNTAIFFGLSGTGKTTLSTDPKRLLIGDDEHGWDDEGVFNYE
                     GGCYAKVINLDKESEPDIYHAIRRNALLENVTVDANGKIDFKDKSVTENTRVSYPIYH
                     IEKIVKPISKGPAAKNVIFLSADAFGVLPPVSILTPEQTKYYFLSGFTAKLAGTERGI
                     TEPTPTFSACFGQAFLELHPTKYAEELVKKMERSGAKAYLVNTGWNGTGKRISIRDTR
                     GIIDAILEGHILKAPTKKLPFFDFEIPTELPGVDPKILDPRDTYANEAEWETKAKDLA
                     GRFVKNFVKYEGNAAGKALVAAGPKL"
     CDS             5434..5718
                     /locus_tag="SEQF2637_02756"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIRIDREDDGRRGRFVIYEDELYAGEMTYEWQDARTIIVDHTGV
                     ESYFGGKGYGRLLIDAGVDFARRKGLKIVPVCSFVRKSFERDASLADVKA"
     CDS             complement(6067..6465)
                     /locus_tag="SEQF2637_02757"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSSTPLRIEHVALYTADLEATRDFFERYFHATAGPLYHNPTKQF
                     RSYFLTFPGGSARLEIMTRPALLPSATADSLGYAHIALSVGSPAEVDALTDRLRHDGY
                     AVLSGPRTTGDGYYESVVAAVGGLTIEITV"
     CDS             complement(6478..7128)
                     /gene="pdxH"
                     /locus_tag="SEQF2637_02758"
                     /EC_number="1.4.3.5"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFI7"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyridoxine/pyridoxamine 5'-phosphate oxidase"
                     /translation="MAQDLHLENIRREYSSRSLSRKELPDDPLEMVDQWLNEALETKV
                     NEPTAMIVATATPDGRPSVRTVLLKEVVGGRFVFYSNYESRKGRQMAENSHVAVTFLW
                     HELERQIHVEGTVTRLSPEESDAYFAMRPYKSRVGARISPQSQPIPSREYIMMRFASE
                     SLRFVGREVPRPDNWGGYAVTPSRIEFWQGRDSRLHDRFLYELQPDGHWDLHRLAP"
     CDS             7954..11289
                     /gene="susC_20"
                     /locus_tag="SEQF2637_02759"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A1G1"
                     /codon_start=1
                     /transl_table=11
                     /product="TonB-dependent receptor SusC"
                     /translation="MANTGKRRTHYERIIAAWAVIALTGGMPHVMKADGAALRAATAE
                     MQADGVVHGVIVDDKGEAIIGASVLEKGTSNGTITDADGKFTLRAKAGVRLVISYIGY
                     RTQEVTASATMRIVLHEDSELLNEVVVVGYGTQKKVNLTGAVATVDIGKTLEARPYSD
                     VSKALQGAVSGLSVVNSSGQLGAAPTMTIRGVGTLSNSAQSAPFILVDGVPMDDLSLL
                     NTQDIQSVSVLKDAASTSIYGARAAFGVILITTKSASKTDRTTVNYTNNIAWETPTIL
                     PNYPDVPTQLRALIEANDRAGEENEIFGMYLKQMLPDAEKWRDRNNGRKTGYREMVLG
                     EDFTLDKNGVGSYFADWDMVNIMFRKWRPSQSHNVSVQGTSGKTSYYMSVGYNHDEGV
                     MKFNPEKLNKWTTMLNVTTDLTDWLQVGARFSYSNKDMKGPASQRTTYQYMWRWGSFF
                     GPYGTYKGTDFRNDIAYRKQAGDQTDNDSYTRLGGFLKATLGKGLTLNADYTFNLRNR
                     KRKIAKVPVKGWQSWGGKINDIVYYTTSSDLEEKSNMDRDYVFNLYGNYLLDLQNAHH
                     FNFMLGANAESGTLEMHSSKRNDLLAAGLPEFNLANGNQFVDGSHSQWATAGYFGRVN
                     YDYKGIWLLELNGRYDGSSRFPANSRWAFFPSISGGWRISEQSFFEPIRRTINNMKLR
                     ASYGEIGNQAVGDNMFISTIGKRNDEKGKTSDKEDDVIHWLGQGGDLVVAYGMPKLVS
                     SKLRWERIQTLDVGADFGFLDNSLNISFDWYQRTTRDMLAPGRTVPQVLGSNPPYVNA
                     GVLRTRGWELNIDWRHRFNEVTVYANANLGDYTTTIVEWDNDTKLLNSNYSGKRYGDI
                     WGFETDRYFTKEDFNADGTYKSGVASQKGLESGKFTYGPGDIKFKDLNGDGKIDGGKG
                     TADDHGDLKVIGNTTPRYQYGFHLGGEWRNFDVDLFFQGVGKRDVWTQSAFVMPFMRG
                     ADALYANQTSYWTEKNPDQNADFPRLFPGNASRGTISVLEQGRNNFYPQTKYLVNMAY
                     LRFKNLTVGYTLPQALTRKAHIQKVRVYFSGSNIMEIIKRSKAPVDPEVNDKEEGAAL
                     GNATWGRIDPMYRTFSFGLQLTL"
     CDS             11335..13065
                     /locus_tag="SEQF2637_02760"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7LXT5"
                     /codon_start=1
                     /transl_table=11
                     /product="SusD-like protein"
                     /translation="MMKRIAIPSLLLAVALTSACNSFLDKEPLDMFTDENFWESENTV
                     ASYANSFYEQFAGYGNGNSYGDFYFKTLSDDQAGGYSFADWTFTNVPANSAEWKDGWV
                     EIRRANILVDRVDRVNMSDAAKAHWRGVGRLMRAWQYYKLVRDYGDLPWVDKPIDFHD
                     EAKLYGPRESRDAVMDKVLEDLNYACENMYDNTSRTTLNRNVAYAMKAEICLFEGTFR
                     KYRKAEDGQTAPDDAGATRYLTAARDAAAHLMAKSFKLNPSYQENYNAVDLSSNPEMI
                     FYKAYKKDVMQHSLVAYVSSSTQLNGMSKDAFEAYLFTDGKPLALTSLDKGDAARAIP
                     VTRTVAGKTVHDTVMSISHLLALRDKRLSATIDTALCYVGRGFTRYGVGMAMTSSTGY
                     GVCKYDNPALPERDRNQTTRNYTHAPLFWLSVVYLEYAEACAELGSITQADLDRSVNL
                     LRDRAGLPHLNVNPGFDDPANKMGVSSLIWEIRRERRCELMFDNDFRYWDLIRWHQLD
                     RLDSSTHPDILNGANISADVTDKLVTRSGNYVNGSKGKTRTYDKKHYWYPIPTDQMDL
                     NKQLKQNPGW"
     CDS             complement(14038..14253)
                     /locus_tag="SEQF2637_02761"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRGGKGKPGDECRKRPRPPGPPAHAVQQQPPHRLGSAFLFLQQQ
                     AHRLGAALLFLKQQAHRLGTTLLLFKH"
     CDS             14275..15024
                     /gene="lptB"
                     /locus_tag="SEQF2637_02762"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P45073"
                     /codon_start=1
                     /transl_table=11
                     /product="Lipopolysaccharide export system ATP-binding
                     protein LptB"
                     /translation="MDEPKMILRTEDLVKKYKARTVVNHVSINVQQGEIVGLLGPNGA
                     GKTTTFYMTVGLVTPNQGRIFLDETEITDYPVYKRARLGIGYLAQEASIFRKMTVEDN
                     IRAVLEMTDRPKDYQQAKTESLIEEFGLQKVRKNLGDRLSGGERRRAEIARCLAIDPK
                     FIMLDEPFAGVDPIAVQDIQTIVARLKHKNIGILITDHNVHETLSITDRAYLLFEGKV
                     LFQGTAEELAANEIVREKYLGRDFELRKKNL"
     CDS             15101..15643
                     /gene="aroK"
                     /locus_tag="SEQF2637_02763"
                     /EC_number="2.7.1.71"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8A2B2"
                     /codon_start=1
                     /transl_table=11
                     /product="Shikimate kinase"
                     /translation="MQRIFLIGYMGVGKTTLGKALADRTGLSFIDLDLFIEGRYRKTI
                     RQIFEAEGEEAFREIERRALHEVAEFEDIILSTGGGTPCFFDNMTYMNRVGTTVYLKA
                     SPEALTERIALGKQSRPTVRHLDDKALHAFVRKALTHRAPFYERAHLTFDVERLATDN
                     DTNDAAHRLQQLLYGHGERR"
     CDS             15700..17568
                     /gene="korA_2"
                     /locus_tag="SEQF2637_02764"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53182"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorA"
                     /translation="MTEQTKVTTLDHVVIRFSGDSGDGMQLTGTIFSNLSAVFGNDIS
                     TFPDYPAEIRAPQGTLFGVSGFQLHLGTKKVYTPGDKADVLVAMNPAALKVNVKNLRK
                     GSIVIIDTDSFAKRDLEKAEFKTDDPIEELGLTEKVQLVAAPISTMVRDGLAEYGLDN
                     KSAVRCKNMFTLGLVCWLFDRPLDHAMTMLQTKFSKKPDIAKANIKALTDGYNYGHNI
                     HASVSTYRIEGSKKEPGIYKDVSGNNATSYGLIAAAEKSGLQLFLGSYPITPATDILH
                     ELSKYKNLGVITVQAEDEIAGICTSIGASFAGCLSATSTSGPGLALKSEAIGLAVIAE
                     LPLVIIDVQRGGPSTGMPTKSEQTDLMQALYGRNGESPLVVVAATTPTDCFDMAFWAA
                     KLAVEHMTPVILLTDSFIANGSAAWRIPDYINDFPDIKPNYVSNYHGEAVWKPYRRNK
                     ETLVRYWATPGMEGFAHRIGGLEKDYDTSSISTDPKNHQKMVETRQAKIDKIADFIPE
                     VEVKGDKDDADLLIVGWGGTSGHLHEVMDTMRRNGQKVALAHFRFINPLPKNTAEVLK
                     RYPKVVVAEQNKGQFANYLRSKIDDFTPYRFNRVKGQPFIVSRLVEEFTHIIEEKN"
     CDS             17571..18590
                     /gene="korB"
                     /locus_tag="SEQF2637_02765"
                     /EC_number="1.2.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53181"
                     /codon_start=1
                     /transl_table=11
                     /product="2-oxoglutarate oxidoreductase subunit KorB"
                     /translation="MNATTDITYSPKDYKSDQYVRWCPGCGDHAVLSCLHKAMAEIGT
                     SPDNMAVISGIGCSSRLPYYMNTYGFHTIHGRGAAIATGVKTARPDISVWLVTGDGDC
                     LAIGGNHFIHAVRRNVDLNVVLMNNKIYGLTKGQYSPTSDRGFVSKSSPYGTVEDPFV
                     PAELTLGARGNFFARGIDTDAANLTAIFAASARHRGAAVTEVLVNCVIFNNGTHTGIT
                     DREVRAERSIFLRHGEKMIFGKNRDKGLVLDGLKLKAVTIGEDGYTMDDILVHDAHER
                     DNTLHLMLAMMSGDLPVALGIIRDVDAPTYDESVHQQIAEVKAKKKAHSLRDMLLSGD
                     TWEVK"
     CDS             complement(18720..18938)
                     /locus_tag="SEQF2637_02766"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTQIEIILERSKDFWWAYSTNVEGINGGGETEEAARREVLQCIE
                     LQKELGNLSAHETYKPVFHYAAVELCAY"
     CDS             complement(19040..20734)
                     /gene="dauA"
                     /locus_tag="SEQF2637_02767"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFR2"
                     /codon_start=1
                     /transl_table=11
                     /product="C4-dicarboxylic acid transporter DauA"
                     /translation="MKEKSKLRPEFRPKLFAALRTYSKERFAGDLMAGIIVGIVALPL
                     AIAFGIASGVSPEKGLITAIIGGFIVSMLGGSSVQIGGPTGAFIVIVYGIIQNFGIEG
                     LTIATLLAGVLLLLMGLMRLGTVIKFIPYPIIVGFTSGIALTIFTTQIKDLLGLTIDH
                     MPGDFLSKWVVYAESITTISWPAVVVGLVSIALIVLTPRVSKRVPGSLAAIVVMTIVA
                     YILREHFGLTGLETIGDRFQINASLPTPTRIAINPETINLLLPSAFTIAMLGAIESLL
                     SATVADGVTGDRHDSNTELMAQGAANIIVPLFGGIPVTGAIARTMTNINNGGRTPVAG
                     LVHAIVLLLILLFLGPLTRHIPMACLAGVLVVVAYNMSEWRTFRSLLKNPRSDVAVLL
                     STFFLTVIFDLTIAIEIGLLLAMVLFMRRISETTRVSVTTDHIDLSDEGEIHHDDEHL
                     DVPRGVEVYEIDGPFFFGIANKFDECMKQVAGGKPAIRIIRMRKVPFMDSTGLHNLES
                     LCRLSRREGITVVLSGVNDNVRAMLLRSGMDTQLGADNICSNIQEALTRSRALLEG"
     CDS             complement(21347..22789)
                     /locus_tag="SEQF2637_02768"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRSNLRILAALLFVGWLSFCPACSDDLTQVGSSTLPDGDRNTVY
                     SDTFQMTAATVRVDSLYLRSSDGMLGNLDDPAFGQIKYDYLCQFYCVQGFRFPHTPHN
                     GRIDSVVLRLRFYNWTGDARVSMRARVYALNRQPVRSPYGRLNPEDYADMQTVLGTRV
                     YRLTDFPSLRNDSTIRDLYNASTRSYQPVSIHGRDLRITLPKSLGQSFYDETVARPAS
                     FATQDAFNRFFPGLYITTDYGIGSMIEVGETRLLIYYSRPKSAKNDTLVRDSVTFRFT
                     REVIQYNHIRTSDDNSLLRPSADSFAYVKTPSGICPRIVIPAAEIARKTQGRVLNAAS
                     LSLRFMPQDAWNDALVPPPFLLLLPEDSARVFFDNRTIDNGLLYLRSTNESNSPDIGF
                     DAITRNYRFANIAPIIEAHIRRNPGTDLRLLAIPIDRRYSVTTDRNNQPTRHTTAIIP
                     YLYPGGVRLRVDPASMKLVLLSSQHGTGLR"
     CDS             complement(22786..23598)
                     /gene="glgA"
                     /locus_tag="SEQF2637_02769"
                     /EC_number="2.4.1.21"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39125"
                     /codon_start=1
                     /transl_table=11
                     /product="Glycogen synthase"
                     /translation="MDAKRILFITQEVTPYIPDTLIGDISRNLPQGVQERGYEIRTFM
                     PKYGCINERRNQLHEVIRLSGMNLIIDDTDHPLIIKVASIQMARMQVYFIDNEDFFHR
                     KATLTDESGNGFPDNDERTIFFVRGVYETVRKLRWMPDIIHCHGWFSALAPLYLKRKY
                     FDDPCFARSKVVYSLYDQSFQPALDSRIARRLKQDGATERDLKLFEDHDYMGLSKLAI
                     KHADGIIQGSPTINGELEEFITQSKKKLLPFQGPEQYIEAYDEFYQTILKKK"
     CDS             23880..24821
                     /gene="panC"
                     /locus_tag="SEQF2637_02770"
                     /EC_number="6.3.2.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SHF5"
                     /codon_start=1
                     /transl_table=11
                     /product="Pantothenate synthetase"
                     /translation="MKQNPRKYPLYILRNKFQTASETNRFIHIIRIRMNTITTVRELR
                     QLLDEERKAGRRIGLVPTMGALHAGHLSLVRRCVSENDVCVASVFVNPTQFNDPHDLE
                     TYPRTPERDAAMLAEAGCRYVFMPSVDEMYPETDTRVFNLGTVATVMEGAFRPGHFNG
                     VAQIVSKLFAAVEPDRAYFGEKDFQQIAIIRAMVRELGLRVEIVPCPIVREADGLALS
                     SRNARLTPEGRQVAPAIYRTLTESRALVDTKTPDEVKAWVTERLNAVGGLRVEYYEIV
                     DSTTLQPIHAWADSPEPRGCIAVYCGEVRLIDNISYK"
     CDS             24867..25220
                     /gene="panD"
                     /locus_tag="SEQF2637_02771"
                     /EC_number="4.1.1.11"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A6L8I7"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate 1-decarboxylase"
                     /translation="MFIEVLKSKIHRVTVTDADLNYIGSITIDRTLMEAAGLIEYEKV
                     QILDNNNGERFETYVIAGEANSGTICLNGAAARRVQRGDIILILSYASMDFEEAKRFK
                     PTVIFPDTATNRLVK"
     CDS             25286..26641
                     /gene="mdtK"
                     /locus_tag="SEQF2637_02772"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37340"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtK"
                     /translation="MFPPTPLRTKRMYTNRQIWDISLPIFLSLLAQNVINITDTAFLG
                     RVGEVALGASAMGGLYYICIFTVAFGFSAGSQIIIGRRNGERRYEAVGPVVLQGALFL
                     LVLAAVCFVASRLWGERMMGVMVSSDELRRATMEYLGWRIYGFFFAFTSVMFRALFVG
                     ITRTKVLTLASVVMSVVNVVLDYLLIFGHAGLPRLGIAGAAIASVVAEAASVLFLAVY
                     TRLTVDRRRYGLDRLRRFDFRLIRQVLSISGFTMLQYFISMSTYFIFFLAVERLGQRD
                     LAVANIARSLYIALFIPVSALSTAANTMVSNLLGAGRTQEVIPLIRHLTLISVGITAL
                     FAALLVLLPRLFLSVYTNEAELITASIPSVVVIALASLSSAASSIAFSAISGTGNTRH
                     AFLLEMLALAVYTLYIYVAVVRLRLPVHLSFVSDIVYYVAITIGSIVYFRRAAWYQKD
                     V"
     CDS             26708..26911
                     /locus_tag="SEQF2637_02773"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKLIGTNAGLVWRALSKAGRMSVKELKKETKLRTDKELFAAIG
                     WLAKEGKIESGEKDSEIYFWLLQ"
     CDS             27603..27878
                     /locus_tag="SEQF2637_02774"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNEKDQKIWAVLEVRLQDLMSLCDERKQTIESLTQTIQRMEADY
                     RTLEAKYTDLLAAGYIASADENERKVARKRLSDMVREVDKCLALLNG"
     CDS             27854..28204
                     /locus_tag="SEQF2637_02775"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MFGPAERIAQKDKSVKANEFIIHLEIAGKKYPVTLRRGDVQTER
                     RARLAARRVQQMYLERKNIFSKAVDDKDLLAMVAIQLATDMIPLEERNDTKPLIERIQ
                     RLTADLERYLKENR"
     CDS             28365..29906
                     /gene="rny"
                     /locus_tag="SEQF2637_02776"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O31774"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribonuclease Y"
                     /translation="MSWIWMIVAFVAGGVIAALVVAAMNKATQAKRREEMQREMERET
                     DVMKKNKMLEVKEKFIQLKAELEKQVAARNSKIQSVETKLKQHELSLSQRQEELQRKL
                     TEADILKENLNNQAQLIEKRKLDLEKMHQQEVVHLETISGLSAGEAKERLIESLKDEA
                     KTDAASYINEIMEEAKMTANMEAKKVVIKTIQRVATETAIENSVTVFHIDSDEIKGRI
                     IGREGRNIRALEAATGIEIIVDDTPEAIVLSGFDPVRREVARLALHQLVLDGRIHPAR
                     IEEVVNKVRKQVEEEIIETGKRTTIDLGIHGLHPELVRLIGKMKYRSSYGQNLLQHAR
                     ETANLCAVMAAELGLNPKKARRAGLLHDIGKVPDDEPELPHAILGMKICEKYKEKPDI
                     CNAIGAHHDEVEMQTLLAPIVQVCDAISGARPGARREVVEAYIKRLNDLEQLAMSYPG
                     VVKTYAIQAGRELRVIVGADKIDDKDTENLSNEIAKKIQDEMTYPGQVKITVIRETRA
                     VSYAK"
     CDS             29959..30615
                     /gene="tal"
                     /locus_tag="SEQF2637_02777"
                     /EC_number="2.2.1.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9WYD1"
                     /codon_start=1
                     /transl_table=11
                     /product="Transaldolase"
                     /translation="MKFFLDTANLDQIREANDLGVLDGVTTNPSLMAKEGIRGEENIR
                     NHYVEICRIVGGDVSAEVISTDFEGMVREGEVLADLDPHIVVKVPCIADGIKAIRHFT
                     TKGIRTNCTLVFSPGQALLAAKAGATYVSPFVGRLDDISSDGIALVAQIVKMYSYYGY
                     STEVLAASIRTTQHIIQCLEVGADVATCPLSAIKGLLRHPLTDSGLATFLADYHKLNG
                     "
     CDS             30943..31374
                     /locus_tag="SEQF2637_02778"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEQDYLLKIMQEFIDAIGKIMRRPNEDDQTAEARMQAHFDAVS
                     RQFFQQPTSHFLRLEKEDILDDLVAQSDPRRTEGRAQMLAELFYRNALIKSSLVERLD
                     LLEKSLYLFAYIGRTSRTYSWDRERKMADIRRRLDEFKTEG"
     CDS             31593..31766
                     /locus_tag="SEQF2637_02779"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSGFNPRSRHFLNDLLNRVEYAISYMRSFSSHQLFHQVINILGL
                     MHTAGLDVINSLV"
     CDS             complement(31680..31892)
                     /locus_tag="SEQF2637_02780"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="METTTHDGITIKMMLPEASDLHLLRELAARMGWVIEREKRTGLD
                     EAIDDIKAGRVHKAKDVDDLMEQLMR"
     CDS             31949..32224
                     /locus_tag="SEQF2637_02781"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALIPPERSAQASAEAGEVCAVQAAPAQNRPPNRRLAESPYLYP
                     RQKGSVPTHGGSPTGPIPPEETLKRSASPKEKTDAYRREDGVSVFIL"
     CDS             32254..33987
                     /gene="recJ"
                     /locus_tag="SEQF2637_02782"
                     /EC_number="3.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21893"
                     /codon_start=1
                     /transl_table=11
                     /product="Single-stranded-DNA-specific exonuclease RecJ"
                     /translation="MTHRWNIRPQTKEEIHLRDALAATLGLNPIISLLLVQRGITTAD
                     QALHYFNPDLRDLHDPFLMPDMLKAVKRLNKALGNKERIMIYGDYDVDGTTAVALVYK
                     FLRAYSSSIEYYIPDRYDEGYGISFKSIDYAVSRGITLVISLDCGIKAIDKVAYANER
                     GVDFIICDHHMPDDELPEAVAVLDAKRADSQYPYAHLSGCGVGFKFMQAFAQSNDIPF
                     STLEGLLELVAVSIASDIVPITGENRILAFHGLRQLNNNPSFGLKGIINVCGLSGKDI
                     LVSDIVFKIGPRINASGRMMNGKEAVDLLLSRDMEAAEELSENIDRYNEDRRELDKKI
                     TDEANAIIEQIHDMEAQKGIVVYDPTWHKGVIGIVASRLTEKYCRPTVVLTRSSELIT
                     GSARSIPGFDIYRAIESCRDILENFGGHMYAAGLSLREENLQAFIDRFMEQAARDIGP
                     EQMTPQIDIDTVISLRDINTKLMADLKRMEPLGPENERPVFATMHVRDHGTSRRVGRE
                     LEHLKLELTDRHGGGPVHGIAFGMSEHSYYVKQQNAFDLCYTLEENTYNDNTTLQLMV
                     KDIRPSSIAEG"
     CDS             34065..35981
                     /gene="recQ_3"
                     /locus_tag="SEQF2637_02783"
                     /EC_number="3.6.4.12"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P15043"
                     /codon_start=1
                     /transl_table=11
                     /product="ATP-dependent DNA helicase RecQ"
                     /translation="MDRYHEILKKYWGYDAFRPLQEDIIRSVGAGRDTLALMPTGGGK
                     SLTFQVPTLAMDGLCLVVTPLIALMKDQVDNLRRRGIKATAVYMGMTTTEIDTQLDNC
                     IFGDYKFLYLSPERLTTERFLTKLRAMHVCLLAVDECHCISQWGYDFRPSYLRIAEIR
                     EALPTDVPVLALTATATPQTVDDVQEKLRFRTPNVLRKSFARPNLTYLVRRCDDKLSQ
                     LIRILQRTRGSAVVYVRSRQRTAEIASALHAEGITATFFHAGLSREKKSERQRAWMDG
                     QLRVMVATNAFGMGIDKPDVRLVVHIDIPSSLEEYFQEAGRAGRDGEPAYAIALCDPR
                     DAQRLRRRISNEYPDRELILRVYDALGSHLGVASGYGLFTRHSFSLEAFCTIYRFSFI
                     HAYYALKILELSGYLLYEEEPENASRVRILVTREDLYDLAHNTPHTDIVLRELLRSYS
                     GLFADYVFIDEELLATRGQLTRAEVCEALIQLSRAHIISYIPRRDTPRITFTRSREEP
                     RHVRIPRSAYEERLERSQDRIKHVIEYITDDRHCRSRLLLRYFGEVHTADCRRCDVCN
                     HHTRSGLVQWELNAVRDTLATLLRDRAPQSIHAIVSRLPLSSEKNHHALRYLFDNDAR
                     FHLTDGLVSFHEEG"
     CDS             complement(36341..36862)
                     /gene="rfaH"
                     /locus_tag="SEQF2637_02784"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AFW0"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription antitermination protein RfaH"
                     /translation="MTEEEIQRIRAARTQNWYVLYTAPRAEKRVEERLRERGVECYLP
                     LHRSPQVWSDRVKMVDKPLFISYVFVRSTETEALNFVRQIYGVAWVVFYNGRPAIVQP
                     FEIEAIRAFLEQAANHPLTVGEEVEILSGALKQVSGVIQKIGRNRLRLFIEQIGVTVT
                     VDLSEVAPVKRIK"
     CDS             complement(36859..38319)
                     /locus_tag="SEQF2637_02785"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMLWCLCIGAATGAEDEYPKQEIRAVWLTTIYGLDWPTRTATDW
                     DGRERQKQELRNILDRLHEANFNTVFVQTRLRGDVIYRSKIEPLSAVFAGSYGQWPGY
                     DPLAFVIEECHKRGMECHAFFVTFPVGTEKMVREQGGSSVVRRHPELCLQHHGSWYLD
                     PGQPGTTDYLLSLVDEVVRNYDIDGIQFDYIRYPENAATFPDKDSYQRYGRGQRLSDW
                     RRENINRLMSRIHDRVKQLKPWVQVSSSPLGKYSKSGRTPNAKWTAYEDVFQDPKAWL
                     QAGKQDMIVPMMYYRRSDFYPFVSTWLEQSGQRNMVAGLGAYRLSRGEGDWNLSDISD
                     QIVYVRKQGGKGCAFFRAGFVIGNEKGLYNELKNRFFKYPAQLPPLTWMSTTPAAPCE
                     PQEVHVTRERGGLRLRWEGSPDCLYTLYYAQADSIDLASARSILATGIRTNEWFLPIN
                     ADAEREYTFCVTASNRYRIESRPSRSTYYYFSRYDK"
     CDS             complement(38453..39391)
                     /locus_tag="SEQF2637_02786"
                     /EC_number="4.3.1.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q93HX6"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucosaminate ammonia-lyase"
                     /translation="MENEKVRCLIIGSGPAGYTAAIYASRANLQPVLYEGIQPGGQLT
                     TTTEVENFPGYPDGITGTEMMADMRRQAERFGADIRAGIATAADLSAAPYKITIDGEK
                     VIEAEALIIATGASAKYLGLPDEQKYAGMGVSACATCDGFFYRKKKVAVVGGGDTACE
                     EALYLAGLASHVYLIVRKPYLRASKVMQDRVLNAPNITVLFEHNTLGLFGEGGVEGAH
                     LVKRKGEPDEEQVDIAIDGFFLAIGHKPNSDIFKQWIKTDETGYIITEAGTPRTNVPG
                     VFAAGDVADPHYRQAVTAAGAGCRAAIEVERYLSNR"
     CDS             complement(39436..39972)
                     /gene="ywrO_3"
                     /locus_tag="SEQF2637_02787"
                     /EC_number="1.6.99.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P80871"
                     /codon_start=1
                     /transl_table=11
                     /product="General stress protein 14"
                     /translation="MKTLILVVHPHLNESLINKRWVEELQKHPDKYEVHQLYEAYPDG
                     KIDVAAEQQLMERYERIVFQYPLYWFNCPPLFKTWLDEVLTYGWAYGSQSGYKMAGKM
                     IALAITAGIDEHEYAASGKYRYTVEELTRPFELTFEYVKADYRPPFVFYGIELNSSEE
                     WIEQSVPLYMKFLEEFSR"
     CDS             complement(39974..40615)
                     /gene="lolA_2"
                     /locus_tag="SEQF2637_02788"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00240"
                     /codon_start=1
                     /transl_table=11
                     /product="Outer-membrane lipoprotein carrier protein"
                     /translation="MMRRMIGMLLATLCVAGSLSAQKAEALLDKAAAAYEKSNGIQAT
                     FAANVRHEKTGVAESFEGTIRMKGNKFALVTPDIRTWYNGSTQWTYMVRSKEVNLSTP
                     TGDELESTNPLTLLRTYKKKFTASYIGASTAGNGRMADDVALTPRGRSDIARVEVQLE
                     RSTSLPARLTVTMKNGMRSVIRISRMQTGVNPPDKTFSFNRAEYPGVTEIDLR"
     CDS             complement(40612..43101)
                     /gene="spoIIIE"
                     /locus_tag="SEQF2637_02789"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P21458"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA translocase SpoIIIE"
                     /translation="MTKKTGKKRQRSGSNGSWEDALRSFFSSERVWFLTGLIVCFVVM
                     YLGIAMTSFLFTGGADQSVVESMPLSELPADHARVENWAGVRGAYVAETVMNRWFGVP
                     SFFMLFFLGSAGLWLMRVCRMSLLKRFLLCSSMMIWSSVFLSLTFASTVGTSFLYPGG
                     RHGWYLAEMLTRNLGMPGTVLLLLITAILIAVFTSSLVIPFMQRQLVGGWSLMGERWQ
                     RSREARRARHEAEAEEKAKRETTPSEPAPTTYNKEADTKPAAAPRREGPSVEDEGYAL
                     GEDDEDEIAATPIVPNGRREAETVEAPTIFTVEVPREEEPATPAEVVAELGEYDPRLD
                     LSNYHFPSLDLLKKYDRNDKPIDMEEQSENQKRIKQTLENFGISISSIKATVGPTITL
                     YEVVPAQGVRISKIRNLEDDIALNLSALGIRIIAPMPGKGTIGIEVPNKDPQIVSMQS
                     VISSRKFIESKYDLPVALGRTITNEVFMFDLCKAPHLLMAGATGQGKSVGLNAIITSL
                     LYKKHPAELKLVLVDPKMVEFSIYAEIERHYLAKLPDEEKPIITDFNKVVHTLNSLCK
                     EMDNRYELLTRAHVRNIKDYNEKFINRRLSPDKGHEYMPYIVVIIDEFGDLIMTAGRE
                     IEMPIARIAQKARAVGIHMVIATQRPSTNIITGTIKANFPVRVAFRVSSMIDSRTILD
                     SPGANQLIGRGDLLFSQGSDMTRVQCAFVDTPEVEAISEFIGAQPGYPKAHELPEYDP
                     EGEDDGKSVASDLSDRDPLFDEAARLVVSQQQGSTSLIQRKFSIGYNRAGRLMDQLQG
                     AGIVGPYEGSKARQVLIQDIYSLEQKLNTIK"
     tRNA            44003..44077
                     /locus_tag="SEQF2637_02790"
                     /product="tRNA-Met"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Met(cat)"
     CDS             44126..45691
                     /gene="cmdF"
                     /locus_tag="SEQF2637_02791"
                     /EC_number="5.4.3.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q0VZ68"
                     /codon_start=1
                     /transl_table=11
                     /product="Tyrosine 2,3-aminomutase"
                     /translation="MDRETTVTYHEEKGLSIGDVEALVFGRGRLNITAESLQKVDRSY
                     DFLREFSKDKVIYGINTGFGPMAQYRVDDAALEQLQYNIIRSHSTGAGRPLELRCVRA
                     ALLARLVTFLQGHSGVHRDLPLLLHEFFERDICPMIPEHGSVGASGDLVQLAHMALAL
                     IGEGEVFHRGLLRPTRDVMEEEGLRPLRLRLREGLAATNGTSVMTGIGLVNLIEARRL
                     AGWAVAASVMINEVAASYDDLMSPVLNEAKRHAGQRRVAAEMCRWAEGSRSLRQREAE
                     MFHRHTEEVFERKVQAYYSLRCVPQVLGPVWDTIERATEVLIDELNSACDNPIVDAET
                     RNVYHGGNFHGDYVSLEMDKLKIAVTKLAMLAERQLNYLCHDRINDGILPPFVNLGIP
                     GLNYGMQAAQFTATSTTAECQTLSNPMYVHSIPNNNDNQDIVSMGTNAALLARRVVEN
                     AYQVTAILFMALAQAVDYLKLQPQMAPRTRTVYDAIRGVFPAFTDDQPKYREIEAMVE
                     FLKTTDNTNFLAQ"
     CDS             45688..46074
                     /locus_tag="SEQF2637_02792"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRVPEKYYDEVFDFSGQWNVPSKCGLKLIRRPGQPVTVIVTELY
                     QDNPGTSVTAAGYMLARQIFERKQLAPAEVRYLECNPDTQSKLSFYDEEYFEVTFPET
                     TGGSGRPTYRQLSREEVTALFDQPKE"
     CDS             46071..47378
                     /locus_tag="SEQF2637_02793"
                     /EC_number="6.2.1.30"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72K16"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylacetate-coenzyme A ligase"
                     /translation="MTIAPDIERQPADVIKRFQEVKLREALRYVAAHSTFYRRLFREH
                     GVDPERVHRIEDLTAIPFTEKSDLQLYNEEFVCVPRTRIIDYITTSGTLGDPVTFAMT
                     DADLDRLAYNEQISFACTGAGPGSVFQLMTTIDKRFMAGLAYFLGIRRLGAGIVRVGN
                     GIPELQWDTIRRVQPDTIIVVPSFIPRIIDYAEAHGIDYRASSVRRAVCIGENLREQD
                     FSLNLLGESIRRRWDIELFSTYASTEMATTFTECPCGCGGHHHPELIICELIGDDGLP
                     VADDEAGELVVTTLGVEGMPLVRFKTGDLARFHREPCRCGRTTMRISPIIGRRNHMVK
                     YKGTTLYPPAVFDVLDNTPYVENYVMEVSANEYGNDRIVIRVGLRERPAFDVVKELKD
                     RFRARIRVAPEIAVSSPEEVRRINHPDISRKPVKFIDKRNRPQ"
     CDS             47375..48514
                     /locus_tag="SEQF2637_02794"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNATDQFEDLRPFVADEIPAAMQRIADSEAFDALARYVFPHRDV
                     EEVRRMVRAIHTTDEFQMSVMYHVNLRIIRRSITRLTVDGLDALDPGERYLFISNHRD
                     IMLDSSLLQNLLHEAGHRTTEITFGSNLMQGELATAIGRANKMFKVVRDSNMHDFLAD
                     SLQLSAYIRHTLLEKRESIWIAQRNGRTKDGDDRTDRGIVKMFALSDRTNAARAIRSL
                     HIVPVAVSYQWEPCDILKTRELYLSRGGRKYVKQPGEDLHSILTGILQPKGCVHFAIG
                     QPLGRSLPDTVEARHANAFYRTVADEIDRQIHRNYRLFDNNFIAYDLRSGSSTYADRY
                     TPEARAAFEARMQQMLQEIDGDPSILKAIFLGIYANPVAHGAALK"
     CDS             48729..49535
                     /gene="yycJ_2"
                     /locus_tag="SEQF2637_02795"
                     /EC_number="3.-.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:C0SP91"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative metallo-hydrolase YycJ"
                     /translation="MTLRFMSLASGSSGNCYYVGTADYGVLVDAGIGLRTIRKALRQA
                     DIDFDRILAVLVTHDHGDHIKTVGCLGERCHIPIYATERVHTGINRSRYVDEPLRTAG
                     RVIEKGVPFTIRDLTIEAFEIPHDSSDCVGYFITCGPHRLVIASDIGQPTDTIARYVA
                     RARHLVLEANYDEDMLRHGRYPYFLKERVAGPGGHLSNREAADLLAAHRAPDLRHVWL
                     CHLSRENNRPELAYETVSQRLTEAGVCIAPDTLRLDVLQRNAPSDLFILD"
     CDS             complement(49583..50014)
                     /locus_tag="SEQF2637_02796"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRNESNEERNLPLRQLEEATSYSKYYDDKRFWRKVRRIAQKVG
                     GSVLKPVLLLFYMMKSDSVSLKDKAYIVGALGYFVLPIDIVPDFLAGLGYTDDLAVIT
                     LLIKYLKDNITPEIEMRVDAKIRDLMETKEEQEQEKEQPQV"
     CDS             complement(50542..51864)
                     /gene="mepA_3"
                     /locus_tag="SEQF2637_02797"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2G140"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug export protein MepA"
                     /translation="MALDLTRGAVWRVIPAFALPLLVGNLTQQVYNLTDSVIVGRFLG
                     KEALAAVSASFFIYYFIISLAIGVGSGITVVVSQRFGARDHAAVRRAFSSFLLFAIVA
                     GAVLSVVGVVGADAFFRLTRTPPEVMPYALRYFRVYAAGTLFFILFYSALSILRGIGD
                     SVRPMRFVLATAVLNIAFDLLFILVFRWDIEGAAAATVLAQACGVALVIRRIRRHDLL
                     SLRRRDLVFDRPLFLQGVRIGIPTGVQQCAIAIGLVALLGIVNGFGADTLTAYGAAGK
                     IDSIIVQIILTLAGALSAFCGQNIGAGRFDRVHAGVRFAMLFNVCLCLVVLAAILVFG
                     RQMMGAFTEDAAVVAIGQEYLTILGAVLVFHGALSILNGAMRGAGDTFFAMVTGIVSF
                     WLIRIPLATLFSRAWGRVGIWWAIAASITLAFIATLIYYRTGRWKRRL"
     CDS             complement(52037..53353)
                     /locus_tag="SEQF2637_02798"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAALCLLRAGAQTANYTPTKENLQARETFRSDRFGIFIHWGLYT
                     MAGDGEWMMHNRNVDRDEYARLAGGFYPAAFDADRWVKAVADAGAKYICVTTRHHDGF
                     SMFATRESDFNIIEATPFRRDVIRELADACARHGVRLHLYYSHLDWRRDDYFPRGRTG
                     LGTGRTREGRWDDYCAFMNRQLTELLTGYGPIGAIWFDGMWDKDIYPDGVTDSTWRLT
                     QQYALIHRLQPACLIANNHHTTPFAGEDIQIFERDLPGENKAGLSGQAISRLPLETCE
                     TMNRSWGYRMTDQAYKSTADLIRLLVRAAGNDANLLLNVGPQPDGQLPDTALARLREV
                     GAWMKTYGKTVQGTRGGVVRPHEWGVTTQRGRTLFVHVLSDVDRLICLPYAGNRVRQA
                     VDYRTRVPVRFVQDADGIVLKLPTTAKADPDFVVEVEFAEELKTTN"
     CDS             complement(53450..54007)
                     /locus_tag="SEQF2637_02799"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPLLVLLLALIRLPDGGHTEDTLRLVTVADTLHYVQVADYAGRV
                     ERWPLPYPVYRFQTGDINGDGRTDVLVGVIKSTRYDPQVARRLFIFKVYKDRYIRPLW
                     MGSRLSHPLVDFRFAHIDGQPRVLTIERDTTPERYLMAVYRWRSFGLDFVAYHARGIP
                     LDEARQRLEGAPISSGQTHQGRPSP"
     CDS             complement(54143..54436)
                     /locus_tag="SEQF2637_02800"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAVFIACDQAHHEDVLTLLTHFNCRGYTAFGQVTGRGSQTGDP
                     HLGSHAWPAMNEAILTVVDADLVPRLLEALRALDERSDQLGLRAFVWSVEATV"
     CDS             complement(54443..57607)
                     /gene="mdtC_3"
                     /locus_tag="SEQF2637_02801"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A7ZNP9"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtC"
                     /translation="MSLYEGAVKKPIMTSLSFLAIVIFGLFSLSRLPVDLYPDIETNT
                     IMVLTAYPGASASDIETNVSRPLENSLNTVSNLKHITSRSSENLSLIQLEFEYGNDIN
                     ELTNDVRDKLDMVKSQLPDNAETPIIFKFSSDMIPILILSVEAGESQQALYKILDDNV
                     ANPLARIPGVGTVSINGAPKREIQVYCDPAKLEAYNLTVETIGAIIGAENRNIPGGSL
                     DIGNETYALRVEGEFKDAREMENIVVGTVGGANVYLRDVARVVDTVEERTQEAYTNAI
                     RGGTIIIQKQSGANSVNIAKQVLAKLPELQKNLPPDVKLGIIWDSSENILETIDSLTE
                     TVLYALLFVVLVVFLFLGRWRATLIISITIPLSLIASFVYLAITGNTINIVSLSSLSI
                     AIGMVVDDAIVVLENVTTHIERGSAPSQAAIHGTNEVAISVVASTLTMIAVFFPLTMV
                     TGMTGVLFKQLGWMMCVIMVVSTVAALTLTPMLCSRLLRLQRKPSKAFRTFYHPIQRA
                     LDALDTGYARLLGWAVSHRRTMVLSCIVFFVLSLLCAGYIGTEFFPQQDNGYITAKLE
                     LPVGTRKEVAQELAARLTNEWRQKYPEITVCNYTVGQADATNTFAAIRDNGSHIITFN
                     LSLTKSSERKRSQAMIGDMMREDLKAYPEFTKTKVVPGGDNGGMGGQATADFEIYGYD
                     MATTDRLAQELRTELLKQDGVSEVNISRGDYLPEYQVDFDREKLSVQGLNLSTAGSYL
                     RNRINGYTASQYREDGAESDIVVRYAPEYRTSIDDIENILIYNNQGRAVRVRDVGTVV
                     ERFAPPAIERKDRERIVTVSAVPKPGAPLGTVVAEGQKVIDRMQTPSNVKIQISGSFE
                     DQQDSFSDLGVLALLIIVLVFIVMAAQFESLTYPFIIMFSVPFAVSGVLMALFLSRTT
                     LNVMSLLGGIMLIGIVVKNGIVLIDYITLCRERGRAVRNSVVTAGKSRLRPVLMTTMT
                     TILGMVPMAIGGGQGSELWRPMGVSVIGGLTVSTILTLLLVPVLYCSFAGVGIKRQRR
                     KLRRSREMDDFYQAHKHLITKPKD"
     CDS             complement(57619..58653)
                     /gene="mdtE"
                     /locus_tag="SEQF2637_02802"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37636"
                     /codon_start=1
                     /transl_table=11
                     /product="Multidrug resistance protein MdtE"
                     /translation="MKRETIIRSAASLMLAAAIAACSGGGKQAEETEQEALPKVKLGA
                     AVREEVEQVETYTATVEAQVTNNIAPSMPVRIERINVEVGDRVSRGQALVQMDAASLR
                     QQQLQMENLRADFRRIDELYKVGGVSRSQWEASKTSLDVSETAYRNLQRNTTLTSPIS
                     GVVTARNYDNGDMYNGAQPVLTVAQIQPVKLVINVSESQFTRITKGTKAEVELDVYPG
                     ETFEGTINLIHPTVNATTRTFAAEVRLPNADQRVRPGMFGRVKLNLGKAERIVVPDKA
                     IIKQAGSGERYVYVCRDGRVLRRTVELGRRLGDRYELLSGLDGEADVVVDGQYQSAVK
                     DSAQVEVVKN"
     CDS             complement(58665..60023)
                     /gene="arpC"
                     /locus_tag="SEQF2637_02803"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9KJC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Antibiotic efflux pump outer membrane protein
                     ArpC"
                     /translation="MSFHKILFLVCLTPWLSGLSAQDVETTQAPDTLRLRLDEAIQIA
                     LTENPTVRVADYDVEIKKEARREARAGLLPEASLSASYSRTLKKQTMVMEFGGQSTKI
                     QMGTDNSYSAGLSINLPLFAPALYRSIRLTEADIELAVEKARASRIGMVNEVTKAFYQ
                     LLLAQDSYRVLQEAYAQAEANLRIVNERFTLGSVSEYDRIRADVQVRSLKPGLVSAGN
                     GVALAGLQLRVLLGVAGEPIIAARGSLADYESAMKPDQPIAETLENNSDLRQLDLNLE
                     LLSHNERLTKANFLPTIGASYSYSYSSMNNDFRIRNYSWYPYSFVALNVNIPLFKASN
                     YPKLRKVRLQMQQLRETRLNAERQLGMLVQNARDKMAAAYEQQASNREGVAQAEKGRL
                     IARKRYEVGMGTILELNDAEVALTQAELAYRQAIYDYLTARADLEKTLGNNDRAHTIN
                     QK"
     CDS             complement(60514..60981)
                     /locus_tag="SEQF2637_02804"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKKLLYCGIAALTLGFVSCNQNAKNAENAENADSAMVAEQPAE
                     APAPAFDKVGAYAGTLPCADCSGLETTVELMGDMTYKVTQDAKGKKDGGHSEAAGSFT
                     WDPASGIITLENADALSFRKLLIEGDNVVVVGDDGAKAAENADKYVLTKKQPA"
     CDS             complement(61089..62564)
                     /gene="gltD"
                     /locus_tag="SEQF2637_02805"
                     /EC_number="1.4.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P09832"
                     /codon_start=1
                     /transl_table=11
                     /product="Glutamate synthase [NADPH] small chain"
                     /translation="METIPTVAERRTESWREELRQGMKAKERTAIHRVEMNELDPDYR
                     SHNNEEVNQGLTEEQALREAQRCLDCVTPTCMEGCPVSIQIPSFIKNIERGNFLEAAR
                     VLKETSALPAVCGRVCPQEKQCESRCVHVKMKKAPVAIGYLERFAADYERESGQIAVP
                     ECAPSKGIKIAVVGSGPAGLSFAGDMAKRGYDVTVFEALHEIGGVLKYGIPEFRLPNR
                     IVEVEIDGLRKMGVQFITNCIVGKTISYDDLHADGFRGIFVASGAGLPNFMNIPGENL
                     IGVMSSNEYLTRVNLMHAASTDADTPVFRGKHVAVIGGGNTAMDSVRTARRLGAARAM
                     IVYRRSEEEMPARIEEVKHAKEEGVEFLTLHNPIEYLGDENGRVKHMRLQRMELGEPD
                     ASGRRRPVPVEGAVETIDVDEVIVSVGVSPNPLIPQAFAGLEISKRGTIIVGEADMRS
                     SLADVYAGGDIVRGGATVILAMGDGRRAAAAMDEALQECKL"
     CDS             complement(62587..63384)
                     /locus_tag="SEQF2637_02806"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X1X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Dihydroorotate dehydrogenase B (NAD(+)),
                     electron transfer subunit"
                     /translation="MNRIVSKEHFSPHVVKLEVEAPLIARSRKAGHFVIVRVGEQGER
                     IPLTIASSDTSRGTITLVVQAVGRSSKKLCALGEGDAVTDVVGPLGQATHIERVGTVV
                     CAGGGVGVAPLLPIVEAFHKAGNRVIVVLAARTKDLIILEDRMRACSDEVIIMTDDGS
                     YGTKGLVTQGVESVIQREPVNLCVTIGPAVMMKFVAALTKKYEIPTVASLNTIMVDGT
                     GMCGACRVTVGGRTKFVCVDGPEFDAHQVDFDEMMMRLRSYKEEEQK"
     CDS             complement(63400..63783)
                     /gene="groS"
                     /locus_tag="SEQF2637_02807"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QSS3"
                     /codon_start=1
                     /transl_table=11
                     /product="10 kDa chaperonin"
                     /translation="MQLSIDSKEFDKFLMVGDKVLVKPTNPQVKTKSGLLLPPLVQEG
                     EKLQTGYVIRTGPGYPQPSHVDEDEAWKKKDNRSAYIPLQAHEGDLAVYMQSAAYEVS
                     INQEKFLILPHSAILMLVRDKDLFE"
     CDS             complement(64141..64248)
                     /locus_tag="SEQF2637_02808"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGAVSPVSFANEEFMRKVDERIKPAESFYESHEMV"
ORIGIN      
        1 gatacccgcg gccaatacac ccaagaaggc tttcgtaaac aactttttca tagtgatgat
       61 aatttggaat taatgcctga attttacttt gatgaatata cttattgatt agaaacttcg
      121 cttgttcgcg cttcttattt ttatctttct accgtatgct tgcggagaaa gcgggattcg
      181 aacccgcgat acgcttttgg cgtatacacg ctttccaggc gtgcctcttc aaccactcga
      241 gcatctctcc tttcttatta atcgccctca ttctttctga aaacgagtgc aaagtacgga
      301 aaaaaacatg acacgcaaac tttttgctgg tataacttag ttttccttga tgtcatcatc
      361 tcttccataa tacgtcaaca cactatgtag acgtcaatta gatgtaggat atggaatgtc
      421 aaacagggct aatgtattct ctcttgtaag atctgccaca gtatcctctg atagctgcaa
      481 ttcttccgcc accttcttta cgacttctat gagaaaagct ggctcattcc gttttcctcg
      541 atatggtgaa ggagataaat atggcgcatc tgtctctaat aaaagcatcg ttgatggtac
      601 catccgtata atatcagaca atgcagactt tttgaaagta acgatcccat taactcctat
      661 cttgaatcgc tgcatgcgct ttatttcctc caattcatcg accgtccctg aaaagcaatg
      721 aaaaacacct ttcaatctct ccactcctac cttatatatg cagtcaaaca cttctgaaaa
      781 agcgtcacga acatgaatgc ttacaggaag attcatatcg acactccact tcaactgttc
      841 ttcgaacaca atcctttgct ctttcagata cgcctgttcc cagtgtaaat cgattccaat
      901 ttcaccaatt ccacaataag gacgctttgt caacattctc tctatcgcct gtagtcttga
      961 cgaatagtga gagtccacac ttgtcggatg caaccccatc atcggaaagg caaattcagg
     1021 atgctcatca cataagcaaa acatcggagt aatgctcgac tcgtctatat ttggtaatag
     1081 tacggctatc actccagcgg cttttgctcg ttctattacc aattcctgat caccgtaaaa
     1141 attctcggcg taaaggtggg tatgactgtc tatcaacttc attgcagcca tgtttttact
     1201 ttgctcgatc tatcagcaga ctgcaaacac ggagtagctc tcggcatttt tcctgattta
     1261 cactcaaccg tgctaattca ctccaagcga gatcataatg atactttatc ctgctttgcg
     1321 tacgctccct cagcttcaat tcatcatata tactggtgat cactgatatt ttttcattcg
     1381 cagtgtaagc tgaagcgttc tcttttctgc aatgcgctat gcgagtcttt tgctcatctg
     1441 ttgcaagctg atacatgagc actgacagaa aggttttctt gtcgcacaga atatcacctc
     1501 ctatattttt cccgaatgta ctcgtatcac cgtagacatc caacatatca tcttgcaact
     1561 gaaacgctaa cccgatatgg attccaaaac gataaagcac ctctgcgtca tgcacggatg
     1621 caccaccgat taatgctccc atcttcaagc tgcaagccaa taatacggct gttttcaggc
     1681 ggatcatctc catgtattct tcttccgtca catcgtcacg ccgctcaaac tccatatcga
     1741 actgttgacc ttcacagatt tcaagcgccg tctgcgtaaa cagatccaag acaggcttta
     1801 atgatgagga cggggtctgt ccaatcagac gataggctac gatcaacatg gcgtcacctg
     1861 aaagcacagc cgtatttcta ttccatttta catggacggt cggctgatta cgacgttttt
     1921 tcgcttcatc catcaagtcg tcatgcagta gcgtgaagtt gtggaacatc tccacgccca
     1981 aagccgaaga catcgcacac tctatatcat ctcggtaaag gttgcaggcc attagcacaa
     2041 aagctggccg caaacgcttc ccaccttcag acaatgtgta gacgatcgga tcgaaaagac
     2101 tttgtggaga atcatcgaaa cgcaactgat ggatagcctc ttcaatcgcc ttgaggatgt
     2161 attcaaatga caacatagca acgttgtagc agagagagaa attagaaaag gtcgctctct
     2221 tcaggggagg gagaacgacc tttttctttt tagttcatca tcgtctgcta ttttgcacgt
     2281 gagtgaggta cgttcaatgg ggggtattat tgctgcaggc ggaacgttac gggaagtgta
     2341 aacttcacac gtacaggctt gccacgctgc ttaccaggct tccatttcgg catcgaattg
     2401 atcacacgaa gcgcctcttt atcgagagcg ggatcaatac cacggaccac ctgagcatct
     2461 acaatcgtac cgtctttgtt cacaacaaac gtacaagtaa cacgtccttg aatgccgttt
     2521 tcctgcgcta caacaggata cttaattgac ttagcgatat agctcatcaa ttcagcctgt
     2581 ccacccggaa actccggcat ttcctctacc actacaaaaa tgtgctgtgg agactcttct
     2641 tcttcctcat gcgttaccgc aggaggagta taaacctgca cctgagctgc tttctgattg
     2701 tcctcggaag atatcaggtc attattcgca acctgcacat tatcttctac cacattcagc
     2761 acttcagcca cattgggcac atcgggagga gggggagggg gaggcgtctc atcctgcctt
     2821 gtgatatcca tctcttcctc cgcgataaca tcgctgatcc cttcgtcttt ctgaacgacc
     2881 tgatcttggg ttccccattc aaacccaacg aacagaacag ccaagcccac gaccaacccc
     2941 atgaggatgc ctaggccctt actaccttca agatctgctt ttggcgattt cttgacttcc
     3001 atgagttatc tatttaaaga gtgattattc gtctatcttc ttatcggagg caaagataga
     3061 gaaaaatgaa tgcgacaacc gaagctgcca aaaaattcaa agctgagaca aaacaaacgc
     3121 aaccaaacga aaacgacgaa aattgaggaa gacgagtggg tttaggggaa acatgaaaga
     3181 ccttactcag cgcgagttca gtctaagcca tctgcttttt ataccccatc gttaggagac
     3241 ccatcgacca tgatagtccc ggcgacagtg tcgccgaagc tcccatcggc catgatagtc
     3301 ctggcgacag tgtcgccgag gctcccatag accatgatgg tcctggcgac agtgtcgccg
     3361 aagctcccat cggccatgat ggtcctggcg acagtgtcgc cgaagcgctc atagaccatg
     3421 atagtcctgg cgacagtgtc gccgaggcac tcatcgacca tgatagtcct ggcgacagtg
     3481 tcgccggggc atccatcgac catgagggcc tcggcaaagc ctttacagac ttctaactca
     3541 tgtcatttta cagaggagag aatggcttat cctcaattac ggaaatattt ctctaattac
     3601 cccgtagccg tatcggaatt gtcgtacttt tgcctgcgtc ttcaggaaaa gggcggaaaa
     3661 gcacgcccct tcagacgcga agacgcgatt gttttacaca ttatatatta gagacatggc
     3721 aaaactcgat ttgacgaagt acggtatcac gggtaccacg gagattgtac acaatccttc
     3781 ttacgaggat ctgtttaacg aggagatgaa gcccggtttg gagggctatg aaaaaggtca
     3841 gctgacggag ctgggtgcag tgaacgttat gacgggcatc tacactgggc gatcgccgaa
     3901 ggataagttt atcgtcatgg acgagacgag taaggacacc gtatggtgga cgtcggagga
     3961 atacaagaac gacaataagc cggcatcggc cgaggcatgg aatgcggtca aggagattgc
     4021 caagaaggag ctgtcgaata agcggctctt cgtagtggac ggtttctgcg gcgcgaatcg
     4081 gtcgacatgt ctgagggtac gctttatcat ggaagtggct tggcaagcac actttgtgac
     4141 gaacatgttc atccgtccga cgaaggaaga gctggaatcg ttcgagccgg acttcatcgt
     4201 ctacaacgct tcgaaggcga aggtggagaa ctacaaggag ctggggctta actcagagac
     4261 cgccgtggtc ttcaacctga cctccaagga gcaggtgatc atcaacacat ggtacggcgg
     4321 cgagatgaag aagggtatgt tctcgatgat gaactacttc aagccgctcg agggtatcgc
     4381 ctccatgcac tgctccgcca acacggacac gaacggacag aacacagcca tcttcttcgg
     4441 cctctcaggc acgggcaaga caacgctatc gaccgacccg aagcgcctgc tgatcggcga
     4501 cgacgagcac ggatgggacg acgaaggcgt cttcaactac gagggcggat gctacgccaa
     4561 ggtgatcaac ttggataagg agagcgagcc agacatctac cacgccatcc gtcgcaatgc
     4621 cctgctggag aacgtgacgg tagatgcgaa cggcaagatc gacttcaagg acaagagcgt
     4681 gaccgagaat acgcgcgtat cgtatccgat ctatcacatc gaaaagatcg tgaagcccat
     4741 ctcgaagggc ccggctgcga agaatgtgat cttcctctct gccgacgcgt tcggggtgct
     4801 gccgcccgtg tctatcctga cgccggagca gacgaagtat tacttcctct ctggtttcac
     4861 ggcgaagctg gccggtacag agcgcggtat caccgaaccg acgccgacct tctccgcgtg
     4921 ctttggacag gcattcctcg aactgcaccc gacgaaatat gcagaggagc tggtgaagaa
     4981 gatggagcgc agcggtgcca aggcctatct ggtaaacacg ggatggaacg gcacgggcaa
     5041 gcgtatctcg atccgcgaca cacgcggcat catcgacgcg atcctcgagg gacacatcct
     5101 caaggcgccg acgaagaagc tgcccttctt cgacttcgag atcccgacgg aactgccggg
     5161 tgttgatccg aagatcctcg atccgcgcga cacgtacgct aacgaagccg agtgggagac
     5221 gaaggcgaag gatctggccg gacgcttcgt gaagaacttc gtgaagtacg aaggcaatgc
     5281 agctggcaag gcgctcgtag ctgcgggccc gaagctgtaa tcctccacag tcgagagttg
     5341 tagcaactcg atttacatga atcgattcag cgtgtctccc tcacctcaaa aagagcgcag
     5401 gggggcacgc ttctttttat cccccaaaac gaaatgatac gaatagacag agaagacgac
     5461 ggacggcgtg gccgcttcgt catctatgaa gatgagctgt atgccggcga gatgacctac
     5521 gagtggcagg acgcgcggac gatcatcgtg gatcacacag gcgtggaaag ctacttcggc
     5581 ggtaagggct acggccgact gctgattgac gcgggcgtcg actttgctcg acgcaaggga
     5641 ctgaagatcg ttccggtgtg ctcgtttgtc aggaagagct tcgagcgcga cgcgtcgctg
     5701 gcagacgtga aggcctgacg gccgcgctat atatataata ggtatagggg cgctgcctcg
     5761 gggagtcgtt gatgagcgac ttctccgagg tggcgcccct tcttttcttc ttggggccac
     5821 cctcctcctt ttcttgtctt gacacgggga aaaggaggcg aaaagaaagt caaggcgtca
     5881 gggacgccaa ccaagtttac cgggtacgca ccataacagc tcaaggcgtc agggacgcct
     5941 gccaagtttg ccggatacgc gccataacag ctcaaggcgt cagggacgcc tgccaagttt
     6001 gccgggtacg caccataaca gctcaacaac tcaacaaacc aacaaaccaa caactcaaca
     6061 cccacatcag acggtgatct cgatcgtgag accgccgacg gcagcgacga cgctttcgta
     6121 gtatccgtcg ccggtggtgc gtgggccgct gaggactgcg taaccgtcgt gccgcagccg
     6181 atcggtcaag gcgtctacct ccgccgggct acccacgctg agggcgatgt gggcgtagcc
     6241 gagactgtcg gccgtggcgg atgggagcaa cgccgggcgt gtcatgatct ccagccgtgc
     6301 gctgccgccg gggaaggtga ggaagtacga ccggaactgc ttcgtcgggt tgtgatagag
     6361 cggaccggcg gtggcgtgga agtaacgctc gaagaaatcg cgcgtagcct ccagatcagc
     6421 ggtgtagagc gccacatgct cgatgcgtag cggggtggac gacatgggga ggagcgatca
     6481 gggggcgagg cggtgaagat cccagtggcc atccggttgg agctcgtaga ggaagcggtc
     6541 gtgcagccga ctgtcgcggc cctgccagaa ctcgatgcgg ctgggtgtga cggcgtaccc
     6601 gccccagttg tcaggccggg gcacctcgcg gccgacgaag cgcaggctct ctgaggcgaa
     6661 gcgcatcata atgtattcgc gcgaggggat gggctgactc tgcggtgaaa tgcgcgcccc
     6721 gacgcggctc ttgtagggcc tcatggcgaa ataggcgtcg ctctcctcgg ggctgagccg
     6781 cgtgacagtg ccctcgacat gaatctgccg ctccaactcg tgccagagga aggtgacagc
     6841 cacgtgcgag ttttcggcca tctgccgccc tttgcgactc tcatagttgg agtaaaagac
     6901 gaagcggccg cccacgacct ccttgagcag gaccgtacgg acactcggcc gaccgtctgg
     6961 cgtagccgtg gccacgatca tggcggtggg ttcgttgacc ttcgtttcga gggcctcatt
     7021 gagccattga tccaccattt ccagcggatc gtcgggcagt tcttttcggc tcaggctgcg
     7081 cgaggaatac tcgcggcgga tattctctaa gtgtaaatct tgtgccatag gtgttgttct
     7141 cttctattga tgagggccgc aaatgtaaac ggggccgcga aatccgtctt ccggtcataa
     7201 agtatagacc caagccctcg tccggccatc cccaagcgca aaaacgatca gcaaagccct
     7261 cctccccttg attaaacagt cattgtctgc agacaaaacc acctgatacc tatttacaag
     7321 tccattgtct acagacaaaa agctcatata ggcctataca tatacattgt ctacagacaa
     7381 aatgagggca tatgtatttc accttacaat gtctatagac aaatcaattc attaggccta
     7441 tatccataga ttatccatag acaatgacct atgaaataga tatagaccca ttttgttcgc
     7501 agacaataaa agctcataca tttatacccc ctttttgtct atagacaaat actgccataa
     7561 cgcctcctcc agcccatctc caactgtcag caagttcgcg gacgacgcac ccctcccctc
     7621 gcctaccgct ggcaacatga tccccatcga aataagcctc cagaccgagg cttgccccct
     7681 cagctatacg tagaaatcac gatccgcagc catcgaatgc atctctgccg ccccgaatgc
     7741 tttttaatcc caaaaccgcg tttacctttg ttcacggata cagagcggcg aagggagcca
     7801 acacaccccc ctaaggctgc aagaatcaag gaacttatac acgtggacaa gaagtaatac
     7861 agagcgaaat acgcacccac ggccggggat gatcccgccg gggagctacc ccatatcatc
     7921 aacacttcat cattatttaa tgcattgcat attatggcaa acacaggaaa acgaagaact
     7981 cattatgagc gaatcattgc agcctgggca gtgattgcgc tgacgggggg catgccccat
     8041 gtcatgaaag cagacggggc ggccctcagg gcggcaaccg ccgaaatgca ggccgacggc
     8101 gtcgtgcacg gcgtgatcgt ggacgataag ggcgaggcca ttatcggcgc cagcgtgctg
     8161 gaaaaaggca cgtcgaacgg tacaatcacc gacgccgacg ggaaattcac gctccgtgcc
     8221 aaagcgggcg tgcggctcgt catctcctac atcggctacc gcacccaaga ggtgacagct
     8281 tcggccacga tgcgcatcgt gctgcatgag gatagcgagc tgctgaacga agttgtcgtc
     8341 gtgggttacg gcacgcagaa gaaggtcaac ctgaccggcg ccgtggccac ggtcgacatc
     8401 ggtaagacac tcgaggcacg gccgtattct gacgtctcga aggcgcttca gggcgccgtg
     8461 tcgggcctct cggtcgtgaa cagcagcggt cagcttggcg ccgcacccac gatgaccatc
     8521 cgcggcgtgg gaacactgag caacagcgca cagagcgccc ccttcatcct cgtcgacggg
     8581 gtgccgatgg acgacctctc gctcctcaac acgcaggaca tccaaagcgt ctccgtgctc
     8641 aaggacgccg catcgacctc catctacggt gcgcgtgcgg ccttcggtgt gatcctcatc
     8701 accacgaaat cggccagcaa aacggaccgc accacggtga attacacgaa caacatcgcc
     8761 tgggaaacgc ccaccatcct gccgaactat cccgacgtgc cgacgcagct ccgcgccctg
     8821 atcgaggcca acgaccgcgc gggcgaggag aacgaaatct tcggcatgta cctcaagcaa
     8881 atgctgccgg atgcggagaa atggcgcgat cgcaacaacg ggcggaagac gggctatcgc
     8941 gagatggtgc tcggcgaaga ctttacgctc gacaaaaacg gtgtcggtag ctacttcgct
     9001 gactgggaca tggtcaacat catgttccgc aaatggcgtc cctcgcagag tcacaacgtc
     9061 tccgtgcagg gcacgagtgg aaagacgtcc tactacatgt ctgtgggtta caaccacgac
     9121 gagggcgtga tgaagttcaa ccccgagaag ctgaacaagt ggaccacgat gctgaacgtg
     9181 accaccgacc tcaccgactg gttgcaagtg ggcgctcgct tcagctacag caataaggac
     9241 atgaaagggc cggcctcaca acgtaccacc taccaataca tgtggcgctg gggcagcttc
     9301 tttgggcctt acggcacgta taaaggcacc gacttccgca acgacattgc ctaccgcaag
     9361 caggctggcg accaaaccga caacgattcc tacacacgcc tcggaggctt cctcaaagcg
     9421 acactgggca aggggcttac actgaacgcg gactacacct tcaaccttcg caaccgcaag
     9481 cgcaagatcg ctaaagtgcc ggtgaaaggc tggcagtcgt ggggcggcaa gatcaacgac
     9541 atcgtgtatt acaccacctc atcggacctc gaagagaagt cgaacatgga tcgcgactac
     9601 gtcttcaacc tctatggcaa ctacctgctg gacctccaaa acgcacacca cttcaacttc
     9661 atgctcggtg ccaacgccga gagtggcacg ctggagatgc actcctccaa gcgtaacgac
     9721 ctgctggctg caggcctgcc ggagtttaac ctcgctaacg gcaaccagtt cgtcgacggt
     9781 tcgcactcgc agtgggctac ggcgggctac ttcggacgtg tcaactacga ctataaaggc
     9841 atctggctct tggagcttaa tggccgttac gacggttcgt cacgcttccc ggctaacagt
     9901 cgctgggcct tcttcccgtc catatcgggc ggctggcgca tcagcgagca gagcttcttc
     9961 gagccgatcc gtcgcacgat caacaacatg aagctgcgcg cctcctatgg cgaaattggc
    10021 aaccaggccg tgggcgacaa catgttcatc tctaccatcg gtaagcgcaa cgatgaaaag
    10081 ggcaagacga gtgacaagga ggatgacgtc atccattggt taggacaggg cggcgacctc
    10141 gtcgtggctt acggcatgcc caagctcgtc tcctcgaagc tgcgttggga gcgcatccaa
    10201 acgctcgacg tgggcgccga cttcggcttc ttggacaaca gcctgaacat ctccttcgac
    10261 tggtaccaac gcaccacacg cgacatgctc gcccctggac gcaccgtgcc gcaagtgctc
    10321 ggctccaatc cgccctatgt caacgccggt gtgctccgta cccgcggctg ggagctgaat
    10381 atcgactggc gccaccgctt caatgaggtc acggtttatg ccaacgccaa cctaggcgac
    10441 tacacgacca ccatcgtaga gtgggacaac gacacgaagc tgctcaactc caactacagc
    10501 ggcaagcgct acggtgacat ctggggcttc gaaacggatc gctacttcac gaaggaggac
    10561 ttcaatgccg acggcacgta taagtctggc gtcgcctcgc agaaaggact cgagagcggc
    10621 aagttcacct acggcccggg cgacatcaag ttcaaggatc tcaacggaga cggcaagatc
    10681 gacggcggta agggtacggc tgacgatcac ggcgacctga aagtgatcgg taacaccacg
    10741 ccccgctatc agtatggctt ccacctgggt ggcgaatggc gcaacttcga cgtcgacctc
    10801 ttcttccaag gcgtaggcaa acgcgacgta tggacgcaga gtgcgttcgt gatgcccttc
    10861 atgcgtggcg ccgatgcgct ctacgcgaac cagacgagct actggacgga gaagaatccg
    10921 gatcagaatg cagacttccc gcggctcttc cccggcaatg cttcgcgcgg tacgatcagc
    10981 gtcttggagc agggccgcaa caacttctat ccgcagacga agtacttagt caacatggcc
    11041 tacctacgct tcaaaaacct caccgtgggc tacaccctgc cgcaggctct gacccgcaag
    11101 gcacacattc agaaggtacg cgtctacttc agcggcagca acattatgga gatcatcaag
    11161 cggagcaaag cccccgtcga tccggaagtg aacgacaagg aagaaggcgc cgcccttggc
    11221 aatgccacct ggggacgcat cgacccgatg tatcgcacct tctcattcgg tcttcagctc
    11281 acgctttaat ccatcttcat tcaaccatcg tttaatcatc acttaaaagg atacatgatg
    11341 aaaagaatag caataccaag ccttttgctg gccgtagcgc tcacctcggc ctgcaacagc
    11401 ttcctcgata aagagccgct cgacatgttc accgacgaga acttctggga gagcgagaac
    11461 accgtcgcca gttacgccaa cagcttctac gaacagttcg cgggctacgg caacggcaat
    11521 tcctacggcg acttctactt caaaaccctc tctgacgacc aggccggcgg atacagcttc
    11581 gccgactgga ccttcaccaa cgtgcccgcc aacagtgccg aatggaaaga cggctgggtg
    11641 gagatccgac gcgccaacat cctcgtcgac cgtgtcgacc gtgtcaacat gtctgacgcc
    11701 gccaaggcac actggcgcgg cgtgggccga ctgatgcgcg cttggcagta ctacaagtta
    11761 gtccgcgact atggcgacct gccctgggtc gataagccca tcgacttcca cgacgaggcc
    11821 aagctctacg gcccccgtga gagccgcgac gcggtgatgg ataaggtgct cgaggacctc
    11881 aactacgcct gcgagaacat gtacgacaac acctcccgca cgacgctcaa ccgcaacgtg
    11941 gcctacgcca tgaaggctga aatctgcctc ttcgagggca ccttccgcaa gtatcgcaag
    12001 gcggaggacg gccagacggc ccccgacgac gccggtgcca cgcgctatct gaccgccgcc
    12061 cgcgacgccg ccgcgcacct gatggcgaag agcttcaagc tgaacccgtc ctatcaggag
    12121 aattataacg cggtcgacct cagctcgaac ccggagatga tcttctacaa agcctataaa
    12181 aaggatgtga tgcaacactc actggtcgcc tacgtcagct cctcgacgca gctcaacggc
    12241 atgtcgaagg acgccttcga ggcctacctc tttaccgacg gcaagccgtt ggccctgacc
    12301 tcgctcgaca agggcgacgc cgcccgcgcc atacccgtga cgcgcaccgt ggccggaaag
    12361 acggtccatg acaccgtcat gtccatcagc cacctgctcg ccctacgcga caaacgcctc
    12421 tcggccacca tcgacacggc cctctgctac gtcggccgcg gcttcacgcg ctacggcgtc
    12481 ggcatggcca tgacctcctc caccggctac ggcgtctgca agtacgacaa ccccgccctg
    12541 cctgaacgcg accgcaacca aacgacgcgt aactacacgc atgcgccgct cttctggctc
    12601 tccgtcgtct atctggagta tgctgaagcc tgcgccgaac tgggctccat cacgcaggcc
    12661 gacctcgatc gcagcgtcaa cctgctccgc gatcgcgctg gactgcctca tctcaacgtc
    12721 aaccccggct tcgacgaccc ggcaaacaag atgggcgtca gctcgctcat ttgggagatc
    12781 cgccgcgagc gccgttgcga gctgatgttc gacaacgact tccgctactg ggacctcatc
    12841 cgctggcacc agctcgaccg cctcgactcg tccacgcacc ccgacatcct gaacggcgcc
    12901 aacatctcgg ccgacgtgac cgacaagctc gtcacccgct caggcaacta cgtcaacggt
    12961 tcgaagggca agacccgcac ctacgacaag aagcattact ggtacccgat ccccacggat
    13021 cagatggatc tgaacaagca attgaagcag aatcccggct ggtaaggctt cacatcgcag
    13081 cgcgaagagg gacgcgggcg gacaccgggt tcgcccctcc cgcttcagct tctcatccac
    13141 acggcttttt gtaaccactt ttataacatt tgatttcggc gggacgcacc tgagataggt
    13201 ccgttccgcc ttttttgtat cccgacccat cccgaggcga tacgccagct tctacacaaa
    13261 aagcccccat cgaaagcgca ccgtttcgcc ctcctttttc cctcagagca agctctacgc
    13321 ctcgagctgg ttctcctttt tctcaagcag taggcgcacg gcctctggtc aactctcctt
    13381 ctttccaagc aataggcgcg cggcctcgcg acagccctcc ttttcctcaa gcagcagtca
    13441 caccacctct cgacaactct cctttttttc aagtaggacc ggcaccctat tcatatagta
    13501 tcatatttct ggatatgatg gaaaacgaag actcggcaaa tactatatct caaaaggaga
    13561 tctcaaatca tacgcctaca catctatatt ccgaaataca tagctaatcc gtattccgtc
    13621 catatcacat cttgaaatac gagataaaaa gagatagaga ttctatctca tctcaaaata
    13681 cacatacgaa atcatgttca tatgatacca tatttccaga tacaatagaa taagaacata
    13741 ggatataagc gtatttcaaa atgagctgta aaatacacat cgttcatcca tgcatttcga
    13801 aatacataga tcaatgaagc cgtatatatc agcatattcg gaaataagct attaacagaa
    13861 ccacatatag ccgagaattt caagatacag tataagatga ggaaatgatc tatatcctat
    13921 cagaaaatga gaagacaaac gagacctcat atcatagcat atttcaaaat atagtacgat
    13981 ctgaacccta tatcagctct tctttgaaaa aaggaaggct gtcgcgaggc ggtgtaccta
    14041 atgcttgaaa agaaggagag tcgtcccgag gcggtgcgcc tgctgcttga ggaaaaggag
    14101 ggctgccccg aggcggtgcg cttgctgctg gaggaaaagg aaggctgaac cgaggcggtg
    14161 agggggctgc tgctgaacgg cgtgggctgg cggaccaggg gggcggggcc gctttctgca
    14221 ttcgtcgccc ggcttacctt tgccgcccct cattatcacc ctatacctct ttatatggac
    14281 gaacccaaga tgatcctccg caccgaggat ctggtgaaga aatacaaggc acgcacggtg
    14341 gtgaaccacg tctccatcaa cgtgcaacaa ggcgagatcg tcgggctgct cgggcccaac
    14401 ggcgcgggca agacaacgac cttctacatg accgtcgggc tggtcacccc caaccaaggt
    14461 cgcatctttc tcgacgagac cgagatcacc gactaccccg tctacaaacg cgcccgcctc
    14521 ggcatcggct acctggcgca ggaggcctcc atctttcgta agatgaccgt cgaggacaac
    14581 atccgtgctg tgctcgagat gaccgaccgc cccaaggatt atcagcaagc caagaccgaa
    14641 agcctcatcg aggagttcgg cctacagaag gtgcgcaaga acctcggcga ccgactctcc
    14701 ggcggtgaac ggcggcgcgc cgagatcgcc cgctgtctgg ccatcgaccc gaagttcatc
    14761 atgctcgacg agcccttcgc gggcgtcgac cccatcgccg tgcaagacat tcagaccatc
    14821 gtggcccgcc tcaagcacaa gaacatcggc atcctcatca ccgatcacaa cgtgcacgag
    14881 acgctcagca tcaccgatcg cgcctatctg ctcttcgagg gcaaggtgct ctttcaaggc
    14941 accgccgagg agttggccgc caacgagatc gtccgcgaga agtacctcgg ccgcgacttt
    15001 gagctgcgta agaagaacct gtagggcagc acggcaactt tcctactttt gcccgcgttt
    15061 ctacaacgct acacatctcc actacactat tcacacacac atgcaacgca tcttcctcat
    15121 cggctacatg ggcgtcggta aaacgaccct gggcaaagcc ctggccgacc gcactggatt
    15181 atccttcatc gacttggatc tctttattga agggcgttac cgcaagacca tccgacagat
    15241 ttttgaggca gagggcgagg aggccttccg cgaaatagaa cgtagggcgc tccacgaggt
    15301 ggccgagttt gaggacatca tcctctccac cggtggcggc acgccctgct tcttcgacaa
    15361 catgacgtac atgaaccgtg tcggcacgac ggtctatctc aaggcctcac ccgaggcgct
    15421 gaccgaacgc atcgcactcg gcaaacagag tcgccccacc gtgcgccacc tcgatgacaa
    15481 ggccctccac gccttcgtcc gcaaggccct cacgcaccgt gcccccttct acgaacgcgc
    15541 ccacctcacc ttcgacgtgg agcgtctcgc caccgacaac gacacgaacg atgcggccca
    15601 tcggctgcaa caactcctat acggccacgg ggagcgccgc taaaccatcc ccacacacgc
    15661 ttatttgatt taggtattac agtatagttt ttttatctca tgacagagca aaccaaagta
    15721 acgactctgg atcacgtcgt gatccgtttt tcgggagata gcggcgacgg tatgcagctt
    15781 accggcacca tcttctccaa tctgtcagcc gttttcggga acgacatctc cacctttccc
    15841 gactacccgg ccgaaattcg cgcgccgcaa ggaacactct tcggcgtctc tggcttccaa
    15901 ctccatttgg gcacgaagaa ggtctatacc cccggtgaca aggccgatgt gctcgtggcc
    15961 atgaaccccg ccgcgctcaa ggtcaacgtc aagaatctgc gcaagggctc catcgtcatc
    16021 atcgacacag actccttcgc caagcgtgac ctcgagaagg ctgagttcaa gaccgacgac
    16081 ccgatcgagg agcttggcct cacggaaaag gtgcaactcg tggccgcccc catctcgacc
    16141 atggtgcgcg atggactggc cgagtatggt ctcgacaaca agtccgccgt gcggtgtaag
    16201 aacatgttca ccctcggcct cgtctgctgg ctcttcgacc gtccgctcga ccacgccatg
    16261 acgatgctcc agaccaagtt ttccaagaag cccgacatcg ccaaggccaa cattaaagcc
    16321 ctgaccgacg gctacaacta tgggcacaac atccacgcct ccgtctccac ctaccgcatc
    16381 gaaggctcga agaaggaacc gggcatctac aaagacgtga gcggaaacaa cgccacctcc
    16441 tacggtctca tcgccgccgc cgagaagtct ggcttgcaac tcttcctcgg tagctacccc
    16501 atcacacccg ccaccgacat cctgcacgag ctctcgaagt acaagaacct cggcgtgatc
    16561 accgtgcagg ccgaagatga gatcgcaggt atctgtacct ccatcggtgc ctctttcgcc
    16621 ggttgcctga gtgccacgtc tacctccggc cccggtctgg cattgaagag tgaagccatc
    16681 ggcttggccg ttatcgcaga gcttccactc gtcatcatcg acgtacagcg tggcggtccc
    16741 tcgacgggta tgccgacaaa gagcgagcag acggacctca tgcaggccct ctacggacgt
    16801 aacggcgaga gcccgctcgt ggtcgtagcc gccaccaccc cgacggactg cttcgacatg
    16861 gctttctggg cggctaagct ggccgtggag cacatgacgc ccgtcatcct cctcaccgac
    16921 tccttcatcg ccaacggttc ggccgcatgg cgcatcccag attacataaa cgacttcccc
    16981 gacattaagc cgaactacgt ctcgaactat cacggtgagg ccgtctggaa accttatcgc
    17041 cggaacaaag agaccttagt ccgctactgg gctacgcctg gcatggaggg cttcgcgcac
    17101 cgcatcggcg gactcgagaa ggactacgac accagctcca tctccaccga cccgaagaac
    17161 caccagaaga tggtggagac gcgtcaggcc aagattgaca agatcgccga cttcatccct
    17221 gaggtggagg tgaagggcga caaggacgac gccgacctgc tgatcgtagg ctggggcggc
    17281 acctccggcc atctgcacga agtgatggac accatgcgcc gcaacggcca gaaggtggcc
    17341 ttggcacact tccgcttcat caaccccctg cccaagaaca cggccgaggt actgaagcgt
    17401 tacccgaagg tggtcgtggc cgagcaaaac aagggccagt ttgccaacta cctgcgcagc
    17461 aagatcgacg acttcacgcc ctatcgcttc aaccgcgtca aagggcagcc cttcatcgtt
    17521 tcgcgactcg tcgaagaatt tacccacatc attgaggaga agaactaatt atgaacgcaa
    17581 caacagatat aacctacagc cccaaagact acaagagcga tcaatacgtt cgctggtgtc
    17641 ccggatgcgg tgaccacgcc gtgctcagct gcctgcataa agcgatggcc gaaatcggca
    17701 cctcgcccga caatatggcc gtcatctctg gtatcggctg ctcctcgcgt ctgccgtact
    17761 acatgaacac ttacggcttc cacaccattc acggccgtgg cgcagccatc gctaccggcg
    17821 tcaagacggc tcgtcccgac attagcgtat ggctcgtcac cggcgacggc gactgcctcg
    17881 ccatcggtgg taaccacttc atccacgccg tacgccgcaa cgtagacctg aatgtcgtgt
    17941 tgatgaacaa caagatctac ggcctcacca agggacagta ctccccgacg tccgaccgcg
    18001 gcttcgtctc caagagctcg ccctacggca cggtggagga tcccttcgtc ccggccgagc
    18061 tgaccctcgg cgcacgcggc aacttcttcg cccgtggcat cgatacggac gcagccaacc
    18121 tgacggccat cttcgctgca tcggcccgcc accgtggcgc tgccgtgacg gaggtgctcg
    18181 tgaactgcgt catcttcaac aacggcaccc acacgggtat cacggaccgc gaggtgcgcg
    18241 ccgaacgttc catcttcctc cgccacggcg agaagatgat cttcggtaag aaccgcgaca
    18301 agggtctcgt gctcgacgga ctgaagctga aggctgtcac catcggcgaa gacggctaca
    18361 cgatggacga catcttggtg cacgacgccc acgagcgcga caacacactg cacctcatgc
    18421 tggccatgat gagtggcgac ctgcccgtgg ccctcggtat cattcgcgac gtggacgccc
    18481 cgacctacga cgagtctgtg caccagcaga tcgccgaagt gaaggcgaag aagaaagccc
    18541 actccctgcg cgacatgttg ctctctggcg acacttggga ggtgaaataa cccctcccac
    18601 gcacgcggtc gcacaatagc tcgtgcgtac acgaaaaaga aagccccgcc gatcagatgt
    18661 gttcggtggg gctttcggtg ttttggatgc gggttcggtc actccaatat gctattcagt
    18721 taataggcgc agagctcaac ggcggcgtaa tggaagactg gtttataagt ctcgtgcgcg
    18781 gagagatttc ccaactcttt ttgcagttcg atacactgca aaacctcgcg ccgagctgcc
    18841 tcttccgtct caccgccacc gttgatgccc tccacgttgg tgctataggc ccaccaaaaa
    18901 tctttgcttc gctctaagat gatttctatc tgtgtcatgt ctcacacgca ggagcttcca
    18961 tccattcttg acgatcaacc tctgtagctc acttgatttc atctcgtctg tcgttttgtg
    19021 caacaaaagt agaacgagtt catccctcca gcagcgctct ggatcgggtg agggcttctt
    19081 ggatgttgct gcagatgttg tcggctccga gctgagtgtc cataccgctg cggaggagca
    19141 tggcgcggac gttgtcattg acgccggaga ggacgacggt gatgccttcg cggcgggaga
    19201 gtcggcagag gctctccagg ttgtgcaggc cggtggagtc catgaagggc accttacgca
    19261 tacggatgat gcgaatggcg ggcttaccgc cggcgacttg cttcatgcac tcgtcgaact
    19321 tgttggcgat gccgaagaag aaggggccgt cgatctcgta gacctctaca ccacgaggca
    19381 cgtcgaggtg ctcgtcgtcg tggtggatct cgccctcgtc agagaggtcg atgtggtccg
    19441 tggtgacgga gacgcgcgtg gtctcggaga tgcgtcgcat gaagagcacc atggccagca
    19501 gcaggccgat ctcgatggcg atggtgaggt cgaagatgac ggtcaggaag aaggtggaga
    19561 gcagcacggc gacgtcgctc cgagggttct tcagcaacga gcggaaggtg cgccactcgc
    19621 tcatgttgta ggccacgacg acaagcacgc cggccaggca ggccatcggt atgtggcgcg
    19681 tcagggggcc gaggaagagc aggatgagca gtagcacgat ggcatggacg agcccggcca
    19741 cgggcgtgcg accgccgtta ttgatgttcg tcatcgtgcg ggcgatggcg ccggtgacgg
    19801 ggatgccgcc gaagaggggc acgatgatgt tggccgcgcc ctgggccatc agctccgtgt
    19861 tcgagtcgtg cctgtcaccc gtcacaccgt cggccacggt ggccgagagc agcgactcga
    19921 tagcgccgag catggcgatg gtgaaggccg agggcaggag cagattgatc gtctccggat
    19981 tgatggcgat gcgcgtcggc gtgggtaggg aggcgttgat ctggaagcgg tcgccaatcg
    20041 tctcgagacc cgtcaggccg aaatgttcgc gcaggatgta agccacgatg gtcatcacca
    20101 cgatggccgc cagcgaaccc ggcacacgct tcgagacgcg cggcgtaagc acgatcaggg
    20161 cgatgctcac gaggcccacc acgacggccg gccacgagat ggtcgtgatg ctttcggcat
    20221 acaccaccca tttggagagg aagtcgcccg gcatgtgatc gatcgtcagc ccgagcaggt
    20281 ctttgatctg cgtggtgaag atggtcaggg cgatgccgct cgtgaagccg acgatgatgg
    20341 ggtaagggat gaacttgatg accgtcccga ggcgcatcag gcccatgagc agcagtagga
    20401 cgccggccag cagcgtggcg atggtgaggc cttcgatgcc gaagttttgg atgatgccgt
    20461 agacgatgac gatgaaggcg cccgtgggcc cgccgatctg caccgagctg ccgccaagca
    20521 tggagacgat gaaaccgccg atgatggccg tgatgagtcc tttctccggg ctgactccgg
    20581 aggcgatacc gaaggcgatg gccagcggta gggccacgat gccgacgatg atgccggcca
    20641 tgaggtcgcc ggcgaagcgc tccttcgagt aggtccggag cgcggcgaag agtttgggcc
    20701 ggaactccgg ccggagtttg cttttctctt tcatataaat aggggttaga tgagatgaag
    20761 tctttgccga gggggcctgc gggccccggc gaagtttggc cggaggcgtc tacggacgct
    20821 ccgaggcctc ggaaaggctc aaacaggttg tttcaaggtt tccgacgcct cggaaaagct
    20881 caaacaagtt gtttcaaggt ttccgacgcc tcggaaaggc tcaaacaggt tgtttcaagg
    20941 tttccgaggc ctcggaaagg cccaaacaag ttgtttcaag gtttccgacg cgtcggaaag
    21001 gctcaaacag gttgtttcaa gatttccgag gcctcggggc gtcagggacg ccggccaagc
    21061 tggccgggta cggcttttga ggtacccggc caacttccca gcctcggcag aggccgtcag
    21121 ggacgccggc caagtttgcc gggtacgggc ttttgaggta cccggcgaac ttcccagcct
    21181 cggaagaggc cgtcagggac accggccaag ctggccgggt acaggctttt gaggtacccg
    21241 gcaaagcctc tgccgaggct gggaagaatg aaaagagcct catcggtgcg ggggtgttcc
    21301 gatgaggctt ctgaaggggg atcaaccacc cccgaggcgg cgcagatcag cgcaaccccg
    21361 tgccgtgttg gctggagagg aggacgagct tcatactggc cggatcgaca cgcaggcgga
    21421 cgccaccggg gtagagatag gggatgatgg ccgtggtgtg tcgcgtcggt tggttgttgc
    21481 ggtcggttgt cacggagtat cggcgatcga tggggatggc cagcaggcgg agatccgtac
    21541 cggggttacg gcggatgtgc gcctcgatga tcggggcgat gttggcgaat cgatagttgc
    21601 gcgtgatggc gtcaaagccg atgtcgggac tattgctctc gttggtggaa cgcaggtaga
    21661 ggagaccgtt gtcgatcgta cggttatcga agaagacgcg tgccgaatcc tctggcaaga
    21721 gcagcaggaa gggcggcggc acgagggcgt cgttccacgc gtcctgcggc atgaagcgca
    21781 gcgagaggct ggcggcgttg agcacacgac cttgggtctt acgtgcgatc tcagcggcgg
    21841 ggatgacgat gcgcggacag atgcccgatg gggtcttgac gtaggcaaag ctatcggccg
    21901 agggacggag gaggctgttg tcgtccgagg tgcggatatg gttgtactgg atcacctcgc
    21961 gggtgaagcg gaaggtgacg gagtcgcgca ccaaggtgtc gttcttggcg ctcttgggtc
    22021 gactgtaata gatgagcaag cgcgtttctc ccacctcgat catagacccg ataccatagt
    22081 cggtggtgat gtaaagaccg gggaagaaac ggttgaaggc gtcttgcgtg gcgaagctgg
    22141 cgggccgagc cacggtctcg tcgtagaagg actgcccgag cgacttaggc aaggtgatcc
    22201 gcaggtcgcg tccgtgaatc gagaccggtt gatagctgcg cgtagaggcg ttgtagagat
    22261 cgcggatcgt ggagtcgtta cggaggcttg ggaagtcggt gaggcgatag acgcgtgtac
    22321 cgaggacggt ctgcatgtcg gcgtaatcct ccgggttgag gcgtccgtag ggcgaccgca
    22381 caggctgacg gttgagggca tagacacggg cacgcatgga gacgcgggcg tcgcccgtcc
    22441 agttgtaaaa gcggaggcgg aggacgacgg agtcgatgcg gccgttgtgc ggtgtgtgag
    22501 ggaatcggaa gccctgcacg caatagaatt ggcagaggta gtcgtacttg atctgcccga
    22561 aggcggggtc gtccaggttg ccgagcatac cgtcgctgga ccgcagatag agcgaatcga
    22621 cgcggacggt ggcagccgtc atttggaagg tgtcgctgta gaccgtgtta cggtcgccgt
    22681 cgggcagcgt ggaggagcct acctgggtca ggtcgtcgct acaggcaggg caaaaggaaa
    22741 gccaccccac aaagagcagg gcggccaaga tccggaggtt gcttctcatt tctttttcag
    22801 gattgtctgg taaaactcgt cgtaggcttc gatgtattgc tcggggcctt ggaaggggag
    22861 gagtttcttt ttgctctggg tgatgaactc ctcaagttca ccgttaatgg tggggctacc
    22921 ttggatgatg ccgtcggcat gcttgatggc gagcttggaa agccccatat agtcgtggtc
    22981 ttcgaagagc ttgaggtcgc gctcggtggc gccgtcctgc ttgagcctcc gcgcgatgcg
    23041 gctgtcgagt gcaggctgga aggattggtc gtagagggag taaacgactt tcgaccgtgc
    23101 gaaacagggg tcgtcgaagt atttgcgctt gagatagagg ggagccaggg cggagaacca
    23161 accgtggcag tggatgatgt cgggcatcca gcggagcttg cggacggttt catagacgcc
    23221 acgaacgaag aagatggtgc gttcgtcatt gtcggggaat ccgttacccg attcgtcggt
    23281 gagtgtggct tttcggtgga agaagtcttc gttatctatg aagtagacct gcatacgggc
    23341 catttgtatg gaggctactt tgatgataag tgggtgatcg gtgtcgtcga tgatgagatt
    23401 catgcccgag agtcggatca cttcgtggag ctggttccga cgttcgttga tgcatccgta
    23461 tttgggcata aaagttcgga tctcatagcc tcgctcctgc actccctgcg gtaggtttcg
    23521 gctgatgtcg ccgatcagtg tgtcgggaat gtatggcgtt acttcctgcg tgataaacaa
    23581 aattcttttt gcgtccatat ttttcttcga taacgtgaaa ctgagcacaa aggtagtaaa
    23641 aaacaggcag tcagccgact gcctctgtgg cccggggctg ctacgccagc cgggagtgta
    23701 tgtgtggtag attttgttgc tttgcggccg tttcagaagc tgttttgaat ttattgagtg
    23761 attgttttac ggagccgttt gcccggagct tttcctcttc tatttcgggg ctatccaggt
    23821 ctatttccgc ccttttgtcc catctttttc gtcacatagc ctgctatgct cctcaaaaga
    23881 tgaaacaaaa tccccggaaa tatccgctgt atatcctccg aaataaattc caaacagctt
    23941 ctgagacgaa ccgttttatc catataatcc gcataagaat gaatacaata accaccgtcc
    24001 gggagctacg ccaactcttg gacgaggagc gaaaggccgg ccgacgcatc gggctggtgc
    24061 ccacgatggg cgcactgcat gcggggcatc tgagccttgt ccgtcgctgt gtgagcgaga
    24121 acgacgtgtg tgtggccagt gtctttgtca acccgacgca gtttaacgat ccgcacgact
    24181 tggagactta cccgcgcacg ccggagcgtg acgccgctat gctggccgag gcgggctgtc
    24241 ggtatgtctt catgccgtcg gtcgatgaga tgtaccccga gacggatacg cgtgtgttca
    24301 acctcgggac cgtggccacc gtcatggagg gcgccttccg gccgggccac ttcaacggcg
    24361 tggcgcagat cgtcagcaag ctcttcgccg ctgtagagcc agacagggcg tacttcggag
    24421 agaaggactt tcagcagatt gccatcatcc gtgcgatggt gcgcgagctg gggctacggg
    24481 tcgagattgt gccctgcccc atcgtacgcg aggccgacgg gctggcgctg agcagtcgga
    24541 atgcacgcct tacgcccgaa ggccgacagg tggcgcccgc gatctatcgc acactcacgg
    24601 agagtcgcgc tctcgtggac accaagacgc cggacgaggt caaggcgtgg gtcacggagc
    24661 gactgaacgc tgtcggagga ctccgcgtgg agtattacga gattgtcgac agcaccaccc
    24721 tacagcctat ccacgcttgg gccgactcgc ccgagcctcg cggctgcatc gctgtctact
    24781 gcggcgaggt gcgactgatc gacaacatca gctacaagta atttccagct tctaactact
    24841 gggcgtatgc ccctacacca acccctatgt ttattgaagt attaaaatcg aagattcacc
    24901 gcgtgacggt gacggacgcc gatctgaatt atatcggcag cattacgatc gaccgtaccc
    24961 tgatggaggc cgcgggattg atcgagtatg agaaggtcca gatcttggac aacaacaacg
    25021 gcgaacgctt cgagacgtac gtcatcgctg gcgaagcgaa ctcgggcacg atctgcctca
    25081 acggcgcggc ggccagacgg gtacagcgtg gcgacatcat cctcatcctc tcttacgcct
    25141 cgatggactt tgaggaggcg aagcgattca agcccaccgt catcttcccc gacacggcca
    25201 cgaatcgcct ggtgaagtaa gacaccctca taaatcagag tacaagacac aggtctgtcg
    25261 gcgcaataga cggcaggcct gtttcatgtt cccccccacc ccactccgca cgaaacgcat
    25321 gtacaccaac cgacagatct gggacatctc cttgcccatc ttcctcagcc ttctggcgca
    25381 gaacgtgatc aacatcaccg acacggcctt cttggggcgc gtcggcgagg tggcgctcgg
    25441 tgcctcggcc atgggcggac tgtactacat ctgcatcttc accgtggcct tcggcttcag
    25501 cgccggatcg cagatcatca tcggccgacg caacggggag cgacgctacg aagccgtcgg
    25561 gcccgtcgtc cttcagggtg ccctcttcct gctcgtgcta gcggcggtgt gcttcgtcgc
    25621 ctcgaggctc tggggcgagc gaatgatggg cgtcatggtc tcgtccgacg agctgcgcag
    25681 ggccacgatg gagtatctcg gttggcgcat ctacggcttc ttcttcgcct tcaccagcgt
    25741 catgtttcgc gccctctttg tgggcatcac ccggacgaag gttctgacgc tggcctcggt
    25801 cgtcatgtcc gtcgtcaacg tggtgctgga ctacctgctc atcttcggcc acgctggcct
    25861 gccccgactc gggatcgccg gcgccgccat cgcttccgtg gtggccgaag ccgcctcggt
    25921 gctcttcctg gcggtctaca cccgcctcac ggtcgaccgt cggcgctacg gcctggaccg
    25981 cctccgacgg ttcgacttcc ggctcatccg ccaggtgctc agcatctccg gcttcaccat
    26041 gctgcaatac ttcatctcga tgagcaccta cttcattttc ttcctggccg tcgagcgcct
    26101 cgggcaacgc gatctggccg tggccaacat cgcccgcagc ctctacatcg ccctcttcat
    26161 ccccgtcagc gccctctcga cggccgccaa cacgatggtc agcaacctgc tgggtgccgg
    26221 tcgcacgcag gaggtcatcc cccttattcg ccacctgacg ctcatctccg tgggcatcac
    26281 ggccctcttt gccgctctgc ttgtgctcct gccgcgcctc ttcctatccg tttacacgaa
    26341 tgaggccgag ctgatcaccg cctccatccc ctcggtcgtc gtcatcgccc tggcctcgct
    26401 cagctccgcg gcctcgagca tcgccttcag cgccatctcc ggcacgggca acacgcggca
    26461 cgccttcctc ttggagatgc tcgccctggc ggtctatacc ttatatatct acgtcgccgt
    26521 cgtccgcctc cgcctgccgg tacacctgag tttcgtttcg gacatcgtct actacgtcgc
    26581 catcacaatc ggcagcatcg tctatttccg ccgcgccgcg tggtaccaga aggacgtctg
    26641 atagtgcctc gatttcaaaa gcactcctat ctttgcgccc acgttaaaca tacattttca
    26701 agggaatatg attaagctga tcggaacaaa cgcaggcctt gtatggagag ctttgagcaa
    26761 ggctggacgc atgagtgtaa aagagctcaa gaaggaaaca aagctgagaa cagacaaaga
    26821 actgtttgcc gccatcggat ggctggccaa agaagggaaa atagaatccg gcgaaaaaga
    26881 ctccgagatc tacttctggc tgctgcaata agcccccccg accatcccaa tggaagagac
    26941 gaaaagaaag agccgctcga tcaaatcaag tgatcgggtg gctcttctgt ttttgggtga
    27001 gagggcccgg ttgcctcgac acgttccgaa cgtattggaa tacgttccaa ggtggtcaga
    27061 atacgttagg gaggtggttc taatacgttc cgaggtggtc ggaatacgtt agggaggtgg
    27121 ttctaatacg ttccgaggtg gtcggaatac gttagggagg tggttctaat acgttccgag
    27181 gtggtcggaa tacgttaggg aggtggttct aatacgttcc gaggtggtcg aaatacgtta
    27241 gggaggtggt tctaatacgt tccgaacgtg gttgtgatac gttccgaacg tggttgtgat
    27301 acgttccgaa cgtggttgcg ataggttccg aacgtggtcg agatacgtcc ggaacgtggt
    27361 cttgatacgt tccgaacgtg gttgtgatac gtccggaacg tggtcttggg tacctcggaa
    27421 cgtggttgcg ataggttccg aacgtggtta gcgggctggg ggatgcgctt catgggggaa
    27481 tcagacgagg cgctgcgggt aggcggaggg ggcgatcctc ggcccctttg gcgactgcgc
    27541 gccaatggtc tcccgaactt ttttatactt ctttctactt ttgcccagcg atttggcaga
    27601 agatgaacga aaaagatcag aaaatatggg ccgtgctgga ggtcagactg caagacttga
    27661 tgtccctctg cgacgaacga aaacaaacaa tcgaaagcct gacccaaacc atccaacgga
    27721 tggaagccga ttatcgcacc ctcgaagcca aatacaccga cctgctggcg gcgggctaca
    27781 tcgcctcagc cgacgagaac gaacgaaagg tggcccggaa acgcctctcg gatatggtgc
    27841 gggaggtcga taagtgtttg gccctgctga acggatagcg caaaaggaca agagtgtgaa
    27901 agcaaacgag ttcattatcc atttggaaat agccggaaag aagtatccgg tcaccctccg
    27961 acggggcgac gtgcagacgg agcgacgcgc acgcctggcc gcccgacgtg tgcagcagat
    28021 gtatctggag cgcaaaaaca tattctccaa agccgtagac gacaaggacc ttctggccat
    28081 ggtggccata cagttggcca cggacatgat ccccctggag gagcgtaacg acacgaaacc
    28141 cctcatcgaa cgcatccaac ggctcacagc cgacctggag cgctacctga aggagaatcg
    28201 ctgaagcccg ccccgtacgg atcaagaaac agaagggaaa acaagggaat gtagacgcac
    28261 gcaagctctt tttgtaagcc ggggggtacg ggccccctcg ccccccctcc ggaacagaaa
    28321 gaggatgagt gcttttttat aacacatcaa acagaacaga agaaatgagt tggatatgga
    28381 tgattgtagc cttcgtggcc ggcggagtga tcgccgcgct ggtggtggct gcaatgaaca
    28441 aagccaccca agccaagcgc agggaggaaa tgcaacgcga aatggaacgc gaaacggacg
    28501 tgatgaagaa gaacaagatg ctggaggtga aggagaagtt catccagctc aaggccgaac
    28561 tggagaagca ggtggccgca cgaaactcca aaatccagtc cgtcgagacc aagctcaagc
    28621 aacacgagct gagcctcagc caacgccaag aggagctgca acgcaagctc accgaggccg
    28681 acatcctgaa ggagaacctg aacaatcagg cccagctgat cgagaagcgc aagctggatc
    28741 tggaaaagat gcaccagcaa gaggtcgtac acctggagac catctccgga ctctccgctg
    28801 gcgaagccaa agagcgcctc atcgagtcgc tcaaggacga agccaaaacc gacgccgcat
    28861 cgtacatcaa cgagatcatg gaggaggcca agatgacggc caacatggag gccaaaaagg
    28921 tggtcatcaa aaccatccag cgcgtggcca cagagacagc catcgagaac tccgtcaccg
    28981 tctttcacat cgattcggac gagatcaagg gccgcatcat cggccgcgaa gggcgtaaca
    29041 tccgcgcgct ggaggccgct acgggcatcg agatcatcgt cgacgacacg cccgaggcca
    29101 tcgtcctttc gggcttcgat cccgtgcgac gtgaggtggc acgactggca ctccatcagc
    29161 tcgtcctcga cggacgcatc cacccggcac gcatcgaaga ggtggtcaac aaggtgcgca
    29221 aacaggtcga ggaggagatc atcgaaaccg gcaaacgcac cacgatcgac ctcggtatcc
    29281 acggcctaca cccggagctg gtgcgactaa tcgggaagat gaaataccgt tcgtcgtacg
    29341 gccagaacct cctccagcat gcccgcgaga cagccaacct ctgcgccgtc atggccgcgg
    29401 agctgggcct gaacccgaag aaggcacgcc gagccggact gttgcacgac atcggcaagg
    29461 tgcccgacga cgagcccgaa ttgccgcacg ccatcctcgg aatgaagatc tgcgagaagt
    29521 acaaagagaa gcccgacatc tgcaacgcca tcggcgcgca ccacgatgag gtcgaaatgc
    29581 agaccctgct ggcacccatc gtgcaagtgt gcgacgccat ctccggagcc cgacccggtg
    29641 cccgccgcga ggtggtggag gcctacatca agcgcctcaa cgacctggag cagctggcca
    29701 tgtcgtaccc cggcgtcgtc aagacgtacg ccatacaagc cggccgtgag ctgcgcgtca
    29761 ttgtcggcgc cgacaagatc gacgacaagg acacggagaa cctctccaac gaaatcgcca
    29821 agaagattca ggacgagatg acctacccgg gacaagtcaa gattaccgtc attcgcgaaa
    29881 cccgcgccgt gagctacgcc aagtgacacg gccagactac tatatactta cccctaacta
    29941 cttattacta cccatacaat gaagttcttt ttagatacgg ccaacctgga tcagatccgg
    30001 gaggccaacg acttgggcgt cctcgacggc gtcaccacca acccctcact gatggccaag
    30061 gaaggcatcc gcggtgagga aaacatccgc aaccattacg tggagatctg ccgcattgtc
    30121 ggtggcgacg tgagcgccga agtgatctcg accgacttcg agggcatggt gcgcgaaggt
    30181 gaggtgctgg ccgacctcga cccgcacatc gttgtcaaag tgccctgcat cgccgacggc
    30241 atcaaggcca tccgccactt caccacgaag ggcatccgca ccaactgcac cctcgtcttc
    30301 tcgcccgggc aggcactgct ggccgccaag gctggcgcca cgtacgtctc ccccttcgtc
    30361 ggccgactcg acgacatctc cagcgacgga atcgccttgg tggcgcagat cgtgaagatg
    30421 tacagctact acggctactc gaccgaggtg ctcgccgcct cgatccgcac cacgcagcac
    30481 atcatccagt gcctcgaggt tggcgccgac gtggccacct gtccgctctc agccatcaag
    30541 ggcctgctcc gccacccgct caccgacagt ggtctggcca ccttcctggc cgattaccac
    30601 aaactgaacg gatgagagag cgctaaaaac aagaagtgaa caacgaagaa gtcctgccgg
    30661 tcgattagaa gcaatcactc ggcaggactt ctcattctca gaagctgttt tggaatttat
    30721 ttcggaggct atcgggtgga tgtttctgat gattttgttt catcattaga cgagcatagc
    30781 aagctatgtg aggattgatg atggaacaaa agggcagaaa caggccccga tagacccgaa
    30841 acagaaagga gaaagatccg cccaaacagc tccatcaaac aatcatccaa taaattcaaa
    30901 acagcttctc agcctttcgc cccccatcct tcccccccta cgatgatcga acaagactat
    30961 ctcctgaaga tcatgcagga gttcattgac gccatcggca agatcatgcg ccggccgaac
    31021 gaggacgacc agacggccga agcgcgcatg caggcacact tcgacgccgt cagccgtcag
    31081 ttcttccagc agcccacgag ccacttcctt cgcctcgaga aggaggacat cctggacgac
    31141 ctcgtcgccc agtccgaccc ccgacgcacc gagggccgtg cccagatgct ggccgaactc
    31201 ttctatcgca acgcactcat caaatcctcg ctggtggagc gcctcgacct actcgagaaa
    31261 tcgctctacc tcttcgccta catcggtcgc acaagccgca cctactcctg ggatcgcgag
    31321 cgcaagatgg ccgacatccg ccgccgcctt gatgagttca aaacggaagg gtgaaaacgt
    31381 gcttctaaag catccctcaa aagagatcgg tatgcgtgcc agtgtcgacg aaaatcaaaa
    31441 tcaaccggcg atcatcttgc tgccaaacaa gcagccaatc gggctgaagg tggcactccc
    31501 agcatccatt gtatttgcct gacaatttgt gaggacgcta ctggcttggc agccttcctg
    31561 tctcagcgag gatctccgca gcctttctga aaatgtcagg attcaatccc cgctcaaggc
    31621 atttcttgaa cgacctcttg aaccgcgtcg agtatgctat ttcgtacatg aggagcttct
    31681 catctcatca gttgttccat caggtcatca acatccttgg ccttatgcac acggccggcc
    31741 ttgatgtcat caatagcctc gtctaagccg gtacgcttct cgcgttcaat aacccatccc
    31801 atgcgagctg caagctctct caataaatgg aggtcagacg cctccggaag catcatctta
    31861 atagtgatac catcatgtgt cgttgtttcc atatctataa cgtgttgtat agtcattgtg
    31921 agcctgacaa aattacaccc tcctacgaat ggcgctgatc ccccccgaac gctccgcgca
    31981 ggcctctgcc gaggccgggg aagtgtgcgc ggtacaagcc gcccctgcac agaaccggcc
    32041 tcccaacagg cgcctcgcag aatctcccta cctttacccc cgtcaaaaag gaagcgttcc
    32101 cacacacggc ggatccccca cggggcctat tcccccagaa gaaacattga agcggagcgc
    32161 ctcccccaaa gagaaaaccg atgcctaccg aagagaagac ggggtttcgg ttttcatttt
    32221 ataggtacga cagaaacaaa accacaatag ataatgacac acagatggaa catccgaccc
    32281 caaacgaaag aggagataca cctccgagac gcattggccg ccacgctggg gcttaaccca
    32341 atcatcagcc tgctgctcgt gcagcgaggt atcaccaccg ctgaccaggc cctccactac
    32401 ttcaaccccg acctccgcga cctgcacgac cccttcctga tgcccgacat gctcaaggcc
    32461 gtcaagcgcc tcaacaaggc tttgggcaac aaggagcgga tcatgattta tggcgattac
    32521 gacgtagatg gcacaacggc cgtggcgctg gtctacaaat tcctccgcgc ctactcctcg
    32581 tcgatcgaat actacatccc cgaccgctac gatgagggct acggcatctc attcaagagc
    32641 atcgactacg ccgtcagccg tggcatcacg ctcgtcatct cgctcgactg cggcatcaaa
    32701 gccatcgaca aggtggccta cgccaatgag cgcggcgtgg acttcatcat ctgcgaccat
    32761 cacatgcccg acgacgagct gccggaggcc gtggccgtgc tcgatgccaa acgcgccgac
    32821 tcccagtatc cctacgccca tctcagcggc tgcggcgtgg gcttcaagtt catgcaagcc
    32881 tttgcgcaga gcaacgacat ccccttcagt acactcgagg ggctgctcga gctcgtggcc
    32941 gtcagcatcg cctcggacat cgtccccatc acgggcgaga accgcatcct ggccttccac
    33001 ggcctccgcc agctcaacaa caaccccagc ttcggcctca agggcatcat caacgtctgc
    33061 ggactctccg gcaaggacat cctggtcagc gacatcgtct tcaagatcgg cccacgcatc
    33121 aacgcctccg gacgcatgat gaacggcaag gaggccgtcg acctgctcct ctcgcgcgac
    33181 atggaggcgg ccgaggagct cagcgaaaac atcgaccgct acaacgagga tcggcgcgag
    33241 ctggacaaga agatcaccga cgaggcgaac gccatcatcg agcagattca cgacatggag
    33301 gcgcagaagg gtatcgtcgt ctacgacccc acgtggcata agggcgtgat cggcatcgtg
    33361 gcctcacggc tgacagagaa atactgtcgg ccgacggtcg tcctcacccg ctcatccgag
    33421 ctcatcaccg gatcggcgcg ctccatccct ggcttcgaca tctaccgcgc catcgagtcc
    33481 tgccgcgaca tcctcgagaa ctttggcgga cacatgtacg ccgccggact ctccctgcgt
    33541 gaggagaacc tccaagcctt catcgaccgc ttcatggagc aagccgcacg cgacatcggc
    33601 ccggagcaga tgacgccaca gatagacatc gacaccgtca tctccctccg cgacatcaac
    33661 accaagctca tggccgacct caagcgcatg gagccactcg gcccagagaa cgagcggccc
    33721 gtcttcgcca ccatgcatgt gcgtgaccac ggcaccagtc ggcgtgtcgg tcgtgagctg
    33781 gagcacctca agctcgagct taccgaccgt cacggtggcg gccccgtgca cggcattgcc
    33841 ttcggcatga gcgagcacag ctactacgtc aagcagcaaa acgccttcga cctctgctac
    33901 accctcgaag agaacaccta caacgacaac accacgctgc aactcatggt caaggacatc
    33961 cgtccctcat cgatcgctga ggggtaaggc tcagaccaag tacccggccc caagttgggc
    34021 tgggtgctcg atgatcactc actgacgact aacgattaaa ccgggtggat cgctatcacg
    34081 aaatcctcaa gaagtactgg ggctacgatg ccttccgacc gttgcaagaa gacatcatcc
    34141 gctccgtcgg ggccggacgt gacacgctcg cgctcatgcc taccggaggc ggcaagtcgc
    34201 tcactttcca agtccccact ctggccatgg acgggctgtg cctcgtcgtc acgccactca
    34261 tcgccctgat gaaagaccag gtggacaacc tgcgccgacg tggcatcaag gccacggctg
    34321 tctacatggg catgaccacg accgagatcg acacgcagct cgacaactgc atcttcggcg
    34381 actacaagtt cctctacctc tctcccgaac gcctcaccac ggagcgcttc ctgacgaagc
    34441 tccgcgccat gcacgtctgc ctgctggccg tcgacgagtg tcactgcatc tcgcagtggg
    34501 gctacgattt ccgcccctcc tacctccgca ttgccgagat ccgcgaggcg ctcccgaccg
    34561 acgtccccgt gctggccctc accgccacgg ctaccccgca aaccgtcgac gacgtgcagg
    34621 agaagctccg tttccgcacc cccaacgtcc tccgcaagag cttcgcccga cccaacctca
    34681 cctacctcgt ccgccgttgc gacgacaagc tgagccagct cattcgcatc ctccagcgca
    34741 cacgcggatc ggccgtcgtc tacgtccgca gccgccaacg caccgccgag atcgcctctg
    34801 cgctgcatgc tgaaggcatc acggccacct tctttcacgc cggactcagc cgcgagaaga
    34861 agtctgaacg gcagcgcgcc tggatggacg gccaactgcg cgtcatggtg gccacgaacg
    34921 cctttggcat gggcatcgat aagcccgacg tgcgactggt ggtgcacatc gacatcccca
    34981 gctcgctcga ggagtacttc caagaggccg ggcgtgccgg acgcgacggc gaaccggcct
    35041 acgccatcgc cctctgcgac ccacgcgatg cccagcgtct gcgccgacga atcagcaacg
    35101 aatatcccga ccgcgagctc atcctccgcg tttacgacgc cctcggcagc cacctcggcg
    35161 tcgcctccgg ctacggcctc ttcacccgcc acagcttctc gctcgaggcc ttctgcacca
    35221 tctatcgctt ctccttcatc cacgcctact acgccctcaa aatcctcgaa ctatcgggct
    35281 acttgctcta cgaggaggag cccgaaaacg cctcccgcgt gcgcatcctc gtcacccgcg
    35341 aggacctcta cgacttggct cacaacacgc cccacacgga catcgtcctg cgggagctgc
    35401 tccgctccta cagcggactc tttgccgatt acgttttcat cgacgaggag ctactggcca
    35461 cccgcggcca gctcacgcgc gctgaggtct gcgaggcgct catccagctc tcccgcgcgc
    35521 acatcatcag ctacatcccc cgccgcgaca cgcctcgcat caccttcacc cgctctcgcg
    35581 aagagccgcg acacgtgcgc atcccacgct cggcctacga ggagcgtctc gaacgcagcc
    35641 aagaccgcat caaacatgtc atcgagtaca tcaccgacga tcgacactgc cgatcgcgcc
    35701 tcctgctgcg ttacttcggc gaggtccaca ccgccgactg tcgccgctgc gacgtctgca
    35761 accatcatac ccgctcaggc ctcgtgcaat gggaactgaa tgccgtccgc gacacactcg
    35821 ccacactgct ccgcgaccgc gccccacaat ccatccacgc catcgtcagc cgcctccccc
    35881 tcagctccga aaagaaccac cacgccctgc gctatctctt cgacaacgac gcccgcttcc
    35941 acctcaccga cggcctcgtc agcttccatg aggagggctg aaccgtgagc caccattagt
    36001 cgaacaagcg gtgctcccca ttcaaaacag gcttcaaaac acacagcgac gggccgtcgc
    36061 agatttgcaa cagctcaaaa cacacagcga cgagccgtcg cagatttgcn acagctcaaa
    36121 acacacagcg acgggccgtc gcagatttgc aacagctcaa aacacacagc gacgagccgt
    36181 cgcagatttg caacagctca aaacacacag cgacgggccg tcgcagattt gcaacagctc
    36241 aaaacacaca gcgacggact gtcgcagatt ttacaacgct caaaacacac agcgacgagc
    36301 tgtcgcagat tttacaacgc tcaaaacaca cagcgacggg ctatttgatg cgcttcacgg
    36361 gcgcaacctc gctgaggtcg accgtgacgg tgacgccgat ctgctcgatg aacagtcgga
    36421 ggcggttccg accgatcttt tggatgacac cggagacctg tttcagggcg ccactgagga
    36481 tctcgacctc ctcgcccacc gtgagcggat ggttggcggc ctgctccagg aaggcacgga
    36541 tggcctcgat ctcgaacggc tgcacgatgg cgggccgacc gttataaaag acgacccaag
    36601 ccacgccgta gatctggcgc acgaaattca gggcctccgt ttcggtcgaa cgaacgaaga
    36661 cgtaggagat aaagaggggc ttgtcgacca tcttgacgcg gtcggaccag acctggggcg
    36721 agcggtgcag aggcaagtag cactccacgc cgcgctcgcg cagacgctcc tcgaccctct
    36781 tttcggcccg aggagcggtg tagagcacat accagttttg agtgcgggcg gcgcggatgc
    36841 gctgaatttc ttcttctgtc atttgtcgta gcgtgagaaa tagtaatagg tggagcgcga
    36901 ggggcggctc tcgatgcggt agcgattgga ggcggtgacg cagaaggtgt actcccgttc
    36961 ggcatcggcg ttgatgggca ggaaccactc gttggtgcgg ataccggtgg ccaggatgga
    37021 gcgcgccgaa gcgaggtcga tggagtcggc ctgggcgtag taaagcgtgt agaggcagtc
    37081 gggcgagccc tcccaacgca ggcgtagtcc gccgcgctca cgggtaacgt gcacctcttg
    37141 cggttcgcag ggagctgcgg gcgtggtgct catccacgtc agtgggggca gctgggcggg
    37201 gtacttgaaa aagcggttct tgagctcgtt gtacaacccc ttctcgttgc cgatgacaaa
    37261 gccggcgcga aagaaggcgc accccttgcc gccctgcttg cggacgtaaa caatctggtc
    37321 ggagatgtcg gaaaggttcc agtcgccctc gccgcgactc agtcggtagg cgcccagccc
    37381 ggccaccatg ttgcgctgcc cggactgctc aagccacgtg ctgacaaagg ggtagaagtc
    37441 gctgcggcgg tagtacatca tgggcacaat catgtcctgc ttgccggcct gtagccaggc
    37501 tttgggatct tggaagacgt cttcgtaagc cgtccatttg gcgttcggcg ttcggcccga
    37561 cttgctgtat ttcccgagcg gcgaactgct gacttgcacc cacggtttga gctgcttcac
    37621 gcggtcgtga atgcgactca tgaggcgatt gatgttctcc cgccgccagt cgctgaggcg
    37681 ttgaccgcga ccgtaacgct ggtaagagtc cttgtcagga aaggtggctg cattctcggg
    37741 gtaacggatg tagtcgaact ggataccgtc aatgtcgtag ttacggacca cctcgtcgac
    37801 aagcgagagg aggtagtcgg tcgttccggg ctgtccgggg tcgagatacc agctgccgtg
    37861 gtgctggagg cagagctcgg ggtggcgacg cacaacggac gatccgcctt gctcgcgcac
    37921 catcttctcc gttccgacgg ggaaggtgac gaagaaggcg tggcactcca tgccgcgctt
    37981 atggcactcc tcgatcacaa aagctagcgg atcgtagccc ggccactgtc cgtaagagcc
    38041 ggcaaagacg gccgagagtg gctcgatctt ggagcgataa atcacgtcac cacgcaggcg
    38101 tgtctgcacg aagacggtgt tgaaattggc ctcatgtagg cgatcgagga tgttgcgcag
    38161 ctcctgcttc tgtcgttcac gtccatccca gtcggtagcc gttcgcgtag gccagtcgag
    38221 tccgtagatc gtggtgagcc agacggcgcg aatctcctgc ttcggatact catcctccgc
    38281 tccggtcgcc gcccctatgc acaggcacca cagcatcatc caccatgcga ttcttttcat
    38341 tcttgtcaat tatagtatgg cttacagctc gcgagagaaa tgcaaaaagg ggcgcatgct
    38401 ttttgcgccc ctttggatgg gtgggcacaa gacccgaccc tacatgtata catcaacgat
    38461 tcgacaaata gcgttcaacc tcaatggctg cgcgacagcc tgctccggct gccgttactg
    38521 cctgacggta atgcggatca gccacatcgc cggcagcaaa gacgcccggc acattcgtgc
    38581 gcggcgtgcc cgcttcggtg atgatatagc ccgtttcgtc cgtcttgatc cactgcttga
    38641 agatgtccga gttcggcttg tggccaatgg ccaggaagaa gccatcgatg gcaatatcca
    38701 cctgctcctc atctggctcg cccttacgct tcacaagatg cgcaccttcc acgccgcctt
    38761 cgccaaacag tccgagggtg ttgtgctcaa acagcacagt gatatttggt gcattcagta
    38821 cacgatcctg catcaccttc gaggcacgca gatagggctt gcgaacaatc aggtaaacgt
    38881 gcgacgcgag gccagccaag tagagcgctt cctcacacgc cgtgtcgcca ccgccgacca
    38941 cggccacctt cttcttgcga tagaagaagc cgtcgcaggt ggcgcaagcc gagacgccca
    39001 tgccggcata tttctgttcg tcgggcaggc ccagatactt ggccgaggcg cccgtagcga
    39061 tgatcaatgc ttcagcctcg atgaccttct caccgtcgat ggtgatcttg tacggcgccg
    39121 ccgaaagatc ggccgccgta gcgatgcccg cgcggatatc agcgccgaaa cgttcagcct
    39181 gacggcgcat atcggccatc atctccgtgc ccgtaatacc gtcgggatag ccggggaagt
    39241 tctccacttc cgtcgtcgtt gtcagctgtc caccaggctg aatgccttcg tacagcaccg
    39301 gttgcaggtt agctcgcgac gcatagatgg cagccgtgta tccggccggt ccggagccta
    39361 tgatcaggca acgcactttc tcattttcca tattctcttt caaatctttt tcgtttgggg
    39421 ttattgttaa tctgtttatc tcgaaaactc ctcgaggaac ttcatgtata acggaacact
    39481 ctgttcgatc cattcctcag atgagttcaa ttcaatgcca taaaagacaa acggcggacg
    39541 gtaatcagcc ttcacatatt caaaagtcag ctcgaatggg cgtgtcagct cctctaccgt
    39601 atatcggtat ttccctgaag ccgcatactc atgctcatca ataccggcgg tgatggccaa
    39661 ggcgatcatc ttccctgcca tcttgtatcc actctggctt ccatatgccc agccatacgt
    39721 caagacctcg tcaagccacg tcttgaacaa cggcggacaa ttgaaccaat acaaggggta
    39781 ctgaaaaacg atacgctcgt atcgctccat caattgttgc tccgcagcca cgtcaatctt
    39841 cccatccgga taagcctcgt acagctgatg tacctcatac ttgtccggat gcttttgcag
    39901 ctcctctacc catcgcttgt tgatgagcga ttcattgaga tgagggtgca caacaagaat
    39961 cagcgtcttc atcttatcgt aaatctatct ctgtcacccc gggatattcc gcccggttga
    40021 aggagaatgt cttgtcaggc ggattgacgc ccgtctgcat gcgactgatg cgaatcacgc
    40081 tgcgcatgcc attcttcatc gtcaccgtca ggcgcgctgg tagcgatgtg ctacgttcga
    40141 gctgaacctc tacgcgagcg atgtcgctac ggccacgcgg tgtgagcgcc acgtcgtccg
    40201 ccatgcgacc gttgccggct gtgcttgcgc cgatgtacga ggccgtgaac ttcttcttat
    40261 aggtgcgcaa gagtgtgagc gggttggtcg attccagctc gtcgcccgtc ggcgtagaga
    40321 ggttcacttc cttcgatcgc accatgtagg tccactgcgt cgatccgttg taccacgtgc
    40381 gtatgtcggg cgtcaccagt gcgaacttgt tgcccttcat gcgaatcgtg ccctcgaaac
    40441 tctctgccac gcccgtcttc tcgtgacgta cgttagcggc aaaagtggct tgtatgccgt
    40501 tcgatttctc atacgctgct gcggctttgt cgagcaacgc ttcggccttc tgtgccgaaa
    40561 ggcttccggc gacgcagagc gttgccaaaa gcatgccaat cattcgtctc atcatttgat
    40621 cgtgtttagt ttctgttcca atgaataaat gtcttgtatc aacacctgac gcgccttact
    40681 gccttcgtag ggcccgacga tgcccgcgcc ttgcagctga tccataagcc gaccagcgcg
    40741 attgtaacca atggagaact tgcgctggat aagcgacgtg gagccttgct gctggctgac
    40801 tacgagccgg gcggcctcgt cgaagagcgg atcgcggtcg gagagatcgc tggcgaccga
    40861 cttgccgtcg tcttcgcctt cgggatcgta ctccggcaac tcatgcgcct tgggatagcc
    40921 cggctgtgcg ccgatgaact cggagatggc ctccacctcg ggcgtgtcga cgaaggcaca
    40981 ctgtacgcgc gtcatgtcgc tgccctgcga gaagagcagg tcgccacggc cgatcagctg
    41041 attggcgccg ggcgagtcga ggatggtgcg cgagtcgatc atcgacgata cgcggaaggc
    41101 cacccgcacg gggaagttgg ccttgatcgt acccgtgata atgtttgtcg acggtcgctg
    41161 ggtggcgata accatgtgaa tacccacggc gcgcgccttc tgtgcgatgc gggcgatggg
    41221 catttcgatc tcgcgcccgg cggtcatgat caggtcgccg aactcgtcga taataacaac
    41281 gatgtaaggc atgtattcgt gtcccttgtc tggactgagg cgacgattga tgaacttttc
    41341 gttgtagtct ttgatgttgc gcacatgggc ccgcgtgagc agttcgtagc ggttgtccat
    41401 ctctttgcag agcgagttga gcgtgtgcac caccttgttg aagtccgtga tgatcggctt
    41461 ctcctcgtcc gggagcttgg ctaagtagtg gcgctcgatc tcggcgtaga tgctgaactc
    41521 gaccatcttc gggtcgacca agacgagctt cagttcggcc ggatgcttct tgtaaagtag
    41581 cgacgtgatg atggcgttca gcccgaccga ctttccctgg cccgtggcgc cggccataag
    41641 caggtggggc gccttgcaga gatcgaacat gaagacttcg ttcgtgatcg tccggcccaa
    41701 ggccacgggc aggtcgtatt tgctttcgat aaacttccgc gagctgatga ccgactgcat
    41761 agagacgatc tgcggatcct tgttaggcac ctcgatgccg atcgtcccct tgcccggcat
    41821 gggcgcgatg atacggatac cgagcgccga aaggttcagc gcaatgtcgt cctcgaggtt
    41881 gcggatcttg gagatgcgca cgccctgcgc cggcaccacc tcgtagagcg tgatggtcgg
    41941 ccccacggtg gccttgattg acgagatact gataccgaag ttttcgagtg tctgcttgat
    42001 gcgcttttgg ttttcgctct gctcctccat gtcgatcggc ttgtcgttgc ggtcgtactt
    42061 cttgagcaag tcgagcgacg ggaagtgata gttcgacaag tcgagccgcg gatcatattc
    42121 gcccagctcg gccaccacct cggcgggcgt ggcgggctct tcctcacgcg gcacttcgac
    42181 ggtgaagatc gtcggtgctt ccaccgtctc cgcctcccga cggccattcg gcacgatcgg
    42241 cgtcgccgct atctcgtcct catcgtcctc gcccagcgca tagccctcat cttccaccga
    42301 ggggccctcg cgccgcggcg ccgcggccgg cttcgtgtct gcttccttat tatatgtcgt
    42361 gggtgcaggt tccgagggag tcgtttcacg cttggctttt tcctccgcct ctgcttcatg
    42421 gcgtgcacgc cgagcctcac gactgcgctg ccaccgctcg cccatcaggc tccatccgcc
    42481 caccaattgt cgttgcatga agggtatcac caagctactc gtaaagacag cgatcaggat
    42541 ggccgtgatg agcagcagca gcaccgtgcc gggcatccct aggttacgcg taagcatctc
    42601 tgccagatac cacccgtgcc gcccgccggg gtagagaaac gacgtcccca cggtcgatgc
    42661 gaaggtcagc gagaggaaca cggacgacca gatcatcatc gagctgcaca gcaggaaccg
    42721 cttcagcagc gacatccggc agacgcgcat cagccacagc ccggccgaac ccaggaagaa
    42781 gagcatgaag aacgacggca cgccgaacca gcgattcatc accgtctcgg ccacgtacgc
    42841 cccgcgcacg cccgcccagt tttccacccg ggcatgatcc gccggcagtt cgctcagcgg
    42901 catgctctcc accacgctct gatccgcccc gcccgtgaag aggaacgacg tcatggcgat
    42961 acccagatac atcaccacga agcacacgat gagccccgtg agaaaccaca cccgctcgct
    43021 cgaaaaaaac gaacgcagcg cgtcctccca cgagccgttc gacccgcttc gttgtctctt
    43081 tttacctgtc tttttagtca tataatccgt gtaatgccag ctccggggcc tgtttgattg
    43141 tggttgttca acgtgaaaat agaggcgccc cgcgcacttg agcggccaaa gatacgtctg
    43201 ccttccaatt cgccgaaagt ttcgccgcgc cccctccctc cgcttcggcg gcccgaaaaa
    43261 gccccttcgc ggcgcatcga cgcccgtcca cgccccgtcg tttcgctcgg gggaccatcg
    43321 gcgaacgtcg gagtctccca aagtcacatg gccggccatc gacgcgtgcc gaagccccct
    43381 catgtcacct gaaatggcat tcatccctgt atagcttccc tttctctacg cacactctct
    43441 tatatacaca ctatatgatc ttacacattt atagcatatc aatataaacc tactgtatga
    43501 cagttctatc tgattgatta ttcgcttata catactgttt aggtattcaa tctgatggaa
    43561 aaatgactca tacagtacgt gtaagccatt tttctatctt catttttatc tatacactat
    43621 gtataagtca tctatctgat agattttata ttcgcacata gtgtatgagt ataaaatcca
    43681 gcgtatttta tagcgataca ctatgtctaa gtcatatttc tgtcagaaat aaaatccata
    43741 caccagtcga tgcctcctaa tgtgacatga tgaggcttcg acgcgcgtcg atggccggcc
    43801 atgtgacttt ggaagactcc gacggtcgcc gatgcccccc aaagcgaaac gacggggcat
    43861 aaacacgcgt cgatgggctg tccaaagacg ttttgggggc tcgacgggcg tccgagggtg
    43921 aaaatggcgg gtttgtgcgt ttggatttaa gatctacatt tgccgccgtt tcgatcgggg
    43981 catgacacct cggcagcgaa acggtcccat agctcagttg gttagagcac ctgactcata
    44041 atcagggagt ccttggttca agcccaagtg ggaccacatg agacaaaatg gcatttgaac
    44101 aaaatgcctt ttttattgct tgacaatgga cagagaaaca accgttacgt atcacgaaga
    44161 aaagggtctg tcgatcggcg atgtagaagc gctcgtgttt ggccgcggac ggctcaacat
    44221 cacggcggaa tcgcttcaaa aggtggatcg ctcatacgat ttcctccgag aattttccaa
    44281 agacaaagtc atttacggca tcaatacagg cttcggcccg atggcgcagt atcgcgtgga
    44341 cgacgcggcg ctcgaacagc ttcaatacaa catcattcgt agtcactcca cgggcgccgg
    44401 gcgtccgctg gaattgcgct gcgtgcgcgc ggccctgctg gcccgactcg tgacattttt
    44461 gcagggtcat tcgggcgtac accgcgacct acccctgttg ctccacgagt ttttcgagcg
    44521 cgacatctgc ccgatgatcc ccgagcacgg cagcgtgggt gcgagcggcg acctcgtgca
    44581 gttggcacac atggcgctgg cgctgatcgg cgagggcgag gttttccacc gtgggctgct
    44641 ccgcccgacg cgtgacgtga tggaggaaga aggcctccgt ccgctgcgac tcaggctgcg
    44701 cgaggggctg gcggccacga acgggacgtc ggtcatgacc ggcatcgggc tcgtgaatct
    44761 catcgaggcg cgacgcctcg cgggttgggc cgtggcggcg tcggtaatga taaacgaggt
    44821 ggcggcatcg tacgacgacc tgatgtcgcc cgtgctcaac gaggccaagc gacacgccgg
    44881 acagcgccgc gtagccgccg aaatgtgccg ctgggccgag ggcagccggt cgctgaggca
    44941 acgcgaggcg gagatgtttc accggcacac ggaggaggtg ttcgagcgga aggtgcaggc
    45001 ctactattcg ctgcggtgcg tgccgcaggt gcttgggccg gtgtgggaca cgatcgagcg
    45061 ggccaccgag gtgctgatcg acgagctgaa ctcggcgtgc gacaacccga tcgtggacgc
    45121 agagacgcgt aacgtctacc acggcggcaa cttccacggc gactacgtct cgctcgagat
    45181 ggataagctc aagatcgccg tcacgaagct ggccatgctg gccgaacggc aactgaacta
    45241 cctctgtcac gaccgcatca acgacggcat cctgccgccc ttcgtcaacc tcggcatccc
    45301 ggggctgaac tacggcatgc aggcggcaca attcacggcc acgtcgacga cggcagagtg
    45361 ccagacgctg tcgaacccga tgtatgtgca cagcattccg aacaacaacg acaaccagga
    45421 catcgtcagc atgggcacca acgcagcgct cttggcgcgg cgggtggtgg agaatgccta
    45481 tcaggtaacg gccattctct tcatggcctt ggctcaggcg gtggactacc tcaagctcca
    45541 gccacagatg gcgccccgca cacggacggt ctacgacgcc atccgtggcg tcttccccgc
    45601 cttcacggac gaccagccga agtatcgcga gatcgaggcg atggtggaat tcctgaaaac
    45661 aaccgataac acgaacttct tagcacaatg agagtacccg aaaaatatta cgacgaagtg
    45721 ttcgacttct ccggccagtg gaacgtgccc tcgaagtgtg gcctcaagct gatccgccgc
    45781 cctggccaac ccgtgacagt gatcgtcacc gagctgtatc aagataaccc cggcacatct
    45841 gtcacggcgg caggctacat gctggcacgg caaatcttcg aacgcaaaca gttggcgccg
    45901 gccgaggtgc gctatctgga atgcaacccc gacacgcaat cgaaactctc gttctacgac
    45961 gaggaatatt ttgaagtgac cttccccgag acgacgggcg ggagcggacg ccccacgtac
    46021 cgccaactct cacgcgagga agtgaccgca ctcttcgacc agcccaaaga atgacaatcg
    46081 ccccagacat agagcggcag ccagccgatg tgatcaagcg ctttcaggag gtgaagctcc
    46141 gggaagcgct tcgttatgta gctgcccatt cgaccttcta ccgtcggctc ttccgcgagc
    46201 acggcgtcga cccggagcgg gtgcaccgaa tcgaggatct gaccgcgatc cctttcaccg
    46261 aaaagagcga cttgcagctc tacaacgagg agttcgtctg cgtgcctcgc acccgtatca
    46321 ttgattacat caccacctct ggcaccttag gcgacccggt gacattcgcc atgaccgatg
    46381 ccgatctgga tcggttggct tacaacgagc agatctcctt cgcgtgcacc ggtgcaggcc
    46441 cgggcagcgt cttccagctg atgacgacga tcgacaagcg cttcatggcc gggctggcct
    46501 acttcctcgg catccgtcgc ctgggcgcgg gcatcgtacg tgtggggaac ggcatccccg
    46561 agctccagtg ggatactatc cggcgtgtac agccagacac gatcatcgtc gtgccctcct
    46621 tcattccccg catcatcgac tatgccgagg cacacggcat cgattaccgc gccagcagtg
    46681 tgcgccgtgc ggtctgcatc ggcgagaacc ttcgcgagca agacttctcg cttaacctcc
    46741 ttggcgagag catccgccga cggtgggaca tcgaactctt ttccacctac gcctccacag
    46801 agatggccac caccttcacc gaatgtccct gcggctgcgg cggacaccat cacccagagc
    46861 tgatcatctg cgagctgatc ggcgacgatg gattgcccgt agccgacgat gaggcaggcg
    46921 agcttgtcgt aactacgctc ggtgtagagg gcatgccgct cgtacgcttc aagacgggcg
    46981 acttggcgcg attccaccgt gagccatgcc gttgcgggcg caccacaatg cgcatcagcc
    47041 cgattatcgg tcgacggaac catatggtca aatacaaggg cacaacgctc tatccgcccg
    47101 ccgtcttcga cgtcttggac aatacgccct acgtggagaa ttacgtgatg gaagtcagcg
    47161 ccaacgaata cggcaacgac cgaatcgtaa tccgcgtcgg gctgcgcgaa cggccggcgt
    47221 ttgacgtggt caaggagctg aaagaccgct tccgtgcacg tatccgcgta gcccccgaga
    47281 ttgccgtctc gtcgcccgag gaggtgcgcc gcatcaatca cccggacatc agccgcaagc
    47341 cggtgaagtt tatcgacaaa cgcaatcgcc cccaatgaat gctacggatc agtttgagga
    47401 cttgcgtccc ttcgttgcgg acgagatccc cgctgccatg cagcgcattg ccgacagtga
    47461 agcctttgac gcgctggcgc gttacgtctt tcctcaccgc gacgtagagg aggtgcgccg
    47521 catggtgcgc gccatccaca ccacggatga gttccagatg agcgtcatgt atcacgtcaa
    47581 tctgcggatc atccgccgct ccatcacacg cctgacggtc gacgggctgg acgccctcga
    47641 cccgggggag cgatacctct tcatctccaa ccaccgcgac attatgctcg actcctcgct
    47701 gctgcaaaac ctgctgcacg aggcgggcca ccgcacgacg gagatcacct tcggcagcaa
    47761 ccttatgcag ggcgaactgg ccacggccat cggtcgggcc aacaagatgt tcaaggtggt
    47821 acgtgatagc aacatgcacg acttcttggc cgattccctc caactctccg cgtatatccg
    47881 ccacacgctg ctcgagaagc gggagtcgat ctggatcgcc cagcgcaacg gtcgcacgaa
    47941 ggatggcgac gaccgcacgg accgcggcat tgtcaagatg tttgccctca gcgaccgcac
    48001 caacgcggcg cgcgccatcc gtagcctgca catcgtcccc gtggccgtct cctaccagtg
    48061 ggagccgtgc gacatcctca agacgcgtga gctctacctc agtcgcggcg gacgcaagta
    48121 cgtcaagcag ccgggcgagg atctgcacag catcctcacg ggcatcctac agccgaaggg
    48181 atgcgtacac ttcgccatcg gtcaaccgct cggccgctca ctgcccgaca ccgtcgaggc
    48241 ccgacacgct aacgcgttct atcgcacggt ggccgacgag atcgaccgac agatccaccg
    48301 caactatcgc cttttcgaca acaactttat tgcctacgac ctccgcagcg gttcgtctac
    48361 atatgccgac cgttacacgc ccgaggctcg cgcagccttc gaggcgcgta tgcaacagat
    48421 gctacaagag atcgacggcg atccgtccat cctgaaggcg atcttcctcg gcatctacgc
    48481 caatccggta gcgcatggag ctgcgctcaa gtagttacgg ccttcggccg ggtagtcatg
    48541 cgctcttcga gcgcagtagt tacgcgccgt tggcgcgggt agtcagaaga aagctgctac
    48601 ccctgactac ttctgactac cggggcgaag cccctgacta ccgcgcccgc aaaggggcgc
    48661 ataactaccg tgccccttgg ggcacataac taccgcggct caaggccgca taaatcatcg
    48721 atagaactat gaccctccgc ttcatgagtc tggccagcgg cagcagtggc aactgctact
    48781 acgtgggcac ggctgactac ggcgtcctcg tcgacgccgg catcggactg cgcaccatcc
    48841 gcaaggcgct ccgccaggcc gacattgact tcgaccgcat cctagctgtg ctcgtcaccc
    48901 acgaccacgg cgaccacatc aagaccgtcg gctgcctcgg cgaacgctgc cacatcccca
    48961 tctacgccac cgaacgcgtg cacaccggca tcaaccgcag tcgatacgtc gacgagcccc
    49021 tccgcaccgc cgggcgcgtg atcgaaaagg gcgtgccctt caccatccgc gatctcacca
    49081 tcgaggcctt cgagatcccg cacgacagca gcgactgcgt cggatacttc atcacctgcg
    49141 gcccgcaccg cctggtgatc gcctcggaca tcggccagcc gacggacacg atcgcgcgct
    49201 acgtggcccg cgcccgacac ctcgtcctcg aggccaacta cgacgaggat atgctccgtc
    49261 atggccgcta cccctacttc ctcaaggagc gcgtcgccgg ccccggcggc cacctcagca
    49321 accgcgaggc ggctgacctc ctggccgctc accgcgcgcc cgacttgcgc cacgtctggc
    49381 tctgccacct cagccgcgag aacaaccgcc ccgagctggc ctacgagacc gtcagccagc
    49441 gactcacgga ggccggcgtc tgcatcgcgc ccgacacgct ccgcctcgat gtcctccaac
    49501 gcaacgcccc ctccgacctc ttcattttgg actgaagtct ggtcggaggg ggcgcctctt
    49561 cgtgcggtcc gggggccgca cattacacct gcggctgctc tttttcctgt tcctgctcct
    49621 ctttggtttc catcaagtcg cggatcttag cgtcgactcg catctcgatc tcgggcgtga
    49681 tgttgtcctt gagatacttg atcaggagcg tgatcacggc caagtcgtcc gtgtagccca
    49741 gcccggccag aaagtcgggc acgatgtcga tcggcagcac aaagtagccc agcgcgccga
    49801 cgatgtaggc cttgtccttg agcgaaaccg aatcgctctt catcatgtaa aacagcagta
    49861 gcacaggttt cagcacgctt ccgcccacct tctgtgctat gcgccgcacc ttgcgccaga
    49921 aacgtttgtc gtcgtaatac ttgctgtacg atgtagcctc ctcaagctgc cgaaggggca
    49981 gattcctttc ttcgtttgat tcgttcctat ccatgtcgtt tcggttctgt ttcgtcgttt
    50041 aatatcactg gcaaaggtac gcagcgcatt gcaatccctc ggggcgaact gctccgaggc
    50101 ggacatgcaa gcctcaagaa tcgtgtattt ccgaagccat gcggctctgc gacgcccccg
    50161 tcgctgcgtg cgacattaaa aaacatgcgc gtaactgatc gtcgctgtat gcaacattaa
    50221 gaaaccgtcc agtaattgat catcgattca tgtggtattc aattaccatc cggtaatcga
    50281 atattgttgc gtgtagaatt aagataccgc tcgggaattg aatattgttg cgtgtgtcgt
    50341 taagataccg aacgggaatt gatcatcgct gcatgcagca ttcaatcgcc gtacgggaat
    50401 tgatcatcgc tgtgtgtgat attaagaaac ttgtatgttg attattgtcg ctgcgtattt
    50461 cgaggccatt tccggctgga atggggggca aatcgatctg ttgggataag aaacgctacg
    50521 ccttctgatg gccgaggcta atcagagcct ccgtttccat cgcccggtgc ggtaatagat
    50581 gagcgtggcg ataaaggcga gcgtgatgct ggccgcaatg gcccaccaga tgcccacgcg
    50641 accccacgca cggctgaaga gggtggccag tgggatgcgt atgagccaaa aggagacgat
    50701 gcccgtgacc atcgcaaaga aggtgtcgcc cgcgccacgc atggcgccgt tgaggatgct
    50761 gagcgcgccg tggaagacga gcacggcgcc gagtatcgtc aaatattcct gcccgatggc
    50821 caccacggcc gcatcctcgg tgaaggcgcc catcatctgc cggccaaaga ccaagatggc
    50881 ggccagcaca acgagacaca ggcagacgtt gaagagcatg gcgaagcgta cgccggcatg
    50941 cacgcgatcg aagcggccgg cgccgatgtt ttgtccgcaa aaggccgaca gggcaccggc
    51001 gagcgtgagg atgatctgca cgatgatgga gtcgatcttg cccgccgcac cataggccgt
    51061 gagcgtgtcg gcgccgaagc cgttgacgat gcctaagagg gcgacaagcc cgatggcgat
    51121 ggcgcattgc tgcacgccgg tggggatgcc gatgcggacg ccttggagga agagtgggcg
    51181 gtcgaaaacg aggtcgcggc ggcggagcga gagcagatcg tggcggcgga tacgccggat
    51241 gactaacgcc acgccacagg cttgcgccag gacggtggcc gcggcggcgc cctcgatgtc
    51301 ccaacgaaaa acgaggatga aaagcagatc gaacgcgatg ttgagcacgg ccgtagccag
    51361 cacgaaacgc atgggccgca ccgagtcgcc gatgccgcgc aggatggaga gggcgctgta
    51421 gaagaggatg aagaagaggg taccggcggc gtagacgcgg aagtaccgca aggcgtaggg
    51481 catcacctcg ggcggcgtgc gggtgagccg aaagaacgcg tcggcaccga cgacgccaac
    51541 gacggagagc accgccccgg ccacgatcgc aaagagcaga aaggacgaga aggcacgccg
    51601 cactgccgcg tgatcgcggg cgccgaagcg ctgcgagacg acgacggtga tgccgctccc
    51661 cacgccgatg gccagcgaga tgataaagta atagatgaag aaagaggccg agacggcggc
    51721 taacgcctcc ttacccagga agcgccccac gatgacgctg tcggtcaggt tgtacacctg
    51781 ctgcgtcagg ttgcccacca gcagcggcag cgcgaaggcg gggatcaccc gccataccgc
    51841 tccgcgcgtc aagtcaagag ccatgctgat cttatcgaat tactaaacga gggttgagga
    51901 ggcgcttcgg ggtttcttct tttcttccct tgacatacct ccttttcttg tcttgacaca
    51961 agaaaaggag caaaagaaag tcaaggccgg tgcgccggcc ggcgaagttt ggccgggtac
    52021 aagatgacgg ccgcccttag ttcgtcgttt tcagttcctc tgcaaattcc acctcgacca
    52081 caaagtccgg gtcggccttg gcggtggtgg ggagcttgag gacgatgccg tcagcgtctt
    52141 gcacgaagcg taccggcaca cgcgtgcgat agtccaccgc ctgacgtaca cgattgccgg
    52201 cgtagggcag gcagatgagg cgatcgacgt cgctcaagac gtgcacgaag agcgtgcggc
    52261 cgcgctgcgt cgtcacgccc cactcatgcg gccgcaccac gccgccgcgc gtgccctgca
    52321 ccgtcttccc atacgtcttc atccaggcgc ccacctcacg cagccgcgcc agtgccgtgt
    52381 cgggcaactg cccgtcgggc tgcgggccga cgttgagcaa caggttggcg tcgttgccgg
    52441 cggcgcggac gagcaggcga atgaggtcgg cggtggattt gtacgcttga tctgtcatgc
    52501 gatagcccca cgagcggttc atcgtctcgc acgtctcaag cggcagccgg ctgatggcct
    52561 ggccggagag tcccgccttg ttctcgcccg gcagatcgcg ctcgaagatc tggatgtcct
    52621 cgccggcgaa gggcgtcgtg tggtggttat tggcgatgag gcacgcgggc tgcaggcggt
    52681 gaatgagcgc gtactgctgc gtgaggcgcc aggtggagtc ggtcacgccg tcagggtaga
    52741 tgtccttgtc ccacatgccg tcgaaccaga tggcgccgat ggggccgtag ccggtgagca
    52801 gctccgtcaa ttggcggttc atgaaggcgc aatagtcgtc ccagcggcct tcgcgggtgc
    52861 ggccggtgcc gaggccggta cggccacgag ggaagtagtc gtcgcggcgc cagtcgaggt
    52921 gcgaatagta gaggtgcagg cggacgccgt gtcgggcgca ggcgtcggcc agctcacgga
    52981 tcacgtcgcg gcggaagggc gtggcctcga tgatgttgaa gtccgactcg cgggtggcga
    53041 acatggagaa gccgtcgtgg tggcgcgtgg tgacgcagat gtacttcgcg ccggcgtcag
    53101 ccacggcctt gacccagcga tcggcatcga aggcggcggg atagaagccg ccggccagcc
    53161 gcgcgtactc gtcgcggtcg acgttgcggt tgtgcatcat ccattcgcca tcgccggcca
    53221 tggtgtagag cccccagtga atgaagatgc cgaagcgatc gctgcggaac gtctcgcgcg
    53281 cctggaggtt ctctttcgtg ggcgtgtagt tcgccgtctg tgcacccgct cggagcaggc
    53341 acaaggctgc catcgtcgca gcccaaaacc aagtttttgt tgtcatgtgg tgtaaaagta
    53401 gttaggggtt ataggggcgg ccttgcggtc gccgggatag taagcatgat cagggggagg
    53461 ggcggccttg atgggtctgc ccggaggaga tcggcgcgcc ctcgagccgc tggcgagcct
    53521 cgtcgagggg gatgccgcgg gcgtggtaag cgacgaagtc gaggccgaag gaacgccagc
    53581 gatagacggc catcaggtag cgctcgggcg tggtgtcacg ctcgatggtg agcacgcgcg
    53641 gctggccgtc gatgtgcgcg aaacggaagt cgacgagcgg atggctgagc cgcgaaccca
    53701 tccacagggg gcggatgtag cggtctttgt agaccttgaa aatgaagagc cggcgcgcca
    53761 cctgcgggtc gtaacgggtg gacttgatga cgcccacaag cacgtcggtg cggccatcgc
    53821 cgttgatgtc gcccgtctgg aaacggtaga cgggataggg caagggccaa cgttcgacac
    53881 gaccggcgta gtcggccacc tgcacgtagt gaagcgtgtc cgcgacggtg acgaggcgta
    53941 gcgtgtcttc cgtgtggccg ccgtcgggca gacgaatcaa ggcgagaagc aggacgagga
    54001 ggggcatcgt taatggttga tttttcattt gcggaaatcc cgcaagcatg attgaaaaca
    54061 ccgggagacc cccagcaaga cgcatcgcga cggctgctgg cagtctcccg ctgaatcatc
    54121 ggccgatgac gcacggcgct cgtcagacgg tcgcttccac gctccagacg aaggcgcgga
    54181 ggccgagctg gtcggagcgc tcgtcgaggg cgcgaagggc ctccagcaga cgggggacga
    54241 ggtcggcgtc aacgacggtc aggatggcct cgttcatcgc cggccaagcg tgcgacccga
    54301 gatgtggatc gcccgtttgg gaaccgcgtc cggtgacttg tccaaaagcc gtgtagccgc
    54361 ggcagttgaa gtgggtcagc agcgtgagaa cgtcttcgtg atgggcctga tcgcaggcta
    54421 taaatacagc tttcataagg ggttaatctt tgggcttcgt gataaggtgc ttgtgggctt
    54481 gatagaagtc gtccatctca cgcgaacggc gcagcttgcg gcgctggcgc ttgatgccca
    54541 cgccggcaaa cgagcagtag agcacgggca cgagcagcag cgtgaggatg gtggagacgg
    54601 tgaggccacc gatgacggag acgcccatcg ggcgccacag ctcagagcct tgtccaccac
    54661 cgatggccat gggcaccata ccgaggatcg tcgtcatggt ggtcatcaac acagggcgca
    54721 gacggctctt gccggccgtc acgacggagt tcctcaccgc ccgaccgcgc tcgcggcaga
    54781 gggtgatgta gtcgatgagc acgataccgt tcttgaccac gataccgatc aacatgatgc
    54841 cgcccaggag gctcatcacg ttcagcgtgg tgcgcgagag gaagagcgcc atcagcacac
    54901 cgctcacggc gaagggcacg gagaacatga tgatgaaggg gtacgtcagc gactcgaact
    54961 gcgcggccat gacgatgaaa acgagcacga tgatgagcag cgccaagacg ccgaggtcgg
    55021 agaaggagtc ctgctgatct tcgaaggaac cggagatttg gatcttgacg ttgctcggcg
    55081 tctgcatacg gtcgatcacc ttctgaccct cggccacgac ggtgcctaac ggcgcgcccg
    55141 gcttcggcac agcggagacg gtcacgatgc gttcgcggtc cttgcgctcg atggccggcg
    55201 gtgcgaaacg ctccaccacg gtgcccacgt cgcgcacccg cacagcgcgt ccctggttgt
    55261 tgtagatgag tatattctcg atgtcgtcta tgctcgtgcg atactcgggc gcataacgca
    55321 cgacgatgtc cgactccgct ccgtcctcgc gatactgcga cgcggtgtag ccgttgatgc
    55381 ggttgcgcag gtaagagccg gcggtggaga ggttgaggcc ttgcacggac agcttctcgc
    55441 gatcgaagtc cacctgatat tccggcaggt agtcgccgcg gctgatgttc acctccgata
    55501 cgccgtcttg cttcagtaac tccgtgcgca gctcctgcgc caggcggtcg gtcgtggcca
    55561 tgtcgtagcc gtagatctcg aagtcggccg tagcctgtcc gcccatgccg ccgttgtcgc
    55621 cgccgggcac gactttcgtc ttcgtgaact cggggtacgc cttgagatcc tcgcgcatca
    55681 tgtcgccaat catcgcctgc gagcgtttgc gttcgctgga tttcgtaagg ctaaggttga
    55741 aggtgatgat gtgcgacccg ttgtcacgta tcgcggcgaa ggtgttcgtg gcgtcggcct
    55801 gacccacggt atagttgcag acggtgatct cgggatactt ctgtcgccat tcgttcgtca
    55861 gccgcgcggc caactcctga gccacctcct tacgcgtacc cacaggcagc tccagcttgg
    55921 cggtgatgta gccgttgtct tgctggggga agaactccgt gccgatgtaa cccgcgcaaa
    55981 ggagactgag cacgaaaaag acgatgcacg aaagcaccat cgtccgtcgg tggctcacgg
    56041 cccagccgag cagtcgcgcg tagcccgtgt cgagggcgtc gagggcgcgt tgaatggggt
    56101 gataaaacgt gcggaaggcc ttcgacggct tgcgttgcaa gcgcagcaga cgcgagcaaa
    56161 gcatcggcgt cagcgtaagg gcggccacgg tggaaacgac catgatgacg cacatcatcc
    56221 agcccaattg tttgaagagc acgccggtca tacccgtgac catcgtcaag gggaagaaca
    56281 cggcgatcat cgtcagcgtg gaggcgacga cagagatggc cacctcgttt gtgccatgta
    56341 tagccgcctg cgacggcgcc gagccgcgct cgatgtgggt cgtaacgttc tccaagacca
    56401 cgatggcgtc gtccactacc ataccgatgg cgatagagag cgacgagagc gagacgatgt
    56461 tgattgtgtt gcccgtgatg gccaagtaga cgaacgaggc gatgagcgac agcgggatgg
    56521 tgatcgatat gatcagcgtg gcccgccagc gaccgagaaa gaggaagacg acaagcacga
    56581 cgaagagcag ggcgtagagc accgtctctg tgaggctgtc aatggtctcg aggatgttct
    56641 ccgacgagtc ccagatgatg cccagcttca cgtcgggcgg caagttcttt tgcagctcgg
    56701 gcagcttggc gagtacttgc ttggcgatgt tgacagagtt ggcgccggat tgcttctgta
    56761 tgatgatcgt accgccgcgg atggcgttcg tgtaagcctc ctgcgtgcgc tcctccacgg
    56821 tgtcgaccac ccgcgccacg tcgcgcaggt agacgttcgc accgccgacc gttccgacga
    56881 cgatgttctc catctcgcgg gcgtccttga actcaccctc cacacgcagc gcatacgtct
    56941 cgttaccgat gtcgaggcta ccgccgggga tgttgcgatt ctctgcgccg atgatggcgc
    57001 cgatggtttc gacggtcaag ttgtaggcct ccagtttggc ggggtcgcaa tagacctgaa
    57061 tctcgcgctt gggtgcaccg ttgatcgata cggtacccac gccggggatg cgcgccaagg
    57121 ggttggcgac gttgtcgtcg aggatcttgt agagcgcctg ctgactctct cccgcctcga
    57181 ccgacaggat caagattggg atcatgtctg acgagaactt gaagatgatc ggtgtctcgg
    57241 cgttatcagg cagctgcgac ttgaccatgt cgagcttatc gcgcacgtcg ttcgtcagct
    57301 cattgatgtc gttaccatac tcgaactcga gctggatgag cgacaagttc tcggacgagc
    57361 gcgaggtgat atgcttcagg ttgctgaccg tgttgaggct gttctcgagc ggccgggaga
    57421 cgttcgtctc gatgtccgac gcgctggccc caggataagc ggtgagcacc atgatggtgt
    57481 tcgtttcaat gtccggatag aggtctaccg gcagacggga tagggagaag agtccgaaga
    57541 tgacgatcgc cagaaagctc aggctcgtca taatgggctt ctttacggct ccttcgtata
    57601 agctcatggg gtgcttgatt aattctttac cacttccact tgtgcgctgt ccttgacagc
    57661 cgactgatac tgcccgtcga caacgacgtc ggcttcgcca tcaaggccag agagcagctc
    57721 gtagcgatcg cccaagcgac gacccaactc caccgtgcga cgcaacacgc gcccgtcgcg
    57781 gcagacgtac acgtaacgct cgcccgatcc ggcttgcttg ataatggcct tatcgggcac
    57841 gacgatgcgc tccgccttgc cgaggttcag cttcacacgg ccaaacatac ccggacgcac
    57901 gcgctgatcg gcgttaggca accgcacctc ggctgcaaac gtgcgcgtgg tggcgttcac
    57961 cgtcgggtgg atcaggttga tggtgccctc gaacgtctcg ccggggtaaa catccagctc
    58021 cacctcggcc ttggtgcctt tggtgatgcg cgtgaactga ctttcggaca cattgatcac
    58081 cagcttcacg ggttggatct gcgccacggt gaggacgggt tgcgcgccgt tgtacatgtc
    58141 gccattgtca tagttacggg ccgtgacgac gccactgatg gggctcgtca gcgtggtgtt
    58201 acgctgcagg ttgcggtagg ccgtttcgct cacatcgagg ctcgtcttcg aggcctccca
    58261 ttgcgagcgc gacacgccgc ccaccttata cagctcgtcg atgcggcgga agtcggcgcg
    58321 caggttctcc atctgcaatt gctgctggcg gaggctggcg gcatccatct gcacgagtgc
    58381 ctgcccgcgg ctgacgcggt cacccacctc gacgttgata cgctcgatac gcacgggcat
    58441 ggagggcgca atgttgttcg tgacctgcgc ttcgacggtg gcggtgtatg tctccacctg
    58501 ctccacctct tctcgcacgg cagcgcccag cttcaccttc ggcagggctt cctgctccgt
    58561 ctcttctgcc tgttttcctc cgcccgaaca ggctgcgatg gccgccgcaa gcattaggga
    58621 ggctgccgat cgtatgattg tttctctctt cattgttgtt ctatttattt ctgatttatc
    58681 gtgtgtgcgc ggtcattatt ccccagcgtc ttctccagat cggcgcgggc agtgaggtag
    58741 tcgtagatgg cttgacgata ggccagctcg gcctgtgtga gtgccacctc ggcgtcgttg
    58801 agttcgagga tggtacccat gcccacctcg tagcgtttgc gggcgatcag ccgccctttc
    58861 tccgcctggg ccacgccctc gcggttgctg gcctgctgtt cataagctgc cgccatctta
    58921 tctcgagcgt tttgtacgag cataccgagc tgacgttcgg cgttgaggcg tgtctcgcgg
    58981 agctgttgca tttgcaggcg caccttgcgc agcttcgggt agttcgaggc cttgaagagc
    59041 ggaatgttga cgttcagcgc aacgaatgaa tagggatacc aggagtaatt gcggatgcga
    59101 aagtcgttgt tcatcgagct atacgagtag ctgtatgagg cgccgatggt gggcaggaag
    59161 ttggccttcg tcaggcgttc gttgtggctg agtagctcca ggttgaggtc taactggcgt
    59221 agatcgctgt tgttttccag cgtttcggcg atgggctgat cgggcttcat ggccgattca
    59281 taatccgcca gactgccgcg ggcagcgatg atgggttcgc ctgccacccc gagcaacaca
    59341 cgcagttgca gacccgccag cgccacaccg ttgcctgccg agacaagccc cggcttgaga
    59401 ctgcgcacct gcacatcggc gcggatacgg tcgtactcgc tgacgctccc cagcgtgaag
    59461 cgttcgttga cgatgcggag gttggcctcg gcctgcgcat aggcttcttg cagcacacgg
    59521 tagctgtcct gcgccaagag cagctgatag aaggccttcg taacctcgtt aaccatgcca
    59581 atgcgtgatg cacgcgcctt ctccacggcc aactcgatgt cggcctccgt aagccggatg
    59641 ctgcggtaga gcgcgggtgc gaagaggggc agattgatgg ataagccggc cgagtaggag
    59701 ttgtccgtac ccatttgaat cttggtggac tgtccgccga actccatgac catcgtttgc
    59761 ttcttgagcg tacgcgagta ggaggcgctg agcgaggcct cgggcagcag tccggcgcgc
    59821 gcttcgcgtc gggcttcttt tttgatttcg acgtcgtaat ccgccacgcg aacggtggga
    59881 ttttcggtga gggcgatttg aatcgcttcg tctaatcgga ggcgcagcgt gtcaggcgcc
    59941 tgcgtcgtct ccacgtcttg cgccgaaagg ccggacagcc acggcgtaag gcaaacgagg
    60001 aagaggatct tgtggaatga catatagtat aatgtgtatg tagcgggaaa atggaggagg
    60061 cgaggttctt ccccagtgaa tcggggctgc aaagaaagac agaacttaga tcagttcaca
    60121 gcttccacca aaatgcaatg ccttttgctc cctgcgcaac gcagagcccg aaagacaccc
    60181 ttttttgctc cctgcgtaac gcagggcccg aaagagaccc ttttttgctt cctgcgtaac
    60241 gcagggctcc gaaagagacc cttttttgct ccatgcgttg cgcaggggcc gaaagagacc
    60301 cttttttgct tcctgcgtta cgcagggctc cgaaagacac ccttttttgc tccctgcgtt
    60361 gcgcagggtt ccgaaagaga cccttttttg cttcctgcgc aacgcagggc tccgaaagac
    60421 gatgcttttc agttcggcgc aaaccaaaaa aaagcgtgca gaccgtcgcg acccgcacgc
    60481 tttcaagcat gttatcgttg aaatcaaaaa tccttatgcc ggttgcttct tggtcaggac
    60541 atacttgtca gcgttctcag cagccttggc gccatcgtcg cctacgacta ccacgttgtc
    60601 gccctcaatc agcagcttac ggaagctcag tgcatcggca ttctccagcg tgataatgcc
    60661 gcttgcagga tcccaagtga agctacctgc agcctcgctg tggccaccgt ccttcttacc
    60721 cttggcgtct tgcgttacct tgtaggtcat gtcgcccatc agttctacgg tcgtctccag
    60781 accgctgcaa tctgcgcagg gcagtgtgcc ggcgtatgcg cctaccttat caaatgcagg
    60841 tgccggagcc tcagcgggct gctcagctac cattgcgctg tccgcatttt ctgcgttctc
    60901 agcgttcttc gcgttttggt tacacgatac gaatcccagc gtcaaagctg cgattccaca
    60961 ataaagcaat ttctttttca tacctgtagc aattaaaaaa acatagaatc aaaattcgct
    61021 atatgaaaca gccccaccgt tggattgttt tgggcactcc tcaagaaagg ctgcttttta
    61081 catttaattc acaatttgca ctcctgcaag gcttcgtcca ttgcggcagc agcgcgccgc
    61141 ccgtcaccca tagcgaggat caccgtagcg ccgccgcgca cgatgtcacc gccggcgtag
    61201 acatccgcaa gcgacgaacg catgtctgcc tcacctacaa tgatcgtgcc ccgtttcgag
    61261 atctccaatc ctgcgaaggc ctgcgggatg agtgggttgg gcgagacacc cacgctgacg
    61321 atcacttcgt ccacgtcgat tgtttccact gcgccctcca ccggtaccgg tcggcgccgc
    61381 cccgaagcgt cgggttcacc cagctccatg cgttggaggc gcatgtgctt cacacgtccg
    61441 ttctcgtcgc caaggtattc gatcgggtta tggagcgtca agaactcaac gccctcttcc
    61501 ttggcgtgct tcacctcctc gatgcgtgca ggcatctcct cttcgctgcg gcgatagacg
    61561 atcatggcgc gggcagcacc gaggcgacgc gccgtgcgta cagagtccat cgccgtgttg
    61621 ccgccaccaa tcacggccac atgtttgcca cggaagacag gcgtatcggc gtccgtcgaa
    61681 gcggcatgca tgaggttcac gcgggtgagg tattcgttgg acgacatgac gccgatcaag
    61741 ttctcgcccg ggatgttcat aaagttcggc agaccggcgc cactggctac gaagatgccg
    61801 cggaagccgt cggcgtgcag atcgtcgtag ctgatcgtct tgcctacgat gcagttcgtg
    61861 atgaattgca cgcccatctt ccgcagcccg tcaatctcca cctccacgat gcgattcggc
    61921 agacggaact cggggatacc gtacttcaat acaccgccaa tctcgtggag cgcctcaaag
    61981 acggtcacgt catagccgcg cttggccatg tcgccagcaa aagacagccc cgctgggccc
    62041 gatccgacga cggcgatctt aatgcccttc gatggcgcac actcagggac ggctatctgt
    62101 ccactctctc gctcatagtc ggcagcgaag cgctccaagt aaccgatggc cacgggcgcc
    62161 ttcttcatct tcacatgcac gcagcgactt tcacactgct tctcctgcgg acagacgcgg
    62221 ccgcagacgg ctggcagtgc gcttgtttct ttcagtacgc gggcagcctc gaggaagttg
    62281 ccgcgctcga tattcttaat gaacgagggg atctgtatgc tcaccgggca accctccatg
    62341 caggtcggcg tgacgcagtc gaggcaacgc tgcgcctcac gtagggcctg ctcctcggtc
    62401 agaccttggt tcacctcttc gttgttatgg ctgcgataat cggggtcgag ctcgttcatc
    62461 tccacccgat ggatggcggt gcgttccttg gctttcatgc cctgtcgaag ttcctcgcgc
    62521 cacgattcgg tgcgacgctc ggcgacggtc ggtatggttt ccatgctgtc tatcgtttct
    62581 ggcgttctac ttctgttcct cctccttgta agagcgaagg cgcatcatca tctcgtcaaa
    62641 gtccacctga tgggcgtcga actcggggcc gtcaacgcag acgaacttcg tccgtccgcc
    62701 gaccgtcaca cgacaggcgc cacacatgcc cgtgccgtcc accatgatgg tgttgagtga
    62761 ggccacggtc gggatctcgt atttcttcgt tagggctgcg acgaacttca tcatcacggc
    62821 tggcccgatg gttacgcaga ggttgacggg ctcgcgttgg atcacagact caacgccctg
    62881 cgtgacgagt cccttggtgc catacgaccc atcatccgtc ataatgatca cctcgtctga
    62941 gcaggcacgc atgcggtctt caaggatgat caagtccttc gtgcgagcgg ccagcaccac
    63001 aatcacgcgg ttaccagcct tatggaaggc ctccacgata ggcagcaggg gcgccacgcc
    63061 gacgcctcca ccggcacaaa caacagtgcc cacacgctca atgtgggtag cctgcccgag
    63121 cggcccgaca acatccgtca ccgcgtcgcc ctcaccgagg gcgcagagct tcttcgacga
    63181 tcgcccgacg gcctgcacca ccagcgtgat cgtgccccgc gatgtatccg aggaagcgat
    63241 ggtcagcggg atgcgctcgc cttgctcccc tacgcgcacg atgacgaaat gtcccgcctt
    63301 gcgcgaccgt gcgatcagcg gagcctcgac ttcgagcttc accacatggg gtgagaaatg
    63361 ttccttgctt acgattctgt tcatatcacg tagtcctatt cattcaaaca aatccttgtc
    63421 gcgcaccaac atgaggatgg cggagtgggg caggatgaga aacttctcct gattgatgct
    63481 cacctcataa gcggcgctct gcatgtagac ggccaagtcg ccctcatggg cttgcagggg
    63541 gatgtaggcg ctgcggttgt ccttcttctt ccacgcctcg tcctcgtcca cgtgcgaggg
    63601 ctgcggataa cccggtccgg tgcggatcac atagcccgtc tgtagctttt cgccttcctg
    63661 caccaagggc ggaaggagca gcccggactt cgtcttcacc tgcggattcg tcggcttgac
    63721 cagcaccttg tcgcctacca tcaaaaactt gtcaaactct ttactgtcta tcgacaactg
    63781 catttctttt ctctcttaca taaatacgta taggccctgc ggcccttggg cgcgcaaaag
    63841 tagaagaaag gacttacggg cgctggtcgc ccttgaaatc cggagttcta actgaacgtg
    63901 tgttcggcga aagaatgagg ttccttattt ctggagaatg tcttggatag cgcactgtga
    63961 cagccaaagt gtttttggaa acgcttgcaa cactgttgca agtcccacaa aaaactttct
    64021 ggcgtttgca acactgttgc aagtctcacg aaaaactttc tggcgtttgc aacactgttg
    64081 caagtctcac gaagaacttt tcgacgtttg caacactgtt gcaagcattt ccgaaaacga
    64141 ttagaccatc tcgtggctct cgtagaaact ctctgcgggc tttattcttt cgtccacctt
    64201 acgcatgaac tcctcattgg caaacgagac gggagacacg gcacccatgc cc
//
LOCUS       SEQF2637|AYYD01001289.195970 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..95970
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             complement(223..1506)
                     /locus_tag="SEQF2637_02809"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MYNKMKTTNVFRMAGLAVLAAMTLTWTGCKEDTPTPKPNPNPPT
                     PGGAKGDVAVVSMLTNPDGQSGTAWMQLVDGIAPRTIDNSKARQIGFGMPPMDVLGNY
                     IFTIPQYGQSNIFAKWERTADGALNKVAELLLPVNSVSMHGRIYSAEKGFLSTVVGKL
                     LIFNPTTMKLTGEIDLSAYADKGLSVPQFGSLFFDGETMYVPLWQVNTQRMPIGDPGI
                     DLLLIDLKTNKVIKRIKDSASGLSSLGYPYGVQKNVFKDEQGDVYYVASGSFSTDPKY
                     KTGIVRIKKGATEIDPTYNWVLNDQAIEGETGKMRWLACVYYAGNGKLYGMADMPNYW
                     ADKTKPNWLRDRSVISVEIDLRAKTVKKLPIPHSCAYSTHVSTYNDLIVFSVWGDKET
                     GFYTYDPKTGKASDGAVIKMPGFPFWFYQFKSMIY"
     CDS             complement(1519..3921)
                     /gene="cirA_4"
                     /locus_tag="SEQF2637_02810"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17315"
                     /codon_start=1
                     /transl_table=11
                     /product="Colicin I receptor"
                     /translation="MRSAPAYLCDPIFNVNSMMTTRRTFLWIWIACFAALAWGQMEAQ
                     TARITGVVIDAANEEPLIGASAYIEQLKRGEVAGRNGDFTLDGLRAGSYTVRFDYMGY
                     ESRTEQITLREGETRRLKVRLKGESKSLGEVIVTAKSEARQLREQAMPVTVLSADQLA
                     GSVSDVSDILSKTMGVTLRSQGGVGSVSRLSVRGLEGKRIGFFIDESPMNDHSDFIDI
                     NDIPVSMIERIEIYKGVVPAKFGGSAMGGAINIVLKEYPPRYLDLSYAIESFNTHKAT
                     AIVKRNLANAGLEIGGGGFYTYSDNDYTMESPYQKGLLIKRDHDRFSSAAGAIGIKAR
                     KWYFDEQKINFEGLINSKQIQGVYYNIQHAHSRSKIGVMELELKKKNFLVEGLDLDFK
                     GASAFSRYHFIDTAMHRYDWDMKPYIPVHPLGGEIGAAPSNSTLDKFHFGTKLNLNYI
                     LSARNAINLNLLQRYANGHPKDTLRDRAMGYKMNYDSRMNSLVVGLSYDYKSNNDRLL
                     NSLTGKYYFYSMKTILREVYGGHDEIPIHLEKHYWGISDALRYRFMPEWMGKFSVAYE
                     VRTPTENELIGDGYLLSPSGDLRPERGVNVNLGTLWDRRIPNGIFQLEVNLFGNYLRD
                     MIRQTQNYTQTRYENFGEMRTLGVEAEVKADVLPWLYGYANVTFQDLRDVREYEPDSK
                     APNPTRHLRMPNIPYFLANAGLEYHRENLFGTKRTNMRLFADASFVEEYFYDFEQSIH
                     QERRIPRSMRLDLGLEYSLMDGRIILSGKVGNATGAKLFSEFNYPQPGRTYSLRLRYV
                     LK"
     CDS             4089..4604
                     /locus_tag="SEQF2637_02811"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVPVVGAHITKRLCRCCMIASHTATTLCRCCMILSHTATRLCK
                     GCMVVSHTATGLCRCCVVVSHTATTLCRWCMVASHTATTLCRWCVAVSHTATAPRRCC
                     MVISHTAAGHAMGRMQYAPTRIHAIHVPGQIRWRPQTPRPNSLASVDALANFAGVRRR
                     PQTVTFARFSQ"
     CDS             4617..5897
                     /gene="hpnP"
                     /locus_tag="SEQF2637_02812"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:B3QHD1"
                     /codon_start=1
                     /transl_table=11
                     /product="Hopanoid C-2 methylase"
                     /translation="MKLKLIYPKWKKLKGQTTFNLPPHGPVVFAATLPEDVEVSFTDE
                     NVEALDYDEACDLVAISMMLSTQVKRGWAIADEYRRRGKKVLFGGISTMLHAEETMEH
                     ADAVFLGESEGRMQEVIDDFRRGCLKRVYNYMTRQPAIEDVGPARRDLYKRHLYNHKG
                     VQMVDLFHASRGCRFSCYPCAVTYLGGRIFRPRPMDKVIEDLASIDNNRLFIVDNSLA
                     QNKQWEMDLFREMIPFKKKWISHTIEDDPKVLDLAAQAGAWYVYQAVYDTSNYIRERV
                     KRYHDHGIGVEGTILLGLDNQSEDDIKRLIDFLLEIDLDLAEFTVMTPFPHTKGYDDY
                     LRQGRIFDFDWDHYNAGQVVFHPKQMSAERLQELYEYAWDTFYHDESQEQKMFRLFTQ
                     VVMREMEDGTFRPRNRALANKSFGRDVVRHIKAS"
     CDS             5916..6839
                     /locus_tag="SEQF2637_02813"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MARTLTVAVFYYTQTGQALAIARSLCAPLEAAGCRVVKREIRPV
                     TAYPYPWSSEAFFQVFPESRLGIACAIEPVDLSGAVAEADLVLVVGQSWYLSLSTPLH
                     AFFQSPEVRAYLHGRPVVFVNGCRNMWVMTQSETRRYLREIGARYVGFIELHDKAPNL
                     VSVLTIIRWLFYGRKEATRLLPAAGVSQRDVADADRFGLIILRTLYDGQWEQLQERLM
                     REGAVTFIPQLYFIERNGYRMWGRWAHFVRHRGGAGDPRRQGRLRLFKAYLFFVLYAV
                     SPFGLLFYGLTYPLRRAALKKARREVCLKLS"
     CDS             6991..8136
                     /gene="fabH_2"
                     /locus_tag="SEQF2637_02814"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /translation="MEYIYITHLSTFFPNAPVRNEEMEDYIGLVNPKSSIAKRLVLEK
                     NGIRSRYYALDKSGCVTHTNVEMAALAVRHLLAEAAMTPSDIDLLACGTASPEQLMPS
                     HGVMVHGALGGDCGAEVVSFAGSCCTGMHALKYAWLSMRTGDAQRAVCVASERLSAWM
                     QARYFEREAELIDQLMEKPILAFEKEFLRWMLSDGSAALLLGHEPPTDGRLAFRIEWI
                     EGTSYADRVETCMYAGGEKDAEGQLVGWAQHPEAEWLSRSLFALKQDTRILERNIITL
                     GGDFLRRVMKKRAFDLSSVDWFLPHLSSMYFKKKIEAELERMGYDIPAERWYVNLPEI
                     GNVASVSAFAMLDGLRQTGRLRPGQRLLLMVPESARFSYSYALLTVV"
     CDS             complement(7976..8764)
                     /locus_tag="SEQF2637_02815"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKAFAGTPQVPRKTFWCLQKFCKLRFLLLGICRSPASSIFLFWA
                     FAEVLQAPFFSFGRLQEFCKGHFLLFGACRSSASSIFPFWVFAEVLQAPFFPFGSLQK
                     FCKLHFSLLGICRSSASSIFLFWVFAGVLQAPFFSFGSLQKFCKLHFSLFGVCRSPAS
                     SIFSFWAFAEVLQAPFSPFGHLQKFCKLHFSLWGLCRNAANVFGSLTRGFTPPSAARR
                     NTRSGRSRAPSAGGVARAAVAPSGAARRAWRRPRRRPRCRSRAG"
     CDS             8792..9190
                     /locus_tag="SEQF2637_02816"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTINEVPQDLKYMAGGVIRDVAYAVDEDGRYQSVVSDGWAVKND
                     VLDLVWDDIHASCEAIREQVLRHEASPLAYHMTKNLQDVSMLAAYADIPKRKVKKHLT
                     YDAFMQLDDRTLERYADALRITVDELRSVE"
     CDS             9187..10209
                     /locus_tag="SEQF2637_02817"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIEIAFDHRPSAHCENGVTRNLLHFYGYDYSEPLVFGLSASLYF
                     VHLPFVRLAGFPVTSFRPLPGMIFSRTTRLLGFGTRQHHFLRHTSAERKLDQLLAEGT
                     PVGVVVGMYFLPYMPAEYRFHFNAHNITVFGKEGDDYLVSDPIAMEKVRLSARDMMRA
                     RFARGTYPPMGKLYYIRSLPRHTPDLPPLVRRAILTNCNRMIHQPGPVPWVGINTFDY
                     LGRQIPRFPQQYGPKRAALHLAQLIRMMEEIGTGGAGFRFLYAAFLQEAADVTGIPAL
                     NELSARLTDIGDQWRRFAADAGRVCKNRSSADVDYRTLGADLKAIGGMERTLFTDLER
                     VVKAHK"
     CDS             10206..10949
                     /gene="yxlF"
                     /locus_tag="SEQF2637_02818"
                     /EC_number="3.6.3.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P94374"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ABC transporter ATP-binding protein
                     YxlF"
                     /translation="MTSAIDIRDLRKTYRGAAAPSVDGLTLHVSEGEFFGLLGPNGAG
                     KTTTLSILAGLLPFDGGTVHLCGLDVRRDRARIRPLIGVVPQDIALYPELTAAENLHF
                     FGRMHGLPTRTLRERIDTDADRLDLRAHLHKRIEHLSGGMKRKLNLLVALLHRPRILF
                     LDEPTVGVDVHSRQEIIAHLRAFNTDGMTIIYTSHDMVEAERLCTRVALMNRGATVCE
                     GTPEALLTEARMPSLEALFIARTEEAGRA"
     CDS             10946..12235
                     /locus_tag="SEQF2637_02819"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLAALFRKDLLLLLRDPWGLVLLFLMPWALVILMASLQDSTFR
                     TLDEQHIPLLLLNEDADSLGNTVSRELADSHLFDITTTAPDGQPLTAEAVETAVARGD
                     YLIGVVIPSGTTDRLRQRVARGVAQAFGGEEDTVAEAETDPLSAQPLEIRLWVDPTAK
                     PSFRATLLSAVREHMLTVQNRLLLGEISRHVNRLIPMPIDLEMETEGWITVHESYAHT
                     SSTADLLPNATQHNVPAWSMFAVFFIVISLAGNMIRERETGCFARLLTMPCPYALYLT
                     GKVLVHLLVCLLQLALLLVTGLYLMPHLGLPPLRLGHDHAALALMCIAVSLSAVGYGL
                     AIGSVARTAQQASIFGAVSVVILAAIGGVWIPTFVMPPLMRTVARISPLNWGLEGFNT
                     LFVRGGGLSDVAPYAAASLVFFAIMLGVAIVRRKMKS"
     CDS             complement(12357..13664)
                     /locus_tag="SEQF2637_02820"
                     /EC_number="6.2.1.30"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q72K16"
                     /codon_start=1
                     /transl_table=11
                     /product="Phenylacetate-coenzyme A ligase"
                     /translation="MDSVAFQYLPQAEIKAYQEQCLVETLAYVNERSPFYRRRFAEVG
                     IDVSSIRRLEDLVRLPVTTKEDLQRHNEDFLCVPRTEILDYVTTSGTLGEPVTFADTR
                     RDLDRLALSEYLSYEICGCRPDDVIQLMATNDRCFMAGQACLLGSFRLGSAIVRVGNG
                     IPELQWNMIRRLRPTVCVCVPSFILKLIDYARAQGIDYRSCSLRRAFCVGETVRTDTH
                     ELNLLGRKIHDLWPELSLHVNYASTEMQSSFMECEHQCGSHHKPDLTIVEFLDDDNRP
                     VGPDEPGEITITTLGVEGMPVVRFKTGDVCRHFEAPCACGRHSLRVGPIIGRKGQMIK
                     FKGTALYPAALYDILDNVPEVTNYIVEVYTNAIGTDGIRILVGAGESPDEGFEKRLKD
                     LFRSKVRVAPDIVFAPAELIARKQMPPTSRKLIKFFDYRVGNV"
     CDS             complement(13740..15488)
                     /locus_tag="SEQF2637_02821"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNFNTDKMNKTSWLVCALILMQSGGMLLAQKAPKWAERARRSVF
                     TIEATDKSGNVTRGTGFFVGDQGEAVSNYTLFIGADRATVIDADGGRLPVVCILGADD
                     LYDVIRFKVSSQKKLPGLTPAVSQPAVGDRAYLIPASSAKGAAPAVGPISEVTRIKEQ
                     YGYYRVDMPLTREQVSAPLLNEGGQAFALAQADASGKGKTYGIDLAYIMSLRPAATDV
                     LNKVYSSIGIRTAWASSADEALVALMLYAAQQDAHAYLATLDDFIATFPSSPDGYLTR
                     ASHYVYQRKKLSDVGTEQQLLSRAEADLASAQKLFGDNVAEGYYNHAKLIYGVSAADS
                     TLTAPGWTMDRAADWIAKAIAADDRPLYRQLEADIAFFRGDYAKAAADYALVNQGPGA
                     SASSFYMAAKTEEQLEAPDTTRMFILMDSAITRATGVNPTDAATYIMDAVDMRMRRGQ
                     FAEAVKLYDRYYALTGGEVMPRFYYYREQARFRANDMDGALSDIRLALEGDPNNALYL
                     AEEGSIYLRKQDFAKARQSLERCIAQAPDFSAGHRLLGLCLVRSGKKAEGCRAFERAK
                     ELGDPVVERLMKQHCQ"
     CDS             complement(15485..15862)
                     /locus_tag="SEQF2637_02822"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVSNEASFCSDTLKMVSNGASFCSDTLKMVSNGASFCSDTPKMV
                     SNGASFYSDTLKMVSNGASFCSDALKMVSNGASFHSDAPSVHFFDGFGDLVAAGGSRS
                     EGTDRPAACDGKEEMKDGVLLRP"
     CDS             17030..17677
                     /gene="mtrR_2"
                     /locus_tag="SEQF2637_02823"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39897"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional regulator MtrR"
                     /translation="MGERMKMKQEKAEALKQTILNVAYELFLTHGYEKVCLADIEQGA
                     GATRGSLIYHYRSKETLLLLTSERFIADFFRDTCPDEEVINSRTPLKDYLKAFVQMVE
                     AQVRHFKENIVKDTKVTSASSINFMIHLCTLSASFKRALQAFHTTQLGYWSEVINRAK
                     ACGEIRQALSTVTLVDTFVHILSGIIFQSAVCHQEIPLDQLQDEWDNFYQTTIEA"
     CDS             18003..18650
                     /gene="mtrR_3"
                     /locus_tag="SEQF2637_02824"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39897"
                     /codon_start=1
                     /transl_table=11
                     /product="HTH-type transcriptional regulator MtrR"
                     /translation="MIQKTNKNELRKTETKGRILWAAFKLFLAHGYHAVSFMSIEQVS
                     QVTRGAIFYHFRNKEDLLRGVAEKFVIDFLQSSPSADEIIDDQTPLKSFLDAQIRQIE
                     QRVQLFLEQVGPDSDITSADFMSFLLFINKYVAGIKRKLQAYEEAQAQCWLEAIHQGQ
                     ERGEIRKEVDTETLYNAFHSVYVGIAFHGAVIHQQFVLDQLRKEWDYLYQLAAAH"
     CDS             18730..21012
                     /locus_tag="SEQF2637_02825"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTNRFFRQAALLPILAASLLPTVAARAQQGITGRLTNAAGQPV
                     AQAALILSAPDSTYLESAVSEDDGTFRLLSTARPYLLSVQHLAYETRTIADSRSDLGT
                     IVLELKAQTLEEVVVRAERPIVRVQNGRLTFTPQGLTKSKILATAFDLLAETPGLKST
                     DGESIRLIAMDQAPTLLINGRPSTRDAAATLLYVKSLPADRVLRIEVAHTAPPEWNVK
                     GAAVNIILKEGLSDRLTAQVQTQWDNKHANRFTQTASVMYASGKFSADLLYRLSSGHE
                     ISRTNMYVRHAVGSDTAEIRNHSDYRSHTPATHDLYLNLDYALADRHRLSVYYNARVT
                     PNETFDDRSVSTLTGRSDQHGTLRDHLQSIAAEYTLRGWRAGAEYLYSDSRRDYTGTV
                     AGRPIAYDRFQRIDRLHGYLRGRHALSERISLRYGADYTRTRNHSEQTGAAPVTSDED
                     IANAYVGTDITFAGDRANLSASLAGEGYRIRDYRRQSILPDVSISYTPTDDHALTLGW
                     QAFHNYPAYWYRQTYRREVDGYEVNLGNPDLRVARYNIASLSYVYRSRYAFNVYYYHV
                     RDAFFTQLYQSPDRLELINQISNTDLSHVWVLSASVPVTIGSRWFLTFAPTAFHEHYR
                     TEHWHDLSFDVAGWAGGMNVSSQLSLLSRPRLTFTTDGYYYSGGRQGLQKSSESWGVN
                     AGLQLALLKEESLLIALNVNDIFESATPIARTRYQSQWSDYDYTGGISRSVRLRLTYR
                     FSRYKEKQRREADRSRIGIQ"
     CDS             complement(21128..22027)
                     /locus_tag="SEQF2637_02826"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKFFKDWMLPIAMLAGALTYPWVSRLAFLTPYLIFAMLLFTFS
                     KIEPGDIRLRREHVWLLLVQLMGSGGLYLLLRPVDRIIASGALLCLLTPTAASAPVVT
                     GMLGGDVGFLTSYVILCNVTVAPVAPVYFSLIGIYGSENLPFVQALLYVCKRVFTLLL
                     LPLFTAFAIRRFAPGLRRIMVSVPRMSFYLWAFSLFIVTSVTVRFLIEHGGENPRTVV
                     GLLLVSLVLCVAQFLIGRCIGRRYGDPISSGQGLGQKNTILAIWMAQTYLHPLTAVAP
                     SGYILWQNIINSYQLWRHGKRKN"
     CDS             complement(22042..24030)
                     /gene="nagB_2"
                     /locus_tag="SEQF2637_02827"
                     /EC_number="3.5.99.6"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O35000"
                     /codon_start=1
                     /transl_table=11
                     /product="Glucosamine-6-phosphate deaminase 1"
                     /translation="MRNNLSSQITLTRVPEKYYKPENAYEYSLLTRFEKVRTHIYATM
                     EEGAGELARELATSIRERQREGKQFVLAVPGGRSPYPIFRQLIRMHREEGLSLRNVVV
                     FLIYEFYPLTNEAYSNMHLLREVFLDHVDIPKGNVYSPDGFIDKNDIYDFCRRYEQRI
                     RECGGIDCMLLGVGQAGTIGVNSAGTSVSSRTHLVLMDDTSRKESAQLFRSIDNVPAG
                     VITMGLGTLMEAAKVVLVAWGENKSRIIRETIEAPASDAVPSTCLQHHPNAKVVIDLS
                     AAGQLTRISHPWLVTPCVWDNKLIRRAIVWLCAQTDKPILKLTNKDYSEHGLGELLAL
                     YGSAYNVNIRIFNDIQHTITGWPGGKPNADDSNRPERAKPYPKRVIVFSPHPDDDVIS
                     MGGTLRRLCDQQHEVHVAYETSGNIAVGDDEVIRYCEYLRDVSERYAPSETPIREKAE
                     EIIRYLRYEKKEDGQPERPDVLFMKGTIRREEARHGCRYSGVKDEHVHFLDLPFYETG
                     LVKKNPLGQRDVDIVKQLLTEVKPHQMFVAGDLADPHGTHKVCLDAVLAAVDEMKGEE
                     WLKDCRIWMYRGAWAEWEMDHIEMAVPISPEELRYKRNAILKHQSQAESAPYLGDDER
                     LFWQRAEDRNRATAEMYKHLGLAAYEAIEAFVQYIPID"
     CDS             complement(24119..25279)
                     /gene="ecoRIIR"
                     /locus_tag="SEQF2637_02828"
                     /EC_number="3.1.21.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P14633"
                     /codon_start=1
                     /transl_table=11
                     /product="Type-2 restriction enzyme EcoRII"
                     /translation="MGNDLLTKAVATVYRAKAALYKYISANDAGVTGAHQAGFYIPKS
                     AYSIAFDQPGLKGENKDRTVHIRWQDGAAKDTESRFIYYGSGTRNEYRLTRFGRDFPF
                     LTDEYVGALVIIAREGEDTYSGYVLNTDEEIEDALEILGIPPNATIGLIDKDRIKLEE
                     KMRICVEECLASSNEFPDTQTMADLARKLTLLRKGASYDDRLGKWIESEYALFRCFEN
                     ELCKDMLIDGFSSVDELVVAANTLLNRRKSRAGKSLEHHLAQIFTDASLHYEAQVVTE
                     GYKKPDFIFPSGAAYHNQKFDAGDLVFLAAKTTCKDRWRQILSEADRIPVKHLFTLQK
                     GISAKQLDEMFGQQVKLVIPKYNWEFFPTTHLPRLQTLSSFVDFVREKQKTL"
     CDS             complement(25261..26328)
                     /gene="dcm"
                     /locus_tag="SEQF2637_02829"
                     /EC_number="2.1.1.37"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AED9"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA-cytosine methyltransferase"
                     /translation="MPNNCRVFDSDYRQLYPHFIDAAVPFSPPICSHFTFIDLFAGIG
                     GFRLAMQAIGGRCVFTSEWDKWAQQTYKANFGNLPFGDIRQEDVKAQIPSEFDVLCAG
                     FPCQPFSIAGVSKKNSLGRDTGFLDKTQGTLFFDVAEIIRRHRPKAVFLENVKNLLSH
                     DRGRTFKVIKTTLEDLNYVVHFKVMDGGAYTPQHRERIMIVCFDSSRYPKAQRFTFPE
                     LPEQKPRLRQILQDDVDDKYTISDKLWAYLQCYAEKHRQKGNGFGYGLADLDGITRTL
                     SARYYKDGSEILIPQTGKNPRRLTPRECARLMGYPENYRIDAVSDTQMYRQLGNSVVV
                     PLIAAVSKQMDDYLTQWETTC"
     CDS             26399..27241
                     /locus_tag="SEQF2637_02830"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MCTHMIRAPKVAAGGKHPRPRCSLDLLLHPFLSSRAEKDVESRG
                     TLAYSFPYINRYSNRATFRVTWVRGRVRHATFWRACVPAAPSCDILRSLRASGPVMRH
                     FEEPACQRPRHATFWRACVPAASSCDILESLRASGLVMRHFGEPACQRSRHAAFWRAC
                     VPAASSCDILESLRASGAVMPHFGEPACQRSRQATFWRACVPAEPSSDFFASLRASGP
                     VKRLFRVAACQRSRQATFSRRCVPAEPSSDFFAPLTTQRPRQAAWRRMKGRRCRASGP
                     RFVP"
     CDS             27382..27978
                     /gene="atpE"
                     /locus_tag="SEQF2637_02831"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00311"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type proton ATPase subunit E"
                     /translation="MDSKIQELTEKIYREGVEKGNEEAGRIVADAKEKEASMLREART
                     EADAIVEQARREADELRKNTEAELRMYAAQAVEALKTEVADLVTDRVVRKEVKAATGD
                     ADFMRQMMLEIAREWAKNGEMTIQTSDADKLSAYFKAKAAELLQGGVRIEEVNGHKTS
                     FAIAPADGSFKVQFGEAEFVEYFKEFLRPQLIEMLFSK"
     CDS             27975..28844
                     /locus_tag="SEQF2637_02832"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSKYYYLIAGLPEVALDDGRRPYTVADFKAEVMPMLSATDRPLF
                     SCFFLQYDNRNVLSMLQHAETAWDARGTVTRDDAEAVLTALKTEETLPRTSLPAYLVD
                     FMREYLQVAEEGREMDAVVWQDRLSARYFRYAMGSKNAFVSAWYELNLNMANVLTAIT
                     CRKHGLDRAEYVVPGNETAELLRTSNARDFGLGESLDYLPELMRVAEETDLLMRERRL
                     DVMKWNWLEEETFFRTFDFESVFAYLLRLEMLERWATLDAAAGEKTFRSMVGALKKGS
                     AAVLDEFKRNHTK"
     CDS             28857..30623
                     /gene="ntpA"
                     /locus_tag="SEQF2637_02833"
                     /EC_number="3.6.3.15"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08636"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase catalytic subunit A"
                     /translation="MTTKGTVKGIVSNLVTVEVDGPVSQNEICYITVSGVRLMAEVIK
                     VIGRNAYVQVFESTRGMRVGDEAEFMGHMLEVTLGPGMLSRNYDGLQNDLDKMDGVFL
                     KRGEYTYPLDNDRLWDFKPLAKAGDTVEAGAWLGEVEENAQPHRIMVPFKFEGTYKVK
                     SVVAAGKYPVTHTIAVLTDEQGAEHEVTMIQKWPVKRANTCYKEKPRPYKLLETGVRI
                     IDTVNPIVEGGTGFIPGPFGTGKTVLQHAISKQAEADIVIIAACGERANEVVEIFVEF
                     PELVDPHTGRKLMERTIIIANTSNMPVAAREASVYTAMTIAEYYRSMGLKVLLMADST
                     SRWAQALREMSNRLEELPGPDAFPMDLSAIVANFYARAGMVVLNNGKTGSVTFIGTVS
                     PAGGNLKEPVTENTKKVARCFYALEQARADRKRYPAVNPIDSYSKYLEYPEFEAYVSE
                     HISPEWLGMVNEVKTRMLRGKEIAEQINILGDDGVPVDYHVTFWKSELIDFVILQQDA
                     FDATDSMTPLERQEYMMKRVIDICHQDFAFDNFSQVTDYFKRLINVLKQMNYSEFRSE
                     QFENYSRQAETLLQEAAAESKQ"
     CDS             30638..31963
                     /gene="ntpB"
                     /locus_tag="SEQF2637_02834"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08637"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase subunit B"
                     /translation="MATKAFQKIFTKITQITKATCSLKATGVGYDELASVDGKLAQVV
                     KIAGDEVTLQVFSGTEGIRTNAEVVFMGKAPSLKVGDQLAGRFFNAYGDPVDGGPVPE
                     GREVEIGGPSVNPVRRKQPSELIATGIAGIDLNNTLVTGQKIPFFADPDQPFNEVMAM
                     VALRAQSDKIVLGGMGMTNDDYLFFKNTFSNAGALDRIVSFINTTEDPSVERILVPDM
                     ALAAAEYFAVEKHEKVLVLLTDMTNYADALSIVSNRMDQIPSKDSMPGSLYSDLAKIY
                     EKAVQFPDGGSITIIAVTTLSGGDITHAVPDNTGYITEGQLYLRHDSDVGKVIVDPFR
                     SLSRLKQLVTGKKTREDHPQVMNAAVRLYADAADAKTKLENGFDLTDYDNRALAFARD
                     YSEKLLAIDVNLNTTEMLDVAWTLFAKHFKQEEVNIKQALVDKYWPTAK"
     CDS             31988..32599
                     /gene="atpD"
                     /locus_tag="SEQF2637_02835"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_00271"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type ATP synthase subunit D"
                     /translation="MAIKFQYNKTSLQGLDKQLKVRERALPTIKSKESALRMEVKRTK
                     GEAAALEDRLENEIRNYEYMMALWNEFRPELISVEDVRLSARKIAGVPIPVLDGVEFR
                     IARYSLFSAPSWYADGIELLKTMAETGIEAEFTNLKLDMLERARRRTTQKLNLFEKVQ
                     IPGYKDAIRKIKRFMEDEESLSKSSQKIMRANQEKRNAKEAEA"
     CDS             32596..34464
                     /locus_tag="SEQF2637_02836"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIVKMSKYAFMVYHKEYDAFLELLRSLGVVHIRETKSEKDDAGL
                     QRLMAERKRLESEMRQLKHTQESRLEALKADAKATGNKAKITLPLAPERPVTADEGAA
                     LLDRIDDLRDRIEKAQAAEQATEKDLATMQVWGEFDYANLRRLREVGHEVTFFSCPAA
                     RYDEAWETDFYAVPIATAQSATYFITITPVGSPIEIDAERVRMPEKDLRALRDLREAQ
                     RRQREELNAELLAVALNDYRTLEAYGRLLENEYTWDNAKVQTEREADDRLMLLEGWIP
                     TAEAQSLESALDRGDYYCRKLEISDEDNIPIELKNNRFNRLFEPITRLYSLPNAHEFD
                     STPLFAPFFMLFFGICFGDGGYGLLLLLLGTLMKRKAKADMKPILSLLQCFGIATLVV
                     GTLSGSFFGVNIAEIPALASVKRYFLTSDNIMTLSLVIGFIHVLYGKFVAAMKVKVQR
                     GLKYSLAAFAWVFLILALALAVGLPMMNIHLPQPVVYALYGVAGVGALIAFFYNSPGK
                     NVFLNFGSGIWATYNTASGLLGDTLSYIRLYAIGLTGSLLGGVFNTMAVDMTATMPIW
                     VRWLPMLLILLVGHALNIGLSMVSSLVHPMRLIYVEYYKNSEFEGGGTAYAPFRKI"
     CDS             34512..34973
                     /gene="ntpK"
                     /locus_tag="SEQF2637_02837"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P43457"
                     /codon_start=1
                     /transl_table=11
                     /product="V-type sodium ATPase subunit K"
                     /translation="MGPVLLAYVGVALMVGLSGIGSAFGLTICGNAVVGAMKKAPEKM
                     GTYIALSALPSSQGLYGFVAYMMVQKFLVADMPWVTAAGIFGAGLIMGFAGFYSSVRQ
                     AHVCANGIAATGAGHNVFAATMVMAVFPELYAILALVVSILISFTFPAVAA"
     tRNA            35129..35202
                     /locus_tag="SEQF2637_02838"
                     /product="tRNA-Lys"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Lys(ctt)"
     CDS             36616..37842
                     /gene="amiC"
                     /locus_tag="SEQF2637_02839"
                     /EC_number="3.5.1.28"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P63883"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylmuramoyl-L-alanine amidase AmiC"
                     /translation="MHIQTICAKYKVVVNGTIRNKLWSVLIVSILCTLWCAPQLQASK
                     KTFTVVIDAGHGGRDPGARGRKTNEKNINLAIAKRLGEMIADGHKDVKVIYTRTSDKF
                     VGLETRANIANHNNANLFISIHTNSLKHGSSVRGTETYTLGLAQTKENLDVAMLENSA
                     ILLEDNYKKRYENFNPNSSESYIMFDLIQNKNMAQSIALATEIQRGFEQAGRKNRGVR
                     QAGFLVLKATSMPSVLVEVGYISNPDEESYMASDKGRTELARAIYNAFGRYKRDYERK
                     QGQGVSRKEAPEKKKEEPKSSPASRSSSSSRSSVSVQFDGPARSVVGESRHSSTSSNG
                     VVYKVQILTSDKPLPDNARAFKGRRTSYYREGGKYKYTCGETTEFKDIQRLHRELQKD
                     FPNAFIIRMKDGKRLK"
     CDS             37872..38756
                     /locus_tag="SEQF2637_02840"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKMKFSKEVTIGLVTIISLTLLYLGVNYLKGINLFRPVNRYFVA
                     CTNVKDVTISSPVYVEGFKVGLVRNIFYDYSTTNRILVEINLEKSMRINRGSYVSLEK
                     TLLSGAELHIQLNKYVDEYLQSGDTIEGRQPESLMSTVQDQMLPQVMALLPKLDSILA
                     GLQVLVNHPALTQSLENIERTTAGLEQSSRQLNRLLQRDVPAIAGNLNTASANFSALS
                     GDLRTLDLNGTVQSLNQTIGNLNQTTAKLNAKDNSMGLLLNDTSLYQNLNQTVGSANN
                     LLIDFKQNPKRYVRFSLF"
     CDS             complement(38851..39525)
                     /locus_tag="SEQF2637_02841"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MMRKNLIYGALILCMGLLLGSCSKNDDPKTSELAGTWKLKEKGH
                     TEVVWEAPSDLTLEMMGRKFPASMLSGYLTPMLSNLIGNALQGVTLTSDGKVKTTVYT
                     DAAKKTTAVSEGYATYKDEGNGRLKLYFTDKTFSELKNVDAQTLTQIKAALKDGVPVR
                     YAISGNSARFYLDTETIKAMRNYLPALFSMAGGMPPQVLKGLQAGLANVVEKSTKIEL
                     ALNVER"
     CDS             39601..40779
                     /gene="patB_2"
                     /locus_tag="SEQF2637_02842"
                     /EC_number="4.4.1.8"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q08432"
                     /codon_start=1
                     /transl_table=11
                     /product="Cystathionine beta-lyase PatB"
                     /translation="MKQYDFNEFIERTNTDSIKYDALTENFGRDGLMPLWVADMDFRT
                     PDFILDALRRRCEHPVFGYTFPSSAYYDAIIRWVHDLHGWDIRREWISYIPGIVKGFA
                     FVIDHFTKPGDRIIIQPPVYHPFRLVPEGMQREVITNPLRLVDGVYEMDFEQLESIID
                     DRCKLLILSNPHNPAGIVWSKETLQRLASICVRHNLMVVSDEIHAEMAFPGFRHYPFP
                     TVSDEAAACSILFTAPSKTFNIAGIVSSYAIVPNDRLRQAFYSFLEAGEFNHGTIFAY
                     EATKAAYTPEGAEWRRQMLAYVWENVAFVEAYLRERLPKVKVYRPQASFLVWLDCRGL
                     GLSHDELIQLFVDRARLALNDGAMFGHEGTGFMRLNVGCPRATLQTALDRLTEVVNGK
                     "
     CDS             40916..41371
                     /gene="queF"
                     /locus_tag="SEQF2637_02843"
                     /EC_number="1.7.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5L1B7"
                     /codon_start=1
                     /transl_table=11
                     /product="NADPH-dependent 7-cyano-7-deazaguanine
                     reductase"
                     /translation="MEKRELTLLGKKTDYRQDYAPEVLEAFTNRHPERDYRVHFDCPE
                     FTSLCPITGQPDFATITIDYIPDVKMVESKSLKLYLFSFRTHGAFHEDCVNLIMKDLI
                     RLMDPKYIEVRGIFTPRGGISIHPLCTYGRPGTRYEALAERRLFDSGPL"
     CDS             complement(41502..42791)
                     /gene="ino1"
                     /locus_tag="SEQF2637_02844"
                     /EC_number="5.5.1.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R7G6"
                     /codon_start=1
                     /transl_table=11
                     /product="Inositol-3-phosphate synthase"
                     /translation="MIQELKAADGRLAVLIAGVGGAVSTTMIAGVMAARRGLAKPIGS
                     VTQMGRMRRQDGREQLIKEMVPIAGLDSLVFGGWDIFPDNALEAARCAEVLSEKDLKG
                     VADELATIRPMAAAFDPRWAKRLHGTHTLQGATRREMIEHLRGDIRRFMADNKCSRAV
                     VLWAASTEIFLPMTDEHRSLESLDRAIDANNTEVISPSMCYAYAALSEGVPFIMGAPN
                     LCVDIPAMWELAAQKHVPIAGKDFKSGQTLMKTVLAPMFKTRLLGVSGWFSTNILGNR
                     DGEVLDDPDNFKTKEVSKLSVIESILDADEQPDLYKDIYHKVRINYYPPRKDNKEAWD
                     NIDLFGWMGYPMEIKVNFLCRDSILAAPIALDLVLFSDLAARAGMSGIQTWLSFFCKS
                     PMHDFDHVPEHDLFTQWRIVKQTLRTLVGEKEPDYLS"
     CDS             complement(42874..43293)
                     /gene="mscL"
                     /locus_tag="SEQF2637_02845"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A742"
                     /codon_start=1
                     /transl_table=11
                     /product="Large-conductance mechanosensitive channel"
                     /translation="MGLIKEFKEFAMRGNVLDMAVGIVIGGAFGKIVSSFVEDILMPP
                     IGVLMGGVNFSDLKIVFKQAVMDGENVVTPEVALRYGNFIQVIFDFLIIAFAIFMLIK
                     AVNKFNKKKEEAPAAPEAPPADVQLLTEIRDLLQKKN"
     CDS             43570..44490
                     /gene="pyrB"
                     /locus_tag="SEQF2637_02846"
                     /EC_number="2.1.3.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A786"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate carbamoyltransferase catalytic
                     subunit"
                     /translation="MLNKSLVSIDQCTKADILRIIGNAARFEARPNRDLLRGRVVATL
                     FFEPSTRTRLSFETSVNRLGGRVIGFQDASTTSSTKGETLKDTILMVSNYADVIIMRH
                     YLEGAVRYASEVTDVPLINAGDGANQHPSQTLLDLYSIQKTQGRLDNLTVTMVGDLKY
                     GRTVHSLIVGLSHFHPTFHFVAPRELSMPEEQKQFCRAHNIAFHEHTVFSEEIINQTD
                     ILYMTRVQRERFTDPMEYERVKNVYILHRRMLDGSRENLRVLHPLPRVNEISYDVDDS
                     PKAYYIQQARNGLFTREAIICDVLGIEVDD"
     CDS             44534..45001
                     /gene="pyrI"
                     /locus_tag="SEQF2637_02847"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7F3"
                     /codon_start=1
                     /transl_table=11
                     /product="Aspartate carbamoyltransferase regulatory chain"
                     /translation="MSEQKKRTELQVAAIENGSVLDHIPSEHLFKVAQLLGLEHMDHR
                     ITIGNNLKSSKMGHKGVIKIADKFFEEDEINRIAVVAPNVVLNIIRDYEVVEKRRVEL
                     PDELTDIIRCNNPKCITNNEPMKSRFYVTDKECGTVQCRYCEHKIHRDEIVLK"
     CDS             45009..45758
                     /locus_tag="SEQF2637_02848"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNGGRGARRTLRTIGTLLWAMLCMTGARAQTTEVGSDRLRLGVK
                     VGVCALQPDLTAIHPGGAGTTVSDVAVHSGVGHTAEVSLRIGIRRVFLQPAVGWSRSE
                     SRIGFNLLSASPGAVPVAHFPQSMTLRELRLEAPLVIGCHLVQQSPFQLSLMGGVKMK
                     YNYRVRLTPDTPETSFDFRGDDSPRHWSVCAALEVRIDRLTFDVGYEYGMNSLHADLG
                     AYTYGASTLPPASMRISRRTSGLSMSVGVMF"
     CDS             45807..46592
                     /gene="tcdA_3"
                     /locus_tag="SEQF2637_02849"
                     /EC_number="6.1.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q46927"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA threonylcarbamoyladenosine dehydratase"
                     /translation="MNENDLFFSRTELLIGREAMLRMERARIILFGVGGVGSWCAEGL
                     VRSGVRRLTLVDSDRVSPTNINRQLPATRQTVGCVKVDVLKERLAEINPKAAIDAIAG
                     VYNADTSASFGLEEYDYIVDAIDSLQEKVHLIRTATRLPQATFFSSMGAALKADPQRI
                     RVAKFRRVAGCPLAAALRRRLKQGEPPARDFLCVYSDEVLENQGAPPASLDGANPTPV
                     STWDARKARINGTLAHITAIFGFTLSGLVIQDIIHKTSDSHVG"
     CDS             46582..47649
                     /gene="ynaI"
                     /locus_tag="SEQF2637_02850"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEB5"
                     /codon_start=1
                     /transl_table=11
                     /product="Low conductance mechanosensitive channel YnaI"
                     /translation="MWDKLYYGNSLRDWGISLLIIVGALIVNKLISIINRRVVRRIAE
                     RSRTRIDDLLSDALEPPILLGVMLFAVWISLGRLDLGAKFHHFLRNAYEVLVTINVTW
                     LFARVIARLIESLLTSRDGSATTRLNINTHLIPLIKRGVLIIVWAIGIVMALHNIGVT
                     VTTLMGTLGIGGMAFALASQDTIKNIFGGVTIFTDQTFQIGDIIRIGDTEGTVVDVGL
                     RSTRLRTYDGQLVILPNSQLIDAVVTNISSEPGRRIVIDLGLTYDTSPEKMRQAMAIL
                     SSMDDRVRGVEPGSIIAAFVAFADSSLTIRLIYFIRKSADILGTQTEVNFDILSQFNA
                     AGLNFAFPSRTIYIDKGSDLS"
     CDS             48384..48998
                     /locus_tag="SEQF2637_02851"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKYNTAEKHLAQPEYGRNVQNLVDYCVTIEDREERNRCANAIIS
                     IMGNLYPQQRDTNDFKHILWDHLAIMSGFKLDVDYPYEVVKKDDLETRPPRIPYVSTR
                     IRSRQYGKIMEQMVGKATEMENSEAKDYLVRSLANQMKRSYVTWNNKDTVSDAKIFKD
                     LAQLSDGLIDLKEGDLKLIDGRELQQVAAAAQHQNKSKKFRKKK"
     CDS             48995..50302
                     /gene="murA"
                     /locus_tag="SEQF2637_02852"
                     /EC_number="2.5.1.7"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P33038"
                     /codon_start=1
                     /transl_table=11
                     /product="UDP-N-acetylglucosamine
                     1-carboxyvinyltransferase"
                     /translation="MSSFVIEGGHRMRGEITPQGAKNEALEVICATLLTSEKVEIRNV
                     PDILDVANLIRLLADMGVKVEHVAKGAYTFQADAVDLNYLETDDFLRRAGSLRGSVMM
                     TGPLLARFGRAVLPNVGGDKIGRRRLDTHILGFRKLGAEMIYHTARRTGELRAEKLRG
                     TYMLLDEASLTGTANILMAAVMAEGVTTIYNAACEPYIQQLSAMLIRMGAKIAGVGSN
                     LLTVEGVGSLRGTTHTVLPDMIEVGSFIGMAAMTGSDLRIKNVNYNQLGIIPDAFRRL
                     GIQMTQEGDDIHIPTHETYEIETFMDGSIMTIADAPWPGLTPDLLSVILVVATQARGS
                     VLIHQKMFESRLFFVDKLIDMGAQIILCDPHRATVIGLGHRFRLRGGKMTSPDIRAGI
                     ALLIAAMSADGTSRMDNIEQIDRGYQHIDQRLNALGACITRVD"
     CDS             50332..50862
                     /gene="rimM"
                     /locus_tag="SEQF2637_02853"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QV39"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome maturation factor RimM"
                     /translation="MIRKEEVTAVGELVKPHGIAGEMVMTTVYDGLFDDMEDPYLICD
                     MDGILVPFFIESYRPRGGSSLLVKLDYVDDDRAARRFAHHTVYYPIDRLPEDDPEGDE
                     PTWERFVGYQLTDTAGHAVGTVESVDTSTANVLFSVDREGEELLIPVAVEVVRTVDHA
                     ARRIAVDMPEGLLDLN"
     CDS             50869..51753
                     /gene="nlpD"
                     /locus_tag="SEQF2637_02854"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39700"
                     /codon_start=1
                     /transl_table=11
                     /product="Murein hydrolase activator NlpD"
                     /translation="MKKREKKAASHNAKKKSFWKRIRFKYKLSFINESTLDEVFSFRV
                     SQLWFFSAVCLFALSLIIITSLIIITTPIRNYLPGYLDAEVRREIVQSAVKADSLDAA
                     LKLQQRYLSNVTAIITGKMKPDSIHAVDSSSYINADYNIPRSKDEAAFVKKYEEEEKY
                     NLSSTNAPRLTENAFFYKPVNGVISSHYNIEKRHYGVDLVAGIKESVVSTLEGTVIYT
                     GNDPAFGNVIAVQHKNGFTSVYKHNDMLLKDVGDHVVAGEAIALVGNTGRLSTGPHLH
                     FELWYRGTSVNPEEYIAF"
     CDS             51759..52922
                     /gene="dxr"
                     /locus_tag="SEQF2637_02855"
                     /EC_number="1.1.1.267"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q9X5F2"
                     /codon_start=1
                     /transl_table=11
                     /product="1-deoxy-D-xylulose 5-phosphate reductoisomerase"
                     /translation="MHKRQIALLGSTGSIGTQALDVVRDNTDRFEIYALVARQNVDLL
                     AQQAREFRPEVVVIADEQYYAPLKEALADLPMKVWAGADAIADVVQIAPVDVVLTAMV
                     GYAGLRPTLAALEAGKAVALANKETLVVAGELVTATARRTGAPILPVDSEHSAIFQCL
                     VGQDASAVEKVILTASGGPFRTTTREALADVTPAEALRHPNWSMGAKVTIDSASMMNK
                     GFEMIEARWLFGLPPEQIEVVVHPQSIIHSMVQFADGAVMAQLGTPDMHLPIAYALAY
                     PHRLRSAAPRLDFAQLSTLTFEAPDRERFRNLDYAYEAARRGGNMPCILNAADEVAVA
                     AFLSGKIGFLAMSDLIAETMVRTTFIATPTYDDYVQTDAEARRVATEITGSQK"
     CDS             53051..54376
                     /locus_tag="SEQF2637_02856"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67776"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative zinc metalloprotease"
                     /translation="METFLIKALQLILSLSILVLVHEFGHFLFARLFKVRVEKFYLFF
                     DPWFALFRFKPKNSDTEYGVGWLPLGGYCKISGMIDESMDKEQMAQPPQPWEFRSKPA
                     GQRLLIMVGGVLFNFLLAIFIYSMVLFTWGDTYLPLRNVTAGMEFSQTFREIGFRNGD
                     ILLRADDEPLERLDEHCLREVVGARTVTVLRDGQETAIAIPADAMQRLLRNKDGFANY
                     RYPAVIDKVVAETAQQAGLREGDRITAVDTVASIAFSDLREQLYADRGREATLRIVRA
                     DGSTAQLTVPIDSAGHIGVQMRSPMALYETTTRTYNLFTAFPAGVALGWNTLTGYVGD
                     MKYVFTREGASSIGGFGTIGNIFPAAWDARTFWMLTAFLSVILAFMNILPIPALDGGH
                     IMFLLYEVVTRRKPSDKFLEYAQIVGMVLLFGLLLYANGNDVLRFFFRS"
     CDS             complement(54505..55293)
                     /locus_tag="SEQF2637_02857"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTTTSNDLPEVAKIEERGGWNFTIALHVEFQYEQYNRIKDFDQA
                     KLKFPAGLMEIWNGRLSREVKVNKTVKESAFVTQLSNLDKERDKMLTSIFAIVRGQKL
                     SPKKSTAEAATRLARVLKPYSNTQRASLDEESANIRALKEDVSTRTDDIATLGLTDSF
                     TELFALNESFVALRLQRQVESPREDLPNSRVVRAETSEAYDVVCCYIEAAFLHAANEE
                     DRAAIGALIKDLNKVTAAYKTTYNKKVGQRNRGAAKPDDDQSEE"
     CDS             complement(55830..57653)
                     /locus_tag="SEQF2637_02858"
                     /EC_number="6.2.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O53521"
                     /codon_start=1
                     /transl_table=11
                     /product="Long-chain-fatty-acid--CoA ligase FadD15"
                     /translation="MIPHFAELIPHQAERYGQRVALLHRDPRTGKWLGISWNAFADRV
                     RLTSQALIEYGIGVQENIGIYAPNMPQYFYTAFGAYGARAVEVPMYPTGSPDQIKYIV
                     RDANIRLLFVGEQQQYNNAYKAQQEMGDTLQKIVIFDRSVVRYPTDETSVFFEEFVRL
                     GDNARAETAARIRRNEATDDNVALIIYTSGTTGEPKGVVITHANFREMMRIHTLRLPM
                     VTERDLSMCFLPLVHIFEKGWTNFCLCRGVRIAINRDPKMIRQTLLEVRPTLMCNVPR
                     FWEKVYAGANERLTRAAGPMQRLLRDALRTGREYVLNYRRTGETPPRTLALKFAFYQK
                     TVYSALKRAVGIERGNIFPVAGAPLSDEIAEFLLSVDIPIVYGYGLSETSATVCCYPT
                     VSYTLGSIGTLMPDIDVRIDPENNEILVRGKTIMREYYRKPEETRRAFTPDGYFRTGD
                     AGRLGEDGCTLFFQERIKDLFKTSNGKYIAPQAIEMSLGGNPYIEQCAVIADERKFVS
                     ALIVPAFDALEAHARARGIAFTDRADLIAREDIIRFYRSLIEEAQQHFASFEKIKRFT
                     LLQRPFTIQDGELTDTLKLRRGAIARRYAAEIEAMYKDTEK"
     CDS             complement(57720..59030)
                     /gene="inlJ_4"
                     /locus_tag="SEQF2637_02859"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8Y3L4"
                     /codon_start=1
                     /transl_table=11
                     /product="Internalin-J"
                     /translation="MNPTKLTAQWLTILFATAFISATLSAQTVNRDRYIVLTITSDPD
                     AESAFSLDPEDKRAYFYLTADTDNTPVEIVYGNIRSTIMVHSRERDAVGTQYVYLPKT
                     STMTIYGNVNGLNCYAAGHEPFVDLGPLDFNGGVQGPVSNLNISHNQGLKTLDCTNNM
                     ISLLDVSWNTGLEELNCSHNGLTTLDVSRNTALKVLDCSSNALGRIDVSHNTALVSLS
                     CSENGLSQIDISRNTALKSLDCAANQLTQLDVSRNTALTDLNCFANELRSIDVSRNTA
                     LTRLICSGNKLTALDIRPHTALEELNCQQNKIIQLDLSQNTALKSLRCSENRLTTLDL
                     STNQSLKLLQCYGNQLTAAALDRIYCALPDRTGKEPGELFPAWTDDLDDIPDPDKPKV
                     LATNGRNATRKNWEILYKSNLVSRSAPGGEVTGFTGRYICGSGK"
     CDS             complement(59222..60772)
                     /locus_tag="SEQF2637_02860"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRNKLLLALALLLSLGACTTSRLVKQEKRIYPKREFRGAWFQTI
                     YQNDYRGLSADDFRALMDQRLDRLKRYGINAIFFQIRPEADAFYPSRYEPWSRWLTGR
                     QGESPDDDAFDPLAYLIEACHLRGLEFHAWLNPYRAGATDFEDFAETHIYRRHPEWFV
                     RYNRMTLFDPGIPDCRLFICGVVRDIVTRYDIDGIHIDDYFYPYPVAGEPFPDEESFS
                     RYGPPAGFSANRRDDWRRNNINLLIRELKMTVASAKPWVSFGVSPFGIYRNKSSDRHG
                     SDTRGLQDYDDLYADVVLWMKNGWIDYCAPQLYWEIGHKSADYSTLIRWWSGLKTRTP
                     LYIGQDVARTMKAGQLAQKMIEEREAKRVDGHIFWPAGELLRNNGHVADSLRRIWHRY
                     PALTPPLSKAYTDRPDAVQNLRIAQTDGATRLVWDIAPQDPRAPRKTPMRYVVYRFPL
                     GERRDISRASMIVAITGEPSFQLRDSDLELPYTYVVTAVDRYHNESKPCKPLKLDGRT
                     RYINLRGK"
     CDS             complement(60785..61789)
                     /locus_tag="SEQF2637_02861"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WQP7"
                     /codon_start=1
                     /transl_table=11
                     /product="3 beta-hydroxysteroid dehydrogenase/Delta
                     5-->4-isomerase"
                     /translation="MKKILITGASGFIGGHLVREALEGGYEVWAGVRRSSSLGRLPKD
                     RVHLIDLRYADAEALAAQVREHAAEHGRWDGVVHNAGVTKTVRPADFFEVNTEYTRRL
                     LAALNAGGQATRPDRFVLMSSLSAFGRGDERTFRPISADDEPRPESIYGRSKLAAEQC
                     VREQTTIPYTILRPTGVYGPGDRDYGMEIESIRAGFDFKIGRTPQRLTFIYARDLARV
                     VRLALERPEAVGRSYFVADGDVYTDDEFAGLIQELLHRRHVLHARIPLWLARVVCTVS
                     EAIGRMTGRPATLNTDKYHILKQRNWICDVSPLRHELGFTPEYNLRRGLEEIIAETNH
                     "
     CDS             complement(62521..68457)
                     /locus_tag="SEQF2637_02862"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIDGNLEENKINSQKNGVITNLATMAPYAVIGVNGNYVPGGTMG
                     TNAGGGTILVGSGTTGQDKMTITASSGNAGGGFGFSGSNPPVYTGTCVPTNGTANFGN
                     YGNNAVTLGTPNGPTLPSALAAGGLQIFNTMNALNIDKTYSIAQGGGGHLLMMAHTKL
                     NIKQTQTLSSSTAANTNLMGGDVEIASAANEAFTGTGSGEYSVVAFGGTNETPTRTNP
                     SAISAVGLCSPTHPWCNGTELTNLVVALPSSSGIASTTFSPYLPKVLYGGSCHTSFGG
                     SGDITYSSSGPSGVTLSSSHKAQWQAVRDIKVTNGSAVFTWANSGSGDMKWVAGTGIT
                     LAGGTKYPWSSTGSGKALWQAGNGNITFGAGNEAHWTAGGAGATMGWQAKGDISSTSG
                     MKANWTSSAAANMWWEAGGNITMPNIESLNWSTTDAGHLLWRAGGNISVSVPIGKSLA
                     WSNGTSSGTILWDAGGSIIADNATTSTFTFTQTGTGNTQWQARANIKAKGEKTFTSNP
                     TNGSTMIWRAGGNIETTSDAAGNLVTFSKGTATAGLMAWQANGDIKTDTKIKFENTVA
                     ANNTNMEWLACGNITTHFISPTTDAAPNYDVVFENASQGNMIWHANTGNITTNSKTTF
                     KNTNTTGSDMGWYAGGDITTHYGKDAANKTMGDGIVFEQVGKGKTSWQAGNDIKTYNP
                     VYFNWSAAADDATPITWLAKHNIIIGGDVVGTNDGYSLTVPEQAAAKFETAKNNDILL
                     KSHTGMIQTNSKVDFLRNNPAAAVTKLWAGCNTFLTTNNIDIENEFNYKETTQADKAF
                     VHLYAENDIKSNDDAATTCDTRPAPILFDISGATGSMTRTLWEAERNINTRGRVDFNY
                     KGAAVAKSLVWLSRAGYIQTERPVTVVYESDDTVSFRAETWRHDAASVPAVLSNANLS
                     GRQGNIHFFDSINIKRYNTGVGVTEIKAENHIWTAMVDYWEDAAVTANKMDIISHKGD
                     IYLGYNNGAAVNYNHKFYVANQQNPGWNITQKAPSAGCPNPTAPDVSYDKNIFKYYVP
                     ASNTKGHLWIKAGWEEKTDRNTVPDKTSNSNIDTAHASGGNIYFTHIDVKQEAGSNHP
                     TVISIPHSGLWLCGRDSLLHNRRGDAMEFYENAGIISGVRRCLLPYPDASITGAHNIS
                     DRIGLIYRGAIGDLTVDAGNRGNIIFNKGAYLSFEDPGSTGNAVFRTRFGDIDMRTPF
                     NVDTMTGSLLFLAQIENIADLEHSGFCGCTEERNNVYLQDFEFKAHGASGSVFVGADN
                     NIKLNYGGLQNIGTRHDPFLSKDYTPCRDGGQAKIGWGYNGTTCGDDLHCDAISSENK
                     ARDFLMKFDKDANGTAITKGGFAAVASDYIDVYKRFAYYGGSGDGMGSVPGTGTLHGE
                     TVTGYGLFMKTQANKGNWNVNIFENTPTCPTPCDGTNCGHDYLHMVSRMTFHDDAYIE
                     AHNQEVMLWSPVIETFGDMTLDSEKDKGSKTEITLKADSLIFHSDFIKKGKNIKLSTW
                     SGLHKDLPIMKFGHMRKTPPFVEAKKDDCDAITECVPCYRYIRFSKDPLHMLDTITIK
                     FGDDAYMERLNTVIFDHTILTCLTDSFDHVKGGAVQNAQIRTDTFKIRNQVDLFADEK
                     HERDAHLELISEEQMGSKDYAGIYTKHLHMEPVGACGTPYSELWTSDDLALDVITTSI
                     FGGFGFIHSDVHVENGGHLNAGFTSLRLKGMCYEQMCGTQRMKDLRLDVGAQLHFSVG
                     TSKGLNGEYSDAIEVDRLTTYGSVDVNIEIRPCEKIEKRCYPIIYYKSVTPNSLNQLK
                     LNPRKVKIDGEEYPLHLNLGTDGVVYVCVGDAQPVDINRTVTLPSVSGVKTDPGAGIW
                     DVKSRGNFKFKATYSGSKPLAVRTNRTVNGVPEMLTGTKNANGEYEYVVPNVQQDITL
                     SIGPDYVSNQLLAGTSVWSHGEMIYIRVDRADIASIYSVAGQLVRKVDLPEGDTSIPM
                     SRGAYVITLKDGSVHKVIVK"
     CDS             complement(69503..70435)
                     /locus_tag="SEQF2637_02863"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNIALTRLSTRALGGLAQRVVKSSKNGKFKIVEEHELLKSLEKE
                     SKEFEDLYGKLTYSGRGNDILAADAARDKTFTALRTLLKGYKELPLPNAADAAALYKV
                     FEQYGANVERMNYVAETAQMVVIFKELDKPENAARFEALKFKPAYEELKKRQNAFEDL
                     YAVQAEANAELRKLPPATAARARLQKALTAYLNLLEAMKDLPTWDTLYLDINEMVKSA
                     AATYRNDRSDKAPDDPNAPKEPKEPKKPRKPKDNDPDIRLPEDGKPKQPEAGGGGTPE
                     KPKQPEAGGGGTSEKPKQPEAGGGGTPEIHLPEE"
     CDS             complement(70469..70966)
                     /locus_tag="SEQF2637_02864"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGFLSNIANTYIRTSDGRREQTTLCRRRSHFCLVPINKCLFSPA
                     PSDQRRGTDVSRKLQEILRRGTNISRKLQEITVGLQTSPTSCRRYSVGIQTSPASCRR
                     YSVGVQTSPTSCRRYSVGVQTSPASCRRYSVGVQTSPASCRRLSEAYEGFQQIAGGCR
                     RSMEG"
     CDS             complement(71288..71635)
                     /gene="higA_3"
                     /locus_tag="SEQF2637_02865"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7A224"
                     /codon_start=1
                     /transl_table=11
                     /product="Antitoxin HigA"
                     /translation="METRDDYKGVNYDDIIPFRAIHPGEILWEELKARRISRKAFAGQ
                     LGIERSVLTSLLKGRRDFTPDLAQRLEQALHIDATLWTNLQAAYENDLRRIAERERQE
                     AAPAAPIAMQYAV"
     CDS             complement(71619..71945)
                     /locus_tag="SEQF2637_02866"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNVVILDQDLDELLHTKKNRRYRKVERSKALFDGLDRTIRIMRQ
                     AEHVNMLRDTSFLHYEKLKYGVYKGKSSVRIANGAVERLIFTENENGIEIYIIELDDT
                     HYGNKR"
     CDS             complement(72346..72891)
                     /gene="yraA"
                     /locus_tag="SEQF2637_02867"
                     /EC_number="3.2.-.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O06006"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative cysteine protease YraA"
                     /translation="MRKKAYVFFATGFEVTEAIGTTDVLRRGNVETVTVSMTGDRTVT
                     GGHGIPVVTDALFEDIDLTDADALVLPGGGPMLNDYEDLKKAIVRHYEKGRLVAAICA
                     APLVLGGLGLLRGRRATCYPGFEQYLTGATVVEEATVKDGNIITGRGPGMVYAFGVAV
                     VDYLMGAETADEVARKLLLKK"
     CDS             complement(72936..73886)
                     /locus_tag="SEQF2637_02868"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKLKKNNLLAIVGSILFHAVILLILYFTVLKAVEPEEDGGVMVN
                     FGTIDEATGTFEPEGEPAQDEPTEEVQEETVVPPPPTPPTPPTPPTPPTPKQPEKLIT
                     QDQEESVALAQQRKKEQERKRKEEARRQEELRKQQEERQRQDTERRRQDEARRKEAEQ
                     KAEAERKAEAERRRQAEEQRKKEQAIRDRVAGAFGKNNSSQGTGKTTTGNQGSPLGNA
                     DRGANKGVGTGFSLSGRSIGAGGLPHPAYTVQEEGRIVVNIVVDPAGNVIAADIGKGT
                     NIDNASMRRSAVEAARRAKFNSIEGTNNQSGTITYMFRLK"
     CDS             complement(73883..74302)
                     /locus_tag="SEQF2637_02869"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MALKRKTKVNEAFSMASMTDVIFLLLIFFMVTSTVVVPNAIKLT
                     LPQAQKQTAAKPITRVTIDAEGNFYVAAGNQREQQVAFEDIAPFLQEQYEADPEMFVA
                     LYADETVPYGQIVSVLNLANENKYKVVLATRPPERTP"
     CDS             complement(74310..75023)
                     /locus_tag="SEQF2637_02870"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNILFLFAQVATEEAADAATEIAADAAQAQAQINIIDLAMKGGW
                     IMGVLLVLSLVAIYFFIQRLLVIRQAGRNDETFMNRIRDYIYEGKIDQALNLCRTTPT
                     PAARMIEKGILRLGRPTADVLAAIENAGNIEISKLERGFPVIATTAAGAPMLGFLGTV
                     TGMVRAFYDMANAGTNVDVTLLSGGIYEALVTTVGGLVVGIIALFAYNYLVARVENVV
                     NKLEASTMEFMDLLNEPAH"
     CDS             complement(75124..75849)
                     /gene="pdxJ"
                     /locus_tag="SEQF2637_02871"
                     /EC_number="2.6.99.2"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A794"
                     /codon_start=1
                     /transl_table=11
                     /product="Pyridoxine 5'-phosphate synthase"
                     /translation="MIKLSVNINKAATLRNARGGNVPDVVQIAKDCEAYGAQGITVHP
                     RPDERHIRYNDVYALKPIIKTELNIEGYPIQSFVDLVLTVKPTQVTLVPDAPDVLTSN
                     AGWNVKEHFNQLSELVDTFTGHGIRTSLFVETDLENIEWAAKTGTDRIELYTEPYANG
                     YNSNRDHAIAPFVEAAKRAKSLGLGVNAGHDLNLQNLAFFASHLPWIEEVSIGHALIC
                     DALYYGLERTIGLYKACLKGEPK"
     CDS             75900..76889
                     /gene="nadK"
                     /locus_tag="SEQF2637_02872"
                     /EC_number="2.7.1.23"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q8ZH09"
                     /codon_start=1
                     /transl_table=11
                     /product="NAD kinase"
                     /translation="MQRKSRTIREGTKQSHTIKNQNMKIGIFGCGYRPDKLPLLQRLF
                     EKLNRLEAEIFVSKDFYAFLTTTPHFCPPISGVLTVAPFDLDVALSVGGDGTFLRAAE
                     QIGRQDIPILGINTGRLGFLAEAGPEQIEETLDELFRGDYRIERRMMLRLQTRGADGL
                     TRSEIYPEKPSDSEEPSSNYALNEVVLLKRETSSMITIHTYLNKEYLTSYQADGLVIA
                     SPTGSTAYSMSVNGPILLPGSDNIVLSPVAPHSLNVRPLVIPASYEIILKTESRNDSY
                     LVALDGRSRSLSTDVELSVCKADFSTQMIHRNNRNFYQTLRDKLMWGADIRVK"
     CDS             complement(77914..79299)
                     /gene="dnaA"
                     /locus_tag="SEQF2637_02873"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P05648"
                     /codon_start=1
                     /transl_table=11
                     /product="Chromosomal replication initiator protein DnaA"
                     /translation="MKSECQLLWDKCLSIIRDNVPEAAFKTWFQPITPLSFDEQKVTI
                     RVPSPFFYEYLEANFVNVLRMAVPKVFGQGVSLNYRVMGEEGADDASSAATTRAAAPR
                     PGVSRMIQTPFTQVAPEELDSQLNRRYTFDNFFEGVTNKLARTAGVAVSNDPGKTTFN
                     PLFIYGPSGVGKTHLCHAIGLRIRQMHPEKRVLYVSAHRFRIQYTDAVIKNTSNDFLN
                     FYQSLDVLILDDIHELVGLNKTQMAFFHIFNNLHQLGKQLVLTADKAPVDMQGLEERL
                     ITRLKWGLTAELGRPDAELRRTILRNKIEAEGLVLSDEVFNYIVDHVTDNIRDLEGVL
                     VSLMANSLINNSPVDMAMAQRVVGQTVRVENKELSIEKIQEKVCRFFNLEESLVQTPS
                     RKREIVQARQITMFLAKKYTSASFSRIGKVVGGKDHATVLHACKTVKDQMDINKNFRS
                     TVEAIEETLRS"
     CDS             79873..81000
                     /locus_tag="SEQF2637_02874"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSVTIREVTTKSELRRFVKFPIDLYKGNPYYVPGLIDEEMITLS
                     RDKNPAFENCEAIYYLAYRGERIVGRIAGIIAHAANRVWNQHRARFGFVDFIDDQEVV
                     DALFAAVEKWARKKGMDALHGPMGFTDLDHEGMLIMGFDQIGTMATIYNHPYYPQHME
                     RMGYTKDQDWHEFKIYIPDAIPEKHLRIAEIVKKKYGLKVLKFRRRKDIMPYAHKVFE
                     TLNAAYTPLYGFAPLTKRQIDYYVDIYIPLLRLDLVTVIVREEDDAVVGFGVSLPNLS
                     HALQQARGSLLPFGFFPLMKALKSKARVIDLYLTGVLPEYQNKGVNALLFTDLIPQYI
                     KMGAEYAESNIELENNTAVQAQWDYFKREHHKSRRAFIKHL"
     misc_RNA        81004..81192
                     /locus_tag="SEQF2637_02875"
                     /product="Hsp83_3_UTR"
                     /inference="COORDINATES:profile:Infernal:1.1"
     CDS             81237..83093
                     /gene="gyrB_1"
                     /locus_tag="SEQF2637_02876"
                     /EC_number="5.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5SHZ4"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit B"
                     /translation="MDISPITAYDDRDIVTLEGLEAVRKRPGMYIGNTHGGEDRNDGI
                     YVLLKEVIDNSIDEFRMKAGHRIDVHIADGTVSVRDFGRGIPQGNLAKTVSTLHTSGK
                     FGSEAFKKSIGLNGVGIKAVNALSTDFTVVSYRDGVEKRVDFARGKLTADHPTVPTTE
                     KNGTLIRFTPDPTIFEAYAYRNEIVESLIRNYCYLNSGLAIYYNGTKFLSENGLEDLL
                     NENITDEILYPIVHLRADDIEIAFTHVNQSRDDYYSFVNGQYTSQGGTHQAAFKEAFA
                     RTVKEFYNKNFETADIRSGLVAAIYIGVEEPEFESQTKIKLGSRNMSPKGDVSVAKFV
                     GDFVKKEVDNYLHKTPDTADALLRKIQESEKERKAIAGVAKLARERAKKVNLHNRKLR
                     DCRIHLNDAKSENKTESSLFITEGDSASGSITKSRDPNLQAVFSLRGKPLNCFGLTKK
                     IVYENEEFNLLQAALNIEDGLDGLRYNRVIIATDADVDGMHIRLLLITFFLQFFPDLI
                     KQKHLYILQTPLFRVRNKQQTLYCYSEEERAAAIRRLGKNPEITRFKGLGEISPDEFK
                     HFIGKDIRLDPVSIKKEDSIKEMLEFYMGKNTPDRQNFIIDNLVVEEDLENN"
     CDS             83134..83601
                     /gene="coaD"
                     /locus_tag="SEQF2637_02877"
                     /EC_number="2.7.7.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q831P9"
                     /codon_start=1
                     /transl_table=11
                     /product="Phosphopantetheine adenylyltransferase"
                     /translation="MHRIAIFPGTFDPFTIGHRSLVDRGLGLVDEIIVAIGTNENKRT
                     YFPLEKRLEFIRTLYRNEPRVRVAAYDTLTVDFAHTVGARFILRGIRTVNDFEYEKNI
                     ADVNRKLAGIETFILFTEPEHTHISSSIVRELLHFGKDISDFIPPEIRDMAQT"
     CDS             84115..85737
                     /gene="ctpB"
                     /locus_tag="SEQF2637_02878"
                     /EC_number="3.4.21.102"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O35002"
                     /codon_start=1
                     /transl_table=11
                     /product="Carboxy-terminal processing protease CtpB"
                     /translation="MRKTIVYPLLLIGSLLMTGHVRAQQPQWPDENARKLSIALYAIE
                     NLYVDEPNKKKLVEDAIRGMLDKLDPHSAYSDAEETKDLNEPLQGGFDGIGIQFNMLT
                     DTLYVVQVISGGPSERVGLAAGDRIIMVDDTVIAGVKMKTTDVMRRLRGPKGTEVRVK
                     VQRGGSPKLIEFKIIRGKIPVHSLDAAYMADSTTGYIRLNRFANTSHEEFLEALTRLR
                     KEGMKHLVLDLQGNGGGYLHVACNLADEFLSNGRLIVYTEGRNSPREEATATATGNFE
                     DGRLVILVDESSASASEIVSGAVQDWDRGVIVGRRTFGKGLVQRPIPLPDNSMIRLTI
                     ARYYTPGGRNIQKPYTGGDAAAYNRDLIDRYNHGELMNADSIHFPDSLRSRTLVNHRT
                     VYGGGGIMPDRFIPLDTSRYTDYHRRLVGLGYIYRTVLSYVDGHRKALRKRYPDFKSF
                     SQQFTVGDELLSDLCARATADSVAFDSAQYAKSRPLIALQLKALIARDLFDETAYYRI
                     INEDNESLREALRIINNAEAYEKILRGVKSDK"
     CDS             85913..87013
                     /locus_tag="SEQF2637_02879"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLHHSLIALLVALTTWSAAAQTAYRVEDVPNVQLIDYTRFVS
                     DPNDSIDEADEAALNQRIGYLRDSLDVEIAVVVLPAIDGDTYGSAREFANELFNTWGI
                     GKKETDRGLLILLITNEDNREITFEVGYGLEGELTDGLCKLIQKRRMIPPMKEGRYGE
                     GLLAGLEEVRKILTGESTLEADAKAEDEKETKDFVIKACKIWWGIGAVVVILLLLIQL
                     MEAQTSKSDAEIKETKHNCNLAVIGGGLLFCQFPLIPIYFLLKLLLWPLLRSRVKCKQ
                     CGAVGRFKLDGSPLKHKMKNGTRRTYYYVCRNCGYEKEEETFEKESSSSTIRDRDDDR
                     KSRSWSSGSSSSSSGGSWGGGRSGGGGASSKF"
     CDS             87066..88163
                     /locus_tag="SEQF2637_02880"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLHHSLIALLVALTTWSATAQTTTYRVEDVPNVQLIDYTRFV
                     SDPNDAINEADEAPLNQRIGHLRDSLDVEIAVVVLPAIDGGTYGSAREFANELFNTWG
                     IGKKETNRGLLILLITNEDNREITFEVGYGLEGQLTDGLCKLIQKRRMIPLMKEGRYG
                     EGLLAGVEEVRKVLTGESTLEAEEEDDTNAFVIMVCSIWWLFGGLICAYLLHSQRKEA
                     QKATAFTQYKRSVGNLDFGMGTVGLIFCQFPVVLFYFLFRLFFRKWLRPQVKCEQCGA
                     VDRFTQEKGYPTKEKKPWGKLWTYHYVCTECGHVKEEKIFKYYWWEGPASRRSSSDND
                     SGSSWSSGGGSSSGGSWGGGSSGGGGASSRF"
     CDS             88340..89548
                     /locus_tag="SEQF2637_02881"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNRLHLLLIALLLGLSTLCAAAAPEAYRVKDMPNVQLTDRTRFV
                     SDPADAIRPADEEALNRRIAALRDSFGVQIAIVVIPAYNGSTYNSVRAFAHELFNTWG
                     IGNRETNRGLLILLTTGTDKREIAFETGYGLEGELTGGLCKLIIDRRMTPVMKDGSYG
                     EGLLAGVEEVRKVLTKDSTLEAEKKRKTRNRILIWWLVGLFYYGFYLYEERKKAQYSI
                     HIATMDRANRKANSMALGMGIFFFQIPAMLIYFLVKWVFRRQFVAECYCPECGAMGRF
                     KRVKKDQVREETLVKVYSVWCRNCHHTAVLDIRRRQKPALCPECRSIGTLDLDTVKEM
                     QLITLDVYHFACRNCGHIVEEKLPARVKEKHTSSDSGYYLGGSRDGDSDSGGSWGGGS
                     SGGGGASSSF"
     CDS             complement(90399..94121)
                     /gene="metH"
                     /locus_tag="SEQF2637_02882"
                     /EC_number="2.1.1.13"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P13009"
                     /codon_start=1
                     /transl_table=11
                     /product="Methionine synthase"
                     /translation="MTKKTIQQLLQERILILDGGMGTMIQGFRLSEADYRGERFADFP
                     NQIKGNNDVLNITQPDILRNIHRQYLDAGADIFSTNTFNANAISMEDYGMQAFAHEMN
                     LAAGRLTRTLADEYMAEHPDRTVFVAGSLGPTNKTASMSPDVSDPAYRAVTYTDLFRA
                     YYEQVDALMDGGVDVILFETTFDTLNAKAGLEAAVQAMDDKGRELPIMLSLTLTGKGG
                     RTFSGQTLGAFLASVQHIPLLSVGLNCSFGAADMKPYLKEMGDLAPLYISAYPNAGLP
                     NQFGQYDETPEKMAVQIKDFIDEGLVNIVGGCCGTTPAHIAHFPELARGKRPHVPAAP
                     PKADTLWLSGLDLLEVKPENNFLNIGERCNVAGSRKFLRLVKEKKYEEALTIARKQVE
                     DGAQVLDINMDDGLLEAEDEMRIFLNLIASEPDIARVPIMIDSSKWSVVEQGLMCVQG
                     KSIVNSISLKEGEEEFLRHARRVRRLGAATVVMAFDETGQADVFERKIAVCERAYRLL
                     TEKAGFPPQDIIFDPNILAIATGMAEHNGYGLDFIRAVGWIKKNLPGAKVSGGVSNLS
                     FSFRGNNYVREAMHAVFLYHAIREGMDMGIVNPSTSVTYEDIEPSFRTLLEDVILARR
                     PEAAEELITYAQNHSEQASGEQDKVQHDAWRDGSLEERLEYALLKGIGDFLEADLAEA
                     LTRYDRAVSIIDGPLMNGMNRVGELFGAGKMFLPQVVKTARTMKKAVAILQPAIEAEK
                     TSTEGAAKAGKVVFATVKGDVHDIGKNIVSIVLACNNYEVIDLGVMVPAEKIIQTVRE
                     EKPDLLCLSGLITPSLEEMVHVTEEMQKAGLSTPIMVGGATTSKLHTALKIAPHYNHP
                     VIHVVDASQNPLIAAKLLNPDTHDAYVEQLSDEYERLRRAKSGRAPKPVLPFAEARAQ
                     GLKIDWAAFTPDVPHALGLQHIELPVSDVATYINWVFFFTTWRLLGRYADLAGLHDCP
                     SCRTEWLERFAEGEDREKASEAMKLFDDAQAVLRELMAENAHCRAAVGLYPAVSEGDT
                     IRITGPNGEDVLVPVIRQQSDGERGVCLSLADFIIPATEGRTDYIGAFAVTVGNCTES
                     LRQRYEAEGDSYRLMLLQTLSDRLAEASAECLHVKVRRTYWGYAPDEDLPLDELFKEH
                     FRGIRPAVGYPSLPDQDLIFTLDRLVDFAGLGITPTENGALYPTSSAAGFYFAHPDSR
                     YFSIARIGEDQLADYAERRGKSPDDLRRFLQKVLEG"
     CDS             complement(94228..95676)
                     /gene="dacC"
                     /locus_tag="SEQF2637_02883"
                     /EC_number="3.4.16.4"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P39844"
                     /codon_start=1
                     /transl_table=11
                     /product="D-alanyl-D-alanine carboxypeptidase DacC"
                     /translation="MACALLMITAAPAAMAGRTAEIPEPIRRFIERPILRGASVSFVV
                     KRVKDGKTLYNYEGDRQLTPASVMKTVTSATALELLGEDYRFETTVEYDGELRPDGVL
                     DGNLYIRGSGDPTLNSSESRTPKDSVVNAWVDAVRAAGIREITGAVVADERIFDNEGV
                     SMKWLLEDLGSSYGQGCYGLNIFDNRIGISLSSGAKGTTPQVTAVTPRVEGLTFHNYL
                     RAATKDSAYVVGFPFANERSLFGTLPARRSGLYLGADLPDPPLFVARYVSERLRDRGI
                     RIRKRPSSMRIEAEAGRETSRPRRPIITTRSRPLREIVRSLCVVSHNLYADALLKTLG
                     RRLTESEQSSFGRGAQVARGYWQDRGLDASSLWMYDGSGLAVTGKVTASFLCDMLTYM
                     ATQSRASEAFYQALPLVGREGTVRRMLRDTDLDGRARLKGGSMSRVLCYAGYVDDEDG
                     VRYAVAVMANNYTGGVLSMRQAIEYLLVDVFE"
ORIGIN      
        1 tcaagctgcc ggaggaatag aggtggttgt tgggggctga agccccgttt agttgttggt
       61 ttgtttatct gttgatgcac ccgtagttga cagcgactca ggtaaacaaa cacctaaaca
      121 aatcaacaga gggcgaagcc cccaacaacc ctatgacaaa gccccgaccc attctcaaag
      181 gtgtgagaag gatcggggct ttctctatgc atagagaccg gatcaataaa tcatactctt
      241 gaactggtag aaccagaagg ggaagccggg cattttgatc acggcgccgt cgctggcctt
      301 acccgtcttc gggtcgtagg tgtagaagcc cgtctccttg tcgccccaaa cggagaagac
      361 aatcaggtcg ttgtaagtgg agacgtgtgt ggagtaggcg cagctgtggg ggatgggcaa
      421 cttcttgacc gtcttggcgc ggaggtcgat ctcgacggag atcaccgagc ggtcgcgcag
      481 ccagttgggc ttcgtcttgt cggcccaata gttgggcatg tcggccatgc cgtagagctt
      541 gccattgccc gcataataga cacaggctaa ccacctcatc ttgcccgtct cgccctcgat
      601 cgcttgatcg ttgagcaccc agttgtaggt ggggtcgatc tcggtcgcgc ccttcttgat
      661 gcgcacgatg ccggtcttgt atttcggatc ggtggagaag gagccgctgg ccacatagta
      721 gacgtcgccc tgctcgtcct tgaagacgtt cttctgcacg ccgtaggggt agccgaggct
      781 ggagagcccc gaggcagagt ccttgatgcg cttgatcacc ttgttcgtct tcaggtcgat
      841 gagcaagagg tcgatgcccg gatcgccgat gggcatgcgt tgggtgttga cctgccagag
      901 ggggacatac atcgtctcgc catcgaagaa gagggagccg aactgcggca cagacaagcc
      961 tttgtcggca taggcgctga ggtcgatctc gcccgtgagc ttcatcgtgg tggggttaaa
     1021 gatgagcagc ttgcccacca ctgtactgag gaagcccttt tcggcggagt agatgcggcc
     1081 atgcatggag acactgttga cgggtagcag caactcggct accttgttga gggcaccgtc
     1141 ggcggtgcgt tcccacttgg cgaagatgtt cgactggcca tactgcggga tggtgaagat
     1201 gtagttaccg agcacatcca tcgggggcat gccgaagccg atttggcgcg ccttggagtt
     1261 gtcgatcgtt cgcggcgcaa tgccgtcgac aagttgcatc caagcggtgc cagactgtcc
     1321 gtcggggtta gtgagcatgg agacgacggc cacgtcgccc ttcgcaccac caggcgtcgg
     1381 cgggttcgga ttgggtttgg gggtaggcgt gtcttctttg caccctgtcc aagtcagggt
     1441 cattgcggca agcacagcaa ggcctgccat tcggaataca ttcgttgttt tcatcttgtt
     1501 atacatatga attaggtttt acttgagtac gtagcgcagg cggagagaat aggttcgccc
     1561 gggctgcgga tagttgaact cgctgaagag cttggcgccg gtggcgttgc ccaccttacc
     1621 ggagaggatg atgcggccat ccatgaggct gtattccagc ccaaggtcga ggcgcatgga
     1681 gcgcgggatg cggcgctctt ggtggatgct ctgctcaaag tcgtagaagt attcctccac
     1741 gaaggaggcg tcggcaaaga ggcgcatgtt ggtacgcttc gtgccgaaga ggttctcacg
     1801 gtgatactct aatccggcgt tggccaggaa gtaggggatg ttgggcatgc gcagatgccg
     1861 ggtggggttg ggggccttgc tgtcgggctc gtattcacgg acgtcgcgga ggtcttggaa
     1921 ggtgacgttg gcgtagccgt acaaccaggg caagacgtcg gcctttacct cagcctcgac
     1981 gccgagggta cgcatttcgc cgaagttctc gtagcgcgtc tgcgtatagt tctgcgtttg
     2041 gcggatcatg tcgcggaggt agttgccgaa gaggttgacc tctaactgga agatgccgtt
     2101 cggtatgcgc cgatcccaaa gcgtaccgag gttgacgttg acgccgcgct cgggccggag
     2161 gtcgcccgac ggggagagga ggtagccgtc gccgatcagc tcgttttcgg tcggggtgcg
     2221 cacctcgtaa gccacggaga acttgcccat ccattcgggc ataaagcggt aacgcaaggc
     2281 atcgctgatg ccccaataat gcttttcgag gtggataggt atctcatcgt gccccccata
     2341 gacttcgcga aggatggtct tcatggagta gaagtagtac ttaccggtga gggagttgag
     2401 caggcggtcg ttgttcgact tgtagtcgta actcaggccg acgacgaggc tattcatgcg
     2461 gctatcgtag ttcatcttgt aacccatcgc acggtctcgg agggtgtcct tgggatgccc
     2521 attggcgtat cgctggagca ggttcaggtt gatggcgttc cgggccgaga ggatgtagtt
     2581 caggttgagc ttcgtgccga agtgaaactt atcgagagtg ctgttggagg gcgccgcgcc
     2641 gatctcgccg cccagtggat ggacggggat gtagggcttc atgtcccaat cgtagcggtg
     2701 catggcggta tcgatgaaat ggtatcgcga gaaggcggag gcgcccttga agtcgagatc
     2761 gagtccttcg acaaggaagt ttttcttctt caactccaac tccatcaccc cgatcttcga
     2821 tcggctgtgg gcatgctgaa tgttgtaata gacgccctgt atctgcttgc tattgatgag
     2881 gccctcgaag ttgatcttct gctcgtcgaa ataccacttg cgggccttga tgccgatggc
     2941 accagcggcg gagctaaagc ggtcgtgatc gcgcttgatg agcagcccct tctggtaggg
     3001 cgactccatc gtgtagtcat tgtccgaata ggtgtagaag ccgccaccgc cgatctcgag
     3061 gcctgcgttg gccaggttac gcttgacgat ggccgtggcc ttgtgggtgt tgaaggactc
     3121 gatggcgtag gagaggtcga ggtagcgcgg cgggtattcc ttgagcacga tgttgatggc
     3181 gccgcccatc gcggagccgc caaacttggc cgggacgacg cccttgtaga tctcgatccg
     3241 ctcgatcata ctgacgggga tgtcgttgat gtcgataaaa tcggagtgat cgttcatggg
     3301 cgattcgtcg ataaagaagc cgatgcgttt accctcgaga ccacgcacgg aaaggcgtga
     3361 aacgctgccc acgccgccct gcgagcggag ggtgacgccc atcgtcttgc tcaaaatgtc
     3421 gctcacatcg ctcaccgaac cggccagctg atcggccgaa aggacggtga cgggcatagc
     3481 ctgttcgcgc agctggcggg cctcgctctt ggccgtgacg atcacttcgc cgagcgactt
     3541 ggactcgccc ttgaggcgca ctttcagccg ccgcgtctcc ccctcacgca gggtgatctg
     3601 ttcggtgcgg ctctcatagc ccatataatc gaagcgtacc gtatagctgc ccgcgcgaag
     3661 gccgtcgagg gtaaaatcgc cgttgcgccc ggccacttcg ccgcgcttca gttgctcgat
     3721 ataggcgctg gcgccgatga gtggctcctc gttagcggca tcgatcacga cgcccgtgat
     3781 gcgtgccgtc tgcgcctcca tctgtcccca agcgagggcc gcaaaacagg ctatccatat
     3841 ccataagaag gttcttcttg ttgtcatcat gctattcacg ttaaaaatag ggtcgcaaag
     3901 gtaggctggg gcgctacgca ttcacaatcc ctaataattg gggggggggg ggggggggag
     3961 ggcgtctgcg gacgccggcg aagtttgccg ggtacatgta ggggcggccc ctgcgggggc
     4021 agcgaagttt gccggataca tgtaggggcg caaaagcata cgccccccca gacatctcgc
     4081 agggatgaat gattgtcccc gtggtagggg cgcacattac gaaaaggctg tgcaggtgtt
     4141 gcatgatcgc ttcacacact gcgacgacgc tgtgcaggtg ttgcatgatc ctttcacata
     4201 ctgcgacgag gctgtgcaag ggttgcatgg tcgtttcaca cactgcgacg gggctgtgca
     4261 ggtgttgcgt ggtcgtttca cacactgcga cgacgctatg caggtggtgc atggtcgctt
     4321 cacacactgc gacgacgctg tgcaggtggt gcgtggccgt ttcgcacact gcgacggcgc
     4381 cgcgcaggtg ttgcatggtc atttcgcaca ctgcggcggg ccacgcaatg gggcgtatgc
     4441 aatacgcccc tacccggata cacgccattc atgtacccgg ccaaattcgc tggcgtccgc
     4501 agacgccccg gccaaattcg ctggcgtccg tagacgccct ggcaaacttc gctggcgtcc
     4561 gtagacgccc gcagacggtt acatttgcgc gcttttcaca gtaaatacag tcagagatga
     4621 agctgaaatt gatctatccg aaatggaaga aactaaaggg ccaaaccacg ttcaacctgc
     4681 ccccacacgg gccggtcgtg tttgcagcca cactgcccga ggacgtcgag gtgtcgttca
     4741 cggacgagaa tgtcgaagcg ctcgactatg acgaggcgtg cgacctcgta gccatatcta
     4801 tgatgctcag cacgcaggtc aaacgcggct gggccatcgc ggacgaatac cgccgacgcg
     4861 gcaaaaaggt gctcttcggg ggcatatcga ccatgcttca cgccgaagag acgatggagc
     4921 atgccgacgc cgtcttcctc ggcgaatccg agggccgcat gcaggaggtg atcgacgact
     4981 tccgccgcgg ctgcctcaag cgcgtctaca actacatgac ccgccagccg gccatcgagg
     5041 acgtcggccc cgcccgccgc gacctctaca agcgccacct ctacaaccat aagggcgtgc
     5101 agatggtcga cctctttcac gcctcgcgcg gctgccgctt cagctgctat ccctgcgccg
     5161 tgacctacct cggcgggcgc atcttccgcc cccggccgat ggataaggtg atcgaagacc
     5221 tcgcctcgat cgacaacaac cgcctcttca tcgtcgacaa ctcactggcc caaaacaagc
     5281 agtgggagat ggatctcttt cgcgagatga tccccttcaa aaagaagtgg atcagccaca
     5341 ccatcgagga cgacccgaag gtgctcgacc tggctgcaca ggccggcgcc tggtacgtct
     5401 atcaggccgt ctacgacacc tcgaactaca tccgcgagcg cgtcaagcgt taccacgacc
     5461 acggcatcgg cgtcgagggc accatcctgc tgggcctcga caaccagtcc gaagacgaca
     5521 tcaagcgcct catcgacttc ctcctcgaga tcgacctcga cctggccgag ttcaccgtca
     5581 tgacgccctt cccccacacc aagggctacg acgactacct ccgtcagggg cgcatcttcg
     5641 acttcgattg ggatcactac aacgccgggc aggtggtctt ccaccccaaa cagatgtccg
     5701 ccgaacggct ccaagagctc tacgaatacg cctgggacac gttctatcac gacgagagtc
     5761 aggagcagaa gatgttccgc ctcttcacgc aagtcgtcat gcgcgagatg gaggacggca
     5821 ccttccgccc ccgcaatcgc gcgctggcca acaagtcgtt cggccgcgac gtagtccgcc
     5881 acatcaaagc cagctgaccg acggagaccc acagaatggc acgcacactc accgtcgcag
     5941 tcttttatta cacccagacc gggcaggcac tcgccatcgc ccggagcctc tgtgcgccgc
     6001 tggaggcggc cggatgtcgg gtcgtcaagc gggagatccg ccccgtgacg gcttacccct
     6061 acccgtggtc gtcggaggca ttctttcaag tctttcccga gtcgcgtctc ggcatcgcct
     6121 gcgccatcga gccggtggat ctgagcggtg cggtggccga ggccgacctc gtcctcgtgg
     6181 tcggtcagag ctggtacctc tcgctctcca cgccgctgca cgccttcttc cagtcgcccg
     6241 aggtgcgcgc ctacctccac ggccgacccg tcgtcttcgt caacggttgc cgcaacatgt
     6301 gggtcatgac gcaaagcgaa acgcgtcgtt acctgcgcga gattggcgcc cgctacgtcg
     6361 gcttcatcga gctgcacgac aaggcgccga acctcgtcag cgtactgacc atcatccgtt
     6421 ggctgttcta cggacgcaag gaggccactc gcctcttgcc tgccgccggc gtctcgcagc
     6481 gcgacgtagc cgacgccgat cgctttggcc tcatcatcct ccgcacgctc tacgacgggc
     6541 agtgggagca gcttcaagag cgactcatgc gcgagggcgc cgtcaccttt atcccccagc
     6601 tctactttat tgagcgcaat ggctaccgca tgtggggccg ttgggcccac ttcgtacggc
     6661 atcggggcgg cgcgggcgat ccgcgtcggc agggacggct gcggctcttc aaggcctacc
     6721 tcttctttgt attatacgcc gtctccccct tcggcctact gttttatgga ctcacctacc
     6781 cactacgccg cgccgcgtta aagaaggccc gccgagaagt atgcttgaag ttgagttgat
     6841 gagttgtttg cttgttgaga cgctgggttg ttcatttgtt gagtcgatga taacacctaa
     6901 acgcctaaac aatcccaaca gataaacacc taaacagata aacaaacgcc taaacagata
     6961 aacatcccca acacctaaac atccccaaca atggaataca tctatatcac ccacctctcc
     7021 accttcttcc ccaacgcgcc ggtgcgcaac gaagagatgg aggattatat cggactcgtt
     7081 aatccgaaat cgtccatcgc caagcgattg gtcttggaga agaatggcat ccgcagccgc
     7141 tattacgcat tagacaagag cggctgcgtg acacacacga acgtagagat ggccgcgctg
     7201 gccgtgcggc atctgcttgc ggaggccgcg atgacaccct cggatatcga cctgctggcc
     7261 tgcggcaccg cctcgcccga acagctcatg ccctcgcacg gcgtgatggt gcacggcgca
     7321 ctcggtggcg attgcggcgc ggaggtggtc tccttcgccg gatcgtgctg cacgggcatg
     7381 cacgcgctga agtatgcctg gctgtcgatg cgcacgggcg acgcccagcg ggccgtgtgc
     7441 gtagcttcgg agcgactctc ggcctggatg caggcgcgtt atttcgaacg ggaggcagag
     7501 ctgatcgacc agctgatgga gaagccaatc ttggccttcg agaaggagtt tctgcgctgg
     7561 atgctgtcag acggcagcgc ggcgctattg ctcgggcacg aaccgccgac ggacggtcgg
     7621 ctggccttcc gcatcgaatg gatcgagggc acgtcgtacg ccgatcgggt ggagacgtgc
     7681 atgtatgccg gtggggagaa ggacgccgag ggacagctcg tcggttgggc gcagcatccc
     7741 gaggccgaat ggctgtcgcg atcgctcttc gccctgaagc aggacacgcg catcctggag
     7801 cgcaacatca tcacgctggg cggcgacttc ctccgccggg tgatgaagaa gcgcgccttc
     7861 gatctttcgt cggtcgactg gttcctgccg cacctctcgt cgatgtattt caagaagaag
     7921 atcgaggccg agctggagcg tatgggatac gacatccccg ccgaacgctg gtacgtcaac
     7981 ctgcccgaga tcggcaacgt ggcctccgtc tcggccttcg ccatgctcga cgggctgcgc
     8041 cagacggggc gactgcggcc cgggcaacgc ctcctgctga tggtgcccga gagcgcccgc
     8101 ttctcgtatt cctacgcgct gctgacggtg gtgtaaagcc tctcgttagg cttccgaaaa
     8161 cgtttgcagc gttcctgcaa agaccccaaa gggaaaaatg gagcttgcag aacttctgca
     8221 aatgcccaaa aggagaaaat ggagcttgca ggacttctgc aaatgcccaa aaggagaaaa
     8281 tggagcttgc aggacttctg caaacgccaa aaagagaaaa atggagcttg cagaacttct
     8341 gcaaagaccc aaaagagaaa aatggagctt gcagaactcc tgcaaagacc caaaagagaa
     8401 aaatggagct tgcagaactt ctgcaaatgc ccaaaagaga aaaatggagc ttgcagaact
     8461 tctgcaaaga cccaaaaggg aaaaatggag cttgcagaac ttctgcaaag acccaaaagg
     8521 gaaaaatgga gcttgcagaa cttctgcaag cgccaaaaag gagaaaatgg cctttgcaga
     8581 actcctgcaa acgcccaaaa gagaaaaatg gagcttgcag aacttctgca aacgcccaaa
     8641 agagaaaaat ggagcttgca ggacttctgc aaatgcccaa aaggagaaat cggagcttgc
     8701 agaacttctg caaacaccaa aaagtttttc gaggcacttg cggagttccc gcaaacgctt
     8761 tcatgaatga ttagaacaag acgcatacga gatgacgata aacgaagtac cccaagactt
     8821 gaaatacatg gccggcggcg tgatccgcga cgtggcgtat gccgtcgatg aggacgggcg
     8881 ctatcagagc gtcgtcagcg acggctgggc ggtgaagaat gatgtgctgg acctcgtctg
     8941 ggacgacatc cacgcctcct gcgaggccat ccgcgagcag gtgctccgcc acgaggccag
     9001 tccgctggct taccacatga cgaagaacct gcaagacgtc agcatgctgg ccgcctacgc
     9061 cgacataccc aaacgcaagg tgaagaaaca cctcacctac gacgccttta tgcagctcga
     9121 cgaccgcacc ctggagcgat atgccgacgc actgcgcatc accgtggacg aactgaggag
     9181 cgtagaatga ttgaaatagc ttttgaccac cgccccagcg cccactgcga gaatggcgtc
     9241 acccgcaacc tgctgcattt ctacggctac gactactccg agccgctcgt cttcggcctc
     9301 tccgcctcgc tctacttcgt ccatctgccc ttcgtccgcc tggcgggctt ccccgtgacg
     9361 tcgttccgcc ccctgcccgg catgatcttc tcacgcacca cgcgcctgct cggcttcggc
     9421 acgcggcaac accacttctt acgccacaca tcggccgaac gtaagctcga ccaactgttg
     9481 gctgagggta cacccgtggg cgttgtggtg ggcatgtact tcctgcccta tatgcctgcg
     9541 gaataccgct tccatttcaa tgcacacaac atcaccgtct ttggcaagga gggcgacgac
     9601 tacctggtca gcgatccgat cgcgatggag aaggtgcgac tctcggcgcg cgacatgatg
     9661 cgcgcccgct tcgcccgcgg cacctatccg cccatgggca agctctacta catccgctcg
     9721 ctgcctcggc acacacccga cctgccgcca ctcgtgcgcc gcgccatcct cacgaactgc
     9781 aaccgcatga tccaccagcc cgggccggtg ccttgggtgg gcatcaacac gttcgactat
     9841 ctcggccgac aaatcccccg cttcccgcag cagtacggac cgaagcgagc cgcgctccat
     9901 ttggcgcaac tgatccgcat gatggaggag atcggcacgg gcggcgccgg ctttcgcttc
     9961 ctctacgccg cttttctgca agaggccgcc gacgtgactg gcatccccgc cctcaacgag
    10021 ctatccgccc gcctgaccga catcggcgac caatggcgac gctttgccgc cgacgccggg
    10081 cgcgtctgca agaaccgctc gtcggccgac gtcgactacc gcacgctcgg cgccgatctg
    10141 aaggccatcg gcggcatgga gcgcacactc ttcacggatc tggaacgcgt cgtaaaggct
    10201 cacaaatgac atctgccatc gacatccgcg acctccgcaa gacgtatcgc ggcgccgctg
    10261 caccgtctgt cgacggactc acgctgcacg tctccgaggg cgaattcttc gggctactcg
    10321 gccccaatgg cgcaggcaag acgacgacgc tctccatcct cgccggcctt ctaccgttcg
    10381 acggcggcac agtgcatctc tgcggcctcg atgtacgtcg cgaccgtgcc cgcatccgtc
    10441 cgctgatcgg cgtcgtgccg caagacattg ccctctatcc cgaactcacc gccgcggaga
    10501 acctccactt cttcggtcgt atgcacggcc tgcccacccg cacgctccgc gaacgcatcg
    10561 acacggatgc ggaccgcctc gacctccgcg cccacctgca caaacgcatc gaacacctct
    10621 ccggcggcat gaaacgcaag ctcaacctcc tcgttgccct gcttcatcgc ccccgtatcc
    10681 tctttcttga cgagccgacc gtgggcgtcg atgtacattc ccggcaagag atcatcgcgc
    10741 acctccgcgc cttcaacacc gacggcatga cgatcatcta cacctcgcac gacatggtcg
    10801 aggccgagcg actctgcacc cgcgtagccc tcatgaaccg cggcgcaacc gtctgcgaag
    10861 gtacccctga agccctactt accgaggcgc gtatgccctc gctcgaagcc ctctttattg
    10921 cccggacgga ggaggccgga cgcgcatgaa gctcgccgca ttattccgca aagacctgct
    10981 gctgctcctg cgcgatccgt gggggctcgt cttgctgttc cttatgccgt gggcgctcgt
    11041 gatccttatg gccagcttgc aggacagcac cttccgcacc ctcgacgaac agcatatccc
    11101 cctcctctta ctgaacgaag acgccgattc gctcggcaac accgtcagcc gcgagctggc
    11161 cgatagccac ctcttcgaca tcaccaccac ggcgcccgac ggccagccgc tgacagccga
    11221 ggcggtggag acggccgtag cgcggggcga ttacctgatc ggcgtcgtca tcccgtccgg
    11281 caccaccgac cgtctgcggc aacgcgtagc gcgtggcgtg gcgcaagcct tcggtggtga
    11341 ggaggacacc gtagccgaag ccgagacgga ccccctctcg gcccagcctc ttgagatccg
    11401 tctctgggtc gacccgaccg caaagccgtc ttttcgggcc acgctgctca gcgccgtccg
    11461 cgaacacatg ctcacggtcc agaaccggct cctgctcggt gaaatctcgc gtcacgtcaa
    11521 ccgccttatc cctatgccca tcgatttaga gatggagacg gaaggctgga tcacggtcca
    11581 cgagtcctac gcccacacct cctccaccgc cgacctgttg cctaacgcta cgcagcacaa
    11641 cgtaccggcc tggagcatgt ttgccgtctt cttcatcgtc atctcgctgg ccgggaacat
    11701 gatccgcgag cgtgaaacag gctgctttgc ccgcctcctg accatgccct gcccctacgc
    11761 cctctacctc acgggtaagg tgctcgtcca cctcctcgtc tgcctcctgc agctcgccct
    11821 gcttctcgtc accggcctct atctcatgcc ccacctcggc ctgccgcccc tccgcctcgg
    11881 ccacgaccac gccgccctcg ccctgatgtg catcgccgtc tcgctctcgg ctgttggtta
    11941 cggcttggcc atcggcagtg tggctcgcac ggcacaacag gcgagcatct tcggcgccgt
    12001 gtccgtcgtc atcttggcgg ccatcggcgg cgtgtggatc cccacgttcg tcatgccacc
    12061 ccttatgcgc accgtcgccc gtatctcacc cctcaactgg ggattggaag gcttcaacac
    12121 gctcttcgta cggggcggcg gactgtcgga cgtggccccc tatgccgcag cctcactcgt
    12181 cttcttcgcc atcatgctcg gcgtggcgat cgtcagacgg aaaatgaaaa gctaacagag
    12241 agaagctgtc ggtgaaccgg caaaacggcc tacctgcatc ggcgggtacg aacacaaagc
    12301 gggctgtacc atctgcgacg gatgatgcag cccgctcttt tgccagcaac ggataactat
    12361 acgttaccca ctctgtagtc gaagaacttg atcaacttcc tactcgtcgg tggcatctgc
    12421 ttgcgggcga tcagctcggc cggcgcgaag acaatgtccg gcgcgacacg cactttcgac
    12481 cggaagagat ccttgagacg cttctcgaag ccttcgtcag gagattcgcc ggcaccgacc
    12541 aggatgcgta tgccgtccgt gccgatggcg ttggtgtaga cttcgacaat gtagttcgtg
    12601 acttcgggta cgttgtcgag gatatcgtag agggcggccg gatagagcgc tgtgcccttg
    12661 aatttgatca tctgcccttt gcgaccgatg atcgggccga cacgtaacga gtgacggccg
    12721 caggcgcagg gcgcttcgaa atggcggcag acgtcgcccg tcttgaaacg aacgaccggc
    12781 ataccctcca cgccgagcgt ggtgatggta atctcgcctg gctcgtcggg gccaacgggg
    12841 cggttgtcgt cgtcgagaaa ctccacgatg gtcaggtcgg gcttgtggtg cgagccgcat
    12901 tgatgttcgc actccatgaa ggacgattgc atctcggtgg aggcgtagtt gacgtgtagc
    12961 gacagctcgg gccagagatc gtggatcttg cggccgagta ggttcagctc gtgggtgtcg
    13021 gtgcggactg tttcgccgac acagaaggcg cggcggaggc tacagcttcg gtaatcgatg
    13081 ccttgagcgc gagcgtagtc gatcagcttg aggatgaagg aggggacgca cacgcagacg
    13141 gtcggacgga ggcgccggat catgttccat tgcagttcgg ggatgccgtt gcccacgcgg
    13201 acgatggccg acccgagacg gaagctgccc aagagacacg cttgaccggc catgaagcag
    13261 cggtcgttgg tggccatgag ttggatgaca tcgtccgggc gacagccgca gatctcgtac
    13321 gagagatatt cgctgagcgc gaggcgatcg aggtcgcggc gggtgtcggc gaaggtgacc
    13381 ggctcgccga gggtgccgga ggtggtgacg tagtcgagaa tctcggtgcg ggggacgcag
    13441 aggaaatcct cgttgtggcg ttggagatcc tccttggtcg tgacggggag tcgcacgagg
    13501 tcttcgagac gccggatgct gctgacgtcg atgccgactt cggcaaatcg gcggcggtag
    13561 aagggcgacc gttcattgac gtaagccagt gtctcgacga ggcactgctc ttgataggct
    13621 ttgatctccg cctgagggag atactgaaag gctacactat ccatggtgtg acacgaaaaa
    13681 taaaaagcta caaacgagcg atcggcaggc ggccgcccac cgatcgatgc cgccgatagt
    13741 tactggcaat gctgcttcat gagacgttcg accacgggat cgcccagctc tttggcgcgt
    13801 tcgaaggccc gacagccctc ggccttcttt ccgctgcgga cgaggcagag cccgagcaga
    13861 cggtgacccg ccgagaagtc gggggcctgg gcgatgcagc gctccaggct ctgtcgggcc
    13921 ttggcgaagt cttgcttgcg gaggtagatg gagccctctt cggccagata gagcgcgttg
    13981 ttggggtcgc cctcgagtgc gaggcggatg tcggagaggg cgccgtccat gtcgttcgcc
    14041 cggaaccgag cctgctcgcg gtagtagtag aagcgcggca tgacttcgcc acccgtgagg
    14101 gcatagtagc ggtcgtacag ctttacggct tcggcgaatt ggccgcggcg catgcgcata
    14161 tcgacggcgt ccatgatgta cgtggccgcg tcggtcgggt tgacacccgt ggcgcgcgtg
    14221 atggcgctat ccatgaggat aaacatgcgg gtggtgtcgg gagcctcgag ctgctcctcg
    14281 gtcttggcgg ccatgtaaaa cgaagaggcc gaggcgccgg ggccctggtt gacgagtgca
    14341 taatcggcgg ccgccttggc gtagtcgccg cggaagaagg cgatgtcggc ctcgagctgt
    14401 cggtagaggg ggcggtcgtc ggcggcgata gccttagcga tccagtcggc ggcgcggtcc
    14461 attgtccagc cgggagccgt gagggtggag tcggcggcgg agacgccata gatgagcttc
    14521 gcgtggttgt agtagccctc ggcgacattg tctccgaaca gcttctgcgc cgacgctaag
    14581 tccgcctcag cccggctgag cagctgctgc tcggtgccca cgtcggagag ctttttccgc
    14641 tggtagacgt agtgcgaagc ccgcgtcagg taaccatccg gggagctggg aaaggtggcg
    14701 atgaagtcgt ccagggtggc gagataggcg tgcgcgtcct gctgggcggc gtaaagcatg
    14761 agggccacga gcgcctcgtc ggccgagctg gcccaagccg tccggatgcc gatggaggag
    14821 tagactttgt tcaggacatc agttgccgcc ggccgcagac tcataatgta agccaggtca
    14881 atgccgtacg tcttgccctt gcccgaggcg tcggcctgcg ccagggcaaa cgcttggccg
    14941 ccctcgttca gcagcggcgc gctgacctgt tcgcgcgtga ggggcatgtc gacgcggtag
    15001 tagccatact gttccttgat gcgggtcacc tccgaaatcg ggcccacggc cggcgccgcg
    15061 cccttagccg acgaggcggg gatgaggtaa gcccgatctc cgacggcggg ctggctcacg
    15121 gctggggtca ggccgggcag cttcttctgc gagctgactt tgaaccggat cacgtcgtac
    15181 agatcatccg cgccgaggat gcagaccacc ggcaagcgtc cgccgtcggc atcgatcacc
    15241 gtggcccgat cggcgcctat aaataaggtg tagttggaga cggcctcgcc ctggtcgccc
    15301 acaaaaaatc ccgtgccgcg cgtgacattg ccactcttgt ccgtggcctc aatcgtaaag
    15361 accgaccgcc gcgcccgttc ggcccacttc ggcgccttct gcgccagcaa cattccgccg
    15421 ctttgcatca aaatcaaagc gcacactaac caactcgtct tattcatctt atccgtatta
    15481 aaattcatgg gcgcaaaagt acgccgtcct tcatttcctc tttcccatcg caggccgcgg
    15541 gtctgtccgt gccttccgag cgcgatccac cggcagccac caagtccccg aagccgtcaa
    15601 aaaaatgcac agatggggcg tctgagtgaa aagacgcccc gttggaaacc attttgaggg
    15661 cgtctgagca aaaagacgcc ccgttggaaa ccattttgag ggtgtctgag taaaaagacg
    15721 ccccgttgga aaccattttg ggggtgtctg agcaaaaaga cgccccgttg gaaaccattt
    15781 tgagggtgtc tgagcaaaaa gacgccccgt tggaaaccat tttgagggtg tctgagcaaa
    15841 aagacgcctc gttggaaacc attttgaggg tgtctgagca aaaagacgcc ccgttggaaa
    15901 ccattttgag ggcgtctgac cgccagccgc tcctattgga cattccgaca agggcgcccg
    15961 agcgtcagcc gctcccgttg gacactccga caagggcgcc taagtgccag ccgctcctgt
    16021 cggacactcc gacaagggtg cccgaacgtc agccgctccc attggaaaac attttagagg
    16081 cgaatgggtg tcatcggccc ataaaatggt ttccgacaga ggcgaatgag cgtcgggcgc
    16141 acgtatcgga aaacattccg ggggcggatg aacgacagcg gccattgtcg aacgtccgtg
    16201 taggggcgta ttgcatacgc ccccgatatt tccggtaggg aacaatagcg cccaacaggg
    16261 acccgccgcc gtcggatttg tcccctgcgg ggttatttga agaggcgtat gcaatacgcc
    16321 cctaccctac cggcggatgg gacgcggtgg cccataaaat ggtttccgac gggggcgaat
    16381 gggcgtcagg cgtacgtatc ggaaaacatt ccgggggcga atgaacgaca gcggccattg
    16441 tcggacgtcc gtgtaggggc gtattgcata cgcccccgat attcccggca gggaacaata
    16501 gcgcccaaca gggacccgcc gccgtcggat ttgtcccctg cggggtcatt tgaaggggcg
    16561 tatgcaatac gcccctaccc taccggcgga tgggacgcgg tggcccgtga aatggtttcc
    16621 gacagaggcg aatgggcatc gggcgcacgt attggaaaac atttcggggg cggatgaacg
    16681 acagcggcca ttgtcgaacg tccgtgtagg ggcgcaaaag catatgcccc caaacgatcc
    16741 gaacatggaa cgacagcgtg tggccgcgag ccgcccgtaa aaaggtttct gacggaagcg
    16801 aatcggcgtt ttgggcacct attagattcc aatttacaag caaatgaatg ctgatggctt
    16861 acgaaacgac atccgacgac gggctactgg aggcagaagc tcaatttgta atttattttt
    16921 cctccaactg aatgaataac agaaagattc gaactatctt tgcaatggaa aagctggaaa
    16981 caagcagcta aaacggattt atttactcgc aacaatacac gatacactta tgggtgaaag
    17041 aatgaaaatg aagcaagaga aagctgaggc cttgaagcag actatcctga acgtggccta
    17101 cgagctgttc ctgacgcacg gatacgaaaa ggtctgtctg gcagacattg agcagggtgc
    17161 aggagcgacc cgcgggagcc ttatctacca ttaccgaagc aaagagaccc tgctcctact
    17221 cacctcggag aggttcatcg ccgacttttt ccgcgacacc tgccccgacg aggaggtgat
    17281 aaacagccgg acgccgctga aggactatct gaaggcgttc gtccagatgg tagaagcgca
    17341 ggtcaggcat ttcaaggaga acatagtcaa agacacgaag gtcacgtcgg cctcgtcgat
    17401 caacttcatg attcacctct gcaccctgag tgcctccttc aaacgggcgc tgcaagcgtt
    17461 ccacacgacg caactgggct actggtcgga ggtcatcaac cgggctaagg cgtgcggcga
    17521 aatccgccag gcgctcagta ccgtcaccct ggtcgacacc ttcgtccaca tcctttccgg
    17581 catcatcttc cagagcgccg tctgccacca agagatcccc ctcgaccagc tccaagacga
    17641 gtgggacaac ttctaccaaa ctaccatcga ggcgtagcgc ccgccccgcc tcggcccgtg
    17701 cgccggcgac aacgtgcacg acgtgggccg acgattgcac acggctcccg aacctatatg
    17761 ccccctgcgg aaacgtctgg gggcatgttc attttcgtcc ctacccctac ccgccgatgg
    17821 gcgacggcgg ccgccgtcgg ggagggtcgg tgggagccgc ggagcgaaag aagctccagc
    17881 catgaagaaa aatagaccga atagtatgca ggttgctctc gccctgctta tttttggggc
    17941 cgacaagccg aacgaggcta tccatctaca accctttaac ccccattcaa caattcccac
    18001 ttatgatcca gaaaacgaac aagaacgaac tgagaaagac tgagacaaaa ggccgcattc
    18061 tctgggccgc attcaagctg ttcctggcac acggatacca tgccgtcagc tttatgagca
    18121 tcgaacaagt atcccaagtc accagaggag ccatcttcta tcatttcaga aacaaagaag
    18181 atctgctcag gggcgtagca gagaaattcg tcatcgactt tttgcagagt agcccctcgg
    18241 cggacgagat catagacgac cagacgccct tgaagagctt cttggacgca cagatccgcc
    18301 aaatagaaca gcgggtgcag ctcttccttg aacaagtggg cccagatagt gacattacgt
    18361 cggccgattt catgagtttc ctgcttttca tcaacaagta cgtagccggt atcaagcgga
    18421 agctccaggc gtacgaagag gcgcaagcgc agtgctggtt ggaggccatc catcaaggtc
    18481 aggagcgcgg cgagatccga aaagaagtcg acaccgagac cctgtacaac gccttccact
    18541 ccgtctatgt cggcatagcg tttcacggcg ctgtcatcca ccagcagttc gtcctcgacc
    18601 agctgcgcaa agagtgggac tacctctatc agttagccgc cgcccattag ccgccgtcac
    18661 ccgcttcgaa agggtggggc catctcctgt tatttctatg atccaaacac cataaaaccc
    18721 cttcacgtga tgaaaacgaa tcgctttttt cggcaggcgg ccctcctgcc gatccttgca
    18781 gcaagcctgc tgcccaccgt cgccgcccgt gcacaacagg gtattaccgg ccgactgacc
    18841 aacgccgccg gccagcccgt ggcgcaggcc gccctgatcc tctccgctcc cgattccacc
    18901 tacttggagt cggccgtgag cgaagacgat ggcacctttc gcctgctttc cacggcccgt
    18961 ccctacctgc tcagcgtgca gcatttggct tacgagacac gcaccatcgc ggactctcgg
    19021 agcgacctcg gcacgatcgt gctggagctc aaggcgcaga cgctcgagga ggtcgtcgtg
    19081 cgcgccgaac gccccatcgt ccgcgtgcag aacggccgcc tgaccttcac tccgcaaggc
    19141 ctcacaaaat cgaagatcct cgccaccgcc ttcgaccttc tggccgagac cccaggcctg
    19201 aaatcgaccg acggcgagtc aatccgcctc atcgccatgg atcaggcgcc caccctgctc
    19261 atcaacggtc gcccatctac ccgcgatgcg gccgccacgc tgctttacgt caaatcgctg
    19321 cccgccgatc gcgtcctccg catcgaggtg gcccacactg cgccgccgga atggaacgtc
    19381 aagggcgcag ccgtcaacat catcctcaag gagggtctct ccgaccgtct cacggcgcaa
    19441 gtccagacgc agtgggacaa caaacacgcg aaccgcttca cccaaacggc ttccgttatg
    19501 tatgcctcgg gcaagttctc cgccgaccta ctctaccgcc taagctccgg gcacgagatc
    19561 agtcggacaa acatgtacgt gcggcacgcc gtcggcagcg acacggccga aatccgcaac
    19621 cactccgact accgctcgca cacccccgcc acccatgacc tctacctgaa cctcgactac
    19681 gctctggctg accgacaccg cctcagcgtc tactacaacg cacgggtgac gcccaacgaa
    19741 acgtttgacg accgctccgt cagcaccctc accggccgca gcgatcagca cggcaccctc
    19801 cgcgaccacc tccaaagcat cgcagccgaa tacaccctcc gcggatggcg cgcgggagcg
    19861 gaatacctct actccgacag ccggagggac tacacgggta ccgtcgccgg tcgccctatc
    19921 gcctacgatc gcttccaacg catcgaccga ctgcacggct acctccgcgg acgccacgca
    19981 ctctccgaac ggatcagcct gcgctacggc gccgactaca cccgcacccg caaccacagc
    20041 gaacagaccg gcgccgcacc cgtcacgtcc gacgaagaca tcgccaacgc ctacgtgggc
    20101 acggacatca cctttgcggg cgaccgcgcg aacctctccg cctccctcgc cggcgaaggc
    20161 taccgcatcc gggactaccg tcggcagtcg atcctccccg acgtttccat tagctatacc
    20221 ccgacggacg accacgccct cactctcggc tggcaggcct tccataacta ccccgcttac
    20281 tggtatcgcc agacgtaccg ccgcgaggtg gacggctacg aggttaacct cggcaacccc
    20341 gacctgcgcg tggcccgata caacatcgca agcctgagct acgtctaccg ctcgcgctat
    20401 gccttcaacg tctactacta ccacgtccgc gacgccttct tcacgcagct ctaccagtcg
    20461 cccgaccgcc tcgagctgat caaccaaatc tccaacacgg atttgtcgca tgtctgggtg
    20521 ctgtcagcct ccgttccggt caccatcggc agccgctggt tcctgacctt cgcccccacg
    20581 gccttccatg agcactaccg gaccgagcac tggcatgatc tttccttcga cgtcgcaggc
    20641 tgggcgggcg gtatgaacgt cagcagccag ctcagcctcc tctcccgccc ccgcctgacc
    20701 ttcaccaccg acggctatta ctactccggc ggccgacaag gcttacagaa atccagcgag
    20761 agctggggcg tcaatgcggg tctacaatta gcactgctca aggaggaatc gctgctgatc
    20821 gctctcaacg tgaacgacat cttcgagagc gccacgccga tagcccgcac ccgataccag
    20881 tcgcagtgga gcgactacga ctacaccggc gggatcagtc gctccgtcag gctccgcctc
    20941 acctaccgct tcagccgtta caaggagaag cagcgccgcg aggccgaccg ctcgcgaata
    21001 ggcatccagt gagcgcaaga cgtgggtctt gcccacaaag aacaagtcct gccggcagga
    21061 gaaatggcgt atgcttttgc gcctctcttc ccaccggcag gactcgttcg tttttagttt
    21121 tccgtagtta gttcttcctc ttcccgtgtc gccacagttg gtagctgttg atgatgtttt
    21181 gccagaggat gtagcccgac ggtgcgacag ccgtcagcgg atggaggtac gtctgggcca
    21241 tccaaatggc aaggatcgta ttcttctgcc cgaggccttg gccggacgag atcggatcac
    21301 cgtaacgacg gccgatgcac cgtccgatga ggaactgcgc cacgcacagc acgagcgaga
    21361 cgaggagcag ccccactacc gtcctcggat tctcgccgcc gtgctcgatg aggaagcgaa
    21421 cagtgaccga cgtgacgatg aacagcgaaa aggcccacag ataaaacgac atgcggggca
    21481 cgctgaccat aatgcgccgc aatccgggcg caaaccgacg gatggcaaag gccgtgaaca
    21541 gaggtaacag gaggagcgtg aagacacgtt tgcagacgta caagagcgcc tggacaaagg
    21601 gcaggttttc gctgccgtaa atgccgatca gagagaagta gacgggagcg acgggcgcca
    21661 cggtgacgtt gcagaggatg acataggaag tgaggaagcc cacgtcgccg cccaacatac
    21721 ccgtaacgac gggcgcggag gcggccgtag gcgtcaacaa gcagagcaaa gcgccgctgg
    21781 caatgatccg atcgacggga cgcagcagca ggtagaggcc gccgctgccc atcagttgga
    21841 caagcagcag ccacacgtgc tcacgacgca gacggatgtc gcccggctcg atcttgctga
    21901 aagtgaagag cagcatggcg aagatcaagt agggcgtcag gaaggccagg cggctgaccc
    21961 acggataggt cagcgcaccg gccaacatgg cgatcggcag catccagtct ttgaaaaact
    22021 tcagcatccc tccgcgccct ttcagtcgat ggggatgtat tgcacgaagg cctcgatggc
    22081 ctcgtaagcc gccagcccaa ggtgcttgta catctcggcc gtggcgcggt tacgatcctc
    22141 ggcgcgctgc cagaagagtc gctcgtcgtc gccgaggtac ggcgcgctct cggcctgcga
    22201 ctggtgcttg aggatggcgt tacgcttgta acgcagctcc tcaggactga tgggcacagc
    22261 catctcgata tggtccatct cccactcggc ccacgcaccg cggtacatcc aaatgcggca
    22321 atccttcagc cattcctcgc ccttcatctc gtccacggcg gccaagacgg cgtcgaggca
    22381 gaccttgtgc gtaccgtgcg gatcagccag gtcaccggcc acgaacatct ggtgcggctt
    22441 gacctccgtc agcagttgct tgacgatgtc cacgtcgcgc tgcccgagcg gattcttctt
    22501 cacgagcccc gtctcgtaga agggcaggtc gaggaagtgc acatgctcgt ccttcacgcc
    22561 cgaataacgg cagccgtggc gcgcctcctc gcggcggatc gtgcccttca tgaagagcac
    22621 atcggggcgc tcgggctgtc cgtcctcctt cttttcgtaa cgcagatagc ggataatctc
    22681 ctcagccttc tcacgaatgg gggtctcgct cggtgcgtaa cgctcgctga cgtcgcgcag
    22741 atactcgcaa tagcgaatca cctcgtcgtc gcccacggca atgttgcccg acgtctcgta
    22801 agccacgtgc acttcatgct gctgatcgca gagccggcgc agtgtgccgc ccatcgagat
    22861 cacgtcatcg tccgggtgcg gactgaagac gatgacacgc ttcggatagg gcttggcgcg
    22921 ctccggacgg ttcgagtcgt cggcgttggg tttgccgccc ggccaacccg tgatggtgtg
    22981 ctgaatgtcg ttgaagatgc gaatgttcac gttgtaggcc gagccgtaga gggccagcag
    23041 ttcgcccagt ccgtgctcgc tgtaatcctt gttggtgagc ttcaggatcg gcttatcggt
    23101 ctgcgcgcaa agccaaacga tggcgcggcg aatcagctta ttatcccaca cgcacggcgt
    23161 gacgagccac gggtgactga tgcgtgtcag ttgacccgca gccgagaggt cgatcacgac
    23221 cttggcgttc gggtggtgtt gtagacaggt ggacggcacg gcatcgctcg cgggggcttc
    23281 gatcgtctca cggatgatcc gcgatttgtt ttctccccat gccacaagca ccactttggc
    23341 agcctccatg agcgtgccga ggcccatcgt gatcacgccc gcgggcacat tgtcgatcga
    23401 tcggaagagc tgcgccgact ccttgcgcga ggtgtcgtcc atgagcacga ggtgtgtgcg
    23461 cgagctaacg gatgtgccgg cactattcac gccgatcgtc ccagcctgcc ccacgccgag
    23521 cagcatgcag tcgatgccgc cacactcgcg gatgcgctgt tcgtagcgcc ggcagaagtc
    23581 gtagatatcg ttcttatcga tgaatccgtc ggggctgtag acgttgccct tggggatgtc
    23641 gacatgatca agaaagacct cgcgcagcag atgcatgttg ctgtatgcct cgttcgtgag
    23701 cgggtaaaac tcgtagatga ggaagacgac cacgttgcgc aggctgaggc cctcctcgcg
    23761 atgcatacgg atcagctgtc ggaagatggg gtacggcgac cgtccgccag gcacggccag
    23821 aacaaactgt ttgccctcgc gttggcgttc gcggatgctg gtggccagtt cgcgggccaa
    23881 ctctccggcg ccctcctcca tggtggcgta gatatgcgtc cggaccttct cgaatcgggt
    23941 caggaggctg tattcatagg cgttctccgg tttgtaatac ttctccggga cgcgtgtcag
    24001 ggtaatctgt gagctcaggt tatttctcat tgctgtatat ataaatgtat gattcgggcg
    24061 ccaaaagtag ccgtgggcgg caaacttccc cggccccggt ggggatcatc cagtcgccct
    24121 acaatgtttt ttgtttctct ctgacaaaat cgacgaagct tgagagtgtt tgaagtcggg
    24181 gtagatgggt tgtcggaaag aactcccagt tgtatttagg tatgaccaac ttgacctgct
    24241 gtccgaacat ctcgtccagc tgtttggcgg aaatgccttt ttgtaatgta aaaaggtgct
    24301 tgacgggtat gcgatctgct tcgctcaaaa tctgcctcca acggtctttg caggttgttt
    24361 ttgcagcaag aaaaacgaga tcgccagcat caaacttctg gttgtggtat gcggcaccac
    24421 ttggaaaaat aaagtctggt ttcttgtacc cttccgtcac cacctgcgcc tcataatgca
    24481 gagaggcatc agtgaagatt tgggcgaggt gatgctccaa tgatttaccc gcccggcttt
    24541 tgcgtctgtt cagaagggtg ttggctgcaa ccaccaattc gtctactgaa gagaatccgt
    24601 caatgagcat gtctttgcag agttcgttct caaaacagcg aaacagtgca tattcgctct
    24661 ctatccattt tcccagccgg tcatcataag aggctccctt gcgaagtaaa gtgagcttcc
    24721 gcgccaagtc tgccattgtt tgcgtatcgg ggaactcgtt cgaactggcc aaacactcct
    24781 ctacacagat tcgcatcttt tcctccagtt ttattcggtc tttatcgatc agcccaatag
    24841 tggcattggg tggaataccg agtatttcga gcgcgtcttc tatctcctca tcagtattca
    24901 agacgtagcc tgaatacgta tcctcaccct cacgggcaat gatgaccaac gcacccacat
    24961 attcatctgt aaggaaggga aaatcgcgtc cgaaacgagt gaggcgatat tcgtttctcg
    25021 ttccactacc atagtagatg aatctgctct cagtgtcttt tgcggctcca tcctgccagc
    25081 ggatatgtac cgtacgatcc ttgttttcgc ccttcaatcc aggctggtca aaagctatcg
    25141 agtaggccga tttaggaata taaaagcctg cttgatgtgc tcccgttaca ccggcatcat
    25201 tggctgagat gtatttataa agggctgctt tcgccctgta aacagtggcg acggcctttg
    25261 tcagcaggtc gtttcccatt gcgtcaagta atcatccatt tgcttgctca cggctgcgat
    25321 cagaggtacc acgacagagt tgcccaactg gcgatacatc tgcgtgtcgc tgaccgcgtc
    25381 gatacgatag ttttcaggat aacccatcag gcgagcgcat tcccgcgggg tgagtctgcg
    25441 cgggttcttc cctgtctgcg ggataagaat ctccgatcca tccttgtaat agcgtgcact
    25501 tagggtgcgc gtaattccgt ctaagtcggc cagtccatag ccaaatccat tccctttctg
    25561 ccgatgcttt tcagcatagc attgtaagta agcccacagt ttgtcgctga tggtgtattt
    25621 atcgtcgacg tcgtcctgta agatctgtct cagccgaggc ttctgctcag gcaactcggg
    25681 gaacgtgaaa cgctgagctt tcggatagcg tgacgaatcg aagcatacga tcatgatacg
    25741 ctcccgatgc tgtggtgtgt aagccccgcc atccatcacc ttaaagtgca ccacataatt
    25801 caaatcctcc aacgttgtct tgatcacctt aaaagttcgg ccgcgatcat ggctgagaag
    25861 attcttcacg ttctcaagga atacagcttt cgggcgatgc cggcgaatga tctctgccac
    25921 atcgaagaag agcgtccctt gtgttttgtc taagaaaccg gtatcccgcc ccaaactgtt
    25981 tttttttgat accccggcaa tagagaatgg ttgacaaggg aaaccggcac agagcacatc
    26041 aaactcgctt ggtatttgtg ccttgacgtc ctcctgtcgt atgtcgccaa agggaagatt
    26101 gccaaaattg gccttatagg tttgctgtgc ccatttgtcc cattcgctgg taaacacgca
    26161 tctaccaccg atggcctgca tggccaaacg aaagccacca atgcccgcaa agagatctat
    26221 gaaagtgaag tgtgaacaga ttggaggcga gaatggcacg gctgcatcta taaaatgagg
    26281 atataattgc cgatagtcgg aatcaaaaac ccgacagttg ttcggcatag gatttacata
    26341 gagaagagtg gatatattca ttttgagaac ctataaaaga cgtagataga taggaactat
    26401 gtgtacacac atgattcggg cgccaaaagt agccgcgggc ggcaaacatc cccggccccg
    26461 gtgtagcctt gatcttcttt tgcatccttt tctttcatca cgggcagaaa aggatgtgga
    26521 aagcaggggt accctcgctt actccttccc ctatataaat aggtatagca accgcgccac
    26581 atttcgggtc acatgggtgc gagggcgggt ccgtcatgcg acattctgga gagcctgcgt
    26641 gccagcggcc ccgtcatgcg acattctgag aagcctgcgt gccagcggcc ccgtcatgcg
    26701 acattttgag gagcctgcgt gccagcggcc tcgtcatgcg acattttgga gagcctgcgt
    26761 gccagcggcc tcgtcatgcg acattctgga gagcctgcgt gccagcggcc tcgtcatgcg
    26821 acattttgga gagcctgcgt gccagcggag ccgtcatgcc gcattttgga gagcctgcgt
    26881 gccagcggcc tcgtcatgcg acattttgga gagcctgcgt gccagcggag ccgtcatgcc
    26941 gcattttgga gagcctgcgt gccagcggag ccgtcaagcg actttttgga gagcctgcgt
    27001 gccagcggag ccgtcaagcg actttttcgc gtcgctgcgt gccagcgggc ccgtcaagcg
    27061 actttttcgc gtcgctgcgt gccagcggag ccgtcaagcg actttttcgc gtcgctgcgt
    27121 gccagcggag ccgtcaagcg actttttcgc gccacttacg acccagcggc cccgtcaagc
    27181 ggcttggcga cgtatgaaag gcagaagatg tagagcgtca ggcccacgat tcgtgccatg
    27241 atgacagtgc tacggcgttc tgcaacgggt cggcacgggg gcgtggacag ggcttcggcc
    27301 ccgagaggtc ggtggaattg ccgtaacttt gtggcatcaa aacagtaaac agatacactc
    27361 taacaagaaa atatcgtcgt tatggacagt aagattcagg aattgaccga gaaaatttat
    27421 cgggaaggcg tggagaaagg caacgaggag gccgggcgca tcgtggctga cgccaaggag
    27481 aaagaggcga gcatgctgcg cgaggcgcgc acggaggccg acgctatcgt agaacaggcg
    27541 cgccgtgagg ccgacgaact gcgtaagaac acggaggcag aactccggat gtatgccgcc
    27601 caggctgtgg aggcgctcaa gacggaggtg gccgacctcg tcaccgaccg cgtggtgcgg
    27661 aaggaagtga aggccgccac gggggacgcc gacttcatgc ggcagatgat gctcgaaatc
    27721 gctcgcgaat gggcgaaaaa cggcgagatg accatccaaa cctccgacgc cgacaaactg
    27781 tcagcctatt tcaaggctaa ggctgcggag ctgctccagg gtggcgtgcg gatcgaggag
    27841 gtgaacggcc acaagacttc gtttgccatc gccccggccg acggctcgtt caaggtgcag
    27901 ttcggcgagg cggagttcgt ggagtatttc aaggagtttc tgcgcccgca gctgattgag
    27961 atgctgttct cgaaatgagc aaatactatt acctgatcgc ggggctgccc gaggtggctc
    28021 tggacgacgg aaggcgcccc tacacggtgg cggacttcaa ggcggaggtg atgccgatgc
    28081 tttcggccac ggatcgcccg ctgttttcct gctttttcct tcaatatgac aaccggaacg
    28141 tgctgtcgat gctgcaacac gcggagacgg catgggacgc gcgcggaacg gtgactcgtg
    28201 acgacgcgga ggcggtgctg acggccctga agacggagga gaccctgccg cggacgtcgc
    28261 tgccggcgta tctcgtggac ttcatgcggg agtatctcca ggttgcagaa gaggggcgag
    28321 agatggacgc ggtggtgtgg caagaccgac tctcagcgcg ctatttccgc tatgcgatgg
    28381 gctcgaagaa cgcgttcgtg agcgcatggt atgagctgaa tctgaacatg gccaacgtgc
    28441 tgacggcgat cacctgtcgg aagcatggct tggaccgcgc ggagtatgtc gtgccgggca
    28501 atgagacggc cgaactgctc cgcacgtcga atgcgcgcga ctttgggctg ggcgaatcgt
    28561 tggactacct gccggagctg atgcgcgtgg ccgaagagac ggatttgctg atgcgcgagc
    28621 ggaggttaga cgtgatgaaa tggaactggt tagaggagga gacgttcttc cgaacgttcg
    28681 acttcgagag cgtctttgct tacctgctgc gcctggagat gcttgagcgg tgggcaacgc
    28741 tcgacgcagc cgcgggcgag aagacattcc gcagcatggt gggcgcgctc aagaagggca
    28801 gcgccgcggt gctggacgaa ttcaaacgaa atcatacaaa atagatacta cagagaatga
    28861 caacaaaggg aactgtgaag ggcatcgtgt cgaacctggt cactgtggaa gtggacgggc
    28921 cggtgtctca aaacgaaata tgctacatca ccgtgagcgg cgtgcgtctg atggccgagg
    28981 tgatcaaggt gatcggtcgc aacgcctatg tgcaggtctt cgagagcaca cgcggcatgc
    29041 gcgtgggcga cgaggcggag ttcatgggcc atatgttaga ggtgacgctc gggccgggca
    29101 tgctctcgcg caactacgac gggctgcaaa acgatctgga caagatggac ggcgtcttcc
    29161 tcaaacgcgg cgaatacacc tacccgctcg acaacgaccg gctgtgggac ttcaagccgc
    29221 tggctaaggc cggcgacacg gtcgaggccg gcgcatggct cggcgaggtg gaagagaacg
    29281 cacagccgca ccgcatcatg gtgccgttca agtttgaggg tacatataag gtgaaatcgg
    29341 tggtagctgc gggcaagtat cccgtgacgc acaccatcgc cgtactgacg gacgaacagg
    29401 gtgcagagca tgaggtaacg atgatccaaa agtggccggt gaagcgcgcc aacacgtgtt
    29461 acaaggagaa gccgcggccg tacaagttgc tcgaaacagg cgtgcgcatc atcgacacgg
    29521 tgaacccgat cgtcgagggt ggcacgggct tcatccccgg gccgttcgga acgggcaaga
    29581 cggtgcttca gcacgctatc tcgaagcagg ccgaggcgga cattgtgatc atcgcggcct
    29641 gcggcgaacg tgccaatgag gtggtggaaa tcttcgtgga gttccccgag ctggtcgatc
    29701 cgcacacggg ccgcaagctg atggagcgca cgatcatcat cgccaacacc tcgaacatgc
    29761 ccgtggctgc gcgtgaggca tcggtctaca cggccatgac tatcgcagaa tattaccgca
    29821 gcatggggct gaaggtgcta cttatggcag actccacatc acgctgggca caggcactcc
    29881 gcgagatgtc caaccgactc gaagagctgc cgggaccgga cgccttcccg atggacttgt
    29941 ctgcgatcgt ggccaacttc tacgctcgcg ccggcatggt agtgttgaat aatggaaaga
    30001 ccggttcggt gacgttcatc ggtaccgtat cgcccgcggg cggtaacctg aaagagccgg
    30061 tgacggagaa cacgaaaaag gtggcacgtt gtttctacgc cctcgagcag gcacgcgccg
    30121 accgcaagcg ttacccggcc gtcaacccga tcgacagcta ctcgaaatac ttggaatacc
    30181 ccgagtttga agcctacgtc tcggaacaca tctcgcccga atggctcggc atggtgaacg
    30241 aggtgaagac gcgtatgctg cgcggtaagg aaatcgcgga gcagatcaac atcttgggcg
    30301 acgacggtgt gccggtggat taccacgtga cgttctggaa gtcggagctg atcgacttcg
    30361 tcatcctgca gcaagacgcc ttcgacgcca ccgactccat gacgccgctc gagcgacagg
    30421 aatacatgat gaagcgcgtg atcgacatct gccaccaaga ctttgccttc gacaacttca
    30481 gccaggtgac ggactacttc aagcgactga tcaacgtgct caagcagatg aactattcag
    30541 agttccgcag cgaacagttc gagaattaca gccggcaggc cgagacgctc cttcaggagg
    30601 ctgccgccga gtcgaaacaa taagaatcaa gtgagatatg gcaacaaaag catttcaaaa
    30661 gatatttacg aagatcacgc agatcaccaa agcgacctgt tcgctgaaag ctacaggcgt
    30721 gggctacgac gaactggctt cagtggacgg caagctggcg caggtggtga agatcgccgg
    30781 cgacgaggtg acactgcaag tgttctccgg caccgaaggc attcgtacaa acgccgaagt
    30841 ggtgttcatg ggcaaggcac catcgctcaa ggtgggcgac cagctggcgg ggcgtttctt
    30901 caacgcctat ggcgacccag tggacggtgg ccccgtaccc gaagggcgcg aggtggagat
    30961 cggtgggcca tcggtgaacc ccgtgcgccg taaacagccg tcggaactga tcgctacggg
    31021 tattgctggc atcgacctga acaatacgct cgtgacggga cagaagatcc ccttctttgc
    31081 cgaccctgat cagccgttca acgaggtgat ggccatggtg gccctgcgcg cccagtcgga
    31141 caagatcgtc ctcggcggca tgggtatgac gaacgacgac tacctctttt tcaagaacac
    31201 cttcagcaat gccggtgcac tcgaccgcat cgtcagcttc atcaatacga ccgaagaccc
    31261 atccgtggag cgcatccttg tgcctgacat ggcgctggca gccgcggaat atttcgccgt
    31321 agagaagcac gagaaagtct tggtactgct gaccgacatg acgaactatg ccgacgcgct
    31381 ctccatcgtg tcgaaccgta tggatcagat cccatcaaag gactccatgc cgggttcgct
    31441 ctactcagac ctcgccaaga tctacgagaa ggccgtgcag ttccccgacg gcggatcgat
    31501 caccatcatt gccgtgacga cgctctccgg gggcgacatc acgcacgccg tgcccgacaa
    31561 cacgggttac atcaccgagg gacagctcta cctgcgacat gacagcgacg taggcaaggt
    31621 catcgtcgac ccgttccgtt cactctcccg actgaagcag ttggtgacgg gtaagaagac
    31681 gcgtgaggat cacccgcagg tgatgaacgc cgccgtccga ctctatgccg acgccgccga
    31741 tgccaaaacg aaattggaga acggtttcga cctaaccgat tacgacaacc gcgccctggc
    31801 cttcgcccgc gactactccg agaagctcct tgccatcgac gtcaacctca acacgacgga
    31861 aatgctcgac gtggcgtgga ccctctttgc caagcatttc aagcaggagg aggtcaacat
    31921 caaacaggcg cttgtggaca agtattggcc gacggcgaaa tgagcgaacg cttcgcagtg
    31981 aactgtcatg gctattaaat ttcaatacaa caagacctcc cttcagggcc tcgataagca
    32041 actgaaggtg cgcgagcgtg ccctaccgac gatcaaaagc aaggagagcg cgctgcgtat
    32101 ggaggtgaaa cgaacgaaag gcgaggctgc ggcgttggag gatcggttag agaacgagat
    32161 tcggaactat gagtacatga tggcgctctg gaacgagttc cgccccgaac tgatctccgt
    32221 agaggacgtc cgactgtcgg cccgaaagat cgccggcgtg cccatcccgg tgcttgatgg
    32281 cgtagagttc cgcatcgccc gctacagcct cttcagcgcc ccctcgtggt acgctgacgg
    32341 catcgagcta ctcaagacaa tggccgaaac gggtatcgaa gcagagttca ccaacctgaa
    32401 actcgatatg ctcgagcgtg cccgtcgacg caccacacag aagctgaacc tcttcgaaaa
    32461 ggtgcagatt cccggctaca aggacgccat ccgtaagatc aagcgcttta tggaagacga
    32521 agagagcctc tccaaatcgt cgcagaagat tatgcgcgcc aatcaagaaa aacgtaacgc
    32581 gaaggaggca gaagcatgat tgtaaaaatg agcaagtacg ccttcatggt gtaccataaa
    32641 gaatatgacg cctttctgga actgctgcgc tccttaggcg tggtgcatat ccgggaaaca
    32701 aagtcggaga aagacgacgc ggggctgcaa cgcctcatgg ccgagcgcaa acgcctcgaa
    32761 agcgagatgc gccagctgaa gcacacgcag gagagtcgac tcgaagccct caaggccgac
    32821 gcgaaagcca ccggtaacaa ggcgaaaatc acgctgcccc tcgcccctga gcgacccgtg
    32881 acggccgacg agggcgctgc cctgttagac cggattgacg acttacgcga ccggatcgaa
    32941 aaggctcagg ccgctgagca ggccacagag aaagatctcg ccacaatgca agtctggggt
    33001 gagttcgact acgccaacct acgtcgcctc cgcgaggtag gccacgaagt caccttcttc
    33061 tcctgccccg ccgcacgcta cgacgaagcc tgggagacgg acttctatgc tgtccccatc
    33121 gccaccgcac agtcggccac ctacttcatc accattacac ccgtaggcag cccgatcgag
    33181 atcgacgccg aacgggtgcg tatgccagag aaggacctcc gtgccctccg tgacctgcgc
    33241 gaggcacagc gtcgccagcg cgaggagttg aacgctgagc tgttggctgt cgctctcaac
    33301 gactaccgca cgctcgaagc ctacggccga ctgcttgaaa acgagtacac gtgggacaac
    33361 gccaaggtgc aaaccgaacg cgaggctgac gaccgactca tgctcctcga ggggtggatc
    33421 cccacggctg aggcgcagtc gctcgagtcg gccctcgacc gtggcgacta ctactgccgc
    33481 aagctcgaga tcagcgatga ggacaacatc cccatcgaac tgaagaacaa ccgcttcaac
    33541 cgactcttcg aacctatcac ccggctttac tccctgccca acgcccacga gttcgactcc
    33601 acgcccctct tcgccccctt ctttatgctc ttcttcggca tctgtttcgg cgacggcggc
    33661 tacgggctcc tactccttct cctgggcaca ctgatgaagc ggaaggccaa agccgacatg
    33721 aaaccgatcc tctcgctcct ccagtgtttt ggtatcgcta cgttagtcgt gggtacccta
    33781 tccggctcct tcttcggcgt caacatcgcc gagatccccg ccctagccag cgtcaagcgt
    33841 tacttcctga cgagcgacaa catcatgacc ctctcactcg tcatcggctt catccatgtg
    33901 ctctacggca agtttgtggc cgcgatgaag gtcaaggtgc agcgcggact caagtacagc
    33961 ctcgccgcct tcgcgtgggt cttcctcatc ttggcgctgg cgctggccgt cggactgccg
    34021 atgatgaata tccacctgcc gcaacccgtc gtttacgccc tctatggcgt ggctggcgtc
    34081 ggcgccctca tcgccttctt ctacaactcg cccggcaaga acgtcttcct caacttcggt
    34141 tcaggcattt gggcgacgta taacaccgca tccggcctct tgggcgacac cctctcctac
    34201 atccgactct acgccatcgg cctgaccgga tccctactgg gaggtgtctt caacacgatg
    34261 gccgtcgaca tgaccgccac catgcccatc tgggtgcgct ggctaccgat gctcctcatc
    34321 ctgctcgtcg gccatgccct caacatcggc ctgagcatgg tcagctcgct ggttcacccc
    34381 atgcgtctga tctacgtgga gtactacaaa aactcggagt ttgaaggcgg cggcaccgcc
    34441 tacgctccct tccggaaaat atgaatcaat gaatagaata atagaacctc aaaaacaaag
    34501 tatttagaat tatgggacca gtattattag cgtatgtagg agtagcactg atggtcggcc
    34561 tgagcggcat cggcagtgca tttggattga caatttgcgg taacgccgta gtgggagcga
    34621 tgaagaaagc cccagagaaa atgggtacat acatcgccct gagcgccctg cccagttcgc
    34681 agggacttta cggcttcgta gcctatatga tggtgcaaaa attcctcgtt gctgacatgc
    34741 cttgggtgac ggccgccggt atcttcggtg ccggactgat catgggcttt gccggcttct
    34801 actcatccgt ccgtcaggca cacgtttgcg ccaacggtat cgccgccacc ggcgctggcc
    34861 acaacgtctt tgccgccacg atggttatgg ccgtattccc cgagctctac gccatcctcg
    34921 ccctcgttgt gtccatcctg atatcgttca ccttccccgc tgtggcagcc taactgccct
    34981 ccaaaaggaa tcatcagccc cctcctctcc cccaaagagt gagggggctt ttttgtgcaa
    35041 tcagagaaaa aataggggtc gagatttgga gaagtgaatc gaagcactac ttttgcggcc
    35101 gtaatcgttc gacggaatga tgatttttga ctccgtagct cagttggtag agcaaatgac
    35161 tcttaatcat tgggtcgaga gttcgagcct ctccggggtc acactgaaac aatttcttcc
    35221 gattgaatag ataaaagcga aggctgcact ggttcatctg gtgcagcctt tttgttttca
    35281 tcccttcgcc tcctgaatcc gatccgcacc ctcctgccgg cgcatgacac ccaccgacaa
    35341 cgccgccacc ctcccctcct gacgcaacgc catcaccacg aaatccgcaa ggccatttcc
    35401 actttacgaa gcccccaaac cgaatccgac ggctccagat tcaactagcg aagccttcat
    35461 cgccattccc gcaacgtcat attcaacccg cgaagctccc aaaccgaatc cggtggctcc
    35521 agattcaact ggcgaagcct tcatcgccat tcccgcaacg ttgttttcaa cccgcaaagc
    35581 ctccaaaccg aatccaacgg ctccagattc aactagcgaa gccttcatcg ccattcccgc
    35641 aatgttattt tcaacccgcg aagctcccaa cccaaacgcc gcgaagccat tttcaatctg
    35701 tgaagtgtcc actgtcaaag aaatcactaa ttcgtgatgt cacacaaaga gcaataatat
    35761 cttctacaat tcatcctgca cgcacataca tctaaggata taatatatac gattacatgc
    35821 gctcacaaga atataaatca cattgtaaac gactctccat gatcacatat agatctattc
    35881 aacttgttat actatttctc atccacgcgt gctcttataa atatatcatt cttctataac
    35941 tcatgcgcac atgtacatat tattagcata tcatacatgt cttcatgata tcacatgaaa
    36001 gatgatcata tctcatgcga tttatcctgc atgcatctat atataagaat ataatttata
    36061 cagattactg cgttcacagg aatataaatc gtattgtata taactattcg tgattacata
    36121 ctaatcagtt tcactcatta tcctatactc catccacgca cgctctaata aacatagtat
    36181 tctcctataa cttatgcgtg catgtgtgtg tcatgaatat atcatacaca tcttcgtgac
    36241 atcacaaaaa catgggtaaa atccggttga tgccttcaca gatcgaattt ggcttcgcgg
    36301 cggtttggtt gaaggcttca cagataggaa atggggccac agtggttcgg ttgatgcctt
    36361 cacggatcgg aaatggggcc acggaggttc gggcgagagg ttcgcatgtt caaaatggct
    36421 tcgcggaggt ttcggcggag gcttcgcagg ggcacgacag agccgcagga tcggccgtgg
    36481 aagccgccgc gccacaaagg cctcttgaaa gttttcctac ttttgtcccc gtcgatcagc
    36541 acgatagccc ccacttatcg aaacgaacga ggggagccta tacggttgcc aatcgacctt
    36601 tttctttttt gaaggatgca cattcaaaca atctgcgcaa aatacaaagt ggtggtaaac
    36661 ggaacgatta gaaacaagct gtggagcgtg cttatcgtct ccatcctctg cacgttgtgg
    36721 tgtgctccac agctgcaggc gagtaagaaa acattcactg tggtgatcga cgctggacat
    36781 ggcggacgcg atcccggcgc cagggggcgc aaaacgaacg agaagaacat caatttggct
    36841 atcgccaaaa ggctgggcga gatgatcgcc gatgggcaca aggatgtcaa ggtgatctac
    36901 acgcggacaa gcgacaagtt tgtgggcttg gagacgcgtg ccaacatagc caaccacaac
    36961 aacgccaacc tctttatttc catccatacc aattcgctga agcacggcag ttctgtccgg
    37021 ggaacggaaa cgtacaccct gggactggcg caaacgaagg agaatctgga cgtggcgatg
    37081 ctggaaaatt ccgccatcct actggaggac aattacaaga agcgctacga aaacttcaac
    37141 cccaattcct cagagtcgta catcatgttc gacctgattc agaataaaaa catggcgcaa
    37201 agcattgcgc tggccactga aatccagcgt ggattcgagc aagcggggcg gaaaaatcgc
    37261 ggtgtgcggc aggccggatt cttggtactg aaggcgacca gcatgcccag tgtgctcgtt
    37321 gaagtgggct acatctcgaa ccctgacgag gagagttaca tggcctccga caaggggcgc
    37381 acagagttgg cgcgggctat ttataacgcg ttcggacgct acaaacgcga ctatgaacgc
    37441 aagcagggcc agggcgtaag ccgtaaagag gctccggaaa agaagaaaga ggagccgaaa
    37501 agctcgcccg caagtcgtag ctcatcgtca tcgcggtcga gtgtgtcggt gcagtttgat
    37561 ggcccggcac gtagcgtggt gggcgagagc cgccattcgt caacaagcag caacggggtc
    37621 gtttacaagg tgcagatctt gacttctgac aaaccactac cggacaatgc ccgagccttc
    37681 aagggccgtc gcacgagtta ttaccgcgag ggaggcaagt ataaatacac gtgtggcgag
    37741 acgacggagt ttaaagacat acagcggctc catcgggaac tccagaagga tttccccaac
    37801 gctttcatta tccgcatgaa ggacggaaag cggctgaaat aaccggagag agacagatct
    37861 ataacagaaa tatgaagatg aagttttcca aagaggtgac gattggcctt gtgacgatca
    37921 tcagcctgac attgctttac ttgggtgtca attacctgaa ggggatcaac ctgttccgcc
    37981 ccgtcaaccg ctatttcgtg gcctgcacga acgtgaagga cgtgacgatt tccagccctg
    38041 tctacgtcga gggcttcaag gtgggactgg tgagaaacat cttttacgac tattcgacaa
    38101 cgaaccggat actcgttgag attaacctcg aaaagagtat gcgcatcaat cggggcagct
    38161 acgtatcgct ggaaaagacc ctcctcagcg gtgctgaact gcatatccaa ctcaataaat
    38221 atgtggacga atacctgcaa tcaggcgaca cgatcgaggg tcgccagccg gagagtctga
    38281 tgtcgaccgt gcaggaccaa atgctgccgc aggtgatggc gctcttgccc aagctggatt
    38341 cgatcctggc cggactgcaa gtgctggtca accatcctgc gctgacacag tcgctagaga
    38401 atatcgagcg aacgacggct gggctggagc aatcgtctcg acagctgaac cggctattgc
    38461 aaagagatgt gccggccatt gcgggcaacc tcaacacagc ctcggctaac ttctcagccc
    38521 tgagtggcga tctgcgcacg ctggatctga acggcaccgt gcagtcgctc aatcagacca
    38581 tcggcaacct gaatcagacg acggctaagc tgaacgcgaa ggacaattcg atggggctgc
    38641 tgctcaacga tacgtcgctc tatcagaacc tcaatcagac cgtcgggagc gccaacaatc
    38701 tgctgatcga ctttaagcag aacccgaaac gctacgtgcg cttctcactc ttctgacctc
    38761 cgcgactcgt tccccccgca taccaaacag aaatcccccc ttccaccatc ggcagaaggg
    38821 gggatttctc tatttaacgg agagagcggt ttatcgctct acgttcagtg cgagctctat
    38881 cttggtcgac ttctccacca cattagccag cccagcctgt aaacctttca atacctgggg
    38941 aggcataccg ccagccatcg agaagagcgc ggggaggtag ttgcgcatag ccttgatcgt
    39001 ctcggtgtcg agatagaaac gggcgctatt gccgctgatg gcgtagcgca cggggacacc
    39061 gtccttcagc gcagccttga tctgcgtcaa cgtctgagca tcgacgttct tcaactcaga
    39121 aaaagtcttg tcggtgaagt agagcttcag gcgaccgttg ccctcgtcct tgtaggtggc
    39181 atagccctca gagacggctg tggtcttctt cgccgcgtcc gtatagacgg tggttttcac
    39241 cttaccatcg gacgtcaaag tcacgccttg cagggcattg ccaattaagt tgctgagcat
    39301 cggtgtaagg tagccagaga gcatactggc gggaaacttc cgccccatca tctccagcgt
    39361 aaggtcgctc ggtgcttccc atacaacctc tgtatggccc ttctccttca gcttccatgt
    39421 gcccgctaac tcgctcgttt tcgggtcgtc attcttgctg caactgccca ggagcaaccc
    39481 catgcagagg atcagtgctc cgtagatcaa attctttctc atcatttctt tcttttctat
    39541 ttatgattaa ttaagtcggg gcaaagttat tacatttgcc tcccgaaaaa ttattgcacc
    39601 atgaaacagt atgatttcaa tgagtttatc gagagaacaa acactgattc tattaagtat
    39661 gacgcactga cggagaactt cgggcgagac ggtctgatgc cactttgggt ggctgacatg
    39721 gacttccgaa cgccggactt catcctcgat gcgctgcgcc gacgctgcga gcaccctgtg
    39781 ttcgggtata cgtttccgtc gtcggcgtac tacgacgcca tcattcgctg ggtgcacgac
    39841 ctgcatgggt gggacatccg ccgcgaatgg atctcttaca tcccggggat tgtcaagggc
    39901 tttgccttcg tgatcgatca cttcacaaag cccggtgacc gtatcatcat tcagccgccc
    39961 gtctatcatc ccttccgcct tgtgcccgag ggcatgcagc gcgaggtgat caccaacccg
    40021 ctgcggctgg ttgacggtgt gtatgagatg gattttgagc aattggaatc catcatcgac
    40081 gatcgttgca agctgctcat cctctccaat ccgcacaacc ccgcgggcat cgtgtggtct
    40141 aaggagacgc tgcagcgact ggcatccatc tgcgtgcgcc acaacctgat ggtcgtctcg
    40201 gacgagatcc acgccgaaat ggccttcccg ggcttccgcc attacccctt cccgaccgta
    40261 tcggacgagg cagcggcgtg cagcattctc ttcacggccc cgagcaaaac gttcaacatt
    40321 gccggcatcg tctcctcgta cgccatcgta ccgaacgacc gcctgcggca ggctttctat
    40381 tcgttcctcg aagcgggcga gttcaaccat gggacgatct tcgcttatga ggctaccaag
    40441 gcagcctaca ccccggaagg cgccgaatgg cgacggcaaa tgctggccta cgtgtgggag
    40501 aacgtggcgt ttgttgaagc ctacctccgg gagcgattgc ccaaagtgaa ggtctatcga
    40561 ccgcaagcgt cgttcctcgt ctggcttgac tgccgcggac tgggattgtc gcacgacgaa
    40621 ctgatccagc tctttgtcga ccgtgcacgg ctggcactca atgatggcgc catgtttggc
    40681 catgagggta cgggcttcat gcgactcaac gtcgggtgtc cgcgtgccac gcttcagacg
    40741 gcgctcgacc gattgaccga ggtagtaaac gggaagtaat cccgcactcc gaccatcttt
    40801 agcgtgtgtc ccacgatccg tggggcacac gtttttttat tcccttggtt gaaagaaggg
    40861 ggcgcctgtt cgggctgagc aacgggcaaa atgttcgctg aaatactttt gcggcatgga
    40921 aaaacgagaa ttgaccctct tgggtaagaa gacggactac cgtcaagatt atgcgcccga
    40981 ggtgctggag gccttcacca accgccaccc ggagcgtgat taccgcgtgc acttcgactg
    41041 ccccgagttc accagtctct gccccatcac gggccagcca gatttcgcca cgatcacgat
    41101 cgactacatc ccggacgtga agatggtcga gagtaaaagc ctcaagctct acctcttcag
    41161 cttccgcacg cacggagcct tccacgagga ttgtgtgaac ctgatcatga aggatctgat
    41221 ccggctcatg gatccgaagt acatcgaagt gcggggaatc ttcacgccgc gcggaggcat
    41281 cagcatccac ccactctgca cctacggccg acctggcaca cggtacgagg ccctggccga
    41341 gcggcggctg ttcgacagcg ggccactata gtgagctaag ggtgtgccgt agtgagctaa
    41401 aaacgagaag tcctgccgac gggagtgtcg aggtgtatcg catacacccc caccccacgt
    41461 ccggcaggac ttctttcctt cttagttgcc cggaggggag ctcagctcag gtagtccggt
    41521 tccttctcgc ccaccaaagt gcggagcgtc tgcttgacga tgcgccactg ggtgaagagg
    41581 tcatgctcgg gcacatggtc gaaatcatgc atcgggcttt tgcagaagaa cgagagccat
    41641 gtctgaatcc cactcatgcc ggcccttgcg gccagatcgc tgaagagcac cagatcgagg
    41701 gctatgggcg cagccaggat ggagtcgcgg cagaggaagt tcaccttgat ctccatcgga
    41761 tagcccatcc aaccgaagag gtcgatgttg tcccatgcct ccttattgtc cttgcggggc
    41821 ggatagtagt tgatgcgcac cttgtgatag atgtccttat aaagatcggg ctgctcatcg
    41881 gcgtcaagga tactttcgat gacggagagc ttgctcacct ccttcgtttt gaagttgtcc
    41941 ggatcgtcca gcacctcacc atcacggttg ccgaggatgt tggtggagaa ccatccactg
    42001 acccccagca ggcgcgtctt aaacatcggc gccaagacgg tcttcatcag cgtctgcccg
    42061 ctcttgaagt ccttaccggc gatgggcacg tgtttctgcg cggctaactc ccacatggcg
    42121 ggaatgtcga cgcatagatt cggcgcgccc atgatgaagg gcacgccctc ggacagggcg
    42181 gcgtaggcgt agcacatact gggcgagatc acctccgtat tgttcgcatc gatggcacgg
    42241 tcgagcgact cgagcgagcg atgctcgtcg gtcatgggca ggaagatctc cgtgctggcg
    42301 gcccagagga cgactgcgcg actgcatttg ttgtccgcca tgaaacggcg gatgtcacca
    42361 cgcaggtgtt caatcatctc ccgacgcgta gcaccttgca gcgtgtgtgt gccatgcagc
    42421 cgcttggccc aacgcgggtc aaaggcagcg gccatcggtc ggatggtggc cagctcgtcg
    42481 gccacgccct tcagatcctt ctcgctcagc acctcggcgc atcgtgcggc ttcgagggcg
    42541 ttatcaggga agatgtccca cccgccaaag acgaggctgt ccagtcctgc tatgggaacc
    42601 atctctttga tcagttgctc gcgaccatcc tgcctgcgca tacggcccat ctgcgtcact
    42661 gatccgatcg gcttagccag cccacgtcgg gcggccatca caccggcaat catcgtggtg
    42721 gatacggctc cgcccacgcc cgctatcagg acggctaagc gtccatcggc agctttcaat
    42781 tcctgtatca ttctatctat cgtgtgttta cctctaatga gtaacctcta taaaagacaa
    42841 aaccgggatg aaggctcccg gtttcattct gcgttagttc ttcttctgca ataaatccct
    42901 gatctccgtc agcagttgca catcagcagg tggtgcctcg ggcgctgcgg gagcttcctc
    42961 cttcttcttg ttgaacttgt tgaccgcctt gatcagcatg aaaatagcga aggcgatgat
    43021 caagaagtcg aagatgactt ggatgaagtt gccgtaacgc aacgcgacct ccggtgtgac
    43081 cacgttttca ccatccatca cggcctgttt gaagacaatc ttcaggtcgg agaagttcac
    43141 acctcccatc agcacaccga taggcggcat aagtatgtcc tccacaaacg aagatacaat
    43201 cttcccgaag gctccgccga ttacaatacc tacagccatg tcgagcacgt tgccgcgcat
    43261 ggcaaattcc ttgaactctt ttatcaatcc catataacga tgtatagttt atttggttct
    43321 caacgcattg ggacggtctg aaggggccgt ctcaaattgt tggcgcaaag atagagcgtt
    43381 tttgcgcggt gcaaaagcag cgttcatggt gcagatcccg tccgccgcgg ctccaaggaa
    43441 atcacaccgc aggggcctgt tgcgcaaccg atccacgttc caacttcata cggagtcggt
    43501 aaaaatgtga atccgccacg gccgccaccc cctttttcta cttttgccgc acgaaaaaat
    43561 acccctgtca tgctgaataa gagtttagtt tccatcgatc aatgtacgaa ggcagacatt
    43621 ctgcgcatca tcggcaatgc cgcccggttt gaagcacgtc cgaaccgcga cctcctgcgt
    43681 gggcgcgtcg ttgccacact tttcttcgag ccttccaccc gcacgcggct cagctttgag
    43741 acgtcggtca ataggctcgg cggacgcgtc attggcttcc aagacgcatc gaccaccagc
    43801 tccaccaagg gcgagacgct caaagacacg atcctcatgg tcagtaacta cgcggacgtc
    43861 atcatcatgc gccactattt agagggggcc gtgcgctacg cctcggaggt gacggatgtg
    43921 cccctgatca acgctggcga cggtgccaac caacacccct cgcagacgct gctcgatctc
    43981 tactcgatcc agaaaacgca agggaggtta gacaacctga ccgtgacgat ggtgggcgac
    44041 ctgaagtatg gtcgcacggt ccactcgctg atcgtcggcc tgtcgcactt ccaccccacg
    44101 ttccacttcg ttgcgccccg cgagctctct atgccggagg agcagaagca gttctgtcgg
    44161 gcgcacaaca ttgcgtttca cgagcacacc gtgttctcgg aggagatcat caaccagacc
    44221 gatatactct atatgacccg tgtgcaacgg gagcgcttca cggatcctat ggaatatgag
    44281 cgtgtaaaaa atgtctacat cctgcatcgg cgcatgcttg acggatcgcg ggagaaccta
    44341 cgcgtgctac acccgctgcc ccgcgtgaac gagatctcgt acgacgtgga cgacagtccc
    44401 aaggcctact acattcagca ggcccgcaac ggactcttca cccgcgaagc gatcatctgc
    44461 gacgtactcg gcatcgaagt agacgactaa cccaccccac cgcgcttata catctataat
    44521 atacatacga cccatgtctg aacagaagaa aagaaccgaa ctgcaagtgg ccgcgatcga
    44581 gaacggatcg gtactcgacc atattccatc cgagcacctt ttcaaggtgg cgcaactgtt
    44641 aggtcttgaa catatggacc atcgcatcac gatcgggaat aatctaaaga gctccaagat
    44701 ggggcataag ggcgtgatca agatcgcaga taaatttttt gaggaggatg agatcaaccg
    44761 catcgccgta gtggcgccca atgtggtgct gaacatcatc cgcgactatg aagtggtgga
    44821 aaaacgtcgc gtggagctgc ccgacgagct gacggacatt attcgttgca acaacccgaa
    44881 gtgcatcacg aacaatgaac cgatgaagtc gcgcttctac gtcacggaca aggagtgcgg
    44941 cacggtgcag tgtcgttact gcgagcataa gattcatcgc gacgagatcg tactgaagta
    45001 gcggctcgat gaacggcgga cgaggcgcac gacggacctt gcggaccatc ggcacgctgc
    45061 tctgggccat gctctgcatg accggggcgc gggcccagac gacggaggtc ggtagcgacc
    45121 gcctacgcct gggcgtgaag gtcggcgtct gcgccttgca accggatcta acggccatcc
    45181 atccgggcgg tgcagggaca accgtaagcg acgtggcggt acactccggt gtgggacaca
    45241 cggcggaggt gtcgctgcgc atcggcatac ggcgcgtctt cctgcagcct gccgtggggt
    45301 ggagccggtc ggagagccgc atcgggttca acctgctctc cgcctccccg ggcgccgtgc
    45361 cagtggccca tttcccgcag tcgatgacgc tgcgcgagct tcgtctggag gcccccctcg
    45421 ttatcggttg ccacttggtg cagcagtcgc ccttccaact tagcctcatg ggtggggtaa
    45481 aaatgaagta caattatcgg gtacgcctca cgcctgacac ccctgagacc tcttttgact
    45541 tccgcggtga tgattcgccg cgccattggt cggtctgcgc cgcgctggag gtgcgcatcg
    45601 atcgcctcac cttcgatgtc ggctatgaat acggcatgaa tagcctgcac gccgacttag
    45661 gcgcttacac ctacggcgcc tccaccttac cccctgcatc aatgcgcatc agtcgacgca
    45721 ccagtggact cagtatgtcc gtgggggtga tgttctgaaa ctaaacacaa ttgacgactt
    45781 acgaataacg actgacagcc atcactatga atgaaaatga cctctttttt tcccgcaccg
    45841 agctgcttat cggacgggag gccatgctgc ggatggagcg cgcgcgcata attctgttcg
    45901 gcgtgggcgg cgtgggcagc tggtgtgccg agggcctggt gcgctcgggt gtccgccggc
    45961 tgacgttagt ggactctgat cgtgtgagcc ctaccaatat caaccgccag ctgccagcca
    46021 cgcggcagac ggtggggtgc gtgaaggtgg acgtcctcaa ggagcgcctc gctgagatca
    46081 accccaaggc cgcgatcgac gccatcgcag gtgtgtacaa tgctgacacc tcggcgtcgt
    46141 ttggtctgga ggaatacgat tacatcgtcg acgccatcga tagcctccag gaaaaagtgc
    46201 acctcatccg cacggctaca cgcctgccgc aggccacttt cttctccagt atgggcgctg
    46261 cgctcaaggc cgatccgcag cgaatccgcg tggccaaatt ccgccgcgtg gcgggctgcc
    46321 cattagcggc tgcgctgcgc cgcaggctga aacagggcga accgccagcg cgcgacttcc
    46381 tctgcgtcta cagcgacgaa gtgctcgaaa atcagggtgc gccgcccgcc tcgctcgacg
    46441 gcgccaaccc tacgccggtt tccacttggg acgcccgcaa agcacgcatc aatggcacgt
    46501 tagcgcacat cacggctatc ttcggcttta cactctccgg actcgttata caagacatca
    46561 tacacaaaac ctctgactca catgtgggat aaactctatt atggcaattc gctccgagat
    46621 tggggcatat cgctgctaat catcgtcggc gcactgattg tcaacaaact gatttcgatc
    46681 atcaaccgac gcgttgtgcg ccgcattgcg gaacgtagcc gcacgcgcat tgacgatctg
    46741 ctctccgatg cactcgaacc gcccatcctg ctcggcgtga tgctgttcgc tgtatggatc
    46801 tcgctgggga ggctggatct gggcgcgaag tttcatcact tcttgcgcaa cgcgtacgag
    46861 gtgctcgtca cgatcaacgt cacgtggctc ttcgcgcgtg tcatcgcccg cctgatcgaa
    46921 tccttgctta catcgcgcga cgggtcggcc accacgagac tgaacatcaa cacgcatctc
    46981 atcccgctga ttaagcgcgg cgtgctgatt atcgtgtggg ccatcggcat cgttatggcc
    47041 ctgcacaata taggcgtgac cgtcaccaca ctgatgggta cgctcggcat tggcggtatg
    47101 gccttcgcct tagcgtcgca agacacgatc aaaaacattt ttggcggtgt caccatcttc
    47161 acggatcaaa cgtttcaaat tggtgacatc atccgcattg gcgacacgga ggggacggta
    47221 gtagacgtgg gtcttcgcag cacgcgcctt cgcacctacg acggccagtt ggtgatcttg
    47281 cctaactcgc aactgatcga cgcggtagtg acgaacatct cctccgagcc cggacgacgt
    47341 atcgtcattg atctggggct tacttatgac acctcgccag agaaaatgcg tcaggcgatg
    47401 gcgatcctca gcagcatgga cgaccgtgta cgtggcgtgg agcctggcag catcatagcg
    47461 gcctttgtcg cctttgctga ttcgtcgctc accatccggc tcatttactt catccgcaaa
    47521 tcagctgaca tcttaggtac ccaaacggag gtcaacttcg atatactttc gcagttcaat
    47581 gcagccgggc ttaacttcgc cttcccctcg cgtacgatat acatcgataa gggaagcgat
    47641 ctgtcgtaac gattcagccc attacgtcta tacgtcgaaa taaaaagaga aggaagtcag
    47701 tattccacgc gaatacggtc ttccctctcc acttttttga cagtataaaa atagatcgag
    47761 gaaaatagca atatgtaagt aagatgcaca gatgattaca gtcaaaagtg caaacgggta
    47821 actgcatata gctatcgaat aagatcaata tatatgtcat gttacacttt ttcgcttttg
    47881 aatgtgatcg aagccacaat tatgcaaaag gtttgcatat cgcgcaatga tcgatagagt
    47941 aaaattgcaa caggtttaca ctttcgatct atatccatag agcggtctat atagttggta
    48001 atacgcgcgt agagatctgt agtatgtgca tgctacatga ttatttatcg cgcagtgatc
    48061 aaggatgtga tcgtgcgaca agttctgata tacgtatatg atcagaaata tcgtctatct
    48121 acttgctaga tcgaaaacaa ggaagaaatg ggctaaaatc cgcgattcgg gccatgtatt
    48181 tcaccggaaa tggctcccga aggcggtttt tgggcgtaaa cccaagtaga aacgggcctg
    48241 aaacaggact tgggggagcg tccgaggagc aaaacggggc cgagaggcgg gctgtaggtg
    48301 caaaacgagg aggcgatgcg ccccggggca atcggtggga atacctactt ttgcggcctc
    48361 atcaataata gattaagcta acaatgaagt acaacactgc cgagaaacat ttggcacagc
    48421 ctgagtatgg gcgcaacgtt caaaacctgg tcgactactg cgtgacgatc gaagaccgag
    48481 aggagcgcaa ccgctgtgca aacgcgatta tctcgatcat gggcaacctg tatccccaac
    48541 agcgcgacac gaacgacttc aagcatattc tctgggatca cctggccatt atgtcaggct
    48601 tcaagttgga tgtggactac ccttatgagg tggtcaagaa agacgatttg gagacgcggc
    48661 cgccgcgcat tccgtacgtc agcacccgca tccggtcgcg ccaatatggc aagatcatgg
    48721 agcagatggt gggcaaggcg acggagatgg agaacagcga ggcgaaggac tacctggtgc
    48781 ggtcgctggc gaaccaaatg aagcgctcct acgtgacgtg gaataacaaa gacacggtga
    48841 gcgacgcgaa gatcttcaag gacttggcgc agctgtccga cgggctgatc gaccttaagg
    48901 agggcgacct gaagctgatc gatggacgcg agctgcaaca ggtggccgca gcggcgcaac
    48961 accagaacaa gagcaagaaa ttccgcaaga agaaatgagc tcgttcgtga ttgagggggg
    49021 gcaccggatg cggggtgaga tcacgccgca aggggccaag aatgaggcgc tggaagtgat
    49081 ctgcgccacg ctgctgacga gcgagaaggt ggaaatacgg aacgtgcccg acattctgga
    49141 cgtggccaac ctgatccgcc tgctggccga catgggcgtg aaggtggagc atgtggcgaa
    49201 gggtgcgtac acgtttcagg cggacgcggt ggacctgaac tatctggaga cggacgactt
    49261 cctgcgtcgg gcagggtcgc tgcgcgggtc ggtgatgatg accgggccgc tgttggcacg
    49321 cttcggtcgg gctgtgctgc ccaacgtggg cggcgacaag atcgggcgac ggcgcctcga
    49381 cacgcacatc ttgggcttcc gcaagctcgg cgcagagatg atctaccata cggcacgtcg
    49441 cacgggagag ctacgggcag aaaagctccg tggcacctat atgctgctcg acgaagcctc
    49501 gctaacgggg acggccaaca tcctcatggc ggccgtcatg gccgagggcg tgacgacgat
    49561 ctacaatgcg gcgtgcgaac cgtacatcca gcaactctcc gccatgctga ttcgcatggg
    49621 ggcgaagatc gcgggggtgg gttcgaacct gctgaccgtg gagggcgtag gctcgctgcg
    49681 ggggacgacg cacacggtgc ttccggacat gatcgaggtg ggcagtttta tcggtatggc
    49741 cgctatgaca ggctccgacc tgcgcatcaa gaacgtgaac tacaaccagc tggggatcat
    49801 ccccgacgcg ttccgtcggt tgggaataca gatgacgcag gagggcgacg acatccacat
    49861 ccctacgcat gagacgtacg agatcgagac cttcatggac ggctcgatca tgacgatcgc
    49921 cgacgcaccg tggcccggct tgacgccgga cttgctgagc gtcatcctcg tcgtggcgac
    49981 acaggcgcgg ggcagcgtgt tgatccacca aaagatgttc gagagccggc tcttcttcgt
    50041 cgataagttg atcgacatgg gcgcgcagat cattctctgc gacccccatc gggcgacggt
    50101 tatcgggctg ggacaccgct tccggttgcg cggaggaaag atgacgtcgc cagacattcg
    50161 cgcgggcatc gccctgctga tcgccgccat gagtgccgat ggcacgagtc ggatggacaa
    50221 catcgagcag atcgaccgcg gctaccaaca catcgaccaa cgactgaatg ccctgggtgc
    50281 ctgcatcacg cgggtggatt gacgaacgcg ggaagagcta caagagaacg catgattcgg
    50341 aaagaggaag tcacggccgt cggtgagctt gtcaagccgc acggcatcgc cggtgagatg
    50401 gtgatgacga cggtgtacga cgggctgttt gacgacatgg aggatcccta cctcatctgc
    50461 gacatggacg gcatcctcgt gccatttttt attgagagtt atcgcccgcg gggtggcagc
    50521 tcgctgctgg tgaagttgga ctacgtagac gacgatcggg cggcgcggcg atttgcccat
    50581 cacacggtct attaccccat cgaccgtctg cccgaggatg atcccgaagg cgacgaaccg
    50641 acgtgggagc gcttcgtggg ctatcagctg acggacaccg caggacacgc ggtgggtacg
    50701 gtggaaagcg tggacacatc gacggccaat gtgctgttta gcgtcgatcg cgagggagaa
    50761 gagctactca tcccggtggc ggtcgaggtg gtgcgtacgg tggatcacgc tgcgcgacgc
    50821 atcgctgtgg atatgcccga gggactgttg gatttgaact aacctgttat gaagaagaga
    50881 gagaaaaagg cggcgagcca taacgcgaaa aagaaatcgt tttggaagcg catccgcttc
    50941 aagtataagc tgtcgttcat caacgaatcg acgctggacg aggtgttcag ctttcgagtt
    51001 tcgcagctgt ggttcttctc cgccgtctgc ctgtttgcgc tcagcctgat cattatcacc
    51061 tcgctcatca tcatcaccac accgatccgc aactacctgc ccggctacct cgacgccgag
    51121 gtgcgtcgtg agatcgtgca aagcgccgtc aaggcagact cgctcgacgc agcgctgaag
    51181 ctacaacagc gctatctgag caacgtcacg gccatcatca ccggcaagat gaagcccgac
    51241 tctattcacg ccgtcgactc gtcatcctac atcaacgccg actacaacat tccccgctcg
    51301 aaggacgaag cggccttcgt caagaagtat gaggaagagg agaagtacaa cctcagctcc
    51361 accaacgctc cacgactgac ggaaaacgcc ttcttctaca agcccgtcaa cggggtcatc
    51421 tcgtcgcatt acaacatcga gaagcgtcac tacggcgtcg acctcgtggc cgggatcaag
    51481 gagagcgtcg tgtccacgct ggagggcacc gtcatctaca ccggcaacga tccggccttc
    51541 ggcaacgtga tcgccgtgca gcacaagaac ggcttcacgt ccgtctacaa acacaacgac
    51601 atgctgctga aggatgtcgg cgatcatgta gtggccggcg aggccatcgc actggtcggt
    51661 aacacgggca gactctccac agggccgcac ctgcacttcg agctgtggta tcgcggcacg
    51721 tcagtcaacc ccgaagaata cattgcgttc tgacaaacat gcataagaga caaattgccc
    51781 tgctgggctc caccggatcg atcggcacac aggcgctcga cgtcgtccgg gacaatacgg
    51841 atcgcttcga gatctacgcc ctcgtggcac gacaaaacgt cgacttgctc gcccaacagg
    51901 cacgcgaatt ccggcccgag gtggtcgtga ttgccgacga acagtattac gcgccgctca
    51961 aggaggcgct tgccgacctg ccgatgaaag tgtgggcagg cgcggatgcc atcgccgacg
    52021 tggtacagat cgcgccggtc gacgtggtgc tcacggcgat ggtcggctat gccgggcttc
    52081 gtccgacgct cgctgcattg gaggcgggca aggccgtggc gctagccaac aaggagacgc
    52141 tggtcgtggc cggcgaactc gtcacggcca cggctcgacg cacgggcgcg ccgatcctgc
    52201 ccgtcgactc ggagcattcg gccatcttcc aatgcctcgt cgggcaagac gcgagcgcgg
    52261 tggagaaggt gatcctcacg gcctccggcg gaccattccg cacgacgacg cgcgaggcgt
    52321 tggccgacgt gactccggcc gaggcgctgc gtcacccgaa ctggtcgatg ggcgccaagg
    52381 tgacgatcga ctcggcgtcg atgatgaaca aaggcttcga gatgatcgag gcgcggtggc
    52441 tgttcggcct gccgcccgag cagattgagg tcgtggtgca cccgcagtcg atcatccact
    52501 cgatggtgca gtttgccgac ggcgccgtga tggctcagct ggggacgccc gacatgcacc
    52561 tccccatcgc ctacgccttg gcctacccgc accgactgcg aagcgccgcg ccacggctcg
    52621 acttcgccca actctcgacg ctcaccttcg aggcgcccga cagggagcgc ttccgcaact
    52681 tggattacgc ctacgaggcg gctcgtcgcg gtggcaacat gccttgcatc ctcaacgccg
    52741 ccgacgaggt ggccgtcgcg gccttcctta gcggaaagat cggcttcttg gccatgagcg
    52801 acctcatcgc cgaaacgatg gtccgcacga cgttcatcgc cacaccgacg tacgacgatt
    52861 acgtgcagac cgacgccgaa gctcgacgcg ttgcaacaga aataacaggt agtcagaagt
    52921 agaatggctt caaactactc cccctaacta ccccctacta cttctaacta ccctttgact
    52981 acccggggcg aaagccccgt aactaccgcg gccgcaggcc gcataactac ccctaactac
    53041 tcagagataa atggaaacct ttttgatcaa agccctacag ctcatcctca gcctgtcgat
    53101 tcttgtgctg gtgcatgagt tcgggcattt cctcttcgcc cgcctcttca aggtgcgcgt
    53161 tgagaagttc tacctcttct ttgacccctg gttcgccctg ttccggttca aacccaaaaa
    53221 cagcgacacg gaatacggcg tcggctggct gcccctcggc gggtactgta agatctccgg
    53281 catgatcgac gaatcgatgg acaaggagca gatggcgcag cccccgcagc cgtgggagtt
    53341 ccgctccaaa ccggccgggc aacggctgct gatcatggtc ggcggtgtgc tcttcaactt
    53401 cctcctggcc atcttcatct actcgatggt gctcttcacg tggggcgaca cgtacctgcc
    53461 gctccggaac gtcacggccg gcatggagtt cagccagacg tttcgcgaga tcggattccg
    53521 caacggcgac atcctgctcc gtgccgacga tgaaccactg gagcgcttgg acgaacactg
    53581 cctgcgagag gtggtcggtg cgcgcaccgt caccgtgctg cgcgacggac aggagacggc
    53641 catcgccatc cccgccgacg ccatgcagcg cctgctccgc aacaaggacg gcttcgccaa
    53701 ctatcgctat ccggccgtca tcgacaaggt cgttgccgag acggctcagc aggccgggct
    53761 gcgcgagggc gaccgcataa cggccgtcga caccgtcgcc agcatcgcct tctccgacct
    53821 ccgcgagcaa ctctacgccg accgcggccg cgaggctaca ctgcgcattg tgcgtgcgga
    53881 cggctccacg gcgcagctca ccgtgcccat cgactcggcc ggccatatcg gcgtgcagat
    53941 gcgttcgccg atggctctct acgagaccac gacgcgcacc tacaacctct tcacggcctt
    54001 ccccgccggc gtcgctctgg gttggaacac gctcacgggc tacgtgggcg atatgaagta
    54061 cgtcttcacc cgcgagggcg cctcctcgat cggcggcttc ggcacgatcg gcaacatctt
    54121 ccccgcggct tgggacgcac gcacgttctg gatgctgacg gccttcctga gcgtcatcct
    54181 agccttcatg aacatcctgc ccatcccggc gctcgacggc gggcacatca tgttcttgct
    54241 ctacgaggtg gtgacgcgtc gcaagccgtc ggataagttc ctcgagtacg cccagatcgt
    54301 gggcatggtg ctgctcttcg gcctgctgct ctacgccaac ggcaacgacg tgctgcgctt
    54361 cttcttccga agctgacggc ggctgcggcc acgaacgaat aatgccgggt acatgtgaaa
    54421 gggagacgct ccccacatgt acccggcatt gctttatccg cccccggcct ggcgagggcg
    54481 aatggatgca cgctcccccc ccagtcactc ctccgactga tcgtcgtcag gcttcgccgc
    54541 gccccgattc cgctgcccga ccttcttgtt gtacgtcgtc ttgtaagcgg ccgtcacctt
    54601 gttcaaatcc ttgatcaggg caccgatcgc ggcgcggtct tcctcattgg cggcatgcaa
    54661 gaaagcggct tcgatgtagc agcaaacgac gtcgtaagcc tcgctcgtct cggcgcgtac
    54721 cacgcgcgaa ttgggcagat cttccctcgg cgactccact tgccgctgga ggcgaagcgc
    54781 gacgaaggac tcgttcagag cgaaaagctc cgtaaaggag tcggtgagtc ccagtgtggc
    54841 gatgtcgtcc gtccgtgtgc tcacgtcctc cttcagcgct cggatattgg ccgattcctc
    54901 gtcgagcgaa gcccgctgag tatttgagta aggcttcagc acgcgcgcca agcgtgtagc
    54961 ggcctcggca gtagactttt tgggcgatag tttttggccg cggactatgg caaaaatgct
    55021 cgtcagcatc ttgtctcgct ctttgtcgag attgctcagc tgcgtgacaa aagccgattc
    55081 tttcaccgtt ttgttcacct tcacctcccg gctcagccgc ccgttccata tttccatcag
    55141 gccagcggga aatttcagtt tcgcctgatc aaaatccttg attcgattgt attgctcata
    55201 ctgaaactct acatgcagcg caatggtaaa gttccatccg ccgcgctctt cgattttagc
    55261 gacctctggc aggtcattgc ttgtcgttgt catatgtatc tcgtcgtttt aatgatcccc
    55321 aaaggtcatt ttattcgttt gaactcaaac aggcgcctgt ttacccttgc gcaggcctct
    55381 gccgaggccg aggaagtttt tcccggtaca aaatgagccg agatttatca tgtacccggc
    55441 caaacttcgc cggcggccgc agccgccccc aaacaggcgc ctgtttaccc ctatgcagat
    55501 tgcagggcgc caaacaggcc cctgtttacc tttacgcaga ttgcaggacg ccaaacaggc
    55561 gcctgtttac ccctacgcag attgcaggac gccaaacagg cgcctgttta cccctacgca
    55621 gattgcagga cgccaaacag gcgcctgttt acccctacgc aaattgcagg acgccaaaca
    55681 ggcgcctgtt tacccttacg cagattgcag gagcccaaac aggcgcctgt ttacccttac
    55741 gcaggcctct gccgaggccg aggaagtcta tcctggtacc cgccaaactt cgctgccccc
    55801 gcaggggccc tgtttggctt cttagtgtat catttctccg tgtccttata catggcctcg
    55861 atctcggcgg cgtagcgacg ggcgatggcg ccacgacgga gcttgagggt gtcagtcaat
    55921 tcgccgtcct ggatggtgaa ggggcgctgg aggagggtga aacgcttgat cttctcgaac
    55981 gaggcgaaat gctgctgcgc ctcctcgatg agcgaacggt agaagcggat gatgtcctca
    56041 cgggcgatga ggtcggcacg gtcggtgaag gctatgccgc gggcgcgggc atgggcctcg
    56101 agggcgtcga aggcaggcac gatgagggcg ctgacgaact tgcgctcgtc ggctatgacg
    56161 gcgcactgct cgatgtaggg gttgccgccg aggctcatct cgatcgcttg cggggcgatg
    56221 tatttgccgt tcgaggtctt aaagagatcc ttaatgcgct cttggaagaa gagcgtgcag
    56281 ccgtcctccc cgagcctacc cgcgtcgccg gtgcggaagt atccgtcggg cgtgaaggcg
    56341 cggcgggtct cttcgggctt acggtaatac tcgcgcatga tggtcttgcc gcggacaagg
    56401 atctcgttgt tctccggatc gatacggacg tcgatgtcgg gcatgagggt gccgatggag
    56461 ccgagggtgt aactcacggt ggggtagcag cagacggtgg cggaggtttc ggagaggccg
    56521 tagccgtaga caatggggat gtcgacggag aggaggaact cggcgatctc gtccgagagg
    56581 ggcgcgccgg ccacggggaa gatgttgccg cgctcgatac cgacggcgcg tttgagggcg
    56641 ctgtagaccg tcttttggta gaaggcgaac ttgagggcca gcgtgcgggg aggcgtctcg
    56701 cccgtgcggc gatagttgag gacatactcg cggccggtgc ggagggcgtc acgcaggagg
    56761 cgctgcatag gcccggcggc acgggtgagg cgttcgttgg cgccggcgta gaccttttcc
    56821 cagaagcgcg gcacgttgca catgagcgtg ggccgcactt cgagcagcgt ctggcggatc
    56881 attttcgggt cgcggttgat ggcgatgcgt acgccgcggc agaggcagaa gttggtccag
    56941 cccttctcga agatgtgaac caaggggagg aagcacatgg agaggtcgcg ctcggtgacc
    57001 atcggcagac ggagggtgtg aatgcgcatc atctcgcgaa agttggcgtg agtgatgacg
    57061 acgcccttgg gctcgcccgt cgtaccggag gtgtagatga tgagggccac gttgtcgtcg
    57121 gtggcctcgt tgcggcggat gcgcgcggcg gtttcggcgc gggcgttgtc gccgaggcgg
    57181 acgaactcct cgaagaagac gctcgtctcg tcggtgggat aacggacgac gctgcggtcg
    57241 aagatgacga tcttctggag cgtatcgccc atctcctgct gcgccttgta agcattgttg
    57301 tactgctgtt gttcgccgac gaagagtagg cgaatgttgg cgtcgcggac gatgtacttg
    57361 atctggtcgg gcgacccggt ggggtacatg ggcacttcca cggcgcgtgc gccataggcc
    57421 ccgaaggcgg tgtagaagta ctggggcata ttgggggcat agatgcctat gttttcctgc
    57481 acgccgatgc cgtactcgat gagtgcctgc gaggtgagtc ggacgcggtc ggcaaaggcg
    57541 ttccaggaga tgccgagcca cttgccggtg cgtggatcgc gatgaagcag ggcgacgcgt
    57601 tggccgtagc gttcggcctg atgggggatc agttctgcga aatggggaat catagtgagc
    57661 taaaaactaa aagtgaaaga ctatggggga gagattgggg gaatgaaaaa cgaaaggtgc
    57721 tacttgccgc tgccacagat gtatcgccct gtgaagccgg tgacttcgcc accgggagcc
    57781 gacctggata caagattact cttataaagg atctcccaat tcttacgagt ggcgtttcgg
    57841 ccgttcgtgg ccaacacctt gggcttgtcc ggatcgggga tgtcatccaa atcatctgtc
    57901 cacgcaggga acagctcgcc gggctccttg ccagttcgat cgggcagggc acaatagatg
    57961 cgatcgagag cggcggcagt caactggttg ccgtaacact gcagcaattt gagggattga
    58021 ttggtgctca agtcgagcgt tgtaagccgg ttttcggagc agcgcaacga cttcagcgcc
    58081 gtgttctgac tgaggtcgag ttggatgatt ttgttttgct ggcaattgag ttcctctagt
    58141 gcagtgtggg ggcggatatc caacgcggtc agcttgtttc ccgaacagat gagacgggtc
    58201 aaggccgtgt tgcggctgac atcaatcgac cggagctcat tggcaaagca gttcaaatca
    58261 gtcaaagccg tgtttcggct gacgtcgagc tgggtcagtt gattggcagc acaatcgagc
    58321 gacttcaagg cggtgtttcg gctgatgtca atctgtgaga ggccgttttc agagcagctc
    58381 agcgagacta aggccgtgtt gtggctcacg tcaatccttc ccaatgcatt actcgaacag
    58441 tcgagcacct tcagcgccgt attacggctc acatccaatg tggtcaaacc gttgtgtgaa
    58501 cagttaagct cctccagccc ggtgttccag ctcacgtcga gcagtgagat catgttgttt
    58561 gtacagtcga gcgtcttcaa tccctgattg tggctgatgt ttaggttgct cacagggcct
    58621 tgtacaccac cgttaaagtc gagtggaccg aggtcgacaa acggctcgtg accagcggcg
    58681 tagcaattca gtccgttcac attgccatag atcgtcatgg tggacgtctt cggtaggtag
    58741 acgtactgtg tacctacagc gtcgcgctct cgagagtgaa ccataatggt gctgcgaata
    58801 ttgccataga cgatttccac cggcgtattg tcggtgtcgg ctgtgagata gaagtaggct
    58861 cttttatctt cgggatctaa ggagaaagcc gattcagcgt ccggatcgct tgtgatggtg
    58921 aggacgatgt agcgatccct attcaccgtt tgagcggaga gggtagcgga aatgaaggct
    58981 gtagcaaaaa ggatagtgag ccactgcgct gttaatttgg tggggttcat ataaaggagc
    59041 taaaaactaa aagtgaaaga ctgtggggga atggggggaa ggggagcgaa attgaggctg
    59101 ggcaccgatg aaagaagccg tcaggggacg ccggccaaat ttccttgccc cggcaggggc
    59161 cgtcagggat gccggccaag tgggctggac gcatacgtgt gcccggccga cttttcatgc
    59221 ttcacttccc tctgagattg atgtagcgcg tgcggccgtc gagcttgagg ggcttgcacg
    59281 gtttgctctc gttgtgatag cgatcgacgg cggtgacgac gtaggtgtag ggaagctcga
    59341 ggtcgctgtc gcgaagctgg aaagaaggct cgccggtgat ggcgacgatc atagaggcac
    59401 ggctgatgtc gcgacgttcg ccgaggggga agcgatagac gacgtaacgc atgggcgtct
    59461 tacggggggc gcggggatcc tgcggggcga tgtcccacac gaggcgcgtg gcgccgtccg
    59521 tctgcgcgat gcggaggttc tgcacggcgt cgggtcggtc ggtgtaggct ttggagagcg
    59581 gcggagtgag cgcggggtag cggtgccaga tgcggcggag gctgtcggcc acgtgaccgt
    59641 tgttgcgcag cagttcgccg gcgggccaga agatgtgtcc gtcgacgcgc ttagcctcgc
    59701 gctcctcgat catcttttgc gccagttggc cggccttcat ggtgcgggcc acgtcctgcc
    59761 cgatgtagag cggtgtgcgc gtcttgagac cgctccacca gcggatgagc gtcgagtagt
    59821 cggcggactt gtggccgatt tcccaataga gctgcggggc gcaatagtcg atccagccgt
    59881 tcttcatcca cagcaccacg tcggcataga ggtcgtcgta gtcttgcagc ccgcgcgtgt
    59941 cgctgccgtg gcggtcggac gacttgttgc ggtagatgcc gaaggggctg acgccgaagc
    60001 tgacccaggg cttggccgag gctacggtca tcttcagctc gcggatcagg aggttgatgt
    60061 tgttgcgccg ccagtcatcg cgccggttgg cggagaagcc cgcgggcggt ccgtagcggg
    60121 agaagctctc ctcgtccggg aagggctcgc cggcgacggg gtaggggtag aaatagtcgt
    60181 cgatatggat gccgtcgatg tcgtaacggg tgacgatgtc gcgcaccacg ccgcagatga
    60241 agaggcggca gtcggggatg ccgggatcga agagcgtcat gcggttatag cgcacgaacc
    60301 actcgggatg gcggcgatag atgtgcgtct cggcgaagtc ctcaaagtcc gttgcgccgg
    60361 cgcgataggg gttgagccag gcgtgaaact ccagcccgcg caggtggcag gcttcgatga
    60421 ggtaagccag cggatcgaac gcgtcgtcgt cgggcgattc gccctgacgg cccgtcagcc
    60481 agcggctcca aggctcgtag cgggaggggt agaaggcgtc agcctcgggg cggatttgga
    60541 agaagatggc gttgatgccg tagcgtttca ggcggtcgag acgctgatcc atgagcgcac
    60601 gaaaatcgtc ggccgagagt ccgcggtagt cgttctgata gatggtctga aaccacgcgc
    60661 cgcgaaattc gcgtttggga tagatgcgtt tttcctgctt cacgaggcgc gatgtggtgc
    60721 atgcgccgag gctcaggagc agggcgaggg caaggagtag tttgttgcgc ataagggtag
    60781 atgattagtg attcgtttcg gcgatgatct cctcgagtcc gcggcggagg ttgtattcgg
    60841 gcgtgaagcc cagctcgtgg cgcagggggc tgacgtcgca gatccagttg cgttgcttga
    60901 gaatgtgata cttgtcggtg ttgagcgtgg cgggtcggcc ggtcatgcgc ccgatggcct
    60961 cggagacggt gcagaccacg cgcgccaacc agagcgggat gcgggcgtgg aggacgtgcc
    61021 gacggtggag cagctcctgg atgaggccgg cgaactcgtc gtcggtgtag acgtcgccgt
    61081 cggccacgaa gtagctgcgg cccacggcct cggggcgctc gagggccagc cggacgacgc
    61141 gcgccaggtc acgagcatag atgaacgtga ggcgctgggg cgtgcggccg atcttgaagt
    61201 cgaagcccgc gcggatgctc tcgatctcca tcccatagtc gcggtcgccg ggtccgtaga
    61261 cgcccgtggg ccggaggatg gtgtagggga tcgtcgtctg ctcgcggaca cactgctcgg
    61321 cggccagttt gctgcggccg tagatcgatt cgggccgagg ctcatcgtcg gccgagatgg
    61381 gtcggaaggt gcgttcgtcg ccgcggccga aggcgctgag gctgctcatc agcacaaagc
    61441 gatcggggcg cgtggcctgg ccaccggcgt tgagggcagc cagaaggcgg cgggtgtatt
    61501 cggtgttgac ctcgaagaag tcggccgggc ggacggtctt cgtcacgcct gcattgtgga
    61561 ccacgccgtc ccaccgccca tgctcggccg cgtgttcgcg cacttgggcg gcgagcgcct
    61621 cggcgtcggc ataacggagg tcgatcaggt gaacgcggtc tttgggcaac cggccgaggg
    61681 agctgctgcg tcgcacgccc gcccagacct catatccgcc ctccagcgcc tcccggacaa
    61741 ggtgtccgcc gatgaatccg ctggctccag tgatcagaat ctttttcatg cccgcaaagg
    61801 taggatggct gcggccttca gcgaggccgg tacacaagcc tgcaaatcgc ggggtcgtgt
    61861 gaattagatt tatggagatt ccatagagtc attcggcagc ggaaaggcgt ttttcgagat
    61921 tatcctcctt ttcccgtcgc gcgaaaccga tctccgaaac ttttagacgc cttcccgccg
    61981 cacgaagccg ttttccgagg catttttccc ctttcccgcc gcgggaaacc gtttttctga
    62041 gaatttttcc catttcccgc cgcgggaagg cgtttttcga gcgtttttcc ccatttcccg
    62101 ccgcgggaag gcgtttttcg aaagttttga tcggtttccc gcggcgggaa agcgttttgc
    62161 gaagtccgag atcggtctcg cgtttcattt tggcgtttcg agagaccgga aatcggcttt
    62221 gcatttcagg agacagaata acgaagagcc aagccgtgcc gaccttcgtt tttagaggcc
    62281 aaacggaaat gacatcacaa ataatcgtcc caatcgattg ttaggagata tccgggggta
    62341 agaacgcatc gcatacgcct ataggcatac acgcccattc ccccaaaata caccgaatcc
    62401 ccgacacggg cctttacgag gctgtgccgg ggattctttt ataaaggtgg ggcggaccct
    62461 ctctcagtat ccacccacac ccgaggacgc taacagaagc gtccccatat ggactcatgc
    62521 ttacttcaca atcaccttgt gaacggagcc gtccttgagg gtgatcacgt atgcaccgcg
    62581 actcatcggg atcgacgtgt cgccttcggg caagtctacc ttacgaacaa gctgtccagc
    62641 tacggagtag atgctggcga tgtctgcacg atcgacgcgg atgtagatca tctcgccgtg
    62701 cgaccaaacg gacgtgcctg ccaacagttg gttggagacg tagtccgggc cgatcgacag
    62761 cgtgatatcc tgctgtacgt tcggaacgac atactcgtat tcaccgttgg cattctttgt
    62821 gcccgtcagc atttccggta caccgtttac tgtacggttc gtgcgtacgg ccagcggctt
    62881 ggaacctgaa taggtagcct tgaacttgaa gttgccacgg ctcttcacat cccaaatacc
    62941 tgcgcctgga tctgtcttca cgcctgatac ggatgggagc gtcaccgtgc gattgatatc
    63001 taccggttga gcatcaccaa cgcagacgta gacaacacca tccgttccaa ggttcaggtg
    63061 cagcggatac tcctcgccat cgattttcac cttacgtgga ttgagcttga gttggttcaa
    63121 gctgttcggc gtaaccgact tgtaatagat gatcggatag cagcgcttct cgatcttctc
    63181 gcaaggacga atctcgatgt tcacgtctac cgagccgtag gtcgtcagac ggtctacctc
    63241 gatagcgtcg ctgtattcac cgttcagacc cttcgacgta cccacggaga agtgcagctg
    63301 tgcacccacg tcgagacgga ggtccttcat acgttgcgta ccgcacatct gctcatagca
    63361 catgcctttg agacgcagcg aggtgaagcc ggcgttcagg tgtccgccgt tctctacgtg
    63421 cacatcagag tggatgaaac cgaaaccacc gaagatggac gtcgtgatca cgtcaagagc
    63481 caagtcgtcc gaagtccaga gctcactata cggagtaccg catgcaccga ccggctccat
    63541 gtgcaagtgc ttggtgtaga taccagcata atccttcgag cccatctgct cctcggagat
    63601 caactcgagg tgtgcgtcac gctcgtgctt ctcgtcggcg aagaggtcta cttggttgcg
    63661 gatcttaaac gtatcggtac gaatctgtgc gttctgtacc gcaccaccct ttacgtggtc
    63721 gaacgagtcg gtgaggcagg tgaggatggt atgatcgaag atgaccgtat tgaggcgctc
    63781 catatatgcg tcgtcgccaa acttgatcgt gattgtatcc aacatatgca gcggatcctt
    63841 gctgaagcga atgtaacgat agcagggtac gcactcggtg atggcgtcgc aatcgtcctt
    63901 tttcgcttca acgaacggag gcgtcttacg catgtgaccg aacttcataa tcggcagatc
    63961 tttgtggaga ccactccaag tggagagctt tatgttctta cctttcttga tgaagtcgct
    64021 atggaagatc aaactatcgg ccttcagcgt aatttcagtc ttagagccct tatctttttc
    64081 cgaatcaaga gtcatatcac caaacgtctc tattaccggt gaccaaagca taacctcttg
    64141 gttgtgcgct tcgatataag catcgtcgtg gaaggtcata cgcgaaacca tatgcaggta
    64201 atcgtgtccg cagttcgttc cgtcgcacgg tgtggggcaa gtcggcgtat tctcgaaaat
    64261 gttcacgttc cagttaccct tgttggcttg ggtcttcatg aagaggccat agcccgtgac
    64321 tgtctcaccg tgcagggtgc ctgtacccgg tacgctaccc ataccgtcac cgctaccacc
    64381 gtaatacgca aaccgcttat agacgtcgat gtagtccgaa gccacagctg caaaaccacc
    64441 cttggtgata gccgttccgt tggcatcctt atcaaacttc atcaagaagt cacgtgcctt
    64501 gttttcgctt gagattgcat cgcaatggag gtcatcacca caagtagtgc cgttgtagcc
    64561 ccaaccgatc ttggcctgtc cgccgtcacg acaaggcgta taatccttgc tcaggaacgg
    64621 atcatgacgc gtaccaatgt tttgcagacc accatagttc aacttgatgt tattatctgc
    64681 accgacaaat acgctaccgc ttgcgccgtg tgctttgaat tcaaaatctt gcagatagac
    64741 attgttacgt tcttccgtgc atccgcagaa accgctgtgc tccaaatcgg caatattttc
    64801 gatctgtgcc aggaagagta agctacccgt catggtatcc acattgaacg gcgtacgcat
    64861 atcgatgtcg ccaaagcgtg tgcggaagac ggcattaccc gtagatcccg gatcctcaaa
    64921 gctcagataa gcacccttgt tgaagatgat gttaccacgg ttaccagcat ccaccgtgag
    64981 atcgccaata gctccacgat agatcagacc gatccgatct gaaatattgt gtgctccagt
    65041 aatacttgcg tccggataag gaaggagaca acgacgtacg ccagagatga taccggcatt
    65101 ttcgtagaac tccatcgcat cgcctctgcg gttgtgcagc aagctgtcgc gtccgcagag
    65161 ccagaggcca gaatgaggaa tgctgatcac cgtggggtga ttgctaccag cttcctgctt
    65221 cacgtcgata tgtgtgaaat agatattacc accggaagca tgtgccgtgt cgatgttact
    65281 attagatgtt ttatcgggca cagtattgcg atccgtcttt tcttcccaac cagccttgat
    65341 ccacaagtga cctttcgtgt tgctggcagg aacgtaatac ttgaagatgt tcttatcgta
    65401 ggagacatct ggtgccgtag ggttaggaca accagctgaa ggcgctttct gtgtaatatt
    65461 ccaaccgggg ttttgctggt tagctacgta gaacttatgg ttatagttaa cggctgcacc
    65521 gttgttatag cccaaataga tatcgccctt gtgcgagatg atgtccatct tattagctgt
    65581 tacggcagca tcttcccaat agtctaccat ggctgtccaa atatggttct cagccttgat
    65641 ctccgtcaca cctacgcccg tgttgtaacg cttgatgttg atcgaatcaa agaagtggat
    65701 gttgccttga cggccagaaa gattcgcatt cgagagtaca gcaggaacgc tagctgcatc
    65761 gtggcgccaa gtctctgcac ggaatgaaac cgtgtcgtca ctttcataga ccaccgttac
    65821 ggggcgctct gtctggatat agccagcgcg cgaaagccat accaacgact ttgcaaccgc
    65881 agcaccttta taattaaagt ctacacgacc acgcgtattg atgttacgct cagcctccca
    65941 aagggtgcgt gtcatagaac ctgttgcacc tgagatgtca aacagtatcg gagcggggcg
    66001 agtatcgcaa gtagttgcag catcatcatt cgacttaata tcattctctg catagaggtg
    66061 tacaaaagct ttatccgcct gggttgtctc tttgtagttg aactcgttct caatgtcgat
    66121 gttattcgtc gtcaagaacg tgttacagcc agcccacagc ttcgttacag cggctgccgg
    66181 gttgttacgc aagaagtcca ccttcgaatt ggtctggatc attccagtgt gagacttcag
    66241 caagatgtcg ttgttcttcg ctgtctcaaa ctttgcagcg gcctgttcgg gaacagttaa
    66301 actgtagcca tcgttcgttc caacgacatc tccaccaata atgatgttgt gtttagccaa
    66361 ccaagtgatt ggtgtagcgt catctgcagc tgcactccaa ttgaaatata cgggattata
    66421 ggtcttgatg tcattgccgg cctgccatga ggttttccct tttccgacct gctcaaacac
    66481 gattccatca cccatggtct tattagcggc atcttttccg taatgcgtag tgatatcacc
    66541 accggcatac cagcccatgt cgctgcccgt agtattcgta ttcttgaacg tcgtcttgct
    66601 gttggtcgtg atattgccgg tgttagcatg ccaaatcata ttgccttgtg aagcattctc
    66661 aaagacgacg tcatagttcg gagctgcatc agtcgttggg cttatgaaat gggttgtgat
    66721 gttaccgcac gccaaccatt ccatattggt attgttcgcc gccaccgtgt tctcaaactt
    66781 aatcttcgtg tccgtcttaa tatctccatt agcctgccat gccatcagac cagccgtcgc
    66841 agttcccttt gaaaatgtca ccaagttacc cgcagcatca gaggtcgtct ctatattacc
    66901 accagcacgc caaatcattg tagaaccatt tgtcggattg ctggtgaagg tcttttctcc
    66961 ttttgcctta atgttcgctc tggcttgcca ctgcgtgttt cctgttcctg tctgtgtgaa
    67021 ggtaaaggtg ctcgttgtcg cattgtcggc tatgatcgaa cctccggcat cccacaaaat
    67081 ggtaccagag ctcgttccat ttgaccaagc aagcgattta ccgattggca cactaacaga
    67141 aatgtttccg cctgcgcgcc aaagcaagtg tccggcatcg gttgtgctcc agttgagcga
    67201 ctctatatta ggcatggtga tatttccacc ggcttcccac cacatgttag ctgctgcgct
    67261 agatgtccag ttcgctttca taccactcgt agaggagatg tcccccttag cttgccagcc
    67321 catcgtagca ccagcccctc cagcagtcca atgggcttca ttgcctgcac caaaagtgat
    67381 gttgccatta ccggcctgcc aaagtgcttt acctgatcca gtagaagacc aaggatattt
    67441 cgtgccacca gccaaggtaa tgcctgtacc agcgacccat ttcatatcgc cgctaccgga
    67501 attagcccaa gtaaaaacgg cggatccatt cgtcacttta atgtctctga ccgcctgcca
    67561 ttgcgcctta tgagagcttg aaagcgtaac gccgctaggc ccagaactgc tgtaagtgat
    67621 gtcaccacta ccaccaaagc tggtatggca acttccccca taaagaactt tcgggaggta
    67681 agggctaaag gtagtcgatg ctattcctga cgaagaagga agagctacaa cgaggttagt
    67741 taactccgta ccgttacacc acgggtgggt cggtgagcaa agaccaactg cagaaattgc
    67801 actcggattg gttctggtcg gcgtttcatt ggttccacca aaggctacca cagagtattc
    67861 tccggaaccg gtacccgtaa aggcttcgtt tgccgcactg gcaatttcca catcaccacc
    67921 catcaagttg gtgttcgccg ccgtactgct tgacaaggtt tgcgtctgtt tgatgttcag
    67981 cttcgtgtga gccatcatca acaaatgacc tccaccgcct tgggcgatcg agtacgtctt
    68041 gtctatattc aacgcattca tcgtgttgaa tatttgcaga ccgccagctg ccaaagcaga
    68101 aggaagcgtt gggccgttcg gagttcccaa cgttacagca ttgttcccat agttaccaaa
    68161 gttggcagtt ccgttcgtcg gaacacatgt tcctgtatat acaggtggat tgcttcctga
    68221 gaatccgaag ccgccgccgg cattacctga tgaagctgta atcgtcatct tgtcctgtcc
    68281 ggtagtacct gaaccaacca agatagtacc gccgcctgca ttcgtaccca tagtgccgcc
    68341 cgggacataa tttccattta cacctatcac tgcatacggc gccatcgttg caagattcgt
    68401 gatcacaccg tttttctgac tgtttatctt gttctcttca agattcccat ctatcatcaa
    68461 tgaatattga gcgccaccgc tgggtaaatc caatgtagcc ttactatttg aggttccatc
    68521 tgcactcaca tttccagcta cacggacatg cgaaccggca gtaatgtaga tcacaccgtc
    68581 tacgtgaccc gtattcgtgg ctgtagtata agtagcatca taataggtac agctctgatg
    68641 cagtccataa tgacacgtat gcgaacctcc ctgtgtacgg gtataggcat accaagtaaa
    68701 aggtatatcc ttaaaatata atgtagctac atcaaatgga ttacttccta agccaagagt
    68761 gcctccgtct attcggacca aggttgccgg cccagaggca ttagatccag ttccatattg
    68821 gactgatgaa gccaagtttc cacacccgat agcgcttcca ttataaaact tgaagaaagt
    68881 attgtcacat ccagaccact gagatggtac atctacagaa gctcctgtgc agccaccttg
    68941 gcatgtatag ccatcaaaac gtacgccaag acaatagtaa ttgggagaac cagtagtata
    69001 cacactgcca tttccactcc atgtttgtcc aacaatatta tttaccccgc ctagggttat
    69061 agacgtaggg attaatgcgc catcattatc tgcggtaaga gcagtggttc cacgacttga
    69121 ctctcgagac tcaccagctc caaaattatt cttacagtcc atctgcgtct gcccccacgc
    69181 gacgccgccg ctgctgccga agaggagcgc tgcggcgatg aggggtttga ctactgaaat
    69241 aagttgtttc ttttccatac ctgtatctgt ttttgaagtt tgaaaatgag gttcccccgc
    69301 ggcctctctg ccttcccctt gcggggcgaa gagaggcgca cggaagtgac cgttatgaaa
    69361 ttacttgagt tatcaattag gaatgcgtga gggggaaaga ccgacagttc ttcggagtgg
    69421 gccgcccctc gcctctgacg aatgttcgtg tccgggggag gggggcgcca ttgctcctaa
    69481 ccatctaatc gtgtgtgtac gtttactctt cgggcaaatg aatctccggc gtgccgccgc
    69541 caccggcttc gggttgtttg ggcttctccg acgttccgcc gccgcccgct tcgggttgtt
    69601 tgggcttctc cggcgtgcca ccgccaccgg cctcgggctg tttgggcttg ccgtcctcag
    69661 gcagacgaat gtccggatcg ttgtctttgg gtttgcgcgg ctttttgggc tctttcggct
    69721 ccttgggtgc gttgggatcg tcgggggcct tgtcgctgcg gtcgttgcga taggtggctg
    69781 cggcggactt gaccatctcg ttgatgtcga ggtagagcgt gtcccaagtg gggagatcct
    69841 tcatggcctc gagcaggttg aggtaagccg tgagggcctt ctggagacgc gcccgagcag
    69901 ctgtggctgg gggcagtttg cgcagttctg cgttggcttc ggcctgcacg gcgtagaggt
    69961 cttcgaaggc gttctgacgt tttttcagct cctcgtaagc gggtttgaac ttgagggcct
    70021 cgaagcgagc cgcgttttca ggcttgtcca gctccttgaa gatgacgacc atctgcgccg
    70081 tctcagccac ataattcatg cgctctacgt tggcgccata ctgttcgaac accttgtaga
    70141 gggctgccgc atcggcggcg ttaggcaggg gtagctcttt gtagcccttg agtaaggtgc
    70201 ggagggcggt gaacgtcttg tcgcgcgccg catcggctgc caggatgtca ttgccgcggc
    70261 cgctgtaagt cagcttgccg tagaggtctt cgaactcttt cgactccttt tcaagcgact
    70321 tgagcagttc gtgctcctca acaatcttga attttccgtt tttggatgat ttgactacgc
    70381 gctgtgccaa accgcctaaa gctctggttg atagtcttgt taatgctata ttcatcgtct
    70441 atatcataaa ataaaattct gctctgcatt acccttccat actcctacgg caacctcctg
    70501 caatctgctg gaaaccttcg taagcctccg aaagcctcct gcaacttgcg ggagatgttt
    70561 gtacccctac ggagtatctc ctgcaacttg cgggagatgt ttgtacccct acggagtatc
    70621 tcctgcaact tgtgggagat gtttgtaccc ctacggagta tctcctgcaa cttgcgggag
    70681 atgtttgtat ccctacggag tatctcctgc aacttgtggg agatgtttgt agccctacag
    70741 tgatctcctg caacttgcgg gagatgtttg tacccctacg gagtatctcc tgcaacttgc
    70801 gggagacgtc cgtaccccta cgctggtcgc tcggagccgg gctaaaaaga catttgttaa
    70861 tcgggacaag gcaaaaatgt gaccgtcgac gacagagtgt agtttgctct cgtcgaccat
    70921 cggatgtccg gatgtatgtg tttgctatgt ttgataggaa gcccatcttg tctattcctt
    70981 cgagaagtga cggggcaaag ttaagtgcat aataacaaca aaaccaaaag gattttgcga
    71041 cgaataaaga ctatgtaacc ctgaggggga ttgtatcctc gcagaatcag tacgttacgg
    71101 catgaatttg gaatataaag gtctggctac ggttctggct ttatgaacca aaggaggtat
    71161 tttctgaaca tcgcgtcggg ctattccctg cgggaggcaa ggcatagaaa gagagcgaaa
    71221 gggtaagaat caaaagaggc ggacacctcg gtgggtgtcc gcctctcttt ccacaggttt
    71281 ctgcgggcta taccgcatac tgcatcgcga taggtgcagc gggggcagct tcctgccttt
    71341 cgcgctccgc aatgcgccgc aaatcgtttt cgtaggcggc ttgcaggtta gtccagagcg
    71401 tcgcatcgat atgcagcgcc tgctccagcc tctgagcaag gtcgggcgta aagtctcgtc
    71461 gacctttcaa taaagaagtc agtacggagc gctcgatgcc cagttgccca gcaaatgcct
    71521 tccgactgat ccgacgagcc ttcaactcct cccaaaggat ctcgcccgga tgtatggctc
    71581 taaaaggaat aatgtcgtcg taattgactc ccttgtaatc atctcttgtt tccataatgc
    71641 gtgtcgtcta attctattat gtatatctca atcccatttt cattctccgt aaagatcaat
    71701 cgctctacag cgccgtttgc gatcctgacc gagcttttgc ctttataaac accgtacttc
    71761 agtttctcgt aatgcagaaa agatgtatcg cgaagcatat tgacatgttc cgcctgtcgc
    71821 attattcgga ttgttctatc cagtccatcg aaaagcgcct tggaacgttc aacctttcgg
    71881 tagcgcctgt tcttctttgt atggagtaac tcgtccaaat cctgatctaa aatcacaaca
    71941 ttcatagtcg tctatcttca ttggtagtac aaagatagcg ctattcttta cggcctctat
    72001 ctctgtaaaa gataccatcc agacgcatgc agaaacaaaa acggggataa tctcgaaaaa
    72061 caccttcccg ccgcgggacg tggggatcat atcacaatag cttcccgtgg cgggagggat
    72121 tgcgctacgg ttcacgtctc ccccatgaga agctgttcgg aatttatttc ggagaatatt
    72181 cagaggatat tttcggggat ttattcttct cttcgaaagg gcacaaaaaa agatcctgcc
    72241 ggagggggga gacgcccgct tcttttgcga gccgtccact ccggcaggat cataggtcag
    72301 gaagcggtgc cctcgagggg agggggcgtt cctttttatc ggtgcttact tcttcagcaa
    72361 cagtttgcgt gccacctcat cggccgtctc cgcgcccatc agatagtcca ccacggccac
    72421 accgaaagca tagaccatgc ctggcccgcg tccggtgatg atgttgccgt ctttgacggt
    72481 agcctcttct actacggttg cgcccgtgag gtattgctcg aagccggggt aacacgtggc
    72541 gcgacgtccg cggaggagtc ccaatccgcc gagcacgagg ggtgcggcgc agatagcggc
    72601 cactaatcgg cccttctcgt aatggcggac gatagccttt ttcaagtctt cgtaatcgtt
    72661 gagcatcggt ccaccgccgg gcagcacgag tgcgtccgcg tcggtcaggt cgatgtcctc
    72721 aaagagtgcg tcggtcacga cagggatgcc atgcccaccc gtaaccgttc gatcgccggt
    72781 cattgaaacc gtgaccgtct ctacattccc gcgacgcagc acgtccgtcg tgccgatggc
    72841 ctcagtcact tcgaagcctg tcgcaaaaaa tacatatgcc ttctttctca ttgttggtag
    72901 atattatgat ggatgtaaat gaatagctga agggcttact tcagtctgaa catgtaagtg
    72961 attgttccgc tctgattgtt cgtgccctcg atgctgttga acttggcgcg acgggctgct
    73021 tcgacggcgc tgcggcgcat ggaagcgttg tcgatgttcg tgcccttgcc gatgtcggca
    73081 gcgatgacgt tacccgccgg atcgaccacg atattgacca cgatgcgacc ttcctcttgc
    73141 accgtgtagg ccggatgcgg caggcctccc gctccgatag atcggccact taagctgaac
    73201 cccgtgccaa cacctttgtt agcgccccga tctgcgttgc cgaggggact gccctggttg
    73261 ccagtggtcg tcttgcccgt gccttgactt gaattgttct taccgaaagc acccgccaca
    73321 cggtcacgaa tagcctgctc ttttttgcgc tgctcctcgg cttgacggcg acgctcggcc
    73381 tcggctttgc gttctgcttc ggctttctgt tcagcctctt tgcgtcgggc ctcgtcttgt
    73441 cggcggcgct ccgtgtcttg acgctgacgc tcctcttgtt gcttgcggag ctcctcctgt
    73501 cggcgtgctt cttctttccg cttccgctcc tgctctttct tccgctgttg ggccaaggcc
    73561 acggactctt cttggtcttg tgtgatgagc ttttccggtt gcttgggtgt gggaggagta
    73621 ggaggcgtag gtggagtggg gggcgtagga ggcggaggga cgacggtctc ctcttgcact
    73681 tcttccgtcg gttcgtcctg cgcaggctcg ccctccggct caaacgttcc ggtggcctcg
    73741 tctatcgtgc cgaagttcac catcacaccg ccatcttcct ccggctccac ggctttcagc
    73801 accgtgaaat agaggatcag caggatgacg gcgtggaaaa ggatcgatcc gacaatagcc
    73861 agcaggttgt ttttcttcag cttcatggcg tgcgctccgg tggacgggtg gccaacacca
    73921 ccttatattt attctcgttg gccaggttca gcacgctcac gatctgaccg taggggacgg
    73981 tctcgtcggc atagagggcg acgaacatct ccggatcggc ctcgtattgc tcttgcagga
    74041 agggggcgat gtcttcaaag gccacctgct gctcgcgttg gttgcctgcc gcgacgtaga
    74101 aattcccttc cgcgtcgatt gttacgcgtg tgatgggttt ggctgccgtc tgtttctgcg
    74161 cctgcggcaa ggtcagcttg atcgcgttcg gcaccactac cgtagaggtc accatgaaga
    74221 agatcagcag caggaagatg acgtccgtca tcgaggccat gctgaaggct tcattcactt
    74281 tcgtttttcg tttcagtgcc atgacgtcgt tagtgtgcag gttcgttcaa cagatccatg
    74341 aactccatcg tgcttgcctc aagtttattg accacgttct ccacgcgagc cactaaatag
    74401 ttgtatgcaa acagagcgat gataccgacc acaagtccgc cgaccgtagt cacaagtgcc
    74461 tcgtagatac cacctgagag cagcgtcacg tccacattgg ttcccgcgtt agccatgtcg
    74521 tagaaggcgc gcaccatacc cgtaactgtc ccaaggaatc ccagcatagg tgcacccgct
    74581 gcggtagttg cgatgacggg gaagccacgt tcgagctttg agatctcaat gttgcccgcg
    74641 ttttcgatgg cagccagcac atcagcggta ggacgtccga ggcggaggat gcctttctca
    74701 atcatgcgag cggctggggt tggcgtcgtc cgacagaggt tgagcgcctg atcgatcttg
    74761 ccttcataaa tgtagtcgcg gatacggttc ataaacgttt cgtcgtttcg tcccgcctga
    74821 cggatcacga gcagtcgctg aataaagaag tagatggcca ccaatgagag caccagtagg
    74881 acgcccatga tccatccgcc cttcatggcg agatcgatga tattgatttg agcctgtgct
    74941 tgtgcggcat cggccgcgat ttcagttgct gcatcggcgg cttcttccgt agccacttgc
    75001 gcgaagagga ataagatgtt catatcgttt ctaattctgt gttgtatggg gttactgtta
    75061 aatgcggctt caagacggga aggacagagc gggggacttg ccctacactc cccccccgaa
    75121 taactatttc ggttctcctt tcaagcaggc cttgtagagg ccaatggttc gctccagtcc
    75181 gtaatagagt gcgtcgcaga tcaaggcatg gccgatcgag acttcctcaa tccacggcag
    75241 gtgcgaagca aagaaggcta agttttgtag gttcagatcg tgccctgcat tgacaccgag
    75301 gccgaggctt ttcgcccgct ttgcagcttc cacaaagggt gctatggcat ggtctcgatt
    75361 gctgttatat ccgttggcat agggttcggt gtagagctcg atgcgatccg tccctgtttt
    75421 ggctgcccat tcgatgttct ccagatccgt ctccacgaag agcgacgtcc gaatgccgtg
    75481 gcctgtgaat gtgtccacca gttcgctcag ttggttaaag tgctccttca cgttccaacc
    75541 cgcgttggac gtcagcacgt ctggcgcgtc gggcaccagc gtcacctgcg tcggctttac
    75601 ggtgagcacc agatcgacga acgactggat gggataacct tcaatgttca gttctgtttt
    75661 gatgatcggc ttgagcgcat agacatcgtt atatcggatg tgtcgctcgt ccgggcgcgg
    75721 gtgcacggta atgccctgtg ccccgtaggc ttcgcaatct ttagcgatct gcaccacatc
    75781 gggcacgttt ccgccacgtg cattgcgaag agtcgctgct ttgttgatat tgacacttaa
    75841 cttaatcatg tgaaaaaaat ctggttctgc tatgttcctt acatttgtac gtctaaaaaa
    75901 tgcagcgcaa aagtaggacg attcgggagg gaacgaaaca aagtcataca attaaaaatc
    75961 agaatatgaa gatcggaata ttcggctgtg gatataggcc ggataagctg cccttgttgc
    76021 agcgactgtt tgagaaactg aaccgcttgg aggcagaaat cttcgtctcc aaagacttct
    76081 acgcctttct cactacaacg ccccacttct gcccgcccat ctctggcgtg ctgaccgtgg
    76141 cgccgtttga tttggacgtt gccctgagcg tggggggcga tggcaccttc ctgcgtgccg
    76201 ctgaacagat cggacggcaa gacatcccca tcttgggcat taacaccggg cgcctcggat
    76261 ttttagccga agccggaccg gaacagatcg aggagacgct cgatgagctt ttccgtggcg
    76321 attatcggat cgagcgacgg atgatgctac gcttacagac gcgcggtgcc gacggcctga
    76381 cgcgctcgga gatctatccc gagaagccgt ccgactccga ggagccgtcc tcgaactatg
    76441 ccttgaacga ggtcgtcctg cttaagcgcg aaacctcgtc catgatcacc atccatacct
    76501 atttaaataa ggagtacctc acgtcttacc aggccgacgg actcgtgatc gcctcgccta
    76561 ccgggtccac agcttactcc atgagcgtca atgggcccat tctcctgccc ggaagtgaca
    76621 acatcgtgct cagccctgtg gcgccgcata gtctgaatgt gcgtccgttg gtcattccgg
    76681 cctcgtacga aataatctta aagaccgaaa gtcggaatga ctcctatctc gtagcccttg
    76741 acggacggtc acggagtctc tcgacagacg tcgaactatc tgtatgtaag gcagatttct
    76801 ccacgcagat gattcatcgt aacaatcgga acttttatca gacgctgcgt gataagctga
    76861 tgtggggcgc agacataaga gttaaataag cgtaagcgta ggcccttttt cgtcggcggg
    76921 tattgccgga atcggaaaca ggcctacttt tgcaccgtgt ttttcatggt attagattta
    76981 aggttaacaa tgaagattgt ggttgtcgtg agacaaccat ttctttttta tacccacccg
    77041 tagttttatc gcacatctat ccgcttcatc tcatatacag ccgtcggccc tcacaaaggg
    77101 ccgtttttgt ttctgcatgc gtctggagga taggtgccac aggaatacga cgaacctctt
    77161 tctgtggcac tgttctattc cgttcataac gaatgcacct gaagcggtag gggcgtaatg
    77221 cttacgcccc aaatacatcg aagaggggtg aggaggggcg gacatttgag gcaacctgtt
    77281 ccgattctat ttataaggat acgcgaaatc gttcctattg gaaacgtccc gggggcgtat
    77341 gtgatacgcc cccttttccc gtcgcacgaa accgatctcc gaaactttta gacgccttcc
    77401 cgccgcacaa agccgttttc cgaagcattt ttcccctttc ccgccgcaaa aagtgacttt
    77461 tcggagattt tgatcggttt cccgcctcat tttgacgttt ccagaaaatt ttaatcggtt
    77521 tcgtgcggcg ggaaggcgtt ttgcgaagtc cgaaatcggt ttcgcgtttc attttggcgt
    77581 ttcgaaaaag cattaccccc tcacgtgagt ccgatgtaag aataacgcca gcagagagaa
    77641 cctatgggag ccatgcgatg gccaaagtgc ttttggaaat gcttgcaccg gcggtgcaag
    77701 catttccaaa agcactttgg cctttacaac gctctatcaa agacattctc tatggattag
    77761 aaacctcatt ctttcgtcga actcacgcta accgacgaac tacaggtagg cccaaacgca
    77821 aatgatcgaa tcacttgaga ccttgagcgg gctcaaatga tccgatcatc gggtcatcgg
    77881 tgccggaacg attccggccg ggaggaggga gggtcagctc ctgagcgttt cctcgatcgc
    77941 ttcgacagtg gagcggaagt tcttattgat gtccatctga tccttgaccg tcttgcaggc
    78001 atgcagcacg gtagcgtgat ccttaccgcc gaccacctta ccgatgcgtg agaacgacgc
    78061 cgaggtgtac ttcttggcca agaacatggt gatctggcgt gcctgcacga tctctcgttt
    78121 gcgcgagggc gtctgcacaa gcgactcttc gaggttgaag aagcggcaga ccttctcctg
    78181 aatcttttcg atggagagct ccttgttttc cacacggacg gtctggccta cgacgcgctg
    78241 cgccatcgcc atgtcgacgg ggctgttatt gatcagtgaa ttggccatga gcgagacgag
    78301 cacaccctcc aagtcgcgaa tgttgtccgt cacgtgatcg acgatgtagt tgaagacctc
    78361 gtcgctgagc accagtcctt cggcctcgat cttattgcgc aggatggtac gacgcagctc
    78421 cgcatcgggt cgtccgagct cggccgtgag gccccatttg aggcgcgtga tgagacgttc
    78481 ctccaatccc tgcatatcaa cgggcgcctt gtcggccgtc agcacgagct gcttgccgag
    78541 ctggtgcagg ttgttgaaga tgtggaagaa ggccatctgc gtcttgttca ggccgaccag
    78601 ctcgtggatg tcgtcgagga tgagcacgtc gagactctgg tagaagttca ggaagtcgtt
    78661 cgacgtgttt ttgatcactg cgtcggtgta ttggatgcga aagcggtggg ccgagacata
    78721 gaggacacgc ttctcggggt gcatttggcg gatgcgcagg ccgatggcgt ggcagaggtg
    78781 ggtcttgccg acacccgatg ggccatagat gaagagcggg ttgaaggtcg tcttgcccgg
    78841 atcgttcgac acggccacgc cggccgtacg cgccagcttg ttggtcacgc cctcgaagaa
    78901 attatcgaac gtatagcgac ggttgagctg cgagtccagt tcctcgggcg ccacctgcgt
    78961 gaagggcgtc tggatcatgc gactcacgcc cggacgtggc gcagcggcac gtgtcgtagc
    79021 ggccgatgag gcgtcgtcgg caccctcttc gcccatcacg cggtagttca gcgagacgcc
    79081 ttggccaaac accttcggca cggccatgcg aagcacgttg acgaagttgg cctccagata
    79141 ctcgtaaaaa aacgggctgg gcacccgtat cgttactttc tgctcgtcga aagacagggg
    79201 cgtgatgggc tggaaccacg tcttgaacgc ggcctccggc acgttatccc tgattatcga
    79261 caggcattta tcccataaaa gttgacattc agacttcatt gtagcatatg taagtgtggg
    79321 gggttagaca gcgtgggatg attgttttgc ggcgtaaagg tctggcaata aatcaaagtc
    79381 caaaagcagc ctcggcccgt gaacgagggc ttgcacaggt cgcgcccgtt cagtgccaaa
    79441 cacttaggag tattcgtttc gtttgctggc atttagcgag gcaaaacgcg cttggaatgc
    79501 ggataatacg ccattatgaa caccccactg atccatctgt cccgaagcgt cgaatagccc
    79561 ccaaggcacg gatttatggc ttgaaataat acccttccaa ccttcgacga aaactccaaa
    79621 tccattccag aagttagaat ggatccaaca tgaagccaac agtccccctc ccttgaccat
    79681 ccgcctgcac atcggcgcat ataacccgac ggtggggtgt cgcaacggat accccaggcc
    79741 ggggccagaa aaagacgaat ctgcatcgac aaaagcccac gcctcgacgc ctcccccaag
    79801 gcactcctac gaattggcct acttttgccg cccaccatac agatttcatc atacacatat
    79861 atatatatcc ttatgagcgt aaccatcagg gaggtcacga ccaagagcga gctcaggcgc
    79921 ttcgtgaagt tccccatcga cctgtacaag ggcaacccct actatgtgcc ggggctgatc
    79981 gacgaagaga tgatcaccct gtcgcgagat aaaaacccgg ccttcgagaa ttgcgaagcc
    80041 atctactatc tggcctatcg gggcgaacgc atcgtcggac gcatcgcggg catcattgcg
    80101 cacgccgcta accgcgtctg gaatcaacac cgcgctcgct tcggcttcgt ggacttcatt
    80161 gacgatcagg aggtggtcga cgccctcttc gccgccgtcg aaaagtgggc gcgtaagaag
    80221 ggcatggatg ccctacacgg gcctatgggc tttaccgact tggatcacga gggcatgctc
    80281 atcatgggct tcgaccagat cggcacaatg gccaccatct acaatcatcc ttactacccg
    80341 cagcacatgg agcgcatggg ctacaccaag gatcaggact ggcacgagtt caagatctac
    80401 atccccgacg ccatccccga gaagcaccta cgcatcgccg agatcgtcaa gaagaaatac
    80461 gggctgaagg tgctcaagtt ccgccgccgc aaagacatca tgccctatgc ccacaaggtg
    80521 ttcgaaacgc tgaacgccgc ctacacgccc ctctacggct tcgctccgct gaccaagcgg
    80581 cagattgatt actacgtcga catctatatt cccctgctgc gactcgacct cgtgaccgtc
    80641 atcgttcgcg aggaggacga cgccgtggtg ggcttcggcg tctccctacc caacctctca
    80701 cacgccctgc aacaggcccg aggtagtctg ctgccgttcg gcttcttccc gctgatgaag
    80761 gcgctcaagt cgaaggcgcg cgtgatcgat ctctacctca cgggcgtcct gccggagtat
    80821 cagaacaaag gcgtgaacgc gttgctcttc accgacctca tcccgcagta tatcaagatg
    80881 ggcgccgagt atgccgagag caacatcgag ctggaaaaca acactgccgt gcaagcacag
    80941 tgggactact tcaagcgcga gcatcacaag tcgcgccgcg cgtttatcaa gcatttatag
    81001 aatgtagagg atagagggta gagggtagag agtagagggt agagggtaga gggtagagcc
    81061 gggtacatca tttgtctctt cctagctctc ctctctctat cctccatcca ctctctaccc
    81121 tccatccact ctctaccctc taccctctac tctctaccct ctactctcta ccctctaccc
    81181 tctatcctct actctctacc ctctactctc taccctctac cctctaccct ctaattatgg
    81241 acatctcccc catcaccgca tacgacgacc gcgacattgt caccctcgaa ggactcgagg
    81301 ccgtccgcaa acgtcccggc atgtacatcg gtaacacgca cggcggcgag gatcgtaacg
    81361 acggcatcta cgtcctgctc aaggaagtga tcgacaactc catcgacgag ttccgcatga
    81421 aggccggcca ccgtatcgac gtccacatcg ccgacggcac cgtcagcgtg cgcgacttcg
    81481 ggcgcggtat cccccagggc aacctcgcca agaccgtctc cacgctccac accagcggca
    81541 agttcggctc cgaggccttc aagaaatcca tcgggctgaa cggtgtcggc atcaaggccg
    81601 tcaacgccct ctcgaccgac ttcaccgtcg tctcctatcg cgacggcgtg gagaagcgcg
    81661 tcgactttgc gcgcggcaaa ctgacggccg accaccccac cgtgcccacc acggagaaga
    81721 acggcacact gatccgcttc acccccgacc ccaccatctt cgaggcctac gcctaccgca
    81781 acgagatcgt cgaatcgctc attcgcaact actgctacct caactccggc ctggccatct
    81841 attacaacgg cacgaagttc ttatccgaaa acggactcga ggacttgctc aacgagaaca
    81901 tcaccgacga gatcctctac cccatcgtcc acctccgtgc cgacgacatc gagatcgcct
    81961 tcacgcacgt caaccagtcg cgcgacgact actattcctt cgtcaacggc caatacacct
    82021 cgcagggcgg cacccatcag gcagccttca aggaggcctt cgcccggacg gtgaaggagt
    82081 tttacaacaa gaacttcgag acggccgaca tccgtagcgg actcgtggcc gcgatctaca
    82141 tcggcgtcga ggagccggag tttgaatcgc agacgaagat caagctcgga tcgcgcaaca
    82201 tgagccccaa gggcgacgtc tccgtggcca agttcgtggg cgacttcgtg aagaaagaag
    82261 tagacaacta cctccacaag acgcccgaca cggccgacgc cctgctgcgc aaaatccagg
    82321 agtcggagaa ggagcgcaag gccatcgccg gcgtggccaa gctggcccgc gagcgcgcca
    82381 agaaggtcaa cctgcacaac cgcaagctgc gcgactgccg catccacctc aacgacgcca
    82441 agagcgagaa caagaccgag agcagcctct tcatcaccga gggcgactcg gccagcggat
    82501 cgatcaccaa gagccgagac ccgaacctgc aagccgtctt cagcctccgc ggtaagccgc
    82561 tcaactgctt cggcctgacg aagaagatcg tctacgaaaa cgaggagttc aacctgctgc
    82621 aggccgcgct caacatcgag gacggcctcg acggactgcg ctacaaccgc gtcatcatcg
    82681 ccaccgatgc cgacgtggac ggcatgcaca tccgcctgct gctgatcacc ttcttcctcc
    82741 agttcttccc cgacctgatc aagcagaagc acctctacat cctccagacg cccctcttcc
    82801 gcgtgcgcaa caagcagcag accctctact gctacagcga ggaggagcgc gccgccgcca
    82861 tccgccgctt aggcaagaac cccgagatca cccgcttcaa aggcctcgga gagatctcgc
    82921 ccgacgagtt caagcatttc atcggaaaag acatccgcct cgaccccgtc tcgatcaaga
    82981 aggaagactc catcaaggag atgctcgagt tttatatggg caagaacacg cccgaccggc
    83041 agaacttcat catcgacaat ctggtggtcg aagaagacct cgagaacaac taaggtcaac
    83101 cctccaccct ctaccctcta ccctctaccc tctatgcatc gcatcgccat cttccccggc
    83161 accttcgacc ccttcaccat cggccaccgt tcgcttgtcg accgcggcct agggttggtg
    83221 gacgagatca tcgtggccat cggcacgaac gagaacaaac ggacctactt cccgctcgag
    83281 aaacggctgg agttcatccg caccctctat cgcaacgagc cacgcgtccg tgtggccgcc
    83341 tacgacacgc tcaccgtcga ctttgcccac accgtcggcg cccgcttcat cctgcgcggc
    83401 atccgcacgg tcaacgactt tgagtacgag aagaacatcg ccgacgtcaa ccgtaagctc
    83461 gccggcatcg agacgttcat cctcttcacc gagccggagc atacacacat cagctcctcc
    83521 atcgtgcgcg agctgctgca cttcggcaag gacatctccg actttattcc ccccgagatc
    83581 cgcgacatgg cgcagacgta aaacctgcct ctgattcggg tccaaccatt ggtttgaagc
    83641 aaaaccgacc tccgatttgg gccaaaccat tggtttgaag caaaaccgac ctctgattcg
    83701 ggccaaacca atggtttgaa gcaaaaccga cctccgattt gggtcaaacc aatggtttga
    83761 agcaaaaccg acccccgatt tgggccaaac cattggtttg aagcaaaacc gacccccgat
    83821 ttgggccaaa ccaatggttt gaagcaaaac ccgcctctga ttcgggtcaa accaggtggt
    83881 ttggtccaaa accgacccct gaaaagggtc aaaccaggtg gtttgaaccc aaaccgaccc
    83941 ccggaaaggg tcaaaccagg tggtttggtc caaaaccgac ccctgaaaag ggtcaaacca
    84001 ggtggtttga acccaaaccg acccccggaa agggtcaaac caggtggttt ggttattgac
    84061 aatacatcga aagggcagac acccagaggt gctcttccct caacaaaaca gattatgaga
    84121 aagaccatag tataccccct gctcctcatc ggcagcctgc tgatgacggg ccacgtccgc
    84181 gcccagcagc cacagtggcc ggacgagaac gcacgcaagc tctccatcgc gctctatgcg
    84241 atcgaaaacc tctatgtgga cgagcccaac aagaagaaac tcgtcgagga cgccatccgc
    84301 ggcatgctcg acaagctcga cccccactcg gcctactccg acgccgagga gacgaaagac
    84361 ctcaacgagc cgctccaagg cgggtttgac ggcatcggca tccagttcaa tatgcttacc
    84421 gatacgctct acgtcgtcca agtcatctcc ggcggcccct ccgaacgcgt cgggctggcg
    84481 gctggcgacc ggattatcat ggtcgacgac acggtcatcg cgggcgttaa gatgaagacg
    84541 accgacgtca tgcgtcgtct gcgtgggccc aagggcaccg aggtgcgcgt caaggtgcaa
    84601 cgcggaggca gcccgaagct gatcgagttc aagatcatcc gcggcaagat ccccgtgcac
    84661 agcctcgacg ccgcctacat ggccgactcc accacgggat acatccgcct gaaccgcttc
    84721 gccaacacct cgcacgagga gtttctcgag gccctcaccc ggctccgtaa ggagggcatg
    84781 aagcacctcg tgctcgacct ccagggcaac ggcggcggct acctgcatgt ggcctgcaac
    84841 ctggccgacg agttcctcag caacggtcgc ctgatcgtct acaccgaggg ccgcaactcg
    84901 ccgcgtgagg aggccacggc cacggctacg ggcaacttcg aggacggccg cctcgtcatc
    84961 ctcgtcgacg aatcgtcggc ctcggccagc gagatcgtct ccggcgccgt gcaagactgg
    85021 gatcgtggcg tgatcgtcgg tcggcgcacc ttcggcaagg gcctcgtgca gcgtcccatc
    85081 cccctgccgg ataactccat gatccgcctc accatcgccc gctactacac ccccggcgga
    85141 cgcaacatcc aaaagcccta caccggtggc gacgccgcgg cctacaatcg cgacctcatc
    85201 gaccgttaca accacggcga actgatgaac gcagacagca tccactttcc cgactcgctc
    85261 cgctcgcgta cgctcgtcaa ccaccgcacc gtctacggcg gcggaggcat catgcccgat
    85321 cgtttcattc cgctcgacac ctcgcgctac acggattatc accgccggct cgtcggtctg
    85381 ggctacatct accgcacggt tctcagctac gtcgacggac atcgcaaggc gctccgcaag
    85441 cgttacccgg acttcaagtc cttcagccaa cagttcaccg tcggcgacga gctgctctcc
    85501 gacctctgcg cgcgcgccac ggccgactcc gtggccttcg actccgcgca gtacgccaag
    85561 tcgcgccccc tgatcgccct ccaactcaag gcgctcatcg cccgcgacct cttcgacgag
    85621 acggcttact atcgcatcat caacgaagac aacgagagtc tccgcgaggc cctgcgcatc
    85681 atcaacaatg ccgaggccta cgagaagatc ctccgcggcg tgaagagcga caagtgaccc
    85741 aaatacgcgt acccgtcggc tactcccggg gcgtctgcgg acgccggcga agtttgcttg
    85801 gtacgggctt ttgaggtacc cggccaaact tcccagcctc gggagaggcc gtctgcggac
    85861 gcccctacct atgaactcga atcattctta actcattcat ttttcaaagc tcatgaacag
    85921 attacatcac tcactcatcg cgctcctggt cgccctgacc acatggagcg ccgcggcaca
    85981 gaccgcctac cgcgtggaag acgtgcccaa cgtgcaactc atcgactaca cgcgcttcgt
    86041 ctccgacccc aacgactcca tcgacgaggc agacgaggcc gcgctgaacc aacgcatcgg
    86101 ctatctccgc gactcgctcg acgtggagat cgccgtcgtc gtcctgcccg ccatcgacgg
    86161 cgacacgtac ggctccgcac gcgagttcgc caacgaactc ttcaacacct ggggcatcgg
    86221 caagaaggag actgaccgcg gcctcctgat cctgctgatc acgaacgaag acaaccgcga
    86281 gatcaccttc gaagtcggct acggactgga gggcgaactg accgacggcc tctgcaaact
    86341 gatccaaaag cgtcgcatga tccccccgat gaaggagggc cgctacggcg aaggactctt
    86401 agccggcctc gaggaggtgc gtaagatcct caccggcgaa tccaccctcg aggccgacgc
    86461 gaaggccgag gatgaaaagg aaaccaagga cttcgtgatc aaggcctgca aaatctggtg
    86521 ggggatcggc gcagtcgtgg tcattctcct gctgcttata cagctaatgg aagcccagac
    86581 gtctaagtca gatgccgaga taaaggagac gaaacacaac tgcaatttgg ctgtgatcgg
    86641 cggtgggctg ctcttctgcc agttcccgtt aataccgatc tacttcctcc tcaagctcct
    86701 cctctggccg ttgctgcggt cccgcgtcaa gtgcaaacag tgcggcgccg tggggcgctt
    86761 caagttagat ggctccccgc tgaagcacaa gatgaagaac ggcacacgca ggacctacta
    86821 ttacgtctgt cgcaactgcg gctatgaaaa ggaggaggag accttcgaaa aagaaagcag
    86881 ctcgtcaacc attcgcgatc gcgacgacga ccgcaaaagc cgttcgtgga gcagcggcag
    86941 cagtagcagc tcgagcggtg gctcctgggg cggcggacgc agcggtggag gcggcgccag
    87001 ctcaaagttc tgatgcaccg accctgatac tcgaatcact cgtaactcat tcattgctca
    87061 agctcatgaa ccgattacat cactcactca tcgcgctcct ggtcgccctg accacatgga
    87121 gcgccacggc acagaccacc acctaccgcg tggaagacgt gcccaacgtg caactcatcg
    87181 actacacgcg cttcgtctct gaccccaacg acgccattaa cgaggccgat gaggccccgc
    87241 tgaaccaacg catcggccat ctccgcgact cgctcgacgt ggagatcgcc gtcgtcgtcc
    87301 tgcccgccat cgacggcggc acgtacggct ccgcacgcga gttcgccaac gaactcttca
    87361 acacctgggg catcggtaag aaagagacca accgcggcct gctgatcctg ctgatcacga
    87421 acgaagacaa ccgcgagatc accttcgaag taggctacgg actggagggc caactgaccg
    87481 acggcctctg caaactgatc caaaagcgcc gcatgatccc ccttatgaag gagggccgat
    87541 acggcgaagg actcttagcc ggagtcgaag aggtgcgcaa agtcctcacc ggcgaatcca
    87601 ccctcgaggc cgaagaggag gacgatacca acgccttcgt catcatggtc tgcagcattt
    87661 ggtggctctt cggcgggctc atctgcgctt acttactcca ttcacagcgg aaggaagctc
    87721 aaaaggccac ggcgttcacc cagtacaagc gaagcgtcgg gaacttggac tttggtatgg
    87781 gtaccgtcgg actgatcttc tgccagttcc ccgtggtgct gttctacttc ctcttcagac
    87841 tcttcttccg gaagtggctg cgcccccaag tcaagtgcga gcagtgcggc gccgtggatc
    87901 gcttcacaca agagaagggc tacccgacca aagagaagaa accgtggggc aagctgtgga
    87961 cttaccacta cgtctgcacc gagtgtggcc acgtgaagga ggagaagatc ttcaaatatt
    88021 actggtggga aggccccgca agtagaagat cttcatccga taacgacagc ggttcttcat
    88081 ggagcagcgg cggcggcagc tcgagtggcg gctcttgggg cggcggctcg agcggtggcg
    88141 gcggcgccag ctcgcgtttc tgatgcaccg atccgcgggg cgtctgcgga agccggcggg
    88201 cgtctacgga cgccagcgaa gtttgcttgg tacgggcttt tgaggtaccc ggccagcttc
    88261 ccagcctcgg cagaggccgt ttgcggacgc ccctacctat gttctcgaat cactcatcac
    88321 tcattcattc cccaagttca tgaaccgatt acacctctta ctcatcgccc tcttgctcgg
    88381 cctcagcacc ctgtgcgctg cggcagcgcc tgaggcgtac cgcgtgaagg acatgcccaa
    88441 cgtgcagctc actgaccgca cccgcttcgt ctcggacccg gccgacgcca tccgtcccgc
    88501 cgacgaggag gccctgaacc gacgtatcgc cgcgctgcgc gactcgttcg gggtgcagat
    88561 cgccatcgtc gtgatccccg cctacaacgg gagcacgtac aattccgtgc gcgcgtttgc
    88621 ccacgaactc ttcaacacgt ggggcatcgg taacagggag acgaaccgcg gtctgctgat
    88681 cctcctcacg accggcacgg acaaacgaga gatcgccttc gagacgggct acggactgga
    88741 gggcgaactg accggcgggc tctgcaaact gatcatagac cgccgcatga cccccgtcat
    88801 gaaggacggc agctacggcg aaggactctt ggccggagtc gaggaggtgc gcaaggtgct
    88861 gactaaagac tcgacgctcg aggccgagaa aaagcgaaaa acaaggaacc ggatactgat
    88921 ttggtggctc gtagggctgt tttattacgg cttttacctc tacgaagagc ggaagaaggc
    88981 gcaatactcc atacacatcg ccacgatgga tcgggcgaat cggaaggcga actccatggc
    89041 tctcggtatg gggatcttct tcttccagat cccggccatg ttgatctact tcctcgtcaa
    89101 atgggtcttc cggcggcagt ttgttgctga gtgttactgt ccggaatgcg gcgccatggg
    89161 gcgtttcaaa agggtcaaaa aagatcaggt gcgggaggag acgctggtca aggtctactc
    89221 cgtctggtgt cgcaactgtc accatacggc cgtcttggat atacgtcgga ggcagaagcc
    89281 ggccctctgc cctgagtgcc ggtccatcgg gactcttgac ctcgacaccg tgaaagagat
    89341 gcagctgatc acgctggacg tctaccactt cgcgtgccgc aactgcggac atatcgtgga
    89401 ggagaaactg ccggccagag tgaaggaaaa gcacacctca tcggacagcg gttactattt
    89461 ggggggcagc agagacggcg acagcgatag tggcggctct tggggcggcg gatcgagcgg
    89521 tggcggaggc gccagctcga gcttctgact cacccctcgg ggcatctgcg gaagccggcg
    89581 ggcgtctacg gacgccggcg aatctggccg ggggcgtgtt tgatgtaccc ggctttcttg
    89641 gcaggcatcc ctgatgcccc tggccagctg ggcagacctc tccgacccct cggaaagctt
    89701 caaacaacct gtttcatcat ttccgacccc tcgaaaacct tcaaacaacc tgtttcatca
    89761 tttccgaccc ctcgaaaacc ttcaaacaac ctgtttcatc atttccgacc cctcggggcg
    89821 tctacggacg ccggcgaagt ttgcttggta cgggcttttg aggtactcgg ccaacttccc
    89881 agcctcggca gaggccggac gccggcgaag tttgcttggt acgggctttt gagatacccg
    89941 gccagctttc ctgcctcggc agaggccgga ggcgtcaggg acgccagcca agaaagctgg
    90001 gtacatgatg cgcgtaccgg agtaggggcg tatcgcatac gcccctcacc gacggcccgc
    90061 agggccgaat ttgaatgacg tttgaatcgt gtttgaatga cgatgaaacg gtgtttgaac
    90121 acgaggaaca cgtattcgcc ccatatatcg gggcgtgtgg gagggcgtat gcgatacgcc
    90181 cctaccctac cggccggcgg cttccgcgaa cataaaaaag ccggatacat gcagagaatt
    90241 cctccacatg tacccggctt tcttggctgg catccctgat gcccccggct ttcttggcag
    90301 gcgtccctga cgccccggct ttcttggcag gcatccctga cgcctccggc tttcttggca
    90361 ggcgtcccta acgcctcggc ttttagtttt tagtagcctt atccctccaa caccttttgc
    90421 aagaaacgtc ggagatcgtc gggcgacttg ccacggcgtt cggcgtaatc cgccagttga
    90481 tcctcgccga tgcgagcaat gctgaagtac cgcgaatcgg ggtgggcgaa gtagaagccc
    90541 gcggccgacg aggtggggta aagcgcaccg ttctccgtcg gggtgatgcc gagaccggca
    90601 aagtcgacga ggcggtcgag cgtgaagatc aagtcttggt cgggcagcga ggggtagccg
    90661 acggccggtc ggatgccgcg gaagtgctcc ttgaacagtt cgtcgagcgg cagatcctcg
    90721 tccggtgcgt agccccaata cgtgcggcgc accttcacgt gcagacactc ggccgacgcc
    90781 tcagccaggc ggtcagagag cgtctggagc aacatcaggc ggtagctgtc gccctcggcc
    90841 tcgtaacgct gacggagcga ctcggtgcag ttgccgacag tgacggcgaa ggcgccgata
    90901 tagtctgtgc ggccctccgt ggcgggtatg atgaagtcgg ccaacgagag gcacacgccc
    90961 cgctcgccgt ccgactgctg gcggataacg ggcacgagca catcctcgcc gttcgggccg
    91021 gtgatacgga tcgtgtcgcc ctccgagacg gccgggtaaa gcccgacggc ggcgcggcaa
    91081 tgcgcgttct cggccatcag ctcgcggagc acagcctgcg cgtcgtcaaa gagtttcatc
    91141 gcctcgctgg ccttctcgcg gtcctcgccc tcggcaaatc gctcgagcca ctcggtgcga
    91201 cacgacggac agtcgtgcag gccggccaag tcggcgtaac ggcccagcag gcgccaagtg
    91261 gtgaagaaga agacccagtt gatgtacgtg gccacgtcag agacgggcag ctcgatgtgt
    91321 tgcaggccga gtgcatgggg cacgtcgggc gtgaacgcgg cccagtcgat cttcaatccc
    91381 tgcgcacgcg cttcggcgaa gggtaacacc ggcttcggcg cacggcccga cttagcgcga
    91441 cgcaggcgtt cgtactcgtc cgagagttgc tccacgtacg catcgtgcgt atccgggttg
    91501 agtagcttgg ccgcgatgag cgggttctgc gacgcgtcga cgacgtggat cacgggatga
    91561 ttgtaatgcg gggcgatctt gagcgccgtg tgcagcttcg aggtcgtagc accgccgacc
    91621 atgatgggcg tgctgaggcc cgccttctgc atctcttccg tcacatgcac catctcctcg
    91681 agcgacggcg tgatgaggcc cgagaggcag agcaggtcgg gcttctcctc gcgcacggtt
    91741 tggatgatct tctccgccgg aaccatgacg ccgaggtcga tcacctcgta attgttacat
    91801 gccaacacga tggagacgat gtttttgcca atgtcgtgca cgtcaccctt caccgtggca
    91861 aagaccacct tgccggcctt ggcggcaccc tccgtggacg tcttttcagc ctcaatggcc
    91921 ggttgcagaa tggccaccgc cttcttcatc gtgcgcgccg tcttgaccac ctgcggcagg
    91981 aacatcttgc ccgctccgaa gagttcgccg acacggttca taccgttcat cagcggcccg
    92041 tcgatgatgg atacggcgcg gtcgtatcgc gtaagcgcct cggccaaatc ggcctcgagg
    92101 aagtcgccga tgcccttcag tagcgcatat tctaaccgct cctcgagcga tccgtcgcgc
    92161 caagcgtcgt gttgcacctt gtcctgctcg cccgacgcct gctcactgtg gttctgtgca
    92221 taggtgatca gctcctcggc cgcttcgggg cgacgcgcca ggatcacatc ctccagcagc
    92281 gtgcggaacg acggctcgat atcctcgtac gtgaccgatg tcgacgggtt cacgataccc
    92341 atatccatgc cctcgcggat ggcgtgataa aggaagacgg cgtgcatggc ctcgcgcacg
    92401 tagttgttgc cgcggaagga gaacgagagg ttgctgacgc caccgctgac cttcgccccg
    92461 ggcaggttct tcttgatcca accgacggcg cgaatgaaat ccagtccgta gccgttatgc
    92521 tcggccatac ccgttgcgat ggccaggata ttggggtcga agatgatgtc ttgcggaggg
    92581 aagccggcct tctcggtgag cagtcggtag gcgcgctcac agacggcgat cttacgctcg
    92641 aagacgtccg cctgacccgt ctcgtcgaag gccatcacga ccgtagcggc ccccaatcga
    92701 cgcacacgcc gggcatgacg gaggaactcc tcctcgccct ccttcagact gatcgagttg
    92761 acgatgctct tgccctgtac gcacatcaac ccctgctcta cgacgctcca tttcgaggag
    92821 tcgatcataa tgggcacgcg ggcgatgtcc ggctccgagg cgatcaggtt gaggaagatg
    92881 cgcatctcat cctcggcctc cagcaggccg tcgtccatgt tgatgtcgag cacctgcgcg
    92941 ccgtcctcca cctgcttgcg ggcgatggtg agcgcctcct cgtacttctt ctccttgacc
    93001 agtcggagga acttacgcga gccggccacg ttgcatcgct cgccgatatt gaggaagttg
    93061 ttttccggct tcacctccag cagatccagc ccggagagcc agagcgtgtc ggccttgggc
    93121 ggtgcggccg gcacatgcgg ccgtttgcca cgcgccagct cggggaagtg ggcgatgtgt
    93181 gccggcgtcg taccgcagca ccccccgacg atgttcacga gtccctcgtc gataaaatcc
    93241 ttgatctgca cggccatctt ctccggcgtc tcgtcgtact gtccgaactg gttcggcaga
    93301 cccgcattgg ggtaggcgct gatgtagagc ggcgccagat cgcccatctc cttgaggtac
    93361 ggcttcatgt cggccgcgcc gaaggagcag ttcaggccga cgctcagcag cgggatgtgt
    93421 tgcacagagg cgaggaaggc gccgagcgtc tgacccgaga aggtccgccc gcccttgccc
    93481 gtgagcgtga gtgaaagcat gatcggcaac tcgcgaccct tgtcgtccat cgcctgaacg
    93541 gccgcctcga ggcccgcctt ggcgttgagc gtatcgaaag ttgtctcgaa gaggatcacg
    93601 tccacgccgc catccatgag cgcatcgacc tgctcgtagt aagcgcggaa gagatccgtg
    93661 taggtcacgg cgcgataggc cggatcgctc acgtcgggac tcatcgaggc cgtcttgttc
    93721 gtcggcccta aggagccggc cacgaagacg gtgcggtccg gatgttccgc catatactcg
    93781 tcggccaacg tgcgagtgag gcgtccggcg gcgaggttca tctcgtgggc gaaagcctgc
    93841 atgccgtaat cctccatcga gatggcgttg gcgttgaatg tatttgtgga gaaaatatcg
    93901 gcaccggcgt cgaggtattg ccggtggatg ttgcgcagga tgtcgggctg cgtgatgttg
    93961 agtacatcgt tattgccctt gatctggttg gggaagtcgg cgaagcgttc gccgcgatag
    94021 tcggcctccg aaagtcggaa gccctggatc attgtcccca tgcccccatc aaggatgagg
    94081 atgcgctcct gaaggagctg ctgtatggtt ttcttcgtca taataagtgg atggtgatat
    94141 atatacgtat agtcaaatca gattgctgat agtcctatca gcgaaaaggg cggcaaaaat
    94201 aagcgtgcgg acgggcttgc ctaatgctca ctcaaacaca tccaccagca ggtactcgat
    94261 ggcttggcgc atggacagca cgccgccggt gtagttgttg gccatcacag ctacggcata
    94321 acgcacgcca tcctcgtcgt cgacatagcc ggcgtagcag agcacacggc tcatgctgcc
    94381 ccccttcagg cgtgcgcggc cgtccaaatc ggtgtcgcgc agcatgcggc gcacggtgcc
    94441 ctcacgaccg accagcggca gggcctgata gaacgcttcc gaggcgcgcg actgcgtggc
    94501 catgtaggtc agcatgtcac agaggaaaga ggccgtcacc ttgcccgtca ccgccaggcc
    94561 actgccgtcg tacatccaca gcgaggaggc gtccagaccg cgatcctgcc agtatccacg
    94621 agccacttgt gcgccgcgcc cgaaggatga ctgttcgctc tcggtgaggc gtcgaccgag
    94681 cgttttgagg agggcgtcgg cgtagaggtt gtggctgacg acgcagaggg agcggacgat
    94741 ctcacgcagg gggcgggagc gggtggtgat gatcgggcga cgcgggcgcg acgtctcacg
    94801 tccggcctca gcctcgatgc gcatggagga ggggcgcttg cggatgcgta tgccgcggtc
    94861 acggaggcgt tcgctgacgt aacgggccac gaagagcggc ggatcgggca ggtcggcgcc
    94921 gaggtaaagc cccgaacgtc gcgcggggag tgtgccgaag agggagcgct cgttggcgaa
    94981 gggaaagccg acgacgtagg cgctgtcttt cgttgcggcg cggaggtagt tgtgaaaggt
    95041 gagtccctcg acgcgcgggg tgacggcagt gacttgcggc gtggtgccct tggcgccgct
    95101 ggagagcgag atgccgatgc gattatcgaa gatgttcagg ccgtagcaac cctgaccgta
    95161 ggagctgccg aggtcttcga ggagccactt catggatacg ccctcattgt cgaagatgcg
    95221 ttcgtcggcc accacggcgc cggtgatctc gcggatgccg gccgcgcgca cggcgtcgac
    95281 ccaggcgttg acgacgctgt ctttgggggt gcgcgactcg gacgagttga gcgtcgggtc
    95341 gccactgccg cggatgtaga ggttgccgtc caggacaccg tccggacgca gttcgccgtc
    95401 gtactccacg gtcgtttcga atcggtaatc ctcgccgagg agctcgaggg ccgtggccga
    95461 ggtgacggtc ttcatgaccg aggccggcgt gagctgccgg tcgccctcgt agttatagag
    95521 cgtcttgccg tccttgacgc gtttgacgac aaacgagacc gaggcgccgc gcaggatggg
    95581 gcgttcgatg aagcgtcgta tgggttccgg gatctcggcg gtacgcccgg ccatagcggc
    95641 gggcgcggct gtgatcatca gcagggcgca ggccattatc cccagcgtcg gggagcatcg
    95701 tctttgtctt ttcattccta ttatatgttt cgtggccgca aaagtacggg cctttgcccc
    95761 ctctccccac attccccgcc gcggagatac ggagggggcg gtttgtaggg gcgcaaaagc
    95821 agtcgccctc aaggcctttg ttacatttgc ccgtgaattt ctcatataac ccattcactt
    95881 atatcactta taacccaatt caaaatcatg gcagaagaaa tcaagagact ggccccagag
    95941 gccgtctggg gttatttcta tgacctcaca
//
LOCUS       SEQF2637|AYYD01001290.149111 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..49111
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             20..370
                     /locus_tag="SEQF2637_02884"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MVQASGVGVAARTTDKMAEEAEHRLVAGGGEPFGVPLDAEDGVF
                     GVLHCLVDAVGRLGRGDETGGQVADGLVVERVDGDGCGTRRGVKSHRTLQLGIRGGES
                     DRLRDDVARFRLTM"
     CDS             443..790
                     /locus_tag="SEQF2637_02885"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MAATDAEDGEAALVGQADQLQLAGVADRIDVFERRVRRLAKQVG
                     TDVAAASQEQAVEAFDNRGEDAQLGRGGHEYGGATCQDDRLEIGVGEHLFAVSSVHRN
                     AYAWACGGGSVDS"
     CDS             complement(947..2905)
                     /gene="gyrB_2"
                     /locus_tag="SEQF2637_02886"
                     /EC_number="5.99.1.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q839Z1"
                     /codon_start=1
                     /transl_table=11
                     /product="DNA gyrase subunit B"
                     /translation="MSDEEIKAASEEYSSKNIQVLEGLEAVRKRPAMYIGDTSEKGLH
                     HLVYEVVDNSIDEALAGFCKNIDVVIREDNSISVTDDGRGIPVDYHEKEGKSALEVVL
                     TVLHAGGKFDKGTYKVSGGLHGVGVSCVNALSTHLKAEVHRNGKVYVQEFSCGKPLAD
                     IQVTGDSDRTGTTIEFKPDASIFTMTEYKYEILANRLRELAFLNAGIRLTLTDRREVK
                     PDGTYKSEVFYSHEGLKEFVRYIDKSKEALIHDVIHIVTEKQGIPVEVAMTYNTSYNE
                     SVFSYVNDINTIEGGTHLSGFRRGLTRTLKKYAEDSKLLEKAKVEIQGDDFREGLTAV
                     ISIKVAEPQFEGQTKTKLGNNEVMGAVDMAVGEALGNYLEEHPKEAKTIVDKVILAAT
                     ARQAARKAREMVQRKSPLSGGGLPGKLADCSSKDAAICELFLVEGDSAGGTAKQGRDR
                     NFQAILPLRGKILNVEKAMEHRVFESEEIQNIFKAMGVSIGTEDDPKELNLSKLRYHK
                     VIIMTDADVDGSHIATLILTFFFRRMRGLIEKGYVYLATPPLYLCKKGKVEEYCWTEQ
                     QRQKFIDTYGGGNENQIHTQRYKGLGEMNDHQLWDTTMNPENRTLKQITIDNAIEADA
                     IFSMLMGEDVGPRREFIEENATYANIDA"
     tRNA            complement(3040..3112)
                     /locus_tag="SEQF2637_02887"
                     /product="tRNA-Glu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Glu(ctc)"
     CDS             complement(3185..3439)
                     /gene="rpsT"
                     /locus_tag="SEQF2637_02888"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0R102"
                     /codon_start=1
                     /transl_table=11
                     /product="30S ribosomal protein S20"
                     /translation="MANHKSSIKRIRQTKTRCAQNRYGAKTMRNAVKKLRGTEDKNEA
                     TAMYPKVCAMLDKLAKKNVIHKNKAGNLKSKLAKHVNALA"
     tRNA            complement(3482..3556)
                     /locus_tag="SEQF2637_02889"
                     /product="tRNA-Glu"
                     /inference="COORDINATES:profile:Aragorn:1.2"
                     /note="tRNA-Glu(ttc)"
     CDS             complement(3703..4296)
                     /gene="yigZ"
                     /locus_tag="SEQF2637_02890"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P27862"
                     /codon_start=1
                     /transl_table=11
                     /product="IMPACT family member YigZ"
                     /translation="MDDTYRTIRDLSEGYYTEKRSRFLSFALPVRTPDEVKTLIDAYR
                     KKYYDARHVCWAYMLGPDRTTFRANDDGEPSSTAGKPILGQINSNNLTDILIIVVRYF
                     GGIELGTSGLIVAYRTAAAEAIAAAHIEERTVDETITITFEYPHLNSVMRIVKEDKPD
                     VLTQSFELTCEMTLRIRQSRMDALKSRLLKVDSLRIV"
     CDS             complement(4303..4521)
                     /locus_tag="SEQF2637_02891"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKNPIQMIKQCLEADEPYFVLRGKDLCALPAIERYYEAVRDKVR
                     DPRFIEEIEEIMKDFRAFRDEQETHIPD"
     CDS             complement(4518..5075)
                     /locus_tag="SEQF2637_02892"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKPLVQRLATSKTIIAPLLPLFLRLSSAVESESNRCVPLLSVG
                     KGIQYMFFISLSIDKSTQYIYPFSLSIDKSAQYIYSLSSSIDKNTQYMFFTSLSIDKD
                     IQYMYSLPLSIDKGTQHIYSPSLSIDKSTQHIYFGSLSIDKGIQNMYFSPFLMDSEFV
                     HCNFHALFTTKPFILTYHQLPTRTK"
     CDS             complement(5098..7977)
                     /gene="uvrA_3"
                     /locus_tag="SEQF2637_02893"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WQK7"
                     /codon_start=1
                     /transl_table=11
                     /product="UvrABC system protein A"
                     /translation="MAIGKKKEEETDDRVERGGTIGVWGARVHNLKNIDVELPRNRLT
                     VITGMSGSGKSSLAFDTIFAEGQRRYIDTFSAYARNFMGNVERPDVDKITGLSPVISI
                     EQKTTNRNPRSTVGTTTEVYDFLRLLYARAGEAYSYLSGEKMVKYTEEQILELIMQEY
                     NGRKMYLLAPLVRNRKGHYKELFEQVRKKGYLNVRVDGKLMEISRGMKLDRYKMHSIE
                     VVIDKLVVSINDGPRLKESLRVAMKQGDGLILLLDATTDEIRYYSRRLMCPVTGLAYS
                     EPAPHNFSFNSPHGACPRCKGLGEVNVIDMEKIIPDPSLSIYKGGIVALGKYKDTLVF
                     RQIEALCKRHGATLKTPIKDLPEEAMDEIINGTEEPVAVSTAWLGHSSFSYAYEGVAK
                     YIAMMQGESDDEPSTARKKPAPFIRTAVCPECQGQRLNKEALHYFIDGKNIAEPASMD
                     IAELSKWVNGLEEKLSPAQRTIAVEILKEIRSRLDFILEVGLDYLSLNRPSATLSGGE
                     SQRIRLATQIGSRLVNVLYILDEPSIGLHQRDNIRLIDSLKELRDTGNSVIVVEHDKD
                     MMLSADYVVDMGPKAGRLGGEVVFAGTPDEMIKTDTLTSSYLNGRRQIEVPATRRPGN
                     GHHLVLRGATGNNLKKVDVSFPLGTFICVSGVSGSGKSTLINATLQPILSQRFYRSEQ
                     EPLPYQSIEGIEHIDKVVNVDQSPIGRTPRSNPATYTGVFADIRNLFVSLPEAKIRGY
                     KPGRFSFNVSGGRCETCKGNGYKTIEMNFLPDVLVPCEDCHGRRYNRETLEVRYRGKS
                     IADVLDMTINMAVEFFENIPAILSKIKVLQDVGLGYIKLGQPSTTLSGGESQRVKLAT
                     ELAKRDTGRTLYILDEPTTGLHFEDIRVLLGVLNKLVDKGNTIIVIEHNLDIIKSADY
                     LIDMGPDGGRGGGRILFTGTPEALAAAPRTRSRTAPFLRKELSEG"
     CDS             complement(7985..8941)
                     /gene="mltD_2"
                     /locus_tag="SEQF2637_02894"
                     /EC_number="4.2.2.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AEZ7"
                     /codon_start=1
                     /transl_table=11
                     /product="Membrane-bound lytic murein transglycosylase D"
                     /translation="MRTKQFTACFLAAGLISLTACFPVQSQNSEQPRQDDGWITSPEV
                     PEKVTFCGQTIDLTRYNMYESMDRELSSLAYFHSTTMLTIKRANRYFPIIVPILKANG
                     VPEDFKYLAVVESHLDPRIVSPARAAGMWQFLESAGREYGLTITPSVDERYNVARATE
                     AACRYLKDAYNKYGDWASAAASYNAGMGRISGAFASQRETSVLNLWLVEETARYVYRI
                     LATKLIFENPQKYGFSLRPRDLYAPISCDEVTVSAGIPDLVSFAKSHDITYADLKRFN
                     PWLRDSKLISNGRSYTILIPRKQDLYYTSPNRTVYDQRWVTK"
     CDS             complement(8956..10338)
                     /locus_tag="SEQF2637_02895"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MGKTIFHDGASRRRVAPSVGSILLFLLAIGWTGGELRAQYQVSG
                     GAKTPVRAAENTAYKLEVYLVYGTDGVTLSHTGTGTHRWYRYRTKAAIEDDWEAVAST
                     QSGSTSTVTNPAEGYGYFVVDGSGELRRYVWIIDYSRYPARLTSLSVSPSSDACSSLR
                     LAGTADLPALNYYLPDGKAMELKRAFEVSYLTQTWSEQTRTFTEQLLIDTLSGNPFDV
                     SLSRPPLTDTKIDLTGDLFARAFGVEQTATIDHYQAVALEVHADTTLTSETRSNLKLK
                     TGELSAPAEIRFRAQANTPVASLFVWQVTRREATGDVPIVRFTDPEMTYTFDRVGNYT
                     VTLEVSDRSGRCTNKDNSYKISVTETVLEVPNVFSPESSPGVNDVFKVAHKSVVRFSA
                     SVFNRQGGLLYHWTDPNGGWDGRYRGQYVPAGAYYYVIEYTGTDGKTHRKSGDINVVR
                     SSSNKNHSNQ"
     CDS             10376..10879
                     /locus_tag="SEQF2637_02896"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRMDRGGAIAWVRCRSESAAGITKPISGFVKRLPAAGNETFFAS
                     CATQGAKKSVFRSPALCRKQKGGLFRALRCAGSKKGVFFGPCVVQEAKKGLFRALRCA
                     GSKKGSFSGPALRRKQKGGLFRALRCAGSKKGSFSGPALCRKQKEGLFRALRCAGSKK
                     RSLSSPA"
     CDS             complement(10991..12349)
                     /gene="brnQ"
                     /locus_tag="SEQF2637_02897"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AD99"
                     /codon_start=1
                     /transl_table=11
                     /product="Branched-chain amino acid transport system 2
                     carrier protein"
                     /translation="MPNQNSTQMTRRAFLAVGLMLFALFFGAGNLIFPAALGQRAGTN
                     VWWAVMGFVLTGVGLPLAGVLAMGYSGCRNVQELAGRVHPLFGILFTLALYLSIGPAF
                     AIPRTGTVSFEIAVRPFLSPDAGYWAQIVFLIVFFLVTLWLSINPQKLVGRIGGILTP
                     MLLTTIVVLIVKSLITPPGTPGSPTEAYATPAVALQQGFIDGYNTLDALASFVFGILV
                     IEFVTQHGATTRHEVMGATMRAGMIAIGCLGVVYVFIAGLGAASVEQLGILDTGAPVL
                     AGSARLLFGEPGALILAVIVLLACLTTSIGLVTACASYFHSQFGGLSYKGYAVAFVII
                     SFAVGTFGLKTIISAAVPVLMFLYPLAIVLIALAFLDSRFGSRRSVYAWTVGLTLISA
                     LISGLEAANISLGAFGRFYGAHVPLHADGLDWIFFALAGFLIGCLNRRKSTSSELITS
                     GL"
     CDS             complement(12522..15446)
                     /locus_tag="SEQF2637_02898"
                     /EC_number="3.4.24.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P9WHT5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative zinc protease"
                     /translation="MKAKQFFVTTLAVILTGMFTAANCKGPSAKSDYETVDGDPLKTR
                     IYTLDNGLKVYMSVNKEAPRIQTYIAVRVGGKNDPAETTGLAHYFEHLMFKGTTHFGT
                     SNYEAEKPLLDEIERLFEVYRKTTDEAERKALYRQIDSISNKASQYAIPNEYDKLMAA
                     IGATGTNAYTNFDVTCYTEDIPSNQIENWAKIQADRFQNSVIRGFHTELEAVYEEYNM
                     GLASDARTVIDTLRSMLFFNHPYGTQSVIGTQQHLKNPSITNIKRYYETWYVPNNMAI
                     CLSGDFDPDEMIAIIKKYFGNMKPNDSLPKPTFKEEAPITSPTTKEVRGVEAANVNVA
                     WRIGGEASADNDLAILAASLLYNDQAGLIDLDLIHAQKVLSSYCYPYTFADYGMFLLN
                     ARPKDGQTLEQARDLLLEEVAKLRKGDFDESLLRACVANYKLELMKEYDSNEGRANAY
                     VDAFVNGVSWADMVHQIERMEKITKADIVKFANEKLGENAYAVVFKREGQPGFKKIDK
                     PEITPIATNRDTASAFLREIQLTEVKPIEPVFLDFKKDMSTASLKSGLPLLYKKNETT
                     DVFELMYVFDMGRNDDATLGTAFDYLSYLGTSKKSPTEIKKEFFDIACSFSANVTDER
                     CYVSVSGLSENMPKALELMEELIADAKPDENVLTNLKADRIKARADAKLNQGQNFGAL
                     RRYVMYGPEHIKATTLTNDALKALTSDTLLAKVRDLFTKQHSVLYYGPGAESDVLKSL
                     DQLHRTADKPAPLAKKPVMLVQTPSNTVMLAEYNAKQIYYLQYSNRGEPFDVANDPGV
                     TLYNEYFGGSMNAIVFQEMRESRGLAYSANAVLITPSDKTRPYAFQAFVATQNDKMPQ
                     AIDAFMEIINNMPESEAAFKIAKDAILARLRTERTVKGDVLWAYLHAKDMGVDYDRNK
                     AIFEKVQSMTLADVKAFQEKWIKGRTYHYAVLGNSKDIDMNKLRSLGEVKLLTPQDIF
                     GY"
     CDS             complement(15515..16024)
                     /locus_tag="SEQF2637_02899"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MQEAFRRLANVSAKCKSLSAVWRTSPRNARAFPPFGERLLQSAG
                     DLRTPTNISCNLRETIVPLQTSPATCGRLSYPYKHLLQLAGDLRTPINISCNLRETFV
                     PLHTISCNLRETFVPLQTSPAICGRLSYPYKHILQLAGDLRTPTKKCFSFFFAYDLCF
                     LSKALLLFH"
     CDS             16247..18277
                     /gene="pfeA_2"
                     /locus_tag="SEQF2637_02900"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q05098"
                     /codon_start=1
                     /transl_table=11
                     /product="Ferric enterobactin receptor"
                     /translation="MQAQILPADSTKDDEVATHAAAGVKKFNLDEVVVTATRTPKRLM
                     QTPVITQVITAAQIEDRGLTDIRNLLTQEIPGLAFNEVGFGTSINLQGLGGKHILFLI
                     DGERMAGETGNNVDYHRLDPNNVERIEIVQGASSALYGSQAMGGVINIITKRPKAPFT
                     VSASIKAAPLYERNYTKVDPDDAQRYFKRSVDRPNLNADVRIGGRWKRWTAQTSYAHK
                     SADAYRLFDRDSVVKYFPEYDITVRERRVETPTQVSGYTTHQVTQMLGYTPSDRLTIG
                     AKGTWYTMNKHDLTPDNAYEHNTDLSGSLTADYRFSTRAALQASVYSDTYNRFTALEQ
                     LDQRDLIYRNRMTQPRLMFTLDRWHRQTINMGAELLYESLYTDKFVSGSYETRSQRSY
                     SVFAQDDWTVTPHLSLVAGLRLDYHNAYGANVAPKLAAVWRLFPFTLRFNYAAGYRSP
                     TLKELYMNWDHLGMFMIYGNENLRPERNQYLSLSAEYVSEYVYAMATGYVNFFSDKIE
                     GLWTNNQKELHYRNVSSATLSGAYANVRINPGVSGLFLHLSANCLFPKRTDGVQLTAY
                     SRLSGNVRAEYAFTLGRQHFTLNLSGSLLGGKRYDVLGRVEVNGKEVESYYESRSPSY
                     SLWNATAAWRPMRQLRVTLGVDNLFDYHAGIINFNTYTGPGRSVFGALHFSI"
     CDS             18321..19103
                     /locus_tag="SEQF2637_02901"
                     /EC_number="2.1.1.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:A0QUV5"
                     /codon_start=1
                     /transl_table=11
                     /product="putative S-adenosylmethionine-dependent
                     methyltransferase/MSMEI_2290"
                     /translation="MNEKKNPTSTQQGHWVLAAMGKRVLRPGGKELTEKLIDSLNIAS
                     SDDIVEFAPGLGFTAELALKRKPHSYIGVEMDESAAAELRRTIDGPDRRIIIGDAAHS
                     GLPDASADKVYGEAMLTMQNERQKSAIVSEAYRLLKPGGLYGIHEMGLTPDDVSDETK
                     RSILRDLSSVINVNARPLTAAEWSDLLVAEGFEIVHVETNPMHLLEAQRVIDDEGLLR
                     AVKIWFNILTHAEARERILAMRDTFRRHMENINAVAIVAVKK"
     CDS             19137..19808
                     /locus_tag="SEQF2637_02902"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSIKRISCGAILVVCAISATLASCGSDNPEPKTEGLDVKRHTQ
                     SRATSVAGDSTDWVYFSFATGAEVQGVTEANRMSRSDWDIAFNRFNMRTNSGLSGSGK
                     GGAVETDKTSFADVTEAPSDGYVTDVEITIRGYSNGAMREKKSTGNLALNKAIRFSGP
                     PPVYTLNDHVFVVRTADGKYVKVIFESFHNAEKKSGYITFRYAYQPDGSRNLKSKSMS
                     KSESK"
     CDS             19825..21426
                     /locus_tag="SEQF2637_02903"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSFPNSKTTPRRKEKARTWRRLHKWVGLVLTFFILAFALSGVFL
                     NHRTAITRWDLPRRWLPQQYVYENWNNGAVVGTLRVGPDSVMLYGSNGIWVADTFCRG
                     LRPCMDGMRPGTDNRNIRAVAATSDGQLFAISTYRLYRFDRTAYRWREVEGALTDDEA
                     LTDVLSVGDRLYVVTRSNVYAAAAPYTRFTAQPLPTPDDYDPRVSLFKTIWVTHSGDL
                     FGLPGRLLIDVVGIIVVVLCLTGLVVTLFEIPIRLRKKRGDPALPLRRTWTFSFVWHN
                     RLGSLFIVLLLLIVVTGMFLRPPLLIPIARTQVKPVPGSTLQSDNPWHDRLRRLRYDM
                     EGRRWLLAASSGIYAFPAFGEQPKKLDNTPPVSVMGLNVWQQTGPNQWVVGSFSGIYG
                     WDLSDGSVTDYDTGLPLDEMGGYGRRGGGGRPTFGNPVSGFSTDFAQGPVVFDYGRGA
                     RLADNPDMPFESMPEVFARDGRISFWHFCLELHVGRLYRSFLFAFTDFYVFLGGLLMF
                     LVVLSGYIVYRRKYRRKKPRRKKRE"
     CDS             complement(21811..23067)
                     /locus_tag="SEQF2637_02904"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MIKPLLPLFISLSCLFGHFAASAQTDPDDSLAIYNRYSPPTLGN
                     ERLDTLLPLLQGRRVALAVNQTSVVGPRQTHLLDTLLALGVDVRKVFTPEHGFRGAED
                     AGARVTDSRHPERNIPIVSLFGRTLRPTTAQMSDIDVVVFDIQDVGARFYTYISTMHY
                     LMEACATSRRTFIVLDRPNPNDFVDGPVRRPRYRSFVGMHPIPILHGLTIGELALMIN
                     GEGWLQGGARCQLTVIPMTGWQHGDSFRLMVKPSPNLPNQQSVRLYPSLCFFEGTCMS
                     VGRGTRFPFQVVGYPAQRAGRFTFTPEPIRGMDSAPLYRGRTCYGDDLRELPFEGGLT
                     LRFLLDFYVRMGRDAKTFFNRSAMFDLIAGTDELRRQITSGLSEDRIRSSWQADLDRY
                     RLMRRKYLLYPDTRPETHLSEGRNAE"
     CDS             23283..23819
                     /locus_tag="SEQF2637_02905"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNPLAILSAYYQPGSRAYQILVSHSRSVRDKALALAEAHPELEL
                     DRTFVSEAAMLHDIGIYLCDAPEIDCHGTSPYICHGWLGAELMRSLGYPRHALVCERH
                     TGAGLSRAMIEARNLPIPPHDMLPVSLEEQLICFADKFFSKTKLEREKPIEKIRQGLA
                     AYGQEDVKRFDAWCELFL"
     CDS             23978..26806
                     /gene="lptD_2"
                     /locus_tag="SEQF2637_02906"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01411"
                     /codon_start=1
                     /transl_table=11
                     /product="LPS-assembly protein LptD"
                     /translation="MPSPRGAAPIDSTGKISQRLSAVIDSSKMSSPRGAAPIDSTGRI
                     SQRLSAVIDSSKMSSPRGAAPIDSSEMTPQRLATAIDTARKDTARRRKSMLEAPVTYQ
                     ASDSIIMTGNNMAYLFGEGNVKYRDIELQSERIEMSMDSSIVYATYALDTVGKEFGYP
                     LFIEGEQQIEARTMRYNFRTRKAFAADVLTKQGEGYLMAEATKKMSDNVMNVADGRYT
                     TCDEYDHPHFYIRMTRAKVRPGKDIVTGPAYLVIEDVPLYPIGLPFAFFPFTDKYSSG
                     IIAPTYGDEMARGFNLRNGGYYLAVSDYFDLALTGEIYTKGSWGVAARSAYKKRYRYS
                     GNFDASYLVTKLGDRGLPDYSVSKDFKIAWTHAQDPKANPYRTFSAGVNFTTSSYNYN
                     QLNTLYTPDGTNNNKGSSISISQRFPNNPLTVSATMNINQRSQDSSVSLTLPDMTVSM
                     SSIYPLKRKHAVGRERWYEKISISYSGYFRNSITAKENTFLKKNFLHDWQHGIQHNIP
                     VSATYQFGFLNITPSASYTERWYTNKVHQRFDTARGGLQPVDTTYGFYRVYDYRAAIS
                     ASTTIYGFFKPWKIFGDKVQMIRHSMALSASYNMAPDFGAANYGYYEPYTYTDRSGRT
                     VSGYYSPYEGQMFGVPGRGRQGGISLAVDNNVEMKVRSNADSSGIKKVSLIDRLTLRI
                     NYNTAADSFRWSDLSVDLRLKLGSFPLQLSGVFDTYTYGYDAATGVPYRIDKPRWQMG
                     KGLGRLRSTGTAFSYTFTNDTFKKLFSRKGDKDDEKSKQKERGSDENADETNSTDEKP
                     ARGTRLRQAKKDDTGEYDADGYYNATVPWSFSLSYNMSLGYGSFNPQKLEYNYQIRHN
                     LSFSGNIKPTKNWNISFNGSYDFEAKKIAHMTCTITRNLHCFTMSASIIPVGPWKSYA
                     FSVAVNSSLLRDLKYNQSASPRDVTKWY"
     CDS             complement(26963..28048)
                     /gene="ribD"
                     /locus_tag="SEQF2637_02907"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P17618"
                     /codon_start=1
                     /transl_table=11
                     /product="Riboflavin biosynthesis protein RibD"
                     /translation="MYSKSTNEDERFMRRCLALARCGAGRTAPNPMVGAVVVHEGRII
                     GEGYHRAFGGPHAEVHAIAAVRDRDLLRRSTLYVTLEPCSHHGKTPPCADLIRRSGIP
                     RVVVACVDPFPKVAGRGIGLLREAGVEVVVGVLEAEARHMNRFFLTAQTEQRPYVILK
                     WAESADGFIDAQRLHADRPPVRLSDERSTRAVHSLRAEVASILVGARTARLDDPSLTV
                     RHWSGPSPVRLLLDRHGQVPPTAHLFDGRVPTLLFTSPSNPTTPPNVTRIDVDPAQPV
                     LQQLLQALHERQIQSLLVEGGAELHSHFIREGLWDEAHVETAPILLRDGVRAADLHSE
                     GDAVRWSDRTDNKKHLLTVFFHRRQVL"
     CDS             28394..29251
                     /gene="prmC"
                     /locus_tag="SEQF2637_02908"
                     /EC_number="2.1.1.297"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0ACC1"
                     /codon_start=1
                     /transl_table=11
                     /product="Release factor glutamine methyltransferase"
                     /translation="MIETTAYLREQLAAIYDPEETRAISRWVIEHVTGYTPAQQILAK
                     DTPIDPQQREAIRMIVRRLKLHEPIQYIVGECTFHGLTFSVNPSVLIPRPETGELVEH
                     IVQRHGAAPSLRVLDIGTGSGCIAITLSRRLFHPQVMALDLSAEAIRTAQANAERNGA
                     EVRFVCADLFDPHLTLPGPFDLIVSNPPYVCDSEKCDMAAHVLDYEPHTALFVPDGDP
                     LLFYRSIARRAHEWLTPGGWLYFEINAALSTETAALLVAEGYSDVRISRDMEGKNRFA
                     EGRVGAGGR"
     CDS             29467..29964
                     /gene="recX"
                     /locus_tag="SEQF2637_02909"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="protein motif:HAMAP:MF_01114"
                     /codon_start=1
                     /transl_table=11
                     /product="Regulatory protein RecX"
                     /translation="MNTTEETEMLHKMAAYCARTERCPSDVRKKLTAMGATSDVEERI
                     VARLTAERFLDEARYCRSFVEDKWRFNRWGRFKIRFELRRRDLPDNLIEEALSELIEE
                     EDYRAVLDELLRRKLSAIRATSSTDRAVKLLRYAESKGFERSAVFDCIRAMKDDDVEA
                     PEDID"
     CDS             30246..30512
                     /locus_tag="SEQF2637_02910"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRVLILSRVESTKMDLVLQLLSAKNPKMDLVLQLFSTKNPKMD
                     LVYLLFIAKSHKMDRVLGSSIAKSPKMDRVLESSIAESPKMDLI"
     CDS             30540..30698
                     /locus_tag="SEQF2637_02911"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MDRVLGSSIAESPKMDRVLGSSIAKSPKMDRVYGSSIAESPKMD
                     RVLEFHLL"
     CDS             complement(30642..31262)
                     /locus_tag="SEQF2637_02912"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPRFTHIRDGVPLNSIRFTLIHCGGYLNLICFPIHPRWGCLWGV
                     LNTPLQQVKLQNAIHFYTPHDGGLKNAPRFTHIRNGVPLNLIRFTLIRRGGHLNLIRF
                     TLIRCGGHLNLIRFPIHPRWGCLWGVFNTPLQQVKLQNAIHFWILRDGGLQNAPRFTL
                     IRCGGYLNLIYFPIHPRWGCLWGVFNTPLQQVKLQNAIHFGTLRDG"
     CDS             complement(31412..32725)
                     /gene="der"
                     /locus_tag="SEQF2637_02913"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P50743"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Der"
                     /translation="MGNVVAIVGRPNVGKSTLFNRLIGSRQAIVNDEAGTTRDRQYGK
                     VEWAGREFSVIDTGGWVVQSDDVFEEEINKQVKIAVEEADVILFVVDVMNGATSLDDE
                     VAHILRCSGKPVILAANKADTYDRHAAAAEFYSLGLGDPYCLSAVNGSGTGEVLDRVV
                     ELLPSAGEEAHDEELPRIAVVGRPNAGKSSLINAFIGEERHIVTDIAGTTRDSIYTRY
                     DKFGLNFYLVDTAGIRKKGKVNEDLEYYSVIRSIRAIENSDVCLLMLDATRGIESQDL
                     NIFSIIRKNKKGLIVCVNKWDLVEDKSTAAIKTYERAIRERMAPFTDFPILFISALTK
                     QRIFKVLETAKAVYENRRRRVTTGRLNEIMLPIIEQTPPPAWKGKYIKIKYITQLPAG
                     SVPSFAFFCNLPQWVKEPYRRFLENQLREHWDFHGTPIQVFIREK"
     CDS             complement(32962..33855)
                     /gene="era"
                     /locus_tag="SEQF2637_02914"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P64085"
                     /codon_start=1
                     /transl_table=11
                     /product="GTPase Era"
                     /translation="MTERKHKSGFVNIIGNPNVGKSTLMNRLVGERISIITSKAQTTR
                     HRILGIVNTDDMQIVYSDTPGVLRPNYKLQETMRESSESALGDADILLYVTDMVEKTD
                     KNDDFLQQVRGIECPVLLLINKIDLTDQAGLTQAVEAWHTLLPAAEIIPISALSGFNV
                     EPVKRRIEALLPDSPPYFEKDALTDRPARFFVTEIIREKILLYYQKEIPYATEVVVEE
                     FIEGAEQIHIRALIIVERDTQKGIIIGHGGQALKKVGTTARRDMERFFEKKIFLELYV
                     KVEPDWRNRDNLLRRFGYKLD"
     CDS             complement(33836..34918)
                     /gene="fabH_3"
                     /locus_tag="SEQF2637_02915"
                     /EC_number="2.3.1.180"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:O67185"
                     /codon_start=1
                     /transl_table=11
                     /product="3-oxoacyl-[acyl-carrier-protein] synthase 3"
                     /translation="MQCKQPRYTFLIEGCFIFFILHIKRTMDKINAVITGVGGFVPDD
                     VLTNDDLSKMVDTTDEWIMTRVGIKERRILKDPNLSSGYMGTQAVNDLVQKTGIDPMS
                     VEGIVCSTSTSDYHFPSTASIIAYESGCRNAYAFDIQAACAGFIFALETAANYIRSGR
                     YKRLIVVSSEKMSSMTDYTDRATCPLFGDAGAAVLLEATTEDYGVIDTLLRTDGSGKS
                     HLIMKAGGSLRMPSHETVDQRLHFVYQEGQAVFKRAVIDMADAAEEIVRRNGLTKDQI
                     DWIVPHQANLRIIDAAARRLGVNKDKVMINIRKFGNTSSTTIPLCLWEWEDRLRRGDN
                     LILAAFGAGWTWGATYLKWGYDGAKA"
     CDS             complement(35211..35609)
                     /locus_tag="SEQF2637_02916"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTFHLEGTVILPCDRCLDHMKQPIETNNRLTVKLGKEYTEESDE
                     VLVVSEDEGGVNLAWFLYEFVALAVPMKHVHAPGECNRTMAAKLRKHAAYSPDDEDEP
                     DNASDEADSDAEDIPTDPRWDALKQLKDEE"
     CDS             complement(35963..36670)
                     /locus_tag="SEQF2637_02917"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRFLLTLWNDLLGLFYPRICGACGAPLIDGEELLCLYCLFELP
                     RLSYHRYPDDENPLRNIFAGCSSVRQVIAYLHFQKESYVQHLIHEFKYHKNERLAIYI
                     GRLAAEDLQRDGYLTDVDLFVPVPLHPRKMRQRGYNQSERVARGMASVYHHPIDTTSL
                     IRHTYTKTQTRKSAYERRQNVKNVFSVAHPERLAGHHILLIDDVLTTGSTLLNCIDAL
                     RNVPDLLISIFVVSTVI"
     CDS             complement(36927..37727)
                     /locus_tag="SEQF2637_02918"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKGMNKTMAWVAAALLLACTTSCLEGGSNSVESTTVGIIRRESK
                     EGKMVMDNPFPYGPFYSPTLSKLNEGACVLVHFTLDRDAAENSSTVVRSRGYSTVTIS
                     AQAEVEKYRIARFSDPGAPDTGKVLKDEVPIKNPVNLVRGYVRGYLFVEHVLNQPSDQ
                     RNEWFLTYNPDAKAQTYLGKHTYDIYLRTTKRTAGTKTAVDMAVNSAYFIKSYFEEIA
                     RKEKSSGNNEAFYVRFNYVSGFQNGKPVWSRIERAMPVQISDILSNKG"
     CDS             complement(37879..38712)
                     /locus_tag="SEQF2637_02919"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MPDNAWLAETTISTADSLSLYAAEIPTAEEIEEAIEHPSDRMAV
                     AATRPARRWGFGMGGGGYTTGLQGGGGDFNATFIRDDSRADLPPYDYGEGTADDALAY
                     HRNETDRIDVKHARPLSFGLGVSYWLSDRWALQSGLTYTCLTSRWRTASIFDGHIRQR
                     LHFVGIPVGVAYRIADWRRVRFYAAAGGAVEWNVAGSLRTIHTYGTERRSTEQSQRMK
                     EWQWSTYARTGATYPLLPFLSLYAEVGASYYFDNGSSIETIRSAKPFYLSLQTGLRLG
                     L"
     CDS             complement(39168..39701)
                     /gene="rpoE_2"
                     /locus_tag="SEQF2637_02920"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AGB6"
                     /codon_start=1
                     /transl_table=11
                     /product="ECF RNA polymerase sigma-E factor"
                     /translation="MDEKQLIADCLKGEQTAWKALYDAYSGRMLGICLRYVADREVAR
                     DVLQDGFVKVFSSLDKFRGEGPLGAWIRKIFVNESLEYLRRTQTLRHDTVSLDSATFS
                     PSEEATALSQLSAEDLLSMVRELPPSLRTVFNLLAVEGYSHKEIATMLQIEESTSRAH
                     YMRARRWLQKRINGENM"
     CDS             complement(40438..42639)
                     /gene="hppA1"
                     /locus_tag="SEQF2637_02921"
                     /EC_number="3.6.1.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q2RIS7"
                     /codon_start=1
                     /transl_table=11
                     /product="Putative K(+)-stimulated pyrophosphate-energized
                     sodium pump"
                     /translation="METLFVMVPLAAVLALAFAYVFYSQMRKESEGTPTMQEIAEHVR
                     KGAMAYLKQQYKVVAIVFVILALFFAVLAYGFHVQNSWVPFAFLTGGFFSGLAGFIGM
                     KTATAASARTANAARNSLNAGLKIAFRSGAVMGLTVVGLGLLDISVWYLVLNAFVDAT
                     GPQKLVVITTTMLTFGMGASTQALFARVGGGIYTKAADVGADLVGKVEAGIPEDDPRN
                     PATIADNVGDNVGDVAGMGADLYESYCGSILATAALGASAFYNDGDVQAKAVFAPMLI
                     AAVGIILSIVGIYTVKTKEGAGMSQLLKSLGFGVNLSSALIAAASFGILYLLEIPNWA
                     GLSCSVIVGLVAGFIIGQSTEYYTSHSHKPTQTIAHSAESGPATVIISGLGMGMISTA
                     VPVITIAVAIILAFLFATGFDTANLLTAHNLSLGLYGIGIAAVGMLSTLGITLATDAY
                     GPIADNAGGNAEMSRLEPHVRQRTDVLDALGNTTAATGKGFAIGSAALTALALLASYI
                     EEVKIGLQHIGTTTIDIAGRTVDVAQATIPDFMAYYQVDLMNPKVLIGVFVGSMMAFL
                     FCGLTMNAVGRAAGKMVEEVRRQFREIKGILTGDATPDYARCVAISTQGAQREMLFPS
                     LLAIIVPVLVGIFFGVSGVLGLLVGGLGAGFVLAVFMANSGGAWDNAKKYIEEGNMGG
                     KGSEAHKATVVGDTVGDPFKDTSGPSLNILIKLMSMVSIVMAGLTVAFSIL"
     CDS             42930..43385
                     /locus_tag="SEQF2637_02922"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNSKMKNLMKKMMFMACLVLFALTACADDDLPIRTNQLPRNAQQ
                     FLTQYFRGVEVSYAKQDDEGFDKSYEVVFVDGNKVEFRRDGEWKEVDCRYGRVPDAIV
                     PRAILDFVRQHYAGQYIRKIERDRHGYEVKLTSGLELKFDRNGRFRKID"
     CDS             complement(43549..45864)
                     /locus_tag="SEQF2637_02923"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MRTIFTLLTLLAALLITHGTSAQMHLGGRVTDSDGRPVAQAAII
                     LQTTDSIYVTSAITDSIGAFHIDATPNERDTYRLIVQHVAYETHEQTVHRDQANEIAV
                     RLTERAQAMPEIVVRGERPIARLSGGRIIYDLPRLIAGRVAANAYEALLLLPGVRDEG
                     DALTLAGAPSLAILIDGRKTSVSGEALRTVLRGIPARDIRSAEVMYSAPPQYHVRGAA
                     ILLVTRDATGKDGGWQGQINADYAQRHYANYTLGAALVRTAPRWMLRLNASSEASHTR
                     SGLDIDADHFYHNRHQAVTQQDRTTHRAQTHLIRMETDLQLSKQSHLGLVYTTRLVTG
                     RRSERIGEGSLGLSRSYTSNERPTQLHNALLDLSTGFGLKLGAEYTRYEEHLQQYFTY
                     ENTLSHTSTDLTTRNAQQIDRLRVFADQSHPIGKALKVNYGAEYLYATDHSAQRYASD
                     DVAGLPDIDNRLTERTARLYLGTEFALTSNFSLSASLTGEDYRFANTRDRTLFPEFSL
                     TWALSPGQILQASLTSDKVYPAYWESHGGKTFLNAYAEVHGNPLLRPYRSYASRLSYI
                     ISGKFIFTLYATRMPGYSVQLPYQSPSSPALIYQSTNFDYKRTLGINLVVPIHPLPNV
                     QSRLVLNASTDHVRHSHFHDLTFDRHRMLFYARLDNTFHLGHHLTLELNASTITPSMQ
                     GIADINGLWRIDTGLKWTVARGAADLQLKADDVFATWSPRLHTDYAKQQLRMYVVPDT
                     RAVTLTFIYRLRGYKPSKAPHLDTSRFGTSE"
     CDS             complement(45954..46613)
                     /locus_tag="SEQF2637_02924"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSLIACGNGQSSFGNACGVPANAKKFFETLAGFPQTPKSFSRHL
                     RGSRKRQKVLRDTCGVPANAKKFFETLAGFPQTPKSSLRHLRKFRKHQKALRDACGSS
                     ANTKKFSETLAEVPQTPKSSPRRLRKFRKHQKVLRDACGSSANAKKLFETLAEVPQTP
                     KSSSSHLRKFRKRQKALRDACGSSANAKKLSEAFATRPTAISPTKIGLPGASTGADKT
                     K"
     CDS             46665..48077
                     /gene="walK"
                     /locus_tag="SEQF2637_02925"
                     /EC_number="2.7.13.3"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q5HK19"
                     /codon_start=1
                     /transl_table=11
                     /product="Sensor protein kinase WalK"
                     /translation="MDIRKFKRAVTAILLGITALFVFNLFYLKGLADALHDEAARVVM
                     ACIESADSKELQLRLQKRRADPSVKHSAILIEKKKDNDSIVTMRNASIGEKRTTVVTV
                     VPAESPYIELEQLAREVRTSIHQQLDASYPVDLQALDSLIDAELRVRGMALRVFRTEI
                     VDERTGHVLQASFPHSMKRPTFKHVAVYSFNPERHYVYRVFFPSLTGVIVRQMAGILF
                     STLLLMVLLALSFRFLIRTVMQQRTLEEMKDDFTNNMTHELKTPIAAAYSAVDALLNY
                     RQREDPSKRAQYLQLCLDQLSHLSGLVEQILDMSLERRRKQELHREPVSIRALFERLT
                     QLYSLRAGRPVHFLTEVAPPDLTFQADPELLSQAVGNLIDNAIKYSPGEPEITLWAGC
                     EGAFYAVTVSDRGCGIPSTSVGRIFDKFYRVPAGDRHDVKGYGLGLYHVRQIVERHGG
                     RITVSPRPRGGSIFKIEIPK"
     CDS             48098..48814
                     /gene="mprA_2"
                     /locus_tag="SEQF2637_02926"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q7U0X4"
                     /codon_start=1
                     /transl_table=11
                     /product="Response regulator MprA"
                     /translation="MENQSNPSILLVEDDPALALIIKDTLEGEGFQITHTADGLHGLD
                     GFVRCRPDLVVADIMMPGMDGFEMVRRMRRVDTTTPILFLTARSSLNDLVKGFGLGAN
                     DYLKKPFKMLELIVRIRALLGRPAPAERVLPTDSEPSVLHFGRYTFQTAAQRLIDADG
                     VAQELSYMESELLRRLIIGRETVVEFRTLLLDLWHDDSPYNRNSLHVFIHKLRRRLSA
                     DPHIRILNIRSLGYKLVVEG"
ORIGIN      
        1 agtcgagggt gatcatggtg tggtgcaggc gtcgggcgtg ggcgtagcgg cgcgcacgac
       61 tgacaagatg gcagaagagg ctgagcatcg cctcgtggcc ggtggtggcg agccattcgg
      121 ggtgccactg gacgctgagg atggggtatt cggggtgctc cattgcctcg ttgacgccgt
      181 cggacgcctc ggccgtggcg acgaaaccgg gggccaggtc gcggacggct tggtggtgga
      241 gcgagttgac ggggatgggt gcggtacgcg tcgtggcgtc aagtcccatc gcacgttgca
      301 gctcggaatc cggggcggtg agagtgacag attgcgtgat gacgtcgcgc gcttccgcct
      361 gactatgtga cagtacgggg cttgggaact gcgagggaag gtcttggtag agcgtgccgc
      421 caaaggctac gttgatgagc tgatggccgc gacagatgcc gaagatgggg aggccgcgtt
      481 ggtgggccaa gcggatcagt tgcagctcgc tggtgtcgcg gatcggatcg acgtcttcga
      541 gcgacgggtg aggcgtctcg ccaagcaggt cgggactgat gtcgccgccg ccagtcagga
      601 gcaggccgtc gaggccttcg acaatcgtgg tgaggacgct cagctcggtc gtggcgggca
      661 cgagtacggg ggcgccacct gccaggatga cagactggaa ataggggtcg gcgagcatct
      721 ctttgccgtc tcttcggttc acagaaatgc ctatgcgtgg gcgtgtggtg gtggcagtgt
      781 cgacagctga ggcgcggtca acctgcgcaa atagttcttt taaagtgagt gacatgttgg
      841 gtttgaatgg gagaaaaaga agagggcacc tcgcatggcg attgccctct gtcgtttgat
      901 ggtttatgtg taagacttcg cagcgtggta ctatgcgaag tcggtgttat gcgtcgatgt
      961 ttgcgtacgt cgcattctcc tcgatgaact cgcggcgtgg cccgacgtcc tcgcccatga
     1021 gcatggagaa gatggcgtcg gcctcgatgg cattgtcgat ggtgatctgc ttgagggtac
     1081 ggttttcggg gttcatcgtc gtgtcccaaa gctggtggtc gttcatctcg ccgagaccct
     1141 tgtagcgctg cgtatggatc tggttctcgt tgccgccgcc gtaggtatcg ataaacttct
     1201 ggcgctgctg ttcggtccag caatactcct ccaccttacc cttcttgcag aggtaaagcg
     1261 gcggcgtagc gaggtagacg tatccttttt cgatcagtcc acgcatgcga cggaagaaga
     1321 aggtgaggat cagggtggca atgtggctac cgtccacgtc ggcatcggtc atgatgatca
     1381 ccttgtggta acggagcttg cttaggttca gctccttcgg atcatcctcg gtgccgatcg
     1441 atacgcccat cgccttgaag atgttttgga tctcctcgct ctcgaacaca cggtgctcca
     1501 tggccttctc cacattgagg atcttaccgc ggagcggcag gatggcttgg aagtttctgt
     1561 cgcgtccctg cttggctgtg ccgccggcgg agtctccctc gacgaggaac agttcgcaga
     1621 tggcagcgtc tttcgaagag cagtcggcca gcttaccggg caatccaccg cctgagaggg
     1681 gtgacttacg ttgcaccatc tcgcgcgcct tgcgtgccgc ttgacgtgca gtggctgcga
     1741 ggatcacctt gtcgacgatc gttttggcct ctttcgggtg ctcctccaag tagttgccga
     1801 gcgcctcgcc tacagccata tcaacagcgc ccatcacctc gttgtttccg agcttcgtct
     1861 tggtctgccc ctcgaactgt ggctcggcta ccttaatcga tatcacggcc gtgagccctt
     1921 cgcggaagtc gtcaccttgg atctcgacct tagctttctc cagcagctta gagtcttcgg
     1981 cgtatttctt cagcgtacgt gttagcccgc gtcggaagcc ggagaggtgt gtaccaccct
     2041 cgatggtgtt gatgtcattt acgtaggaga agacgctctc gttgtacgac gtgttgtagg
     2101 tcatggccac ttcgacgggg atgccttgtt tctcagtgac gatatggatc acatcgtgga
     2161 tcagcgcctc tttcgacttg tcgatgtagc gcacaaactc cttcagtcct tcgtgcgaat
     2221 agaagacttc ggatttgtac gtcccgtccg gcttcacctc gcggcgatcg gtcaatgtca
     2281 gtcggatgcc agcgttcagg aaggccagct cgcggagtcg attggctagt atctcgtatt
     2341 tatattcggt catggtgaag atcgaggcgt ctggcttgaa ttcgatggtc gttccggtac
     2401 gatcgctgtc gcctgtcacc tgaatgtctg ccagtggctt gccacacgag aactcctgca
     2461 cgtagacttt gccgttacgg tgcacttcgg ctttcaggtg ggtcgatagc gcgttgacgc
     2521 atgatacgcc gacgccgtgc agtccaccgg acactttgta ggtgcccttg tcgaacttac
     2581 ctccggcatg gagcacagtc agcacgacct ccaatgccga tttaccttcc ttctcgtggt
     2641 aatcgaccgg aatgcctcgc ccgtcatctg tcacgctgat cgaattatcc tcacggatca
     2701 cgacatcgat atttttgcag aagccggcca gtgcttcgtc gatggagttg tctaccacct
     2761 cgtaaaccaa gtggtggagt cccttctcgc ttgtgtcgcc gatgtacatg gctgggcgtt
     2821 tacggacggc ctccaacccc tcgagcactt ggatgttctt ggaagagtat tcctcgcttg
     2881 ctgcttttat ttcttcgtca ctcatgttga tttcctctct ttattcatta tcaaatacgg
     2941 aaacaaatat agccgttccc ctccgaaaga gcagggttgg gagatggcta actgcatgaa
     3001 aaaaaggccg aaagacgatt gacgcctctc agccttgatg tagcccgtag gggaatcgaa
     3061 cccctctttt gagaatgaga atctcacgtc ctagccgata gacgaacagg cctttgatac
     3121 caatataaca gtggacttag acgtccttct tttctttttc ctctttcagg cgcttttcca
     3181 gatcttaagc caatgcgttg acatgtttgg ccaactttga cttcaggttg cctgctttgt
     3241 tcttatgaat cacattcttt ttcgccagct tatcaagcat tgcgcacact ttcggataca
     3301 tggctgttgc ctcattctta tcttctgtgc cacgcaattt cttcaccgca ttacgcatcg
     3361 ttttggcacc gtaacgattt tgtgcgcagc gtgtttttgt ctgacgtatc ctcttgatag
     3421 atgatttgtg atttgccatc gttatctatt aatctatttc ttcttttatc tgattcgtat
     3481 ttggtagccc gtaggggagt cgaacccctc tttcaagaat gaaaatcttg cgtcctagcc
     3541 gatagacgaa caggccaatt cttcgctcag aaatcacgcc tatcagaccg ttaggaccgc
     3601 ccgcgttttc attttgcgag cgcaaagata gatgcacttt cgaatcctgc aagcatcctt
     3661 tcgctttttt ctttcaatag ttgacgatgg atgcgtgatg acttagacga tgcgaagact
     3721 gtccactttc agtagacggc tttttagggc gtccatgcgg ctttgtcgga tgcggagcgt
     3781 catctcgcag gtgagctcga aggattgtgt gaggacgtcg ggcttgtctt cttttacgat
     3841 gcgcatgacg ctgttgagat gaggatattc gaaggtgatg gttatggttt cgtcgacggt
     3901 gcgttcctct atgtgggcgg cggcgatggc ttcggcggcg gcggtgcggt aggctacgat
     3961 gaggccgctg gtgccgagtt cgatgccacc gaagtagcgg acgacgatga tgaggatgtc
     4021 ggtcaggttg ttggagttga tttgaccgag gataggtttg ccggccgtgg aggagggttc
     4081 accgtcgtcg ttggcgcgga aggtggtgcg gtcggggccg agcatgtagg cccagcagac
     4141 gtgtcgggcg tcgtagtact ttttgcgata ggcgtcgatc agggtcttga cctcgtcggg
     4201 agtgcggacg ggtagggcga aagagagaaa gcggctgcgc ttctcggtgt agtagccttc
     4261 ggagaggtcg cggatggtgc ggtaagtatc gtccatgatg gatcagtcgg ggatgtgggt
     4321 ttcttgttca tcacggaagg ctcggaagtc tttcatgatc tcttcgatct cttcgatgaa
     4381 gcgtgggtcg cggactttgt cgcggacggc ttcgtagtag cgctcgatgg cgggcagggc
     4441 acagaggtct ttgccgcgaa ggacgaagta aggttcgtcg gcctcgaggc attgcttgat
     4501 catttggatg ggattcttca ttttgttctt gtcggtaatt ggtgataggt gaggataaag
     4561 ggcttggtgg tgaacaaagc gtgaaaattg caatgaacga actcgctgtc cattagaaat
     4621 gggctgaaat acatgttttg aatgcctttg tctatggaca atgagccgaa atatatgtgt
     4681 tgagtgcttt tgtctataga caatgagggg gaatatatgt gttgggtgcc tttgtctata
     4741 gacaatggga gggaatacat gtattggata tctttgtcta tggacaatga ggtgaaaaac
     4801 atgtattggg tgtttttgtc tatagacgat gagagagaat atatgtattg agcgcttttg
     4861 tctatagaca acgagaaggg atatatgtat tgggtgcttt tgtctatgga caatgagatg
     4921 aaaaacatgt attggatgcc tttgcctaca gacaataggg gtacgcacct gttagattcg
     4981 ctttcgacgg cagacgatag gcgaagaaac agggggagga ggggggcgat gatggttttg
     5041 gaggtggcga ggcgctgaac gaggggtttg cccatacaca tatataatag gtatgggtca
     5101 gccctcggaa agctctttgc ggaggaaggg ggcggtgcgg ctgcgggtgc gtggggcggc
     5161 ggcgagggct tcgggcgtgc cggtgaagag gatgcgaccg ccgccacggc caccgtcggg
     5221 gcccatgtcg atgaggtagt cggcgctctt gatgatgtcg aggttgtgct cgatgacgat
     5281 gatggtgtta cccttgtcga cgagcttgtt gaggacaccg agtaggacgc ggatgtcttc
     5341 gaagtgcaag ccggtggtgg gttcgtcgag gatgtagagc gtgcggccgg tgtcgcgttt
     5401 ggcgagttcg gtggccagct tgacgcgctg gctttcgccg ccggagaggg tggtggaggg
     5461 ttggccgagc ttgatgtaac ccaggccgac gtcttgcaac accttgatct tgctgaggat
     5521 ggcggggatg ttttcgaaga attcgacggc catgttgatc gtcatgtcga ggacgtcggc
     5581 gatggacttg ccgcggtagc gcacctcgag tgtctcgcgg ttgtagcggc ggccgtggca
     5641 gtcttcgcag ggcacgagca cgtcgggcag gaagttcatt tcgatcgttt tgtagccgtt
     5701 gcctttgcac gtttcgcagc gtccgccgga gacgttgaac gagaagcgtc cgggcttgta
     5761 gccgcggatc ttggcttcgg gcaggctgac gaagaggttg cggatgtcgg caaagacgcc
     5821 cgtgtaggtg gccggattgc tgcgtggggt gcggccgatg ggcgactggt cgacgttgac
     5881 gaccttgtcg atgtgctcga tgccctcaat ggactggtag ggcaggggct cctgttccga
     5941 gcgatagaat cgctggctga ggatgggctg gagggtggcg ttaatgaggg tggatttgcc
     6001 gcttccggag acgccggaga cgcagatgaa ggtgcccagc gggaagctga cgtcgacctt
     6061 cttcaggttg ttgcccgtgg cgcctcgaag cacgaggtga tggccgttgc cggggcgacg
     6121 tgtggcgggc acctcgatct ggcgccggcc gttgaggtaa gacgaggtga gggtgtcggt
     6181 cttgatcatc tcgtcgggtg tgccggcaaa gacgacttcg ccgccgagcc gccccgcctt
     6241 gggacccatg tcgacgacgt aatcggcgct cagcatcatg tccttgtcgt gctccacgac
     6301 gatgaccgag ttgcccgtgt cgcgcaactc tttgagggag tcgatgaggc gaatgttgtc
     6361 gcgttgatgg aggccgatgc tgggctcgtc gaggatgtag agcacgttga cgaggcggct
     6421 gccgatctgc gtagccaggc ggatgcgttg gctttcgccg ccggagaggg tggccgaggg
     6481 gcggttgagg gagaggtagt cgaggccgac ttcgaggatg aagtcaaggc gcgagcggat
     6541 ctctttgagg atctccacgg cgatggtgcg ctgcgccggc gagagctttt cctccaggcc
     6601 gttgacccac ttggaaagct cggcgatgtc catcgaggcc ggctcggcga tgttcttgcc
     6661 gtcgatgaag taatgcagcg cttccttgtt caggcgctgg ccctgacatt cgggacagac
     6721 ggcggtgcgg atgaatggtg cgggcttttt gcgcgcggta gagggctcgt cgtcgctttc
     6781 gccttgcatc atggcgatgt atttcgccac gccctcgtag gcgtacgaga agctggagtg
     6841 gccgagccac gctgtcgaga cggccaccgg ttcctcggtg ccgttgatga tttcgtccat
     6901 cgcctcttcg gggaggtcct tgatgggcgt cttgagcgtt gcgccgtgtc gcttgcagag
     6961 ggcttcgatc tgccggaaga cgagcgtgtc tttgtatttc ccgagggcca caatgccccc
     7021 cttataaata ctgagcgagg ggtcggggat gatcttctcc atgtcaatca cgttcacctc
     7081 gccgaggccc ttgcagcgtg ggcaggcgcc gtggggcgag ttgaaagaga agttgtgtgg
     7141 cgccggctcg ctgtaagcca gtccggtcac ggggcacatc agtcggcggc tgtagtaacg
     7201 gatctcgtcc gtcgtggcgt cgagcagcag gatgagtccg tcgccctgct tcatggccac
     7261 gcggaggctc tccttgaggc gtggcccgtc gttgatgctg accacgagct tgtcgatgac
     7321 cacctcaatg ctgtgcatct tgtatcgatc cagcttcatg ccgcggctga tctccatcag
     7381 cttaccgtcg acgcgcacgt tgaggtagcc cttcttgcgc acctgctcga aaagctcctt
     7441 gtagtgcccc ttgcggttgc gaacgagcgg tgccagcaga tacatcttcc ggccgttata
     7501 ctcctgcatg atcagctcca gaatctgctc ctcggtgtac ttgaccatct tttcgccgct
     7561 gaggtaggag taggcctcgc cggcgcgggc gtagagcagg cggaggaagt cgtagacctc
     7621 cgtcgtggtg ccgacggtgg agcgtgggtt gcggttcgtc gtcttttgct cgatggagat
     7681 gacggggctc aggccggtga tcttgtccac gtccggccgc tccacgttgc ccatgaagtt
     7741 gcgggcgtag gccgagaagg tgtcgatgta gcggcgctga ccttcggcga agatggtgtc
     7801 gaaggcgagc gacgacttgc cgcttccgct catgcctgtg atgacggtga ggcggttgcg
     7861 gggcagctcg acgtcgatat tcttcaggtt gtgcacgcgc gcaccccata cgccaatggt
     7921 gccaccccgc tcgacgcggt cgtctgtctc ctcttctttc tttttaccta ttgccataag
     7981 tcattcactt cgtcacccag cgctggtcgt agacggtgcg gttgggggag gtgtaataga
     8041 ggtcttgttt gcggggaatg aggatggtgt agctgcggcc attggagatg agcttcgagt
     8101 cgcgcagcca ggggttgaag cgcttgaggt cggcgtaggt gatgtcgtgc gacttggcga
     8161 aggacaccaa atcagggata ccggccgaga ccgtcacctc gtcgcaggag atgggcgcgt
     8221 agaggtcgcg tgggcggagg gagaagccat acttctgcgg gttctcgaag atgagcttcg
     8281 tggccaggat gcggtagacg tagcgtgccg tctcctcgac gagccagagg ttcagcacgg
     8341 acgtctcgcg ttgtgaggcg aaggcgcccg agatgcgccc catgcccgcg ttgtatgatg
     8401 cggcggccga ggcccagtcg ccgtatttat tgtaggcgtc cttgaggtag cggcaggcgg
     8461 cctctgtggc gcgggccacg ttgtaacgct cgtccacgct gggcgtgatc gtcaggccat
     8521 attcccgtcc ggctgattcc aagaactgcc acatgcctgc ggcgcgcgct ggcgatacga
     8581 tgcgggggtc gagatggctc tctacgacgg ccagatactt gaagtcctct ggcactccgt
     8641 tggccttcag gataggcacg atgatgggga agtagcggtt ggcgcgcttg atggtcagca
     8701 tcgtcgtgga gtggaagtag gctaggctgc tcagctcgcg gtccatggac tcatacatat
     8761 tatatcgggt caagtcgatc gtttggccgc agaaggtgac cttctccggc acctcgggcg
     8821 aggtgatcca gccgtcgtcc tgtcggggct gttcggagtt ttgcgattgg acggggaagc
     8881 aggccgtcag gctgatcagt ccggccgcga ggaagcaggc cgtgaattgt ttcgttctca
     8941 ttctctctct tatgcttatt gattactgtg attcttgttt gaactggagc gcacgacgtt
     9001 gatgtcgccg cttttacggt gcgttttgcc gtccgttccg gtgtattcga tgacgtagta
     9061 ataggcgcca gcgggcacgt actgtccgcg atagcgtccg tcccagccgc cgttcgggtc
     9121 ggtccagtga taaagcaggc cgccctgccg attgaagacg gacgcactga agcgcacgac
     9181 cgacttatgg gccaccttga acacgtcgtt cacgcccggc gaactctcgg gcgagaagac
     9241 gttgggcacc tccagcaccg tctccgtgac gctgatcttg tagctattgt ccttgttggt
     9301 gcatcggccc gagcggtcgc tcacctccag cgtgacggtg tagttgccca cgcggtcgaa
     9361 ggtgtacgtc atctccggat ccgtgaagcg cacgatgggc acatcgcccg tagcctctcg
     9421 ccgcgtgact tgccagacga agagcgatgc cacgggggtg ttggcctgcg ctcggaagcg
     9481 gatctcggcc ggggccgata gttcgcccgt tttgagcttg aggttcgatc gagtctccga
     9541 cgtgagcgtc gtatcggcgt gcacctctaa ggccaccgct tgatagtggt ctatggtcgc
     9601 tgtctgctcg acgccaaagg cacgcgcgaa gaggtcgccc gtcaggtcga tcttcgtgtc
     9661 cgtgagtggc gggcggctca gcgagacgtc gaaggggttg ccgctgaggg tgtcgataag
     9721 taactgctcg gtgaaggtgc gggtctgttc gctccacgtc tgcgtcaggt agctgacttc
     9781 gaatgcgcgc ttgagctcca tcgccttgcc gtcgggcagg tagtagttga gtgcgggcag
     9841 gtcggccgtg cccgccagtc gcagcgacga gcaggcgtcg gacgaggggg acacactgag
     9901 gctcgtgagg cgtgctggat agcgactgta atcgatgatc cagacgtagc gacggagctc
     9961 gccgctaccg tcgacaacga agtaaccgta gccctccgca gggttcgtga ccgtcgacgt
    10021 agatccgctt tgggtcgagg ccaccgcctc ccaatcgtcc tctatggctg ccttggtgcg
    10081 gtagcgatac cagcggtgcg tgcccgttcc ggtgtggctg agggtcacgc cgtcggtgcc
    10141 gtagactaaa taaacttcca gcttgtatgc cgtattctcc gcggcccgga cgggcgtctt
    10201 ggcgccgcca ctgacttgat actgggcccg gagttcaccc cccgtccacc cgatcgcgag
    10261 cagaaaaagg agtatggagc ctacgctcgg tgccaccctg cggcggcttg ctccatcatg
    10321 aaaaatcgtc ttacccatac ctttatccaa atgagcggca aaagtaggcg tggaaatgag
    10381 aatggacaga gggggcgcta tcgcgtgggt aaggtgtcgc tctgaatctg cggcgggaat
    10441 cacaaagcca atctccggtt tcgtgaaacg ccttcccgcc gcgggaaatg agaccttttt
    10501 tgcttcctgc gcaacgcagg gagcaaaaaa gagcgtcttt cggagccctg cgttgtgcag
    10561 gaagcaaaaa gggggtcttt ttcgggccct gcgttgtgca ggaagcaaaa agggggtctt
    10621 tttcgggccc tgcgttgtgc aggaagcaaa aaagggtctt tttcgggccc tgcgttgtgc
    10681 aggaagcaaa aaagggtctt tttcgggccc tgcgttgcgc aggaagcaaa aagggggtct
    10741 ttttcgggcc ctgcgttgtg caggaagcaa aaaagggtct ttttcgggcc ctgcgttgtg
    10801 caggaagcaa aaagagggtc tttttcgggc cctgcgttgc gcaggaagca aaaagaggtc
    10861 tctttcgagc cctgcgtaac gcaggaagca aaaaaaaccc aaaaaggggc gaccaccgga
    10921 gtggccgccc ctttgcatat ccccctgtgg gggagaggaa cgatgagtaa gtagaaagcg
    10981 cctctgagac ttacaacccc gaagtgatga gctccgaaga ggtgctcttg cgccgattta
    11041 ggcatccgat caggaagcca gccaaggcga agaagatcca gtccagaccg tcagcatgca
    11101 gcggcacatg ggcgccgtag aaacgaccga aagcaccgag cgagatgttg gccgcctcga
    11161 gtccggagat gagcgccgag atgagcgtca ggccaacggt ccaggcgtag acgctgcgcc
    11221 gactgccgaa gcggctgtcc aaaaaggcga gcgcgatgag cacaatggcc agcggataga
    11281 ggaacatgag cacgggcacg gcggcagaga tgatggtctt cagcccgaag gtgccgacgg
    11341 caaaggagat gatgacgaac gccacggcgt agcccttgta cgagaggccg ccaaactgcg
    11401 agtggaagta gctggcgcag gcggtgacga gtccgatgct ggtcgttagg caggccagca
    11461 atacgatcac ggccaggatc agcgcccccg gttcgccgaa gagcagtcgg gcggatccag
    11521 ccaagacagg cgcaccggtg tcgaggatgc cgagctgctc gacgctggcg gcgcccagtc
    11581 ctgcgatgaa gacgtagacc acgcctaagc aaccgatggc aatcatgccc gcgcgcatgg
    11641 tggcgcccat cacctcgtgg cgtgtcgtgg cgccgtgttg cgtgacgaac tcaatgacca
    11701 ggatgccaaa gacgaacgag gccagagcgt cgagcgtgtt gtagccgtcg atgaagcctt
    11761 gctggagggc tacggcgggc gtggcgtagg cttcggtcgg tgagccgggc gtaccgggcg
    11821 gtgtgatcag cgatttgacg atgaggacaa cgatcgtcgt cagtagcata ggggtcagga
    11881 tgccgccaat gcgtccgacc agcttctgag ggttgatgga aagccaaagc gtgacaagga
    11941 agaagacgat aaggaagacg atctgcgccc aatagcccgc gtcgggagag aggaaggggc
    12001 ggacggcgat ctcgaacgag acggtgcccg tacgaggaat ggcgaaggcg gggccgatgg
    12061 agaggtagag ggccagcgta aagagtatgc cgaagagggg gtgtacgcgt ccggccagct
    12121 cctgcacgtt gcggcaacca gagtagccca tggccaggac gcccgccagg ggcagtccga
    12181 cgccggtcaa tacgaagccc atcacggccc accacacgtt cgttccggca cgttggccta
    12241 aggcggcggg gaaaatcaag ttgccagctc cgaagaagag ggcaaacaac atcagtccga
    12301 cggcgaggaa agcacgccgt gtcatttggg tagaattttg gttaggcatg ggataaagtg
    12361 ttagggggag agtgaatagt tagtagcggg attagaaaaa ggagaggccc tgtcggccat
    12421 tccatgtgtc gaatagtccg acagggcctc ttgctcttta ggggggcagg agcctcgttc
    12481 gttggatcgg gggttcctgc cccctccgga gagggggaag gtcagtagcc gaagatgtct
    12541 tgcggggtga ggagcttgac ctcacctaag gagcggagct tgttcatgtc aatgtctttc
    12601 gaattgccca gaacagcgta gtggtacgtg cggcccttga tccatttctc ttggaaggcc
    12661 ttgacgtcag ccaaggtcat gctctgcacc ttctcgaaga tggccttgtt gcggtcgtag
    12721 tccacgccca tgtctttggc atgcaggtag gcccagagca catcgccctt caccgtgcgc
    12781 tcggtgcgca ggcgagccag gatggcgtct ttggcgatct tgaaggcagc ttcgctctca
    12841 ggcatgttgt tgatgatctc catgaaggcg tcgatagcct gaggcatctt gtcgttctgc
    12901 gtggccacga aggcttggaa ggcgtagggg cgcgtcttgt cggagggcgt gatcaggacg
    12961 gcgttggctg agtaagccag gccgcgcgat tcacgcatct cttggaagac gatggcgttc
    13021 atgctgccgc cgaaatactc gttgtagagc gttacgccgg gatcgttggc cacatcgaag
    13081 ggctcgccac ggttagaata ctggaggtag tagatctgtt tggcgttgta ctcggccagc
    13141 atgacagtgt tgcttggcgt ctgcaccagc atgacgggct tcttagccaa cggagcgggt
    13201 ttatcggccg tgcgatggag ctggtcgagg ctcttgagta catccgattc ggcgccgggg
    13261 ccatagtaga gcacggagtg ctgcttggtg aagaggtcgc gcaccttagc cagaagcgtg
    13321 tcggaggtga gcgccttcag tgcgtcgttc gtcagcgtgg tggctttgat atgctccggc
    13381 ccatacatga cgtagcgacg cagggctccg aagttctgtc cctgattcag tttcgcatcg
    13441 gcgcgggcct tgatccgatc ggctttgagg ttcgtgagca cgttctcgtc tggcttagcg
    13501 tcagcgatca gttcctccat cagctcgagg gctttgggca tgttctcgct cagtccgctg
    13561 acggaaacgt agcaacgctc atcggtcaca ttggcgctga aggagcaggc gatgtcaaag
    13621 aactccttct tgatctccgt gggcgacttc ttgctggtgc cgaggtagct gagataatcg
    13681 aaggcggtgc caagggtggc gtcgtcgttg cgacccatat cgaagacgta catgagttca
    13741 aacacatctg ttgtctcgtt cttcttgtag agcagaggca ggccagactt cagcgaagcg
    13801 gtgctcatgt cctttttgaa gtctaagaat acgggctcga tgggcttcac ttcggtcagc
    13861 tgaatctcac ggaggaaggc gctggcggtg tcacgattcg tggcgatggg cgtgatctcc
    13921 ggtttgtcga tcttcttgaa tcccggttgg ccttcgcgct tgaagactac ggcgtaggcg
    13981 ttttcgccca gcttctcgtt ggcaaacttg acgatgtcgg ccttcgtgat cttctccatt
    14041 cgttcgatct gatgcaccat gtcggcccag ctgacaccgt tgacaaaggc gtcgacgtag
    14101 gcattggcgc ggccctcgtt cgagtcatat tccttcatca gctccagttt gtagttggcc
    14161 acgcaggcac gcagcagcga ctcgtcgaag tcgcccttgc gcagtttagc cacctcctcg
    14221 agcagcaggt cgcgcgcctg ttcgagcgtc tgaccgtcct taggccgggc gttgaggaga
    14281 aacatgccgt aatccgcgaa ggtgtaggga tagcaatagg acgagagcac cttttgcgcg
    14341 tggatgagat cgaggtcgat gaggcctgcc tgatcattgt agagcagaga ggcagccagg
    14401 atggccaagt cgttgtccgc tgaggcttcg ccaccaatgc gccacgccac gttgacgttc
    14461 gctgcctcca cgccgcgcac ctccttcgtt gtcgggctgg tgattggcgc ctcctctttg
    14521 aaggtaggct tgggcaggct gtcgttcggc ttcatgttgc cgaagtattt cttgatgatg
    14581 gcgatcatct cgtccggatc gaagtcgccc gagagacaga tagccatgtt gttgggcaca
    14641 taccaggtct cgtaatagcg cttgatgttc gtgatcgagg ggttcttgag gtgctgctgg
    14701 gtgccgatga cggactgtgt accgtagggg tgattgaaga agagcatcga gcggagggtg
    14761 tcgatcacag tccgtgcatc gctggccaga cccatgttgt actcctcata aacggcttca
    14821 agctcggtat gaaagccgcg gatgacgctg ttttggaagc gatcggcttg gatcttggcc
    14881 cagttctcga tctggttcga ggggatgtcc tcggtgtagc aggtgacgtc gaagttcgtg
    14941 tacgcgttcg tgcccgtggc gccgatagcg gccatcagct tgtcgtactc gttggggatg
    15001 gcatactgcg aagccttgtt gctgatgcta tcgatctgac gatagagtgc cttgcgttca
    15061 gcctcgtcgg tggttttgcg atagacttca aaaaggcgtt cgatctcgtc gaggaggggc
    15121 ttttcggcct catagttcga cgttccgaag tgagtggtgc ccttgaacat gaggtgctca
    15181 aagtagtgcg ccaggccggt ggtctctgct gggtcgttct ttccgcctac gcgaacggcg
    15241 atataagtct ggatgcgggg cgcctctttg ttgacgctca tgtagacctt caggccgttg
    15301 tcgagggtgt agatgcgggt cttcagcggg tcgccgtcga ccgtctcata gtccgatttt
    15361 gcgctcggac ctttgcaatt cgcggcggta aacatccccg tgaggatgac tgccagcgtg
    15421 gtgacaaaaa actgctttgc tttcatagat aaacaataat gattagcggg atagctgtgt
    15481 atactttcgg attatctctt ctgggtattg tattttaatg aaacaaaagt agggctttcg
    15541 ataagaagca caaatcgtaa gcgaaaaaaa agctgaagca ctttttcgta ggggtacgaa
    15601 ggtctcccgc aagttgcagg atatgtttgt aggggtacga tagtctcccg cagattgcag
    15661 gagatgtttg taggggtacg aaggtctccc gcaagttgca ggagatggta tgtaggggta
    15721 cgaaggtctc ccgcaagttg caggagatgt ttataggggt acgaaggtct cccgcaagtt
    15781 gcaggagatg tttgtagggg tacgatagtc tcccgcaagt tgcaggagat gtttgtaggg
    15841 gtacgatagt ctcccgcaag ttgcaggaga tgtttgtagg ggtacgaagg tctcccgcag
    15901 attgcaggag acgttcgcca aatggtggaa aggctcttgc atttcgcgga gacgttcgcc
    15961 aaacggcgga aaggctcttg catttcgcgg agacgttcgc caaacggcgg aaagcctctt
    16021 gcatttcgcg gagacgttcg ccaaatggcg ataatcgtac gcgacttgca tggccttggg
    16081 cgctctcccc gcactaacct attttgggga ttttcgcgag gtcgacgccc gtctattttt
    16141 gccgccgata atcagaacaa gtcatttaat gaacatcaca caaaaacgaa cccacaggag
    16201 atggcctctc ctatacctta tattatacgt ctgtgcggca cacggcatgc aggcgcagat
    16261 ccttccggcg gactctacga aagacgatga agtggccacg cacgccgcag cgggggtgaa
    16321 gaagtttaac ctcgacgagg tggtcgtcac cgccacccgc accccgaagc gcctcatgca
    16381 gacaccggtc atcacgcagg tgatcaccgc tgcgcagatc gaagatcgtg gcctgaccga
    16441 catccgcaac ctgctgacgc aggagatacc cggactggcc ttcaatgagg tgggcttcgg
    16501 cacgagcatc aacctacaag gcctcggcgg taagcacatt ctctttttga tcgacggcga
    16561 acgcatggcg ggcgagacgg gtaacaatgt ggactatcac cgcctggacc cgaacaatgt
    16621 ggagcggatc gagatcgtgc agggcgcctc gtcggccctc tacggatcgc aggccatggg
    16681 cggcgtgatc aacatcatca ccaagcgccc caaggccccg ttcaccgtct cggcctccat
    16741 caaggcggcg ccgctctatg aacgcaacta cacgaaggtg gacccggacg acgcccaacg
    16801 ttatttcaag cgcagtgtgg accgacccaa cctcaacgcc gacgtgcgta tcggtgggcg
    16861 ctggaaacgc tggacggcgc agacctccta cgcgcacaag agcgccgatg cctaccgcct
    16921 ctttgaccgt gacagcgtgg tgaagtactt cccggagtac gacatcaccg tccgtgagcg
    16981 ccgcgtggaa acgcccacgc aggtctcggg ttacaccacg catcaggtga cccaaatgct
    17041 gggttatacg ccctccgacc gtcttacgat cggcgccaaa ggcacttggt acacgatgaa
    17101 caagcacgac ctcacgcccg acaacgccta tgagcacaac acggatctct ccggttcgct
    17161 caccgccgac tatcgcttca gcacccgcgc ggccctccag gcctcggtct attccgacac
    17221 ctacaaccgc tttaccgccc tcgagcaact cgatcagcgc gacctgatct accgcaatcg
    17281 catgacgcag ccgcgcctca tgttcaccct cgaccgctgg caccgccaga cgatcaacat
    17341 gggcgcggag ttgctctacg aaagcctcta cacggataag ttcgtctccg gcagctacga
    17401 gacgcgcagc cagcgctcct attcggtctt tgcacaggac gactggaccg tcacgccgca
    17461 cctctcgctc gtggcgggtt tgcgcctgga ttatcacaac gcctatggcg ccaacgtagc
    17521 gccgaagttg gcggccgtct ggcgcctttt ccccttcacg ctccgcttca attatgccgc
    17581 tggctatcgt tcgcccaccc tcaaggagct ttacatgaat tgggatcacc tcggcatgtt
    17641 catgatctac ggcaacgaga acctgcgccc agagcgcaac cagtatctct cgctctccgc
    17701 cgagtatgtt tcggagtacg tctacgccat ggccacgggc tacgtgaact tcttttccga
    17761 taagatagag ggcctctgga cgaacaatca gaaggagctg cactatcgca acgtctcctc
    17821 cgccacgctc tccggcgcct acgccaatgt gcgcatcaac cccggcgtgt cgggcctttt
    17881 cctgcatctc tcggccaact gcctctttcc caagcgtacg gacggcgtgc agctgacggc
    17941 ttacagtcgc ctctcgggca acgtccgcgc ggagtacgcc ttcaccctcg gtcggcagca
    18001 tttcacgctg aacctcagcg gctcgctcct cggtggcaag cgttacgatg tgcttggtcg
    18061 cgtagaggtg aacggcaagg aagtggagtc ttattatgag tcgcgctcac cctcgtacag
    18121 cctttggaac gctacggctg cgtggcgccc catgcgacag ttgcgcgtca ccctcggcgt
    18181 ggataacctc ttcgattacc acgccggtat catcaatttc aacacctaca caggccccgg
    18241 ccgaagcgtg ttcggggcgc tgcatttctc aatttgaggg gacacatcgc aagtctccga
    18301 catcatttaa tcctaccact atgaacgaaa agaagaaccc cacaagcacc cagcaaggtc
    18361 actgggtact ggccgccatg ggtaagcgtg tcctgcgccc cggcgggaaa gagttgaccg
    18421 aaaagctgat cgatagcctc aacatcgcat caagtgacga catcgtagag tttgcccccg
    18481 ggctgggctt caccgctgag ctggccctga agcgcaagcc acactcttac atcggcgtcg
    18541 agatggacga gtccgcagcc gctgagctgc gtcggacgat cgacggcccc gaccgccgca
    18601 tcatcatcgg cgatgcagcc cattcaggcc tgcccgacgc ctcggccgat aaggtctacg
    18661 gcgaggccat gctcacgatg caaaacgagc gtcagaagtc ggccatcgtc agcgaggctt
    18721 accggctgct caagccgggc ggactctacg gcatccatga gatgggcctc acgcccgacg
    18781 acgtcagcga cgagacgaag cgcagcatct tgcgcgatct ctcgtccgtg atcaacgtca
    18841 atgcacgccc gctgaccgca gcggagtgga gcgatttact cgtggctgaa ggctttgaga
    18901 tcgtacatgt ggagacgaac cccatgcacc tgctcgaggc gcaacgggtc attgacgacg
    18961 aaggactgct gcgagccgtc aagatctggt tcaacatcct cacccatgct gaggcgcgcg
    19021 aacgcatcct ggccatgcgc gacactttcc gccgccacat ggagaacatc aacgccgtgg
    19081 ccatcgtggc cgtgaagaag taatcactaa tcattaaccc ataacccaac accccaatga
    19141 acagtatcaa aagaatttcc tgcggagcca tcttggtcgt ctgtgccatc tccgctacgc
    19201 tggccagctg tggcagcgac aaccccgaac cgaaaaccga aggcctcgac gtgaagcgtc
    19261 acacacagag ccgtgccacc tccgtggcgg gcgactccac cgactgggtc tacttttctt
    19321 tcgccaccgg cgccgaggta caaggtgtga cggaggccaa ccgcatgagc cgttccgatt
    19381 gggacatcgc ctttaaccgt ttcaacatgc gcaccaacag cggcctctcg ggcagtggca
    19441 aggggggcgc cgtggagacg gacaagacga gcttcgccga cgtgaccgag gcgccctccg
    19501 atggctacgt gaccgacgta gagatcacga tcagaggcta cagcaatggc gccatgcgtg
    19561 agaagaagag caccggcaat cttgcgctga ataaggccat ccgcttctcc ggccctcccc
    19621 ccgtgtacac cctcaacgat cacgtcttcg tcgttcgtac ggccgacggg aagtatgtca
    19681 aggtgatctt cgagagcttc cacaacgccg agaagaagag tggttacatc accttccgct
    19741 acgcctatca gccggatggc agccgcaacc tgaagtcaaa gtcgatgtcg aaatcggaat
    19801 cgaagtagcc cctgtataga atcgatgtct tttccaaata gtaagacgac gccacggcgc
    19861 aaagagaaag cgcgcacctg gcggcgtctc cataagtggg tggggcttgt cctcaccttc
    19921 tttattctgg ccttcgcgct ctcgggtgtc ttcctcaacc atcgcaccgc catcacgcgc
    19981 tgggacttgc cgcgccgatg gctgccgcag cagtacgtgt acgagaattg gaacaacggc
    20041 gccgtggttg gcaccttacg tgtggggccg gacagcgtca tgctttacgg tagcaatggc
    20101 atttgggtgg ccgacacctt ctgccgcggc ctccggccct gcatggacgg tatgcgtccc
    20161 ggcaccgaca accggaacat ccgcgccgtc gctgccacct ctgacggtca gctcttcgcc
    20221 atctccacct ataggcttta ccgcttcgac cgcaccgcct accggtggcg cgaggtggag
    20281 ggtgcgctga cggacgacga ggcgctgacg gatgtgctgt ccgtgggcga taggctctac
    20341 gtagtcaccc gctcgaacgt gtacgccgcc gcagcgccct acacccgctt caccgcccaa
    20401 ccgttaccca cgcccgacga ctacgatccg cgcgtctcgc tcttcaagac gatctgggtg
    20461 acgcacagcg gcgacttgtt cggtttgccc ggccgactgt tgatcgatgt ggtggggatc
    20521 atcgtcgttg tgctctgcct cacgggcctc gtggtgaccc tcttcgaaat ccccatccgc
    20581 ctgcgtaaga agcgcggcga cccagcgctg cccttgcgtc gcacgtggac gttctccttc
    20641 gtgtggcaca accggctggg gagcctcttt atcgtcctgt tactgctgat tgttgtcacg
    20701 ggcatgttcc tccgtccgcc gctgcttatc cccattgcgc gcacgcaagt gaagcccgtg
    20761 ccgggcagca cgctccagag cgacaacccg tggcacgacc gcctgcgccg cttgcgctac
    20821 gacatggagg ggcgtcggtg gctgctggcg gcctcgtctg gcatctacgc tttccccgcg
    20881 tttggcgagc agcccaagaa gctggacaac acgcccccag tgagcgtcat gggcctcaat
    20941 gtctggcaac agacgggccc caaccagtgg gttgtgggct cgttcagcgg gatctatggc
    21001 tgggacctat ccgacggcag tgtgaccgat tatgacacgg gcctcccgct cgacgagatg
    21061 gggggctacg gtcggcgcgg tggcggtgga cggcccacgt tcgggaaccc cgtgagtggc
    21121 ttctcgaccg actttgcgca ggggccggtc gtcttcgatt acggtcgcgg cgcacggctt
    21181 gccgacaacc ccgatatgcc gttcgagtcc atgcccgagg tcttcgcgcg ggacggtcgc
    21241 atatcgttct ggcacttctg cctcgagttg cacgtcggcc gactctaccg ctcgttcctc
    21301 ttcgccttca ccgacttcta cgtcttcctc ggcggactgc tgatgttcct tgtggtcctt
    21361 tcgggctaca tcgtctaccg ccgtaagtac cgccggaaga agccgcgtcg gaagaagcgc
    21421 gaatagcacc cccgtgccac agaaaaacgt cccgctgatg agcaaaagga gcctatttct
    21481 cctcactcgt cggcgggacg tttcgttgtt gcacggcttg gaaatacact atttctggcc
    21541 gttgcagatt ttacaatgcc cgaaatacat tatttctggc tgttgcaggc ttgcatggcc
    21601 tcgaaataca ctatttctgg ctgccgcagg ttttacaatg cccgaaatac attatttctg
    21661 gccgccgcag gcttgcatgg cctcgaaata cattatttct ggccgtcgca agttttacag
    21721 cgcccgaaat acagtatttc tggccgtcgc aagttttaca gcgcccgaaa tacagtattt
    21781 ccgagcgacg gagttgtgcg acgatatagc ctattccgcg ttgcgccctt cggacaggtg
    21841 cgtctccggc cgcgtgtcgg ggtagagcag gtatttgcgt cgcatgaggc gataacgatc
    21901 caggtcggcc tgccaggagg agcggatgcg gtcttcggag aggccggagg tgatttggcg
    21961 gcgtagctcg tcggtgcctg cgatgaggtc gaacatagcg gagcggttga agaaggtctt
    22021 cgcatcacgc cccatgcgga cgtagaagtc caagaggaac cgcagcgtga ggccaccctc
    22081 gaaggggagc tcccgcaggt cgtcgccata gcaggtgcgc ccgcgataga gtggcgcgga
    22141 gtccatgccg cggataggct ccggcgtgaa ggtgaagcgc ccggcccgct gtgcgggata
    22201 acccacgact tggaagggga accgtgtgcc ccggccgaca ctcatacacg tgccctcgaa
    22261 gaaacagagc gacggataga ggcgcaccga ctgctggttg ggcaggttgg gcgacggctt
    22321 gaccatcaga cggaacgagt ctccgtgctg ccaacccgtc atggggatga ccgtcagctg
    22381 acagcgtgcg ccgccctgca gccacccctc gccattgatc atcagggcca attcgccgat
    22441 cgtcaggccg tggagaatgg ggatggggtg catgccgaca aacgatcggt aacgcggccg
    22501 tcggacgggg ccatcgacga agtcgttcgg gttgggccga tcgaggacga tgaacgtgcg
    22561 gcggctcgtg gcgcaagcct ccatcagata gtgcatcgtg ctgatgtagg tgtagaagcg
    22621 tgcgccgacg tcttggatat cgaagaccac cacgtcgatg tcgctcatct gggcagtggt
    22681 cgggcggagc gtgcggccga agagcgacac gatggggatg ttgcgctcgg ggtggcgact
    22741 gtcagtcacc cgtgcgccgg catcctcggc gccacgaaag ccatgctccg gcgtgaagac
    22801 cttgcgcaca tcgaccccca gcgcgaggag cgtgtcgagg aggtgtgtct gccgtgggcc
    22861 cacgacggag gtctgattga cggccagtgc cacgcgtcgg ccttgcaaga gggggaggag
    22921 ggtgtcgagt cgctcgttgc ccagcgtggg cggactatac ctattatata tggccagcga
    22981 gtcgtccggg tcggtctggg ccgaggctgc gaagtgtccg aagaggcacg agaggctgat
    23041 gaacagcggg aggaggggtt tgatcataaa gggtagggga ttacggatga atgataatcg
    23101 taaaatgaat cgggcggcaa aaataggctc gccagatagt acccccagcc gccccctccg
    23161 acagctccct gcgccgtacc gtttcctcac gaatcgccgc ctaaagttcc gatgaacgat
    23221 ttgggcttat ttttgcgccc catcaaaaga cgaattattc accaacaacc cacctcatcg
    23281 caatgaaccc attagccatc ctctcagcct attatcaacc cggctcacgg gcttatcaaa
    23341 tcttagtaag ccacagccgt agcgtgcgcg acaaagcgct ggcgctggca gaggctcacc
    23401 cggagctgga gctcgatcgc acgtttgtca gtgaggcagc catgctgcac gacataggta
    23461 tctacctctg cgatgcgcct gagatagatt gtcatggcac ttcgccctac atctgccacg
    23521 gttggctggg ggctgagctg atgcgctcct tgggctatcc ccgtcacgcg ctcgtctgtg
    23581 agcgtcacac cggcgcggga ctctctcgcg cgatgattga ggcacgtaac ctgcccatcc
    23641 ctccccacga catgctgcca gtaagccttg aggagcagtt gatctgcttt gccgataagt
    23701 ttttcagcaa aacgaagctc gagcgagaga agccgatcga gaagatcagg caagggctcg
    23761 ccgcgtatgg ccaggaagac gtgaaacgat ttgatgcgtg gtgcgaactc ttcctctaaa
    23821 gacagcctgc ctcctgtgcg ccctcctgtt ttgttgcggc gtacgagccc gtctgcccct
    23881 tcatgcggcg cagatgacct cgcggcaccc agccgcaaac acgggtacgt cgaaaatgat
    23941 ctccccgctt ttcgctgcgg ataggagcgt ttcggaaatg ccctccccgc gaggcgctgc
    24001 gcccatcgat agcacgggaa agatttccca gcgactctcc gcggttatcg atagctcaaa
    24061 aatgagctcc ccgcgaggcg ctgcgcccat cgatagcacg ggaaggattt cccagcgact
    24121 ctccgcggtc atcgatagct caaaaatgag ctccccgcga ggcgctgcgc ccatcgatag
    24181 ctcggaaatg actccccagc gtcttgctac ggccatcgac acggcacgga aggacacggc
    24241 gcggcgccga aagagcatgc tcgaggcgcc agtcacctat caggcctccg attcgatcat
    24301 tatgacgggg aacaacatgg cctacctctt cggcgagggc aacgtcaagt atcgtgacat
    24361 cgaattgcag tccgagcgca tagaaatgag catggacagc agcatcgtgt acgccactta
    24421 tgcactcgac accgtaggga aggagttcgg ctaccccctt ttcatagagg gcgaacagca
    24481 gatcgaggcc cggaccatgc gatacaactt ccgcacgcga aaggccttcg cggccgacgt
    24541 cctcacgaag cagggcgaag gatacctcat ggcggaagcc acaaaaaaga tgtccgacaa
    24601 tgtgatgaat gtcgcggacg gcagatatac cacctgcgac gagtacgacc atcctcactt
    24661 ttacatccgc atgactcgcg ccaaggtgcg acccggaaaa gacatcgtca ccgggcctgc
    24721 ctacctggtg atagaagacg tgccgctcta tcccatcggg cttccgtttg cgtttttccc
    24781 cttcaccgac aaatattcct caggcatcat tgcgccaact tacggggacg agatggcgag
    24841 gggcttcaac ctccggaatg gtggctatta cctcgcggtg agcgactatt tcgatctggc
    24901 gcttaccgga gagatctaca ccaagggctc ctggggcgtg gcagcacgtt cagcctacaa
    24961 aaaacgctac cgctactccg ggaatttcga cgcatcctat ctggtaacca agctcggcga
    25021 ccgcggactc cctgattaca gcgtctcgaa ggacttcaag atcgcctgga cccatgccca
    25081 ggatccgaag gcaaatccct atcgcacctt ctcggctggc gtgaacttta cgacaagtag
    25141 ctacaactac aatcagctca acacgctcta tacaccagat ggaacgaaca acaataaggg
    25201 ttcgagcatc agtatctcac aacgcttccc caacaatccc cttaccgtgt cggctacgat
    25261 gaatatcaat cagcgatcac aggattcctc ggtcagtttg actctccccg acatgacggt
    25321 ctccatgagt agcatctatc cgctcaagcg caaacatgcg gtgggccgcg agcgatggta
    25381 tgagaagatc tccatctcgt attctggcta cttccgcaac tcgatcacag cgaaagaaaa
    25441 tacgttcctc aaaaagaact tcctacacga ctggcagcat gggatacaac ataacatccc
    25501 cgtgagcgcc acttatcagt tcggatttct caacatcacg ccctcggcaa gctacaccga
    25561 gcgctggtat acaaacaaag tccatcagcg cttcgacacc gcgcgcggcg gactccagcc
    25621 cgtcgacacg acttacggct tctatcgcgt ctatgattat cgcgctgcca tctcagcctc
    25681 aactacgatc tacggattct tcaaaccgtg gaaaatcttc ggcgataagg tgcagatgat
    25741 ccgtcacagc atggcgctct cggcctctta caacatggcg cccgacttcg gcgccgcgaa
    25801 ctacggttac tacgagccat atacttacac cgaccgctcg gggcgcaccg tgtcgggcta
    25861 ttattcccct tacgaaggtc aaatgttcgg cgttccgggg cgcggaaggc agggcgggat
    25921 ctcgttagcg gtagacaaca atgtggaaat gaaggtgcga tccaacgccg actcatccgg
    25981 catcaaaaaa gtcagcctca tcgatcgcct caccttacgg atcaactaca atacggccgc
    26041 cgactccttc cgatggagcg atctgtcggt ggatcttcgt ctcaagctcg gaagtttccc
    26101 tttgcagctc tcgggagtct tcgacaccta cacctatggc tacgacgccg ccacgggagt
    26161 gccttaccgc atcgacaaac cccgctggca gatggggaaa ggcctcgggc gactccgctc
    26221 gaccggtacc gccttctctt atacgttcac caacgacacg tttaagaagc tcttctcgcg
    26281 gaaaggcgat aaagacgacg agaagagcaa gcagaaggag cgtggaagcg acgaaaatgc
    26341 cgacgagacc aactccaccg acgagaaacc ggctcgcggc acccgtctgc gccaggctaa
    26401 gaaggacgat acgggtgaat acgacgctga cggctactat aacgccacgg tgccttggag
    26461 cttctccctc agttacaaca tgagcctcgg ttacggctcc ttcaacccgc aaaagttgga
    26521 gtacaactat cagatccgtc acaatctgag cttcagcggc aacatcaaac cgacgaagaa
    26581 ctggaacatt agcttcaacg gatcgtatga ctttgaggcc aagaagatcg cgcacatgac
    26641 gtgcaccatc acccgcaatt tgcactgctt cacgatgtcc gccagcatca tccccgtcgg
    26701 gccgtggaag tcgtacgcct tctctgtggc cgtcaattcg tcgctgctcc gcgatctgaa
    26761 gtacaatcag agcgccagcc cacgcgacgt gacgaaatgg tactaagccg cagaggatcc
    26821 ctcttcaggg agttcccttt tttaccccat caaaaaaata cccctcttgg ggctgatcgt
    26881 catgagccat tccccatcct ccggtaagcc gtaggggatg cgccgaagcc tatagagggt
    26941 ggtctttccg ttttacatgc ccttaaagca cctgcctacg gtgaaaaaac accgtgagca
    27001 ggtgcttttt gttgtctgtg cggtcactcc agcggacggc atccccttcg ctgtgcaaat
    27061 ccgccgcacg cacgccgtcg cggagcagga tcggcgccgt ctccacatga gcctcgtccc
    27121 agagaccttc ccggatgaag tggctgtgca actccgcgcc gccctcgact aagagcgatt
    27181 ggatctgtcg ctcatggagc gcctggagga gttgctgcag gacgggctgc gccgggtcta
    27241 cgtctatgcg cgtgacgttg ggcggcgtcg tcgggttact cggcgaggtg aagaggagcg
    27301 tgggcacgcg gccatcgaag aggtgcgccg tggggggcac ctgtccgtgt cgatcgagca
    27361 ggaggcgcac aggcgacggt cccgaccagt ggcgcaccgt gagactcgga tcgtcgagcc
    27421 gtgccgtgcg ggcgcccacg aggatactcg ccacctcggc gcgtaggctg tggacggccc
    27481 gcgtgctacg ctcgtcggag aggcgtaccg gagggcggtc ggcgtggagc ctctgcgcgt
    27541 cgatgaagcc gtcggcgctc tcggcccact tgaggatcac gtacgggcgc tgctccgtct
    27601 gggccgtgag gaagaaccga ttcatgtggc gtgcctcggc ctcgagtacg ccgaccacca
    27661 cctccacgcc ggcctcgcgc aacaagccga tcccgcgacc tgccaccttc ggaaaggggt
    27721 ctacgcaggc cacgacgaca cgtgggatgc ccgagcggcg gatcaagtcg gcgcagggag
    27781 gcgtcttgcc gtggtgcgag caaggctcga gggtcacgta gagcgttgat cggcgcagca
    27841 agtcccgatc gcggacggct gcgatagcgt gcacctccgc atgaggcccg ccaaaggccc
    27901 ggtgatagcc ttcgccgatg atccgcccct cgtgcacaac cacggcaccc accatcgggt
    27961 tcggcgcagt ccgtcccgcg ccacatcgcg ccaacgccaa gcatcgacgc ataaaacgtt
    28021 catcttcgtt tgtacttttg ctatacatag atgttgaaat gttgagggct aaagccctgt
    28081 tgaggtgttt atttgttctt ttccgatctt cttttcttgc cttgacgcaa gaaaaggccc
    28141 cttccggggc agggaagtag gccgacgtcc tcgattgacc ggatatccgg aaggaggtgt
    28201 tagataggcc gacccattaa gttcaattat tggccgccgt ccttgatagt cctttccagg
    28261 acttggaaaa ttggccggcg tccctgacac cttgactttc ttttgcttct tttcttgcgt
    28321 caaggcaaga aaagaagatt ggaaaagaac ttaattagcc tctatcattt cctccctttc
    28381 aaatacactc cctatgatcg aaacaacagc ctacctccgc gagcaattag ccgccattta
    28441 cgatcccgaa gagacacgcg cgatcagccg atgggtcatc gagcacgtca cgggctacac
    28501 tccggcccaa caaatactgg ccaaagatac tccgatcgac ccacagcagc gagaagccat
    28561 ccgaatgatc gtgcgccggt taaagctgca cgagccgatc caatacatcg tcggcgaatg
    28621 cacattccac ggtctgacct tctccgtcaa tccctccgtg ctcatccccc gccccgaaac
    28681 gggcgagctg gtggagcaca tcgtgcaacg ccacggcgcg gcgccttccc tgcgggtgct
    28741 cgacatcggc accggcagcg ggtgcatcgc catcacgctc tcgcgacggc tattccaccc
    28801 gcaggtgatg gccctcgacc tctctgccga ggccatccgc acggcgcagg ctaacgccga
    28861 gcgcaacggc gcggaggtgc gcttcgtctg cgcagacctt ttcgacccgc atttgacgct
    28921 tcccgggccc ttcgacctca tcgtctcgaa tccgccgtat gtatgcgaca gcgagaagtg
    28981 cgacatggcc gcccatgtgc tcgactatga gccgcacacg gccctctttg tccccgacgg
    29041 cgacccctta cttttttatc gatcgatcgc ccgacgcgcc cacgagtggc tcacgcccgg
    29101 cggatggctc tacttcgaga tcaacgcggc actctcgacc gagaccgctg cgttgctcgt
    29161 cgccgagggc tattccgacg ttcggatcag tcgtgacatg gagggaaaaa acaggtttgc
    29221 ggaggggaga gtgggtgccg ggggtcggtg atacacacga taggaatgaa aatgaatccg
    29281 aatcgatcct taggagtagc ccctccggcc ggtagggtag gggcgtattg catacgccct
    29341 tcgagacgtc cgcgaggcat ggatccgcgg gccgggtaca tgtggggcgt atgcaatacg
    29401 cccctacttc ggacgctgcc ccaataacct atccggggaa tgatcgacaa accctaattt
    29461 tacgacatga atacaaccga agagaccgaa atgctgcaca agatggcggc ttactgcgct
    29521 aggacggagc gttgcccgtc ggacgtgcgc aaaaaactaa cggcgatggg tgccacgagc
    29581 gacgtggagg agcgcatcgt tgcgcgactc accgcggaac gattcctcga cgaagcgcgc
    29641 tactgtcgga gtttcgtgga ggacaaatgg cggttcaacc gctgggggcg gttcaagatc
    29701 cgcttcgagt tgcgccgacg cgacctgccg gacaacctga tcgaggaagc gctcagcgaa
    29761 ctgatcgagg aggaggacta tcgcgccgtc ctcgacgagt tactccgccg aaaattgagt
    29821 gccatccgcg ccacgtcgag taccgatcgg gccgtgaaac tccttcgcta cgccgagagt
    29881 aagggcttcg agcgcagcgc agtgtttgac tgtatccgcg ccatgaagga cgacgacgta
    29941 gaagccccag aagacatcga ctgagcctca tccactaaaa aaagagtgac ctaacgaggt
    30001 gcgcttgaga gtactttcta aaaaatatat ttttcagaag cctcattttt tcgtgctaca
    30061 tcgtggagag gtctaaaatg gtgacctttt tctagccctc tactatagat aacttcaaaa
    30121 cgcgatccat tttatagttc tccgcgatgg agtggcccta aatggacctc gttttacaac
    30181 tcctcagcac ggaggagccc taaatggacc gcgttttggg catatttgca acggagtgct
    30241 cctaaatgga tcgcgttttg atactctcca gagtggagag tactaaaatg gatctcgttt
    30301 tacaactcct cagcgcgaag aaccccaaaa tggacctcgt tttacaactc ttcagcacga
    30361 agaaccccaa aatggacctc gtttacctac tcttcattgc gaagagtcac aaaatggacc
    30421 gtgttttagg gtcatccatc gcgaagagcc ccaaaatgga tcgcgttttg gagtcatcca
    30481 tcgctgagag tcccaaaatg gacctcattt agggttcatc tatcgcggag ggttccaaaa
    30541 tggatcgcgt tttggggtca tccatcgcgg agagtcccaa aatggatcgc gttttggggt
    30601 catccattgc gaagagtccc aaaatggatc gcgtttatgg gtcatccatc gcggagagtc
    30661 ccaaaatgga tcgcgttttg gagtttcacc tgctgtaggg gcgtattgaa tacgccccac
    30721 aaacatcccc atcgggggtg aatcgggaaa tagatcaaat ttagataccc tccacaacgg
    30781 atgagagtaa aacgcggcgc attttggagt cctccatcgc gaagaatcca aaaatggatc
    30841 gcgttttgga gtttcacttg ctgtaggggc gtattgaata cgccccacaa acacccccat
    30901 cgggggtgaa tcgggaaacg gatcaaattt agatgtcctc cacaacggat gagagtaaaa
    30961 cggatcaaat ttagatgccc tccacgacgg atgagagtaa aacggatcaa atttaggggt
    31021 actccgttac ggatatgagt aaaacgcggc gcatttttaa gtcctccatc gtggggtgta
    31081 taaaaatgga tcgcgttttg gagtttcacc tgctgtaggg gcgtattcaa tacgccccac
    31141 aaacaccccc atcgggggtg aatcgggaaa cagatcaaat ttagataccc tccacaatgg
    31201 atgagagtaa aacggatcga atttaggggt actccgtccc ggatatgagt aaaacgcggc
    31261 acattttgga gtcctccacg atggaggtgt gtaaaaagag gcgcgtttta gtggtcgaca
    31321 taaaaaagtt ctgccggcgg agaggcgttt ggaacctcag ccaccggcag gactgtctgt
    31381 tgagatgcgt tgggtaactg cctcgcgcgg gttacttctc gcggataaag acttggatgg
    31441 gcgtcccgtg gaaatcccag tgctcgcgca gctgattctc caagaatcgg cggtacggtt
    31501 ccttgaccca ctgcggcagg ttgcagaaga aggcgaacga gggcacactg cccgccggaa
    31561 gctgggtgat atatttgatc ttgatgtact ttcccttcca ggcgggaggc ggcgtttgtt
    31621 cgatgatcgg aagcatgatc tcgttcaaac gccccgtcgt gacgcgtcgg cgacggttct
    31681 catagacggc cttagctgtc tcgaggacct tgaaaatgcg ctgcttcgtg agggccgaaa
    31741 tgaagaggat ggggaaatcg gtgaacggcg ccatacgctc ccggatggcg cgttcgtagg
    31801 ttttgatcgc cgcggtggac ttgtcttcga ccaagtccca tttgttgacg cagacgatca
    31861 accccttctt gtttttccgg ataatggaga aaatattgag gtcctgactt tcgatgcccc
    31921 gcgtggcgtc gagcatgagc aaacaaacgt ccgagttttc tatcgcgcgg atcgaacgga
    31981 tgacggagta atactcgagg tcctcgttca ccttgccctt tttgcggatg cccgccgtgt
    32041 cgacgaggta aaagttgagg ccgaacttgt cgtaccgcgt gtagatggag tcgcgggtgg
    32101 tgcccgcgat gtcggtcacg atgtggcgtt cctctccgat gaaggcattg atgagtgacg
    32161 acttgccggc gttgggtcgg ccgaccacgg cgatacgtgg cagctcctcg tcgtgcgctt
    32221 cttcgcctgc cgagggtagc agctccacga cacggtcgag cacctcgcct gtccccgatc
    32281 cattcacggc cgagaggcag tagggatcgc ccaatcccag gctataaaat tctgcggctg
    32341 cggcgtggcg atcgtaagta tctgctttat tggccgccaa tatgacgggt ttgccgctgc
    32401 aacggagtat atgcgccacc tcgtcgtcta agctggtcgc cccgttcatt acgtcgacca
    32461 cgaataagat gacgtcggct tcttcgacag ctatcttgac ctgcttgttg atttcttctt
    32521 caaatacatc atctgattgt accacccaac ctccggtatc gatcaccgaa aactcccgtc
    32581 cggcccattc aaccttgcca tattgtcggt cacgggtcgt tccggcttca tcatttacga
    32641 tcgcctgccg cgaaccaata aggcggttga agagcgttga tttacccacg ttgggacgcc
    32701 ctacgatggc tactacattt cccatattct tctaatttac atgttatacg ctacgaatgg
    32761 tttgttgcaa gcccgcgctg gcgagctgtg cgtggcggag tgttggctcc gcggttcaat
    32821 gtataggctg cacgcgacga ggagtggccg catgtgacaa gttgtcagca aaagaatgcc
    32881 ggatacttgt cctcgggagg gtgttgtccg cctgctaaag acaagtatcc ggcacttgtg
    32941 acgcgctttt tacaacggca actaatccag tttgtatccg aatcgccgga ggaggttgtc
    33001 gcggttgcgc cagtccggct cgaccttaac gtagagctcg aggaagattt ttttctcgaa
    33061 gaatcgctcc atgtcacgcc tcgccgtcgt gccgaccttc ttgagcgcct gcccaccgtg
    33121 accgatgatg atgcccttct gcgtgtcgcg ttccacgatg atgagcgcgc gaatgtgtat
    33181 ctgctccgcg ccctcaatga actcctcgac aacgacttcc gtggcgtagg ggatctcttt
    33241 ttgatagtag agcagaattt tttcccggat aatttccgtc acgaagaaac gcgccgggcg
    33301 gtcggtcagg gcgtccttct caaagtaggg aggcgaatcg gggaggagtg cctcgatgcg
    33361 acgcttgacg ggctcaacat tgaagcccga gagcgcggag atggggatga tctcggccgc
    33421 aggaaggagc gtgtgccacg cctcgacggc ttgggtcagc cccgcctgat ccgtgaggtc
    33481 gatcttgtta atgagcagca agacgggaca ttcgatgccc cgcacttgct gcagaaagtc
    33541 gtcattcttg tcggttttct ccaccatgtc ggtcacgtag agcaagatat cagcgtcccc
    33601 cagcgcagat tcggaacttt cgcgcatggt ctcctgtaac ttgtagttcg ggcggagcac
    33661 gccgggagtg tccgaataga cgatctgcat atcgtccgta ttgacgatac ccagaatgcg
    33721 gtggcgtgtg gtttgggcct tcgaggtgat gatggagatg cgttcgccca ccaatcggtt
    33781 catcagcgtg gacttgccca cgttggggtt gccgatgatg ttgacaaagc cggacttatg
    33841 ctttcgctcc gtcatagccc catttcaggt aggtggctcc ccaggtccat ccggcaccga
    33901 aagcggccag gatcaggtta tcgccgcggc ggagtctgtc ctcccactcc cacaggcaga
    33961 gggggatggt ggtggagctg gtgttgccga acttccggat gttgatcatc accttgtctt
    34021 tgttcacccc gaggcgtcgt gcggcagcgt cgatgatgcg gaggttggct tggtggggca
    34081 cgatccagtc gatctgatct ttggtcagcc cgttgcggcg cacgatctcc tcggccgcgt
    34141 cggccatgtc aatgacggcc cgcttgaaga cggcctgccc ctcttggtag acgaaatgga
    34201 gtcgctgatc gaccgtctcg tggctcggca tgcgtagcga tccgcccgct ttcatgatca
    34261 gatgcgattt gcctgatcca tcggtacgaa ggagggtgtc gatcacgccg tagtcctccg
    34321 tcgtggcctc cagcaagacg gccgctccag cgtcgccaaa gaggggacag gtggcgcggt
    34381 cggtgtagtc ggtcatggag gacatttttt cgctcgatac gacgatcagc cgtttgtagc
    34441 gccccgaacg gatgtaattg gcggccgtct ccagggcgaa gatgaagccg gcgcaggccg
    34501 cttggatgtc gaatgcgtag gcgtttcggc agccggactc ataggcgatg atcgacgcgg
    34561 tgctggggaa gtgatagtcg ctcgtggagg tagagcatac gatgccctct actgacatgg
    34621 ggtcgattcc ggtcttctgc acgaggtcgt tgacggcttg cgtgcccatg tagccagagc
    34681 tgaggttggg gtctttgagg atgcgtcgct ctttgatacc gacgcgtgtc atgatccatt
    34741 catcggtggt atccaccatc ttagaaaggt cgtcgttggt cagtacgtcg tccgggacga
    34801 aacctccgac accggtgatg actgcattta tcttgtccat tgttcttttg atatgtagga
    34861 tgaaaaaaat gaagcagccc tcgatcaaga atgtgtatcg gggctgcttg cattgcatga
    34921 gtgtagaatt tgattcttgg atggtgtgtg tccggtgtgt gtatgtactg atgcaagagc
    34981 gggctgtctg tcttttttag acagccacat ccttgtcgat cgccaatttg cctcggtagt
    35041 aaccgcattc gctgcaaacg gtgtgatata catgccatgc accgcaattg gggcagaggg
    35101 ccaaagtcgg aaccgctgca tgatcgtgcg atcttctctt gccggttctt gcgctgcctt
    35161 gtcttctttt aggatgtgcc ataattcaaa tttcgattat tgttttactt ctattcttcg
    35221 tctttcagtt gcttgagagc gtcccagcgt gggtcggttg ggatgtcttc tgcgtcggag
    35281 tccgcttcgt ctgatgcgtt gtcgggctcg tcctcatcgt cggggctgta ggctgcatgt
    35341 ttacgcagct tggccgccat cgtacggttg cattcgcccg gtgcgtggac atgcttcatc
    35401 ggtacagcca gcgccacgaa ctcgtagagg aaccatgcga ggttgacacc gccttcgtct
    35461 tcggaaacca ccaatacttc gtcgctctct tccgtatact ccttgcctaa cttcactgtc
    35521 aatcggttgt ttgtctcgat cggctgcttc atatgatcta agcagcgatc gcagggcaga
    35581 atgacagtgc cttccaagtg aaaagtcatc tggaaagcag atgctttgtg ctcgactttg
    35641 agttgcacgt tgacgtgtcc ttgtcgaact tccgtgccgt ctatgtctgt gaaaaattga
    35701 tcatccagca gatattcata ggtgcgaact tccgctggat ttatatcctt caaatcaacc
    35761 caatatgctc tgaattttcc caaggcttta ttgtatccga aaaaacggcg gcaaatgtag
    35821 aaatcttttc caattggcgc agtgcgtttt atggcttgcg aaatgagctg gaaggcgctt
    35881 gggatgcgga ttctcagagg gaggggtggc catgtcgctg agtctgtccg atgagggact
    35941 gttcgatctc aatttgcgtt cctcagataa ccgtggagac tacgaagatg ctgatgagca
    36001 gatcaggcac gttgcgtagg gcatcgatgc agttgagcag tgtagagccg gtggtgagga
    36061 cgtcatcgat gagcaggatg tgatgtccgg cgaggcgttc ggggtgagct acgctgaaga
    36121 cgttctttac attctgacgc cgttcgtagg ctgacttacg cgtctgcgtc ttggtgtagg
    36181 tgtgacggat aagggaggtg gtatcgatag ggtgatgata gacgctagcc ataccgcggg
    36241 ctacgcgctc ggattgattg tagccgcgtt gccgcatctt ccgtgggtgg agagggacgg
    36301 gcacgaatag atcgacgtcg gtgagatagc catctctttg cagatcttcg gcagctaatc
    36361 ggccgatgta gatggctaag cgttcgttct tgtggtattt gaattcgtgg atgagatgct
    36421 gaacgtagct ctccttttgg aagtgtaggt aggcgatcac ttgacgcacg gaggagcagc
    36481 ctgcgaagat gttccggaga ggattctcat cgtcggggta gcggtgatag gacaggcgag
    36541 gcagttcgaa gaggcaatag aggcagagca gctcctcgcc gtcgatgagg ggcgcgccgc
    36601 aagctccgca gatgcgtggg tagaagagcc caagcaggtc attccatagg gtgaggagga
    36661 agcgcttcat cgtgttgctg gagggtgagc atgtcttgtc agagcattct atgattgtag
    36721 aggggccaat gaggcgtgtc tgaggcttcg agcattagac gtcaaacgtg acttgtgagt
    36781 cgcctaaacg tcagttgaag ccccatcttc gatgcgtttt atacttcaac tgacgattgc
    36841 tccttgccat ttgacaataa gaagaagcta cccggaatca tctctcccgg acagcttctt
    36901 cttgtcgcat ggccaatcag cggtcgtcag cctttgttgc taaggatgtc agaaatctgg
    36961 accggcattg ctcgttcgat tcttgaccag actggcttac cgttttggaa acctgagacg
    37021 taattgaagc gtacgtaaaa ggcttcgttg ttgccgctgc ttttctcctt gcgagcgatc
    37081 tcctcgaagt agctcttgat gaaataggcg ctgttgacag ccatgtcgac agcggtcttt
    37141 gtaccggccg tgcgcttggt ggtacggaga tagatatcgt aggtgtgttt cccgagatac
    37201 gtctgggcct tggcgtccgg attgtacgtc aagaaccatt cgttacgctg gtcgctgggt
    37261 tggttcagga cgtgctcgac gaagaggtag ccgcgcacat aacctcgcac caggttgacg
    37321 ggattcttga tgggcacttc atccttcagt accttccctg tatccggtgc tccgggatcg
    37381 gagaagcgag ctatgcggta cttctcgacc tccgcctgcg cactgatcgt cacggtgcta
    37441 tagccgcgcg atcggactac ggtggaggag ttttctgccg catcacggtc gagggtaaag
    37501 tgcacgagga cgcatgcgcc ttcgttcagt ttggagagtg tcggtgagta gaatgggcca
    37561 taggggaagg ggttgtccat gaccattttt ccttctttcg attcgcgccg tatgatgcct
    37621 acggtggtcg attctacgct gttgcttccg ccttcaaggc aggaggtggt gcatgccagc
    37681 agtagcgcgg ctgctaccca tgccattgtc ttgttcattc ctttcatgtc attatgaata
    37741 agctattagt gggaattgtg cggcttaagg gccgcggtag taataagtcg ttagtaatta
    37801 tgagtgggag tgggccgatg gattctcccg tagttcttga tgcaataata taatgtatag
    37861 gaggcggcac atcggcctct aaagacctaa tctcaaaccc gtctgcaaag atagatagaa
    37921 gggtttcgcc gatcgaatcg tttcaatgga gctcccgttg tcgaagtaat agcttgcgcc
    37981 tacctcggcg tagaggctta ggaatggcaa cagagggtaa gtagcgcctg tgcgggcata
    38041 ggttgaccat tgccattctt tcattcgttg cgactgctcc gtgctgcgtc gctcggttcc
    38101 gtaggtgtga atcgtgcgga gactgcccgc cacgttccac tctactgcgc cgcccgcagc
    38161 cgcatagaat cgcacacgcc gccagtctgc tattcggtag gccaccccga ctgggatacc
    38221 gacgaaatgc aatcgttgcc ggatgtgccc atcgaagatg gaggctgtgc gccaacgcga
    38281 agtgaggcag gtgtacgtca ggccactctg caatgcccag cgatcgctca gccagtagct
    38341 cacgccgagg ccaaacgaga gtgggcgtgc gtgcttgaca tcgatgcgat ccgtttcgtt
    38401 ccgatggtag gcgagggcgt cgtccgcggt gccttccccg tagtcgtacg gtggcagatc
    38461 ggcacggctg tcatcgcgga taaacgtcgc attgaagtct ccgcctccac cttgcagacc
    38521 tgttgtgtag ccaccgcccc ccatgccgaa gccccagcgt cgggcgggtc gtgttgccgc
    38581 aaccgccata cgatcggagg gatgttcgat cgcctcttcg atttcctcag ccgtcgggat
    38641 ctctgccgca tagagggaca gactgtcggc cgtgcttatc gtcgtttcgg ccagccaggc
    38701 gttgtctggc atcgatggct cgtccgtcgg cagatcagta ggcgggagcg atgcttcgtg
    38761 cggcgtggct gcgtggagac gcgtcacggc cggtgctacc gtttgtgggg ccgctttcgt
    38821 tcgcgtcctt acctgtgcga ctgcggtggg cggtggtgtc gcaaccgtcg cggggagcga
    38881 cgatacgctc ggcatggcaa ctgacggcgt agctatcggt gccgtcggta cggggttagc
    38941 gtctgccatc cgttccgacg gctcgtctgg gcgccacagc cttcgtccgc cttcaaaaag
    39001 gagcatcagc agcgctacag ccgctgctgc gtacatccat cgccgcggcc agagccgacg
    39061 gcgcgtcaat cgtccgacta tcgcttccca atcggctgga tcgggctgca cttcgtagtc
    39121 ttcgagcttt gatcgaacga tcttttccca ttcatcctgt tttttcatca catattctcc
    39181 ccattaattc tcttttgcag ccatcgtcgg gctcgcatat agtgtgctcg cgatgtactc
    39241 tcttctattt gcagcatggt tgcgatctct ttatgcgagt acccttcgac ggcaagcaga
    39301 ttaaagacgg tgcgtaggct aggcggtagt tcgcggacca tggataggag atcttccgcc
    39361 gaaagttgcg aaagggccgt ggcctcttcc gagggactga aggtggcgct gtccaagctc
    39421 accgtgtcat gccggagggt ctgtgtacgc cggagatatt cgagcgattc attcacgaaa
    39481 atcttccgga tccatgcccc cagcggccct tcgccccgga acttgtcgag cgacgagaac
    39541 actttgacga agccatcctg caacacgtca cgcgctactt cacgatcggc cacgtagcgt
    39601 aggcagatgc ccagcatgcg gccggaatac gcgtcgtaga gcgctttcca agctgtttgc
    39661 tcacccttga gacaatcggc tatgagttgc ttttcatcca ttcaatctga ttccttgcgt
    39721 accgtttgca accgtcacac gtcccccttg acgcatgatg cggcaaaaat gtggctcctc
    39781 gtcgaaaaaa aatgtgcacc atctcttttg ggggagatct gtcggggtta tatgtcgtgc
    39841 gatttgctcg tgtttgtagg cccttctttc tgtgatgtgg ccctgcccgg gaagcccttg
    39901 tttcttcgat atggaggttt tgcatgcaga aaggccctgc cggtggagca ctatgctacc
    39961 gacagggcct acgcttaact gaaaatacgt gagttcgacg aaagaatgag ggtccttatc
    40021 tctggagaat gtctcggata gagcgctgta acagctgaaa gctttttggc gtttgcaaca
    40081 ccgttgcaag tctcacgaaa aactttttgg cgtttgcaac attgttgcaa gtctcacgaa
    40141 aaactttttg gcgtttgcaa caccgttgca agtcccacga aaaacttttt ggcgtttgca
    40201 acattgttgc aagtcccacg aaaaactttt tggcgtttgc aacactgttg caagtctcac
    40261 gaaaaacttt ctggcgtttg caacattgtt gcaagcattt ccaaaacgct ttggccatgg
    40321 cgtggcttcc gtaggaactc tctgctggcc ctattcttac atcgaactca cgttaagaac
    40381 aggagggaaa aacgttcggc taccgggccg aaaaagtgac ccgataagcc gaggtcatta
    40441 gaggatcgag aatgctacgg tcaatccggc catgacgatc gagaccatcg acatgagctt
    40501 gatcagaatg ttcagcgacg ggccggaggt gtccttaaac gggtcgccga cggtgtcgcc
    40561 caccacggtg gccttatgcg cttcggagcc cttgcccccc atattgcctt cctcgatgta
    40621 cttcttcgca ttgtcccatg cgcctcccga gttggccata aaaacggcca agacgaagcc
    40681 tgcacccagt ccgccgacca gcaatcccag tacaccggac actccgaaga agatgccgac
    40741 gagcaccggt acgatgatcg ccagcagcga cgggaagagc atttcgcgct gtgcaccctg
    40801 cgtggagatg gccacacatc gggcataatc aggcgtggca tcgccggtca ggatcccctt
    40861 gatctcccgg aattgacggc gcacttcctc aaccatcttg cctgctgccc gtcccacggc
    40921 gttcatggtt agcccgcaga acaggaaggc catcatggag ccaacgaaga caccgatcaa
    40981 caccttcggg ttcatcaaat ccacttgata gtaagccata aagtcgggga tggtggcttg
    41041 tgccacgtcg acggtacggc ccgcgatgtc gatagtcgtt gtgccgatgt gttgcagacc
    41101 gatcttcact tcctcgatgt aggaggccag gagggcgagg gctgtcaggg cggctgagcc
    41161 gatggcgaag cctttgcctg tggctgccgt ggtgttaccc agagcgtcga ggacgtcggt
    41221 gcgttggcgg acgtgtggct cgagccgact catctctgcg ttaccaccgg cattgtcagc
    41281 gataggtccg taggcgtcgg tggcgagggt gataccgagt gtggagagca tgccgacggc
    41341 tgcgatgcca atgccataga ggccaaggct cagattgtgc gccgtaagta ggttggctgt
    41401 gtcgaaccca gtggcaaaga ggaaggcgag gatgatggcc acggcgatcg tgatcaccgg
    41461 aacggccgtg gagatcatac ccatgccgag gccggagata atgaccgtgg caggaccaga
    41521 ctccgcgctg tgagcgatcg tttgcgtcgg tttgtgagaa tgcgacgtgt agtattcggt
    41581 cgattggccg atgatgaaac cagccaccaa cccaacgatc acggagcagg agaggccggc
    41641 ccagtttgga atctcgagca gatagagtat gccgaaagaa gcagcagcaa tcagggcgga
    41701 gctgaggttt acgccgaatc caagagactt cagcaactgg ctcatgcccg ctccctcctt
    41761 cgttttgacg gtgtaaatgc cgacgatgga gagaatgatg ccgacggcgg cgatcagcat
    41821 gggggcaaag acggccttgg cctgcacgtc gccatcgtta tagaaggctg aggctccgag
    41881 tgcggctgtg gccaggatag acccgcagta cgactcgtaa agatcggcgc ccataccggc
    41941 tacatcgccg acattgtcgc ctacgttgtc tgcaatcgtc gccggattgc gggggtcgtc
    42001 ctccgggatc ccggcttcga ccttccccac caggtcggcg cccacgtctg cggccttcgt
    42061 atagatgcca ccacccacgc gagcgaagag tgcttgcgtc gaggcgccca ttccaaaggt
    42121 gagcatggtc gttgtgatca ccacgagctt ctggggccca gtggcgtcta caaaggcgtt
    42181 gaggacgagg taccagacgg agatgtcaag tagccccaac ccgactacag tgagccccat
    42241 cactgcgcca gatcgaaaag cgatcttcag accagcgttg agcgagttgc gcgctgcgtt
    42301 cgcagtgcgg gccgaggccg cggtggccgt tttcatcccg ataaacccgg ctaatccgga
    42361 gaagaatccg ccggtcagga aggcaaacgg cacccatgag ttctgtacat ggaagccata
    42421 ggctagtact gcgaaaaaca acgccaagat aacaaagaca atagcgacaa ctttgtactg
    42481 ttgcttcagg taagccatcg cgcccttccg cacatgctct gcgatttctt gcatggtggg
    42541 ggtaccttca ctttctttcc gcatttggct gtaaaagacg taggcaaacg ccagcgccaa
    42601 gacggcagcc aatgggacca ttacgaatag tgtttccata ggagtgtaat gagtttacta
    42661 taatgtgtat gtataaatta ctgcgcgaaa atagcgtctt cttcttttgt gcttcaaaat
    42721 tgttttcgga ttaaaattat cggccctctt agatctcaaa aattgctgtg caatggtcgc
    42781 tgtcggggga gtgaaaagtg gccgggtact cggtaatctt cgcagccgcc cgcagccgcc
    42841 ttggggccaa tcgttttgat gctgggaggg gtgggcgagc atttcaaatt catttcagat
    42901 ttgcccctac atctttgccc ccgattttta tgaacagcaa aatgaagaat ctgatgaaga
    42961 aaatgatgtt tatggcgtgc ttagtgcttt tcgcgctgac agcctgtgca gacgacgatc
    43021 tgccgatccg tacgaaccag ttgccacgca acgcacaaca gttcctgacc cagtatttcc
    43081 gcggtgtaga ggtttcgtat gccaagcaag acgatgaagg cttcgacaag agctatgagg
    43141 tcgtgtttgt tgatgggaat aaggtagaat ttcggaggga tggcgagtgg aaggaggtcg
    43201 attgccgtta cggacgagtt cccgacgcta tcgtgccccg tgccatcctc gactttgtac
    43261 gccagcatta tgccggccag tacattcgta agatcgagcg cgatcgccac ggctatgaag
    43321 tcaagctcac cagcgggtta gagcttaagt tcgaccgtaa cggtcgcttc cgcaagatcg
    43381 attgaggtac tatgtctatg tgatgtagct cccttttacc cccctgataa agggaatgcc
    43441 ctgatacttt ttaatacgct aaagacctct cccgaacctg caagacaggt ccggggggag
    43501 gtcttttttt gcgttcggga atagcctaat cgtagtccgc agggagggtc attcggaggt
    43561 tccgaagcgg gaggtgtcga gatggggggc tttcgacggc ttatatcccc gcaaacgata
    43621 gatgaaggtc agcgtcaccg cacgcgtgtc gggcacgaca tacatgcgga gctgttgctt
    43681 ggcgtagtcc gtgtgcaagc ggggcgacca ggtggcaaag acgtcgtcgg ccttgagttg
    43741 caagtctgcg gcgccccgtg cgacggtcca ttttagaccc gtatcgatgc gccagaggcc
    43801 gttgatgtcg gctataccct gcatgctcgg tgtgatggtg gatgcgttca gctcgagggt
    43861 gaggtgatgg ccgagatgga aggtattgtc gaggcgagca tagaagagca tgcggtgccg
    43921 atcgaacgtg aggtcgtgaa aatgactatg ccggacgtga tcggtcgatg cgttgaggac
    43981 gagacggctc tgcacgttgg gcaaggggtg tatggggacg acgagattga tccctagggt
    44041 gcgcttgtag tcaaagtttg tgctttgata gatcagcgcg gggctgctgg ggctctggta
    44101 ggggagttgc acggaataac cgggcatacg ggtggcgtag agcgtgaaaa tgaactttcc
    44161 actgatgatg tagctcaggc gactggcgta agagcgatag gggcggagga gcggattgcc
    44221 gtgcacctca gcgtaggcgt tgagaaaggt cttcccgccg tgactctccc agtaagcggg
    44281 atataccttg tctgacgtga gggaggcttg caggatttga ccgggggaca aggcccacgt
    44341 gagactaaac tccgggaaga gggtacggtc gcgcgtgttg gcgaaccgat aatcctcgcc
    44401 ggtgagggac gccgataggg agaagttgga tgtgagcgcg aactcggtgc ccagatagag
    44461 gcgggcggtg cgttcggtca ggcgattatc gatgtccgga aggccggcca cgtcgtcgga
    44521 ggcatatcgc tgtgcgctgt ggtcggttgc gtagaggtat tcggcgccat aatttacttt
    44581 caaggccttg ccgatcgggt gagactggtc cgcaaatacg cgcaggcggt cgatttgctg
    44641 agcattgcgg gtcgtcaagt cggtcgaggt atgactgagc gtgttttcgt aggtaaaata
    44701 ctgttgcagg tgctcttcgt agcgcgtgta ttcagcgccc agcttgaggc cgaacccggt
    44761 gctgaggtcg aggagggcgt tgtggagctg cgtgggccgt tcgttcgaag tgtaactacg
    44821 ggaaaggccg agcgatccct ctccgatccg ctcggagcga cgtccggtga cgagtcgggt
    44881 ggtatagacc agcccgaggt ggctttgctt ggagagctgg aggtctgttt ccatgcgaat
    44941 gagatgcgtc tgggcgcgat gggtcgttct gtcttgctgc gtgacggcct gatggcggtt
    45001 gtgatagaaa tgatcggcat caatgtcgag tccactgcgg gtgtggctgg cttcggacga
    45061 ggcgttgaga cgcagcatcc atcgcggggc ggtgcggacg agtgcggcgc cgagagtata
    45121 gttggcgtaa tgccgctgcg catagtcggc attgatctgg ccctgccatc cgccgtcttt
    45181 cccggtggcg tcgcgggtga caaggaggat ggcggccccg cgaacgtggt attgtggagg
    45241 ggcactatac atcacctcgg ccgagcggat gtcacgggca gggatcccac ggagcacggt
    45301 ccgaagagcc tcgccggaga cggacgtctt gcggccatcg atcaaaatag ccaggctggg
    45361 ggcgccggcc aacgtgaggg catcgccctc atcgcgcacg ccggggagta gcagcagcgc
    45421 ctcataggcg ttggcggcca cgcgacccgc gatcaggcgg ggcagatcat aaatgatccg
    45481 tccgccggat agcctcgcga tggggcgctc cccgcggacg acgatttcag gcatcgcctg
    45541 cgcacgctcg gtcagtcgga ccgcgatttc gttggcttga tctcggtgga cggtctgctc
    45601 gtgcgtttcg taagccacat gctgcacgat gaggcggtac gtgtcgcgtt cgttcggggt
    45661 ggcatcgatg tgaaaggccc cgatggagtc tgtgatggca gaggttacat agatggagtc
    45721 cgtcgtttgg aggatgatgg cggcttgcgc tacgggtcgg ccatcactgt cggtgacgcg
    45781 accgccaagg tgcatttgcg cactggttcc gtgcgtgatc agcaaggccg caaggagggt
    45841 caggagggta aaaatcgttc tcatgatgaa tcgtttgatg ggtgtggatc ttttttcgca
    45901 gcaaaggtgg gcgtgctatt cgagctggat gcttatcacc ggcttacgaa gtcttactta
    45961 gtcttatcgg ccccagttga tgcgcccggg aggcctattt ttgtcggtga gatggcagtc
    46021 ggacgtgttg caaatgcttc ggagagcttt ttggcgtttg cggaacttcc gcaagcgtct
    46081 cgaagagctt tttggcgttt gcggaacttc cgcaagtggc tcgaagagct ttttggtgtt
    46141 tgcggaactt ccgcaagtgt ctcgaagagc tttttggcgt ttgcggaact tccgcaagcg
    46201 tctcggagaa ctttttggtg tttgcggaac ttccgcaagc gtctcggaga actttttggc
    46261 gtttgcggaa cttccgcaag cgtctcggag aactttttgg tgtttgcgga acttccgcaa
    46321 gcgtctcgga gagctttttg gtgtttgcgg aacttccgca agtgtctcaa agaacttttt
    46381 ggcgtttgcg ggaaccccgc aagtgtctcg aagaactttt tggcgtttgc gggaaccccg
    46441 caagtgtctc gaagaacttt ttggcgtttg cgggaacccc gcaagtgcct cgaaaaactt
    46501 tttggcgttt gcgggaaccc cgcaagtgtc tcaaagaact ttttggcgtt tgcgggaacc
    46561 ccgcaagcat ttccaaagct actttggccg ttaccacatg ctatcaatga cattctctac
    46621 ggataagggg atctcattct tttgtcgaac tgacgttatc tacgatggac atccgaaaat
    46681 tcaaacgcgc cgtgaccgcc atcctcttgg gcattactgc gctcttcgtc ttcaaccttt
    46741 tttatctcaa gggactcgct gatgcgctgc acgacgaggc cgcacgcgtc gtgatggctt
    46801 gtatcgagag cgccgatagc aaggagttac aactgcgtct gcaaaaacgc cgcgccgatc
    46861 cgagcgtgaa gcacagtgcg atcctgatcg aaaagaaaaa agacaacgac tccatcgtga
    46921 cgatgcgtaa tgcttcgatc ggagagaagc gtaccacggt ggtgacggtc gttcctgcgg
    46981 aatcgcccta catcgagctt gagcaactgg ctcgcgaggt gcgcacgtct atccatcaac
    47041 agttggacgc ttcgtatccc gtcgatcttc aggccttgga tagcttgata gacgccgaac
    47101 tccgcgtccg cggcatggcg ctccgtgtgt ttcgtactga aatcgtggac gaacggaccg
    47161 gacacgtgtt gcaagcctcc tttccgcaca gcatgaagcg cccgaccttc aagcatgtgg
    47221 cggtttactc gttcaatccg gagcggcact acgtgtaccg tgtctttttc ccatctctta
    47281 cgggcgtcat cgttcgccag atggccggga tcctgttttc gaccctgctc cttatggtct
    47341 tgctggcgct gtcttttcgt ttcctgattc gcaccgtgat gcagcagcgt acgctcgagg
    47401 agatgaagga tgacttcaca aataatatga cgcacgagct gaagacgccc atcgcagccg
    47461 cgtattccgc cgtcgacgcg ctcctgaact atcgccaaag ggaggatccc tccaaacgtg
    47521 cgcagtattt gcagctgtgc ctcgatcaac tctcccattt gagcggattg gtggagcaaa
    47581 ttctggatat gagcctcgaa agacggcgta agcaggaact gcaccgcgag cctgtctcca
    47641 tccgcgcgct atttgaacgg ctgacccagc tgtatagcct ccgtgccggc cgtcccgtgc
    47701 acttcctgac ggaggtcgcg cctcccgacc tgacctttca ggccgatccc gagctgctga
    47761 gccaagcggt tggcaatttg atagacaacg ccatcaagta ttcccccggc gagccggaaa
    47821 taaccctctg ggccgggtgt gagggggctt tttacgccgt cacggtgagc gatcgcggct
    47881 gtggcatccc ttcgacctcg gtcggacgga tcttcgataa gttctatcgt gttcccgccg
    47941 gtgatcgtca cgatgtgaag ggctacggac tcggtcttta ccacgtccga cagatcgtgg
    48001 agcgccatgg aggacgaatt accgtgtcgc ctcgacctcg tggcggttca atcttcaaaa
    48061 ttgagatccc gaaatgactt atacatccta tcagacaatg gaaaatcaaa gtaatcccag
    48121 cattctattg gtcgaagacg accccgcgct ggcattgatc atcaaggaca cactggaagg
    48181 cgaaggattt cagatcacac acaccgccga cgggttgcat ggtctggatg gcttcgtgcg
    48241 ttgtaggcct gacctcgttg tggctgacat tatgatgccc ggaatggacg gcttcgagat
    48301 ggtccgtcgt atgcgccgcg tcgacaccac cacgcccatc ctgttcctta ccgcgcgctc
    48361 gtcattgaac gatctggtca aggggtttgg cctcggcgcc aacgattatc tgaagaagcc
    48421 cttcaagatg ctcgaactca tcgtgcggat tagggccttg ctcggtcgtc cggcacctgc
    48481 cgagcgcgtt ttgccgaccg acagcgagcc gtcggtcctc catttcggcc gctacacctt
    48541 ccagaccgct gcgcaacgtc tgattgacgc cgacggagtg gcccaggaac tgtcgtacat
    48601 ggaaagcgag ctgttacgta ggcttatcat tggccgtgaa accgtcgtcg agttccgcac
    48661 gctccttctc gacctctggc atgacgacag cccttacaac cgcaatagcc tacacgtctt
    48721 catccataag ctccgccgcc gcctctccgc cgacccccat attcgcatcc tcaacatccg
    48781 cagcttaggg tataagctcg tcgtcgaagg gtagtgcgtt gacgaacccg cccttatgta
    48841 cccggctaac ttccccggcg tcggcaggga ggggcgatta cggattgtag agattgcggt
    48901 cgtagaagtc catgatttcg atttccatgc ggtaagcgcg agctgcgggg ccgtcgggat
    48961 tgatggctgc ggatgctaga tagtcgttga tggcctcgcg gatacgcccc gccttgcggt
    49021 gagcacgtcc gcggaggtaa agcgcctcgt cactgttggg gtgagtggct aagtagtcgt
    49081 taagaagctc gatcgcgtcg gttatgcgac c
//
LOCUS       SEQF2637|AYYD01001291.126815 bp    DNA     linear       17-MAY-2019
DEFINITION  Tannerella sp. hmt 286 strain isolate Cell 6/7/9.
ACCESSION   
VERSION
KEYWORDS    .
SOURCE      Tannerella sp. hmt 286
  ORGANISM  Tannerella sp. hmt 286
            Unclassified.
COMMENT     Annotated using prokka 1.12 from
            https://github.com/tseemann/prokka.
FEATURES             Location/Qualifiers
     source          1..26815
                     /organism="Tannerella sp. hmt 286"
                     /mol_type="genomic DNA"
                     /strain="isolate Cell 6/7/9"
     CDS             310..1596
                     /locus_tag="SEQF2637_02927"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKTETIFRVLLWSLFMATGMVGLRSAAQTDAPARRTYATVSGTV
                     RDTRTNRVLPAVHVAVPGTGIGTVTNADGYFSLHVADSLRADRIEFSHIGYALLTYPI
                     RPGTQVEAASIRLTPNANLLEEVTVMGGDARDLVRQAVDRITDNYPQRANRLTGFYRE
                     VIRKGRRYIDISEAIVGLYKTPYNGVGTNTDRVRLEKGRRLLSQRPGDTLIVKFEGGP
                     TLSIFLDVVKNSDLMFAPDEMEHYAFRYNRTTLIDDRPHVEIRFMPRVVCPYALYEGL
                     LYIDSETRTISRAEFSLDMTDRLKATQAMLRKKPAGLRFRPERLAFLVTYRRQADGRS
                     SLAYVRCETAFRCDWHRRLFATSYVVTSEMAITDRDETHAEKIPYREAFRSRDALTDR
                     AADFYDANFWDGYNIIEPTESLENAVGRLMRRRNRD"
     CDS             complement(1733..3808)
                     /gene="rho_2"
                     /locus_tag="SEQF2637_02928"
                     /EC_number="3.6.4.-"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0AG30"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination factor Rho"
                     /translation="MVKYNIVELTDMDLPRLQTIATDLGLTDIKGVEKQALIYQILDR
                     QAESVAGMQKEKEAQKSEQKRRGPGRPPKNKSAESAAETSASEKEPKADTAEKAESKP
                     AKRRPGRPKKNKAAEPTEAAAPAKAETTEAAPKAETKEEAEAAESKPAKRRPGRPKKS
                     KSAAAPVAETPASIAETEPILATEPMLEAEEMPVESPVAAPIAPVSPVVPPSAAAETA
                     PQASAAAAHEAKPSPEAPTATPATPPAPEEPKRTIFKHATDTPSVLDQVLPMQPPAPQ
                     PKDKQQNEAKKRPQQNHRPNNPNLRENAPVVPPPPIYDFDGILTAAGVLEIVPDGYGF
                     LRSSDYNYLASPDDVYVSASQIKLFGLRTGDLVEGPIRPPREGEKYFPLVKVDTINGR
                     LPEEVRDRVPFDHLTPLFPEEKFKLTDRRSPKVYDPYAVRVVDLFAPIGKGQRGLIVA
                     QPKTGKTMLLKDIANAIAANHPEVYMIILLIDERPEEVTDMARSVDAEVIASTFDEPA
                     DRHVKIAEIVLNKAKRMVECGHDVVILLDSITRLARAYNTVQPASGKVLSGGVEANAL
                     QKPKRFFGAARNIEHGGSLTILATALTETGSKMDDVIFEEFKGTGNMELQLDRKLANR
                     RIFPAVDIQASSTRRDDLLQDENTRNRLFVLRNTVLSDMNTVEAMEFVKKRLEGTTDN
                     AEFLASMNG"
     CDS             4133..4642
                     /locus_tag="SEQF2637_02929"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MSHTAPVSFRNLSCCRTLRQSISCMSLNVEHFASQFLSCFLISH
                     AATGRCRLAWLRNTLFLVAAGFAMPEIHYFRSPQVLQCPKYTISGRRKFCNARNTLFL
                     VAASFATLEIHYFRPPQTCMASKYTISGRRRLAWPRNTLFLDPPVCPRNGKAATRHGV
                     GAVAFQRKW"
     CDS             complement(4651..5301)
                     /gene="rpe_2"
                     /locus_tag="SEQF2637_02930"
                     /EC_number="5.1.3.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P74061"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribulose-phosphate 3-epimerase"
                     /translation="MNHLIAPSLLSADFMHLGRDVEMINRSEADWLHIDVMDGVFVPN
                     ISFGFPVMNALRGVCHKPTDVHLMIVEPQKFIREVADSGAYMMTVHYEACTHLHRTVH
                     AIRDAGMRVGVALNPHTPVTLLEDILGDLDMVLLMSVNPGFAAQSFIGHSVVKTAKLR
                     RMIRERELKTLIEVDGGVNTETARVLLDAGADVLVAGSYVFRSPDPEATIRELKAL"
     CDS             complement(5337..5501)
                     /locus_tag="SEQF2637_02931"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKKITPSAPAEHPDNPSNRPPSFGPRPETLALLSWFARIYTPDN
                     APSPALPIAN"
     CDS             complement(5848..7884)
                     /gene="ppk"
                     /locus_tag="SEQF2637_02932"
                     /EC_number="2.7.4.1"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A7B1"
                     /codon_start=1
                     /transl_table=11
                     /product="Polyphosphate kinase"
                     /translation="MEKKYGYFKRDISWLSFNYRVLLEAADATLPIYERIRFLSIYAS
                     NLEEFYEIRVADQRGAIMKKNYRADNSEKAEETLNEITTEVNRQQQDFYSIFNDGILP
                     ELRRQRVYLYQTHEPLPFHRDFVRRYFDEEIFPYLSPVTLHEGFRTFIRDRRLYLIAR
                     ILKRETREPLYVLIKIPHSNVPRFIALPEHEGMHYFMFVDDMIRYNLPAIFPGYVPDG
                     CYGIKISRDADIYVDEETPQSILQSIRTKVGKRKIGALSRFMYDREMPPDVLAFVRRS
                     FHIVADDLVVGGRYMNLQDMIRLPNPIGAELVRTPPAPLRVPYLEELASMFRAVERGD
                     VLLHFPYQSFDYLLRFLMEASFDPDVEEIKITQYRVAENSAVIHSLIGAARNGKRVTV
                     FVELKARFDEENNMSTAEEMRQAGIKIIYSIPGLKVHAKVAVVLRRGEAADFACLSTG
                     NFNEKTAKGYSDMALLTCDKAIVGDVCRVFEVLEGRLAEPHFDRLLVARFNMVPELIR
                     LIRREADLARAGRGGRIILKMNGLQDKQMIDELYEAGQAGVEIDLLVRGICCLTPDRS
                     YSPNIRVTRIVDMYLEHARLWYFRGDGEETMYLTSSDWMRRNLNRRIEAAVPILSPDV
                     RREILDLLDIQLRDNVKACHIDGQLRNIFIHNDAPPLRAQQATYEYIKRRTHPE"
     CDS             8034..9353
                     /gene="tilS"
                     /locus_tag="SEQF2637_02933"
                     /EC_number="6.3.4.19"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P37563"
                     /codon_start=1
                     /transl_table=11
                     /product="tRNA(Ile)-lysidine synthase"
                     /translation="MLSTVQAYIAQHQLLRPGAPVIVGLSGGADSVALLHILTRLGYP
                     CVAAHCNFHLRNDESDADADFAQQTAEALGLPSRRIDFDTADYARQNGVSTEMAARTL
                     RYEWFETLRRELGAEAIAVAHHRDDNVETVLLNLIRGTGLSGLCGMRPRNGHIVRPLL
                     SVDRHQIVRWLADRHLPFCTDSSNTSDVYRRNFVRLRLLPLMEQLNPSVRDAILRMAG
                     HLTDVEAIYRNAIDSHRAHLIDADGRISIDALLRTPAPQAVLFELLTPYGFTPSQCAD
                     IARALSGESGRSFVAPDGRWHLLKDRLHLILYPADEVSADAFTLTLGSELTAPIRLSL
                     EERIVDEAFTISRSPHVATFDADRIALPLTLRRWRAGDSFVPFGMTGRKKLSDYFSDH
                     KFSLLRKAAAWILCDASGRILWIVGHRTDNRFRITSKTRRALIVTQG"
     CDS             complement(9761..10390)
                     /gene="upp"
                     /locus_tag="SEQF2637_02934"
                     /EC_number="2.4.2.9"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P67396"
                     /codon_start=1
                     /transl_table=11
                     /product="Uracil phosphoribosyltransferase"
                     /translation="MSELHIINHPMICHKLTRIRDVNTGAKDFRELLREIAMLMGYEV
                     TRDLPLTEVEIETPMERTVAYEISGKKLAIVPILRAGLGMVDGLLSLLPVAKVGHIGL
                     YRDHDTHRPVFYYCKLPEDIDRRMVIVTDPMLATGGSASDAIRMLKEKGCTNIRLMCL
                     VAAPEGVAYVQKNHPDVDIYTASLDRELNPQAYILPGLGDAGDRIFGTK"
     CDS             10615..11082
                     /gene="rimP"
                     /locus_tag="SEQF2637_02935"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A8A8"
                     /codon_start=1
                     /transl_table=11
                     /product="Ribosome maturation factor RimP"
                     /translation="MIERNTVMRLAEAALADSACYLVDVVIGADNAIVVEIDHDEAVS
                     IDDCVALSQYIEQHLDRDAEDYELEVTSAGLDRPFKIVRQYRKHIGSEIELKPREGIL
                     RTGVLKDADETGVTLTVAKKVKPEGARRKTTVYEDETYRYDEIAYAKSKIRFK"
     CDS             11100..12587
                     /gene="nusA"
                     /locus_tag="SEQF2637_02936"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:Q83BS0"
                     /codon_start=1
                     /transl_table=11
                     /product="Transcription termination/antitermination
                     protein NusA"
                     /translation="MAKKQETVSMIDSLQEFKDLKNIDKETMINVLEESFRNVIAKMF
                     GTDENYDVIINPEKGDFEIWRNRTVVENGHVSDPNLEVSLRDAQQIDADCTIGEEVTD
                     EVHFADFGRRAILNLRQALASKILELQKDNLTAKYRELIGTIVVADVYQVWKKEVLLL
                     DDEGNELLLPKSEQIPGDFYRKGEAVRAVVQRVETDNNTKIYLSRTDKAFLQRLFEIE
                     VPEINDGLITIRSIARIPGERAKIAVESYDERIDPVGACVGMKGSRIRGIVRELRNEN
                     IDVVNYTTNTALYIQRALSPAKVSSIRVDEEEHKAEVFLRPEEVSLAIGKNGLNIKLA
                     SMLTDYTIDVFRDIDTADEEDIYLDEFADEVEPWVIEALKEIGCNTAKAVLALAPEEI
                     MERADLEEQTVDDLLCVLSAEFEDEVQPAPDDYAPEEEQPVDEQPVDATDASEPVDEQ
                     PAESTDEPDETPTEDEPEEDDADEEADDDTPEVFQEDDTDEKEED"
     CDS             12618..15599
                     /gene="infB"
                     /locus_tag="SEQF2637_02937"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P0A705"
                     /codon_start=1
                     /transl_table=11
                     /product="Translation initiation factor IF-2"
                     /translation="MPVKLNKVLKDLNVGLQTVVDYLRGKRFEVESNPNVRIPDEQYT
                     LLVKEFGKNLPESERSRLLEKAAPTETHVKPEPKPEPVAQEPTKTEPDVIKTEIPDDI
                     LPKFVTKGKIDLPETSGHGSSHSRRRKHSGHSATTHHTETKPAAAAPASSEGEAKPET
                     PAVSAPTVEVPTPSVEQPKEGTPPVEIKTEASAPTAQTQEAPAPIAEAPAEPTPTVAE
                     TPKPEASADSTAQTGSTEKKEDEVFRLETPRLESNIKVTGKIDLATINQSMRPKRRGS
                     ERNRDRRRQQPQASATPAKPAASATPHAPATPSAAASADAKKKRKRIKKDRIDINAAV
                     NTGARSNDNKRSNDNKRPKRPVHTEVNEGDVQRQVKETLARLTSKGAKSKGAKYRREK
                     RDAVAFREQELLRAEERESRILKLTEFVTANDLANMMDVSVSEVISTCMSIGMMVSIN
                     QRLDAETINIVAEEFGFKTEYVSAEVSEAIKEEEDNPEDWVPRPPIVTVMGHVDHGKT
                     SLLDNIRNANVIAGEAGGITQHIGAYSVTLPDGRHITFLDTPGHEAFTAMRARGAKVT
                     DIAIIIVAADDNVMPQTIEAINHASAAGVPIVFAINKIDKPGANPDKIKEKLSQMNYL
                     VEEWGGKYQSQDISAKKGIGVQDLLEKVLLEADLLELKANPKRRATASVIESSLDKGR
                     GYVATVLVSNGTLRQGDIVLAGTHYGRVKAMFNERNQRVESAGPSEPVLILGLDGAPQ
                     AGDTLNVLETEQEAREIAARREQLQRELGLRTQKRFGLEELGRRRALGDFHELNLIVK
                     GDVDGSVEALSDTLIKLSTEEIQVNVIHKAVGQISESDVELAASSSAIIIGFQVRPAQ
                     AARKLADKEGVEIRLYSIIYDAIEEVRSAMEGMLSPEIREEICGNLEVLQVFKISKVG
                     TVAGCLVKEGKIKRANKVRVIRDGIVIHTGELASLKRFKDEVKEVVAGQECGLFINNY
                     NDVQEGDMIEPFDEIEVKKTL"
     CDS             15620..16204
                     /locus_tag="SEQF2637_02938"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTWLDIVVLGLVGGGLVKGWHDGFVRQVAVLGAVVAVIYCCSRV
                     AHWLRALVLSAGWVSEGSVTFVSYIGAFVLIFATVRLAGRWMDHWVDESALNIPNRLA
                     GALCAASVALFVSSFTLNFVEGIDRHGFLLTEETKIRSRTYPFIRETVPTLFSPKFFV
                     WRERDLQESHRPTPTSRGGHSSPARGLCAGHPRI"
     CDS             complement(16160..16831)
                     /locus_tag="SEQF2637_02939"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MLKTCQVLPPARRVKPQTGFLCHCRHCNRPKPGFYAIAGVAIVQ
                     NRVFIPLQALQSSKTGFLCHCRRCNRPKPGFYAIAGVAIVQNRVFKPLQALQSSKTGF
                     LRHCRHCNRPESDSGGFARSAMAQNQILEDLHGLQWLRIRFWRICMVCNGSESDSGGF
                     AWSAMAQNQILEDLHGLQWLRIRFWRICTVCNCPESDSGGFAWSANGPESDSGVPCAQ
                     TSGWR"
     CDS             16933..18390
                     /gene="sufB"
                     /locus_tag="SEQF2637_02940"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77522"
                     /codon_start=1
                     /transl_table=11
                     /product="FeS cluster assembly protein SufB"
                     /translation="MEKTKKNTDPLLDEITGSEYKYGFTTDIDTELLHRGLDEDVIRL
                     ISRKKEEPEWLLDFRLRAFRHWQTLEMPQWAHLNIPPIDYQDIIYYAAPKQKAGPKSL
                     DEVDPELLKTFDKLGIPLHEQKILSGMAVDAVMDSVSVKTTFKEVLAEKGIIFSSFSE
                     AVKHHPDLVRKYLGTVVGYRDNFFAALNSAVFSDGSFVYIPKGVRCPMELSTYFRINA
                     ANTGQFERTLIVADDDAYVSYLEGCTAPMRDENQLHAAIVEIIAMDRAEVKYSTVQNW
                     YPGDKDGNGGIYNFVTKRGMCKGESSKISWTQVETGSAITWKYPSCILAGDNSVGEFY
                     SVAVTNNYQQADTGTKMIHLGRNTRSTIVSKGISAGHSQNSYRGLVKVTPRAEGARNH
                     SQCDSLLLSSTCGAHTFPYVDIQNETAVVEHEATTSKVNEDQLFYCNQRGIDTEKAVS
                     LIVGGYAREVMNKLPMEFAVEATKLLQISLEGSVG"
     CDS             18387..19091
                     /locus_tag="SEQF2637_02941"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MTRRRLLLLLSIVAVGWMTAFGQDDCRRRWAINAGGSPFAQPVQ
                     TGSYPRAIVVTHGTEWFVTGELALPDKWAVEAGYFHTEIVYDNDAARTMQGLRLGMKR
                     YFLPDRFPVQPFLVASAWGNFDERIRRTTAPYLNSHATYHFRNPRLSLSPGIGLDFYL
                     FSSIALTLRYDFVVGLDARTAIEQPGGGIDMGSSYADRGMYHDLSVGLKVNLPFCFRE
                     GDAWTLFYMILDNILY"
     CDS             19275..20027
                     /gene="sufC"
                     /locus_tag="SEQF2637_02942"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77499"
                     /codon_start=1
                     /transl_table=11
                     /product="putative ATP-dependent transporter SufC"
                     /translation="MLLEINNLHAGIDGKEILRGIDLRVNAGEIHAIMGPNGSGKSTL
                     SSVLVGNPAFEVTQGSVTFQGKDLLELAPEERSCEGIFLSFQYPVEIPGVSMVNFMRA
                     AVNARREYRGEEPVSATDFLKLMREKREIVELDNRLMNRSVNEGFSGGEKKRNEIFQM
                     AMLEPTLAILDETDSGLDIDALRIVAKGVNLLRRPDNATIVITHYQRLLDYIKPDVVH
                     VLYHGRIVKTGGPELALELEKKGYDWIKEQND"
     CDS             20040..21401
                     /gene="sufD"
                     /locus_tag="SEQF2637_02943"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P77689"
                     /codon_start=1
                     /transl_table=11
                     /product="FeS cluster assembly protein SufD"
                     /translation="MNSEQQYIDLYQSHRDTVYRHAPACMNAPRDRALEDLRRGGFPS
                     TTSEYYKYTDMQEAFAPDYGLNLDRRPVAIETADLFRCNVPNLSATPCFVINDTFYSD
                     GRLEASLPAGVYVGSIAGFAERHPEQAARYYGQAAHTNHDAIAALNTLFAQDGLVVYV
                     PAGVALEQPVQLINLFRSTEPIMANRRILFVVEDGASAKLLVCDHSMGDTDFLSTEVV
                     EIIAGRDAVVDYYDLEESSIRTRRFSSLFVTQEAGSNVLVNGITLNNGQTRNNYRARI
                     NGEGAELTLCGMAIEDREQRVDTYSHISHRVPRCTSNELFKYVLDDRAVGAFAGRILV
                     CEGADKTEAYQTNRNICMTRDARMYSKPQLEIYADDVKCSHGMTTGQLDEQALFYMQS
                     RGIPLSEARMMLSVAFTSDVIDRVRLEPLKERLRTLVERRFRGEPARCAGCEHANGGS
                     VKG"
     CDS             21425..22276
                     /locus_tag="SEQF2637_02944"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MILIADSGSTKTQWNVIRRGQLVCEVFTKGLNPYFQTSEEMGRE
                     LRSALLPHIPAGPYAAVRFFGAGCTPEKISGMEEMLRANLPVDGGVVEVGSDMLGAAR
                     STCGREAGIACILGTGSNSCFYDGTAITANVSPLGFILGDEGSGAVLGRLLVGLLLKN
                     QLGEELKERFLSEYGLTTADIIERVYRQPFPNRFLASFSPFITRHLDDPRMRQLVRGA
                     FKDFFARNVMQYDGYTDHPVHFVGSVAYHYQPLLRDTAEGLGLRVGTIAQSPMEGLRA
                     YYSSNYL"
     CDS             22273..23115
                     /gene="murQ"
                     /locus_tag="SEQF2637_02945"
                     /EC_number="4.2.1.126"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /inference="similar to AA sequence:UniProtKB:P44862"
                     /codon_start=1
                     /transl_table=11
                     /product="N-acetylmuramic acid 6-phosphate etherase"
                     /translation="MTAFTKITEQDSLYDNLENKSVRELLDDINREDRKVAVAVGEAI
                     PQVEKLVEQIVPRMQRGGRIFYLGAGTSGRLGVLDASEIPPTFGMPPTLVIGLIAGGD
                     TALRNPVENAEDDTQRGWQELQERHITADDTVVGIAASGTTPYVVGALRAARQAGILT
                     AGITSNPGSPVATEAEIPIEVVLGPEFVTGSSRMKSGTAQKMLLNMITTSVMIRLGRV
                     KGNKMVNMQLSNQKLVDRGARMLVGELGLPYDRARTLLLLHGSVKKALDAFGREGGDK
                     EITA"
     CDS             23112..23846
                     /locus_tag="SEQF2637_02946"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MNHRTNTPLLVALREQKATRLKGGIYHRTQVDLTYNSNRIEGSR
                     LTHEQTRCIFETNTIGLTNDAVNVDDILETVNHFRCVDRIIDEADQPLTEALIKELHA
                     TLKQSTTDSRREWFAVGDYKRLPNEVGGMETCPPEEVADRMQSLLAAYRADPHPTLES
                     LIDFHHRFESIHPFQDGNGRVGRLILFKECLGQAIVPFIITDRLKPFYYRGLREWGRM
                     NGYLLDTCLTAQDEYRALMQYFRIGE"
     CDS             24247..26136
                     /locus_tag="SEQF2637_02947"
                     /inference="ab initio prediction:Prodigal:2.6"
                     /codon_start=1
                     /transl_table=11
                     /product="hypothetical protein"
                     /translation="MKRLYIFLLKTFLPLFFMTFGICLFIVLMQFLWKYVDDMVGKGI
                     GIGVLAEMFFYAALSFVPMALPLAILLASLMTFGNLGEQLELLAMKSAGISLPRIMQP
                     FIVLLAFVAVGAFFFQNNIIPLSQVKMYTLLSSVRDKSPELEIPESTFYSQISGFNVY
                     VKKKDHDGLLHHLMIYDYSDGFNNAQVIVADSGRLKVSTDKQFLVLYLFDGRMFKNLR
                     DQGEATEGGAVPYQKESFKSREILIRFDSEFHRADESAMQDRYVGKNLASLRTSIDSM
                     TVRLDSVKESNAREVYARSYRRDLNPTADTSAAHAPAPQPTPETFDSLLAELSPERRS
                     AYIQSARNTIEMIKADNEFQAEILASDSKEMRRHHTEMHKKFTLSFACLIFFFIGAPL
                     GAIIRKGGLGMPVVISVFLFIFYYVIDNIGFKMASNGMWQPWQGMWLSSAVLLPLGIF
                     LTYKASNDSAILNADTYTEALKRIIGKRPTRKVERKEVIMYALDYAAWNRRITALDTD
                     ITAYLKGSRRWLPYFRFWRQGGRDPEAERIARQLEDVVEEGRNSDRHLVLNKLMDYPI
                     LSGYDLVDFRMSPRAGRIMAWIFPVSLLIYLLSMIRRKLLLNDLRTTLRVSGEMQTLI
                     PNDNS"
ORIGIN      
        1 cggtgggaaa aggcagccgg aggttgtctg gccggaacgt cttttcgggg tacatttccg
       61 gacgctggcg agactttttg cagaggattg acccaaagcc gaaggctatc tgaagctgct
      121 ctttttcgag tcgtcgcaac gggccgctgg agagtctcgc ggttggtggg aaaaggcagc
      181 cggaagcgga caggcgctaa aactttttta ggtctacttg ccgatgattt ttgttatttc
      241 gtgctactta ttcccagctt acttcacgct ctctttctct attcatttta ttcaaacgct
      301 taccgaatca tgaagactga aacgattttt cgagttctgc tgtggagcct ctttatggcc
      361 accggtatgg tggggcttcg cagcgcggcg cagacggatg cgccagcacg taggacgtac
      421 gccaccgtca gcggaacggt gcgcgatacc cgcacgaacc gtgtgctgcc ggcggtgcat
      481 gtcgccgtgc caggtacggg catcggcacc gtgaccaatg ccgacggtta tttttcgctc
      541 catgtggctg actccctccg ggccgatcgg atcgagtttt cgcacatcgg ctacgcgctc
      601 cttacctatc caattcgacc gggtacgcag gtcgaggcgg cctccatccg actgacaccg
      661 aacgctaacc tcctggagga ggtgaccgtc atgggcggtg atgcgcgcga cctcgtgcgt
      721 caggccgtgg atcgcatcac ggacaactat ccgcagcggg ccaatcgcct gaccggtttt
      781 tatcgggaag tcatccgcaa ggggcggcgc tatatcgata tttcggaggc tatcgtcggg
      841 ctctacaaga cgccttacaa tggcgtgggc acaaacaccg atcgggtacg gctcgagaag
      901 gggcggaggc tgctcagcca acggccgggc gacacgctca tcgtgaaatt cgaaggcgga
      961 ccgacgctct ccatctttct cgacgtggtg aaaaacagcg atttgatgtt cgcccccgac
     1021 gagatggaac actacgcctt ccgctacaat cgcaccacac tgatagacga tcgtccgcac
     1081 gttgagatcc gcttcatgcc acgtgtcgtc tgcccttatg cgctctacga agggctgctt
     1141 tacatcgaca gcgaaacacg gacgatctcc cgcgcggagt tcagcctcga tatgaccgac
     1201 cgcctcaagg ccacgcaggc catgctccgc aagaaacccg ccggactgcg ctttcgcccc
     1261 gagcgattgg ccttcctcgt cacctatcgg cgacaggccg acggtcgcag tagcctggct
     1321 tacgtgcgct gcgaaacggc ctttcgttgc gactggcatc ggcggctttt cgccacatcg
     1381 tacgtcgtga cgtcggaaat ggccatcacc gatcgtgacg agacacacgc agagaaaatc
     1441 ccctaccgcg aggcgtttcg ctcgcgtgac gccctgaccg accgagctgc cgacttttat
     1501 gacgccaatt tctgggacgg ctataatatc attgagccaa cagagtctct tgaaaatgcc
     1561 gtgggccgac tgatgaggcg gcggaaccgc gactaagctc cgccaacggc ggacggatgc
     1621 aaacgaaacg tcctgccgga cggaaggaat cgaccggatc cctttcgccc gacaggacgt
     1681 ttctgcggtg ccaccctaag tccgagaggc catagtggca ctcctccgac tgtcagccgt
     1741 tcatggaggc taaaaattcg gcgttgtccg tggtgccctc caagcgcttc ttgacgaact
     1801 ccatcgcctc gactgtgttc atgtccgaga gtacggtgtt acggagtacg aataggcggt
     1861 tgcgggtgtt ctcgtcctgc agcaaatcgt cgcggcgcgt gctggaggcc tggatgtcga
     1921 ccgcagggaa gatgcgacgg ttggccagct tacggtcgag ttgcagctcc atgttgcccg
     1981 tacccttgaa ctcctcgaag atcacgtcgt ccatcttcga acccgtttcg gtgagagccg
     2041 tagcgaggat ggtgaggctg ccgccgtgct cgatgttacg cgcagcaccg aagaatcgct
     2101 tcggcttctg gagggcattg gcctccacgc cacccgaaag caccttgccc gaggccggtt
     2161 gcacggtgtt ataagcgcgg gccaggcggg tgatggagtc gagcaggatg actacgtcgt
     2221 ggccacactc gaccatgcgt ttggccttgt tgaggacaat ctcggcgatc ttcacgtggc
     2281 ggtcggccgg ctcgtcgaag gtggaggcga taacctcggc gtctacgcta cgggccatgt
     2341 cggtcacctc ctcggggcgt tcgtcgatga gcaggatgat catgtaaacc tccgggtgat
     2401 tggcggcgat ggcgttggca atgtccttga ggagcatcgt cttaccggtc ttcggttgcg
     2461 ccacgatgag cccacgctgc cccttgccaa tgggtgcgaa aaggtcgact acgcggacgg
     2521 cgtacgggtc gtaaaccttc ggcgaacggc ggtcggtgag tttgaatttc tcttcgggga
     2581 aaagcggtgt gagatggtcg aaggggacgc ggtcgcggac ctcttcgggc agtcggccgt
     2641 tgatggtgtc caccttgacg agcggaaaat atttctcgcc ttcgcgcggc gggcggatgg
     2701 gaccttcgac gaggtcgccg gtgcggagtc cgaagagctt gatttgtgag gccgagacgt
     2761 agacgtcgtc cggcgaagcg aggtaattat agtccgacga gcggaggaaa ccgtagccat
     2821 cgggcacgat ttcgaggacg ccggcggcgg tcagtatgcc gtcgaaatcg tagatcggcg
     2881 ggggcggcac gacgggggca ttttcgcgta ggttgggatt gttgggccga tgattctgtt
     2941 gggggcgttt cttggcttcg ttctgctgct tgtctttggg ctgcggcgcg ggaggctgca
     3001 tgggcagcac ctgatcgagg acggaaggcg tgtcggtagc atgcttgaag atggtgcgtt
     3061 tcggttcctc gggcgcgggg ggagtggcgg gtgtcgctgt tggcgcttcg ggcgacggct
     3121 tcgcttcatg agcggctgcg gcggatgctt ggggcgccgt ttcagctgcg gcggatggag
     3181 gaacgacggg cgatacggga gcaatggggg cagccacggg cgattctacg ggcatctctt
     3241 cggcttcgag catcggctcg gtggccagga tcggctccgt ttcggcgatg gaggcgggtg
     3301 tctcagcgac gggtgctgcc gccgacttgc ttttcttcgg acgacccgga cgacgtttgg
     3361 cgggtttgct ttccgctgcc tcggcctcct ccttcgtctc ggccttgggc gcggcttccg
     3421 tcgtctcggc cttggctgga gcggcggctt ccgtcggctc tgccgctttg tttttcttcg
     3481 ggcggcccgg gcgacgtttg gcgggtttgc tttccgcttt ttcggccgtg tcggctttgg
     3541 gttccttttc ggaggcggag gtctcagcgg cggattcggc cgacttgttt ttgggtggac
     3601 ggccggggcc gcggcgtttc tgttcggatt tctgagcttc tttttccttt tgcataccgg
     3661 ctaccgattc ggcttgtcgg tcaagaatct gataaatcag ggcttgtttt tcgacacctt
     3721 taatgtccgt gagtcccaga tcggttgcga tggtttgcag ccgggggaga tccatgtctg
     3781 tgagttcgac aatgttgtat ttgaccatgt tgttatgtgg ataaatggag aattagcggg
     3841 ggtacgcggg gcagaagcgg acatgtatac gcagcgtcca cgcgccacca ggctcttcgc
     3901 ttatgatgta actatcaatt gtatatatcg tgaggattgc tttttcgtcc gaccctcgtc
     3961 cccggggtta atgggtgcta tttgaagggg ggatcaagcg ggggcaaata tacgccaatc
     4021 cgtaagacgc caaaatcgaa cactttatcc ggaaacagca cagcggcgga atgtcgcagg
     4081 ttagtcaggc cccaaaattc gcagcgataa taaatcacat gcatgtttct tgatgtcgca
     4141 cacagcgcca gtcagtttcc ggaatctttc ttgttgtcga acacttcgcc agtcaatttc
     4201 ctgcatgtct cttaatgtcg aacacttcgc cagtcaattc ctgtcatgtt tcttaatatc
     4261 gcatgcagcg acgggccgtt gcagacttgc atggctccga aatacactat ttctggtcgc
     4321 cgcaggtttt gcaatgcccg aaatacacta tttccggtcg ccgcaggttt tgcaatgccc
     4381 gaaatacact atttccggtc gccgcaagtt ttgcaacgcc cgaaatacac tatttctggt
     4441 cgccgcaagt tttgcaacgc tcgaaataca ctatttccgg ccgccgcaga cttgcatggc
     4501 ctcgaaatac actatttctg gtcgccgcag acttgcatgg cctcgaaata cactatttct
     4561 ggaccctccc gtgtgcccca gaaatggaaa agcggccacc cgacacggtg tcggagcggt
     4621 cgcttttcaa agaaaatggt aggcgatagt ttagagcgcc ttcagctcgc ggatggtggc
     4681 ctcggggtcg ggcgagcgga agacgtagct gccggccacg agcacgtcgg cgccggcatc
     4741 gaggagcacg cgggccgtct cggtgttcac gccgccgtct acctcgatga gcgtctttag
     4801 ctcgcgttcg cggatcatgc ggcgcagctt ggcggtcttg acgacggagt ggccgatgaa
     4861 gctctgggcg gcaaagccgg ggttgacgga cataagaagc accatgtcga ggtccccgag
     4921 gatgtcctcg aggagcgtga cgggcgtatg ggggttgagg gccacaccga cgcgcatgcc
     4981 ggcgtcgcgg atggcgtgga cggtgcggtg gaggtgggtg caggcctcgt agtggacggt
     5041 catcatgtag gcgccggagt cggccacctc gcggatgaat ttctggggct cgacgatcat
     5101 caggtgcacg tccgtgggct tgtggcagac gccgcggagg gcgttcatga ccgggaagcc
     5161 gaaggagatg ttggggacga agacgccgtc catgacgtcg atatgcagcc agtcggcctc
     5221 gctgcgattg atcatctcca cgtcgcggcc gaggtgcata aagtcggccg aaaggagcga
     5281 tggggctatg agatggttca ttgtgcgcta tatataaggt atgagcgagg cgggcgtcag
     5341 ttggcgatgg ggagagcggg actcggcgca ttgtccggcg tgtagatgcg ggcgaaccag
     5401 ctgagcaggg cgagggtctc ggggcgaggg ccgaaggatg ggggacggtt ggaggggttg
     5461 tccggatgtt cggcgggggc ggaaggggta atctttttca taggcagaaa atggggggat
     5521 gtttgttgtg tatgggtgta tgtatgtgct ataaatgaag ttttctttct ctgtatttgg
     5581 tgggatggaa acgggcggaa cggggggaat attgcttgat ggagaatatt actatgggtg
     5641 gacacatcgg cctgcctctt cttcttttct tgtctttcct ccttcttttc tcgcctctcc
     5701 ttcttctttt ctcgcctctc cttcttcttt tctcgcctct ccttcttctt ttcttgcctt
     5761 gacgcaagaa aagaagcaaa agaaagtcaa ggccccaccg gggccgggga agttggccgg
     5821 gtacctgtga gcgtatgtga tttgcctcta ctctgggtgc gtccttcgct tgatgtattc
     5881 gtaggtggct tgctgggcac gaaggggggg ggcgtcgttg tggatgaaga tgttgcgcag
     5941 ctggccgtcg atgtggcagg ccttgacgtt gtcgcgcagc tggatgtcga ggaggtcgag
     6001 gatctcacgg cggacgtcgg gcgagaggat gggcacggcg gcttcaatcc gtcgattgag
     6061 gttgcgccgc atccagtcgg aggaggtgag gtacatcgtc tcctcaccgt cgccgcggaa
     6121 gtaccagagg cgggcgtgct cgagatacat gtccacgata cgcgtgacgc ggatgttggg
     6181 gctgtagcta cggtcgggcg tcaggcaaca gatgccgcgc acgagcaggt cgatctccac
     6241 gcccgcctga ccggcctcgt agagttcgtc gatcatctgc ttatcctgga ggccgttcat
     6301 cttgagaatg attcgccctc cacgaccggc acgcgccagg tcggcctcgc ggcggatcag
     6361 gcggatcagc tccggcacca tgttgaaacg cgccaccaat aggcggtcga agtgtggctc
     6421 cgcgaggcgc ccctctaaga cctcaaagac acggcagacg tcgcccacga tggctttgtc
     6481 gcaggtcagg agagccatgt cggagtagcc cttggccgtc ttctcgttga agttgcccgt
     6541 gctgagacag gcaaagtcag cggcctcgcc acgacgcaag acgacggcca ccttggcgtg
     6601 caccttcagc ccgggtatgc tgtagatgat cttgatcccc gcctgacgca tctcttcggc
     6661 cgtgctcatg ttgttctcct catcgaagcg cgccttgagc tccacgaaga ccgtcacacg
     6721 tttgccattg cgcgcggcac cgatcaggga gtggatcacg gccgagtttt ccgccacgcg
     6781 atactgcgtg atcttgatct cctccacgtc cggatcgaac gacgcctcca tgaggaagcg
     6841 cagcagataa tcaaacgatt gataggggaa atgcagcagc acgtcgcccc gctccacggc
     6901 gcgaaacatg gacgccagct cctcgagata cggcacccgc agcggcgcag ggggcgtacg
     6961 aaccagctcc gccccgatgg ggttcggaag gcggatcatg tcttgcaggt tcatgtaacg
     7021 cccgcccacg acgaggtcgt cggccacgat gtggaacgac cgtcgcacga aggccagcac
     7081 atcgggcggc atctcgcggt cgtacatgaa gcggctcagg gcgccgatct tccgcttgcc
     7141 caccttcgtg cggatagact ggaggatgct ctgcggcgtc tcttcgtcga catagatatc
     7201 ggcgtcgcgc gagatcttaa tcccgtagca tccgtcgggc acgtaaccgg gaaagatggc
     7261 gggcaggttg tagcggatca tgtcgtcgac aaacatgaag tagtgcatgc cctcatgctc
     7321 gggcagggcg ataaagcgcg gcacattgga gtgcggtatt ttgatcagca catagagcgg
     7381 ttcacgcgtc tcgcgcttga gaatacgggc gatgaggtag agccggcggt cgcggatgaa
     7441 ggtgcggaaa ccttcatgga gcgtgacggg cgagaggtag ggaaagatct cttcgtcgaa
     7501 atagcggcgg acaaagtcgc ggtggaaggg cagcggctcg tgcgtctgat agaggtaaac
     7561 gcgctggcga cgcagctcgg gcaggatgcc gtcgttgaag atgctgtaga aatcctgctg
     7621 ctgacggttc acctcggtgg tgatctcgtt gagcgtctcc tcggccttct cggaattatc
     7681 ggcgcggtaa ttctttttca tgatagcgcc gcgctgatcg gccacgcgta tctcatagaa
     7741 ttcctccaga ttggaggcgt agatggagag gaagcggatc cgctcataga tgggtagggt
     7801 ggcgtctgcg gcctccagga ggacgcgata attgaatgac aaccaactga tgtctcgctt
     7861 gaaataaccg tatttctttt ccatgtgcgg gcaaacataa gtcgctgatt tcattgcccc
     7921 tctcccaccc catctatttt tgcgcgcgca tcattcgccc cccatacaac ttcacacgcc
     7981 ctctgactac cctataactc ccttttgact accccataac gacctcgcaa cccatgcttt
     8041 ccaccgtcca agcctacatc gcgcaacatc aactgctccg gcccggggcg cccgtcatcg
     8101 tcggactgag tggcggcgca gactctgtcg ccctgctgca catcctcacc cgactcggct
     8161 acccctgcgt ggcggcccat tgcaacttcc acttgcgcaa cgacgagtcc gacgccgacg
     8221 ccgactttgc ccaacagacc gccgaagcac tcggcctccc ctcccgtcgc atcgatttcg
     8281 acacggccga ctatgcccgc caaaacggcg tctccacgga gatggctgcc cgtaccttgc
     8341 gctacgaatg gttcgagacg ctccgccgcg agctgggggc tgaggccatc gccgtggctc
     8401 atcaccgcga cgacaacgtc gagaccgtcc tcctcaacct catccgcggc acgggcctca
     8461 gcgggctatg cggcatgcgg ccccgcaatg ggcacatcgt ccggccgctg ctctcggtcg
     8521 accgccacca gatcgtccgc tggcttgccg atcgccacct acccttctgc accgacagct
     8581 cgaacacctc tgacgtctat cggcgcaact tcgtccgcct ccgcctcctc cccctcatgg
     8641 agcaactcaa cccgtcggtc cgagacgcca tcctacgcat ggctggccat ctcacggacg
     8701 tcgaagccat ctatcgcaac gccatcgata gccaccgcgc gcaccttatc gacgccgacg
     8761 gccgcatatc gatcgacgcc ctcctccgca cgcccgcccc gcaggccgtg ctcttcgaac
     8821 tgctcacccc ttacggcttc acaccctcac agtgcgccga catcgcccgc gccctcagcg
     8881 gcgaatccgg tcgctcgttc gtcgcccccg acggccgatg gcacctcctc aaagatcgcc
     8941 tccacctgat cctatacccc gccgacgaag tgtccgcaga cgccttcacc ctcacgctgg
     9001 gcagcgaact caccgcgccc atccgcctca gcctcgagga gcgcatcgtc gacgaggcgt
     9061 tcaccatcag ccgcagcccc cacgtggcca ccttcgacgc cgatcgcatc gccctgccgc
     9121 tcaccctccg gcgttggcgc gctggcgaca gctttgtgcc cttcggcatg acgggtcgca
     9181 agaagctgag cgactatttc tccgaccaca aattcagcct cctccgcaaa gccgccgcgt
     9241 ggatcctctg cgacgcctcg gggcggatcc tttggatcgt gggccatcgc accgacaacc
     9301 gttttcgcat cacctcgaag acccgccgcg cactgatcgt cacgcaaggc tgaacgcgcc
     9361 tcatgctccc gcctccgtcg tcgtttgaag tcgttttcat ctaaaaaagt gggggggaca
     9421 atgcttgaaa ccccgtcatg cgacacgaaa tggcttttct aatcggaaat gccccgtcat
     9481 gcgacacgaa atggcttttc caatcggaaa tgcggtttca tgtcgcataa aatgactttt
     9541 ccaatcgaaa atgccgtttc atgtgacacg aaatgacttt tccagtcgaa aatgcggttt
     9601 catgcgacac gaaatgactt tcccaatcga aaatgccgtt tcatgcgaca tgaaaccgca
     9661 tttctatcgg ggcacaaaaa acgcatcctc ccgacagcga acctttttga gagaggcccc
     9721 tgtcaagagg atgcttagcg ttacggctat taggcgacgc ctactttgtg ccgaaaatgc
     9781 ggtcgcccgc gtcgcctaac ccaggcagga tgtaagcctg cggattcagt tcgcggtcga
     9841 gcgaggcggt gtagatgtcc acgtccgggt ggttcttctg tacgtaagcc accccttcag
     9901 gcgccgccac gaggcacatg aggcggatgt tggtgcagcc cttctctttg agcatacgga
     9961 tcgcgtccga ggcactacca ccggtggcca acatcgggtc ggtgacgatc accatacggc
    10021 ggtcgatgtc ctccggcagc ttgcagtaat aaaagacggg gcggtgcgtg tcgtgatcgc
    10081 gatagaggcc gatgtgcccc accttagcca caggcagcag gctcagcagt ccgtccacca
    10141 tgccgagacc ggcgcggagg atgggcacga tagccaactt cttgcccgag atttcatacg
    10201 ccacggtgcg ctccatcggt gtctcgatct cgacctccgt cagcggcaga tcgcgcgtca
    10261 cctcgtagcc catcagcata gcaatctcgc ggagcaactc gcggaagtcc ttcgcacccg
    10321 tgtttacatc ccggatccgc gtcaacttgt ggcagatcat cgggtgatta atgatatgca
    10381 gttcactcat atatctatag gtgttttgtt ttcaaacggc gcaaacgtac ttaaaaggga
    10441 tctttggaaa aggtcagccc cggccctgca tctaagccac gcctccaatc cgccttcacc
    10501 tctccagcca aagccaggaa aacgcctttc cttagaaaaa ggctgattga ttgtatattt
    10561 gcccccgaaa ttacgacggg ggaacacttt ggttcccttt ctttttgcac aataatgatc
    10621 gaacgaaata cagtgatgcg tctggctgaa gccgccctgg ccgactcggc ttgctacctt
    10681 gtggatgtcg tcatcggcgc cgacaacgcc atcgtggtgg agattgacca cgacgaggcc
    10741 gtcagcatcg acgattgcgt ggccctgagc caatatatcg agcagcacct cgaccgtgac
    10801 gccgaggatt acgagctgga ggtcacctcc gccggcctcg atcgcccctt caagatcgtc
    10861 cgccaatacc gcaagcatat cggcagtgaa atcgagctca agccccgcga aggcatcctc
    10921 cgcacgggcg tgctcaagga tgctgacgag acgggcgtca cgctcaccgt agccaaaaag
    10981 gtaaagcccg aaggtgcccg tcgcaagacc accgtgtacg aagacgaaac gtaccgatat
    11041 gatgagatag catacgcgaa aagtaaaatc cgattcaaat agagagaaga caagagaata
    11101 tggccaagaa acaggaaaca gtcagcatga tagacagcct tcaggagttc aaagacctga
    11161 agaatatcga caaggagacg atgatcaacg tgctcgaaga gtcgttccgc aacgtgatcg
    11221 ctaaaatgtt cggcacggac gagaattacg acgtgatcat caaccccgaa aagggcgact
    11281 tcgagatctg gcgcaaccgc accgtggtgg aaaacggaca cgtcagcgac cccaatctgg
    11341 aggtctcgct gcgcgatgcg caacagatcg acgccgactg taccatcggt gaggaagtga
    11401 ccgacgaggt gcacttcgcc gactttggcc ggcgcgccat cctcaacctc cgacaggcgc
    11461 tggcctcgaa gatcctggag ctccaaaagg acaacctcac agccaaatat cgcgagctga
    11521 tcggcaccat cgtcgtggcc gacgtctatc aggtatggaa gaaagaggtg ctgctactcg
    11581 acgacgaagg caacgagctc ctgctgccca aatcggagca aatccccggc gacttttatc
    11641 gcaagggcga ggccgtacgc gccgtcgtgc agcgggtaga gacggataac aacacgaaga
    11701 tctacctctc tcgtaccgac aaggccttcc tgcagcgcct cttcgaaatc gaagtgcccg
    11761 agatcaacga cggcctgatc accatccgct ctatcgcacg catccccggt gaacgcgcca
    11821 agatcgccgt cgaatcgtac gacgaacgca tcgatcccgt cggtgcctgc gtcggcatga
    11881 agggttcacg tatccgcggc atcgtccgcg agctgcgcaa cgagaatatc gacgtcgtaa
    11941 actacaccac caacaccgca ctctatatcc agcgcgcact cagcccggcc aaagtctcct
    12001 ccatccgcgt cgacgaagag gagcataagg cggaagtctt cctgcgccct gaagaggttt
    12061 cgctggccat cggtaagaac ggactcaaca tcaagctggc cagtatgctt acggactaca
    12121 ccatcgacgt cttccgcgac atcgatacgg ccgacgagga ggatatctat ctcgacgagt
    12181 tcgctgacga ggtggagcct tgggtgatcg aagccctcaa ggaaatcggt tgcaacaccg
    12241 ccaaagctgt gcttgccctg gcccccgaag agatcatgga gcgtgccgat ctggaagagc
    12301 agacggtgga cgacctgctg tgtgtcctct cggccgagtt tgaagacgaa gttcaaccgg
    12361 cacccgacga ttatgctccg gaagaggaac aacccgtcga cgaacagccc gttgacgcaa
    12421 ccgacgcatc cgaacccgtc gacgaacagc ctgctgaatc caccgacgaa ccggacgaga
    12481 cgccgacaga agatgaaccg gaagaagacg acgccgacga agaagcggac gacgacaccc
    12541 ctgaagtgtt tcaagaagac gacaccgacg aaaaagagga ggattaaatc agagataact
    12601 acacgaggaa gagagatatg cctgttaaat tgaacaaagt attgaaggac ttgaatgtcg
    12661 gcttgcagac ggttgtcgac tatctgcgcg ggaagcgttt cgaggtcgaa agcaacccca
    12721 acgtccgcat tcccgatgag cagtacaccc tgctcgttaa ggaattcggc aaaaacctgc
    12781 cggagtccga acgaagtcgc ctgctcgaaa aagctgcacc gacagaaacg cacgtgaaac
    12841 cagaacccaa gccggaaccc gtagctcagg aacccaccaa gacggaaccg gatgtgatca
    12901 agaccgagat accggacgac atcctcccca aattcgtcac caaaggcaag atcgatctac
    12961 ccgaaacgag cggacacgga tcgtcgcact cccggcggcg taaacacagt ggacattctg
    13021 cgaccacaca ccacacggag acaaagcctg ctgccgctgc tccagcgtcc tctgagggag
    13081 aggctaagcc ggagactcca gccgtaagcg ctccaaccgt tgaggtgccc acccccagcg
    13141 ttgagcaacc gaaggaaggg acaccccccg tagagatcaa gacggaggcc tctgcaccca
    13201 cagcgcaaac gcaggaagcg cctgcaccca tcgctgaagc gcccgcagaa cccacaccga
    13261 ccgtcgccga aacgcccaaa ccggaagcat cggccgacag cacggcgcag acgggatcga
    13321 cggagaaaaa ggaggacgag gtgttccgtc tggagacacc tcgcttggag tcgaacatca
    13381 aagtgacagg caagatcgac ctcgccacta tcaaccaatc catgcgcccc aagcgcaggg
    13441 gctccgagcg caaccgtgac cgtcgtcggc agcagccgca ggcttccgct accccagcta
    13501 agcccgctgc atctgcgacg cctcatgccc ccgccacccc atcggccgcc gcatccgccg
    13561 acgccaagaa gaagcgtaag cgcatcaaga aagaccgcat cgacatcaac gccgccgtca
    13621 atacgggtgc acggtcgaac gacaacaagc gatcgaacga taacaagcgc cccaaacgcc
    13681 ccgtgcatac ggaggtgaac gagggcgatg tgcagcgtca ggtgaaggag acactggccc
    13741 gtctgaccag caagggcgcc aagagcaaag gcgccaagta tcgccgcgag aaacgtgacg
    13801 ctgtggcctt ccgcgagcag gaactgctgc gcgccgaaga acgcgaaagc cggatcctga
    13861 agctcacgga gttcgtcacc gccaacgacc tggccaacat gatggacgtc tccgtctccg
    13921 aggtcatctc cacctgcatg agcatcggta tgatggtctc catcaatcag cgactcgacg
    13981 cggagacgat caacatcgta gccgaggagt ttggcttcaa gacggaatac gtcagcgccg
    14041 aggtgtcgga agccattaag gaagaggagg acaaccccga ggattgggtg ccgcgcccac
    14101 cgatcgtgac cgtcatgggc cacgtggacc acggtaagac gtcgctgctg gacaacatcc
    14161 gcaacgccaa cgtgatcgcc ggtgaggcgg gtggcatcac gcagcacatc ggtgcctaca
    14221 gcgtgaccct gcccgacggt cgacacatca ccttcctcga caccccgggc cacgaggcct
    14281 tcaccgccat gcgtgcacgt ggcgccaagg tgacagacat cgccatcatc atcgtcgcag
    14341 ccgacgacaa cgtcatgccg cagaccattg aggcgatcaa tcacgcctcc gcggccggtg
    14401 tccccatcgt ctttgccatc aataagatcg ataagcccgg cgccaatccg gacaagatca
    14461 aggaaaagct ctcgcagatg aattacctcg tcgaggagtg gggcggcaag tatcagagcc
    14521 aagacatctc ggccaagaag ggcatcggcg tgcaagactt gctcgaaaag gtgctgctcg
    14581 aagccgacct gctggagctg aaggccaacc cgaaacgtcg cgccacggcc tccgtcatcg
    14641 agtcgtcgct cgacaagggg cgcggctatg tggccaccgt actggtgagc aacgggacgc
    14701 tgcgccaagg cgacatcgtg ctggcgggca cacactacgg gcgtgtcaag gccatgttca
    14761 acgagcgtaa ccaacgcgtg gagagcgctg ggccgtcaga gccggtgctg atcctcggcc
    14821 tggacggtgc gccacaggcg ggcgacacgc tcaacgtctt ggagaccgag caggaggcgc
    14881 gcgaaatcgc tgcacgccgc gagcagttgc agcgtgagct ggggctccgc acccagaagc
    14941 gcttcggact cgaggaactt gggcgccgcc gcgcactggg cgacttccac gagctgaacc
    15001 tcatcgtcaa gggcgacgtg gacggctccg tcgaggcgct ctccgatacg ctcatcaagc
    15061 tctccaccga agagattcag gtcaacgtca tccacaaagc cgtcgggcag atctccgaat
    15121 ccgacgtcga gctggccgcc tcatccagcg ccatcatcat tggcttccag gtgcgcccag
    15181 cacaggccgc ccgtaagttg gccgacaagg agggcgtcga gatccgcctc tactccatca
    15241 tctacgacgc catcgaggag gtgcgttcgg ctatggaggg catgctctcg cccgagattc
    15301 gggaggagat ctgcggtaac ctcgaggtgc tgcaagtctt caagatctcg aaggtgggca
    15361 ccgtggccgg ctgcctcgtg aaggaaggca agatcaagcg cgccaacaag gtgcgcgtca
    15421 tccgtgacgg tatcgtgatc cacaccggcg agttggcctc gctcaagcgc ttcaaagacg
    15481 aggtgaagga ggtcgtggcc ggacaagaat gtggcctctt catcaacaac tacaacgatg
    15541 tgcaagaggg cgacatgatc gagccgttcg acgagataga ggtcaagaag acgctgtaac
    15601 ccgcagccct cggacgcgca tgacctggct ggatattgtg gtcttaggcc ttgtcggagg
    15661 gggcctcgtc aagggctggc acgacggatt cgtccgtcaa gtggccgttc ttggcgccgt
    15721 cgtggccgtc atctattgct gttcgcgcgt ggcccactgg ctgcgcgcgc tcgttctgag
    15781 cgcagggtgg gtgtcagagg gcagcgtgac gttcgtcagc tacatcggcg ccttcgtcct
    15841 catcttcgcc accgtccgcc tggccggtcg atggatggac cactgggtag acgagagcgc
    15901 gctcaacatc cccaaccgcc tggccggtgc gctctgtgcc gccagcgtcg ccctgttcgt
    15961 cagcagcttc acgctgaact tcgtcgaggg gatcgaccgc cacggcttcc tcctcactga
    16021 ggagaccaag atccgttcgc gcacctatcc cttcatccgc gagacggtac cgaccctctt
    16081 ttcgcccaag ttcttcgtct ggcgagagcg ggatctacag gagtcacatc gccccacccc
    16141 gacaagccgc ggggggcact catctccagc ccgaggtttg tgcgcagggc accccagaat
    16201 ctgattccgg gccatttgca gaccatgcaa atcctccaga atctgattcc gggcaattgc
    16261 agaccgtgca aatcctccag aatctgattc tgagccattg cagaccatgc aaatcctcca
    16321 gaatctgatt ctgagccatt gcagaccatg caaatcctcc agaatctgat tctgagccat
    16381 tgcagaccat gcaaatcctc cagaatctga ttctgagcca ttgcagaccg tgcaaatcct
    16441 ccagaatctg attctgagcc attgcagacc gtgcaaatcc tccagaatct gattctgggc
    16501 gattgcaatg cctgcaatgg cgtaaaaacc cggttttgga cgattgcaac gcctgcaacg
    16561 gcttaaaaac ccggttttgg acgattgcaa cgcctgcaat ggcgtaaaaa cccggttttg
    16621 gacgattgca acgcctgcaa tggcataaaa acccggtttt ggacgattgc aacgcctgca
    16681 atggtataaa aacccggttt tggacgattg caacgcctgc aatggcgtaa aaacccggtt
    16741 ttggacgatt gcaatgccta caatggcata aaaacccggt ttgtggcttt acacgacgtg
    16801 cgggaggtaa aacttggcac gtttttagca tgcgtgaggc gggtcaatcc tctccctgcc
    16861 ccacccaaac gagacatcaa cggccgccgc aaggcgtagc cgactacata ttaccctcac
    16921 acaaacagac aaatggagaa aacaaagaag aataccgacc cgctactgga cgagatcacc
    16981 ggcagcgaat acaagtacgg cttcactacg gacatcgaca cggagctact gcaccgcgga
    17041 ctcgatgagg acgtgatccg tctgatctca cgcaagaagg aggagccgga gtggctctta
    17101 gacttccgcc tccgcgcctt ccgccactgg cagacgctgg agatgcccca atgggcgcac
    17161 ctcaacatcc cgcccatcga ttatcaagac atcatctact acgccgcccc gaaacagaag
    17221 gccgggccga agagcctcga cgaggtggac ccggagctac tcaagacgtt cgacaagctg
    17281 ggcatcccgc tccacgagca gaagatcctc agcggcatgg ccgtcgatgc ggtcatggac
    17341 agcgtctctg tgaagaccac cttcaaggag gtgctggccg agaagggcat catcttctcc
    17401 tccttcagcg aggcggtgaa gcatcacccg gacctcgtcc gcaaatacct cggcacggtg
    17461 gtcggttatc gcgacaactt cttcgccgcg ctcaactcgg ccgtcttctc cgacggatcg
    17521 ttcgtctaca tccccaaagg cgtgcgttgc ccgatggagc tgagcaccta cttccgcatc
    17581 aacgccgcca acacgggtca gtttgagcgc accctcatcg tggccgacga cgacgcctac
    17641 gtgagctacc ttgaaggttg caccgcgccc atgcgcgacg agaatcagct gcacgccgcc
    17701 atcgtggaga tcatcgccat ggatcgcgcg gaggtgaaat actccaccgt gcagaactgg
    17761 tatccgggcg acaaggacgg caacggcggt atctacaact tcgtcaccaa gcgcggcatg
    17821 tgtaagggtg agagtagcaa gatctcctgg acgcaggtgg agaccggatc ggccatcacg
    17881 tggaaatacc cctcgtgcat cctggccggc gacaattccg tgggcgaatt ctactccgtg
    17941 gccgtgacca acaactatca gcaggccgac acgggcacga agatgatcca cctgggccgc
    18001 aacacccgca gcacgatcgt ctcgaagggt atctccgccg gacacagcca gaacagctac
    18061 cgcggcctcg tgaaagtcac cccgcgcgcc gagggcgccc gcaaccacag ccagtgcgac
    18121 agcctgctgc tcagctccac ctgcggcgca cacacgttcc cctacgtcga catacagaac
    18181 gagacggccg tcgtggagca cgaagccaca acgagcaagg tgaacgaaga ccaactgttc
    18241 tactgcaacc agcgcggcat cgacacggag aaggccgtca gcctgatcgt cggcgggtac
    18301 gcccgcgagg tgatgaacaa gctgccgatg gagttcgccg tcgaggctac gaagctgttg
    18361 cagatctcgc tggagggcag cgtgggatga cacggcgtcg gctcctcctg ttgctgtcca
    18421 tcgtggcggt gggctggatg acagccttcg gccaagacga ttgtcggcgc cggtgggcca
    18481 tcaacgccgg cggatcaccc ttcgcacaac ccgtgcagac gggtagctac ccccgcgcta
    18541 tcgtcgtgac gcatggcacg gagtggttcg tgaccggcga gctcgcactg cccgataagt
    18601 gggccgtcga agcgggttac ttccacacgg agatcgtcta cgacaacgac gctgcccgca
    18661 ccatgcaggg cctgcggctg gggatgaagc gctacttcct gcccgaccgc ttccccgtgc
    18721 agcccttcct cgtggcctcg gcttggggca acttcgacga acgtatccgt cgcaccacag
    18781 cgccctattt gaacagccac gcgacgtatc acttccgcaa cccgcgtctg tccctttcgc
    18841 ccggcatcgg gctggacttc tacctctttt cgtccatcgc tctcacgctg cgctacgact
    18901 ttgtcgtcgg cctcgacgcc cgcacggcga tcgagcagcc cggtggcggc atcgacatgg
    18961 gctccagcta cgccgaccgc ggcatgtatc acgacctcag cgtcggcctc aaggtcaacc
    19021 tccccttctg cttccgcgag ggcgacgcct ggacactttt ctatatgata ctcgacaaca
    19081 tcctctacta agttgggctg gcctcccctg ccgagtaccc ggccagcttg gccggcctcc
    19141 ctgaggcctt gatcttcttt tgcttctttt cttccatcaa gggaagaaaa gaaggagcaa
    19201 agaagaagca gagaagaagc ccccaactac ttcaccctac atacatataa actaccccct
    19261 tatcaccccc tactatgtta ttagagataa acaacctaca tgccggcatc gacggcaaag
    19321 agatattgcg aggcatcgac ctccgcgtga acgccggcga gatacacgcc atcatgggcc
    19381 ccaacggctc gggcaagagc acactcagca gtgtgctagt cggcaaccct gcctttgagg
    19441 tgactcaagg ctccgtcaca ttccaaggca aagacctcct ggagctggct cccgaagagc
    19501 gcagctgcga aggtatcttc ctcagcttcc agtaccccgt ggagatcccc ggcgtgagca
    19561 tggtgaactt catgcgcgcg gccgtcaatg cccgccgcga gtaccgtggc gaggagcctg
    19621 tttcggccac cgacttcctc aagctgatgc gtgagaaacg cgagatcgtg gagctggaca
    19681 accgcctgat gaaccgcagt gtgaacgaag gtttctccgg cggtgagaag aagcgcaacg
    19741 agatcttcca aatggccatg ctcgagccca cgctcgccat ccttgacgag acggacagcg
    19801 gcctcgacat cgacgccctc cgcatcgtgg ccaaaggtgt caacctgctc cgccgaccgg
    19861 acaacgccac catcgtcatc acgcactacc agcgcctcct ggactacatc aagcccgacg
    19921 tggtgcatgt gctttatcac ggacgcatcg tcaagacagg cggcccagag ctggcgctcg
    19981 agctggagaa gaagggatat gattggatca aggaacaaaa cgattgaccc gctgctgaca
    20041 tgaactccga acaacaatac atcgacctct accagagtca ccgcgacacg gtgtaccgtc
    20101 atgcgccggc gtgcatgaac gcaccgcgtg accgggcttt ggaggatctg cgccgcgggg
    20161 gattcccgtc gacaacaagc gagtactaca aatacaccga catgcaggag gcctttgcgc
    20221 cggactatgg gctgaacctc gaccgccgac cggtggctat cgagacggcc gacctcttcc
    20281 gctgcaatgt gcccaacctc agcgccacgc cgtgcttcgt gatcaacgac acgttctact
    20341 ctgacggccg actcgaggct tccctccccg caggcgtcta tgtgggcagc atcgccggct
    20401 ttgctgaacg tcaccccgag caggccgcac gttactacgg gcaggcggct cacaccaacc
    20461 acgatgcgat cgcagcgctg aacacactct tcgcgcaaga cggcctcgtg gtctatgtgc
    20521 ccgccggtgt cgccctcgag cagcccgtgc agctgatcaa cctcttccgc agcacagagc
    20581 caatcatggc aaataggcgc atcctcttcg tcgtagaaga cggcgcctcg gccaagctcc
    20641 tcgtctgcga tcacagcatg ggcgataccg atttcctctc cacagaggtg gtcgagatca
    20701 tcgctggccg cgacgcggta gtcgactatt acgaccttga ggaaagctcc atccgcacgc
    20761 gccgcttctc ctcactcttc gtcacacagg aagccggaag caacgtgctc gttaacggta
    20821 tcacgctcaa caacggccag acacgcaata actaccgcgc ccgcatcaat ggcgaaggcg
    20881 ccgagctgac cctctgcggt atggccatcg aagaccgcga gcagcgcgtg gacacgtact
    20941 cgcacatctc gcaccgcgtg ccccgctgca ccagcaacga gctcttcaag tacgtcctcg
    21001 acgaccgcgc cgtgggcgcc tttgccggtc gcatcctcgt ctgcgagggc gccgacaaga
    21061 cggaggctta ccagacaaac cgcaacatct gcatgacacg cgatgcccgc atgtacagca
    21121 agccacagct ggagatctac gccgacgacg tgaagtgctc gcacggcatg accaccgggc
    21181 agctcgacga gcaggcgctc ttctacatgc agagccgcgg catccccctg tccgaagcgc
    21241 gcatgatgct gagcgtggcc ttcacctccg acgtcatcga ccgcgtccgc ctcgaaccgc
    21301 tcaaggagcg cttgcgcacg cttgtagagc gacgttttcg tggtgagccc gcccgctgcg
    21361 ccggctgtga acacgccaat ggcgggagtg tgaaagggta atttcgtttt tagacttctc
    21421 acttatgatc ctcatcgccg atagtggttc caccaagaca cagtggaacg tcatccgccg
    21481 cggacagctc gtctgcgaag tcttcactaa aggcctgaac ccctacttcc aaacgtccga
    21541 agagatgggg cgggaactgc gcagcgcgct actcccccac attccagccg ggccctacgc
    21601 cgctgtccga ttcttcggcg cggggtgtac cccggagaag atcagcggca tggaagagat
    21661 gctccgggcc aacctgcccg tggatggtgg cgttgtagag gtaggcagcg atatgcttgg
    21721 cgccgcgcgt agcacctgcg gccgcgaggc gggcatcgcc tgcatccttg gcaccggctc
    21781 caactcctgc ttctacgacg gcacggcgat cacggccaac gtctcgccct tgggcttcat
    21841 cctcggcgat gagggtagcg gcgccgtgct cggccgactg ctggtgggcc tgctgctgaa
    21901 gaaccaactg ggcgaggagc tgaaggagcg cttcctcagc gaatacggtc tgacaacggc
    21961 cgacatcatc gaacgcgtct accgacagcc cttcccgaac cgtttcttgg cgagcttctc
    22021 gcccttcatc acccgccacc tcgacgatcc acgcatgcgg cagctcgtcc gcggcgcttt
    22081 caaggacttc ttcgcccgca acgtgatgca atacgacggc tatacggatc accccgtgca
    22141 cttcgtcggc tccgtagcct accattacca gccactcctc cgcgacaccg ctgagggcct
    22201 tggcctacgc gttggcacca tcgcccaaag cccgatggaa ggactccggg cctattattc
    22261 atcgaactac ctatgacagc atttacgaag attacggagc aagattcgct ctacgacaat
    22321 ttagagaaca agagcgtccg cgaactgctg gacgacatca accgcgagga ccgcaaggtg
    22381 gccgtagccg tcggcgaggc cattccacaa gtagagaaac tggtcgaaca gatcgtcccg
    22441 cgcatgcagc gtggcgggcg catcttctac ctcggcgccg gcaccagcgg acgcctcggt
    22501 gtgctcgacg cgtcggagat accgcccacg ttcggcatgc cgcccacact cgtcatcgga
    22561 ctcatcgccg gtggcgacac ggcgctgcgt aacccagtgg aaaacgccga ggacgacact
    22621 cagcgcggtt ggcaggagtt gcaggagcgt cacatcacgg ccgacgacac cgtggtcggc
    22681 atcgcagcct cgggcacgac gccctacgtg gtcggagccc tacgtgcagc gcgtcaggcg
    22741 ggcatcctca cggccggcat aacgagtaat cccggatcgc ccgtagccac ggaggcagag
    22801 ataccgatcg aagtcgtcct cggcccggag ttcgtcaccg gtagctcccg catgaagtcc
    22861 ggcacggcgc agaagatgct cctgaacatg atcaccacct cggtcatgat ccgcctcggc
    22921 cgggtgaagg gcaacaagat ggtgaacatg cagctgagca accagaagct cgtcgaccgt
    22981 ggcgcgcgca tgctggtggg cgagctcggc ctcccctacg atcgcgcccg caccctgctc
    23041 ctcctccacg gatccgtcaa gaaagccctc gacgccttcg gtcgggaggg aggggacaaa
    23101 gagatcacgg cgtgaatcat cgcacgaaca caccgctcct cgttgccctc cgtgagcaga
    23161 aggctacccg actgaagggg ggcatctatc accgcacaca agtggatctg acttacaact
    23221 cgaaccgtat cgagggtagc cgcctgacgc acgagcagac gcgctgcatc tttgagacga
    23281 acacgatcgg gctaacgaat gacgcggtaa acgtggacga catcctcgaa accgtcaacc
    23341 acttccgctg cgtcgatcgg atcattgacg aggctgacca gccgctgacg gaggccctta
    23401 tcaaggagct ccacgctacg ctgaagcaat ccacgacgga cagccgacgg gaatggttcg
    23461 ctgtgggcga ctacaagcga ctgcccaacg aggtgggcgg tatggagact tgccctcctg
    23521 aggaggtggc ggatcgcatg cagtcgcttc tggccgcata ccgtgccgat cctcacccga
    23581 cgctcgagtc acttatcgac ttccaccacc gctttgagtc catccacccc ttccaagacg
    23641 gcaacgggcg tgtcggccga ctgatcctct tcaaggagtg cctcggacag gccatcgtcc
    23701 ccttcatcat caccgaccgc ctgaagccgt tttactatcg cggcctgcgg gaatggggac
    23761 ggatgaacgg ttacctgctc gatacctgcc tcacggcaca agacgagtat cgcgcactga
    23821 tgcagtattt ccggattggg gaatagcata agtatccccc acccgacgtt ggaactacga
    23881 cagcctctga accgcttccc attgtcagcc gtcagaggca tgctcccgcg gggattcagg
    23941 gcattgacag ccgtcagagg tatgcaaaac gcgttttaca cgccattgac agcagtcaga
    24001 ggtactcaaa acgcattttg catgccgttg acaacagtca gaggtaccta aaacgcgttt
    24061 tacgccccat tgacaacagt cagaggcact caaaacgcgt ttggcatgcc gttgacaaca
    24121 gtcagcgggc catctgttaa gaaatttcac acttcgacac ttggcagagc ccgcccaaac
    24181 gcccatccct cccccttttt gcactacttt tgccctcgtc tcttccgaag agatgcaccc
    24241 cccaggatga agcgattgta tattttccta ctcaaaacat tcctaccgtt gttcttcatg
    24301 accttcggta tttgtctttt catcgtactc atgcagttcc tgtggaagta cgtggacgat
    24361 atggtcggca agggcatcgg tatcggcgtc cttgccgaga tgttttttta cgccgccctc
    24421 tccttcgtgc ccatggccct gccgctggcc atcttgctgg cctcgctgat gacgtttggc
    24481 aaccttggcg agcagctcga gctcctggcc atgaaatccg ccggcatctc cctgccccgc
    24541 atcatgcagc ctttcatcgt cctgctcgcc ttcgtggccg tcggggcgtt cttttttcag
    24601 aacaacatca tccccctctc gcaggtcaag atgtacaccc tgctcagctc cgtgcgcgac
    24661 aagtcgcccg agctcgagat ccccgaaagc accttctaca gccagatctc aggcttcaac
    24721 gtgtacgtca agaagaaaga ccacgacggc ctgctgcacc acctgatgat ctacgactac
    24781 tccgacggat tcaacaacgc gcaagtcatc gtggccgact ccggacgact gaaagtctcc
    24841 accgataagc agttcctcgt cctctacctc ttcgacggac gcatgttcaa gaacctccgc
    24901 gatcagggcg aagccaccga gggcggcgca gtgccgtacc agaaagaatc gttcaagtca
    24961 cgcgagatcc tcatccgctt cgactccgaa ttccaccgcg ccgacgagtc cgccatgcaa
    25021 gaccgctacg tgggtaagaa cctcgccagc ctccgtacct ccatcgactc catgaccgtg
    25081 cgcctcgaca gcgtcaagga gtccaacgcc cgcgaagtct acgcccgctc ctaccgccgc
    25141 gacctcaacc ccaccgccga cacctccgca gcccacgcac ctgcgccgca gcccacgccc
    25201 gaaaccttcg acagtctgct ggccgagcta tcgcccgaac gccgcagcgc ctacatacag
    25261 agcgcccgca acaccatcga aatgatcaag gccgacaacg agtttcaggc cgaaatccta
    25321 gccagcgact ccaaagagat gcgccgccac cacacggaga tgcacaagaa gttcaccctc
    25381 tccttcgcct gcctcatctt cttcttcatc ggcgccccct taggcgccat catccgcaag
    25441 ggtggcctgg gcatgcccgt cgttatctcc gtcttcctct tcatcttcta ttacgtcatc
    25501 gacaacatcg ggttcaagat ggccagcaac ggcatgtggc aaccctggca gggcatgtgg
    25561 ctcagctccg ccgtactgct gcccctcggc atcttcttga cctataaagc atcgaacgac
    25621 tcggccatcc tcaacgccga cacctacacc gaggccctca aacgaatcat cggcaagcgc
    25681 cccacgcgaa aggtggagag gaaagaagtc atcatgtacg ccctcgacta cgccgcatgg
    25741 aaccgacgta tcacggcttt ggacaccgac atcacagcct acctcaaggg ctcccgacgc
    25801 tggctgccct acttccgctt ctggcgtcag ggcggccgcg atccagaggc ggagcgtatc
    25861 gcccgacagc tggaggacgt cgtcgaggag ggccgcaact ccgaccgtca cttggtgctc
    25921 aacaagctca tggactaccc catactcagc ggatacgacc tcgtcgattt ccgtatgagc
    25981 ccacgcgcag ggcgcatcat ggcgtggatc ttccccgtct ccctgctcat ctatctactc
    26041 tctatgatcc gacgcaagct gctacttaac gacctgcgca ccaccctccg cgtctcgggt
    26101 gaaatgcaga cgctcatccc taacgataac tcgtaaatac accctcatac aaaatgaacc
    26161 gattgaacac aatcaaagaa gcgatcgaag acttccgcga aggcaagttc ctcattgttg
    26221 tcgacgacga agaccgcgag aacgaaggcg acttcatcat tgccgccgaa aagatcaccc
    26281 ctgagaaagt caacttcatg cttaagaacg gtcgcggcgt gctctgcgcc cccatcacgg
    26341 aggagcgttg cgaggagctg ggactgggca tgcaagtggc ccataacacc tccacgttag
    26401 aaacgccctt caccgtcacc gtcgaccggc tcggcatggg ctgcactacg ggcgtctcca
    26461 ttcacgaccg cgcacagacc atccgcgcac tggccgatcc ggctacgaaa cccaccgacc
    26521 tgggtcggcc ggggcacatc aacccgttgc gtgcccgcac acgcggtgtg ctgcgtcgcg
    26581 ccggacacac cgaggccacc gtcgacatgg cgcgcttggc cggactctat cccgcgggcg
    26641 cactgatcga gatcctcaac gaggacggct ccatggcccg catgccacag ctgatggagg
    26701 tggccgaacg tttcaacatc aagatcatca ccatccgtga cttgatcgcc taccgcctcc
    26761 gcaccgagtc gctcgtggag gaaggcgtcg aggccaagct gcccactgac tgtct
//
